commit 8c368a175c5b0e866a91373e4f5ec9a9d4c26624
Author: Daofeng Li <lidaof@gmail.com>
Date:   Wed Jul 24 16:51:04 2013 -0500

    first init

diff --git a/AGPv2/cytoband b/AGPv2/cytoband
new file mode 100644
index 0000000..e69de29
diff --git a/AGPv2/dataset b/AGPv2/dataset
new file mode 100644
index 0000000..37348b0
--- /dev/null
+++ b/AGPv2/dataset
@@ -0,0 +1 @@
+mock	images/mock.png	Mock data set	\N	Just a mock data set...
diff --git a/AGPv2/decorInfo b/AGPv2/decorInfo
new file mode 100644
index 0000000..d9f4da3
--- /dev/null
+++ b/AGPv2/decorInfo
@@ -0,0 +1,27 @@
+AGPv2_5a	Maize genes	\N	2	0	1	http://www.maizesequence.org/Zea_mays/Gene?db=core;gene=
+AGPv2_5apromoter	promoters (RefSeq genes)	AGPv2_5a	2	0	0	\N
+AGPv2_5autr3	3' UTRs (RefSeq genes)	AGPv2_5a	2	0	0	\N
+AGPv2_5autr5	5' UTRs (RefSeq genes)	AGPv2_5a	2	0	0	\N
+AGPv2_5aexons	exons (RefSeq genes)	AGPv2_5a	2	0	0	\N
+AGPv2_5aintrons	introns (RefSeq genes)	AGPv2_5a	2	0	0	\N
+refGene	RefSeq genes	\N	2	0	1	http://www.ncbi.nlm.nih.gov/gene/?term=
+refGenepromoter	promoters (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr3	3' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr5	5' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneexons	exons (RefSeq genes)	refGene	2	0	0	\N
+refGeneintrons	introns (RefSeq genes)	refGene	2	0	0	\N
+MTECrepeats	All repeats	\N	4	0	0	\N
+LINE	LINE	\N	4	0	0	\N
+LINE [RIL] L1	LINE [RIL] L1	LINE	4	0	0	\N
+LINE [RIX] Unknown	LINE [RIX] Unknown	LINE	4	0	0	\N
+LTR	LTR	\N	4	0	0	\N
+LTR [RLC] Copia	LTR [RLC] Copia	LTR	4	0	0	\N
+LTR [RLG] Gypsy	LTR [RLG] Gypsy	LTR	4	0	0	\N
+LTR [RLX] Unknown	LTR [RLX] Unknown	LTR	4	0	0	\N
+TIR	TIR	\N	4	0	0	\N
+TIR [DTA] hAT	TIR [DTA] hAT	TIR	4	0	0	\N
+TIR [DTC] CACTA	TIR [DTC] CACTA	TIR	4	0	0	\N
+TIR [DTH] Pif-Harbinger	TIR [DTH] Pif-Harbinger	TIR	4	0	0	\N
+TIR [DTM] Mutator	TIR [DTM] Mutator	TIR	4	0	0	\N
+TIR [DTT] Tc1-Mariner	TIR [DTT] Tc1-Mariner	TIR	4	0	0	\N
+gc5Base	GC percent	\N	5	14	0	\N
diff --git a/AGPv2/makeDb.sql b/AGPv2/makeDb.sql
new file mode 100644
index 0000000..bc3c4a5
--- /dev/null
+++ b/AGPv2/makeDb.sql
@@ -0,0 +1,266 @@
+-- ------------------------
+--                       --
+--      AGPv2heatmap     --
+--                       --
+-- ------------------------
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text not null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text not null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold text not null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/b73_AGPv2/",
+"/srv/epgg/data/data/subtleKnife/seq/AGPv2.gz",
+"mock1,mock2,mock3,mock4,mock5,mock6,mock7,mock8,mock9,mock10,mock11,mock12,mock13,mock14,mock15,mock16,mock17,mock18,mock19,mock20", 
+"Sample,mock term",
+"gst23\\ngst40\\ngst8\\ngst30\\ngst14\\ngst11\\ngst12\\ngst16\\ngst7\\ngst19\\ngst41\\ngst9\\ngst35\\ngst24\\ngst31\\nBz2",
+"3,http://vizhub.wustl.edu/hubSample/AGPv2/rand4.gz,1,http://vizhub.wustl.edu/hubSample/AGPv2/sample.gz,100,http://vizhub.wustl.edu/hubSample/AGPv2/hub.txt",
+"chr1,11500000,chr1,12000000",
+"mock",
+"refGene,AGPv2_5a",
+"chr1,chr2,chr3,chr4,chr5,chr6,chr7,chr8,chr9,chr10",
+\N,\N,
+true,
+true,
+"zma",
+"Strain|B73|Assembly version|AGPv2|Sequence source|<a href=http://www.maizesequence.org target=_blank>maizesequence.org</a>|Date parsed|May 19, 2012|Chromosomes|13|Contigs|0|Total bases|3,232,254,451|Logo art|<a href=http://en.wikipedia.org/wiki/File:Zea_mays_-_K%C3%B6hler%E2%80%93s_Medizinal-Pflanzen-283.jpg target=_blank>link</a>",
+0,
+false
+);
+
+-- grouping types on genomic features
+-- table name defined in macro: TBN_GF_GRP
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+insert into gfGrouping values (4, "TE Consortium repeats");
+insert into gfGrouping values (5, "Others");
+
+
+
+
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null,
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+/*
+insert into decorInfo values('AGPv2_5a','Maize genes',\N,2,0,1,'http://www.maizesequence.org/Zea_mays/Gene?db=core;gene=');
+insert into decorInfo values('AGPv2_5apromoter','promoters (RefSeq genes)','AGPv2_5a',2,0,0,\N);
+insert into decorInfo values('AGPv2_5autr3',"3' UTRs (RefSeq genes)",'AGPv2_5a',2,0,0,\N);
+insert into decorInfo values('AGPv2_5autr5',"5' UTRs (RefSeq genes)",'AGPv2_5a',2,0,0,\N);
+insert into decorInfo values('AGPv2_5aexons','exons (RefSeq genes)','AGPv2_5a',2,0,0,\N);
+insert into decorInfo values('AGPv2_5aintrons','introns (RefSeq genes)','AGPv2_5a',2,0,0,\N);
+insert into decorInfo values('refGene','RefSeq genes',\N,2,0,1,'http://www.ncbi.nlm.nih.gov/gene/?term=');
+insert into decorInfo values('refGenepromoter','promoters (RefSeq genes)','refGene',2,0,0,\N);
+insert into decorInfo values('refGeneutr3',"3' UTRs (RefSeq genes)",'refGene',2,0,0,\N);
+insert into decorInfo values('refGeneutr5',"5' UTRs (RefSeq genes)",'refGene',2,0,0,\N);
+insert into decorInfo values('refGeneexons','exons (RefSeq genes)','refGene',2,0,0,\N);
+insert into decorInfo values('refGeneintrons','introns (RefSeq genes)','refGene',2,0,0,\N);
+
+insert into decorInfo values ('MTECrepeats','All repeats',\N, 4, 0, 0,\N);
+insert into decorInfo values ('LINE','LINE',\N, 4, 0, 0,\N);
+insert into decorInfo values ('LINE [RIL] L1','LINE [RIL] L1','LINE', 4, 0, 0,\N);
+insert into decorInfo values ('LINE [RIX] Unknown','LINE [RIX] Unknown','LINE', 4, 0, 0,\N);
+insert into decorInfo values ('LTR','LTR',\N, 4, 0, 0,\N);
+insert into decorInfo values ('LTR [RLC] Copia','LTR [RLC] Copia','LTR', 4, 0, 0,\N);
+insert into decorInfo values ('LTR [RLG] Gypsy','LTR [RLG] Gypsy','LTR', 4, 0, 0,\N);
+insert into decorInfo values ('LTR [RLX] Unknown','LTR [RLX] Unknown','LTR', 4, 0, 0,\N);
+insert into decorInfo values ('TIR','TIR',\N, 4, 0, 0,\N);
+insert into decorInfo values ('TIR [DTA] hAT','TIR [DTA] hAT', 'TIR', 4, 0, 0,\N);
+insert into decorInfo values ('TIR [DTC] CACTA','TIR [DTC] CACTA', 'TIR', 4, 0, 0,\N);
+insert into decorInfo values ('TIR [DTH] Pif-Harbinger','TIR [DTH] Pif-Harbinger', 'TIR', 4, 0, 0,\N);
+insert into decorInfo values ('TIR [DTM] Mutator','TIR [DTM] Mutator', 'TIR', 4, 0, 0,\N);
+insert into decorInfo values ('TIR [DTT] Tc1-Mariner','TIR [DTT] Tc1-Mariner', 'TIR', 4, 0, 0,\N);
+
+insert into decorInfo values ('gc5Base','GC percent', \N,5, 8, 0,\N);
+*/
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2ProcessInfo' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+load data local infile "track2BamInfo" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+load data local infile 'track2GEO' into table track2GEO;
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+load data local infile 'track2VersionInfo' into table track2VersionInfo;
+
+-- new trackDetail end here
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation" into table track2Annotation;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft" into table track2Ft;
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile "track2Style" into table track2Style;
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+    regionname varchar(255) not null,
+	  regions text not null
+	   );
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+drop table if exists mock;
+create table mock (
+  tkname varchar(255) not null
+);
+load data local infile "mock" into table mock;
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null,
+  childLength int unsigned not null
+  );
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+
+drop table if exists cytoband;
+create table cytoband (
+  id int null auto_increment primary key,
+  chrom char(20) not null,
+  start int not null,
+  stop int not null,
+  name char(20) not null,
+  colorIdx int not null
+);
+load data local infile "cytoband" into table cytoband;
+
+/*
+DROP TABLE IF EXISTS `rmsk`;
+CREATE TABLE `rmsk` (
+  `bin` smallint(5) unsigned NOT NULL default '0',
+  `swScore` int(10) unsigned NOT NULL default '0',
+  `milliDiv` int(10) unsigned NOT NULL default '0',
+  `milliDel` int(10) unsigned NOT NULL default '0',
+  `milliIns` int(10) unsigned NOT NULL default '0',
+  `genoName` varchar(255) NOT NULL default '',
+  `genoStart` int(10) unsigned NOT NULL default '0',
+  `genoEnd` int(10) unsigned NOT NULL default '0',
+  `genoLeft` int(11) NOT NULL default '0',
+  `strand` char(1) NOT NULL default '',
+  `repName` varchar(255) NOT NULL default '',
+  `repClass` varchar(255) NOT NULL default '',
+  `repFamily` varchar(255) NOT NULL default '',
+  `repStart` int(11) NOT NULL default '0',
+  `repEnd` int(11) NOT NULL default '0',
+  `repLeft` int(11) NOT NULL default '0',
+  `id` char(1) NOT NULL default '',
+  KEY `genoName` (`genoName`(14),`bin`)
+);
+load data local infile 'rmsk.txt' into table rmsk;
+*/
+
+
+
diff --git a/AGPv2/metadataVocabulary b/AGPv2/metadataVocabulary
new file mode 100644
index 0000000..85782a5
--- /dev/null
+++ b/AGPv2/metadataVocabulary
@@ -0,0 +1,21 @@
+mock term	Sample
+401	mock term
+402	mock term
+403	mock term
+404	mock term
+405	mock term
+406	mock term
+407	mock term
+408	mock term
+409	mock term
+410	mock term
+411	mock term
+412	mock term
+413	mock term
+414	mock term
+415	mock term
+416	mock term
+417	mock term
+418	mock term
+419	mock term
+420	mock term
diff --git a/AGPv2/mock b/AGPv2/mock
new file mode 100644
index 0000000..8dfea72
--- /dev/null
+++ b/AGPv2/mock
@@ -0,0 +1,20 @@
+mock1
+mock2
+mock3
+mock4
+mock5
+mock6
+mock7
+mock8
+mock9
+mock10
+mock11
+mock12
+mock13
+mock14
+mock15
+mock16
+mock17
+mock18
+mock19
+mock20
diff --git a/AGPv2/scaffoldInfo b/AGPv2/scaffoldInfo
new file mode 100644
index 0000000..66ef408
--- /dev/null
+++ b/AGPv2/scaffoldInfo
@@ -0,0 +1,14 @@
+ROOT	chromosome	0
+chromosome	chr5	217872852
+chromosome	chr7	176764762
+chromosome	chrMt	569630
+chromosome	chr6	169174353
+chromosome	chr10	150189435
+chromosome	chr9	156750706
+chromosome	chr1	301354135
+chromosome	chr4	241473504
+chromosome	chrUNKNOWN	7140151
+chromosome	chr8	175793759
+chromosome	chrPt	140384
+chromosome	chr3	232140174
+chromosome	chr2	237068873
diff --git a/AGPv2/track2Annotation b/AGPv2/track2Annotation
new file mode 100644
index 0000000..3a07ad1
--- /dev/null
+++ b/AGPv2/track2Annotation
@@ -0,0 +1,20 @@
+mock1	401
+mock2	402
+mock3	403
+mock4	404
+mock5	405
+mock6	406
+mock7	407
+mock8	408
+mock9	409
+mock10	410
+mock11	411
+mock12	412
+mock13	413
+mock14	414
+mock15	415
+mock16	416
+mock17	417
+mock18	418
+mock19	419
+mock20	420
diff --git a/AGPv2/track2BamInfo b/AGPv2/track2BamInfo
new file mode 100644
index 0000000..e69de29
diff --git a/AGPv2/track2Detail b/AGPv2/track2Detail
new file mode 100644
index 0000000..c181574
--- /dev/null
+++ b/AGPv2/track2Detail
@@ -0,0 +1,20 @@
+mock20	\N
+mock19	\N
+mock18	\N
+mock13	\N
+mock12	\N
+mock11	\N
+mock10	\N
+mock17	\N
+mock16	\N
+mock15	\N
+mock14	\N
+mock9	\N
+mock8	\N
+mock3	\N
+mock2	\N
+mock1	\N
+mock7	\N
+mock6	\N
+mock5	\N
+mock4	\N
diff --git a/AGPv2/track2Ft b/AGPv2/track2Ft
new file mode 100644
index 0000000..1feacb2
--- /dev/null
+++ b/AGPv2/track2Ft
@@ -0,0 +1,20 @@
+mock1	2
+mock2	2
+mock3	2
+mock4	2
+mock5	2
+mock6	2
+mock7	2
+mock8	2
+mock9	2
+mock10	2
+mock11	2
+mock12	2
+mock13	2
+mock14	2
+mock15	2
+mock16	2
+mock17	2
+mock18	2
+mock19	2
+mock20	2
diff --git a/AGPv2/track2GEO b/AGPv2/track2GEO
new file mode 100644
index 0000000..e69de29
diff --git a/AGPv2/track2Label b/AGPv2/track2Label
new file mode 100644
index 0000000..efd76e3
--- /dev/null
+++ b/AGPv2/track2Label
@@ -0,0 +1,20 @@
+mock20	mock20
+mock19	mock19
+mock18	mock18
+mock13	mock13
+mock12	mock12
+mock11	mock11
+mock10	mock10
+mock17	mock17
+mock16	mock16
+mock15	mock15
+mock14	mock14
+mock9	mock9
+mock8	mock8
+mock3	mock3
+mock2	mock2
+mock1	mock1
+mock7	mock7
+mock6	mock6
+mock5	mock5
+mock4	mock4
diff --git a/AGPv2/track2ProcessInfo b/AGPv2/track2ProcessInfo
new file mode 100644
index 0000000..e69de29
diff --git a/AGPv2/track2Style b/AGPv2/track2Style
new file mode 100644
index 0000000..8fd4232
--- /dev/null
+++ b/AGPv2/track2Style
@@ -0,0 +1,27 @@
+AGPv2_5a	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+AGPv2_5aexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+AGPv2_5aintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+AGPv2_5apromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+AGPv2_5autr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+AGPv2_5autr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LINE [RIL] L1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LINE [RIX] Unknown	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LTR [RLC] Copia	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LTR [RLG] Gypsy	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LTR [RLX] Unknown	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+MTECrepeats	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+TIR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+TIR [DTA] hAT	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+TIR [DTC] CACTA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+TIR [DTH] Pif-Harbinger	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+TIR [DTM] Mutator	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+TIR [DTT] Tc1-Mariner	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+gc5Base	\N
diff --git a/AGPv2/track2VersionInfo b/AGPv2/track2VersionInfo
new file mode 100644
index 0000000..e69de29
diff --git a/AGPv2/trackAttr2idx b/AGPv2/trackAttr2idx
new file mode 100644
index 0000000..434c666
--- /dev/null
+++ b/AGPv2/trackAttr2idx
@@ -0,0 +1,20 @@
+401	1	mock	mock 1
+402	2	mock	mock 2
+403	3	mock	mock 3
+404	4	mock	mock 4
+405	5	mock	mock 5
+406	6	mock	mock 6
+407	7	mock	mock 7
+408	8	mock	mock 8
+409	9	mock	mock 9
+410	10	mock	mock 10
+411	11	mock	mock 11
+412	12	mock	mock 12
+413	13	mock	mock 13
+414	14	mock	mock 14
+415	15	mock	mock 15
+416	16	mock	mock 16
+417	17	mock	mock 17
+418	18	mock	mock 18
+419	19	mock	mock 19
+420	20	mock	mock 20
diff --git a/Am1.0/buildscaffold.py b/Am1.0/buildscaffold.py
new file mode 100644
index 0000000..72acaf1
--- /dev/null
+++ b/Am1.0/buildscaffold.py
@@ -0,0 +1,16 @@
+print 'ROOT\tchromosome\t0\nROOT\tcontig\t0'
+
+fout=open('longstr','w')
+
+with open('chromlen') as fin:
+	for line in fin:
+		lst=line.rstrip().split('\t')
+		if lst[0].startswith('Scaffold') or lst[0].startswith('scaffold'):
+			print 'chromosome\t{0}\t{1}'.format(lst[0],lst[1])
+			fout.write(lst[0]+',')
+		else:
+			print 'contig\t{0}\t{1}'.format(lst[0],lst[1])
+fout.write('\n')
+fout.close()
+
+# sort -k2nr
diff --git a/Am1.0/chromlen b/Am1.0/chromlen
new file mode 100644
index 0000000..20c92ee
--- /dev/null
+++ b/Am1.0/chromlen
@@ -0,0 +1,87579 @@
+scaffold217	3188626
+scaffold174	2527684
+scaffold121	2456259
+scaffold751	2448386
+scaffold74	2050049
+scaffold221	2027244
+scaffold868	1815522
+scaffold83	1772090
+scaffold380	1770217
+scaffold426	1729492
+scaffold895	1718955
+scaffold449	1687578
+scaffold91	1677483
+scaffold67	1646982
+scaffold735	1626371
+scaffold88	1615178
+scaffold266	1606235
+scaffold185	1584263
+scaffold112	1548205
+scaffold682	1492960
+scaffold36	1484530
+scaffold890	1460389
+scaffold257	1452135
+scaffold24	1417469
+scaffold155	1397119
+scaffold387	1383393
+scaffold549	1379847
+scaffold35	1378841
+scaffold249	1367122
+scaffold122	1363751
+scaffold1195	1358118
+scaffold455	1352435
+scaffold343	1346714
+scaffold440	1345499
+scaffold443	1301167
+scaffold213	1286099
+scaffold150	1278466
+scaffold314	1270913
+scaffold160	1245850
+scaffold22	1239070
+scaffold16	1236715
+scaffold7	1234265
+scaffold674	1222776
+scaffold514	1221598
+scaffold531	1208664
+scaffold85	1202131
+scaffold582	1195895
+scaffold432	1188868
+scaffold128	1185424
+scaffold816	1183837
+scaffold371	1181502
+scaffold54	1171839
+scaffold163	1171795
+scaffold484	1156222
+scaffold53	1147598
+scaffold984	1144119
+scaffold33	1132667
+scaffold899	1132184
+scaffold207	1125759
+scaffold253	1113591
+scaffold481	1111314
+scaffold61	1110436
+scaffold57	1108522
+scaffold555	1106060
+scaffold720	1103897
+scaffold497	1085415
+scaffold219	1082942
+scaffold81	1069547
+scaffold492	1068411
+scaffold866	1063658
+scaffold451	1062816
+scaffold269	1049116
+scaffold410	1048880
+scaffold659	1038070
+scaffold224	1036736
+scaffold261	1032209
+scaffold1376	1027989
+scaffold206	1026360
+scaffold247	1025490
+scaffold141	1023219
+scaffold444	1013279
+scaffold4	1008686
+scaffold123	1007854
+scaffold576	1007760
+scaffold968	1007679
+scaffold31	1002484
+scaffold703	1000728
+scaffold181	994954
+scaffold186	992989
+scaffold460	982512
+scaffold37	971384
+scaffold195	969349
+scaffold510	968124
+scaffold260	966697
+scaffold477	953893
+scaffold469	943810
+scaffold153	941857
+scaffold289	933511
+scaffold452	932170
+scaffold1055	925783
+scaffold140	925777
+scaffold84	923568
+scaffold609	923298
+scaffold448	917689
+scaffold544	915346
+scaffold1306	910419
+scaffold161	909092
+scaffold382	908460
+scaffold340	905765
+scaffold49	894794
+scaffold784	893950
+scaffold591	893091
+scaffold82	886116
+scaffold1179	882481
+scaffold420	882049
+scaffold535	875384
+scaffold379	874727
+scaffold593	870598
+scaffold494	864796
+scaffold69	863609
+scaffold214	862924
+scaffold211	859538
+scaffold1088	859325
+scaffold89	859212
+scaffold701	858598
+scaffold1099	858117
+scaffold313	857821
+scaffold1218	857718
+scaffold17	857370
+scaffold77	856224
+scaffold9	849731
+scaffold95	848871
+scaffold656	843552
+scaffold808	841566
+scaffold367	839283
+scaffold454	836992
+scaffold138	834318
+scaffold351	833469
+scaffold713	833066
+scaffold276	830667
+scaffold189	826363
+scaffold86	822911
+scaffold1168	822030
+scaffold1246	817290
+scaffold480	817208
+scaffold338	809856
+scaffold930	805327
+scaffold129	804739
+scaffold248	803905
+scaffold50	802159
+scaffold275	794931
+scaffold180	792398
+scaffold863	789847
+scaffold43	789467
+scaffold779	787765
+scaffold288	786170
+scaffold154	785059
+scaffold1274	783158
+scaffold344	778307
+scaffold324	776858
+scaffold223	770528
+scaffold436	765067
+scaffold171	763554
+scaffold785	763260
+scaffold897	762714
+scaffold442	762430
+scaffold104	759922
+scaffold569	757136
+scaffold660	754497
+scaffold342	754271
+scaffold1106	751363
+scaffold258	748848
+scaffold96	747634
+scaffold196	747139
+scaffold215	747064
+scaffold29	745236
+scaffold391	740160
+scaffold222	740026
+scaffold743	739931
+scaffold311	739696
+scaffold1135	738825
+scaffold70	737292
+scaffold462	734926
+scaffold143	732811
+scaffold763	732316
+scaffold522	730966
+scaffold506	730554
+scaffold320	729837
+scaffold663	725804
+scaffold113	725450
+scaffold472	724692
+scaffold227	723510
+scaffold176	719591
+scaffold30	718626
+scaffold938	712637
+scaffold437	711507
+scaffold270	707301
+scaffold352	704528
+scaffold747	700103
+scaffold739	698210
+scaffold396	695846
+scaffold331	695718
+scaffold699	695540
+scaffold637	695382
+scaffold384	694818
+scaffold518	692923
+scaffold1600	692101
+scaffold361	691520
+scaffold932	689417
+scaffold262	684456
+scaffold245	684318
+scaffold350	683743
+scaffold605	681813
+scaffold322	681222
+scaffold12	676708
+scaffold1276	676088
+scaffold837	672858
+scaffold218	669183
+scaffold100	667513
+scaffold563	664039
+scaffold98	660956
+scaffold722	659025
+scaffold626	658820
+scaffold1001	657221
+scaffold292	651187
+scaffold630	648118
+scaffold21	645728
+scaffold579	644788
+scaffold404	644674
+scaffold282	641509
+scaffold13	639739
+scaffold1742	638190
+scaffold520	637944
+scaffold831	637651
+scaffold841	637225
+scaffold612	637071
+scaffold1221	636742
+scaffold202	634290
+scaffold1017	633228
+scaffold41	630200
+scaffold368	629684
+scaffold200	626748
+scaffold956	622222
+scaffold151	620123
+scaffold309	617882
+scaffold1033	617324
+scaffold373	613838
+scaffold587	611293
+scaffold475	608769
+scaffold169	608536
+scaffold934	607062
+scaffold819	606644
+scaffold562	604562
+scaffold470	603035
+scaffold212	597920
+scaffold277	597375
+scaffold78	597161
+scaffold328	595601
+scaffold771	594917
+scaffold550	592360
+scaffold233	589327
+scaffold144	585952
+scaffold423	585495
+scaffold566	585116
+scaffold428	583707
+scaffold73	579595
+scaffold349	577580
+scaffold624	576268
+scaffold534	572127
+scaffold621	572104
+scaffold1363	572061
+scaffold983	570320
+scaffold672	568423
+scaffold10	568049
+scaffold1320	567349
+scaffold804	565502
+scaffold456	558843
+scaffold679	558411
+scaffold665	558362
+scaffold498	557585
+scaffold488	556428
+scaffold835	556406
+scaffold671	556274
+scaffold880	555981
+scaffold807	555311
+scaffold834	552935
+scaffold58	550584
+scaffold244	548243
+scaffold696	546909
+scaffold1258	546654
+scaffold1177	546294
+scaffold1180	545568
+scaffold678	543204
+scaffold109	539870
+scaffold760	539845
+scaffold493	539818
+scaffold916	538818
+scaffold524	535138
+scaffold787	532825
+scaffold921	529793
+scaffold411	529499
+scaffold673	528512
+scaffold110	528138
+scaffold744	527217
+scaffold162	526582
+scaffold194	525525
+scaffold715	524894
+scaffold1187	524510
+scaffold662	523189
+scaffold184	521043
+scaffold445	517985
+scaffold251	517007
+scaffold192	516666
+scaffold166	516441
+scaffold114	516268
+scaffold315	514815
+scaffold256	514186
+scaffold108	513324
+scaffold1162	512575
+scaffold394	509142
+scaffold65	508751
+scaffold1533	508531
+scaffold400	507735
+scaffold66	504961
+scaffold970	503015
+scaffold749	500742
+scaffold242	500643
+scaffold928	495229
+scaffold1155	495059
+scaffold148	494103
+scaffold149	493701
+scaffold388	493664
+scaffold5	487900
+scaffold1348	486282
+scaffold118	483696
+scaffold1120	481889
+scaffold229	481600
+scaffold183	481070
+scaffold729	480770
+scaffold72	478983
+scaffold172	478360
+scaffold666	476174
+scaffold1121	473347
+scaffold421	473047
+scaffold393	471436
+scaffold134	471421
+scaffold51	469985
+scaffold326	469782
+scaffold1207	469552
+scaffold79	469103
+scaffold500	468392
+scaffold204	466598
+scaffold68	466306
+scaffold168	465714
+scaffold515	464647
+scaffold348	462810
+scaffold307	461234
+scaffold728	460809
+scaffold334	460414
+scaffold869	460112
+scaffold573	458529
+scaffold783	458193
+scaffold1388	457847
+scaffold427	456750
+scaffold1413	455259
+scaffold1133	454046
+scaffold680	453512
+scaffold1377	452457
+scaffold23	451019
+scaffold543	450748
+scaffold301	447075
+scaffold64	446817
+scaffold1083	444720
+scaffold909	444475
+scaffold1056	443326
+scaffold137	443284
+scaffold243	441818
+scaffold509	440281
+scaffold15	439824
+scaffold1521	435972
+scaffold707	434909
+scaffold878	433862
+scaffold376	431336
+scaffold927	431136
+scaffold1140	430843
+scaffold1666	430513
+scaffold409	428861
+scaffold639	428734
+scaffold152	427613
+scaffold20	427425
+scaffold236	426058
+scaffold19	425888
+scaffold664	425844
+scaffold839	420511
+scaffold304	419343
+scaffold853	418089
+scaffold574	414199
+scaffold1318	413653
+scaffold1358	412819
+scaffold608	412535
+scaffold906	411959
+scaffold653	410481
+scaffold677	408058
+scaffold327	407817
+scaffold857	406924
+scaffold1379	406380
+scaffold822	405941
+scaffold55	405507
+scaffold856	404893
+scaffold650	404521
+scaffold985	403855
+scaffold286	402022
+scaffold363	401317
+scaffold32	401027
+scaffold1169	401019
+scaffold1058	399306
+scaffold773	398528
+scaffold717	396480
+scaffold992	394082
+scaffold139	393731
+scaffold675	392709
+scaffold536	392226
+scaffold606	388615
+scaffold14	388408
+scaffold962	387180
+scaffold335	386327
+scaffold901	384400
+scaffold255	384393
+scaffold833	384364
+scaffold1238	383655
+scaffold2786	380730
+scaffold636	380726
+scaffold390	380721
+scaffold944	380471
+scaffold1018	378219
+scaffold810	378139
+scaffold1040	378051
+scaffold433	377051
+scaffold772	377049
+scaffold287	376916
+scaffold618	376904
+scaffold768	376327
+scaffold1428	376111
+scaffold199	375486
+scaffold284	375379
+scaffold532	375294
+scaffold592	374265
+scaffold939	373916
+scaffold815	373085
+scaffold232	372852
+scaffold365	371937
+scaffold1059	371779
+scaffold38	371493
+scaffold164	370661
+scaffold1570	370605
+scaffold226	370524
+scaffold942	369923
+scaffold117	368784
+scaffold317	367021
+scaffold75	366463
+scaffold700	366151
+scaffold986	364005
+scaffold829	363846
+scaffold1491	362911
+scaffold1188	362589
+scaffold447	361934
+scaffold272	361253
+scaffold1586	361156
+scaffold283	360919
+scaffold210	360528
+scaffold45	358917
+scaffold1210	358376
+scaffold496	358282
+scaffold125	358065
+scaffold756	356835
+scaffold996	355377
+scaffold1346	353458
+scaffold806	353024
+scaffold463	352548
+scaffold1112	352245
+scaffold583	349805
+scaffold8	349363
+scaffold312	348575
+scaffold1287	348110
+scaffold178	347872
+scaffold94	347261
+scaffold1546	346628
+scaffold882	346627
+scaffold157	344761
+scaffold1013	343335
+scaffold1041	343203
+scaffold708	343178
+scaffold1241	341913
+scaffold263	341768
+scaffold584	341289
+scaffold1170	339684
+scaffold131	337942
+scaffold413	337886
+scaffold505	337403
+scaffold220	336957
+scaffold958	336939
+scaffold434	336277
+scaffold877	335289
+scaffold145	334970
+scaffold1387	332724
+scaffold279	332377
+scaffold383	330977
+scaffold1062	329738
+scaffold105	329334
+scaffold1786	329179
+scaffold416	328469
+scaffold102	328008
+scaffold851	326250
+scaffold59	323280
+scaffold397	323195
+scaffold1008	322958
+scaffold468	321114
+scaffold914	320472
+scaffold25	320422
+scaffold588	320142
+scaffold1447	319727
+scaffold716	318596
+scaffold1049	318244
+scaffold63	316817
+scaffold407	315942
+scaffold372	315678
+scaffold920	315073
+scaffold1589	315067
+scaffold487	313596
+scaffold1788	313196
+scaffold538	312873
+scaffold147	312404
+scaffold1395	311426
+scaffold216	311180
+scaffold1285	310638
+scaffold826	310297
+scaffold546	310001
+scaffold1095	309687
+scaffold1425	309026
+scaffold530	308084
+scaffold191	307636
+scaffold325	307636
+scaffold1064	306698
+scaffold504	306352
+scaffold1923	305954
+scaffold467	305730
+scaffold281	305320
+scaffold60	304382
+scaffold523	304013
+scaffold197	303451
+scaffold820	302979
+scaffold457	301511
+scaffold364	299670
+scaffold1039	299275
+scaffold643	297860
+scaffold871	297630
+scaffold719	295866
+scaffold203	295361
+scaffold737	294954
+scaffold1005	294862
+scaffold295	294275
+scaffold585	293670
+scaffold1380	293081
+scaffold527	292275
+scaffold1129	291843
+scaffold1515	291373
+scaffold1202	289929
+scaffold345	289468
+scaffold187	289204
+scaffold548	288690
+scaffold347	288114
+scaffold297	288097
+scaffold507	286165
+scaffold846	285865
+scaffold980	285821
+scaffold359	285787
+scaffold828	285703
+scaffold415	285194
+scaffold42	284651
+scaffold1150	284311
+scaffold1079	283936
+scaffold802	283822
+scaffold1705	283744
+scaffold539	283086
+scaffold1335	282837
+scaffold2	282777
+scaffold521	282360
+scaffold755	281609
+scaffold2068	281490
+scaffold844	281088
+scaffold2037	280381
+scaffold712	280095
+scaffold495	279709
+scaffold167	279242
+scaffold499	278594
+scaffold1326	276325
+scaffold127	275928
+scaffold1421	275163
+scaffold491	275005
+scaffold1209	274950
+scaffold1475	274086
+scaffold705	272391
+scaffold842	271988
+scaffold375	271867
+scaffold723	271503
+scaffold850	271482
+scaffold1478	270631
+scaffold1175	269996
+scaffold28	265919
+scaffold1504	265480
+scaffold1081	264574
+scaffold124	264248
+scaffold1037	264055
+scaffold1399	262973
+scaffold668	262894
+scaffold786	262775
+scaffold316	262147
+scaffold231	261795
+scaffold193	260701
+scaffold461	260577
+scaffold356	260207
+scaffold1272	258010
+scaffold1063	257844
+scaffold864	257342
+scaffold894	257128
+scaffold1279	255114
+scaffold553	254510
+scaffold661	254224
+scaffold135	254141
+scaffold1450	253713
+scaffold1235	253711
+scaffold1228	251807
+scaffold564	251696
+scaffold1532	251036
+scaffold92	251004
+scaffold1159	250913
+scaffold1766	250882
+scaffold435	249166
+scaffold274	248168
+scaffold1244	248155
+scaffold669	248045
+scaffold1701	247472
+scaffold1996	247097
+scaffold796	246841
+scaffold513	246505
+scaffold861	246460
+scaffold48	245254
+scaffold1265	245186
+scaffold746	245165
+scaffold362	245103
+scaffold1266	244692
+scaffold419	243808
+scaffold319	243216
+scaffold580	242925
+scaffold333	242828
+scaffold87	240656
+scaffold971	240399
+scaffold1529	240340
+scaffold1164	240338
+scaffold635	239995
+scaffold577	239843
+scaffold377	238865
+scaffold103	238341
+scaffold1082	238231
+scaffold1138	238059
+scaffold1583	238018
+scaffold893	237509
+scaffold809	236614
+scaffold1308	235282
+scaffold1339	235257
+scaffold205	234509
+scaffold1253	234269
+scaffold265	233358
+scaffold1598	233265
+scaffold414	233102
+scaffold353	232629
+scaffold973	232121
+scaffold241	232019
+scaffold1692	231630
+scaffold1007	231408
+scaffold273	230482
+scaffold483	230426
+scaffold528	230178
+scaffold811	229769
+scaffold1607	229559
+scaffold1147	228457
+scaffold1194	228054
+scaffold76	227264
+scaffold1590	226995
+scaffold692	226877
+scaffold738	226312
+scaffold1251	225903
+scaffold537	225667
+scaffold1635	225541
+scaffold652	225497
+scaffold794	225419
+scaffold946	225341
+scaffold339	225152
+scaffold1390	224229
+scaffold982	224220
+scaffold1651	224145
+scaffold1919	224060
+scaffold1324	222865
+scaffold933	222312
+scaffold268	222248
+scaffold765	221780
+scaffold2815	221403
+scaffold1406	221083
+scaffold453	220877
+scaffold1366	220845
+scaffold1830	220822
+scaffold1534	220672
+scaffold403	220523
+scaffold855	220320
+scaffold775	220243
+scaffold1498	219845
+scaffold237	219535
+scaffold401	218850
+scaffold240	217621
+scaffold541	217308
+scaffold619	216617
+scaffold1525	215298
+scaffold306	214487
+scaffold876	214285
+scaffold1098	213429
+scaffold732	213109
+scaffold1821	212920
+scaffold1048	212742
+scaffold776	211677
+scaffold1402	211567
+scaffold370	210618
+scaffold770	210033
+scaffold525	208420
+scaffold900	207642
+scaffold646	207180
+scaffold1268	207028
+scaffold208	205808
+scaffold93	205618
+scaffold235	205548
+scaffold296	205245
+scaffold1426	205042
+scaffold71	204115
+scaffold44	202841
+scaffold594	202787
+scaffold1511	202705
+scaffold52	201729
+scaffold1248	200615
+scaffold355	200480
+scaffold182	200414
+scaffold34	199345
+scaffold1367	199287
+scaffold1408	199172
+scaffold250	198197
+scaffold1573	197582
+scaffold402	197096
+scaffold158	196854
+scaffold1111	196814
+scaffold1900	196648
+scaffold1143	196106
+scaffold1556	196048
+scaffold540	195854
+scaffold302	195591
+scaffold369	193596
+scaffold318	192919
+scaffold1391	192881
+scaffold425	192754
+scaffold1108	192501
+scaffold1286	192024
+scaffold645	191388
+scaffold730	191348
+scaffold1280	191044
+scaffold1016	190988
+scaffold601	190771
+scaffold935	190517
+scaffold1304	190488
+scaffold159	190425
+scaffold654	189220
+scaffold1026	188885
+scaffold972	188230
+scaffold1000	188167
+scaffold291	187751
+scaffold788	186638
+scaffold1183	186380
+scaffold1	185039
+scaffold702	184671
+scaffold603	183872
+scaffold459	183178
+scaffold1852	182546
+scaffold1486	182223
+scaffold710	182143
+scaffold854	181508
+scaffold2710	181446
+scaffold910	180227
+scaffold465	179741
+scaffold1492	179407
+scaffold1594	179189
+scaffold1969	178286
+scaffold1325	178062
+scaffold341	176587
+scaffold1626	176542
+scaffold56	176226
+scaffold6	175538
+scaffold840	175343
+scaffold1230	175153
+scaffold1679	174488
+scaffold803	173738
+scaffold963	173737
+scaffold133	173056
+scaffold1783	172958
+scaffold801	172776
+scaffold378	172722
+scaffold1617	170800
+scaffold1145	170571
+scaffold1951	169511
+scaffold1378	169008
+scaffold1344	168672
+scaffold1359	168512
+scaffold516	168104
+scaffold852	167838
+scaffold1078	167754
+scaffold1512	167716
+scaffold748	166304
+scaffold1012	166269
+scaffold293	165894
+scaffold1547	164233
+scaffold633	164225
+scaffold655	164044
+scaffold759	163237
+scaffold299	162745
+scaffold1782	162736
+scaffold1277	162565
+scaffold1254	161796
+scaffold1609	161552
+scaffold1343	160695
+scaffold1060	160036
+scaffold795	159254
+scaffold1097	158790
+scaffold1860	158646
+scaffold975	158623
+scaffold694	158354
+scaffold1404	157603
+scaffold547	157601
+scaffold686	157225
+scaffold1781	156639
+scaffold156	156256
+scaffold1066	156147
+scaffold519	156065
+scaffold1127	155897
+scaffold1448	155890
+scaffold430	155506
+scaffold271	154915
+scaffold571	154743
+scaffold1295	154190
+scaffold1217	153859
+scaffold1130	153793
+scaffold1154	153556
+scaffold395	153093
+scaffold1471	152664
+scaffold1171	152485
+scaffold120	151823
+scaffold1105	151135
+scaffold950	151094
+scaffold239	150981
+scaffold2390	150764
+scaffold898	150574
+scaffold1178	150133
+scaffold812	149691
+scaffold1691	149071
+scaffold18	148772
+scaffold631	147991
+scaffold1305	147628
+scaffold1602	146834
+scaffold1842	146096
+scaffold2278	145812
+scaffold1307	145805
+scaffold381	145336
+scaffold1365	145119
+scaffold1165	144488
+scaffold439	143882
+scaffold1239	143497
+scaffold2975	143192
+scaffold97	142552
+scaffold745	142499
+scaffold1420	142456
+scaffold2420	142334
+scaffold298	141383
+scaffold1362	140980
+scaffold967	140824
+scaffold209	140732
+scaffold940	140327
+scaffold1610	140325
+scaffold501	140234
+scaffold441	139933
+scaffold136	139194
+scaffold892	138909
+scaffold874	138879
+scaffold1720	138494
+scaffold693	137464
+scaffold179	136673
+scaffold466	136219
+scaffold3917	134722
+scaffold1010	134369
+scaffold1456	134101
+scaffold438	133769
+scaffold1184	133661
+scaffold1093	131558
+scaffold1434	131475
+scaffold602	131193
+scaffold2039	131072
+scaffold398	130952
+scaffold1250	130134
+scaffold386	129559
+scaffold953	128516
+scaffold1047	128325
+scaffold1103	127428
+scaffold1247	127403
+scaffold2335	127290
+scaffold418	126992
+scaffold1200	126033
+scaffold641	125114
+scaffold917	125048
+scaffold490	124658
+scaffold757	123911
+scaffold188	123348
+scaffold981	123241
+scaffold1032	123221
+scaffold1501	123145
+scaffold1122	122800
+scaffold627	122796
+scaffold1302	122751
+scaffold1416	122712
+scaffold392	122589
+scaffold642	122576
+scaffold758	122576
+scaffold1038	122394
+scaffold99	121356
+scaffold889	121171
+scaffold1519	120953
+scaffold1803	120205
+scaffold1620	120022
+scaffold424	119384
+scaffold1412	118727
+scaffold1683	118110
+scaffold872	115968
+scaffold640	115887
+scaffold385	115782
+scaffold931	115446
+scaffold1303	115028
+scaffold1316	114649
+scaffold1142	114546
+scaffold1754	114465
+scaffold695	113663
+scaffold1631	112844
+scaffold1100	111404
+scaffold471	111325
+scaffold1458	111089
+scaffold754	110391
+scaffold201	110055
+scaffold1119	109994
+scaffold146	109965
+scaffold1369	109745
+scaffold1438	109715
+scaffold1124	109610
+scaffold724	109460
+scaffold782	109247
+scaffold567	108919
+scaffold1984	107878
+scaffold1514	107750
+scaffold1149	107181
+scaffold1460	106973
+scaffold119	106921
+scaffold657	106423
+scaffold905	106290
+scaffold731	106122
+scaffold1094	105967
+scaffold2070	105741
+scaffold1223	105514
+scaffold952	105170
+scaffold90	104756
+scaffold595	104442
+scaffold230	103986
+scaffold1410	103816
+scaffold570	103796
+scaffold1677	103767
+scaffold228	103421
+scaffold1011	102363
+scaffold1930	102210
+scaffold727	102095
+scaffold1972	101805
+scaffold11	101689
+scaffold556	101443
+scaffold1157	101167
+scaffold1567	100705
+scaffold1933	99388
+scaffold697	99289
+scaffold482	98818
+scaffold891	98737
+scaffold2257	98609
+scaffold687	98549
+scaffold308	98469
+scaffold1123	98398
+scaffold629	98131
+scaffold225	97772
+scaffold431	97259
+scaffold965	96780
+scaffold1563	96667
+scaffold1663	96091
+scaffold278	96056
+scaffold27	96024
+scaffold1023	95909
+scaffold1389	95835
+scaffold1116	95746
+scaffold1222	95566
+scaffold1719	94416
+scaffold422	94284
+scaffold1025	94024
+scaffold941	93989
+scaffold1566	93617
+scaffold648	93615
+scaffold1798	93547
+scaffold1234	93082
+scaffold1762	92966
+scaffold1352	92960
+scaffold408	92913
+scaffold949	92848
+scaffold925	92698
+scaffold1204	92152
+scaffold508	91829
+scaffold2562	91286
+scaffold479	90881
+scaffold2174	90192
+scaffold2719	90190
+scaffold130	90180
+scaffold1046	90079
+scaffold1657	89727
+scaffold1641	89676
+scaffold1716	89080
+scaffold2527	89004
+scaffold2034	88840
+scaffold1507	88649
+scaffold875	88443
+scaffold993	88001
+scaffold1527	87625
+scaffold923	87562
+scaffold1298	87402
+scaffold964	86973
+scaffold529	86482
+scaffold2986	86263
+scaffold644	85595
+scaffold1746	85381
+scaffold604	85020
+scaffold132	84976
+scaffold1806	84202
+scaffold1418	83637
+scaffold685	83460
+scaffold1069	83251
+scaffold503	82806
+scaffold198	82409
+scaffold1539	81996
+scaffold1213	81132
+scaffold1804	81034
+scaffold2971	80599
+scaffold887	80550
+scaffold740	80291
+scaffold1910	80024
+scaffold849	79619
+scaffold1134	79314
+scaffold709	79004
+scaffold632	78655
+scaffold684	78280
+scaffold1291	78265
+scaffold1102	78243
+scaffold2610	77945
+scaffold1353	77919
+scaffold1991	77515
+scaffold1096	77040
+scaffold2301	77010
+scaffold2280	76971
+scaffold3019	76605
+scaffold885	76588
+scaffold1260	76453
+scaffold1596	76324
+scaffold825	76046
+scaffold1229	75787
+scaffold1630	75786
+scaffold1551	75430
+scaffold2259	75371
+scaffold2226	75141
+scaffold1522	74289
+scaffold2176	74227
+scaffold337	73900
+scaffold1275	73511
+scaffold1734	73342
+scaffold798	72864
+scaffold813	72791
+scaffold1125	72689
+scaffold714	71953
+scaffold1024	70934
+scaffold726	70912
+scaffold873	70753
+scaffold346	70543
+scaffold1014	70311
+scaffold3199	70004
+scaffold486	69996
+scaffold142	69760
+scaffold1639	69524
+scaffold101	69352
+scaffold990	68587
+scaffold1022	68174
+scaffold3602	67908
+scaffold1530	67480
+scaffold46	67465
+scaffold1660	66629
+scaffold1509	66428
+scaffold2595	66387
+scaffold1400	65768
+scaffold598	65621
+scaffold1775	65189
+scaffold1856	65067
+scaffold781	65032
+scaffold1289	65030
+scaffold2967	64628
+scaffold80	64469
+scaffold4076	64305
+scaffold1593	64252
+scaffold2406	64092
+scaffold2953	63647
+scaffold764	63591
+scaffold805	63501
+scaffold1524	63430
+scaffold575	63258
+scaffold1967	63194
+scaffold908	62704
+scaffold1664	62610
+scaffold883	61984
+scaffold2132	61619
+scaffold1723	61258
+scaffold1855	60930
+scaffold1035	60271
+scaffold1828	60140
+scaffold1936	59612
+scaffold360	59597
+scaffold2243	58774
+scaffold1424	58540
+scaffold1338	58167
+scaffold1322	57870
+scaffold2948	57775
+scaffold1974	57473
+scaffold1800	57158
+scaffold542	56841
+scaffold1672	56274
+scaffold915	56087
+scaffold824	56062
+scaffold791	55672
+scaffold1151	55475
+scaffold559	55417
+scaffold126	54911
+scaffold954	54722
+scaffold2370	54534
+scaffold2842	54238
+scaffold1682	54166
+scaffold2447	53889
+scaffold2378	53582
+scaffold2822	53510
+scaffold1536	52928
+scaffold533	52746
+scaffold1264	52743
+scaffold2099	52252
+scaffold545	51902
+scaffold2050	51809
+scaffold1487	50718
+scaffold5467	50705
+scaffold997	50642
+scaffold1191	50529
+scaffold1571	50504
+scaffold2208	50397
+scaffold1490	50013
+scaffold1497	49912
+scaffold2338	49873
+scaffold552	49339
+scaffold994	49264
+scaffold1301	49226
+scaffold2700	49080
+scaffold2105	48589
+scaffold2841	48504
+scaffold2596	48244
+scaffold3549	48123
+scaffold1668	47962
+scaffold1172	47583
+scaffold62	47034
+scaffold2885	46989
+scaffold1355	45546
+scaffold793	45099
+scaffold1208	45087
+scaffold1290	44538
+scaffold3018	44335
+scaffold832	44001
+scaffold2344	43998
+scaffold651	43953
+scaffold918	43728
+scaffold881	43465
+scaffold1384	43319
+scaffold1464	43222
+scaffold2654	43194
+scaffold1621	43178
+scaffold706	43112
+scaffold1554	43016
+scaffold458	42492
+scaffold47	42419
+scaffold2113	42263
+scaffold1332	42221
+scaffold2066	42178
+scaffold26	41994
+scaffold7266	41703
+scaffold2918	41626
+scaffold1231	41534
+scaffold1216	41313
+scaffold1954	40960
+scaffold859	40823
+scaffold2305	40746
+scaffold4649	40662
+scaffold945	40529
+scaffold2119	40470
+scaffold2927	40150
+scaffold412	39967
+scaffold366	39914
+scaffold558	39869
+scaffold5865	39680
+scaffold961	39218
+scaffold2341	39074
+scaffold691	38998
+scaffold1252	38862
+scaffold1688	38416
+scaffold6999	37835
+scaffold1980	37774
+scaffold2347	37642
+scaffold1427	37539
+scaffold1284	37479
+scaffold2955	37385
+scaffold581	37362
+scaffold1715	37338
+scaffold2470	37031
+scaffold1349	37029
+scaffold1548	36934
+scaffold1531	36868
+scaffold2079	36762
+scaffold1577	36691
+scaffold2198	36305
+scaffold2131	35939
+scaffold2912	35173
+scaffold5472	35111
+scaffold862	34987
+scaffold6064	34908
+scaffold1451	34708
+scaffold1801	34620
+scaffold1613	34467
+scaffold3093	34342
+scaffold1031	34302
+scaffold1203	33915
+scaffold1741	33862
+scaffold3	33634
+scaffold860	33070
+scaffold2812	32843
+scaffold2709	32841
+scaffold1706	32616
+scaffold1269	32542
+scaffold3337	32191
+scaffold597	31716
+scaffold1752	31682
+scaffold843	31653
+scaffold799	31634
+scaffold676	31238
+scaffold2419	31222
+scaffold1564	31159
+scaffold2100	30974
+scaffold3163	30972
+scaffold2581	30662
+scaffold1030	30642
+scaffold3173	30524
+scaffold1394	29934
+scaffold1699	29899
+scaffold858	29801
+scaffold1267	29625
+scaffold1863	29621
+scaffold2522	29520
+scaffold238	29350
+scaffold1986	29313
+scaffold1506	29269
+scaffold1927	29215
+scaffold1045	29192
+scaffold2813	29172
+scaffold814	28793
+scaffold4326	28767
+scaffold2672	28456
+scaffold625	28265
+scaffold1211	28166
+scaffold3430	28108
+scaffold2512	28011
+scaffold2485	27861
+scaffold1443	27852
+scaffold557	27808
+scaffold3684	27491
+scaffold1173	27275
+scaffold2219	27253
+scaffold2009	27234
+scaffold2387	27105
+scaffold280	27019
+scaffold1901	26698
+scaffold1557	26502
+scaffold1028	26356
+scaffold2323	26173
+scaffold614	26077
+scaffold3589	26011
+scaffold1152	25772
+scaffold2417	25341
+scaffold1637	25116
+scaffold4193	25107
+scaffold246	24981
+scaffold1627	24966
+scaffold1368	24925
+scaffold1591	24900
+scaffold2218	24878
+scaffold1256	24627
+scaffold3242	24604
+scaffold5647	24570
+scaffold1540	24552
+scaffold2905	24324
+scaffold947	24302
+scaffold3885	24208
+scaffold1896	24156
+scaffold332	24100
+scaffold165	23852
+scaffold977	23536
+scaffold1732	23455
+scaffold1071	23416
+scaffold2391	23359
+scaffold3656	23269
+scaffold1808	23211
+scaffold4286	23159
+scaffold5502	23103
+scaffold2682	22914
+scaffold1722	22860
+scaffold2738	22833
+scaffold450	22775
+scaffold2254	22641
+scaffold7074	22565
+scaffold1310	22555
+scaffold3324	22466
+scaffold2423	22464
+scaffold3536	22210
+scaffold1113	22191
+scaffold1437	22140
+scaffold1051	22081
+scaffold336	21733
+scaffold1643	21558
+scaffold2587	21529
+scaffold1753	21505
+scaffold357	21482
+scaffold6122	21361
+scaffold1747	21310
+scaffold1075	21150
+scaffold2330	21074
+scaffold1467	20950
+scaffold658	20918
+scaffold1623	20767
+scaffold681	20655
+scaffold2653	20639
+scaffold1690	20579
+scaffold1545	20467
+scaffold3608	20392
+scaffold2987	20290
+scaffold1994	20091
+scaffold6276	20068
+scaffold1315	20065
+scaffold1270	19950
+scaffold1882	19892
+scaffold2663	19803
+scaffold1644	19666
+scaffold1199	19664
+scaffold827	19536
+scaffold3137	19528
+scaffold1262	19492
+scaffold3359	19480
+scaffold1517	19447
+scaffold6439	18957
+scaffold789	18941
+scaffold1067	18929
+scaffold1403	18911
+scaffold3407	18310
+scaffold2072	18142
+scaffold321	17932
+scaffold3491	17842
+scaffold3062	17774
+scaffold2350	17762
+scaffold1076	17742
+scaffold2532	17724
+scaffold1999	17567
+scaffold1934	17540
+scaffold6018	17337
+scaffold3511	17270
+scaffold3384	17204
+scaffold300	17196
+scaffold2102	17188
+scaffold1759	17160
+scaffold620	17134
+scaffold1340	16991
+scaffold3014	16900
+scaffold1329	16855
+scaffold2282	16822
+scaffold2484	16791
+scaffold3012	16695
+scaffold3974	16604
+scaffold173	16588
+scaffold766	16522
+scaffold590	16441
+scaffold1192	16423
+scaffold3581	16280
+scaffold2086	16058
+scaffold1117	16019
+scaffold40	16004
+scaffold1128	15992
+scaffold1430	15841
+scaffold3464	15729
+scaffold3603	15666
+scaffold1299	15664
+scaffold6205	15616
+scaffold725	15575
+scaffold7618	15481
+scaffold3852	15408
+scaffold511	15400
+scaffold2047	14998
+scaffold1227	14722
+scaffold2648	14626
+scaffold5972	14576
+scaffold3295	14524
+scaffold4371	14483
+scaffold303	14473
+scaffold1383	14424
+scaffold485	14387
+scaffold2803	14333
+scaffold3734	14163
+scaffold1052	14032
+scaffold399	13926
+scaffold2162	13922
+scaffold4677	13877
+scaffold774	13865
+scaffold2089	13751
+scaffold1846	13495
+scaffold2911	13453
+scaffold1670	13387
+scaffold1109	13349
+scaffold4774	13314
+scaffold3645	13307
+scaffold5053	13292
+scaffold638	13292
+scaffold3150	13286
+scaffold3647	13245
+scaffold1350	13235
+scaffold3160	13156
+scaffold3103	13155
+scaffold5834	13154
+scaffold5977	13141
+scaffold1294	13101
+scaffold3529	13086
+scaffold2882	13073
+scaffold1375	13064
+scaffold3189	12962
+scaffold1791	12954
+scaffold6831	12890
+scaffold1357	12872
+scaffold1847	12863
+C8930673	12789
+scaffold2153	12781
+scaffold2342	12731
+scaffold2288	12690
+scaffold5131	12659
+scaffold1920	12462
+scaffold1215	12429
+scaffold3040	12415
+scaffold2252	12345
+scaffold2041	12330
+scaffold2733	12309
+scaffold2207	12271
+scaffold1908	12244
+scaffold1924	12220
+scaffold7142	12155
+scaffold7709	12141
+scaffold2236	12116
+scaffold4670	12027
+scaffold1829	12013
+scaffold7162	11966
+scaffold5657	11929
+scaffold2345	11916
+scaffold4200	11865
+scaffold4945	11847
+scaffold2268	11830
+scaffold987	11798
+scaffold1263	11779
+scaffold3903	11775
+scaffold2316	11768
+scaffold2172	11761
+scaffold3860	11706
+scaffold1382	11653
+scaffold2926	11598
+scaffold5661	11555
+scaffold1419	11546
+scaffold1576	11521
+scaffold1137	11437
+scaffold3660	11437
+scaffold1935	11424
+scaffold3292	11387
+scaffold2404	11332
+scaffold4113	11320
+scaffold1479	11316
+scaffold5291	11306
+scaffold1890	11296
+scaffold4055	11277
+scaffold3075	11269
+scaffold1452	11191
+scaffold5954	11173
+scaffold3600	11118
+scaffold2392	11115
+scaffold4538	11036
+scaffold1385	11032
+scaffold3538	10991
+scaffold4293	10987
+scaffold3210	10968
+scaffold2234	10895
+scaffold3179	10888
+scaffold3873	10869
+scaffold1351	10812
+scaffold2361	10806
+scaffold1042	10796
+scaffold1271	10781
+scaffold4807	10766
+scaffold7381	10761
+scaffold1457	10758
+C8929267	10721
+scaffold7121	10704
+scaffold4846	10703
+scaffold2475	10702
+scaffold1417	10657
+scaffold2194	10607
+scaffold2332	10605
+scaffold1431	10591
+scaffold4813	10586
+scaffold2157	10529
+scaffold2012	10496
+scaffold4274	10489
+scaffold2352	10452
+scaffold6037	10446
+scaffold2115	10439
+scaffold1156	10391
+scaffold1146	10370
+scaffold6212	10369
+scaffold2136	10367
+scaffold3354	10365
+scaffold1502	10344
+scaffold1853	10300
+scaffold6840	10296
+scaffold3543	10294
+scaffold4600	10271
+scaffold7697	10263
+scaffold2606	10257
+scaffold2726	10250
+scaffold3643	10245
+scaffold2567	10238
+scaffold2897	10224
+scaffold1473	10220
+scaffold3405	10215
+scaffold3566	10201
+scaffold2593	10190
+scaffold4501	10164
+scaffold3916	10158
+scaffold3357	10157
+scaffold879	10119
+scaffold4210	10115
+scaffold6679	10115
+scaffold5454	10097
+scaffold3981	10095
+scaffold5012	10086
+scaffold4363	10075
+scaffold2942	10045
+scaffold3249	10045
+scaffold3969	10034
+scaffold7525	10032
+scaffold6898	10030
+scaffold6884	10019
+scaffold3914	10013
+scaffold4919	10012
+scaffold5799	10009
+scaffold3107	10006
+scaffold2808	9997
+scaffold1773	9993
+scaffold4000	9990
+scaffold6305	9982
+scaffold3272	9981
+scaffold1714	9979
+scaffold1889	9979
+scaffold7648	9974
+scaffold5660	9971
+scaffold4868	9963
+scaffold7347	9963
+scaffold1638	9962
+scaffold7318	9959
+scaffold3701	9958
+scaffold6079	9958
+scaffold7068	9958
+scaffold5745	9956
+scaffold3844	9947
+scaffold7320	9946
+scaffold2969	9944
+scaffold3033	9942
+scaffold4675	9942
+scaffold3902	9940
+scaffold7374	9938
+scaffold6708	9936
+scaffold6036	9935
+scaffold1328	9925
+scaffold2014	9921
+scaffold667	9921
+scaffold5379	9917
+scaffold3143	9916
+scaffold6948	9916
+scaffold6131	9915
+scaffold3068	9913
+scaffold7157	9912
+scaffold1957	9911
+scaffold3817	9909
+scaffold4431	9908
+scaffold5388	9905
+scaffold3216	9900
+scaffold5747	9900
+scaffold6565	9899
+scaffold5733	9896
+scaffold3663	9894
+scaffold2256	9893
+scaffold7164	9887
+scaffold1820	9886
+scaffold622	9885
+scaffold6174	9884
+scaffold4564	9883
+scaffold6172	9882
+scaffold5473	9881
+scaffold2603	9880
+scaffold4839	9880
+scaffold2314	9877
+scaffold5425	9877
+scaffold2455	9875
+scaffold7107	9874
+scaffold7458	9873
+scaffold4282	9871
+scaffold6691	9871
+scaffold4150	9870
+scaffold5484	9870
+scaffold7650	9870
+scaffold3228	9868
+scaffold6752	9867
+scaffold4989	9866
+scaffold3104	9864
+scaffold3718	9863
+scaffold6279	9863
+scaffold6758	9861
+scaffold7248	9861
+scaffold6874	9860
+scaffold4361	9859
+scaffold5397	9859
+scaffold4410	9857
+scaffold1423	9854
+scaffold3994	9854
+scaffold2182	9853
+scaffold3305	9853
+scaffold5858	9852
+scaffold1615	9850
+scaffold6373	9844
+scaffold6765	9843
+scaffold7301	9842
+scaffold4924	9839
+scaffold5255	9839
+scaffold5862	9839
+scaffold3139	9838
+scaffold6190	9835
+scaffold926	9835
+scaffold4712	9834
+scaffold4713	9833
+scaffold2058	9832
+scaffold7487	9831
+scaffold3283	9824
+scaffold3063	9823
+scaffold464	9822
+scaffold5172	9821
+scaffold2067	9817
+scaffold4038	9817
+scaffold3638	9816
+scaffold2220	9814
+scaffold6777	9810
+scaffold5767	9807
+scaffold7532	9795
+scaffold4605	9746
+scaffold7694	9736
+scaffold1034	9689
+scaffold1148	9664
+scaffold4259	9546
+scaffold5270	9405
+scaffold4590	9395
+scaffold1708	9373
+scaffold951	9349
+scaffold1824	9290
+C8927349	9221
+scaffold2028	9206
+scaffold2553	9160
+scaffold2240	9118
+scaffold3069	9055
+scaffold5918	9029
+scaffold6669	8975
+scaffold7597	8967
+scaffold7314	8937
+scaffold6266	8924
+scaffold7407	8922
+scaffold3606	8920
+scaffold5404	8917
+scaffold5461	8832
+scaffold2394	8816
+scaffold5043	8789
+scaffold1971	8777
+scaffold1827	8622
+scaffold1606	8600
+scaffold1779	8546
+scaffold6714	8419
+scaffold7131	8356
+scaffold2599	8328
+scaffold4618	8286
+scaffold4081	8258
+scaffold5837	8224
+C8925003	8117
+C8924919	8074
+scaffold3561	8027
+scaffold4763	7936
+C8924499	7917
+scaffold4099	7892
+C8924431	7889
+scaffold1604	7882
+scaffold1622	7856
+scaffold3314	7846
+C8924271	7838
+scaffold1118	7771
+scaffold4604	7753
+scaffold3562	7750
+scaffold4357	7736
+scaffold2284	7702
+scaffold3127	7699
+scaffold1684	7690
+scaffold3168	7653
+scaffold2830	7638
+C8923637	7628
+scaffold1496	7525
+Scaffold6873	7520
+scaffold6755	7507
+scaffold5897	7496
+scaffold2315	7489
+C8923137	7473
+scaffold2778	7382
+scaffold1189	7376
+scaffold3523	7361
+scaffold3148	7342
+scaffold4190	7337
+scaffold3109	7320
+scaffold2262	7317
+scaffold5593	7298
+scaffold4367	7291
+scaffold3702	7248
+scaffold4380	7201
+scaffold2434	7077
+scaffold4035	7072
+scaffold1293	7056
+C8921239	6999
+Scaffold7260	6996
+scaffold1559	6991
+scaffold5365	6980
+scaffold6286	6979
+scaffold2021	6942
+scaffold1292	6917
+scaffold4104	6875
+scaffold3077	6794
+scaffold6862	6788
+scaffold2559	6777
+C8920337	6775
+scaffold1807	6774
+scaffold6938	6763
+scaffold600	6758
+C8920185	6738
+scaffold2264	6689
+scaffold3177	6671
+scaffold1319	6646
+scaffold2701	6616
+scaffold3171	6603
+scaffold5141	6580
+C8919343	6562
+scaffold711	6548
+C8918837	6461
+scaffold2204	6390
+scaffold3777	6370
+scaffold3778	6369
+scaffold2439	6345
+scaffold1629	6317
+scaffold6101	6312
+scaffold2497	6292
+scaffold2163	6285
+C8917687	6255
+scaffold554	6255
+scaffold1243	6231
+scaffold969	6231
+C8917497	6219
+scaffold1867	6212
+scaffold1555	6181
+scaffold2320	6172
+C8917159	6168
+scaffold616	6141
+scaffold689	6091
+scaffold1160	6088
+scaffold1758	6081
+scaffold1884	6070
+scaffold2626	6046
+C8916177	5996
+scaffold2693	5987
+C8916045	5976
+scaffold3834	5929
+scaffold1993	5904
+scaffold1995	5885
+scaffold3237	5859
+scaffold7614	5835
+scaffold3886	5831
+C8914903	5811
+scaffold2017	5801
+scaffold3655	5799
+C8914801	5791
+scaffold2722	5768
+scaffold330	5755
+scaffold7595	5754
+C8914479	5745
+scaffold1003	5744
+scaffold7720	5739
+scaffold2538	5730
+scaffold4388	5729
+C8914297	5719
+scaffold4089	5708
+scaffold5796	5696
+scaffold1242	5692
+scaffold4335	5691
+scaffold7594	5685
+scaffold1575	5613
+scaffold3161	5601
+scaffold3348	5592
+scaffold7496	5584
+scaffold1500	5556
+scaffold1858	5538
+scaffold5836	5513
+C8912611	5494
+scaffold2923	5491
+scaffold6161	5488
+scaffold1953	5486
+scaffold1888	5480
+C8912489	5477
+scaffold1526	5462
+scaffold4247	5461
+C8912347	5458
+scaffold1844	5439
+scaffold2981	5425
+scaffold1956	5405
+scaffold6446	5401
+scaffold836	5385
+scaffold1765	5356
+scaffold7619	5344
+scaffold1463	5342
+scaffold2149	5305
+scaffold474	5305
+scaffold7199	5294
+scaffold3248	5288
+scaffold4405	5287
+scaffold7590	5285
+scaffold177	5282
+scaffold1469	5276
+C8910757	5265
+scaffold7197	5242
+scaffold7623	5218
+C8910231	5208
+scaffold5134	5201
+scaffold2297	5188
+scaffold5566	5173
+scaffold6734	5132
+C8909529	5124
+scaffold3133	5120
+C8909491	5119
+scaffold3032	5096
+scaffold5722	5088
+scaffold1711	5083
+scaffold2759	5072
+scaffold3327	5071
+C8909017	5070
+scaffold6452	5062
+C8908809	5048
+scaffold7016	5039
+scaffold1158	5030
+scaffold7577	5024
+scaffold5184	5010
+C8908347	4999
+scaffold4420	4990
+C8908201	4987
+scaffold6910	4978
+scaffold3023	4964
+scaffold2827	4961
+scaffold3158	4954
+scaffold3977	4928
+scaffold2833	4917
+scaffold254	4898
+scaffold2355	4893
+C8907241	4889
+C8907107	4877
+scaffold5441	4854
+scaffold6226	4850
+C8906761	4845
+scaffold7066	4844
+scaffold2405	4826
+scaffold1364	4823
+scaffold5122	4822
+C8906501	4819
+scaffold4370	4816
+scaffold2647	4815
+C8906151	4789
+scaffold800	4763
+scaffold1374	4748
+C8905675	4745
+C8905635	4742
+C8905395	4723
+C8905233	4711
+C8905117	4701
+scaffold517	4700
+scaffold2462	4685
+scaffold1769	4683
+scaffold4620	4676
+C8904703	4662
+C8904687	4660
+scaffold2920	4656
+C8904581	4649
+C8904509	4643
+scaffold2222	4631
+scaffold780	4627
+scaffold4458	4623
+C8903931	4590
+scaffold4208	4575
+C8903631	4567
+C8903615	4566
+C8903481	4555
+scaffold5720	4548
+C8903346	4544
+C8903130	4526
+scaffold2053	4525
+C8902960	4511
+scaffold4103	4509
+scaffold2024	4503
+C8902782	4497
+scaffold2876	4493
+scaffold1767	4492
+C8902694	4488
+scaffold5183	4478
+scaffold1053	4473
+scaffold2444	4469
+scaffold4014	4469
+C8902420	4461
+scaffold3596	4452
+scaffold4032	4452
+scaffold2397	4425
+scaffold1661	4419
+scaffold790	4408
+C8901800	4407
+C8901672	4393
+scaffold2800	4386
+scaffold7568	4384
+scaffold6209	4380
+scaffold6023	4357
+C8901156	4355
+C8901096	4350
+scaffold2814	4345
+scaffold2143	4344
+C8900446	4303
+C8900034	4273
+scaffold6228	4273
+C8899970	4269
+scaffold3790	4269
+scaffold3466	4255
+C8899622	4240
+scaffold4245	4196
+C8898974	4192
+scaffold1837	4186
+C8898698	4174
+scaffold3000	4163
+scaffold1004	4155
+scaffold4262	4149
+scaffold5316	4143
+Scaffold3390	4138
+scaffold2374	4131
+scaffold3266	4103
+scaffold1877	4080
+scaffold4375	4074
+scaffold7355	4057
+scaffold1354	4056
+scaffold7166	4052
+scaffold4301	4046
+C8896684	4035
+scaffold2799	4032
+scaffold1854	4031
+scaffold2934	3981
+scaffold4902	3969
+C8895534	3959
+scaffold999	3955
+scaffold1543	3951
+scaffold2676	3933
+scaffold1902	3932
+scaffold1748	3927
+scaffold3273	3926
+scaffold2437	3923
+C8894234	3880
+scaffold1913	3872
+scaffold3317	3870
+scaffold2823	3867
+scaffold2501	3844
+scaffold1678	3842
+scaffold1885	3831
+scaffold2645	3826
+scaffold1445	3824
+scaffold5237	3823
+scaffold1136	3809
+scaffold1474	3803
+scaffold4696	3797
+scaffold4764	3794
+scaffold2761	3786
+scaffold2318	3784
+scaffold3768	3775
+scaffold7285	3774
+C8892388	3771
+C8892122	3754
+C8892054	3751
+scaffold1727	3740
+scaffold7637	3735
+scaffold3677	3728
+C8891510	3720
+scaffold2032	3719
+scaffold4162	3719
+C8891448	3717
+scaffold2526	3703
+scaffold7693	3694
+scaffold6375	3688
+scaffold2543	3681
+scaffold1815	3680
+scaffold586	3668
+scaffold2452	3666
+C8890372	3656
+C8890242	3650
+C8890198	3647
+scaffold2509	3644
+scaffold2960	3639
+scaffold599	3639
+scaffold1876	3628
+scaffold5275	3625
+scaffold4963	3619
+C8889628	3616
+scaffold1977	3602
+scaffold3400	3599
+scaffold1680	3594
+scaffold7124	3589
+scaffold5578	3577
+scaffold6826	3577
+C8888670	3566
+scaffold6443	3560
+scaffold3760	3556
+scaffold5186	3555
+scaffold4158	3550
+scaffold323	3548
+scaffold5789	3544
+C8888072	3534
+scaffold5199	3530
+C8887950	3526
+scaffold1949	3526
+scaffold2791	3521
+scaffold1893	3520
+C8887750	3515
+scaffold6009	3511
+scaffold1945	3510
+scaffold7084	3507
+C8887432	3499
+scaffold1237	3490
+scaffold5121	3486
+scaffold5410	3481
+scaffold7037	3472
+C8886706	3465
+C8886634	3462
+C8886626	3461
+scaffold5771	3455
+scaffold976	3454
+C8886364	3450
+Scaffold7719	3439
+C8886064	3436
+C8885890	3427
+scaffold3397	3425
+C8885802	3424
+scaffold4306	3424
+C8885772	3422
+scaffold6836	3415
+scaffold5748	3407
+scaffold3636	3404
+scaffold7480	3402
+scaffold6149	3398
+C8885193	3392
+C8885055	3386
+scaffold3697	3373
+scaffold6553	3369
+scaffold1398	3362
+C8884485	3359
+scaffold7460	3353
+C8883992	3338
+scaffold5433	3321
+C8883422	3311
+C8883403	3310
+C8883165	3298
+scaffold1868	3289
+scaffold6775	3287
+scaffold2899	3282
+scaffold2517	3273
+scaffold6474	3272
+scaffold5592	3270
+scaffold1883	3262
+C8882373	3261
+scaffold6807	3253
+Scaffold6721	3250
+scaffold6998	3246
+scaffold3595	3243
+scaffold3928	3228
+scaffold6935	3211
+scaffold3478	3209
+C8881191	3208
+scaffold3218	3202
+scaffold2212	3200
+scaffold4080	3198
+scaffold6587	3193
+C8880859	3191
+scaffold3833	3187
+scaffold7289	3177
+scaffold2784	3168
+scaffold3472	3163
+scaffold4789	3159
+scaffold5357	3155
+Scaffold7708	3154
+scaffold1459	3152
+scaffold6891	3144
+scaffold5975	3134
+C8879511	3133
+scaffold3429	3127
+scaffold3662	3121
+scaffold4705	3120
+scaffold3721	3110
+scaffold4390	3108
+scaffold3982	3105
+scaffold3277	3104
+scaffold4284	3103
+scaffold3181	3102
+scaffold3805	3092
+scaffold6102	3086
+scaffold1085	3079
+scaffold2045	3066
+scaffold2029	3063
+scaffold6466	3057
+scaffold4608	3050
+scaffold5725	3050
+C8877517	3046
+scaffold845	3045
+C8877429	3042
+scaffold7611	3040
+scaffold6646	3035
+scaffold4505	3029
+scaffold5017	3020
+scaffold4418	3014
+C8876665	3011
+scaffold3615	3010
+scaffold3461	3001
+scaffold3079	2994
+scaffold3995	2994
+scaffold3751	2988
+scaffold7704	2988
+C8876003	2987
+scaffold2810	2987
+scaffold6838	2979
+C8875661	2973
+scaffold3891	2973
+C8875621	2971
+scaffold3799	2969
+scaffold1345	2966
+C8875447	2965
+scaffold3983	2961
+scaffold6025	2954
+scaffold2728	2941
+scaffold4320	2940
+scaffold2530	2939
+scaffold2331	2938
+C8874535	2931
+scaffold2668	2929
+C8874417	2927
+scaffold1131	2927
+scaffold4314	2924
+scaffold2939	2916
+scaffold3733	2915
+C8873839	2906
+scaffold7105	2899
+scaffold2133	2898
+scaffold3452	2895
+scaffold6391	2889
+scaffold7715	2886
+scaffold7434	2881
+scaffold7181	2879
+C8873055	2877
+C8872902	2872
+scaffold4304	2872
+scaffold4487	2871
+C8872836	2869
+C8872790	2867
+scaffold5107	2866
+scaffold5874	2862
+scaffold1561	2861
+scaffold1036	2859
+C8872564	2858
+scaffold1944	2853
+scaffold1505	2852
+scaffold3105	2845
+C8871976	2838
+scaffold7284	2836
+scaffold6087	2835
+scaffold6886	2831
+scaffold3499	2828
+scaffold7046	2823
+scaffold5951	2820
+scaffold3016	2819
+scaffold4900	2817
+scaffold5497	2810
+scaffold2299	2801
+scaffold4520	2800
+C8870900	2799
+scaffold2169	2796
+scaffold2578	2792
+scaffold5838	2791
+scaffold5503	2789
+scaffold7380	2784
+scaffold7585	2784
+scaffold3525	2782
+scaffold1061	2781
+scaffold6258	2780
+scaffold6143	2775
+scaffold3526	2773
+C8870056	2770
+scaffold7200	2767
+scaffold5415	2763
+C8869750	2760
+scaffold2704	2760
+scaffold3527	2755
+scaffold5145	2754
+scaffold2783	2751
+scaffold5573	2751
+scaffold6672	2743
+scaffold2295	2742
+scaffold5962	2742
+scaffold5097	2740
+scaffold7695	2740
+scaffold3288	2738
+C8868928	2734
+C8868850	2732
+scaffold5337	2731
+scaffold7449	2730
+C8868738	2729
+scaffold1432	2727
+scaffold3188	2721
+scaffold3243	2720
+scaffold3375	2718
+scaffold2760	2712
+scaffold3180	2712
+C8868216	2710
+scaffold2678	2704
+scaffold1296	2695
+scaffold4625	2691
+C8867372	2685
+scaffold2806	2670
+scaffold6580	2669
+scaffold7507	2664
+C8866682	2662
+C8866702	2662
+scaffold3437	2661
+scaffold1976	2656
+scaffold6530	2651
+scaffold4246	2646
+scaffold5011	2644
+scaffold6062	2643
+scaffold3058	2638
+scaffold4063	2631
+C8865648	2627
+C8865612	2625
+scaffold2364	2623
+scaffold3330	2623
+scaffold5564	2623
+scaffold2546	2621
+C8865342	2615
+scaffold4882	2613
+scaffold1809	2612
+scaffold3944	2604
+C8864694	2597
+scaffold5478	2594
+scaffold6135	2589
+scaffold6982	2586
+scaffold7032	2586
+scaffold1381	2583
+scaffold7039	2583
+C8864162	2581
+scaffold4070	2577
+scaffold3776	2575
+C8863786	2569
+scaffold489	2565
+scaffold3176	2564
+C8863566	2563
+scaffold5272	2563
+C8863432	2559
+scaffold5025	2558
+scaffold4477	2550
+scaffold5342	2549
+scaffold1535	2547
+scaffold2638	2546
+scaffold6641	2542
+C8862760	2540
+scaffold5023	2531
+scaffold929	2530
+scaffold1562	2529
+C8862234	2526
+scaffold948	2524
+scaffold5092	2522
+scaffold5494	2517
+C8861890	2516
+scaffold5466	2516
+scaffold3907	2506
+C8861378	2501
+C8861252	2498
+scaffold5769	2498
+scaffold3380	2492
+scaffold5436	2481
+C8860666	2480
+C8860582	2478
+scaffold5217	2476
+scaffold7041	2475
+scaffold5085	2470
+scaffold1875	2469
+scaffold6088	2469
+scaffold1667	2465
+scaffold1963	2465
+scaffold3802	2464
+scaffold610	2461
+Scaffold6883	2449
+scaffold3813	2447
+C8859440	2446
+C8859354	2444
+scaffold2931	2435
+scaffold4124	2435
+scaffold2001	2432
+scaffold1673	2425
+C8858608	2424
+scaffold6420	2422
+scaffold3863	2420
+Scaffold5828	2418
+scaffold2729	2412
+scaffold4524	2411
+scaffold3729	2409
+C8857928	2406
+scaffold3206	2404
+scaffold7692	2402
+scaffold4130	2401
+scaffold5629	2400
+scaffold4480	2397
+scaffold5013	2395
+C8857388	2392
+C8857372	2391
+scaffold6799	2390
+scaffold6651	2381
+C8856952	2378
+scaffold2093	2376
+C8856846	2375
+scaffold5523	2370
+scaffold6203	2370
+scaffold2386	2368
+C8856510	2367
+scaffold6050	2366
+C8856188	2358
+scaffold4056	2358
+scaffold6963	2354
+scaffold5509	2353
+C8855936	2351
+C8855356	2335
+scaffold4413	2333
+C8855238	2332
+scaffold4061	2332
+C8854942	2325
+scaffold6921	2325
+C8854882	2323
+scaffold7221	2315
+scaffold6947	2314
+scaffold1802	2311
+scaffold4271	2305
+C8853994	2301
+C8853952	2300
+scaffold4016	2300
+C8853792	2296
+scaffold6263	2295
+scaffold6728	2295
+scaffold7340	2290
+C8853452	2287
+scaffold5646	2285
+scaffold5370	2284
+scaffold1671	2283
+C8853102	2279
+scaffold6105	2273
+C8852748	2271
+scaffold2396	2271
+scaffold7073	2270
+C8852520	2267
+scaffold7592	2267
+scaffold6242	2263
+C8852252	2259
+scaffold4213	2254
+C8851856	2250
+C8851656	2245
+C8851602	2243
+scaffold5338	2237
+scaffold1558	2231
+C8851118	2230
+scaffold3680	2221
+C8850620	2219
+C8850570	2218
+C8850514	2217
+scaffold7576	2216
+scaffold6306	2211
+C8850084	2207
+C8850046	2206
+scaffold2768	2206
+scaffold4123	2205
+scaffold7505	2203
+scaffold3888	2201
+scaffold7357	2201
+C8849746	2199
+scaffold5264	2196
+scaffold4322	2183
+scaffold7587	2182
+C8848746	2176
+scaffold2583	2173
+C8848606	2172
+scaffold5334	2169
+C8848358	2167
+C8848138	2161
+scaffold7264	2160
+scaffold3347	2159
+C8847922	2156
+Scaffold7230	2154
+C8847730	2152
+scaffold7351	2147
+scaffold4391	2145
+C8847108	2138
+C8847006	2136
+C8846792	2132
+scaffold5786	2128
+scaffold5109	2127
+scaffold2474	2126
+scaffold3112	2122
+scaffold7391	2117
+C8846014	2115
+scaffold5923	2111
+C8845584	2106
+scaffold2591	2102
+C8845278	2098
+scaffold5476	2092
+C8844740	2086
+scaffold6865	2085
+C8844582	2083
+C8844200	2075
+C8844150	2074
+C8843996	2071
+scaffold2140	2071
+scaffold3810	2070
+C8843908	2069
+C8843720	2066
+scaffold3227	2062
+scaffold6579	2059
+scaffold3236	2057
+C8843300	2056
+scaffold2988	2051
+scaffold7362	2051
+scaffold4654	2049
+C8842766	2045
+C8842222	2034
+C8842240	2034
+C8841898	2028
+C8841756	2024
+scaffold6136	2022
+scaffold6408	2020
+C8841444	2017
+C8841346	2015
+scaffold1581	2013
+C8841150	2010
+scaffold6917	2009
+C8841046	2008
+C8840822	2004
+scaffold2479	2003
+scaffold2090	1999
+C8840500	1998
+C8840426	1996
+C8840170	1992
+scaffold3192	1992
+scaffold6323	1991
+scaffold2913	1990
+scaffold6989	1989
+C8839884	1986
+scaffold4433	1981
+C8839584	1979
+C8839126	1971
+scaffold2442	1969
+scaffold4589	1966
+scaffold7501	1965
+C8838734	1964
+C8838530	1960
+scaffold6238	1956
+C8838164	1953
+scaffold2004	1953
+C8837752	1945
+scaffold4595	1945
+scaffold5953	1942
+scaffold3002	1938
+C8837154	1932
+scaffold1190	1932
+C8836888	1927
+scaffold1392	1924
+scaffold3878	1924
+scaffold5785	1916
+scaffold1599	1915
+scaffold4838	1915
+scaffold3764	1914
+scaffold3937	1909
+C8835816	1906
+scaffold1751	1906
+C8835772	1905
+C8835712	1904
+scaffold6186	1903
+C8835622	1902
+C8835416	1899
+scaffold7674	1899
+C8835150	1894
+scaffold3233	1894
+C8835056	1893
+C8835096	1893
+scaffold1560	1892
+scaffold4007	1892
+scaffold1309	1891
+C8834850	1888
+scaffold5179	1888
+C8834740	1886
+scaffold5921	1884
+C8834222	1877
+scaffold4096	1877
+scaffold2720	1876
+scaffold4197	1875
+scaffold2717	1874
+Scaffold6861	1874
+C8834012	1873
+scaffold5736	1870
+scaffold3003	1869
+C8833728	1868
+scaffold3836	1861
+scaffold3816	1857
+scaffold2985	1854
+C8832942	1852
+C8832946	1852
+scaffold4995	1852
+scaffold3708	1850
+scaffold3909	1847
+C8832254	1840
+scaffold7571	1839
+C8832158	1838
+scaffold4896	1837
+scaffold3312	1836
+C8831962	1834
+scaffold2681	1834
+C8831700	1829
+scaffold1429	1829
+C8831504	1825
+C8831416	1824
+scaffold2615	1824
+scaffold2772	1823
+scaffold1658	1820
+C8831158	1819
+C8831166	1819
+C8831016	1816
+scaffold3984	1813
+C8830768	1811
+C8830558	1808
+scaffold3190	1807
+C8830362	1804
+C8830364	1804
+scaffold5192	1801
+C8829968	1798
+scaffold1793	1797
+C8829746	1795
+scaffold2466	1791
+scaffold3757	1790
+scaffold2244	1789
+C8829182	1785
+C8829206	1785
+C8829082	1783
+C8829010	1782
+C8828764	1778
+Scaffold7696	1777
+C8828620	1776
+scaffold4632	1776
+scaffold5637	1776
+scaffold285	1774
+scaffold3328	1773
+scaffold3436	1773
+scaffold4817	1773
+scaffold5348	1773
+scaffold6988	1773
+scaffold2145	1770
+scaffold2775	1770
+C8828066	1766
+scaffold6019	1758
+C8827346	1755
+C8827318	1754
+scaffold2816	1754
+scaffold718	1752
+C8827136	1751
+C8826804	1746
+scaffold7342	1744
+C8826430	1741
+C8826178	1737
+scaffold4540	1729
+scaffold7282	1729
+C8825612	1728
+scaffold937	1727
+scaffold4194	1726
+scaffold1601	1725
+C8825348	1723
+scaffold4045	1723
+scaffold2261	1719
+scaffold2098	1714
+scaffold4091	1713
+C8824732	1712
+scaffold7050	1712
+C8824710	1711
+scaffold6056	1710
+scaffold4503	1708
+C8824430	1707
+C8824360	1706
+scaffold4073	1706
+C8824172	1703
+scaffold2797	1700
+C8823896	1699
+scaffold2623	1697
+scaffold2054	1696
+scaffold3424	1696
+scaffold3867	1696
+C8823662	1695
+C8823572	1694
+C8823366	1691
+Scaffold7665	1691
+scaffold5059	1689
+scaffold3026	1683
+scaffold2435	1682
+C8822654	1680
+C8822598	1679
+scaffold6539	1676
+C8822338	1675
+scaffold4785	1675
+scaffold924	1675
+scaffold7639	1674
+C8822118	1671
+C8822120	1671
+C8822074	1670
+scaffold5711	1669
+scaffold2101	1668
+scaffold6152	1666
+scaffold736	1666
+C8821748	1665
+scaffold3901	1663
+C8821294	1657
+scaffold2724	1657
+scaffold2568	1655
+C8821086	1654
+scaffold7479	1654
+C8820988	1653
+C8821040	1653
+C8820906	1651
+scaffold2430	1651
+C8820798	1650
+scaffold4598	1650
+C8820456	1644
+scaffold3213	1644
+C8820312	1642
+C8820170	1640
+C8820026	1638
+scaffold4557	1637
+scaffold955	1637
+scaffold4706	1636
+scaffold4736	1636
+scaffold2621	1635
+C8819330	1627
+C8819278	1626
+scaffold2848	1625
+scaffold2874	1625
+scaffold3646	1625
+C8819024	1623
+scaffold936	1623
+C8818874	1621
+scaffold4709	1621
+scaffold2556	1613
+scaffold5325	1611
+scaffold4954	1609
+C8818070	1608
+scaffold3695	1605
+C8817746	1604
+scaffold2171	1604
+C8817738	1603
+scaffold6747	1603
+scaffold6967	1602
+C8817512	1600
+scaffold3788	1600
+C8817404	1599
+scaffold3691	1598
+C8817268	1597
+C8817152	1595
+C8817158	1595
+scaffold3651	1595
+C8816978	1593
+scaffold3098	1592
+scaffold5537	1592
+C8816852	1591
+C8816864	1591
+C8816894	1591
+scaffold4307	1590
+scaffold3769	1589
+scaffold5995	1588
+C8816638	1587
+Scaffold7698	1586
+C8816386	1584
+C8816420	1584
+C8816344	1583
+scaffold4701	1583
+scaffold6157	1582
+scaffold4534	1581
+scaffold6271	1580
+C8816038	1578
+scaffold4523	1578
+scaffold4430	1576
+scaffold3571	1574
+scaffold4351	1574
+C8815666	1573
+scaffold358	1573
+scaffold3114	1572
+scaffold4496	1570
+scaffold4847	1569
+C8815278	1567
+scaffold1405	1567
+scaffold4071	1565
+C8815038	1564
+C8815002	1563
+scaffold1866	1563
+scaffold3771	1562
+scaffold5776	1561
+C8814382	1555
+scaffold5809	1555
+scaffold4168	1553
+C8814102	1551
+scaffold4944	1551
+C8814032	1550
+C8814054	1550
+C8813946	1549
+scaffold5909	1549
+scaffold2932	1548
+scaffold4522	1546
+C8813638	1545
+scaffold6902	1545
+C8813502	1543
+C8813520	1543
+C8813524	1543
+scaffold7471	1543
+C8813326	1541
+C8813382	1541
+C8813168	1539
+scaffold7705	1539
+scaffold2586	1538
+C8813032	1537
+C8813070	1537
+C8812948	1535
+C8812704	1532
+C8812732	1532
+scaffold3459	1529
+scaffold4105	1527
+scaffold2459	1525
+scaffold1493	1524
+scaffold2438	1523
+scaffold2536	1523
+C8811922	1521
+scaffold4342	1521
+C8811790	1520
+C8811820	1520
+C8811682	1518
+scaffold2325	1517
+scaffold4207	1517
+C8811472	1516
+C8811510	1516
+scaffold1198	1515
+scaffold2061	1513
+C8811184	1512
+C8811204	1512
+C8811136	1511
+scaffold4047	1510
+scaffold4897	1509
+C8810900	1508
+scaffold3503	1508
+C8810800	1507
+scaffold4953	1506
+C8810658	1505
+C8810662	1505
+scaffold2223	1505
+scaffold2349	1505
+scaffold4029	1505
+scaffold6502	1504
+scaffold1612	1502
+scaffold1698	1502
+C8810256	1500
+scaffold4131	1500
+scaffold5804	1500
+scaffold4795	1499
+scaffold3140	1495
+C8809844	1494
+scaffold3629	1492
+scaffold2757	1489
+C8809350	1488
+C8809330	1487
+C8809136	1485
+C8809170	1485
+scaffold7680	1485
+C8808946	1483
+scaffold2649	1482
+scaffold7717	1482
+scaffold111	1481
+scaffold2995	1481
+C8808761	1480
+scaffold3399	1480
+Scaffold4622	1479
+C8808539	1478
+scaffold478	1477
+scaffold6638	1476
+C8808355	1475
+scaffold6618	1475
+scaffold4680	1474
+scaffold4997	1473
+C8808055	1472
+C8807989	1471
+C8808045	1471
+scaffold2044	1467
+scaffold2697	1467
+scaffold5723	1467
+Scaffold7519	1467
+C8807615	1466
+scaffold6704	1465
+C8807455	1464
+scaffold5399	1463
+scaffold2296	1462
+C8807081	1460
+C8807097	1460
+scaffold1909	1459
+scaffold3156	1459
+scaffold4621	1456
+C8806655	1454
+scaffold7216	1453
+C8806465	1451
+scaffold3854	1451
+scaffold6000	1451
+scaffold6232	1451
+scaffold6556	1451
+C8806363	1450
+C8806371	1450
+C8806299	1449
+C8806305	1449
+scaffold3842	1449
+scaffold5409	1449
+Scaffold7133	1449
+C8806171	1448
+C8806113	1447
+C8806063	1446
+scaffold5612	1446
+scaffold1950	1445
+scaffold6042	1445
+C8805923	1444
+scaffold7656	1444
+C8805767	1442
+scaffold2057	1442
+scaffold7713	1442
+scaffold5463	1441
+scaffold7684	1440
+C8805515	1439
+scaffold4585	1439
+C8805305	1437
+C8805311	1437
+C8805353	1437
+scaffold2896	1437
+scaffold6369	1435
+C8805099	1434
+C8805103	1434
+scaffold2167	1434
+scaffold4664	1434
+C8804965	1433
+scaffold1831	1433
+scaffold1849	1430
+scaffold4078	1430
+C8804653	1429
+scaffold1780	1429
+C8804631	1428
+C8804639	1428
+C8804485	1427
+scaffold2577	1426
+scaffold3814	1425
+C8804217	1424
+C8804237	1424
+C8804037	1422
+scaffold5669	1422
+C8803995	1421
+scaffold2436	1421
+scaffold115	1420
+scaffold1510	1420
+scaffold1906	1419
+C8803697	1418
+C8803727	1418
+scaffold4461	1418
+scaffold7163	1416
+scaffold6872	1413
+scaffold1728	1412
+scaffold7191	1410
+C8802941	1409
+scaffold6053	1408
+C8802785	1407
+scaffold4407	1407
+C8802663	1405
+C8802447	1402
+scaffold1300	1402
+scaffold4268	1402
+scaffold4849	1402
+C8802345	1401
+scaffold1193	1401
+scaffold4567	1401
+scaffold3763	1399
+scaffold7251	1399
+scaffold4173	1395
+scaffold1928	1393
+scaffold5124	1393
+C8801607	1392
+scaffold2010	1392
+scaffold7092	1392
+C8801447	1390
+scaffold3421	1390
+scaffold4153	1390
+C8801391	1389
+scaffold4098	1388
+C8801183	1387
+Scaffold7028	1387
+C8801171	1386
+C8800917	1384
+C8800973	1384
+C8800765	1382
+C8800425	1378
+C8800443	1378
+C8800451	1378
+C8800505	1378
+scaffold4082	1378
+C8800413	1377
+scaffold5775	1377
+scaffold3792	1376
+scaffold5112	1376
+C8800139	1374
+C8800141	1374
+scaffold3505	1374
+C8800019	1372
+scaffold2958	1371
+scaffold7396	1371
+C8799817	1370
+C8799783	1369
+C8799567	1367
+C8799625	1367
+scaffold6251	1365
+C8799340	1364
+scaffold5000	1363
+C8799100	1361
+scaffold1898	1361
+scaffold2576	1361
+scaffold6147	1360
+scaffold2901	1359
+scaffold4769	1359
+scaffold5033	1357
+scaffold6586	1357
+scaffold4895	1356
+scaffold7530	1355
+scaffold4093	1354
+scaffold6723	1353
+Scaffold5228	1352
+C8798228	1351
+scaffold4741	1351
+scaffold4002	1350
+scaffold2426	1349
+C8797882	1347
+scaffold2276	1347
+scaffold5224	1347
+scaffold7195	1347
+scaffold6837	1346
+C8797656	1345
+C8797714	1345
+C8797594	1344
+Scaffold7327	1344
+C8797500	1343
+C8797528	1343
+scaffold4537	1343
+C8797432	1342
+scaffold1084	1342
+C8797342	1341
+C8797344	1341
+C8797274	1340
+scaffold2574	1340
+scaffold4330	1340
+scaffold2769	1338
+scaffold4229	1338
+scaffold7402	1338
+C8796978	1337
+C8797020	1337
+scaffold3138	1336
+C8796818	1335
+scaffold6046	1335
+scaffold6415	1335
+C8796782	1334
+scaffold5322	1333
+C8796462	1331
+scaffold3727	1330
+C8796322	1329
+scaffold6521	1328
+scaffold5597	1325
+scaffold4591	1324
+scaffold5256	1324
+scaffold6992	1324
+scaffold4816	1323
+C8795686	1322
+Scaffold5563	1322
+scaffold1537	1321
+C8795494	1320
+C8795554	1320
+C8795362	1319
+scaffold3871	1319
+scaffold476	1319
+C8795112	1316
+C8795182	1316
+scaffold1449	1316
+scaffold7213	1316
+C8795040	1315
+scaffold6542	1315
+scaffold7180	1315
+C8794928	1314
+C8794976	1314
+C8794822	1313
+Scaffold5784	1313
+scaffold5893	1313
+C8794762	1312
+C8794778	1312
+scaffold5038	1312
+C8794562	1310
+C8794610	1310
+scaffold3175	1310
+scaffold5220	1309
+scaffold4587	1308
+C8794122	1305
+Scaffold5320	1305
+C8794022	1304
+scaffold2588	1304
+C8793830	1302
+scaffold5187	1302
+scaffold5705	1302
+scaffold1645	1300
+scaffold5310	1300
+scaffold2399	1299
+scaffold5083	1299
+C8793364	1297
+C8793210	1296
+scaffold2868	1296
+scaffold3034	1296
+scaffold2192	1295
+scaffold1480	1293
+scaffold2767	1293
+scaffold2929	1293
+scaffold6398	1293
+C8792896	1292
+C8792902	1292
+C8792944	1292
+C8792818	1291
+C8792844	1291
+scaffold4690	1291
+scaffold3574	1290
+C8792456	1287
+scaffold3367	1285
+C8792254	1284
+scaffold1685	1284
+scaffold2074	1283
+scaffold7123	1283
+C8792066	1282
+scaffold6311	1281
+scaffold1640	1280
+scaffold1704	1280
+scaffold1894	1280
+scaffold2779	1280
+scaffold3672	1280
+scaffold6825	1280
+C8791760	1279
+C8791778	1279
+scaffold4339	1279
+scaffold3086	1278
+scaffold2048	1277
+scaffold7417	1277
+C8791487	1276
+C8791391	1275
+scaffold7238	1275
+C8791215	1274
+scaffold2304	1273
+scaffold4122	1273
+C8791031	1272
+C8791051	1272
+C8791069	1272
+scaffold3535	1272
+scaffold1848	1271
+C8790689	1268
+scaffold2472	1266
+C8790331	1265
+C8790351	1265
+C8790401	1265
+scaffold3251	1265
+scaffold3480	1265
+scaffold4586	1264
+C8790243	1263
+scaffold1578	1263
+scaffold2255	1263
+scaffold6231	1263
+scaffold7675	1263
+C8790139	1262
+C8790041	1261
+C8790051	1261
+scaffold3791	1261
+scaffold5561	1261
+scaffold7660	1261
+C8789785	1259
+scaffold3450	1258
+scaffold5333	1257
+scaffold5455	1257
+C8789491	1256
+C8789511	1256
+scaffold2513	1256
+scaffold4394	1256
+scaffold5176	1256
+C8789451	1255
+scaffold2232	1255
+scaffold7194	1255
+Scaffold7065	1254
+scaffold3954	1253
+scaffold3047	1252
+scaffold6764	1252
+C8789113	1251
+scaffold7210	1251
+C8789021	1250
+C8788855	1249
+scaffold3557	1249
+scaffold7358	1249
+C8788687	1247
+scaffold2737	1247
+Scaffold7716	1246
+C8788459	1245
+scaffold267	1245
+C8788305	1244
+C8788321	1244
+C8788341	1244
+C8788351	1244
+C8788377	1244
+scaffold3720	1244
+C8788235	1243
+scaffold3057	1243
+scaffold4411	1243
+scaffold5827	1241
+C8787971	1240
+Scaffold1115	1240
+C8787847	1239
+C8787855	1239
+scaffold2954	1239
+scaffold6682	1239
+C8787635	1237
+C8787555	1236
+C8787581	1236
+scaffold1795	1236
+scaffold7261	1236
+C8787513	1235
+scaffold4770	1235
+scaffold4793	1235
+scaffold6798	1235
+scaffold3417	1234
+C8787193	1232
+C8787111	1231
+C8787119	1231
+C8787125	1231
+scaffold3039	1231
+scaffold2290	1230
+C8786899	1229
+scaffold2247	1229
+C8786851	1228
+scaffold4199	1228
+C8786767	1227
+C8786609	1226
+scaffold1461	1226
+scaffold4775	1226
+scaffold2238	1225
+scaffold7497	1225
+scaffold1851	1223
+scaffold2177	1223
+scaffold6132	1223
+scaffold7160	1222
+scaffold1503	1220
+C8785953	1219
+scaffold4261	1218
+scaffold6269	1218
+scaffold7508	1218
+C8785775	1217
+scaffold4495	1217
+scaffold3024	1216
+scaffold3573	1216
+scaffold5265	1216
+scaffold6241	1216
+C8785507	1215
+scaffold2712	1215
+scaffold4362	1215
+C8785307	1213
+C8785337	1213
+scaffold3541	1213
+scaffold2456	1212
+scaffold7167	1212
+C8785121	1211
+scaffold1681	1211
+scaffold2521	1211
+scaffold3795	1211
+scaffold5991	1211
+C8785003	1210
+C8785031	1210
+scaffold1442	1209
+scaffold4252	1209
+scaffold6125	1209
+Scaffold3080	1208
+scaffold3683	1207
+C8784603	1206
+scaffold1337	1206
+C8784497	1205
+C8784523	1205
+C8784555	1205
+scaffold2409	1205
+scaffold3015	1205
+scaffold3089	1204
+scaffold617	1204
+scaffold5169	1203
+scaffold5512	1203
+scaffold3865	1202
+scaffold5821	1202
+C8784141	1201
+Scaffold3141	1201
+scaffold3742	1201
+scaffold4734	1201
+scaffold7051	1201
+scaffold2147	1200
+scaffold3460	1200
+scaffold1214	1199
+scaffold5735	1199
+C8783929	1198
+scaffold4358	1198
+scaffold4753	1198
+C8783783	1197
+scaffold1938	1196
+C8783569	1195
+scaffold2448	1195
+C8783431	1194
+scaffold3457	1194
+C8783257	1193
+C8783337	1193
+scaffold6256	1193
+C8783157	1192
+C8783069	1191
+scaffold175	1191
+scaffold7155	1191
+Scaffold7670	1191
+C8783037	1190
+scaffold1840	1190
+scaffold3955	1190
+scaffold4878	1190
+scaffold5618	1189
+scaffold1132	1188
+scaffold4020	1188
+scaffold2557	1187
+scaffold6193	1187
+scaffold2127	1186
+Scaffold3793	1186
+scaffold107	1185
+scaffold4290	1185
+scaffold5139	1185
+C8782451	1184
+C8782459	1184
+C8782463	1184
+scaffold2605	1184
+scaffold2928	1184
+scaffold4186	1184
+scaffold5600	1184
+scaffold7430	1182
+C8782139	1181
+C8782155	1181
+scaffold3253	1181
+scaffold3586	1181
+scaffold2121	1180
+C8781807	1178
+scaffold4991	1178
+scaffold6438	1178
+scaffold4756	1177
+scaffold6431	1177
+scaffold1261	1176
+scaffold6137	1176
+scaffold6622	1176
+C8781449	1175
+C8781453	1175
+C8781385	1174
+scaffold5525	1174
+scaffold7177	1174
+C8781115	1171
+scaffold2104	1171
+scaffold4231	1171
+scaffold6523	1171
+scaffold5937	1170
+scaffold2860	1169
+scaffold6195	1169
+scaffold4658	1168
+scaffold5102	1168
+C8780671	1167
+C8780705	1167
+C8780709	1167
+scaffold2817	1167
+scaffold3260	1167
+scaffold3798	1167
+scaffold7114	1166
+scaffold7321	1166
+C8780467	1165
+scaffold3575	1165
+scaffold7504	1165
+Scaffold6929	1164
+scaffold2193	1163
+scaffold6324	1163
+C8780099	1162
+scaffold3120	1162
+scaffold1317	1160
+C8779843	1159
+scaffold2970	1159
+C8779653	1158
+scaffold1372	1158
+scaffold6435	1158
+scaffold6936	1158
+C8779603	1157
+scaffold2727	1157
+scaffold6815	1157
+C8779487	1156
+scaffold2317	1156
+scaffold3774	1156
+scaffold4479	1156
+scaffold6091	1155
+C8779205	1154
+scaffold3934	1153
+scaffold4329	1153
+C8778983	1151
+scaffold4289	1150
+scaffold7255	1150
+C8778675	1149
+scaffold3553	1149
+scaffold5086	1149
+scaffold6932	1149
+C8778587	1148
+C8778595	1148
+scaffold5574	1148
+scaffold6636	1148
+scaffold7154	1148
+scaffold2453	1147
+scaffold2976	1147
+Scaffold1697	1146
+scaffold6243	1146
+C8778241	1145
+scaffold1861	1145
+scaffold4931	1145
+scaffold5898	1145
+scaffold2471	1144
+scaffold4650	1144
+C8778031	1143
+scaffold5026	1142
+scaffold7280	1142
+C8777861	1141
+C8777871	1141
+scaffold623	1141
+C8777749	1140
+C8777813	1140
+C8777537	1138
+scaffold3208	1138
+scaffold4491	1138
+scaffold3869	1137
+scaffold4783	1137
+scaffold1914	1136
+scaffold3476	1136
+scaffold4781	1136
+scaffold6795	1136
+C8777155	1135
+C8777225	1135
+scaffold2187	1135
+C8777041	1134
+scaffold2250	1133
+scaffold3309	1133
+scaffold7453	1132
+C8776797	1131
+scaffold3136	1131
+scaffold3960	1130
+C8776515	1129
+scaffold4366	1129
+scaffold6928	1129
+C8776385	1128
+C8776453	1128
+scaffold6285	1128
+C8776309	1127
+scaffold2679	1127
+scaffold2819	1126
+scaffold3362	1126
+scaffold1043	1125
+scaffold5885	1125
+scaffold690	1125
+scaffold1255	1124
+scaffold4015	1123
+scaffold2692	1122
+C8775731	1121
+scaffold3841	1121
+scaffold4880	1121
+Scaffold7009	1121
+C8775639	1120
+C8775659	1120
+C8775671	1120
+scaffold4343	1120
+scaffold3393	1119
+scaffold3753	1119
+scaffold5106	1119
+C8775375	1118
+scaffold1331	1118
+scaffold2514	1118
+scaffold2809	1118
+scaffold4027	1118
+scaffold4437	1118
+scaffold7406	1118
+C8775247	1117
+scaffold3853	1117
+C8775139	1116
+scaffold4510	1116
+scaffold4623	1116
+scaffold4472	1115
+scaffold7442	1115
+C8774901	1114
+scaffold3551	1114
+C8774783	1113
+scaffold1528	1113
+Scaffold7714	1113
+scaffold1455	1112
+scaffold5611	1112
+scaffold7008	1112
+scaffold3035	1111
+C8774389	1110
+scaffold2458	1110
+scaffold4857	1110
+C8774293	1109
+C8774341	1109
+C8774381	1109
+scaffold2340	1109
+scaffold7288	1109
+C8774271	1108
+scaffold4974	1108
+scaffold7689	1108
+C8774099	1107
+scaffold2832	1107
+C8773921	1106
+C8774017	1106
+scaffold2103	1106
+scaffold2943	1106
+scaffold5344	1105
+C8773721	1104
+C8773665	1103
+scaffold4772	1102
+scaffold2516	1101
+scaffold7718	1101
+scaffold4948	1100
+scaffold5450	1100
+C8773163	1099
+scaffold5110	1099
+scaffold7686	1099
+scaffold2919	1098
+scaffold3722	1098
+C8772953	1097
+Scaffold5216	1095
+C8772479	1093
+C8772485	1093
+scaffold4222	1093
+scaffold7202	1093
+C8772241	1091
+C8772273	1091
+scaffold3559	1091
+scaffold4389	1091
+C8772143	1090
+scaffold3310	1090
+C8771917	1089
+scaffold3225	1089
+scaffold5969	1089
+scaffold6722	1089
+scaffold6308	1087
+C8771549	1086
+C8771597	1086
+C8771411	1085
+C8771435	1085
+scaffold1721	1085
+scaffold6335	1085
+scaffold4204	1084
+scaffold5749	1084
+scaffold3241	1083
+C8771091	1082
+C8771169	1082
+C8770963	1081
+C8771025	1081
+C8771045	1081
+scaffold6396	1080
+C8770785	1079
+scaffold3322	1078
+scaffold4216	1077
+scaffold5737	1077
+scaffold6676	1077
+scaffold7461	1077
+C8770365	1076
+scaffold2008	1076
+scaffold4894	1076
+C8770277	1075
+scaffold3224	1075
+scaffold5144	1075
+scaffold7007	1075
+C8770091	1074
+C8770191	1074
+C8770219	1074
+scaffold4575	1074
+C8769983	1073
+C8770087	1073
+Scaffold5048	1073
+C8769757	1071
+scaffold4451	1070
+scaffold6650	1070
+scaffold5119	1069
+C8769465	1068
+C8769231	1067
+C8769353	1067
+Scaffold4100	1067
+scaffold5687	1067
+scaffold6357	1067
+scaffold5132	1066
+C8769051	1065
+C8768857	1064
+C8768939	1064
+scaffold1597	1064
+scaffold3808	1064
+C8768741	1063
+Scaffold2746	1063
+scaffold6175	1063
+scaffold7058	1063
+C8768617	1062
+C8768651	1062
+C8768713	1062
+scaffold5315	1062
+scaffold5755	1062
+C8768383	1060
+scaffold2159	1060
+scaffold3880	1060
+C8768341	1059
+scaffold2570	1058
+scaffold7703	1058
+C8767961	1056
+scaffold1656	1056
+scaffold6394	1056
+Scaffold7452	1056
+scaffold4352	1054
+C8767457	1053
+C8767201	1051
+C8767217	1051
+scaffold4192	1051
+scaffold4633	1049
+C8766827	1048
+scaffold5148	1046
+C8766517	1045
+C8766365	1044
+scaffold5606	1044
+Scaffold6032	1043
+C8766117	1042
+scaffold1327	1042
+scaffold4926	1042
+C8766019	1041
+C8766037	1041
+scaffold6198	1041
+scaffold7116	1041
+scaffold7580	1040
+C8765713	1039
+C8765759	1039
+scaffold4021	1039
+scaffold4678	1039
+scaffold1764	1038
+scaffold2120	1037
+scaffold6282	1037
+scaffold2377	1036
+C8765193	1035
+scaffold3904	1035
+scaffold7174	1035
+scaffold6738	1033
+C8764713	1031
+scaffold7137	1031
+C8764395	1029
+C8764433	1029
+scaffold2418	1029
+scaffold3665	1029
+C8764285	1028
+C8764319	1028
+C8764331	1028
+scaffold4028	1028
+scaffold6994	1028
+scaffold7159	1028
+C8764153	1027
+scaffold5756	1027
+C8763673	1024
+C8763687	1024
+scaffold2482	1024
+scaffold3411	1024
+scaffold4710	1024
+Scaffold7316	1024
+scaffold2210	1023
+scaffold4152	1023
+C8763429	1022
+C8763485	1022
+C8763487	1022
+scaffold6719	1022
+scaffold7602	1022
+C8763373	1021
+C8763383	1021
+scaffold6960	1021
+scaffold4250	1020
+C8763015	1019
+C8763019	1019
+C8763055	1019
+C8763087	1019
+scaffold3827	1019
+C8762951	1018
+scaffold4010	1017
+scaffold6997	1017
+C8762713	1016
+C8762503	1015
+scaffold1810	1015
+scaffold2460	1015
+scaffold3620	1015
+Scaffold6614	1015
+scaffold5392	1014
+scaffold2184	1013
+C8762095	1012
+C8762109	1012
+scaffold6951	1012
+C8761969	1011
+scaffold3214	1011
+C8761913	1010
+scaffold3493	1010
+scaffold5781	1010
+scaffold6711	1010
+scaffold4196	1009
+scaffold5530	1009
+scaffold6146	1009
+scaffold6490	1009
+scaffold6554	1009
+C8761619	1008
+scaffold1477	1008
+scaffold2125	1008
+C8761431	1007
+C8761493	1007
+C8761533	1007
+Scaffold7706	1007
+scaffold2585	1006
+scaffold7606	1006
+C8761253	1005
+scaffold2895	1005
+scaffold5854	1004
+Scaffold3159	1003
+C8760775	1002
+scaffold2366	1002
+scaffold5078	1001
+C8760527	1000
+scaffold3824	1000
+scaffold5719	1000
+scaffold5873	1000
+scaffold5899	1000
+scaffold3370	999
+C8760275	998
+C8760395	998
+scaffold2703	998
+C8760203	997
+scaffold3239	996
+scaffold5582	996
+C8759929	995
+scaffold1926	995
+scaffold4359	995
+scaffold4453	995
+scaffold7056	995
+C8759809	994
+C8759923	994
+scaffold4856	994
+scaffold7139	994
+C8759759	993
+C8759791	993
+scaffold7083	993
+scaffold3996	992
+scaffold7531	992
+C8759487	991
+C8759513	991
+C8759515	991
+C8759373	990
+scaffold3262	990
+C8759201	989
+C8759211	989
+C8759231	989
+C8759235	989
+C8759269	989
+Scaffold4482	989
+C8759075	988
+C8759113	988
+C8759133	988
+scaffold6380	988
+scaffold7281	988
+C8758985	987
+scaffold1321	987
+scaffold1931	987
+scaffold2266	987
+scaffold4226	987
+Scaffold5063	987
+C8758823	986
+C8758877	986
+C8758909	986
+scaffold5040	986
+scaffold6522	986
+C8758677	985
+C8758753	985
+scaffold4180	985
+C8758591	984
+scaffold2011	984
+C8758449	983
+C8758457	983
+scaffold2713	983
+C8758349	982
+C8758371	982
+C8758381	982
+C8758401	982
+Scaffold1330	982
+scaffold5798	982
+scaffold1749	981
+C8758087	980
+scaffold1224	980
+scaffold1825	980
+scaffold2069	980
+C8758023	979
+scaffold2095	979
+scaffold5195	979
+scaffold5822	979
+scaffold7085	979
+scaffold7679	979
+C8757801	978
+scaffold4159	978
+scaffold4768	978
+scaffold5173	978
+scaffold6300	978
+scaffold4634	977
+C8757505	976
+scaffold3155	976
+scaffold7033	976
+C8757233	974
+scaffold2402	974
+scaffold3045	974
+C8757031	973
+C8757135	973
+scaffold4865	973
+scaffold6020	973
+C8756865	972
+C8756891	972
+C8756921	972
+C8756975	972
+C8756997	972
+scaffold4117	972
+C8756733	971
+C8756801	971
+scaffold2608	971
+C8756589	970
+C8756681	970
+scaffold5459	970
+scaffold5631	970
+C8756525	969
+scaffold4365	969
+scaffold4532	969
+scaffold6993	969
+C8756373	968
+scaffold2363	968
+scaffold2395	968
+C8756137	967
+C8756143	967
+C8756191	967
+C8756199	967
+C8756221	967
+scaffold5200	967
+scaffold5571	967
+scaffold6421	967
+scaffold3049	966
+scaffold4106	966
+scaffold6207	966
+Scaffold6418	966
+C8755915	965
+C8755727	964
+scaffold7615	964
+scaffold6302	963
+scaffold2619	962
+scaffold3486	962
+scaffold4215	962
+scaffold4238	962
+scaffold5645	962
+scaffold1070	961
+scaffold2116	961
+scaffold7247	961
+scaffold1585	960
+scaffold4443	960
+scaffold4780	960
+scaffold5883	960
+Scaffold6819	960
+scaffold4513	959
+scaffold5614	959
+scaffold2036	958
+scaffold6423	958
+scaffold7229	958
+C8754751	957
+scaffold2883	957
+scaffold3973	957
+scaffold4092	957
+scaffold5768	957
+Scaffold7490	957
+C8754501	956
+scaffold4161	956
+scaffold5449	956
+scaffold7431	956
+C8754469	955
+scaffold2281	955
+scaffold2613	955
+C8754235	954
+C8754261	954
+C8754075	953
+scaffold3839	953
+scaffold5863	953
+scaffold6368	953
+scaffold6374	953
+C8753857	952
+C8753899	952
+C8753941	952
+Scaffold1947	952
+scaffold6208	952
+C8753793	951
+C8753797	951
+C8753801	951
+scaffold6273	951
+scaffold7481	951
+C8753615	950
+C8753679	950
+scaffold1415	950
+scaffold2766	950
+scaffold4043	950
+scaffold4498	950
+C8753437	949
+scaffold2224	949
+scaffold3447	949
+C8753269	948
+C8753329	948
+C8753343	948
+C8753349	948
+C8753383	948
+C8753427	948
+scaffold5728	948
+scaffold5958	948
+C8753143	947
+C8753163	947
+C8753229	947
+scaffold2292	947
+scaffold5170	947
+scaffold6233	947
+C8753053	946
+C8753065	946
+scaffold1361	946
+scaffold2461	945
+scaffold2495	945
+scaffold4102	945
+scaffold4693	945
+scaffold4923	945
+scaffold5871	945
+scaffold6995	945
+C8752795	944
+scaffold3473	944
+scaffold6525	944
+C8752521	943
+C8752583	943
+C8752591	943
+C8752625	943
+C8752643	943
+scaffold6035	943
+scaffold6661	943
+C8752385	942
+scaffold2652	942
+scaffold3766	942
+scaffold3980	942
+scaffold6430	942
+C8752167	940
+scaffold2393	940
+scaffold6128	940
+scaffold6427	940
+scaffold7220	940
+scaffold2129	939
+scaffold3320	939
+scaffold3922	939
+scaffold611	939
+scaffold6695	939
+C8751847	938
+C8751875	938
+C8751883	938
+scaffold4541	938
+scaffold6005	938
+C8751611	937
+C8751677	937
+C8751681	937
+C8751699	937
+C8751711	937
+scaffold1694	937
+scaffold446	937
+C8751525	936
+Scaffold1483	936
+scaffold2541	936
+C8751193	934
+C8751223	934
+C8751237	934
+scaffold2498	934
+scaffold4447	934
+scaffold5035	934
+scaffold5312	934
+Scaffold2388	933
+C8750911	932
+C8750985	932
+scaffold4492	932
+scaffold5456	932
+scaffold5835	932
+C8750809	931
+scaffold2077	931
+scaffold2166	931
+scaffold4854	931
+C8750621	930
+C8750641	930
+scaffold2205	930
+scaffold2590	930
+C8750495	929
+C8750521	929
+C8750547	929
+scaffold3957	929
+scaffold7350	929
+scaffold1929	928
+scaffold3958	928
+scaffold4702	927
+C8749983	926
+C8749987	926
+C8750063	926
+scaffold2030	926
+scaffold6689	926
+C8749809	925
+C8749831	925
+scaffold6169	925
+C8749639	924
+C8749647	924
+C8749665	924
+scaffold3696	924
+scaffold4291	924
+scaffold3567	923
+scaffold4023	923
+scaffold7385	923
+scaffold1086	922
+scaffold2688	922
+scaffold3438	922
+scaffold5753	922
+scaffold5867	922
+scaffold7562	922
+C8749285	921
+scaffold3005	921
+scaffold4869	921
+scaffold2200	920
+scaffold2248	920
+scaffold3738	920
+scaffold3882	920
+scaffold4340	920
+scaffold5146	920
+scaffold7146	920
+scaffold777	920
+C8748921	919
+C8748941	919
+scaffold1887	919
+scaffold4529	919
+scaffold5831	919
+scaffold6192	919
+scaffold6800	919
+scaffold5130	918
+scaffold979	918
+scaffold2135	917
+scaffold2431	917
+C8748571	916
+scaffold5783	916
+scaffold6511	916
+scaffold7329	916
+C8748429	915
+C8748447	915
+scaffold3162	915
+scaffold2909	914
+scaffold3113	914
+Scaffold5548	914
+C8748129	913
+C8748141	913
+scaffold3202	913
+scaffold6498	913
+scaffold7087	913
+scaffold1725	912
+scaffold5345	912
+scaffold6644	912
+scaffold7621	912
+scaffold1777	911
+C8747655	910
+scaffold1565	910
+scaffold6322	910
+C8747535	909
+scaffold1603	909
+scaffold3519	909
+scaffold6581	909
+C8747245	908
+C8747347	908
+scaffold2863	908
+scaffold3215	908
+C8747113	907
+scaffold1233	907
+Scaffold7522	907
+C8746975	906
+C8747005	906
+C8747073	906
+scaffold6472	906
+scaffold7583	906
+C8746797	905
+scaffold1857	905
+scaffold3007	905
+scaffold3099	905
+scaffold3622	905
+scaffold7687	905
+C8746651	904
+C8746667	904
+scaffold2233	904
+scaffold2413	904
+scaffold3223	904
+scaffold3732	904
+scaffold6339	904
+scaffold6918	904
+C8746277	902
+C8746401	902
+scaffold3278	902
+scaffold5306	902
+scaffold5432	902
+scaffold7263	902
+scaffold7386	902
+C8746121	901
+C8746155	901
+scaffold3170	901
+scaffold4037	901
+scaffold6345	901
+C8746103	900
+scaffold5521	900
+scaffold5648	900
+Scaffold7570	900
+scaffold865	900
+C8745843	899
+C8745895	899
+scaffold5569	899
+C8745703	898
+scaffold3036	898
+scaffold3300	898
+scaffold5752	898
+scaffold6268	898
+scaffold6419	898
+C8745543	897
+C8745549	897
+C8745641	897
+scaffold1072	897
+scaffold3274	897
+scaffold6234	897
+Scaffold6249	897
+C8745381	896
+scaffold1107	896
+scaffold2230	896
+scaffold3583	896
+C8745227	895
+C8745265	895
+C8745305	895
+scaffold3076	895
+scaffold5442	895
+C8745127	894
+scaffold3371	894
+scaffold4805	894
+scaffold7644	894
+C8745013	893
+scaffold4548	893
+scaffold5135	893
+Scaffold6991	893
+scaffold7470	893
+C8744805	892
+C8744811	892
+scaffold2379	892
+scaffold3547	892
+scaffold7246	892
+scaffold6070	891
+scaffold6331	891
+C8744555	890
+scaffold2946	890
+scaffold3231	889
+scaffold6158	889
+scaffold6546	889
+scaffold7462	889
+C8744141	888
+scaffold2736	888
+scaffold5279	888
+scaffold5682	888
+C8744005	887
+C8744059	887
+scaffold3117	887
+scaffold4120	887
+scaffold551	887
+scaffold5675	887
+C8743837	886
+scaffold1386	886
+scaffold3572	886
+scaffold7274	886
+scaffold7446	886
+scaffold2992	885
+scaffold3351	885
+Scaffold3500	885
+scaffold4170	885
+scaffold4463	885
+scaffold4673	885
+scaffold615	885
+scaffold6603	885
+C8743481	884
+C8743551	884
+C8743615	884
+C8743649	884
+scaffold1743	884
+scaffold3950	884
+scaffold7565	884
+C8743427	883
+C8743477	883
+scaffold2124	883
+scaffold5081	883
+C8743099	882
+C8743127	882
+C8743167	882
+scaffold1370	882
+scaffold5635	882
+scaffold2454	881
+scaffold848	881
+C8742829	880
+C8742943	880
+scaffold3887	880
+scaffold6163	880
+C8742777	879
+scaffold1409	879
+scaffold2111	879
+scaffold2744	879
+scaffold3358	879
+scaffold4203	879
+scaffold5470	879
+scaffold7475	879
+scaffold2183	878
+scaffold5621	878
+scaffold5642	878
+scaffold7283	878
+Scaffold7574	878
+C8742343	877
+C8742357	877
+scaffold3881	877
+scaffold4396	877
+scaffold5277	877
+scaffold7339	877
+C8742235	876
+scaffold1073	876
+scaffold1750	876
+scaffold1843	876
+scaffold4054	876
+scaffold4415	876
+scaffold6267	876
+C8742057	875
+C8742097	875
+scaffold6200	875
+C8741869	874
+C8741945	874
+C8741947	874
+C8741949	874
+scaffold1642	874
+scaffold4030	874
+scaffold4429	874
+scaffold4679	874
+scaffold5584	874
+scaffold6001	874
+C8741643	873
+C8741663	873
+C8741685	873
+scaffold3932	873
+scaffold4376	873
+Scaffold7414	873
+scaffold4266	872
+C8741363	871
+scaffold1182	871
+scaffold2792	871
+scaffold3894	871
+scaffold4669	871
+scaffold4986	871
+scaffold7179	871
+Scaffold7651	871
+C8741231	870
+scaffold1311	870
+scaffold1886	870
+scaffold2126	870
+scaffold2181	870
+scaffold294	870
+scaffold4493	870
+scaffold6412	870
+C8741081	869
+C8740911	868
+C8740993	868
+scaffold2241	868
+scaffold5015	868
+scaffold7044	868
+scaffold4565	867
+scaffold5208	867
+scaffold5395	867
+scaffold7013	867
+C8740603	866
+scaffold5049	866
+scaffold5452	866
+scaffold5760	866
+C8740313	865
+C8740387	865
+C8740465	865
+scaffold4720	865
+scaffold2123	864
+scaffold2463	864
+scaffold4647	864
+scaffold4689	864
+scaffold4922	864
+scaffold7206	864
+C8739955	863
+C8740049	863
+C8740051	863
+C8740075	863
+scaffold1958	863
+scaffold2850	863
+scaffold3365	863
+scaffold3640	863
+scaffold6483	863
+scaffold6606	863
+Scaffold6816	863
+scaffold7286	863
+scaffold7632	863
+C8739817	862
+C8739891	862
+scaffold2337	862
+scaffold3812	862
+scaffold3832	862
+scaffold6326	862
+scaffold7110	862
+scaffold2940	861
+scaffold6063	861
+scaffold1709	860
+scaffold5915	860
+scaffold6214	860
+scaffold6829	860
+Scaffold6986	860
+scaffold7104	860
+C8739319	859
+C8739393	859
+scaffold1453	859
+scaffold4988	859
+scaffold6684	859
+scaffold6858	859
+scaffold7311	859
+C8739167	858
+C8739215	858
+scaffold1499	858
+scaffold4187	858
+scaffold4393	858
+scaffold5778	858
+scaffold7636	858
+C8738899	857
+C8738967	857
+C8738977	857
+scaffold4742	857
+scaffold5251	857
+Scaffold7617	857
+C8738691	856
+C8738813	856
+scaffold4392	856
+scaffold6338	856
+scaffold6634	856
+C8738601	855
+scaffold5731	855
+scaffold5763	855
+scaffold6355	855
+scaffold6371	855
+C8738485	854
+scaffold5104	854
+scaffold5633	854
+scaffold6564	854
+C8738271	853
+C8738337	853
+scaffold4572	853
+scaffold6359	853
+C8738047	852
+C8738051	852
+C8738125	852
+scaffold1772	852
+scaffold3401	852
+C8737877	851
+scaffold2298	851
+scaffold3477	851
+scaffold4234	851
+scaffold4887	851
+scaffold5656	851
+C8737691	850
+C8737759	850
+scaffold2689	850
+scaffold5164	850
+scaffold6597	850
+Scaffold6869	850
+scaffold6927	850
+C8737601	849
+scaffold5716	849
+scaffold6313	849
+scaffold7204	849
+scaffold7468	849
+scaffold7671	849
+C8737331	848
+scaffold1608	848
+scaffold3951	848
+scaffold4319	848
+scaffold4899	848
+scaffold5245	848
+C8737203	847
+C8737247	847
+scaffold1163	847
+scaffold1790	847
+scaffold2634	847
+scaffold2944	847
+scaffold4976	847
+C8737037	846
+scaffold2202	846
+scaffold2756	846
+scaffold2873	846
+scaffold6516	846
+scaffold4211	845
+scaffold4767	845
+scaffold5161	845
+scaffold5576	845
+scaffold6402	845
+scaffold6786	845
+C8736719	844
+C8736749	844
+scaffold5138	844
+scaffold5390	844
+scaffold5610	844
+scaffold5673	844
+scaffold6879	844
+scaffold7325	844
+scaffold7367	844
+scaffold7506	844
+scaffold7609	844
+C8736571	843
+C8736583	843
+C8736623	843
+scaffold1633	843
+scaffold3418	843
+scaffold3686	843
+scaffold6659	843
+scaffold7558	843
+scaffold1077	842
+scaffold1518	842
+scaffold1869	842
+scaffold6485	842
+scaffold7250	842
+C8736179	841
+scaffold2560	841
+scaffold4408	841
+scaffold5088	841
+scaffold6071	841
+scaffold5288	840
+scaffold5742	840
+scaffold5967	840
+scaffold6668	840
+scaffold7409	840
+Scaffold762	840
+scaffold1439	839
+Scaffold1444	839
+scaffold4652	839
+C8735649	838
+C8735663	838
+C8735731	838
+scaffold2687	838
+scaffold5375	838
+scaffold5721	838
+scaffold6227	838
+scaffold6255	838
+C8735481	837
+scaffold3611	837
+scaffold3884	837
+scaffold4549	837
+scaffold5580	837
+scaffold6114	837
+scaffold6835	837
+scaffold7042	837
+C8735181	836
+C8735189	836
+C8735197	836
+C8735351	836
+scaffold3762	836
+scaffold4833	836
+scaffold5258	836
+scaffold5300	836
+scaffold5726	836
+scaffold6690	836
+scaffold3195	835
+scaffold3579	835
+scaffold5389	835
+scaffold5583	835
+scaffold5761	835
+scaffold5971	835
+scaffold6486	835
+scaffold7089	835
+scaffold7363	835
+scaffold7473	835
+scaffold7569	835
+C8734813	834
+C8734865	834
+scaffold1873	834
+scaffold3448	834
+Scaffold4545	834
+scaffold4873	834
+scaffold6011	834
+scaffold6480	834
+C8734653	833
+C8734717	833
+C8734775	833
+Scaffold3843	833
+scaffold4568	833
+scaffold6400	833
+scaffold6955	833
+C8734539	832
+C8734609	832
+scaffold1481	832
+scaffold1674	832
+scaffold2519	832
+scaffold2917	832
+scaffold3025	832
+scaffold3408	832
+scaffold4985	832
+scaffold5825	832
+Scaffold7302	832
+C8734331	831
+C8734343	831
+C8734373	831
+scaffold2966	831
+scaffold5652	831
+scaffold7438	831
+C8734113	830
+C8734231	830
+C8734261	830
+scaffold2629	830
+scaffold2977	830
+scaffold4378	830
+scaffold6944	830
+C8733961	829
+C8733967	829
+C8734053	829
+C8734069	829
+scaffold2015	829
+scaffold2630	829
+scaffold3740	829
+scaffold3992	829
+scaffold4806	829
+scaffold4958	829
+scaffold5869	829
+scaffold6236	829
+scaffold6588	829
+scaffold7265	829
+scaffold7546	829
+C8733847	828
+C8733851	828
+C8733907	828
+scaffold1940	828
+Scaffold2706	828
+scaffold3346	828
+scaffold6106	828
+scaffold6213	828
+scaffold7712	828
+C8733759	827
+scaffold2269	827
+scaffold4485	827
+scaffold4619	827
+scaffold5060	827
+scaffold5204	827
+scaffold5829	827
+scaffold5844	827
+C8733389	826
+C8733421	826
+scaffold3918	826
+scaffold5734	826
+scaffold6959	826
+scaffold7080	826
+C8733229	825
+scaffold1550	825
+scaffold2006	825
+scaffold2294	825
+scaffold4079	825
+scaffold4499	825
+scaffold4552	825
+scaffold5517	825
+scaffold7441	825
+Scaffold7699	825
+C8733103	824
+scaffold2840	824
+scaffold3504	824
+scaffold4221	824
+scaffold4891	824
+Scaffold5020	824
+scaffold5864	824
+scaffold6385	824
+scaffold7564	824
+C8732991	823
+C8732995	823
+C8733011	823
+scaffold3648	823
+scaffold4175	823
+scaffold6729	823
+C8732831	822
+scaffold6517	822
+scaffold6561	822
+scaffold7113	822
+scaffold7647	822
+C8732501	821
+scaffold3345	821
+scaffold3607	821
+scaffold4879	821
+scaffold5551	821
+scaffold7589	821
+C8732365	820
+C8732393	820
+scaffold4094	820
+scaffold4486	820
+scaffold5142	820
+scaffold5260	820
+C8732201	819
+C8732231	819
+C8732237	819
+scaffold2300	819
+scaffold2846	819
+scaffold3329	819
+scaffold3976	819
+scaffold4310	819
+scaffold5095	819
+scaffold6822	819
+scaffold7090	819
+C8731949	818
+C8731959	818
+C8731987	818
+Scaffold1922	818
+scaffold3875	818
+scaffold4648	818
+scaffold5515	818
+scaffold5974	818
+scaffold6965	818
+scaffold7239	818
+scaffold7667	818
+C8731781	817
+C8731807	817
+C8731833	817
+C8731863	817
+scaffold4243	817
+C8731561	816
+C8731593	816
+scaffold5861	816
+Scaffold6089	816
+scaffold6981	816
+Scaffold7596	816
+C8731389	815
+scaffold1713	815
+scaffold2794	815
+scaffold2824	815
+scaffold4715	815
+scaffold6067	815
+scaffold6453	815
+Scaffold7306	815
+C8731321	814
+scaffold3427	814
+scaffold7052	814
+scaffold7444	814
+C8731003	813
+C8731053	813
+C8731079	813
+scaffold1411	813
+scaffold2372	813
+scaffold4128	813
+scaffold4399	813
+scaffold5772	813
+scaffold6414	813
+scaffold6491	813
+C8730827	812
+scaffold2622	812
+scaffold2853	812
+scaffold2907	812
+scaffold3108	812
+scaffold3642	812
+scaffold3754	812
+scaffold5346	812
+scaffold6806	812
+scaffold7600	812
+C8730623	811
+C8730703	811
+scaffold2959	811
+Scaffold7416	811
+C8730443	810
+scaffold2311	810
+scaffold3592	810
+scaffold4395	810
+Scaffold6793	810
+C8730241	809
+C8730281	809
+scaffold3246	809
+scaffold4387	809
+scaffold4787	809
+scaffold5585	809
+scaffold6547	809
+scaffold6732	809
+C8730187	808
+scaffold3498	808
+scaffold4663	808
+scaffold4844	808
+scaffold5222	808
+scaffold6124	808
+scaffold6600	808
+C8729917	807
+C8729955	807
+C8730025	807
+scaffold1273	807
+scaffold2957	807
+scaffold4743	807
+scaffold5500	807
+scaffold7408	807
+Scaffold7432	807
+C8729699	806
+C8729701	806
+C8729755	806
+C8729789	806
+C8729803	806
+scaffold1647	806
+scaffold4470	806
+scaffold4826	806
+scaffold5240	806
+scaffold5929	806
+C8729595	805
+C8729645	805
+scaffold4754	805
+scaffold5094	805
+scaffold5634	805
+scaffold6293	805
+C8729291	804
+C8729341	804
+C8729349	804
+C8729467	804
+scaffold1015	804
+scaffold1605	804
+scaffold4747	804
+scaffold4933	804
+scaffold5044	804
+scaffold6194	804
+scaffold6980	804
+scaffold7055	804
+scaffold7081	804
+C8729165	803
+C8729243	803
+C8729249	803
+scaffold2473	803
+scaffold3613	803
+scaffold4039	803
+scaffold4297	803
+scaffold4800	803
+scaffold6041	803
+C8729063	802
+C8729073	802
+scaffold1281	802
+scaffold3775	802
+scaffold5777	802
+scaffold7360	802
+scaffold7518	802
+scaffold830	802
+C8728943	801
+C8728977	801
+scaffold3285	801
+scaffold4346	801
+scaffold4966	801
+scaffold7538	801
+C8728667	800
+C8728691	800
+C8728727	800
+Scaffold2685	800
+scaffold2900	800
+scaffold3966	800
+scaffold4703	800
+scaffold5852	800
+C8728477	799
+C8728517	799
+C8728581	799
+C8728603	799
+scaffold2242	799
+scaffold3624	799
+Scaffold4022	799
+scaffold4182	799
+scaffold5518	799
+scaffold7346	799
+C8728403	798
+scaffold3635	798
+scaffold3746	798
+scaffold4681	798
+scaffold6074	798
+scaffold6332	798
+scaffold7125	798
+C8728127	797
+C8728163	797
+C8728227	797
+scaffold2677	797
+scaffold3848	797
+scaffold3939	797
+scaffold4013	797
+scaffold6030	797
+C8727875	796
+C8727897	796
+C8727935	796
+scaffold1205	796
+scaffold1333	796
+scaffold2122	796
+scaffold3258	796
+scaffold4511	796
+C8727691	795
+C8727811	795
+scaffold2185	795
+scaffold2371	795
+scaffold3924	795
+scaffold3925	795
+scaffold4248	795
+scaffold4766	795
+scaffold5079	795
+scaffold5565	795
+scaffold6065	795
+scaffold6142	795
+scaffold1433	794
+scaffold1625	794
+Scaffold4942	794
+scaffold7287	794
+C8727377	793
+scaffold2408	793
+scaffold2449	793
+scaffold6648	793
+scaffold6705	793
+Scaffold6916	793
+scaffold7437	793
+C8727125	792
+scaffold3552	792
+scaffold3964	792
+scaffold4867	792
+scaffold5056	792
+Scaffold7450	792
+C8726929	791
+C8727047	791
+scaffold2820	791
+scaffold2821	791
+scaffold4008	791
+scaffold4845	791
+scaffold5901	791
+scaffold6576	791
+scaffold7176	791
+C8726735	790
+C8726773	790
+C8726787	790
+C8726853	790
+scaffold1792	790
+scaffold2696	790
+scaffold5072	790
+Scaffold5651	790
+scaffold6270	790
+scaffold7443	790
+scaffold7467	790
+scaffold7598	790
+C8726647	789
+scaffold1569	789
+Scaffold1653	789
+scaffold2188	789
+scaffold2579	789
+scaffold3537	789
+Scaffold3550	789
+scaffold943	789
+C8726307	788
+C8726417	788
+scaffold1687	788
+scaffold2018	788
+scaffold2059	788
+scaffold3807	788
+scaffold5118	788
+C8726155	787
+C8726269	787
+scaffold1101	787
+scaffold3857	787
+scaffold4273	787
+scaffold5856	787
+scaffold6441	787
+scaffold7156	787
+scaffold7243	787
+scaffold7635	787
+C8725947	786
+C8726051	786
+scaffold3095	786
+scaffold4561	786
+scaffold6386	786
+scaffold7488	786
+C8725799	785
+scaffold1396	785
+scaffold4227	785
+scaffold5073	785
+scaffold7001	785
+scaffold995	785
+C8725493	784
+C8725547	784
+C8725553	784
+scaffold2683	784
+scaffold2835	784
+scaffold3303	784
+scaffold4864	784
+scaffold5206	784
+scaffold5996	784
+C8725421	783
+C8725429	783
+C8725459	783
+scaffold1091	783
+scaffold1624	783
+scaffold5149	783
+scaffold6176	783
+C8725173	782
+scaffold3149	782
+scaffold6156	782
+scaffold6608	782
+scaffold7031	782
+C8724997	781
+scaffold3391	781
+scaffold3968	781
+scaffold4278	781
+scaffold4584	781
+scaffold5903	781
+scaffold6773	781
+scaffold6820	781
+Scaffold7338	781
+C8724791	780
+C8724859	780
+C8724865	780
+scaffold2303	780
+scaffold2309	780
+scaffold2933	780
+scaffold4542	780
+scaffold5402	780
+scaffold6894	780
+scaffold7111	780
+scaffold1812	779
+scaffold2279	779
+scaffold3226	779
+scaffold3949	779
+scaffold4205	779
+scaffold4773	779
+scaffold4968	779
+C8724393	778
+C8724401	778
+scaffold1942	778
+scaffold3521	778
+scaffold5045	778
+Scaffold5718	778
+C8724165	777
+scaffold1650	777
+scaffold2990	777
+scaffold3124	777
+scaffold3352	777
+scaffold3570	777
+scaffold4400	777
+scaffold5367	777
+scaffold6370	777
+scaffold6559	777
+scaffold7215	777
+C8724051	776
+C8724071	776
+C8724115	776
+C8724135	776
+scaffold1166	776
+scaffold1965	776
+scaffold2978	776
+scaffold5034	776
+scaffold5354	776
+Scaffold6591	776
+scaffold6611	776
+scaffold7047	776
+scaffold7394	776
+scaffold7476	776
+C8723805	775
+scaffold4011	775
+scaffold6589	775
+scaffold7654	775
+scaffold1921	774
+scaffold2088	774
+scaffold4952	774
+scaffold6179	774
+C8723393	773
+scaffold3044	773
+scaffold3514	773
+scaffold4149	773
+scaffold6139	773
+scaffold6578	773
+C8723213	772
+C8723309	772
+scaffold2483	772
+scaffold2628	772
+scaffold3471	772
+scaffold4784	772
+scaffold7304	772
+C8723125	771
+Scaffold2664	771
+scaffold5403	771
+scaffold5743	771
+scaffold3313	770
+scaffold5684	770
+scaffold6785	770
+scaffold7295	770
+C8722573	769
+C8722637	769
+C8722693	769
+scaffold3850	769
+scaffold3959	769
+scaffold4412	769
+scaffold4779	769
+scaffold5282	769
+scaffold5292	769
+scaffold5632	769
+scaffold6351	769
+scaffold6724	769
+scaffold7297	769
+C8722407	768
+C8722427	768
+C8722477	768
+C8722549	768
+scaffold1553	768
+scaffold1776	768
+scaffold4580	768
+scaffold5235	768
+scaffold5504	768
+scaffold5550	768
+scaffold6316	768
+C8722245	767
+C8722355	767
+C8722359	767
+C8722367	767
+scaffold3597	767
+scaffold3632	767
+scaffold3845	767
+scaffold6687	767
+scaffold6871	767
+scaffold7373	767
+Scaffold7612	767
+C8721995	766
+scaffold1422	766
+scaffold2411	766
+Scaffold2616	766
+scaffold2777	766
+scaffold3899	766
+scaffold4596	766
+scaffold4624	766
+scaffold4760	766
+scaffold4883	766
+scaffold5167	766
+C8721779	765
+C8721831	765
+C8721879	765
+C8721939	765
+scaffold1484	765
+scaffold1799	765
+scaffold2561	765
+scaffold2974	765
+scaffold3102	765
+Scaffold3921	765
+scaffold5653	765
+scaffold5912	765
+scaffold6406	765
+Scaffold6821	765
+Scaffold7069	765
+Scaffold7233	765
+C8721673	764
+C8721687	764
+C8721733	764
+scaffold3690	764
+scaffold3990	764
+scaffold4140	764
+Scaffold5273	764
+scaffold6489	764
+C8721449	763
+C8721505	763
+C8721557	763
+C8721565	763
+scaffold5401	763
+scaffold7426	763
+C8721233	762
+C8721295	762
+scaffold4971	762
+scaffold5391	762
+scaffold6787	762
+scaffold7365	762
+scaffold7382	762
+C8721009	761
+C8720835	760
+C8720837	760
+C8720857	760
+C8720859	760
+C8720893	760
+C8720947	760
+scaffold2550	760
+scaffold3299	760
+Scaffold4927	760
+C8720733	759
+Scaffold1323	759
+scaffold3912	759
+scaffold6543	759
+scaffold6964	759
+Scaffold7035	759
+C8720573	758
+scaffold1185	758
+scaffold2572	758
+scaffold3306	758
+Scaffold4917	758
+scaffold7533	758
+C8720279	757
+C8720385	757
+scaffold3265	757
+scaffold4332	757
+scaffold5133	757
+scaffold5913	757
+scaffold6655	757
+scaffold7527	757
+C8720047	756
+scaffold1282	756
+scaffold2026	756
+scaffold2263	756
+scaffold3542	756
+scaffold3893	756
+scaffold4810	756
+scaffold5278	756
+scaffold5296	756
+scaffold6008	756
+Scaffold7640	756
+C8719777	755
+C8719827	755
+C8719837	755
+scaffold2190	755
+scaffold3294	755
+scaffold5552	755
+scaffold1373	754
+scaffold2639	754
+scaffold2864	754
+scaffold3388	754
+scaffold4457	754
+scaffold4848	754
+scaffold5699	754
+scaffold7503	754
+C8719439	753
+scaffold2203	753
+scaffold4031	753
+scaffold4185	753
+scaffold4444	753
+scaffold6072	753
+C8719189	752
+C8719251	752
+C8719309	752
+C8719369	752
+scaffold3279	752
+scaffold5520	752
+scaffold5990	752
+scaffold7392	752
+scaffold1818	751
+scaffold3831	751
+scaffold4949	751
+Scaffold6127	751
+C8718769	750
+C8718807	750
+C8718913	750
+scaffold2601	750
+scaffold3050	750
+scaffold4034	750
+scaffold4939	750
+scaffold5241	750
+scaffold7319	750
+C8718691	749
+C8718709	749
+scaffold1297	749
+scaffold2142	749
+scaffold2780	749
+scaffold3254	749
+scaffold3818	749
+scaffold4819	749
+scaffold5536	749
+Scaffold5558	749
+scaffold6230	749
+C8718387	748
+C8718541	748
+C8718551	748
+C8718555	748
+scaffold3700	748
+scaffold4964	748
+scaffold5812	748
+scaffold6784	748
+C8718173	747
+C8718219	747
+scaffold1813	747
+scaffold5189	747
+C8718025	746
+scaffold3554	746
+scaffold4707	746
+Scaffold4745	746
+scaffold6508	746
+scaffold7542	746
+C8717781	745
+C8717877	745
+scaffold2751	745
+Scaffold3382	745
+scaffold4384	745
+C8717525	744
+scaffold1240	744
+scaffold3250	744
+scaffold4504	744
+scaffold6715	744
+scaffold7207	744
+C8717325	743
+C8717327	743
+C8717333	743
+C8717463	743
+scaffold1334	743
+scaffold1401	743
+scaffold5302	743
+scaffold6250	743
+C8717303	742
+C8717305	742
+scaffold1470	742
+scaffold2718	742
+scaffold3412	742
+scaffold3569	742
+scaffold4143	742
+scaffold5314	742
+Scaffold6291	742
+scaffold6395	742
+scaffold6731	742
+C8716997	741
+Scaffold1588	741
+scaffold4419	741
+scaffold6913	741
+scaffold7466	741
+C8716729	740
+C8716783	740
+C8716839	740
+C8716887	740
+C8716937	740
+Scaffold1044	740
+scaffold1968	740
+scaffold2130	740
+scaffold2239	740
+scaffold2537	740
+scaffold6876	740
+scaffold7109	740
+C8716553	739
+C8716559	739
+C8716599	739
+C8716619	739
+C8716689	739
+C8716691	739
+C8716713	739
+scaffold2221	739
+scaffold5641	739
+scaffold5787	739
+scaffold6365	739
+scaffold6607	739
+scaffold7275	739
+C8716495	738
+C8716503	738
+C8716521	738
+scaffold2945	738
+scaffold3993	738
+Scaffold4191	738
+scaffold5163	738
+scaffold589	738
+C8716089	737
+C8716117	737
+C8716229	737
+scaffold4490	737
+scaffold7093	737
+C8715981	736
+scaffold2265	736
+scaffold2480	736
+scaffold3153	736
+scaffold5159	736
+Scaffold5541	736
+C8715711	735
+C8715761	735
+C8715773	735
+C8715791	735
+Scaffold4656	735
+scaffold5928	735
+C8715479	734
+C8715483	734
+C8715511	734
+scaffold3512	734
+scaffold4981	734
+scaffold5840	734
+C8715293	733
+C8715379	733
+C8715439	733
+C8715061	732
+C8715115	732
+C8715235	732
+scaffold2450	732
+Scaffold2716	732
+scaffold3694	732
+scaffold4982	732
+scaffold5213	732
+scaffold5806	732
+scaffold6411	732
+C8714943	731
+scaffold1669	731
+scaffold3318	731
+scaffold6642	731
+C8714617	730
+C8714657	730
+scaffold3301	730
+scaffold3435	730
+scaffold5335	730
+scaffold5444	730
+scaffold6713	730
+Scaffold6945	730
+C8714407	729
+C8714425	729
+C8714499	729
+C8714545	729
+scaffold3667	729
+scaffold4372	729
+scaffold5946	729
+scaffold6173	729
+C8714349	728
+scaffold3809	728
+scaffold4139	728
+C8714021	727
+C8714103	727
+Scaffold2410	727
+scaffold3275	727
+C8713715	726
+C8713723	726
+C8713767	726
+C8713821	726
+scaffold3630	726
+C8713443	725
+C8713473	725
+scaffold2858	725
+C8713235	724
+scaffold2749	724
+scaffold4235	724
+scaffold6970	724
+C8713005	723
+C8713049	723
+C8713067	723
+C8713117	723
+C8713141	723
+scaffold2106	723
+scaffold6182	723
+scaffold7102	723
+C8712805	722
+C8712817	722
+C8712861	722
+C8712925	722
+C8712989	722
+scaffold2019	722
+scaffold4888	722
+C8712565	721
+C8712623	721
+C8712669	721
+C8712715	721
+scaffold4108	721
+scaffold5980	721
+C8712523	720
+scaffold1862	720
+scaffold2112	720
+scaffold4101	720
+C8712131	719
+C8712161	719
+C8712215	719
+C8712279	719
+scaffold2094	719
+scaffold704	719
+Scaffold7664	719
+C8712099	718
+scaffold2998	718
+scaffold374	718
+scaffold3849	718
+scaffold6252	718
+scaffold4427	717
+scaffold6312	717
+C8711465	716
+C8711517	716
+C8711551	716
+C8711583	716
+C8711633	716
+scaffold1735	716
+scaffold3403	716
+scaffold4142	716
+scaffold4166	716
+scaffold5715	716
+Scaffold5808	716
+scaffold6060	716
+C8711231	715
+C8711239	715
+C8711303	715
+C8711375	715
+scaffold4950	715
+scaffold6958	715
+C8710981	714
+C8710997	714
+C8711025	714
+C8711031	714
+C8711141	714
+scaffold2892	714
+scaffold4068	714
+C8710761	713
+C8710799	713
+C8710821	713
+C8710873	713
+C8710903	713
+C8710915	713
+C8710941	713
+scaffold3083	713
+C8710559	712
+C8710749	712
+scaffold3664	712
+scaffold4240	712
+C8710369	711
+C8710385	711
+scaffold3432	711
+scaffold3896	711
+Scaffold7669	711
+C8710137	710
+C8710143	710
+C8710237	710
+C8710239	710
+C8710075	709
+C8710103	709
+Scaffold4514	709
+Scaffold7681	709
+C8709719	708
+Scaffold2179	708
+Scaffold3877	708
+scaffold5603	708
+scaffold5676	708
+scaffold568	708
+scaffold6390	708
+Scaffold1020	707
+Scaffold2643	707
+scaffold2798	707
+scaffold4119	707
+scaffold6429	707
+C8709333	706
+C8709419	706
+C8709427	706
+C8709433	706
+scaffold5019	706
+C8709263	705
+scaffold5182	705
+scaffold6473	705
+C8708901	704
+C8708945	704
+C8708951	704
+C8708959	704
+C8708971	704
+C8708985	704
+C8709011	704
+scaffold6134	704
+C8708623	703
+C8708681	703
+C8708717	703
+C8708759	703
+scaffold3164	703
+Scaffold7707	703
+C8708367	702
+C8708395	702
+C8708479	702
+C8708537	702
+scaffold4137	702
+scaffold778	702
+C8708171	701
+scaffold2935	701
+scaffold5281	701
+Scaffold6647	701
+C8707875	700
+scaffold5330	700
+scaffold5738	700
+C8707699	699
+scaffold2641	699
+scaffold5547	699
+C8707443	698
+C8707493	698
+C8707517	698
+C8707611	698
+scaffold2308	698
+scaffold5920	698
+scaffold753	698
+C8707243	697
+C8707289	697
+C8707361	697
+scaffold4759	697
+scaffold5453	697
+C8707073	696
+C8707097	696
+C8707213	696
+scaffold5724	696
+scaffold6221	696
+Scaffold6320	696
+Scaffold7593	696
+C8706787	695
+C8706835	695
+C8706857	695
+scaffold2884	695
+Scaffold4176	695
+Scaffold4827	695
+scaffold7057	695
+C8706571	694
+C8706617	694
+C8706319	693
+C8706379	693
+C8706463	693
+C8706493	693
+C8706517	693
+scaffold5464	693
+scaffold6950	693
+C8706213	692
+C8706231	692
+C8705809	691
+C8705889	691
+scaffold2339	691
+scaffold2422	691
+scaffold5451	691
+Scaffold7661	691
+C8705657	690
+C8705723	690
+scaffold2056	690
+scaffold7700	690
+C8705405	689
+scaffold5003	689
+scaffold7424	689
+C8705193	688
+C8705259	688
+C8705285	688
+C8705341	688
+scaffold2043	688
+C8704959	687
+C8705081	687
+C8705099	687
+C8705111	687
+scaffold5945	687
+Scaffold7646	687
+C8704671	686
+C8704689	686
+C8704815	686
+C8704847	686
+Scaffold1955	686
+scaffold3874	686
+scaffold560	686
+scaffold6354	686
+scaffold6528	686
+C8704427	685
+C8704457	685
+Scaffold7711	685
+scaffold3698	684
+scaffold4072	684
+scaffold429	684
+scaffold4581	684
+scaffold4725	684
+scaffold5895	684
+C8703995	683
+C8704067	683
+scaffold1665	683
+scaffold7086	683
+C8703871	682
+C8703875	682
+C8703879	682
+C8703891	682
+scaffold3304	682
+scaffold3674	682
+Scaffold6113	682
+C8703493	681
+C8703507	681
+C8703517	681
+C8703581	681
+C8703621	681
+scaffold1655	681
+scaffold2980	681
+scaffold3092	681
+scaffold5534	681
+C8703295	680
+C8703451	680
+C8703477	680
+scaffold5846	680
+scaffold6297	680
+C8702999	679
+C8703021	679
+scaffold1472	679
+scaffold2743	679
+scaffold3786	679
+scaffold4336	679
+scaffold6289	679
+C8702787	678
+scaffold7307	678
+C8702529	677
+C8702585	677
+C8702683	677
+C8702737	677
+Scaffold1485	677
+scaffold2609	677
+scaffold4494	677
+C8702337	676
+C8702371	676
+C8702377	676
+C8702471	676
+C8702485	676
+scaffold3714	676
+C8702111	675
+C8702171	675
+Scaffold1797	675
+scaffold2787	675
+Scaffold5546	675
+C8701865	674
+C8701909	674
+C8701935	674
+C8701943	674
+C8701967	674
+C8701999	674
+scaffold2228	674
+scaffold5492	674
+Scaffold5630	674
+C8701545	673
+C8701563	673
+C8701577	673
+C8701705	673
+C8701723	673
+scaffold6571	673
+C8701321	672
+C8701337	672
+C8701379	672
+C8701393	672
+C8701419	672
+C8701429	672
+C8701433	672
+scaffold1943	672
+scaffold5513	672
+scaffold5665	672
+C8701031	671
+C8701035	671
+C8701053	671
+C8701219	671
+C8701243	671
+C8701261	671
+scaffold3501	671
+scaffold4607	671
+C8700851	670
+C8700889	670
+C8700915	670
+C8700929	670
+scaffold2951	670
+C8700529	669
+C8700535	669
+C8700541	669
+C8700543	669
+C8700449	668
+scaffold2594	668
+scaffold3406	668
+scaffold5983	668
+scaffold6570	668
+C8700059	667
+C8700131	667
+C8700187	667
+scaffold4858	667
+scaffold7212	667
+scaffold7524	667
+C8699799	666
+C8699875	666
+C8699879	666
+C8699907	666
+scaffold3374	666
+scaffold3614	666
+Scaffold7511	666
+C8699525	665
+C8699583	665
+C8699593	665
+C8699627	665
+scaffold2725	665
+scaffold7372	665
+scaffold797	665
+C8699217	664
+C8699307	664
+C8699411	664
+C8699431	664
+C8699437	664
+C8699453	664
+scaffold3059	664
+scaffold4151	664
+scaffold2150	663
+Scaffold3038	663
+scaffold3985	663
+Scaffold6353	663
+C8698801	662
+C8698873	662
+C8698885	662
+C8698895	662
+scaffold3979	662
+Scaffold4476	662
+scaffold6615	662
+scaffold7145	662
+C8698525	661
+C8698581	661
+C8698717	661
+scaffold4236	661
+scaffold4697	661
+C8698203	660
+C8698257	660
+C8698275	660
+scaffold5120	660
+scaffold7298	660
+C8697973	659
+C8698001	659
+C8698035	659
+C8698085	659
+scaffold2755	659
+scaffold3970	659
+scaffold5116	659
+scaffold5205	659
+scaffold6210	659
+C8697711	658
+scaffold3938	658
+C8697477	657
+C8697483	657
+C8697617	657
+scaffold2253	657
+scaffold6990	657
+Scaffold7682	657
+C8697237	656
+C8697243	656
+C8697329	656
+C8697353	656
+C8697433	656
+scaffold2773	656
+C8697065	655
+C8697087	655
+C8697091	655
+C8697161	655
+C8697215	655
+scaffold3688	655
+scaffold3767	655
+C8696777	654
+C8696791	654
+C8696921	654
+C8696963	654
+scaffold2277	654
+scaffold6599	654
+C8696557	653
+C8696623	653
+C8696701	653
+scaffold2620	653
+scaffold6817	653
+C8696257	652
+C8696309	652
+C8696345	652
+C8696435	652
+C8696447	652
+C8696449	652
+scaffold234	652
+scaffold2847	652
+scaffold3074	652
+Scaffold5498	652
+C8696027	651
+C8696031	651
+C8696055	651
+C8695777	650
+C8695847	650
+C8695891	650
+scaffold6356	650
+C8695587	649
+C8695645	649
+C8695657	649
+scaffold3598	649
+C8695317	648
+C8695329	648
+C8695383	648
+C8695395	648
+scaffold4109	648
+scaffold6631	648
+C8694965	647
+C8695093	647
+C8695133	647
+C8695165	647
+scaffold1126	647
+scaffold5594	647
+Scaffold7435	647
+scaffold792	647
+C8694713	646
+C8694883	646
+C8694945	646
+scaffold2158	646
+C8694495	645
+C8694501	645
+C8694523	645
+C8694547	645
+C8694585	645
+Scaffold2762	645
+scaffold7478	645
+C8694183	644
+C8694195	644
+C8694243	644
+C8694249	644
+C8694271	644
+C8694335	644
+C8694343	644
+scaffold1092	644
+Scaffold4497	644
+Scaffold7237	644
+C8694119	643
+scaffold6759	643
+C8693731	642
+C8693827	642
+scaffold2829	642
+Scaffold3326	642
+scaffold3495	642
+Scaffold6346	642
+C8693415	641
+C8693429	641
+C8693483	641
+C8693553	641
+C8693559	641
+C8693577	641
+C8693117	640
+C8693277	640
+C8693331	640
+scaffold4179	640
+scaffold4885	640
+C8692851	639
+C8692855	639
+C8693087	639
+C8693101	639
+scaffold6654	639
+Scaffold7356	639
+Scaffold7536	639
+Scaffold2051	638
+scaffold4214	638
+scaffold6594	638
+scaffold6612	638
+scaffold6741	638
+scaffold6888	638
+C8692353	637
+C8692407	637
+C8692473	637
+C8692485	637
+scaffold4438	637
+Scaffold4527	637
+Scaffold4599	637
+Scaffold4990	637
+C8692069	636
+C8692127	636
+C8692193	636
+scaffold4519	636
+scaffold5791	636
+scaffold6529	636
+C8691781	635
+C8691787	635
+C8691977	635
+C8691983	635
+C8691987	635
+C8692019	635
+scaffold3211	635
+scaffold3739	635
+C8691677	634
+C8691731	634
+scaffold3409	634
+scaffold6499	634
+scaffold7691	634
+scaffold1983	632
+scaffold2189	632
+scaffold2865	632
+scaffold2889	632
+scaffold3425	632
+scaffold3782	632
+scaffold7138	632
+C8690857	631
+C8690961	631
+scaffold2191	631
+scaffold3544	631
+C8690583	630
+C8690587	630
+C8690595	630
+C8690683	630
+scaffold3716	630
+scaffold6153	630
+C8690265	629
+C8690269	629
+C8690299	629
+C8690369	629
+C8690443	629
+scaffold5654	629
+C8689981	628
+C8690115	628
+C8690141	628
+C8690145	628
+C8690147	628
+C8690161	628
+scaffold7211	628
+Scaffold7658	628
+C8689733	627
+C8689863	627
+scaffold3286	627
+Scaffold5201	627
+C8689443	626
+C8689509	626
+C8689557	626
+C8689631	626
+C8689633	626
+scaffold1341	626
+scaffold2380	626
+scaffold3395	626
+C8689115	625
+C8689177	625
+C8689279	625
+C8689305	625
+C8689313	625
+C8689345	625
+C8689369	625
+scaffold5938	625
+scaffold6151	625
+scaffold6196	625
+scaffold6924	625
+C8688875	624
+C8689037	624
+scaffold2904	624
+scaffold4738	624
+Scaffold634	624
+scaffold6484	624
+C8688579	623
+C8688633	623
+C8688801	623
+scaffold1907	623
+scaffold2063	623
+scaffold5984	623
+Scaffold7153	623
+C8688463	622
+C8688505	622
+C8688553	622
+C8688555	622
+Scaffold3084	622
+C8688123	621
+C8688153	621
+C8688245	621
+C8688247	621
+scaffold4253	621
+scaffold5068	621
+scaffold6920	621
+C8687861	620
+C8687875	620
+scaffold7586	620
+C8687519	619
+C8687749	619
+C8687759	619
+scaffold3728	619
+scaffold5779	619
+C8687233	618
+C8687287	618
+C8687365	618
+scaffold3546	618
+scaffold5160	618
+Scaffold6140	618
+scaffold6750	618
+C8687101	617
+C8687161	617
+C8687187	617
+scaffold1739	617
+scaffold3431	617
+scaffold4724	617
+scaffold5533	617
+scaffold6471	617
+scaffold7464	617
+C8686661	616
+C8686699	616
+C8686745	616
+C8686777	616
+scaffold2545	616
+scaffold4154	616
+scaffold6573	616
+scaffold6688	616
+C8686355	615
+C8686385	615
+C8686443	615
+C8686477	615
+C8686481	615
+C8686487	615
+C8686623	615
+scaffold2764	615
+scaffold3071	615
+scaffold4309	615
+scaffold6621	615
+C8686199	614
+C8686277	614
+C8686331	614
+scaffold3978	614
+scaffold5855	614
+scaffold6235	614
+scaffold6792	614
+scaffold7296	614
+C8685899	613
+C8685921	613
+C8686075	613
+scaffold5076	613
+scaffold6907	613
+scaffold7554	613
+C8685685	612
+C8685747	612
+C8685759	612
+scaffold2708	612
+scaffold2964	612
+C8685305	611
+scaffold5556	611
+scaffold6583	611
+scaffold6637	611
+Scaffold7447	611
+C8685065	610
+C8685117	610
+C8685143	610
+C8685261	610
+scaffold1975	610
+scaffold3604	610
+scaffold6031	610
+C8684709	609
+C8684779	609
+C8684839	609
+C8684865	609
+Scaffold1552	609
+scaffold4337	609
+scaffold5842	609
+scaffold6378	609
+scaffold6912	609
+C8684499	608
+C8684515	608
+C8684527	608
+C8684543	608
+C8684569	608
+C8684637	608
+C8684683	608
+scaffold3534	608
+scaffold3883	608
+scaffold4355	608
+scaffold4452	608
+Scaffold5188	608
+scaffold5505	608
+scaffold5943	608
+scaffold649	608
+scaffold6791	608
+scaffold7638	608
+C8684123	607
+C8684315	607
+C8684343	607
+scaffold6619	607
+scaffold7168	607
+scaffold7653	607
+scaffold998	607
+C8683965	606
+C8683999	606
+C8684023	606
+C8684031	606
+C8684041	606
+C8684073	606
+C8684097	606
+C8684109	606
+scaffold5209	606
+scaffold5446	606
+scaffold6957	606
+C8683567	605
+C8683575	605
+C8683727	605
+scaffold3830	605
+Scaffold4507	605
+scaffold5440	605
+scaffold7628	605
+C8683371	604
+C8683429	604
+C8683459	604
+scaffold3191	604
+Scaffold4890	604
+Scaffold5105	604
+scaffold6416	604
+C8683003	603
+C8683035	603
+C8683073	603
+C8683115	603
+scaffold3804	603
+scaffold5714	603
+C8682603	602
+C8682619	602
+C8682675	602
+C8682797	602
+C8682827	602
+C8682863	602
+C8682865	602
+scaffold1087	602
+scaffold1176	602
+scaffold3568	602
+C8682363	601
+C8682441	601
+C8682499	601
+C8682507	601
+C8682541	601
+C8682551	601
+C8682573	601
+Scaffold3470	601
+scaffold4441	601
+scaffold6145	601
+scaffold6292	601
+scaffold7567	601
+C8682177	600
+C8682217	600
+C8682245	600
+C8682261	600
+C8682299	600
+scaffold2114	600
+scaffold3022	600
+scaffold5383	600
+scaffold7652	600
+C8681749	599
+C8681793	599
+C8682017	599
+scaffold5147	599
+scaffold6314	599
+scaffold6843	599
+scaffold7034	599
+scaffold7328	599
+C8681649	598
+C8681657	598
+scaffold3307	598
+scaffold4249	598
+scaffold6512	598
+scaffold7098	598
+Scaffold7401	598
+C8681143	597
+C8681213	597
+C8681333	597
+C8681345	597
+scaffold2027	597
+scaffold2735	597
+scaffold2866	597
+scaffold4551	597
+scaffold5538	597
+scaffold6184	597
+Scaffold7690	597
+C8680761	596
+C8680889	596
+C8681025	596
+scaffold5430	596
+scaffold6767	596
+C8680523	595
+C8680539	595
+C8680595	595
+C8680689	595
+C8680733	595
+scaffold1982	595
+scaffold4230	595
+scaffold5950	595
+scaffold6671	595
+scaffold960	595
+C8680269	594
+C8680317	594
+C8680383	594
+scaffold3474	594
+scaffold4744	594
+scaffold5090	594
+scaffold5382	594
+scaffold6632	594
+scaffold7399	594
+C8679907	593
+C8679933	593
+C8679971	593
+C8680063	593
+C8680065	593
+C8680113	593
+C8680133	593
+scaffold4127	593
+scaffold4666	593
+scaffold5460	593
+scaffold6788	593
+C8679609	592
+C8679755	592
+C8679803	592
+scaffold1892	592
+scaffold2753	592
+Scaffold5683	592
+scaffold6342	592
+scaffold7269	592
+C8679309	591
+C8679361	591
+C8679443	591
+C8679493	591
+C8679497	591
+scaffold1874	591
+C8679011	590
+C8679083	590
+C8679185	590
+scaffold3201	590
+scaffold3462	590
+scaffold4239	590
+scaffold5615	590
+scaffold6877	590
+scaffold7500	590
+C8678715	589
+C8678823	589
+C8678839	589
+C8678897	589
+C8678901	589
+scaffold2433	589
+scaffold2640	589
+Scaffold2776	589
+scaffold3197	589
+scaffold4006	589
+scaffold4570	589
+scaffold4651	589
+scaffold5487	589
+scaffold561	589
+scaffold5619	589
+Scaffold7655	589
+Scaffold7702	589
+C8678619	588
+C8678645	588
+C8678679	588
+scaffold1636	588
+scaffold3530	588
+scaffold5266	588
+scaffold6754	588
+scaffold7388	588
+scaffold966	588
+C8678109	587
+C8678129	587
+C8678221	587
+C8678271	587
+C8678367	587
+scaffold1347	587
+scaffold1652	587
+scaffold3692	587
+C8677827	586
+C8677957	586
+scaffold1836	586
+scaffold2922	586
+scaffold4951	586
+scaffold5532	586
+scaffold6943	586
+C8677479	585
+C8677509	585
+C8677609	585
+C8677703	585
+C8677719	585
+scaffold4115	585
+scaffold4225	585
+scaffold4265	585
+scaffold7135	585
+Scaffold7537	585
+C8677367	584
+C8677425	584
+C8677435	584
+scaffold3564	584
+scaffold5644	584
+Scaffold5678	584
+Scaffold7305	584
+scaffold7348	584
+scaffold7404	584
+scaffold7673	584
+C8676899	583
+C8676971	583
+C8676973	583
+C8676997	583
+C8677037	583
+C8677145	583
+scaffold2217	583
+scaffold6129	583
+scaffold7270	583
+C8676525	582
+C8676587	582
+C8676693	582
+C8676781	582
+scaffold2343	582
+scaffold2383	582
+scaffold5290	582
+scaffold6367	582
+Scaffold7256	582
+C8676245	581
+C8676291	581
+C8676299	581
+C8676309	581
+C8676347	581
+C8676451	581
+C8676461	581
+scaffold2666	581
+scaffold3381	581
+Scaffold3962	581
+C8675959	580
+C8675985	580
+C8676005	580
+C8676033	580
+C8676119	580
+C8676203	580
+scaffold4841	580
+scaffold5356	580
+scaffold7143	580
+C8675655	579
+C8675703	579
+scaffold1960	579
+scaffold2310	579
+scaffold6392	579
+scaffold6782	579
+scaffold7550	579
+C8675389	578
+C8675441	578
+C8675521	578
+C8675539	578
+C8675571	578
+scaffold2322	578
+scaffold3856	578
+Scaffold4212	578
+scaffold7017	578
+C8675041	577
+C8675075	577
+C8675209	577
+C8675219	577
+C8675227	577
+scaffold1549	577
+scaffold2346	577
+scaffold2774	577
+Scaffold3689	577
+scaffold5093	577
+scaffold5613	577
+scaffold6422	577
+Scaffold7343	577
+Scaffold7710	577
+C8674735	576
+C8674785	576
+C8674871	576
+C8674895	576
+C8674903	576
+C8674909	576
+scaffold1833	576
+scaffold4136	576
+scaffold6358	576
+scaffold6763	576
+Scaffold7332	576
+C8674409	575
+C8674479	575
+C8674489	575
+C8674491	575
+C8674503	575
+C8674617	575
+C8674671	575
+C8674697	575
+scaffold3637	575
+scaffold4560	575
+scaffold5707	575
+scaffold5894	575
+scaffold6585	575
+scaffold6996	575
+C8674317	574
+C8674347	574
+C8674361	574
+scaffold1068	574
+scaffold1948	574
+Scaffold3744	574
+scaffold3803	574
+scaffold4260	574
+scaffold4876	574
+scaffold5091	574
+scaffold7588	574
+C8673785	573
+C8673863	573
+C8673923	573
+C8674025	573
+C8674031	573
+scaffold1186	573
+scaffold5792	573
+C8673453	572
+C8673469	572
+C8673571	572
+C8673587	572
+C8673605	572
+scaffold4907	572
+scaffold6295	572
+scaffold7368	572
+C8673077	571
+C8673081	571
+C8673287	571
+scaffold5542	571
+scaffold6379	571
+scaffold6513	571
+scaffold7273	571
+C8672753	570
+C8672811	570
+C8672831	570
+C8672883	570
+C8672909	570
+scaffold3082	570
+scaffold4133	570
+Scaffold6504	570
+scaffold6864	570
+scaffold6914	570
+scaffold7563	570
+C8672485	569
+C8672741	569
+C8672743	569
+scaffold3334	569
+scaffold3522	569
+scaffold3710	569
+scaffold3879	569
+Scaffold5327	569
+C8672335	568
+C8672339	568
+scaffold3085	568
+scaffold4233	568
+scaffold5098	568
+scaffold5488	568
+scaffold5866	568
+scaffold6893	568
+scaffold7294	568
+scaffold7324	568
+Scaffold7627	568
+Scaffold7642	568
+C8671993	567
+C8672057	567
+C8672099	567
+C8672101	567
+scaffold1468	567
+scaffold2741	567
+scaffold4749	567
+scaffold6778	567
+C8671503	566
+C8671555	566
+C8671661	566
+C8671713	566
+Scaffold1029	566
+scaffold3971	566
+scaffold4241	566
+scaffold6696	566
+scaffold6939	566
+C8671253	565
+C8671379	565
+C8671395	565
+C8671429	565
+C8671443	565
+C8671479	565
+Scaffold5018	565
+scaffold6217	565
+scaffold6725	565
+scaffold6974	565
+C8671005	564
+C8671109	564
+C8671131	564
+scaffold3988	564
+scaffold4360	564
+scaffold5047	564
+scaffold5377	564
+C8670561	563
+C8670603	563
+C8670615	563
+C8670677	563
+C8670731	563
+C8670847	563
+scaffold1167	563
+Scaffold3282	563
+Scaffold4582	563
+scaffold5572	563
+scaffold7048	563
+C8670223	562
+C8670379	562
+C8670459	562
+C8670475	562
+C8670499	562
+scaffold2302	562
+scaffold2665	562
+scaffold3029	562
+Scaffold3144	562
+scaffold3627	562
+scaffold5032	562
+scaffold5191	562
+scaffold6288	562
+scaffold6515	562
+Scaffold7341	562
+C8669973	561
+C8670031	561
+C8670041	561
+C8670187	561
+C8670189	561
+scaffold3263	561
+scaffold3342	561
+Scaffold5319	561
+Scaffold5516	561
+scaffold6043	561
+C8669581	560
+C8669625	560
+C8669673	560
+C8669693	560
+C8669719	560
+C8669821	560
+C8669865	560
+scaffold5519	560
+Scaffold5671	560
+scaffold5805	560
+Scaffold5989	560
+scaffold6045	560
+C8669299	559
+C8669301	559
+C8669445	559
+C8669501	559
+Scaffold1446	559
+scaffold5604	559
+Scaffold6013	559
+scaffold6536	559
+Scaffold6769	559
+scaffold7006	559
+Scaffold7271	559
+scaffold7383	559
+scaffold7485	559
+C8669003	558
+C8669035	558
+C8669051	558
+C8669085	558
+Scaffold2285	558
+scaffold2702	558
+scaffold2997	558
+scaffold4562	558
+scaffold4660	558
+scaffold5113	558
+scaffold6054	558
+scaffold6388	558
+Scaffold6686	558
+scaffold6703	558
+C8668619	557
+C8668629	557
+C8668757	557
+C8668903	557
+C8668915	557
+C8668937	557
+scaffold2080	557
+scaffold2376	557
+scaffold3338	557
+scaffold6509	557
+C8668391	556
+C8668451	556
+C8668495	556
+C8668571	556
+C8668609	556
+scaffold2358	556
+scaffold2625	556
+scaffold3090	556
+scaffold3639	556
+scaffold3781	556
+C8668047	555
+C8668075	555
+C8668079	555
+C8668187	555
+C8668209	555
+C8668265	555
+scaffold6081	555
+scaffold7128	555
+scaffold7528	555
+C8667737	554
+C8667789	554
+C8667819	554
+C8667841	554
+C8667911	554
+C8667975	554
+C8667985	554
+scaffold1989	554
+scaffold3043	554
+Scaffold3953	554
+scaffold4959	554
+scaffold5823	554
+scaffold6540	554
+scaffold7103	554
+Scaffold7112	554
+scaffold7272	554
+scaffold7331	554
+C8667269	553
+C8667517	553
+scaffold2065	553
+scaffold2092	553
+scaffold4258	553
+scaffold4905	553
+scaffold5247	553
+scaffold5824	553
+Scaffold7099	553
+C8666967	552
+C8666971	552
+C8666987	552
+C8667061	552
+C8667081	552
+C8667167	552
+C8667193	552
+C8667213	552
+C8667217	552
+C8667259	552
+scaffold2425	552
+Scaffold2563	552
+scaffold4385	552
+scaffold5202	552
+scaffold5490	552
+scaffold6493	552
+scaffold6727	552
+scaffold896	552
+C8666695	551
+C8666841	551
+C8666847	551
+C8666879	551
+scaffold3088	551
+scaffold4169	551
+Scaffold5994	551
+scaffold6383	551
+scaffold7021	551
+C8666269	550
+C8666315	550
+C8666367	550
+C8666381	550
+C8666579	550
+scaffold3316	550
+scaffold4057	550
+scaffold5802	550
+scaffold7075	550
+C8665991	549
+C8666023	549
+C8666091	549
+C8666093	549
+C8666155	549
+scaffold3010	549
+scaffold3094	549
+scaffold3631	549
+scaffold4209	549
+scaffold5054	549
+Scaffold5057	549
+scaffold5151	549
+scaffold6930	549
+C8665599	548
+C8665757	548
+C8665759	548
+C8665777	548
+C8665779	548
+C8665909	548
+scaffold2481	548
+Scaffold2886	548
+Scaffold7005	548
+scaffold7486	548
+C8665307	547
+C8665357	547
+C8665415	547
+C8665451	547
+C8665467	547
+C8665485	547
+C8665563	547
+scaffold2671	547
+scaffold3366	547
+scaffold3475	547
+scaffold3513	547
+scaffold3779	547
+scaffold3947	547
+scaffold4041	547
+scaffold4836	547
+scaffold5886	547
+scaffold6867	547
+Scaffold7060	547
+C8664993	546
+C8665055	546
+C8665077	546
+C8665089	546
+C8665167	546
+C8665229	546
+scaffold2734	546
+scaffold2754	546
+scaffold4075	546
+scaffold4449	546
+scaffold4792	546
+Scaffold5006	546
+scaffold5108	546
+scaffold5215	546
+Scaffold5527	546
+scaffold7147	546
+C8664679	545
+C8664713	545
+C8664731	545
+C8664793	545
+C8664853	545
+C8664905	545
+scaffold2118	545
+scaffold4699	545
+scaffold4961	545
+scaffold5754	545
+scaffold5875	545
+scaffold6259	545
+scaffold7059	545
+scaffold7334	545
+scaffold7349	545
+Scaffold7361	545
+Scaffold7688	545
+C8664285	544
+C8664411	544
+C8664427	544
+Scaffold1826	544
+scaffold2403	544
+scaffold2855	544
+scaffold4147	544
+scaffold5380	544
+scaffold6148	544
+scaffold6923	544
+Scaffold7257	544
+C8663969	543
+C8664001	543
+C8664015	543
+C8664017	543
+C8664025	543
+C8664055	543
+C8664075	543
+C8664099	543
+C8664165	543
+C8664245	543
+Scaffold4915	543
+C8663581	542
+C8663649	542
+C8663691	542
+C8663723	542
+C8663811	542
+C8663849	542
+C8663883	542
+scaffold2076	542
+scaffold2235	542
+scaffold3815	542
+scaffold5252	542
+scaffold5269	542
+scaffold6284	542
+Scaffold6693	542
+scaffold7371	542
+C8663261	541
+C8663291	541
+C8663355	541
+C8663439	541
+C8663469	541
+C8663527	541
+scaffold2489	541
+scaffold3682	541
+scaffold3752	541
+scaffold5759	541
+scaffold6044	541
+scaffold6309	541
+scaffold7108	541
+C8662945	540
+C8663119	540
+scaffold2319	540
+scaffold2367	540
+scaffold2684	540
+scaffold6709	540
+scaffold7403	540
+C8662701	539
+C8662803	539
+C8662843	539
+scaffold1872	539
+scaffold4851	539
+scaffold5180	539
+scaffold6180	539
+scaffold6348	539
+scaffold6979	539
+C8662263	538
+C8662265	538
+C8662273	538
+C8662293	538
+C8662343	538
+C8662501	538
+C8662521	538
+C8662529	538
+C8662535	538
+C8662541	538
+C8662543	538
+scaffold2852	538
+scaffold4300	538
+scaffold5917	538
+scaffold6066	538
+scaffold6934	538
+Scaffold7148	538
+Scaffold7575	538
+scaffold7582	538
+C8661839	537
+C8661911	537
+C8661939	537
+C8661981	537
+C8661999	537
+C8662107	537
+Scaffold116	537
+scaffold1911	537
+Scaffold2035	537
+Scaffold2209	537
+scaffold329	537
+scaffold5531	537
+scaffold5638	537
+scaffold6389	537
+scaffold6748	537
+scaffold7192	537
+scaffold7620	537
+C8661477	536
+C8661479	536
+C8661547	536
+C8661581	536
+C8661717	536
+C8661731	536
+C8661739	536
+C8661745	536
+C8661747	536
+C8661793	536
+C8661809	536
+scaffold4275	536
+scaffold4733	536
+scaffold4870	536
+scaffold5293	536
+Scaffold5554	536
+scaffold6434	536
+scaffold6803	536
+Scaffold7613	536
+C8661061	535
+C8661073	535
+C8661143	535
+C8661177	535
+C8661183	535
+C8661369	535
+C8661415	535
+C8661447	535
+scaffold4116	535
+scaffold4129	535
+scaffold6387	535
+Scaffold6953	535
+C8660737	534
+C8660753	534
+C8660925	534
+C8660957	534
+Scaffold1918	534
+scaffold3051	534
+scaffold3356	534
+scaffold3773	534
+scaffold3972	534
+scaffold4121	534
+scaffold7183	534
+C8660429	533
+C8660487	533
+C8660645	533
+scaffold1520	533
+scaffold2531	533
+scaffold4138	533
+scaffold4344	533
+scaffold5190	533
+scaffold5218	533
+scaffold5412	533
+scaffold7393	533
+scaffold7555	533
+C8660153	532
+C8660189	532
+C8660271	532
+C8660277	532
+scaffold1538	532
+scaffold3678	532
+scaffold3712	532
+scaffold5790	532
+scaffold6533	532
+scaffold6678	532
+scaffold6706	532
+C8659737	531
+C8659789	531
+scaffold2137	531
+scaffold2669	531
+scaffold4579	531
+scaffold6111	531
+C8659337	530
+C8659445	530
+C8659447	530
+C8659453	530
+C8659491	530
+C8659503	530
+C8659513	530
+C8659575	530
+C8659581	530
+C8659617	530
+C8659663	530
+scaffold1580	530
+scaffold3196	530
+scaffold5353	530
+scaffold5366	530
+scaffold6121	530
+scaffold6961	530
+Scaffold7626	530
+C8658983	529
+C8658999	529
+C8659019	529
+C8659031	529
+C8659119	529
+C8659159	529
+scaffold2173	529
+scaffold2869	529
+scaffold3217	529
+scaffold4872	529
+scaffold5540	529
+scaffold5686	529
+Scaffold5833	529
+scaffold5880	529
+scaffold6736	529
+scaffold7030	529
+Scaffold7448	529
+C8658607	528
+C8658659	528
+C8658675	528
+C8658681	528
+C8658731	528
+C8658755	528
+C8658763	528
+C8658781	528
+C8658783	528
+C8658789	528
+C8658803	528
+C8658843	528
+C8658851	528
+C8658867	528
+scaffold2805	528
+scaffold3419	528
+scaffold4576	528
+scaffold5246	528
+scaffold6264	528
+scaffold7014	528
+scaffold7209	528
+Scaffold7604	528
+C8658289	527
+C8658335	527
+C8658467	527
+C8658475	527
+C8658497	527
+C8658563	527
+scaffold1654	527
+Scaffold2571	527
+scaffold4941	527
+scaffold5263	527
+scaffold6073	527
+Scaffold6518	527
+C8657861	526
+C8657895	526
+C8657905	526
+C8657937	526
+C8657963	526
+C8658013	526
+C8658109	526
+Scaffold2915	526
+scaffold3011	526
+scaffold3673	526
+scaffold4090	526
+scaffold4828	526
+scaffold6026	526
+scaffold6084	526
+scaffold6656	526
+scaffold6926	526
+scaffold7499	526
+C8657503	525
+C8657767	525
+scaffold1703	525
+scaffold2025	525
+scaffold290	525
+scaffold3484	525
+scaffold4906	525
+scaffold5795	525
+Scaffold6183	525
+scaffold6549	525
+Scaffold7548	525
+Scaffold7662	525
+C8657169	524
+C8657197	524
+C8657199	524
+C8657441	524
+C8657443	524
+C8657487	524
+scaffold1760	524
+scaffold2327	524
+Scaffold2770	524
+scaffold3991	524
+scaffold4638	524
+scaffold5077	524
+scaffold5628	524
+scaffold6189	524
+scaffold6215	524
+scaffold7043	524
+Scaffold7182	524
+scaffold7310	524
+scaffold7413	524
+C8656801	523
+C8656849	523
+C8656877	523
+C8656887	523
+C8656933	523
+C8656935	523
+C8657005	523
+C8657021	523
+C8657057	523
+C8657077	523
+scaffold1634	523
+scaffold170	523
+scaffold3302	523
+scaffold3531	523
+scaffold3859	523
+scaffold4569	523
+scaffold4718	523
+scaffold7377	523
+C8656515	522
+C8656567	522
+C8656589	522
+C8656613	522
+C8656621	522
+C8656647	522
+C8656721	522
+scaffold1805	522
+scaffold3785	522
+scaffold4737	522
+scaffold4967	522
+scaffold5331	522
+scaffold6697	522
+scaffold6839	522
+scaffold7029	522
+scaffold7095	522
+C8656011	521
+C8656137	521
+C8656151	521
+C8656169	521
+C8656181	521
+C8656191	521
+C8656353	521
+scaffold1161	521
+scaffold1864	521
+Scaffold2443	521
+scaffold2936	521
+scaffold3820	521
+scaffold4474	521
+scaffold4823	521
+scaffold5445	521
+scaffold5976	521
+scaffold6881	521
+scaffold6909	521
+Scaffold7136	521
+Scaffold7224	521
+scaffold7276	521
+scaffold7630	521
+C8655667	520
+C8655803	520
+C8655811	520
+C8655835	520
+C8655893	520
+C8655945	520
+scaffold2675	520
+scaffold3392	520
+scaffold4324	520
+scaffold4729	520
+Scaffold6366	520
+scaffold6510	520
+Scaffold7236	520
+C8655299	519
+C8655327	519
+C8655347	519
+C8655409	519
+C8655427	519
+C8655635	519
+Scaffold1542	519
+Scaffold2313	519
+scaffold4708	519
+scaffold5295	519
+scaffold6100	519
+scaffold7201	519
+scaffold7629	519
+C8654983	518
+C8655009	518
+C8655089	518
+C8655113	518
+C8655141	518
+C8655251	518
+C8655255	518
+scaffold2245	518
+Scaffold3482	518
+scaffold4655	518
+scaffold4750	518
+scaffold4962	518
+scaffold5501	518
+scaffold6783	518
+scaffold7004	518
+scaffold7141	518
+scaffold7484	518
+scaffold7584	518
+C8654627	517
+C8654649	517
+C8654697	517
+C8654775	517
+C8654795	517
+C8654901	517
+C8654913	517
+C8654923	517
+C8654955	517
+scaffold1245	517
+scaffold2991	517
+Scaffold3053	517
+scaffold5568	517
+scaffold5774	517
+scaffold6257	517
+scaffold7088	517
+scaffold7208	517
+scaffold7491	517
+C8654267	516
+C8654451	516
+C8654535	516
+scaffold1110	516
+scaffold3174	516
+scaffold4302	516
+scaffold5906	516
+scaffold5970	516
+Scaffold5978	516
+Scaffold6090	516
+scaffold6410	516
+scaffold7097	516
+Scaffold7428	516
+scaffold7591	516
+Scaffold7601	516
+C8653893	515
+C8653957	515
+C8653977	515
+C8654101	515
+C8654189	515
+scaffold1816	515
+Scaffold1835	515
+scaffold2888	515
+Scaffold3369	515
+scaffold3765	515
+scaffold4269	515
+scaffold4918	515
+scaffold5297	515
+scaffold5360	515
+scaffold5936	515
+scaffold6552	515
+scaffold6973	515
+Scaffold7150	515
+Scaffold7277	515
+scaffold7279	515
+C8653507	514
+C8653607	514
+C8653637	514
+C8653665	514
+C8653707	514
+C8653773	514
+C8653787	514
+C8653793	514
+C8653835	514
+C8653853	514
+C8653877	514
+scaffold1513	514
+scaffold1628	514
+Scaffold3096	514
+scaffold4323	514
+Scaffold4356	514
+Scaffold4714	514
+scaffold5599	514
+scaffold5925	514
+scaffold5934	514
+C8653199	513
+C8653317	513
+C8653323	513
+C8653439	513
+scaffold2496	513
+scaffold2906	513
+Scaffold6219	513
+Scaffold752	513
+C8652747	512
+C8652793	512
+C8652821	512
+C8652939	512
+C8652973	512
+Scaffold3073	512
+Scaffold3481	512
+scaffold3895	512
+scaffold4277	512
+scaffold4338	512
+scaffold4559	512
+scaffold4593	512
+scaffold4925	512
+scaffold5301	512
+scaffold5358	512
+scaffold5535	512
+scaffold6006	512
+scaffold6595	512
+scaffold6770	512
+scaffold6904	512
+scaffold7120	512
+C8652479	511
+C8652483	511
+C8652501	511
+C8652507	511
+C8652529	511
+C8652549	511
+C8652573	511
+C8652599	511
+C8652613	511
+C8652617	511
+C8652621	511
+C8652643	511
+scaffold1050	511
+scaffold2046	511
+scaffold3166	511
+scaffold3308	511
+scaffold5514	511
+scaffold5668	511
+Scaffold6796	511
+scaffold6863	511
+C8652019	510
+C8652101	510
+C8652137	510
+C8652203	510
+C8652217	510
+C8652257	510
+C8652299	510
+C8652321	510
+scaffold2097	510
+scaffold2856	510
+Scaffold3230	510
+scaffold3298	510
+scaffold3456	510
+scaffold3539	510
+scaffold3801	510
+scaffold4132	510
+Scaffold4397	510
+scaffold5157	510
+Scaffold5230	510
+scaffold5495	510
+scaffold6097	510
+scaffold7544	510
+C8651629	509
+C8651685	509
+C8651707	509
+C8651717	509
+C8651779	509
+C8651853	509
+C8651885	509
+Scaffold1314	509
+scaffold1787	509
+scaffold2445	509
+scaffold2642	509
+scaffold3368	509
+scaffold3386	509
+scaffold4475	509
+scaffold4831	509
+scaffold5559	509
+scaffold5905	509
+Scaffold5957	509
+scaffold6500	509
+C8651261	508
+C8651321	508
+C8651353	508
+C8651419	508
+C8651471	508
+C8651487	508
+C8651489	508
+C8651541	508
+C8651567	508
+scaffold106	508
+scaffold1814	508
+scaffold2060	508
+scaffold2307	508
+scaffold2573	508
+scaffold2795	508
+scaffold4746	508
+scaffold4761	508
+scaffold628	508
+scaffold6426	508
+Scaffold6726	508
+scaffold6749	508
+scaffold7024	508
+scaffold7240	508
+scaffold7608	508
+C8650845	507
+C8650925	507
+C8651017	507
+scaffold1494	507
+scaffold3933	507
+scaffold3986	507
+Scaffold4184	507
+scaffold4219	507
+scaffold4509	507
+Scaffold4972	507
+scaffold5793	507
+scaffold6572	507
+scaffold7495	507
+C8650527	506
+C8650529	506
+C8650791	506
+scaffold2891	506
+Scaffold3021	506
+scaffold3468	506
+Scaffold3585	506
+scaffold3619	506
+scaffold4630	506
+scaffold4797	506
+scaffold5178	506
+scaffold6040	506
+scaffold6841	506
+Scaffold7543	506
+C8650181	505
+C8650215	505
+C8650217	505
+C8650221	505
+C8650233	505
+C8650299	505
+C8650413	505
+C8650417	505
+Scaffold190	505
+scaffold2552	505
+scaffold2859	505
+scaffold3256	505
+Scaffold4401	505
+scaffold4594	505
+scaffold4721	505
+scaffold5150	505
+scaffold5336	505
+scaffold6098	505
+scaffold6275	505
+scaffold6461	505
+scaffold6495	505
+scaffold6639	505
+Scaffold6848	505
+scaffold7379	505
+scaffold7663	505
+C8649855	504
+C8649977	504
+C8649981	504
+C8649983	504
+C8650089	504
+scaffold2952	504
+scaffold4978	504
+Scaffold5041	504
+scaffold5198	504
+scaffold5623	504
+scaffold6082	504
+scaffold6514	504
+scaffold6735	504
+C8649383	503
+C8649385	503
+C8649411	503
+C8649415	503
+C8649429	503
+C8649651	503
+C8649719	503
+scaffold1710	503
+scaffold1941	503
+Scaffold2690	503
+scaffold5685	503
+scaffold5691	503
+scaffold6110	503
+scaffold6262	503
+Scaffold6567	503
+Scaffold6850	503
+scaffold6977	503
+Scaffold7064	503
+scaffold7323	503
+scaffold7578	503
+scaffold7605	503
+scaffold7676	503
+scaffold7678	503
+C8649041	502
+C8649057	502
+C8649169	502
+C8649223	502
+C8649243	502
+C8649251	502
+C8649335	502
+C8649341	502
+scaffold2949	502
+scaffold3048	502
+Scaffold4852	502
+scaffold5423	502
+scaffold6160	502
+scaffold6239	502
+scaffold6456	502
+scaffold7418	502
+C8648789	501
+C8648797	501
+C8648903	501
+C8648917	501
+C8648947	501
+C8648969	501
+C8648983	501
+scaffold1614	501
+scaffold1618	501
+scaffold2862	501
+scaffold2914	501
+scaffold3350	501
+scaffold3580	501
+Scaffold4802	501
+scaffold4909	501
+scaffold4983	501
+scaffold5374	501
+scaffold6349	501
+scaffold6399	501
+Scaffold7170	501
+scaffold7196	501
+C8648331	500
+C8648417	500
+C8648425	500
+C8648431	500
+C8648473	500
+C8648555	500
+C8648563	500
+C8648589	500
+C8648603	500
+scaffold2186	500
+scaffold2354	500
+scaffold3287	500
+scaffold3479	500
+scaffold3671	500
+Scaffold4242	500
+scaffold565	500
+scaffold6133	500
+scaffold6287	500
+C8647781	499
+C8647841	499
+C8647865	499
+C8647885	499
+C8647901	499
+C8647963	499
+C8648025	499
+C8648037	499
+C8648105	499
+scaffold2658	499
+scaffold3336	499
+scaffold3576	499
+scaffold3940	499
+scaffold4156	499
+scaffold4368	499
+scaffold4577	499
+scaffold6582	499
+scaffold6823	499
+Scaffold7203	499
+Scaffold7425	499
+C8647557	498
+C8647619	498
+C8647629	498
+C8647677	498
+scaffold2180	498
+scaffold2451	498
+scaffold3229	498
+scaffold3394	498
+Scaffold4671	498
+scaffold5221	498
+scaffold5238	498
+scaffold5591	498
+Scaffold5800	498
+scaffold6024	498
+scaffold6115	498
+scaffold7189	498
+scaffold7456	498
+scaffold959	498
+C8647047	497
+C8647211	497
+C8647277	497
+C8647371	497
+scaffold4450	497
+Scaffold5229	497
+scaffold5236	497
+scaffold5586	497
+scaffold6003	497
+scaffold6016	497
+scaffold6048	497
+scaffold6240	497
+Scaffold6310	497
+scaffold6519	497
+scaffold7152	497
+Scaffold7267	497
+scaffold7345	497
+C8646549	496
+C8646587	496
+C8646635	496
+C8646641	496
+C8646663	496
+C8646709	496
+C8646841	496
+C8646897	496
+scaffold1488	496
+scaffold2286	496
+scaffold2333	496
+scaffold3111	496
+scaffold4299	496
+scaffold4938	496
+scaffold5016	496
+scaffold6613	496
+scaffold7076	496
+scaffold7171	496
+scaffold7387	496
+C8646219	495
+C8646309	495
+C8646323	495
+C8646451	495
+C8646457	495
+scaffold2084	495
+scaffold2534	495
+scaffold2963	495
+scaffold3152	495
+scaffold3290	495
+scaffold5601	495
+scaffold5941	495
+scaffold6397	495
+scaffold6404	495
+scaffold6781	495
+scaffold6790	495
+scaffold7317	495
+scaffold7469	495
+C8645821	494
+C8645851	494
+C8645871	494
+C8645945	494
+C8646103	494
+scaffold1572	494
+scaffold1648	494
+scaffold2152	494
+scaffold3560	494
+scaffold3736	494
+scaffold4935	494
+Scaffold6280	494
+scaffold6870	494
+scaffold7218	494
+C8645357	493
+C8645415	493
+C8645417	493
+C8645449	493
+C8645451	493
+C8645455	493
+C8645541	493
+C8645617	493
+C8645637	493
+C8645641	493
+C8645691	493
+C8645701	493
+C8645713	493
+C8645741	493
+C8645771	493
+scaffold1584	493
+scaffold2178	493
+Scaffold2748	493
+scaffold2989	493
+scaffold4160	493
+Scaffold4752	493
+scaffold5004	493
+scaffold5813	493
+scaffold5933	493
+scaffold5944	493
+scaffold5992	493
+scaffold6526	493
+scaffold7078	493
+scaffold7359	493
+Scaffold7701	493
+C8644931	492
+C8645039	492
+C8645091	492
+C8645185	492
+C8645193	492
+C8645287	492
+C8645291	492
+Scaffold2972	492
+scaffold4317	492
+Scaffold5103	492
+scaffold5667	492
+scaffold5701	492
+scaffold5801	492
+scaffold5803	492
+scaffold5926	492
+scaffold6014	492
+scaffold6298	492
+scaffold6635	492
+scaffold6743	492
+scaffold7222	492
+scaffold7494	492
+C8644597	491
+C8644605	491
+C8644663	491
+C8644709	491
+C8644777	491
+C8644785	491
+C8644871	491
+C8644879	491
+scaffold3717	491
+scaffold3961	491
+scaffold4373	491
+scaffold4381	491
+scaffold5371	491
+scaffold6118	491
+scaffold6541	491
+C8644059	490
+C8644263	490
+C8644279	490
+C8644341	490
+C8644385	490
+C8644401	490
+C8644437	490
+C8644457	490
+C8644507	490
+C8644515	490
+scaffold3555	490
+Scaffold4695	490
+scaffold4786	490
+scaffold4820	490
+scaffold5439	490
+scaffold6363	490
+scaffold6801	490
+Scaffold7158	490
+C8643639	489
+C8643739	489
+C8643835	489
+C8643855	489
+C8643859	489
+C8643875	489
+C8643985	489
+scaffold1756	489
+scaffold2490	489
+scaffold2506	489
+scaffold2507	489
+scaffold2597	489
+scaffold3434	489
+scaffold3952	489
+scaffold3987	489
+scaffold4698	489
+Scaffold5387	489
+scaffold5930	489
+scaffold7054	489
+Scaffold7489	489
+C8643205	488
+C8643245	488
+C8643313	488
+C8643357	488
+C8643543	488
+C8643545	488
+scaffold1811	488
+Scaffold2968	488
+scaffold3041	488
+scaffold3616	488
+scaffold3725	488
+scaffold4315	488
+scaffold4488	488
+scaffold4636	488
+scaffold4889	488
+scaffold5712	488
+scaffold6733	488
+Scaffold6852	488
+scaffold7049	488
+scaffold7178	488
+scaffold838	488
+C8642753	487
+C8642879	487
+C8642923	487
+C8642925	487
+C8642967	487
+C8643033	487
+C8643085	487
+scaffold1089	487
+scaffold2049	487
+scaffold2947	487
+scaffold3060	487
+scaffold4615	487
+scaffold4628	487
+scaffold4688	487
+scaffold4863	487
+scaffold5406	487
+scaffold5481	487
+scaffold5832	487
+scaffold6854	487
+Scaffold7126	487
+scaffold7457	487
+C8642365	486
+C8642425	486
+C8642471	486
+C8642519	486
+C8642567	486
+C8642569	486
+C8642577	486
+C8642691	486
+C8642711	486
+C8642723	486
+scaffold1987	486
+scaffold2091	486
+scaffold2283	486
+scaffold2961	486
+scaffold3822	486
+scaffold4904	486
+scaffold5486	486
+scaffold5935	486
+scaffold6162	486
+scaffold7352	486
+C8641957	485
+C8642069	485
+C8642095	485
+C8642107	485
+C8642175	485
+C8642259	485
+C8642339	485
+scaffold1659	485
+scaffold1736	485
+scaffold1964	485
+scaffold2670	485
+scaffold4292	485
+scaffold4327	485
+scaffold4691	485
+scaffold4799	485
+scaffold5058	485
+scaffold5304	485
+scaffold5670	485
+scaffold6225	485
+scaffold6245	485
+scaffold6855	485
+C8641493	484
+C8641555	484
+C8641639	484
+C8641655	484
+C8641707	484
+C8641729	484
+C8641763	484
+C8641793	484
+C8641803	484
+C8641813	484
+scaffold2529	484
+scaffold2564	484
+scaffold2747	484
+scaffold2789	484
+scaffold3101	484
+scaffold3420	484
+scaffold3724	484
+scaffold4929	484
+Scaffold5608	484
+Scaffold5662	484
+scaffold5664	484
+scaffold5819	484
+scaffold5914	484
+scaffold6017	484
+Scaffold7096	484
+C8641091	483
+C8641207	483
+C8641211	483
+C8641277	483
+C8641395	483
+C8641403	483
+C8641469	483
+scaffold1738	483
+scaffold1878	483
+scaffold264	483
+scaffold2831	483
+scaffold4421	483
+scaffold5212	483
+scaffold5882	483
+scaffold6080	483
+scaffold6168	483
+scaffold6211	483
+scaffold6294	483
+scaffold6436	483
+scaffold6677	483
+scaffold7026	483
+Scaffold7134	483
+Scaffold7560	483
+C8640603	482
+C8640685	482
+C8640693	482
+C8640715	482
+C8640727	482
+C8640761	482
+C8640801	482
+C8640849	482
+C8640853	482
+C8640907	482
+C8640957	482
+Scaffold1393	482
+scaffold1440	482
+scaffold1702	482
+Scaffold2128	482
+scaffold2348	482
+Scaffold3806	482
+scaffold4404	482
+scaffold4639	482
+scaffold5021	482
+scaffold5622	482
+scaffold5658	482
+scaffold5732	482
+scaffold5746	482
+scaffold5807	482
+scaffold5884	482
+scaffold6382	482
+scaffold6405	482
+scaffold6479	482
+scaffold6563	482
+scaffold6900	482
+scaffold7190	482
+scaffold7244	482
+C8640259	481
+C8640271	481
+C8640301	481
+C8640313	481
+C8640337	481
+C8640367	481
+scaffold3087	481
+scaffold3184	481
+scaffold4353	481
+Scaffold4811	481
+scaffold4913	481
+scaffold5543	481
+scaffold5859	481
+scaffold5888	481
+scaffold6237	481
+Scaffold6949	481
+Scaffold7149	481
+scaffold907	481
+C8639787	480
+C8639795	480
+C8639825	480
+C8639871	480
+C8639879	480
+C8640033	480
+C8640079	480
+C8640087	480
+C8640113	480
+C8640149	480
+scaffold1278	480
+scaffold1689	480
+scaffold2328	480
+scaffold2582	480
+scaffold259	480
+Scaffold39	480
+scaffold5031	480
+Scaffold5158	480
+scaffold5355	480
+scaffold6059	480
+scaffold6254	480
+scaffold6344	480
+scaffold6475	480
+scaffold6780	480
+Scaffold7219	480
+scaffold7227	480
+scaffold7421	480
+scaffold7482	480
+scaffold817	480
+C8639381	479
+C8639527	479
+C8639539	479
+C8639573	479
+C8639583	479
+C8639625	479
+C8639727	479
+C8639743	479
+C8639757	479
+C8639779	479
+C8639783	479
+scaffold2165	479
+scaffold2631	479
+scaffold3433	479
+scaffold3703	479
+scaffold3967	479
+scaffold4287	479
+Scaffold4517	479
+scaffold4640	479
+scaffold5479	479
+Scaffold5826	479
+Scaffold6290	479
+scaffold6753	479
+C8638943	478
+C8638985	478
+C8639051	478
+C8639083	478
+C8639117	478
+C8639257	478
+C8639327	478
+scaffold2020	478
+scaffold2893	478
+scaffold3455	478
+scaffold3770	478
+scaffold3784	478
+scaffold4403	478
+scaffold4955	478
+scaffold5050	478
+scaffold5879	478
+C8638595	477
+C8638709	477
+C8638893	477
+scaffold1695	477
+scaffold2081	477
+scaffold3030	477
+scaffold3072	477
+scaffold4077	477
+scaffold4547	477
+scaffold4727	477
+scaffold5922	477
+scaffold7100	477
+Scaffold7290	477
+C8638083	476
+C8638133	476
+C8638141	476
+C8638173	476
+C8638219	476
+C8638257	476
+C8638341	476
+C8638415	476
+C8638455	476
+scaffold3868	476
+scaffold3975	476
+scaffold4804	476
+scaffold4999	476
+scaffold5299	476
+scaffold5649	476
+scaffold5766	476
+scaffold5998	476
+scaffold7172	476
+C8637733	475
+C8637849	475
+scaffold2075	475
+scaffold2249	475
+scaffold2258	475
+scaffold2398	475
+scaffold2673	475
+Scaffold2826	475
+scaffold3787	475
+scaffold3913	475
+scaffold4674	475
+scaffold4977	475
+scaffold5126	475
+scaffold5140	475
+scaffold5378	475
+scaffold6047	475
+scaffold6130	475
+Scaffold6253	475
+scaffold6538	475
+scaffold6940	475
+scaffold7117	475
+C8637189	474
+C8637283	474
+C8637341	474
+C8637367	474
+C8637493	474
+C8637499	474
+C8637501	474
+C8637521	474
+scaffold1726	474
+Scaffold3699	474
+Scaffold3919	474
+Scaffold4446	474
+scaffold4455	474
+scaffold4830	474
+scaffold4928	474
+scaffold5952	474
+scaffold6112	474
+scaffold6325	474
+scaffold7184	474
+scaffold7375	474
+scaffold7420	474
+C8636707	473
+C8636725	473
+C8636751	473
+C8636765	473
+C8636783	473
+C8636905	473
+C8636921	473
+C8636993	473
+C8637009	473
+C8637029	473
+C8637031	473
+C8637051	473
+C8637143	473
+C8637161	473
+scaffold1981	473
+Scaffold2154	473
+scaffold3855	473
+scaffold4050	473
+scaffold4426	473
+scaffold4657	473
+scaffold6413	473
+scaffold6658	473
+scaffold7018	473
+Scaffold7242	473
+C8636291	472
+C8636305	472
+C8636331	472
+C8636443	472
+C8636537	472
+C8636587	472
+C8636593	472
+C8636605	472
+scaffold1516	472
+Scaffold2694	472
+scaffold3524	472
+scaffold3693	472
+Scaffold4181	472
+scaffold4379	472
+scaffold4469	472
+scaffold7235	472
+scaffold7292	472
+C8635837	471
+C8635881	471
+C8635887	471
+C8635927	471
+C8635991	471
+C8636053	471
+C8636103	471
+C8636135	471
+C8636257	471
+scaffold1019	471
+scaffold2078	471
+scaffold2994	471
+scaffold3009	471
+scaffold3685	471
+scaffold4118	471
+scaffold5605	471
+scaffold5890	471
+scaffold688	471
+scaffold733	471
+C8635417	470
+C8635425	470
+C8635431	470
+C8635493	470
+C8635495	470
+C8635499	470
+C8635533	470
+C8635535	470
+C8635669	470
+C8635677	470
+scaffold1904	470
+scaffold2108	470
+scaffold2674	470
+scaffold2849	470
+scaffold3378	470
+scaffold3387	470
+scaffold4722	470
+scaffold5080	470
+scaffold5368	470
+Scaffold6602	470
+scaffold6730	470
+scaffold6811	470
+C8634955	469
+C8635003	469
+C8635067	469
+C8635093	469
+C8635149	469
+C8635299	469
+scaffold2170	469
+scaffold2637	469
+scaffold3628	469
+scaffold4296	469
+scaffold5153	469
+scaffold5695	469
+scaffold5896	469
+scaffold7514	469
+Scaffold7534	469
+C8634599	468
+C8634601	468
+C8634613	468
+C8634641	468
+C8634735	468
+C8634745	468
+C8634897	468
+scaffold1476	468
+scaffold1891	468
+Scaffold2566	468
+scaffold2836	468
+scaffold3331	468
+scaffold4422	468
+scaffold5693	468
+Scaffold5847	468
+Scaffold6039	468
+scaffold911	468
+scaffold922	468
+C8634083	467
+C8634115	467
+C8634123	467
+C8634189	467
+C8634207	467
+C8634255	467
+C8634313	467
+C8634413	467
+C8634437	467
+scaffold1141	467
+scaffold2291	467
+scaffold3588	467
+scaffold4558	467
+scaffold4614	467
+scaffold4893	467
+scaffold6085	467
+Scaffold6477	467
+C8633499	466
+C8633513	466
+C8633601	466
+C8633651	466
+C8633719	466
+C8633745	466
+C8633765	466
+C8633817	466
+C8633841	466
+C8633847	466
+C8633905	466
+C8633915	466
+C8633943	466
+C8633947	466
+C8633965	466
+scaffold1895	466
+scaffold2155	466
+Scaffold2414	466
+scaffold3118	466
+scaffold3311	466
+scaffold3372	466
+scaffold4683	466
+scaffold5298	466
+Scaffold6178	466
+scaffold6520	466
+Scaffold6670	466
+C8633077	465
+C8633143	465
+C8633209	465
+C8633221	465
+C8633229	465
+C8633309	465
+C8633311	465
+C8633351	465
+C8633439	465
+scaffold2365	465
+scaffold3469	465
+scaffold3676	465
+Scaffold3889	465
+scaffold4012	465
+scaffold4095	465
+scaffold4544	465
+Scaffold4723	465
+scaffold4956	465
+Scaffold5087	465
+scaffold6307	465
+scaffold6476	465
+scaffold6771	465
+C8632651	464
+C8632737	464
+C8632741	464
+C8632813	464
+C8632899	464
+scaffold1219	464
+scaffold2033	464
+scaffold2962	464
+scaffold3325	464
+scaffold3563	464
+scaffold4331	464
+scaffold4386	464
+scaffold4812	464
+Scaffold5099	464
+Scaffold5114	464
+scaffold5477	464
+scaffold6403	464
+scaffold6584	464
+C8632117	463
+C8632145	463
+C8632199	463
+C8632245	463
+C8632371	463
+C8632397	463
+C8632437	463
+C8632449	463
+C8632521	463
+scaffold3644	463
+scaffold4349	463
+scaffold4822	463
+scaffold5274	463
+Scaffold6739	463
+scaffold7335	463
+scaffold7429	463
+scaffold847	463
+C8631689	462
+C8631787	462
+C8631789	462
+C8631797	462
+C8631801	462
+C8631851	462
+C8631865	462
+C8631943	462
+C8631975	462
+C8631993	462
+C8632015	462
+C8632073	462
+C8632101	462
+C8632105	462
+scaffold2196	462
+scaffold2246	462
+scaffold3349	462
+scaffold3415	462
+scaffold3533	462
+Scaffold4525	462
+Scaffold4539	462
+scaffold5666	462
+scaffold6261	462
+scaffold6496	462
+scaffold6628	462
+scaffold6716	462
+Scaffold7144	462
+scaffold7185	462
+C8631171	461
+C8631245	461
+C8631289	461
+C8631309	461
+C8631319	461
+C8631335	461
+C8631405	461
+C8631439	461
+C8631485	461
+C8631521	461
+C8631569	461
+C8631615	461
+C8631625	461
+C8631637	461
+scaffold2231	461
+scaffold2524	461
+scaffold3145	461
+scaffold5424	461
+scaffold5674	461
+scaffold6099	461
+scaffold6465	461
+scaffold6545	461
+scaffold683	461
+scaffold7106	461
+C8630699	460
+C8630715	460
+C8630779	460
+C8630793	460
+C8630815	460
+C8630885	460
+C8630991	460
+C8631061	460
+C8631085	460
+C8631129	460
+C8631133	460
+scaffold1899	460
+scaffold2834	460
+scaffold3134	460
+Scaffold3929	460
+scaffold3999	460
+scaffold4684	460
+scaffold4818	460
+scaffold5154	460
+scaffold7463	460
+scaffold7556	460
+Scaffold7559	460
+C8630243	459
+C8630277	459
+C8630353	459
+C8630473	459
+C8630483	459
+C8630519	459
+C8630627	459
+C8630647	459
+scaffold2214	459
+Scaffold2523	459
+scaffold3339	459
+scaffold4563	459
+scaffold4791	459
+scaffold4877	459
+scaffold5386	459
+C8629737	458
+C8629767	458
+C8629791	458
+C8629805	458
+C8629977	458
+C8630019	458
+C8630095	458
+C8630097	458
+C8630099	458
+C8630145	458
+scaffold1114	458
+scaffold2360	458
+scaffold2415	458
+Scaffold2723	458
+Scaffold4114	458
+Scaffold4126	458
+Scaffold4350	458
+scaffold4732	458
+scaffold4969	458
+scaffold5061	458
+scaffold5071	458
+scaffold5458	458
+scaffold6575	458
+C8629207	457
+C8629223	457
+C8629239	457
+C8629271	457
+C8629289	457
+C8629393	457
+C8629417	457
+C8629541	457
+C8629603	457
+C8629631	457
+scaffold1731	457
+scaffold3756	457
+scaffold3931	457
+scaffold4202	457
+scaffold4637	457
+scaffold4692	457
+scaffold5284	457
+scaffold6197	457
+Scaffold6246	457
+scaffold6503	457
+C8628693	456
+C8628697	456
+C8628705	456
+C8628809	456
+C8628897	456
+C8628947	456
+C8629053	456
+C8629065	456
+C8629139	456
+C8629161	456
+scaffold1201	456
+scaffold1356	456
+scaffold2260	456
+scaffold2758	456
+scaffold2938	456
+scaffold3013	456
+scaffold3594	456
+Scaffold4220	456
+scaffold4546	456
+scaffold4662	456
+scaffold4700	456
+scaffold4765	456
+scaffold5465	456
+scaffold5959	456
+scaffold6076	456
+scaffold7062	456
+scaffold7186	456
+C8628275	455
+C8628369	455
+C8628371	455
+C8628429	455
+C8628467	455
+C8628545	455
+C8628583	455
+Scaffold1568	455
+scaffold3797	455
+scaffold3915	455
+Scaffold4036	455
+scaffold4778	455
+scaffold5650	455
+Scaffold6103	455
+Scaffold6444	455
+scaffold6620	455
+C8627805	454
+C8627815	454
+C8627871	454
+C8627895	454
+C8627913	454
+C8628017	454
+C8628035	454
+C8628057	454
+C8628107	454
+C8628113	454
+C8628153	454
+C8628185	454
+Scaffold1090	454
+scaffold2440	454
+scaffold2612	454
+Scaffold3081	454
+scaffold3502	454
+Scaffold3800	454
+scaffold4026	454
+Scaffold4757	454
+scaffold5981	454
+scaffold6341	454
+scaffold6901	454
+Scaffold7094	454
+C8627337	453
+C8627353	453
+C8627415	453
+C8627509	453
+C8627521	453
+C8627729	453
+Scaffold1771	453
+Scaffold3006	453
+scaffold4556	453
+scaffold4771	453
+scaffold5271	453
+C8626841	452
+C8626849	452
+C8626865	452
+C8626899	452
+C8626903	452
+C8626965	452
+C8626967	452
+C8627121	452
+C8627203	452
+C8627259	452
+Scaffold2022	452
+scaffold3454	452
+scaffold3829	452
+scaffold5111	452
+scaffold6437	452
+scaffold6487	452
+scaffold6497	452
+scaffold6601	452
+Scaffold7515	452
+scaffold7549	452
+C8626365	451
+C8626409	451
+C8626459	451
+C8626523	451
+C8626537	451
+C8626541	451
+C8626571	451
+C8626669	451
+C8626673	451
+C8626725	451
+C8626785	451
+C8626807	451
+C8626811	451
+scaffold1288	451
+Scaffold1508	451
+scaffold1737	451
+scaffold2549	451
+scaffold2655	451
+scaffold3252	451
+scaffold5203	451
+scaffold5553	451
+scaffold5955	451
+Scaffold6851	451
+scaffold6987	451
+C8625849	450
+C8625895	450
+C8625931	450
+C8626035	450
+C8626037	450
+C8626159	450
+C8626199	450
+C8626209	450
+C8626277	450
+C8626301	450
+scaffold3772	450
+Scaffold4097	450
+scaffold4790	450
+scaffold5447	450
+scaffold5948	450
+scaffold6983	450
+scaffold767	450
+C8625295	449
+C8625303	449
+C8625307	449
+C8625315	449
+C8625385	449
+C8625403	449
+C8625469	449
+C8625509	449
+C8625523	449
+C8625533	449
+C8625549	449
+C8625559	449
+C8625603	449
+C8625681	449
+C8625701	449
+C8625717	449
+scaffold1997	449
+Scaffold3821	449
+scaffold4064	449
+scaffold5069	449
+scaffold6882	449
+C8624773	448
+C8624797	448
+C8624809	448
+C8624833	448
+C8624951	448
+C8624965	448
+C8625045	448
+C8625081	448
+C8625127	448
+C8625149	448
+scaffold2016	448
+scaffold2691	448
+scaffold2861	448
+scaffold4281	448
+Scaffold6244	448
+C8624351	447
+C8624445	447
+C8624467	447
+C8624507	447
+C8624535	447
+C8624591	447
+C8624631	447
+C8624695	447
+scaffold2467	447
+scaffold3125	447
+scaffold3130	447
+scaffold3182	447
+Scaffold3707	447
+scaffold4348	447
+scaffold5927	447
+scaffold5982	447
+C8623869	446
+C8623877	446
+C8623899	446
+C8623905	446
+C8623947	446
+C8623969	446
+C8623971	446
+C8624025	446
+C8624171	446
+C8624235	446
+C8624237	446
+C8624241	446
+C8624257	446
+scaffold1973	446
+scaffold3496	446
+scaffold3709	446
+Scaffold3861	446
+scaffold4107	446
+scaffold5398	446
+Scaffold5435	446
+Scaffold6077	446
+scaffold6165	446
+scaffold6177	446
+scaffold6925	446
+scaffold7223	446
+scaffold7259	446
+C8623307	445
+C8623329	445
+C8623425	445
+C8623481	445
+C8623643	445
+C8623705	445
+C8623753	445
+scaffold2353	445
+scaffold2686	445
+Scaffold4042	445
+scaffold4341	445
+scaffold4347	445
+scaffold5243	445
+Scaffold5730	445
+scaffold5848	445
+scaffold6068	445
+Scaffold6808	445
+Scaffold7520	445
+C8622823	444
+C8622857	444
+C8622885	444
+C8622895	444
+C8622939	444
+C8622951	444
+C8623097	444
+C8623203	444
+C8623237	444
+C8623243	444
+Scaffold2148	444
+scaffold3426	444
+scaffold4276	444
+scaffold4685	444
+C8622257	443
+C8622265	443
+C8622299	443
+C8622313	443
+C8622359	443
+C8622395	443
+C8622419	443
+C8622423	443
+C8622455	443
+C8622535	443
+C8622543	443
+C8622567	443
+C8622615	443
+C8622669	443
+C8622789	443
+Scaffold1917	443
+scaffold1937	443
+scaffold2508	443
+scaffold3441	443
+scaffold3587	443
+scaffold4667	443
+scaffold7293	443
+scaffold7337	443
+C8621865	442
+C8621989	442
+C8621991	442
+C8622051	442
+C8622063	442
+C8622089	442
+C8622119	442
+C8622191	442
+scaffold3759	442
+scaffold5075	442
+scaffold6762	442
+scaffold7308	442
+C8621323	441
+C8621325	441
+C8621369	441
+C8621419	441
+C8621431	441
+C8621433	441
+C8621491	441
+C8621493	441
+C8621499	441
+C8621599	441
+C8621619	441
+C8621647	441
+C8621689	441
+Scaffold3185	441
+scaffold4439	441
+scaffold5326	441
+scaffold5332	441
+Scaffold5697	441
+scaffold5892	441
+scaffold5900	441
+scaffold5947	441
+scaffold6577	441
+scaffold6830	441
+scaffold913	441
+C8620697	440
+C8620715	440
+C8620769	440
+C8620777	440
+C8620809	440
+C8621033	440
+C8621163	440
+C8621185	440
+scaffold1632	440
+scaffold1865	440
+scaffold1966	440
+scaffold2013	440
+scaffold3212	440
+scaffold3735	440
+scaffold4218	440
+scaffold4417	440
+scaffold4668	440
+Scaffold4731	440
+scaffold5341	440
+Scaffold6218	440
+scaffold6220	440
+Scaffold6685	440
+scaffold6896	440
+C8620149	439
+C8620159	439
+C8620195	439
+C8620291	439
+C8620313	439
+C8620401	439
+C8620407	439
+C8620427	439
+C8620595	439
+C8620601	439
+C8620681	439
+scaffold1646	439
+scaffold3289	439
+scaffold3422	439
+Scaffold3927	439
+scaffold3963	439
+Scaffold4053	439
+scaffold4183	439
+scaffold4980	439
+scaffold5181	439
+scaffold5250	439
+scaffold5620	439
+scaffold6772	439
+scaffold7439	439
+C8619573	438
+C8619579	438
+C8619587	438
+C8619641	438
+C8619749	438
+C8619815	438
+C8619899	438
+C8619975	438
+C8620057	438
+C8620065	438
+scaffold1832	438
+scaffold2879	438
+Scaffold4672	438
+scaffold4711	438
+scaffold5910	438
+scaffold6915	438
+C8619083	437
+C8619147	437
+C8619165	437
+C8619347	437
+C8619415	437
+C8619481	437
+C8619503	437
+scaffold4279	437
+scaffold4500	437
+Scaffold4502	437
+Scaffold6407	437
+scaffold7262	437
+C8618575	436
+C8618587	436
+C8618593	436
+C8618703	436
+C8618753	436
+C8618765	436
+C8618771	436
+C8618875	436
+C8618935	436
+C8618955	436
+C8618965	436
+C8619005	436
+C8619037	436
+scaffold4602	436
+scaffold5294	436
+scaffold5891	436
+scaffold7303	436
+Scaffold7384	436
+C8618007	435
+C8618055	435
+C8618131	435
+C8618191	435
+C8618197	435
+C8618203	435
+C8618281	435
+C8618289	435
+C8618429	435
+C8618449	435
+C8618475	435
+scaffold3193	435
+Scaffold5872	435
+C8617545	434
+C8617567	434
+C8617573	434
+C8617713	434
+C8617745	434
+C8617863	434
+C8617907	434
+scaffold3900	434
+scaffold5555	434
+Scaffold5904	434
+scaffold6117	434
+Scaffold6789	434
+C8617215	433
+C8617253	433
+C8617293	433
+C8617403	433
+C8617423	433
+C8617457	433
+C8617461	433
+C8617495	433
+scaffold1932	433
+scaffold2401	433
+scaffold3001	433
+scaffold4165	433
+Scaffold5232	433
+scaffold5384	433
+C8616517	432
+C8616523	432
+C8616561	432
+C8616661	432
+C8616683	432
+C8616733	432
+C8616747	432
+C8616865	432
+C8616913	432
+C8616965	432
+scaffold2201	432
+scaffold4571	432
+scaffold6941	432
+scaffold742	432
+scaffold903	432
+C8616017	431
+C8616037	431
+C8616067	431
+C8616109	431
+C8616119	431
+C8616169	431
+C8616201	431
+C8616235	431
+C8616251	431
+C8616263	431
+C8616279	431
+C8616353	431
+C8616355	431
+C8616377	431
+C8616425	431
+C8616431	431
+C8616433	431
+C8616451	431
+scaffold1342	431
+Scaffold2504	431
+scaffold3091	431
+scaffold3490	431
+scaffold4478	431
+Scaffold6075	431
+Scaffold6551	431
+C8615493	430
+C8615515	430
+C8615567	430
+C8615625	430
+C8615699	430
+C8615705	430
+C8615781	430
+C8615829	430
+C8615957	430
+C8615975	430
+scaffold2134	430
+Scaffold2565	430
+Scaffold3507	430
+scaffold3713	430
+scaffold3750	430
+Scaffold6167	430
+scaffold7474	430
+C8614951	429
+C8614975	429
+C8615093	429
+C8615153	429
+C8615241	429
+C8615281	429
+C8615339	429
+C8615341	429
+C8615343	429
+C8615355	429
+C8615357	429
+C8615431	429
+scaffold2000	429
+scaffold2633	429
+Scaffold2837	429
+scaffold3758	429
+scaffold3989	429
+scaffold5197	429
+Scaffold5321	429
+scaffold6057	429
+C8614379	428
+C8614417	428
+C8614421	428
+C8614721	428
+C8614731	428
+C8614735	428
+C8614843	428
+C8614895	428
+scaffold2421	428
+Scaffold2611	428
+Scaffold4616	428
+Scaffold4921	428
+scaffold5029	428
+Scaffold6506	428
+Scaffold670	428
+Scaffold7573	428
+C8613801	427
+C8613843	427
+C8613881	427
+C8613929	427
+C8613955	427
+C8614007	427
+C8614011	427
+C8614023	427
+C8614027	427
+C8614061	427
+C8614099	427
+C8614125	427
+C8614197	427
+C8614339	427
+scaffold2617	427
+Scaffold3219	427
+scaffold4661	427
+Scaffold6107	427
+C8613291	426
+C8613325	426
+C8613329	426
+C8613333	426
+C8613345	426
+C8613401	426
+C8613457	426
+C8613493	426
+C8613507	426
+C8613559	426
+C8613567	426
+C8613579	426
+C8613711	426
+C8613719	426
+C8613753	426
+scaffold1789	426
+scaffold4578	426
+Scaffold6317	426
+scaffold6478	426
+scaffold7002	426
+scaffold7241	426
+Scaffold7599	426
+C8612735	425
+C8612769	425
+C8612947	425
+C8613015	425
+C8613027	425
+C8613041	425
+C8613123	425
+C8613133	425
+C8613161	425
+scaffold2441	425
+scaffold2510	425
+Scaffold3157	425
+scaffold4601	425
+Scaffold5008	425
+scaffold5750	425
+scaffold7422	425
+C8612167	424
+C8612185	424
+C8612221	424
+C8612269	424
+C8612349	424
+C8612413	424
+C8612425	424
+C8612473	424
+C8612527	424
+C8612561	424
+C8612613	424
+C8612631	424
+C8612647	424
+C8612665	424
+scaffold3106	424
+Scaffold3280	424
+scaffold7330	424
+scaffold991	424
+C8611645	423
+C8611647	423
+C8611669	423
+C8611737	423
+C8611787	423
+C8611789	423
+C8611793	423
+C8611819	423
+C8611951	423
+C8611977	423
+C8611985	423
+C8612031	423
+C8612053	423
+C8612111	423
+scaffold3679	423
+scaffold5137	423
+Scaffold5744	423
+Scaffold7389	423
+scaffold821	423
+C8611119	422
+C8611143	422
+C8611205	422
+C8611225	422
+C8611249	422
+C8611261	422
+C8611317	422
+C8611349	422
+C8611375	422
+C8611429	422
+C8611497	422
+C8611565	422
+C8611589	422
+C8611597	422
+scaffold2424	422
+scaffold2465	422
+scaffold5177	422
+Scaffold7398	422
+Scaffold7624	422
+C8610535	421
+C8610575	421
+C8610591	421
+C8610643	421
+C8610649	421
+C8610665	421
+C8610733	421
+C8610787	421
+C8610839	421
+C8610843	421
+C8610873	421
+C8610909	421
+C8610967	421
+C8610977	421
+C8611007	421
+C8611009	421
+C8611017	421
+C8611023	421
+C8611051	421
+C8611069	421
+C8611087	421
+Scaffold1870	421
+Scaffold3621	421
+scaffold3723	421
+scaffold4631	421
+scaffold6464	421
+scaffold6482	421
+C8609995	420
+C8610025	420
+C8610043	420
+C8610079	420
+C8610117	420
+C8610231	420
+C8610257	420
+C8610299	420
+C8610405	420
+C8610429	420
+C8610513	420
+Scaffold1462	420
+scaffold7539	420
+C8609453	419
+C8609579	419
+C8609609	419
+C8609623	419
+C8609659	419
+C8609689	419
+C8609723	419
+C8609825	419
+C8609847	419
+C8609961	419
+C8609983	419
+scaffold5443	419
+C8608923	418
+C8609015	418
+C8609113	418
+C8609143	418
+C8609229	418
+C8609235	418
+C8609241	418
+C8609251	418
+C8609289	418
+C8609309	418
+C8609325	418
+C8609421	418
+scaffold3379	418
+Scaffold5811	418
+C8608355	417
+C8608361	417
+C8608459	417
+C8608491	417
+C8608529	417
+C8608533	417
+C8608537	417
+C8608573	417
+C8608597	417
+C8608623	417
+C8608631	417
+C8608653	417
+C8608663	417
+C8608677	417
+C8608695	417
+C8608721	417
+C8608787	417
+C8608805	417
+C8608871	417
+C8608883	417
+scaffold1796	417
+scaffold2488	417
+Scaffold4808	417
+Scaffold818	417
+C8607805	416
+C8607821	416
+C8607847	416
+C8607995	416
+C8608007	416
+C8608049	416
+C8608183	416
+C8608221	416
+scaffold4758	416
+scaffold5313	416
+scaffold6304	416
+Scaffold6712	416
+C8607301	415
+C8607327	415
+C8607589	415
+C8607605	415
+C8607681	415
+C8607713	415
+C8607769	415
+scaffold4272	415
+scaffold5431	415
+C8606683	414
+C8606721	414
+C8606729	414
+C8606793	414
+C8606831	414
+C8606869	414
+C8606901	414
+C8606907	414
+C8606961	414
+C8607087	414
+C8607103	414
+C8607217	414
+scaffold2023	414
+scaffold2870	414
+scaffold4003	414
+Scaffold5851	414
+Scaffold6278	414
+C8606175	413
+C8606185	413
+C8606243	413
+C8606253	413
+C8606287	413
+C8606295	413
+C8606409	413
+C8606439	413
+C8606467	413
+C8606489	413
+C8606575	413
+C8606611	413
+C8606617	413
+C8606637	413
+C8606645	413
+C8606659	413
+C8606675	413
+scaffold1785	413
+C8605563	412
+C8605671	412
+C8605713	412
+C8605767	412
+C8605779	412
+C8605785	412
+C8605791	412
+C8605813	412
+C8605815	412
+C8605821	412
+C8605857	412
+C8605887	412
+C8605937	412
+C8605979	412
+C8605999	412
+C8606023	412
+C8606031	412
+C8606051	412
+C8606059	412
+C8606061	412
+Scaffold3659	412
+scaffold4382	412
+scaffold6361	412
+C8604929	411
+C8604967	411
+C8604985	411
+C8605003	411
+C8605013	411
+C8605067	411
+C8605099	411
+C8605133	411
+C8605153	411
+C8605165	411
+C8605281	411
+C8605375	411
+C8605393	411
+C8605409	411
+C8605447	411
+scaffold4188	411
+scaffold4755	411
+scaffold6015	411
+C8604363	410
+C8604373	410
+C8604405	410
+C8604471	410
+C8604539	410
+C8604611	410
+C8604737	410
+C8604743	410
+C8604791	410
+C8604815	410
+C8604827	410
+C8604863	410
+scaffold1220	410
+Scaffold5002	410
+scaffold5627	410
+C8603829	409
+C8603941	409
+C8603957	409
+C8603981	409
+C8604019	409
+C8604049	409
+C8604113	409
+C8604119	409
+C8604223	409
+C8604235	409
+C8604273	409
+C8604337	409
+Scaffold6592	409
+C8603238	408
+C8603302	408
+C8603368	408
+C8603396	408
+C8603466	408
+C8603602	408
+C8603614	408
+C8603704	408
+C8603708	408
+C8603778	408
+C8603800	408
+scaffold3360	408
+scaffold6531	408
+Scaffold7309	408
+C8602752	407
+C8602814	407
+C8602862	407
+C8602984	407
+C8603068	407
+C8603080	407
+C8603116	407
+C8603118	407
+C8603174	407
+C8603186	407
+Scaffold3453	407
+Scaffold7025	407
+scaffold919	407
+C8602080	406
+C8602090	406
+C8602108	406
+C8602162	406
+C8602266	406
+C8602332	406
+C8602388	406
+C8602406	406
+C8602428	406
+C8602520	406
+C8602524	406
+C8602598	406
+C8602604	406
+C8602612	406
+scaffold6051	406
+C8601510	405
+C8601572	405
+C8601616	405
+C8601662	405
+C8601700	405
+C8601758	405
+C8601760	405
+C8601764	405
+C8601784	405
+C8601818	405
+C8601882	405
+C8601926	405
+C8601946	405
+C8601972	405
+C8602016	405
+C8602026	405
+Scaffold5814	405
+Scaffold6321	405
+scaffold7579	405
+C8601016	404
+C8601076	404
+C8601078	404
+C8601100	404
+C8601106	404
+C8601128	404
+C8601164	404
+C8601200	404
+C8601230	404
+C8601244	404
+C8601278	404
+C8601322	404
+C8601326	404
+C8601338	404
+C8601386	404
+C8601404	404
+C8601414	404
+C8601430	404
+C8601444	404
+C8601476	404
+C8600380	403
+C8600390	403
+C8600396	403
+C8600412	403
+C8600426	403
+C8600432	403
+C8600446	403
+C8600530	403
+C8600548	403
+C8600602	403
+C8600636	403
+C8600650	403
+C8600654	403
+C8600682	403
+C8600704	403
+C8600720	403
+C8600738	403
+C8600746	403
+C8600766	403
+C8600802	403
+C8600842	403
+C8600878	403
+C8600890	403
+Scaffold3870	403
+Scaffold5214	403
+C8599568	402
+C8599606	402
+C8599646	402
+C8599864	402
+C8599884	402
+C8599888	402
+C8599982	402
+C8599990	402
+C8600040	402
+C8600072	402
+C8600080	402
+Scaffold3610	402
+Scaffold389	402
+Scaffold6937	402
+C8598986	401
+C8599006	401
+C8599014	401
+C8599016	401
+C8599054	401
+C8599080	401
+C8599084	401
+C8599200	401
+C8599390	401
+C8599502	401
+C8599536	401
+scaffold1730	401
+Scaffold3402	401
+Scaffold5254	401
+Scaffold5911	401
+Scaffold6794	401
+Scaffold6824	401
+C8598336	400
+C8598378	400
+C8598456	400
+C8598458	400
+C8598460	400
+C8598464	400
+C8598484	400
+C8598500	400
+C8598556	400
+C8598560	400
+C8598750	400
+C8598840	400
+C8598844	400
+C8598900	400
+C8598950	400
+Scaffold1925	400
+C8597780	399
+C8597826	399
+C8597840	399
+C8597930	399
+C8597944	399
+C8597994	399
+C8598006	399
+C8598074	399
+C8598082	399
+C8598094	399
+C8598116	399
+C8598130	399
+C8598160	399
+C8598182	399
+C8598208	399
+C8598214	399
+C8598302	399
+Scaffold5419	399
+C8597204	398
+C8597226	398
+C8597228	398
+C8597268	398
+C8597306	398
+C8597334	398
+C8597378	398
+C8597426	398
+C8597450	398
+C8597472	398
+C8597534	398
+C8597546	398
+C8597634	398
+C8597650	398
+C8597656	398
+C8597658	398
+C8597684	398
+C8597720	398
+Scaffold3905	398
+Scaffold7397	398
+C8596480	397
+C8596506	397
+C8596520	397
+C8596524	397
+C8596552	397
+C8596612	397
+C8596664	397
+C8596674	397
+C8596710	397
+C8596812	397
+C8596860	397
+C8596870	397
+C8596934	397
+C8596954	397
+C8596958	397
+C8596996	397
+C8597036	397
+C8597074	397
+C8597118	397
+Scaffold2731	397
+scaffold3858	397
+C8595846	396
+C8595986	396
+C8596042	396
+C8596060	396
+C8596066	396
+C8596100	396
+C8596154	396
+C8596196	396
+C8596202	396
+C8596322	396
+C8596334	396
+C8596354	396
+C8596394	396
+Scaffold7607	396
+C8595322	395
+C8595404	395
+C8595436	395
+C8595518	395
+C8595596	395
+C8595604	395
+C8595656	395
+C8595676	395
+C8595710	395
+C8595728	395
+C8595730	395
+C8595800	395
+C8594766	394
+C8594890	394
+C8594892	394
+C8594910	394
+C8594922	394
+C8594928	394
+C8594970	394
+C8594986	394
+C8594988	394
+C8595090	394
+C8595142	394
+C8595200	394
+C8595210	394
+C8595212	394
+C8595262	394
+C8595274	394
+C8595276	394
+Scaffold5340	394
+Scaffold5602	394
+Scaffold6845	394
+Scaffold7633	394
+C8594072	393
+C8594108	393
+C8594124	393
+C8594172	393
+C8594192	393
+C8594274	393
+C8594278	393
+C8594312	393
+C8594336	393
+C8594446	393
+C8594546	393
+C8594550	393
+C8594586	393
+C8594588	393
+C8594598	393
+C8594602	393
+C8594620	393
+C8594622	393
+C8594630	393
+Scaffold4254	393
+Scaffold5174	393
+Scaffold6301	393
+C8593452	392
+C8593522	392
+C8593594	392
+C8593596	392
+C8593604	392
+C8593626	392
+C8593632	392
+C8593688	392
+C8593792	392
+C8593806	392
+C8593866	392
+C8593938	392
+C8593964	392
+Scaffold3825	392
+scaffold3930	392
+Scaffold5115	392
+C8592760	391
+C8592790	391
+C8592808	391
+C8592824	391
+C8592826	391
+C8592958	391
+C8593054	391
+C8593074	391
+C8593268	391
+C8593284	391
+C8593288	391
+C8593302	391
+C8593332	391
+C8593338	391
+C8593378	391
+Scaffold4832	391
+Scaffold7376	391
+C8592116	390
+C8592186	390
+C8592290	390
+C8592358	390
+C8592392	390
+C8592396	390
+C8592518	390
+C8592572	390
+C8592622	390
+C8591516	389
+C8591546	389
+C8591550	389
+C8591558	389
+C8591666	389
+C8591668	389
+C8591764	389
+C8591792	389
+C8591800	389
+C8591850	389
+C8591936	389
+C8591946	389
+C8592040	389
+C8590868	388
+C8590898	388
+C8590968	388
+C8590978	388
+C8591014	388
+C8591036	388
+C8591130	388
+C8591276	388
+C8591318	388
+C8591322	388
+C8591374	388
+C8591394	388
+C8591468	388
+C8591486	388
+Scaffold2146	388
+Scaffold5878	388
+C8590226	387
+C8590240	387
+C8590270	387
+C8590300	387
+C8590408	387
+C8590442	387
+C8590490	387
+C8590534	387
+C8590558	387
+C8590566	387
+C8590586	387
+C8590590	387
+C8590594	387
+C8590612	387
+C8590620	387
+C8590636	387
+C8590654	387
+C8590660	387
+C8590690	387
+C8590704	387
+C8590766	387
+C8590804	387
+C8590818	387
+C8590844	387
+C8590848	387
+C8590856	387
+C8590862	387
+scaffold2109	387
+Scaffold2362	387
+Scaffold4298	387
+Scaffold4464	387
+Scaffold7188	387
+C8589676	386
+C8589806	386
+C8589844	386
+C8589910	386
+C8589970	386
+C8589976	386
+C8590062	386
+C8590070	386
+C8590124	386
+C8590134	386
+C8590146	386
+C8590150	386
+C8590160	386
+Scaffold1181	386
+Scaffold7477	386
+Scaffold7498	386
+C8588932	385
+C8588956	385
+C8588994	385
+C8589068	385
+C8589104	385
+C8589126	385
+C8589174	385
+C8589226	385
+C8589280	385
+C8589308	385
+C8589328	385
+C8589352	385
+C8589416	385
+C8589418	385
+C8589432	385
+C8589448	385
+C8589510	385
+Scaffold3745	385
+C8588226	384
+C8588310	384
+C8588346	384
+C8588352	384
+C8588362	384
+C8588412	384
+C8588492	384
+C8588502	384
+C8588504	384
+C8588532	384
+C8588540	384
+C8588580	384
+C8588652	384
+C8588698	384
+C8588768	384
+C8588774	384
+C8588862	384
+C8588868	384
+C8588898	384
+Scaffold2993	384
+Scaffold5751	384
+Scaffold6450	384
+Scaffold7610	384
+C8587494	383
+C8587522	383
+C8587530	383
+C8587558	383
+C8587572	383
+C8587576	383
+C8587614	383
+C8587648	383
+C8587650	383
+C8587662	383
+C8587690	383
+C8587694	383
+C8587724	383
+C8587928	383
+C8587954	383
+C8588082	383
+C8588142	383
+C8588150	383
+C8588164	383
+C8588216	383
+Scaffold2535	383
+Scaffold4267	383
+Scaffold750	383
+C8586816	382
+C8586824	382
+C8586826	382
+C8586848	382
+C8586902	382
+C8586914	382
+C8586916	382
+C8586918	382
+C8586922	382
+C8586928	382
+C8587016	382
+C8587044	382
+C8587098	382
+C8587134	382
+C8587150	382
+C8587158	382
+C8587180	382
+C8587200	382
+C8587218	382
+C8587224	382
+C8587230	382
+C8587238	382
+C8587272	382
+C8587316	382
+C8587344	382
+C8587406	382
+C8587408	382
+C8587424	382
+Scaffold1139	382
+C8586138	381
+C8586174	381
+C8586190	381
+C8586196	381
+C8586242	381
+C8586272	381
+C8586328	381
+C8586340	381
+C8586496	381
+C8586498	381
+C8586500	381
+C8586688	381
+C8586706	381
+C8586708	381
+C8586710	381
+C8586756	381
+Scaffold4456	381
+Scaffold6170	381
+C8585424	380
+C8585442	380
+C8585514	380
+C8585542	380
+C8585554	380
+C8585574	380
+C8585602	380
+C8585660	380
+C8585682	380
+C8585692	380
+C8585734	380
+C8585782	380
+C8585872	380
+C8585880	380
+C8585932	380
+C8585940	380
+C8585966	380
+C8585986	380
+C8586008	380
+C8586062	380
+C8586084	380
+C8586130	380
+Scaffold5155	380
+C8584742	379
+C8584756	379
+C8584780	379
+C8584782	379
+C8584832	379
+C8584848	379
+C8584880	379
+C8584906	379
+C8584936	379
+C8584972	379
+C8585000	379
+C8585004	379
+C8585054	379
+C8585092	379
+C8585106	379
+C8585140	379
+C8585144	379
+C8585154	379
+C8585192	379
+C8585206	379
+C8585258	379
+C8585278	379
+C8585312	379
+C8585320	379
+Scaffold5194	379
+C8584012	378
+C8584036	378
+C8584056	378
+C8584198	378
+C8584218	378
+C8584232	378
+C8584254	378
+C8584292	378
+C8584306	378
+C8584320	378
+C8584346	378
+C8584420	378
+C8584452	378
+C8584490	378
+C8584526	378
+C8584530	378
+C8584550	378
+C8584606	378
+C8584608	378
+C8584614	378
+C8584662	378
+C8584682	378
+C8584728	378
+scaffold3668	378
+Scaffold7657	378
+C8583352	377
+C8583366	377
+C8583468	377
+C8583482	377
+C8583484	377
+C8583552	377
+C8583650	377
+C8583652	377
+C8583664	377
+C8583676	377
+C8583696	377
+C8583712	377
+C8583734	377
+C8583826	377
+C8583846	377
+C8583906	377
+Scaffold4676	377
+Scaffold5483	377
+C8582622	376
+C8582662	376
+C8582692	376
+C8582764	376
+C8582776	376
+C8582782	376
+C8582920	376
+C8582938	376
+C8582962	376
+C8583064	376
+C8583108	376
+C8583120	376
+C8583142	376
+C8583212	376
+C8583222	376
+C8583234	376
+C8583238	376
+C8583292	376
+C8583306	376
+C8583308	376
+C8582020	375
+C8582074	375
+C8582116	375
+C8582192	375
+C8582196	375
+C8582244	375
+C8582296	375
+C8582358	375
+C8582376	375
+C8582378	375
+C8582398	375
+C8582458	375
+C8582518	375
+C8582530	375
+Scaffold2085	375
+Scaffold2618	375
+scaffold4141	375
+scaffold4325	375
+C8581238	374
+C8581278	374
+C8581312	374
+C8581342	374
+C8581348	374
+C8581406	374
+C8581444	374
+C8581496	374
+C8581554	374
+C8581638	374
+C8581688	374
+C8581692	374
+C8581704	374
+C8581836	374
+C8581868	374
+Scaffold1838	374
+Scaffold5339	374
+Scaffold6640	374
+Scaffold7672	374
+Scaffold7683	374
+C8580504	373
+C8580518	373
+C8580546	373
+C8580600	373
+C8580654	373
+C8580710	373
+C8580746	373
+C8580756	373
+C8580760	373
+C8580826	373
+C8580934	373
+C8580942	373
+C8580962	373
+C8581014	373
+C8581066	373
+C8581092	373
+C8581108	373
+C8581110	373
+C8581132	373
+C8581144	373
+C8581178	373
+Scaffold6460	373
+C8579730	372
+C8579820	372
+C8579838	372
+C8579858	372
+C8579954	372
+C8580084	372
+C8580092	372
+C8580116	372
+C8580130	372
+C8580170	372
+C8580206	372
+C8580252	372
+C8580270	372
+C8580282	372
+C8580310	372
+C8580408	372
+C8580428	372
+Scaffold3396	372
+Scaffold4611	372
+Scaffold4970	372
+C8579102	371
+C8579142	371
+C8579316	371
+C8579364	371
+C8579432	371
+C8579444	371
+C8579472	371
+C8579490	371
+C8579540	371
+C8579548	371
+C8579598	371
+C8579614	371
+C8579710	371
+Scaffold3194	371
+scaffold3528	371
+Scaffold3749	371
+Scaffold4642	371
+C8578406	370
+C8578428	370
+C8578480	370
+C8578484	370
+C8578506	370
+C8578514	370
+C8578538	370
+C8578558	370
+C8578564	370
+C8578600	370
+C8578644	370
+C8578684	370
+C8578700	370
+C8578714	370
+C8578750	370
+C8578762	370
+C8578840	370
+C8578914	370
+C8578928	370
+C8578948	370
+C8578950	370
+C8578976	370
+C8579038	370
+Scaffold1592	370
+scaffold3269	370
+Scaffold6492	370
+C8577636	369
+C8577662	369
+C8577666	369
+C8577686	369
+C8577688	369
+C8577732	369
+C8577734	369
+C8577752	369
+C8577758	369
+C8577760	369
+C8577790	369
+C8577846	369
+C8577894	369
+C8577904	369
+C8577956	369
+C8577974	369
+C8577976	369
+C8578086	369
+C8578120	369
+C8578130	369
+C8578156	369
+C8578188	369
+C8578190	369
+C8578202	369
+C8578208	369
+C8578212	369
+C8578260	369
+C8578288	369
+C8578304	369
+C8578346	369
+C8576952	368
+C8576954	368
+C8576956	368
+C8576980	368
+C8577006	368
+C8577064	368
+C8577178	368
+C8577180	368
+C8577200	368
+C8577240	368
+C8577324	368
+C8577428	368
+C8577438	368
+C8577460	368
+C8577468	368
+C8577472	368
+C8577510	368
+C8577532	368
+C8577572	368
+C8577578	368
+C8577594	368
+Scaffold3247	368
+Scaffold4573	368
+Scaffold7249	368
+C8576150	367
+C8576160	367
+C8576164	367
+C8576282	367
+C8576300	367
+C8576316	367
+C8576332	367
+C8576342	367
+C8576448	367
+C8576480	367
+C8576482	367
+C8576494	367
+C8576518	367
+C8576570	367
+C8576646	367
+C8576648	367
+C8576678	367
+C8576688	367
+C8576704	367
+C8576798	367
+C8576858	367
+C8576890	367
+C8576896	367
+C8576910	367
+scaffold1283	367
+Scaffold5968	367
+C8575406	366
+C8575446	366
+C8575464	366
+C8575554	366
+C8575566	366
+C8575574	366
+C8575678	366
+C8575694	366
+C8575708	366
+C8575754	366
+C8575756	366
+C8575844	366
+C8575910	366
+C8575950	366
+C8575964	366
+C8576038	366
+C8576098	366
+C8576100	366
+Scaffold1693	366
+C8574746	365
+C8574762	365
+C8574768	365
+C8574782	365
+C8574792	365
+C8574812	365
+C8574824	365
+C8574906	365
+C8574934	365
+C8575010	365
+C8575168	365
+C8575198	365
+C8575202	365
+C8575218	365
+C8575270	365
+C8575286	365
+C8575340	365
+C8575386	365
+Scaffold7015	365
+Scaffold7685	365
+C8574038	364
+C8574046	364
+C8574094	364
+C8574168	364
+C8574202	364
+C8574304	364
+C8574326	364
+C8574344	364
+C8574400	364
+C8574478	364
+C8574544	364
+C8574602	364
+C8574612	364
+C8574616	364
+C8574628	364
+C8574630	364
+C8574694	364
+Scaffold6027	364
+C8573306	363
+C8573318	363
+C8573370	363
+C8573380	363
+C8573464	363
+C8573482	363
+C8573528	363
+C8573546	363
+C8573578	363
+C8573596	363
+C8573636	363
+C8573638	363
+C8573646	363
+C8573652	363
+C8573692	363
+C8573700	363
+C8573710	363
+C8573724	363
+C8573876	363
+C8573892	363
+C8573906	363
+C8573946	363
+C8574012	363
+Scaffold4466	363
+Scaffold7454	363
+Scaffold7551	363
+C8572646	362
+C8572680	362
+C8572808	362
+C8572812	362
+C8572888	362
+C8572966	362
+C8572980	362
+C8573016	362
+C8573020	362
+C8573114	362
+C8573176	362
+C8573198	362
+C8573220	362
+C8573268	362
+C8573282	362
+Scaffold2714	362
+scaffold2875	362
+scaffold6108	362
+Scaffold6768	362
+C8571880	361
+C8571916	361
+C8571954	361
+C8571956	361
+C8572000	361
+C8572022	361
+C8572026	361
+C8572044	361
+C8572084	361
+C8572086	361
+C8572178	361
+C8572206	361
+C8572214	361
+C8572224	361
+C8572268	361
+C8572322	361
+C8572428	361
+C8572486	361
+C8572494	361
+C8572524	361
+C8572530	361
+C8572572	361
+Scaffold4345	361
+Scaffold7509	361
+C8571004	360
+C8571074	360
+C8571104	360
+C8571114	360
+C8571190	360
+C8571200	360
+C8571210	360
+C8571222	360
+C8571228	360
+C8571266	360
+C8571284	360
+C8571368	360
+C8571370	360
+C8571382	360
+C8571414	360
+C8571470	360
+C8571502	360
+C8571532	360
+C8571568	360
+C8571594	360
+C8571598	360
+C8571638	360
+C8571662	360
+C8571778	360
+C8571790	360
+Scaffold3028	360
+Scaffold7412	360
+C8570242	359
+C8570272	359
+C8570314	359
+C8570424	359
+C8570454	359
+C8570466	359
+C8570490	359
+C8570514	359
+C8570672	359
+C8570766	359
+C8570840	359
+C8570846	359
+C8570878	359
+C8570922	359
+C8570928	359
+C8570952	359
+C8570960	359
+Scaffold4694	359
+C8569534	358
+C8569574	358
+C8569580	358
+C8569598	358
+C8569664	358
+C8569692	358
+C8569710	358
+C8569750	358
+C8569788	358
+C8569870	358
+C8569924	358
+C8569960	358
+C8569988	358
+C8569994	358
+C8570058	358
+C8570160	358
+C8570172	358
+Scaffold5226	358
+C8568784	357
+C8568848	357
+C8568864	357
+C8568876	357
+C8568914	357
+C8568940	357
+C8568952	357
+C8568978	357
+C8569032	357
+C8569034	357
+C8569040	357
+C8569056	357
+C8569208	357
+C8569216	357
+C8569226	357
+C8569252	357
+C8569292	357
+C8569334	357
+C8569362	357
+C8569368	357
+C8569406	357
+C8569484	357
+C8569494	357
+C8569498	357
+C8569516	357
+C8569524	357
+Scaffold1946	357
+Scaffold6812	357
+C8568090	356
+C8568138	356
+C8568214	356
+C8568240	356
+C8568256	356
+C8568266	356
+C8568278	356
+C8568342	356
+C8568396	356
+C8568466	356
+C8568506	356
+C8568512	356
+C8568592	356
+C8568608	356
+C8568690	356
+C8568692	356
+C8568710	356
+C8568726	356
+C8568732	356
+C8568762	356
+C8568770	356
+Scaffold1407	356
+Scaffold1961	356
+Scaffold6155	356
+Scaffold7459	356
+Scaffold7545	356
+C8567358	355
+C8567400	355
+C8567418	355
+C8567452	355
+C8567502	355
+C8567586	355
+C8567662	355
+C8567718	355
+C8567752	355
+C8567776	355
+C8567780	355
+C8567824	355
+C8567840	355
+C8567942	355
+C8568014	355
+C8568022	355
+C8568026	355
+C8568030	355
+C8568054	355
+Scaffold4435	355
+Scaffold5400	355
+C8566554	354
+C8566632	354
+C8566684	354
+C8566716	354
+C8566738	354
+C8566748	354
+C8566786	354
+C8566950	354
+C8566956	354
+C8566960	354
+C8566978	354
+C8567022	354
+C8567026	354
+C8567030	354
+C8567112	354
+C8567120	354
+C8567140	354
+C8567164	354
+C8567198	354
+C8567242	354
+C8567244	354
+C8567260	354
+C8567262	354
+Scaffold7553	354
+C8565840	353
+C8565866	353
+C8565884	353
+C8565948	353
+C8565972	353
+C8565988	353
+C8566006	353
+C8566018	353
+C8566078	353
+C8566188	353
+C8566344	353
+C8566354	353
+C8566360	353
+C8566366	353
+C8566382	353
+C8566472	353
+C8566528	353
+Scaffold4646	353
+Scaffold5363	353
+Scaffold7053	353
+C8565058	352
+C8565114	352
+C8565208	352
+C8565230	352
+C8565232	352
+C8565262	352
+C8565296	352
+C8565350	352
+C8565406	352
+C8565492	352
+C8565534	352
+C8565566	352
+C8565590	352
+C8565604	352
+C8565616	352
+C8565620	352
+C8565714	352
+C8565720	352
+C8565790	352
+Scaffold1970	352
+Scaffold5868	352
+Scaffold7245	352
+C8564236	351
+C8564298	351
+C8564316	351
+C8564356	351
+C8564364	351
+C8564378	351
+C8564388	351
+C8564420	351
+C8564436	351
+C8564454	351
+C8564506	351
+C8564552	351
+C8564634	351
+C8564646	351
+C8564804	351
+C8564816	351
+C8564858	351
+C8564860	351
+C8564886	351
+C8564892	351
+C8564894	351
+C8564908	351
+C8564914	351
+C8564916	351
+C8564920	351
+C8564928	351
+C8564984	351
+C8564988	351
+C8563438	350
+C8563462	350
+C8563488	350
+C8563558	350
+C8563562	350
+C8563596	350
+C8563700	350
+C8563720	350
+C8563742	350
+C8563814	350
+C8563866	350
+C8563870	350
+C8563886	350
+C8563984	350
+C8564022	350
+C8564058	350
+C8564076	350
+C8564100	350
+C8564198	350
+C8564222	350
+C8562662	349
+C8562666	349
+C8562672	349
+C8562730	349
+C8562786	349
+C8562794	349
+C8562808	349
+C8562816	349
+C8562868	349
+C8563028	349
+C8563038	349
+C8563044	349
+C8563124	349
+C8563200	349
+C8563206	349
+C8563248	349
+C8563274	349
+C8563294	349
+C8563310	349
+C8563338	349
+C8563394	349
+Scaffold2469	349
+Scaffold7217	349
+C8561864	348
+C8561876	348
+C8561892	348
+C8561902	348
+C8561918	348
+C8561950	348
+C8561960	348
+C8561966	348
+C8561974	348
+C8562002	348
+C8562032	348
+C8562056	348
+C8562130	348
+C8562142	348
+C8562144	348
+C8562278	348
+C8562320	348
+C8562350	348
+C8562470	348
+C8562472	348
+C8562480	348
+C8562494	348
+Scaffold4321	348
+Scaffold7643	348
+Scaffold7677	348
+C8561026	347
+C8561048	347
+C8561056	347
+C8561128	347
+C8561214	347
+C8561238	347
+C8561246	347
+C8561260	347
+C8561268	347
+C8561276	347
+C8561326	347
+C8561332	347
+C8561334	347
+C8561346	347
+C8561356	347
+C8561492	347
+C8561538	347
+C8561540	347
+C8561560	347
+C8561580	347
+C8561612	347
+C8561684	347
+C8561736	347
+C8561764	347
+C8561796	347
+C8561802	347
+C8560276	346
+C8560442	346
+C8560448	346
+C8560532	346
+C8560572	346
+C8560578	346
+C8560602	346
+C8560654	346
+C8560656	346
+C8560664	346
+C8560734	346
+C8560762	346
+C8560778	346
+C8560826	346
+C8560926	346
+C8560928	346
+C8560940	346
+C8560960	346
+C8560980	346
+Scaffold2087	346
+Scaffold3956	346
+Scaffold6757	346
+C8559400	345
+C8559460	345
+C8559506	345
+C8559536	345
+C8559550	345
+C8559590	345
+C8559606	345
+C8559684	345
+C8559718	345
+C8559738	345
+C8559750	345
+C8559822	345
+C8559850	345
+C8559888	345
+C8559894	345
+C8559900	345
+C8559932	345
+C8559978	345
+C8559982	345
+C8559998	345
+C8560052	345
+C8560112	345
+C8560172	345
+C8560190	345
+C8558684	344
+C8558696	344
+C8558732	344
+C8558744	344
+C8558750	344
+C8558868	344
+C8558872	344
+C8558912	344
+C8558930	344
+C8558976	344
+C8559018	344
+C8559062	344
+C8559102	344
+C8559108	344
+C8559110	344
+C8559164	344
+C8559190	344
+C8559206	344
+C8559210	344
+C8559216	344
+C8559246	344
+C8559248	344
+C8559344	344
+Scaffold2357	344
+Scaffold3823	344
+Scaffold4843	344
+Scaffold5227	344
+Scaffold5475	344
+Scaffold5696	344
+Scaffold6120	344
+Scaffold7622	344
+Scaffold7634	344
+C8557774	343
+C8557782	343
+C8557786	343
+C8557810	343
+C8557826	343
+C8557860	343
+C8557872	343
+C8558000	343
+C8558010	343
+C8558014	343
+C8558016	343
+C8558018	343
+C8558028	343
+C8558072	343
+C8558074	343
+C8558084	343
+C8558208	343
+C8558216	343
+C8558292	343
+C8558318	343
+C8558372	343
+C8558394	343
+C8558396	343
+C8558592	343
+Scaffold6905	343
+C8556952	342
+C8556958	342
+C8556964	342
+C8557050	342
+C8557142	342
+C8557146	342
+C8557150	342
+C8557158	342
+C8557196	342
+C8557364	342
+C8557448	342
+C8557452	342
+C8557486	342
+C8557532	342
+C8557574	342
+C8557590	342
+C8557596	342
+C8557598	342
+C8557616	342
+C8557634	342
+C8557642	342
+C8557664	342
+C8557698	342
+C8557762	342
+C8556058	341
+C8556248	341
+C8556252	341
+C8556282	341
+C8556342	341
+C8556408	341
+C8556452	341
+C8556468	341
+C8556470	341
+C8556508	341
+C8556516	341
+C8556528	341
+C8556530	341
+C8556572	341
+C8556614	341
+C8556710	341
+C8556728	341
+C8556786	341
+C8556848	341
+C8555240	340
+C8555258	340
+C8555270	340
+C8555286	340
+C8555356	340
+C8555360	340
+C8555404	340
+C8555424	340
+C8555460	340
+C8555492	340
+C8555560	340
+C8555580	340
+C8555612	340
+C8555634	340
+C8555678	340
+C8555688	340
+C8555732	340
+C8555816	340
+C8555838	340
+C8555850	340
+C8555866	340
+C8555874	340
+C8555912	340
+C8555920	340
+C8556020	340
+Scaffold1978	340
+Scaffold4796	340
+Scaffold6557	340
+C8554424	339
+C8554440	339
+C8554504	339
+C8554524	339
+C8554606	339
+C8554608	339
+C8554640	339
+C8554688	339
+C8554754	339
+C8554800	339
+C8554870	339
+C8554892	339
+C8554900	339
+C8554902	339
+C8554992	339
+C8555034	339
+C8555054	339
+C8555080	339
+C8555116	339
+C8555128	339
+C8555184	339
+C8555198	339
+C8555212	339
+Scaffold2381	339
+Scaffold4641	339
+Scaffold6975	339
+Scaffold7668	339
+C8553562	338
+C8553574	338
+C8553576	338
+C8553684	338
+C8553742	338
+C8553744	338
+C8553754	338
+C8553792	338
+C8553842	338
+C8553906	338
+C8553910	338
+C8553964	338
+C8554038	338
+C8554052	338
+C8554056	338
+C8554058	338
+C8554078	338
+C8554086	338
+C8554114	338
+C8554164	338
+C8554172	338
+C8554182	338
+C8554190	338
+C8554222	338
+C8554228	338
+C8554248	338
+C8554294	338
+C8554310	338
+C8554312	338
+C8554330	338
+Scaffold2468	338
+Scaffold6895	338
+C8552660	337
+C8552676	337
+C8552730	337
+C8552750	337
+C8552762	337
+C8552774	337
+C8552828	337
+C8552832	337
+C8552922	337
+C8552936	337
+C8552950	337
+C8553092	337
+C8553228	337
+C8553242	337
+C8553264	337
+C8553332	337
+C8553352	337
+C8553364	337
+C8553374	337
+C8553380	337
+C8553382	337
+C8553402	337
+C8553420	337
+C8553510	337
+C8553514	337
+Scaffold3443	337
+Scaffold4001	337
+Scaffold4994	337
+C8551818	336
+C8551822	336
+C8551850	336
+C8551866	336
+C8551876	336
+C8551886	336
+C8551896	336
+C8551912	336
+C8551950	336
+C8552000	336
+C8552134	336
+C8552156	336
+C8552158	336
+C8552162	336
+C8552166	336
+C8552210	336
+C8552382	336
+C8552460	336
+C8552476	336
+C8552510	336
+C8552512	336
+Scaffold1696	336
+scaffold3207	336
+Scaffold4052	336
+C8550884	335
+C8550920	335
+C8550946	335
+C8550978	335
+C8550992	335
+C8551128	335
+C8551148	335
+C8551172	335
+C8551210	335
+C8551268	335
+C8551280	335
+C8551350	335
+C8551386	335
+C8551420	335
+C8551502	335
+C8551510	335
+C8551524	335
+C8551580	335
+C8551648	335
+C8551658	335
+C8551716	335
+C8551748	335
+Scaffold5376	335
+Scaffold6274	335
+C8549998	334
+C8550070	334
+C8550152	334
+C8550168	334
+C8550200	334
+C8550242	334
+C8550272	334
+C8550286	334
+C8550324	334
+C8550378	334
+C8550452	334
+C8550488	334
+C8550492	334
+C8550566	334
+C8550568	334
+C8550572	334
+C8550590	334
+C8550598	334
+C8550602	334
+C8550634	334
+C8550726	334
+C8550738	334
+C8550792	334
+C8550810	334
+Scaffold2369	334
+Scaffold3811	334
+Scaffold6952	334
+Scaffold7395	334
+Scaffold7535	334
+C8549120	333
+C8549172	333
+C8549218	333
+C8549230	333
+C8549266	333
+C8549300	333
+C8549356	333
+C8549368	333
+C8549408	333
+C8549466	333
+C8549498	333
+C8549588	333
+C8549618	333
+C8549726	333
+C8549758	333
+C8549818	333
+C8549886	333
+C8549918	333
+Scaffold1912	333
+Scaffold3183	333
+Scaffold3221	333
+Scaffold5758	333
+Scaffold7300	333
+C8548168	332
+C8548176	332
+C8548182	332
+C8548194	332
+C8548200	332
+C8548206	332
+C8548252	332
+C8548284	332
+C8548334	332
+C8548368	332
+C8548374	332
+C8548420	332
+C8548422	332
+C8548428	332
+C8548472	332
+C8548522	332
+C8548556	332
+C8548584	332
+C8548586	332
+C8548588	332
+C8548638	332
+C8548650	332
+C8548674	332
+C8548698	332
+C8548746	332
+C8548774	332
+C8548818	332
+C8548846	332
+C8548914	332
+C8548924	332
+C8548984	332
+C8548992	332
+C8549014	332
+C8549038	332
+C8549050	332
+scaffold4508	332
+Scaffold5347	332
+Scaffold5908	332
+C8547264	331
+C8547320	331
+C8547324	331
+C8547330	331
+C8547338	331
+C8547350	331
+C8547352	331
+C8547448	331
+C8547454	331
+C8547538	331
+C8547584	331
+C8547586	331
+C8547798	331
+C8547804	331
+C8547828	331
+C8547924	331
+C8547944	331
+C8547948	331
+C8547974	331
+C8547988	331
+C8548028	331
+C8548034	331
+C8548108	331
+scaffold2851	331
+Scaffold5289	331
+Scaffold5782	331
+Scaffold6247	331
+Scaffold867	331
+C8546428	330
+C8546436	330
+C8546492	330
+C8546520	330
+C8546528	330
+C8546614	330
+C8546694	330
+C8546714	330
+C8546724	330
+C8546782	330
+C8546786	330
+C8546874	330
+C8546880	330
+C8546944	330
+C8547010	330
+C8547048	330
+C8547056	330
+C8547134	330
+C8547154	330
+C8547182	330
+C8547220	330
+Scaffold5175	330
+Scaffold7378	330
+C8545470	329
+C8545492	329
+C8545514	329
+C8545532	329
+C8545562	329
+C8545570	329
+C8545578	329
+C8545622	329
+C8545650	329
+C8545654	329
+C8545690	329
+C8545756	329
+C8545820	329
+C8545842	329
+C8545912	329
+C8545938	329
+C8545946	329
+C8545964	329
+C8545990	329
+C8546000	329
+C8546016	329
+C8546088	329
+C8546144	329
+C8546168	329
+C8546194	329
+C8546216	329
+C8546272	329
+C8546288	329
+C8546342	329
+C8546358	329
+Scaffold3584	329
+Scaffold6700	329
+C8544482	328
+C8544488	328
+C8544542	328
+C8544578	328
+C8544594	328
+C8544610	328
+C8544628	328
+C8544640	328
+C8544656	328
+C8544678	328
+C8544690	328
+C8544708	328
+C8544718	328
+C8544776	328
+C8544936	328
+C8545010	328
+C8545062	328
+C8545092	328
+C8545122	328
+C8545124	328
+C8545182	328
+C8545186	328
+C8545250	328
+C8545274	328
+C8545308	328
+C8545310	328
+C8545336	328
+C8545394	328
+C8545396	328
+C8545404	328
+C8545430	328
+Scaffold5549	328
+Scaffold7268	328
+C8543516	327
+C8543546	327
+C8543548	327
+C8543562	327
+C8543574	327
+C8543624	327
+C8543692	327
+C8543698	327
+C8543724	327
+C8543788	327
+C8543814	327
+C8543832	327
+C8543846	327
+C8543864	327
+C8543870	327
+C8543918	327
+C8543976	327
+C8543982	327
+C8543996	327
+C8544012	327
+C8544030	327
+C8544038	327
+C8544126	327
+C8544194	327
+C8544256	327
+C8544278	327
+C8544292	327
+C8544310	327
+C8544332	327
+C8544392	327
+C8544452	327
+Scaffold2635	327
+Scaffold4146	327
+Scaffold4947	327
+Scaffold6384	327
+C8542628	326
+C8542664	326
+C8542688	326
+C8542714	326
+C8542768	326
+C8542780	326
+C8542796	326
+C8542876	326
+C8542902	326
+C8542936	326
+C8542992	326
+C8542994	326
+C8543062	326
+C8543082	326
+C8543108	326
+C8543214	326
+C8543236	326
+C8543326	326
+C8543336	326
+C8543356	326
+C8543388	326
+C8543428	326
+C8543444	326
+C8543450	326
+C8543452	326
+C8543460	326
+scaffold2096	326
+Scaffold2518	326
+Scaffold7561	326
+C8541722	325
+C8541734	325
+C8541782	325
+C8541810	325
+C8541826	325
+C8541832	325
+C8541874	325
+C8541970	325
+C8542072	325
+C8542082	325
+C8542200	325
+C8542266	325
+C8542274	325
+C8542324	325
+C8542330	325
+C8542342	325
+C8542346	325
+C8542356	325
+C8542406	325
+C8542420	325
+C8542460	325
+C8542484	325
+C8542494	325
+C8542534	325
+C8542552	325
+C8542590	325
+C8542602	325
+C8542610	325
+Scaffold4815	325
+Scaffold5870	325
+C8540808	324
+C8540886	324
+C8540922	324
+C8540986	324
+C8541000	324
+C8541026	324
+C8541080	324
+C8541088	324
+C8541094	324
+C8541106	324
+C8541222	324
+C8541294	324
+C8541346	324
+C8541442	324
+C8541452	324
+C8541486	324
+C8541508	324
+C8541512	324
+C8541542	324
+C8541560	324
+C8541564	324
+C8541590	324
+C8541674	324
+Scaffold6376	324
+Scaffold6463	324
+Scaffold6657	324
+Scaffold6899	324
+C8539808	323
+C8539816	323
+C8539842	323
+C8539874	323
+C8539876	323
+C8539974	323
+C8540022	323
+C8540032	323
+C8540074	323
+C8540082	323
+C8540102	323
+C8540166	323
+C8540190	323
+C8540288	323
+C8540302	323
+C8540334	323
+C8540336	323
+C8540342	323
+C8540368	323
+C8540374	323
+C8540418	323
+C8540462	323
+C8540500	323
+C8540574	323
+C8540600	323
+C8540614	323
+C8540706	323
+C8540714	323
+C8540748	323
+C8540764	323
+C8538832	322
+C8538852	322
+C8538878	322
+C8538880	322
+C8538926	322
+C8538932	322
+C8538950	322
+C8538968	322
+C8538980	322
+C8539092	322
+C8539176	322
+C8539224	322
+C8539274	322
+C8539292	322
+C8539364	322
+C8539482	322
+C8539536	322
+C8539554	322
+C8539562	322
+C8539574	322
+C8539602	322
+C8539612	322
+C8539640	322
+C8539666	322
+C8539714	322
+C8539772	322
+Scaffold3898	322
+Scaffold6745	322
+Scaffold7659	322
+C8537932	321
+C8537956	321
+C8537966	321
+C8537998	321
+C8538104	321
+C8538120	321
+C8538128	321
+C8538130	321
+C8538142	321
+C8538144	321
+C8538148	321
+C8538182	321
+C8538226	321
+C8538230	321
+C8538236	321
+C8538238	321
+C8538242	321
+C8538252	321
+C8538264	321
+C8538286	321
+C8538292	321
+C8538294	321
+C8538364	321
+C8538460	321
+C8538496	321
+C8538512	321
+C8538514	321
+C8538570	321
+C8538574	321
+C8538670	321
+C8538712	321
+C8538730	321
+C8538738	321
+C8538802	321
+Scaffold5881	321
+Scaffold7061	321
+Scaffold7079	321
+Scaffold7344	321
+C8536898	320
+C8536978	320
+C8536982	320
+C8537010	320
+C8537016	320
+C8537028	320
+C8537030	320
+C8537040	320
+C8537078	320
+C8537200	320
+C8537220	320
+C8537230	320
+C8537238	320
+C8537268	320
+C8537280	320
+C8537288	320
+C8537300	320
+C8537324	320
+C8537370	320
+C8537384	320
+C8537398	320
+C8537418	320
+C8537422	320
+C8537428	320
+C8537446	320
+C8537450	320
+C8537458	320
+C8537474	320
+C8537482	320
+C8537500	320
+C8537514	320
+C8537560	320
+C8537566	320
+C8537610	320
+C8537642	320
+C8537706	320
+C8537742	320
+C8537752	320
+C8537766	320
+C8537798	320
+C8537824	320
+Scaffold5876	320
+Scaffold596	320
+Scaffold7493	320
+C8535946	319
+C8535968	319
+C8535984	319
+C8536008	319
+C8536044	319
+C8536056	319
+C8536064	319
+C8536104	319
+C8536106	319
+C8536126	319
+C8536130	319
+C8536180	319
+C8536210	319
+C8536214	319
+C8536222	319
+C8536248	319
+C8536320	319
+C8536390	319
+C8536414	319
+C8536476	319
+C8536480	319
+C8536488	319
+C8536490	319
+C8536502	319
+C8536560	319
+C8536570	319
+C8536578	319
+C8536636	319
+C8536638	319
+C8536678	319
+C8536712	319
+C8536734	319
+C8536744	319
+C8536794	319
+C8536808	319
+C8536876	319
+Scaffold5526	319
+Scaffold6984	319
+Scaffold7405	319
+Scaffold7415	319
+Scaffold7641	319
+C8534890	318
+C8534908	318
+C8534916	318
+C8534944	318
+C8535028	318
+C8535038	318
+C8535090	318
+C8535102	318
+C8535204	318
+C8535276	318
+C8535284	318
+C8535302	318
+C8535402	318
+C8535484	318
+C8535528	318
+C8535548	318
+C8535556	318
+C8535558	318
+C8535578	318
+C8535620	318
+C8535722	318
+C8535766	318
+C8535812	318
+C8535830	318
+C8535838	318
+C8535866	318
+C8535880	318
+C8535890	318
+Scaffold1579	318
+Scaffold3444	318
+Scaffold5364	318
+Scaffold6966	318
+C8533880	317
+C8533934	317
+C8533966	317
+C8534036	317
+C8534076	317
+C8534080	317
+C8534120	317
+C8534132	317
+C8534170	317
+C8534172	317
+C8534188	317
+C8534300	317
+C8534318	317
+C8534334	317
+C8534340	317
+C8534342	317
+C8534352	317
+C8534384	317
+C8534430	317
+C8534566	317
+C8534606	317
+C8534618	317
+C8534674	317
+C8534700	317
+C8534710	317
+C8534722	317
+C8534734	317
+C8534742	317
+C8534764	317
+C8534782	317
+C8534826	317
+C8534852	317
+C8534870	317
+C8534880	317
+Scaffold2680	317
+scaffold3154	317
+scaffold4083	317
+Scaffold4148	317
+Scaffold6931	317
+Scaffold7625	317
+C8532778	316
+C8532786	316
+C8532818	316
+C8532906	316
+C8532992	316
+C8532998	316
+C8533040	316
+C8533042	316
+C8533146	316
+C8533230	316
+C8533284	316
+C8533392	316
+C8533416	316
+C8533440	316
+C8533454	316
+C8533514	316
+C8533560	316
+C8533600	316
+C8533614	316
+C8533624	316
+C8533722	316
+C8533760	316
+C8533766	316
+C8533778	316
+C8533816	316
+C8533820	316
+C8533822	316
+Scaffold3070	316
+C8531724	315
+C8531750	315
+C8531782	315
+C8531808	315
+C8531854	315
+C8531870	315
+C8531894	315
+C8531902	315
+C8531958	315
+C8531980	315
+C8532020	315
+C8532066	315
+C8532068	315
+C8532134	315
+C8532238	315
+C8532240	315
+C8532272	315
+C8532286	315
+C8532376	315
+C8532406	315
+C8532444	315
+C8532458	315
+C8532524	315
+C8532536	315
+C8532606	315
+C8532702	315
+C8532736	315
+C8532754	315
+C8532756	315
+Scaffold4550	315
+Scaffold5845	315
+C8530612	314
+C8530674	314
+C8530728	314
+C8530730	314
+C8530798	314
+C8530898	314
+C8530924	314
+C8530938	314
+C8530948	314
+C8530968	314
+C8530994	314
+C8531038	314
+C8531044	314
+C8531048	314
+C8531056	314
+C8531070	314
+C8531226	314
+C8531242	314
+C8531246	314
+C8531268	314
+C8531276	314
+C8531290	314
+C8531294	314
+C8531340	314
+C8531344	314
+C8531348	314
+C8531352	314
+C8531428	314
+C8531476	314
+C8531502	314
+C8531512	314
+C8531558	314
+C8531578	314
+C8531632	314
+C8531652	314
+C8531660	314
+C8531664	314
+C8531690	314
+Scaffold2937	314
+Scaffold3423	314
+Scaffold5493	314
+Scaffold6021	314
+Scaffold6185	314
+Scaffold6663	314
+Scaffold7130	314
+C8529566	313
+C8529586	313
+C8529600	313
+C8529608	313
+C8529654	313
+C8529666	313
+C8529690	313
+C8529708	313
+C8529712	313
+C8529790	313
+C8529800	313
+C8529830	313
+C8529852	313
+C8529888	313
+C8529962	313
+C8529970	313
+C8529998	313
+C8530056	313
+C8530096	313
+C8530104	313
+C8530146	313
+C8530266	313
+C8530344	313
+C8530358	313
+C8530362	313
+C8530382	313
+C8530432	313
+C8530450	313
+C8530496	313
+C8530500	313
+C8530556	313
+C8530580	313
+Scaffold5596	313
+C8528530	312
+C8528576	312
+C8528594	312
+C8528614	312
+C8528678	312
+C8528692	312
+C8528730	312
+C8528732	312
+C8528782	312
+C8528796	312
+C8528802	312
+C8528854	312
+C8528924	312
+C8528966	312
+C8528992	312
+C8528998	312
+C8529004	312
+C8529054	312
+C8529184	312
+C8529204	312
+C8529250	312
+C8529290	312
+C8529300	312
+C8529326	312
+C8529374	312
+C8529410	312
+C8529448	312
+C8529530	312
+C8529548	312
+Scaffold3612	312
+Scaffold7410	312
+C8527564	311
+C8527568	311
+C8527632	311
+C8527664	311
+C8527680	311
+C8527754	311
+C8527816	311
+C8527824	311
+C8527834	311
+C8527840	311
+C8527842	311
+C8527894	311
+C8527908	311
+C8527930	311
+C8527954	311
+C8527964	311
+C8527966	311
+C8527968	311
+C8527972	311
+C8527994	311
+C8528008	311
+C8528088	311
+C8528122	311
+C8528126	311
+C8528138	311
+C8528158	311
+C8528178	311
+C8528192	311
+C8528208	311
+C8528210	311
+C8528268	311
+C8528274	311
+C8528324	311
+C8528352	311
+C8528362	311
+C8528366	311
+C8528386	311
+C8528432	311
+C8528464	311
+C8528470	311
+Scaffold6616	311
+Scaffold7175	311
+Scaffold7252	311
+Scaffold7254	311
+C8526380	310
+C8526460	310
+C8526468	310
+C8526472	310
+C8526486	310
+C8526550	310
+C8526598	310
+C8526644	310
+C8526750	310
+C8526766	310
+C8526842	310
+C8526860	310
+C8526878	310
+C8527032	310
+C8527076	310
+C8527090	310
+C8527120	310
+C8527136	310
+C8527142	310
+C8527148	310
+C8527170	310
+C8527202	310
+C8527208	310
+C8527210	310
+C8527224	310
+C8527236	310
+C8527254	310
+C8527320	310
+C8527370	310
+C8527384	310
+C8527404	310
+C8527410	310
+C8527420	310
+C8527438	310
+C8527474	310
+Scaffold1757	310
+Scaffold2604	310
+Scaffold4135	310
+Scaffold5961	310
+C8525346	309
+C8525360	309
+C8525378	309
+C8525388	309
+C8525474	309
+C8525478	309
+C8525496	309
+C8525500	309
+C8525502	309
+C8525512	309
+C8525528	309
+C8525544	309
+C8525564	309
+C8525618	309
+C8525630	309
+C8525654	309
+C8525682	309
+C8525692	309
+C8525774	309
+C8525790	309
+C8525824	309
+C8525856	309
+C8525858	309
+C8525878	309
+C8525972	309
+C8526038	309
+C8526046	309
+C8526062	309
+C8526142	309
+C8526148	309
+C8526158	309
+C8526168	309
+C8526196	309
+C8526224	309
+C8526284	309
+C8526290	309
+C8526310	309
+C8526360	309
+C8526368	309
+Scaffold2902	309
+scaffold3255	309
+Scaffold4460	309
+Scaffold6138	309
+Scaffold6832	309
+Scaffold7436	309
+Scaffold912	309
+C8524312	308
+C8524322	308
+C8524342	308
+C8524346	308
+C8524350	308
+C8524390	308
+C8524404	308
+C8524420	308
+C8524442	308
+C8524484	308
+C8524504	308
+C8524608	308
+C8524610	308
+C8524618	308
+C8524620	308
+C8524638	308
+C8524652	308
+C8524678	308
+C8524704	308
+C8524706	308
+C8524744	308
+C8524764	308
+C8524766	308
+C8524790	308
+C8524800	308
+C8524952	308
+C8525018	308
+C8525066	308
+C8525084	308
+C8525098	308
+C8525130	308
+scaffold2699	308
+Scaffold4111	308
+Scaffold4936	308
+Scaffold5964	308
+Scaffold7631	308
+C8523282	307
+C8523368	307
+C8523414	307
+C8523430	307
+C8523440	307
+C8523466	307
+C8523570	307
+C8523576	307
+C8523602	307
+C8523604	307
+C8523622	307
+C8523634	307
+C8523672	307
+C8523728	307
+C8523750	307
+C8523780	307
+C8523792	307
+C8523818	307
+C8523846	307
+C8523848	307
+C8523932	307
+C8523980	307
+C8523984	307
+C8524028	307
+C8524050	307
+C8524064	307
+C8524152	307
+C8524164	307
+C8524182	307
+Scaffold1822	307
+Scaffold2464	307
+Scaffold6004	307
+Scaffold6562	307
+Scaffold6623	307
+C8522152	306
+C8522184	306
+C8522192	306
+C8522196	306
+C8522272	306
+C8522312	306
+C8522336	306
+C8522352	306
+C8522356	306
+C8522384	306
+C8522414	306
+C8522442	306
+C8522446	306
+C8522456	306
+C8522476	306
+C8522506	306
+C8522516	306
+C8522562	306
+C8522578	306
+C8522582	306
+C8522612	306
+C8522626	306
+C8522722	306
+C8522732	306
+C8522734	306
+C8522738	306
+C8522844	306
+C8522928	306
+C8522968	306
+C8523002	306
+C8523014	306
+C8523020	306
+C8523032	306
+C8523092	306
+C8523116	306
+C8523140	306
+C8523174	306
+C8523176	306
+C8523194	306
+C8523208	306
+C8523210	306
+Scaffold1707	306
+Scaffold1897	306
+Scaffold3376	306
+Scaffold3872	306
+Scaffold4049	306
+Scaffold4294	306
+Scaffold4465	306
+Scaffold7115	306
+C8521068	305
+C8521074	305
+C8521078	305
+C8521122	305
+C8521212	305
+C8521276	305
+C8521304	305
+C8521402	305
+C8521408	305
+C8521414	305
+C8521468	305
+C8521482	305
+C8521558	305
+C8521606	305
+C8521652	305
+C8521696	305
+C8521734	305
+C8521770	305
+C8521782	305
+C8521794	305
+C8521852	305
+C8521874	305
+C8521902	305
+C8521904	305
+C8521956	305
+C8521986	305
+C8522014	305
+Scaffold2887	305
+Scaffold4189	305
+Scaffold6942	305
+C8519950	304
+C8519988	304
+C8520022	304
+C8520078	304
+C8520136	304
+C8520168	304
+C8520172	304
+C8520212	304
+C8520244	304
+C8520268	304
+C8520270	304
+C8520272	304
+C8520324	304
+C8520364	304
+C8520394	304
+C8520398	304
+C8520444	304
+C8520450	304
+C8520476	304
+C8520478	304
+C8520484	304
+C8520508	304
+C8520624	304
+C8520634	304
+C8520640	304
+C8520660	304
+C8520836	304
+C8520914	304
+C8520984	304
+C8520988	304
+Scaffold3941	304
+Scaffold5539	304
+Scaffold7455	304
+C8518964	303
+C8518978	303
+C8519012	303
+C8519134	303
+C8519142	303
+C8519276	303
+C8519370	303
+C8519390	303
+C8519402	303
+C8519404	303
+C8519438	303
+C8519448	303
+C8519466	303
+C8519474	303
+C8519518	303
+C8519528	303
+C8519586	303
+C8519612	303
+C8519642	303
+C8519664	303
+C8519792	303
+C8519808	303
+C8519816	303
+C8519840	303
+C8519848	303
+Scaffold2144	303
+Scaffold2412	303
+Scaffold6535	303
+Scaffold6699	303
+Scaffold7552	303
+C8517960	302
+C8518002	302
+C8518012	302
+C8518028	302
+C8518046	302
+C8518092	302
+C8518104	302
+C8518122	302
+C8518136	302
+C8518146	302
+C8518166	302
+C8518180	302
+C8518192	302
+C8518200	302
+C8518226	302
+C8518246	302
+C8518262	302
+C8518278	302
+C8518288	302
+C8518312	302
+C8518314	302
+C8518346	302
+C8518360	302
+C8518468	302
+C8518528	302
+C8518634	302
+C8518644	302
+C8518726	302
+C8518780	302
+C8518794	302
+C8518924	302
+C8518934	302
+C8518936	302
+Scaffold3056	302
+Scaffold3341	302
+Scaffold5001	302
+Scaffold6968	302
+Scaffold7231	302
+C8516718	301
+C8516720	301
+C8516724	301
+C8516726	301
+C8516776	301
+C8516784	301
+C8516792	301
+C8516800	301
+C8516874	301
+C8516930	301
+C8516954	301
+C8516982	301
+C8517008	301
+C8517046	301
+C8517062	301
+C8517150	301
+C8517154	301
+C8517196	301
+C8517228	301
+C8517246	301
+C8517258	301
+C8517264	301
+C8517274	301
+C8517376	301
+C8517386	301
+C8517404	301
+C8517416	301
+C8517430	301
+C8517448	301
+C8517468	301
+C8517472	301
+C8517476	301
+C8517480	301
+C8517530	301
+C8517552	301
+C8517592	301
+C8517654	301
+C8517658	301
+C8517676	301
+C8517692	301
+C8517718	301
+C8517720	301
+C8517766	301
+C8517768	301
+C8517776	301
+C8517812	301
+C8517826	301
+Scaffold2500	301
+Scaffold4574	301
+Scaffold6856	301
+Scaffold6897	301
+Scaffold7070	301
+Scaffold7151	301
+Scaffold7666	301
+C8515490	300
+C8515492	300
+C8515534	300
+C8515552	300
+C8515574	300
+C8515580	300
+C8515710	300
+C8515746	300
+C8515784	300
+C8515788	300
+C8515838	300
+C8515936	300
+C8515962	300
+C8515994	300
+C8516028	300
+C8516034	300
+C8516060	300
+C8516066	300
+C8516130	300
+C8516158	300
+C8516192	300
+C8516208	300
+C8516278	300
+C8516286	300
+C8516290	300
+C8516362	300
+C8516382	300
+C8516422	300
+C8516434	300
+C8516436	300
+C8516444	300
+C8516448	300
+C8516466	300
+C8516474	300
+C8516478	300
+C8516558	300
+C8516640	300
+C8516678	300
+Scaffold3911	300
+Scaffold5700	300
+Scaffold6903	300
+Scaffold7071	300
+C8514362	299
+C8514390	299
+C8514438	299
+C8514458	299
+C8514468	299
+C8514482	299
+C8514484	299
+C8514530	299
+C8514534	299
+C8514540	299
+C8514554	299
+C8514564	299
+C8514680	299
+C8514712	299
+C8514714	299
+C8514720	299
+C8514750	299
+C8514770	299
+C8514790	299
+C8514794	299
+C8514804	299
+C8514808	299
+C8514834	299
+C8514860	299
+C8514912	299
+C8514944	299
+C8514958	299
+C8514984	299
+C8515016	299
+C8515070	299
+C8515122	299
+C8515128	299
+C8515166	299
+C8515176	299
+C8515206	299
+C8515222	299
+C8515230	299
+C8515306	299
+C8515378	299
+C8515390	299
+C8515392	299
+C8515402	299
+C8515408	299
+C8515452	299
+Scaffold2141	299
+Scaffold3261	299
+Scaffold4543	299
+Scaffold4659	299
+Scaffold5889	299
+Scaffold6740	299
+C8513160	298
+C8513164	298
+C8513220	298
+C8513232	298
+C8513234	298
+C8513260	298
+C8513284	298
+C8513302	298
+C8513368	298
+C8513380	298
+C8513438	298
+C8513460	298
+C8513476	298
+C8513574	298
+C8513602	298
+C8513706	298
+C8513742	298
+C8513772	298
+C8513806	298
+C8513848	298
+C8513912	298
+C8513924	298
+C8513928	298
+C8513936	298
+C8513948	298
+C8513960	298
+C8513980	298
+C8514072	298
+C8514080	298
+C8514086	298
+C8514114	298
+C8514150	298
+C8514216	298
+C8514226	298
+C8514252	298
+C8514300	298
+C8514314	298
+Scaffold1206	298
+Scaffold1724	298
+Scaffold3876	298
+Scaffold6069	298
+C8512066	297
+C8512082	297
+C8512106	297
+C8512124	297
+C8512140	297
+C8512176	297
+C8512210	297
+C8512216	297
+C8512220	297
+C8512234	297
+C8512238	297
+C8512262	297
+C8512284	297
+C8512294	297
+C8512308	297
+C8512338	297
+C8512378	297
+C8512432	297
+C8512434	297
+C8512482	297
+C8512578	297
+C8512604	297
+C8512616	297
+C8512636	297
+C8512746	297
+C8512762	297
+C8512782	297
+C8512784	297
+C8512794	297
+C8512830	297
+C8512878	297
+C8512892	297
+C8512938	297
+C8512972	297
+C8512994	297
+C8513004	297
+C8513064	297
+C8513078	297
+C8513112	297
+C8513136	297
+C8513148	297
+Scaffold5438	297
+Scaffold6206	297
+C8510834	296
+C8510848	296
+C8510858	296
+C8510890	296
+C8510946	296
+C8510986	296
+C8511038	296
+C8511100	296
+C8511116	296
+C8511122	296
+C8511190	296
+C8511192	296
+C8511198	296
+C8511234	296
+C8511260	296
+C8511320	296
+C8511420	296
+C8511444	296
+C8511472	296
+C8511480	296
+C8511484	296
+C8511586	296
+C8511594	296
+C8511678	296
+C8511688	296
+C8511708	296
+C8511794	296
+C8511810	296
+C8511828	296
+C8511854	296
+C8511862	296
+C8511896	296
+C8511900	296
+C8511954	296
+C8511974	296
+Scaffold1002	296
+Scaffold3653	296
+Scaffold5129	296
+Scaffold5740	296
+Scaffold6978	296
+Scaffold7370	296
+C8509620	295
+C8509632	295
+C8509688	295
+C8509690	295
+C8509700	295
+C8509710	295
+C8509726	295
+C8509792	295
+C8509824	295
+C8509828	295
+C8509834	295
+C8509884	295
+C8509972	295
+C8510184	295
+C8510244	295
+C8510278	295
+C8510284	295
+C8510288	295
+C8510360	295
+C8510372	295
+C8510406	295
+C8510432	295
+C8510448	295
+C8510474	295
+C8510478	295
+C8510490	295
+C8510590	295
+C8510608	295
+C8510614	295
+C8510656	295
+C8510660	295
+C8510722	295
+C8510802	295
+Scaffold3794	295
+Scaffold4842	295
+Scaffold5680	295
+Scaffold5960	295
+Scaffold6432	295
+Scaffold7063	295
+Scaffold7419	295
+C8508368	294
+C8508392	294
+C8508400	294
+C8508404	294
+C8508440	294
+C8508454	294
+C8508494	294
+C8508498	294
+C8508504	294
+C8508614	294
+C8508638	294
+C8508698	294
+C8508712	294
+C8508730	294
+C8508746	294
+C8508802	294
+C8508818	294
+C8508900	294
+C8508934	294
+C8508938	294
+C8508958	294
+C8508962	294
+C8508968	294
+C8508990	294
+C8509076	294
+C8509124	294
+C8509130	294
+C8509258	294
+C8509262	294
+C8509270	294
+C8509274	294
+C8509294	294
+C8509318	294
+C8509386	294
+C8509388	294
+C8509390	294
+C8509486	294
+C8509488	294
+C8509504	294
+C8509556	294
+C8509588	294
+Scaffold1144	294
+scaffold2062	294
+Scaffold3649	294
+Scaffold4716	294
+Scaffold6527	294
+Scaffold7165	294
+Scaffold7423	294
+C8507162	293
+C8507166	293
+C8507206	293
+C8507240	293
+C8507362	293
+C8507366	293
+C8507412	293
+C8507472	293
+C8507518	293
+C8507532	293
+C8507654	293
+C8507690	293
+C8507716	293
+C8507770	293
+C8507812	293
+C8507826	293
+C8507844	293
+C8507882	293
+C8507906	293
+C8507994	293
+C8508008	293
+C8508026	293
+C8508030	293
+C8508040	293
+C8508060	293
+C8508074	293
+C8508124	293
+C8508214	293
+C8508228	293
+C8508258	293
+C8508288	293
+C8508290	293
+C8508338	293
+Scaffold6550	293
+Scaffold6922	293
+C8506032	292
+C8506044	292
+C8506046	292
+C8506094	292
+C8506130	292
+C8506138	292
+C8506142	292
+C8506240	292
+C8506262	292
+C8506338	292
+C8506374	292
+C8506384	292
+C8506468	292
+C8506480	292
+C8506570	292
+C8506590	292
+C8506614	292
+C8506640	292
+C8506664	292
+C8506698	292
+C8506712	292
+C8506716	292
+C8506736	292
+C8506860	292
+C8506872	292
+C8506880	292
+C8506906	292
+C8506910	292
+C8506930	292
+C8506942	292
+C8506966	292
+C8506978	292
+C8507020	292
+C8507036	292
+C8507084	292
+C8507128	292
+C8507130	292
+Scaffold4263	292
+Scaffold5168	292
+Scaffold6698	292
+Scaffold7529	292
+C8504660	291
+C8504718	291
+C8504754	291
+C8504768	291
+C8504786	291
+C8504806	291
+C8504812	291
+C8504814	291
+C8504838	291
+C8504930	291
+C8504958	291
+C8505006	291
+C8505008	291
+C8505032	291
+C8505048	291
+C8505154	291
+C8505166	291
+C8505172	291
+C8505214	291
+C8505222	291
+C8505286	291
+C8505452	291
+C8505494	291
+C8505500	291
+C8505510	291
+C8505522	291
+C8505554	291
+C8505568	291
+C8505590	291
+C8505594	291
+C8505630	291
+C8505678	291
+C8505682	291
+C8505736	291
+C8505740	291
+C8505762	291
+C8505770	291
+C8505772	291
+C8505860	291
+C8505930	291
+Scaffold4533	291
+Scaffold5993	291
+Scaffold7038	291
+Scaffold7645	291
+C8503376	290
+C8503382	290
+C8503404	290
+C8503438	290
+C8503448	290
+C8503498	290
+C8503512	290
+C8503606	290
+C8503622	290
+C8503642	290
+C8503654	290
+C8503656	290
+C8503678	290
+C8503742	290
+C8503764	290
+C8503852	290
+C8503896	290
+C8503934	290
+C8504056	290
+C8504072	290
+C8504122	290
+C8504160	290
+C8504168	290
+C8504188	290
+C8504216	290
+C8504240	290
+C8504262	290
+C8504274	290
+C8504286	290
+C8504294	290
+C8504366	290
+C8504442	290
+C8504486	290
+C8504506	290
+C8504530	290
+C8504616	290
+C8504620	290
+C8504632	290
+Scaffold3042	290
+Scaffold5143	290
+Scaffold5267	290
+Scaffold5420	290
+Scaffold6034	290
+Scaffold6248	290
+C8502132	289
+C8502164	289
+C8502202	289
+C8502204	289
+C8502260	289
+C8502292	289
+C8502324	289
+C8502630	289
+C8502642	289
+C8502664	289
+C8502678	289
+C8502680	289
+C8502688	289
+C8502874	289
+C8502952	289
+C8502958	289
+C8502998	289
+C8503012	289
+C8503028	289
+C8503034	289
+C8503060	289
+C8503098	289
+C8503102	289
+C8503168	289
+C8503182	289
+C8503184	289
+C8503210	289
+C8503234	289
+C8503352	289
+Scaffold3385	289
+Scaffold4033	289
+Scaffold6409	289
+Scaffold7027	289
+Scaffold7541	289
+C8500840	288
+C8500842	288
+C8500856	288
+C8500946	288
+C8500986	288
+C8501028	288
+C8501048	288
+C8501050	288
+C8501164	288
+C8501190	288
+C8501196	288
+C8501216	288
+C8501222	288
+C8501228	288
+C8501230	288
+C8501330	288
+C8501444	288
+C8501480	288
+C8501492	288
+C8501500	288
+C8501520	288
+C8501576	288
+C8501608	288
+C8501642	288
+C8501666	288
+C8501706	288
+C8501734	288
+C8501750	288
+C8501848	288
+C8501866	288
+C8501894	288
+C8501908	288
+C8501910	288
+C8501962	288
+C8501992	288
+C8502052	288
+Scaffold1616	288
+Scaffold5361	288
+scaffold6653	288
+Scaffold6847	288
+Scaffold989	288
+C8499536	287
+C8499554	287
+C8499566	287
+C8499606	287
+C8499612	287
+C8499652	287
+C8499682	287
+C8499704	287
+C8499772	287
+C8499800	287
+C8499810	287
+C8499820	287
+C8499834	287
+C8499894	287
+C8499910	287
+C8499930	287
+C8499942	287
+C8499974	287
+C8500008	287
+C8500042	287
+C8500046	287
+C8500082	287
+C8500140	287
+C8500154	287
+C8500166	287
+C8500212	287
+C8500228	287
+C8500236	287
+C8500248	287
+C8500268	287
+C8500308	287
+C8500318	287
+C8500328	287
+C8500342	287
+C8500348	287
+C8500414	287
+C8500422	287
+C8500438	287
+C8500484	287
+C8500534	287
+C8500626	287
+C8500646	287
+Scaffold2321	287
+Scaffold5713	287
+Scaffold5916	287
+Scaffold6096	287
+Scaffold6507	287
+Scaffold6617	287
+C8498276	286
+C8498372	286
+C8498394	286
+C8498410	286
+C8498470	286
+C8498476	286
+C8498488	286
+C8498520	286
+C8498554	286
+C8498560	286
+C8498714	286
+C8498744	286
+C8498790	286
+C8498832	286
+C8498846	286
+C8498860	286
+C8498870	286
+C8498920	286
+C8498954	286
+C8498996	286
+C8499042	286
+C8499074	286
+C8499084	286
+C8499152	286
+C8499182	286
+C8499256	286
+C8499276	286
+C8499306	286
+C8499314	286
+C8499350	286
+C8499378	286
+C8499392	286
+C8499430	286
+C8499454	286
+C8499458	286
+C8499490	286
+Scaffold4244	286
+Scaffold5396	286
+Scaffold6318	286
+Scaffold6866	286
+Scaffold6885	286
+C8497046	285
+C8497054	285
+C8497094	285
+C8497106	285
+C8497124	285
+C8497146	285
+C8497150	285
+C8497154	285
+C8497162	285
+C8497196	285
+C8497212	285
+C8497242	285
+C8497252	285
+C8497256	285
+C8497292	285
+C8497324	285
+C8497350	285
+C8497372	285
+C8497410	285
+C8497478	285
+C8497506	285
+C8497524	285
+C8497588	285
+C8497604	285
+C8497622	285
+C8497624	285
+C8497682	285
+C8497690	285
+C8497768	285
+C8497784	285
+C8497854	285
+C8497868	285
+C8497878	285
+C8497910	285
+C8497912	285
+C8497936	285
+C8497954	285
+C8497966	285
+C8498008	285
+C8498022	285
+C8498024	285
+C8498108	285
+C8498128	285
+C8498188	285
+Scaffold2275	285
+Scaffold3205	285
+Scaffold5841	285
+Scaffold6166	285
+Scaffold6805	285
+Scaffold7173	285
+C8495626	284
+C8495630	284
+C8495632	284
+C8495658	284
+C8495706	284
+C8495722	284
+C8495724	284
+C8495732	284
+C8495764	284
+C8495826	284
+C8495846	284
+C8495850	284
+C8495858	284
+C8495860	284
+C8495870	284
+C8495880	284
+C8495884	284
+C8495902	284
+C8495920	284
+C8495928	284
+C8495952	284
+C8496082	284
+C8496084	284
+C8496114	284
+C8496118	284
+C8496126	284
+C8496254	284
+C8496268	284
+C8496282	284
+C8496288	284
+C8496308	284
+C8496320	284
+C8496370	284
+C8496384	284
+C8496404	284
+C8496410	284
+C8496412	284
+C8496430	284
+C8496472	284
+C8496518	284
+C8496632	284
+C8496658	284
+C8496690	284
+C8496702	284
+C8496714	284
+C8496716	284
+C8496752	284
+C8496766	284
+C8496772	284
+C8496812	284
+C8496818	284
+C8496864	284
+C8496866	284
+C8496878	284
+C8496954	284
+Scaffold1686	284
+Scaffold4454	284
+Scaffold5349	284
+Scaffold5352	284
+Scaffold5359	284
+Scaffold6095	284
+C8494354	283
+C8494410	283
+C8494468	283
+C8494478	283
+C8494484	283
+C8494532	283
+C8494616	283
+C8494618	283
+C8494640	283
+C8494686	283
+C8494730	283
+C8494756	283
+C8494794	283
+C8494852	283
+C8494936	283
+C8495028	283
+C8495070	283
+C8495130	283
+C8495142	283
+C8495154	283
+C8495156	283
+C8495214	283
+C8495226	283
+C8495238	283
+C8495250	283
+C8495264	283
+C8495430	283
+C8495438	283
+C8495454	283
+C8495548	283
+C8495558	283
+C8495562	283
+C8495570	283
+C8495602	283
+Scaffold2656	283
+Scaffold3377	283
+Scaffold4144	283
+Scaffold4814	283
+Scaffold4946	283
+Scaffold5065	283
+Scaffold5393	283
+Scaffold6159	283
+Scaffold6459	283
+Scaffold6842	283
+Scaffold7122	283
+C8492968	282
+C8492980	282
+C8492986	282
+C8493036	282
+C8493048	282
+C8493120	282
+C8493146	282
+C8493154	282
+C8493172	282
+C8493220	282
+C8493242	282
+C8493320	282
+C8493340	282
+C8493346	282
+C8493354	282
+C8493358	282
+C8493406	282
+C8493436	282
+C8493446	282
+C8493468	282
+C8493528	282
+C8493534	282
+C8493562	282
+C8493566	282
+C8493638	282
+C8493654	282
+C8493666	282
+C8493710	282
+C8493742	282
+C8493754	282
+C8493762	282
+C8493788	282
+C8493798	282
+C8493928	282
+C8493972	282
+C8493976	282
+C8493980	282
+C8494034	282
+C8494068	282
+C8494078	282
+C8494080	282
+C8494084	282
+C8494150	282
+C8494250	282
+C8494264	282
+C8494268	282
+Scaffold3131	282
+Scaffold3509	282
+Scaffold5624	282
+Scaffold6315	282
+Scaffold6833	282
+Scaffold6985	282
+Scaffold957	282
+C8491564	281
+C8491586	281
+C8491594	281
+C8491628	281
+C8491636	281
+C8491650	281
+C8491678	281
+C8491684	281
+C8491750	281
+C8491770	281
+C8491792	281
+C8491794	281
+C8491812	281
+C8491868	281
+C8491886	281
+C8491898	281
+C8491920	281
+C8491940	281
+C8491968	281
+C8492052	281
+C8492066	281
+C8492080	281
+C8492086	281
+C8492210	281
+C8492212	281
+C8492244	281
+C8492250	281
+C8492308	281
+C8492406	281
+C8492410	281
+C8492444	281
+C8492482	281
+C8492484	281
+C8492506	281
+C8492516	281
+C8492544	281
+C8492556	281
+C8492564	281
+C8492578	281
+C8492582	281
+C8492590	281
+C8492700	281
+C8492710	281
+C8492740	281
+C8492754	281
+C8492772	281
+C8492778	281
+C8492786	281
+C8492800	281
+C8492854	281
+C8492936	281
+C8492942	281
+C8492954	281
+C8492960	281
+Scaffold3121	281
+Scaffold7566	281
+C8490194	280
+C8490240	280
+C8490310	280
+C8490404	280
+C8490436	280
+C8490500	280
+C8490532	280
+C8490572	280
+C8490596	280
+C8490636	280
+C8490638	280
+C8490678	280
+C8490692	280
+C8490726	280
+C8490754	280
+C8490762	280
+C8490772	280
+C8490788	280
+C8490828	280
+C8490908	280
+C8490910	280
+C8490912	280
+C8490944	280
+C8490976	280
+C8490978	280
+C8491016	280
+C8491018	280
+C8491040	280
+C8491054	280
+C8491092	280
+C8491100	280
+C8491120	280
+C8491122	280
+C8491130	280
+C8491132	280
+C8491156	280
+C8491216	280
+C8491220	280
+C8491338	280
+C8491392	280
+C8491414	280
+C8491444	280
+C8491474	280
+C8491478	280
+C8491518	280
+C8491520	280
+C8491536	280
+Scaffold3335	280
+Scaffold4406	280
+Scaffold5027	280
+Scaffold6083	280
+Scaffold6462	280
+Scaffold6827	280
+Scaffold7129	280
+Scaffold7326	280
+C8488816	279
+C8488830	279
+C8488842	279
+C8488854	279
+C8488856	279
+C8488874	279
+C8488906	279
+C8488912	279
+C8488944	279
+C8488952	279
+C8489008	279
+C8489018	279
+C8489032	279
+C8489052	279
+C8489064	279
+C8489066	279
+C8489068	279
+C8489082	279
+C8489098	279
+C8489126	279
+C8489142	279
+C8489148	279
+C8489150	279
+C8489200	279
+C8489214	279
+C8489250	279
+C8489332	279
+C8489336	279
+C8489340	279
+C8489352	279
+C8489404	279
+C8489438	279
+C8489450	279
+C8489466	279
+C8489518	279
+C8489604	279
+C8489638	279
+C8489642	279
+C8489648	279
+C8489688	279
+C8489728	279
+C8489730	279
+C8489746	279
+C8489758	279
+C8489766	279
+C8489772	279
+C8489786	279
+C8489818	279
+C8489824	279
+C8489858	279
+C8489862	279
+C8489898	279
+C8489900	279
+C8489932	279
+C8489936	279
+C8490022	279
+C8490054	279
+C8490122	279
+C8490128	279
+C8490152	279
+Scaffold1915	279
+Scaffold2695	279
+Scaffold3222	279
+Scaffold4871	279
+Scaffold5100	279
+Scaffold5689	279
+Scaffold6933	279
+Scaffold7526	279
+C8487489	278
+C8487491	278
+C8487525	278
+C8487543	278
+C8487555	278
+C8487589	278
+C8487599	278
+C8487611	278
+C8487781	278
+C8487803	278
+C8487821	278
+C8487839	278
+C8487847	278
+C8487853	278
+C8487861	278
+C8487899	278
+C8487911	278
+C8487921	278
+C8487949	278
+C8487997	278
+C8488001	278
+C8488041	278
+C8488067	278
+C8488083	278
+C8488085	278
+C8488117	278
+C8488137	278
+C8488147	278
+C8488163	278
+C8488165	278
+C8488227	278
+C8488321	278
+C8488333	278
+C8488379	278
+C8488395	278
+C8488457	278
+C8488493	278
+C8488499	278
+C8488501	278
+C8488527	278
+C8488581	278
+C8488616	278
+C8488640	278
+C8488666	278
+C8488694	278
+C8488696	278
+C8488712	278
+Scaffold2237	278
+Scaffold2600	278
+Scaffold4881	278
+Scaffold5193	278
+Scaffold5544	278
+C8486145	277
+C8486165	277
+C8486217	277
+C8486239	277
+C8486255	277
+C8486277	277
+C8486295	277
+C8486317	277
+C8486331	277
+C8486369	277
+C8486379	277
+C8486389	277
+C8486413	277
+C8486429	277
+C8486437	277
+C8486463	277
+C8486487	277
+C8486499	277
+C8486613	277
+C8486619	277
+C8486645	277
+C8486703	277
+C8486719	277
+C8486791	277
+C8486823	277
+C8486845	277
+C8486849	277
+C8486851	277
+C8486853	277
+C8486855	277
+C8486895	277
+C8486937	277
+C8486955	277
+C8486967	277
+C8486989	277
+C8486999	277
+C8487003	277
+C8487057	277
+C8487085	277
+C8487161	277
+C8487187	277
+C8487197	277
+C8487199	277
+C8487231	277
+C8487255	277
+C8487317	277
+C8487401	277
+C8487415	277
+C8487421	277
+C8487423	277
+C8487431	277
+C8487433	277
+Scaffold4040	277
+C8484703	276
+C8484709	276
+C8484727	276
+C8484749	276
+C8484789	276
+C8484803	276
+C8484845	276
+C8484885	276
+C8484911	276
+C8484917	276
+C8484925	276
+C8484929	276
+C8484959	276
+C8484961	276
+C8485001	276
+C8485009	276
+C8485029	276
+C8485035	276
+C8485065	276
+C8485085	276
+C8485127	276
+C8485135	276
+C8485147	276
+C8485157	276
+C8485191	276
+C8485239	276
+C8485247	276
+C8485261	276
+C8485281	276
+C8485337	276
+C8485375	276
+C8485523	276
+C8485541	276
+C8485547	276
+C8485589	276
+C8485623	276
+C8485625	276
+C8485693	276
+C8485749	276
+C8485759	276
+C8485767	276
+C8485821	276
+C8485835	276
+C8485853	276
+C8485901	276
+C8485949	276
+C8485963	276
+C8485973	276
+C8486025	276
+Scaffold1541	276
+Scaffold2707	276
+Scaffold2788	276
+Scaffold3545	276
+Scaffold5030	276
+Scaffold6061	276
+scaffold6911	276
+C8483277	275
+C8483333	275
+C8483337	275
+C8483345	275
+C8483369	275
+C8483377	275
+C8483383	275
+C8483389	275
+C8483423	275
+C8483431	275
+C8483485	275
+C8483511	275
+C8483529	275
+C8483605	275
+C8483641	275
+C8483695	275
+C8483725	275
+C8483775	275
+C8483789	275
+C8483813	275
+C8483825	275
+C8483829	275
+C8483873	275
+C8483949	275
+C8483963	275
+C8484011	275
+C8484013	275
+C8484041	275
+C8484045	275
+C8484103	275
+C8484181	275
+C8484207	275
+C8484209	275
+C8484299	275
+C8484315	275
+C8484367	275
+C8484479	275
+C8484497	275
+C8484505	275
+C8484523	275
+C8484527	275
+C8484547	275
+C8484629	275
+C8484635	275
+C8484649	275
+C8484655	275
+C8484667	275
+C8484695	275
+Scaffold3828	275
+Scaffold6702	275
+Scaffold6853	275
+Scaffold7232	275
+Scaffold7547	275
+C8481833	274
+C8481893	274
+C8481901	274
+C8481921	274
+C8481969	274
+C8482049	274
+C8482059	274
+C8482063	274
+C8482065	274
+C8482081	274
+C8482137	274
+C8482161	274
+C8482181	274
+C8482195	274
+C8482269	274
+C8482285	274
+C8482291	274
+C8482305	274
+C8482339	274
+C8482355	274
+C8482393	274
+C8482431	274
+C8482457	274
+C8482599	274
+C8482633	274
+C8482639	274
+C8482647	274
+C8482677	274
+C8482711	274
+C8482733	274
+C8482759	274
+C8482769	274
+C8482799	274
+C8482827	274
+C8482837	274
+C8482843	274
+C8482869	274
+C8482941	274
+C8482961	274
+C8482993	274
+C8483027	274
+C8483091	274
+C8483123	274
+C8483131	274
+C8483149	274
+C8483197	274
+C8483199	274
+C8483225	274
+Scaffold5385	274
+Scaffold6010	274
+Scaffold6277	274
+C8480285	273
+C8480297	273
+C8480377	273
+C8480437	273
+C8480479	273
+C8480487	273
+C8480517	273
+C8480533	273
+C8480535	273
+C8480547	273
+C8480571	273
+C8480593	273
+C8480595	273
+C8480625	273
+C8480655	273
+C8480721	273
+C8480829	273
+C8480863	273
+C8480903	273
+C8480923	273
+C8480943	273
+C8480965	273
+C8480983	273
+C8481047	273
+C8481049	273
+C8481051	273
+C8481193	273
+C8481207	273
+C8481261	273
+C8481327	273
+C8481345	273
+C8481353	273
+C8481359	273
+C8481383	273
+C8481399	273
+C8481429	273
+C8481501	273
+C8481503	273
+C8481533	273
+C8481541	273
+C8481571	273
+C8481641	273
+C8481657	273
+C8481695	273
+C8481715	273
+C8481779	273
+Scaffold4283	273
+Scaffold4434	273
+Scaffold6224	273
+C8478877	272
+C8478915	272
+C8479011	272
+C8479073	272
+C8479127	272
+C8479153	272
+C8479171	272
+C8479193	272
+C8479215	272
+C8479221	272
+C8479229	272
+C8479249	272
+C8479295	272
+C8479373	272
+C8479425	272
+C8479457	272
+C8479503	272
+C8479507	272
+C8479535	272
+C8479537	272
+C8479545	272
+C8479553	272
+C8479569	272
+C8479583	272
+C8479599	272
+C8479663	272
+C8479683	272
+C8479687	272
+C8479703	272
+C8479747	272
+C8479769	272
+C8479811	272
+C8479813	272
+C8479815	272
+C8479821	272
+C8479937	272
+C8479947	272
+C8479951	272
+C8479969	272
+C8480021	272
+C8480025	272
+C8480055	272
+C8480079	272
+C8480099	272
+C8480105	272
+C8480115	272
+C8480125	272
+C8480157	272
+C8480193	272
+C8480213	272
+Scaffold3965	272
+Scaffold5117	272
+Scaffold5511	272
+Scaffold5717	272
+Scaffold6972	272
+Scaffold7336	272
+C8477391	271
+C8477397	271
+C8477423	271
+C8477521	271
+C8477539	271
+C8477573	271
+C8477591	271
+C8477595	271
+C8477617	271
+C8477619	271
+C8477627	271
+C8477635	271
+C8477645	271
+C8477651	271
+C8477697	271
+C8477731	271
+C8477733	271
+C8477741	271
+C8477791	271
+C8477797	271
+C8477831	271
+C8477837	271
+C8477847	271
+C8477903	271
+C8477925	271
+C8477951	271
+C8477987	271
+C8477995	271
+C8478015	271
+C8478029	271
+C8478057	271
+C8478067	271
+C8478085	271
+C8478119	271
+C8478145	271
+C8478189	271
+C8478193	271
+C8478217	271
+C8478233	271
+C8478311	271
+C8478411	271
+C8478461	271
+C8478477	271
+C8478515	271
+C8478521	271
+C8478583	271
+C8478611	271
+C8478701	271
+C8478715	271
+C8478797	271
+Scaffold252	271
+Scaffold3232	271
+Scaffold4912	271
+Scaffold5931	271
+Scaffold6393	271
+Scaffold6569	271
+Scaffold6761	271
+Scaffold6774	271
+Scaffold6906	271
+C8475873	270
+C8475881	270
+C8475915	270
+C8475931	270
+C8475957	270
+C8475991	270
+C8476003	270
+C8476033	270
+C8476089	270
+C8476095	270
+C8476139	270
+C8476159	270
+C8476225	270
+C8476389	270
+C8476407	270
+C8476425	270
+C8476429	270
+C8476433	270
+C8476541	270
+C8476545	270
+C8476603	270
+C8476657	270
+C8476671	270
+C8476683	270
+C8476699	270
+C8476719	270
+C8476781	270
+C8476789	270
+C8476801	270
+C8476815	270
+C8476821	270
+C8476873	270
+C8476917	270
+C8476973	270
+C8476993	270
+C8477033	270
+C8477063	270
+C8477093	270
+C8477183	270
+C8477185	270
+C8477197	270
+C8477217	270
+C8477297	270
+C8477321	270
+C8477325	270
+C8477335	270
+C8477337	270
+C8477355	270
+Scaffold3383	270
+Scaffold4174	270
+C8474467	269
+C8474527	269
+C8474545	269
+C8474549	269
+C8474565	269
+C8474577	269
+C8474581	269
+C8474587	269
+C8474605	269
+C8474607	269
+C8474653	269
+C8474655	269
+C8474693	269
+C8474727	269
+C8474813	269
+C8474831	269
+C8474833	269
+C8474835	269
+C8474939	269
+C8474945	269
+C8474967	269
+C8474985	269
+C8474993	269
+C8474999	269
+C8475015	269
+C8475019	269
+C8475033	269
+C8475065	269
+C8475075	269
+C8475091	269
+C8475185	269
+C8475197	269
+C8475247	269
+C8475255	269
+C8475265	269
+C8475309	269
+C8475345	269
+C8475493	269
+C8475507	269
+C8475517	269
+C8475547	269
+C8475549	269
+C8475585	269
+C8475587	269
+C8475621	269
+C8475639	269
+C8475643	269
+C8475667	269
+C8475741	269
+C8475749	269
+C8475775	269
+C8475795	269
+C8475809	269
+Scaffold2839	269
+Scaffold3609	269
+Scaffold4059	269
+Scaffold4975	269
+Scaffold5082	269
+C8472887	268
+C8472951	268
+C8472959	268
+C8472987	268
+C8473011	268
+C8473037	268
+C8473051	268
+C8473083	268
+C8473091	268
+C8473101	268
+C8473143	268
+C8473147	268
+C8473167	268
+C8473205	268
+C8473277	268
+C8473291	268
+C8473305	268
+C8473307	268
+C8473327	268
+C8473341	268
+C8473347	268
+C8473349	268
+C8473481	268
+C8473507	268
+C8473551	268
+C8473601	268
+C8473641	268
+C8473655	268
+C8473709	268
+C8473763	268
+C8473829	268
+C8473837	268
+C8473871	268
+C8473925	268
+C8473927	268
+C8473957	268
+C8474017	268
+C8474037	268
+C8474039	268
+C8474055	268
+C8474077	268
+C8474137	268
+C8474175	268
+C8474183	268
+C8474227	268
+C8474249	268
+C8474321	268
+C8474323	268
+C8474353	268
+C8474361	268
+C8474379	268
+C8474401	268
+Scaffold2739	268
+Scaffold3497	268
+Scaffold3593	268
+Scaffold4555	268
+Scaffold5428	268
+Scaffold7333	268
+C8471379	267
+C8471383	267
+C8471497	267
+C8471521	267
+C8471561	267
+C8471623	267
+C8471711	267
+C8471733	267
+C8471745	267
+C8471767	267
+C8471811	267
+C8471831	267
+C8471847	267
+C8471877	267
+C8471887	267
+C8471897	267
+C8471899	267
+C8471931	267
+C8471983	267
+C8471987	267
+C8471999	267
+C8472001	267
+C8472021	267
+C8472033	267
+C8472055	267
+C8472077	267
+C8472083	267
+C8472101	267
+C8472125	267
+C8472137	267
+C8472211	267
+C8472217	267
+C8472235	267
+C8472241	267
+C8472267	267
+C8472275	267
+C8472281	267
+C8472291	267
+C8472315	267
+C8472341	267
+C8472363	267
+C8472375	267
+C8472407	267
+C8472479	267
+C8472551	267
+C8472561	267
+C8472581	267
+C8472583	267
+C8472587	267
+C8472629	267
+C8472651	267
+C8472673	267
+C8472681	267
+C8472731	267
+C8472773	267
+C8472795	267
+C8472797	267
+C8472805	267
+C8472825	267
+C8472857	267
+C8472867	267
+C8472877	267
+C8472879	267
+Scaffold2843	267
+Scaffold4206	267
+Scaffold4626	267
+Scaffold4704	267
+Scaffold6340	267
+Scaffold6683	267
+Scaffold7000	267
+Scaffold7234	267
+Scaffold7516	267
+C8469885	266
+C8469889	266
+C8469913	266
+C8469927	266
+C8469939	266
+C8469941	266
+C8469943	266
+C8469965	266
+C8469979	266
+C8469993	266
+C8470033	266
+C8470039	266
+C8470083	266
+C8470089	266
+C8470141	266
+C8470157	266
+C8470173	266
+C8470239	266
+C8470279	266
+C8470281	266
+C8470321	266
+C8470359	266
+C8470393	266
+C8470411	266
+C8470445	266
+C8470601	266
+C8470647	266
+C8470673	266
+C8470683	266
+C8470737	266
+C8470823	266
+C8470839	266
+C8470849	266
+C8470851	266
+C8470855	266
+C8470913	266
+C8470923	266
+C8470933	266
+C8470943	266
+C8470955	266
+C8470963	266
+C8470975	266
+C8471119	266
+C8471125	266
+C8471219	266
+C8471275	266
+C8471289	266
+C8471291	266
+C8471295	266
+C8471323	266
+C8471327	266
+Scaffold1313	266
+Scaffold2270	266
+Scaffold5210	266
+Scaffold5474	266
+Scaffold6265	266
+Scaffold6675	266
+Scaffold6720	266
+Scaffold7127	266
+Scaffold7411	266
+C8468319	265
+C8468347	265
+C8468371	265
+C8468417	265
+C8468539	265
+C8468575	265
+C8468609	265
+C8468631	265
+C8468639	265
+C8468645	265
+C8468675	265
+C8468699	265
+C8468707	265
+C8468719	265
+C8468723	265
+C8468743	265
+C8468751	265
+C8468757	265
+C8468779	265
+C8468787	265
+C8468805	265
+C8468843	265
+C8469059	265
+C8469089	265
+C8469101	265
+C8469133	265
+C8469151	265
+C8469161	265
+C8469199	265
+C8469231	265
+C8469253	265
+C8469305	265
+C8469363	265
+C8469435	265
+C8469441	265
+C8469499	265
+C8469505	265
+C8469509	265
+C8469563	265
+C8469591	265
+C8469611	265
+C8469617	265
+C8469623	265
+C8469649	265
+C8469677	265
+C8469687	265
+C8469735	265
+C8469747	265
+C8469775	265
+C8469781	265
+C8469829	265
+C8469831	265
+C8469837	265
+Scaffold3428	265
+Scaffold5575	265
+Scaffold5820	265
+Scaffold5986	265
+Scaffold6078	265
+Scaffold6119	265
+Scaffold6468	265
+Scaffold6566	265
+Scaffold6694	265
+C8466741	264
+C8466757	264
+C8466803	264
+C8466825	264
+C8466887	264
+C8466901	264
+C8466915	264
+C8466921	264
+C8466941	264
+C8466955	264
+C8466981	264
+C8466987	264
+C8466991	264
+C8466995	264
+C8467015	264
+C8467027	264
+C8467051	264
+C8467063	264
+C8467105	264
+C8467155	264
+C8467179	264
+C8467217	264
+C8467231	264
+C8467237	264
+C8467269	264
+C8467297	264
+C8467319	264
+C8467325	264
+C8467329	264
+C8467353	264
+C8467413	264
+C8467427	264
+C8467511	264
+C8467539	264
+C8467565	264
+C8467573	264
+C8467575	264
+C8467585	264
+C8467591	264
+C8467613	264
+C8467617	264
+C8467631	264
+C8467695	264
+C8467707	264
+C8467739	264
+C8467741	264
+C8467835	264
+C8467857	264
+C8467927	264
+C8467959	264
+C8467973	264
+C8467981	264
+C8468001	264
+C8468033	264
+C8468083	264
+C8468115	264
+C8468187	264
+C8468207	264
+C8468221	264
+Scaffold2802	264
+Scaffold3737	264
+Scaffold4086	264
+Scaffold4288	264
+Scaffold4471	264
+Scaffold4829	264
+Scaffold5286	264
+Scaffold5303	264
+Scaffold6347	264
+C8465097	263
+C8465111	263
+C8465127	263
+C8465161	263
+C8465163	263
+C8465181	263
+C8465183	263
+C8465243	263
+C8465245	263
+C8465251	263
+C8465275	263
+C8465287	263
+C8465331	263
+C8465333	263
+C8465355	263
+C8465395	263
+C8465419	263
+C8465467	263
+C8465495	263
+C8465549	263
+C8465659	263
+C8465669	263
+C8465671	263
+C8465745	263
+C8465827	263
+C8465897	263
+C8465899	263
+C8465929	263
+C8465959	263
+C8465973	263
+C8465977	263
+C8466015	263
+C8466035	263
+C8466111	263
+C8466133	263
+C8466149	263
+C8466159	263
+C8466179	263
+C8466215	263
+C8466217	263
+C8466241	263
+C8466247	263
+C8466293	263
+C8466439	263
+C8466477	263
+C8466571	263
+C8466627	263
+C8466629	263
+C8466637	263
+C8466647	263
+Scaffold2486	263
+Scaffold3281	263
+Scaffold3661	263
+Scaffold4009	263
+Scaffold4198	263
+Scaffold4979	263
+Scaffold5408	263
+Scaffold5462	263
+Scaffold5507	263
+Scaffold5681	263
+Scaffold6364	263
+Scaffold6401	263
+Scaffold6878	263
+C8463471	262
+C8463497	262
+C8463509	262
+C8463515	262
+C8463577	262
+C8463637	262
+C8463667	262
+C8463671	262
+C8463679	262
+C8463701	262
+C8463739	262
+C8463747	262
+C8463829	262
+C8463837	262
+C8463851	262
+C8463957	262
+C8463975	262
+C8463989	262
+C8464023	262
+C8464037	262
+C8464055	262
+C8464063	262
+C8464113	262
+C8464115	262
+C8464179	262
+C8464205	262
+C8464211	262
+C8464255	262
+C8464261	262
+C8464293	262
+C8464295	262
+C8464309	262
+C8464383	262
+C8464419	262
+C8464437	262
+C8464459	262
+C8464487	262
+C8464499	262
+C8464503	262
+C8464511	262
+C8464551	262
+C8464579	262
+C8464609	262
+C8464615	262
+C8464665	262
+C8464683	262
+C8464717	262
+C8464743	262
+C8464779	262
+C8464801	262
+C8464817	262
+C8464899	262
+C8464909	262
+C8464919	262
+C8464941	262
+C8465023	262
+C8465057	262
+Scaffold3864	262
+Scaffold4483	262
+Scaffold4535	262
+Scaffold473	262
+Scaffold5640	262
+Scaffold6334	262
+Scaffold7369	262
+C8461817	261
+C8461833	261
+C8461837	261
+C8461853	261
+C8461867	261
+C8461869	261
+C8461911	261
+C8461999	261
+C8462015	261
+C8462069	261
+C8462091	261
+C8462111	261
+C8462113	261
+C8462115	261
+C8462189	261
+C8462237	261
+C8462249	261
+C8462263	261
+C8462295	261
+C8462303	261
+C8462309	261
+C8462313	261
+C8462341	261
+C8462345	261
+C8462363	261
+C8462371	261
+C8462405	261
+C8462421	261
+C8462447	261
+C8462457	261
+C8462503	261
+C8462527	261
+C8462531	261
+C8462547	261
+C8462563	261
+C8462585	261
+C8462657	261
+C8462661	261
+C8462735	261
+C8462779	261
+C8462787	261
+C8462809	261
+C8462837	261
+C8462851	261
+C8462895	261
+C8462981	261
+C8463051	261
+C8463069	261
+C8463081	261
+C8463085	261
+C8463129	261
+C8463267	261
+C8463289	261
+C8463297	261
+C8463343	261
+C8463361	261
+C8463441	261
+Scaffold1232	261
+Scaffold2375	261
+Scaffold3343	261
+Scaffold4017	261
+Scaffold4739	261
+Scaffold4998	261
+Scaffold6094	261
+Scaffold6336	261
+Scaffold6447	261
+Scaffold6804	261
+Scaffold7445	261
+C8460187	260
+C8460195	260
+C8460275	260
+C8460285	260
+C8460299	260
+C8460303	260
+C8460341	260
+C8460343	260
+C8460433	260
+C8460461	260
+C8460463	260
+C8460487	260
+C8460501	260
+C8460527	260
+C8460567	260
+C8460571	260
+C8460581	260
+C8460649	260
+C8460665	260
+C8460689	260
+C8460743	260
+C8460747	260
+C8460771	260
+C8460799	260
+C8460805	260
+C8460833	260
+C8460861	260
+C8460891	260
+C8460905	260
+C8460941	260
+C8460947	260
+C8460979	260
+C8460989	260
+C8461005	260
+C8461053	260
+C8461113	260
+C8461139	260
+C8461141	260
+C8461149	260
+C8461179	260
+C8461237	260
+C8461261	260
+C8461263	260
+C8461265	260
+C8461271	260
+C8461275	260
+C8461283	260
+C8461305	260
+C8461347	260
+C8461351	260
+C8461451	260
+C8461501	260
+C8461509	260
+C8461511	260
+C8461545	260
+C8461581	260
+C8461681	260
+C8461731	260
+C8461739	260
+C8461787	260
+C8461809	260
+Scaffold1065	260
+Scaffold1845	260
+Scaffold4163	260
+Scaffold4930	260
+Scaffold5636	260
+Scaffold5708	260
+Scaffold6470	260
+C8458523	259
+C8458545	259
+C8458559	259
+C8458565	259
+C8458585	259
+C8458617	259
+C8458633	259
+C8458641	259
+C8458669	259
+C8458681	259
+C8458701	259
+C8458707	259
+C8458721	259
+C8458759	259
+C8458761	259
+C8458813	259
+C8458855	259
+C8458869	259
+C8458891	259
+C8458907	259
+C8458931	259
+C8458947	259
+C8459045	259
+C8459049	259
+C8459057	259
+C8459105	259
+C8459145	259
+C8459161	259
+C8459199	259
+C8459203	259
+C8459247	259
+C8459251	259
+C8459255	259
+C8459267	259
+C8459279	259
+C8459281	259
+C8459297	259
+C8459301	259
+C8459315	259
+C8459333	259
+C8459393	259
+C8459397	259
+C8459405	259
+C8459409	259
+C8459423	259
+C8459449	259
+C8459573	259
+C8459575	259
+C8459635	259
+C8459675	259
+C8459705	259
+C8459717	259
+C8459735	259
+C8459749	259
+C8459781	259
+C8459813	259
+C8459835	259
+C8459873	259
+C8459919	259
+C8459921	259
+C8459923	259
+C8459967	259
+C8459991	259
+C8460001	259
+C8460015	259
+C8460047	259
+C8460057	259
+C8460097	259
+C8460107	259
+C8460111	259
+C8460119	259
+C8460127	259
+C8460145	259
+C8460165	259
+C8460169	259
+Scaffold4060	259
+Scaffold4171	259
+Scaffold4740	259
+Scaffold5999	259
+Scaffold6814	259
+Scaffold7616	259
+C8456925	258
+C8457001	258
+C8457025	258
+C8457057	258
+C8457059	258
+C8457073	258
+C8457121	258
+C8457147	258
+C8457159	258
+C8457191	258
+C8457195	258
+C8457213	258
+C8457245	258
+C8457261	258
+C8457269	258
+C8457293	258
+C8457311	258
+C8457345	258
+C8457419	258
+C8457451	258
+C8457473	258
+C8457509	258
+C8457517	258
+C8457533	258
+C8457575	258
+C8457613	258
+C8457655	258
+C8457657	258
+C8457659	258
+C8457663	258
+C8457673	258
+C8457717	258
+C8457749	258
+C8457781	258
+C8457833	258
+C8457835	258
+C8457845	258
+C8457869	258
+C8457893	258
+C8457999	258
+C8458029	258
+C8458083	258
+C8458105	258
+C8458115	258
+C8458125	258
+C8458147	258
+C8458153	258
+C8458185	258
+C8458229	258
+C8458271	258
+C8458343	258
+C8458357	258
+C8458375	258
+C8458381	258
+C8458417	258
+C8458427	258
+C8458463	258
+C8458475	258
+C8458477	258
+Scaffold1153	258
+Scaffold3666	258
+Scaffold4280	258
+Scaffold4908	258
+Scaffold5818	258
+scaffold6381	258
+Scaffold6776	258
+Scaffold6887	258
+Scaffold6946	258
+Scaffold7011	258
+Scaffold7483	258
+C8455153	257
+C8455159	257
+C8455169	257
+C8455223	257
+C8455231	257
+C8455307	257
+C8455315	257
+C8455433	257
+C8455465	257
+C8455543	257
+C8455575	257
+C8455581	257
+C8455601	257
+C8455659	257
+C8455715	257
+C8455745	257
+C8455767	257
+C8455777	257
+C8455823	257
+C8455849	257
+C8455883	257
+C8455917	257
+C8455941	257
+C8455943	257
+C8455991	257
+C8455993	257
+C8455997	257
+C8456045	257
+C8456047	257
+C8456051	257
+C8456063	257
+C8456089	257
+C8456103	257
+C8456121	257
+C8456137	257
+C8456149	257
+C8456187	257
+C8456193	257
+C8456207	257
+C8456237	257
+C8456243	257
+C8456283	257
+C8456299	257
+C8456365	257
+C8456385	257
+C8456387	257
+C8456431	257
+C8456437	257
+C8456453	257
+C8456509	257
+C8456515	257
+C8456559	257
+C8456561	257
+C8456585	257
+C8456603	257
+C8456675	257
+C8456697	257
+C8456711	257
+C8456771	257
+C8456791	257
+C8456801	257
+C8456835	257
+C8456859	257
+C8456863	257
+Scaffold4087	257
+Scaffold4383	257
+Scaffold4588	257
+Scaffold4748	257
+Scaffold5064	257
+Scaffold5233	257
+Scaffold5815	257
+Scaffold5817	257
+Scaffold6701	257
+Scaffold6868	257
+Scaffold6892	257
+Scaffold7354	257
+C8453421	256
+C8453505	256
+C8453513	256
+C8453545	256
+C8453557	256
+C8453561	256
+C8453575	256
+C8453605	256
+C8453635	256
+C8453661	256
+C8453685	256
+C8453697	256
+C8453707	256
+C8453795	256
+C8453813	256
+C8453855	256
+C8453867	256
+C8453879	256
+C8453891	256
+C8453909	256
+C8453963	256
+C8453967	256
+C8454011	256
+C8454013	256
+C8454025	256
+C8454071	256
+C8454115	256
+C8454169	256
+C8454175	256
+C8454233	256
+C8454249	256
+C8454345	256
+C8454357	256
+C8454365	256
+C8454443	256
+C8454445	256
+C8454467	256
+C8454477	256
+C8454705	256
+C8454721	256
+C8454725	256
+C8454747	256
+C8454773	256
+C8454783	256
+C8454799	256
+C8454845	256
+C8454847	256
+C8454883	256
+C8454967	256
+C8454981	256
+C8454983	256
+Scaffold2982	256
+Scaffold4425	256
+Scaffold6022	256
+Scaffold7603	256
+C8451687	255
+C8451727	255
+C8451737	255
+C8451743	255
+C8451767	255
+C8451801	255
+C8451821	255
+C8451857	255
+C8451871	255
+C8451897	255
+C8451915	255
+C8451939	255
+C8451955	255
+C8451989	255
+C8452005	255
+C8452065	255
+C8452077	255
+C8452103	255
+C8452107	255
+C8452111	255
+C8452135	255
+C8452169	255
+C8452173	255
+C8452183	255
+C8452249	255
+C8452271	255
+C8452315	255
+C8452351	255
+C8452409	255
+C8452473	255
+C8452479	255
+C8452505	255
+C8452533	255
+C8452557	255
+C8452575	255
+C8452609	255
+C8452629	255
+C8452711	255
+C8452715	255
+C8452769	255
+C8452779	255
+C8452815	255
+C8452821	255
+C8452835	255
+C8452847	255
+C8452855	255
+C8452861	255
+C8452891	255
+C8452929	255
+C8452969	255
+C8452975	255
+C8453013	255
+C8453137	255
+C8453153	255
+C8453187	255
+C8453227	255
+C8453231	255
+C8453235	255
+C8453243	255
+C8453249	255
+C8453269	255
+C8453289	255
+C8453309	255
+C8453355	255
+C8453373	255
+Scaffold4178	255
+Scaffold4914	255
+Scaffold5262	255
+Scaffold6144	255
+Scaffold6548	255
+Scaffold6797	255
+Scaffold7492	255
+C8449949	254
+C8449963	254
+C8449971	254
+C8450005	254
+C8450035	254
+C8450051	254
+C8450059	254
+C8450069	254
+C8450125	254
+C8450245	254
+C8450269	254
+C8450349	254
+C8450359	254
+C8450363	254
+C8450381	254
+C8450409	254
+C8450429	254
+C8450435	254
+C8450437	254
+C8450513	254
+C8450519	254
+C8450561	254
+C8450563	254
+C8450581	254
+C8450585	254
+C8450659	254
+C8450695	254
+C8450735	254
+C8450755	254
+C8450769	254
+C8450831	254
+C8450943	254
+C8450947	254
+C8451009	254
+C8451043	254
+C8451051	254
+C8451075	254
+C8451091	254
+C8451113	254
+C8451119	254
+C8451171	254
+C8451179	254
+C8451233	254
+C8451313	254
+C8451333	254
+C8451335	254
+C8451343	254
+C8451351	254
+C8451395	254
+C8451399	254
+C8451403	254
+C8451415	254
+C8451419	254
+C8451429	254
+C8451459	254
+C8451463	254
+C8451549	254
+C8451557	254
+C8451577	254
+C8451607	254
+Scaffold1850	254
+Scaffold2499	254
+Scaffold3623	254
+Scaffold3936	254
+Scaffold5309	254
+Scaffold6272	254
+Scaffold6299	254
+Scaffold6333	254
+C8448113	253
+C8448125	253
+C8448141	253
+C8448143	253
+C8448243	253
+C8448255	253
+C8448299	253
+C8448315	253
+C8448335	253
+C8448347	253
+C8448357	253
+C8448393	253
+C8448397	253
+C8448431	253
+C8448449	253
+C8448481	253
+C8448495	253
+C8448531	253
+C8448599	253
+C8448607	253
+C8448623	253
+C8448637	253
+C8448651	253
+C8448655	253
+C8448709	253
+C8448711	253
+C8448733	253
+C8448739	253
+C8448749	253
+C8448775	253
+C8448779	253
+C8448837	253
+C8448867	253
+C8448875	253
+C8448883	253
+C8448903	253
+C8448911	253
+C8448917	253
+C8448965	253
+C8448973	253
+C8448981	253
+C8448987	253
+C8449009	253
+C8449055	253
+C8449067	253
+C8449133	253
+C8449163	253
+C8449175	253
+C8449189	253
+C8449247	253
+C8449267	253
+C8449287	253
+C8449331	253
+C8449383	253
+C8449385	253
+C8449427	253
+C8449437	253
+C8449497	253
+C8449547	253
+C8449553	253
+C8449597	253
+C8449621	253
+C8449625	253
+C8449657	253
+C8449663	253
+C8449675	253
+C8449733	253
+C8449751	253
+C8449799	253
+C8449827	253
+C8449879	253
+C8449891	253
+C8449929	253
+Scaffold1495	253
+Scaffold4065	253
+Scaffold4311	253
+Scaffold4910	253
+Scaffold5067	253
+Scaffold6029	253
+Scaffold6141	253
+Scaffold6630	253
+Scaffold6664	253
+Scaffold6779	253
+Scaffold7101	253
+Scaffold7353	253
+C8446487	252
+C8446505	252
+C8446515	252
+C8446541	252
+C8446569	252
+C8446577	252
+C8446593	252
+C8446595	252
+C8446615	252
+C8446637	252
+C8446677	252
+C8446717	252
+C8446733	252
+C8446771	252
+C8446837	252
+C8446885	252
+C8446927	252
+C8446967	252
+C8447035	252
+C8447119	252
+C8447123	252
+C8447129	252
+C8447151	252
+C8447185	252
+C8447197	252
+C8447251	252
+C8447263	252
+C8447315	252
+C8447331	252
+C8447333	252
+C8447345	252
+C8447355	252
+C8447361	252
+C8447379	252
+C8447385	252
+C8447395	252
+C8447465	252
+C8447479	252
+C8447491	252
+C8447537	252
+C8447569	252
+C8447575	252
+C8447601	252
+C8447645	252
+C8447657	252
+C8447717	252
+C8447725	252
+C8447779	252
+C8447799	252
+C8447843	252
+C8447915	252
+C8447921	252
+C8447949	252
+C8447977	252
+C8447993	252
+C8448029	252
+C8448105	252
+C8448109	252
+Scaffold1676	252
+Scaffold2168	252
+Scaffold3556	252
+Scaffold4256	252
+Scaffold4987	252
+Scaffold5643	252
+Scaffold5839	252
+Scaffold6093	252
+Scaffold6116	252
+Scaffold6458	252
+Scaffold6532	252
+Scaffold6746	252
+Scaffold7291	252
+C8444677	251
+C8444679	251
+C8444725	251
+C8444771	251
+C8444775	251
+C8444795	251
+C8444837	251
+C8444881	251
+C8444919	251
+C8444921	251
+C8444951	251
+C8445051	251
+C8445063	251
+C8445077	251
+C8445081	251
+C8445087	251
+C8445089	251
+C8445129	251
+C8445191	251
+C8445219	251
+C8445223	251
+C8445265	251
+C8445281	251
+C8445319	251
+C8445371	251
+C8445417	251
+C8445429	251
+C8445471	251
+C8445539	251
+C8445549	251
+C8445569	251
+C8445571	251
+C8445583	251
+C8445585	251
+C8445597	251
+C8445621	251
+C8445645	251
+C8445653	251
+C8445655	251
+C8445699	251
+C8445717	251
+C8445725	251
+C8445747	251
+C8445809	251
+C8445843	251
+C8445863	251
+C8445899	251
+C8445959	251
+C8445963	251
+C8445965	251
+C8445977	251
+C8446017	251
+C8446083	251
+C8446129	251
+C8446143	251
+C8446155	251
+C8446191	251
+C8446203	251
+C8446215	251
+C8446237	251
+C8446245	251
+C8446265	251
+Scaffold5066	251
+Scaffold5196	251
+Scaffold5704	251
+Scaffold5741	251
+Scaffold6424	251
+Scaffold7510	251
+Scaffold7521	251
+C8442863	250
+C8442877	250
+C8442887	250
+C8442907	250
+C8442917	250
+C8442997	250
+C8443005	250
+C8443045	250
+C8443097	250
+C8443121	250
+C8443173	250
+C8443213	250
+C8443295	250
+C8443299	250
+C8443395	250
+C8443399	250
+C8443403	250
+C8443421	250
+C8443453	250
+C8443503	250
+C8443511	250
+C8443523	250
+C8443551	250
+C8443565	250
+C8443645	250
+C8443669	250
+C8443677	250
+C8443711	250
+C8443713	250
+C8443733	250
+C8443753	250
+C8443793	250
+C8443849	250
+C8443865	250
+C8443871	250
+C8443879	250
+C8443885	250
+C8443893	250
+C8443895	250
+C8443931	250
+C8443965	250
+C8444003	250
+C8444005	250
+C8444029	250
+C8444051	250
+C8444123	250
+C8444125	250
+C8444153	250
+C8444169	250
+C8444179	250
+C8444185	250
+C8444239	250
+C8444261	250
+C8444331	250
+C8444335	250
+C8444355	250
+C8444377	250
+C8444379	250
+C8444421	250
+C8444425	250
+C8444467	250
+C8444485	250
+C8444499	250
+C8444515	250
+C8444563	250
+C8444617	250
+C8444627	250
+C8444641	250
+C8444651	250
+C8444657	250
+C8444659	250
+Scaffold1871	250
+Scaffold2807	250
+Scaffold2845	250
+Scaffold3789	250
+Scaffold3908	250
+Scaffold4436	250
+Scaffold5480	250
+Scaffold5703	250
+Scaffold6558	250
+Scaffold7225	250
+Scaffold7451	250
+C8441147	249
+C8441213	249
+C8441265	249
+C8441291	249
+C8441345	249
+C8441393	249
+C8441461	249
+C8441471	249
+C8441583	249
+C8441831	249
+C8441897	249
+C8441913	249
+C8441951	249
+C8441963	249
+C8442015	249
+C8442049	249
+C8442067	249
+C8442075	249
+C8442077	249
+C8442107	249
+C8442147	249
+C8442195	249
+C8442227	249
+C8442243	249
+C8442269	249
+C8442291	249
+C8442293	249
+C8442301	249
+C8442327	249
+C8442355	249
+C8442393	249
+C8442419	249
+C8442425	249
+C8442427	249
+C8442469	249
+C8442537	249
+C8442599	249
+C8442695	249
+C8442705	249
+C8442747	249
+C8442847	249
+Scaffold1992	249
+Scaffold2038	249
+Scaffold4467	249
+Scaffold4665	249
+Scaffold4898	249
+Scaffold613	249
+Scaffold6880	249
+Scaffold7366	249
+C8439213	248
+C8439309	248
+C8439319	248
+C8439353	248
+C8439461	248
+C8439477	248
+C8439489	248
+C8439497	248
+C8439559	248
+C8439563	248
+C8439587	248
+C8439591	248
+C8439657	248
+C8439675	248
+C8439697	248
+C8439733	248
+C8439753	248
+C8439759	248
+C8439783	248
+C8439805	248
+C8439807	248
+C8439841	248
+C8439877	248
+C8439913	248
+C8439957	248
+C8439989	248
+C8440017	248
+C8440021	248
+C8440043	248
+C8440055	248
+C8440059	248
+C8440065	248
+C8440073	248
+C8440081	248
+C8440119	248
+C8440139	248
+C8440159	248
+C8440167	248
+C8440171	248
+C8440203	248
+C8440209	248
+C8440285	248
+C8440309	248
+C8440323	248
+C8440359	248
+C8440403	248
+C8440433	248
+C8440453	248
+C8440511	248
+C8440525	248
+C8440529	248
+C8440541	248
+C8440545	248
+C8440563	248
+C8440571	248
+C8440609	248
+C8440613	248
+C8440663	248
+C8440665	248
+C8440731	248
+C8440763	248
+C8440767	248
+C8440809	248
+C8440815	248
+C8440835	248
+C8440843	248
+C8440853	248
+C8440869	248
+C8440895	248
+C8440903	248
+C8441027	248
+C8441039	248
+Scaffold3517	248
+Scaffold3657	248
+Scaffold4313	248
+Scaffold5285	248
+Scaffold5422	248
+Scaffold5702	248
+Scaffold5762	248
+Scaffold5924	248
+Scaffold6002	248
+Scaffold6737	248
+Scaffold7523	248
+C8437477	247
+C8437495	247
+C8437519	247
+C8437523	247
+C8437531	247
+C8437537	247
+C8437541	247
+C8437543	247
+C8437581	247
+C8437605	247
+C8437721	247
+C8437775	247
+C8437781	247
+C8437827	247
+C8437831	247
+C8437847	247
+C8437885	247
+C8437895	247
+C8437947	247
+C8437949	247
+C8437955	247
+C8438007	247
+C8438039	247
+C8438041	247
+C8438061	247
+C8438089	247
+C8438121	247
+C8438151	247
+C8438191	247
+C8438227	247
+C8438237	247
+C8438259	247
+C8438261	247
+C8438265	247
+C8438287	247
+C8438305	247
+C8438315	247
+C8438321	247
+C8438323	247
+C8438375	247
+C8438393	247
+C8438429	247
+C8438473	247
+C8438583	247
+C8438593	247
+C8438603	247
+C8438659	247
+C8438727	247
+C8438787	247
+C8438811	247
+C8438833	247
+C8438847	247
+C8438873	247
+C8438881	247
+C8438891	247
+C8438903	247
+C8438921	247
+C8438977	247
+C8438991	247
+C8438995	247
+C8439075	247
+C8439089	247
+C8439091	247
+C8439107	247
+C8439111	247
+C8439129	247
+C8439131	247
+C8439149	247
+C8439173	247
+C8439175	247
+Scaffold1196	247
+Scaffold3031	247
+Scaffold3355	247
+Scaffold3743	247
+Scaffold4416	247
+Scaffold5152	247
+Scaffold5162	247
+Scaffold6610	247
+Scaffold6681	247
+Scaffold7502	247
+C8435639	246
+C8435805	246
+C8435807	246
+C8435823	246
+C8435859	246
+C8436157	246
+C8436169	246
+C8436183	246
+C8436229	246
+C8436235	246
+C8436313	246
+C8436355	246
+C8436413	246
+C8436471	246
+C8436549	246
+C8436563	246
+C8436621	246
+C8436627	246
+C8436635	246
+C8436695	246
+C8436735	246
+C8436749	246
+C8436797	246
+C8436803	246
+C8436851	246
+C8436853	246
+C8436869	246
+C8436917	246
+C8436957	246
+C8437073	246
+C8437203	246
+C8437233	246
+C8437253	246
+C8437299	246
+C8437347	246
+C8437355	246
+C8437365	246
+C8437367	246
+C8437383	246
+C8437389	246
+Scaffold3748	246
+Scaffold3780	246
+Scaffold4318	246
+Scaffold4892	246
+Scaffold5485	246
+Scaffold6328	246
+Scaffold7040	246
+Scaffold7400	246
+C8433719	245
+C8433779	245
+C8433915	245
+C8433967	245
+C8433993	245
+C8434039	245
+C8434043	245
+C8434061	245
+C8434107	245
+C8434123	245
+C8434129	245
+C8434141	245
+C8434149	245
+C8434157	245
+C8434159	245
+C8434209	245
+C8434253	245
+C8434333	245
+C8434343	245
+C8434371	245
+C8434385	245
+C8434409	245
+C8434447	245
+C8434477	245
+C8434489	245
+C8434491	245
+C8434537	245
+C8434553	245
+C8434565	245
+C8434581	245
+C8434629	245
+C8434675	245
+C8434685	245
+C8434695	245
+C8434701	245
+C8434745	245
+C8434783	245
+C8434785	245
+C8434829	245
+C8434851	245
+C8434879	245
+C8434885	245
+C8434889	245
+C8434899	245
+C8434915	245
+C8434931	245
+C8434957	245
+C8434969	245
+C8434995	245
+C8435019	245
+C8435045	245
+C8435075	245
+C8435085	245
+C8435087	245
+C8435093	245
+C8435099	245
+C8435177	245
+C8435181	245
+C8435279	245
+C8435293	245
+C8435323	245
+C8435353	245
+C8435423	245
+C8435477	245
+Scaffold2293	245
+Scaffold2359	245
+Scaffold2867	245
+Scaffold4855	245
+Scaffold5491	245
+Scaffold6033	245
+Scaffold6329	245
+Scaffold6481	245
+Scaffold6673	245
+Scaffold6692	245
+Scaffold6809	245
+Scaffold6859	245
+Scaffold7258	245
+Scaffold7581	245
+C8431763	244
+C8431777	244
+C8431783	244
+C8431793	244
+C8431795	244
+C8431897	244
+C8431915	244
+C8431919	244
+C8431923	244
+C8431951	244
+C8431953	244
+C8431987	244
+C8432015	244
+C8432051	244
+C8432053	244
+C8432065	244
+C8432127	244
+C8432149	244
+C8432177	244
+C8432187	244
+C8432191	244
+C8432201	244
+C8432249	244
+C8432253	244
+C8432283	244
+C8432303	244
+C8432345	244
+C8432351	244
+C8432417	244
+C8432425	244
+C8432441	244
+C8432461	244
+C8432493	244
+C8432513	244
+C8432547	244
+C8432609	244
+C8432621	244
+C8432653	244
+C8432719	244
+C8432775	244
+C8432791	244
+C8432843	244
+C8432867	244
+C8432883	244
+C8432885	244
+C8432891	244
+C8432895	244
+C8432909	244
+C8432941	244
+C8432957	244
+C8433019	244
+C8433041	244
+C8433055	244
+C8433057	244
+C8433085	244
+C8433173	244
+C8433231	244
+C8433265	244
+C8433309	244
+C8433327	244
+C8433391	244
+C8433439	244
+C8433453	244
+C8433467	244
+C8433527	244
+C8433545	244
+C8433597	244
+C8433605	244
+C8433609	244
+C8433615	244
+Scaffold3446	244
+Scaffold4440	244
+Scaffold4735	244
+Scaffold4794	244
+Scaffold4840	244
+Scaffold6154	244
+Scaffold6350	244
+Scaffold7572	244
+C8429929	243
+C8429981	243
+C8429991	243
+C8430025	243
+C8430035	243
+C8430047	243
+C8430053	243
+C8430059	243
+C8430089	243
+C8430105	243
+C8430117	243
+C8430141	243
+C8430155	243
+C8430201	243
+C8430215	243
+C8430243	243
+C8430291	243
+C8430293	243
+C8430321	243
+C8430325	243
+C8430359	243
+C8430363	243
+C8430397	243
+C8430407	243
+C8430415	243
+C8430423	243
+C8430427	243
+C8430455	243
+C8430487	243
+C8430493	243
+C8430495	243
+C8430551	243
+C8430591	243
+C8430597	243
+C8430609	243
+C8430627	243
+C8430637	243
+C8430693	243
+C8430723	243
+C8430793	243
+C8430803	243
+C8430825	243
+C8430833	243
+C8430857	243
+C8430859	243
+C8430865	243
+C8430869	243
+C8430873	243
+C8430933	243
+C8431039	243
+C8431081	243
+C8431101	243
+C8431109	243
+C8431129	243
+C8431147	243
+C8431183	243
+C8431205	243
+C8431235	243
+C8431249	243
+C8431309	243
+C8431351	243
+C8431407	243
+C8431417	243
+C8431447	243
+C8431463	243
+C8431477	243
+C8431513	243
+C8431627	243
+C8431635	243
+C8431653	243
+C8431667	243
+C8431707	243
+C8431713	243
+Scaffold3240	243
+Scaffold3945	243
+Scaffold4084	243
+Scaffold4528	243
+Scaffold5773	243
+Scaffold5860	243
+Scaffold6488	243
+Scaffold6756	243
+Scaffold7440	243
+C8427977	242
+C8428019	242
+C8428059	242
+C8428075	242
+C8428087	242
+C8428095	242
+C8428103	242
+C8428135	242
+C8428145	242
+C8428163	242
+C8428169	242
+C8428261	242
+C8428275	242
+C8428323	242
+C8428365	242
+C8428403	242
+C8428441	242
+C8428487	242
+C8428515	242
+C8428551	242
+C8428555	242
+C8428559	242
+C8428603	242
+C8428607	242
+C8428621	242
+C8428645	242
+C8428701	242
+C8428709	242
+C8428717	242
+C8428755	242
+C8428759	242
+C8428781	242
+C8428813	242
+C8428845	242
+C8428873	242
+C8428895	242
+C8428919	242
+C8428983	242
+C8429043	242
+C8429057	242
+C8429085	242
+C8429105	242
+C8429161	242
+C8429165	242
+C8429171	242
+C8429217	242
+C8429253	242
+C8429255	242
+C8429319	242
+C8429333	242
+C8429375	242
+C8429391	242
+C8429443	242
+C8429483	242
+C8429491	242
+C8429495	242
+C8429503	242
+C8429589	242
+C8429597	242
+C8429613	242
+C8429635	242
+C8429645	242
+C8429789	242
+C8429857	242
+C8429859	242
+Scaffold2502	242
+Scaffold2801	242
+Scaffold3052	242
+Scaffold3783	242
+Scaffold5496	242
+Scaffold6058	242
+Scaffold6455	242
+Scaffold6598	242
+Scaffold6834	242
+Scaffold7390	242
+C8426057	241
+C8426077	241
+C8426081	241
+C8426083	241
+C8426137	241
+C8426171	241
+C8426185	241
+C8426247	241
+C8426249	241
+C8426255	241
+C8426261	241
+C8426267	241
+C8426319	241
+C8426347	241
+C8426371	241
+C8426451	241
+C8426567	241
+C8426581	241
+C8426593	241
+C8426615	241
+C8426631	241
+C8426643	241
+C8426653	241
+C8426669	241
+C8426685	241
+C8426703	241
+C8426827	241
+C8426837	241
+C8426873	241
+C8426935	241
+C8426939	241
+C8426969	241
+C8427001	241
+C8427003	241
+C8427017	241
+C8427027	241
+C8427097	241
+C8427099	241
+C8427121	241
+C8427151	241
+C8427173	241
+C8427195	241
+C8427235	241
+C8427259	241
+C8427269	241
+C8427271	241
+C8427281	241
+C8427343	241
+C8427349	241
+C8427351	241
+C8427453	241
+C8427495	241
+C8427497	241
+C8427507	241
+C8427519	241
+C8427577	241
+C8427587	241
+C8427643	241
+C8427645	241
+C8427649	241
+C8427665	241
+C8427709	241
+C8427757	241
+C8427771	241
+C8427825	241
+C8427831	241
+C8427849	241
+C8427865	241
+C8427947	241
+Scaffold1784	241
+Scaffold1939	241
+Scaffold2627	241
+Scaffold2660	241
+Scaffold2984	241
+Scaffold310	241
+Scaffold4609	241
+Scaffold4762	241
+Scaffold5231	241
+Scaffold5468	241
+Scaffold5966	241
+Scaffold6086	241
+Scaffold6352	241
+Scaffold647	241
+Scaffold6524	241
+Scaffold6844	241
+C8424027	240
+C8424125	240
+C8424149	240
+C8424151	240
+C8424189	240
+C8424257	240
+C8424291	240
+C8424305	240
+C8424311	240
+C8424323	240
+C8424335	240
+C8424401	240
+C8424437	240
+C8424445	240
+C8424509	240
+C8424549	240
+C8424649	240
+C8424687	240
+C8424737	240
+C8424749	240
+C8424761	240
+C8424767	240
+C8424815	240
+C8424843	240
+C8424891	240
+C8424897	240
+C8424919	240
+C8424921	240
+C8424995	240
+C8424999	240
+C8425081	240
+C8425151	240
+C8425249	240
+C8425263	240
+C8425341	240
+C8425367	240
+C8425387	240
+C8425431	240
+C8425457	240
+C8425461	240
+C8425471	240
+C8425481	240
+C8425523	240
+C8425665	240
+C8425747	240
+C8425789	240
+C8425819	240
+C8425825	240
+C8425827	240
+C8425853	240
+C8425889	240
+C8425969	240
+C8425975	240
+C8426005	240
+Scaffold3115	240
+Scaffold3516	240
+Scaffold4409	240
+Scaffold4627	240
+Scaffold5036	240
+Scaffold6680	240
+Scaffold7540	240
+C8422037	239
+C8422043	239
+C8422047	239
+C8422069	239
+C8422097	239
+C8422099	239
+C8422145	239
+C8422153	239
+C8422179	239
+C8422189	239
+C8422195	239
+C8422203	239
+C8422215	239
+C8422221	239
+C8422229	239
+C8422265	239
+C8422279	239
+C8422293	239
+C8422303	239
+C8422309	239
+C8422337	239
+C8422407	239
+C8422415	239
+C8422459	239
+C8422485	239
+C8422561	239
+C8422603	239
+C8422607	239
+C8422615	239
+C8422641	239
+C8422683	239
+C8422707	239
+C8422711	239
+C8422725	239
+C8422763	239
+C8422765	239
+C8422811	239
+C8422825	239
+C8422835	239
+C8422847	239
+C8422853	239
+C8422855	239
+C8422879	239
+C8422897	239
+C8422917	239
+C8422929	239
+C8422953	239
+C8422973	239
+C8423043	239
+C8423089	239
+C8423147	239
+C8423155	239
+C8423187	239
+C8423195	239
+C8423239	239
+C8423301	239
+C8423305	239
+C8423333	239
+C8423335	239
+C8423349	239
+C8423365	239
+C8423401	239
+C8423409	239
+C8423411	239
+C8423429	239
+C8423437	239
+C8423439	239
+C8423445	239
+C8423475	239
+C8423503	239
+C8423551	239
+C8423583	239
+C8423613	239
+C8423661	239
+C8423673	239
+C8423679	239
+C8423697	239
+C8423719	239
+C8423757	239
+C8423773	239
+C8423819	239
+C8423869	239
+C8423891	239
+C8423905	239
+C8423907	239
+C8423925	239
+C8423939	239
+C8423945	239
+C8423957	239
+C8423977	239
+C8424011	239
+C8424013	239
+Scaffold3054	239
+Scaffold3065	239
+Scaffold3284	239
+Scaffold3319	239
+Scaffold3389	239
+Scaffold3847	239
+Scaffold3890	239
+Scaffold3897	239
+Scaffold5070	239
+Scaffold5249	239
+Scaffold5524	239
+Scaffold5694	239
+Scaffold6052	239
+C8419989	238
+C8420027	238
+C8420037	238
+C8420051	238
+C8420067	238
+C8420083	238
+C8420095	238
+C8420149	238
+C8420159	238
+C8420199	238
+C8420265	238
+C8420289	238
+C8420291	238
+C8420301	238
+C8420323	238
+C8420331	238
+C8420411	238
+C8420431	238
+C8420447	238
+C8420451	238
+C8420459	238
+C8420463	238
+C8420549	238
+C8420587	238
+C8420599	238
+C8420623	238
+C8420659	238
+C8420691	238
+C8420713	238
+C8420717	238
+C8420729	238
+C8420731	238
+C8420741	238
+C8420797	238
+C8420821	238
+C8420833	238
+C8420887	238
+C8420955	238
+C8420981	238
+C8421009	238
+C8421079	238
+C8421097	238
+C8421187	238
+C8421239	238
+C8421275	238
+C8421299	238
+C8421305	238
+C8421313	238
+C8421345	238
+C8421403	238
+C8421407	238
+C8421413	238
+C8421435	238
+C8421441	238
+C8421545	238
+C8421655	238
+C8421681	238
+C8421711	238
+C8421715	238
+C8421729	238
+C8421735	238
+C8421751	238
+C8421813	238
+C8421861	238
+C8421899	238
+C8421953	238
+C8421957	238
+C8421973	238
+C8422023	238
+C8422031	238
+Scaffold1057	238
+Scaffold3078	238
+Scaffold3618	238
+Scaffold4423	238
+Scaffold4473	238
+Scaffold4821	238
+Scaffold5457	238
+Scaffold5764	238
+Scaffold6104	238
+Scaffold6505	238
+Scaffold6624	238
+Scaffold7364	238
+Scaffold7512	238
+Scaffold974	238
+C8417819	237
+C8417821	237
+C8417839	237
+C8417917	237
+C8417939	237
+C8417947	237
+C8418017	237
+C8418029	237
+C8418083	237
+C8418091	237
+C8418119	237
+C8418141	237
+C8418145	237
+C8418147	237
+C8418157	237
+C8418205	237
+C8418207	237
+C8418249	237
+C8418347	237
+C8418377	237
+C8418389	237
+C8418423	237
+C8418465	237
+C8418473	237
+C8418487	237
+C8418495	237
+C8418503	237
+C8418553	237
+C8418597	237
+C8418627	237
+C8418653	237
+C8418659	237
+C8418661	237
+C8418687	237
+C8418703	237
+C8418709	237
+C8418771	237
+C8418789	237
+C8418801	237
+C8418829	237
+C8418843	237
+C8418875	237
+C8418879	237
+C8418923	237
+C8418945	237
+C8419011	237
+C8419129	237
+C8419145	237
+C8419155	237
+C8419173	237
+C8419239	237
+C8419249	237
+C8419299	237
+C8419305	237
+C8419367	237
+C8419375	237
+C8419399	237
+C8419401	237
+C8419479	237
+C8419481	237
+C8419557	237
+C8419601	237
+C8419639	237
+C8419641	237
+C8419689	237
+C8419691	237
+C8419695	237
+C8419719	237
+C8419723	237
+C8419767	237
+C8419787	237
+C8419853	237
+C8419855	237
+C8419903	237
+C8419947	237
+C8419961	237
+C8419967	237
+Scaffold1990	237
+Scaffold2493	237
+Scaffold3259	237
+Scaffold3687	237
+Scaffold4824	237
+Scaffold4901	237
+Scaffold5560	237
+Scaffold5659	237
+C8415787	236
+C8415809	236
+C8415811	236
+C8415833	236
+C8415835	236
+C8415839	236
+C8415845	236
+C8415851	236
+C8415887	236
+C8415889	236
+C8415897	236
+C8415921	236
+C8415925	236
+C8415929	236
+C8415947	236
+C8415961	236
+C8415965	236
+C8415967	236
+C8415981	236
+C8415991	236
+C8416031	236
+C8416089	236
+C8416107	236
+C8416111	236
+C8416201	236
+C8416209	236
+C8416213	236
+C8416219	236
+C8416273	236
+C8416295	236
+C8416401	236
+C8416415	236
+C8416427	236
+C8416439	236
+C8416471	236
+C8416511	236
+C8416531	236
+C8416717	236
+C8416725	236
+C8416729	236
+C8416731	236
+C8416809	236
+C8416863	236
+C8416969	236
+C8416971	236
+C8416973	236
+C8416977	236
+C8416979	236
+C8417095	236
+C8417117	236
+C8417123	236
+C8417163	236
+C8417165	236
+C8417225	236
+C8417231	236
+C8417237	236
+C8417247	236
+C8417283	236
+C8417349	236
+C8417367	236
+C8417453	236
+C8417457	236
+C8417459	236
+C8417479	236
+C8417497	236
+C8417501	236
+C8417503	236
+C8417507	236
+C8417513	236
+C8417527	236
+C8417535	236
+C8417539	236
+C8417549	236
+C8417569	236
+C8417581	236
+C8417583	236
+C8417599	236
+C8417611	236
+C8417625	236
+C8417733	236
+C8417789	236
+C8417793	236
+Scaffold2477	236
+Scaffold2575	236
+Scaffold3458	236
+Scaffold3485	236
+Scaffold3641	236
+Scaffold4316	236
+Scaffold4801	236
+Scaffold5156	236
+Scaffold6187	236
+C8413741	235
+C8413763	235
+C8413783	235
+C8413805	235
+C8413821	235
+C8413839	235
+C8413869	235
+C8413875	235
+C8413879	235
+C8413897	235
+C8413911	235
+C8413935	235
+C8413953	235
+C8413963	235
+C8414015	235
+C8414025	235
+C8414067	235
+C8414077	235
+C8414131	235
+C8414173	235
+C8414205	235
+C8414289	235
+C8414323	235
+C8414373	235
+C8414379	235
+C8414437	235
+C8414461	235
+C8414465	235
+C8414489	235
+C8414491	235
+C8414517	235
+C8414523	235
+C8414559	235
+C8414565	235
+C8414597	235
+C8414613	235
+C8414671	235
+C8414677	235
+C8414699	235
+C8414729	235
+C8414883	235
+C8414897	235
+C8414911	235
+C8414993	235
+C8414995	235
+C8415005	235
+C8415023	235
+C8415025	235
+C8415033	235
+C8415037	235
+C8415043	235
+C8415053	235
+C8415055	235
+C8415061	235
+C8415065	235
+C8415075	235
+C8415093	235
+C8415097	235
+C8415105	235
+C8415117	235
+C8415119	235
+C8415141	235
+C8415171	235
+C8415209	235
+C8415211	235
+C8415257	235
+C8415259	235
+C8415263	235
+C8415265	235
+C8415319	235
+C8415323	235
+C8415325	235
+C8415343	235
+C8415399	235
+C8415403	235
+C8415411	235
+C8415437	235
+C8415441	235
+C8415451	235
+C8415487	235
+C8415521	235
+C8415529	235
+C8415545	235
+C8415569	235
+C8415571	235
+C8415597	235
+C8415611	235
+C8415629	235
+C8415647	235
+C8415655	235
+C8415681	235
+C8415723	235
+Scaffold1465	235
+Scaffold1733	235
+Scaffold2711	235
+Scaffold3244	235
+Scaffold3467	235
+Scaffold4369	235
+Scaffold4506	235
+Scaffold4643	235
+Scaffold5259	235
+Scaffold5261	235
+Scaffold5471	235
+Scaffold5482	235
+Scaffold5570	235
+Scaffold5907	235
+Scaffold5949	235
+Scaffold6362	235
+Scaffold6544	235
+Scaffold6976	235
+Scaffold7433	235
+Scaffold7517	235
+Scaffold761	235
+Scaffold902	235
+C8411599	234
+C8411621	234
+C8411627	234
+C8411669	234
+C8411713	234
+C8411767	234
+C8411783	234
+C8411857	234
+C8411861	234
+C8411909	234
+C8412001	234
+C8412015	234
+C8412071	234
+C8412175	234
+C8412199	234
+C8412209	234
+C8412237	234
+C8412255	234
+C8412269	234
+C8412299	234
+C8412301	234
+C8412309	234
+C8412329	234
+C8412347	234
+C8412425	234
+C8412455	234
+C8412487	234
+C8412515	234
+C8412527	234
+C8412547	234
+C8412563	234
+C8412607	234
+C8412629	234
+C8412683	234
+C8412759	234
+C8412765	234
+C8412783	234
+C8412789	234
+C8412793	234
+C8412799	234
+C8412835	234
+C8412839	234
+C8412871	234
+C8412881	234
+C8412917	234
+C8412921	234
+C8412951	234
+C8412995	234
+C8413051	234
+C8413065	234
+C8413099	234
+C8413111	234
+C8413125	234
+C8413137	234
+C8413147	234
+C8413197	234
+C8413215	234
+C8413229	234
+C8413231	234
+C8413269	234
+C8413281	234
+C8413305	234
+C8413339	234
+C8413347	234
+C8413357	234
+C8413359	234
+C8413383	234
+C8413389	234
+C8413395	234
+C8413429	234
+C8413447	234
+C8413467	234
+C8413471	234
+C8413493	234
+C8413551	234
+C8413561	234
+C8413621	234
+C8413655	234
+C8413665	234
+C8413699	234
+C8413701	234
+C8413729	234
+Scaffold2229	234
+Scaffold3067	234
+Scaffold3276	234
+Scaffold3715	234
+Scaffold4730	234
+Scaffold5727	234
+Scaffold6555	234
+Scaffold6626	234
+Scaffold6662	234
+C8409499	233
+C8409563	233
+C8409583	233
+C8409595	233
+C8409685	233
+C8409739	233
+C8409753	233
+C8409755	233
+C8409779	233
+C8409795	233
+C8409799	233
+C8409811	233
+C8409813	233
+C8409857	233
+C8409875	233
+C8409913	233
+C8409915	233
+C8409917	233
+C8409925	233
+C8409943	233
+C8409973	233
+C8409987	233
+C8409997	233
+C8410007	233
+C8410021	233
+C8410043	233
+C8410047	233
+C8410071	233
+C8410121	233
+C8410153	233
+C8410169	233
+C8410199	233
+C8410201	233
+C8410209	233
+C8410233	233
+C8410239	233
+C8410295	233
+C8410299	233
+C8410345	233
+C8410369	233
+C8410401	233
+C8410427	233
+C8410437	233
+C8410491	233
+C8410525	233
+C8410531	233
+C8410597	233
+C8410623	233
+C8410627	233
+C8410647	233
+C8410715	233
+C8410735	233
+C8410737	233
+C8410739	233
+C8410747	233
+C8410779	233
+C8410807	233
+C8410881	233
+C8410891	233
+C8410901	233
+C8410905	233
+C8410927	233
+C8410929	233
+C8410941	233
+C8410945	233
+C8410953	233
+C8411005	233
+C8411021	233
+C8411033	233
+C8411083	233
+C8411119	233
+C8411133	233
+C8411147	233
+C8411149	233
+C8411151	233
+C8411219	233
+C8411233	233
+C8411249	233
+C8411329	233
+C8411349	233
+C8411355	233
+C8411441	233
+C8411461	233
+C8411493	233
+C8411499	233
+C8411555	233
+C8411563	233
+C8411567	233
+Scaffold1768	233
+Scaffold1998	233
+Scaffold2890	233
+Scaffold3333	233
+Scaffold3451	233
+Scaffold3599	233
+Scaffold4264	233
+Scaffold4644	233
+Scaffold4937	233
+Scaffold5007	233
+Scaffold5609	233
+Scaffold5625	233
+Scaffold7187	233
+C8407271	232
+C8407303	232
+C8407385	232
+C8407417	232
+C8407475	232
+C8407489	232
+C8407491	232
+C8407509	232
+C8407513	232
+C8407567	232
+C8407631	232
+C8407635	232
+C8407679	232
+C8407683	232
+C8407699	232
+C8407711	232
+C8407727	232
+C8407731	232
+C8407747	232
+C8407765	232
+C8407799	232
+C8407831	232
+C8407845	232
+C8407857	232
+C8407863	232
+C8407903	232
+C8407915	232
+C8407943	232
+C8407951	232
+C8407973	232
+C8408045	232
+C8408061	232
+C8408077	232
+C8408079	232
+C8408103	232
+C8408113	232
+C8408163	232
+C8408185	232
+C8408203	232
+C8408213	232
+C8408267	232
+C8408325	232
+C8408339	232
+C8408359	232
+C8408421	232
+C8408437	232
+C8408439	232
+C8408483	232
+C8408503	232
+C8408505	232
+C8408543	232
+C8408567	232
+C8408571	232
+C8408669	232
+C8408687	232
+C8408715	232
+C8408743	232
+C8408761	232
+C8408809	232
+C8408821	232
+C8408823	232
+C8408827	232
+C8408849	232
+C8408913	232
+C8408925	232
+C8408933	232
+C8408939	232
+C8408959	232
+C8408965	232
+C8409049	232
+C8409061	232
+C8409073	232
+C8409101	232
+C8409125	232
+C8409149	232
+C8409163	232
+C8409185	232
+C8409187	232
+C8409227	232
+C8409271	232
+C8409281	232
+C8409293	232
+C8409323	232
+C8409327	232
+C8409341	232
+C8409345	232
+C8409361	232
+C8409403	232
+C8409421	232
+C8409435	232
+C8409459	232
+Scaffold2073	232
+Scaffold2211	232
+Scaffold3892	232
+Scaffold4004	232
+Scaffold4232	232
+Scaffold4445	232
+Scaffold4835	232
+Scaffold5557	232
+Scaffold5788	232
+Scaffold5797	232
+Scaffold5849	232
+Scaffold5942	232
+Scaffold5985	232
+Scaffold6649	232
+Scaffold7140	232
+Scaffold7169	232
+C8405001	231
+C8405011	231
+C8405053	231
+C8405067	231
+C8405127	231
+C8405157	231
+C8405181	231
+C8405189	231
+C8405217	231
+C8405253	231
+C8405271	231
+C8405293	231
+C8405295	231
+C8405303	231
+C8405317	231
+C8405349	231
+C8405361	231
+C8405401	231
+C8405441	231
+C8405459	231
+C8405495	231
+C8405497	231
+C8405503	231
+C8405513	231
+C8405541	231
+C8405563	231
+C8405581	231
+C8405589	231
+C8405635	231
+C8405661	231
+C8405671	231
+C8405675	231
+C8405687	231
+C8405713	231
+C8405731	231
+C8405779	231
+C8405781	231
+C8405793	231
+C8405811	231
+C8405817	231
+C8405843	231
+C8405861	231
+C8405863	231
+C8405875	231
+C8405889	231
+C8405909	231
+C8405913	231
+C8405971	231
+C8406041	231
+C8406047	231
+C8406055	231
+C8406057	231
+C8406085	231
+C8406129	231
+C8406147	231
+C8406177	231
+C8406179	231
+C8406181	231
+C8406223	231
+C8406233	231
+C8406283	231
+C8406287	231
+C8406345	231
+C8406353	231
+C8406501	231
+C8406505	231
+C8406509	231
+C8406517	231
+C8406547	231
+C8406553	231
+C8406555	231
+C8406575	231
+C8406609	231
+C8406613	231
+C8406643	231
+C8406647	231
+C8406667	231
+C8406703	231
+C8406741	231
+C8406767	231
+C8406773	231
+C8406775	231
+C8406779	231
+C8406795	231
+C8406811	231
+C8406819	231
+C8406831	231
+C8406871	231
+C8406921	231
+C8406947	231
+C8407009	231
+C8407037	231
+C8407083	231
+C8407107	231
+C8407141	231
+C8407143	231
+C8407149	231
+Scaffold2818	231
+Scaffold4005	231
+Scaffold4943	231
+Scaffold5042	231
+Scaffold5276	231
+Scaffold5973	231
+Scaffold6201	231
+Scaffold6625	231
+Scaffold6956	231
+Scaffold7118	231
+Scaffold7226	231
+Scaffold7472	231
+Scaffold7513	231
+Scaffold823	231
+C8402727	230
+C8402729	230
+C8402797	230
+C8402829	230
+C8402881	230
+C8402885	230
+C8402917	230
+C8402939	230
+C8402979	230
+C8402987	230
+C8403007	230
+C8403119	230
+C8403161	230
+C8403189	230
+C8403217	230
+C8403235	230
+C8403249	230
+C8403293	230
+C8403305	230
+C8403333	230
+C8403343	230
+C8403351	230
+C8403355	230
+C8403469	230
+C8403479	230
+C8403495	230
+C8403523	230
+C8403545	230
+C8403549	230
+C8403553	230
+C8403559	230
+C8403571	230
+C8403579	230
+C8403597	230
+C8403605	230
+C8403611	230
+C8403625	230
+C8403681	230
+C8403701	230
+C8403793	230
+C8403801	230
+C8403829	230
+C8403909	230
+C8403941	230
+C8403945	230
+C8403959	230
+C8403965	230
+C8404023	230
+C8404025	230
+C8404033	230
+C8404095	230
+C8404135	230
+C8404141	230
+C8404165	230
+C8404185	230
+C8404195	230
+C8404231	230
+C8404275	230
+C8404281	230
+C8404285	230
+C8404293	230
+C8404451	230
+C8404481	230
+C8404553	230
+C8404559	230
+C8404617	230
+C8404629	230
+C8404657	230
+C8404665	230
+C8404673	230
+C8404699	230
+C8404725	230
+C8404825	230
+C8404895	230
+C8404905	230
+C8404953	230
+C8404965	230
+Scaffold1675	230
+Scaffold2428	230
+Scaffold2551	230
+Scaffold3582	230
+Scaffold4777	230
+Scaffold4837	230
+Scaffold5219	230
+Scaffold5329	230
+Scaffold6191	230
+Scaffold6627	230
+C8400321	229
+C8400337	229
+C8400383	229
+C8400391	229
+C8400477	229
+C8400485	229
+C8400491	229
+C8400499	229
+C8400539	229
+C8400555	229
+C8400565	229
+C8400573	229
+C8400579	229
+C8400633	229
+C8400781	229
+C8400827	229
+C8400915	229
+C8400931	229
+C8400985	229
+C8400997	229
+C8401007	229
+C8401023	229
+C8401027	229
+C8401045	229
+C8401051	229
+C8401055	229
+C8401063	229
+C8401069	229
+C8401107	229
+C8401125	229
+C8401143	229
+C8401253	229
+C8401263	229
+C8401285	229
+C8401299	229
+C8401305	229
+C8401317	229
+C8401333	229
+C8401335	229
+C8401343	229
+C8401447	229
+C8401463	229
+C8401467	229
+C8401513	229
+C8401555	229
+C8401573	229
+C8401583	229
+C8401589	229
+C8401625	229
+C8401649	229
+C8401741	229
+C8401747	229
+C8401749	229
+C8401765	229
+C8401777	229
+C8401781	229
+C8401787	229
+C8401835	229
+C8401933	229
+C8401953	229
+C8401969	229
+C8401983	229
+C8402005	229
+C8402045	229
+C8402059	229
+C8402061	229
+C8402095	229
+C8402117	229
+C8402167	229
+C8402181	229
+C8402199	229
+C8402219	229
+C8402223	229
+C8402235	229
+C8402237	229
+C8402283	229
+C8402289	229
+C8402311	229
+C8402331	229
+C8402359	229
+C8402361	229
+C8402419	229
+C8402453	229
+C8402523	229
+C8402533	229
+C8402551	229
+C8402601	229
+C8402605	229
+C8402617	229
+C8402639	229
+C8402649	229
+C8402667	229
+Scaffold2796	229
+Scaffold3271	229
+Scaffold3838	229
+Scaffold4932	229
+Scaffold5062	229
+Scaffold5166	229
+Scaffold5305	229
+Scaffold5499	229
+Scaffold5545	229
+Scaffold5579	229
+Scaffold5588	229
+Scaffold5940	229
+Scaffold6150	229
+Scaffold6303	229
+Scaffold6810	229
+C8398075	228
+C8398083	228
+C8398107	228
+C8398145	228
+C8398153	228
+C8398163	228
+C8398195	228
+C8398201	228
+C8398203	228
+C8398217	228
+C8398259	228
+C8398307	228
+C8398315	228
+C8398323	228
+C8398379	228
+C8398429	228
+C8398437	228
+C8398465	228
+C8398469	228
+C8398473	228
+C8398499	228
+C8398523	228
+C8398595	228
+C8398603	228
+C8398647	228
+C8398707	228
+C8398795	228
+C8398823	228
+C8398849	228
+C8398859	228
+C8398867	228
+C8399035	228
+C8399061	228
+C8399073	228
+C8399101	228
+C8399115	228
+C8399121	228
+C8399123	228
+C8399155	228
+C8399171	228
+C8399185	228
+C8399199	228
+C8399207	228
+C8399223	228
+C8399261	228
+C8399263	228
+C8399267	228
+C8399291	228
+C8399303	228
+C8399305	228
+C8399355	228
+C8399393	228
+C8399405	228
+C8399413	228
+C8399425	228
+C8399467	228
+C8399497	228
+C8399517	228
+C8399537	228
+C8399583	228
+C8399589	228
+C8399635	228
+C8399659	228
+C8399747	228
+C8399761	228
+C8399797	228
+C8399801	228
+C8399821	228
+C8399827	228
+C8399885	228
+C8399887	228
+C8399915	228
+C8399949	228
+C8399951	228
+C8399993	228
+C8400035	228
+C8400127	228
+C8400137	228
+C8400141	228
+C8400155	228
+C8400173	228
+C8400181	228
+C8400193	228
+C8400215	228
+C8400231	228
+C8400253	228
+C8400267	228
+C8400273	228
+C8400287	228
+Scaffold2368	228
+Scaffold2478	228
+Scaffold2644	228
+Scaffold3866	228
+Scaffold3942	228
+Scaffold4228	228
+Scaffold4635	228
+Scaffold5242	228
+Scaffold5577	228
+Scaffold6448	228
+Scaffold6846	228
+Scaffold7313	228
+Scaffold7649	228
+C8395763	227
+C8395821	227
+C8395837	227
+C8395839	227
+C8395841	227
+C8395863	227
+C8395907	227
+C8395923	227
+C8395933	227
+C8395951	227
+C8395957	227
+C8395965	227
+C8395985	227
+C8396021	227
+C8396061	227
+C8396115	227
+C8396209	227
+C8396213	227
+C8396261	227
+C8396299	227
+C8396315	227
+C8396329	227
+C8396369	227
+C8396397	227
+C8396409	227
+C8396437	227
+C8396459	227
+C8396475	227
+C8396479	227
+C8396485	227
+C8396547	227
+C8396577	227
+C8396589	227
+C8396629	227
+C8396631	227
+C8396641	227
+C8396649	227
+C8396669	227
+C8396709	227
+C8396779	227
+C8396781	227
+C8396791	227
+C8396829	227
+C8396863	227
+C8396873	227
+C8396915	227
+C8396933	227
+C8396947	227
+C8396975	227
+C8397003	227
+C8397033	227
+C8397087	227
+C8397109	227
+C8397121	227
+C8397169	227
+C8397183	227
+C8397195	227
+C8397197	227
+C8397229	227
+C8397235	227
+C8397343	227
+C8397353	227
+C8397365	227
+C8397409	227
+C8397497	227
+C8397515	227
+C8397525	227
+C8397531	227
+C8397591	227
+C8397603	227
+C8397613	227
+C8397615	227
+C8397619	227
+C8397649	227
+C8397753	227
+C8397771	227
+C8397841	227
+C8397847	227
+C8397891	227
+C8397907	227
+C8397931	227
+C8397997	227
+C8398007	227
+C8398039	227
+Scaffold2650	227
+Scaffold2661	227
+Scaffold2857	227
+Scaffold3837	227
+Scaffold3946	227
+Scaffold4223	227
+Scaffold4726	227
+Scaffold5362	227
+Scaffold5698	227
+Scaffold5780	227
+Scaffold5843	227
+Scaffold6164	227
+Scaffold6428	227
+Scaffold6451	227
+Scaffold6633	227
+Scaffold6645	227
+Scaffold6766	227
+Scaffold6908	227
+Scaffold7161	227
+C8393339	226
+C8393363	226
+C8393365	226
+C8393411	226
+C8393451	226
+C8393549	226
+C8393551	226
+C8393555	226
+C8393571	226
+C8393603	226
+C8393697	226
+C8393765	226
+C8393781	226
+C8393819	226
+C8393851	226
+C8393869	226
+C8393873	226
+C8393883	226
+C8393887	226
+C8393899	226
+C8393931	226
+C8393933	226
+C8393943	226
+C8393945	226
+C8393993	226
+C8394007	226
+C8394015	226
+C8394025	226
+C8394037	226
+C8394039	226
+C8394053	226
+C8394055	226
+C8394079	226
+C8394083	226
+C8394089	226
+C8394125	226
+C8394137	226
+C8394141	226
+C8394195	226
+C8394261	226
+C8394271	226
+C8394273	226
+C8394345	226
+C8394357	226
+C8394371	226
+C8394383	226
+C8394419	226
+C8394453	226
+C8394457	226
+C8394513	226
+C8394541	226
+C8394555	226
+C8394567	226
+C8394651	226
+C8394665	226
+C8394679	226
+C8394743	226
+C8394783	226
+C8394819	226
+C8394855	226
+C8394857	226
+C8394873	226
+C8394879	226
+C8394899	226
+C8394905	226
+C8394907	226
+C8394919	226
+C8394939	226
+C8394977	226
+C8394989	226
+C8395019	226
+C8395081	226
+C8395087	226
+C8395101	226
+C8395143	226
+C8395161	226
+C8395183	226
+C8395215	226
+C8395245	226
+C8395251	226
+C8395257	226
+C8395287	226
+C8395295	226
+C8395301	226
+C8395321	226
+C8395351	226
+C8395371	226
+C8395381	226
+C8395423	226
+C8395435	226
+C8395469	226
+C8395483	226
+C8395505	226
+C8395511	226
+C8395531	226
+C8395591	226
+C8395603	226
+C8395669	226
+C8395685	226
+C8395703	226
+C8395717	226
+C8395723	226
+C8395739	226
+C8395753	226
+C8395759	226
+Scaffold2336	226
+Scaffold3122	226
+Scaffold3463	226
+Scaffold4432	226
+Scaffold4850	226
+Scaffold4862	226
+Scaffold5598	226
+Scaffold5919	226
+Scaffold6109	226
+Scaffold6667	226
+Scaffold7322	226
+C8390993	225
+C8391041	225
+C8391057	225
+C8391073	225
+C8391075	225
+C8391083	225
+C8391085	225
+C8391091	225
+C8391159	225
+C8391191	225
+C8391195	225
+C8391207	225
+C8391215	225
+C8391217	225
+C8391243	225
+C8391263	225
+C8391301	225
+C8391323	225
+C8391337	225
+C8391359	225
+C8391369	225
+C8391391	225
+C8391413	225
+C8391425	225
+C8391477	225
+C8391481	225
+C8391505	225
+C8391587	225
+C8391589	225
+C8391601	225
+C8391605	225
+C8391607	225
+C8391637	225
+C8391639	225
+C8391675	225
+C8391715	225
+C8391717	225
+C8391739	225
+C8391753	225
+C8391803	225
+C8391807	225
+C8391821	225
+C8391823	225
+C8391831	225
+C8391929	225
+C8391931	225
+C8391943	225
+C8391945	225
+C8391961	225
+C8391963	225
+C8391979	225
+C8392015	225
+C8392035	225
+C8392037	225
+C8392119	225
+C8392147	225
+C8392159	225
+C8392233	225
+C8392255	225
+C8392257	225
+C8392289	225
+C8392307	225
+C8392309	225
+C8392341	225
+C8392343	225
+C8392349	225
+C8392375	225
+C8392403	225
+C8392413	225
+C8392465	225
+C8392485	225
+C8392503	225
+C8392513	225
+C8392527	225
+C8392539	225
+C8392545	225
+C8392567	225
+C8392603	225
+C8392615	225
+C8392633	225
+C8392649	225
+C8392653	225
+C8392675	225
+C8392677	225
+C8392697	225
+C8392717	225
+C8392723	225
+C8392737	225
+C8392741	225
+C8392751	225
+C8392819	225
+C8392841	225
+C8392895	225
+C8392917	225
+C8392921	225
+C8392945	225
+C8392959	225
+C8392993	225
+C8393059	225
+C8393065	225
+C8393069	225
+C8393073	225
+C8393111	225
+C8393205	225
+C8393207	225
+C8393225	225
+C8393281	225
+C8393327	225
+Scaffold2793	225
+Scaffold2916	225
+Scaffold2921	225
+Scaffold2956	225
+Scaffold3323	225
+Scaffold3510	225
+Scaffold3846	225
+Scaffold3920	225
+Scaffold4303	225
+Scaffold5887	225
+Scaffold6860	225
+Scaffold7010	225
+Scaffold7427	225
+C8388575	224
+C8388577	224
+C8388607	224
+C8388617	224
+C8388645	224
+C8388657	224
+C8388669	224
+C8388689	224
+C8388691	224
+C8388715	224
+C8388733	224
+C8388739	224
+C8388751	224
+C8388773	224
+C8388781	224
+C8388805	224
+C8388821	224
+C8388827	224
+C8388845	224
+C8388851	224
+C8388877	224
+C8388913	224
+C8388921	224
+C8388929	224
+C8388965	224
+C8388985	224
+C8389001	224
+C8389013	224
+C8389071	224
+C8389073	224
+C8389077	224
+C8389083	224
+C8389159	224
+C8389163	224
+C8389165	224
+C8389201	224
+C8389241	224
+C8389259	224
+C8389263	224
+C8389275	224
+C8389283	224
+C8389305	224
+C8389317	224
+C8389339	224
+C8389355	224
+C8389389	224
+C8389393	224
+C8389447	224
+C8389459	224
+C8389485	224
+C8389495	224
+C8389501	224
+C8389505	224
+C8389529	224
+C8389545	224
+C8389549	224
+C8389561	224
+C8389563	224
+C8389579	224
+C8389589	224
+C8389605	224
+C8389643	224
+C8389767	224
+C8389791	224
+C8389803	224
+C8389823	224
+C8389829	224
+C8389833	224
+C8389869	224
+C8389873	224
+C8389895	224
+C8389923	224
+C8389931	224
+C8389933	224
+C8389941	224
+C8389943	224
+C8389965	224
+C8389971	224
+C8389975	224
+C8389997	224
+C8390013	224
+C8390149	224
+C8390169	224
+C8390171	224
+C8390213	224
+C8390299	224
+C8390303	224
+C8390305	224
+C8390309	224
+C8390315	224
+C8390317	224
+C8390361	224
+C8390377	224
+C8390387	224
+C8390399	224
+C8390457	224
+C8390477	224
+C8390533	224
+C8390653	224
+C8390701	224
+C8390705	224
+C8390721	224
+C8390755	224
+C8390769	224
+C8390775	224
+C8390777	224
+C8390811	224
+C8390823	224
+C8390839	224
+C8390849	224
+C8390895	224
+C8390935	224
+C8390939	224
+C8390971	224
+Scaffold1441	224
+Scaffold2151	224
+Scaffold2215	224
+Scaffold2740	224
+Scaffold2771	224
+Scaffold3670	224
+Scaffold3741	224
+Scaffold4751	224
+Scaffold5394	224
+Scaffold5932	224
+Scaffold6449	224
+Scaffold6534	224
+scaffold6919	224
+C8386153	223
+C8386185	223
+C8386223	223
+C8386247	223
+C8386261	223
+C8386263	223
+C8386295	223
+C8386353	223
+C8386371	223
+C8386381	223
+C8386383	223
+C8386409	223
+C8386419	223
+C8386455	223
+C8386457	223
+C8386469	223
+C8386509	223
+C8386519	223
+C8386555	223
+C8386563	223
+C8386645	223
+C8386689	223
+C8386735	223
+C8386799	223
+C8386859	223
+C8386883	223
+C8386893	223
+C8386929	223
+C8386945	223
+C8386989	223
+C8387001	223
+C8387005	223
+C8387041	223
+C8387065	223
+C8387129	223
+C8387153	223
+C8387169	223
+C8387179	223
+C8387205	223
+C8387221	223
+C8387225	223
+C8387233	223
+C8387237	223
+C8387267	223
+C8387299	223
+C8387365	223
+C8387373	223
+C8387405	223
+C8387461	223
+C8387481	223
+C8387497	223
+C8387507	223
+C8387525	223
+C8387537	223
+C8387543	223
+C8387605	223
+C8387619	223
+C8387633	223
+C8387665	223
+C8387669	223
+C8387743	223
+C8387759	223
+C8387769	223
+C8387813	223
+C8387831	223
+C8387853	223
+C8387883	223
+C8387895	223
+C8387899	223
+C8387901	223
+C8387935	223
+C8388001	223
+C8388033	223
+C8388045	223
+C8388055	223
+C8388059	223
+C8388089	223
+C8388097	223
+C8388129	223
+C8388167	223
+C8388177	223
+C8388229	223
+C8388233	223
+C8388235	223
+C8388239	223
+C8388269	223
+C8388283	223
+C8388291	223
+C8388295	223
+C8388399	223
+C8388401	223
+C8388461	223
+C8388463	223
+C8388465	223
+C8388489	223
+C8388493	223
+C8388495	223
+C8388515	223
+C8388529	223
+Scaffold1611	223
+Scaffold2446	223
+Scaffold2547	223
+Scaffold2584	223
+Scaffold3146	223
+Scaffold3755	223
+Scaffold5234	223
+Scaffold5318	223
+Scaffold5729	223
+Scaffold6971	223
+C8383721	222
+C8383727	222
+C8383737	222
+C8383791	222
+C8383799	222
+C8383835	222
+C8383867	222
+C8383901	222
+C8383903	222
+C8383913	222
+C8383929	222
+C8383945	222
+C8383955	222
+C8383983	222
+C8383989	222
+C8384033	222
+C8384047	222
+C8384049	222
+C8384075	222
+C8384085	222
+C8384137	222
+C8384191	222
+C8384195	222
+C8384277	222
+C8384295	222
+C8384307	222
+C8384323	222
+C8384361	222
+C8384555	222
+C8384603	222
+C8384643	222
+C8384663	222
+C8384679	222
+C8384699	222
+C8384709	222
+C8384717	222
+C8384739	222
+C8384765	222
+C8384769	222
+C8384813	222
+C8384819	222
+C8384833	222
+C8384839	222
+C8384849	222
+C8384855	222
+C8384861	222
+C8384871	222
+C8384875	222
+C8384879	222
+C8384927	222
+C8384941	222
+C8384967	222
+C8384973	222
+C8384975	222
+C8384995	222
+C8385005	222
+C8385007	222
+C8385071	222
+C8385105	222
+C8385107	222
+C8385131	222
+C8385177	222
+C8385195	222
+C8385201	222
+C8385205	222
+C8385223	222
+C8385235	222
+C8385251	222
+C8385261	222
+C8385277	222
+C8385285	222
+C8385355	222
+C8385411	222
+C8385417	222
+C8385499	222
+C8385539	222
+C8385553	222
+C8385585	222
+C8385597	222
+C8385621	222
+C8385667	222
+C8385673	222
+C8385691	222
+C8385735	222
+C8385737	222
+C8385745	222
+C8385749	222
+C8385783	222
+C8385791	222
+C8385805	222
+C8385813	222
+C8385823	222
+C8385899	222
+C8385901	222
+C8385907	222
+C8385957	222
+C8385973	222
+C8385985	222
+C8385995	222
+C8386019	222
+C8386039	222
+C8386053	222
+C8386125	222
+C8386131	222
+C8386133	222
+Scaffold1979	222
+Scaffold2195	222
+Scaffold2924	222
+Scaffold5581	222
+Scaffold6055	222
+Scaffold6229	222
+Scaffold6377	222
+Scaffold6707	222
+Scaffold6962	222
+scaffold7036	222
+Scaffold7193	222
+Scaffold7205	222
+C8381307	221
+C8381309	221
+C8381379	221
+C8381407	221
+C8381417	221
+C8381425	221
+C8381471	221
+C8381535	221
+C8381595	221
+C8381619	221
+C8381623	221
+C8381719	221
+C8381739	221
+C8381747	221
+C8381749	221
+C8381753	221
+C8381765	221
+C8381799	221
+C8381849	221
+C8381857	221
+C8381947	221
+C8381999	221
+C8382009	221
+C8382105	221
+C8382235	221
+C8382259	221
+C8382267	221
+C8382275	221
+C8382303	221
+C8382305	221
+C8382313	221
+C8382367	221
+C8382377	221
+C8382407	221
+C8382415	221
+C8382439	221
+C8382447	221
+C8382467	221
+C8382485	221
+C8382503	221
+C8382555	221
+C8382561	221
+C8382569	221
+C8382609	221
+C8382623	221
+C8382651	221
+C8382657	221
+C8382663	221
+C8382671	221
+C8382673	221
+C8382689	221
+C8382693	221
+C8382701	221
+C8382703	221
+C8382733	221
+C8382745	221
+C8382873	221
+C8382913	221
+C8382937	221
+C8382943	221
+C8382955	221
+C8382969	221
+C8382979	221
+C8383071	221
+C8383095	221
+C8383109	221
+C8383169	221
+C8383175	221
+C8383185	221
+C8383209	221
+C8383233	221
+C8383299	221
+C8383347	221
+C8383349	221
+C8383395	221
+C8383445	221
+C8383461	221
+C8383467	221
+C8383495	221
+C8383529	221
+C8383531	221
+C8383559	221
+C8383605	221
+C8383635	221
+C8383645	221
+C8383661	221
+Scaffold1006	221
+Scaffold1212	221
+Scaffold1435	221
+Scaffold1916	221
+Scaffold2334	221
+Scaffold2520	221
+Scaffold3948	221
+Scaffold4018	221
+Scaffold4145	221
+Scaffold5055	221
+Scaffold5074	221
+Scaffold5171	221
+Scaffold5323	221
+Scaffold5739	221
+Scaffold5816	221
+Scaffold6469	221
+Scaffold7299	221
+C8378759	220
+C8378761	220
+C8378797	220
+C8378823	220
+C8378827	220
+C8378841	220
+C8378859	220
+C8378867	220
+C8378885	220
+C8378911	220
+C8378913	220
+C8378919	220
+C8378951	220
+C8378971	220
+C8379039	220
+C8379085	220
+C8379099	220
+C8379129	220
+C8379143	220
+C8379187	220
+C8379227	220
+C8379281	220
+C8379305	220
+C8379349	220
+C8379353	220
+C8379401	220
+C8379405	220
+C8379483	220
+C8379521	220
+C8379533	220
+C8379591	220
+C8379597	220
+C8379599	220
+C8379605	220
+C8379629	220
+C8379651	220
+C8379661	220
+C8379689	220
+C8379747	220
+C8379777	220
+C8379781	220
+C8379783	220
+C8379797	220
+C8379821	220
+C8379847	220
+C8379953	220
+C8380009	220
+C8380023	220
+C8380069	220
+C8380091	220
+C8380097	220
+C8380107	220
+C8380117	220
+C8380127	220
+C8380133	220
+C8380205	220
+C8380215	220
+C8380221	220
+C8380231	220
+C8380233	220
+C8380245	220
+C8380273	220
+C8380283	220
+C8380285	220
+C8380321	220
+C8380367	220
+C8380379	220
+C8380425	220
+C8380427	220
+C8380431	220
+C8380447	220
+C8380457	220
+C8380461	220
+C8380473	220
+C8380475	220
+C8380499	220
+C8380517	220
+C8380571	220
+C8380601	220
+C8380637	220
+C8380665	220
+C8380685	220
+C8380747	220
+C8380767	220
+C8380781	220
+C8380821	220
+C8380897	220
+C8380907	220
+C8380927	220
+C8380937	220
+C8380939	220
+C8380957	220
+C8380985	220
+C8381013	220
+C8381019	220
+C8381117	220
+C8381131	220
+C8381179	220
+C8381195	220
+C8381211	220
+C8381247	220
+C8381253	220
+Scaffold1021	220
+Scaffold1985	220
+Scaffold2662	220
+Scaffold3321	220
+Scaffold3483	220
+Scaffold3577	220
+Scaffold3658	220
+Scaffold5268	220
+Scaffold5421	220
+Scaffold5688	220
+Scaffold5710	220
+Scaffold6417	220
+C8376247	219
+C8376249	219
+C8376257	219
+C8376267	219
+C8376291	219
+C8376363	219
+C8376365	219
+C8376377	219
+C8376387	219
+C8376403	219
+C8376423	219
+C8376425	219
+C8376435	219
+C8376499	219
+C8376511	219
+C8376525	219
+C8376567	219
+C8376585	219
+C8376593	219
+C8376621	219
+C8376643	219
+C8376659	219
+C8376711	219
+C8376749	219
+C8376783	219
+C8376787	219
+C8376801	219
+C8376807	219
+C8376861	219
+C8376863	219
+C8376885	219
+C8376901	219
+C8376907	219
+C8376975	219
+C8376991	219
+C8377017	219
+C8377031	219
+C8377063	219
+C8377073	219
+C8377077	219
+C8377095	219
+C8377163	219
+C8377173	219
+C8377181	219
+C8377213	219
+C8377259	219
+C8377273	219
+C8377335	219
+C8377349	219
+C8377433	219
+C8377441	219
+C8377461	219
+C8377497	219
+C8377509	219
+C8377513	219
+C8377535	219
+C8377547	219
+C8377563	219
+C8377595	219
+C8377609	219
+C8377611	219
+C8377673	219
+C8377685	219
+C8377699	219
+C8377743	219
+C8377753	219
+C8377775	219
+C8377791	219
+C8377841	219
+C8377849	219
+C8377859	219
+C8377953	219
+C8377961	219
+C8377969	219
+C8377981	219
+C8378053	219
+C8378075	219
+C8378113	219
+C8378121	219
+C8378143	219
+C8378179	219
+C8378217	219
+C8378225	219
+C8378249	219
+C8378275	219
+C8378277	219
+C8378287	219
+C8378303	219
+C8378341	219
+C8378363	219
+C8378365	219
+C8378401	219
+C8378421	219
+C8378447	219
+C8378489	219
+C8378557	219
+C8378569	219
+C8378577	219
+C8378589	219
+C8378649	219
+C8378655	219
+C8378679	219
+C8378747	219
+Scaffold2533	219
+Scaffold2750	219
+Scaffold3449	219
+Scaffold4255	219
+Scaffold4295	219
+Scaffold4920	219
+Scaffold6281	219
+Scaffold7465	219
+C8373911	218
+C8373927	218
+C8373945	218
+C8373985	218
+C8374005	218
+C8374019	218
+C8374025	218
+C8374033	218
+C8374069	218
+C8374099	218
+C8374103	218
+C8374115	218
+C8374145	218
+C8374231	218
+C8374237	218
+C8374245	218
+C8374251	218
+C8374319	218
+C8374325	218
+C8374331	218
+C8374353	218
+C8374425	218
+C8374429	218
+C8374447	218
+C8374473	218
+C8374487	218
+C8374511	218
+C8374557	218
+C8374579	218
+C8374583	218
+C8374603	218
+C8374611	218
+C8374627	218
+C8374629	218
+C8374647	218
+C8374681	218
+C8374747	218
+C8374753	218
+C8374759	218
+C8374775	218
+C8374779	218
+C8374799	218
+C8374821	218
+C8374901	218
+C8374903	218
+C8374905	218
+C8374947	218
+C8374961	218
+C8374971	218
+C8374997	218
+C8375005	218
+C8375013	218
+C8375065	218
+C8375071	218
+C8375079	218
+C8375095	218
+C8375121	218
+C8375169	218
+C8375253	218
+C8375301	218
+C8375317	218
+C8375373	218
+C8375385	218
+C8375423	218
+C8375443	218
+C8375499	218
+C8375509	218
+C8375533	218
+C8375537	218
+C8375549	218
+C8375551	218
+C8375627	218
+C8375649	218
+C8375651	218
+C8375665	218
+C8375735	218
+C8375767	218
+C8375781	218
+C8375815	218
+C8375851	218
+C8375873	218
+C8375913	218
+C8375921	218
+C8375945	218
+C8375951	218
+C8375963	218
+C8375967	218
+C8375981	218
+C8375989	218
+C8376017	218
+C8376061	218
+C8376063	218
+C8376083	218
+C8376085	218
+C8376111	218
+C8376119	218
+C8376131	218
+C8376145	218
+C8376151	218
+C8376207	218
+C8376209	218
+C8376223	218
+Scaffold1336	218
+Scaffold2083	218
+Scaffold2206	218
+Scaffold2287	218
+Scaffold2356	218
+Scaffold3178	218
+Scaffold3364	218
+Scaffold3626	218
+Scaffold3654	218
+Scaffold4884	218
+Scaffold5028	218
+Scaffold6337	218
+C8371205	217
+C8371217	217
+C8371219	217
+C8371247	217
+C8371249	217
+C8371253	217
+C8371261	217
+C8371277	217
+C8371293	217
+C8371327	217
+C8371339	217
+C8371341	217
+C8371363	217
+C8371387	217
+C8371485	217
+C8371487	217
+C8371495	217
+C8371499	217
+C8371529	217
+C8371573	217
+C8371589	217
+C8371605	217
+C8371613	217
+C8371631	217
+C8371639	217
+C8371641	217
+C8371643	217
+C8371701	217
+C8371703	217
+C8371711	217
+C8371749	217
+C8371759	217
+C8371869	217
+C8371871	217
+C8371873	217
+C8371921	217
+C8371953	217
+C8371955	217
+C8371975	217
+C8372045	217
+C8372059	217
+C8372085	217
+C8372087	217
+C8372099	217
+C8372127	217
+C8372223	217
+C8372255	217
+C8372289	217
+C8372313	217
+C8372363	217
+C8372385	217
+C8372395	217
+C8372407	217
+C8372421	217
+C8372465	217
+C8372481	217
+C8372485	217
+C8372489	217
+C8372581	217
+C8372605	217
+C8372651	217
+C8372701	217
+C8372719	217
+C8372723	217
+C8372735	217
+C8372755	217
+C8372757	217
+C8372771	217
+C8372781	217
+C8372847	217
+C8372849	217
+C8372883	217
+C8372893	217
+C8372923	217
+C8372977	217
+C8372997	217
+C8372999	217
+C8373045	217
+C8373067	217
+C8373087	217
+C8373097	217
+C8373139	217
+C8373183	217
+C8373187	217
+C8373241	217
+C8373249	217
+C8373253	217
+C8373263	217
+C8373293	217
+C8373309	217
+C8373315	217
+C8373347	217
+C8373423	217
+C8373439	217
+C8373453	217
+C8373495	217
+C8373497	217
+C8373547	217
+C8373565	217
+C8373571	217
+C8373583	217
+C8373585	217
+C8373609	217
+C8373647	217
+C8373655	217
+C8373667	217
+C8373699	217
+C8373723	217
+C8373753	217
+C8373757	217
+C8373789	217
+C8373833	217
+C8373835	217
+Scaffold2042	217
+Scaffold2324	217
+Scaffold2503	217
+Scaffold2979	217
+Scaffold3398	217
+Scaffold4312	217
+Scaffold4916	217
+Scaffold5427	217
+Scaffold5522	217
+Scaffold5595	217
+Scaffold5794	217
+Scaffold7023	217
+Scaffold7067	217
+Scaffold7228	217
+C8368495	216
+C8368509	216
+C8368511	216
+C8368553	216
+C8368609	216
+C8368627	216
+C8368679	216
+C8368701	216
+C8368739	216
+C8368779	216
+C8368865	216
+C8368925	216
+C8368941	216
+C8368943	216
+C8369003	216
+C8369059	216
+C8369063	216
+C8369077	216
+C8369127	216
+C8369219	216
+C8369277	216
+C8369313	216
+C8369321	216
+C8369347	216
+C8369373	216
+C8369383	216
+C8369397	216
+C8369409	216
+C8369427	216
+C8369437	216
+C8369439	216
+C8369449	216
+C8369475	216
+C8369539	216
+C8369569	216
+C8369583	216
+C8369631	216
+C8369641	216
+C8369643	216
+C8369649	216
+C8369661	216
+C8369677	216
+C8369695	216
+C8369707	216
+C8369761	216
+C8369769	216
+C8369775	216
+C8369777	216
+C8369795	216
+C8369823	216
+C8369829	216
+C8369837	216
+C8369871	216
+C8369881	216
+C8369887	216
+C8369889	216
+C8369895	216
+C8369913	216
+C8369933	216
+C8369947	216
+C8370033	216
+C8370035	216
+C8370051	216
+C8370053	216
+C8370055	216
+C8370075	216
+C8370117	216
+C8370151	216
+C8370161	216
+C8370207	216
+C8370241	216
+C8370261	216
+C8370283	216
+C8370287	216
+C8370353	216
+C8370377	216
+C8370391	216
+C8370405	216
+C8370445	216
+C8370541	216
+C8370581	216
+C8370659	216
+C8370687	216
+C8370713	216
+C8370721	216
+C8370749	216
+C8370767	216
+C8370771	216
+C8370775	216
+C8370799	216
+C8370827	216
+C8370841	216
+C8370847	216
+C8370857	216
+C8370879	216
+C8370881	216
+C8370937	216
+C8370943	216
+C8370963	216
+C8370965	216
+C8370969	216
+C8370971	216
+C8370995	216
+C8371037	216
+C8371069	216
+C8371111	216
+C8371123	216
+C8371143	216
+C8371145	216
+Scaffold1778	216
+Scaffold2161	216
+Scaffold2427	216
+Scaffold2698	216
+Scaffold3625	216
+Scaffold3669	216
+Scaffold3840	216
+Scaffold417	216
+Scaffold4364	216
+Scaffold4468	216
+Scaffold4531	216
+Scaffold4874	216
+Scaffold4992	216
+Scaffold5005	216
+Scaffold5830	216
+Scaffold6425	216
+Scaffold6818	216
+Scaffold7278	216
+C8365837	215
+C8365855	215
+C8365889	215
+C8365905	215
+C8365937	215
+C8365973	215
+C8365999	215
+C8366005	215
+C8366021	215
+C8366045	215
+C8366071	215
+C8366081	215
+C8366085	215
+C8366093	215
+C8366115	215
+C8366127	215
+C8366147	215
+C8366163	215
+C8366167	215
+C8366237	215
+C8366241	215
+C8366337	215
+C8366349	215
+C8366385	215
+C8366387	215
+C8366399	215
+C8366413	215
+C8366415	215
+C8366439	215
+C8366557	215
+C8366567	215
+C8366623	215
+C8366631	215
+C8366643	215
+C8366653	215
+C8366665	215
+C8366677	215
+C8366711	215
+C8366747	215
+C8366769	215
+C8366813	215
+C8366855	215
+C8366869	215
+C8366889	215
+C8366903	215
+C8366909	215
+C8366915	215
+C8366919	215
+C8366943	215
+C8366991	215
+C8366993	215
+C8366995	215
+C8367007	215
+C8367033	215
+C8367035	215
+C8367143	215
+C8367155	215
+C8367171	215
+C8367175	215
+C8367177	215
+C8367181	215
+C8367255	215
+C8367317	215
+C8367341	215
+C8367349	215
+C8367401	215
+C8367411	215
+C8367427	215
+C8367459	215
+C8367469	215
+C8367475	215
+C8367485	215
+C8367543	215
+C8367551	215
+C8367577	215
+C8367601	215
+C8367617	215
+C8367619	215
+C8367637	215
+C8367661	215
+C8367673	215
+C8367723	215
+C8367757	215
+C8367839	215
+C8367873	215
+C8367881	215
+C8367911	215
+C8367923	215
+C8367945	215
+C8367975	215
+C8368021	215
+C8368035	215
+C8368067	215
+C8368105	215
+C8368113	215
+C8368119	215
+C8368127	215
+C8368151	215
+C8368207	215
+C8368223	215
+C8368225	215
+C8368247	215
+C8368255	215
+C8368297	215
+C8368301	215
+C8368349	215
+C8368437	215
+C8368449	215
+Scaffold1436	215
+Scaffold2432	215
+Scaffold305	215
+Scaffold3442	215
+Scaffold3910	215
+Scaffold4044	215
+Scaffold4157	215
+Scaffold4398	215
+Scaffold4603	215
+Scaffold4825	215
+Scaffold4875	215
+Scaffold4993	215
+Scaffold5125	215
+Scaffold5308	215
+Scaffold5407	215
+Scaffold7012	215
+C8363183	214
+C8363229	214
+C8363259	214
+C8363349	214
+C8363407	214
+C8363461	214
+C8363463	214
+C8363581	214
+C8363593	214
+C8363633	214
+C8363731	214
+C8363747	214
+C8363787	214
+C8363789	214
+C8363821	214
+C8363833	214
+C8363845	214
+C8363879	214
+C8363909	214
+C8363941	214
+C8363945	214
+C8364035	214
+C8364037	214
+C8364047	214
+C8364049	214
+C8364097	214
+C8364103	214
+C8364123	214
+C8364131	214
+C8364217	214
+C8364233	214
+C8364251	214
+C8364301	214
+C8364453	214
+C8364473	214
+C8364493	214
+C8364507	214
+C8364541	214
+C8364543	214
+C8364571	214
+C8364575	214
+C8364585	214
+C8364619	214
+C8364631	214
+C8364681	214
+C8364703	214
+C8364725	214
+C8364755	214
+C8364857	214
+C8364861	214
+C8364865	214
+C8364935	214
+C8365001	214
+C8365013	214
+C8365027	214
+C8365245	214
+C8365261	214
+C8365271	214
+C8365281	214
+C8365291	214
+C8365297	214
+C8365299	214
+C8365321	214
+C8365351	214
+C8365357	214
+C8365359	214
+C8365377	214
+C8365381	214
+C8365387	214
+C8365401	214
+C8365429	214
+C8365547	214
+C8365569	214
+C8365617	214
+C8365633	214
+C8365743	214
+C8365755	214
+Scaffold3998	214
+Scaffold4462	214
+Scaffold4911	214
+Scaffold6028	214
+Scaffold6643	214
+Scaffold6742	214
+Scaffold870	214
+C8360327	213
+C8360377	213
+C8360385	213
+C8360411	213
+C8360435	213
+C8360437	213
+C8360447	213
+C8360449	213
+C8360467	213
+C8360489	213
+C8360501	213
+C8360515	213
+C8360541	213
+C8360571	213
+C8360577	213
+C8360579	213
+C8360607	213
+C8360613	213
+C8360635	213
+C8360665	213
+C8360681	213
+C8360693	213
+C8360701	213
+C8360737	213
+C8360739	213
+C8360751	213
+C8360763	213
+C8360769	213
+C8360775	213
+C8360883	213
+C8360915	213
+C8360921	213
+C8360945	213
+C8360947	213
+C8360957	213
+C8361003	213
+C8361039	213
+C8361059	213
+C8361083	213
+C8361087	213
+C8361101	213
+C8361121	213
+C8361125	213
+C8361143	213
+C8361191	213
+C8361195	213
+C8361209	213
+C8361247	213
+C8361261	213
+C8361269	213
+C8361271	213
+C8361281	213
+C8361291	213
+C8361331	213
+C8361343	213
+C8361385	213
+C8361391	213
+C8361433	213
+C8361453	213
+C8361501	213
+C8361505	213
+C8361507	213
+C8361535	213
+C8361537	213
+C8361555	213
+C8361563	213
+C8361565	213
+C8361603	213
+C8361631	213
+C8361651	213
+C8361653	213
+C8361655	213
+C8361667	213
+C8361693	213
+C8361695	213
+C8361703	213
+C8361733	213
+C8361751	213
+C8361753	213
+C8361767	213
+C8361829	213
+C8361865	213
+C8361893	213
+C8361907	213
+C8361911	213
+C8361919	213
+C8361949	213
+C8361971	213
+C8362103	213
+C8362113	213
+C8362171	213
+C8362251	213
+C8362297	213
+C8362319	213
+C8362323	213
+C8362357	213
+C8362405	213
+C8362429	213
+C8362431	213
+C8362445	213
+C8362465	213
+C8362493	213
+C8362539	213
+C8362555	213
+C8362557	213
+C8362603	213
+C8362635	213
+C8362677	213
+C8362691	213
+C8362695	213
+C8362735	213
+C8362745	213
+C8362747	213
+C8362761	213
+C8362769	213
+C8362771	213
+C8362809	213
+C8362837	213
+C8362859	213
+C8362939	213
+C8362961	213
+C8362967	213
+C8362975	213
+C8363015	213
+C8363017	213
+C8363027	213
+C8363029	213
+C8363065	213
+C8363075	213
+Scaffold1763	213
+Scaffold2213	213
+Scaffold2742	213
+Scaffold4048	213
+Scaffold4617	213
+Scaffold5089	213
+Scaffold5417	213
+Scaffold5616	213
+Scaffold7312	213
+C8357547	212
+C8357567	212
+C8357589	212
+C8357595	212
+C8357613	212
+C8357635	212
+C8357647	212
+C8357701	212
+C8357719	212
+C8357763	212
+C8357809	212
+C8357813	212
+C8357841	212
+C8357845	212
+C8357851	212
+C8357853	212
+C8357897	212
+C8357961	212
+C8357983	212
+C8357999	212
+C8358005	212
+C8358083	212
+C8358139	212
+C8358147	212
+C8358151	212
+C8358157	212
+C8358255	212
+C8358267	212
+C8358287	212
+C8358291	212
+C8358307	212
+C8358357	212
+C8358411	212
+C8358437	212
+C8358445	212
+C8358471	212
+C8358489	212
+C8358533	212
+C8358535	212
+C8358573	212
+C8358579	212
+C8358597	212
+C8358627	212
+C8358631	212
+C8358661	212
+C8358673	212
+C8358687	212
+C8358749	212
+C8358769	212
+C8358771	212
+C8358797	212
+C8358801	212
+C8358803	212
+C8358807	212
+C8358815	212
+C8358869	212
+C8358935	212
+C8358937	212
+C8358977	212
+C8358991	212
+C8359029	212
+C8359043	212
+C8359075	212
+C8359091	212
+C8359093	212
+C8359147	212
+C8359193	212
+C8359201	212
+C8359213	212
+C8359229	212
+C8359235	212
+C8359309	212
+C8359323	212
+C8359335	212
+C8359349	212
+C8359425	212
+C8359455	212
+C8359465	212
+C8359471	212
+C8359511	212
+C8359565	212
+C8359631	212
+C8359637	212
+C8359639	212
+C8359695	212
+C8359723	212
+C8359745	212
+C8359779	212
+C8359829	212
+C8359867	212
+C8359901	212
+C8359907	212
+C8359915	212
+C8359917	212
+C8359919	212
+C8359921	212
+C8359929	212
+C8359953	212
+C8360021	212
+C8360049	212
+C8360075	212
+C8360101	212
+C8360151	212
+C8360177	212
+C8360225	212
+C8360269	212
+C8360273	212
+C8360283	212
+C8360289	212
+C8360311	212
+C8360313	212
+Scaffold2117	212
+Scaffold2539	212
+Scaffold2624	212
+Scaffold3128	212
+Scaffold3257	212
+Scaffold3518	212
+Scaffold3761	212
+Scaffold4177	212
+Scaffold4270	212
+Scaffold4536	212
+Scaffold4653	212
+Scaffold5369	212
+Scaffold6126	212
+Scaffold6674	212
+C8354705	211
+C8354731	211
+C8354759	211
+C8354775	211
+C8354785	211
+C8354791	211
+C8354839	211
+C8354867	211
+C8354875	211
+C8354893	211
+C8354901	211
+C8354929	211
+C8354933	211
+C8354967	211
+C8354979	211
+C8355003	211
+C8355015	211
+C8355019	211
+C8355051	211
+C8355057	211
+C8355065	211
+C8355071	211
+C8355075	211
+C8355117	211
+C8355141	211
+C8355193	211
+C8355207	211
+C8355243	211
+C8355245	211
+C8355269	211
+C8355287	211
+C8355289	211
+C8355299	211
+C8355335	211
+C8355375	211
+C8355383	211
+C8355391	211
+C8355399	211
+C8355517	211
+C8355521	211
+C8355533	211
+C8355561	211
+C8355571	211
+C8355595	211
+C8355659	211
+C8355683	211
+C8355685	211
+C8355709	211
+C8355723	211
+C8355725	211
+C8355727	211
+C8355769	211
+C8355807	211
+C8355829	211
+C8355877	211
+C8355907	211
+C8355913	211
+C8355977	211
+C8355979	211
+C8355981	211
+C8355985	211
+C8355991	211
+C8356013	211
+C8356045	211
+C8356053	211
+C8356057	211
+C8356059	211
+C8356121	211
+C8356157	211
+C8356161	211
+C8356163	211
+C8356179	211
+C8356189	211
+C8356209	211
+C8356235	211
+C8356241	211
+C8356267	211
+C8356345	211
+C8356349	211
+C8356365	211
+C8356415	211
+C8356459	211
+C8356493	211
+C8356537	211
+C8356559	211
+C8356579	211
+C8356607	211
+C8356613	211
+C8356651	211
+C8356665	211
+C8356685	211
+C8356739	211
+C8356801	211
+C8356807	211
+C8356817	211
+C8356829	211
+C8356865	211
+C8356879	211
+C8356885	211
+C8356897	211
+C8356933	211
+C8356969	211
+C8356993	211
+C8357001	211
+C8357041	211
+C8357079	211
+C8357081	211
+C8357105	211
+C8357145	211
+C8357175	211
+C8357189	211
+C8357225	211
+C8357243	211
+C8357259	211
+C8357267	211
+C8357273	211
+C8357277	211
+C8357323	211
+C8357345	211
+C8357365	211
+C8357385	211
+C8357393	211
+C8357405	211
+C8357415	211
+C8357435	211
+C8357469	211
+Scaffold1523	211
+Scaffold1903	211
+Scaffold2389	211
+Scaffold2400	211
+Scaffold2494	211
+Scaffold2765	211
+Scaffold3591	211
+Scaffold3634	211
+Scaffold4554	211
+Scaffold4645	211
+Scaffold5469	211
+scaffold6260	211
+Scaffold6494	211
+Scaffold6857	211
+Scaffold6875	211
+C8351935	210
+C8351949	210
+C8351959	210
+C8351979	210
+C8351987	210
+C8352007	210
+C8352013	210
+C8352015	210
+C8352019	210
+C8352081	210
+C8352109	210
+C8352129	210
+C8352135	210
+C8352155	210
+C8352169	210
+C8352179	210
+C8352199	210
+C8352213	210
+C8352215	210
+C8352233	210
+C8352349	210
+C8352351	210
+C8352361	210
+C8352389	210
+C8352437	210
+C8352453	210
+C8352457	210
+C8352467	210
+C8352469	210
+C8352473	210
+C8352487	210
+C8352537	210
+C8352543	210
+C8352591	210
+C8352671	210
+C8352709	210
+C8352759	210
+C8352777	210
+C8352801	210
+C8352841	210
+C8352855	210
+C8352903	210
+C8352953	210
+C8353051	210
+C8353079	210
+C8353161	210
+C8353183	210
+C8353205	210
+C8353335	210
+C8353343	210
+C8353361	210
+C8353445	210
+C8353451	210
+C8353463	210
+C8353485	210
+C8353503	210
+C8353579	210
+C8353617	210
+C8353625	210
+C8353645	210
+C8353675	210
+C8353683	210
+C8353697	210
+C8353725	210
+C8353791	210
+C8353805	210
+C8353815	210
+C8353839	210
+C8353853	210
+C8353879	210
+C8353935	210
+C8353963	210
+C8353985	210
+C8353995	210
+C8354005	210
+C8354017	210
+C8354019	210
+C8354029	210
+C8354031	210
+C8354033	210
+C8354087	210
+C8354167	210
+C8354297	210
+C8354325	210
+C8354329	210
+C8354331	210
+C8354333	210
+C8354343	210
+C8354349	210
+C8354353	210
+C8354385	210
+C8354393	210
+C8354435	210
+C8354437	210
+C8354447	210
+C8354547	210
+C8354549	210
+C8354553	210
+C8354559	210
+C8354579	210
+C8354587	210
+C8354645	210
+C8354689	210
+C8354693	210
+C8354697	210
+Scaffold2107	210
+Scaffold2251	210
+Scaffold2554	210
+Scaffold3186	210
+Scaffold3198	210
+Scaffold3675	210
+Scaffold3819	210
+Scaffold3835	210
+Scaffold4776	210
+Scaffold5997	210
+Scaffold6296	210
+Scaffold6604	210
+C8349109	209
+C8349113	209
+C8349117	209
+C8349125	209
+C8349129	209
+C8349279	209
+C8349315	209
+C8349369	209
+C8349373	209
+C8349461	209
+C8349549	209
+C8349563	209
+C8349599	209
+C8349617	209
+C8349655	209
+C8349679	209
+C8349683	209
+C8349689	209
+C8349693	209
+C8349821	209
+C8349823	209
+C8349841	209
+C8349935	209
+C8349941	209
+C8349991	209
+C8350017	209
+C8350021	209
+C8350029	209
+C8350051	209
+C8350101	209
+C8350127	209
+C8350187	209
+C8350235	209
+C8350255	209
+C8350283	209
+C8350295	209
+C8350305	209
+C8350317	209
+C8350331	209
+C8350333	209
+C8350467	209
+C8350481	209
+C8350511	209
+C8350523	209
+C8350525	209
+C8350549	209
+C8350553	209
+C8350555	209
+C8350591	209
+C8350619	209
+C8350621	209
+C8350625	209
+C8350693	209
+C8350741	209
+C8350779	209
+C8350801	209
+C8350829	209
+C8350867	209
+C8350871	209
+C8350873	209
+C8350883	209
+C8350889	209
+C8350895	209
+C8350919	209
+C8350935	209
+C8350947	209
+C8350959	209
+C8351007	209
+C8351009	209
+C8351019	209
+C8351043	209
+C8351099	209
+C8351123	209
+C8351157	209
+C8351165	209
+C8351175	209
+C8351193	209
+C8351209	209
+C8351213	209
+C8351245	209
+C8351283	209
+C8351317	209
+C8351335	209
+C8351359	209
+C8351387	209
+C8351425	209
+C8351427	209
+C8351445	209
+C8351467	209
+C8351491	209
+C8351511	209
+C8351537	209
+C8351543	209
+C8351545	209
+C8351557	209
+C8351595	209
+C8351617	209
+C8351681	209
+C8351687	209
+C8351723	209
+C8351799	209
+C8351805	209
+C8351825	209
+C8351829	209
+C8351883	209
+C8351899	209
+Scaffold1823	209
+Scaffold3332	209
+Scaffold3413	209
+Scaffold3445	209
+Scaffold3633	209
+Scaffold4025	209
+Scaffold4085	209
+Scaffold4629	209
+Scaffold5127	209
+Scaffold5136	209
+Scaffold5343	209
+Scaffold5692	209
+Scaffold5902	209
+Scaffold6199	209
+Scaffold6360	209
+Scaffold6440	209
+Scaffold7198	209
+Scaffold7253	209
+C8346197	208
+C8346235	208
+C8346283	208
+C8346317	208
+C8346319	208
+C8346341	208
+C8346347	208
+C8346349	208
+C8346357	208
+C8346483	208
+C8346485	208
+C8346509	208
+C8346525	208
+C8346527	208
+C8346551	208
+C8346561	208
+C8346651	208
+C8346731	208
+C8346757	208
+C8346765	208
+C8346781	208
+C8346787	208
+C8346899	208
+C8346925	208
+C8346981	208
+C8346987	208
+C8347023	208
+C8347035	208
+C8347047	208
+C8347059	208
+C8347077	208
+C8347103	208
+C8347113	208
+C8347127	208
+C8347203	208
+C8347229	208
+C8347307	208
+C8347341	208
+C8347349	208
+C8347381	208
+C8347391	208
+C8347419	208
+C8347449	208
+C8347455	208
+C8347465	208
+C8347527	208
+C8347571	208
+C8347577	208
+C8347587	208
+C8347603	208
+C8347607	208
+C8347623	208
+C8347655	208
+C8347665	208
+C8347717	208
+C8347721	208
+C8347749	208
+C8347761	208
+C8347767	208
+C8347797	208
+C8347801	208
+C8347811	208
+C8347813	208
+C8347847	208
+C8347897	208
+C8347921	208
+C8347981	208
+C8348007	208
+C8348069	208
+C8348079	208
+C8348125	208
+C8348165	208
+C8348171	208
+C8348253	208
+C8348285	208
+C8348337	208
+C8348339	208
+C8348395	208
+C8348421	208
+C8348453	208
+C8348499	208
+C8348533	208
+C8348541	208
+C8348603	208
+C8348645	208
+C8348651	208
+C8348653	208
+C8348689	208
+C8348691	208
+C8348697	208
+C8348701	208
+C8348715	208
+C8348731	208
+C8348841	208
+C8348853	208
+C8348855	208
+C8348877	208
+C8348903	208
+C8348933	208
+C8348969	208
+C8348979	208
+C8348991	208
+C8349019	208
+C8349021	208
+C8349033	208
+C8349041	208
+Scaffold2164	208
+Scaffold2326	208
+Scaffold2589	208
+Scaffold2598	208
+Scaffold2785	208
+Scaffold3064	208
+Scaffold3203	208
+Scaffold3935	208
+Scaffold4066	208
+Scaffold4484	208
+Scaffold4489	208
+Scaffold5096	208
+Scaffold5429	208
+Scaffold5448	208
+Scaffold5508	208
+Scaffold6327	208
+Scaffold7214	208
+Scaffold7315	208
+Scaffold904	208
+C8343349	207
+C8343361	207
+C8343365	207
+C8343387	207
+C8343399	207
+C8343449	207
+C8343461	207
+C8343467	207
+C8343479	207
+C8343541	207
+C8343553	207
+C8343663	207
+C8343673	207
+C8343679	207
+C8343681	207
+C8343685	207
+C8343689	207
+C8343697	207
+C8343725	207
+C8343743	207
+C8343789	207
+C8343791	207
+C8343793	207
+C8343827	207
+C8343841	207
+C8343845	207
+C8343879	207
+C8343899	207
+C8343901	207
+C8343903	207
+C8343907	207
+C8343927	207
+C8343945	207
+C8343979	207
+C8344013	207
+C8344049	207
+C8344081	207
+C8344099	207
+C8344123	207
+C8344125	207
+C8344145	207
+C8344179	207
+C8344185	207
+C8344197	207
+C8344259	207
+C8344293	207
+C8344295	207
+C8344307	207
+C8344333	207
+C8344355	207
+C8344381	207
+C8344423	207
+C8344425	207
+C8344455	207
+C8344505	207
+C8344609	207
+C8344639	207
+C8344669	207
+C8344745	207
+C8344779	207
+C8344791	207
+C8344801	207
+C8344805	207
+C8344825	207
+C8344833	207
+C8344855	207
+C8344935	207
+C8344939	207
+C8344953	207
+C8344985	207
+C8345033	207
+C8345063	207
+C8345087	207
+C8345165	207
+C8345201	207
+C8345215	207
+C8345249	207
+C8345293	207
+C8345315	207
+C8345339	207
+C8345355	207
+C8345389	207
+C8345411	207
+C8345475	207
+C8345547	207
+C8345557	207
+C8345623	207
+C8345691	207
+C8345747	207
+C8345765	207
+C8345773	207
+C8345785	207
+C8345789	207
+C8345845	207
+C8345851	207
+C8345859	207
+C8345917	207
+C8345919	207
+C8345943	207
+C8345945	207
+C8345951	207
+C8345973	207
+C8345995	207
+C8345997	207
+C8346023	207
+C8346051	207
+C8346053	207
+C8346057	207
+C8346067	207
+C8346083	207
+C8346089	207
+C8346145	207
+C8346171	207
+C8346183	207
+Scaffold2002	207
+Scaffold2548	207
+Scaffold2781	207
+Scaffold3601	207
+Scaffold3826	207
+Scaffold4134	207
+Scaffold4448	207
+Scaffold6012	207
+Scaffold6188	207
+Scaffold6222	207
+Scaffold6433	207
+Scaffold6665	207
+Scaffold734	207
+C8340429	206
+C8340447	206
+C8340453	206
+C8340455	206
+C8340469	206
+C8340491	206
+C8340507	206
+C8340513	206
+C8340579	206
+C8340627	206
+C8340641	206
+C8340657	206
+C8340765	206
+C8340931	206
+C8340933	206
+C8340937	206
+C8340969	206
+C8340997	206
+C8341045	206
+C8341053	206
+C8341089	206
+C8341201	206
+C8341215	206
+C8341239	206
+C8341255	206
+C8341283	206
+C8341289	206
+C8341363	206
+C8341377	206
+C8341385	206
+C8341403	206
+C8341421	206
+C8341453	206
+C8341559	206
+C8341567	206
+C8341599	206
+C8341649	206
+C8341653	206
+C8341679	206
+C8341725	206
+C8341837	206
+C8341839	206
+C8341883	206
+C8341939	206
+C8341955	206
+C8341957	206
+C8342027	206
+C8342043	206
+C8342047	206
+C8342115	206
+C8342149	206
+C8342155	206
+C8342181	206
+C8342185	206
+C8342189	206
+C8342191	206
+C8342193	206
+C8342269	206
+C8342297	206
+C8342299	206
+C8342333	206
+C8342357	206
+C8342361	206
+C8342365	206
+C8342369	206
+C8342375	206
+C8342387	206
+C8342397	206
+C8342405	206
+C8342427	206
+C8342431	206
+C8342469	206
+C8342495	206
+C8342499	206
+C8342535	206
+C8342563	206
+C8342591	206
+C8342639	206
+C8342665	206
+C8342673	206
+C8342677	206
+C8342697	206
+C8342715	206
+C8342745	206
+C8342771	206
+C8342773	206
+C8342795	206
+C8342801	206
+C8342863	206
+C8342883	206
+C8342899	206
+C8342919	206
+C8342931	206
+C8342943	206
+C8342997	206
+C8343021	206
+C8343053	206
+C8343059	206
+C8343065	206
+C8343099	206
+C8343121	206
+C8343223	206
+C8343225	206
+C8343245	206
+C8343257	206
+C8343299	206
+C8343343	206
+Scaffold2878	206
+Scaffold4518	206
+Scaffold4583	206
+Scaffold4613	206
+Scaffold4973	206
+Scaffold5009	206
+Scaffold5283	206
+Scaffold5655	206
+Scaffold6890	206
+Scaffold6969	206
+Scaffold7003	206
+Scaffold7072	206
+C8337407	205
+C8337417	205
+C8337439	205
+C8337471	205
+C8337485	205
+C8337505	205
+C8337513	205
+C8337527	205
+C8337531	205
+C8337545	205
+C8337567	205
+C8337609	205
+C8337671	205
+C8337711	205
+C8337761	205
+C8337811	205
+C8337819	205
+C8337833	205
+C8337865	205
+C8337927	205
+C8337933	205
+C8337945	205
+C8337955	205
+C8338005	205
+C8338007	205
+C8338023	205
+C8338087	205
+C8338107	205
+C8338115	205
+C8338117	205
+C8338129	205
+C8338163	205
+C8338169	205
+C8338197	205
+C8338211	205
+C8338225	205
+C8338273	205
+C8338275	205
+C8338297	205
+C8338317	205
+C8338325	205
+C8338475	205
+C8338477	205
+C8338499	205
+C8338503	205
+C8338561	205
+C8338571	205
+C8338611	205
+C8338615	205
+C8338623	205
+C8338663	205
+C8338693	205
+C8338727	205
+C8338765	205
+C8338973	205
+C8338989	205
+C8339041	205
+C8339069	205
+C8339119	205
+C8339139	205
+C8339145	205
+C8339173	205
+C8339185	205
+C8339199	205
+C8339217	205
+C8339231	205
+C8339247	205
+C8339253	205
+C8339289	205
+C8339295	205
+C8339317	205
+C8339331	205
+C8339353	205
+C8339363	205
+C8339369	205
+C8339397	205
+C8339443	205
+C8339513	205
+C8339523	205
+C8339567	205
+C8339645	205
+C8339657	205
+C8339705	205
+C8339723	205
+C8339725	205
+C8339763	205
+C8339807	205
+C8339823	205
+C8339865	205
+C8339885	205
+C8339893	205
+C8339907	205
+C8339927	205
+C8339933	205
+C8339957	205
+C8339973	205
+C8339989	205
+C8340033	205
+C8340049	205
+C8340055	205
+C8340149	205
+C8340163	205
+C8340169	205
+C8340213	205
+C8340215	205
+C8340229	205
+C8340261	205
+C8340263	205
+C8340285	205
+C8340317	205
+C8340351	205
+C8340359	205
+C8340361	205
+C8340385	205
+C8340407	205
+C8340411	205
+Scaffold1080	205
+Scaffold2031	205
+Scaffold2274	205
+Scaffold2515	205
+Scaffold3129	205
+Scaffold3590	205
+Scaffold3652	205
+Scaffold3719	205
+Scaffold406	205
+Scaffold4062	205
+Scaffold4155	205
+Scaffold4414	205
+Scaffold6560	205
+Scaffold7119	205
+Scaffold741	205
+C8334371	204
+C8334393	204
+C8334461	204
+C8334465	204
+C8334479	204
+C8334645	204
+C8334711	204
+C8334729	204
+C8334771	204
+C8334783	204
+C8334785	204
+C8334811	204
+C8334827	204
+C8334903	204
+C8334929	204
+C8334939	204
+C8334987	204
+C8334991	204
+C8335037	204
+C8335041	204
+C8335107	204
+C8335123	204
+C8335173	204
+C8335175	204
+C8335181	204
+C8335219	204
+C8335255	204
+C8335259	204
+C8335315	204
+C8335317	204
+C8335331	204
+C8335355	204
+C8335447	204
+C8335453	204
+C8335483	204
+C8335513	204
+C8335537	204
+C8335653	204
+C8335657	204
+C8335671	204
+C8335683	204
+C8335691	204
+C8335699	204
+C8335707	204
+C8335709	204
+C8335747	204
+C8335771	204
+C8335793	204
+C8335825	204
+C8335835	204
+C8335873	204
+C8335875	204
+C8335897	204
+C8335909	204
+C8335947	204
+C8335955	204
+C8336045	204
+C8336057	204
+C8336067	204
+C8336113	204
+C8336123	204
+C8336151	204
+C8336167	204
+C8336171	204
+C8336175	204
+C8336221	204
+C8336225	204
+C8336269	204
+C8336305	204
+C8336307	204
+C8336317	204
+C8336339	204
+C8336367	204
+C8336373	204
+C8336387	204
+C8336423	204
+C8336461	204
+C8336475	204
+C8336479	204
+C8336501	204
+C8336545	204
+C8336547	204
+C8336599	204
+C8336749	204
+C8336769	204
+C8336843	204
+C8336881	204
+C8336893	204
+C8336897	204
+C8336919	204
+C8336933	204
+C8336935	204
+C8336971	204
+C8336977	204
+C8336983	204
+C8337007	204
+C8337021	204
+C8337075	204
+C8337115	204
+C8337117	204
+C8337175	204
+C8337219	204
+C8337243	204
+C8337259	204
+C8337265	204
+C8337269	204
+C8337271	204
+C8337287	204
+C8337307	204
+C8337311	204
+C8337349	204
+C8337363	204
+C8337365	204
+C8337367	204
+C8337379	204
+C8337387	204
+Scaffold2745	204
+Scaffold2941	204
+Scaffold3363	204
+Scaffold3487	204
+Scaffold3548	204
+Scaffold3565	204
+Scaffold4201	204
+Scaffold4903	204
+Scaffold607	204
+Scaffold6590	204
+Scaffold6593	204
+Scaffold6596	204
+C8331323	203
+C8331401	203
+C8331403	203
+C8331413	203
+C8331421	203
+C8331471	203
+C8331483	203
+C8331519	203
+C8331559	203
+C8331603	203
+C8331623	203
+C8331633	203
+C8331667	203
+C8331681	203
+C8331703	203
+C8331719	203
+C8331817	203
+C8331835	203
+C8331837	203
+C8331873	203
+C8331901	203
+C8331915	203
+C8331955	203
+C8331999	203
+C8332011	203
+C8332013	203
+C8332023	203
+C8332033	203
+C8332035	203
+C8332049	203
+C8332051	203
+C8332099	203
+C8332101	203
+C8332109	203
+C8332129	203
+C8332169	203
+C8332177	203
+C8332191	203
+C8332193	203
+C8332221	203
+C8332247	203
+C8332267	203
+C8332299	203
+C8332309	203
+C8332311	203
+C8332363	203
+C8332389	203
+C8332399	203
+C8332413	203
+C8332431	203
+C8332439	203
+C8332449	203
+C8332461	203
+C8332473	203
+C8332497	203
+C8332535	203
+C8332595	203
+C8332621	203
+C8332643	203
+C8332657	203
+C8332691	203
+C8332699	203
+C8332713	203
+C8332739	203
+C8332759	203
+C8332761	203
+C8332767	203
+C8332773	203
+C8332797	203
+C8332801	203
+C8332817	203
+C8332841	203
+C8332843	203
+C8332881	203
+C8332931	203
+C8332953	203
+C8332977	203
+C8332979	203
+C8332989	203
+C8333013	203
+C8333033	203
+C8333053	203
+C8333077	203
+C8333113	203
+C8333119	203
+C8333147	203
+C8333165	203
+C8333177	203
+C8333189	203
+C8333195	203
+C8333225	203
+C8333227	203
+C8333249	203
+C8333259	203
+C8333313	203
+C8333423	203
+C8333445	203
+C8333447	203
+C8333457	203
+C8333473	203
+C8333507	203
+C8333545	203
+C8333571	203
+C8333573	203
+C8333577	203
+C8333587	203
+C8333623	203
+C8333699	203
+C8333715	203
+C8333805	203
+C8333831	203
+C8333923	203
+C8333927	203
+C8333939	203
+C8333951	203
+C8333969	203
+C8333981	203
+C8334039	203
+C8334041	203
+C8334067	203
+C8334145	203
+C8334151	203
+C8334219	203
+C8334265	203
+C8334267	203
+C8334269	203
+C8334291	203
+C8334295	203
+C8334317	203
+C8334329	203
+C8334331	203
+C8334339	203
+C8334345	203
+C8334347	203
+Scaffold1259	203
+Scaffold1649	203
+Scaffold1745	203
+Scaffold2082	203
+Scaffold2271	203
+Scaffold2844	203
+Scaffold3116	203
+Scaffold4195	203
+Scaffold4481	203
+Scaffold4521	203
+Scaffold4803	203
+Scaffold4996	203
+Scaffold512	203
+Scaffold5418	203
+Scaffold5529	203
+Scaffold6537	203
+Scaffold6609	203
+Scaffold6717	203
+Scaffold6813	203
+Scaffold6849	203
+Scaffold7132	203
+Scaffold769	203
+C8328071	202
+C8328137	202
+C8328139	202
+C8328141	202
+C8328145	202
+C8328147	202
+C8328283	202
+C8328305	202
+C8328323	202
+C8328329	202
+C8328375	202
+C8328377	202
+C8328385	202
+C8328389	202
+C8328399	202
+C8328431	202
+C8328439	202
+C8328459	202
+C8328465	202
+C8328487	202
+C8328495	202
+C8328529	202
+C8328611	202
+C8328645	202
+C8328665	202
+C8328669	202
+C8328681	202
+C8328683	202
+C8328733	202
+C8328735	202
+C8328759	202
+C8328835	202
+C8328843	202
+C8328845	202
+C8328881	202
+C8328907	202
+C8328909	202
+C8328917	202
+C8328961	202
+C8328965	202
+C8328975	202
+C8328977	202
+C8329001	202
+C8329005	202
+C8329023	202
+C8329029	202
+C8329067	202
+C8329071	202
+C8329075	202
+C8329135	202
+C8329137	202
+C8329143	202
+C8329147	202
+C8329159	202
+C8329165	202
+C8329167	202
+C8329187	202
+C8329197	202
+C8329207	202
+C8329211	202
+C8329217	202
+C8329235	202
+C8329237	202
+C8329275	202
+C8329279	202
+C8329293	202
+C8329303	202
+C8329315	202
+C8329405	202
+C8329415	202
+C8329419	202
+C8329423	202
+C8329509	202
+C8329551	202
+C8329553	202
+C8329621	202
+C8329727	202
+C8329745	202
+C8329775	202
+C8329797	202
+C8329809	202
+C8329833	202
+C8329837	202
+C8329859	202
+C8329863	202
+C8329951	202
+C8329953	202
+C8329981	202
+C8330011	202
+C8330047	202
+C8330085	202
+C8330095	202
+C8330115	202
+C8330121	202
+C8330159	202
+C8330169	202
+C8330173	202
+C8330203	202
+C8330225	202
+C8330231	202
+C8330243	202
+C8330291	202
+C8330299	202
+C8330317	202
+C8330353	202
+C8330369	202
+C8330373	202
+C8330401	202
+C8330421	202
+C8330441	202
+C8330461	202
+C8330485	202
+C8330511	202
+C8330531	202
+C8330589	202
+C8330599	202
+C8330603	202
+C8330641	202
+C8330647	202
+C8330671	202
+C8330687	202
+C8330727	202
+C8330749	202
+C8330775	202
+C8330779	202
+C8330787	202
+C8330819	202
+C8330847	202
+C8330863	202
+C8330899	202
+C8330905	202
+C8330921	202
+C8330973	202
+C8331033	202
+C8331045	202
+C8331057	202
+C8331075	202
+C8331085	202
+C8331131	202
+C8331153	202
+C8331167	202
+C8331183	202
+C8331213	202
+C8331235	202
+C8331237	202
+C8331283	202
+C8331285	202
+Scaffold1879	202
+Scaffold2139	202
+Scaffold2385	202
+Scaffold2492	202
+Scaffold2505	202
+Scaffold2715	202
+Scaffold3297	202
+Scaffold3361	202
+Scaffold3373	202
+Scaffold3515	202
+Scaffold4592	202
+Scaffold4860	202
+Scaffold4866	202
+Scaffold5244	202
+Scaffold5679	202
+Scaffold6652	202
+Scaffold6751	202
+Scaffold7082	202
+Scaffold721	202
+C8324899	201
+C8324927	201
+C8324953	201
+C8324999	201
+C8325061	201
+C8325101	201
+C8325109	201
+C8325183	201
+C8325211	201
+C8325227	201
+C8325269	201
+C8325271	201
+C8325273	201
+C8325313	201
+C8325349	201
+C8325357	201
+C8325443	201
+C8325469	201
+C8325477	201
+C8325491	201
+C8325497	201
+C8325503	201
+C8325567	201
+C8325581	201
+C8325603	201
+C8325607	201
+C8325645	201
+C8325719	201
+C8325749	201
+C8325755	201
+C8325761	201
+C8325773	201
+C8325843	201
+C8325861	201
+C8325873	201
+C8325877	201
+C8325895	201
+C8325913	201
+C8325959	201
+C8325973	201
+C8325995	201
+C8326019	201
+C8326131	201
+C8326141	201
+C8326179	201
+C8326185	201
+C8326241	201
+C8326251	201
+C8326253	201
+C8326259	201
+C8326261	201
+C8326265	201
+C8326269	201
+C8326289	201
+C8326313	201
+C8326365	201
+C8326371	201
+C8326391	201
+C8326395	201
+C8326411	201
+C8326413	201
+C8326421	201
+C8326461	201
+C8326501	201
+C8326535	201
+C8326555	201
+C8326563	201
+C8326587	201
+C8326595	201
+C8326607	201
+C8326635	201
+C8326655	201
+C8326657	201
+C8326693	201
+C8326695	201
+C8326703	201
+C8326807	201
+C8326925	201
+C8326941	201
+C8326943	201
+C8326951	201
+C8326953	201
+C8327047	201
+C8327051	201
+C8327067	201
+C8327073	201
+C8327085	201
+C8327087	201
+C8327115	201
+C8327123	201
+C8327139	201
+C8327153	201
+C8327229	201
+C8327233	201
+C8327259	201
+C8327265	201
+C8327267	201
+C8327271	201
+C8327285	201
+C8327373	201
+C8327393	201
+C8327403	201
+C8327419	201
+C8327421	201
+C8327447	201
+C8327473	201
+C8327483	201
+C8327491	201
+C8327505	201
+C8327529	201
+C8327567	201
+C8327593	201
+C8327609	201
+C8327623	201
+C8327681	201
+C8327723	201
+C8327737	201
+C8327769	201
+C8327771	201
+C8327777	201
+C8327789	201
+C8327799	201
+C8327825	201
+C8327863	201
+C8327879	201
+C8327909	201
+C8327939	201
+C8327955	201
+C8327995	201
+C8328039	201
+Scaffold2227	201
+Scaffold2614	201
+Scaffold2651	201
+Scaffold2965	201
+Scaffold3061	201
+Scaffold4328	201
+Scaffold4374	201
+Scaffold4859	201
+Scaffold5039	201
+Scaffold5211	201
+Scaffold5307	201
+Scaffold5506	201
+Scaffold5639	201
+Scaffold6454	201
+C8321493	200
+C8321507	200
+C8321523	200
+C8321651	200
+C8321653	200
+C8321655	200
+C8321663	200
+C8321697	200
+C8321701	200
+C8321751	200
+C8321787	200
+C8321811	200
+C8321839	200
+C8321851	200
+C8321935	200
+C8321959	200
+C8321981	200
+C8321991	200
+C8322099	200
+C8322175	200
+C8322183	200
+C8322203	200
+C8322239	200
+C8322253	200
+C8322257	200
+C8322281	200
+C8322349	200
+C8322359	200
+C8322397	200
+C8322413	200
+C8322421	200
+C8322429	200
+C8322451	200
+C8322471	200
+C8322485	200
+C8322491	200
+C8322505	200
+C8322547	200
+C8322579	200
+C8322581	200
+C8322601	200
+C8322619	200
+C8322639	200
+C8322645	200
+C8322663	200
+C8322681	200
+C8322795	200
+C8322799	200
+C8322895	200
+C8322905	200
+C8322911	200
+C8322915	200
+C8322935	200
+C8322945	200
+C8322969	200
+C8322989	200
+C8323023	200
+C8323039	200
+C8323051	200
+C8323157	200
+C8323239	200
+C8323247	200
+C8323267	200
+C8323301	200
+C8323309	200
+C8323337	200
+C8323369	200
+C8323373	200
+C8323401	200
+C8323429	200
+C8323453	200
+C8323493	200
+C8323509	200
+C8323511	200
+C8323527	200
+C8323531	200
+C8323547	200
+C8323553	200
+C8323591	200
+C8323599	200
+C8323613	200
+C8323615	200
+C8323641	200
+C8323657	200
+C8323679	200
+C8323699	200
+C8323707	200
+C8323709	200
+C8323725	200
+C8323727	200
+C8323797	200
+C8323883	200
+C8323941	200
+C8323969	200
+C8323973	200
+C8324045	200
+C8324047	200
+C8324059	200
+C8324079	200
+C8324093	200
+C8324125	200
+C8324183	200
+C8324201	200
+C8324211	200
+C8324221	200
+C8324247	200
+C8324249	200
+C8324251	200
+C8324253	200
+C8324271	200
+C8324299	200
+C8324313	200
+C8324327	200
+C8324329	200
+C8324377	200
+C8324389	200
+C8324403	200
+C8324405	200
+C8324423	200
+C8324425	200
+C8324431	200
+C8324485	200
+C8324491	200
+C8324493	200
+C8324503	200
+C8324549	200
+C8324617	200
+C8324641	200
+C8324653	200
+C8324677	200
+C8324691	200
+C8324693	200
+C8324765	200
+Scaffold1839	200
+Scaffold2476	200
+Scaffold2732	200
+Scaffold3862	200
+Scaffold4512	200
+Scaffold5225	200
+Scaffold5311	200
+Scaffold5690	200
+Scaffold6123	200
+Scaffold6574	200
+Scaffold7020	200
+Scaffold7077	200
+C8318219	199
+C8318275	199
+C8318355	199
+C8318367	199
+C8318397	199
+C8318437	199
+C8318439	199
+C8318443	199
+C8318461	199
+C8318495	199
+C8318583	199
+C8318617	199
+C8318623	199
+C8318639	199
+C8318643	199
+C8318659	199
+C8318687	199
+C8318703	199
+C8318727	199
+C8318783	199
+C8318795	199
+C8318813	199
+C8318839	199
+C8318897	199
+C8318927	199
+C8318931	199
+C8318933	199
+C8318947	199
+C8318961	199
+C8319001	199
+C8319011	199
+C8319033	199
+C8319057	199
+C8319077	199
+C8319091	199
+C8319099	199
+C8319137	199
+C8319151	199
+C8319161	199
+C8319231	199
+C8319263	199
+C8319267	199
+C8319275	199
+C8319301	199
+C8319311	199
+C8319317	199
+C8319327	199
+C8319335	199
+C8319367	199
+C8319395	199
+C8319417	199
+C8319467	199
+C8319481	199
+C8319499	199
+C8319537	199
+C8319547	199
+C8319559	199
+C8319565	199
+C8319577	199
+C8319585	199
+C8319629	199
+C8319711	199
+C8319797	199
+C8319849	199
+C8319863	199
+C8319915	199
+C8320025	199
+C8320045	199
+C8320051	199
+C8320055	199
+C8320075	199
+C8320087	199
+C8320089	199
+C8320115	199
+C8320139	199
+C8320181	199
+C8320199	199
+C8320215	199
+C8320221	199
+C8320243	199
+C8320357	199
+C8320367	199
+C8320391	199
+C8320397	199
+C8320409	199
+C8320423	199
+C8320435	199
+C8320439	199
+C8320441	199
+C8320451	199
+C8320563	199
+C8320583	199
+C8320617	199
+C8320623	199
+C8320659	199
+C8320725	199
+C8320735	199
+C8320753	199
+C8320779	199
+C8320817	199
+C8320825	199
+C8320857	199
+C8320859	199
+C8320865	199
+C8320879	199
+C8320909	199
+C8320945	199
+C8320955	199
+C8320973	199
+C8321015	199
+C8321023	199
+C8321027	199
+C8321053	199
+C8321095	199
+C8321137	199
+C8321143	199
+C8321189	199
+C8321289	199
+C8321295	199
+C8321331	199
+C8321387	199
+C8321401	199
+C8321415	199
+C8321425	199
+C8321429	199
+C8321475	199
+Scaffold2999	199
+Scaffold3506	199
+Scaffold4612	199
+Scaffold502	199
+Scaffold5037	199
+Scaffold6629	199
+Scaffold6954	199
+Scaffold7019	199
+Scaffold7045	199
+C8314865	198
+C8314869	198
+C8314881	198
+C8314919	198
+C8314921	198
+C8314943	198
+C8314975	198
+C8315021	198
+C8315031	198
+C8315123	198
+C8315143	198
+C8315153	198
+C8315199	198
+C8315231	198
+C8315241	198
+C8315261	198
+C8315265	198
+C8315305	198
+C8315337	198
+C8315343	198
+C8315393	198
+C8315409	198
+C8315423	198
+C8315441	198
+C8315507	198
+C8315527	198
+C8315555	198
+C8315575	198
+C8315631	198
+C8315653	198
+C8315681	198
+C8315705	198
+C8315713	198
+C8315731	198
+C8315747	198
+C8315755	198
+C8315763	198
+C8315769	198
+C8315867	198
+C8315887	198
+C8315899	198
+C8315947	198
+C8315955	198
+C8315987	198
+C8315989	198
+C8316011	198
+C8316035	198
+C8316071	198
+C8316087	198
+C8316117	198
+C8316127	198
+C8316143	198
+C8316235	198
+C8316311	198
+C8316347	198
+C8316351	198
+C8316355	198
+C8316381	198
+C8316415	198
+C8316463	198
+C8316501	198
+C8316555	198
+C8316569	198
+C8316571	198
+C8316591	198
+C8316615	198
+C8316617	198
+C8316641	198
+C8316651	198
+C8316677	198
+C8316695	198
+C8316703	198
+C8316709	198
+C8316729	198
+C8316811	198
+C8316855	198
+C8316857	198
+C8316867	198
+C8316873	198
+C8316877	198
+C8316883	198
+C8316891	198
+C8316925	198
+C8316953	198
+C8316981	198
+C8317003	198
+C8317023	198
+C8317035	198
+C8317057	198
+C8317111	198
+C8317129	198
+C8317143	198
+C8317157	198
+C8317221	198
+C8317227	198
+C8317239	198
+C8317241	198
+C8317245	198
+C8317251	198
+C8317253	198
+C8317367	198
+C8317373	198
+C8317391	198
+C8317405	198
+C8317415	198
+C8317425	198
+C8317455	198
+C8317467	198
+C8317473	198
+C8317503	198
+C8317515	198
+C8317537	198
+C8317555	198
+C8317577	198
+C8317595	198
+C8317617	198
+C8317635	198
+C8317637	198
+C8317651	198
+C8317699	198
+C8317739	198
+C8317759	198
+C8317763	198
+C8317769	198
+C8317771	198
+C8317827	198
+C8317857	198
+C8317877	198
+C8317879	198
+C8317901	198
+C8317909	198
+C8317913	198
+C8317929	198
+C8317935	198
+C8317953	198
+C8318029	198
+C8318037	198
+C8318047	198
+C8318053	198
+C8318075	198
+C8318091	198
+C8318097	198
+C8318107	198
+C8318137	198
+C8318141	198
+Scaffold1482	198
+Scaffold1959	198
+Scaffold2384	198
+Scaffold2636	198
+Scaffold3165	198
+Scaffold3440	198
+Scaffold3711	198
+Scaffold3731	198
+Scaffold3943	198
+Scaffold4051	198
+Scaffold4251	198
+Scaffold5123	198
+Scaffold5280	198
+Scaffold6202	198
+Scaffold6223	198
+C8311459	197
+C8311463	197
+C8311499	197
+C8311507	197
+C8311521	197
+C8311529	197
+C8311533	197
+C8311571	197
+C8311599	197
+C8311601	197
+C8311631	197
+C8311657	197
+C8311671	197
+C8311685	197
+C8311707	197
+C8311723	197
+C8311759	197
+C8311801	197
+C8311807	197
+C8311853	197
+C8311887	197
+C8311899	197
+C8311981	197
+C8311989	197
+C8312045	197
+C8312065	197
+C8312069	197
+C8312215	197
+C8312231	197
+C8312233	197
+C8312241	197
+C8312285	197
+C8312321	197
+C8312323	197
+C8312357	197
+C8312363	197
+C8312365	197
+C8312373	197
+C8312389	197
+C8312405	197
+C8312425	197
+C8312427	197
+C8312431	197
+C8312455	197
+C8312481	197
+C8312487	197
+C8312547	197
+C8312561	197
+C8312597	197
+C8312611	197
+C8312631	197
+C8312645	197
+C8312651	197
+C8312653	197
+C8312675	197
+C8312683	197
+C8312687	197
+C8312701	197
+C8312775	197
+C8312795	197
+C8312851	197
+C8312855	197
+C8312869	197
+C8312881	197
+C8312911	197
+C8312935	197
+C8312991	197
+C8312993	197
+C8313035	197
+C8313047	197
+C8313073	197
+C8313079	197
+C8313089	197
+C8313137	197
+C8313179	197
+C8313183	197
+C8313229	197
+C8313299	197
+C8313339	197
+C8313377	197
+C8313457	197
+C8313465	197
+C8313481	197
+C8313499	197
+C8313519	197
+C8313567	197
+C8313577	197
+C8313581	197
+C8313583	197
+C8313601	197
+C8313623	197
+C8313643	197
+C8313651	197
+C8313655	197
+C8313663	197
+C8313665	197
+C8313687	197
+C8313707	197
+C8313711	197
+C8313723	197
+C8313743	197
+C8313755	197
+C8313823	197
+C8313839	197
+C8313863	197
+C8313883	197
+C8313889	197
+C8313923	197
+C8313935	197
+C8313953	197
+C8313995	197
+C8314001	197
+C8314051	197
+C8314079	197
+C8314085	197
+C8314101	197
+C8314111	197
+C8314115	197
+C8314121	197
+C8314123	197
+C8314135	197
+C8314137	197
+C8314163	197
+C8314167	197
+C8314177	197
+C8314179	197
+C8314201	197
+C8314243	197
+C8314293	197
+C8314327	197
+C8314347	197
+C8314355	197
+C8314359	197
+C8314393	197
+C8314395	197
+C8314423	197
+C8314453	197
+C8314467	197
+C8314545	197
+C8314603	197
+C8314665	197
+C8314699	197
+C8314731	197
+C8314733	197
+C8314745	197
+C8314747	197
+C8314753	197
+C8314767	197
+C8314787	197
+C8314805	197
+C8314807	197
+C8314815	197
+C8314817	197
+Scaffold1397	197
+Scaffold1544	197
+Scaffold1700	197
+Scaffold2329	197
+Scaffold2996	197
+Scaffold3200	197
+Scaffold3906	197
+Scaffold4354	197
+Scaffold5101	197
+Scaffold5253	197
+C8308085	196
+C8308159	196
+C8308225	196
+C8308235	196
+C8308239	196
+C8308259	196
+C8308261	196
+C8308293	196
+C8308315	196
+C8308325	196
+C8308339	196
+C8308383	196
+C8308395	196
+C8308451	196
+C8308465	196
+C8308487	196
+C8308503	196
+C8308509	196
+C8308547	196
+C8308559	196
+C8308599	196
+C8308609	196
+C8308671	196
+C8308677	196
+C8308737	196
+C8308739	196
+C8308759	196
+C8308765	196
+C8308809	196
+C8308833	196
+C8308853	196
+C8308885	196
+C8308909	196
+C8308915	196
+C8308939	196
+C8308947	196
+C8308963	196
+C8309003	196
+C8309043	196
+C8309075	196
+C8309081	196
+C8309151	196
+C8309181	196
+C8309191	196
+C8309209	196
+C8309227	196
+C8309261	196
+C8309263	196
+C8309267	196
+C8309279	196
+C8309283	196
+C8309331	196
+C8309383	196
+C8309399	196
+C8309415	196
+C8309445	196
+C8309463	196
+C8309487	196
+C8309513	196
+C8309547	196
+C8309601	196
+C8309603	196
+C8309611	196
+C8309621	196
+C8309625	196
+C8309629	196
+C8309639	196
+C8309651	196
+C8309717	196
+C8309733	196
+C8309765	196
+C8309805	196
+C8309827	196
+C8309833	196
+C8309873	196
+C8309915	196
+C8309931	196
+C8309933	196
+C8310007	196
+C8310013	196
+C8310019	196
+C8310137	196
+C8310165	196
+C8310185	196
+C8310223	196
+C8310265	196
+C8310279	196
+C8310293	196
+C8310319	196
+C8310345	196
+C8310431	196
+C8310459	196
+C8310461	196
+C8310509	196
+C8310515	196
+C8310527	196
+C8310565	196
+C8310587	196
+C8310591	196
+C8310593	196
+C8310641	196
+C8310693	196
+C8310695	196
+C8310717	196
+C8310739	196
+C8310765	196
+C8310769	196
+C8310833	196
+C8310959	196
+C8311019	196
+C8311031	196
+C8311043	196
+C8311091	196
+C8311115	196
+C8311127	196
+C8311135	196
+C8311141	196
+C8311185	196
+C8311223	196
+C8311225	196
+C8311251	196
+C8311255	196
+C8311259	196
+C8311269	196
+C8311277	196
+C8311289	196
+C8311293	196
+C8311299	196
+C8311325	196
+C8311329	196
+C8311361	196
+C8311371	196
+C8311409	196
+C8311423	196
+C8311431	196
+Scaffold1744	196
+Scaffold2528	196
+Scaffold2721	196
+Scaffold3119	196
+Scaffold3123	196
+Scaffold526	196
+Scaffold6710	196
+Scaffold6718	196
+Scaffold7022	196
+Scaffold7091	196
+C8304643	195
+C8304647	195
+C8304653	195
+C8304709	195
+C8304719	195
+C8304725	195
+C8304785	195
+C8304827	195
+C8304833	195
+C8304841	195
+C8304847	195
+C8304887	195
+C8304937	195
+C8304941	195
+C8304965	195
+C8304981	195
+C8305041	195
+C8305047	195
+C8305053	195
+C8305149	195
+C8305173	195
+C8305179	195
+C8305195	195
+C8305221	195
+C8305235	195
+C8305251	195
+C8305283	195
+C8305295	195
+C8305301	195
+C8305327	195
+C8305355	195
+C8305365	195
+C8305387	195
+C8305397	195
+C8305441	195
+C8305477	195
+C8305503	195
+C8305515	195
+C8305557	195
+C8305563	195
+C8305577	195
+C8305613	195
+C8305659	195
+C8305665	195
+C8305719	195
+C8305733	195
+C8305747	195
+C8305757	195
+C8305791	195
+C8305799	195
+C8305819	195
+C8305915	195
+C8305917	195
+C8305919	195
+C8305957	195
+C8305983	195
+C8306025	195
+C8306027	195
+C8306031	195
+C8306077	195
+C8306083	195
+C8306153	195
+C8306173	195
+C8306199	195
+C8306207	195
+C8306223	195
+C8306229	195
+C8306245	195
+C8306325	195
+C8306335	195
+C8306369	195
+C8306405	195
+C8306407	195
+C8306417	195
+C8306459	195
+C8306505	195
+C8306529	195
+C8306543	195
+C8306547	195
+C8306551	195
+C8306571	195
+C8306609	195
+C8306707	195
+C8306717	195
+C8306751	195
+C8306807	195
+C8306815	195
+C8306817	195
+C8306833	195
+C8306853	195
+C8306905	195
+C8306909	195
+C8306959	195
+C8306985	195
+C8307025	195
+C8307031	195
+C8307063	195
+C8307077	195
+C8307079	195
+C8307095	195
+C8307113	195
+C8307117	195
+C8307125	195
+C8307159	195
+C8307185	195
+C8307227	195
+C8307233	195
+C8307249	195
+C8307271	195
+C8307317	195
+C8307327	195
+C8307345	195
+C8307361	195
+C8307413	195
+C8307451	195
+C8307459	195
+C8307485	195
+C8307489	195
+C8307509	195
+C8307529	195
+C8307555	195
+C8307601	195
+C8307633	195
+C8307635	195
+C8307637	195
+C8307687	195
+C8307709	195
+C8307741	195
+C8307773	195
+C8307781	195
+C8307787	195
+C8307803	195
+C8307821	195
+C8307839	195
+C8307869	195
+C8307875	195
+C8307883	195
+C8307895	195
+C8307897	195
+C8307917	195
+C8307941	195
+C8307965	195
+C8307975	195
+C8307987	195
+C8308003	195
+C8308033	195
+C8308063	195
+Scaffold1718	195
+Scaffold1794	195
+Scaffold2110	195
+Scaffold2542	195
+Scaffold2580	195
+Scaffold2825	195
+Scaffold2880	195
+Scaffold2950	195
+Scaffold3142	195
+Scaffold3540	195
+Scaffold3705	195
+Scaffold4686	195
+Scaffold4687	195
+Scaffold5287	195
+C8301089	194
+C8301097	194
+C8301135	194
+C8301147	194
+C8301209	194
+C8301285	194
+C8301311	194
+C8301339	194
+C8301375	194
+C8301385	194
+C8301411	194
+C8301419	194
+C8301445	194
+C8301475	194
+C8301483	194
+C8301495	194
+C8301515	194
+C8301517	194
+C8301547	194
+C8301549	194
+C8301563	194
+C8301585	194
+C8301609	194
+C8301647	194
+C8301737	194
+C8301779	194
+C8301859	194
+C8301861	194
+C8301885	194
+C8301955	194
+C8301961	194
+C8302013	194
+C8302071	194
+C8302087	194
+C8302101	194
+C8302115	194
+C8302127	194
+C8302129	194
+C8302185	194
+C8302219	194
+C8302225	194
+C8302325	194
+C8302403	194
+C8302407	194
+C8302463	194
+C8302465	194
+C8302485	194
+C8302489	194
+C8302501	194
+C8302503	194
+C8302541	194
+C8302559	194
+C8302569	194
+C8302717	194
+C8302743	194
+C8302773	194
+C8302833	194
+C8302867	194
+C8302887	194
+C8302909	194
+C8302917	194
+C8302955	194
+C8302973	194
+C8302987	194
+C8303007	194
+C8303011	194
+C8303019	194
+C8303045	194
+C8303055	194
+C8303073	194
+C8303133	194
+C8303139	194
+C8303171	194
+C8303183	194
+C8303191	194
+C8303195	194
+C8303209	194
+C8303221	194
+C8303261	194
+C8303263	194
+C8303277	194
+C8303351	194
+C8303419	194
+C8303425	194
+C8303455	194
+C8303487	194
+C8303501	194
+C8303555	194
+C8303579	194
+C8303585	194
+C8303599	194
+C8303611	194
+C8303671	194
+C8303685	194
+C8303695	194
+C8303709	194
+C8303719	194
+C8303759	194
+C8303795	194
+C8303829	194
+C8303855	194
+C8303857	194
+C8303877	194
+C8303917	194
+C8303919	194
+C8303963	194
+C8303973	194
+C8303995	194
+C8304015	194
+C8304025	194
+C8304073	194
+C8304181	194
+C8304231	194
+C8304245	194
+C8304261	194
+C8304263	194
+C8304265	194
+C8304293	194
+C8304299	194
+C8304325	194
+C8304335	194
+C8304369	194
+C8304373	194
+C8304375	194
+C8304409	194
+C8304449	194
+C8304461	194
+C8304463	194
+C8304479	194
+C8304505	194
+C8304517	194
+C8304545	194
+C8304555	194
+C8304577	194
+C8304595	194
+Scaffold2005	194
+Scaffold2908	194
+Scaffold3315	194
+Scaffold3796	194
+Scaffold4717	194
+Scaffold4886	194
+Scaffold5022	194
+Scaffold5223	194
+C8297611	193
+C8297617	193
+C8297629	193
+C8297687	193
+C8297741	193
+C8297773	193
+C8297795	193
+C8297815	193
+C8297823	193
+C8297853	193
+C8297867	193
+C8297871	193
+C8297877	193
+C8297919	193
+C8297971	193
+C8297983	193
+C8298011	193
+C8298027	193
+C8298069	193
+C8298073	193
+C8298077	193
+C8298081	193
+C8298107	193
+C8298125	193
+C8298279	193
+C8298291	193
+C8298323	193
+C8298419	193
+C8298439	193
+C8298471	193
+C8298475	193
+C8298483	193
+C8298485	193
+C8298523	193
+C8298525	193
+C8298549	193
+C8298567	193
+C8298593	193
+C8298613	193
+C8298619	193
+C8298629	193
+C8298639	193
+C8298657	193
+C8298661	193
+C8298677	193
+C8298701	193
+C8298743	193
+C8298753	193
+C8298787	193
+C8298793	193
+C8298817	193
+C8298843	193
+C8298849	193
+C8298897	193
+C8298911	193
+C8298955	193
+C8298971	193
+C8299003	193
+C8299029	193
+C8299041	193
+C8299085	193
+C8299129	193
+C8299207	193
+C8299225	193
+C8299229	193
+C8299231	193
+C8299237	193
+C8299239	193
+C8299273	193
+C8299291	193
+C8299325	193
+C8299331	193
+C8299363	193
+C8299397	193
+C8299431	193
+C8299449	193
+C8299461	193
+C8299481	193
+C8299573	193
+C8299583	193
+C8299613	193
+C8299629	193
+C8299635	193
+C8299637	193
+C8299655	193
+C8299685	193
+C8299711	193
+C8299715	193
+C8299729	193
+C8299743	193
+C8299747	193
+C8299801	193
+C8299813	193
+C8299819	193
+C8299831	193
+C8299867	193
+C8299873	193
+C8299877	193
+C8299947	193
+C8299951	193
+C8299961	193
+C8299985	193
+C8300097	193
+C8300101	193
+C8300107	193
+C8300117	193
+C8300159	193
+C8300169	193
+C8300183	193
+C8300193	193
+C8300203	193
+C8300249	193
+C8300285	193
+C8300295	193
+C8300327	193
+C8300343	193
+C8300431	193
+C8300433	193
+C8300493	193
+C8300499	193
+C8300525	193
+C8300551	193
+C8300593	193
+C8300597	193
+C8300617	193
+C8300623	193
+C8300637	193
+C8300643	193
+C8300651	193
+C8300653	193
+C8300681	193
+C8300683	193
+C8300763	193
+C8300815	193
+C8300869	193
+C8300873	193
+C8300877	193
+C8300943	193
+C8300963	193
+C8300967	193
+C8300987	193
+C8301009	193
+C8301029	193
+C8301033	193
+C8301045	193
+C8301065	193
+C8301073	193
+C8301083	193
+C8301085	193
+Scaffold1074	193
+Scaffold1257	193
+Scaffold2273	193
+Scaffold2782	193
+Scaffold2811	193
+Scaffold3234	193
+Scaffold3926	193
+Scaffold4566	193
+Scaffold4984	193
+Scaffold5165	193
+Scaffold5672	193
+Scaffold572	193
+Scaffold5853	193
+Scaffold5939	193
+Scaffold6038	193
+Scaffold6216	193
+Scaffold6666	193
+C8293955	192
+C8293969	192
+C8294001	192
+C8294007	192
+C8294045	192
+C8294061	192
+C8294089	192
+C8294095	192
+C8294117	192
+C8294175	192
+C8294181	192
+C8294211	192
+C8294217	192
+C8294221	192
+C8294227	192
+C8294249	192
+C8294281	192
+C8294377	192
+C8294441	192
+C8294447	192
+C8294459	192
+C8294531	192
+C8294535	192
+C8294539	192
+C8294599	192
+C8294603	192
+C8294663	192
+C8294671	192
+C8294837	192
+C8294839	192
+C8294925	192
+C8294935	192
+C8294973	192
+C8294985	192
+C8294999	192
+C8295007	192
+C8295019	192
+C8295083	192
+C8295103	192
+C8295121	192
+C8295167	192
+C8295199	192
+C8295229	192
+C8295237	192
+C8295239	192
+C8295241	192
+C8295247	192
+C8295303	192
+C8295317	192
+C8295329	192
+C8295341	192
+C8295347	192
+C8295349	192
+C8295373	192
+C8295377	192
+C8295389	192
+C8295437	192
+C8295453	192
+C8295471	192
+C8295529	192
+C8295533	192
+C8295537	192
+C8295559	192
+C8295587	192
+C8295599	192
+C8295613	192
+C8295661	192
+C8295677	192
+C8295695	192
+C8295739	192
+C8295745	192
+C8295753	192
+C8295807	192
+C8295825	192
+C8295841	192
+C8295843	192
+C8295863	192
+C8295893	192
+C8295909	192
+C8295931	192
+C8295937	192
+C8295995	192
+C8296007	192
+C8296043	192
+C8296059	192
+C8296083	192
+C8296107	192
+C8296113	192
+C8296169	192
+C8296181	192
+C8296209	192
+C8296217	192
+C8296243	192
+C8296275	192
+C8296307	192
+C8296373	192
+C8296409	192
+C8296419	192
+C8296437	192
+C8296445	192
+C8296479	192
+C8296481	192
+C8296495	192
+C8296517	192
+C8296565	192
+C8296567	192
+C8296577	192
+C8296601	192
+C8296609	192
+C8296639	192
+C8296667	192
+C8296687	192
+C8296723	192
+C8296761	192
+C8296763	192
+C8296821	192
+C8296913	192
+C8296915	192
+C8296927	192
+C8296933	192
+C8296991	192
+C8297033	192
+C8297047	192
+C8297061	192
+C8297097	192
+C8297121	192
+C8297143	192
+C8297159	192
+C8297175	192
+C8297201	192
+C8297259	192
+C8297265	192
+C8297295	192
+C8297307	192
+C8297311	192
+C8297317	192
+C8297323	192
+C8297359	192
+C8297371	192
+C8297375	192
+C8297389	192
+C8297399	192
+C8297425	192
+C8297429	192
+C8297431	192
+C8297455	192
+C8297487	192
+C8297519	192
+C8297523	192
+C8297553	192
+C8297555	192
+C8297589	192
+Scaffold1761	192
+Scaffold1952	192
+Scaffold3147	192
+Scaffold4305	192
+Scaffold4834	192
+Scaffold5185	192
+Scaffold5607	192
+Scaffold5677	192
+C8290365	191
+C8290427	191
+C8290431	191
+C8290459	191
+C8290479	191
+C8290513	191
+C8290527	191
+C8290551	191
+C8290565	191
+C8290567	191
+C8290597	191
+C8290603	191
+C8290629	191
+C8290667	191
+C8290701	191
+C8290715	191
+C8290749	191
+C8290751	191
+C8290799	191
+C8290817	191
+C8290861	191
+C8290865	191
+C8290871	191
+C8290873	191
+C8290883	191
+C8290885	191
+C8290899	191
+C8290923	191
+C8290943	191
+C8290947	191
+C8290957	191
+C8290963	191
+C8291011	191
+C8291019	191
+C8291041	191
+C8291049	191
+C8291055	191
+C8291063	191
+C8291083	191
+C8291139	191
+C8291163	191
+C8291193	191
+C8291197	191
+C8291199	191
+C8291205	191
+C8291229	191
+C8291387	191
+C8291413	191
+C8291425	191
+C8291433	191
+C8291447	191
+C8291461	191
+C8291505	191
+C8291507	191
+C8291545	191
+C8291563	191
+C8291585	191
+C8291625	191
+C8291765	191
+C8291771	191
+C8291885	191
+C8291901	191
+C8291917	191
+C8291955	191
+C8291973	191
+C8291987	191
+C8291991	191
+C8292043	191
+C8292125	191
+C8292143	191
+C8292183	191
+C8292201	191
+C8292237	191
+C8292241	191
+C8292257	191
+C8292377	191
+C8292387	191
+C8292401	191
+C8292435	191
+C8292541	191
+C8292547	191
+C8292557	191
+C8292567	191
+C8292581	191
+C8292585	191
+C8292607	191
+C8292617	191
+C8292633	191
+C8292643	191
+C8292689	191
+C8292693	191
+C8292699	191
+C8292709	191
+C8292745	191
+C8292757	191
+C8292775	191
+C8292787	191
+C8292791	191
+C8292811	191
+C8292875	191
+C8292895	191
+C8292991	191
+C8293007	191
+C8293019	191
+C8293059	191
+C8293061	191
+C8293081	191
+C8293193	191
+C8293225	191
+C8293261	191
+C8293283	191
+C8293285	191
+C8293297	191
+C8293351	191
+C8293353	191
+C8293381	191
+C8293385	191
+C8293431	191
+C8293449	191
+C8293483	191
+C8293515	191
+C8293525	191
+C8293553	191
+C8293629	191
+C8293637	191
+C8293645	191
+C8293647	191
+C8293651	191
+C8293657	191
+C8293709	191
+C8293711	191
+C8293715	191
+C8293719	191
+C8293739	191
+C8293743	191
+C8293797	191
+C8293837	191
+C8293863	191
+C8293869	191
+Scaffold2267	191
+Scaffold2667	191
+Scaffold2838	191
+Scaffold2877	191
+Scaffold3020	191
+Scaffold4553	191
+Scaffold4597	191
+Scaffold5248	191
+Scaffold5626	191
+Scaffold6007	191
+Scaffold6049	191
+Scaffold6744	191
+C8286529	190
+C8286533	190
+C8286545	190
+C8286559	190
+C8286583	190
+C8286589	190
+C8286651	190
+C8286673	190
+C8286723	190
+C8286767	190
+C8286771	190
+C8286783	190
+C8286787	190
+C8286859	190
+C8286869	190
+C8286895	190
+C8286901	190
+C8286919	190
+C8286947	190
+C8286979	190
+C8287033	190
+C8287097	190
+C8287109	190
+C8287111	190
+C8287171	190
+C8287175	190
+C8287193	190
+C8287195	190
+C8287229	190
+C8287233	190
+C8287247	190
+C8287275	190
+C8287311	190
+C8287381	190
+C8287393	190
+C8287395	190
+C8287413	190
+C8287415	190
+C8287421	190
+C8287423	190
+C8287449	190
+C8287475	190
+C8287495	190
+C8287529	190
+C8287545	190
+C8287561	190
+C8287563	190
+C8287587	190
+C8287609	190
+C8287615	190
+C8287619	190
+C8287663	190
+C8287673	190
+C8287703	190
+C8287715	190
+C8287737	190
+C8287743	190
+C8287789	190
+C8287829	190
+C8287889	190
+C8287891	190
+C8287893	190
+C8287919	190
+C8287923	190
+C8287937	190
+C8287955	190
+C8287961	190
+C8287967	190
+C8287969	190
+C8287991	190
+C8288009	190
+C8288037	190
+C8288047	190
+C8288061	190
+C8288093	190
+C8288109	190
+C8288111	190
+C8288123	190
+C8288187	190
+C8288189	190
+C8288207	190
+C8288215	190
+C8288233	190
+C8288255	190
+C8288291	190
+C8288293	190
+C8288349	190
+C8288395	190
+C8288465	190
+C8288467	190
+C8288469	190
+C8288511	190
+C8288515	190
+C8288551	190
+C8288553	190
+C8288557	190
+C8288577	190
+C8288601	190
+C8288645	190
+C8288657	190
+C8288669	190
+C8288677	190
+C8288713	190
+C8288779	190
+C8288787	190
+C8288811	190
+C8288897	190
+C8288925	190
+C8288953	190
+C8288969	190
+C8288989	190
+C8289011	190
+C8289021	190
+C8289047	190
+C8289055	190
+C8289063	190
+C8289073	190
+C8289081	190
+C8289095	190
+C8289097	190
+C8289107	190
+C8289127	190
+C8289145	190
+C8289177	190
+C8289187	190
+C8289249	190
+C8289279	190
+C8289297	190
+C8289307	190
+C8289319	190
+C8289321	190
+C8289351	190
+C8289389	190
+C8289397	190
+C8289405	190
+C8289407	190
+C8289411	190
+C8289437	190
+C8289487	190
+C8289531	190
+C8289565	190
+C8289649	190
+C8289663	190
+C8289667	190
+C8289677	190
+C8289683	190
+C8289689	190
+C8289701	190
+C8289705	190
+C8289755	190
+C8289787	190
+C8289803	190
+C8289889	190
+C8289921	190
+C8289945	190
+C8289949	190
+C8290003	190
+C8290051	190
+C8290095	190
+C8290197	190
+C8290203	190
+C8290221	190
+C8290267	190
+C8290269	190
+C8290285	190
+C8290297	190
+C8290311	190
+C8290327	190
+Scaffold1360	190
+Scaffold4067	190
+Scaffold4112	190
+Scaffold4526	190
+Scaffold5850	190
+Scaffold5956	190
+Scaffold6092	190
+C8282965	189
+C8282993	189
+C8282995	189
+C8283001	189
+C8283005	189
+C8283025	189
+C8283033	189
+C8283049	189
+C8283075	189
+C8283097	189
+C8283119	189
+C8283131	189
+C8283157	189
+C8283169	189
+C8283183	189
+C8283199	189
+C8283283	189
+C8283295	189
+C8283313	189
+C8283323	189
+C8283341	189
+C8283399	189
+C8283411	189
+C8283463	189
+C8283481	189
+C8283483	189
+C8283527	189
+C8283529	189
+C8283619	189
+C8283639	189
+C8283653	189
+C8283669	189
+C8283681	189
+C8283683	189
+C8283723	189
+C8283725	189
+C8283747	189
+C8283807	189
+C8283841	189
+C8283883	189
+C8283897	189
+C8283935	189
+C8283943	189
+C8283961	189
+C8284009	189
+C8284033	189
+C8284065	189
+C8284075	189
+C8284111	189
+C8284205	189
+C8284213	189
+C8284225	189
+C8284279	189
+C8284299	189
+C8284309	189
+C8284313	189
+C8284367	189
+C8284375	189
+C8284397	189
+C8284405	189
+C8284425	189
+C8284443	189
+C8284449	189
+C8284477	189
+C8284481	189
+C8284493	189
+C8284519	189
+C8284537	189
+C8284545	189
+C8284567	189
+C8284573	189
+C8284613	189
+C8284621	189
+C8284625	189
+C8284641	189
+C8284771	189
+C8284813	189
+C8284817	189
+C8284833	189
+C8284835	189
+C8284863	189
+C8284865	189
+C8284883	189
+C8284889	189
+C8284921	189
+C8284933	189
+C8284985	189
+C8285013	189
+C8285023	189
+C8285059	189
+C8285083	189
+C8285085	189
+C8285103	189
+C8285139	189
+C8285149	189
+C8285181	189
+C8285279	189
+C8285293	189
+C8285299	189
+C8285301	189
+C8285303	189
+C8285309	189
+C8285313	189
+C8285317	189
+C8285323	189
+C8285329	189
+C8285337	189
+C8285341	189
+C8285345	189
+C8285371	189
+C8285379	189
+C8285389	189
+C8285427	189
+C8285429	189
+C8285431	189
+C8285481	189
+C8285491	189
+C8285497	189
+C8285499	189
+C8285509	189
+C8285525	189
+C8285563	189
+C8285585	189
+C8285605	189
+C8285615	189
+C8285633	189
+C8285649	189
+C8285651	189
+C8285671	189
+C8285687	189
+C8285695	189
+C8285763	189
+C8285783	189
+C8285797	189
+C8285805	189
+C8285835	189
+C8285847	189
+C8285887	189
+C8285915	189
+C8286027	189
+C8286033	189
+C8286045	189
+C8286049	189
+C8286093	189
+C8286107	189
+C8286127	189
+C8286167	189
+C8286185	189
+C8286209	189
+C8286233	189
+C8286239	189
+C8286267	189
+C8286287	189
+C8286289	189
+C8286293	189
+C8286365	189
+C8286413	189
+C8286441	189
+C8286473	189
+C8286483	189
+C8286517	189
+C8286519	189
+Scaffold2040	189
+Scaffold2828	189
+Scaffold4217	189
+Scaffold4377	189
+Scaffold4782	189
+Scaffold4934	189
+Scaffold5437	189
+Scaffold5562	189
+Scaffold5709	189
+Scaffold5765	189
+Scaffold5857	189
+C8279063	188
+C8279075	188
+C8279083	188
+C8279097	188
+C8279131	188
+C8279171	188
+C8279187	188
+C8279219	188
+C8279243	188
+C8279295	188
+C8279307	188
+C8279313	188
+C8279329	188
+C8279363	188
+C8279383	188
+C8279389	188
+C8279409	188
+C8279433	188
+C8279435	188
+C8279445	188
+C8279449	188
+C8279451	188
+C8279475	188
+C8279489	188
+C8279499	188
+C8279535	188
+C8279545	188
+C8279589	188
+C8279591	188
+C8279593	188
+C8279619	188
+C8279671	188
+C8279673	188
+C8279677	188
+C8279753	188
+C8279771	188
+C8279777	188
+C8279797	188
+C8279801	188
+C8279807	188
+C8279841	188
+C8279857	188
+C8279891	188
+C8279909	188
+C8279915	188
+C8279929	188
+C8279933	188
+C8279935	188
+C8279947	188
+C8279951	188
+C8279963	188
+C8279973	188
+C8280067	188
+C8280075	188
+C8280107	188
+C8280169	188
+C8280203	188
+C8280215	188
+C8280239	188
+C8280257	188
+C8280273	188
+C8280299	188
+C8280303	188
+C8280307	188
+C8280327	188
+C8280331	188
+C8280361	188
+C8280377	188
+C8280379	188
+C8280411	188
+C8280423	188
+C8280441	188
+C8280449	188
+C8280453	188
+C8280457	188
+C8280483	188
+C8280485	188
+C8280505	188
+C8280527	188
+C8280529	188
+C8280549	188
+C8280553	188
+C8280565	188
+C8280583	188
+C8280631	188
+C8280679	188
+C8280681	188
+C8280683	188
+C8280701	188
+C8280705	188
+C8280719	188
+C8280749	188
+C8280789	188
+C8280817	188
+C8280861	188
+C8280879	188
+C8280927	188
+C8280931	188
+C8280933	188
+C8280941	188
+C8280949	188
+C8280965	188
+C8280967	188
+C8280997	188
+C8281001	188
+C8281015	188
+C8281029	188
+C8281081	188
+C8281101	188
+C8281105	188
+C8281119	188
+C8281155	188
+C8281159	188
+C8281165	188
+C8281209	188
+C8281231	188
+C8281249	188
+C8281267	188
+C8281287	188
+C8281289	188
+C8281307	188
+C8281333	188
+C8281351	188
+C8281381	188
+C8281391	188
+C8281403	188
+C8281405	188
+C8281439	188
+C8281487	188
+C8281511	188
+C8281525	188
+C8281591	188
+C8281627	188
+C8281661	188
+C8281663	188
+C8281677	188
+C8281685	188
+C8281745	188
+C8281761	188
+C8281767	188
+C8281771	188
+C8281785	188
+C8281819	188
+C8281855	188
+C8281859	188
+C8281861	188
+C8281863	188
+C8281865	188
+C8281889	188
+C8281897	188
+C8281903	188
+C8281919	188
+C8281939	188
+C8281941	188
+C8281955	188
+C8281983	188
+C8281999	188
+C8282041	188
+C8282053	188
+C8282067	188
+C8282077	188
+C8282093	188
+C8282097	188
+C8282179	188
+C8282185	188
+C8282187	188
+C8282225	188
+C8282231	188
+C8282247	188
+C8282279	188
+C8282283	188
+C8282293	188
+C8282307	188
+C8282309	188
+C8282341	188
+C8282355	188
+C8282379	188
+C8282383	188
+C8282417	188
+C8282457	188
+C8282467	188
+C8282523	188
+C8282531	188
+C8282581	188
+C8282593	188
+C8282647	188
+C8282665	188
+C8282667	188
+C8282683	188
+C8282715	188
+C8282719	188
+C8282735	188
+C8282745	188
+C8282777	188
+C8282787	188
+C8282811	188
+C8282853	188
+C8282867	188
+C8282869	188
+C8282893	188
+C8282895	188
+C8282911	188
+C8282925	188
+Scaffold1054	188
+Scaffold1582	188
+Scaffold2071	188
+Scaffold2569	188
+Scaffold2763	188
+Scaffold2790	188
+Scaffold3046	188
+Scaffold3296	188
+Scaffold3558	188
+Scaffold3681	188
+Scaffold4224	188
+Scaffold4459	188
+Scaffold4515	188
+Scaffold4606	188
+Scaffold6343	188
+C8275035	187
+C8275041	187
+C8275083	187
+C8275089	187
+C8275093	187
+C8275113	187
+C8275203	187
+C8275219	187
+C8275241	187
+C8275253	187
+C8275255	187
+C8275307	187
+C8275339	187
+C8275345	187
+C8275357	187
+C8275371	187
+C8275443	187
+C8275445	187
+C8275481	187
+C8275505	187
+C8275513	187
+C8275529	187
+C8275583	187
+C8275595	187
+C8275605	187
+C8275665	187
+C8275685	187
+C8275697	187
+C8275699	187
+C8275703	187
+C8275711	187
+C8275769	187
+C8275847	187
+C8275871	187
+C8275897	187
+C8275995	187
+C8276013	187
+C8276019	187
+C8276021	187
+C8276045	187
+C8276049	187
+C8276077	187
+C8276105	187
+C8276115	187
+C8276143	187
+C8276145	187
+C8276147	187
+C8276165	187
+C8276207	187
+C8276215	187
+C8276247	187
+C8276255	187
+C8276265	187
+C8276287	187
+C8276291	187
+C8276293	187
+C8276305	187
+C8276375	187
+C8276385	187
+C8276443	187
+C8276447	187
+C8276519	187
+C8276531	187
+C8276557	187
+C8276587	187
+C8276617	187
+C8276667	187
+C8276669	187
+C8276679	187
+C8276689	187
+C8276699	187
+C8276747	187
+C8276751	187
+C8276767	187
+C8276769	187
+C8276771	187
+C8276773	187
+C8276785	187
+C8276803	187
+C8276805	187
+C8276827	187
+C8276833	187
+C8276837	187
+C8276847	187
+C8276883	187
+C8276923	187
+C8276957	187
+C8276963	187
+C8277017	187
+C8277045	187
+C8277073	187
+C8277091	187
+C8277097	187
+C8277105	187
+C8277119	187
+C8277145	187
+C8277171	187
+C8277175	187
+C8277189	187
+C8277191	187
+C8277193	187
+C8277239	187
+C8277267	187
+C8277279	187
+C8277287	187
+C8277297	187
+C8277345	187
+C8277355	187
+C8277359	187
+C8277361	187
+C8277371	187
+C8277387	187
+C8277397	187
+C8277429	187
+C8277443	187
+C8277471	187
+C8277477	187
+C8277499	187
+C8277503	187
+C8277527	187
+C8277529	187
+C8277535	187
+C8277559	187
+C8277561	187
+C8277573	187
+C8277579	187
+C8277643	187
+C8277649	187
+C8277713	187
+C8277751	187
+C8277753	187
+C8277777	187
+C8277797	187
+C8277811	187
+C8277853	187
+C8277875	187
+C8277893	187
+C8277915	187
+C8277921	187
+C8277935	187
+C8277953	187
+C8277985	187
+C8278003	187
+C8278065	187
+C8278079	187
+C8278105	187
+C8278151	187
+C8278157	187
+C8278163	187
+C8278185	187
+C8278211	187
+C8278257	187
+C8278307	187
+C8278337	187
+C8278373	187
+C8278401	187
+C8278417	187
+C8278423	187
+C8278469	187
+C8278479	187
+C8278501	187
+C8278503	187
+C8278517	187
+C8278559	187
+C8278579	187
+C8278605	187
+C8278607	187
+C8278609	187
+C8278615	187
+C8278683	187
+C8278707	187
+C8278731	187
+C8278745	187
+C8278751	187
+C8278763	187
+C8278807	187
+C8278809	187
+C8278817	187
+C8278849	187
+C8278925	187
+C8278997	187
+C8279017	187
+Scaffold1817	187
+Scaffold1841	187
+Scaffold2804	187
+Scaffold2903	187
+Scaffold3187	187
+scaffold3344	187
+Scaffold3414	187
+Scaffold3494	187
+Scaffold4074	187
+Scaffold5411	187
+Scaffold5510	187
+Scaffold5988	187
+Scaffold6181	187
+Scaffold6283	187
+Scaffold6605	187
+Scaffold6889	187
+Scaffold888	187
+Scaffold978	187
+Scaffold988	187
+C8270965	186
+C8270967	186
+C8270971	186
+C8270997	186
+C8271039	186
+C8271095	186
+C8271097	186
+C8271111	186
+C8271133	186
+C8271189	186
+C8271247	186
+C8271249	186
+C8271295	186
+C8271409	186
+C8271449	186
+C8271459	186
+C8271509	186
+C8271511	186
+C8271513	186
+C8271521	186
+C8271529	186
+C8271581	186
+C8271583	186
+C8271617	186
+C8271689	186
+C8271697	186
+C8271701	186
+C8271733	186
+C8271759	186
+C8271803	186
+C8271869	186
+C8271949	186
+C8271967	186
+C8271973	186
+C8271991	186
+C8272003	186
+C8272027	186
+C8272045	186
+C8272061	186
+C8272091	186
+C8272093	186
+C8272141	186
+C8272143	186
+C8272145	186
+C8272167	186
+C8272259	186
+C8272263	186
+C8272271	186
+C8272301	186
+C8272367	186
+C8272385	186
+C8272399	186
+C8272407	186
+C8272435	186
+C8272451	186
+C8272469	186
+C8272489	186
+C8272503	186
+C8272505	186
+C8272507	186
+C8272515	186
+C8272529	186
+C8272533	186
+C8272605	186
+C8272607	186
+C8272641	186
+C8272667	186
+C8272679	186
+C8272695	186
+C8272751	186
+C8272767	186
+C8272769	186
+C8272819	186
+C8272831	186
+C8272839	186
+C8272951	186
+C8272973	186
+C8273039	186
+C8273055	186
+C8273057	186
+C8273081	186
+C8273099	186
+C8273135	186
+C8273163	186
+C8273187	186
+C8273193	186
+C8273233	186
+C8273253	186
+C8273267	186
+C8273273	186
+C8273283	186
+C8273291	186
+C8273303	186
+C8273305	186
+C8273333	186
+C8273345	186
+C8273371	186
+C8273407	186
+C8273421	186
+C8273463	186
+C8273483	186
+C8273485	186
+C8273509	186
+C8273511	186
+C8273589	186
+C8273623	186
+C8273651	186
+C8273667	186
+C8273671	186
+C8273705	186
+C8273709	186
+C8273713	186
+C8273725	186
+C8273729	186
+C8273801	186
+C8273813	186
+C8273819	186
+C8273823	186
+C8273883	186
+C8273929	186
+C8273931	186
+C8273933	186
+C8273961	186
+C8273963	186
+C8274045	186
+C8274113	186
+C8274145	186
+C8274163	186
+C8274165	186
+C8274207	186
+C8274211	186
+C8274219	186
+C8274251	186
+C8274259	186
+C8274269	186
+C8274319	186
+C8274387	186
+C8274433	186
+C8274469	186
+C8274479	186
+C8274499	186
+C8274503	186
+C8274521	186
+C8274537	186
+C8274557	186
+C8274559	186
+C8274607	186
+C8274613	186
+C8274643	186
+C8274645	186
+C8274655	186
+C8274679	186
+C8274723	186
+C8274729	186
+C8274749	186
+C8274759	186
+C8274803	186
+C8274805	186
+C8274825	186
+C8274837	186
+C8274839	186
+C8274841	186
+C8274883	186
+C8274893	186
+C8274909	186
+C8274911	186
+C8274933	186
+C8274937	186
+C8275013	186
+Scaffold1774	186
+Scaffold2511	186
+Scaffold2705	186
+Scaffold3066	186
+Scaffold3209	186
+Scaffold3704	186
+Scaffold4257	186
+Scaffold4530	186
+Scaffold4940	186
+C8267017	185
+C8267053	185
+C8267065	185
+C8267127	185
+C8267129	185
+C8267151	185
+C8267159	185
+C8267175	185
+C8267177	185
+C8267205	185
+C8267291	185
+C8267305	185
+C8267307	185
+C8267311	185
+C8267323	185
+C8267325	185
+C8267353	185
+C8267361	185
+C8267369	185
+C8267385	185
+C8267399	185
+C8267407	185
+C8267483	185
+C8267511	185
+C8267553	185
+C8267559	185
+C8267587	185
+C8267589	185
+C8267591	185
+C8267659	185
+C8267725	185
+C8267743	185
+C8267755	185
+C8267781	185
+C8267787	185
+C8267791	185
+C8267833	185
+C8267841	185
+C8267849	185
+C8267853	185
+C8267855	185
+C8267857	185
+C8267859	185
+C8267861	185
+C8267863	185
+C8267869	185
+C8267911	185
+C8267953	185
+C8267959	185
+C8267971	185
+C8267977	185
+C8268035	185
+C8268125	185
+C8268143	185
+C8268155	185
+C8268191	185
+C8268195	185
+C8268231	185
+C8268269	185
+C8268283	185
+C8268287	185
+C8268335	185
+C8268341	185
+C8268369	185
+C8268373	185
+C8268419	185
+C8268427	185
+C8268437	185
+C8268441	185
+C8268453	185
+C8268529	185
+C8268533	185
+C8268547	185
+C8268565	185
+C8268619	185
+C8268671	185
+C8268689	185
+C8268691	185
+C8268713	185
+C8268735	185
+C8268751	185
+C8268769	185
+C8268801	185
+C8268839	185
+C8268853	185
+C8268875	185
+C8268879	185
+C8268887	185
+C8268889	185
+C8268915	185
+C8268919	185
+C8268947	185
+C8268957	185
+C8268959	185
+C8269011	185
+C8269043	185
+C8269057	185
+C8269067	185
+C8269069	185
+C8269071	185
+C8269077	185
+C8269089	185
+C8269109	185
+C8269113	185
+C8269163	185
+C8269171	185
+C8269173	185
+C8269175	185
+C8269179	185
+C8269185	185
+C8269187	185
+C8269189	185
+C8269191	185
+C8269245	185
+C8269251	185
+C8269253	185
+C8269297	185
+C8269299	185
+C8269317	185
+C8269321	185
+C8269339	185
+C8269389	185
+C8269397	185
+C8269419	185
+C8269435	185
+C8269451	185
+C8269457	185
+C8269463	185
+C8269465	185
+C8269467	185
+C8269517	185
+C8269537	185
+C8269541	185
+C8269561	185
+C8269563	185
+C8269581	185
+C8269591	185
+C8269659	185
+C8269663	185
+C8269671	185
+C8269683	185
+C8269687	185
+C8269703	185
+C8269737	185
+C8269773	185
+C8269803	185
+C8269817	185
+C8269863	185
+C8269865	185
+C8269877	185
+C8269903	185
+C8269917	185
+C8269933	185
+C8269947	185
+C8269957	185
+C8269967	185
+C8270023	185
+C8270049	185
+C8270105	185
+C8270117	185
+C8270125	185
+C8270133	185
+C8270139	185
+C8270169	185
+C8270187	185
+C8270195	185
+C8270197	185
+C8270213	185
+C8270215	185
+C8270267	185
+C8270289	185
+C8270331	185
+C8270357	185
+C8270387	185
+C8270393	185
+C8270397	185
+C8270399	185
+C8270407	185
+C8270453	185
+C8270481	185
+C8270525	185
+C8270535	185
+C8270539	185
+C8270573	185
+C8270591	185
+C8270595	185
+C8270599	185
+C8270603	185
+C8270621	185
+C8270633	185
+C8270661	185
+C8270675	185
+C8270677	185
+C8270709	185
+C8270735	185
+C8270737	185
+C8270825	185
+C8270851	185
+C8270859	185
+C8270861	185
+C8270869	185
+C8270907	185
+C8270921	185
+C8270937	185
+C8270939	185
+C8270947	185
+Scaffold1236	185
+Scaffold1662	185
+Scaffold2055	185
+Scaffold2491	185
+Scaffold2898	185
+Scaffold3605	185
+Scaffold4424	185
+Scaffold5084	185
+Scaffold578	185
+Scaffold5877	185
+Scaffold6802	185
+Scaffold7557	185
+C8262882	184
+C8262906	184
+C8262926	184
+C8262932	184
+C8262950	184
+C8262958	184
+C8263044	184
+C8263052	184
+C8263058	184
+C8263098	184
+C8263106	184
+C8263124	184
+C8263146	184
+C8263148	184
+C8263154	184
+C8263184	184
+C8263222	184
+C8263232	184
+C8263234	184
+C8263242	184
+C8263250	184
+C8263272	184
+C8263300	184
+C8263302	184
+C8263304	184
+C8263308	184
+C8263310	184
+C8263316	184
+C8263338	184
+C8263373	184
+C8263393	184
+C8263397	184
+C8263415	184
+C8263447	184
+C8263455	184
+C8263509	184
+C8263523	184
+C8263525	184
+C8263537	184
+C8263561	184
+C8263563	184
+C8263575	184
+C8263607	184
+C8263609	184
+C8263681	184
+C8263685	184
+C8263689	184
+C8263709	184
+C8263723	184
+C8263735	184
+C8263749	184
+C8263841	184
+C8263845	184
+C8263855	184
+C8263877	184
+C8263879	184
+C8263907	184
+C8263935	184
+C8263937	184
+C8263955	184
+C8263959	184
+C8263961	184
+C8263963	184
+C8263983	184
+C8264025	184
+C8264071	184
+C8264147	184
+C8264165	184
+C8264323	184
+C8264357	184
+C8264361	184
+C8264363	184
+C8264367	184
+C8264373	184
+C8264435	184
+C8264443	184
+C8264453	184
+C8264471	184
+C8264537	184
+C8264541	184
+C8264565	184
+C8264567	184
+C8264615	184
+C8264617	184
+C8264631	184
+C8264649	184
+C8264687	184
+C8264695	184
+C8264713	184
+C8264715	184
+C8264741	184
+C8264775	184
+C8264777	184
+C8264809	184
+C8264837	184
+C8264841	184
+C8264865	184
+C8264867	184
+C8264873	184
+C8264897	184
+C8264939	184
+C8264945	184
+C8264955	184
+C8264957	184
+C8264963	184
+C8264969	184
+C8265001	184
+C8265013	184
+C8265049	184
+C8265061	184
+C8265087	184
+C8265093	184
+C8265103	184
+C8265207	184
+C8265227	184
+C8265231	184
+C8265239	184
+C8265243	184
+C8265247	184
+C8265279	184
+C8265289	184
+C8265347	184
+C8265377	184
+C8265391	184
+C8265393	184
+C8265415	184
+C8265447	184
+C8265451	184
+C8265455	184
+C8265463	184
+C8265501	184
+C8265519	184
+C8265529	184
+C8265561	184
+C8265633	184
+C8265643	184
+C8265673	184
+C8265677	184
+C8265681	184
+C8265693	184
+C8265695	184
+C8265745	184
+C8265749	184
+C8265783	184
+C8265805	184
+C8265809	184
+C8265815	184
+C8265835	184
+C8265837	184
+C8265847	184
+C8265903	184
+C8265923	184
+C8265937	184
+C8265939	184
+C8266027	184
+C8266029	184
+C8266051	184
+C8266077	184
+C8266085	184
+C8266131	184
+C8266165	184
+C8266227	184
+C8266243	184
+C8266251	184
+C8266263	184
+C8266323	184
+C8266339	184
+C8266349	184
+C8266353	184
+C8266369	184
+C8266401	184
+C8266461	184
+C8266479	184
+C8266507	184
+C8266511	184
+C8266525	184
+C8266561	184
+C8266573	184
+C8266619	184
+C8266645	184
+C8266663	184
+C8266679	184
+C8266681	184
+C8266703	184
+C8266721	184
+C8266723	184
+C8266765	184
+C8266767	184
+C8266793	184
+C8266813	184
+C8266839	184
+C8266841	184
+C8266857	184
+C8266861	184
+C8266881	184
+C8266913	184
+C8266939	184
+C8266959	184
+C8266971	184
+C8266973	184
+C8266975	184
+Scaffold1225	184
+Scaffold1226	184
+Scaffold1574	184
+Scaffold1717	184
+Scaffold1881	184
+Scaffold2306	184
+Scaffold2872	184
+Scaffold3492	184
+Scaffold3532	184
+Scaffold4046	184
+Scaffold4402	184
+Scaffold4428	184
+Scaffold4788	184
+Scaffold4853	184
+Scaffold4957	184
+Scaffold4965	184
+Scaffold5014	184
+Scaffold5426	184
+Scaffold5979	184
+Scaffold6330	184
+Scaffold6445	184
+Scaffold6467	184
+C8258872	183
+C8258902	183
+C8258936	183
+C8258946	183
+C8258980	183
+C8258984	183
+C8259038	183
+C8259056	183
+C8259070	183
+C8259084	183
+C8259104	183
+C8259120	183
+C8259124	183
+C8259144	183
+C8259162	183
+C8259170	183
+C8259172	183
+C8259192	183
+C8259216	183
+C8259232	183
+C8259244	183
+C8259272	183
+C8259286	183
+C8259292	183
+C8259304	183
+C8259338	183
+C8259364	183
+C8259392	183
+C8259398	183
+C8259404	183
+C8259424	183
+C8259438	183
+C8259456	183
+C8259470	183
+C8259488	183
+C8259492	183
+C8259502	183
+C8259508	183
+C8259548	183
+C8259570	183
+C8259590	183
+C8259608	183
+C8259610	183
+C8259620	183
+C8259622	183
+C8259624	183
+C8259632	183
+C8259642	183
+C8259650	183
+C8259656	183
+C8259674	183
+C8259684	183
+C8259694	183
+C8259720	183
+C8259754	183
+C8259784	183
+C8259816	183
+C8259870	183
+C8259876	183
+C8259926	183
+C8259994	183
+C8260004	183
+C8260040	183
+C8260046	183
+C8260048	183
+C8260054	183
+C8260068	183
+C8260084	183
+C8260184	183
+C8260206	183
+C8260222	183
+C8260238	183
+C8260258	183
+C8260276	183
+C8260308	183
+C8260326	183
+C8260330	183
+C8260368	183
+C8260380	183
+C8260390	183
+C8260440	183
+C8260450	183
+C8260486	183
+C8260508	183
+C8260528	183
+C8260532	183
+C8260572	183
+C8260628	183
+C8260652	183
+C8260660	183
+C8260682	183
+C8260686	183
+C8260688	183
+C8260696	183
+C8260698	183
+C8260726	183
+C8260732	183
+C8260740	183
+C8260758	183
+C8260770	183
+C8260838	183
+C8260862	183
+C8260874	183
+C8260906	183
+C8260930	183
+C8260932	183
+C8260938	183
+C8260942	183
+C8260954	183
+C8260962	183
+C8260976	183
+C8261022	183
+C8261026	183
+C8261040	183
+C8261080	183
+C8261082	183
+C8261120	183
+C8261134	183
+C8261140	183
+C8261170	183
+C8261180	183
+C8261218	183
+C8261288	183
+C8261298	183
+C8261302	183
+C8261376	183
+C8261408	183
+C8261434	183
+C8261456	183
+C8261520	183
+C8261544	183
+C8261546	183
+C8261548	183
+C8261556	183
+C8261578	183
+C8261614	183
+C8261620	183
+C8261626	183
+C8261628	183
+C8261662	183
+C8261678	183
+C8261690	183
+C8261702	183
+C8261708	183
+C8261740	183
+C8261766	183
+C8261776	183
+C8261780	183
+C8261796	183
+C8261802	183
+C8261820	183
+C8261834	183
+C8261836	183
+C8261848	183
+C8261852	183
+C8261856	183
+C8261904	183
+C8261924	183
+C8261936	183
+C8261938	183
+C8261964	183
+C8261996	183
+C8262016	183
+C8262024	183
+C8262026	183
+C8262040	183
+C8262042	183
+C8262070	183
+C8262072	183
+C8262152	183
+C8262202	183
+C8262204	183
+C8262206	183
+C8262214	183
+C8262220	183
+C8262230	183
+C8262254	183
+C8262258	183
+C8262268	183
+C8262272	183
+C8262298	183
+C8262350	183
+C8262358	183
+C8262368	183
+C8262370	183
+C8262394	183
+C8262402	183
+C8262404	183
+C8262422	183
+C8262436	183
+C8262452	183
+C8262488	183
+C8262490	183
+C8262528	183
+C8262558	183
+C8262574	183
+C8262616	183
+C8262622	183
+C8262624	183
+C8262648	183
+C8262658	183
+C8262694	183
+C8262742	183
+C8262752	183
+C8262778	183
+C8262784	183
+C8262814	183
+C8262816	183
+C8262846	183
+C8262870	183
+Scaffold1466	183
+Scaffold2910	183
+Scaffold3167	183
+Scaffold4167	183
+Scaffold5381	183
+Scaffold5663	183
+Scaffold6171	183
+Scaffold6501	183
+Scaffold6568	183
+C8254624	182
+C8254626	182
+C8254632	182
+C8254644	182
+C8254682	182
+C8254694	182
+C8254710	182
+C8254718	182
+C8254726	182
+C8254764	182
+C8254790	182
+C8254816	182
+C8254850	182
+C8254898	182
+C8254918	182
+C8254946	182
+C8254948	182
+C8254996	182
+C8255002	182
+C8255028	182
+C8255032	182
+C8255034	182
+C8255042	182
+C8255070	182
+C8255074	182
+C8255082	182
+C8255086	182
+C8255088	182
+C8255096	182
+C8255122	182
+C8255126	182
+C8255136	182
+C8255150	182
+C8255194	182
+C8255198	182
+C8255232	182
+C8255288	182
+C8255298	182
+C8255386	182
+C8255390	182
+C8255402	182
+C8255416	182
+C8255426	182
+C8255466	182
+C8255496	182
+C8255498	182
+C8255558	182
+C8255626	182
+C8255636	182
+C8255648	182
+C8255676	182
+C8255692	182
+C8255696	182
+C8255704	182
+C8255726	182
+C8255736	182
+C8255764	182
+C8255780	182
+C8255790	182
+C8255794	182
+C8255800	182
+C8255806	182
+C8255808	182
+C8255834	182
+C8255846	182
+C8255850	182
+C8255890	182
+C8255900	182
+C8255902	182
+C8255904	182
+C8255952	182
+C8255958	182
+C8255966	182
+C8256018	182
+C8256036	182
+C8256064	182
+C8256074	182
+C8256112	182
+C8256122	182
+C8256156	182
+C8256212	182
+C8256290	182
+C8256310	182
+C8256314	182
+C8256330	182
+C8256358	182
+C8256382	182
+C8256388	182
+C8256394	182
+C8256400	182
+C8256448	182
+C8256460	182
+C8256468	182
+C8256494	182
+C8256506	182
+C8256510	182
+C8256516	182
+C8256518	182
+C8256534	182
+C8256552	182
+C8256556	182
+C8256584	182
+C8256588	182
+C8256606	182
+C8256608	182
+C8256624	182
+C8256658	182
+C8256666	182
+C8256678	182
+C8256682	182
+C8256758	182
+C8256774	182
+C8256788	182
+C8256818	182
+C8256828	182
+C8256838	182
+C8256848	182
+C8256884	182
+C8256886	182
+C8256904	182
+C8256906	182
+C8256914	182
+C8256944	182
+C8256952	182
+C8256956	182
+C8256996	182
+C8256998	182
+C8257000	182
+C8257016	182
+C8257022	182
+C8257040	182
+C8257060	182
+C8257062	182
+C8257072	182
+C8257090	182
+C8257112	182
+C8257132	182
+C8257134	182
+C8257142	182
+C8257148	182
+C8257206	182
+C8257220	182
+C8257230	182
+C8257288	182
+C8257382	182
+C8257386	182
+C8257436	182
+C8257444	182
+C8257462	182
+C8257518	182
+C8257520	182
+C8257544	182
+C8257558	182
+C8257562	182
+C8257564	182
+C8257576	182
+C8257602	182
+C8257620	182
+C8257642	182
+C8257650	182
+C8257676	182
+C8257714	182
+C8257718	182
+C8257732	182
+C8257734	182
+C8257736	182
+C8257738	182
+C8257752	182
+C8257754	182
+C8257758	182
+C8257760	182
+C8257788	182
+C8257804	182
+C8257812	182
+C8257840	182
+C8257844	182
+C8257850	182
+C8257910	182
+C8257948	182
+C8257956	182
+C8257968	182
+C8257970	182
+C8257994	182
+C8258010	182
+C8258046	182
+C8258050	182
+C8258100	182
+C8258132	182
+C8258208	182
+C8258234	182
+C8258258	182
+C8258272	182
+C8258334	182
+C8258344	182
+C8258356	182
+C8258404	182
+C8258414	182
+C8258416	182
+C8258426	182
+C8258438	182
+C8258480	182
+C8258498	182
+C8258520	182
+C8258588	182
+C8258602	182
+C8258648	182
+C8258654	182
+C8258668	182
+C8258700	182
+C8258710	182
+C8258726	182
+C8258752	182
+C8258758	182
+C8258764	182
+C8258770	182
+C8258788	182
+C8258808	182
+C8258830	182
+C8258836	182
+C8258864	182
+C8258866	182
+C8258868	182
+Scaffold1880	182
+Scaffold2351	182
+Scaffold3100	182
+Scaffold4024	182
+Scaffold5207	182
+Scaffold5351	182
+Scaffold5489	182
+Scaffold6660	182
+C8250218	181
+C8250226	181
+C8250236	181
+C8250244	181
+C8250270	181
+C8250290	181
+C8250292	181
+C8250300	181
+C8250314	181
+C8250316	181
+C8250346	181
+C8250358	181
+C8250364	181
+C8250370	181
+C8250378	181
+C8250444	181
+C8250464	181
+C8250542	181
+C8250544	181
+C8250554	181
+C8250582	181
+C8250596	181
+C8250602	181
+C8250612	181
+C8250618	181
+C8250634	181
+C8250690	181
+C8250750	181
+C8250778	181
+C8250790	181
+C8250802	181
+C8250806	181
+C8250810	181
+C8250832	181
+C8250856	181
+C8250870	181
+C8250898	181
+C8250910	181
+C8250942	181
+C8250958	181
+C8251052	181
+C8251066	181
+C8251068	181
+C8251078	181
+C8251112	181
+C8251122	181
+C8251162	181
+C8251166	181
+C8251188	181
+C8251192	181
+C8251264	181
+C8251362	181
+C8251374	181
+C8251388	181
+C8251402	181
+C8251404	181
+C8251418	181
+C8251446	181
+C8251520	181
+C8251524	181
+C8251526	181
+C8251528	181
+C8251534	181
+C8251540	181
+C8251598	181
+C8251604	181
+C8251622	181
+C8251638	181
+C8251662	181
+C8251694	181
+C8251738	181
+C8251748	181
+C8251752	181
+C8251758	181
+C8251782	181
+C8251804	181
+C8251824	181
+C8251830	181
+C8251852	181
+C8251878	181
+C8251892	181
+C8251902	181
+C8251912	181
+C8251920	181
+C8251934	181
+C8251938	181
+C8251946	181
+C8251952	181
+C8251968	181
+C8251980	181
+C8251996	181
+C8251998	181
+C8252008	181
+C8252018	181
+C8252064	181
+C8252108	181
+C8252110	181
+C8252132	181
+C8252142	181
+C8252154	181
+C8252160	181
+C8252162	181
+C8252194	181
+C8252212	181
+C8252260	181
+C8252276	181
+C8252298	181
+C8252316	181
+C8252322	181
+C8252344	181
+C8252396	181
+C8252402	181
+C8252408	181
+C8252418	181
+C8252470	181
+C8252480	181
+C8252498	181
+C8252510	181
+C8252584	181
+C8252598	181
+C8252602	181
+C8252616	181
+C8252646	181
+C8252652	181
+C8252664	181
+C8252668	181
+C8252692	181
+C8252696	181
+C8252716	181
+C8252722	181
+C8252734	181
+C8252758	181
+C8252786	181
+C8252800	181
+C8252802	181
+C8252814	181
+C8252818	181
+C8252820	181
+C8252840	181
+C8252868	181
+C8252872	181
+C8252902	181
+C8252934	181
+C8252946	181
+C8252962	181
+C8252966	181
+C8252998	181
+C8253002	181
+C8253004	181
+C8253022	181
+C8253034	181
+C8253036	181
+C8253050	181
+C8253070	181
+C8253082	181
+C8253096	181
+C8253132	181
+C8253156	181
+C8253212	181
+C8253214	181
+C8253240	181
+C8253266	181
+C8253276	181
+C8253286	181
+C8253312	181
+C8253330	181
+C8253334	181
+C8253374	181
+C8253446	181
+C8253454	181
+C8253458	181
+C8253466	181
+C8253496	181
+C8253502	181
+C8253516	181
+C8253538	181
+C8253548	181
+C8253558	181
+C8253560	181
+C8253578	181
+C8253584	181
+C8253596	181
+C8253604	181
+C8253622	181
+C8253644	181
+C8253646	181
+C8253648	181
+C8253654	181
+C8253660	181
+C8253752	181
+C8253762	181
+C8253764	181
+C8253784	181
+C8253786	181
+C8253804	181
+C8253818	181
+C8253874	181
+C8253884	181
+C8253886	181
+C8253896	181
+C8253902	181
+C8253928	181
+C8253930	181
+C8253932	181
+C8253950	181
+C8253968	181
+C8253976	181
+C8253978	181
+C8254004	181
+C8254006	181
+C8254022	181
+C8254042	181
+C8254054	181
+C8254062	181
+C8254064	181
+C8254118	181
+C8254130	181
+C8254144	181
+C8254192	181
+C8254200	181
+C8254244	181
+C8254246	181
+C8254254	181
+C8254258	181
+C8254340	181
+C8254350	181
+C8254366	181
+C8254372	181
+C8254388	181
+C8254400	181
+C8254406	181
+C8254430	181
+C8254454	181
+C8254456	181
+C8254462	181
+C8254500	181
+C8254512	181
+C8254514	181
+C8254516	181
+C8254532	181
+C8254538	181
+C8254542	181
+C8254562	181
+C8254576	181
+C8254586	181
+Scaffold1962	181
+Scaffold1988	181
+Scaffold2558	181
+Scaffold3151	181
+Scaffold3293	181
+Scaffold3578	181
+Scaffold405	181
+Scaffold4172	181
+Scaffold4285	181
+Scaffold4798	181
+Scaffold5046	181
+Scaffold5810	181
+Scaffold6372	181
+Scaffold698	181
+C8245706	180
+C8245728	180
+C8245732	180
+C8245736	180
+C8245766	180
+C8245768	180
+C8245772	180
+C8245826	180
+C8245850	180
+C8245856	180
+C8245892	180
+C8245916	180
+C8245936	180
+C8245952	180
+C8246070	180
+C8246086	180
+C8246118	180
+C8246146	180
+C8246182	180
+C8246206	180
+C8246282	180
+C8246296	180
+C8246298	180
+C8246340	180
+C8246362	180
+C8246366	180
+C8246386	180
+C8246396	180
+C8246412	180
+C8246426	180
+C8246438	180
+C8246466	180
+C8246512	180
+C8246524	180
+C8246532	180
+C8246622	180
+C8246624	180
+C8246656	180
+C8246682	180
+C8246726	180
+C8246734	180
+C8246756	180
+C8246794	180
+C8246802	180
+C8246812	180
+C8246814	180
+C8246870	180
+C8246902	180
+C8246988	180
+C8246992	180
+C8247030	180
+C8247066	180
+C8247100	180
+C8247114	180
+C8247132	180
+C8247144	180
+C8247150	180
+C8247156	180
+C8247168	180
+C8247180	180
+C8247218	180
+C8247230	180
+C8247246	180
+C8247272	180
+C8247288	180
+C8247326	180
+C8247366	180
+C8247444	180
+C8247458	180
+C8247472	180
+C8247488	180
+C8247490	180
+C8247506	180
+C8247524	180
+C8247542	180
+C8247572	180
+C8247582	180
+C8247584	180
+C8247624	180
+C8247630	180
+C8247632	180
+C8247666	180
+C8247694	180
+C8247712	180
+C8247724	180
+C8247756	180
+C8247796	180
+C8247898	180
+C8247900	180
+C8247916	180
+C8247946	180
+C8247950	180
+C8247980	180
+C8248006	180
+C8248018	180
+C8248062	180
+C8248074	180
+C8248084	180
+C8248174	180
+C8248184	180
+C8248236	180
+C8248264	180
+C8248298	180
+C8248302	180
+C8248308	180
+C8248336	180
+C8248338	180
+C8248368	180
+C8248398	180
+C8248466	180
+C8248468	180
+C8248486	180
+C8248488	180
+C8248490	180
+C8248498	180
+C8248508	180
+C8248524	180
+C8248528	180
+C8248536	180
+C8248538	180
+C8248546	180
+C8248554	180
+C8248578	180
+C8248586	180
+C8248638	180
+C8248660	180
+C8248694	180
+C8248702	180
+C8248710	180
+C8248748	180
+C8248752	180
+C8248754	180
+C8248766	180
+C8248784	180
+C8248788	180
+C8248824	180
+C8248838	180
+C8248860	180
+C8248866	180
+C8248900	180
+C8248938	180
+C8248952	180
+C8248958	180
+C8249044	180
+C8249058	180
+C8249060	180
+C8249062	180
+C8249106	180
+C8249108	180
+C8249162	180
+C8249168	180
+C8249178	180
+C8249212	180
+C8249214	180
+C8249218	180
+C8249244	180
+C8249254	180
+C8249256	180
+C8249280	180
+C8249296	180
+C8249310	180
+C8249328	180
+C8249340	180
+C8249342	180
+C8249456	180
+C8249528	180
+C8249550	180
+C8249558	180
+C8249606	180
+C8249630	180
+C8249648	180
+C8249726	180
+C8249738	180
+C8249744	180
+C8249784	180
+C8249792	180
+C8249794	180
+C8249812	180
+C8249814	180
+C8249840	180
+C8249844	180
+C8249858	180
+C8249884	180
+C8249890	180
+C8249894	180
+C8249944	180
+C8249950	180
+C8249964	180
+C8250010	180
+C8250018	180
+C8250030	180
+C8250040	180
+C8250066	180
+C8250084	180
+C8250120	180
+C8250124	180
+C8250136	180
+C8250138	180
+C8250144	180
+C8250190	180
+C8250196	180
+Scaffold1197	180
+Scaffold2138	180
+Scaffold2197	180
+Scaffold2382	180
+Scaffold2540	180
+Scaffold3235	180
+Scaffold4110	180
+Scaffold4809	180
+C8241238	179
+C8241250	179
+C8241292	179
+C8241294	179
+C8241320	179
+C8241324	179
+C8241346	179
+C8241382	179
+C8241406	179
+C8241408	179
+C8241416	179
+C8241428	179
+C8241448	179
+C8241490	179
+C8241508	179
+C8241510	179
+C8241542	179
+C8241550	179
+C8241570	179
+C8241618	179
+C8241620	179
+C8241644	179
+C8241680	179
+C8241682	179
+C8241810	179
+C8241820	179
+C8241842	179
+C8241870	179
+C8241970	179
+C8241990	179
+C8242030	179
+C8242056	179
+C8242060	179
+C8242118	179
+C8242134	179
+C8242200	179
+C8242202	179
+C8242204	179
+C8242260	179
+C8242262	179
+C8242266	179
+C8242292	179
+C8242316	179
+C8242332	179
+C8242344	179
+C8242348	179
+C8242356	179
+C8242370	179
+C8242444	179
+C8242474	179
+C8242484	179
+C8242486	179
+C8242522	179
+C8242542	179
+C8242566	179
+C8242568	179
+C8242610	179
+C8242650	179
+C8242664	179
+C8242666	179
+C8242694	179
+C8242722	179
+C8242726	179
+C8242818	179
+C8242854	179
+C8242872	179
+C8242898	179
+C8242910	179
+C8242966	179
+C8242984	179
+C8243014	179
+C8243016	179
+C8243018	179
+C8243034	179
+C8243036	179
+C8243044	179
+C8243084	179
+C8243102	179
+C8243136	179
+C8243186	179
+C8243196	179
+C8243228	179
+C8243232	179
+C8243248	179
+C8243252	179
+C8243274	179
+C8243322	179
+C8243328	179
+C8243336	179
+C8243344	179
+C8243360	179
+C8243364	179
+C8243384	179
+C8243392	179
+C8243396	179
+C8243426	179
+C8243492	179
+C8243494	179
+C8243502	179
+C8243508	179
+C8243510	179
+C8243520	179
+C8243526	179
+C8243530	179
+C8243536	179
+C8243544	179
+C8243554	179
+C8243576	179
+C8243610	179
+C8243664	179
+C8243666	179
+C8243682	179
+C8243700	179
+C8243704	179
+C8243708	179
+C8243712	179
+C8243730	179
+C8243736	179
+C8243754	179
+C8243766	179
+C8243792	179
+C8243848	179
+C8243858	179
+C8243860	179
+C8243862	179
+C8243872	179
+C8243922	179
+C8243932	179
+C8243954	179
+C8243956	179
+C8243976	179
+C8243998	179
+C8244054	179
+C8244112	179
+C8244118	179
+C8244164	179
+C8244166	179
+C8244168	179
+C8244170	179
+C8244174	179
+C8244184	179
+C8244214	179
+C8244222	179
+C8244228	179
+C8244230	179
+C8244232	179
+C8244290	179
+C8244300	179
+C8244304	179
+C8244352	179
+C8244404	179
+C8244426	179
+C8244434	179
+C8244446	179
+C8244454	179
+C8244466	179
+C8244474	179
+C8244518	179
+C8244520	179
+C8244584	179
+C8244604	179
+C8244642	179
+C8244648	179
+C8244654	179
+C8244658	179
+C8244672	179
+C8244692	179
+C8244738	179
+C8244756	179
+C8244778	179
+C8244788	179
+C8244800	179
+C8244802	179
+C8244804	179
+C8244812	179
+C8244816	179
+C8244834	179
+C8244850	179
+C8244852	179
+C8244862	179
+C8244876	179
+C8244896	179
+C8244900	179
+C8244920	179
+C8244922	179
+C8244928	179
+C8244954	179
+C8244966	179
+C8244978	179
+C8244982	179
+C8244988	179
+C8244990	179
+C8245000	179
+C8245010	179
+C8245018	179
+C8245030	179
+C8245038	179
+C8245044	179
+C8245068	179
+C8245070	179
+C8245090	179
+C8245108	179
+C8245168	179
+C8245190	179
+C8245222	179
+C8245266	179
+C8245274	179
+C8245298	179
+C8245352	179
+C8245354	179
+C8245368	179
+C8245388	179
+C8245408	179
+C8245466	179
+C8245470	179
+C8245476	179
+C8245488	179
+C8245496	179
+C8245500	179
+C8245508	179
+C8245526	179
+C8245534	179
+C8245536	179
+C8245542	179
+C8245568	179
+C8245572	179
+C8245596	179
+C8245632	179
+C8245652	179
+C8245670	179
+C8245692	179
+Scaffold1595	179
+Scaffold1834	179
+Scaffold2156	179
+Scaffold2416	179
+Scaffold3291	179
+Scaffold3404	179
+Scaffold4164	179
+Scaffold5373	179
+Scaffold5405	179
+Scaffold5590	179
+Scaffold5770	179
+Scaffold6319	179
+C8236748	178
+C8236754	178
+C8236774	178
+C8236810	178
+C8236848	178
+C8236860	178
+C8236864	178
+C8236876	178
+C8236964	178
+C8236974	178
+C8236984	178
+C8236996	178
+C8237036	178
+C8237082	178
+C8237094	178
+C8237096	178
+C8237102	178
+C8237154	178
+C8237178	178
+C8237186	178
+C8237208	178
+C8237260	178
+C8237266	178
+C8237272	178
+C8237300	178
+C8237306	178
+C8237316	178
+C8237324	178
+C8237328	178
+C8237382	178
+C8237416	178
+C8237418	178
+C8237444	178
+C8237450	178
+C8237480	178
+C8237486	178
+C8237508	178
+C8237564	178
+C8237610	178
+C8237668	178
+C8237678	178
+C8237680	178
+C8237690	178
+C8237714	178
+C8237756	178
+C8237778	178
+C8237784	178
+C8237798	178
+C8237846	178
+C8237860	178
+C8237882	178
+C8237888	178
+C8237982	178
+C8238028	178
+C8238032	178
+C8238064	178
+C8238098	178
+C8238166	178
+C8238182	178
+C8238186	178
+C8238196	178
+C8238206	178
+C8238236	178
+C8238240	178
+C8238242	178
+C8238250	178
+C8238276	178
+C8238288	178
+C8238294	178
+C8238314	178
+C8238346	178
+C8238366	178
+C8238368	178
+C8238374	178
+C8238450	178
+C8238458	178
+C8238528	178
+C8238530	178
+C8238536	178
+C8238566	178
+C8238620	178
+C8238646	178
+C8238700	178
+C8238740	178
+C8238756	178
+C8238796	178
+C8238838	178
+C8238874	178
+C8238892	178
+C8238894	178
+C8238898	178
+C8238906	178
+C8238930	178
+C8238946	178
+C8238948	178
+C8238970	178
+C8238982	178
+C8239010	178
+C8239074	178
+C8239104	178
+C8239112	178
+C8239184	178
+C8239196	178
+C8239260	178
+C8239262	178
+C8239264	178
+C8239266	178
+C8239272	178
+C8239282	178
+C8239296	178
+C8239342	178
+C8239366	178
+C8239392	178
+C8239428	178
+C8239520	178
+C8239522	178
+C8239530	178
+C8239534	178
+C8239546	178
+C8239556	178
+C8239584	178
+C8239600	178
+C8239606	178
+C8239620	178
+C8239640	178
+C8239650	178
+C8239652	178
+C8239682	178
+C8239686	178
+C8239690	178
+C8239714	178
+C8239720	178
+C8239730	178
+C8239778	178
+C8239790	178
+C8239816	178
+C8239832	178
+C8239840	178
+C8239846	178
+C8239904	178
+C8239936	178
+C8239994	178
+C8240012	178
+C8240014	178
+C8240060	178
+C8240096	178
+C8240150	178
+C8240152	178
+C8240242	178
+C8240256	178
+C8240278	178
+C8240372	178
+C8240386	178
+C8240428	178
+C8240436	178
+C8240474	178
+C8240488	178
+C8240490	178
+C8240502	178
+C8240508	178
+C8240510	178
+C8240512	178
+C8240522	178
+C8240556	178
+C8240578	178
+C8240650	178
+C8240658	178
+C8240674	178
+C8240688	178
+C8240736	178
+C8240756	178
+C8240778	178
+C8240800	178
+C8240812	178
+C8240836	178
+C8240842	178
+C8240860	178
+C8240866	178
+C8240872	178
+C8240898	178
+C8240952	178
+C8240972	178
+C8240988	178
+C8241008	178
+C8241016	178
+C8241024	178
+C8241040	178
+C8241072	178
+C8241090	178
+C8241102	178
+C8241136	178
+C8241180	178
+C8241196	178
+Scaffold3037	178
+Scaffold3488	178
+Scaffold4069	178
+Scaffold5963	178
+Scaffold5987	178
+C8232258	177
+C8232274	177
+C8232322	177
+C8232378	177
+C8232380	177
+C8232386	177
+C8232388	177
+C8232408	177
+C8232412	177
+C8232426	177
+C8232500	177
+C8232530	177
+C8232542	177
+C8232546	177
+C8232556	177
+C8232570	177
+C8232612	177
+C8232674	177
+C8232678	177
+C8232702	177
+C8232738	177
+C8232750	177
+C8232776	177
+C8232804	177
+C8232816	177
+C8232834	177
+C8232838	177
+C8232866	177
+C8232872	177
+C8232874	177
+C8232884	177
+C8232902	177
+C8232904	177
+C8232930	177
+C8233050	177
+C8233080	177
+C8233088	177
+C8233106	177
+C8233110	177
+C8233130	177
+C8233172	177
+C8233176	177
+C8233188	177
+C8233204	177
+C8233206	177
+C8233248	177
+C8233270	177
+C8233288	177
+C8233394	177
+C8233400	177
+C8233406	177
+C8233410	177
+C8233456	177
+C8233474	177
+C8233486	177
+C8233504	177
+C8233532	177
+C8233596	177
+C8233622	177
+C8233626	177
+C8233638	177
+C8233684	177
+C8233696	177
+C8233724	177
+C8233728	177
+C8233738	177
+C8233742	177
+C8233780	177
+C8233786	177
+C8233792	177
+C8233834	177
+C8233850	177
+C8233870	177
+C8233930	177
+C8233952	177
+C8233970	177
+C8234000	177
+C8234002	177
+C8234044	177
+C8234048	177
+C8234052	177
+C8234066	177
+C8234070	177
+C8234076	177
+C8234112	177
+C8234124	177
+C8234130	177
+C8234156	177
+C8234200	177
+C8234258	177
+C8234308	177
+C8234328	177
+C8234384	177
+C8234390	177
+C8234398	177
+C8234412	177
+C8234420	177
+C8234442	177
+C8234446	177
+C8234480	177
+C8234488	177
+C8234512	177
+C8234534	177
+C8234540	177
+C8234552	177
+C8234556	177
+C8234560	177
+C8234570	177
+C8234574	177
+C8234578	177
+C8234654	177
+C8234660	177
+C8234678	177
+C8234692	177
+C8234696	177
+C8234712	177
+C8234714	177
+C8234742	177
+C8234758	177
+C8234764	177
+C8234770	177
+C8234788	177
+C8234792	177
+C8234826	177
+C8234892	177
+C8234902	177
+C8234914	177
+C8234920	177
+C8234950	177
+C8234956	177
+C8234988	177
+C8235010	177
+C8235040	177
+C8235062	177
+C8235148	177
+C8235170	177
+C8235184	177
+C8235204	177
+C8235206	177
+C8235258	177
+C8235280	177
+C8235296	177
+C8235312	177
+C8235324	177
+C8235326	177
+C8235330	177
+C8235332	177
+C8235342	177
+C8235344	177
+C8235346	177
+C8235382	177
+C8235412	177
+C8235438	177
+C8235456	177
+C8235474	177
+C8235492	177
+C8235522	177
+C8235528	177
+C8235540	177
+C8235556	177
+C8235570	177
+C8235576	177
+C8235618	177
+C8235638	177
+C8235668	177
+C8235676	177
+C8235694	177
+C8235764	177
+C8235850	177
+C8235870	177
+C8235872	177
+C8235908	177
+C8235916	177
+C8235962	177
+C8235980	177
+C8235992	177
+C8236004	177
+C8236026	177
+C8236032	177
+C8236056	177
+C8236070	177
+C8236112	177
+C8236144	177
+C8236146	177
+C8236156	177
+C8236162	177
+C8236170	177
+C8236172	177
+C8236196	177
+C8236210	177
+C8236258	177
+C8236266	177
+C8236276	177
+C8236284	177
+C8236288	177
+C8236300	177
+C8236302	177
+C8236320	177
+C8236338	177
+C8236342	177
+C8236344	177
+C8236396	177
+C8236456	177
+C8236468	177
+C8236476	177
+C8236486	177
+C8236494	177
+C8236546	177
+C8236550	177
+C8236560	177
+C8236562	177
+C8236566	177
+C8236586	177
+C8236620	177
+C8236632	177
+C8236644	177
+C8236652	177
+C8236668	177
+C8236676	177
+Scaffold1371	177
+Scaffold2632	177
+Scaffold2871	177
+Scaffold3264	177
+Scaffold3268	177
+Scaffold3340	177
+Scaffold4334	177
+Scaffold4516	177
+Scaffold4719	177
+Scaffold5965	177
+Scaffold6457	177
+C8227590	176
+C8227616	176
+C8227644	176
+C8227670	176
+C8227672	176
+C8227674	176
+C8227714	176
+C8227726	176
+C8227734	176
+C8227764	176
+C8227806	176
+C8227812	176
+C8227830	176
+C8227858	176
+C8227868	176
+C8227914	176
+C8227950	176
+C8227956	176
+C8227978	176
+C8227984	176
+C8227998	176
+C8228008	176
+C8228050	176
+C8228070	176
+C8228074	176
+C8228076	176
+C8228088	176
+C8228098	176
+C8228100	176
+C8228164	176
+C8228182	176
+C8228184	176
+C8228188	176
+C8228204	176
+C8228210	176
+C8228214	176
+C8228250	176
+C8228260	176
+C8228286	176
+C8228298	176
+C8228300	176
+C8228314	176
+C8228340	176
+C8228346	176
+C8228352	176
+C8228354	176
+C8228358	176
+C8228446	176
+C8228464	176
+C8228498	176
+C8228506	176
+C8228518	176
+C8228532	176
+C8228544	176
+C8228568	176
+C8228614	176
+C8228616	176
+C8228618	176
+C8228632	176
+C8228648	176
+C8228650	176
+C8228706	176
+C8228716	176
+C8228718	176
+C8228732	176
+C8228750	176
+C8228758	176
+C8228798	176
+C8228824	176
+C8228854	176
+C8228856	176
+C8228862	176
+C8228878	176
+C8228882	176
+C8228894	176
+C8228898	176
+C8228900	176
+C8228942	176
+C8228964	176
+C8229012	176
+C8229034	176
+C8229042	176
+C8229046	176
+C8229094	176
+C8229120	176
+C8229160	176
+C8229168	176
+C8229188	176
+C8229200	176
+C8229248	176
+C8229264	176
+C8229270	176
+C8229278	176
+C8229284	176
+C8229286	176
+C8229296	176
+C8229340	176
+C8229348	176
+C8229350	176
+C8229402	176
+C8229404	176
+C8229458	176
+C8229460	176
+C8229464	176
+C8229540	176
+C8229548	176
+C8229584	176
+C8229602	176
+C8229630	176
+C8229642	176
+C8229650	176
+C8229672	176
+C8229728	176
+C8229734	176
+C8229746	176
+C8229750	176
+C8229760	176
+C8229790	176
+C8229872	176
+C8229874	176
+C8229928	176
+C8229956	176
+C8230036	176
+C8230042	176
+C8230046	176
+C8230064	176
+C8230072	176
+C8230084	176
+C8230098	176
+C8230102	176
+C8230222	176
+C8230252	176
+C8230292	176
+C8230294	176
+C8230300	176
+C8230304	176
+C8230306	176
+C8230320	176
+C8230330	176
+C8230340	176
+C8230374	176
+C8230402	176
+C8230406	176
+C8230460	176
+C8230462	176
+C8230498	176
+C8230504	176
+C8230538	176
+C8230578	176
+C8230584	176
+C8230604	176
+C8230638	176
+C8230660	176
+C8230686	176
+C8230688	176
+C8230734	176
+C8230746	176
+C8230756	176
+C8230812	176
+C8230822	176
+C8230826	176
+C8230828	176
+C8230886	176
+C8230888	176
+C8230948	176
+C8230950	176
+C8230952	176
+C8230964	176
+C8231000	176
+C8231038	176
+C8231040	176
+C8231070	176
+C8231096	176
+C8231114	176
+C8231170	176
+C8231202	176
+C8231214	176
+C8231230	176
+C8231240	176
+C8231242	176
+C8231316	176
+C8231318	176
+C8231326	176
+C8231336	176
+C8231372	176
+C8231378	176
+C8231386	176
+C8231400	176
+C8231410	176
+C8231474	176
+C8231482	176
+C8231508	176
+C8231520	176
+C8231576	176
+C8231582	176
+C8231592	176
+C8231602	176
+C8231620	176
+C8231636	176
+C8231676	176
+C8231704	176
+C8231708	176
+C8231744	176
+C8231752	176
+C8231760	176
+C8231762	176
+C8231818	176
+C8231848	176
+C8231856	176
+C8231904	176
+C8231910	176
+C8231914	176
+C8231922	176
+C8231926	176
+C8231934	176
+C8231946	176
+C8231976	176
+C8232026	176
+C8232032	176
+C8232060	176
+C8232068	176
+C8232110	176
+C8232114	176
+C8232120	176
+C8232130	176
+C8232140	176
+C8232158	176
+C8232164	176
+C8232180	176
+C8232186	176
+Scaffold3004	176
+Scaffold3520	176
+Scaffold5416	176
+Scaffold5589	176
+C8222912	175
+C8222922	175
+C8222958	175
+C8223046	175
+C8223074	175
+C8223082	175
+C8223084	175
+C8223096	175
+C8223122	175
+C8223128	175
+C8223172	175
+C8223198	175
+C8223228	175
+C8223232	175
+C8223236	175
+C8223286	175
+C8223298	175
+C8223326	175
+C8223328	175
+C8223332	175
+C8223350	175
+C8223358	175
+C8223364	175
+C8223424	175
+C8223476	175
+C8223490	175
+C8223530	175
+C8223536	175
+C8223540	175
+C8223552	175
+C8223568	175
+C8223572	175
+C8223578	175
+C8223592	175
+C8223640	175
+C8223654	175
+C8223670	175
+C8223678	175
+C8223688	175
+C8223692	175
+C8223698	175
+C8223712	175
+C8223728	175
+C8223734	175
+C8223740	175
+C8223782	175
+C8223794	175
+C8223838	175
+C8223894	175
+C8223896	175
+C8223904	175
+C8223906	175
+C8223922	175
+C8223928	175
+C8223964	175
+C8223972	175
+C8223978	175
+C8223998	175
+C8224042	175
+C8224066	175
+C8224068	175
+C8224090	175
+C8224098	175
+C8224102	175
+C8224132	175
+C8224144	175
+C8224154	175
+C8224160	175
+C8224166	175
+C8224170	175
+C8224182	175
+C8224218	175
+C8224276	175
+C8224324	175
+C8224326	175
+C8224344	175
+C8224380	175
+C8224384	175
+C8224386	175
+C8224428	175
+C8224458	175
+C8224492	175
+C8224568	175
+C8224570	175
+C8224586	175
+C8224592	175
+C8224618	175
+C8224658	175
+C8224670	175
+C8224676	175
+C8224690	175
+C8224732	175
+C8224738	175
+C8224766	175
+C8224778	175
+C8224798	175
+C8224824	175
+C8224842	175
+C8224860	175
+C8224884	175
+C8224898	175
+C8224922	175
+C8224934	175
+C8224968	175
+C8225004	175
+C8225014	175
+C8225028	175
+C8225202	175
+C8225206	175
+C8225216	175
+C8225224	175
+C8225232	175
+C8225248	175
+C8225282	175
+C8225284	175
+C8225286	175
+C8225292	175
+C8225306	175
+C8225310	175
+C8225314	175
+C8225336	175
+C8225364	175
+C8225392	175
+C8225402	175
+C8225448	175
+C8225462	175
+C8225494	175
+C8225512	175
+C8225528	175
+C8225540	175
+C8225590	175
+C8225612	175
+C8225616	175
+C8225618	175
+C8225622	175
+C8225646	175
+C8225666	175
+C8225674	175
+C8225678	175
+C8225710	175
+C8225728	175
+C8225786	175
+C8225816	175
+C8225822	175
+C8225824	175
+C8225826	175
+C8225828	175
+C8225838	175
+C8225846	175
+C8225888	175
+C8225910	175
+C8225952	175
+C8225954	175
+C8225976	175
+C8226006	175
+C8226014	175
+C8226018	175
+C8226036	175
+C8226038	175
+C8226040	175
+C8226046	175
+C8226050	175
+C8226086	175
+C8226088	175
+C8226132	175
+C8226174	175
+C8226178	175
+C8226182	175
+C8226190	175
+C8226192	175
+C8226218	175
+C8226232	175
+C8226240	175
+C8226284	175
+C8226314	175
+C8226320	175
+C8226332	175
+C8226336	175
+C8226352	175
+C8226360	175
+C8226364	175
+C8226372	175
+C8226406	175
+C8226408	175
+C8226436	175
+C8226450	175
+C8226500	175
+C8226504	175
+C8226512	175
+C8226526	175
+C8226556	175
+C8226580	175
+C8226594	175
+C8226600	175
+C8226626	175
+C8226690	175
+C8226692	175
+C8226720	175
+C8226722	175
+C8226734	175
+C8226738	175
+C8226780	175
+C8226802	175
+C8226866	175
+C8226876	175
+C8226898	175
+C8226900	175
+C8226972	175
+C8226976	175
+C8226982	175
+C8226984	175
+C8226994	175
+C8227010	175
+C8227012	175
+C8227032	175
+C8227052	175
+C8227064	175
+C8227100	175
+C8227104	175
+C8227130	175
+C8227146	175
+C8227150	175
+C8227154	175
+C8227176	175
+C8227190	175
+C8227196	175
+C8227208	175
+C8227218	175
+C8227230	175
+C8227236	175
+C8227296	175
+C8227308	175
+C8227310	175
+C8227312	175
+C8227318	175
+C8227320	175
+C8227326	175
+C8227384	175
+C8227414	175
+C8227416	175
+C8227424	175
+C8227444	175
+C8227462	175
+Scaffold1027	175
+Scaffold1454	175
+Scaffold1712	175
+Scaffold2854	175
+Scaffold6204	175
+C8218100	174
+C8218128	174
+C8218132	174
+C8218142	174
+C8218154	174
+C8218202	174
+C8218210	174
+C8218236	174
+C8218262	174
+C8218322	174
+C8218328	174
+C8218378	174
+C8218434	174
+C8218460	174
+C8218478	174
+C8218498	174
+C8218502	174
+C8218532	174
+C8218538	174
+C8218594	174
+C8218666	174
+C8218686	174
+C8218692	174
+C8218696	174
+C8218700	174
+C8218746	174
+C8218752	174
+C8218758	174
+C8218766	174
+C8218778	174
+C8218792	174
+C8218828	174
+C8218856	174
+C8218902	174
+C8218922	174
+C8218932	174
+C8218958	174
+C8218998	174
+C8219018	174
+C8219058	174
+C8219064	174
+C8219082	174
+C8219120	174
+C8219128	174
+C8219134	174
+C8219148	174
+C8219158	174
+C8219178	174
+C8219182	174
+C8219188	174
+C8219192	174
+C8219224	174
+C8219234	174
+C8219236	174
+C8219246	174
+C8219290	174
+C8219324	174
+C8219346	174
+C8219352	174
+C8219380	174
+C8219400	174
+C8219402	174
+C8219414	174
+C8219452	174
+C8219520	174
+C8219538	174
+C8219548	174
+C8219574	174
+C8219606	174
+C8219610	174
+C8219612	174
+C8219624	174
+C8219632	174
+C8219664	174
+C8219682	174
+C8219690	174
+C8219714	174
+C8219724	174
+C8219744	174
+C8219782	174
+C8219860	174
+C8219864	174
+C8219868	174
+C8219882	174
+C8219898	174
+C8219900	174
+C8219914	174
+C8219916	174
+C8219962	174
+C8219966	174
+C8219968	174
+C8219974	174
+C8219998	174
+C8220030	174
+C8220054	174
+C8220058	174
+C8220076	174
+C8220102	174
+C8220108	174
+C8220114	174
+C8220138	174
+C8220152	174
+C8220170	174
+C8220180	174
+C8220182	174
+C8220240	174
+C8220250	174
+C8220256	174
+C8220278	174
+C8220282	174
+C8220370	174
+C8220372	174
+C8220396	174
+C8220406	174
+C8220422	174
+C8220462	174
+C8220476	174
+C8220478	174
+C8220482	174
+C8220490	174
+C8220496	174
+C8220512	174
+C8220514	174
+C8220516	174
+C8220572	174
+C8220606	174
+C8220616	174
+C8220626	174
+C8220630	174
+C8220678	174
+C8220724	174
+C8220726	174
+C8220786	174
+C8220844	174
+C8220864	174
+C8220880	174
+C8220906	174
+C8220908	174
+C8220930	174
+C8220942	174
+C8220964	174
+C8220968	174
+C8220986	174
+C8221010	174
+C8221014	174
+C8221022	174
+C8221028	174
+C8221070	174
+C8221074	174
+C8221080	174
+C8221100	174
+C8221104	174
+C8221118	174
+C8221130	174
+C8221138	174
+C8221170	174
+C8221180	174
+C8221198	174
+C8221220	174
+C8221236	174
+C8221252	174
+C8221262	174
+C8221284	174
+C8221296	174
+C8221348	174
+C8221372	174
+C8221374	174
+C8221424	174
+C8221432	174
+C8221460	174
+C8221472	174
+C8221474	174
+C8221520	174
+C8221540	174
+C8221542	174
+C8221544	174
+C8221556	174
+C8221568	174
+C8221572	174
+C8221612	174
+C8221614	174
+C8221642	174
+C8221646	174
+C8221694	174
+C8221700	174
+C8221712	174
+C8221752	174
+C8221770	174
+C8221808	174
+C8221810	174
+C8221822	174
+C8221830	174
+C8221832	174
+C8221848	174
+C8221850	174
+C8221858	174
+C8221872	174
+C8221878	174
+C8221926	174
+C8221960	174
+C8221974	174
+C8221982	174
+C8221992	174
+C8222052	174
+C8222082	174
+C8222124	174
+C8222140	174
+C8222154	174
+C8222198	174
+C8222204	174
+C8222234	174
+C8222242	174
+C8222262	174
+C8222316	174
+C8222328	174
+C8222338	174
+C8222340	174
+C8222392	174
+C8222416	174
+C8222434	174
+C8222444	174
+C8222508	174
+C8222510	174
+C8222534	174
+C8222560	174
+C8222576	174
+C8222586	174
+C8222596	174
+C8222602	174
+C8222608	174
+C8222630	174
+C8222696	174
+C8222750	174
+C8222764	174
+C8222836	174
+C8222894	174
+C8222902	174
+C8222904	174
+C8222908	174
+Scaffold3055	174
+Scaffold3220	174
+Scaffold3245	174
+Scaffold4333	174
+Scaffold5051	174
+Scaffold5052	174
+Scaffold5414	174
+Scaffold5528	174
+Scaffold5567	174
+Scaffold5617	174
+Scaffold5757	174
+C8213202	173
+C8213242	173
+C8213260	173
+C8213262	173
+C8213266	173
+C8213284	173
+C8213294	173
+C8213372	173
+C8213384	173
+C8213448	173
+C8213462	173
+C8213496	173
+C8213500	173
+C8213534	173
+C8213540	173
+C8213566	173
+C8213596	173
+C8213630	173
+C8213642	173
+C8213680	173
+C8213702	173
+C8213740	173
+C8213772	173
+C8213790	173
+C8213812	173
+C8213874	173
+C8213888	173
+C8213902	173
+C8213930	173
+C8213992	173
+C8214010	173
+C8214016	173
+C8214020	173
+C8214022	173
+C8214024	173
+C8214042	173
+C8214048	173
+C8214086	173
+C8214090	173
+C8214092	173
+C8214120	173
+C8214138	173
+C8214182	173
+C8214192	173
+C8214216	173
+C8214224	173
+C8214234	173
+C8214274	173
+C8214292	173
+C8214322	173
+C8214326	173
+C8214338	173
+C8214358	173
+C8214360	173
+C8214372	173
+C8214406	173
+C8214440	173
+C8214444	173
+C8214482	173
+C8214496	173
+C8214502	173
+C8214518	173
+C8214520	173
+C8214600	173
+C8214644	173
+C8214650	173
+C8214654	173
+C8214686	173
+C8214706	173
+C8214716	173
+C8214734	173
+C8214764	173
+C8214878	173
+C8214932	173
+C8214942	173
+C8214952	173
+C8214964	173
+C8215006	173
+C8215022	173
+C8215044	173
+C8215078	173
+C8215080	173
+C8215094	173
+C8215120	173
+C8215128	173
+C8215142	173
+C8215194	173
+C8215202	173
+C8215214	173
+C8215216	173
+C8215246	173
+C8215254	173
+C8215264	173
+C8215272	173
+C8215344	173
+C8215346	173
+C8215350	173
+C8215358	173
+C8215368	173
+C8215378	173
+C8215386	173
+C8215400	173
+C8215402	173
+C8215436	173
+C8215456	173
+C8215476	173
+C8215486	173
+C8215490	173
+C8215492	173
+C8215524	173
+C8215528	173
+C8215550	173
+C8215602	173
+C8215622	173
+C8215626	173
+C8215670	173
+C8215694	173
+C8215712	173
+C8215730	173
+C8215738	173
+C8215748	173
+C8215824	173
+C8215842	173
+C8215848	173
+C8215864	173
+C8215882	173
+C8215900	173
+C8215928	173
+C8215944	173
+C8215964	173
+C8215996	173
+C8216010	173
+C8216016	173
+C8216018	173
+C8216020	173
+C8216088	173
+C8216102	173
+C8216112	173
+C8216120	173
+C8216122	173
+C8216126	173
+C8216190	173
+C8216216	173
+C8216232	173
+C8216254	173
+C8216276	173
+C8216312	173
+C8216344	173
+C8216386	173
+C8216466	173
+C8216468	173
+C8216472	173
+C8216476	173
+C8216500	173
+C8216506	173
+C8216546	173
+C8216574	173
+C8216640	173
+C8216670	173
+C8216678	173
+C8216688	173
+C8216710	173
+C8216718	173
+C8216722	173
+C8216730	173
+C8216756	173
+C8216796	173
+C8216800	173
+C8216830	173
+C8216836	173
+C8216838	173
+C8216874	173
+C8216886	173
+C8216898	173
+C8216930	173
+C8216934	173
+C8216940	173
+C8216954	173
+C8216958	173
+C8216970	173
+C8216980	173
+C8216998	173
+C8217020	173
+C8217022	173
+C8217040	173
+C8217094	173
+C8217100	173
+C8217106	173
+C8217128	173
+C8217140	173
+C8217152	173
+C8217156	173
+C8217166	173
+C8217180	173
+C8217250	173
+C8217276	173
+C8217304	173
+C8217312	173
+C8217336	173
+C8217340	173
+C8217342	173
+C8217388	173
+C8217402	173
+C8217410	173
+C8217456	173
+C8217460	173
+C8217462	173
+C8217474	173
+C8217492	173
+C8217502	173
+C8217504	173
+C8217508	173
+C8217510	173
+C8217518	173
+C8217526	173
+C8217530	173
+C8217542	173
+C8217544	173
+C8217560	173
+C8217592	173
+C8217618	173
+C8217648	173
+C8217684	173
+C8217728	173
+C8217744	173
+C8217750	173
+C8217778	173
+C8217802	173
+C8217806	173
+C8217850	173
+C8217856	173
+C8217868	173
+C8217886	173
+C8217890	173
+C8217896	173
+C8217898	173
+C8217904	173
+C8217944	173
+C8217968	173
+C8217986	173
+C8218008	173
+C8218018	173
+C8218048	173
+C8218050	173
+C8218080	173
+C8218084	173
+C8218086	173
+Scaffold1729	173
+Scaffold2225	173
+Scaffold2457	173
+Scaffold3110	173
+Scaffold3132	173
+Scaffold3410	173
+Scaffold3465	173
+Scaffold5324	173
+Scaffold5328	173
+Scaffold5587	173
+Scaffold5706	173
+C8208192	172
+C8208208	172
+C8208216	172
+C8208262	172
+C8208304	172
+C8208332	172
+C8208344	172
+C8208356	172
+C8208374	172
+C8208388	172
+C8208406	172
+C8208410	172
+C8208418	172
+C8208426	172
+C8208462	172
+C8208478	172
+C8208482	172
+C8208502	172
+C8208514	172
+C8208516	172
+C8208524	172
+C8208530	172
+C8208536	172
+C8208544	172
+C8208556	172
+C8208562	172
+C8208572	172
+C8208578	172
+C8208586	172
+C8208588	172
+C8208618	172
+C8208652	172
+C8208688	172
+C8208706	172
+C8208712	172
+C8208718	172
+C8208748	172
+C8208766	172
+C8208770	172
+C8208796	172
+C8208798	172
+C8208854	172
+C8208856	172
+C8208858	172
+C8208862	172
+C8208900	172
+C8208904	172
+C8208936	172
+C8208938	172
+C8208942	172
+C8208964	172
+C8208972	172
+C8208976	172
+C8208978	172
+C8208984	172
+C8209008	172
+C8209014	172
+C8209074	172
+C8209076	172
+C8209086	172
+C8209100	172
+C8209134	172
+C8209166	172
+C8209180	172
+C8209210	172
+C8209212	172
+C8209216	172
+C8209246	172
+C8209256	172
+C8209260	172
+C8209266	172
+C8209286	172
+C8209368	172
+C8209374	172
+C8209390	172
+C8209440	172
+C8209492	172
+C8209496	172
+C8209552	172
+C8209570	172
+C8209586	172
+C8209626	172
+C8209630	172
+C8209648	172
+C8209670	172
+C8209676	172
+C8209678	172
+C8209710	172
+C8209730	172
+C8209748	172
+C8209782	172
+C8209790	172
+C8209808	172
+C8209850	172
+C8209898	172
+C8209964	172
+C8209972	172
+C8209986	172
+C8209990	172
+C8210020	172
+C8210030	172
+C8210032	172
+C8210088	172
+C8210166	172
+C8210184	172
+C8210190	172
+C8210196	172
+C8210210	172
+C8210230	172
+C8210246	172
+C8210260	172
+C8210264	172
+C8210278	172
+C8210316	172
+C8210336	172
+C8210348	172
+C8210356	172
+C8210392	172
+C8210414	172
+C8210440	172
+C8210454	172
+C8210498	172
+C8210514	172
+C8210518	172
+C8210546	172
+C8210574	172
+C8210576	172
+C8210680	172
+C8210716	172
+C8210718	172
+C8210760	172
+C8210770	172
+C8210782	172
+C8210794	172
+C8210798	172
+C8210812	172
+C8210832	172
+C8210838	172
+C8210850	172
+C8210852	172
+C8210854	172
+C8210876	172
+C8210878	172
+C8210890	172
+C8210900	172
+C8210902	172
+C8210940	172
+C8210946	172
+C8211004	172
+C8211038	172
+C8211102	172
+C8211108	172
+C8211128	172
+C8211138	172
+C8211148	172
+C8211158	172
+C8211164	172
+C8211208	172
+C8211238	172
+C8211250	172
+C8211302	172
+C8211308	172
+C8211332	172
+C8211336	172
+C8211376	172
+C8211380	172
+C8211400	172
+C8211402	172
+C8211420	172
+C8211428	172
+C8211434	172
+C8211438	172
+C8211482	172
+C8211488	172
+C8211516	172
+C8211556	172
+C8211568	172
+C8211570	172
+C8211650	172
+C8211664	172
+C8211706	172
+C8211726	172
+C8211822	172
+C8211826	172
+C8211830	172
+C8211840	172
+C8211880	172
+C8211886	172
+C8211938	172
+C8211954	172
+C8211986	172
+C8212004	172
+C8212042	172
+C8212066	172
+C8212082	172
+C8212084	172
+C8212130	172
+C8212132	172
+C8212142	172
+C8212144	172
+C8212164	172
+C8212166	172
+C8212210	172
+C8212218	172
+C8212228	172
+C8212238	172
+C8212246	172
+C8212304	172
+C8212312	172
+C8212374	172
+C8212390	172
+C8212404	172
+C8212436	172
+C8212484	172
+C8212514	172
+C8212520	172
+C8212538	172
+C8212554	172
+C8212560	172
+C8212582	172
+C8212586	172
+C8212694	172
+C8212732	172
+C8212736	172
+C8212750	172
+C8212812	172
+C8212846	172
+C8212850	172
+C8212854	172
+C8212864	172
+C8212906	172
+C8212928	172
+C8212938	172
+C8212940	172
+C8212942	172
+C8212972	172
+C8212974	172
+C8212976	172
+C8212992	172
+C8212994	172
+C8213000	172
+C8213010	172
+C8213012	172
+C8213046	172
+C8213050	172
+C8213102	172
+C8213136	172
+C8213156	172
+C8213158	172
+C8213170	172
+C8213182	172
+C8213186	172
+C8213196	172
+C8213200	172
+Scaffold2555	172
+Scaffold3508	172
+Scaffold354	172
+Scaffold3617	172
+Scaffold3747	172
+Scaffold5010	172
+Scaffold5434	172
+C8203096	171
+C8203106	171
+C8203150	171
+C8203168	171
+C8203172	171
+C8203176	171
+C8203182	171
+C8203194	171
+C8203282	171
+C8203286	171
+C8203336	171
+C8203348	171
+C8203350	171
+C8203354	171
+C8203380	171
+C8203388	171
+C8203390	171
+C8203414	171
+C8203434	171
+C8203448	171
+C8203452	171
+C8203476	171
+C8203524	171
+C8203544	171
+C8203550	171
+C8203552	171
+C8203558	171
+C8203582	171
+C8203624	171
+C8203664	171
+C8203702	171
+C8203708	171
+C8203752	171
+C8203786	171
+C8203796	171
+C8203802	171
+C8203820	171
+C8203876	171
+C8203888	171
+C8203894	171
+C8203900	171
+C8203908	171
+C8203962	171
+C8203984	171
+C8204010	171
+C8204034	171
+C8204070	171
+C8204074	171
+C8204132	171
+C8204138	171
+C8204182	171
+C8204192	171
+C8204206	171
+C8204218	171
+C8204242	171
+C8204308	171
+C8204314	171
+C8204322	171
+C8204346	171
+C8204360	171
+C8204362	171
+C8204364	171
+C8204372	171
+C8204380	171
+C8204392	171
+C8204410	171
+C8204418	171
+C8204420	171
+C8204422	171
+C8204442	171
+C8204444	171
+C8204460	171
+C8204474	171
+C8204476	171
+C8204486	171
+C8204538	171
+C8204542	171
+C8204584	171
+C8204592	171
+C8204632	171
+C8204646	171
+C8204666	171
+C8204682	171
+C8204692	171
+C8204710	171
+C8204742	171
+C8204748	171
+C8204776	171
+C8204794	171
+C8204796	171
+C8204812	171
+C8204856	171
+C8204866	171
+C8205010	171
+C8205040	171
+C8205054	171
+C8205082	171
+C8205088	171
+C8205100	171
+C8205102	171
+C8205106	171
+C8205140	171
+C8205170	171
+C8205172	171
+C8205216	171
+C8205228	171
+C8205264	171
+C8205304	171
+C8205310	171
+C8205324	171
+C8205326	171
+C8205344	171
+C8205366	171
+C8205474	171
+C8205496	171
+C8205504	171
+C8205506	171
+C8205518	171
+C8205526	171
+C8205548	171
+C8205552	171
+C8205562	171
+C8205568	171
+C8205580	171
+C8205602	171
+C8205620	171
+C8205622	171
+C8205656	171
+C8205660	171
+C8205662	171
+C8205722	171
+C8205750	171
+C8205758	171
+C8205772	171
+C8205778	171
+C8205780	171
+C8205784	171
+C8205810	171
+C8205816	171
+C8205828	171
+C8205848	171
+C8205856	171
+C8205870	171
+C8205924	171
+C8205958	171
+C8205986	171
+C8205994	171
+C8205996	171
+C8206006	171
+C8206014	171
+C8206018	171
+C8206020	171
+C8206036	171
+C8206046	171
+C8206060	171
+C8206070	171
+C8206108	171
+C8206116	171
+C8206118	171
+C8206120	171
+C8206132	171
+C8206136	171
+C8206138	171
+C8206146	171
+C8206162	171
+C8206188	171
+C8206212	171
+C8206214	171
+C8206216	171
+C8206232	171
+C8206272	171
+C8206276	171
+C8206288	171
+C8206298	171
+C8206302	171
+C8206316	171
+C8206356	171
+C8206360	171
+C8206418	171
+C8206482	171
+C8206494	171
+C8206506	171
+C8206512	171
+C8206514	171
+C8206538	171
+C8206606	171
+C8206632	171
+C8206656	171
+C8206674	171
+C8206690	171
+C8206694	171
+C8206708	171
+C8206724	171
+C8206726	171
+C8206736	171
+C8206838	171
+C8206846	171
+C8206876	171
+C8206982	171
+C8206992	171
+C8206996	171
+C8207032	171
+C8207042	171
+C8207058	171
+C8207082	171
+C8207116	171
+C8207126	171
+C8207196	171
+C8207212	171
+C8207238	171
+C8207242	171
+C8207286	171
+C8207294	171
+C8207342	171
+C8207344	171
+C8207356	171
+C8207372	171
+C8207404	171
+C8207430	171
+C8207450	171
+C8207462	171
+C8207510	171
+C8207542	171
+C8207548	171
+C8207556	171
+C8207594	171
+C8207604	171
+C8207642	171
+C8207656	171
+C8207678	171
+C8207686	171
+C8207696	171
+C8207736	171
+C8207740	171
+C8207758	171
+C8207776	171
+C8207788	171
+C8207832	171
+C8207834	171
+C8207836	171
+C8207840	171
+C8207906	171
+C8207946	171
+C8207964	171
+C8207994	171
+C8207998	171
+C8208000	171
+C8208002	171
+C8208012	171
+C8208020	171
+C8208052	171
+C8208066	171
+C8208078	171
+C8208094	171
+C8208116	171
+C8208138	171
+C8208156	171
+C8208160	171
+Scaffold2052	171
+Scaffold4960	171
+Scaffold5317	171
+C8197830	170
+C8197842	170
+C8197844	170
+C8197848	170
+C8197878	170
+C8197886	170
+C8197892	170
+C8197896	170
+C8197898	170
+C8197942	170
+C8197946	170
+C8197948	170
+C8197986	170
+C8197996	170
+C8198012	170
+C8198020	170
+C8198030	170
+C8198040	170
+C8198108	170
+C8198128	170
+C8198134	170
+C8198144	170
+C8198178	170
+C8198194	170
+C8198210	170
+C8198230	170
+C8198234	170
+C8198248	170
+C8198252	170
+C8198276	170
+C8198288	170
+C8198300	170
+C8198336	170
+C8198346	170
+C8198406	170
+C8198414	170
+C8198428	170
+C8198446	170
+C8198448	170
+C8198502	170
+C8198536	170
+C8198544	170
+C8198590	170
+C8198606	170
+C8198608	170
+C8198614	170
+C8198636	170
+C8198650	170
+C8198660	170
+C8198670	170
+C8198678	170
+C8198694	170
+C8198708	170
+C8198714	170
+C8198716	170
+C8198748	170
+C8198794	170
+C8198836	170
+C8198858	170
+C8198876	170
+C8198920	170
+C8198922	170
+C8198926	170
+C8198938	170
+C8198970	170
+C8198978	170
+C8199048	170
+C8199052	170
+C8199082	170
+C8199108	170
+C8199184	170
+C8199190	170
+C8199204	170
+C8199210	170
+C8199220	170
+C8199232	170
+C8199240	170
+C8199306	170
+C8199316	170
+C8199328	170
+C8199334	170
+C8199336	170
+C8199356	170
+C8199366	170
+C8199398	170
+C8199432	170
+C8199434	170
+C8199442	170
+C8199472	170
+C8199480	170
+C8199546	170
+C8199548	170
+C8199556	170
+C8199562	170
+C8199568	170
+C8199612	170
+C8199634	170
+C8199666	170
+C8199670	170
+C8199674	170
+C8199686	170
+C8199694	170
+C8199704	170
+C8199746	170
+C8199760	170
+C8199812	170
+C8199834	170
+C8199846	170
+C8199900	170
+C8199928	170
+C8199970	170
+C8199974	170
+C8199988	170
+C8200000	170
+C8200004	170
+C8200022	170
+C8200076	170
+C8200084	170
+C8200140	170
+C8200170	170
+C8200186	170
+C8200204	170
+C8200206	170
+C8200222	170
+C8200268	170
+C8200270	170
+C8200292	170
+C8200310	170
+C8200382	170
+C8200390	170
+C8200404	170
+C8200500	170
+C8200524	170
+C8200542	170
+C8200544	170
+C8200572	170
+C8200582	170
+C8200588	170
+C8200604	170
+C8200612	170
+C8200638	170
+C8200654	170
+C8200664	170
+C8200674	170
+C8200686	170
+C8200720	170
+C8200730	170
+C8200734	170
+C8200736	170
+C8200748	170
+C8200750	170
+C8200754	170
+C8200776	170
+C8200778	170
+C8200786	170
+C8200796	170
+C8200810	170
+C8200818	170
+C8200820	170
+C8200838	170
+C8200840	170
+C8200866	170
+C8200874	170
+C8200876	170
+C8200900	170
+C8200918	170
+C8200920	170
+C8200988	170
+C8201024	170
+C8201062	170
+C8201094	170
+C8201100	170
+C8201184	170
+C8201194	170
+C8201196	170
+C8201240	170
+C8201278	170
+C8201290	170
+C8201298	170
+C8201308	170
+C8201330	170
+C8201340	170
+C8201344	170
+C8201352	170
+C8201378	170
+C8201380	170
+C8201392	170
+C8201434	170
+C8201440	170
+C8201460	170
+C8201490	170
+C8201524	170
+C8201548	170
+C8201610	170
+C8201614	170
+C8201642	170
+C8201674	170
+C8201686	170
+C8201706	170
+C8201726	170
+C8201728	170
+C8201734	170
+C8201738	170
+C8201752	170
+C8201754	170
+C8201784	170
+C8201844	170
+C8201850	170
+C8201870	170
+C8201914	170
+C8201920	170
+C8201938	170
+C8201946	170
+C8201958	170
+C8201964	170
+C8201980	170
+C8201992	170
+C8202008	170
+C8202018	170
+C8202024	170
+C8202060	170
+C8202068	170
+C8202096	170
+C8202100	170
+C8202134	170
+C8202184	170
+C8202236	170
+C8202264	170
+C8202282	170
+C8202284	170
+C8202306	170
+C8202320	170
+C8202366	170
+C8202380	170
+C8202440	170
+C8202462	170
+C8202472	170
+C8202474	170
+C8202490	170
+C8202538	170
+C8202542	170
+C8202548	170
+C8202580	170
+C8202608	170
+C8202650	170
+C8202658	170
+C8202692	170
+C8202718	170
+C8202752	170
+C8202768	170
+C8202772	170
+C8202778	170
+C8202838	170
+C8202858	170
+C8202860	170
+C8202870	170
+C8202882	170
+C8202894	170
+C8202896	170
+C8202928	170
+C8202936	170
+C8202954	170
+C8202980	170
+C8202992	170
+C8203028	170
+C8203054	170
+C8203062	170
+Scaffold2429	170
+Scaffold2657	170
+Scaffold3097	170
+Scaffold3135	170
+Scaffold3238	170
+Scaffold3730	170
+Scaffold4125	170
+Scaffold4308	170
+Scaffold5128	170
+C8192700	169
+C8192706	169
+C8192722	169
+C8192728	169
+C8192742	169
+C8192750	169
+C8192754	169
+C8192772	169
+C8192788	169
+C8192804	169
+C8192820	169
+C8192848	169
+C8192854	169
+C8192868	169
+C8192916	169
+C8192926	169
+C8192934	169
+C8192938	169
+C8192942	169
+C8192962	169
+C8193002	169
+C8193072	169
+C8193074	169
+C8193084	169
+C8193094	169
+C8193104	169
+C8193120	169
+C8193128	169
+C8193130	169
+C8193150	169
+C8193156	169
+C8193162	169
+C8193166	169
+C8193174	169
+C8193184	169
+C8193190	169
+C8193206	169
+C8193216	169
+C8193240	169
+C8193258	169
+C8193366	169
+C8193380	169
+C8193390	169
+C8193394	169
+C8193412	169
+C8193414	169
+C8193416	169
+C8193424	169
+C8193458	169
+C8193480	169
+C8193488	169
+C8193492	169
+C8193538	169
+C8193544	169
+C8193570	169
+C8193574	169
+C8193584	169
+C8193588	169
+C8193596	169
+C8193632	169
+C8193716	169
+C8193736	169
+C8193742	169
+C8193762	169
+C8193792	169
+C8193798	169
+C8193824	169
+C8193838	169
+C8193848	169
+C8193856	169
+C8193876	169
+C8193882	169
+C8193890	169
+C8193892	169
+C8193914	169
+C8193916	169
+C8193928	169
+C8193984	169
+C8194006	169
+C8194010	169
+C8194038	169
+C8194054	169
+C8194056	169
+C8194072	169
+C8194082	169
+C8194084	169
+C8194092	169
+C8194094	169
+C8194096	169
+C8194110	169
+C8194156	169
+C8194186	169
+C8194190	169
+C8194202	169
+C8194212	169
+C8194240	169
+C8194250	169
+C8194288	169
+C8194290	169
+C8194294	169
+C8194320	169
+C8194332	169
+C8194364	169
+C8194372	169
+C8194392	169
+C8194410	169
+C8194414	169
+C8194422	169
+C8194434	169
+C8194440	169
+C8194472	169
+C8194474	169
+C8194480	169
+C8194492	169
+C8194498	169
+C8194504	169
+C8194514	169
+C8194518	169
+C8194566	169
+C8194576	169
+C8194586	169
+C8194594	169
+C8194658	169
+C8194684	169
+C8194688	169
+C8194746	169
+C8194758	169
+C8194766	169
+C8194770	169
+C8194802	169
+C8194822	169
+C8194832	169
+C8194834	169
+C8194848	169
+C8194856	169
+C8194858	169
+C8194872	169
+C8194880	169
+C8194882	169
+C8194890	169
+C8194904	169
+C8194912	169
+C8195004	169
+C8195014	169
+C8195024	169
+C8195030	169
+C8195038	169
+C8195078	169
+C8195082	169
+C8195100	169
+C8195110	169
+C8195122	169
+C8195150	169
+C8195180	169
+C8195190	169
+C8195196	169
+C8195270	169
+C8195278	169
+C8195294	169
+C8195298	169
+C8195328	169
+C8195334	169
+C8195364	169
+C8195372	169
+C8195374	169
+C8195382	169
+C8195392	169
+C8195398	169
+C8195404	169
+C8195432	169
+C8195510	169
+C8195542	169
+C8195546	169
+C8195548	169
+C8195552	169
+C8195572	169
+C8195574	169
+C8195588	169
+C8195592	169
+C8195618	169
+C8195632	169
+C8195638	169
+C8195642	169
+C8195718	169
+C8195722	169
+C8195730	169
+C8195742	169
+C8195762	169
+C8195764	169
+C8195818	169
+C8195860	169
+C8195870	169
+C8195886	169
+C8195902	169
+C8195904	169
+C8195936	169
+C8195938	169
+C8195960	169
+C8195968	169
+C8195988	169
+C8196034	169
+C8196068	169
+C8196086	169
+C8196130	169
+C8196140	169
+C8196164	169
+C8196182	169
+C8196198	169
+C8196214	169
+C8196264	169
+C8196268	169
+C8196284	169
+C8196310	169
+C8196316	169
+C8196320	169
+C8196332	169
+C8196342	169
+C8196350	169
+C8196370	169
+C8196378	169
+C8196486	169
+C8196490	169
+C8196502	169
+C8196538	169
+C8196544	169
+C8196586	169
+C8196636	169
+C8196640	169
+C8196648	169
+C8196662	169
+C8196690	169
+C8196702	169
+C8196752	169
+C8196758	169
+C8196766	169
+C8196770	169
+C8196802	169
+C8196810	169
+C8196820	169
+C8196888	169
+C8196940	169
+C8196942	169
+C8196984	169
+C8196996	169
+C8197024	169
+C8197030	169
+C8197038	169
+C8197046	169
+C8197050	169
+C8197058	169
+C8197060	169
+C8197066	169
+C8197090	169
+C8197098	169
+C8197110	169
+C8197144	169
+C8197150	169
+C8197214	169
+C8197232	169
+C8197334	169
+C8197336	169
+C8197390	169
+C8197392	169
+C8197400	169
+C8197414	169
+C8197422	169
+C8197460	169
+C8197468	169
+C8197506	169
+C8197526	169
+C8197546	169
+C8197584	169
+C8197600	169
+C8197602	169
+C8197722	169
+C8197726	169
+C8197732	169
+C8197756	169
+C8197758	169
+C8197762	169
+C8197772	169
+C8197804	169
+Scaffold1819	169
+Scaffold1905	169
+Scaffold2007	169
+Scaffold2312	169
+Scaffold2659	169
+Scaffold2925	169
+Scaffold3126	169
+Scaffold3923	169
+Scaffold5239	169
+C8187576	168
+C8187600	168
+C8187610	168
+C8187618	168
+C8187652	168
+C8187654	168
+C8187662	168
+C8187688	168
+C8187702	168
+C8187724	168
+C8187830	168
+C8187848	168
+C8187858	168
+C8187904	168
+C8187918	168
+C8187932	168
+C8187936	168
+C8187952	168
+C8187998	168
+C8188022	168
+C8188044	168
+C8188048	168
+C8188094	168
+C8188148	168
+C8188176	168
+C8188188	168
+C8188208	168
+C8188210	168
+C8188216	168
+C8188240	168
+C8188250	168
+C8188270	168
+C8188296	168
+C8188318	168
+C8188320	168
+C8188324	168
+C8188352	168
+C8188360	168
+C8188382	168
+C8188410	168
+C8188416	168
+C8188422	168
+C8188428	168
+C8188432	168
+C8188434	168
+C8188474	168
+C8188504	168
+C8188514	168
+C8188530	168
+C8188532	168
+C8188542	168
+C8188548	168
+C8188550	168
+C8188558	168
+C8188628	168
+C8188658	168
+C8188692	168
+C8188700	168
+C8188722	168
+C8188746	168
+C8188756	168
+C8188762	168
+C8188836	168
+C8188892	168
+C8188938	168
+C8188962	168
+C8188966	168
+C8188988	168
+C8188998	168
+C8189048	168
+C8189100	168
+C8189148	168
+C8189168	168
+C8189182	168
+C8189214	168
+C8189228	168
+C8189266	168
+C8189274	168
+C8189276	168
+C8189280	168
+C8189360	168
+C8189370	168
+C8189374	168
+C8189410	168
+C8189416	168
+C8189422	168
+C8189452	168
+C8189454	168
+C8189484	168
+C8189516	168
+C8189536	168
+C8189562	168
+C8189576	168
+C8189610	168
+C8189626	168
+C8189676	168
+C8189740	168
+C8189746	168
+C8189752	168
+C8189768	168
+C8189816	168
+C8189818	168
+C8189822	168
+C8189862	168
+C8189878	168
+C8189880	168
+C8189898	168
+C8189906	168
+C8189908	168
+C8189914	168
+C8189948	168
+C8189970	168
+C8189996	168
+C8190002	168
+C8190006	168
+C8190012	168
+C8190014	168
+C8190060	168
+C8190092	168
+C8190128	168
+C8190142	168
+C8190146	168
+C8190168	168
+C8190240	168
+C8190246	168
+C8190254	168
+C8190294	168
+C8190316	168
+C8190322	168
+C8190372	168
+C8190410	168
+C8190434	168
+C8190440	168
+C8190446	168
+C8190450	168
+C8190462	168
+C8190472	168
+C8190498	168
+C8190502	168
+C8190516	168
+C8190558	168
+C8190598	168
+C8190642	168
+C8190676	168
+C8190724	168
+C8190728	168
+C8190738	168
+C8190740	168
+C8190748	168
+C8190776	168
+C8190790	168
+C8190804	168
+C8190820	168
+C8190884	168
+C8190892	168
+C8190906	168
+C8190908	168
+C8190918	168
+C8190924	168
+C8190960	168
+C8190964	168
+C8191006	168
+C8191026	168
+C8191056	168
+C8191068	168
+C8191078	168
+C8191082	168
+C8191104	168
+C8191130	168
+C8191142	168
+C8191146	168
+C8191164	168
+C8191208	168
+C8191214	168
+C8191250	168
+C8191268	168
+C8191320	168
+C8191328	168
+C8191338	168
+C8191384	168
+C8191408	168
+C8191416	168
+C8191420	168
+C8191424	168
+C8191426	168
+C8191444	168
+C8191456	168
+C8191494	168
+C8191506	168
+C8191508	168
+C8191550	168
+C8191558	168
+C8191650	168
+C8191662	168
+C8191666	168
+C8191678	168
+C8191694	168
+C8191706	168
+C8191712	168
+C8191720	168
+C8191738	168
+C8191740	168
+C8191766	168
+C8191772	168
+C8191774	168
+C8191784	168
+C8191792	168
+C8191804	168
+C8191820	168
+C8191822	168
+C8191838	168
+C8191848	168
+C8191850	168
+C8191852	168
+C8191854	168
+C8191924	168
+C8191952	168
+C8191954	168
+C8191958	168
+C8191968	168
+C8191970	168
+C8192004	168
+C8192012	168
+C8192018	168
+C8192026	168
+C8192038	168
+C8192044	168
+C8192048	168
+C8192054	168
+C8192068	168
+C8192082	168
+C8192098	168
+C8192108	168
+C8192128	168
+C8192158	168
+C8192164	168
+C8192254	168
+C8192274	168
+C8192284	168
+C8192288	168
+C8192310	168
+C8192346	168
+C8192356	168
+C8192362	168
+C8192366	168
+C8192370	168
+C8192372	168
+C8192390	168
+C8192404	168
+C8192408	168
+C8192566	168
+C8192578	168
+C8192606	168
+C8192624	168
+C8192626	168
+C8192650	168
+C8192652	168
+C8192660	168
+C8192666	168
+Scaffold1249	168
+Scaffold1770	168
+Scaffold3997	168
+Scaffold4088	168
+Scaffold4861	168
+Scaffold884	168
+C8182030	167
+C8182110	167
+C8182114	167
+C8182138	167
+C8182150	167
+C8182204	167
+C8182254	167
+C8182354	167
+C8182362	167
+C8182368	167
+C8182392	167
+C8182442	167
+C8182454	167
+C8182492	167
+C8182502	167
+C8182504	167
+C8182506	167
+C8182512	167
+C8182528	167
+C8182536	167
+C8182582	167
+C8182610	167
+C8182644	167
+C8182676	167
+C8182692	167
+C8182708	167
+C8182714	167
+C8182720	167
+C8182726	167
+C8182744	167
+C8182770	167
+C8182778	167
+C8182782	167
+C8182788	167
+C8182790	167
+C8182802	167
+C8182808	167
+C8182818	167
+C8182840	167
+C8182862	167
+C8182866	167
+C8182892	167
+C8182922	167
+C8182926	167
+C8182932	167
+C8182942	167
+C8182944	167
+C8182956	167
+C8182966	167
+C8182984	167
+C8182986	167
+C8183010	167
+C8183028	167
+C8183056	167
+C8183122	167
+C8183128	167
+C8183130	167
+C8183144	167
+C8183150	167
+C8183156	167
+C8183222	167
+C8183240	167
+C8183250	167
+C8183268	167
+C8183322	167
+C8183346	167
+C8183354	167
+C8183370	167
+C8183400	167
+C8183402	167
+C8183418	167
+C8183422	167
+C8183424	167
+C8183446	167
+C8183450	167
+C8183510	167
+C8183566	167
+C8183586	167
+C8183592	167
+C8183618	167
+C8183654	167
+C8183674	167
+C8183676	167
+C8183710	167
+C8183716	167
+C8183740	167
+C8183748	167
+C8183772	167
+C8183788	167
+C8183796	167
+C8183802	167
+C8183808	167
+C8183812	167
+C8183874	167
+C8183922	167
+C8183932	167
+C8183954	167
+C8183958	167
+C8183962	167
+C8183990	167
+C8184008	167
+C8184034	167
+C8184056	167
+C8184094	167
+C8184098	167
+C8184106	167
+C8184112	167
+C8184122	167
+C8184126	167
+C8184140	167
+C8184172	167
+C8184184	167
+C8184200	167
+C8184210	167
+C8184234	167
+C8184248	167
+C8184260	167
+C8184306	167
+C8184314	167
+C8184322	167
+C8184328	167
+C8184340	167
+C8184358	167
+C8184374	167
+C8184386	167
+C8184400	167
+C8184404	167
+C8184448	167
+C8184464	167
+C8184478	167
+C8184486	167
+C8184500	167
+C8184502	167
+C8184516	167
+C8184522	167
+C8184548	167
+C8184556	167
+C8184558	167
+C8184572	167
+C8184598	167
+C8184602	167
+C8184614	167
+C8184616	167
+C8184634	167
+C8184640	167
+C8184666	167
+C8184676	167
+C8184704	167
+C8184754	167
+C8184756	167
+C8184794	167
+C8184808	167
+C8184830	167
+C8184838	167
+C8184852	167
+C8184864	167
+C8184872	167
+C8184880	167
+C8184882	167
+C8184896	167
+C8184904	167
+C8184912	167
+C8184914	167
+C8184942	167
+C8184990	167
+C8184992	167
+C8185016	167
+C8185018	167
+C8185040	167
+C8185044	167
+C8185064	167
+C8185070	167
+C8185096	167
+C8185116	167
+C8185146	167
+C8185160	167
+C8185166	167
+C8185204	167
+C8185246	167
+C8185274	167
+C8185338	167
+C8185400	167
+C8185404	167
+C8185408	167
+C8185418	167
+C8185422	167
+C8185442	167
+C8185446	167
+C8185450	167
+C8185460	167
+C8185488	167
+C8185508	167
+C8185510	167
+C8185538	167
+C8185548	167
+C8185556	167
+C8185572	167
+C8185592	167
+C8185638	167
+C8185646	167
+C8185668	167
+C8185692	167
+C8185694	167
+C8185704	167
+C8185778	167
+C8185780	167
+C8185802	167
+C8185810	167
+C8185828	167
+C8185854	167
+C8185856	167
+C8185868	167
+C8185886	167
+C8185898	167
+C8185902	167
+C8185922	167
+C8185932	167
+C8185946	167
+C8185948	167
+C8185956	167
+C8185980	167
+C8185988	167
+C8185992	167
+C8186006	167
+C8186022	167
+C8186028	167
+C8186064	167
+C8186074	167
+C8186080	167
+C8186084	167
+C8186102	167
+C8186124	167
+C8186134	167
+C8186156	167
+C8186200	167
+C8186204	167
+C8186232	167
+C8186236	167
+C8186242	167
+C8186264	167
+C8186272	167
+C8186286	167
+C8186308	167
+C8186332	167
+C8186352	167
+C8186364	167
+C8186402	167
+C8186408	167
+C8186410	167
+C8186428	167
+C8186438	167
+C8186448	167
+C8186476	167
+C8186478	167
+C8186496	167
+C8186500	167
+C8186502	167
+C8186522	167
+C8186540	167
+C8186546	167
+C8186552	167
+C8186560	167
+C8186582	167
+C8186608	167
+C8186630	167
+C8186636	167
+C8186646	167
+C8186666	167
+C8186732	167
+C8186744	167
+C8186746	167
+C8186752	167
+C8186754	167
+C8186798	167
+C8186832	167
+C8186846	167
+C8186866	167
+C8186876	167
+C8186878	167
+C8186896	167
+C8186920	167
+C8186940	167
+C8186942	167
+C8186994	167
+C8186998	167
+C8187032	167
+C8187044	167
+C8187056	167
+C8187096	167
+C8187098	167
+C8187112	167
+C8187136	167
+C8187146	167
+C8187154	167
+C8187176	167
+C8187204	167
+C8187216	167
+C8187244	167
+C8187254	167
+C8187294	167
+C8187296	167
+C8187308	167
+C8187326	167
+C8187336	167
+C8187372	167
+C8187396	167
+C8187410	167
+C8187412	167
+C8187426	167
+C8187436	167
+C8187472	167
+C8187474	167
+C8187502	167
+C8187518	167
+Scaffold1489	167
+Scaffold2160	167
+Scaffold2730	167
+Scaffold3169	167
+Scaffold3851	167
+Scaffold4610	167
+Scaffold5257	167
+Scaffold5350	167
+C8176456	166
+C8176462	166
+C8176476	166
+C8176510	166
+C8176576	166
+C8176624	166
+C8176634	166
+C8176640	166
+C8176694	166
+C8176714	166
+C8176726	166
+C8176736	166
+C8176766	166
+C8176768	166
+C8176772	166
+C8176806	166
+C8176816	166
+C8176826	166
+C8176828	166
+C8176910	166
+C8176934	166
+C8176936	166
+C8176984	166
+C8176990	166
+C8177006	166
+C8177056	166
+C8177072	166
+C8177078	166
+C8177094	166
+C8177104	166
+C8177108	166
+C8177168	166
+C8177178	166
+C8177196	166
+C8177204	166
+C8177260	166
+C8177306	166
+C8177322	166
+C8177330	166
+C8177360	166
+C8177422	166
+C8177426	166
+C8177430	166
+C8177466	166
+C8177470	166
+C8177486	166
+C8177494	166
+C8177502	166
+C8177504	166
+C8177508	166
+C8177532	166
+C8177570	166
+C8177606	166
+C8177608	166
+C8177624	166
+C8177658	166
+C8177674	166
+C8177700	166
+C8177704	166
+C8177712	166
+C8177714	166
+C8177726	166
+C8177744	166
+C8177760	166
+C8177770	166
+C8177772	166
+C8177774	166
+C8177782	166
+C8177824	166
+C8177840	166
+C8177848	166
+C8177892	166
+C8177946	166
+C8178014	166
+C8178028	166
+C8178048	166
+C8178144	166
+C8178198	166
+C8178206	166
+C8178222	166
+C8178256	166
+C8178276	166
+C8178356	166
+C8178364	166
+C8178402	166
+C8178416	166
+C8178438	166
+C8178474	166
+C8178514	166
+C8178516	166
+C8178532	166
+C8178552	166
+C8178560	166
+C8178604	166
+C8178620	166
+C8178626	166
+C8178656	166
+C8178670	166
+C8178712	166
+C8178716	166
+C8178728	166
+C8178782	166
+C8178814	166
+C8178820	166
+C8178878	166
+C8178884	166
+C8178888	166
+C8178896	166
+C8178898	166
+C8178910	166
+C8178926	166
+C8178932	166
+C8178944	166
+C8178946	166
+C8178954	166
+C8178976	166
+C8179006	166
+C8179022	166
+C8179028	166
+C8179038	166
+C8179052	166
+C8179056	166
+C8179062	166
+C8179092	166
+C8179096	166
+C8179100	166
+C8179124	166
+C8179128	166
+C8179134	166
+C8179158	166
+C8179162	166
+C8179196	166
+C8179224	166
+C8179254	166
+C8179264	166
+C8179266	166
+C8179270	166
+C8179304	166
+C8179306	166
+C8179314	166
+C8179316	166
+C8179386	166
+C8179406	166
+C8179420	166
+C8179450	166
+C8179466	166
+C8179474	166
+C8179492	166
+C8179524	166
+C8179532	166
+C8179544	166
+C8179546	166
+C8179548	166
+C8179554	166
+C8179602	166
+C8179614	166
+C8179622	166
+C8179670	166
+C8179718	166
+C8179720	166
+C8179746	166
+C8179772	166
+C8179776	166
+C8179780	166
+C8179792	166
+C8179794	166
+C8179824	166
+C8179826	166
+C8179832	166
+C8179868	166
+C8179914	166
+C8179940	166
+C8179948	166
+C8179960	166
+C8179974	166
+C8179980	166
+C8179988	166
+C8179994	166
+C8180052	166
+C8180082	166
+C8180096	166
+C8180098	166
+C8180132	166
+C8180134	166
+C8180154	166
+C8180158	166
+C8180176	166
+C8180178	166
+C8180196	166
+C8180214	166
+C8180228	166
+C8180230	166
+C8180262	166
+C8180264	166
+C8180288	166
+C8180296	166
+C8180300	166
+C8180350	166
+C8180358	166
+C8180366	166
+C8180370	166
+C8180378	166
+C8180386	166
+C8180392	166
+C8180396	166
+C8180406	166
+C8180432	166
+C8180452	166
+C8180464	166
+C8180472	166
+C8180476	166
+C8180480	166
+C8180484	166
+C8180524	166
+C8180530	166
+C8180546	166
+C8180600	166
+C8180610	166
+C8180648	166
+C8180650	166
+C8180654	166
+C8180660	166
+C8180676	166
+C8180682	166
+C8180692	166
+C8180696	166
+C8180700	166
+C8180702	166
+C8180704	166
+C8180714	166
+C8180734	166
+C8180804	166
+C8180806	166
+C8180812	166
+C8180818	166
+C8180850	166
+C8180866	166
+C8180874	166
+C8180876	166
+C8180880	166
+C8180884	166
+C8180894	166
+C8180908	166
+C8180920	166
+C8180922	166
+C8180926	166
+C8180928	166
+C8180956	166
+C8181012	166
+C8181018	166
+C8181068	166
+C8181102	166
+C8181134	166
+C8181138	166
+C8181192	166
+C8181226	166
+C8181248	166
+C8181278	166
+C8181280	166
+C8181286	166
+C8181296	166
+C8181316	166
+C8181318	166
+C8181400	166
+C8181428	166
+C8181454	166
+C8181462	166
+C8181476	166
+C8181516	166
+C8181534	166
+C8181538	166
+C8181540	166
+C8181566	166
+C8181590	166
+C8181616	166
+C8181650	166
+C8181670	166
+C8181692	166
+C8181708	166
+C8181726	166
+C8181748	166
+C8181750	166
+C8181772	166
+C8181794	166
+C8181806	166
+C8181878	166
+C8181896	166
+Scaffold1009	166
+Scaffold2289	166
+Scaffold2881	166
+Scaffold4058	166
+Scaffold4442	166
+C8171066	165
+C8171068	165
+C8171094	165
+C8171096	165
+C8171110	165
+C8171126	165
+C8171136	165
+C8171154	165
+C8171184	165
+C8171202	165
+C8171216	165
+C8171226	165
+C8171234	165
+C8171236	165
+C8171262	165
+C8171264	165
+C8171272	165
+C8171274	165
+C8171280	165
+C8171314	165
+C8171328	165
+C8171330	165
+C8171336	165
+C8171340	165
+C8171344	165
+C8171396	165
+C8171416	165
+C8171428	165
+C8171444	165
+C8171464	165
+C8171478	165
+C8171514	165
+C8171574	165
+C8171580	165
+C8171616	165
+C8171622	165
+C8171632	165
+C8171644	165
+C8171646	165
+C8171652	165
+C8171666	165
+C8171678	165
+C8171682	165
+C8171692	165
+C8171734	165
+C8171742	165
+C8171766	165
+C8171830	165
+C8171836	165
+C8171850	165
+C8171856	165
+C8171858	165
+C8171870	165
+C8171874	165
+C8171936	165
+C8171946	165
+C8171978	165
+C8171984	165
+C8171996	165
+C8172018	165
+C8172024	165
+C8172052	165
+C8172108	165
+C8172112	165
+C8172120	165
+C8172172	165
+C8172174	165
+C8172192	165
+C8172234	165
+C8172254	165
+C8172260	165
+C8172274	165
+C8172280	165
+C8172296	165
+C8172306	165
+C8172344	165
+C8172398	165
+C8172422	165
+C8172426	165
+C8172442	165
+C8172470	165
+C8172476	165
+C8172478	165
+C8172480	165
+C8172536	165
+C8172548	165
+C8172572	165
+C8172606	165
+C8172622	165
+C8172638	165
+C8172644	165
+C8172652	165
+C8172670	165
+C8172684	165
+C8172692	165
+C8172720	165
+C8172768	165
+C8172770	165
+C8172772	165
+C8172778	165
+C8172780	165
+C8172804	165
+C8172818	165
+C8172848	165
+C8172852	165
+C8172854	165
+C8172862	165
+C8172868	165
+C8172876	165
+C8172904	165
+C8172918	165
+C8172954	165
+C8172956	165
+C8173012	165
+C8173036	165
+C8173076	165
+C8173096	165
+C8173136	165
+C8173144	165
+C8173148	165
+C8173150	165
+C8173166	165
+C8173176	165
+C8173216	165
+C8173220	165
+C8173222	165
+C8173328	165
+C8173330	165
+C8173374	165
+C8173390	165
+C8173412	165
+C8173414	165
+C8173422	165
+C8173450	165
+C8173476	165
+C8173494	165
+C8173502	165
+C8173522	165
+C8173532	165
+C8173638	165
+C8173640	165
+C8173700	165
+C8173714	165
+C8173764	165
+C8173770	165
+C8173772	165
+C8173786	165
+C8173812	165
+C8173814	165
+C8173820	165
+C8173852	165
+C8173854	165
+C8173912	165
+C8173932	165
+C8173934	165
+C8173950	165
+C8173974	165
+C8173980	165
+C8173988	165
+C8174000	165
+C8174008	165
+C8174036	165
+C8174044	165
+C8174064	165
+C8174102	165
+C8174142	165
+C8174150	165
+C8174174	165
+C8174242	165
+C8174244	165
+C8174284	165
+C8174314	165
+C8174318	165
+C8174328	165
+C8174338	165
+C8174360	165
+C8174402	165
+C8174416	165
+C8174444	165
+C8174446	165
+C8174480	165
+C8174538	165
+C8174542	165
+C8174548	165
+C8174578	165
+C8174626	165
+C8174640	165
+C8174642	165
+C8174654	165
+C8174680	165
+C8174686	165
+C8174702	165
+C8174728	165
+C8174732	165
+C8174776	165
+C8174822	165
+C8174836	165
+C8174858	165
+C8174870	165
+C8174886	165
+C8174918	165
+C8174922	165
+C8174932	165
+C8174934	165
+C8174938	165
+C8174952	165
+C8174974	165
+C8174982	165
+C8174994	165
+C8175032	165
+C8175042	165
+C8175078	165
+C8175104	165
+C8175106	165
+C8175110	165
+C8175116	165
+C8175144	165
+C8175182	165
+C8175190	165
+C8175198	165
+C8175216	165
+C8175226	165
+C8175244	165
+C8175270	165
+C8175292	165
+C8175294	165
+C8175300	165
+C8175324	165
+C8175326	165
+C8175354	165
+C8175368	165
+C8175376	165
+C8175380	165
+C8175416	165
+C8175448	165
+C8175450	165
+C8175458	165
+C8175460	165
+C8175468	165
+C8175474	165
+C8175500	165
+C8175520	165
+C8175524	165
+C8175528	165
+C8175530	165
+C8175556	165
+C8175562	165
+C8175570	165
+C8175576	165
+C8175578	165
+C8175584	165
+C8175610	165
+C8175618	165
+C8175634	165
+C8175698	165
+C8175708	165
+C8175714	165
+C8175718	165
+C8175734	165
+C8175746	165
+C8175760	165
+C8175790	165
+C8175796	165
+C8175810	165
+C8175820	165
+C8175830	165
+C8175848	165
+C8175850	165
+C8175880	165
+C8175892	165
+C8175906	165
+C8175910	165
+C8175914	165
+C8175918	165
+C8175928	165
+C8175934	165
+C8175968	165
+C8176004	165
+C8176006	165
+C8176012	165
+C8176040	165
+C8176050	165
+C8176096	165
+C8176100	165
+C8176108	165
+C8176130	165
+C8176142	165
+C8176156	165
+C8176170	165
+C8176176	165
+C8176230	165
+C8176244	165
+C8176268	165
+C8176314	165
+C8176318	165
+C8176378	165
+C8176380	165
+C8176382	165
+C8176400	165
+C8176424	165
+C8176436	165
+C8176438	165
+Scaffold1587	165
+Scaffold1740	165
+Scaffold2602	165
+Scaffold2894	165
+Scaffold2930	165
+Scaffold3267	165
+Scaffold4682	165
+Scaffold5024	165
+Scaffold5372	165
+Scaffold5413	165
+C8165308	164
+C8165324	164
+C8165326	164
+C8165344	164
+C8165370	164
+C8165376	164
+C8165384	164
+C8165420	164
+C8165452	164
+C8165478	164
+C8165482	164
+C8165492	164
+C8165498	164
+C8165506	164
+C8165540	164
+C8165558	164
+C8165562	164
+C8165598	164
+C8165618	164
+C8165620	164
+C8165638	164
+C8165700	164
+C8165704	164
+C8165724	164
+C8165740	164
+C8165750	164
+C8165756	164
+C8165758	164
+C8165770	164
+C8165780	164
+C8165814	164
+C8165840	164
+C8165842	164
+C8165902	164
+C8165928	164
+C8165940	164
+C8165982	164
+C8165986	164
+C8166002	164
+C8166006	164
+C8166016	164
+C8166040	164
+C8166042	164
+C8166110	164
+C8166178	164
+C8166200	164
+C8166206	164
+C8166208	164
+C8166210	164
+C8166212	164
+C8166292	164
+C8166308	164
+C8166326	164
+C8166340	164
+C8166360	164
+C8166362	164
+C8166388	164
+C8166402	164
+C8166416	164
+C8166438	164
+C8166450	164
+C8166460	164
+C8166526	164
+C8166596	164
+C8166634	164
+C8166648	164
+C8166654	164
+C8166666	164
+C8166670	164
+C8166672	164
+C8166754	164
+C8166778	164
+C8166786	164
+C8166806	164
+C8166812	164
+C8166826	164
+C8166830	164
+C8166868	164
+C8166892	164
+C8166922	164
+C8166940	164
+C8166948	164
+C8166952	164
+C8166990	164
+C8167022	164
+C8167026	164
+C8167048	164
+C8167098	164
+C8167112	164
+C8167160	164
+C8167164	164
+C8167176	164
+C8167196	164
+C8167216	164
+C8167236	164
+C8167246	164
+C8167294	164
+C8167298	164
+C8167304	164
+C8167328	164
+C8167354	164
+C8167360	164
+C8167406	164
+C8167482	164
+C8167510	164
+C8167520	164
+C8167524	164
+C8167540	164
+C8167544	164
+C8167548	164
+C8167552	164
+C8167556	164
+C8167574	164
+C8167630	164
+C8167664	164
+C8167666	164
+C8167688	164
+C8167700	164
+C8167704	164
+C8167712	164
+C8167744	164
+C8167748	164
+C8167752	164
+C8167754	164
+C8167776	164
+C8167800	164
+C8167806	164
+C8167840	164
+C8167862	164
+C8167880	164
+C8167894	164
+C8167906	164
+C8167910	164
+C8167916	164
+C8167946	164
+C8167972	164
+C8167974	164
+C8167990	164
+C8167996	164
+C8168006	164
+C8168036	164
+C8168052	164
+C8168058	164
+C8168060	164
+C8168072	164
+C8168092	164
+C8168110	164
+C8168122	164
+C8168136	164
+C8168164	164
+C8168168	164
+C8168176	164
+C8168270	164
+C8168292	164
+C8168298	164
+C8168304	164
+C8168324	164
+C8168334	164
+C8168362	164
+C8168370	164
+C8168374	164
+C8168384	164
+C8168396	164
+C8168408	164
+C8168420	164
+C8168436	164
+C8168438	164
+C8168448	164
+C8168450	164
+C8168480	164
+C8168482	164
+C8168494	164
+C8168498	164
+C8168502	164
+C8168516	164
+C8168522	164
+C8168542	164
+C8168544	164
+C8168552	164
+C8168558	164
+C8168574	164
+C8168592	164
+C8168596	164
+C8168606	164
+C8168614	164
+C8168622	164
+C8168694	164
+C8168756	164
+C8168786	164
+C8168814	164
+C8168816	164
+C8168824	164
+C8168830	164
+C8168836	164
+C8168840	164
+C8168852	164
+C8168868	164
+C8168872	164
+C8168884	164
+C8168894	164
+C8168898	164
+C8168900	164
+C8168940	164
+C8168942	164
+C8168998	164
+C8169038	164
+C8169042	164
+C8169044	164
+C8169052	164
+C8169094	164
+C8169104	164
+C8169152	164
+C8169214	164
+C8169232	164
+C8169250	164
+C8169252	164
+C8169314	164
+C8169328	164
+C8169330	164
+C8169332	164
+C8169340	164
+C8169374	164
+C8169376	164
+C8169396	164
+C8169402	164
+C8169430	164
+C8169454	164
+C8169456	164
+C8169466	164
+C8169468	164
+C8169518	164
+C8169520	164
+C8169570	164
+C8169606	164
+C8169618	164
+C8169626	164
+C8169640	164
+C8169648	164
+C8169672	164
+C8169676	164
+C8169680	164
+C8169704	164
+C8169716	164
+C8169732	164
+C8169740	164
+C8169766	164
+C8169770	164
+C8169772	164
+C8169838	164
+C8169848	164
+C8169852	164
+C8169854	164
+C8169904	164
+C8169936	164
+C8169942	164
+C8169974	164
+C8169978	164
+C8169996	164
+C8170034	164
+C8170056	164
+C8170074	164
+C8170118	164
+C8170160	164
+C8170200	164
+C8170214	164
+C8170236	164
+C8170262	164
+C8170286	164
+C8170308	164
+C8170328	164
+C8170332	164
+C8170334	164
+C8170338	164
+C8170340	164
+C8170346	164
+C8170352	164
+C8170356	164
+C8170360	164
+C8170370	164
+C8170372	164
+C8170402	164
+C8170422	164
+C8170488	164
+C8170518	164
+C8170538	164
+C8170610	164
+C8170620	164
+C8170648	164
+C8170676	164
+C8170694	164
+C8170702	164
+C8170728	164
+C8170730	164
+C8170736	164
+C8170746	164
+C8170748	164
+C8170772	164
+C8170808	164
+C8170830	164
+C8170834	164
+C8170846	164
+C8170898	164
+C8170914	164
+C8170920	164
+C8170934	164
+C8170958	164
+C8170988	164
+C8171010	164
+Scaffold1312	164
+Scaffold1755	164
+Scaffold2199	164
+Scaffold2544	164
+Scaffold2592	164
+C8159632	163
+C8159634	163
+C8159642	163
+C8159644	163
+C8159666	163
+C8159704	163
+C8159736	163
+C8159752	163
+C8159760	163
+C8159762	163
+C8159776	163
+C8159788	163
+C8159808	163
+C8159836	163
+C8159848	163
+C8159882	163
+C8159890	163
+C8159914	163
+C8159920	163
+C8159926	163
+C8159942	163
+C8159944	163
+C8159964	163
+C8160020	163
+C8160028	163
+C8160050	163
+C8160068	163
+C8160072	163
+C8160074	163
+C8160088	163
+C8160108	163
+C8160166	163
+C8160168	163
+C8160178	163
+C8160192	163
+C8160198	163
+C8160218	163
+C8160230	163
+C8160258	163
+C8160260	163
+C8160278	163
+C8160280	163
+C8160288	163
+C8160302	163
+C8160318	163
+C8160332	163
+C8160372	163
+C8160374	163
+C8160390	163
+C8160416	163
+C8160462	163
+C8160466	163
+C8160488	163
+C8160494	163
+C8160516	163
+C8160522	163
+C8160564	163
+C8160646	163
+C8160674	163
+C8160678	163
+C8160682	163
+C8160690	163
+C8160700	163
+C8160718	163
+C8160736	163
+C8160812	163
+C8160836	163
+C8160844	163
+C8160856	163
+C8160868	163
+C8160886	163
+C8160892	163
+C8160904	163
+C8160906	163
+C8160916	163
+C8160922	163
+C8160980	163
+C8160982	163
+C8161018	163
+C8161042	163
+C8161056	163
+C8161092	163
+C8161102	163
+C8161124	163
+C8161144	163
+C8161176	163
+C8161186	163
+C8161208	163
+C8161212	163
+C8161244	163
+C8161284	163
+C8161342	163
+C8161374	163
+C8161388	163
+C8161432	163
+C8161434	163
+C8161456	163
+C8161460	163
+C8161526	163
+C8161560	163
+C8161586	163
+C8161592	163
+C8161620	163
+C8161668	163
+C8161676	163
+C8161688	163
+C8161706	163
+C8161750	163
+C8161778	163
+C8161846	163
+C8161880	163
+C8161886	163
+C8161900	163
+C8161914	163
+C8161916	163
+C8161918	163
+C8161926	163
+C8161932	163
+C8161948	163
+C8161952	163
+C8161962	163
+C8161976	163
+C8162024	163
+C8162036	163
+C8162068	163
+C8162080	163
+C8162094	163
+C8162108	163
+C8162130	163
+C8162152	163
+C8162158	163
+C8162160	163
+C8162162	163
+C8162174	163
+C8162218	163
+C8162382	163
+C8162396	163
+C8162442	163
+C8162464	163
+C8162496	163
+C8162542	163
+C8162560	163
+C8162568	163
+C8162586	163
+C8162598	163
+C8162632	163
+C8162644	163
+C8162650	163
+C8162664	163
+C8162676	163
+C8162682	163
+C8162692	163
+C8162726	163
+C8162732	163
+C8162734	163
+C8162802	163
+C8162808	163
+C8162814	163
+C8162816	163
+C8162896	163
+C8162898	163
+C8162938	163
+C8162950	163
+C8162980	163
+C8162998	163
+C8163016	163
+C8163024	163
+C8163038	163
+C8163058	163
+C8163060	163
+C8163160	163
+C8163164	163
+C8163190	163
+C8163198	163
+C8163216	163
+C8163250	163
+C8163296	163
+C8163348	163
+C8163368	163
+C8163374	163
+C8163386	163
+C8163398	163
+C8163404	163
+C8163422	163
+C8163426	163
+C8163446	163
+C8163492	163
+C8163498	163
+C8163506	163
+C8163588	163
+C8163592	163
+C8163594	163
+C8163610	163
+C8163626	163
+C8163658	163
+C8163662	163
+C8163688	163
+C8163698	163
+C8163714	163
+C8163750	163
+C8163770	163
+C8163798	163
+C8163806	163
+C8163816	163
+C8163840	163
+C8163844	163
+C8163864	163
+C8163872	163
+C8163878	163
+C8163880	163
+C8163882	163
+C8163908	163
+C8163924	163
+C8163934	163
+C8163944	163
+C8163956	163
+C8163962	163
+C8163988	163
+C8164006	163
+C8164024	163
+C8164026	163
+C8164042	163
+C8164050	163
+C8164052	163
+C8164058	163
+C8164070	163
+C8164074	163
+C8164094	163
+C8164112	163
+C8164116	163
+C8164186	163
+C8164210	163
+C8164212	163
+C8164218	163
+C8164228	163
+C8164238	163
+C8164254	163
+C8164256	163
+C8164266	163
+C8164272	163
+C8164302	163
+C8164310	163
+C8164352	163
+C8164378	163
+C8164386	163
+C8164426	163
+C8164442	163
+C8164458	163
+C8164476	163
+C8164508	163
+C8164522	163
+C8164550	163
+C8164556	163
+C8164594	163
+C8164614	163
+C8164622	163
+C8164638	163
+C8164640	163
+C8164644	163
+C8164654	163
+C8164666	163
+C8164676	163
+C8164678	163
+C8164702	163
+C8164716	163
+C8164728	163
+C8164734	163
+C8164754	163
+C8164756	163
+C8164758	163
+C8164760	163
+C8164782	163
+C8164788	163
+C8164794	163
+C8164816	163
+C8164820	163
+C8164830	163
+C8164900	163
+C8164928	163
+C8164940	163
+C8164948	163
+C8164962	163
+C8164966	163
+C8164994	163
+C8165004	163
+C8165016	163
+C8165020	163
+C8165028	163
+C8165030	163
+C8165036	163
+C8165052	163
+C8165064	163
+C8165068	163
+C8165084	163
+C8165098	163
+C8165114	163
+C8165126	163
+C8165156	163
+C8165168	163
+C8165178	163
+C8165180	163
+C8165186	163
+C8165192	163
+C8165238	163
+C8165258	163
+Scaffold1859	163
+Scaffold2272	163
+Scaffold2487	163
+Scaffold2607	163
+Scaffold2983	163
+Scaffold3008	163
+Scaffold3017	163
+Scaffold3172	163
+Scaffold4728	163
+C8153965	162
+C8153973	162
+C8153981	162
+C8154003	162
+C8154029	162
+C8154055	162
+C8154095	162
+C8154107	162
+C8154111	162
+C8154127	162
+C8154147	162
+C8154183	162
+C8154187	162
+C8154205	162
+C8154227	162
+C8154249	162
+C8154251	162
+C8154257	162
+C8154283	162
+C8154317	162
+C8154417	162
+C8154419	162
+C8154425	162
+C8154459	162
+C8154467	162
+C8154471	162
+C8154475	162
+C8154481	162
+C8154487	162
+C8154505	162
+C8154509	162
+C8154531	162
+C8154535	162
+C8154537	162
+C8154583	162
+C8154591	162
+C8154603	162
+C8154631	162
+C8154655	162
+C8154671	162
+C8154697	162
+C8154709	162
+C8154713	162
+C8154743	162
+C8154771	162
+C8154785	162
+C8154789	162
+C8154801	162
+C8154825	162
+C8154827	162
+C8154855	162
+C8154891	162
+C8154911	162
+C8154953	162
+C8154983	162
+C8154985	162
+C8154995	162
+C8155043	162
+C8155093	162
+C8155099	162
+C8155107	162
+C8155151	162
+C8155195	162
+C8155199	162
+C8155203	162
+C8155219	162
+C8155221	162
+C8155245	162
+C8155247	162
+C8155305	162
+C8155311	162
+C8155397	162
+C8155407	162
+C8155419	162
+C8155435	162
+C8155445	162
+C8155473	162
+C8155481	162
+C8155487	162
+C8155501	162
+C8155517	162
+C8155553	162
+C8155555	162
+C8155565	162
+C8155571	162
+C8155649	162
+C8155681	162
+C8155697	162
+C8155733	162
+C8155735	162
+C8155753	162
+C8155763	162
+C8155765	162
+C8155767	162
+C8155773	162
+C8155779	162
+C8155813	162
+C8155817	162
+C8155851	162
+C8155889	162
+C8155917	162
+C8155927	162
+C8155929	162
+C8155937	162
+C8155945	162
+C8155951	162
+C8155999	162
+C8156025	162
+C8156051	162
+C8156061	162
+C8156141	162
+C8156157	162
+C8156161	162
+C8156181	162
+C8156193	162
+C8156197	162
+C8156205	162
+C8156207	162
+C8156217	162
+C8156249	162
+C8156257	162
+C8156269	162
+C8156277	162
+C8156285	162
+C8156293	162
+C8156307	162
+C8156311	162
+C8156317	162
+C8156321	162
+C8156347	162
+C8156367	162
+C8156369	162
+C8156387	162
+C8156403	162
+C8156421	162
+C8156427	162
+C8156503	162
+C8156517	162
+C8156577	162
+C8156579	162
+C8156587	162
+C8156599	162
+C8156627	162
+C8156641	162
+C8156647	162
+C8156655	162
+C8156659	162
+C8156679	162
+C8156717	162
+C8156733	162
+C8156785	162
+C8156833	162
+C8156851	162
+C8156921	162
+C8156925	162
+C8156927	162
+C8157009	162
+C8157011	162
+C8157015	162
+C8157029	162
+C8157037	162
+C8157051	162
+C8157065	162
+C8157121	162
+C8157149	162
+C8157159	162
+C8157171	162
+C8157187	162
+C8157213	162
+C8157235	162
+C8157255	162
+C8157285	162
+C8157295	162
+C8157305	162
+C8157307	162
+C8157331	162
+C8157341	162
+C8157349	162
+C8157403	162
+C8157407	162
+C8157415	162
+C8157427	162
+C8157429	162
+C8157441	162
+C8157473	162
+C8157485	162
+C8157511	162
+C8157513	162
+C8157557	162
+C8157565	162
+C8157591	162
+C8157609	162
+C8157613	162
+C8157619	162
+C8157633	162
+C8157651	162
+C8157687	162
+C8157697	162
+C8157725	162
+C8157727	162
+C8157731	162
+C8157813	162
+C8157823	162
+C8157839	162
+C8157885	162
+C8157919	162
+C8157921	162
+C8157933	162
+C8157945	162
+C8157949	162
+C8157951	162
+C8157959	162
+C8157971	162
+C8157979	162
+C8157993	162
+C8158069	162
+C8158087	162
+C8158099	162
+C8158119	162
+C8158123	162
+C8158163	162
+C8158177	162
+C8158179	162
+C8158183	162
+C8158203	162
+C8158213	162
+C8158217	162
+C8158235	162
+C8158239	162
+C8158241	162
+C8158263	162
+C8158271	162
+C8158287	162
+C8158299	162
+C8158301	162
+C8158317	162
+C8158347	162
+C8158357	162
+C8158375	162
+C8158389	162
+C8158413	162
+C8158439	162
+C8158445	162
+C8158449	162
+C8158468	162
+C8158472	162
+C8158482	162
+C8158512	162
+C8158516	162
+C8158548	162
+C8158554	162
+C8158574	162
+C8158594	162
+C8158610	162
+C8158616	162
+C8158618	162
+C8158620	162
+C8158630	162
+C8158640	162
+C8158644	162
+C8158668	162
+C8158678	162
+C8158696	162
+C8158704	162
+C8158712	162
+C8158728	162
+C8158764	162
+C8158776	162
+C8158780	162
+C8158786	162
+C8158808	162
+C8158842	162
+C8158864	162
+C8158878	162
+C8158934	162
+C8158958	162
+C8158966	162
+C8158978	162
+C8158990	162
+C8158996	162
+C8159002	162
+C8159008	162
+C8159012	162
+C8159018	162
+C8159042	162
+C8159046	162
+C8159062	162
+C8159112	162
+C8159116	162
+C8159122	162
+C8159124	162
+C8159130	162
+C8159140	162
+C8159146	162
+C8159158	162
+C8159194	162
+C8159212	162
+C8159230	162
+C8159252	162
+C8159264	162
+C8159284	162
+C8159306	162
+C8159390	162
+C8159438	162
+C8159444	162
+C8159458	162
+C8159468	162
+C8159508	162
+C8159544	162
+C8159568	162
+C8159590	162
+C8159600	162
+Scaffold1414	162
+Scaffold1619	162
+Scaffold2216	162
+Scaffold2525	162
+Scaffold3726	162
+C8147745	161
+C8147747	161
+C8147759	161
+C8147793	161
+C8147799	161
+C8147801	161
+C8147841	161
+C8147843	161
+C8147849	161
+C8147855	161
+C8147857	161
+C8147875	161
+C8147893	161
+C8147915	161
+C8147921	161
+C8147953	161
+C8147971	161
+C8147991	161
+C8147999	161
+C8148023	161
+C8148051	161
+C8148075	161
+C8148097	161
+C8148107	161
+C8148111	161
+C8148139	161
+C8148147	161
+C8148171	161
+C8148205	161
+C8148247	161
+C8148249	161
+C8148263	161
+C8148281	161
+C8148335	161
+C8148349	161
+C8148361	161
+C8148389	161
+C8148403	161
+C8148431	161
+C8148447	161
+C8148449	161
+C8148453	161
+C8148477	161
+C8148481	161
+C8148491	161
+C8148493	161
+C8148499	161
+C8148501	161
+C8148513	161
+C8148559	161
+C8148579	161
+C8148587	161
+C8148595	161
+C8148599	161
+C8148601	161
+C8148639	161
+C8148645	161
+C8148679	161
+C8148719	161
+C8148727	161
+C8148759	161
+C8148783	161
+C8148785	161
+C8148801	161
+C8148817	161
+C8148819	161
+C8148821	161
+C8148831	161
+C8148887	161
+C8148897	161
+C8148921	161
+C8148951	161
+C8148961	161
+C8148967	161
+C8149007	161
+C8149019	161
+C8149051	161
+C8149067	161
+C8149071	161
+C8149083	161
+C8149103	161
+C8149147	161
+C8149157	161
+C8149207	161
+C8149223	161
+C8149225	161
+C8149229	161
+C8149241	161
+C8149275	161
+C8149299	161
+C8149311	161
+C8149325	161
+C8149329	161
+C8149341	161
+C8149377	161
+C8149455	161
+C8149461	161
+C8149497	161
+C8149503	161
+C8149509	161
+C8149515	161
+C8149527	161
+C8149573	161
+C8149577	161
+C8149591	161
+C8149661	161
+C8149683	161
+C8149687	161
+C8149689	161
+C8149701	161
+C8149705	161
+C8149715	161
+C8149721	161
+C8149735	161
+C8149757	161
+C8149771	161
+C8149773	161
+C8149775	161
+C8149817	161
+C8149831	161
+C8149871	161
+C8149877	161
+C8149897	161
+C8149901	161
+C8149903	161
+C8149939	161
+C8149957	161
+C8149981	161
+C8149991	161
+C8150011	161
+C8150025	161
+C8150029	161
+C8150075	161
+C8150079	161
+C8150083	161
+C8150089	161
+C8150101	161
+C8150113	161
+C8150115	161
+C8150131	161
+C8150141	161
+C8150143	161
+C8150149	161
+C8150159	161
+C8150167	161
+C8150221	161
+C8150281	161
+C8150287	161
+C8150307	161
+C8150317	161
+C8150373	161
+C8150379	161
+C8150443	161
+C8150457	161
+C8150497	161
+C8150519	161
+C8150537	161
+C8150559	161
+C8150565	161
+C8150639	161
+C8150647	161
+C8150655	161
+C8150677	161
+C8150685	161
+C8150687	161
+C8150735	161
+C8150739	161
+C8150775	161
+C8150797	161
+C8150845	161
+C8150863	161
+C8150869	161
+C8150881	161
+C8150903	161
+C8150919	161
+C8150921	161
+C8150931	161
+C8150935	161
+C8150943	161
+C8150949	161
+C8150951	161
+C8150963	161
+C8150965	161
+C8150971	161
+C8150989	161
+C8151015	161
+C8151021	161
+C8151119	161
+C8151121	161
+C8151151	161
+C8151185	161
+C8151189	161
+C8151193	161
+C8151203	161
+C8151243	161
+C8151265	161
+C8151277	161
+C8151283	161
+C8151301	161
+C8151313	161
+C8151319	161
+C8151323	161
+C8151327	161
+C8151341	161
+C8151351	161
+C8151415	161
+C8151417	161
+C8151439	161
+C8151445	161
+C8151475	161
+C8151477	161
+C8151483	161
+C8151503	161
+C8151505	161
+C8151533	161
+C8151543	161
+C8151565	161
+C8151595	161
+C8151619	161
+C8151651	161
+C8151675	161
+C8151701	161
+C8151707	161
+C8151709	161
+C8151711	161
+C8151721	161
+C8151725	161
+C8151727	161
+C8151753	161
+C8151775	161
+C8151781	161
+C8151785	161
+C8151827	161
+C8151839	161
+C8151841	161
+C8151851	161
+C8151865	161
+C8151881	161
+C8151901	161
+C8151913	161
+C8151927	161
+C8151961	161
+C8151979	161
+C8152009	161
+C8152023	161
+C8152025	161
+C8152035	161
+C8152103	161
+C8152175	161
+C8152263	161
+C8152269	161
+C8152271	161
+C8152279	161
+C8152293	161
+C8152295	161
+C8152297	161
+C8152317	161
+C8152321	161
+C8152345	161
+C8152369	161
+C8152389	161
+C8152391	161
+C8152429	161
+C8152439	161
+C8152441	161
+C8152451	161
+C8152467	161
+C8152475	161
+C8152481	161
+C8152503	161
+C8152505	161
+C8152527	161
+C8152533	161
+C8152591	161
+C8152625	161
+C8152629	161
+C8152671	161
+C8152685	161
+C8152687	161
+C8152691	161
+C8152707	161
+C8152719	161
+C8152731	161
+C8152753	161
+C8152765	161
+C8152791	161
+C8152793	161
+C8152827	161
+C8152843	161
+C8152853	161
+C8152873	161
+C8152907	161
+C8152915	161
+C8152951	161
+C8152961	161
+C8152965	161
+C8152973	161
+C8152985	161
+C8153031	161
+C8153063	161
+C8153085	161
+C8153097	161
+C8153115	161
+C8153119	161
+C8153163	161
+C8153167	161
+C8153171	161
+C8153173	161
+C8153177	161
+C8153185	161
+C8153223	161
+C8153237	161
+C8153245	161
+C8153255	161
+C8153279	161
+C8153301	161
+C8153317	161
+C8153331	161
+C8153363	161
+C8153419	161
+C8153429	161
+C8153453	161
+C8153463	161
+C8153481	161
+C8153521	161
+C8153535	161
+C8153537	161
+C8153555	161
+C8153565	161
+C8153601	161
+C8153613	161
+C8153619	161
+C8153635	161
+C8153639	161
+C8153641	161
+C8153691	161
+C8153705	161
+C8153713	161
+C8153731	161
+C8153785	161
+C8153809	161
+C8153825	161
+C8153831	161
+C8153863	161
+C8153919	161
+C8153929	161
+C8153931	161
+C8153951	161
+Scaffold2973	161
+Scaffold3489	161
+Scaffold3706	161
+C8141585	160
+C8141647	160
+C8141673	160
+C8141691	160
+C8141719	160
+C8141757	160
+C8141769	160
+C8141777	160
+C8141795	160
+C8141819	160
+C8141837	160
+C8141849	160
+C8141851	160
+C8141879	160
+C8141893	160
+C8141897	160
+C8141903	160
+C8141907	160
+C8141925	160
+C8141943	160
+C8141945	160
+C8141947	160
+C8141967	160
+C8141979	160
+C8141983	160
+C8142021	160
+C8142025	160
+C8142035	160
+C8142071	160
+C8142073	160
+C8142077	160
+C8142091	160
+C8142111	160
+C8142123	160
+C8142127	160
+C8142141	160
+C8142165	160
+C8142183	160
+C8142253	160
+C8142261	160
+C8142283	160
+C8142323	160
+C8142325	160
+C8142357	160
+C8142361	160
+C8142365	160
+C8142371	160
+C8142393	160
+C8142397	160
+C8142399	160
+C8142411	160
+C8142421	160
+C8142517	160
+C8142521	160
+C8142549	160
+C8142593	160
+C8142597	160
+C8142605	160
+C8142611	160
+C8142631	160
+C8142641	160
+C8142655	160
+C8142663	160
+C8142683	160
+C8142685	160
+C8142687	160
+C8142707	160
+C8142715	160
+C8142723	160
+C8142727	160
+C8142755	160
+C8142763	160
+C8142791	160
+C8142813	160
+C8142823	160
+C8142825	160
+C8142849	160
+C8142917	160
+C8142937	160
+C8142961	160
+C8142995	160
+C8143001	160
+C8143025	160
+C8143029	160
+C8143071	160
+C8143113	160
+C8143129	160
+C8143205	160
+C8143225	160
+C8143247	160
+C8143257	160
+C8143263	160
+C8143275	160
+C8143277	160
+C8143295	160
+C8143299	160
+C8143365	160
+C8143395	160
+C8143455	160
+C8143483	160
+C8143501	160
+C8143511	160
+C8143521	160
+C8143531	160
+C8143535	160
+C8143579	160
+C8143585	160
+C8143651	160
+C8143655	160
+C8143657	160
+C8143679	160
+C8143717	160
+C8143733	160
+C8143741	160
+C8143769	160
+C8143785	160
+C8143797	160
+C8143859	160
+C8143881	160
+C8143889	160
+C8143899	160
+C8143901	160
+C8143903	160
+C8143911	160
+C8143913	160
+C8143931	160
+C8143957	160
+C8143961	160
+C8143989	160
+C8144033	160
+C8144037	160
+C8144045	160
+C8144071	160
+C8144087	160
+C8144127	160
+C8144139	160
+C8144147	160
+C8144155	160
+C8144181	160
+C8144215	160
+C8144233	160
+C8144253	160
+C8144327	160
+C8144329	160
+C8144373	160
+C8144379	160
+C8144387	160
+C8144393	160
+C8144405	160
+C8144413	160
+C8144431	160
+C8144437	160
+C8144447	160
+C8144497	160
+C8144499	160
+C8144505	160
+C8144525	160
+C8144559	160
+C8144569	160
+C8144575	160
+C8144587	160
+C8144595	160
+C8144655	160
+C8144663	160
+C8144683	160
+C8144687	160
+C8144715	160
+C8144717	160
+C8144755	160
+C8144757	160
+C8144761	160
+C8144773	160
+C8144789	160
+C8144803	160
+C8144819	160
+C8144829	160
+C8144831	160
+C8144851	160
+C8144853	160
+C8144875	160
+C8144889	160
+C8144905	160
+C8144933	160
+C8144961	160
+C8144965	160
+C8144967	160
+C8144969	160
+C8144999	160
+C8145015	160
+C8145019	160
+C8145025	160
+C8145027	160
+C8145075	160
+C8145079	160
+C8145107	160
+C8145113	160
+C8145125	160
+C8145133	160
+C8145151	160
+C8145199	160
+C8145247	160
+C8145251	160
+C8145291	160
+C8145295	160
+C8145311	160
+C8145335	160
+C8145387	160
+C8145403	160
+C8145425	160
+C8145427	160
+C8145441	160
+C8145455	160
+C8145461	160
+C8145495	160
+C8145507	160
+C8145591	160
+C8145607	160
+C8145611	160
+C8145627	160
+C8145631	160
+C8145637	160
+C8145663	160
+C8145665	160
+C8145671	160
+C8145679	160
+C8145703	160
+C8145769	160
+C8145773	160
+C8145791	160
+C8145795	160
+C8145833	160
+C8145835	160
+C8145869	160
+C8145879	160
+C8145897	160
+C8145949	160
+C8146051	160
+C8146061	160
+C8146071	160
+C8146079	160
+C8146107	160
+C8146125	160
+C8146133	160
+C8146139	160
+C8146155	160
+C8146159	160
+C8146171	160
+C8146215	160
+C8146245	160
+C8146257	160
+C8146343	160
+C8146351	160
+C8146355	160
+C8146363	160
+C8146369	160
+C8146375	160
+C8146383	160
+C8146403	160
+C8146407	160
+C8146415	160
+C8146421	160
+C8146425	160
+C8146431	160
+C8146463	160
+C8146473	160
+C8146551	160
+C8146569	160
+C8146605	160
+C8146609	160
+C8146627	160
+C8146649	160
+C8146677	160
+C8146691	160
+C8146699	160
+C8146713	160
+C8146733	160
+C8146751	160
+C8146753	160
+C8146755	160
+C8146765	160
+C8146767	160
+C8146771	160
+C8146801	160
+C8146807	160
+C8146841	160
+C8146879	160
+C8146883	160
+C8146931	160
+C8146935	160
+C8146947	160
+C8146963	160
+C8146975	160
+C8147027	160
+C8147049	160
+C8147059	160
+C8147061	160
+C8147067	160
+C8147071	160
+C8147083	160
+C8147085	160
+C8147101	160
+C8147105	160
+C8147119	160
+C8147127	160
+C8147131	160
+C8147151	160
+C8147165	160
+C8147173	160
+C8147179	160
+C8147201	160
+C8147209	160
+C8147215	160
+C8147229	160
+C8147293	160
+C8147335	160
+C8147365	160
+C8147375	160
+C8147381	160
+C8147383	160
+C8147419	160
+C8147443	160
+C8147449	160
+C8147455	160
+C8147461	160
+C8147485	160
+C8147517	160
+C8147555	160
+C8147563	160
+C8147605	160
+C8147639	160
+C8147703	160
+C8147707	160
+C8147717	160
+C8147727	160
+C8147733	160
+Scaffold1174	160
+Scaffold3027	160
+Scaffold3270	160
+Scaffold4019	160
+Scaffold886	160
+C8135345	159
+C8135349	159
+C8135355	159
+C8135357	159
+C8135429	159
+C8135431	159
+C8135471	159
+C8135481	159
+C8135483	159
+C8135499	159
+C8135533	159
+C8135549	159
+C8135569	159
+C8135631	159
+C8135655	159
+C8135665	159
+C8135703	159
+C8135705	159
+C8135711	159
+C8135713	159
+C8135715	159
+C8135717	159
+C8135721	159
+C8135755	159
+C8135757	159
+C8135759	159
+C8135763	159
+C8135765	159
+C8135785	159
+C8135803	159
+C8135827	159
+C8135853	159
+C8135885	159
+C8135895	159
+C8135939	159
+C8135945	159
+C8135947	159
+C8135959	159
+C8135963	159
+C8135973	159
+C8135979	159
+C8136001	159
+C8136035	159
+C8136051	159
+C8136075	159
+C8136113	159
+C8136119	159
+C8136127	159
+C8136129	159
+C8136155	159
+C8136179	159
+C8136187	159
+C8136199	159
+C8136205	159
+C8136221	159
+C8136265	159
+C8136291	159
+C8136305	159
+C8136315	159
+C8136325	159
+C8136327	159
+C8136363	159
+C8136391	159
+C8136447	159
+C8136465	159
+C8136479	159
+C8136537	159
+C8136543	159
+C8136547	159
+C8136581	159
+C8136613	159
+C8136629	159
+C8136647	159
+C8136651	159
+C8136659	159
+C8136681	159
+C8136721	159
+C8136727	159
+C8136739	159
+C8136753	159
+C8136755	159
+C8136759	159
+C8136775	159
+C8136779	159
+C8136831	159
+C8136835	159
+C8136843	159
+C8136869	159
+C8136877	159
+C8136889	159
+C8136893	159
+C8136905	159
+C8136913	159
+C8136941	159
+C8136949	159
+C8136981	159
+C8137013	159
+C8137021	159
+C8137059	159
+C8137085	159
+C8137159	159
+C8137191	159
+C8137193	159
+C8137213	159
+C8137227	159
+C8137229	159
+C8137251	159
+C8137261	159
+C8137263	159
+C8137283	159
+C8137301	159
+C8137345	159
+C8137351	159
+C8137385	159
+C8137447	159
+C8137469	159
+C8137471	159
+C8137583	159
+C8137585	159
+C8137605	159
+C8137637	159
+C8137657	159
+C8137699	159
+C8137723	159
+C8137765	159
+C8137779	159
+C8137789	159
+C8137791	159
+C8137823	159
+C8137837	159
+C8137841	159
+C8137851	159
+C8137873	159
+C8137883	159
+C8137927	159
+C8137953	159
+C8137957	159
+C8137977	159
+C8137987	159
+C8138015	159
+C8138027	159
+C8138065	159
+C8138077	159
+C8138141	159
+C8138147	159
+C8138171	159
+C8138177	159
+C8138187	159
+C8138215	159
+C8138219	159
+C8138237	159
+C8138241	159
+C8138281	159
+C8138321	159
+C8138345	159
+C8138409	159
+C8138443	159
+C8138505	159
+C8138541	159
+C8138565	159
+C8138617	159
+C8138637	159
+C8138655	159
+C8138665	159
+C8138685	159
+C8138687	159
+C8138689	159
+C8138761	159
+C8138769	159
+C8138775	159
+C8138785	159
+C8138789	159
+C8138803	159
+C8138823	159
+C8138829	159
+C8138855	159
+C8138857	159
+C8138863	159
+C8138871	159
+C8138889	159
+C8138915	159
+C8138943	159
+C8138951	159
+C8138953	159
+C8138961	159
+C8138975	159
+C8139005	159
+C8139011	159
+C8139025	159
+C8139045	159
+C8139067	159
+C8139073	159
+C8139081	159
+C8139105	159
+C8139111	159
+C8139117	159
+C8139119	159
+C8139133	159
+C8139135	159
+C8139137	159
+C8139139	159
+C8139167	159
+C8139169	159
+C8139175	159
+C8139189	159
+C8139267	159
+C8139303	159
+C8139317	159
+C8139327	159
+C8139337	159
+C8139383	159
+C8139387	159
+C8139391	159
+C8139399	159
+C8139467	159
+C8139513	159
+C8139537	159
+C8139543	159
+C8139591	159
+C8139641	159
+C8139679	159
+C8139745	159
+C8139805	159
+C8139817	159
+C8139823	159
+C8139837	159
+C8139853	159
+C8139863	159
+C8139921	159
+C8139927	159
+C8139933	159
+C8139951	159
+C8139961	159
+C8139963	159
+C8139979	159
+C8139991	159
+C8140003	159
+C8140033	159
+C8140035	159
+C8140041	159
+C8140083	159
+C8140091	159
+C8140123	159
+C8140219	159
+C8140239	159
+C8140265	159
+C8140271	159
+C8140273	159
+C8140329	159
+C8140339	159
+C8140343	159
+C8140353	159
+C8140363	159
+C8140371	159
+C8140381	159
+C8140417	159
+C8140419	159
+C8140423	159
+C8140439	159
+C8140447	159
+C8140459	159
+C8140463	159
+C8140467	159
+C8140471	159
+C8140475	159
+C8140487	159
+C8140505	159
+C8140509	159
+C8140511	159
+C8140515	159
+C8140529	159
+C8140537	159
+C8140549	159
+C8140561	159
+C8140567	159
+C8140589	159
+C8140627	159
+C8140631	159
+C8140663	159
+C8140667	159
+C8140669	159
+C8140679	159
+C8140691	159
+C8140695	159
+C8140713	159
+C8140717	159
+C8140753	159
+C8140773	159
+C8140775	159
+C8140809	159
+C8140813	159
+C8140837	159
+C8140849	159
+C8140865	159
+C8140887	159
+C8140895	159
+C8140897	159
+C8140903	159
+C8141025	159
+C8141029	159
+C8141045	159
+C8141091	159
+C8141093	159
+C8141127	159
+C8141133	159
+C8141135	159
+C8141145	159
+C8141151	159
+C8141157	159
+C8141165	159
+C8141169	159
+C8141183	159
+C8141189	159
+C8141205	159
+C8141223	159
+C8141235	159
+C8141237	159
+C8141239	159
+C8141241	159
+C8141245	159
+C8141247	159
+C8141253	159
+C8141279	159
+C8141307	159
+C8141327	159
+C8141335	159
+C8141351	159
+C8141355	159
+C8141367	159
+C8141383	159
+C8141437	159
+C8141441	159
+C8141463	159
+C8141477	159
+C8141525	159
+C8141535	159
+C8141537	159
+Scaffold1104	159
+Scaffold2646	159
+Scaffold3650	159
+C8129068	158
+C8129088	158
+C8129108	158
+C8129126	158
+C8129130	158
+C8129170	158
+C8129214	158
+C8129290	158
+C8129304	158
+C8129306	158
+C8129308	158
+C8129328	158
+C8129340	158
+C8129364	158
+C8129380	158
+C8129418	158
+C8129484	158
+C8129490	158
+C8129500	158
+C8129544	158
+C8129566	158
+C8129570	158
+C8129576	158
+C8129578	158
+C8129580	158
+C8129624	158
+C8129632	158
+C8129636	158
+C8129648	158
+C8129658	158
+C8129676	158
+C8129708	158
+C8129722	158
+C8129726	158
+C8129734	158
+C8129794	158
+C8129796	158
+C8129802	158
+C8129838	158
+C8129866	158
+C8129874	158
+C8129878	158
+C8129940	158
+C8129946	158
+C8129964	158
+C8130004	158
+C8130012	158
+C8130028	158
+C8130030	158
+C8130036	158
+C8130048	158
+C8130080	158
+C8130084	158
+C8130100	158
+C8130106	158
+C8130126	158
+C8130154	158
+C8130170	158
+C8130206	158
+C8130212	158
+C8130214	158
+C8130238	158
+C8130242	158
+C8130276	158
+C8130284	158
+C8130308	158
+C8130334	158
+C8130350	158
+C8130360	158
+C8130416	158
+C8130440	158
+C8130444	158
+C8130454	158
+C8130500	158
+C8130502	158
+C8130542	158
+C8130544	158
+C8130554	158
+C8130570	158
+C8130574	158
+C8130586	158
+C8130608	158
+C8130612	158
+C8130634	158
+C8130656	158
+C8130662	158
+C8130688	158
+C8130712	158
+C8130720	158
+C8130728	158
+C8130736	158
+C8130762	158
+C8130770	158
+C8130772	158
+C8130788	158
+C8130798	158
+C8130802	158
+C8130864	158
+C8130894	158
+C8130946	158
+C8130970	158
+C8130982	158
+C8130984	158
+C8130996	158
+C8131006	158
+C8131012	158
+C8131030	158
+C8131036	158
+C8131052	158
+C8131096	158
+C8131102	158
+C8131104	158
+C8131128	158
+C8131134	158
+C8131144	158
+C8131146	158
+C8131148	158
+C8131170	158
+C8131226	158
+C8131244	158
+C8131280	158
+C8131296	158
+C8131302	158
+C8131344	158
+C8131356	158
+C8131398	158
+C8131404	158
+C8131422	158
+C8131426	158
+C8131464	158
+C8131468	158
+C8131488	158
+C8131508	158
+C8131540	158
+C8131554	158
+C8131560	158
+C8131570	158
+C8131580	158
+C8131596	158
+C8131598	158
+C8131604	158
+C8131632	158
+C8131638	158
+C8131658	158
+C8131664	158
+C8131672	158
+C8131680	158
+C8131682	158
+C8131692	158
+C8131694	158
+C8131698	158
+C8131732	158
+C8131770	158
+C8131800	158
+C8131868	158
+C8131898	158
+C8131908	158
+C8131926	158
+C8131938	158
+C8131970	158
+C8131984	158
+C8132000	158
+C8132006	158
+C8132046	158
+C8132104	158
+C8132116	158
+C8132122	158
+C8132132	158
+C8132184	158
+C8132228	158
+C8132258	158
+C8132262	158
+C8132264	158
+C8132310	158
+C8132312	158
+C8132316	158
+C8132318	158
+C8132322	158
+C8132334	158
+C8132352	158
+C8132364	158
+C8132378	158
+C8132412	158
+C8132470	158
+C8132552	158
+C8132572	158
+C8132590	158
+C8132598	158
+C8132606	158
+C8132646	158
+C8132648	158
+C8132658	158
+C8132668	158
+C8132682	158
+C8132700	158
+C8132704	158
+C8132710	158
+C8132718	158
+C8132750	158
+C8132764	158
+C8132790	158
+C8132796	158
+C8132816	158
+C8132828	158
+C8132830	158
+C8132854	158
+C8132880	158
+C8132890	158
+C8132900	158
+C8132908	158
+C8132936	158
+C8132938	158
+C8132944	158
+C8132952	158
+C8132960	158
+C8132994	158
+C8133010	158
+C8133050	158
+C8133060	158
+C8133068	158
+C8133078	158
+C8133082	158
+C8133084	158
+C8133104	158
+C8133114	158
+C8133128	158
+C8133170	158
+C8133182	158
+C8133206	158
+C8133236	158
+C8133242	158
+C8133270	158
+C8133306	158
+C8133316	158
+C8133350	158
+C8133394	158
+C8133468	158
+C8133492	158
+C8133510	158
+C8133534	158
+C8133550	158
+C8133554	158
+C8133600	158
+C8133612	158
+C8133632	158
+C8133634	158
+C8133668	158
+C8133680	158
+C8133682	158
+C8133734	158
+C8133746	158
+C8133756	158
+C8133778	158
+C8133802	158
+C8133830	158
+C8133848	158
+C8133852	158
+C8133858	158
+C8133862	158
+C8133878	158
+C8133884	158
+C8133914	158
+C8133968	158
+C8133992	158
+C8134000	158
+C8134002	158
+C8134006	158
+C8134012	158
+C8134074	158
+C8134120	158
+C8134130	158
+C8134136	158
+C8134150	158
+C8134156	158
+C8134186	158
+C8134208	158
+C8134244	158
+C8134266	158
+C8134268	158
+C8134282	158
+C8134298	158
+C8134322	158
+C8134404	158
+C8134420	158
+C8134424	158
+C8134448	158
+C8134454	158
+C8134478	158
+C8134490	158
+C8134496	158
+C8134504	158
+C8134516	158
+C8134526	158
+C8134542	158
+C8134552	158
+C8134564	158
+C8134574	158
+C8134588	158
+C8134616	158
+C8134646	158
+C8134680	158
+C8134690	158
+C8134696	158
+C8134730	158
+C8134748	158
+C8134780	158
+C8134792	158
+C8134796	158
+C8134816	158
+C8134824	158
+C8134846	158
+C8134858	158
+C8134884	158
+C8134894	158
+C8134896	158
+C8134908	158
+C8134910	158
+C8134948	158
+C8134962	158
+C8134964	158
+C8134966	158
+C8134981	158
+C8135101	158
+C8135109	158
+C8135123	158
+C8135129	158
+C8135133	158
+C8135139	158
+C8135141	158
+C8135157	158
+C8135185	158
+C8135201	158
+C8135243	158
+C8135281	158
+C8135295	158
+C8135311	158
+C8135317	158
+Scaffold3353	158
+C8122470	157
+C8122484	157
+C8122496	157
+C8122500	157
+C8122516	157
+C8122544	157
+C8122574	157
+C8122576	157
+C8122584	157
+C8122630	157
+C8122644	157
+C8122666	157
+C8122676	157
+C8122726	157
+C8122732	157
+C8122764	157
+C8122772	157
+C8122774	157
+C8122802	157
+C8122822	157
+C8122824	157
+C8122842	157
+C8122872	157
+C8122874	157
+C8122902	157
+C8122908	157
+C8122934	157
+C8122964	157
+C8122972	157
+C8122996	157
+C8123000	157
+C8123004	157
+C8123022	157
+C8123028	157
+C8123036	157
+C8123040	157
+C8123048	157
+C8123054	157
+C8123078	157
+C8123084	157
+C8123104	157
+C8123142	157
+C8123148	157
+C8123152	157
+C8123182	157
+C8123246	157
+C8123260	157
+C8123262	157
+C8123266	157
+C8123288	157
+C8123292	157
+C8123302	157
+C8123342	157
+C8123376	157
+C8123422	157
+C8123456	157
+C8123470	157
+C8123480	157
+C8123486	157
+C8123500	157
+C8123512	157
+C8123520	157
+C8123532	157
+C8123534	157
+C8123536	157
+C8123554	157
+C8123566	157
+C8123578	157
+C8123586	157
+C8123596	157
+C8123610	157
+C8123620	157
+C8123634	157
+C8123650	157
+C8123658	157
+C8123710	157
+C8123712	157
+C8123734	157
+C8123754	157
+C8123788	157
+C8123822	157
+C8123826	157
+C8123882	157
+C8123914	157
+C8123928	157
+C8123934	157
+C8123954	157
+C8123978	157
+C8123980	157
+C8123982	157
+C8123988	157
+C8123996	157
+C8124006	157
+C8124034	157
+C8124058	157
+C8124082	157
+C8124098	157
+C8124114	157
+C8124130	157
+C8124146	157
+C8124154	157
+C8124162	157
+C8124168	157
+C8124176	157
+C8124178	157
+C8124180	157
+C8124184	157
+C8124194	157
+C8124210	157
+C8124212	157
+C8124242	157
+C8124260	157
+C8124268	157
+C8124280	157
+C8124282	157
+C8124294	157
+C8124298	157
+C8124328	157
+C8124374	157
+C8124386	157
+C8124398	157
+C8124402	157
+C8124408	157
+C8124416	157
+C8124418	157
+C8124442	157
+C8124444	157
+C8124452	157
+C8124468	157
+C8124518	157
+C8124522	157
+C8124528	157
+C8124530	157
+C8124538	157
+C8124550	157
+C8124664	157
+C8124666	157
+C8124762	157
+C8124766	157
+C8124768	157
+C8124776	157
+C8124788	157
+C8124804	157
+C8124824	157
+C8124826	157
+C8124866	157
+C8124868	157
+C8124876	157
+C8124904	157
+C8124916	157
+C8124926	157
+C8124958	157
+C8124960	157
+C8124992	157
+C8125010	157
+C8125024	157
+C8125028	157
+C8125054	157
+C8125062	157
+C8125080	157
+C8125104	157
+C8125110	157
+C8125126	157
+C8125144	157
+C8125154	157
+C8125158	157
+C8125160	157
+C8125170	157
+C8125182	157
+C8125200	157
+C8125226	157
+C8125232	157
+C8125322	157
+C8125330	157
+C8125344	157
+C8125346	157
+C8125354	157
+C8125398	157
+C8125400	157
+C8125406	157
+C8125454	157
+C8125460	157
+C8125524	157
+C8125552	157
+C8125568	157
+C8125592	157
+C8125594	157
+C8125614	157
+C8125666	157
+C8125690	157
+C8125708	157
+C8125710	157
+C8125734	157
+C8125754	157
+C8125762	157
+C8125826	157
+C8125834	157
+C8125872	157
+C8125888	157
+C8125894	157
+C8125904	157
+C8125922	157
+C8125948	157
+C8125958	157
+C8125960	157
+C8125966	157
+C8125974	157
+C8126020	157
+C8126064	157
+C8126094	157
+C8126120	157
+C8126138	157
+C8126146	157
+C8126200	157
+C8126242	157
+C8126252	157
+C8126254	157
+C8126264	157
+C8126282	157
+C8126300	157
+C8126352	157
+C8126386	157
+C8126434	157
+C8126444	157
+C8126460	157
+C8126480	157
+C8126528	157
+C8126570	157
+C8126574	157
+C8126580	157
+C8126582	157
+C8126632	157
+C8126734	157
+C8126740	157
+C8126758	157
+C8126776	157
+C8126788	157
+C8126804	157
+C8126828	157
+C8126832	157
+C8126842	157
+C8126848	157
+C8126876	157
+C8126878	157
+C8126886	157
+C8126926	157
+C8126930	157
+C8126948	157
+C8126970	157
+C8126974	157
+C8126990	157
+C8126992	157
+C8126994	157
+C8126996	157
+C8127012	157
+C8127040	157
+C8127066	157
+C8127068	157
+C8127074	157
+C8127084	157
+C8127094	157
+C8127104	157
+C8127108	157
+C8127110	157
+C8127118	157
+C8127122	157
+C8127148	157
+C8127156	157
+C8127180	157
+C8127182	157
+C8127196	157
+C8127220	157
+C8127238	157
+C8127272	157
+C8127282	157
+C8127336	157
+C8127340	157
+C8127344	157
+C8127380	157
+C8127382	157
+C8127384	157
+C8127422	157
+C8127426	157
+C8127452	157
+C8127512	157
+C8127540	157
+C8127542	157
+C8127564	157
+C8127580	157
+C8127592	157
+C8127594	157
+C8127598	157
+C8127606	157
+C8127644	157
+C8127648	157
+C8127674	157
+C8127678	157
+C8127692	157
+C8127694	157
+C8127710	157
+C8127714	157
+C8127750	157
+C8127756	157
+C8127758	157
+C8127766	157
+C8127768	157
+C8127776	157
+C8127786	157
+C8127792	157
+C8127814	157
+C8127854	157
+C8127856	157
+C8127858	157
+C8127872	157
+C8127880	157
+C8127894	157
+C8127900	157
+C8127902	157
+C8127910	157
+C8127924	157
+C8127928	157
+C8127932	157
+C8127950	157
+C8127994	157
+C8127998	157
+C8128006	157
+C8128016	157
+C8128078	157
+C8128086	157
+C8128088	157
+C8128094	157
+C8128114	157
+C8128116	157
+C8128126	157
+C8128142	157
+C8128186	157
+C8128194	157
+C8128226	157
+C8128230	157
+C8128264	157
+C8128268	157
+C8128270	157
+C8128274	157
+C8128280	157
+C8128290	157
+C8128346	157
+C8128360	157
+C8128376	157
+C8128418	157
+C8128424	157
+C8128434	157
+C8128442	157
+C8128458	157
+C8128470	157
+C8128496	157
+C8128510	157
+C8128514	157
+C8128524	157
+C8128552	157
+C8128572	157
+C8128590	157
+C8128606	157
+C8128614	157
+C8128616	157
+C8128630	157
+C8128640	157
+C8128642	157
+C8128652	157
+C8128660	157
+C8128670	157
+C8128674	157
+C8128678	157
+C8128680	157
+C8128688	157
+C8128690	157
+C8128692	157
+C8128712	157
+C8128738	157
+C8128762	157
+C8128784	157
+C8128788	157
+C8128808	157
+C8128816	157
+C8128852	157
+C8128858	157
+C8128876	157
+C8128892	157
+C8128900	157
+C8128912	157
+C8128934	157
+C8128954	157
+C8128964	157
+C8128976	157
+C8128978	157
+C8128994	157
+C8129016	157
+C8129034	157
+C8129058	157
+C8129064	157
+C8129066	157
+Scaffold2064	157
+C8116186	156
+C8116202	156
+C8116212	156
+C8116232	156
+C8116244	156
+C8116252	156
+C8116266	156
+C8116270	156
+C8116280	156
+C8116296	156
+C8116346	156
+C8116362	156
+C8116408	156
+C8116432	156
+C8116452	156
+C8116508	156
+C8116514	156
+C8116522	156
+C8116528	156
+C8116570	156
+C8116582	156
+C8116592	156
+C8116594	156
+C8116600	156
+C8116602	156
+C8116620	156
+C8116634	156
+C8116646	156
+C8116660	156
+C8116674	156
+C8116676	156
+C8116702	156
+C8116706	156
+C8116716	156
+C8116726	156
+C8116768	156
+C8116778	156
+C8116786	156
+C8116814	156
+C8116826	156
+C8116842	156
+C8116888	156
+C8116922	156
+C8116940	156
+C8116960	156
+C8116966	156
+C8116988	156
+C8116992	156
+C8117006	156
+C8117030	156
+C8117036	156
+C8117038	156
+C8117086	156
+C8117094	156
+C8117100	156
+C8117102	156
+C8117114	156
+C8117120	156
+C8117150	156
+C8117158	156
+C8117196	156
+C8117222	156
+C8117232	156
+C8117258	156
+C8117278	156
+C8117282	156
+C8117296	156
+C8117298	156
+C8117320	156
+C8117322	156
+C8117324	156
+C8117328	156
+C8117358	156
+C8117368	156
+C8117414	156
+C8117438	156
+C8117442	156
+C8117446	156
+C8117452	156
+C8117464	156
+C8117472	156
+C8117478	156
+C8117514	156
+C8117516	156
+C8117526	156
+C8117532	156
+C8117544	156
+C8117560	156
+C8117576	156
+C8117586	156
+C8117590	156
+C8117592	156
+C8117608	156
+C8117620	156
+C8117622	156
+C8117628	156
+C8117654	156
+C8117662	156
+C8117722	156
+C8117746	156
+C8117784	156
+C8117786	156
+C8117800	156
+C8117814	156
+C8117844	156
+C8117878	156
+C8117880	156
+C8117910	156
+C8117924	156
+C8117928	156
+C8117940	156
+C8117952	156
+C8117976	156
+C8118008	156
+C8118014	156
+C8118068	156
+C8118104	156
+C8118116	156
+C8118140	156
+C8118154	156
+C8118164	156
+C8118180	156
+C8118218	156
+C8118222	156
+C8118226	156
+C8118264	156
+C8118280	156
+C8118284	156
+C8118312	156
+C8118328	156
+C8118332	156
+C8118338	156
+C8118358	156
+C8118368	156
+C8118374	156
+C8118376	156
+C8118388	156
+C8118408	156
+C8118432	156
+C8118448	156
+C8118468	156
+C8118482	156
+C8118566	156
+C8118576	156
+C8118624	156
+C8118628	156
+C8118642	156
+C8118656	156
+C8118696	156
+C8118706	156
+C8118716	156
+C8118744	156
+C8118776	156
+C8118802	156
+C8118826	156
+C8118828	156
+C8118864	156
+C8118886	156
+C8118932	156
+C8118952	156
+C8118964	156
+C8118990	156
+C8118998	156
+C8119002	156
+C8119004	156
+C8119026	156
+C8119036	156
+C8119044	156
+C8119060	156
+C8119112	156
+C8119136	156
+C8119142	156
+C8119148	156
+C8119152	156
+C8119162	156
+C8119190	156
+C8119194	156
+C8119208	156
+C8119228	156
+C8119244	156
+C8119252	156
+C8119292	156
+C8119316	156
+C8119318	156
+C8119334	156
+C8119356	156
+C8119366	156
+C8119398	156
+C8119426	156
+C8119436	156
+C8119452	156
+C8119462	156
+C8119488	156
+C8119490	156
+C8119524	156
+C8119560	156
+C8119572	156
+C8119590	156
+C8119594	156
+C8119636	156
+C8119638	156
+C8119646	156
+C8119710	156
+C8119734	156
+C8119760	156
+C8119778	156
+C8119780	156
+C8119798	156
+C8119824	156
+C8119828	156
+C8119840	156
+C8119852	156
+C8119854	156
+C8119896	156
+C8119904	156
+C8119918	156
+C8119928	156
+C8119934	156
+C8119938	156
+C8119940	156
+C8119950	156
+C8119960	156
+C8119988	156
+C8120000	156
+C8120016	156
+C8120028	156
+C8120032	156
+C8120040	156
+C8120072	156
+C8120090	156
+C8120094	156
+C8120130	156
+C8120132	156
+C8120144	156
+C8120178	156
+C8120182	156
+C8120184	156
+C8120190	156
+C8120208	156
+C8120218	156
+C8120240	156
+C8120252	156
+C8120254	156
+C8120256	156
+C8120258	156
+C8120322	156
+C8120340	156
+C8120344	156
+C8120380	156
+C8120386	156
+C8120396	156
+C8120398	156
+C8120404	156
+C8120442	156
+C8120450	156
+C8120458	156
+C8120468	156
+C8120486	156
+C8120492	156
+C8120496	156
+C8120524	156
+C8120538	156
+C8120540	156
+C8120582	156
+C8120586	156
+C8120598	156
+C8120608	156
+C8120618	156
+C8120622	156
+C8120624	156
+C8120626	156
+C8120634	156
+C8120714	156
+C8120720	156
+C8120722	156
+C8120730	156
+C8120778	156
+C8120818	156
+C8120844	156
+C8120862	156
+C8120894	156
+C8120906	156
+C8120918	156
+C8120944	156
+C8120970	156
+C8121000	156
+C8121006	156
+C8121022	156
+C8121056	156
+C8121098	156
+C8121110	156
+C8121118	156
+C8121120	156
+C8121146	156
+C8121154	156
+C8121194	156
+C8121196	156
+C8121232	156
+C8121250	156
+C8121272	156
+C8121296	156
+C8121298	156
+C8121312	156
+C8121372	156
+C8121374	156
+C8121376	156
+C8121384	156
+C8121392	156
+C8121412	156
+C8121434	156
+C8121438	156
+C8121456	156
+C8121476	156
+C8121490	156
+C8121500	156
+C8121518	156
+C8121520	156
+C8121538	156
+C8121558	156
+C8121616	156
+C8121624	156
+C8121628	156
+C8121632	156
+C8121640	156
+C8121658	156
+C8121660	156
+C8121676	156
+C8121700	156
+C8121734	156
+C8121736	156
+C8121738	156
+C8121744	156
+C8121748	156
+C8121762	156
+C8121786	156
+C8121788	156
+C8121790	156
+C8121806	156
+C8121812	156
+C8121820	156
+C8121826	156
+C8121856	156
+C8121864	156
+C8121880	156
+C8121882	156
+C8121886	156
+C8121892	156
+C8121932	156
+C8121956	156
+C8121982	156
+C8121992	156
+C8122002	156
+C8122004	156
+C8122018	156
+C8122044	156
+C8122062	156
+C8122068	156
+C8122122	156
+C8122138	156
+C8122144	156
+C8122164	156
+C8122174	156
+C8122180	156
+C8122184	156
+C8122238	156
+C8122258	156
+C8122268	156
+C8122286	156
+C8122302	156
+C8122314	156
+C8122364	156
+C8122376	156
+C8122384	156
+C8122408	156
+C8122412	156
+C8122434	156
+C8122436	156
+Scaffold2003	156
+Scaffold2407	156
+scaffold6442	156
+C8109690	155
+C8109704	155
+C8109706	155
+C8109718	155
+C8109720	155
+C8109738	155
+C8109742	155
+C8109744	155
+C8109776	155
+C8109802	155
+C8109858	155
+C8109866	155
+C8109892	155
+C8109928	155
+C8109944	155
+C8109970	155
+C8110002	155
+C8110004	155
+C8110008	155
+C8110046	155
+C8110048	155
+C8110062	155
+C8110080	155
+C8110096	155
+C8110152	155
+C8110186	155
+C8110206	155
+C8110228	155
+C8110236	155
+C8110280	155
+C8110298	155
+C8110334	155
+C8110338	155
+C8110348	155
+C8110360	155
+C8110382	155
+C8110424	155
+C8110432	155
+C8110438	155
+C8110440	155
+C8110448	155
+C8110452	155
+C8110466	155
+C8110484	155
+C8110492	155
+C8110500	155
+C8110516	155
+C8110538	155
+C8110546	155
+C8110562	155
+C8110576	155
+C8110580	155
+C8110602	155
+C8110616	155
+C8110620	155
+C8110628	155
+C8110632	155
+C8110638	155
+C8110644	155
+C8110654	155
+C8110666	155
+C8110678	155
+C8110686	155
+C8110758	155
+C8110772	155
+C8110778	155
+C8110794	155
+C8110822	155
+C8110830	155
+C8110872	155
+C8110878	155
+C8110884	155
+C8110902	155
+C8110922	155
+C8110934	155
+C8110936	155
+C8110944	155
+C8110992	155
+C8111030	155
+C8111044	155
+C8111054	155
+C8111070	155
+C8111078	155
+C8111114	155
+C8111130	155
+C8111162	155
+C8111182	155
+C8111192	155
+C8111208	155
+C8111216	155
+C8111236	155
+C8111238	155
+C8111248	155
+C8111310	155
+C8111312	155
+C8111332	155
+C8111340	155
+C8111350	155
+C8111380	155
+C8111404	155
+C8111430	155
+C8111436	155
+C8111470	155
+C8111486	155
+C8111492	155
+C8111526	155
+C8111536	155
+C8111540	155
+C8111582	155
+C8111610	155
+C8111616	155
+C8111648	155
+C8111708	155
+C8111712	155
+C8111744	155
+C8111748	155
+C8111758	155
+C8111766	155
+C8111782	155
+C8111796	155
+C8111820	155
+C8111840	155
+C8111854	155
+C8111860	155
+C8111864	155
+C8111868	155
+C8111876	155
+C8111884	155
+C8111888	155
+C8111900	155
+C8111944	155
+C8111948	155
+C8111962	155
+C8111968	155
+C8112018	155
+C8112052	155
+C8112068	155
+C8112070	155
+C8112076	155
+C8112086	155
+C8112102	155
+C8112144	155
+C8112146	155
+C8112160	155
+C8112184	155
+C8112232	155
+C8112240	155
+C8112244	155
+C8112254	155
+C8112302	155
+C8112308	155
+C8112310	155
+C8112358	155
+C8112360	155
+C8112368	155
+C8112398	155
+C8112414	155
+C8112492	155
+C8112512	155
+C8112530	155
+C8112560	155
+C8112612	155
+C8112686	155
+C8112688	155
+C8112704	155
+C8112716	155
+C8112772	155
+C8112806	155
+C8112834	155
+C8112868	155
+C8112896	155
+C8112922	155
+C8112926	155
+C8112930	155
+C8112962	155
+C8112986	155
+C8113010	155
+C8113050	155
+C8113092	155
+C8113100	155
+C8113102	155
+C8113114	155
+C8113134	155
+C8113158	155
+C8113178	155
+C8113180	155
+C8113194	155
+C8113206	155
+C8113210	155
+C8113218	155
+C8113224	155
+C8113228	155
+C8113258	155
+C8113272	155
+C8113280	155
+C8113286	155
+C8113304	155
+C8113308	155
+C8113322	155
+C8113360	155
+C8113384	155
+C8113388	155
+C8113396	155
+C8113416	155
+C8113430	155
+C8113440	155
+C8113456	155
+C8113500	155
+C8113504	155
+C8113506	155
+C8113510	155
+C8113550	155
+C8113586	155
+C8113616	155
+C8113618	155
+C8113628	155
+C8113654	155
+C8113676	155
+C8113688	155
+C8113714	155
+C8113726	155
+C8113752	155
+C8113784	155
+C8113792	155
+C8113812	155
+C8113826	155
+C8113846	155
+C8113876	155
+C8113884	155
+C8113906	155
+C8113920	155
+C8113980	155
+C8113982	155
+C8114054	155
+C8114076	155
+C8114094	155
+C8114122	155
+C8114140	155
+C8114162	155
+C8114178	155
+C8114180	155
+C8114204	155
+C8114210	155
+C8114226	155
+C8114232	155
+C8114236	155
+C8114256	155
+C8114270	155
+C8114318	155
+C8114322	155
+C8114324	155
+C8114358	155
+C8114366	155
+C8114388	155
+C8114414	155
+C8114416	155
+C8114434	155
+C8114442	155
+C8114444	155
+C8114448	155
+C8114468	155
+C8114470	155
+C8114514	155
+C8114544	155
+C8114600	155
+C8114638	155
+C8114644	155
+C8114664	155
+C8114668	155
+C8114690	155
+C8114694	155
+C8114738	155
+C8114748	155
+C8114760	155
+C8114768	155
+C8114770	155
+C8114790	155
+C8114802	155
+C8114804	155
+C8114806	155
+C8114826	155
+C8114836	155
+C8114876	155
+C8114904	155
+C8114912	155
+C8114924	155
+C8114996	155
+C8115040	155
+C8115042	155
+C8115046	155
+C8115066	155
+C8115076	155
+C8115082	155
+C8115096	155
+C8115110	155
+C8115164	155
+C8115192	155
+C8115196	155
+C8115198	155
+C8115202	155
+C8115210	155
+C8115226	155
+C8115246	155
+C8115268	155
+C8115270	155
+C8115272	155
+C8115274	155
+C8115284	155
+C8115286	155
+C8115304	155
+C8115316	155
+C8115332	155
+C8115338	155
+C8115366	155
+C8115368	155
+C8115374	155
+C8115400	155
+C8115408	155
+C8115426	155
+C8115440	155
+C8115456	155
+C8115458	155
+C8115462	155
+C8115476	155
+C8115488	155
+C8115496	155
+C8115502	155
+C8115514	155
+C8115520	155
+C8115570	155
+C8115574	155
+C8115580	155
+C8115600	155
+C8115624	155
+C8115634	155
+C8115668	155
+C8115670	155
+C8115682	155
+C8115684	155
+C8115714	155
+C8115716	155
+C8115720	155
+C8115732	155
+C8115754	155
+C8115776	155
+C8115814	155
+C8115848	155
+C8115860	155
+C8115862	155
+C8115870	155
+C8115918	155
+C8115920	155
+C8115956	155
+C8115974	155
+C8115984	155
+C8115990	155
+C8116006	155
+C8116008	155
+C8116046	155
+C8116076	155
+C8116120	155
+C8116136	155
+C8116160	155
+C8116162	155
+Scaffold3416	155
+Scaffold3439	155
+C8102856	154
+C8102860	154
+C8102874	154
+C8102894	154
+C8102942	154
+C8102994	154
+C8103076	154
+C8103090	154
+C8103098	154
+C8103142	154
+C8103148	154
+C8103192	154
+C8103196	154
+C8103250	154
+C8103254	154
+C8103264	154
+C8103266	154
+C8103278	154
+C8103300	154
+C8103306	154
+C8103310	154
+C8103326	154
+C8103366	154
+C8103372	154
+C8103380	154
+C8103450	154
+C8103458	154
+C8103470	154
+C8103496	154
+C8103522	154
+C8103550	154
+C8103552	154
+C8103558	154
+C8103576	154
+C8103580	154
+C8103590	154
+C8103608	154
+C8103640	154
+C8103664	154
+C8103674	154
+C8103690	154
+C8103716	154
+C8103724	154
+C8103748	154
+C8103750	154
+C8103778	154
+C8103784	154
+C8103818	154
+C8103830	154
+C8103856	154
+C8103862	154
+C8103872	154
+C8103900	154
+C8103902	154
+C8103904	154
+C8103944	154
+C8103968	154
+C8103996	154
+C8104040	154
+C8104046	154
+C8104052	154
+C8104054	154
+C8104060	154
+C8104070	154
+C8104080	154
+C8104098	154
+C8104106	154
+C8104118	154
+C8104126	154
+C8104130	154
+C8104136	154
+C8104160	154
+C8104162	154
+C8104178	154
+C8104208	154
+C8104210	154
+C8104212	154
+C8104268	154
+C8104298	154
+C8104300	154
+C8104306	154
+C8104312	154
+C8104314	154
+C8104320	154
+C8104336	154
+C8104346	154
+C8104348	154
+C8104374	154
+C8104380	154
+C8104418	154
+C8104426	154
+C8104438	154
+C8104470	154
+C8104484	154
+C8104486	154
+C8104544	154
+C8104592	154
+C8104616	154
+C8104640	154
+C8104664	154
+C8104674	154
+C8104708	154
+C8104768	154
+C8104826	154
+C8104828	154
+C8104852	154
+C8104866	154
+C8104868	154
+C8104884	154
+C8104910	154
+C8104960	154
+C8104966	154
+C8104976	154
+C8105014	154
+C8105026	154
+C8105054	154
+C8105056	154
+C8105112	154
+C8105120	154
+C8105140	154
+C8105144	154
+C8105148	154
+C8105168	154
+C8105170	154
+C8105180	154
+C8105198	154
+C8105220	154
+C8105224	154
+C8105230	154
+C8105260	154
+C8105272	154
+C8105274	154
+C8105276	154
+C8105324	154
+C8105342	154
+C8105354	154
+C8105366	154
+C8105368	154
+C8105398	154
+C8105456	154
+C8105462	154
+C8105470	154
+C8105510	154
+C8105552	154
+C8105584	154
+C8105598	154
+C8105612	154
+C8105616	154
+C8105624	154
+C8105626	154
+C8105634	154
+C8105644	154
+C8105686	154
+C8105704	154
+C8105712	154
+C8105714	154
+C8105716	154
+C8105720	154
+C8105722	154
+C8105730	154
+C8105762	154
+C8105790	154
+C8105828	154
+C8105836	154
+C8105848	154
+C8105852	154
+C8105868	154
+C8105870	154
+C8105874	154
+C8105906	154
+C8105912	154
+C8105952	154
+C8105978	154
+C8105990	154
+C8106010	154
+C8106024	154
+C8106026	154
+C8106028	154
+C8106072	154
+C8106076	154
+C8106114	154
+C8106164	154
+C8106258	154
+C8106260	154
+C8106264	154
+C8106274	154
+C8106280	154
+C8106306	154
+C8106314	154
+C8106320	154
+C8106348	154
+C8106354	154
+C8106392	154
+C8106456	154
+C8106468	154
+C8106470	154
+C8106490	154
+C8106492	154
+C8106524	154
+C8106540	154
+C8106566	154
+C8106572	154
+C8106588	154
+C8106622	154
+C8106628	154
+C8106650	154
+C8106656	154
+C8106660	154
+C8106672	154
+C8106710	154
+C8106712	154
+C8106714	154
+C8106738	154
+C8106766	154
+C8106768	154
+C8106788	154
+C8106810	154
+C8106860	154
+C8106884	154
+C8106924	154
+C8106960	154
+C8106978	154
+C8106982	154
+C8106994	154
+C8107012	154
+C8107032	154
+C8107034	154
+C8107044	154
+C8107048	154
+C8107056	154
+C8107070	154
+C8107076	154
+C8107096	154
+C8107112	154
+C8107120	154
+C8107128	154
+C8107142	154
+C8107148	154
+C8107156	154
+C8107160	154
+C8107166	154
+C8107186	154
+C8107204	154
+C8107220	154
+C8107234	154
+C8107242	154
+C8107250	154
+C8107252	154
+C8107260	154
+C8107308	154
+C8107310	154
+C8107326	154
+C8107348	154
+C8107368	154
+C8107372	154
+C8107378	154
+C8107380	154
+C8107406	154
+C8107426	154
+C8107436	154
+C8107438	154
+C8107484	154
+C8107500	154
+C8107528	154
+C8107542	154
+C8107560	154
+C8107568	154
+C8107600	154
+C8107628	154
+C8107662	154
+C8107678	154
+C8107688	154
+C8107694	154
+C8107714	154
+C8107718	154
+C8107720	154
+C8107742	154
+C8107746	154
+C8107766	154
+C8107810	154
+C8107812	154
+C8107828	154
+C8107832	154
+C8107840	154
+C8107846	154
+C8107856	154
+C8107876	154
+C8107916	154
+C8107924	154
+C8107934	154
+C8107956	154
+C8107964	154
+C8107978	154
+C8107980	154
+C8107996	154
+C8108032	154
+C8108050	154
+C8108062	154
+C8108064	154
+C8108068	154
+C8108072	154
+C8108082	154
+C8108132	154
+C8108154	154
+C8108162	154
+C8108182	154
+C8108184	154
+C8108220	154
+C8108238	154
+C8108246	154
+C8108250	154
+C8108264	154
+C8108274	154
+C8108278	154
+C8108318	154
+C8108324	154
+C8108358	154
+C8108364	154
+C8108380	154
+C8108390	154
+C8108416	154
+C8108420	154
+C8108422	154
+C8108426	154
+C8108430	154
+C8108436	154
+C8108456	154
+C8108476	154
+C8108494	154
+C8108526	154
+C8108530	154
+C8108592	154
+C8108630	154
+C8108648	154
+C8108654	154
+C8108686	154
+C8108704	154
+C8108720	154
+C8108734	154
+C8108780	154
+C8108820	154
+C8108826	154
+C8108872	154
+C8108880	154
+C8108886	154
+C8108892	154
+C8108894	154
+C8108910	154
+C8108934	154
+C8108946	154
+C8108950	154
+C8108976	154
+C8108986	154
+C8109000	154
+C8109004	154
+C8109062	154
+C8109082	154
+C8109092	154
+C8109094	154
+C8109114	154
+C8109122	154
+C8109130	154
+C8109134	154
+C8109146	154
+C8109174	154
+C8109176	154
+C8109184	154
+C8109192	154
+C8109208	154
+C8109234	154
+C8109248	154
+C8109262	154
+C8109308	154
+C8109312	154
+C8109318	154
+C8109328	154
+C8109346	154
+C8109364	154
+C8109396	154
+C8109398	154
+C8109412	154
+C8109416	154
+C8109434	154
+C8109440	154
+C8109444	154
+C8109452	154
+C8109454	154
+C8109480	154
+C8109496	154
+C8109500	154
+C8109512	154
+C8109516	154
+C8109518	154
+C8109530	154
+C8109544	154
+C8109570	154
+C8109576	154
+C8109604	154
+C8109632	154
+C8109654	154
+C8109656	154
+C8109658	154
+C8095944	153
+C8095954	153
+C8095956	153
+C8095962	153
+C8095968	153
+C8095970	153
+C8096004	153
+C8096014	153
+C8096036	153
+C8096080	153
+C8096086	153
+C8096104	153
+C8096108	153
+C8096122	153
+C8096136	153
+C8096138	153
+C8096168	153
+C8096182	153
+C8096200	153
+C8096220	153
+C8096262	153
+C8096276	153
+C8096278	153
+C8096282	153
+C8096290	153
+C8096300	153
+C8096312	153
+C8096316	153
+C8096318	153
+C8096354	153
+C8096362	153
+C8096382	153
+C8096398	153
+C8096444	153
+C8096474	153
+C8096488	153
+C8096498	153
+C8096548	153
+C8096560	153
+C8096564	153
+C8096580	153
+C8096660	153
+C8096662	153
+C8096700	153
+C8096708	153
+C8096714	153
+C8096732	153
+C8096734	153
+C8096754	153
+C8096758	153
+C8096762	153
+C8096862	153
+C8096886	153
+C8096914	153
+C8096962	153
+C8096978	153
+C8096996	153
+C8096998	153
+C8097004	153
+C8097008	153
+C8097022	153
+C8097028	153
+C8097048	153
+C8097056	153
+C8097090	153
+C8097132	153
+C8097136	153
+C8097144	153
+C8097168	153
+C8097178	153
+C8097248	153
+C8097252	153
+C8097274	153
+C8097288	153
+C8097294	153
+C8097326	153
+C8097336	153
+C8097342	153
+C8097368	153
+C8097384	153
+C8097446	153
+C8097458	153
+C8097514	153
+C8097524	153
+C8097538	153
+C8097544	153
+C8097552	153
+C8097560	153
+C8097592	153
+C8097604	153
+C8097630	153
+C8097634	153
+C8097646	153
+C8097662	153
+C8097664	153
+C8097672	153
+C8097692	153
+C8097708	153
+C8097710	153
+C8097712	153
+C8097736	153
+C8097738	153
+C8097748	153
+C8097760	153
+C8097772	153
+C8097784	153
+C8097792	153
+C8097802	153
+C8097810	153
+C8097836	153
+C8097844	153
+C8097876	153
+C8097888	153
+C8097894	153
+C8097902	153
+C8097906	153
+C8098016	153
+C8098034	153
+C8098042	153
+C8098058	153
+C8098062	153
+C8098070	153
+C8098078	153
+C8098112	153
+C8098120	153
+C8098122	153
+C8098134	153
+C8098154	153
+C8098170	153
+C8098176	153
+C8098182	153
+C8098188	153
+C8098198	153
+C8098210	153
+C8098220	153
+C8098230	153
+C8098238	153
+C8098280	153
+C8098298	153
+C8098390	153
+C8098394	153
+C8098408	153
+C8098424	153
+C8098428	153
+C8098440	153
+C8098458	153
+C8098484	153
+C8098488	153
+C8098494	153
+C8098500	153
+C8098502	153
+C8098510	153
+C8098536	153
+C8098592	153
+C8098598	153
+C8098684	153
+C8098686	153
+C8098702	153
+C8098746	153
+C8098748	153
+C8098756	153
+C8098762	153
+C8098788	153
+C8098796	153
+C8098800	153
+C8098814	153
+C8098830	153
+C8098836	153
+C8098848	153
+C8098858	153
+C8098878	153
+C8098938	153
+C8098942	153
+C8098962	153
+C8098968	153
+C8099004	153
+C8099032	153
+C8099042	153
+C8099060	153
+C8099064	153
+C8099094	153
+C8099124	153
+C8099128	153
+C8099140	153
+C8099178	153
+C8099208	153
+C8099284	153
+C8099288	153
+C8099294	153
+C8099358	153
+C8099386	153
+C8099392	153
+C8099410	153
+C8099446	153
+C8099448	153
+C8099454	153
+C8099460	153
+C8099482	153
+C8099514	153
+C8099536	153
+C8099540	153
+C8099564	153
+C8099574	153
+C8099580	153
+C8099622	153
+C8099626	153
+C8099630	153
+C8099632	153
+C8099636	153
+C8099644	153
+C8099660	153
+C8099748	153
+C8099756	153
+C8099774	153
+C8099794	153
+C8099806	153
+C8099898	153
+C8099914	153
+C8099920	153
+C8100018	153
+C8100024	153
+C8100032	153
+C8100036	153
+C8100048	153
+C8100070	153
+C8100072	153
+C8100084	153
+C8100100	153
+C8100142	153
+C8100148	153
+C8100178	153
+C8100200	153
+C8100250	153
+C8100264	153
+C8100266	153
+C8100268	153
+C8100284	153
+C8100292	153
+C8100344	153
+C8100380	153
+C8100382	153
+C8100398	153
+C8100402	153
+C8100412	153
+C8100432	153
+C8100448	153
+C8100452	153
+C8100476	153
+C8100496	153
+C8100550	153
+C8100552	153
+C8100592	153
+C8100596	153
+C8100602	153
+C8100622	153
+C8100628	153
+C8100630	153
+C8100658	153
+C8100690	153
+C8100704	153
+C8100748	153
+C8100760	153
+C8100772	153
+C8100782	153
+C8100790	153
+C8100808	153
+C8100824	153
+C8100828	153
+C8100872	153
+C8100886	153
+C8100922	153
+C8100924	153
+C8100936	153
+C8100942	153
+C8100954	153
+C8100958	153
+C8100984	153
+C8100986	153
+C8101014	153
+C8101016	153
+C8101046	153
+C8101060	153
+C8101074	153
+C8101094	153
+C8101098	153
+C8101104	153
+C8101144	153
+C8101178	153
+C8101184	153
+C8101196	153
+C8101204	153
+C8101240	153
+C8101258	153
+C8101274	153
+C8101276	153
+C8101310	153
+C8101322	153
+C8101362	153
+C8101384	153
+C8101386	153
+C8101400	153
+C8101426	153
+C8101436	153
+C8101458	153
+C8101462	153
+C8101464	153
+C8101468	153
+C8101478	153
+C8101502	153
+C8101546	153
+C8101564	153
+C8101600	153
+C8101618	153
+C8101644	153
+C8101654	153
+C8101656	153
+C8101662	153
+C8101670	153
+C8101702	153
+C8101708	153
+C8101718	153
+C8101788	153
+C8101802	153
+C8101806	153
+C8101808	153
+C8101850	153
+C8101876	153
+C8101890	153
+C8101900	153
+C8101902	153
+C8101908	153
+C8101948	153
+C8101956	153
+C8101966	153
+C8101978	153
+C8102004	153
+C8102016	153
+C8102024	153
+C8102030	153
+C8102090	153
+C8102104	153
+C8102112	153
+C8102118	153
+C8102134	153
+C8102136	153
+C8102148	153
+C8102186	153
+C8102200	153
+C8102248	153
+C8102292	153
+C8102308	153
+C8102340	153
+C8102360	153
+C8102386	153
+C8102414	153
+C8102438	153
+C8102456	153
+C8102470	153
+C8102472	153
+C8102482	153
+C8102512	153
+C8102536	153
+C8102540	153
+C8102556	153
+C8102560	153
+C8102564	153
+C8102568	153
+C8102578	153
+C8102582	153
+C8102588	153
+C8102620	153
+C8102646	153
+C8102656	153
+C8102676	153
+C8102680	153
+C8102688	153
+C8102698	153
+C8102774	153
+C8102780	153
+C8102820	153
+C8102830	153
+C8102832	153
+Scaffold2175	153
+C8088932	152
+C8088944	152
+C8088958	152
+C8088968	152
+C8088998	152
+C8089010	152
+C8089012	152
+C8089018	152
+C8089022	152
+C8089026	152
+C8089048	152
+C8089070	152
+C8089072	152
+C8089078	152
+C8089096	152
+C8089104	152
+C8089142	152
+C8089170	152
+C8089268	152
+C8089284	152
+C8089302	152
+C8089316	152
+C8089336	152
+C8089354	152
+C8089370	152
+C8089372	152
+C8089384	152
+C8089406	152
+C8089412	152
+C8089422	152
+C8089430	152
+C8089440	152
+C8089482	152
+C8089484	152
+C8089488	152
+C8089500	152
+C8089530	152
+C8089534	152
+C8089568	152
+C8089580	152
+C8089586	152
+C8089590	152
+C8089594	152
+C8089604	152
+C8089606	152
+C8089612	152
+C8089636	152
+C8089652	152
+C8089664	152
+C8089668	152
+C8089682	152
+C8089688	152
+C8089696	152
+C8089710	152
+C8089724	152
+C8089746	152
+C8089762	152
+C8089768	152
+C8089798	152
+C8089818	152
+C8089828	152
+C8089834	152
+C8089860	152
+C8089874	152
+C8089920	152
+C8089932	152
+C8089936	152
+C8089960	152
+C8089970	152
+C8089982	152
+C8089988	152
+C8090032	152
+C8090052	152
+C8090064	152
+C8090068	152
+C8090080	152
+C8090098	152
+C8090110	152
+C8090116	152
+C8090138	152
+C8090154	152
+C8090168	152
+C8090190	152
+C8090194	152
+C8090196	152
+C8090198	152
+C8090202	152
+C8090226	152
+C8090246	152
+C8090258	152
+C8090268	152
+C8090272	152
+C8090282	152
+C8090314	152
+C8090318	152
+C8090368	152
+C8090386	152
+C8090388	152
+C8090390	152
+C8090404	152
+C8090436	152
+C8090450	152
+C8090476	152
+C8090490	152
+C8090492	152
+C8090522	152
+C8090556	152
+C8090584	152
+C8090626	152
+C8090642	152
+C8090658	152
+C8090722	152
+C8090746	152
+C8090758	152
+C8090770	152
+C8090790	152
+C8090800	152
+C8090810	152
+C8090814	152
+C8090818	152
+C8090832	152
+C8090838	152
+C8090884	152
+C8090888	152
+C8090926	152
+C8090928	152
+C8090954	152
+C8090960	152
+C8090964	152
+C8091008	152
+C8091020	152
+C8091022	152
+C8091028	152
+C8091032	152
+C8091114	152
+C8091116	152
+C8091126	152
+C8091156	152
+C8091162	152
+C8091188	152
+C8091204	152
+C8091210	152
+C8091212	152
+C8091244	152
+C8091258	152
+C8091262	152
+C8091282	152
+C8091306	152
+C8091328	152
+C8091330	152
+C8091338	152
+C8091344	152
+C8091358	152
+C8091370	152
+C8091410	152
+C8091418	152
+C8091430	152
+C8091442	152
+C8091448	152
+C8091454	152
+C8091466	152
+C8091478	152
+C8091480	152
+C8091484	152
+C8091492	152
+C8091502	152
+C8091504	152
+C8091518	152
+C8091552	152
+C8091560	152
+C8091574	152
+C8091580	152
+C8091582	152
+C8091608	152
+C8091610	152
+C8091624	152
+C8091646	152
+C8091662	152
+C8091688	152
+C8091756	152
+C8091770	152
+C8091780	152
+C8091784	152
+C8091800	152
+C8091808	152
+C8091812	152
+C8091858	152
+C8091900	152
+C8091902	152
+C8091904	152
+C8091906	152
+C8091912	152
+C8091972	152
+C8091986	152
+C8092012	152
+C8092018	152
+C8092020	152
+C8092028	152
+C8092048	152
+C8092050	152
+C8092054	152
+C8092122	152
+C8092124	152
+C8092138	152
+C8092140	152
+C8092150	152
+C8092154	152
+C8092172	152
+C8092176	152
+C8092190	152
+C8092192	152
+C8092200	152
+C8092204	152
+C8092226	152
+C8092238	152
+C8092254	152
+C8092258	152
+C8092278	152
+C8092290	152
+C8092328	152
+C8092342	152
+C8092400	152
+C8092422	152
+C8092432	152
+C8092440	152
+C8092468	152
+C8092482	152
+C8092484	152
+C8092488	152
+C8092494	152
+C8092530	152
+C8092562	152
+C8092620	152
+C8092626	152
+C8092632	152
+C8092636	152
+C8092646	152
+C8092664	152
+C8092674	152
+C8092676	152
+C8092692	152
+C8092698	152
+C8092706	152
+C8092724	152
+C8092730	152
+C8092766	152
+C8092780	152
+C8092796	152
+C8092834	152
+C8092844	152
+C8092848	152
+C8092860	152
+C8092866	152
+C8092880	152
+C8092930	152
+C8092956	152
+C8092966	152
+C8092970	152
+C8092980	152
+C8092984	152
+C8093014	152
+C8093042	152
+C8093056	152
+C8093062	152
+C8093104	152
+C8093110	152
+C8093128	152
+C8093130	152
+C8093132	152
+C8093158	152
+C8093192	152
+C8093208	152
+C8093214	152
+C8093258	152
+C8093280	152
+C8093290	152
+C8093296	152
+C8093300	152
+C8093324	152
+C8093336	152
+C8093368	152
+C8093370	152
+C8093374	152
+C8093418	152
+C8093420	152
+C8093514	152
+C8093516	152
+C8093518	152
+C8093520	152
+C8093588	152
+C8093592	152
+C8093606	152
+C8093636	152
+C8093638	152
+C8093654	152
+C8093666	152
+C8093686	152
+C8093694	152
+C8093720	152
+C8093722	152
+C8093742	152
+C8093764	152
+C8093774	152
+C8093858	152
+C8093860	152
+C8093872	152
+C8093880	152
+C8093888	152
+C8093894	152
+C8093908	152
+C8093920	152
+C8093946	152
+C8093960	152
+C8093976	152
+C8093978	152
+C8093982	152
+C8093986	152
+C8093994	152
+C8093996	152
+C8093998	152
+C8094012	152
+C8094050	152
+C8094066	152
+C8094072	152
+C8094094	152
+C8094102	152
+C8094118	152
+C8094128	152
+C8094132	152
+C8094136	152
+C8094142	152
+C8094160	152
+C8094176	152
+C8094206	152
+C8094208	152
+C8094242	152
+C8094256	152
+C8094322	152
+C8094344	152
+C8094352	152
+C8094354	152
+C8094414	152
+C8094432	152
+C8094448	152
+C8094476	152
+C8094482	152
+C8094490	152
+C8094500	152
+C8094550	152
+C8094580	152
+C8094612	152
+C8094642	152
+C8094664	152
+C8094666	152
+C8094728	152
+C8094742	152
+C8094748	152
+C8094786	152
+C8094792	152
+C8094808	152
+C8094846	152
+C8094848	152
+C8094868	152
+C8094920	152
+C8094926	152
+C8094948	152
+C8094964	152
+C8094986	152
+C8095006	152
+C8095030	152
+C8095044	152
+C8095050	152
+C8095054	152
+C8095084	152
+C8095090	152
+C8095110	152
+C8095118	152
+C8095132	152
+C8095146	152
+C8095160	152
+C8095172	152
+C8095198	152
+C8095200	152
+C8095208	152
+C8095212	152
+C8095244	152
+C8095266	152
+C8095318	152
+C8095368	152
+C8095388	152
+C8095396	152
+C8095402	152
+C8095404	152
+C8095416	152
+C8095418	152
+C8095420	152
+C8095476	152
+C8095480	152
+C8095520	152
+C8095522	152
+C8095540	152
+C8095564	152
+C8095602	152
+C8095604	152
+C8095638	152
+C8095640	152
+C8095644	152
+C8095650	152
+C8095676	152
+C8095684	152
+C8095734	152
+C8095736	152
+C8095742	152
+C8095746	152
+C8095788	152
+C8095794	152
+C8095796	152
+C8095804	152
+C8095808	152
+C8095814	152
+C8095826	152
+C8095844	152
+C8095848	152
+C8095872	152
+C8095904	152
+Scaffold3204	152
+C8081670	151
+C8081672	151
+C8081676	151
+C8081686	151
+C8081742	151
+C8081744	151
+C8081770	151
+C8081786	151
+C8081790	151
+C8081808	151
+C8081820	151
+C8081828	151
+C8081846	151
+C8081860	151
+C8081870	151
+C8081874	151
+C8081886	151
+C8081902	151
+C8081908	151
+C8081924	151
+C8081930	151
+C8081946	151
+C8081982	151
+C8082000	151
+C8082002	151
+C8082006	151
+C8082008	151
+C8082030	151
+C8082034	151
+C8082048	151
+C8082050	151
+C8082076	151
+C8082078	151
+C8082088	151
+C8082100	151
+C8082106	151
+C8082114	151
+C8082126	151
+C8082142	151
+C8082202	151
+C8082204	151
+C8082228	151
+C8082254	151
+C8082260	151
+C8082272	151
+C8082300	151
+C8082338	151
+C8082354	151
+C8082366	151
+C8082386	151
+C8082390	151
+C8082400	151
+C8082402	151
+C8082410	151
+C8082420	151
+C8082466	151
+C8082480	151
+C8082486	151
+C8082500	151
+C8082558	151
+C8082572	151
+C8082576	151
+C8082598	151
+C8082604	151
+C8082628	151
+C8082670	151
+C8082674	151
+C8082694	151
+C8082708	151
+C8082722	151
+C8082732	151
+C8082762	151
+C8082772	151
+C8082786	151
+C8082806	151
+C8082820	151
+C8082834	151
+C8082836	151
+C8082846	151
+C8082862	151
+C8082918	151
+C8082920	151
+C8082924	151
+C8082932	151
+C8082938	151
+C8082946	151
+C8082956	151
+C8082974	151
+C8083006	151
+C8083014	151
+C8083026	151
+C8083028	151
+C8083048	151
+C8083072	151
+C8083080	151
+C8083082	151
+C8083096	151
+C8083104	151
+C8083114	151
+C8083160	151
+C8083178	151
+C8083194	151
+C8083198	151
+C8083200	151
+C8083212	151
+C8083234	151
+C8083254	151
+C8083298	151
+C8083300	151
+C8083312	151
+C8083328	151
+C8083334	151
+C8083344	151
+C8083390	151
+C8083410	151
+C8083426	151
+C8083436	151
+C8083472	151
+C8083490	151
+C8083502	151
+C8083514	151
+C8083526	151
+C8083536	151
+C8083560	151
+C8083610	151
+C8083618	151
+C8083626	151
+C8083632	151
+C8083636	151
+C8083644	151
+C8083666	151
+C8083704	151
+C8083710	151
+C8083714	151
+C8083724	151
+C8083730	151
+C8083740	151
+C8083756	151
+C8083768	151
+C8083770	151
+C8083784	151
+C8083794	151
+C8083796	151
+C8083800	151
+C8083840	151
+C8083864	151
+C8083894	151
+C8083908	151
+C8083910	151
+C8083956	151
+C8083974	151
+C8083978	151
+C8083982	151
+C8083986	151
+C8084014	151
+C8084038	151
+C8084152	151
+C8084160	151
+C8084162	151
+C8084186	151
+C8084188	151
+C8084234	151
+C8084248	151
+C8084264	151
+C8084282	151
+C8084284	151
+C8084316	151
+C8084350	151
+C8084366	151
+C8084370	151
+C8084384	151
+C8084386	151
+C8084408	151
+C8084428	151
+C8084444	151
+C8084448	151
+C8084450	151
+C8084458	151
+C8084466	151
+C8084494	151
+C8084502	151
+C8084510	151
+C8084532	151
+C8084536	151
+C8084540	151
+C8084580	151
+C8084600	151
+C8084622	151
+C8084632	151
+C8084652	151
+C8084654	151
+C8084674	151
+C8084688	151
+C8084690	151
+C8084692	151
+C8084712	151
+C8084760	151
+C8084774	151
+C8084786	151
+C8084790	151
+C8084792	151
+C8084796	151
+C8084808	151
+C8084818	151
+C8084828	151
+C8084834	151
+C8084852	151
+C8084854	151
+C8084864	151
+C8084868	151
+C8084874	151
+C8084894	151
+C8084900	151
+C8084902	151
+C8084914	151
+C8084924	151
+C8084926	151
+C8084950	151
+C8084986	151
+C8085016	151
+C8085030	151
+C8085058	151
+C8085060	151
+C8085072	151
+C8085126	151
+C8085142	151
+C8085190	151
+C8085222	151
+C8085228	151
+C8085242	151
+C8085274	151
+C8085278	151
+C8085298	151
+C8085324	151
+C8085338	151
+C8085342	151
+C8085368	151
+C8085392	151
+C8085402	151
+C8085434	151
+C8085452	151
+C8085472	151
+C8085504	151
+C8085510	151
+C8085520	151
+C8085522	151
+C8085556	151
+C8085562	151
+C8085570	151
+C8085586	151
+C8085596	151
+C8085606	151
+C8085616	151
+C8085636	151
+C8085678	151
+C8085696	151
+C8085706	151
+C8085716	151
+C8085726	151
+C8085728	151
+C8085736	151
+C8085738	151
+C8085750	151
+C8085788	151
+C8085800	151
+C8085802	151
+C8085808	151
+C8085866	151
+C8085868	151
+C8085894	151
+C8085898	151
+C8085950	151
+C8085952	151
+C8085990	151
+C8085998	151
+C8086012	151
+C8086016	151
+C8086032	151
+C8086034	151
+C8086046	151
+C8086052	151
+C8086076	151
+C8086084	151
+C8086090	151
+C8086100	151
+C8086164	151
+C8086192	151
+C8086206	151
+C8086210	151
+C8086214	151
+C8086220	151
+C8086226	151
+C8086262	151
+C8086280	151
+C8086292	151
+C8086306	151
+C8086316	151
+C8086338	151
+C8086346	151
+C8086348	151
+C8086370	151
+C8086374	151
+C8086408	151
+C8086410	151
+C8086418	151
+C8086434	151
+C8086460	151
+C8086480	151
+C8086516	151
+C8086520	151
+C8086542	151
+C8086562	151
+C8086564	151
+C8086566	151
+C8086578	151
+C8086614	151
+C8086616	151
+C8086678	151
+C8086688	151
+C8086690	151
+C8086738	151
+C8086742	151
+C8086750	151
+C8086770	151
+C8086782	151
+C8086822	151
+C8086840	151
+C8086872	151
+C8086892	151
+C8086896	151
+C8086902	151
+C8086906	151
+C8086914	151
+C8086922	151
+C8086932	151
+C8086946	151
+C8086956	151
+C8087006	151
+C8087012	151
+C8087048	151
+C8087052	151
+C8087054	151
+C8087074	151
+C8087078	151
+C8087084	151
+C8087136	151
+C8087150	151
+C8087158	151
+C8087210	151
+C8087214	151
+C8087244	151
+C8087268	151
+C8087274	151
+C8087276	151
+C8087278	151
+C8087300	151
+C8087310	151
+C8087312	151
+C8087360	151
+C8087392	151
+C8087398	151
+C8087410	151
+C8087422	151
+C8087430	151
+C8087432	151
+C8087440	151
+C8087456	151
+C8087458	151
+C8087464	151
+C8087498	151
+C8087514	151
+C8087540	151
+C8087546	151
+C8087570	151
+C8087660	151
+C8087664	151
+C8087692	151
+C8087714	151
+C8087722	151
+C8087734	151
+C8087758	151
+C8087770	151
+C8087774	151
+C8087800	151
+C8087814	151
+C8087824	151
+C8087838	151
+C8087848	151
+C8087868	151
+C8087876	151
+C8087912	151
+C8087930	151
+C8087934	151
+C8087958	151
+C8087970	151
+C8087980	151
+C8087990	151
+C8087992	151
+C8088016	151
+C8088022	151
+C8088028	151
+C8088038	151
+C8088058	151
+C8088078	151
+C8088102	151
+C8088116	151
+C8088136	151
+C8088158	151
+C8088186	151
+C8088188	151
+C8088202	151
+C8088204	151
+C8088226	151
+C8088252	151
+C8088254	151
+C8088262	151
+C8088284	151
+C8088304	151
+C8088400	151
+C8088406	151
+C8088452	151
+C8088460	151
+C8088478	151
+C8088504	151
+C8088510	151
+C8088538	151
+C8088570	151
+C8088582	151
+C8088636	151
+C8088638	151
+C8088650	151
+C8088676	151
+C8088698	151
+C8088700	151
+C8088718	151
+C8088724	151
+C8088732	151
+C8088740	151
+C8088756	151
+C8088760	151
+C8088768	151
+C8088776	151
+C8088804	151
+C8088832	151
+C8088858	151
+C8088870	151
+C8088882	151
+C8088908	151
+C8088910	151
+C8088920	151
+C8088926	151
+Scaffold2373	151
+C8074368	150
+C8074398	150
+C8074418	150
+C8074434	150
+C8074444	150
+C8074446	150
+C8074452	150
+C8074462	150
+C8074472	150
+C8074486	150
+C8074540	150
+C8074542	150
+C8074552	150
+C8074562	150
+C8074566	150
+C8074580	150
+C8074594	150
+C8074608	150
+C8074640	150
+C8074674	150
+C8074680	150
+C8074694	150
+C8074712	150
+C8074718	150
+C8074738	150
+C8074752	150
+C8074762	150
+C8074788	150
+C8074838	150
+C8074842	150
+C8074844	150
+C8074872	150
+C8074882	150
+C8074930	150
+C8074942	150
+C8074946	150
+C8074956	150
+C8074960	150
+C8074962	150
+C8074988	150
+C8075000	150
+C8075026	150
+C8075030	150
+C8075034	150
+C8075042	150
+C8075050	150
+C8075068	150
+C8075070	150
+C8075082	150
+C8075112	150
+C8075120	150
+C8075156	150
+C8075166	150
+C8075188	150
+C8075190	150
+C8075196	150
+C8075200	150
+C8075212	150
+C8075228	150
+C8075264	150
+C8075268	150
+C8075336	150
+C8075358	150
+C8075362	150
+C8075374	150
+C8075412	150
+C8075414	150
+C8075428	150
+C8075448	150
+C8075454	150
+C8075466	150
+C8075470	150
+C8075472	150
+C8075506	150
+C8075516	150
+C8075526	150
+C8075542	150
+C8075554	150
+C8075572	150
+C8075574	150
+C8075588	150
+C8075592	150
+C8075600	150
+C8075620	150
+C8075680	150
+C8075684	150
+C8075692	150
+C8075700	150
+C8075728	150
+C8075744	150
+C8075790	150
+C8075792	150
+C8075798	150
+C8075832	150
+C8075858	150
+C8075952	150
+C8075990	150
+C8076048	150
+C8076072	150
+C8076094	150
+C8076112	150
+C8076116	150
+C8076118	150
+C8076132	150
+C8076144	150
+C8076192	150
+C8076210	150
+C8076212	150
+C8076226	150
+C8076234	150
+C8076250	150
+C8076258	150
+C8076266	150
+C8076280	150
+C8076364	150
+C8076366	150
+C8076378	150
+C8076380	150
+C8076428	150
+C8076440	150
+C8076462	150
+C8076498	150
+C8076512	150
+C8076554	150
+C8076562	150
+C8076570	150
+C8076584	150
+C8076608	150
+C8076632	150
+C8076650	150
+C8076666	150
+C8076672	150
+C8076698	150
+C8076706	150
+C8076716	150
+C8076722	150
+C8076754	150
+C8076760	150
+C8076766	150
+C8076780	150
+C8076796	150
+C8076800	150
+C8076812	150
+C8076848	150
+C8076850	150
+C8076868	150
+C8076880	150
+C8076900	150
+C8076912	150
+C8076916	150
+C8076954	150
+C8076962	150
+C8076978	150
+C8076984	150
+C8077022	150
+C8077060	150
+C8077062	150
+C8077084	150
+C8077096	150
+C8077098	150
+C8077112	150
+C8077124	150
+C8077134	150
+C8077138	150
+C8077160	150
+C8077170	150
+C8077204	150
+C8077210	150
+C8077242	150
+C8077244	150
+C8077246	150
+C8077286	150
+C8077294	150
+C8077298	150
+C8077300	150
+C8077302	150
+C8077306	150
+C8077308	150
+C8077334	150
+C8077344	150
+C8077358	150
+C8077394	150
+C8077396	150
+C8077404	150
+C8077406	150
+C8077464	150
+C8077474	150
+C8077496	150
+C8077516	150
+C8077518	150
+C8077520	150
+C8077530	150
+C8077536	150
+C8077554	150
+C8077576	150
+C8077586	150
+C8077590	150
+C8077604	150
+C8077612	150
+C8077614	150
+C8077624	150
+C8077638	150
+C8077650	150
+C8077668	150
+C8077678	150
+C8077722	150
+C8077756	150
+C8077758	150
+C8077760	150
+C8077762	150
+C8077776	150
+C8077820	150
+C8077824	150
+C8077838	150
+C8077844	150
+C8077846	150
+C8077862	150
+C8077872	150
+C8077896	150
+C8077916	150
+C8077922	150
+C8077938	150
+C8077954	150
+C8077962	150
+C8077980	150
+C8077998	150
+C8078000	150
+C8078048	150
+C8078060	150
+C8078078	150
+C8078082	150
+C8078090	150
+C8078104	150
+C8078120	150
+C8078148	150
+C8078150	150
+C8078178	150
+C8078192	150
+C8078196	150
+C8078204	150
+C8078210	150
+C8078214	150
+C8078230	150
+C8078232	150
+C8078238	150
+C8078242	150
+C8078256	150
+C8078264	150
+C8078290	150
+C8078340	150
+C8078346	150
+C8078348	150
+C8078360	150
+C8078372	150
+C8078380	150
+C8078388	150
+C8078432	150
+C8078448	150
+C8078452	150
+C8078474	150
+C8078482	150
+C8078490	150
+C8078502	150
+C8078504	150
+C8078522	150
+C8078544	150
+C8078548	150
+C8078558	150
+C8078564	150
+C8078566	150
+C8078596	150
+C8078634	150
+C8078638	150
+C8078644	150
+C8078646	150
+C8078656	150
+C8078662	150
+C8078702	150
+C8078760	150
+C8078768	150
+C8078792	150
+C8078814	150
+C8078822	150
+C8078848	150
+C8078854	150
+C8078860	150
+C8078876	150
+C8078884	150
+C8078886	150
+C8078894	150
+C8078904	150
+C8078916	150
+C8078948	150
+C8078970	150
+C8078972	150
+C8078976	150
+C8078980	150
+C8078990	150
+C8078996	150
+C8078998	150
+C8079038	150
+C8079044	150
+C8079072	150
+C8079076	150
+C8079116	150
+C8079120	150
+C8079138	150
+C8079142	150
+C8079182	150
+C8079228	150
+C8079236	150
+C8079240	150
+C8079244	150
+C8079250	150
+C8079254	150
+C8079262	150
+C8079286	150
+C8079294	150
+C8079308	150
+C8079350	150
+C8079352	150
+C8079354	150
+C8079386	150
+C8079402	150
+C8079442	150
+C8079464	150
+C8079488	150
+C8079500	150
+C8079502	150
+C8079508	150
+C8079516	150
+C8079540	150
+C8079548	150
+C8079558	150
+C8079570	150
+C8079616	150
+C8079622	150
+C8079636	150
+C8079648	150
+C8079656	150
+C8079660	150
+C8079678	150
+C8079696	150
+C8079702	150
+C8079708	150
+C8079724	150
+C8079746	150
+C8079768	150
+C8079804	150
+C8079808	150
+C8079826	150
+C8079854	150
+C8079862	150
+C8079870	150
+C8079878	150
+C8079884	150
+C8079888	150
+C8079894	150
+C8079898	150
+C8079906	150
+C8079924	150
+C8079928	150
+C8079966	150
+C8079972	150
+C8080016	150
+C8080020	150
+C8080054	150
+C8080060	150
+C8080124	150
+C8080170	150
+C8080178	150
+C8080182	150
+C8080190	150
+C8080194	150
+C8080198	150
+C8080208	150
+C8080212	150
+C8080216	150
+C8080222	150
+C8080234	150
+C8080240	150
+C8080250	150
+C8080268	150
+C8080274	150
+C8080280	150
+C8080290	150
+C8080296	150
+C8080318	150
+C8080336	150
+C8080348	150
+C8080350	150
+C8080354	150
+C8080366	150
+C8080370	150
+C8080372	150
+C8080388	150
+C8080394	150
+C8080404	150
+C8080424	150
+C8080432	150
+C8080444	150
+C8080450	150
+C8080478	150
+C8080486	150
+C8080488	150
+C8080560	150
+C8080592	150
+C8080600	150
+C8080606	150
+C8080612	150
+C8080668	150
+C8080678	150
+C8080686	150
+C8080756	150
+C8080776	150
+C8080780	150
+C8080792	150
+C8080796	150
+C8080810	150
+C8080816	150
+C8080832	150
+C8080858	150
+C8080860	150
+C8080868	150
+C8080880	150
+C8080888	150
+C8080902	150
+C8080910	150
+C8080930	150
+C8080936	150
+C8080950	150
+C8081008	150
+C8081018	150
+C8081034	150
+C8081036	150
+C8081050	150
+C8081068	150
+C8081092	150
+C8081112	150
+C8081136	150
+C8081148	150
+C8081152	150
+C8081172	150
+C8081210	150
+C8081274	150
+C8081296	150
+C8081304	150
+C8081334	150
+C8081366	150
+C8081374	150
+C8081384	150
+C8081392	150
+C8081414	150
+C8081420	150
+C8081440	150
+C8081458	150
+C8081462	150
+C8081478	150
+C8081482	150
+C8081510	150
+C8081514	150
+C8081540	150
+C8081542	150
+C8081546	150
+C8081558	150
+C8081576	150
+C8081586	150
+C8081604	150
+C8081628	150
+C8081654	150
+C8067042	149
+C8067070	149
+C8067092	149
+C8067112	149
+C8067160	149
+C8067170	149
+C8067192	149
+C8067210	149
+C8067220	149
+C8067246	149
+C8067250	149
+C8067258	149
+C8067272	149
+C8067276	149
+C8067278	149
+C8067284	149
+C8067286	149
+C8067292	149
+C8067298	149
+C8067316	149
+C8067318	149
+C8067350	149
+C8067356	149
+C8067358	149
+C8067414	149
+C8067436	149
+C8067442	149
+C8067446	149
+C8067452	149
+C8067456	149
+C8067476	149
+C8067486	149
+C8067530	149
+C8067536	149
+C8067542	149
+C8067560	149
+C8067630	149
+C8067692	149
+C8067702	149
+C8067722	149
+C8067724	149
+C8067738	149
+C8067762	149
+C8067766	149
+C8067768	149
+C8067788	149
+C8067810	149
+C8067818	149
+C8067840	149
+C8067910	149
+C8067932	149
+C8067962	149
+C8068000	149
+C8068004	149
+C8068016	149
+C8068034	149
+C8068062	149
+C8068082	149
+C8068088	149
+C8068092	149
+C8068098	149
+C8068140	149
+C8068148	149
+C8068160	149
+C8068174	149
+C8068188	149
+C8068242	149
+C8068250	149
+C8068298	149
+C8068300	149
+C8068310	149
+C8068318	149
+C8068320	149
+C8068334	149
+C8068338	149
+C8068362	149
+C8068386	149
+C8068406	149
+C8068440	149
+C8068458	149
+C8068468	149
+C8068486	149
+C8068490	149
+C8068532	149
+C8068542	149
+C8068552	149
+C8068554	149
+C8068576	149
+C8068584	149
+C8068592	149
+C8068616	149
+C8068618	149
+C8068622	149
+C8068624	149
+C8068640	149
+C8068646	149
+C8068686	149
+C8068716	149
+C8068742	149
+C8068766	149
+C8068790	149
+C8068806	149
+C8068842	149
+C8068862	149
+C8068896	149
+C8068904	149
+C8068906	149
+C8068940	149
+C8068962	149
+C8068968	149
+C8068976	149
+C8068990	149
+C8068992	149
+C8068996	149
+C8069020	149
+C8069028	149
+C8069032	149
+C8069036	149
+C8069044	149
+C8069082	149
+C8069096	149
+C8069098	149
+C8069120	149
+C8069124	149
+C8069126	149
+C8069148	149
+C8069178	149
+C8069194	149
+C8069220	149
+C8069230	149
+C8069242	149
+C8069244	149
+C8069246	149
+C8069250	149
+C8069256	149
+C8069258	149
+C8069262	149
+C8069298	149
+C8069328	149
+C8069330	149
+C8069336	149
+C8069348	149
+C8069356	149
+C8069358	149
+C8069416	149
+C8069422	149
+C8069446	149
+C8069462	149
+C8069468	149
+C8069476	149
+C8069498	149
+C8069500	149
+C8069504	149
+C8069548	149
+C8069550	149
+C8069554	149
+C8069576	149
+C8069586	149
+C8069602	149
+C8069634	149
+C8069686	149
+C8069698	149
+C8069706	149
+C8069728	149
+C8069750	149
+C8069752	149
+C8069782	149
+C8069812	149
+C8069822	149
+C8069834	149
+C8069848	149
+C8069932	149
+C8069966	149
+C8069980	149
+C8070004	149
+C8070020	149
+C8070030	149
+C8070052	149
+C8070092	149
+C8070104	149
+C8070118	149
+C8070124	149
+C8070134	149
+C8070154	149
+C8070166	149
+C8070172	149
+C8070210	149
+C8070212	149
+C8070218	149
+C8070220	149
+C8070222	149
+C8070226	149
+C8070254	149
+C8070258	149
+C8070260	149
+C8070262	149
+C8070266	149
+C8070268	149
+C8070276	149
+C8070278	149
+C8070280	149
+C8070308	149
+C8070312	149
+C8070342	149
+C8070352	149
+C8070382	149
+C8070400	149
+C8070466	149
+C8070490	149
+C8070498	149
+C8070512	149
+C8070534	149
+C8070536	149
+C8070548	149
+C8070552	149
+C8070556	149
+C8070558	149
+C8070560	149
+C8070580	149
+C8070586	149
+C8070588	149
+C8070606	149
+C8070614	149
+C8070658	149
+C8070666	149
+C8070670	149
+C8070676	149
+C8070700	149
+C8070730	149
+C8070758	149
+C8070764	149
+C8070802	149
+C8070812	149
+C8070874	149
+C8070878	149
+C8070892	149
+C8070924	149
+C8070932	149
+C8070938	149
+C8070950	149
+C8070954	149
+C8070994	149
+C8071012	149
+C8071014	149
+C8071018	149
+C8071038	149
+C8071060	149
+C8071082	149
+C8071088	149
+C8071096	149
+C8071098	149
+C8071106	149
+C8071122	149
+C8071124	149
+C8071148	149
+C8071198	149
+C8071232	149
+C8071238	149
+C8071258	149
+C8071284	149
+C8071292	149
+C8071310	149
+C8071314	149
+C8071352	149
+C8071354	149
+C8071418	149
+C8071516	149
+C8071518	149
+C8071520	149
+C8071526	149
+C8071542	149
+C8071548	149
+C8071562	149
+C8071584	149
+C8071596	149
+C8071618	149
+C8071622	149
+C8071626	149
+C8071662	149
+C8071684	149
+C8071688	149
+C8071692	149
+C8071710	149
+C8071776	149
+C8071798	149
+C8071802	149
+C8071824	149
+C8071842	149
+C8071870	149
+C8071876	149
+C8071928	149
+C8071936	149
+C8071938	149
+C8071940	149
+C8071950	149
+C8071956	149
+C8071976	149
+C8072008	149
+C8072010	149
+C8072048	149
+C8072070	149
+C8072074	149
+C8072076	149
+C8072096	149
+C8072126	149
+C8072130	149
+C8072134	149
+C8072138	149
+C8072146	149
+C8072162	149
+C8072168	149
+C8072188	149
+C8072194	149
+C8072214	149
+C8072220	149
+C8072252	149
+C8072254	149
+C8072268	149
+C8072296	149
+C8072302	149
+C8072308	149
+C8072358	149
+C8072368	149
+C8072384	149
+C8072386	149
+C8072400	149
+C8072440	149
+C8072446	149
+C8072452	149
+C8072462	149
+C8072478	149
+C8072480	149
+C8072490	149
+C8072500	149
+C8072512	149
+C8072522	149
+C8072524	149
+C8072530	149
+C8072542	149
+C8072550	149
+C8072558	149
+C8072566	149
+C8072576	149
+C8072586	149
+C8072622	149
+C8072646	149
+C8072674	149
+C8072708	149
+C8072736	149
+C8072738	149
+C8072752	149
+C8072770	149
+C8072792	149
+C8072798	149
+C8072804	149
+C8072822	149
+C8072838	149
+C8072844	149
+C8072862	149
+C8072870	149
+C8072876	149
+C8072880	149
+C8072890	149
+C8072894	149
+C8072910	149
+C8072912	149
+C8072930	149
+C8072942	149
+C8072954	149
+C8072956	149
+C8072984	149
+C8072988	149
+C8072998	149
+C8073022	149
+C8073050	149
+C8073056	149
+C8073108	149
+C8073110	149
+C8073130	149
+C8073136	149
+C8073176	149
+C8073190	149
+C8073198	149
+C8073226	149
+C8073242	149
+C8073254	149
+C8073258	149
+C8073286	149
+C8073320	149
+C8073342	149
+C8073354	149
+C8073390	149
+C8073444	149
+C8073446	149
+C8073450	149
+C8073460	149
+C8073462	149
+C8073544	149
+C8073570	149
+C8073578	149
+C8073582	149
+C8073586	149
+C8073594	149
+C8073604	149
+C8073606	149
+C8073644	149
+C8073658	149
+C8073686	149
+C8073706	149
+C8073732	149
+C8073738	149
+C8073754	149
+C8073772	149
+C8073780	149
+C8073788	149
+C8073792	149
+C8073816	149
+C8073824	149
+C8073834	149
+C8073836	149
+C8073850	149
+C8073874	149
+C8073884	149
+C8073892	149
+C8073902	149
+C8073920	149
+C8073932	149
+C8073958	149
+C8073966	149
+C8073976	149
+C8073980	149
+C8073984	149
+C8073990	149
+C8073996	149
+C8074000	149
+C8074004	149
+C8074008	149
+C8074010	149
+C8074020	149
+C8074030	149
+C8074036	149
+C8074060	149
+C8074062	149
+C8074094	149
+C8074148	149
+C8074162	149
+C8074182	149
+C8074200	149
+C8074214	149
+C8074218	149
+C8074232	149
+C8074236	149
+C8074240	149
+C8074264	149
+C8074310	149
+C8074312	149
+C8074334	149
+C8074336	149
+C8074340	149
+C8074346	149
+C8074354	149
+C8059413	148
+C8059423	148
+C8059427	148
+C8059457	148
+C8059463	148
+C8059479	148
+C8059509	148
+C8059525	148
+C8059539	148
+C8059561	148
+C8059563	148
+C8059577	148
+C8059599	148
+C8059615	148
+C8059617	148
+C8059619	148
+C8059637	148
+C8059641	148
+C8059649	148
+C8059665	148
+C8059671	148
+C8059701	148
+C8059723	148
+C8059751	148
+C8059765	148
+C8059769	148
+C8059803	148
+C8059823	148
+C8059851	148
+C8059867	148
+C8059869	148
+C8059893	148
+C8059903	148
+C8059907	148
+C8059911	148
+C8059913	148
+C8059915	148
+C8059947	148
+C8059999	148
+C8060003	148
+C8060059	148
+C8060067	148
+C8060079	148
+C8060091	148
+C8060093	148
+C8060099	148
+C8060109	148
+C8060157	148
+C8060177	148
+C8060189	148
+C8060197	148
+C8060227	148
+C8060251	148
+C8060253	148
+C8060257	148
+C8060281	148
+C8060305	148
+C8060313	148
+C8060315	148
+C8060321	148
+C8060323	148
+C8060337	148
+C8060343	148
+C8060351	148
+C8060353	148
+C8060395	148
+C8060405	148
+C8060421	148
+C8060429	148
+C8060457	148
+C8060475	148
+C8060513	148
+C8060515	148
+C8060531	148
+C8060535	148
+C8060569	148
+C8060589	148
+C8060627	148
+C8060637	148
+C8060639	148
+C8060645	148
+C8060659	148
+C8060663	148
+C8060689	148
+C8060693	148
+C8060711	148
+C8060723	148
+C8060741	148
+C8060791	148
+C8060795	148
+C8060805	148
+C8060821	148
+C8060827	148
+C8060833	148
+C8060835	148
+C8060851	148
+C8060859	148
+C8060871	148
+C8060877	148
+C8060879	148
+C8060885	148
+C8060923	148
+C8060935	148
+C8060945	148
+C8060947	148
+C8060981	148
+C8060983	148
+C8060987	148
+C8060995	148
+C8061001	148
+C8061007	148
+C8061035	148
+C8061061	148
+C8061063	148
+C8061081	148
+C8061097	148
+C8061101	148
+C8061147	148
+C8061157	148
+C8061167	148
+C8061229	148
+C8061231	148
+C8061249	148
+C8061255	148
+C8061313	148
+C8061315	148
+C8061319	148
+C8061323	148
+C8061351	148
+C8061387	148
+C8061423	148
+C8061435	148
+C8061437	148
+C8061439	148
+C8061493	148
+C8061529	148
+C8061533	148
+C8061537	148
+C8061551	148
+C8061553	148
+C8061573	148
+C8061579	148
+C8061615	148
+C8061629	148
+C8061631	148
+C8061637	148
+C8061679	148
+C8061737	148
+C8061763	148
+C8061851	148
+C8061857	148
+C8061861	148
+C8061885	148
+C8061893	148
+C8061901	148
+C8061909	148
+C8061919	148
+C8061929	148
+C8061945	148
+C8061963	148
+C8062017	148
+C8062043	148
+C8062045	148
+C8062055	148
+C8062059	148
+C8062063	148
+C8062091	148
+C8062099	148
+C8062101	148
+C8062103	148
+C8062109	148
+C8062117	148
+C8062217	148
+C8062223	148
+C8062229	148
+C8062295	148
+C8062339	148
+C8062343	148
+C8062345	148
+C8062389	148
+C8062399	148
+C8062439	148
+C8062441	148
+C8062501	148
+C8062531	148
+C8062575	148
+C8062669	148
+C8062691	148
+C8062697	148
+C8062703	148
+C8062707	148
+C8062753	148
+C8062767	148
+C8062781	148
+C8062785	148
+C8062789	148
+C8062819	148
+C8062833	148
+C8062855	148
+C8062887	148
+C8063003	148
+C8063005	148
+C8063087	148
+C8063095	148
+C8063099	148
+C8063127	148
+C8063193	148
+C8063219	148
+C8063267	148
+C8063281	148
+C8063295	148
+C8063299	148
+C8063331	148
+C8063337	148
+C8063373	148
+C8063375	148
+C8063385	148
+C8063403	148
+C8063411	148
+C8063421	148
+C8063431	148
+C8063455	148
+C8063459	148
+C8063481	148
+C8063483	148
+C8063501	148
+C8063515	148
+C8063543	148
+C8063549	148
+C8063551	148
+C8063553	148
+C8063573	148
+C8063585	148
+C8063587	148
+C8063589	148
+C8063623	148
+C8063625	148
+C8063627	148
+C8063629	148
+C8063637	148
+C8063681	148
+C8063689	148
+C8063691	148
+C8063695	148
+C8063745	148
+C8063747	148
+C8063757	148
+C8063759	148
+C8063763	148
+C8063775	148
+C8063807	148
+C8063843	148
+C8063849	148
+C8063909	148
+C8063917	148
+C8063929	148
+C8063937	148
+C8063939	148
+C8063977	148
+C8063981	148
+C8064013	148
+C8064037	148
+C8064041	148
+C8064047	148
+C8064065	148
+C8064077	148
+C8064105	148
+C8064125	148
+C8064179	148
+C8064199	148
+C8064219	148
+C8064247	148
+C8064255	148
+C8064263	148
+C8064269	148
+C8064277	148
+C8064351	148
+C8064355	148
+C8064379	148
+C8064409	148
+C8064411	148
+C8064439	148
+C8064443	148
+C8064463	148
+C8064525	148
+C8064545	148
+C8064555	148
+C8064563	148
+C8064617	148
+C8064619	148
+C8064623	148
+C8064625	148
+C8064639	148
+C8064655	148
+C8064663	148
+C8064665	148
+C8064683	148
+C8064691	148
+C8064693	148
+C8064719	148
+C8064725	148
+C8064737	148
+C8064739	148
+C8064743	148
+C8064767	148
+C8064779	148
+C8064807	148
+C8064817	148
+C8064835	148
+C8064851	148
+C8064875	148
+C8064895	148
+C8064897	148
+C8064971	148
+C8065003	148
+C8065005	148
+C8065009	148
+C8065017	148
+C8065033	148
+C8065047	148
+C8065055	148
+C8065075	148
+C8065081	148
+C8065091	148
+C8065115	148
+C8065119	148
+C8065129	148
+C8065141	148
+C8065153	148
+C8065167	148
+C8065183	148
+C8065211	148
+C8065223	148
+C8065243	148
+C8065253	148
+C8065259	148
+C8065261	148
+C8065269	148
+C8065289	148
+C8065299	148
+C8065301	148
+C8065307	148
+C8065331	148
+C8065337	148
+C8065343	148
+C8065347	148
+C8065373	148
+C8065375	148
+C8065381	148
+C8065387	148
+C8065411	148
+C8065419	148
+C8065427	148
+C8065455	148
+C8065503	148
+C8065519	148
+C8065523	148
+C8065535	148
+C8065543	148
+C8065555	148
+C8065585	148
+C8065627	148
+C8065631	148
+C8065637	148
+C8065651	148
+C8065663	148
+C8065695	148
+C8065703	148
+C8065707	148
+C8065729	148
+C8065731	148
+C8065733	148
+C8065741	148
+C8065751	148
+C8065753	148
+C8065767	148
+C8065769	148
+C8065773	148
+C8065781	148
+C8065797	148
+C8065823	148
+C8065835	148
+C8065847	148
+C8065859	148
+C8065865	148
+C8065895	148
+C8065929	148
+C8065933	148
+C8065949	148
+C8065969	148
+C8065977	148
+C8065993	148
+C8065999	148
+C8066019	148
+C8066029	148
+C8066039	148
+C8066041	148
+C8066063	148
+C8066073	148
+C8066077	148
+C8066089	148
+C8066099	148
+C8066105	148
+C8066144	148
+C8066218	148
+C8066220	148
+C8066242	148
+C8066260	148
+C8066282	148
+C8066308	148
+C8066310	148
+C8066328	148
+C8066336	148
+C8066340	148
+C8066342	148
+C8066354	148
+C8066362	148
+C8066364	148
+C8066378	148
+C8066382	148
+C8066396	148
+C8066408	148
+C8066446	148
+C8066472	148
+C8066498	148
+C8066502	148
+C8066508	148
+C8066522	148
+C8066532	148
+C8066554	148
+C8066604	148
+C8066608	148
+C8066616	148
+C8066624	148
+C8066626	148
+C8066668	148
+C8066674	148
+C8066676	148
+C8066694	148
+C8066696	148
+C8066704	148
+C8066718	148
+C8066748	148
+C8066778	148
+C8066806	148
+C8066810	148
+C8066812	148
+C8066830	148
+C8066844	148
+C8066852	148
+C8066862	148
+C8066940	148
+C8066958	148
+C8066966	148
+C8066998	148
+C8067016	148
+C8067026	148
+C8067028	148
+C8051637	147
+C8051643	147
+C8051655	147
+C8051657	147
+C8051665	147
+C8051715	147
+C8051717	147
+C8051729	147
+C8051747	147
+C8051765	147
+C8051801	147
+C8051813	147
+C8051851	147
+C8051879	147
+C8051895	147
+C8051927	147
+C8051939	147
+C8051953	147
+C8051955	147
+C8051967	147
+C8051985	147
+C8051995	147
+C8052019	147
+C8052021	147
+C8052065	147
+C8052069	147
+C8052073	147
+C8052075	147
+C8052117	147
+C8052119	147
+C8052123	147
+C8052133	147
+C8052141	147
+C8052177	147
+C8052211	147
+C8052213	147
+C8052221	147
+C8052223	147
+C8052275	147
+C8052285	147
+C8052335	147
+C8052351	147
+C8052377	147
+C8052393	147
+C8052415	147
+C8052439	147
+C8052443	147
+C8052477	147
+C8052493	147
+C8052513	147
+C8052523	147
+C8052565	147
+C8052571	147
+C8052579	147
+C8052581	147
+C8052595	147
+C8052609	147
+C8052637	147
+C8052643	147
+C8052683	147
+C8052689	147
+C8052707	147
+C8052739	147
+C8052765	147
+C8052769	147
+C8052775	147
+C8052791	147
+C8052797	147
+C8052799	147
+C8052805	147
+C8052825	147
+C8052845	147
+C8052897	147
+C8052901	147
+C8052909	147
+C8052925	147
+C8052929	147
+C8052999	147
+C8053011	147
+C8053035	147
+C8053051	147
+C8053075	147
+C8053079	147
+C8053099	147
+C8053119	147
+C8053131	147
+C8053135	147
+C8053149	147
+C8053195	147
+C8053225	147
+C8053263	147
+C8053301	147
+C8053305	147
+C8053321	147
+C8053329	147
+C8053367	147
+C8053369	147
+C8053387	147
+C8053391	147
+C8053425	147
+C8053431	147
+C8053461	147
+C8053471	147
+C8053505	147
+C8053563	147
+C8053575	147
+C8053579	147
+C8053591	147
+C8053615	147
+C8053623	147
+C8053633	147
+C8053645	147
+C8053653	147
+C8053655	147
+C8053669	147
+C8053673	147
+C8053715	147
+C8053737	147
+C8053753	147
+C8053755	147
+C8053763	147
+C8053769	147
+C8053777	147
+C8053797	147
+C8053827	147
+C8053831	147
+C8053887	147
+C8053901	147
+C8053907	147
+C8053915	147
+C8053927	147
+C8053943	147
+C8053979	147
+C8053987	147
+C8054023	147
+C8054053	147
+C8054073	147
+C8054147	147
+C8054167	147
+C8054169	147
+C8054199	147
+C8054201	147
+C8054235	147
+C8054239	147
+C8054241	147
+C8054273	147
+C8054301	147
+C8054329	147
+C8054405	147
+C8054427	147
+C8054431	147
+C8054451	147
+C8054465	147
+C8054481	147
+C8054547	147
+C8054561	147
+C8054571	147
+C8054609	147
+C8054619	147
+C8054625	147
+C8054637	147
+C8054695	147
+C8054703	147
+C8054719	147
+C8054753	147
+C8054773	147
+C8054777	147
+C8054783	147
+C8054797	147
+C8054799	147
+C8054809	147
+C8054813	147
+C8054819	147
+C8054853	147
+C8054855	147
+C8054861	147
+C8054907	147
+C8054909	147
+C8054919	147
+C8054969	147
+C8055011	147
+C8055021	147
+C8055047	147
+C8055059	147
+C8055099	147
+C8055105	147
+C8055107	147
+C8055111	147
+C8055119	147
+C8055125	147
+C8055129	147
+C8055153	147
+C8055203	147
+C8055225	147
+C8055227	147
+C8055249	147
+C8055261	147
+C8055273	147
+C8055275	147
+C8055277	147
+C8055283	147
+C8055291	147
+C8055305	147
+C8055313	147
+C8055333	147
+C8055355	147
+C8055367	147
+C8055401	147
+C8055403	147
+C8055409	147
+C8055427	147
+C8055437	147
+C8055441	147
+C8055443	147
+C8055469	147
+C8055483	147
+C8055493	147
+C8055499	147
+C8055557	147
+C8055563	147
+C8055575	147
+C8055579	147
+C8055599	147
+C8055601	147
+C8055607	147
+C8055629	147
+C8055633	147
+C8055647	147
+C8055663	147
+C8055695	147
+C8055701	147
+C8055741	147
+C8055749	147
+C8055761	147
+C8055765	147
+C8055771	147
+C8055779	147
+C8055781	147
+C8055791	147
+C8055797	147
+C8055801	147
+C8055809	147
+C8055823	147
+C8055825	147
+C8055833	147
+C8055859	147
+C8055877	147
+C8055899	147
+C8055955	147
+C8056017	147
+C8056031	147
+C8056035	147
+C8056039	147
+C8056051	147
+C8056121	147
+C8056125	147
+C8056127	147
+C8056139	147
+C8056143	147
+C8056147	147
+C8056181	147
+C8056187	147
+C8056195	147
+C8056199	147
+C8056205	147
+C8056223	147
+C8056233	147
+C8056239	147
+C8056247	147
+C8056251	147
+C8056263	147
+C8056265	147
+C8056289	147
+C8056305	147
+C8056309	147
+C8056333	147
+C8056335	147
+C8056351	147
+C8056379	147
+C8056383	147
+C8056385	147
+C8056391	147
+C8056393	147
+C8056417	147
+C8056447	147
+C8056449	147
+C8056453	147
+C8056483	147
+C8056495	147
+C8056519	147
+C8056523	147
+C8056525	147
+C8056527	147
+C8056555	147
+C8056557	147
+C8056577	147
+C8056591	147
+C8056607	147
+C8056629	147
+C8056637	147
+C8056659	147
+C8056669	147
+C8056693	147
+C8056727	147
+C8056733	147
+C8056759	147
+C8056799	147
+C8056801	147
+C8056807	147
+C8056841	147
+C8056859	147
+C8056861	147
+C8056865	147
+C8056883	147
+C8056915	147
+C8056927	147
+C8056951	147
+C8056961	147
+C8056981	147
+C8056999	147
+C8057005	147
+C8057021	147
+C8057053	147
+C8057095	147
+C8057129	147
+C8057131	147
+C8057153	147
+C8057157	147
+C8057163	147
+C8057209	147
+C8057211	147
+C8057219	147
+C8057237	147
+C8057253	147
+C8057273	147
+C8057319	147
+C8057323	147
+C8057325	147
+C8057327	147
+C8057333	147
+C8057337	147
+C8057359	147
+C8057379	147
+C8057385	147
+C8057397	147
+C8057411	147
+C8057413	147
+C8057431	147
+C8057433	147
+C8057457	147
+C8057495	147
+C8057517	147
+C8057551	147
+C8057557	147
+C8057569	147
+C8057583	147
+C8057595	147
+C8057597	147
+C8057621	147
+C8057645	147
+C8057653	147
+C8057669	147
+C8057695	147
+C8057705	147
+C8057709	147
+C8057717	147
+C8057771	147
+C8057787	147
+C8057801	147
+C8057805	147
+C8057813	147
+C8057829	147
+C8057833	147
+C8057837	147
+C8057897	147
+C8057899	147
+C8057901	147
+C8057905	147
+C8057921	147
+C8057929	147
+C8057939	147
+C8057969	147
+C8057975	147
+C8058009	147
+C8058033	147
+C8058035	147
+C8058045	147
+C8058083	147
+C8058097	147
+C8058107	147
+C8058113	147
+C8058115	147
+C8058165	147
+C8058179	147
+C8058189	147
+C8058245	147
+C8058261	147
+C8058279	147
+C8058297	147
+C8058313	147
+C8058317	147
+C8058329	147
+C8058373	147
+C8058381	147
+C8058405	147
+C8058411	147
+C8058435	147
+C8058445	147
+C8058453	147
+C8058455	147
+C8058465	147
+C8058473	147
+C8058489	147
+C8058497	147
+C8058531	147
+C8058549	147
+C8058559	147
+C8058573	147
+C8058577	147
+C8058593	147
+C8058637	147
+C8058641	147
+C8058645	147
+C8058647	147
+C8058651	147
+C8058655	147
+C8058803	147
+C8058829	147
+C8058841	147
+C8058853	147
+C8058861	147
+C8058863	147
+C8058871	147
+C8058873	147
+C8058877	147
+C8058905	147
+C8058919	147
+C8058923	147
+C8058941	147
+C8058947	147
+C8058957	147
+C8058961	147
+C8058969	147
+C8058973	147
+C8058975	147
+C8058977	147
+C8059003	147
+C8059019	147
+C8059063	147
+C8059071	147
+C8059085	147
+C8059089	147
+C8059101	147
+C8059111	147
+C8059117	147
+C8059119	147
+C8059123	147
+C8059199	147
+C8059225	147
+C8059247	147
+C8059267	147
+C8059285	147
+C8059299	147
+C8059309	147
+C8059321	147
+C8059331	147
+C8059355	147
+C8059363	147
+C8059381	147
+C8043989	146
+C8043997	146
+C8044019	146
+C8044025	146
+C8044033	146
+C8044043	146
+C8044083	146
+C8044115	146
+C8044119	146
+C8044157	146
+C8044225	146
+C8044227	146
+C8044267	146
+C8044345	146
+C8044349	146
+C8044369	146
+C8044373	146
+C8044377	146
+C8044415	146
+C8044427	146
+C8044451	146
+C8044463	146
+C8044499	146
+C8044523	146
+C8044533	146
+C8044541	146
+C8044551	146
+C8044553	146
+C8044557	146
+C8044577	146
+C8044585	146
+C8044589	146
+C8044603	146
+C8044607	146
+C8044609	146
+C8044619	146
+C8044627	146
+C8044635	146
+C8044639	146
+C8044645	146
+C8044649	146
+C8044681	146
+C8044707	146
+C8044741	146
+C8044747	146
+C8044755	146
+C8044763	146
+C8044789	146
+C8044829	146
+C8044851	146
+C8044945	146
+C8044963	146
+C8044979	146
+C8044981	146
+C8044989	146
+C8045001	146
+C8045009	146
+C8045013	146
+C8045021	146
+C8045023	146
+C8045029	146
+C8045039	146
+C8045077	146
+C8045081	146
+C8045111	146
+C8045115	146
+C8045159	146
+C8045185	146
+C8045187	146
+C8045199	146
+C8045201	146
+C8045203	146
+C8045213	146
+C8045217	146
+C8045229	146
+C8045231	146
+C8045233	146
+C8045263	146
+C8045265	146
+C8045295	146
+C8045305	146
+C8045309	146
+C8045325	146
+C8045353	146
+C8045357	146
+C8045373	146
+C8045377	146
+C8045383	146
+C8045387	146
+C8045395	146
+C8045401	146
+C8045429	146
+C8045481	146
+C8045501	146
+C8045515	146
+C8045537	146
+C8045539	146
+C8045545	146
+C8045569	146
+C8045581	146
+C8045615	146
+C8045631	146
+C8045651	146
+C8045661	146
+C8045671	146
+C8045675	146
+C8045687	146
+C8045703	146
+C8045731	146
+C8045759	146
+C8045783	146
+C8045785	146
+C8045829	146
+C8045879	146
+C8045897	146
+C8045901	146
+C8045905	146
+C8045925	146
+C8045963	146
+C8045983	146
+C8045987	146
+C8045993	146
+C8046003	146
+C8046007	146
+C8046017	146
+C8046019	146
+C8046033	146
+C8046053	146
+C8046079	146
+C8046083	146
+C8046103	146
+C8046145	146
+C8046147	146
+C8046161	146
+C8046175	146
+C8046191	146
+C8046193	146
+C8046211	146
+C8046219	146
+C8046227	146
+C8046257	146
+C8046259	146
+C8046261	146
+C8046267	146
+C8046283	146
+C8046287	146
+C8046295	146
+C8046303	146
+C8046331	146
+C8046333	146
+C8046345	146
+C8046349	146
+C8046367	146
+C8046375	146
+C8046423	146
+C8046427	146
+C8046433	146
+C8046437	146
+C8046443	146
+C8046501	146
+C8046515	146
+C8046517	146
+C8046577	146
+C8046625	146
+C8046649	146
+C8046685	146
+C8046687	146
+C8046697	146
+C8046721	146
+C8046747	146
+C8046869	146
+C8046913	146
+C8046917	146
+C8046931	146
+C8046953	146
+C8046963	146
+C8046969	146
+C8046977	146
+C8046991	146
+C8047031	146
+C8047043	146
+C8047049	146
+C8047057	146
+C8047075	146
+C8047105	146
+C8047117	146
+C8047119	146
+C8047121	146
+C8047161	146
+C8047193	146
+C8047215	146
+C8047225	146
+C8047229	146
+C8047231	146
+C8047235	146
+C8047279	146
+C8047293	146
+C8047295	146
+C8047313	146
+C8047333	146
+C8047349	146
+C8047367	146
+C8047369	146
+C8047373	146
+C8047377	146
+C8047381	146
+C8047387	146
+C8047389	146
+C8047417	146
+C8047419	146
+C8047447	146
+C8047469	146
+C8047511	146
+C8047519	146
+C8047521	146
+C8047531	146
+C8047565	146
+C8047571	146
+C8047605	146
+C8047611	146
+C8047635	146
+C8047655	146
+C8047659	146
+C8047689	146
+C8047695	146
+C8047711	146
+C8047721	146
+C8047729	146
+C8047741	146
+C8047747	146
+C8047757	146
+C8047781	146
+C8047789	146
+C8047813	146
+C8047815	146
+C8047869	146
+C8047877	146
+C8047899	146
+C8047903	146
+C8047929	146
+C8047931	146
+C8047951	146
+C8047973	146
+C8047975	146
+C8047987	146
+C8047997	146
+C8047999	146
+C8048037	146
+C8048113	146
+C8048119	146
+C8048163	146
+C8048167	146
+C8048171	146
+C8048203	146
+C8048229	146
+C8048231	146
+C8048275	146
+C8048277	146
+C8048279	146
+C8048339	146
+C8048341	146
+C8048345	146
+C8048347	146
+C8048367	146
+C8048371	146
+C8048387	146
+C8048411	146
+C8048417	146
+C8048439	146
+C8048443	146
+C8048451	146
+C8048459	146
+C8048461	146
+C8048469	146
+C8048499	146
+C8048515	146
+C8048521	146
+C8048567	146
+C8048569	146
+C8048587	146
+C8048597	146
+C8048599	146
+C8048611	146
+C8048633	146
+C8048647	146
+C8048651	146
+C8048661	146
+C8048667	146
+C8048683	146
+C8048705	146
+C8048727	146
+C8048733	146
+C8048741	146
+C8048753	146
+C8048757	146
+C8048779	146
+C8048785	146
+C8048801	146
+C8048803	146
+C8048807	146
+C8048815	146
+C8048829	146
+C8048831	146
+C8048843	146
+C8048871	146
+C8048873	146
+C8048877	146
+C8048887	146
+C8048895	146
+C8048951	146
+C8048973	146
+C8048975	146
+C8048983	146
+C8049001	146
+C8049017	146
+C8049049	146
+C8049055	146
+C8049061	146
+C8049097	146
+C8049117	146
+C8049125	146
+C8049131	146
+C8049145	146
+C8049163	146
+C8049167	146
+C8049175	146
+C8049179	146
+C8049193	146
+C8049213	146
+C8049223	146
+C8049239	146
+C8049299	146
+C8049305	146
+C8049307	146
+C8049309	146
+C8049319	146
+C8049321	146
+C8049339	146
+C8049377	146
+C8049423	146
+C8049425	146
+C8049437	146
+C8049455	146
+C8049493	146
+C8049501	146
+C8049519	146
+C8049523	146
+C8049529	146
+C8049531	146
+C8049593	146
+C8049619	146
+C8049631	146
+C8049651	146
+C8049691	146
+C8049697	146
+C8049709	146
+C8049715	146
+C8049729	146
+C8049757	146
+C8049759	146
+C8049785	146
+C8049831	146
+C8049853	146
+C8049875	146
+C8049883	146
+C8049897	146
+C8049903	146
+C8049917	146
+C8049925	146
+C8049941	146
+C8049943	146
+C8050027	146
+C8050029	146
+C8050041	146
+C8050057	146
+C8050095	146
+C8050105	146
+C8050119	146
+C8050127	146
+C8050161	146
+C8050185	146
+C8050189	146
+C8050199	146
+C8050211	146
+C8050213	146
+C8050215	146
+C8050223	146
+C8050275	146
+C8050315	146
+C8050319	146
+C8050329	146
+C8050333	146
+C8050347	146
+C8050349	146
+C8050365	146
+C8050377	146
+C8050379	146
+C8050385	146
+C8050397	146
+C8050407	146
+C8050415	146
+C8050419	146
+C8050431	146
+C8050439	146
+C8050483	146
+C8050511	146
+C8050513	146
+C8050519	146
+C8050523	146
+C8050533	146
+C8050541	146
+C8050557	146
+C8050561	146
+C8050585	146
+C8050595	146
+C8050629	146
+C8050645	146
+C8050693	146
+C8050713	146
+C8050715	146
+C8050783	146
+C8050785	146
+C8050823	146
+C8050825	146
+C8050831	146
+C8050843	146
+C8050883	146
+C8050949	146
+C8050961	146
+C8050965	146
+C8050969	146
+C8051011	146
+C8051013	146
+C8051021	146
+C8051037	146
+C8051045	146
+C8051057	146
+C8051071	146
+C8051077	146
+C8051093	146
+C8051099	146
+C8051113	146
+C8051153	146
+C8051191	146
+C8051195	146
+C8051203	146
+C8051237	146
+C8051271	146
+C8051299	146
+C8051329	146
+C8051341	146
+C8051347	146
+C8051363	146
+C8051385	146
+C8051397	146
+C8051433	146
+C8051435	146
+C8051443	146
+C8051455	146
+C8051461	146
+C8051467	146
+C8051481	146
+C8051509	146
+C8051545	146
+C8051561	146
+C8051577	146
+C8051589	146
+C8051599	146
+C8051603	146
+C8051621	146
+C8051625	146
+C8035989	145
+C8036001	145
+C8036003	145
+C8036059	145
+C8036069	145
+C8036083	145
+C8036085	145
+C8036099	145
+C8036129	145
+C8036149	145
+C8036167	145
+C8036173	145
+C8036199	145
+C8036213	145
+C8036237	145
+C8036253	145
+C8036267	145
+C8036297	145
+C8036315	145
+C8036323	145
+C8036351	145
+C8036361	145
+C8036379	145
+C8036397	145
+C8036439	145
+C8036447	145
+C8036449	145
+C8036461	145
+C8036475	145
+C8036481	145
+C8036551	145
+C8036567	145
+C8036575	145
+C8036585	145
+C8036617	145
+C8036639	145
+C8036657	145
+C8036661	145
+C8036673	145
+C8036679	145
+C8036731	145
+C8036741	145
+C8036743	145
+C8036777	145
+C8036787	145
+C8036791	145
+C8036795	145
+C8036821	145
+C8036823	145
+C8036829	145
+C8036851	145
+C8036865	145
+C8036903	145
+C8036907	145
+C8036941	145
+C8036943	145
+C8036951	145
+C8036963	145
+C8036969	145
+C8037019	145
+C8037029	145
+C8037041	145
+C8037059	145
+C8037061	145
+C8037085	145
+C8037115	145
+C8037119	145
+C8037149	145
+C8037157	145
+C8037171	145
+C8037175	145
+C8037185	145
+C8037221	145
+C8037227	145
+C8037237	145
+C8037285	145
+C8037311	145
+C8037321	145
+C8037329	145
+C8037377	145
+C8037401	145
+C8037403	145
+C8037415	145
+C8037417	145
+C8037427	145
+C8037439	145
+C8037463	145
+C8037467	145
+C8037471	145
+C8037475	145
+C8037491	145
+C8037527	145
+C8037555	145
+C8037563	145
+C8037577	145
+C8037585	145
+C8037595	145
+C8037625	145
+C8037651	145
+C8037653	145
+C8037673	145
+C8037713	145
+C8037749	145
+C8037755	145
+C8037775	145
+C8037795	145
+C8037809	145
+C8037811	145
+C8037813	145
+C8037839	145
+C8037845	145
+C8037847	145
+C8037869	145
+C8037873	145
+C8037877	145
+C8037879	145
+C8037905	145
+C8037977	145
+C8037983	145
+C8037989	145
+C8037993	145
+C8038017	145
+C8038051	145
+C8038067	145
+C8038075	145
+C8038079	145
+C8038083	145
+C8038085	145
+C8038101	145
+C8038137	145
+C8038141	145
+C8038143	145
+C8038159	145
+C8038179	145
+C8038195	145
+C8038211	145
+C8038219	145
+C8038229	145
+C8038231	145
+C8038245	145
+C8038251	145
+C8038267	145
+C8038291	145
+C8038293	145
+C8038301	145
+C8038307	145
+C8038319	145
+C8038329	145
+C8038333	145
+C8038357	145
+C8038409	145
+C8038425	145
+C8038431	145
+C8038449	145
+C8038451	145
+C8038453	145
+C8038467	145
+C8038477	145
+C8038487	145
+C8038497	145
+C8038501	145
+C8038511	145
+C8038521	145
+C8038539	145
+C8038561	145
+C8038577	145
+C8038613	145
+C8038617	145
+C8038645	145
+C8038703	145
+C8038709	145
+C8038713	145
+C8038729	145
+C8038735	145
+C8038745	145
+C8038751	145
+C8038753	145
+C8038759	145
+C8038775	145
+C8038793	145
+C8038849	145
+C8038851	145
+C8038857	145
+C8038861	145
+C8038867	145
+C8038877	145
+C8038907	145
+C8038913	145
+C8038935	145
+C8038955	145
+C8038967	145
+C8038975	145
+C8038987	145
+C8039003	145
+C8039005	145
+C8039029	145
+C8039045	145
+C8039091	145
+C8039143	145
+C8039151	145
+C8039207	145
+C8039227	145
+C8039235	145
+C8039245	145
+C8039267	145
+C8039297	145
+C8039371	145
+C8039397	145
+C8039431	145
+C8039447	145
+C8039457	145
+C8039459	145
+C8039467	145
+C8039477	145
+C8039481	145
+C8039525	145
+C8039539	145
+C8039555	145
+C8039569	145
+C8039601	145
+C8039603	145
+C8039607	145
+C8039609	145
+C8039617	145
+C8039699	145
+C8039705	145
+C8039761	145
+C8039767	145
+C8039775	145
+C8039779	145
+C8039797	145
+C8039809	145
+C8039817	145
+C8039821	145
+C8039823	145
+C8039829	145
+C8039833	145
+C8039847	145
+C8039849	145
+C8039863	145
+C8039887	145
+C8039913	145
+C8039921	145
+C8039927	145
+C8039989	145
+C8040045	145
+C8040053	145
+C8040059	145
+C8040069	145
+C8040093	145
+C8040111	145
+C8040117	145
+C8040119	145
+C8040125	145
+C8040135	145
+C8040187	145
+C8040189	145
+C8040193	145
+C8040199	145
+C8040269	145
+C8040293	145
+C8040317	145
+C8040325	145
+C8040331	145
+C8040347	145
+C8040349	145
+C8040415	145
+C8040441	145
+C8040449	145
+C8040455	145
+C8040457	145
+C8040471	145
+C8040525	145
+C8040605	145
+C8040643	145
+C8040657	145
+C8040665	145
+C8040667	145
+C8040687	145
+C8040711	145
+C8040749	145
+C8040757	145
+C8040761	145
+C8040769	145
+C8040799	145
+C8040811	145
+C8040827	145
+C8040863	145
+C8040913	145
+C8040933	145
+C8040935	145
+C8040941	145
+C8040943	145
+C8040977	145
+C8040983	145
+C8040987	145
+C8040989	145
+C8041007	145
+C8041041	145
+C8041051	145
+C8041063	145
+C8041083	145
+C8041089	145
+C8041093	145
+C8041173	145
+C8041179	145
+C8041191	145
+C8041193	145
+C8041197	145
+C8041199	145
+C8041203	145
+C8041215	145
+C8041235	145
+C8041243	145
+C8041273	145
+C8041295	145
+C8041335	145
+C8041353	145
+C8041365	145
+C8041371	145
+C8041421	145
+C8041427	145
+C8041437	145
+C8041445	145
+C8041463	145
+C8041481	145
+C8041487	145
+C8041499	145
+C8041521	145
+C8041543	145
+C8041575	145
+C8041581	145
+C8041607	145
+C8041613	145
+C8041637	145
+C8041681	145
+C8041701	145
+C8041705	145
+C8041715	145
+C8041749	145
+C8041753	145
+C8041783	145
+C8041819	145
+C8041837	145
+C8041843	145
+C8041857	145
+C8041871	145
+C8041905	145
+C8041913	145
+C8041935	145
+C8041941	145
+C8041943	145
+C8041949	145
+C8041965	145
+C8041989	145
+C8041993	145
+C8042029	145
+C8042039	145
+C8042041	145
+C8042051	145
+C8042055	145
+C8042059	145
+C8042073	145
+C8042081	145
+C8042115	145
+C8042125	145
+C8042153	145
+C8042165	145
+C8042205	145
+C8042207	145
+C8042215	145
+C8042235	145
+C8042263	145
+C8042265	145
+C8042271	145
+C8042287	145
+C8042315	145
+C8042325	145
+C8042397	145
+C8042401	145
+C8042409	145
+C8042437	145
+C8042447	145
+C8042479	145
+C8042481	145
+C8042483	145
+C8042487	145
+C8042495	145
+C8042531	145
+C8042543	145
+C8042555	145
+C8042563	145
+C8042591	145
+C8042615	145
+C8042637	145
+C8042663	145
+C8042691	145
+C8042727	145
+C8042733	145
+C8042751	145
+C8042779	145
+C8042795	145
+C8042807	145
+C8042843	145
+C8042857	145
+C8042859	145
+C8042861	145
+C8042869	145
+C8042897	145
+C8042929	145
+C8042943	145
+C8042945	145
+C8042961	145
+C8042967	145
+C8042981	145
+C8042983	145
+C8042995	145
+C8043031	145
+C8043033	145
+C8043035	145
+C8043043	145
+C8043065	145
+C8043127	145
+C8043157	145
+C8043165	145
+C8043167	145
+C8043187	145
+C8043191	145
+C8043213	145
+C8043247	145
+C8043249	145
+C8043281	145
+C8043285	145
+C8043309	145
+C8043331	145
+C8043333	145
+C8043361	145
+C8043369	145
+C8043387	145
+C8043431	145
+C8043433	145
+C8043447	145
+C8043463	145
+C8043479	145
+C8043481	145
+C8043489	145
+C8043507	145
+C8043521	145
+C8043527	145
+C8043555	145
+C8043577	145
+C8043585	145
+C8043621	145
+C8043635	145
+C8043659	145
+C8043671	145
+C8043695	145
+C8043709	145
+C8043733	145
+C8043761	145
+C8043763	145
+C8043779	145
+C8043781	145
+C8043805	145
+C8043833	145
+C8043865	145
+C8043867	145
+C8043943	145
+C8043961	145
+C8028077	144
+C8028079	144
+C8028121	144
+C8028127	144
+C8028139	144
+C8028143	144
+C8028155	144
+C8028159	144
+C8028187	144
+C8028193	144
+C8028209	144
+C8028225	144
+C8028241	144
+C8028247	144
+C8028265	144
+C8028285	144
+C8028293	144
+C8028329	144
+C8028331	144
+C8028337	144
+C8028363	144
+C8028367	144
+C8028375	144
+C8028379	144
+C8028395	144
+C8028417	144
+C8028433	144
+C8028457	144
+C8028465	144
+C8028471	144
+C8028477	144
+C8028497	144
+C8028505	144
+C8028515	144
+C8028517	144
+C8028525	144
+C8028527	144
+C8028533	144
+C8028575	144
+C8028577	144
+C8028579	144
+C8028587	144
+C8028591	144
+C8028599	144
+C8028601	144
+C8028627	144
+C8028635	144
+C8028647	144
+C8028663	144
+C8028673	144
+C8028679	144
+C8028717	144
+C8028737	144
+C8028751	144
+C8028789	144
+C8028797	144
+C8028829	144
+C8028837	144
+C8028853	144
+C8028857	144
+C8028873	144
+C8028887	144
+C8028905	144
+C8028937	144
+C8028981	144
+C8029009	144
+C8029081	144
+C8029085	144
+C8029123	144
+C8029141	144
+C8029159	144
+C8029175	144
+C8029177	144
+C8029185	144
+C8029221	144
+C8029229	144
+C8029269	144
+C8029273	144
+C8029279	144
+C8029289	144
+C8029307	144
+C8029309	144
+C8029321	144
+C8029335	144
+C8029339	144
+C8029363	144
+C8029365	144
+C8029389	144
+C8029423	144
+C8029449	144
+C8029471	144
+C8029489	144
+C8029491	144
+C8029503	144
+C8029553	144
+C8029651	144
+C8029685	144
+C8029701	144
+C8029703	144
+C8029713	144
+C8029751	144
+C8029753	144
+C8029779	144
+C8029793	144
+C8029825	144
+C8029833	144
+C8029839	144
+C8029891	144
+C8029945	144
+C8029981	144
+C8029987	144
+C8029999	144
+C8030003	144
+C8030029	144
+C8030039	144
+C8030047	144
+C8030061	144
+C8030063	144
+C8030091	144
+C8030093	144
+C8030149	144
+C8030165	144
+C8030169	144
+C8030189	144
+C8030199	144
+C8030211	144
+C8030239	144
+C8030251	144
+C8030269	144
+C8030291	144
+C8030295	144
+C8030325	144
+C8030327	144
+C8030329	144
+C8030337	144
+C8030383	144
+C8030389	144
+C8030397	144
+C8030427	144
+C8030429	144
+C8030435	144
+C8030457	144
+C8030477	144
+C8030499	144
+C8030503	144
+C8030513	144
+C8030517	144
+C8030531	144
+C8030547	144
+C8030555	144
+C8030559	144
+C8030561	144
+C8030567	144
+C8030587	144
+C8030623	144
+C8030661	144
+C8030669	144
+C8030673	144
+C8030681	144
+C8030683	144
+C8030689	144
+C8030691	144
+C8030729	144
+C8030747	144
+C8030755	144
+C8030769	144
+C8030773	144
+C8030797	144
+C8030809	144
+C8030815	144
+C8030859	144
+C8030891	144
+C8030913	144
+C8030923	144
+C8030925	144
+C8030945	144
+C8030965	144
+C8030977	144
+C8030985	144
+C8031033	144
+C8031061	144
+C8031073	144
+C8031121	144
+C8031159	144
+C8031163	144
+C8031169	144
+C8031179	144
+C8031181	144
+C8031189	144
+C8031199	144
+C8031207	144
+C8031231	144
+C8031235	144
+C8031243	144
+C8031275	144
+C8031277	144
+C8031289	144
+C8031311	144
+C8031315	144
+C8031319	144
+C8031347	144
+C8031357	144
+C8031363	144
+C8031373	144
+C8031389	144
+C8031405	144
+C8031445	144
+C8031473	144
+C8031485	144
+C8031521	144
+C8031523	144
+C8031543	144
+C8031555	144
+C8031561	144
+C8031573	144
+C8031591	144
+C8031601	144
+C8031609	144
+C8031617	144
+C8031621	144
+C8031629	144
+C8031649	144
+C8031653	144
+C8031655	144
+C8031715	144
+C8031731	144
+C8031733	144
+C8031737	144
+C8031759	144
+C8031765	144
+C8031775	144
+C8031797	144
+C8031799	144
+C8031857	144
+C8031865	144
+C8031867	144
+C8031877	144
+C8031881	144
+C8031895	144
+C8031899	144
+C8031907	144
+C8031909	144
+C8031923	144
+C8031925	144
+C8031939	144
+C8031957	144
+C8031983	144
+C8031997	144
+C8031999	144
+C8032041	144
+C8032043	144
+C8032055	144
+C8032071	144
+C8032075	144
+C8032081	144
+C8032155	144
+C8032171	144
+C8032201	144
+C8032213	144
+C8032223	144
+C8032229	144
+C8032241	144
+C8032253	144
+C8032255	144
+C8032295	144
+C8032305	144
+C8032329	144
+C8032339	144
+C8032341	144
+C8032349	144
+C8032385	144
+C8032399	144
+C8032403	144
+C8032415	144
+C8032425	144
+C8032433	144
+C8032459	144
+C8032479	144
+C8032497	144
+C8032507	144
+C8032511	144
+C8032521	144
+C8032539	144
+C8032551	144
+C8032559	144
+C8032563	144
+C8032567	144
+C8032569	144
+C8032573	144
+C8032589	144
+C8032623	144
+C8032631	144
+C8032663	144
+C8032667	144
+C8032671	144
+C8032681	144
+C8032699	144
+C8032703	144
+C8032763	144
+C8032769	144
+C8032823	144
+C8032835	144
+C8032849	144
+C8032857	144
+C8032859	144
+C8032867	144
+C8032893	144
+C8032897	144
+C8032915	144
+C8032917	144
+C8032923	144
+C8032945	144
+C8032961	144
+C8032963	144
+C8032969	144
+C8032977	144
+C8032981	144
+C8033019	144
+C8033029	144
+C8033039	144
+C8033069	144
+C8033099	144
+C8033117	144
+C8033121	144
+C8033127	144
+C8033149	144
+C8033161	144
+C8033165	144
+C8033209	144
+C8033217	144
+C8033219	144
+C8033223	144
+C8033259	144
+C8033277	144
+C8033285	144
+C8033291	144
+C8033297	144
+C8033311	144
+C8033339	144
+C8033365	144
+C8033377	144
+C8033383	144
+C8033385	144
+C8033399	144
+C8033419	144
+C8033429	144
+C8033433	144
+C8033449	144
+C8033453	144
+C8033459	144
+C8033481	144
+C8033505	144
+C8033511	144
+C8033519	144
+C8033525	144
+C8033549	144
+C8033575	144
+C8033597	144
+C8033599	144
+C8033617	144
+C8033665	144
+C8033681	144
+C8033697	144
+C8033699	144
+C8033717	144
+C8033747	144
+C8033755	144
+C8033779	144
+C8033783	144
+C8033869	144
+C8033879	144
+C8033885	144
+C8033891	144
+C8033917	144
+C8033955	144
+C8033959	144
+C8033967	144
+C8033979	144
+C8033987	144
+C8034031	144
+C8034033	144
+C8034047	144
+C8034053	144
+C8034055	144
+C8034077	144
+C8034081	144
+C8034087	144
+C8034089	144
+C8034119	144
+C8034137	144
+C8034189	144
+C8034193	144
+C8034201	144
+C8034233	144
+C8034245	144
+C8034255	144
+C8034275	144
+C8034277	144
+C8034281	144
+C8034307	144
+C8034315	144
+C8034317	144
+C8034357	144
+C8034391	144
+C8034405	144
+C8034409	144
+C8034417	144
+C8034419	144
+C8034437	144
+C8034445	144
+C8034459	144
+C8034471	144
+C8034519	144
+C8034529	144
+C8034549	144
+C8034573	144
+C8034579	144
+C8034605	144
+C8034613	144
+C8034615	144
+C8034643	144
+C8034647	144
+C8034651	144
+C8034653	144
+C8034671	144
+C8034683	144
+C8034699	144
+C8034719	144
+C8034725	144
+C8034727	144
+C8034735	144
+C8034747	144
+C8034755	144
+C8034759	144
+C8034777	144
+C8034781	144
+C8034809	144
+C8034813	144
+C8034819	144
+C8034839	144
+C8034855	144
+C8034871	144
+C8034893	144
+C8034897	144
+C8034913	144
+C8034919	144
+C8034923	144
+C8034931	144
+C8034935	144
+C8034947	144
+C8034965	144
+C8034981	144
+C8035035	144
+C8035043	144
+C8035055	144
+C8035065	144
+C8035091	144
+C8035101	144
+C8035107	144
+C8035111	144
+C8035133	144
+C8035157	144
+C8035169	144
+C8035173	144
+C8035187	144
+C8035193	144
+C8035195	144
+C8035205	144
+C8035239	144
+C8035257	144
+C8035293	144
+C8035295	144
+C8035303	144
+C8035321	144
+C8035337	144
+C8035353	144
+C8035363	144
+C8035373	144
+C8035381	144
+C8035385	144
+C8035405	144
+C8035411	144
+C8035423	144
+C8035437	144
+C8035447	144
+C8035457	144
+C8035465	144
+C8035477	144
+C8035509	144
+C8035511	144
+C8035513	144
+C8035517	144
+C8035521	144
+C8035531	144
+C8035543	144
+C8035547	144
+C8035551	144
+C8035581	144
+C8035585	144
+C8035613	144
+C8035641	144
+C8035653	144
+C8035675	144
+C8035687	144
+C8035711	144
+C8035729	144
+C8035759	144
+C8035767	144
+C8035815	144
+C8035821	144
+C8035829	144
+C8035857	144
+C8035883	144
+C8035885	144
+C8035909	144
+C8035921	144
+C8035927	144
+C8035929	144
+C8035965	144
+C8035977	144
+C8019951	143
+C8019959	143
+C8019961	143
+C8019967	143
+C8019969	143
+C8019993	143
+C8019999	143
+C8020001	143
+C8020041	143
+C8020043	143
+C8020047	143
+C8020055	143
+C8020067	143
+C8020085	143
+C8020105	143
+C8020109	143
+C8020111	143
+C8020137	143
+C8020139	143
+C8020141	143
+C8020145	143
+C8020169	143
+C8020179	143
+C8020195	143
+C8020217	143
+C8020223	143
+C8020229	143
+C8020231	143
+C8020233	143
+C8020239	143
+C8020241	143
+C8020253	143
+C8020255	143
+C8020283	143
+C8020287	143
+C8020311	143
+C8020313	143
+C8020317	143
+C8020319	143
+C8020355	143
+C8020369	143
+C8020385	143
+C8020405	143
+C8020417	143
+C8020423	143
+C8020425	143
+C8020451	143
+C8020465	143
+C8020469	143
+C8020471	143
+C8020475	143
+C8020485	143
+C8020501	143
+C8020523	143
+C8020557	143
+C8020561	143
+C8020567	143
+C8020571	143
+C8020573	143
+C8020585	143
+C8020587	143
+C8020609	143
+C8020623	143
+C8020637	143
+C8020645	143
+C8020687	143
+C8020709	143
+C8020731	143
+C8020735	143
+C8020753	143
+C8020769	143
+C8020773	143
+C8020809	143
+C8020815	143
+C8020861	143
+C8020879	143
+C8020891	143
+C8020915	143
+C8020921	143
+C8020925	143
+C8020929	143
+C8020941	143
+C8020947	143
+C8020953	143
+C8020963	143
+C8021005	143
+C8021031	143
+C8021047	143
+C8021101	143
+C8021119	143
+C8021127	143
+C8021129	143
+C8021153	143
+C8021161	143
+C8021165	143
+C8021167	143
+C8021191	143
+C8021205	143
+C8021207	143
+C8021213	143
+C8021215	143
+C8021219	143
+C8021221	143
+C8021263	143
+C8021275	143
+C8021307	143
+C8021321	143
+C8021367	143
+C8021369	143
+C8021391	143
+C8021395	143
+C8021409	143
+C8021415	143
+C8021435	143
+C8021459	143
+C8021479	143
+C8021503	143
+C8021509	143
+C8021517	143
+C8021541	143
+C8021551	143
+C8021561	143
+C8021567	143
+C8021577	143
+C8021599	143
+C8021641	143
+C8021651	143
+C8021655	143
+C8021657	143
+C8021663	143
+C8021683	143
+C8021697	143
+C8021729	143
+C8021737	143
+C8021767	143
+C8021801	143
+C8021821	143
+C8021855	143
+C8021857	143
+C8021859	143
+C8021891	143
+C8021895	143
+C8021915	143
+C8021917	143
+C8021925	143
+C8021945	143
+C8021965	143
+C8021979	143
+C8021989	143
+C8021993	143
+C8022015	143
+C8022033	143
+C8022051	143
+C8022057	143
+C8022111	143
+C8022127	143
+C8022129	143
+C8022139	143
+C8022173	143
+C8022175	143
+C8022193	143
+C8022195	143
+C8022259	143
+C8022269	143
+C8022275	143
+C8022321	143
+C8022339	143
+C8022345	143
+C8022353	143
+C8022375	143
+C8022407	143
+C8022451	143
+C8022463	143
+C8022493	143
+C8022527	143
+C8022557	143
+C8022563	143
+C8022593	143
+C8022627	143
+C8022653	143
+C8022687	143
+C8022691	143
+C8022693	143
+C8022731	143
+C8022745	143
+C8022763	143
+C8022775	143
+C8022785	143
+C8022803	143
+C8022811	143
+C8022823	143
+C8022837	143
+C8022845	143
+C8022847	143
+C8022899	143
+C8022923	143
+C8022927	143
+C8022929	143
+C8022933	143
+C8022947	143
+C8022961	143
+C8022979	143
+C8022981	143
+C8023007	143
+C8023059	143
+C8023065	143
+C8023077	143
+C8023087	143
+C8023095	143
+C8023109	143
+C8023113	143
+C8023115	143
+C8023127	143
+C8023129	143
+C8023147	143
+C8023215	143
+C8023255	143
+C8023263	143
+C8023301	143
+C8023307	143
+C8023325	143
+C8023335	143
+C8023349	143
+C8023369	143
+C8023391	143
+C8023401	143
+C8023405	143
+C8023409	143
+C8023429	143
+C8023431	143
+C8023455	143
+C8023477	143
+C8023479	143
+C8023487	143
+C8023533	143
+C8023539	143
+C8023559	143
+C8023571	143
+C8023597	143
+C8023625	143
+C8023637	143
+C8023679	143
+C8023695	143
+C8023697	143
+C8023699	143
+C8023703	143
+C8023759	143
+C8023767	143
+C8023769	143
+C8023807	143
+C8023837	143
+C8023853	143
+C8023895	143
+C8023907	143
+C8023913	143
+C8023949	143
+C8023951	143
+C8023995	143
+C8024009	143
+C8024013	143
+C8024019	143
+C8024035	143
+C8024047	143
+C8024051	143
+C8024055	143
+C8024061	143
+C8024069	143
+C8024071	143
+C8024073	143
+C8024137	143
+C8024155	143
+C8024187	143
+C8024193	143
+C8024231	143
+C8024239	143
+C8024243	143
+C8024247	143
+C8024255	143
+C8024283	143
+C8024299	143
+C8024301	143
+C8024313	143
+C8024321	143
+C8024329	143
+C8024351	143
+C8024355	143
+C8024357	143
+C8024367	143
+C8024389	143
+C8024391	143
+C8024415	143
+C8024445	143
+C8024475	143
+C8024483	143
+C8024493	143
+C8024505	143
+C8024511	143
+C8024515	143
+C8024517	143
+C8024519	143
+C8024523	143
+C8024547	143
+C8024551	143
+C8024559	143
+C8024571	143
+C8024575	143
+C8024583	143
+C8024599	143
+C8024605	143
+C8024609	143
+C8024623	143
+C8024663	143
+C8024685	143
+C8024695	143
+C8024733	143
+C8024735	143
+C8024771	143
+C8024797	143
+C8024811	143
+C8024841	143
+C8024853	143
+C8024905	143
+C8024923	143
+C8024933	143
+C8024943	143
+C8024953	143
+C8024975	143
+C8024979	143
+C8024983	143
+C8025005	143
+C8025015	143
+C8025025	143
+C8025027	143
+C8025029	143
+C8025091	143
+C8025093	143
+C8025095	143
+C8025101	143
+C8025105	143
+C8025109	143
+C8025113	143
+C8025125	143
+C8025135	143
+C8025149	143
+C8025155	143
+C8025183	143
+C8025193	143
+C8025195	143
+C8025201	143
+C8025219	143
+C8025243	143
+C8025247	143
+C8025289	143
+C8025303	143
+C8025313	143
+C8025325	143
+C8025329	143
+C8025335	143
+C8025337	143
+C8025343	143
+C8025351	143
+C8025357	143
+C8025373	143
+C8025389	143
+C8025395	143
+C8025405	143
+C8025413	143
+C8025423	143
+C8025427	143
+C8025435	143
+C8025465	143
+C8025491	143
+C8025493	143
+C8025499	143
+C8025509	143
+C8025523	143
+C8025527	143
+C8025549	143
+C8025567	143
+C8025569	143
+C8025685	143
+C8025697	143
+C8025723	143
+C8025789	143
+C8025801	143
+C8025803	143
+C8025805	143
+C8025823	143
+C8025851	143
+C8025865	143
+C8025873	143
+C8025879	143
+C8025887	143
+C8025895	143
+C8025929	143
+C8025931	143
+C8025949	143
+C8025977	143
+C8025985	143
+C8025987	143
+C8025999	143
+C8026005	143
+C8026019	143
+C8026027	143
+C8026029	143
+C8026037	143
+C8026053	143
+C8026071	143
+C8026079	143
+C8026091	143
+C8026097	143
+C8026123	143
+C8026131	143
+C8026133	143
+C8026137	143
+C8026177	143
+C8026205	143
+C8026211	143
+C8026215	143
+C8026217	143
+C8026219	143
+C8026253	143
+C8026255	143
+C8026273	143
+C8026297	143
+C8026299	143
+C8026327	143
+C8026337	143
+C8026357	143
+C8026401	143
+C8026415	143
+C8026431	143
+C8026447	143
+C8026455	143
+C8026459	143
+C8026461	143
+C8026485	143
+C8026519	143
+C8026527	143
+C8026555	143
+C8026557	143
+C8026573	143
+C8026581	143
+C8026587	143
+C8026623	143
+C8026635	143
+C8026639	143
+C8026643	143
+C8026645	143
+C8026663	143
+C8026669	143
+C8026685	143
+C8026689	143
+C8026697	143
+C8026715	143
+C8026721	143
+C8026725	143
+C8026733	143
+C8026753	143
+C8026779	143
+C8026781	143
+C8026801	143
+C8026803	143
+C8026845	143
+C8026863	143
+C8026901	143
+C8026929	143
+C8026933	143
+C8026969	143
+C8026971	143
+C8026987	143
+C8026989	143
+C8027001	143
+C8027003	143
+C8027005	143
+C8027065	143
+C8027073	143
+C8027075	143
+C8027081	143
+C8027103	143
+C8027115	143
+C8027117	143
+C8027131	143
+C8027133	143
+C8027167	143
+C8027175	143
+C8027195	143
+C8027209	143
+C8027227	143
+C8027229	143
+C8027237	143
+C8027249	143
+C8027251	143
+C8027255	143
+C8027279	143
+C8027287	143
+C8027317	143
+C8027321	143
+C8027339	143
+C8027365	143
+C8027387	143
+C8027389	143
+C8027395	143
+C8027399	143
+C8027419	143
+C8027431	143
+C8027449	143
+C8027451	143
+C8027455	143
+C8027459	143
+C8027463	143
+C8027465	143
+C8027537	143
+C8027539	143
+C8027553	143
+C8027563	143
+C8027589	143
+C8027605	143
+C8027657	143
+C8027675	143
+C8027683	143
+C8027707	143
+C8027729	143
+C8027731	143
+C8027759	143
+C8027775	143
+C8027787	143
+C8027789	143
+C8027805	143
+C8027821	143
+C8027849	143
+C8027857	143
+C8027861	143
+C8027905	143
+C8027919	143
+C8027933	143
+C8027935	143
+C8027945	143
+C8027957	143
+C8027965	143
+C8027967	143
+C8027975	143
+C8027989	143
+C8027991	143
+C8028015	143
+C8028029	143
+C8028043	143
+C8028045	143
+C8028051	143
+C8028065	143
+C8028073	143
+C8011417	142
+C8011457	142
+C8011475	142
+C8011477	142
+C8011483	142
+C8011485	142
+C8011503	142
+C8011513	142
+C8011521	142
+C8011525	142
+C8011533	142
+C8011535	142
+C8011545	142
+C8011553	142
+C8011555	142
+C8011587	142
+C8011593	142
+C8011607	142
+C8011609	142
+C8011629	142
+C8011663	142
+C8011669	142
+C8011675	142
+C8011693	142
+C8011703	142
+C8011719	142
+C8011725	142
+C8011739	142
+C8011753	142
+C8011757	142
+C8011759	142
+C8011781	142
+C8011787	142
+C8011789	142
+C8011801	142
+C8011803	142
+C8011827	142
+C8011847	142
+C8011857	142
+C8011865	142
+C8011873	142
+C8011879	142
+C8011901	142
+C8011941	142
+C8011961	142
+C8011981	142
+C8011995	142
+C8011999	142
+C8012021	142
+C8012035	142
+C8012071	142
+C8012085	142
+C8012103	142
+C8012109	142
+C8012141	142
+C8012149	142
+C8012151	142
+C8012167	142
+C8012175	142
+C8012189	142
+C8012229	142
+C8012233	142
+C8012239	142
+C8012271	142
+C8012275	142
+C8012321	142
+C8012337	142
+C8012343	142
+C8012351	142
+C8012353	142
+C8012359	142
+C8012365	142
+C8012427	142
+C8012441	142
+C8012479	142
+C8012527	142
+C8012539	142
+C8012587	142
+C8012589	142
+C8012593	142
+C8012605	142
+C8012607	142
+C8012611	142
+C8012651	142
+C8012653	142
+C8012699	142
+C8012711	142
+C8012713	142
+C8012727	142
+C8012731	142
+C8012743	142
+C8012747	142
+C8012759	142
+C8012769	142
+C8012783	142
+C8012785	142
+C8012799	142
+C8012809	142
+C8012825	142
+C8012841	142
+C8012843	142
+C8012875	142
+C8012879	142
+C8012885	142
+C8012887	142
+C8012897	142
+C8012907	142
+C8012911	142
+C8012915	142
+C8012919	142
+C8012949	142
+C8012969	142
+C8012985	142
+C8012989	142
+C8012997	142
+C8013001	142
+C8013039	142
+C8013049	142
+C8013059	142
+C8013061	142
+C8013093	142
+C8013099	142
+C8013107	142
+C8013111	142
+C8013121	142
+C8013135	142
+C8013139	142
+C8013147	142
+C8013149	142
+C8013153	142
+C8013171	142
+C8013173	142
+C8013209	142
+C8013211	142
+C8013245	142
+C8013247	142
+C8013271	142
+C8013279	142
+C8013295	142
+C8013303	142
+C8013307	142
+C8013325	142
+C8013341	142
+C8013363	142
+C8013377	142
+C8013391	142
+C8013421	142
+C8013439	142
+C8013449	142
+C8013453	142
+C8013455	142
+C8013461	142
+C8013493	142
+C8013501	142
+C8013505	142
+C8013509	142
+C8013511	142
+C8013539	142
+C8013543	142
+C8013553	142
+C8013557	142
+C8013565	142
+C8013575	142
+C8013591	142
+C8013623	142
+C8013631	142
+C8013633	142
+C8013655	142
+C8013657	142
+C8013661	142
+C8013671	142
+C8013679	142
+C8013691	142
+C8013711	142
+C8013731	142
+C8013737	142
+C8013749	142
+C8013769	142
+C8013781	142
+C8013799	142
+C8013803	142
+C8013827	142
+C8013837	142
+C8013841	142
+C8013843	142
+C8013857	142
+C8013859	142
+C8013871	142
+C8013891	142
+C8013897	142
+C8013901	142
+C8013919	142
+C8013921	142
+C8013927	142
+C8013935	142
+C8013937	142
+C8013989	142
+C8014001	142
+C8014019	142
+C8014029	142
+C8014033	142
+C8014035	142
+C8014063	142
+C8014079	142
+C8014081	142
+C8014093	142
+C8014095	142
+C8014107	142
+C8014115	142
+C8014117	142
+C8014137	142
+C8014155	142
+C8014197	142
+C8014203	142
+C8014205	142
+C8014207	142
+C8014215	142
+C8014223	142
+C8014249	142
+C8014253	142
+C8014259	142
+C8014295	142
+C8014337	142
+C8014351	142
+C8014361	142
+C8014369	142
+C8014391	142
+C8014401	142
+C8014423	142
+C8014431	142
+C8014433	142
+C8014449	142
+C8014467	142
+C8014499	142
+C8014511	142
+C8014527	142
+C8014537	142
+C8014557	142
+C8014609	142
+C8014611	142
+C8014617	142
+C8014627	142
+C8014645	142
+C8014675	142
+C8014695	142
+C8014703	142
+C8014709	142
+C8014735	142
+C8014739	142
+C8014747	142
+C8014769	142
+C8014793	142
+C8014823	142
+C8014849	142
+C8014857	142
+C8014861	142
+C8014883	142
+C8014907	142
+C8014915	142
+C8014925	142
+C8014947	142
+C8014963	142
+C8014971	142
+C8014977	142
+C8014983	142
+C8014987	142
+C8015001	142
+C8015003	142
+C8015007	142
+C8015063	142
+C8015095	142
+C8015115	142
+C8015117	142
+C8015143	142
+C8015169	142
+C8015179	142
+C8015189	142
+C8015213	142
+C8015233	142
+C8015247	142
+C8015261	142
+C8015281	142
+C8015293	142
+C8015299	142
+C8015309	142
+C8015317	142
+C8015327	142
+C8015349	142
+C8015353	142
+C8015367	142
+C8015369	142
+C8015371	142
+C8015375	142
+C8015381	142
+C8015389	142
+C8015397	142
+C8015399	142
+C8015413	142
+C8015433	142
+C8015435	142
+C8015445	142
+C8015447	142
+C8015449	142
+C8015453	142
+C8015455	142
+C8015467	142
+C8015497	142
+C8015521	142
+C8015531	142
+C8015579	142
+C8015603	142
+C8015611	142
+C8015623	142
+C8015647	142
+C8015665	142
+C8015669	142
+C8015679	142
+C8015709	142
+C8015711	142
+C8015737	142
+C8015747	142
+C8015783	142
+C8015789	142
+C8015795	142
+C8015813	142
+C8015841	142
+C8015851	142
+C8015859	142
+C8015875	142
+C8015881	142
+C8015911	142
+C8015913	142
+C8015935	142
+C8015963	142
+C8015967	142
+C8015971	142
+C8016017	142
+C8016019	142
+C8016023	142
+C8016025	142
+C8016027	142
+C8016029	142
+C8016035	142
+C8016059	142
+C8016083	142
+C8016087	142
+C8016097	142
+C8016101	142
+C8016143	142
+C8016147	142
+C8016193	142
+C8016225	142
+C8016251	142
+C8016293	142
+C8016299	142
+C8016307	142
+C8016309	142
+C8016311	142
+C8016323	142
+C8016325	142
+C8016347	142
+C8016351	142
+C8016367	142
+C8016371	142
+C8016391	142
+C8016395	142
+C8016415	142
+C8016421	142
+C8016425	142
+C8016433	142
+C8016443	142
+C8016455	142
+C8016487	142
+C8016491	142
+C8016493	142
+C8016495	142
+C8016515	142
+C8016537	142
+C8016541	142
+C8016547	142
+C8016557	142
+C8016597	142
+C8016607	142
+C8016637	142
+C8016639	142
+C8016679	142
+C8016687	142
+C8016689	142
+C8016697	142
+C8016711	142
+C8016715	142
+C8016717	142
+C8016719	142
+C8016727	142
+C8016735	142
+C8016767	142
+C8016785	142
+C8016787	142
+C8016793	142
+C8016797	142
+C8016801	142
+C8016807	142
+C8016819	142
+C8016825	142
+C8016859	142
+C8016877	142
+C8016879	142
+C8016891	142
+C8016893	142
+C8016907	142
+C8016951	142
+C8016959	142
+C8016997	142
+C8017065	142
+C8017081	142
+C8017089	142
+C8017133	142
+C8017141	142
+C8017169	142
+C8017171	142
+C8017175	142
+C8017201	142
+C8017207	142
+C8017213	142
+C8017231	142
+C8017235	142
+C8017239	142
+C8017243	142
+C8017247	142
+C8017305	142
+C8017307	142
+C8017323	142
+C8017355	142
+C8017369	142
+C8017417	142
+C8017419	142
+C8017441	142
+C8017465	142
+C8017469	142
+C8017475	142
+C8017505	142
+C8017509	142
+C8017535	142
+C8017565	142
+C8017611	142
+C8017621	142
+C8017633	142
+C8017639	142
+C8017651	142
+C8017685	142
+C8017703	142
+C8017705	142
+C8017707	142
+C8017737	142
+C8017761	142
+C8017767	142
+C8017779	142
+C8017811	142
+C8017835	142
+C8017849	142
+C8017851	142
+C8017921	142
+C8017925	142
+C8017927	142
+C8017929	142
+C8017939	142
+C8017957	142
+C8017961	142
+C8017987	142
+C8017989	142
+C8018033	142
+C8018035	142
+C8018041	142
+C8018055	142
+C8018061	142
+C8018069	142
+C8018085	142
+C8018101	142
+C8018129	142
+C8018173	142
+C8018183	142
+C8018199	142
+C8018211	142
+C8018223	142
+C8018229	142
+C8018259	142
+C8018261	142
+C8018275	142
+C8018297	142
+C8018301	142
+C8018329	142
+C8018335	142
+C8018351	142
+C8018381	142
+C8018391	142
+C8018403	142
+C8018421	142
+C8018437	142
+C8018445	142
+C8018457	142
+C8018475	142
+C8018487	142
+C8018519	142
+C8018529	142
+C8018535	142
+C8018547	142
+C8018549	142
+C8018575	142
+C8018577	142
+C8018589	142
+C8018595	142
+C8018605	142
+C8018607	142
+C8018643	142
+C8018655	142
+C8018669	142
+C8018673	142
+C8018689	142
+C8018691	142
+C8018707	142
+C8018719	142
+C8018725	142
+C8018729	142
+C8018737	142
+C8018743	142
+C8018755	142
+C8018765	142
+C8018767	142
+C8018779	142
+C8018781	142
+C8018785	142
+C8018809	142
+C8018827	142
+C8018863	142
+C8018889	142
+C8018891	142
+C8018903	142
+C8018905	142
+C8018919	142
+C8018929	142
+C8018933	142
+C8018945	142
+C8018953	142
+C8018967	142
+C8018969	142
+C8018991	142
+C8019013	142
+C8019017	142
+C8019035	142
+C8019043	142
+C8019053	142
+C8019057	142
+C8019079	142
+C8019085	142
+C8019103	142
+C8019105	142
+C8019117	142
+C8019163	142
+C8019179	142
+C8019189	142
+C8019207	142
+C8019241	142
+C8019243	142
+C8019249	142
+C8019255	142
+C8019263	142
+C8019267	142
+C8019269	142
+C8019271	142
+C8019275	142
+C8019281	142
+C8019287	142
+C8019303	142
+C8019323	142
+C8019337	142
+C8019343	142
+C8019347	142
+C8019353	142
+C8019391	142
+C8019393	142
+C8019405	142
+C8019413	142
+C8019415	142
+C8019429	142
+C8019433	142
+C8019469	142
+C8019483	142
+C8019497	142
+C8019499	142
+C8019501	142
+C8019517	142
+C8019519	142
+C8019537	142
+C8019559	142
+C8019585	142
+C8019587	142
+C8019623	142
+C8019625	142
+C8019639	142
+C8019671	142
+C8019707	142
+C8019719	142
+C8019753	142
+C8019755	142
+C8019769	142
+C8019791	142
+C8019815	142
+C8019819	142
+C8019849	142
+C8019851	142
+C8019859	142
+C8019863	142
+C8019865	142
+C8019867	142
+C8019919	142
+C8003087	141
+C8003093	141
+C8003133	141
+C8003153	141
+C8003165	141
+C8003177	141
+C8003185	141
+C8003207	141
+C8003237	141
+C8003241	141
+C8003265	141
+C8003305	141
+C8003311	141
+C8003313	141
+C8003327	141
+C8003345	141
+C8003357	141
+C8003373	141
+C8003377	141
+C8003379	141
+C8003397	141
+C8003407	141
+C8003427	141
+C8003437	141
+C8003449	141
+C8003465	141
+C8003485	141
+C8003493	141
+C8003515	141
+C8003521	141
+C8003529	141
+C8003571	141
+C8003573	141
+C8003575	141
+C8003623	141
+C8003637	141
+C8003649	141
+C8003651	141
+C8003655	141
+C8003669	141
+C8003679	141
+C8003691	141
+C8003705	141
+C8003719	141
+C8003723	141
+C8003727	141
+C8003743	141
+C8003753	141
+C8003767	141
+C8003777	141
+C8003811	141
+C8003831	141
+C8003849	141
+C8003865	141
+C8003869	141
+C8003887	141
+C8003893	141
+C8003911	141
+C8003913	141
+C8003967	141
+C8003969	141
+C8003979	141
+C8003991	141
+C8004003	141
+C8004021	141
+C8004031	141
+C8004037	141
+C8004049	141
+C8004051	141
+C8004071	141
+C8004077	141
+C8004081	141
+C8004091	141
+C8004121	141
+C8004123	141
+C8004127	141
+C8004131	141
+C8004201	141
+C8004237	141
+C8004243	141
+C8004281	141
+C8004283	141
+C8004289	141
+C8004305	141
+C8004315	141
+C8004335	141
+C8004365	141
+C8004375	141
+C8004399	141
+C8004403	141
+C8004409	141
+C8004421	141
+C8004445	141
+C8004447	141
+C8004449	141
+C8004465	141
+C8004475	141
+C8004505	141
+C8004507	141
+C8004513	141
+C8004517	141
+C8004529	141
+C8004531	141
+C8004537	141
+C8004539	141
+C8004571	141
+C8004621	141
+C8004629	141
+C8004635	141
+C8004687	141
+C8004695	141
+C8004701	141
+C8004711	141
+C8004717	141
+C8004719	141
+C8004733	141
+C8004751	141
+C8004755	141
+C8004757	141
+C8004773	141
+C8004783	141
+C8004819	141
+C8004841	141
+C8004873	141
+C8004879	141
+C8004881	141
+C8004885	141
+C8004919	141
+C8004943	141
+C8004999	141
+C8005009	141
+C8005013	141
+C8005023	141
+C8005029	141
+C8005051	141
+C8005055	141
+C8005057	141
+C8005063	141
+C8005099	141
+C8005113	141
+C8005139	141
+C8005147	141
+C8005157	141
+C8005163	141
+C8005199	141
+C8005213	141
+C8005235	141
+C8005255	141
+C8005257	141
+C8005271	141
+C8005287	141
+C8005293	141
+C8005315	141
+C8005329	141
+C8005347	141
+C8005351	141
+C8005355	141
+C8005361	141
+C8005369	141
+C8005397	141
+C8005423	141
+C8005425	141
+C8005437	141
+C8005441	141
+C8005443	141
+C8005447	141
+C8005457	141
+C8005461	141
+C8005479	141
+C8005509	141
+C8005517	141
+C8005539	141
+C8005557	141
+C8005581	141
+C8005597	141
+C8005619	141
+C8005631	141
+C8005633	141
+C8005635	141
+C8005643	141
+C8005645	141
+C8005647	141
+C8005667	141
+C8005673	141
+C8005679	141
+C8005685	141
+C8005691	141
+C8005709	141
+C8005727	141
+C8005749	141
+C8005765	141
+C8005781	141
+C8005783	141
+C8005785	141
+C8005809	141
+C8005825	141
+C8005827	141
+C8005831	141
+C8005833	141
+C8005855	141
+C8005877	141
+C8005893	141
+C8005909	141
+C8005917	141
+C8005919	141
+C8005925	141
+C8005935	141
+C8005969	141
+C8005973	141
+C8005983	141
+C8005985	141
+C8006003	141
+C8006015	141
+C8006049	141
+C8006077	141
+C8006099	141
+C8006143	141
+C8006145	141
+C8006155	141
+C8006163	141
+C8006211	141
+C8006221	141
+C8006223	141
+C8006235	141
+C8006241	141
+C8006251	141
+C8006261	141
+C8006275	141
+C8006295	141
+C8006299	141
+C8006321	141
+C8006325	141
+C8006347	141
+C8006349	141
+C8006355	141
+C8006383	141
+C8006443	141
+C8006461	141
+C8006469	141
+C8006471	141
+C8006487	141
+C8006495	141
+C8006511	141
+C8006541	141
+C8006597	141
+C8006617	141
+C8006621	141
+C8006633	141
+C8006635	141
+C8006637	141
+C8006657	141
+C8006685	141
+C8006701	141
+C8006721	141
+C8006741	141
+C8006749	141
+C8006779	141
+C8006785	141
+C8006791	141
+C8006795	141
+C8006839	141
+C8006863	141
+C8006889	141
+C8006891	141
+C8006901	141
+C8006937	141
+C8006959	141
+C8006967	141
+C8006971	141
+C8006977	141
+C8007003	141
+C8007017	141
+C8007089	141
+C8007093	141
+C8007113	141
+C8007129	141
+C8007131	141
+C8007145	141
+C8007149	141
+C8007155	141
+C8007163	141
+C8007191	141
+C8007211	141
+C8007213	141
+C8007225	141
+C8007237	141
+C8007243	141
+C8007249	141
+C8007261	141
+C8007271	141
+C8007285	141
+C8007315	141
+C8007355	141
+C8007381	141
+C8007385	141
+C8007387	141
+C8007397	141
+C8007403	141
+C8007411	141
+C8007421	141
+C8007437	141
+C8007441	141
+C8007449	141
+C8007457	141
+C8007469	141
+C8007491	141
+C8007495	141
+C8007515	141
+C8007531	141
+C8007535	141
+C8007541	141
+C8007547	141
+C8007553	141
+C8007555	141
+C8007561	141
+C8007565	141
+C8007575	141
+C8007593	141
+C8007601	141
+C8007603	141
+C8007613	141
+C8007615	141
+C8007631	141
+C8007639	141
+C8007643	141
+C8007653	141
+C8007687	141
+C8007691	141
+C8007707	141
+C8007709	141
+C8007739	141
+C8007741	141
+C8007753	141
+C8007817	141
+C8007819	141
+C8007821	141
+C8007847	141
+C8007851	141
+C8007855	141
+C8007867	141
+C8007871	141
+C8007887	141
+C8007893	141
+C8007905	141
+C8007907	141
+C8007917	141
+C8007925	141
+C8007933	141
+C8007941	141
+C8007953	141
+C8007969	141
+C8007983	141
+C8008003	141
+C8008017	141
+C8008045	141
+C8008051	141
+C8008055	141
+C8008057	141
+C8008079	141
+C8008105	141
+C8008111	141
+C8008115	141
+C8008121	141
+C8008123	141
+C8008127	141
+C8008137	141
+C8008157	141
+C8008183	141
+C8008185	141
+C8008187	141
+C8008191	141
+C8008217	141
+C8008219	141
+C8008235	141
+C8008237	141
+C8008251	141
+C8008289	141
+C8008299	141
+C8008311	141
+C8008323	141
+C8008339	141
+C8008345	141
+C8008351	141
+C8008359	141
+C8008365	141
+C8008371	141
+C8008377	141
+C8008395	141
+C8008411	141
+C8008413	141
+C8008421	141
+C8008431	141
+C8008445	141
+C8008453	141
+C8008501	141
+C8008505	141
+C8008529	141
+C8008537	141
+C8008553	141
+C8008587	141
+C8008607	141
+C8008613	141
+C8008617	141
+C8008627	141
+C8008633	141
+C8008661	141
+C8008663	141
+C8008675	141
+C8008679	141
+C8008683	141
+C8008707	141
+C8008727	141
+C8008729	141
+C8008737	141
+C8008751	141
+C8008763	141
+C8008769	141
+C8008777	141
+C8008805	141
+C8008823	141
+C8008829	141
+C8008833	141
+C8008835	141
+C8008841	141
+C8008871	141
+C8008891	141
+C8008893	141
+C8008903	141
+C8008911	141
+C8008937	141
+C8008953	141
+C8008989	141
+C8009015	141
+C8009021	141
+C8009069	141
+C8009087	141
+C8009117	141
+C8009119	141
+C8009121	141
+C8009141	141
+C8009169	141
+C8009171	141
+C8009185	141
+C8009193	141
+C8009201	141
+C8009239	141
+C8009249	141
+C8009309	141
+C8009321	141
+C8009357	141
+C8009393	141
+C8009395	141
+C8009419	141
+C8009421	141
+C8009423	141
+C8009453	141
+C8009459	141
+C8009461	141
+C8009501	141
+C8009503	141
+C8009557	141
+C8009567	141
+C8009581	141
+C8009585	141
+C8009595	141
+C8009615	141
+C8009647	141
+C8009653	141
+C8009659	141
+C8009669	141
+C8009685	141
+C8009695	141
+C8009697	141
+C8009767	141
+C8009769	141
+C8009777	141
+C8009779	141
+C8009795	141
+C8009797	141
+C8009813	141
+C8009815	141
+C8009837	141
+C8009845	141
+C8009847	141
+C8009857	141
+C8009875	141
+C8009877	141
+C8009879	141
+C8009881	141
+C8009905	141
+C8009909	141
+C8009915	141
+C8009925	141
+C8009933	141
+C8009939	141
+C8009943	141
+C8009945	141
+C8009963	141
+C8009971	141
+C8009975	141
+C8009987	141
+C8009997	141
+C8010013	141
+C8010019	141
+C8010021	141
+C8010055	141
+C8010081	141
+C8010083	141
+C8010089	141
+C8010095	141
+C8010099	141
+C8010141	141
+C8010145	141
+C8010175	141
+C8010199	141
+C8010247	141
+C8010253	141
+C8010271	141
+C8010293	141
+C8010299	141
+C8010301	141
+C8010313	141
+C8010315	141
+C8010317	141
+C8010345	141
+C8010353	141
+C8010385	141
+C8010403	141
+C8010433	141
+C8010437	141
+C8010461	141
+C8010463	141
+C8010499	141
+C8010505	141
+C8010507	141
+C8010511	141
+C8010515	141
+C8010529	141
+C8010551	141
+C8010553	141
+C8010577	141
+C8010585	141
+C8010611	141
+C8010615	141
+C8010627	141
+C8010633	141
+C8010637	141
+C8010655	141
+C8010671	141
+C8010677	141
+C8010689	141
+C8010733	141
+C8010735	141
+C8010759	141
+C8010765	141
+C8010801	141
+C8010823	141
+C8010845	141
+C8010869	141
+C8010873	141
+C8010885	141
+C8010887	141
+C8010899	141
+C8010913	141
+C8010965	141
+C8010967	141
+C8010979	141
+C8010981	141
+C8010993	141
+C8011007	141
+C8011011	141
+C8011013	141
+C8011019	141
+C8011033	141
+C8011043	141
+C8011051	141
+C8011053	141
+C8011091	141
+C8011123	141
+C8011129	141
+C8011159	141
+C8011165	141
+C8011189	141
+C8011199	141
+C8011221	141
+C8011227	141
+C8011233	141
+C8011249	141
+C8011261	141
+C8011267	141
+C8011269	141
+C8011271	141
+C8011297	141
+C8011353	141
+C8011365	141
+C8011371	141
+C8011387	141
+C8011393	141
+C7994388	140
+C7994446	140
+C7994454	140
+C7994460	140
+C7994470	140
+C7994500	140
+C7994512	140
+C7994516	140
+C7994522	140
+C7994530	140
+C7994534	140
+C7994584	140
+C7994586	140
+C7994594	140
+C7994604	140
+C7994648	140
+C7994666	140
+C7994668	140
+C7994672	140
+C7994674	140
+C7994680	140
+C7994714	140
+C7994754	140
+C7994756	140
+C7994758	140
+C7994800	140
+C7994804	140
+C7994808	140
+C7994834	140
+C7994844	140
+C7994860	140
+C7994872	140
+C7994886	140
+C7994890	140
+C7994918	140
+C7994938	140
+C7994958	140
+C7994990	140
+C7995004	140
+C7995008	140
+C7995010	140
+C7995082	140
+C7995098	140
+C7995132	140
+C7995188	140
+C7995190	140
+C7995194	140
+C7995198	140
+C7995256	140
+C7995262	140
+C7995266	140
+C7995270	140
+C7995286	140
+C7995298	140
+C7995324	140
+C7995362	140
+C7995378	140
+C7995406	140
+C7995412	140
+C7995418	140
+C7995434	140
+C7995442	140
+C7995444	140
+C7995448	140
+C7995472	140
+C7995486	140
+C7995490	140
+C7995500	140
+C7995522	140
+C7995534	140
+C7995538	140
+C7995542	140
+C7995558	140
+C7995568	140
+C7995582	140
+C7995584	140
+C7995590	140
+C7995600	140
+C7995610	140
+C7995616	140
+C7995664	140
+C7995668	140
+C7995688	140
+C7995694	140
+C7995720	140
+C7995738	140
+C7995750	140
+C7995760	140
+C7995786	140
+C7995792	140
+C7995830	140
+C7995836	140
+C7995840	140
+C7995850	140
+C7995882	140
+C7995898	140
+C7995900	140
+C7995922	140
+C7995930	140
+C7995946	140
+C7995956	140
+C7995970	140
+C7995974	140
+C7995978	140
+C7995990	140
+C7996012	140
+C7996038	140
+C7996042	140
+C7996044	140
+C7996050	140
+C7996058	140
+C7996064	140
+C7996088	140
+C7996100	140
+C7996122	140
+C7996152	140
+C7996170	140
+C7996176	140
+C7996210	140
+C7996224	140
+C7996242	140
+C7996246	140
+C7996252	140
+C7996266	140
+C7996268	140
+C7996276	140
+C7996286	140
+C7996292	140
+C7996300	140
+C7996314	140
+C7996316	140
+C7996356	140
+C7996372	140
+C7996374	140
+C7996400	140
+C7996408	140
+C7996410	140
+C7996432	140
+C7996450	140
+C7996452	140
+C7996462	140
+C7996472	140
+C7996476	140
+C7996494	140
+C7996526	140
+C7996588	140
+C7996608	140
+C7996620	140
+C7996630	140
+C7996636	140
+C7996668	140
+C7996718	140
+C7996720	140
+C7996722	140
+C7996730	140
+C7996744	140
+C7996746	140
+C7996760	140
+C7996768	140
+C7996770	140
+C7996782	140
+C7996800	140
+C7996820	140
+C7996822	140
+C7996838	140
+C7996936	140
+C7996962	140
+C7996988	140
+C7997034	140
+C7997072	140
+C7997130	140
+C7997146	140
+C7997150	140
+C7997154	140
+C7997188	140
+C7997192	140
+C7997206	140
+C7997214	140
+C7997216	140
+C7997232	140
+C7997292	140
+C7997298	140
+C7997318	140
+C7997322	140
+C7997326	140
+C7997346	140
+C7997358	140
+C7997360	140
+C7997370	140
+C7997380	140
+C7997416	140
+C7997444	140
+C7997462	140
+C7997464	140
+C7997466	140
+C7997470	140
+C7997484	140
+C7997486	140
+C7997504	140
+C7997508	140
+C7997518	140
+C7997522	140
+C7997524	140
+C7997534	140
+C7997556	140
+C7997560	140
+C7997564	140
+C7997568	140
+C7997578	140
+C7997600	140
+C7997602	140
+C7997608	140
+C7997614	140
+C7997616	140
+C7997640	140
+C7997652	140
+C7997666	140
+C7997686	140
+C7997702	140
+C7997716	140
+C7997722	140
+C7997724	140
+C7997742	140
+C7997760	140
+C7997764	140
+C7997780	140
+C7997794	140
+C7997804	140
+C7997828	140
+C7997850	140
+C7997864	140
+C7997874	140
+C7997900	140
+C7997906	140
+C7997932	140
+C7997976	140
+C7997982	140
+C7997986	140
+C7998022	140
+C7998032	140
+C7998042	140
+C7998046	140
+C7998098	140
+C7998100	140
+C7998128	140
+C7998148	140
+C7998150	140
+C7998154	140
+C7998158	140
+C7998172	140
+C7998174	140
+C7998184	140
+C7998190	140
+C7998208	140
+C7998224	140
+C7998239	140
+C7998245	140
+C7998261	140
+C7998283	140
+C7998293	140
+C7998329	140
+C7998339	140
+C7998379	140
+C7998387	140
+C7998395	140
+C7998423	140
+C7998431	140
+C7998443	140
+C7998445	140
+C7998459	140
+C7998461	140
+C7998479	140
+C7998481	140
+C7998503	140
+C7998527	140
+C7998537	140
+C7998561	140
+C7998563	140
+C7998585	140
+C7998607	140
+C7998631	140
+C7998637	140
+C7998641	140
+C7998645	140
+C7998655	140
+C7998705	140
+C7998715	140
+C7998717	140
+C7998719	140
+C7998749	140
+C7998763	140
+C7998781	140
+C7998801	140
+C7998807	140
+C7998813	140
+C7998833	140
+C7998863	140
+C7998885	140
+C7998915	140
+C7998927	140
+C7998945	140
+C7998965	140
+C7998971	140
+C7998973	140
+C7998991	140
+C7998993	140
+C7999011	140
+C7999033	140
+C7999047	140
+C7999065	140
+C7999079	140
+C7999083	140
+C7999099	140
+C7999103	140
+C7999105	140
+C7999107	140
+C7999111	140
+C7999113	140
+C7999115	140
+C7999121	140
+C7999141	140
+C7999143	140
+C7999167	140
+C7999169	140
+C7999177	140
+C7999179	140
+C7999205	140
+C7999221	140
+C7999227	140
+C7999261	140
+C7999265	140
+C7999277	140
+C7999279	140
+C7999287	140
+C7999293	140
+C7999359	140
+C7999367	140
+C7999369	140
+C7999383	140
+C7999391	140
+C7999397	140
+C7999399	140
+C7999401	140
+C7999415	140
+C7999417	140
+C7999461	140
+C7999489	140
+C7999493	140
+C7999539	140
+C7999541	140
+C7999567	140
+C7999577	140
+C7999613	140
+C7999639	140
+C7999641	140
+C7999649	140
+C7999655	140
+C7999659	140
+C7999675	140
+C7999695	140
+C7999697	140
+C7999747	140
+C7999749	140
+C7999757	140
+C7999779	140
+C7999781	140
+C7999803	140
+C7999815	140
+C7999817	140
+C7999821	140
+C7999843	140
+C7999853	140
+C7999861	140
+C7999869	140
+C7999873	140
+C7999877	140
+C7999941	140
+C7999969	140
+C7999985	140
+C7999989	140
+C8000001	140
+C8000031	140
+C8000039	140
+C8000047	140
+C8000067	140
+C8000079	140
+C8000085	140
+C8000095	140
+C8000105	140
+C8000113	140
+C8000119	140
+C8000155	140
+C8000175	140
+C8000209	140
+C8000211	140
+C8000215	140
+C8000227	140
+C8000241	140
+C8000267	140
+C8000281	140
+C8000289	140
+C8000303	140
+C8000321	140
+C8000327	140
+C8000345	140
+C8000347	140
+C8000367	140
+C8000371	140
+C8000379	140
+C8000393	140
+C8000403	140
+C8000413	140
+C8000443	140
+C8000483	140
+C8000499	140
+C8000525	140
+C8000531	140
+C8000547	140
+C8000555	140
+C8000559	140
+C8000565	140
+C8000571	140
+C8000577	140
+C8000585	140
+C8000599	140
+C8000611	140
+C8000615	140
+C8000623	140
+C8000633	140
+C8000635	140
+C8000645	140
+C8000659	140
+C8000673	140
+C8000711	140
+C8000731	140
+C8000735	140
+C8000749	140
+C8000767	140
+C8000773	140
+C8000783	140
+C8000801	140
+C8000813	140
+C8000845	140
+C8000855	140
+C8000871	140
+C8000919	140
+C8000949	140
+C8000955	140
+C8000981	140
+C8001019	140
+C8001081	140
+C8001087	140
+C8001089	140
+C8001093	140
+C8001111	140
+C8001129	140
+C8001133	140
+C8001137	140
+C8001155	140
+C8001159	140
+C8001165	140
+C8001171	140
+C8001173	140
+C8001177	140
+C8001191	140
+C8001199	140
+C8001225	140
+C8001237	140
+C8001241	140
+C8001243	140
+C8001267	140
+C8001299	140
+C8001307	140
+C8001319	140
+C8001335	140
+C8001357	140
+C8001359	140
+C8001371	140
+C8001377	140
+C8001389	140
+C8001395	140
+C8001421	140
+C8001425	140
+C8001427	140
+C8001431	140
+C8001445	140
+C8001467	140
+C8001485	140
+C8001519	140
+C8001521	140
+C8001543	140
+C8001555	140
+C8001565	140
+C8001571	140
+C8001587	140
+C8001595	140
+C8001597	140
+C8001619	140
+C8001637	140
+C8001649	140
+C8001675	140
+C8001699	140
+C8001717	140
+C8001723	140
+C8001731	140
+C8001733	140
+C8001751	140
+C8001755	140
+C8001849	140
+C8001865	140
+C8001887	140
+C8001891	140
+C8001923	140
+C8001937	140
+C8001943	140
+C8001949	140
+C8001957	140
+C8001981	140
+C8001983	140
+C8001999	140
+C8002005	140
+C8002023	140
+C8002033	140
+C8002045	140
+C8002103	140
+C8002105	140
+C8002123	140
+C8002137	140
+C8002141	140
+C8002147	140
+C8002149	140
+C8002159	140
+C8002173	140
+C8002179	140
+C8002187	140
+C8002203	140
+C8002227	140
+C8002237	140
+C8002241	140
+C8002253	140
+C8002307	140
+C8002329	140
+C8002331	140
+C8002335	140
+C8002339	140
+C8002347	140
+C8002395	140
+C8002403	140
+C8002437	140
+C8002451	140
+C8002491	140
+C8002527	140
+C8002539	140
+C8002571	140
+C8002579	140
+C8002595	140
+C8002597	140
+C8002601	140
+C8002629	140
+C8002667	140
+C8002681	140
+C8002687	140
+C8002711	140
+C8002713	140
+C8002745	140
+C8002747	140
+C8002759	140
+C8002775	140
+C8002781	140
+C8002793	140
+C8002815	140
+C8002837	140
+C8002839	140
+C8002849	140
+C8002853	140
+C8002861	140
+C8002867	140
+C8002879	140
+C8002881	140
+C8002917	140
+C8002919	140
+C8002923	140
+C8002953	140
+C8002965	140
+C8002981	140
+C8002985	140
+C8003009	140
+C8003023	140
+C8003069	140
+C8003083	140
+C7985454	139
+C7985460	139
+C7985470	139
+C7985502	139
+C7985520	139
+C7985530	139
+C7985532	139
+C7985536	139
+C7985542	139
+C7985548	139
+C7985552	139
+C7985558	139
+C7985568	139
+C7985586	139
+C7985588	139
+C7985592	139
+C7985594	139
+C7985604	139
+C7985626	139
+C7985630	139
+C7985646	139
+C7985652	139
+C7985664	139
+C7985680	139
+C7985682	139
+C7985690	139
+C7985714	139
+C7985732	139
+C7985754	139
+C7985756	139
+C7985780	139
+C7985876	139
+C7985904	139
+C7985910	139
+C7985956	139
+C7985990	139
+C7985992	139
+C7986006	139
+C7986038	139
+C7986082	139
+C7986092	139
+C7986098	139
+C7986100	139
+C7986146	139
+C7986158	139
+C7986176	139
+C7986180	139
+C7986188	139
+C7986212	139
+C7986216	139
+C7986228	139
+C7986232	139
+C7986252	139
+C7986262	139
+C7986268	139
+C7986290	139
+C7986340	139
+C7986344	139
+C7986360	139
+C7986366	139
+C7986420	139
+C7986438	139
+C7986446	139
+C7986450	139
+C7986472	139
+C7986534	139
+C7986538	139
+C7986540	139
+C7986556	139
+C7986570	139
+C7986578	139
+C7986582	139
+C7986584	139
+C7986614	139
+C7986630	139
+C7986652	139
+C7986656	139
+C7986680	139
+C7986702	139
+C7986708	139
+C7986736	139
+C7986754	139
+C7986802	139
+C7986808	139
+C7986814	139
+C7986840	139
+C7986850	139
+C7986868	139
+C7986900	139
+C7986908	139
+C7986920	139
+C7986922	139
+C7986924	139
+C7986952	139
+C7986964	139
+C7986974	139
+C7986978	139
+C7987032	139
+C7987038	139
+C7987066	139
+C7987084	139
+C7987096	139
+C7987100	139
+C7987108	139
+C7987136	139
+C7987146	139
+C7987154	139
+C7987166	139
+C7987182	139
+C7987186	139
+C7987196	139
+C7987198	139
+C7987206	139
+C7987214	139
+C7987218	139
+C7987224	139
+C7987226	139
+C7987230	139
+C7987246	139
+C7987252	139
+C7987260	139
+C7987264	139
+C7987270	139
+C7987276	139
+C7987280	139
+C7987294	139
+C7987314	139
+C7987316	139
+C7987354	139
+C7987382	139
+C7987392	139
+C7987400	139
+C7987422	139
+C7987446	139
+C7987448	139
+C7987494	139
+C7987518	139
+C7987536	139
+C7987542	139
+C7987558	139
+C7987560	139
+C7987602	139
+C7987608	139
+C7987618	139
+C7987642	139
+C7987654	139
+C7987680	139
+C7987682	139
+C7987698	139
+C7987702	139
+C7987718	139
+C7987728	139
+C7987778	139
+C7987780	139
+C7987786	139
+C7987818	139
+C7987836	139
+C7987840	139
+C7987846	139
+C7987850	139
+C7987862	139
+C7987864	139
+C7987880	139
+C7987902	139
+C7987908	139
+C7987922	139
+C7987928	139
+C7987952	139
+C7987954	139
+C7987978	139
+C7988000	139
+C7988012	139
+C7988030	139
+C7988046	139
+C7988052	139
+C7988060	139
+C7988076	139
+C7988096	139
+C7988104	139
+C7988112	139
+C7988116	139
+C7988130	139
+C7988132	139
+C7988158	139
+C7988168	139
+C7988178	139
+C7988196	139
+C7988212	139
+C7988214	139
+C7988226	139
+C7988234	139
+C7988256	139
+C7988284	139
+C7988306	139
+C7988310	139
+C7988344	139
+C7988358	139
+C7988372	139
+C7988384	139
+C7988412	139
+C7988418	139
+C7988422	139
+C7988480	139
+C7988486	139
+C7988490	139
+C7988504	139
+C7988508	139
+C7988510	139
+C7988516	139
+C7988520	139
+C7988536	139
+C7988538	139
+C7988560	139
+C7988562	139
+C7988566	139
+C7988570	139
+C7988572	139
+C7988574	139
+C7988580	139
+C7988584	139
+C7988616	139
+C7988620	139
+C7988622	139
+C7988624	139
+C7988640	139
+C7988650	139
+C7988668	139
+C7988676	139
+C7988684	139
+C7988692	139
+C7988716	139
+C7988720	139
+C7988728	139
+C7988734	139
+C7988740	139
+C7988784	139
+C7988800	139
+C7988804	139
+C7988844	139
+C7988850	139
+C7988860	139
+C7988866	139
+C7988868	139
+C7988882	139
+C7988892	139
+C7988894	139
+C7988898	139
+C7988904	139
+C7988922	139
+C7988934	139
+C7988938	139
+C7988946	139
+C7988952	139
+C7988986	139
+C7988988	139
+C7989008	139
+C7989012	139
+C7989026	139
+C7989102	139
+C7989128	139
+C7989144	139
+C7989150	139
+C7989156	139
+C7989162	139
+C7989170	139
+C7989172	139
+C7989184	139
+C7989210	139
+C7989212	139
+C7989252	139
+C7989256	139
+C7989262	139
+C7989264	139
+C7989276	139
+C7989282	139
+C7989292	139
+C7989308	139
+C7989316	139
+C7989328	139
+C7989352	139
+C7989358	139
+C7989370	139
+C7989382	139
+C7989394	139
+C7989400	139
+C7989402	139
+C7989404	139
+C7989408	139
+C7989424	139
+C7989430	139
+C7989438	139
+C7989442	139
+C7989452	139
+C7989458	139
+C7989460	139
+C7989464	139
+C7989488	139
+C7989496	139
+C7989516	139
+C7989538	139
+C7989554	139
+C7989556	139
+C7989578	139
+C7989604	139
+C7989614	139
+C7989620	139
+C7989638	139
+C7989676	139
+C7989678	139
+C7989698	139
+C7989700	139
+C7989708	139
+C7989714	139
+C7989736	139
+C7989742	139
+C7989754	139
+C7989780	139
+C7989786	139
+C7989792	139
+C7989820	139
+C7989860	139
+C7989862	139
+C7989868	139
+C7989882	139
+C7989886	139
+C7989888	139
+C7989906	139
+C7989930	139
+C7989960	139
+C7989962	139
+C7989966	139
+C7989978	139
+C7989990	139
+C7989994	139
+C7990006	139
+C7990024	139
+C7990050	139
+C7990054	139
+C7990092	139
+C7990096	139
+C7990102	139
+C7990114	139
+C7990172	139
+C7990186	139
+C7990214	139
+C7990222	139
+C7990224	139
+C7990234	139
+C7990260	139
+C7990294	139
+C7990306	139
+C7990308	139
+C7990314	139
+C7990316	139
+C7990338	139
+C7990340	139
+C7990346	139
+C7990372	139
+C7990384	139
+C7990388	139
+C7990398	139
+C7990400	139
+C7990404	139
+C7990406	139
+C7990408	139
+C7990458	139
+C7990464	139
+C7990466	139
+C7990472	139
+C7990480	139
+C7990508	139
+C7990514	139
+C7990536	139
+C7990544	139
+C7990546	139
+C7990558	139
+C7990562	139
+C7990572	139
+C7990606	139
+C7990614	139
+C7990618	139
+C7990660	139
+C7990688	139
+C7990696	139
+C7990698	139
+C7990706	139
+C7990748	139
+C7990774	139
+C7990794	139
+C7990802	139
+C7990810	139
+C7990812	139
+C7990814	139
+C7990818	139
+C7990824	139
+C7990844	139
+C7990862	139
+C7990884	139
+C7990900	139
+C7990906	139
+C7990910	139
+C7990920	139
+C7990922	139
+C7990930	139
+C7990964	139
+C7990972	139
+C7990974	139
+C7990980	139
+C7990982	139
+C7991002	139
+C7991012	139
+C7991056	139
+C7991070	139
+C7991078	139
+C7991082	139
+C7991084	139
+C7991096	139
+C7991158	139
+C7991170	139
+C7991186	139
+C7991194	139
+C7991214	139
+C7991290	139
+C7991300	139
+C7991306	139
+C7991328	139
+C7991332	139
+C7991350	139
+C7991354	139
+C7991372	139
+C7991378	139
+C7991380	139
+C7991388	139
+C7991392	139
+C7991394	139
+C7991396	139
+C7991426	139
+C7991428	139
+C7991482	139
+C7991524	139
+C7991536	139
+C7991550	139
+C7991606	139
+C7991614	139
+C7991620	139
+C7991624	139
+C7991640	139
+C7991662	139
+C7991666	139
+C7991668	139
+C7991692	139
+C7991740	139
+C7991748	139
+C7991758	139
+C7991768	139
+C7991776	139
+C7991786	139
+C7991802	139
+C7991830	139
+C7991910	139
+C7991912	139
+C7991928	139
+C7991946	139
+C7991970	139
+C7991978	139
+C7991980	139
+C7991982	139
+C7992002	139
+C7992032	139
+C7992034	139
+C7992036	139
+C7992040	139
+C7992062	139
+C7992074	139
+C7992090	139
+C7992092	139
+C7992098	139
+C7992126	139
+C7992128	139
+C7992134	139
+C7992136	139
+C7992170	139
+C7992182	139
+C7992184	139
+C7992188	139
+C7992190	139
+C7992196	139
+C7992200	139
+C7992210	139
+C7992212	139
+C7992214	139
+C7992232	139
+C7992238	139
+C7992252	139
+C7992270	139
+C7992272	139
+C7992290	139
+C7992300	139
+C7992334	139
+C7992340	139
+C7992342	139
+C7992356	139
+C7992368	139
+C7992402	139
+C7992418	139
+C7992432	139
+C7992440	139
+C7992446	139
+C7992454	139
+C7992474	139
+C7992482	139
+C7992492	139
+C7992520	139
+C7992528	139
+C7992532	139
+C7992538	139
+C7992548	139
+C7992556	139
+C7992560	139
+C7992568	139
+C7992576	139
+C7992590	139
+C7992632	139
+C7992654	139
+C7992664	139
+C7992678	139
+C7992694	139
+C7992702	139
+C7992736	139
+C7992756	139
+C7992778	139
+C7992786	139
+C7992810	139
+C7992824	139
+C7992836	139
+C7992844	139
+C7992846	139
+C7992850	139
+C7992862	139
+C7992868	139
+C7992894	139
+C7992912	139
+C7992946	139
+C7992972	139
+C7992988	139
+C7993006	139
+C7993012	139
+C7993016	139
+C7993072	139
+C7993110	139
+C7993140	139
+C7993156	139
+C7993160	139
+C7993162	139
+C7993164	139
+C7993166	139
+C7993192	139
+C7993196	139
+C7993218	139
+C7993230	139
+C7993236	139
+C7993250	139
+C7993252	139
+C7993256	139
+C7993260	139
+C7993262	139
+C7993274	139
+C7993302	139
+C7993304	139
+C7993320	139
+C7993328	139
+C7993332	139
+C7993384	139
+C7993416	139
+C7993422	139
+C7993428	139
+C7993438	139
+C7993444	139
+C7993456	139
+C7993464	139
+C7993468	139
+C7993496	139
+C7993498	139
+C7993566	139
+C7993586	139
+C7993588	139
+C7993600	139
+C7993608	139
+C7993648	139
+C7993654	139
+C7993658	139
+C7993694	139
+C7993706	139
+C7993732	139
+C7993744	139
+C7993754	139
+C7993778	139
+C7993780	139
+C7993794	139
+C7993796	139
+C7993798	139
+C7993804	139
+C7993818	139
+C7993846	139
+C7993864	139
+C7993898	139
+C7993910	139
+C7993986	139
+C7993988	139
+C7993990	139
+C7994006	139
+C7994008	139
+C7994048	139
+C7994052	139
+C7994054	139
+C7994062	139
+C7994070	139
+C7994080	139
+C7994084	139
+C7994096	139
+C7994116	139
+C7994138	139
+C7994150	139
+C7994158	139
+C7994166	139
+C7994174	139
+C7994188	139
+C7994212	139
+C7994224	139
+C7994230	139
+C7994234	139
+C7994236	139
+C7994282	139
+C7994290	139
+C7994298	139
+C7994304	139
+C7994310	139
+C7994322	139
+C7994348	139
+C7994358	139
+C7994362	139
+C7976411	138
+C7976417	138
+C7976457	138
+C7976481	138
+C7976493	138
+C7976495	138
+C7976501	138
+C7976513	138
+C7976525	138
+C7976527	138
+C7976547	138
+C7976583	138
+C7976591	138
+C7976605	138
+C7976615	138
+C7976617	138
+C7976623	138
+C7976651	138
+C7976655	138
+C7976685	138
+C7976705	138
+C7976739	138
+C7976775	138
+C7976789	138
+C7976791	138
+C7976793	138
+C7976825	138
+C7976849	138
+C7976879	138
+C7976893	138
+C7976903	138
+C7976907	138
+C7976913	138
+C7976947	138
+C7976957	138
+C7976969	138
+C7977005	138
+C7977009	138
+C7977021	138
+C7977055	138
+C7977059	138
+C7977069	138
+C7977079	138
+C7977111	138
+C7977117	138
+C7977147	138
+C7977149	138
+C7977173	138
+C7977183	138
+C7977201	138
+C7977217	138
+C7977243	138
+C7977277	138
+C7977285	138
+C7977311	138
+C7977329	138
+C7977337	138
+C7977359	138
+C7977361	138
+C7977435	138
+C7977439	138
+C7977453	138
+C7977467	138
+C7977475	138
+C7977503	138
+C7977547	138
+C7977555	138
+C7977563	138
+C7977565	138
+C7977569	138
+C7977579	138
+C7977623	138
+C7977649	138
+C7977657	138
+C7977697	138
+C7977711	138
+C7977727	138
+C7977741	138
+C7977743	138
+C7977785	138
+C7977807	138
+C7977813	138
+C7977821	138
+C7977831	138
+C7977835	138
+C7977871	138
+C7977883	138
+C7977891	138
+C7977893	138
+C7977935	138
+C7977949	138
+C7977959	138
+C7977983	138
+C7977987	138
+C7977999	138
+C7978007	138
+C7978029	138
+C7978043	138
+C7978055	138
+C7978059	138
+C7978065	138
+C7978069	138
+C7978071	138
+C7978079	138
+C7978095	138
+C7978097	138
+C7978103	138
+C7978107	138
+C7978111	138
+C7978127	138
+C7978153	138
+C7978161	138
+C7978173	138
+C7978193	138
+C7978201	138
+C7978215	138
+C7978223	138
+C7978257	138
+C7978283	138
+C7978295	138
+C7978331	138
+C7978335	138
+C7978337	138
+C7978339	138
+C7978355	138
+C7978365	138
+C7978367	138
+C7978377	138
+C7978387	138
+C7978401	138
+C7978419	138
+C7978421	138
+C7978437	138
+C7978459	138
+C7978475	138
+C7978481	138
+C7978491	138
+C7978495	138
+C7978531	138
+C7978559	138
+C7978567	138
+C7978587	138
+C7978605	138
+C7978625	138
+C7978651	138
+C7978653	138
+C7978663	138
+C7978689	138
+C7978733	138
+C7978747	138
+C7978763	138
+C7978777	138
+C7978801	138
+C7978839	138
+C7978849	138
+C7978855	138
+C7978863	138
+C7978883	138
+C7978887	138
+C7978907	138
+C7978931	138
+C7978945	138
+C7978947	138
+C7978949	138
+C7978955	138
+C7978959	138
+C7978969	138
+C7978993	138
+C7979003	138
+C7979019	138
+C7979023	138
+C7979031	138
+C7979045	138
+C7979063	138
+C7979081	138
+C7979089	138
+C7979091	138
+C7979095	138
+C7979115	138
+C7979139	138
+C7979149	138
+C7979151	138
+C7979173	138
+C7979195	138
+C7979227	138
+C7979231	138
+C7979241	138
+C7979253	138
+C7979265	138
+C7979273	138
+C7979287	138
+C7979289	138
+C7979291	138
+C7979295	138
+C7979297	138
+C7979309	138
+C7979323	138
+C7979329	138
+C7979331	138
+C7979333	138
+C7979337	138
+C7979353	138
+C7979377	138
+C7979399	138
+C7979409	138
+C7979411	138
+C7979417	138
+C7979437	138
+C7979445	138
+C7979451	138
+C7979461	138
+C7979471	138
+C7979473	138
+C7979483	138
+C7979489	138
+C7979497	138
+C7979501	138
+C7979505	138
+C7979507	138
+C7979537	138
+C7979553	138
+C7979555	138
+C7979567	138
+C7979583	138
+C7979617	138
+C7979633	138
+C7979635	138
+C7979637	138
+C7979639	138
+C7979661	138
+C7979669	138
+C7979671	138
+C7979683	138
+C7979695	138
+C7979699	138
+C7979707	138
+C7979709	138
+C7979727	138
+C7979745	138
+C7979757	138
+C7979775	138
+C7979803	138
+C7979849	138
+C7979881	138
+C7979883	138
+C7979889	138
+C7979891	138
+C7979903	138
+C7979911	138
+C7979921	138
+C7979927	138
+C7979937	138
+C7979951	138
+C7979963	138
+C7979987	138
+C7979991	138
+C7980007	138
+C7980009	138
+C7980017	138
+C7980021	138
+C7980025	138
+C7980037	138
+C7980049	138
+C7980063	138
+C7980073	138
+C7980085	138
+C7980093	138
+C7980095	138
+C7980117	138
+C7980129	138
+C7980155	138
+C7980173	138
+C7980197	138
+C7980269	138
+C7980277	138
+C7980283	138
+C7980285	138
+C7980293	138
+C7980315	138
+C7980317	138
+C7980335	138
+C7980337	138
+C7980339	138
+C7980345	138
+C7980351	138
+C7980361	138
+C7980367	138
+C7980371	138
+C7980383	138
+C7980409	138
+C7980425	138
+C7980461	138
+C7980469	138
+C7980491	138
+C7980495	138
+C7980503	138
+C7980511	138
+C7980517	138
+C7980539	138
+C7980625	138
+C7980631	138
+C7980633	138
+C7980639	138
+C7980649	138
+C7980663	138
+C7980673	138
+C7980675	138
+C7980677	138
+C7980737	138
+C7980757	138
+C7980775	138
+C7980813	138
+C7980883	138
+C7980911	138
+C7980915	138
+C7980943	138
+C7980967	138
+C7981037	138
+C7981057	138
+C7981061	138
+C7981075	138
+C7981111	138
+C7981117	138
+C7981119	138
+C7981125	138
+C7981139	138
+C7981141	138
+C7981167	138
+C7981169	138
+C7981183	138
+C7981203	138
+C7981237	138
+C7981255	138
+C7981263	138
+C7981293	138
+C7981299	138
+C7981317	138
+C7981331	138
+C7981351	138
+C7981359	138
+C7981379	138
+C7981381	138
+C7981421	138
+C7981425	138
+C7981445	138
+C7981459	138
+C7981471	138
+C7981475	138
+C7981491	138
+C7981493	138
+C7981497	138
+C7981507	138
+C7981517	138
+C7981531	138
+C7981539	138
+C7981545	138
+C7981581	138
+C7981589	138
+C7981619	138
+C7981621	138
+C7981627	138
+C7981633	138
+C7981659	138
+C7981669	138
+C7981689	138
+C7981695	138
+C7981705	138
+C7981733	138
+C7981735	138
+C7981741	138
+C7981755	138
+C7981767	138
+C7981771	138
+C7981791	138
+C7981799	138
+C7981811	138
+C7981821	138
+C7981823	138
+C7981825	138
+C7981839	138
+C7981859	138
+C7981871	138
+C7981879	138
+C7981907	138
+C7981935	138
+C7981939	138
+C7981943	138
+C7981957	138
+C7981963	138
+C7981973	138
+C7982001	138
+C7982067	138
+C7982073	138
+C7982077	138
+C7982083	138
+C7982095	138
+C7982097	138
+C7982101	138
+C7982107	138
+C7982109	138
+C7982115	138
+C7982127	138
+C7982137	138
+C7982141	138
+C7982143	138
+C7982145	138
+C7982181	138
+C7982201	138
+C7982207	138
+C7982209	138
+C7982213	138
+C7982235	138
+C7982243	138
+C7982245	138
+C7982257	138
+C7982269	138
+C7982277	138
+C7982281	138
+C7982293	138
+C7982307	138
+C7982315	138
+C7982321	138
+C7982335	138
+C7982349	138
+C7982351	138
+C7982377	138
+C7982379	138
+C7982391	138
+C7982395	138
+C7982401	138
+C7982419	138
+C7982421	138
+C7982439	138
+C7982443	138
+C7982455	138
+C7982469	138
+C7982471	138
+C7982477	138
+C7982485	138
+C7982491	138
+C7982495	138
+C7982515	138
+C7982517	138
+C7982529	138
+C7982547	138
+C7982559	138
+C7982605	138
+C7982625	138
+C7982635	138
+C7982677	138
+C7982737	138
+C7982741	138
+C7982749	138
+C7982803	138
+C7982807	138
+C7982819	138
+C7982837	138
+C7982843	138
+C7982881	138
+C7982893	138
+C7982895	138
+C7982925	138
+C7982947	138
+C7982959	138
+C7982961	138
+C7982967	138
+C7982977	138
+C7982985	138
+C7983019	138
+C7983027	138
+C7983065	138
+C7983073	138
+C7983089	138
+C7983095	138
+C7983097	138
+C7983111	138
+C7983135	138
+C7983149	138
+C7983151	138
+C7983153	138
+C7983165	138
+C7983169	138
+C7983179	138
+C7983187	138
+C7983207	138
+C7983233	138
+C7983243	138
+C7983257	138
+C7983275	138
+C7983279	138
+C7983307	138
+C7983327	138
+C7983339	138
+C7983343	138
+C7983347	138
+C7983365	138
+C7983403	138
+C7983411	138
+C7983415	138
+C7983417	138
+C7983419	138
+C7983449	138
+C7983455	138
+C7983485	138
+C7983489	138
+C7983495	138
+C7983505	138
+C7983519	138
+C7983551	138
+C7983599	138
+C7983613	138
+C7983615	138
+C7983623	138
+C7983639	138
+C7983643	138
+C7983653	138
+C7983663	138
+C7983683	138
+C7983693	138
+C7983701	138
+C7983715	138
+C7983717	138
+C7983721	138
+C7983735	138
+C7983749	138
+C7983761	138
+C7983773	138
+C7983793	138
+C7983849	138
+C7983869	138
+C7983893	138
+C7983899	138
+C7983941	138
+C7983953	138
+C7983963	138
+C7983979	138
+C7984033	138
+C7984035	138
+C7984039	138
+C7984053	138
+C7984065	138
+C7984075	138
+C7984085	138
+C7984087	138
+C7984099	138
+C7984109	138
+C7984131	138
+C7984133	138
+C7984171	138
+C7984197	138
+C7984209	138
+C7984217	138
+C7984251	138
+C7984267	138
+C7984271	138
+C7984277	138
+C7984285	138
+C7984291	138
+C7984319	138
+C7984325	138
+C7984333	138
+C7984335	138
+C7984339	138
+C7984343	138
+C7984353	138
+C7984361	138
+C7984369	138
+C7984381	138
+C7984383	138
+C7984395	138
+C7984401	138
+C7984409	138
+C7984417	138
+C7984423	138
+C7984433	138
+C7984461	138
+C7984479	138
+C7984525	138
+C7984539	138
+C7984553	138
+C7984559	138
+C7984563	138
+C7984597	138
+C7984599	138
+C7984629	138
+C7984683	138
+C7984687	138
+C7984705	138
+C7984725	138
+C7984733	138
+C7984751	138
+C7984755	138
+C7984759	138
+C7984763	138
+C7984775	138
+C7984787	138
+C7984789	138
+C7984791	138
+C7984805	138
+C7984817	138
+C7984825	138
+C7984839	138
+C7984845	138
+C7984855	138
+C7984857	138
+C7984863	138
+C7984871	138
+C7984883	138
+C7984895	138
+C7984901	138
+C7984931	138
+C7984933	138
+C7984949	138
+C7984959	138
+C7984967	138
+C7984969	138
+C7984989	138
+C7984991	138
+C7985025	138
+C7985031	138
+C7985035	138
+C7985083	138
+C7985091	138
+C7985103	138
+C7985137	138
+C7985151	138
+C7985155	138
+C7985181	138
+C7985183	138
+C7985189	138
+C7985191	138
+C7985203	138
+C7985233	138
+C7985241	138
+C7985264	138
+C7985266	138
+C7985280	138
+C7985284	138
+C7985298	138
+C7985306	138
+C7985342	138
+C7985346	138
+C7985348	138
+C7985372	138
+C7985428	138
+C7985432	138
+C7985434	138
+C7985436	138
+C7985438	138
+C7985450	138
+C7985452	138
+Scaffold6828	138
+C7966787	137
+C7966799	137
+C7966801	137
+C7966803	137
+C7966817	137
+C7966823	137
+C7966839	137
+C7966855	137
+C7966861	137
+C7966867	137
+C7966885	137
+C7966915	137
+C7966919	137
+C7966927	137
+C7966939	137
+C7966945	137
+C7966963	137
+C7966983	137
+C7967003	137
+C7967021	137
+C7967069	137
+C7967079	137
+C7967089	137
+C7967125	137
+C7967137	137
+C7967141	137
+C7967167	137
+C7967217	137
+C7967227	137
+C7967241	137
+C7967291	137
+C7967311	137
+C7967313	137
+C7967327	137
+C7967329	137
+C7967331	137
+C7967335	137
+C7967345	137
+C7967361	137
+C7967395	137
+C7967397	137
+C7967401	137
+C7967437	137
+C7967461	137
+C7967473	137
+C7967529	137
+C7967543	137
+C7967561	137
+C7967583	137
+C7967595	137
+C7967599	137
+C7967617	137
+C7967619	137
+C7967671	137
+C7967691	137
+C7967711	137
+C7967731	137
+C7967733	137
+C7967753	137
+C7967771	137
+C7967803	137
+C7967819	137
+C7967829	137
+C7967831	137
+C7967835	137
+C7967847	137
+C7967849	137
+C7967857	137
+C7967865	137
+C7967867	137
+C7967871	137
+C7967873	137
+C7967913	137
+C7967919	137
+C7967931	137
+C7967935	137
+C7967955	137
+C7967967	137
+C7967987	137
+C7967993	137
+C7968021	137
+C7968027	137
+C7968029	137
+C7968039	137
+C7968045	137
+C7968047	137
+C7968065	137
+C7968067	137
+C7968071	137
+C7968073	137
+C7968079	137
+C7968085	137
+C7968101	137
+C7968105	137
+C7968119	137
+C7968139	137
+C7968141	137
+C7968171	137
+C7968173	137
+C7968183	137
+C7968193	137
+C7968229	137
+C7968233	137
+C7968243	137
+C7968263	137
+C7968265	137
+C7968291	137
+C7968303	137
+C7968305	137
+C7968309	137
+C7968329	137
+C7968355	137
+C7968435	137
+C7968447	137
+C7968453	137
+C7968483	137
+C7968485	137
+C7968487	137
+C7968491	137
+C7968505	137
+C7968507	137
+C7968519	137
+C7968557	137
+C7968567	137
+C7968569	137
+C7968577	137
+C7968579	137
+C7968583	137
+C7968585	137
+C7968593	137
+C7968631	137
+C7968645	137
+C7968649	137
+C7968657	137
+C7968679	137
+C7968725	137
+C7968735	137
+C7968745	137
+C7968755	137
+C7968757	137
+C7968811	137
+C7968813	137
+C7968829	137
+C7968843	137
+C7968861	137
+C7968863	137
+C7968877	137
+C7968901	137
+C7968903	137
+C7968913	137
+C7968915	137
+C7968931	137
+C7968939	137
+C7968941	137
+C7968943	137
+C7968967	137
+C7968997	137
+C7969023	137
+C7969025	137
+C7969029	137
+C7969041	137
+C7969055	137
+C7969059	137
+C7969061	137
+C7969071	137
+C7969077	137
+C7969079	137
+C7969083	137
+C7969125	137
+C7969141	137
+C7969143	137
+C7969149	137
+C7969187	137
+C7969199	137
+C7969211	137
+C7969219	137
+C7969235	137
+C7969257	137
+C7969311	137
+C7969363	137
+C7969373	137
+C7969375	137
+C7969387	137
+C7969393	137
+C7969397	137
+C7969467	137
+C7969477	137
+C7969483	137
+C7969485	137
+C7969493	137
+C7969505	137
+C7969511	137
+C7969515	137
+C7969517	137
+C7969519	137
+C7969525	137
+C7969549	137
+C7969563	137
+C7969585	137
+C7969617	137
+C7969635	137
+C7969653	137
+C7969655	137
+C7969665	137
+C7969669	137
+C7969685	137
+C7969693	137
+C7969707	137
+C7969715	137
+C7969737	137
+C7969749	137
+C7969755	137
+C7969763	137
+C7969785	137
+C7969787	137
+C7969793	137
+C7969799	137
+C7969801	137
+C7969807	137
+C7969851	137
+C7969853	137
+C7969857	137
+C7969883	137
+C7969891	137
+C7969897	137
+C7969911	137
+C7969921	137
+C7969923	137
+C7969925	137
+C7969937	137
+C7969955	137
+C7969977	137
+C7969987	137
+C7969995	137
+C7970001	137
+C7970005	137
+C7970019	137
+C7970023	137
+C7970045	137
+C7970047	137
+C7970051	137
+C7970127	137
+C7970135	137
+C7970153	137
+C7970155	137
+C7970193	137
+C7970213	137
+C7970223	137
+C7970233	137
+C7970239	137
+C7970261	137
+C7970285	137
+C7970287	137
+C7970301	137
+C7970305	137
+C7970319	137
+C7970331	137
+C7970339	137
+C7970343	137
+C7970345	137
+C7970355	137
+C7970357	137
+C7970375	137
+C7970401	137
+C7970405	137
+C7970407	137
+C7970425	137
+C7970477	137
+C7970483	137
+C7970503	137
+C7970521	137
+C7970567	137
+C7970569	137
+C7970581	137
+C7970611	137
+C7970615	137
+C7970617	137
+C7970631	137
+C7970651	137
+C7970659	137
+C7970671	137
+C7970689	137
+C7970705	137
+C7970721	137
+C7970743	137
+C7970757	137
+C7970779	137
+C7970785	137
+C7970787	137
+C7970791	137
+C7970807	137
+C7970815	137
+C7970817	137
+C7970821	137
+C7970823	137
+C7970835	137
+C7970839	137
+C7970841	137
+C7970843	137
+C7970845	137
+C7970869	137
+C7970875	137
+C7970887	137
+C7970895	137
+C7970899	137
+C7970907	137
+C7970943	137
+C7970945	137
+C7970953	137
+C7970961	137
+C7970965	137
+C7970971	137
+C7970979	137
+C7971031	137
+C7971041	137
+C7971047	137
+C7971085	137
+C7971095	137
+C7971101	137
+C7971113	137
+C7971131	137
+C7971145	137
+C7971149	137
+C7971173	137
+C7971179	137
+C7971183	137
+C7971197	137
+C7971225	137
+C7971227	137
+C7971255	137
+C7971349	137
+C7971363	137
+C7971379	137
+C7971383	137
+C7971389	137
+C7971401	137
+C7971409	137
+C7971419	137
+C7971433	137
+C7971441	137
+C7971463	137
+C7971471	137
+C7971475	137
+C7971513	137
+C7971545	137
+C7971553	137
+C7971555	137
+C7971567	137
+C7971571	137
+C7971627	137
+C7971639	137
+C7971641	137
+C7971643	137
+C7971645	137
+C7971647	137
+C7971663	137
+C7971679	137
+C7971689	137
+C7971709	137
+C7971715	137
+C7971719	137
+C7971767	137
+C7971789	137
+C7971795	137
+C7971797	137
+C7971799	137
+C7971807	137
+C7971809	137
+C7971825	137
+C7971829	137
+C7971839	137
+C7971863	137
+C7971867	137
+C7971875	137
+C7971877	137
+C7971905	137
+C7971923	137
+C7971933	137
+C7971963	137
+C7971979	137
+C7971999	137
+C7972007	137
+C7972037	137
+C7972041	137
+C7972051	137
+C7972077	137
+C7972081	137
+C7972083	137
+C7972113	137
+C7972135	137
+C7972137	137
+C7972171	137
+C7972187	137
+C7972197	137
+C7972213	137
+C7972247	137
+C7972257	137
+C7972261	137
+C7972279	137
+C7972283	137
+C7972307	137
+C7972359	137
+C7972361	137
+C7972373	137
+C7972381	137
+C7972391	137
+C7972395	137
+C7972401	137
+C7972419	137
+C7972423	137
+C7972435	137
+C7972437	137
+C7972463	137
+C7972469	137
+C7972501	137
+C7972503	137
+C7972511	137
+C7972517	137
+C7972527	137
+C7972533	137
+C7972547	137
+C7972585	137
+C7972593	137
+C7972603	137
+C7972619	137
+C7972623	137
+C7972639	137
+C7972641	137
+C7972645	137
+C7972657	137
+C7972705	137
+C7972715	137
+C7972719	137
+C7972727	137
+C7972741	137
+C7972751	137
+C7972761	137
+C7972765	137
+C7972799	137
+C7972807	137
+C7972811	137
+C7972831	137
+C7972849	137
+C7972863	137
+C7972869	137
+C7972871	137
+C7972877	137
+C7972885	137
+C7972889	137
+C7972913	137
+C7972927	137
+C7972935	137
+C7972963	137
+C7972967	137
+C7972971	137
+C7972979	137
+C7972999	137
+C7973001	137
+C7973009	137
+C7973015	137
+C7973017	137
+C7973021	137
+C7973031	137
+C7973037	137
+C7973045	137
+C7973061	137
+C7973073	137
+C7973109	137
+C7973123	137
+C7973125	137
+C7973135	137
+C7973139	137
+C7973155	137
+C7973161	137
+C7973177	137
+C7973185	137
+C7973203	137
+C7973205	137
+C7973213	137
+C7973215	137
+C7973239	137
+C7973267	137
+C7973271	137
+C7973275	137
+C7973277	137
+C7973289	137
+C7973293	137
+C7973299	137
+C7973311	137
+C7973335	137
+C7973355	137
+C7973361	137
+C7973403	137
+C7973405	137
+C7973417	137
+C7973421	137
+C7973439	137
+C7973447	137
+C7973457	137
+C7973485	137
+C7973503	137
+C7973507	137
+C7973529	137
+C7973551	137
+C7973557	137
+C7973561	137
+C7973597	137
+C7973613	137
+C7973619	137
+C7973629	137
+C7973649	137
+C7973669	137
+C7973681	137
+C7973689	137
+C7973703	137
+C7973721	137
+C7973725	137
+C7973737	137
+C7973753	137
+C7973761	137
+C7973783	137
+C7973789	137
+C7973811	137
+C7973853	137
+C7973873	137
+C7973887	137
+C7973895	137
+C7973915	137
+C7973917	137
+C7973921	137
+C7973941	137
+C7973953	137
+C7973957	137
+C7973959	137
+C7973987	137
+C7973991	137
+C7974003	137
+C7974005	137
+C7974013	137
+C7974015	137
+C7974019	137
+C7974037	137
+C7974039	137
+C7974063	137
+C7974069	137
+C7974071	137
+C7974077	137
+C7974089	137
+C7974093	137
+C7974095	137
+C7974097	137
+C7974103	137
+C7974107	137
+C7974123	137
+C7974135	137
+C7974149	137
+C7974153	137
+C7974157	137
+C7974159	137
+C7974199	137
+C7974223	137
+C7974225	137
+C7974233	137
+C7974283	137
+C7974285	137
+C7974289	137
+C7974303	137
+C7974337	137
+C7974371	137
+C7974383	137
+C7974385	137
+C7974405	137
+C7974417	137
+C7974455	137
+C7974481	137
+C7974497	137
+C7974515	137
+C7974531	137
+C7974535	137
+C7974541	137
+C7974543	137
+C7974545	137
+C7974549	137
+C7974565	137
+C7974571	137
+C7974577	137
+C7974599	137
+C7974603	137
+C7974617	137
+C7974629	137
+C7974645	137
+C7974653	137
+C7974659	137
+C7974661	137
+C7974675	137
+C7974691	137
+C7974693	137
+C7974697	137
+C7974703	137
+C7974737	137
+C7974769	137
+C7974773	137
+C7974787	137
+C7974795	137
+C7974853	137
+C7974861	137
+C7974865	137
+C7974867	137
+C7974869	137
+C7974901	137
+C7974905	137
+C7974909	137
+C7974915	137
+C7974953	137
+C7974967	137
+C7974969	137
+C7974989	137
+C7975009	137
+C7975015	137
+C7975033	137
+C7975035	137
+C7975055	137
+C7975087	137
+C7975089	137
+C7975091	137
+C7975103	137
+C7975109	137
+C7975119	137
+C7975137	137
+C7975139	137
+C7975145	137
+C7975177	137
+C7975195	137
+C7975215	137
+C7975227	137
+C7975237	137
+C7975241	137
+C7975253	137
+C7975255	137
+C7975267	137
+C7975269	137
+C7975275	137
+C7975311	137
+C7975347	137
+C7975367	137
+C7975385	137
+C7975391	137
+C7975415	137
+C7975419	137
+C7975457	137
+C7975467	137
+C7975493	137
+C7975503	137
+C7975513	137
+C7975521	137
+C7975527	137
+C7975561	137
+C7975567	137
+C7975569	137
+C7975577	137
+C7975585	137
+C7975601	137
+C7975621	137
+C7975627	137
+C7975633	137
+C7975645	137
+C7975663	137
+C7975677	137
+C7975703	137
+C7975731	137
+C7975763	137
+C7975799	137
+C7975813	137
+C7975817	137
+C7975827	137
+C7975869	137
+C7975879	137
+C7975897	137
+C7975905	137
+C7975909	137
+C7975939	137
+C7975953	137
+C7975955	137
+C7975979	137
+C7975981	137
+C7976005	137
+C7976011	137
+C7976035	137
+C7976077	137
+C7976099	137
+C7976109	137
+C7976155	137
+C7976173	137
+C7976193	137
+C7976203	137
+C7976213	137
+C7976217	137
+C7976223	137
+C7976225	137
+C7976275	137
+C7976289	137
+C7976291	137
+C7976317	137
+C7976329	137
+C7976377	137
+C7976401	137
+C7976405	137
+C7956191	136
+C7956197	136
+C7956205	136
+C7956217	136
+C7956225	136
+C7956231	136
+C7956241	136
+C7956267	136
+C7956281	136
+C7956301	136
+C7956307	136
+C7956317	136
+C7956357	136
+C7956359	136
+C7956369	136
+C7956385	136
+C7956387	136
+C7956389	136
+C7956399	136
+C7956415	136
+C7956437	136
+C7956441	136
+C7956489	136
+C7956509	136
+C7956511	136
+C7956523	136
+C7956529	136
+C7956533	136
+C7956535	136
+C7956549	136
+C7956565	136
+C7956571	136
+C7956573	136
+C7956575	136
+C7956581	136
+C7956607	136
+C7956629	136
+C7956641	136
+C7956647	136
+C7956657	136
+C7956689	136
+C7956691	136
+C7956705	136
+C7956721	136
+C7956727	136
+C7956731	136
+C7956753	136
+C7956755	136
+C7956767	136
+C7956789	136
+C7956803	136
+C7956819	136
+C7956823	136
+C7956827	136
+C7956833	136
+C7956839	136
+C7956845	136
+C7956849	136
+C7956857	136
+C7956863	136
+C7956873	136
+C7956877	136
+C7956879	136
+C7956901	136
+C7956905	136
+C7956909	136
+C7956923	136
+C7956927	136
+C7956933	136
+C7956943	136
+C7956959	136
+C7956967	136
+C7956969	136
+C7956975	136
+C7956981	136
+C7956989	136
+C7957011	136
+C7957015	136
+C7957019	136
+C7957021	136
+C7957043	136
+C7957067	136
+C7957095	136
+C7957105	136
+C7957111	136
+C7957121	136
+C7957139	136
+C7957141	136
+C7957193	136
+C7957195	136
+C7957197	136
+C7957205	136
+C7957207	136
+C7957211	136
+C7957219	136
+C7957229	136
+C7957245	136
+C7957257	136
+C7957281	136
+C7957291	136
+C7957317	136
+C7957321	136
+C7957357	136
+C7957361	136
+C7957373	136
+C7957377	136
+C7957403	136
+C7957435	136
+C7957437	136
+C7957485	136
+C7957489	136
+C7957517	136
+C7957519	136
+C7957523	136
+C7957527	136
+C7957539	136
+C7957545	136
+C7957555	136
+C7957595	136
+C7957653	136
+C7957655	136
+C7957657	136
+C7957691	136
+C7957693	136
+C7957725	136
+C7957745	136
+C7957753	136
+C7957755	136
+C7957759	136
+C7957769	136
+C7957783	136
+C7957791	136
+C7957803	136
+C7957827	136
+C7957835	136
+C7957857	136
+C7957861	136
+C7957887	136
+C7957897	136
+C7957935	136
+C7957943	136
+C7957961	136
+C7957971	136
+C7957989	136
+C7958003	136
+C7958007	136
+C7958011	136
+C7958037	136
+C7958039	136
+C7958067	136
+C7958079	136
+C7958081	136
+C7958083	136
+C7958091	136
+C7958105	136
+C7958119	136
+C7958123	136
+C7958137	136
+C7958143	136
+C7958147	136
+C7958155	136
+C7958183	136
+C7958185	136
+C7958199	136
+C7958205	136
+C7958209	136
+C7958215	136
+C7958239	136
+C7958249	136
+C7958251	136
+C7958261	136
+C7958267	136
+C7958275	136
+C7958281	136
+C7958285	136
+C7958339	136
+C7958345	136
+C7958371	136
+C7958375	136
+C7958377	136
+C7958381	136
+C7958411	136
+C7958439	136
+C7958465	136
+C7958471	136
+C7958493	136
+C7958503	136
+C7958531	136
+C7958539	136
+C7958563	136
+C7958577	136
+C7958619	136
+C7958621	136
+C7958647	136
+C7958697	136
+C7958703	136
+C7958705	136
+C7958711	136
+C7958713	136
+C7958737	136
+C7958743	136
+C7958747	136
+C7958749	136
+C7958763	136
+C7958799	136
+C7958805	136
+C7958837	136
+C7958869	136
+C7958935	136
+C7958955	136
+C7958959	136
+C7958971	136
+C7958973	136
+C7958979	136
+C7958989	136
+C7959001	136
+C7959003	136
+C7959029	136
+C7959047	136
+C7959065	136
+C7959071	136
+C7959077	136
+C7959083	136
+C7959091	136
+C7959141	136
+C7959145	136
+C7959147	136
+C7959159	136
+C7959187	136
+C7959207	136
+C7959223	136
+C7959249	136
+C7959281	136
+C7959283	136
+C7959285	136
+C7959287	136
+C7959295	136
+C7959317	136
+C7959335	136
+C7959337	136
+C7959345	136
+C7959353	136
+C7959355	136
+C7959377	136
+C7959379	136
+C7959385	136
+C7959395	136
+C7959397	136
+C7959451	136
+C7959473	136
+C7959501	136
+C7959503	136
+C7959513	136
+C7959521	136
+C7959525	136
+C7959555	136
+C7959567	136
+C7959593	136
+C7959601	136
+C7959603	136
+C7959607	136
+C7959615	136
+C7959713	136
+C7959735	136
+C7959739	136
+C7959741	136
+C7959777	136
+C7959795	136
+C7959823	136
+C7959825	136
+C7959831	136
+C7959835	136
+C7959845	136
+C7959859	136
+C7959895	136
+C7959919	136
+C7959923	136
+C7959937	136
+C7959975	136
+C7959989	136
+C7959995	136
+C7960001	136
+C7960023	136
+C7960029	136
+C7960043	136
+C7960045	136
+C7960061	136
+C7960063	136
+C7960087	136
+C7960099	136
+C7960109	136
+C7960111	136
+C7960121	136
+C7960179	136
+C7960185	136
+C7960201	136
+C7960219	136
+C7960239	136
+C7960243	136
+C7960251	136
+C7960259	136
+C7960285	136
+C7960309	136
+C7960325	136
+C7960383	136
+C7960403	136
+C7960431	136
+C7960451	136
+C7960475	136
+C7960479	136
+C7960483	136
+C7960493	136
+C7960513	136
+C7960515	136
+C7960561	136
+C7960563	136
+C7960583	136
+C7960593	136
+C7960601	136
+C7960605	136
+C7960629	136
+C7960639	136
+C7960655	136
+C7960679	136
+C7960685	136
+C7960687	136
+C7960693	136
+C7960707	136
+C7960711	136
+C7960735	136
+C7960763	136
+C7960765	136
+C7960791	136
+C7960793	136
+C7960843	136
+C7960847	136
+C7960851	136
+C7960859	136
+C7960887	136
+C7960889	136
+C7960901	136
+C7960907	136
+C7960935	136
+C7960943	136
+C7960969	136
+C7960991	136
+C7961001	136
+C7961011	136
+C7961015	136
+C7961031	136
+C7961037	136
+C7961073	136
+C7961075	136
+C7961109	136
+C7961115	136
+C7961121	136
+C7961131	136
+C7961145	136
+C7961161	136
+C7961175	136
+C7961179	136
+C7961183	136
+C7961221	136
+C7961229	136
+C7961231	136
+C7961239	136
+C7961253	136
+C7961257	136
+C7961293	136
+C7961297	136
+C7961299	136
+C7961319	136
+C7961323	136
+C7961339	136
+C7961377	136
+C7961381	136
+C7961383	136
+C7961387	136
+C7961401	136
+C7961411	136
+C7961415	136
+C7961421	136
+C7961439	136
+C7961453	136
+C7961461	136
+C7961489	136
+C7961491	136
+C7961531	136
+C7961555	136
+C7961581	136
+C7961583	136
+C7961597	136
+C7961599	136
+C7961601	136
+C7961607	136
+C7961611	136
+C7961619	136
+C7961645	136
+C7961651	136
+C7961653	136
+C7961655	136
+C7961657	136
+C7961665	136
+C7961681	136
+C7961725	136
+C7961727	136
+C7961731	136
+C7961745	136
+C7961747	136
+C7961749	136
+C7961751	136
+C7961779	136
+C7961795	136
+C7961799	136
+C7961807	136
+C7961813	136
+C7961839	136
+C7961841	136
+C7961845	136
+C7961853	136
+C7961863	136
+C7961879	136
+C7961883	136
+C7961891	136
+C7961895	136
+C7961901	136
+C7961911	136
+C7961923	136
+C7961925	136
+C7961927	136
+C7961929	136
+C7961931	136
+C7961951	136
+C7962015	136
+C7962027	136
+C7962029	136
+C7962043	136
+C7962053	136
+C7962063	136
+C7962065	136
+C7962067	136
+C7962071	136
+C7962081	136
+C7962083	136
+C7962119	136
+C7962127	136
+C7962133	136
+C7962159	136
+C7962185	136
+C7962197	136
+C7962221	136
+C7962255	136
+C7962263	136
+C7962267	136
+C7962269	136
+C7962281	136
+C7962287	136
+C7962289	136
+C7962291	136
+C7962293	136
+C7962309	136
+C7962341	136
+C7962345	136
+C7962347	136
+C7962353	136
+C7962355	136
+C7962385	136
+C7962393	136
+C7962399	136
+C7962405	136
+C7962407	136
+C7962415	136
+C7962419	136
+C7962429	136
+C7962447	136
+C7962457	136
+C7962461	136
+C7962467	136
+C7962473	136
+C7962503	136
+C7962511	136
+C7962543	136
+C7962555	136
+C7962563	136
+C7962575	136
+C7962587	136
+C7962623	136
+C7962625	136
+C7962629	136
+C7962631	136
+C7962633	136
+C7962645	136
+C7962687	136
+C7962713	136
+C7962741	136
+C7962753	136
+C7962759	136
+C7962791	136
+C7962793	136
+C7962813	136
+C7962827	136
+C7962833	136
+C7962855	136
+C7962857	136
+C7962859	136
+C7962897	136
+C7962903	136
+C7962909	136
+C7962913	136
+C7962929	136
+C7962965	136
+C7962969	136
+C7962981	136
+C7963015	136
+C7963021	136
+C7963049	136
+C7963051	136
+C7963073	136
+C7963087	136
+C7963099	136
+C7963107	136
+C7963111	136
+C7963133	136
+C7963139	136
+C7963169	136
+C7963181	136
+C7963215	136
+C7963217	136
+C7963229	136
+C7963235	136
+C7963239	136
+C7963241	136
+C7963271	136
+C7963273	136
+C7963285	136
+C7963293	136
+C7963303	136
+C7963317	136
+C7963319	136
+C7963327	136
+C7963335	136
+C7963363	136
+C7963367	136
+C7963377	136
+C7963385	136
+C7963387	136
+C7963409	136
+C7963421	136
+C7963445	136
+C7963457	136
+C7963463	136
+C7963471	136
+C7963475	136
+C7963511	136
+C7963533	136
+C7963551	136
+C7963561	136
+C7963565	136
+C7963585	136
+C7963597	136
+C7963639	136
+C7963645	136
+C7963655	136
+C7963701	136
+C7963715	136
+C7963733	136
+C7963743	136
+C7963747	136
+C7963751	136
+C7963753	136
+C7963761	136
+C7963789	136
+C7963795	136
+C7963797	136
+C7963799	136
+C7963803	136
+C7963807	136
+C7963817	136
+C7963821	136
+C7963851	136
+C7963865	136
+C7963869	136
+C7963877	136
+C7963889	136
+C7963915	136
+C7963923	136
+C7963927	136
+C7963939	136
+C7963949	136
+C7963985	136
+C7964001	136
+C7964003	136
+C7964009	136
+C7964017	136
+C7964027	136
+C7964049	136
+C7964077	136
+C7964117	136
+C7964119	136
+C7964121	136
+C7964155	136
+C7964163	136
+C7964167	136
+C7964171	136
+C7964181	136
+C7964195	136
+C7964209	136
+C7964211	136
+C7964235	136
+C7964243	136
+C7964245	136
+C7964253	136
+C7964285	136
+C7964291	136
+C7964301	136
+C7964317	136
+C7964333	136
+C7964335	136
+C7964341	136
+C7964351	136
+C7964363	136
+C7964381	136
+C7964383	136
+C7964401	136
+C7964415	136
+C7964443	136
+C7964451	136
+C7964453	136
+C7964475	136
+C7964487	136
+C7964497	136
+C7964507	136
+C7964521	136
+C7964523	136
+C7964589	136
+C7964595	136
+C7964599	136
+C7964605	136
+C7964609	136
+C7964611	136
+C7964627	136
+C7964639	136
+C7964651	136
+C7964653	136
+C7964657	136
+C7964671	136
+C7964677	136
+C7964685	136
+C7964699	136
+C7964707	136
+C7964713	136
+C7964717	136
+C7964719	136
+C7964721	136
+C7964733	136
+C7964783	136
+C7964809	136
+C7964815	136
+C7964817	136
+C7964821	136
+C7964827	136
+C7964833	136
+C7964839	136
+C7964845	136
+C7964859	136
+C7964865	136
+C7964893	136
+C7964901	136
+C7964905	136
+C7964923	136
+C7964925	136
+C7964935	136
+C7964939	136
+C7964941	136
+C7964959	136
+C7964969	136
+C7964995	136
+C7965001	136
+C7965005	136
+C7965015	136
+C7965037	136
+C7965051	136
+C7965053	136
+C7965059	136
+C7965061	136
+C7965083	136
+C7965085	136
+C7965089	136
+C7965099	136
+C7965101	136
+C7965103	136
+C7965111	136
+C7965117	136
+C7965129	136
+C7965137	136
+C7965139	136
+C7965141	136
+C7965159	136
+C7965179	136
+C7965189	136
+C7965199	136
+C7965205	136
+C7965215	136
+C7965243	136
+C7965281	136
+C7965313	136
+C7965317	136
+C7965323	136
+C7965325	136
+C7965331	136
+C7965335	136
+C7965343	136
+C7965357	136
+C7965373	136
+C7965377	136
+C7965389	136
+C7965421	136
+C7965433	136
+C7965435	136
+C7965439	136
+C7965447	136
+C7965505	136
+C7965507	136
+C7965553	136
+C7965573	136
+C7965587	136
+C7965589	136
+C7965595	136
+C7965603	136
+C7965629	136
+C7965647	136
+C7965675	136
+C7965691	136
+C7965695	136
+C7965723	136
+C7965725	136
+C7965729	136
+C7965747	136
+C7965757	136
+C7965765	136
+C7965767	136
+C7965773	136
+C7965791	136
+C7965811	136
+C7965829	136
+C7965833	136
+C7965885	136
+C7965893	136
+C7965899	136
+C7965905	136
+C7965907	136
+C7965919	136
+C7965921	136
+C7965929	136
+C7965941	136
+C7965949	136
+C7965963	136
+C7965965	136
+C7965971	136
+C7965979	136
+C7965993	136
+C7966031	136
+C7966035	136
+C7966065	136
+C7966079	136
+C7966083	136
+C7966085	136
+C7966087	136
+C7966097	136
+C7966101	136
+C7966119	136
+C7966123	136
+C7966129	136
+C7966131	136
+C7966159	136
+C7966169	136
+C7966185	136
+C7966199	136
+C7966211	136
+C7966227	136
+C7966229	136
+C7966243	136
+C7966257	136
+C7966261	136
+C7966265	136
+C7966269	136
+C7966273	136
+C7966319	136
+C7966321	136
+C7966333	136
+C7966347	136
+C7966357	136
+C7966369	136
+C7966385	136
+C7966391	136
+C7966397	136
+C7966399	136
+C7966407	136
+C7966433	136
+C7966435	136
+C7966447	136
+C7966451	136
+C7966457	136
+C7966469	136
+C7966475	136
+C7966483	136
+C7966495	136
+C7966501	136
+C7966521	136
+C7966535	136
+C7966557	136
+C7966577	136
+C7966587	136
+C7966595	136
+C7966601	136
+C7966605	136
+C7966617	136
+C7966623	136
+C7966641	136
+C7966651	136
+C7966671	136
+C7966675	136
+C7966677	136
+C7966729	136
+C7966739	136
+C7966743	136
+C7966749	136
+C7966755	136
+C7966763	136
+C7966769	136
+C7966783	136
+Scaffold6760	136
+C7945453	135
+C7945469	135
+C7945481	135
+C7945497	135
+C7945505	135
+C7945511	135
+C7945539	135
+C7945547	135
+C7945549	135
+C7945577	135
+C7945581	135
+C7945599	135
+C7945621	135
+C7945623	135
+C7945647	135
+C7945655	135
+C7945673	135
+C7945679	135
+C7945695	135
+C7945735	135
+C7945747	135
+C7945753	135
+C7945765	135
+C7945779	135
+C7945789	135
+C7945797	135
+C7945817	135
+C7945827	135
+C7945833	135
+C7945847	135
+C7945859	135
+C7945877	135
+C7945885	135
+C7945899	135
+C7945901	135
+C7945913	135
+C7945925	135
+C7945927	135
+C7945953	135
+C7945955	135
+C7945973	135
+C7945975	135
+C7945985	135
+C7946007	135
+C7946009	135
+C7946015	135
+C7946017	135
+C7946029	135
+C7946047	135
+C7946063	135
+C7946065	135
+C7946089	135
+C7946093	135
+C7946119	135
+C7946127	135
+C7946153	135
+C7946157	135
+C7946159	135
+C7946203	135
+C7946209	135
+C7946215	135
+C7946219	135
+C7946221	135
+C7946225	135
+C7946245	135
+C7946251	135
+C7946253	135
+C7946255	135
+C7946265	135
+C7946267	135
+C7946271	135
+C7946287	135
+C7946305	135
+C7946347	135
+C7946349	135
+C7946357	135
+C7946371	135
+C7946375	135
+C7946377	135
+C7946401	135
+C7946405	135
+C7946429	135
+C7946451	135
+C7946459	135
+C7946517	135
+C7946537	135
+C7946545	135
+C7946549	135
+C7946561	135
+C7946569	135
+C7946593	135
+C7946599	135
+C7946605	135
+C7946633	135
+C7946635	135
+C7946643	135
+C7946673	135
+C7946687	135
+C7946725	135
+C7946793	135
+C7946795	135
+C7946797	135
+C7946801	135
+C7946805	135
+C7946813	135
+C7946833	135
+C7946851	135
+C7946871	135
+C7946883	135
+C7946901	135
+C7946905	135
+C7946917	135
+C7946921	135
+C7946925	135
+C7946931	135
+C7946943	135
+C7946947	135
+C7946951	135
+C7946955	135
+C7946961	135
+C7946963	135
+C7946979	135
+C7946997	135
+C7947039	135
+C7947051	135
+C7947065	135
+C7947069	135
+C7947073	135
+C7947109	135
+C7947113	135
+C7947117	135
+C7947139	135
+C7947155	135
+C7947173	135
+C7947181	135
+C7947185	135
+C7947193	135
+C7947195	135
+C7947215	135
+C7947221	135
+C7947229	135
+C7947249	135
+C7947289	135
+C7947299	135
+C7947319	135
+C7947351	135
+C7947355	135
+C7947373	135
+C7947391	135
+C7947423	135
+C7947441	135
+C7947455	135
+C7947487	135
+C7947495	135
+C7947497	135
+C7947513	135
+C7947539	135
+C7947551	135
+C7947563	135
+C7947577	135
+C7947589	135
+C7947595	135
+C7947597	135
+C7947599	135
+C7947619	135
+C7947631	135
+C7947639	135
+C7947665	135
+C7947675	135
+C7947677	135
+C7947683	135
+C7947715	135
+C7947735	135
+C7947745	135
+C7947753	135
+C7947761	135
+C7947773	135
+C7947781	135
+C7947785	135
+C7947819	135
+C7947823	135
+C7947845	135
+C7947847	135
+C7947861	135
+C7947893	135
+C7947901	135
+C7947909	135
+C7947913	135
+C7947915	135
+C7947923	135
+C7947943	135
+C7947949	135
+C7947957	135
+C7947963	135
+C7947969	135
+C7947983	135
+C7947991	135
+C7948003	135
+C7948021	135
+C7948033	135
+C7948051	135
+C7948053	135
+C7948061	135
+C7948085	135
+C7948095	135
+C7948113	135
+C7948119	135
+C7948125	135
+C7948129	135
+C7948183	135
+C7948189	135
+C7948197	135
+C7948199	135
+C7948229	135
+C7948257	135
+C7948263	135
+C7948273	135
+C7948293	135
+C7948313	135
+C7948317	135
+C7948329	135
+C7948331	135
+C7948335	135
+C7948345	135
+C7948347	135
+C7948363	135
+C7948397	135
+C7948429	135
+C7948433	135
+C7948439	135
+C7948449	135
+C7948459	135
+C7948471	135
+C7948489	135
+C7948511	135
+C7948525	135
+C7948541	135
+C7948543	135
+C7948545	135
+C7948547	135
+C7948551	135
+C7948587	135
+C7948591	135
+C7948607	135
+C7948625	135
+C7948629	135
+C7948631	135
+C7948659	135
+C7948665	135
+C7948667	135
+C7948671	135
+C7948673	135
+C7948677	135
+C7948685	135
+C7948697	135
+C7948717	135
+C7948721	135
+C7948723	135
+C7948747	135
+C7948759	135
+C7948763	135
+C7948765	135
+C7948767	135
+C7948781	135
+C7948791	135
+C7948813	135
+C7948831	135
+C7948833	135
+C7948837	135
+C7948893	135
+C7948897	135
+C7948901	135
+C7948917	135
+C7948923	135
+C7948947	135
+C7948949	135
+C7948969	135
+C7948971	135
+C7948995	135
+C7949007	135
+C7949019	135
+C7949023	135
+C7949039	135
+C7949069	135
+C7949107	135
+C7949111	135
+C7949117	135
+C7949175	135
+C7949181	135
+C7949183	135
+C7949185	135
+C7949187	135
+C7949197	135
+C7949215	135
+C7949217	135
+C7949219	135
+C7949221	135
+C7949227	135
+C7949231	135
+C7949233	135
+C7949241	135
+C7949271	135
+C7949289	135
+C7949295	135
+C7949329	135
+C7949331	135
+C7949353	135
+C7949379	135
+C7949393	135
+C7949405	135
+C7949407	135
+C7949415	135
+C7949429	135
+C7949433	135
+C7949457	135
+C7949475	135
+C7949493	135
+C7949513	135
+C7949517	135
+C7949525	135
+C7949527	135
+C7949531	135
+C7949565	135
+C7949573	135
+C7949593	135
+C7949603	135
+C7949619	135
+C7949621	135
+C7949627	135
+C7949633	135
+C7949651	135
+C7949655	135
+C7949665	135
+C7949671	135
+C7949677	135
+C7949681	135
+C7949689	135
+C7949721	135
+C7949745	135
+C7949761	135
+C7949765	135
+C7949795	135
+C7949811	135
+C7949825	135
+C7949841	135
+C7949859	135
+C7949869	135
+C7949875	135
+C7949879	135
+C7949887	135
+C7949889	135
+C7949899	135
+C7949901	135
+C7949911	135
+C7949941	135
+C7949947	135
+C7949955	135
+C7949987	135
+C7949991	135
+C7950011	135
+C7950019	135
+C7950037	135
+C7950039	135
+C7950053	135
+C7950105	135
+C7950111	135
+C7950129	135
+C7950141	135
+C7950143	135
+C7950153	135
+C7950163	135
+C7950195	135
+C7950199	135
+C7950207	135
+C7950219	135
+C7950269	135
+C7950281	135
+C7950291	135
+C7950323	135
+C7950337	135
+C7950339	135
+C7950343	135
+C7950345	135
+C7950357	135
+C7950397	135
+C7950441	135
+C7950443	135
+C7950491	135
+C7950521	135
+C7950547	135
+C7950553	135
+C7950577	135
+C7950599	135
+C7950613	135
+C7950631	135
+C7950635	135
+C7950641	135
+C7950647	135
+C7950649	135
+C7950655	135
+C7950685	135
+C7950689	135
+C7950695	135
+C7950699	135
+C7950713	135
+C7950715	135
+C7950723	135
+C7950737	135
+C7950745	135
+C7950751	135
+C7950753	135
+C7950755	135
+C7950789	135
+C7950801	135
+C7950833	135
+C7950851	135
+C7950863	135
+C7950871	135
+C7950881	135
+C7950883	135
+C7950895	135
+C7950897	135
+C7950919	135
+C7950931	135
+C7950933	135
+C7950953	135
+C7950961	135
+C7950971	135
+C7951005	135
+C7951011	135
+C7951027	135
+C7951035	135
+C7951063	135
+C7951075	135
+C7951079	135
+C7951095	135
+C7951115	135
+C7951117	135
+C7951119	135
+C7951127	135
+C7951131	135
+C7951145	135
+C7951165	135
+C7951171	135
+C7951183	135
+C7951191	135
+C7951221	135
+C7951227	135
+C7951231	135
+C7951251	135
+C7951261	135
+C7951269	135
+C7951273	135
+C7951283	135
+C7951297	135
+C7951321	135
+C7951329	135
+C7951335	135
+C7951345	135
+C7951355	135
+C7951383	135
+C7951401	135
+C7951415	135
+C7951417	135
+C7951453	135
+C7951469	135
+C7951473	135
+C7951475	135
+C7951487	135
+C7951489	135
+C7951493	135
+C7951513	135
+C7951517	135
+C7951543	135
+C7951549	135
+C7951559	135
+C7951563	135
+C7951573	135
+C7951577	135
+C7951579	135
+C7951619	135
+C7951625	135
+C7951641	135
+C7951667	135
+C7951675	135
+C7951677	135
+C7951695	135
+C7951721	135
+C7951723	135
+C7951727	135
+C7951733	135
+C7951759	135
+C7951771	135
+C7951779	135
+C7951781	135
+C7951785	135
+C7951789	135
+C7951795	135
+C7951797	135
+C7951817	135
+C7951835	135
+C7951861	135
+C7951865	135
+C7951871	135
+C7951891	135
+C7951937	135
+C7951939	135
+C7951955	135
+C7951957	135
+C7951967	135
+C7951977	135
+C7951989	135
+C7951993	135
+C7952021	135
+C7952023	135
+C7952027	135
+C7952049	135
+C7952061	135
+C7952085	135
+C7952093	135
+C7952097	135
+C7952099	135
+C7952101	135
+C7952107	135
+C7952115	135
+C7952139	135
+C7952149	135
+C7952153	135
+C7952155	135
+C7952159	135
+C7952191	135
+C7952201	135
+C7952235	135
+C7952241	135
+C7952243	135
+C7952245	135
+C7952247	135
+C7952277	135
+C7952287	135
+C7952289	135
+C7952291	135
+C7952301	135
+C7952311	135
+C7952315	135
+C7952349	135
+C7952359	135
+C7952389	135
+C7952391	135
+C7952395	135
+C7952397	135
+C7952407	135
+C7952409	135
+C7952421	135
+C7952423	135
+C7952433	135
+C7952453	135
+C7952459	135
+C7952467	135
+C7952493	135
+C7952495	135
+C7952497	135
+C7952523	135
+C7952553	135
+C7952561	135
+C7952579	135
+C7952601	135
+C7952611	135
+C7952627	135
+C7952629	135
+C7952649	135
+C7952653	135
+C7952683	135
+C7952687	135
+C7952707	135
+C7952717	135
+C7952723	135
+C7952727	135
+C7952729	135
+C7952731	135
+C7952759	135
+C7952773	135
+C7952869	135
+C7952875	135
+C7952907	135
+C7952935	135
+C7952937	135
+C7952939	135
+C7952945	135
+C7952949	135
+C7952965	135
+C7952967	135
+C7952997	135
+C7953009	135
+C7953013	135
+C7953025	135
+C7953033	135
+C7953041	135
+C7953081	135
+C7953087	135
+C7953093	135
+C7953099	135
+C7953105	135
+C7953123	135
+C7953127	135
+C7953133	135
+C7953137	135
+C7953161	135
+C7953165	135
+C7953169	135
+C7953213	135
+C7953225	135
+C7953235	135
+C7953241	135
+C7953243	135
+C7953253	135
+C7953255	135
+C7953257	135
+C7953261	135
+C7953263	135
+C7953265	135
+C7953281	135
+C7953283	135
+C7953291	135
+C7953321	135
+C7953353	135
+C7953367	135
+C7953371	135
+C7953415	135
+C7953419	135
+C7953421	135
+C7953431	135
+C7953433	135
+C7953443	135
+C7953459	135
+C7953567	135
+C7953581	135
+C7953595	135
+C7953605	135
+C7953629	135
+C7953637	135
+C7953643	135
+C7953653	135
+C7953667	135
+C7953669	135
+C7953677	135
+C7953689	135
+C7953699	135
+C7953715	135
+C7953735	135
+C7953745	135
+C7953773	135
+C7953777	135
+C7953799	135
+C7953801	135
+C7953805	135
+C7953813	135
+C7953831	135
+C7953881	135
+C7953921	135
+C7953949	135
+C7953953	135
+C7953965	135
+C7953969	135
+C7953979	135
+C7953981	135
+C7954001	135
+C7954021	135
+C7954031	135
+C7954061	135
+C7954063	135
+C7954071	135
+C7954073	135
+C7954081	135
+C7954083	135
+C7954097	135
+C7954105	135
+C7954167	135
+C7954171	135
+C7954183	135
+C7954187	135
+C7954193	135
+C7954239	135
+C7954247	135
+C7954251	135
+C7954257	135
+C7954259	135
+C7954299	135
+C7954305	135
+C7954311	135
+C7954319	135
+C7954325	135
+C7954331	135
+C7954335	135
+C7954351	135
+C7954373	135
+C7954425	135
+C7954457	135
+C7954465	135
+C7954467	135
+C7954483	135
+C7954503	135
+C7954513	135
+C7954519	135
+C7954523	135
+C7954555	135
+C7954557	135
+C7954565	135
+C7954581	135
+C7954589	135
+C7954617	135
+C7954625	135
+C7954647	135
+C7954649	135
+C7954683	135
+C7954693	135
+C7954697	135
+C7954731	135
+C7954751	135
+C7954755	135
+C7954757	135
+C7954759	135
+C7954761	135
+C7954767	135
+C7954777	135
+C7954779	135
+C7954799	135
+C7954807	135
+C7954823	135
+C7954851	135
+C7954853	135
+C7954881	135
+C7954891	135
+C7954893	135
+C7954903	135
+C7954913	135
+C7954921	135
+C7954953	135
+C7954961	135
+C7954997	135
+C7955019	135
+C7955045	135
+C7955053	135
+C7955125	135
+C7955129	135
+C7955147	135
+C7955149	135
+C7955157	135
+C7955177	135
+C7955213	135
+C7955253	135
+C7955261	135
+C7955275	135
+C7955281	135
+C7955285	135
+C7955305	135
+C7955315	135
+C7955325	135
+C7955327	135
+C7955331	135
+C7955333	135
+C7955353	135
+C7955373	135
+C7955375	135
+C7955385	135
+C7955391	135
+C7955399	135
+C7955403	135
+C7955417	135
+C7955429	135
+C7955445	135
+C7955447	135
+C7955455	135
+C7955459	135
+C7955463	135
+C7955477	135
+C7955481	135
+C7955485	135
+C7955487	135
+C7955501	135
+C7955505	135
+C7955529	135
+C7955543	135
+C7955555	135
+C7955557	135
+C7955565	135
+C7955569	135
+C7955575	135
+C7955597	135
+C7955617	135
+C7955621	135
+C7955623	135
+C7955633	135
+C7955645	135
+C7955651	135
+C7955693	135
+C7955721	135
+C7955727	135
+C7955731	135
+C7955733	135
+C7955739	135
+C7955753	135
+C7955755	135
+C7955759	135
+C7955765	135
+C7955771	135
+C7955791	135
+C7955797	135
+C7955811	135
+C7955813	135
+C7955823	135
+C7955839	135
+C7955851	135
+C7955861	135
+C7955877	135
+C7955879	135
+C7955907	135
+C7955917	135
+C7955945	135
+C7955947	135
+C7955973	135
+C7955985	135
+C7955995	135
+C7956003	135
+C7956007	135
+C7956025	135
+C7956029	135
+C7956039	135
+C7956041	135
+C7956055	135
+C7956059	135
+C7956069	135
+C7956073	135
+C7956081	135
+C7956085	135
+C7956087	135
+C7956089	135
+C7956103	135
+C7956109	135
+C7956111	135
+C7956117	135
+C7956119	135
+C7956123	135
+C7956125	135
+C7956133	135
+C7956139	135
+C7956141	135
+C7956159	135
+C7956161	135
+C7956167	135
+C7934741	134
+C7934763	134
+C7934773	134
+C7934779	134
+C7934785	134
+C7934795	134
+C7934797	134
+C7934803	134
+C7934837	134
+C7934859	134
+C7934889	134
+C7934897	134
+C7934909	134
+C7934923	134
+C7934933	134
+C7934953	134
+C7934965	134
+C7934973	134
+C7935029	134
+C7935047	134
+C7935049	134
+C7935059	134
+C7935061	134
+C7935065	134
+C7935099	134
+C7935105	134
+C7935111	134
+C7935125	134
+C7935129	134
+C7935141	134
+C7935159	134
+C7935173	134
+C7935183	134
+C7935193	134
+C7935197	134
+C7935207	134
+C7935233	134
+C7935251	134
+C7935267	134
+C7935281	134
+C7935287	134
+C7935303	134
+C7935307	134
+C7935313	134
+C7935331	134
+C7935335	134
+C7935349	134
+C7935359	134
+C7935389	134
+C7935391	134
+C7935411	134
+C7935415	134
+C7935439	134
+C7935441	134
+C7935455	134
+C7935473	134
+C7935487	134
+C7935507	134
+C7935537	134
+C7935545	134
+C7935563	134
+C7935567	134
+C7935577	134
+C7935583	134
+C7935617	134
+C7935649	134
+C7935667	134
+C7935673	134
+C7935691	134
+C7935697	134
+C7935699	134
+C7935725	134
+C7935733	134
+C7935777	134
+C7935785	134
+C7935805	134
+C7935833	134
+C7935835	134
+C7935849	134
+C7935867	134
+C7935877	134
+C7935923	134
+C7935931	134
+C7935937	134
+C7935941	134
+C7935971	134
+C7935979	134
+C7935997	134
+C7936009	134
+C7936039	134
+C7936065	134
+C7936071	134
+C7936087	134
+C7936119	134
+C7936127	134
+C7936147	134
+C7936159	134
+C7936187	134
+C7936199	134
+C7936201	134
+C7936205	134
+C7936211	134
+C7936215	134
+C7936249	134
+C7936251	134
+C7936263	134
+C7936281	134
+C7936287	134
+C7936299	134
+C7936321	134
+C7936325	134
+C7936333	134
+C7936339	134
+C7936347	134
+C7936353	134
+C7936359	134
+C7936375	134
+C7936389	134
+C7936391	134
+C7936397	134
+C7936407	134
+C7936415	134
+C7936435	134
+C7936441	134
+C7936469	134
+C7936485	134
+C7936493	134
+C7936507	134
+C7936515	134
+C7936541	134
+C7936543	134
+C7936555	134
+C7936577	134
+C7936595	134
+C7936601	134
+C7936641	134
+C7936661	134
+C7936677	134
+C7936751	134
+C7936767	134
+C7936771	134
+C7936777	134
+C7936805	134
+C7936811	134
+C7936819	134
+C7936821	134
+C7936835	134
+C7936851	134
+C7936871	134
+C7936877	134
+C7936909	134
+C7936933	134
+C7936945	134
+C7936985	134
+C7936993	134
+C7937003	134
+C7937025	134
+C7937057	134
+C7937095	134
+C7937105	134
+C7937109	134
+C7937127	134
+C7937151	134
+C7937173	134
+C7937177	134
+C7937199	134
+C7937209	134
+C7937223	134
+C7937229	134
+C7937235	134
+C7937271	134
+C7937273	134
+C7937281	134
+C7937289	134
+C7937311	134
+C7937319	134
+C7937327	134
+C7937333	134
+C7937337	134
+C7937343	134
+C7937355	134
+C7937369	134
+C7937379	134
+C7937387	134
+C7937389	134
+C7937413	134
+C7937425	134
+C7937433	134
+C7937441	134
+C7937455	134
+C7937481	134
+C7937501	134
+C7937505	134
+C7937509	134
+C7937529	134
+C7937543	134
+C7937545	134
+C7937547	134
+C7937555	134
+C7937567	134
+C7937575	134
+C7937577	134
+C7937581	134
+C7937589	134
+C7937595	134
+C7937609	134
+C7937639	134
+C7937657	134
+C7937659	134
+C7937671	134
+C7937677	134
+C7937691	134
+C7937695	134
+C7937697	134
+C7937721	134
+C7937747	134
+C7937785	134
+C7937825	134
+C7937853	134
+C7937879	134
+C7937897	134
+C7937901	134
+C7937943	134
+C7937945	134
+C7937951	134
+C7937955	134
+C7937963	134
+C7937967	134
+C7937989	134
+C7937991	134
+C7938001	134
+C7938009	134
+C7938011	134
+C7938025	134
+C7938043	134
+C7938045	134
+C7938049	134
+C7938059	134
+C7938089	134
+C7938103	134
+C7938117	134
+C7938121	134
+C7938131	134
+C7938133	134
+C7938135	134
+C7938185	134
+C7938219	134
+C7938233	134
+C7938285	134
+C7938289	134
+C7938341	134
+C7938343	134
+C7938369	134
+C7938371	134
+C7938373	134
+C7938377	134
+C7938383	134
+C7938387	134
+C7938391	134
+C7938395	134
+C7938431	134
+C7938443	134
+C7938455	134
+C7938459	134
+C7938463	134
+C7938469	134
+C7938473	134
+C7938475	134
+C7938483	134
+C7938491	134
+C7938513	134
+C7938515	134
+C7938523	134
+C7938539	134
+C7938553	134
+C7938567	134
+C7938571	134
+C7938601	134
+C7938637	134
+C7938655	134
+C7938659	134
+C7938711	134
+C7938735	134
+C7938737	134
+C7938759	134
+C7938767	134
+C7938769	134
+C7938797	134
+C7938807	134
+C7938825	134
+C7938837	134
+C7938893	134
+C7938909	134
+C7938919	134
+C7938929	134
+C7938935	134
+C7938947	134
+C7938949	134
+C7938953	134
+C7938955	134
+C7938961	134
+C7938963	134
+C7938967	134
+C7938997	134
+C7939011	134
+C7939013	134
+C7939029	134
+C7939033	134
+C7939057	134
+C7939061	134
+C7939067	134
+C7939077	134
+C7939079	134
+C7939081	134
+C7939085	134
+C7939087	134
+C7939091	134
+C7939093	134
+C7939107	134
+C7939109	134
+C7939127	134
+C7939131	134
+C7939135	134
+C7939173	134
+C7939203	134
+C7939225	134
+C7939227	134
+C7939235	134
+C7939245	134
+C7939253	134
+C7939275	134
+C7939277	134
+C7939281	134
+C7939295	134
+C7939313	134
+C7939337	134
+C7939351	134
+C7939355	134
+C7939357	134
+C7939359	134
+C7939367	134
+C7939381	134
+C7939389	134
+C7939397	134
+C7939421	134
+C7939439	134
+C7939481	134
+C7939489	134
+C7939517	134
+C7939533	134
+C7939539	134
+C7939543	134
+C7939545	134
+C7939563	134
+C7939627	134
+C7939649	134
+C7939651	134
+C7939653	134
+C7939657	134
+C7939685	134
+C7939713	134
+C7939737	134
+C7939745	134
+C7939751	134
+C7939753	134
+C7939759	134
+C7939801	134
+C7939815	134
+C7939819	134
+C7939829	134
+C7939835	134
+C7939849	134
+C7939867	134
+C7939875	134
+C7939879	134
+C7939885	134
+C7939909	134
+C7939927	134
+C7939959	134
+C7939967	134
+C7939993	134
+C7940013	134
+C7940025	134
+C7940057	134
+C7940069	134
+C7940083	134
+C7940121	134
+C7940123	134
+C7940143	134
+C7940153	134
+C7940157	134
+C7940177	134
+C7940209	134
+C7940211	134
+C7940213	134
+C7940239	134
+C7940243	134
+C7940257	134
+C7940287	134
+C7940291	134
+C7940303	134
+C7940341	134
+C7940345	134
+C7940391	134
+C7940397	134
+C7940399	134
+C7940413	134
+C7940429	134
+C7940433	134
+C7940435	134
+C7940443	134
+C7940445	134
+C7940447	134
+C7940455	134
+C7940469	134
+C7940475	134
+C7940491	134
+C7940505	134
+C7940513	134
+C7940515	134
+C7940553	134
+C7940565	134
+C7940579	134
+C7940593	134
+C7940603	134
+C7940615	134
+C7940635	134
+C7940649	134
+C7940675	134
+C7940685	134
+C7940705	134
+C7940715	134
+C7940733	134
+C7940755	134
+C7940767	134
+C7940785	134
+C7940805	134
+C7940807	134
+C7940811	134
+C7940825	134
+C7940853	134
+C7940869	134
+C7940877	134
+C7940883	134
+C7940899	134
+C7940903	134
+C7940909	134
+C7940919	134
+C7940927	134
+C7940933	134
+C7940937	134
+C7940961	134
+C7940963	134
+C7940969	134
+C7940997	134
+C7941001	134
+C7941009	134
+C7941011	134
+C7941013	134
+C7941025	134
+C7941029	134
+C7941035	134
+C7941067	134
+C7941075	134
+C7941085	134
+C7941087	134
+C7941103	134
+C7941121	134
+C7941129	134
+C7941151	134
+C7941161	134
+C7941183	134
+C7941187	134
+C7941205	134
+C7941227	134
+C7941267	134
+C7941269	134
+C7941277	134
+C7941281	134
+C7941283	134
+C7941291	134
+C7941303	134
+C7941309	134
+C7941313	134
+C7941317	134
+C7941325	134
+C7941329	134
+C7941347	134
+C7941351	134
+C7941359	134
+C7941385	134
+C7941393	134
+C7941395	134
+C7941399	134
+C7941409	134
+C7941421	134
+C7941425	134
+C7941443	134
+C7941483	134
+C7941499	134
+C7941509	134
+C7941525	134
+C7941531	134
+C7941533	134
+C7941537	134
+C7941551	134
+C7941567	134
+C7941573	134
+C7941583	134
+C7941591	134
+C7941595	134
+C7941597	134
+C7941615	134
+C7941631	134
+C7941633	134
+C7941641	134
+C7941647	134
+C7941649	134
+C7941663	134
+C7941681	134
+C7941683	134
+C7941685	134
+C7941693	134
+C7941701	134
+C7941731	134
+C7941757	134
+C7941759	134
+C7941767	134
+C7941781	134
+C7941817	134
+C7941819	134
+C7941853	134
+C7941855	134
+C7941869	134
+C7941873	134
+C7941909	134
+C7941911	134
+C7941933	134
+C7941943	134
+C7941953	134
+C7941957	134
+C7942003	134
+C7942005	134
+C7942007	134
+C7942017	134
+C7942029	134
+C7942057	134
+C7942061	134
+C7942065	134
+C7942067	134
+C7942069	134
+C7942085	134
+C7942095	134
+C7942107	134
+C7942149	134
+C7942153	134
+C7942165	134
+C7942175	134
+C7942181	134
+C7942185	134
+C7942199	134
+C7942231	134
+C7942233	134
+C7942249	134
+C7942265	134
+C7942275	134
+C7942295	134
+C7942317	134
+C7942327	134
+C7942335	134
+C7942343	134
+C7942393	134
+C7942417	134
+C7942473	134
+C7942493	134
+C7942513	134
+C7942523	134
+C7942525	134
+C7942539	134
+C7942543	134
+C7942559	134
+C7942567	134
+C7942571	134
+C7942573	134
+C7942581	134
+C7942595	134
+C7942597	134
+C7942603	134
+C7942605	134
+C7942607	134
+C7942647	134
+C7942655	134
+C7942675	134
+C7942685	134
+C7942693	134
+C7942701	134
+C7942705	134
+C7942709	134
+C7942717	134
+C7942725	134
+C7942733	134
+C7942735	134
+C7942741	134
+C7942747	134
+C7942765	134
+C7942773	134
+C7942789	134
+C7942799	134
+C7942817	134
+C7942821	134
+C7942845	134
+C7942891	134
+C7942899	134
+C7942917	134
+C7942929	134
+C7942933	134
+C7942969	134
+C7943001	134
+C7943007	134
+C7943017	134
+C7943031	134
+C7943045	134
+C7943061	134
+C7943071	134
+C7943085	134
+C7943087	134
+C7943095	134
+C7943117	134
+C7943135	134
+C7943145	134
+C7943185	134
+C7943197	134
+C7943199	134
+C7943203	134
+C7943205	134
+C7943221	134
+C7943263	134
+C7943267	134
+C7943281	134
+C7943307	134
+C7943309	134
+C7943323	134
+C7943349	134
+C7943381	134
+C7943383	134
+C7943387	134
+C7943393	134
+C7943409	134
+C7943415	134
+C7943425	134
+C7943429	134
+C7943441	134
+C7943449	134
+C7943459	134
+C7943467	134
+C7943501	134
+C7943511	134
+C7943521	134
+C7943525	134
+C7943529	134
+C7943533	134
+C7943575	134
+C7943619	134
+C7943621	134
+C7943623	134
+C7943637	134
+C7943663	134
+C7943673	134
+C7943703	134
+C7943707	134
+C7943735	134
+C7943747	134
+C7943751	134
+C7943755	134
+C7943763	134
+C7943765	134
+C7943775	134
+C7943787	134
+C7943803	134
+C7943811	134
+C7943839	134
+C7943851	134
+C7943877	134
+C7943879	134
+C7943883	134
+C7943889	134
+C7943893	134
+C7943895	134
+C7943903	134
+C7943913	134
+C7943921	134
+C7943939	134
+C7943953	134
+C7943963	134
+C7943979	134
+C7943991	134
+C7944005	134
+C7944039	134
+C7944077	134
+C7944079	134
+C7944085	134
+C7944093	134
+C7944097	134
+C7944099	134
+C7944111	134
+C7944135	134
+C7944149	134
+C7944207	134
+C7944221	134
+C7944227	134
+C7944229	134
+C7944231	134
+C7944235	134
+C7944247	134
+C7944287	134
+C7944291	134
+C7944305	134
+C7944311	134
+C7944327	134
+C7944355	134
+C7944369	134
+C7944375	134
+C7944381	134
+C7944387	134
+C7944423	134
+C7944439	134
+C7944443	134
+C7944451	134
+C7944457	134
+C7944459	134
+C7944463	134
+C7944473	134
+C7944483	134
+C7944503	134
+C7944507	134
+C7944509	134
+C7944515	134
+C7944531	134
+C7944541	134
+C7944545	134
+C7944553	134
+C7944557	134
+C7944577	134
+C7944585	134
+C7944591	134
+C7944613	134
+C7944621	134
+C7944639	134
+C7944653	134
+C7944655	134
+C7944661	134
+C7944677	134
+C7944707	134
+C7944717	134
+C7944727	134
+C7944735	134
+C7944745	134
+C7944751	134
+C7944761	134
+C7944765	134
+C7944775	134
+C7944785	134
+C7944791	134
+C7944817	134
+C7944831	134
+C7944841	134
+C7944855	134
+C7944875	134
+C7944879	134
+C7944947	134
+C7944951	134
+C7944981	134
+C7944991	134
+C7944995	134
+C7944997	134
+C7945001	134
+C7945007	134
+C7945009	134
+C7945025	134
+C7945029	134
+C7945031	134
+C7945035	134
+C7945057	134
+C7945073	134
+C7945089	134
+C7945091	134
+C7945093	134
+C7945111	134
+C7945127	134
+C7945153	134
+C7945163	134
+C7945177	134
+C7945229	134
+C7945233	134
+C7945247	134
+C7945275	134
+C7945295	134
+C7945309	134
+C7945313	134
+C7945317	134
+C7945319	134
+C7945327	134
+C7945339	134
+C7945343	134
+C7945373	134
+C7945387	134
+C7945413	134
+C7945427	134
+C7945441	134
+C7923471	133
+C7923475	133
+C7923499	133
+C7923501	133
+C7923503	133
+C7923507	133
+C7923509	133
+C7923513	133
+C7923521	133
+C7923525	133
+C7923529	133
+C7923539	133
+C7923549	133
+C7923567	133
+C7923579	133
+C7923581	133
+C7923607	133
+C7923615	133
+C7923617	133
+C7923627	133
+C7923639	133
+C7923655	133
+C7923681	133
+C7923693	133
+C7923695	133
+C7923729	133
+C7923737	133
+C7923783	133
+C7923815	133
+C7923827	133
+C7923833	133
+C7923859	133
+C7923863	133
+C7923865	133
+C7923937	133
+C7923955	133
+C7923965	133
+C7923995	133
+C7924039	133
+C7924041	133
+C7924053	133
+C7924059	133
+C7924063	133
+C7924071	133
+C7924079	133
+C7924081	133
+C7924089	133
+C7924097	133
+C7924115	133
+C7924123	133
+C7924137	133
+C7924139	133
+C7924155	133
+C7924157	133
+C7924159	133
+C7924165	133
+C7924175	133
+C7924177	133
+C7924199	133
+C7924205	133
+C7924223	133
+C7924225	133
+C7924231	133
+C7924237	133
+C7924239	133
+C7924253	133
+C7924271	133
+C7924275	133
+C7924287	133
+C7924293	133
+C7924309	133
+C7924311	133
+C7924321	133
+C7924333	133
+C7924349	133
+C7924365	133
+C7924411	133
+C7924417	133
+C7924427	133
+C7924451	133
+C7924457	133
+C7924467	133
+C7924473	133
+C7924475	133
+C7924493	133
+C7924517	133
+C7924523	133
+C7924527	133
+C7924539	133
+C7924549	133
+C7924557	133
+C7924575	133
+C7924577	133
+C7924593	133
+C7924597	133
+C7924621	133
+C7924623	133
+C7924633	133
+C7924639	133
+C7924651	133
+C7924653	133
+C7924661	133
+C7924705	133
+C7924715	133
+C7924719	133
+C7924749	133
+C7924763	133
+C7924781	133
+C7924785	133
+C7924797	133
+C7924799	133
+C7924813	133
+C7924825	133
+C7924851	133
+C7924865	133
+C7924873	133
+C7924881	133
+C7924885	133
+C7924889	133
+C7924897	133
+C7924899	133
+C7924905	133
+C7924927	133
+C7924933	133
+C7924949	133
+C7924955	133
+C7924977	133
+C7924991	133
+C7925029	133
+C7925039	133
+C7925041	133
+C7925063	133
+C7925065	133
+C7925073	133
+C7925075	133
+C7925085	133
+C7925107	133
+C7925109	133
+C7925111	133
+C7925115	133
+C7925121	133
+C7925131	133
+C7925133	133
+C7925139	133
+C7925147	133
+C7925155	133
+C7925163	133
+C7925193	133
+C7925197	133
+C7925211	133
+C7925219	133
+C7925229	133
+C7925233	133
+C7925243	133
+C7925275	133
+C7925295	133
+C7925303	133
+C7925307	133
+C7925311	133
+C7925319	133
+C7925321	133
+C7925379	133
+C7925381	133
+C7925399	133
+C7925401	133
+C7925405	133
+C7925411	133
+C7925415	133
+C7925421	133
+C7925427	133
+C7925437	133
+C7925439	133
+C7925441	133
+C7925467	133
+C7925471	133
+C7925475	133
+C7925497	133
+C7925515	133
+C7925523	133
+C7925531	133
+C7925535	133
+C7925565	133
+C7925567	133
+C7925583	133
+C7925631	133
+C7925643	133
+C7925689	133
+C7925697	133
+C7925699	133
+C7925723	133
+C7925727	133
+C7925737	133
+C7925751	133
+C7925767	133
+C7925791	133
+C7925795	133
+C7925803	133
+C7925817	133
+C7925833	133
+C7925867	133
+C7925877	133
+C7925879	133
+C7925905	133
+C7925921	133
+C7925931	133
+C7925933	133
+C7925947	133
+C7925955	133
+C7925961	133
+C7925963	133
+C7925975	133
+C7925999	133
+C7926001	133
+C7926021	133
+C7926023	133
+C7926029	133
+C7926033	133
+C7926045	133
+C7926049	133
+C7926053	133
+C7926071	133
+C7926081	133
+C7926085	133
+C7926167	133
+C7926169	133
+C7926205	133
+C7926215	133
+C7926227	133
+C7926251	133
+C7926253	133
+C7926255	133
+C7926279	133
+C7926285	133
+C7926293	133
+C7926309	133
+C7926319	133
+C7926325	133
+C7926329	133
+C7926341	133
+C7926347	133
+C7926367	133
+C7926369	133
+C7926379	133
+C7926383	133
+C7926409	133
+C7926413	133
+C7926415	133
+C7926417	133
+C7926441	133
+C7926449	133
+C7926451	133
+C7926467	133
+C7926481	133
+C7926487	133
+C7926499	133
+C7926517	133
+C7926519	133
+C7926531	133
+C7926549	133
+C7926597	133
+C7926623	133
+C7926625	133
+C7926629	133
+C7926651	133
+C7926665	133
+C7926679	133
+C7926681	133
+C7926727	133
+C7926739	133
+C7926771	133
+C7926785	133
+C7926787	133
+C7926803	133
+C7926809	133
+C7926843	133
+C7926849	133
+C7926861	133
+C7926891	133
+C7926947	133
+C7926967	133
+C7926971	133
+C7926977	133
+C7926987	133
+C7926993	133
+C7926995	133
+C7926997	133
+C7927019	133
+C7927029	133
+C7927039	133
+C7927047	133
+C7927065	133
+C7927067	133
+C7927077	133
+C7927087	133
+C7927103	133
+C7927111	133
+C7927123	133
+C7927129	133
+C7927161	133
+C7927199	133
+C7927201	133
+C7927203	133
+C7927207	133
+C7927231	133
+C7927241	133
+C7927265	133
+C7927269	133
+C7927293	133
+C7927313	133
+C7927317	133
+C7927319	133
+C7927343	133
+C7927365	133
+C7927391	133
+C7927393	133
+C7927401	133
+C7927403	133
+C7927413	133
+C7927419	133
+C7927425	133
+C7927447	133
+C7927451	133
+C7927453	133
+C7927483	133
+C7927493	133
+C7927497	133
+C7927499	133
+C7927505	133
+C7927511	133
+C7927515	133
+C7927517	133
+C7927519	133
+C7927523	133
+C7927549	133
+C7927551	133
+C7927567	133
+C7927577	133
+C7927583	133
+C7927601	133
+C7927607	133
+C7927645	133
+C7927649	133
+C7927657	133
+C7927663	133
+C7927665	133
+C7927699	133
+C7927713	133
+C7927721	133
+C7927727	133
+C7927745	133
+C7927753	133
+C7927761	133
+C7927813	133
+C7927851	133
+C7927875	133
+C7927899	133
+C7927929	133
+C7927935	133
+C7927939	133
+C7927947	133
+C7927959	133
+C7927963	133
+C7927967	133
+C7927985	133
+C7928017	133
+C7928029	133
+C7928039	133
+C7928073	133
+C7928075	133
+C7928077	133
+C7928081	133
+C7928097	133
+C7928105	133
+C7928115	133
+C7928127	133
+C7928141	133
+C7928143	133
+C7928165	133
+C7928185	133
+C7928189	133
+C7928231	133
+C7928233	133
+C7928263	133
+C7928265	133
+C7928281	133
+C7928283	133
+C7928309	133
+C7928317	133
+C7928331	133
+C7928373	133
+C7928377	133
+C7928397	133
+C7928401	133
+C7928405	133
+C7928417	133
+C7928443	133
+C7928477	133
+C7928497	133
+C7928505	133
+C7928511	133
+C7928513	133
+C7928539	133
+C7928553	133
+C7928557	133
+C7928569	133
+C7928573	133
+C7928575	133
+C7928585	133
+C7928589	133
+C7928609	133
+C7928641	133
+C7928657	133
+C7928719	133
+C7928721	133
+C7928725	133
+C7928785	133
+C7928791	133
+C7928793	133
+C7928805	133
+C7928807	133
+C7928825	133
+C7928859	133
+C7928863	133
+C7928869	133
+C7928879	133
+C7928881	133
+C7928885	133
+C7928895	133
+C7928903	133
+C7928909	133
+C7928921	133
+C7928925	133
+C7928945	133
+C7928953	133
+C7928989	133
+C7929001	133
+C7929007	133
+C7929025	133
+C7929031	133
+C7929061	133
+C7929077	133
+C7929079	133
+C7929081	133
+C7929087	133
+C7929103	133
+C7929113	133
+C7929127	133
+C7929145	133
+C7929147	133
+C7929155	133
+C7929163	133
+C7929167	133
+C7929173	133
+C7929177	133
+C7929193	133
+C7929237	133
+C7929247	133
+C7929263	133
+C7929265	133
+C7929277	133
+C7929287	133
+C7929297	133
+C7929323	133
+C7929327	133
+C7929341	133
+C7929353	133
+C7929367	133
+C7929369	133
+C7929373	133
+C7929403	133
+C7929407	133
+C7929413	133
+C7929415	133
+C7929427	133
+C7929441	133
+C7929443	133
+C7929467	133
+C7929493	133
+C7929495	133
+C7929503	133
+C7929507	133
+C7929525	133
+C7929527	133
+C7929537	133
+C7929553	133
+C7929555	133
+C7929561	133
+C7929571	133
+C7929603	133
+C7929607	133
+C7929621	133
+C7929629	133
+C7929635	133
+C7929649	133
+C7929657	133
+C7929665	133
+C7929691	133
+C7929697	133
+C7929713	133
+C7929729	133
+C7929737	133
+C7929753	133
+C7929763	133
+C7929765	133
+C7929775	133
+C7929779	133
+C7929783	133
+C7929791	133
+C7929805	133
+C7929813	133
+C7929831	133
+C7929847	133
+C7929851	133
+C7929855	133
+C7929859	133
+C7929865	133
+C7929871	133
+C7929883	133
+C7929895	133
+C7929937	133
+C7929941	133
+C7929949	133
+C7929963	133
+C7929981	133
+C7930033	133
+C7930043	133
+C7930049	133
+C7930053	133
+C7930073	133
+C7930075	133
+C7930087	133
+C7930091	133
+C7930099	133
+C7930101	133
+C7930131	133
+C7930141	133
+C7930145	133
+C7930151	133
+C7930157	133
+C7930173	133
+C7930185	133
+C7930187	133
+C7930193	133
+C7930207	133
+C7930215	133
+C7930217	133
+C7930227	133
+C7930231	133
+C7930235	133
+C7930317	133
+C7930319	133
+C7930335	133
+C7930343	133
+C7930349	133
+C7930371	133
+C7930381	133
+C7930389	133
+C7930391	133
+C7930403	133
+C7930405	133
+C7930413	133
+C7930425	133
+C7930435	133
+C7930439	133
+C7930469	133
+C7930473	133
+C7930481	133
+C7930491	133
+C7930503	133
+C7930525	133
+C7930529	133
+C7930545	133
+C7930561	133
+C7930567	133
+C7930571	133
+C7930581	133
+C7930587	133
+C7930597	133
+C7930605	133
+C7930615	133
+C7930669	133
+C7930673	133
+C7930683	133
+C7930703	133
+C7930705	133
+C7930715	133
+C7930721	133
+C7930725	133
+C7930733	133
+C7930737	133
+C7930741	133
+C7930747	133
+C7930761	133
+C7930769	133
+C7930781	133
+C7930795	133
+C7930821	133
+C7930823	133
+C7930851	133
+C7930857	133
+C7930861	133
+C7930865	133
+C7930869	133
+C7930883	133
+C7930885	133
+C7930887	133
+C7930893	133
+C7930931	133
+C7930937	133
+C7930943	133
+C7930949	133
+C7930953	133
+C7930963	133
+C7930987	133
+C7930999	133
+C7931009	133
+C7931019	133
+C7931021	133
+C7931039	133
+C7931049	133
+C7931065	133
+C7931081	133
+C7931085	133
+C7931087	133
+C7931101	133
+C7931127	133
+C7931131	133
+C7931133	133
+C7931155	133
+C7931171	133
+C7931179	133
+C7931217	133
+C7931237	133
+C7931267	133
+C7931277	133
+C7931283	133
+C7931301	133
+C7931305	133
+C7931317	133
+C7931319	133
+C7931359	133
+C7931367	133
+C7931369	133
+C7931381	133
+C7931385	133
+C7931393	133
+C7931403	133
+C7931407	133
+C7931409	133
+C7931431	133
+C7931445	133
+C7931457	133
+C7931465	133
+C7931481	133
+C7931501	133
+C7931507	133
+C7931519	133
+C7931557	133
+C7931591	133
+C7931609	133
+C7931627	133
+C7931637	133
+C7931641	133
+C7931661	133
+C7931667	133
+C7931669	133
+C7931689	133
+C7931729	133
+C7931761	133
+C7931783	133
+C7931789	133
+C7931803	133
+C7931813	133
+C7931817	133
+C7931827	133
+C7931877	133
+C7931897	133
+C7931905	133
+C7931911	133
+C7931913	133
+C7931915	133
+C7931927	133
+C7931937	133
+C7931939	133
+C7931943	133
+C7931953	133
+C7931961	133
+C7931969	133
+C7931983	133
+C7931993	133
+C7932003	133
+C7932005	133
+C7932013	133
+C7932023	133
+C7932037	133
+C7932061	133
+C7932067	133
+C7932075	133
+C7932083	133
+C7932111	133
+C7932117	133
+C7932139	133
+C7932141	133
+C7932163	133
+C7932175	133
+C7932177	133
+C7932183	133
+C7932189	133
+C7932201	133
+C7932209	133
+C7932223	133
+C7932225	133
+C7932229	133
+C7932247	133
+C7932249	133
+C7932281	133
+C7932285	133
+C7932289	133
+C7932291	133
+C7932301	133
+C7932311	133
+C7932315	133
+C7932317	133
+C7932349	133
+C7932375	133
+C7932381	133
+C7932421	133
+C7932427	133
+C7932429	133
+C7932431	133
+C7932433	133
+C7932435	133
+C7932445	133
+C7932449	133
+C7932465	133
+C7932469	133
+C7932485	133
+C7932489	133
+C7932515	133
+C7932519	133
+C7932531	133
+C7932541	133
+C7932569	133
+C7932571	133
+C7932579	133
+C7932583	133
+C7932587	133
+C7932597	133
+C7932601	133
+C7932605	133
+C7932625	133
+C7932661	133
+C7932673	133
+C7932685	133
+C7932693	133
+C7932701	133
+C7932721	133
+C7932725	133
+C7932753	133
+C7932785	133
+C7932787	133
+C7932799	133
+C7932807	133
+C7932811	133
+C7932823	133
+C7932835	133
+C7932845	133
+C7932847	133
+C7932855	133
+C7932863	133
+C7932887	133
+C7932889	133
+C7932903	133
+C7932913	133
+C7932923	133
+C7932925	133
+C7932945	133
+C7932949	133
+C7932953	133
+C7932959	133
+C7932977	133
+C7932989	133
+C7932995	133
+C7933023	133
+C7933033	133
+C7933055	133
+C7933059	133
+C7933069	133
+C7933099	133
+C7933117	133
+C7933119	133
+C7933121	133
+C7933131	133
+C7933165	133
+C7933217	133
+C7933221	133
+C7933223	133
+C7933253	133
+C7933257	133
+C7933263	133
+C7933281	133
+C7933289	133
+C7933297	133
+C7933307	133
+C7933323	133
+C7933335	133
+C7933339	133
+C7933341	133
+C7933343	133
+C7933345	133
+C7933379	133
+C7933381	133
+C7933443	133
+C7933449	133
+C7933451	133
+C7933453	133
+C7933455	133
+C7933461	133
+C7933487	133
+C7933493	133
+C7933501	133
+C7933505	133
+C7933521	133
+C7933527	133
+C7933529	133
+C7933555	133
+C7933563	133
+C7933571	133
+C7933587	133
+C7933599	133
+C7933613	133
+C7933619	133
+C7933629	133
+C7933651	133
+C7933673	133
+C7933679	133
+C7933697	133
+C7933707	133
+C7933719	133
+C7933741	133
+C7933751	133
+C7933761	133
+C7933763	133
+C7933773	133
+C7933781	133
+C7933783	133
+C7933789	133
+C7933803	133
+C7933813	133
+C7933817	133
+C7933833	133
+C7933845	133
+C7933887	133
+C7933895	133
+C7933897	133
+C7933909	133
+C7933921	133
+C7933927	133
+C7933933	133
+C7933959	133
+C7933971	133
+C7933987	133
+C7933991	133
+C7933993	133
+C7934001	133
+C7934003	133
+C7934023	133
+C7934029	133
+C7934047	133
+C7934055	133
+C7934061	133
+C7934065	133
+C7934067	133
+C7934103	133
+C7934135	133
+C7934141	133
+C7934177	133
+C7934191	133
+C7934199	133
+C7934201	133
+C7934239	133
+C7934241	133
+C7934245	133
+C7934247	133
+C7934257	133
+C7934259	133
+C7934261	133
+C7934263	133
+C7934293	133
+C7934309	133
+C7934325	133
+C7934335	133
+C7934339	133
+C7934341	133
+C7934387	133
+C7934395	133
+C7934401	133
+C7934419	133
+C7934437	133
+C7934461	133
+C7934473	133
+C7934497	133
+C7934505	133
+C7934549	133
+C7934557	133
+C7934559	133
+C7934561	133
+C7934579	133
+C7934581	133
+C7934593	133
+C7934615	133
+C7934629	133
+C7934637	133
+C7934639	133
+C7934653	133
+C7934679	133
+C7934695	133
+C7934705	133
+C7934713	133
+C7934721	133
+C7934731	133
+C7934735	133
+C7912597	132
+C7912599	132
+C7912607	132
+C7912619	132
+C7912625	132
+C7912631	132
+C7912641	132
+C7912645	132
+C7912651	132
+C7912659	132
+C7912677	132
+C7912707	132
+C7912717	132
+C7912725	132
+C7912729	132
+C7912769	132
+C7912781	132
+C7912783	132
+C7912797	132
+C7912837	132
+C7912841	132
+C7912849	132
+C7912865	132
+C7912891	132
+C7912897	132
+C7912905	132
+C7912913	132
+C7912947	132
+C7913015	132
+C7913025	132
+C7913031	132
+C7913035	132
+C7913039	132
+C7913045	132
+C7913051	132
+C7913059	132
+C7913087	132
+C7913091	132
+C7913105	132
+C7913123	132
+C7913129	132
+C7913143	132
+C7913147	132
+C7913155	132
+C7913207	132
+C7913209	132
+C7913211	132
+C7913219	132
+C7913239	132
+C7913243	132
+C7913267	132
+C7913271	132
+C7913291	132
+C7913293	132
+C7913331	132
+C7913335	132
+C7913337	132
+C7913355	132
+C7913377	132
+C7913379	132
+C7913405	132
+C7913431	132
+C7913455	132
+C7913461	132
+C7913473	132
+C7913479	132
+C7913499	132
+C7913513	132
+C7913515	132
+C7913525	132
+C7913575	132
+C7913579	132
+C7913585	132
+C7913599	132
+C7913631	132
+C7913633	132
+C7913637	132
+C7913655	132
+C7913665	132
+C7913681	132
+C7913697	132
+C7913733	132
+C7913737	132
+C7913761	132
+C7913781	132
+C7913795	132
+C7913821	132
+C7913845	132
+C7913851	132
+C7913873	132
+C7913901	132
+C7913947	132
+C7913953	132
+C7913963	132
+C7913967	132
+C7913979	132
+C7913983	132
+C7913987	132
+C7914005	132
+C7914033	132
+C7914037	132
+C7914041	132
+C7914077	132
+C7914079	132
+C7914087	132
+C7914095	132
+C7914099	132
+C7914109	132
+C7914113	132
+C7914115	132
+C7914117	132
+C7914123	132
+C7914139	132
+C7914145	132
+C7914153	132
+C7914157	132
+C7914161	132
+C7914183	132
+C7914215	132
+C7914217	132
+C7914231	132
+C7914249	132
+C7914257	132
+C7914259	132
+C7914267	132
+C7914273	132
+C7914281	132
+C7914291	132
+C7914303	132
+C7914305	132
+C7914321	132
+C7914331	132
+C7914347	132
+C7914375	132
+C7914393	132
+C7914447	132
+C7914461	132
+C7914463	132
+C7914469	132
+C7914475	132
+C7914477	132
+C7914481	132
+C7914499	132
+C7914527	132
+C7914531	132
+C7914541	132
+C7914555	132
+C7914593	132
+C7914597	132
+C7914599	132
+C7914607	132
+C7914623	132
+C7914641	132
+C7914655	132
+C7914693	132
+C7914723	132
+C7914729	132
+C7914749	132
+C7914777	132
+C7914813	132
+C7914819	132
+C7914831	132
+C7914839	132
+C7914851	132
+C7914855	132
+C7914877	132
+C7914897	132
+C7914915	132
+C7914917	132
+C7914933	132
+C7914965	132
+C7914971	132
+C7914973	132
+C7914983	132
+C7914997	132
+C7914999	132
+C7915019	132
+C7915029	132
+C7915031	132
+C7915037	132
+C7915069	132
+C7915079	132
+C7915083	132
+C7915121	132
+C7915137	132
+C7915145	132
+C7915153	132
+C7915191	132
+C7915195	132
+C7915217	132
+C7915225	132
+C7915243	132
+C7915247	132
+C7915249	132
+C7915253	132
+C7915255	132
+C7915259	132
+C7915261	132
+C7915287	132
+C7915297	132
+C7915309	132
+C7915321	132
+C7915335	132
+C7915345	132
+C7915351	132
+C7915359	132
+C7915361	132
+C7915387	132
+C7915393	132
+C7915445	132
+C7915457	132
+C7915459	132
+C7915461	132
+C7915465	132
+C7915485	132
+C7915507	132
+C7915509	132
+C7915547	132
+C7915581	132
+C7915585	132
+C7915593	132
+C7915611	132
+C7915617	132
+C7915625	132
+C7915633	132
+C7915639	132
+C7915651	132
+C7915681	132
+C7915707	132
+C7915719	132
+C7915729	132
+C7915743	132
+C7915747	132
+C7915761	132
+C7915773	132
+C7915801	132
+C7915803	132
+C7915871	132
+C7915877	132
+C7915905	132
+C7915907	132
+C7915909	132
+C7915917	132
+C7915927	132
+C7915961	132
+C7915975	132
+C7915989	132
+C7915991	132
+C7915997	132
+C7916009	132
+C7916019	132
+C7916037	132
+C7916047	132
+C7916065	132
+C7916105	132
+C7916107	132
+C7916111	132
+C7916121	132
+C7916135	132
+C7916155	132
+C7916163	132
+C7916169	132
+C7916173	132
+C7916177	132
+C7916205	132
+C7916217	132
+C7916307	132
+C7916311	132
+C7916315	132
+C7916319	132
+C7916335	132
+C7916341	132
+C7916413	132
+C7916421	132
+C7916425	132
+C7916427	132
+C7916437	132
+C7916455	132
+C7916467	132
+C7916471	132
+C7916517	132
+C7916519	132
+C7916523	132
+C7916527	132
+C7916539	132
+C7916547	132
+C7916553	132
+C7916555	132
+C7916561	132
+C7916595	132
+C7916597	132
+C7916605	132
+C7916615	132
+C7916627	132
+C7916637	132
+C7916653	132
+C7916657	132
+C7916675	132
+C7916679	132
+C7916715	132
+C7916747	132
+C7916751	132
+C7916771	132
+C7916777	132
+C7916835	132
+C7916843	132
+C7916845	132
+C7916851	132
+C7916873	132
+C7916881	132
+C7916913	132
+C7916915	132
+C7916921	132
+C7916925	132
+C7916947	132
+C7916961	132
+C7917007	132
+C7917073	132
+C7917095	132
+C7917101	132
+C7917103	132
+C7917143	132
+C7917159	132
+C7917165	132
+C7917171	132
+C7917181	132
+C7917193	132
+C7917197	132
+C7917231	132
+C7917259	132
+C7917263	132
+C7917285	132
+C7917293	132
+C7917297	132
+C7917309	132
+C7917327	132
+C7917329	132
+C7917365	132
+C7917373	132
+C7917379	132
+C7917385	132
+C7917397	132
+C7917401	132
+C7917405	132
+C7917409	132
+C7917413	132
+C7917427	132
+C7917453	132
+C7917463	132
+C7917465	132
+C7917477	132
+C7917491	132
+C7917495	132
+C7917501	132
+C7917507	132
+C7917531	132
+C7917537	132
+C7917543	132
+C7917555	132
+C7917557	132
+C7917565	132
+C7917575	132
+C7917577	132
+C7917595	132
+C7917623	132
+C7917649	132
+C7917657	132
+C7917665	132
+C7917667	132
+C7917687	132
+C7917697	132
+C7917703	132
+C7917737	132
+C7917761	132
+C7917771	132
+C7917773	132
+C7917777	132
+C7917807	132
+C7917815	132
+C7917825	132
+C7917835	132
+C7917843	132
+C7917847	132
+C7917853	132
+C7917855	132
+C7917901	132
+C7917911	132
+C7917923	132
+C7917929	132
+C7917945	132
+C7917957	132
+C7917967	132
+C7917971	132
+C7917973	132
+C7917975	132
+C7917977	132
+C7917993	132
+C7917999	132
+C7918001	132
+C7918023	132
+C7918025	132
+C7918033	132
+C7918051	132
+C7918069	132
+C7918071	132
+C7918079	132
+C7918099	132
+C7918107	132
+C7918109	132
+C7918117	132
+C7918123	132
+C7918127	132
+C7918181	132
+C7918189	132
+C7918207	132
+C7918217	132
+C7918221	132
+C7918245	132
+C7918253	132
+C7918271	132
+C7918279	132
+C7918295	132
+C7918399	132
+C7918413	132
+C7918419	132
+C7918451	132
+C7918463	132
+C7918477	132
+C7918481	132
+C7918491	132
+C7918503	132
+C7918531	132
+C7918545	132
+C7918557	132
+C7918569	132
+C7918571	132
+C7918575	132
+C7918601	132
+C7918623	132
+C7918625	132
+C7918649	132
+C7918657	132
+C7918661	132
+C7918681	132
+C7918717	132
+C7918723	132
+C7918733	132
+C7918735	132
+C7918739	132
+C7918765	132
+C7918803	132
+C7918821	132
+C7918837	132
+C7918845	132
+C7918863	132
+C7918885	132
+C7918889	132
+C7918899	132
+C7918901	132
+C7918907	132
+C7918915	132
+C7918917	132
+C7918919	132
+C7918923	132
+C7918927	132
+C7918931	132
+C7918941	132
+C7918943	132
+C7918945	132
+C7918951	132
+C7918963	132
+C7918977	132
+C7918989	132
+C7919025	132
+C7919037	132
+C7919059	132
+C7919061	132
+C7919095	132
+C7919097	132
+C7919099	132
+C7919111	132
+C7919125	132
+C7919145	132
+C7919155	132
+C7919159	132
+C7919165	132
+C7919185	132
+C7919197	132
+C7919205	132
+C7919209	132
+C7919217	132
+C7919237	132
+C7919241	132
+C7919249	132
+C7919285	132
+C7919291	132
+C7919295	132
+C7919297	132
+C7919311	132
+C7919315	132
+C7919329	132
+C7919331	132
+C7919335	132
+C7919355	132
+C7919365	132
+C7919367	132
+C7919371	132
+C7919381	132
+C7919385	132
+C7919401	132
+C7919419	132
+C7919425	132
+C7919429	132
+C7919431	132
+C7919443	132
+C7919447	132
+C7919455	132
+C7919461	132
+C7919477	132
+C7919479	132
+C7919487	132
+C7919493	132
+C7919497	132
+C7919503	132
+C7919505	132
+C7919509	132
+C7919511	132
+C7919523	132
+C7919545	132
+C7919563	132
+C7919569	132
+C7919581	132
+C7919583	132
+C7919599	132
+C7919603	132
+C7919617	132
+C7919631	132
+C7919637	132
+C7919639	132
+C7919647	132
+C7919667	132
+C7919681	132
+C7919687	132
+C7919691	132
+C7919723	132
+C7919727	132
+C7919729	132
+C7919753	132
+C7919761	132
+C7919791	132
+C7919795	132
+C7919799	132
+C7919801	132
+C7919819	132
+C7919835	132
+C7919839	132
+C7919847	132
+C7919859	132
+C7919869	132
+C7919879	132
+C7919883	132
+C7919891	132
+C7919899	132
+C7919903	132
+C7919905	132
+C7919925	132
+C7919953	132
+C7919965	132
+C7919999	132
+C7920005	132
+C7920009	132
+C7920033	132
+C7920045	132
+C7920047	132
+C7920051	132
+C7920057	132
+C7920071	132
+C7920079	132
+C7920093	132
+C7920121	132
+C7920125	132
+C7920127	132
+C7920129	132
+C7920135	132
+C7920139	132
+C7920141	132
+C7920151	132
+C7920161	132
+C7920167	132
+C7920193	132
+C7920195	132
+C7920209	132
+C7920233	132
+C7920241	132
+C7920317	132
+C7920321	132
+C7920325	132
+C7920329	132
+C7920331	132
+C7920337	132
+C7920349	132
+C7920351	132
+C7920361	132
+C7920377	132
+C7920383	132
+C7920389	132
+C7920415	132
+C7920421	132
+C7920423	132
+C7920429	132
+C7920439	132
+C7920441	132
+C7920455	132
+C7920467	132
+C7920477	132
+C7920497	132
+C7920499	132
+C7920509	132
+C7920521	132
+C7920551	132
+C7920555	132
+C7920559	132
+C7920577	132
+C7920587	132
+C7920607	132
+C7920609	132
+C7920611	132
+C7920633	132
+C7920647	132
+C7920653	132
+C7920663	132
+C7920677	132
+C7920679	132
+C7920703	132
+C7920705	132
+C7920715	132
+C7920723	132
+C7920727	132
+C7920731	132
+C7920735	132
+C7920757	132
+C7920759	132
+C7920761	132
+C7920769	132
+C7920781	132
+C7920799	132
+C7920803	132
+C7920809	132
+C7920817	132
+C7920843	132
+C7920869	132
+C7920873	132
+C7920875	132
+C7920881	132
+C7920919	132
+C7920925	132
+C7920951	132
+C7920963	132
+C7920969	132
+C7920993	132
+C7921003	132
+C7921029	132
+C7921051	132
+C7921055	132
+C7921061	132
+C7921075	132
+C7921079	132
+C7921081	132
+C7921095	132
+C7921107	132
+C7921111	132
+C7921113	132
+C7921115	132
+C7921119	132
+C7921123	132
+C7921129	132
+C7921137	132
+C7921157	132
+C7921163	132
+C7921195	132
+C7921197	132
+C7921209	132
+C7921247	132
+C7921281	132
+C7921283	132
+C7921285	132
+C7921295	132
+C7921297	132
+C7921305	132
+C7921309	132
+C7921313	132
+C7921319	132
+C7921323	132
+C7921329	132
+C7921333	132
+C7921353	132
+C7921375	132
+C7921413	132
+C7921421	132
+C7921425	132
+C7921449	132
+C7921459	132
+C7921461	132
+C7921465	132
+C7921477	132
+C7921481	132
+C7921503	132
+C7921521	132
+C7921531	132
+C7921545	132
+C7921547	132
+C7921551	132
+C7921561	132
+C7921573	132
+C7921579	132
+C7921581	132
+C7921587	132
+C7921591	132
+C7921595	132
+C7921597	132
+C7921613	132
+C7921617	132
+C7921651	132
+C7921655	132
+C7921657	132
+C7921667	132
+C7921703	132
+C7921713	132
+C7921721	132
+C7921725	132
+C7921733	132
+C7921737	132
+C7921739	132
+C7921767	132
+C7921779	132
+C7921785	132
+C7921797	132
+C7921811	132
+C7921835	132
+C7921867	132
+C7921873	132
+C7921875	132
+C7921885	132
+C7921907	132
+C7921911	132
+C7921915	132
+C7921917	132
+C7921921	132
+C7921937	132
+C7921991	132
+C7922001	132
+C7922025	132
+C7922051	132
+C7922057	132
+C7922085	132
+C7922095	132
+C7922097	132
+C7922113	132
+C7922115	132
+C7922133	132
+C7922153	132
+C7922157	132
+C7922173	132
+C7922221	132
+C7922227	132
+C7922255	132
+C7922257	132
+C7922259	132
+C7922269	132
+C7922273	132
+C7922291	132
+C7922295	132
+C7922321	132
+C7922323	132
+C7922337	132
+C7922341	132
+C7922343	132
+C7922345	132
+C7922353	132
+C7922355	132
+C7922373	132
+C7922387	132
+C7922397	132
+C7922421	132
+C7922457	132
+C7922475	132
+C7922477	132
+C7922513	132
+C7922517	132
+C7922521	132
+C7922527	132
+C7922533	132
+C7922535	132
+C7922539	132
+C7922545	132
+C7922555	132
+C7922559	132
+C7922561	132
+C7922563	132
+C7922619	132
+C7922633	132
+C7922635	132
+C7922641	132
+C7922643	132
+C7922649	132
+C7922657	132
+C7922669	132
+C7922673	132
+C7922679	132
+C7922717	132
+C7922727	132
+C7922729	132
+C7922739	132
+C7922747	132
+C7922793	132
+C7922845	132
+C7922849	132
+C7922851	132
+C7922853	132
+C7922855	132
+C7922877	132
+C7922885	132
+C7922887	132
+C7922899	132
+C7922903	132
+C7922911	132
+C7922919	132
+C7922921	132
+C7922927	132
+C7922929	132
+C7922935	132
+C7922949	132
+C7922959	132
+C7922961	132
+C7922971	132
+C7923013	132
+C7923017	132
+C7923067	132
+C7923099	132
+C7923103	132
+C7923119	132
+C7923129	132
+C7923135	132
+C7923181	132
+C7923185	132
+C7923205	132
+C7923209	132
+C7923215	132
+C7923217	132
+C7923261	132
+C7923291	132
+C7923295	132
+C7923297	132
+C7923299	132
+C7923303	132
+C7923319	132
+C7923333	132
+C7923337	132
+C7923339	132
+C7923343	132
+C7923347	132
+C7923357	132
+C7923361	132
+C7923377	132
+C7923393	132
+C7923407	132
+C7923411	132
+C7923413	132
+C7923429	132
+C7923433	132
+C7901427	131
+C7901429	131
+C7901431	131
+C7901437	131
+C7901441	131
+C7901449	131
+C7901457	131
+C7901473	131
+C7901477	131
+C7901481	131
+C7901493	131
+C7901503	131
+C7901513	131
+C7901519	131
+C7901521	131
+C7901523	131
+C7901537	131
+C7901545	131
+C7901559	131
+C7901561	131
+C7901565	131
+C7901567	131
+C7901573	131
+C7901577	131
+C7901585	131
+C7901597	131
+C7901599	131
+C7901603	131
+C7901615	131
+C7901629	131
+C7901647	131
+C7901667	131
+C7901683	131
+C7901697	131
+C7901711	131
+C7901717	131
+C7901721	131
+C7901737	131
+C7901745	131
+C7901747	131
+C7901769	131
+C7901783	131
+C7901791	131
+C7901805	131
+C7901811	131
+C7901817	131
+C7901839	131
+C7901851	131
+C7901855	131
+C7901859	131
+C7901867	131
+C7901875	131
+C7901879	131
+C7901905	131
+C7901915	131
+C7901919	131
+C7901921	131
+C7901923	131
+C7901937	131
+C7901967	131
+C7901971	131
+C7901987	131
+C7902007	131
+C7902011	131
+C7902043	131
+C7902051	131
+C7902053	131
+C7902063	131
+C7902073	131
+C7902131	131
+C7902135	131
+C7902155	131
+C7902157	131
+C7902205	131
+C7902219	131
+C7902225	131
+C7902231	131
+C7902241	131
+C7902247	131
+C7902249	131
+C7902253	131
+C7902267	131
+C7902281	131
+C7902301	131
+C7902307	131
+C7902311	131
+C7902319	131
+C7902337	131
+C7902347	131
+C7902377	131
+C7902393	131
+C7902409	131
+C7902415	131
+C7902417	131
+C7902425	131
+C7902431	131
+C7902447	131
+C7902453	131
+C7902463	131
+C7902475	131
+C7902481	131
+C7902485	131
+C7902497	131
+C7902513	131
+C7902523	131
+C7902525	131
+C7902537	131
+C7902541	131
+C7902543	131
+C7902547	131
+C7902563	131
+C7902567	131
+C7902579	131
+C7902593	131
+C7902597	131
+C7902607	131
+C7902629	131
+C7902633	131
+C7902667	131
+C7902687	131
+C7902695	131
+C7902717	131
+C7902719	131
+C7902747	131
+C7902749	131
+C7902755	131
+C7902773	131
+C7902783	131
+C7902789	131
+C7902815	131
+C7902825	131
+C7902827	131
+C7902841	131
+C7902847	131
+C7902849	131
+C7902857	131
+C7902861	131
+C7902865	131
+C7902877	131
+C7902881	131
+C7902883	131
+C7902889	131
+C7902893	131
+C7902895	131
+C7902899	131
+C7902909	131
+C7902913	131
+C7902917	131
+C7902967	131
+C7902983	131
+C7902991	131
+C7903003	131
+C7903015	131
+C7903025	131
+C7903031	131
+C7903039	131
+C7903051	131
+C7903059	131
+C7903071	131
+C7903085	131
+C7903089	131
+C7903103	131
+C7903105	131
+C7903115	131
+C7903123	131
+C7903125	131
+C7903135	131
+C7903181	131
+C7903211	131
+C7903231	131
+C7903247	131
+C7903283	131
+C7903289	131
+C7903309	131
+C7903313	131
+C7903337	131
+C7903353	131
+C7903413	131
+C7903463	131
+C7903497	131
+C7903505	131
+C7903509	131
+C7903523	131
+C7903561	131
+C7903585	131
+C7903601	131
+C7903609	131
+C7903619	131
+C7903649	131
+C7903657	131
+C7903661	131
+C7903663	131
+C7903685	131
+C7903723	131
+C7903725	131
+C7903731	131
+C7903737	131
+C7903741	131
+C7903759	131
+C7903767	131
+C7903769	131
+C7903777	131
+C7903785	131
+C7903789	131
+C7903797	131
+C7903807	131
+C7903809	131
+C7903811	131
+C7903827	131
+C7903833	131
+C7903847	131
+C7903849	131
+C7903865	131
+C7903885	131
+C7903893	131
+C7903901	131
+C7903905	131
+C7903923	131
+C7903941	131
+C7903949	131
+C7903955	131
+C7903973	131
+C7903981	131
+C7903987	131
+C7904001	131
+C7904005	131
+C7904011	131
+C7904013	131
+C7904015	131
+C7904017	131
+C7904039	131
+C7904043	131
+C7904049	131
+C7904057	131
+C7904061	131
+C7904067	131
+C7904069	131
+C7904083	131
+C7904087	131
+C7904091	131
+C7904103	131
+C7904107	131
+C7904109	131
+C7904115	131
+C7904123	131
+C7904145	131
+C7904153	131
+C7904157	131
+C7904201	131
+C7904211	131
+C7904219	131
+C7904221	131
+C7904225	131
+C7904287	131
+C7904295	131
+C7904345	131
+C7904365	131
+C7904367	131
+C7904375	131
+C7904377	131
+C7904383	131
+C7904385	131
+C7904397	131
+C7904405	131
+C7904413	131
+C7904435	131
+C7904437	131
+C7904439	131
+C7904443	131
+C7904471	131
+C7904473	131
+C7904497	131
+C7904509	131
+C7904513	131
+C7904535	131
+C7904553	131
+C7904575	131
+C7904579	131
+C7904595	131
+C7904603	131
+C7904671	131
+C7904675	131
+C7904689	131
+C7904697	131
+C7904699	131
+C7904721	131
+C7904723	131
+C7904751	131
+C7904755	131
+C7904765	131
+C7904769	131
+C7904817	131
+C7904831	131
+C7904839	131
+C7904851	131
+C7904885	131
+C7904895	131
+C7904897	131
+C7904935	131
+C7904941	131
+C7904953	131
+C7904961	131
+C7904963	131
+C7904975	131
+C7904979	131
+C7904995	131
+C7905003	131
+C7905011	131
+C7905051	131
+C7905059	131
+C7905073	131
+C7905107	131
+C7905111	131
+C7905115	131
+C7905137	131
+C7905141	131
+C7905145	131
+C7905151	131
+C7905155	131
+C7905171	131
+C7905181	131
+C7905185	131
+C7905195	131
+C7905197	131
+C7905199	131
+C7905201	131
+C7905235	131
+C7905239	131
+C7905283	131
+C7905289	131
+C7905307	131
+C7905325	131
+C7905345	131
+C7905351	131
+C7905355	131
+C7905395	131
+C7905423	131
+C7905427	131
+C7905431	131
+C7905435	131
+C7905437	131
+C7905455	131
+C7905481	131
+C7905489	131
+C7905493	131
+C7905507	131
+C7905521	131
+C7905523	131
+C7905527	131
+C7905563	131
+C7905565	131
+C7905581	131
+C7905585	131
+C7905593	131
+C7905617	131
+C7905621	131
+C7905631	131
+C7905639	131
+C7905649	131
+C7905659	131
+C7905671	131
+C7905681	131
+C7905691	131
+C7905701	131
+C7905723	131
+C7905727	131
+C7905735	131
+C7905777	131
+C7905783	131
+C7905787	131
+C7905799	131
+C7905803	131
+C7905805	131
+C7905815	131
+C7905819	131
+C7905841	131
+C7905867	131
+C7905877	131
+C7905899	131
+C7905909	131
+C7905927	131
+C7905929	131
+C7905945	131
+C7905947	131
+C7905959	131
+C7905965	131
+C7905967	131
+C7905969	131
+C7905971	131
+C7905977	131
+C7905981	131
+C7905985	131
+C7905995	131
+C7906021	131
+C7906023	131
+C7906029	131
+C7906031	131
+C7906041	131
+C7906047	131
+C7906059	131
+C7906079	131
+C7906097	131
+C7906101	131
+C7906105	131
+C7906137	131
+C7906149	131
+C7906163	131
+C7906183	131
+C7906191	131
+C7906197	131
+C7906205	131
+C7906231	131
+C7906235	131
+C7906241	131
+C7906247	131
+C7906253	131
+C7906255	131
+C7906257	131
+C7906303	131
+C7906311	131
+C7906317	131
+C7906321	131
+C7906353	131
+C7906355	131
+C7906363	131
+C7906401	131
+C7906407	131
+C7906413	131
+C7906435	131
+C7906445	131
+C7906449	131
+C7906451	131
+C7906453	131
+C7906483	131
+C7906487	131
+C7906495	131
+C7906515	131
+C7906531	131
+C7906539	131
+C7906553	131
+C7906565	131
+C7906569	131
+C7906581	131
+C7906591	131
+C7906603	131
+C7906607	131
+C7906611	131
+C7906615	131
+C7906633	131
+C7906641	131
+C7906651	131
+C7906657	131
+C7906659	131
+C7906675	131
+C7906679	131
+C7906705	131
+C7906719	131
+C7906727	131
+C7906743	131
+C7906745	131
+C7906751	131
+C7906779	131
+C7906781	131
+C7906791	131
+C7906797	131
+C7906799	131
+C7906805	131
+C7906811	131
+C7906833	131
+C7906847	131
+C7906851	131
+C7906859	131
+C7906875	131
+C7906883	131
+C7906897	131
+C7906899	131
+C7906909	131
+C7906937	131
+C7906953	131
+C7906955	131
+C7906957	131
+C7906981	131
+C7907001	131
+C7907021	131
+C7907025	131
+C7907033	131
+C7907041	131
+C7907091	131
+C7907141	131
+C7907173	131
+C7907197	131
+C7907201	131
+C7907207	131
+C7907213	131
+C7907219	131
+C7907239	131
+C7907243	131
+C7907253	131
+C7907283	131
+C7907289	131
+C7907291	131
+C7907295	131
+C7907297	131
+C7907307	131
+C7907335	131
+C7907385	131
+C7907387	131
+C7907391	131
+C7907405	131
+C7907407	131
+C7907419	131
+C7907437	131
+C7907449	131
+C7907451	131
+C7907469	131
+C7907487	131
+C7907489	131
+C7907495	131
+C7907563	131
+C7907573	131
+C7907575	131
+C7907583	131
+C7907591	131
+C7907615	131
+C7907619	131
+C7907623	131
+C7907627	131
+C7907635	131
+C7907637	131
+C7907647	131
+C7907651	131
+C7907687	131
+C7907697	131
+C7907713	131
+C7907741	131
+C7907747	131
+C7907761	131
+C7907779	131
+C7907783	131
+C7907785	131
+C7907789	131
+C7907801	131
+C7907807	131
+C7907809	131
+C7907815	131
+C7907829	131
+C7907837	131
+C7907839	131
+C7907847	131
+C7907855	131
+C7907873	131
+C7907877	131
+C7907905	131
+C7907911	131
+C7907961	131
+C7907971	131
+C7907991	131
+C7907993	131
+C7908051	131
+C7908057	131
+C7908065	131
+C7908075	131
+C7908083	131
+C7908087	131
+C7908103	131
+C7908113	131
+C7908121	131
+C7908123	131
+C7908137	131
+C7908153	131
+C7908163	131
+C7908169	131
+C7908183	131
+C7908193	131
+C7908215	131
+C7908223	131
+C7908257	131
+C7908267	131
+C7908269	131
+C7908271	131
+C7908275	131
+C7908291	131
+C7908317	131
+C7908319	131
+C7908323	131
+C7908341	131
+C7908369	131
+C7908371	131
+C7908399	131
+C7908409	131
+C7908463	131
+C7908469	131
+C7908481	131
+C7908483	131
+C7908485	131
+C7908495	131
+C7908499	131
+C7908505	131
+C7908513	131
+C7908517	131
+C7908523	131
+C7908537	131
+C7908541	131
+C7908545	131
+C7908547	131
+C7908551	131
+C7908561	131
+C7908565	131
+C7908577	131
+C7908607	131
+C7908615	131
+C7908623	131
+C7908635	131
+C7908639	131
+C7908681	131
+C7908689	131
+C7908707	131
+C7908737	131
+C7908753	131
+C7908765	131
+C7908769	131
+C7908789	131
+C7908799	131
+C7908805	131
+C7908811	131
+C7908819	131
+C7908823	131
+C7908829	131
+C7908835	131
+C7908883	131
+C7908897	131
+C7908909	131
+C7908917	131
+C7908927	131
+C7908935	131
+C7908959	131
+C7908967	131
+C7908979	131
+C7908993	131
+C7909007	131
+C7909011	131
+C7909013	131
+C7909059	131
+C7909067	131
+C7909071	131
+C7909081	131
+C7909083	131
+C7909093	131
+C7909115	131
+C7909117	131
+C7909127	131
+C7909139	131
+C7909161	131
+C7909167	131
+C7909173	131
+C7909179	131
+C7909193	131
+C7909207	131
+C7909209	131
+C7909221	131
+C7909229	131
+C7909263	131
+C7909275	131
+C7909293	131
+C7909295	131
+C7909297	131
+C7909303	131
+C7909311	131
+C7909323	131
+C7909329	131
+C7909337	131
+C7909357	131
+C7909359	131
+C7909377	131
+C7909381	131
+C7909399	131
+C7909409	131
+C7909451	131
+C7909469	131
+C7909481	131
+C7909483	131
+C7909495	131
+C7909501	131
+C7909503	131
+C7909515	131
+C7909527	131
+C7909535	131
+C7909547	131
+C7909549	131
+C7909551	131
+C7909555	131
+C7909559	131
+C7909571	131
+C7909575	131
+C7909585	131
+C7909605	131
+C7909615	131
+C7909617	131
+C7909633	131
+C7909635	131
+C7909669	131
+C7909691	131
+C7909695	131
+C7909697	131
+C7909703	131
+C7909707	131
+C7909719	131
+C7909737	131
+C7909741	131
+C7909793	131
+C7909803	131
+C7909831	131
+C7909837	131
+C7909851	131
+C7909873	131
+C7909879	131
+C7909901	131
+C7909911	131
+C7909913	131
+C7909921	131
+C7909923	131
+C7909931	131
+C7909933	131
+C7909939	131
+C7909969	131
+C7909979	131
+C7909987	131
+C7910021	131
+C7910027	131
+C7910031	131
+C7910051	131
+C7910077	131
+C7910107	131
+C7910121	131
+C7910123	131
+C7910145	131
+C7910167	131
+C7910173	131
+C7910185	131
+C7910203	131
+C7910223	131
+C7910235	131
+C7910239	131
+C7910259	131
+C7910263	131
+C7910267	131
+C7910269	131
+C7910311	131
+C7910319	131
+C7910349	131
+C7910357	131
+C7910379	131
+C7910389	131
+C7910399	131
+C7910401	131
+C7910419	131
+C7910449	131
+C7910451	131
+C7910461	131
+C7910493	131
+C7910495	131
+C7910497	131
+C7910505	131
+C7910515	131
+C7910517	131
+C7910525	131
+C7910535	131
+C7910541	131
+C7910553	131
+C7910579	131
+C7910601	131
+C7910613	131
+C7910617	131
+C7910633	131
+C7910641	131
+C7910643	131
+C7910655	131
+C7910657	131
+C7910671	131
+C7910693	131
+C7910713	131
+C7910739	131
+C7910741	131
+C7910753	131
+C7910757	131
+C7910781	131
+C7910783	131
+C7910787	131
+C7910801	131
+C7910809	131
+C7910821	131
+C7910823	131
+C7910829	131
+C7910835	131
+C7910863	131
+C7910871	131
+C7910897	131
+C7910903	131
+C7910905	131
+C7910937	131
+C7910939	131
+C7910943	131
+C7910953	131
+C7910955	131
+C7910965	131
+C7910977	131
+C7910985	131
+C7910993	131
+C7910999	131
+C7911019	131
+C7911025	131
+C7911027	131
+C7911031	131
+C7911047	131
+C7911049	131
+C7911053	131
+C7911059	131
+C7911069	131
+C7911073	131
+C7911131	131
+C7911137	131
+C7911157	131
+C7911173	131
+C7911195	131
+C7911209	131
+C7911215	131
+C7911235	131
+C7911243	131
+C7911245	131
+C7911247	131
+C7911259	131
+C7911275	131
+C7911283	131
+C7911293	131
+C7911297	131
+C7911309	131
+C7911315	131
+C7911329	131
+C7911333	131
+C7911403	131
+C7911413	131
+C7911419	131
+C7911421	131
+C7911435	131
+C7911463	131
+C7911467	131
+C7911477	131
+C7911481	131
+C7911483	131
+C7911509	131
+C7911545	131
+C7911563	131
+C7911579	131
+C7911581	131
+C7911595	131
+C7911607	131
+C7911613	131
+C7911623	131
+C7911639	131
+C7911661	131
+C7911663	131
+C7911697	131
+C7911699	131
+C7911717	131
+C7911725	131
+C7911741	131
+C7911747	131
+C7911759	131
+C7911767	131
+C7911777	131
+C7911779	131
+C7911781	131
+C7911789	131
+C7911795	131
+C7911803	131
+C7911807	131
+C7911823	131
+C7911825	131
+C7911849	131
+C7911877	131
+C7911879	131
+C7911895	131
+C7911937	131
+C7911941	131
+C7911943	131
+C7911957	131
+C7911985	131
+C7911989	131
+C7911991	131
+C7911993	131
+C7911997	131
+C7912007	131
+C7912013	131
+C7912021	131
+C7912033	131
+C7912071	131
+C7912083	131
+C7912091	131
+C7912095	131
+C7912125	131
+C7912151	131
+C7912161	131
+C7912171	131
+C7912173	131
+C7912191	131
+C7912201	131
+C7912219	131
+C7912223	131
+C7912247	131
+C7912261	131
+C7912263	131
+C7912275	131
+C7912295	131
+C7912301	131
+C7912305	131
+C7912311	131
+C7912317	131
+C7912319	131
+C7912337	131
+C7912351	131
+C7912357	131
+C7912367	131
+C7912383	131
+C7912387	131
+C7912389	131
+C7912443	131
+C7912451	131
+C7912455	131
+C7912465	131
+C7912473	131
+C7912497	131
+C7912519	131
+C7912529	131
+C7912535	131
+C7912537	131
+C7912547	131
+C7912573	131
+C7912585	131
+C7890111	130
+C7890129	130
+C7890177	130
+C7890195	130
+C7890213	130
+C7890233	130
+C7890243	130
+C7890245	130
+C7890247	130
+C7890251	130
+C7890277	130
+C7890287	130
+C7890291	130
+C7890323	130
+C7890325	130
+C7890327	130
+C7890329	130
+C7890333	130
+C7890339	130
+C7890345	130
+C7890353	130
+C7890365	130
+C7890375	130
+C7890377	130
+C7890385	130
+C7890389	130
+C7890403	130
+C7890419	130
+C7890421	130
+C7890423	130
+C7890435	130
+C7890443	130
+C7890481	130
+C7890485	130
+C7890491	130
+C7890505	130
+C7890517	130
+C7890535	130
+C7890547	130
+C7890563	130
+C7890579	130
+C7890603	130
+C7890629	130
+C7890631	130
+C7890647	130
+C7890665	130
+C7890667	130
+C7890673	130
+C7890729	130
+C7890743	130
+C7890757	130
+C7890763	130
+C7890769	130
+C7890781	130
+C7890821	130
+C7890823	130
+C7890837	130
+C7890855	130
+C7890857	130
+C7890859	130
+C7890863	130
+C7890913	130
+C7890917	130
+C7890931	130
+C7890939	130
+C7890943	130
+C7890955	130
+C7890971	130
+C7890987	130
+C7891003	130
+C7891005	130
+C7891025	130
+C7891029	130
+C7891031	130
+C7891043	130
+C7891047	130
+C7891053	130
+C7891061	130
+C7891063	130
+C7891075	130
+C7891083	130
+C7891095	130
+C7891135	130
+C7891139	130
+C7891151	130
+C7891163	130
+C7891185	130
+C7891189	130
+C7891203	130
+C7891205	130
+C7891207	130
+C7891211	130
+C7891219	130
+C7891221	130
+C7891251	130
+C7891257	130
+C7891267	130
+C7891283	130
+C7891285	130
+C7891291	130
+C7891293	130
+C7891313	130
+C7891329	130
+C7891389	130
+C7891391	130
+C7891393	130
+C7891399	130
+C7891431	130
+C7891465	130
+C7891471	130
+C7891479	130
+C7891491	130
+C7891505	130
+C7891527	130
+C7891529	130
+C7891549	130
+C7891557	130
+C7891563	130
+C7891565	130
+C7891573	130
+C7891583	130
+C7891591	130
+C7891605	130
+C7891611	130
+C7891615	130
+C7891625	130
+C7891653	130
+C7891661	130
+C7891663	130
+C7891667	130
+C7891671	130
+C7891685	130
+C7891703	130
+C7891755	130
+C7891759	130
+C7891819	130
+C7891831	130
+C7891837	130
+C7891843	130
+C7891863	130
+C7891869	130
+C7891885	130
+C7891907	130
+C7891909	130
+C7891931	130
+C7891935	130
+C7891975	130
+C7892003	130
+C7892009	130
+C7892027	130
+C7892035	130
+C7892091	130
+C7892095	130
+C7892107	130
+C7892145	130
+C7892147	130
+C7892169	130
+C7892181	130
+C7892189	130
+C7892205	130
+C7892209	130
+C7892239	130
+C7892245	130
+C7892255	130
+C7892283	130
+C7892285	130
+C7892299	130
+C7892301	130
+C7892313	130
+C7892329	130
+C7892343	130
+C7892351	130
+C7892371	130
+C7892375	130
+C7892383	130
+C7892385	130
+C7892415	130
+C7892419	130
+C7892425	130
+C7892431	130
+C7892435	130
+C7892443	130
+C7892449	130
+C7892465	130
+C7892467	130
+C7892477	130
+C7892497	130
+C7892505	130
+C7892525	130
+C7892527	130
+C7892575	130
+C7892583	130
+C7892619	130
+C7892625	130
+C7892645	130
+C7892653	130
+C7892657	130
+C7892663	130
+C7892673	130
+C7892681	130
+C7892691	130
+C7892693	130
+C7892695	130
+C7892701	130
+C7892741	130
+C7892751	130
+C7892785	130
+C7892791	130
+C7892799	130
+C7892807	130
+C7892825	130
+C7892835	130
+C7892845	130
+C7892851	130
+C7892855	130
+C7892863	130
+C7892883	130
+C7892885	130
+C7892891	130
+C7892893	130
+C7892907	130
+C7892929	130
+C7892941	130
+C7892949	130
+C7892959	130
+C7892963	130
+C7892991	130
+C7893001	130
+C7893013	130
+C7893021	130
+C7893029	130
+C7893031	130
+C7893035	130
+C7893039	130
+C7893041	130
+C7893059	130
+C7893061	130
+C7893079	130
+C7893089	130
+C7893109	130
+C7893135	130
+C7893173	130
+C7893179	130
+C7893185	130
+C7893189	130
+C7893193	130
+C7893215	130
+C7893229	130
+C7893245	130
+C7893251	130
+C7893259	130
+C7893281	130
+C7893289	130
+C7893309	130
+C7893311	130
+C7893321	130
+C7893327	130
+C7893333	130
+C7893359	130
+C7893397	130
+C7893415	130
+C7893425	130
+C7893435	130
+C7893445	130
+C7893459	130
+C7893475	130
+C7893501	130
+C7893507	130
+C7893513	130
+C7893523	130
+C7893525	130
+C7893529	130
+C7893539	130
+C7893555	130
+C7893583	130
+C7893617	130
+C7893631	130
+C7893635	130
+C7893649	130
+C7893659	130
+C7893665	130
+C7893667	130
+C7893675	130
+C7893689	130
+C7893695	130
+C7893701	130
+C7893705	130
+C7893717	130
+C7893743	130
+C7893751	130
+C7893769	130
+C7893771	130
+C7893777	130
+C7893783	130
+C7893793	130
+C7893795	130
+C7893803	130
+C7893811	130
+C7893823	130
+C7893825	130
+C7893835	130
+C7893847	130
+C7893849	130
+C7893855	130
+C7893857	130
+C7893877	130
+C7893895	130
+C7893897	130
+C7893957	130
+C7893961	130
+C7893965	130
+C7893981	130
+C7893989	130
+C7893999	130
+C7894021	130
+C7894023	130
+C7894025	130
+C7894033	130
+C7894047	130
+C7894059	130
+C7894067	130
+C7894069	130
+C7894081	130
+C7894091	130
+C7894095	130
+C7894107	130
+C7894115	130
+C7894119	130
+C7894137	130
+C7894157	130
+C7894165	130
+C7894169	130
+C7894175	130
+C7894179	130
+C7894185	130
+C7894189	130
+C7894193	130
+C7894215	130
+C7894219	130
+C7894227	130
+C7894233	130
+C7894237	130
+C7894269	130
+C7894273	130
+C7894283	130
+C7894285	130
+C7894291	130
+C7894299	130
+C7894305	130
+C7894357	130
+C7894367	130
+C7894375	130
+C7894387	130
+C7894397	130
+C7894399	130
+C7894413	130
+C7894415	130
+C7894431	130
+C7894443	130
+C7894449	130
+C7894461	130
+C7894463	130
+C7894523	130
+C7894527	130
+C7894531	130
+C7894543	130
+C7894579	130
+C7894599	130
+C7894603	130
+C7894611	130
+C7894621	130
+C7894647	130
+C7894651	130
+C7894657	130
+C7894667	130
+C7894679	130
+C7894693	130
+C7894711	130
+C7894717	130
+C7894723	130
+C7894727	130
+C7894737	130
+C7894739	130
+C7894745	130
+C7894749	130
+C7894761	130
+C7894791	130
+C7894793	130
+C7894807	130
+C7894817	130
+C7894873	130
+C7894877	130
+C7894885	130
+C7894919	130
+C7894939	130
+C7894979	130
+C7895003	130
+C7895005	130
+C7895009	130
+C7895021	130
+C7895061	130
+C7895065	130
+C7895069	130
+C7895097	130
+C7895115	130
+C7895131	130
+C7895135	130
+C7895165	130
+C7895175	130
+C7895177	130
+C7895181	130
+C7895191	130
+C7895201	130
+C7895207	130
+C7895255	130
+C7895257	130
+C7895271	130
+C7895291	130
+C7895307	130
+C7895337	130
+C7895341	130
+C7895347	130
+C7895363	130
+C7895365	130
+C7895379	130
+C7895389	130
+C7895391	130
+C7895413	130
+C7895419	130
+C7895423	130
+C7895429	130
+C7895437	130
+C7895447	130
+C7895459	130
+C7895483	130
+C7895485	130
+C7895497	130
+C7895499	130
+C7895503	130
+C7895515	130
+C7895531	130
+C7895533	130
+C7895543	130
+C7895549	130
+C7895561	130
+C7895585	130
+C7895607	130
+C7895613	130
+C7895615	130
+C7895627	130
+C7895641	130
+C7895655	130
+C7895663	130
+C7895687	130
+C7895691	130
+C7895697	130
+C7895701	130
+C7895715	130
+C7895745	130
+C7895757	130
+C7895779	130
+C7895781	130
+C7895797	130
+C7895813	130
+C7895817	130
+C7895829	130
+C7895831	130
+C7895851	130
+C7895873	130
+C7895887	130
+C7895891	130
+C7895911	130
+C7895933	130
+C7895937	130
+C7895951	130
+C7895959	130
+C7895965	130
+C7895995	130
+C7895999	130
+C7896013	130
+C7896021	130
+C7896059	130
+C7896091	130
+C7896097	130
+C7896119	130
+C7896131	130
+C7896133	130
+C7896139	130
+C7896157	130
+C7896171	130
+C7896179	130
+C7896191	130
+C7896195	130
+C7896215	130
+C7896221	130
+C7896283	130
+C7896293	130
+C7896299	130
+C7896301	130
+C7896311	130
+C7896315	130
+C7896317	130
+C7896319	130
+C7896331	130
+C7896341	130
+C7896345	130
+C7896371	130
+C7896379	130
+C7896381	130
+C7896383	130
+C7896391	130
+C7896393	130
+C7896405	130
+C7896411	130
+C7896419	130
+C7896429	130
+C7896433	130
+C7896461	130
+C7896467	130
+C7896479	130
+C7896489	130
+C7896491	130
+C7896499	130
+C7896523	130
+C7896529	130
+C7896541	130
+C7896547	130
+C7896557	130
+C7896565	130
+C7896571	130
+C7896593	130
+C7896603	130
+C7896611	130
+C7896629	130
+C7896633	130
+C7896651	130
+C7896655	130
+C7896667	130
+C7896703	130
+C7896723	130
+C7896749	130
+C7896771	130
+C7896777	130
+C7896779	130
+C7896801	130
+C7896815	130
+C7896831	130
+C7896835	130
+C7896841	130
+C7896843	130
+C7896861	130
+C7896871	130
+C7896875	130
+C7896879	130
+C7896885	130
+C7896899	130
+C7896911	130
+C7896923	130
+C7896927	130
+C7896943	130
+C7896955	130
+C7896959	130
+C7896989	130
+C7897005	130
+C7897027	130
+C7897057	130
+C7897069	130
+C7897081	130
+C7897083	130
+C7897091	130
+C7897097	130
+C7897101	130
+C7897121	130
+C7897137	130
+C7897169	130
+C7897173	130
+C7897211	130
+C7897235	130
+C7897249	130
+C7897255	130
+C7897281	130
+C7897283	130
+C7897293	130
+C7897295	130
+C7897301	130
+C7897305	130
+C7897313	130
+C7897321	130
+C7897323	130
+C7897337	130
+C7897349	130
+C7897375	130
+C7897383	130
+C7897387	130
+C7897393	130
+C7897437	130
+C7897441	130
+C7897463	130
+C7897535	130
+C7897537	130
+C7897551	130
+C7897583	130
+C7897603	130
+C7897617	130
+C7897623	130
+C7897629	130
+C7897639	130
+C7897645	130
+C7897657	130
+C7897699	130
+C7897711	130
+C7897727	130
+C7897731	130
+C7897743	130
+C7897745	130
+C7897779	130
+C7897793	130
+C7897825	130
+C7897827	130
+C7897847	130
+C7897855	130
+C7897875	130
+C7897877	130
+C7897901	130
+C7897905	130
+C7897909	130
+C7897911	130
+C7897913	130
+C7897925	130
+C7897937	130
+C7897953	130
+C7897961	130
+C7897967	130
+C7898037	130
+C7898041	130
+C7898069	130
+C7898081	130
+C7898087	130
+C7898093	130
+C7898101	130
+C7898109	130
+C7898111	130
+C7898121	130
+C7898143	130
+C7898147	130
+C7898155	130
+C7898159	130
+C7898161	130
+C7898169	130
+C7898185	130
+C7898201	130
+C7898205	130
+C7898209	130
+C7898221	130
+C7898247	130
+C7898265	130
+C7898275	130
+C7898277	130
+C7898305	130
+C7898313	130
+C7898345	130
+C7898355	130
+C7898369	130
+C7898409	130
+C7898421	130
+C7898437	130
+C7898443	130
+C7898447	130
+C7898449	130
+C7898477	130
+C7898479	130
+C7898489	130
+C7898519	130
+C7898545	130
+C7898555	130
+C7898583	130
+C7898591	130
+C7898603	130
+C7898605	130
+C7898627	130
+C7898637	130
+C7898643	130
+C7898649	130
+C7898659	130
+C7898661	130
+C7898665	130
+C7898675	130
+C7898691	130
+C7898695	130
+C7898697	130
+C7898699	130
+C7898717	130
+C7898719	130
+C7898737	130
+C7898743	130
+C7898769	130
+C7898771	130
+C7898773	130
+C7898777	130
+C7898795	130
+C7898805	130
+C7898825	130
+C7898835	130
+C7898839	130
+C7898845	130
+C7898849	130
+C7898877	130
+C7898897	130
+C7898919	130
+C7898937	130
+C7898981	130
+C7898987	130
+C7898995	130
+C7899025	130
+C7899031	130
+C7899041	130
+C7899081	130
+C7899085	130
+C7899087	130
+C7899091	130
+C7899139	130
+C7899143	130
+C7899147	130
+C7899177	130
+C7899197	130
+C7899209	130
+C7899219	130
+C7899225	130
+C7899231	130
+C7899241	130
+C7899243	130
+C7899247	130
+C7899269	130
+C7899291	130
+C7899321	130
+C7899325	130
+C7899329	130
+C7899335	130
+C7899361	130
+C7899387	130
+C7899391	130
+C7899397	130
+C7899401	130
+C7899403	130
+C7899431	130
+C7899443	130
+C7899459	130
+C7899461	130
+C7899479	130
+C7899483	130
+C7899487	130
+C7899493	130
+C7899505	130
+C7899507	130
+C7899519	130
+C7899529	130
+C7899531	130
+C7899565	130
+C7899567	130
+C7899575	130
+C7899579	130
+C7899589	130
+C7899603	130
+C7899623	130
+C7899645	130
+C7899657	130
+C7899663	130
+C7899673	130
+C7899683	130
+C7899685	130
+C7899691	130
+C7899703	130
+C7899705	130
+C7899709	130
+C7899723	130
+C7899725	130
+C7899727	130
+C7899735	130
+C7899785	130
+C7899787	130
+C7899829	130
+C7899847	130
+C7899849	130
+C7899851	130
+C7899877	130
+C7899889	130
+C7899917	130
+C7899923	130
+C7899939	130
+C7899947	130
+C7899949	130
+C7899951	130
+C7899955	130
+C7899967	130
+C7900001	130
+C7900005	130
+C7900009	130
+C7900011	130
+C7900015	130
+C7900019	130
+C7900025	130
+C7900027	130
+C7900029	130
+C7900035	130
+C7900041	130
+C7900049	130
+C7900059	130
+C7900071	130
+C7900085	130
+C7900141	130
+C7900143	130
+C7900151	130
+C7900173	130
+C7900179	130
+C7900193	130
+C7900199	130
+C7900231	130
+C7900249	130
+C7900269	130
+C7900279	130
+C7900283	130
+C7900289	130
+C7900299	130
+C7900307	130
+C7900315	130
+C7900325	130
+C7900327	130
+C7900339	130
+C7900347	130
+C7900367	130
+C7900379	130
+C7900389	130
+C7900397	130
+C7900415	130
+C7900419	130
+C7900423	130
+C7900443	130
+C7900451	130
+C7900459	130
+C7900461	130
+C7900473	130
+C7900479	130
+C7900481	130
+C7900493	130
+C7900499	130
+C7900507	130
+C7900515	130
+C7900531	130
+C7900537	130
+C7900561	130
+C7900579	130
+C7900583	130
+C7900601	130
+C7900613	130
+C7900617	130
+C7900629	130
+C7900641	130
+C7900647	130
+C7900655	130
+C7900669	130
+C7900671	130
+C7900673	130
+C7900681	130
+C7900683	130
+C7900689	130
+C7900691	130
+C7900709	130
+C7900713	130
+C7900715	130
+C7900717	130
+C7900721	130
+C7900733	130
+C7900741	130
+C7900745	130
+C7900751	130
+C7900759	130
+C7900767	130
+C7900771	130
+C7900789	130
+C7900791	130
+C7900793	130
+C7900845	130
+C7900847	130
+C7900853	130
+C7900857	130
+C7900861	130
+C7900871	130
+C7900889	130
+C7900897	130
+C7900929	130
+C7900951	130
+C7900955	130
+C7900963	130
+C7900995	130
+C7901015	130
+C7901031	130
+C7901033	130
+C7901043	130
+C7901047	130
+C7901099	130
+C7901105	130
+C7901111	130
+C7901127	130
+C7901147	130
+C7901173	130
+C7901179	130
+C7901217	130
+C7901237	130
+C7901249	130
+C7901257	130
+C7901279	130
+C7901305	130
+C7901351	130
+C7901367	130
+C7901371	130
+C7901373	130
+C7901375	130
+C7901385	130
+C7901391	130
+C7901393	130
+C7901397	130
+C7901403	130
+C7878669	129
+C7878683	129
+C7878685	129
+C7878687	129
+C7878731	129
+C7878733	129
+C7878737	129
+C7878749	129
+C7878761	129
+C7878763	129
+C7878769	129
+C7878773	129
+C7878779	129
+C7878783	129
+C7878787	129
+C7878791	129
+C7878825	129
+C7878837	129
+C7878839	129
+C7878851	129
+C7878857	129
+C7878861	129
+C7878865	129
+C7878871	129
+C7878893	129
+C7878895	129
+C7878933	129
+C7878953	129
+C7878963	129
+C7878969	129
+C7878971	129
+C7878995	129
+C7878999	129
+C7879019	129
+C7879041	129
+C7879081	129
+C7879097	129
+C7879115	129
+C7879119	129
+C7879123	129
+C7879129	129
+C7879147	129
+C7879153	129
+C7879163	129
+C7879169	129
+C7879175	129
+C7879189	129
+C7879199	129
+C7879217	129
+C7879229	129
+C7879235	129
+C7879243	129
+C7879269	129
+C7879271	129
+C7879277	129
+C7879283	129
+C7879319	129
+C7879325	129
+C7879331	129
+C7879333	129
+C7879347	129
+C7879349	129
+C7879377	129
+C7879387	129
+C7879391	129
+C7879399	129
+C7879419	129
+C7879479	129
+C7879503	129
+C7879525	129
+C7879533	129
+C7879555	129
+C7879561	129
+C7879593	129
+C7879615	129
+C7879617	129
+C7879619	129
+C7879655	129
+C7879665	129
+C7879693	129
+C7879695	129
+C7879697	129
+C7879707	129
+C7879713	129
+C7879771	129
+C7879775	129
+C7879783	129
+C7879793	129
+C7879807	129
+C7879837	129
+C7879877	129
+C7879891	129
+C7879893	129
+C7879907	129
+C7879909	129
+C7879931	129
+C7879947	129
+C7879949	129
+C7879951	129
+C7879955	129
+C7879959	129
+C7879977	129
+C7879979	129
+C7879997	129
+C7880013	129
+C7880025	129
+C7880049	129
+C7880065	129
+C7880083	129
+C7880095	129
+C7880103	129
+C7880107	129
+C7880141	129
+C7880161	129
+C7880165	129
+C7880193	129
+C7880201	129
+C7880213	129
+C7880221	129
+C7880241	129
+C7880249	129
+C7880251	129
+C7880265	129
+C7880295	129
+C7880311	129
+C7880325	129
+C7880341	129
+C7880343	129
+C7880347	129
+C7880351	129
+C7880377	129
+C7880429	129
+C7880441	129
+C7880443	129
+C7880451	129
+C7880453	129
+C7880469	129
+C7880473	129
+C7880477	129
+C7880483	129
+C7880489	129
+C7880497	129
+C7880499	129
+C7880501	129
+C7880507	129
+C7880529	129
+C7880537	129
+C7880555	129
+C7880585	129
+C7880597	129
+C7880627	129
+C7880633	129
+C7880635	129
+C7880671	129
+C7880703	129
+C7880705	129
+C7880711	129
+C7880715	129
+C7880769	129
+C7880775	129
+C7880797	129
+C7880801	129
+C7880819	129
+C7880825	129
+C7880861	129
+C7880869	129
+C7880877	129
+C7880879	129
+C7880899	129
+C7880901	129
+C7880943	129
+C7880953	129
+C7880955	129
+C7880965	129
+C7880971	129
+C7880973	129
+C7880989	129
+C7881007	129
+C7881011	129
+C7881015	129
+C7881019	129
+C7881035	129
+C7881037	129
+C7881049	129
+C7881059	129
+C7881065	129
+C7881085	129
+C7881087	129
+C7881101	129
+C7881131	129
+C7881161	129
+C7881169	129
+C7881171	129
+C7881175	129
+C7881181	129
+C7881187	129
+C7881191	129
+C7881199	129
+C7881201	129
+C7881207	129
+C7881213	129
+C7881217	129
+C7881221	129
+C7881235	129
+C7881245	129
+C7881251	129
+C7881257	129
+C7881265	129
+C7881267	129
+C7881277	129
+C7881283	129
+C7881287	129
+C7881299	129
+C7881309	129
+C7881313	129
+C7881317	129
+C7881319	129
+C7881323	129
+C7881329	129
+C7881337	129
+C7881345	129
+C7881371	129
+C7881373	129
+C7881397	129
+C7881401	129
+C7881409	129
+C7881421	129
+C7881471	129
+C7881501	129
+C7881519	129
+C7881521	129
+C7881531	129
+C7881535	129
+C7881551	129
+C7881553	129
+C7881567	129
+C7881569	129
+C7881579	129
+C7881605	129
+C7881615	129
+C7881619	129
+C7881643	129
+C7881689	129
+C7881705	129
+C7881707	129
+C7881709	129
+C7881715	129
+C7881725	129
+C7881737	129
+C7881739	129
+C7881741	129
+C7881747	129
+C7881789	129
+C7881801	129
+C7881817	129
+C7881821	129
+C7881829	129
+C7881851	129
+C7881857	129
+C7881873	129
+C7881879	129
+C7881883	129
+C7881889	129
+C7881925	129
+C7881951	129
+C7881955	129
+C7881963	129
+C7881971	129
+C7881985	129
+C7881987	129
+C7881995	129
+C7882001	129
+C7882003	129
+C7882039	129
+C7882041	129
+C7882045	129
+C7882051	129
+C7882053	129
+C7882057	129
+C7882067	129
+C7882097	129
+C7882107	129
+C7882115	129
+C7882127	129
+C7882143	129
+C7882147	129
+C7882155	129
+C7882181	129
+C7882199	129
+C7882211	129
+C7882217	129
+C7882227	129
+C7882231	129
+C7882237	129
+C7882255	129
+C7882269	129
+C7882273	129
+C7882317	129
+C7882321	129
+C7882325	129
+C7882327	129
+C7882339	129
+C7882347	129
+C7882359	129
+C7882361	129
+C7882367	129
+C7882377	129
+C7882397	129
+C7882407	129
+C7882445	129
+C7882447	129
+C7882453	129
+C7882459	129
+C7882461	129
+C7882463	129
+C7882467	129
+C7882483	129
+C7882491	129
+C7882495	129
+C7882523	129
+C7882533	129
+C7882561	129
+C7882563	129
+C7882567	129
+C7882573	129
+C7882575	129
+C7882591	129
+C7882599	129
+C7882605	129
+C7882611	129
+C7882619	129
+C7882647	129
+C7882651	129
+C7882657	129
+C7882673	129
+C7882711	129
+C7882743	129
+C7882751	129
+C7882757	129
+C7882773	129
+C7882795	129
+C7882799	129
+C7882823	129
+C7882825	129
+C7882827	129
+C7882851	129
+C7882859	129
+C7882861	129
+C7882871	129
+C7882947	129
+C7882953	129
+C7882961	129
+C7882967	129
+C7882973	129
+C7882979	129
+C7882997	129
+C7883005	129
+C7883011	129
+C7883017	129
+C7883021	129
+C7883025	129
+C7883029	129
+C7883031	129
+C7883051	129
+C7883057	129
+C7883081	129
+C7883085	129
+C7883087	129
+C7883089	129
+C7883101	129
+C7883135	129
+C7883141	129
+C7883161	129
+C7883199	129
+C7883203	129
+C7883205	129
+C7883217	129
+C7883235	129
+C7883239	129
+C7883247	129
+C7883253	129
+C7883265	129
+C7883275	129
+C7883313	129
+C7883319	129
+C7883321	129
+C7883331	129
+C7883335	129
+C7883343	129
+C7883365	129
+C7883373	129
+C7883375	129
+C7883391	129
+C7883399	129
+C7883429	129
+C7883431	129
+C7883443	129
+C7883451	129
+C7883455	129
+C7883461	129
+C7883467	129
+C7883471	129
+C7883475	129
+C7883489	129
+C7883493	129
+C7883507	129
+C7883529	129
+C7883531	129
+C7883549	129
+C7883553	129
+C7883563	129
+C7883577	129
+C7883609	129
+C7883611	129
+C7883619	129
+C7883627	129
+C7883631	129
+C7883633	129
+C7883661	129
+C7883683	129
+C7883695	129
+C7883711	129
+C7883713	129
+C7883723	129
+C7883737	129
+C7883747	129
+C7883753	129
+C7883757	129
+C7883789	129
+C7883791	129
+C7883797	129
+C7883843	129
+C7883845	129
+C7883885	129
+C7883889	129
+C7883899	129
+C7883901	129
+C7883981	129
+C7883995	129
+C7884001	129
+C7884009	129
+C7884011	129
+C7884043	129
+C7884045	129
+C7884053	129
+C7884069	129
+C7884077	129
+C7884079	129
+C7884085	129
+C7884091	129
+C7884103	129
+C7884119	129
+C7884121	129
+C7884133	129
+C7884137	129
+C7884139	129
+C7884157	129
+C7884175	129
+C7884177	129
+C7884195	129
+C7884213	129
+C7884221	129
+C7884231	129
+C7884235	129
+C7884243	129
+C7884249	129
+C7884255	129
+C7884277	129
+C7884285	129
+C7884287	129
+C7884313	129
+C7884315	129
+C7884321	129
+C7884333	129
+C7884343	129
+C7884355	129
+C7884357	129
+C7884359	129
+C7884361	129
+C7884369	129
+C7884379	129
+C7884385	129
+C7884393	129
+C7884395	129
+C7884415	129
+C7884435	129
+C7884445	129
+C7884463	129
+C7884499	129
+C7884505	129
+C7884511	129
+C7884527	129
+C7884535	129
+C7884541	129
+C7884545	129
+C7884591	129
+C7884597	129
+C7884611	129
+C7884613	129
+C7884619	129
+C7884625	129
+C7884639	129
+C7884641	129
+C7884647	129
+C7884649	129
+C7884657	129
+C7884689	129
+C7884693	129
+C7884703	129
+C7884713	129
+C7884721	129
+C7884737	129
+C7884751	129
+C7884757	129
+C7884789	129
+C7884799	129
+C7884809	129
+C7884819	129
+C7884821	129
+C7884837	129
+C7884845	129
+C7884861	129
+C7884893	129
+C7884911	129
+C7884933	129
+C7884941	129
+C7884945	129
+C7884949	129
+C7884973	129
+C7884977	129
+C7884983	129
+C7885005	129
+C7885013	129
+C7885025	129
+C7885053	129
+C7885099	129
+C7885105	129
+C7885113	129
+C7885161	129
+C7885213	129
+C7885231	129
+C7885239	129
+C7885245	129
+C7885257	129
+C7885261	129
+C7885267	129
+C7885269	129
+C7885279	129
+C7885313	129
+C7885315	129
+C7885355	129
+C7885363	129
+C7885397	129
+C7885407	129
+C7885441	129
+C7885443	129
+C7885449	129
+C7885483	129
+C7885515	129
+C7885527	129
+C7885529	129
+C7885541	129
+C7885543	129
+C7885545	129
+C7885569	129
+C7885571	129
+C7885583	129
+C7885597	129
+C7885601	129
+C7885611	129
+C7885619	129
+C7885631	129
+C7885649	129
+C7885681	129
+C7885685	129
+C7885689	129
+C7885695	129
+C7885703	129
+C7885715	129
+C7885723	129
+C7885727	129
+C7885745	129
+C7885769	129
+C7885807	129
+C7885815	129
+C7885821	129
+C7885843	129
+C7885867	129
+C7885869	129
+C7885891	129
+C7885901	129
+C7885917	129
+C7885919	129
+C7885921	129
+C7885925	129
+C7885937	129
+C7885945	129
+C7885955	129
+C7885963	129
+C7885971	129
+C7885989	129
+C7885999	129
+C7886011	129
+C7886025	129
+C7886041	129
+C7886049	129
+C7886051	129
+C7886061	129
+C7886077	129
+C7886087	129
+C7886089	129
+C7886093	129
+C7886097	129
+C7886103	129
+C7886105	129
+C7886125	129
+C7886155	129
+C7886183	129
+C7886193	129
+C7886243	129
+C7886245	129
+C7886259	129
+C7886291	129
+C7886293	129
+C7886299	129
+C7886315	129
+C7886321	129
+C7886341	129
+C7886369	129
+C7886377	129
+C7886419	129
+C7886431	129
+C7886435	129
+C7886445	129
+C7886457	129
+C7886465	129
+C7886487	129
+C7886503	129
+C7886517	129
+C7886535	129
+C7886593	129
+C7886605	129
+C7886609	129
+C7886613	129
+C7886617	129
+C7886635	129
+C7886637	129
+C7886645	129
+C7886669	129
+C7886677	129
+C7886689	129
+C7886693	129
+C7886723	129
+C7886737	129
+C7886745	129
+C7886749	129
+C7886751	129
+C7886755	129
+C7886767	129
+C7886777	129
+C7886785	129
+C7886791	129
+C7886815	129
+C7886825	129
+C7886831	129
+C7886839	129
+C7886851	129
+C7886885	129
+C7886897	129
+C7886901	129
+C7886917	129
+C7886929	129
+C7886933	129
+C7886943	129
+C7886951	129
+C7886965	129
+C7886977	129
+C7886995	129
+C7886997	129
+C7887001	129
+C7887007	129
+C7887009	129
+C7887027	129
+C7887029	129
+C7887039	129
+C7887041	129
+C7887043	129
+C7887049	129
+C7887055	129
+C7887061	129
+C7887071	129
+C7887077	129
+C7887079	129
+C7887081	129
+C7887085	129
+C7887089	129
+C7887111	129
+C7887113	129
+C7887115	129
+C7887125	129
+C7887131	129
+C7887139	129
+C7887163	129
+C7887179	129
+C7887215	129
+C7887225	129
+C7887231	129
+C7887233	129
+C7887253	129
+C7887265	129
+C7887271	129
+C7887285	129
+C7887289	129
+C7887291	129
+C7887297	129
+C7887299	129
+C7887307	129
+C7887315	129
+C7887323	129
+C7887335	129
+C7887341	129
+C7887377	129
+C7887391	129
+C7887393	129
+C7887405	129
+C7887413	129
+C7887417	129
+C7887427	129
+C7887439	129
+C7887485	129
+C7887499	129
+C7887507	129
+C7887513	129
+C7887517	129
+C7887531	129
+C7887567	129
+C7887577	129
+C7887591	129
+C7887601	129
+C7887605	129
+C7887617	129
+C7887635	129
+C7887657	129
+C7887665	129
+C7887671	129
+C7887693	129
+C7887699	129
+C7887705	129
+C7887721	129
+C7887735	129
+C7887741	129
+C7887745	129
+C7887773	129
+C7887779	129
+C7887801	129
+C7887813	129
+C7887827	129
+C7887839	129
+C7887879	129
+C7887923	129
+C7887943	129
+C7887963	129
+C7887965	129
+C7887977	129
+C7887985	129
+C7887997	129
+C7887999	129
+C7888009	129
+C7888011	129
+C7888013	129
+C7888031	129
+C7888043	129
+C7888045	129
+C7888061	129
+C7888095	129
+C7888107	129
+C7888109	129
+C7888119	129
+C7888121	129
+C7888133	129
+C7888135	129
+C7888139	129
+C7888169	129
+C7888179	129
+C7888199	129
+C7888203	129
+C7888207	129
+C7888221	129
+C7888261	129
+C7888263	129
+C7888273	129
+C7888299	129
+C7888323	129
+C7888335	129
+C7888359	129
+C7888377	129
+C7888379	129
+C7888385	129
+C7888443	129
+C7888461	129
+C7888465	129
+C7888479	129
+C7888481	129
+C7888491	129
+C7888493	129
+C7888517	129
+C7888519	129
+C7888529	129
+C7888535	129
+C7888547	129
+C7888557	129
+C7888559	129
+C7888585	129
+C7888605	129
+C7888617	129
+C7888629	129
+C7888641	129
+C7888643	129
+C7888645	129
+C7888651	129
+C7888707	129
+C7888725	129
+C7888741	129
+C7888767	129
+C7888783	129
+C7888791	129
+C7888825	129
+C7888837	129
+C7888849	129
+C7888857	129
+C7888861	129
+C7888877	129
+C7888881	129
+C7888887	129
+C7888893	129
+C7888895	129
+C7888899	129
+C7888907	129
+C7888919	129
+C7888949	129
+C7888951	129
+C7888953	129
+C7888971	129
+C7888977	129
+C7888979	129
+C7888983	129
+C7888993	129
+C7889001	129
+C7889059	129
+C7889067	129
+C7889069	129
+C7889083	129
+C7889097	129
+C7889103	129
+C7889105	129
+C7889117	129
+C7889121	129
+C7889125	129
+C7889127	129
+C7889133	129
+C7889135	129
+C7889147	129
+C7889189	129
+C7889217	129
+C7889229	129
+C7889231	129
+C7889237	129
+C7889241	129
+C7889245	129
+C7889247	129
+C7889265	129
+C7889285	129
+C7889289	129
+C7889297	129
+C7889323	129
+C7889341	129
+C7889355	129
+C7889369	129
+C7889389	129
+C7889393	129
+C7889399	129
+C7889429	129
+C7889437	129
+C7889441	129
+C7889463	129
+C7889473	129
+C7889475	129
+C7889487	129
+C7889493	129
+C7889495	129
+C7889513	129
+C7889515	129
+C7889519	129
+C7889529	129
+C7889553	129
+C7889559	129
+C7889567	129
+C7889579	129
+C7889583	129
+C7889585	129
+C7889589	129
+C7889597	129
+C7889601	129
+C7889605	129
+C7889615	129
+C7889635	129
+C7889637	129
+C7889639	129
+C7889647	129
+C7889651	129
+C7889653	129
+C7889679	129
+C7889681	129
+C7889687	129
+C7889689	129
+C7889697	129
+C7889713	129
+C7889723	129
+C7889735	129
+C7889755	129
+C7889759	129
+C7889765	129
+C7889789	129
+C7889791	129
+C7889803	129
+C7889823	129
+C7889833	129
+C7889853	129
+C7889859	129
+C7889861	129
+C7889865	129
+C7889875	129
+C7889881	129
+C7889887	129
+C7889901	129
+C7889933	129
+C7889937	129
+C7889951	129
+C7889953	129
+C7889959	129
+C7889975	129
+C7889979	129
+C7889981	129
+C7889985	129
+C7889995	129
+C7889997	129
+C7890011	129
+C7890071	129
+C7890079	129
+C7890087	129
+C7890091	129
+C7890093	129
+C7890101	129
+C7890107	129
+C7867133	128
+C7867137	128
+C7867179	128
+C7867181	128
+C7867215	128
+C7867219	128
+C7867243	128
+C7867245	128
+C7867255	128
+C7867285	128
+C7867289	128
+C7867293	128
+C7867301	128
+C7867305	128
+C7867309	128
+C7867325	128
+C7867335	128
+C7867337	128
+C7867339	128
+C7867363	128
+C7867367	128
+C7867369	128
+C7867397	128
+C7867415	128
+C7867423	128
+C7867431	128
+C7867433	128
+C7867443	128
+C7867469	128
+C7867475	128
+C7867479	128
+C7867485	128
+C7867489	128
+C7867491	128
+C7867493	128
+C7867501	128
+C7867523	128
+C7867545	128
+C7867561	128
+C7867571	128
+C7867579	128
+C7867619	128
+C7867637	128
+C7867657	128
+C7867659	128
+C7867665	128
+C7867681	128
+C7867699	128
+C7867705	128
+C7867719	128
+C7867745	128
+C7867769	128
+C7867791	128
+C7867799	128
+C7867805	128
+C7867807	128
+C7867843	128
+C7867845	128
+C7867861	128
+C7867863	128
+C7867881	128
+C7867883	128
+C7867885	128
+C7867889	128
+C7867893	128
+C7867895	128
+C7867905	128
+C7867937	128
+C7867941	128
+C7867943	128
+C7867945	128
+C7867953	128
+C7867959	128
+C7867971	128
+C7867981	128
+C7867985	128
+C7868007	128
+C7868017	128
+C7868021	128
+C7868029	128
+C7868031	128
+C7868035	128
+C7868037	128
+C7868065	128
+C7868069	128
+C7868089	128
+C7868101	128
+C7868121	128
+C7868167	128
+C7868199	128
+C7868207	128
+C7868209	128
+C7868211	128
+C7868215	128
+C7868233	128
+C7868241	128
+C7868247	128
+C7868251	128
+C7868269	128
+C7868275	128
+C7868293	128
+C7868295	128
+C7868297	128
+C7868299	128
+C7868311	128
+C7868323	128
+C7868341	128
+C7868361	128
+C7868381	128
+C7868387	128
+C7868405	128
+C7868419	128
+C7868427	128
+C7868447	128
+C7868461	128
+C7868469	128
+C7868501	128
+C7868507	128
+C7868515	128
+C7868517	128
+C7868529	128
+C7868533	128
+C7868535	128
+C7868547	128
+C7868551	128
+C7868565	128
+C7868569	128
+C7868571	128
+C7868581	128
+C7868583	128
+C7868587	128
+C7868593	128
+C7868599	128
+C7868607	128
+C7868637	128
+C7868641	128
+C7868663	128
+C7868669	128
+C7868713	128
+C7868725	128
+C7868735	128
+C7868737	128
+C7868799	128
+C7868809	128
+C7868811	128
+C7868827	128
+C7868829	128
+C7868845	128
+C7868859	128
+C7868867	128
+C7868893	128
+C7868905	128
+C7868915	128
+C7868933	128
+C7868937	128
+C7868957	128
+C7868961	128
+C7868963	128
+C7868967	128
+C7868973	128
+C7869005	128
+C7869017	128
+C7869021	128
+C7869029	128
+C7869045	128
+C7869053	128
+C7869057	128
+C7869063	128
+C7869089	128
+C7869125	128
+C7869127	128
+C7869129	128
+C7869135	128
+C7869137	128
+C7869149	128
+C7869157	128
+C7869171	128
+C7869173	128
+C7869177	128
+C7869181	128
+C7869187	128
+C7869189	128
+C7869217	128
+C7869219	128
+C7869233	128
+C7869263	128
+C7869271	128
+C7869299	128
+C7869303	128
+C7869307	128
+C7869311	128
+C7869313	128
+C7869321	128
+C7869337	128
+C7869385	128
+C7869401	128
+C7869437	128
+C7869445	128
+C7869451	128
+C7869457	128
+C7869499	128
+C7869523	128
+C7869531	128
+C7869539	128
+C7869541	128
+C7869559	128
+C7869563	128
+C7869569	128
+C7869577	128
+C7869581	128
+C7869585	128
+C7869591	128
+C7869605	128
+C7869613	128
+C7869641	128
+C7869653	128
+C7869663	128
+C7869669	128
+C7869681	128
+C7869689	128
+C7869691	128
+C7869693	128
+C7869697	128
+C7869701	128
+C7869705	128
+C7869707	128
+C7869715	128
+C7869717	128
+C7869723	128
+C7869731	128
+C7869739	128
+C7869763	128
+C7869797	128
+C7869811	128
+C7869817	128
+C7869819	128
+C7869823	128
+C7869839	128
+C7869845	128
+C7869861	128
+C7869869	128
+C7869875	128
+C7869961	128
+C7869971	128
+C7869977	128
+C7869985	128
+C7870001	128
+C7870003	128
+C7870019	128
+C7870067	128
+C7870071	128
+C7870083	128
+C7870101	128
+C7870111	128
+C7870117	128
+C7870123	128
+C7870125	128
+C7870127	128
+C7870137	128
+C7870151	128
+C7870155	128
+C7870167	128
+C7870183	128
+C7870187	128
+C7870243	128
+C7870263	128
+C7870275	128
+C7870297	128
+C7870307	128
+C7870331	128
+C7870335	128
+C7870341	128
+C7870343	128
+C7870365	128
+C7870371	128
+C7870385	128
+C7870389	128
+C7870413	128
+C7870429	128
+C7870451	128
+C7870459	128
+C7870477	128
+C7870483	128
+C7870485	128
+C7870487	128
+C7870491	128
+C7870507	128
+C7870509	128
+C7870519	128
+C7870549	128
+C7870553	128
+C7870555	128
+C7870561	128
+C7870569	128
+C7870577	128
+C7870587	128
+C7870595	128
+C7870601	128
+C7870645	128
+C7870657	128
+C7870665	128
+C7870675	128
+C7870677	128
+C7870681	128
+C7870687	128
+C7870695	128
+C7870699	128
+C7870713	128
+C7870717	128
+C7870725	128
+C7870765	128
+C7870769	128
+C7870803	128
+C7870859	128
+C7870885	128
+C7870899	128
+C7870917	128
+C7870921	128
+C7870923	128
+C7870959	128
+C7871011	128
+C7871023	128
+C7871025	128
+C7871065	128
+C7871087	128
+C7871109	128
+C7871111	128
+C7871139	128
+C7871179	128
+C7871185	128
+C7871187	128
+C7871201	128
+C7871215	128
+C7871231	128
+C7871261	128
+C7871309	128
+C7871345	128
+C7871359	128
+C7871365	128
+C7871371	128
+C7871377	128
+C7871383	128
+C7871385	128
+C7871389	128
+C7871391	128
+C7871393	128
+C7871405	128
+C7871409	128
+C7871421	128
+C7871429	128
+C7871437	128
+C7871465	128
+C7871467	128
+C7871483	128
+C7871507	128
+C7871517	128
+C7871525	128
+C7871549	128
+C7871551	128
+C7871565	128
+C7871571	128
+C7871587	128
+C7871627	128
+C7871637	128
+C7871655	128
+C7871659	128
+C7871667	128
+C7871671	128
+C7871675	128
+C7871709	128
+C7871723	128
+C7871727	128
+C7871735	128
+C7871743	128
+C7871753	128
+C7871757	128
+C7871761	128
+C7871769	128
+C7871771	128
+C7871797	128
+C7871801	128
+C7871825	128
+C7871881	128
+C7871893	128
+C7871901	128
+C7871919	128
+C7871921	128
+C7871923	128
+C7871933	128
+C7871935	128
+C7871937	128
+C7871953	128
+C7871959	128
+C7871961	128
+C7871965	128
+C7871979	128
+C7871985	128
+C7871987	128
+C7871999	128
+C7872007	128
+C7872019	128
+C7872031	128
+C7872035	128
+C7872037	128
+C7872039	128
+C7872063	128
+C7872075	128
+C7872079	128
+C7872085	128
+C7872107	128
+C7872131	128
+C7872137	128
+C7872155	128
+C7872159	128
+C7872173	128
+C7872175	128
+C7872225	128
+C7872227	128
+C7872249	128
+C7872255	128
+C7872267	128
+C7872281	128
+C7872319	128
+C7872355	128
+C7872357	128
+C7872373	128
+C7872415	128
+C7872419	128
+C7872421	128
+C7872443	128
+C7872445	128
+C7872463	128
+C7872469	128
+C7872475	128
+C7872481	128
+C7872483	128
+C7872495	128
+C7872501	128
+C7872507	128
+C7872511	128
+C7872523	128
+C7872563	128
+C7872569	128
+C7872573	128
+C7872575	128
+C7872589	128
+C7872601	128
+C7872617	128
+C7872619	128
+C7872621	128
+C7872643	128
+C7872681	128
+C7872685	128
+C7872695	128
+C7872697	128
+C7872699	128
+C7872709	128
+C7872715	128
+C7872719	128
+C7872729	128
+C7872737	128
+C7872739	128
+C7872759	128
+C7872773	128
+C7872781	128
+C7872787	128
+C7872789	128
+C7872797	128
+C7872807	128
+C7872863	128
+C7872869	128
+C7872879	128
+C7872889	128
+C7872891	128
+C7872893	128
+C7872923	128
+C7872947	128
+C7872953	128
+C7872959	128
+C7872967	128
+C7872975	128
+C7872991	128
+C7872999	128
+C7873007	128
+C7873037	128
+C7873113	128
+C7873137	128
+C7873143	128
+C7873149	128
+C7873151	128
+C7873153	128
+C7873165	128
+C7873195	128
+C7873203	128
+C7873223	128
+C7873227	128
+C7873231	128
+C7873237	128
+C7873251	128
+C7873255	128
+C7873263	128
+C7873277	128
+C7873283	128
+C7873289	128
+C7873305	128
+C7873307	128
+C7873311	128
+C7873329	128
+C7873331	128
+C7873377	128
+C7873411	128
+C7873417	128
+C7873419	128
+C7873433	128
+C7873435	128
+C7873441	128
+C7873453	128
+C7873467	128
+C7873475	128
+C7873491	128
+C7873555	128
+C7873567	128
+C7873573	128
+C7873581	128
+C7873589	128
+C7873595	128
+C7873603	128
+C7873605	128
+C7873631	128
+C7873653	128
+C7873655	128
+C7873665	128
+C7873679	128
+C7873689	128
+C7873693	128
+C7873703	128
+C7873705	128
+C7873717	128
+C7873733	128
+C7873735	128
+C7873739	128
+C7873741	128
+C7873803	128
+C7873805	128
+C7873815	128
+C7873831	128
+C7873837	128
+C7873841	128
+C7873845	128
+C7873857	128
+C7873867	128
+C7873885	128
+C7873893	128
+C7873897	128
+C7873925	128
+C7873931	128
+C7873933	128
+C7873973	128
+C7873987	128
+C7873989	128
+C7873995	128
+C7874027	128
+C7874031	128
+C7874041	128
+C7874067	128
+C7874069	128
+C7874083	128
+C7874085	128
+C7874109	128
+C7874115	128
+C7874129	128
+C7874131	128
+C7874145	128
+C7874153	128
+C7874165	128
+C7874181	128
+C7874187	128
+C7874193	128
+C7874197	128
+C7874211	128
+C7874247	128
+C7874267	128
+C7874303	128
+C7874309	128
+C7874313	128
+C7874315	128
+C7874317	128
+C7874319	128
+C7874353	128
+C7874359	128
+C7874365	128
+C7874369	128
+C7874375	128
+C7874391	128
+C7874403	128
+C7874407	128
+C7874411	128
+C7874419	128
+C7874423	128
+C7874469	128
+C7874519	128
+C7874525	128
+C7874529	128
+C7874539	128
+C7874563	128
+C7874567	128
+C7874569	128
+C7874575	128
+C7874609	128
+C7874623	128
+C7874625	128
+C7874647	128
+C7874649	128
+C7874665	128
+C7874675	128
+C7874689	128
+C7874707	128
+C7874729	128
+C7874731	128
+C7874737	128
+C7874739	128
+C7874741	128
+C7874769	128
+C7874775	128
+C7874777	128
+C7874819	128
+C7874825	128
+C7874853	128
+C7874861	128
+C7874899	128
+C7874907	128
+C7874913	128
+C7874921	128
+C7874925	128
+C7874949	128
+C7874969	128
+C7874975	128
+C7874991	128
+C7875011	128
+C7875013	128
+C7875015	128
+C7875049	128
+C7875051	128
+C7875057	128
+C7875059	128
+C7875081	128
+C7875141	128
+C7875163	128
+C7875205	128
+C7875217	128
+C7875219	128
+C7875225	128
+C7875227	128
+C7875259	128
+C7875273	128
+C7875275	128
+C7875277	128
+C7875291	128
+C7875307	128
+C7875333	128
+C7875345	128
+C7875359	128
+C7875363	128
+C7875375	128
+C7875383	128
+C7875397	128
+C7875401	128
+C7875403	128
+C7875405	128
+C7875407	128
+C7875409	128
+C7875419	128
+C7875425	128
+C7875433	128
+C7875439	128
+C7875455	128
+C7875461	128
+C7875467	128
+C7875469	128
+C7875479	128
+C7875481	128
+C7875505	128
+C7875515	128
+C7875535	128
+C7875543	128
+C7875549	128
+C7875563	128
+C7875575	128
+C7875597	128
+C7875601	128
+C7875603	128
+C7875623	128
+C7875625	128
+C7875633	128
+C7875641	128
+C7875647	128
+C7875651	128
+C7875657	128
+C7875681	128
+C7875697	128
+C7875719	128
+C7875725	128
+C7875735	128
+C7875737	128
+C7875753	128
+C7875785	128
+C7875813	128
+C7875817	128
+C7875819	128
+C7875833	128
+C7875841	128
+C7875845	128
+C7875879	128
+C7875887	128
+C7875913	128
+C7875919	128
+C7875937	128
+C7875971	128
+C7875973	128
+C7875979	128
+C7875985	128
+C7875989	128
+C7876001	128
+C7876025	128
+C7876027	128
+C7876033	128
+C7876055	128
+C7876091	128
+C7876099	128
+C7876111	128
+C7876127	128
+C7876141	128
+C7876143	128
+C7876145	128
+C7876167	128
+C7876169	128
+C7876173	128
+C7876181	128
+C7876201	128
+C7876203	128
+C7876207	128
+C7876251	128
+C7876265	128
+C7876267	128
+C7876277	128
+C7876281	128
+C7876291	128
+C7876307	128
+C7876323	128
+C7876327	128
+C7876333	128
+C7876345	128
+C7876377	128
+C7876383	128
+C7876397	128
+C7876415	128
+C7876425	128
+C7876429	128
+C7876435	128
+C7876449	128
+C7876451	128
+C7876471	128
+C7876477	128
+C7876497	128
+C7876501	128
+C7876531	128
+C7876549	128
+C7876553	128
+C7876557	128
+C7876565	128
+C7876567	128
+C7876577	128
+C7876581	128
+C7876591	128
+C7876603	128
+C7876609	128
+C7876611	128
+C7876635	128
+C7876649	128
+C7876707	128
+C7876723	128
+C7876725	128
+C7876735	128
+C7876747	128
+C7876751	128
+C7876753	128
+C7876781	128
+C7876791	128
+C7876811	128
+C7876813	128
+C7876831	128
+C7876833	128
+C7876843	128
+C7876845	128
+C7876847	128
+C7876853	128
+C7876865	128
+C7876867	128
+C7876903	128
+C7876911	128
+C7876927	128
+C7876963	128
+C7876965	128
+C7876967	128
+C7876987	128
+C7876989	128
+C7876991	128
+C7877025	128
+C7877027	128
+C7877031	128
+C7877039	128
+C7877051	128
+C7877057	128
+C7877059	128
+C7877061	128
+C7877069	128
+C7877115	128
+C7877123	128
+C7877131	128
+C7877155	128
+C7877171	128
+C7877179	128
+C7877201	128
+C7877205	128
+C7877267	128
+C7877269	128
+C7877285	128
+C7877299	128
+C7877319	128
+C7877345	128
+C7877349	128
+C7877355	128
+C7877363	128
+C7877379	128
+C7877389	128
+C7877399	128
+C7877405	128
+C7877423	128
+C7877437	128
+C7877449	128
+C7877457	128
+C7877467	128
+C7877483	128
+C7877489	128
+C7877503	128
+C7877521	128
+C7877525	128
+C7877535	128
+C7877541	128
+C7877549	128
+C7877555	128
+C7877561	128
+C7877583	128
+C7877593	128
+C7877607	128
+C7877619	128
+C7877621	128
+C7877629	128
+C7877631	128
+C7877635	128
+C7877637	128
+C7877639	128
+C7877649	128
+C7877651	128
+C7877655	128
+C7877661	128
+C7877667	128
+C7877673	128
+C7877683	128
+C7877689	128
+C7877693	128
+C7877705	128
+C7877711	128
+C7877715	128
+C7877717	128
+C7877719	128
+C7877737	128
+C7877739	128
+C7877749	128
+C7877753	128
+C7877761	128
+C7877773	128
+C7877797	128
+C7877819	128
+C7877869	128
+C7877875	128
+C7877901	128
+C7877921	128
+C7877923	128
+C7877925	128
+C7877929	128
+C7877937	128
+C7877949	128
+C7878031	128
+C7878033	128
+C7878043	128
+C7878053	128
+C7878055	128
+C7878105	128
+C7878115	128
+C7878119	128
+C7878121	128
+C7878123	128
+C7878141	128
+C7878143	128
+C7878149	128
+C7878159	128
+C7878161	128
+C7878209	128
+C7878219	128
+C7878245	128
+C7878251	128
+C7878259	128
+C7878277	128
+C7878279	128
+C7878281	128
+C7878285	128
+C7878293	128
+C7878295	128
+C7878315	128
+C7878321	128
+C7878339	128
+C7878355	128
+C7878357	128
+C7878361	128
+C7878363	128
+C7878377	128
+C7878385	128
+C7878421	128
+C7878431	128
+C7878459	128
+C7878477	128
+C7878501	128
+C7878507	128
+C7878509	128
+C7878523	128
+C7878537	128
+C7878551	128
+C7878563	128
+C7878569	128
+C7878571	128
+C7878595	128
+C7878601	128
+C7878607	128
+C7878613	128
+C7878615	128
+C7878623	128
+C7878625	128
+C7878629	128
+C7878631	128
+C7878633	128
+C7855231	127
+C7855247	127
+C7855255	127
+C7855259	127
+C7855271	127
+C7855279	127
+C7855281	127
+C7855283	127
+C7855287	127
+C7855313	127
+C7855319	127
+C7855321	127
+C7855327	127
+C7855349	127
+C7855351	127
+C7855387	127
+C7855403	127
+C7855405	127
+C7855409	127
+C7855413	127
+C7855437	127
+C7855445	127
+C7855449	127
+C7855479	127
+C7855481	127
+C7855489	127
+C7855497	127
+C7855499	127
+C7855515	127
+C7855517	127
+C7855531	127
+C7855537	127
+C7855543	127
+C7855549	127
+C7855567	127
+C7855581	127
+C7855587	127
+C7855597	127
+C7855605	127
+C7855615	127
+C7855653	127
+C7855681	127
+C7855703	127
+C7855713	127
+C7855715	127
+C7855737	127
+C7855747	127
+C7855753	127
+C7855769	127
+C7855779	127
+C7855793	127
+C7855797	127
+C7855859	127
+C7855869	127
+C7855877	127
+C7855881	127
+C7855889	127
+C7855919	127
+C7855949	127
+C7855955	127
+C7855961	127
+C7855973	127
+C7855991	127
+C7856017	127
+C7856025	127
+C7856039	127
+C7856041	127
+C7856047	127
+C7856055	127
+C7856075	127
+C7856081	127
+C7856093	127
+C7856107	127
+C7856119	127
+C7856121	127
+C7856125	127
+C7856127	127
+C7856155	127
+C7856165	127
+C7856171	127
+C7856181	127
+C7856195	127
+C7856241	127
+C7856255	127
+C7856267	127
+C7856289	127
+C7856341	127
+C7856343	127
+C7856349	127
+C7856365	127
+C7856389	127
+C7856401	127
+C7856409	127
+C7856411	127
+C7856423	127
+C7856433	127
+C7856437	127
+C7856457	127
+C7856465	127
+C7856467	127
+C7856479	127
+C7856481	127
+C7856483	127
+C7856493	127
+C7856505	127
+C7856555	127
+C7856559	127
+C7856563	127
+C7856579	127
+C7856593	127
+C7856613	127
+C7856641	127
+C7856661	127
+C7856677	127
+C7856689	127
+C7856703	127
+C7856711	127
+C7856731	127
+C7856749	127
+C7856767	127
+C7856819	127
+C7856825	127
+C7856835	127
+C7856843	127
+C7856849	127
+C7856851	127
+C7856855	127
+C7856861	127
+C7856867	127
+C7856869	127
+C7856875	127
+C7856883	127
+C7856907	127
+C7856909	127
+C7856931	127
+C7856935	127
+C7856939	127
+C7856969	127
+C7856971	127
+C7856981	127
+C7856989	127
+C7857015	127
+C7857035	127
+C7857051	127
+C7857055	127
+C7857057	127
+C7857067	127
+C7857151	127
+C7857157	127
+C7857161	127
+C7857167	127
+C7857169	127
+C7857183	127
+C7857185	127
+C7857189	127
+C7857203	127
+C7857207	127
+C7857209	127
+C7857227	127
+C7857245	127
+C7857251	127
+C7857257	127
+C7857271	127
+C7857301	127
+C7857317	127
+C7857323	127
+C7857365	127
+C7857373	127
+C7857381	127
+C7857387	127
+C7857397	127
+C7857425	127
+C7857479	127
+C7857529	127
+C7857533	127
+C7857535	127
+C7857571	127
+C7857587	127
+C7857589	127
+C7857593	127
+C7857597	127
+C7857613	127
+C7857617	127
+C7857631	127
+C7857639	127
+C7857643	127
+C7857649	127
+C7857653	127
+C7857663	127
+C7857669	127
+C7857697	127
+C7857701	127
+C7857703	127
+C7857713	127
+C7857721	127
+C7857723	127
+C7857755	127
+C7857757	127
+C7857773	127
+C7857779	127
+C7857783	127
+C7857789	127
+C7857791	127
+C7857845	127
+C7857849	127
+C7857851	127
+C7857859	127
+C7857867	127
+C7857869	127
+C7857873	127
+C7857887	127
+C7857897	127
+C7857929	127
+C7857955	127
+C7857963	127
+C7857971	127
+C7857981	127
+C7857989	127
+C7857991	127
+C7857993	127
+C7858017	127
+C7858035	127
+C7858045	127
+C7858067	127
+C7858083	127
+C7858087	127
+C7858103	127
+C7858141	127
+C7858159	127
+C7858179	127
+C7858185	127
+C7858199	127
+C7858207	127
+C7858211	127
+C7858215	127
+C7858217	127
+C7858219	127
+C7858235	127
+C7858261	127
+C7858275	127
+C7858281	127
+C7858299	127
+C7858303	127
+C7858321	127
+C7858325	127
+C7858349	127
+C7858363	127
+C7858375	127
+C7858381	127
+C7858389	127
+C7858393	127
+C7858397	127
+C7858413	127
+C7858415	127
+C7858435	127
+C7858449	127
+C7858489	127
+C7858493	127
+C7858503	127
+C7858515	127
+C7858517	127
+C7858535	127
+C7858539	127
+C7858551	127
+C7858557	127
+C7858573	127
+C7858585	127
+C7858595	127
+C7858619	127
+C7858629	127
+C7858635	127
+C7858647	127
+C7858661	127
+C7858673	127
+C7858675	127
+C7858679	127
+C7858701	127
+C7858707	127
+C7858723	127
+C7858731	127
+C7858741	127
+C7858749	127
+C7858755	127
+C7858759	127
+C7858783	127
+C7858791	127
+C7858813	127
+C7858821	127
+C7858829	127
+C7858835	127
+C7858839	127
+C7858845	127
+C7858849	127
+C7858895	127
+C7858913	127
+C7859017	127
+C7859031	127
+C7859033	127
+C7859039	127
+C7859045	127
+C7859049	127
+C7859057	127
+C7859075	127
+C7859079	127
+C7859091	127
+C7859103	127
+C7859115	127
+C7859127	127
+C7859133	127
+C7859141	127
+C7859157	127
+C7859161	127
+C7859163	127
+C7859167	127
+C7859177	127
+C7859179	127
+C7859191	127
+C7859211	127
+C7859227	127
+C7859243	127
+C7859247	127
+C7859251	127
+C7859253	127
+C7859265	127
+C7859267	127
+C7859269	127
+C7859281	127
+C7859283	127
+C7859299	127
+C7859303	127
+C7859309	127
+C7859311	127
+C7859327	127
+C7859339	127
+C7859355	127
+C7859363	127
+C7859399	127
+C7859419	127
+C7859435	127
+C7859437	127
+C7859439	127
+C7859443	127
+C7859471	127
+C7859479	127
+C7859483	127
+C7859509	127
+C7859511	127
+C7859515	127
+C7859517	127
+C7859533	127
+C7859545	127
+C7859551	127
+C7859553	127
+C7859577	127
+C7859599	127
+C7859621	127
+C7859639	127
+C7859653	127
+C7859661	127
+C7859671	127
+C7859673	127
+C7859691	127
+C7859697	127
+C7859699	127
+C7859719	127
+C7859741	127
+C7859749	127
+C7859755	127
+C7859763	127
+C7859783	127
+C7859787	127
+C7859793	127
+C7859799	127
+C7859819	127
+C7859825	127
+C7859833	127
+C7859869	127
+C7859887	127
+C7859899	127
+C7859905	127
+C7859915	127
+C7859919	127
+C7859935	127
+C7859939	127
+C7859941	127
+C7859961	127
+C7859967	127
+C7860041	127
+C7860043	127
+C7860057	127
+C7860065	127
+C7860069	127
+C7860079	127
+C7860081	127
+C7860099	127
+C7860107	127
+C7860113	127
+C7860117	127
+C7860121	127
+C7860125	127
+C7860139	127
+C7860143	127
+C7860147	127
+C7860159	127
+C7860179	127
+C7860187	127
+C7860193	127
+C7860203	127
+C7860205	127
+C7860209	127
+C7860215	127
+C7860235	127
+C7860245	127
+C7860249	127
+C7860263	127
+C7860321	127
+C7860357	127
+C7860369	127
+C7860383	127
+C7860393	127
+C7860413	127
+C7860417	127
+C7860421	127
+C7860427	127
+C7860431	127
+C7860435	127
+C7860449	127
+C7860463	127
+C7860473	127
+C7860485	127
+C7860531	127
+C7860539	127
+C7860559	127
+C7860561	127
+C7860589	127
+C7860591	127
+C7860603	127
+C7860611	127
+C7860617	127
+C7860625	127
+C7860657	127
+C7860665	127
+C7860673	127
+C7860723	127
+C7860725	127
+C7860731	127
+C7860733	127
+C7860737	127
+C7860739	127
+C7860743	127
+C7860759	127
+C7860773	127
+C7860777	127
+C7860785	127
+C7860793	127
+C7860795	127
+C7860819	127
+C7860821	127
+C7860835	127
+C7860847	127
+C7860857	127
+C7860887	127
+C7860905	127
+C7860927	127
+C7860933	127
+C7860935	127
+C7860993	127
+C7860995	127
+C7860997	127
+C7861007	127
+C7861019	127
+C7861083	127
+C7861097	127
+C7861103	127
+C7861111	127
+C7861131	127
+C7861135	127
+C7861149	127
+C7861163	127
+C7861189	127
+C7861193	127
+C7861203	127
+C7861207	127
+C7861225	127
+C7861235	127
+C7861251	127
+C7861261	127
+C7861267	127
+C7861273	127
+C7861287	127
+C7861313	127
+C7861317	127
+C7861323	127
+C7861325	127
+C7861339	127
+C7861341	127
+C7861345	127
+C7861359	127
+C7861369	127
+C7861371	127
+C7861375	127
+C7861389	127
+C7861395	127
+C7861403	127
+C7861407	127
+C7861427	127
+C7861437	127
+C7861441	127
+C7861463	127
+C7861503	127
+C7861507	127
+C7861511	127
+C7861515	127
+C7861533	127
+C7861553	127
+C7861571	127
+C7861585	127
+C7861589	127
+C7861603	127
+C7861615	127
+C7861627	127
+C7861639	127
+C7861653	127
+C7861705	127
+C7861721	127
+C7861745	127
+C7861769	127
+C7861773	127
+C7861775	127
+C7861783	127
+C7861787	127
+C7861833	127
+C7861837	127
+C7861839	127
+C7861865	127
+C7861867	127
+C7861875	127
+C7861877	127
+C7861889	127
+C7861905	127
+C7861915	127
+C7861919	127
+C7861945	127
+C7861965	127
+C7861981	127
+C7861989	127
+C7862005	127
+C7862009	127
+C7862021	127
+C7862023	127
+C7862065	127
+C7862069	127
+C7862073	127
+C7862091	127
+C7862097	127
+C7862103	127
+C7862105	127
+C7862121	127
+C7862125	127
+C7862137	127
+C7862147	127
+C7862149	127
+C7862161	127
+C7862167	127
+C7862193	127
+C7862201	127
+C7862205	127
+C7862225	127
+C7862229	127
+C7862241	127
+C7862243	127
+C7862261	127
+C7862267	127
+C7862277	127
+C7862279	127
+C7862281	127
+C7862285	127
+C7862291	127
+C7862309	127
+C7862319	127
+C7862333	127
+C7862347	127
+C7862359	127
+C7862369	127
+C7862397	127
+C7862411	127
+C7862415	127
+C7862417	127
+C7862429	127
+C7862443	127
+C7862447	127
+C7862453	127
+C7862455	127
+C7862471	127
+C7862473	127
+C7862493	127
+C7862497	127
+C7862499	127
+C7862505	127
+C7862509	127
+C7862513	127
+C7862543	127
+C7862551	127
+C7862553	127
+C7862561	127
+C7862567	127
+C7862575	127
+C7862577	127
+C7862579	127
+C7862591	127
+C7862615	127
+C7862625	127
+C7862635	127
+C7862637	127
+C7862641	127
+C7862647	127
+C7862657	127
+C7862661	127
+C7862663	127
+C7862669	127
+C7862673	127
+C7862675	127
+C7862679	127
+C7862705	127
+C7862709	127
+C7862715	127
+C7862727	127
+C7862749	127
+C7862759	127
+C7862763	127
+C7862789	127
+C7862839	127
+C7862861	127
+C7862867	127
+C7862885	127
+C7862895	127
+C7862899	127
+C7862903	127
+C7862909	127
+C7862957	127
+C7862969	127
+C7862993	127
+C7863003	127
+C7863021	127
+C7863079	127
+C7863111	127
+C7863113	127
+C7863125	127
+C7863131	127
+C7863163	127
+C7863169	127
+C7863191	127
+C7863199	127
+C7863213	127
+C7863235	127
+C7863243	127
+C7863259	127
+C7863263	127
+C7863269	127
+C7863287	127
+C7863299	127
+C7863317	127
+C7863327	127
+C7863329	127
+C7863339	127
+C7863341	127
+C7863343	127
+C7863355	127
+C7863397	127
+C7863399	127
+C7863437	127
+C7863461	127
+C7863499	127
+C7863501	127
+C7863517	127
+C7863527	127
+C7863535	127
+C7863551	127
+C7863553	127
+C7863559	127
+C7863561	127
+C7863567	127
+C7863573	127
+C7863587	127
+C7863601	127
+C7863617	127
+C7863633	127
+C7863635	127
+C7863647	127
+C7863685	127
+C7863721	127
+C7863733	127
+C7863737	127
+C7863741	127
+C7863747	127
+C7863769	127
+C7863815	127
+C7863821	127
+C7863831	127
+C7863859	127
+C7863861	127
+C7863877	127
+C7863885	127
+C7863889	127
+C7863895	127
+C7863905	127
+C7863917	127
+C7863955	127
+C7863957	127
+C7863993	127
+C7864009	127
+C7864027	127
+C7864053	127
+C7864079	127
+C7864095	127
+C7864107	127
+C7864115	127
+C7864121	127
+C7864125	127
+C7864127	127
+C7864129	127
+C7864177	127
+C7864199	127
+C7864207	127
+C7864239	127
+C7864265	127
+C7864271	127
+C7864283	127
+C7864301	127
+C7864303	127
+C7864331	127
+C7864339	127
+C7864353	127
+C7864355	127
+C7864377	127
+C7864397	127
+C7864399	127
+C7864401	127
+C7864407	127
+C7864413	127
+C7864415	127
+C7864431	127
+C7864453	127
+C7864469	127
+C7864491	127
+C7864505	127
+C7864513	127
+C7864559	127
+C7864561	127
+C7864565	127
+C7864577	127
+C7864599	127
+C7864601	127
+C7864611	127
+C7864613	127
+C7864621	127
+C7864679	127
+C7864681	127
+C7864689	127
+C7864693	127
+C7864697	127
+C7864705	127
+C7864729	127
+C7864749	127
+C7864755	127
+C7864757	127
+C7864759	127
+C7864763	127
+C7864765	127
+C7864769	127
+C7864773	127
+C7864775	127
+C7864781	127
+C7864783	127
+C7864817	127
+C7864851	127
+C7864887	127
+C7864903	127
+C7864943	127
+C7864959	127
+C7864961	127
+C7864989	127
+C7864993	127
+C7865001	127
+C7865023	127
+C7865033	127
+C7865035	127
+C7865051	127
+C7865059	127
+C7865061	127
+C7865115	127
+C7865117	127
+C7865133	127
+C7865147	127
+C7865155	127
+C7865157	127
+C7865159	127
+C7865163	127
+C7865179	127
+C7865189	127
+C7865191	127
+C7865197	127
+C7865201	127
+C7865205	127
+C7865207	127
+C7865211	127
+C7865219	127
+C7865273	127
+C7865277	127
+C7865281	127
+C7865285	127
+C7865287	127
+C7865289	127
+C7865297	127
+C7865307	127
+C7865317	127
+C7865323	127
+C7865343	127
+C7865349	127
+C7865357	127
+C7865363	127
+C7865381	127
+C7865385	127
+C7865387	127
+C7865421	127
+C7865435	127
+C7865463	127
+C7865465	127
+C7865505	127
+C7865523	127
+C7865525	127
+C7865531	127
+C7865539	127
+C7865547	127
+C7865549	127
+C7865559	127
+C7865565	127
+C7865571	127
+C7865591	127
+C7865597	127
+C7865599	127
+C7865605	127
+C7865609	127
+C7865635	127
+C7865639	127
+C7865643	127
+C7865649	127
+C7865661	127
+C7865677	127
+C7865699	127
+C7865705	127
+C7865709	127
+C7865711	127
+C7865713	127
+C7865719	127
+C7865721	127
+C7865735	127
+C7865739	127
+C7865783	127
+C7865791	127
+C7865793	127
+C7865807	127
+C7865809	127
+C7865831	127
+C7865833	127
+C7865841	127
+C7865859	127
+C7865865	127
+C7865875	127
+C7865885	127
+C7865889	127
+C7865893	127
+C7865899	127
+C7865903	127
+C7865915	127
+C7865937	127
+C7865939	127
+C7865949	127
+C7865969	127
+C7865975	127
+C7865981	127
+C7865983	127
+C7866019	127
+C7866031	127
+C7866043	127
+C7866051	127
+C7866061	127
+C7866079	127
+C7866089	127
+C7866115	127
+C7866121	127
+C7866145	127
+C7866175	127
+C7866177	127
+C7866181	127
+C7866209	127
+C7866213	127
+C7866215	127
+C7866223	127
+C7866227	127
+C7866237	127
+C7866261	127
+C7866277	127
+C7866279	127
+C7866293	127
+C7866299	127
+C7866313	127
+C7866325	127
+C7866329	127
+C7866341	127
+C7866345	127
+C7866347	127
+C7866351	127
+C7866353	127
+C7866359	127
+C7866365	127
+C7866369	127
+C7866385	127
+C7866387	127
+C7866391	127
+C7866407	127
+C7866417	127
+C7866435	127
+C7866457	127
+C7866463	127
+C7866465	127
+C7866473	127
+C7866485	127
+C7866495	127
+C7866507	127
+C7866509	127
+C7866517	127
+C7866519	127
+C7866521	127
+C7866527	127
+C7866541	127
+C7866545	127
+C7866551	127
+C7866555	127
+C7866565	127
+C7866573	127
+C7866575	127
+C7866579	127
+C7866585	127
+C7866589	127
+C7866591	127
+C7866593	127
+C7866597	127
+C7866601	127
+C7866605	127
+C7866609	127
+C7866643	127
+C7866653	127
+C7866659	127
+C7866669	127
+C7866677	127
+C7866683	127
+C7866685	127
+C7866701	127
+C7866705	127
+C7866711	127
+C7866717	127
+C7866725	127
+C7866731	127
+C7866739	127
+C7866741	127
+C7866747	127
+C7866783	127
+C7866803	127
+C7866819	127
+C7866831	127
+C7866849	127
+C7866855	127
+C7866861	127
+C7866877	127
+C7866889	127
+C7866891	127
+C7866899	127
+C7866923	127
+C7866937	127
+C7866947	127
+C7866949	127
+C7866951	127
+C7866953	127
+C7866957	127
+C7866959	127
+C7866997	127
+C7867015	127
+C7867019	127
+C7867023	127
+C7867039	127
+C7867045	127
+C7867055	127
+C7867059	127
+C7867067	127
+C7867071	127
+C7867075	127
+C7867077	127
+C7867109	127
+C7867111	127
+C7843425	126
+C7843437	126
+C7843443	126
+C7843483	126
+C7843501	126
+C7843523	126
+C7843529	126
+C7843553	126
+C7843601	126
+C7843613	126
+C7843621	126
+C7843657	126
+C7843661	126
+C7843669	126
+C7843705	126
+C7843709	126
+C7843717	126
+C7843719	126
+C7843725	126
+C7843737	126
+C7843755	126
+C7843801	126
+C7843805	126
+C7843823	126
+C7843829	126
+C7843835	126
+C7843849	126
+C7843853	126
+C7843855	126
+C7843859	126
+C7843861	126
+C7843863	126
+C7843865	126
+C7843889	126
+C7843899	126
+C7843909	126
+C7843911	126
+C7843929	126
+C7843937	126
+C7843953	126
+C7843959	126
+C7843961	126
+C7843973	126
+C7843981	126
+C7843989	126
+C7843997	126
+C7844015	126
+C7844019	126
+C7844027	126
+C7844037	126
+C7844045	126
+C7844053	126
+C7844057	126
+C7844059	126
+C7844061	126
+C7844067	126
+C7844069	126
+C7844071	126
+C7844073	126
+C7844085	126
+C7844097	126
+C7844121	126
+C7844127	126
+C7844129	126
+C7844149	126
+C7844155	126
+C7844165	126
+C7844169	126
+C7844187	126
+C7844189	126
+C7844193	126
+C7844197	126
+C7844199	126
+C7844205	126
+C7844209	126
+C7844265	126
+C7844269	126
+C7844271	126
+C7844317	126
+C7844321	126
+C7844325	126
+C7844351	126
+C7844371	126
+C7844389	126
+C7844395	126
+C7844407	126
+C7844409	126
+C7844433	126
+C7844443	126
+C7844455	126
+C7844461	126
+C7844465	126
+C7844499	126
+C7844507	126
+C7844519	126
+C7844523	126
+C7844533	126
+C7844553	126
+C7844577	126
+C7844591	126
+C7844601	126
+C7844609	126
+C7844617	126
+C7844629	126
+C7844655	126
+C7844665	126
+C7844687	126
+C7844691	126
+C7844699	126
+C7844711	126
+C7844721	126
+C7844723	126
+C7844727	126
+C7844733	126
+C7844751	126
+C7844783	126
+C7844793	126
+C7844801	126
+C7844807	126
+C7844813	126
+C7844833	126
+C7844861	126
+C7844869	126
+C7844877	126
+C7844903	126
+C7844927	126
+C7844941	126
+C7844959	126
+C7844971	126
+C7844975	126
+C7845019	126
+C7845031	126
+C7845047	126
+C7845059	126
+C7845065	126
+C7845067	126
+C7845069	126
+C7845095	126
+C7845127	126
+C7845137	126
+C7845161	126
+C7845165	126
+C7845179	126
+C7845201	126
+C7845209	126
+C7845215	126
+C7845217	126
+C7845223	126
+C7845225	126
+C7845237	126
+C7845245	126
+C7845249	126
+C7845253	126
+C7845277	126
+C7845293	126
+C7845301	126
+C7845313	126
+C7845321	126
+C7845327	126
+C7845331	126
+C7845341	126
+C7845345	126
+C7845349	126
+C7845361	126
+C7845387	126
+C7845399	126
+C7845433	126
+C7845435	126
+C7845443	126
+C7845453	126
+C7845457	126
+C7845483	126
+C7845487	126
+C7845511	126
+C7845517	126
+C7845527	126
+C7845561	126
+C7845575	126
+C7845583	126
+C7845607	126
+C7845613	126
+C7845615	126
+C7845627	126
+C7845649	126
+C7845665	126
+C7845687	126
+C7845701	126
+C7845725	126
+C7845739	126
+C7845745	126
+C7845751	126
+C7845777	126
+C7845783	126
+C7845799	126
+C7845809	126
+C7845869	126
+C7845871	126
+C7845875	126
+C7845877	126
+C7845897	126
+C7845899	126
+C7845903	126
+C7845909	126
+C7845919	126
+C7845935	126
+C7845943	126
+C7845947	126
+C7845979	126
+C7845981	126
+C7845987	126
+C7846001	126
+C7846029	126
+C7846043	126
+C7846057	126
+C7846075	126
+C7846079	126
+C7846081	126
+C7846091	126
+C7846099	126
+C7846105	126
+C7846127	126
+C7846141	126
+C7846149	126
+C7846159	126
+C7846169	126
+C7846175	126
+C7846199	126
+C7846205	126
+C7846213	126
+C7846225	126
+C7846253	126
+C7846257	126
+C7846259	126
+C7846273	126
+C7846283	126
+C7846291	126
+C7846295	126
+C7846299	126
+C7846305	126
+C7846321	126
+C7846347	126
+C7846349	126
+C7846359	126
+C7846365	126
+C7846377	126
+C7846389	126
+C7846405	126
+C7846415	126
+C7846419	126
+C7846433	126
+C7846441	126
+C7846445	126
+C7846453	126
+C7846457	126
+C7846465	126
+C7846479	126
+C7846481	126
+C7846503	126
+C7846515	126
+C7846545	126
+C7846549	126
+C7846557	126
+C7846573	126
+C7846575	126
+C7846579	126
+C7846589	126
+C7846619	126
+C7846625	126
+C7846653	126
+C7846669	126
+C7846685	126
+C7846691	126
+C7846699	126
+C7846705	126
+C7846725	126
+C7846729	126
+C7846733	126
+C7846743	126
+C7846767	126
+C7846797	126
+C7846817	126
+C7846825	126
+C7846849	126
+C7846855	126
+C7846865	126
+C7846867	126
+C7846871	126
+C7846907	126
+C7846917	126
+C7846927	126
+C7846933	126
+C7846945	126
+C7846949	126
+C7846955	126
+C7846957	126
+C7846959	126
+C7846973	126
+C7846979	126
+C7846991	126
+C7846995	126
+C7847017	126
+C7847027	126
+C7847035	126
+C7847037	126
+C7847051	126
+C7847053	126
+C7847063	126
+C7847069	126
+C7847103	126
+C7847123	126
+C7847159	126
+C7847185	126
+C7847193	126
+C7847213	126
+C7847243	126
+C7847257	126
+C7847259	126
+C7847263	126
+C7847271	126
+C7847279	126
+C7847285	126
+C7847287	126
+C7847293	126
+C7847301	126
+C7847321	126
+C7847327	126
+C7847331	126
+C7847351	126
+C7847371	126
+C7847379	126
+C7847411	126
+C7847413	126
+C7847419	126
+C7847423	126
+C7847425	126
+C7847433	126
+C7847435	126
+C7847461	126
+C7847467	126
+C7847475	126
+C7847479	126
+C7847485	126
+C7847493	126
+C7847505	126
+C7847511	126
+C7847531	126
+C7847545	126
+C7847549	126
+C7847561	126
+C7847575	126
+C7847595	126
+C7847603	126
+C7847625	126
+C7847631	126
+C7847635	126
+C7847639	126
+C7847647	126
+C7847651	126
+C7847659	126
+C7847663	126
+C7847673	126
+C7847675	126
+C7847679	126
+C7847681	126
+C7847693	126
+C7847703	126
+C7847707	126
+C7847709	126
+C7847735	126
+C7847765	126
+C7847777	126
+C7847799	126
+C7847803	126
+C7847811	126
+C7847817	126
+C7847831	126
+C7847837	126
+C7847849	126
+C7847853	126
+C7847855	126
+C7847877	126
+C7847897	126
+C7847903	126
+C7847921	126
+C7847923	126
+C7847931	126
+C7847935	126
+C7847937	126
+C7847945	126
+C7847947	126
+C7847957	126
+C7847975	126
+C7847983	126
+C7847987	126
+C7847995	126
+C7848001	126
+C7848035	126
+C7848043	126
+C7848053	126
+C7848083	126
+C7848085	126
+C7848095	126
+C7848127	126
+C7848171	126
+C7848173	126
+C7848179	126
+C7848185	126
+C7848191	126
+C7848195	126
+C7848201	126
+C7848209	126
+C7848223	126
+C7848243	126
+C7848257	126
+C7848259	126
+C7848261	126
+C7848277	126
+C7848299	126
+C7848303	126
+C7848313	126
+C7848315	126
+C7848317	126
+C7848321	126
+C7848327	126
+C7848329	126
+C7848343	126
+C7848371	126
+C7848381	126
+C7848389	126
+C7848425	126
+C7848449	126
+C7848473	126
+C7848479	126
+C7848487	126
+C7848501	126
+C7848507	126
+C7848511	126
+C7848513	126
+C7848515	126
+C7848531	126
+C7848543	126
+C7848545	126
+C7848549	126
+C7848559	126
+C7848563	126
+C7848569	126
+C7848575	126
+C7848599	126
+C7848603	126
+C7848605	126
+C7848607	126
+C7848623	126
+C7848639	126
+C7848645	126
+C7848655	126
+C7848687	126
+C7848699	126
+C7848709	126
+C7848733	126
+C7848751	126
+C7848759	126
+C7848799	126
+C7848807	126
+C7848829	126
+C7848837	126
+C7848839	126
+C7848849	126
+C7848857	126
+C7848859	126
+C7848901	126
+C7848903	126
+C7848905	126
+C7848913	126
+C7848919	126
+C7848943	126
+C7848953	126
+C7848973	126
+C7848985	126
+C7848991	126
+C7848993	126
+C7849003	126
+C7849011	126
+C7849023	126
+C7849029	126
+C7849035	126
+C7849037	126
+C7849061	126
+C7849065	126
+C7849069	126
+C7849085	126
+C7849099	126
+C7849109	126
+C7849115	126
+C7849129	126
+C7849131	126
+C7849139	126
+C7849147	126
+C7849151	126
+C7849175	126
+C7849193	126
+C7849211	126
+C7849251	126
+C7849259	126
+C7849267	126
+C7849277	126
+C7849281	126
+C7849283	126
+C7849287	126
+C7849291	126
+C7849293	126
+C7849295	126
+C7849305	126
+C7849315	126
+C7849351	126
+C7849357	126
+C7849359	126
+C7849407	126
+C7849411	126
+C7849415	126
+C7849419	126
+C7849421	126
+C7849447	126
+C7849481	126
+C7849485	126
+C7849487	126
+C7849493	126
+C7849499	126
+C7849501	126
+C7849525	126
+C7849601	126
+C7849609	126
+C7849627	126
+C7849649	126
+C7849693	126
+C7849697	126
+C7849703	126
+C7849715	126
+C7849725	126
+C7849753	126
+C7849781	126
+C7849783	126
+C7849787	126
+C7849819	126
+C7849821	126
+C7849827	126
+C7849835	126
+C7849837	126
+C7849843	126
+C7849853	126
+C7849921	126
+C7849925	126
+C7849951	126
+C7849987	126
+C7850015	126
+C7850021	126
+C7850023	126
+C7850027	126
+C7850035	126
+C7850037	126
+C7850043	126
+C7850053	126
+C7850063	126
+C7850089	126
+C7850103	126
+C7850107	126
+C7850117	126
+C7850119	126
+C7850125	126
+C7850135	126
+C7850149	126
+C7850151	126
+C7850153	126
+C7850159	126
+C7850163	126
+C7850177	126
+C7850199	126
+C7850209	126
+C7850229	126
+C7850231	126
+C7850233	126
+C7850241	126
+C7850265	126
+C7850285	126
+C7850301	126
+C7850313	126
+C7850315	126
+C7850319	126
+C7850321	126
+C7850327	126
+C7850347	126
+C7850349	126
+C7850361	126
+C7850377	126
+C7850383	126
+C7850387	126
+C7850391	126
+C7850401	126
+C7850417	126
+C7850423	126
+C7850427	126
+C7850433	126
+C7850441	126
+C7850459	126
+C7850461	126
+C7850491	126
+C7850517	126
+C7850519	126
+C7850527	126
+C7850531	126
+C7850551	126
+C7850555	126
+C7850561	126
+C7850565	126
+C7850579	126
+C7850583	126
+C7850585	126
+C7850589	126
+C7850609	126
+C7850617	126
+C7850637	126
+C7850643	126
+C7850647	126
+C7850649	126
+C7850661	126
+C7850671	126
+C7850687	126
+C7850693	126
+C7850699	126
+C7850713	126
+C7850719	126
+C7850731	126
+C7850745	126
+C7850761	126
+C7850785	126
+C7850833	126
+C7850845	126
+C7850849	126
+C7850857	126
+C7850859	126
+C7850909	126
+C7850911	126
+C7850925	126
+C7850933	126
+C7850945	126
+C7850967	126
+C7850977	126
+C7850995	126
+C7851009	126
+C7851025	126
+C7851047	126
+C7851067	126
+C7851095	126
+C7851105	126
+C7851161	126
+C7851163	126
+C7851165	126
+C7851167	126
+C7851187	126
+C7851199	126
+C7851225	126
+C7851227	126
+C7851243	126
+C7851257	126
+C7851259	126
+C7851287	126
+C7851297	126
+C7851327	126
+C7851335	126
+C7851347	126
+C7851367	126
+C7851371	126
+C7851383	126
+C7851389	126
+C7851395	126
+C7851433	126
+C7851435	126
+C7851439	126
+C7851441	126
+C7851443	126
+C7851447	126
+C7851455	126
+C7851471	126
+C7851473	126
+C7851483	126
+C7851489	126
+C7851505	126
+C7851537	126
+C7851539	126
+C7851543	126
+C7851557	126
+C7851563	126
+C7851571	126
+C7851573	126
+C7851583	126
+C7851587	126
+C7851589	126
+C7851595	126
+C7851599	126
+C7851605	126
+C7851613	126
+C7851617	126
+C7851653	126
+C7851685	126
+C7851689	126
+C7851699	126
+C7851701	126
+C7851705	126
+C7851707	126
+C7851711	126
+C7851713	126
+C7851719	126
+C7851721	126
+C7851729	126
+C7851737	126
+C7851769	126
+C7851775	126
+C7851787	126
+C7851797	126
+C7851807	126
+C7851837	126
+C7851841	126
+C7851845	126
+C7851859	126
+C7851861	126
+C7851875	126
+C7851891	126
+C7851897	126
+C7851903	126
+C7851905	126
+C7851929	126
+C7851933	126
+C7851941	126
+C7851949	126
+C7851971	126
+C7851973	126
+C7852007	126
+C7852021	126
+C7852037	126
+C7852073	126
+C7852095	126
+C7852109	126
+C7852115	126
+C7852121	126
+C7852139	126
+C7852141	126
+C7852155	126
+C7852159	126
+C7852167	126
+C7852169	126
+C7852179	126
+C7852185	126
+C7852205	126
+C7852217	126
+C7852219	126
+C7852221	126
+C7852263	126
+C7852273	126
+C7852287	126
+C7852309	126
+C7852311	126
+C7852321	126
+C7852333	126
+C7852343	126
+C7852345	126
+C7852351	126
+C7852353	126
+C7852359	126
+C7852373	126
+C7852403	126
+C7852409	126
+C7852417	126
+C7852431	126
+C7852445	126
+C7852447	126
+C7852451	126
+C7852457	126
+C7852483	126
+C7852519	126
+C7852557	126
+C7852559	126
+C7852603	126
+C7852607	126
+C7852611	126
+C7852615	126
+C7852621	126
+C7852627	126
+C7852635	126
+C7852641	126
+C7852647	126
+C7852653	126
+C7852661	126
+C7852663	126
+C7852677	126
+C7852705	126
+C7852711	126
+C7852717	126
+C7852723	126
+C7852725	126
+C7852733	126
+C7852745	126
+C7852747	126
+C7852751	126
+C7852761	126
+C7852771	126
+C7852775	126
+C7852777	126
+C7852779	126
+C7852787	126
+C7852789	126
+C7852801	126
+C7852813	126
+C7852815	126
+C7852821	126
+C7852835	126
+C7852841	126
+C7852843	126
+C7852873	126
+C7852881	126
+C7852883	126
+C7852887	126
+C7852913	126
+C7852917	126
+C7852939	126
+C7852941	126
+C7852951	126
+C7852953	126
+C7852955	126
+C7852977	126
+C7852979	126
+C7852989	126
+C7852991	126
+C7852995	126
+C7853041	126
+C7853043	126
+C7853045	126
+C7853051	126
+C7853069	126
+C7853073	126
+C7853095	126
+C7853099	126
+C7853113	126
+C7853125	126
+C7853139	126
+C7853143	126
+C7853177	126
+C7853181	126
+C7853187	126
+C7853215	126
+C7853219	126
+C7853221	126
+C7853235	126
+C7853293	126
+C7853299	126
+C7853309	126
+C7853315	126
+C7853341	126
+C7853375	126
+C7853395	126
+C7853397	126
+C7853415	126
+C7853417	126
+C7853433	126
+C7853437	126
+C7853451	126
+C7853467	126
+C7853473	126
+C7853479	126
+C7853483	126
+C7853487	126
+C7853511	126
+C7853525	126
+C7853543	126
+C7853547	126
+C7853551	126
+C7853567	126
+C7853569	126
+C7853571	126
+C7853583	126
+C7853595	126
+C7853621	126
+C7853629	126
+C7853631	126
+C7853633	126
+C7853647	126
+C7853651	126
+C7853659	126
+C7853665	126
+C7853685	126
+C7853695	126
+C7853705	126
+C7853715	126
+C7853725	126
+C7853745	126
+C7853749	126
+C7853751	126
+C7853771	126
+C7853791	126
+C7853793	126
+C7853845	126
+C7853865	126
+C7853893	126
+C7853905	126
+C7853911	126
+C7853927	126
+C7853939	126
+C7853947	126
+C7853997	126
+C7854017	126
+C7854019	126
+C7854021	126
+C7854041	126
+C7854053	126
+C7854061	126
+C7854071	126
+C7854073	126
+C7854113	126
+C7854125	126
+C7854171	126
+C7854177	126
+C7854181	126
+C7854185	126
+C7854207	126
+C7854215	126
+C7854237	126
+C7854247	126
+C7854255	126
+C7854259	126
+C7854261	126
+C7854267	126
+C7854275	126
+C7854283	126
+C7854289	126
+C7854293	126
+C7854303	126
+C7854309	126
+C7854351	126
+C7854353	126
+C7854377	126
+C7854393	126
+C7854395	126
+C7854403	126
+C7854405	126
+C7854409	126
+C7854431	126
+C7854435	126
+C7854437	126
+C7854449	126
+C7854457	126
+C7854463	126
+C7854465	126
+C7854467	126
+C7854469	126
+C7854471	126
+C7854475	126
+C7854499	126
+C7854515	126
+C7854523	126
+C7854549	126
+C7854565	126
+C7854581	126
+C7854599	126
+C7854615	126
+C7854631	126
+C7854637	126
+C7854639	126
+C7854657	126
+C7854669	126
+C7854673	126
+C7854693	126
+C7854697	126
+C7854699	126
+C7854701	126
+C7854705	126
+C7854717	126
+C7854731	126
+C7854733	126
+C7854771	126
+C7854779	126
+C7854781	126
+C7854783	126
+C7854787	126
+C7854797	126
+C7854803	126
+C7854809	126
+C7854819	126
+C7854821	126
+C7854843	126
+C7854845	126
+C7854873	126
+C7854881	126
+C7854903	126
+C7854905	126
+C7854921	126
+C7854923	126
+C7854945	126
+C7854955	126
+C7854957	126
+C7854977	126
+C7854983	126
+C7855001	126
+C7855017	126
+C7855025	126
+C7855027	126
+C7855031	126
+C7855035	126
+C7855051	126
+C7855055	126
+C7855071	126
+C7855083	126
+C7855095	126
+C7855101	126
+C7855107	126
+C7855115	126
+C7855127	126
+C7855131	126
+C7855133	126
+C7855143	126
+C7855165	126
+C7855171	126
+C7855179	126
+C7855183	126
+C7855185	126
+C7855189	126
+C7855191	126
+C7855201	126
+C7855209	126
+C7855217	126
+C7831323	125
+C7831325	125
+C7831329	125
+C7831331	125
+C7831341	125
+C7831345	125
+C7831353	125
+C7831355	125
+C7831361	125
+C7831399	125
+C7831401	125
+C7831405	125
+C7831419	125
+C7831443	125
+C7831451	125
+C7831455	125
+C7831469	125
+C7831493	125
+C7831499	125
+C7831509	125
+C7831551	125
+C7831555	125
+C7831557	125
+C7831559	125
+C7831563	125
+C7831569	125
+C7831579	125
+C7831599	125
+C7831607	125
+C7831617	125
+C7831623	125
+C7831643	125
+C7831679	125
+C7831701	125
+C7831711	125
+C7831717	125
+C7831737	125
+C7831771	125
+C7831773	125
+C7831775	125
+C7831793	125
+C7831795	125
+C7831803	125
+C7831811	125
+C7831817	125
+C7831841	125
+C7831843	125
+C7831859	125
+C7831865	125
+C7831875	125
+C7831879	125
+C7831881	125
+C7831895	125
+C7831901	125
+C7831903	125
+C7831923	125
+C7831929	125
+C7831943	125
+C7831963	125
+C7831991	125
+C7831995	125
+C7831997	125
+C7832011	125
+C7832013	125
+C7832029	125
+C7832041	125
+C7832057	125
+C7832073	125
+C7832079	125
+C7832097	125
+C7832103	125
+C7832123	125
+C7832137	125
+C7832165	125
+C7832167	125
+C7832239	125
+C7832263	125
+C7832269	125
+C7832271	125
+C7832277	125
+C7832293	125
+C7832355	125
+C7832365	125
+C7832367	125
+C7832371	125
+C7832375	125
+C7832395	125
+C7832401	125
+C7832403	125
+C7832451	125
+C7832467	125
+C7832475	125
+C7832495	125
+C7832499	125
+C7832505	125
+C7832517	125
+C7832519	125
+C7832521	125
+C7832525	125
+C7832531	125
+C7832541	125
+C7832545	125
+C7832565	125
+C7832583	125
+C7832609	125
+C7832611	125
+C7832625	125
+C7832645	125
+C7832651	125
+C7832657	125
+C7832663	125
+C7832671	125
+C7832677	125
+C7832681	125
+C7832695	125
+C7832701	125
+C7832707	125
+C7832713	125
+C7832727	125
+C7832729	125
+C7832747	125
+C7832751	125
+C7832757	125
+C7832777	125
+C7832785	125
+C7832793	125
+C7832805	125
+C7832825	125
+C7832837	125
+C7832861	125
+C7832891	125
+C7832895	125
+C7832901	125
+C7832913	125
+C7832965	125
+C7832969	125
+C7832995	125
+C7832997	125
+C7833005	125
+C7833011	125
+C7833061	125
+C7833081	125
+C7833085	125
+C7833091	125
+C7833093	125
+C7833103	125
+C7833107	125
+C7833119	125
+C7833121	125
+C7833139	125
+C7833143	125
+C7833153	125
+C7833155	125
+C7833157	125
+C7833159	125
+C7833163	125
+C7833199	125
+C7833205	125
+C7833223	125
+C7833229	125
+C7833237	125
+C7833279	125
+C7833281	125
+C7833285	125
+C7833289	125
+C7833319	125
+C7833327	125
+C7833331	125
+C7833375	125
+C7833393	125
+C7833399	125
+C7833409	125
+C7833413	125
+C7833417	125
+C7833423	125
+C7833425	125
+C7833429	125
+C7833435	125
+C7833441	125
+C7833445	125
+C7833449	125
+C7833465	125
+C7833471	125
+C7833479	125
+C7833481	125
+C7833501	125
+C7833515	125
+C7833545	125
+C7833571	125
+C7833579	125
+C7833587	125
+C7833595	125
+C7833609	125
+C7833625	125
+C7833633	125
+C7833659	125
+C7833673	125
+C7833695	125
+C7833705	125
+C7833711	125
+C7833723	125
+C7833727	125
+C7833735	125
+C7833737	125
+C7833747	125
+C7833751	125
+C7833753	125
+C7833759	125
+C7833763	125
+C7833769	125
+C7833771	125
+C7833809	125
+C7833821	125
+C7833827	125
+C7833829	125
+C7833849	125
+C7833851	125
+C7833857	125
+C7833859	125
+C7833867	125
+C7833871	125
+C7833885	125
+C7833899	125
+C7833917	125
+C7833919	125
+C7833923	125
+C7833931	125
+C7833935	125
+C7833955	125
+C7833957	125
+C7833963	125
+C7833969	125
+C7833971	125
+C7833979	125
+C7833985	125
+C7833987	125
+C7834007	125
+C7834009	125
+C7834013	125
+C7834017	125
+C7834029	125
+C7834039	125
+C7834043	125
+C7834051	125
+C7834059	125
+C7834079	125
+C7834107	125
+C7834115	125
+C7834129	125
+C7834131	125
+C7834133	125
+C7834159	125
+C7834165	125
+C7834167	125
+C7834169	125
+C7834191	125
+C7834203	125
+C7834207	125
+C7834211	125
+C7834221	125
+C7834231	125
+C7834235	125
+C7834243	125
+C7834251	125
+C7834253	125
+C7834259	125
+C7834263	125
+C7834279	125
+C7834289	125
+C7834311	125
+C7834325	125
+C7834341	125
+C7834361	125
+C7834375	125
+C7834399	125
+C7834413	125
+C7834445	125
+C7834451	125
+C7834473	125
+C7834475	125
+C7834491	125
+C7834497	125
+C7834511	125
+C7834513	125
+C7834563	125
+C7834589	125
+C7834605	125
+C7834625	125
+C7834631	125
+C7834647	125
+C7834677	125
+C7834681	125
+C7834705	125
+C7834709	125
+C7834711	125
+C7834713	125
+C7834725	125
+C7834751	125
+C7834765	125
+C7834793	125
+C7834795	125
+C7834797	125
+C7834807	125
+C7834811	125
+C7834833	125
+C7834835	125
+C7834851	125
+C7834857	125
+C7834871	125
+C7834881	125
+C7834883	125
+C7834887	125
+C7834889	125
+C7834933	125
+C7834939	125
+C7834973	125
+C7835009	125
+C7835025	125
+C7835035	125
+C7835041	125
+C7835067	125
+C7835075	125
+C7835099	125
+C7835103	125
+C7835117	125
+C7835121	125
+C7835123	125
+C7835139	125
+C7835161	125
+C7835163	125
+C7835169	125
+C7835185	125
+C7835189	125
+C7835203	125
+C7835209	125
+C7835211	125
+C7835215	125
+C7835229	125
+C7835239	125
+C7835245	125
+C7835255	125
+C7835263	125
+C7835265	125
+C7835267	125
+C7835273	125
+C7835283	125
+C7835287	125
+C7835297	125
+C7835307	125
+C7835309	125
+C7835339	125
+C7835345	125
+C7835349	125
+C7835367	125
+C7835389	125
+C7835391	125
+C7835399	125
+C7835407	125
+C7835411	125
+C7835445	125
+C7835465	125
+C7835473	125
+C7835493	125
+C7835497	125
+C7835501	125
+C7835507	125
+C7835539	125
+C7835543	125
+C7835559	125
+C7835567	125
+C7835583	125
+C7835593	125
+C7835601	125
+C7835605	125
+C7835619	125
+C7835625	125
+C7835633	125
+C7835637	125
+C7835641	125
+C7835643	125
+C7835645	125
+C7835657	125
+C7835671	125
+C7835725	125
+C7835727	125
+C7835741	125
+C7835751	125
+C7835757	125
+C7835769	125
+C7835771	125
+C7835773	125
+C7835789	125
+C7835793	125
+C7835795	125
+C7835803	125
+C7835821	125
+C7835827	125
+C7835829	125
+C7835835	125
+C7835839	125
+C7835847	125
+C7835857	125
+C7835861	125
+C7835897	125
+C7835907	125
+C7835919	125
+C7835923	125
+C7835937	125
+C7835941	125
+C7835951	125
+C7835953	125
+C7835955	125
+C7835959	125
+C7835961	125
+C7835975	125
+C7835977	125
+C7835979	125
+C7835997	125
+C7836049	125
+C7836051	125
+C7836055	125
+C7836067	125
+C7836069	125
+C7836075	125
+C7836087	125
+C7836091	125
+C7836105	125
+C7836119	125
+C7836123	125
+C7836127	125
+C7836133	125
+C7836143	125
+C7836145	125
+C7836165	125
+C7836191	125
+C7836197	125
+C7836201	125
+C7836207	125
+C7836221	125
+C7836247	125
+C7836249	125
+C7836273	125
+C7836287	125
+C7836289	125
+C7836293	125
+C7836327	125
+C7836341	125
+C7836361	125
+C7836367	125
+C7836369	125
+C7836371	125
+C7836383	125
+C7836385	125
+C7836411	125
+C7836417	125
+C7836423	125
+C7836429	125
+C7836431	125
+C7836447	125
+C7836449	125
+C7836463	125
+C7836475	125
+C7836491	125
+C7836499	125
+C7836515	125
+C7836517	125
+C7836521	125
+C7836529	125
+C7836535	125
+C7836555	125
+C7836603	125
+C7836605	125
+C7836617	125
+C7836619	125
+C7836659	125
+C7836665	125
+C7836723	125
+C7836731	125
+C7836743	125
+C7836747	125
+C7836753	125
+C7836767	125
+C7836793	125
+C7836797	125
+C7836801	125
+C7836811	125
+C7836837	125
+C7836849	125
+C7836853	125
+C7836865	125
+C7836867	125
+C7836869	125
+C7836891	125
+C7836899	125
+C7836903	125
+C7836905	125
+C7836909	125
+C7836923	125
+C7836959	125
+C7836971	125
+C7836985	125
+C7837001	125
+C7837021	125
+C7837033	125
+C7837043	125
+C7837045	125
+C7837053	125
+C7837065	125
+C7837073	125
+C7837089	125
+C7837103	125
+C7837123	125
+C7837131	125
+C7837163	125
+C7837171	125
+C7837183	125
+C7837185	125
+C7837189	125
+C7837201	125
+C7837211	125
+C7837231	125
+C7837235	125
+C7837239	125
+C7837249	125
+C7837267	125
+C7837291	125
+C7837295	125
+C7837297	125
+C7837315	125
+C7837319	125
+C7837345	125
+C7837379	125
+C7837381	125
+C7837403	125
+C7837405	125
+C7837407	125
+C7837411	125
+C7837425	125
+C7837437	125
+C7837441	125
+C7837457	125
+C7837473	125
+C7837481	125
+C7837495	125
+C7837497	125
+C7837515	125
+C7837519	125
+C7837525	125
+C7837531	125
+C7837537	125
+C7837541	125
+C7837543	125
+C7837553	125
+C7837581	125
+C7837583	125
+C7837589	125
+C7837595	125
+C7837599	125
+C7837601	125
+C7837605	125
+C7837623	125
+C7837659	125
+C7837671	125
+C7837673	125
+C7837681	125
+C7837693	125
+C7837753	125
+C7837755	125
+C7837767	125
+C7837771	125
+C7837793	125
+C7837797	125
+C7837815	125
+C7837823	125
+C7837845	125
+C7837847	125
+C7837867	125
+C7837879	125
+C7837885	125
+C7837887	125
+C7837889	125
+C7837903	125
+C7837905	125
+C7837911	125
+C7837931	125
+C7837943	125
+C7837959	125
+C7837967	125
+C7837975	125
+C7837987	125
+C7837995	125
+C7838031	125
+C7838049	125
+C7838069	125
+C7838077	125
+C7838091	125
+C7838103	125
+C7838115	125
+C7838117	125
+C7838123	125
+C7838133	125
+C7838163	125
+C7838179	125
+C7838193	125
+C7838205	125
+C7838207	125
+C7838213	125
+C7838221	125
+C7838249	125
+C7838259	125
+C7838261	125
+C7838267	125
+C7838269	125
+C7838277	125
+C7838283	125
+C7838311	125
+C7838317	125
+C7838339	125
+C7838345	125
+C7838355	125
+C7838383	125
+C7838389	125
+C7838397	125
+C7838399	125
+C7838403	125
+C7838409	125
+C7838415	125
+C7838433	125
+C7838443	125
+C7838447	125
+C7838455	125
+C7838461	125
+C7838471	125
+C7838481	125
+C7838505	125
+C7838517	125
+C7838519	125
+C7838527	125
+C7838543	125
+C7838551	125
+C7838553	125
+C7838569	125
+C7838575	125
+C7838587	125
+C7838599	125
+C7838607	125
+C7838639	125
+C7838653	125
+C7838677	125
+C7838747	125
+C7838751	125
+C7838755	125
+C7838757	125
+C7838763	125
+C7838765	125
+C7838771	125
+C7838773	125
+C7838787	125
+C7838807	125
+C7838819	125
+C7838835	125
+C7838837	125
+C7838841	125
+C7838863	125
+C7838865	125
+C7838867	125
+C7838871	125
+C7838875	125
+C7838877	125
+C7838909	125
+C7838933	125
+C7838943	125
+C7838945	125
+C7838955	125
+C7838967	125
+C7838969	125
+C7839013	125
+C7839017	125
+C7839019	125
+C7839041	125
+C7839057	125
+C7839077	125
+C7839085	125
+C7839111	125
+C7839125	125
+C7839137	125
+C7839163	125
+C7839167	125
+C7839175	125
+C7839177	125
+C7839185	125
+C7839187	125
+C7839209	125
+C7839217	125
+C7839253	125
+C7839261	125
+C7839267	125
+C7839269	125
+C7839277	125
+C7839299	125
+C7839305	125
+C7839313	125
+C7839319	125
+C7839321	125
+C7839331	125
+C7839337	125
+C7839371	125
+C7839415	125
+C7839417	125
+C7839423	125
+C7839435	125
+C7839447	125
+C7839451	125
+C7839465	125
+C7839473	125
+C7839493	125
+C7839495	125
+C7839517	125
+C7839519	125
+C7839521	125
+C7839533	125
+C7839541	125
+C7839547	125
+C7839551	125
+C7839561	125
+C7839581	125
+C7839599	125
+C7839601	125
+C7839609	125
+C7839611	125
+C7839619	125
+C7839665	125
+C7839667	125
+C7839699	125
+C7839703	125
+C7839705	125
+C7839707	125
+C7839765	125
+C7839775	125
+C7839833	125
+C7839835	125
+C7839845	125
+C7839849	125
+C7839857	125
+C7839865	125
+C7839877	125
+C7839881	125
+C7839883	125
+C7839893	125
+C7839897	125
+C7839899	125
+C7839901	125
+C7839911	125
+C7839921	125
+C7839931	125
+C7839939	125
+C7839997	125
+C7840001	125
+C7840003	125
+C7840009	125
+C7840023	125
+C7840029	125
+C7840033	125
+C7840045	125
+C7840049	125
+C7840071	125
+C7840073	125
+C7840097	125
+C7840099	125
+C7840103	125
+C7840115	125
+C7840125	125
+C7840137	125
+C7840143	125
+C7840175	125
+C7840197	125
+C7840207	125
+C7840223	125
+C7840233	125
+C7840269	125
+C7840277	125
+C7840297	125
+C7840309	125
+C7840331	125
+C7840341	125
+C7840343	125
+C7840349	125
+C7840361	125
+C7840373	125
+C7840387	125
+C7840403	125
+C7840411	125
+C7840415	125
+C7840419	125
+C7840445	125
+C7840453	125
+C7840461	125
+C7840473	125
+C7840483	125
+C7840491	125
+C7840493	125
+C7840507	125
+C7840509	125
+C7840517	125
+C7840521	125
+C7840535	125
+C7840539	125
+C7840551	125
+C7840555	125
+C7840557	125
+C7840559	125
+C7840569	125
+C7840571	125
+C7840585	125
+C7840599	125
+C7840601	125
+C7840603	125
+C7840607	125
+C7840615	125
+C7840623	125
+C7840645	125
+C7840681	125
+C7840685	125
+C7840691	125
+C7840699	125
+C7840707	125
+C7840709	125
+C7840755	125
+C7840761	125
+C7840779	125
+C7840791	125
+C7840793	125
+C7840805	125
+C7840831	125
+C7840837	125
+C7840843	125
+C7840845	125
+C7840849	125
+C7840853	125
+C7840863	125
+C7840869	125
+C7840871	125
+C7840905	125
+C7840927	125
+C7840933	125
+C7840943	125
+C7840955	125
+C7840963	125
+C7840983	125
+C7840989	125
+C7841007	125
+C7841011	125
+C7841021	125
+C7841027	125
+C7841029	125
+C7841041	125
+C7841059	125
+C7841075	125
+C7841077	125
+C7841079	125
+C7841083	125
+C7841087	125
+C7841095	125
+C7841117	125
+C7841121	125
+C7841133	125
+C7841141	125
+C7841145	125
+C7841147	125
+C7841151	125
+C7841173	125
+C7841181	125
+C7841187	125
+C7841223	125
+C7841225	125
+C7841231	125
+C7841235	125
+C7841243	125
+C7841259	125
+C7841277	125
+C7841281	125
+C7841307	125
+C7841311	125
+C7841351	125
+C7841353	125
+C7841361	125
+C7841365	125
+C7841367	125
+C7841375	125
+C7841393	125
+C7841405	125
+C7841425	125
+C7841439	125
+C7841443	125
+C7841451	125
+C7841453	125
+C7841455	125
+C7841505	125
+C7841515	125
+C7841519	125
+C7841531	125
+C7841547	125
+C7841549	125
+C7841555	125
+C7841575	125
+C7841583	125
+C7841595	125
+C7841597	125
+C7841611	125
+C7841647	125
+C7841649	125
+C7841657	125
+C7841661	125
+C7841699	125
+C7841703	125
+C7841721	125
+C7841729	125
+C7841743	125
+C7841745	125
+C7841761	125
+C7841771	125
+C7841781	125
+C7841785	125
+C7841787	125
+C7841801	125
+C7841807	125
+C7841811	125
+C7841839	125
+C7841857	125
+C7841871	125
+C7841873	125
+C7841885	125
+C7841889	125
+C7841913	125
+C7841919	125
+C7841955	125
+C7841961	125
+C7841967	125
+C7841993	125
+C7841997	125
+C7842005	125
+C7842021	125
+C7842039	125
+C7842067	125
+C7842091	125
+C7842097	125
+C7842111	125
+C7842117	125
+C7842125	125
+C7842133	125
+C7842173	125
+C7842175	125
+C7842197	125
+C7842201	125
+C7842205	125
+C7842225	125
+C7842229	125
+C7842235	125
+C7842251	125
+C7842257	125
+C7842293	125
+C7842303	125
+C7842321	125
+C7842323	125
+C7842329	125
+C7842341	125
+C7842357	125
+C7842397	125
+C7842405	125
+C7842407	125
+C7842411	125
+C7842417	125
+C7842431	125
+C7842437	125
+C7842439	125
+C7842449	125
+C7842457	125
+C7842461	125
+C7842467	125
+C7842469	125
+C7842471	125
+C7842493	125
+C7842529	125
+C7842541	125
+C7842545	125
+C7842559	125
+C7842577	125
+C7842579	125
+C7842603	125
+C7842619	125
+C7842631	125
+C7842637	125
+C7842649	125
+C7842655	125
+C7842669	125
+C7842671	125
+C7842673	125
+C7842677	125
+C7842713	125
+C7842723	125
+C7842737	125
+C7842739	125
+C7842749	125
+C7842779	125
+C7842795	125
+C7842827	125
+C7842835	125
+C7842839	125
+C7842853	125
+C7842857	125
+C7842867	125
+C7842871	125
+C7842875	125
+C7842879	125
+C7842927	125
+C7842931	125
+C7842941	125
+C7842997	125
+C7842999	125
+C7843019	125
+C7843029	125
+C7843039	125
+C7843041	125
+C7843055	125
+C7843057	125
+C7843063	125
+C7843065	125
+C7843069	125
+C7843075	125
+C7843095	125
+C7843101	125
+C7843105	125
+C7843117	125
+C7843143	125
+C7843157	125
+C7843191	125
+C7843195	125
+C7843209	125
+C7843235	125
+C7843243	125
+C7843253	125
+C7843265	125
+C7843275	125
+C7843277	125
+C7843293	125
+C7843311	125
+C7843345	125
+C7843347	125
+C7843373	125
+C7843379	125
+C7843393	125
+C7843421	125
+C7819116	124
+C7819118	124
+C7819122	124
+C7819128	124
+C7819134	124
+C7819138	124
+C7819150	124
+C7819160	124
+C7819164	124
+C7819168	124
+C7819178	124
+C7819182	124
+C7819190	124
+C7819192	124
+C7819198	124
+C7819204	124
+C7819242	124
+C7819254	124
+C7819278	124
+C7819284	124
+C7819300	124
+C7819308	124
+C7819326	124
+C7819328	124
+C7819342	124
+C7819360	124
+C7819366	124
+C7819368	124
+C7819384	124
+C7819396	124
+C7819400	124
+C7819406	124
+C7819434	124
+C7819444	124
+C7819460	124
+C7819482	124
+C7819508	124
+C7819512	124
+C7819522	124
+C7819530	124
+C7819538	124
+C7819542	124
+C7819548	124
+C7819566	124
+C7819574	124
+C7819606	124
+C7819608	124
+C7819612	124
+C7819640	124
+C7819674	124
+C7819678	124
+C7819690	124
+C7819708	124
+C7819722	124
+C7819726	124
+C7819738	124
+C7819764	124
+C7819780	124
+C7819786	124
+C7819792	124
+C7819818	124
+C7819830	124
+C7819836	124
+C7819856	124
+C7819870	124
+C7819874	124
+C7819886	124
+C7819888	124
+C7819902	124
+C7819906	124
+C7819924	124
+C7819944	124
+C7819974	124
+C7820000	124
+C7820010	124
+C7820016	124
+C7820026	124
+C7820028	124
+C7820068	124
+C7820100	124
+C7820108	124
+C7820118	124
+C7820126	124
+C7820130	124
+C7820142	124
+C7820182	124
+C7820188	124
+C7820192	124
+C7820200	124
+C7820212	124
+C7820214	124
+C7820216	124
+C7820220	124
+C7820232	124
+C7820234	124
+C7820236	124
+C7820250	124
+C7820254	124
+C7820260	124
+C7820264	124
+C7820290	124
+C7820296	124
+C7820312	124
+C7820320	124
+C7820324	124
+C7820326	124
+C7820328	124
+C7820330	124
+C7820334	124
+C7820348	124
+C7820362	124
+C7820366	124
+C7820374	124
+C7820378	124
+C7820404	124
+C7820412	124
+C7820434	124
+C7820460	124
+C7820462	124
+C7820470	124
+C7820488	124
+C7820494	124
+C7820512	124
+C7820528	124
+C7820532	124
+C7820538	124
+C7820540	124
+C7820544	124
+C7820580	124
+C7820584	124
+C7820590	124
+C7820596	124
+C7820610	124
+C7820618	124
+C7820640	124
+C7820678	124
+C7820682	124
+C7820684	124
+C7820704	124
+C7820714	124
+C7820738	124
+C7820740	124
+C7820742	124
+C7820750	124
+C7820752	124
+C7820756	124
+C7820758	124
+C7820766	124
+C7820794	124
+C7820814	124
+C7820816	124
+C7820840	124
+C7820872	124
+C7820886	124
+C7820898	124
+C7820928	124
+C7820936	124
+C7820946	124
+C7820950	124
+C7820964	124
+C7820966	124
+C7820974	124
+C7820988	124
+C7821000	124
+C7821002	124
+C7821016	124
+C7821020	124
+C7821034	124
+C7821038	124
+C7821052	124
+C7821066	124
+C7821070	124
+C7821078	124
+C7821090	124
+C7821096	124
+C7821112	124
+C7821118	124
+C7821124	124
+C7821140	124
+C7821142	124
+C7821144	124
+C7821148	124
+C7821170	124
+C7821182	124
+C7821190	124
+C7821194	124
+C7821210	124
+C7821218	124
+C7821232	124
+C7821242	124
+C7821246	124
+C7821256	124
+C7821274	124
+C7821276	124
+C7821280	124
+C7821282	124
+C7821296	124
+C7821302	124
+C7821312	124
+C7821316	124
+C7821324	124
+C7821326	124
+C7821350	124
+C7821382	124
+C7821384	124
+C7821394	124
+C7821396	124
+C7821434	124
+C7821436	124
+C7821448	124
+C7821458	124
+C7821486	124
+C7821496	124
+C7821498	124
+C7821516	124
+C7821522	124
+C7821540	124
+C7821558	124
+C7821568	124
+C7821574	124
+C7821584	124
+C7821586	124
+C7821598	124
+C7821616	124
+C7821630	124
+C7821636	124
+C7821642	124
+C7821644	124
+C7821648	124
+C7821654	124
+C7821658	124
+C7821668	124
+C7821674	124
+C7821680	124
+C7821684	124
+C7821716	124
+C7821718	124
+C7821746	124
+C7821760	124
+C7821768	124
+C7821776	124
+C7821788	124
+C7821796	124
+C7821812	124
+C7821818	124
+C7821826	124
+C7821828	124
+C7821840	124
+C7821866	124
+C7821888	124
+C7821890	124
+C7821934	124
+C7821936	124
+C7821938	124
+C7821942	124
+C7821978	124
+C7821980	124
+C7821988	124
+C7821992	124
+C7822004	124
+C7822010	124
+C7822012	124
+C7822018	124
+C7822058	124
+C7822060	124
+C7822066	124
+C7822070	124
+C7822074	124
+C7822084	124
+C7822092	124
+C7822112	124
+C7822114	124
+C7822132	124
+C7822138	124
+C7822146	124
+C7822156	124
+C7822158	124
+C7822176	124
+C7822192	124
+C7822206	124
+C7822210	124
+C7822228	124
+C7822236	124
+C7822242	124
+C7822252	124
+C7822254	124
+C7822260	124
+C7822272	124
+C7822292	124
+C7822296	124
+C7822308	124
+C7822314	124
+C7822328	124
+C7822336	124
+C7822346	124
+C7822366	124
+C7822386	124
+C7822392	124
+C7822402	124
+C7822434	124
+C7822436	124
+C7822454	124
+C7822458	124
+C7822464	124
+C7822476	124
+C7822478	124
+C7822496	124
+C7822508	124
+C7822512	124
+C7822514	124
+C7822542	124
+C7822562	124
+C7822564	124
+C7822568	124
+C7822570	124
+C7822572	124
+C7822574	124
+C7822600	124
+C7822614	124
+C7822622	124
+C7822640	124
+C7822662	124
+C7822674	124
+C7822680	124
+C7822684	124
+C7822686	124
+C7822706	124
+C7822710	124
+C7822716	124
+C7822722	124
+C7822726	124
+C7822732	124
+C7822736	124
+C7822752	124
+C7822760	124
+C7822770	124
+C7822776	124
+C7822796	124
+C7822802	124
+C7822814	124
+C7822816	124
+C7822830	124
+C7822832	124
+C7822836	124
+C7822846	124
+C7822854	124
+C7822856	124
+C7822858	124
+C7822878	124
+C7822886	124
+C7822898	124
+C7822904	124
+C7822910	124
+C7822912	124
+C7822914	124
+C7822942	124
+C7822948	124
+C7822962	124
+C7822966	124
+C7822978	124
+C7822980	124
+C7822992	124
+C7823000	124
+C7823030	124
+C7823038	124
+C7823042	124
+C7823048	124
+C7823056	124
+C7823058	124
+C7823062	124
+C7823080	124
+C7823114	124
+C7823120	124
+C7823126	124
+C7823128	124
+C7823130	124
+C7823136	124
+C7823142	124
+C7823152	124
+C7823154	124
+C7823158	124
+C7823164	124
+C7823172	124
+C7823190	124
+C7823198	124
+C7823222	124
+C7823244	124
+C7823248	124
+C7823254	124
+C7823256	124
+C7823262	124
+C7823286	124
+C7823324	124
+C7823350	124
+C7823366	124
+C7823368	124
+C7823370	124
+C7823390	124
+C7823400	124
+C7823402	124
+C7823430	124
+C7823444	124
+C7823464	124
+C7823500	124
+C7823516	124
+C7823522	124
+C7823570	124
+C7823572	124
+C7823574	124
+C7823576	124
+C7823578	124
+C7823580	124
+C7823608	124
+C7823614	124
+C7823622	124
+C7823626	124
+C7823632	124
+C7823636	124
+C7823638	124
+C7823640	124
+C7823644	124
+C7823650	124
+C7823658	124
+C7823672	124
+C7823690	124
+C7823694	124
+C7823720	124
+C7823724	124
+C7823736	124
+C7823754	124
+C7823762	124
+C7823764	124
+C7823768	124
+C7823792	124
+C7823806	124
+C7823820	124
+C7823850	124
+C7823866	124
+C7823882	124
+C7823886	124
+C7823902	124
+C7823908	124
+C7823926	124
+C7823928	124
+C7823940	124
+C7823946	124
+C7823982	124
+C7823990	124
+C7824020	124
+C7824022	124
+C7824028	124
+C7824030	124
+C7824034	124
+C7824052	124
+C7824058	124
+C7824068	124
+C7824074	124
+C7824086	124
+C7824092	124
+C7824102	124
+C7824108	124
+C7824114	124
+C7824126	124
+C7824136	124
+C7824142	124
+C7824156	124
+C7824166	124
+C7824182	124
+C7824184	124
+C7824190	124
+C7824218	124
+C7824228	124
+C7824238	124
+C7824282	124
+C7824284	124
+C7824294	124
+C7824330	124
+C7824334	124
+C7824338	124
+C7824342	124
+C7824346	124
+C7824360	124
+C7824364	124
+C7824372	124
+C7824382	124
+C7824388	124
+C7824392	124
+C7824420	124
+C7824424	124
+C7824438	124
+C7824440	124
+C7824454	124
+C7824460	124
+C7824468	124
+C7824514	124
+C7824516	124
+C7824526	124
+C7824528	124
+C7824532	124
+C7824536	124
+C7824548	124
+C7824576	124
+C7824582	124
+C7824590	124
+C7824594	124
+C7824596	124
+C7824600	124
+C7824602	124
+C7824608	124
+C7824612	124
+C7824618	124
+C7824632	124
+C7824634	124
+C7824636	124
+C7824654	124
+C7824668	124
+C7824684	124
+C7824688	124
+C7824704	124
+C7824710	124
+C7824718	124
+C7824722	124
+C7824736	124
+C7824746	124
+C7824748	124
+C7824756	124
+C7824758	124
+C7824766	124
+C7824780	124
+C7824786	124
+C7824806	124
+C7824816	124
+C7824850	124
+C7824858	124
+C7824860	124
+C7824872	124
+C7824882	124
+C7824884	124
+C7824886	124
+C7824892	124
+C7824906	124
+C7824924	124
+C7824928	124
+C7824960	124
+C7824978	124
+C7824982	124
+C7825024	124
+C7825044	124
+C7825048	124
+C7825054	124
+C7825056	124
+C7825090	124
+C7825094	124
+C7825098	124
+C7825128	124
+C7825146	124
+C7825152	124
+C7825172	124
+C7825184	124
+C7825188	124
+C7825196	124
+C7825208	124
+C7825210	124
+C7825224	124
+C7825236	124
+C7825242	124
+C7825260	124
+C7825262	124
+C7825274	124
+C7825282	124
+C7825324	124
+C7825364	124
+C7825372	124
+C7825376	124
+C7825418	124
+C7825424	124
+C7825434	124
+C7825448	124
+C7825452	124
+C7825466	124
+C7825478	124
+C7825504	124
+C7825512	124
+C7825514	124
+C7825530	124
+C7825544	124
+C7825560	124
+C7825576	124
+C7825578	124
+C7825588	124
+C7825594	124
+C7825598	124
+C7825602	124
+C7825606	124
+C7825608	124
+C7825628	124
+C7825630	124
+C7825640	124
+C7825646	124
+C7825652	124
+C7825668	124
+C7825676	124
+C7825688	124
+C7825690	124
+C7825700	124
+C7825704	124
+C7825724	124
+C7825746	124
+C7825762	124
+C7825770	124
+C7825790	124
+C7825808	124
+C7825810	124
+C7825812	124
+C7825822	124
+C7825824	124
+C7825834	124
+C7825846	124
+C7825854	124
+C7825858	124
+C7825866	124
+C7825868	124
+C7825870	124
+C7825876	124
+C7825882	124
+C7825884	124
+C7825898	124
+C7825902	124
+C7825910	124
+C7825912	124
+C7825920	124
+C7825934	124
+C7825980	124
+C7825982	124
+C7825984	124
+C7825990	124
+C7826002	124
+C7826042	124
+C7826044	124
+C7826048	124
+C7826050	124
+C7826064	124
+C7826066	124
+C7826102	124
+C7826126	124
+C7826140	124
+C7826174	124
+C7826176	124
+C7826194	124
+C7826200	124
+C7826216	124
+C7826218	124
+C7826220	124
+C7826224	124
+C7826228	124
+C7826230	124
+C7826270	124
+C7826276	124
+C7826304	124
+C7826322	124
+C7826334	124
+C7826360	124
+C7826362	124
+C7826378	124
+C7826388	124
+C7826390	124
+C7826392	124
+C7826406	124
+C7826414	124
+C7826432	124
+C7826442	124
+C7826458	124
+C7826468	124
+C7826488	124
+C7826490	124
+C7826504	124
+C7826518	124
+C7826522	124
+C7826524	124
+C7826544	124
+C7826548	124
+C7826554	124
+C7826568	124
+C7826578	124
+C7826590	124
+C7826602	124
+C7826614	124
+C7826616	124
+C7826626	124
+C7826630	124
+C7826644	124
+C7826676	124
+C7826692	124
+C7826704	124
+C7826706	124
+C7826740	124
+C7826752	124
+C7826768	124
+C7826778	124
+C7826782	124
+C7826786	124
+C7826790	124
+C7826794	124
+C7826798	124
+C7826818	124
+C7826850	124
+C7826872	124
+C7826874	124
+C7826898	124
+C7826900	124
+C7826916	124
+C7826928	124
+C7826934	124
+C7826956	124
+C7826990	124
+C7827030	124
+C7827038	124
+C7827052	124
+C7827058	124
+C7827066	124
+C7827072	124
+C7827082	124
+C7827086	124
+C7827088	124
+C7827092	124
+C7827110	124
+C7827132	124
+C7827146	124
+C7827178	124
+C7827184	124
+C7827190	124
+C7827194	124
+C7827230	124
+C7827234	124
+C7827238	124
+C7827260	124
+C7827264	124
+C7827270	124
+C7827276	124
+C7827282	124
+C7827288	124
+C7827292	124
+C7827294	124
+C7827338	124
+C7827360	124
+C7827366	124
+C7827368	124
+C7827370	124
+C7827414	124
+C7827416	124
+C7827418	124
+C7827420	124
+C7827434	124
+C7827462	124
+C7827480	124
+C7827486	124
+C7827488	124
+C7827494	124
+C7827496	124
+C7827500	124
+C7827502	124
+C7827514	124
+C7827532	124
+C7827542	124
+C7827544	124
+C7827552	124
+C7827560	124
+C7827562	124
+C7827572	124
+C7827574	124
+C7827578	124
+C7827580	124
+C7827582	124
+C7827594	124
+C7827616	124
+C7827618	124
+C7827688	124
+C7827694	124
+C7827700	124
+C7827706	124
+C7827710	124
+C7827716	124
+C7827720	124
+C7827724	124
+C7827756	124
+C7827762	124
+C7827764	124
+C7827774	124
+C7827790	124
+C7827798	124
+C7827834	124
+C7827858	124
+C7827864	124
+C7827868	124
+C7827876	124
+C7827884	124
+C7827886	124
+C7827892	124
+C7827898	124
+C7827902	124
+C7827906	124
+C7827908	124
+C7827918	124
+C7827952	124
+C7827964	124
+C7827966	124
+C7827970	124
+C7828000	124
+C7828006	124
+C7828030	124
+C7828042	124
+C7828048	124
+C7828060	124
+C7828074	124
+C7828084	124
+C7828096	124
+C7828112	124
+C7828114	124
+C7828124	124
+C7828130	124
+C7828144	124
+C7828158	124
+C7828160	124
+C7828168	124
+C7828170	124
+C7828180	124
+C7828188	124
+C7828200	124
+C7828202	124
+C7828222	124
+C7828226	124
+C7828232	124
+C7828240	124
+C7828264	124
+C7828270	124
+C7828274	124
+C7828278	124
+C7828290	124
+C7828294	124
+C7828300	124
+C7828302	124
+C7828308	124
+C7828320	124
+C7828324	124
+C7828328	124
+C7828344	124
+C7828358	124
+C7828376	124
+C7828384	124
+C7828390	124
+C7828398	124
+C7828400	124
+C7828408	124
+C7828414	124
+C7828422	124
+C7828440	124
+C7828444	124
+C7828458	124
+C7828470	124
+C7828472	124
+C7828476	124
+C7828482	124
+C7828492	124
+C7828504	124
+C7828508	124
+C7828510	124
+C7828542	124
+C7828544	124
+C7828552	124
+C7828556	124
+C7828558	124
+C7828560	124
+C7828566	124
+C7828570	124
+C7828584	124
+C7828586	124
+C7828606	124
+C7828622	124
+C7828652	124
+C7828654	124
+C7828678	124
+C7828680	124
+C7828712	124
+C7828716	124
+C7828728	124
+C7828778	124
+C7828800	124
+C7828804	124
+C7828826	124
+C7828832	124
+C7828834	124
+C7828838	124
+C7828846	124
+C7828854	124
+C7828866	124
+C7828870	124
+C7828878	124
+C7828916	124
+C7828922	124
+C7828962	124
+C7828974	124
+C7828980	124
+C7829002	124
+C7829008	124
+C7829014	124
+C7829028	124
+C7829064	124
+C7829070	124
+C7829088	124
+C7829092	124
+C7829102	124
+C7829104	124
+C7829112	124
+C7829120	124
+C7829122	124
+C7829132	124
+C7829146	124
+C7829174	124
+C7829180	124
+C7829202	124
+C7829218	124
+C7829220	124
+C7829224	124
+C7829226	124
+C7829232	124
+C7829238	124
+C7829242	124
+C7829268	124
+C7829280	124
+C7829284	124
+C7829286	124
+C7829288	124
+C7829298	124
+C7829306	124
+C7829312	124
+C7829314	124
+C7829318	124
+C7829344	124
+C7829346	124
+C7829350	124
+C7829354	124
+C7829356	124
+C7829376	124
+C7829382	124
+C7829384	124
+C7829386	124
+C7829406	124
+C7829412	124
+C7829414	124
+C7829424	124
+C7829432	124
+C7829440	124
+C7829450	124
+C7829484	124
+C7829492	124
+C7829498	124
+C7829584	124
+C7829632	124
+C7829640	124
+C7829644	124
+C7829648	124
+C7829674	124
+C7829682	124
+C7829694	124
+C7829696	124
+C7829698	124
+C7829710	124
+C7829718	124
+C7829720	124
+C7829724	124
+C7829754	124
+C7829758	124
+C7829788	124
+C7829790	124
+C7829792	124
+C7829820	124
+C7829854	124
+C7829878	124
+C7829894	124
+C7829896	124
+C7829908	124
+C7829910	124
+C7829952	124
+C7829972	124
+C7829974	124
+C7829984	124
+C7829996	124
+C7830014	124
+C7830016	124
+C7830026	124
+C7830030	124
+C7830040	124
+C7830050	124
+C7830052	124
+C7830060	124
+C7830064	124
+C7830074	124
+C7830078	124
+C7830080	124
+C7830086	124
+C7830090	124
+C7830092	124
+C7830094	124
+C7830108	124
+C7830114	124
+C7830128	124
+C7830140	124
+C7830148	124
+C7830152	124
+C7830160	124
+C7830162	124
+C7830196	124
+C7830218	124
+C7830224	124
+C7830230	124
+C7830250	124
+C7830254	124
+C7830298	124
+C7830300	124
+C7830330	124
+C7830332	124
+C7830334	124
+C7830338	124
+C7830340	124
+C7830344	124
+C7830378	124
+C7830382	124
+C7830386	124
+C7830392	124
+C7830394	124
+C7830400	124
+C7830410	124
+C7830412	124
+C7830418	124
+C7830438	124
+C7830450	124
+C7830454	124
+C7830478	124
+C7830492	124
+C7830512	124
+C7830552	124
+C7830564	124
+C7830572	124
+C7830610	124
+C7830616	124
+C7830640	124
+C7830682	124
+C7830704	124
+C7830716	124
+C7830724	124
+C7830728	124
+C7830738	124
+C7830754	124
+C7830756	124
+C7830764	124
+C7830770	124
+C7830778	124
+C7830782	124
+C7830792	124
+C7830798	124
+C7830806	124
+C7830808	124
+C7830828	124
+C7830830	124
+C7830846	124
+C7830850	124
+C7830852	124
+C7830866	124
+C7830890	124
+C7830896	124
+C7830940	124
+C7830950	124
+C7830988	124
+C7830992	124
+C7831012	124
+C7831022	124
+C7831054	124
+C7831056	124
+C7831064	124
+C7831068	124
+C7831100	124
+C7831102	124
+C7831124	124
+C7831152	124
+C7831156	124
+C7831158	124
+C7831162	124
+C7831164	124
+C7831166	124
+C7831194	124
+C7831198	124
+C7831202	124
+C7831218	124
+C7831236	124
+C7831238	124
+C7831246	124
+C7831250	124
+C7831258	124
+C7831260	124
+C7831262	124
+C7831284	124
+C7831286	124
+C7831299	124
+C7806636	123
+C7806650	123
+C7806652	123
+C7806654	123
+C7806658	123
+C7806660	123
+C7806662	123
+C7806664	123
+C7806692	123
+C7806694	123
+C7806702	123
+C7806706	123
+C7806710	123
+C7806716	123
+C7806722	123
+C7806726	123
+C7806764	123
+C7806776	123
+C7806782	123
+C7806788	123
+C7806802	123
+C7806848	123
+C7806872	123
+C7806878	123
+C7806894	123
+C7806900	123
+C7806906	123
+C7806918	123
+C7806920	123
+C7806934	123
+C7806936	123
+C7806954	123
+C7806976	123
+C7806986	123
+C7806994	123
+C7807000	123
+C7807004	123
+C7807024	123
+C7807026	123
+C7807030	123
+C7807034	123
+C7807066	123
+C7807080	123
+C7807102	123
+C7807104	123
+C7807106	123
+C7807124	123
+C7807158	123
+C7807160	123
+C7807166	123
+C7807176	123
+C7807190	123
+C7807202	123
+C7807244	123
+C7807250	123
+C7807256	123
+C7807258	123
+C7807268	123
+C7807272	123
+C7807292	123
+C7807298	123
+C7807314	123
+C7807324	123
+C7807370	123
+C7807396	123
+C7807418	123
+C7807430	123
+C7807452	123
+C7807456	123
+C7807458	123
+C7807468	123
+C7807494	123
+C7807512	123
+C7807518	123
+C7807522	123
+C7807530	123
+C7807534	123
+C7807538	123
+C7807542	123
+C7807548	123
+C7807554	123
+C7807586	123
+C7807614	123
+C7807618	123
+C7807630	123
+C7807632	123
+C7807638	123
+C7807648	123
+C7807652	123
+C7807660	123
+C7807662	123
+C7807684	123
+C7807700	123
+C7807710	123
+C7807714	123
+C7807738	123
+C7807744	123
+C7807748	123
+C7807762	123
+C7807766	123
+C7807770	123
+C7807778	123
+C7807782	123
+C7807802	123
+C7807804	123
+C7807808	123
+C7807844	123
+C7807848	123
+C7807884	123
+C7807886	123
+C7807900	123
+C7807916	123
+C7807930	123
+C7807940	123
+C7807948	123
+C7807958	123
+C7807966	123
+C7807988	123
+C7807990	123
+C7808002	123
+C7808008	123
+C7808044	123
+C7808046	123
+C7808050	123
+C7808056	123
+C7808068	123
+C7808074	123
+C7808076	123
+C7808078	123
+C7808080	123
+C7808084	123
+C7808092	123
+C7808102	123
+C7808108	123
+C7808110	123
+C7808114	123
+C7808116	123
+C7808134	123
+C7808142	123
+C7808158	123
+C7808182	123
+C7808184	123
+C7808244	123
+C7808262	123
+C7808276	123
+C7808282	123
+C7808288	123
+C7808292	123
+C7808294	123
+C7808308	123
+C7808310	123
+C7808342	123
+C7808352	123
+C7808358	123
+C7808364	123
+C7808378	123
+C7808394	123
+C7808400	123
+C7808402	123
+C7808426	123
+C7808432	123
+C7808442	123
+C7808452	123
+C7808482	123
+C7808486	123
+C7808488	123
+C7808496	123
+C7808526	123
+C7808544	123
+C7808560	123
+C7808564	123
+C7808566	123
+C7808574	123
+C7808596	123
+C7808630	123
+C7808632	123
+C7808636	123
+C7808648	123
+C7808650	123
+C7808656	123
+C7808660	123
+C7808664	123
+C7808702	123
+C7808756	123
+C7808768	123
+C7808772	123
+C7808782	123
+C7808788	123
+C7808792	123
+C7808822	123
+C7808826	123
+C7808848	123
+C7808850	123
+C7808876	123
+C7808878	123
+C7808908	123
+C7808910	123
+C7808912	123
+C7808914	123
+C7808922	123
+C7808942	123
+C7808960	123
+C7808964	123
+C7808970	123
+C7808986	123
+C7808998	123
+C7809014	123
+C7809022	123
+C7809026	123
+C7809036	123
+C7809040	123
+C7809056	123
+C7809078	123
+C7809088	123
+C7809092	123
+C7809100	123
+C7809112	123
+C7809116	123
+C7809120	123
+C7809124	123
+C7809152	123
+C7809160	123
+C7809162	123
+C7809164	123
+C7809180	123
+C7809184	123
+C7809190	123
+C7809194	123
+C7809200	123
+C7809206	123
+C7809210	123
+C7809214	123
+C7809216	123
+C7809222	123
+C7809230	123
+C7809232	123
+C7809246	123
+C7809254	123
+C7809260	123
+C7809264	123
+C7809290	123
+C7809300	123
+C7809316	123
+C7809318	123
+C7809324	123
+C7809330	123
+C7809342	123
+C7809360	123
+C7809368	123
+C7809384	123
+C7809396	123
+C7809416	123
+C7809418	123
+C7809468	123
+C7809484	123
+C7809486	123
+C7809510	123
+C7809518	123
+C7809520	123
+C7809530	123
+C7809532	123
+C7809558	123
+C7809576	123
+C7809578	123
+C7809596	123
+C7809600	123
+C7809606	123
+C7809616	123
+C7809626	123
+C7809652	123
+C7809654	123
+C7809690	123
+C7809696	123
+C7809722	123
+C7809756	123
+C7809766	123
+C7809770	123
+C7809778	123
+C7809812	123
+C7809814	123
+C7809832	123
+C7809846	123
+C7809858	123
+C7809872	123
+C7809874	123
+C7809878	123
+C7809880	123
+C7809884	123
+C7809888	123
+C7809900	123
+C7809904	123
+C7809916	123
+C7809938	123
+C7809952	123
+C7809962	123
+C7809964	123
+C7809966	123
+C7809970	123
+C7809994	123
+C7810004	123
+C7810006	123
+C7810032	123
+C7810062	123
+C7810066	123
+C7810094	123
+C7810098	123
+C7810110	123
+C7810122	123
+C7810140	123
+C7810146	123
+C7810150	123
+C7810164	123
+C7810166	123
+C7810182	123
+C7810184	123
+C7810190	123
+C7810204	123
+C7810210	123
+C7810212	123
+C7810226	123
+C7810250	123
+C7810296	123
+C7810354	123
+C7810360	123
+C7810428	123
+C7810436	123
+C7810444	123
+C7810454	123
+C7810480	123
+C7810482	123
+C7810484	123
+C7810486	123
+C7810524	123
+C7810526	123
+C7810530	123
+C7810532	123
+C7810540	123
+C7810544	123
+C7810564	123
+C7810578	123
+C7810586	123
+C7810590	123
+C7810598	123
+C7810602	123
+C7810616	123
+C7810640	123
+C7810646	123
+C7810648	123
+C7810676	123
+C7810678	123
+C7810680	123
+C7810710	123
+C7810714	123
+C7810722	123
+C7810724	123
+C7810730	123
+C7810736	123
+C7810754	123
+C7810772	123
+C7810774	123
+C7810778	123
+C7810782	123
+C7810802	123
+C7810810	123
+C7810814	123
+C7810818	123
+C7810828	123
+C7810854	123
+C7810868	123
+C7810898	123
+C7810900	123
+C7810962	123
+C7810968	123
+C7810972	123
+C7810986	123
+C7811004	123
+C7811012	123
+C7811014	123
+C7811024	123
+C7811044	123
+C7811050	123
+C7811054	123
+C7811056	123
+C7811064	123
+C7811066	123
+C7811068	123
+C7811080	123
+C7811088	123
+C7811094	123
+C7811102	123
+C7811112	123
+C7811118	123
+C7811134	123
+C7811142	123
+C7811152	123
+C7811154	123
+C7811160	123
+C7811162	123
+C7811168	123
+C7811186	123
+C7811192	123
+C7811200	123
+C7811226	123
+C7811236	123
+C7811238	123
+C7811248	123
+C7811310	123
+C7811328	123
+C7811336	123
+C7811368	123
+C7811374	123
+C7811376	123
+C7811396	123
+C7811412	123
+C7811414	123
+C7811422	123
+C7811424	123
+C7811426	123
+C7811444	123
+C7811494	123
+C7811516	123
+C7811530	123
+C7811532	123
+C7811548	123
+C7811564	123
+C7811578	123
+C7811582	123
+C7811594	123
+C7811596	123
+C7811602	123
+C7811612	123
+C7811618	123
+C7811622	123
+C7811638	123
+C7811652	123
+C7811656	123
+C7811664	123
+C7811680	123
+C7811682	123
+C7811706	123
+C7811708	123
+C7811716	123
+C7811718	123
+C7811720	123
+C7811756	123
+C7811764	123
+C7811768	123
+C7811778	123
+C7811788	123
+C7811796	123
+C7811800	123
+C7811838	123
+C7811842	123
+C7811866	123
+C7811870	123
+C7811872	123
+C7811890	123
+C7811918	123
+C7811930	123
+C7811940	123
+C7811944	123
+C7811978	123
+C7811984	123
+C7812002	123
+C7812012	123
+C7812022	123
+C7812030	123
+C7812058	123
+C7812064	123
+C7812092	123
+C7812110	123
+C7812112	123
+C7812126	123
+C7812130	123
+C7812132	123
+C7812136	123
+C7812138	123
+C7812144	123
+C7812164	123
+C7812182	123
+C7812184	123
+C7812204	123
+C7812212	123
+C7812248	123
+C7812288	123
+C7812298	123
+C7812300	123
+C7812302	123
+C7812306	123
+C7812330	123
+C7812338	123
+C7812362	123
+C7812406	123
+C7812422	123
+C7812444	123
+C7812462	123
+C7812468	123
+C7812488	123
+C7812490	123
+C7812494	123
+C7812502	123
+C7812526	123
+C7812528	123
+C7812530	123
+C7812534	123
+C7812540	123
+C7812552	123
+C7812556	123
+C7812562	123
+C7812566	123
+C7812570	123
+C7812574	123
+C7812588	123
+C7812602	123
+C7812620	123
+C7812632	123
+C7812642	123
+C7812644	123
+C7812668	123
+C7812690	123
+C7812696	123
+C7812712	123
+C7812716	123
+C7812748	123
+C7812752	123
+C7812754	123
+C7812772	123
+C7812788	123
+C7812790	123
+C7812818	123
+C7812830	123
+C7812846	123
+C7812878	123
+C7812892	123
+C7812898	123
+C7812916	123
+C7812918	123
+C7812920	123
+C7812922	123
+C7812926	123
+C7812938	123
+C7812954	123
+C7812958	123
+C7812970	123
+C7812972	123
+C7812978	123
+C7812984	123
+C7812992	123
+C7813006	123
+C7813016	123
+C7813020	123
+C7813026	123
+C7813028	123
+C7813040	123
+C7813054	123
+C7813064	123
+C7813072	123
+C7813082	123
+C7813094	123
+C7813100	123
+C7813120	123
+C7813134	123
+C7813136	123
+C7813156	123
+C7813162	123
+C7813174	123
+C7813176	123
+C7813180	123
+C7813196	123
+C7813214	123
+C7813216	123
+C7813224	123
+C7813238	123
+C7813242	123
+C7813308	123
+C7813316	123
+C7813334	123
+C7813366	123
+C7813368	123
+C7813376	123
+C7813382	123
+C7813400	123
+C7813402	123
+C7813442	123
+C7813450	123
+C7813454	123
+C7813460	123
+C7813468	123
+C7813472	123
+C7813502	123
+C7813512	123
+C7813516	123
+C7813532	123
+C7813552	123
+C7813556	123
+C7813566	123
+C7813568	123
+C7813584	123
+C7813590	123
+C7813594	123
+C7813602	123
+C7813614	123
+C7813622	123
+C7813650	123
+C7813664	123
+C7813668	123
+C7813670	123
+C7813682	123
+C7813686	123
+C7813706	123
+C7813708	123
+C7813714	123
+C7813720	123
+C7813732	123
+C7813734	123
+C7813740	123
+C7813742	123
+C7813746	123
+C7813762	123
+C7813764	123
+C7813780	123
+C7813782	123
+C7813786	123
+C7813792	123
+C7813824	123
+C7813828	123
+C7813850	123
+C7813856	123
+C7813862	123
+C7813864	123
+C7813870	123
+C7813884	123
+C7813904	123
+C7813908	123
+C7813916	123
+C7813936	123
+C7813960	123
+C7813966	123
+C7813980	123
+C7813984	123
+C7813992	123
+C7814000	123
+C7814012	123
+C7814014	123
+C7814022	123
+C7814028	123
+C7814042	123
+C7814050	123
+C7814058	123
+C7814060	123
+C7814062	123
+C7814068	123
+C7814078	123
+C7814090	123
+C7814104	123
+C7814126	123
+C7814142	123
+C7814144	123
+C7814152	123
+C7814180	123
+C7814206	123
+C7814212	123
+C7814226	123
+C7814228	123
+C7814232	123
+C7814248	123
+C7814274	123
+C7814298	123
+C7814312	123
+C7814314	123
+C7814342	123
+C7814352	123
+C7814372	123
+C7814376	123
+C7814378	123
+C7814396	123
+C7814400	123
+C7814406	123
+C7814416	123
+C7814424	123
+C7814430	123
+C7814434	123
+C7814438	123
+C7814462	123
+C7814464	123
+C7814468	123
+C7814480	123
+C7814506	123
+C7814516	123
+C7814530	123
+C7814540	123
+C7814552	123
+C7814560	123
+C7814572	123
+C7814588	123
+C7814594	123
+C7814600	123
+C7814608	123
+C7814610	123
+C7814614	123
+C7814616	123
+C7814622	123
+C7814628	123
+C7814660	123
+C7814672	123
+C7814682	123
+C7814684	123
+C7814686	123
+C7814702	123
+C7814732	123
+C7814742	123
+C7814752	123
+C7814800	123
+C7814804	123
+C7814814	123
+C7814818	123
+C7814842	123
+C7814844	123
+C7814862	123
+C7814878	123
+C7814896	123
+C7814898	123
+C7814918	123
+C7814920	123
+C7814924	123
+C7814930	123
+C7814946	123
+C7814950	123
+C7814956	123
+C7814970	123
+C7814972	123
+C7814974	123
+C7815004	123
+C7815008	123
+C7815030	123
+C7815052	123
+C7815100	123
+C7815110	123
+C7815114	123
+C7815118	123
+C7815120	123
+C7815122	123
+C7815128	123
+C7815130	123
+C7815140	123
+C7815168	123
+C7815176	123
+C7815188	123
+C7815196	123
+C7815198	123
+C7815200	123
+C7815202	123
+C7815216	123
+C7815226	123
+C7815232	123
+C7815274	123
+C7815284	123
+C7815288	123
+C7815294	123
+C7815316	123
+C7815336	123
+C7815348	123
+C7815358	123
+C7815370	123
+C7815372	123
+C7815382	123
+C7815392	123
+C7815406	123
+C7815410	123
+C7815426	123
+C7815438	123
+C7815440	123
+C7815468	123
+C7815472	123
+C7815474	123
+C7815494	123
+C7815524	123
+C7815532	123
+C7815540	123
+C7815542	123
+C7815546	123
+C7815566	123
+C7815578	123
+C7815586	123
+C7815598	123
+C7815600	123
+C7815608	123
+C7815632	123
+C7815664	123
+C7815666	123
+C7815668	123
+C7815740	123
+C7815744	123
+C7815766	123
+C7815784	123
+C7815798	123
+C7815830	123
+C7815836	123
+C7815848	123
+C7815860	123
+C7815862	123
+C7815864	123
+C7815866	123
+C7815878	123
+C7815886	123
+C7815888	123
+C7815890	123
+C7815896	123
+C7815910	123
+C7815912	123
+C7815936	123
+C7815944	123
+C7815950	123
+C7815960	123
+C7815984	123
+C7815986	123
+C7815996	123
+C7816000	123
+C7816024	123
+C7816028	123
+C7816046	123
+C7816056	123
+C7816058	123
+C7816072	123
+C7816076	123
+C7816086	123
+C7816088	123
+C7816112	123
+C7816132	123
+C7816140	123
+C7816160	123
+C7816178	123
+C7816186	123
+C7816188	123
+C7816196	123
+C7816206	123
+C7816214	123
+C7816228	123
+C7816232	123
+C7816238	123
+C7816242	123
+C7816244	123
+C7816258	123
+C7816262	123
+C7816300	123
+C7816302	123
+C7816328	123
+C7816352	123
+C7816356	123
+C7816358	123
+C7816364	123
+C7816368	123
+C7816382	123
+C7816406	123
+C7816416	123
+C7816418	123
+C7816428	123
+C7816430	123
+C7816462	123
+C7816466	123
+C7816490	123
+C7816500	123
+C7816512	123
+C7816518	123
+C7816522	123
+C7816532	123
+C7816538	123
+C7816556	123
+C7816570	123
+C7816574	123
+C7816578	123
+C7816582	123
+C7816598	123
+C7816612	123
+C7816630	123
+C7816642	123
+C7816662	123
+C7816666	123
+C7816684	123
+C7816694	123
+C7816718	123
+C7816720	123
+C7816726	123
+C7816728	123
+C7816734	123
+C7816736	123
+C7816772	123
+C7816776	123
+C7816788	123
+C7816794	123
+C7816818	123
+C7816826	123
+C7816840	123
+C7816862	123
+C7816866	123
+C7816878	123
+C7816888	123
+C7816918	123
+C7816928	123
+C7816936	123
+C7816942	123
+C7816962	123
+C7816968	123
+C7817004	123
+C7817020	123
+C7817028	123
+C7817052	123
+C7817064	123
+C7817074	123
+C7817084	123
+C7817098	123
+C7817126	123
+C7817148	123
+C7817150	123
+C7817152	123
+C7817160	123
+C7817166	123
+C7817170	123
+C7817176	123
+C7817178	123
+C7817190	123
+C7817192	123
+C7817200	123
+C7817222	123
+C7817236	123
+C7817240	123
+C7817250	123
+C7817274	123
+C7817282	123
+C7817290	123
+C7817294	123
+C7817296	123
+C7817310	123
+C7817328	123
+C7817348	123
+C7817350	123
+C7817366	123
+C7817374	123
+C7817380	123
+C7817382	123
+C7817392	123
+C7817396	123
+C7817406	123
+C7817420	123
+C7817426	123
+C7817440	123
+C7817442	123
+C7817462	123
+C7817474	123
+C7817488	123
+C7817518	123
+C7817570	123
+C7817586	123
+C7817604	123
+C7817608	123
+C7817612	123
+C7817626	123
+C7817634	123
+C7817638	123
+C7817646	123
+C7817654	123
+C7817658	123
+C7817664	123
+C7817674	123
+C7817694	123
+C7817696	123
+C7817710	123
+C7817714	123
+C7817740	123
+C7817762	123
+C7817772	123
+C7817780	123
+C7817800	123
+C7817810	123
+C7817812	123
+C7817818	123
+C7817830	123
+C7817860	123
+C7817902	123
+C7817914	123
+C7817918	123
+C7817932	123
+C7817948	123
+C7817958	123
+C7817970	123
+C7818010	123
+C7818026	123
+C7818032	123
+C7818034	123
+C7818060	123
+C7818078	123
+C7818098	123
+C7818106	123
+C7818112	123
+C7818140	123
+C7818152	123
+C7818158	123
+C7818192	123
+C7818196	123
+C7818204	123
+C7818222	123
+C7818246	123
+C7818260	123
+C7818278	123
+C7818282	123
+C7818294	123
+C7818302	123
+C7818320	123
+C7818332	123
+C7818340	123
+C7818342	123
+C7818346	123
+C7818434	123
+C7818440	123
+C7818460	123
+C7818470	123
+C7818474	123
+C7818512	123
+C7818534	123
+C7818542	123
+C7818554	123
+C7818556	123
+C7818574	123
+C7818600	123
+C7818606	123
+C7818654	123
+C7818682	123
+C7818722	123
+C7818756	123
+C7818760	123
+C7818774	123
+C7818794	123
+C7818802	123
+C7818818	123
+C7818848	123
+C7818900	123
+C7818912	123
+C7818928	123
+C7818936	123
+C7818938	123
+C7818950	123
+C7818982	123
+C7818994	123
+C7818996	123
+C7819002	123
+C7819006	123
+C7819026	123
+C7819030	123
+C7819036	123
+C7819048	123
+C7819056	123
+C7819062	123
+C7819070	123
+C7819084	123
+C7819086	123
+C7819090	123
+C7819092	123
+C7794220	122
+C7794222	122
+C7794250	122
+C7794264	122
+C7794288	122
+C7794302	122
+C7794318	122
+C7794326	122
+C7794340	122
+C7794344	122
+C7794350	122
+C7794352	122
+C7794372	122
+C7794374	122
+C7794380	122
+C7794382	122
+C7794392	122
+C7794400	122
+C7794402	122
+C7794412	122
+C7794440	122
+C7794458	122
+C7794466	122
+C7794472	122
+C7794482	122
+C7794486	122
+C7794488	122
+C7794498	122
+C7794512	122
+C7794514	122
+C7794516	122
+C7794582	122
+C7794592	122
+C7794596	122
+C7794616	122
+C7794620	122
+C7794628	122
+C7794670	122
+C7794676	122
+C7794682	122
+C7794686	122
+C7794712	122
+C7794726	122
+C7794728	122
+C7794762	122
+C7794766	122
+C7794772	122
+C7794782	122
+C7794810	122
+C7794878	122
+C7794884	122
+C7794894	122
+C7794920	122
+C7794924	122
+C7794954	122
+C7794962	122
+C7794994	122
+C7795006	122
+C7795026	122
+C7795028	122
+C7795030	122
+C7795044	122
+C7795054	122
+C7795068	122
+C7795074	122
+C7795076	122
+C7795078	122
+C7795082	122
+C7795084	122
+C7795098	122
+C7795100	122
+C7795106	122
+C7795118	122
+C7795126	122
+C7795144	122
+C7795154	122
+C7795162	122
+C7795170	122
+C7795180	122
+C7795182	122
+C7795206	122
+C7795218	122
+C7795224	122
+C7795226	122
+C7795240	122
+C7795244	122
+C7795258	122
+C7795264	122
+C7795266	122
+C7795276	122
+C7795288	122
+C7795328	122
+C7795332	122
+C7795342	122
+C7795344	122
+C7795348	122
+C7795358	122
+C7795364	122
+C7795372	122
+C7795374	122
+C7795384	122
+C7795388	122
+C7795392	122
+C7795404	122
+C7795414	122
+C7795452	122
+C7795480	122
+C7795484	122
+C7795526	122
+C7795542	122
+C7795552	122
+C7795554	122
+C7795566	122
+C7795572	122
+C7795582	122
+C7795642	122
+C7795646	122
+C7795648	122
+C7795650	122
+C7795662	122
+C7795678	122
+C7795688	122
+C7795698	122
+C7795702	122
+C7795712	122
+C7795726	122
+C7795730	122
+C7795742	122
+C7795756	122
+C7795760	122
+C7795770	122
+C7795786	122
+C7795794	122
+C7795802	122
+C7795838	122
+C7795846	122
+C7795850	122
+C7795860	122
+C7795868	122
+C7795882	122
+C7795902	122
+C7795908	122
+C7795916	122
+C7795922	122
+C7795924	122
+C7795932	122
+C7795944	122
+C7795964	122
+C7795966	122
+C7795968	122
+C7795972	122
+C7795980	122
+C7795982	122
+C7795988	122
+C7796036	122
+C7796040	122
+C7796082	122
+C7796098	122
+C7796114	122
+C7796124	122
+C7796128	122
+C7796138	122
+C7796146	122
+C7796156	122
+C7796166	122
+C7796168	122
+C7796188	122
+C7796194	122
+C7796210	122
+C7796212	122
+C7796230	122
+C7796240	122
+C7796246	122
+C7796258	122
+C7796264	122
+C7796272	122
+C7796282	122
+C7796284	122
+C7796288	122
+C7796304	122
+C7796314	122
+C7796328	122
+C7796330	122
+C7796336	122
+C7796344	122
+C7796350	122
+C7796358	122
+C7796362	122
+C7796402	122
+C7796440	122
+C7796442	122
+C7796460	122
+C7796464	122
+C7796468	122
+C7796480	122
+C7796490	122
+C7796496	122
+C7796502	122
+C7796516	122
+C7796522	122
+C7796534	122
+C7796542	122
+C7796554	122
+C7796576	122
+C7796586	122
+C7796596	122
+C7796598	122
+C7796602	122
+C7796604	122
+C7796618	122
+C7796658	122
+C7796660	122
+C7796684	122
+C7796688	122
+C7796700	122
+C7796714	122
+C7796716	122
+C7796726	122
+C7796738	122
+C7796740	122
+C7796744	122
+C7796800	122
+C7796810	122
+C7796820	122
+C7796832	122
+C7796834	122
+C7796844	122
+C7796846	122
+C7796848	122
+C7796862	122
+C7796872	122
+C7796882	122
+C7796894	122
+C7796906	122
+C7796920	122
+C7796930	122
+C7796932	122
+C7796942	122
+C7796960	122
+C7796970	122
+C7796994	122
+C7797000	122
+C7797018	122
+C7797020	122
+C7797024	122
+C7797040	122
+C7797048	122
+C7797052	122
+C7797074	122
+C7797080	122
+C7797084	122
+C7797098	122
+C7797104	122
+C7797122	122
+C7797130	122
+C7797136	122
+C7797150	122
+C7797164	122
+C7797170	122
+C7797180	122
+C7797208	122
+C7797218	122
+C7797224	122
+C7797228	122
+C7797234	122
+C7797264	122
+C7797268	122
+C7797270	122
+C7797278	122
+C7797284	122
+C7797312	122
+C7797322	122
+C7797324	122
+C7797326	122
+C7797332	122
+C7797382	122
+C7797390	122
+C7797396	122
+C7797406	122
+C7797408	122
+C7797414	122
+C7797420	122
+C7797432	122
+C7797440	122
+C7797452	122
+C7797458	122
+C7797462	122
+C7797476	122
+C7797514	122
+C7797576	122
+C7797582	122
+C7797588	122
+C7797596	122
+C7797606	122
+C7797618	122
+C7797638	122
+C7797660	122
+C7797678	122
+C7797720	122
+C7797752	122
+C7797762	122
+C7797778	122
+C7797780	122
+C7797818	122
+C7797822	122
+C7797824	122
+C7797840	122
+C7797856	122
+C7797878	122
+C7797882	122
+C7797904	122
+C7797934	122
+C7797950	122
+C7797958	122
+C7797982	122
+C7797984	122
+C7797990	122
+C7797994	122
+C7798014	122
+C7798016	122
+C7798056	122
+C7798060	122
+C7798082	122
+C7798086	122
+C7798096	122
+C7798100	122
+C7798122	122
+C7798132	122
+C7798150	122
+C7798158	122
+C7798162	122
+C7798174	122
+C7798182	122
+C7798196	122
+C7798198	122
+C7798204	122
+C7798212	122
+C7798214	122
+C7798248	122
+C7798252	122
+C7798290	122
+C7798292	122
+C7798306	122
+C7798312	122
+C7798328	122
+C7798354	122
+C7798394	122
+C7798422	122
+C7798448	122
+C7798462	122
+C7798484	122
+C7798496	122
+C7798500	122
+C7798524	122
+C7798526	122
+C7798528	122
+C7798548	122
+C7798552	122
+C7798554	122
+C7798564	122
+C7798594	122
+C7798602	122
+C7798606	122
+C7798616	122
+C7798630	122
+C7798654	122
+C7798686	122
+C7798700	122
+C7798704	122
+C7798706	122
+C7798718	122
+C7798724	122
+C7798736	122
+C7798748	122
+C7798752	122
+C7798756	122
+C7798774	122
+C7798776	122
+C7798790	122
+C7798792	122
+C7798802	122
+C7798822	122
+C7798834	122
+C7798842	122
+C7798846	122
+C7798854	122
+C7798868	122
+C7798882	122
+C7798886	122
+C7798890	122
+C7798912	122
+C7798914	122
+C7798926	122
+C7798932	122
+C7798950	122
+C7798952	122
+C7798954	122
+C7798958	122
+C7798978	122
+C7798986	122
+C7798990	122
+C7799032	122
+C7799040	122
+C7799050	122
+C7799054	122
+C7799056	122
+C7799060	122
+C7799066	122
+C7799084	122
+C7799102	122
+C7799112	122
+C7799124	122
+C7799144	122
+C7799154	122
+C7799160	122
+C7799170	122
+C7799208	122
+C7799216	122
+C7799228	122
+C7799236	122
+C7799244	122
+C7799246	122
+C7799250	122
+C7799252	122
+C7799262	122
+C7799266	122
+C7799270	122
+C7799280	122
+C7799284	122
+C7799306	122
+C7799346	122
+C7799358	122
+C7799380	122
+C7799384	122
+C7799398	122
+C7799404	122
+C7799416	122
+C7799420	122
+C7799444	122
+C7799452	122
+C7799474	122
+C7799476	122
+C7799516	122
+C7799534	122
+C7799538	122
+C7799540	122
+C7799556	122
+C7799558	122
+C7799576	122
+C7799610	122
+C7799612	122
+C7799614	122
+C7799616	122
+C7799618	122
+C7799632	122
+C7799646	122
+C7799650	122
+C7799668	122
+C7799674	122
+C7799686	122
+C7799694	122
+C7799700	122
+C7799714	122
+C7799724	122
+C7799726	122
+C7799732	122
+C7799740	122
+C7799746	122
+C7799750	122
+C7799770	122
+C7799774	122
+C7799778	122
+C7799780	122
+C7799786	122
+C7799796	122
+C7799798	122
+C7799816	122
+C7799818	122
+C7799824	122
+C7799862	122
+C7799866	122
+C7799880	122
+C7799882	122
+C7799908	122
+C7799916	122
+C7799918	122
+C7799920	122
+C7799936	122
+C7799942	122
+C7799948	122
+C7799962	122
+C7799976	122
+C7799982	122
+C7799988	122
+C7799990	122
+C7799996	122
+C7799998	122
+C7800004	122
+C7800016	122
+C7800032	122
+C7800064	122
+C7800068	122
+C7800070	122
+C7800086	122
+C7800094	122
+C7800104	122
+C7800122	122
+C7800146	122
+C7800148	122
+C7800154	122
+C7800162	122
+C7800164	122
+C7800174	122
+C7800190	122
+C7800198	122
+C7800200	122
+C7800208	122
+C7800218	122
+C7800240	122
+C7800256	122
+C7800264	122
+C7800266	122
+C7800268	122
+C7800274	122
+C7800298	122
+C7800310	122
+C7800346	122
+C7800352	122
+C7800362	122
+C7800364	122
+C7800368	122
+C7800370	122
+C7800376	122
+C7800378	122
+C7800382	122
+C7800390	122
+C7800410	122
+C7800412	122
+C7800432	122
+C7800438	122
+C7800456	122
+C7800470	122
+C7800480	122
+C7800484	122
+C7800486	122
+C7800500	122
+C7800508	122
+C7800530	122
+C7800538	122
+C7800556	122
+C7800570	122
+C7800584	122
+C7800612	122
+C7800614	122
+C7800618	122
+C7800624	122
+C7800636	122
+C7800642	122
+C7800646	122
+C7800648	122
+C7800658	122
+C7800662	122
+C7800676	122
+C7800706	122
+C7800714	122
+C7800728	122
+C7800734	122
+C7800750	122
+C7800754	122
+C7800770	122
+C7800774	122
+C7800782	122
+C7800788	122
+C7800798	122
+C7800804	122
+C7800812	122
+C7800814	122
+C7800816	122
+C7800820	122
+C7800830	122
+C7800856	122
+C7800858	122
+C7800868	122
+C7800870	122
+C7800874	122
+C7800908	122
+C7800922	122
+C7800944	122
+C7800950	122
+C7800952	122
+C7800972	122
+C7800994	122
+C7800998	122
+C7801016	122
+C7801022	122
+C7801024	122
+C7801028	122
+C7801034	122
+C7801038	122
+C7801040	122
+C7801060	122
+C7801066	122
+C7801086	122
+C7801112	122
+C7801134	122
+C7801138	122
+C7801144	122
+C7801164	122
+C7801168	122
+C7801190	122
+C7801200	122
+C7801204	122
+C7801212	122
+C7801214	122
+C7801228	122
+C7801240	122
+C7801242	122
+C7801256	122
+C7801282	122
+C7801308	122
+C7801336	122
+C7801380	122
+C7801398	122
+C7801410	122
+C7801414	122
+C7801420	122
+C7801430	122
+C7801434	122
+C7801442	122
+C7801454	122
+C7801468	122
+C7801542	122
+C7801548	122
+C7801550	122
+C7801564	122
+C7801584	122
+C7801590	122
+C7801600	122
+C7801612	122
+C7801626	122
+C7801630	122
+C7801634	122
+C7801640	122
+C7801642	122
+C7801664	122
+C7801682	122
+C7801704	122
+C7801718	122
+C7801746	122
+C7801754	122
+C7801768	122
+C7801786	122
+C7801792	122
+C7801796	122
+C7801814	122
+C7801832	122
+C7801846	122
+C7801854	122
+C7801858	122
+C7801866	122
+C7801876	122
+C7801902	122
+C7801910	122
+C7801914	122
+C7801932	122
+C7801934	122
+C7801938	122
+C7801940	122
+C7801944	122
+C7801950	122
+C7801954	122
+C7801982	122
+C7801986	122
+C7801992	122
+C7802012	122
+C7802030	122
+C7802050	122
+C7802056	122
+C7802068	122
+C7802070	122
+C7802072	122
+C7802076	122
+C7802118	122
+C7802134	122
+C7802144	122
+C7802164	122
+C7802166	122
+C7802182	122
+C7802186	122
+C7802200	122
+C7802210	122
+C7802230	122
+C7802232	122
+C7802234	122
+C7802246	122
+C7802250	122
+C7802264	122
+C7802266	122
+C7802268	122
+C7802272	122
+C7802276	122
+C7802280	122
+C7802288	122
+C7802300	122
+C7802302	122
+C7802306	122
+C7802322	122
+C7802344	122
+C7802356	122
+C7802358	122
+C7802368	122
+C7802376	122
+C7802390	122
+C7802396	122
+C7802408	122
+C7802418	122
+C7802444	122
+C7802446	122
+C7802450	122
+C7802464	122
+C7802474	122
+C7802478	122
+C7802502	122
+C7802510	122
+C7802520	122
+C7802522	122
+C7802526	122
+C7802528	122
+C7802542	122
+C7802556	122
+C7802594	122
+C7802600	122
+C7802602	122
+C7802610	122
+C7802614	122
+C7802632	122
+C7802658	122
+C7802660	122
+C7802690	122
+C7802708	122
+C7802714	122
+C7802720	122
+C7802730	122
+C7802734	122
+C7802736	122
+C7802764	122
+C7802798	122
+C7802802	122
+C7802806	122
+C7802812	122
+C7802840	122
+C7802842	122
+C7802864	122
+C7802868	122
+C7802876	122
+C7802886	122
+C7802900	122
+C7802908	122
+C7802920	122
+C7802934	122
+C7802946	122
+C7802976	122
+C7802978	122
+C7803006	122
+C7803020	122
+C7803046	122
+C7803048	122
+C7803052	122
+C7803074	122
+C7803100	122
+C7803102	122
+C7803104	122
+C7803106	122
+C7803112	122
+C7803122	122
+C7803130	122
+C7803132	122
+C7803142	122
+C7803150	122
+C7803158	122
+C7803174	122
+C7803202	122
+C7803208	122
+C7803220	122
+C7803240	122
+C7803244	122
+C7803248	122
+C7803250	122
+C7803256	122
+C7803266	122
+C7803280	122
+C7803292	122
+C7803308	122
+C7803344	122
+C7803348	122
+C7803350	122
+C7803358	122
+C7803360	122
+C7803362	122
+C7803366	122
+C7803378	122
+C7803382	122
+C7803392	122
+C7803396	122
+C7803412	122
+C7803462	122
+C7803490	122
+C7803502	122
+C7803508	122
+C7803528	122
+C7803538	122
+C7803566	122
+C7803584	122
+C7803586	122
+C7803598	122
+C7803600	122
+C7803602	122
+C7803610	122
+C7803632	122
+C7803648	122
+C7803654	122
+C7803656	122
+C7803664	122
+C7803670	122
+C7803672	122
+C7803674	122
+C7803720	122
+C7803724	122
+C7803726	122
+C7803728	122
+C7803738	122
+C7803752	122
+C7803780	122
+C7803784	122
+C7803796	122
+C7803800	122
+C7803802	122
+C7803808	122
+C7803812	122
+C7803828	122
+C7803838	122
+C7803870	122
+C7803882	122
+C7803886	122
+C7803930	122
+C7803952	122
+C7803956	122
+C7803972	122
+C7803988	122
+C7804010	122
+C7804024	122
+C7804034	122
+C7804036	122
+C7804040	122
+C7804044	122
+C7804046	122
+C7804074	122
+C7804092	122
+C7804094	122
+C7804102	122
+C7804112	122
+C7804116	122
+C7804122	122
+C7804132	122
+C7804146	122
+C7804154	122
+C7804162	122
+C7804164	122
+C7804170	122
+C7804206	122
+C7804214	122
+C7804238	122
+C7804240	122
+C7804250	122
+C7804252	122
+C7804256	122
+C7804272	122
+C7804304	122
+C7804320	122
+C7804326	122
+C7804358	122
+C7804366	122
+C7804368	122
+C7804378	122
+C7804386	122
+C7804416	122
+C7804420	122
+C7804426	122
+C7804440	122
+C7804448	122
+C7804468	122
+C7804470	122
+C7804484	122
+C7804492	122
+C7804502	122
+C7804506	122
+C7804516	122
+C7804554	122
+C7804566	122
+C7804588	122
+C7804594	122
+C7804598	122
+C7804640	122
+C7804664	122
+C7804670	122
+C7804672	122
+C7804686	122
+C7804692	122
+C7804696	122
+C7804732	122
+C7804742	122
+C7804772	122
+C7804774	122
+C7804780	122
+C7804788	122
+C7804790	122
+C7804792	122
+C7804804	122
+C7804832	122
+C7804838	122
+C7804848	122
+C7804868	122
+C7804874	122
+C7804876	122
+C7804888	122
+C7804890	122
+C7804892	122
+C7804900	122
+C7804906	122
+C7804918	122
+C7804940	122
+C7804952	122
+C7804962	122
+C7804964	122
+C7804988	122
+C7804994	122
+C7804996	122
+C7804998	122
+C7805000	122
+C7805006	122
+C7805008	122
+C7805014	122
+C7805024	122
+C7805026	122
+C7805034	122
+C7805052	122
+C7805058	122
+C7805060	122
+C7805068	122
+C7805090	122
+C7805104	122
+C7805116	122
+C7805118	122
+C7805134	122
+C7805138	122
+C7805160	122
+C7805164	122
+C7805184	122
+C7805186	122
+C7805190	122
+C7805198	122
+C7805200	122
+C7805208	122
+C7805214	122
+C7805218	122
+C7805226	122
+C7805238	122
+C7805240	122
+C7805272	122
+C7805278	122
+C7805282	122
+C7805284	122
+C7805294	122
+C7805296	122
+C7805312	122
+C7805320	122
+C7805358	122
+C7805368	122
+C7805388	122
+C7805414	122
+C7805426	122
+C7805428	122
+C7805436	122
+C7805454	122
+C7805492	122
+C7805494	122
+C7805504	122
+C7805508	122
+C7805512	122
+C7805556	122
+C7805564	122
+C7805594	122
+C7805604	122
+C7805618	122
+C7805628	122
+C7805656	122
+C7805666	122
+C7805668	122
+C7805674	122
+C7805680	122
+C7805694	122
+C7805702	122
+C7805714	122
+C7805724	122
+C7805728	122
+C7805752	122
+C7805756	122
+C7805760	122
+C7805764	122
+C7805766	122
+C7805772	122
+C7805786	122
+C7805792	122
+C7805802	122
+C7805804	122
+C7805806	122
+C7805814	122
+C7805826	122
+C7805840	122
+C7805842	122
+C7805848	122
+C7805850	122
+C7805862	122
+C7805864	122
+C7805874	122
+C7805880	122
+C7805898	122
+C7805930	122
+C7805972	122
+C7805976	122
+C7805978	122
+C7806002	122
+C7806028	122
+C7806042	122
+C7806050	122
+C7806064	122
+C7806078	122
+C7806080	122
+C7806084	122
+C7806092	122
+C7806108	122
+C7806112	122
+C7806140	122
+C7806154	122
+C7806156	122
+C7806162	122
+C7806200	122
+C7806208	122
+C7806224	122
+C7806230	122
+C7806254	122
+C7806268	122
+C7806282	122
+C7806286	122
+C7806292	122
+C7806300	122
+C7806308	122
+C7806314	122
+C7806328	122
+C7806332	122
+C7806338	122
+C7806344	122
+C7806350	122
+C7806366	122
+C7806372	122
+C7806390	122
+C7806404	122
+C7806416	122
+C7806418	122
+C7806422	122
+C7806432	122
+C7806436	122
+C7806448	122
+C7806486	122
+C7806488	122
+C7806496	122
+C7806514	122
+C7806524	122
+C7806542	122
+C7806546	122
+C7806552	122
+C7806556	122
+C7806560	122
+C7806574	122
+C7806586	122
+C7781316	121
+C7781326	121
+C7781336	121
+C7781352	121
+C7781354	121
+C7781358	121
+C7781386	121
+C7781388	121
+C7781390	121
+C7781398	121
+C7781406	121
+C7781416	121
+C7781418	121
+C7781452	121
+C7781454	121
+C7781462	121
+C7781464	121
+C7781476	121
+C7781480	121
+C7781486	121
+C7781488	121
+C7781504	121
+C7781518	121
+C7781524	121
+C7781554	121
+C7781564	121
+C7781568	121
+C7781570	121
+C7781582	121
+C7781612	121
+C7781618	121
+C7781624	121
+C7781636	121
+C7781650	121
+C7781666	121
+C7781670	121
+C7781680	121
+C7781682	121
+C7781694	121
+C7781700	121
+C7781710	121
+C7781716	121
+C7781722	121
+C7781754	121
+C7781766	121
+C7781784	121
+C7781816	121
+C7781826	121
+C7781834	121
+C7781850	121
+C7781852	121
+C7781858	121
+C7781864	121
+C7781876	121
+C7781890	121
+C7781906	121
+C7781936	121
+C7781944	121
+C7781950	121
+C7781952	121
+C7781966	121
+C7781980	121
+C7782006	121
+C7782012	121
+C7782014	121
+C7782016	121
+C7782036	121
+C7782038	121
+C7782040	121
+C7782042	121
+C7782050	121
+C7782052	121
+C7782060	121
+C7782066	121
+C7782074	121
+C7782080	121
+C7782092	121
+C7782114	121
+C7782136	121
+C7782138	121
+C7782142	121
+C7782150	121
+C7782156	121
+C7782200	121
+C7782204	121
+C7782208	121
+C7782216	121
+C7782232	121
+C7782240	121
+C7782242	121
+C7782244	121
+C7782256	121
+C7782290	121
+C7782296	121
+C7782300	121
+C7782308	121
+C7782310	121
+C7782316	121
+C7782322	121
+C7782334	121
+C7782370	121
+C7782392	121
+C7782410	121
+C7782412	121
+C7782416	121
+C7782446	121
+C7782462	121
+C7782468	121
+C7782478	121
+C7782516	121
+C7782518	121
+C7782520	121
+C7782522	121
+C7782568	121
+C7782592	121
+C7782616	121
+C7782618	121
+C7782622	121
+C7782648	121
+C7782652	121
+C7782676	121
+C7782692	121
+C7782696	121
+C7782700	121
+C7782704	121
+C7782712	121
+C7782716	121
+C7782724	121
+C7782736	121
+C7782738	121
+C7782740	121
+C7782750	121
+C7782754	121
+C7782758	121
+C7782766	121
+C7782774	121
+C7782778	121
+C7782788	121
+C7782792	121
+C7782794	121
+C7782806	121
+C7782808	121
+C7782810	121
+C7782846	121
+C7782850	121
+C7782856	121
+C7782874	121
+C7782910	121
+C7782912	121
+C7782918	121
+C7782926	121
+C7782950	121
+C7782960	121
+C7782964	121
+C7782972	121
+C7782976	121
+C7782988	121
+C7782992	121
+C7782996	121
+C7783002	121
+C7783006	121
+C7783008	121
+C7783014	121
+C7783018	121
+C7783026	121
+C7783060	121
+C7783066	121
+C7783068	121
+C7783072	121
+C7783082	121
+C7783090	121
+C7783096	121
+C7783098	121
+C7783106	121
+C7783112	121
+C7783138	121
+C7783142	121
+C7783158	121
+C7783168	121
+C7783170	121
+C7783176	121
+C7783182	121
+C7783202	121
+C7783220	121
+C7783222	121
+C7783240	121
+C7783242	121
+C7783246	121
+C7783256	121
+C7783284	121
+C7783292	121
+C7783294	121
+C7783298	121
+C7783330	121
+C7783346	121
+C7783356	121
+C7783360	121
+C7783364	121
+C7783366	121
+C7783370	121
+C7783378	121
+C7783380	121
+C7783394	121
+C7783406	121
+C7783418	121
+C7783432	121
+C7783436	121
+C7783438	121
+C7783464	121
+C7783470	121
+C7783504	121
+C7783510	121
+C7783512	121
+C7783518	121
+C7783554	121
+C7783566	121
+C7783584	121
+C7783586	121
+C7783600	121
+C7783618	121
+C7783620	121
+C7783622	121
+C7783642	121
+C7783654	121
+C7783658	121
+C7783670	121
+C7783718	121
+C7783724	121
+C7783730	121
+C7783738	121
+C7783740	121
+C7783754	121
+C7783760	121
+C7783764	121
+C7783766	121
+C7783774	121
+C7783778	121
+C7783792	121
+C7783804	121
+C7783830	121
+C7783852	121
+C7783856	121
+C7783862	121
+C7783866	121
+C7783872	121
+C7783880	121
+C7783884	121
+C7783958	121
+C7783964	121
+C7783966	121
+C7783976	121
+C7783984	121
+C7783990	121
+C7784016	121
+C7784020	121
+C7784026	121
+C7784068	121
+C7784094	121
+C7784106	121
+C7784122	121
+C7784124	121
+C7784152	121
+C7784160	121
+C7784178	121
+C7784184	121
+C7784186	121
+C7784216	121
+C7784218	121
+C7784228	121
+C7784232	121
+C7784258	121
+C7784278	121
+C7784280	121
+C7784286	121
+C7784288	121
+C7784296	121
+C7784300	121
+C7784302	121
+C7784306	121
+C7784324	121
+C7784326	121
+C7784340	121
+C7784356	121
+C7784362	121
+C7784382	121
+C7784400	121
+C7784402	121
+C7784404	121
+C7784408	121
+C7784422	121
+C7784428	121
+C7784430	121
+C7784440	121
+C7784450	121
+C7784462	121
+C7784466	121
+C7784472	121
+C7784484	121
+C7784486	121
+C7784516	121
+C7784522	121
+C7784532	121
+C7784536	121
+C7784552	121
+C7784594	121
+C7784600	121
+C7784602	121
+C7784618	121
+C7784626	121
+C7784632	121
+C7784648	121
+C7784650	121
+C7784664	121
+C7784666	121
+C7784680	121
+C7784686	121
+C7784696	121
+C7784704	121
+C7784714	121
+C7784726	121
+C7784782	121
+C7784794	121
+C7784800	121
+C7784816	121
+C7784818	121
+C7784828	121
+C7784830	121
+C7784840	121
+C7784846	121
+C7784862	121
+C7784868	121
+C7784872	121
+C7784890	121
+C7784902	121
+C7784926	121
+C7784934	121
+C7784938	121
+C7784948	121
+C7784952	121
+C7784962	121
+C7784966	121
+C7784968	121
+C7784986	121
+C7784988	121
+C7784996	121
+C7785006	121
+C7785024	121
+C7785038	121
+C7785042	121
+C7785058	121
+C7785070	121
+C7785072	121
+C7785074	121
+C7785080	121
+C7785088	121
+C7785106	121
+C7785112	121
+C7785120	121
+C7785130	121
+C7785134	121
+C7785152	121
+C7785168	121
+C7785190	121
+C7785200	121
+C7785220	121
+C7785224	121
+C7785238	121
+C7785262	121
+C7785270	121
+C7785272	121
+C7785274	121
+C7785314	121
+C7785322	121
+C7785338	121
+C7785340	121
+C7785342	121
+C7785344	121
+C7785350	121
+C7785382	121
+C7785396	121
+C7785400	121
+C7785404	121
+C7785410	121
+C7785414	121
+C7785416	121
+C7785418	121
+C7785426	121
+C7785428	121
+C7785442	121
+C7785446	121
+C7785450	121
+C7785476	121
+C7785488	121
+C7785500	121
+C7785524	121
+C7785528	121
+C7785538	121
+C7785548	121
+C7785552	121
+C7785560	121
+C7785580	121
+C7785596	121
+C7785598	121
+C7785614	121
+C7785616	121
+C7785622	121
+C7785626	121
+C7785650	121
+C7785652	121
+C7785658	121
+C7785662	121
+C7785672	121
+C7785680	121
+C7785684	121
+C7785700	121
+C7785718	121
+C7785722	121
+C7785740	121
+C7785766	121
+C7785790	121
+C7785804	121
+C7785826	121
+C7785840	121
+C7785844	121
+C7785868	121
+C7785876	121
+C7785888	121
+C7785892	121
+C7785904	121
+C7785908	121
+C7785912	121
+C7785916	121
+C7785930	121
+C7785932	121
+C7785934	121
+C7785950	121
+C7785956	121
+C7785968	121
+C7785974	121
+C7785978	121
+C7785990	121
+C7786038	121
+C7786044	121
+C7786060	121
+C7786064	121
+C7786076	121
+C7786080	121
+C7786084	121
+C7786102	121
+C7786108	121
+C7786120	121
+C7786140	121
+C7786142	121
+C7786146	121
+C7786148	121
+C7786170	121
+C7786198	121
+C7786202	121
+C7786204	121
+C7786214	121
+C7786226	121
+C7786236	121
+C7786252	121
+C7786260	121
+C7786276	121
+C7786278	121
+C7786280	121
+C7786284	121
+C7786292	121
+C7786308	121
+C7786310	121
+C7786364	121
+C7786368	121
+C7786370	121
+C7786374	121
+C7786380	121
+C7786384	121
+C7786388	121
+C7786396	121
+C7786400	121
+C7786422	121
+C7786430	121
+C7786440	121
+C7786448	121
+C7786464	121
+C7786470	121
+C7786476	121
+C7786508	121
+C7786518	121
+C7786522	121
+C7786550	121
+C7786576	121
+C7786614	121
+C7786616	121
+C7786628	121
+C7786634	121
+C7786642	121
+C7786648	121
+C7786650	121
+C7786682	121
+C7786692	121
+C7786696	121
+C7786704	121
+C7786742	121
+C7786760	121
+C7786762	121
+C7786768	121
+C7786770	121
+C7786772	121
+C7786808	121
+C7786810	121
+C7786812	121
+C7786818	121
+C7786822	121
+C7786832	121
+C7786872	121
+C7786886	121
+C7786890	121
+C7786894	121
+C7786896	121
+C7786898	121
+C7786930	121
+C7786940	121
+C7786954	121
+C7786956	121
+C7786964	121
+C7786966	121
+C7786972	121
+C7786976	121
+C7786980	121
+C7786986	121
+C7787000	121
+C7787002	121
+C7787006	121
+C7787008	121
+C7787012	121
+C7787014	121
+C7787020	121
+C7787026	121
+C7787032	121
+C7787040	121
+C7787048	121
+C7787062	121
+C7787070	121
+C7787074	121
+C7787096	121
+C7787106	121
+C7787114	121
+C7787122	121
+C7787126	121
+C7787158	121
+C7787160	121
+C7787162	121
+C7787206	121
+C7787210	121
+C7787214	121
+C7787216	121
+C7787220	121
+C7787226	121
+C7787228	121
+C7787230	121
+C7787234	121
+C7787250	121
+C7787280	121
+C7787282	121
+C7787284	121
+C7787322	121
+C7787378	121
+C7787392	121
+C7787400	121
+C7787404	121
+C7787418	121
+C7787438	121
+C7787450	121
+C7787452	121
+C7787462	121
+C7787496	121
+C7787506	121
+C7787508	121
+C7787540	121
+C7787544	121
+C7787546	121
+C7787548	121
+C7787550	121
+C7787556	121
+C7787562	121
+C7787594	121
+C7787596	121
+C7787630	121
+C7787650	121
+C7787654	121
+C7787660	121
+C7787684	121
+C7787694	121
+C7787716	121
+C7787718	121
+C7787722	121
+C7787728	121
+C7787764	121
+C7787770	121
+C7787780	121
+C7787794	121
+C7787796	121
+C7787806	121
+C7787818	121
+C7787820	121
+C7787826	121
+C7787838	121
+C7787878	121
+C7787880	121
+C7787890	121
+C7787904	121
+C7787916	121
+C7787924	121
+C7787926	121
+C7787934	121
+C7787936	121
+C7787938	121
+C7787940	121
+C7787958	121
+C7787960	121
+C7787974	121
+C7787976	121
+C7787978	121
+C7787980	121
+C7787998	121
+C7788008	121
+C7788024	121
+C7788026	121
+C7788028	121
+C7788038	121
+C7788040	121
+C7788054	121
+C7788058	121
+C7788062	121
+C7788070	121
+C7788072	121
+C7788074	121
+C7788086	121
+C7788088	121
+C7788092	121
+C7788094	121
+C7788098	121
+C7788118	121
+C7788120	121
+C7788132	121
+C7788152	121
+C7788162	121
+C7788164	121
+C7788180	121
+C7788182	121
+C7788188	121
+C7788192	121
+C7788204	121
+C7788218	121
+C7788226	121
+C7788244	121
+C7788250	121
+C7788252	121
+C7788258	121
+C7788274	121
+C7788276	121
+C7788286	121
+C7788292	121
+C7788314	121
+C7788320	121
+C7788332	121
+C7788342	121
+C7788346	121
+C7788348	121
+C7788354	121
+C7788358	121
+C7788392	121
+C7788412	121
+C7788418	121
+C7788432	121
+C7788442	121
+C7788444	121
+C7788462	121
+C7788476	121
+C7788524	121
+C7788526	121
+C7788536	121
+C7788540	121
+C7788556	121
+C7788564	121
+C7788566	121
+C7788582	121
+C7788586	121
+C7788600	121
+C7788630	121
+C7788632	121
+C7788680	121
+C7788708	121
+C7788710	121
+C7788716	121
+C7788728	121
+C7788730	121
+C7788738	121
+C7788740	121
+C7788748	121
+C7788756	121
+C7788758	121
+C7788760	121
+C7788762	121
+C7788774	121
+C7788782	121
+C7788816	121
+C7788820	121
+C7788824	121
+C7788838	121
+C7788842	121
+C7788860	121
+C7788870	121
+C7788882	121
+C7788886	121
+C7788896	121
+C7788898	121
+C7788904	121
+C7788918	121
+C7788922	121
+C7788930	121
+C7788942	121
+C7788956	121
+C7788962	121
+C7788964	121
+C7788974	121
+C7788982	121
+C7788992	121
+C7789012	121
+C7789024	121
+C7789032	121
+C7789048	121
+C7789056	121
+C7789074	121
+C7789076	121
+C7789080	121
+C7789088	121
+C7789092	121
+C7789108	121
+C7789118	121
+C7789124	121
+C7789134	121
+C7789160	121
+C7789168	121
+C7789172	121
+C7789188	121
+C7789216	121
+C7789220	121
+C7789236	121
+C7789238	121
+C7789244	121
+C7789248	121
+C7789270	121
+C7789278	121
+C7789282	121
+C7789288	121
+C7789296	121
+C7789314	121
+C7789316	121
+C7789320	121
+C7789354	121
+C7789380	121
+C7789386	121
+C7789410	121
+C7789414	121
+C7789418	121
+C7789430	121
+C7789440	121
+C7789454	121
+C7789458	121
+C7789464	121
+C7789470	121
+C7789486	121
+C7789492	121
+C7789496	121
+C7789530	121
+C7789534	121
+C7789538	121
+C7789544	121
+C7789572	121
+C7789580	121
+C7789596	121
+C7789610	121
+C7789622	121
+C7789630	121
+C7789634	121
+C7789638	121
+C7789646	121
+C7789652	121
+C7789658	121
+C7789672	121
+C7789680	121
+C7789696	121
+C7789704	121
+C7789708	121
+C7789712	121
+C7789746	121
+C7789754	121
+C7789764	121
+C7789766	121
+C7789768	121
+C7789790	121
+C7789796	121
+C7789800	121
+C7789808	121
+C7789824	121
+C7789836	121
+C7789842	121
+C7789856	121
+C7789866	121
+C7789872	121
+C7789874	121
+C7789878	121
+C7789880	121
+C7789884	121
+C7789916	121
+C7789922	121
+C7789924	121
+C7789926	121
+C7789944	121
+C7789958	121
+C7789964	121
+C7789996	121
+C7790006	121
+C7790022	121
+C7790040	121
+C7790050	121
+C7790052	121
+C7790102	121
+C7790114	121
+C7790116	121
+C7790180	121
+C7790184	121
+C7790194	121
+C7790198	121
+C7790204	121
+C7790212	121
+C7790216	121
+C7790224	121
+C7790236	121
+C7790238	121
+C7790246	121
+C7790248	121
+C7790254	121
+C7790280	121
+C7790282	121
+C7790288	121
+C7790294	121
+C7790298	121
+C7790314	121
+C7790318	121
+C7790324	121
+C7790334	121
+C7790340	121
+C7790348	121
+C7790358	121
+C7790362	121
+C7790392	121
+C7790428	121
+C7790438	121
+C7790440	121
+C7790444	121
+C7790448	121
+C7790452	121
+C7790454	121
+C7790466	121
+C7790478	121
+C7790486	121
+C7790490	121
+C7790498	121
+C7790504	121
+C7790506	121
+C7790508	121
+C7790530	121
+C7790540	121
+C7790542	121
+C7790544	121
+C7790546	121
+C7790560	121
+C7790580	121
+C7790602	121
+C7790604	121
+C7790608	121
+C7790610	121
+C7790616	121
+C7790624	121
+C7790646	121
+C7790648	121
+C7790660	121
+C7790670	121
+C7790672	121
+C7790692	121
+C7790696	121
+C7790706	121
+C7790724	121
+C7790736	121
+C7790754	121
+C7790768	121
+C7790822	121
+C7790836	121
+C7790842	121
+C7790844	121
+C7790858	121
+C7790882	121
+C7790884	121
+C7790888	121
+C7790892	121
+C7790900	121
+C7790934	121
+C7790938	121
+C7790950	121
+C7790970	121
+C7791006	121
+C7791026	121
+C7791032	121
+C7791036	121
+C7791040	121
+C7791066	121
+C7791068	121
+C7791100	121
+C7791102	121
+C7791126	121
+C7791130	121
+C7791134	121
+C7791168	121
+C7791182	121
+C7791190	121
+C7791194	121
+C7791206	121
+C7791222	121
+C7791232	121
+C7791244	121
+C7791266	121
+C7791282	121
+C7791284	121
+C7791290	121
+C7791292	121
+C7791294	121
+C7791308	121
+C7791342	121
+C7791350	121
+C7791364	121
+C7791408	121
+C7791436	121
+C7791438	121
+C7791442	121
+C7791444	121
+C7791452	121
+C7791462	121
+C7791470	121
+C7791486	121
+C7791506	121
+C7791518	121
+C7791522	121
+C7791552	121
+C7791572	121
+C7791576	121
+C7791612	121
+C7791618	121
+C7791626	121
+C7791632	121
+C7791640	121
+C7791650	121
+C7791660	121
+C7791666	121
+C7791676	121
+C7791682	121
+C7791704	121
+C7791726	121
+C7791730	121
+C7791760	121
+C7791784	121
+C7791786	121
+C7791808	121
+C7791838	121
+C7791850	121
+C7791854	121
+C7791860	121
+C7791862	121
+C7791876	121
+C7791892	121
+C7791894	121
+C7791896	121
+C7791898	121
+C7791912	121
+C7791936	121
+C7791960	121
+C7791976	121
+C7791982	121
+C7791986	121
+C7791992	121
+C7792006	121
+C7792008	121
+C7792010	121
+C7792030	121
+C7792032	121
+C7792036	121
+C7792042	121
+C7792050	121
+C7792062	121
+C7792078	121
+C7792090	121
+C7792098	121
+C7792132	121
+C7792150	121
+C7792164	121
+C7792186	121
+C7792188	121
+C7792190	121
+C7792196	121
+C7792198	121
+C7792216	121
+C7792240	121
+C7792244	121
+C7792248	121
+C7792260	121
+C7792274	121
+C7792286	121
+C7792328	121
+C7792330	121
+C7792332	121
+C7792360	121
+C7792372	121
+C7792384	121
+C7792414	121
+C7792422	121
+C7792428	121
+C7792430	121
+C7792436	121
+C7792448	121
+C7792450	121
+C7792466	121
+C7792470	121
+C7792472	121
+C7792476	121
+C7792480	121
+C7792512	121
+C7792516	121
+C7792518	121
+C7792520	121
+C7792522	121
+C7792574	121
+C7792602	121
+C7792606	121
+C7792610	121
+C7792614	121
+C7792630	121
+C7792664	121
+C7792668	121
+C7792676	121
+C7792684	121
+C7792692	121
+C7792700	121
+C7792710	121
+C7792720	121
+C7792758	121
+C7792762	121
+C7792792	121
+C7792796	121
+C7792798	121
+C7792802	121
+C7792806	121
+C7792824	121
+C7792826	121
+C7792856	121
+C7792862	121
+C7792882	121
+C7792896	121
+C7792908	121
+C7792910	121
+C7792954	121
+C7792960	121
+C7792978	121
+C7792994	121
+C7793036	121
+C7793044	121
+C7793056	121
+C7793066	121
+C7793076	121
+C7793078	121
+C7793090	121
+C7793098	121
+C7793100	121
+C7793106	121
+C7793110	121
+C7793114	121
+C7793116	121
+C7793162	121
+C7793164	121
+C7793168	121
+C7793190	121
+C7793206	121
+C7793212	121
+C7793216	121
+C7793226	121
+C7793260	121
+C7793266	121
+C7793274	121
+C7793276	121
+C7793286	121
+C7793300	121
+C7793302	121
+C7793320	121
+C7793338	121
+C7793340	121
+C7793342	121
+C7793386	121
+C7793394	121
+C7793414	121
+C7793444	121
+C7793450	121
+C7793458	121
+C7793478	121
+C7793492	121
+C7793516	121
+C7793538	121
+C7793542	121
+C7793550	121
+C7793552	121
+C7793554	121
+C7793564	121
+C7793566	121
+C7793604	121
+C7793610	121
+C7793614	121
+C7793634	121
+C7793640	121
+C7793674	121
+C7793686	121
+C7793692	121
+C7793698	121
+C7793708	121
+C7793712	121
+C7793726	121
+C7793742	121
+C7793752	121
+C7793762	121
+C7793772	121
+C7793790	121
+C7793808	121
+C7793810	121
+C7793812	121
+C7793814	121
+C7793816	121
+C7793820	121
+C7793828	121
+C7793838	121
+C7793856	121
+C7793858	121
+C7793864	121
+C7793882	121
+C7793898	121
+C7793908	121
+C7793914	121
+C7793932	121
+C7793934	121
+C7793938	121
+C7793944	121
+C7793948	121
+C7793962	121
+C7793964	121
+C7793966	121
+C7793972	121
+C7793998	121
+C7794094	121
+C7794096	121
+C7794100	121
+C7794126	121
+C7794152	121
+C7794174	121
+C7794176	121
+C7794186	121
+C7794188	121
+C7794194	121
+C7794200	121
+C7794208	121
+C7768484	120
+C7768516	120
+C7768526	120
+C7768534	120
+C7768536	120
+C7768544	120
+C7768558	120
+C7768576	120
+C7768582	120
+C7768606	120
+C7768608	120
+C7768638	120
+C7768648	120
+C7768652	120
+C7768654	120
+C7768670	120
+C7768674	120
+C7768678	120
+C7768700	120
+C7768706	120
+C7768712	120
+C7768722	120
+C7768728	120
+C7768740	120
+C7768744	120
+C7768782	120
+C7768786	120
+C7768788	120
+C7768792	120
+C7768798	120
+C7768802	120
+C7768810	120
+C7768828	120
+C7768832	120
+C7768836	120
+C7768842	120
+C7768866	120
+C7768872	120
+C7768878	120
+C7768886	120
+C7768894	120
+C7768896	120
+C7768902	120
+C7768924	120
+C7768934	120
+C7768948	120
+C7768992	120
+C7769024	120
+C7769032	120
+C7769038	120
+C7769048	120
+C7769060	120
+C7769088	120
+C7769106	120
+C7769114	120
+C7769120	120
+C7769122	120
+C7769136	120
+C7769138	120
+C7769142	120
+C7769168	120
+C7769170	120
+C7769176	120
+C7769184	120
+C7769192	120
+C7769198	120
+C7769202	120
+C7769208	120
+C7769210	120
+C7769222	120
+C7769238	120
+C7769260	120
+C7769262	120
+C7769264	120
+C7769274	120
+C7769278	120
+C7769300	120
+C7769302	120
+C7769320	120
+C7769352	120
+C7769370	120
+C7769374	120
+C7769388	120
+C7769390	120
+C7769396	120
+C7769404	120
+C7769420	120
+C7769442	120
+C7769450	120
+C7769452	120
+C7769468	120
+C7769476	120
+C7769504	120
+C7769512	120
+C7769516	120
+C7769518	120
+C7769536	120
+C7769552	120
+C7769554	120
+C7769556	120
+C7769560	120
+C7769576	120
+C7769596	120
+C7769600	120
+C7769604	120
+C7769606	120
+C7769610	120
+C7769612	120
+C7769622	120
+C7769642	120
+C7769648	120
+C7769696	120
+C7769748	120
+C7769752	120
+C7769764	120
+C7769784	120
+C7769800	120
+C7769808	120
+C7769812	120
+C7769814	120
+C7769816	120
+C7769820	120
+C7769822	120
+C7769850	120
+C7769858	120
+C7769860	120
+C7769878	120
+C7769918	120
+C7769920	120
+C7769952	120
+C7769966	120
+C7769970	120
+C7769978	120
+C7770000	120
+C7770002	120
+C7770016	120
+C7770022	120
+C7770028	120
+C7770044	120
+C7770048	120
+C7770050	120
+C7770084	120
+C7770090	120
+C7770092	120
+C7770096	120
+C7770114	120
+C7770120	120
+C7770134	120
+C7770152	120
+C7770154	120
+C7770160	120
+C7770178	120
+C7770186	120
+C7770194	120
+C7770200	120
+C7770210	120
+C7770216	120
+C7770242	120
+C7770250	120
+C7770258	120
+C7770266	120
+C7770270	120
+C7770276	120
+C7770278	120
+C7770284	120
+C7770298	120
+C7770318	120
+C7770328	120
+C7770330	120
+C7770334	120
+C7770336	120
+C7770344	120
+C7770350	120
+C7770364	120
+C7770370	120
+C7770384	120
+C7770396	120
+C7770402	120
+C7770406	120
+C7770410	120
+C7770414	120
+C7770420	120
+C7770448	120
+C7770452	120
+C7770456	120
+C7770460	120
+C7770466	120
+C7770484	120
+C7770500	120
+C7770504	120
+C7770506	120
+C7770508	120
+C7770514	120
+C7770532	120
+C7770546	120
+C7770550	120
+C7770558	120
+C7770564	120
+C7770584	120
+C7770598	120
+C7770614	120
+C7770622	120
+C7770636	120
+C7770644	120
+C7770654	120
+C7770660	120
+C7770670	120
+C7770680	120
+C7770692	120
+C7770694	120
+C7770700	120
+C7770706	120
+C7770708	120
+C7770710	120
+C7770716	120
+C7770732	120
+C7770744	120
+C7770746	120
+C7770752	120
+C7770754	120
+C7770758	120
+C7770808	120
+C7770826	120
+C7770832	120
+C7770856	120
+C7770860	120
+C7770878	120
+C7770926	120
+C7770930	120
+C7770932	120
+C7770934	120
+C7770938	120
+C7770940	120
+C7770958	120
+C7770968	120
+C7770992	120
+C7770994	120
+C7771008	120
+C7771010	120
+C7771012	120
+C7771020	120
+C7771028	120
+C7771036	120
+C7771058	120
+C7771066	120
+C7771080	120
+C7771098	120
+C7771100	120
+C7771104	120
+C7771106	120
+C7771108	120
+C7771118	120
+C7771126	120
+C7771144	120
+C7771146	120
+C7771158	120
+C7771168	120
+C7771172	120
+C7771188	120
+C7771214	120
+C7771222	120
+C7771232	120
+C7771240	120
+C7771262	120
+C7771264	120
+C7771276	120
+C7771304	120
+C7771308	120
+C7771316	120
+C7771318	120
+C7771328	120
+C7771330	120
+C7771342	120
+C7771344	120
+C7771346	120
+C7771348	120
+C7771350	120
+C7771366	120
+C7771378	120
+C7771394	120
+C7771398	120
+C7771408	120
+C7771412	120
+C7771422	120
+C7771424	120
+C7771426	120
+C7771428	120
+C7771432	120
+C7771444	120
+C7771458	120
+C7771480	120
+C7771482	120
+C7771508	120
+C7771524	120
+C7771526	120
+C7771536	120
+C7771552	120
+C7771558	120
+C7771576	120
+C7771580	120
+C7771588	120
+C7771594	120
+C7771596	120
+C7771600	120
+C7771610	120
+C7771614	120
+C7771616	120
+C7771620	120
+C7771638	120
+C7771650	120
+C7771666	120
+C7771686	120
+C7771698	120
+C7771702	120
+C7771706	120
+C7771716	120
+C7771736	120
+C7771738	120
+C7771746	120
+C7771748	120
+C7771750	120
+C7771758	120
+C7771762	120
+C7771774	120
+C7771788	120
+C7771796	120
+C7771802	120
+C7771828	120
+C7771830	120
+C7771844	120
+C7771850	120
+C7771854	120
+C7771858	120
+C7771880	120
+C7771882	120
+C7771884	120
+C7771904	120
+C7771920	120
+C7771926	120
+C7771946	120
+C7771964	120
+C7771968	120
+C7771974	120
+C7771982	120
+C7771988	120
+C7772002	120
+C7772028	120
+C7772034	120
+C7772036	120
+C7772046	120
+C7772052	120
+C7772054	120
+C7772072	120
+C7772080	120
+C7772084	120
+C7772086	120
+C7772100	120
+C7772108	120
+C7772110	120
+C7772112	120
+C7772118	120
+C7772122	120
+C7772130	120
+C7772134	120
+C7772142	120
+C7772146	120
+C7772176	120
+C7772190	120
+C7772196	120
+C7772198	120
+C7772204	120
+C7772208	120
+C7772244	120
+C7772248	120
+C7772282	120
+C7772298	120
+C7772308	120
+C7772310	120
+C7772322	120
+C7772324	120
+C7772330	120
+C7772348	120
+C7772362	120
+C7772368	120
+C7772384	120
+C7772394	120
+C7772402	120
+C7772432	120
+C7772452	120
+C7772458	120
+C7772460	120
+C7772464	120
+C7772530	120
+C7772532	120
+C7772534	120
+C7772544	120
+C7772576	120
+C7772578	120
+C7772586	120
+C7772602	120
+C7772616	120
+C7772628	120
+C7772632	120
+C7772640	120
+C7772642	120
+C7772650	120
+C7772654	120
+C7772658	120
+C7772662	120
+C7772694	120
+C7772706	120
+C7772718	120
+C7772730	120
+C7772738	120
+C7772746	120
+C7772764	120
+C7772768	120
+C7772774	120
+C7772780	120
+C7772784	120
+C7772820	120
+C7772850	120
+C7772852	120
+C7772854	120
+C7772858	120
+C7772902	120
+C7772916	120
+C7772918	120
+C7772932	120
+C7772936	120
+C7772938	120
+C7772950	120
+C7772954	120
+C7772958	120
+C7772960	120
+C7772978	120
+C7772980	120
+C7772988	120
+C7772992	120
+C7773002	120
+C7773030	120
+C7773040	120
+C7773042	120
+C7773046	120
+C7773048	120
+C7773074	120
+C7773076	120
+C7773094	120
+C7773110	120
+C7773124	120
+C7773130	120
+C7773134	120
+C7773136	120
+C7773146	120
+C7773160	120
+C7773168	120
+C7773170	120
+C7773188	120
+C7773202	120
+C7773206	120
+C7773232	120
+C7773242	120
+C7773254	120
+C7773262	120
+C7773266	120
+C7773290	120
+C7773310	120
+C7773312	120
+C7773320	120
+C7773332	120
+C7773346	120
+C7773348	120
+C7773368	120
+C7773382	120
+C7773392	120
+C7773398	120
+C7773400	120
+C7773430	120
+C7773444	120
+C7773470	120
+C7773482	120
+C7773508	120
+C7773514	120
+C7773516	120
+C7773538	120
+C7773552	120
+C7773556	120
+C7773558	120
+C7773578	120
+C7773634	120
+C7773640	120
+C7773656	120
+C7773662	120
+C7773668	120
+C7773670	120
+C7773678	120
+C7773684	120
+C7773696	120
+C7773716	120
+C7773720	120
+C7773724	120
+C7773740	120
+C7773746	120
+C7773766	120
+C7773776	120
+C7773784	120
+C7773788	120
+C7773796	120
+C7773800	120
+C7773804	120
+C7773808	120
+C7773824	120
+C7773834	120
+C7773838	120
+C7773848	120
+C7773850	120
+C7773852	120
+C7773856	120
+C7773872	120
+C7773876	120
+C7773886	120
+C7773912	120
+C7773916	120
+C7773918	120
+C7773936	120
+C7773938	120
+C7773940	120
+C7773942	120
+C7773944	120
+C7773968	120
+C7773980	120
+C7773992	120
+C7774002	120
+C7774006	120
+C7774014	120
+C7774020	120
+C7774034	120
+C7774040	120
+C7774050	120
+C7774064	120
+C7774076	120
+C7774078	120
+C7774098	120
+C7774100	120
+C7774108	120
+C7774110	120
+C7774118	120
+C7774148	120
+C7774156	120
+C7774176	120
+C7774186	120
+C7774188	120
+C7774208	120
+C7774214	120
+C7774230	120
+C7774234	120
+C7774242	120
+C7774258	120
+C7774278	120
+C7774282	120
+C7774288	120
+C7774292	120
+C7774314	120
+C7774320	120
+C7774348	120
+C7774354	120
+C7774358	120
+C7774368	120
+C7774374	120
+C7774386	120
+C7774396	120
+C7774400	120
+C7774402	120
+C7774406	120
+C7774412	120
+C7774426	120
+C7774454	120
+C7774458	120
+C7774462	120
+C7774476	120
+C7774500	120
+C7774502	120
+C7774534	120
+C7774554	120
+C7774558	120
+C7774570	120
+C7774586	120
+C7774598	120
+C7774602	120
+C7774614	120
+C7774616	120
+C7774618	120
+C7774634	120
+C7774682	120
+C7774714	120
+C7774716	120
+C7774724	120
+C7774728	120
+C7774736	120
+C7774766	120
+C7774768	120
+C7774772	120
+C7774802	120
+C7774804	120
+C7774820	120
+C7774830	120
+C7774850	120
+C7774858	120
+C7774866	120
+C7774894	120
+C7774898	120
+C7774904	120
+C7774908	120
+C7774910	120
+C7774912	120
+C7774920	120
+C7774928	120
+C7774932	120
+C7774946	120
+C7774952	120
+C7774968	120
+C7774996	120
+C7775000	120
+C7775002	120
+C7775006	120
+C7775018	120
+C7775030	120
+C7775038	120
+C7775040	120
+C7775052	120
+C7775056	120
+C7775064	120
+C7775078	120
+C7775082	120
+C7775086	120
+C7775088	120
+C7775110	120
+C7775116	120
+C7775124	120
+C7775132	120
+C7775158	120
+C7775180	120
+C7775242	120
+C7775244	120
+C7775260	120
+C7775266	120
+C7775276	120
+C7775278	120
+C7775282	120
+C7775306	120
+C7775314	120
+C7775328	120
+C7775330	120
+C7775332	120
+C7775358	120
+C7775360	120
+C7775366	120
+C7775376	120
+C7775402	120
+C7775412	120
+C7775418	120
+C7775456	120
+C7775474	120
+C7775488	120
+C7775496	120
+C7775504	120
+C7775526	120
+C7775534	120
+C7775540	120
+C7775542	120
+C7775558	120
+C7775564	120
+C7775600	120
+C7775622	120
+C7775626	120
+C7775638	120
+C7775652	120
+C7775662	120
+C7775664	120
+C7775678	120
+C7775682	120
+C7775698	120
+C7775702	120
+C7775708	120
+C7775716	120
+C7775726	120
+C7775734	120
+C7775740	120
+C7775744	120
+C7775754	120
+C7775766	120
+C7775780	120
+C7775794	120
+C7775796	120
+C7775802	120
+C7775824	120
+C7775842	120
+C7775864	120
+C7775868	120
+C7775892	120
+C7775896	120
+C7775902	120
+C7775914	120
+C7775918	120
+C7775922	120
+C7775932	120
+C7775944	120
+C7775976	120
+C7775980	120
+C7775982	120
+C7776006	120
+C7776030	120
+C7776036	120
+C7776038	120
+C7776054	120
+C7776056	120
+C7776106	120
+C7776126	120
+C7776134	120
+C7776138	120
+C7776142	120
+C7776144	120
+C7776166	120
+C7776206	120
+C7776216	120
+C7776234	120
+C7776244	120
+C7776260	120
+C7776266	120
+C7776318	120
+C7776334	120
+C7776342	120
+C7776344	120
+C7776354	120
+C7776360	120
+C7776362	120
+C7776382	120
+C7776396	120
+C7776406	120
+C7776410	120
+C7776418	120
+C7776442	120
+C7776444	120
+C7776468	120
+C7776470	120
+C7776472	120
+C7776494	120
+C7776502	120
+C7776510	120
+C7776534	120
+C7776536	120
+C7776540	120
+C7776548	120
+C7776568	120
+C7776570	120
+C7776590	120
+C7776592	120
+C7776614	120
+C7776638	120
+C7776646	120
+C7776648	120
+C7776656	120
+C7776660	120
+C7776666	120
+C7776670	120
+C7776676	120
+C7776690	120
+C7776698	120
+C7776702	120
+C7776716	120
+C7776734	120
+C7776738	120
+C7776760	120
+C7776768	120
+C7776790	120
+C7776802	120
+C7776820	120
+C7776830	120
+C7776844	120
+C7776850	120
+C7776874	120
+C7776876	120
+C7776878	120
+C7776882	120
+C7776892	120
+C7776902	120
+C7776914	120
+C7776922	120
+C7776930	120
+C7776946	120
+C7776964	120
+C7776966	120
+C7776972	120
+C7776980	120
+C7777016	120
+C7777042	120
+C7777058	120
+C7777060	120
+C7777064	120
+C7777066	120
+C7777092	120
+C7777094	120
+C7777100	120
+C7777120	120
+C7777132	120
+C7777136	120
+C7777142	120
+C7777146	120
+C7777150	120
+C7777162	120
+C7777166	120
+C7777170	120
+C7777198	120
+C7777200	120
+C7777208	120
+C7777234	120
+C7777238	120
+C7777254	120
+C7777256	120
+C7777286	120
+C7777300	120
+C7777308	120
+C7777318	120
+C7777326	120
+C7777340	120
+C7777374	120
+C7777390	120
+C7777396	120
+C7777424	120
+C7777448	120
+C7777454	120
+C7777458	120
+C7777464	120
+C7777466	120
+C7777480	120
+C7777508	120
+C7777510	120
+C7777512	120
+C7777536	120
+C7777560	120
+C7777564	120
+C7777602	120
+C7777614	120
+C7777628	120
+C7777630	120
+C7777642	120
+C7777644	120
+C7777650	120
+C7777672	120
+C7777680	120
+C7777694	120
+C7777704	120
+C7777714	120
+C7777734	120
+C7777756	120
+C7777782	120
+C7777788	120
+C7777792	120
+C7777796	120
+C7777822	120
+C7777832	120
+C7777848	120
+C7777858	120
+C7777862	120
+C7777872	120
+C7777874	120
+C7777884	120
+C7777888	120
+C7777896	120
+C7777908	120
+C7777924	120
+C7777944	120
+C7777952	120
+C7777972	120
+C7777984	120
+C7777990	120
+C7777994	120
+C7778010	120
+C7778016	120
+C7778026	120
+C7778038	120
+C7778044	120
+C7778046	120
+C7778050	120
+C7778058	120
+C7778060	120
+C7778064	120
+C7778072	120
+C7778082	120
+C7778084	120
+C7778088	120
+C7778108	120
+C7778112	120
+C7778120	120
+C7778122	120
+C7778140	120
+C7778144	120
+C7778164	120
+C7778172	120
+C7778184	120
+C7778186	120
+C7778194	120
+C7778208	120
+C7778220	120
+C7778232	120
+C7778238	120
+C7778244	120
+C7778254	120
+C7778270	120
+C7778276	120
+C7778312	120
+C7778320	120
+C7778330	120
+C7778332	120
+C7778340	120
+C7778366	120
+C7778370	120
+C7778374	120
+C7778394	120
+C7778396	120
+C7778402	120
+C7778412	120
+C7778414	120
+C7778416	120
+C7778424	120
+C7778430	120
+C7778444	120
+C7778464	120
+C7778486	120
+C7778532	120
+C7778538	120
+C7778560	120
+C7778564	120
+C7778570	120
+C7778604	120
+C7778624	120
+C7778632	120
+C7778634	120
+C7778638	120
+C7778652	120
+C7778672	120
+C7778676	120
+C7778680	120
+C7778682	120
+C7778684	120
+C7778696	120
+C7778700	120
+C7778706	120
+C7778710	120
+C7778714	120
+C7778724	120
+C7778730	120
+C7778746	120
+C7778760	120
+C7778774	120
+C7778776	120
+C7778786	120
+C7778824	120
+C7778826	120
+C7778834	120
+C7778844	120
+C7778848	120
+C7778868	120
+C7778870	120
+C7778884	120
+C7778890	120
+C7778912	120
+C7778934	120
+C7778936	120
+C7778972	120
+C7778980	120
+C7778984	120
+C7778996	120
+C7779020	120
+C7779034	120
+C7779040	120
+C7779048	120
+C7779054	120
+C7779064	120
+C7779066	120
+C7779078	120
+C7779082	120
+C7779086	120
+C7779104	120
+C7779114	120
+C7779118	120
+C7779128	120
+C7779140	120
+C7779152	120
+C7779166	120
+C7779202	120
+C7779206	120
+C7779258	120
+C7779270	120
+C7779286	120
+C7779294	120
+C7779308	120
+C7779316	120
+C7779326	120
+C7779332	120
+C7779336	120
+C7779344	120
+C7779358	120
+C7779362	120
+C7779388	120
+C7779398	120
+C7779406	120
+C7779408	120
+C7779426	120
+C7779434	120
+C7779442	120
+C7779450	120
+C7779452	120
+C7779454	120
+C7779456	120
+C7779466	120
+C7779472	120
+C7779476	120
+C7779478	120
+C7779490	120
+C7779496	120
+C7779500	120
+C7779504	120
+C7779512	120
+C7779540	120
+C7779542	120
+C7779544	120
+C7779548	120
+C7779552	120
+C7779558	120
+C7779562	120
+C7779578	120
+C7779580	120
+C7779582	120
+C7779588	120
+C7779600	120
+C7779608	120
+C7779636	120
+C7779640	120
+C7779644	120
+C7779650	120
+C7779672	120
+C7779678	120
+C7779694	120
+C7779698	120
+C7779708	120
+C7779710	120
+C7779712	120
+C7779716	120
+C7779730	120
+C7779748	120
+C7779776	120
+C7779794	120
+C7779804	120
+C7779818	120
+C7779822	120
+C7779824	120
+C7779834	120
+C7779836	120
+C7779838	120
+C7779840	120
+C7779860	120
+C7779872	120
+C7779874	120
+C7779890	120
+C7779892	120
+C7779894	120
+C7779900	120
+C7779914	120
+C7779926	120
+C7779946	120
+C7779968	120
+C7779976	120
+C7779986	120
+C7779994	120
+C7780000	120
+C7780012	120
+C7780014	120
+C7780030	120
+C7780036	120
+C7780040	120
+C7780052	120
+C7780056	120
+C7780058	120
+C7780068	120
+C7780070	120
+C7780088	120
+C7780096	120
+C7780110	120
+C7780116	120
+C7780122	120
+C7780136	120
+C7780144	120
+C7780150	120
+C7780182	120
+C7780206	120
+C7780212	120
+C7780214	120
+C7780220	120
+C7780228	120
+C7780232	120
+C7780240	120
+C7780276	120
+C7780278	120
+C7780300	120
+C7780324	120
+C7780326	120
+C7780328	120
+C7780340	120
+C7780344	120
+C7780350	120
+C7780358	120
+C7780366	120
+C7780370	120
+C7780372	120
+C7780374	120
+C7780380	120
+C7780388	120
+C7780396	120
+C7780410	120
+C7780420	120
+C7780426	120
+C7780448	120
+C7780450	120
+C7780452	120
+C7780454	120
+C7780466	120
+C7780484	120
+C7780494	120
+C7780496	120
+C7780504	120
+C7780532	120
+C7780540	120
+C7780546	120
+C7780554	120
+C7780560	120
+C7780562	120
+C7780566	120
+C7780568	120
+C7780572	120
+C7780574	120
+C7780578	120
+C7780588	120
+C7780596	120
+C7780638	120
+C7780646	120
+C7780666	120
+C7780676	120
+C7780680	120
+C7780684	120
+C7780722	120
+C7780734	120
+C7780752	120
+C7780762	120
+C7780766	120
+C7780772	120
+C7780778	120
+C7780780	120
+C7780782	120
+C7780790	120
+C7780798	120
+C7780808	120
+C7780810	120
+C7780812	120
+C7780824	120
+C7780832	120
+C7780840	120
+C7780852	120
+C7780880	120
+C7780914	120
+C7780918	120
+C7780922	120
+C7780930	120
+C7780932	120
+C7780934	120
+C7780942	120
+C7780950	120
+C7780958	120
+C7780968	120
+C7780974	120
+C7780978	120
+C7780986	120
+C7780990	120
+C7781008	120
+C7781028	120
+C7781030	120
+C7781034	120
+C7781038	120
+C7781064	120
+C7781082	120
+C7781116	120
+C7781118	120
+C7781124	120
+C7781132	120
+C7781140	120
+C7781150	120
+C7781154	120
+C7781166	120
+C7781172	120
+C7781184	120
+C7781194	120
+C7781206	120
+C7781210	120
+C7781214	120
+C7781226	120
+C7781232	120
+C7781234	120
+C7781236	120
+C7781252	120
+C7781260	120
+C7781270	120
+C7781276	120
+C7781300	120
+C7781304	120
+C7781314	120
+C7755816	119
+C7755828	119
+C7755840	119
+C7755854	119
+C7755860	119
+C7755862	119
+C7755872	119
+C7755880	119
+C7755902	119
+C7755918	119
+C7755924	119
+C7755934	119
+C7755938	119
+C7755942	119
+C7755948	119
+C7755968	119
+C7755972	119
+C7755984	119
+C7755988	119
+C7756000	119
+C7756014	119
+C7756016	119
+C7756018	119
+C7756030	119
+C7756048	119
+C7756052	119
+C7756056	119
+C7756076	119
+C7756088	119
+C7756102	119
+C7756104	119
+C7756118	119
+C7756164	119
+C7756176	119
+C7756190	119
+C7756202	119
+C7756210	119
+C7756216	119
+C7756224	119
+C7756234	119
+C7756250	119
+C7756256	119
+C7756258	119
+C7756262	119
+C7756278	119
+C7756286	119
+C7756292	119
+C7756294	119
+C7756310	119
+C7756312	119
+C7756318	119
+C7756324	119
+C7756326	119
+C7756330	119
+C7756332	119
+C7756336	119
+C7756338	119
+C7756352	119
+C7756362	119
+C7756364	119
+C7756382	119
+C7756386	119
+C7756390	119
+C7756398	119
+C7756400	119
+C7756416	119
+C7756446	119
+C7756454	119
+C7756462	119
+C7756470	119
+C7756478	119
+C7756480	119
+C7756488	119
+C7756490	119
+C7756504	119
+C7756516	119
+C7756520	119
+C7756526	119
+C7756540	119
+C7756544	119
+C7756548	119
+C7756566	119
+C7756576	119
+C7756578	119
+C7756580	119
+C7756588	119
+C7756604	119
+C7756658	119
+C7756680	119
+C7756682	119
+C7756684	119
+C7756702	119
+C7756704	119
+C7756724	119
+C7756726	119
+C7756730	119
+C7756738	119
+C7756752	119
+C7756762	119
+C7756780	119
+C7756782	119
+C7756786	119
+C7756792	119
+C7756794	119
+C7756804	119
+C7756812	119
+C7756820	119
+C7756824	119
+C7756830	119
+C7756842	119
+C7756852	119
+C7756858	119
+C7756868	119
+C7756872	119
+C7756874	119
+C7756894	119
+C7756896	119
+C7756900	119
+C7756906	119
+C7756910	119
+C7756912	119
+C7756922	119
+C7756934	119
+C7756944	119
+C7756970	119
+C7756994	119
+C7757008	119
+C7757040	119
+C7757086	119
+C7757114	119
+C7757118	119
+C7757154	119
+C7757164	119
+C7757172	119
+C7757182	119
+C7757194	119
+C7757200	119
+C7757204	119
+C7757208	119
+C7757218	119
+C7757224	119
+C7757226	119
+C7757244	119
+C7757252	119
+C7757254	119
+C7757258	119
+C7757264	119
+C7757268	119
+C7757270	119
+C7757272	119
+C7757292	119
+C7757308	119
+C7757310	119
+C7757312	119
+C7757322	119
+C7757328	119
+C7757330	119
+C7757332	119
+C7757354	119
+C7757358	119
+C7757362	119
+C7757368	119
+C7757370	119
+C7757372	119
+C7757394	119
+C7757400	119
+C7757414	119
+C7757420	119
+C7757422	119
+C7757424	119
+C7757432	119
+C7757438	119
+C7757444	119
+C7757452	119
+C7757456	119
+C7757460	119
+C7757520	119
+C7757534	119
+C7757540	119
+C7757544	119
+C7757548	119
+C7757560	119
+C7757566	119
+C7757584	119
+C7757590	119
+C7757614	119
+C7757632	119
+C7757638	119
+C7757640	119
+C7757668	119
+C7757676	119
+C7757682	119
+C7757704	119
+C7757710	119
+C7757714	119
+C7757718	119
+C7757724	119
+C7757750	119
+C7757752	119
+C7757776	119
+C7757790	119
+C7757794	119
+C7757812	119
+C7757830	119
+C7757844	119
+C7757846	119
+C7757854	119
+C7757862	119
+C7757882	119
+C7757888	119
+C7757890	119
+C7757918	119
+C7757926	119
+C7757930	119
+C7757944	119
+C7757952	119
+C7757968	119
+C7757974	119
+C7757982	119
+C7757996	119
+C7758006	119
+C7758014	119
+C7758028	119
+C7758038	119
+C7758040	119
+C7758048	119
+C7758054	119
+C7758062	119
+C7758068	119
+C7758088	119
+C7758116	119
+C7758134	119
+C7758138	119
+C7758170	119
+C7758172	119
+C7758186	119
+C7758194	119
+C7758218	119
+C7758232	119
+C7758234	119
+C7758238	119
+C7758248	119
+C7758268	119
+C7758270	119
+C7758278	119
+C7758312	119
+C7758314	119
+C7758344	119
+C7758348	119
+C7758362	119
+C7758364	119
+C7758372	119
+C7758374	119
+C7758398	119
+C7758404	119
+C7758414	119
+C7758420	119
+C7758430	119
+C7758434	119
+C7758446	119
+C7758448	119
+C7758466	119
+C7758550	119
+C7758560	119
+C7758566	119
+C7758568	119
+C7758594	119
+C7758596	119
+C7758598	119
+C7758600	119
+C7758610	119
+C7758612	119
+C7758640	119
+C7758642	119
+C7758666	119
+C7758670	119
+C7758688	119
+C7758704	119
+C7758710	119
+C7758714	119
+C7758716	119
+C7758718	119
+C7758720	119
+C7758722	119
+C7758732	119
+C7758740	119
+C7758744	119
+C7758760	119
+C7758762	119
+C7758768	119
+C7758776	119
+C7758788	119
+C7758806	119
+C7758814	119
+C7758820	119
+C7758824	119
+C7758834	119
+C7758850	119
+C7758886	119
+C7758888	119
+C7758892	119
+C7758902	119
+C7758912	119
+C7758922	119
+C7758928	119
+C7758950	119
+C7758976	119
+C7758980	119
+C7758986	119
+C7758994	119
+C7759002	119
+C7759008	119
+C7759024	119
+C7759056	119
+C7759062	119
+C7759076	119
+C7759098	119
+C7759106	119
+C7759110	119
+C7759122	119
+C7759124	119
+C7759128	119
+C7759138	119
+C7759146	119
+C7759152	119
+C7759160	119
+C7759176	119
+C7759184	119
+C7759188	119
+C7759194	119
+C7759206	119
+C7759216	119
+C7759234	119
+C7759244	119
+C7759250	119
+C7759258	119
+C7759270	119
+C7759278	119
+C7759304	119
+C7759342	119
+C7759346	119
+C7759350	119
+C7759356	119
+C7759368	119
+C7759376	119
+C7759382	119
+C7759392	119
+C7759406	119
+C7759420	119
+C7759432	119
+C7759436	119
+C7759446	119
+C7759450	119
+C7759460	119
+C7759480	119
+C7759482	119
+C7759486	119
+C7759514	119
+C7759538	119
+C7759582	119
+C7759590	119
+C7759610	119
+C7759646	119
+C7759658	119
+C7759664	119
+C7759692	119
+C7759698	119
+C7759714	119
+C7759740	119
+C7759746	119
+C7759754	119
+C7759778	119
+C7759792	119
+C7759804	119
+C7759808	119
+C7759812	119
+C7759820	119
+C7759852	119
+C7759866	119
+C7759868	119
+C7759870	119
+C7759880	119
+C7759894	119
+C7759900	119
+C7759902	119
+C7759906	119
+C7759932	119
+C7759936	119
+C7759952	119
+C7759954	119
+C7759968	119
+C7759974	119
+C7759980	119
+C7759990	119
+C7760000	119
+C7760030	119
+C7760036	119
+C7760050	119
+C7760052	119
+C7760054	119
+C7760066	119
+C7760072	119
+C7760084	119
+C7760088	119
+C7760112	119
+C7760114	119
+C7760118	119
+C7760130	119
+C7760134	119
+C7760144	119
+C7760166	119
+C7760168	119
+C7760192	119
+C7760196	119
+C7760204	119
+C7760214	119
+C7760218	119
+C7760228	119
+C7760248	119
+C7760250	119
+C7760254	119
+C7760262	119
+C7760266	119
+C7760280	119
+C7760282	119
+C7760294	119
+C7760306	119
+C7760312	119
+C7760322	119
+C7760326	119
+C7760340	119
+C7760342	119
+C7760346	119
+C7760356	119
+C7760360	119
+C7760366	119
+C7760368	119
+C7760382	119
+C7760390	119
+C7760398	119
+C7760400	119
+C7760404	119
+C7760410	119
+C7760420	119
+C7760422	119
+C7760428	119
+C7760430	119
+C7760434	119
+C7760454	119
+C7760456	119
+C7760460	119
+C7760466	119
+C7760474	119
+C7760490	119
+C7760492	119
+C7760502	119
+C7760504	119
+C7760516	119
+C7760540	119
+C7760546	119
+C7760548	119
+C7760556	119
+C7760560	119
+C7760562	119
+C7760584	119
+C7760600	119
+C7760602	119
+C7760610	119
+C7760612	119
+C7760616	119
+C7760626	119
+C7760646	119
+C7760650	119
+C7760656	119
+C7760658	119
+C7760664	119
+C7760676	119
+C7760678	119
+C7760728	119
+C7760740	119
+C7760744	119
+C7760750	119
+C7760754	119
+C7760756	119
+C7760780	119
+C7760796	119
+C7760800	119
+C7760814	119
+C7760818	119
+C7760820	119
+C7760824	119
+C7760834	119
+C7760850	119
+C7760852	119
+C7760874	119
+C7760878	119
+C7760916	119
+C7760918	119
+C7760922	119
+C7760930	119
+C7760936	119
+C7760946	119
+C7760976	119
+C7761014	119
+C7761016	119
+C7761024	119
+C7761032	119
+C7761050	119
+C7761056	119
+C7761060	119
+C7761070	119
+C7761082	119
+C7761086	119
+C7761088	119
+C7761090	119
+C7761102	119
+C7761104	119
+C7761106	119
+C7761140	119
+C7761144	119
+C7761180	119
+C7761194	119
+C7761202	119
+C7761216	119
+C7761224	119
+C7761228	119
+C7761242	119
+C7761246	119
+C7761248	119
+C7761250	119
+C7761280	119
+C7761288	119
+C7761290	119
+C7761302	119
+C7761334	119
+C7761338	119
+C7761362	119
+C7761366	119
+C7761386	119
+C7761416	119
+C7761422	119
+C7761434	119
+C7761442	119
+C7761480	119
+C7761482	119
+C7761496	119
+C7761512	119
+C7761514	119
+C7761518	119
+C7761520	119
+C7761542	119
+C7761556	119
+C7761570	119
+C7761586	119
+C7761590	119
+C7761618	119
+C7761638	119
+C7761640	119
+C7761642	119
+C7761648	119
+C7761676	119
+C7761688	119
+C7761696	119
+C7761700	119
+C7761702	119
+C7761720	119
+C7761726	119
+C7761732	119
+C7761744	119
+C7761772	119
+C7761788	119
+C7761798	119
+C7761806	119
+C7761808	119
+C7761820	119
+C7761842	119
+C7761860	119
+C7761866	119
+C7761878	119
+C7761888	119
+C7761924	119
+C7761946	119
+C7761952	119
+C7761964	119
+C7761972	119
+C7762002	119
+C7762014	119
+C7762016	119
+C7762038	119
+C7762044	119
+C7762078	119
+C7762082	119
+C7762090	119
+C7762094	119
+C7762098	119
+C7762138	119
+C7762152	119
+C7762170	119
+C7762184	119
+C7762198	119
+C7762218	119
+C7762226	119
+C7762258	119
+C7762272	119
+C7762282	119
+C7762294	119
+C7762298	119
+C7762322	119
+C7762336	119
+C7762346	119
+C7762350	119
+C7762364	119
+C7762374	119
+C7762382	119
+C7762392	119
+C7762394	119
+C7762406	119
+C7762410	119
+C7762418	119
+C7762420	119
+C7762438	119
+C7762450	119
+C7762458	119
+C7762470	119
+C7762474	119
+C7762492	119
+C7762494	119
+C7762500	119
+C7762506	119
+C7762510	119
+C7762512	119
+C7762538	119
+C7762546	119
+C7762562	119
+C7762580	119
+C7762588	119
+C7762606	119
+C7762630	119
+C7762632	119
+C7762636	119
+C7762648	119
+C7762654	119
+C7762658	119
+C7762678	119
+C7762702	119
+C7762714	119
+C7762720	119
+C7762740	119
+C7762748	119
+C7762758	119
+C7762762	119
+C7762766	119
+C7762778	119
+C7762794	119
+C7762840	119
+C7762858	119
+C7762864	119
+C7762872	119
+C7762878	119
+C7762880	119
+C7762882	119
+C7762894	119
+C7762914	119
+C7762916	119
+C7762918	119
+C7762948	119
+C7762958	119
+C7762974	119
+C7762982	119
+C7762988	119
+C7762990	119
+C7762998	119
+C7763004	119
+C7763020	119
+C7763026	119
+C7763028	119
+C7763038	119
+C7763040	119
+C7763044	119
+C7763046	119
+C7763052	119
+C7763062	119
+C7763066	119
+C7763070	119
+C7763076	119
+C7763088	119
+C7763096	119
+C7763098	119
+C7763104	119
+C7763112	119
+C7763116	119
+C7763142	119
+C7763146	119
+C7763156	119
+C7763164	119
+C7763196	119
+C7763208	119
+C7763212	119
+C7763220	119
+C7763250	119
+C7763256	119
+C7763262	119
+C7763266	119
+C7763284	119
+C7763290	119
+C7763314	119
+C7763328	119
+C7763344	119
+C7763358	119
+C7763372	119
+C7763380	119
+C7763402	119
+C7763406	119
+C7763408	119
+C7763418	119
+C7763422	119
+C7763432	119
+C7763446	119
+C7763456	119
+C7763458	119
+C7763466	119
+C7763476	119
+C7763500	119
+C7763532	119
+C7763552	119
+C7763564	119
+C7763566	119
+C7763570	119
+C7763574	119
+C7763580	119
+C7763594	119
+C7763598	119
+C7763644	119
+C7763688	119
+C7763690	119
+C7763698	119
+C7763700	119
+C7763708	119
+C7763716	119
+C7763722	119
+C7763736	119
+C7763760	119
+C7763762	119
+C7763774	119
+C7763806	119
+C7763826	119
+C7763836	119
+C7763842	119
+C7763854	119
+C7763856	119
+C7763866	119
+C7763906	119
+C7763922	119
+C7763938	119
+C7763940	119
+C7763944	119
+C7763952	119
+C7763966	119
+C7763970	119
+C7763974	119
+C7763982	119
+C7763986	119
+C7764038	119
+C7764040	119
+C7764066	119
+C7764072	119
+C7764084	119
+C7764098	119
+C7764108	119
+C7764120	119
+C7764128	119
+C7764144	119
+C7764160	119
+C7764174	119
+C7764182	119
+C7764192	119
+C7764198	119
+C7764228	119
+C7764230	119
+C7764232	119
+C7764236	119
+C7764238	119
+C7764240	119
+C7764254	119
+C7764268	119
+C7764270	119
+C7764274	119
+C7764278	119
+C7764306	119
+C7764316	119
+C7764340	119
+C7764350	119
+C7764358	119
+C7764366	119
+C7764370	119
+C7764374	119
+C7764376	119
+C7764396	119
+C7764400	119
+C7764416	119
+C7764428	119
+C7764436	119
+C7764464	119
+C7764478	119
+C7764492	119
+C7764522	119
+C7764548	119
+C7764562	119
+C7764572	119
+C7764594	119
+C7764606	119
+C7764624	119
+C7764630	119
+C7764634	119
+C7764638	119
+C7764650	119
+C7764662	119
+C7764668	119
+C7764670	119
+C7764672	119
+C7764680	119
+C7764688	119
+C7764702	119
+C7764718	119
+C7764746	119
+C7764776	119
+C7764786	119
+C7764824	119
+C7764862	119
+C7764872	119
+C7764886	119
+C7764896	119
+C7764898	119
+C7764904	119
+C7764918	119
+C7764920	119
+C7764928	119
+C7764936	119
+C7764938	119
+C7764940	119
+C7764972	119
+C7764978	119
+C7764982	119
+C7765012	119
+C7765014	119
+C7765018	119
+C7765022	119
+C7765026	119
+C7765066	119
+C7765070	119
+C7765092	119
+C7765120	119
+C7765124	119
+C7765130	119
+C7765138	119
+C7765142	119
+C7765144	119
+C7765146	119
+C7765158	119
+C7765170	119
+C7765182	119
+C7765214	119
+C7765216	119
+C7765218	119
+C7765220	119
+C7765222	119
+C7765228	119
+C7765232	119
+C7765236	119
+C7765240	119
+C7765260	119
+C7765272	119
+C7765288	119
+C7765292	119
+C7765300	119
+C7765310	119
+C7765312	119
+C7765324	119
+C7765330	119
+C7765332	119
+C7765358	119
+C7765378	119
+C7765384	119
+C7765386	119
+C7765408	119
+C7765412	119
+C7765422	119
+C7765426	119
+C7765442	119
+C7765472	119
+C7765478	119
+C7765500	119
+C7765516	119
+C7765526	119
+C7765530	119
+C7765552	119
+C7765558	119
+C7765574	119
+C7765592	119
+C7765596	119
+C7765600	119
+C7765616	119
+C7765618	119
+C7765626	119
+C7765636	119
+C7765646	119
+C7765650	119
+C7765672	119
+C7765684	119
+C7765706	119
+C7765718	119
+C7765722	119
+C7765724	119
+C7765732	119
+C7765742	119
+C7765774	119
+C7765778	119
+C7765784	119
+C7765786	119
+C7765794	119
+C7765796	119
+C7765798	119
+C7765816	119
+C7765822	119
+C7765824	119
+C7765856	119
+C7765858	119
+C7765886	119
+C7765894	119
+C7765896	119
+C7765908	119
+C7765914	119
+C7765936	119
+C7765938	119
+C7765954	119
+C7765958	119
+C7765964	119
+C7765966	119
+C7765970	119
+C7765974	119
+C7765978	119
+C7765990	119
+C7766014	119
+C7766024	119
+C7766028	119
+C7766056	119
+C7766120	119
+C7766126	119
+C7766158	119
+C7766160	119
+C7766162	119
+C7766168	119
+C7766214	119
+C7766218	119
+C7766220	119
+C7766244	119
+C7766254	119
+C7766266	119
+C7766270	119
+C7766274	119
+C7766298	119
+C7766300	119
+C7766304	119
+C7766336	119
+C7766340	119
+C7766348	119
+C7766366	119
+C7766422	119
+C7766426	119
+C7766434	119
+C7766446	119
+C7766456	119
+C7766458	119
+C7766486	119
+C7766500	119
+C7766516	119
+C7766520	119
+C7766522	119
+C7766524	119
+C7766536	119
+C7766550	119
+C7766568	119
+C7766572	119
+C7766586	119
+C7766590	119
+C7766624	119
+C7766628	119
+C7766630	119
+C7766644	119
+C7766648	119
+C7766650	119
+C7766662	119
+C7766664	119
+C7766680	119
+C7766690	119
+C7766694	119
+C7766696	119
+C7766704	119
+C7766706	119
+C7766708	119
+C7766710	119
+C7766712	119
+C7766716	119
+C7766718	119
+C7766720	119
+C7766730	119
+C7766744	119
+C7766748	119
+C7766750	119
+C7766766	119
+C7766784	119
+C7766792	119
+C7766794	119
+C7766804	119
+C7766806	119
+C7766808	119
+C7766816	119
+C7766822	119
+C7766824	119
+C7766830	119
+C7766836	119
+C7766840	119
+C7766844	119
+C7766852	119
+C7766854	119
+C7766882	119
+C7766886	119
+C7766890	119
+C7766934	119
+C7766938	119
+C7766946	119
+C7766950	119
+C7766956	119
+C7766958	119
+C7766960	119
+C7766984	119
+C7766994	119
+C7767002	119
+C7767010	119
+C7767014	119
+C7767038	119
+C7767044	119
+C7767068	119
+C7767070	119
+C7767102	119
+C7767106	119
+C7767108	119
+C7767114	119
+C7767136	119
+C7767156	119
+C7767158	119
+C7767160	119
+C7767168	119
+C7767170	119
+C7767172	119
+C7767180	119
+C7767194	119
+C7767202	119
+C7767216	119
+C7767234	119
+C7767238	119
+C7767270	119
+C7767276	119
+C7767296	119
+C7767304	119
+C7767312	119
+C7767350	119
+C7767352	119
+C7767362	119
+C7767380	119
+C7767388	119
+C7767390	119
+C7767416	119
+C7767442	119
+C7767444	119
+C7767448	119
+C7767460	119
+C7767474	119
+C7767494	119
+C7767520	119
+C7767552	119
+C7767556	119
+C7767564	119
+C7767572	119
+C7767582	119
+C7767584	119
+C7767604	119
+C7767606	119
+C7767616	119
+C7767622	119
+C7767626	119
+C7767648	119
+C7767654	119
+C7767658	119
+C7767660	119
+C7767668	119
+C7767676	119
+C7767692	119
+C7767704	119
+C7767708	119
+C7767714	119
+C7767718	119
+C7767726	119
+C7767738	119
+C7767742	119
+C7767758	119
+C7767760	119
+C7767762	119
+C7767764	119
+C7767776	119
+C7767778	119
+C7767784	119
+C7767848	119
+C7767872	119
+C7767892	119
+C7767902	119
+C7767906	119
+C7767908	119
+C7767940	119
+C7767964	119
+C7767968	119
+C7767972	119
+C7767980	119
+C7767998	119
+C7768000	119
+C7768030	119
+C7768034	119
+C7768036	119
+C7768038	119
+C7768044	119
+C7768050	119
+C7768056	119
+C7768058	119
+C7768066	119
+C7768076	119
+C7768090	119
+C7768096	119
+C7768112	119
+C7768116	119
+C7768124	119
+C7768150	119
+C7768166	119
+C7768170	119
+C7768172	119
+C7768174	119
+C7768176	119
+C7768180	119
+C7768192	119
+C7768194	119
+C7768196	119
+C7768212	119
+C7768240	119
+C7768246	119
+C7768258	119
+C7768260	119
+C7768262	119
+C7768272	119
+C7768280	119
+C7768284	119
+C7768314	119
+C7768330	119
+C7768336	119
+C7768350	119
+C7768362	119
+C7768402	119
+C7768404	119
+C7768406	119
+C7768412	119
+C7768414	119
+C7768474	119
+C7768480	119
+C7742533	118
+C7742541	118
+C7742545	118
+C7742551	118
+C7742555	118
+C7742563	118
+C7742575	118
+C7742587	118
+C7742591	118
+C7742597	118
+C7742629	118
+C7742631	118
+C7742633	118
+C7742637	118
+C7742643	118
+C7742713	118
+C7742719	118
+C7742721	118
+C7742735	118
+C7742775	118
+C7742779	118
+C7742783	118
+C7742791	118
+C7742793	118
+C7742795	118
+C7742799	118
+C7742807	118
+C7742823	118
+C7742845	118
+C7742849	118
+C7742861	118
+C7742873	118
+C7742875	118
+C7742883	118
+C7742901	118
+C7742911	118
+C7742913	118
+C7742941	118
+C7742947	118
+C7742955	118
+C7742967	118
+C7742977	118
+C7742991	118
+C7742995	118
+C7742997	118
+C7743025	118
+C7743027	118
+C7743035	118
+C7743041	118
+C7743051	118
+C7743083	118
+C7743093	118
+C7743095	118
+C7743107	118
+C7743135	118
+C7743147	118
+C7743161	118
+C7743163	118
+C7743165	118
+C7743173	118
+C7743189	118
+C7743211	118
+C7743215	118
+C7743243	118
+C7743259	118
+C7743265	118
+C7743269	118
+C7743273	118
+C7743285	118
+C7743297	118
+C7743299	118
+C7743311	118
+C7743317	118
+C7743325	118
+C7743329	118
+C7743333	118
+C7743335	118
+C7743347	118
+C7743361	118
+C7743363	118
+C7743389	118
+C7743401	118
+C7743407	118
+C7743427	118
+C7743431	118
+C7743437	118
+C7743443	118
+C7743447	118
+C7743465	118
+C7743473	118
+C7743475	118
+C7743481	118
+C7743483	118
+C7743485	118
+C7743503	118
+C7743515	118
+C7743517	118
+C7743531	118
+C7743545	118
+C7743555	118
+C7743561	118
+C7743567	118
+C7743583	118
+C7743585	118
+C7743587	118
+C7743593	118
+C7743595	118
+C7743605	118
+C7743615	118
+C7743629	118
+C7743643	118
+C7743657	118
+C7743661	118
+C7743673	118
+C7743683	118
+C7743685	118
+C7743709	118
+C7743719	118
+C7743721	118
+C7743753	118
+C7743759	118
+C7743773	118
+C7743785	118
+C7743813	118
+C7743819	118
+C7743843	118
+C7743885	118
+C7743893	118
+C7743925	118
+C7743935	118
+C7743943	118
+C7743947	118
+C7743961	118
+C7743965	118
+C7743975	118
+C7743991	118
+C7744013	118
+C7744017	118
+C7744023	118
+C7744027	118
+C7744047	118
+C7744055	118
+C7744071	118
+C7744085	118
+C7744101	118
+C7744103	118
+C7744119	118
+C7744123	118
+C7744129	118
+C7744149	118
+C7744151	118
+C7744153	118
+C7744165	118
+C7744175	118
+C7744185	118
+C7744203	118
+C7744209	118
+C7744213	118
+C7744215	118
+C7744225	118
+C7744233	118
+C7744263	118
+C7744265	118
+C7744285	118
+C7744295	118
+C7744323	118
+C7744357	118
+C7744361	118
+C7744371	118
+C7744385	118
+C7744395	118
+C7744409	118
+C7744415	118
+C7744427	118
+C7744431	118
+C7744433	118
+C7744439	118
+C7744451	118
+C7744459	118
+C7744479	118
+C7744485	118
+C7744489	118
+C7744499	118
+C7744531	118
+C7744533	118
+C7744543	118
+C7744547	118
+C7744553	118
+C7744557	118
+C7744565	118
+C7744571	118
+C7744583	118
+C7744585	118
+C7744595	118
+C7744605	118
+C7744611	118
+C7744629	118
+C7744635	118
+C7744665	118
+C7744691	118
+C7744705	118
+C7744707	118
+C7744717	118
+C7744721	118
+C7744769	118
+C7744773	118
+C7744809	118
+C7744821	118
+C7744833	118
+C7744835	118
+C7744841	118
+C7744843	118
+C7744849	118
+C7744879	118
+C7744911	118
+C7744915	118
+C7744933	118
+C7744951	118
+C7744957	118
+C7744965	118
+C7744967	118
+C7744973	118
+C7744987	118
+C7744991	118
+C7745001	118
+C7745003	118
+C7745007	118
+C7745009	118
+C7745013	118
+C7745023	118
+C7745029	118
+C7745035	118
+C7745039	118
+C7745073	118
+C7745077	118
+C7745113	118
+C7745141	118
+C7745151	118
+C7745171	118
+C7745203	118
+C7745205	118
+C7745209	118
+C7745229	118
+C7745233	118
+C7745239	118
+C7745243	118
+C7745251	118
+C7745255	118
+C7745263	118
+C7745279	118
+C7745281	118
+C7745285	118
+C7745293	118
+C7745307	118
+C7745315	118
+C7745317	118
+C7745319	118
+C7745323	118
+C7745327	118
+C7745335	118
+C7745341	118
+C7745363	118
+C7745365	118
+C7745367	118
+C7745391	118
+C7745393	118
+C7745409	118
+C7745411	118
+C7745423	118
+C7745433	118
+C7745437	118
+C7745439	118
+C7745445	118
+C7745457	118
+C7745477	118
+C7745481	118
+C7745511	118
+C7745513	118
+C7745521	118
+C7745531	118
+C7745533	118
+C7745535	118
+C7745537	118
+C7745551	118
+C7745581	118
+C7745593	118
+C7745595	118
+C7745607	118
+C7745617	118
+C7745619	118
+C7745629	118
+C7745633	118
+C7745641	118
+C7745649	118
+C7745667	118
+C7745669	118
+C7745679	118
+C7745681	118
+C7745691	118
+C7745701	118
+C7745707	118
+C7745723	118
+C7745741	118
+C7745765	118
+C7745771	118
+C7745775	118
+C7745781	118
+C7745799	118
+C7745809	118
+C7745815	118
+C7745817	118
+C7745821	118
+C7745827	118
+C7745835	118
+C7745839	118
+C7745857	118
+C7745859	118
+C7745869	118
+C7745871	118
+C7745875	118
+C7745907	118
+C7745913	118
+C7745921	118
+C7745929	118
+C7745939	118
+C7745957	118
+C7745963	118
+C7745965	118
+C7745973	118
+C7745983	118
+C7746015	118
+C7746019	118
+C7746025	118
+C7746027	118
+C7746029	118
+C7746045	118
+C7746051	118
+C7746057	118
+C7746061	118
+C7746067	118
+C7746083	118
+C7746121	118
+C7746125	118
+C7746135	118
+C7746137	118
+C7746141	118
+C7746145	118
+C7746147	118
+C7746149	118
+C7746155	118
+C7746159	118
+C7746181	118
+C7746183	118
+C7746193	118
+C7746213	118
+C7746227	118
+C7746261	118
+C7746269	118
+C7746295	118
+C7746297	118
+C7746299	118
+C7746309	118
+C7746311	118
+C7746327	118
+C7746343	118
+C7746365	118
+C7746369	118
+C7746379	118
+C7746381	118
+C7746383	118
+C7746387	118
+C7746391	118
+C7746393	118
+C7746397	118
+C7746405	118
+C7746407	118
+C7746415	118
+C7746423	118
+C7746449	118
+C7746451	118
+C7746463	118
+C7746481	118
+C7746483	118
+C7746495	118
+C7746513	118
+C7746539	118
+C7746541	118
+C7746553	118
+C7746557	118
+C7746559	118
+C7746565	118
+C7746589	118
+C7746597	118
+C7746605	118
+C7746609	118
+C7746631	118
+C7746649	118
+C7746651	118
+C7746667	118
+C7746669	118
+C7746687	118
+C7746705	118
+C7746709	118
+C7746731	118
+C7746733	118
+C7746737	118
+C7746739	118
+C7746753	118
+C7746763	118
+C7746775	118
+C7746793	118
+C7746795	118
+C7746803	118
+C7746805	118
+C7746837	118
+C7746867	118
+C7746871	118
+C7746885	118
+C7746889	118
+C7746893	118
+C7746931	118
+C7746935	118
+C7746953	118
+C7746983	118
+C7746995	118
+C7747003	118
+C7747011	118
+C7747013	118
+C7747033	118
+C7747037	118
+C7747053	118
+C7747067	118
+C7747069	118
+C7747087	118
+C7747089	118
+C7747111	118
+C7747117	118
+C7747119	118
+C7747131	118
+C7747133	118
+C7747143	118
+C7747153	118
+C7747155	118
+C7747157	118
+C7747165	118
+C7747177	118
+C7747179	118
+C7747195	118
+C7747197	118
+C7747211	118
+C7747217	118
+C7747273	118
+C7747281	118
+C7747283	118
+C7747293	118
+C7747307	118
+C7747311	118
+C7747319	118
+C7747325	118
+C7747361	118
+C7747405	118
+C7747407	118
+C7747409	118
+C7747413	118
+C7747417	118
+C7747419	118
+C7747425	118
+C7747435	118
+C7747439	118
+C7747441	118
+C7747457	118
+C7747499	118
+C7747507	118
+C7747537	118
+C7747539	118
+C7747545	118
+C7747565	118
+C7747567	118
+C7747571	118
+C7747573	118
+C7747577	118
+C7747611	118
+C7747619	118
+C7747629	118
+C7747633	118
+C7747639	118
+C7747647	118
+C7747655	118
+C7747663	118
+C7747673	118
+C7747707	118
+C7747731	118
+C7747739	118
+C7747757	118
+C7747783	118
+C7747803	118
+C7747805	118
+C7747819	118
+C7747821	118
+C7747827	118
+C7747829	118
+C7747847	118
+C7747857	118
+C7747869	118
+C7747889	118
+C7747901	118
+C7747915	118
+C7747979	118
+C7748013	118
+C7748041	118
+C7748045	118
+C7748047	118
+C7748053	118
+C7748067	118
+C7748111	118
+C7748115	118
+C7748131	118
+C7748137	118
+C7748145	118
+C7748171	118
+C7748183	118
+C7748199	118
+C7748209	118
+C7748211	118
+C7748219	118
+C7748223	118
+C7748235	118
+C7748239	118
+C7748273	118
+C7748279	118
+C7748295	118
+C7748303	118
+C7748355	118
+C7748359	118
+C7748361	118
+C7748391	118
+C7748403	118
+C7748405	118
+C7748425	118
+C7748431	118
+C7748435	118
+C7748441	118
+C7748453	118
+C7748469	118
+C7748473	118
+C7748483	118
+C7748491	118
+C7748495	118
+C7748497	118
+C7748501	118
+C7748515	118
+C7748529	118
+C7748537	118
+C7748551	118
+C7748561	118
+C7748565	118
+C7748577	118
+C7748595	118
+C7748601	118
+C7748611	118
+C7748615	118
+C7748623	118
+C7748637	118
+C7748639	118
+C7748659	118
+C7748663	118
+C7748667	118
+C7748683	118
+C7748693	118
+C7748705	118
+C7748717	118
+C7748731	118
+C7748739	118
+C7748765	118
+C7748769	118
+C7748771	118
+C7748795	118
+C7748797	118
+C7748801	118
+C7748805	118
+C7748813	118
+C7748821	118
+C7748835	118
+C7748845	118
+C7748857	118
+C7748861	118
+C7748871	118
+C7748879	118
+C7748885	118
+C7748887	118
+C7748893	118
+C7748895	118
+C7748897	118
+C7748905	118
+C7748933	118
+C7748959	118
+C7748973	118
+C7748975	118
+C7749013	118
+C7749019	118
+C7749035	118
+C7749037	118
+C7749039	118
+C7749051	118
+C7749075	118
+C7749085	118
+C7749087	118
+C7749103	118
+C7749107	118
+C7749111	118
+C7749113	118
+C7749117	118
+C7749123	118
+C7749133	118
+C7749135	118
+C7749137	118
+C7749165	118
+C7749173	118
+C7749175	118
+C7749183	118
+C7749201	118
+C7749205	118
+C7749211	118
+C7749217	118
+C7749243	118
+C7749251	118
+C7749255	118
+C7749271	118
+C7749281	118
+C7749311	118
+C7749319	118
+C7749325	118
+C7749347	118
+C7749373	118
+C7749385	118
+C7749391	118
+C7749393	118
+C7749395	118
+C7749397	118
+C7749431	118
+C7749439	118
+C7749441	118
+C7749451	118
+C7749463	118
+C7749469	118
+C7749477	118
+C7749485	118
+C7749487	118
+C7749491	118
+C7749503	118
+C7749509	118
+C7749533	118
+C7749551	118
+C7749553	118
+C7749569	118
+C7749575	118
+C7749597	118
+C7749625	118
+C7749629	118
+C7749631	118
+C7749693	118
+C7749719	118
+C7749739	118
+C7749757	118
+C7749759	118
+C7749763	118
+C7749765	118
+C7749769	118
+C7749779	118
+C7749781	118
+C7749809	118
+C7749813	118
+C7749837	118
+C7749859	118
+C7749875	118
+C7749883	118
+C7749885	118
+C7749909	118
+C7749923	118
+C7749931	118
+C7749939	118
+C7749947	118
+C7749955	118
+C7749959	118
+C7749973	118
+C7749983	118
+C7749989	118
+C7749997	118
+C7750009	118
+C7750011	118
+C7750021	118
+C7750023	118
+C7750031	118
+C7750051	118
+C7750065	118
+C7750075	118
+C7750081	118
+C7750093	118
+C7750097	118
+C7750103	118
+C7750117	118
+C7750125	118
+C7750135	118
+C7750143	118
+C7750177	118
+C7750183	118
+C7750193	118
+C7750197	118
+C7750203	118
+C7750207	118
+C7750219	118
+C7750229	118
+C7750237	118
+C7750257	118
+C7750259	118
+C7750269	118
+C7750273	118
+C7750285	118
+C7750287	118
+C7750293	118
+C7750303	118
+C7750309	118
+C7750313	118
+C7750321	118
+C7750327	118
+C7750351	118
+C7750383	118
+C7750399	118
+C7750415	118
+C7750423	118
+C7750441	118
+C7750463	118
+C7750467	118
+C7750469	118
+C7750471	118
+C7750483	118
+C7750503	118
+C7750505	118
+C7750513	118
+C7750521	118
+C7750529	118
+C7750535	118
+C7750537	118
+C7750547	118
+C7750559	118
+C7750563	118
+C7750569	118
+C7750581	118
+C7750601	118
+C7750603	118
+C7750611	118
+C7750639	118
+C7750643	118
+C7750649	118
+C7750661	118
+C7750681	118
+C7750683	118
+C7750707	118
+C7750711	118
+C7750713	118
+C7750727	118
+C7750733	118
+C7750737	118
+C7750747	118
+C7750767	118
+C7750777	118
+C7750783	118
+C7750793	118
+C7750801	118
+C7750805	118
+C7750807	118
+C7750813	118
+C7750815	118
+C7750821	118
+C7750831	118
+C7750833	118
+C7750837	118
+C7750841	118
+C7750857	118
+C7750861	118
+C7750865	118
+C7750867	118
+C7750871	118
+C7750887	118
+C7750905	118
+C7750909	118
+C7750915	118
+C7750917	118
+C7750919	118
+C7750927	118
+C7750943	118
+C7750951	118
+C7750957	118
+C7750965	118
+C7750979	118
+C7750981	118
+C7750983	118
+C7751013	118
+C7751019	118
+C7751031	118
+C7751037	118
+C7751047	118
+C7751055	118
+C7751061	118
+C7751073	118
+C7751079	118
+C7751125	118
+C7751137	118
+C7751145	118
+C7751153	118
+C7751183	118
+C7751193	118
+C7751209	118
+C7751227	118
+C7751233	118
+C7751251	118
+C7751255	118
+C7751263	118
+C7751267	118
+C7751273	118
+C7751279	118
+C7751283	118
+C7751291	118
+C7751295	118
+C7751321	118
+C7751325	118
+C7751327	118
+C7751329	118
+C7751331	118
+C7751339	118
+C7751379	118
+C7751397	118
+C7751399	118
+C7751407	118
+C7751443	118
+C7751449	118
+C7751453	118
+C7751467	118
+C7751487	118
+C7751491	118
+C7751507	118
+C7751517	118
+C7751519	118
+C7751529	118
+C7751531	118
+C7751543	118
+C7751549	118
+C7751557	118
+C7751559	118
+C7751575	118
+C7751585	118
+C7751589	118
+C7751593	118
+C7751599	118
+C7751615	118
+C7751623	118
+C7751629	118
+C7751633	118
+C7751645	118
+C7751663	118
+C7751671	118
+C7751681	118
+C7751687	118
+C7751717	118
+C7751719	118
+C7751737	118
+C7751745	118
+C7751751	118
+C7751809	118
+C7751825	118
+C7751831	118
+C7751835	118
+C7751839	118
+C7751847	118
+C7751867	118
+C7751875	118
+C7751913	118
+C7751935	118
+C7751945	118
+C7751963	118
+C7751969	118
+C7751971	118
+C7751977	118
+C7751979	118
+C7751983	118
+C7751989	118
+C7751995	118
+C7752001	118
+C7752011	118
+C7752025	118
+C7752035	118
+C7752039	118
+C7752043	118
+C7752055	118
+C7752063	118
+C7752071	118
+C7752073	118
+C7752081	118
+C7752087	118
+C7752089	118
+C7752107	118
+C7752111	118
+C7752119	118
+C7752151	118
+C7752155	118
+C7752159	118
+C7752175	118
+C7752181	118
+C7752183	118
+C7752187	118
+C7752207	118
+C7752211	118
+C7752217	118
+C7752227	118
+C7752243	118
+C7752245	118
+C7752265	118
+C7752267	118
+C7752269	118
+C7752291	118
+C7752313	118
+C7752325	118
+C7752339	118
+C7752409	118
+C7752425	118
+C7752453	118
+C7752457	118
+C7752459	118
+C7752469	118
+C7752483	118
+C7752489	118
+C7752491	118
+C7752501	118
+C7752507	118
+C7752513	118
+C7752545	118
+C7752557	118
+C7752559	118
+C7752567	118
+C7752587	118
+C7752593	118
+C7752597	118
+C7752607	118
+C7752625	118
+C7752627	118
+C7752629	118
+C7752649	118
+C7752661	118
+C7752677	118
+C7752681	118
+C7752687	118
+C7752693	118
+C7752699	118
+C7752713	118
+C7752719	118
+C7752725	118
+C7752727	118
+C7752729	118
+C7752731	118
+C7752761	118
+C7752763	118
+C7752769	118
+C7752777	118
+C7752785	118
+C7752791	118
+C7752809	118
+C7752815	118
+C7752825	118
+C7752831	118
+C7752853	118
+C7752859	118
+C7752861	118
+C7752883	118
+C7752903	118
+C7752907	118
+C7752915	118
+C7752925	118
+C7752937	118
+C7752953	118
+C7752959	118
+C7752973	118
+C7752987	118
+C7752999	118
+C7753001	118
+C7753005	118
+C7753013	118
+C7753017	118
+C7753019	118
+C7753023	118
+C7753027	118
+C7753033	118
+C7753037	118
+C7753047	118
+C7753049	118
+C7753051	118
+C7753053	118
+C7753061	118
+C7753069	118
+C7753073	118
+C7753087	118
+C7753093	118
+C7753097	118
+C7753135	118
+C7753147	118
+C7753151	118
+C7753161	118
+C7753167	118
+C7753185	118
+C7753197	118
+C7753207	118
+C7753209	118
+C7753211	118
+C7753221	118
+C7753239	118
+C7753261	118
+C7753273	118
+C7753279	118
+C7753287	118
+C7753291	118
+C7753301	118
+C7753319	118
+C7753331	118
+C7753361	118
+C7753363	118
+C7753369	118
+C7753371	118
+C7753373	118
+C7753375	118
+C7753401	118
+C7753409	118
+C7753411	118
+C7753425	118
+C7753429	118
+C7753439	118
+C7753451	118
+C7753453	118
+C7753455	118
+C7753459	118
+C7753489	118
+C7753505	118
+C7753511	118
+C7753523	118
+C7753531	118
+C7753535	118
+C7753539	118
+C7753551	118
+C7753557	118
+C7753563	118
+C7753565	118
+C7753583	118
+C7753613	118
+C7753625	118
+C7753657	118
+C7753659	118
+C7753661	118
+C7753671	118
+C7753681	118
+C7753699	118
+C7753703	118
+C7753717	118
+C7753721	118
+C7753753	118
+C7753761	118
+C7753783	118
+C7753789	118
+C7753791	118
+C7753801	118
+C7753813	118
+C7753817	118
+C7753839	118
+C7753843	118
+C7753845	118
+C7753881	118
+C7753899	118
+C7753903	118
+C7753907	118
+C7753935	118
+C7753961	118
+C7753977	118
+C7753979	118
+C7753989	118
+C7754005	118
+C7754007	118
+C7754009	118
+C7754015	118
+C7754017	118
+C7754019	118
+C7754021	118
+C7754027	118
+C7754041	118
+C7754047	118
+C7754059	118
+C7754087	118
+C7754111	118
+C7754123	118
+C7754147	118
+C7754189	118
+C7754221	118
+C7754229	118
+C7754235	118
+C7754245	118
+C7754247	118
+C7754257	118
+C7754259	118
+C7754267	118
+C7754271	118
+C7754273	118
+C7754275	118
+C7754285	118
+C7754289	118
+C7754299	118
+C7754303	118
+C7754307	118
+C7754313	118
+C7754335	118
+C7754341	118
+C7754351	118
+C7754357	118
+C7754367	118
+C7754371	118
+C7754373	118
+C7754387	118
+C7754389	118
+C7754397	118
+C7754401	118
+C7754415	118
+C7754417	118
+C7754421	118
+C7754423	118
+C7754435	118
+C7754453	118
+C7754457	118
+C7754489	118
+C7754495	118
+C7754503	118
+C7754507	118
+C7754513	118
+C7754515	118
+C7754539	118
+C7754543	118
+C7754545	118
+C7754585	118
+C7754587	118
+C7754635	118
+C7754659	118
+C7754661	118
+C7754681	118
+C7754701	118
+C7754709	118
+C7754713	118
+C7754727	118
+C7754741	118
+C7754745	118
+C7754749	118
+C7754755	118
+C7754757	118
+C7754783	118
+C7754787	118
+C7754809	118
+C7754811	118
+C7754813	118
+C7754829	118
+C7754843	118
+C7754853	118
+C7754859	118
+C7754861	118
+C7754863	118
+C7754865	118
+C7754869	118
+C7754881	118
+C7754907	118
+C7754909	118
+C7754911	118
+C7754925	118
+C7754929	118
+C7754939	118
+C7754947	118
+C7754951	118
+C7754958	118
+C7754960	118
+C7754964	118
+C7754996	118
+C7755004	118
+C7755018	118
+C7755036	118
+C7755042	118
+C7755044	118
+C7755046	118
+C7755048	118
+C7755062	118
+C7755072	118
+C7755080	118
+C7755082	118
+C7755084	118
+C7755086	118
+C7755092	118
+C7755094	118
+C7755100	118
+C7755108	118
+C7755112	118
+C7755124	118
+C7755126	118
+C7755144	118
+C7755146	118
+C7755168	118
+C7755196	118
+C7755198	118
+C7755206	118
+C7755212	118
+C7755228	118
+C7755240	118
+C7755270	118
+C7755272	118
+C7755288	118
+C7755290	118
+C7755300	118
+C7755308	118
+C7755334	118
+C7755336	118
+C7755338	118
+C7755348	118
+C7755354	118
+C7755368	118
+C7755370	118
+C7755374	118
+C7755376	118
+C7755378	118
+C7755380	118
+C7755388	118
+C7755416	118
+C7755440	118
+C7755442	118
+C7755484	118
+C7755502	118
+C7755512	118
+C7755518	118
+C7755522	118
+C7755536	118
+C7755540	118
+C7755546	118
+C7755560	118
+C7755566	118
+C7755576	118
+C7755588	118
+C7755590	118
+C7755614	118
+C7755634	118
+C7755642	118
+C7755646	118
+C7755650	118
+C7755658	118
+C7755668	118
+C7755670	118
+C7755688	118
+C7755692	118
+C7755696	118
+C7755700	118
+C7755708	118
+C7755720	118
+C7755724	118
+C7755744	118
+C7755748	118
+C7755750	118
+C7755764	118
+C7755770	118
+C7755774	118
+C7755800	118
+C7729093	117
+C7729113	117
+C7729115	117
+C7729117	117
+C7729119	117
+C7729131	117
+C7729165	117
+C7729171	117
+C7729181	117
+C7729187	117
+C7729191	117
+C7729201	117
+C7729229	117
+C7729243	117
+C7729245	117
+C7729249	117
+C7729271	117
+C7729279	117
+C7729291	117
+C7729323	117
+C7729325	117
+C7729355	117
+C7729385	117
+C7729387	117
+C7729395	117
+C7729405	117
+C7729407	117
+C7729439	117
+C7729449	117
+C7729451	117
+C7729465	117
+C7729467	117
+C7729471	117
+C7729477	117
+C7729493	117
+C7729497	117
+C7729499	117
+C7729513	117
+C7729525	117
+C7729527	117
+C7729531	117
+C7729543	117
+C7729545	117
+C7729557	117
+C7729559	117
+C7729567	117
+C7729569	117
+C7729577	117
+C7729581	117
+C7729585	117
+C7729611	117
+C7729619	117
+C7729625	117
+C7729627	117
+C7729629	117
+C7729635	117
+C7729643	117
+C7729669	117
+C7729673	117
+C7729675	117
+C7729685	117
+C7729693	117
+C7729695	117
+C7729705	117
+C7729731	117
+C7729739	117
+C7729747	117
+C7729751	117
+C7729761	117
+C7729773	117
+C7729789	117
+C7729793	117
+C7729807	117
+C7729811	117
+C7729813	117
+C7729833	117
+C7729857	117
+C7729877	117
+C7729881	117
+C7729897	117
+C7729901	117
+C7729905	117
+C7729923	117
+C7729939	117
+C7729949	117
+C7729955	117
+C7729957	117
+C7729965	117
+C7729971	117
+C7729995	117
+C7730001	117
+C7730007	117
+C7730031	117
+C7730033	117
+C7730037	117
+C7730053	117
+C7730063	117
+C7730071	117
+C7730099	117
+C7730111	117
+C7730125	117
+C7730149	117
+C7730159	117
+C7730161	117
+C7730173	117
+C7730175	117
+C7730183	117
+C7730217	117
+C7730225	117
+C7730239	117
+C7730245	117
+C7730251	117
+C7730255	117
+C7730293	117
+C7730295	117
+C7730321	117
+C7730341	117
+C7730361	117
+C7730365	117
+C7730375	117
+C7730393	117
+C7730403	117
+C7730417	117
+C7730421	117
+C7730423	117
+C7730425	117
+C7730435	117
+C7730439	117
+C7730449	117
+C7730455	117
+C7730477	117
+C7730483	117
+C7730489	117
+C7730495	117
+C7730529	117
+C7730537	117
+C7730543	117
+C7730559	117
+C7730567	117
+C7730571	117
+C7730579	117
+C7730619	117
+C7730621	117
+C7730625	117
+C7730651	117
+C7730673	117
+C7730685	117
+C7730717	117
+C7730725	117
+C7730759	117
+C7730771	117
+C7730777	117
+C7730783	117
+C7730811	117
+C7730821	117
+C7730823	117
+C7730827	117
+C7730835	117
+C7730837	117
+C7730839	117
+C7730851	117
+C7730853	117
+C7730855	117
+C7730869	117
+C7730873	117
+C7730887	117
+C7730889	117
+C7730895	117
+C7730915	117
+C7730919	117
+C7730933	117
+C7730955	117
+C7730961	117
+C7730975	117
+C7730987	117
+C7730991	117
+C7731021	117
+C7731037	117
+C7731047	117
+C7731049	117
+C7731071	117
+C7731083	117
+C7731085	117
+C7731091	117
+C7731121	117
+C7731123	117
+C7731129	117
+C7731149	117
+C7731171	117
+C7731197	117
+C7731213	117
+C7731223	117
+C7731249	117
+C7731263	117
+C7731267	117
+C7731285	117
+C7731291	117
+C7731299	117
+C7731303	117
+C7731307	117
+C7731319	117
+C7731333	117
+C7731363	117
+C7731389	117
+C7731395	117
+C7731417	117
+C7731429	117
+C7731431	117
+C7731457	117
+C7731459	117
+C7731463	117
+C7731483	117
+C7731485	117
+C7731489	117
+C7731501	117
+C7731503	117
+C7731505	117
+C7731513	117
+C7731519	117
+C7731523	117
+C7731529	117
+C7731533	117
+C7731537	117
+C7731543	117
+C7731561	117
+C7731585	117
+C7731589	117
+C7731597	117
+C7731601	117
+C7731607	117
+C7731609	117
+C7731617	117
+C7731621	117
+C7731623	117
+C7731625	117
+C7731627	117
+C7731647	117
+C7731655	117
+C7731665	117
+C7731671	117
+C7731683	117
+C7731685	117
+C7731687	117
+C7731735	117
+C7731749	117
+C7731751	117
+C7731771	117
+C7731777	117
+C7731801	117
+C7731803	117
+C7731805	117
+C7731817	117
+C7731819	117
+C7731829	117
+C7731837	117
+C7731843	117
+C7731867	117
+C7731879	117
+C7731891	117
+C7731899	117
+C7731921	117
+C7731929	117
+C7731935	117
+C7731945	117
+C7731963	117
+C7731967	117
+C7731969	117
+C7731971	117
+C7732001	117
+C7732003	117
+C7732023	117
+C7732029	117
+C7732031	117
+C7732051	117
+C7732053	117
+C7732069	117
+C7732093	117
+C7732107	117
+C7732125	117
+C7732143	117
+C7732145	117
+C7732173	117
+C7732179	117
+C7732195	117
+C7732221	117
+C7732229	117
+C7732267	117
+C7732275	117
+C7732291	117
+C7732295	117
+C7732309	117
+C7732367	117
+C7732409	117
+C7732425	117
+C7732427	117
+C7732457	117
+C7732461	117
+C7732473	117
+C7732489	117
+C7732503	117
+C7732519	117
+C7732531	117
+C7732533	117
+C7732535	117
+C7732541	117
+C7732549	117
+C7732561	117
+C7732565	117
+C7732573	117
+C7732595	117
+C7732599	117
+C7732613	117
+C7732615	117
+C7732635	117
+C7732637	117
+C7732639	117
+C7732671	117
+C7732691	117
+C7732701	117
+C7732709	117
+C7732727	117
+C7732735	117
+C7732751	117
+C7732765	117
+C7732773	117
+C7732793	117
+C7732797	117
+C7732801	117
+C7732819	117
+C7732839	117
+C7732841	117
+C7732851	117
+C7732857	117
+C7732867	117
+C7732877	117
+C7732885	117
+C7732891	117
+C7732893	117
+C7732915	117
+C7732941	117
+C7732961	117
+C7732977	117
+C7732983	117
+C7732999	117
+C7733003	117
+C7733013	117
+C7733023	117
+C7733027	117
+C7733037	117
+C7733051	117
+C7733053	117
+C7733055	117
+C7733061	117
+C7733073	117
+C7733077	117
+C7733079	117
+C7733081	117
+C7733099	117
+C7733101	117
+C7733125	117
+C7733135	117
+C7733137	117
+C7733139	117
+C7733153	117
+C7733167	117
+C7733173	117
+C7733175	117
+C7733193	117
+C7733213	117
+C7733233	117
+C7733245	117
+C7733253	117
+C7733259	117
+C7733263	117
+C7733279	117
+C7733287	117
+C7733295	117
+C7733307	117
+C7733331	117
+C7733333	117
+C7733351	117
+C7733357	117
+C7733359	117
+C7733369	117
+C7733415	117
+C7733419	117
+C7733433	117
+C7733435	117
+C7733439	117
+C7733451	117
+C7733459	117
+C7733475	117
+C7733487	117
+C7733523	117
+C7733525	117
+C7733527	117
+C7733531	117
+C7733541	117
+C7733553	117
+C7733557	117
+C7733559	117
+C7733561	117
+C7733571	117
+C7733577	117
+C7733601	117
+C7733611	117
+C7733613	117
+C7733621	117
+C7733633	117
+C7733637	117
+C7733647	117
+C7733651	117
+C7733665	117
+C7733683	117
+C7733691	117
+C7733693	117
+C7733697	117
+C7733735	117
+C7733755	117
+C7733757	117
+C7733763	117
+C7733765	117
+C7733777	117
+C7733779	117
+C7733787	117
+C7733793	117
+C7733795	117
+C7733803	117
+C7733813	117
+C7733819	117
+C7733823	117
+C7733829	117
+C7733839	117
+C7733861	117
+C7733875	117
+C7733881	117
+C7733885	117
+C7733891	117
+C7733901	117
+C7733907	117
+C7733925	117
+C7733929	117
+C7733931	117
+C7733933	117
+C7733949	117
+C7733961	117
+C7733971	117
+C7733975	117
+C7733979	117
+C7733989	117
+C7734001	117
+C7734015	117
+C7734025	117
+C7734069	117
+C7734075	117
+C7734079	117
+C7734095	117
+C7734099	117
+C7734107	117
+C7734113	117
+C7734135	117
+C7734141	117
+C7734149	117
+C7734159	117
+C7734161	117
+C7734163	117
+C7734169	117
+C7734175	117
+C7734197	117
+C7734199	117
+C7734205	117
+C7734207	117
+C7734227	117
+C7734231	117
+C7734241	117
+C7734257	117
+C7734277	117
+C7734289	117
+C7734295	117
+C7734303	117
+C7734305	117
+C7734311	117
+C7734331	117
+C7734337	117
+C7734345	117
+C7734367	117
+C7734369	117
+C7734375	117
+C7734379	117
+C7734403	117
+C7734413	117
+C7734423	117
+C7734439	117
+C7734455	117
+C7734471	117
+C7734475	117
+C7734477	117
+C7734531	117
+C7734547	117
+C7734551	117
+C7734577	117
+C7734583	117
+C7734585	117
+C7734605	117
+C7734627	117
+C7734647	117
+C7734663	117
+C7734667	117
+C7734681	117
+C7734691	117
+C7734697	117
+C7734719	117
+C7734729	117
+C7734737	117
+C7734749	117
+C7734755	117
+C7734763	117
+C7734775	117
+C7734777	117
+C7734797	117
+C7734809	117
+C7734829	117
+C7734833	117
+C7734845	117
+C7734869	117
+C7734889	117
+C7734899	117
+C7734901	117
+C7734923	117
+C7734933	117
+C7734943	117
+C7734945	117
+C7735001	117
+C7735009	117
+C7735015	117
+C7735027	117
+C7735041	117
+C7735049	117
+C7735065	117
+C7735069	117
+C7735071	117
+C7735111	117
+C7735131	117
+C7735147	117
+C7735161	117
+C7735163	117
+C7735165	117
+C7735171	117
+C7735201	117
+C7735227	117
+C7735229	117
+C7735239	117
+C7735243	117
+C7735255	117
+C7735261	117
+C7735267	117
+C7735271	117
+C7735277	117
+C7735279	117
+C7735285	117
+C7735295	117
+C7735299	117
+C7735301	117
+C7735307	117
+C7735351	117
+C7735353	117
+C7735361	117
+C7735371	117
+C7735411	117
+C7735419	117
+C7735433	117
+C7735439	117
+C7735449	117
+C7735453	117
+C7735479	117
+C7735505	117
+C7735511	117
+C7735519	117
+C7735525	117
+C7735527	117
+C7735529	117
+C7735537	117
+C7735543	117
+C7735553	117
+C7735559	117
+C7735571	117
+C7735575	117
+C7735577	117
+C7735581	117
+C7735585	117
+C7735605	117
+C7735611	117
+C7735627	117
+C7735631	117
+C7735633	117
+C7735635	117
+C7735645	117
+C7735649	117
+C7735655	117
+C7735657	117
+C7735673	117
+C7735675	117
+C7735683	117
+C7735693	117
+C7735701	117
+C7735703	117
+C7735709	117
+C7735713	117
+C7735719	117
+C7735727	117
+C7735739	117
+C7735759	117
+C7735761	117
+C7735771	117
+C7735779	117
+C7735789	117
+C7735797	117
+C7735805	117
+C7735807	117
+C7735813	117
+C7735823	117
+C7735839	117
+C7735845	117
+C7735847	117
+C7735883	117
+C7735891	117
+C7735899	117
+C7735913	117
+C7735927	117
+C7735947	117
+C7735949	117
+C7735987	117
+C7736011	117
+C7736021	117
+C7736023	117
+C7736025	117
+C7736041	117
+C7736043	117
+C7736045	117
+C7736053	117
+C7736077	117
+C7736089	117
+C7736091	117
+C7736095	117
+C7736107	117
+C7736115	117
+C7736125	117
+C7736149	117
+C7736155	117
+C7736163	117
+C7736175	117
+C7736197	117
+C7736199	117
+C7736207	117
+C7736215	117
+C7736217	117
+C7736245	117
+C7736253	117
+C7736269	117
+C7736273	117
+C7736309	117
+C7736317	117
+C7736337	117
+C7736339	117
+C7736341	117
+C7736345	117
+C7736349	117
+C7736357	117
+C7736359	117
+C7736361	117
+C7736365	117
+C7736379	117
+C7736391	117
+C7736405	117
+C7736407	117
+C7736419	117
+C7736433	117
+C7736437	117
+C7736451	117
+C7736455	117
+C7736463	117
+C7736467	117
+C7736471	117
+C7736481	117
+C7736497	117
+C7736501	117
+C7736505	117
+C7736517	117
+C7736523	117
+C7736533	117
+C7736567	117
+C7736577	117
+C7736583	117
+C7736599	117
+C7736609	117
+C7736621	117
+C7736639	117
+C7736643	117
+C7736649	117
+C7736653	117
+C7736663	117
+C7736685	117
+C7736697	117
+C7736699	117
+C7736701	117
+C7736721	117
+C7736737	117
+C7736745	117
+C7736757	117
+C7736759	117
+C7736765	117
+C7736771	117
+C7736775	117
+C7736793	117
+C7736795	117
+C7736807	117
+C7736809	117
+C7736819	117
+C7736833	117
+C7736843	117
+C7736863	117
+C7736875	117
+C7736883	117
+C7736887	117
+C7736901	117
+C7736903	117
+C7736905	117
+C7736911	117
+C7736917	117
+C7736943	117
+C7736945	117
+C7736951	117
+C7736981	117
+C7736991	117
+C7736995	117
+C7737025	117
+C7737029	117
+C7737033	117
+C7737037	117
+C7737047	117
+C7737067	117
+C7737079	117
+C7737103	117
+C7737117	117
+C7737137	117
+C7737143	117
+C7737149	117
+C7737189	117
+C7737195	117
+C7737197	117
+C7737201	117
+C7737207	117
+C7737245	117
+C7737249	117
+C7737265	117
+C7737267	117
+C7737287	117
+C7737295	117
+C7737301	117
+C7737309	117
+C7737325	117
+C7737329	117
+C7737331	117
+C7737335	117
+C7737363	117
+C7737365	117
+C7737379	117
+C7737385	117
+C7737397	117
+C7737399	117
+C7737419	117
+C7737447	117
+C7737465	117
+C7737473	117
+C7737475	117
+C7737489	117
+C7737493	117
+C7737501	117
+C7737509	117
+C7737513	117
+C7737537	117
+C7737545	117
+C7737565	117
+C7737575	117
+C7737579	117
+C7737599	117
+C7737603	117
+C7737611	117
+C7737619	117
+C7737627	117
+C7737631	117
+C7737637	117
+C7737641	117
+C7737643	117
+C7737649	117
+C7737653	117
+C7737657	117
+C7737675	117
+C7737681	117
+C7737693	117
+C7737695	117
+C7737699	117
+C7737705	117
+C7737717	117
+C7737729	117
+C7737731	117
+C7737747	117
+C7737751	117
+C7737753	117
+C7737759	117
+C7737769	117
+C7737771	117
+C7737781	117
+C7737783	117
+C7737785	117
+C7737789	117
+C7737805	117
+C7737811	117
+C7737823	117
+C7737835	117
+C7737847	117
+C7737879	117
+C7737893	117
+C7737899	117
+C7737905	117
+C7737927	117
+C7737933	117
+C7737939	117
+C7737941	117
+C7737947	117
+C7737953	117
+C7737963	117
+C7737983	117
+C7737997	117
+C7737999	117
+C7738005	117
+C7738035	117
+C7738037	117
+C7738047	117
+C7738057	117
+C7738059	117
+C7738065	117
+C7738067	117
+C7738071	117
+C7738087	117
+C7738095	117
+C7738101	117
+C7738103	117
+C7738107	117
+C7738115	117
+C7738125	117
+C7738131	117
+C7738137	117
+C7738139	117
+C7738161	117
+C7738173	117
+C7738177	117
+C7738179	117
+C7738187	117
+C7738195	117
+C7738203	117
+C7738209	117
+C7738231	117
+C7738245	117
+C7738247	117
+C7738257	117
+C7738259	117
+C7738263	117
+C7738269	117
+C7738271	117
+C7738279	117
+C7738281	117
+C7738283	117
+C7738291	117
+C7738301	117
+C7738305	117
+C7738345	117
+C7738347	117
+C7738371	117
+C7738397	117
+C7738417	117
+C7738425	117
+C7738441	117
+C7738449	117
+C7738457	117
+C7738475	117
+C7738479	117
+C7738497	117
+C7738507	117
+C7738509	117
+C7738533	117
+C7738537	117
+C7738549	117
+C7738553	117
+C7738571	117
+C7738573	117
+C7738581	117
+C7738589	117
+C7738593	117
+C7738599	117
+C7738617	117
+C7738619	117
+C7738631	117
+C7738643	117
+C7738659	117
+C7738667	117
+C7738671	117
+C7738699	117
+C7738719	117
+C7738731	117
+C7738745	117
+C7738749	117
+C7738767	117
+C7738787	117
+C7738795	117
+C7738799	117
+C7738803	117
+C7738807	117
+C7738815	117
+C7738839	117
+C7738847	117
+C7738849	117
+C7738883	117
+C7738885	117
+C7738907	117
+C7738913	117
+C7738943	117
+C7738945	117
+C7738947	117
+C7738957	117
+C7738967	117
+C7738979	117
+C7738985	117
+C7738987	117
+C7739001	117
+C7739017	117
+C7739025	117
+C7739043	117
+C7739055	117
+C7739057	117
+C7739073	117
+C7739087	117
+C7739095	117
+C7739099	117
+C7739119	117
+C7739123	117
+C7739129	117
+C7739141	117
+C7739143	117
+C7739149	117
+C7739151	117
+C7739163	117
+C7739171	117
+C7739185	117
+C7739215	117
+C7739231	117
+C7739259	117
+C7739265	117
+C7739277	117
+C7739281	117
+C7739297	117
+C7739301	117
+C7739303	117
+C7739315	117
+C7739323	117
+C7739357	117
+C7739359	117
+C7739367	117
+C7739373	117
+C7739375	117
+C7739381	117
+C7739397	117
+C7739427	117
+C7739439	117
+C7739441	117
+C7739443	117
+C7739447	117
+C7739449	117
+C7739453	117
+C7739455	117
+C7739467	117
+C7739469	117
+C7739479	117
+C7739483	117
+C7739487	117
+C7739489	117
+C7739495	117
+C7739509	117
+C7739513	117
+C7739521	117
+C7739525	117
+C7739531	117
+C7739547	117
+C7739551	117
+C7739581	117
+C7739595	117
+C7739601	117
+C7739619	117
+C7739621	117
+C7739625	117
+C7739639	117
+C7739655	117
+C7739701	117
+C7739719	117
+C7739737	117
+C7739741	117
+C7739749	117
+C7739751	117
+C7739755	117
+C7739759	117
+C7739763	117
+C7739777	117
+C7739801	117
+C7739807	117
+C7739837	117
+C7739839	117
+C7739843	117
+C7739851	117
+C7739869	117
+C7739871	117
+C7739895	117
+C7739897	117
+C7739899	117
+C7739901	117
+C7739909	117
+C7739941	117
+C7739947	117
+C7739961	117
+C7739977	117
+C7739985	117
+C7739993	117
+C7739999	117
+C7740005	117
+C7740015	117
+C7740025	117
+C7740057	117
+C7740093	117
+C7740127	117
+C7740141	117
+C7740145	117
+C7740155	117
+C7740161	117
+C7740197	117
+C7740215	117
+C7740233	117
+C7740239	117
+C7740243	117
+C7740255	117
+C7740289	117
+C7740299	117
+C7740327	117
+C7740331	117
+C7740351	117
+C7740353	117
+C7740367	117
+C7740381	117
+C7740385	117
+C7740399	117
+C7740417	117
+C7740429	117
+C7740445	117
+C7740463	117
+C7740471	117
+C7740485	117
+C7740487	117
+C7740499	117
+C7740501	117
+C7740505	117
+C7740509	117
+C7740513	117
+C7740517	117
+C7740539	117
+C7740541	117
+C7740549	117
+C7740561	117
+C7740569	117
+C7740575	117
+C7740595	117
+C7740599	117
+C7740611	117
+C7740617	117
+C7740623	117
+C7740629	117
+C7740631	117
+C7740633	117
+C7740637	117
+C7740641	117
+C7740651	117
+C7740663	117
+C7740665	117
+C7740671	117
+C7740681	117
+C7740689	117
+C7740715	117
+C7740725	117
+C7740733	117
+C7740739	117
+C7740765	117
+C7740769	117
+C7740785	117
+C7740787	117
+C7740791	117
+C7740799	117
+C7740807	117
+C7740825	117
+C7740859	117
+C7740867	117
+C7740869	117
+C7740873	117
+C7740879	117
+C7740899	117
+C7740911	117
+C7740913	117
+C7740933	117
+C7740971	117
+C7740975	117
+C7740983	117
+C7740997	117
+C7741011	117
+C7741023	117
+C7741025	117
+C7741031	117
+C7741055	117
+C7741057	117
+C7741069	117
+C7741073	117
+C7741095	117
+C7741099	117
+C7741101	117
+C7741111	117
+C7741113	117
+C7741129	117
+C7741167	117
+C7741185	117
+C7741201	117
+C7741227	117
+C7741233	117
+C7741239	117
+C7741243	117
+C7741247	117
+C7741249	117
+C7741251	117
+C7741259	117
+C7741261	117
+C7741289	117
+C7741297	117
+C7741309	117
+C7741361	117
+C7741381	117
+C7741391	117
+C7741399	117
+C7741407	117
+C7741411	117
+C7741431	117
+C7741437	117
+C7741447	117
+C7741451	117
+C7741453	117
+C7741463	117
+C7741465	117
+C7741481	117
+C7741489	117
+C7741491	117
+C7741495	117
+C7741503	117
+C7741509	117
+C7741511	117
+C7741521	117
+C7741525	117
+C7741527	117
+C7741535	117
+C7741555	117
+C7741571	117
+C7741575	117
+C7741583	117
+C7741617	117
+C7741647	117
+C7741649	117
+C7741653	117
+C7741659	117
+C7741677	117
+C7741679	117
+C7741691	117
+C7741717	117
+C7741721	117
+C7741735	117
+C7741749	117
+C7741765	117
+C7741789	117
+C7741801	117
+C7741809	117
+C7741815	117
+C7741827	117
+C7741839	117
+C7741851	117
+C7741859	117
+C7741863	117
+C7741875	117
+C7741901	117
+C7741905	117
+C7741913	117
+C7741921	117
+C7741939	117
+C7741949	117
+C7741953	117
+C7741965	117
+C7741973	117
+C7741975	117
+C7741983	117
+C7741995	117
+C7741997	117
+C7742007	117
+C7742009	117
+C7742021	117
+C7742041	117
+C7742049	117
+C7742059	117
+C7742065	117
+C7742071	117
+C7742073	117
+C7742085	117
+C7742087	117
+C7742109	117
+C7742127	117
+C7742129	117
+C7742137	117
+C7742141	117
+C7742149	117
+C7742157	117
+C7742175	117
+C7742181	117
+C7742207	117
+C7742225	117
+C7742249	117
+C7742267	117
+C7742279	117
+C7742289	117
+C7742301	117
+C7742305	117
+C7742321	117
+C7742329	117
+C7742331	117
+C7742351	117
+C7742355	117
+C7742359	117
+C7742379	117
+C7742381	117
+C7742389	117
+C7742395	117
+C7742403	117
+C7742407	117
+C7742413	117
+C7742415	117
+C7742419	117
+C7742437	117
+C7742445	117
+C7742447	117
+C7742471	117
+C7742475	117
+C7742487	117
+C7742495	117
+C7742509	117
+C7715481	116
+C7715487	116
+C7715513	116
+C7715521	116
+C7715537	116
+C7715563	116
+C7715567	116
+C7715571	116
+C7715603	116
+C7715617	116
+C7715627	116
+C7715661	116
+C7715663	116
+C7715665	116
+C7715681	116
+C7715715	116
+C7715725	116
+C7715727	116
+C7715731	116
+C7715761	116
+C7715769	116
+C7715779	116
+C7715789	116
+C7715795	116
+C7715817	116
+C7715819	116
+C7715845	116
+C7715851	116
+C7715853	116
+C7715855	116
+C7715857	116
+C7715923	116
+C7715929	116
+C7715951	116
+C7715969	116
+C7715973	116
+C7715977	116
+C7715997	116
+C7716007	116
+C7716023	116
+C7716033	116
+C7716035	116
+C7716059	116
+C7716073	116
+C7716083	116
+C7716097	116
+C7716107	116
+C7716129	116
+C7716131	116
+C7716133	116
+C7716135	116
+C7716137	116
+C7716153	116
+C7716163	116
+C7716177	116
+C7716179	116
+C7716181	116
+C7716195	116
+C7716205	116
+C7716215	116
+C7716225	116
+C7716231	116
+C7716267	116
+C7716271	116
+C7716275	116
+C7716285	116
+C7716295	116
+C7716313	116
+C7716321	116
+C7716323	116
+C7716329	116
+C7716337	116
+C7716339	116
+C7716353	116
+C7716355	116
+C7716365	116
+C7716379	116
+C7716397	116
+C7716401	116
+C7716411	116
+C7716451	116
+C7716459	116
+C7716477	116
+C7716483	116
+C7716499	116
+C7716503	116
+C7716505	116
+C7716511	116
+C7716513	116
+C7716541	116
+C7716543	116
+C7716547	116
+C7716559	116
+C7716595	116
+C7716597	116
+C7716619	116
+C7716625	116
+C7716659	116
+C7716671	116
+C7716677	116
+C7716703	116
+C7716707	116
+C7716713	116
+C7716725	116
+C7716729	116
+C7716749	116
+C7716751	116
+C7716797	116
+C7716805	116
+C7716823	116
+C7716827	116
+C7716829	116
+C7716831	116
+C7716841	116
+C7716845	116
+C7716847	116
+C7716849	116
+C7716853	116
+C7716863	116
+C7716879	116
+C7716883	116
+C7716889	116
+C7716891	116
+C7716903	116
+C7716915	116
+C7716917	116
+C7716923	116
+C7716941	116
+C7716969	116
+C7716975	116
+C7716983	116
+C7716993	116
+C7716997	116
+C7717001	116
+C7717019	116
+C7717027	116
+C7717041	116
+C7717069	116
+C7717093	116
+C7717099	116
+C7717103	116
+C7717109	116
+C7717115	116
+C7717117	116
+C7717133	116
+C7717137	116
+C7717157	116
+C7717163	116
+C7717183	116
+C7717185	116
+C7717187	116
+C7717207	116
+C7717209	116
+C7717213	116
+C7717221	116
+C7717231	116
+C7717233	116
+C7717249	116
+C7717257	116
+C7717259	116
+C7717269	116
+C7717271	116
+C7717339	116
+C7717341	116
+C7717359	116
+C7717365	116
+C7717377	116
+C7717387	116
+C7717389	116
+C7717393	116
+C7717399	116
+C7717403	116
+C7717407	116
+C7717413	116
+C7717425	116
+C7717433	116
+C7717441	116
+C7717449	116
+C7717455	116
+C7717471	116
+C7717473	116
+C7717497	116
+C7717499	116
+C7717523	116
+C7717525	116
+C7717549	116
+C7717551	116
+C7717563	116
+C7717573	116
+C7717607	116
+C7717617	116
+C7717633	116
+C7717643	116
+C7717651	116
+C7717653	116
+C7717661	116
+C7717671	116
+C7717681	116
+C7717691	116
+C7717699	116
+C7717701	116
+C7717715	116
+C7717721	116
+C7717737	116
+C7717743	116
+C7717753	116
+C7717755	116
+C7717783	116
+C7717787	116
+C7717797	116
+C7717801	116
+C7717823	116
+C7717841	116
+C7717843	116
+C7717849	116
+C7717857	116
+C7717861	116
+C7717869	116
+C7717911	116
+C7717925	116
+C7717931	116
+C7717939	116
+C7717945	116
+C7717957	116
+C7717961	116
+C7718021	116
+C7718027	116
+C7718031	116
+C7718039	116
+C7718043	116
+C7718075	116
+C7718079	116
+C7718081	116
+C7718091	116
+C7718099	116
+C7718115	116
+C7718121	116
+C7718123	116
+C7718137	116
+C7718153	116
+C7718161	116
+C7718165	116
+C7718169	116
+C7718173	116
+C7718175	116
+C7718187	116
+C7718197	116
+C7718201	116
+C7718213	116
+C7718221	116
+C7718225	116
+C7718233	116
+C7718239	116
+C7718241	116
+C7718243	116
+C7718249	116
+C7718255	116
+C7718295	116
+C7718303	116
+C7718339	116
+C7718341	116
+C7718353	116
+C7718357	116
+C7718387	116
+C7718389	116
+C7718411	116
+C7718415	116
+C7718417	116
+C7718433	116
+C7718435	116
+C7718441	116
+C7718453	116
+C7718455	116
+C7718463	116
+C7718465	116
+C7718471	116
+C7718477	116
+C7718483	116
+C7718489	116
+C7718491	116
+C7718505	116
+C7718511	116
+C7718515	116
+C7718523	116
+C7718535	116
+C7718563	116
+C7718567	116
+C7718577	116
+C7718591	116
+C7718613	116
+C7718621	116
+C7718633	116
+C7718659	116
+C7718667	116
+C7718701	116
+C7718703	116
+C7718733	116
+C7718743	116
+C7718745	116
+C7718751	116
+C7718769	116
+C7718777	116
+C7718783	116
+C7718801	116
+C7718807	116
+C7718843	116
+C7718845	116
+C7718847	116
+C7718853	116
+C7718855	116
+C7718859	116
+C7718861	116
+C7718869	116
+C7718871	116
+C7718901	116
+C7718907	116
+C7718911	116
+C7718943	116
+C7718953	116
+C7718961	116
+C7718969	116
+C7719011	116
+C7719013	116
+C7719019	116
+C7719045	116
+C7719049	116
+C7719055	116
+C7719057	116
+C7719059	116
+C7719069	116
+C7719083	116
+C7719127	116
+C7719157	116
+C7719179	116
+C7719191	116
+C7719221	116
+C7719237	116
+C7719247	116
+C7719271	116
+C7719273	116
+C7719277	116
+C7719297	116
+C7719305	116
+C7719309	116
+C7719313	116
+C7719349	116
+C7719359	116
+C7719375	116
+C7719383	116
+C7719387	116
+C7719391	116
+C7719399	116
+C7719401	116
+C7719403	116
+C7719433	116
+C7719441	116
+C7719459	116
+C7719477	116
+C7719497	116
+C7719523	116
+C7719529	116
+C7719537	116
+C7719557	116
+C7719559	116
+C7719569	116
+C7719571	116
+C7719575	116
+C7719585	116
+C7719597	116
+C7719605	116
+C7719607	116
+C7719613	116
+C7719635	116
+C7719643	116
+C7719657	116
+C7719659	116
+C7719671	116
+C7719691	116
+C7719705	116
+C7719735	116
+C7719765	116
+C7719769	116
+C7719771	116
+C7719773	116
+C7719779	116
+C7719801	116
+C7719807	116
+C7719809	116
+C7719813	116
+C7719815	116
+C7719817	116
+C7719835	116
+C7719839	116
+C7719849	116
+C7719867	116
+C7719873	116
+C7719881	116
+C7719885	116
+C7719887	116
+C7719891	116
+C7719919	116
+C7719921	116
+C7719949	116
+C7719955	116
+C7719957	116
+C7719963	116
+C7719965	116
+C7719969	116
+C7719971	116
+C7719973	116
+C7719975	116
+C7719981	116
+C7719985	116
+C7719987	116
+C7719989	116
+C7720001	116
+C7720013	116
+C7720019	116
+C7720037	116
+C7720041	116
+C7720047	116
+C7720051	116
+C7720061	116
+C7720063	116
+C7720079	116
+C7720087	116
+C7720093	116
+C7720099	116
+C7720105	116
+C7720113	116
+C7720121	116
+C7720123	116
+C7720125	116
+C7720129	116
+C7720133	116
+C7720149	116
+C7720177	116
+C7720179	116
+C7720193	116
+C7720195	116
+C7720199	116
+C7720217	116
+C7720221	116
+C7720237	116
+C7720247	116
+C7720253	116
+C7720257	116
+C7720265	116
+C7720275	116
+C7720281	116
+C7720283	116
+C7720289	116
+C7720297	116
+C7720309	116
+C7720333	116
+C7720335	116
+C7720339	116
+C7720361	116
+C7720367	116
+C7720377	116
+C7720385	116
+C7720389	116
+C7720411	116
+C7720417	116
+C7720429	116
+C7720447	116
+C7720453	116
+C7720475	116
+C7720477	116
+C7720513	116
+C7720515	116
+C7720517	116
+C7720541	116
+C7720543	116
+C7720549	116
+C7720553	116
+C7720557	116
+C7720581	116
+C7720585	116
+C7720591	116
+C7720593	116
+C7720603	116
+C7720605	116
+C7720619	116
+C7720627	116
+C7720635	116
+C7720643	116
+C7720647	116
+C7720651	116
+C7720673	116
+C7720695	116
+C7720719	116
+C7720721	116
+C7720731	116
+C7720739	116
+C7720741	116
+C7720743	116
+C7720761	116
+C7720771	116
+C7720781	116
+C7720785	116
+C7720791	116
+C7720801	116
+C7720811	116
+C7720815	116
+C7720817	116
+C7720833	116
+C7720841	116
+C7720847	116
+C7720879	116
+C7720891	116
+C7720895	116
+C7720899	116
+C7720901	116
+C7720915	116
+C7720917	116
+C7720973	116
+C7720989	116
+C7720997	116
+C7720999	116
+C7721021	116
+C7721023	116
+C7721051	116
+C7721059	116
+C7721065	116
+C7721073	116
+C7721075	116
+C7721085	116
+C7721149	116
+C7721151	116
+C7721155	116
+C7721159	116
+C7721161	116
+C7721163	116
+C7721165	116
+C7721169	116
+C7721171	116
+C7721183	116
+C7721227	116
+C7721237	116
+C7721287	116
+C7721305	116
+C7721313	116
+C7721329	116
+C7721341	116
+C7721353	116
+C7721361	116
+C7721379	116
+C7721389	116
+C7721407	116
+C7721417	116
+C7721425	116
+C7721433	116
+C7721441	116
+C7721463	116
+C7721467	116
+C7721473	116
+C7721483	116
+C7721505	116
+C7721511	116
+C7721515	116
+C7721559	116
+C7721569	116
+C7721579	116
+C7721589	116
+C7721613	116
+C7721631	116
+C7721635	116
+C7721637	116
+C7721647	116
+C7721649	116
+C7721655	116
+C7721657	116
+C7721681	116
+C7721699	116
+C7721707	116
+C7721711	116
+C7721713	116
+C7721737	116
+C7721745	116
+C7721759	116
+C7721763	116
+C7721775	116
+C7721779	116
+C7721783	116
+C7721789	116
+C7721795	116
+C7721809	116
+C7721811	116
+C7721827	116
+C7721863	116
+C7721881	116
+C7721905	116
+C7721907	116
+C7721921	116
+C7721923	116
+C7721927	116
+C7721945	116
+C7721953	116
+C7721963	116
+C7721967	116
+C7721971	116
+C7721979	116
+C7722013	116
+C7722021	116
+C7722023	116
+C7722037	116
+C7722049	116
+C7722061	116
+C7722067	116
+C7722091	116
+C7722109	116
+C7722127	116
+C7722129	116
+C7722137	116
+C7722139	116
+C7722143	116
+C7722153	116
+C7722159	116
+C7722161	116
+C7722175	116
+C7722195	116
+C7722199	116
+C7722205	116
+C7722231	116
+C7722241	116
+C7722265	116
+C7722283	116
+C7722289	116
+C7722297	116
+C7722305	116
+C7722309	116
+C7722313	116
+C7722315	116
+C7722317	116
+C7722329	116
+C7722351	116
+C7722353	116
+C7722359	116
+C7722395	116
+C7722407	116
+C7722413	116
+C7722421	116
+C7722425	116
+C7722429	116
+C7722431	116
+C7722449	116
+C7722451	116
+C7722453	116
+C7722459	116
+C7722461	116
+C7722465	116
+C7722471	116
+C7722477	116
+C7722489	116
+C7722503	116
+C7722505	116
+C7722513	116
+C7722519	116
+C7722529	116
+C7722537	116
+C7722541	116
+C7722547	116
+C7722569	116
+C7722571	116
+C7722579	116
+C7722585	116
+C7722587	116
+C7722601	116
+C7722613	116
+C7722639	116
+C7722649	116
+C7722653	116
+C7722663	116
+C7722681	116
+C7722697	116
+C7722719	116
+C7722721	116
+C7722751	116
+C7722763	116
+C7722781	116
+C7722787	116
+C7722791	116
+C7722803	116
+C7722813	116
+C7722823	116
+C7722835	116
+C7722849	116
+C7722851	116
+C7722857	116
+C7722871	116
+C7722875	116
+C7722879	116
+C7722889	116
+C7722903	116
+C7722915	116
+C7722919	116
+C7722937	116
+C7722961	116
+C7722967	116
+C7722971	116
+C7722979	116
+C7722991	116
+C7722995	116
+C7723003	116
+C7723027	116
+C7723031	116
+C7723043	116
+C7723045	116
+C7723071	116
+C7723085	116
+C7723087	116
+C7723109	116
+C7723117	116
+C7723119	116
+C7723135	116
+C7723153	116
+C7723155	116
+C7723221	116
+C7723235	116
+C7723249	116
+C7723259	116
+C7723277	116
+C7723289	116
+C7723293	116
+C7723301	116
+C7723315	116
+C7723331	116
+C7723341	116
+C7723343	116
+C7723387	116
+C7723389	116
+C7723397	116
+C7723399	116
+C7723423	116
+C7723437	116
+C7723445	116
+C7723447	116
+C7723453	116
+C7723455	116
+C7723467	116
+C7723471	116
+C7723497	116
+C7723503	116
+C7723519	116
+C7723529	116
+C7723531	116
+C7723539	116
+C7723547	116
+C7723551	116
+C7723559	116
+C7723569	116
+C7723589	116
+C7723615	116
+C7723621	116
+C7723635	116
+C7723645	116
+C7723653	116
+C7723655	116
+C7723669	116
+C7723671	116
+C7723677	116
+C7723695	116
+C7723699	116
+C7723737	116
+C7723743	116
+C7723753	116
+C7723777	116
+C7723783	116
+C7723821	116
+C7723829	116
+C7723833	116
+C7723869	116
+C7723871	116
+C7723873	116
+C7723877	116
+C7723899	116
+C7723911	116
+C7723917	116
+C7723925	116
+C7723927	116
+C7723929	116
+C7723937	116
+C7723939	116
+C7723941	116
+C7723947	116
+C7723953	116
+C7723955	116
+C7723957	116
+C7723961	116
+C7723979	116
+C7723987	116
+C7724001	116
+C7724031	116
+C7724037	116
+C7724049	116
+C7724053	116
+C7724063	116
+C7724067	116
+C7724069	116
+C7724073	116
+C7724091	116
+C7724093	116
+C7724105	116
+C7724111	116
+C7724131	116
+C7724135	116
+C7724141	116
+C7724153	116
+C7724155	116
+C7724159	116
+C7724165	116
+C7724167	116
+C7724173	116
+C7724181	116
+C7724195	116
+C7724199	116
+C7724213	116
+C7724221	116
+C7724237	116
+C7724285	116
+C7724303	116
+C7724305	116
+C7724311	116
+C7724313	116
+C7724331	116
+C7724347	116
+C7724353	116
+C7724359	116
+C7724371	116
+C7724373	116
+C7724383	116
+C7724393	116
+C7724409	116
+C7724419	116
+C7724423	116
+C7724433	116
+C7724441	116
+C7724461	116
+C7724465	116
+C7724483	116
+C7724495	116
+C7724509	116
+C7724513	116
+C7724547	116
+C7724567	116
+C7724569	116
+C7724577	116
+C7724585	116
+C7724595	116
+C7724603	116
+C7724611	116
+C7724629	116
+C7724657	116
+C7724661	116
+C7724669	116
+C7724679	116
+C7724705	116
+C7724717	116
+C7724719	116
+C7724727	116
+C7724745	116
+C7724761	116
+C7724789	116
+C7724791	116
+C7724811	116
+C7724821	116
+C7724827	116
+C7724829	116
+C7724857	116
+C7724869	116
+C7724873	116
+C7724891	116
+C7724927	116
+C7724931	116
+C7724937	116
+C7724939	116
+C7724953	116
+C7724955	116
+C7724971	116
+C7724987	116
+C7724989	116
+C7724999	116
+C7725001	116
+C7725003	116
+C7725011	116
+C7725015	116
+C7725035	116
+C7725043	116
+C7725047	116
+C7725049	116
+C7725055	116
+C7725071	116
+C7725075	116
+C7725083	116
+C7725095	116
+C7725097	116
+C7725101	116
+C7725105	116
+C7725131	116
+C7725143	116
+C7725159	116
+C7725161	116
+C7725167	116
+C7725175	116
+C7725179	116
+C7725185	116
+C7725193	116
+C7725199	116
+C7725213	116
+C7725221	116
+C7725223	116
+C7725233	116
+C7725243	116
+C7725245	116
+C7725275	116
+C7725279	116
+C7725281	116
+C7725283	116
+C7725295	116
+C7725307	116
+C7725319	116
+C7725325	116
+C7725341	116
+C7725355	116
+C7725379	116
+C7725381	116
+C7725397	116
+C7725399	116
+C7725405	116
+C7725407	116
+C7725419	116
+C7725423	116
+C7725441	116
+C7725455	116
+C7725463	116
+C7725473	116
+C7725493	116
+C7725501	116
+C7725503	116
+C7725505	116
+C7725513	116
+C7725531	116
+C7725535	116
+C7725543	116
+C7725557	116
+C7725581	116
+C7725593	116
+C7725605	116
+C7725643	116
+C7725669	116
+C7725683	116
+C7725687	116
+C7725689	116
+C7725699	116
+C7725709	116
+C7725745	116
+C7725753	116
+C7725757	116
+C7725775	116
+C7725779	116
+C7725785	116
+C7725799	116
+C7725811	116
+C7725819	116
+C7725821	116
+C7725829	116
+C7725835	116
+C7725857	116
+C7725861	116
+C7725875	116
+C7725881	116
+C7725885	116
+C7725891	116
+C7725899	116
+C7725901	116
+C7725903	116
+C7725907	116
+C7725915	116
+C7725917	116
+C7725935	116
+C7725941	116
+C7725947	116
+C7725949	116
+C7725953	116
+C7725969	116
+C7725973	116
+C7725975	116
+C7725991	116
+C7726005	116
+C7726017	116
+C7726019	116
+C7726025	116
+C7726033	116
+C7726047	116
+C7726053	116
+C7726061	116
+C7726069	116
+C7726085	116
+C7726087	116
+C7726093	116
+C7726099	116
+C7726119	116
+C7726121	116
+C7726127	116
+C7726139	116
+C7726143	116
+C7726171	116
+C7726181	116
+C7726185	116
+C7726193	116
+C7726207	116
+C7726219	116
+C7726221	116
+C7726227	116
+C7726247	116
+C7726255	116
+C7726259	116
+C7726261	116
+C7726285	116
+C7726297	116
+C7726305	116
+C7726311	116
+C7726347	116
+C7726353	116
+C7726359	116
+C7726365	116
+C7726373	116
+C7726389	116
+C7726411	116
+C7726439	116
+C7726465	116
+C7726467	116
+C7726469	116
+C7726477	116
+C7726483	116
+C7726491	116
+C7726493	116
+C7726503	116
+C7726511	116
+C7726519	116
+C7726527	116
+C7726547	116
+C7726557	116
+C7726575	116
+C7726583	116
+C7726585	116
+C7726593	116
+C7726603	116
+C7726605	116
+C7726619	116
+C7726643	116
+C7726653	116
+C7726661	116
+C7726667	116
+C7726677	116
+C7726679	116
+C7726681	116
+C7726705	116
+C7726717	116
+C7726725	116
+C7726731	116
+C7726741	116
+C7726781	116
+C7726785	116
+C7726789	116
+C7726795	116
+C7726801	116
+C7726813	116
+C7726829	116
+C7726837	116
+C7726843	116
+C7726855	116
+C7726863	116
+C7726867	116
+C7726875	116
+C7726897	116
+C7726913	116
+C7726917	116
+C7726921	116
+C7726925	116
+C7726935	116
+C7726961	116
+C7726971	116
+C7726981	116
+C7726997	116
+C7727001	116
+C7727003	116
+C7727009	116
+C7727017	116
+C7727019	116
+C7727023	116
+C7727033	116
+C7727041	116
+C7727047	116
+C7727073	116
+C7727075	116
+C7727101	116
+C7727115	116
+C7727135	116
+C7727141	116
+C7727157	116
+C7727161	116
+C7727173	116
+C7727189	116
+C7727201	116
+C7727203	116
+C7727213	116
+C7727215	116
+C7727229	116
+C7727239	116
+C7727255	116
+C7727273	116
+C7727283	116
+C7727307	116
+C7727329	116
+C7727365	116
+C7727371	116
+C7727381	116
+C7727399	116
+C7727413	116
+C7727421	116
+C7727429	116
+C7727437	116
+C7727447	116
+C7727457	116
+C7727461	116
+C7727465	116
+C7727471	116
+C7727497	116
+C7727499	116
+C7727523	116
+C7727547	116
+C7727551	116
+C7727555	116
+C7727559	116
+C7727567	116
+C7727585	116
+C7727591	116
+C7727597	116
+C7727607	116
+C7727609	116
+C7727619	116
+C7727623	116
+C7727639	116
+C7727641	116
+C7727663	116
+C7727667	116
+C7727675	116
+C7727685	116
+C7727695	116
+C7727699	116
+C7727713	116
+C7727725	116
+C7727739	116
+C7727741	116
+C7727753	116
+C7727761	116
+C7727767	116
+C7727771	116
+C7727781	116
+C7727805	116
+C7727813	116
+C7727865	116
+C7727871	116
+C7727875	116
+C7727879	116
+C7727881	116
+C7727883	116
+C7727891	116
+C7727905	116
+C7727921	116
+C7727927	116
+C7727933	116
+C7727935	116
+C7727939	116
+C7727943	116
+C7727945	116
+C7727951	116
+C7727981	116
+C7727987	116
+C7728011	116
+C7728015	116
+C7728019	116
+C7728023	116
+C7728025	116
+C7728027	116
+C7728039	116
+C7728045	116
+C7728067	116
+C7728069	116
+C7728095	116
+C7728105	116
+C7728111	116
+C7728119	116
+C7728131	116
+C7728133	116
+C7728137	116
+C7728139	116
+C7728195	116
+C7728199	116
+C7728211	116
+C7728215	116
+C7728217	116
+C7728219	116
+C7728227	116
+C7728251	116
+C7728253	116
+C7728255	116
+C7728259	116
+C7728287	116
+C7728301	116
+C7728315	116
+C7728317	116
+C7728319	116
+C7728325	116
+C7728333	116
+C7728341	116
+C7728353	116
+C7728373	116
+C7728375	116
+C7728385	116
+C7728389	116
+C7728393	116
+C7728399	116
+C7728405	116
+C7728407	116
+C7728427	116
+C7728431	116
+C7728455	116
+C7728465	116
+C7728503	116
+C7728507	116
+C7728511	116
+C7728521	116
+C7728523	116
+C7728525	116
+C7728539	116
+C7728541	116
+C7728557	116
+C7728577	116
+C7728579	116
+C7728621	116
+C7728645	116
+C7728671	116
+C7728673	116
+C7728687	116
+C7728689	116
+C7728691	116
+C7728703	116
+C7728705	116
+C7728715	116
+C7728739	116
+C7728741	116
+C7728757	116
+C7728767	116
+C7728779	116
+C7728787	116
+C7728789	116
+C7728803	116
+C7728821	116
+C7728823	116
+C7728825	116
+C7728827	116
+C7728829	116
+C7728845	116
+C7728853	116
+C7728879	116
+C7728883	116
+C7728889	116
+C7728901	116
+C7728947	116
+C7728955	116
+C7728959	116
+C7728961	116
+C7728971	116
+C7728975	116
+C7729011	116
+C7729019	116
+C7729025	116
+C7729027	116
+C7729041	116
+C7729047	116
+C7729059	116
+C7729063	116
+C7729067	116
+C7729075	116
+scaffold2752	116
+C7701697	115
+C7701701	115
+C7701709	115
+C7701711	115
+C7701717	115
+C7701735	115
+C7701743	115
+C7701747	115
+C7701773	115
+C7701783	115
+C7701787	115
+C7701801	115
+C7701817	115
+C7701819	115
+C7701821	115
+C7701835	115
+C7701849	115
+C7701865	115
+C7701867	115
+C7701889	115
+C7701897	115
+C7701899	115
+C7701919	115
+C7701925	115
+C7701931	115
+C7701933	115
+C7701935	115
+C7701949	115
+C7701951	115
+C7701963	115
+C7701973	115
+C7701981	115
+C7701995	115
+C7702005	115
+C7702011	115
+C7702013	115
+C7702039	115
+C7702051	115
+C7702055	115
+C7702061	115
+C7702065	115
+C7702093	115
+C7702103	115
+C7702121	115
+C7702129	115
+C7702143	115
+C7702159	115
+C7702165	115
+C7702167	115
+C7702171	115
+C7702177	115
+C7702181	115
+C7702183	115
+C7702191	115
+C7702195	115
+C7702199	115
+C7702201	115
+C7702211	115
+C7702231	115
+C7702249	115
+C7702257	115
+C7702275	115
+C7702293	115
+C7702311	115
+C7702315	115
+C7702321	115
+C7702329	115
+C7702335	115
+C7702337	115
+C7702355	115
+C7702371	115
+C7702383	115
+C7702387	115
+C7702395	115
+C7702399	115
+C7702407	115
+C7702425	115
+C7702441	115
+C7702457	115
+C7702459	115
+C7702463	115
+C7702465	115
+C7702495	115
+C7702507	115
+C7702523	115
+C7702533	115
+C7702545	115
+C7702555	115
+C7702571	115
+C7702585	115
+C7702639	115
+C7702653	115
+C7702667	115
+C7702679	115
+C7702681	115
+C7702687	115
+C7702693	115
+C7702697	115
+C7702707	115
+C7702711	115
+C7702713	115
+C7702725	115
+C7702727	115
+C7702731	115
+C7702741	115
+C7702767	115
+C7702769	115
+C7702777	115
+C7702783	115
+C7702787	115
+C7702797	115
+C7702799	115
+C7702803	115
+C7702807	115
+C7702809	115
+C7702815	115
+C7702825	115
+C7702831	115
+C7702835	115
+C7702839	115
+C7702843	115
+C7702867	115
+C7702869	115
+C7702871	115
+C7702875	115
+C7702877	115
+C7702901	115
+C7702909	115
+C7702919	115
+C7702929	115
+C7702955	115
+C7702971	115
+C7702973	115
+C7702983	115
+C7703007	115
+C7703011	115
+C7703013	115
+C7703035	115
+C7703049	115
+C7703055	115
+C7703059	115
+C7703075	115
+C7703079	115
+C7703089	115
+C7703093	115
+C7703095	115
+C7703119	115
+C7703127	115
+C7703129	115
+C7703163	115
+C7703197	115
+C7703217	115
+C7703227	115
+C7703233	115
+C7703235	115
+C7703241	115
+C7703249	115
+C7703253	115
+C7703265	115
+C7703275	115
+C7703291	115
+C7703293	115
+C7703297	115
+C7703307	115
+C7703321	115
+C7703327	115
+C7703337	115
+C7703339	115
+C7703341	115
+C7703343	115
+C7703377	115
+C7703379	115
+C7703395	115
+C7703403	115
+C7703411	115
+C7703419	115
+C7703443	115
+C7703445	115
+C7703449	115
+C7703465	115
+C7703469	115
+C7703489	115
+C7703521	115
+C7703537	115
+C7703543	115
+C7703549	115
+C7703567	115
+C7703581	115
+C7703595	115
+C7703597	115
+C7703603	115
+C7703605	115
+C7703629	115
+C7703635	115
+C7703651	115
+C7703657	115
+C7703665	115
+C7703667	115
+C7703671	115
+C7703675	115
+C7703677	115
+C7703687	115
+C7703691	115
+C7703697	115
+C7703723	115
+C7703733	115
+C7703749	115
+C7703769	115
+C7703785	115
+C7703797	115
+C7703807	115
+C7703809	115
+C7703817	115
+C7703823	115
+C7703827	115
+C7703851	115
+C7703857	115
+C7703861	115
+C7703865	115
+C7703879	115
+C7703881	115
+C7703885	115
+C7703919	115
+C7703921	115
+C7703937	115
+C7703955	115
+C7703983	115
+C7703991	115
+C7704013	115
+C7704015	115
+C7704019	115
+C7704029	115
+C7704053	115
+C7704099	115
+C7704101	115
+C7704129	115
+C7704131	115
+C7704145	115
+C7704161	115
+C7704179	115
+C7704181	115
+C7704187	115
+C7704195	115
+C7704197	115
+C7704199	115
+C7704205	115
+C7704207	115
+C7704209	115
+C7704237	115
+C7704239	115
+C7704247	115
+C7704251	115
+C7704267	115
+C7704269	115
+C7704275	115
+C7704279	115
+C7704281	115
+C7704311	115
+C7704323	115
+C7704355	115
+C7704359	115
+C7704361	115
+C7704383	115
+C7704417	115
+C7704419	115
+C7704445	115
+C7704451	115
+C7704459	115
+C7704461	115
+C7704463	115
+C7704473	115
+C7704477	115
+C7704479	115
+C7704483	115
+C7704485	115
+C7704505	115
+C7704519	115
+C7704531	115
+C7704541	115
+C7704547	115
+C7704557	115
+C7704565	115
+C7704571	115
+C7704575	115
+C7704579	115
+C7704585	115
+C7704599	115
+C7704601	115
+C7704605	115
+C7704609	115
+C7704611	115
+C7704629	115
+C7704637	115
+C7704671	115
+C7704673	115
+C7704675	115
+C7704691	115
+C7704693	115
+C7704697	115
+C7704699	115
+C7704705	115
+C7704707	115
+C7704737	115
+C7704739	115
+C7704741	115
+C7704753	115
+C7704755	115
+C7704791	115
+C7704795	115
+C7704799	115
+C7704811	115
+C7704825	115
+C7704835	115
+C7704855	115
+C7704859	115
+C7704869	115
+C7704877	115
+C7704881	115
+C7704903	115
+C7704911	115
+C7704919	115
+C7704925	115
+C7704933	115
+C7704939	115
+C7704959	115
+C7704977	115
+C7704989	115
+C7704991	115
+C7704993	115
+C7705017	115
+C7705019	115
+C7705023	115
+C7705029	115
+C7705031	115
+C7705061	115
+C7705063	115
+C7705083	115
+C7705127	115
+C7705129	115
+C7705131	115
+C7705133	115
+C7705135	115
+C7705149	115
+C7705161	115
+C7705177	115
+C7705195	115
+C7705205	115
+C7705219	115
+C7705239	115
+C7705243	115
+C7705251	115
+C7705277	115
+C7705281	115
+C7705295	115
+C7705299	115
+C7705307	115
+C7705331	115
+C7705341	115
+C7705343	115
+C7705373	115
+C7705379	115
+C7705391	115
+C7705397	115
+C7705399	115
+C7705407	115
+C7705411	115
+C7705429	115
+C7705433	115
+C7705459	115
+C7705471	115
+C7705479	115
+C7705487	115
+C7705497	115
+C7705505	115
+C7705511	115
+C7705519	115
+C7705523	115
+C7705545	115
+C7705559	115
+C7705561	115
+C7705567	115
+C7705571	115
+C7705581	115
+C7705589	115
+C7705621	115
+C7705623	115
+C7705639	115
+C7705647	115
+C7705653	115
+C7705659	115
+C7705665	115
+C7705691	115
+C7705705	115
+C7705709	115
+C7705713	115
+C7705715	115
+C7705717	115
+C7705735	115
+C7705739	115
+C7705745	115
+C7705753	115
+C7705757	115
+C7705759	115
+C7705783	115
+C7705785	115
+C7705799	115
+C7705807	115
+C7705809	115
+C7705821	115
+C7705833	115
+C7705835	115
+C7705839	115
+C7705849	115
+C7705865	115
+C7705869	115
+C7705901	115
+C7705903	115
+C7705907	115
+C7705915	115
+C7705929	115
+C7705945	115
+C7705949	115
+C7705959	115
+C7705979	115
+C7705981	115
+C7705989	115
+C7705999	115
+C7706009	115
+C7706039	115
+C7706051	115
+C7706071	115
+C7706075	115
+C7706079	115
+C7706091	115
+C7706105	115
+C7706107	115
+C7706121	115
+C7706131	115
+C7706135	115
+C7706163	115
+C7706169	115
+C7706175	115
+C7706191	115
+C7706197	115
+C7706199	115
+C7706211	115
+C7706213	115
+C7706215	115
+C7706217	115
+C7706221	115
+C7706237	115
+C7706245	115
+C7706253	115
+C7706257	115
+C7706283	115
+C7706285	115
+C7706303	115
+C7706323	115
+C7706325	115
+C7706341	115
+C7706351	115
+C7706403	115
+C7706409	115
+C7706415	115
+C7706423	115
+C7706425	115
+C7706441	115
+C7706443	115
+C7706445	115
+C7706449	115
+C7706455	115
+C7706457	115
+C7706469	115
+C7706477	115
+C7706485	115
+C7706487	115
+C7706497	115
+C7706509	115
+C7706511	115
+C7706519	115
+C7706525	115
+C7706539	115
+C7706541	115
+C7706553	115
+C7706565	115
+C7706569	115
+C7706577	115
+C7706597	115
+C7706601	115
+C7706605	115
+C7706639	115
+C7706641	115
+C7706645	115
+C7706683	115
+C7706689	115
+C7706707	115
+C7706709	115
+C7706717	115
+C7706725	115
+C7706755	115
+C7706761	115
+C7706797	115
+C7706807	115
+C7706811	115
+C7706819	115
+C7706839	115
+C7706853	115
+C7706861	115
+C7706873	115
+C7706883	115
+C7706897	115
+C7706901	115
+C7706919	115
+C7706973	115
+C7706981	115
+C7706983	115
+C7706993	115
+C7707019	115
+C7707023	115
+C7707039	115
+C7707057	115
+C7707107	115
+C7707111	115
+C7707115	115
+C7707117	115
+C7707121	115
+C7707131	115
+C7707139	115
+C7707143	115
+C7707207	115
+C7707219	115
+C7707221	115
+C7707223	115
+C7707235	115
+C7707241	115
+C7707287	115
+C7707317	115
+C7707327	115
+C7707331	115
+C7707333	115
+C7707385	115
+C7707389	115
+C7707397	115
+C7707403	115
+C7707411	115
+C7707433	115
+C7707439	115
+C7707447	115
+C7707479	115
+C7707485	115
+C7707499	115
+C7707505	115
+C7707519	115
+C7707537	115
+C7707541	115
+C7707543	115
+C7707545	115
+C7707549	115
+C7707551	115
+C7707559	115
+C7707561	115
+C7707563	115
+C7707567	115
+C7707577	115
+C7707585	115
+C7707595	115
+C7707611	115
+C7707635	115
+C7707643	115
+C7707653	115
+C7707657	115
+C7707671	115
+C7707673	115
+C7707679	115
+C7707687	115
+C7707689	115
+C7707695	115
+C7707701	115
+C7707707	115
+C7707719	115
+C7707721	115
+C7707729	115
+C7707759	115
+C7707785	115
+C7707799	115
+C7707811	115
+C7707825	115
+C7707827	115
+C7707835	115
+C7707845	115
+C7707851	115
+C7707857	115
+C7707863	115
+C7707865	115
+C7707919	115
+C7707921	115
+C7707947	115
+C7707971	115
+C7707995	115
+C7707997	115
+C7708009	115
+C7708023	115
+C7708025	115
+C7708029	115
+C7708037	115
+C7708047	115
+C7708049	115
+C7708057	115
+C7708059	115
+C7708067	115
+C7708087	115
+C7708089	115
+C7708097	115
+C7708115	115
+C7708125	115
+C7708133	115
+C7708139	115
+C7708143	115
+C7708147	115
+C7708149	115
+C7708153	115
+C7708175	115
+C7708189	115
+C7708195	115
+C7708197	115
+C7708233	115
+C7708241	115
+C7708247	115
+C7708259	115
+C7708277	115
+C7708297	115
+C7708305	115
+C7708315	115
+C7708325	115
+C7708327	115
+C7708355	115
+C7708363	115
+C7708373	115
+C7708375	115
+C7708377	115
+C7708393	115
+C7708395	115
+C7708403	115
+C7708409	115
+C7708423	115
+C7708427	115
+C7708441	115
+C7708451	115
+C7708467	115
+C7708471	115
+C7708477	115
+C7708481	115
+C7708501	115
+C7708513	115
+C7708519	115
+C7708523	115
+C7708533	115
+C7708545	115
+C7708559	115
+C7708571	115
+C7708573	115
+C7708583	115
+C7708591	115
+C7708619	115
+C7708627	115
+C7708633	115
+C7708639	115
+C7708645	115
+C7708669	115
+C7708691	115
+C7708695	115
+C7708697	115
+C7708717	115
+C7708721	115
+C7708725	115
+C7708733	115
+C7708739	115
+C7708763	115
+C7708771	115
+C7708783	115
+C7708795	115
+C7708799	115
+C7708815	115
+C7708819	115
+C7708821	115
+C7708833	115
+C7708845	115
+C7708847	115
+C7708853	115
+C7708859	115
+C7708861	115
+C7708867	115
+C7708877	115
+C7708883	115
+C7708885	115
+C7708895	115
+C7708899	115
+C7708909	115
+C7708919	115
+C7708921	115
+C7708923	115
+C7708925	115
+C7708937	115
+C7708951	115
+C7708975	115
+C7708991	115
+C7708997	115
+C7709005	115
+C7709015	115
+C7709017	115
+C7709019	115
+C7709025	115
+C7709031	115
+C7709035	115
+C7709063	115
+C7709069	115
+C7709071	115
+C7709097	115
+C7709103	115
+C7709117	115
+C7709131	115
+C7709133	115
+C7709141	115
+C7709165	115
+C7709167	115
+C7709173	115
+C7709175	115
+C7709179	115
+C7709185	115
+C7709197	115
+C7709201	115
+C7709205	115
+C7709213	115
+C7709223	115
+C7709239	115
+C7709277	115
+C7709289	115
+C7709293	115
+C7709297	115
+C7709311	115
+C7709315	115
+C7709317	115
+C7709325	115
+C7709331	115
+C7709353	115
+C7709357	115
+C7709361	115
+C7709377	115
+C7709391	115
+C7709419	115
+C7709423	115
+C7709435	115
+C7709441	115
+C7709447	115
+C7709457	115
+C7709463	115
+C7709471	115
+C7709495	115
+C7709497	115
+C7709517	115
+C7709521	115
+C7709527	115
+C7709543	115
+C7709567	115
+C7709569	115
+C7709573	115
+C7709595	115
+C7709599	115
+C7709603	115
+C7709613	115
+C7709617	115
+C7709627	115
+C7709629	115
+C7709637	115
+C7709641	115
+C7709675	115
+C7709689	115
+C7709695	115
+C7709705	115
+C7709717	115
+C7709727	115
+C7709729	115
+C7709735	115
+C7709747	115
+C7709751	115
+C7709753	115
+C7709761	115
+C7709767	115
+C7709777	115
+C7709781	115
+C7709787	115
+C7709791	115
+C7709807	115
+C7709823	115
+C7709825	115
+C7709827	115
+C7709839	115
+C7709851	115
+C7709879	115
+C7709883	115
+C7709895	115
+C7709911	115
+C7709927	115
+C7709935	115
+C7709973	115
+C7710009	115
+C7710019	115
+C7710021	115
+C7710023	115
+C7710029	115
+C7710031	115
+C7710041	115
+C7710055	115
+C7710085	115
+C7710087	115
+C7710089	115
+C7710091	115
+C7710111	115
+C7710117	115
+C7710127	115
+C7710143	115
+C7710149	115
+C7710175	115
+C7710179	115
+C7710189	115
+C7710195	115
+C7710205	115
+C7710229	115
+C7710239	115
+C7710243	115
+C7710267	115
+C7710271	115
+C7710281	115
+C7710291	115
+C7710307	115
+C7710317	115
+C7710339	115
+C7710347	115
+C7710351	115
+C7710353	115
+C7710365	115
+C7710367	115
+C7710381	115
+C7710387	115
+C7710389	115
+C7710395	115
+C7710397	115
+C7710401	115
+C7710421	115
+C7710429	115
+C7710431	115
+C7710449	115
+C7710455	115
+C7710463	115
+C7710467	115
+C7710483	115
+C7710487	115
+C7710493	115
+C7710503	115
+C7710505	115
+C7710509	115
+C7710537	115
+C7710539	115
+C7710545	115
+C7710559	115
+C7710567	115
+C7710581	115
+C7710595	115
+C7710597	115
+C7710603	115
+C7710605	115
+C7710613	115
+C7710649	115
+C7710661	115
+C7710663	115
+C7710673	115
+C7710681	115
+C7710695	115
+C7710703	115
+C7710733	115
+C7710743	115
+C7710749	115
+C7710755	115
+C7710759	115
+C7710761	115
+C7710771	115
+C7710773	115
+C7710775	115
+C7710815	115
+C7710825	115
+C7710901	115
+C7710931	115
+C7710943	115
+C7710945	115
+C7710947	115
+C7710975	115
+C7710989	115
+C7710991	115
+C7710997	115
+C7711011	115
+C7711029	115
+C7711055	115
+C7711073	115
+C7711075	115
+C7711081	115
+C7711085	115
+C7711097	115
+C7711113	115
+C7711117	115
+C7711145	115
+C7711149	115
+C7711151	115
+C7711155	115
+C7711157	115
+C7711161	115
+C7711173	115
+C7711187	115
+C7711199	115
+C7711205	115
+C7711211	115
+C7711225	115
+C7711237	115
+C7711259	115
+C7711263	115
+C7711267	115
+C7711291	115
+C7711299	115
+C7711303	115
+C7711307	115
+C7711313	115
+C7711327	115
+C7711345	115
+C7711349	115
+C7711351	115
+C7711355	115
+C7711365	115
+C7711367	115
+C7711375	115
+C7711385	115
+C7711397	115
+C7711411	115
+C7711415	115
+C7711417	115
+C7711441	115
+C7711447	115
+C7711449	115
+C7711451	115
+C7711467	115
+C7711469	115
+C7711471	115
+C7711483	115
+C7711513	115
+C7711517	115
+C7711551	115
+C7711559	115
+C7711563	115
+C7711607	115
+C7711615	115
+C7711619	115
+C7711639	115
+C7711641	115
+C7711657	115
+C7711707	115
+C7711713	115
+C7711731	115
+C7711747	115
+C7711753	115
+C7711755	115
+C7711761	115
+C7711767	115
+C7711779	115
+C7711789	115
+C7711791	115
+C7711821	115
+C7711823	115
+C7711845	115
+C7711853	115
+C7711869	115
+C7711887	115
+C7711889	115
+C7711895	115
+C7711901	115
+C7711903	115
+C7711911	115
+C7711913	115
+C7711917	115
+C7711923	115
+C7711929	115
+C7711933	115
+C7711939	115
+C7711941	115
+C7711959	115
+C7711971	115
+C7711995	115
+C7712001	115
+C7712003	115
+C7712011	115
+C7712019	115
+C7712025	115
+C7712045	115
+C7712057	115
+C7712063	115
+C7712067	115
+C7712069	115
+C7712071	115
+C7712073	115
+C7712081	115
+C7712085	115
+C7712101	115
+C7712103	115
+C7712105	115
+C7712117	115
+C7712125	115
+C7712135	115
+C7712141	115
+C7712155	115
+C7712157	115
+C7712163	115
+C7712183	115
+C7712185	115
+C7712199	115
+C7712233	115
+C7712249	115
+C7712251	115
+C7712261	115
+C7712271	115
+C7712281	115
+C7712283	115
+C7712301	115
+C7712303	115
+C7712313	115
+C7712317	115
+C7712319	115
+C7712321	115
+C7712343	115
+C7712369	115
+C7712371	115
+C7712375	115
+C7712383	115
+C7712385	115
+C7712393	115
+C7712403	115
+C7712405	115
+C7712415	115
+C7712423	115
+C7712433	115
+C7712439	115
+C7712447	115
+C7712457	115
+C7712469	115
+C7712479	115
+C7712491	115
+C7712501	115
+C7712513	115
+C7712525	115
+C7712549	115
+C7712563	115
+C7712565	115
+C7712567	115
+C7712597	115
+C7712605	115
+C7712607	115
+C7712631	115
+C7712657	115
+C7712659	115
+C7712667	115
+C7712669	115
+C7712681	115
+C7712683	115
+C7712685	115
+C7712703	115
+C7712709	115
+C7712721	115
+C7712733	115
+C7712743	115
+C7712751	115
+C7712759	115
+C7712765	115
+C7712775	115
+C7712787	115
+C7712793	115
+C7712807	115
+C7712821	115
+C7712825	115
+C7712853	115
+C7712863	115
+C7712873	115
+C7712893	115
+C7712895	115
+C7712897	115
+C7712899	115
+C7712913	115
+C7712917	115
+C7712921	115
+C7712923	115
+C7712927	115
+C7712933	115
+C7712945	115
+C7712947	115
+C7712949	115
+C7712951	115
+C7712955	115
+C7712957	115
+C7712965	115
+C7712983	115
+C7712989	115
+C7712997	115
+C7713011	115
+C7713025	115
+C7713027	115
+C7713035	115
+C7713043	115
+C7713049	115
+C7713051	115
+C7713053	115
+C7713071	115
+C7713079	115
+C7713081	115
+C7713109	115
+C7713113	115
+C7713131	115
+C7713135	115
+C7713137	115
+C7713139	115
+C7713159	115
+C7713171	115
+C7713207	115
+C7713217	115
+C7713235	115
+C7713237	115
+C7713249	115
+C7713275	115
+C7713285	115
+C7713293	115
+C7713295	115
+C7713303	115
+C7713305	115
+C7713311	115
+C7713321	115
+C7713337	115
+C7713345	115
+C7713347	115
+C7713351	115
+C7713357	115
+C7713369	115
+C7713389	115
+C7713395	115
+C7713399	115
+C7713401	115
+C7713411	115
+C7713421	115
+C7713453	115
+C7713457	115
+C7713469	115
+C7713481	115
+C7713489	115
+C7713493	115
+C7713499	115
+C7713507	115
+C7713515	115
+C7713519	115
+C7713527	115
+C7713535	115
+C7713553	115
+C7713561	115
+C7713565	115
+C7713569	115
+C7713577	115
+C7713581	115
+C7713585	115
+C7713589	115
+C7713591	115
+C7713601	115
+C7713603	115
+C7713607	115
+C7713609	115
+C7713611	115
+C7713619	115
+C7713633	115
+C7713641	115
+C7713653	115
+C7713655	115
+C7713673	115
+C7713687	115
+C7713691	115
+C7713705	115
+C7713707	115
+C7713719	115
+C7713739	115
+C7713755	115
+C7713763	115
+C7713775	115
+C7713807	115
+C7713827	115
+C7713829	115
+C7713833	115
+C7713843	115
+C7713873	115
+C7713875	115
+C7713877	115
+C7713923	115
+C7713933	115
+C7713937	115
+C7713947	115
+C7713961	115
+C7713963	115
+C7713971	115
+C7713979	115
+C7713997	115
+C7714003	115
+C7714009	115
+C7714011	115
+C7714035	115
+C7714041	115
+C7714053	115
+C7714059	115
+C7714065	115
+C7714097	115
+C7714103	115
+C7714107	115
+C7714111	115
+C7714121	115
+C7714127	115
+C7714157	115
+C7714169	115
+C7714175	115
+C7714183	115
+C7714185	115
+C7714189	115
+C7714209	115
+C7714229	115
+C7714241	115
+C7714251	115
+C7714269	115
+C7714295	115
+C7714299	115
+C7714315	115
+C7714319	115
+C7714327	115
+C7714329	115
+C7714331	115
+C7714341	115
+C7714351	115
+C7714357	115
+C7714367	115
+C7714383	115
+C7714391	115
+C7714411	115
+C7714423	115
+C7714431	115
+C7714437	115
+C7714455	115
+C7714457	115
+C7714469	115
+C7714489	115
+C7714493	115
+C7714495	115
+C7714509	115
+C7714511	115
+C7714535	115
+C7714557	115
+C7714561	115
+C7714565	115
+C7714575	115
+C7714583	115
+C7714611	115
+C7714613	115
+C7714625	115
+C7714629	115
+C7714637	115
+C7714641	115
+C7714649	115
+C7714651	115
+C7714687	115
+C7714699	115
+C7714709	115
+C7714745	115
+C7714747	115
+C7714753	115
+C7714759	115
+C7714783	115
+C7714801	115
+C7714807	115
+C7714813	115
+C7714823	115
+C7714833	115
+C7714839	115
+C7714841	115
+C7714849	115
+C7714851	115
+C7714853	115
+C7714857	115
+C7714861	115
+C7714873	115
+C7714879	115
+C7714893	115
+C7714905	115
+C7714935	115
+C7714943	115
+C7714945	115
+C7714985	115
+C7714991	115
+C7714999	115
+C7715001	115
+C7715017	115
+C7715033	115
+C7715041	115
+C7715063	115
+C7715073	115
+C7715087	115
+C7715111	115
+C7715125	115
+C7715127	115
+C7715133	115
+C7715149	115
+C7715151	115
+C7715159	115
+C7715193	115
+C7715199	115
+C7715205	115
+C7715215	115
+C7715225	115
+C7715227	115
+C7715229	115
+C7715241	115
+C7715245	115
+C7715279	115
+C7715303	115
+C7715315	115
+C7715317	115
+C7715347	115
+C7715355	115
+C7715361	115
+C7715369	115
+C7715371	115
+C7715387	115
+C7715411	115
+C7715413	115
+C7715425	115
+C7715427	115
+C7715441	115
+C7715443	115
+C7715445	115
+C7715447	115
+C7715451	115
+C7715473	115
+C7715477	115
+C7715479	115
+C7688017	114
+C7688025	114
+C7688027	114
+C7688029	114
+C7688047	114
+C7688059	114
+C7688063	114
+C7688077	114
+C7688079	114
+C7688105	114
+C7688119	114
+C7688127	114
+C7688131	114
+C7688133	114
+C7688153	114
+C7688171	114
+C7688175	114
+C7688177	114
+C7688179	114
+C7688191	114
+C7688195	114
+C7688199	114
+C7688207	114
+C7688219	114
+C7688227	114
+C7688233	114
+C7688237	114
+C7688245	114
+C7688253	114
+C7688257	114
+C7688259	114
+C7688267	114
+C7688269	114
+C7688281	114
+C7688291	114
+C7688295	114
+C7688299	114
+C7688313	114
+C7688317	114
+C7688321	114
+C7688351	114
+C7688395	114
+C7688403	114
+C7688405	114
+C7688419	114
+C7688425	114
+C7688429	114
+C7688431	114
+C7688433	114
+C7688493	114
+C7688505	114
+C7688519	114
+C7688529	114
+C7688549	114
+C7688557	114
+C7688571	114
+C7688587	114
+C7688591	114
+C7688609	114
+C7688613	114
+C7688701	114
+C7688705	114
+C7688713	114
+C7688715	114
+C7688725	114
+C7688739	114
+C7688757	114
+C7688783	114
+C7688789	114
+C7688813	114
+C7688815	114
+C7688821	114
+C7688835	114
+C7688839	114
+C7688845	114
+C7688851	114
+C7688857	114
+C7688859	114
+C7688867	114
+C7688869	114
+C7688887	114
+C7688891	114
+C7688907	114
+C7688913	114
+C7688919	114
+C7688925	114
+C7688933	114
+C7688937	114
+C7688941	114
+C7688945	114
+C7688959	114
+C7688961	114
+C7688967	114
+C7688975	114
+C7688979	114
+C7688989	114
+C7688991	114
+C7689001	114
+C7689021	114
+C7689025	114
+C7689033	114
+C7689049	114
+C7689057	114
+C7689085	114
+C7689089	114
+C7689103	114
+C7689105	114
+C7689109	114
+C7689113	114
+C7689165	114
+C7689183	114
+C7689185	114
+C7689197	114
+C7689205	114
+C7689209	114
+C7689211	114
+C7689227	114
+C7689229	114
+C7689231	114
+C7689235	114
+C7689239	114
+C7689249	114
+C7689285	114
+C7689293	114
+C7689299	114
+C7689301	114
+C7689315	114
+C7689321	114
+C7689335	114
+C7689351	114
+C7689389	114
+C7689391	114
+C7689397	114
+C7689411	114
+C7689415	114
+C7689419	114
+C7689433	114
+C7689443	114
+C7689463	114
+C7689467	114
+C7689477	114
+C7689481	114
+C7689491	114
+C7689501	114
+C7689509	114
+C7689511	114
+C7689521	114
+C7689547	114
+C7689559	114
+C7689587	114
+C7689599	114
+C7689615	114
+C7689623	114
+C7689649	114
+C7689679	114
+C7689681	114
+C7689685	114
+C7689699	114
+C7689701	114
+C7689703	114
+C7689719	114
+C7689727	114
+C7689767	114
+C7689771	114
+C7689799	114
+C7689805	114
+C7689835	114
+C7689859	114
+C7689861	114
+C7689867	114
+C7689879	114
+C7689883	114
+C7689891	114
+C7689907	114
+C7689913	114
+C7689915	114
+C7689935	114
+C7689949	114
+C7689957	114
+C7689991	114
+C7689997	114
+C7690003	114
+C7690015	114
+C7690019	114
+C7690023	114
+C7690049	114
+C7690051	114
+C7690065	114
+C7690077	114
+C7690099	114
+C7690107	114
+C7690111	114
+C7690133	114
+C7690135	114
+C7690161	114
+C7690169	114
+C7690173	114
+C7690203	114
+C7690219	114
+C7690261	114
+C7690267	114
+C7690275	114
+C7690277	114
+C7690291	114
+C7690303	114
+C7690309	114
+C7690317	114
+C7690327	114
+C7690337	114
+C7690357	114
+C7690363	114
+C7690367	114
+C7690379	114
+C7690381	114
+C7690385	114
+C7690389	114
+C7690399	114
+C7690401	114
+C7690405	114
+C7690417	114
+C7690441	114
+C7690445	114
+C7690457	114
+C7690469	114
+C7690471	114
+C7690479	114
+C7690481	114
+C7690503	114
+C7690517	114
+C7690533	114
+C7690551	114
+C7690585	114
+C7690597	114
+C7690599	114
+C7690601	114
+C7690613	114
+C7690625	114
+C7690631	114
+C7690641	114
+C7690655	114
+C7690669	114
+C7690681	114
+C7690683	114
+C7690697	114
+C7690699	114
+C7690703	114
+C7690705	114
+C7690715	114
+C7690719	114
+C7690723	114
+C7690731	114
+C7690733	114
+C7690747	114
+C7690783	114
+C7690789	114
+C7690793	114
+C7690795	114
+C7690833	114
+C7690835	114
+C7690851	114
+C7690855	114
+C7690859	114
+C7690863	114
+C7690867	114
+C7690885	114
+C7690891	114
+C7690897	114
+C7690899	114
+C7690905	114
+C7690917	114
+C7690933	114
+C7690941	114
+C7690957	114
+C7690965	114
+C7690979	114
+C7690981	114
+C7690999	114
+C7691001	114
+C7691017	114
+C7691029	114
+C7691035	114
+C7691037	114
+C7691041	114
+C7691053	114
+C7691059	114
+C7691067	114
+C7691069	114
+C7691075	114
+C7691079	114
+C7691083	114
+C7691097	114
+C7691109	114
+C7691119	114
+C7691121	114
+C7691123	114
+C7691129	114
+C7691131	114
+C7691143	114
+C7691153	114
+C7691173	114
+C7691193	114
+C7691197	114
+C7691211	114
+C7691229	114
+C7691231	114
+C7691243	114
+C7691245	114
+C7691265	114
+C7691279	114
+C7691285	114
+C7691287	114
+C7691297	114
+C7691303	114
+C7691329	114
+C7691341	114
+C7691359	114
+C7691365	114
+C7691367	114
+C7691369	114
+C7691377	114
+C7691383	114
+C7691387	114
+C7691429	114
+C7691435	114
+C7691475	114
+C7691477	114
+C7691481	114
+C7691483	114
+C7691507	114
+C7691509	114
+C7691541	114
+C7691551	114
+C7691555	114
+C7691575	114
+C7691577	114
+C7691593	114
+C7691597	114
+C7691609	114
+C7691619	114
+C7691621	114
+C7691637	114
+C7691641	114
+C7691645	114
+C7691647	114
+C7691649	114
+C7691653	114
+C7691655	114
+C7691659	114
+C7691661	114
+C7691677	114
+C7691695	114
+C7691701	114
+C7691711	114
+C7691715	114
+C7691717	114
+C7691721	114
+C7691723	114
+C7691727	114
+C7691731	114
+C7691745	114
+C7691749	114
+C7691751	114
+C7691755	114
+C7691789	114
+C7691791	114
+C7691849	114
+C7691857	114
+C7691861	114
+C7691863	114
+C7691869	114
+C7691871	114
+C7691893	114
+C7691901	114
+C7691903	114
+C7691921	114
+C7691925	114
+C7691937	114
+C7691939	114
+C7691941	114
+C7691949	114
+C7691953	114
+C7691961	114
+C7691963	114
+C7691969	114
+C7691975	114
+C7691977	114
+C7691993	114
+C7691999	114
+C7692003	114
+C7692015	114
+C7692063	114
+C7692069	114
+C7692075	114
+C7692077	114
+C7692083	114
+C7692095	114
+C7692119	114
+C7692129	114
+C7692137	114
+C7692143	114
+C7692151	114
+C7692157	114
+C7692173	114
+C7692193	114
+C7692197	114
+C7692199	114
+C7692217	114
+C7692231	114
+C7692233	114
+C7692237	114
+C7692249	114
+C7692263	114
+C7692273	114
+C7692287	114
+C7692307	114
+C7692309	114
+C7692313	114
+C7692381	114
+C7692387	114
+C7692399	114
+C7692417	114
+C7692423	114
+C7692433	114
+C7692459	114
+C7692471	114
+C7692475	114
+C7692479	114
+C7692487	114
+C7692493	114
+C7692497	114
+C7692515	114
+C7692529	114
+C7692535	114
+C7692549	114
+C7692559	114
+C7692581	114
+C7692605	114
+C7692623	114
+C7692625	114
+C7692629	114
+C7692633	114
+C7692653	114
+C7692661	114
+C7692673	114
+C7692693	114
+C7692695	114
+C7692707	114
+C7692711	114
+C7692727	114
+C7692735	114
+C7692739	114
+C7692743	114
+C7692751	114
+C7692773	114
+C7692779	114
+C7692783	114
+C7692787	114
+C7692797	114
+C7692801	114
+C7692827	114
+C7692833	114
+C7692837	114
+C7692841	114
+C7692883	114
+C7692899	114
+C7692909	114
+C7692911	114
+C7692959	114
+C7692969	114
+C7692977	114
+C7692995	114
+C7693005	114
+C7693023	114
+C7693039	114
+C7693043	114
+C7693045	114
+C7693047	114
+C7693065	114
+C7693069	114
+C7693071	114
+C7693095	114
+C7693107	114
+C7693119	114
+C7693123	114
+C7693133	114
+C7693137	114
+C7693139	114
+C7693145	114
+C7693167	114
+C7693179	114
+C7693185	114
+C7693189	114
+C7693195	114
+C7693211	114
+C7693219	114
+C7693231	114
+C7693233	114
+C7693263	114
+C7693277	114
+C7693287	114
+C7693293	114
+C7693337	114
+C7693339	114
+C7693341	114
+C7693347	114
+C7693349	114
+C7693357	114
+C7693377	114
+C7693381	114
+C7693385	114
+C7693407	114
+C7693421	114
+C7693449	114
+C7693455	114
+C7693459	114
+C7693463	114
+C7693467	114
+C7693483	114
+C7693487	114
+C7693491	114
+C7693497	114
+C7693499	114
+C7693501	114
+C7693517	114
+C7693541	114
+C7693565	114
+C7693573	114
+C7693601	114
+C7693607	114
+C7693635	114
+C7693639	114
+C7693663	114
+C7693669	114
+C7693671	114
+C7693677	114
+C7693689	114
+C7693705	114
+C7693713	114
+C7693715	114
+C7693733	114
+C7693737	114
+C7693751	114
+C7693755	114
+C7693759	114
+C7693767	114
+C7693769	114
+C7693775	114
+C7693781	114
+C7693791	114
+C7693793	114
+C7693819	114
+C7693849	114
+C7693859	114
+C7693869	114
+C7693877	114
+C7693899	114
+C7693901	114
+C7693907	114
+C7693933	114
+C7693945	114
+C7693979	114
+C7693981	114
+C7693987	114
+C7693997	114
+C7694013	114
+C7694017	114
+C7694029	114
+C7694041	114
+C7694047	114
+C7694059	114
+C7694063	114
+C7694069	114
+C7694075	114
+C7694077	114
+C7694079	114
+C7694087	114
+C7694099	114
+C7694109	114
+C7694113	114
+C7694123	114
+C7694141	114
+C7694147	114
+C7694159	114
+C7694165	114
+C7694167	114
+C7694181	114
+C7694183	114
+C7694185	114
+C7694191	114
+C7694205	114
+C7694265	114
+C7694275	114
+C7694279	114
+C7694281	114
+C7694303	114
+C7694309	114
+C7694311	114
+C7694323	114
+C7694337	114
+C7694339	114
+C7694341	114
+C7694365	114
+C7694375	114
+C7694379	114
+C7694381	114
+C7694419	114
+C7694461	114
+C7694465	114
+C7694479	114
+C7694491	114
+C7694497	114
+C7694499	114
+C7694515	114
+C7694529	114
+C7694539	114
+C7694549	114
+C7694569	114
+C7694615	114
+C7694625	114
+C7694627	114
+C7694647	114
+C7694651	114
+C7694669	114
+C7694677	114
+C7694679	114
+C7694681	114
+C7694687	114
+C7694693	114
+C7694699	114
+C7694711	114
+C7694715	114
+C7694721	114
+C7694723	114
+C7694725	114
+C7694733	114
+C7694737	114
+C7694739	114
+C7694749	114
+C7694751	114
+C7694753	114
+C7694759	114
+C7694763	114
+C7694765	114
+C7694771	114
+C7694777	114
+C7694779	114
+C7694819	114
+C7694825	114
+C7694827	114
+C7694835	114
+C7694839	114
+C7694853	114
+C7694855	114
+C7694873	114
+C7694883	114
+C7694887	114
+C7694907	114
+C7694911	114
+C7694917	114
+C7694921	114
+C7694935	114
+C7694965	114
+C7694987	114
+C7694995	114
+C7695003	114
+C7695009	114
+C7695017	114
+C7695019	114
+C7695035	114
+C7695041	114
+C7695061	114
+C7695063	114
+C7695093	114
+C7695099	114
+C7695115	114
+C7695121	114
+C7695127	114
+C7695139	114
+C7695155	114
+C7695163	114
+C7695177	114
+C7695197	114
+C7695199	114
+C7695201	114
+C7695203	114
+C7695215	114
+C7695221	114
+C7695235	114
+C7695241	114
+C7695249	114
+C7695255	114
+C7695261	114
+C7695263	114
+C7695281	114
+C7695283	114
+C7695291	114
+C7695321	114
+C7695329	114
+C7695337	114
+C7695343	114
+C7695363	114
+C7695377	114
+C7695379	114
+C7695381	114
+C7695385	114
+C7695401	114
+C7695421	114
+C7695425	114
+C7695431	114
+C7695449	114
+C7695453	114
+C7695459	114
+C7695473	114
+C7695479	114
+C7695487	114
+C7695493	114
+C7695499	114
+C7695531	114
+C7695539	114
+C7695557	114
+C7695565	114
+C7695593	114
+C7695613	114
+C7695615	114
+C7695617	114
+C7695621	114
+C7695625	114
+C7695641	114
+C7695655	114
+C7695707	114
+C7695715	114
+C7695717	114
+C7695733	114
+C7695747	114
+C7695757	114
+C7695771	114
+C7695787	114
+C7695839	114
+C7695845	114
+C7695853	114
+C7695857	114
+C7695861	114
+C7695865	114
+C7695903	114
+C7695905	114
+C7695923	114
+C7695927	114
+C7695945	114
+C7695949	114
+C7695961	114
+C7695967	114
+C7695973	114
+C7695975	114
+C7695977	114
+C7695981	114
+C7695983	114
+C7695989	114
+C7695995	114
+C7696015	114
+C7696025	114
+C7696033	114
+C7696039	114
+C7696051	114
+C7696053	114
+C7696065	114
+C7696075	114
+C7696079	114
+C7696089	114
+C7696095	114
+C7696101	114
+C7696125	114
+C7696139	114
+C7696143	114
+C7696145	114
+C7696195	114
+C7696205	114
+C7696217	114
+C7696219	114
+C7696235	114
+C7696249	114
+C7696265	114
+C7696283	114
+C7696289	114
+C7696293	114
+C7696295	114
+C7696299	114
+C7696323	114
+C7696327	114
+C7696335	114
+C7696337	114
+C7696339	114
+C7696343	114
+C7696363	114
+C7696367	114
+C7696379	114
+C7696387	114
+C7696395	114
+C7696415	114
+C7696437	114
+C7696447	114
+C7696449	114
+C7696453	114
+C7696459	114
+C7696485	114
+C7696515	114
+C7696517	114
+C7696521	114
+C7696549	114
+C7696553	114
+C7696567	114
+C7696571	114
+C7696573	114
+C7696587	114
+C7696607	114
+C7696611	114
+C7696615	114
+C7696617	114
+C7696623	114
+C7696635	114
+C7696653	114
+C7696659	114
+C7696663	114
+C7696671	114
+C7696681	114
+C7696685	114
+C7696701	114
+C7696705	114
+C7696707	114
+C7696721	114
+C7696731	114
+C7696743	114
+C7696751	114
+C7696763	114
+C7696777	114
+C7696781	114
+C7696791	114
+C7696795	114
+C7696797	114
+C7696807	114
+C7696809	114
+C7696815	114
+C7696819	114
+C7696829	114
+C7696849	114
+C7696855	114
+C7696871	114
+C7696873	114
+C7696875	114
+C7696881	114
+C7696919	114
+C7696927	114
+C7696949	114
+C7696975	114
+C7696981	114
+C7696991	114
+C7696995	114
+C7697011	114
+C7697037	114
+C7697043	114
+C7697049	114
+C7697059	114
+C7697067	114
+C7697075	114
+C7697081	114
+C7697083	114
+C7697095	114
+C7697099	114
+C7697137	114
+C7697141	114
+C7697143	114
+C7697151	114
+C7697161	114
+C7697173	114
+C7697177	114
+C7697187	114
+C7697221	114
+C7697235	114
+C7697245	114
+C7697273	114
+C7697277	114
+C7697279	114
+C7697283	114
+C7697297	114
+C7697309	114
+C7697313	114
+C7697323	114
+C7697329	114
+C7697331	114
+C7697337	114
+C7697343	114
+C7697345	114
+C7697355	114
+C7697363	114
+C7697369	114
+C7697377	114
+C7697379	114
+C7697381	114
+C7697389	114
+C7697393	114
+C7697395	114
+C7697405	114
+C7697433	114
+C7697437	114
+C7697449	114
+C7697451	114
+C7697465	114
+C7697467	114
+C7697475	114
+C7697481	114
+C7697487	114
+C7697515	114
+C7697519	114
+C7697525	114
+C7697529	114
+C7697541	114
+C7697543	114
+C7697549	114
+C7697555	114
+C7697563	114
+C7697567	114
+C7697575	114
+C7697581	114
+C7697593	114
+C7697595	114
+C7697597	114
+C7697609	114
+C7697621	114
+C7697631	114
+C7697635	114
+C7697645	114
+C7697657	114
+C7697659	114
+C7697661	114
+C7697673	114
+C7697675	114
+C7697679	114
+C7697685	114
+C7697687	114
+C7697693	114
+C7697697	114
+C7697701	114
+C7697709	114
+C7697711	114
+C7697713	114
+C7697719	114
+C7697761	114
+C7697777	114
+C7697799	114
+C7697803	114
+C7697817	114
+C7697827	114
+C7697835	114
+C7697853	114
+C7697873	114
+C7697875	114
+C7697877	114
+C7697879	114
+C7697907	114
+C7697909	114
+C7697927	114
+C7697929	114
+C7697935	114
+C7697939	114
+C7697953	114
+C7697959	114
+C7697963	114
+C7697971	114
+C7697979	114
+C7697993	114
+C7697999	114
+C7698009	114
+C7698017	114
+C7698023	114
+C7698045	114
+C7698065	114
+C7698075	114
+C7698077	114
+C7698085	114
+C7698107	114
+C7698109	114
+C7698115	114
+C7698121	114
+C7698153	114
+C7698157	114
+C7698173	114
+C7698179	114
+C7698199	114
+C7698217	114
+C7698221	114
+C7698231	114
+C7698253	114
+C7698275	114
+C7698305	114
+C7698311	114
+C7698317	114
+C7698329	114
+C7698335	114
+C7698343	114
+C7698373	114
+C7698383	114
+C7698397	114
+C7698417	114
+C7698423	114
+C7698431	114
+C7698435	114
+C7698459	114
+C7698461	114
+C7698465	114
+C7698467	114
+C7698469	114
+C7698477	114
+C7698481	114
+C7698489	114
+C7698491	114
+C7698495	114
+C7698503	114
+C7698507	114
+C7698509	114
+C7698531	114
+C7698535	114
+C7698541	114
+C7698547	114
+C7698573	114
+C7698577	114
+C7698581	114
+C7698583	114
+C7698587	114
+C7698607	114
+C7698609	114
+C7698611	114
+C7698627	114
+C7698629	114
+C7698655	114
+C7698661	114
+C7698677	114
+C7698687	114
+C7698691	114
+C7698701	114
+C7698705	114
+C7698717	114
+C7698719	114
+C7698721	114
+C7698729	114
+C7698733	114
+C7698743	114
+C7698747	114
+C7698749	114
+C7698769	114
+C7698783	114
+C7698787	114
+C7698805	114
+C7698811	114
+C7698817	114
+C7698821	114
+C7698827	114
+C7698833	114
+C7698843	114
+C7698847	114
+C7698877	114
+C7698887	114
+C7698895	114
+C7698913	114
+C7698919	114
+C7698933	114
+C7698937	114
+C7698949	114
+C7698959	114
+C7698965	114
+C7698975	114
+C7698995	114
+C7699001	114
+C7699011	114
+C7699027	114
+C7699033	114
+C7699047	114
+C7699055	114
+C7699059	114
+C7699073	114
+C7699077	114
+C7699091	114
+C7699099	114
+C7699101	114
+C7699103	114
+C7699111	114
+C7699113	114
+C7699115	114
+C7699125	114
+C7699127	114
+C7699149	114
+C7699171	114
+C7699191	114
+C7699193	114
+C7699195	114
+C7699223	114
+C7699225	114
+C7699227	114
+C7699233	114
+C7699249	114
+C7699267	114
+C7699271	114
+C7699273	114
+C7699281	114
+C7699301	114
+C7699303	114
+C7699307	114
+C7699323	114
+C7699343	114
+C7699345	114
+C7699357	114
+C7699359	114
+C7699373	114
+C7699375	114
+C7699389	114
+C7699393	114
+C7699401	114
+C7699405	114
+C7699411	114
+C7699423	114
+C7699425	114
+C7699437	114
+C7699441	114
+C7699449	114
+C7699457	114
+C7699473	114
+C7699505	114
+C7699541	114
+C7699543	114
+C7699557	114
+C7699563	114
+C7699597	114
+C7699599	114
+C7699609	114
+C7699633	114
+C7699637	114
+C7699641	114
+C7699645	114
+C7699655	114
+C7699661	114
+C7699665	114
+C7699671	114
+C7699687	114
+C7699689	114
+C7699691	114
+C7699703	114
+C7699705	114
+C7699709	114
+C7699711	114
+C7699713	114
+C7699715	114
+C7699731	114
+C7699743	114
+C7699747	114
+C7699753	114
+C7699763	114
+C7699785	114
+C7699805	114
+C7699807	114
+C7699809	114
+C7699811	114
+C7699819	114
+C7699831	114
+C7699847	114
+C7699857	114
+C7699863	114
+C7699869	114
+C7699881	114
+C7699895	114
+C7699901	114
+C7699909	114
+C7699913	114
+C7699929	114
+C7699935	114
+C7699943	114
+C7699965	114
+C7699969	114
+C7699971	114
+C7699973	114
+C7699999	114
+C7700035	114
+C7700037	114
+C7700053	114
+C7700085	114
+C7700089	114
+C7700097	114
+C7700103	114
+C7700105	114
+C7700109	114
+C7700119	114
+C7700133	114
+C7700149	114
+C7700167	114
+C7700173	114
+C7700183	114
+C7700209	114
+C7700219	114
+C7700221	114
+C7700227	114
+C7700231	114
+C7700243	114
+C7700247	114
+C7700249	114
+C7700255	114
+C7700265	114
+C7700271	114
+C7700277	114
+C7700305	114
+C7700315	114
+C7700317	114
+C7700323	114
+C7700343	114
+C7700355	114
+C7700357	114
+C7700363	114
+C7700371	114
+C7700375	114
+C7700383	114
+C7700423	114
+C7700429	114
+C7700443	114
+C7700451	114
+C7700459	114
+C7700463	114
+C7700465	114
+C7700469	114
+C7700509	114
+C7700515	114
+C7700523	114
+C7700535	114
+C7700539	114
+C7700549	114
+C7700573	114
+C7700577	114
+C7700581	114
+C7700585	114
+C7700593	114
+C7700595	114
+C7700623	114
+C7700631	114
+C7700639	114
+C7700655	114
+C7700657	114
+C7700671	114
+C7700681	114
+C7700697	114
+C7700713	114
+C7700717	114
+C7700737	114
+C7700739	114
+C7700741	114
+C7700765	114
+C7700771	114
+C7700781	114
+C7700789	114
+C7700797	114
+C7700805	114
+C7700831	114
+C7700833	114
+C7700861	114
+C7700871	114
+C7700873	114
+C7700899	114
+C7700917	114
+C7700921	114
+C7700923	114
+C7700929	114
+C7700955	114
+C7700957	114
+C7700973	114
+C7700983	114
+C7700989	114
+C7700991	114
+C7700993	114
+C7701013	114
+C7701027	114
+C7701029	114
+C7701035	114
+C7701039	114
+C7701057	114
+C7701063	114
+C7701093	114
+C7701095	114
+C7701097	114
+C7701101	114
+C7701105	114
+C7701109	114
+C7701125	114
+C7701143	114
+C7701151	114
+C7701153	114
+C7701171	114
+C7701185	114
+C7701193	114
+C7701197	114
+C7701199	114
+C7701221	114
+C7701223	114
+C7701241	114
+C7701245	114
+C7701259	114
+C7701261	114
+C7701263	114
+C7701277	114
+C7701279	114
+C7701291	114
+C7701301	114
+C7701315	114
+C7701319	114
+C7701323	114
+C7701325	114
+C7701327	114
+C7701329	114
+C7701343	114
+C7701361	114
+C7701373	114
+C7701377	114
+C7701385	114
+C7701387	114
+C7701391	114
+C7701397	114
+C7701415	114
+C7701417	114
+C7701433	114
+C7701435	114
+C7701439	114
+C7701451	114
+C7701453	114
+C7701483	114
+C7701487	114
+C7701497	114
+C7701499	114
+C7701503	114
+C7701529	114
+C7701533	114
+C7701535	114
+C7701541	114
+C7701543	114
+C7701551	114
+C7701565	114
+C7701585	114
+C7701587	114
+C7701589	114
+C7701599	114
+C7701605	114
+C7701607	114
+C7701609	114
+C7701615	114
+C7701641	114
+C7701683	114
+C7701687	114
+C7674175	113
+C7674177	113
+C7674183	113
+C7674189	113
+C7674213	113
+C7674217	113
+C7674227	113
+C7674231	113
+C7674233	113
+C7674243	113
+C7674277	113
+C7674287	113
+C7674289	113
+C7674299	113
+C7674303	113
+C7674315	113
+C7674327	113
+C7674329	113
+C7674357	113
+C7674363	113
+C7674379	113
+C7674381	113
+C7674385	113
+C7674387	113
+C7674401	113
+C7674433	113
+C7674439	113
+C7674457	113
+C7674459	113
+C7674471	113
+C7674507	113
+C7674517	113
+C7674521	113
+C7674545	113
+C7674549	113
+C7674559	113
+C7674565	113
+C7674571	113
+C7674573	113
+C7674577	113
+C7674595	113
+C7674611	113
+C7674613	113
+C7674633	113
+C7674635	113
+C7674643	113
+C7674653	113
+C7674663	113
+C7674675	113
+C7674681	113
+C7674683	113
+C7674685	113
+C7674695	113
+C7674701	113
+C7674707	113
+C7674713	113
+C7674715	113
+C7674725	113
+C7674739	113
+C7674741	113
+C7674749	113
+C7674767	113
+C7674797	113
+C7674827	113
+C7674857	113
+C7674869	113
+C7674871	113
+C7674907	113
+C7674921	113
+C7674937	113
+C7674939	113
+C7674943	113
+C7674951	113
+C7674961	113
+C7674971	113
+C7674983	113
+C7674985	113
+C7674987	113
+C7674991	113
+C7675013	113
+C7675017	113
+C7675025	113
+C7675059	113
+C7675063	113
+C7675079	113
+C7675081	113
+C7675085	113
+C7675101	113
+C7675115	113
+C7675127	113
+C7675141	113
+C7675145	113
+C7675147	113
+C7675161	113
+C7675165	113
+C7675171	113
+C7675183	113
+C7675189	113
+C7675209	113
+C7675217	113
+C7675223	113
+C7675231	113
+C7675237	113
+C7675241	113
+C7675245	113
+C7675257	113
+C7675259	113
+C7675285	113
+C7675287	113
+C7675291	113
+C7675321	113
+C7675327	113
+C7675331	113
+C7675337	113
+C7675355	113
+C7675361	113
+C7675385	113
+C7675393	113
+C7675403	113
+C7675413	113
+C7675417	113
+C7675431	113
+C7675435	113
+C7675437	113
+C7675445	113
+C7675447	113
+C7675449	113
+C7675469	113
+C7675479	113
+C7675481	113
+C7675505	113
+C7675543	113
+C7675545	113
+C7675557	113
+C7675567	113
+C7675569	113
+C7675579	113
+C7675589	113
+C7675597	113
+C7675609	113
+C7675617	113
+C7675625	113
+C7675633	113
+C7675651	113
+C7675673	113
+C7675687	113
+C7675703	113
+C7675709	113
+C7675723	113
+C7675725	113
+C7675731	113
+C7675739	113
+C7675743	113
+C7675745	113
+C7675751	113
+C7675761	113
+C7675763	113
+C7675767	113
+C7675773	113
+C7675775	113
+C7675785	113
+C7675795	113
+C7675799	113
+C7675825	113
+C7675831	113
+C7675849	113
+C7675857	113
+C7675867	113
+C7675873	113
+C7675887	113
+C7675895	113
+C7675905	113
+C7675915	113
+C7675921	113
+C7675923	113
+C7675933	113
+C7675943	113
+C7675965	113
+C7675967	113
+C7675969	113
+C7675983	113
+C7675991	113
+C7676013	113
+C7676021	113
+C7676025	113
+C7676037	113
+C7676041	113
+C7676045	113
+C7676057	113
+C7676069	113
+C7676087	113
+C7676097	113
+C7676151	113
+C7676171	113
+C7676205	113
+C7676209	113
+C7676213	113
+C7676215	113
+C7676241	113
+C7676249	113
+C7676251	113
+C7676279	113
+C7676301	113
+C7676307	113
+C7676309	113
+C7676319	113
+C7676343	113
+C7676361	113
+C7676367	113
+C7676385	113
+C7676393	113
+C7676405	113
+C7676431	113
+C7676433	113
+C7676445	113
+C7676457	113
+C7676461	113
+C7676467	113
+C7676471	113
+C7676479	113
+C7676481	113
+C7676497	113
+C7676515	113
+C7676517	113
+C7676537	113
+C7676543	113
+C7676555	113
+C7676569	113
+C7676583	113
+C7676587	113
+C7676589	113
+C7676591	113
+C7676593	113
+C7676639	113
+C7676643	113
+C7676651	113
+C7676663	113
+C7676669	113
+C7676673	113
+C7676693	113
+C7676695	113
+C7676703	113
+C7676715	113
+C7676727	113
+C7676729	113
+C7676751	113
+C7676755	113
+C7676787	113
+C7676795	113
+C7676809	113
+C7676819	113
+C7676839	113
+C7676841	113
+C7676855	113
+C7676863	113
+C7676873	113
+C7676883	113
+C7676887	113
+C7676899	113
+C7676903	113
+C7676913	113
+C7676917	113
+C7676935	113
+C7676939	113
+C7676955	113
+C7676961	113
+C7676963	113
+C7676967	113
+C7676969	113
+C7676981	113
+C7676983	113
+C7676993	113
+C7676997	113
+C7676999	113
+C7677017	113
+C7677033	113
+C7677045	113
+C7677047	113
+C7677051	113
+C7677055	113
+C7677065	113
+C7677067	113
+C7677075	113
+C7677081	113
+C7677107	113
+C7677111	113
+C7677115	113
+C7677129	113
+C7677133	113
+C7677139	113
+C7677149	113
+C7677155	113
+C7677157	113
+C7677163	113
+C7677199	113
+C7677213	113
+C7677217	113
+C7677227	113
+C7677231	113
+C7677233	113
+C7677245	113
+C7677283	113
+C7677285	113
+C7677293	113
+C7677369	113
+C7677377	113
+C7677383	113
+C7677391	113
+C7677395	113
+C7677419	113
+C7677429	113
+C7677449	113
+C7677453	113
+C7677463	113
+C7677497	113
+C7677521	113
+C7677533	113
+C7677545	113
+C7677551	113
+C7677563	113
+C7677565	113
+C7677581	113
+C7677585	113
+C7677589	113
+C7677597	113
+C7677605	113
+C7677609	113
+C7677625	113
+C7677627	113
+C7677653	113
+C7677667	113
+C7677671	113
+C7677679	113
+C7677697	113
+C7677701	113
+C7677705	113
+C7677711	113
+C7677727	113
+C7677749	113
+C7677761	113
+C7677809	113
+C7677813	113
+C7677843	113
+C7677845	113
+C7677853	113
+C7677865	113
+C7677869	113
+C7677899	113
+C7677913	113
+C7677939	113
+C7677955	113
+C7677959	113
+C7677963	113
+C7677965	113
+C7677973	113
+C7677993	113
+C7677999	113
+C7678013	113
+C7678015	113
+C7678039	113
+C7678055	113
+C7678057	113
+C7678109	113
+C7678113	113
+C7678127	113
+C7678151	113
+C7678175	113
+C7678179	113
+C7678215	113
+C7678227	113
+C7678253	113
+C7678269	113
+C7678271	113
+C7678275	113
+C7678283	113
+C7678287	113
+C7678311	113
+C7678313	113
+C7678323	113
+C7678331	113
+C7678339	113
+C7678369	113
+C7678397	113
+C7678421	113
+C7678445	113
+C7678447	113
+C7678449	113
+C7678469	113
+C7678471	113
+C7678481	113
+C7678499	113
+C7678519	113
+C7678523	113
+C7678527	113
+C7678541	113
+C7678549	113
+C7678565	113
+C7678595	113
+C7678609	113
+C7678617	113
+C7678623	113
+C7678637	113
+C7678657	113
+C7678681	113
+C7678689	113
+C7678711	113
+C7678717	113
+C7678727	113
+C7678733	113
+C7678771	113
+C7678773	113
+C7678775	113
+C7678807	113
+C7678811	113
+C7678813	113
+C7678819	113
+C7678823	113
+C7678825	113
+C7678835	113
+C7678861	113
+C7678881	113
+C7678885	113
+C7678895	113
+C7678899	113
+C7678903	113
+C7678911	113
+C7678923	113
+C7678933	113
+C7678943	113
+C7678945	113
+C7678959	113
+C7678969	113
+C7678979	113
+C7678981	113
+C7678993	113
+C7678999	113
+C7679001	113
+C7679005	113
+C7679013	113
+C7679019	113
+C7679027	113
+C7679035	113
+C7679039	113
+C7679063	113
+C7679077	113
+C7679085	113
+C7679087	113
+C7679091	113
+C7679093	113
+C7679095	113
+C7679097	113
+C7679103	113
+C7679111	113
+C7679123	113
+C7679125	113
+C7679153	113
+C7679157	113
+C7679163	113
+C7679165	113
+C7679167	113
+C7679171	113
+C7679177	113
+C7679189	113
+C7679197	113
+C7679201	113
+C7679203	113
+C7679217	113
+C7679221	113
+C7679225	113
+C7679229	113
+C7679237	113
+C7679243	113
+C7679245	113
+C7679247	113
+C7679265	113
+C7679309	113
+C7679313	113
+C7679319	113
+C7679321	113
+C7679331	113
+C7679333	113
+C7679341	113
+C7679355	113
+C7679373	113
+C7679379	113
+C7679391	113
+C7679433	113
+C7679447	113
+C7679451	113
+C7679463	113
+C7679465	113
+C7679469	113
+C7679509	113
+C7679513	113
+C7679517	113
+C7679541	113
+C7679543	113
+C7679549	113
+C7679555	113
+C7679583	113
+C7679587	113
+C7679607	113
+C7679613	113
+C7679623	113
+C7679629	113
+C7679635	113
+C7679645	113
+C7679651	113
+C7679661	113
+C7679667	113
+C7679671	113
+C7679677	113
+C7679719	113
+C7679737	113
+C7679755	113
+C7679763	113
+C7679777	113
+C7679779	113
+C7679797	113
+C7679805	113
+C7679809	113
+C7679825	113
+C7679827	113
+C7679851	113
+C7679855	113
+C7679863	113
+C7679873	113
+C7679875	113
+C7679877	113
+C7679883	113
+C7679885	113
+C7679889	113
+C7679899	113
+C7679913	113
+C7679917	113
+C7679929	113
+C7679943	113
+C7679953	113
+C7679955	113
+C7679985	113
+C7679987	113
+C7679993	113
+C7680001	113
+C7680003	113
+C7680015	113
+C7680027	113
+C7680035	113
+C7680039	113
+C7680041	113
+C7680051	113
+C7680065	113
+C7680071	113
+C7680083	113
+C7680099	113
+C7680121	113
+C7680135	113
+C7680153	113
+C7680155	113
+C7680177	113
+C7680187	113
+C7680215	113
+C7680229	113
+C7680243	113
+C7680255	113
+C7680259	113
+C7680265	113
+C7680293	113
+C7680295	113
+C7680313	113
+C7680319	113
+C7680343	113
+C7680347	113
+C7680367	113
+C7680375	113
+C7680391	113
+C7680405	113
+C7680415	113
+C7680427	113
+C7680429	113
+C7680443	113
+C7680459	113
+C7680463	113
+C7680477	113
+C7680485	113
+C7680507	113
+C7680517	113
+C7680525	113
+C7680529	113
+C7680559	113
+C7680565	113
+C7680571	113
+C7680573	113
+C7680599	113
+C7680607	113
+C7680625	113
+C7680627	113
+C7680633	113
+C7680685	113
+C7680693	113
+C7680709	113
+C7680721	113
+C7680725	113
+C7680729	113
+C7680733	113
+C7680739	113
+C7680745	113
+C7680751	113
+C7680765	113
+C7680769	113
+C7680785	113
+C7680787	113
+C7680805	113
+C7680819	113
+C7680835	113
+C7680841	113
+C7680843	113
+C7680851	113
+C7680853	113
+C7680895	113
+C7680931	113
+C7680945	113
+C7680957	113
+C7680961	113
+C7680979	113
+C7680981	113
+C7680991	113
+C7681007	113
+C7681019	113
+C7681021	113
+C7681023	113
+C7681037	113
+C7681055	113
+C7681057	113
+C7681063	113
+C7681079	113
+C7681087	113
+C7681091	113
+C7681105	113
+C7681111	113
+C7681115	113
+C7681127	113
+C7681141	113
+C7681143	113
+C7681153	113
+C7681157	113
+C7681159	113
+C7681165	113
+C7681201	113
+C7681205	113
+C7681245	113
+C7681261	113
+C7681265	113
+C7681271	113
+C7681283	113
+C7681287	113
+C7681313	113
+C7681321	113
+C7681323	113
+C7681343	113
+C7681347	113
+C7681351	113
+C7681359	113
+C7681365	113
+C7681375	113
+C7681379	113
+C7681397	113
+C7681409	113
+C7681411	113
+C7681413	113
+C7681419	113
+C7681427	113
+C7681439	113
+C7681451	113
+C7681455	113
+C7681457	113
+C7681459	113
+C7681483	113
+C7681487	113
+C7681499	113
+C7681505	113
+C7681525	113
+C7681533	113
+C7681541	113
+C7681543	113
+C7681555	113
+C7681571	113
+C7681575	113
+C7681583	113
+C7681605	113
+C7681611	113
+C7681613	113
+C7681637	113
+C7681639	113
+C7681645	113
+C7681657	113
+C7681673	113
+C7681679	113
+C7681687	113
+C7681695	113
+C7681701	113
+C7681711	113
+C7681727	113
+C7681741	113
+C7681753	113
+C7681755	113
+C7681773	113
+C7681785	113
+C7681805	113
+C7681807	113
+C7681811	113
+C7681817	113
+C7681837	113
+C7681867	113
+C7681907	113
+C7681911	113
+C7681917	113
+C7681929	113
+C7681943	113
+C7681951	113
+C7681965	113
+C7681975	113
+C7681981	113
+C7681987	113
+C7681993	113
+C7681997	113
+C7682047	113
+C7682059	113
+C7682069	113
+C7682073	113
+C7682077	113
+C7682099	113
+C7682107	113
+C7682109	113
+C7682117	113
+C7682127	113
+C7682149	113
+C7682153	113
+C7682155	113
+C7682167	113
+C7682169	113
+C7682171	113
+C7682179	113
+C7682185	113
+C7682201	113
+C7682205	113
+C7682215	113
+C7682217	113
+C7682227	113
+C7682261	113
+C7682267	113
+C7682269	113
+C7682281	113
+C7682289	113
+C7682297	113
+C7682303	113
+C7682309	113
+C7682315	113
+C7682325	113
+C7682333	113
+C7682337	113
+C7682347	113
+C7682381	113
+C7682383	113
+C7682385	113
+C7682387	113
+C7682401	113
+C7682421	113
+C7682435	113
+C7682439	113
+C7682445	113
+C7682451	113
+C7682469	113
+C7682473	113
+C7682477	113
+C7682487	113
+C7682497	113
+C7682513	113
+C7682539	113
+C7682541	113
+C7682553	113
+C7682559	113
+C7682581	113
+C7682595	113
+C7682601	113
+C7682605	113
+C7682613	113
+C7682623	113
+C7682635	113
+C7682685	113
+C7682709	113
+C7682721	113
+C7682731	113
+C7682753	113
+C7682759	113
+C7682769	113
+C7682775	113
+C7682779	113
+C7682783	113
+C7682805	113
+C7682813	113
+C7682823	113
+C7682825	113
+C7682833	113
+C7682839	113
+C7682867	113
+C7682891	113
+C7682895	113
+C7682903	113
+C7682911	113
+C7682915	113
+C7682921	113
+C7682957	113
+C7682975	113
+C7682983	113
+C7683009	113
+C7683013	113
+C7683041	113
+C7683057	113
+C7683059	113
+C7683065	113
+C7683069	113
+C7683071	113
+C7683073	113
+C7683105	113
+C7683127	113
+C7683135	113
+C7683137	113
+C7683145	113
+C7683149	113
+C7683151	113
+C7683155	113
+C7683161	113
+C7683163	113
+C7683165	113
+C7683185	113
+C7683187	113
+C7683203	113
+C7683237	113
+C7683239	113
+C7683249	113
+C7683253	113
+C7683265	113
+C7683271	113
+C7683275	113
+C7683277	113
+C7683283	113
+C7683297	113
+C7683323	113
+C7683331	113
+C7683339	113
+C7683341	113
+C7683349	113
+C7683351	113
+C7683353	113
+C7683355	113
+C7683361	113
+C7683365	113
+C7683403	113
+C7683409	113
+C7683415	113
+C7683429	113
+C7683431	113
+C7683433	113
+C7683439	113
+C7683441	113
+C7683445	113
+C7683449	113
+C7683481	113
+C7683493	113
+C7683495	113
+C7683499	113
+C7683507	113
+C7683511	113
+C7683513	113
+C7683515	113
+C7683519	113
+C7683527	113
+C7683547	113
+C7683549	113
+C7683559	113
+C7683571	113
+C7683587	113
+C7683591	113
+C7683597	113
+C7683605	113
+C7683617	113
+C7683639	113
+C7683643	113
+C7683645	113
+C7683657	113
+C7683663	113
+C7683669	113
+C7683679	113
+C7683685	113
+C7683693	113
+C7683699	113
+C7683701	113
+C7683719	113
+C7683725	113
+C7683739	113
+C7683741	113
+C7683753	113
+C7683771	113
+C7683775	113
+C7683779	113
+C7683785	113
+C7683801	113
+C7683813	113
+C7683815	113
+C7683823	113
+C7683837	113
+C7683869	113
+C7683871	113
+C7683881	113
+C7683885	113
+C7683893	113
+C7683897	113
+C7683915	113
+C7683921	113
+C7683931	113
+C7683935	113
+C7683937	113
+C7683943	113
+C7683953	113
+C7683957	113
+C7683967	113
+C7683975	113
+C7683989	113
+C7684017	113
+C7684029	113
+C7684067	113
+C7684069	113
+C7684075	113
+C7684097	113
+C7684107	113
+C7684139	113
+C7684141	113
+C7684159	113
+C7684161	113
+C7684175	113
+C7684183	113
+C7684191	113
+C7684207	113
+C7684211	113
+C7684213	113
+C7684219	113
+C7684221	113
+C7684227	113
+C7684229	113
+C7684233	113
+C7684241	113
+C7684271	113
+C7684275	113
+C7684279	113
+C7684293	113
+C7684295	113
+C7684339	113
+C7684343	113
+C7684365	113
+C7684373	113
+C7684385	113
+C7684403	113
+C7684417	113
+C7684423	113
+C7684427	113
+C7684429	113
+C7684433	113
+C7684435	113
+C7684437	113
+C7684461	113
+C7684463	113
+C7684481	113
+C7684483	113
+C7684495	113
+C7684499	113
+C7684501	113
+C7684523	113
+C7684539	113
+C7684543	113
+C7684545	113
+C7684569	113
+C7684575	113
+C7684579	113
+C7684581	113
+C7684601	113
+C7684603	113
+C7684611	113
+C7684623	113
+C7684631	113
+C7684641	113
+C7684661	113
+C7684691	113
+C7684695	113
+C7684697	113
+C7684709	113
+C7684731	113
+C7684751	113
+C7684755	113
+C7684767	113
+C7684769	113
+C7684773	113
+C7684777	113
+C7684785	113
+C7684791	113
+C7684803	113
+C7684815	113
+C7684817	113
+C7684829	113
+C7684833	113
+C7684837	113
+C7684839	113
+C7684863	113
+C7684873	113
+C7684877	113
+C7684885	113
+C7684893	113
+C7684899	113
+C7684901	113
+C7684915	113
+C7684921	113
+C7684931	113
+C7684937	113
+C7684939	113
+C7684945	113
+C7684975	113
+C7684981	113
+C7684985	113
+C7684995	113
+C7685003	113
+C7685007	113
+C7685013	113
+C7685017	113
+C7685037	113
+C7685055	113
+C7685061	113
+C7685069	113
+C7685071	113
+C7685087	113
+C7685091	113
+C7685095	113
+C7685099	113
+C7685113	113
+C7685117	113
+C7685119	113
+C7685121	113
+C7685131	113
+C7685135	113
+C7685161	113
+C7685165	113
+C7685169	113
+C7685183	113
+C7685195	113
+C7685201	113
+C7685209	113
+C7685217	113
+C7685219	113
+C7685221	113
+C7685223	113
+C7685241	113
+C7685251	113
+C7685263	113
+C7685271	113
+C7685273	113
+C7685281	113
+C7685287	113
+C7685293	113
+C7685313	113
+C7685337	113
+C7685341	113
+C7685347	113
+C7685355	113
+C7685363	113
+C7685369	113
+C7685381	113
+C7685387	113
+C7685395	113
+C7685461	113
+C7685467	113
+C7685469	113
+C7685477	113
+C7685487	113
+C7685493	113
+C7685523	113
+C7685525	113
+C7685527	113
+C7685533	113
+C7685537	113
+C7685543	113
+C7685547	113
+C7685561	113
+C7685569	113
+C7685581	113
+C7685585	113
+C7685597	113
+C7685621	113
+C7685639	113
+C7685643	113
+C7685651	113
+C7685655	113
+C7685689	113
+C7685691	113
+C7685711	113
+C7685717	113
+C7685723	113
+C7685731	113
+C7685747	113
+C7685749	113
+C7685755	113
+C7685757	113
+C7685761	113
+C7685777	113
+C7685799	113
+C7685811	113
+C7685815	113
+C7685819	113
+C7685827	113
+C7685845	113
+C7685855	113
+C7685867	113
+C7685871	113
+C7685903	113
+C7685917	113
+C7685919	113
+C7685923	113
+C7685939	113
+C7685945	113
+C7685981	113
+C7685985	113
+C7686005	113
+C7686025	113
+C7686033	113
+C7686043	113
+C7686047	113
+C7686051	113
+C7686061	113
+C7686065	113
+C7686081	113
+C7686083	113
+C7686091	113
+C7686117	113
+C7686119	113
+C7686129	113
+C7686137	113
+C7686141	113
+C7686153	113
+C7686161	113
+C7686199	113
+C7686201	113
+C7686209	113
+C7686231	113
+C7686271	113
+C7686273	113
+C7686285	113
+C7686293	113
+C7686297	113
+C7686301	113
+C7686307	113
+C7686309	113
+C7686319	113
+C7686327	113
+C7686331	113
+C7686333	113
+C7686339	113
+C7686349	113
+C7686359	113
+C7686363	113
+C7686365	113
+C7686387	113
+C7686401	113
+C7686407	113
+C7686409	113
+C7686427	113
+C7686439	113
+C7686445	113
+C7686447	113
+C7686455	113
+C7686467	113
+C7686481	113
+C7686499	113
+C7686503	113
+C7686505	113
+C7686511	113
+C7686513	113
+C7686535	113
+C7686555	113
+C7686569	113
+C7686573	113
+C7686593	113
+C7686613	113
+C7686615	113
+C7686619	113
+C7686623	113
+C7686627	113
+C7686631	113
+C7686633	113
+C7686641	113
+C7686653	113
+C7686659	113
+C7686663	113
+C7686667	113
+C7686671	113
+C7686675	113
+C7686679	113
+C7686701	113
+C7686705	113
+C7686707	113
+C7686709	113
+C7686733	113
+C7686735	113
+C7686765	113
+C7686769	113
+C7686781	113
+C7686783	113
+C7686793	113
+C7686801	113
+C7686811	113
+C7686813	113
+C7686823	113
+C7686835	113
+C7686847	113
+C7686857	113
+C7686865	113
+C7686867	113
+C7686873	113
+C7686883	113
+C7686897	113
+C7686901	113
+C7686905	113
+C7686909	113
+C7686919	113
+C7686923	113
+C7686931	113
+C7686941	113
+C7686953	113
+C7686955	113
+C7686967	113
+C7686971	113
+C7686975	113
+C7686987	113
+C7687005	113
+C7687015	113
+C7687031	113
+C7687033	113
+C7687035	113
+C7687051	113
+C7687059	113
+C7687061	113
+C7687063	113
+C7687069	113
+C7687081	113
+C7687083	113
+C7687091	113
+C7687105	113
+C7687121	113
+C7687127	113
+C7687141	113
+C7687145	113
+C7687179	113
+C7687187	113
+C7687189	113
+C7687203	113
+C7687211	113
+C7687221	113
+C7687247	113
+C7687249	113
+C7687269	113
+C7687293	113
+C7687301	113
+C7687303	113
+C7687309	113
+C7687325	113
+C7687331	113
+C7687339	113
+C7687375	113
+C7687385	113
+C7687389	113
+C7687399	113
+C7687401	113
+C7687405	113
+C7687415	113
+C7687419	113
+C7687423	113
+C7687435	113
+C7687437	113
+C7687447	113
+C7687457	113
+C7687459	113
+C7687461	113
+C7687465	113
+C7687467	113
+C7687491	113
+C7687497	113
+C7687503	113
+C7687511	113
+C7687515	113
+C7687531	113
+C7687537	113
+C7687565	113
+C7687587	113
+C7687589	113
+C7687597	113
+C7687605	113
+C7687611	113
+C7687613	113
+C7687621	113
+C7687623	113
+C7687639	113
+C7687645	113
+C7687647	113
+C7687651	113
+C7687673	113
+C7687685	113
+C7687689	113
+C7687713	113
+C7687731	113
+C7687749	113
+C7687753	113
+C7687765	113
+C7687783	113
+C7687795	113
+C7687811	113
+C7687813	113
+C7687817	113
+C7687821	113
+C7687827	113
+C7687843	113
+C7687871	113
+C7687895	113
+C7687913	113
+C7687963	113
+C7687973	113
+C7687981	113
+C7659855	112
+C7659861	112
+C7659865	112
+C7659871	112
+C7659889	112
+C7659891	112
+C7659899	112
+C7659901	112
+C7659925	112
+C7659927	112
+C7659939	112
+C7659947	112
+C7659949	112
+C7659957	112
+C7659963	112
+C7659967	112
+C7659975	112
+C7659979	112
+C7659983	112
+C7659989	112
+C7660003	112
+C7660027	112
+C7660043	112
+C7660045	112
+C7660087	112
+C7660093	112
+C7660121	112
+C7660137	112
+C7660155	112
+C7660161	112
+C7660165	112
+C7660183	112
+C7660191	112
+C7660203	112
+C7660213	112
+C7660215	112
+C7660225	112
+C7660227	112
+C7660233	112
+C7660237	112
+C7660239	112
+C7660241	112
+C7660247	112
+C7660257	112
+C7660265	112
+C7660273	112
+C7660277	112
+C7660281	112
+C7660305	112
+C7660313	112
+C7660345	112
+C7660349	112
+C7660363	112
+C7660387	112
+C7660393	112
+C7660399	112
+C7660417	112
+C7660419	112
+C7660437	112
+C7660467	112
+C7660481	112
+C7660485	112
+C7660489	112
+C7660509	112
+C7660513	112
+C7660519	112
+C7660569	112
+C7660571	112
+C7660577	112
+C7660593	112
+C7660597	112
+C7660631	112
+C7660637	112
+C7660657	112
+C7660665	112
+C7660685	112
+C7660693	112
+C7660699	112
+C7660705	112
+C7660709	112
+C7660717	112
+C7660749	112
+C7660759	112
+C7660773	112
+C7660777	112
+C7660793	112
+C7660795	112
+C7660807	112
+C7660821	112
+C7660825	112
+C7660831	112
+C7660839	112
+C7660855	112
+C7660873	112
+C7660875	112
+C7660879	112
+C7660891	112
+C7660899	112
+C7660901	112
+C7660905	112
+C7660925	112
+C7660927	112
+C7660935	112
+C7660939	112
+C7660941	112
+C7660959	112
+C7660967	112
+C7660969	112
+C7660983	112
+C7661009	112
+C7661011	112
+C7661017	112
+C7661039	112
+C7661043	112
+C7661047	112
+C7661049	112
+C7661053	112
+C7661057	112
+C7661067	112
+C7661079	112
+C7661109	112
+C7661113	112
+C7661123	112
+C7661135	112
+C7661141	112
+C7661147	112
+C7661163	112
+C7661165	112
+C7661181	112
+C7661183	112
+C7661227	112
+C7661241	112
+C7661247	112
+C7661261	112
+C7661275	112
+C7661277	112
+C7661281	112
+C7661291	112
+C7661295	112
+C7661309	112
+C7661311	112
+C7661321	112
+C7661333	112
+C7661351	112
+C7661353	112
+C7661357	112
+C7661359	112
+C7661393	112
+C7661397	112
+C7661411	112
+C7661415	112
+C7661449	112
+C7661455	112
+C7661487	112
+C7661491	112
+C7661501	112
+C7661505	112
+C7661521	112
+C7661533	112
+C7661537	112
+C7661551	112
+C7661563	112
+C7661565	112
+C7661573	112
+C7661577	112
+C7661601	112
+C7661609	112
+C7661613	112
+C7661665	112
+C7661673	112
+C7661691	112
+C7661695	112
+C7661713	112
+C7661715	112
+C7661739	112
+C7661745	112
+C7661747	112
+C7661767	112
+C7661779	112
+C7661783	112
+C7661813	112
+C7661819	112
+C7661825	112
+C7661833	112
+C7661835	112
+C7661837	112
+C7661839	112
+C7661847	112
+C7661881	112
+C7661899	112
+C7661925	112
+C7661927	112
+C7661929	112
+C7661951	112
+C7661971	112
+C7661985	112
+C7661987	112
+C7661991	112
+C7662005	112
+C7662025	112
+C7662029	112
+C7662077	112
+C7662085	112
+C7662133	112
+C7662137	112
+C7662145	112
+C7662159	112
+C7662165	112
+C7662181	112
+C7662185	112
+C7662187	112
+C7662199	112
+C7662215	112
+C7662217	112
+C7662229	112
+C7662237	112
+C7662241	112
+C7662243	112
+C7662253	112
+C7662263	112
+C7662281	112
+C7662285	112
+C7662303	112
+C7662307	112
+C7662343	112
+C7662345	112
+C7662347	112
+C7662363	112
+C7662365	112
+C7662369	112
+C7662379	112
+C7662387	112
+C7662405	112
+C7662409	112
+C7662411	112
+C7662421	112
+C7662425	112
+C7662427	112
+C7662433	112
+C7662437	112
+C7662451	112
+C7662467	112
+C7662477	112
+C7662487	112
+C7662489	112
+C7662501	112
+C7662505	112
+C7662517	112
+C7662521	112
+C7662529	112
+C7662555	112
+C7662561	112
+C7662563	112
+C7662569	112
+C7662589	112
+C7662607	112
+C7662611	112
+C7662615	112
+C7662621	112
+C7662627	112
+C7662635	112
+C7662637	112
+C7662641	112
+C7662655	112
+C7662679	112
+C7662687	112
+C7662693	112
+C7662695	112
+C7662701	112
+C7662703	112
+C7662705	112
+C7662707	112
+C7662711	112
+C7662715	112
+C7662717	112
+C7662753	112
+C7662757	112
+C7662761	112
+C7662765	112
+C7662773	112
+C7662785	112
+C7662787	112
+C7662793	112
+C7662803	112
+C7662805	112
+C7662813	112
+C7662819	112
+C7662833	112
+C7662843	112
+C7662851	112
+C7662877	112
+C7662903	112
+C7662941	112
+C7662959	112
+C7662981	112
+C7663001	112
+C7663031	112
+C7663039	112
+C7663043	112
+C7663047	112
+C7663053	112
+C7663061	112
+C7663067	112
+C7663075	112
+C7663079	112
+C7663081	112
+C7663105	112
+C7663107	112
+C7663113	112
+C7663115	112
+C7663123	112
+C7663127	112
+C7663149	112
+C7663163	112
+C7663171	112
+C7663181	112
+C7663183	112
+C7663217	112
+C7663221	112
+C7663227	112
+C7663233	112
+C7663243	112
+C7663257	112
+C7663267	112
+C7663271	112
+C7663289	112
+C7663291	112
+C7663305	112
+C7663311	112
+C7663325	112
+C7663327	112
+C7663329	112
+C7663337	112
+C7663345	112
+C7663353	112
+C7663359	112
+C7663363	112
+C7663375	112
+C7663379	112
+C7663389	112
+C7663399	112
+C7663403	112
+C7663407	112
+C7663441	112
+C7663449	112
+C7663459	112
+C7663461	112
+C7663463	112
+C7663467	112
+C7663473	112
+C7663511	112
+C7663519	112
+C7663525	112
+C7663527	112
+C7663535	112
+C7663543	112
+C7663593	112
+C7663641	112
+C7663659	112
+C7663675	112
+C7663687	112
+C7663689	112
+C7663693	112
+C7663701	112
+C7663721	112
+C7663747	112
+C7663777	112
+C7663787	112
+C7663791	112
+C7663823	112
+C7663827	112
+C7663829	112
+C7663837	112
+C7663839	112
+C7663843	112
+C7663859	112
+C7663869	112
+C7663885	112
+C7663911	112
+C7663919	112
+C7663923	112
+C7663931	112
+C7663947	112
+C7663953	112
+C7663959	112
+C7663965	112
+C7663979	112
+C7663989	112
+C7663993	112
+C7663999	112
+C7664011	112
+C7664027	112
+C7664065	112
+C7664073	112
+C7664075	112
+C7664081	112
+C7664085	112
+C7664103	112
+C7664105	112
+C7664113	112
+C7664133	112
+C7664139	112
+C7664149	112
+C7664153	112
+C7664157	112
+C7664167	112
+C7664169	112
+C7664191	112
+C7664201	112
+C7664203	112
+C7664205	112
+C7664207	112
+C7664253	112
+C7664267	112
+C7664269	112
+C7664273	112
+C7664281	112
+C7664283	112
+C7664289	112
+C7664307	112
+C7664311	112
+C7664315	112
+C7664317	112
+C7664323	112
+C7664329	112
+C7664341	112
+C7664343	112
+C7664359	112
+C7664363	112
+C7664367	112
+C7664369	112
+C7664371	112
+C7664383	112
+C7664387	112
+C7664411	112
+C7664415	112
+C7664419	112
+C7664435	112
+C7664449	112
+C7664451	112
+C7664453	112
+C7664457	112
+C7664461	112
+C7664463	112
+C7664473	112
+C7664511	112
+C7664533	112
+C7664543	112
+C7664557	112
+C7664559	112
+C7664579	112
+C7664603	112
+C7664613	112
+C7664623	112
+C7664625	112
+C7664629	112
+C7664633	112
+C7664661	112
+C7664667	112
+C7664699	112
+C7664709	112
+C7664715	112
+C7664723	112
+C7664751	112
+C7664783	112
+C7664793	112
+C7664795	112
+C7664801	112
+C7664821	112
+C7664829	112
+C7664835	112
+C7664851	112
+C7664867	112
+C7664875	112
+C7664877	112
+C7664891	112
+C7664901	112
+C7664903	112
+C7664907	112
+C7664955	112
+C7664967	112
+C7664995	112
+C7665011	112
+C7665013	112
+C7665037	112
+C7665041	112
+C7665059	112
+C7665067	112
+C7665085	112
+C7665109	112
+C7665117	112
+C7665123	112
+C7665125	112
+C7665141	112
+C7665145	112
+C7665169	112
+C7665171	112
+C7665179	112
+C7665219	112
+C7665223	112
+C7665235	112
+C7665237	112
+C7665239	112
+C7665257	112
+C7665275	112
+C7665287	112
+C7665299	112
+C7665303	112
+C7665305	112
+C7665315	112
+C7665323	112
+C7665329	112
+C7665333	112
+C7665335	112
+C7665357	112
+C7665359	112
+C7665363	112
+C7665371	112
+C7665385	112
+C7665391	112
+C7665393	112
+C7665399	112
+C7665401	112
+C7665415	112
+C7665431	112
+C7665439	112
+C7665441	112
+C7665469	112
+C7665471	112
+C7665477	112
+C7665517	112
+C7665521	112
+C7665531	112
+C7665539	112
+C7665561	112
+C7665563	112
+C7665567	112
+C7665573	112
+C7665605	112
+C7665631	112
+C7665679	112
+C7665681	112
+C7665685	112
+C7665687	112
+C7665697	112
+C7665709	112
+C7665711	112
+C7665715	112
+C7665723	112
+C7665745	112
+C7665751	112
+C7665763	112
+C7665775	112
+C7665795	112
+C7665817	112
+C7665819	112
+C7665827	112
+C7665837	112
+C7665849	112
+C7665873	112
+C7665877	112
+C7665897	112
+C7665925	112
+C7665935	112
+C7665937	112
+C7665975	112
+C7665981	112
+C7665983	112
+C7665993	112
+C7666003	112
+C7666005	112
+C7666021	112
+C7666039	112
+C7666045	112
+C7666049	112
+C7666081	112
+C7666089	112
+C7666103	112
+C7666111	112
+C7666117	112
+C7666167	112
+C7666169	112
+C7666179	112
+C7666185	112
+C7666197	112
+C7666203	112
+C7666207	112
+C7666211	112
+C7666247	112
+C7666249	112
+C7666253	112
+C7666259	112
+C7666261	112
+C7666291	112
+C7666295	112
+C7666297	112
+C7666305	112
+C7666319	112
+C7666323	112
+C7666331	112
+C7666337	112
+C7666341	112
+C7666349	112
+C7666361	112
+C7666385	112
+C7666399	112
+C7666401	112
+C7666405	112
+C7666409	112
+C7666411	112
+C7666439	112
+C7666445	112
+C7666461	112
+C7666477	112
+C7666483	112
+C7666489	112
+C7666499	112
+C7666501	112
+C7666503	112
+C7666511	112
+C7666519	112
+C7666527	112
+C7666535	112
+C7666561	112
+C7666587	112
+C7666597	112
+C7666631	112
+C7666635	112
+C7666637	112
+C7666651	112
+C7666665	112
+C7666679	112
+C7666681	112
+C7666697	112
+C7666703	112
+C7666715	112
+C7666737	112
+C7666739	112
+C7666769	112
+C7666773	112
+C7666807	112
+C7666815	112
+C7666819	112
+C7666841	112
+C7666847	112
+C7666853	112
+C7666871	112
+C7666875	112
+C7666889	112
+C7666899	112
+C7666909	112
+C7666919	112
+C7666941	112
+C7666945	112
+C7666959	112
+C7666999	112
+C7667013	112
+C7667029	112
+C7667039	112
+C7667053	112
+C7667059	112
+C7667069	112
+C7667073	112
+C7667087	112
+C7667093	112
+C7667101	112
+C7667109	112
+C7667123	112
+C7667125	112
+C7667131	112
+C7667133	112
+C7667135	112
+C7667143	112
+C7667153	112
+C7667157	112
+C7667165	112
+C7667179	112
+C7667181	112
+C7667187	112
+C7667191	112
+C7667195	112
+C7667219	112
+C7667221	112
+C7667235	112
+C7667243	112
+C7667259	112
+C7667273	112
+C7667307	112
+C7667315	112
+C7667319	112
+C7667335	112
+C7667349	112
+C7667351	112
+C7667371	112
+C7667375	112
+C7667379	112
+C7667385	112
+C7667393	112
+C7667395	112
+C7667415	112
+C7667419	112
+C7667429	112
+C7667435	112
+C7667443	112
+C7667455	112
+C7667467	112
+C7667471	112
+C7667475	112
+C7667477	112
+C7667479	112
+C7667481	112
+C7667483	112
+C7667509	112
+C7667525	112
+C7667529	112
+C7667533	112
+C7667541	112
+C7667571	112
+C7667585	112
+C7667601	112
+C7667609	112
+C7667613	112
+C7667617	112
+C7667623	112
+C7667669	112
+C7667693	112
+C7667709	112
+C7667715	112
+C7667719	112
+C7667745	112
+C7667749	112
+C7667753	112
+C7667759	112
+C7667767	112
+C7667773	112
+C7667779	112
+C7667789	112
+C7667795	112
+C7667799	112
+C7667803	112
+C7667807	112
+C7667819	112
+C7667823	112
+C7667843	112
+C7667855	112
+C7667861	112
+C7667881	112
+C7667901	112
+C7667927	112
+C7667929	112
+C7667935	112
+C7667939	112
+C7667963	112
+C7667979	112
+C7667989	112
+C7667993	112
+C7668007	112
+C7668011	112
+C7668027	112
+C7668033	112
+C7668039	112
+C7668059	112
+C7668061	112
+C7668071	112
+C7668077	112
+C7668079	112
+C7668085	112
+C7668095	112
+C7668099	112
+C7668121	112
+C7668135	112
+C7668145	112
+C7668147	112
+C7668149	112
+C7668153	112
+C7668167	112
+C7668193	112
+C7668195	112
+C7668201	112
+C7668209	112
+C7668223	112
+C7668227	112
+C7668239	112
+C7668249	112
+C7668251	112
+C7668255	112
+C7668301	112
+C7668303	112
+C7668305	112
+C7668325	112
+C7668339	112
+C7668351	112
+C7668369	112
+C7668387	112
+C7668389	112
+C7668393	112
+C7668395	112
+C7668397	112
+C7668425	112
+C7668431	112
+C7668435	112
+C7668437	112
+C7668445	112
+C7668451	112
+C7668459	112
+C7668483	112
+C7668485	112
+C7668493	112
+C7668529	112
+C7668549	112
+C7668551	112
+C7668555	112
+C7668563	112
+C7668565	112
+C7668567	112
+C7668577	112
+C7668581	112
+C7668585	112
+C7668591	112
+C7668595	112
+C7668631	112
+C7668633	112
+C7668641	112
+C7668643	112
+C7668655	112
+C7668659	112
+C7668679	112
+C7668725	112
+C7668729	112
+C7668731	112
+C7668733	112
+C7668751	112
+C7668761	112
+C7668769	112
+C7668783	112
+C7668789	112
+C7668809	112
+C7668825	112
+C7668829	112
+C7668845	112
+C7668849	112
+C7668855	112
+C7668889	112
+C7668903	112
+C7668911	112
+C7668933	112
+C7668935	112
+C7668939	112
+C7668949	112
+C7668959	112
+C7668963	112
+C7668973	112
+C7668981	112
+C7668985	112
+C7669001	112
+C7669003	112
+C7669007	112
+C7669009	112
+C7669013	112
+C7669043	112
+C7669063	112
+C7669069	112
+C7669081	112
+C7669091	112
+C7669093	112
+C7669117	112
+C7669119	112
+C7669129	112
+C7669131	112
+C7669143	112
+C7669157	112
+C7669185	112
+C7669191	112
+C7669219	112
+C7669235	112
+C7669239	112
+C7669249	112
+C7669267	112
+C7669283	112
+C7669297	112
+C7669299	112
+C7669303	112
+C7669309	112
+C7669321	112
+C7669325	112
+C7669337	112
+C7669345	112
+C7669363	112
+C7669365	112
+C7669393	112
+C7669401	112
+C7669403	112
+C7669415	112
+C7669417	112
+C7669425	112
+C7669443	112
+C7669449	112
+C7669465	112
+C7669489	112
+C7669493	112
+C7669501	112
+C7669505	112
+C7669543	112
+C7669547	112
+C7669553	112
+C7669561	112
+C7669563	112
+C7669571	112
+C7669577	112
+C7669583	112
+C7669591	112
+C7669597	112
+C7669611	112
+C7669637	112
+C7669639	112
+C7669643	112
+C7669657	112
+C7669659	112
+C7669671	112
+C7669675	112
+C7669683	112
+C7669695	112
+C7669711	112
+C7669713	112
+C7669717	112
+C7669737	112
+C7669743	112
+C7669747	112
+C7669759	112
+C7669765	112
+C7669783	112
+C7669791	112
+C7669795	112
+C7669799	112
+C7669823	112
+C7669829	112
+C7669835	112
+C7669837	112
+C7669847	112
+C7669863	112
+C7669873	112
+C7669875	112
+C7669901	112
+C7669903	112
+C7669913	112
+C7669925	112
+C7669927	112
+C7669945	112
+C7669947	112
+C7669949	112
+C7669961	112
+C7669965	112
+C7669973	112
+C7669975	112
+C7669981	112
+C7669983	112
+C7669985	112
+C7669989	112
+C7669999	112
+C7670003	112
+C7670029	112
+C7670043	112
+C7670055	112
+C7670057	112
+C7670065	112
+C7670071	112
+C7670115	112
+C7670119	112
+C7670133	112
+C7670145	112
+C7670157	112
+C7670165	112
+C7670187	112
+C7670193	112
+C7670205	112
+C7670207	112
+C7670215	112
+C7670221	112
+C7670223	112
+C7670245	112
+C7670251	112
+C7670257	112
+C7670271	112
+C7670277	112
+C7670283	112
+C7670313	112
+C7670315	112
+C7670319	112
+C7670321	112
+C7670331	112
+C7670335	112
+C7670349	112
+C7670407	112
+C7670421	112
+C7670431	112
+C7670471	112
+C7670483	112
+C7670491	112
+C7670505	112
+C7670521	112
+C7670529	112
+C7670547	112
+C7670569	112
+C7670587	112
+C7670591	112
+C7670593	112
+C7670601	112
+C7670611	112
+C7670623	112
+C7670647	112
+C7670653	112
+C7670661	112
+C7670663	112
+C7670665	112
+C7670673	112
+C7670687	112
+C7670689	112
+C7670697	112
+C7670699	112
+C7670713	112
+C7670715	112
+C7670723	112
+C7670735	112
+C7670737	112
+C7670743	112
+C7670749	112
+C7670753	112
+C7670757	112
+C7670763	112
+C7670767	112
+C7670769	112
+C7670775	112
+C7670801	112
+C7670821	112
+C7670853	112
+C7670861	112
+C7670863	112
+C7670869	112
+C7670897	112
+C7670905	112
+C7670917	112
+C7670919	112
+C7670925	112
+C7670929	112
+C7670939	112
+C7670945	112
+C7670953	112
+C7670957	112
+C7670959	112
+C7670961	112
+C7670977	112
+C7670999	112
+C7671003	112
+C7671005	112
+C7671025	112
+C7671037	112
+C7671043	112
+C7671047	112
+C7671055	112
+C7671059	112
+C7671065	112
+C7671071	112
+C7671077	112
+C7671087	112
+C7671089	112
+C7671093	112
+C7671105	112
+C7671117	112
+C7671125	112
+C7671141	112
+C7671151	112
+C7671153	112
+C7671157	112
+C7671167	112
+C7671181	112
+C7671195	112
+C7671197	112
+C7671201	112
+C7671203	112
+C7671227	112
+C7671229	112
+C7671237	112
+C7671239	112
+C7671245	112
+C7671251	112
+C7671291	112
+C7671303	112
+C7671333	112
+C7671335	112
+C7671351	112
+C7671355	112
+C7671367	112
+C7671383	112
+C7671401	112
+C7671423	112
+C7671433	112
+C7671445	112
+C7671451	112
+C7671455	112
+C7671475	112
+C7671487	112
+C7671513	112
+C7671519	112
+C7671531	112
+C7671537	112
+C7671549	112
+C7671569	112
+C7671613	112
+C7671621	112
+C7671635	112
+C7671637	112
+C7671641	112
+C7671657	112
+C7671669	112
+C7671671	112
+C7671673	112
+C7671675	112
+C7671679	112
+C7671693	112
+C7671697	112
+C7671707	112
+C7671729	112
+C7671743	112
+C7671749	112
+C7671753	112
+C7671759	112
+C7671763	112
+C7671777	112
+C7671779	112
+C7671781	112
+C7671805	112
+C7671811	112
+C7671817	112
+C7671841	112
+C7671849	112
+C7671865	112
+C7671901	112
+C7671905	112
+C7671907	112
+C7671909	112
+C7671913	112
+C7671915	112
+C7671927	112
+C7671941	112
+C7671955	112
+C7671965	112
+C7671969	112
+C7671973	112
+C7671977	112
+C7671979	112
+C7671987	112
+C7671997	112
+C7672001	112
+C7672009	112
+C7672025	112
+C7672027	112
+C7672035	112
+C7672057	112
+C7672061	112
+C7672081	112
+C7672089	112
+C7672091	112
+C7672105	112
+C7672119	112
+C7672125	112
+C7672143	112
+C7672149	112
+C7672179	112
+C7672213	112
+C7672225	112
+C7672227	112
+C7672235	112
+C7672245	112
+C7672249	112
+C7672269	112
+C7672271	112
+C7672281	112
+C7672287	112
+C7672315	112
+C7672321	112
+C7672327	112
+C7672333	112
+C7672347	112
+C7672355	112
+C7672369	112
+C7672387	112
+C7672395	112
+C7672399	112
+C7672409	112
+C7672411	112
+C7672413	112
+C7672421	112
+C7672459	112
+C7672461	112
+C7672467	112
+C7672471	112
+C7672485	112
+C7672495	112
+C7672501	112
+C7672527	112
+C7672547	112
+C7672563	112
+C7672587	112
+C7672603	112
+C7672639	112
+C7672657	112
+C7672663	112
+C7672667	112
+C7672671	112
+C7672673	112
+C7672679	112
+C7672697	112
+C7672719	112
+C7672721	112
+C7672729	112
+C7672735	112
+C7672739	112
+C7672741	112
+C7672775	112
+C7672787	112
+C7672791	112
+C7672793	112
+C7672803	112
+C7672807	112
+C7672811	112
+C7672813	112
+C7672825	112
+C7672827	112
+C7672829	112
+C7672831	112
+C7672837	112
+C7672843	112
+C7672847	112
+C7672851	112
+C7672865	112
+C7672875	112
+C7672897	112
+C7672899	112
+C7672901	112
+C7672903	112
+C7672909	112
+C7672917	112
+C7672925	112
+C7672929	112
+C7672955	112
+C7672959	112
+C7672961	112
+C7672975	112
+C7672985	112
+C7673011	112
+C7673015	112
+C7673017	112
+C7673019	112
+C7673027	112
+C7673033	112
+C7673047	112
+C7673053	112
+C7673067	112
+C7673075	112
+C7673077	112
+C7673085	112
+C7673089	112
+C7673091	112
+C7673101	112
+C7673103	112
+C7673113	112
+C7673115	112
+C7673125	112
+C7673145	112
+C7673147	112
+C7673163	112
+C7673167	112
+C7673173	112
+C7673183	112
+C7673203	112
+C7673221	112
+C7673227	112
+C7673285	112
+C7673311	112
+C7673317	112
+C7673319	112
+C7673321	112
+C7673327	112
+C7673347	112
+C7673349	112
+C7673353	112
+C7673365	112
+C7673375	112
+C7673385	112
+C7673387	112
+C7673389	112
+C7673399	112
+C7673401	112
+C7673403	112
+C7673409	112
+C7673417	112
+C7673419	112
+C7673433	112
+C7673437	112
+C7673441	112
+C7673453	112
+C7673455	112
+C7673457	112
+C7673461	112
+C7673471	112
+C7673475	112
+C7673479	112
+C7673489	112
+C7673501	112
+C7673505	112
+C7673515	112
+C7673517	112
+C7673539	112
+C7673541	112
+C7673543	112
+C7673563	112
+C7673565	112
+C7673585	112
+C7673587	112
+C7673593	112
+C7673595	112
+C7673597	112
+C7673607	112
+C7673615	112
+C7673635	112
+C7673657	112
+C7673679	112
+C7673685	112
+C7673689	112
+C7673695	112
+C7673699	112
+C7673713	112
+C7673729	112
+C7673733	112
+C7673751	112
+C7673773	112
+C7673777	112
+C7673791	112
+C7673797	112
+C7673817	112
+C7673821	112
+C7673823	112
+C7673833	112
+C7673843	112
+C7673875	112
+C7673899	112
+C7673909	112
+C7673913	112
+C7673915	112
+C7673941	112
+C7673949	112
+C7673951	112
+C7673959	112
+C7673969	112
+C7673997	112
+C7673999	112
+C7674003	112
+C7674005	112
+C7674017	112
+C7674027	112
+C7674031	112
+C7674047	112
+C7674063	112
+C7674065	112
+C7674093	112
+C7674101	112
+C7674103	112
+C7674111	112
+C7674127	112
+C7674139	112
+C7674149	112
+C7674167	112
+C7645723	111
+C7645725	111
+C7645727	111
+C7645731	111
+C7645739	111
+C7645743	111
+C7645747	111
+C7645751	111
+C7645761	111
+C7645771	111
+C7645779	111
+C7645787	111
+C7645789	111
+C7645791	111
+C7645815	111
+C7645823	111
+C7645829	111
+C7645835	111
+C7645853	111
+C7645857	111
+C7645881	111
+C7645883	111
+C7645897	111
+C7645899	111
+C7645901	111
+C7645903	111
+C7645911	111
+C7645921	111
+C7645939	111
+C7645943	111
+C7645947	111
+C7645953	111
+C7645961	111
+C7645963	111
+C7645971	111
+C7645975	111
+C7645977	111
+C7645985	111
+C7645993	111
+C7645999	111
+C7646009	111
+C7646017	111
+C7646025	111
+C7646033	111
+C7646041	111
+C7646045	111
+C7646053	111
+C7646057	111
+C7646067	111
+C7646075	111
+C7646089	111
+C7646095	111
+C7646097	111
+C7646099	111
+C7646107	111
+C7646111	111
+C7646113	111
+C7646141	111
+C7646149	111
+C7646151	111
+C7646175	111
+C7646205	111
+C7646223	111
+C7646231	111
+C7646247	111
+C7646261	111
+C7646287	111
+C7646299	111
+C7646307	111
+C7646321	111
+C7646333	111
+C7646335	111
+C7646337	111
+C7646341	111
+C7646349	111
+C7646361	111
+C7646363	111
+C7646371	111
+C7646379	111
+C7646381	111
+C7646393	111
+C7646395	111
+C7646399	111
+C7646403	111
+C7646421	111
+C7646423	111
+C7646461	111
+C7646473	111
+C7646483	111
+C7646487	111
+C7646491	111
+C7646499	111
+C7646501	111
+C7646511	111
+C7646515	111
+C7646517	111
+C7646529	111
+C7646555	111
+C7646571	111
+C7646583	111
+C7646585	111
+C7646595	111
+C7646609	111
+C7646611	111
+C7646625	111
+C7646635	111
+C7646639	111
+C7646655	111
+C7646671	111
+C7646675	111
+C7646689	111
+C7646691	111
+C7646693	111
+C7646707	111
+C7646711	111
+C7646713	111
+C7646723	111
+C7646729	111
+C7646733	111
+C7646735	111
+C7646771	111
+C7646775	111
+C7646781	111
+C7646795	111
+C7646807	111
+C7646815	111
+C7646817	111
+C7646823	111
+C7646845	111
+C7646881	111
+C7646883	111
+C7646911	111
+C7646935	111
+C7646937	111
+C7646945	111
+C7646965	111
+C7646993	111
+C7647011	111
+C7647019	111
+C7647031	111
+C7647035	111
+C7647039	111
+C7647041	111
+C7647053	111
+C7647077	111
+C7647087	111
+C7647101	111
+C7647103	111
+C7647107	111
+C7647109	111
+C7647117	111
+C7647129	111
+C7647141	111
+C7647149	111
+C7647151	111
+C7647159	111
+C7647165	111
+C7647167	111
+C7647171	111
+C7647181	111
+C7647183	111
+C7647185	111
+C7647191	111
+C7647195	111
+C7647201	111
+C7647207	111
+C7647219	111
+C7647223	111
+C7647231	111
+C7647251	111
+C7647255	111
+C7647273	111
+C7647289	111
+C7647335	111
+C7647361	111
+C7647363	111
+C7647369	111
+C7647383	111
+C7647387	111
+C7647389	111
+C7647395	111
+C7647433	111
+C7647435	111
+C7647445	111
+C7647449	111
+C7647451	111
+C7647483	111
+C7647495	111
+C7647513	111
+C7647523	111
+C7647535	111
+C7647541	111
+C7647547	111
+C7647565	111
+C7647569	111
+C7647577	111
+C7647591	111
+C7647611	111
+C7647613	111
+C7647619	111
+C7647631	111
+C7647637	111
+C7647645	111
+C7647651	111
+C7647659	111
+C7647669	111
+C7647673	111
+C7647685	111
+C7647703	111
+C7647711	111
+C7647717	111
+C7647721	111
+C7647727	111
+C7647743	111
+C7647753	111
+C7647755	111
+C7647765	111
+C7647769	111
+C7647775	111
+C7647777	111
+C7647819	111
+C7647823	111
+C7647835	111
+C7647837	111
+C7647857	111
+C7647861	111
+C7647873	111
+C7647885	111
+C7647893	111
+C7647895	111
+C7647911	111
+C7647913	111
+C7647915	111
+C7647939	111
+C7647941	111
+C7647959	111
+C7647977	111
+C7647981	111
+C7647987	111
+C7647995	111
+C7647999	111
+C7648011	111
+C7648019	111
+C7648021	111
+C7648029	111
+C7648031	111
+C7648033	111
+C7648037	111
+C7648043	111
+C7648049	111
+C7648053	111
+C7648055	111
+C7648065	111
+C7648069	111
+C7648123	111
+C7648133	111
+C7648145	111
+C7648159	111
+C7648163	111
+C7648171	111
+C7648173	111
+C7648189	111
+C7648195	111
+C7648221	111
+C7648231	111
+C7648239	111
+C7648249	111
+C7648267	111
+C7648275	111
+C7648289	111
+C7648297	111
+C7648307	111
+C7648355	111
+C7648373	111
+C7648401	111
+C7648407	111
+C7648409	111
+C7648417	111
+C7648421	111
+C7648427	111
+C7648435	111
+C7648437	111
+C7648443	111
+C7648457	111
+C7648477	111
+C7648479	111
+C7648499	111
+C7648513	111
+C7648541	111
+C7648549	111
+C7648557	111
+C7648561	111
+C7648623	111
+C7648635	111
+C7648641	111
+C7648653	111
+C7648665	111
+C7648677	111
+C7648681	111
+C7648689	111
+C7648709	111
+C7648715	111
+C7648719	111
+C7648729	111
+C7648733	111
+C7648745	111
+C7648753	111
+C7648769	111
+C7648771	111
+C7648787	111
+C7648793	111
+C7648809	111
+C7648811	111
+C7648835	111
+C7648851	111
+C7648857	111
+C7648879	111
+C7648891	111
+C7648893	111
+C7648909	111
+C7648925	111
+C7648933	111
+C7648945	111
+C7648947	111
+C7648959	111
+C7648967	111
+C7648981	111
+C7648983	111
+C7648989	111
+C7648993	111
+C7648995	111
+C7649025	111
+C7649027	111
+C7649029	111
+C7649031	111
+C7649047	111
+C7649067	111
+C7649069	111
+C7649071	111
+C7649095	111
+C7649117	111
+C7649123	111
+C7649125	111
+C7649135	111
+C7649141	111
+C7649159	111
+C7649183	111
+C7649187	111
+C7649191	111
+C7649195	111
+C7649227	111
+C7649241	111
+C7649253	111
+C7649259	111
+C7649273	111
+C7649275	111
+C7649279	111
+C7649285	111
+C7649289	111
+C7649297	111
+C7649299	111
+C7649305	111
+C7649319	111
+C7649323	111
+C7649329	111
+C7649335	111
+C7649349	111
+C7649363	111
+C7649365	111
+C7649373	111
+C7649377	111
+C7649379	111
+C7649419	111
+C7649427	111
+C7649439	111
+C7649445	111
+C7649457	111
+C7649463	111
+C7649469	111
+C7649471	111
+C7649485	111
+C7649509	111
+C7649527	111
+C7649531	111
+C7649543	111
+C7649555	111
+C7649563	111
+C7649583	111
+C7649613	111
+C7649615	111
+C7649647	111
+C7649651	111
+C7649661	111
+C7649667	111
+C7649683	111
+C7649705	111
+C7649735	111
+C7649741	111
+C7649743	111
+C7649747	111
+C7649775	111
+C7649777	111
+C7649785	111
+C7649789	111
+C7649797	111
+C7649805	111
+C7649815	111
+C7649817	111
+C7649825	111
+C7649835	111
+C7649859	111
+C7649863	111
+C7649899	111
+C7649919	111
+C7649937	111
+C7649943	111
+C7649951	111
+C7649955	111
+C7649957	111
+C7649969	111
+C7649981	111
+C7649989	111
+C7650001	111
+C7650009	111
+C7650017	111
+C7650021	111
+C7650023	111
+C7650041	111
+C7650049	111
+C7650053	111
+C7650055	111
+C7650057	111
+C7650071	111
+C7650073	111
+C7650075	111
+C7650079	111
+C7650101	111
+C7650105	111
+C7650129	111
+C7650131	111
+C7650133	111
+C7650139	111
+C7650141	111
+C7650153	111
+C7650157	111
+C7650169	111
+C7650207	111
+C7650209	111
+C7650211	111
+C7650213	111
+C7650215	111
+C7650229	111
+C7650237	111
+C7650241	111
+C7650243	111
+C7650245	111
+C7650249	111
+C7650253	111
+C7650263	111
+C7650277	111
+C7650281	111
+C7650283	111
+C7650289	111
+C7650293	111
+C7650295	111
+C7650301	111
+C7650303	111
+C7650329	111
+C7650331	111
+C7650345	111
+C7650351	111
+C7650399	111
+C7650407	111
+C7650409	111
+C7650413	111
+C7650433	111
+C7650437	111
+C7650453	111
+C7650469	111
+C7650481	111
+C7650505	111
+C7650509	111
+C7650515	111
+C7650519	111
+C7650531	111
+C7650535	111
+C7650543	111
+C7650545	111
+C7650551	111
+C7650557	111
+C7650571	111
+C7650573	111
+C7650589	111
+C7650597	111
+C7650619	111
+C7650635	111
+C7650639	111
+C7650667	111
+C7650681	111
+C7650721	111
+C7650727	111
+C7650759	111
+C7650767	111
+C7650771	111
+C7650779	111
+C7650791	111
+C7650809	111
+C7650811	111
+C7650831	111
+C7650835	111
+C7650849	111
+C7650857	111
+C7650873	111
+C7650891	111
+C7650893	111
+C7650907	111
+C7650921	111
+C7650959	111
+C7650991	111
+C7650999	111
+C7651001	111
+C7651003	111
+C7651007	111
+C7651013	111
+C7651047	111
+C7651059	111
+C7651067	111
+C7651075	111
+C7651091	111
+C7651099	111
+C7651111	111
+C7651115	111
+C7651123	111
+C7651127	111
+C7651131	111
+C7651143	111
+C7651157	111
+C7651163	111
+C7651165	111
+C7651173	111
+C7651179	111
+C7651195	111
+C7651199	111
+C7651211	111
+C7651215	111
+C7651233	111
+C7651235	111
+C7651251	111
+C7651255	111
+C7651263	111
+C7651267	111
+C7651275	111
+C7651279	111
+C7651285	111
+C7651287	111
+C7651289	111
+C7651291	111
+C7651297	111
+C7651299	111
+C7651301	111
+C7651329	111
+C7651331	111
+C7651337	111
+C7651343	111
+C7651351	111
+C7651353	111
+C7651359	111
+C7651365	111
+C7651373	111
+C7651385	111
+C7651391	111
+C7651401	111
+C7651413	111
+C7651421	111
+C7651459	111
+C7651465	111
+C7651477	111
+C7651489	111
+C7651509	111
+C7651525	111
+C7651529	111
+C7651537	111
+C7651553	111
+C7651559	111
+C7651565	111
+C7651569	111
+C7651601	111
+C7651615	111
+C7651617	111
+C7651619	111
+C7651625	111
+C7651641	111
+C7651655	111
+C7651667	111
+C7651671	111
+C7651675	111
+C7651679	111
+C7651691	111
+C7651703	111
+C7651705	111
+C7651715	111
+C7651729	111
+C7651739	111
+C7651753	111
+C7651757	111
+C7651763	111
+C7651789	111
+C7651795	111
+C7651803	111
+C7651813	111
+C7651819	111
+C7651835	111
+C7651839	111
+C7651843	111
+C7651867	111
+C7651883	111
+C7651889	111
+C7651893	111
+C7651903	111
+C7651917	111
+C7651923	111
+C7651927	111
+C7651939	111
+C7651957	111
+C7651975	111
+C7651979	111
+C7651989	111
+C7651991	111
+C7651993	111
+C7652007	111
+C7652017	111
+C7652023	111
+C7652025	111
+C7652031	111
+C7652039	111
+C7652057	111
+C7652089	111
+C7652097	111
+C7652109	111
+C7652111	111
+C7652117	111
+C7652119	111
+C7652127	111
+C7652129	111
+C7652139	111
+C7652141	111
+C7652143	111
+C7652151	111
+C7652159	111
+C7652161	111
+C7652163	111
+C7652167	111
+C7652181	111
+C7652183	111
+C7652191	111
+C7652193	111
+C7652233	111
+C7652251	111
+C7652253	111
+C7652255	111
+C7652273	111
+C7652275	111
+C7652289	111
+C7652303	111
+C7652317	111
+C7652323	111
+C7652331	111
+C7652349	111
+C7652361	111
+C7652365	111
+C7652381	111
+C7652395	111
+C7652411	111
+C7652437	111
+C7652441	111
+C7652445	111
+C7652449	111
+C7652455	111
+C7652457	111
+C7652469	111
+C7652497	111
+C7652499	111
+C7652501	111
+C7652507	111
+C7652509	111
+C7652515	111
+C7652519	111
+C7652521	111
+C7652529	111
+C7652539	111
+C7652545	111
+C7652547	111
+C7652559	111
+C7652563	111
+C7652579	111
+C7652581	111
+C7652599	111
+C7652605	111
+C7652615	111
+C7652627	111
+C7652645	111
+C7652651	111
+C7652653	111
+C7652677	111
+C7652679	111
+C7652689	111
+C7652691	111
+C7652693	111
+C7652703	111
+C7652709	111
+C7652713	111
+C7652759	111
+C7652761	111
+C7652769	111
+C7652787	111
+C7652791	111
+C7652809	111
+C7652829	111
+C7652831	111
+C7652833	111
+C7652849	111
+C7652863	111
+C7652879	111
+C7652881	111
+C7652887	111
+C7652899	111
+C7652903	111
+C7652905	111
+C7652913	111
+C7652915	111
+C7652919	111
+C7652921	111
+C7652931	111
+C7652953	111
+C7652955	111
+C7652971	111
+C7652979	111
+C7652995	111
+C7653047	111
+C7653055	111
+C7653075	111
+C7653083	111
+C7653095	111
+C7653101	111
+C7653115	111
+C7653117	111
+C7653123	111
+C7653129	111
+C7653139	111
+C7653147	111
+C7653151	111
+C7653157	111
+C7653161	111
+C7653167	111
+C7653171	111
+C7653179	111
+C7653187	111
+C7653195	111
+C7653199	111
+C7653201	111
+C7653205	111
+C7653207	111
+C7653213	111
+C7653221	111
+C7653239	111
+C7653245	111
+C7653255	111
+C7653257	111
+C7653275	111
+C7653325	111
+C7653339	111
+C7653343	111
+C7653351	111
+C7653377	111
+C7653393	111
+C7653397	111
+C7653407	111
+C7653413	111
+C7653425	111
+C7653441	111
+C7653453	111
+C7653473	111
+C7653483	111
+C7653493	111
+C7653495	111
+C7653501	111
+C7653515	111
+C7653517	111
+C7653525	111
+C7653545	111
+C7653551	111
+C7653557	111
+C7653599	111
+C7653601	111
+C7653615	111
+C7653617	111
+C7653629	111
+C7653639	111
+C7653647	111
+C7653651	111
+C7653659	111
+C7653661	111
+C7653665	111
+C7653671	111
+C7653699	111
+C7653705	111
+C7653707	111
+C7653711	111
+C7653717	111
+C7653721	111
+C7653745	111
+C7653761	111
+C7653767	111
+C7653769	111
+C7653773	111
+C7653815	111
+C7653819	111
+C7653821	111
+C7653823	111
+C7653831	111
+C7653837	111
+C7653853	111
+C7653869	111
+C7653873	111
+C7653879	111
+C7653889	111
+C7653891	111
+C7653903	111
+C7653905	111
+C7653909	111
+C7653919	111
+C7653937	111
+C7653941	111
+C7653945	111
+C7653951	111
+C7653959	111
+C7653981	111
+C7653993	111
+C7653995	111
+C7654009	111
+C7654017	111
+C7654023	111
+C7654025	111
+C7654043	111
+C7654053	111
+C7654073	111
+C7654075	111
+C7654077	111
+C7654081	111
+C7654103	111
+C7654107	111
+C7654117	111
+C7654127	111
+C7654159	111
+C7654185	111
+C7654199	111
+C7654201	111
+C7654215	111
+C7654239	111
+C7654251	111
+C7654255	111
+C7654263	111
+C7654279	111
+C7654281	111
+C7654297	111
+C7654309	111
+C7654341	111
+C7654371	111
+C7654385	111
+C7654391	111
+C7654413	111
+C7654433	111
+C7654455	111
+C7654459	111
+C7654487	111
+C7654489	111
+C7654497	111
+C7654505	111
+C7654507	111
+C7654513	111
+C7654525	111
+C7654547	111
+C7654571	111
+C7654577	111
+C7654595	111
+C7654597	111
+C7654607	111
+C7654617	111
+C7654623	111
+C7654627	111
+C7654643	111
+C7654651	111
+C7654653	111
+C7654665	111
+C7654669	111
+C7654673	111
+C7654675	111
+C7654689	111
+C7654691	111
+C7654693	111
+C7654697	111
+C7654701	111
+C7654709	111
+C7654717	111
+C7654719	111
+C7654723	111
+C7654729	111
+C7654763	111
+C7654767	111
+C7654775	111
+C7654779	111
+C7654785	111
+C7654787	111
+C7654809	111
+C7654821	111
+C7654831	111
+C7654845	111
+C7654851	111
+C7654861	111
+C7654875	111
+C7654893	111
+C7654907	111
+C7654911	111
+C7654919	111
+C7654953	111
+C7654965	111
+C7654967	111
+C7654973	111
+C7654975	111
+C7654977	111
+C7654985	111
+C7654987	111
+C7654991	111
+C7655017	111
+C7655023	111
+C7655035	111
+C7655041	111
+C7655053	111
+C7655055	111
+C7655061	111
+C7655067	111
+C7655071	111
+C7655075	111
+C7655087	111
+C7655089	111
+C7655099	111
+C7655133	111
+C7655141	111
+C7655153	111
+C7655155	111
+C7655169	111
+C7655203	111
+C7655215	111
+C7655221	111
+C7655225	111
+C7655267	111
+C7655289	111
+C7655295	111
+C7655307	111
+C7655311	111
+C7655319	111
+C7655325	111
+C7655349	111
+C7655353	111
+C7655363	111
+C7655365	111
+C7655375	111
+C7655383	111
+C7655391	111
+C7655399	111
+C7655407	111
+C7655411	111
+C7655425	111
+C7655445	111
+C7655451	111
+C7655459	111
+C7655483	111
+C7655493	111
+C7655505	111
+C7655507	111
+C7655511	111
+C7655527	111
+C7655541	111
+C7655557	111
+C7655565	111
+C7655577	111
+C7655585	111
+C7655597	111
+C7655601	111
+C7655603	111
+C7655607	111
+C7655609	111
+C7655631	111
+C7655637	111
+C7655661	111
+C7655669	111
+C7655689	111
+C7655709	111
+C7655733	111
+C7655741	111
+C7655765	111
+C7655773	111
+C7655781	111
+C7655795	111
+C7655829	111
+C7655849	111
+C7655867	111
+C7655875	111
+C7655883	111
+C7655899	111
+C7655931	111
+C7655949	111
+C7655953	111
+C7655957	111
+C7655963	111
+C7655969	111
+C7655981	111
+C7655991	111
+C7655993	111
+C7656003	111
+C7656021	111
+C7656041	111
+C7656057	111
+C7656065	111
+C7656097	111
+C7656099	111
+C7656103	111
+C7656119	111
+C7656137	111
+C7656149	111
+C7656151	111
+C7656203	111
+C7656205	111
+C7656217	111
+C7656247	111
+C7656255	111
+C7656261	111
+C7656271	111
+C7656275	111
+C7656283	111
+C7656285	111
+C7656287	111
+C7656297	111
+C7656313	111
+C7656321	111
+C7656335	111
+C7656341	111
+C7656345	111
+C7656357	111
+C7656363	111
+C7656371	111
+C7656389	111
+C7656415	111
+C7656423	111
+C7656437	111
+C7656459	111
+C7656463	111
+C7656481	111
+C7656489	111
+C7656491	111
+C7656495	111
+C7656497	111
+C7656501	111
+C7656509	111
+C7656515	111
+C7656517	111
+C7656527	111
+C7656533	111
+C7656571	111
+C7656573	111
+C7656587	111
+C7656591	111
+C7656599	111
+C7656609	111
+C7656617	111
+C7656655	111
+C7656657	111
+C7656659	111
+C7656667	111
+C7656675	111
+C7656683	111
+C7656685	111
+C7656693	111
+C7656703	111
+C7656705	111
+C7656709	111
+C7656717	111
+C7656723	111
+C7656733	111
+C7656747	111
+C7656757	111
+C7656761	111
+C7656763	111
+C7656769	111
+C7656783	111
+C7656787	111
+C7656813	111
+C7656821	111
+C7656827	111
+C7656885	111
+C7656893	111
+C7656901	111
+C7656911	111
+C7656913	111
+C7656915	111
+C7656919	111
+C7656921	111
+C7656939	111
+C7656941	111
+C7656947	111
+C7656959	111
+C7656969	111
+C7656977	111
+C7656991	111
+C7656997	111
+C7657009	111
+C7657031	111
+C7657039	111
+C7657041	111
+C7657045	111
+C7657053	111
+C7657069	111
+C7657071	111
+C7657077	111
+C7657093	111
+C7657097	111
+C7657107	111
+C7657115	111
+C7657121	111
+C7657127	111
+C7657131	111
+C7657135	111
+C7657139	111
+C7657147	111
+C7657149	111
+C7657189	111
+C7657191	111
+C7657199	111
+C7657201	111
+C7657203	111
+C7657209	111
+C7657213	111
+C7657215	111
+C7657221	111
+C7657223	111
+C7657241	111
+C7657267	111
+C7657269	111
+C7657271	111
+C7657275	111
+C7657279	111
+C7657287	111
+C7657301	111
+C7657325	111
+C7657331	111
+C7657339	111
+C7657341	111
+C7657381	111
+C7657393	111
+C7657399	111
+C7657405	111
+C7657429	111
+C7657447	111
+C7657463	111
+C7657467	111
+C7657481	111
+C7657483	111
+C7657495	111
+C7657509	111
+C7657553	111
+C7657559	111
+C7657561	111
+C7657565	111
+C7657575	111
+C7657591	111
+C7657595	111
+C7657603	111
+C7657609	111
+C7657615	111
+C7657619	111
+C7657629	111
+C7657639	111
+C7657645	111
+C7657647	111
+C7657651	111
+C7657655	111
+C7657675	111
+C7657679	111
+C7657685	111
+C7657687	111
+C7657711	111
+C7657713	111
+C7657723	111
+C7657731	111
+C7657747	111
+C7657761	111
+C7657769	111
+C7657779	111
+C7657793	111
+C7657831	111
+C7657855	111
+C7657869	111
+C7657871	111
+C7657883	111
+C7657897	111
+C7657907	111
+C7657911	111
+C7657945	111
+C7657947	111
+C7657955	111
+C7657963	111
+C7657971	111
+C7657977	111
+C7657981	111
+C7657997	111
+C7658003	111
+C7658007	111
+C7658009	111
+C7658015	111
+C7658019	111
+C7658035	111
+C7658039	111
+C7658041	111
+C7658049	111
+C7658061	111
+C7658083	111
+C7658087	111
+C7658099	111
+C7658107	111
+C7658115	111
+C7658119	111
+C7658121	111
+C7658129	111
+C7658149	111
+C7658159	111
+C7658161	111
+C7658165	111
+C7658169	111
+C7658185	111
+C7658191	111
+C7658227	111
+C7658233	111
+C7658237	111
+C7658239	111
+C7658243	111
+C7658253	111
+C7658255	111
+C7658257	111
+C7658261	111
+C7658263	111
+C7658265	111
+C7658281	111
+C7658285	111
+C7658287	111
+C7658297	111
+C7658309	111
+C7658319	111
+C7658337	111
+C7658353	111
+C7658357	111
+C7658375	111
+C7658419	111
+C7658425	111
+C7658427	111
+C7658441	111
+C7658473	111
+C7658481	111
+C7658499	111
+C7658501	111
+C7658537	111
+C7658545	111
+C7658581	111
+C7658585	111
+C7658601	111
+C7658613	111
+C7658649	111
+C7658653	111
+C7658655	111
+C7658681	111
+C7658687	111
+C7658707	111
+C7658719	111
+C7658725	111
+C7658731	111
+C7658745	111
+C7658769	111
+C7658773	111
+C7658791	111
+C7658835	111
+C7658853	111
+C7658861	111
+C7658885	111
+C7658889	111
+C7658897	111
+C7658909	111
+C7658911	111
+C7658913	111
+C7658925	111
+C7658933	111
+C7658935	111
+C7658947	111
+C7658949	111
+C7658953	111
+C7658959	111
+C7658963	111
+C7658965	111
+C7658975	111
+C7658983	111
+C7658985	111
+C7658997	111
+C7658999	111
+C7659023	111
+C7659039	111
+C7659043	111
+C7659045	111
+C7659051	111
+C7659081	111
+C7659089	111
+C7659091	111
+C7659099	111
+C7659101	111
+C7659103	111
+C7659107	111
+C7659113	111
+C7659133	111
+C7659153	111
+C7659171	111
+C7659175	111
+C7659189	111
+C7659193	111
+C7659223	111
+C7659237	111
+C7659297	111
+C7659317	111
+C7659321	111
+C7659347	111
+C7659357	111
+C7659373	111
+C7659383	111
+C7659391	111
+C7659395	111
+C7659399	111
+C7659441	111
+C7659457	111
+C7659459	111
+C7659481	111
+C7659487	111
+C7659495	111
+C7659501	111
+C7659511	111
+C7659521	111
+C7659545	111
+C7659561	111
+C7659565	111
+C7659569	111
+C7659577	111
+C7659599	111
+C7659605	111
+C7659607	111
+C7659609	111
+C7659611	111
+C7659617	111
+C7659619	111
+C7659625	111
+C7659635	111
+C7659643	111
+C7659647	111
+C7659661	111
+C7659667	111
+C7659673	111
+C7659683	111
+C7659689	111
+C7659701	111
+C7659735	111
+C7659749	111
+C7659767	111
+C7659777	111
+C7659807	111
+C7659809	111
+C7659813	111
+C7659815	111
+C7659817	111
+C7659835	111
+C7631399	110
+C7631413	110
+C7631421	110
+C7631437	110
+C7631439	110
+C7631449	110
+C7631477	110
+C7631479	110
+C7631483	110
+C7631501	110
+C7631511	110
+C7631523	110
+C7631541	110
+C7631557	110
+C7631579	110
+C7631583	110
+C7631587	110
+C7631599	110
+C7631603	110
+C7631637	110
+C7631645	110
+C7631649	110
+C7631667	110
+C7631677	110
+C7631689	110
+C7631699	110
+C7631701	110
+C7631703	110
+C7631743	110
+C7631769	110
+C7631779	110
+C7631791	110
+C7631803	110
+C7631815	110
+C7631823	110
+C7631835	110
+C7631845	110
+C7631847	110
+C7631859	110
+C7631877	110
+C7631881	110
+C7631883	110
+C7631895	110
+C7631897	110
+C7631901	110
+C7631925	110
+C7631953	110
+C7631961	110
+C7631967	110
+C7631971	110
+C7631979	110
+C7631981	110
+C7631985	110
+C7631989	110
+C7631997	110
+C7632001	110
+C7632005	110
+C7632011	110
+C7632019	110
+C7632039	110
+C7632049	110
+C7632051	110
+C7632059	110
+C7632089	110
+C7632093	110
+C7632119	110
+C7632123	110
+C7632125	110
+C7632127	110
+C7632129	110
+C7632131	110
+C7632141	110
+C7632149	110
+C7632155	110
+C7632159	110
+C7632161	110
+C7632173	110
+C7632175	110
+C7632183	110
+C7632203	110
+C7632211	110
+C7632241	110
+C7632269	110
+C7632273	110
+C7632283	110
+C7632293	110
+C7632299	110
+C7632317	110
+C7632335	110
+C7632343	110
+C7632357	110
+C7632385	110
+C7632391	110
+C7632405	110
+C7632409	110
+C7632411	110
+C7632447	110
+C7632449	110
+C7632485	110
+C7632489	110
+C7632497	110
+C7632521	110
+C7632537	110
+C7632543	110
+C7632553	110
+C7632555	110
+C7632559	110
+C7632561	110
+C7632577	110
+C7632583	110
+C7632591	110
+C7632597	110
+C7632599	110
+C7632603	110
+C7632615	110
+C7632617	110
+C7632625	110
+C7632631	110
+C7632633	110
+C7632641	110
+C7632647	110
+C7632651	110
+C7632653	110
+C7632655	110
+C7632685	110
+C7632697	110
+C7632707	110
+C7632711	110
+C7632725	110
+C7632735	110
+C7632739	110
+C7632747	110
+C7632761	110
+C7632783	110
+C7632795	110
+C7632799	110
+C7632803	110
+C7632811	110
+C7632819	110
+C7632835	110
+C7632845	110
+C7632847	110
+C7632859	110
+C7632871	110
+C7632877	110
+C7632897	110
+C7632905	110
+C7632909	110
+C7632933	110
+C7632941	110
+C7632981	110
+C7632995	110
+C7633005	110
+C7633015	110
+C7633017	110
+C7633035	110
+C7633037	110
+C7633043	110
+C7633051	110
+C7633059	110
+C7633065	110
+C7633069	110
+C7633085	110
+C7633087	110
+C7633099	110
+C7633117	110
+C7633123	110
+C7633165	110
+C7633169	110
+C7633173	110
+C7633179	110
+C7633183	110
+C7633187	110
+C7633197	110
+C7633211	110
+C7633215	110
+C7633223	110
+C7633245	110
+C7633251	110
+C7633255	110
+C7633277	110
+C7633279	110
+C7633293	110
+C7633309	110
+C7633311	110
+C7633313	110
+C7633315	110
+C7633319	110
+C7633325	110
+C7633329	110
+C7633337	110
+C7633403	110
+C7633417	110
+C7633425	110
+C7633427	110
+C7633445	110
+C7633455	110
+C7633481	110
+C7633483	110
+C7633487	110
+C7633499	110
+C7633511	110
+C7633519	110
+C7633525	110
+C7633527	110
+C7633529	110
+C7633555	110
+C7633581	110
+C7633583	110
+C7633597	110
+C7633609	110
+C7633611	110
+C7633625	110
+C7633655	110
+C7633657	110
+C7633661	110
+C7633669	110
+C7633677	110
+C7633679	110
+C7633689	110
+C7633693	110
+C7633695	110
+C7633697	110
+C7633701	110
+C7633705	110
+C7633711	110
+C7633723	110
+C7633727	110
+C7633733	110
+C7633749	110
+C7633757	110
+C7633767	110
+C7633797	110
+C7633807	110
+C7633815	110
+C7633817	110
+C7633819	110
+C7633827	110
+C7633831	110
+C7633837	110
+C7633841	110
+C7633847	110
+C7633851	110
+C7633855	110
+C7633863	110
+C7633877	110
+C7633887	110
+C7633895	110
+C7633901	110
+C7633905	110
+C7633909	110
+C7633911	110
+C7633915	110
+C7633939	110
+C7633951	110
+C7633961	110
+C7633963	110
+C7633969	110
+C7633971	110
+C7633977	110
+C7633983	110
+C7633987	110
+C7634015	110
+C7634031	110
+C7634039	110
+C7634053	110
+C7634063	110
+C7634085	110
+C7634111	110
+C7634125	110
+C7634131	110
+C7634133	110
+C7634149	110
+C7634151	110
+C7634153	110
+C7634155	110
+C7634161	110
+C7634169	110
+C7634177	110
+C7634185	110
+C7634231	110
+C7634233	110
+C7634243	110
+C7634251	110
+C7634257	110
+C7634259	110
+C7634267	110
+C7634271	110
+C7634289	110
+C7634305	110
+C7634317	110
+C7634329	110
+C7634331	110
+C7634337	110
+C7634353	110
+C7634355	110
+C7634365	110
+C7634371	110
+C7634373	110
+C7634375	110
+C7634377	110
+C7634381	110
+C7634385	110
+C7634393	110
+C7634395	110
+C7634411	110
+C7634447	110
+C7634457	110
+C7634463	110
+C7634471	110
+C7634505	110
+C7634507	110
+C7634511	110
+C7634543	110
+C7634551	110
+C7634567	110
+C7634571	110
+C7634575	110
+C7634589	110
+C7634599	110
+C7634605	110
+C7634611	110
+C7634633	110
+C7634645	110
+C7634651	110
+C7634653	110
+C7634663	110
+C7634683	110
+C7634685	110
+C7634695	110
+C7634717	110
+C7634723	110
+C7634739	110
+C7634747	110
+C7634757	110
+C7634759	110
+C7634775	110
+C7634779	110
+C7634791	110
+C7634795	110
+C7634809	110
+C7634813	110
+C7634821	110
+C7634863	110
+C7634879	110
+C7634893	110
+C7634895	110
+C7634919	110
+C7634923	110
+C7634937	110
+C7634949	110
+C7634969	110
+C7634983	110
+C7634993	110
+C7634997	110
+C7635025	110
+C7635029	110
+C7635045	110
+C7635061	110
+C7635079	110
+C7635085	110
+C7635091	110
+C7635099	110
+C7635103	110
+C7635123	110
+C7635139	110
+C7635151	110
+C7635201	110
+C7635205	110
+C7635225	110
+C7635267	110
+C7635279	110
+C7635283	110
+C7635287	110
+C7635295	110
+C7635307	110
+C7635337	110
+C7635339	110
+C7635365	110
+C7635397	110
+C7635399	110
+C7635413	110
+C7635415	110
+C7635417	110
+C7635419	110
+C7635429	110
+C7635433	110
+C7635441	110
+C7635459	110
+C7635467	110
+C7635481	110
+C7635485	110
+C7635509	110
+C7635515	110
+C7635529	110
+C7635541	110
+C7635547	110
+C7635577	110
+C7635589	110
+C7635595	110
+C7635615	110
+C7635621	110
+C7635625	110
+C7635647	110
+C7635659	110
+C7635683	110
+C7635701	110
+C7635719	110
+C7635721	110
+C7635731	110
+C7635733	110
+C7635739	110
+C7635749	110
+C7635753	110
+C7635755	110
+C7635767	110
+C7635781	110
+C7635789	110
+C7635801	110
+C7635805	110
+C7635807	110
+C7635813	110
+C7635817	110
+C7635837	110
+C7635857	110
+C7635875	110
+C7635879	110
+C7635887	110
+C7635889	110
+C7635907	110
+C7635925	110
+C7635927	110
+C7635949	110
+C7635951	110
+C7635965	110
+C7635977	110
+C7635985	110
+C7635995	110
+C7635997	110
+C7636009	110
+C7636011	110
+C7636035	110
+C7636049	110
+C7636055	110
+C7636057	110
+C7636079	110
+C7636089	110
+C7636101	110
+C7636119	110
+C7636121	110
+C7636131	110
+C7636161	110
+C7636167	110
+C7636179	110
+C7636201	110
+C7636215	110
+C7636225	110
+C7636229	110
+C7636237	110
+C7636245	110
+C7636251	110
+C7636261	110
+C7636337	110
+C7636343	110
+C7636345	110
+C7636347	110
+C7636395	110
+C7636405	110
+C7636433	110
+C7636449	110
+C7636463	110
+C7636489	110
+C7636491	110
+C7636493	110
+C7636525	110
+C7636549	110
+C7636555	110
+C7636557	110
+C7636563	110
+C7636573	110
+C7636581	110
+C7636589	110
+C7636599	110
+C7636621	110
+C7636623	110
+C7636625	110
+C7636627	110
+C7636629	110
+C7636637	110
+C7636643	110
+C7636657	110
+C7636667	110
+C7636677	110
+C7636683	110
+C7636693	110
+C7636705	110
+C7636711	110
+C7636721	110
+C7636729	110
+C7636731	110
+C7636757	110
+C7636765	110
+C7636769	110
+C7636793	110
+C7636799	110
+C7636809	110
+C7636813	110
+C7636829	110
+C7636839	110
+C7636889	110
+C7636891	110
+C7636913	110
+C7636917	110
+C7636919	110
+C7636921	110
+C7636925	110
+C7636941	110
+C7636945	110
+C7636947	110
+C7636987	110
+C7636991	110
+C7637001	110
+C7637003	110
+C7637009	110
+C7637039	110
+C7637053	110
+C7637097	110
+C7637101	110
+C7637113	110
+C7637127	110
+C7637155	110
+C7637185	110
+C7637193	110
+C7637199	110
+C7637219	110
+C7637229	110
+C7637251	110
+C7637265	110
+C7637267	110
+C7637273	110
+C7637277	110
+C7637287	110
+C7637295	110
+C7637309	110
+C7637319	110
+C7637337	110
+C7637345	110
+C7637349	110
+C7637381	110
+C7637405	110
+C7637421	110
+C7637441	110
+C7637445	110
+C7637449	110
+C7637471	110
+C7637473	110
+C7637475	110
+C7637485	110
+C7637499	110
+C7637501	110
+C7637503	110
+C7637511	110
+C7637517	110
+C7637519	110
+C7637535	110
+C7637545	110
+C7637547	110
+C7637555	110
+C7637559	110
+C7637565	110
+C7637571	110
+C7637577	110
+C7637583	110
+C7637585	110
+C7637611	110
+C7637617	110
+C7637651	110
+C7637659	110
+C7637661	110
+C7637663	110
+C7637667	110
+C7637671	110
+C7637687	110
+C7637693	110
+C7637709	110
+C7637715	110
+C7637723	110
+C7637745	110
+C7637749	110
+C7637751	110
+C7637771	110
+C7637793	110
+C7637813	110
+C7637815	110
+C7637819	110
+C7637831	110
+C7637837	110
+C7637851	110
+C7637861	110
+C7637875	110
+C7637905	110
+C7637937	110
+C7637945	110
+C7637947	110
+C7637951	110
+C7637981	110
+C7637995	110
+C7637999	110
+C7638007	110
+C7638031	110
+C7638055	110
+C7638061	110
+C7638067	110
+C7638079	110
+C7638087	110
+C7638093	110
+C7638115	110
+C7638141	110
+C7638153	110
+C7638179	110
+C7638181	110
+C7638187	110
+C7638189	110
+C7638197	110
+C7638219	110
+C7638223	110
+C7638229	110
+C7638231	110
+C7638233	110
+C7638247	110
+C7638271	110
+C7638273	110
+C7638275	110
+C7638279	110
+C7638281	110
+C7638285	110
+C7638297	110
+C7638301	110
+C7638303	110
+C7638311	110
+C7638325	110
+C7638345	110
+C7638357	110
+C7638387	110
+C7638395	110
+C7638425	110
+C7638431	110
+C7638453	110
+C7638457	110
+C7638465	110
+C7638491	110
+C7638497	110
+C7638509	110
+C7638519	110
+C7638529	110
+C7638549	110
+C7638553	110
+C7638573	110
+C7638581	110
+C7638595	110
+C7638599	110
+C7638605	110
+C7638615	110
+C7638619	110
+C7638629	110
+C7638645	110
+C7638651	110
+C7638653	110
+C7638669	110
+C7638675	110
+C7638677	110
+C7638689	110
+C7638693	110
+C7638699	110
+C7638703	110
+C7638705	110
+C7638715	110
+C7638749	110
+C7638757	110
+C7638765	110
+C7638767	110
+C7638769	110
+C7638785	110
+C7638823	110
+C7638849	110
+C7638883	110
+C7638889	110
+C7638895	110
+C7638909	110
+C7638923	110
+C7638939	110
+C7638941	110
+C7638953	110
+C7638957	110
+C7638991	110
+C7638993	110
+C7639001	110
+C7639003	110
+C7639029	110
+C7639039	110
+C7639045	110
+C7639047	110
+C7639051	110
+C7639053	110
+C7639061	110
+C7639063	110
+C7639073	110
+C7639087	110
+C7639089	110
+C7639091	110
+C7639093	110
+C7639095	110
+C7639099	110
+C7639109	110
+C7639133	110
+C7639135	110
+C7639141	110
+C7639149	110
+C7639165	110
+C7639205	110
+C7639217	110
+C7639223	110
+C7639233	110
+C7639243	110
+C7639275	110
+C7639285	110
+C7639323	110
+C7639325	110
+C7639327	110
+C7639333	110
+C7639341	110
+C7639345	110
+C7639349	110
+C7639371	110
+C7639373	110
+C7639381	110
+C7639393	110
+C7639395	110
+C7639419	110
+C7639439	110
+C7639443	110
+C7639459	110
+C7639483	110
+C7639487	110
+C7639501	110
+C7639503	110
+C7639515	110
+C7639551	110
+C7639553	110
+C7639575	110
+C7639595	110
+C7639599	110
+C7639601	110
+C7639629	110
+C7639633	110
+C7639637	110
+C7639647	110
+C7639655	110
+C7639657	110
+C7639667	110
+C7639695	110
+C7639697	110
+C7639699	110
+C7639709	110
+C7639719	110
+C7639737	110
+C7639749	110
+C7639763	110
+C7639765	110
+C7639785	110
+C7639791	110
+C7639793	110
+C7639797	110
+C7639807	110
+C7639815	110
+C7639831	110
+C7639833	110
+C7639841	110
+C7639847	110
+C7639865	110
+C7639897	110
+C7639905	110
+C7639923	110
+C7639925	110
+C7639937	110
+C7639951	110
+C7639955	110
+C7639975	110
+C7639983	110
+C7639985	110
+C7639995	110
+C7640015	110
+C7640017	110
+C7640019	110
+C7640021	110
+C7640045	110
+C7640047	110
+C7640057	110
+C7640059	110
+C7640061	110
+C7640063	110
+C7640069	110
+C7640075	110
+C7640085	110
+C7640089	110
+C7640103	110
+C7640129	110
+C7640147	110
+C7640149	110
+C7640167	110
+C7640189	110
+C7640209	110
+C7640213	110
+C7640253	110
+C7640257	110
+C7640259	110
+C7640265	110
+C7640271	110
+C7640289	110
+C7640299	110
+C7640325	110
+C7640327	110
+C7640343	110
+C7640349	110
+C7640353	110
+C7640359	110
+C7640367	110
+C7640369	110
+C7640371	110
+C7640389	110
+C7640391	110
+C7640397	110
+C7640403	110
+C7640421	110
+C7640429	110
+C7640431	110
+C7640435	110
+C7640449	110
+C7640475	110
+C7640481	110
+C7640495	110
+C7640501	110
+C7640517	110
+C7640519	110
+C7640521	110
+C7640525	110
+C7640527	110
+C7640555	110
+C7640573	110
+C7640589	110
+C7640601	110
+C7640621	110
+C7640627	110
+C7640641	110
+C7640647	110
+C7640655	110
+C7640659	110
+C7640665	110
+C7640669	110
+C7640675	110
+C7640683	110
+C7640689	110
+C7640691	110
+C7640695	110
+C7640717	110
+C7640721	110
+C7640729	110
+C7640741	110
+C7640745	110
+C7640747	110
+C7640749	110
+C7640753	110
+C7640775	110
+C7640779	110
+C7640795	110
+C7640797	110
+C7640801	110
+C7640835	110
+C7640837	110
+C7640849	110
+C7640853	110
+C7640869	110
+C7640881	110
+C7640897	110
+C7640901	110
+C7640935	110
+C7640951	110
+C7640953	110
+C7640965	110
+C7640967	110
+C7640973	110
+C7640975	110
+C7640979	110
+C7640981	110
+C7641001	110
+C7641003	110
+C7641019	110
+C7641041	110
+C7641073	110
+C7641083	110
+C7641095	110
+C7641103	110
+C7641117	110
+C7641119	110
+C7641149	110
+C7641189	110
+C7641201	110
+C7641205	110
+C7641211	110
+C7641213	110
+C7641233	110
+C7641235	110
+C7641237	110
+C7641241	110
+C7641257	110
+C7641265	110
+C7641267	110
+C7641269	110
+C7641275	110
+C7641291	110
+C7641293	110
+C7641297	110
+C7641317	110
+C7641329	110
+C7641361	110
+C7641371	110
+C7641381	110
+C7641385	110
+C7641415	110
+C7641421	110
+C7641429	110
+C7641431	110
+C7641435	110
+C7641443	110
+C7641449	110
+C7641463	110
+C7641475	110
+C7641479	110
+C7641487	110
+C7641489	110
+C7641493	110
+C7641497	110
+C7641505	110
+C7641517	110
+C7641549	110
+C7641551	110
+C7641555	110
+C7641567	110
+C7641575	110
+C7641583	110
+C7641591	110
+C7641605	110
+C7641609	110
+C7641613	110
+C7641617	110
+C7641621	110
+C7641623	110
+C7641633	110
+C7641643	110
+C7641649	110
+C7641659	110
+C7641671	110
+C7641677	110
+C7641687	110
+C7641695	110
+C7641709	110
+C7641729	110
+C7641731	110
+C7641735	110
+C7641737	110
+C7641753	110
+C7641779	110
+C7641781	110
+C7641795	110
+C7641799	110
+C7641819	110
+C7641827	110
+C7641833	110
+C7641859	110
+C7641867	110
+C7641875	110
+C7641881	110
+C7641885	110
+C7641893	110
+C7641899	110
+C7641911	110
+C7641913	110
+C7641923	110
+C7641927	110
+C7641935	110
+C7641945	110
+C7641959	110
+C7641963	110
+C7641969	110
+C7641971	110
+C7641975	110
+C7641977	110
+C7641983	110
+C7641987	110
+C7641995	110
+C7641999	110
+C7642011	110
+C7642023	110
+C7642027	110
+C7642037	110
+C7642041	110
+C7642047	110
+C7642057	110
+C7642065	110
+C7642091	110
+C7642109	110
+C7642117	110
+C7642135	110
+C7642147	110
+C7642155	110
+C7642161	110
+C7642177	110
+C7642185	110
+C7642195	110
+C7642201	110
+C7642215	110
+C7642221	110
+C7642235	110
+C7642237	110
+C7642245	110
+C7642249	110
+C7642253	110
+C7642255	110
+C7642281	110
+C7642283	110
+C7642297	110
+C7642307	110
+C7642313	110
+C7642319	110
+C7642327	110
+C7642331	110
+C7642341	110
+C7642343	110
+C7642349	110
+C7642353	110
+C7642363	110
+C7642367	110
+C7642377	110
+C7642379	110
+C7642387	110
+C7642393	110
+C7642413	110
+C7642431	110
+C7642437	110
+C7642441	110
+C7642443	110
+C7642453	110
+C7642467	110
+C7642489	110
+C7642529	110
+C7642537	110
+C7642547	110
+C7642553	110
+C7642559	110
+C7642563	110
+C7642567	110
+C7642589	110
+C7642591	110
+C7642595	110
+C7642601	110
+C7642613	110
+C7642615	110
+C7642661	110
+C7642681	110
+C7642683	110
+C7642689	110
+C7642693	110
+C7642713	110
+C7642735	110
+C7642737	110
+C7642757	110
+C7642759	110
+C7642763	110
+C7642771	110
+C7642773	110
+C7642779	110
+C7642789	110
+C7642797	110
+C7642803	110
+C7642821	110
+C7642843	110
+C7642849	110
+C7642853	110
+C7642855	110
+C7642859	110
+C7642873	110
+C7642891	110
+C7642903	110
+C7642909	110
+C7642913	110
+C7642915	110
+C7642929	110
+C7642937	110
+C7642945	110
+C7642947	110
+C7642969	110
+C7642975	110
+C7642997	110
+C7643013	110
+C7643017	110
+C7643021	110
+C7643031	110
+C7643035	110
+C7643043	110
+C7643047	110
+C7643051	110
+C7643061	110
+C7643063	110
+C7643073	110
+C7643077	110
+C7643087	110
+C7643089	110
+C7643107	110
+C7643125	110
+C7643159	110
+C7643189	110
+C7643195	110
+C7643197	110
+C7643205	110
+C7643223	110
+C7643225	110
+C7643229	110
+C7643231	110
+C7643233	110
+C7643251	110
+C7643265	110
+C7643271	110
+C7643297	110
+C7643299	110
+C7643303	110
+C7643309	110
+C7643315	110
+C7643325	110
+C7643341	110
+C7643357	110
+C7643385	110
+C7643407	110
+C7643413	110
+C7643415	110
+C7643425	110
+C7643433	110
+C7643445	110
+C7643453	110
+C7643471	110
+C7643477	110
+C7643485	110
+C7643491	110
+C7643515	110
+C7643517	110
+C7643523	110
+C7643525	110
+C7643535	110
+C7643539	110
+C7643543	110
+C7643581	110
+C7643613	110
+C7643623	110
+C7643627	110
+C7643637	110
+C7643657	110
+C7643685	110
+C7643695	110
+C7643703	110
+C7643711	110
+C7643723	110
+C7643727	110
+C7643739	110
+C7643745	110
+C7643747	110
+C7643757	110
+C7643769	110
+C7643777	110
+C7643787	110
+C7643789	110
+C7643799	110
+C7643809	110
+C7643833	110
+C7643841	110
+C7643859	110
+C7643873	110
+C7643909	110
+C7643919	110
+C7643923	110
+C7643931	110
+C7643933	110
+C7643935	110
+C7643937	110
+C7643945	110
+C7643951	110
+C7643953	110
+C7643965	110
+C7643983	110
+C7644011	110
+C7644015	110
+C7644049	110
+C7644063	110
+C7644065	110
+C7644067	110
+C7644083	110
+C7644097	110
+C7644105	110
+C7644113	110
+C7644135	110
+C7644137	110
+C7644139	110
+C7644145	110
+C7644169	110
+C7644181	110
+C7644187	110
+C7644201	110
+C7644207	110
+C7644217	110
+C7644221	110
+C7644227	110
+C7644239	110
+C7644241	110
+C7644249	110
+C7644267	110
+C7644287	110
+C7644303	110
+C7644311	110
+C7644319	110
+C7644327	110
+C7644335	110
+C7644359	110
+C7644363	110
+C7644375	110
+C7644383	110
+C7644387	110
+C7644399	110
+C7644415	110
+C7644433	110
+C7644435	110
+C7644453	110
+C7644487	110
+C7644493	110
+C7644497	110
+C7644499	110
+C7644501	110
+C7644517	110
+C7644521	110
+C7644523	110
+C7644527	110
+C7644541	110
+C7644551	110
+C7644561	110
+C7644563	110
+C7644569	110
+C7644571	110
+C7644587	110
+C7644597	110
+C7644639	110
+C7644651	110
+C7644657	110
+C7644663	110
+C7644667	110
+C7644675	110
+C7644727	110
+C7644747	110
+C7644767	110
+C7644769	110
+C7644773	110
+C7644777	110
+C7644803	110
+C7644809	110
+C7644817	110
+C7644823	110
+C7644847	110
+C7644851	110
+C7644863	110
+C7644871	110
+C7644893	110
+C7644905	110
+C7644917	110
+C7644925	110
+C7644941	110
+C7644943	110
+C7644947	110
+C7644949	110
+C7644951	110
+C7644953	110
+C7644955	110
+C7644967	110
+C7644989	110
+C7645003	110
+C7645013	110
+C7645017	110
+C7645027	110
+C7645029	110
+C7645035	110
+C7645043	110
+C7645069	110
+C7645079	110
+C7645089	110
+C7645109	110
+C7645113	110
+C7645121	110
+C7645125	110
+C7645129	110
+C7645131	110
+C7645143	110
+C7645147	110
+C7645149	110
+C7645159	110
+C7645161	110
+C7645167	110
+C7645173	110
+C7645175	110
+C7645181	110
+C7645183	110
+C7645185	110
+C7645201	110
+C7645203	110
+C7645211	110
+C7645221	110
+C7645223	110
+C7645245	110
+C7645251	110
+C7645259	110
+C7645265	110
+C7645273	110
+C7645281	110
+C7645285	110
+C7645301	110
+C7645311	110
+C7645323	110
+C7645327	110
+C7645351	110
+C7645363	110
+C7645369	110
+C7645403	110
+C7645409	110
+C7645423	110
+C7645439	110
+C7645441	110
+C7645471	110
+C7645485	110
+C7645505	110
+C7645521	110
+C7645523	110
+C7645537	110
+C7645539	110
+C7645543	110
+C7645547	110
+C7645567	110
+C7645569	110
+C7645591	110
+C7645603	110
+C7645607	110
+C7645611	110
+C7645617	110
+C7645661	110
+C7645677	110
+C7645695	110
+Scaffold4237	110
+C7616735	109
+C7616749	109
+C7616769	109
+C7616789	109
+C7616791	109
+C7616793	109
+C7616795	109
+C7616799	109
+C7616801	109
+C7616829	109
+C7616843	109
+C7616849	109
+C7616871	109
+C7616879	109
+C7616885	109
+C7616899	109
+C7616901	109
+C7616909	109
+C7616919	109
+C7616933	109
+C7616937	109
+C7616945	109
+C7616953	109
+C7616959	109
+C7616969	109
+C7616973	109
+C7616977	109
+C7616981	109
+C7616989	109
+C7617007	109
+C7617009	109
+C7617011	109
+C7617015	109
+C7617019	109
+C7617041	109
+C7617051	109
+C7617065	109
+C7617075	109
+C7617101	109
+C7617121	109
+C7617127	109
+C7617143	109
+C7617149	109
+C7617163	109
+C7617169	109
+C7617173	109
+C7617183	109
+C7617185	109
+C7617197	109
+C7617199	109
+C7617205	109
+C7617211	109
+C7617215	109
+C7617225	109
+C7617233	109
+C7617235	109
+C7617253	109
+C7617257	109
+C7617267	109
+C7617279	109
+C7617281	109
+C7617293	109
+C7617313	109
+C7617317	109
+C7617319	109
+C7617321	109
+C7617325	109
+C7617335	109
+C7617351	109
+C7617355	109
+C7617365	109
+C7617375	109
+C7617381	109
+C7617397	109
+C7617401	109
+C7617407	109
+C7617417	109
+C7617437	109
+C7617445	109
+C7617447	109
+C7617469	109
+C7617477	109
+C7617491	109
+C7617495	109
+C7617497	109
+C7617507	109
+C7617513	109
+C7617517	109
+C7617519	109
+C7617521	109
+C7617523	109
+C7617537	109
+C7617549	109
+C7617553	109
+C7617565	109
+C7617569	109
+C7617577	109
+C7617579	109
+C7617585	109
+C7617603	109
+C7617629	109
+C7617631	109
+C7617635	109
+C7617649	109
+C7617693	109
+C7617695	109
+C7617709	109
+C7617717	109
+C7617721	109
+C7617723	109
+C7617729	109
+C7617741	109
+C7617751	109
+C7617753	109
+C7617777	109
+C7617791	109
+C7617823	109
+C7617841	109
+C7617863	109
+C7617879	109
+C7617889	109
+C7617893	109
+C7617905	109
+C7617909	109
+C7617915	109
+C7617927	109
+C7617929	109
+C7617931	109
+C7617941	109
+C7617965	109
+C7617971	109
+C7617973	109
+C7617979	109
+C7618005	109
+C7618009	109
+C7618041	109
+C7618043	109
+C7618047	109
+C7618049	109
+C7618051	109
+C7618059	109
+C7618081	109
+C7618085	109
+C7618101	109
+C7618115	109
+C7618117	109
+C7618119	109
+C7618133	109
+C7618135	109
+C7618141	109
+C7618153	109
+C7618155	109
+C7618157	109
+C7618183	109
+C7618189	109
+C7618231	109
+C7618237	109
+C7618239	109
+C7618259	109
+C7618269	109
+C7618273	109
+C7618277	109
+C7618291	109
+C7618297	109
+C7618303	109
+C7618305	109
+C7618317	109
+C7618319	109
+C7618323	109
+C7618335	109
+C7618357	109
+C7618361	109
+C7618381	109
+C7618409	109
+C7618417	109
+C7618421	109
+C7618435	109
+C7618445	109
+C7618465	109
+C7618469	109
+C7618487	109
+C7618489	109
+C7618501	109
+C7618509	109
+C7618523	109
+C7618525	109
+C7618535	109
+C7618553	109
+C7618567	109
+C7618571	109
+C7618577	109
+C7618583	109
+C7618587	109
+C7618591	109
+C7618595	109
+C7618597	109
+C7618605	109
+C7618613	109
+C7618637	109
+C7618639	109
+C7618643	109
+C7618651	109
+C7618661	109
+C7618667	109
+C7618675	109
+C7618681	109
+C7618685	109
+C7618687	109
+C7618717	109
+C7618725	109
+C7618727	109
+C7618733	109
+C7618739	109
+C7618741	109
+C7618745	109
+C7618763	109
+C7618781	109
+C7618783	109
+C7618785	109
+C7618791	109
+C7618793	109
+C7618795	109
+C7618829	109
+C7618833	109
+C7618855	109
+C7618865	109
+C7618867	109
+C7618869	109
+C7618887	109
+C7618897	109
+C7618907	109
+C7618921	109
+C7618929	109
+C7618933	109
+C7618947	109
+C7618955	109
+C7618967	109
+C7618977	109
+C7618981	109
+C7618993	109
+C7619043	109
+C7619049	109
+C7619051	109
+C7619073	109
+C7619077	109
+C7619091	109
+C7619093	109
+C7619101	109
+C7619103	109
+C7619115	109
+C7619135	109
+C7619147	109
+C7619159	109
+C7619167	109
+C7619171	109
+C7619177	109
+C7619195	109
+C7619197	109
+C7619219	109
+C7619227	109
+C7619231	109
+C7619241	109
+C7619257	109
+C7619269	109
+C7619279	109
+C7619287	109
+C7619291	109
+C7619315	109
+C7619317	109
+C7619329	109
+C7619333	109
+C7619335	109
+C7619339	109
+C7619345	109
+C7619351	109
+C7619355	109
+C7619361	109
+C7619363	109
+C7619371	109
+C7619425	109
+C7619469	109
+C7619493	109
+C7619497	109
+C7619499	109
+C7619505	109
+C7619517	109
+C7619547	109
+C7619551	109
+C7619575	109
+C7619577	109
+C7619581	109
+C7619587	109
+C7619589	109
+C7619599	109
+C7619611	109
+C7619615	109
+C7619645	109
+C7619655	109
+C7619659	109
+C7619669	109
+C7619689	109
+C7619715	109
+C7619727	109
+C7619733	109
+C7619737	109
+C7619747	109
+C7619763	109
+C7619769	109
+C7619777	109
+C7619793	109
+C7619801	109
+C7619817	109
+C7619825	109
+C7619831	109
+C7619835	109
+C7619841	109
+C7619855	109
+C7619861	109
+C7619863	109
+C7619883	109
+C7619897	109
+C7619901	109
+C7619917	109
+C7619925	109
+C7619933	109
+C7619937	109
+C7619939	109
+C7619951	109
+C7619963	109
+C7619973	109
+C7619981	109
+C7620007	109
+C7620015	109
+C7620033	109
+C7620037	109
+C7620073	109
+C7620111	109
+C7620135	109
+C7620141	109
+C7620147	109
+C7620167	109
+C7620173	109
+C7620179	109
+C7620191	109
+C7620201	109
+C7620215	109
+C7620223	109
+C7620225	109
+C7620233	109
+C7620235	109
+C7620237	109
+C7620243	109
+C7620257	109
+C7620261	109
+C7620265	109
+C7620271	109
+C7620273	109
+C7620285	109
+C7620289	109
+C7620311	109
+C7620329	109
+C7620331	109
+C7620333	109
+C7620339	109
+C7620347	109
+C7620355	109
+C7620363	109
+C7620367	109
+C7620383	109
+C7620403	109
+C7620409	109
+C7620417	109
+C7620433	109
+C7620439	109
+C7620455	109
+C7620461	109
+C7620463	109
+C7620483	109
+C7620485	109
+C7620491	109
+C7620499	109
+C7620505	109
+C7620511	109
+C7620523	109
+C7620543	109
+C7620559	109
+C7620571	109
+C7620575	109
+C7620593	109
+C7620595	109
+C7620599	109
+C7620619	109
+C7620657	109
+C7620665	109
+C7620675	109
+C7620679	109
+C7620683	109
+C7620685	109
+C7620705	109
+C7620727	109
+C7620729	109
+C7620741	109
+C7620743	109
+C7620771	109
+C7620777	109
+C7620779	109
+C7620787	109
+C7620789	109
+C7620793	109
+C7620813	109
+C7620817	109
+C7620831	109
+C7620843	109
+C7620845	109
+C7620877	109
+C7620881	109
+C7620887	109
+C7620899	109
+C7620909	109
+C7620945	109
+C7620949	109
+C7620961	109
+C7620965	109
+C7620971	109
+C7620973	109
+C7620975	109
+C7621011	109
+C7621019	109
+C7621029	109
+C7621035	109
+C7621037	109
+C7621051	109
+C7621057	109
+C7621063	109
+C7621071	109
+C7621075	109
+C7621079	109
+C7621085	109
+C7621087	109
+C7621101	109
+C7621103	109
+C7621109	109
+C7621111	109
+C7621115	109
+C7621141	109
+C7621147	109
+C7621157	109
+C7621173	109
+C7621181	109
+C7621189	109
+C7621193	109
+C7621195	109
+C7621203	109
+C7621205	109
+C7621209	109
+C7621213	109
+C7621221	109
+C7621225	109
+C7621229	109
+C7621239	109
+C7621249	109
+C7621261	109
+C7621263	109
+C7621279	109
+C7621287	109
+C7621307	109
+C7621309	109
+C7621311	109
+C7621327	109
+C7621331	109
+C7621335	109
+C7621339	109
+C7621347	109
+C7621371	109
+C7621375	109
+C7621391	109
+C7621409	109
+C7621421	109
+C7621427	109
+C7621431	109
+C7621435	109
+C7621437	109
+C7621447	109
+C7621477	109
+C7621483	109
+C7621489	109
+C7621497	109
+C7621501	109
+C7621507	109
+C7621511	109
+C7621523	109
+C7621529	109
+C7621537	109
+C7621553	109
+C7621555	109
+C7621559	109
+C7621561	109
+C7621573	109
+C7621579	109
+C7621581	109
+C7621621	109
+C7621629	109
+C7621639	109
+C7621643	109
+C7621661	109
+C7621667	109
+C7621691	109
+C7621695	109
+C7621699	109
+C7621715	109
+C7621719	109
+C7621721	109
+C7621741	109
+C7621763	109
+C7621765	109
+C7621769	109
+C7621771	109
+C7621779	109
+C7621781	109
+C7621807	109
+C7621821	109
+C7621829	109
+C7621833	109
+C7621837	109
+C7621845	109
+C7621859	109
+C7621873	109
+C7621877	109
+C7621883	109
+C7621905	109
+C7621909	109
+C7621937	109
+C7621943	109
+C7621947	109
+C7621955	109
+C7621957	109
+C7621963	109
+C7621965	109
+C7621969	109
+C7621971	109
+C7621975	109
+C7621979	109
+C7621999	109
+C7622003	109
+C7622005	109
+C7622009	109
+C7622015	109
+C7622021	109
+C7622029	109
+C7622031	109
+C7622051	109
+C7622057	109
+C7622081	109
+C7622083	109
+C7622085	109
+C7622089	109
+C7622093	109
+C7622097	109
+C7622105	109
+C7622111	109
+C7622115	109
+C7622117	109
+C7622119	109
+C7622141	109
+C7622147	109
+C7622171	109
+C7622195	109
+C7622223	109
+C7622227	109
+C7622229	109
+C7622241	109
+C7622245	109
+C7622251	109
+C7622255	109
+C7622257	109
+C7622259	109
+C7622275	109
+C7622277	109
+C7622285	109
+C7622287	109
+C7622297	109
+C7622325	109
+C7622331	109
+C7622337	109
+C7622357	109
+C7622363	109
+C7622375	109
+C7622399	109
+C7622427	109
+C7622445	109
+C7622453	109
+C7622477	109
+C7622481	109
+C7622483	109
+C7622493	109
+C7622507	109
+C7622509	109
+C7622515	109
+C7622529	109
+C7622533	109
+C7622543	109
+C7622555	109
+C7622561	109
+C7622563	109
+C7622587	109
+C7622613	109
+C7622615	109
+C7622623	109
+C7622625	109
+C7622631	109
+C7622649	109
+C7622653	109
+C7622667	109
+C7622681	109
+C7622685	109
+C7622697	109
+C7622699	109
+C7622713	109
+C7622715	109
+C7622723	109
+C7622725	109
+C7622747	109
+C7622763	109
+C7622779	109
+C7622789	109
+C7622793	109
+C7622801	109
+C7622809	109
+C7622811	109
+C7622823	109
+C7622829	109
+C7622835	109
+C7622871	109
+C7622883	109
+C7622897	109
+C7622903	109
+C7622909	109
+C7622911	109
+C7622913	109
+C7622937	109
+C7622961	109
+C7622965	109
+C7622973	109
+C7622991	109
+C7622999	109
+C7623005	109
+C7623025	109
+C7623033	109
+C7623035	109
+C7623051	109
+C7623059	109
+C7623061	109
+C7623073	109
+C7623107	109
+C7623137	109
+C7623147	109
+C7623173	109
+C7623175	109
+C7623183	109
+C7623185	109
+C7623189	109
+C7623191	109
+C7623193	109
+C7623223	109
+C7623231	109
+C7623237	109
+C7623261	109
+C7623267	109
+C7623269	109
+C7623271	109
+C7623287	109
+C7623299	109
+C7623305	109
+C7623315	109
+C7623351	109
+C7623355	109
+C7623359	109
+C7623371	109
+C7623391	109
+C7623417	109
+C7623423	109
+C7623433	109
+C7623443	109
+C7623453	109
+C7623461	109
+C7623473	109
+C7623513	109
+C7623525	109
+C7623527	109
+C7623531	109
+C7623535	109
+C7623543	109
+C7623553	109
+C7623561	109
+C7623567	109
+C7623577	109
+C7623579	109
+C7623595	109
+C7623597	109
+C7623599	109
+C7623611	109
+C7623621	109
+C7623625	109
+C7623647	109
+C7623659	109
+C7623667	109
+C7623679	109
+C7623685	109
+C7623687	109
+C7623689	109
+C7623695	109
+C7623705	109
+C7623709	109
+C7623713	109
+C7623721	109
+C7623735	109
+C7623749	109
+C7623763	109
+C7623769	109
+C7623783	109
+C7623807	109
+C7623815	109
+C7623829	109
+C7623853	109
+C7623861	109
+C7623871	109
+C7623879	109
+C7623881	109
+C7623885	109
+C7623909	109
+C7623913	109
+C7623937	109
+C7623953	109
+C7623955	109
+C7623959	109
+C7623961	109
+C7623977	109
+C7623995	109
+C7624001	109
+C7624003	109
+C7624005	109
+C7624023	109
+C7624025	109
+C7624029	109
+C7624037	109
+C7624055	109
+C7624057	109
+C7624065	109
+C7624075	109
+C7624077	109
+C7624079	109
+C7624089	109
+C7624109	109
+C7624123	109
+C7624127	109
+C7624135	109
+C7624137	109
+C7624141	109
+C7624143	109
+C7624155	109
+C7624163	109
+C7624165	109
+C7624187	109
+C7624189	109
+C7624209	109
+C7624215	109
+C7624233	109
+C7624237	109
+C7624243	109
+C7624245	109
+C7624265	109
+C7624269	109
+C7624279	109
+C7624281	109
+C7624289	109
+C7624295	109
+C7624297	109
+C7624299	109
+C7624325	109
+C7624327	109
+C7624347	109
+C7624353	109
+C7624357	109
+C7624375	109
+C7624405	109
+C7624409	109
+C7624417	109
+C7624419	109
+C7624439	109
+C7624447	109
+C7624449	109
+C7624457	109
+C7624461	109
+C7624497	109
+C7624507	109
+C7624517	109
+C7624535	109
+C7624537	109
+C7624549	109
+C7624573	109
+C7624575	109
+C7624597	109
+C7624603	109
+C7624627	109
+C7624655	109
+C7624669	109
+C7624671	109
+C7624685	109
+C7624687	109
+C7624693	109
+C7624703	109
+C7624721	109
+C7624729	109
+C7624739	109
+C7624747	109
+C7624749	109
+C7624753	109
+C7624767	109
+C7624773	109
+C7624777	109
+C7624781	109
+C7624801	109
+C7624803	109
+C7624807	109
+C7624827	109
+C7624833	109
+C7624853	109
+C7624855	109
+C7624857	109
+C7624861	109
+C7624865	109
+C7624909	109
+C7624933	109
+C7624935	109
+C7624951	109
+C7624953	109
+C7624965	109
+C7624977	109
+C7624981	109
+C7624983	109
+C7624995	109
+C7625005	109
+C7625011	109
+C7625015	109
+C7625019	109
+C7625041	109
+C7625043	109
+C7625059	109
+C7625079	109
+C7625081	109
+C7625085	109
+C7625093	109
+C7625097	109
+C7625099	109
+C7625105	109
+C7625107	109
+C7625109	109
+C7625137	109
+C7625159	109
+C7625165	109
+C7625167	109
+C7625175	109
+C7625181	109
+C7625185	109
+C7625193	109
+C7625201	109
+C7625207	109
+C7625211	109
+C7625221	109
+C7625227	109
+C7625229	109
+C7625233	109
+C7625243	109
+C7625259	109
+C7625271	109
+C7625291	109
+C7625293	109
+C7625301	109
+C7625317	109
+C7625323	109
+C7625327	109
+C7625361	109
+C7625365	109
+C7625377	109
+C7625403	109
+C7625407	109
+C7625411	109
+C7625429	109
+C7625487	109
+C7625491	109
+C7625495	109
+C7625497	109
+C7625501	109
+C7625503	109
+C7625541	109
+C7625549	109
+C7625553	109
+C7625565	109
+C7625573	109
+C7625575	109
+C7625593	109
+C7625595	109
+C7625601	109
+C7625613	109
+C7625615	109
+C7625619	109
+C7625631	109
+C7625643	109
+C7625649	109
+C7625655	109
+C7625657	109
+C7625669	109
+C7625675	109
+C7625683	109
+C7625689	109
+C7625699	109
+C7625705	109
+C7625713	109
+C7625719	109
+C7625731	109
+C7625735	109
+C7625739	109
+C7625745	109
+C7625747	109
+C7625751	109
+C7625755	109
+C7625757	109
+C7625771	109
+C7625787	109
+C7625789	109
+C7625799	109
+C7625825	109
+C7625827	109
+C7625855	109
+C7625865	109
+C7625873	109
+C7625891	109
+C7625895	109
+C7625907	109
+C7625921	109
+C7625933	109
+C7625947	109
+C7625951	109
+C7625959	109
+C7625971	109
+C7625977	109
+C7625991	109
+C7626001	109
+C7626003	109
+C7626005	109
+C7626015	109
+C7626031	109
+C7626039	109
+C7626057	109
+C7626071	109
+C7626073	109
+C7626085	109
+C7626121	109
+C7626139	109
+C7626143	109
+C7626171	109
+C7626179	109
+C7626185	109
+C7626191	109
+C7626193	109
+C7626229	109
+C7626269	109
+C7626279	109
+C7626285	109
+C7626291	109
+C7626307	109
+C7626309	109
+C7626315	109
+C7626317	109
+C7626321	109
+C7626323	109
+C7626355	109
+C7626361	109
+C7626395	109
+C7626419	109
+C7626439	109
+C7626445	109
+C7626469	109
+C7626475	109
+C7626477	109
+C7626487	109
+C7626493	109
+C7626495	109
+C7626497	109
+C7626513	109
+C7626517	109
+C7626527	109
+C7626537	109
+C7626547	109
+C7626565	109
+C7626581	109
+C7626585	109
+C7626593	109
+C7626597	109
+C7626603	109
+C7626655	109
+C7626657	109
+C7626659	109
+C7626661	109
+C7626673	109
+C7626685	109
+C7626687	109
+C7626689	109
+C7626695	109
+C7626723	109
+C7626739	109
+C7626741	109
+C7626753	109
+C7626763	109
+C7626777	109
+C7626817	109
+C7626823	109
+C7626833	109
+C7626841	109
+C7626845	109
+C7626869	109
+C7626871	109
+C7626875	109
+C7626881	109
+C7626891	109
+C7626907	109
+C7626913	109
+C7626925	109
+C7626931	109
+C7626935	109
+C7626937	109
+C7626939	109
+C7626957	109
+C7626965	109
+C7626967	109
+C7626987	109
+C7626997	109
+C7627019	109
+C7627023	109
+C7627035	109
+C7627043	109
+C7627049	109
+C7627055	109
+C7627061	109
+C7627065	109
+C7627069	109
+C7627079	109
+C7627085	109
+C7627107	109
+C7627123	109
+C7627127	109
+C7627157	109
+C7627159	109
+C7627171	109
+C7627175	109
+C7627177	109
+C7627201	109
+C7627205	109
+C7627219	109
+C7627243	109
+C7627249	109
+C7627271	109
+C7627275	109
+C7627345	109
+C7627365	109
+C7627371	109
+C7627379	109
+C7627391	109
+C7627399	109
+C7627403	109
+C7627423	109
+C7627437	109
+C7627439	109
+C7627441	109
+C7627465	109
+C7627479	109
+C7627539	109
+C7627547	109
+C7627557	109
+C7627569	109
+C7627589	109
+C7627597	109
+C7627601	109
+C7627609	109
+C7627615	109
+C7627627	109
+C7627633	109
+C7627639	109
+C7627641	109
+C7627645	109
+C7627647	109
+C7627649	109
+C7627669	109
+C7627677	109
+C7627685	109
+C7627699	109
+C7627701	109
+C7627707	109
+C7627717	109
+C7627745	109
+C7627749	109
+C7627759	109
+C7627783	109
+C7627787	109
+C7627803	109
+C7627807	109
+C7627817	109
+C7627821	109
+C7627827	109
+C7627841	109
+C7627843	109
+C7627851	109
+C7627855	109
+C7627859	109
+C7627865	109
+C7627867	109
+C7627877	109
+C7627889	109
+C7627901	109
+C7627907	109
+C7627923	109
+C7627941	109
+C7627947	109
+C7627977	109
+C7627979	109
+C7627983	109
+C7628049	109
+C7628057	109
+C7628065	109
+C7628077	109
+C7628085	109
+C7628103	109
+C7628105	109
+C7628117	109
+C7628129	109
+C7628133	109
+C7628145	109
+C7628179	109
+C7628181	109
+C7628193	109
+C7628201	109
+C7628207	109
+C7628215	109
+C7628217	109
+C7628223	109
+C7628261	109
+C7628265	109
+C7628283	109
+C7628287	109
+C7628291	109
+C7628299	109
+C7628313	109
+C7628353	109
+C7628361	109
+C7628383	109
+C7628399	109
+C7628415	109
+C7628419	109
+C7628431	109
+C7628433	109
+C7628435	109
+C7628457	109
+C7628469	109
+C7628497	109
+C7628505	109
+C7628507	109
+C7628523	109
+C7628525	109
+C7628533	109
+C7628535	109
+C7628539	109
+C7628543	109
+C7628547	109
+C7628557	109
+C7628577	109
+C7628581	109
+C7628595	109
+C7628599	109
+C7628621	109
+C7628625	109
+C7628631	109
+C7628643	109
+C7628645	109
+C7628647	109
+C7628653	109
+C7628655	109
+C7628657	109
+C7628661	109
+C7628667	109
+C7628669	109
+C7628673	109
+C7628675	109
+C7628699	109
+C7628711	109
+C7628731	109
+C7628735	109
+C7628741	109
+C7628751	109
+C7628761	109
+C7628765	109
+C7628789	109
+C7628791	109
+C7628827	109
+C7628829	109
+C7628833	109
+C7628847	109
+C7628853	109
+C7628865	109
+C7628877	109
+C7628891	109
+C7628897	109
+C7628899	109
+C7628901	109
+C7628921	109
+C7628925	109
+C7628927	109
+C7628929	109
+C7628937	109
+C7628939	109
+C7628953	109
+C7628977	109
+C7628979	109
+C7628981	109
+C7629003	109
+C7629019	109
+C7629023	109
+C7629027	109
+C7629053	109
+C7629059	109
+C7629065	109
+C7629067	109
+C7629073	109
+C7629089	109
+C7629097	109
+C7629109	109
+C7629111	109
+C7629115	109
+C7629119	109
+C7629121	109
+C7629127	109
+C7629131	109
+C7629139	109
+C7629143	109
+C7629145	109
+C7629153	109
+C7629167	109
+C7629183	109
+C7629191	109
+C7629193	109
+C7629201	109
+C7629213	109
+C7629221	109
+C7629223	109
+C7629235	109
+C7629239	109
+C7629267	109
+C7629271	109
+C7629275	109
+C7629285	109
+C7629287	109
+C7629311	109
+C7629313	109
+C7629319	109
+C7629323	109
+C7629325	109
+C7629327	109
+C7629343	109
+C7629355	109
+C7629367	109
+C7629369	109
+C7629377	109
+C7629381	109
+C7629383	109
+C7629407	109
+C7629413	109
+C7629415	109
+C7629427	109
+C7629441	109
+C7629449	109
+C7629455	109
+C7629463	109
+C7629485	109
+C7629497	109
+C7629499	109
+C7629525	109
+C7629533	109
+C7629541	109
+C7629549	109
+C7629559	109
+C7629569	109
+C7629579	109
+C7629581	109
+C7629587	109
+C7629611	109
+C7629613	109
+C7629615	109
+C7629623	109
+C7629625	109
+C7629641	109
+C7629645	109
+C7629653	109
+C7629657	109
+C7629659	109
+C7629671	109
+C7629681	109
+C7629701	109
+C7629703	109
+C7629715	109
+C7629727	109
+C7629739	109
+C7629763	109
+C7629765	109
+C7629767	109
+C7629773	109
+C7629787	109
+C7629825	109
+C7629827	109
+C7629867	109
+C7629877	109
+C7629887	109
+C7629901	109
+C7629907	109
+C7629909	109
+C7629911	109
+C7629921	109
+C7629937	109
+C7629943	109
+C7629953	109
+C7629957	109
+C7629963	109
+C7629965	109
+C7629967	109
+C7629969	109
+C7629975	109
+C7630003	109
+C7630013	109
+C7630017	109
+C7630049	109
+C7630059	109
+C7630069	109
+C7630075	109
+C7630085	109
+C7630087	109
+C7630091	109
+C7630097	109
+C7630101	109
+C7630135	109
+C7630139	109
+C7630143	109
+C7630147	109
+C7630161	109
+C7630183	109
+C7630187	109
+C7630193	109
+C7630195	109
+C7630201	109
+C7630213	109
+C7630223	109
+C7630231	109
+C7630251	109
+C7630255	109
+C7630265	109
+C7630267	109
+C7630273	109
+C7630275	109
+C7630277	109
+C7630295	109
+C7630299	109
+C7630315	109
+C7630317	109
+C7630319	109
+C7630329	109
+C7630331	109
+C7630339	109
+C7630341	109
+C7630351	109
+C7630353	109
+C7630373	109
+C7630389	109
+C7630401	109
+C7630405	109
+C7630407	109
+C7630417	109
+C7630433	109
+C7630435	109
+C7630463	109
+C7630483	109
+C7630491	109
+C7630493	109
+C7630509	109
+C7630535	109
+C7630539	109
+C7630541	109
+C7630551	109
+C7630555	109
+C7630581	109
+C7630583	109
+C7630587	109
+C7630603	109
+C7630611	109
+C7630625	109
+C7630631	109
+C7630637	109
+C7630639	109
+C7630645	109
+C7630659	109
+C7630673	109
+C7630679	109
+C7630681	109
+C7630685	109
+C7630693	109
+C7630701	109
+C7630711	109
+C7630719	109
+C7630747	109
+C7630751	109
+C7630755	109
+C7630761	109
+C7630781	109
+C7630783	109
+C7630791	109
+C7630829	109
+C7630831	109
+C7630843	109
+C7630849	109
+C7630855	109
+C7630867	109
+C7630869	109
+C7630881	109
+C7630891	109
+C7630893	109
+C7630897	109
+C7630901	109
+C7630917	109
+C7630923	109
+C7630943	109
+C7630949	109
+C7630963	109
+C7630981	109
+C7630983	109
+C7630995	109
+C7630999	109
+C7631013	109
+C7631025	109
+C7631027	109
+C7631031	109
+C7631035	109
+C7631111	109
+C7631119	109
+C7631121	109
+C7631147	109
+C7631161	109
+C7631177	109
+C7631181	109
+C7631187	109
+C7631189	109
+C7631195	109
+C7631197	109
+C7631203	109
+C7631205	109
+C7631213	109
+C7631233	109
+C7631237	109
+C7631279	109
+C7631283	109
+C7631285	109
+C7631291	109
+C7631293	109
+C7631297	109
+C7631303	109
+C7631305	109
+C7631327	109
+C7631335	109
+C7631337	109
+C7631341	109
+C7631353	109
+C7631363	109
+C7631375	109
+C7631381	109
+C7631393	109
+C7631395	109
+C7631397	109
+C7602034	108
+C7602036	108
+C7602046	108
+C7602050	108
+C7602052	108
+C7602054	108
+C7602098	108
+C7602114	108
+C7602116	108
+C7602120	108
+C7602124	108
+C7602126	108
+C7602128	108
+C7602140	108
+C7602150	108
+C7602166	108
+C7602172	108
+C7602176	108
+C7602182	108
+C7602186	108
+C7602196	108
+C7602206	108
+C7602222	108
+C7602240	108
+C7602244	108
+C7602252	108
+C7602256	108
+C7602260	108
+C7602278	108
+C7602280	108
+C7602316	108
+C7602320	108
+C7602328	108
+C7602330	108
+C7602332	108
+C7602348	108
+C7602352	108
+C7602368	108
+C7602370	108
+C7602376	108
+C7602394	108
+C7602404	108
+C7602420	108
+C7602424	108
+C7602432	108
+C7602446	108
+C7602468	108
+C7602472	108
+C7602484	108
+C7602492	108
+C7602512	108
+C7602514	108
+C7602560	108
+C7602568	108
+C7602596	108
+C7602610	108
+C7602612	108
+C7602626	108
+C7602650	108
+C7602672	108
+C7602678	108
+C7602688	108
+C7602692	108
+C7602702	108
+C7602712	108
+C7602714	108
+C7602716	108
+C7602718	108
+C7602732	108
+C7602756	108
+C7602758	108
+C7602760	108
+C7602770	108
+C7602776	108
+C7602782	108
+C7602794	108
+C7602796	108
+C7602798	108
+C7602808	108
+C7602810	108
+C7602844	108
+C7602846	108
+C7602854	108
+C7602904	108
+C7602914	108
+C7602920	108
+C7602942	108
+C7602950	108
+C7602954	108
+C7602958	108
+C7602974	108
+C7602978	108
+C7602982	108
+C7602986	108
+C7602988	108
+C7603006	108
+C7603032	108
+C7603050	108
+C7603072	108
+C7603082	108
+C7603094	108
+C7603096	108
+C7603100	108
+C7603110	108
+C7603116	108
+C7603120	108
+C7603138	108
+C7603142	108
+C7603148	108
+C7603150	108
+C7603158	108
+C7603188	108
+C7603206	108
+C7603220	108
+C7603222	108
+C7603230	108
+C7603234	108
+C7603242	108
+C7603262	108
+C7603264	108
+C7603288	108
+C7603290	108
+C7603296	108
+C7603300	108
+C7603312	108
+C7603314	108
+C7603346	108
+C7603350	108
+C7603362	108
+C7603372	108
+C7603376	108
+C7603392	108
+C7603394	108
+C7603412	108
+C7603414	108
+C7603450	108
+C7603470	108
+C7603476	108
+C7603496	108
+C7603508	108
+C7603524	108
+C7603526	108
+C7603530	108
+C7603536	108
+C7603542	108
+C7603572	108
+C7603596	108
+C7603598	108
+C7603606	108
+C7603608	108
+C7603614	108
+C7603628	108
+C7603634	108
+C7603642	108
+C7603646	108
+C7603666	108
+C7603668	108
+C7603692	108
+C7603698	108
+C7603702	108
+C7603708	108
+C7603730	108
+C7603732	108
+C7603746	108
+C7603768	108
+C7603784	108
+C7603788	108
+C7603812	108
+C7603818	108
+C7603822	108
+C7603828	108
+C7603830	108
+C7603840	108
+C7603846	108
+C7603852	108
+C7603856	108
+C7603858	108
+C7603868	108
+C7603880	108
+C7603882	108
+C7603884	108
+C7603888	108
+C7603894	108
+C7603906	108
+C7603920	108
+C7603948	108
+C7603950	108
+C7603984	108
+C7603986	108
+C7603988	108
+C7604010	108
+C7604018	108
+C7604020	108
+C7604032	108
+C7604038	108
+C7604080	108
+C7604082	108
+C7604094	108
+C7604100	108
+C7604104	108
+C7604114	108
+C7604116	108
+C7604118	108
+C7604132	108
+C7604148	108
+C7604152	108
+C7604170	108
+C7604190	108
+C7604198	108
+C7604212	108
+C7604218	108
+C7604220	108
+C7604226	108
+C7604228	108
+C7604236	108
+C7604240	108
+C7604254	108
+C7604256	108
+C7604258	108
+C7604270	108
+C7604272	108
+C7604278	108
+C7604288	108
+C7604304	108
+C7604306	108
+C7604312	108
+C7604314	108
+C7604332	108
+C7604354	108
+C7604356	108
+C7604358	108
+C7604360	108
+C7604366	108
+C7604378	108
+C7604384	108
+C7604392	108
+C7604404	108
+C7604410	108
+C7604414	108
+C7604428	108
+C7604432	108
+C7604470	108
+C7604484	108
+C7604486	108
+C7604496	108
+C7604500	108
+C7604502	108
+C7604504	108
+C7604510	108
+C7604516	108
+C7604518	108
+C7604520	108
+C7604526	108
+C7604546	108
+C7604554	108
+C7604562	108
+C7604564	108
+C7604578	108
+C7604586	108
+C7604594	108
+C7604620	108
+C7604622	108
+C7604624	108
+C7604630	108
+C7604632	108
+C7604634	108
+C7604642	108
+C7604656	108
+C7604670	108
+C7604674	108
+C7604676	108
+C7604682	108
+C7604704	108
+C7604722	108
+C7604732	108
+C7604740	108
+C7604764	108
+C7604766	108
+C7604770	108
+C7604772	108
+C7604774	108
+C7604778	108
+C7604812	108
+C7604818	108
+C7604848	108
+C7604852	108
+C7604860	108
+C7604872	108
+C7604884	108
+C7604894	108
+C7604918	108
+C7604922	108
+C7604940	108
+C7604958	108
+C7604964	108
+C7604988	108
+C7605002	108
+C7605034	108
+C7605048	108
+C7605054	108
+C7605078	108
+C7605086	108
+C7605088	108
+C7605102	108
+C7605120	108
+C7605132	108
+C7605138	108
+C7605152	108
+C7605156	108
+C7605170	108
+C7605184	108
+C7605186	108
+C7605194	108
+C7605204	108
+C7605218	108
+C7605232	108
+C7605238	108
+C7605244	108
+C7605246	108
+C7605258	108
+C7605270	108
+C7605276	108
+C7605278	108
+C7605280	108
+C7605282	108
+C7605284	108
+C7605290	108
+C7605314	108
+C7605320	108
+C7605342	108
+C7605346	108
+C7605356	108
+C7605372	108
+C7605374	108
+C7605396	108
+C7605406	108
+C7605410	108
+C7605418	108
+C7605430	108
+C7605432	108
+C7605438	108
+C7605452	108
+C7605456	108
+C7605472	108
+C7605484	108
+C7605486	108
+C7605494	108
+C7605502	108
+C7605510	108
+C7605526	108
+C7605534	108
+C7605544	108
+C7605566	108
+C7605568	108
+C7605590	108
+C7605596	108
+C7605598	108
+C7605616	108
+C7605618	108
+C7605656	108
+C7605672	108
+C7605674	108
+C7605680	108
+C7605682	108
+C7605684	108
+C7605686	108
+C7605688	108
+C7605694	108
+C7605706	108
+C7605708	108
+C7605710	108
+C7605726	108
+C7605744	108
+C7605754	108
+C7605792	108
+C7605808	108
+C7605812	108
+C7605816	108
+C7605824	108
+C7605834	108
+C7605840	108
+C7605842	108
+C7605844	108
+C7605872	108
+C7605882	108
+C7605884	108
+C7605886	108
+C7605888	108
+C7605904	108
+C7605928	108
+C7605932	108
+C7605948	108
+C7605966	108
+C7605974	108
+C7605978	108
+C7606004	108
+C7606010	108
+C7606012	108
+C7606018	108
+C7606020	108
+C7606032	108
+C7606036	108
+C7606068	108
+C7606070	108
+C7606072	108
+C7606112	108
+C7606118	108
+C7606122	108
+C7606134	108
+C7606136	108
+C7606142	108
+C7606144	108
+C7606152	108
+C7606158	108
+C7606168	108
+C7606176	108
+C7606194	108
+C7606200	108
+C7606204	108
+C7606212	108
+C7606218	108
+C7606232	108
+C7606236	108
+C7606238	108
+C7606246	108
+C7606254	108
+C7606258	108
+C7606266	108
+C7606272	108
+C7606292	108
+C7606296	108
+C7606302	108
+C7606304	108
+C7606312	108
+C7606330	108
+C7606334	108
+C7606344	108
+C7606354	108
+C7606368	108
+C7606370	108
+C7606384	108
+C7606388	108
+C7606392	108
+C7606396	108
+C7606408	108
+C7606410	108
+C7606412	108
+C7606418	108
+C7606430	108
+C7606432	108
+C7606444	108
+C7606458	108
+C7606464	108
+C7606488	108
+C7606494	108
+C7606496	108
+C7606498	108
+C7606502	108
+C7606508	108
+C7606536	108
+C7606542	108
+C7606578	108
+C7606586	108
+C7606592	108
+C7606612	108
+C7606614	108
+C7606616	108
+C7606622	108
+C7606624	108
+C7606630	108
+C7606634	108
+C7606648	108
+C7606652	108
+C7606656	108
+C7606672	108
+C7606682	108
+C7606692	108
+C7606694	108
+C7606710	108
+C7606726	108
+C7606738	108
+C7606742	108
+C7606744	108
+C7606754	108
+C7606766	108
+C7606768	108
+C7606770	108
+C7606776	108
+C7606804	108
+C7606806	108
+C7606808	108
+C7606824	108
+C7606830	108
+C7606850	108
+C7606854	108
+C7606862	108
+C7606878	108
+C7606888	108
+C7606898	108
+C7606928	108
+C7606946	108
+C7606954	108
+C7606968	108
+C7606974	108
+C7606988	108
+C7606994	108
+C7607006	108
+C7607014	108
+C7607028	108
+C7607030	108
+C7607034	108
+C7607044	108
+C7607080	108
+C7607098	108
+C7607104	108
+C7607112	108
+C7607124	108
+C7607126	108
+C7607142	108
+C7607168	108
+C7607170	108
+C7607174	108
+C7607178	108
+C7607192	108
+C7607194	108
+C7607196	108
+C7607204	108
+C7607206	108
+C7607228	108
+C7607246	108
+C7607252	108
+C7607258	108
+C7607278	108
+C7607280	108
+C7607306	108
+C7607326	108
+C7607340	108
+C7607350	108
+C7607380	108
+C7607416	108
+C7607428	108
+C7607438	108
+C7607452	108
+C7607466	108
+C7607488	108
+C7607496	108
+C7607498	108
+C7607504	108
+C7607510	108
+C7607516	108
+C7607530	108
+C7607532	108
+C7607538	108
+C7607546	108
+C7607556	108
+C7607562	108
+C7607570	108
+C7607586	108
+C7607594	108
+C7607598	108
+C7607602	108
+C7607608	108
+C7607626	108
+C7607676	108
+C7607682	108
+C7607684	108
+C7607686	108
+C7607694	108
+C7607704	108
+C7607710	108
+C7607714	108
+C7607722	108
+C7607726	108
+C7607746	108
+C7607748	108
+C7607762	108
+C7607780	108
+C7607786	108
+C7607792	108
+C7607810	108
+C7607840	108
+C7607860	108
+C7607862	108
+C7607866	108
+C7607876	108
+C7607880	108
+C7607910	108
+C7607922	108
+C7607928	108
+C7607934	108
+C7607942	108
+C7607964	108
+C7607970	108
+C7607986	108
+C7607998	108
+C7608018	108
+C7608024	108
+C7608054	108
+C7608056	108
+C7608060	108
+C7608066	108
+C7608070	108
+C7608080	108
+C7608084	108
+C7608108	108
+C7608110	108
+C7608124	108
+C7608126	108
+C7608128	108
+C7608132	108
+C7608142	108
+C7608190	108
+C7608216	108
+C7608218	108
+C7608244	108
+C7608248	108
+C7608256	108
+C7608264	108
+C7608278	108
+C7608294	108
+C7608296	108
+C7608320	108
+C7608330	108
+C7608336	108
+C7608342	108
+C7608344	108
+C7608350	108
+C7608352	108
+C7608356	108
+C7608358	108
+C7608366	108
+C7608368	108
+C7608376	108
+C7608402	108
+C7608404	108
+C7608406	108
+C7608416	108
+C7608426	108
+C7608436	108
+C7608440	108
+C7608444	108
+C7608448	108
+C7608458	108
+C7608468	108
+C7608474	108
+C7608498	108
+C7608506	108
+C7608530	108
+C7608540	108
+C7608560	108
+C7608568	108
+C7608574	108
+C7608578	108
+C7608590	108
+C7608610	108
+C7608618	108
+C7608628	108
+C7608630	108
+C7608638	108
+C7608652	108
+C7608658	108
+C7608664	108
+C7608668	108
+C7608694	108
+C7608704	108
+C7608720	108
+C7608730	108
+C7608746	108
+C7608764	108
+C7608776	108
+C7608782	108
+C7608788	108
+C7608794	108
+C7608810	108
+C7608812	108
+C7608834	108
+C7608836	108
+C7608838	108
+C7608850	108
+C7608904	108
+C7608908	108
+C7608912	108
+C7608914	108
+C7608916	108
+C7608930	108
+C7608936	108
+C7608942	108
+C7608952	108
+C7608956	108
+C7608958	108
+C7608974	108
+C7608984	108
+C7608998	108
+C7609004	108
+C7609012	108
+C7609016	108
+C7609048	108
+C7609060	108
+C7609072	108
+C7609074	108
+C7609090	108
+C7609102	108
+C7609124	108
+C7609128	108
+C7609136	108
+C7609140	108
+C7609142	108
+C7609152	108
+C7609156	108
+C7609172	108
+C7609182	108
+C7609194	108
+C7609214	108
+C7609224	108
+C7609256	108
+C7609262	108
+C7609268	108
+C7609278	108
+C7609294	108
+C7609298	108
+C7609338	108
+C7609348	108
+C7609352	108
+C7609366	108
+C7609374	108
+C7609378	108
+C7609386	108
+C7609390	108
+C7609392	108
+C7609394	108
+C7609396	108
+C7609402	108
+C7609404	108
+C7609414	108
+C7609424	108
+C7609442	108
+C7609446	108
+C7609456	108
+C7609464	108
+C7609468	108
+C7609470	108
+C7609476	108
+C7609486	108
+C7609490	108
+C7609492	108
+C7609502	108
+C7609520	108
+C7609524	108
+C7609528	108
+C7609532	108
+C7609534	108
+C7609540	108
+C7609546	108
+C7609548	108
+C7609566	108
+C7609582	108
+C7609586	108
+C7609592	108
+C7609594	108
+C7609596	108
+C7609608	108
+C7609616	108
+C7609622	108
+C7609640	108
+C7609644	108
+C7609660	108
+C7609668	108
+C7609674	108
+C7609678	108
+C7609682	108
+C7609696	108
+C7609700	108
+C7609708	108
+C7609730	108
+C7609732	108
+C7609738	108
+C7609748	108
+C7609756	108
+C7609758	108
+C7609764	108
+C7609768	108
+C7609770	108
+C7609804	108
+C7609808	108
+C7609838	108
+C7609844	108
+C7609846	108
+C7609848	108
+C7609910	108
+C7609912	108
+C7609914	108
+C7609922	108
+C7609926	108
+C7609934	108
+C7609938	108
+C7609944	108
+C7609950	108
+C7609952	108
+C7609960	108
+C7609972	108
+C7609984	108
+C7610006	108
+C7610012	108
+C7610026	108
+C7610048	108
+C7610054	108
+C7610060	108
+C7610076	108
+C7610078	108
+C7610084	108
+C7610088	108
+C7610092	108
+C7610122	108
+C7610144	108
+C7610150	108
+C7610162	108
+C7610166	108
+C7610172	108
+C7610182	108
+C7610190	108
+C7610192	108
+C7610198	108
+C7610218	108
+C7610220	108
+C7610226	108
+C7610232	108
+C7610252	108
+C7610260	108
+C7610262	108
+C7610266	108
+C7610280	108
+C7610286	108
+C7610300	108
+C7610320	108
+C7610334	108
+C7610346	108
+C7610348	108
+C7610350	108
+C7610352	108
+C7610360	108
+C7610378	108
+C7610400	108
+C7610412	108
+C7610416	108
+C7610426	108
+C7610436	108
+C7610438	108
+C7610448	108
+C7610452	108
+C7610462	108
+C7610466	108
+C7610470	108
+C7610472	108
+C7610484	108
+C7610486	108
+C7610522	108
+C7610530	108
+C7610536	108
+C7610540	108
+C7610548	108
+C7610552	108
+C7610556	108
+C7610562	108
+C7610568	108
+C7610578	108
+C7610580	108
+C7610586	108
+C7610588	108
+C7610596	108
+C7610602	108
+C7610630	108
+C7610632	108
+C7610642	108
+C7610644	108
+C7610652	108
+C7610664	108
+C7610666	108
+C7610672	108
+C7610684	108
+C7610696	108
+C7610698	108
+C7610702	108
+C7610722	108
+C7610728	108
+C7610754	108
+C7610768	108
+C7610772	108
+C7610792	108
+C7610794	108
+C7610796	108
+C7610802	108
+C7610812	108
+C7610834	108
+C7610852	108
+C7610868	108
+C7610892	108
+C7610912	108
+C7610930	108
+C7610946	108
+C7610952	108
+C7610960	108
+C7610962	108
+C7610964	108
+C7610984	108
+C7610988	108
+C7610998	108
+C7611002	108
+C7611010	108
+C7611014	108
+C7611036	108
+C7611054	108
+C7611058	108
+C7611064	108
+C7611080	108
+C7611110	108
+C7611116	108
+C7611118	108
+C7611126	108
+C7611134	108
+C7611156	108
+C7611190	108
+C7611196	108
+C7611204	108
+C7611216	108
+C7611222	108
+C7611224	108
+C7611234	108
+C7611236	108
+C7611240	108
+C7611248	108
+C7611254	108
+C7611262	108
+C7611266	108
+C7611274	108
+C7611276	108
+C7611296	108
+C7611306	108
+C7611318	108
+C7611334	108
+C7611352	108
+C7611358	108
+C7611382	108
+C7611390	108
+C7611402	108
+C7611422	108
+C7611432	108
+C7611434	108
+C7611456	108
+C7611462	108
+C7611468	108
+C7611482	108
+C7611488	108
+C7611492	108
+C7611494	108
+C7611510	108
+C7611522	108
+C7611546	108
+C7611550	108
+C7611556	108
+C7611558	108
+C7611560	108
+C7611574	108
+C7611582	108
+C7611600	108
+C7611626	108
+C7611628	108
+C7611630	108
+C7611636	108
+C7611656	108
+C7611658	108
+C7611666	108
+C7611668	108
+C7611670	108
+C7611672	108
+C7611678	108
+C7611684	108
+C7611718	108
+C7611738	108
+C7611752	108
+C7611762	108
+C7611766	108
+C7611774	108
+C7611776	108
+C7611778	108
+C7611780	108
+C7611786	108
+C7611790	108
+C7611796	108
+C7611798	108
+C7611810	108
+C7611814	108
+C7611818	108
+C7611822	108
+C7611824	108
+C7611826	108
+C7611840	108
+C7611846	108
+C7611848	108
+C7611850	108
+C7611854	108
+C7611864	108
+C7611874	108
+C7611884	108
+C7611886	108
+C7611898	108
+C7611900	108
+C7611902	108
+C7611928	108
+C7611944	108
+C7611946	108
+C7611954	108
+C7611956	108
+C7611958	108
+C7611972	108
+C7611982	108
+C7611988	108
+C7612008	108
+C7612022	108
+C7612030	108
+C7612056	108
+C7612058	108
+C7612062	108
+C7612064	108
+C7612072	108
+C7612078	108
+C7612092	108
+C7612114	108
+C7612132	108
+C7612136	108
+C7612152	108
+C7612158	108
+C7612160	108
+C7612166	108
+C7612170	108
+C7612178	108
+C7612182	108
+C7612188	108
+C7612206	108
+C7612214	108
+C7612218	108
+C7612222	108
+C7612246	108
+C7612248	108
+C7612258	108
+C7612262	108
+C7612276	108
+C7612284	108
+C7612286	108
+C7612302	108
+C7612314	108
+C7612318	108
+C7612342	108
+C7612354	108
+C7612356	108
+C7612362	108
+C7612378	108
+C7612382	108
+C7612390	108
+C7612402	108
+C7612422	108
+C7612424	108
+C7612426	108
+C7612428	108
+C7612438	108
+C7612440	108
+C7612460	108
+C7612482	108
+C7612492	108
+C7612510	108
+C7612524	108
+C7612548	108
+C7612568	108
+C7612576	108
+C7612584	108
+C7612592	108
+C7612600	108
+C7612612	108
+C7612624	108
+C7612626	108
+C7612638	108
+C7612646	108
+C7612652	108
+C7612664	108
+C7612668	108
+C7612672	108
+C7612693	108
+C7612695	108
+C7612705	108
+C7612707	108
+C7612711	108
+C7612721	108
+C7612731	108
+C7612735	108
+C7612739	108
+C7612751	108
+C7612755	108
+C7612769	108
+C7612775	108
+C7612785	108
+C7612789	108
+C7612809	108
+C7612815	108
+C7612821	108
+C7612835	108
+C7612871	108
+C7612873	108
+C7612891	108
+C7612915	108
+C7612935	108
+C7612957	108
+C7612959	108
+C7612967	108
+C7612985	108
+C7612989	108
+C7613003	108
+C7613021	108
+C7613025	108
+C7613037	108
+C7613041	108
+C7613047	108
+C7613053	108
+C7613055	108
+C7613079	108
+C7613099	108
+C7613103	108
+C7613107	108
+C7613109	108
+C7613113	108
+C7613119	108
+C7613121	108
+C7613129	108
+C7613133	108
+C7613137	108
+C7613149	108
+C7613161	108
+C7613177	108
+C7613179	108
+C7613185	108
+C7613195	108
+C7613233	108
+C7613241	108
+C7613245	108
+C7613257	108
+C7613267	108
+C7613269	108
+C7613275	108
+C7613277	108
+C7613283	108
+C7613295	108
+C7613297	108
+C7613301	108
+C7613351	108
+C7613367	108
+C7613369	108
+C7613373	108
+C7613375	108
+C7613377	108
+C7613383	108
+C7613393	108
+C7613415	108
+C7613421	108
+C7613425	108
+C7613433	108
+C7613441	108
+C7613465	108
+C7613473	108
+C7613483	108
+C7613487	108
+C7613495	108
+C7613505	108
+C7613507	108
+C7613515	108
+C7613529	108
+C7613535	108
+C7613545	108
+C7613553	108
+C7613555	108
+C7613569	108
+C7613575	108
+C7613577	108
+C7613593	108
+C7613597	108
+C7613605	108
+C7613621	108
+C7613627	108
+C7613645	108
+C7613647	108
+C7613661	108
+C7613667	108
+C7613713	108
+C7613723	108
+C7613731	108
+C7613737	108
+C7613743	108
+C7613761	108
+C7613763	108
+C7613765	108
+C7613795	108
+C7613815	108
+C7613819	108
+C7613823	108
+C7613831	108
+C7613849	108
+C7613869	108
+C7613873	108
+C7613881	108
+C7613889	108
+C7613911	108
+C7613933	108
+C7613941	108
+C7613975	108
+C7613985	108
+C7613987	108
+C7614003	108
+C7614017	108
+C7614019	108
+C7614031	108
+C7614065	108
+C7614071	108
+C7614073	108
+C7614083	108
+C7614097	108
+C7614117	108
+C7614131	108
+C7614135	108
+C7614153	108
+C7614169	108
+C7614171	108
+C7614193	108
+C7614199	108
+C7614211	108
+C7614213	108
+C7614221	108
+C7614231	108
+C7614237	108
+C7614239	108
+C7614243	108
+C7614247	108
+C7614265	108
+C7614269	108
+C7614271	108
+C7614275	108
+C7614279	108
+C7614283	108
+C7614285	108
+C7614291	108
+C7614295	108
+C7614303	108
+C7614305	108
+C7614313	108
+C7614321	108
+C7614329	108
+C7614331	108
+C7614339	108
+C7614341	108
+C7614345	108
+C7614347	108
+C7614367	108
+C7614371	108
+C7614389	108
+C7614391	108
+C7614399	108
+C7614413	108
+C7614417	108
+C7614445	108
+C7614455	108
+C7614457	108
+C7614471	108
+C7614501	108
+C7614507	108
+C7614511	108
+C7614521	108
+C7614523	108
+C7614533	108
+C7614541	108
+C7614559	108
+C7614577	108
+C7614585	108
+C7614599	108
+C7614605	108
+C7614617	108
+C7614635	108
+C7614649	108
+C7614655	108
+C7614665	108
+C7614691	108
+C7614695	108
+C7614697	108
+C7614701	108
+C7614709	108
+C7614711	108
+C7614715	108
+C7614739	108
+C7614747	108
+C7614759	108
+C7614763	108
+C7614769	108
+C7614777	108
+C7614787	108
+C7614795	108
+C7614815	108
+C7614825	108
+C7614827	108
+C7614829	108
+C7614835	108
+C7614837	108
+C7614847	108
+C7614855	108
+C7614867	108
+C7614897	108
+C7614901	108
+C7614923	108
+C7614939	108
+C7614949	108
+C7614961	108
+C7614963	108
+C7614967	108
+C7614979	108
+C7614981	108
+C7614993	108
+C7615011	108
+C7615021	108
+C7615023	108
+C7615027	108
+C7615033	108
+C7615035	108
+C7615039	108
+C7615043	108
+C7615045	108
+C7615065	108
+C7615077	108
+C7615083	108
+C7615093	108
+C7615113	108
+C7615129	108
+C7615141	108
+C7615149	108
+C7615151	108
+C7615155	108
+C7615163	108
+C7615177	108
+C7615187	108
+C7615191	108
+C7615197	108
+C7615201	108
+C7615209	108
+C7615213	108
+C7615247	108
+C7615251	108
+C7615255	108
+C7615263	108
+C7615293	108
+C7615295	108
+C7615329	108
+C7615331	108
+C7615363	108
+C7615377	108
+C7615383	108
+C7615385	108
+C7615389	108
+C7615393	108
+C7615395	108
+C7615397	108
+C7615399	108
+C7615403	108
+C7615405	108
+C7615407	108
+C7615409	108
+C7615411	108
+C7615415	108
+C7615417	108
+C7615421	108
+C7615429	108
+C7615449	108
+C7615459	108
+C7615471	108
+C7615473	108
+C7615491	108
+C7615495	108
+C7615503	108
+C7615507	108
+C7615509	108
+C7615535	108
+C7615537	108
+C7615551	108
+C7615563	108
+C7615565	108
+C7615589	108
+C7615621	108
+C7615641	108
+C7615643	108
+C7615651	108
+C7615665	108
+C7615667	108
+C7615671	108
+C7615675	108
+C7615709	108
+C7615733	108
+C7615735	108
+C7615737	108
+C7615757	108
+C7615759	108
+C7615761	108
+C7615767	108
+C7615779	108
+C7615787	108
+C7615789	108
+C7615811	108
+C7615813	108
+C7615817	108
+C7615831	108
+C7615839	108
+C7615865	108
+C7615885	108
+C7615889	108
+C7615891	108
+C7615907	108
+C7615921	108
+C7615923	108
+C7615931	108
+C7615933	108
+C7615937	108
+C7615941	108
+C7615943	108
+C7615959	108
+C7615969	108
+C7615975	108
+C7615981	108
+C7615983	108
+C7615987	108
+C7615993	108
+C7616005	108
+C7616017	108
+C7616025	108
+C7616043	108
+C7616049	108
+C7616083	108
+C7616095	108
+C7616107	108
+C7616109	108
+C7616117	108
+C7616133	108
+C7616135	108
+C7616143	108
+C7616151	108
+C7616159	108
+C7616161	108
+C7616167	108
+C7616171	108
+C7616175	108
+C7616191	108
+C7616217	108
+C7616235	108
+C7616241	108
+C7616245	108
+C7616247	108
+C7616253	108
+C7616269	108
+C7616275	108
+C7616279	108
+C7616291	108
+C7616309	108
+C7616313	108
+C7616345	108
+C7616353	108
+C7616379	108
+C7616389	108
+C7616409	108
+C7616417	108
+C7616427	108
+C7616435	108
+C7616459	108
+C7616467	108
+C7616475	108
+C7616485	108
+C7616509	108
+C7616537	108
+C7616551	108
+C7616561	108
+C7616577	108
+C7616585	108
+C7616587	108
+C7616591	108
+C7616597	108
+C7616599	108
+C7616605	108
+C7616607	108
+C7616609	108
+C7616611	108
+C7616613	108
+C7616619	108
+C7616623	108
+C7616625	108
+C7616645	108
+C7616657	108
+C7616661	108
+C7616671	108
+C7616679	108
+C7616681	108
+C7616685	108
+C7616697	108
+C7616701	108
+C7616705	108
+C7616709	108
+C7616711	108
+C7616725	108
+C7616727	108
+C7587210	107
+C7587212	107
+C7587214	107
+C7587216	107
+C7587218	107
+C7587220	107
+C7587270	107
+C7587272	107
+C7587284	107
+C7587292	107
+C7587294	107
+C7587314	107
+C7587322	107
+C7587328	107
+C7587334	107
+C7587348	107
+C7587350	107
+C7587356	107
+C7587394	107
+C7587412	107
+C7587414	107
+C7587424	107
+C7587450	107
+C7587480	107
+C7587494	107
+C7587496	107
+C7587508	107
+C7587514	107
+C7587522	107
+C7587528	107
+C7587530	107
+C7587534	107
+C7587540	107
+C7587546	107
+C7587548	107
+C7587552	107
+C7587574	107
+C7587584	107
+C7587592	107
+C7587624	107
+C7587644	107
+C7587660	107
+C7587672	107
+C7587682	107
+C7587684	107
+C7587690	107
+C7587692	107
+C7587704	107
+C7587708	107
+C7587712	107
+C7587718	107
+C7587730	107
+C7587740	107
+C7587760	107
+C7587762	107
+C7587778	107
+C7587798	107
+C7587804	107
+C7587818	107
+C7587820	107
+C7587824	107
+C7587842	107
+C7587844	107
+C7587846	107
+C7587854	107
+C7587862	107
+C7587864	107
+C7587882	107
+C7587890	107
+C7587892	107
+C7587896	107
+C7587898	107
+C7587902	107
+C7587906	107
+C7587908	107
+C7587914	107
+C7587934	107
+C7587936	107
+C7587944	107
+C7587952	107
+C7587958	107
+C7587960	107
+C7587972	107
+C7587982	107
+C7587986	107
+C7587998	107
+C7588004	107
+C7588042	107
+C7588048	107
+C7588054	107
+C7588092	107
+C7588102	107
+C7588112	107
+C7588142	107
+C7588144	107
+C7588152	107
+C7588156	107
+C7588162	107
+C7588174	107
+C7588178	107
+C7588180	107
+C7588184	107
+C7588222	107
+C7588256	107
+C7588258	107
+C7588270	107
+C7588272	107
+C7588276	107
+C7588288	107
+C7588296	107
+C7588308	107
+C7588326	107
+C7588356	107
+C7588362	107
+C7588370	107
+C7588372	107
+C7588374	107
+C7588384	107
+C7588386	107
+C7588390	107
+C7588404	107
+C7588440	107
+C7588452	107
+C7588466	107
+C7588486	107
+C7588492	107
+C7588498	107
+C7588500	107
+C7588532	107
+C7588544	107
+C7588546	107
+C7588554	107
+C7588556	107
+C7588560	107
+C7588582	107
+C7588590	107
+C7588592	107
+C7588598	107
+C7588602	107
+C7588606	107
+C7588610	107
+C7588622	107
+C7588628	107
+C7588630	107
+C7588634	107
+C7588636	107
+C7588648	107
+C7588650	107
+C7588682	107
+C7588688	107
+C7588694	107
+C7588700	107
+C7588706	107
+C7588714	107
+C7588720	107
+C7588722	107
+C7588726	107
+C7588734	107
+C7588740	107
+C7588742	107
+C7588762	107
+C7588766	107
+C7588770	107
+C7588774	107
+C7588778	107
+C7588792	107
+C7588796	107
+C7588818	107
+C7588824	107
+C7588826	107
+C7588836	107
+C7588846	107
+C7588848	107
+C7588850	107
+C7588872	107
+C7588878	107
+C7588884	107
+C7588892	107
+C7588894	107
+C7588898	107
+C7588900	107
+C7588918	107
+C7588932	107
+C7588934	107
+C7588938	107
+C7588948	107
+C7588950	107
+C7588952	107
+C7588954	107
+C7588962	107
+C7588976	107
+C7588988	107
+C7588996	107
+C7588998	107
+C7589002	107
+C7589020	107
+C7589026	107
+C7589028	107
+C7589034	107
+C7589046	107
+C7589054	107
+C7589058	107
+C7589060	107
+C7589062	107
+C7589072	107
+C7589080	107
+C7589084	107
+C7589090	107
+C7589092	107
+C7589098	107
+C7589102	107
+C7589112	107
+C7589114	107
+C7589116	107
+C7589118	107
+C7589140	107
+C7589174	107
+C7589184	107
+C7589186	107
+C7589188	107
+C7589194	107
+C7589200	107
+C7589206	107
+C7589214	107
+C7589226	107
+C7589236	107
+C7589238	107
+C7589240	107
+C7589246	107
+C7589248	107
+C7589262	107
+C7589268	107
+C7589270	107
+C7589298	107
+C7589300	107
+C7589306	107
+C7589318	107
+C7589320	107
+C7589326	107
+C7589334	107
+C7589356	107
+C7589372	107
+C7589376	107
+C7589378	107
+C7589388	107
+C7589392	107
+C7589402	107
+C7589414	107
+C7589424	107
+C7589432	107
+C7589438	107
+C7589440	107
+C7589484	107
+C7589496	107
+C7589532	107
+C7589534	107
+C7589538	107
+C7589576	107
+C7589582	107
+C7589586	107
+C7589592	107
+C7589598	107
+C7589602	107
+C7589614	107
+C7589618	107
+C7589642	107
+C7589656	107
+C7589666	107
+C7589680	107
+C7589688	107
+C7589700	107
+C7589706	107
+C7589712	107
+C7589716	107
+C7589718	107
+C7589724	107
+C7589734	107
+C7589742	107
+C7589750	107
+C7589754	107
+C7589758	107
+C7589760	107
+C7589772	107
+C7589782	107
+C7589784	107
+C7589794	107
+C7589802	107
+C7589808	107
+C7589822	107
+C7589844	107
+C7589860	107
+C7589874	107
+C7589882	107
+C7589900	107
+C7589904	107
+C7589908	107
+C7589926	107
+C7589928	107
+C7589942	107
+C7589950	107
+C7589960	107
+C7589980	107
+C7590004	107
+C7590018	107
+C7590022	107
+C7590028	107
+C7590034	107
+C7590040	107
+C7590044	107
+C7590046	107
+C7590060	107
+C7590086	107
+C7590088	107
+C7590092	107
+C7590102	107
+C7590106	107
+C7590110	107
+C7590112	107
+C7590130	107
+C7590138	107
+C7590142	107
+C7590150	107
+C7590158	107
+C7590160	107
+C7590192	107
+C7590196	107
+C7590212	107
+C7590216	107
+C7590228	107
+C7590234	107
+C7590236	107
+C7590238	107
+C7590258	107
+C7590268	107
+C7590280	107
+C7590284	107
+C7590292	107
+C7590316	107
+C7590332	107
+C7590334	107
+C7590348	107
+C7590350	107
+C7590352	107
+C7590364	107
+C7590370	107
+C7590410	107
+C7590412	107
+C7590416	107
+C7590428	107
+C7590454	107
+C7590460	107
+C7590472	107
+C7590474	107
+C7590480	107
+C7590496	107
+C7590498	107
+C7590508	107
+C7590522	107
+C7590534	107
+C7590536	107
+C7590544	107
+C7590550	107
+C7590552	107
+C7590568	107
+C7590620	107
+C7590624	107
+C7590636	107
+C7590650	107
+C7590656	107
+C7590674	107
+C7590676	107
+C7590680	107
+C7590688	107
+C7590712	107
+C7590714	107
+C7590722	107
+C7590724	107
+C7590726	107
+C7590744	107
+C7590750	107
+C7590764	107
+C7590766	107
+C7590768	107
+C7590770	107
+C7590774	107
+C7590784	107
+C7590790	107
+C7590798	107
+C7590804	107
+C7590810	107
+C7590822	107
+C7590828	107
+C7590842	107
+C7590852	107
+C7590860	107
+C7590884	107
+C7590888	107
+C7590890	107
+C7590918	107
+C7590934	107
+C7590940	107
+C7590950	107
+C7590956	107
+C7590958	107
+C7590962	107
+C7590968	107
+C7590972	107
+C7590988	107
+C7591008	107
+C7591036	107
+C7591050	107
+C7591054	107
+C7591056	107
+C7591076	107
+C7591084	107
+C7591092	107
+C7591094	107
+C7591096	107
+C7591104	107
+C7591110	107
+C7591116	107
+C7591122	107
+C7591126	107
+C7591152	107
+C7591164	107
+C7591176	107
+C7591184	107
+C7591196	107
+C7591222	107
+C7591254	107
+C7591262	107
+C7591276	107
+C7591280	107
+C7591286	107
+C7591300	107
+C7591304	107
+C7591314	107
+C7591324	107
+C7591336	107
+C7591338	107
+C7591340	107
+C7591352	107
+C7591356	107
+C7591382	107
+C7591390	107
+C7591398	107
+C7591408	107
+C7591438	107
+C7591440	107
+C7591448	107
+C7591450	107
+C7591452	107
+C7591454	107
+C7591456	107
+C7591458	107
+C7591466	107
+C7591472	107
+C7591494	107
+C7591496	107
+C7591506	107
+C7591508	107
+C7591526	107
+C7591530	107
+C7591534	107
+C7591544	107
+C7591564	107
+C7591572	107
+C7591590	107
+C7591598	107
+C7591604	107
+C7591610	107
+C7591620	107
+C7591622	107
+C7591646	107
+C7591654	107
+C7591656	107
+C7591664	107
+C7591682	107
+C7591688	107
+C7591690	107
+C7591696	107
+C7591698	107
+C7591708	107
+C7591712	107
+C7591714	107
+C7591716	107
+C7591724	107
+C7591732	107
+C7591740	107
+C7591746	107
+C7591756	107
+C7591766	107
+C7591768	107
+C7591770	107
+C7591772	107
+C7591778	107
+C7591786	107
+C7591788	107
+C7591792	107
+C7591794	107
+C7591808	107
+C7591838	107
+C7591848	107
+C7591860	107
+C7591862	107
+C7591864	107
+C7591874	107
+C7591880	107
+C7591890	107
+C7591896	107
+C7591908	107
+C7591914	107
+C7591924	107
+C7591928	107
+C7591932	107
+C7591936	107
+C7591946	107
+C7591952	107
+C7591986	107
+C7591990	107
+C7592012	107
+C7592016	107
+C7592038	107
+C7592046	107
+C7592054	107
+C7592064	107
+C7592074	107
+C7592076	107
+C7592078	107
+C7592084	107
+C7592100	107
+C7592102	107
+C7592104	107
+C7592106	107
+C7592116	107
+C7592136	107
+C7592140	107
+C7592152	107
+C7592156	107
+C7592172	107
+C7592174	107
+C7592178	107
+C7592182	107
+C7592202	107
+C7592210	107
+C7592212	107
+C7592222	107
+C7592226	107
+C7592242	107
+C7592246	107
+C7592250	107
+C7592252	107
+C7592254	107
+C7592258	107
+C7592268	107
+C7592270	107
+C7592272	107
+C7592278	107
+C7592290	107
+C7592302	107
+C7592308	107
+C7592314	107
+C7592324	107
+C7592342	107
+C7592380	107
+C7592384	107
+C7592386	107
+C7592412	107
+C7592416	107
+C7592420	107
+C7592436	107
+C7592446	107
+C7592456	107
+C7592458	107
+C7592460	107
+C7592464	107
+C7592470	107
+C7592476	107
+C7592492	107
+C7592494	107
+C7592498	107
+C7592500	107
+C7592504	107
+C7592520	107
+C7592522	107
+C7592526	107
+C7592540	107
+C7592544	107
+C7592550	107
+C7592558	107
+C7592564	107
+C7592572	107
+C7592574	107
+C7592578	107
+C7592596	107
+C7592602	107
+C7592614	107
+C7592622	107
+C7592640	107
+C7592642	107
+C7592650	107
+C7592652	107
+C7592664	107
+C7592678	107
+C7592682	107
+C7592690	107
+C7592696	107
+C7592704	107
+C7592708	107
+C7592718	107
+C7592722	107
+C7592732	107
+C7592740	107
+C7592746	107
+C7592748	107
+C7592760	107
+C7592780	107
+C7592790	107
+C7592796	107
+C7592800	107
+C7592802	107
+C7592806	107
+C7592808	107
+C7592812	107
+C7592814	107
+C7592816	107
+C7592820	107
+C7592822	107
+C7592824	107
+C7592840	107
+C7592850	107
+C7592860	107
+C7592868	107
+C7592870	107
+C7592874	107
+C7592894	107
+C7592896	107
+C7592900	107
+C7592906	107
+C7592914	107
+C7592920	107
+C7592926	107
+C7592930	107
+C7592956	107
+C7592964	107
+C7592968	107
+C7592970	107
+C7592972	107
+C7592986	107
+C7592994	107
+C7593002	107
+C7593006	107
+C7593010	107
+C7593024	107
+C7593038	107
+C7593048	107
+C7593052	107
+C7593060	107
+C7593080	107
+C7593088	107
+C7593102	107
+C7593104	107
+C7593124	107
+C7593164	107
+C7593168	107
+C7593170	107
+C7593182	107
+C7593228	107
+C7593232	107
+C7593248	107
+C7593252	107
+C7593256	107
+C7593258	107
+C7593264	107
+C7593268	107
+C7593280	107
+C7593294	107
+C7593304	107
+C7593308	107
+C7593316	107
+C7593330	107
+C7593332	107
+C7593338	107
+C7593340	107
+C7593344	107
+C7593346	107
+C7593362	107
+C7593374	107
+C7593376	107
+C7593384	107
+C7593388	107
+C7593394	107
+C7593404	107
+C7593414	107
+C7593418	107
+C7593434	107
+C7593440	107
+C7593444	107
+C7593456	107
+C7593458	107
+C7593460	107
+C7593466	107
+C7593490	107
+C7593496	107
+C7593500	107
+C7593508	107
+C7593516	107
+C7593518	107
+C7593524	107
+C7593554	107
+C7593558	107
+C7593560	107
+C7593564	107
+C7593578	107
+C7593598	107
+C7593604	107
+C7593612	107
+C7593614	107
+C7593630	107
+C7593642	107
+C7593646	107
+C7593648	107
+C7593652	107
+C7593690	107
+C7593702	107
+C7593704	107
+C7593708	107
+C7593720	107
+C7593728	107
+C7593740	107
+C7593766	107
+C7593788	107
+C7593800	107
+C7593802	107
+C7593806	107
+C7593808	107
+C7593816	107
+C7593840	107
+C7593844	107
+C7593846	107
+C7593864	107
+C7593878	107
+C7593882	107
+C7593890	107
+C7593894	107
+C7593898	107
+C7593900	107
+C7593910	107
+C7593944	107
+C7593948	107
+C7593962	107
+C7593980	107
+C7593984	107
+C7593986	107
+C7593988	107
+C7594016	107
+C7594018	107
+C7594028	107
+C7594030	107
+C7594034	107
+C7594042	107
+C7594046	107
+C7594052	107
+C7594054	107
+C7594060	107
+C7594068	107
+C7594080	107
+C7594082	107
+C7594088	107
+C7594100	107
+C7594102	107
+C7594106	107
+C7594118	107
+C7594120	107
+C7594130	107
+C7594136	107
+C7594146	107
+C7594148	107
+C7594162	107
+C7594170	107
+C7594172	107
+C7594190	107
+C7594192	107
+C7594196	107
+C7594228	107
+C7594238	107
+C7594242	107
+C7594260	107
+C7594264	107
+C7594272	107
+C7594290	107
+C7594320	107
+C7594324	107
+C7594334	107
+C7594338	107
+C7594346	107
+C7594362	107
+C7594370	107
+C7594372	107
+C7594376	107
+C7594410	107
+C7594420	107
+C7594428	107
+C7594460	107
+C7594476	107
+C7594482	107
+C7594492	107
+C7594500	107
+C7594518	107
+C7594528	107
+C7594552	107
+C7594558	107
+C7594578	107
+C7594586	107
+C7594598	107
+C7594608	107
+C7594620	107
+C7594624	107
+C7594636	107
+C7594642	107
+C7594646	107
+C7594650	107
+C7594662	107
+C7594668	107
+C7594670	107
+C7594682	107
+C7594690	107
+C7594694	107
+C7594696	107
+C7594722	107
+C7594730	107
+C7594744	107
+C7594746	107
+C7594754	107
+C7594762	107
+C7594768	107
+C7594778	107
+C7594784	107
+C7594794	107
+C7594810	107
+C7594814	107
+C7594816	107
+C7594836	107
+C7594842	107
+C7594844	107
+C7594852	107
+C7594854	107
+C7594858	107
+C7594860	107
+C7594864	107
+C7594868	107
+C7594874	107
+C7594900	107
+C7594926	107
+C7594928	107
+C7594932	107
+C7594958	107
+C7594964	107
+C7594976	107
+C7594978	107
+C7594984	107
+C7594996	107
+C7594998	107
+C7595002	107
+C7595004	107
+C7595010	107
+C7595026	107
+C7595030	107
+C7595044	107
+C7595046	107
+C7595054	107
+C7595060	107
+C7595080	107
+C7595084	107
+C7595086	107
+C7595088	107
+C7595092	107
+C7595148	107
+C7595158	107
+C7595160	107
+C7595164	107
+C7595166	107
+C7595186	107
+C7595188	107
+C7595228	107
+C7595258	107
+C7595260	107
+C7595268	107
+C7595278	107
+C7595304	107
+C7595316	107
+C7595318	107
+C7595324	107
+C7595332	107
+C7595338	107
+C7595340	107
+C7595346	107
+C7595376	107
+C7595388	107
+C7595396	107
+C7595402	107
+C7595408	107
+C7595428	107
+C7595438	107
+C7595448	107
+C7595450	107
+C7595462	107
+C7595472	107
+C7595478	107
+C7595486	107
+C7595488	107
+C7595492	107
+C7595506	107
+C7595518	107
+C7595524	107
+C7595534	107
+C7595546	107
+C7595558	107
+C7595564	107
+C7595568	107
+C7595578	107
+C7595582	107
+C7595588	107
+C7595596	107
+C7595608	107
+C7595614	107
+C7595630	107
+C7595660	107
+C7595672	107
+C7595676	107
+C7595680	107
+C7595686	107
+C7595702	107
+C7595704	107
+C7595722	107
+C7595728	107
+C7595744	107
+C7595750	107
+C7595752	107
+C7595774	107
+C7595780	107
+C7595784	107
+C7595796	107
+C7595810	107
+C7595822	107
+C7595842	107
+C7595850	107
+C7595856	107
+C7595862	107
+C7595870	107
+C7595872	107
+C7595878	107
+C7595902	107
+C7595904	107
+C7595920	107
+C7595924	107
+C7595934	107
+C7595950	107
+C7595956	107
+C7595964	107
+C7595972	107
+C7595974	107
+C7595990	107
+C7596022	107
+C7596026	107
+C7596052	107
+C7596058	107
+C7596066	107
+C7596068	107
+C7596070	107
+C7596080	107
+C7596082	107
+C7596084	107
+C7596088	107
+C7596094	107
+C7596096	107
+C7596100	107
+C7596112	107
+C7596114	107
+C7596126	107
+C7596138	107
+C7596142	107
+C7596150	107
+C7596154	107
+C7596156	107
+C7596158	107
+C7596182	107
+C7596184	107
+C7596190	107
+C7596192	107
+C7596216	107
+C7596222	107
+C7596228	107
+C7596230	107
+C7596232	107
+C7596244	107
+C7596256	107
+C7596258	107
+C7596260	107
+C7596276	107
+C7596278	107
+C7596290	107
+C7596294	107
+C7596298	107
+C7596302	107
+C7596318	107
+C7596320	107
+C7596324	107
+C7596362	107
+C7596370	107
+C7596378	107
+C7596384	107
+C7596392	107
+C7596396	107
+C7596412	107
+C7596414	107
+C7596426	107
+C7596434	107
+C7596440	107
+C7596444	107
+C7596446	107
+C7596456	107
+C7596458	107
+C7596470	107
+C7596490	107
+C7596496	107
+C7596510	107
+C7596512	107
+C7596522	107
+C7596526	107
+C7596536	107
+C7596548	107
+C7596554	107
+C7596560	107
+C7596562	107
+C7596580	107
+C7596584	107
+C7596592	107
+C7596594	107
+C7596596	107
+C7596598	107
+C7596602	107
+C7596632	107
+C7596634	107
+C7596642	107
+C7596658	107
+C7596676	107
+C7596678	107
+C7596696	107
+C7596708	107
+C7596712	107
+C7596716	107
+C7596720	107
+C7596730	107
+C7596732	107
+C7596736	107
+C7596738	107
+C7596742	107
+C7596748	107
+C7596750	107
+C7596758	107
+C7596790	107
+C7596800	107
+C7596810	107
+C7596822	107
+C7596836	107
+C7596846	107
+C7596866	107
+C7596872	107
+C7596876	107
+C7596878	107
+C7596880	107
+C7596882	107
+C7596890	107
+C7596906	107
+C7596916	107
+C7596924	107
+C7596926	107
+C7596930	107
+C7596944	107
+C7596948	107
+C7596952	107
+C7596978	107
+C7596984	107
+C7596986	107
+C7597000	107
+C7597012	107
+C7597028	107
+C7597042	107
+C7597050	107
+C7597054	107
+C7597058	107
+C7597060	107
+C7597076	107
+C7597080	107
+C7597086	107
+C7597094	107
+C7597098	107
+C7597114	107
+C7597116	107
+C7597130	107
+C7597140	107
+C7597144	107
+C7597152	107
+C7597154	107
+C7597160	107
+C7597162	107
+C7597182	107
+C7597188	107
+C7597190	107
+C7597224	107
+C7597226	107
+C7597230	107
+C7597232	107
+C7597240	107
+C7597244	107
+C7597260	107
+C7597268	107
+C7597288	107
+C7597302	107
+C7597320	107
+C7597338	107
+C7597356	107
+C7597360	107
+C7597380	107
+C7597390	107
+C7597394	107
+C7597400	107
+C7597428	107
+C7597432	107
+C7597462	107
+C7597464	107
+C7597484	107
+C7597498	107
+C7597500	107
+C7597518	107
+C7597526	107
+C7597538	107
+C7597540	107
+C7597564	107
+C7597570	107
+C7597578	107
+C7597582	107
+C7597586	107
+C7597588	107
+C7597596	107
+C7597612	107
+C7597614	107
+C7597616	107
+C7597618	107
+C7597630	107
+C7597640	107
+C7597654	107
+C7597672	107
+C7597680	107
+C7597686	107
+C7597716	107
+C7597728	107
+C7597732	107
+C7597734	107
+C7597736	107
+C7597746	107
+C7597756	107
+C7597762	107
+C7597772	107
+C7597780	107
+C7597788	107
+C7597802	107
+C7597812	107
+C7597844	107
+C7597878	107
+C7597896	107
+C7597904	107
+C7597906	107
+C7597908	107
+C7597914	107
+C7597918	107
+C7597924	107
+C7597926	107
+C7597934	107
+C7597964	107
+C7597970	107
+C7597982	107
+C7598000	107
+C7598002	107
+C7598006	107
+C7598008	107
+C7598018	107
+C7598020	107
+C7598028	107
+C7598032	107
+C7598034	107
+C7598052	107
+C7598054	107
+C7598056	107
+C7598058	107
+C7598074	107
+C7598078	107
+C7598086	107
+C7598094	107
+C7598100	107
+C7598110	107
+C7598112	107
+C7598114	107
+C7598116	107
+C7598118	107
+C7598122	107
+C7598126	107
+C7598134	107
+C7598158	107
+C7598174	107
+C7598176	107
+C7598178	107
+C7598182	107
+C7598190	107
+C7598204	107
+C7598212	107
+C7598226	107
+C7598230	107
+C7598242	107
+C7598246	107
+C7598264	107
+C7598272	107
+C7598274	107
+C7598282	107
+C7598284	107
+C7598306	107
+C7598316	107
+C7598322	107
+C7598334	107
+C7598338	107
+C7598350	107
+C7598358	107
+C7598364	107
+C7598368	107
+C7598372	107
+C7598374	107
+C7598396	107
+C7598414	107
+C7598436	107
+C7598450	107
+C7598466	107
+C7598468	107
+C7598478	107
+C7598486	107
+C7598494	107
+C7598496	107
+C7598524	107
+C7598530	107
+C7598534	107
+C7598538	107
+C7598550	107
+C7598576	107
+C7598580	107
+C7598590	107
+C7598594	107
+C7598598	107
+C7598626	107
+C7598630	107
+C7598646	107
+C7598654	107
+C7598656	107
+C7598668	107
+C7598682	107
+C7598686	107
+C7598694	107
+C7598714	107
+C7598722	107
+C7598734	107
+C7598738	107
+C7598742	107
+C7598750	107
+C7598760	107
+C7598764	107
+C7598766	107
+C7598768	107
+C7598786	107
+C7598788	107
+C7598800	107
+C7598802	107
+C7598810	107
+C7598824	107
+C7598836	107
+C7598872	107
+C7598904	107
+C7598914	107
+C7598922	107
+C7598926	107
+C7598928	107
+C7598952	107
+C7598958	107
+C7598968	107
+C7598970	107
+C7598972	107
+C7598976	107
+C7598986	107
+C7598994	107
+C7598996	107
+C7599018	107
+C7599020	107
+C7599030	107
+C7599038	107
+C7599044	107
+C7599046	107
+C7599050	107
+C7599058	107
+C7599068	107
+C7599078	107
+C7599082	107
+C7599084	107
+C7599100	107
+C7599104	107
+C7599116	107
+C7599120	107
+C7599124	107
+C7599132	107
+C7599136	107
+C7599138	107
+C7599146	107
+C7599152	107
+C7599176	107
+C7599184	107
+C7599194	107
+C7599202	107
+C7599214	107
+C7599226	107
+C7599228	107
+C7599246	107
+C7599250	107
+C7599254	107
+C7599284	107
+C7599288	107
+C7599290	107
+C7599304	107
+C7599306	107
+C7599316	107
+C7599340	107
+C7599364	107
+C7599382	107
+C7599390	107
+C7599394	107
+C7599396	107
+C7599406	107
+C7599410	107
+C7599416	107
+C7599418	107
+C7599424	107
+C7599432	107
+C7599434	107
+C7599438	107
+C7599440	107
+C7599458	107
+C7599480	107
+C7599492	107
+C7599506	107
+C7599508	107
+C7599520	107
+C7599526	107
+C7599544	107
+C7599564	107
+C7599568	107
+C7599570	107
+C7599584	107
+C7599588	107
+C7599596	107
+C7599598	107
+C7599602	107
+C7599612	107
+C7599620	107
+C7599634	107
+C7599658	107
+C7599674	107
+C7599684	107
+C7599690	107
+C7599694	107
+C7599722	107
+C7599724	107
+C7599730	107
+C7599732	107
+C7599752	107
+C7599776	107
+C7599780	107
+C7599782	107
+C7599788	107
+C7599792	107
+C7599812	107
+C7599820	107
+C7599822	107
+C7599824	107
+C7599828	107
+C7599838	107
+C7599854	107
+C7599860	107
+C7599866	107
+C7599874	107
+C7599882	107
+C7599900	107
+C7599932	107
+C7599942	107
+C7599950	107
+C7599976	107
+C7599990	107
+C7599998	107
+C7600010	107
+C7600026	107
+C7600052	107
+C7600062	107
+C7600090	107
+C7600092	107
+C7600102	107
+C7600118	107
+C7600120	107
+C7600136	107
+C7600140	107
+C7600168	107
+C7600176	107
+C7600180	107
+C7600184	107
+C7600196	107
+C7600198	107
+C7600200	107
+C7600206	107
+C7600216	107
+C7600224	107
+C7600238	107
+C7600240	107
+C7600248	107
+C7600256	107
+C7600260	107
+C7600272	107
+C7600286	107
+C7600292	107
+C7600300	107
+C7600304	107
+C7600306	107
+C7600308	107
+C7600310	107
+C7600322	107
+C7600330	107
+C7600356	107
+C7600368	107
+C7600372	107
+C7600382	107
+C7600384	107
+C7600398	107
+C7600402	107
+C7600412	107
+C7600420	107
+C7600422	107
+C7600432	107
+C7600434	107
+C7600438	107
+C7600452	107
+C7600482	107
+C7600486	107
+C7600488	107
+C7600496	107
+C7600500	107
+C7600504	107
+C7600512	107
+C7600516	107
+C7600542	107
+C7600548	107
+C7600560	107
+C7600580	107
+C7600588	107
+C7600590	107
+C7600596	107
+C7600614	107
+C7600620	107
+C7600622	107
+C7600624	107
+C7600642	107
+C7600644	107
+C7600648	107
+C7600652	107
+C7600664	107
+C7600672	107
+C7600676	107
+C7600682	107
+C7600686	107
+C7600692	107
+C7600714	107
+C7600716	107
+C7600734	107
+C7600740	107
+C7600750	107
+C7600764	107
+C7600770	107
+C7600774	107
+C7600792	107
+C7600796	107
+C7600812	107
+C7600828	107
+C7600830	107
+C7600832	107
+C7600840	107
+C7600874	107
+C7600914	107
+C7600930	107
+C7600938	107
+C7600942	107
+C7600948	107
+C7600966	107
+C7600970	107
+C7601018	107
+C7601020	107
+C7601032	107
+C7601056	107
+C7601072	107
+C7601084	107
+C7601106	107
+C7601132	107
+C7601148	107
+C7601152	107
+C7601158	107
+C7601172	107
+C7601178	107
+C7601190	107
+C7601202	107
+C7601208	107
+C7601228	107
+C7601234	107
+C7601240	107
+C7601246	107
+C7601260	107
+C7601264	107
+C7601268	107
+C7601292	107
+C7601306	107
+C7601324	107
+C7601328	107
+C7601332	107
+C7601340	107
+C7601346	107
+C7601362	107
+C7601374	107
+C7601400	107
+C7601410	107
+C7601412	107
+C7601424	107
+C7601432	107
+C7601446	107
+C7601456	107
+C7601464	107
+C7601468	107
+C7601472	107
+C7601474	107
+C7601478	107
+C7601482	107
+C7601498	107
+C7601502	107
+C7601520	107
+C7601524	107
+C7601532	107
+C7601542	107
+C7601546	107
+C7601558	107
+C7601560	107
+C7601572	107
+C7601584	107
+C7601602	107
+C7601616	107
+C7601622	107
+C7601628	107
+C7601638	107
+C7601648	107
+C7601650	107
+C7601660	107
+C7601664	107
+C7601680	107
+C7601684	107
+C7601686	107
+C7601690	107
+C7601704	107
+C7601710	107
+C7601716	107
+C7601728	107
+C7601746	107
+C7601750	107
+C7601752	107
+C7601768	107
+C7601772	107
+C7601778	107
+C7601780	107
+C7601804	107
+C7601812	107
+C7601816	107
+C7601824	107
+C7601870	107
+C7601874	107
+C7601886	107
+C7601900	107
+C7601908	107
+C7601914	107
+C7601924	107
+C7601938	107
+C7601940	107
+C7601942	107
+C7601944	107
+C7601956	107
+C7601972	107
+C7601980	107
+C7601984	107
+C7601998	107
+C7602018	107
+C7602020	107
+C7571968	106
+C7571988	106
+C7572000	106
+C7572002	106
+C7572008	106
+C7572010	106
+C7572012	106
+C7572014	106
+C7572020	106
+C7572030	106
+C7572040	106
+C7572042	106
+C7572044	106
+C7572048	106
+C7572052	106
+C7572054	106
+C7572062	106
+C7572064	106
+C7572072	106
+C7572076	106
+C7572078	106
+C7572082	106
+C7572084	106
+C7572092	106
+C7572110	106
+C7572124	106
+C7572134	106
+C7572146	106
+C7572148	106
+C7572150	106
+C7572152	106
+C7572172	106
+C7572218	106
+C7572226	106
+C7572252	106
+C7572264	106
+C7572270	106
+C7572280	106
+C7572286	106
+C7572294	106
+C7572310	106
+C7572312	106
+C7572322	106
+C7572324	106
+C7572332	106
+C7572340	106
+C7572342	106
+C7572354	106
+C7572356	106
+C7572380	106
+C7572382	106
+C7572392	106
+C7572400	106
+C7572406	106
+C7572408	106
+C7572412	106
+C7572422	106
+C7572424	106
+C7572430	106
+C7572432	106
+C7572434	106
+C7572474	106
+C7572478	106
+C7572486	106
+C7572490	106
+C7572492	106
+C7572508	106
+C7572510	106
+C7572514	106
+C7572518	106
+C7572520	106
+C7572524	106
+C7572538	106
+C7572572	106
+C7572596	106
+C7572602	106
+C7572632	106
+C7572644	106
+C7572652	106
+C7572658	106
+C7572660	106
+C7572682	106
+C7572686	106
+C7572692	106
+C7572694	106
+C7572706	106
+C7572712	106
+C7572716	106
+C7572720	106
+C7572732	106
+C7572738	106
+C7572748	106
+C7572772	106
+C7572780	106
+C7572788	106
+C7572790	106
+C7572794	106
+C7572804	106
+C7572806	106
+C7572810	106
+C7572812	106
+C7572822	106
+C7572834	106
+C7572840	106
+C7572846	106
+C7572864	106
+C7572866	106
+C7572876	106
+C7572894	106
+C7572898	106
+C7572906	106
+C7572924	106
+C7572932	106
+C7572938	106
+C7572940	106
+C7572944	106
+C7572946	106
+C7572976	106
+C7572978	106
+C7572986	106
+C7572998	106
+C7573004	106
+C7573008	106
+C7573022	106
+C7573040	106
+C7573056	106
+C7573072	106
+C7573076	106
+C7573078	106
+C7573082	106
+C7573098	106
+C7573106	106
+C7573114	106
+C7573120	106
+C7573126	106
+C7573128	106
+C7573136	106
+C7573138	106
+C7573140	106
+C7573144	106
+C7573146	106
+C7573172	106
+C7573194	106
+C7573206	106
+C7573208	106
+C7573218	106
+C7573228	106
+C7573244	106
+C7573258	106
+C7573260	106
+C7573272	106
+C7573274	106
+C7573280	106
+C7573282	106
+C7573300	106
+C7573312	106
+C7573324	106
+C7573326	106
+C7573328	106
+C7573332	106
+C7573334	106
+C7573340	106
+C7573348	106
+C7573356	106
+C7573378	106
+C7573386	106
+C7573388	106
+C7573404	106
+C7573420	106
+C7573424	106
+C7573430	106
+C7573438	106
+C7573440	106
+C7573446	106
+C7573450	106
+C7573460	106
+C7573466	106
+C7573470	106
+C7573504	106
+C7573508	106
+C7573522	106
+C7573536	106
+C7573544	106
+C7573546	106
+C7573574	106
+C7573576	106
+C7573580	106
+C7573582	106
+C7573584	106
+C7573594	106
+C7573596	106
+C7573600	106
+C7573602	106
+C7573610	106
+C7573612	106
+C7573616	106
+C7573620	106
+C7573628	106
+C7573630	106
+C7573634	106
+C7573658	106
+C7573662	106
+C7573672	106
+C7573676	106
+C7573684	106
+C7573690	106
+C7573722	106
+C7573730	106
+C7573734	106
+C7573736	106
+C7573740	106
+C7573742	106
+C7573748	106
+C7573758	106
+C7573760	106
+C7573766	106
+C7573774	106
+C7573800	106
+C7573804	106
+C7573806	106
+C7573814	106
+C7573822	106
+C7573824	106
+C7573834	106
+C7573844	106
+C7573848	106
+C7573852	106
+C7573864	106
+C7573868	106
+C7573892	106
+C7573910	106
+C7573922	106
+C7573938	106
+C7573954	106
+C7573960	106
+C7573964	106
+C7573968	106
+C7573974	106
+C7573976	106
+C7573992	106
+C7573996	106
+C7574032	106
+C7574052	106
+C7574070	106
+C7574072	106
+C7574092	106
+C7574094	106
+C7574102	106
+C7574148	106
+C7574150	106
+C7574162	106
+C7574166	106
+C7574170	106
+C7574184	106
+C7574192	106
+C7574198	106
+C7574200	106
+C7574228	106
+C7574242	106
+C7574250	106
+C7574260	106
+C7574276	106
+C7574278	106
+C7574282	106
+C7574284	106
+C7574286	106
+C7574288	106
+C7574300	106
+C7574312	106
+C7574316	106
+C7574328	106
+C7574348	106
+C7574356	106
+C7574368	106
+C7574384	106
+C7574388	106
+C7574392	106
+C7574394	106
+C7574396	106
+C7574400	106
+C7574402	106
+C7574406	106
+C7574410	106
+C7574442	106
+C7574450	106
+C7574456	106
+C7574460	106
+C7574464	106
+C7574476	106
+C7574482	106
+C7574488	106
+C7574498	106
+C7574516	106
+C7574530	106
+C7574534	106
+C7574560	106
+C7574576	106
+C7574582	106
+C7574590	106
+C7574608	106
+C7574614	106
+C7574630	106
+C7574642	106
+C7574650	106
+C7574662	106
+C7574666	106
+C7574672	106
+C7574678	106
+C7574680	106
+C7574686	106
+C7574710	106
+C7574712	106
+C7574720	106
+C7574730	106
+C7574734	106
+C7574766	106
+C7574768	106
+C7574770	106
+C7574782	106
+C7574784	106
+C7574788	106
+C7574792	106
+C7574794	106
+C7574796	106
+C7574798	106
+C7574822	106
+C7574826	106
+C7574838	106
+C7574852	106
+C7574866	106
+C7574872	106
+C7574878	106
+C7574892	106
+C7574898	106
+C7574904	106
+C7574906	106
+C7574910	106
+C7574914	106
+C7574928	106
+C7574930	106
+C7574948	106
+C7574950	106
+C7574966	106
+C7574968	106
+C7574986	106
+C7575002	106
+C7575004	106
+C7575016	106
+C7575018	106
+C7575022	106
+C7575028	106
+C7575034	106
+C7575054	106
+C7575056	106
+C7575060	106
+C7575074	106
+C7575084	106
+C7575092	106
+C7575100	106
+C7575120	106
+C7575134	106
+C7575140	106
+C7575144	106
+C7575146	106
+C7575160	106
+C7575166	106
+C7575172	106
+C7575180	106
+C7575192	106
+C7575204	106
+C7575212	106
+C7575222	106
+C7575238	106
+C7575242	106
+C7575252	106
+C7575256	106
+C7575274	106
+C7575280	106
+C7575302	106
+C7575314	106
+C7575316	106
+C7575322	106
+C7575348	106
+C7575350	106
+C7575354	106
+C7575364	106
+C7575372	106
+C7575382	106
+C7575396	106
+C7575412	106
+C7575424	106
+C7575432	106
+C7575434	106
+C7575438	106
+C7575452	106
+C7575458	106
+C7575464	106
+C7575472	106
+C7575494	106
+C7575504	106
+C7575514	106
+C7575516	106
+C7575520	106
+C7575522	106
+C7575530	106
+C7575556	106
+C7575566	106
+C7575572	106
+C7575574	106
+C7575580	106
+C7575586	106
+C7575592	106
+C7575600	106
+C7575606	106
+C7575608	106
+C7575610	106
+C7575644	106
+C7575662	106
+C7575672	106
+C7575680	106
+C7575686	106
+C7575694	106
+C7575700	106
+C7575704	106
+C7575712	106
+C7575718	106
+C7575730	106
+C7575732	106
+C7575744	106
+C7575750	106
+C7575754	106
+C7575756	106
+C7575762	106
+C7575766	106
+C7575768	106
+C7575806	106
+C7575808	106
+C7575822	106
+C7575826	106
+C7575828	106
+C7575842	106
+C7575848	106
+C7575856	106
+C7575868	106
+C7575872	106
+C7575874	106
+C7575886	106
+C7575892	106
+C7575910	106
+C7575932	106
+C7575946	106
+C7575958	106
+C7575970	106
+C7575976	106
+C7575982	106
+C7575984	106
+C7575990	106
+C7576008	106
+C7576016	106
+C7576034	106
+C7576038	106
+C7576044	106
+C7576050	106
+C7576064	106
+C7576066	106
+C7576078	106
+C7576084	106
+C7576090	106
+C7576098	106
+C7576106	106
+C7576120	106
+C7576124	106
+C7576136	106
+C7576140	106
+C7576148	106
+C7576152	106
+C7576154	106
+C7576156	106
+C7576158	106
+C7576166	106
+C7576172	106
+C7576184	106
+C7576190	106
+C7576196	106
+C7576198	106
+C7576200	106
+C7576202	106
+C7576208	106
+C7576216	106
+C7576230	106
+C7576240	106
+C7576242	106
+C7576254	106
+C7576258	106
+C7576262	106
+C7576264	106
+C7576266	106
+C7576272	106
+C7576288	106
+C7576296	106
+C7576304	106
+C7576322	106
+C7576330	106
+C7576332	106
+C7576336	106
+C7576366	106
+C7576380	106
+C7576386	106
+C7576392	106
+C7576402	106
+C7576408	106
+C7576410	106
+C7576414	106
+C7576420	106
+C7576430	106
+C7576432	106
+C7576444	106
+C7576446	106
+C7576454	106
+C7576468	106
+C7576482	106
+C7576486	106
+C7576488	106
+C7576502	106
+C7576504	106
+C7576506	106
+C7576518	106
+C7576524	106
+C7576526	106
+C7576528	106
+C7576542	106
+C7576570	106
+C7576582	106
+C7576586	106
+C7576590	106
+C7576596	106
+C7576598	106
+C7576606	106
+C7576608	106
+C7576612	106
+C7576614	106
+C7576628	106
+C7576646	106
+C7576662	106
+C7576686	106
+C7576696	106
+C7576714	106
+C7576718	106
+C7576726	106
+C7576750	106
+C7576760	106
+C7576766	106
+C7576774	106
+C7576810	106
+C7576812	106
+C7576814	106
+C7576824	106
+C7576826	106
+C7576830	106
+C7576834	106
+C7576836	106
+C7576842	106
+C7576846	106
+C7576854	106
+C7576868	106
+C7576876	106
+C7576882	106
+C7576906	106
+C7576910	106
+C7576918	106
+C7576930	106
+C7576934	106
+C7576976	106
+C7576988	106
+C7576992	106
+C7577014	106
+C7577016	106
+C7577020	106
+C7577030	106
+C7577038	106
+C7577040	106
+C7577054	106
+C7577056	106
+C7577058	106
+C7577060	106
+C7577066	106
+C7577070	106
+C7577076	106
+C7577078	106
+C7577086	106
+C7577102	106
+C7577110	106
+C7577116	106
+C7577124	106
+C7577132	106
+C7577144	106
+C7577156	106
+C7577198	106
+C7577206	106
+C7577212	106
+C7577216	106
+C7577224	106
+C7577230	106
+C7577234	106
+C7577236	106
+C7577238	106
+C7577268	106
+C7577274	106
+C7577282	106
+C7577288	106
+C7577290	106
+C7577296	106
+C7577302	106
+C7577306	106
+C7577310	106
+C7577320	106
+C7577322	106
+C7577324	106
+C7577336	106
+C7577342	106
+C7577362	106
+C7577386	106
+C7577394	106
+C7577414	106
+C7577418	106
+C7577424	106
+C7577432	106
+C7577436	106
+C7577446	106
+C7577456	106
+C7577458	106
+C7577460	106
+C7577476	106
+C7577494	106
+C7577520	106
+C7577540	106
+C7577548	106
+C7577560	106
+C7577564	106
+C7577566	106
+C7577576	106
+C7577592	106
+C7577604	106
+C7577620	106
+C7577622	106
+C7577624	106
+C7577634	106
+C7577660	106
+C7577672	106
+C7577676	106
+C7577702	106
+C7577708	106
+C7577714	106
+C7577742	106
+C7577782	106
+C7577798	106
+C7577804	106
+C7577810	106
+C7577812	106
+C7577822	106
+C7577834	106
+C7577838	106
+C7577842	106
+C7577850	106
+C7577860	106
+C7577876	106
+C7577878	106
+C7577880	106
+C7577890	106
+C7577892	106
+C7577894	106
+C7577896	106
+C7577898	106
+C7577914	106
+C7577918	106
+C7577922	106
+C7577926	106
+C7577934	106
+C7577938	106
+C7577958	106
+C7577960	106
+C7577974	106
+C7577978	106
+C7577986	106
+C7577990	106
+C7577992	106
+C7578002	106
+C7578008	106
+C7578010	106
+C7578012	106
+C7578036	106
+C7578038	106
+C7578064	106
+C7578068	106
+C7578092	106
+C7578098	106
+C7578108	106
+C7578110	106
+C7578116	106
+C7578158	106
+C7578164	106
+C7578166	106
+C7578168	106
+C7578192	106
+C7578202	106
+C7578214	106
+C7578216	106
+C7578220	106
+C7578246	106
+C7578252	106
+C7578268	106
+C7578270	106
+C7578276	106
+C7578282	106
+C7578284	106
+C7578286	106
+C7578292	106
+C7578300	106
+C7578304	106
+C7578308	106
+C7578334	106
+C7578336	106
+C7578354	106
+C7578362	106
+C7578380	106
+C7578402	106
+C7578412	106
+C7578428	106
+C7578440	106
+C7578450	106
+C7578466	106
+C7578472	106
+C7578506	106
+C7578512	106
+C7578516	106
+C7578518	106
+C7578532	106
+C7578538	106
+C7578566	106
+C7578568	106
+C7578574	106
+C7578578	106
+C7578586	106
+C7578594	106
+C7578608	106
+C7578618	106
+C7578622	106
+C7578624	106
+C7578628	106
+C7578636	106
+C7578644	106
+C7578654	106
+C7578660	106
+C7578662	106
+C7578688	106
+C7578690	106
+C7578704	106
+C7578710	106
+C7578716	106
+C7578736	106
+C7578750	106
+C7578758	106
+C7578760	106
+C7578772	106
+C7578778	106
+C7578784	106
+C7578802	106
+C7578804	106
+C7578830	106
+C7578832	106
+C7578842	106
+C7578854	106
+C7578862	106
+C7578876	106
+C7578884	106
+C7578890	106
+C7578916	106
+C7578946	106
+C7578948	106
+C7578958	106
+C7578960	106
+C7578962	106
+C7578964	106
+C7578980	106
+C7578990	106
+C7579010	106
+C7579018	106
+C7579020	106
+C7579032	106
+C7579054	106
+C7579088	106
+C7579096	106
+C7579106	106
+C7579112	106
+C7579128	106
+C7579132	106
+C7579134	106
+C7579162	106
+C7579180	106
+C7579188	106
+C7579190	106
+C7579210	106
+C7579222	106
+C7579224	106
+C7579226	106
+C7579230	106
+C7579252	106
+C7579258	106
+C7579260	106
+C7579264	106
+C7579272	106
+C7579278	106
+C7579284	106
+C7579294	106
+C7579304	106
+C7579312	106
+C7579318	106
+C7579326	106
+C7579330	106
+C7579336	106
+C7579352	106
+C7579358	106
+C7579362	106
+C7579368	106
+C7579408	106
+C7579410	106
+C7579432	106
+C7579436	106
+C7579438	106
+C7579448	106
+C7579454	106
+C7579456	106
+C7579472	106
+C7579474	106
+C7579482	106
+C7579516	106
+C7579524	106
+C7579538	106
+C7579556	106
+C7579566	106
+C7579568	106
+C7579578	106
+C7579586	106
+C7579602	106
+C7579606	106
+C7579612	106
+C7579632	106
+C7579640	106
+C7579644	106
+C7579654	106
+C7579662	106
+C7579694	106
+C7579696	106
+C7579700	106
+C7579714	106
+C7579718	106
+C7579724	106
+C7579726	106
+C7579732	106
+C7579734	106
+C7579738	106
+C7579746	106
+C7579770	106
+C7579774	106
+C7579778	106
+C7579782	106
+C7579788	106
+C7579828	106
+C7579838	106
+C7579840	106
+C7579842	106
+C7579878	106
+C7579880	106
+C7579882	106
+C7579884	106
+C7579890	106
+C7579894	106
+C7579904	106
+C7579944	106
+C7579958	106
+C7579978	106
+C7579994	106
+C7580000	106
+C7580014	106
+C7580020	106
+C7580030	106
+C7580054	106
+C7580056	106
+C7580058	106
+C7580074	106
+C7580078	106
+C7580082	106
+C7580090	106
+C7580102	106
+C7580118	106
+C7580138	106
+C7580160	106
+C7580162	106
+C7580168	106
+C7580184	106
+C7580210	106
+C7580214	106
+C7580216	106
+C7580220	106
+C7580230	106
+C7580244	106
+C7580246	106
+C7580258	106
+C7580266	106
+C7580278	106
+C7580288	106
+C7580310	106
+C7580314	106
+C7580324	106
+C7580330	106
+C7580332	106
+C7580342	106
+C7580354	106
+C7580372	106
+C7580376	106
+C7580396	106
+C7580418	106
+C7580432	106
+C7580446	106
+C7580478	106
+C7580492	106
+C7580498	106
+C7580502	106
+C7580506	106
+C7580514	106
+C7580542	106
+C7580560	106
+C7580562	106
+C7580570	106
+C7580576	106
+C7580584	106
+C7580590	106
+C7580600	106
+C7580604	106
+C7580628	106
+C7580630	106
+C7580632	106
+C7580658	106
+C7580662	106
+C7580664	106
+C7580670	106
+C7580672	106
+C7580710	106
+C7580712	106
+C7580724	106
+C7580752	106
+C7580758	106
+C7580762	106
+C7580776	106
+C7580782	106
+C7580786	106
+C7580790	106
+C7580794	106
+C7580798	106
+C7580830	106
+C7580844	106
+C7580880	106
+C7580900	106
+C7580904	106
+C7580912	106
+C7580936	106
+C7580946	106
+C7580948	106
+C7580954	106
+C7580956	106
+C7580962	106
+C7580968	106
+C7580978	106
+C7580980	106
+C7580982	106
+C7580988	106
+C7581010	106
+C7581032	106
+C7581052	106
+C7581068	106
+C7581098	106
+C7581104	106
+C7581106	106
+C7581110	106
+C7581112	106
+C7581126	106
+C7581130	106
+C7581142	106
+C7581150	106
+C7581156	106
+C7581158	106
+C7581160	106
+C7581164	106
+C7581174	106
+C7581188	106
+C7581192	106
+C7581196	106
+C7581198	106
+C7581210	106
+C7581214	106
+C7581240	106
+C7581252	106
+C7581258	106
+C7581264	106
+C7581266	106
+C7581268	106
+C7581276	106
+C7581295	106
+C7581323	106
+C7581327	106
+C7581329	106
+C7581363	106
+C7581365	106
+C7581371	106
+C7581373	106
+C7581389	106
+C7581395	106
+C7581397	106
+C7581409	106
+C7581423	106
+C7581427	106
+C7581431	106
+C7581447	106
+C7581461	106
+C7581465	106
+C7581467	106
+C7581473	106
+C7581491	106
+C7581493	106
+C7581503	106
+C7581505	106
+C7581515	106
+C7581521	106
+C7581531	106
+C7581545	106
+C7581567	106
+C7581577	106
+C7581583	106
+C7581585	106
+C7581589	106
+C7581599	106
+C7581607	106
+C7581663	106
+C7581665	106
+C7581677	106
+C7581683	106
+C7581685	106
+C7581687	106
+C7581689	106
+C7581693	106
+C7581711	106
+C7581719	106
+C7581727	106
+C7581739	106
+C7581753	106
+C7581769	106
+C7581791	106
+C7581797	106
+C7581805	106
+C7581807	106
+C7581811	106
+C7581815	106
+C7581835	106
+C7581851	106
+C7581853	106
+C7581855	106
+C7581865	106
+C7581873	106
+C7581879	106
+C7581889	106
+C7581893	106
+C7581897	106
+C7581905	106
+C7581911	106
+C7581927	106
+C7581939	106
+C7581941	106
+C7581943	106
+C7581947	106
+C7581961	106
+C7581983	106
+C7581985	106
+C7581987	106
+C7581989	106
+C7581997	106
+C7582005	106
+C7582019	106
+C7582027	106
+C7582037	106
+C7582043	106
+C7582047	106
+C7582055	106
+C7582085	106
+C7582089	106
+C7582091	106
+C7582093	106
+C7582105	106
+C7582129	106
+C7582151	106
+C7582173	106
+C7582181	106
+C7582205	106
+C7582207	106
+C7582209	106
+C7582213	106
+C7582257	106
+C7582281	106
+C7582289	106
+C7582293	106
+C7582319	106
+C7582327	106
+C7582347	106
+C7582357	106
+C7582361	106
+C7582387	106
+C7582391	106
+C7582403	106
+C7582405	106
+C7582411	106
+C7582419	106
+C7582421	106
+C7582441	106
+C7582443	106
+C7582445	106
+C7582455	106
+C7582475	106
+C7582479	106
+C7582485	106
+C7582491	106
+C7582507	106
+C7582509	106
+C7582515	106
+C7582541	106
+C7582547	106
+C7582557	106
+C7582561	106
+C7582563	106
+C7582575	106
+C7582581	106
+C7582585	106
+C7582595	106
+C7582597	106
+C7582607	106
+C7582637	106
+C7582647	106
+C7582657	106
+C7582659	106
+C7582681	106
+C7582687	106
+C7582693	106
+C7582697	106
+C7582701	106
+C7582705	106
+C7582709	106
+C7582729	106
+C7582747	106
+C7582755	106
+C7582763	106
+C7582773	106
+C7582783	106
+C7582789	106
+C7582799	106
+C7582801	106
+C7582809	106
+C7582815	106
+C7582819	106
+C7582823	106
+C7582829	106
+C7582831	106
+C7582833	106
+C7582841	106
+C7582849	106
+C7582863	106
+C7582879	106
+C7582883	106
+C7582893	106
+C7582909	106
+C7582913	106
+C7582941	106
+C7582989	106
+C7582991	106
+C7583007	106
+C7583013	106
+C7583017	106
+C7583037	106
+C7583051	106
+C7583055	106
+C7583059	106
+C7583079	106
+C7583081	106
+C7583087	106
+C7583093	106
+C7583111	106
+C7583121	106
+C7583131	106
+C7583133	106
+C7583137	106
+C7583159	106
+C7583171	106
+C7583189	106
+C7583195	106
+C7583201	106
+C7583203	106
+C7583205	106
+C7583207	106
+C7583213	106
+C7583223	106
+C7583231	106
+C7583233	106
+C7583247	106
+C7583251	106
+C7583265	106
+C7583279	106
+C7583287	106
+C7583289	106
+C7583311	106
+C7583313	106
+C7583315	106
+C7583325	106
+C7583331	106
+C7583337	106
+C7583359	106
+C7583361	106
+C7583365	106
+C7583379	106
+C7583387	106
+C7583415	106
+C7583417	106
+C7583429	106
+C7583433	106
+C7583435	106
+C7583441	106
+C7583467	106
+C7583469	106
+C7583495	106
+C7583517	106
+C7583529	106
+C7583539	106
+C7583545	106
+C7583547	106
+C7583555	106
+C7583561	106
+C7583585	106
+C7583605	106
+C7583613	106
+C7583627	106
+C7583633	106
+C7583645	106
+C7583651	106
+C7583657	106
+C7583671	106
+C7583679	106
+C7583691	106
+C7583699	106
+C7583707	106
+C7583709	106
+C7583727	106
+C7583731	106
+C7583739	106
+C7583751	106
+C7583753	106
+C7583789	106
+C7583809	106
+C7583815	106
+C7583837	106
+C7583839	106
+C7583841	106
+C7583861	106
+C7583863	106
+C7583877	106
+C7583885	106
+C7583901	106
+C7583907	106
+C7583921	106
+C7583925	106
+C7583957	106
+C7583975	106
+C7583977	106
+C7583979	106
+C7583981	106
+C7584015	106
+C7584017	106
+C7584027	106
+C7584031	106
+C7584039	106
+C7584043	106
+C7584051	106
+C7584059	106
+C7584063	106
+C7584065	106
+C7584085	106
+C7584091	106
+C7584103	106
+C7584109	106
+C7584111	106
+C7584113	106
+C7584149	106
+C7584151	106
+C7584161	106
+C7584167	106
+C7584191	106
+C7584225	106
+C7584227	106
+C7584229	106
+C7584255	106
+C7584267	106
+C7584281	106
+C7584287	106
+C7584299	106
+C7584305	106
+C7584309	106
+C7584311	106
+C7584315	106
+C7584317	106
+C7584329	106
+C7584337	106
+C7584365	106
+C7584371	106
+C7584373	106
+C7584377	106
+C7584379	106
+C7584393	106
+C7584409	106
+C7584425	106
+C7584435	106
+C7584439	106
+C7584447	106
+C7584451	106
+C7584459	106
+C7584465	106
+C7584473	106
+C7584485	106
+C7584491	106
+C7584499	106
+C7584505	106
+C7584509	106
+C7584511	106
+C7584527	106
+C7584559	106
+C7584583	106
+C7584589	106
+C7584619	106
+C7584627	106
+C7584629	106
+C7584635	106
+C7584645	106
+C7584649	106
+C7584651	106
+C7584665	106
+C7584667	106
+C7584687	106
+C7584693	106
+C7584723	106
+C7584729	106
+C7584733	106
+C7584745	106
+C7584767	106
+C7584779	106
+C7584785	106
+C7584797	106
+C7584821	106
+C7584825	106
+C7584827	106
+C7584831	106
+C7584847	106
+C7584853	106
+C7584863	106
+C7584867	106
+C7584881	106
+C7584893	106
+C7584899	106
+C7584905	106
+C7584913	106
+C7584921	106
+C7584955	106
+C7584979	106
+C7584997	106
+C7585029	106
+C7585031	106
+C7585051	106
+C7585075	106
+C7585137	106
+C7585143	106
+C7585151	106
+C7585155	106
+C7585163	106
+C7585164	106
+C7585170	106
+C7585172	106
+C7585184	106
+C7585188	106
+C7585196	106
+C7585206	106
+C7585214	106
+C7585228	106
+C7585236	106
+C7585242	106
+C7585244	106
+C7585262	106
+C7585278	106
+C7585282	106
+C7585290	106
+C7585304	106
+C7585308	106
+C7585314	106
+C7585328	106
+C7585332	106
+C7585334	106
+C7585338	106
+C7585342	106
+C7585348	106
+C7585372	106
+C7585378	106
+C7585380	106
+C7585396	106
+C7585398	106
+C7585410	106
+C7585428	106
+C7585442	106
+C7585452	106
+C7585462	106
+C7585472	106
+C7585474	106
+C7585484	106
+C7585492	106
+C7585516	106
+C7585522	106
+C7585528	106
+C7585534	106
+C7585536	106
+C7585540	106
+C7585552	106
+C7585574	106
+C7585576	106
+C7585582	106
+C7585588	106
+C7585592	106
+C7585594	106
+C7585608	106
+C7585616	106
+C7585618	106
+C7585630	106
+C7585636	106
+C7585638	106
+C7585666	106
+C7585670	106
+C7585680	106
+C7585696	106
+C7585704	106
+C7585734	106
+C7585738	106
+C7585744	106
+C7585756	106
+C7585800	106
+C7585808	106
+C7585810	106
+C7585814	106
+C7585824	106
+C7585836	106
+C7585862	106
+C7585866	106
+C7585876	106
+C7585878	106
+C7585912	106
+C7585914	106
+C7585920	106
+C7585940	106
+C7585946	106
+C7585954	106
+C7585968	106
+C7585976	106
+C7585978	106
+C7585986	106
+C7585994	106
+C7586006	106
+C7586010	106
+C7586038	106
+C7586046	106
+C7586048	106
+C7586052	106
+C7586058	106
+C7586064	106
+C7586068	106
+C7586082	106
+C7586084	106
+C7586090	106
+C7586094	106
+C7586098	106
+C7586100	106
+C7586118	106
+C7586156	106
+C7586162	106
+C7586186	106
+C7586192	106
+C7586200	106
+C7586202	106
+C7586224	106
+C7586228	106
+C7586240	106
+C7586254	106
+C7586264	106
+C7586292	106
+C7586308	106
+C7586314	106
+C7586316	106
+C7586318	106
+C7586332	106
+C7586334	106
+C7586346	106
+C7586362	106
+C7586384	106
+C7586390	106
+C7586408	106
+C7586416	106
+C7586422	106
+C7586460	106
+C7586464	106
+C7586490	106
+C7586494	106
+C7586496	106
+C7586498	106
+C7586502	106
+C7586504	106
+C7586506	106
+C7586524	106
+C7586532	106
+C7586536	106
+C7586546	106
+C7586548	106
+C7586562	106
+C7586564	106
+C7586566	106
+C7586576	106
+C7586588	106
+C7586594	106
+C7586610	106
+C7586612	106
+C7586632	106
+C7586638	106
+C7586644	106
+C7586648	106
+C7586654	106
+C7586662	106
+C7586666	106
+C7586676	106
+C7586690	106
+C7586700	106
+C7586704	106
+C7586726	106
+C7586730	106
+C7586734	106
+C7586738	106
+C7586740	106
+C7586744	106
+C7586768	106
+C7586772	106
+C7586780	106
+C7586782	106
+C7586784	106
+C7586786	106
+C7586788	106
+C7586794	106
+C7586796	106
+C7586824	106
+C7586830	106
+C7586838	106
+C7586846	106
+C7586850	106
+C7586860	106
+C7586862	106
+C7586870	106
+C7586876	106
+C7586880	106
+C7586892	106
+C7586902	106
+C7586916	106
+C7586918	106
+C7586962	106
+C7586968	106
+C7586980	106
+C7586982	106
+C7586984	106
+C7587010	106
+C7587012	106
+C7587022	106
+C7587024	106
+C7587032	106
+C7587046	106
+C7587048	106
+C7587064	106
+C7587070	106
+C7587072	106
+C7587074	106
+C7587080	106
+C7587092	106
+C7587100	106
+C7587102	106
+C7587106	106
+C7587108	106
+C7587166	106
+C7587170	106
+C7587182	106
+C7556428	105
+C7556430	105
+C7556438	105
+C7556444	105
+C7556450	105
+C7556456	105
+C7556458	105
+C7556462	105
+C7556466	105
+C7556478	105
+C7556482	105
+C7556494	105
+C7556500	105
+C7556508	105
+C7556516	105
+C7556534	105
+C7556546	105
+C7556570	105
+C7556582	105
+C7556620	105
+C7556628	105
+C7556654	105
+C7556658	105
+C7556660	105
+C7556686	105
+C7556702	105
+C7556720	105
+C7556732	105
+C7556744	105
+C7556756	105
+C7556760	105
+C7556766	105
+C7556768	105
+C7556770	105
+C7556776	105
+C7556778	105
+C7556792	105
+C7556822	105
+C7556824	105
+C7556826	105
+C7556834	105
+C7556838	105
+C7556866	105
+C7556876	105
+C7556896	105
+C7556906	105
+C7556922	105
+C7556934	105
+C7556952	105
+C7556956	105
+C7556964	105
+C7556970	105
+C7556974	105
+C7556976	105
+C7557008	105
+C7557010	105
+C7557020	105
+C7557032	105
+C7557036	105
+C7557044	105
+C7557048	105
+C7557052	105
+C7557054	105
+C7557066	105
+C7557088	105
+C7557096	105
+C7557110	105
+C7557130	105
+C7557136	105
+C7557146	105
+C7557148	105
+C7557150	105
+C7557154	105
+C7557162	105
+C7557196	105
+C7557202	105
+C7557204	105
+C7557206	105
+C7557208	105
+C7557218	105
+C7557220	105
+C7557254	105
+C7557260	105
+C7557262	105
+C7557300	105
+C7557316	105
+C7557320	105
+C7557328	105
+C7557332	105
+C7557346	105
+C7557356	105
+C7557358	105
+C7557362	105
+C7557372	105
+C7557382	105
+C7557400	105
+C7557410	105
+C7557414	105
+C7557420	105
+C7557422	105
+C7557434	105
+C7557438	105
+C7557442	105
+C7557454	105
+C7557456	105
+C7557460	105
+C7557464	105
+C7557474	105
+C7557478	105
+C7557480	105
+C7557486	105
+C7557490	105
+C7557522	105
+C7557534	105
+C7557558	105
+C7557564	105
+C7557576	105
+C7557578	105
+C7557604	105
+C7557628	105
+C7557636	105
+C7557638	105
+C7557646	105
+C7557696	105
+C7557700	105
+C7557706	105
+C7557720	105
+C7557742	105
+C7557748	105
+C7557768	105
+C7557780	105
+C7557794	105
+C7557804	105
+C7557820	105
+C7557828	105
+C7557832	105
+C7557836	105
+C7557848	105
+C7557854	105
+C7557878	105
+C7557880	105
+C7557884	105
+C7557886	105
+C7557902	105
+C7557908	105
+C7557916	105
+C7557922	105
+C7557934	105
+C7557942	105
+C7557944	105
+C7557948	105
+C7557954	105
+C7557956	105
+C7557968	105
+C7557970	105
+C7557974	105
+C7557988	105
+C7557990	105
+C7557992	105
+C7558004	105
+C7558006	105
+C7558010	105
+C7558020	105
+C7558026	105
+C7558028	105
+C7558034	105
+C7558040	105
+C7558042	105
+C7558052	105
+C7558054	105
+C7558056	105
+C7558062	105
+C7558066	105
+C7558074	105
+C7558078	105
+C7558084	105
+C7558092	105
+C7558104	105
+C7558110	105
+C7558112	105
+C7558124	105
+C7558148	105
+C7558166	105
+C7558184	105
+C7558200	105
+C7558202	105
+C7558204	105
+C7558212	105
+C7558216	105
+C7558238	105
+C7558264	105
+C7558286	105
+C7558302	105
+C7558320	105
+C7558324	105
+C7558326	105
+C7558332	105
+C7558348	105
+C7558350	105
+C7558352	105
+C7558354	105
+C7558368	105
+C7558396	105
+C7558408	105
+C7558412	105
+C7558418	105
+C7558436	105
+C7558444	105
+C7558462	105
+C7558464	105
+C7558468	105
+C7558472	105
+C7558488	105
+C7558494	105
+C7558500	105
+C7558524	105
+C7558538	105
+C7558546	105
+C7558558	105
+C7558564	105
+C7558570	105
+C7558582	105
+C7558594	105
+C7558596	105
+C7558606	105
+C7558622	105
+C7558642	105
+C7558652	105
+C7558654	105
+C7558680	105
+C7558690	105
+C7558712	105
+C7558716	105
+C7558720	105
+C7558736	105
+C7558742	105
+C7558752	105
+C7558756	105
+C7558758	105
+C7558762	105
+C7558786	105
+C7558800	105
+C7558812	105
+C7558838	105
+C7558840	105
+C7558874	105
+C7558888	105
+C7558894	105
+C7558900	105
+C7558922	105
+C7558940	105
+C7558944	105
+C7558952	105
+C7558954	105
+C7558960	105
+C7558964	105
+C7558970	105
+C7558976	105
+C7558984	105
+C7558990	105
+C7558992	105
+C7558998	105
+C7559002	105
+C7559020	105
+C7559024	105
+C7559036	105
+C7559046	105
+C7559048	105
+C7559060	105
+C7559088	105
+C7559092	105
+C7559094	105
+C7559102	105
+C7559108	105
+C7559116	105
+C7559120	105
+C7559124	105
+C7559126	105
+C7559154	105
+C7559160	105
+C7559168	105
+C7559176	105
+C7559184	105
+C7559204	105
+C7559208	105
+C7559238	105
+C7559248	105
+C7559254	105
+C7559256	105
+C7559268	105
+C7559278	105
+C7559292	105
+C7559302	105
+C7559308	105
+C7559310	105
+C7559312	105
+C7559322	105
+C7559332	105
+C7559342	105
+C7559356	105
+C7559360	105
+C7559364	105
+C7559370	105
+C7559382	105
+C7559384	105
+C7559388	105
+C7559418	105
+C7559420	105
+C7559432	105
+C7559442	105
+C7559454	105
+C7559456	105
+C7559458	105
+C7559466	105
+C7559496	105
+C7559502	105
+C7559510	105
+C7559532	105
+C7559538	105
+C7559542	105
+C7559572	105
+C7559602	105
+C7559626	105
+C7559632	105
+C7559636	105
+C7559648	105
+C7559654	105
+C7559660	105
+C7559680	105
+C7559682	105
+C7559698	105
+C7559702	105
+C7559704	105
+C7559706	105
+C7559718	105
+C7559722	105
+C7559726	105
+C7559730	105
+C7559734	105
+C7559738	105
+C7559744	105
+C7559760	105
+C7559762	105
+C7559766	105
+C7559768	105
+C7559808	105
+C7559822	105
+C7559842	105
+C7559852	105
+C7559854	105
+C7559866	105
+C7559878	105
+C7559882	105
+C7559888	105
+C7559890	105
+C7559902	105
+C7559906	105
+C7559910	105
+C7559912	105
+C7559948	105
+C7559954	105
+C7559970	105
+C7559976	105
+C7559982	105
+C7559988	105
+C7559996	105
+C7560000	105
+C7560020	105
+C7560026	105
+C7560032	105
+C7560034	105
+C7560050	105
+C7560064	105
+C7560072	105
+C7560078	105
+C7560084	105
+C7560088	105
+C7560090	105
+C7560096	105
+C7560102	105
+C7560104	105
+C7560118	105
+C7560120	105
+C7560126	105
+C7560132	105
+C7560134	105
+C7560144	105
+C7560154	105
+C7560172	105
+C7560178	105
+C7560180	105
+C7560186	105
+C7560188	105
+C7560196	105
+C7560198	105
+C7560202	105
+C7560206	105
+C7560222	105
+C7560234	105
+C7560236	105
+C7560250	105
+C7560260	105
+C7560262	105
+C7560266	105
+C7560268	105
+C7560280	105
+C7560290	105
+C7560294	105
+C7560296	105
+C7560306	105
+C7560316	105
+C7560326	105
+C7560328	105
+C7560336	105
+C7560340	105
+C7560344	105
+C7560350	105
+C7560356	105
+C7560380	105
+C7560396	105
+C7560402	105
+C7560412	105
+C7560416	105
+C7560420	105
+C7560422	105
+C7560432	105
+C7560434	105
+C7560438	105
+C7560448	105
+C7560454	105
+C7560466	105
+C7560480	105
+C7560486	105
+C7560488	105
+C7560498	105
+C7560508	105
+C7560528	105
+C7560536	105
+C7560542	105
+C7560548	105
+C7560558	105
+C7560562	105
+C7560568	105
+C7560574	105
+C7560578	105
+C7560580	105
+C7560588	105
+C7560604	105
+C7560608	105
+C7560610	105
+C7560612	105
+C7560616	105
+C7560624	105
+C7560626	105
+C7560630	105
+C7560642	105
+C7560650	105
+C7560652	105
+C7560658	105
+C7560660	105
+C7560666	105
+C7560700	105
+C7560706	105
+C7560726	105
+C7560732	105
+C7560746	105
+C7560748	105
+C7560752	105
+C7560756	105
+C7560776	105
+C7560794	105
+C7560796	105
+C7560806	105
+C7560808	105
+C7560830	105
+C7560832	105
+C7560844	105
+C7560862	105
+C7560866	105
+C7560868	105
+C7560880	105
+C7560906	105
+C7560912	105
+C7560916	105
+C7560930	105
+C7560940	105
+C7560950	105
+C7560970	105
+C7560984	105
+C7560990	105
+C7560996	105
+C7561008	105
+C7561010	105
+C7561018	105
+C7561026	105
+C7561032	105
+C7561044	105
+C7561060	105
+C7561074	105
+C7561078	105
+C7561122	105
+C7561132	105
+C7561134	105
+C7561140	105
+C7561144	105
+C7561156	105
+C7561164	105
+C7561168	105
+C7561178	105
+C7561180	105
+C7561186	105
+C7561194	105
+C7561212	105
+C7561216	105
+C7561226	105
+C7561236	105
+C7561240	105
+C7561244	105
+C7561246	105
+C7561250	105
+C7561256	105
+C7561258	105
+C7561260	105
+C7561272	105
+C7561276	105
+C7561280	105
+C7561294	105
+C7561300	105
+C7561310	105
+C7561322	105
+C7561326	105
+C7561330	105
+C7561342	105
+C7561344	105
+C7561348	105
+C7561360	105
+C7561374	105
+C7561392	105
+C7561394	105
+C7561396	105
+C7561400	105
+C7561412	105
+C7561422	105
+C7561428	105
+C7561438	105
+C7561456	105
+C7561462	105
+C7561468	105
+C7561470	105
+C7561482	105
+C7561492	105
+C7561496	105
+C7561500	105
+C7561502	105
+C7561506	105
+C7561510	105
+C7561518	105
+C7561524	105
+C7561538	105
+C7561546	105
+C7561560	105
+C7561568	105
+C7561586	105
+C7561592	105
+C7561598	105
+C7561600	105
+C7561610	105
+C7561620	105
+C7561628	105
+C7561644	105
+C7561650	105
+C7561652	105
+C7561720	105
+C7561734	105
+C7561736	105
+C7561750	105
+C7561752	105
+C7561764	105
+C7561806	105
+C7561852	105
+C7561870	105
+C7561888	105
+C7561902	105
+C7561910	105
+C7561940	105
+C7561960	105
+C7561974	105
+C7562012	105
+C7562014	105
+C7562018	105
+C7562024	105
+C7562026	105
+C7562034	105
+C7562036	105
+C7562038	105
+C7562058	105
+C7562064	105
+C7562072	105
+C7562074	105
+C7562078	105
+C7562090	105
+C7562106	105
+C7562108	105
+C7562114	105
+C7562118	105
+C7562144	105
+C7562154	105
+C7562156	105
+C7562160	105
+C7562172	105
+C7562174	105
+C7562190	105
+C7562196	105
+C7562202	105
+C7562204	105
+C7562210	105
+C7562230	105
+C7562242	105
+C7562244	105
+C7562246	105
+C7562258	105
+C7562260	105
+C7562272	105
+C7562312	105
+C7562336	105
+C7562344	105
+C7562346	105
+C7562354	105
+C7562358	105
+C7562386	105
+C7562396	105
+C7562402	105
+C7562432	105
+C7562436	105
+C7562440	105
+C7562444	105
+C7562446	105
+C7562454	105
+C7562462	105
+C7562466	105
+C7562476	105
+C7562500	105
+C7562510	105
+C7562516	105
+C7562518	105
+C7562542	105
+C7562562	105
+C7562572	105
+C7562574	105
+C7562600	105
+C7562604	105
+C7562612	105
+C7562624	105
+C7562628	105
+C7562656	105
+C7562672	105
+C7562676	105
+C7562706	105
+C7562708	105
+C7562710	105
+C7562714	105
+C7562726	105
+C7562748	105
+C7562772	105
+C7562778	105
+C7562788	105
+C7562796	105
+C7562808	105
+C7562812	105
+C7562822	105
+C7562826	105
+C7562864	105
+C7562870	105
+C7562882	105
+C7562896	105
+C7562898	105
+C7562912	105
+C7562918	105
+C7562924	105
+C7562926	105
+C7562928	105
+C7562934	105
+C7562938	105
+C7562944	105
+C7562948	105
+C7562972	105
+C7562978	105
+C7562980	105
+C7562984	105
+C7562990	105
+C7562994	105
+C7563002	105
+C7563036	105
+C7563042	105
+C7563056	105
+C7563058	105
+C7563068	105
+C7563072	105
+C7563088	105
+C7563090	105
+C7563106	105
+C7563114	105
+C7563128	105
+C7563136	105
+C7563156	105
+C7563162	105
+C7563172	105
+C7563178	105
+C7563182	105
+C7563190	105
+C7563200	105
+C7563216	105
+C7563220	105
+C7563226	105
+C7563232	105
+C7563256	105
+C7563272	105
+C7563288	105
+C7563294	105
+C7563318	105
+C7563320	105
+C7563332	105
+C7563344	105
+C7563354	105
+C7563358	105
+C7563360	105
+C7563362	105
+C7563368	105
+C7563370	105
+C7563372	105
+C7563380	105
+C7563388	105
+C7563396	105
+C7563398	105
+C7563404	105
+C7563416	105
+C7563418	105
+C7563422	105
+C7563434	105
+C7563436	105
+C7563444	105
+C7563446	105
+C7563450	105
+C7563466	105
+C7563470	105
+C7563472	105
+C7563474	105
+C7563478	105
+C7563484	105
+C7563490	105
+C7563492	105
+C7563500	105
+C7563502	105
+C7563512	105
+C7563526	105
+C7563530	105
+C7563534	105
+C7563540	105
+C7563548	105
+C7563554	105
+C7563570	105
+C7563590	105
+C7563594	105
+C7563596	105
+C7563608	105
+C7563614	105
+C7563622	105
+C7563632	105
+C7563634	105
+C7563638	105
+C7563640	105
+C7563644	105
+C7563658	105
+C7563664	105
+C7563668	105
+C7563680	105
+C7563686	105
+C7563694	105
+C7563704	105
+C7563726	105
+C7563732	105
+C7563736	105
+C7563750	105
+C7563768	105
+C7563774	105
+C7563776	105
+C7563778	105
+C7563786	105
+C7563792	105
+C7563800	105
+C7563804	105
+C7563808	105
+C7563812	105
+C7563818	105
+C7563826	105
+C7563828	105
+C7563834	105
+C7563840	105
+C7563856	105
+C7563864	105
+C7563868	105
+C7563890	105
+C7563894	105
+C7563906	105
+C7563916	105
+C7563964	105
+C7563980	105
+C7563982	105
+C7563990	105
+C7564000	105
+C7564014	105
+C7564018	105
+C7564038	105
+C7564044	105
+C7564052	105
+C7564064	105
+C7564074	105
+C7564076	105
+C7564078	105
+C7564084	105
+C7564086	105
+C7564100	105
+C7564106	105
+C7564112	105
+C7564114	105
+C7564120	105
+C7564132	105
+C7564136	105
+C7564138	105
+C7564140	105
+C7564164	105
+C7564168	105
+C7564172	105
+C7564174	105
+C7564184	105
+C7564188	105
+C7564192	105
+C7564212	105
+C7564218	105
+C7564236	105
+C7564246	105
+C7564282	105
+C7564286	105
+C7564288	105
+C7564292	105
+C7564296	105
+C7564320	105
+C7564334	105
+C7564336	105
+C7564338	105
+C7564342	105
+C7564344	105
+C7564358	105
+C7564368	105
+C7564386	105
+C7564390	105
+C7564412	105
+C7564416	105
+C7564442	105
+C7564454	105
+C7564460	105
+C7564464	105
+C7564474	105
+C7564494	105
+C7564498	105
+C7564506	105
+C7564528	105
+C7564532	105
+C7564540	105
+C7564542	105
+C7564554	105
+C7564558	105
+C7564564	105
+C7564570	105
+C7564574	105
+C7564576	105
+C7564578	105
+C7564586	105
+C7564590	105
+C7564594	105
+C7564598	105
+C7564610	105
+C7564622	105
+C7564624	105
+C7564638	105
+C7564640	105
+C7564664	105
+C7564666	105
+C7564672	105
+C7564676	105
+C7564684	105
+C7564708	105
+C7564712	105
+C7564720	105
+C7564722	105
+C7564724	105
+C7564730	105
+C7564742	105
+C7564744	105
+C7564746	105
+C7564754	105
+C7564762	105
+C7564764	105
+C7564778	105
+C7564784	105
+C7564798	105
+C7564806	105
+C7564812	105
+C7564826	105
+C7564830	105
+C7564832	105
+C7564848	105
+C7564852	105
+C7564856	105
+C7564868	105
+C7564874	105
+C7564892	105
+C7564900	105
+C7564906	105
+C7564908	105
+C7564912	105
+C7564918	105
+C7564922	105
+C7564938	105
+C7564942	105
+C7564970	105
+C7564972	105
+C7564980	105
+C7564992	105
+C7564996	105
+C7565002	105
+C7565008	105
+C7565014	105
+C7565024	105
+C7565034	105
+C7565040	105
+C7565048	105
+C7565058	105
+C7565074	105
+C7565078	105
+C7565092	105
+C7565094	105
+C7565104	105
+C7565108	105
+C7565122	105
+C7565138	105
+C7565150	105
+C7565152	105
+C7565154	105
+C7565160	105
+C7565166	105
+C7565186	105
+C7565202	105
+C7565208	105
+C7565210	105
+C7565222	105
+C7565224	105
+C7565234	105
+C7565244	105
+C7565254	105
+C7565258	105
+C7565268	105
+C7565274	105
+C7565278	105
+C7565280	105
+C7565282	105
+C7565288	105
+C7565296	105
+C7565298	105
+C7565310	105
+C7565312	105
+C7565314	105
+C7565316	105
+C7565320	105
+C7565322	105
+C7565326	105
+C7565330	105
+C7565342	105
+C7565348	105
+C7565358	105
+C7565380	105
+C7565398	105
+C7565410	105
+C7565420	105
+C7565422	105
+C7565430	105
+C7565442	105
+C7565446	105
+C7565450	105
+C7565458	105
+C7565472	105
+C7565474	105
+C7565488	105
+C7565492	105
+C7565494	105
+C7565502	105
+C7565506	105
+C7565518	105
+C7565520	105
+C7565522	105
+C7565526	105
+C7565532	105
+C7565534	105
+C7565540	105
+C7565564	105
+C7565566	105
+C7565570	105
+C7565582	105
+C7565588	105
+C7565600	105
+C7565606	105
+C7565626	105
+C7565630	105
+C7565632	105
+C7565648	105
+C7565654	105
+C7565656	105
+C7565664	105
+C7565666	105
+C7565672	105
+C7565688	105
+C7565692	105
+C7565704	105
+C7565706	105
+C7565714	105
+C7565730	105
+C7565738	105
+C7565740	105
+C7565752	105
+C7565764	105
+C7565774	105
+C7565784	105
+C7565786	105
+C7565790	105
+C7565810	105
+C7565812	105
+C7565852	105
+C7565856	105
+C7565862	105
+C7565868	105
+C7565886	105
+C7565906	105
+C7565908	105
+C7565942	105
+C7565948	105
+C7565952	105
+C7565960	105
+C7565964	105
+C7565966	105
+C7565976	105
+C7565980	105
+C7565982	105
+C7565998	105
+C7566002	105
+C7566006	105
+C7566008	105
+C7566036	105
+C7566044	105
+C7566046	105
+C7566050	105
+C7566074	105
+C7566084	105
+C7566086	105
+C7566092	105
+C7566100	105
+C7566104	105
+C7566106	105
+C7566124	105
+C7566128	105
+C7566130	105
+C7566140	105
+C7566146	105
+C7566150	105
+C7566158	105
+C7566160	105
+C7566170	105
+C7566178	105
+C7566196	105
+C7566200	105
+C7566208	105
+C7566214	105
+C7566218	105
+C7566234	105
+C7566236	105
+C7566242	105
+C7566266	105
+C7566278	105
+C7566282	105
+C7566286	105
+C7566316	105
+C7566324	105
+C7566328	105
+C7566348	105
+C7566354	105
+C7566356	105
+C7566364	105
+C7566378	105
+C7566382	105
+C7566400	105
+C7566404	105
+C7566416	105
+C7566422	105
+C7566434	105
+C7566444	105
+C7566454	105
+C7566464	105
+C7566466	105
+C7566470	105
+C7566482	105
+C7566486	105
+C7566490	105
+C7566492	105
+C7566500	105
+C7566506	105
+C7566508	105
+C7566512	105
+C7566516	105
+C7566520	105
+C7566526	105
+C7566528	105
+C7566536	105
+C7566538	105
+C7566548	105
+C7566554	105
+C7566562	105
+C7566566	105
+C7566576	105
+C7566586	105
+C7566588	105
+C7566604	105
+C7566606	105
+C7566620	105
+C7566626	105
+C7566632	105
+C7566634	105
+C7566644	105
+C7566654	105
+C7566656	105
+C7566672	105
+C7566674	105
+C7566676	105
+C7566678	105
+C7566684	105
+C7566690	105
+C7566704	105
+C7566712	105
+C7566724	105
+C7566736	105
+C7566742	105
+C7566754	105
+C7566756	105
+C7566760	105
+C7566762	105
+C7566770	105
+C7566784	105
+C7566792	105
+C7566818	105
+C7566824	105
+C7566828	105
+C7566838	105
+C7566852	105
+C7566856	105
+C7566862	105
+C7566870	105
+C7566878	105
+C7566886	105
+C7566898	105
+C7566900	105
+C7566906	105
+C7566910	105
+C7566912	105
+C7566916	105
+C7566918	105
+C7566922	105
+C7566928	105
+C7566930	105
+C7566934	105
+C7566938	105
+C7566940	105
+C7566946	105
+C7566948	105
+C7566950	105
+C7566952	105
+C7566960	105
+C7566964	105
+C7566966	105
+C7566968	105
+C7566974	105
+C7566976	105
+C7566980	105
+C7566982	105
+C7566984	105
+C7566992	105
+C7566998	105
+C7567022	105
+C7567034	105
+C7567046	105
+C7567058	105
+C7567062	105
+C7567072	105
+C7567078	105
+C7567080	105
+C7567116	105
+C7567122	105
+C7567126	105
+C7567146	105
+C7567152	105
+C7567168	105
+C7567174	105
+C7567176	105
+C7567180	105
+C7567190	105
+C7567198	105
+C7567216	105
+C7567222	105
+C7567236	105
+C7567258	105
+C7567262	105
+C7567296	105
+C7567308	105
+C7567312	105
+C7567324	105
+C7567334	105
+C7567344	105
+C7567354	105
+C7567362	105
+C7567366	105
+C7567368	105
+C7567380	105
+C7567398	105
+C7567434	105
+C7567442	105
+C7567448	105
+C7567450	105
+C7567452	105
+C7567458	105
+C7567472	105
+C7567478	105
+C7567486	105
+C7567494	105
+C7567506	105
+C7567526	105
+C7567548	105
+C7567550	105
+C7567560	105
+C7567568	105
+C7567582	105
+C7567596	105
+C7567600	105
+C7567602	105
+C7567620	105
+C7567626	105
+C7567632	105
+C7567634	105
+C7567638	105
+C7567648	105
+C7567652	105
+C7567662	105
+C7567666	105
+C7567670	105
+C7567674	105
+C7567694	105
+C7567698	105
+C7567704	105
+C7567726	105
+C7567728	105
+C7567734	105
+C7567738	105
+C7567742	105
+C7567746	105
+C7567752	105
+C7567756	105
+C7567764	105
+C7567770	105
+C7567776	105
+C7567788	105
+C7567792	105
+C7567800	105
+C7567810	105
+C7567812	105
+C7567870	105
+C7567880	105
+C7567886	105
+C7567892	105
+C7567898	105
+C7567908	105
+C7567914	105
+C7567920	105
+C7567924	105
+C7567926	105
+C7567930	105
+C7567970	105
+C7567980	105
+C7567982	105
+C7567984	105
+C7567992	105
+C7568008	105
+C7568046	105
+C7568050	105
+C7568076	105
+C7568082	105
+C7568094	105
+C7568102	105
+C7568110	105
+C7568116	105
+C7568120	105
+C7568128	105
+C7568144	105
+C7568150	105
+C7568156	105
+C7568164	105
+C7568196	105
+C7568214	105
+C7568216	105
+C7568232	105
+C7568236	105
+C7568238	105
+C7568242	105
+C7568250	105
+C7568252	105
+C7568260	105
+C7568276	105
+C7568302	105
+C7568304	105
+C7568306	105
+C7568308	105
+C7568310	105
+C7568318	105
+C7568320	105
+C7568322	105
+C7568330	105
+C7568332	105
+C7568360	105
+C7568364	105
+C7568366	105
+C7568380	105
+C7568384	105
+C7568398	105
+C7568420	105
+C7568424	105
+C7568428	105
+C7568438	105
+C7568444	105
+C7568446	105
+C7568456	105
+C7568458	105
+C7568460	105
+C7568474	105
+C7568498	105
+C7568504	105
+C7568506	105
+C7568522	105
+C7568530	105
+C7568532	105
+C7568554	105
+C7568572	105
+C7568586	105
+C7568588	105
+C7568596	105
+C7568600	105
+C7568614	105
+C7568626	105
+C7568628	105
+C7568644	105
+C7568648	105
+C7568656	105
+C7568658	105
+C7568672	105
+C7568686	105
+C7568690	105
+C7568710	105
+C7568712	105
+C7568740	105
+C7568746	105
+C7568750	105
+C7568752	105
+C7568760	105
+C7568772	105
+C7568774	105
+C7568776	105
+C7568788	105
+C7568804	105
+C7568834	105
+C7568836	105
+C7568838	105
+C7568842	105
+C7568846	105
+C7568850	105
+C7568854	105
+C7568862	105
+C7568884	105
+C7568886	105
+C7568890	105
+C7568896	105
+C7568920	105
+C7568932	105
+C7568934	105
+C7568936	105
+C7568946	105
+C7568952	105
+C7568976	105
+C7568978	105
+C7568980	105
+C7568982	105
+C7568986	105
+C7568998	105
+C7569000	105
+C7569006	105
+C7569008	105
+C7569012	105
+C7569016	105
+C7569026	105
+C7569028	105
+C7569030	105
+C7569052	105
+C7569062	105
+C7569064	105
+C7569066	105
+C7569090	105
+C7569096	105
+C7569114	105
+C7569116	105
+C7569118	105
+C7569126	105
+C7569134	105
+C7569138	105
+C7569150	105
+C7569154	105
+C7569156	105
+C7569158	105
+C7569160	105
+C7569162	105
+C7569164	105
+C7569170	105
+C7569174	105
+C7569178	105
+C7569192	105
+C7569202	105
+C7569204	105
+C7569206	105
+C7569212	105
+C7569222	105
+C7569224	105
+C7569226	105
+C7569228	105
+C7569232	105
+C7569238	105
+C7569244	105
+C7569268	105
+C7569272	105
+C7569274	105
+C7569284	105
+C7569294	105
+C7569302	105
+C7569314	105
+C7569322	105
+C7569330	105
+C7569334	105
+C7569342	105
+C7569348	105
+C7569360	105
+C7569404	105
+C7569408	105
+C7569412	105
+C7569418	105
+C7569438	105
+C7569446	105
+C7569458	105
+C7569460	105
+C7569462	105
+C7569488	105
+C7569494	105
+C7569510	105
+C7569520	105
+C7569546	105
+C7569548	105
+C7569556	105
+C7569558	105
+C7569562	105
+C7569564	105
+C7569582	105
+C7569592	105
+C7569604	105
+C7569612	105
+C7569616	105
+C7569622	105
+C7569630	105
+C7569638	105
+C7569652	105
+C7569662	105
+C7569664	105
+C7569666	105
+C7569668	105
+C7569674	105
+C7569694	105
+C7569702	105
+C7569716	105
+C7569736	105
+C7569738	105
+C7569740	105
+C7569742	105
+C7569748	105
+C7569752	105
+C7569754	105
+C7569758	105
+C7569762	105
+C7569768	105
+C7569774	105
+C7569788	105
+C7569792	105
+C7569796	105
+C7569806	105
+C7569832	105
+C7569834	105
+C7569840	105
+C7569846	105
+C7569878	105
+C7569880	105
+C7569894	105
+C7569904	105
+C7569932	105
+C7569936	105
+C7569944	105
+C7569950	105
+C7569952	105
+C7569956	105
+C7569972	105
+C7569976	105
+C7569978	105
+C7569988	105
+C7569998	105
+C7570000	105
+C7570008	105
+C7570010	105
+C7570016	105
+C7570030	105
+C7570032	105
+C7570036	105
+C7570038	105
+C7570044	105
+C7570066	105
+C7570072	105
+C7570096	105
+C7570114	105
+C7570120	105
+C7570126	105
+C7570130	105
+C7570136	105
+C7570144	105
+C7570148	105
+C7570150	105
+C7570154	105
+C7570158	105
+C7570162	105
+C7570182	105
+C7570184	105
+C7570192	105
+C7570230	105
+C7570232	105
+C7570250	105
+C7570254	105
+C7570260	105
+C7570264	105
+C7570272	105
+C7570280	105
+C7570282	105
+C7570298	105
+C7570310	105
+C7570318	105
+C7570324	105
+C7570330	105
+C7570332	105
+C7570344	105
+C7570348	105
+C7570360	105
+C7570364	105
+C7570368	105
+C7570372	105
+C7570388	105
+C7570390	105
+C7570394	105
+C7570396	105
+C7570410	105
+C7570414	105
+C7570420	105
+C7570422	105
+C7570426	105
+C7570430	105
+C7570438	105
+C7570442	105
+C7570446	105
+C7570452	105
+C7570456	105
+C7570460	105
+C7570464	105
+C7570482	105
+C7570484	105
+C7570486	105
+C7570506	105
+C7570516	105
+C7570524	105
+C7570528	105
+C7570536	105
+C7570540	105
+C7570544	105
+C7570562	105
+C7570564	105
+C7570566	105
+C7570568	105
+C7570572	105
+C7570606	105
+C7570616	105
+C7570618	105
+C7570628	105
+C7570638	105
+C7570642	105
+C7570650	105
+C7570658	105
+C7570668	105
+C7570670	105
+C7570684	105
+C7570696	105
+C7570704	105
+C7570712	105
+C7570722	105
+C7570724	105
+C7570744	105
+C7570754	105
+C7570758	105
+C7570794	105
+C7570816	105
+C7570818	105
+C7570820	105
+C7570824	105
+C7570828	105
+C7570830	105
+C7570880	105
+C7570890	105
+C7570906	105
+C7570922	105
+C7570930	105
+C7570934	105
+C7570936	105
+C7570946	105
+C7570954	105
+C7570964	105
+C7570970	105
+C7570980	105
+C7570984	105
+C7571000	105
+C7571004	105
+C7571012	105
+C7571020	105
+C7571032	105
+C7571058	105
+C7571060	105
+C7571068	105
+C7571072	105
+C7571088	105
+C7571100	105
+C7571124	105
+C7571128	105
+C7571132	105
+C7571136	105
+C7571140	105
+C7571158	105
+C7571160	105
+C7571170	105
+C7571180	105
+C7571184	105
+C7571186	105
+C7571188	105
+C7571198	105
+C7571200	105
+C7571202	105
+C7571206	105
+C7571208	105
+C7571220	105
+C7571236	105
+C7571244	105
+C7571264	105
+C7571276	105
+C7571280	105
+C7571300	105
+C7571304	105
+C7571314	105
+C7571316	105
+C7571324	105
+C7571340	105
+C7571348	105
+C7571358	105
+C7571372	105
+C7571378	105
+C7571382	105
+C7571386	105
+C7571388	105
+C7571396	105
+C7571428	105
+C7571430	105
+C7571436	105
+C7571450	105
+C7571456	105
+C7571464	105
+C7571472	105
+C7571482	105
+C7571502	105
+C7571510	105
+C7571518	105
+C7571520	105
+C7571522	105
+C7571534	105
+C7571536	105
+C7571546	105
+C7571548	105
+C7571556	105
+C7571562	105
+C7571590	105
+C7571600	105
+C7571604	105
+C7571608	105
+C7571612	105
+C7571614	105
+C7571624	105
+C7571636	105
+C7571650	105
+C7571666	105
+C7571674	105
+C7571686	105
+C7571694	105
+C7571718	105
+C7571722	105
+C7571728	105
+C7571732	105
+C7571746	105
+C7571762	105
+C7571768	105
+C7571794	105
+C7571802	105
+C7571828	105
+C7571832	105
+C7571856	105
+C7571866	105
+C7571872	105
+C7571884	105
+C7571886	105
+C7571888	105
+C7571916	105
+C7571930	105
+C7571944	105
+C7571948	105
+C7571958	105
+C7540592	104
+C7540596	104
+C7540606	104
+C7540614	104
+C7540616	104
+C7540624	104
+C7540628	104
+C7540632	104
+C7540636	104
+C7540662	104
+C7540678	104
+C7540694	104
+C7540696	104
+C7540722	104
+C7540748	104
+C7540750	104
+C7540752	104
+C7540756	104
+C7540758	104
+C7540770	104
+C7540772	104
+C7540776	104
+C7540778	104
+C7540780	104
+C7540786	104
+C7540788	104
+C7540790	104
+C7540798	104
+C7540800	104
+C7540802	104
+C7540814	104
+C7540820	104
+C7540822	104
+C7540824	104
+C7540866	104
+C7540868	104
+C7540874	104
+C7540882	104
+C7540884	104
+C7540886	104
+C7540906	104
+C7540908	104
+C7540922	104
+C7540950	104
+C7540952	104
+C7540954	104
+C7540956	104
+C7540964	104
+C7540972	104
+C7540974	104
+C7540988	104
+C7540992	104
+C7540996	104
+C7541010	104
+C7541020	104
+C7541030	104
+C7541052	104
+C7541062	104
+C7541066	104
+C7541086	104
+C7541096	104
+C7541098	104
+C7541106	104
+C7541124	104
+C7541134	104
+C7541136	104
+C7541142	104
+C7541152	104
+C7541154	104
+C7541158	104
+C7541162	104
+C7541180	104
+C7541190	104
+C7541206	104
+C7541208	104
+C7541230	104
+C7541232	104
+C7541238	104
+C7541250	104
+C7541262	104
+C7541264	104
+C7541274	104
+C7541282	104
+C7541294	104
+C7541300	104
+C7541302	104
+C7541324	104
+C7541338	104
+C7541350	104
+C7541354	104
+C7541358	104
+C7541362	104
+C7541382	104
+C7541390	104
+C7541392	104
+C7541398	104
+C7541426	104
+C7541436	104
+C7541440	104
+C7541446	104
+C7541464	104
+C7541490	104
+C7541498	104
+C7541514	104
+C7541516	104
+C7541520	104
+C7541528	104
+C7541538	104
+C7541566	104
+C7541570	104
+C7541582	104
+C7541592	104
+C7541600	104
+C7541606	104
+C7541622	104
+C7541630	104
+C7541634	104
+C7541640	104
+C7541642	104
+C7541656	104
+C7541666	104
+C7541682	104
+C7541686	104
+C7541704	104
+C7541716	104
+C7541722	104
+C7541728	104
+C7541740	104
+C7541744	104
+C7541750	104
+C7541768	104
+C7541770	104
+C7541776	104
+C7541786	104
+C7541792	104
+C7541796	104
+C7541826	104
+C7541840	104
+C7541842	104
+C7541852	104
+C7541858	104
+C7541872	104
+C7541878	104
+C7541900	104
+C7541914	104
+C7541922	104
+C7541934	104
+C7541938	104
+C7541946	104
+C7541962	104
+C7541968	104
+C7541988	104
+C7541998	104
+C7542002	104
+C7542014	104
+C7542018	104
+C7542044	104
+C7542050	104
+C7542068	104
+C7542070	104
+C7542080	104
+C7542086	104
+C7542100	104
+C7542108	104
+C7542134	104
+C7542142	104
+C7542154	104
+C7542164	104
+C7542178	104
+C7542182	104
+C7542198	104
+C7542202	104
+C7542222	104
+C7542226	104
+C7542256	104
+C7542276	104
+C7542302	104
+C7542316	104
+C7542322	104
+C7542338	104
+C7542340	104
+C7542342	104
+C7542352	104
+C7542354	104
+C7542356	104
+C7542364	104
+C7542366	104
+C7542388	104
+C7542394	104
+C7542398	104
+C7542400	104
+C7542412	104
+C7542416	104
+C7542420	104
+C7542422	104
+C7542434	104
+C7542438	104
+C7542454	104
+C7542464	104
+C7542480	104
+C7542484	104
+C7542486	104
+C7542500	104
+C7542512	104
+C7542524	104
+C7542532	104
+C7542540	104
+C7542552	104
+C7542558	104
+C7542590	104
+C7542592	104
+C7542602	104
+C7542612	104
+C7542616	104
+C7542618	104
+C7542626	104
+C7542634	104
+C7542650	104
+C7542652	104
+C7542668	104
+C7542678	104
+C7542690	104
+C7542694	104
+C7542698	104
+C7542718	104
+C7542726	104
+C7542730	104
+C7542732	104
+C7542770	104
+C7542782	104
+C7542790	104
+C7542792	104
+C7542796	104
+C7542808	104
+C7542810	104
+C7542814	104
+C7542828	104
+C7542830	104
+C7542838	104
+C7542840	104
+C7542842	104
+C7542860	104
+C7542864	104
+C7542872	104
+C7542884	104
+C7542906	104
+C7542914	104
+C7542918	104
+C7542938	104
+C7542946	104
+C7542948	104
+C7542950	104
+C7542980	104
+C7542988	104
+C7543000	104
+C7543044	104
+C7543064	104
+C7543066	104
+C7543076	104
+C7543080	104
+C7543082	104
+C7543098	104
+C7543138	104
+C7543146	104
+C7543150	104
+C7543152	104
+C7543170	104
+C7543186	104
+C7543194	104
+C7543200	104
+C7543212	104
+C7543216	104
+C7543230	104
+C7543248	104
+C7543260	104
+C7543262	104
+C7543266	104
+C7543276	104
+C7543288	104
+C7543298	104
+C7543308	104
+C7543314	104
+C7543326	104
+C7543344	104
+C7543350	104
+C7543358	104
+C7543374	104
+C7543386	104
+C7543406	104
+C7543426	104
+C7543436	104
+C7543446	104
+C7543448	104
+C7543466	104
+C7543468	104
+C7543474	104
+C7543476	104
+C7543504	104
+C7543506	104
+C7543508	104
+C7543516	104
+C7543518	104
+C7543524	104
+C7543528	104
+C7543530	104
+C7543554	104
+C7543562	104
+C7543568	104
+C7543582	104
+C7543584	104
+C7543622	104
+C7543650	104
+C7543700	104
+C7543710	104
+C7543724	104
+C7543736	104
+C7543742	104
+C7543752	104
+C7543754	104
+C7543770	104
+C7543778	104
+C7543780	104
+C7543784	104
+C7543796	104
+C7543800	104
+C7543802	104
+C7543810	104
+C7543830	104
+C7543842	104
+C7543850	104
+C7543852	104
+C7543866	104
+C7543890	104
+C7543902	104
+C7543908	104
+C7543910	104
+C7543918	104
+C7543944	104
+C7543958	104
+C7543970	104
+C7543994	104
+C7543996	104
+C7543998	104
+C7544000	104
+C7544008	104
+C7544010	104
+C7544044	104
+C7544052	104
+C7544056	104
+C7544062	104
+C7544072	104
+C7544084	104
+C7544086	104
+C7544112	104
+C7544122	104
+C7544124	104
+C7544130	104
+C7544132	104
+C7544140	104
+C7544142	104
+C7544154	104
+C7544166	104
+C7544170	104
+C7544182	104
+C7544194	104
+C7544198	104
+C7544202	104
+C7544206	104
+C7544210	104
+C7544226	104
+C7544234	104
+C7544258	104
+C7544266	104
+C7544288	104
+C7544292	104
+C7544294	104
+C7544304	104
+C7544306	104
+C7544344	104
+C7544360	104
+C7544362	104
+C7544376	104
+C7544386	104
+C7544392	104
+C7544400	104
+C7544412	104
+C7544418	104
+C7544422	104
+C7544450	104
+C7544452	104
+C7544460	104
+C7544462	104
+C7544480	104
+C7544482	104
+C7544484	104
+C7544498	104
+C7544504	104
+C7544524	104
+C7544534	104
+C7544546	104
+C7544564	104
+C7544580	104
+C7544582	104
+C7544586	104
+C7544590	104
+C7544594	104
+C7544608	104
+C7544614	104
+C7544630	104
+C7544632	104
+C7544642	104
+C7544644	104
+C7544650	104
+C7544654	104
+C7544656	104
+C7544660	104
+C7544674	104
+C7544678	104
+C7544680	104
+C7544682	104
+C7544696	104
+C7544708	104
+C7544734	104
+C7544742	104
+C7544752	104
+C7544756	104
+C7544760	104
+C7544768	104
+C7544778	104
+C7544782	104
+C7544794	104
+C7544802	104
+C7544810	104
+C7544812	104
+C7544818	104
+C7544820	104
+C7544832	104
+C7544848	104
+C7544874	104
+C7544878	104
+C7544880	104
+C7544882	104
+C7544892	104
+C7544902	104
+C7544908	104
+C7544920	104
+C7544922	104
+C7544928	104
+C7544932	104
+C7544934	104
+C7544942	104
+C7544944	104
+C7544974	104
+C7544980	104
+C7544982	104
+C7544986	104
+C7545002	104
+C7545008	104
+C7545014	104
+C7545034	104
+C7545036	104
+C7545040	104
+C7545058	104
+C7545074	104
+C7545076	104
+C7545086	104
+C7545100	104
+C7545108	104
+C7545110	104
+C7545116	104
+C7545118	104
+C7545120	104
+C7545124	104
+C7545128	104
+C7545132	104
+C7545140	104
+C7545146	104
+C7545150	104
+C7545152	104
+C7545160	104
+C7545170	104
+C7545174	104
+C7545176	104
+C7545186	104
+C7545190	104
+C7545192	104
+C7545206	104
+C7545224	104
+C7545226	104
+C7545238	104
+C7545250	104
+C7545254	104
+C7545258	104
+C7545262	104
+C7545268	104
+C7545272	104
+C7545286	104
+C7545294	104
+C7545308	104
+C7545318	104
+C7545320	104
+C7545322	104
+C7545330	104
+C7545338	104
+C7545344	104
+C7545348	104
+C7545350	104
+C7545364	104
+C7545372	104
+C7545374	104
+C7545378	104
+C7545382	104
+C7545408	104
+C7545424	104
+C7545448	104
+C7545452	104
+C7545460	104
+C7545462	104
+C7545472	104
+C7545504	104
+C7545506	104
+C7545528	104
+C7545544	104
+C7545554	104
+C7545564	104
+C7545602	104
+C7545658	104
+C7545700	104
+C7545704	104
+C7545732	104
+C7545762	104
+C7545772	104
+C7545778	104
+C7545780	104
+C7545784	104
+C7545800	104
+C7545810	104
+C7545812	104
+C7545822	104
+C7545830	104
+C7545834	104
+C7545840	104
+C7545842	104
+C7545852	104
+C7545862	104
+C7545868	104
+C7545870	104
+C7545878	104
+C7545880	104
+C7545892	104
+C7545894	104
+C7545904	104
+C7545906	104
+C7545912	104
+C7545920	104
+C7545924	104
+C7545940	104
+C7545944	104
+C7545948	104
+C7545976	104
+C7545978	104
+C7545980	104
+C7545984	104
+C7545988	104
+C7545992	104
+C7545996	104
+C7546000	104
+C7546044	104
+C7546050	104
+C7546064	104
+C7546070	104
+C7546074	104
+C7546078	104
+C7546094	104
+C7546104	104
+C7546106	104
+C7546110	104
+C7546118	104
+C7546138	104
+C7546146	104
+C7546148	104
+C7546172	104
+C7546180	104
+C7546198	104
+C7546204	104
+C7546220	104
+C7546226	104
+C7546236	104
+C7546238	104
+C7546240	104
+C7546248	104
+C7546254	104
+C7546264	104
+C7546266	104
+C7546280	104
+C7546308	104
+C7546316	104
+C7546330	104
+C7546332	104
+C7546344	104
+C7546352	104
+C7546366	104
+C7546368	104
+C7546374	104
+C7546376	104
+C7546386	104
+C7546394	104
+C7546400	104
+C7546412	104
+C7546428	104
+C7546466	104
+C7546470	104
+C7546478	104
+C7546482	104
+C7546486	104
+C7546494	104
+C7546498	104
+C7546506	104
+C7546510	104
+C7546514	104
+C7546518	104
+C7546530	104
+C7546554	104
+C7546566	104
+C7546574	104
+C7546582	104
+C7546598	104
+C7546602	104
+C7546608	104
+C7546610	104
+C7546616	104
+C7546618	104
+C7546636	104
+C7546648	104
+C7546650	104
+C7546660	104
+C7546664	104
+C7546680	104
+C7546686	104
+C7546688	104
+C7546692	104
+C7546702	104
+C7546704	104
+C7546708	104
+C7546714	104
+C7546732	104
+C7546746	104
+C7546800	104
+C7546814	104
+C7546840	104
+C7546842	104
+C7546850	104
+C7546854	104
+C7546860	104
+C7546866	104
+C7546868	104
+C7546870	104
+C7546872	104
+C7546880	104
+C7546890	104
+C7546902	104
+C7546906	104
+C7546924	104
+C7546932	104
+C7546938	104
+C7546942	104
+C7546944	104
+C7546988	104
+C7547012	104
+C7547016	104
+C7547020	104
+C7547028	104
+C7547030	104
+C7547034	104
+C7547060	104
+C7547062	104
+C7547074	104
+C7547078	104
+C7547112	104
+C7547118	104
+C7547128	104
+C7547146	104
+C7547152	104
+C7547156	104
+C7547168	104
+C7547174	104
+C7547182	104
+C7547196	104
+C7547214	104
+C7547246	104
+C7547252	104
+C7547254	104
+C7547264	104
+C7547282	104
+C7547288	104
+C7547290	104
+C7547298	104
+C7547300	104
+C7547320	104
+C7547324	104
+C7547332	104
+C7547348	104
+C7547358	104
+C7547362	104
+C7547378	104
+C7547394	104
+C7547398	104
+C7547400	104
+C7547404	104
+C7547410	104
+C7547438	104
+C7547442	104
+C7547446	104
+C7547468	104
+C7547472	104
+C7547500	104
+C7547510	104
+C7547512	104
+C7547516	104
+C7547522	104
+C7547526	104
+C7547562	104
+C7547590	104
+C7547592	104
+C7547598	104
+C7547610	104
+C7547622	104
+C7547624	104
+C7547632	104
+C7547638	104
+C7547640	104
+C7547654	104
+C7547674	104
+C7547688	104
+C7547700	104
+C7547708	104
+C7547730	104
+C7547732	104
+C7547742	104
+C7547756	104
+C7547758	104
+C7547762	104
+C7547772	104
+C7547786	104
+C7547816	104
+C7547818	104
+C7547820	104
+C7547834	104
+C7547836	104
+C7547840	104
+C7547858	104
+C7547866	104
+C7547868	104
+C7547874	104
+C7547892	104
+C7547906	104
+C7547912	104
+C7547928	104
+C7547932	104
+C7547944	104
+C7547960	104
+C7547966	104
+C7547968	104
+C7547970	104
+C7547994	104
+C7547998	104
+C7548008	104
+C7548014	104
+C7548024	104
+C7548030	104
+C7548048	104
+C7548060	104
+C7548062	104
+C7548064	104
+C7548068	104
+C7548070	104
+C7548082	104
+C7548090	104
+C7548092	104
+C7548112	104
+C7548120	104
+C7548128	104
+C7548142	104
+C7548146	104
+C7548158	104
+C7548160	104
+C7548164	104
+C7548170	104
+C7548172	104
+C7548182	104
+C7548196	104
+C7548202	104
+C7548204	104
+C7548218	104
+C7548222	104
+C7548234	104
+C7548250	104
+C7548256	104
+C7548260	104
+C7548264	104
+C7548268	104
+C7548274	104
+C7548276	104
+C7548278	104
+C7548280	104
+C7548282	104
+C7548286	104
+C7548292	104
+C7548302	104
+C7548308	104
+C7548312	104
+C7548336	104
+C7548338	104
+C7548340	104
+C7548346	104
+C7548350	104
+C7548368	104
+C7548374	104
+C7548396	104
+C7548406	104
+C7548410	104
+C7548414	104
+C7548424	104
+C7548438	104
+C7548442	104
+C7548446	104
+C7548448	104
+C7548460	104
+C7548462	104
+C7548468	104
+C7548476	104
+C7548482	104
+C7548488	104
+C7548504	104
+C7548516	104
+C7548518	104
+C7548520	104
+C7548562	104
+C7548572	104
+C7548574	104
+C7548576	104
+C7548586	104
+C7548588	104
+C7548604	104
+C7548608	104
+C7548612	104
+C7548614	104
+C7548624	104
+C7548626	104
+C7548630	104
+C7548644	104
+C7548658	104
+C7548668	104
+C7548674	104
+C7548678	104
+C7548686	104
+C7548690	104
+C7548702	104
+C7548706	104
+C7548708	104
+C7548724	104
+C7548732	104
+C7548738	104
+C7548746	104
+C7548772	104
+C7548778	104
+C7548782	104
+C7548784	104
+C7548786	104
+C7548788	104
+C7548794	104
+C7548796	104
+C7548810	104
+C7548816	104
+C7548818	104
+C7548838	104
+C7548848	104
+C7548850	104
+C7548852	104
+C7548856	104
+C7548858	104
+C7548884	104
+C7548888	104
+C7548892	104
+C7548894	104
+C7548898	104
+C7548904	104
+C7548912	104
+C7548926	104
+C7548930	104
+C7548952	104
+C7548958	104
+C7548960	104
+C7548964	104
+C7548966	104
+C7548980	104
+C7548994	104
+C7549006	104
+C7549018	104
+C7549022	104
+C7549028	104
+C7549032	104
+C7549034	104
+C7549042	104
+C7549044	104
+C7549064	104
+C7549070	104
+C7549072	104
+C7549094	104
+C7549104	104
+C7549106	104
+C7549116	104
+C7549126	104
+C7549144	104
+C7549156	104
+C7549162	104
+C7549182	104
+C7549196	104
+C7549202	104
+C7549208	104
+C7549212	104
+C7549214	104
+C7549218	104
+C7549232	104
+C7549234	104
+C7549240	104
+C7549244	104
+C7549254	104
+C7549256	104
+C7549266	104
+C7549276	104
+C7549292	104
+C7549294	104
+C7549308	104
+C7549318	104
+C7549320	104
+C7549324	104
+C7549326	104
+C7549338	104
+C7549342	104
+C7549348	104
+C7549352	104
+C7549362	104
+C7549370	104
+C7549372	104
+C7549376	104
+C7549378	104
+C7549382	104
+C7549394	104
+C7549404	104
+C7549408	104
+C7549414	104
+C7549434	104
+C7549438	104
+C7549460	104
+C7549464	104
+C7549474	104
+C7549476	104
+C7549498	104
+C7549518	104
+C7549522	104
+C7549536	104
+C7549540	104
+C7549552	104
+C7549554	104
+C7549572	104
+C7549574	104
+C7549576	104
+C7549580	104
+C7549588	104
+C7549602	104
+C7549608	104
+C7549612	104
+C7549616	104
+C7549624	104
+C7549628	104
+C7549656	104
+C7549674	104
+C7549694	104
+C7549716	104
+C7549732	104
+C7549746	104
+C7549748	104
+C7549762	104
+C7549774	104
+C7549792	104
+C7549794	104
+C7549800	104
+C7549802	104
+C7549842	104
+C7549846	104
+C7549850	104
+C7549854	104
+C7549868	104
+C7549884	104
+C7549888	104
+C7549894	104
+C7549900	104
+C7549908	104
+C7549920	104
+C7549952	104
+C7549958	104
+C7549962	104
+C7549966	104
+C7549986	104
+C7549990	104
+C7549994	104
+C7550008	104
+C7550014	104
+C7550016	104
+C7550022	104
+C7550024	104
+C7550036	104
+C7550042	104
+C7550046	104
+C7550056	104
+C7550082	104
+C7550086	104
+C7550110	104
+C7550118	104
+C7550126	104
+C7550136	104
+C7550142	104
+C7550158	104
+C7550160	104
+C7550182	104
+C7550186	104
+C7550188	104
+C7550196	104
+C7550200	104
+C7550202	104
+C7550222	104
+C7550224	104
+C7550226	104
+C7550230	104
+C7550232	104
+C7550244	104
+C7550252	104
+C7550256	104
+C7550260	104
+C7550270	104
+C7550274	104
+C7550278	104
+C7550280	104
+C7550282	104
+C7550290	104
+C7550294	104
+C7550300	104
+C7550320	104
+C7550356	104
+C7550366	104
+C7550370	104
+C7550378	104
+C7550386	104
+C7550390	104
+C7550428	104
+C7550436	104
+C7550438	104
+C7550466	104
+C7550484	104
+C7550508	104
+C7550510	104
+C7550512	104
+C7550514	104
+C7550540	104
+C7550544	104
+C7550548	104
+C7550566	104
+C7550568	104
+C7550570	104
+C7550572	104
+C7550578	104
+C7550600	104
+C7550602	104
+C7550604	104
+C7550612	104
+C7550614	104
+C7550630	104
+C7550632	104
+C7550636	104
+C7550638	104
+C7550640	104
+C7550644	104
+C7550664	104
+C7550666	104
+C7550670	104
+C7550672	104
+C7550674	104
+C7550700	104
+C7550716	104
+C7550718	104
+C7550720	104
+C7550724	104
+C7550728	104
+C7550748	104
+C7550752	104
+C7550772	104
+C7550774	104
+C7550784	104
+C7550792	104
+C7550796	104
+C7550806	104
+C7550810	104
+C7550812	104
+C7550832	104
+C7550848	104
+C7550856	104
+C7550860	104
+C7550864	104
+C7550874	104
+C7550882	104
+C7550898	104
+C7550902	104
+C7550904	104
+C7550914	104
+C7550924	104
+C7550936	104
+C7550948	104
+C7550954	104
+C7550956	104
+C7550966	104
+C7550986	104
+C7550990	104
+C7551010	104
+C7551012	104
+C7551020	104
+C7551046	104
+C7551062	104
+C7551064	104
+C7551066	104
+C7551082	104
+C7551088	104
+C7551100	104
+C7551102	104
+C7551106	104
+C7551108	104
+C7551114	104
+C7551136	104
+C7551138	104
+C7551144	104
+C7551148	104
+C7551152	104
+C7551156	104
+C7551168	104
+C7551184	104
+C7551190	104
+C7551200	104
+C7551210	104
+C7551216	104
+C7551222	104
+C7551228	104
+C7551236	104
+C7551240	104
+C7551260	104
+C7551262	104
+C7551266	104
+C7551280	104
+C7551308	104
+C7551310	104
+C7551314	104
+C7551316	104
+C7551324	104
+C7551334	104
+C7551338	104
+C7551340	104
+C7551342	104
+C7551352	104
+C7551374	104
+C7551376	104
+C7551388	104
+C7551392	104
+C7551398	104
+C7551400	104
+C7551404	104
+C7551418	104
+C7551428	104
+C7551432	104
+C7551452	104
+C7551464	104
+C7551468	104
+C7551470	104
+C7551476	104
+C7551498	104
+C7551500	104
+C7551502	104
+C7551504	104
+C7551512	104
+C7551526	104
+C7551534	104
+C7551556	104
+C7551564	104
+C7551598	104
+C7551610	104
+C7551620	104
+C7551624	104
+C7551634	104
+C7551650	104
+C7551652	104
+C7551672	104
+C7551674	104
+C7551678	104
+C7551690	104
+C7551692	104
+C7551698	104
+C7551704	104
+C7551710	104
+C7551712	104
+C7551714	104
+C7551718	104
+C7551720	104
+C7551728	104
+C7551742	104
+C7551744	104
+C7551754	104
+C7551762	104
+C7551764	104
+C7551766	104
+C7551768	104
+C7551774	104
+C7551782	104
+C7551790	104
+C7551792	104
+C7551800	104
+C7551808	104
+C7551822	104
+C7551826	104
+C7551842	104
+C7551850	104
+C7551854	104
+C7551860	104
+C7551876	104
+C7551888	104
+C7551890	104
+C7551902	104
+C7551908	104
+C7551910	104
+C7551922	104
+C7551926	104
+C7551928	104
+C7551968	104
+C7551974	104
+C7551982	104
+C7551986	104
+C7551988	104
+C7552006	104
+C7552018	104
+C7552026	104
+C7552028	104
+C7552038	104
+C7552056	104
+C7552058	104
+C7552060	104
+C7552062	104
+C7552070	104
+C7552080	104
+C7552090	104
+C7552094	104
+C7552104	104
+C7552110	104
+C7552112	104
+C7552116	104
+C7552126	104
+C7552132	104
+C7552134	104
+C7552152	104
+C7552160	104
+C7552162	104
+C7552164	104
+C7552178	104
+C7552182	104
+C7552184	104
+C7552200	104
+C7552202	104
+C7552218	104
+C7552224	104
+C7552230	104
+C7552232	104
+C7552242	104
+C7552256	104
+C7552262	104
+C7552276	104
+C7552278	104
+C7552298	104
+C7552318	104
+C7552324	104
+C7552332	104
+C7552346	104
+C7552374	104
+C7552378	104
+C7552380	104
+C7552398	104
+C7552402	104
+C7552416	104
+C7552420	104
+C7552422	104
+C7552436	104
+C7552440	104
+C7552442	104
+C7552448	104
+C7552464	104
+C7552466	104
+C7552484	104
+C7552494	104
+C7552510	104
+C7552512	104
+C7552514	104
+C7552516	104
+C7552524	104
+C7552536	104
+C7552546	104
+C7552556	104
+C7552562	104
+C7552570	104
+C7552592	104
+C7552604	104
+C7552616	104
+C7552624	104
+C7552640	104
+C7552642	104
+C7552644	104
+C7552666	104
+C7552682	104
+C7552694	104
+C7552698	104
+C7552708	104
+C7552714	104
+C7552718	104
+C7552726	104
+C7552736	104
+C7552748	104
+C7552774	104
+C7552782	104
+C7552796	104
+C7552806	104
+C7552812	104
+C7552820	104
+C7552828	104
+C7552836	104
+C7552838	104
+C7552846	104
+C7552860	104
+C7552868	104
+C7552876	104
+C7552878	104
+C7552886	104
+C7552900	104
+C7552906	104
+C7552920	104
+C7552926	104
+C7552930	104
+C7552932	104
+C7552962	104
+C7552972	104
+C7552976	104
+C7552978	104
+C7553000	104
+C7553002	104
+C7553004	104
+C7553006	104
+C7553008	104
+C7553018	104
+C7553020	104
+C7553036	104
+C7553040	104
+C7553046	104
+C7553054	104
+C7553056	104
+C7553060	104
+C7553062	104
+C7553080	104
+C7553108	104
+C7553128	104
+C7553136	104
+C7553138	104
+C7553162	104
+C7553168	104
+C7553174	104
+C7553180	104
+C7553190	104
+C7553216	104
+C7553226	104
+C7553230	104
+C7553234	104
+C7553264	104
+C7553278	104
+C7553308	104
+C7553314	104
+C7553330	104
+C7553334	104
+C7553342	104
+C7553360	104
+C7553378	104
+C7553382	104
+C7553390	104
+C7553392	104
+C7553394	104
+C7553396	104
+C7553406	104
+C7553412	104
+C7553414	104
+C7553424	104
+C7553428	104
+C7553448	104
+C7553476	104
+C7553480	104
+C7553502	104
+C7553504	104
+C7553514	104
+C7553518	104
+C7553530	104
+C7553542	104
+C7553558	104
+C7553578	104
+C7553596	104
+C7553602	104
+C7553616	104
+C7553626	104
+C7553648	104
+C7553654	104
+C7553660	104
+C7553676	104
+C7553730	104
+C7553740	104
+C7553750	104
+C7553752	104
+C7553758	104
+C7553782	104
+C7553784	104
+C7553818	104
+C7553832	104
+C7553854	104
+C7553864	104
+C7553866	104
+C7553876	104
+C7553892	104
+C7553894	104
+C7553902	104
+C7553904	104
+C7553916	104
+C7553930	104
+C7553936	104
+C7553938	104
+C7553948	104
+C7553978	104
+C7553998	104
+C7554006	104
+C7554014	104
+C7554020	104
+C7554028	104
+C7554034	104
+C7554060	104
+C7554064	104
+C7554066	104
+C7554070	104
+C7554072	104
+C7554094	104
+C7554102	104
+C7554120	104
+C7554124	104
+C7554126	104
+C7554138	104
+C7554140	104
+C7554168	104
+C7554202	104
+C7554204	104
+C7554206	104
+C7554208	104
+C7554216	104
+C7554218	104
+C7554224	104
+C7554240	104
+C7554244	104
+C7554256	104
+C7554258	104
+C7554264	104
+C7554266	104
+C7554276	104
+C7554284	104
+C7554292	104
+C7554310	104
+C7554324	104
+C7554332	104
+C7554334	104
+C7554336	104
+C7554352	104
+C7554354	104
+C7554362	104
+C7554364	104
+C7554378	104
+C7554382	104
+C7554394	104
+C7554398	104
+C7554408	104
+C7554426	104
+C7554428	104
+C7554430	104
+C7554438	104
+C7554444	104
+C7554452	104
+C7554454	104
+C7554456	104
+C7554458	104
+C7554468	104
+C7554478	104
+C7554480	104
+C7554498	104
+C7554510	104
+C7554514	104
+C7554526	104
+C7554532	104
+C7554536	104
+C7554540	104
+C7554544	104
+C7554568	104
+C7554590	104
+C7554606	104
+C7554608	104
+C7554610	104
+C7554614	104
+C7554618	104
+C7554634	104
+C7554636	104
+C7554640	104
+C7554648	104
+C7554654	104
+C7554664	104
+C7554680	104
+C7554692	104
+C7554702	104
+C7554706	104
+C7554710	104
+C7554720	104
+C7554728	104
+C7554736	104
+C7554758	104
+C7554760	104
+C7554796	104
+C7554802	104
+C7554808	104
+C7554816	104
+C7554818	104
+C7554822	104
+C7554828	104
+C7554838	104
+C7554844	104
+C7554866	104
+C7554876	104
+C7554902	104
+C7554908	104
+C7554924	104
+C7554946	104
+C7554950	104
+C7554960	104
+C7554964	104
+C7554970	104
+C7554982	104
+C7554990	104
+C7555000	104
+C7555004	104
+C7555012	104
+C7555016	104
+C7555058	104
+C7555070	104
+C7555076	104
+C7555078	104
+C7555086	104
+C7555090	104
+C7555098	104
+C7555114	104
+C7555124	104
+C7555144	104
+C7555166	104
+C7555176	104
+C7555186	104
+C7555192	104
+C7555200	104
+C7555204	104
+C7555220	104
+C7555224	104
+C7555232	104
+C7555250	104
+C7555258	104
+C7555260	104
+C7555272	104
+C7555274	104
+C7555280	104
+C7555284	104
+C7555288	104
+C7555290	104
+C7555292	104
+C7555320	104
+C7555324	104
+C7555342	104
+C7555344	104
+C7555346	104
+C7555368	104
+C7555376	104
+C7555378	104
+C7555380	104
+C7555382	104
+C7555398	104
+C7555402	104
+C7555410	104
+C7555456	104
+C7555470	104
+C7555492	104
+C7555494	104
+C7555496	104
+C7555498	104
+C7555504	104
+C7555510	104
+C7555518	104
+C7555524	104
+C7555546	104
+C7555552	104
+C7555570	104
+C7555572	104
+C7555580	104
+C7555606	104
+C7555612	104
+C7555646	104
+C7555650	104
+C7555662	104
+C7555684	104
+C7555686	104
+C7555694	104
+C7555698	104
+C7555706	104
+C7555710	104
+C7555714	104
+C7555718	104
+C7555724	104
+C7555734	104
+C7555740	104
+C7555744	104
+C7555746	104
+C7555756	104
+C7555758	104
+C7555760	104
+C7555834	104
+C7555836	104
+C7555842	104
+C7555846	104
+C7555850	104
+C7555858	104
+C7555860	104
+C7555864	104
+C7555872	104
+C7555880	104
+C7555884	104
+C7555886	104
+C7555888	104
+C7555894	104
+C7555898	104
+C7555902	104
+C7555904	104
+C7555922	104
+C7555938	104
+C7555948	104
+C7555952	104
+C7555954	104
+C7555976	104
+C7555978	104
+C7555990	104
+C7555994	104
+C7556014	104
+C7556022	104
+C7556026	104
+C7556028	104
+C7556032	104
+C7556034	104
+C7556046	104
+C7556054	104
+C7556056	104
+C7556060	104
+C7556070	104
+C7556092	104
+C7556114	104
+C7556130	104
+C7556152	104
+C7556164	104
+C7556178	104
+C7556188	104
+C7556194	104
+C7556198	104
+C7556214	104
+C7556216	104
+C7556224	104
+C7556232	104
+C7556234	104
+C7556236	104
+C7556244	104
+C7556254	104
+C7556256	104
+C7556272	104
+C7556278	104
+C7556282	104
+C7556288	104
+C7556294	104
+C7556296	104
+C7556306	104
+C7556318	104
+C7556330	104
+C7556336	104
+C7556340	104
+C7556342	104
+C7556348	104
+C7556354	104
+C7556360	104
+C7556364	104
+C7556386	104
+C7556396	104
+C7556398	104
+C7556404	104
+C7556416	104
+C7556424	104
+C7524480	103
+C7524492	103
+C7524494	103
+C7524498	103
+C7524510	103
+C7524512	103
+C7524518	103
+C7524532	103
+C7524534	103
+C7524546	103
+C7524558	103
+C7524572	103
+C7524576	103
+C7524584	103
+C7524590	103
+C7524592	103
+C7524596	103
+C7524622	103
+C7524628	103
+C7524632	103
+C7524640	103
+C7524646	103
+C7524648	103
+C7524662	103
+C7524670	103
+C7524678	103
+C7524690	103
+C7524694	103
+C7524702	103
+C7524710	103
+C7524712	103
+C7524720	103
+C7524738	103
+C7524768	103
+C7524774	103
+C7524790	103
+C7524802	103
+C7524804	103
+C7524806	103
+C7524820	103
+C7524824	103
+C7524826	103
+C7524828	103
+C7524840	103
+C7524844	103
+C7524846	103
+C7524850	103
+C7524856	103
+C7524860	103
+C7524862	103
+C7524866	103
+C7524890	103
+C7524902	103
+C7524910	103
+C7524940	103
+C7524942	103
+C7524944	103
+C7524946	103
+C7524950	103
+C7524954	103
+C7524976	103
+C7524980	103
+C7524998	103
+C7525020	103
+C7525028	103
+C7525040	103
+C7525042	103
+C7525044	103
+C7525054	103
+C7525064	103
+C7525078	103
+C7525096	103
+C7525108	103
+C7525110	103
+C7525116	103
+C7525118	103
+C7525124	103
+C7525130	103
+C7525152	103
+C7525166	103
+C7525168	103
+C7525190	103
+C7525206	103
+C7525208	103
+C7525216	103
+C7525218	103
+C7525234	103
+C7525236	103
+C7525248	103
+C7525284	103
+C7525286	103
+C7525290	103
+C7525298	103
+C7525302	103
+C7525328	103
+C7525332	103
+C7525336	103
+C7525354	103
+C7525356	103
+C7525362	103
+C7525384	103
+C7525400	103
+C7525406	103
+C7525410	103
+C7525432	103
+C7525434	103
+C7525436	103
+C7525450	103
+C7525466	103
+C7525474	103
+C7525482	103
+C7525484	103
+C7525496	103
+C7525504	103
+C7525506	103
+C7525514	103
+C7525520	103
+C7525528	103
+C7525542	103
+C7525546	103
+C7525558	103
+C7525560	103
+C7525566	103
+C7525568	103
+C7525574	103
+C7525578	103
+C7525580	103
+C7525592	103
+C7525598	103
+C7525600	103
+C7525612	103
+C7525622	103
+C7525624	103
+C7525636	103
+C7525640	103
+C7525652	103
+C7525662	103
+C7525668	103
+C7525690	103
+C7525694	103
+C7525722	103
+C7525726	103
+C7525728	103
+C7525732	103
+C7525734	103
+C7525740	103
+C7525756	103
+C7525758	103
+C7525760	103
+C7525766	103
+C7525780	103
+C7525790	103
+C7525794	103
+C7525800	103
+C7525802	103
+C7525808	103
+C7525814	103
+C7525822	103
+C7525826	103
+C7525832	103
+C7525836	103
+C7525838	103
+C7525842	103
+C7525852	103
+C7525872	103
+C7525876	103
+C7525890	103
+C7525892	103
+C7525928	103
+C7525942	103
+C7525944	103
+C7525946	103
+C7525950	103
+C7525964	103
+C7525974	103
+C7525996	103
+C7526000	103
+C7526008	103
+C7526014	103
+C7526026	103
+C7526064	103
+C7526074	103
+C7526092	103
+C7526096	103
+C7526124	103
+C7526126	103
+C7526152	103
+C7526154	103
+C7526160	103
+C7526166	103
+C7526170	103
+C7526172	103
+C7526178	103
+C7526182	103
+C7526202	103
+C7526208	103
+C7526210	103
+C7526216	103
+C7526224	103
+C7526230	103
+C7526238	103
+C7526240	103
+C7526248	103
+C7526252	103
+C7526254	103
+C7526258	103
+C7526264	103
+C7526268	103
+C7526274	103
+C7526276	103
+C7526278	103
+C7526282	103
+C7526302	103
+C7526304	103
+C7526312	103
+C7526320	103
+C7526328	103
+C7526330	103
+C7526338	103
+C7526340	103
+C7526344	103
+C7526352	103
+C7526360	103
+C7526382	103
+C7526394	103
+C7526404	103
+C7526408	103
+C7526414	103
+C7526420	103
+C7526424	103
+C7526434	103
+C7526436	103
+C7526440	103
+C7526464	103
+C7526474	103
+C7526476	103
+C7526486	103
+C7526490	103
+C7526502	103
+C7526504	103
+C7526516	103
+C7526522	103
+C7526526	103
+C7526530	103
+C7526532	103
+C7526536	103
+C7526544	103
+C7526546	103
+C7526554	103
+C7526558	103
+C7526564	103
+C7526594	103
+C7526598	103
+C7526604	103
+C7526606	103
+C7526616	103
+C7526622	103
+C7526636	103
+C7526650	103
+C7526656	103
+C7526666	103
+C7526676	103
+C7526692	103
+C7526698	103
+C7526700	103
+C7526712	103
+C7526718	103
+C7526726	103
+C7526736	103
+C7526744	103
+C7526748	103
+C7526758	103
+C7526760	103
+C7526766	103
+C7526778	103
+C7526784	103
+C7526786	103
+C7526792	103
+C7526806	103
+C7526832	103
+C7526836	103
+C7526838	103
+C7526846	103
+C7526848	103
+C7526856	103
+C7526866	103
+C7526870	103
+C7526936	103
+C7526946	103
+C7526948	103
+C7526950	103
+C7526952	103
+C7526966	103
+C7526970	103
+C7526988	103
+C7527004	103
+C7527022	103
+C7527024	103
+C7527032	103
+C7527040	103
+C7527042	103
+C7527048	103
+C7527076	103
+C7527080	103
+C7527088	103
+C7527104	103
+C7527106	103
+C7527116	103
+C7527120	103
+C7527126	103
+C7527128	103
+C7527136	103
+C7527138	103
+C7527170	103
+C7527172	103
+C7527174	103
+C7527184	103
+C7527186	103
+C7527192	103
+C7527206	103
+C7527216	103
+C7527226	103
+C7527228	103
+C7527236	103
+C7527238	103
+C7527240	103
+C7527246	103
+C7527258	103
+C7527268	103
+C7527272	103
+C7527276	103
+C7527278	103
+C7527298	103
+C7527300	103
+C7527302	103
+C7527312	103
+C7527320	103
+C7527326	103
+C7527338	103
+C7527344	103
+C7527352	103
+C7527374	103
+C7527380	103
+C7527382	103
+C7527392	103
+C7527394	103
+C7527420	103
+C7527426	103
+C7527428	103
+C7527434	103
+C7527450	103
+C7527452	103
+C7527460	103
+C7527470	103
+C7527474	103
+C7527490	103
+C7527494	103
+C7527500	103
+C7527504	103
+C7527524	103
+C7527526	103
+C7527546	103
+C7527552	103
+C7527558	103
+C7527576	103
+C7527582	103
+C7527592	103
+C7527622	103
+C7527636	103
+C7527640	103
+C7527654	103
+C7527690	103
+C7527694	103
+C7527698	103
+C7527706	103
+C7527714	103
+C7527720	103
+C7527734	103
+C7527736	103
+C7527744	103
+C7527748	103
+C7527754	103
+C7527762	103
+C7527764	103
+C7527772	103
+C7527782	103
+C7527796	103
+C7527812	103
+C7527816	103
+C7527828	103
+C7527836	103
+C7527842	103
+C7527854	103
+C7527868	103
+C7527874	103
+C7527890	103
+C7527894	103
+C7527912	103
+C7527918	103
+C7527924	103
+C7527928	103
+C7527942	103
+C7527946	103
+C7527950	103
+C7527966	103
+C7527984	103
+C7528032	103
+C7528034	103
+C7528046	103
+C7528052	103
+C7528056	103
+C7528058	103
+C7528060	103
+C7528068	103
+C7528070	103
+C7528072	103
+C7528078	103
+C7528088	103
+C7528090	103
+C7528094	103
+C7528098	103
+C7528104	103
+C7528112	103
+C7528118	103
+C7528124	103
+C7528138	103
+C7528148	103
+C7528168	103
+C7528174	103
+C7528208	103
+C7528210	103
+C7528222	103
+C7528232	103
+C7528246	103
+C7528248	103
+C7528262	103
+C7528264	103
+C7528270	103
+C7528284	103
+C7528286	103
+C7528288	103
+C7528290	103
+C7528298	103
+C7528300	103
+C7528316	103
+C7528324	103
+C7528328	103
+C7528336	103
+C7528346	103
+C7528350	103
+C7528358	103
+C7528384	103
+C7528420	103
+C7528426	103
+C7528444	103
+C7528464	103
+C7528474	103
+C7528476	103
+C7528490	103
+C7528498	103
+C7528500	103
+C7528522	103
+C7528532	103
+C7528534	103
+C7528546	103
+C7528552	103
+C7528556	103
+C7528562	103
+C7528572	103
+C7528586	103
+C7528590	103
+C7528598	103
+C7528610	103
+C7528616	103
+C7528620	103
+C7528634	103
+C7528636	103
+C7528638	103
+C7528646	103
+C7528680	103
+C7528688	103
+C7528714	103
+C7528716	103
+C7528730	103
+C7528746	103
+C7528748	103
+C7528750	103
+C7528756	103
+C7528764	103
+C7528768	103
+C7528770	103
+C7528776	103
+C7528778	103
+C7528804	103
+C7528814	103
+C7528820	103
+C7528826	103
+C7528834	103
+C7528844	103
+C7528846	103
+C7528860	103
+C7528884	103
+C7528888	103
+C7528904	103
+C7528908	103
+C7528920	103
+C7528934	103
+C7528942	103
+C7528946	103
+C7528956	103
+C7528960	103
+C7528966	103
+C7528968	103
+C7528988	103
+C7528996	103
+C7529004	103
+C7529032	103
+C7529036	103
+C7529044	103
+C7529048	103
+C7529060	103
+C7529070	103
+C7529076	103
+C7529084	103
+C7529106	103
+C7529108	103
+C7529132	103
+C7529152	103
+C7529154	103
+C7529158	103
+C7529166	103
+C7529170	103
+C7529178	103
+C7529194	103
+C7529208	103
+C7529220	103
+C7529226	103
+C7529236	103
+C7529246	103
+C7529248	103
+C7529254	103
+C7529274	103
+C7529280	103
+C7529286	103
+C7529288	103
+C7529324	103
+C7529330	103
+C7529332	103
+C7529338	103
+C7529340	103
+C7529346	103
+C7529356	103
+C7529362	103
+C7529376	103
+C7529378	103
+C7529380	103
+C7529382	103
+C7529386	103
+C7529388	103
+C7529390	103
+C7529394	103
+C7529396	103
+C7529406	103
+C7529432	103
+C7529442	103
+C7529446	103
+C7529448	103
+C7529484	103
+C7529488	103
+C7529490	103
+C7529492	103
+C7529496	103
+C7529498	103
+C7529502	103
+C7529516	103
+C7529522	103
+C7529526	103
+C7529538	103
+C7529540	103
+C7529542	103
+C7529572	103
+C7529588	103
+C7529592	103
+C7529598	103
+C7529622	103
+C7529662	103
+C7529672	103
+C7529680	103
+C7529684	103
+C7529694	103
+C7529700	103
+C7529706	103
+C7529710	103
+C7529716	103
+C7529748	103
+C7529772	103
+C7529788	103
+C7529790	103
+C7529798	103
+C7529800	103
+C7529802	103
+C7529812	103
+C7529822	103
+C7529824	103
+C7529830	103
+C7529846	103
+C7529854	103
+C7529858	103
+C7529918	103
+C7529936	103
+C7529964	103
+C7529972	103
+C7529978	103
+C7529982	103
+C7530006	103
+C7530022	103
+C7530024	103
+C7530046	103
+C7530054	103
+C7530068	103
+C7530078	103
+C7530084	103
+C7530092	103
+C7530098	103
+C7530112	103
+C7530128	103
+C7530138	103
+C7530144	103
+C7530148	103
+C7530154	103
+C7530164	103
+C7530166	103
+C7530182	103
+C7530188	103
+C7530190	103
+C7530192	103
+C7530194	103
+C7530198	103
+C7530202	103
+C7530204	103
+C7530206	103
+C7530228	103
+C7530232	103
+C7530238	103
+C7530256	103
+C7530258	103
+C7530262	103
+C7530264	103
+C7530268	103
+C7530272	103
+C7530284	103
+C7530296	103
+C7530298	103
+C7530312	103
+C7530314	103
+C7530322	103
+C7530324	103
+C7530338	103
+C7530350	103
+C7530356	103
+C7530358	103
+C7530364	103
+C7530374	103
+C7530378	103
+C7530386	103
+C7530390	103
+C7530398	103
+C7530400	103
+C7530402	103
+C7530406	103
+C7530412	103
+C7530414	103
+C7530416	103
+C7530424	103
+C7530428	103
+C7530436	103
+C7530446	103
+C7530450	103
+C7530476	103
+C7530482	103
+C7530490	103
+C7530496	103
+C7530512	103
+C7530514	103
+C7530524	103
+C7530560	103
+C7530564	103
+C7530572	103
+C7530574	103
+C7530578	103
+C7530580	103
+C7530582	103
+C7530586	103
+C7530590	103
+C7530598	103
+C7530608	103
+C7530618	103
+C7530628	103
+C7530634	103
+C7530636	103
+C7530648	103
+C7530658	103
+C7530678	103
+C7530686	103
+C7530706	103
+C7530710	103
+C7530712	103
+C7530718	103
+C7530724	103
+C7530726	103
+C7530732	103
+C7530746	103
+C7530752	103
+C7530762	103
+C7530772	103
+C7530774	103
+C7530780	103
+C7530796	103
+C7530802	103
+C7530822	103
+C7530824	103
+C7530830	103
+C7530852	103
+C7530858	103
+C7530860	103
+C7530870	103
+C7530874	103
+C7530878	103
+C7530886	103
+C7530890	103
+C7530900	103
+C7530912	103
+C7530916	103
+C7530920	103
+C7530926	103
+C7530930	103
+C7530938	103
+C7530950	103
+C7530958	103
+C7530974	103
+C7531000	103
+C7531012	103
+C7531034	103
+C7531038	103
+C7531054	103
+C7531076	103
+C7531082	103
+C7531084	103
+C7531090	103
+C7531100	103
+C7531104	103
+C7531106	103
+C7531108	103
+C7531124	103
+C7531150	103
+C7531158	103
+C7531160	103
+C7531162	103
+C7531174	103
+C7531180	103
+C7531188	103
+C7531194	103
+C7531208	103
+C7531224	103
+C7531228	103
+C7531232	103
+C7531264	103
+C7531278	103
+C7531280	103
+C7531292	103
+C7531298	103
+C7531300	103
+C7531304	103
+C7531324	103
+C7531354	103
+C7531360	103
+C7531362	103
+C7531372	103
+C7531374	103
+C7531380	103
+C7531382	103
+C7531394	103
+C7531398	103
+C7531414	103
+C7531422	103
+C7531452	103
+C7531460	103
+C7531472	103
+C7531474	103
+C7531476	103
+C7531480	103
+C7531518	103
+C7531542	103
+C7531570	103
+C7531572	103
+C7531574	103
+C7531586	103
+C7531588	103
+C7531590	103
+C7531594	103
+C7531598	103
+C7531600	103
+C7531606	103
+C7531608	103
+C7531622	103
+C7531632	103
+C7531640	103
+C7531658	103
+C7531664	103
+C7531672	103
+C7531676	103
+C7531684	103
+C7531692	103
+C7531720	103
+C7531732	103
+C7531734	103
+C7531740	103
+C7531754	103
+C7531756	103
+C7531770	103
+C7531776	103
+C7531798	103
+C7531800	103
+C7531804	103
+C7531822	103
+C7531838	103
+C7531854	103
+C7531866	103
+C7531872	103
+C7531876	103
+C7531878	103
+C7531882	103
+C7531886	103
+C7531892	103
+C7531902	103
+C7531904	103
+C7531908	103
+C7531910	103
+C7531928	103
+C7531932	103
+C7531936	103
+C7531940	103
+C7531942	103
+C7531946	103
+C7531948	103
+C7531956	103
+C7531962	103
+C7531968	103
+C7531972	103
+C7531980	103
+C7531984	103
+C7531986	103
+C7531988	103
+C7532004	103
+C7532014	103
+C7532018	103
+C7532028	103
+C7532042	103
+C7532068	103
+C7532072	103
+C7532084	103
+C7532088	103
+C7532090	103
+C7532094	103
+C7532156	103
+C7532168	103
+C7532178	103
+C7532194	103
+C7532224	103
+C7532240	103
+C7532248	103
+C7532270	103
+C7532272	103
+C7532288	103
+C7532292	103
+C7532294	103
+C7532302	103
+C7532318	103
+C7532330	103
+C7532340	103
+C7532344	103
+C7532350	103
+C7532402	103
+C7532406	103
+C7532408	103
+C7532410	103
+C7532420	103
+C7532422	103
+C7532428	103
+C7532430	103
+C7532438	103
+C7532442	103
+C7532478	103
+C7532480	103
+C7532494	103
+C7532496	103
+C7532500	103
+C7532504	103
+C7532510	103
+C7532512	103
+C7532520	103
+C7532522	103
+C7532524	103
+C7532530	103
+C7532534	103
+C7532542	103
+C7532544	103
+C7532550	103
+C7532560	103
+C7532564	103
+C7532566	103
+C7532570	103
+C7532576	103
+C7532578	103
+C7532590	103
+C7532598	103
+C7532606	103
+C7532620	103
+C7532638	103
+C7532646	103
+C7532652	103
+C7532662	103
+C7532666	103
+C7532672	103
+C7532690	103
+C7532704	103
+C7532706	103
+C7532714	103
+C7532728	103
+C7532730	103
+C7532738	103
+C7532740	103
+C7532746	103
+C7532752	103
+C7532754	103
+C7532760	103
+C7532764	103
+C7532766	103
+C7532774	103
+C7532780	103
+C7532792	103
+C7532798	103
+C7532806	103
+C7532810	103
+C7532814	103
+C7532822	103
+C7532824	103
+C7532826	103
+C7532834	103
+C7532850	103
+C7532852	103
+C7532862	103
+C7532874	103
+C7532878	103
+C7532888	103
+C7532916	103
+C7532918	103
+C7532930	103
+C7532950	103
+C7532962	103
+C7533016	103
+C7533018	103
+C7533040	103
+C7533066	103
+C7533076	103
+C7533106	103
+C7533124	103
+C7533126	103
+C7533148	103
+C7533158	103
+C7533162	103
+C7533166	103
+C7533176	103
+C7533186	103
+C7533206	103
+C7533214	103
+C7533220	103
+C7533224	103
+C7533232	103
+C7533234	103
+C7533236	103
+C7533246	103
+C7533252	103
+C7533254	103
+C7533266	103
+C7533272	103
+C7533298	103
+C7533308	103
+C7533310	103
+C7533322	103
+C7533334	103
+C7533348	103
+C7533350	103
+C7533360	103
+C7533368	103
+C7533380	103
+C7533404	103
+C7533418	103
+C7533432	103
+C7533434	103
+C7533436	103
+C7533444	103
+C7533482	103
+C7533500	103
+C7533514	103
+C7533518	103
+C7533530	103
+C7533532	103
+C7533534	103
+C7533536	103
+C7533538	103
+C7533572	103
+C7533584	103
+C7533598	103
+C7533600	103
+C7533608	103
+C7533616	103
+C7533624	103
+C7533626	103
+C7533630	103
+C7533636	103
+C7533640	103
+C7533654	103
+C7533666	103
+C7533668	103
+C7533674	103
+C7533680	103
+C7533690	103
+C7533692	103
+C7533696	103
+C7533722	103
+C7533728	103
+C7533734	103
+C7533736	103
+C7533742	103
+C7533746	103
+C7533748	103
+C7533750	103
+C7533760	103
+C7533770	103
+C7533790	103
+C7533798	103
+C7533806	103
+C7533818	103
+C7533820	103
+C7533834	103
+C7533852	103
+C7533862	103
+C7533876	103
+C7533878	103
+C7533890	103
+C7533894	103
+C7533896	103
+C7533902	103
+C7533908	103
+C7533930	103
+C7533932	103
+C7533942	103
+C7533950	103
+C7533956	103
+C7533964	103
+C7533974	103
+C7533986	103
+C7533994	103
+C7534020	103
+C7534026	103
+C7534028	103
+C7534042	103
+C7534044	103
+C7534048	103
+C7534060	103
+C7534062	103
+C7534106	103
+C7534108	103
+C7534112	103
+C7534118	103
+C7534120	103
+C7534126	103
+C7534128	103
+C7534134	103
+C7534142	103
+C7534148	103
+C7534152	103
+C7534154	103
+C7534170	103
+C7534176	103
+C7534178	103
+C7534208	103
+C7534216	103
+C7534234	103
+C7534238	103
+C7534260	103
+C7534280	103
+C7534288	103
+C7534292	103
+C7534296	103
+C7534302	103
+C7534306	103
+C7534322	103
+C7534350	103
+C7534358	103
+C7534360	103
+C7534364	103
+C7534368	103
+C7534376	103
+C7534382	103
+C7534386	103
+C7534414	103
+C7534420	103
+C7534422	103
+C7534440	103
+C7534448	103
+C7534450	103
+C7534454	103
+C7534456	103
+C7534464	103
+C7534480	103
+C7534488	103
+C7534492	103
+C7534498	103
+C7534500	103
+C7534520	103
+C7534528	103
+C7534532	103
+C7534564	103
+C7534578	103
+C7534582	103
+C7534584	103
+C7534590	103
+C7534592	103
+C7534602	103
+C7534608	103
+C7534618	103
+C7534624	103
+C7534634	103
+C7534636	103
+C7534642	103
+C7534644	103
+C7534650	103
+C7534654	103
+C7534656	103
+C7534662	103
+C7534678	103
+C7534684	103
+C7534700	103
+C7534708	103
+C7534714	103
+C7534718	103
+C7534722	103
+C7534728	103
+C7534770	103
+C7534772	103
+C7534774	103
+C7534778	103
+C7534788	103
+C7534790	103
+C7534812	103
+C7534832	103
+C7534834	103
+C7534842	103
+C7534848	103
+C7534852	103
+C7534862	103
+C7534882	103
+C7534884	103
+C7534902	103
+C7534920	103
+C7534924	103
+C7534934	103
+C7534960	103
+C7534990	103
+C7534992	103
+C7535000	103
+C7535016	103
+C7535034	103
+C7535038	103
+C7535046	103
+C7535056	103
+C7535078	103
+C7535082	103
+C7535094	103
+C7535102	103
+C7535104	103
+C7535116	103
+C7535118	103
+C7535120	103
+C7535124	103
+C7535138	103
+C7535158	103
+C7535186	103
+C7535190	103
+C7535200	103
+C7535212	103
+C7535214	103
+C7535228	103
+C7535234	103
+C7535250	103
+C7535254	103
+C7535260	103
+C7535262	103
+C7535274	103
+C7535288	103
+C7535294	103
+C7535306	103
+C7535320	103
+C7535328	103
+C7535370	103
+C7535376	103
+C7535392	103
+C7535400	103
+C7535404	103
+C7535416	103
+C7535424	103
+C7535436	103
+C7535444	103
+C7535454	103
+C7535476	103
+C7535486	103
+C7535492	103
+C7535496	103
+C7535498	103
+C7535502	103
+C7535504	103
+C7535516	103
+C7535518	103
+C7535524	103
+C7535532	103
+C7535534	103
+C7535536	103
+C7535538	103
+C7535540	103
+C7535548	103
+C7535554	103
+C7535562	103
+C7535580	103
+C7535596	103
+C7535606	103
+C7535622	103
+C7535624	103
+C7535644	103
+C7535646	103
+C7535654	103
+C7535658	103
+C7535662	103
+C7535682	103
+C7535690	103
+C7535696	103
+C7535702	103
+C7535718	103
+C7535722	103
+C7535730	103
+C7535736	103
+C7535760	103
+C7535766	103
+C7535770	103
+C7535784	103
+C7535788	103
+C7535790	103
+C7535802	103
+C7535808	103
+C7535816	103
+C7535830	103
+C7535832	103
+C7535838	103
+C7535840	103
+C7535848	103
+C7535868	103
+C7535880	103
+C7535882	103
+C7535890	103
+C7535892	103
+C7535906	103
+C7535922	103
+C7535940	103
+C7535942	103
+C7535948	103
+C7535960	103
+C7535996	103
+C7536004	103
+C7536018	103
+C7536022	103
+C7536026	103
+C7536056	103
+C7536062	103
+C7536068	103
+C7536074	103
+C7536090	103
+C7536092	103
+C7536096	103
+C7536100	103
+C7536110	103
+C7536116	103
+C7536122	103
+C7536124	103
+C7536126	103
+C7536140	103
+C7536152	103
+C7536160	103
+C7536162	103
+C7536170	103
+C7536206	103
+C7536208	103
+C7536224	103
+C7536252	103
+C7536256	103
+C7536262	103
+C7536266	103
+C7536308	103
+C7536310	103
+C7536314	103
+C7536320	103
+C7536338	103
+C7536376	103
+C7536378	103
+C7536394	103
+C7536398	103
+C7536404	103
+C7536412	103
+C7536420	103
+C7536422	103
+C7536424	103
+C7536426	103
+C7536428	103
+C7536448	103
+C7536462	103
+C7536482	103
+C7536492	103
+C7536498	103
+C7536506	103
+C7536518	103
+C7536526	103
+C7536530	103
+C7536532	103
+C7536546	103
+C7536550	103
+C7536558	103
+C7536560	103
+C7536574	103
+C7536578	103
+C7536582	103
+C7536588	103
+C7536590	103
+C7536594	103
+C7536606	103
+C7536622	103
+C7536634	103
+C7536656	103
+C7536664	103
+C7536668	103
+C7536670	103
+C7536680	103
+C7536684	103
+C7536690	103
+C7536724	103
+C7536728	103
+C7536730	103
+C7536738	103
+C7536740	103
+C7536744	103
+C7536770	103
+C7536776	103
+C7536792	103
+C7536806	103
+C7536818	103
+C7536822	103
+C7536828	103
+C7536830	103
+C7536836	103
+C7536842	103
+C7536846	103
+C7536858	103
+C7536860	103
+C7536864	103
+C7536870	103
+C7536872	103
+C7536882	103
+C7536890	103
+C7536892	103
+C7536898	103
+C7536902	103
+C7536908	103
+C7536914	103
+C7536920	103
+C7536930	103
+C7536934	103
+C7536936	103
+C7536944	103
+C7536948	103
+C7536962	103
+C7536976	103
+C7536990	103
+C7536996	103
+C7536998	103
+C7537022	103
+C7537028	103
+C7537032	103
+C7537036	103
+C7537038	103
+C7537042	103
+C7537048	103
+C7537070	103
+C7537084	103
+C7537086	103
+C7537088	103
+C7537138	103
+C7537166	103
+C7537176	103
+C7537192	103
+C7537218	103
+C7537238	103
+C7537254	103
+C7537256	103
+C7537258	103
+C7537264	103
+C7537274	103
+C7537284	103
+C7537290	103
+C7537314	103
+C7537326	103
+C7537330	103
+C7537336	103
+C7537338	103
+C7537354	103
+C7537380	103
+C7537388	103
+C7537416	103
+C7537420	103
+C7537430	103
+C7537446	103
+C7537448	103
+C7537454	103
+C7537462	103
+C7537474	103
+C7537476	103
+C7537482	103
+C7537488	103
+C7537490	103
+C7537492	103
+C7537494	103
+C7537498	103
+C7537500	103
+C7537502	103
+C7537512	103
+C7537524	103
+C7537528	103
+C7537544	103
+C7537550	103
+C7537568	103
+C7537574	103
+C7537596	103
+C7537618	103
+C7537634	103
+C7537638	103
+C7537640	103
+C7537642	103
+C7537650	103
+C7537654	103
+C7537660	103
+C7537684	103
+C7537686	103
+C7537690	103
+C7537702	103
+C7537704	103
+C7537708	103
+C7537724	103
+C7537726	103
+C7537738	103
+C7537742	103
+C7537774	103
+C7537778	103
+C7537786	103
+C7537788	103
+C7537792	103
+C7537802	103
+C7537816	103
+C7537818	103
+C7537824	103
+C7537830	103
+C7537840	103
+C7537842	103
+C7537844	103
+C7537850	103
+C7537854	103
+C7537862	103
+C7537868	103
+C7537878	103
+C7537882	103
+C7537908	103
+C7537914	103
+C7537934	103
+C7537940	103
+C7537970	103
+C7537980	103
+C7537982	103
+C7537988	103
+C7538008	103
+C7538014	103
+C7538030	103
+C7538056	103
+C7538066	103
+C7538068	103
+C7538074	103
+C7538086	103
+C7538088	103
+C7538090	103
+C7538092	103
+C7538094	103
+C7538102	103
+C7538104	103
+C7538106	103
+C7538110	103
+C7538112	103
+C7538116	103
+C7538120	103
+C7538140	103
+C7538144	103
+C7538156	103
+C7538176	103
+C7538202	103
+C7538204	103
+C7538214	103
+C7538224	103
+C7538230	103
+C7538258	103
+C7538264	103
+C7538268	103
+C7538284	103
+C7538292	103
+C7538296	103
+C7538306	103
+C7538308	103
+C7538312	103
+C7538316	103
+C7538338	103
+C7538346	103
+C7538354	103
+C7538360	103
+C7538368	103
+C7538370	103
+C7538372	103
+C7538380	103
+C7538400	103
+C7538404	103
+C7538414	103
+C7538426	103
+C7538446	103
+C7538450	103
+C7538454	103
+C7538456	103
+C7538460	103
+C7538484	103
+C7538494	103
+C7538500	103
+C7538504	103
+C7538512	103
+C7538524	103
+C7538536	103
+C7538544	103
+C7538548	103
+C7538550	103
+C7538556	103
+C7538558	103
+C7538562	103
+C7538568	103
+C7538586	103
+C7538598	103
+C7538618	103
+C7538630	103
+C7538638	103
+C7538642	103
+C7538646	103
+C7538648	103
+C7538650	103
+C7538652	103
+C7538654	103
+C7538670	103
+C7538674	103
+C7538694	103
+C7538702	103
+C7538710	103
+C7538714	103
+C7538718	103
+C7538720	103
+C7538734	103
+C7538746	103
+C7538750	103
+C7538752	103
+C7538756	103
+C7538776	103
+C7538782	103
+C7538784	103
+C7538792	103
+C7538794	103
+C7538800	103
+C7538804	103
+C7538810	103
+C7538814	103
+C7538828	103
+C7538858	103
+C7538860	103
+C7538862	103
+C7538866	103
+C7538872	103
+C7538882	103
+C7538902	103
+C7538922	103
+C7538934	103
+C7538946	103
+C7538952	103
+C7538954	103
+C7538958	103
+C7538982	103
+C7538986	103
+C7538988	103
+C7539000	103
+C7539026	103
+C7539030	103
+C7539060	103
+C7539062	103
+C7539066	103
+C7539068	103
+C7539078	103
+C7539088	103
+C7539094	103
+C7539096	103
+C7539098	103
+C7539100	103
+C7539106	103
+C7539110	103
+C7539112	103
+C7539116	103
+C7539120	103
+C7539122	103
+C7539136	103
+C7539140	103
+C7539146	103
+C7539150	103
+C7539152	103
+C7539160	103
+C7539164	103
+C7539178	103
+C7539184	103
+C7539198	103
+C7539200	103
+C7539214	103
+C7539216	103
+C7539222	103
+C7539226	103
+C7539228	103
+C7539232	103
+C7539244	103
+C7539272	103
+C7539280	103
+C7539284	103
+C7539292	103
+C7539296	103
+C7539300	103
+C7539310	103
+C7539322	103
+C7539342	103
+C7539356	103
+C7539358	103
+C7539366	103
+C7539368	103
+C7539378	103
+C7539380	103
+C7539392	103
+C7539394	103
+C7539404	103
+C7539424	103
+C7539432	103
+C7539438	103
+C7539442	103
+C7539458	103
+C7539460	103
+C7539484	103
+C7539490	103
+C7539502	103
+C7539526	103
+C7539534	103
+C7539546	103
+C7539554	103
+C7539564	103
+C7539566	103
+C7539574	103
+C7539586	103
+C7539592	103
+C7539594	103
+C7539602	103
+C7539610	103
+C7539616	103
+C7539618	103
+C7539632	103
+C7539648	103
+C7539652	103
+C7539658	103
+C7539680	103
+C7539682	103
+C7539686	103
+C7539690	103
+C7539696	103
+C7539710	103
+C7539712	103
+C7539714	103
+C7539718	103
+C7539720	103
+C7539722	103
+C7539732	103
+C7539734	103
+C7539738	103
+C7539750	103
+C7539770	103
+C7539772	103
+C7539778	103
+C7539782	103
+C7539802	103
+C7539804	103
+C7539820	103
+C7539838	103
+C7539842	103
+C7539860	103
+C7539864	103
+C7539872	103
+C7539884	103
+C7539888	103
+C7539904	103
+C7539930	103
+C7539952	103
+C7539954	103
+C7539964	103
+C7539984	103
+C7540000	103
+C7540010	103
+C7540014	103
+C7540018	103
+C7540028	103
+C7540036	103
+C7540044	103
+C7540056	103
+C7540072	103
+C7540074	103
+C7540078	103
+C7540082	103
+C7540086	103
+C7540088	103
+C7540094	103
+C7540110	103
+C7540116	103
+C7540118	103
+C7540124	103
+C7540130	103
+C7540134	103
+C7540144	103
+C7540150	103
+C7540156	103
+C7540170	103
+C7540172	103
+C7540176	103
+C7540182	103
+C7540198	103
+C7540200	103
+C7540202	103
+C7540224	103
+C7540228	103
+C7540232	103
+C7540242	103
+C7540248	103
+C7540258	103
+C7540276	103
+C7540280	103
+C7540282	103
+C7540290	103
+C7540294	103
+C7540298	103
+C7540308	103
+C7540346	103
+C7540348	103
+C7540376	103
+C7540380	103
+C7540394	103
+C7540440	103
+C7540442	103
+C7540468	103
+C7540476	103
+C7540482	103
+C7540492	103
+C7540500	103
+C7540514	103
+C7540516	103
+C7540528	103
+C7540546	103
+C7540558	103
+C7508552	102
+C7508568	102
+C7508572	102
+C7508582	102
+C7508586	102
+C7508610	102
+C7508636	102
+C7508644	102
+C7508646	102
+C7508656	102
+C7508670	102
+C7508674	102
+C7508680	102
+C7508682	102
+C7508690	102
+C7508692	102
+C7508698	102
+C7508714	102
+C7508716	102
+C7508722	102
+C7508728	102
+C7508750	102
+C7508752	102
+C7508758	102
+C7508760	102
+C7508762	102
+C7508774	102
+C7508776	102
+C7508786	102
+C7508794	102
+C7508812	102
+C7508818	102
+C7508822	102
+C7508830	102
+C7508840	102
+C7508844	102
+C7508846	102
+C7508858	102
+C7508866	102
+C7508876	102
+C7508882	102
+C7508886	102
+C7508890	102
+C7508894	102
+C7508908	102
+C7508912	102
+C7508914	102
+C7508928	102
+C7508934	102
+C7508942	102
+C7508946	102
+C7508954	102
+C7508956	102
+C7508960	102
+C7508962	102
+C7508968	102
+C7509008	102
+C7509012	102
+C7509016	102
+C7509018	102
+C7509020	102
+C7509026	102
+C7509028	102
+C7509032	102
+C7509034	102
+C7509054	102
+C7509064	102
+C7509066	102
+C7509072	102
+C7509074	102
+C7509080	102
+C7509082	102
+C7509096	102
+C7509106	102
+C7509110	102
+C7509116	102
+C7509122	102
+C7509124	102
+C7509130	102
+C7509132	102
+C7509142	102
+C7509162	102
+C7509176	102
+C7509180	102
+C7509190	102
+C7509194	102
+C7509200	102
+C7509214	102
+C7509224	102
+C7509230	102
+C7509240	102
+C7509244	102
+C7509276	102
+C7509278	102
+C7509300	102
+C7509316	102
+C7509324	102
+C7509328	102
+C7509332	102
+C7509358	102
+C7509368	102
+C7509394	102
+C7509398	102
+C7509412	102
+C7509414	102
+C7509424	102
+C7509426	102
+C7509430	102
+C7509442	102
+C7509448	102
+C7509450	102
+C7509456	102
+C7509470	102
+C7509480	102
+C7509484	102
+C7509488	102
+C7509498	102
+C7509502	102
+C7509510	102
+C7509514	102
+C7509516	102
+C7509546	102
+C7509558	102
+C7509566	102
+C7509572	102
+C7509578	102
+C7509580	102
+C7509582	102
+C7509598	102
+C7509604	102
+C7509632	102
+C7509640	102
+C7509646	102
+C7509648	102
+C7509662	102
+C7509670	102
+C7509674	102
+C7509676	102
+C7509678	102
+C7509682	102
+C7509688	102
+C7509692	102
+C7509704	102
+C7509710	102
+C7509730	102
+C7509754	102
+C7509756	102
+C7509764	102
+C7509768	102
+C7509772	102
+C7509776	102
+C7509782	102
+C7509784	102
+C7509790	102
+C7509798	102
+C7509802	102
+C7509814	102
+C7509848	102
+C7509854	102
+C7509856	102
+C7509880	102
+C7509892	102
+C7509904	102
+C7509918	102
+C7509938	102
+C7509942	102
+C7509954	102
+C7509972	102
+C7509974	102
+C7509988	102
+C7510012	102
+C7510016	102
+C7510020	102
+C7510046	102
+C7510060	102
+C7510066	102
+C7510076	102
+C7510110	102
+C7510118	102
+C7510122	102
+C7510136	102
+C7510138	102
+C7510142	102
+C7510144	102
+C7510150	102
+C7510160	102
+C7510168	102
+C7510180	102
+C7510202	102
+C7510222	102
+C7510242	102
+C7510248	102
+C7510260	102
+C7510266	102
+C7510282	102
+C7510286	102
+C7510288	102
+C7510294	102
+C7510302	102
+C7510306	102
+C7510310	102
+C7510316	102
+C7510320	102
+C7510328	102
+C7510342	102
+C7510344	102
+C7510350	102
+C7510354	102
+C7510362	102
+C7510370	102
+C7510372	102
+C7510376	102
+C7510378	102
+C7510394	102
+C7510404	102
+C7510418	102
+C7510420	102
+C7510424	102
+C7510426	102
+C7510444	102
+C7510448	102
+C7510454	102
+C7510464	102
+C7510476	102
+C7510480	102
+C7510486	102
+C7510488	102
+C7510498	102
+C7510500	102
+C7510502	102
+C7510504	102
+C7510506	102
+C7510518	102
+C7510544	102
+C7510552	102
+C7510554	102
+C7510558	102
+C7510562	102
+C7510578	102
+C7510584	102
+C7510612	102
+C7510614	102
+C7510634	102
+C7510656	102
+C7510668	102
+C7510684	102
+C7510688	102
+C7510710	102
+C7510720	102
+C7510722	102
+C7510732	102
+C7510736	102
+C7510748	102
+C7510764	102
+C7510768	102
+C7510782	102
+C7510786	102
+C7510788	102
+C7510798	102
+C7510804	102
+C7510808	102
+C7510818	102
+C7510828	102
+C7510834	102
+C7510852	102
+C7510870	102
+C7510876	102
+C7510892	102
+C7510896	102
+C7510910	102
+C7510932	102
+C7510940	102
+C7510950	102
+C7510954	102
+C7510956	102
+C7510960	102
+C7510962	102
+C7510966	102
+C7510974	102
+C7510978	102
+C7510980	102
+C7510990	102
+C7511030	102
+C7511032	102
+C7511042	102
+C7511044	102
+C7511058	102
+C7511060	102
+C7511062	102
+C7511068	102
+C7511076	102
+C7511086	102
+C7511106	102
+C7511124	102
+C7511130	102
+C7511132	102
+C7511140	102
+C7511150	102
+C7511178	102
+C7511180	102
+C7511182	102
+C7511184	102
+C7511192	102
+C7511198	102
+C7511222	102
+C7511226	102
+C7511228	102
+C7511232	102
+C7511236	102
+C7511242	102
+C7511256	102
+C7511272	102
+C7511274	102
+C7511278	102
+C7511296	102
+C7511298	102
+C7511306	102
+C7511308	102
+C7511310	102
+C7511314	102
+C7511326	102
+C7511352	102
+C7511354	102
+C7511358	102
+C7511376	102
+C7511382	102
+C7511394	102
+C7511404	102
+C7511408	102
+C7511410	102
+C7511420	102
+C7511424	102
+C7511442	102
+C7511452	102
+C7511458	102
+C7511460	102
+C7511466	102
+C7511472	102
+C7511482	102
+C7511516	102
+C7511520	102
+C7511530	102
+C7511540	102
+C7511548	102
+C7511554	102
+C7511558	102
+C7511566	102
+C7511580	102
+C7511594	102
+C7511602	102
+C7511612	102
+C7511624	102
+C7511626	102
+C7511628	102
+C7511632	102
+C7511634	102
+C7511636	102
+C7511648	102
+C7511658	102
+C7511660	102
+C7511676	102
+C7511678	102
+C7511694	102
+C7511704	102
+C7511706	102
+C7511718	102
+C7511726	102
+C7511744	102
+C7511766	102
+C7511776	102
+C7511784	102
+C7511786	102
+C7511790	102
+C7511802	102
+C7511806	102
+C7511810	102
+C7511814	102
+C7511818	102
+C7511820	102
+C7511822	102
+C7511826	102
+C7511828	102
+C7511848	102
+C7511850	102
+C7511860	102
+C7511862	102
+C7511872	102
+C7511888	102
+C7511890	102
+C7511894	102
+C7511898	102
+C7511902	102
+C7511904	102
+C7511906	102
+C7511912	102
+C7511948	102
+C7511972	102
+C7511982	102
+C7511984	102
+C7511994	102
+C7512008	102
+C7512012	102
+C7512020	102
+C7512046	102
+C7512064	102
+C7512066	102
+C7512082	102
+C7512086	102
+C7512092	102
+C7512114	102
+C7512116	102
+C7512118	102
+C7512128	102
+C7512134	102
+C7512158	102
+C7512162	102
+C7512182	102
+C7512184	102
+C7512186	102
+C7512190	102
+C7512206	102
+C7512212	102
+C7512216	102
+C7512254	102
+C7512262	102
+C7512264	102
+C7512284	102
+C7512290	102
+C7512324	102
+C7512340	102
+C7512356	102
+C7512358	102
+C7512376	102
+C7512380	102
+C7512390	102
+C7512392	102
+C7512398	102
+C7512414	102
+C7512432	102
+C7512436	102
+C7512438	102
+C7512454	102
+C7512458	102
+C7512464	102
+C7512466	102
+C7512468	102
+C7512470	102
+C7512476	102
+C7512478	102
+C7512484	102
+C7512492	102
+C7512498	102
+C7512502	102
+C7512530	102
+C7512534	102
+C7512540	102
+C7512548	102
+C7512550	102
+C7512556	102
+C7512564	102
+C7512572	102
+C7512578	102
+C7512590	102
+C7512598	102
+C7512612	102
+C7512618	102
+C7512628	102
+C7512636	102
+C7512646	102
+C7512664	102
+C7512668	102
+C7512680	102
+C7512682	102
+C7512694	102
+C7512710	102
+C7512712	102
+C7512724	102
+C7512728	102
+C7512732	102
+C7512736	102
+C7512738	102
+C7512742	102
+C7512748	102
+C7512750	102
+C7512770	102
+C7512780	102
+C7512782	102
+C7512784	102
+C7512788	102
+C7512808	102
+C7512836	102
+C7512840	102
+C7512842	102
+C7512852	102
+C7512854	102
+C7512856	102
+C7512860	102
+C7512862	102
+C7512874	102
+C7512878	102
+C7512882	102
+C7512884	102
+C7512888	102
+C7512902	102
+C7512904	102
+C7512908	102
+C7512916	102
+C7512926	102
+C7512946	102
+C7512958	102
+C7512960	102
+C7512966	102
+C7512992	102
+C7512998	102
+C7513000	102
+C7513006	102
+C7513020	102
+C7513026	102
+C7513028	102
+C7513036	102
+C7513038	102
+C7513042	102
+C7513050	102
+C7513052	102
+C7513056	102
+C7513078	102
+C7513082	102
+C7513092	102
+C7513104	102
+C7513120	102
+C7513130	102
+C7513142	102
+C7513156	102
+C7513162	102
+C7513166	102
+C7513170	102
+C7513176	102
+C7513178	102
+C7513184	102
+C7513190	102
+C7513192	102
+C7513200	102
+C7513204	102
+C7513216	102
+C7513224	102
+C7513226	102
+C7513240	102
+C7513242	102
+C7513248	102
+C7513254	102
+C7513256	102
+C7513268	102
+C7513272	102
+C7513312	102
+C7513330	102
+C7513338	102
+C7513342	102
+C7513344	102
+C7513348	102
+C7513350	102
+C7513362	102
+C7513380	102
+C7513400	102
+C7513418	102
+C7513422	102
+C7513436	102
+C7513440	102
+C7513442	102
+C7513444	102
+C7513448	102
+C7513450	102
+C7513458	102
+C7513476	102
+C7513478	102
+C7513490	102
+C7513496	102
+C7513504	102
+C7513540	102
+C7513548	102
+C7513554	102
+C7513570	102
+C7513572	102
+C7513606	102
+C7513634	102
+C7513674	102
+C7513690	102
+C7513720	102
+C7513730	102
+C7513732	102
+C7513734	102
+C7513746	102
+C7513756	102
+C7513766	102
+C7513774	102
+C7513778	102
+C7513804	102
+C7513816	102
+C7513836	102
+C7513838	102
+C7513842	102
+C7513850	102
+C7513852	102
+C7513876	102
+C7513878	102
+C7513898	102
+C7513908	102
+C7513910	102
+C7513914	102
+C7513916	102
+C7513918	102
+C7513922	102
+C7513926	102
+C7513930	102
+C7513944	102
+C7513958	102
+C7513970	102
+C7513976	102
+C7514002	102
+C7514024	102
+C7514026	102
+C7514040	102
+C7514044	102
+C7514054	102
+C7514072	102
+C7514074	102
+C7514078	102
+C7514084	102
+C7514086	102
+C7514100	102
+C7514112	102
+C7514122	102
+C7514128	102
+C7514142	102
+C7514148	102
+C7514180	102
+C7514196	102
+C7514200	102
+C7514220	102
+C7514224	102
+C7514236	102
+C7514238	102
+C7514258	102
+C7514266	102
+C7514276	102
+C7514280	102
+C7514284	102
+C7514294	102
+C7514296	102
+C7514316	102
+C7514326	102
+C7514328	102
+C7514332	102
+C7514346	102
+C7514358	102
+C7514366	102
+C7514368	102
+C7514370	102
+C7514376	102
+C7514382	102
+C7514384	102
+C7514388	102
+C7514392	102
+C7514398	102
+C7514410	102
+C7514426	102
+C7514432	102
+C7514434	102
+C7514458	102
+C7514466	102
+C7514468	102
+C7514482	102
+C7514514	102
+C7514522	102
+C7514526	102
+C7514530	102
+C7514534	102
+C7514586	102
+C7514590	102
+C7514598	102
+C7514602	102
+C7514612	102
+C7514624	102
+C7514628	102
+C7514642	102
+C7514644	102
+C7514648	102
+C7514656	102
+C7514668	102
+C7514672	102
+C7514676	102
+C7514680	102
+C7514684	102
+C7514696	102
+C7514700	102
+C7514714	102
+C7514720	102
+C7514722	102
+C7514726	102
+C7514728	102
+C7514730	102
+C7514734	102
+C7514740	102
+C7514748	102
+C7514752	102
+C7514780	102
+C7514790	102
+C7514800	102
+C7514824	102
+C7514826	102
+C7514828	102
+C7514850	102
+C7514858	102
+C7514866	102
+C7514884	102
+C7514890	102
+C7514900	102
+C7514904	102
+C7514924	102
+C7514928	102
+C7514950	102
+C7514972	102
+C7515004	102
+C7515012	102
+C7515016	102
+C7515022	102
+C7515024	102
+C7515058	102
+C7515066	102
+C7515070	102
+C7515080	102
+C7515086	102
+C7515090	102
+C7515106	102
+C7515108	102
+C7515110	102
+C7515124	102
+C7515130	102
+C7515138	102
+C7515154	102
+C7515156	102
+C7515160	102
+C7515166	102
+C7515188	102
+C7515192	102
+C7515198	102
+C7515206	102
+C7515210	102
+C7515214	102
+C7515218	102
+C7515232	102
+C7515240	102
+C7515266	102
+C7515268	102
+C7515324	102
+C7515342	102
+C7515344	102
+C7515368	102
+C7515374	102
+C7515386	102
+C7515388	102
+C7515404	102
+C7515412	102
+C7515420	102
+C7515430	102
+C7515434	102
+C7515436	102
+C7515462	102
+C7515470	102
+C7515474	102
+C7515482	102
+C7515486	102
+C7515496	102
+C7515498	102
+C7515500	102
+C7515516	102
+C7515546	102
+C7515548	102
+C7515554	102
+C7515560	102
+C7515564	102
+C7515568	102
+C7515574	102
+C7515576	102
+C7515578	102
+C7515592	102
+C7515598	102
+C7515614	102
+C7515630	102
+C7515634	102
+C7515648	102
+C7515656	102
+C7515676	102
+C7515678	102
+C7515696	102
+C7515706	102
+C7515708	102
+C7515710	102
+C7515714	102
+C7515740	102
+C7515744	102
+C7515754	102
+C7515764	102
+C7515768	102
+C7515772	102
+C7515776	102
+C7515780	102
+C7515788	102
+C7515792	102
+C7515794	102
+C7515804	102
+C7515812	102
+C7515816	102
+C7515824	102
+C7515826	102
+C7515836	102
+C7515856	102
+C7515862	102
+C7515874	102
+C7515876	102
+C7515896	102
+C7515898	102
+C7515906	102
+C7515908	102
+C7515910	102
+C7515934	102
+C7515936	102
+C7515944	102
+C7515948	102
+C7515958	102
+C7515962	102
+C7515964	102
+C7515974	102
+C7515976	102
+C7515982	102
+C7516002	102
+C7516010	102
+C7516012	102
+C7516014	102
+C7516030	102
+C7516032	102
+C7516042	102
+C7516046	102
+C7516052	102
+C7516072	102
+C7516076	102
+C7516082	102
+C7516104	102
+C7516108	102
+C7516110	102
+C7516114	102
+C7516128	102
+C7516136	102
+C7516138	102
+C7516142	102
+C7516150	102
+C7516152	102
+C7516154	102
+C7516156	102
+C7516174	102
+C7516192	102
+C7516210	102
+C7516212	102
+C7516218	102
+C7516222	102
+C7516230	102
+C7516238	102
+C7516242	102
+C7516246	102
+C7516258	102
+C7516264	102
+C7516272	102
+C7516274	102
+C7516278	102
+C7516282	102
+C7516286	102
+C7516296	102
+C7516304	102
+C7516308	102
+C7516316	102
+C7516332	102
+C7516340	102
+C7516386	102
+C7516388	102
+C7516394	102
+C7516404	102
+C7516428	102
+C7516430	102
+C7516436	102
+C7516448	102
+C7516460	102
+C7516468	102
+C7516478	102
+C7516508	102
+C7516510	102
+C7516522	102
+C7516536	102
+C7516560	102
+C7516564	102
+C7516566	102
+C7516576	102
+C7516578	102
+C7516580	102
+C7516582	102
+C7516590	102
+C7516592	102
+C7516604	102
+C7516616	102
+C7516618	102
+C7516620	102
+C7516622	102
+C7516624	102
+C7516630	102
+C7516636	102
+C7516646	102
+C7516700	102
+C7516702	102
+C7516704	102
+C7516724	102
+C7516732	102
+C7516752	102
+C7516770	102
+C7516774	102
+C7516778	102
+C7516780	102
+C7516794	102
+C7516798	102
+C7516800	102
+C7516806	102
+C7516810	102
+C7516822	102
+C7516838	102
+C7516840	102
+C7516844	102
+C7516852	102
+C7516858	102
+C7516866	102
+C7516880	102
+C7516904	102
+C7516916	102
+C7516922	102
+C7516926	102
+C7516928	102
+C7516940	102
+C7516944	102
+C7516962	102
+C7516970	102
+C7517000	102
+C7517018	102
+C7517020	102
+C7517024	102
+C7517030	102
+C7517040	102
+C7517056	102
+C7517062	102
+C7517070	102
+C7517076	102
+C7517078	102
+C7517084	102
+C7517088	102
+C7517092	102
+C7517104	102
+C7517108	102
+C7517112	102
+C7517122	102
+C7517126	102
+C7517130	102
+C7517132	102
+C7517144	102
+C7517146	102
+C7517150	102
+C7517158	102
+C7517166	102
+C7517168	102
+C7517178	102
+C7517192	102
+C7517206	102
+C7517208	102
+C7517224	102
+C7517228	102
+C7517232	102
+C7517234	102
+C7517244	102
+C7517274	102
+C7517282	102
+C7517290	102
+C7517292	102
+C7517294	102
+C7517318	102
+C7517320	102
+C7517332	102
+C7517340	102
+C7517342	102
+C7517364	102
+C7517366	102
+C7517388	102
+C7517432	102
+C7517442	102
+C7517448	102
+C7517468	102
+C7517484	102
+C7517490	102
+C7517504	102
+C7517514	102
+C7517516	102
+C7517524	102
+C7517528	102
+C7517550	102
+C7517558	102
+C7517566	102
+C7517570	102
+C7517574	102
+C7517582	102
+C7517586	102
+C7517598	102
+C7517604	102
+C7517614	102
+C7517616	102
+C7517628	102
+C7517640	102
+C7517648	102
+C7517658	102
+C7517662	102
+C7517674	102
+C7517684	102
+C7517690	102
+C7517694	102
+C7517696	102
+C7517704	102
+C7517714	102
+C7517716	102
+C7517738	102
+C7517748	102
+C7517750	102
+C7517758	102
+C7517772	102
+C7517778	102
+C7517782	102
+C7517784	102
+C7517786	102
+C7517820	102
+C7517826	102
+C7517830	102
+C7517838	102
+C7517848	102
+C7517850	102
+C7517856	102
+C7517858	102
+C7517862	102
+C7517868	102
+C7517878	102
+C7517886	102
+C7517888	102
+C7517908	102
+C7517916	102
+C7517920	102
+C7517932	102
+C7517944	102
+C7517952	102
+C7517962	102
+C7517968	102
+C7517986	102
+C7517998	102
+C7518008	102
+C7518010	102
+C7518018	102
+C7518024	102
+C7518036	102
+C7518044	102
+C7518046	102
+C7518048	102
+C7518052	102
+C7518056	102
+C7518058	102
+C7518072	102
+C7518074	102
+C7518096	102
+C7518110	102
+C7518118	102
+C7518120	102
+C7518130	102
+C7518146	102
+C7518162	102
+C7518182	102
+C7518186	102
+C7518188	102
+C7518194	102
+C7518208	102
+C7518212	102
+C7518218	102
+C7518234	102
+C7518282	102
+C7518302	102
+C7518306	102
+C7518312	102
+C7518322	102
+C7518324	102
+C7518330	102
+C7518334	102
+C7518344	102
+C7518352	102
+C7518354	102
+C7518362	102
+C7518370	102
+C7518378	102
+C7518384	102
+C7518386	102
+C7518396	102
+C7518398	102
+C7518404	102
+C7518412	102
+C7518426	102
+C7518430	102
+C7518438	102
+C7518448	102
+C7518450	102
+C7518456	102
+C7518458	102
+C7518462	102
+C7518482	102
+C7518484	102
+C7518486	102
+C7518490	102
+C7518506	102
+C7518508	102
+C7518514	102
+C7518540	102
+C7518542	102
+C7518546	102
+C7518548	102
+C7518550	102
+C7518560	102
+C7518562	102
+C7518572	102
+C7518576	102
+C7518582	102
+C7518586	102
+C7518588	102
+C7518590	102
+C7518604	102
+C7518608	102
+C7518612	102
+C7518618	102
+C7518634	102
+C7518642	102
+C7518646	102
+C7518654	102
+C7518668	102
+C7518672	102
+C7518690	102
+C7518694	102
+C7518698	102
+C7518706	102
+C7518728	102
+C7518736	102
+C7518740	102
+C7518752	102
+C7518768	102
+C7518792	102
+C7518802	102
+C7518804	102
+C7518806	102
+C7518814	102
+C7518826	102
+C7518834	102
+C7518844	102
+C7518846	102
+C7518858	102
+C7518866	102
+C7518876	102
+C7518886	102
+C7518906	102
+C7518908	102
+C7518918	102
+C7518920	102
+C7518938	102
+C7518946	102
+C7518950	102
+C7518952	102
+C7518956	102
+C7518960	102
+C7518962	102
+C7518966	102
+C7518974	102
+C7518984	102
+C7518992	102
+C7519006	102
+C7519014	102
+C7519018	102
+C7519036	102
+C7519042	102
+C7519048	102
+C7519060	102
+C7519070	102
+C7519088	102
+C7519092	102
+C7519124	102
+C7519126	102
+C7519128	102
+C7519132	102
+C7519138	102
+C7519144	102
+C7519146	102
+C7519152	102
+C7519160	102
+C7519180	102
+C7519182	102
+C7519184	102
+C7519194	102
+C7519198	102
+C7519200	102
+C7519204	102
+C7519208	102
+C7519212	102
+C7519234	102
+C7519246	102
+C7519256	102
+C7519260	102
+C7519276	102
+C7519280	102
+C7519284	102
+C7519296	102
+C7519300	102
+C7519312	102
+C7519314	102
+C7519318	102
+C7519334	102
+C7519346	102
+C7519354	102
+C7519386	102
+C7519412	102
+C7519418	102
+C7519448	102
+C7519450	102
+C7519466	102
+C7519492	102
+C7519528	102
+C7519530	102
+C7519540	102
+C7519548	102
+C7519558	102
+C7519562	102
+C7519564	102
+C7519566	102
+C7519572	102
+C7519582	102
+C7519592	102
+C7519618	102
+C7519620	102
+C7519634	102
+C7519654	102
+C7519656	102
+C7519670	102
+C7519686	102
+C7519698	102
+C7519724	102
+C7519744	102
+C7519758	102
+C7519764	102
+C7519774	102
+C7519792	102
+C7519796	102
+C7519798	102
+C7519802	102
+C7519822	102
+C7519830	102
+C7519832	102
+C7519836	102
+C7519840	102
+C7519842	102
+C7519852	102
+C7519854	102
+C7519868	102
+C7519884	102
+C7519908	102
+C7519914	102
+C7519930	102
+C7519934	102
+C7519942	102
+C7519944	102
+C7519952	102
+C7519956	102
+C7519968	102
+C7519988	102
+C7520006	102
+C7520016	102
+C7520018	102
+C7520020	102
+C7520028	102
+C7520032	102
+C7520034	102
+C7520056	102
+C7520062	102
+C7520070	102
+C7520080	102
+C7520098	102
+C7520122	102
+C7520140	102
+C7520166	102
+C7520178	102
+C7520184	102
+C7520186	102
+C7520192	102
+C7520216	102
+C7520222	102
+C7520232	102
+C7520234	102
+C7520242	102
+C7520254	102
+C7520264	102
+C7520274	102
+C7520280	102
+C7520304	102
+C7520306	102
+C7520310	102
+C7520318	102
+C7520324	102
+C7520332	102
+C7520340	102
+C7520342	102
+C7520348	102
+C7520350	102
+C7520352	102
+C7520356	102
+C7520360	102
+C7520402	102
+C7520418	102
+C7520422	102
+C7520446	102
+C7520460	102
+C7520464	102
+C7520466	102
+C7520470	102
+C7520472	102
+C7520474	102
+C7520476	102
+C7520490	102
+C7520510	102
+C7520516	102
+C7520522	102
+C7520534	102
+C7520536	102
+C7520538	102
+C7520552	102
+C7520570	102
+C7520594	102
+C7520596	102
+C7520610	102
+C7520612	102
+C7520616	102
+C7520622	102
+C7520634	102
+C7520638	102
+C7520648	102
+C7520658	102
+C7520666	102
+C7520692	102
+C7520696	102
+C7520698	102
+C7520704	102
+C7520718	102
+C7520720	102
+C7520722	102
+C7520732	102
+C7520736	102
+C7520742	102
+C7520744	102
+C7520756	102
+C7520764	102
+C7520784	102
+C7520814	102
+C7520822	102
+C7520846	102
+C7520858	102
+C7520862	102
+C7520868	102
+C7520886	102
+C7520892	102
+C7520924	102
+C7520926	102
+C7520942	102
+C7520954	102
+C7520958	102
+C7520972	102
+C7520976	102
+C7521004	102
+C7521012	102
+C7521016	102
+C7521026	102
+C7521030	102
+C7521036	102
+C7521050	102
+C7521058	102
+C7521060	102
+C7521072	102
+C7521078	102
+C7521090	102
+C7521096	102
+C7521102	102
+C7521120	102
+C7521122	102
+C7521124	102
+C7521128	102
+C7521140	102
+C7521156	102
+C7521168	102
+C7521170	102
+C7521176	102
+C7521190	102
+C7521192	102
+C7521196	102
+C7521198	102
+C7521200	102
+C7521208	102
+C7521214	102
+C7521220	102
+C7521234	102
+C7521250	102
+C7521262	102
+C7521272	102
+C7521276	102
+C7521278	102
+C7521290	102
+C7521322	102
+C7521342	102
+C7521344	102
+C7521346	102
+C7521350	102
+C7521352	102
+C7521354	102
+C7521366	102
+C7521374	102
+C7521376	102
+C7521378	102
+C7521384	102
+C7521390	102
+C7521396	102
+C7521432	102
+C7521458	102
+C7521466	102
+C7521478	102
+C7521498	102
+C7521520	102
+C7521550	102
+C7521558	102
+C7521564	102
+C7521572	102
+C7521592	102
+C7521608	102
+C7521622	102
+C7521624	102
+C7521648	102
+C7521658	102
+C7521666	102
+C7521670	102
+C7521678	102
+C7521682	102
+C7521684	102
+C7521688	102
+C7521690	102
+C7521694	102
+C7521726	102
+C7521728	102
+C7521734	102
+C7521736	102
+C7521750	102
+C7521754	102
+C7521760	102
+C7521764	102
+C7521780	102
+C7521790	102
+C7521792	102
+C7521796	102
+C7521802	102
+C7521816	102
+C7521818	102
+C7521826	102
+C7521836	102
+C7521838	102
+C7521844	102
+C7521848	102
+C7521860	102
+C7521868	102
+C7521874	102
+C7521884	102
+C7521888	102
+C7521890	102
+C7521892	102
+C7521906	102
+C7521908	102
+C7521914	102
+C7521924	102
+C7521928	102
+C7521938	102
+C7521942	102
+C7521952	102
+C7521956	102
+C7521976	102
+C7521990	102
+C7522010	102
+C7522034	102
+C7522040	102
+C7522050	102
+C7522062	102
+C7522090	102
+C7522104	102
+C7522110	102
+C7522122	102
+C7522148	102
+C7522152	102
+C7522164	102
+C7522168	102
+C7522202	102
+C7522204	102
+C7522210	102
+C7522216	102
+C7522218	102
+C7522232	102
+C7522236	102
+C7522254	102
+C7522260	102
+C7522262	102
+C7522264	102
+C7522284	102
+C7522286	102
+C7522302	102
+C7522312	102
+C7522314	102
+C7522332	102
+C7522336	102
+C7522354	102
+C7522358	102
+C7522368	102
+C7522370	102
+C7522372	102
+C7522380	102
+C7522386	102
+C7522396	102
+C7522402	102
+C7522414	102
+C7522416	102
+C7522418	102
+C7522430	102
+C7522434	102
+C7522436	102
+C7522438	102
+C7522446	102
+C7522452	102
+C7522458	102
+C7522472	102
+C7522474	102
+C7522484	102
+C7522498	102
+C7522506	102
+C7522512	102
+C7522518	102
+C7522526	102
+C7522534	102
+C7522542	102
+C7522546	102
+C7522548	102
+C7522564	102
+C7522574	102
+C7522576	102
+C7522582	102
+C7522598	102
+C7522614	102
+C7522616	102
+C7522626	102
+C7522634	102
+C7522638	102
+C7522648	102
+C7522660	102
+C7522668	102
+C7522672	102
+C7522678	102
+C7522688	102
+C7522694	102
+C7522700	102
+C7522706	102
+C7522710	102
+C7522714	102
+C7522752	102
+C7522756	102
+C7522770	102
+C7522778	102
+C7522788	102
+C7522804	102
+C7522810	102
+C7522812	102
+C7522816	102
+C7522824	102
+C7522836	102
+C7522838	102
+C7522840	102
+C7522854	102
+C7522878	102
+C7522884	102
+C7522902	102
+C7522904	102
+C7522908	102
+C7522940	102
+C7522958	102
+C7522964	102
+C7522968	102
+C7522984	102
+C7522988	102
+C7522994	102
+C7522996	102
+C7523012	102
+C7523022	102
+C7523030	102
+C7523036	102
+C7523046	102
+C7523050	102
+C7523054	102
+C7523088	102
+C7523108	102
+C7523118	102
+C7523120	102
+C7523126	102
+C7523128	102
+C7523146	102
+C7523148	102
+C7523150	102
+C7523160	102
+C7523168	102
+C7523170	102
+C7523182	102
+C7523192	102
+C7523206	102
+C7523210	102
+C7523218	102
+C7523220	102
+C7523224	102
+C7523226	102
+C7523254	102
+C7523256	102
+C7523258	102
+C7523260	102
+C7523274	102
+C7523296	102
+C7523330	102
+C7523336	102
+C7523350	102
+C7523360	102
+C7523362	102
+C7523366	102
+C7523368	102
+C7523380	102
+C7523396	102
+C7523398	102
+C7523416	102
+C7523426	102
+C7523428	102
+C7523432	102
+C7523434	102
+C7523436	102
+C7523440	102
+C7523444	102
+C7523448	102
+C7523450	102
+C7523470	102
+C7523482	102
+C7523492	102
+C7523496	102
+C7523516	102
+C7523518	102
+C7523522	102
+C7523524	102
+C7523546	102
+C7523554	102
+C7523562	102
+C7523566	102
+C7523570	102
+C7523572	102
+C7523576	102
+C7523586	102
+C7523588	102
+C7523594	102
+C7523608	102
+C7523620	102
+C7523622	102
+C7523628	102
+C7523630	102
+C7523632	102
+C7523638	102
+C7523656	102
+C7523676	102
+C7523686	102
+C7523690	102
+C7523698	102
+C7523718	102
+C7523742	102
+C7523754	102
+C7523768	102
+C7523776	102
+C7523790	102
+C7523796	102
+C7523806	102
+C7523814	102
+C7523822	102
+C7523844	102
+C7523850	102
+C7523852	102
+C7523854	102
+C7523862	102
+C7523868	102
+C7523884	102
+C7523894	102
+C7523900	102
+C7523904	102
+C7523908	102
+C7523918	102
+C7523928	102
+C7523932	102
+C7523948	102
+C7523988	102
+C7523990	102
+C7524000	102
+C7524002	102
+C7524010	102
+C7524014	102
+C7524018	102
+C7524032	102
+C7524062	102
+C7524064	102
+C7524084	102
+C7524088	102
+C7524090	102
+C7524092	102
+C7524096	102
+C7524102	102
+C7524116	102
+C7524134	102
+C7524156	102
+C7524162	102
+C7524164	102
+C7524174	102
+C7524186	102
+C7524190	102
+C7524196	102
+C7524202	102
+C7524210	102
+C7524212	102
+C7524232	102
+C7524240	102
+C7524242	102
+C7524256	102
+C7524258	102
+C7524266	102
+C7524274	102
+C7524290	102
+C7524298	102
+C7524304	102
+C7524308	102
+C7524312	102
+C7524320	102
+C7524322	102
+C7524344	102
+C7524350	102
+C7524354	102
+C7524380	102
+C7524396	102
+C7524404	102
+C7524408	102
+C7524410	102
+C7524416	102
+C7524420	102
+C7524438	102
+C7524440	102
+C7524456	102
+C7524462	102
+C7524464	102
+C7524466	102
+C7524474	102
+C7492192	101
+C7492194	101
+C7492202	101
+C7492208	101
+C7492216	101
+C7492224	101
+C7492232	101
+C7492240	101
+C7492244	101
+C7492258	101
+C7492260	101
+C7492262	101
+C7492264	101
+C7492270	101
+C7492272	101
+C7492278	101
+C7492284	101
+C7492288	101
+C7492302	101
+C7492304	101
+C7492312	101
+C7492314	101
+C7492316	101
+C7492318	101
+C7492324	101
+C7492342	101
+C7492354	101
+C7492358	101
+C7492360	101
+C7492380	101
+C7492386	101
+C7492392	101
+C7492398	101
+C7492410	101
+C7492412	101
+C7492418	101
+C7492420	101
+C7492428	101
+C7492452	101
+C7492454	101
+C7492456	101
+C7492460	101
+C7492464	101
+C7492470	101
+C7492496	101
+C7492498	101
+C7492508	101
+C7492520	101
+C7492536	101
+C7492542	101
+C7492552	101
+C7492576	101
+C7492580	101
+C7492582	101
+C7492590	101
+C7492594	101
+C7492600	101
+C7492604	101
+C7492612	101
+C7492618	101
+C7492620	101
+C7492628	101
+C7492634	101
+C7492642	101
+C7492646	101
+C7492650	101
+C7492656	101
+C7492672	101
+C7492682	101
+C7492692	101
+C7492698	101
+C7492700	101
+C7492710	101
+C7492732	101
+C7492738	101
+C7492748	101
+C7492752	101
+C7492762	101
+C7492764	101
+C7492768	101
+C7492788	101
+C7492794	101
+C7492800	101
+C7492808	101
+C7492812	101
+C7492824	101
+C7492834	101
+C7492842	101
+C7492844	101
+C7492846	101
+C7492848	101
+C7492854	101
+C7492862	101
+C7492868	101
+C7492878	101
+C7492882	101
+C7492894	101
+C7492906	101
+C7492908	101
+C7492924	101
+C7492930	101
+C7492946	101
+C7492948	101
+C7492954	101
+C7492960	101
+C7492968	101
+C7492974	101
+C7492976	101
+C7492984	101
+C7492988	101
+C7492992	101
+C7493016	101
+C7493020	101
+C7493022	101
+C7493026	101
+C7493028	101
+C7493044	101
+C7493050	101
+C7493052	101
+C7493056	101
+C7493060	101
+C7493068	101
+C7493072	101
+C7493078	101
+C7493084	101
+C7493096	101
+C7493112	101
+C7493114	101
+C7493122	101
+C7493124	101
+C7493130	101
+C7493136	101
+C7493140	101
+C7493148	101
+C7493150	101
+C7493152	101
+C7493162	101
+C7493164	101
+C7493178	101
+C7493180	101
+C7493182	101
+C7493186	101
+C7493196	101
+C7493198	101
+C7493208	101
+C7493214	101
+C7493218	101
+C7493224	101
+C7493240	101
+C7493242	101
+C7493244	101
+C7493248	101
+C7493250	101
+C7493260	101
+C7493270	101
+C7493272	101
+C7493274	101
+C7493278	101
+C7493304	101
+C7493310	101
+C7493316	101
+C7493318	101
+C7493322	101
+C7493324	101
+C7493332	101
+C7493340	101
+C7493342	101
+C7493362	101
+C7493368	101
+C7493374	101
+C7493380	101
+C7493386	101
+C7493394	101
+C7493412	101
+C7493424	101
+C7493430	101
+C7493432	101
+C7493438	101
+C7493444	101
+C7493446	101
+C7493448	101
+C7493458	101
+C7493472	101
+C7493474	101
+C7493476	101
+C7493478	101
+C7493486	101
+C7493494	101
+C7493508	101
+C7493510	101
+C7493522	101
+C7493528	101
+C7493532	101
+C7493538	101
+C7493540	101
+C7493556	101
+C7493560	101
+C7493568	101
+C7493572	101
+C7493574	101
+C7493576	101
+C7493586	101
+C7493590	101
+C7493604	101
+C7493612	101
+C7493616	101
+C7493620	101
+C7493622	101
+C7493624	101
+C7493636	101
+C7493644	101
+C7493646	101
+C7493670	101
+C7493686	101
+C7493688	101
+C7493696	101
+C7493702	101
+C7493714	101
+C7493734	101
+C7493738	101
+C7493740	101
+C7493752	101
+C7493758	101
+C7493768	101
+C7493770	101
+C7493772	101
+C7493780	101
+C7493782	101
+C7493784	101
+C7493786	101
+C7493790	101
+C7493796	101
+C7493798	101
+C7493808	101
+C7493810	101
+C7493818	101
+C7493834	101
+C7493846	101
+C7493848	101
+C7493850	101
+C7493864	101
+C7493868	101
+C7493880	101
+C7493884	101
+C7493886	101
+C7493888	101
+C7493890	101
+C7493898	101
+C7493924	101
+C7493932	101
+C7493934	101
+C7493940	101
+C7493942	101
+C7493968	101
+C7493972	101
+C7493976	101
+C7493998	101
+C7494000	101
+C7494024	101
+C7494028	101
+C7494030	101
+C7494048	101
+C7494050	101
+C7494062	101
+C7494072	101
+C7494078	101
+C7494088	101
+C7494096	101
+C7494112	101
+C7494116	101
+C7494118	101
+C7494124	101
+C7494126	101
+C7494132	101
+C7494138	101
+C7494140	101
+C7494150	101
+C7494152	101
+C7494158	101
+C7494168	101
+C7494174	101
+C7494220	101
+C7494226	101
+C7494234	101
+C7494236	101
+C7494240	101
+C7494250	101
+C7494252	101
+C7494256	101
+C7494260	101
+C7494262	101
+C7494284	101
+C7494286	101
+C7494290	101
+C7494296	101
+C7494298	101
+C7494312	101
+C7494326	101
+C7494330	101
+C7494344	101
+C7494352	101
+C7494354	101
+C7494380	101
+C7494386	101
+C7494388	101
+C7494398	101
+C7494406	101
+C7494414	101
+C7494418	101
+C7494430	101
+C7494436	101
+C7494440	101
+C7494476	101
+C7494482	101
+C7494484	101
+C7494486	101
+C7494490	101
+C7494498	101
+C7494510	101
+C7494516	101
+C7494534	101
+C7494548	101
+C7494550	101
+C7494568	101
+C7494586	101
+C7494588	101
+C7494594	101
+C7494618	101
+C7494624	101
+C7494642	101
+C7494648	101
+C7494650	101
+C7494660	101
+C7494666	101
+C7494670	101
+C7494674	101
+C7494692	101
+C7494706	101
+C7494720	101
+C7494722	101
+C7494736	101
+C7494744	101
+C7494750	101
+C7494754	101
+C7494766	101
+C7494770	101
+C7494790	101
+C7494794	101
+C7494796	101
+C7494816	101
+C7494822	101
+C7494832	101
+C7494838	101
+C7494844	101
+C7494850	101
+C7494852	101
+C7494870	101
+C7494872	101
+C7494884	101
+C7494888	101
+C7494890	101
+C7494892	101
+C7494900	101
+C7494904	101
+C7494930	101
+C7494952	101
+C7494964	101
+C7494990	101
+C7494996	101
+C7495032	101
+C7495036	101
+C7495038	101
+C7495048	101
+C7495060	101
+C7495064	101
+C7495072	101
+C7495076	101
+C7495078	101
+C7495086	101
+C7495090	101
+C7495094	101
+C7495122	101
+C7495124	101
+C7495126	101
+C7495136	101
+C7495146	101
+C7495150	101
+C7495158	101
+C7495166	101
+C7495182	101
+C7495188	101
+C7495190	101
+C7495194	101
+C7495200	101
+C7495202	101
+C7495206	101
+C7495210	101
+C7495218	101
+C7495260	101
+C7495274	101
+C7495278	101
+C7495282	101
+C7495294	101
+C7495298	101
+C7495304	101
+C7495306	101
+C7495312	101
+C7495326	101
+C7495332	101
+C7495340	101
+C7495368	101
+C7495374	101
+C7495378	101
+C7495380	101
+C7495384	101
+C7495394	101
+C7495396	101
+C7495404	101
+C7495410	101
+C7495412	101
+C7495416	101
+C7495426	101
+C7495430	101
+C7495444	101
+C7495450	101
+C7495484	101
+C7495498	101
+C7495500	101
+C7495502	101
+C7495508	101
+C7495528	101
+C7495554	101
+C7495558	101
+C7495560	101
+C7495562	101
+C7495566	101
+C7495568	101
+C7495576	101
+C7495590	101
+C7495616	101
+C7495626	101
+C7495636	101
+C7495644	101
+C7495650	101
+C7495672	101
+C7495678	101
+C7495690	101
+C7495702	101
+C7495704	101
+C7495706	101
+C7495710	101
+C7495716	101
+C7495728	101
+C7495730	101
+C7495738	101
+C7495750	101
+C7495752	101
+C7495754	101
+C7495760	101
+C7495766	101
+C7495770	101
+C7495776	101
+C7495794	101
+C7495804	101
+C7495806	101
+C7495808	101
+C7495842	101
+C7495850	101
+C7495858	101
+C7495868	101
+C7495874	101
+C7495876	101
+C7495878	101
+C7495888	101
+C7495890	101
+C7495898	101
+C7495902	101
+C7495924	101
+C7495932	101
+C7495934	101
+C7495936	101
+C7495940	101
+C7495942	101
+C7495954	101
+C7495956	101
+C7495964	101
+C7495968	101
+C7495972	101
+C7495992	101
+C7495996	101
+C7496010	101
+C7496018	101
+C7496026	101
+C7496042	101
+C7496050	101
+C7496054	101
+C7496056	101
+C7496074	101
+C7496082	101
+C7496092	101
+C7496096	101
+C7496100	101
+C7496116	101
+C7496140	101
+C7496148	101
+C7496172	101
+C7496204	101
+C7496206	101
+C7496216	101
+C7496224	101
+C7496232	101
+C7496248	101
+C7496260	101
+C7496264	101
+C7496268	101
+C7496286	101
+C7496292	101
+C7496296	101
+C7496298	101
+C7496302	101
+C7496310	101
+C7496314	101
+C7496318	101
+C7496320	101
+C7496326	101
+C7496342	101
+C7496348	101
+C7496356	101
+C7496362	101
+C7496364	101
+C7496366	101
+C7496368	101
+C7496374	101
+C7496384	101
+C7496390	101
+C7496392	101
+C7496414	101
+C7496424	101
+C7496444	101
+C7496456	101
+C7496466	101
+C7496472	101
+C7496476	101
+C7496480	101
+C7496490	101
+C7496508	101
+C7496524	101
+C7496528	101
+C7496530	101
+C7496538	101
+C7496540	101
+C7496562	101
+C7496564	101
+C7496568	101
+C7496570	101
+C7496574	101
+C7496580	101
+C7496582	101
+C7496592	101
+C7496596	101
+C7496600	101
+C7496610	101
+C7496614	101
+C7496622	101
+C7496624	101
+C7496630	101
+C7496640	101
+C7496646	101
+C7496664	101
+C7496668	101
+C7496674	101
+C7496682	101
+C7496684	101
+C7496696	101
+C7496700	101
+C7496704	101
+C7496726	101
+C7496728	101
+C7496742	101
+C7496744	101
+C7496758	101
+C7496766	101
+C7496768	101
+C7496782	101
+C7496788	101
+C7496796	101
+C7496812	101
+C7496822	101
+C7496828	101
+C7496838	101
+C7496856	101
+C7496858	101
+C7496876	101
+C7496896	101
+C7496898	101
+C7496900	101
+C7496906	101
+C7496910	101
+C7496916	101
+C7496918	101
+C7496922	101
+C7496928	101
+C7496934	101
+C7496944	101
+C7496950	101
+C7496954	101
+C7496960	101
+C7496968	101
+C7496988	101
+C7496998	101
+C7497020	101
+C7497044	101
+C7497068	101
+C7497080	101
+C7497100	101
+C7497108	101
+C7497118	101
+C7497132	101
+C7497152	101
+C7497154	101
+C7497158	101
+C7497168	101
+C7497170	101
+C7497176	101
+C7497190	101
+C7497192	101
+C7497196	101
+C7497206	101
+C7497224	101
+C7497226	101
+C7497232	101
+C7497248	101
+C7497252	101
+C7497266	101
+C7497274	101
+C7497278	101
+C7497288	101
+C7497292	101
+C7497298	101
+C7497306	101
+C7497312	101
+C7497314	101
+C7497324	101
+C7497328	101
+C7497344	101
+C7497350	101
+C7497352	101
+C7497354	101
+C7497358	101
+C7497366	101
+C7497384	101
+C7497386	101
+C7497390	101
+C7497426	101
+C7497432	101
+C7497450	101
+C7497454	101
+C7497468	101
+C7497486	101
+C7497502	101
+C7497538	101
+C7497558	101
+C7497560	101
+C7497564	101
+C7497578	101
+C7497580	101
+C7497584	101
+C7497590	101
+C7497602	101
+C7497620	101
+C7497628	101
+C7497630	101
+C7497658	101
+C7497670	101
+C7497674	101
+C7497680	101
+C7497684	101
+C7497694	101
+C7497700	101
+C7497702	101
+C7497706	101
+C7497724	101
+C7497744	101
+C7497754	101
+C7497770	101
+C7497780	101
+C7497784	101
+C7497786	101
+C7497792	101
+C7497802	101
+C7497818	101
+C7497820	101
+C7497822	101
+C7497824	101
+C7497828	101
+C7497836	101
+C7497854	101
+C7497856	101
+C7497862	101
+C7497868	101
+C7497878	101
+C7497888	101
+C7497894	101
+C7497898	101
+C7497900	101
+C7497912	101
+C7497928	101
+C7497932	101
+C7497938	101
+C7497942	101
+C7497946	101
+C7497958	101
+C7497960	101
+C7497966	101
+C7497980	101
+C7497994	101
+C7498008	101
+C7498022	101
+C7498042	101
+C7498046	101
+C7498050	101
+C7498064	101
+C7498068	101
+C7498072	101
+C7498088	101
+C7498106	101
+C7498108	101
+C7498112	101
+C7498118	101
+C7498134	101
+C7498138	101
+C7498144	101
+C7498148	101
+C7498150	101
+C7498160	101
+C7498162	101
+C7498186	101
+C7498196	101
+C7498204	101
+C7498232	101
+C7498234	101
+C7498248	101
+C7498270	101
+C7498272	101
+C7498278	101
+C7498288	101
+C7498298	101
+C7498300	101
+C7498306	101
+C7498310	101
+C7498322	101
+C7498324	101
+C7498330	101
+C7498332	101
+C7498340	101
+C7498356	101
+C7498360	101
+C7498368	101
+C7498372	101
+C7498378	101
+C7498390	101
+C7498392	101
+C7498398	101
+C7498404	101
+C7498412	101
+C7498424	101
+C7498442	101
+C7498444	101
+C7498484	101
+C7498486	101
+C7498490	101
+C7498492	101
+C7498524	101
+C7498528	101
+C7498532	101
+C7498538	101
+C7498542	101
+C7498552	101
+C7498560	101
+C7498566	101
+C7498604	101
+C7498608	101
+C7498622	101
+C7498624	101
+C7498628	101
+C7498630	101
+C7498640	101
+C7498656	101
+C7498662	101
+C7498666	101
+C7498668	101
+C7498670	101
+C7498672	101
+C7498682	101
+C7498684	101
+C7498690	101
+C7498702	101
+C7498704	101
+C7498708	101
+C7498732	101
+C7498750	101
+C7498754	101
+C7498756	101
+C7498766	101
+C7498770	101
+C7498776	101
+C7498804	101
+C7498812	101
+C7498814	101
+C7498852	101
+C7498858	101
+C7498860	101
+C7498872	101
+C7498884	101
+C7498902	101
+C7498912	101
+C7498920	101
+C7498922	101
+C7498936	101
+C7498940	101
+C7498950	101
+C7498952	101
+C7498970	101
+C7498972	101
+C7498978	101
+C7498996	101
+C7499002	101
+C7499004	101
+C7499006	101
+C7499036	101
+C7499040	101
+C7499042	101
+C7499056	101
+C7499060	101
+C7499066	101
+C7499074	101
+C7499084	101
+C7499088	101
+C7499096	101
+C7499102	101
+C7499106	101
+C7499118	101
+C7499128	101
+C7499130	101
+C7499142	101
+C7499150	101
+C7499170	101
+C7499188	101
+C7499190	101
+C7499194	101
+C7499196	101
+C7499198	101
+C7499200	101
+C7499204	101
+C7499208	101
+C7499226	101
+C7499230	101
+C7499234	101
+C7499238	101
+C7499248	101
+C7499254	101
+C7499258	101
+C7499262	101
+C7499266	101
+C7499272	101
+C7499274	101
+C7499284	101
+C7499286	101
+C7499288	101
+C7499292	101
+C7499310	101
+C7499334	101
+C7499338	101
+C7499364	101
+C7499382	101
+C7499392	101
+C7499398	101
+C7499400	101
+C7499402	101
+C7499410	101
+C7499414	101
+C7499418	101
+C7499430	101
+C7499432	101
+C7499450	101
+C7499452	101
+C7499468	101
+C7499470	101
+C7499472	101
+C7499488	101
+C7499500	101
+C7499502	101
+C7499512	101
+C7499532	101
+C7499538	101
+C7499542	101
+C7499546	101
+C7499562	101
+C7499564	101
+C7499578	101
+C7499584	101
+C7499586	101
+C7499590	101
+C7499592	101
+C7499602	101
+C7499604	101
+C7499608	101
+C7499612	101
+C7499616	101
+C7499642	101
+C7499660	101
+C7499662	101
+C7499666	101
+C7499694	101
+C7499698	101
+C7499712	101
+C7499720	101
+C7499728	101
+C7499732	101
+C7499740	101
+C7499746	101
+C7499756	101
+C7499768	101
+C7499782	101
+C7499790	101
+C7499798	101
+C7499800	101
+C7499812	101
+C7499816	101
+C7499828	101
+C7499838	101
+C7499840	101
+C7499842	101
+C7499854	101
+C7499860	101
+C7499864	101
+C7499874	101
+C7499890	101
+C7499898	101
+C7499900	101
+C7499908	101
+C7499918	101
+C7499928	101
+C7499932	101
+C7499950	101
+C7499980	101
+C7500010	101
+C7500016	101
+C7500024	101
+C7500054	101
+C7500074	101
+C7500078	101
+C7500084	101
+C7500086	101
+C7500110	101
+C7500130	101
+C7500132	101
+C7500138	101
+C7500144	101
+C7500162	101
+C7500170	101
+C7500174	101
+C7500180	101
+C7500182	101
+C7500192	101
+C7500194	101
+C7500196	101
+C7500212	101
+C7500218	101
+C7500222	101
+C7500228	101
+C7500230	101
+C7500236	101
+C7500244	101
+C7500264	101
+C7500288	101
+C7500290	101
+C7500292	101
+C7500294	101
+C7500298	101
+C7500302	101
+C7500328	101
+C7500334	101
+C7500336	101
+C7500340	101
+C7500362	101
+C7500364	101
+C7500384	101
+C7500406	101
+C7500412	101
+C7500446	101
+C7500456	101
+C7500460	101
+C7500470	101
+C7500490	101
+C7500492	101
+C7500504	101
+C7500528	101
+C7500538	101
+C7500556	101
+C7500558	101
+C7500564	101
+C7500568	101
+C7500570	101
+C7500584	101
+C7500586	101
+C7500596	101
+C7500652	101
+C7500656	101
+C7500660	101
+C7500674	101
+C7500676	101
+C7500678	101
+C7500686	101
+C7500702	101
+C7500708	101
+C7500720	101
+C7500724	101
+C7500728	101
+C7500732	101
+C7500740	101
+C7500746	101
+C7500752	101
+C7500756	101
+C7500764	101
+C7500768	101
+C7500778	101
+C7500792	101
+C7500808	101
+C7500812	101
+C7500816	101
+C7500820	101
+C7500828	101
+C7500830	101
+C7500836	101
+C7500838	101
+C7500840	101
+C7500842	101
+C7500844	101
+C7500846	101
+C7500852	101
+C7500854	101
+C7500860	101
+C7500864	101
+C7500872	101
+C7500878	101
+C7500906	101
+C7500926	101
+C7500930	101
+C7500934	101
+C7500944	101
+C7500950	101
+C7500958	101
+C7500964	101
+C7500982	101
+C7500994	101
+C7501000	101
+C7501012	101
+C7501020	101
+C7501026	101
+C7501028	101
+C7501052	101
+C7501058	101
+C7501082	101
+C7501088	101
+C7501104	101
+C7501114	101
+C7501116	101
+C7501134	101
+C7501136	101
+C7501144	101
+C7501164	101
+C7501170	101
+C7501188	101
+C7501196	101
+C7501204	101
+C7501220	101
+C7501224	101
+C7501248	101
+C7501252	101
+C7501256	101
+C7501262	101
+C7501268	101
+C7501286	101
+C7501300	101
+C7501302	101
+C7501310	101
+C7501312	101
+C7501336	101
+C7501342	101
+C7501346	101
+C7501350	101
+C7501360	101
+C7501374	101
+C7501388	101
+C7501402	101
+C7501404	101
+C7501424	101
+C7501446	101
+C7501462	101
+C7501470	101
+C7501474	101
+C7501482	101
+C7501486	101
+C7501494	101
+C7501502	101
+C7501510	101
+C7501544	101
+C7501548	101
+C7501554	101
+C7501556	101
+C7501564	101
+C7501586	101
+C7501588	101
+C7501604	101
+C7501606	101
+C7501610	101
+C7501630	101
+C7501632	101
+C7501638	101
+C7501644	101
+C7501646	101
+C7501656	101
+C7501658	101
+C7501662	101
+C7501688	101
+C7501690	101
+C7501694	101
+C7501696	101
+C7501710	101
+C7501714	101
+C7501730	101
+C7501738	101
+C7501764	101
+C7501772	101
+C7501774	101
+C7501804	101
+C7501812	101
+C7501814	101
+C7501818	101
+C7501820	101
+C7501824	101
+C7501848	101
+C7501868	101
+C7501880	101
+C7501884	101
+C7501888	101
+C7501890	101
+C7501894	101
+C7501914	101
+C7501922	101
+C7501924	101
+C7501926	101
+C7501928	101
+C7501932	101
+C7501934	101
+C7501944	101
+C7501954	101
+C7501956	101
+C7501974	101
+C7501980	101
+C7501982	101
+C7501996	101
+C7501998	101
+C7502004	101
+C7502026	101
+C7502044	101
+C7502046	101
+C7502076	101
+C7502078	101
+C7502094	101
+C7502104	101
+C7502114	101
+C7502118	101
+C7502126	101
+C7502130	101
+C7502136	101
+C7502142	101
+C7502144	101
+C7502154	101
+C7502170	101
+C7502172	101
+C7502184	101
+C7502186	101
+C7502188	101
+C7502198	101
+C7502208	101
+C7502212	101
+C7502234	101
+C7502244	101
+C7502260	101
+C7502262	101
+C7502266	101
+C7502274	101
+C7502286	101
+C7502288	101
+C7502294	101
+C7502298	101
+C7502300	101
+C7502302	101
+C7502322	101
+C7502328	101
+C7502330	101
+C7502344	101
+C7502374	101
+C7502376	101
+C7502392	101
+C7502400	101
+C7502414	101
+C7502440	101
+C7502444	101
+C7502462	101
+C7502470	101
+C7502484	101
+C7502502	101
+C7502508	101
+C7502514	101
+C7502518	101
+C7502532	101
+C7502534	101
+C7502536	101
+C7502554	101
+C7502560	101
+C7502562	101
+C7502566	101
+C7502580	101
+C7502616	101
+C7502632	101
+C7502642	101
+C7502654	101
+C7502658	101
+C7502660	101
+C7502674	101
+C7502680	101
+C7502692	101
+C7502694	101
+C7502702	101
+C7502712	101
+C7502714	101
+C7502718	101
+C7502732	101
+C7502734	101
+C7502742	101
+C7502756	101
+C7502758	101
+C7502778	101
+C7502786	101
+C7502804	101
+C7502812	101
+C7502818	101
+C7502820	101
+C7502822	101
+C7502824	101
+C7502826	101
+C7502832	101
+C7502836	101
+C7502846	101
+C7502848	101
+C7502856	101
+C7502864	101
+C7502880	101
+C7502882	101
+C7502888	101
+C7502896	101
+C7502908	101
+C7502928	101
+C7502938	101
+C7502940	101
+C7502944	101
+C7502952	101
+C7502954	101
+C7502960	101
+C7502966	101
+C7502968	101
+C7502974	101
+C7502976	101
+C7502980	101
+C7502992	101
+C7502994	101
+C7503002	101
+C7503008	101
+C7503010	101
+C7503028	101
+C7503030	101
+C7503038	101
+C7503046	101
+C7503066	101
+C7503106	101
+C7503110	101
+C7503118	101
+C7503130	101
+C7503138	101
+C7503142	101
+C7503154	101
+C7503162	101
+C7503170	101
+C7503178	101
+C7503180	101
+C7503186	101
+C7503192	101
+C7503260	101
+C7503262	101
+C7503276	101
+C7503298	101
+C7503302	101
+C7503306	101
+C7503312	101
+C7503320	101
+C7503322	101
+C7503330	101
+C7503336	101
+C7503338	101
+C7503346	101
+C7503358	101
+C7503366	101
+C7503400	101
+C7503406	101
+C7503424	101
+C7503426	101
+C7503428	101
+C7503432	101
+C7503440	101
+C7503450	101
+C7503458	101
+C7503464	101
+C7503472	101
+C7503486	101
+C7503488	101
+C7503490	101
+C7503492	101
+C7503498	101
+C7503508	101
+C7503514	101
+C7503560	101
+C7503574	101
+C7503576	101
+C7503594	101
+C7503598	101
+C7503606	101
+C7503612	101
+C7503622	101
+C7503624	101
+C7503632	101
+C7503654	101
+C7503666	101
+C7503670	101
+C7503682	101
+C7503684	101
+C7503692	101
+C7503716	101
+C7503718	101
+C7503720	101
+C7503724	101
+C7503750	101
+C7503752	101
+C7503764	101
+C7503766	101
+C7503768	101
+C7503806	101
+C7503808	101
+C7503824	101
+C7503828	101
+C7503846	101
+C7503866	101
+C7503872	101
+C7503886	101
+C7503896	101
+C7503904	101
+C7503906	101
+C7503914	101
+C7503916	101
+C7503920	101
+C7503922	101
+C7503930	101
+C7503936	101
+C7503942	101
+C7503948	101
+C7503956	101
+C7503972	101
+C7503974	101
+C7503978	101
+C7503980	101
+C7503982	101
+C7503994	101
+C7503996	101
+C7504002	101
+C7504016	101
+C7504020	101
+C7504022	101
+C7504030	101
+C7504034	101
+C7504036	101
+C7504050	101
+C7504058	101
+C7504076	101
+C7504080	101
+C7504084	101
+C7504098	101
+C7504102	101
+C7504124	101
+C7504136	101
+C7504140	101
+C7504144	101
+C7504146	101
+C7504156	101
+C7504168	101
+C7504170	101
+C7504188	101
+C7504190	101
+C7504204	101
+C7504236	101
+C7504238	101
+C7504240	101
+C7504242	101
+C7504244	101
+C7504296	101
+C7504318	101
+C7504322	101
+C7504328	101
+C7504340	101
+C7504342	101
+C7504346	101
+C7504348	101
+C7504364	101
+C7504366	101
+C7504374	101
+C7504384	101
+C7504388	101
+C7504394	101
+C7504408	101
+C7504412	101
+C7504422	101
+C7504436	101
+C7504438	101
+C7504450	101
+C7504462	101
+C7504474	101
+C7504488	101
+C7504490	101
+C7504534	101
+C7504550	101
+C7504560	101
+C7504562	101
+C7504566	101
+C7504584	101
+C7504586	101
+C7504600	101
+C7504602	101
+C7504606	101
+C7504628	101
+C7504630	101
+C7504632	101
+C7504636	101
+C7504644	101
+C7504650	101
+C7504652	101
+C7504656	101
+C7504662	101
+C7504670	101
+C7504688	101
+C7504700	101
+C7504704	101
+C7504706	101
+C7504708	101
+C7504710	101
+C7504714	101
+C7504738	101
+C7504742	101
+C7504746	101
+C7504750	101
+C7504756	101
+C7504770	101
+C7504780	101
+C7504786	101
+C7504788	101
+C7504792	101
+C7504804	101
+C7504806	101
+C7504810	101
+C7504812	101
+C7504818	101
+C7504826	101
+C7504832	101
+C7504834	101
+C7504852	101
+C7504860	101
+C7504862	101
+C7504866	101
+C7504868	101
+C7504888	101
+C7504892	101
+C7504906	101
+C7504908	101
+C7504916	101
+C7504918	101
+C7504924	101
+C7504934	101
+C7504944	101
+C7504946	101
+C7504952	101
+C7504962	101
+C7504966	101
+C7504974	101
+C7504978	101
+C7504984	101
+C7504994	101
+C7505006	101
+C7505008	101
+C7505016	101
+C7505018	101
+C7505022	101
+C7505034	101
+C7505044	101
+C7505048	101
+C7505058	101
+C7505076	101
+C7505078	101
+C7505108	101
+C7505110	101
+C7505130	101
+C7505138	101
+C7505154	101
+C7505156	101
+C7505162	101
+C7505172	101
+C7505174	101
+C7505176	101
+C7505208	101
+C7505220	101
+C7505222	101
+C7505238	101
+C7505260	101
+C7505262	101
+C7505264	101
+C7505270	101
+C7505300	101
+C7505304	101
+C7505310	101
+C7505318	101
+C7505342	101
+C7505344	101
+C7505352	101
+C7505358	101
+C7505374	101
+C7505384	101
+C7505394	101
+C7505398	101
+C7505400	101
+C7505406	101
+C7505438	101
+C7505446	101
+C7505450	101
+C7505460	101
+C7505462	101
+C7505468	101
+C7505484	101
+C7505502	101
+C7505506	101
+C7505510	101
+C7505514	101
+C7505520	101
+C7505524	101
+C7505538	101
+C7505552	101
+C7505554	101
+C7505564	101
+C7505574	101
+C7505576	101
+C7505580	101
+C7505582	101
+C7505584	101
+C7505592	101
+C7505624	101
+C7505654	101
+C7505684	101
+C7505702	101
+C7505712	101
+C7505738	101
+C7505746	101
+C7505748	101
+C7505754	101
+C7505764	101
+C7505766	101
+C7505770	101
+C7505780	101
+C7505784	101
+C7505800	101
+C7505822	101
+C7505836	101
+C7505870	101
+C7505872	101
+C7505878	101
+C7505892	101
+C7505896	101
+C7505900	101
+C7505914	101
+C7505918	101
+C7505920	101
+C7505926	101
+C7505930	101
+C7505944	101
+C7505958	101
+C7505964	101
+C7505968	101
+C7505978	101
+C7505980	101
+C7505990	101
+C7505992	101
+C7506012	101
+C7506040	101
+C7506050	101
+C7506052	101
+C7506076	101
+C7506084	101
+C7506098	101
+C7506108	101
+C7506124	101
+C7506126	101
+C7506144	101
+C7506148	101
+C7506152	101
+C7506182	101
+C7506218	101
+C7506220	101
+C7506222	101
+C7506234	101
+C7506236	101
+C7506256	101
+C7506272	101
+C7506276	101
+C7506302	101
+C7506310	101
+C7506312	101
+C7506316	101
+C7506318	101
+C7506322	101
+C7506334	101
+C7506346	101
+C7506348	101
+C7506352	101
+C7506368	101
+C7506374	101
+C7506388	101
+C7506392	101
+C7506412	101
+C7506430	101
+C7506446	101
+C7506448	101
+C7506452	101
+C7506460	101
+C7506464	101
+C7506468	101
+C7506476	101
+C7506484	101
+C7506486	101
+C7506490	101
+C7506500	101
+C7506506	101
+C7506514	101
+C7506516	101
+C7506550	101
+C7506552	101
+C7506566	101
+C7506576	101
+C7506586	101
+C7506594	101
+C7506606	101
+C7506626	101
+C7506628	101
+C7506630	101
+C7506638	101
+C7506640	101
+C7506648	101
+C7506654	101
+C7506670	101
+C7506684	101
+C7506690	101
+C7506692	101
+C7506700	101
+C7506734	101
+C7506744	101
+C7506764	101
+C7506770	101
+C7506792	101
+C7506796	101
+C7506800	101
+C7506802	101
+C7506814	101
+C7506816	101
+C7506818	101
+C7506824	101
+C7506860	101
+C7506868	101
+C7506874	101
+C7506876	101
+C7506882	101
+C7506888	101
+C7506898	101
+C7506906	101
+C7506912	101
+C7506928	101
+C7506930	101
+C7506950	101
+C7506952	101
+C7506970	101
+C7506974	101
+C7506982	101
+C7506984	101
+C7506994	101
+C7507004	101
+C7507042	101
+C7507046	101
+C7507056	101
+C7507062	101
+C7507066	101
+C7507070	101
+C7507084	101
+C7507088	101
+C7507090	101
+C7507092	101
+C7507094	101
+C7507096	101
+C7507102	101
+C7507104	101
+C7507106	101
+C7507108	101
+C7507148	101
+C7507196	101
+C7507200	101
+C7507204	101
+C7507210	101
+C7507212	101
+C7507220	101
+C7507228	101
+C7507230	101
+C7507240	101
+C7507250	101
+C7507262	101
+C7507264	101
+C7507268	101
+C7507270	101
+C7507276	101
+C7507284	101
+C7507290	101
+C7507310	101
+C7507322	101
+C7507338	101
+C7507348	101
+C7507350	101
+C7507380	101
+C7507406	101
+C7507424	101
+C7507432	101
+C7507444	101
+C7507456	101
+C7507460	101
+C7507464	101
+C7507466	101
+C7507484	101
+C7507490	101
+C7507508	101
+C7507512	101
+C7507520	101
+C7507536	101
+C7507564	101
+C7507566	101
+C7507568	101
+C7507578	101
+C7507582	101
+C7507592	101
+C7507598	101
+C7507610	101
+C7507622	101
+C7507634	101
+C7507638	101
+C7507640	101
+C7507650	101
+C7507656	101
+C7507676	101
+C7507682	101
+C7507686	101
+C7507696	101
+C7507710	101
+C7507714	101
+C7507716	101
+C7507726	101
+C7507736	101
+C7507738	101
+C7507740	101
+C7507754	101
+C7507758	101
+C7507760	101
+C7507766	101
+C7507768	101
+C7507784	101
+C7507792	101
+C7507802	101
+C7507822	101
+C7507832	101
+C7507836	101
+C7507838	101
+C7507842	101
+C7507864	101
+C7507870	101
+C7507872	101
+C7507878	101
+C7507890	101
+C7507894	101
+C7507898	101
+C7507916	101
+C7507932	101
+C7507934	101
+C7507940	101
+C7507970	101
+C7507980	101
+C7507984	101
+C7508000	101
+C7508006	101
+C7508022	101
+C7508052	101
+C7508054	101
+C7508060	101
+C7508062	101
+C7508066	101
+C7508070	101
+C7508072	101
+C7508076	101
+C7508080	101
+C7508090	101
+C7508094	101
+C7508106	101
+C7508110	101
+C7508112	101
+C7508148	101
+C7508150	101
+C7508176	101
+C7508186	101
+C7508192	101
+C7508198	101
+C7508208	101
+C7508228	101
+C7508230	101
+C7508236	101
+C7508240	101
+C7508244	101
+C7508256	101
+C7508272	101
+C7508288	101
+C7508304	101
+C7508306	101
+C7508320	101
+C7508330	101
+C7508334	101
+C7508352	101
+C7508362	101
+C7508366	101
+C7508368	101
+C7508372	101
+C7508374	101
+C7508378	101
+C7508386	101
+C7508388	101
+C7508398	101
+C7508418	101
+C7508420	101
+C7508434	101
+C7508438	101
+C7508440	101
+C7508444	101
+C7508454	101
+C7508464	101
+C7508468	101
+C7508474	101
+C7508490	101
+C7508494	101
+C7508496	101
+C7508504	101
+C7508510	101
+C7508518	101
+C7508524	101
+C7508526	101
+C7508534	101
+C7474890	100
+C7474894	100
+C7474898	100
+C7474908	100
+C7474920	100
+C7474922	100
+C7474924	100
+C7474936	100
+C7474944	100
+C7474948	100
+C7474960	100
+C7474962	100
+C7474978	100
+C7474982	100
+C7474988	100
+C7474992	100
+C7474998	100
+C7475010	100
+C7475012	100
+C7475014	100
+C7475016	100
+C7475032	100
+C7475054	100
+C7475056	100
+C7475062	100
+C7475064	100
+C7475074	100
+C7475082	100
+C7475086	100
+C7475088	100
+C7475090	100
+C7475092	100
+C7475102	100
+C7475108	100
+C7475114	100
+C7475118	100
+C7475132	100
+C7475138	100
+C7475152	100
+C7475154	100
+C7475156	100
+C7475164	100
+C7475168	100
+C7475192	100
+C7475202	100
+C7475206	100
+C7475216	100
+C7475234	100
+C7475252	100
+C7475258	100
+C7475268	100
+C7475274	100
+C7475288	100
+C7475292	100
+C7475316	100
+C7475348	100
+C7475350	100
+C7475352	100
+C7475356	100
+C7475364	100
+C7475376	100
+C7475378	100
+C7475386	100
+C7475388	100
+C7475390	100
+C7475400	100
+C7475408	100
+C7475414	100
+C7475424	100
+C7475428	100
+C7475430	100
+C7475434	100
+C7475450	100
+C7475458	100
+C7475462	100
+C7475480	100
+C7475488	100
+C7475498	100
+C7475500	100
+C7475518	100
+C7475520	100
+C7475532	100
+C7475542	100
+C7475558	100
+C7475578	100
+C7475590	100
+C7475592	100
+C7475602	100
+C7475604	100
+C7475606	100
+C7475616	100
+C7475624	100
+C7475642	100
+C7475644	100
+C7475648	100
+C7475654	100
+C7475658	100
+C7475682	100
+C7475690	100
+C7475698	100
+C7475720	100
+C7475728	100
+C7475740	100
+C7475750	100
+C7475762	100
+C7475770	100
+C7475774	100
+C7475782	100
+C7475784	100
+C7475796	100
+C7475808	100
+C7475822	100
+C7475824	100
+C7475832	100
+C7475838	100
+C7475848	100
+C7475854	100
+C7475866	100
+C7475880	100
+C7475894	100
+C7475906	100
+C7475910	100
+C7475918	100
+C7475942	100
+C7475950	100
+C7475954	100
+C7475956	100
+C7475962	100
+C7475974	100
+C7475980	100
+C7475990	100
+C7475996	100
+C7475998	100
+C7476002	100
+C7476004	100
+C7476012	100
+C7476020	100
+C7476032	100
+C7476046	100
+C7476050	100
+C7476062	100
+C7476096	100
+C7476110	100
+C7476114	100
+C7476120	100
+C7476128	100
+C7476132	100
+C7476136	100
+C7476144	100
+C7476148	100
+C7476168	100
+C7476170	100
+C7476182	100
+C7476204	100
+C7476206	100
+C7476210	100
+C7476218	100
+C7476222	100
+C7476230	100
+C7476252	100
+C7476256	100
+C7476264	100
+C7476274	100
+C7476278	100
+C7476310	100
+C7476314	100
+C7476318	100
+C7476326	100
+C7476362	100
+C7476368	100
+C7476370	100
+C7476374	100
+C7476398	100
+C7476420	100
+C7476434	100
+C7476452	100
+C7476460	100
+C7476468	100
+C7476474	100
+C7476490	100
+C7476496	100
+C7476500	100
+C7476514	100
+C7476516	100
+C7476534	100
+C7476542	100
+C7476560	100
+C7476574	100
+C7476588	100
+C7476598	100
+C7476602	100
+C7476604	100
+C7476612	100
+C7476618	100
+C7476638	100
+C7476646	100
+C7476652	100
+C7476656	100
+C7476664	100
+C7476672	100
+C7476674	100
+C7476678	100
+C7476682	100
+C7476694	100
+C7476696	100
+C7476700	100
+C7476710	100
+C7476726	100
+C7476766	100
+C7476778	100
+C7476788	100
+C7476816	100
+C7476824	100
+C7476826	100
+C7476830	100
+C7476832	100
+C7476858	100
+C7476876	100
+C7476878	100
+C7476880	100
+C7476882	100
+C7476886	100
+C7476894	100
+C7476900	100
+C7476908	100
+C7476914	100
+C7476924	100
+C7476926	100
+C7476936	100
+C7476954	100
+C7476972	100
+C7476976	100
+C7476982	100
+C7476996	100
+C7476998	100
+C7477006	100
+C7477018	100
+C7477028	100
+C7477030	100
+C7477044	100
+C7477048	100
+C7477050	100
+C7477052	100
+C7477056	100
+C7477082	100
+C7477086	100
+C7477094	100
+C7477106	100
+C7477110	100
+C7477118	100
+C7477120	100
+C7477138	100
+C7477142	100
+C7477144	100
+C7477146	100
+C7477150	100
+C7477156	100
+C7477162	100
+C7477170	100
+C7477172	100
+C7477182	100
+C7477190	100
+C7477196	100
+C7477214	100
+C7477218	100
+C7477224	100
+C7477238	100
+C7477244	100
+C7477252	100
+C7477254	100
+C7477276	100
+C7477288	100
+C7477298	100
+C7477302	100
+C7477304	100
+C7477306	100
+C7477316	100
+C7477318	100
+C7477322	100
+C7477328	100
+C7477344	100
+C7477352	100
+C7477382	100
+C7477394	100
+C7477404	100
+C7477424	100
+C7477428	100
+C7477432	100
+C7477442	100
+C7477444	100
+C7477450	100
+C7477456	100
+C7477460	100
+C7477462	100
+C7477466	100
+C7477482	100
+C7477486	100
+C7477488	100
+C7477492	100
+C7477502	100
+C7477508	100
+C7477518	100
+C7477526	100
+C7477534	100
+C7477540	100
+C7477542	100
+C7477546	100
+C7477554	100
+C7477560	100
+C7477570	100
+C7477580	100
+C7477584	100
+C7477588	100
+C7477592	100
+C7477594	100
+C7477602	100
+C7477608	100
+C7477614	100
+C7477620	100
+C7477626	100
+C7477638	100
+C7477650	100
+C7477664	100
+C7477666	100
+C7477682	100
+C7477686	100
+C7477708	100
+C7477714	100
+C7477720	100
+C7477740	100
+C7477750	100
+C7477756	100
+C7477770	100
+C7477776	100
+C7477780	100
+C7477784	100
+C7477788	100
+C7477798	100
+C7477814	100
+C7477832	100
+C7477834	100
+C7477846	100
+C7477852	100
+C7477862	100
+C7477866	100
+C7477868	100
+C7477870	100
+C7477894	100
+C7477934	100
+C7477952	100
+C7477954	100
+C7477960	100
+C7477986	100
+C7477994	100
+C7478004	100
+C7478010	100
+C7478012	100
+C7478016	100
+C7478022	100
+C7478024	100
+C7478028	100
+C7478048	100
+C7478054	100
+C7478058	100
+C7478072	100
+C7478078	100
+C7478080	100
+C7478088	100
+C7478092	100
+C7478100	100
+C7478102	100
+C7478104	100
+C7478108	100
+C7478124	100
+C7478128	100
+C7478134	100
+C7478136	100
+C7478148	100
+C7478154	100
+C7478156	100
+C7478166	100
+C7478182	100
+C7478192	100
+C7478202	100
+C7478212	100
+C7478214	100
+C7478218	100
+C7478220	100
+C7478226	100
+C7478234	100
+C7478238	100
+C7478242	100
+C7478252	100
+C7478256	100
+C7478260	100
+C7478268	100
+C7478272	100
+C7478278	100
+C7478292	100
+C7478296	100
+C7478310	100
+C7478318	100
+C7478326	100
+C7478336	100
+C7478338	100
+C7478348	100
+C7478350	100
+C7478356	100
+C7478364	100
+C7478376	100
+C7478382	100
+C7478386	100
+C7478392	100
+C7478396	100
+C7478412	100
+C7478414	100
+C7478434	100
+C7478446	100
+C7478458	100
+C7478460	100
+C7478486	100
+C7478496	100
+C7478504	100
+C7478510	100
+C7478530	100
+C7478532	100
+C7478534	100
+C7478552	100
+C7478560	100
+C7478568	100
+C7478592	100
+C7478594	100
+C7478596	100
+C7478602	100
+C7478612	100
+C7478622	100
+C7478624	100
+C7478634	100
+C7478636	100
+C7478642	100
+C7478652	100
+C7478654	100
+C7478672	100
+C7478688	100
+C7478712	100
+C7478724	100
+C7478726	100
+C7478732	100
+C7478734	100
+C7478758	100
+C7478766	100
+C7478776	100
+C7478778	100
+C7478780	100
+C7478790	100
+C7478792	100
+C7478798	100
+C7478802	100
+C7478808	100
+C7478812	100
+C7478820	100
+C7478822	100
+C7478824	100
+C7478842	100
+C7478850	100
+C7478852	100
+C7478860	100
+C7478862	100
+C7478880	100
+C7478888	100
+C7478890	100
+C7478906	100
+C7478924	100
+C7478934	100
+C7478936	100
+C7478976	100
+C7478992	100
+C7478996	100
+C7479000	100
+C7479008	100
+C7479022	100
+C7479036	100
+C7479068	100
+C7479078	100
+C7479084	100
+C7479086	100
+C7479102	100
+C7479108	100
+C7479112	100
+C7479126	100
+C7479164	100
+C7479212	100
+C7479220	100
+C7479224	100
+C7479226	100
+C7479230	100
+C7479238	100
+C7479266	100
+C7479272	100
+C7479286	100
+C7479288	100
+C7479290	100
+C7479294	100
+C7479298	100
+C7479300	100
+C7479302	100
+C7479306	100
+C7479320	100
+C7479326	100
+C7479344	100
+C7479350	100
+C7479354	100
+C7479398	100
+C7479404	100
+C7479408	100
+C7479418	100
+C7479450	100
+C7479492	100
+C7479508	100
+C7479536	100
+C7479538	100
+C7479550	100
+C7479564	100
+C7479568	100
+C7479578	100
+C7479582	100
+C7479584	100
+C7479596	100
+C7479614	100
+C7479620	100
+C7479634	100
+C7479638	100
+C7479650	100
+C7479652	100
+C7479654	100
+C7479662	100
+C7479666	100
+C7479672	100
+C7479684	100
+C7479708	100
+C7479712	100
+C7479720	100
+C7479722	100
+C7479736	100
+C7479764	100
+C7479774	100
+C7479776	100
+C7479778	100
+C7479786	100
+C7479796	100
+C7479810	100
+C7479822	100
+C7479824	100
+C7479858	100
+C7479862	100
+C7479868	100
+C7479894	100
+C7479896	100
+C7479918	100
+C7479922	100
+C7479932	100
+C7479942	100
+C7479954	100
+C7479972	100
+C7479976	100
+C7479980	100
+C7479982	100
+C7479986	100
+C7480010	100
+C7480012	100
+C7480024	100
+C7480030	100
+C7480036	100
+C7480038	100
+C7480044	100
+C7480058	100
+C7480066	100
+C7480078	100
+C7480084	100
+C7480086	100
+C7480088	100
+C7480094	100
+C7480104	100
+C7480116	100
+C7480138	100
+C7480164	100
+C7480168	100
+C7480176	100
+C7480186	100
+C7480210	100
+C7480224	100
+C7480238	100
+C7480244	100
+C7480246	100
+C7480250	100
+C7480262	100
+C7480264	100
+C7480266	100
+C7480270	100
+C7480274	100
+C7480282	100
+C7480290	100
+C7480306	100
+C7480308	100
+C7480312	100
+C7480320	100
+C7480322	100
+C7480328	100
+C7480334	100
+C7480336	100
+C7480338	100
+C7480340	100
+C7480344	100
+C7480352	100
+C7480354	100
+C7480358	100
+C7480380	100
+C7480390	100
+C7480396	100
+C7480404	100
+C7480410	100
+C7480414	100
+C7480418	100
+C7480422	100
+C7480442	100
+C7480454	100
+C7480460	100
+C7480474	100
+C7480510	100
+C7480518	100
+C7480520	100
+C7480528	100
+C7480536	100
+C7480538	100
+C7480546	100
+C7480548	100
+C7480556	100
+C7480564	100
+C7480588	100
+C7480590	100
+C7480594	100
+C7480602	100
+C7480614	100
+C7480618	100
+C7480634	100
+C7480636	100
+C7480644	100
+C7480646	100
+C7480650	100
+C7480652	100
+C7480658	100
+C7480668	100
+C7480670	100
+C7480672	100
+C7480680	100
+C7480682	100
+C7480684	100
+C7480686	100
+C7480696	100
+C7480698	100
+C7480702	100
+C7480706	100
+C7480710	100
+C7480716	100
+C7480726	100
+C7480734	100
+C7480762	100
+C7480794	100
+C7480796	100
+C7480812	100
+C7480836	100
+C7480850	100
+C7480862	100
+C7480864	100
+C7480866	100
+C7480892	100
+C7480900	100
+C7480916	100
+C7480918	100
+C7480934	100
+C7480940	100
+C7480942	100
+C7480960	100
+C7480962	100
+C7480968	100
+C7480970	100
+C7480972	100
+C7480976	100
+C7480978	100
+C7480992	100
+C7481004	100
+C7481022	100
+C7481024	100
+C7481038	100
+C7481052	100
+C7481058	100
+C7481070	100
+C7481072	100
+C7481076	100
+C7481078	100
+C7481080	100
+C7481082	100
+C7481086	100
+C7481088	100
+C7481090	100
+C7481092	100
+C7481096	100
+C7481102	100
+C7481108	100
+C7481112	100
+C7481116	100
+C7481122	100
+C7481128	100
+C7481142	100
+C7481164	100
+C7481172	100
+C7481174	100
+C7481176	100
+C7481178	100
+C7481228	100
+C7481230	100
+C7481234	100
+C7481238	100
+C7481242	100
+C7481244	100
+C7481250	100
+C7481254	100
+C7481262	100
+C7481292	100
+C7481296	100
+C7481312	100
+C7481314	100
+C7481320	100
+C7481342	100
+C7481352	100
+C7481354	100
+C7481356	100
+C7481360	100
+C7481364	100
+C7481366	100
+C7481370	100
+C7481374	100
+C7481378	100
+C7481386	100
+C7481398	100
+C7481416	100
+C7481418	100
+C7481430	100
+C7481458	100
+C7481460	100
+C7481462	100
+C7481468	100
+C7481478	100
+C7481488	100
+C7481514	100
+C7481522	100
+C7481530	100
+C7481546	100
+C7481548	100
+C7481562	100
+C7481570	100
+C7481580	100
+C7481590	100
+C7481592	100
+C7481610	100
+C7481612	100
+C7481624	100
+C7481628	100
+C7481630	100
+C7481640	100
+C7481646	100
+C7481662	100
+C7481676	100
+C7481688	100
+C7481692	100
+C7481696	100
+C7481702	100
+C7481704	100
+C7481706	100
+C7481714	100
+C7481720	100
+C7481734	100
+C7481744	100
+C7481770	100
+C7481780	100
+C7481790	100
+C7481794	100
+C7481796	100
+C7481800	100
+C7481810	100
+C7481834	100
+C7481836	100
+C7481850	100
+C7481862	100
+C7481868	100
+C7481872	100
+C7481874	100
+C7481884	100
+C7481902	100
+C7481904	100
+C7481906	100
+C7481918	100
+C7481924	100
+C7481926	100
+C7481932	100
+C7481942	100
+C7481964	100
+C7481970	100
+C7481982	100
+C7481990	100
+C7482010	100
+C7482018	100
+C7482020	100
+C7482026	100
+C7482030	100
+C7482032	100
+C7482038	100
+C7482042	100
+C7482048	100
+C7482054	100
+C7482060	100
+C7482068	100
+C7482080	100
+C7482092	100
+C7482098	100
+C7482102	100
+C7482110	100
+C7482132	100
+C7482134	100
+C7482144	100
+C7482148	100
+C7482166	100
+C7482170	100
+C7482172	100
+C7482174	100
+C7482178	100
+C7482180	100
+C7482182	100
+C7482196	100
+C7482202	100
+C7482206	100
+C7482218	100
+C7482226	100
+C7482240	100
+C7482242	100
+C7482254	100
+C7482256	100
+C7482274	100
+C7482282	100
+C7482284	100
+C7482286	100
+C7482296	100
+C7482298	100
+C7482302	100
+C7482306	100
+C7482308	100
+C7482314	100
+C7482318	100
+C7482320	100
+C7482332	100
+C7482352	100
+C7482368	100
+C7482372	100
+C7482374	100
+C7482382	100
+C7482390	100
+C7482400	100
+C7482408	100
+C7482414	100
+C7482426	100
+C7482442	100
+C7482450	100
+C7482456	100
+C7482470	100
+C7482472	100
+C7482476	100
+C7482516	100
+C7482522	100
+C7482538	100
+C7482546	100
+C7482550	100
+C7482552	100
+C7482562	100
+C7482566	100
+C7482570	100
+C7482580	100
+C7482586	100
+C7482590	100
+C7482606	100
+C7482624	100
+C7482626	100
+C7482638	100
+C7482646	100
+C7482658	100
+C7482672	100
+C7482698	100
+C7482712	100
+C7482724	100
+C7482732	100
+C7482766	100
+C7482770	100
+C7482774	100
+C7482780	100
+C7482784	100
+C7482792	100
+C7482802	100
+C7482804	100
+C7482808	100
+C7482822	100
+C7482828	100
+C7482834	100
+C7482840	100
+C7482862	100
+C7482870	100
+C7482872	100
+C7482880	100
+C7482890	100
+C7482906	100
+C7482912	100
+C7482916	100
+C7482922	100
+C7482934	100
+C7482938	100
+C7482940	100
+C7482942	100
+C7482952	100
+C7482954	100
+C7482970	100
+C7482972	100
+C7482976	100
+C7482978	100
+C7482990	100
+C7482994	100
+C7483016	100
+C7483022	100
+C7483024	100
+C7483034	100
+C7483040	100
+C7483050	100
+C7483052	100
+C7483056	100
+C7483064	100
+C7483068	100
+C7483080	100
+C7483092	100
+C7483102	100
+C7483108	100
+C7483120	100
+C7483122	100
+C7483134	100
+C7483152	100
+C7483158	100
+C7483166	100
+C7483168	100
+C7483170	100
+C7483184	100
+C7483190	100
+C7483200	100
+C7483216	100
+C7483218	100
+C7483220	100
+C7483228	100
+C7483242	100
+C7483244	100
+C7483250	100
+C7483252	100
+C7483264	100
+C7483266	100
+C7483270	100
+C7483272	100
+C7483284	100
+C7483304	100
+C7483330	100
+C7483332	100
+C7483342	100
+C7483354	100
+C7483362	100
+C7483390	100
+C7483398	100
+C7483404	100
+C7483408	100
+C7483410	100
+C7483412	100
+C7483428	100
+C7483434	100
+C7483448	100
+C7483454	100
+C7483458	100
+C7483464	100
+C7483468	100
+C7483470	100
+C7483484	100
+C7483510	100
+C7483520	100
+C7483524	100
+C7483532	100
+C7483540	100
+C7483542	100
+C7483544	100
+C7483550	100
+C7483572	100
+C7483576	100
+C7483588	100
+C7483604	100
+C7483610	100
+C7483636	100
+C7483640	100
+C7483650	100
+C7483652	100
+C7483656	100
+C7483662	100
+C7483666	100
+C7483668	100
+C7483676	100
+C7483682	100
+C7483686	100
+C7483692	100
+C7483714	100
+C7483720	100
+C7483732	100
+C7483742	100
+C7483746	100
+C7483748	100
+C7483764	100
+C7483790	100
+C7483794	100
+C7483798	100
+C7483804	100
+C7483818	100
+C7483832	100
+C7483834	100
+C7483840	100
+C7483842	100
+C7483848	100
+C7483850	100
+C7483854	100
+C7483860	100
+C7483866	100
+C7483868	100
+C7483880	100
+C7483898	100
+C7483910	100
+C7483916	100
+C7483922	100
+C7483930	100
+C7483940	100
+C7483944	100
+C7483958	100
+C7483962	100
+C7483964	100
+C7483970	100
+C7484004	100
+C7484010	100
+C7484014	100
+C7484016	100
+C7484022	100
+C7484026	100
+C7484028	100
+C7484036	100
+C7484040	100
+C7484054	100
+C7484058	100
+C7484062	100
+C7484074	100
+C7484080	100
+C7484082	100
+C7484086	100
+C7484098	100
+C7484100	100
+C7484102	100
+C7484114	100
+C7484126	100
+C7484136	100
+C7484140	100
+C7484148	100
+C7484152	100
+C7484154	100
+C7484158	100
+C7484160	100
+C7484162	100
+C7484174	100
+C7484176	100
+C7484178	100
+C7484180	100
+C7484188	100
+C7484202	100
+C7484204	100
+C7484208	100
+C7484214	100
+C7484220	100
+C7484224	100
+C7484266	100
+C7484276	100
+C7484280	100
+C7484282	100
+C7484300	100
+C7484308	100
+C7484316	100
+C7484324	100
+C7484338	100
+C7484340	100
+C7484346	100
+C7484350	100
+C7484352	100
+C7484364	100
+C7484372	100
+C7484376	100
+C7484384	100
+C7484392	100
+C7484400	100
+C7484404	100
+C7484406	100
+C7484420	100
+C7484434	100
+C7484446	100
+C7484452	100
+C7484454	100
+C7484464	100
+C7484476	100
+C7484480	100
+C7484482	100
+C7484486	100
+C7484490	100
+C7484506	100
+C7484510	100
+C7484520	100
+C7484534	100
+C7484554	100
+C7484564	100
+C7484572	100
+C7484580	100
+C7484590	100
+C7484592	100
+C7484616	100
+C7484620	100
+C7484626	100
+C7484628	100
+C7484632	100
+C7484636	100
+C7484644	100
+C7484650	100
+C7484666	100
+C7484668	100
+C7484674	100
+C7484678	100
+C7484682	100
+C7484688	100
+C7484690	100
+C7484692	100
+C7484700	100
+C7484708	100
+C7484712	100
+C7484722	100
+C7484732	100
+C7484742	100
+C7484746	100
+C7484748	100
+C7484752	100
+C7484766	100
+C7484772	100
+C7484782	100
+C7484794	100
+C7484802	100
+C7484814	100
+C7484820	100
+C7484824	100
+C7484838	100
+C7484848	100
+C7484868	100
+C7484882	100
+C7484884	100
+C7484886	100
+C7484916	100
+C7484936	100
+C7484944	100
+C7484954	100
+C7484960	100
+C7484980	100
+C7484984	100
+C7484998	100
+C7485016	100
+C7485022	100
+C7485024	100
+C7485030	100
+C7485040	100
+C7485042	100
+C7485044	100
+C7485046	100
+C7485080	100
+C7485082	100
+C7485084	100
+C7485090	100
+C7485092	100
+C7485126	100
+C7485130	100
+C7485132	100
+C7485146	100
+C7485148	100
+C7485164	100
+C7485180	100
+C7485182	100
+C7485196	100
+C7485202	100
+C7485204	100
+C7485208	100
+C7485236	100
+C7485250	100
+C7485268	100
+C7485288	100
+C7485296	100
+C7485298	100
+C7485308	100
+C7485324	100
+C7485336	100
+C7485346	100
+C7485348	100
+C7485354	100
+C7485366	100
+C7485374	100
+C7485378	100
+C7485380	100
+C7485394	100
+C7485420	100
+C7485430	100
+C7485434	100
+C7485438	100
+C7485442	100
+C7485446	100
+C7485458	100
+C7485474	100
+C7485490	100
+C7485492	100
+C7485536	100
+C7485552	100
+C7485556	100
+C7485568	100
+C7485576	100
+C7485582	100
+C7485592	100
+C7485596	100
+C7485608	100
+C7485612	100
+C7485614	100
+C7485622	100
+C7485628	100
+C7485630	100
+C7485634	100
+C7485640	100
+C7485642	100
+C7485654	100
+C7485656	100
+C7485660	100
+C7485668	100
+C7485686	100
+C7485696	100
+C7485708	100
+C7485736	100
+C7485740	100
+C7485746	100
+C7485752	100
+C7485754	100
+C7485756	100
+C7485766	100
+C7485768	100
+C7485772	100
+C7485782	100
+C7485788	100
+C7485796	100
+C7485812	100
+C7485816	100
+C7485822	100
+C7485824	100
+C7485826	100
+C7485844	100
+C7485852	100
+C7485858	100
+C7485862	100
+C7485868	100
+C7485872	100
+C7485876	100
+C7485882	100
+C7485892	100
+C7485906	100
+C7485908	100
+C7485916	100
+C7485920	100
+C7485922	100
+C7485930	100
+C7485932	100
+C7485938	100
+C7485946	100
+C7485956	100
+C7485958	100
+C7485970	100
+C7485976	100
+C7485996	100
+C7486022	100
+C7486044	100
+C7486054	100
+C7486056	100
+C7486062	100
+C7486066	100
+C7486078	100
+C7486080	100
+C7486082	100
+C7486110	100
+C7486112	100
+C7486120	100
+C7486122	100
+C7486136	100
+C7486144	100
+C7486148	100
+C7486162	100
+C7486168	100
+C7486172	100
+C7486178	100
+C7486186	100
+C7486202	100
+C7486206	100
+C7486210	100
+C7486228	100
+C7486242	100
+C7486250	100
+C7486252	100
+C7486258	100
+C7486264	100
+C7486266	100
+C7486274	100
+C7486294	100
+C7486296	100
+C7486302	100
+C7486322	100
+C7486328	100
+C7486356	100
+C7486358	100
+C7486376	100
+C7486396	100
+C7486398	100
+C7486410	100
+C7486418	100
+C7486422	100
+C7486424	100
+C7486426	100
+C7486428	100
+C7486450	100
+C7486458	100
+C7486460	100
+C7486474	100
+C7486478	100
+C7486502	100
+C7486504	100
+C7486518	100
+C7486526	100
+C7486528	100
+C7486532	100
+C7486548	100
+C7486566	100
+C7486588	100
+C7486592	100
+C7486596	100
+C7486606	100
+C7486608	100
+C7486624	100
+C7486628	100
+C7486634	100
+C7486644	100
+C7486646	100
+C7486658	100
+C7486662	100
+C7486664	100
+C7486670	100
+C7486682	100
+C7486684	100
+C7486698	100
+C7486700	100
+C7486702	100
+C7486710	100
+C7486718	100
+C7486720	100
+C7486744	100
+C7486746	100
+C7486748	100
+C7486750	100
+C7486752	100
+C7486766	100
+C7486770	100
+C7486794	100
+C7486804	100
+C7486806	100
+C7486810	100
+C7486822	100
+C7486826	100
+C7486838	100
+C7486846	100
+C7486852	100
+C7486864	100
+C7486874	100
+C7486876	100
+C7486878	100
+C7486890	100
+C7486896	100
+C7486908	100
+C7486934	100
+C7486948	100
+C7486954	100
+C7486962	100
+C7486974	100
+C7486994	100
+C7486996	100
+C7487002	100
+C7487008	100
+C7487018	100
+C7487024	100
+C7487030	100
+C7487036	100
+C7487050	100
+C7487058	100
+C7487070	100
+C7487072	100
+C7487074	100
+C7487078	100
+C7487092	100
+C7487100	100
+C7487102	100
+C7487104	100
+C7487116	100
+C7487136	100
+C7487146	100
+C7487148	100
+C7487152	100
+C7487174	100
+C7487188	100
+C7487192	100
+C7487202	100
+C7487218	100
+C7487248	100
+C7487260	100
+C7487264	100
+C7487268	100
+C7487270	100
+C7487274	100
+C7487284	100
+C7487288	100
+C7487290	100
+C7487294	100
+C7487306	100
+C7487310	100
+C7487330	100
+C7487352	100
+C7487354	100
+C7487374	100
+C7487376	100
+C7487380	100
+C7487394	100
+C7487398	100
+C7487406	100
+C7487410	100
+C7487432	100
+C7487436	100
+C7487460	100
+C7487468	100
+C7487470	100
+C7487496	100
+C7487498	100
+C7487520	100
+C7487544	100
+C7487558	100
+C7487560	100
+C7487566	100
+C7487568	100
+C7487570	100
+C7487578	100
+C7487582	100
+C7487588	100
+C7487592	100
+C7487596	100
+C7487598	100
+C7487610	100
+C7487612	100
+C7487618	100
+C7487632	100
+C7487650	100
+C7487652	100
+C7487670	100
+C7487672	100
+C7487674	100
+C7487684	100
+C7487698	100
+C7487706	100
+C7487708	100
+C7487710	100
+C7487712	100
+C7487716	100
+C7487724	100
+C7487726	100
+C7487746	100
+C7487772	100
+C7487774	100
+C7487780	100
+C7487798	100
+C7487810	100
+C7487818	100
+C7487822	100
+C7487830	100
+C7487832	100
+C7487842	100
+C7487854	100
+C7487860	100
+C7487876	100
+C7487884	100
+C7487886	100
+C7487898	100
+C7487904	100
+C7487906	100
+C7487910	100
+C7487912	100
+C7487920	100
+C7487936	100
+C7487960	100
+C7487962	100
+C7487968	100
+C7487982	100
+C7487984	100
+C7487990	100
+C7487998	100
+C7488002	100
+C7488008	100
+C7488016	100
+C7488018	100
+C7488020	100
+C7488024	100
+C7488028	100
+C7488030	100
+C7488038	100
+C7488054	100
+C7488060	100
+C7488082	100
+C7488086	100
+C7488098	100
+C7488100	100
+C7488102	100
+C7488110	100
+C7488118	100
+C7488122	100
+C7488128	100
+C7488138	100
+C7488142	100
+C7488166	100
+C7488186	100
+C7488188	100
+C7488190	100
+C7488192	100
+C7488194	100
+C7488202	100
+C7488206	100
+C7488210	100
+C7488224	100
+C7488230	100
+C7488236	100
+C7488248	100
+C7488250	100
+C7488258	100
+C7488274	100
+C7488284	100
+C7488288	100
+C7488292	100
+C7488298	100
+C7488308	100
+C7488318	100
+C7488326	100
+C7488330	100
+C7488350	100
+C7488370	100
+C7488396	100
+C7488400	100
+C7488422	100
+C7488424	100
+C7488426	100
+C7488436	100
+C7488438	100
+C7488440	100
+C7488450	100
+C7488456	100
+C7488462	100
+C7488484	100
+C7488494	100
+C7488504	100
+C7488508	100
+C7488522	100
+C7488532	100
+C7488540	100
+C7488590	100
+C7488594	100
+C7488600	100
+C7488610	100
+C7488622	100
+C7488650	100
+C7488656	100
+C7488660	100
+C7488664	100
+C7488670	100
+C7488672	100
+C7488676	100
+C7488678	100
+C7488680	100
+C7488686	100
+C7488690	100
+C7488704	100
+C7488718	100
+C7488720	100
+C7488724	100
+C7488726	100
+C7488756	100
+C7488766	100
+C7488774	100
+C7488796	100
+C7488828	100
+C7488830	100
+C7488840	100
+C7488842	100
+C7488844	100
+C7488850	100
+C7488852	100
+C7488858	100
+C7488904	100
+C7488908	100
+C7488910	100
+C7488926	100
+C7488928	100
+C7488932	100
+C7488934	100
+C7488942	100
+C7488960	100
+C7488978	100
+C7488996	100
+C7489000	100
+C7489006	100
+C7489008	100
+C7489026	100
+C7489034	100
+C7489052	100
+C7489054	100
+C7489056	100
+C7489058	100
+C7489074	100
+C7489082	100
+C7489088	100
+C7489090	100
+C7489092	100
+C7489094	100
+C7489102	100
+C7489118	100
+C7489122	100
+C7489128	100
+C7489140	100
+C7489142	100
+C7489146	100
+C7489150	100
+C7489152	100
+C7489164	100
+C7489174	100
+C7489178	100
+C7489184	100
+C7489188	100
+C7489204	100
+C7489210	100
+C7489232	100
+C7489240	100
+C7489242	100
+C7489260	100
+C7489266	100
+C7489272	100
+C7489278	100
+C7489286	100
+C7489290	100
+C7489294	100
+C7489296	100
+C7489306	100
+C7489330	100
+C7489350	100
+C7489352	100
+C7489354	100
+C7489358	100
+C7489362	100
+C7489364	100
+C7489372	100
+C7489386	100
+C7489408	100
+C7489410	100
+C7489420	100
+C7489424	100
+C7489426	100
+C7489428	100
+C7489448	100
+C7489460	100
+C7489462	100
+C7489466	100
+C7489470	100
+C7489480	100
+C7489484	100
+C7489508	100
+C7489514	100
+C7489524	100
+C7489552	100
+C7489560	100
+C7489566	100
+C7489568	100
+C7489572	100
+C7489574	100
+C7489580	100
+C7489598	100
+C7489604	100
+C7489610	100
+C7489654	100
+C7489664	100
+C7489668	100
+C7489680	100
+C7489686	100
+C7489692	100
+C7489712	100
+C7489716	100
+C7489722	100
+C7489738	100
+C7489744	100
+C7489756	100
+C7489770	100
+C7489774	100
+C7489778	100
+C7489784	100
+C7489794	100
+C7489808	100
+C7489810	100
+C7489826	100
+C7489844	100
+C7489860	100
+C7489862	100
+C7489866	100
+C7489874	100
+C7489904	100
+C7489912	100
+C7489944	100
+C7489954	100
+C7489956	100
+C7489966	100
+C7489976	100
+C7489990	100
+C7489992	100
+C7489998	100
+C7490006	100
+C7490008	100
+C7490030	100
+C7490040	100
+C7490046	100
+C7490074	100
+C7490088	100
+C7490090	100
+C7490094	100
+C7490098	100
+C7490102	100
+C7490104	100
+C7490128	100
+C7490154	100
+C7490168	100
+C7490174	100
+C7490176	100
+C7490184	100
+C7490192	100
+C7490206	100
+C7490208	100
+C7490212	100
+C7490220	100
+C7490228	100
+C7490230	100
+C7490232	100
+C7490234	100
+C7490246	100
+C7490248	100
+C7490252	100
+C7490266	100
+C7490290	100
+C7490298	100
+C7490306	100
+C7490324	100
+C7490336	100
+C7490352	100
+C7490360	100
+C7490370	100
+C7490372	100
+C7490382	100
+C7490388	100
+C7490394	100
+C7490398	100
+C7490412	100
+C7490418	100
+C7490420	100
+C7490422	100
+C7490426	100
+C7490434	100
+C7490436	100
+C7490440	100
+C7490456	100
+C7490462	100
+C7490464	100
+C7490476	100
+C7490478	100
+C7490484	100
+C7490512	100
+C7490518	100
+C7490520	100
+C7490526	100
+C7490530	100
+C7490532	100
+C7490544	100
+C7490556	100
+C7490572	100
+C7490574	100
+C7490576	100
+C7490580	100
+C7490588	100
+C7490590	100
+C7490614	100
+C7490616	100
+C7490618	100
+C7490646	100
+C7490650	100
+C7490654	100
+C7490660	100
+C7490664	100
+C7490672	100
+C7490682	100
+C7490688	100
+C7490690	100
+C7490696	100
+C7490704	100
+C7490708	100
+C7490718	100
+C7490720	100
+C7490724	100
+C7490726	100
+C7490770	100
+C7490776	100
+C7490788	100
+C7490806	100
+C7490808	100
+C7490818	100
+C7490840	100
+C7490842	100
+C7490846	100
+C7490848	100
+C7490858	100
+C7490860	100
+C7490864	100
+C7490866	100
+C7490870	100
+C7490876	100
+C7490896	100
+C7490922	100
+C7490926	100
+C7490934	100
+C7490936	100
+C7490948	100
+C7490962	100
+C7490972	100
+C7490990	100
+C7490996	100
+C7491006	100
+C7491008	100
+C7491010	100
+C7491026	100
+C7491042	100
+C7491050	100
+C7491058	100
+C7491068	100
+C7491074	100
+C7491078	100
+C7491080	100
+C7491088	100
+C7491102	100
+C7491104	100
+C7491106	100
+C7491116	100
+C7491118	100
+C7491128	100
+C7491130	100
+C7491132	100
+C7491134	100
+C7491136	100
+C7491148	100
+C7491164	100
+C7491178	100
+C7491196	100
+C7491200	100
+C7491202	100
+C7491208	100
+C7491210	100
+C7491216	100
+C7491224	100
+C7491226	100
+C7491230	100
+C7491254	100
+C7491262	100
+C7491264	100
+C7491276	100
+C7491300	100
+C7491308	100
+C7491310	100
+C7491314	100
+C7491326	100
+C7491330	100
+C7491340	100
+C7491354	100
+C7491356	100
+C7491372	100
+C7491386	100
+C7491392	100
+C7491420	100
+C7491424	100
+C7491446	100
+C7491450	100
+C7491452	100
+C7491458	100
+C7491460	100
+C7491472	100
+C7491474	100
+C7491512	100
+C7491514	100
+C7491516	100
+C7491528	100
+C7491546	100
+C7491552	100
+C7491554	100
+C7491556	100
+C7491564	100
+C7491570	100
+C7491590	100
+C7491600	100
+C7491602	100
+C7491620	100
+C7491622	100
+C7491644	100
+C7491662	100
+C7491728	100
+C7491740	100
+C7491750	100
+C7491774	100
+C7491786	100
+C7491794	100
+C7491798	100
+C7491800	100
+C7491802	100
+C7491808	100
+C7491812	100
+C7491824	100
+C7491834	100
+C7491838	100
+C7491840	100
+C7491846	100
+C7491856	100
+C7491858	100
+C7491862	100
+C7491868	100
+C7491876	100
+C7491898	100
+C7491904	100
+C7491918	100
+C7491920	100
+C7491924	100
+C7491942	100
+C7491948	100
+C7491950	100
+C7491958	100
+C7491962	100
+C7491966	100
+C7491972	100
+C7491978	100
+C7491988	100
+C7492006	100
+C7492010	100
+C7492014	100
+C7492032	100
+C7492036	100
+C7492044	100
+C7492046	100
+C7492050	100
+C7492056	100
+C7492060	100
+C7492062	100
+C7492064	100
+C7492070	100
+C7492074	100
+C7492078	100
+C7492082	100
+C7492092	100
+C7492104	100
+C7492108	100
+C7492118	100
+C7492126	100
+C7492128	100
+C7492132	100
+C7492136	100
+C7492142	100
+C7492144	100
+C7492172	100
+C7492182	100
diff --git a/Am1.0/dataset b/Am1.0/dataset
new file mode 100644
index 0000000..37348b0
--- /dev/null
+++ b/Am1.0/dataset
@@ -0,0 +1 @@
+mock	images/mock.png	Mock data set	\N	Just a mock data set...
diff --git a/Am1.0/decorInfo b/Am1.0/decorInfo
new file mode 100644
index 0000000..9a2d397
--- /dev/null
+++ b/Am1.0/decorInfo
@@ -0,0 +1,4 @@
+gc5Base	GC percent	\N	5	8	0	\N
+gene	RNAseq&SequenceBasedGeneAnno	\N	2	0	1	\N
+Glean	sequenceBasedGeneAnno	\N	2	0	1	\N
+repeat	RepeatMasker	\N	5	0	0	\N
diff --git a/Am1.0/decorInfo_2 b/Am1.0/decorInfo_2
new file mode 100644
index 0000000..fcde76e
--- /dev/null
+++ b/Am1.0/decorInfo_2
@@ -0,0 +1,8 @@
+gc5Base	GC percent	\N	5	8	0	\N
+gene	RNAseq&SequenceBasedGeneAnno	\N	2	0	1	\N
+Glean	sequenceBasedGeneAnno	\N	2	0	1	\N
+repeat	RepeatMasker	\N	5	0	0	\N
+miRNA	miRNA	\N	5	0	0	\N
+snRNA	snRNA	\N	5	0	0	\N
+rRNA	rRNA	\N	5	0	0	\N
+tRNA	tRNA	\N	5	0	0	\N
diff --git a/Am1.0/makeDb.sql b/Am1.0/makeDb.sql
new file mode 100644
index 0000000..019dc6c
--- /dev/null
+++ b/Am1.0/makeDb.sql
@@ -0,0 +1,204 @@
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text not null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold longtext not null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/Am1.0/",
+"/srv/epgg/data/data/subtleKnife/seq/Am1.0.gz",
+-- "leaf_genome,pistil_genome,pollen_genome,root_genome,stamen_genome,stem_genome",
+\N,
+"sample",
+"CYP71B7\\nCYP86C3\\nCYP86C4",
+"xx",
+"scaffold217,1956695,scaffold217,1975235",
+"mock",
+"gene,gc5Base,repeat",
+-- "scaffold217,scaffold174,scaffold121,scaffold751,scaffold74,scaffold221,scaffold868,scaffold83,scaffold380,scaffold426,scaffold895,scaffold449,scaffold91,scaffold67,scaffold735,scaffold88,scaffold266,scaffold185,scaffold112,scaffold682,scaffold36,scaffold890,scaffold257,scaffold24,scaffold155,scaffold387,scaffold549,scaffold35,scaffold249,scaffold122,scaffold1195,scaffold455,scaffold343,scaffold440,scaffold443,scaffold213,scaffold150,scaffold314,scaffold160,scaffold22,scaffold16,scaffold7,scaffold674,scaffold514,scaffold531,scaffold85,scaffold582,scaffold432,scaffold128,scaffold816,scaffold371,scaffold54,scaffold163,scaffold484,scaffold53,scaffold984,scaffold33,scaffold899,scaffold207,scaffold253,scaffold481,scaffold61,scaffold57,scaffold555,scaffold720,scaffold497,scaffold219,scaffold81,scaffold492,scaffold866,scaffold451,scaffold269,scaffold410,scaffold659,scaffold224,scaffold261,scaffold1376,scaffold206,scaffold247,scaffold141,scaffold444,scaffold4,scaffold123,scaffold576,scaffold968,scaffold31,scaffold703,scaffold181,scaffold186,scaffold460,scaffold37,scaffold195,scaffold510,scaffold260,scaffold477,scaffold469,scaffold153,scaffold289,scaffold452,scaffold1055",
+"scaffold217,scaffold174,scaffold121,scaffold751,scaffold74,scaffold221,scaffold868,scaffold83,scaffold380,scaffold426,scaffold895,scaffold449,scaffold91,scaffold67,scaffold735,scaffold88,scaffold266,scaffold185,scaffold112,scaffold682,scaffold36,scaffold890,scaffold257,scaffold24,scaffold155,scaffold387,scaffold549,scaffold35,scaffold249,scaffold122,scaffold1195,scaffold455,scaffold343,scaffold440,scaffold443,scaffold213,scaffold150,scaffold314,scaffold160,scaffold22,scaffold16,scaffold7,scaffold674,scaffold514,scaffold531,scaffold85,scaffold582,scaffold432,scaffold128,scaffold816,scaffold371,scaffold54,scaffold163,scaffold484,scaffold53,scaffold984,scaffold33,scaffold899,scaffold207,scaffold253,scaffold481,scaffold61,scaffold57,scaffold555,scaffold720,scaffold497,scaffold219,scaffold81,scaffold492,scaffold866,scaffold451,scaffold269,scaffold410,scaffold659,scaffold224,scaffold261,scaffold1376,scaffold206,scaffold247,scaffold141,scaffold444,scaffold4,scaffold123,scaffold576,scaffold968,scaffold31,scaffold703,scaffold181,scaffold186,scaffold460,scaffold37,scaffold195,scaffold510,scaffold260,scaffold477,scaffold469,scaffold153,scaffold289,scaffold452,scaffold1055,scaffold140,scaffold84,scaffold609,scaffold448,scaffold544,scaffold1306,scaffold161,scaffold382,scaffold340,scaffold49,scaffold784,scaffold591,scaffold82,scaffold1179,scaffold420,scaffold535,scaffold379,scaffold593,scaffold494,scaffold69,scaffold214,scaffold211,scaffold1088,scaffold89,scaffold701,scaffold1099,scaffold313,scaffold1218,scaffold17,scaffold77,scaffold9,scaffold95,scaffold656,scaffold808,scaffold367,scaffold454,scaffold138,scaffold351,scaffold713,scaffold276,scaffold189,scaffold86,scaffold1168,scaffold1246,scaffold480,scaffold338,scaffold930,scaffold129,scaffold248,scaffold50,scaffold275,scaffold180,scaffold863,scaffold43,scaffold779,scaffold288,scaffold154,scaffold1274,scaffold344,scaffold324,scaffold223,scaffold436,scaffold171,scaffold785,scaffold897,scaffold442,scaffold104,scaffold569,scaffold660,scaffold342,scaffold1106,scaffold258,scaffold96,scaffold196,scaffold215,scaffold29,scaffold391,scaffold222,scaffold743,scaffold311,scaffold1135,scaffold70,scaffold462,scaffold143,scaffold763,scaffold522,scaffold506,scaffold320,scaffold663,scaffold113,scaffold472,scaffold227,scaffold176,scaffold30,scaffold938,scaffold437,scaffold270,scaffold352,scaffold747,scaffold739,scaffold396,scaffold331,scaffold699,scaffold637,scaffold384,scaffold518,scaffold1600,scaffold361,scaffold932,scaffold262,scaffold245,scaffold350,scaffold605,scaffold322,scaffold12,scaffold1276,scaffold837,scaffold218,scaffold100,scaffold563,scaffold98,scaffold722,scaffold626,scaffold1001,scaffold292,scaffold630,scaffold21,scaffold579,scaffold404,scaffold282,scaffold13,scaffold1742,scaffold520,scaffold831,scaffold841,scaffold612,scaffold1221,scaffold202,scaffold1017,scaffold41,scaffold368,scaffold200,scaffold956,scaffold151,scaffold309,scaffold1033,scaffold373,scaffold587,scaffold475,scaffold169,scaffold934,scaffold819,scaffold562,scaffold470,scaffold212,scaffold277,scaffold78,scaffold328,scaffold771,scaffold550,scaffold233,scaffold144,scaffold423,scaffold566,scaffold428,scaffold73,scaffold349,scaffold624,scaffold534,scaffold621,scaffold1363,scaffold983,scaffold672,scaffold10,scaffold1320,scaffold804,scaffold456,scaffold679,scaffold665,scaffold498,scaffold488,scaffold835,scaffold671,scaffold880,scaffold807,scaffold834,scaffold58,scaffold244,scaffold696,scaffold1258,scaffold1177,scaffold1180,scaffold678,scaffold109,scaffold760,scaffold493,scaffold916,scaffold524,scaffold787,scaffold921,scaffold411,scaffold673,scaffold110,scaffold744,scaffold162,scaffold194,scaffold715,scaffold1187,scaffold662,scaffold184,scaffold445,scaffold251,scaffold192,scaffold166,scaffold114,scaffold315,scaffold256,scaffold108,scaffold1162,scaffold394,scaffold65,scaffold1533,scaffold400,scaffold66,scaffold970,scaffold749,scaffold242,scaffold928,scaffold1155,scaffold148,scaffold149,scaffold388,scaffold5,scaffold1348,scaffold118,scaffold1120,scaffold229,scaffold183,scaffold729,scaffold72,scaffold172,scaffold666,scaffold1121,scaffold421,scaffold393,scaffold134,scaffold51,scaffold326,scaffold1207,scaffold79,scaffold500,scaffold204,scaffold68,scaffold168,scaffold515,scaffold348,scaffold307,scaffold728,scaffold334,scaffold869,scaffold573,scaffold783,scaffold1388,scaffold427,scaffold1413,scaffold1133,scaffold680,scaffold1377,scaffold23,scaffold543,scaffold301,scaffold64,scaffold1083,scaffold909,scaffold1056,scaffold137,scaffold243,scaffold509,scaffold15,scaffold1521,scaffold707,scaffold878,scaffold376,scaffold927,scaffold1140,scaffold1666,scaffold409,scaffold639,scaffold152,scaffold20,scaffold236,scaffold19,scaffold664,scaffold839,scaffold304,scaffold853,scaffold574,scaffold1318,scaffold1358,scaffold608,scaffold906,scaffold653,scaffold677,scaffold327,scaffold857,scaffold1379,scaffold822,scaffold55,scaffold856,scaffold650,scaffold985,scaffold286,scaffold363,scaffold32,scaffold1169,scaffold1058,scaffold773,scaffold717,scaffold992,scaffold139,scaffold675,scaffold536,scaffold606,scaffold14,scaffold962,scaffold335,scaffold901,scaffold255,scaffold833,scaffold1238,scaffold2786,scaffold636,scaffold390,scaffold944,scaffold1018,scaffold810,scaffold1040,scaffold433,scaffold772,scaffold287,scaffold618,scaffold768,scaffold1428,scaffold199,scaffold284,scaffold532,scaffold592,scaffold939,scaffold815,scaffold232,scaffold365,scaffold1059,scaffold38,scaffold164,scaffold1570,scaffold226,scaffold942,scaffold117,scaffold317,scaffold75,scaffold700,scaffold986,scaffold829,scaffold1491,scaffold1188,scaffold447,scaffold272,scaffold1586,scaffold283,scaffold210,scaffold45,scaffold1210,scaffold496,scaffold125,scaffold756,scaffold996,scaffold1346,scaffold806,scaffold463,scaffold1112,scaffold583,scaffold8,scaffold312,scaffold1287,scaffold178,scaffold94,scaffold1546,scaffold882,scaffold157,scaffold1013,scaffold1041,scaffold708,scaffold1241,scaffold263,scaffold584,scaffold1170,scaffold131,scaffold413,scaffold505,scaffold220,scaffold958,scaffold434,scaffold877,scaffold145,scaffold1387,scaffold279,scaffold383,scaffold1062,scaffold105,scaffold1786,scaffold416,scaffold102,scaffold851,scaffold59,scaffold397,scaffold1008,scaffold468,scaffold914,scaffold25,scaffold588,scaffold1447,scaffold716,scaffold1049,scaffold63,scaffold407,scaffold372,scaffold920,scaffold1589,scaffold487,scaffold1788,scaffold538,scaffold147,scaffold1395,scaffold216,scaffold1285,scaffold826,scaffold546,scaffold1095,scaffold1425,scaffold530,scaffold191,scaffold325,scaffold1064,scaffold504,scaffold1923,scaffold467,scaffold281,scaffold60,scaffold523,scaffold197,scaffold820,scaffold457,scaffold364,scaffold1039,scaffold643,scaffold871,scaffold719,scaffold203,scaffold737,scaffold1005,scaffold295,scaffold585,scaffold1380,scaffold527,scaffold1129,scaffold1515,scaffold1202,scaffold345,scaffold187,scaffold548,scaffold347,scaffold297,scaffold507,scaffold846,scaffold980,scaffold359,scaffold828,scaffold415,scaffold42,scaffold1150,scaffold1079,scaffold802,scaffold1705,scaffold539,scaffold1335,scaffold2,scaffold521,scaffold755,scaffold2068,scaffold844,scaffold2037,scaffold712,scaffold495,scaffold167,scaffold499,scaffold1326,scaffold127,scaffold1421,scaffold491,scaffold1209,scaffold1475,scaffold705,scaffold842,scaffold375,scaffold723,scaffold850,scaffold1478,scaffold1175,scaffold28,scaffold1504,scaffold1081,scaffold124,scaffold1037,scaffold1399,scaffold668,scaffold786,scaffold316,scaffold231,scaffold193,scaffold461,scaffold356,scaffold1272,scaffold1063,scaffold864,scaffold894,scaffold1279,scaffold553,scaffold661,scaffold135,scaffold1450,scaffold1235,scaffold1228,scaffold564,scaffold1532,scaffold92,scaffold1159,scaffold1766,scaffold435,scaffold274,scaffold1244,scaffold669,scaffold1701,scaffold1996,scaffold796,scaffold513,scaffold861,scaffold48,scaffold1265,scaffold746,scaffold362,scaffold1266,scaffold419,scaffold319,scaffold580,scaffold333,scaffold87,scaffold971,scaffold1529,scaffold1164,scaffold635,scaffold577,scaffold377,scaffold103,scaffold1082,scaffold1138,scaffold1583,scaffold893,scaffold809,scaffold1308,scaffold1339,scaffold205,scaffold1253,scaffold265,scaffold1598,scaffold414,scaffold353,scaffold973,scaffold241,scaffold1692,scaffold1007,scaffold273,scaffold483,scaffold528,scaffold811,scaffold1607,scaffold1147,scaffold1194,scaffold76,scaffold1590,scaffold692,scaffold738,scaffold1251,scaffold537,scaffold1635,scaffold652,scaffold794,scaffold946,scaffold339,scaffold1390,scaffold982,scaffold1651,scaffold1919,scaffold1324,scaffold933,scaffold268,scaffold765,scaffold2815,scaffold1406,scaffold453,scaffold1366,scaffold1830,scaffold1534,scaffold403,scaffold855,scaffold775,scaffold1498,scaffold237,scaffold401,scaffold240,scaffold541,scaffold619,scaffold1525,scaffold306,scaffold876,scaffold1098,scaffold732,scaffold1821,scaffold1048,scaffold776,scaffold1402,scaffold370,scaffold770,scaffold525,scaffold900,scaffold646,scaffold1268,scaffold208,scaffold93,scaffold235,scaffold296,scaffold1426,scaffold71,scaffold44,scaffold594,scaffold1511,scaffold52,scaffold1248,scaffold355,scaffold182,scaffold34,scaffold1367,scaffold1408,scaffold250,scaffold1573,scaffold402,scaffold158,scaffold1111,scaffold1900,scaffold1143,scaffold1556,scaffold540,scaffold302,scaffold369,scaffold318,scaffold1391,scaffold425,scaffold1108,scaffold1286,scaffold645,scaffold730,scaffold1280,scaffold1016,scaffold601,scaffold935,scaffold1304,scaffold159,scaffold654,scaffold1026,scaffold972,scaffold1000,scaffold291,scaffold788,scaffold1183,scaffold1,scaffold702,scaffold603,scaffold459,scaffold1852,scaffold1486,scaffold710,scaffold854,scaffold2710,scaffold910,scaffold465,scaffold1492,scaffold1594,scaffold1969,scaffold1325,scaffold341,scaffold1626,scaffold56,scaffold6,scaffold840,scaffold1230,scaffold1679,scaffold803,scaffold963,scaffold133,scaffold1783,scaffold801,scaffold378,scaffold1617,scaffold1145,scaffold1951,scaffold1378,scaffold1344,scaffold1359,scaffold516,scaffold852,scaffold1078,scaffold1512,scaffold748,scaffold1012,scaffold293,scaffold1547,scaffold633,scaffold655,scaffold759,scaffold299,scaffold1782,scaffold1277,scaffold1254,scaffold1609,scaffold1343,scaffold1060,scaffold795,scaffold1097,scaffold1860,scaffold975,scaffold694,scaffold1404,scaffold547,scaffold686,scaffold1781,scaffold156,scaffold1066,scaffold519,scaffold1127,scaffold1448,scaffold430,scaffold271,scaffold571,scaffold1295,scaffold1217,scaffold1130,scaffold1154,scaffold395,scaffold1471,scaffold1171,scaffold120,scaffold1105,scaffold950,scaffold239,scaffold2390,scaffold898,scaffold1178,scaffold812,scaffold1691,scaffold18,scaffold631,scaffold1305,scaffold1602,scaffold1842,scaffold2278,scaffold1307,scaffold381,scaffold1365,scaffold1165,scaffold439,scaffold1239,scaffold2975,scaffold97,scaffold745,scaffold1420,scaffold2420,scaffold298,scaffold1362,scaffold967,scaffold209,scaffold940,scaffold1610,scaffold501,scaffold441,scaffold136,scaffold892,scaffold874,scaffold1720,scaffold693,scaffold179,scaffold466,scaffold3917,scaffold1010,scaffold1456,scaffold438,scaffold1184,scaffold1093,scaffold1434,scaffold602,scaffold2039,scaffold398,scaffold1250,scaffold386,scaffold953,scaffold1047,scaffold1103,scaffold1247,scaffold2335,scaffold418,scaffold1200,scaffold641,scaffold917,scaffold490,scaffold757,scaffold188,scaffold981,scaffold1032,scaffold1501,scaffold1122,scaffold627,scaffold1302,scaffold1416,scaffold392,scaffold642,scaffold758,scaffold1038,scaffold99,scaffold889,scaffold1519,scaffold1803,scaffold1620,scaffold424,scaffold1412,scaffold1683,scaffold872,scaffold640,scaffold385,scaffold931,scaffold1303,scaffold1316,scaffold1142,scaffold1754,scaffold695,scaffold1631,scaffold1100,scaffold471,scaffold1458,scaffold754,scaffold201,scaffold1119,scaffold146,scaffold1369,scaffold1438,scaffold1124,scaffold724,scaffold782,scaffold567,scaffold1984,scaffold1514,scaffold1149,scaffold1460,scaffold119,scaffold657,scaffold905,scaffold731,scaffold1094,scaffold2070,scaffold1223,scaffold952,scaffold90,scaffold595,scaffold230,scaffold1410,scaffold570,scaffold1677,scaffold228,scaffold1011,scaffold1930,scaffold727,scaffold1972,scaffold11,scaffold556,scaffold1157,scaffold1567,scaffold1933,scaffold697,scaffold482,scaffold891,scaffold2257,scaffold687,scaffold308,scaffold1123,scaffold629,scaffold225,scaffold431,scaffold965,scaffold1563,scaffold1663,scaffold278,scaffold27,scaffold1023,scaffold1389,scaffold1116,scaffold1222,scaffold1719,scaffold422,scaffold1025,scaffold941,scaffold1566,scaffold648,scaffold1798,scaffold1234,scaffold1762,scaffold1352,scaffold408,scaffold949,scaffold925,scaffold1204,scaffold508,scaffold2562,scaffold479,scaffold2174,scaffold2719,scaffold130,scaffold1046,scaffold1657,scaffold1641,scaffold1716,scaffold2527,scaffold2034,scaffold1507,scaffold875,scaffold993,scaffold1527,scaffold923,scaffold1298,scaffold964,scaffold529,scaffold2986,scaffold644,scaffold1746,scaffold604,scaffold132,scaffold1806,scaffold1418,scaffold685,scaffold1069,scaffold503,scaffold198,scaffold1539,scaffold1213,scaffold1804,scaffold2971,scaffold887,scaffold740,scaffold1910,scaffold849,scaffold1134,scaffold709,scaffold632,scaffold684,scaffold1291,scaffold1102,scaffold2610,scaffold1353,scaffold1991,scaffold1096,scaffold2301,scaffold2280,scaffold3019,scaffold885,scaffold1260,scaffold1596,scaffold825,scaffold1229,scaffold1630,scaffold1551,scaffold2259,scaffold2226,scaffold1522,scaffold2176,scaffold337,scaffold1275,scaffold1734,scaffold798,scaffold813,scaffold1125,scaffold714,scaffold1024,scaffold726,scaffold873,scaffold346,scaffold1014,scaffold3199,scaffold486,scaffold142,scaffold1639,scaffold101,scaffold990,scaffold1022,scaffold3602,scaffold1530,scaffold46,scaffold1660,scaffold1509,scaffold2595,scaffold1400,scaffold598,scaffold1775,scaffold1856,scaffold781,scaffold1289,scaffold2967,scaffold80,scaffold4076,scaffold1593,scaffold2406,scaffold2953,scaffold764,scaffold805,scaffold1524,scaffold575,scaffold1967,scaffold908,scaffold1664,scaffold883,scaffold2132,scaffold1723,scaffold1855,scaffold1035,scaffold1828,scaffold1936,scaffold360,scaffold2243,scaffold1424,scaffold1338,scaffold1322,scaffold2948,scaffold1974,scaffold1800,scaffold542,scaffold1672,scaffold915,scaffold824,scaffold791,scaffold1151,scaffold559,scaffold126,scaffold954,scaffold2370,scaffold2842,scaffold1682,scaffold2447,scaffold2378,scaffold2822,scaffold1536,scaffold533,scaffold1264,scaffold2099,scaffold545,scaffold2050,scaffold1487,scaffold5467,scaffold997,scaffold1191,scaffold1571,scaffold2208,scaffold1490,scaffold1497,scaffold2338,scaffold552,scaffold994,scaffold1301,scaffold2700,scaffold2105,scaffold2841,scaffold2596,scaffold3549,scaffold1668,scaffold1172,scaffold62,scaffold2885,scaffold1355,scaffold793,scaffold1208,scaffold1290,scaffold3018,scaffold832,scaffold2344,scaffold651,scaffold918,scaffold881,scaffold1384,scaffold1464,scaffold2654,scaffold1621,scaffold706,scaffold1554,scaffold458,scaffold47,scaffold2113,scaffold1332,scaffold2066,scaffold26,scaffold7266,scaffold2918,scaffold1231,scaffold1216,scaffold1954,scaffold859,scaffold2305,scaffold4649,scaffold945,scaffold2119,scaffold2927,scaffold412,scaffold366,scaffold558,scaffold5865,scaffold961,scaffold2341,scaffold691,scaffold1252,scaffold1688,scaffold6999,scaffold1980,scaffold2347,scaffold1427,scaffold1284,scaffold2955,scaffold581,scaffold1715,scaffold2470,scaffold1349,scaffold1548,scaffold1531,scaffold2079,scaffold1577,scaffold2198,scaffold2131,scaffold2912,scaffold5472,scaffold862,scaffold6064,scaffold1451,scaffold1801,scaffold1613,scaffold3093,scaffold1031,scaffold1203,scaffold1741,scaffold3,scaffold860,scaffold2812,scaffold2709,scaffold1706,scaffold1269,scaffold3337,scaffold597,scaffold1752,scaffold843,scaffold799,scaffold676,scaffold2419,scaffold1564,scaffold2100,scaffold3163,scaffold2581,scaffold1030,scaffold3173,scaffold1394,scaffold1699,scaffold858,scaffold1267,scaffold1863,scaffold2522,scaffold238,scaffold1986,scaffold1506,scaffold1927,scaffold1045,scaffold2813,scaffold814,scaffold4326,scaffold2672,scaffold625,scaffold1211,scaffold3430,scaffold2512,scaffold2485,scaffold1443,scaffold557,scaffold3684,scaffold1173,scaffold2219,scaffold2009,scaffold2387,scaffold280,scaffold1901,scaffold1557,scaffold1028,scaffold2323,scaffold614,scaffold3589,scaffold1152,scaffold2417,scaffold1637,scaffold4193,scaffold246,scaffold1627,scaffold1368,scaffold1591,scaffold2218,scaffold1256,scaffold3242,scaffold5647,scaffold1540,scaffold2905,scaffold947,scaffold3885,scaffold1896,scaffold332,scaffold165,scaffold977,scaffold1732,scaffold1071,scaffold2391,scaffold3656,scaffold1808,scaffold4286,scaffold5502,scaffold2682,scaffold1722,scaffold2738,scaffold450,scaffold2254,scaffold7074,scaffold1310,scaffold3324,scaffold2423,scaffold3536,scaffold1113,scaffold1437,scaffold1051,scaffold336,scaffold1643,scaffold2587,scaffold1753,scaffold357,scaffold6122,scaffold1747,scaffold1075,scaffold2330,scaffold1467,scaffold658,scaffold1623,scaffold681,scaffold2653,scaffold1690,scaffold1545,scaffold3608,scaffold2987,scaffold1994,scaffold6276,scaffold1315,scaffold1270,scaffold1882,scaffold2663,scaffold1644,scaffold1199,scaffold827,scaffold3137,scaffold1262,scaffold3359,scaffold1517,scaffold6439,scaffold789,scaffold1067,scaffold1403,scaffold3407,scaffold2072,scaffold321,scaffold3491,scaffold3062,scaffold2350,scaffold1076,scaffold2532,scaffold1999,scaffold1934,scaffold6018,scaffold3511,scaffold3384,scaffold300,scaffold2102,scaffold1759,scaffold620,scaffold1340,scaffold3014,scaffold1329,scaffold2282,scaffold2484,scaffold3012,scaffold3974,scaffold173,scaffold766,scaffold590,scaffold1192,scaffold3581,scaffold2086,scaffold1117,scaffold40,scaffold1128,scaffold1430,scaffold3464,scaffold3603,scaffold1299,scaffold6205,scaffold725,scaffold7618,scaffold3852,scaffold511,scaffold2047,scaffold1227,scaffold2648,scaffold5972,scaffold3295,scaffold4371,scaffold303,scaffold1383,scaffold485,scaffold2803,scaffold3734,scaffold1052,scaffold399,scaffold2162,scaffold4677,scaffold774,scaffold2089,scaffold1846,scaffold2911,scaffold1670,scaffold1109,scaffold4774,scaffold3645,scaffold5053,scaffold638,scaffold3150,scaffold3647,scaffold1350,scaffold3160,scaffold3103,scaffold5834,scaffold5977,scaffold1294,scaffold3529,scaffold2882,scaffold1375,scaffold3189,scaffold1791,scaffold6831,scaffold1357,scaffold1847,scaffold2153,scaffold2342,scaffold2288,scaffold5131,scaffold1920,scaffold1215,scaffold3040,scaffold2252,scaffold2041,scaffold2733,scaffold2207,scaffold1908,scaffold1924,scaffold7142,scaffold7709,scaffold2236,scaffold4670,scaffold1829,scaffold7162,scaffold5657,scaffold2345,scaffold4200,scaffold4945,scaffold2268,scaffold987,scaffold1263,scaffold3903,scaffold2316,scaffold2172,scaffold3860,scaffold1382,scaffold2926,scaffold5661,scaffold1419,scaffold1576,scaffold1137,scaffold3660,scaffold1935,scaffold3292,scaffold2404,scaffold4113,scaffold1479,scaffold5291,scaffold1890,scaffold4055,scaffold3075,scaffold1452,scaffold5954,scaffold3600,scaffold2392,scaffold4538,scaffold1385,scaffold3538,scaffold4293,scaffold3210,scaffold2234,scaffold3179,scaffold3873,scaffold1351,scaffold2361,scaffold1042,scaffold1271,scaffold4807,scaffold7381,scaffold1457,scaffold7121,scaffold4846,scaffold2475,scaffold1417,scaffold2194,scaffold2332,scaffold1431,scaffold4813,scaffold2157,scaffold2012,scaffold4274,scaffold2352,scaffold6037,scaffold2115,scaffold1156,scaffold1146,scaffold6212,scaffold2136,scaffold3354,scaffold1502,scaffold1853,scaffold6840,scaffold3543,scaffold4600,scaffold7697,scaffold2606,scaffold2726,scaffold3643,scaffold2567,scaffold2897,scaffold1473,scaffold3405,scaffold3566,scaffold2593,scaffold4501,scaffold3916,scaffold3357,scaffold879,scaffold4210,scaffold6679,scaffold5454,scaffold3981,scaffold5012,scaffold4363,scaffold2942,scaffold3249,scaffold3969,scaffold7525,scaffold6898,scaffold6884,scaffold3914,scaffold4919,scaffold5799,scaffold3107,scaffold2808,scaffold1773,scaffold4000,scaffold6305,scaffold3272,scaffold1714,scaffold1889,scaffold7648,scaffold5660,scaffold4868,scaffold7347,scaffold1638,scaffold7318,scaffold3701,scaffold6079,scaffold7068,scaffold5745,scaffold3844,scaffold7320,scaffold2969,scaffold3033,scaffold4675,scaffold3902,scaffold7374,scaffold6708,scaffold6036,scaffold1328,scaffold2014,scaffold667,scaffold5379,scaffold3143,scaffold6948,scaffold6131,scaffold3068,scaffold7157,scaffold1957,scaffold3817,scaffold4431,scaffold5388,scaffold3216,scaffold5747,scaffold6565,scaffold5733,scaffold3663,scaffold2256,scaffold7164,scaffold1820,scaffold622,scaffold6174,scaffold4564,scaffold6172,scaffold5473,scaffold2603,scaffold4839,scaffold2314,scaffold5425,scaffold2455,scaffold7107,scaffold7458,scaffold4282,scaffold6691,scaffold4150,scaffold5484,scaffold7650,scaffold3228,scaffold6752,scaffold4989,scaffold3104,scaffold3718,scaffold6279,scaffold6758,scaffold7248,scaffold6874,scaffold4361,scaffold5397,scaffold4410,scaffold1423,scaffold3994,scaffold2182,scaffold3305,scaffold5858,scaffold1615,scaffold6373,scaffold6765,scaffold7301,scaffold4924,scaffold5255,scaffold5862,scaffold3139,scaffold6190,scaffold926,scaffold4712,scaffold4713,scaffold2058,scaffold7487,scaffold3283,scaffold3063,scaffold464,scaffold5172,scaffold2067,scaffold4038,scaffold3638,scaffold2220,scaffold6777,scaffold5767,scaffold7532,scaffold4605,scaffold7694,scaffold1034,scaffold1148,scaffold4259,scaffold5270,scaffold4590,scaffold1708,scaffold951,scaffold1824,scaffold2028,scaffold2553,scaffold2240,scaffold3069,scaffold5918,scaffold6669,scaffold7597,scaffold7314,scaffold6266,scaffold7407,scaffold3606,scaffold5404,scaffold5461,scaffold2394,scaffold5043,scaffold1971,scaffold1827,scaffold1606,scaffold1779,scaffold6714,scaffold7131,scaffold2599,scaffold4618,scaffold4081,scaffold5837,scaffold3561,scaffold4763,scaffold4099,scaffold1604,scaffold1622,scaffold3314,scaffold1118,scaffold4604,scaffold3562,scaffold4357,scaffold2284,scaffold3127,scaffold1684,scaffold3168,scaffold2830,scaffold1496,Scaffold6873,scaffold6755,scaffold5897,scaffold2315,scaffold2778,scaffold1189,scaffold3523,scaffold3148,scaffold4190,scaffold3109,scaffold2262,scaffold5593,scaffold4367,scaffold3702,scaffold4380,scaffold2434,scaffold4035,scaffold1293,Scaffold7260,scaffold1559,scaffold5365,scaffold6286,scaffold2021,scaffold1292,scaffold4104,scaffold3077,scaffold6862,scaffold2559,scaffold1807,scaffold6938,scaffold600,scaffold2264,scaffold3177,scaffold1319,scaffold2701,scaffold3171,scaffold5141,scaffold711,scaffold2204,scaffold3777,scaffold3778,scaffold2439,scaffold1629,scaffold6101,scaffold2497,scaffold2163,scaffold554,scaffold1243,scaffold969,scaffold1867,scaffold1555,scaffold2320,scaffold616,scaffold689,scaffold1160,scaffold1758,scaffold1884,scaffold2626,scaffold2693,scaffold3834,scaffold1993,scaffold1995,scaffold3237,scaffold7614,scaffold3886,scaffold2017,scaffold3655,scaffold2722,scaffold330,scaffold7595,scaffold1003,scaffold7720,scaffold2538,scaffold4388,scaffold4089,scaffold5796,scaffold1242,scaffold4335,scaffold7594,scaffold1575,scaffold3161,scaffold3348,scaffold7496,scaffold1500,scaffold1858,scaffold5836,scaffold2923,scaffold6161,scaffold1953,scaffold1888,scaffold1526,scaffold4247,scaffold1844,scaffold2981,scaffold1956,scaffold6446,scaffold836,scaffold1765,scaffold7619,scaffold1463,scaffold2149,scaffold474,scaffold7199,scaffold3248,scaffold4405,scaffold7590,scaffold177,scaffold1469,scaffold7197,scaffold7623,scaffold5134,scaffold2297,scaffold5566,scaffold6734,scaffold3133,scaffold3032,scaffold5722,scaffold1711,scaffold2759,scaffold3327,scaffold6452,scaffold7016,scaffold1158,scaffold7577,scaffold5184,scaffold4420,scaffold6910,scaffold3023,scaffold2827,scaffold3158,scaffold3977,scaffold2833,scaffold254,scaffold2355,scaffold5441,scaffold6226,scaffold7066,scaffold2405,scaffold1364,scaffold5122,scaffold4370,scaffold2647,scaffold800,scaffold1374,scaffold517,scaffold2462,scaffold1769,scaffold4620,scaffold2920,scaffold2222,scaffold780,scaffold4458,scaffold4208,scaffold5720,scaffold2053,scaffold4103,scaffold2024,scaffold2876,scaffold1767,scaffold5183,scaffold1053,scaffold2444,scaffold4014,scaffold3596,scaffold4032,scaffold2397,scaffold1661,scaffold790,scaffold2800,scaffold7568,scaffold6209,scaffold6023,scaffold2814,scaffold2143,scaffold6228,scaffold3790,scaffold3466,scaffold4245,scaffold1837,scaffold3000,scaffold1004,scaffold4262,scaffold5316,Scaffold3390,scaffold2374,scaffold3266,scaffold1877,scaffold4375,scaffold7355,scaffold1354,scaffold7166,scaffold4301,scaffold2799,scaffold1854,scaffold2934,scaffold4902,scaffold999,scaffold1543,scaffold2676,scaffold1902,scaffold1748,scaffold3273,scaffold2437,scaffold1913,scaffold3317,scaffold2823,scaffold2501,scaffold1678,scaffold1885,scaffold2645,scaffold1445,scaffold5237,scaffold1136,scaffold1474,scaffold4696,scaffold4764,scaffold2761,scaffold2318,scaffold3768,scaffold7285,scaffold1727,scaffold7637,scaffold3677,scaffold2032,scaffold4162,scaffold2526,scaffold7693,scaffold6375,scaffold2543,scaffold1815,scaffold586,scaffold2452,scaffold2509,scaffold2960,scaffold599,scaffold1876,scaffold5275,scaffold4963,scaffold1977,scaffold3400,scaffold1680,scaffold7124,scaffold5578,scaffold6826,scaffold6443,scaffold3760,scaffold5186,scaffold4158,scaffold323,scaffold5789,scaffold5199,scaffold1949,scaffold2791,scaffold1893,scaffold6009,scaffold1945,scaffold7084,scaffold1237,scaffold5121,scaffold5410,scaffold7037,scaffold5771,scaffold976,Scaffold7719,scaffold3397,scaffold4306,scaffold6836,scaffold5748,scaffold3636,scaffold7480,scaffold6149,scaffold3697,scaffold6553,scaffold1398,scaffold7460,scaffold5433,scaffold1868,scaffold6775,scaffold2899,scaffold2517,scaffold6474,scaffold5592,scaffold1883,scaffold6807,Scaffold6721,scaffold6998,scaffold3595,scaffold3928,scaffold6935,scaffold3478,scaffold3218,scaffold2212,scaffold4080,scaffold6587,scaffold3833,scaffold7289,scaffold2784,scaffold3472,scaffold4789,scaffold5357,Scaffold7708,scaffold1459,scaffold6891,scaffold5975,scaffold3429,scaffold3662,scaffold4705,scaffold3721,scaffold4390,scaffold3982,scaffold3277,scaffold4284,scaffold3181,scaffold3805,scaffold6102,scaffold1085,scaffold2045,scaffold2029,scaffold6466,scaffold4608,scaffold5725,scaffold845,scaffold7611,scaffold6646,scaffold4505,scaffold5017,scaffold4418,scaffold3615,scaffold3461,scaffold3079,scaffold3995,scaffold3751,scaffold7704,scaffold2810,scaffold6838,scaffold3891,scaffold3799,scaffold1345,scaffold3983,scaffold6025,scaffold2728,scaffold4320,scaffold2530,scaffold2331,scaffold2668,scaffold1131,scaffold4314,scaffold2939,scaffold3733,scaffold7105,scaffold2133,scaffold3452,scaffold6391,scaffold7715,scaffold7434,scaffold7181,scaffold4304,scaffold4487,scaffold5107,scaffold5874,scaffold1561,scaffold1036,scaffold1944,scaffold1505,scaffold3105,scaffold7284,scaffold6087,scaffold6886,scaffold3499,scaffold7046,scaffold5951,scaffold3016,scaffold4900,scaffold5497,scaffold2299,scaffold4520,scaffold2169,scaffold2578,scaffold5838,scaffold5503,scaffold7380,scaffold7585,scaffold3525,scaffold1061,scaffold6258,scaffold6143,scaffold3526,scaffold7200,scaffold5415,scaffold2704,scaffold3527,scaffold5145,scaffold2783,scaffold5573,scaffold6672,scaffold2295,scaffold5962,scaffold5097,scaffold7695,scaffold3288,scaffold5337,scaffold7449,scaffold1432,scaffold3188,scaffold3243,scaffold3375,scaffold2760,scaffold3180,scaffold2678,scaffold1296,scaffold4625,scaffold2806,scaffold6580,scaffold7507,scaffold3437,scaffold1976,scaffold6530,scaffold4246,scaffold5011,scaffold6062,scaffold3058,scaffold4063,scaffold2364,scaffold3330,scaffold5564,scaffold2546,scaffold4882,scaffold1809,scaffold3944,scaffold5478,scaffold6135,scaffold6982,scaffold7032,scaffold1381,scaffold7039,scaffold4070,scaffold3776,scaffold489,scaffold3176,scaffold5272,scaffold5025,scaffold4477,scaffold5342,scaffold1535,scaffold2638,scaffold6641,scaffold5023,scaffold929,scaffold1562,scaffold948,scaffold5092,scaffold5494,scaffold5466,scaffold3907,scaffold5769,scaffold3380,scaffold5436,scaffold5217,scaffold7041,scaffold5085,scaffold1875,scaffold6088,scaffold1667,scaffold1963,scaffold3802,scaffold610,Scaffold6883,scaffold3813,scaffold2931,scaffold4124,scaffold2001,scaffold1673,scaffold6420,scaffold3863,Scaffold5828,scaffold2729,scaffold4524,scaffold3729,scaffold3206,scaffold7692,scaffold4130,scaffold5629,scaffold4480,scaffold5013,scaffold6799,scaffold6651,scaffold2093,scaffold5523,scaffold6203,scaffold2386,scaffold6050,scaffold4056,scaffold6963,scaffold5509,scaffold4413,scaffold4061,scaffold6921,scaffold7221,scaffold6947,scaffold1802,scaffold4271,scaffold4016,scaffold6263,scaffold6728,scaffold7340,scaffold5646,scaffold5370,scaffold1671,scaffold6105,scaffold2396,scaffold7073,scaffold7592,scaffold6242,scaffold4213,scaffold5338,scaffold1558,scaffold3680,scaffold7576,scaffold6306,scaffold2768,scaffold4123,scaffold7505,scaffold3888,scaffold7357,scaffold5264,scaffold4322,scaffold7587,scaffold2583,scaffold5334,scaffold7264,scaffold3347,Scaffold7230,scaffold7351,scaffold4391,scaffold5786,scaffold5109,scaffold2474,scaffold3112,scaffold7391,scaffold5923,scaffold2591,scaffold5476,scaffold6865,scaffold2140,scaffold3810,scaffold3227,scaffold6579,scaffold3236,scaffold2988,scaffold7362,scaffold4654,scaffold6136,scaffold6408,scaffold1581,scaffold6917,scaffold2479,scaffold2090,scaffold3192,scaffold6323,scaffold2913,scaffold6989,scaffold4433,scaffold2442,scaffold4589,scaffold7501,scaffold6238,scaffold2004,scaffold4595,scaffold5953,scaffold3002,scaffold1190,scaffold1392,scaffold3878,scaffold5785,scaffold1599,scaffold4838,scaffold3764,scaffold3937,scaffold1751,scaffold6186,scaffold7674,scaffold3233,scaffold1560,scaffold4007,scaffold1309,scaffold5179,scaffold5921,scaffold4096,scaffold2720,scaffold4197,scaffold2717,Scaffold6861,scaffold5736,scaffold3003,scaffold3836,scaffold3816,scaffold2985,scaffold4995,scaffold3708,scaffold3909,scaffold7571,scaffold4896,scaffold3312,scaffold2681,scaffold1429,scaffold2615,scaffold2772,scaffold1658,scaffold3984,scaffold3190,scaffold5192,scaffold1793,scaffold2466,scaffold3757,scaffold2244,Scaffold7696,scaffold4632,scaffold5637,scaffold285,scaffold3328,scaffold3436,scaffold4817,scaffold5348,scaffold6988,scaffold2145,scaffold2775,scaffold6019,scaffold2816,scaffold718,scaffold7342,scaffold4540,scaffold7282,scaffold937,scaffold4194,scaffold1601,scaffold4045,scaffold2261,scaffold2098,scaffold4091,scaffold7050,scaffold6056,scaffold4503,scaffold4073,scaffold2797,scaffold2623,scaffold2054,scaffold3424,scaffold3867,Scaffold7665,scaffold5059,scaffold3026,scaffold2435,scaffold6539,scaffold4785,scaffold924,scaffold7639,scaffold5711,scaffold2101,scaffold6152,scaffold736,scaffold3901,scaffold2724,scaffold2568,scaffold7479,scaffold2430,scaffold4598,scaffold3213,scaffold4557,scaffold955,scaffold4706,scaffold4736,scaffold2621,scaffold2848,scaffold2874,scaffold3646,scaffold936,scaffold4709,scaffold2556,scaffold5325,scaffold4954,scaffold3695,scaffold2171,scaffold6747,scaffold6967,scaffold3788,scaffold3691,scaffold3651,scaffold3098,scaffold5537,scaffold4307,scaffold3769,scaffold5995,Scaffold7698,scaffold4701,scaffold6157,scaffold4534,scaffold6271,scaffold4523,scaffold4430,scaffold3571,scaffold4351,scaffold358,scaffold3114,scaffold4496,scaffold4847,scaffold1405,scaffold4071,scaffold1866,scaffold3771,scaffold5776,scaffold5809,scaffold4168,scaffold4944,scaffold5909,scaffold2932,scaffold4522,scaffold6902,scaffold7471,scaffold7705,scaffold2586,scaffold3459,scaffold4105,scaffold2459,scaffold1493,scaffold2438,scaffold2536,scaffold4342,scaffold2325,scaffold4207,scaffold1198,scaffold2061,scaffold4047,scaffold4897,scaffold3503,scaffold4953,scaffold2223,scaffold2349,scaffold4029,scaffold6502,scaffold1612,scaffold1698,scaffold4131,scaffold5804,scaffold4795,scaffold3140,scaffold3629,scaffold2757,scaffold7680,scaffold2649,scaffold7717,scaffold111,scaffold2995,scaffold3399,Scaffold4622,scaffold478,scaffold6638,scaffold6618,scaffold4680,scaffold4997,scaffold2044,scaffold2697,scaffold5723,Scaffold7519,scaffold6704,scaffold5399,scaffold2296,scaffold1909,scaffold3156,scaffold4621,scaffold7216,scaffold3854,scaffold6000,scaffold6232,scaffold6556,scaffold3842,scaffold5409,Scaffold7133,scaffold5612,scaffold1950,scaffold6042,scaffold7656,scaffold2057,scaffold7713,scaffold5463,scaffold7684,scaffold4585,scaffold2896,scaffold6369,scaffold2167,scaffold4664,scaffold1831,scaffold1849,scaffold4078,scaffold1780,scaffold2577,scaffold3814,scaffold5669,scaffold2436,scaffold115,scaffold1510,scaffold1906,scaffold4461,scaffold7163,scaffold6872,scaffold1728,scaffold7191,scaffold6053,scaffold4407,scaffold1300,scaffold4268,scaffold4849,scaffold1193,scaffold4567,scaffold3763,scaffold7251,scaffold4173,scaffold1928,scaffold5124,scaffold2010,scaffold7092,scaffold3421,scaffold4153,scaffold4098,Scaffold7028,scaffold4082,scaffold5775,scaffold3792,scaffold5112,scaffold3505,scaffold2958,scaffold7396,scaffold6251,scaffold5000,scaffold1898,scaffold2576,scaffold6147,scaffold2901,scaffold4769,scaffold5033,scaffold6586,scaffold4895,scaffold7530,scaffold4093,scaffold6723,Scaffold5228,scaffold4741,scaffold4002,scaffold2426,scaffold2276,scaffold5224,scaffold7195,scaffold6837,Scaffold7327,scaffold4537,scaffold1084,scaffold2574,scaffold4330,scaffold2769,scaffold4229,scaffold7402,scaffold3138,scaffold6046,scaffold6415,scaffold5322,scaffold3727,scaffold6521,scaffold5597,scaffold4591,scaffold5256,scaffold6992,scaffold4816,Scaffold5563,scaffold1537,scaffold3871,scaffold476,scaffold1449,scaffold7213,scaffold6542,scaffold7180,Scaffold5784,scaffold5893,scaffold5038,scaffold3175,scaffold5220,scaffold4587,Scaffold5320,scaffold2588,scaffold5187,scaffold5705,scaffold1645,scaffold5310,scaffold2399,scaffold5083,scaffold2868,scaffold3034,scaffold2192,scaffold1480,scaffold2767,scaffold2929,scaffold6398,scaffold4690,scaffold3574,scaffold3367,scaffold1685,scaffold2074,scaffold7123,scaffold6311,scaffold1640,scaffold1704,scaffold1894,scaffold2779,scaffold3672,scaffold6825,scaffold4339,scaffold3086,scaffold2048,scaffold7417,scaffold7238,scaffold2304,scaffold4122,scaffold3535,scaffold1848,scaffold2472,scaffold3251,scaffold3480,scaffold4586,scaffold1578,scaffold2255,scaffold6231,scaffold7675,scaffold3791,scaffold5561,scaffold7660,scaffold3450,scaffold5333,scaffold5455,scaffold2513,scaffold4394,scaffold5176,scaffold2232,scaffold7194,Scaffold7065,scaffold3954,scaffold3047,scaffold6764,scaffold7210,scaffold3557,scaffold7358,scaffold2737,Scaffold7716,scaffold267,scaffold3720,scaffold3057,scaffold4411,scaffold5827,Scaffold1115,scaffold2954,scaffold6682,scaffold1795,scaffold7261,scaffold4770,scaffold4793,scaffold6798,scaffold3417,scaffold3039,scaffold2290,scaffold2247,scaffold4199,scaffold1461,scaffold4775,scaffold2238,scaffold7497,scaffold1851,scaffold2177,scaffold6132,scaffold7160,scaffold1503,scaffold4261,scaffold6269,scaffold7508,scaffold4495,scaffold3024,scaffold3573,scaffold5265,scaffold6241,scaffold2712,scaffold4362,scaffold3541,scaffold2456,scaffold7167,scaffold1681,scaffold2521,scaffold3795,scaffold5991,scaffold1442,scaffold4252,scaffold6125,Scaffold3080,scaffold3683,scaffold1337,scaffold2409,scaffold3015,scaffold3089,scaffold617,scaffold5169,scaffold5512,scaffold3865,scaffold5821,Scaffold3141,scaffold3742,scaffold4734,scaffold7051,scaffold2147,scaffold3460,scaffold1214,scaffold5735,scaffold4358,scaffold4753,scaffold1938,scaffold2448,scaffold3457,scaffold6256,scaffold175,scaffold7155,Scaffold7670,scaffold1840,scaffold3955,scaffold4878,scaffold5618,scaffold1132,scaffold4020,scaffold2557,scaffold6193,scaffold2127,Scaffold3793,scaffold107,scaffold4290,scaffold5139,scaffold2605,scaffold2928,scaffold4186,scaffold5600,scaffold7430,scaffold3253,scaffold3586,scaffold2121,scaffold4991,scaffold6438,scaffold4756,scaffold6431,scaffold1261,scaffold6137,scaffold6622,scaffold5525,scaffold7177,scaffold2104,scaffold4231,scaffold6523,scaffold5937,scaffold2860,scaffold6195,scaffold4658,scaffold5102,scaffold2817,scaffold3260,scaffold3798,scaffold7114,scaffold7321,scaffold3575,scaffold7504,Scaffold6929,scaffold2193,scaffold6324,scaffold3120,scaffold1317,scaffold2970,scaffold1372,scaffold6435,scaffold6936,scaffold2727,scaffold6815,scaffold2317,scaffold3774,scaffold4479,scaffold6091,scaffold3934,scaffold4329,scaffold4289,scaffold7255,scaffold3553,scaffold5086,scaffold6932,scaffold5574,scaffold6636,scaffold7154,scaffold2453,scaffold2976,Scaffold1697,scaffold6243,scaffold1861,scaffold4931,scaffold5898,scaffold2471,scaffold4650,scaffold5026,scaffold7280,scaffold623,scaffold3208,scaffold4491,scaffold3869,scaffold4783,scaffold1914,scaffold3476,scaffold4781,scaffold6795,scaffold2187,scaffold2250,scaffold3309,scaffold7453,scaffold3136,scaffold3960,scaffold4366,scaffold6928,scaffold6285,scaffold2679,scaffold2819,scaffold3362,scaffold1043,scaffold5885,scaffold690,scaffold1255,scaffold4015,scaffold2692,scaffold3841,scaffold4880,Scaffold7009,scaffold4343,scaffold3393,scaffold3753,scaffold5106,scaffold1331,scaffold2514,scaffold2809,scaffold4027,scaffold4437,scaffold7406,scaffold3853,scaffold4510,scaffold4623,scaffold4472,scaffold7442,scaffold3551,scaffold1528,Scaffold7714,scaffold1455,scaffold5611,scaffold7008,scaffold3035,scaffold2458,scaffold4857,scaffold2340,scaffold7288,scaffold4974,scaffold7689,scaffold2832,scaffold2103,scaffold2943,scaffold5344,scaffold4772,scaffold2516,scaffold7718,scaffold4948,scaffold5450,scaffold5110,scaffold7686,scaffold2919,scaffold3722,Scaffold5216,scaffold4222,scaffold7202,scaffold3559,scaffold4389,scaffold3310,scaffold3225,scaffold5969,scaffold6722,scaffold6308,scaffold1721,scaffold6335,scaffold4204,scaffold5749,scaffold3241,scaffold6396,scaffold3322,scaffold4216,scaffold5737,scaffold6676,scaffold7461,scaffold2008,scaffold4894,scaffold3224,scaffold5144,scaffold7007,scaffold4575,Scaffold5048,scaffold4451,scaffold6650,scaffold5119,Scaffold4100,scaffold5687,scaffold6357,scaffold5132,scaffold1597,scaffold3808,Scaffold2746,scaffold6175,scaffold7058,scaffold5315,scaffold5755,scaffold2159,scaffold3880,scaffold2570,scaffold7703,scaffold1656,scaffold6394,Scaffold7452,scaffold4352,scaffold4192,scaffold4633,scaffold5148,scaffold5606,Scaffold6032,scaffold1327,scaffold4926,scaffold6198,scaffold7116,scaffold7580,scaffold4021,scaffold4678,scaffold1764,scaffold2120,scaffold6282,scaffold2377,scaffold3904,scaffold7174,scaffold6738,scaffold7137,scaffold2418,scaffold3665,scaffold4028,scaffold6994,scaffold7159,scaffold5756,scaffold2482,scaffold3411,scaffold4710,Scaffold7316,scaffold2210,scaffold4152,scaffold6719,scaffold7602,scaffold6960,scaffold4250,scaffold3827,scaffold4010,scaffold6997,scaffold1810,scaffold2460,scaffold3620,Scaffold6614,scaffold5392,scaffold2184,scaffold6951,scaffold3214,scaffold3493,scaffold5781,scaffold6711,scaffold4196,scaffold5530,scaffold6146,scaffold6490,scaffold6554,scaffold1477,scaffold2125,Scaffold7706,scaffold2585,scaffold7606,scaffold2895,scaffold5854,Scaffold3159,scaffold2366,scaffold5078,scaffold3824,scaffold5719,scaffold5873,scaffold5899,scaffold3370,scaffold2703,scaffold3239,scaffold5582,scaffold1926,scaffold4359,scaffold4453,scaffold7056,scaffold4856,scaffold7139,scaffold7083,scaffold3996,scaffold7531,scaffold3262,Scaffold4482,scaffold6380,scaffold7281,scaffold1321,scaffold1931,scaffold2266,scaffold4226,Scaffold5063,scaffold5040,scaffold6522,scaffold4180,scaffold2011,scaffold2713,Scaffold1330,scaffold5798,scaffold1749,scaffold1224,scaffold1825,scaffold2069,scaffold2095,scaffold5195,scaffold5822,scaffold7085,scaffold7679,scaffold4159,scaffold4768,scaffold5173,scaffold6300,scaffold4634,scaffold3155,scaffold7033,scaffold2402,scaffold3045,scaffold4865,scaffold6020,scaffold4117,scaffold2608,scaffold5459,scaffold5631,scaffold4365,scaffold4532,scaffold6993,scaffold2363,scaffold2395,scaffold5200,scaffold5571,scaffold6421,scaffold3049,scaffold4106,scaffold6207,Scaffold6418,scaffold7615,scaffold6302,scaffold2619,scaffold3486,scaffold4215,scaffold4238,scaffold5645,scaffold1070,scaffold2116,scaffold7247,scaffold1585,scaffold4443,scaffold4780,scaffold5883,Scaffold6819,scaffold4513,scaffold5614,scaffold2036,scaffold6423,scaffold7229,scaffold2883,scaffold3973,scaffold4092,scaffold5768,Scaffold7490,scaffold4161,scaffold5449,scaffold7431,scaffold2281,scaffold2613,scaffold3839,scaffold5863,scaffold6368,scaffold6374,Scaffold1947,scaffold6208,scaffold6273,scaffold7481,scaffold1415,scaffold2766,scaffold4043,scaffold4498,scaffold2224,scaffold3447,scaffold5728,scaffold5958,scaffold2292,scaffold5170,scaffold6233,scaffold1361,scaffold2461,scaffold2495,scaffold4102,scaffold4693,scaffold4923,scaffold5871,scaffold6995,scaffold3473,scaffold6525,scaffold6035,scaffold6661,scaffold2652,scaffold3766,scaffold3980,scaffold6430,scaffold2393,scaffold6128,scaffold6427,scaffold7220,scaffold2129,scaffold3320,scaffold3922,scaffold611,scaffold6695,scaffold4541,scaffold6005,scaffold1694,scaffold446,Scaffold1483,scaffold2541,scaffold2498,scaffold4447,scaffold5035,scaffold5312,Scaffold2388,scaffold4492,scaffold5456,scaffold5835,scaffold2077,scaffold2166,scaffold4854,scaffold2205,scaffold2590,scaffold3957,scaffold7350,scaffold1929,scaffold3958,scaffold4702,scaffold2030,scaffold6689,scaffold6169,scaffold3696,scaffold4291,scaffold3567,scaffold4023,scaffold7385,scaffold1086,scaffold2688,scaffold3438,scaffold5753,scaffold5867,scaffold7562,scaffold3005,scaffold4869,scaffold2200,scaffold2248,scaffold3738,scaffold3882,scaffold4340,scaffold5146,scaffold7146,scaffold777,scaffold1887,scaffold4529,scaffold5831,scaffold6192,scaffold6800,scaffold5130,scaffold979,scaffold2135,scaffold2431,scaffold5783,scaffold6511,scaffold7329,scaffold3162,scaffold2909,scaffold3113,Scaffold5548,scaffold3202,scaffold6498,scaffold7087,scaffold1725,scaffold5345,scaffold6644,scaffold7621,scaffold1777,scaffold1565,scaffold6322,scaffold1603,scaffold3519,scaffold6581,scaffold2863,scaffold3215,scaffold1233,Scaffold7522,scaffold6472,scaffold7583,scaffold1857,scaffold3007,scaffold3099,scaffold3622,scaffold7687,scaffold2233,scaffold2413,scaffold3223,scaffold3732,scaffold6339,scaffold6918,scaffold3278,scaffold5306,scaffold5432,scaffold7263,scaffold7386,scaffold3170,scaffold4037,scaffold6345,scaffold5521,scaffold5648,Scaffold7570,scaffold865,scaffold5569,scaffold3036,scaffold3300,scaffold5752,scaffold6268,scaffold6419,scaffold1072,scaffold3274,scaffold6234,Scaffold6249,scaffold1107,scaffold2230,scaffold3583,scaffold3076,scaffold5442,scaffold3371,scaffold4805,scaffold7644,scaffold4548,scaffold5135,Scaffold6991,scaffold7470,scaffold2379,scaffold3547,scaffold7246,scaffold6070,scaffold6331,scaffold2946,scaffold3231,scaffold6158,scaffold6546,scaffold7462,scaffold2736,scaffold5279,scaffold5682,scaffold3117,scaffold4120,scaffold551,scaffold5675,scaffold1386,scaffold3572,scaffold7274,scaffold7446,scaffold2992,scaffold3351,Scaffold3500,scaffold4170,scaffold4463,scaffold4673,scaffold615,scaffold6603,scaffold1743,scaffold3950,scaffold7565,scaffold2124,scaffold5081,scaffold1370,scaffold5635,scaffold2454,scaffold848,scaffold3887,scaffold6163,scaffold1409,scaffold2111,scaffold2744,scaffold3358,scaffold4203,scaffold5470,scaffold7475,scaffold2183,scaffold5621,scaffold5642,scaffold7283,Scaffold7574,scaffold3881,scaffold4396,scaffold5277,scaffold7339,scaffold1073,scaffold1750,scaffold1843,scaffold4054,scaffold4415,scaffold6267,scaffold6200,scaffold1642,scaffold4030,scaffold4429,scaffold4679,scaffold5584,scaffold6001,scaffold3932,scaffold4376,Scaffold7414,scaffold4266,scaffold1182,scaffold2792,scaffold3894,scaffold4669,scaffold4986,scaffold7179,Scaffold7651,scaffold1311,scaffold1886,scaffold2126,scaffold2181,scaffold294,scaffold4493,scaffold6412,scaffold2241,scaffold5015,scaffold7044,scaffold4565,scaffold5208,scaffold5395,scaffold7013,scaffold5049,scaffold5452,scaffold5760,scaffold4720,scaffold2123,scaffold2463,scaffold4647,scaffold4689,scaffold4922,scaffold7206,scaffold1958,scaffold2850,scaffold3365,scaffold3640,scaffold6483,scaffold6606,Scaffold6816,scaffold7286,scaffold7632,scaffold2337,scaffold3812,scaffold3832,scaffold6326,scaffold7110,scaffold2940,scaffold6063,scaffold1709,scaffold5915,scaffold6214,scaffold6829,Scaffold6986,scaffold7104,scaffold1453,scaffold4988,scaffold6684,scaffold6858,scaffold7311,scaffold1499,scaffold4187,scaffold4393,scaffold5778,scaffold7636,scaffold4742,scaffold5251,Scaffold7617,scaffold4392,scaffold6338,scaffold6634,scaffold5731,scaffold5763,scaffold6355,scaffold6371,scaffold5104,scaffold5633,scaffold6564,scaffold4572,scaffold6359,scaffold1772,scaffold3401,scaffold2298,scaffold3477,scaffold4234,scaffold4887,scaffold5656,scaffold2689,scaffold5164,scaffold6597,Scaffold6869,scaffold6927,scaffold5716,scaffold6313,scaffold7204,scaffold7468,scaffold7671,scaffold1608,scaffold3951,scaffold4319,scaffold4899,scaffold5245,scaffold1163,scaffold1790,scaffold2634,scaffold2944,scaffold4976,scaffold2202,scaffold2756,scaffold2873,scaffold6516,scaffold4211,scaffold4767,scaffold5161,scaffold5576,scaffold6402,scaffold6786,scaffold5138,scaffold5390,scaffold5610,scaffold5673,scaffold6879,scaffold7325,scaffold7367,scaffold7506,scaffold7609,scaffold1633,scaffold3418,scaffold3686,scaffold6659,scaffold7558,scaffold1077,scaffold1518,scaffold1869,scaffold6485,scaffold7250,scaffold2560,scaffold4408,scaffold5088,scaffold6071,scaffold5288,scaffold5742,scaffold5967,scaffold6668,scaffold7409,Scaffold762,scaffold1439,Scaffold1444,scaffold4652,scaffold2687,scaffold5375,scaffold5721,scaffold6227,scaffold6255,scaffold3611,scaffold3884,scaffold4549,scaffold5580,scaffold6114,scaffold6835,scaffold7042,scaffold3762,scaffold4833,scaffold5258,scaffold5300,scaffold5726,scaffold6690,scaffold3195,scaffold3579,scaffold5389,scaffold5583,scaffold5761,scaffold5971,scaffold6486,scaffold7089,scaffold7363,scaffold7473,scaffold7569,scaffold1873,scaffold3448,Scaffold4545,scaffold4873,scaffold6011,scaffold6480,Scaffold3843,scaffold4568,scaffold6400,scaffold6955,scaffold1481,scaffold1674,scaffold2519,scaffold2917,scaffold3025,scaffold3408,scaffold4985,scaffold5825,Scaffold7302,scaffold2966,scaffold5652,scaffold7438,scaffold2629,scaffold2977,scaffold4378,scaffold6944,scaffold2015,scaffold2630,scaffold3740,scaffold3992,scaffold4806,scaffold4958,scaffold5869,scaffold6236,scaffold6588,scaffold7265,scaffold7546,scaffold1940,Scaffold2706,scaffold3346,scaffold6106,scaffold6213,scaffold7712,scaffold2269,scaffold4485,scaffold4619,scaffold5060,scaffold5204,scaffold5829,scaffold5844,scaffold3918,scaffold5734,scaffold6959,scaffold7080,scaffold1550,scaffold2006,scaffold2294,scaffold4079,scaffold4499,scaffold4552,scaffold5517,scaffold7441,Scaffold7699,scaffold2840,scaffold3504,scaffold4221,scaffold4891,Scaffold5020,scaffold5864,scaffold6385,scaffold7564,scaffold3648,scaffold4175,scaffold6729,scaffold6517,scaffold6561,scaffold7113,scaffold7647,scaffold3345,scaffold3607,scaffold4879,scaffold5551,scaffold7589,scaffold4094,scaffold4486,scaffold5142,scaffold5260,scaffold2300,scaffold2846,scaffold3329,scaffold3976,scaffold4310,scaffold5095,scaffold6822,scaffold7090,Scaffold1922,scaffold3875,scaffold4648,scaffold5515,scaffold5974,scaffold6965,scaffold7239,scaffold7667,scaffold4243,scaffold5861,Scaffold6089,scaffold6981,Scaffold7596,scaffold1713,scaffold2794,scaffold2824,scaffold4715,scaffold6067,scaffold6453,Scaffold7306,scaffold3427,scaffold7052,scaffold7444,scaffold1411,scaffold2372,scaffold4128,scaffold4399,scaffold5772,scaffold6414,scaffold6491,scaffold2622,scaffold2853,scaffold2907,scaffold3108,scaffold3642,scaffold3754,scaffold5346,scaffold6806,scaffold7600,scaffold2959,Scaffold7416,scaffold2311,scaffold3592,scaffold4395,Scaffold6793,scaffold3246,scaffold4387,scaffold4787,scaffold5585,scaffold6547,scaffold6732,scaffold3498,scaffold4663,scaffold4844,scaffold5222,scaffold6124,scaffold6600,scaffold1273,scaffold2957,scaffold4743,scaffold5500,scaffold7408,Scaffold7432,scaffold1647,scaffold4470,scaffold4826,scaffold5240,scaffold5929,scaffold4754,scaffold5094,scaffold5634,scaffold6293,scaffold1015,scaffold1605,scaffold4747,scaffold4933,scaffold5044,scaffold6194,scaffold6980,scaffold7055,scaffold7081,scaffold2473,scaffold3613,scaffold4039,scaffold4297,scaffold4800,scaffold6041,scaffold1281,scaffold3775,scaffold5777,scaffold7360,scaffold7518,scaffold830,scaffold3285,scaffold4346,scaffold4966,scaffold7538,Scaffold2685,scaffold2900,scaffold3966,scaffold4703,scaffold5852,scaffold2242,scaffold3624,Scaffold4022,scaffold4182,scaffold5518,scaffold7346,scaffold3635,scaffold3746,scaffold4681,scaffold6074,scaffold6332,scaffold7125,scaffold2677,scaffold3848,scaffold3939,scaffold4013,scaffold6030,scaffold1205,scaffold1333,scaffold2122,scaffold3258,scaffold4511,scaffold2185,scaffold2371,scaffold3924,scaffold3925,scaffold4248,scaffold4766,scaffold5079,scaffold5565,scaffold6065,scaffold6142,scaffold1433,scaffold1625,Scaffold4942,scaffold7287,scaffold2408,scaffold2449,scaffold6648,scaffold6705,Scaffold6916,scaffold7437,scaffold3552,scaffold3964,scaffold4867,scaffold5056,Scaffold7450,scaffold2820,scaffold2821,scaffold4008,scaffold4845,scaffold5901,scaffold6576,scaffold7176,scaffold1792,scaffold2696,scaffold5072,Scaffold5651,scaffold6270,scaffold7443,scaffold7467,scaffold7598,scaffold1569,Scaffold1653,scaffold2188,scaffold2579,scaffold3537,Scaffold3550,scaffold943,scaffold1687,scaffold2018,scaffold2059,scaffold3807,scaffold5118,scaffold1101,scaffold3857,scaffold4273,scaffold5856,scaffold6441,scaffold7156,scaffold7243,scaffold7635,scaffold3095,scaffold4561,scaffold6386,scaffold7488,scaffold1396,scaffold4227,scaffold5073,scaffold7001,scaffold995,scaffold2683,scaffold2835,scaffold3303,scaffold4864,scaffold5206,scaffold5996,scaffold1091,scaffold1624,scaffold5149,scaffold6176,scaffold3149,scaffold6156,scaffold6608,scaffold7031,scaffold3391,scaffold3968,scaffold4278,scaffold4584,scaffold5903,scaffold6773,scaffold6820,Scaffold7338,scaffold2303,scaffold2309,scaffold2933,scaffold4542,scaffold5402,scaffold6894,scaffold7111,scaffold1812,scaffold2279,scaffold3226,scaffold3949,scaffold4205,scaffold4773,scaffold4968,scaffold1942,scaffold3521,scaffold5045,Scaffold5718,scaffold1650,scaffold2990,scaffold3124,scaffold3352,scaffold3570,scaffold4400,scaffold5367,scaffold6370,scaffold6559,scaffold7215,scaffold1166,scaffold1965,scaffold2978,scaffold5034,scaffold5354,Scaffold6591,scaffold6611,scaffold7047,scaffold7394,scaffold7476,scaffold4011,scaffold6589,scaffold7654,scaffold1921,scaffold2088,scaffold4952,scaffold6179,scaffold3044,scaffold3514,scaffold4149,scaffold6139,scaffold6578,scaffold2483,scaffold2628,scaffold3471,scaffold4784,scaffold7304,Scaffold2664,scaffold5403,scaffold5743,scaffold3313,scaffold5684,scaffold6785,scaffold7295,scaffold3850,scaffold3959,scaffold4412,scaffold4779,scaffold5282,scaffold5292,scaffold5632,scaffold6351,scaffold6724,scaffold7297,scaffold1553,scaffold1776,scaffold4580,scaffold5235,scaffold5504,scaffold5550,scaffold6316,scaffold3597,scaffold3632,scaffold3845,scaffold6687,scaffold6871,scaffold7373,Scaffold7612,scaffold1422,scaffold2411,Scaffold2616,scaffold2777,scaffold3899,scaffold4596,scaffold4624,scaffold4760,scaffold4883,scaffold5167,scaffold1484,scaffold1799,scaffold2561,scaffold2974,scaffold3102,Scaffold3921,scaffold5653,scaffold5912,scaffold6406,Scaffold6821,Scaffold7069,Scaffold7233,scaffold3690,scaffold3990,scaffold4140,Scaffold5273,scaffold6489,scaffold5401,scaffold7426,scaffold4971,scaffold5391,scaffold6787,scaffold7365,scaffold7382,scaffold2550,scaffold3299,Scaffold4927,Scaffold1323,scaffold3912,scaffold6543,scaffold6964,Scaffold7035,scaffold1185,scaffold2572,scaffold3306,Scaffold4917,scaffold7533,scaffold3265,scaffold4332,scaffold5133,scaffold5913,scaffold6655,scaffold7527,scaffold1282,scaffold2026,scaffold2263,scaffold3542,scaffold3893,scaffold4810,scaffold5278,scaffold5296,scaffold6008,Scaffold7640,scaffold2190,scaffold3294,scaffold5552,scaffold1373,scaffold2639,scaffold2864,scaffold3388,scaffold4457,scaffold4848,scaffold5699,scaffold7503,scaffold2203,scaffold4031,scaffold4185,scaffold4444,scaffold6072,scaffold3279,scaffold5520,scaffold5990,scaffold7392,scaffold1818,scaffold3831,scaffold4949,Scaffold6127,scaffold2601,scaffold3050,scaffold4034,scaffold4939,scaffold5241,scaffold7319,scaffold1297,scaffold2142,scaffold2780,scaffold3254,scaffold3818,scaffold4819,scaffold5536,Scaffold5558,scaffold6230,scaffold3700,scaffold4964,scaffold5812,scaffold6784,scaffold1813,scaffold5189,scaffold3554,scaffold4707,Scaffold4745,scaffold6508,scaffold7542,scaffold2751,Scaffold3382,scaffold4384,scaffold1240,scaffold3250,scaffold4504,scaffold6715,scaffold7207,scaffold1334,scaffold1401,scaffold5302,scaffold6250,scaffold1470,scaffold2718,scaffold3412,scaffold3569,scaffold4143,scaffold5314,Scaffold6291,scaffold6395,scaffold6731,Scaffold1588,scaffold4419,scaffold6913,scaffold7466,Scaffold1044,scaffold1968,scaffold2130,scaffold2239,scaffold2537,scaffold6876,scaffold7109,scaffold2221,scaffold5641,scaffold5787,scaffold6365,scaffold6607,scaffold7275,scaffold2945,scaffold3993,Scaffold4191,scaffold5163,scaffold589,scaffold4490,scaffold7093,scaffold2265,scaffold2480,scaffold3153,scaffold5159,Scaffold5541,Scaffold4656,scaffold5928,scaffold3512,scaffold4981,scaffold5840,scaffold2450,Scaffold2716,scaffold3694,scaffold4982,scaffold5213,scaffold5806,scaffold6411,scaffold1669,scaffold3318,scaffold6642,scaffold3301,scaffold3435,scaffold5335,scaffold5444,scaffold6713,Scaffold6945,scaffold3667,scaffold4372,scaffold5946,scaffold6173,scaffold3809,scaffold4139,Scaffold2410,scaffold3275,scaffold3630,scaffold2858,scaffold2749,scaffold4235,scaffold6970,scaffold2106,scaffold6182,scaffold7102,scaffold2019,scaffold4888,scaffold4108,scaffold5980,scaffold1862,scaffold2112,scaffold4101,scaffold2094,scaffold704,Scaffold7664,scaffold2998,scaffold374,scaffold3849,scaffold6252,scaffold4427,scaffold6312,scaffold1735,scaffold3403,scaffold4142,scaffold4166,scaffold5715,Scaffold5808,scaffold6060,scaffold4950,scaffold6958,scaffold2892,scaffold4068,scaffold3083,scaffold3664,scaffold4240,scaffold3432,scaffold3896,Scaffold7669,Scaffold4514,Scaffold7681,Scaffold2179,Scaffold3877,scaffold5603,scaffold5676,scaffold568,scaffold6390,Scaffold1020,Scaffold2643,scaffold2798,scaffold4119,scaffold6429,scaffold5019,scaffold5182,scaffold6473,scaffold6134,scaffold3164,Scaffold7707,scaffold4137,scaffold778,scaffold2935,scaffold5281,Scaffold6647,scaffold5330,scaffold5738,scaffold2641,scaffold5547,scaffold2308,scaffold5920,scaffold753,scaffold4759,scaffold5453,scaffold5724,scaffold6221,Scaffold6320,Scaffold7593,scaffold2884,Scaffold4176,Scaffold4827,scaffold7057,scaffold5464,scaffold6950,scaffold2339,scaffold2422,scaffold5451,Scaffold7661,scaffold2056,scaffold7700,scaffold5003,scaffold7424,scaffold2043,scaffold5945,Scaffold7646,Scaffold1955,scaffold3874,scaffold560,scaffold6354,scaffold6528,Scaffold7711,scaffold3698,scaffold4072,scaffold429,scaffold4581,scaffold4725,scaffold5895,scaffold1665,scaffold7086,scaffold3304,scaffold3674,Scaffold6113,scaffold1655,scaffold2980,scaffold3092,scaffold5534,scaffold5846,scaffold6297,scaffold1472,scaffold2743,scaffold3786,scaffold4336,scaffold6289,scaffold7307,Scaffold1485,scaffold2609,scaffold4494,scaffold3714,Scaffold1797,scaffold2787,Scaffold5546,scaffold2228,scaffold5492,Scaffold5630,scaffold6571,scaffold1943,scaffold5513,scaffold5665,scaffold3501,scaffold4607,scaffold2951,scaffold2594,scaffold3406,scaffold5983,scaffold6570,scaffold4858,scaffold7212,scaffold7524,scaffold3374,scaffold3614,Scaffold7511,scaffold2725,scaffold7372,scaffold797,scaffold3059,scaffold4151,scaffold2150,Scaffold3038,scaffold3985,Scaffold6353,scaffold3979,Scaffold4476,scaffold6615,scaffold7145,scaffold4236,scaffold4697,scaffold5120,scaffold7298,scaffold2755,scaffold3970,scaffold5116,scaffold5205,scaffold6210,scaffold3938,scaffold2253,scaffold6990,Scaffold7682,scaffold2773,scaffold3688,scaffold3767,scaffold2277,scaffold6599,scaffold2620,scaffold6817,scaffold234,scaffold2847,scaffold3074,Scaffold5498,scaffold6356,scaffold3598,scaffold4109,scaffold6631,scaffold1126,scaffold5594,Scaffold7435,scaffold792,scaffold2158,Scaffold2762,scaffold7478,scaffold1092,Scaffold4497,Scaffold7237,scaffold6759,scaffold2829,Scaffold3326,scaffold3495,Scaffold6346,scaffold4179,scaffold4885,scaffold6654,Scaffold7356,Scaffold7536,Scaffold2051,scaffold4214,scaffold6594,scaffold6612,scaffold6741,scaffold6888,scaffold4438,Scaffold4527,Scaffold4599,Scaffold4990,scaffold4519,scaffold5791,scaffold6529,scaffold3211,scaffold3739,scaffold3409,scaffold6499,scaffold7691,scaffold1983,scaffold2189,scaffold2865,scaffold2889,scaffold3425,scaffold3782,scaffold7138,scaffold2191,scaffold3544,scaffold3716,scaffold6153,scaffold5654,scaffold7211,Scaffold7658,scaffold3286,Scaffold5201,scaffold1341,scaffold2380,scaffold3395,scaffold5938,scaffold6151,scaffold6196,scaffold6924,scaffold2904,scaffold4738,Scaffold634,scaffold6484,scaffold1907,scaffold2063,scaffold5984,Scaffold7153,Scaffold3084,scaffold4253,scaffold5068,scaffold6920,scaffold7586,scaffold3728,scaffold5779,scaffold3546,scaffold5160,Scaffold6140,scaffold6750,scaffold1739,scaffold3431,scaffold4724,scaffold5533,scaffold6471,scaffold7464,scaffold2545,scaffold4154,scaffold6573,scaffold6688,scaffold2764,scaffold3071,scaffold4309,scaffold6621,scaffold3978,scaffold5855,scaffold6235,scaffold6792,scaffold7296,scaffold5076,scaffold6907,scaffold7554,scaffold2708,scaffold2964,scaffold5556,scaffold6583,scaffold6637,Scaffold7447,scaffold1975,scaffold3604,scaffold6031,Scaffold1552,scaffold4337,scaffold5842,scaffold6378,scaffold6912,scaffold3534,scaffold3883,scaffold4355,scaffold4452,Scaffold5188,scaffold5505,scaffold5943,scaffold649,scaffold6791,scaffold7638,scaffold6619,scaffold7168,scaffold7653,scaffold998,scaffold5209,scaffold5446,scaffold6957,scaffold3830,Scaffold4507,scaffold5440,scaffold7628,scaffold3191,Scaffold4890,Scaffold5105,scaffold6416,scaffold3804,scaffold5714,scaffold1087,scaffold1176,scaffold3568,Scaffold3470,scaffold4441,scaffold6145,scaffold6292,scaffold7567,scaffold2114,scaffold3022,scaffold5383,scaffold7652,scaffold5147,scaffold6314,scaffold6843,scaffold7034,scaffold7328,scaffold3307,scaffold4249,scaffold6512,scaffold7098,Scaffold7401,scaffold2027,scaffold2735,scaffold2866,scaffold4551,scaffold5538,scaffold6184,Scaffold7690,scaffold5430,scaffold6767,scaffold1982,scaffold4230,scaffold5950,scaffold6671,scaffold960,scaffold3474,scaffold4744,scaffold5090,scaffold5382,scaffold6632,scaffold7399,scaffold4127,scaffold4666,scaffold5460,scaffold6788,scaffold1892,scaffold2753,Scaffold5683,scaffold6342,scaffold7269,scaffold1874,scaffold3201,scaffold3462,scaffold4239,scaffold5615,scaffold6877,scaffold7500,scaffold2433,scaffold2640,Scaffold2776,scaffold3197,scaffold4006,scaffold4570,scaffold4651,scaffold5487,scaffold561,scaffold5619,Scaffold7655,Scaffold7702,scaffold1636,scaffold3530,scaffold5266,scaffold6754,scaffold7388,scaffold966,scaffold1347,scaffold1652,scaffold3692,scaffold1836,scaffold2922,scaffold4951,scaffold5532,scaffold6943,scaffold4115,scaffold4225,scaffold4265,scaffold7135,Scaffold7537,scaffold3564,scaffold5644,Scaffold5678,Scaffold7305,scaffold7348,scaffold7404,scaffold7673,scaffold2217,scaffold6129,scaffold7270,scaffold2343,scaffold2383,scaffold5290,scaffold6367,Scaffold7256,scaffold2666,scaffold3381,Scaffold3962,scaffold4841,scaffold5356,scaffold7143,scaffold1960,scaffold2310,scaffold6392,scaffold6782,scaffold7550,scaffold2322,scaffold3856,Scaffold4212,scaffold7017,scaffold1549,scaffold2346,scaffold2774,Scaffold3689,scaffold5093,scaffold5613,scaffold6422,Scaffold7343,Scaffold7710,scaffold1833,scaffold4136,scaffold6358,scaffold6763,Scaffold7332,scaffold3637,scaffold4560,scaffold5707,scaffold5894,scaffold6585,scaffold6996,scaffold1068,scaffold1948,Scaffold3744,scaffold3803,scaffold4260,scaffold4876,scaffold5091,scaffold7588,scaffold1186,scaffold5792,scaffold4907,scaffold6295,scaffold7368,scaffold5542,scaffold6379,scaffold6513,scaffold7273,scaffold3082,scaffold4133,Scaffold6504,scaffold6864,scaffold6914,scaffold7563,scaffold3334,scaffold3522,scaffold3710,scaffold3879,Scaffold5327,scaffold3085,scaffold4233,scaffold5098,scaffold5488,scaffold5866,scaffold6893,scaffold7294,scaffold7324,Scaffold7627,Scaffold7642,scaffold1468,scaffold2741,scaffold4749,scaffold6778,Scaffold1029,scaffold3971,scaffold4241,scaffold6696,scaffold6939,Scaffold5018,scaffold6217,scaffold6725,scaffold6974,scaffold3988,scaffold4360,scaffold5047,scaffold5377,scaffold1167,Scaffold3282,Scaffold4582,scaffold5572,scaffold7048,scaffold2302,scaffold2665,scaffold3029,Scaffold3144,scaffold3627,scaffold5032,scaffold5191,scaffold6288,scaffold6515,Scaffold7341,scaffold3263,scaffold3342,Scaffold5319,Scaffold5516,scaffold6043,scaffold5519,Scaffold5671,scaffold5805,Scaffold5989,scaffold6045,Scaffold1446,scaffold5604,Scaffold6013,scaffold6536,Scaffold6769,scaffold7006,Scaffold7271,scaffold7383,scaffold7485,Scaffold2285,scaffold2702,scaffold2997,scaffold4562,scaffold4660,scaffold5113,scaffold6054,scaffold6388,Scaffold6686,scaffold6703,scaffold2080,scaffold2376,scaffold3338,scaffold6509,scaffold2358,scaffold2625,scaffold3090,scaffold3639,scaffold3781,scaffold6081,scaffold7128,scaffold7528,scaffold1989,scaffold3043,Scaffold3953,scaffold4959,scaffold5823,scaffold6540,scaffold7103,Scaffold7112,scaffold7272,scaffold7331,scaffold2065,scaffold2092,scaffold4258,scaffold4905,scaffold5247,scaffold5824,Scaffold7099,scaffold2425,Scaffold2563,scaffold4385,scaffold5202,scaffold5490,scaffold6493,scaffold6727,scaffold896,scaffold3088,scaffold4169,Scaffold5994,scaffold6383,scaffold7021,scaffold3316,scaffold4057,scaffold5802,scaffold7075,scaffold3010,scaffold3094,scaffold3631,scaffold4209,scaffold5054,Scaffold5057,scaffold5151,scaffold6930,scaffold2481,Scaffold2886,Scaffold7005,scaffold7486,scaffold2671,scaffold3366,scaffold3475,scaffold3513,scaffold3779,scaffold3947,scaffold4041,scaffold4836,scaffold5886,scaffold6867,Scaffold7060,scaffold2734,scaffold2754,scaffold4075,scaffold4449,scaffold4792,Scaffold5006,scaffold5108,scaffold5215,Scaffold5527,scaffold7147,scaffold2118,scaffold4699,scaffold4961,scaffold5754,scaffold5875,scaffold6259,scaffold7059,scaffold7334,scaffold7349,Scaffold7361,Scaffold7688,Scaffold1826,scaffold2403,scaffold2855,scaffold4147,scaffold5380,scaffold6148,scaffold6923,Scaffold7257,Scaffold4915,scaffold2076,scaffold2235,scaffold3815,scaffold5252,scaffold5269,scaffold6284,Scaffold6693,scaffold7371,scaffold2489,scaffold3682,scaffold3752,scaffold5759,scaffold6044,scaffold6309,scaffold7108,scaffold2319,scaffold2367,scaffold2684,scaffold6709,scaffold7403,scaffold1872,scaffold4851,scaffold5180,scaffold6180,scaffold6348,scaffold6979,scaffold2852,scaffold4300,scaffold5917,scaffold6066,scaffold6934,Scaffold7148,Scaffold7575,scaffold7582,Scaffold116,scaffold1911,Scaffold2035,Scaffold2209,scaffold329,scaffold5531,scaffold5638,scaffold6389,scaffold6748,scaffold7192,scaffold7620,scaffold4275,scaffold4733,scaffold4870,scaffold5293,Scaffold5554,scaffold6434,scaffold6803,Scaffold7613,scaffold4116,scaffold4129,scaffold6387,Scaffold6953,Scaffold1918,scaffold3051,scaffold3356,scaffold3773,scaffold3972,scaffold4121,scaffold7183,scaffold1520,scaffold2531,scaffold4138,scaffold4344,scaffold5190,scaffold5218,scaffold5412,scaffold7393,scaffold7555,scaffold1538,scaffold3678,scaffold3712,scaffold5790,scaffold6533,scaffold6678,scaffold6706,scaffold2137,scaffold2669,scaffold4579,scaffold6111,scaffold1580,scaffold3196,scaffold5353,scaffold5366,scaffold6121,scaffold6961,Scaffold7626,scaffold2173,scaffold2869,scaffold3217,scaffold4872,scaffold5540,scaffold5686,Scaffold5833,scaffold5880,scaffold6736,scaffold7030,Scaffold7448,scaffold2805,scaffold3419,scaffold4576,scaffold5246,scaffold6264,scaffold7014,scaffold7209,Scaffold7604,scaffold1654,Scaffold2571,scaffold4941,scaffold5263,scaffold6073,Scaffold6518,Scaffold2915,scaffold3011,scaffold3673,scaffold4090,scaffold4828,scaffold6026,scaffold6084,scaffold6656,scaffold6926,scaffold7499,scaffold1703,scaffold2025,scaffold290,scaffold3484,scaffold4906,scaffold5795,Scaffold6183,scaffold6549,Scaffold7548,Scaffold7662,scaffold1760,scaffold2327,Scaffold2770,scaffold3991,scaffold4638,scaffold5077,scaffold5628,scaffold6189,scaffold6215,scaffold7043,Scaffold7182,scaffold7310,scaffold7413,scaffold1634,scaffold170,scaffold3302,scaffold3531,scaffold3859,scaffold4569,scaffold4718,scaffold7377,scaffold1805,scaffold3785,scaffold4737,scaffold4967,scaffold5331,scaffold6697,scaffold6839,scaffold7029,scaffold7095,scaffold1161,scaffold1864,Scaffold2443,scaffold2936,scaffold3820,scaffold4474,scaffold4823,scaffold5445,scaffold5976,scaffold6881,scaffold6909,Scaffold7136,Scaffold7224,scaffold7276,scaffold7630,scaffold2675,scaffold3392,scaffold4324,scaffold4729,Scaffold6366,scaffold6510,Scaffold7236,Scaffold1542,Scaffold2313,scaffold4708,scaffold5295,scaffold6100,scaffold7201,scaffold7629,scaffold2245,Scaffold3482,scaffold4655,scaffold4750,scaffold4962,scaffold5501,scaffold6783,scaffold7004,scaffold7141,scaffold7484,scaffold7584,scaffold1245,scaffold2991,Scaffold3053,scaffold5568,scaffold5774,scaffold6257,scaffold7088,scaffold7208,scaffold7491,scaffold1110,scaffold3174,scaffold4302,scaffold5906,scaffold5970,Scaffold5978,Scaffold6090,scaffold6410,scaffold7097,Scaffold7428,scaffold7591,Scaffold7601,scaffold1816,Scaffold1835,scaffold2888,Scaffold3369,scaffold3765,scaffold4269,scaffold4918,scaffold5297,scaffold5360,scaffold5936,scaffold6552,scaffold6973,Scaffold7150,Scaffold7277,scaffold7279,scaffold1513,scaffold1628,Scaffold3096,scaffold4323,Scaffold4356,Scaffold4714,scaffold5599,scaffold5925,scaffold5934,scaffold2496,scaffold2906,Scaffold6219,Scaffold752,Scaffold3073,Scaffold3481,scaffold3895,scaffold4277,scaffold4338,scaffold4559,scaffold4593,scaffold4925,scaffold5301,scaffold5358,scaffold5535,scaffold6006,scaffold6595,scaffold6770,scaffold6904,scaffold7120,scaffold1050,scaffold2046,scaffold3166,scaffold3308,scaffold5514,scaffold5668,Scaffold6796,scaffold6863,scaffold2097,scaffold2856,Scaffold3230,scaffold3298,scaffold3456,scaffold3539,scaffold3801,scaffold4132,Scaffold4397,scaffold5157,Scaffold5230,scaffold5495,scaffold6097,scaffold7544,Scaffold1314,scaffold1787,scaffold2445,scaffold2642,scaffold3368,scaffold3386,scaffold4475,scaffold4831,scaffold5559,scaffold5905,Scaffold5957,scaffold6500,scaffold106,scaffold1814,scaffold2060,scaffold2307,scaffold2573,scaffold2795,scaffold4746,scaffold4761,scaffold628,scaffold6426,Scaffold6726,scaffold6749,scaffold7024,scaffold7240,scaffold7608,scaffold1494,scaffold3933,scaffold3986,Scaffold4184,scaffold4219,scaffold4509,Scaffold4972,scaffold5793,scaffold6572,scaffold7495,scaffold2891,Scaffold3021,scaffold3468,Scaffold3585,scaffold3619,scaffold4630,scaffold4797,scaffold5178,scaffold6040,scaffold6841,Scaffold7543,Scaffold190,scaffold2552,scaffold2859,scaffold3256,Scaffold4401,scaffold4594,scaffold4721,scaffold5150,scaffold5336,scaffold6098,scaffold6275,scaffold6461,scaffold6495,scaffold6639,Scaffold6848,scaffold7379,scaffold7663,scaffold2952,scaffold4978,Scaffold5041,scaffold5198,scaffold5623,scaffold6082,scaffold6514,scaffold6735,scaffold1710,scaffold1941,Scaffold2690,scaffold5685,scaffold5691,scaffold6110,scaffold6262,Scaffold6567,Scaffold6850,scaffold6977,Scaffold7064,scaffold7323,scaffold7578,scaffold7605,scaffold7676,scaffold7678,scaffold2949,scaffold3048,Scaffold4852,scaffold5423,scaffold6160,scaffold6239,scaffold6456,scaffold7418,scaffold1614,scaffold1618,scaffold2862,scaffold2914,scaffold3350,scaffold3580,Scaffold4802,scaffold4909,scaffold4983,scaffold5374,scaffold6349,scaffold6399,Scaffold7170,scaffold7196,scaffold2186,scaffold2354,scaffold3287,scaffold3479,scaffold3671,Scaffold4242,scaffold565,scaffold6133,scaffold6287,scaffold2658,scaffold3336,scaffold3576,scaffold3940,scaffold4156,scaffold4368,scaffold4577,scaffold6582,scaffold6823,Scaffold7203,Scaffold7425,scaffold2180,scaffold2451,scaffold3229,scaffold3394,Scaffold4671,scaffold5221,scaffold5238,scaffold5591,Scaffold5800,scaffold6024,scaffold6115,scaffold7189,scaffold7456,scaffold959,scaffold4450,Scaffold5229,scaffold5236,scaffold5586,scaffold6003,scaffold6016,scaffold6048,scaffold6240,Scaffold6310,scaffold6519,scaffold7152,Scaffold7267,scaffold7345,scaffold1488,scaffold2286,scaffold2333,scaffold3111,scaffold4299,scaffold4938,scaffold5016,scaffold6613,scaffold7076,scaffold7171,scaffold7387,scaffold2084,scaffold2534,scaffold2963,scaffold3152,scaffold3290,scaffold5601,scaffold5941,scaffold6397,scaffold6404,scaffold6781,scaffold6790,scaffold7317,scaffold7469,scaffold1572,scaffold1648,scaffold2152,scaffold3560,scaffold3736,scaffold4935,Scaffold6280,scaffold6870,scaffold7218,scaffold1584,scaffold2178,Scaffold2748,scaffold2989,scaffold4160,Scaffold4752,scaffold5004,scaffold5813,scaffold5933,scaffold5944,scaffold5992,scaffold6526,scaffold7078,scaffold7359,Scaffold7701,Scaffold2972,scaffold4317,Scaffold5103,scaffold5667,scaffold5701,scaffold5801,scaffold5803,scaffold5926,scaffold6014,scaffold6298,scaffold6635,scaffold6743,scaffold7222,scaffold7494,scaffold3717,scaffold3961,scaffold4373,scaffold4381,scaffold5371,scaffold6118,scaffold6541,scaffold3555,Scaffold4695,scaffold4786,scaffold4820,scaffold5439,scaffold6363,scaffold6801,Scaffold7158,scaffold1756,scaffold2490,scaffold2506,scaffold2507,scaffold2597,scaffold3434,scaffold3952,scaffold3987,scaffold4698,Scaffold5387,scaffold5930,scaffold7054,Scaffold7489,scaffold1811,Scaffold2968,scaffold3041,scaffold3616,scaffold3725,scaffold4315,scaffold4488,scaffold4636,scaffold4889,scaffold5712,scaffold6733,Scaffold6852,scaffold7049,scaffold7178,scaffold838,scaffold1089,scaffold2049,scaffold2947,scaffold3060,scaffold4615,scaffold4628,scaffold4688,scaffold4863,scaffold5406,scaffold5481,scaffold5832,scaffold6854,Scaffold7126,scaffold7457,scaffold1987,scaffold2091,scaffold2283,scaffold2961,scaffold3822,scaffold4904,scaffold5486,scaffold5935,scaffold6162,scaffold7352,scaffold1659,scaffold1736,scaffold1964,scaffold2670,scaffold4292,scaffold4327,scaffold4691,scaffold4799,scaffold5058,scaffold5304,scaffold5670,scaffold6225,scaffold6245,scaffold6855,scaffold2529,scaffold2564,scaffold2747,scaffold2789,scaffold3101,scaffold3420,scaffold3724,scaffold4929,Scaffold5608,Scaffold5662,scaffold5664,scaffold5819,scaffold5914,scaffold6017,Scaffold7096,scaffold1738,scaffold1878,scaffold264,scaffold2831,scaffold4421,scaffold5212,scaffold5882,scaffold6080,scaffold6168,scaffold6211,scaffold6294,scaffold6436,scaffold6677,scaffold7026,Scaffold7134,Scaffold7560,Scaffold1393,scaffold1440,scaffold1702,Scaffold2128,scaffold2348,Scaffold3806,scaffold4404,scaffold4639,scaffold5021,scaffold5622,scaffold5658,scaffold5732,scaffold5746,scaffold5807,scaffold5884,scaffold6382,scaffold6405,scaffold6479,scaffold6563,scaffold6900,scaffold7190,scaffold7244,scaffold3087,scaffold3184,scaffold4353,Scaffold4811,scaffold4913,scaffold5543,scaffold5859,scaffold5888,scaffold6237,Scaffold6949,Scaffold7149,scaffold907,scaffold1278,scaffold1689,scaffold2328,scaffold2582,scaffold259,Scaffold39,scaffold5031,Scaffold5158,scaffold5355,scaffold6059,scaffold6254,scaffold6344,scaffold6475,scaffold6780,Scaffold7219,scaffold7227,scaffold7421,scaffold7482,scaffold817,scaffold2165,scaffold2631,scaffold3433,scaffold3703,scaffold3967,scaffold4287,Scaffold4517,scaffold4640,scaffold5479,Scaffold5826,Scaffold6290,scaffold6753,scaffold2020,scaffold2893,scaffold3455,scaffold3770,scaffold3784,scaffold4403,scaffold4955,scaffold5050,scaffold5879,scaffold1695,scaffold2081,scaffold3030,scaffold3072,scaffold4077,scaffold4547,scaffold4727,scaffold5922,scaffold7100,Scaffold7290,scaffold3868,scaffold3975,scaffold4804,scaffold4999,scaffold5299,scaffold5649,scaffold5766,scaffold5998,scaffold7172,scaffold2075,scaffold2249,scaffold2258,scaffold2398,scaffold2673,Scaffold2826,scaffold3787,scaffold3913,scaffold4674,scaffold4977,scaffold5126,scaffold5140,scaffold5378,scaffold6047,scaffold6130,Scaffold6253,scaffold6538,scaffold6940,scaffold7117,scaffold1726,Scaffold3699,Scaffold3919,Scaffold4446,scaffold4455,scaffold4830,scaffold4928,scaffold5952,scaffold6112,scaffold6325,scaffold7184,scaffold7375,scaffold7420,scaffold1981,Scaffold2154,scaffold3855,scaffold4050,scaffold4426,scaffold4657,scaffold6413,scaffold6658,scaffold7018,Scaffold7242,scaffold1516,Scaffold2694,scaffold3524,scaffold3693,Scaffold4181,scaffold4379,scaffold4469,scaffold7235,scaffold7292,scaffold1019,scaffold2078,scaffold2994,scaffold3009,scaffold3685,scaffold4118,scaffold5605,scaffold5890,scaffold688,scaffold733,scaffold1904,scaffold2108,scaffold2674,scaffold2849,scaffold3378,scaffold3387,scaffold4722,scaffold5080,scaffold5368,Scaffold6602,scaffold6730,scaffold6811,scaffold2170,scaffold2637,scaffold3628,scaffold4296,scaffold5153,scaffold5695,scaffold5896,scaffold7514,Scaffold7534,scaffold1476,scaffold1891,Scaffold2566,scaffold2836,scaffold3331,scaffold4422,scaffold5693,Scaffold5847,Scaffold6039,scaffold911,scaffold922,scaffold1141,scaffold2291,scaffold3588,scaffold4558,scaffold4614,scaffold4893,scaffold6085,Scaffold6477,scaffold1895,scaffold2155,Scaffold2414,scaffold3118,scaffold3311,scaffold3372,scaffold4683,scaffold5298,Scaffold6178,scaffold6520,Scaffold6670,scaffold2365,scaffold3469,scaffold3676,Scaffold3889,scaffold4012,scaffold4095,scaffold4544,Scaffold4723,scaffold4956,Scaffold5087,scaffold6307,scaffold6476,scaffold6771,scaffold1219,scaffold2033,scaffold2962,scaffold3325,scaffold3563,scaffold4331,scaffold4386,scaffold4812,Scaffold5099,Scaffold5114,scaffold5477,scaffold6403,scaffold6584,scaffold3644,scaffold4349,scaffold4822,scaffold5274,Scaffold6739,scaffold7335,scaffold7429,scaffold847,scaffold2196,scaffold2246,scaffold3349,scaffold3415,scaffold3533,Scaffold4525,Scaffold4539,scaffold5666,scaffold6261,scaffold6496,scaffold6628,scaffold6716,Scaffold7144,scaffold7185,scaffold2231,scaffold2524,scaffold3145,scaffold5424,scaffold5674,scaffold6099,scaffold6465,scaffold6545,scaffold683,scaffold7106,scaffold1899,scaffold2834,scaffold3134,Scaffold3929,scaffold3999,scaffold4684,scaffold4818,scaffold5154,scaffold7463,scaffold7556,Scaffold7559,scaffold2214,Scaffold2523,scaffold3339,scaffold4563,scaffold4791,scaffold4877,scaffold5386,scaffold1114,scaffold2360,scaffold2415,Scaffold2723,Scaffold4114,Scaffold4126,Scaffold4350,scaffold4732,scaffold4969,scaffold5061,scaffold5071,scaffold5458,scaffold6575,scaffold1731,scaffold3756,scaffold3931,scaffold4202,scaffold4637,scaffold4692,scaffold5284,scaffold6197,Scaffold6246,scaffold6503,scaffold1201,scaffold1356,scaffold2260,scaffold2758,scaffold2938,scaffold3013,scaffold3594,Scaffold4220,scaffold4546,scaffold4662,scaffold4700,scaffold4765,scaffold5465,scaffold5959,scaffold6076,scaffold7062,scaffold7186,Scaffold1568,scaffold3797,scaffold3915,Scaffold4036,scaffold4778,scaffold5650,Scaffold6103,Scaffold6444,scaffold6620,Scaffold1090,scaffold2440,scaffold2612,Scaffold3081,scaffold3502,Scaffold3800,scaffold4026,Scaffold4757,scaffold5981,scaffold6341,scaffold6901,Scaffold7094,Scaffold1771,Scaffold3006,scaffold4556,scaffold4771,scaffold5271,Scaffold2022,scaffold3454,scaffold3829,scaffold5111,scaffold6437,scaffold6487,scaffold6497,scaffold6601,Scaffold7515,scaffold7549,scaffold1288,Scaffold1508,scaffold1737,scaffold2549,scaffold2655,scaffold3252,scaffold5203,scaffold5553,scaffold5955,Scaffold6851,scaffold6987,scaffold3772,Scaffold4097,scaffold4790,scaffold5447,scaffold5948,scaffold6983,scaffold767,scaffold1997,Scaffold3821,scaffold4064,scaffold5069,scaffold6882,scaffold2016,scaffold2691,scaffold2861,scaffold4281,Scaffold6244,scaffold2467,scaffold3125,scaffold3130,scaffold3182,Scaffold3707,scaffold4348,scaffold5927,scaffold5982,scaffold1973,scaffold3496,scaffold3709,Scaffold3861,scaffold4107,scaffold5398,Scaffold5435,Scaffold6077,scaffold6165,scaffold6177,scaffold6925,scaffold7223,scaffold7259,scaffold2353,scaffold2686,Scaffold4042,scaffold4341,scaffold4347,scaffold5243,Scaffold5730,scaffold5848,scaffold6068,Scaffold6808,Scaffold7520,Scaffold2148,scaffold3426,scaffold4276,scaffold4685,Scaffold1917,scaffold1937,scaffold2508,scaffold3441,scaffold3587,scaffold4667,scaffold7293,scaffold7337,scaffold3759,scaffold5075,scaffold6762,scaffold7308,Scaffold3185,scaffold4439,scaffold5326,scaffold5332,Scaffold5697,scaffold5892,scaffold5900,scaffold5947,scaffold6577,scaffold6830,scaffold913,scaffold1632,scaffold1865,scaffold1966,scaffold2013,scaffold3212,scaffold3735,scaffold4218,scaffold4417,scaffold4668,Scaffold4731,scaffold5341,Scaffold6218,scaffold6220,Scaffold6685,scaffold6896,scaffold1646,scaffold3289,scaffold3422,Scaffold3927,scaffold3963,Scaffold4053,scaffold4183,scaffold4980,scaffold5181,scaffold5250,scaffold5620,scaffold6772,scaffold7439,scaffold1832,scaffold2879,Scaffold4672,scaffold4711,scaffold5910,scaffold6915,scaffold4279,scaffold4500,Scaffold4502,Scaffold6407,scaffold7262,scaffold4602,scaffold5294,scaffold5891,scaffold7303,Scaffold7384,scaffold3193,Scaffold5872,scaffold3900,scaffold5555,Scaffold5904,scaffold6117,Scaffold6789,scaffold1932,scaffold2401,scaffold3001,scaffold4165,Scaffold5232,scaffold5384,scaffold2201,scaffold4571,scaffold6941,scaffold742,scaffold903,scaffold1342,Scaffold2504,scaffold3091,scaffold3490,scaffold4478,Scaffold6075,Scaffold6551,scaffold2134,Scaffold2565,Scaffold3507,scaffold3713,scaffold3750,Scaffold6167,scaffold7474,scaffold2000,scaffold2633,Scaffold2837,scaffold3758,scaffold3989,scaffold5197,Scaffold5321,scaffold6057,scaffold2421,Scaffold2611,Scaffold4616,Scaffold4921,scaffold5029,Scaffold6506,Scaffold670,Scaffold7573,scaffold2617,Scaffold3219,scaffold4661,Scaffold6107,scaffold1789,scaffold4578,Scaffold6317,scaffold6478,scaffold7002,scaffold7241,Scaffold7599,scaffold2441,scaffold2510,Scaffold3157,scaffold4601,Scaffold5008,scaffold5750,scaffold7422,scaffold3106,Scaffold3280,scaffold7330,scaffold991,scaffold3679,scaffold5137,Scaffold5744,Scaffold7389,scaffold821,scaffold2424,scaffold2465,scaffold5177,Scaffold7398,Scaffold7624,Scaffold1870,Scaffold3621,scaffold3723,scaffold4631,scaffold6464,scaffold6482,Scaffold1462,scaffold7539,scaffold5443,scaffold3379,Scaffold5811,scaffold1796,scaffold2488,Scaffold4808,Scaffold818,scaffold4758,scaffold5313,scaffold6304,Scaffold6712,scaffold4272,scaffold5431,scaffold2023,scaffold2870,scaffold4003,Scaffold5851,Scaffold6278,scaffold1785,Scaffold3659,scaffold4382,scaffold6361,scaffold4188,scaffold4755,scaffold6015,scaffold1220,Scaffold5002,scaffold5627,Scaffold6592,scaffold3360,scaffold6531,Scaffold7309,Scaffold3453,Scaffold7025,scaffold919,scaffold6051,Scaffold5814,Scaffold6321,scaffold7579,Scaffold3870,Scaffold5214,Scaffold3610,Scaffold389,Scaffold6937,scaffold1730,Scaffold3402,Scaffold5254,Scaffold5911,Scaffold6794,Scaffold6824,Scaffold1925,Scaffold5419,Scaffold3905,Scaffold7397,Scaffold2731,scaffold3858,Scaffold7607,Scaffold5340,Scaffold5602,Scaffold6845,Scaffold7633,Scaffold4254,Scaffold5174,Scaffold6301,Scaffold3825,scaffold3930,Scaffold5115,Scaffold4832,Scaffold7376,Scaffold2146,Scaffold5878,scaffold2109,Scaffold2362,Scaffold4298,Scaffold4464,Scaffold7188,Scaffold1181,Scaffold7477,Scaffold7498,Scaffold3745,Scaffold2993,Scaffold5751,Scaffold6450,Scaffold7610,Scaffold2535,Scaffold4267,Scaffold750,Scaffold1139,Scaffold4456,Scaffold6170,Scaffold5155,Scaffold5194,scaffold3668,Scaffold7657,Scaffold4676,Scaffold5483,Scaffold2085,Scaffold2618,scaffold4141,scaffold4325,Scaffold1838,Scaffold5339,Scaffold6640,Scaffold7672,Scaffold7683,Scaffold6460,Scaffold3396,Scaffold4611,Scaffold4970,Scaffold3194,scaffold3528,Scaffold3749,Scaffold4642,Scaffold1592,scaffold3269,Scaffold6492,Scaffold3247,Scaffold4573,Scaffold7249,scaffold1283,Scaffold5968,Scaffold1693,Scaffold7015,Scaffold7685,Scaffold6027,Scaffold4466,Scaffold7454,Scaffold7551,Scaffold2714,scaffold2875,scaffold6108,Scaffold6768,Scaffold4345,Scaffold7509,Scaffold3028,Scaffold7412,Scaffold4694,Scaffold5226,Scaffold1946,Scaffold6812,Scaffold1407,Scaffold1961,Scaffold6155,Scaffold7459,Scaffold7545,Scaffold4435,Scaffold5400,Scaffold7553,Scaffold4646,Scaffold5363,Scaffold7053,Scaffold1970,Scaffold5868,Scaffold7245,Scaffold2469,Scaffold7217,Scaffold4321,Scaffold7643,Scaffold7677,Scaffold2087,Scaffold3956,Scaffold6757,Scaffold2357,Scaffold3823,Scaffold4843,Scaffold5227,Scaffold5475,Scaffold5696,Scaffold6120,Scaffold7622,Scaffold7634,Scaffold6905,Scaffold1978,Scaffold4796,Scaffold6557,Scaffold2381,Scaffold4641,Scaffold6975,Scaffold7668,Scaffold2468,Scaffold6895,Scaffold3443,Scaffold4001,Scaffold4994,Scaffold1696,scaffold3207,Scaffold4052,Scaffold5376,Scaffold6274,Scaffold2369,Scaffold3811,Scaffold6952,Scaffold7395,Scaffold7535,Scaffold1912,Scaffold3183,Scaffold3221,Scaffold5758,Scaffold7300,scaffold4508,Scaffold5347,Scaffold5908,scaffold2851,Scaffold5289,Scaffold5782,Scaffold6247,Scaffold867,Scaffold5175,Scaffold7378,Scaffold3584,Scaffold6700,Scaffold5549,Scaffold7268,Scaffold2635,Scaffold4146,Scaffold4947,Scaffold6384,scaffold2096,Scaffold2518,Scaffold7561,Scaffold4815,Scaffold5870,Scaffold6376,Scaffold6463,Scaffold6657,Scaffold6899,Scaffold3898,Scaffold6745,Scaffold7659,Scaffold5881,Scaffold7061,Scaffold7079,Scaffold7344,Scaffold5876,Scaffold596,Scaffold7493,Scaffold5526,Scaffold6984,Scaffold7405,Scaffold7415,Scaffold7641,Scaffold1579,Scaffold3444,Scaffold5364,Scaffold6966,Scaffold2680,scaffold3154,scaffold4083,Scaffold4148,Scaffold6931,Scaffold7625,Scaffold3070,Scaffold4550,Scaffold5845,Scaffold2937,Scaffold3423,Scaffold5493,Scaffold6021,Scaffold6185,Scaffold6663,Scaffold7130,Scaffold5596,Scaffold3612,Scaffold7410,Scaffold6616,Scaffold7175,Scaffold7252,Scaffold7254,Scaffold1757,Scaffold2604,Scaffold4135,Scaffold5961,Scaffold2902,scaffold3255,Scaffold4460,Scaffold6138,Scaffold6832,Scaffold7436,Scaffold912,scaffold2699,Scaffold4111,Scaffold4936,Scaffold5964,Scaffold7631,Scaffold1822,Scaffold2464,Scaffold6004,Scaffold6562,Scaffold6623,Scaffold1707,Scaffold1897,Scaffold3376,Scaffold3872,Scaffold4049,Scaffold4294,Scaffold4465,Scaffold7115,Scaffold2887,Scaffold4189,Scaffold6942,Scaffold3941,Scaffold5539,Scaffold7455,Scaffold2144,Scaffold2412,Scaffold6535,Scaffold6699,Scaffold7552,Scaffold3056,Scaffold3341,Scaffold5001,Scaffold6968,Scaffold7231,Scaffold2500,Scaffold4574,Scaffold6856,Scaffold6897,Scaffold7070,Scaffold7151,Scaffold7666,Scaffold3911,Scaffold5700,Scaffold6903,Scaffold7071,Scaffold2141,Scaffold3261,Scaffold4543,Scaffold4659,Scaffold5889,Scaffold6740,Scaffold1206,Scaffold1724,Scaffold3876,Scaffold6069,Scaffold5438,Scaffold6206,Scaffold1002,Scaffold3653,Scaffold5129,Scaffold5740,Scaffold6978,Scaffold7370,Scaffold3794,Scaffold4842,Scaffold5680,Scaffold5960,Scaffold6432,Scaffold7063,Scaffold7419,Scaffold1144,scaffold2062,Scaffold3649,Scaffold4716,Scaffold6527,Scaffold7165,Scaffold7423,Scaffold6550,Scaffold6922,Scaffold4263,Scaffold5168,Scaffold6698,Scaffold7529,Scaffold4533,Scaffold5993,Scaffold7038,Scaffold7645,Scaffold3042,Scaffold5143,Scaffold5267,Scaffold5420,Scaffold6034,Scaffold6248,Scaffold3385,Scaffold4033,Scaffold6409,Scaffold7027,Scaffold7541,Scaffold1616,Scaffold5361,scaffold6653,Scaffold6847,Scaffold989,Scaffold2321,Scaffold5713,Scaffold5916,Scaffold6096,Scaffold6507,Scaffold6617,Scaffold4244,Scaffold5396,Scaffold6318,Scaffold6866,Scaffold6885,Scaffold2275,Scaffold3205,Scaffold5841,Scaffold6166,Scaffold6805,Scaffold7173,Scaffold1686,Scaffold4454,Scaffold5349,Scaffold5352,Scaffold5359,Scaffold6095,Scaffold2656,Scaffold3377,Scaffold4144,Scaffold4814,Scaffold4946,Scaffold5065,Scaffold5393,Scaffold6159,Scaffold6459,Scaffold6842,Scaffold7122,Scaffold3131,Scaffold3509,Scaffold5624,Scaffold6315,Scaffold6833,Scaffold6985,Scaffold957,Scaffold3121,Scaffold7566,Scaffold3335,Scaffold4406,Scaffold5027,Scaffold6083,Scaffold6462,Scaffold6827,Scaffold7129,Scaffold7326,Scaffold1915,Scaffold2695,Scaffold3222,Scaffold4871,Scaffold5100,Scaffold5689,Scaffold6933,Scaffold7526,Scaffold2237,Scaffold2600,Scaffold4881,Scaffold5193,Scaffold5544,Scaffold4040,Scaffold1541,Scaffold2707,Scaffold2788,Scaffold3545,Scaffold5030,Scaffold6061,scaffold6911,Scaffold3828,Scaffold6702,Scaffold6853,Scaffold7232,Scaffold7547,Scaffold5385,Scaffold6010,Scaffold6277,Scaffold4283,Scaffold4434,Scaffold6224,Scaffold3965,Scaffold5117,Scaffold5511,Scaffold5717,Scaffold6972,Scaffold7336,Scaffold252,Scaffold3232,Scaffold4912,Scaffold5931,Scaffold6393,Scaffold6569,Scaffold6761,Scaffold6774,Scaffold6906,Scaffold3383,Scaffold4174,Scaffold2839,Scaffold3609,Scaffold4059,Scaffold4975,Scaffold5082,Scaffold2739,Scaffold3497,Scaffold3593,Scaffold4555,Scaffold5428,Scaffold7333,Scaffold2843,Scaffold4206,Scaffold4626,Scaffold4704,Scaffold6340,Scaffold6683,Scaffold7000,Scaffold7234,Scaffold7516,Scaffold1313,Scaffold2270,Scaffold5210,Scaffold5474,Scaffold6265,Scaffold6675,Scaffold6720,Scaffold7127,Scaffold7411,Scaffold3428,Scaffold5575,Scaffold5820,Scaffold5986,Scaffold6078,Scaffold6119,Scaffold6468,Scaffold6566,Scaffold6694,Scaffold2802,Scaffold3737,Scaffold4086,Scaffold4288,Scaffold4471,Scaffold4829,Scaffold5286,Scaffold5303,Scaffold6347,Scaffold2486,Scaffold3281,Scaffold3661,Scaffold4009,Scaffold4198,Scaffold4979,Scaffold5408,Scaffold5462,Scaffold5507,Scaffold5681,Scaffold6364,Scaffold6401,Scaffold6878,Scaffold3864,Scaffold4483,Scaffold4535,Scaffold473,Scaffold5640,Scaffold6334,Scaffold7369,Scaffold1232,Scaffold2375,Scaffold3343,Scaffold4017,Scaffold4739,Scaffold4998,Scaffold6094,Scaffold6336,Scaffold6447,Scaffold6804,Scaffold7445,Scaffold1065,Scaffold1845,Scaffold4163,Scaffold4930,Scaffold5636,Scaffold5708,Scaffold6470,Scaffold4060,Scaffold4171,Scaffold4740,Scaffold5999,Scaffold6814,Scaffold7616,Scaffold1153,Scaffold3666,Scaffold4280,Scaffold4908,Scaffold5818,scaffold6381,Scaffold6776,Scaffold6887,Scaffold6946,Scaffold7011,Scaffold7483,Scaffold4087,Scaffold4383,Scaffold4588,Scaffold4748,Scaffold5064,Scaffold5233,Scaffold5815,Scaffold5817,Scaffold6701,Scaffold6868,Scaffold6892,Scaffold7354,Scaffold2982,Scaffold4425,Scaffold6022,Scaffold7603,Scaffold4178,Scaffold4914,Scaffold5262,Scaffold6144,Scaffold6548,Scaffold6797,Scaffold7492,Scaffold1850,Scaffold2499,Scaffold3623,Scaffold3936,Scaffold5309,Scaffold6272,Scaffold6299,Scaffold6333,Scaffold1495,Scaffold4065,Scaffold4311,Scaffold4910,Scaffold5067,Scaffold6029,Scaffold6141,Scaffold6630,Scaffold6664,Scaffold6779,Scaffold7101,Scaffold7353,Scaffold1676,Scaffold2168,Scaffold3556,Scaffold4256,Scaffold4987,Scaffold5643,Scaffold5839,Scaffold6093,Scaffold6116,Scaffold6458,Scaffold6532,Scaffold6746,Scaffold7291,Scaffold5066,Scaffold5196,Scaffold5704,Scaffold5741,Scaffold6424,Scaffold7510,Scaffold7521,Scaffold1871,Scaffold2807,Scaffold2845,Scaffold3789,Scaffold3908,Scaffold4436,Scaffold5480,Scaffold5703,Scaffold6558,Scaffold7225,Scaffold7451,Scaffold1992,Scaffold2038,Scaffold4467,Scaffold4665,Scaffold4898,Scaffold613,Scaffold6880,Scaffold7366,Scaffold3517,Scaffold3657,Scaffold4313,Scaffold5285,Scaffold5422,Scaffold5702,Scaffold5762,Scaffold5924,Scaffold6002,Scaffold6737,Scaffold7523,Scaffold1196,Scaffold3031,Scaffold3355,Scaffold3743,Scaffold4416,Scaffold5152,Scaffold5162,Scaffold6610,Scaffold6681,Scaffold7502,Scaffold3748,Scaffold3780,Scaffold4318,Scaffold4892,Scaffold5485,Scaffold6328,Scaffold7040,Scaffold7400,Scaffold2293,Scaffold2359,Scaffold2867,Scaffold4855,Scaffold5491,Scaffold6033,Scaffold6329,Scaffold6481,Scaffold6673,Scaffold6692,Scaffold6809,Scaffold6859,Scaffold7258,Scaffold7581,Scaffold3446,Scaffold4440,Scaffold4735,Scaffold4794,Scaffold4840,Scaffold6154,Scaffold6350,Scaffold7572,Scaffold3240,Scaffold3945,Scaffold4084,Scaffold4528,Scaffold5773,Scaffold5860,Scaffold6488,Scaffold6756,Scaffold7440,Scaffold2502,Scaffold2801,Scaffold3052,Scaffold3783,Scaffold5496,Scaffold6058,Scaffold6455,Scaffold6598,Scaffold6834,Scaffold7390,Scaffold1784,Scaffold1939,Scaffold2627,Scaffold2660,Scaffold2984,Scaffold310,Scaffold4609,Scaffold4762,Scaffold5231,Scaffold5468,Scaffold5966,Scaffold6086,Scaffold6352,Scaffold647,Scaffold6524,Scaffold6844,Scaffold3115,Scaffold3516,Scaffold4409,Scaffold4627,Scaffold5036,Scaffold6680,Scaffold7540,Scaffold3054,Scaffold3065,Scaffold3284,Scaffold3319,Scaffold3389,Scaffold3847,Scaffold3890,Scaffold3897,Scaffold5070,Scaffold5249,Scaffold5524,Scaffold5694,Scaffold6052,Scaffold1057,Scaffold3078,Scaffold3618,Scaffold4423,Scaffold4473,Scaffold4821,Scaffold5457,Scaffold5764,Scaffold6104,Scaffold6505,Scaffold6624,Scaffold7364,Scaffold7512,Scaffold974,Scaffold1990,Scaffold2493,Scaffold3259,Scaffold3687,Scaffold4824,Scaffold4901,Scaffold5560,Scaffold5659,Scaffold2477,Scaffold2575,Scaffold3458,Scaffold3485,Scaffold3641,Scaffold4316,Scaffold4801,Scaffold5156,Scaffold6187,Scaffold1465,Scaffold1733,Scaffold2711,Scaffold3244,Scaffold3467,Scaffold4369,Scaffold4506,Scaffold4643,Scaffold5259,Scaffold5261,Scaffold5471,Scaffold5482,Scaffold5570,Scaffold5907,Scaffold5949,Scaffold6362,Scaffold6544,Scaffold6976,Scaffold7433,Scaffold7517,Scaffold761,Scaffold902,Scaffold2229,Scaffold3067,Scaffold3276,Scaffold3715,Scaffold4730,Scaffold5727,Scaffold6555,Scaffold6626,Scaffold6662,Scaffold1768,Scaffold1998,Scaffold2890,Scaffold3333,Scaffold3451,Scaffold3599,Scaffold4264,Scaffold4644,Scaffold4937,Scaffold5007,Scaffold5609,Scaffold5625,Scaffold7187,Scaffold2073,Scaffold2211,Scaffold3892,Scaffold4004,Scaffold4232,Scaffold4445,Scaffold4835,Scaffold5557,Scaffold5788,Scaffold5797,Scaffold5849,Scaffold5942,Scaffold5985,Scaffold6649,Scaffold7140,Scaffold7169,Scaffold2818,Scaffold4005,Scaffold4943,Scaffold5042,Scaffold5276,Scaffold5973,Scaffold6201,Scaffold6625,Scaffold6956,Scaffold7118,Scaffold7226,Scaffold7472,Scaffold7513,Scaffold823,Scaffold1675,Scaffold2428,Scaffold2551,Scaffold3582,Scaffold4777,Scaffold4837,Scaffold5219,Scaffold5329,Scaffold6191,Scaffold6627,Scaffold2796,Scaffold3271,Scaffold3838,Scaffold4932,Scaffold5062,Scaffold5166,Scaffold5305,Scaffold5499,Scaffold5545,Scaffold5579,Scaffold5588,Scaffold5940,Scaffold6150,Scaffold6303,Scaffold6810,Scaffold2368,Scaffold2478,Scaffold2644,Scaffold3866,Scaffold3942,Scaffold4228,Scaffold4635,Scaffold5242,Scaffold5577,Scaffold6448,Scaffold6846,Scaffold7313,Scaffold7649,Scaffold2650,Scaffold2661,Scaffold2857,Scaffold3837,Scaffold3946,Scaffold4223,Scaffold4726,Scaffold5362,Scaffold5698,Scaffold5780,Scaffold5843,Scaffold6164,Scaffold6428,Scaffold6451,Scaffold6633,Scaffold6645,Scaffold6766,Scaffold6908,Scaffold7161,Scaffold2336,Scaffold3122,Scaffold3463,Scaffold4432,Scaffold4850,Scaffold4862,Scaffold5598,Scaffold5919,Scaffold6109,Scaffold6667,Scaffold7322,Scaffold2793,Scaffold2916,Scaffold2921,Scaffold2956,Scaffold3323,Scaffold3510,Scaffold3846,Scaffold3920,Scaffold4303,Scaffold5887,Scaffold6860,Scaffold7010,Scaffold7427,Scaffold1441,Scaffold2151,Scaffold2215,Scaffold2740,Scaffold2771,Scaffold3670,Scaffold3741,Scaffold4751,Scaffold5394,Scaffold5932,Scaffold6449,Scaffold6534,scaffold6919,Scaffold1611,Scaffold2446,Scaffold2547,Scaffold2584,Scaffold3146,Scaffold3755,Scaffold5234,Scaffold5318,Scaffold5729,Scaffold6971,Scaffold1979,Scaffold2195,Scaffold2924,Scaffold5581,Scaffold6055,Scaffold6229,Scaffold6377,Scaffold6707,Scaffold6962,scaffold7036,Scaffold7193,Scaffold7205,Scaffold1006,Scaffold1212,Scaffold1435,Scaffold1916,Scaffold2334,Scaffold2520,Scaffold3948,Scaffold4018,Scaffold4145,Scaffold5055,Scaffold5074,Scaffold5171,Scaffold5323,Scaffold5739,Scaffold5816,Scaffold6469,Scaffold7299,Scaffold1021,Scaffold1985,Scaffold2662,Scaffold3321,Scaffold3483,Scaffold3577,Scaffold3658,Scaffold5268,Scaffold5421,Scaffold5688,Scaffold5710,Scaffold6417,Scaffold2533,Scaffold2750,Scaffold3449,Scaffold4255,Scaffold4295,Scaffold4920,Scaffold6281,Scaffold7465,Scaffold1336,Scaffold2083,Scaffold2206,Scaffold2287,Scaffold2356,Scaffold3178,Scaffold3364,Scaffold3626,Scaffold3654,Scaffold4884,Scaffold5028,Scaffold6337,Scaffold2042,Scaffold2324,Scaffold2503,Scaffold2979,Scaffold3398,Scaffold4312,Scaffold4916,Scaffold5427,Scaffold5522,Scaffold5595,Scaffold5794,Scaffold7023,Scaffold7067,Scaffold7228,Scaffold1778,Scaffold2161,Scaffold2427,Scaffold2698,Scaffold3625,Scaffold3669,Scaffold3840,Scaffold417,Scaffold4364,Scaffold4468,Scaffold4531,Scaffold4874,Scaffold4992,Scaffold5005,Scaffold5830,Scaffold6425,Scaffold6818,Scaffold7278,Scaffold1436,Scaffold2432,Scaffold305,Scaffold3442,Scaffold3910,Scaffold4044,Scaffold4157,Scaffold4398,Scaffold4603,Scaffold4825,Scaffold4875,Scaffold4993,Scaffold5125,Scaffold5308,Scaffold5407,Scaffold7012,Scaffold3998,Scaffold4462,Scaffold4911,Scaffold6028,Scaffold6643,Scaffold6742,Scaffold870,Scaffold1763,Scaffold2213,Scaffold2742,Scaffold4048,Scaffold4617,Scaffold5089,Scaffold5417,Scaffold5616,Scaffold7312,Scaffold2117,Scaffold2539,Scaffold2624,Scaffold3128,Scaffold3257,Scaffold3518,Scaffold3761,Scaffold4177,Scaffold4270,Scaffold4536,Scaffold4653,Scaffold5369,Scaffold6126,Scaffold6674,Scaffold1523,Scaffold1903,Scaffold2389,Scaffold2400,Scaffold2494,Scaffold2765,Scaffold3591,Scaffold3634,Scaffold4554,Scaffold4645,Scaffold5469,scaffold6260,Scaffold6494,Scaffold6857,Scaffold6875,Scaffold2107,Scaffold2251,Scaffold2554,Scaffold3186,Scaffold3198,Scaffold3675,Scaffold3819,Scaffold3835,Scaffold4776,Scaffold5997,Scaffold6296,Scaffold6604,Scaffold1823,Scaffold3332,Scaffold3413,Scaffold3445,Scaffold3633,Scaffold4025,Scaffold4085,Scaffold4629,Scaffold5127,Scaffold5136,Scaffold5343,Scaffold5692,Scaffold5902,Scaffold6199,Scaffold6360,Scaffold6440,Scaffold7198,Scaffold7253,Scaffold2164,Scaffold2326,Scaffold2589,Scaffold2598,Scaffold2785,Scaffold3064,Scaffold3203,Scaffold3935,Scaffold4066,Scaffold4484,Scaffold4489,Scaffold5096,Scaffold5429,Scaffold5448,Scaffold5508,Scaffold6327,Scaffold7214,Scaffold7315,Scaffold904,Scaffold2002,Scaffold2548,Scaffold2781,Scaffold3601,Scaffold3826,Scaffold4134,Scaffold4448,Scaffold6012,Scaffold6188,Scaffold6222,Scaffold6433,Scaffold6665,Scaffold734,Scaffold2878,Scaffold4518,Scaffold4583,Scaffold4613,Scaffold4973,Scaffold5009,Scaffold5283,Scaffold5655,Scaffold6890,Scaffold6969,Scaffold7003,Scaffold7072,Scaffold1080,Scaffold2031,Scaffold2274,Scaffold2515,Scaffold3129,Scaffold3590,Scaffold3652,Scaffold3719,Scaffold406,Scaffold4062,Scaffold4155,Scaffold4414,Scaffold6560,Scaffold7119,Scaffold741,Scaffold2745,Scaffold2941,Scaffold3363,Scaffold3487,Scaffold3548,Scaffold3565,Scaffold4201,Scaffold4903,Scaffold607,Scaffold6590,Scaffold6593,Scaffold6596,Scaffold1259,Scaffold1649,Scaffold1745,Scaffold2082,Scaffold2271,Scaffold2844,Scaffold3116,Scaffold4195,Scaffold4481,Scaffold4521,Scaffold4803,Scaffold4996,Scaffold512,Scaffold5418,Scaffold5529,Scaffold6537,Scaffold6609,Scaffold6717,Scaffold6813,Scaffold6849,Scaffold7132,Scaffold769,Scaffold1879,Scaffold2139,Scaffold2385,Scaffold2492,Scaffold2505,Scaffold2715,Scaffold3297,Scaffold3361,Scaffold3373,Scaffold3515,Scaffold4592,Scaffold4860,Scaffold4866,Scaffold5244,Scaffold5679,Scaffold6652,Scaffold6751,Scaffold7082,Scaffold721,Scaffold2227,Scaffold2614,Scaffold2651,Scaffold2965,Scaffold3061,Scaffold4328,Scaffold4374,Scaffold4859,Scaffold5039,Scaffold5211,Scaffold5307,Scaffold5506,Scaffold5639,Scaffold6454,Scaffold1839,Scaffold2476,Scaffold2732,Scaffold3862,Scaffold4512,Scaffold5225,Scaffold5311,Scaffold5690,Scaffold6123,Scaffold6574,Scaffold7020,Scaffold7077,Scaffold2999,Scaffold3506,Scaffold4612,Scaffold502,Scaffold5037,Scaffold6629,Scaffold6954,Scaffold7019,Scaffold7045,Scaffold1482,Scaffold1959,Scaffold2384,Scaffold2636,Scaffold3165,Scaffold3440,Scaffold3711,Scaffold3731,Scaffold3943,Scaffold4051,Scaffold4251,Scaffold5123,Scaffold5280,Scaffold6202,Scaffold6223,Scaffold1397,Scaffold1544,Scaffold1700,Scaffold2329,Scaffold2996,Scaffold3200,Scaffold3906,Scaffold4354,Scaffold5101,Scaffold5253,Scaffold1744,Scaffold2528,Scaffold2721,Scaffold3119,Scaffold3123,Scaffold526,Scaffold6710,Scaffold6718,Scaffold7022,Scaffold7091,Scaffold1718,Scaffold1794,Scaffold2110,Scaffold2542,Scaffold2580,Scaffold2825,Scaffold2880,Scaffold2950,Scaffold3142,Scaffold3540,Scaffold3705,Scaffold4686,Scaffold4687,Scaffold5287,Scaffold2005,Scaffold2908,Scaffold3315,Scaffold3796,Scaffold4717,Scaffold4886,Scaffold5022,Scaffold5223,Scaffold1074,Scaffold1257,Scaffold2273,Scaffold2782,Scaffold2811,Scaffold3234,Scaffold3926,Scaffold4566,Scaffold4984,Scaffold5165,Scaffold5672,Scaffold572,Scaffold5853,Scaffold5939,Scaffold6038,Scaffold6216,Scaffold6666,Scaffold1761,Scaffold1952,Scaffold3147,Scaffold4305,Scaffold4834,Scaffold5185,Scaffold5607,Scaffold5677,Scaffold2267,Scaffold2667,Scaffold2838,Scaffold2877,Scaffold3020,Scaffold4553,Scaffold4597,Scaffold5248,Scaffold5626,Scaffold6007,Scaffold6049,Scaffold6744,Scaffold1360,Scaffold4067,Scaffold4112,Scaffold4526,Scaffold5850,Scaffold5956,Scaffold6092,Scaffold2040,Scaffold2828,Scaffold4217,Scaffold4377,Scaffold4782,Scaffold4934,Scaffold5437,Scaffold5562,Scaffold5709,Scaffold5765,Scaffold5857,Scaffold1054,Scaffold1582,Scaffold2071,Scaffold2569,Scaffold2763,Scaffold2790,Scaffold3046,Scaffold3296,Scaffold3558,Scaffold3681,Scaffold4224,Scaffold4459,Scaffold4515,Scaffold4606,Scaffold6343,Scaffold1817,Scaffold1841,Scaffold2804,Scaffold2903,Scaffold3187,scaffold3344,Scaffold3414,Scaffold3494,Scaffold4074,Scaffold5411,Scaffold5510,Scaffold5988,Scaffold6181,Scaffold6283,Scaffold6605,Scaffold6889,Scaffold888,Scaffold978,Scaffold988,Scaffold1774,Scaffold2511,Scaffold2705,Scaffold3066,Scaffold3209,Scaffold3704,Scaffold4257,Scaffold4530,Scaffold4940,Scaffold1236,Scaffold1662,Scaffold2055,Scaffold2491,Scaffold2898,Scaffold3605,Scaffold4424,Scaffold5084,Scaffold578,Scaffold5877,Scaffold6802,Scaffold7557,Scaffold1225,Scaffold1226,Scaffold1574,Scaffold1717,Scaffold1881,Scaffold2306,Scaffold2872,Scaffold3492,Scaffold3532,Scaffold4046,Scaffold4402,Scaffold4428,Scaffold4788,Scaffold4853,Scaffold4957,Scaffold4965,Scaffold5014,Scaffold5426,Scaffold5979,Scaffold6330,Scaffold6445,Scaffold6467,Scaffold1466,Scaffold2910,Scaffold3167,Scaffold4167,Scaffold5381,Scaffold5663,Scaffold6171,Scaffold6501,Scaffold6568,Scaffold1880,Scaffold2351,Scaffold3100,Scaffold4024,Scaffold5207,Scaffold5351,Scaffold5489,Scaffold6660,Scaffold1962,Scaffold1988,Scaffold2558,Scaffold3151,Scaffold3293,Scaffold3578,Scaffold405,Scaffold4172,Scaffold4285,Scaffold4798,Scaffold5046,Scaffold5810,Scaffold6372,Scaffold698,Scaffold1197,Scaffold2138,Scaffold2197,Scaffold2382,Scaffold2540,Scaffold3235,Scaffold4110,Scaffold4809,Scaffold1595,Scaffold1834,Scaffold2156,Scaffold2416,Scaffold3291,Scaffold3404,Scaffold4164,Scaffold5373,Scaffold5405,Scaffold5590,Scaffold5770,Scaffold6319,Scaffold3037,Scaffold3488,Scaffold4069,Scaffold5963,Scaffold5987,Scaffold1371,Scaffold2632,Scaffold2871,Scaffold3264,Scaffold3268,Scaffold3340,Scaffold4334,Scaffold4516,Scaffold4719,Scaffold5965,Scaffold6457,Scaffold3004,Scaffold3520,Scaffold5416,Scaffold5589,Scaffold1027,Scaffold1454,Scaffold1712,Scaffold2854,Scaffold6204,Scaffold3055,Scaffold3220,Scaffold3245,Scaffold4333,Scaffold5051,Scaffold5052,Scaffold5414,Scaffold5528,Scaffold5567,Scaffold5617,Scaffold5757,Scaffold1729,Scaffold2225,Scaffold2457,Scaffold3110,Scaffold3132,Scaffold3410,Scaffold3465,Scaffold5324,Scaffold5328,Scaffold5587,Scaffold5706,Scaffold2555,Scaffold3508,Scaffold354,Scaffold3617,Scaffold3747,Scaffold5010,Scaffold5434,Scaffold2052,Scaffold4960,Scaffold5317,Scaffold2429,Scaffold2657,Scaffold3097,Scaffold3135,Scaffold3238,Scaffold3730,Scaffold4125,Scaffold4308,Scaffold5128,Scaffold1819,Scaffold1905,Scaffold2007,Scaffold2312,Scaffold2659,Scaffold2925,Scaffold3126,Scaffold3923,Scaffold5239,Scaffold1249,Scaffold1770,Scaffold3997,Scaffold4088,Scaffold4861,Scaffold884,Scaffold1489,Scaffold2160,Scaffold2730,Scaffold3169,Scaffold3851,Scaffold4610,Scaffold5257,Scaffold5350,Scaffold1009,Scaffold2289,Scaffold2881,Scaffold4058,Scaffold4442,Scaffold1587,Scaffold1740,Scaffold2602,Scaffold2894,Scaffold2930,Scaffold3267,Scaffold4682,Scaffold5024,Scaffold5372,Scaffold5413,Scaffold1312,Scaffold1755,Scaffold2199,Scaffold2544,Scaffold2592,Scaffold1859,Scaffold2272,Scaffold2487,Scaffold2607,Scaffold2983,Scaffold3008,Scaffold3017,Scaffold3172,Scaffold4728,Scaffold1414,Scaffold1619,Scaffold2216,Scaffold2525,Scaffold3726,Scaffold2973,Scaffold3489,Scaffold3706,Scaffold1174,Scaffold3027,Scaffold3270,Scaffold4019,Scaffold886,Scaffold1104,Scaffold2646,Scaffold3650,Scaffold3353,Scaffold2064,Scaffold2003,Scaffold2407,scaffold6442,Scaffold3416,Scaffold3439,Scaffold2175,Scaffold3204,Scaffold2373,Scaffold6828,Scaffold6760,scaffold2752,Scaffold4237",
+\N,\N,
+true,
+true,
+"no",
+"no",
+0,
+false
+);
+
+
+-- grouping types on genomic features
+-- table name defined in macro: TBN_GF_GRP
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+insert into gfGrouping values (5, "Others");
+
+
+
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null,
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+-- load data local infile 'track2ProcessInfo' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+-- load data local infile "track2BamInfo" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+-- load data local infile 'track2GEO' into table track2GEO;
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+-- load data local infile 'track2VersionInfo' into table track2VersionInfo;
+
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation" into table track2Annotation;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft" into table track2Ft;
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile "track2Style" into table track2Style;
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+  regionname varchar(255) not null,
+  regions text not null
+);
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+drop table if exists mock;
+create table mock (
+  tkname varchar(255) not null
+);
+load data local infile "mock" into table mock;
+
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null primary key,
+  childLength int unsigned not null
+);
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+
+
+drop table if exists cytoband;
+create table cytoband (
+  id int null auto_increment primary key,
+  chrom char(20) not null,
+  start int not null,
+  stop int not null,
+  name char(20) not null,
+  colorIdx int not null
+);
+
diff --git a/Am1.0/metadataVocabulary b/Am1.0/metadataVocabulary
new file mode 100644
index 0000000..6bcd72c
--- /dev/null
+++ b/Am1.0/metadataVocabulary
@@ -0,0 +1,6 @@
+1	sample
+2	sample
+3	sample
+4	sample
+5	sample
+6	sample
diff --git a/Am1.0/mock b/Am1.0/mock
new file mode 100644
index 0000000..574b33e
--- /dev/null
+++ b/Am1.0/mock
@@ -0,0 +1,6 @@
+leaf_genome
+pistil_genome
+pollen_genome
+root_genome
+stamen_genome
+stem_genome
diff --git a/Am1.0/scaffoldInfo b/Am1.0/scaffoldInfo
new file mode 100644
index 0000000..a010584
--- /dev/null
+++ b/Am1.0/scaffoldInfo
@@ -0,0 +1,87581 @@
+ROOT	chromosome	0
+ROOT	contig	0
+chromosome	scaffold126	54911
+chromosome	scaffold271	154915
+chromosome	scaffold201	110055
+chromosome	scaffold71	204115
+chromosome	scaffold321	17932
+chromosome	scaffold1	185039
+chromosome	scaffold346	70543
+chromosome	scaffold136	139194
+chromosome	scaffold291	187751
+chromosome	scaffold131	337942
+chromosome	scaffold81	1069547
+chromosome	scaffold256	514186
+chromosome	scaffold446	937
+chromosome	scaffold356	260207
+chromosome	scaffold431	97259
+chromosome	scaffold241	232019
+chromosome	scaffold441	139933
+chromosome	Scaffold526	196
+chromosome	scaffold391	740160
+chromosome	scaffold611	939
+chromosome	scaffold511	15400
+chromosome	scaffold616	6141
+chromosome	scaffold516	168104
+chromosome	scaffold376	431336
+chromosome	scaffold651	43953
+chromosome	Scaffold721	202
+chromosome	scaffold726	70912
+chromosome	scaffold641	125114
+chromosome	scaffold176	719591
+chromosome	scaffold821	423
+chromosome	scaffold731	106122
+chromosome	scaffold491	275005
+chromosome	scaffold301	447075
+chromosome	scaffold36	1484530
+chromosome	scaffold951	9349
+chromosome	scaffold206	1026360
+chromosome	scaffold826	310297
+chromosome	scaffold1046	90079
+chromosome	scaffold1051	22081
+chromosome	scaffold141	1023219
+chromosome	scaffold326	469782
+chromosome	scaffold1176	602
+chromosome	Scaffold1181	386
+chromosome	scaffold1186	573
+chromosome	scaffold621	572104
+chromosome	Scaffold1196	247
+chromosome	scaffold1201	456
+chromosome	Scaffold1206	298
+chromosome	scaffold1211	28166
+chromosome	Scaffold1236	185
+chromosome	scaffold1016	190988
+chromosome	scaffold1261	1176
+chromosome	scaffold1116	95746
+chromosome	scaffold1191	50529
+chromosome	scaffold1296	2695
+chromosome	scaffold846	285865
+chromosome	scaffold1266	244692
+chromosome	scaffold1311	870
+chromosome	scaffold1291	78265
+chromosome	scaffold1356	456
+chromosome	scaffold1361	946
+chromosome	scaffold1351	10812
+chromosome	scaffold1411	813
+chromosome	scaffold276	830667
+chromosome	scaffold1301	49226
+chromosome	scaffold1506	29269
+chromosome	scaffold1516	472
+chromosome	scaffold1416	122712
+chromosome	scaffold1056	443326
+chromosome	scaffold1596	76324
+chromosome	scaffold1571	50504
+chromosome	Scaffold1696	336
+chromosome	scaffold451	1062816
+chromosome	scaffold1751	1906
+chromosome	scaffold1756	489
+chromosome	Scaffold1761	192
+chromosome	scaffold1631	112844
+chromosome	scaffold1851	1223
+chromosome	scaffold1316	114649
+chromosome	scaffold1856	65067
+chromosome	scaffold2026	756
+chromosome	Scaffold2031	205
+chromosome	scaffold2036	958
+chromosome	scaffold1936	59612
+chromosome	scaffold866	1063658
+chromosome	scaffold2241	868
+chromosome	scaffold2041	12330
+chromosome	Scaffold2251	210
+chromosome	scaffold1426	205042
+chromosome	scaffold2246	462
+chromosome	scaffold2266	987
+chromosome	Scaffold2271	203
+chromosome	scaffold2256	9893
+chromosome	scaffold2261	1719
+chromosome	scaffold2286	496
+chromosome	scaffold2276	1347
+chromosome	scaffold2291	467
+chromosome	scaffold1701	247472
+chromosome	scaffold2506	489
+chromosome	Scaffold2511	186
+chromosome	scaffold2296	1462
+chromosome	scaffold2521	1211
+chromosome	scaffold2516	1101
+chromosome	scaffold2531	533
+chromosome	scaffold2526	3703
+chromosome	scaffold2541	936
+chromosome	scaffold2536	1523
+chromosome	Scaffold2551	230
+chromosome	scaffold2546	2621
+chromosome	scaffold2561	765
+chromosome	Scaffold2566	468
+chromosome	Scaffold2571	527
+chromosome	scaffold2556	1613
+chromosome	scaffold2586	1538
+chromosome	scaffold2591	2102
+chromosome	scaffold2066	42178
+chromosome	scaffold2601	750
+chromosome	scaffold2576	1361
+chromosome	Scaffold2611	428
+chromosome	Scaffold2616	766
+chromosome	scaffold2621	1635
+chromosome	scaffold2626	6046
+chromosome	scaffold2681	1834
+chromosome	scaffold2686	445
+chromosome	scaffold2691	448
+chromosome	scaffold1241	341913
+chromosome	scaffold2606	10257
+chromosome	scaffold2791	3521
+chromosome	Scaffold2796	229
+chromosome	Scaffold2801	242
+chromosome	scaffold956	622222
+chromosome	scaffold2701	6616
+chromosome	Scaffold2811	193
+chromosome	scaffold2821	791
+chromosome	Scaffold2826	475
+chromosome	scaffold2806	2670
+chromosome	scaffold2761	3786
+chromosome	scaffold2831	483
+chromosome	scaffold2816	1754
+chromosome	scaffold2836	468
+chromosome	scaffold2976	1147
+chromosome	scaffold2841	48504
+chromosome	Scaffold2996	197
+chromosome	scaffold2991	517
+chromosome	Scaffold3006	453
+chromosome	scaffold3001	433
+chromosome	scaffold3011	526
+chromosome	Scaffold3021	506
+chromosome	scaffold3026	1683
+chromosome	Scaffold3031	247
+chromosome	scaffold3036	898
+chromosome	scaffold3041	488
+chromosome	scaffold3016	2819
+chromosome	Scaffold3046	188
+chromosome	scaffold3051	534
+chromosome	Scaffold3061	201
+chromosome	Scaffold3066	186
+chromosome	Scaffold3056	302
+chromosome	scaffold3071	615
+chromosome	scaffold3076	895
+chromosome	scaffold3086	1278
+chromosome	Scaffold3081	454
+chromosome	scaffold3091	431
+chromosome	Scaffold3096	514
+chromosome	scaffold3106	424
+chromosome	scaffold3111	496
+chromosome	Scaffold3116	203
+chromosome	Scaffold3121	281
+chromosome	Scaffold3126	169
+chromosome	scaffold3101	484
+chromosome	scaffold3136	1131
+chromosome	Scaffold3141	1201
+chromosome	Scaffold3146	223
+chromosome	Scaffold3151	181
+chromosome	scaffold2981	5425
+chromosome	scaffold3156	1459
+chromosome	scaffold3166	511
+chromosome	Scaffold3131	282
+chromosome	scaffold3161	5601
+chromosome	scaffold3176	2564
+chromosome	Scaffold3186	210
+chromosome	scaffold3171	6603
+chromosome	scaffold3196	530
+chromosome	scaffold3191	604
+chromosome	scaffold3201	590
+chromosome	scaffold3211	635
+chromosome	scaffold3216	9900
+chromosome	Scaffold3221	333
+chromosome	scaffold2281	955
+chromosome	scaffold3181	3102
+chromosome	scaffold3231	889
+chromosome	scaffold3226	779
+chromosome	scaffold3236	2057
+chromosome	scaffold3241	1083
+chromosome	scaffold3206	2404
+chromosome	Scaffold3261	299
+chromosome	scaffold3256	505
+chromosome	Scaffold3271	229
+chromosome	Scaffold3276	234
+chromosome	Scaffold3281	263
+chromosome	scaffold3286	627
+chromosome	Scaffold3291	179
+chromosome	Scaffold3296	188
+chromosome	scaffold2301	77010
+chromosome	scaffold3246	809
+chromosome	scaffold3301	730
+chromosome	scaffold3306	758
+chromosome	scaffold3251	1265
+chromosome	Scaffold3321	220
+chromosome	scaffold3331	468
+chromosome	scaffold3316	550
+chromosome	scaffold3336	499
+chromosome	Scaffold3326	642
+chromosome	scaffold3266	4103
+chromosome	scaffold3356	534
+chromosome	Scaffold3341	302
+chromosome	scaffold3351	885
+chromosome	Scaffold3361	202
+chromosome	scaffold3366	547
+chromosome	Scaffold3376	306
+chromosome	scaffold3371	894
+chromosome	scaffold3381	581
+chromosome	Scaffold3396	372
+chromosome	scaffold3391	781
+chromosome	scaffold3401	852
+chromosome	scaffold3386	509
+chromosome	Scaffold3416	155
+chromosome	scaffold3406	668
+chromosome	scaffold3346	828
+chromosome	scaffold3426	444
+chromosome	scaffold3411	1024
+chromosome	scaffold3431	617
+chromosome	Scaffold3446	244
+chromosome	scaffold3441	443
+chromosome	Scaffold3451	233
+chromosome	scaffold3456	510
+chromosome	scaffold3311	466
+chromosome	scaffold3436	1773
+chromosome	scaffold3471	772
+chromosome	scaffold3466	4255
+chromosome	Scaffold3481	512
+chromosome	scaffold3421	1390
+chromosome	scaffold3486	962
+chromosome	scaffold3531	523
+chromosome	scaffold3461	3001
+chromosome	scaffold3476	1136
+chromosome	scaffold3546	618
+chromosome	scaffold3541	1213
+chromosome	Scaffold3556	252
+chromosome	scaffold3491	17842
+chromosome	scaffold3566	10201
+chromosome	scaffold3551	1114
+chromosome	Scaffold3591	211
+chromosome	scaffold2596	48244
+chromosome	Scaffold3601	207
+chromosome	scaffold3576	499
+chromosome	scaffold3526	2773
+chromosome	Scaffold3666	258
+chromosome	Scaffold3661	263
+chromosome	scaffold3596	4452
+chromosome	Scaffold3681	188
+chromosome	scaffold3671	500
+chromosome	scaffold3691	1598
+chromosome	scaffold3676	465
+chromosome	scaffold3686	843
+chromosome	Scaffold3706	161
+chromosome	Scaffold3711	198
+chromosome	scaffold3696	924
+chromosome	scaffold3716	630
+chromosome	Scaffold3726	162
+chromosome	Scaffold3731	198
+chromosome	scaffold3571	1574
+chromosome	scaffold3736	494
+chromosome	Scaffold3741	224
+chromosome	scaffold3721	3110
+chromosome	scaffold3606	8920
+chromosome	Scaffold3761	212
+chromosome	scaffold3701	9958
+chromosome	scaffold3771	1562
+chromosome	scaffold3746	798
+chromosome	scaffold3781	556
+chromosome	scaffold3756	457
+chromosome	scaffold3786	679
+chromosome	Scaffold3826	207
+chromosome	Scaffold3821	449
+chromosome	scaffold3766	942
+chromosome	Scaffold3846	225
+chromosome	Scaffold3851	167
+chromosome	scaffold3791	1261
+chromosome	Scaffold3861	446
+chromosome	Scaffold3866	228
+chromosome	scaffold3871	1319
+chromosome	scaffold3836	1861
+chromosome	Scaffold3936	254
+chromosome	Scaffold3941	304
+chromosome	Scaffold3946	227
+chromosome	scaffold3951	848
+chromosome	Scaffold3956	346
+chromosome	scaffold3751	2988
+chromosome	scaffold3961	491
+chromosome	scaffold3886	5831
+chromosome	scaffold3966	800
+chromosome	scaffold3971	566
+chromosome	Scaffold4036	455
+chromosome	scaffold4041	547
+chromosome	Scaffold4046	184
+chromosome	scaffold3976	819
+chromosome	scaffold4021	1039
+chromosome	Scaffold4051	198
+chromosome	scaffold4056	2358
+chromosome	scaffold4141	375
+chromosome	Scaffold4146	327
+chromosome	scaffold4136	576
+chromosome	scaffold4156	499
+chromosome	scaffold4151	664
+chromosome	scaffold4166	716
+chromosome	Scaffold4171	259
+chromosome	scaffold4161	956
+chromosome	scaffold3561	8027
+chromosome	Scaffold4176	695
+chromosome	Scaffold4191	738
+chromosome	scaffold4196	1009
+chromosome	Scaffold4201	204
+chromosome	Scaffold4206	267
+chromosome	Scaffold4181	472
+chromosome	scaffold4211	845
+chromosome	scaffold4221	824
+chromosome	scaffold4216	1077
+chromosome	scaffold3831	751
+chromosome	Scaffold4256	252
+chromosome	Scaffold4251	198
+chromosome	scaffold4261	1218
+chromosome	scaffold4231	1171
+chromosome	scaffold4276	444
+chromosome	scaffold4271	2305
+chromosome	scaffold4186	1184
+chromosome	scaffold4281	448
+chromosome	Scaffold4311	253
+chromosome	Scaffold4321	348
+chromosome	Scaffold4316	236
+chromosome	Scaffold4436	250
+chromosome	scaffold4266	872
+chromosome	Scaffold4446	474
+chromosome	scaffold4441	601
+chromosome	scaffold4081	8258
+chromosome	scaffold4491	1138
+chromosome	Scaffold4506	235
+chromosome	scaffold4511	796
+chromosome	scaffold4451	1070
+chromosome	scaffold4586	1264
+chromosome	Scaffold4606	188
+chromosome	Scaffold4611	372
+chromosome	Scaffold4616	428
+chromosome	scaffold4286	23159
+chromosome	scaffold4666	593
+chromosome	scaffold4701	1583
+chromosome	scaffold4326	28767
+chromosome	scaffold4601	425
+chromosome	scaffold4706	1636
+chromosome	scaffold4741	1351
+chromosome	Scaffold4751	224
+chromosome	scaffold4621	1456
+chromosome	scaffold4761	508
+chromosome	scaffold4771	453
+chromosome	scaffold4746	508
+chromosome	Scaffold4776	210
+chromosome	scaffold4781	1136
+chromosome	scaffold4756	1177
+chromosome	Scaffold4861	168
+chromosome	scaffold4766	795
+chromosome	Scaffold4866	202
+chromosome	scaffold4841	580
+chromosome	Scaffold4871	279
+chromosome	Scaffold4881	278
+chromosome	Scaffold4886	194
+chromosome	scaffold4851	539
+chromosome	Scaffold4911	214
+chromosome	Scaffold4916	217
+chromosome	Scaffold4921	428
+chromosome	scaffold4876	574
+chromosome	scaffold4891	824
+chromosome	Scaffold4936	308
+chromosome	scaffold4896	1837
+chromosome	Scaffold4946	283
+chromosome	scaffold4941	527
+chromosome	scaffold4951	586
+chromosome	scaffold4961	545
+chromosome	scaffold4956	465
+chromosome	scaffold4971	762
+chromosome	scaffold4981	734
+chromosome	scaffold4976	847
+chromosome	scaffold4991	1178
+chromosome	scaffold4986	871
+chromosome	scaffold5021	482
+chromosome	scaffold1366	220845
+chromosome	scaffold5031	480
+chromosome	Scaffold5036	240
+chromosome	Scaffold5041	504
+chromosome	Scaffold5046	181
+chromosome	Scaffold5051	174
+chromosome	scaffold5016	496
+chromosome	scaffold5056	792
+chromosome	Scaffold5066	251
+chromosome	scaffold5026	1142
+chromosome	scaffold5071	458
+chromosome	scaffold5076	613
+chromosome	scaffold5111	452
+chromosome	scaffold5081	883
+chromosome	scaffold5121	3486
+chromosome	scaffold5061	458
+chromosome	scaffold5116	659
+chromosome	Scaffold5211	201
+chromosome	Scaffold5216	1095
+chromosome	scaffold5181	439
+chromosome	Scaffold5226	358
+chromosome	scaffold5221	498
+chromosome	Scaffold5231	241
+chromosome	scaffold3856	578
+chromosome	scaffold5186	3555
+chromosome	scaffold5236	497
+chromosome	Scaffold5261	235
+chromosome	scaffold5246	528
+chromosome	scaffold5271	453
+chromosome	Scaffold5276	231
+chromosome	scaffold5251	857
+chromosome	scaffold5281	701
+chromosome	scaffold5336	505
+chromosome	scaffold5331	522
+chromosome	scaffold5341	440
+chromosome	Scaffold5351	182
+chromosome	scaffold5306	902
+chromosome	Scaffold5361	288
+chromosome	scaffold5266	588
+chromosome	scaffold5356	580
+chromosome	scaffold5346	812
+chromosome	Scaffold5376	335
+chromosome	Scaffold5381	183
+chromosome	scaffold5366	530
+chromosome	Scaffold5396	286
+chromosome	scaffold5386	459
+chromosome	scaffold5406	487
+chromosome	scaffold5371	491
+chromosome	Scaffold5416	176
+chromosome	Scaffold5411	187
+chromosome	Scaffold5421	220
+chromosome	Scaffold5426	184
+chromosome	scaffold5431	415
+chromosome	scaffold5441	4854
+chromosome	scaffold5436	2481
+chromosome	scaffold5666	462
+chromosome	Scaffold5671	560
+chromosome	scaffold5391	762
+chromosome	Scaffold5681	263
+chromosome	scaffold5676	708
+chromosome	Scaffold5696	344
+chromosome	scaffold5691	503
+chromosome	Scaffold5706	173
+chromosome	scaffold5686	529
+chromosome	scaffold5701	492
+chromosome	scaffold5711	1669
+chromosome	Scaffold5741	251
+chromosome	scaffold5401	763
+chromosome	Scaffold5751	384
+chromosome	scaffold5756	1027
+chromosome	scaffold5716	849
+chromosome	scaffold5761	835
+chromosome	scaffold5746	482
+chromosome	scaffold5771	3455
+chromosome	scaffold5766	476
+chromosome	scaffold5776	1561
+chromosome	scaffold5786	2128
+chromosome	scaffold5721	838
+chromosome	Scaffold5841	285
+chromosome	scaffold5781	1010
+chromosome	Scaffold5851	414
+chromosome	scaffold5846	680
+chromosome	scaffold5791	636
+chromosome	scaffold5861	816
+chromosome	scaffold5871	945
+chromosome	scaffold5866	568
+chromosome	Scaffold5911	401
+chromosome	Scaffold5916	287
+chromosome	scaffold5906	516
+chromosome	scaffold5926	492
+chromosome	Scaffold5931	271
+chromosome	scaffold5856	787
+chromosome	scaffold5796	5696
+chromosome	scaffold5921	1884
+chromosome	scaffold5941	495
+chromosome	scaffold5936	515
+chromosome	Scaffold5986	265
+chromosome	scaffold5996	784
+chromosome	scaffold5991	1211
+chromosome	scaffold5946	729
+chromosome	scaffold6031	610
+chromosome	scaffold6001	874
+chromosome	Scaffold6061	276
+chromosome	scaffold6016	497
+chromosome	scaffold6066	538
+chromosome	scaffold6071	841
+chromosome	scaffold6841	506
+chromosome	Scaffold6846	228
+chromosome	Scaffold6851	451
+chromosome	Scaffold6856	301
+chromosome	scaffold6831	12890
+chromosome	Scaffold6866	286
+chromosome	Scaffold6861	1874
+chromosome	scaffold5951	2820
+chromosome	scaffold6871	767
+chromosome	scaffold6876	740
+chromosome	scaffold6891	3144
+chromosome	scaffold6881	521
+chromosome	Scaffold6931	317
+chromosome	scaffold6926	526
+chromosome	scaffold6936	1158
+chromosome	Scaffold6946	258
+chromosome	scaffold6036	9935
+chromosome	Scaffold6956	231
+chromosome	scaffold6961	530
+chromosome	scaffold6886	2831
+chromosome	Scaffold6986	860
+chromosome	scaffold6941	432
+chromosome	scaffold6996	575
+chromosome	Scaffold6991	893
+chromosome	Scaffold7011	258
+chromosome	scaffold7001	785
+chromosome	scaffold6951	1012
+chromosome	scaffold7006	559
+chromosome	scaffold7041	2475
+chromosome	scaffold7046	2823
+chromosome	Scaffold7061	321
+chromosome	scaffold7056	995
+chromosome	Scaffold7071	300
+chromosome	scaffold7016	5039
+chromosome	scaffold7081	804
+chromosome	scaffold7076	496
+chromosome	Scaffold7091	196
+chromosome	scaffold7086	683
+chromosome	Scaffold7101	253
+chromosome	scaffold7106	461
+chromosome	scaffold7111	780
+chromosome	Scaffold7096	484
+chromosome	scaffold7116	1041
+chromosome	scaffold7141	518
+chromosome	scaffold7146	920
+chromosome	Scaffold7161	227
+chromosome	scaffold7051	1201
+chromosome	scaffold1521	435972
+chromosome	Scaffold7136	521
+chromosome	Scaffold7336	272
+chromosome	Scaffold7341	562
+chromosome	scaffold7166	4052
+chromosome	scaffold7346	799
+chromosome	Scaffold7361	545
+chromosome	scaffold7221	2315
+chromosome	Scaffold7366	249
+chromosome	Scaffold7376	391
+chromosome	scaffold7371	542
+chromosome	Scaffold7356	639
+chromosome	scaffold7381	10761
+chromosome	scaffold4926	1042
+chromosome	scaffold7066	4844
+chromosome	scaffold7266	41703
+chromosome	scaffold4931	1145
+chromosome	scaffold1766	250882
+chromosome	scaffold106	508
+chromosome	scaffold111	1481
+chromosome	Scaffold116	537
+chromosome	scaffold26	41994
+chromosome	scaffold101	69352
+chromosome	scaffold11	101689
+chromosome	scaffold2986	86263
+chromosome	scaffold56	176226
+chromosome	scaffold246	24981
+chromosome	scaffold251	517007
+chromosome	scaffold211	859538
+chromosome	scaffold166	516441
+chromosome	scaffold366	39914
+chromosome	scaffold531	1208664
+chromosome	Scaffold406	205
+chromosome	scaffold316	262147
+chromosome	scaffold656	843552
+chromosome	scaffold86	822911
+chromosome	scaffold231	261795
+chromosome	scaffold561	589
+chromosome	scaffold751	2448386
+chromosome	Scaffold596	320
+chromosome	scaffold181	994954
+chromosome	scaffold501	140234
+chromosome	scaffold4501	10164
+chromosome	scaffold31	1002484
+chromosome	scaffold411	529499
+chromosome	scaffold681	20655
+chromosome	scaffold676	31238
+chromosome	scaffold686	157225
+chromosome	scaffold601	190771
+chromosome	scaffold566	585116
+chromosome	scaffold786	262775
+chromosome	scaffold776	211677
+chromosome	scaffold836	5385
+chromosome	scaffold371	1181502
+chromosome	scaffold331	695718
+chromosome	scaffold896	552
+chromosome	scaffold606	388615
+chromosome	scaffold861	246460
+chromosome	Scaffold1006	221
+chromosome	scaffold811	229769
+chromosome	Scaffold1021	220
+chromosome	scaffold121	2456259
+chromosome	scaffold506	730554
+chromosome	scaffold1061	2781
+chromosome	scaffold1086	922
+chromosome	scaffold1091	783
+chromosome	scaffold901	384400
+chromosome	scaffold1126	647
+chromosome	scaffold1131	2927
+chromosome	scaffold1026	188885
+chromosome	scaffold1136	3809
+chromosome	scaffold1141	467
+chromosome	scaffold1096	77040
+chromosome	scaffold1146	10370
+chromosome	scaffold1161	521
+chromosome	scaffold1156	10391
+chromosome	scaffold1166	776
+chromosome	Scaffold1226	184
+chromosome	scaffold701	858598
+chromosome	scaffold1151	55475
+chromosome	scaffold1231	41534
+chromosome	scaffold1251	225903
+chromosome	scaffold1256	24627
+chromosome	scaffold1066	156147
+chromosome	Scaffold1336	218
+chromosome	scaffold1331	1118
+chromosome	scaffold1171	152485
+chromosome	scaffold1381	2583
+chromosome	scaffold1386	886
+chromosome	scaffold1341	626
+chromosome	scaffold1396	785
+chromosome	scaffold1401	743
+chromosome	scaffold661	254224
+chromosome	scaffold1271	10781
+chromosome	scaffold1476	468
+chromosome	scaffold1481	832
+chromosome	scaffold266	1606235
+chromosome	scaffold1406	221083
+chromosome	scaffold1496	7525
+chromosome	scaffold1011	102363
+chromosome	scaffold921	529793
+chromosome	scaffold1391	192881
+chromosome	Scaffold1541	276
+chromosome	scaffold1561	2861
+chromosome	scaffold1531	36868
+chromosome	scaffold1576	11521
+chromosome	scaffold1581	2013
+chromosome	scaffold1566	93617
+chromosome	scaffold1671	2283
+chromosome	Scaffold1676	252
+chromosome	scaffold1681	1211
+chromosome	scaffold1511	202705
+chromosome	Scaffold1686	284
+chromosome	scaffold1501	123145
+chromosome	scaffold1711	5083
+chromosome	scaffold1486	182223
+chromosome	scaffold1706	32616
+chromosome	Scaffold2071	188
+chromosome	scaffold2076	542
+chromosome	scaffold2081	477
+chromosome	scaffold2086	16058
+chromosome	scaffold2091	486
+chromosome	scaffold2096	326
+chromosome	scaffold2101	1668
+chromosome	scaffold2106	723
+chromosome	scaffold2111	879
+chromosome	scaffold1546	346628
+chromosome	scaffold2121	1180
+chromosome	scaffold2126	870
+chromosome	scaffold1586	361156
+chromosome	scaffold2231	461
+chromosome	scaffold2236	12116
+chromosome	Scaffold2306	184
+chromosome	scaffold2131	35939
+chromosome	scaffold2311	810
+chromosome	scaffold1691	149071
+chromosome	Scaffold2326	208
+chromosome	Scaffold2321	287
+chromosome	scaffold2346	577
+chromosome	Scaffold2351	182
+chromosome	Scaffold2356	218
+chromosome	scaffold2116	961
+chromosome	scaffold2361	10806
+chromosome	scaffold2371	795
+chromosome	scaffold986	364005
+chromosome	Scaffold2381	339
+chromosome	scaffold2331	2938
+chromosome	scaffold2376	557
+chromosome	scaffold2366	1002
+chromosome	scaffold2401	433
+chromosome	scaffold2396	2271
+chromosome	scaffold2846	819
+chromosome	scaffold2406	64092
+chromosome	scaffold1346	353458
+chromosome	scaffold2856	510
+chromosome	scaffold2866	597
+chromosome	Scaffold2871	177
+chromosome	scaffold2861	448
+chromosome	Scaffold2881	166
+chromosome	Scaffold2886	548
+chromosome	scaffold2891	506
+chromosome	scaffold2896	1437
+chromosome	scaffold2851	331
+chromosome	scaffold2386	2368
+chromosome	scaffold2906	513
+chromosome	Scaffold2916	225
+chromosome	Scaffold2921	225
+chromosome	scaffold2901	1359
+chromosome	scaffold2316	11768
+chromosome	scaffold2876	4493
+chromosome	Scaffold2941	204
+chromosome	scaffold2936	521
+chromosome	scaffold2951	670
+chromosome	Scaffold2956	225
+chromosome	scaffold2961	486
+chromosome	scaffold2966	831
+chromosome	scaffold2931	2435
+chromosome	scaffold3611	837
+chromosome	scaffold2911	13453
+chromosome	scaffold2926	11598
+chromosome	scaffold2946	890
+chromosome	Scaffold3626	218
+chromosome	scaffold3631	549
+chromosome	Scaffold3621	421
+chromosome	scaffold3616	488
+chromosome	Scaffold3641	236
+chromosome	scaffold3636	3404
+chromosome	scaffold3651	1595
+chromosome	scaffold4236	661
+chromosome	scaffold4226	987
+chromosome	scaffold4241	566
+chromosome	scaffold3646	1625
+chromosome	scaffold4296	469
+chromosome	scaffold4291	924
+chromosome	scaffold4246	2646
+chromosome	scaffold4301	4046
+chromosome	scaffold4341	445
+chromosome	scaffold4306	3424
+chromosome	Scaffold4356	514
+chromosome	scaffold4361	9859
+chromosome	scaffold4351	1574
+chromosome	scaffold4346	801
+chromosome	scaffold2391	23359
+chromosome	scaffold4366	1129
+chromosome	scaffold4381	491
+chromosome	scaffold4386	464
+chromosome	scaffold4391	2145
+chromosome	Scaffold4401	505
+chromosome	Scaffold4406	280
+chromosome	scaffold4411	1243
+chromosome	Scaffold4416	247
+chromosome	scaffold4396	877
+chromosome	scaffold4376	873
+chromosome	scaffold4421	483
+chromosome	scaffold4426	473
+chromosome	Scaffold4456	381
+chromosome	Scaffold4466	363
+chromosome	Scaffold4471	264
+chromosome	scaffold4461	1418
+chromosome	Scaffold4481	203
+chromosome	Scaffold4476	662
+chromosome	scaffold4486	820
+chromosome	Scaffold4516	177
+chromosome	scaffold4496	1570
+chromosome	Scaffold4526	190
+chromosome	Scaffold4521	203
+chromosome	Scaffold4531	216
+chromosome	Scaffold4536	212
+chromosome	scaffold4541	938
+chromosome	scaffold4431	9908
+chromosome	scaffold4556	453
+chromosome	scaffold4636	488
+chromosome	scaffold4596	766
+chromosome	scaffold4591	1324
+chromosome	Scaffold4671	498
+chromosome	Scaffold4656	735
+chromosome	Scaffold4676	377
+chromosome	Scaffold4686	195
+chromosome	scaffold4661	427
+chromosome	scaffold4681	798
+chromosome	scaffold4786	490
+chromosome	scaffold4691	485
+chromosome	scaffold4791	459
+chromosome	scaffold4856	994
+chromosome	scaffold4696	3797
+chromosome	Scaffold4996	203
+chromosome	scaffold3656	23269
+chromosome	Scaffold5001	302
+chromosome	scaffold4966	801
+chromosome	Scaffold5006	546
+chromosome	scaffold5091	574
+chromosome	Scaffold5101	197
+chromosome	Scaffold5096	208
+chromosome	scaffold5086	1149
+chromosome	scaffold5126	475
+chromosome	Scaffold5136	209
+chromosome	scaffold4371	14483
+chromosome	scaffold5106	1119
+chromosome	scaffold5241	750
+chromosome	scaffold5141	6580
+chromosome	scaffold5256	1324
+chromosome	Scaffold5311	200
+chromosome	scaffold5301	512
+chromosome	scaffold5316	4143
+chromosome	scaffold5296	756
+chromosome	Scaffold5471	235
+chromosome	scaffold5481	487
+chromosome	scaffold5011	2644
+chromosome	scaffold5476	2092
+chromosome	Scaffold5496	242
+chromosome	Scaffold5491	245
+chromosome	Scaffold5506	201
+chromosome	scaffold5501	518
+chromosome	Scaffold5516	561
+chromosome	scaffold5521	900
+chromosome	Scaffold5526	319
+chromosome	scaffold5466	2516
+chromosome	scaffold5531	537
+chromosome	Scaffold5511	272
+chromosome	Scaffold5541	736
+chromosome	Scaffold5546	675
+chromosome	scaffold5556	611
+chromosome	scaffold5551	821
+chromosome	scaffold5566	5173
+chromosome	scaffold841	637225
+chromosome	scaffold5591	498
+chromosome	Scaffold5596	313
+chromosome	scaffold5486	486
+chromosome	scaffold5606	1044
+chromosome	Scaffold5626	191
+chromosome	Scaffold5616	213
+chromosome	scaffold5601	495
+chromosome	scaffold5536	749
+chromosome	scaffold5731	855
+chromosome	scaffold5726	836
+chromosome	scaffold5131	12659
+chromosome	scaffold5736	1870
+chromosome	Scaffold6021	314
+chromosome	scaffold6026	526
+chromosome	scaffold6006	512
+chromosome	scaffold5621	878
+chromosome	scaffold6046	1335
+chromosome	scaffold6056	1710
+chromosome	scaffold6081	555
+chromosome	scaffold626	658820
+chromosome	Scaffold6086	241
+chromosome	Scaffold6096	287
+chromosome	scaffold6076	456
+chromosome	scaffold5631	970
+chromosome	scaffold6106	828
+chromosome	Scaffold6116	252
+chromosome	scaffold6111	531
+chromosome	scaffold6011	834
+chromosome	Scaffold6126	212
+chromosome	scaffold6051	406
+chromosome	Scaffold6141	253
+chromosome	scaffold6131	9915
+chromosome	scaffold6091	1155
+chromosome	scaffold6121	530
+chromosome	scaffold6156	782
+chromosome	Scaffold6166	285
+chromosome	scaffold6151	625
+chromosome	scaffold6041	803
+chromosome	Scaffold6171	183
+chromosome	Scaffold6181	187
+chromosome	Scaffold6191	230
+chromosome	scaffold6136	2022
+chromosome	Scaffold6201	231
+chromosome	Scaffold6206	297
+chromosome	scaffold6146	1009
+chromosome	Scaffold6216	193
+chromosome	scaffold6211	483
+chromosome	scaffold6161	5488
+chromosome	scaffold6176	783
+chromosome	scaffold6231	1263
+chromosome	scaffold6236	829
+chromosome	Scaffold6246	457
+chromosome	scaffold6251	1365
+chromosome	scaffold6256	1193
+chromosome	scaffold6196	625
+chromosome	Scaffold6296	210
+chromosome	Scaffold6301	393
+chromosome	scaffold6186	1903
+chromosome	scaffold6306	2211
+chromosome	Scaffold6321	405
+chromosome	Scaffold6291	742
+chromosome	scaffold6326	862
+chromosome	Scaffold6366	520
+chromosome	Scaffold6376	324
+chromosome	scaffold6226	4850
+chromosome	scaffold6371	855
+chromosome	scaffold6101	6312
+chromosome	scaffold6381	258
+chromosome	Scaffold6401	263
+chromosome	scaffold6331	891
+chromosome	scaffold6396	1080
+chromosome	scaffold6436	483
+chromosome	scaffold6411	732
+chromosome	scaffold6406	765
+chromosome	scaffold6471	617
+chromosome	scaffold6476	465
+chromosome	scaffold6526	493
+chromosome	scaffold6241	1216
+chromosome	Scaffold6551	431
+chromosome	scaffold6386	786
+chromosome	Scaffold6566	265
+chromosome	scaffold6531	408
+chromosome	scaffold6556	1451
+chromosome	Scaffold6591	776
+chromosome	Scaffold6596	204
+chromosome	scaffold6571	673
+chromosome	scaffold6521	1328
+chromosome	Scaffold6616	311
+chromosome	scaffold6606	863
+chromosome	scaffold6621	615
+chromosome	Scaffold6701	257
+chromosome	scaffold6706	532
+chromosome	scaffold6651	2381
+chromosome	scaffold6601	452
+chromosome	scaffold6716	462
+chromosome	Scaffold6726	508
+chromosome	Scaffold6721	3250
+chromosome	scaffold6391	2889
+chromosome	scaffold6736	529
+chromosome	Scaffold6746	252
+chromosome	Scaffold6751	202
+chromosome	Scaffold6756	243
+chromosome	scaffold6711	1010
+chromosome	Scaffold6766	227
+chromosome	Scaffold6761	271
+chromosome	Scaffold6776	258
+chromosome	scaffold6771	465
+chromosome	scaffold1421	275163
+chromosome	scaffold6791	608
+chromosome	Scaffold6796	511
+chromosome	scaffold6781	495
+chromosome	scaffold6801	490
+chromosome	scaffold6741	638
+chromosome	scaffold6786	845
+chromosome	scaffold6811	470
+chromosome	Scaffold6816	863
+chromosome	scaffold6806	812
+chromosome	scaffold6836	3415
+chromosome	Scaffold6821	765
+chromosome	Scaffold6906	271
+chromosome	scaffold6911	276
+chromosome	Scaffold6916	793
+chromosome	scaffold6896	440
+chromosome	Scaffold6966	318
+chromosome	Scaffold6971	223
+chromosome	Scaffold6976	235
+chromosome	scaffold6901	454
+chromosome	scaffold6826	3577
+chromosome	Scaffold7126	487
+chromosome	scaffold7121	10704
+chromosome	scaffold7396	1371
+chromosome	Scaffold7401	598
+chromosome	scaffold6921	2325
+chromosome	Scaffold7436	309
+chromosome	scaffold6446	5401
+chromosome	Scaffold7451	250
+chromosome	scaffold7406	1118
+chromosome	scaffold7461	1077
+chromosome	scaffold7441	825
+chromosome	scaffold7476	776
+chromosome	scaffold7456	498
+chromosome	scaffold7481	951
+chromosome	scaffold7491	517
+chromosome	scaffold7466	741
+chromosome	scaffold7486	548
+chromosome	Scaffold7511	666
+chromosome	Scaffold7516	267
+chromosome	scaffold7506	844
+chromosome	scaffold7496	5584
+chromosome	Scaffold7526	279
+chromosome	Scaffold7536	639
+chromosome	Scaffold7521	251
+chromosome	scaffold7546	829
+chromosome	Scaffold7541	289
+chromosome	Scaffold7551	363
+chromosome	scaffold7131	8356
+chromosome	Scaffold7566	281
+chromosome	Scaffold7561	326
+chromosome	scaffold7556	460
+chromosome	Scaffold7616	259
+chromosome	scaffold7591	516
+chromosome	Scaffold7626	530
+chromosome	Scaffold7631	308
+chromosome	scaffold7571	1839
+chromosome	Scaffold7641	319
+chromosome	Scaffold7646	687
+chromosome	Scaffold7651	871
+chromosome	scaffold7636	858
+chromosome	scaffold7676	503
+chromosome	scaffold6731	742
+chromosome	Scaffold7681	709
+chromosome	Scaffold7696	1777
+chromosome	Scaffold7701	493
+chromosome	Scaffold7706	1007
+chromosome	Scaffold7711	685
+chromosome	scaffold1786	329179
+chromosome	Scaffold7716	1246
+chromosome	scaffold7656	1444
+chromosome	scaffold7621	912
+chromosome	scaffold7686	1099
+chromosome	scaffold6221	696
+chromosome	scaffold46	67465
+chromosome	scaffold6981	816
+chromosome	scaffold1716	89080
+chromosome	scaffold7531	992
+chromosome	scaffold156	156256
+chromosome	scaffold66	504961
+chromosome	scaffold191	307636
+chromosome	scaffold6611	776
+chromosome	scaffold296	205245
+chromosome	scaffold336	21733
+chromosome	scaffold306	214487
+chromosome	scaffold51	469985
+chromosome	scaffold1276	676088
+chromosome	scaffold76	227264
+chromosome	scaffold2971	80599
+chromosome	scaffold476	1319
+chromosome	scaffold281	305320
+chromosome	scaffold341	176587
+chromosome	scaffold196	747139
+chromosome	scaffold486	69996
+chromosome	scaffold466	136219
+chromosome	scaffold541	217308
+chromosome	scaffold16	1236715
+chromosome	scaffold421	473047
+chromosome	scaffold456	558843
+chromosome	scaffold706	43112
+chromosome	scaffold521	282360
+chromosome	scaffold636	380726
+chromosome	scaffold396	695846
+chromosome	scaffold546	310001
+chromosome	scaffold161	909092
+chromosome	scaffold781	65032
+chromosome	scaffold711	6548
+chromosome	scaffold796	246841
+chromosome	scaffold666	476174
+chromosome	scaffold926	9835
+chromosome	scaffold756	356835
+chromosome	scaffold576	1007760
+chromosome	scaffold966	588
+chromosome	scaffold931	115446
+chromosome	scaffold806	353024
+chromosome	scaffold1071	23416
+chromosome	scaffold1076	17742
+chromosome	scaffold716	318596
+chromosome	scaffold946	225341
+chromosome	scaffold876	214285
+chromosome	scaffold91	1677483
+chromosome	scaffold1281	802
+chromosome	scaffold856	404893
+chromosome	scaffold1111	196814
+chromosome	scaffold1431	10591
+chromosome	Scaffold1436	215
+chromosome	Scaffold1441	224
+chromosome	Scaffold1446	559
+chromosome	scaffold1451	34708
+chromosome	scaffold1461	1226
+chromosome	Scaffold1466	183
+chromosome	scaffold496	358282
+chromosome	scaffold1591	24900
+chromosome	scaffold1081	264574
+chromosome	scaffold1656	1056
+chromosome	scaffold1471	152664
+chromosome	scaffold1661	4419
+chromosome	scaffold1791	12954
+chromosome	scaffold1796	417
+chromosome	scaffold1801	34620
+chromosome	scaffold1626	176542
+chromosome	scaffold1811	488
+chromosome	scaffold1816	515
+chromosome	scaffold1286	192024
+chromosome	scaffold1866	1563
+chromosome	Scaffold1881	184
+chromosome	scaffold1886	870
+chromosome	scaffold1806	84202
+chromosome	scaffold1926	995
+chromosome	scaffold1931	987
+chromosome	scaffold1941	503
+chromosome	Scaffold1946	357
+chromosome	scaffold906	411959
+chromosome	scaffold1666	430513
+chromosome	Scaffold2141	299
+chromosome	Scaffold2146	388
+chromosome	Scaffold2151	224
+chromosome	Scaffold2156	179
+chromosome	Scaffold2161	216
+chromosome	scaffold1901	26698
+chromosome	scaffold2166	931
+chromosome	scaffold2171	1604
+chromosome	scaffold2411	766
+chromosome	Scaffold2416	179
+chromosome	scaffold2421	428
+chromosome	scaffold351	833469
+chromosome	scaffold2431	917
+chromosome	scaffold2426	1349
+chromosome	scaffold2436	1421
+chromosome	Scaffold2446	223
+chromosome	scaffold2451	498
+chromosome	scaffold2441	425
+chromosome	scaffold2456	1212
+chromosome	scaffold2461	945
+chromosome	scaffold2466	1791
+chromosome	Scaffold2476	200
+chromosome	scaffold2481	548
+chromosome	Scaffold2486	263
+chromosome	Scaffold2491	185
+chromosome	scaffold2496	513
+chromosome	scaffold2471	1144
+chromosome	scaffold2501	3844
+chromosome	scaffold2631	479
+chromosome	Scaffold2636	198
+chromosome	scaffold2641	699
+chromosome	Scaffold2646	159
+chromosome	Scaffold2651	201
+chromosome	Scaffold2656	283
+chromosome	Scaffold2661	227
+chromosome	scaffold2666	581
+chromosome	scaffold2671	547
+chromosome	scaffold2676	3933
+chromosome	scaffold2696	790
+chromosome	Scaffold2706	828
+chromosome	Scaffold2711	235
+chromosome	Scaffold2716	732
+chromosome	Scaffold2721	196
+chromosome	scaffold2726	10250
+chromosome	Scaffold2731	397
+chromosome	scaffold2581	30662
+chromosome	scaffold2741	567
+chromosome	Scaffold2746	1063
+chromosome	scaffold2751	745
+chromosome	scaffold2736	888
+chromosome	scaffold2756	846
+chromosome	Scaffold2771	224
+chromosome	scaffold2766	950
+chromosome	Scaffold2781	207
+chromosome	Scaffold2776	589
+chromosome	scaffold3496	446
+chromosome	scaffold3501	671
+chromosome	Scaffold3506	199
+chromosome	scaffold3511	17270
+chromosome	Scaffold3516	240
+chromosome	scaffold3521	778
+chromosome	scaffold3536	22210
+chromosome	scaffold3776	2575
+chromosome	Scaffold3796	194
+chromosome	scaffold3801	510
+chromosome	Scaffold3806	482
+chromosome	Scaffold3811	334
+chromosome	scaffold3816	1857
+chromosome	scaffold1306	910419
+chromosome	Scaffold3876	298
+chromosome	scaffold1951	169511
+chromosome	scaffold3881	877
+chromosome	scaffold3896	711
+chromosome	scaffold3841	1121
+chromosome	Scaffold3906	197
+chromosome	Scaffold3911	300
+chromosome	scaffold3901	1663
+chromosome	Scaffold4001	337
+chromosome	scaffold4006	589
+chromosome	scaffold4011	775
+chromosome	scaffold3916	10158
+chromosome	scaffold4016	2300
+chromosome	scaffold3891	2973
+chromosome	scaffold5146	920
+chromosome	Scaffold5156	236
+chromosome	scaffold5161	845
+chromosome	Scaffold5166	229
+chromosome	Scaffold5171	221
+chromosome	scaffold5151	549
+chromosome	scaffold1821	212920
+chromosome	scaffold5191	562
+chromosome	Scaffold5201	627
+chromosome	Scaffold5196	251
+chromosome	Scaffold5321	429
+chromosome	scaffold5206	784
+chromosome	scaffold5446	606
+chromosome	scaffold5326	441
+chromosome	scaffold5456	932
+chromosome	scaffold5176	1256
+chromosome	Scaffold5581	222
+chromosome	scaffold5586	497
+chromosome	scaffold5451	691
+chromosome	Scaffold5636	260
+chromosome	scaffold5641	739
+chromosome	scaffold5461	8832
+chromosome	scaffold5611	1112
+chromosome	scaffold5646	2285
+chromosome	Scaffold5651	790
+chromosome	scaffold5801	492
+chromosome	scaffold5806	732
+chromosome	scaffold5656	851
+chromosome	Scaffold5816	221
+chromosome	Scaffold5811	418
+chromosome	Scaffold5826	479
+chromosome	scaffold5821	1202
+chromosome	scaffold5831	919
+chromosome	Scaffold5876	320
+chromosome	Scaffold5881	321
+chromosome	scaffold5886	547
+chromosome	scaffold5891	436
+chromosome	scaffold5896	469
+chromosome	scaffold5901	791
+chromosome	Scaffold5956	190
+chromosome	Scaffold5961	310
+chromosome	Scaffold5966	241
+chromosome	scaffold5971	835
+chromosome	scaffold5976	521
+chromosome	scaffold5981	454
+chromosome	scaffold6261	462
+chromosome	scaffold6266	8924
+chromosome	scaffold6271	1580
+chromosome	scaffold5661	11555
+chromosome	scaffold6416	604
+chromosome	scaffold6421	967
+chromosome	scaffold2176	74227
+chromosome	scaffold6431	1177
+chromosome	scaffold6426	508
+chromosome	Scaffold6451	227
+chromosome	scaffold6441	787
+chromosome	scaffold6461	505
+chromosome	scaffold6456	502
+chromosome	Scaffold6481	245
+chromosome	scaffold6486	835
+chromosome	scaffold6311	1281
+chromosome	scaffold6496	462
+chromosome	Scaffold6501	183
+chromosome	scaffold6491	813
+chromosome	Scaffold6506	428
+chromosome	scaffold6516	846
+chromosome	scaffold6511	916
+chromosome	scaffold6646	3035
+chromosome	scaffold6656	526
+chromosome	scaffold6661	943
+chromosome	Scaffold6666	193
+chromosome	scaffold1001	657221
+chromosome	scaffold6466	3057
+chromosome	Scaffold6681	247
+chromosome	Scaffold6686	558
+chromosome	scaffold6671	595
+chromosome	scaffold6696	566
+chromosome	scaffold7501	1965
+chromosome	scaffold6676	1077
+chromosome	Scaffold7581	245
+chromosome	scaffold6636	1148
+chromosome	scaffold7586	620
+chromosome	scaffold7576	2216
+chromosome	Scaffold7601	516
+chromosome	Scaffold7596	816
+chromosome	Scaffold7661	691
+chromosome	Scaffold7666	301
+chromosome	scaffold7606	1006
+chromosome	scaffold7671	849
+chromosome	scaffold7691	634
+chromosome	scaffold4076	64305
+chromosome	scaffold6691	9871
+chromosome	scaffold5836	5513
+chromosome	scaffold1996	247097
+chromosome	scaffold6	175538
+chromosome	scaffold426	1729492
+chromosome	scaffold146	109965
+chromosome	scaffold1121	473347
+chromosome	scaffold2786	380730
+chromosome	scaffold971	240399
+chromosome	scaffold41	630200
+chromosome	scaffold1221	636742
+chromosome	scaffold171	763554
+chromosome	scaffold216	311180
+chromosome	scaffold151	620123
+chromosome	scaffold381	145336
+chromosome	scaffold286	402022
+chromosome	scaffold386	129559
+chromosome	scaffold96	747634
+chromosome	scaffold221	2027244
+chromosome	scaffold21	645728
+chromosome	scaffold236	426058
+chromosome	scaffold471	111325
+chromosome	scaffold551	887
+chromosome	scaffold416	328469
+chromosome	scaffold361	691520
+chromosome	scaffold461	260577
+chromosome	scaffold61	1110436
+chromosome	scaffold571	154743
+chromosome	scaffold586	3668
+chromosome	scaffold631	147991
+chromosome	scaffold556	101443
+chromosome	scaffold401	218850
+chromosome	scaffold691	38998
+chromosome	scaffold736	1666
+chromosome	Scaffold741	205
+chromosome	scaffold481	1111314
+chromosome	Scaffold761	235
+chromosome	scaffold766	16522
+chromosome	scaffold646	207180
+chromosome	scaffold311	739696
+chromosome	scaffold591	893091
+chromosome	scaffold536	392226
+chromosome	scaffold791	55672
+chromosome	scaffold746	245165
+chromosome	Scaffold886	160
+chromosome	scaffold881	43465
+chromosome	scaffold911	468
+chromosome	scaffold801	172776
+chromosome	scaffold936	1623
+chromosome	scaffold696	546909
+chromosome	scaffold961	39218
+chromosome	scaffold976	3454
+chromosome	scaffold891	98737
+chromosome	scaffold991	424
+chromosome	scaffold581	37362
+chromosome	scaffold226	370524
+chromosome	scaffold981	123241
+chromosome	scaffold1036	2859
+chromosome	scaffold1101	787
+chromosome	scaffold1031	34302
+chromosome	scaffold941	93989
+chromosome	scaffold671	556274
+chromosome	scaffold1321	987
+chromosome	scaffold1041	343203
+chromosome	Scaffold1371	177
+chromosome	scaffold1216	41313
+chromosome	scaffold436	765067
+chromosome	scaffold916	538818
+chromosome	scaffold1526	5462
+chromosome	scaffold871	297630
+chromosome	scaffold1456	134101
+chromosome	scaffold996	355377
+chromosome	scaffold1536	52928
+chromosome	scaffold1601	1725
+chromosome	Scaffold1611	223
+chromosome	Scaffold1616	288
+chromosome	scaffold1606	8600
+chromosome	scaffold1636	588
+chromosome	scaffold1326	276325
+chromosome	scaffold1646	439
+chromosome	scaffold1491	362911
+chromosome	scaffold1721	1085
+chromosome	scaffold1726	474
+chromosome	scaffold1621	43178
+chromosome	scaffold1731	457
+chromosome	scaffold1736	485
+chromosome	scaffold1641	89676
+chromosome	Scaffold1771	453
+chromosome	scaffold1551	75430
+chromosome	scaffold1776	768
+chromosome	Scaffold1826	544
+chromosome	scaffold1746	85381
+chromosome	scaffold1836	586
+chromosome	Scaffold1841	187
+chromosome	scaffold1831	1433
+chromosome	scaffold1861	1145
+chromosome	Scaffold1871	250
+chromosome	scaffold1556	196048
+chromosome	scaffold1891	468
+chromosome	scaffold1876	3628
+chromosome	scaffold1906	1419
+chromosome	scaffold1911	537
+chromosome	Scaffold1916	221
+chromosome	scaffold1921	774
+chromosome	scaffold1846	13495
+chromosome	Scaffold1961	356
+chromosome	scaffold1966	440
+chromosome	scaffold1956	5405
+chromosome	scaffold1976	2656
+chromosome	scaffold1981	473
+chromosome	scaffold1971	8777
+chromosome	scaffold1896	24156
+chromosome	scaffold1986	29313
+chromosome	scaffold1741	33862
+chromosome	scaffold2001	2432
+chromosome	scaffold2016	448
+chromosome	scaffold2006	825
+chromosome	scaffold2046	511
+chromosome	Scaffold2051	638
+chromosome	scaffold2056	690
+chromosome	scaffold2061	1513
+chromosome	scaffold2021	6942
+chromosome	scaffold2181	870
+chromosome	scaffold2186	500
+chromosome	scaffold2191	631
+chromosome	scaffold2196	462
+chromosome	scaffold2136	10367
+chromosome	Scaffold2206	218
+chromosome	scaffold2201	432
+chromosome	Scaffold2216	162
+chromosome	scaffold2221	739
+chromosome	Scaffold2211	232
+chromosome	Scaffold2336	226
+chromosome	scaffold2341	39074
+chromosome	scaffold3581	16280
+chromosome	scaffold3586	1181
+chromosome	Scaffold3921	765
+chromosome	Scaffold3926	193
+chromosome	scaffold3931	457
+chromosome	scaffold2011	984
+chromosome	scaffold3986	507
+chromosome	scaffold3991	524
+chromosome	scaffold3996	992
+chromosome	scaffold4026	454
+chromosome	scaffold4031	753
+chromosome	scaffold4061	2332
+chromosome	Scaffold4066	208
+chromosome	scaffold4071	1565
+chromosome	Scaffold4086	264
+chromosome	scaffold4091	1713
+chromosome	scaffold3981	10095
+chromosome	scaffold4101	720
+chromosome	scaffold4106	966
+chromosome	Scaffold4111	308
+chromosome	scaffold4116	535
+chromosome	scaffold4096	1877
+chromosome	scaffold4121	534
+chromosome	Scaffold4126	458
+chromosome	scaffold4331	464
+chromosome	scaffold4336	679
+chromosome	scaffold4546	456
+chromosome	scaffold4551	597
+chromosome	scaffold4561	786
+chromosome	Scaffold4566	193
+chromosome	scaffold4571	432
+chromosome	scaffold4576	528
+chromosome	scaffold4131	1500
+chromosome	Scaffold4626	267
+chromosome	scaffold4631	421
+chromosome	Scaffold4641	339
+chromosome	Scaffold4646	353
+chromosome	scaffold4651	589
+chromosome	scaffold4581	684
+chromosome	Scaffold4716	294
+chromosome	scaffold4711	438
+chromosome	scaffold4721	505
+chromosome	Scaffold4726	227
+chromosome	scaffold4736	1636
+chromosome	Scaffold4731	440
+chromosome	Scaffold4796	340
+chromosome	Scaffold4801	236
+chromosome	scaffold4806	829
+chromosome	Scaffold4811	481
+chromosome	Scaffold4821	238
+chromosome	scaffold4826	806
+chromosome	scaffold4831	509
+chromosome	scaffold4816	1323
+chromosome	scaffold186	992989
+chromosome	Scaffold4901	237
+chromosome	scaffold4836	547
+chromosome	Scaffold5286	264
+chromosome	scaffold4906	525
+chromosome	scaffold5561	1261
+chromosome	scaffold5571	967
+chromosome	scaffold5576	845
+chromosome	scaffold4846	10703
+chromosome	Scaffold6281	219
+chromosome	scaffold6276	20068
+chromosome	scaffold5291	11306
+chromosome	scaffold6316	768
+chromosome	Scaffold6336	261
+chromosome	scaffold6341	454
+chromosome	Scaffold6346	642
+chromosome	scaffold6286	6979
+chromosome	scaffold6356	650
+chromosome	scaffold6361	412
+chromosome	scaffold6536	559
+chromosome	scaffold6546	889
+chromosome	scaffold6351	769
+chromosome	scaffold6541	491
+chromosome	scaffold6576	791
+chromosome	scaffold6561	822
+chromosome	Scaffold6626	234
+chromosome	scaffold6581	909
+chromosome	scaffold6631	648
+chromosome	scaffold6641	2542
+chromosome	scaffold7026	483
+chromosome	scaffold1651	224145
+chromosome	scaffold7036	222
+chromosome	Scaffold7151	301
+chromosome	scaffold7156	787
+chromosome	scaffold7031	782
+chromosome	scaffold7171	496
+chromosome	scaffold7021	551
+chromosome	scaffold7176	791
+chromosome	scaffold7191	1410
+chromosome	scaffold7186	456
+chromosome	scaffold7196	501
+chromosome	scaffold7206	864
+chromosome	scaffold7201	519
+chromosome	scaffold7211	628
+chromosome	Scaffold7226	231
+chromosome	scaffold6586	1357
+chromosome	Scaffold7236	520
+chromosome	Scaffold7231	302
+chromosome	scaffold7246	892
+chromosome	scaffold7181	2879
+chromosome	scaffold7241	426
+chromosome	Scaffold7256	582
+chromosome	scaffold7261	1236
+chromosome	Scaffold7271	559
+chromosome	scaffold7276	521
+chromosome	scaffold2226	75141
+chromosome	scaffold7281	988
+chromosome	Scaffold7291	252
+chromosome	scaffold7296	614
+chromosome	scaffold7301	9842
+chromosome	Scaffold7306	815
+chromosome	Scaffold7316	1024
+chromosome	scaffold7311	859
+chromosome	Scaffold7326	280
+chromosome	scaffold7331	554
+chromosome	scaffold7216	1453
+chromosome	scaffold7386	902
+chromosome	scaffold7251	1399
+chromosome	scaffold7321	1166
+chromosome	Scaffold7411	266
+chromosome	Scaffold7416	811
+chromosome	scaffold7426	763
+chromosome	scaffold7431	956
+chromosome	scaffold7391	2117
+chromosome	scaffold7421	480
+chromosome	scaffold7446	886
+chromosome	scaffold7351	2147
+chromosome	scaffold7611	3040
+chromosome	scaffold7471	1543
+chromosome	scaffold1991	77515
+chromosome	scaffold7286	863
+chromosome	scaffold771	594917
+chromosome	scaffold2	282777
+chromosome	scaffold1376	1027989
+chromosome	scaffold1781	156639
+chromosome	scaffold237	219535
+chromosome	Scaffold252	271
+chromosome	scaffold1106	751363
+chromosome	scaffold72	478983
+chromosome	scaffold82	886116
+chromosome	scaffold147	312404
+chromosome	scaffold816	1183837
+chromosome	scaffold287	376916
+chromosome	scaffold172	478360
+chromosome	scaffold392	122589
+chromosome	scaffold222	740026
+chromosome	scaffold377	238865
+chromosome	scaffold307	461234
+chromosome	scaffold402	197096
+chromosome	Scaffold502	199
+chromosome	scaffold22	1239070
+chromosome	scaffold407	315942
+chromosome	scaffold347	288114
+chromosome	Scaffold572	193
+chromosome	scaffold557	27808
+chromosome	scaffold507	286165
+chromosome	Scaffold607	204
+chromosome	scaffold467	305730
+chromosome	scaffold352	704528
+chromosome	scaffold667	9921
+chromosome	scaffold202	634290
+chromosome	scaffold657	106423
+chromosome	scaffold532	375294
+chromosome	scaffold592	374265
+chromosome	scaffold612	637071
+chromosome	Scaffold752	513
+chromosome	scaffold697	99289
+chromosome	Scaffold762	840
+chromosome	scaffold767	450
+chromosome	scaffold727	102095
+chromosome	scaffold792	647
+chromosome	scaffold797	665
+chromosome	scaffold757	123911
+chromosome	scaffold122	1363751
+chromosome	scaffold442	762430
+chromosome	scaffold887	80550
+chromosome	scaffold922	468
+chromosome	scaffold812	149691
+chromosome	scaffold947	24302
+chromosome	scaffold967	140824
+chromosome	scaffold737	294954
+chromosome	scaffold707	434909
+chromosome	scaffold1127	155897
+chromosome	scaffold802	283822
+chromosome	scaffold1167	563
+chromosome	scaffold477	953893
+chromosome	scaffold1147	228457
+chromosome	Scaffold1197	180
+chromosome	scaffold1172	47583
+chromosome	Scaffold1212	221
+chromosome	scaffold1217	153859
+chromosome	scaffold1192	16423
+chromosome	Scaffold1257	193
+chromosome	scaffold672	568423
+chromosome	scaffold982	224220
+chromosome	scaffold1292	6917
+chromosome	scaffold1297	749
+chromosome	scaffold1267	29625
+chromosome	scaffold1262	19492
+chromosome	scaffold1382	11653
+chromosome	scaffold1302	122751
+chromosome	scaffold1642	874
+chromosome	scaffold1647	806
+chromosome	scaffold1652	587
+chromosome	scaffold1277	162565
+chromosome	scaffold1682	54166
+chromosome	Scaffold1697	1146
+chromosome	scaffold1702	482
+chromosome	Scaffold1707	306
+chromosome	Scaffold1712	175
+chromosome	Scaffold1717	184
+chromosome	scaffold1722	22860
+chromosome	Scaffold1757	310
+chromosome	scaffold1202	289929
+chromosome	scaffold1832	438
+chromosome	scaffold1657	89727
+chromosome	scaffold1837	4186
+chromosome	scaffold772	377049
+chromosome	scaffold1982	595
+chromosome	scaffold1987	486
+chromosome	Scaffold1992	249
+chromosome	scaffold1997	449
+chromosome	Scaffold2002	207
+chromosome	Scaffold2007	169
+chromosome	scaffold1847	12863
+chromosome	Scaffold2022	452
+chromosome	scaffold2027	597
+chromosome	scaffold2032	3719
+chromosome	Scaffold2042	217
+chromosome	scaffold2047	14998
+chromosome	Scaffold2052	171
+chromosome	scaffold2057	1442
+chromosome	scaffold2062	294
+chromosome	scaffold2067	9817
+chromosome	scaffold2012	10496
+chromosome	scaffold2077	931
+chromosome	Scaffold2082	203
+chromosome	Scaffold2087	346
+chromosome	scaffold2092	553
+chromosome	scaffold2097	510
+chromosome	scaffold1852	182546
+chromosome	scaffold2137	531
+chromosome	scaffold2142	749
+chromosome	scaffold2147	1200
+chromosome	scaffold2152	494
+chromosome	scaffold2157	10529
+chromosome	scaffold2162	13922
+chromosome	scaffold2167	1434
+chromosome	scaffold2172	11761
+chromosome	scaffold2177	1223
+chromosome	scaffold2182	9853
+chromosome	scaffold2187	1135
+chromosome	scaffold2192	1295
+chromosome	Scaffold2197	180
+chromosome	scaffold2202	846
+chromosome	scaffold927	431136
+chromosome	scaffold1762	92966
+chromosome	scaffold2217	583
+chromosome	scaffold2212	3200
+chromosome	Scaffold2227	201
+chromosome	scaffold2207	12271
+chromosome	Scaffold2237	278
+chromosome	scaffold2242	799
+chromosome	scaffold2072	18142
+chromosome	scaffold2247	1229
+chromosome	scaffold837	672858
+chromosome	Scaffold2267	191
+chromosome	Scaffold2272	163
+chromosome	scaffold2277	654
+chromosome	scaffold2252	12345
+chromosome	scaffold2282	16822
+chromosome	scaffold2232	1255
+chromosome	Scaffold2602	165
+chromosome	Scaffold2607	163
+chromosome	scaffold2222	4631
+chromosome	scaffold2612	454
+chromosome	scaffold2617	427
+chromosome	Scaffold2627	241
+chromosome	Scaffold2632	177
+chromosome	scaffold2642	509
+chromosome	scaffold2637	469
+chromosome	scaffold2397	4425
+chromosome	scaffold2647	4815
+chromosome	scaffold2682	22914
+chromosome	scaffold2677	797
+chromosome	scaffold2687	838
+chromosome	scaffold2702	558
+chromosome	scaffold2692	1122
+chromosome	Scaffold2707	276
+chromosome	scaffold2717	1874
+chromosome	scaffold2697	1467
+chromosome	scaffold2527	89004
+chromosome	Scaffold2742	213
+chromosome	scaffold2727	1157
+chromosome	scaffold2747	484
+chromosome	scaffold2712	1215
+chromosome	scaffold2852	538
+chromosome	Scaffold2857	227
+chromosome	scaffold2847	652
+chromosome	Scaffold2867	245
+chromosome	Scaffold2872	184
+chromosome	Scaffold2877	191
+chromosome	scaffold2882	13073
+chromosome	scaffold2992	885
+chromosome	scaffold2997	558
+chromosome	scaffold2862	501
+chromosome	Scaffold3017	163
+chromosome	scaffold3022	600
+chromosome	Scaffold3027	160
+chromosome	scaffold3002	1938
+chromosome	scaffold3032	5096
+chromosome	scaffold3072	477
+chromosome	Scaffold3067	234
+chromosome	Scaffold3142	195
+chromosome	Scaffold3147	192
+chromosome	scaffold3152	495
+chromosome	scaffold3182	447
+chromosome	Scaffold3187	187
+chromosome	scaffold3192	1992
+chromosome	Scaffold3232	271
+chromosome	scaffold3077	6794
+chromosome	scaffold2102	17188
+chromosome	Scaffold3297	202
+chromosome	scaffold3307	598
+chromosome	scaffold3302	523
+chromosome	scaffold3312	1836
+chromosome	scaffold257	1452135
+chromosome	scaffold3342	561
+chromosome	scaffold3327	5071
+chromosome	scaffold3347	2159
+chromosome	scaffold3352	777
+chromosome	scaffold3362	1126
+chromosome	scaffold3357	10157
+chromosome	scaffold3372	466
+chromosome	Scaffold3377	283
+chromosome	scaffold3367	1285
+chromosome	scaffold3387	470
+chromosome	Scaffold3382	745
+chromosome	scaffold3392	520
+chromosome	Scaffold3402	401
+chromosome	scaffold2822	53510
+chromosome	scaffold1532	251036
+chromosome	scaffold3397	3425
+chromosome	scaffold3412	742
+chromosome	scaffold3422	439
+chromosome	scaffold3417	1234
+chromosome	Scaffold3442	215
+chromosome	scaffold3427	814
+chromosome	scaffold3457	1194
+chromosome	scaffold3437	2661
+chromosome	scaffold3462	590
+chromosome	Scaffold3467	235
+chromosome	scaffold3477	851
+chromosome	Scaffold3482	518
+chromosome	Scaffold3487	204
+chromosome	Scaffold3492	184
+chromosome	Scaffold3497	268
+chromosome	scaffold3502	454
+chromosome	Scaffold3507	430
+chromosome	scaffold3472	3163
+chromosome	Scaffold3517	248
+chromosome	scaffold3512	734
+chromosome	scaffold3522	569
+chromosome	Scaffold3652	205
+chromosome	Scaffold3657	248
+chromosome	scaffold3662	3121
+chromosome	scaffold3677	3728
+chromosome	scaffold3407	18310
+chromosome	scaffold3682	541
+chromosome	Scaffold3687	237
+chromosome	scaffold3527	2755
+chromosome	scaffold3692	587
+chromosome	scaffold3717	491
+chromosome	scaffold3722	1098
+chromosome	scaffold3447	949
+chromosome	Scaffold3737	264
+chromosome	Scaffold3747	172
+chromosome	scaffold3752	541
+chromosome	scaffold3732	904
+chromosome	scaffold3742	1201
+chromosome	scaffold3762	836
+chromosome	scaffold3772	450
+chromosome	scaffold3697	3373
+chromosome	scaffold3767	655
+chromosome	Scaffold3927	439
+chromosome	scaffold3757	1790
+chromosome	scaffold3777	6370
+chromosome	scaffold3922	939
+chromosome	scaffold3932	873
+chromosome	scaffold3947	547
+chromosome	scaffold3957	929
+chromosome	scaffold3952	489
+chromosome	Scaffold3942	228
+chromosome	Scaffold3962	581
+chromosome	scaffold3972	534
+chromosome	scaffold3967	479
+chromosome	scaffold3992	829
+chromosome	Scaffold3997	168
+chromosome	scaffold3322	1078
+chromosome	scaffold3987	489
+chromosome	scaffold4002	1350
+chromosome	Scaffold4017	261
+chromosome	scaffold4012	465
+chromosome	Scaffold4022	799
+chromosome	scaffold3937	1909
+chromosome	Scaffold4112	190
+chromosome	scaffold4027	1118
+chromosome	scaffold4007	1892
+chromosome	scaffold4132	510
+chromosome	scaffold3977	4928
+chromosome	scaffold4032	4452
+chromosome	scaffold4142	716
+chromosome	scaffold4117	972
+chromosome	scaffold4137	702
+chromosome	Scaffold4172	181
+chromosome	scaffold4152	1023
+chromosome	Scaffold4167	183
+chromosome	Scaffold4177	212
+chromosome	scaffold4127	593
+chromosome	scaffold4147	544
+chromosome	scaffold4182	799
+chromosome	scaffold4202	457
+chromosome	scaffold4187	858
+chromosome	Scaffold4212	578
+chromosome	Scaffold4217	189
+chromosome	scaffold4227	785
+chromosome	Scaffold4232	232
+chromosome	Scaffold4237	110
+chromosome	Scaffold4242	500
+chromosome	scaffold1246	817290
+chromosome	scaffold4247	5461
+chromosome	scaffold4452	608
+chromosome	scaffold4362	1215
+chromosome	Scaffold5507	263
+chromosome	scaffold5512	1203
+chromosome	scaffold4457	754
+chromosome	Scaffold5522	217
+chromosome	Scaffold5527	546
+chromosome	scaffold5532	586
+chromosome	scaffold4192	1051
+chromosome	scaffold5542	571
+chromosome	scaffold5547	699
+chromosome	scaffold5537	1592
+chromosome	scaffold5517	825
+chromosome	Scaffold5562	189
+chromosome	Scaffold5567	174
+chromosome	Scaffold5557	232
+chromosome	Scaffold5577	228
+chromosome	scaffold5552	755
+chromosome	Scaffold5587	173
+chromosome	scaffold5572	563
+chromosome	scaffold5582	996
+chromosome	Scaffold5602	394
+chromosome	Scaffold5607	192
+chromosome	scaffold4197	1875
+chromosome	Scaffold5617	174
+chromosome	scaffold5622	482
+chromosome	scaffold4207	1517
+chromosome	scaffold5592	3270
+chromosome	scaffold5627	410
+chromosome	scaffold2262	7317
+chromosome	scaffold5642	878
+chromosome	scaffold5612	1446
+chromosome	scaffold5632	769
+chromosome	Scaffold5662	484
+chromosome	scaffold5597	1325
+chromosome	scaffold5657	11929
+chromosome	Scaffold5677	192
+chromosome	Scaffold5672	193
+chromosome	scaffold5682	888
+chromosome	scaffold5667	492
+chromosome	Scaffold5717	272
+chromosome	scaffold5687	1067
+chromosome	Scaffold5727	234
+chromosome	scaffold5732	482
+chromosome	scaffold5737	1077
+chromosome	scaffold5637	1776
+chromosome	scaffold5747	9900
+chromosome	scaffold5752	898
+chromosome	Scaffold5757	174
+chromosome	Scaffold5762	248
+chromosome	scaffold5742	840
+chromosome	scaffold5722	5088
+chromosome	scaffold5712	488
+chromosome	Scaffold5797	232
+chromosome	scaffold5767	9807
+chromosome	scaffold5652	831
+chromosome	scaffold5802	550
+chromosome	scaffold5792	573
+chromosome	Scaffold5817	257
+chromosome	scaffold5822	979
+chromosome	scaffold5832	487
+chromosome	scaffold5807	482
+chromosome	scaffold5842	609
+chromosome	Scaffold5857	189
+chromosome	scaffold5827	1241
+chromosome	scaffold5867	922
+chromosome	Scaffold5872	435
+chromosome	Scaffold5877	185
+chromosome	Scaffold5887	225
+chromosome	scaffold5882	483
+chromosome	Scaffold5902	209
+chromosome	scaffold5892	441
+chromosome	Scaffold5907	235
+chromosome	Scaffold6022	256
+chromosome	Scaffold6027	364
+chromosome	Scaffold6032	1043
+chromosome	scaffold5812	748
+chromosome	scaffold6037	10446
+chromosome	scaffold6067	815
+chromosome	scaffold6102	3086
+chromosome	scaffold5647	24570
+chromosome	Scaffold6492	370
+chromosome	scaffold5912	765
+chromosome	scaffold6497	452
+chromosome	Scaffold6507	287
+chromosome	scaffold6512	598
+chromosome	scaffold6502	1504
+chromosome	Scaffold6527	294
+chromosome	Scaffold6532	252
+chromosome	Scaffold6537	203
+chromosome	scaffold6522	986
+chromosome	scaffold6542	1315
+chromosome	Scaffold6557	340
+chromosome	scaffold5862	9839
+chromosome	Scaffold6562	307
+chromosome	scaffold6552	515
+chromosome	scaffold6577	441
+chromosome	Scaffold6567	503
+chromosome	scaffold6122	21361
+chromosome	scaffold6572	507
+chromosome	scaffold6582	499
+chromosome	Scaffold6812	357
+chromosome	scaffold6587	3193
+chromosome	scaffold6732	809
+chromosome	scaffold6817	653
+chromosome	Scaffold6827	280
+chromosome	Scaffold6832	309
+chromosome	scaffold6822	819
+chromosome	scaffold6907	613
+chromosome	scaffold6837	1346
+chromosome	scaffold6872	1413
+chromosome	scaffold6932	1149
+chromosome	Scaffold6952	334
+chromosome	scaffold6957	606
+chromosome	scaffold6912	609
+chromosome	Scaffold6962	222
+chromosome	scaffold6867	547
+chromosome	scaffold6987	451
+chromosome	scaffold6967	1602
+chromosome	scaffold6992	1324
+chromosome	scaffold6997	1017
+chromosome	Scaffold7012	215
+chromosome	scaffold7017	578
+chromosome	scaffold7002	426
+chromosome	scaffold7202	1093
+chromosome	Scaffold7252	311
+chromosome	Scaffold7257	544
+chromosome	scaffold7037	3472
+chromosome	scaffold7262	437
+chromosome	scaffold6917	2009
+chromosome	scaffold6087	2835
+chromosome	Scaffold7302	832
+chromosome	scaffold7272	554
+chromosome	Scaffold7267	497
+chromosome	Scaffold7312	213
+chromosome	Scaffold7322	226
+chromosome	scaffold7307	678
+chromosome	scaffold7317	495
+chromosome	Scaffold7332	576
+chromosome	scaffold7337	443
+chromosome	scaffold7342	1744
+chromosome	scaffold7372	665
+chromosome	scaffold7377	523
+chromosome	Scaffold7327	1344
+chromosome	scaffold7387	496
+chromosome	Scaffold7427	225
+chromosome	scaffold7362	2051
+chromosome	scaffold7292	472
+chromosome	Scaffold7432	807
+chromosome	Scaffold7447	611
+chromosome	scaffold7457	487
+chromosome	Scaffold7452	1056
+chromosome	scaffold7392	752
+chromosome	Scaffold7517	235
+chromosome	scaffold7007	1075
+chromosome	Scaffold7512	238
+chromosome	Scaffold7522	907
+chromosome	scaffold7602	1022
+chromosome	scaffold7462	889
+chromosome	Scaffold7607	396
+chromosome	Scaffold7617	857
+chromosome	Scaffold7612	767
+chromosome	Scaffold7627	568
+chromosome	Scaffold7622	344
+chromosome	scaffold7632	863
+chromosome	scaffold7527	757
+chromosome	scaffold7437	793
+chromosome	scaffold7532	9795
+chromosome	scaffold7637	3735
+chromosome	scaffold4222	1093
+chromosome	scaffold5772	813
+chromosome	scaffold27	96024
+chromosome	scaffold2757	1489
+chromosome	scaffold3237	5859
+chromosome	scaffold92	251004
+chromosome	scaffold132	84976
+chromosome	scaffold1017	633228
+chromosome	scaffold87	240656
+chromosome	scaffold1307	145805
+chromosome	scaffold177	5282
+chromosome	scaffold142	69760
+chromosome	scaffold117	368784
+chromosome	scaffold127	275928
+chromosome	scaffold102	328008
+chromosome	scaffold182	200414
+chromosome	scaffold267	1245
+chromosome	scaffold187	289204
+chromosome	scaffold17	857370
+chromosome	scaffold232	372852
+chromosome	scaffold137	443284
+chromosome	scaffold357	21482
+chromosome	scaffold317	367021
+chromosome	scaffold152	427613
+chromosome	scaffold272	361253
+chromosome	scaffold207	1125759
+chromosome	scaffold362	245103
+chromosome	scaffold77	856224
+chromosome	scaffold327	407817
+chromosome	scaffold261	1032209
+chromosome	scaffold247	1025490
+chromosome	scaffold552	49339
+chromosome	scaffold427	456750
+chromosome	scaffold597	31716
+chromosome	scaffold632	78655
+chromosome	scaffold292	651187
+chromosome	scaffold527	292275
+chromosome	scaffold692	226877
+chromosome	scaffold602	131193
+chromosome	scaffold537	225667
+chromosome	scaffold777	920
+chromosome	scaffold457	301511
+chromosome	scaffold817	480
+chromosome	scaffold382	908460
+chromosome	scaffold712	280095
+chromosome	scaffold782	109247
+chromosome	Scaffold902	235
+chromosome	scaffold907	481
+chromosome	Scaffold912	309
+chromosome	scaffold892	138909
+chromosome	scaffold937	1727
+chromosome	scaffold822	405941
+chromosome	scaffold952	105170
+chromosome	Scaffold957	282
+chromosome	scaffold562	604562
+chromosome	scaffold437	711507
+chromosome	scaffold1042	10796
+chromosome	scaffold1012	166269
+chromosome	Scaffold1057	238
+chromosome	scaffold37	971384
+chromosome	scaffold1132	1188
+chromosome	scaffold1137	11437
+chromosome	scaffold722	659025
+chromosome	scaffold917	125048
+chromosome	scaffold1047	128325
+chromosome	scaffold787	532825
+chromosome	scaffold1222	95566
+chromosome	scaffold1282	756
+chromosome	scaffold1157	101167
+chromosome	scaffold1142	114546
+chromosome	scaffold1392	1924
+chromosome	Scaffold1397	197
+chromosome	scaffold1247	127403
+chromosome	scaffold857	406924
+chromosome	scaffold1457	10758
+chromosome	Scaffold1462	420
+chromosome	scaffold1367	199287
+chromosome	scaffold1477	1008
+chromosome	scaffold1062	329738
+chromosome	scaffold1467	20950
+chromosome	scaffold1562	2529
+chromosome	scaffold1572	494
+chromosome	scaffold1577	36691
+chromosome	Scaffold1582	188
+chromosome	Scaffold1587	165
+chromosome	Scaffold1592	370
+chromosome	scaffold1597	1064
+chromosome	scaffold1522	74289
+chromosome	scaffold1622	7856
+chromosome	scaffold1177	546294
+chromosome	scaffold1632	440
+chromosome	scaffold962	387180
+chromosome	scaffold1637	25116
+chromosome	scaffold1687	788
+chromosome	scaffold1627	24966
+chromosome	scaffold1767	4492
+chromosome	scaffold1772	852
+chromosome	scaffold1777	911
+chromosome	scaffold637	695382
+chromosome	scaffold1932	433
+chromosome	scaffold1937	443
+chromosome	scaffold1672	56274
+chromosome	scaffold1942	778
+chromosome	Scaffold1952	192
+chromosome	Scaffold1947	952
+chromosome	scaffold1957	9911
+chromosome	Scaffold1962	181
+chromosome	scaffold1402	211567
+chromosome	scaffold1977	3602
+chromosome	scaffold1692	231630
+chromosome	scaffold1782	162736
+chromosome	scaffold2342	12731
+chromosome	scaffold2337	862
+chromosome	scaffold2392	11115
+chromosome	scaffold2402	974
+chromosome	Scaffold2407	156
+chromosome	Scaffold2412	303
+chromosome	scaffold2017	5801
+chromosome	Scaffold2457	173
+chromosome	scaffold2462	4685
+chromosome	scaffold2467	447
+chromosome	scaffold2417	25341
+chromosome	scaffold2472	1266
+chromosome	Scaffold2477	236
+chromosome	Scaffold2487	163
+chromosome	Scaffold2492	202
+chromosome	scaffold2482	1024
+chromosome	scaffold2517	3273
+chromosome	scaffold1967	63194
+chromosome	Scaffold2542	195
+chromosome	Scaffold2547	223
+chromosome	scaffold2552	505
+chromosome	scaffold2557	1187
+chromosome	scaffold2497	6292
+chromosome	scaffold2917	832
+chromosome	scaffold2922	586
+chromosome	scaffold3007	905
+chromosome	scaffold1492	179407
+chromosome	Scaffold3037	178
+chromosome	scaffold3012	16695
+chromosome	scaffold3047	1252
+chromosome	Scaffold3052	242
+chromosome	Scaffold3042	290
+chromosome	scaffold2522	29520
+chromosome	scaffold942	369923
+chromosome	Scaffold3122	226
+chromosome	scaffold1602	146834
+chromosome	Scaffold3132	173
+chromosome	scaffold3057	1243
+chromosome	scaffold3117	887
+chromosome	scaffold3572	886
+chromosome	Scaffold3577	220
+chromosome	Scaffold3582	230
+chromosome	scaffold3567	923
+chromosome	scaffold3137	19528
+chromosome	scaffold3587	443
+chromosome	scaffold3592	810
+chromosome	scaffold3982	3105
+chromosome	scaffold3597	767
+chromosome	Scaffold4042	445
+chromosome	scaffold4037	901
+chromosome	Scaffold4052	336
+chromosome	scaffold4057	550
+chromosome	Scaffold4062	205
+chromosome	Scaffold4067	190
+chromosome	scaffold4047	1510
+chromosome	scaffold4077	477
+chromosome	scaffold4082	1378
+chromosome	Scaffold4087	257
+chromosome	scaffold2037	280381
+chromosome	scaffold4092	957
+chromosome	Scaffold4097	450
+chromosome	scaffold4107	446
+chromosome	scaffold4122	1273
+chromosome	Scaffold4157	215
+chromosome	scaffold4102	945
+chromosome	Scaffold4257	186
+chromosome	scaffold4162	3719
+chromosome	scaffold3062	17774
+chromosome	scaffold4272	415
+chromosome	Scaffold4267	383
+chromosome	scaffold2352	10452
+chromosome	scaffold4277	512
+chromosome	scaffold4292	485
+chromosome	scaffold4297	803
+chromosome	scaffold4287	479
+chromosome	scaffold4302	516
+chromosome	Scaffold4312	217
+chromosome	scaffold4317	492
+chromosome	scaffold4307	1590
+chromosome	scaffold4322	2183
+chromosome	scaffold4327	485
+chromosome	scaffold4337	609
+chromosome	scaffold4332	757
+chromosome	scaffold4347	445
+chromosome	scaffold4282	9871
+chromosome	scaffold4352	1054
+chromosome	scaffold4367	7291
+chromosome	scaffold4342	1521
+chromosome	scaffold3127	7699
+chromosome	scaffold4357	7736
+chromosome	Scaffold4377	189
+chromosome	scaffold4382	412
+chromosome	scaffold4392	856
+chromosome	Scaffold4397	510
+chromosome	Scaffold4402	184
+chromosome	scaffold2927	40150
+chromosome	scaffold4372	729
+chromosome	scaffold4417	440
+chromosome	scaffold4422	468
+chromosome	Scaffold4432	226
+chromosome	scaffold4407	1407
+chromosome	scaffold4412	769
+chromosome	scaffold4437	1118
+chromosome	Scaffold4442	166
+chromosome	Scaffold4462	214
+chromosome	scaffold4387	809
+chromosome	Scaffold4467	249
+chromosome	scaffold4427	717
+chromosome	scaffold4447	934
+chromosome	Scaffold4482	989
+chromosome	scaffold4492	932
+chromosome	Scaffold4497	644
+chromosome	Scaffold4507	605
+chromosome	Scaffold4512	200
+chromosome	scaffold4472	1115
+chromosome	Scaffold4517	479
+chromosome	Scaffold4502	437
+chromosome	Scaffold4527	637
+chromosome	scaffold4522	1546
+chromosome	scaffold4477	2550
+chromosome	scaffold4532	969
+chromosome	scaffold4547	477
+chromosome	scaffold4552	825
+chromosome	scaffold4537	1343
+chromosome	scaffold4542	780
+chromosome	scaffold4567	1401
+chromosome	scaffold4562	558
+chromosome	scaffold4487	2871
+chromosome	Scaffold4582	563
+chromosome	Scaffold4592	202
+chromosome	Scaffold4597	191
+chromosome	scaffold4602	436
+chromosome	scaffold4607	671
+chromosome	Scaffold4612	199
+chromosome	Scaffold4617	213
+chromosome	scaffold4577	499
+chromosome	Scaffold4622	1479
+chromosome	scaffold4572	853
+chromosome	scaffold4637	457
+chromosome	scaffold4262	4149
+chromosome	Scaffold4642	371
+chromosome	scaffold4557	1637
+chromosome	scaffold4652	839
+chromosome	scaffold4662	456
+chromosome	Scaffold4627	240
+chromosome	scaffold4657	473
+chromosome	scaffold4667	443
+chromosome	scaffold4647	864
+chromosome	Scaffold4782	189
+chromosome	Scaffold4777	230
+chromosome	scaffold4792	546
+chromosome	scaffold4787	809
+chromosome	scaffold4797	506
+chromosome	Scaffold4802	501
+chromosome	scaffold4812	464
+chromosome	scaffold4587	1308
+chromosome	Scaffold4672	438
+chromosome	scaffold4822	463
+chromosome	Scaffold4832	391
+chromosome	Scaffold4837	230
+chromosome	Scaffold4827	695
+chromosome	Scaffold4842	295
+chromosome	scaffold4807	10766
+chromosome	scaffold4632	1776
+chromosome	Scaffold4972	507
+chromosome	scaffold4977	475
+chromosome	scaffold4677	13877
+chromosome	scaffold4882	2613
+chromosome	Scaffold4987	252
+chromosome	Scaffold4992	216
+chromosome	scaffold4997	1473
+chromosome	Scaffold5007	233
+chromosome	scaffold4072	684
+chromosome	scaffold4982	732
+chromosome	Scaffold5022	194
+chromosome	scaffold5012	10086
+chromosome	Scaffold5002	410
+chromosome	scaffold5032	562
+chromosome	Scaffold5027	280
+chromosome	Scaffold5042	231
+chromosome	Scaffold5052	174
+chromosome	Scaffold5037	199
+chromosome	Scaffold5062	229
+chromosome	Scaffold5067	253
+chromosome	Scaffold5057	549
+chromosome	scaffold5077	524
+chromosome	Scaffold5082	269
+chromosome	scaffold5047	564
+chromosome	scaffold4817	1773
+chromosome	Scaffold5087	465
+chromosome	scaffold5017	3020
+chromosome	scaffold5102	1168
+chromosome	scaffold5072	790
+chromosome	Scaffold5117	272
+chromosome	scaffold5092	2522
+chromosome	Scaffold5127	209
+chromosome	scaffold5097	2740
+chromosome	scaffold5112	1376
+chromosome	scaffold5142	820
+chromosome	scaffold5132	1066
+chromosome	Scaffold5152	247
+chromosome	scaffold5147	599
+chromosome	scaffold5137	423
+chromosome	scaffold5157	510
+chromosome	Scaffold5162	247
+chromosome	scaffold5107	2866
+chromosome	scaffold5172	9821
+chromosome	scaffold5167	766
+chromosome	scaffold5122	4822
+chromosome	scaffold5177	422
+chromosome	scaffold5197	429
+chromosome	Scaffold5207	182
+chromosome	scaffold5202	552
+chromosome	scaffold5182	705
+chromosome	scaffold4902	3969
+chromosome	scaffold5222	808
+chromosome	Scaffold5232	433
+chromosome	Scaffold5227	344
+chromosome	Scaffold5242	228
+chromosome	scaffold5247	553
+chromosome	scaffold5252	542
+chromosome	Scaffold5257	167
+chromosome	Scaffold5262	255
+chromosome	scaffold5212	483
+chromosome	Scaffold5267	290
+chromosome	scaffold5277	877
+chromosome	scaffold5282	769
+chromosome	Scaffold5287	195
+chromosome	scaffold5217	2476
+chromosome	scaffold5187	1302
+chromosome	scaffold5297	515
+chromosome	Scaffold5307	201
+chromosome	scaffold5272	2563
+chromosome	scaffold5192	1801
+chromosome	Scaffold5317	171
+chromosome	Scaffold5327	569
+chromosome	scaffold5292	769
+chromosome	scaffold5237	3823
+chromosome	scaffold5302	743
+chromosome	Scaffold5347	332
+chromosome	scaffold5322	1333
+chromosome	Scaffold5352	284
+chromosome	Scaffold5362	227
+chromosome	scaffold5342	2549
+chromosome	Scaffold5372	165
+chromosome	scaffold5377	564
+chromosome	scaffold5312	934
+chromosome	Scaffold5387	489
+chromosome	scaffold5392	1014
+chromosome	scaffold5357	3155
+chromosome	Scaffold5437	189
+chromosome	scaffold5447	450
+chromosome	scaffold5337	2731
+chromosome	Scaffold5457	238
+chromosome	Scaffold5462	263
+chromosome	scaffold5442	895
+chromosome	scaffold5452	866
+chromosome	Scaffold5482	235
+chromosome	scaffold5477	464
+chromosome	scaffold5492	674
+chromosome	scaffold5487	589
+chromosome	scaffold5367	777
+chromosome	scaffold5497	2810
+chromosome	Scaffold5782	331
+chromosome	scaffold5787	739
+chromosome	Scaffold5847	468
+chromosome	scaffold5777	802
+chromosome	scaffold492	1068411
+chromosome	Scaffold5932	224
+chromosome	scaffold5937	1170
+chromosome	scaffold5467	50705
+chromosome	scaffold5852	800
+chromosome	scaffold5382	594
+chromosome	Scaffold5987	178
+chromosome	scaffold5992	493
+chromosome	Scaffold5997	210
+chromosome	Scaffold6002	248
+chromosome	Scaffold6007	191
+chromosome	scaffold5982	447
+chromosome	scaffold5962	2742
+chromosome	scaffold5897	7496
+chromosome	scaffold6042	1445
+chromosome	Scaffold6012	207
+chromosome	scaffold6017	484
+chromosome	Scaffold6052	239
+chromosome	scaffold6057	429
+chromosome	Scaffold6077	446
+chromosome	scaffold6082	504
+chromosome	Scaffold6092	190
+chromosome	scaffold6097	510
+chromosome	Scaffold5957	509
+chromosome	Scaffold6107	427
+chromosome	Scaffold6127	751
+chromosome	scaffold6072	753
+chromosome	scaffold6112	474
+chromosome	scaffold6142	795
+chromosome	scaffold6062	2643
+chromosome	scaffold6147	1360
+chromosome	scaffold6132	1223
+chromosome	scaffold5332	441
+chromosome	scaffold6217	565
+chromosome	scaffold6157	1582
+chromosome	Scaffold6247	331
+chromosome	scaffold6257	517
+chromosome	scaffold6152	1666
+chromosome	scaffold6262	503
+chromosome	scaffold6437	452
+chromosome	Scaffold6432	295
+chromosome	scaffold6442	156
+chromosome	Scaffold6447	261
+chromosome	Scaffold6592	409
+chromosome	scaffold6597	850
+chromosome	Scaffold6602	470
+chromosome	scaffold6237	481
+chromosome	scaffold6612	638
+chromosome	scaffold6137	1176
+chromosome	scaffold6637	611
+chromosome	scaffold6607	739
+chromosome	scaffold6047	475
+chromosome	scaffold6677	483
+chromosome	Scaffold6692	245
+chromosome	scaffold6452	5062
+chromosome	scaffold6697	522
+chromosome	Scaffold6737	248
+chromosome	Scaffold6742	214
+chromosome	scaffold6747	1603
+chromosome	scaffold6642	731
+chromosome	scaffold6687	767
+chromosome	Scaffold6757	346
+chromosome	scaffold6762	442
+chromosome	scaffold6767	596
+chromosome	scaffold6727	552
+chromosome	scaffold6752	9867
+chromosome	scaffold6772	439
+chromosome	scaffold6787	762
+chromosome	Scaffold6797	255
+chromosome	scaffold6777	9810
+chromosome	Scaffold6802	185
+chromosome	scaffold6877	590
+chromosome	scaffold6782	579
+chromosome	Scaffold6887	258
+chromosome	scaffold6882	449
+chromosome	Scaffold6892	257
+chromosome	Scaffold6897	301
+chromosome	Scaffold6922	293
+chromosome	scaffold6807	3253
+chromosome	scaffold6792	614
+chromosome	Scaffold6942	305
+chromosome	Scaffold6937	402
+chromosome	scaffold6927	850
+chromosome	Scaffold6972	272
+chromosome	scaffold6977	503
+chromosome	Scaffold7182	524
+chromosome	scaffold6902	1545
+chromosome	Scaffold7187	233
+chromosome	scaffold6947	2314
+chromosome	scaffold7192	537
+chromosome	scaffold7587	2182
+chromosome	scaffold7582	538
+chromosome	scaffold6982	2586
+chromosome	Scaffold7707	703
+chromosome	scaffold7592	2267
+chromosome	Scaffold7702	589
+chromosome	scaffold7712	828
+chromosome	scaffold7197	5242
+chromosome	scaffold6252	718
+chromosome	scaffold7717	1482
+chromosome	scaffold5502	23103
+chromosome	scaffold107	1185
+chromosome	scaffold6682	1239
+chromosome	scaffold3602	67908
+chromosome	scaffold62	47034
+chromosome	scaffold1287	348110
+chromosome	scaffold1452	11191
+chromosome	scaffold47	42419
+chromosome	scaffold472	724692
+chromosome	scaffold157	344761
+chromosome	scaffold337	73900
+chromosome	scaffold332	24100
+chromosome	scaffold167	279242
+chromosome	scaffold4847	1569
+chromosome	scaffold282	641509
+chromosome	scaffold52	201729
+chromosome	scaffold447	361934
+chromosome	scaffold302	195591
+chromosome	Scaffold512	203
+chromosome	scaffold517	4700
+chromosome	scaffold192	516666
+chromosome	scaffold482	98818
+chromosome	scaffold487	313596
+chromosome	scaffold622	9885
+chromosome	scaffold372	315678
+chromosome	scaffold617	1204
+chromosome	Scaffold647	241
+chromosome	scaffold642	122576
+chromosome	scaffold627	122796
+chromosome	scaffold687	98549
+chromosome	scaffold342	754271
+chromosome	scaffold677	408058
+chromosome	scaffold702	184671
+chromosome	scaffold742	432
+chromosome	scaffold462	734926
+chromosome	scaffold112	1548205
+chromosome	scaffold827	19536
+chromosome	scaffold732	213109
+chromosome	scaffold7	1234265
+chromosome	scaffold587	611293
+chromosome	scaffold832	44001
+chromosome	scaffold652	225497
+chromosome	scaffold862	34987
+chromosome	Scaffold1002	296
+chromosome	scaffold997	50642
+chromosome	scaffold972	188230
+chromosome	scaffold1022	68174
+chromosome	scaffold1087	602
+chromosome	scaffold1092	644
+chromosome	scaffold842	271988
+chromosome	scaffold1107	896
+chromosome	scaffold877	335289
+chromosome	scaffold1182	871
+chromosome	scaffold717	396480
+chromosome	scaffold1227	14722
+chromosome	Scaffold1232	261
+chromosome	scaffold1237	3490
+chromosome	scaffold1242	5692
+chromosome	scaffold1037	264055
+chromosome	scaffold1097	158790
+chromosome	Scaffold1312	164
+chromosome	scaffold1317	1160
+chromosome	scaffold1252	38862
+chromosome	scaffold1357	12872
+chromosome	scaffold522	730966
+chromosome	scaffold67	1646982
+chromosome	scaffold1417	10657
+chromosome	scaffold1422	766
+chromosome	scaffold1362	140980
+chromosome	scaffold1432	2727
+chromosome	scaffold1427	37539
+chromosome	scaffold1472	679
+chromosome	Scaffold1482	198
+chromosome	scaffold1007	231408
+chromosome	scaffold1437	22140
+chromosome	scaffold1272	258010
+chromosome	scaffold1502	10344
+chromosome	scaffold1487	50718
+chromosome	scaffold1537	1321
+chromosome	Scaffold1542	519
+chromosome	scaffold1112	352245
+chromosome	scaffold1187	524510
+chromosome	scaffold1612	1502
+chromosome	scaffold1737	451
+chromosome	scaffold1322	57870
+chromosome	Scaffold2287	218
+chromosome	scaffold2292	947
+chromosome	scaffold1497	49912
+chromosome	scaffold2297	5188
+chromosome	scaffold2302	562
+chromosome	scaffold2307	508
+chromosome	Scaffold2312	169
+chromosome	scaffold2317	1156
+chromosome	scaffold2322	578
+chromosome	scaffold2327	524
+chromosome	scaffold1387	332724
+chromosome	scaffold2332	10605
+chromosome	Scaffold2427	216
+chromosome	Scaffold2432	215
+chromosome	scaffold2422	691
+chromosome	scaffold1507	88649
+chromosome	scaffold2442	1969
+chromosome	scaffold2437	3923
+chromosome	scaffold2567	10238
+chromosome	scaffold2447	53889
+chromosome	scaffold2532	17724
+chromosome	scaffold2572	758
+chromosome	Scaffold2592	164
+chromosome	scaffold2582	480
+chromosome	scaffold2597	489
+chromosome	scaffold2622	812
+chromosome	Scaffold2657	170
+chromosome	Scaffold2662	220
+chromosome	Scaffold2667	191
+chromosome	scaffold1512	167716
+chromosome	Scaffold2732	200
+chromosome	scaffold2577	1426
+chromosome	scaffold2752	116
+chromosome	scaffold2737	1247
+chromosome	scaffold2652	942
+chromosome	Scaffold2762	645
+chromosome	scaffold2767	1293
+chromosome	Scaffold2782	193
+chromosome	scaffold2777	766
+chromosome	scaffold2772	1823
+chromosome	scaffold2792	871
+chromosome	scaffold2797	1700
+chromosome	scaffold2827	4961
+chromosome	scaffold2832	1107
+chromosome	Scaffold2837	429
+chromosome	scaffold2787	675
+chromosome	scaffold2932	1548
+chromosome	Scaffold2937	314
+chromosome	scaffold2942	10045
+chromosome	scaffold2817	1167
+chromosome	scaffold2952	504
+chromosome	scaffold2957	807
+chromosome	scaffold2672	28456
+chromosome	scaffold2347	37642
+chromosome	scaffold2947	487
+chromosome	scaffold3082	570
+chromosome	scaffold3087	481
+chromosome	Scaffold3097	170
+chromosome	scaffold3092	681
+chromosome	scaffold3102	765
+chromosome	scaffold2962	464
+chromosome	Scaffold3157	425
+chromosome	scaffold3162	915
+chromosome	Scaffold3167	183
+chromosome	Scaffold3172	163
+chromosome	scaffold3112	2122
+chromosome	Scaffold3247	368
+chromosome	scaffold3177	6671
+chromosome	Scaffold3257	212
+chromosome	scaffold3252	451
+chromosome	Scaffold3267	165
+chromosome	scaffold3262	990
+chromosome	scaffold3272	9981
+chromosome	Scaffold3282	563
+chromosome	scaffold3287	500
+chromosome	scaffold3277	3104
+chromosome	scaffold3107	10006
+chromosome	Scaffold3332	209
+chromosome	scaffold3292	11387
+chromosome	scaffold3782	632
+chromosome	scaffold3317	3870
+chromosome	scaffold3787	475
+chromosome	scaffold3802	2464
+chromosome	Scaffold3847	239
+chromosome	scaffold2967	64628
+chromosome	scaffold3792	1376
+chromosome	scaffold5397	9859
+chromosome	scaffold3337	32191
+chromosome	Scaffold5407	215
+chromosome	scaffold5402	780
+chromosome	Scaffold5417	213
+chromosome	Scaffold5422	248
+chromosome	scaffold5412	533
+chromosome	Scaffold5427	217
+chromosome	scaffold5432	902
+chromosome	scaffold3852	15408
+chromosome	Scaffold5692	209
+chromosome	Scaffold5702	248
+chromosome	Scaffold5697	441
+chromosome	scaffold5472	35111
+chromosome	scaffold5837	8224
+chromosome	Scaffold7022	196
+chromosome	scaffold5707	575
+chromosome	Scaffold7027	289
+chromosome	scaffold7032	2586
+chromosome	scaffold7062	456
+chromosome	scaffold7097	516
+chromosome	Scaffold7122	283
+chromosome	Scaffold7127	266
+chromosome	Scaffold7132	203
+chromosome	scaffold7137	1031
+chromosome	scaffold7147	546
+chromosome	scaffold7287	794
+chromosome	scaffold7297	769
+chromosome	scaffold4252	1209
+chromosome	scaffold7422	425
+chromosome	scaffold7467	790
+chromosome	scaffold5977	13141
+chromosome	Scaffold7502	247
+chromosome	scaffold7507	2664
+chromosome	scaffold7442	1115
+chromosome	scaffold2842	54238
+chromosome	scaffold7487	9831
+chromosome	scaffold1547	164233
+chromosome	scaffold1617	170800
+chromosome	scaffold747	700103
+chromosome	scaffold897	762714
+chromosome	scaffold42	284651
+chromosome	scaffold387	1383393
+chromosome	scaffold32	401027
+chromosome	scaffold97	142552
+chromosome	scaffold197	303451
+chromosome	scaffold7092	1392
+chromosome	scaffold162	526582
+chromosome	scaffold277	597375
+chromosome	scaffold312	348575
+chromosome	scaffold242	500643
+chromosome	scaffold297	288097
+chromosome	Scaffold417	216
+chromosome	scaffold212	597920
+chromosome	scaffold412	39967
+chromosome	scaffold422	94284
+chromosome	scaffold397	323195
+chromosome	scaffold57	1108522
+chromosome	scaffold542	56841
+chromosome	scaffold262	684456
+chromosome	scaffold367	839283
+chromosome	scaffold227	723510
+chromosome	scaffold547	157601
+chromosome	scaffold567	108919
+chromosome	scaffold847	463
+chromosome	scaffold322	681222
+chromosome	Scaffold867	331
+chromosome	scaffold662	523189
+chromosome	scaffold872	115968
+chromosome	scaffold452	932170
+chromosome	scaffold852	167838
+chromosome	scaffold977	23536
+chromosome	scaffold987	11798
+chromosome	Scaffold1027	175
+chromosome	scaffold882	346627
+chromosome	scaffold807	555311
+chromosome	scaffold1067	18929
+chromosome	scaffold1072	897
+chromosome	scaffold1077	842
+chromosome	scaffold1052	14032
+chromosome	scaffold1032	123221
+chromosome	scaffold432	1188868
+chromosome	scaffold1117	16019
+chromosome	scaffold1152	25772
+chromosome	scaffold1102	78243
+chromosome	scaffold1122	122800
+chromosome	scaffold1327	1042
+chromosome	scaffold1082	238231
+chromosome	scaffold992	394082
+chromosome	scaffold1337	1206
+chromosome	scaffold1342	431
+chromosome	scaffold1347	587
+chromosome	scaffold1207	469552
+chromosome	scaffold1372	1158
+chromosome	Scaffold1407	356
+chromosome	scaffold1412	118727
+chromosome	scaffold1442	1209
+chromosome	scaffold1352	92960
+chromosome	scaffold497	1085415
+chromosome	scaffold1332	42221
+chromosome	Scaffold1552	609
+chromosome	scaffold1527	87625
+chromosome	scaffold1557	26502
+chromosome	scaffold217	3188626
+chromosome	Scaffold1662	185
+chromosome	scaffold1667	2465
+chromosome	scaffold932	689417
+chromosome	scaffold1727	3740
+chromosome	scaffold1732	23455
+chromosome	scaffold1747	21310
+chromosome	scaffold1567	100705
+chromosome	scaffold1787	509
+chromosome	scaffold1752	31682
+chromosome	scaffold1792	790
+chromosome	Scaffold1797	675
+chromosome	scaffold1807	6774
+chromosome	scaffold1812	779
+chromosome	Scaffold1817	187
+chromosome	Scaffold1822	307
+chromosome	scaffold1827	8622
+chromosome	scaffold1802	2311
+chromosome	scaffold1857	905
+chromosome	scaffold1862	720
+chromosome	scaffold1842	146096
+chromosome	scaffold1872	539
+chromosome	scaffold1867	6212
+chromosome	scaffold1877	4080
+chromosome	scaffold1887	919
+chromosome	scaffold1882	19892
+chromosome	Scaffold1897	306
+chromosome	scaffold1892	592
+chromosome	scaffold1907	623
+chromosome	Scaffold1912	333
+chromosome	Scaffold1917	443
+chromosome	Scaffold1922	818
+chromosome	scaffold1902	3932
+chromosome	scaffold1517	19447
+chromosome	Scaffold2107	210
+chromosome	scaffold2112	720
+chromosome	Scaffold2117	212
+chromosome	scaffold1927	29215
+chromosome	scaffold2122	796
+chromosome	scaffold2127	1186
+chromosome	scaffold1447	319727
+chromosome	Scaffold2357	344
+chromosome	Scaffold2362	387
+chromosome	scaffold2367	540
+chromosome	scaffold2372	813
+chromosome	scaffold1972	101805
+chromosome	Scaffold2382	180
+chromosome	scaffold2377	1036
+chromosome	scaffold2452	3666
+chromosome	Scaffold2502	242
+chromosome	scaffold2507	489
+chromosome	scaffold2387	27105
+chromosome	scaffold2537	740
+chromosome	scaffold682	1492960
+chromosome	scaffold2132	61619
+chromosome	scaffold2257	98609
+chromosome	Scaffold2802	264
+chromosome	Scaffold2807	250
+chromosome	scaffold2722	5768
+chromosome	Scaffold2887	305
+chromosome	scaffold2892	714
+chromosome	scaffold1162	512575
+chromosome	Scaffold2902	309
+chromosome	scaffold2587	21529
+chromosome	scaffold2907	812
+chromosome	Scaffold2972	492
+chromosome	scaffold2977	830
+chromosome	Scaffold2982	256
+chromosome	scaffold2812	32843
+chromosome	scaffold3197	589
+chromosome	scaffold2512	28011
+chromosome	scaffold3207	336
+chromosome	scaffold3212	440
+chromosome	scaffold3217	529
+chromosome	Scaffold3222	279
+chromosome	scaffold2562	91286
+chromosome	scaffold3202	913
+chromosome	scaffold3432	711
+chromosome	scaffold1607	229559
+chromosome	Scaffold3532	184
+chromosome	scaffold3537	789
+chromosome	scaffold3542	756
+chromosome	scaffold3547	892
+chromosome	scaffold2987	20290
+chromosome	scaffold2897	10224
+chromosome	scaffold3552	792
+chromosome	scaffold3557	1249
+chromosome	Scaffold3612	312
+chromosome	Scaffold3617	172
+chromosome	scaffold3607	821
+chromosome	scaffold2912	35173
+chromosome	scaffold3452	2895
+chromosome	scaffold3622	905
+chromosome	scaffold3642	812
+chromosome	scaffold3632	767
+chromosome	scaffold3627	562
+chromosome	scaffold3637	575
+chromosome	scaffold3667	729
+chromosome	Scaffold3707	447
+chromosome	scaffold3702	7248
+chromosome	scaffold3727	1330
+chromosome	scaffold3797	455
+chromosome	scaffold3807	788
+chromosome	scaffold3712	532
+chromosome	scaffold3562	7750
+chromosome	scaffold3672	1280
+chromosome	scaffold3822	486
+chromosome	scaffold3827	1019
+chromosome	Scaffold3837	227
+chromosome	scaffold1677	103767
+chromosome	scaffold3242	24604
+chromosome	Scaffold3862	200
+chromosome	scaffold3817	9909
+chromosome	scaffold3842	1449
+chromosome	Scaffold3877	708
+chromosome	scaffold3857	787
+chromosome	Scaffold3872	306
+chromosome	Scaffold3892	232
+chromosome	scaffold3882	920
+chromosome	Scaffold3897	239
+chromosome	scaffold3902	9940
+chromosome	scaffold3812	862
+chromosome	scaffold3832	862
+chromosome	Scaffold4682	165
+chromosome	Scaffold4687	195
+chromosome	scaffold3912	759
+chromosome	scaffold4692	457
+chromosome	scaffold3887	880
+chromosome	scaffold4697	661
+chromosome	scaffold4707	746
+chromosome	Scaffold4717	194
+chromosome	scaffold4722	470
+chromosome	scaffold3227	2062
+chromosome	scaffold4702	927
+chromosome	scaffold4737	522
+chromosome	scaffold4727	477
+chromosome	scaffold4732	458
+chromosome	scaffold3647	13245
+chromosome	Scaffold4752	493
+chromosome	Scaffold4762	241
+chromosome	scaffold4742	857
+chromosome	Scaffold4757	454
+chromosome	Scaffold4852	502
+chromosome	scaffold4747	804
+chromosome	Scaffold4862	226
+chromosome	scaffold3867	1696
+chromosome	scaffold4872	529
+chromosome	scaffold4767	845
+chromosome	scaffold4877	459
+chromosome	Scaffold4892	246
+chromosome	scaffold4772	1102
+chromosome	scaffold3907	2506
+chromosome	Scaffold4912	271
+chromosome	scaffold4907	572
+chromosome	scaffold4887	851
+chromosome	scaffold4897	1509
+chromosome	scaffold4867	792
+chromosome	Scaffold4932	229
+chromosome	Scaffold4937	233
+chromosome	Scaffold4927	760
+chromosome	Scaffold4942	794
+chromosome	Scaffold4947	327
+chromosome	scaffold4962	518
+chromosome	scaffold4857	1110
+chromosome	scaffold4967	522
+chromosome	scaffold5917	538
+chromosome	Scaffold4957	184
+chromosome	Scaffold5942	232
+chromosome	scaffold4922	864
+chromosome	scaffold5927	447
+chromosome	scaffold5922	477
+chromosome	scaffold5967	840
+chromosome	scaffold5952	474
+chromosome	scaffold6117	434
+chromosome	scaffold5947	441
+chromosome	Scaffold4917	758
+chromosome	scaffold4952	774
+chromosome	scaffold6177	446
+chromosome	scaffold6182	723
+chromosome	scaffold6162	486
+chromosome	Scaffold6187	236
+chromosome	Scaffold6202	198
+chromosome	scaffold6197	457
+chromosome	scaffold6192	919
+chromosome	Scaffold6167	430
+chromosome	scaffold6207	966
+chromosome	Scaffold6222	207
+chromosome	scaffold5972	14576
+chromosome	scaffold6242	2263
+chromosome	Scaffold6272	254
+chromosome	Scaffold6277	274
+chromosome	scaffold6227	838
+chromosome	scaffold6232	1451
+chromosome	scaffold6287	500
+chromosome	scaffold6297	680
+chromosome	scaffold6212	10369
+chromosome	scaffold6307	465
+chromosome	scaffold6267	876
+chromosome	Scaffold6317	426
+chromosome	scaffold6322	910
+chromosome	scaffold6282	1037
+chromosome	Scaffold6327	208
+chromosome	Scaffold6337	218
+chromosome	scaffold6292	601
+chromosome	Scaffold6347	264
+chromosome	scaffold6342	592
+chromosome	scaffold6332	798
+chromosome	Scaffold6352	241
+chromosome	Scaffold6362	235
+chromosome	Scaffold6372	181
+chromosome	scaffold6357	1067
+chromosome	Scaffold6377	222
+chromosome	scaffold6312	717
+chromosome	scaffold6382	482
+chromosome	scaffold6397	495
+chromosome	scaffold6387	535
+chromosome	Scaffold6407	437
+chromosome	scaffold6367	582
+chromosome	Scaffold6417	220
+chromosome	scaffold6412	870
+chromosome	scaffold6392	579
+chromosome	Scaffold6457	177
+chromosome	scaffold6422	577
+chromosome	scaffold6427	940
+chromosome	Scaffold6467	184
+chromosome	Scaffold6462	280
+chromosome	Scaffold6477	467
+chromosome	scaffold6487	452
+chromosome	scaffold6472	906
+chromosome	scaffold6482	421
+chromosome	Scaffold6617	287
+chromosome	scaffold6302	963
+chromosome	scaffold6517	822
+chromosome	Scaffold6627	230
+chromosome	Scaffold6647	701
+chromosome	Scaffold6652	202
+chromosome	Scaffold6657	324
+chromosome	Scaffold6662	234
+chromosome	scaffold6632	594
+chromosome	Scaffold6667	226
+chromosome	Scaffold6702	275
+chromosome	Scaffold6707	222
+chromosome	scaffold6547	809
+chromosome	Scaffold6717	203
+chromosome	Scaffold6712	416
+chromosome	scaffold6622	1176
+chromosome	Scaffold6842	283
+chromosome	Scaffold6847	288
+chromosome	Scaffold6852	488
+chromosome	scaffold6672	2743
+chromosome	scaffold6722	1089
+chromosome	scaffold7042	837
+chromosome	scaffold6862	6788
+chromosome	scaffold7052	814
+chromosome	Scaffold7067	217
+chromosome	Scaffold6857	211
+chromosome	Scaffold7077	200
+chromosome	Scaffold7082	202
+chromosome	Scaffold7072	206
+chromosome	scaffold7057	695
+chromosome	scaffold7107	9874
+chromosome	Scaffold7112	554
+chromosome	scaffold7047	776
+chromosome	scaffold7102	723
+chromosome	scaffold7152	497
+chromosome	scaffold6402	845
+chromosome	scaffold7117	475
+chromosome	scaffold7167	1212
+chromosome	scaffold7172	476
+chromosome	scaffold7177	1174
+chromosome	scaffold7207	744
+chromosome	scaffold7212	667
+chromosome	scaffold6172	9882
+chromosome	Scaffold7217	349
+chromosome	scaffold7222	492
+chromosome	Scaffold7232	275
+chromosome	Scaffold7237	644
+chromosome	Scaffold7242	473
+chromosome	scaffold7227	480
+chromosome	Scaffold7277	515
+chromosome	scaffold7087	913
+chromosome	scaffold7282	1729
+chromosome	scaffold7352	486
+chromosome	scaffold7157	9912
+chromosome	scaffold7357	2201
+chromosome	scaffold7347	9963
+chromosome	Scaffold7397	398
+chromosome	scaffold7402	1338
+chromosome	scaffold7407	8922
+chromosome	scaffold7382	762
+chromosome	scaffold7247	961
+chromosome	Scaffold7472	231
+chromosome	Scaffold7412	360
+chromosome	Scaffold7477	386
+chromosome	Scaffold7492	255
+chromosome	scaffold7497	1225
+chromosome	Scaffold7537	585
+chromosome	scaffold7542	746
+chromosome	scaffold7417	1277
+chromosome	Scaffold7547	275
+chromosome	Scaffold7557	185
+chromosome	Scaffold7552	303
+chromosome	scaffold7562	922
+chromosome	Scaffold7572	244
+chromosome	scaffold7567	601
+chromosome	scaffold7482	480
+chromosome	scaffold4712	9834
+chromosome	Scaffold7642	568
+chromosome	scaffold7647	822
+chromosome	scaffold7652	600
+chromosome	Scaffold7662	525
+chromosome	Scaffold7657	378
+chromosome	scaffold7577	5024
+chromosome	Scaffold7677	348
+chromosome	Scaffold7672	374
+chromosome	Scaffold7682	657
+chromosome	scaffold7667	818
+chromosome	scaffold7687	905
+chromosome	scaffold7597	8967
+chromosome	scaffold7367	844
+chromosome	scaffold7692	2402
+chromosome	scaffold3	33634
+chromosome	scaffold7697	10263
+chromosome	scaffold3917	134722
+chromosome	scaffold7162	11966
+chromosome	scaffold38	371493
+chromosome	scaffold1377	452457
+chromosome	scaffold158	196854
+chromosome	scaffold168	465714
+chromosome	scaffold582	1195895
+chromosome	scaffold7142	12155
+chromosome	scaffold23	451019
+chromosome	scaffold353	232629
+chromosome	scaffold183	481070
+chromosome	scaffold393	471436
+chromosome	scaffold128	1185424
+chromosome	scaffold418	126992
+chromosome	scaffold313	857821
+chromosome	Scaffold473	262
+chromosome	scaffold478	1477
+chromosome	scaffold253	1113591
+chromosome	scaffold88	1615178
+chromosome	scaffold458	42492
+chromosome	scaffold558	39869
+chromosome	scaffold483	230426
+chromosome	scaffold548	288690
+chromosome	scaffold463	352548
+chromosome	scaffold58	550584
+chromosome	scaffold683	461
+chromosome	scaffold688	471
+chromosome	scaffold648	93615
+chromosome	Scaffold698	181
+chromosome	scaffold693	137464
+chromosome	scaffold733	471
+chromosome	scaffold668	262894
+chromosome	scaffold738	226312
+chromosome	scaffold428	583707
+chromosome	scaffold793	45099
+chromosome	scaffold813	72791
+chromosome	Scaffold818	417
+chromosome	Scaffold823	231
+chromosome	scaffold608	412535
+chromosome	scaffold768	376327
+chromosome	scaffold858	29801
+chromosome	Scaffold988	187
+chromosome	scaffold213	1286099
+chromosome	scaffold998	607
+chromosome	scaffold993	88001
+chromosome	scaffold1003	5744
+chromosome	scaffold828	285703
+chromosome	scaffold1063	257844
+chromosome	scaffold563	664039
+chromosome	scaffold748	166304
+chromosome	scaffold1208	45087
+chromosome	scaffold1008	322958
+chromosome	scaffold368	629684
+chromosome	scaffold1133	454046
+chromosome	scaffold1418	83637
+chromosome	scaffold1453	859
+chromosome	scaffold1308	235282
+chromosome	scaffold1503	1220
+chromosome	Scaffold1508	451
+chromosome	scaffold1513	514
+chromosome	scaffold1518	842
+chromosome	Scaffold1523	211
+chromosome	scaffold1528	1113
+chromosome	scaffold1018	378219
+chromosome	Scaffold1588	741
+chromosome	scaffold1458	111089
+chromosome	scaffold1603	909
+chromosome	scaffold1608	848
+chromosome	scaffold1593	64252
+chromosome	scaffold1628	514
+chromosome	scaffold1633	843
+chromosome	scaffold1098	213429
+chromosome	scaffold1643	21558
+chromosome	scaffold1673	2425
+chromosome	scaffold1638	9962
+chromosome	scaffold1613	34467
+chromosome	scaffold1678	3842
+chromosome	scaffold2118	545
+chromosome	scaffold2123	864
+chromosome	Scaffold2128	482
+chromosome	scaffold2133	2898
+chromosome	Scaffold2138	180
+chromosome	scaffold2143	4344
+chromosome	scaffold2158	646
+chromosome	scaffold2163	6285
+chromosome	Scaffold2168	252
+chromosome	scaffold2173	529
+chromosome	scaffold2178	493
+chromosome	scaffold2183	878
+chromosome	scaffold2383	582
+chromosome	Scaffold2388	933
+chromosome	scaffold2393	940
+chromosome	scaffold2398	475
+chromosome	scaffold2403	544
+chromosome	scaffold2408	793
+chromosome	scaffold2413	904
+chromosome	scaffold2418	1029
+chromosome	scaffold1803	120205
+chromosome	scaffold2463	864
+chromosome	Scaffold2493	237
+chromosome	scaffold2498	934
+chromosome	Scaffold2503	217
+chromosome	scaffold2508	443
+chromosome	scaffold1218	857718
+chromosome	scaffold2513	1256
+chromosome	Scaffold2548	207
+chromosome	scaffold2543	3681
+chromosome	scaffold2593	10190
+chromosome	Scaffold2598	208
+chromosome	scaffold2553	9160
+chromosome	scaffold2608	971
+chromosome	Scaffold2618	375
+chromosome	scaffold2423	22464
+chromosome	scaffold2603	9880
+chromosome	scaffold2628	772
+chromosome	scaffold2633	429
+chromosome	Scaffold2643	707
+chromosome	scaffold2638	2546
+chromosome	scaffold2648	14626
+chromosome	scaffold2673	475
+chromosome	scaffold2668	2929
+chromosome	scaffold2688	922
+chromosome	scaffold2693	5987
+chromosome	scaffold2683	784
+chromosome	scaffold2743	679
+chromosome	Scaffold2748	493
+chromosome	scaffold2753	592
+chromosome	scaffold2758	456
+chromosome	Scaffold2763	188
+chromosome	scaffold2768	2206
+chromosome	scaffold2738	22833
+chromosome	scaffold2773	656
+chromosome	Scaffold2818	231
+chromosome	scaffold2778	7382
+chromosome	scaffold2823	3867
+chromosome	Scaffold2828	189
+chromosome	Scaffold2838	191
+chromosome	Scaffold2843	267
+chromosome	scaffold2848	1625
+chromosome	scaffold2853	812
+chromosome	scaffold2858	725
+chromosome	scaffold2863	908
+chromosome	scaffold2833	4917
+chromosome	scaffold2873	846
+chromosome	Scaffold2878	206
+chromosome	scaffold868	1815522
+chromosome	scaffold2883	957
+chromosome	scaffold2893	478
+chromosome	Scaffold2898	185
+chromosome	Scaffold2903	187
+chromosome	Scaffold2908	194
+chromosome	scaffold2888	515
+chromosome	scaffold2913	1990
+chromosome	scaffold2868	1296
+chromosome	Scaffold3028	360
+chromosome	scaffold3033	9942
+chromosome	Scaffold3038	663
+chromosome	scaffold3043	554
+chromosome	scaffold3048	502
+chromosome	Scaffold3053	517
+chromosome	scaffold2918	41626
+chromosome	scaffold3023	4964
+chromosome	scaffold3058	2638
+chromosome	Scaffold3073	512
+chromosome	Scaffold3078	238
+chromosome	scaffold3083	713
+chromosome	scaffold3088	551
+chromosome	scaffold3068	9913
+chromosome	scaffold3148	7342
+chromosome	scaffold1363	572061
+chromosome	scaffold3093	34342
+chromosome	scaffold3193	435
+chromosome	Scaffold3198	210
+chromosome	Scaffold3203	208
+chromosome	scaffold3208	1138
+chromosome	scaffold3063	9823
+chromosome	scaffold3218	3202
+chromosome	scaffold3223	904
+chromosome	scaffold3248	5288
+chromosome	scaffold3258	796
+chromosome	Scaffold3268	177
+chromosome	scaffold3273	3926
+chromosome	Scaffold3293	181
+chromosome	scaffold3298	510
+chromosome	scaffold3303	784
+chromosome	scaffold3308	511
+chromosome	scaffold3313	770
+chromosome	scaffold3318	731
+chromosome	Scaffold3323	225
+chromosome	scaffold3163	30972
+chromosome	Scaffold3333	233
+chromosome	scaffold3338	557
+chromosome	Scaffold3343	261
+chromosome	scaffold3328	1773
+chromosome	Scaffold3508	172
+chromosome	scaffold3513	547
+chromosome	Scaffold3518	212
+chromosome	scaffold3523	7361
+chromosome	scaffold3348	5592
+chromosome	scaffold3613	803
+chromosome	Scaffold3618	238
+chromosome	Scaffold3623	254
+chromosome	scaffold1683	118110
+chromosome	Scaffold3633	209
+chromosome	scaffold3628	469
+chromosome	scaffold3638	9816
+chromosome	scaffold3608	20392
+chromosome	scaffold3648	823
+chromosome	Scaffold3653	296
+chromosome	Scaffold3658	220
+chromosome	scaffold3663	9894
+chromosome	scaffold3673	526
+chromosome	scaffold3678	532
+chromosome	scaffold3668	378
+chromosome	scaffold3688	655
+chromosome	scaffold3683	1207
+chromosome	scaffold3698	684
+chromosome	scaffold3693	472
+chromosome	scaffold2623	1697
+chromosome	scaffold3708	1850
+chromosome	scaffold3718	9863
+chromosome	scaffold3723	421
+chromosome	scaffold3713	430
+chromosome	scaffold3728	619
+chromosome	scaffold3738	920
+chromosome	Scaffold3743	247
+chromosome	Scaffold3748	246
+chromosome	scaffold3753	1119
+chromosome	scaffold3758	429
+chromosome	scaffold3763	1399
+chromosome	scaffold3733	2915
+chromosome	Scaffold3783	242
+chromosome	scaffold3768	3775
+chromosome	scaffold3788	1600
+chromosome	Scaffold3838	229
+chromosome	scaffold3173	30524
+chromosome	Scaffold3843	833
+chromosome	scaffold3848	797
+chromosome	scaffold3853	1117
+chromosome	scaffold3858	397
+chromosome	Scaffold3908	250
+chromosome	scaffold3878	1924
+chromosome	scaffold3863	2420
+chromosome	scaffold3918	826
+chromosome	Scaffold3948	221
+chromosome	Scaffold3953	554
+chromosome	scaffold3958	928
+chromosome	scaffold3963	439
+chromosome	Scaffold3943	198
+chromosome	scaffold3968	781
+chromosome	scaffold4393	858
+chromosome	Scaffold4398	215
+chromosome	scaffold4403	478
+chromosome	scaffold3913	475
+chromosome	Scaffold4423	238
+chromosome	Scaffold4428	184
+chromosome	scaffold4408	841
+chromosome	scaffold4433	1981
+chromosome	scaffold4413	2333
+chromosome	Scaffold4528	243
+chromosome	Scaffold4533	291
+chromosome	scaffold4443	960
+chromosome	Scaffold4553	191
+chromosome	scaffold68	466306
+chromosome	Scaffold4583	206
+chromosome	scaffold4558	467
+chromosome	scaffold4458	4623
+chromosome	Scaffold4603	215
+chromosome	scaffold3643	10245
+chromosome	Scaffold4588	257
+chromosome	scaffold4593	512
+chromosome	scaffold4698	489
+chromosome	scaffold4708	519
+chromosome	scaffold3703	479
+chromosome	Scaffold4723	465
+chromosome	Scaffold4728	163
+chromosome	scaffold4718	523
+chromosome	scaffold4738	624
+chromosome	scaffold4608	3050
+chromosome	Scaffold4748	257
+chromosome	scaffold4733	536
+chromosome	scaffold4753	1198
+chromosome	scaffold4713	9833
+chromosome	Scaffold5028	218
+chromosome	scaffold4743	807
+chromosome	scaffold4758	416
+chromosome	scaffold5033	1357
+chromosome	Scaffold5048	1073
+chromosome	scaffold4763	7936
+chromosome	scaffold5043	8789
+chromosome	scaffold4703	800
+chromosome	scaffold5038	1312
+chromosome	scaffold5053	13292
+chromosome	Scaffold5393	283
+chromosome	Scaffold5363	353
+chromosome	scaffold5398	446
+chromosome	Scaffold5408	263
+chromosome	Scaffold5413	165
+chromosome	Scaffold5418	203
+chromosome	scaffold5358	512
+chromosome	scaffold5368	470
+chromosome	scaffold5388	9905
+chromosome	Scaffold5448	208
+chromosome	scaffold5423	502
+chromosome	Scaffold5438	297
+chromosome	scaffold5443	419
+chromosome	Scaffold5483	377
+chromosome	scaffold5458	458
+chromosome	scaffold5403	771
+chromosome	Scaffold5493	314
+chromosome	scaffold5488	568
+chromosome	Scaffold5508	208
+chromosome	scaffold5513	672
+chromosome	Scaffold5498	652
+chromosome	scaffold5518	799
+chromosome	Scaffold5528	174
+chromosome	scaffold5523	2370
+chromosome	scaffold5533	617
+chromosome	scaffold5453	697
+chromosome	scaffold5543	481
+chromosome	Scaffold5548	914
+chromosome	scaffold5538	597
+chromosome	scaffold5553	451
+chromosome	Scaffold5563	1322
+chromosome	scaffold5568	517
+chromosome	Scaffold5558	749
+chromosome	Scaffold5588	229
+chromosome	scaffold5583	835
+chromosome	Scaffold6303	229
+chromosome	scaffold1533	508531
+chromosome	scaffold6308	1087
+chromosome	Scaffold6318	286
+chromosome	scaffold6323	1991
+chromosome	Scaffold6393	271
+chromosome	scaffold5573	2751
+chromosome	scaffold6398	1293
+chromosome	Scaffold6418	966
+chromosome	scaffold6423	958
+chromosome	scaffold6443	3560
+chromosome	scaffold5503	2789
+chromosome	Scaffold6593	204
+chromosome	Scaffold6598	242
+chromosome	scaffold5593	7298
+chromosome	scaffold6583	611
+chromosome	scaffold6313	849
+chromosome	scaffold6613	496
+chromosome	scaffold6608	782
+chromosome	Scaffold6623	307
+chromosome	Scaffold6643	214
+chromosome	scaffold6603	885
+chromosome	scaffold6653	288
+chromosome	Scaffold6673	245
+chromosome	scaffold6628	462
+chromosome	Scaffold6683	267
+chromosome	scaffold6678	532
+chromosome	Scaffold6718	196
+chromosome	scaffold6688	616
+chromosome	scaffold6743	492
+chromosome	scaffold6588	829
+chromosome	scaffold6723	1353
+chromosome	Scaffold6848	505
+chromosome	scaffold6753	479
+chromosome	scaffold6858	859
+chromosome	Scaffold6853	275
+chromosome	scaffold6648	793
+chromosome	scaffold6863	511
+chromosome	scaffold6758	9861
+chromosome	scaffold6928	1129
+chromosome	scaffold6993	969
+chromosome	scaffold6943	586
+chromosome	Scaffold7003	206
+chromosome	scaffold6963	2354
+chromosome	scaffold7013	867
+chromosome	scaffold7008	1112
+chromosome	Scaffold7023	217
+chromosome	Scaffold7028	1387
+chromosome	scaffold7033	976
+chromosome	scaffold7018	473
+chromosome	Scaffold7038	291
+chromosome	scaffold6898	10030
+chromosome	Scaffold7053	353
+chromosome	scaffold6618	1475
+chromosome	Scaffold7063	295
+chromosome	scaffold7043	524
+chromosome	scaffold7088	517
+chromosome	scaffold7093	737
+chromosome	scaffold7058	1063
+chromosome	scaffold7068	9958
+chromosome	Scaffold7118	231
+chromosome	scaffold7103	554
+chromosome	scaffold7143	580
+chromosome	Scaffold7148	538
+chromosome	Scaffold7153	623
+chromosome	Scaffold7158	490
+chromosome	scaffold7163	1416
+chromosome	scaffold6998	3246
+chromosome	scaffold7073	2270
+chromosome	scaffold7308	442
+chromosome	scaffold7328	599
+chromosome	Scaffold7333	268
+chromosome	Scaffold7338	781
+chromosome	Scaffold7343	577
+chromosome	scaffold7348	584
+chromosome	scaffold7363	835
+chromosome	scaffold7393	533
+chromosome	scaffold7368	572
+chromosome	scaffold7443	790
+chromosome	scaffold7373	767
+chromosome	scaffold7123	1283
+chromosome	Scaffold7483	258
+chromosome	scaffold7468	849
+chromosome	scaffold7583	906
+chromosome	scaffold7128	555
+chromosome	Scaffold7643	348
+chromosome	Scaffold7658	628
+chromosome	scaffold7473	835
+chromosome	scaffold7488	786
+chromosome	scaffold7673	584
+chromosome	Scaffold7668	339
+chromosome	scaffold7663	505
+chromosome	scaffold7648	9974
+chromosome	scaffold3213	1644
+chromosome	scaffold7458	9873
+chromosome	scaffold5463	1441
+chromosome	scaffold48	245254
+chromosome	scaffold103	238341
+chromosome	scaffold133	173056
+chromosome	scaffold73	579595
+chromosome	scaffold108	513324
+chromosome	scaffold498	557585
+chromosome	scaffold13	639739
+chromosome	scaffold188	123348
+chromosome	scaffold228	103421
+chromosome	scaffold198	82409
+chromosome	scaffold118	483696
+chromosome	scaffold203	295361
+chromosome	scaffold831	637651
+chromosome	scaffold323	3548
+chromosome	scaffold298	141383
+chromosome	scaffold153	941857
+chromosome	scaffold358	1573
+chromosome	scaffold53	1147598
+chromosome	scaffold93	205618
+chromosome	scaffold348	462810
+chromosome	scaffold293	165894
+chromosome	scaffold363	401317
+chromosome	scaffold233	589327
+chromosome	scaffold143	732811
+chromosome	scaffold4538	11036
+chromosome	Scaffold613	249
+chromosome	scaffold598	65621
+chromosome	scaffold433	377051
+chromosome	scaffold373	613838
+chromosome	scaffold718	1752
+chromosome	scaffold588	320142
+chromosome	scaffold328	595601
+chromosome	scaffold388	493664
+chromosome	scaffold838	488
+chromosome	scaffold843	31653
+chromosome	scaffold848	881
+chromosome	scaffold518	692923
+chromosome	scaffold873	70753
+chromosome	scaffold258	748848
+chromosome	scaffold618	376904
+chromosome	scaffold903	432
+chromosome	scaffold908	62704
+chromosome	scaffold653	410481
+chromosome	scaffold728	460809
+chromosome	scaffold943	789
+chromosome	scaffold948	2524
+chromosome	scaffold953	128516
+chromosome	scaffold723	271503
+chromosome	scaffold12	676708
+chromosome	scaffold878	433862
+chromosome	scaffold853	418089
+chromosome	scaffold1148	9664
+chromosome	Scaffold1153	258
+chromosome	scaffold1158	5030
+chromosome	scaffold1163	847
+chromosome	scaffold958	336939
+chromosome	scaffold898	150574
+chromosome	Scaffold1313	266
+chromosome	scaffold933	222312
+chromosome	scaffold1368	24925
+chromosome	Scaffold1393	482
+chromosome	scaffold1398	3362
+chromosome	scaffold973	232121
+chromosome	scaffold1423	9854
+chromosome	scaffold763	732316
+chromosome	Scaffold1483	936
+chromosome	scaffold1488	496
+chromosome	scaffold1493	1524
+chromosome	scaffold1318	413653
+chromosome	scaffold1558	2231
+chromosome	Scaffold1568	455
+chromosome	scaffold1253	234269
+chromosome	scaffold1618	501
+chromosome	scaffold1623	20767
+chromosome	scaffold1648	494
+chromosome	Scaffold1653	789
+chromosome	scaffold1658	1820
+chromosome	scaffold1088	859325
+chromosome	scaffold1408	199172
+chromosome	scaffold1668	47962
+chromosome	scaffold1428	376111
+chromosome	Scaffold1763	213
+chromosome	Scaffold1768	233
+chromosome	scaffold1773	9993
+chromosome	Scaffold1778	216
+chromosome	scaffold1758	6081
+chromosome	scaffold1813	747
+chromosome	scaffold1818	751
+chromosome	Scaffold1823	209
+chromosome	scaffold1828	60140
+chromosome	scaffold1928	1393
+chromosome	scaffold1688	38416
+chromosome	scaffold2033	464
+chromosome	Scaffold2038	249
+chromosome	scaffold2043	688
+chromosome	scaffold2048	1277
+chromosome	scaffold2053	4525
+chromosome	scaffold2058	9832
+chromosome	scaffold2063	623
+chromosome	scaffold1933	99388
+chromosome	Scaffold2293	245
+chromosome	scaffold2298	851
+chromosome	scaffold2303	780
+chromosome	scaffold2308	698
+chromosome	Scaffold2313	519
+chromosome	scaffold2318	3784
+chromosome	scaffold2323	26173
+chromosome	Scaffold2428	230
+chromosome	scaffold2433	589
+chromosome	scaffold2438	1523
+chromosome	Scaffold2443	521
+chromosome	scaffold2448	1195
+chromosome	scaffold2453	1147
+chromosome	scaffold2458	1110
+chromosome	Scaffold2468	338
+chromosome	scaffold2473	803
+chromosome	Scaffold2478	228
+chromosome	scaffold2483	772
+chromosome	scaffold2488	417
+chromosome	Scaffold2518	326
+chromosome	Scaffold2523	459
+chromosome	Scaffold2528	196
+chromosome	Scaffold2533	219
+chromosome	scaffold2538	5730
+chromosome	Scaffold2558	181
+chromosome	Scaffold2563	552
+chromosome	scaffold2568	1655
+chromosome	scaffold2573	508
+chromosome	scaffold1783	172958
+chromosome	scaffold2583	2173
+chromosome	scaffold2578	2792
+chromosome	scaffold2613	955
+chromosome	scaffold1033	617324
+chromosome	scaffold2678	2704
+chromosome	Scaffold2698	216
+chromosome	scaffold2588	1304
+chromosome	scaffold2708	612
+chromosome	scaffold2703	998
+chromosome	scaffold2713	983
+chromosome	scaffold2653	20639
+chromosome	scaffold2923	5491
+chromosome	scaffold2963	495
+chromosome	Scaffold2968	488
+chromosome	Scaffold2973	161
+chromosome	scaffold2978	776
+chromosome	Scaffold2983	163
+chromosome	scaffold2958	1371
+chromosome	Scaffold2993	384
+chromosome	scaffold2988	2051
+chromosome	scaffold2998	718
+chromosome	Scaffold3008	163
+chromosome	scaffold3013	456
+chromosome	scaffold3003	1869
+chromosome	scaffold3153	736
+chromosome	scaffold2948	57775
+chromosome	Scaffold3178	218
+chromosome	Scaffold3183	333
+chromosome	scaffold3188	2721
+chromosome	scaffold3228	9868
+chromosome	scaffold3233	1894
+chromosome	Scaffold3238	170
+chromosome	scaffold1013	343335
+chromosome	scaffold3253	1181
+chromosome	scaffold3263	561
+chromosome	scaffold3278	902
+chromosome	scaffold3018	44335
+chromosome	scaffold3243	2720
+chromosome	Scaffold3353	158
+chromosome	scaffold3358	879
+chromosome	scaffold3288	2738
+chromosome	Scaffold3363	204
+chromosome	Scaffold3373	202
+chromosome	scaffold3378	470
+chromosome	Scaffold3383	270
+chromosome	scaffold3388	754
+chromosome	scaffold3393	1119
+chromosome	scaffold3368	509
+chromosome	scaffold3283	9824
+chromosome	Scaffold3398	217
+chromosome	Scaffold3413	209
+chromosome	scaffold3418	843
+chromosome	Scaffold3423	314
+chromosome	scaffold3403	716
+chromosome	Scaffold3428	265
+chromosome	scaffold1663	96091
+chromosome	Scaffold3443	337
+chromosome	scaffold3433	479
+chromosome	Scaffold3453	407
+chromosome	Scaffold3458	236
+chromosome	Scaffold3463	226
+chromosome	scaffold3438	922
+chromosome	scaffold3473	944
+chromosome	scaffold3448	834
+chromosome	Scaffold3483	220
+chromosome	Scaffold3488	178
+chromosome	scaffold3408	832
+chromosome	scaffold3468	506
+chromosome	scaffold3498	808
+chromosome	scaffold3493	1010
+chromosome	scaffold3503	1508
+chromosome	scaffold3533	462
+chromosome	scaffold3528	371
+chromosome	Scaffold3548	204
+chromosome	scaffold3538	10991
+chromosome	scaffold1498	219845
+chromosome	Scaffold3558	188
+chromosome	scaffold3568	602
+chromosome	scaffold3563	464
+chromosome	Scaffold3578	181
+chromosome	scaffold3573	1216
+chromosome	scaffold3543	10294
+chromosome	Scaffold3593	268
+chromosome	scaffold3583	896
+chromosome	scaffold3553	1149
+chromosome	scaffold3588	467
+chromosome	scaffold3478	3209
+chromosome	Scaffold3793	1186
+chromosome	scaffold3603	15666
+chromosome	scaffold3798	1167
+chromosome	scaffold3773	534
+chromosome	scaffold3803	574
+chromosome	scaffold3808	1064
+chromosome	scaffold3598	649
+chromosome	Scaffold3823	344
+chromosome	Scaffold3828	275
+chromosome	scaffold3813	2447
+chromosome	scaffold3778	6369
+chromosome	scaffold3868	476
+chromosome	scaffold3883	608
+chromosome	scaffold3888	2201
+chromosome	scaffold3893	756
+chromosome	scaffold3818	749
+chromosome	Scaffold3898	322
+chromosome	Scaffold3923	169
+chromosome	scaffold3933	507
+chromosome	scaffold3873	10869
+chromosome	scaffold3928	3228
+chromosome	scaffold3938	658
+chromosome	scaffold3973	957
+chromosome	scaffold3988	564
+chromosome	scaffold3978	614
+chromosome	Scaffold3998	214
+chromosome	scaffold4003	414
+chromosome	scaffold3833	3187
+chromosome	scaffold3993	738
+chromosome	Scaffold4018	221
+chromosome	scaffold4008	791
+chromosome	scaffold4013	797
+chromosome	scaffold4023	923
+chromosome	Scaffold4033	289
+chromosome	scaffold4038	9817
+chromosome	Scaffold4048	213
+chromosome	scaffold4028	1028
+chromosome	Scaffold4058	166
+chromosome	Scaffold4053	439
+chromosome	scaffold4068	714
+chromosome	scaffold4043	950
+chromosome	scaffold4063	2631
+chromosome	scaffold4083	317
+chromosome	Scaffold4088	168
+chromosome	scaffold4078	1430
+chromosome	scaffold4093	1354
+chromosome	scaffold4108	721
+chromosome	Scaffold4198	263
+chromosome	scaffold4203	879
+chromosome	scaffold4073	1706
+chromosome	scaffold3903	11775
+chromosome	scaffold4208	4575
+chromosome	Scaffold4223	227
+chromosome	Scaffold4228	228
+chromosome	scaffold3983	2961
+chromosome	scaffold4233	568
+chromosome	scaffold4238	962
+chromosome	scaffold4218	440
+chromosome	scaffold4213	2254
+chromosome	scaffold4248	795
+chromosome	Scaffold4263	292
+chromosome	scaffold4253	621
+chromosome	scaffold4243	817
+chromosome	scaffold4278	781
+chromosome	Scaffold4283	273
+chromosome	Scaffold4288	264
+chromosome	scaffold4273	787
+chromosome	scaffold4818	460
+chromosome	scaffold4258	553
+chromosome	scaffold4823	521
+chromosome	scaffold4833	836
+chromosome	Scaffold4843	344
+chromosome	scaffold4848	754
+chromosome	scaffold4883	766
+chromosome	scaffold4113	11320
+chromosome	scaffold4893	467
+chromosome	Scaffold4898	249
+chromosome	scaffold4888	722
+chromosome	Scaffold4908	258
+chromosome	Scaffold4903	204
+chromosome	scaffold4838	1915
+chromosome	Scaffold4973	206
+chromosome	scaffold4913	481
+chromosome	scaffold4978	504
+chromosome	scaffold4968	779
+chromosome	Scaffold4993	215
+chromosome	scaffold4983	501
+chromosome	scaffold5003	689
+chromosome	Scaffold4998	261
+chromosome	Scaffold5008	425
+chromosome	scaffold4268	1402
+chromosome	scaffold4988	859
+chromosome	scaffold5058	485
+chromosome	Scaffold5063	987
+chromosome	Scaffold5018	565
+chromosome	scaffold5073	785
+chromosome	scaffold5023	2531
+chromosome	scaffold5068	621
+chromosome	scaffold5083	1299
+chromosome	scaffold5078	1001
+chromosome	scaffold5098	568
+chromosome	Scaffold5103	492
+chromosome	scaffold5108	546
+chromosome	scaffold5088	841
+chromosome	scaffold5093	577
+chromosome	Scaffold5123	198
+chromosome	Scaffold5128	170
+chromosome	scaffold5113	558
+chromosome	scaffold5118	788
+chromosome	Scaffold5143	290
+chromosome	scaffold5138	844
+chromosome	scaffold5133	757
+chromosome	scaffold2068	281490
+chromosome	Scaffold5158	480
+chromosome	Scaffold5168	292
+chromosome	scaffold5173	978
+chromosome	scaffold5153	469
+chromosome	scaffold5183	4478
+chromosome	scaffold5163	738
+chromosome	Scaffold5598	226
+chromosome	scaffold5603	708
+chromosome	scaffold5148	1046
+chromosome	scaffold5213	732
+chromosome	Scaffold5608	484
+chromosome	scaffold5623	504
+chromosome	scaffold5613	577
+chromosome	scaffold5633	854
+chromosome	scaffold5178	506
+chromosome	scaffold5743	771
+chromosome	scaffold5753	922
+chromosome	Scaffold5758	333
+chromosome	scaffold5763	855
+chromosome	scaffold5768	957
+chromosome	Scaffold5773	243
+chromosome	scaffold5778	858
+chromosome	Scaffold5788	232
+chromosome	scaffold5628	524
+chromosome	scaffold5793	507
+chromosome	scaffold5803	492
+chromosome	Scaffold5808	716
+chromosome	scaffold5813	493
+chromosome	Scaffold5828	2418
+chromosome	Scaffold5833	529
+chromosome	scaffold5618	1189
+chromosome	scaffold4293	10987
+chromosome	scaffold5893	1313
+chromosome	scaffold5838	2791
+chromosome	Scaffold5908	332
+chromosome	scaffold5798	982
+chromosome	scaffold5913	757
+chromosome	scaffold5898	1145
+chromosome	scaffold5923	2111
+chromosome	scaffold5933	493
+chromosome	scaffold5013	2395
+chromosome	scaffold5938	625
+chromosome	scaffold5928	735
+chromosome	scaffold5943	608
+chromosome	scaffold5948	450
+chromosome	Scaffold5963	178
+chromosome	Scaffold5968	367
+chromosome	Scaffold5973	231
+chromosome	scaffold5953	1942
+chromosome	Scaffold5978	516
+chromosome	Scaffold5988	187
+chromosome	scaffold5983	668
+chromosome	Scaffold5993	291
+chromosome	scaffold5918	9029
+chromosome	scaffold5998	476
+chromosome	scaffold6008	756
+chromosome	Scaffold6013	559
+chromosome	scaffold6213	828
+chromosome	scaffold6233	947
+chromosome	scaffold5958	948
+chromosome	scaffold5638	537
+chromosome	scaffold6238	1956
+chromosome	scaffold6243	1146
+chromosome	Scaffold6253	475
+chromosome	Scaffold6248	290
+chromosome	scaffold6263	2295
+chromosome	scaffold6273	951
+chromosome	scaffold6018	17337
+chromosome	Scaffold6283	187
+chromosome	Scaffold6278	414
+chromosome	scaffold6268	898
+chromosome	scaffold6288	562
+chromosome	scaffold5903	781
+chromosome	Scaffold6328	246
+chromosome	Scaffold6333	254
+chromosome	Scaffold6343	188
+chromosome	scaffold6293	805
+chromosome	scaffold6258	2780
+chromosome	scaffold6003	497
+chromosome	Scaffold6353	663
+chromosome	scaffold6298	492
+chromosome	scaffold6368	953
+chromosome	scaffold6363	490
+chromosome	scaffold6358	576
+chromosome	scaffold6338	856
+chromosome	scaffold6373	9844
+chromosome	scaffold6348	539
+chromosome	Scaffold6458	252
+chromosome	scaffold6383	551
+chromosome	Scaffold6463	324
+chromosome	scaffold6403	464
+chromosome	Scaffold6468	265
+chromosome	scaffold6408	2020
+chromosome	scaffold6473	705
+chromosome	scaffold6513	571
+chromosome	scaffold6388	558
+chromosome	Scaffold6633	227
+chromosome	scaffold6378	609
+chromosome	scaffold6483	863
+chromosome	scaffold7083	993
+chromosome	scaffold6638	1476
+chromosome	scaffold7223	446
+chromosome	scaffold7218	494
+chromosome	Scaffold7228	217
+chromosome	Scaffold7233	765
+chromosome	scaffold6478	426
+chromosome	scaffold6523	1171
+chromosome	scaffold7078	493
+chromosome	Scaffold7278	216
+chromosome	scaffold7298	660
+chromosome	scaffold7283	878
+chromosome	Scaffold7313	228
+chromosome	Scaffold7353	253
+chromosome	scaffold7288	1109
+chromosome	scaffold7358	1249
+chromosome	scaffold7238	1275
+chromosome	Scaffold7398	422
+chromosome	scaffold7388	588
+chromosome	scaffold7413	524
+chromosome	Scaffold7448	529
+chromosome	scaffold7453	1132
+chromosome	Scaffold7493	320
+chromosome	Scaffold7498	386
+chromosome	scaffold7318	9959
+chromosome	scaffold7403	540
+chromosome	scaffold7538	801
+chromosome	scaffold7628	605
+chromosome	Scaffold7683	374
+chromosome	scaffold7508	1218
+chromosome	Scaffold7688	545
+chromosome	scaffold7693	3694
+chromosome	scaffold7243	787
+chromosome	scaffold7463	460
+chromosome	scaffold3158	4954
+chromosome	Scaffold6518	527
+chromosome	scaffold7503	754
+chromosome	scaffold173	16588
+chromosome	scaffold63	316817
+chromosome	scaffold1168	822030
+chromosome	scaffold8	349363
+chromosome	scaffold178	347872
+chromosome	scaffold208	205808
+chromosome	scaffold193	260701
+chromosome	scaffold238	29350
+chromosome	scaffold148	494103
+chromosome	scaffold278	96056
+chromosome	scaffold303	14473
+chromosome	scaffold123	1007854
+chromosome	scaffold33	1132667
+chromosome	scaffold283	360919
+chromosome	scaffold308	98469
+chromosome	scaffold1742	638190
+chromosome	scaffold318	192919
+chromosome	scaffold248	803905
+chromosome	scaffold333	242828
+chromosome	scaffold408	92913
+chromosome	scaffold243	441818
+chromosome	scaffold438	133769
+chromosome	scaffold513	246505
+chromosome	scaffold568	708
+chromosome	scaffold528	230178
+chromosome	scaffold413	337886
+chromosome	scaffold623	1141
+chromosome	scaffold628	508
+chromosome	scaffold543	450748
+chromosome	scaffold493	539818
+chromosome	scaffold638	13292
+chromosome	scaffold658	20918
+chromosome	scaffold603	183872
+chromosome	scaffold633	164225
+chromosome	scaffold778	702
+chromosome	scaffold643	297860
+chromosome	scaffold1573	197582
+chromosome	scaffold883	61984
+chromosome	Scaffold888	187
+chromosome	scaffold573	458529
+chromosome	scaffold893	237509
+chromosome	scaffold448	917689
+chromosome	scaffold963	173737
+chromosome	scaffold1028	26356
+chromosome	scaffold808	841566
+chromosome	scaffold1053	4473
+chromosome	scaffold1038	122394
+chromosome	scaffold783	458193
+chromosome	scaffold1103	127428
+chromosome	scaffold1093	131558
+chromosome	scaffold1118	7771
+chromosome	scaffold1123	98398
+chromosome	scaffold1058	399306
+chromosome	scaffold1193	1401
+chromosome	scaffold1198	1515
+chromosome	scaffold343	1346714
+chromosome	scaffold83	1772090
+chromosome	scaffold1203	33915
+chromosome	scaffold1143	196106
+chromosome	scaffold1243	6231
+chromosome	scaffold1223	105514
+chromosome	scaffold1248	200615
+chromosome	scaffold1273	807
+chromosome	scaffold1278	480
+chromosome	scaffold1283	367
+chromosome	scaffold1288	451
+chromosome	scaffold743	739931
+chromosome	scaffold1183	186380
+chromosome	Scaffold1323	759
+chromosome	scaffold1328	9925
+chromosome	scaffold1298	87402
+chromosome	scaffold1333	796
+chromosome	scaffold1228	251807
+chromosome	scaffold1258	546654
+chromosome	scaffold1338	58167
+chromosome	scaffold1353	77919
+chromosome	scaffold1403	18911
+chromosome	scaffold663	725804
+chromosome	scaffold1433	794
+chromosome	scaffold1438	109715
+chromosome	scaffold1463	5342
+chromosome	scaffold1468	567
+chromosome	scaffold1473	10220
+chromosome	scaffold928	495229
+chromosome	scaffold1538	532
+chromosome	scaffold1448	155890
+chromosome	scaffold1358	412819
+chromosome	scaffold1553	768
+chromosome	scaffold1548	36934
+chromosome	scaffold1413	455259
+chromosome	scaffold1728	1412
+chromosome	Scaffold1733	235
+chromosome	scaffold1738	483
+chromosome	scaffold1543	3951
+chromosome	scaffold1743	884
+chromosome	scaffold1748	3927
+chromosome	scaffold1753	21505
+chromosome	scaffold1873	834
+chromosome	scaffold1878	483
+chromosome	scaffold1883	3262
+chromosome	scaffold1888	5480
+chromosome	scaffold1893	3520
+chromosome	Scaffold1918	534
+chromosome	scaffold968	1007679
+chromosome	scaffold2223	1505
+chromosome	scaffold2228	674
+chromosome	scaffold2233	904
+chromosome	scaffold2238	1225
+chromosome	scaffold1923	305954
+chromosome	scaffold2283	486
+chromosome	scaffold2288	12690
+chromosome	scaffold2328	480
+chromosome	scaffold2333	496
+chromosome	scaffold1213	81132
+chromosome	scaffold2343	582
+chromosome	scaffold2348	482
+chromosome	scaffold2353	445
+chromosome	scaffold2358	556
+chromosome	scaffold2363	968
+chromosome	Scaffold2368	228
+chromosome	Scaffold2373	151
+chromosome	scaffold2338	49873
+chromosome	scaffold2658	499
+chromosome	scaffold2243	58774
+chromosome	scaffold2718	742
+chromosome	Scaffold2723	458
+chromosome	scaffold1598	233265
+chromosome	scaffold2728	2941
+chromosome	scaffold2783	2751
+chromosome	Scaffold2788	276
+chromosome	Scaffold2793	225
+chromosome	scaffold2733	12309
+chromosome	scaffold2798	707
+chromosome	scaffold2663	19803
+chromosome	scaffold1563	96667
+chromosome	scaffold2928	1184
+chromosome	scaffold2933	780
+chromosome	scaffold2938	456
+chromosome	scaffold2943	1106
+chromosome	scaffold2813	29172
+chromosome	scaffold3098	1592
+chromosome	scaffold2803	14333
+chromosome	scaffold3108	812
+chromosome	scaffold3113	914
+chromosome	scaffold3118	466
+chromosome	Scaffold3123	196
+chromosome	Scaffold3128	212
+chromosome	scaffold3103	13155
+chromosome	scaffold3138	1336
+chromosome	scaffold3143	9916
+chromosome	scaffold3168	7653
+chromosome	scaffold3133	5120
+chromosome	scaffold4098	1388
+chromosome	scaffold4103	4509
+chromosome	scaffold4118	471
+chromosome	scaffold4128	813
+chromosome	scaffold4133	570
+chromosome	scaffold2378	53582
+chromosome	scaffold1788	313196
+chromosome	scaffold4138	533
+chromosome	scaffold4143	742
+chromosome	scaffold4123	2205
+chromosome	Scaffold4163	260
+chromosome	scaffold4173	1395
+chromosome	Scaffold4178	255
+chromosome	Scaffold4148	317
+chromosome	scaffold4183	439
+chromosome	scaffold4153	1390
+chromosome	scaffold4188	411
+chromosome	scaffold4168	1553
+chromosome	Scaffold6868	257
+chromosome	scaffold6788	593
+chromosome	Scaffold6878	263
+chromosome	scaffold6843	599
+chromosome	Scaffold6873	7520
+chromosome	Scaffold6883	2449
+chromosome	Scaffold6903	300
+chromosome	Scaffold6908	227
+chromosome	scaffold6893	568
+chromosome	scaffold6913	741
+chromosome	scaffold6918	904
+chromosome	Scaffold6933	279
+chromosome	scaffold6923	544
+chromosome	scaffold6948	9916
+chromosome	Scaffold6953	535
+chromosome	scaffold6888	638
+chromosome	Scaffold6968	302
+chromosome	scaffold6973	515
+chromosome	scaffold6958	715
+chromosome	scaffold6983	450
+chromosome	Scaffold6978	296
+chromosome	scaffold6938	6763
+chromosome	scaffold7048	563
+chromosome	scaffold7108	541
+chromosome	scaffold4193	25107
+chromosome	scaffold6988	1773
+chromosome	Scaffold7253	209
+chromosome	scaffold7263	902
+chromosome	Scaffold7258	245
+chromosome	Scaffold7513	231
+chromosome	scaffold7098	598
+chromosome	scaffold7563	570
+chromosome	Scaffold7573	428
+chromosome	scaffold7533	758
+chromosome	scaffold7588	574
+chromosome	Scaffold7593	696
+chromosome	scaffold7598	790
+chromosome	Scaffold7613	536
+chromosome	scaffold7518	802
+chromosome	scaffold7248	9861
+chromosome	scaffold7578	503
+chromosome	scaffold2953	63647
+chromosome	scaffold2808	9997
+chromosome	scaffold1293	7056
+chromosome	scaffold18	148772
+chromosome	scaffold7618	15481
+chromosome	scaffold28	265919
+chromosome	scaffold98	660956
+chromosome	scaffold263	341768
+chromosome	scaffold78	597161
+chromosome	scaffold218	669183
+chromosome	scaffold1478	270631
+chromosome	scaffold268	222248
+chromosome	scaffold273	230482
+chromosome	scaffold43	789467
+chromosome	scaffold378	172722
+chromosome	scaffold138	834318
+chromosome	scaffold398	130952
+chromosome	scaffold223	770528
+chromosome	scaffold163	1171795
+chromosome	scaffold383	330977
+chromosome	scaffold503	82806
+chromosome	scaffold508	91829
+chromosome	scaffold403	220523
+chromosome	scaffold423	585495
+chromosome	scaffold338	809856
+chromosome	scaffold113	725450
+chromosome	Scaffold578	185
+chromosome	scaffold488	556428
+chromosome	scaffold533	52746
+chromosome	scaffold523	304013
+chromosome	scaffold453	220877
+chromosome	scaffold553	254510
+chromosome	scaffold753	698
+chromosome	scaffold583	349805
+chromosome	scaffold758	122576
+chromosome	scaffold538	312873
+chromosome	scaffold468	321114
+chromosome	scaffold798	72864
+chromosome	scaffold708	343178
+chromosome	scaffold593	870598
+chromosome	scaffold913	441
+chromosome	scaffold788	186638
+chromosome	scaffold773	398528
+chromosome	scaffold288	786170
+chromosome	Scaffold978	187
+chromosome	scaffold923	87562
+chromosome	scaffold918	43728
+chromosome	scaffold1043	1125
+chromosome	scaffold803	173738
+chromosome	scaffold1068	574
+chromosome	scaffold1073	876
+chromosome	scaffold1078	167754
+chromosome	scaffold1023	95909
+chromosome	scaffold1048	212742
+chromosome	scaffold1113	22191
+chromosome	scaffold673	528512
+chromosome	scaffold1128	15992
+chromosome	scaffold833	384364
+chromosome	scaffold1173	27275
+chromosome	scaffold1178	150133
+chromosome	scaffold1233	907
+chromosome	scaffold1138	238059
+chromosome	scaffold1263	11779
+chromosome	scaffold713	833066
+chromosome	scaffold1303	115028
+chromosome	scaffold983	570320
+chromosome	scaffold1373	754
+chromosome	scaffold938	712637
+chromosome	scaffold863	789847
+chromosome	scaffold1383	14424
+chromosome	scaffold1268	207028
+chromosome	scaffold1578	1263
+chromosome	scaffold1348	486282
+chromosome	Scaffold1693	366
+chromosome	scaffold1698	1502
+chromosome	scaffold1703	525
+chromosome	scaffold1708	9373
+chromosome	scaffold1713	815
+chromosome	Scaffold1718	195
+chromosome	scaffold1583	238018
+chromosome	scaffold1793	1797
+chromosome	scaffold1238	383655
+chromosome	scaffold1378	169008
+chromosome	scaffold1833	576
+chromosome	Scaffold1838	374
+chromosome	scaffold1843	876
+chromosome	scaffold1848	1271
+chromosome	scaffold1808	23211
+chromosome	scaffold1858	5538
+chromosome	scaffold1863	29621
+chromosome	scaffold1868	3289
+chromosome	scaffold1083	444720
+chromosome	Scaffold1903	211
+chromosome	scaffold1898	1361
+chromosome	scaffold1913	3872
+chromosome	scaffold1938	1196
+chromosome	scaffold1908	12244
+chromosome	scaffold1723	61258
+chromosome	scaffold1943	672
+chromosome	scaffold1958	863
+chromosome	scaffold1948	574
+chromosome	scaffold1968	740
+chromosome	scaffold1973	446
+chromosome	Scaffold1978	340
+chromosome	scaffold1983	632
+chromosome	Scaffold1988	181
+chromosome	scaffold1963	2465
+chromosome	Scaffold1998	233
+chromosome	Scaffold2003	156
+chromosome	scaffold2008	1076
+chromosome	scaffold1953	5486
+chromosome	scaffold2018	788
+chromosome	scaffold1993	5904
+chromosome	scaffold2023	414
+chromosome	Scaffold2073	232
+chromosome	scaffold2013	440
+chromosome	Scaffold2083	218
+chromosome	scaffold2078	471
+chromosome	scaffold2088	774
+chromosome	scaffold2098	1714
+chromosome	scaffold2093	2376
+chromosome	scaffold1798	93547
+chromosome	scaffold2108	470
+chromosome	Scaffold2148	444
+chromosome	scaffold2103	1106
+chromosome	scaffold2188	789
+chromosome	scaffold1108	192501
+chromosome	scaffold2153	12781
+chromosome	scaffold2193	1163
+chromosome	scaffold2203	753
+chromosome	Scaffold2213	213
+chromosome	scaffold2218	24878
+chromosome	scaffold2028	9206
+chromosome	scaffold2248	920
+chromosome	scaffold2253	657
+chromosome	scaffold2263	756
+chromosome	scaffold2258	475
+chromosome	Scaffold2273	193
+chromosome	scaffold2113	42263
+chromosome	scaffold4158	3550
+chromosome	Scaffold4298	387
+chromosome	Scaffold4303	225
+chromosome	Scaffold4308	170
+chromosome	Scaffold4313	248
+chromosome	Scaffold4318	246
+chromosome	scaffold4323	514
+chromosome	Scaffold4328	201
+chromosome	Scaffold4333	174
+chromosome	scaffold4338	512
+chromosome	scaffold4343	1120
+chromosome	scaffold4348	447
+chromosome	scaffold4353	481
+chromosome	scaffold2268	11830
+chromosome	scaffold4363	10075
+chromosome	scaffold4368	499
+chromosome	scaffold4373	491
+chromosome	scaffold2208	50397
+chromosome	Scaffold4383	257
+chromosome	scaffold4378	830
+chromosome	scaffold4388	5729
+chromosome	scaffold4358	1198
+chromosome	Scaffold4448	207
+chromosome	scaffold4438	637
+chromosome	scaffold4453	995
+chromosome	Scaffold4468	216
+chromosome	Scaffold4473	238
+chromosome	scaffold4463	885
+chromosome	Scaffold4483	262
+chromosome	scaffold4478	431
+chromosome	scaffold4493	870
+chromosome	scaffold4488	488
+chromosome	scaffold4498	950
+chromosome	scaffold4418	3014
+chromosome	scaffold4503	1708
+chromosome	Scaffold4518	206
+chromosome	scaffold4513	959
+chromosome	Scaffold4543	299
+chromosome	scaffold4548	893
+chromosome	scaffold4563	459
+chromosome	scaffold2198	36305
+chromosome	Scaffold4573	368
+chromosome	scaffold4508	332
+chromosome	scaffold4523	1578
+chromosome	Scaffold4613	206
+chromosome	scaffold4618	8286
+chromosome	scaffold4578	426
+chromosome	scaffold4628	487
+chromosome	scaffold4623	1116
+chromosome	scaffold4638	524
+chromosome	Scaffold4643	235
+chromosome	scaffold4633	1049
+chromosome	Scaffold4653	212
+chromosome	scaffold4658	1168
+chromosome	scaffold4663	808
+chromosome	scaffold4648	818
+chromosome	scaffold4668	440
+chromosome	scaffold4678	1039
+chromosome	scaffold4683	466
+chromosome	scaffold4673	885
+chromosome	scaffold4693	945
+chromosome	scaffold4688	487
+chromosome	scaffold4768	978
+chromosome	scaffold4778	455
+chromosome	scaffold4783	1137
+chromosome	Scaffold4788	184
+chromosome	scaffold4773	779
+chromosome	Scaffold4798	181
+chromosome	Scaffold4803	203
+chromosome	Scaffold4808	417
+chromosome	scaffold4813	10586
+chromosome	scaffold4828	526
+chromosome	Scaffold4853	184
+chromosome	scaffold4858	667
+chromosome	scaffold4793	1235
+chromosome	scaffold4863	487
+chromosome	scaffold4873	834
+chromosome	scaffold4878	1190
+chromosome	scaffold4918	515
+chromosome	scaffold4568	833
+chromosome	scaffold4928	474
+chromosome	scaffold4933	804
+chromosome	scaffold2278	145812
+chromosome	Scaffold4943	231
+chromosome	scaffold4868	9963
+chromosome	scaffold4938	496
+chromosome	scaffold4958	829
+chromosome	scaffold4948	1100
+chromosome	Scaffold5188	608
+chromosome	Scaffold5193	278
+chromosome	scaffold5198	504
+chromosome	scaffold5203	451
+chromosome	scaffold4953	1506
+chromosome	scaffold5218	533
+chromosome	Scaffold5223	194
+chromosome	Scaffold5228	1352
+chromosome	Scaffold5233	257
+chromosome	scaffold5238	498
+chromosome	scaffold5208	867
+chromosome	Scaffold5248	191
+chromosome	Scaffold5253	197
+chromosome	scaffold5243	445
+chromosome	scaffold4963	3619
+chromosome	Scaffold5268	220
+chromosome	Scaffold5273	764
+chromosome	scaffold5278	756
+chromosome	scaffold5263	527
+chromosome	Scaffold5283	206
+chromosome	scaffold5258	836
+chromosome	scaffold5298	466
+chromosome	Scaffold5303	264
+chromosome	scaffold5288	840
+chromosome	Scaffold5308	215
+chromosome	Scaffold5318	223
+chromosome	Scaffold5323	221
+chromosome	Scaffold5328	173
+chromosome	scaffold5293	536
+chromosome	scaffold5333	1257
+chromosome	Scaffold5343	209
+chromosome	scaffold5313	416
+chromosome	scaffold5353	530
+chromosome	Scaffold5373	179
+chromosome	scaffold5348	1773
+chromosome	scaffold5338	2237
+chromosome	scaffold5378	475
+chromosome	Scaffold5428	268
+chromosome	Scaffold5468	241
+chromosome	scaffold5383	600
+chromosome	scaffold5478	2594
+chromosome	scaffold5433	3321
+chromosome	Scaffold5643	252
+chromosome	scaffold5578	3577
+chromosome	scaffold5653	765
+chromosome	scaffold5658	482
+chromosome	Scaffold5663	183
+chromosome	scaffold5668	511
+chromosome	scaffold5648	900
+chromosome	Scaffold5678	584
+chromosome	scaffold5473	9881
+chromosome	Scaffold5688	220
+chromosome	scaffold5673	844
+chromosome	Scaffold5683	592
+chromosome	Scaffold5698	227
+chromosome	Scaffold5703	250
+chromosome	Scaffold5713	287
+chromosome	Scaffold5718	778
+chromosome	scaffold5693	468
+chromosome	Scaffold5708	260
+chromosome	scaffold5723	1467
+chromosome	scaffold5738	700
+chromosome	scaffold4923	945
+chromosome	scaffold5783	916
+chromosome	Scaffold5818	258
+chromosome	scaffold5823	554
+chromosome	Scaffold5843	227
+chromosome	scaffold5848	445
+chromosome	Scaffold5853	193
+chromosome	scaffold5748	3407
+chromosome	scaffold5863	953
+chromosome	Scaffold5868	352
+chromosome	scaffold5873	1000
+chromosome	scaffold5733	9896
+chromosome	Scaffold5878	388
+chromosome	scaffold5888	481
+chromosome	scaffold5883	960
+chromosome	Scaffold6028	214
+chromosome	Scaffold6033	245
+chromosome	Scaffold6038	193
+chromosome	scaffold6043	561
+chromosome	scaffold6048	497
+chromosome	scaffold6053	1408
+chromosome	Scaffold6058	242
+chromosome	scaffold5858	9852
+chromosome	scaffold6063	861
+chromosome	scaffold6068	445
+chromosome	Scaffold6078	265
+chromosome	Scaffold6083	280
+chromosome	scaffold6088	2469
+chromosome	Scaffold6093	252
+chromosome	scaffold6098	505
+chromosome	Scaffold6103	455
+chromosome	scaffold1188	362589
+chromosome	scaffold6108	362
+chromosome	Scaffold6113	682
+chromosome	Scaffold6123	200
+chromosome	scaffold6023	4357
+chromosome	scaffold6128	940
+chromosome	Scaffold6138	309
+chromosome	scaffold6118	491
+chromosome	scaffold6133	500
+chromosome	scaffold6073	527
+chromosome	scaffold6143	2775
+chromosome	scaffold6148	544
+chromosome	scaffold6168	483
+chromosome	scaffold6158	889
+chromosome	Scaffold6178	466
+chromosome	scaffold6173	729
+chromosome	Scaffold6188	207
+chromosome	Scaffold6183	525
+chromosome	scaffold6193	1187
+chromosome	scaffold6198	1041
+chromosome	scaffold6153	630
+chromosome	Scaffold6218	440
+chromosome	Scaffold6223	198
+chromosome	scaffold6208	952
+chromosome	scaffold6163	880
+chromosome	Scaffold6428	227
+chromosome	Scaffold6433	207
+chromosome	scaffold6413	473
+chromosome	Scaffold6448	228
+chromosome	scaffold6453	815
+chromosome	Scaffold6488	243
+chromosome	scaffold6228	4273
+chromosome	scaffold6493	552
+chromosome	scaffold6498	913
+chromosome	scaffold6508	746
+chromosome	scaffold6528	686
+chromosome	scaffold6533	532
+chromosome	scaffold6503	457
+chromosome	scaffold6203	2370
+chromosome	Scaffold6548	255
+chromosome	scaffold6538	475
+chromosome	Scaffold6558	250
+chromosome	scaffold4598	1650
+chromosome	Scaffold6568	183
+chromosome	scaffold6563	482
+chromosome	scaffold6543	759
+chromosome	scaffold6573	616
+chromosome	scaffold6658	473
+chromosome	scaffold6668	840
+chromosome	scaffold6578	773
+chromosome	Scaffold6693	542
+chromosome	Scaffold6698	292
+chromosome	scaffold6438	1178
+chromosome	Scaffold6663	314
+chromosome	scaffold6703	558
+chromosome	scaffold6713	730
+chromosome	scaffold6708	9936
+chromosome	scaffold6733	488
+chromosome	scaffold6748	537
+chromosome	scaffold6763	576
+chromosome	scaffold6738	1033
+chromosome	Scaffold6768	362
+chromosome	scaffold6773	781
+chromosome	scaffold6778	567
+chromosome	scaffold6728	2295
+chromosome	Scaffold6793	810
+chromosome	Scaffold6808	445
+chromosome	scaffold6798	1235
+chromosome	Scaffold6818	216
+chromosome	scaffold6803	536
+chromosome	Scaffold6828	138
+chromosome	Scaffold6833	282
+chromosome	Scaffold6813	203
+chromosome	scaffold6838	2979
+chromosome	scaffold6783	518
+chromosome	scaffold7138	632
+chromosome	scaffold7113	822
+chromosome	Scaffold7133	1449
+chromosome	Scaffold7173	285
+chromosome	scaffold6553	3369
+chromosome	scaffold7178	488
+chromosome	Scaffold7188	387
+chromosome	Scaffold7198	209
+chromosome	Scaffold7193	222
+chromosome	scaffold7168	607
+chromosome	scaffold7208	517
+chromosome	Scaffold7268	328
+chromosome	Scaffold7203	499
+chromosome	scaffold6823	499
+chromosome	scaffold7213	1316
+chromosome	scaffold7293	443
+chromosome	Scaffold7378	330
+chromosome	scaffold7323	503
+chromosome	scaffold7303	436
+chromosome	scaffold7383	559
+chromosome	Scaffold7423	294
+chromosome	Scaffold7428	516
+chromosome	Scaffold7433	235
+chromosome	scaffold7273	571
+chromosome	scaffold7478	645
+chromosome	Scaffold7523	248
+chromosome	scaffold7528	555
+chromosome	Scaffold7543	506
+chromosome	scaffold7408	807
+chromosome	Scaffold7548	525
+chromosome	scaffold7183	534
+chromosome	Scaffold7553	354
+chromosome	scaffold7418	502
+chromosome	Scaffold7603	256
+chromosome	scaffold7608	508
+chromosome	Scaffold7633	394
+chromosome	scaffold7568	4384
+chromosome	scaffold7558	843
+chromosome	scaffold7653	607
+chromosome	scaffold7678	503
+chromosome	scaffold7438	831
+chromosome	Scaffold7708	3154
+chromosome	scaffold7623	5218
+chromosome	scaffold7713	1442
+chromosome	scaffold7638	608
+chromosome	scaffold7718	1101
+chromosome	scaffold7703	1058
+chromosome	Scaffold7698	1586
+chromosome	scaffold1443	27852
+chromosome	scaffold1853	10300
+chromosome	scaffold5728	948
+chromosome	scaffold144	585952
+chromosome	scaffold109	539870
+chromosome	scaffold1388	457847
+chromosome	scaffold234	652
+chromosome	scaffold209	140732
+chromosome	scaffold199	375486
+chromosome	scaffold164	370661
+chromosome	scaffold54	1171839
+chromosome	scaffold294	870
+chromosome	scaffold299	162745
+chromosome	scaffold84	923568
+chromosome	scaffold239	150981
+chromosome	scaffold184	521043
+chromosome	scaffold4	1008686
+chromosome	Scaffold389	402
+chromosome	scaffold304	419343
+chromosome	scaffold399	13926
+chromosome	scaffold339	225152
+chromosome	scaffold244	548243
+chromosome	scaffold284	375379
+chromosome	scaffold274	248168
+chromosome	scaffold489	2565
+chromosome	scaffold424	119384
+chromosome	scaffold439	143882
+chromosome	scaffold214	862924
+chromosome	scaffold349	577580
+chromosome	scaffold394	509142
+chromosome	scaffold614	26077
+chromosome	scaffold449	1687578
+chromosome	scaffold619	216617
+chromosome	scaffold649	608
+chromosome	scaffold654	189220
+chromosome	scaffold404	644674
+chromosome	scaffold584	341289
+chromosome	scaffold689	6091
+chromosome	scaffold694	158354
+chromosome	scaffold644	85595
+chromosome	scaffold629	98131
+chromosome	scaffold684	78280
+chromosome	scaffold764	63591
+chromosome	scaffold839	420511
+chromosome	scaffold664	425844
+chromosome	scaffold864	257342
+chromosome	Scaffold1029	566
+chromosome	scaffold1034	9689
+chromosome	scaffold494	864796
+chromosome	scaffold1039	299275
+chromosome	scaffold784	893950
+chromosome	scaffold1064	306698
+chromosome	scaffold744	527217
+chromosome	Scaffold1259	203
+chromosome	scaffold1264	52743
+chromosome	scaffold1284	37479
+chromosome	scaffold1294	13101
+chromosome	scaffold699	695540
+chromosome	scaffold1299	15664
+chromosome	scaffold899	1132184
+chromosome	scaffold1374	4748
+chromosome	scaffold1169	401019
+chromosome	scaffold1439	839
+chromosome	Scaffold1444	839
+chromosome	scaffold1449	1316
+chromosome	Scaffold1454	175
+chromosome	scaffold1459	3152
+chromosome	scaffold1304	190488
+chromosome	scaffold1509	66428
+chromosome	scaffold1464	43222
+chromosome	scaffold1344	168672
+chromosome	scaffold1599	1915
+chromosome	scaffold1209	274950
+chromosome	scaffold1519	120953
+chromosome	scaffold1689	480
+chromosome	scaffold1534	220672
+chromosome	scaffold1694	937
+chromosome	Scaffold1724	298
+chromosome	Scaffold1729	173
+chromosome	scaffold1699	29899
+chromosome	scaffold1379	406380
+chromosome	scaffold1604	7882
+chromosome	scaffold2004	1953
+chromosome	scaffold1999	17567
+chromosome	scaffold2029	3063
+chromosome	scaffold2044	1467
+chromosome	scaffold2049	487
+chromosome	scaffold2054	1696
+chromosome	scaffold2059	788
+chromosome	Scaffold2064	157
+chromosome	scaffold2069	980
+chromosome	scaffold2084	495
+chromosome	scaffold2089	13751
+chromosome	scaffold2104	1171
+chromosome	scaffold2109	387
+chromosome	scaffold1734	73342
+chromosome	scaffold2114	600
+chromosome	Scaffold2179	708
+chromosome	scaffold2184	1013
+chromosome	scaffold2189	632
+chromosome	scaffold1099	858117
+chromosome	scaffold2224	949
+chromosome	Scaffold2229	234
+chromosome	scaffold2234	10895
+chromosome	scaffold2239	740
+chromosome	scaffold2244	1789
+chromosome	scaffold2249	475
+chromosome	scaffold2119	40470
+chromosome	scaffold2254	22641
+chromosome	scaffold2379	892
+chromosome	scaffold2399	1299
+chromosome	scaffold2404	11332
+chromosome	scaffold2259	75371
+chromosome	scaffold2724	1657
+chromosome	scaffold2729	2412
+chromosome	scaffold2734	546
+chromosome	Scaffold2739	268
+chromosome	scaffold2744	879
+chromosome	scaffold2749	724
+chromosome	scaffold2754	546
+chromosome	scaffold2034	88840
+chromosome	scaffold2764	615
+chromosome	scaffold2769	1338
+chromosome	scaffold2759	5072
+chromosome	scaffold2774	577
+chromosome	scaffold2194	10607
+chromosome	scaffold2789	484
+chromosome	scaffold2794	815
+chromosome	scaffold2784	3168
+chromosome	Scaffold2804	187
+chromosome	scaffold2809	1118
+chromosome	scaffold2779	1280
+chromosome	scaffold2814	4345
+chromosome	scaffold2824	815
+chromosome	scaffold2819	1126
+chromosome	scaffold2799	4032
+chromosome	scaffold2829	642
+chromosome	scaffold514	1221598
+chromosome	Scaffold2844	203
+chromosome	Scaffold2854	175
+chromosome	scaffold2859	505
+chromosome	Scaffold2839	269
+chromosome	scaffold2849	470
+chromosome	scaffold2869	529
+chromosome	scaffold2864	754
+chromosome	scaffold2884	695
+chromosome	scaffold2889	632
+chromosome	scaffold2914	501
+chromosome	scaffold2874	1625
+chromosome	scaffold2484	16791
+chromosome	Scaffold5359	284
+chromosome	Scaffold5364	318
+chromosome	Scaffold5369	212
+chromosome	scaffold5374	501
+chromosome	scaffold1974	57473
+chromosome	scaffold2879	438
+chromosome	Scaffold5394	224
+chromosome	scaffold5379	9917
+chromosome	Scaffold5414	174
+chromosome	Scaffold5419	399
+chromosome	scaffold5424	461
+chromosome	scaffold5409	1449
+chromosome	Scaffold5429	208
+chromosome	scaffold2919	1098
+chromosome	Scaffold5434	172
+chromosome	scaffold5439	490
+chromosome	scaffold5399	1463
+chromosome	scaffold5449	956
+chromosome	scaffold5454	10097
+chromosome	scaffold5459	970
+chromosome	scaffold5464	693
+chromosome	Scaffold5474	266
+chromosome	Scaffold5579	229
+chromosome	scaffold5444	730
+chromosome	Scaffold5589	176
+chromosome	scaffold5479	479
+chromosome	Scaffold5469	211
+chromosome	scaffold5594	647
+chromosome	Scaffold5609	233
+chromosome	scaffold5599	514
+chromosome	Scaffold5624	282
+chromosome	scaffold5604	559
+chromosome	scaffold5629	2400
+chromosome	scaffold5614	959
+chromosome	scaffold5654	629
+chromosome	Scaffold5659	237
+chromosome	scaffold5664	484
+chromosome	Scaffold5679	202
+chromosome	scaffold5674	461
+chromosome	scaffold5684	770
+chromosome	Scaffold5689	279
+chromosome	Scaffold5694	239
+chromosome	Scaffold5704	251
+chromosome	Scaffold5709	189
+chromosome	scaffold5584	874
+chromosome	scaffold5669	1422
+chromosome	Scaffold5729	223
+chromosome	scaffold5719	1000
+chromosome	Scaffold5739	221
+chromosome	Scaffold5744	423
+chromosome	scaffold5734	826
+chromosome	scaffold5749	1084
+chromosome	scaffold5759	541
+chromosome	Scaffold5764	238
+chromosome	scaffold5714	603
+chromosome	scaffold5699	754
+chromosome	scaffold5774	517
+chromosome	Scaffold5784	1313
+chromosome	scaffold5824	553
+chromosome	Scaffold5839	252
+chromosome	scaffold5844	827
+chromosome	scaffold5789	3544
+chromosome	scaffold5879	478
+chromosome	scaffold5769	2498
+chromosome	Scaffold5919	226
+chromosome	Scaffold5924	248
+chromosome	scaffold5884	482
+chromosome	scaffold5914	484
+chromosome	Scaffold5939	193
+chromosome	scaffold5934	514
+chromosome	scaffold5929	806
+chromosome	Scaffold5949	235
+chromosome	scaffold5974	818
+chromosome	Scaffold5979	184
+chromosome	scaffold5944	493
+chromosome	scaffold5984	623
+chromosome	Scaffold5989	560
+chromosome	Scaffold5999	259
+chromosome	Scaffold5994	551
+chromosome	Scaffold6004	307
+chromosome	scaffold6014	492
+chromosome	scaffold6009	3511
+chromosome	scaffold5954	11173
+chromosome	Scaffold6029	253
+chromosome	scaffold6024	498
+chromosome	Scaffold6034	290
+chromosome	Scaffold6039	468
+chromosome	Scaffold6049	191
+chromosome	scaffold6019	1758
+chromosome	Scaffold6069	298
+chromosome	scaffold6044	541
+chromosome	scaffold6054	558
+chromosome	scaffold2834	460
+chromosome	scaffold6074	798
+chromosome	Scaffold6319	179
+chromosome	scaffold6289	679
+chromosome	scaffold6324	1163
+chromosome	scaffold6079	9958
+chromosome	scaffold6344	480
+chromosome	Scaffold6384	327
+chromosome	scaffold6354	686
+chromosome	scaffold5779	619
+chromosome	scaffold6389	537
+chromosome	scaffold6479	482
+chromosome	Scaffold6494	211
+chromosome	scaffold6499	634
+chromosome	scaffold6394	1056
+chromosome	scaffold6519	497
+chromosome	scaffold6379	571
+chromosome	Scaffold6544	235
+chromosome	scaffold6514	504
+chromosome	scaffold6549	525
+chromosome	scaffold6729	823
+chromosome	scaffold6554	1009
+chromosome	Scaffold6744	191
+chromosome	scaffold6489	764
+chromosome	scaffold6754	588
+chromosome	scaffold6484	624
+chromosome	scaffold6764	1252
+chromosome	Scaffold7009	1121
+chromosome	Scaffold6739	463
+chromosome	scaffold7014	528
+chromosome	scaffold6724	769
+chromosome	scaffold5384	433
+chromosome	scaffold6749	508
+chromosome	Scaffold7079	321
+chromosome	scaffold7044	868
+chromosome	scaffold7084	3507
+chromosome	scaffold7039	2583
+chromosome	Scaffold7119	205
+chromosome	scaffold7029	522
+chromosome	Scaffold7149	481
+chromosome	scaffold7089	835
+chromosome	Scaffold7144	462
+chromosome	Scaffold7169	232
+chromosome	scaffold7154	1148
+chromosome	scaffold7124	3589
+chromosome	scaffold7189	498
+chromosome	scaffold7379	505
+chromosome	scaffold7164	9887
+chromosome	scaffold7404	584
+chromosome	scaffold7409	840
+chromosome	scaffold7059	545
+chromosome	scaffold7174	1035
+chromosome	Scaffold7454	363
+chromosome	Scaffold7459	356
+chromosome	scaffold7469	495
+chromosome	scaffold7474	430
+chromosome	scaffold7464	617
+chromosome	scaffold7484	518
+chromosome	Scaffold7489	489
+chromosome	scaffold7494	492
+chromosome	scaffold7429	463
+chromosome	scaffold7479	1654
+chromosome	Scaffold7509	361
+chromosome	scaffold7504	1165
+chromosome	scaffold7499	526
+chromosome	Scaffold7519	1467
+chromosome	scaffold7514	469
+chromosome	Scaffold7529	292
+chromosome	scaffold7539	420
+chromosome	scaffold7544	510
+chromosome	Scaffold7534	469
+chromosome	scaffold7549	452
+chromosome	scaffold7524	667
+chromosome	Scaffold7559	460
+chromosome	scaffold7434	2881
+chromosome	Scaffold7574	878
+chromosome	scaffold7569	835
+chromosome	scaffold7564	824
+chromosome	scaffold7554	613
+chromosome	scaffold7584	518
+chromosome	scaffold7579	405
+chromosome	scaffold7589	821
+chromosome	scaffold7694	9736
+chromosome	scaffold7594	5685
+chromosome	scaffold6964	759
+chromosome	scaffold7199	5294
+chromosome	scaffold1609	161552
+chromosome	scaffold99	121356
+chromosome	scaffold19	425888
+chromosome	scaffold79	469103
+chromosome	scaffold59	323280
+chromosome	scaffold159	190425
+chromosome	scaffold229	481600
+chromosome	scaffold114	516268
+chromosome	scaffold24	1417469
+chromosome	scaffold374	718
+chromosome	scaffold129	804739
+chromosome	scaffold344	778307
+chromosome	scaffold174	2527684
+chromosome	scaffold464	9822
+chromosome	scaffold309	617882
+chromosome	scaffold409	428861
+chromosome	scaffold89	859212
+chromosome	scaffold379	874727
+chromosome	scaffold249	1367122
+chromosome	scaffold519	156065
+chromosome	scaffold539	283086
+chromosome	scaffold544	915346
+chromosome	Scaffold634	624
+chromosome	scaffold524	535138
+chromosome	scaffold459	183178
+chromosome	scaffold639	428734
+chromosome	scaffold724	109460
+chromosome	scaffold579	644788
+chromosome	Scaffold769	203
+chromosome	scaffold774	13865
+chromosome	scaffold754	110391
+chromosome	scaffold729	480770
+chromosome	scaffold574	414199
+chromosome	scaffold919	407
+chromosome	scaffold924	1675
+chromosome	scaffold894	257128
+chromosome	scaffold954	54722
+chromosome	scaffold959	498
+chromosome	scaffold964	86973
+chromosome	scaffold969	6231
+chromosome	Scaffold989	288
+chromosome	scaffold994	49264
+chromosome	scaffold1019	471
+chromosome	scaffold1024	70934
+chromosome	Scaffold1044	740
+chromosome	scaffold469	943810
+chromosome	scaffold1084	1342
+chromosome	scaffold1089	487
+chromosome	scaffold1094	105967
+chromosome	Scaffold1104	159
+chromosome	scaffold1109	13349
+chromosome	scaffold1114	458
+chromosome	scaffold834	552935
+chromosome	scaffold1049	318244
+chromosome	scaffold939	373916
+chromosome	scaffold1119	109994
+chromosome	scaffold1124	109610
+chromosome	scaffold1204	92152
+chromosome	scaffold1214	1199
+chromosome	scaffold1219	464
+chromosome	scaffold1224	980
+chromosome	scaffold1194	228054
+chromosome	scaffold1159	250913
+chromosome	scaffold1269	32542
+chromosome	scaffold504	306352
+chromosome	scaffold1329	16855
+chromosome	scaffold1334	743
+chromosome	scaffold1279	255114
+chromosome	scaffold1364	4823
+chromosome	scaffold1229	75787
+chromosome	scaffold1394	29934
+chromosome	scaffold1239	143497
+chromosome	scaffold779	787765
+chromosome	scaffold1469	5276
+chromosome	scaffold1424	58540
+chromosome	scaffold1474	3803
+chromosome	scaffold1484	765
+chromosome	Scaffold1489	167
+chromosome	scaffold1494	507
+chromosome	scaffold1479	11316
+chromosome	scaffold1499	858
+chromosome	scaffold1369	109745
+chromosome	scaffold1614	501
+chromosome	Scaffold1619	162
+chromosome	scaffold1624	783
+chromosome	scaffold1629	6317
+chromosome	scaffold1634	523
+chromosome	scaffold1129	291843
+chromosome	scaffold1739	617
+chromosome	Scaffold1744	196
+chromosome	scaffold1749	981
+chromosome	scaffold1399	262973
+chromosome	scaffold1809	2612
+chromosome	scaffold1829	12013
+chromosome	Scaffold1834	179
+chromosome	Scaffold1839	200
+chromosome	scaffold1539	81996
+chromosome	scaffold659	1038070
+chromosome	scaffold1854	4031
+chromosome	Scaffold1859	163
+chromosome	scaffold1864	521
+chromosome	scaffold1869	842
+chromosome	scaffold1874	591
+chromosome	Scaffold1879	202
+chromosome	scaffold1844	5439
+chromosome	scaffold1889	9979
+chromosome	scaffold1894	1280
+chromosome	scaffold1899	460
+chromosome	scaffold1914	1136
+chromosome	scaffold1639	69524
+chromosome	scaffold1989	554
+chromosome	scaffold1994	20091
+chromosome	scaffold1884	6070
+chromosome	scaffold1754	114465
+chromosome	Scaffold2289	166
+chromosome	scaffold2294	825
+chromosome	scaffold2299	2801
+chromosome	scaffold2314	9877
+chromosome	scaffold2319	540
+chromosome	Scaffold2324	217
+chromosome	Scaffold2329	197
+chromosome	Scaffold2334	221
+chromosome	scaffold2339	691
+chromosome	scaffold1504	265480
+chromosome	Scaffold2384	198
+chromosome	Scaffold2389	211
+chromosome	scaffold2009	27234
+chromosome	scaffold2394	8816
+chromosome	scaffold2409	1205
+chromosome	Scaffold2414	466
+chromosome	Scaffold2894	165
+chromosome	scaffold2899	3282
+chromosome	scaffold2904	624
+chromosome	scaffold2909	914
+chromosome	Scaffold2924	222
+chromosome	scaffold2929	1293
+chromosome	scaffold2344	43998
+chromosome	scaffold2959	811
+chromosome	scaffold2934	3981
+chromosome	scaffold2964	612
+chromosome	scaffold2969	9944
+chromosome	scaffold3114	1572
+chromosome	Scaffold3119	196
+chromosome	scaffold3124	777
+chromosome	Scaffold3129	205
+chromosome	scaffold3134	460
+chromosome	scaffold3139	9838
+chromosome	Scaffold3144	562
+chromosome	scaffold3149	782
+chromosome	scaffold3154	317
+chromosome	Scaffold3159	1003
+chromosome	scaffold3164	703
+chromosome	Scaffold3169	167
+chromosome	scaffold3174	516
+chromosome	scaffold3179	10888
+chromosome	scaffold3184	481
+chromosome	scaffold3189	12962
+chromosome	scaffold3254	749
+chromosome	scaffold3279	752
+chromosome	scaffold1919	224060
+chromosome	scaffold3329	819
+chromosome	scaffold3334	569
+chromosome	scaffold3339	459
+chromosome	scaffold3344	187
+chromosome	scaffold3349	462
+chromosome	scaffold3354	10365
+chromosome	scaffold3299	760
+chromosome	Scaffold3364	218
+chromosome	Scaffold3369	515
+chromosome	scaffold3374	666
+chromosome	scaffold3379	418
+chromosome	scaffold3019	76605
+chromosome	scaffold3384	17204
+chromosome	Scaffold4364	216
+chromosome	Scaffold4369	235
+chromosome	scaffold1339	235257
+chromosome	Scaffold4374	201
+chromosome	scaffold3464	15729
+chromosome	scaffold4379	472
+chromosome	scaffold4399	813
+chromosome	Scaffold4434	273
+chromosome	scaffold3359	19480
+chromosome	scaffold4444	753
+chromosome	scaffold4449	546
+chromosome	Scaffold4484	208
+chromosome	Scaffold4489	208
+chromosome	scaffold4384	745
+chromosome	scaffold4509	507
+chromosome	scaffold4394	1256
+chromosome	Scaffold4514	709
+chromosome	scaffold4519	636
+chromosome	scaffold4524	2411
+chromosome	scaffold4494	677
+chromosome	Scaffold4539	462
+chromosome	scaffold4439	441
+chromosome	scaffold4544	465
+chromosome	scaffold4549	837
+chromosome	scaffold4529	919
+chromosome	scaffold4899	848
+chromosome	scaffold4944	1551
+chromosome	scaffold4959	554
+chromosome	Scaffold4644	233
+chromosome	Scaffold5084	185
+chromosome	Scaffold5089	213
+chromosome	scaffold4964	748
+chromosome	Scaffold5114	464
+chromosome	scaffold5094	805
+chromosome	scaffold5124	1393
+chromosome	scaffold5139	1185
+chromosome	scaffold5144	1075
+chromosome	scaffold5149	783
+chromosome	scaffold5154	460
+chromosome	scaffold5159	736
+chromosome	scaffold5164	850
+chromosome	scaffold4534	1581
+chromosome	Scaffold5174	393
+chromosome	scaffold5119	1069
+chromosome	Scaffold5194	379
+chromosome	scaffold5189	747
+chromosome	scaffold5179	1888
+chromosome	Scaffold5489	182
+chromosome	scaffold5484	9870
+chromosome	Scaffold5499	229
+chromosome	scaffold5504	768
+chromosome	scaffold5509	2353
+chromosome	scaffold5574	1148
+chromosome	scaffold5199	3530
+chromosome	scaffold5754	545
+chromosome	scaffold5724	696
+chromosome	scaffold5819	484
+chromosome	Scaffold5814	405
+chromosome	scaffold5829	827
+chromosome	scaffold6084	526
+chromosome	Scaffold6089	816
+chromosome	Scaffold6094	261
+chromosome	scaffold6099	461
+chromosome	Scaffold6104	238
+chromosome	Scaffold6109	226
+chromosome	scaffold6114	837
+chromosome	Scaffold6119	265
+chromosome	scaffold6124	808
+chromosome	scaffold6129	583
+chromosome	scaffold6134	704
+chromosome	scaffold6139	773
+chromosome	Scaffold6144	255
+chromosome	scaffold5834	13154
+chromosome	scaffold6184	597
+chromosome	scaffold6189	524
+chromosome	scaffold6194	804
+chromosome	Scaffold6199	209
+chromosome	Scaffold6204	175
+chromosome	scaffold1849	1430
+chromosome	scaffold6359	853
+chromosome	scaffold6374	953
+chromosome	Scaffold6409	289
+chromosome	scaffold6414	813
+chromosome	Scaffold6424	251
+chromosome	scaffold6429	707
+chromosome	scaffold6209	4380
+chromosome	scaffold6434	536
+chromosome	scaffold6564	854
+chromosome	scaffold6589	775
+chromosome	scaffold6594	638
+chromosome	scaffold6599	654
+chromosome	scaffold6439	18957
+chromosome	Scaffold6629	199
+chromosome	Scaffold6624	238
+chromosome	scaffold6634	856
+chromosome	Scaffold6664	253
+chromosome	scaffold6639	505
+chromosome	Scaffold6789	434
+chromosome	Scaffold6794	401
+chromosome	scaffold6669	8975
+chromosome	Scaffold6804	261
+chromosome	Scaffold6809	245
+chromosome	Scaffold6814	259
+chromosome	scaffold6799	2390
+chromosome	Scaffold6824	401
+chromosome	Scaffold6819	960
+chromosome	Scaffold6834	242
+chromosome	scaffold6839	522
+chromosome	Scaffold6869	850
+chromosome	scaffold6829	860
+chromosome	scaffold6874	9860
+chromosome	Scaffold6889	187
+chromosome	scaffold6894	780
+chromosome	scaffold6909	521
+chromosome	scaffold6149	3398
+chromosome	scaffold6919	224
+chromosome	scaffold6914	570
+chromosome	Scaffold6929	1164
+chromosome	scaffold6934	538
+chromosome	scaffold6884	10019
+chromosome	Scaffold6969	206
+chromosome	scaffold6974	565
+chromosome	scaffold6944	830
+chromosome	Scaffold6984	319
+chromosome	scaffold6979	539
+chromosome	scaffold7004	518
+chromosome	Scaffold7019	199
+chromosome	scaffold7024	508
+chromosome	scaffold6989	1989
+chromosome	Scaffold7094	454
+chromosome	scaffold6924	625
+chromosome	Scaffold7099	553
+chromosome	scaffold7034	599
+chromosome	scaffold7114	1166
+chromosome	Scaffold7129	280
+chromosome	Scaffold7134	483
+chromosome	scaffold7104	860
+chromosome	scaffold7139	994
+chromosome	scaffold7269	592
+chromosome	scaffold7274	886
+chromosome	scaffold7294	568
+chromosome	Scaffold7299	221
+chromosome	scaffold7304	772
+chromosome	Scaffold7309	408
+chromosome	scaffold7314	8937
+chromosome	scaffold7109	740
+chromosome	scaffold7319	750
+chromosome	scaffold7619	5344
+chromosome	scaffold7679	979
+chromosome	scaffold7324	568
+chromosome	scaffold2419	31222
+chromosome	scaffold7284	2836
+chromosome	Scaffold39	480
+chromosome	scaffold7709	12141
+chromosome	scaffold2039	131072
+chromosome	scaffold4649	40662
+chromosome	scaffold34	199345
+chromosome	scaffold5494	2517
+chromosome	scaffold119	106921
+chromosome	scaffold44	202841
+chromosome	scaffold14	388408
+chromosome	scaffold124	264248
+chromosome	scaffold179	136673
+chromosome	scaffold64	446817
+chromosome	scaffold254	4898
+chromosome	scaffold259	480
+chromosome	scaffold264	483
+chromosome	scaffold139	393731
+chromosome	scaffold189	826363
+chromosome	scaffold154	785059
+chromosome	scaffold369	193596
+chromosome	scaffold429	684
+chromosome	scaffold49	894794
+chromosome	scaffold414	233102
+chromosome	scaffold499	278594
+chromosome	scaffold434	336277
+chromosome	scaffold529	86482
+chromosome	scaffold599	3639
+chromosome	scaffold604	85020
+chromosome	scaffold509	440281
+chromosome	scaffold219	1082942
+chromosome	scaffold669	248045
+chromosome	scaffold704	719
+chromosome	scaffold709	79004
+chromosome	scaffold714	71953
+chromosome	scaffold269	1049116
+chromosome	Scaffold734	207
+chromosome	scaffold454	836992
+chromosome	scaffold789	18941
+chromosome	scaffold794	225419
+chromosome	scaffold609	923298
+chromosome	scaffold814	28793
+chromosome	scaffold809	236614
+chromosome	scaffold719	295866
+chromosome	scaffold679	558411
+chromosome	scaffold854	181508
+chromosome	scaffold879	10119
+chromosome	Scaffold884	168
+chromosome	scaffold739	698210
+chromosome	Scaffold904	208
+chromosome	scaffold844	281088
+chromosome	scaffold929	2530
+chromosome	scaffold874	138879
+chromosome	Scaffold974	238
+chromosome	scaffold979	918
+chromosome	scaffold889	121171
+chromosome	scaffold1154	153556
+chromosome	Scaffold1174	160
+chromosome	scaffold74	2050049
+chromosome	scaffold1234	93082
+chromosome	Scaffold1249	168
+chromosome	scaffold909	444475
+chromosome	scaffold819	606644
+chromosome	scaffold1409	879
+chromosome	Scaffold1414	162
+chromosome	scaffold1419	11546
+chromosome	scaffold1429	1829
+chromosome	scaffold934	607062
+chromosome	scaffold984	1144119
+chromosome	Scaffold1544	197
+chromosome	scaffold1549	577
+chromosome	scaffold1514	107750
+chromosome	scaffold1434	131475
+chromosome	scaffold1559	6991
+chromosome	scaffold1179	882481
+chromosome	scaffold1669	731
+chromosome	scaffold1674	832
+chromosome	scaffold1564	31159
+chromosome	scaffold1759	17160
+chromosome	scaffold1764	1038
+chromosome	scaffold1554	43016
+chromosome	Scaffold1774	186
+chromosome	scaffold1769	4683
+chromosome	Scaffold1784	241
+chromosome	scaffold1789	426
+chromosome	Scaffold1794	195
+chromosome	scaffold1799	765
+chromosome	scaffold1779	8546
+chromosome	Scaffold1959	198
+chromosome	scaffold1964	485
+chromosome	scaffold1594	179189
+chromosome	scaffold2014	9921
+chromosome	scaffold2019	722
+chromosome	scaffold2024	4503
+chromosome	scaffold2074	1283
+chromosome	scaffold2094	719
+chromosome	scaffold1679	174488
+chromosome	Scaffold2199	164
+chromosome	scaffold1343	160695
+chromosome	Scaffold2209	537
+chromosome	scaffold2214	459
+chromosome	scaffold2219	27253
+chromosome	scaffold2099	52252
+chromosome	scaffold1804	81034
+chromosome	Scaffold2274	205
+chromosome	scaffold2269	827
+chromosome	scaffold2279	779
+chromosome	scaffold2424	422
+chromosome	Scaffold2429	170
+chromosome	scaffold2284	7702
+chromosome	scaffold2439	6345
+chromosome	scaffold2444	4469
+chromosome	scaffold2434	7077
+chromosome	scaffold2449	793
+chromosome	scaffold2454	881
+chromosome	Scaffold2464	307
+chromosome	scaffold2459	1525
+chromosome	Scaffold2469	349
+chromosome	scaffold2479	2003
+chromosome	scaffold2489	541
+chromosome	Scaffold2494	211
+chromosome	scaffold2474	2126
+chromosome	Scaffold2504	431
+chromosome	Scaffold2499	254
+chromosome	Scaffold2584	223
+chromosome	scaffold2509	3644
+chromosome	Scaffold2589	208
+chromosome	scaffold2594	668
+chromosome	Scaffold2624	212
+chromosome	scaffold2629	830
+chromosome	scaffold2634	847
+chromosome	scaffold2599	8328
+chromosome	Scaffold2659	169
+chromosome	scaffold2639	754
+chromosome	Scaffold2664	771
+chromosome	scaffold2674	470
+chromosome	scaffold2669	531
+chromosome	scaffold2684	540
+chromosome	scaffold2679	1127
+chromosome	Scaffold2694	472
+chromosome	scaffold2699	308
+chromosome	scaffold2689	850
+chromosome	scaffold2704	2760
+chromosome	scaffold2939	2916
+chromosome	scaffold2944	847
+chromosome	scaffold2949	502
+chromosome	scaffold2954	1239
+chromosome	scaffold2974	765
+chromosome	Scaffold2979	217
+chromosome	Scaffold2984	241
+chromosome	scaffold2989	493
+chromosome	scaffold2994	471
+chromosome	Scaffold2999	199
+chromosome	Scaffold3004	176
+chromosome	scaffold3009	471
+chromosome	scaffold1254	161796
+chromosome	scaffold3044	773
+chromosome	scaffold3049	966
+chromosome	Scaffold3054	239
+chromosome	scaffold3059	664
+chromosome	scaffold3074	652
+chromosome	scaffold3079	2994
+chromosome	Scaffold3084	622
+chromosome	scaffold3089	1204
+chromosome	scaffold3014	16900
+chromosome	scaffold3094	549
+chromosome	scaffold3104	9864
+chromosome	scaffold3099	905
+chromosome	Scaffold3204	152
+chromosome	Scaffold3209	186
+chromosome	scaffold3214	1011
+chromosome	Scaffold3219	427
+chromosome	scaffold2709	32841
+chromosome	scaffold3229	498
+chromosome	Scaffold3234	193
+chromosome	scaffold3239	996
+chromosome	Scaffold3244	235
+chromosome	scaffold3109	7320
+chromosome	Scaffold3259	237
+chromosome	Scaffold3264	177
+chromosome	scaffold3269	370
+chromosome	scaffold3224	1075
+chromosome	scaffold3274	897
+chromosome	Scaffold3284	239
+chromosome	scaffold3294	755
+chromosome	scaffold3304	682
+chromosome	scaffold3249	10045
+chromosome	scaffold3289	439
+chromosome	scaffold3314	7846
+chromosome	Scaffold3319	239
+chromosome	Scaffold3389	239
+chromosome	scaffold3394	498
+chromosome	scaffold3309	1133
+chromosome	Scaffold3404	179
+chromosome	scaffold3409	634
+chromosome	Scaffold3414	187
+chromosome	scaffold3419	528
+chromosome	scaffold3399	1480
+chromosome	scaffold3424	1696
+chromosome	scaffold3434	489
+chromosome	Scaffold3439	155
+chromosome	Scaffold3444	318
+chromosome	Scaffold3449	219
+chromosome	scaffold3454	452
+chromosome	scaffold3324	22466
+chromosome	scaffold3459	1529
+chromosome	scaffold3539	510
+chromosome	scaffold3534	608
+chromosome	scaffold3544	631
+chromosome	scaffold3619	506
+chromosome	scaffold3429	3127
+chromosome	scaffold3629	1492
+chromosome	Scaffold3689	577
+chromosome	scaffold3624	799
+chromosome	Scaffold3699	474
+chromosome	Scaffold3704	186
+chromosome	scaffold3709	446
+chromosome	scaffold3694	732
+chromosome	scaffold3714	676
+chromosome	Scaffold3719	205
+chromosome	scaffold3724	484
+chromosome	scaffold3729	2409
+chromosome	scaffold3734	14163
+chromosome	Scaffold3744	574
+chromosome	Scaffold3749	371
+chromosome	scaffold3739	635
+chromosome	scaffold3759	442
+chromosome	scaffold3844	9947
+chromosome	scaffold3849	718
+chromosome	scaffold3854	1451
+chromosome	scaffold3859	523
+chromosome	Scaffold3919	474
+chromosome	scaffold3924	795
+chromosome	scaffold3549	48123
+chromosome	Scaffold3929	460
+chromosome	scaffold3934	1153
+chromosome	scaffold3944	2604
+chromosome	scaffold3949	779
+chromosome	scaffold3939	797
+chromosome	scaffold3964	792
+chromosome	scaffold3954	1253
+chromosome	scaffold3969	10034
+chromosome	scaffold4094	820
+chromosome	scaffold3974	16604
+chromosome	scaffold4319	848
+chromosome	scaffold4324	520
+chromosome	scaffold4099	7892
+chromosome	Scaffold4334	177
+chromosome	scaffold4339	1279
+chromosome	scaffold4344	533
+chromosome	scaffold4329	1153
+chromosome	Scaffold4354	197
+chromosome	scaffold4349	463
+chromosome	scaffold4389	1091
+chromosome	Scaffold4454	284
+chromosome	Scaffold4459	188
+chromosome	Scaffold4464	387
+chromosome	scaffold4359	995
+chromosome	scaffold4469	472
+chromosome	scaffold4479	1156
+chromosome	Scaffold4554	211
+chromosome	scaffold4474	521
+chromosome	scaffold4559	512
+chromosome	scaffold4569	523
+chromosome	Scaffold4574	301
+chromosome	scaffold4579	531
+chromosome	scaffold4584	781
+chromosome	Scaffold4609	241
+chromosome	scaffold4614	467
+chromosome	scaffold4619	827
+chromosome	scaffold4624	766
+chromosome	Scaffold4629	209
+chromosome	scaffold4634	977
+chromosome	scaffold4639	482
+chromosome	scaffold4654	2049
+chromosome	Scaffold4659	299
+chromosome	scaffold3754	812
+chromosome	scaffold4664	1434
+chromosome	scaffold4674	475
+chromosome	scaffold4669	871
+chromosome	scaffold4684	460
+chromosome	scaffold4679	874
+chromosome	Scaffold4694	359
+chromosome	scaffold4699	545
+chromosome	Scaffold4704	267
+chromosome	scaffold4689	864
+chromosome	Scaffold4714	514
+chromosome	Scaffold4719	177
+chromosome	scaffold4724	617
+chromosome	scaffold4729	520
+chromosome	scaffold4734	1201
+chromosome	Scaffold4739	261
+chromosome	scaffold2264	6689
+chromosome	scaffold4709	1621
+chromosome	scaffold4744	594
+chromosome	scaffold4759	697
+chromosome	scaffold4754	805
+chromosome	scaffold4779	769
+chromosome	scaffold4749	567
+chromosome	scaffold4784	772
+chromosome	Scaffold4794	244
+chromosome	scaffold4764	3794
+chromosome	scaffold4789	3159
+chromosome	scaffold4909	501
+chromosome	scaffold4904	486
+chromosome	Scaffold4914	255
+chromosome	scaffold4799	485
+chromosome	scaffold4919	10012
+chromosome	Scaffold4934	189
+chromosome	scaffold4939	750
+chromosome	scaffold4929	484
+chromosome	scaffold4949	751
+chromosome	scaffold4969	458
+chromosome	scaffold4954	1609
+chromosome	Scaffold4979	263
+chromosome	Scaffold4984	193
+chromosome	scaffold2204	6390
+chromosome	Scaffold4994	337
+chromosome	scaffold4999	476
+chromosome	Scaffold5064	257
+chromosome	scaffold5069	449
+chromosome	Scaffold5074	221
+chromosome	scaffold5079	795
+chromosome	Scaffold5099	464
+chromosome	scaffold5104	854
+chromosome	scaffold4974	1108
+chromosome	Scaffold5129	296
+chromosome	scaffold5109	2127
+chromosome	scaffold5169	1203
+chromosome	scaffold4924	9839
+chromosome	scaffold5204	827
+chromosome	scaffold5209	606
+chromosome	Scaffold5214	403
+chromosome	Scaffold5219	230
+chromosome	scaffold5224	1347
+chromosome	Scaffold5229	497
+chromosome	Scaffold5234	223
+chromosome	Scaffold5239	169
+chromosome	Scaffold5244	202
+chromosome	Scaffold5249	239
+chromosome	Scaffold5254	401
+chromosome	Scaffold5259	235
+chromosome	scaffold5264	2196
+chromosome	scaffold5279	888
+chromosome	scaffold5514	511
+chromosome	scaffold5184	5010
+chromosome	Scaffold5524	239
+chromosome	Scaffold5529	203
+chromosome	scaffold5534	681
+chromosome	Scaffold5539	304
+chromosome	scaffold5134	5201
+chromosome	Scaffold5549	328
+chromosome	scaffold5519	560
+chromosome	Scaffold5554	536
+chromosome	scaffold5559	509
+chromosome	Scaffold5544	278
+chromosome	scaffold5569	899
+chromosome	scaffold5619	589
+chromosome	scaffold5634	805
+chromosome	scaffold5564	2623
+chromosome	Scaffold5639	201
+chromosome	scaffold5649	476
+chromosome	scaffold5644	584
+chromosome	scaffold5809	1555
+chromosome	scaffold5864	824
+chromosome	Scaffold5889	299
+chromosome	scaffold5859	481
+chromosome	scaffold5869	829
+chromosome	Scaffold5904	434
+chromosome	scaffold5899	1000
+chromosome	scaffold5959	456
+chromosome	Scaffold5964	308
+chromosome	scaffold5894	575
+chromosome	scaffold5969	1089
+chromosome	scaffold5909	1549
+chromosome	scaffold6059	480
+chromosome	scaffold7179	871
+chromosome	scaffold7159	1028
+chromosome	scaffold7184	474
+chromosome	scaffold7194	1255
+chromosome	scaffold7209	528
+chromosome	Scaffold7214	208
+chromosome	scaffold7204	849
+chromosome	Scaffold7219	480
+chromosome	Scaffold7224	521
+chromosome	Scaffold7234	267
+chromosome	scaffold6064	34908
+chromosome	scaffold7239	818
+chromosome	Scaffold7249	368
+chromosome	Scaffold7254	311
+chromosome	scaffold7259	446
+chromosome	scaffold7264	2160
+chromosome	scaffold7279	515
+chromosome	scaffold7229	958
+chromosome	scaffold7329	916
+chromosome	scaffold7334	545
+chromosome	scaffold7339	877
+chromosome	scaffold7289	3177
+chromosome	Scaffold7344	321
+chromosome	scaffold7244	482
+chromosome	Scaffold7354	257
+chromosome	Scaffold7364	238
+chromosome	Scaffold7369	262
+chromosome	scaffold7359	493
+chromosome	Scaffold7384	436
+chromosome	Scaffold7389	423
+chromosome	scaffold7394	776
+chromosome	scaffold7399	594
+chromosome	scaffold7349	545
+chromosome	Scaffold7414	873
+chromosome	Scaffold7419	295
+chromosome	scaffold7439	439
+chromosome	scaffold7444	814
+chromosome	scaffold7449	2730
+chromosome	Scaffold7599	426
+chromosome	Scaffold7604	528
+chromosome	scaffold7609	844
+chromosome	scaffold7424	689
+chromosome	Scaffold7624	422
+chromosome	scaffold7629	519
+chromosome	Scaffold7634	344
+chromosome	scaffold7374	9938
+chromosome	scaffold7644	894
+chromosome	Scaffold7649	228
+chromosome	scaffold7639	1674
+chromosome	Scaffold7659	322
+chromosome	Scaffold7664	719
+chromosome	Scaffold7669	711
+chromosome	scaffold7674	1899
+chromosome	scaffold7614	5835
+chromosome	scaffold7689	1108
+chromosome	Scaffold7699	825
+chromosome	scaffold7654	775
+chromosome	scaffold7684	1440
+chromosome	Scaffold7714	1113
+chromosome	Scaffold7719	3439
+chromosome	scaffold7704	2988
+chromosome	scaffold1274	783158
+chromosome	scaffold1969	178286
+chromosome	scaffold9	849731
+chromosome	scaffold94	347261
+chromosome	scaffold134	471421
+chromosome	scaffold29	745236
+chromosome	scaffold69	863609
+chromosome	scaffold149	493701
+chromosome	scaffold104	759922
+chromosome	scaffold4564	9883
+chromosome	scaffold194	525525
+chromosome	scaffold279	332377
+chromosome	scaffold329	537
+chromosome	scaffold204	466598
+chromosome	Scaffold354	172
+chromosome	scaffold4989	9866
+chromosome	scaffold319	243216
+chromosome	scaffold359	285787
+chromosome	scaffold314	1270913
+chromosome	scaffold224	1036736
+chromosome	scaffold474	5305
+chromosome	scaffold169	608536
+chromosome	scaffold479	90881
+chromosome	scaffold364	299670
+chromosome	scaffold554	6255
+chromosome	scaffold559	55417
+chromosome	scaffold419	243808
+chromosome	scaffold534	572127
+chromosome	scaffold589	738
+chromosome	scaffold384	694818
+chromosome	scaffold564	251696
+chromosome	scaffold594	202787
+chromosome	scaffold624	576268
+chromosome	scaffold749	500742
+chromosome	scaffold799	31634
+chromosome	scaffold759	163237
+chromosome	scaffold334	460414
+chromosome	scaffold824	56062
+chromosome	scaffold804	565502
+chromosome	scaffold859	40823
+chromosome	scaffold674	1222776
+chromosome	scaffold829	363846
+chromosome	scaffold569	757136
+chromosome	scaffold444	1013279
+chromosome	scaffold999	3955
+chromosome	scaffold1004	4155
+chromosome	Scaffold1009	166
+chromosome	scaffold1014	70311
+chromosome	Scaffold1054	188
+chromosome	scaffold944	380471
+chromosome	scaffold949	92848
+chromosome	Scaffold1074	193
+chromosome	scaffold1069	83251
+chromosome	scaffold1134	79314
+chromosome	Scaffold1139	382
+chromosome	Scaffold1144	294
+chromosome	scaffold484	1156222
+chromosome	scaffold1149	107181
+chromosome	scaffold1059	371779
+chromosome	scaffold914	320472
+chromosome	scaffold1184	133661
+chromosome	scaffold1199	19664
+chromosome	scaffold289	933511
+chromosome	scaffold1309	1891
+chromosome	Scaffold1314	509
+chromosome	scaffold1319	6646
+chromosome	scaffold1244	248155
+chromosome	scaffold1349	37029
+chromosome	scaffold1289	65030
+chromosome	scaffold678	543204
+chromosome	scaffold1384	43319
+chromosome	scaffold869	460112
+chromosome	scaffold1359	168512
+chromosome	scaffold703	1000728
+chromosome	scaffold1389	95835
+chromosome	scaffold1569	789
+chromosome	Scaffold1574	184
+chromosome	Scaffold1579	318
+chromosome	scaffold1584	493
+chromosome	scaffold1324	222865
+chromosome	scaffold1644	19666
+chromosome	scaffold1354	4056
+chromosome	Scaffold1649	203
+chromosome	scaffold1654	527
+chromosome	scaffold1659	485
+chromosome	scaffold1524	63430
+chromosome	scaffold1704	1280
+chromosome	scaffold1709	860
+chromosome	scaffold1684	7690
+chromosome	scaffold1714	9979
+chromosome	scaffold1814	508
+chromosome	Scaffold1819	169
+chromosome	scaffold1824	9290
+chromosome	scaffold1904	470
+chromosome	scaffold1909	1459
+chromosome	scaffold1924	12220
+chromosome	scaffold1929	928
+chromosome	scaffold1164	240338
+chromosome	Scaffold1939	241
+chromosome	scaffold1404	157603
+chromosome	scaffold1934	17540
+chromosome	scaffold1719	94416
+chromosome	Scaffold1979	222
+chromosome	scaffold1664	62610
+chromosome	scaffold1949	3526
+chromosome	scaffold2124	883
+chromosome	scaffold2129	939
+chromosome	scaffold2134	430
+chromosome	Scaffold2139	202
+chromosome	Scaffold2144	303
+chromosome	scaffold1189	7376
+chromosome	Scaffold2154	473
+chromosome	scaffold2149	5305
+chromosome	Scaffold2164	208
+chromosome	scaffold2159	1060
+chromosome	scaffold2169	2796
+chromosome	scaffold1954	40960
+chromosome	scaffold2304	1273
+chromosome	scaffold2349	1505
+chromosome	scaffold2309	780
+chromosome	Scaffold2359	245
+chromosome	scaffold2354	500
+chromosome	Scaffold2369	334
+chromosome	scaffold2374	4131
+chromosome	scaffold2514	1118
+chromosome	scaffold2519	832
+chromosome	scaffold2524	461
+chromosome	scaffold2364	2623
+chromosome	scaffold2534	495
+chromosome	scaffold2529	484
+chromosome	Scaffold2539	212
+chromosome	Scaffold2544	164
+chromosome	scaffold2549	451
+chromosome	scaffold1984	107878
+chromosome	Scaffold2554	210
+chromosome	Scaffold2569	188
+chromosome	scaffold2564	484
+chromosome	scaffold2579	789
+chromosome	scaffold2574	1340
+chromosome	Scaffold2604	310
+chromosome	Scaffold2614	201
+chromosome	scaffold2619	962
+chromosome	Scaffold2644	228
+chromosome	scaffold2559	6777
+chromosome	scaffold2649	1482
+chromosome	Scaffold2714	362
+chromosome	scaffold2609	677
+chromosome	scaffold3024	1216
+chromosome	scaffold3029	562
+chromosome	scaffold1589	315067
+chromosome	scaffold3034	1296
+chromosome	Scaffold3064	208
+chromosome	scaffold3039	1231
+chromosome	Scaffold3194	371
+chromosome	scaffold3069	9055
+chromosome	scaffold3469	465
+chromosome	scaffold3474	594
+chromosome	scaffold3479	500
+chromosome	scaffold3484	525
+chromosome	Scaffold3489	161
+chromosome	Scaffold3494	187
+chromosome	scaffold3499	2828
+chromosome	scaffold2079	36762
+chromosome	Scaffold3509	282
+chromosome	scaffold1079	283936
+chromosome	scaffold3514	773
+chromosome	scaffold3504	824
+chromosome	scaffold3524	472
+chromosome	scaffold3554	746
+chromosome	scaffold3519	909
+chromosome	scaffold3564	584
+chromosome	scaffold2174	90192
+chromosome	scaffold3574	1290
+chromosome	scaffold3579	835
+chromosome	scaffold3559	1091
+chromosome	scaffold3569	742
+chromosome	Scaffold3584	329
+chromosome	Scaffold3599	233
+chromosome	scaffold3594	456
+chromosome	Scaffold3609	269
+chromosome	scaffold3614	666
+chromosome	Scaffold3634	211
+chromosome	scaffold3604	610
+chromosome	scaffold3644	463
+chromosome	Scaffold3649	294
+chromosome	Scaffold3654	218
+chromosome	Scaffold3659	412
+chromosome	scaffold3639	556
+chromosome	Scaffold3669	216
+chromosome	scaffold3664	712
+chromosome	scaffold3674	682
+chromosome	scaffold3679	423
+chromosome	scaffold2654	43194
+chromosome	scaffold3769	1589
+chromosome	scaffold3589	26011
+chromosome	scaffold3774	1156
+chromosome	scaffold3779	547
+chromosome	Scaffold3789	250
+chromosome	Scaffold3794	295
+chromosome	scaffold3784	478
+chromosome	scaffold3804	603
+chromosome	scaffold3764	1914
+chromosome	scaffold3529	13086
+chromosome	scaffold3809	728
+chromosome	Scaffold3819	210
+chromosome	scaffold3829	452
+chromosome	scaffold3824	1000
+chromosome	scaffold3839	953
+chromosome	Scaffold3864	262
+chromosome	scaffold3199	70004
+chromosome	scaffold3799	2969
+chromosome	scaffold3879	569
+chromosome	scaffold3884	837
+chromosome	scaffold3874	686
+chromosome	Scaffold3889	465
+chromosome	scaffold3814	1425
+chromosome	scaffold3899	766
+chromosome	scaffold3834	5929
+chromosome	scaffold3894	871
+chromosome	scaffold3904	1035
+chromosome	scaffold3979	662
+chromosome	scaffold3914	10013
+chromosome	scaffold3989	429
+chromosome	scaffold3959	769
+chromosome	scaffold3994	9854
+chromosome	Scaffold4004	232
+chromosome	Scaffold4009	263
+chromosome	scaffold3999	460
+chromosome	Scaffold4019	160
+chromosome	Scaffold4024	182
+chromosome	scaffold4029	1505
+chromosome	scaffold4014	4469
+chromosome	scaffold3984	1813
+chromosome	Scaffold4044	215
+chromosome	scaffold4039	803
+chromosome	Scaffold4049	306
+chromosome	scaffold4034	750
+chromosome	Scaffold4059	269
+chromosome	Scaffold4069	178
+chromosome	Scaffold4074	187
+chromosome	scaffold4054	876
+chromosome	scaffold4064	449
+chromosome	Scaffold4084	243
+chromosome	scaffold4079	825
+chromosome	scaffold3909	1847
+chromosome	Scaffold4114	458
+chromosome	scaffold4119	707
+chromosome	scaffold4109	648
+chromosome	scaffold4089	5708
+chromosome	Scaffold4134	207
+chromosome	scaffold4129	535
+chromosome	Scaffold4144	283
+chromosome	scaffold4149	773
+chromosome	scaffold4154	616
+chromosome	scaffold4124	2435
+chromosome	Scaffold4164	179
+chromosome	scaffold4169	551
+chromosome	Scaffold4174	270
+chromosome	scaffold4139	728
+chromosome	scaffold4179	640
+chromosome	Scaffold4189	305
+chromosome	scaffold4194	1726
+chromosome	scaffold4159	978
+chromosome	scaffold4204	1084
+chromosome	scaffold3869	1137
+chromosome	scaffold4209	549
+chromosome	scaffold4214	638
+chromosome	Scaffold4224	188
+chromosome	Scaffold4184	507
+chromosome	scaffold4199	1228
+chromosome	scaffold4229	1338
+chromosome	Scaffold4244	286
+chromosome	scaffold4239	590
+chromosome	Scaffold4254	393
+chromosome	scaffold4249	598
+chromosome	scaffold4234	851
+chromosome	Scaffold4264	233
+chromosome	scaffold4259	9546
+chromosome	scaffold4269	515
+chromosome	scaffold4279	437
+chromosome	scaffold4284	3103
+chromosome	Scaffold4294	306
+chromosome	scaffold4219	507
+chromosome	scaffold4274	10489
+chromosome	scaffold4304	2872
+chromosome	scaffold4309	615
+chromosome	scaffold4299	496
+chromosome	scaffold4404	482
+chromosome	Scaffold4414	205
+chromosome	Scaffold4409	240
+chromosome	Scaffold4424	185
+chromosome	scaffold4314	2924
+chromosome	scaffold4499	825
+chromosome	scaffold4504	744
+chromosome	scaffold4289	1150
+chromosome	scaffold4419	741
+chromosome	scaffold4104	6875
+chromosome	scaffold4594	505
+chromosome	scaffold4429	874
+chromosome	scaffold4589	1966
+chromosome	scaffold4804	476
+chromosome	Scaffold4599	637
+chromosome	Scaffold4809	180
+chromosome	Scaffold4814	283
+chromosome	scaffold4769	1359
+chromosome	Scaffold4824	237
+chromosome	Scaffold4829	264
+chromosome	scaffold4819	749
+chromosome	Scaffold4834	192
+chromosome	scaffold4839	9880
+chromosome	scaffold4849	1402
+chromosome	Scaffold4859	201
+chromosome	scaffold4864	784
+chromosome	scaffold4774	13314
+chromosome	scaffold4844	808
+chromosome	Scaffold4874	216
+chromosome	scaffold4879	821
+chromosome	Scaffold4884	218
+chromosome	scaffold4869	921
+chromosome	scaffold4889	488
+chromosome	Scaffold5009	206
+chromosome	Scaffold5014	184
+chromosome	scaffold5004	493
+chromosome	Scaffold5024	165
+chromosome	scaffold5029	428
+chromosome	scaffold4854	931
+chromosome	scaffold5034	776
+chromosome	Scaffold5039	201
+chromosome	scaffold5044	804
+chromosome	scaffold4894	1076
+chromosome	scaffold5054	549
+chromosome	scaffold5059	1689
+chromosome	scaffold5269	542
+chromosome	scaffold5284	457
+chromosome	Scaffold5289	331
+chromosome	scaffold5019	706
+chromosome	scaffold5299	476
+chromosome	scaffold5294	436
+chromosome	scaffold5304	485
+chromosome	Scaffold5309	254
+chromosome	Scaffold5319	561
+chromosome	scaffold5274	463
+chromosome	Scaffold5324	173
+chromosome	Scaffold5329	230
+chromosome	scaffold5314	742
+chromosome	Scaffold5339	374
+chromosome	scaffold4604	7753
+chromosome	Scaffold5349	284
+chromosome	scaffold5389	835
+chromosome	scaffold5334	2169
+chromosome	Scaffold5794	217
+chromosome	scaffold5344	1105
+chromosome	scaffold5804	1500
+chromosome	Scaffold5849	232
+chromosome	scaffold5854	1004
+chromosome	scaffold5874	2862
+chromosome	Scaffold6154	244
+chromosome	scaffold5049	866
+chromosome	Scaffold6164	227
+chromosome	Scaffold6159	283
+chromosome	scaffold6169	925
+chromosome	scaffold1529	240340
+chromosome	scaffold6179	774
+chromosome	scaffold5404	8917
+chromosome	Scaffold6224	273
+chromosome	Scaffold6219	513
+chromosome	Scaffold6229	222
+chromosome	scaffold6234	897
+chromosome	Scaffold6244	448
+chromosome	Scaffold6249	897
+chromosome	scaffold6239	502
+chromosome	scaffold6259	545
+chromosome	scaffold6264	528
+chromosome	scaffold6254	480
+chromosome	scaffold6214	860
+chromosome	Scaffold6274	335
+chromosome	scaffold6284	542
+chromosome	scaffold5354	776
+chromosome	scaffold6269	1218
+chromosome	Scaffold6299	254
+chromosome	scaffold6294	483
+chromosome	scaffold6314	599
+chromosome	scaffold6279	9863
+chromosome	scaffold6309	541
+chromosome	Scaffold6329	245
+chromosome	Scaffold6334	262
+chromosome	Scaffold6364	263
+chromosome	scaffold6304	416
+chromosome	scaffold6399	501
+chromosome	scaffold6369	1435
+chromosome	scaffold6404	495
+chromosome	scaffold5799	10009
+chromosome	Scaffold6449	224
+chromosome	Scaffold6454	201
+chromosome	scaffold6339	904
+chromosome	Scaffold6444	455
+chromosome	scaffold6464	421
+chromosome	Scaffold6469	221
+chromosome	Scaffold6459	283
+chromosome	Scaffold6504	570
+chromosome	scaffold6509	557
+chromosome	Scaffold6524	241
+chromosome	Scaffold6534	224
+chromosome	scaffold6529	636
+chromosome	scaffold6474	3272
+chromosome	Scaffold6569	271
+chromosome	Scaffold6574	200
+chromosome	scaffold6349	501
+chromosome	scaffold6539	1676
+chromosome	scaffold6579	2059
+chromosome	Scaffold6604	210
+chromosome	Scaffold6609	203
+chromosome	Scaffold6614	1015
+chromosome	scaffold6584	464
+chromosome	Scaffold6649	232
+chromosome	scaffold6619	607
+chromosome	scaffold6644	912
+chromosome	Scaffold6674	212
+chromosome	scaffold6659	843
+chromosome	scaffold6679	10115
+chromosome	scaffold6174	9884
+chromosome	Scaffold6694	265
+chromosome	scaffold6559	777
+chromosome	Scaffold6699	303
+chromosome	scaffold6689	926
+chromosome	scaffold6709	540
+chromosome	scaffold6719	1022
+chromosome	scaffold6419	898
+chromosome	scaffold6704	1465
+chromosome	scaffold2719	90190
+chromosome	Scaffold6769	559
+chromosome	Scaffold6779	253
+chromosome	Scaffold6774	271
+chromosome	scaffold6759	643
+chromosome	scaffold6714	8419
+chromosome	scaffold6684	859
+chromosome	Scaffold6849	203
+chromosome	Scaffold6859	245
+chromosome	scaffold6879	844
+chromosome	Scaffold6899	324
+chromosome	scaffold6854	487
+chromosome	scaffold6784	748
+chromosome	Scaffold6949	481
+chromosome	Scaffold6954	199
+chromosome	scaffold6904	512
+chromosome	scaffold6654	639
+chromosome	scaffold6939	566
+chromosome	Scaffold6844	241
+chromosome	scaffold6994	1028
+chromosome	Scaffold7064	503
+chromosome	scaffold6959	826
+chromosome	scaffold7054	489
+chromosome	scaffold6999	37835
+chromosome	scaffold7049	488
+chromosome	Scaffold7069	765
+chromosome	scaffold6734	5132
+chromosome	scaffold6864	570
+chromosome	scaffold7074	22565
+chromosome	scaffold115	1420
+chromosome	scaffold120	151823
+chromosome	scaffold90	104756
+chromosome	scaffold1944	2853
+chromosome	scaffold125	358065
+chromosome	scaffold135	254141
+chromosome	scaffold60	304382
+chromosome	scaffold5	487900
+chromosome	scaffold145	334970
+chromosome	scaffold30	718626
+chromosome	scaffold100	667513
+chromosome	scaffold205	234509
+chromosome	scaffold280	27019
+chromosome	scaffold285	1774
+chromosome	scaffold210	360528
+chromosome	scaffold290	525
+chromosome	scaffold230	103986
+chromosome	scaffold65	508751
+chromosome	scaffold220	336957
+chromosome	scaffold450	22775
+chromosome	scaffold240	217621
+chromosome	scaffold3684	27491
+chromosome	scaffold295	294275
+chromosome	scaffold260	966697
+chromosome	scaffold340	905765
+chromosome	scaffold600	6758
+chromosome	scaffold325	307636
+chromosome	Scaffold670	428
+chromosome	scaffold455	1352435
+chromosome	scaffold690	1125
+chromosome	scaffold475	608769
+chromosome	scaffold160	1245850
+chromosome	scaffold380	1770217
+chromosome	scaffold550	592360
+chromosome	scaffold790	4408
+chromosome	scaffold695	113663
+chromosome	scaffold710	182143
+chromosome	scaffold605	681813
+chromosome	scaffold675	392709
+chromosome	scaffold795	159254
+chromosome	scaffold775	220243
+chromosome	scaffold855	220320
+chromosome	scaffold915	56087
+chromosome	scaffold905	106290
+chromosome	scaffold945	40529
+chromosome	scaffold935	190517
+chromosome	scaffold940	140327
+chromosome	scaffold950	151094
+chromosome	scaffold1030	30642
+chromosome	scaffold510	968124
+chromosome	scaffold820	302979
+chromosome	scaffold1010	134369
+chromosome	scaffold1105	151135
+chromosome	scaffold880	555981
+chromosome	scaffold920	315073
+chromosome	scaffold1145	170571
+chromosome	scaffold1200	126033
+chromosome	scaffold1155	495059
+chromosome	scaffold1040	378051
+chromosome	scaffold1255	1124
+chromosome	scaffold1270	19950
+chromosome	scaffold1260	76453
+chromosome	scaffold1290	44538
+chromosome	scaffold1300	1402
+chromosome	scaffold1305	147628
+chromosome	Scaffold1330	982
+chromosome	scaffold1235	253711
+chromosome	scaffold1130	153793
+chromosome	scaffold1455	1112
+chromosome	scaffold1280	191044
+chromosome	scaffold1480	1293
+chromosome	Scaffold1485	677
+chromosome	scaffold1490	50013
+chromosome	Scaffold1495	253
+chromosome	scaffold1500	5556
+chromosome	scaffold1505	2852
+chromosome	scaffold580	242925
+chromosome	scaffold1510	1420
+chromosome	scaffold1605	804
+chromosome	scaffold980	285821
+chromosome	scaffold720	1103897
+chromosome	scaffold1865	440
+chromosome	Scaffold1870	421
+chromosome	scaffold1610	140325
+chromosome	Scaffold1880	182
+chromosome	scaffold1875	2469
+chromosome	scaffold1890	11296
+chromosome	Scaffold1905	169
+chromosome	scaffold1885	3831
+chromosome	Scaffold1985	220
+chromosome	Scaffold1990	237
+chromosome	scaffold1995	5885
+chromosome	scaffold2000	429
+chromosome	Scaffold2005	194
+chromosome	scaffold1460	106973
+chromosome	scaffold2015	829
+chromosome	scaffold2020	478
+chromosome	scaffold2010	1392
+chromosome	scaffold2030	926
+chromosome	scaffold2025	525
+chromosome	Scaffold2040	189
+chromosome	Scaffold2035	537
+chromosome	scaffold2050	51809
+chromosome	scaffold2045	3066
+chromosome	scaffold2335	127290
+chromosome	scaffold2360	458
+chromosome	scaffold2365	465
+chromosome	scaffold2370	54534
+chromosome	scaffold2425	552
+chromosome	scaffold2430	1651
+chromosome	scaffold2435	1682
+chromosome	scaffold2440	454
+chromosome	scaffold1515	291373
+chromosome	scaffold2445	509
+chromosome	scaffold2450	732
+chromosome	scaffold2455	9875
+chromosome	scaffold2465	422
+chromosome	scaffold2460	1015
+chromosome	scaffold2355	4893
+chromosome	scaffold2480	736
+chromosome	scaffold2475	10702
+chromosome	scaffold2490	489
+chromosome	scaffold2495	945
+chromosome	Scaffold2500	301
+chromosome	Scaffold2505	202
+chromosome	scaffold2510	425
+chromosome	Scaffold2515	205
+chromosome	Scaffold2520	221
+chromosome	Scaffold2525	162
+chromosome	scaffold2530	2939
+chromosome	Scaffold2535	383
+chromosome	Scaffold2540	180
+chromosome	scaffold1175	269996
+chromosome	scaffold2545	616
+chromosome	Scaffold2555	172
+chromosome	scaffold2560	841
+chromosome	Scaffold2565	430
+chromosome	scaffold2550	760
+chromosome	Scaffold2575	236
+chromosome	Scaffold2580	195
+chromosome	scaffold2585	1006
+chromosome	scaffold2570	1058
+chromosome	scaffold2590	930
+chromosome	Scaffold2600	278
+chromosome	scaffold2605	1184
+chromosome	scaffold2470	37031
+chromosome	Scaffold2705	186
+chromosome	scaffold2610	77945
+chromosome	scaffold2820	791
+chromosome	Scaffold2825	195
+chromosome	scaffold2830	7638
+chromosome	scaffold2835	784
+chromosome	scaffold2840	824
+chromosome	Scaffold2845	250
+chromosome	scaffold2850	863
+chromosome	scaffold2855	544
+chromosome	scaffold2860	1169
+chromosome	scaffold2865	632
+chromosome	scaffold2870	414
+chromosome	scaffold2875	362
+chromosome	Scaffold2880	195
+chromosome	scaffold2885	46989
+chromosome	scaffold2900	800
+chromosome	scaffold2595	66387
+chromosome	Scaffold2910	183
+chromosome	Scaffold2915	526
+chromosome	scaffold2920	4656
+chromosome	Scaffold2925	169
+chromosome	Scaffold2930	165
+chromosome	scaffold2905	24324
+chromosome	scaffold2940	861
+chromosome	scaffold2935	701
+chromosome	Scaffold2950	195
+chromosome	scaffold2945	738
+chromosome	scaffold2980	681
+chromosome	scaffold2985	1854
+chromosome	scaffold2990	777
+chromosome	scaffold2955	37385
+chromosome	scaffold3000	4163
+chromosome	scaffold1335	282837
+chromosome	scaffold3005	921
+chromosome	scaffold3010	549
+chromosome	Scaffold3020	191
+chromosome	scaffold3015	1205
+chromosome	scaffold3030	477
+chromosome	scaffold3025	832
+chromosome	scaffold3035	1111
+chromosome	scaffold3040	12415
+chromosome	scaffold3050	750
+chromosome	Scaffold3055	174
+chromosome	scaffold3045	974
+chromosome	scaffold3060	487
+chromosome	Scaffold3065	239
+chromosome	Scaffold3070	316
+chromosome	Scaffold3080	1208
+chromosome	scaffold3085	568
+chromosome	scaffold3090	556
+chromosome	scaffold3075	11269
+chromosome	Scaffold3100	182
+chromosome	scaffold3095	786
+chromosome	Scaffold3110	173
+chromosome	Scaffold3115	240
+chromosome	scaffold3120	1162
+chromosome	scaffold3125	447
+chromosome	scaffold3130	447
+chromosome	scaffold2710	181446
+chromosome	Scaffold3135	170
+chromosome	scaffold3145	461
+chromosome	scaffold3140	1495
+chromosome	scaffold3765	515
+chromosome	scaffold3105	2845
+chromosome	Scaffold5005	216
+chromosome	Scaffold5010	172
+chromosome	scaffold5000	1363
+chromosome	Scaffold5020	824
+chromosome	scaffold5015	868
+chromosome	Scaffold5030	276
+chromosome	scaffold1910	80024
+chromosome	scaffold5025	2558
+chromosome	scaffold3150	13286
+chromosome	scaffold5050	478
+chromosome	Scaffold5055	221
+chromosome	scaffold5045	778
+chromosome	Scaffold5065	283
+chromosome	Scaffold5070	239
+chromosome	scaffold5075	442
+chromosome	scaffold5040	986
+chromosome	scaffold5080	470
+chromosome	scaffold5090	594
+chromosome	scaffold5035	934
+chromosome	Scaffold5115	392
+chromosome	scaffold5120	660
+chromosome	Scaffold5125	215
+chromosome	scaffold5130	918
+chromosome	scaffold5095	819
+chromosome	scaffold5150	505
+chromosome	Scaffold5155	380
+chromosome	Scaffold5175	330
+chromosome	scaffold5060	827
+chromosome	Scaffold5185	192
+chromosome	scaffold5190	533
+chromosome	scaffold5085	2470
+chromosome	scaffold5200	967
+chromosome	scaffold5195	979
+chromosome	scaffold5205	659
+chromosome	scaffold5215	546
+chromosome	Scaffold5210	266
+chromosome	Scaffold5225	200
+chromosome	Scaffold5230	510
+chromosome	scaffold5220	1309
+chromosome	scaffold5235	768
+chromosome	scaffold5245	848
+chromosome	scaffold5180	539
+chromosome	scaffold5250	439
+chromosome	scaffold5375	838
+chromosome	scaffold5370	2284
+chromosome	Scaffold5420	290
+chromosome	scaffold5240	806
+chromosome	scaffold5430	596
+chromosome	scaffold5425	9877
+chromosome	scaffold5460	593
+chromosome	scaffold5465	456
+chromosome	Scaffold5475	344
+chromosome	Scaffold5480	250
+chromosome	Scaffold5485	246
+chromosome	scaffold5470	879
+chromosome	scaffold5490	552
+chromosome	scaffold5505	608
+chromosome	Scaffold5510	187
+chromosome	scaffold5415	2763
+chromosome	scaffold5520	752
+chromosome	scaffold5530	1009
+chromosome	scaffold5535	512
+chromosome	scaffold5500	807
+chromosome	Scaffold5545	229
+chromosome	scaffold5540	529
+chromosome	scaffold5515	818
+chromosome	scaffold5615	590
+chromosome	Scaffold5640	262
+chromosome	scaffold5645	962
+chromosome	scaffold5550	768
+chromosome	scaffold5650	455
+chromosome	Scaffold5655	206
+chromosome	scaffold5660	9971
+chromosome	scaffold5610	844
+chromosome	Scaffold5680	295
+chromosome	scaffold5685	503
+chromosome	Scaffold5690	200
+chromosome	scaffold5695	469
+chromosome	Scaffold5700	300
+chromosome	scaffold5665	672
+chromosome	scaffold5705	1302
+chromosome	Scaffold5730	445
+chromosome	scaffold5675	887
+chromosome	Scaffold5740	296
+chromosome	scaffold5745	9956
+chromosome	scaffold5750	425
+chromosome	Scaffold5870	325
+chromosome	scaffold5875	545
+chromosome	scaffold5735	1199
+chromosome	scaffold5880	529
+chromosome	scaffold5890	471
+chromosome	scaffold5895	684
+chromosome	scaffold5725	3050
+chromosome	scaffold5900	441
+chromosome	scaffold5910	438
+chromosome	scaffold5915	860
+chromosome	scaffold5905	509
+chromosome	scaffold5925	514
+chromosome	scaffold5930	489
+chromosome	scaffold5920	698
+chromosome	scaffold5935	486
+chromosome	scaffold6050	2366
+chromosome	scaffold6045	560
+chromosome	scaffold6110	503
+chromosome	scaffold6130	475
+chromosome	Scaffold6140	618
+chromosome	scaffold5160	618
+chromosome	scaffold6105	2273
+chromosome	Scaffold6150	229
+chromosome	Scaffold6155	356
+chromosome	scaffold6160	502
+chromosome	Scaffold6185	314
+chromosome	scaffold6180	539
+chromosome	scaffold6145	601
+chromosome	scaffold6195	1169
+chromosome	scaffold6200	875
+chromosome	scaffold6190	9835
+chromosome	scaffold6210	659
+chromosome	scaffold6215	524
+chromosome	scaffold6220	440
+chromosome	scaffold1720	138494
+chromosome	scaffold6225	485
+chromosome	scaffold1380	293081
+chromosome	scaffold6235	614
+chromosome	scaffold6915	438
+chromosome	scaffold6250	743
+chromosome	scaffold6920	621
+chromosome	scaffold6925	446
+chromosome	scaffold6935	3211
+chromosome	scaffold6205	15616
+chromosome	scaffold6930	549
+chromosome	scaffold6255	838
+chromosome	scaffold7210	1251
+chromosome	Scaffold7225	250
+chromosome	Scaffold7230	2154
+chromosome	scaffold7215	777
+chromosome	scaffold7220	940
+chromosome	scaffold7240	508
+chromosome	Scaffold7245	352
+chromosome	scaffold7235	472
+chromosome	scaffold7250	842
+chromosome	scaffold7255	1150
+chromosome	scaffold7270	583
+chromosome	Scaffold7290	477
+chromosome	Scaffold7300	333
+chromosome	Scaffold7305	584
+chromosome	scaffold7295	770
+chromosome	Scaffold7315	208
+chromosome	scaffold7310	524
+chromosome	scaffold7325	844
+chromosome	scaffold7330	424
+chromosome	scaffold7335	463
+chromosome	Scaffold7205	222
+chromosome	scaffold7360	802
+chromosome	scaffold7365	762
+chromosome	Scaffold7370	296
+chromosome	scaffold7340	2290
+chromosome	scaffold7380	2784
+chromosome	scaffold7280	1142
+chromosome	scaffold7320	9946
+chromosome	scaffold6230	749
+chromosome	scaffold7375	474
+chromosome	scaffold80	64469
+chromosome	scaffold2995	1481
+chromosome	scaffold5885	1125
+chromosome	scaffold330	5755
+chromosome	scaffold1125	72689
+chromosome	scaffold10	568049
+chromosome	scaffold245	684318
+chromosome	scaffold365	371937
+chromosome	scaffold355	200480
+chromosome	scaffold335	386327
+chromosome	scaffold85	1202131
+chromosome	scaffold430	155506
+chromosome	scaffold435	249166
+chromosome	scaffold185	1584263
+chromosome	scaffold525	208420
+chromosome	scaffold150	1278466
+chromosome	scaffold560	686
+chromosome	scaffold565	500
+chromosome	scaffold35	1378841
+chromosome	scaffold425	192754
+chromosome	scaffold575	63258
+chromosome	scaffold570	103796
+chromosome	scaffold625	28265
+chromosome	scaffold585	293670
+chromosome	scaffold635	239995
+chromosome	scaffold480	817208
+chromosome	scaffold725	15575
+chromosome	scaffold400	507735
+chromosome	scaffold705	272391
+chromosome	scaffold650	404521
+chromosome	scaffold535	875384
+chromosome	scaffold860	33070
+chromosome	scaffold865	900
+chromosome	Scaffold870	214
+chromosome	scaffold2485	27861
+chromosome	scaffold825	76046
+chromosome	scaffold875	88443
+chromosome	scaffold885	76588
+chromosome	scaffold840	175343
+chromosome	scaffold1015	804
+chromosome	Scaffold1020	707
+chromosome	scaffold1025	94024
+chromosome	scaffold1050	511
+chromosome	scaffold975	158623
+chromosome	scaffold680	453512
+chromosome	scaffold440	1345499
+chromosome	scaffold1185	758
+chromosome	scaffold1190	1932
+chromosome	scaffold385	115782
+chromosome	scaffold1140	430843
+chromosome	scaffold1345	2966
+chromosome	scaffold1340	16991
+chromosome	scaffold1350	13235
+chromosome	scaffold1370	882
+chromosome	scaffold1355	45546
+chromosome	scaffold1385	11032
+chromosome	scaffold985	403855
+chromosome	scaffold1400	65768
+chromosome	scaffold1415	950
+chromosome	scaffold1170	339684
+chromosome	Scaffold1465	235
+chromosome	scaffold1470	742
+chromosome	scaffold1055	925783
+chromosome	scaffold1390	224229
+chromosome	scaffold1560	1892
+chromosome	scaffold1565	910
+chromosome	scaffold1420	142456
+chromosome	scaffold1625	794
+chromosome	scaffold1375	13064
+chromosome	scaffold1665	683
+chromosome	scaffold1670	13387
+chromosome	Scaffold1675	230
+chromosome	scaffold1680	3594
+chromosome	scaffold1685	1284
+chromosome	scaffold1630	75786
+chromosome	scaffold1695	477
+chromosome	Scaffold1700	197
+chromosome	scaffold810	378139
+chromosome	scaffold1895	466
+chromosome	scaffold1690	20579
+chromosome	scaffold1530	67480
+chromosome	scaffold1935	11424
+chromosome	scaffold1940	828
+chromosome	scaffold1950	1445
+chromosome	Scaffold1955	686
+chromosome	scaffold1960	579
+chromosome	scaffold1965	776
+chromosome	Scaffold1970	352
+chromosome	scaffold735	1626371
+chromosome	scaffold1975	610
+chromosome	scaffold1945	3510
+chromosome	scaffold2080	557
+chromosome	scaffold2075	475
+chromosome	Scaffold2085	375
+chromosome	scaffold2090	1999
+chromosome	scaffold2095	979
+chromosome	scaffold2100	30974
+chromosome	scaffold2300	819
+chromosome	scaffold2310	579
+chromosome	scaffold849	79619
+chromosome	scaffold2320	6172
+chromosome	scaffold2325	1517
+chromosome	scaffold2315	7489
+chromosome	scaffold2340	1109
+chromosome	scaffold2330	21074
+chromosome	Scaffold3605	185
+chromosome	Scaffold3610	402
+chromosome	scaffold1980	37774
+chromosome	scaffold3620	1015
+chromosome	Scaffold3625	216
+chromosome	scaffold3630	726
+chromosome	scaffold3635	798
+chromosome	scaffold1570	370605
+chromosome	scaffold3640	863
+chromosome	Scaffold3650	159
+chromosome	scaffold3615	3010
+chromosome	scaffold3655	5799
+chromosome	scaffold3665	1029
+chromosome	Scaffold3670	224
+chromosome	Scaffold3675	210
+chromosome	scaffold3660	11437
+chromosome	scaffold3680	2221
+chromosome	scaffold3685	471
+chromosome	scaffold2345	11916
+chromosome	scaffold3690	764
+chromosome	Scaffold3705	195
+chromosome	scaffold3700	748
+chromosome	scaffold3710	569
+chromosome	Scaffold3715	234
+chromosome	scaffold3720	1244
+chromosome	scaffold3770	478
+chromosome	Scaffold3780	246
+chromosome	scaffold1475	274086
+chromosome	scaffold3775	802
+chromosome	scaffold3785	522
+chromosome	scaffold3810	2070
+chromosome	Scaffold3935	208
+chromosome	scaffold3645	13307
+chromosome	scaffold3930	392
+chromosome	scaffold3975	476
+chromosome	scaffold3695	1605
+chromosome	scaffold3940	499
+chromosome	scaffold3990	764
+chromosome	scaffold3790	4269
+chromosome	Scaffold4040	277
+chromosome	scaffold3980	942
+chromosome	scaffold4050	473
+chromosome	scaffold3985	663
+chromosome	scaffold4045	1723
+chromosome	scaffold4385	552
+chromosome	scaffold4390	3108
+chromosome	scaffold4055	11277
+chromosome	scaffold4400	777
+chromosome	Scaffold4435	355
+chromosome	Scaffold4440	244
+chromosome	scaffold4395	810
+chromosome	scaffold4450	497
+chromosome	Scaffold4445	232
+chromosome	Scaffold4460	309
+chromosome	scaffold4455	474
+chromosome	Scaffold4465	306
+chromosome	scaffold4475	509
+chromosome	scaffold4410	9857
+chromosome	scaffold3995	2994
+chromosome	scaffold4500	437
+chromosome	scaffold3955	1190
+chromosome	scaffold4470	806
+chromosome	scaffold4605	9746
+chromosome	Scaffold4610	167
+chromosome	scaffold4480	2397
+chromosome	scaffold4615	487
+chromosome	scaffold4630	506
+chromosome	scaffold4625	2691
+chromosome	Scaffold4635	228
+chromosome	Scaffold4645	211
+chromosome	scaffold4650	1144
+chromosome	scaffold4685	444
+chromosome	scaffold4505	3029
+chromosome	Scaffold4695	490
+chromosome	scaffold4700	456
+chromosome	scaffold4640	479
+chromosome	scaffold4760	766
+chromosome	scaffold2105	48589
+chromosome	scaffold4705	3120
+chromosome	Scaffold5940	229
+chromosome	scaffold5945	687
+chromosome	scaffold4765	456
+chromosome	scaffold6000	1451
+chromosome	scaffold6030	797
+chromosome	scaffold6040	506
+chromosome	Scaffold6055	222
+chromosome	scaffold6060	716
+chromosome	scaffold6065	795
+chromosome	scaffold6070	891
+chromosome	scaffold6005	938
+chromosome	scaffold4620	4676
+chromosome	scaffold6115	498
+chromosome	Scaffold6120	344
+chromosome	scaffold6125	1209
+chromosome	scaffold4590	9395
+chromosome	Scaffold6170	381
+chromosome	scaffold6400	833
+chromosome	scaffold6175	1063
+chromosome	scaffold6405	482
+chromosome	scaffold6415	1335
+chromosome	scaffold6035	943
+chromosome	Scaffold6425	216
+chromosome	scaffold6430	942
+chromosome	scaffold6165	446
+chromosome	scaffold6435	1158
+chromosome	Scaffold6700	329
+chromosome	scaffold6705	793
+chromosome	Scaffold6720	266
+chromosome	scaffold5975	3134
+chromosome	scaffold6495	505
+chromosome	scaffold6725	565
+chromosome	scaffold6730	470
+chromosome	scaffold6755	7507
+chromosome	scaffold6790	495
+chromosome	scaffold6785	770
+chromosome	Scaffold6805	285
+chromosome	Scaffold6810	229
+chromosome	scaffold6815	1157
+chromosome	scaffold6420	2422
+chromosome	scaffold6735	504
+chromosome	scaffold6820	781
+chromosome	scaffold6835	837
+chromosome	scaffold6965	818
+chromosome	scaffold6410	516
+chromosome	Scaffold6975	339
+chromosome	scaffold6830	441
+chromosome	scaffold6980	804
+chromosome	scaffold6995	945
+chromosome	Scaffold7000	267
+chromosome	Scaffold7005	548
+chromosome	Scaffold7010	225
+chromosome	Scaffold7020	200
+chromosome	scaffold6800	919
+chromosome	scaffold6970	724
+chromosome	Scaffold7025	407
+chromosome	scaffold7030	529
+chromosome	Scaffold7045	199
+chromosome	Scaffold7040	246
+chromosome	Scaffold7015	365
+chromosome	Scaffold7065	1254
+chromosome	Scaffold7060	547
+chromosome	Scaffold7070	301
+chromosome	scaffold7050	1712
+chromosome	scaffold7090	819
+chromosome	scaffold7100	477
+chromosome	scaffold7075	550
+chromosome	Scaffold7115	306
+chromosome	Scaffold7035	759
+chromosome	scaffold7120	512
+chromosome	scaffold6825	1280
+chromosome	scaffold7125	798
+chromosome	Scaffold7140	232
+chromosome	Scaffold7130	314
+chromosome	scaffold7135	585
+chromosome	scaffold7160	1222
+chromosome	scaffold7345	497
+chromosome	scaffold7110	862
+chromosome	Scaffold7465	219
+chromosome	scaffold7470	893
+chromosome	scaffold7350	929
+chromosome	scaffold7355	4057
+chromosome	scaffold7480	3402
+chromosome	Scaffold7490	957
+chromosome	scaffold7495	507
+chromosome	scaffold7085	979
+chromosome	scaffold7145	662
+chromosome	Scaffold7510	251
+chromosome	Scaffold7515	452
+chromosome	scaffold7485	559
+chromosome	scaffold7500	590
+chromosome	scaffold7505	2203
+chromosome	Scaffold7535	334
+chromosome	Scaffold7540	240
+chromosome	Scaffold7545	356
+chromosome	scaffold7530	1355
+chromosome	scaffold7555	533
+chromosome	scaffold7525	10032
+chromosome	scaffold7565	884
+chromosome	Scaffold7570	900
+chromosome	Scaffold7560	483
+chromosome	Scaffold7575	538
+chromosome	scaffold6135	2589
+chromosome	scaffold7595	5754
+chromosome	scaffold7605	503
+chromosome	Scaffold7520	445
+chromosome	Scaffold7610	384
+chromosome	scaffold7620	537
+chromosome	scaffold7615	964
+chromosome	scaffold7475	879
+chromosome	Scaffold7625	317
+chromosome	scaffold7635	787
+chromosome	scaffold7550	579
+chromosome	Scaffold7645	291
+chromosome	scaffold7630	521
+chromosome	Scaffold7655	589
+chromosome	Scaffold7640	756
+chromosome	scaffold7580	1040
+chromosome	Scaffold7670	1191
+chromosome	Scaffold7665	1691
+chromosome	Scaffold7685	365
+chromosome	Scaffold7690	597
+chromosome	scaffold7675	1263
+chromosome	scaffold7700	690
+chromosome	scaffold7680	1485
+chromosome	scaffold7660	1261
+chromosome	Scaffold7710	577
+chromosome	scaffold7600	812
+chromosome	scaffold7705	1539
+chromosome	scaffold7720	5739
+chromosome	scaffold7715	2886
+chromosome	scaffold40	16004
+chromosome	scaffold7650	9870
+chromosome	scaffold1195	1358118
+chromosome	scaffold1705	283744
+chromosome	scaffold1900	196648
+chromosome	scaffold130	90180
+chromosome	scaffold170	523
+chromosome	scaffold175	1191
+chromosome	scaffold165	23852
+chromosome	Scaffold190	505
+chromosome	scaffold95	848871
+chromosome	scaffold45	358917
+chromosome	scaffold225	97772
+chromosome	scaffold55	405507
+chromosome	scaffold75	366463
+chromosome	scaffold235	205548
+chromosome	Scaffold305	215
+chromosome	Scaffold310	241
+chromosome	scaffold300	17196
+chromosome	scaffold15	439824
+chromosome	scaffold315	514815
+chromosome	scaffold7695	2740
+chromosome	scaffold345	289468
+chromosome	scaffold255	384393
+chromosome	scaffold180	792398
+chromosome	scaffold390	380721
+chromosome	scaffold485	14387
+chromosome	scaffold490	124658
+chromosome	scaffold350	683743
+chromosome	scaffold545	51902
+chromosome	scaffold895	1718955
+chromosome	scaffold270	707301
+chromosome	scaffold640	115887
+chromosome	scaffold415	285194
+chromosome	scaffold500	468392
+chromosome	scaffold685	83460
+chromosome	scaffold645	191388
+chromosome	scaffold460	982512
+chromosome	scaffold740	80291
+chromosome	scaffold745	142499
+chromosome	scaffold195	969349
+chromosome	scaffold800	4763
+chromosome	scaffold655	164044
+chromosome	scaffold805	63501
+chromosome	scaffold845	3045
+chromosome	scaffold730	191348
+chromosome	scaffold420	882049
+chromosome	scaffold955	1637
+chromosome	scaffold960	595
+chromosome	scaffold965	96780
+chromosome	scaffold665	558362
+chromosome	scaffold140	925777
+chromosome	scaffold1000	188167
+chromosome	scaffold995	785
+chromosome	scaffold1035	60271
+chromosome	Scaffold1065	260
+chromosome	scaffold1045	29192
+chromosome	scaffold760	539845
+chromosome	Scaffold1080	205
+chromosome	scaffold1075	21150
+chromosome	Scaffold1090	454
+chromosome	scaffold1085	3079
+chromosome	scaffold1070	961
+chromosome	scaffold1205	796
+chromosome	scaffold850	271482
+chromosome	scaffold1210	358376
+chromosome	scaffold700	366151
+chromosome	scaffold555	1106060
+chromosome	Scaffold1360	190
+chromosome	scaffold1295	154190
+chromosome	scaffold1265	245186
+chromosome	scaffold1405	1567
+chromosome	scaffold520	637944
+chromosome	scaffold1325	178062
+chromosome	Scaffold1435	221
+chromosome	scaffold1440	482
+chromosome	scaffold1445	3824
+chromosome	scaffold970	503015
+chromosome	scaffold1520	533
+chromosome	scaffold1430	15841
+chromosome	scaffold1615	9850
+chromosome	scaffold815	373085
+chromosome	scaffold1410	103816
+chromosome	scaffold1640	1280
+chromosome	scaffold1395	311426
+chromosome	scaffold1650	777
+chromosome	scaffold1655	681
+chromosome	scaffold1635	225541
+chromosome	scaffold1710	503
+chromosome	scaffold1620	120022
+chromosome	scaffold1725	912
+chromosome	scaffold1730	401
+chromosome	scaffold1735	716
+chromosome	Scaffold1740	165
+chromosome	Scaffold1745	203
+chromosome	scaffold1750	876
+chromosome	Scaffold1755	164
+chromosome	scaffold1760	524
+chromosome	scaffold1660	66629
+chromosome	Scaffold1770	168
+chromosome	scaffold1765	5356
+chromosome	scaffold1780	1429
+chromosome	scaffold1785	413
+chromosome	scaffold1790	847
+chromosome	scaffold1795	1236
+chromosome	scaffold1525	215298
+chromosome	Scaffold1835	515
+chromosome	scaffold1645	1300
+chromosome	Scaffold1845	260
+chromosome	Scaffold1850	254
+chromosome	scaffold1840	1190
+chromosome	scaffold1855	60930
+chromosome	Scaffold2055	185
+chromosome	scaffold2060	508
+chromosome	scaffold2065	553
+chromosome	scaffold1800	57158
+chromosome	scaffold577	239843
+chromosome	scaffold2250	1133
+chromosome	scaffold2245	518
+chromosome	scaffold2260	456
+chromosome	scaffold2255	1263
+chromosome	Scaffold2270	266
+chromosome	Scaffold2275	285
+chromosome	scaffold2265	736
+chromosome	scaffold2350	17762
+chromosome	Scaffold2375	261
+chromosome	scaffold2380	626
+chromosome	Scaffold2385	202
+chromosome	scaffold1365	145119
+chromosome	Scaffold3165	198
+chromosome	scaffold3170	901
+chromosome	scaffold3175	1310
+chromosome	scaffold3180	2712
+chromosome	Scaffold3185	441
+chromosome	scaffold3190	1807
+chromosome	scaffold3195	835
+chromosome	Scaffold3200	197
+chromosome	Scaffold3205	285
+chromosome	scaffold3210	10968
+chromosome	scaffold2280	76971
+chromosome	Scaffold3220	174
+chromosome	scaffold3225	1089
+chromosome	scaffold3215	908
+chromosome	Scaffold3235	180
+chromosome	Scaffold3240	243
+chromosome	Scaffold3230	510
+chromosome	Scaffold3245	174
+chromosome	scaffold3250	744
+chromosome	scaffold3260	1167
+chromosome	scaffold3265	757
+chromosome	Scaffold3270	160
+chromosome	scaffold3275	727
+chromosome	Scaffold3280	424
+chromosome	scaffold2070	105741
+chromosome	scaffold3285	801
+chromosome	scaffold3290	495
+chromosome	scaffold3255	309
+chromosome	scaffold3305	9853
+chromosome	scaffold3310	1090
+chromosome	Scaffold3315	194
+chromosome	scaffold3320	939
+chromosome	scaffold1095	309687
+chromosome	scaffold3295	14524
+chromosome	scaffold3330	2623
+chromosome	Scaffold3340	177
+chromosome	Scaffold3335	280
+chromosome	scaffold3350	501
+chromosome	Scaffold3355	247
+chromosome	scaffold3325	464
+chromosome	scaffold3365	863
+chromosome	scaffold3360	408
+chromosome	scaffold3345	821
+chromosome	scaffold3375	2718
+chromosome	Scaffold3385	289
+chromosome	Scaffold3390	4138
+chromosome	scaffold3370	999
+chromosome	scaffold1775	65189
+chromosome	scaffold3750	430
+chromosome	scaffold3395	626
+chromosome	Scaffold3745	385
+chromosome	Scaffold3755	223
+chromosome	Scaffold3825	392
+chromosome	scaffold3380	2492
+chromosome	Scaffold3835	210
+chromosome	Scaffold3840	216
+chromosome	scaffold3820	521
+chromosome	scaffold3855	473
+chromosome	scaffold3830	605
+chromosome	scaffold3845	767
+chromosome	Scaffold3890	239
+chromosome	scaffold3895	512
+chromosome	scaffold3900	434
+chromosome	Scaffold3910	215
+chromosome	Scaffold3905	398
+chromosome	Scaffold3920	225
+chromosome	scaffold3915	455
+chromosome	Scaffold3945	243
+chromosome	scaffold3950	884
+chromosome	scaffold3760	3556
+chromosome	Scaffold3965	272
+chromosome	scaffold3960	1130
+chromosome	scaffold3970	659
+chromosome	Scaffold4005	231
+chromosome	scaffold4010	1017
+chromosome	scaffold3925	795
+chromosome	scaffold4015	1123
+chromosome	Scaffold4025	209
+chromosome	scaffold4030	874
+chromosome	scaffold4000	9990
+chromosome	scaffold4020	1188
+chromosome	Scaffold4060	259
+chromosome	Scaffold4065	253
+chromosome	scaffold4075	546
+chromosome	scaffold4035	7072
+chromosome	Scaffold4085	209
+chromosome	scaffold4090	526
+chromosome	scaffold4095	465
+chromosome	Scaffold4100	1067
+chromosome	scaffold1715	37338
+chromosome	Scaffold4135	310
+chromosome	scaffold4070	2577
+chromosome	scaffold4140	764
+chromosome	Scaffold4145	221
+chromosome	Scaffold4155	205
+chromosome	scaffold4160	493
+chromosome	scaffold4165	433
+chromosome	scaffold4170	885
+chromosome	Scaffold4195	203
+chromosome	scaffold4105	1527
+chromosome	scaffold4205	779
+chromosome	scaffold3300	898
+chromosome	scaffold4215	962
+chromosome	Scaffold4220	456
+chromosome	scaffold4225	585
+chromosome	scaffold4230	595
+chromosome	scaffold4210	10115
+chromosome	scaffold4240	712
+chromosome	scaffold4235	724
+chromosome	Scaffold4295	219
+chromosome	scaffold4300	538
+chromosome	Scaffold4305	192
+chromosome	scaffold4310	819
+chromosome	scaffold3860	11706
+chromosome	scaffold4340	920
+chromosome	Scaffold4345	361
+chromosome	Scaffold4350	458
+chromosome	scaffold4330	1340
+chromosome	scaffold4245	4196
+chromosome	scaffold4360	564
+chromosome	scaffold4355	608
+chromosome	scaffold4370	4816
+chromosome	scaffold4405	5287
+chromosome	scaffold4485	827
+chromosome	scaffold4365	969
+chromosome	Scaffold4515	188
+chromosome	scaffold4520	2800
+chromosome	scaffold1860	158646
+chromosome	scaffold4510	1116
+chromosome	scaffold4660	558
+chromosome	scaffold4495	1217
+chromosome	Scaffold4665	249
+chromosome	scaffold4675	9942
+chromosome	scaffold4680	1474
+chromosome	scaffold4655	518
+chromosome	scaffold4600	10271
+chromosome	scaffold4690	1291
+chromosome	scaffold4720	865
+chromosome	scaffold4725	684
+chromosome	Scaffold4730	234
+chromosome	Scaffold4735	244
+chromosome	Scaffold4740	259
+chromosome	Scaffold4745	746
+chromosome	scaffold4715	815
+chromosome	scaffold4750	518
+chromosome	scaffold4710	1024
+chromosome	scaffold4755	411
+chromosome	Scaffold4960	171
+chromosome	Scaffold4965	184
+chromosome	Scaffold4970	372
+chromosome	Scaffold4975	269
+chromosome	scaffold4955	478
+chromosome	scaffold4985	832
+chromosome	scaffold4950	715
+chromosome	Scaffold4990	637
+chromosome	Scaffold5100	279
+chromosome	scaffold4980	439
+chromosome	scaffold5110	1099
+chromosome	scaffold4995	1852
+chromosome	scaffold5135	893
+chromosome	scaffold5140	475
+chromosome	Scaffold5165	193
+chromosome	scaffold5145	2754
+chromosome	scaffold5170	947
+chromosome	scaffold5255	9839
+chromosome	Scaffold5105	604
+chromosome	scaffold5260	820
+chromosome	scaffold5265	1216
+chromosome	Scaffold5280	198
+chromosome	Scaffold5285	248
+chromosome	scaffold5270	9405
+chromosome	scaffold5290	582
+chromosome	scaffold5295	519
+chromosome	Scaffold5305	229
+chromosome	scaffold5300	836
+chromosome	scaffold5315	1062
+chromosome	scaffold5275	3625
+chromosome	Scaffold5320	1305
+chromosome	scaffold5310	1300
+chromosome	scaffold5325	1611
+chromosome	Scaffold5340	394
+chromosome	scaffold5330	700
+chromosome	Scaffold5350	167
+chromosome	scaffold5335	730
+chromosome	scaffold5345	912
+chromosome	scaffold5355	480
+chromosome	scaffold5360	515
+chromosome	Scaffold5810	181
+chromosome	scaffold5790	532
+chromosome	Scaffold5820	265
+chromosome	Scaffold5815	257
+chromosome	Scaffold5830	216
+chromosome	scaffold5835	932
+chromosome	scaffold5825	832
+chromosome	Scaffold5845	315
+chromosome	Scaffold5850	190
+chromosome	scaffold5855	614
+chromosome	Scaffold5860	243
+chromosome	scaffold5365	6980
+chromosome	scaffold6240	497
+chromosome	scaffold6245	485
+chromosome	scaffold6260	211
+chromosome	Scaffold6265	266
+chromosome	scaffold5840	734
+chromosome	scaffold6270	790
+chromosome	scaffold6275	505
+chromosome	Scaffold6280	494
+chromosome	scaffold6285	1128
+chromosome	Scaffold6290	479
+chromosome	scaffold6295	572
+chromosome	scaffold4150	9870
+chromosome	Scaffold6310	497
+chromosome	Scaffold6315	282
+chromosome	Scaffold6320	696
+chromosome	scaffold6325	474
+chromosome	Scaffold6330	184
+chromosome	scaffold6300	978
+chromosome	scaffold6335	1085
+chromosome	Scaffold6340	267
+chromosome	Scaffold6350	244
+chromosome	scaffold6345	901
+chromosome	Scaffold6360	209
+chromosome	scaffold6365	739
+chromosome	scaffold6355	855
+chromosome	scaffold6305	9982
+chromosome	scaffold6380	988
+chromosome	scaffold6385	824
+chromosome	scaffold6375	3688
+chromosome	scaffold6370	777
+chromosome	scaffold6390	708
+chromosome	Scaffold6440	209
+chromosome	Scaffold6445	184
+chromosome	Scaffold6450	384
+chromosome	Scaffold6460	373
+chromosome	scaffold6465	461
+chromosome	Scaffold6455	242
+chromosome	Scaffold6470	260
+chromosome	scaffold6475	480
+chromosome	scaffold6480	834
+chromosome	scaffold6485	842
+chromosome	scaffold6395	742
+chromosome	Scaffold6505	238
+chromosome	scaffold6490	1009
+chromosome	scaffold6500	509
+chromosome	scaffold1450	253713
+chromosome	scaffold6520	466
+chromosome	scaffold6525	944
+chromosome	Scaffold6535	303
+chromosome	scaffold6540	554
+chromosome	scaffold6545	461
+chromosome	Scaffold6550	293
+chromosome	scaffold6515	562
+chromosome	Scaffold6560	205
+chromosome	Scaffold6555	234
+chromosome	scaffold6570	668
+chromosome	scaffold6510	520
+chromosome	scaffold6575	458
+chromosome	scaffold6585	575
+chromosome	Scaffold6590	204
+chromosome	scaffold6565	9899
+chromosome	scaffold6600	808
+chromosome	Scaffold6605	187
+chromosome	Scaffold6610	247
+chromosome	scaffold6530	2651
+chromosome	scaffold6620	455
+chromosome	scaffold6595	512
+chromosome	Scaffold6625	231
+chromosome	scaffold6635	492
+chromosome	scaffold6580	2669
+chromosome	scaffold6615	662
+chromosome	Scaffold6640	374
+chromosome	Scaffold6645	227
+chromosome	Scaffold6630	253
+chromosome	scaffold6655	757
+chromosome	Scaffold6665	207
+chromosome	Scaffold6670	466
+chromosome	Scaffold6660	182
+chromosome	Scaffold6675	266
+chromosome	Scaffold6680	240
+chromosome	Scaffold6685	440
+chromosome	scaffold6690	836
+chromosome	Scaffold6710	196
+chromosome	Scaffold6740	299
+chromosome	Scaffold6745	322
+chromosome	scaffold6715	744
+chromosome	Scaffold6760	136
+chromosome	scaffold6750	618
+chromosome	scaffold6650	1070
+chromosome	scaffold6770	512
+chromosome	scaffold6780	480
+chromosome	scaffold6795	1136
+chromosome	scaffold6695	939
+chromosome	Scaffold6845	394
+chromosome	Scaffold6850	503
+chromosome	scaffold6855	485
+chromosome	Scaffold6860	225
+chromosome	scaffold6865	2085
+chromosome	scaffold6775	3287
+chromosome	Scaffold6875	211
+chromosome	Scaffold6880	249
+chromosome	Scaffold6885	286
+chromosome	Scaffold6890	206
+chromosome	scaffold6870	494
+chromosome	Scaffold6895	338
+chromosome	Scaffold6905	343
+chromosome	scaffold6900	482
+chromosome	scaffold6940	475
+chromosome	Scaffold6945	730
+chromosome	scaffold6950	693
+chromosome	scaffold6955	833
+chromosome	scaffold6960	1021
+chromosome	Scaffold6985	282
+chromosome	scaffold6990	657
+chromosome	scaffold7055	804
+chromosome	scaffold5865	39680
+chromosome	scaffold4670	12027
+chromosome	scaffold7095	522
+chromosome	scaffold6910	4978
+chromosome	scaffold7080	826
+chromosome	Scaffold7165	294
+chromosome	Scaffold7170	501
+chromosome	Scaffold7175	311
+chromosome	Scaffold7150	515
+chromosome	scaffold7155	1191
+chromosome	scaffold7105	2899
+chromosome	scaffold7185	462
+chromosome	scaffold7180	1315
+chromosome	scaffold7190	482
+chromosome	scaffold7265	829
+chromosome	Scaffold7260	6996
+chromosome	scaffold7275	739
+chromosome	scaffold7385	923
+chromosome	Scaffold7390	242
+chromosome	scaffold7285	3774
+chromosome	Scaffold7400	246
+chromosome	Scaffold7405	319
+chromosome	Scaffold7410	312
+chromosome	Scaffold7415	319
+chromosome	Scaffold7395	334
+chromosome	Scaffold7425	499
+chromosome	scaffold7420	474
+chromosome	Scaffold7435	647
+chromosome	scaffold7430	1182
+chromosome	Scaffold7440	243
+chromosome	Scaffold7450	792
+chromosome	Scaffold7445	261
+chromosome	Scaffold7455	304
+chromosome	scaffold7460	3353
+chromosome	scaffold7585	2784
+chromosome	scaffold6765	9843
+chromosome	scaffold7590	5285
+chromosome	scaffold2390	150764
+chromosome	scaffold4080	3198
+chromosome	scaffold4200	11865
+chromosome	scaffold7195	1347
+chromosome	scaffold1135	738825
+chromosome	scaffold25	320422
+chromosome	scaffold7200	2767
+chromosome	scaffold890	1460389
+chromosome	scaffold105	329334
+chromosome	scaffold250	198197
+chromosome	scaffold50	802159
+chromosome	scaffold360	59597
+chromosome	scaffold110	528138
+chromosome	scaffold370	210618
+chromosome	scaffold70	737292
+chromosome	Scaffold405	181
+chromosome	scaffold265	233358
+chromosome	scaffold395	153093
+chromosome	scaffold320	729837
+chromosome	scaffold20	427425
+chromosome	scaffold200	626748
+chromosome	scaffold375	271867
+chromosome	scaffold465	179741
+chromosome	scaffold495	279709
+chromosome	scaffold275	794931
+chromosome	scaffold6840	10296
+chromosome	scaffold590	16441
+chromosome	scaffold610	2461
+chromosome	scaffold615	885
+chromosome	scaffold620	17134
+chromosome	scaffold530	308084
+chromosome	scaffold595	104442
+chromosome	scaffold445	517985
+chromosome	Scaffold750	383
+chromosome	scaffold505	337403
+chromosome	scaffold540	195854
+chromosome	scaffold155	1397119
+chromosome	scaffold780	4627
+chromosome	scaffold765	221780
+chromosome	scaffold830	802
+chromosome	scaffold410	1048880
+chromosome	scaffold470	603035
+chromosome	scaffold515	464647
+chromosome	scaffold770	210033
+chromosome	scaffold910	180227
+chromosome	scaffold990	68587
+chromosome	scaffold755	281609
+chromosome	scaffold715	524894
+chromosome	scaffold630	648118
+chromosome	scaffold1110	516
+chromosome	Scaffold1115	1240
+chromosome	scaffold1060	160036
+chromosome	scaffold1100	111404
+chromosome	scaffold215	747064
+chromosome	scaffold925	92698
+chromosome	scaffold1165	144488
+chromosome	scaffold1215	12429
+chromosome	scaffold1220	410
+chromosome	Scaffold1225	184
+chromosome	scaffold1005	294862
+chromosome	scaffold1240	744
+chromosome	scaffold1245	517
+chromosome	scaffold1250	130134
+chromosome	scaffold1160	6088
+chromosome	scaffold660	754497
+chromosome	scaffold1310	22555
+chromosome	scaffold1315	20065
+chromosome	scaffold1180	545568
+chromosome	scaffold1150	284311
+chromosome	scaffold1535	2547
+chromosome	scaffold1540	24552
+chromosome	scaffold1545	20467
+chromosome	scaffold1550	825
+chromosome	scaffold1555	6181
+chromosome	scaffold1575	5613
+chromosome	scaffold1580	530
+chromosome	scaffold1585	960
+chromosome	scaffold1285	310638
+chromosome	Scaffold1595	179
+chromosome	scaffold1120	481889
+chromosome	scaffold1805	522
+chromosome	scaffold1810	1015
+chromosome	scaffold1425	309026
+chromosome	scaffold1275	73511
+chromosome	scaffold1820	9886
+chromosome	scaffold1590	226995
+chromosome	Scaffold1915	279
+chromosome	scaffold1825	980
+chromosome	Scaffold1925	400
+chromosome	scaffold1920	12462
+chromosome	Scaffold2110	195
+chromosome	scaffold2115	10439
+chromosome	scaffold2120	1037
+chromosome	scaffold2125	1008
+chromosome	scaffold2130	740
+chromosome	scaffold2135	917
+chromosome	scaffold2140	2071
+chromosome	scaffold2145	1770
+chromosome	scaffold2150	663
+chromosome	scaffold2155	466
+chromosome	Scaffold2160	167
+chromosome	scaffold2165	479
+chromosome	scaffold2170	469
+chromosome	Scaffold2175	153
+chromosome	scaffold2180	498
+chromosome	scaffold2185	795
+chromosome	scaffold2190	755
+chromosome	Scaffold2195	222
+chromosome	scaffold1930	102210
+chromosome	scaffold2205	930
+chromosome	scaffold2210	1023
+chromosome	Scaffold2215	224
+chromosome	scaffold2220	9814
+chromosome	Scaffold2225	173
+chromosome	scaffold2230	896
+chromosome	scaffold2200	920
+chromosome	scaffold2235	542
+chromosome	Scaffold2285	558
+chromosome	scaffold2290	1230
+chromosome	scaffold2295	2742
+chromosome	scaffold2305	40746
+chromosome	scaffold2395	968
+chromosome	Scaffold2400	211
+chromosome	scaffold2240	9118
+chromosome	Scaffold2410	727
+chromosome	scaffold2415	458
+chromosome	scaffold2405	4826
+chromosome	scaffold2615	1824
+chromosome	scaffold2620	653
+chromosome	scaffold2625	556
+chromosome	scaffold2630	829
+chromosome	Scaffold2635	327
+chromosome	scaffold2640	589
+chromosome	scaffold2645	3826
+chromosome	Scaffold2650	227
+chromosome	scaffold2655	451
+chromosome	Scaffold2660	241
+chromosome	scaffold785	763260
+chromosome	scaffold2670	485
+chromosome	scaffold2665	562
+chromosome	Scaffold2680	317
+chromosome	scaffold2675	520
+chromosome	Scaffold2685	800
+chromosome	Scaffold2690	503
+chromosome	Scaffold2695	279
+chromosome	Scaffold2715	202
+chromosome	scaffold2700	49080
+chromosome	scaffold2725	665
+chromosome	Scaffold2730	167
+chromosome	scaffold2735	597
+chromosome	Scaffold2740	224
+chromosome	Scaffold2745	204
+chromosome	Scaffold2750	219
+chromosome	scaffold2720	1876
+chromosome	scaffold2755	659
+chromosome	Scaffold2765	211
+chromosome	Scaffold2770	524
+chromosome	scaffold2775	1770
+chromosome	scaffold2780	749
+chromosome	Scaffold2785	208
+chromosome	Scaffold2790	188
+chromosome	scaffold2795	508
+chromosome	scaffold2800	4386
+chromosome	scaffold2805	528
+chromosome	scaffold2810	2987
+chromosome	scaffold2760	2712
+chromosome	Scaffold2890	233
+chromosome	scaffold1830	220822
+chromosome	scaffold2895	1005
+chromosome	Scaffold2965	201
+chromosome	scaffold2970	1159
+chromosome	scaffold2960	3639
+chromosome	scaffold3155	976
+chromosome	scaffold1230	175153
+chromosome	scaffold2420	142334
+chromosome	scaffold2975	143192
+chromosome	Scaffold3410	173
+chromosome	scaffold3415	462
+chromosome	scaffold3420	484
+chromosome	scaffold3425	632
+chromosome	scaffold3400	3599
+chromosome	scaffold3435	730
+chromosome	Scaffold3440	198
+chromosome	Scaffold3445	209
+chromosome	scaffold3450	1258
+chromosome	scaffold3455	478
+chromosome	scaffold3460	1200
+chromosome	Scaffold3465	173
+chromosome	Scaffold3470	601
+chromosome	scaffold3475	547
+chromosome	scaffold3480	1265
+chromosome	Scaffold3485	236
+chromosome	scaffold3490	431
+chromosome	scaffold3430	28108
+chromosome	Scaffold3500	885
+chromosome	scaffold3405	10215
+chromosome	Scaffold3510	225
+chromosome	Scaffold3515	202
+chromosome	Scaffold3520	176
+chromosome	scaffold3525	2782
+chromosome	scaffold3505	1374
+chromosome	scaffold3530	588
+chromosome	Scaffold3540	195
+chromosome	Scaffold3545	276
+chromosome	scaffold3535	1272
+chromosome	scaffold3555	490
+chromosome	scaffold3495	642
+chromosome	Scaffold3565	204
+chromosome	scaffold3570	777
+chromosome	scaffold3560	494
+chromosome	scaffold3580	501
+chromosome	scaffold3575	1165
+chromosome	Scaffold3590	205
+chromosome	Scaffold3585	506
+chromosome	Scaffold3550	789
+chromosome	scaffold3725	488
+chromosome	Scaffold3730	170
+chromosome	scaffold3735	440
+chromosome	scaffold3740	829
+chromosome	scaffold3795	1211
+chromosome	Scaffold3800	454
+chromosome	scaffold3595	3243
+chromosome	scaffold3805	3092
+chromosome	scaffold3815	542
+chromosome	scaffold3850	769
+chromosome	Scaffold3870	403
+chromosome	scaffold3875	818
+chromosome	scaffold3865	1202
+chromosome	scaffold3880	1060
+chromosome	Scaffold4110	180
+chromosome	scaffold4115	585
+chromosome	scaffold4120	887
+chromosome	Scaffold4125	170
+chromosome	scaffold4130	2401
+chromosome	scaffold4175	823
+chromosome	scaffold4180	985
+chromosome	scaffold3885	24208
+chromosome	scaffold4185	753
+chromosome	scaffold1600	692101
+chromosome	Scaffold4255	219
+chromosome	scaffold4260	574
+chromosome	scaffold4265	585
+chromosome	Scaffold4270	212
+chromosome	scaffold4275	536
+chromosome	scaffold4250	1020
+chromosome	Scaffold4285	181
+chromosome	Scaffold4280	258
+chromosome	scaffold4315	488
+chromosome	scaffold4290	1185
+chromosome	scaffold4325	375
+chromosome	scaffold4320	2940
+chromosome	scaffold4335	5691
+chromosome	scaffold4375	4074
+chromosome	scaffold4380	7201
+chromosome	scaffold4415	876
+chromosome	Scaffold4425	256
+chromosome	scaffold4430	1576
+chromosome	scaffold4490	737
+chromosome	Scaffold4525	462
+chromosome	Scaffold4530	186
+chromosome	scaffold4420	4990
+chromosome	Scaffold4535	262
+chromosome	Scaffold4545	834
+chromosome	Scaffold4550	315
+chromosome	Scaffold4555	268
+chromosome	scaffold4560	575
+chromosome	scaffold4540	1729
+chromosome	scaffold4565	867
+chromosome	scaffold4570	589
+chromosome	scaffold4575	1074
+chromosome	scaffold4580	768
+chromosome	scaffold4585	1439
+chromosome	scaffold4595	1945
+chromosome	scaffold4770	1235
+chromosome	scaffold4780	960
+chromosome	scaffold4775	1226
+chromosome	scaffold4790	450
+chromosome	scaffold930	805327
+chromosome	scaffold4785	1675
+chromosome	scaffold4800	803
+chromosome	scaffold4810	756
+chromosome	Scaffold4815	325
+chromosome	scaffold4820	490
+chromosome	Scaffold4825	215
+chromosome	scaffold4805	894
+chromosome	Scaffold4835	232
+chromosome	Scaffold4840	244
+chromosome	scaffold4830	474
+chromosome	Scaffold4850	226
+chromosome	Scaffold4855	245
+chromosome	Scaffold4860	202
+chromosome	scaffold4795	1499
+chromosome	scaffold4870	536
+chromosome	scaffold4845	791
+chromosome	Scaffold4875	215
+chromosome	scaffold4880	1121
+chromosome	scaffold4885	640
+chromosome	Scaffold4890	604
+chromosome	scaffold4895	1356
+chromosome	scaffold4900	2817
+chromosome	Scaffold4910	253
+chromosome	Scaffold4915	543
+chromosome	Scaffold4920	219
+chromosome	scaffold4865	973
+chromosome	scaffold4925	512
+chromosome	Scaffold4930	260
+chromosome	Scaffold4940	186
+chromosome	scaffold4935	494
+chromosome	scaffold4945	11847
+chromosome	Scaffold5385	274
+chromosome	scaffold5390	844
+chromosome	scaffold4905	553
+chromosome	Scaffold5400	355
+chromosome	scaffold5395	867
+chromosome	Scaffold5405	179
+chromosome	Scaffold5435	446
+chromosome	scaffold5440	605
+chromosome	scaffold5445	521
+chromosome	scaffold5410	3481
+chromosome	scaffold5455	1257
+chromosome	scaffold5450	1100
+chromosome	scaffold5495	510
+chromosome	scaffold5555	434
+chromosome	Scaffold5560	237
+chromosome	scaffold5565	795
+chromosome	Scaffold5570	235
+chromosome	Scaffold5575	265
+chromosome	scaffold5580	837
+chromosome	scaffold5525	1174
+chromosome	Scaffold5590	179
+chromosome	Scaffold5595	217
+chromosome	scaffold5585	809
+chromosome	scaffold5605	471
+chromosome	scaffold5600	1184
+chromosome	Scaffold5625	233
+chromosome	Scaffold5630	674
+chromosome	scaffold5635	882
+chromosome	scaffold5620	439
+chromosome	Scaffold5710	220
+chromosome	scaffold5715	716
+chromosome	scaffold5670	485
+chromosome	scaffold5755	1062
+chromosome	scaffold5720	4548
+chromosome	Scaffold5765	189
+chromosome	Scaffold5770	179
+chromosome	scaffold5760	866
+chromosome	Scaffold5780	227
+chromosome	scaffold5775	1377
+chromosome	scaffold5795	525
+chromosome	Scaffold5800	498
+chromosome	scaffold5805	560
+chromosome	scaffold3600	11118
+chromosome	scaffold5950	595
+chromosome	scaffold5955	451
+chromosome	Scaffold5965	177
+chromosome	Scaffold5960	295
+chromosome	scaffold5980	721
+chromosome	Scaffold5985	232
+chromosome	scaffold5970	516
+chromosome	scaffold5990	752
+chromosome	Scaffold6010	274
+chromosome	scaffold5995	1588
+chromosome	scaffold5785	1916
+chromosome	scaffold6025	2954
+chromosome	Scaffold6075	431
+chromosome	scaffold6020	973
+chromosome	scaffold6085	467
+chromosome	scaffold6080	483
+chromosome	Scaffold6095	284
+chromosome	Scaffold6090	516
+contig	C7474890	100
+contig	C7474894	100
+contig	C7474898	100
+contig	C7474908	100
+contig	C7474920	100
+contig	C7474922	100
+contig	C7474924	100
+contig	C7474936	100
+contig	C7474944	100
+contig	C7474948	100
+contig	C7474960	100
+contig	C7474962	100
+contig	C7474978	100
+contig	C7474982	100
+contig	C7474988	100
+contig	C7474992	100
+contig	C7474998	100
+contig	C7475010	100
+contig	C7475012	100
+contig	C7475014	100
+contig	C7475016	100
+contig	C7475032	100
+contig	C7475054	100
+contig	C7475056	100
+contig	C7475062	100
+contig	C7475064	100
+contig	C7475074	100
+chromosome	scaffold6100	519
+contig	C7475086	100
+contig	C7475088	100
+contig	C7475090	100
+contig	C7475082	100
+contig	C7475102	100
+contig	C7475108	100
+contig	C7475092	100
+contig	C7475114	100
+contig	C7475132	100
+contig	C7475138	100
+contig	C7475118	100
+contig	C7475152	100
+contig	C7475154	100
+contig	C7475156	100
+contig	C7475164	100
+contig	C7475192	100
+contig	C7475168	100
+contig	C7475202	100
+contig	C7475216	100
+contig	C7475234	100
+contig	C7475252	100
+contig	C7475258	100
+contig	C7475268	100
+contig	C7475274	100
+contig	C7475288	100
+contig	C7475206	100
+contig	C7475292	100
+contig	C7475348	100
+contig	C7475350	100
+contig	C7475316	100
+contig	C7475352	100
+contig	C7475364	100
+contig	C7475376	100
+contig	C7475356	100
+contig	C7475378	100
+contig	C7475388	100
+contig	C7475390	100
+contig	C7475386	100
+contig	C7475408	100
+contig	C7475400	100
+contig	C7475414	100
+contig	C7475424	100
+contig	C7475428	100
+contig	C7475434	100
+contig	C7475450	100
+contig	C7475458	100
+contig	C7475462	100
+contig	C7475430	100
+contig	C7475488	100
+contig	C7475480	100
+contig	C7475500	100
+contig	C7475498	100
+contig	C7475518	100
+contig	C7475520	100
+contig	C7475532	100
+contig	C7475558	100
+contig	C7475542	100
+contig	C7475590	100
+contig	C7475578	100
+contig	C7475602	100
+contig	C7475592	100
+contig	C7475604	100
+contig	C7475606	100
+contig	C7475616	100
+contig	C7475624	100
+contig	C7475642	100
+contig	C7475648	100
+contig	C7475654	100
+contig	C7475658	100
+contig	C7475682	100
+contig	C7475690	100
+contig	C7475698	100
+contig	C7475720	100
+contig	C7475728	100
+contig	C7475740	100
+contig	C7475750	100
+contig	C7475762	100
+contig	C7475770	100
+contig	C7475644	100
+contig	C7475782	100
+contig	C7475774	100
+contig	C7475784	100
+contig	C7475808	100
+contig	C7475822	100
+contig	C7475796	100
+contig	C7475824	100
+contig	C7475832	100
+contig	C7475838	100
+contig	C7475848	100
+contig	C7475866	100
+contig	C7475880	100
+contig	C7475894	100
+contig	C7475854	100
+contig	C7475906	100
+contig	C7475918	100
+contig	C7475910	100
+contig	C7475950	100
+contig	C7475942	100
+contig	C7475954	100
+contig	C7475962	100
+contig	C7475956	100
+contig	C7475980	100
+contig	C7475974	100
+contig	C7475990	100
+contig	C7475998	100
+contig	C7475996	100
+contig	C7476002	100
+contig	C7476004	100
+contig	C7476012	100
+contig	C7476032	100
+contig	C7476020	100
+contig	C7476046	100
+contig	C7476062	100
+contig	C7476050	100
+contig	C7476110	100
+contig	C7476096	100
+contig	C7476114	100
+contig	C7476128	100
+contig	C7476132	100
+contig	C7476136	100
+contig	C7476120	100
+contig	C7476144	100
+contig	C7476148	100
+contig	C7476170	100
+contig	C7476168	100
+contig	C7476204	100
+contig	C7476182	100
+contig	C7476210	100
+contig	C7476218	100
+contig	C7476222	100
+contig	C7476206	100
+contig	C7476230	100
+contig	C7476252	100
+contig	C7476264	100
+contig	C7476274	100
+contig	C7476256	100
+contig	C7476310	100
+contig	C7476278	100
+contig	C7476314	100
+contig	C7476318	100
+contig	C7476326	100
+contig	C7476368	100
+contig	C7476370	100
+contig	C7476374	100
+contig	C7476398	100
+contig	C7476362	100
+contig	C7476434	100
+contig	C7476420	100
+contig	C7476460	100
+contig	C7476452	100
+contig	C7476474	100
+contig	C7476490	100
+contig	C7476496	100
+chromosome	scaffold6015	411
+contig	C7476500	100
+contig	C7476514	100
+contig	C7476468	100
+contig	C7476516	100
+contig	C7476542	100
+contig	C7476560	100
+contig	C7476588	100
+contig	C7476574	100
+contig	C7476598	100
+contig	C7476534	100
+contig	C7476612	100
+contig	C7476618	100
+contig	C7476604	100
+contig	C7476646	100
+contig	C7476652	100
+contig	C7476656	100
+contig	C7476664	100
+contig	C7476672	100
+contig	C7476674	100
+contig	C7476678	100
+contig	C7476682	100
+contig	C7476602	100
+contig	C7476694	100
+contig	C7476696	100
+contig	C7476710	100
+contig	C7476700	100
+contig	C7476766	100
+contig	C7476726	100
+contig	C7476778	100
+contig	C7476788	100
+contig	C7476824	100
+contig	C7476826	100
+contig	C7476830	100
+contig	C7476832	100
+contig	C7476816	100
+contig	C7476858	100
+contig	C7476878	100
+contig	C7476880	100
+contig	C7476638	100
+contig	C7476882	100
+contig	C7476894	100
+contig	C7476876	100
+contig	C7476886	100
+contig	C7476908	100
+contig	C7476900	100
+contig	C7476914	100
+contig	C7476926	100
+contig	C7476954	100
+contig	C7476924	100
+contig	C7476936	100
+contig	C7476982	100
+contig	C7476996	100
+contig	C7476972	100
+contig	C7477006	100
+contig	C7476998	100
+contig	C7476976	100
+contig	C7477030	100
+contig	C7477018	100
+contig	C7477048	100
+contig	C7477050	100
+contig	C7477028	100
+contig	C7477052	100
+contig	C7477056	100
+contig	C7477086	100
+contig	C7477044	100
+contig	C7477094	100
+contig	C7477082	100
+contig	C7477118	100
+contig	C7477106	100
+contig	C7477110	100
+contig	C7477138	100
+contig	C7477120	100
+contig	C7477144	100
+contig	C7477142	100
+contig	C7477146	100
+contig	C7477150	100
+contig	C7477156	100
+contig	C7477172	100
+contig	C7477162	100
+contig	C7477190	100
+contig	C7477196	100
+contig	C7477170	100
+contig	C7477214	100
+contig	C7477182	100
+contig	C7477224	100
+contig	C7477238	100
+contig	C7477244	100
+contig	C7477252	100
+contig	C7477276	100
+contig	C7477254	100
+contig	C7477218	100
+contig	C7477298	100
+contig	C7477302	100
+contig	C7477288	100
+contig	C7477306	100
+contig	C7477316	100
+contig	C7477322	100
+contig	C7477304	100
+contig	C7477318	100
+contig	C7477344	100
+contig	C7477328	100
+contig	C7477352	100
+contig	C7477382	100
+contig	C7477424	100
+contig	C7477428	100
+contig	C7477394	100
+contig	C7477432	100
+contig	C7477404	100
+contig	C7477450	100
+contig	C7477456	100
+contig	C7477442	100
+contig	C7477460	100
+contig	C7477462	100
+contig	C7477466	100
+contig	C7477486	100
+contig	C7477444	100
+contig	C7477488	100
+contig	C7477492	100
+contig	C7477502	100
+contig	C7477508	100
+contig	C7477482	100
+contig	C7477518	100
+contig	C7477526	100
+contig	C7477540	100
+contig	C7477542	100
+contig	C7477546	100
+contig	C7477534	100
+contig	C7477570	100
+contig	C7477560	100
+contig	C7477580	100
+contig	C7477584	100
+contig	C7477554	100
+contig	C7477592	100
+contig	C7477594	100
+contig	C7477608	100
+contig	C7477588	100
+contig	C7477614	100
+contig	C7477620	100
+contig	C7477602	100
+contig	C7477650	100
+contig	C7477638	100
+contig	C7477664	100
+contig	C7477682	100
+contig	C7477666	100
+contig	C7477686	100
+contig	C7477708	100
+contig	C7477714	100
+contig	C7477720	100
+contig	C7477740	100
+contig	C7477750	100
+contig	C7477756	100
+contig	C7477776	100
+contig	C7477780	100
+contig	C7477770	100
+contig	C7477788	100
+contig	C7477784	100
+contig	C7477814	100
+contig	C7477798	100
+contig	C7477626	100
+contig	C7477834	100
+contig	C7477846	100
+contig	C7477832	100
+contig	C7477852	100
+contig	C7477862	100
+contig	C7477868	100
+contig	C7477894	100
+contig	C7477934	100
+contig	C7477952	100
+contig	C7477954	100
+contig	C7477960	100
+contig	C7477866	100
+contig	C7477994	100
+contig	C7477986	100
+contig	C7478010	100
+contig	C7478004	100
+contig	C7478016	100
+contig	C7478022	100
+contig	C7478024	100
+contig	C7477870	100
+contig	C7478048	100
+contig	C7478054	100
+contig	C7478028	100
+contig	C7478058	100
+contig	C7478072	100
+contig	C7478078	100
+contig	C7478080	100
+contig	C7478092	100
+contig	C7478088	100
+contig	C7478100	100
+contig	C7478104	100
+contig	C7478102	100
+contig	C7478124	100
+contig	C7478128	100
+contig	C7478134	100
+contig	C7478136	100
+contig	C7478148	100
+contig	C7478154	100
+contig	C7478156	100
+contig	C7478166	100
+contig	C7478182	100
+contig	C7478192	100
+contig	C7478202	100
+contig	C7478212	100
+contig	C7478012	100
+contig	C7478218	100
+contig	C7478220	100
+contig	C7478226	100
+contig	C7478234	100
+contig	C7478238	100
+contig	C7478242	100
+contig	C7478252	100
+contig	C7478256	100
+contig	C7478260	100
+contig	C7478268	100
+contig	C7478272	100
+contig	C7478278	100
+contig	C7478292	100
+contig	C7478296	100
+contig	C7478310	100
+contig	C7478318	100
+contig	C7478108	100
+contig	C7478326	100
+contig	C7478336	100
+contig	C7478348	100
+contig	C7478338	100
+contig	C7478350	100
+contig	C7478356	100
+contig	C7478364	100
+contig	C7478382	100
+contig	C7478386	100
+contig	C7478376	100
+contig	C7478392	100
+contig	C7478396	100
+contig	C7478412	100
+contig	C7478414	100
+contig	C7478434	100
+contig	C7478446	100
+contig	C7478458	100
+contig	C7478460	100
+contig	C7478486	100
+contig	C7478496	100
+contig	C7478510	100
+contig	C7478530	100
+contig	C7478504	100
+contig	C7478532	100
+contig	C7478534	100
+contig	C7478214	100
+contig	C7478552	100
+contig	C7478560	100
+contig	C7478594	100
+contig	C7478568	100
+contig	C7478592	100
+contig	C7478602	100
+contig	C7478622	100
+contig	C7478596	100
+contig	C7478634	100
+contig	C7478624	100
+contig	C7478642	100
+contig	C7478636	100
+contig	C7478652	100
+contig	C7478672	100
+contig	C7478688	100
+contig	C7478654	100
+contig	C7478712	100
+contig	C7478726	100
+contig	C7478724	100
+contig	C7478732	100
+contig	C7478758	100
+contig	C7478734	100
+contig	C7478766	100
+contig	C7478776	100
+contig	C7478778	100
+contig	C7478790	100
+contig	C7478792	100
+contig	C7478798	100
+contig	C7478780	100
+contig	C7478808	100
+contig	C7478802	100
+contig	C7478812	100
+contig	C7478820	100
+contig	C7478824	100
+contig	C7478842	100
+contig	C7478850	100
+contig	C7478852	100
+contig	C7478822	100
+contig	C7478862	100
+contig	C7478860	100
+contig	C7478880	100
+contig	C7478888	100
+contig	C7478890	100
+contig	C7478924	100
+contig	C7478612	100
+contig	C7478934	100
+contig	C7478976	100
+contig	C7478936	100
+contig	C7478992	100
+contig	C7479000	100
+contig	C7478996	100
+contig	C7479022	100
+contig	C7479008	100
+contig	C7479036	100
+contig	C7479068	100
+contig	C7479084	100
+contig	C7479086	100
+contig	C7479078	100
+contig	C7479108	100
+contig	C7479112	100
+contig	C7479102	100
+contig	C7479126	100
+contig	C7479164	100
+contig	C7479212	100
+contig	C7479224	100
+contig	C7479220	100
+contig	C7479230	100
+contig	C7479226	100
+contig	C7479238	100
+contig	C7479272	100
+contig	C7479286	100
+contig	C7479266	100
+contig	C7479288	100
+contig	C7479294	100
+contig	C7479298	100
+contig	C7479290	100
+contig	C7479300	100
+contig	C7479306	100
+contig	C7479302	100
+contig	C7479320	100
+contig	C7479326	100
+contig	C7479344	100
+contig	C7479354	100
+contig	C7479350	100
+contig	C7479398	100
+contig	C7479408	100
+contig	C7479404	100
+contig	C7479450	100
+contig	C7479418	100
+contig	C7479492	100
+contig	C7479536	100
+contig	C7479508	100
+contig	C7479550	100
+contig	C7479538	100
+contig	C7479568	100
+contig	C7479578	100
+contig	C7479582	100
+contig	C7479584	100
+contig	C7479596	100
+contig	C7479614	100
+contig	C7479564	100
+contig	C7479634	100
+contig	C7479620	100
+contig	C7479638	100
+contig	C7479650	100
+contig	C7479654	100
+contig	C7479652	100
+contig	C7479662	100
+contig	C7479672	100
+contig	C7479684	100
+contig	C7479708	100
+contig	C7479712	100
+contig	C7479720	100
+contig	C7479722	100
+contig	C7479736	100
+contig	C7479764	100
+contig	C7479774	100
+contig	C7479776	100
+contig	C7479778	100
+contig	C7479786	100
+contig	C7479796	100
+contig	C7479810	100
+contig	C7479822	100
+contig	C7479666	100
+contig	C7479858	100
+contig	C7479862	100
+contig	C7479868	100
+contig	C7479824	100
+contig	C7479896	100
+contig	C7479918	100
+contig	C7479922	100
+contig	C7479932	100
+contig	C7479942	100
+contig	C7479894	100
+contig	C7479972	100
+contig	C7479976	100
+contig	C7479954	100
+contig	C7479982	100
+contig	C7479980	100
+contig	C7479986	100
+contig	C7480012	100
+contig	C7480024	100
+contig	C7480010	100
+contig	C7480030	100
+contig	C7480038	100
+contig	C7480044	100
+contig	C7480058	100
+contig	C7480066	100
+contig	C7480078	100
+contig	C7480036	100
+contig	C7480084	100
+contig	C7480086	100
+contig	C7480088	100
+contig	C7480094	100
+contig	C7480104	100
+contig	C7480116	100
+contig	C7480164	100
+contig	C7480168	100
+contig	C7480176	100
+contig	C7480186	100
+contig	C7480210	100
+contig	C7480224	100
+contig	C7480238	100
+contig	C7480244	100
+contig	C7480246	100
+contig	C7480250	100
+contig	C7480262	100
+contig	C7480264	100
+contig	C7480138	100
+contig	C7480266	100
+contig	C7480274	100
+contig	C7480270	100
+contig	C7480290	100
+contig	C7480306	100
+contig	C7480308	100
+contig	C7480282	100
+contig	C7480320	100
+contig	C7480312	100
+contig	C7480322	100
+contig	C7480334	100
+contig	C7480328	100
+contig	C7480338	100
+contig	C7480340	100
+contig	C7480344	100
+contig	C7480352	100
+contig	C7480354	100
+contig	C7480358	100
+contig	C7480380	100
+contig	C7480390	100
+contig	C7480396	100
+contig	C7480404	100
+contig	C7480410	100
+contig	C7480414	100
+contig	C7480418	100
+contig	C7480422	100
+contig	C7480336	100
+contig	C7480454	100
+contig	C7480442	100
+contig	C7480460	100
+contig	C7480510	100
+contig	C7480474	100
+contig	C7480520	100
+contig	C7480528	100
+contig	C7480518	100
+contig	C7480538	100
+contig	C7480546	100
+contig	C7480536	100
+contig	C7480548	100
+contig	C7480564	100
+contig	C7480588	100
+contig	C7480556	100
+contig	C7480594	100
+contig	C7480602	100
+contig	C7480614	100
+contig	C7480618	100
+contig	C7480634	100
+contig	C7480636	100
+contig	C7480644	100
+contig	C7480646	100
+contig	C7480650	100
+contig	C7480652	100
+contig	C7480658	100
+contig	C7480590	100
+contig	C7480668	100
+contig	C7480670	100
+contig	C7480680	100
+contig	C7480682	100
+contig	C7480672	100
+contig	C7480686	100
+contig	C7480696	100
+contig	C7480698	100
+contig	C7480702	100
+contig	C7480684	100
+contig	C7480706	100
+contig	C7480716	100
+contig	C7480710	100
+contig	C7480726	100
+contig	C7480762	100
+contig	C7480794	100
+contig	C7480734	100
+contig	C7480796	100
+contig	C7480836	100
+contig	C7480850	100
+contig	C7480862	100
+contig	C7480812	100
+contig	C7480866	100
+contig	C7480892	100
+contig	C7480864	100
+contig	C7480900	100
+contig	C7480916	100
+contig	C7480918	100
+contig	C7480940	100
+contig	C7480934	100
+contig	C7480942	100
+contig	C7480960	100
+contig	C7480968	100
+contig	C7480970	100
+contig	C7480962	100
+contig	C7480976	100
+contig	C7480978	100
+contig	C7480972	100
+contig	C7480992	100
+contig	C7481004	100
+contig	C7481022	100
+contig	C7481024	100
+contig	C7481052	100
+contig	C7481058	100
+contig	C7481070	100
+contig	C7481072	100
+contig	C7481076	100
+contig	C7481078	100
+contig	C7481080	100
+contig	C7481082	100
+contig	C7481086	100
+contig	C7481088	100
+contig	C7481038	100
+contig	C7481090	100
+contig	C7481096	100
+contig	C7481102	100
+contig	C7481108	100
+contig	C7481092	100
+contig	C7481112	100
+contig	C7481116	100
+contig	C7481128	100
+contig	C7481142	100
+contig	C7481122	100
+contig	C7481164	100
+contig	C7481172	100
+contig	C7481174	100
+contig	C7481178	100
+contig	C7481176	100
+contig	C7481230	100
+contig	C7481228	100
+contig	C7481234	100
+contig	C7481238	100
+contig	C7481244	100
+contig	C7481250	100
+contig	C7481254	100
+contig	C7481262	100
+contig	C7481292	100
+contig	C7481296	100
+contig	C7481312	100
+contig	C7481314	100
+contig	C7481320	100
+contig	C7481242	100
+contig	C7481342	100
+contig	C7481352	100
+contig	C7481356	100
+contig	C7481354	100
+contig	C7481360	100
+contig	C7481366	100
+contig	C7481364	100
+contig	C7481370	100
+contig	C7481374	100
+contig	C7481378	100
+contig	C7481398	100
+contig	C7481416	100
+contig	C7481418	100
+contig	C7481386	100
+contig	C7481430	100
+contig	C7481458	100
+contig	C7481460	100
+contig	C7481462	100
+contig	C7481478	100
+contig	C7481488	100
+contig	C7481514	100
+contig	C7478906	100
+contig	C7481468	100
+contig	C7481546	100
+contig	C7481530	100
+contig	C7481548	100
+contig	C7481570	100
+contig	C7481522	100
+contig	C7481562	100
+contig	C7481590	100
+contig	C7481592	100
+contig	C7481610	100
+contig	C7481612	100
+contig	C7481580	100
+contig	C7481628	100
+contig	C7481624	100
+contig	C7481646	100
+contig	C7481630	100
+contig	C7481676	100
+contig	C7481640	100
+contig	C7481688	100
+contig	C7481662	100
+contig	C7481696	100
+contig	C7481692	100
+contig	C7481702	100
+contig	C7481706	100
+contig	C7481720	100
+contig	C7481714	100
+contig	C7481734	100
+contig	C7481744	100
+contig	C7481704	100
+contig	C7481790	100
+contig	C7481780	100
+contig	C7481794	100
+contig	C7481796	100
+contig	C7481800	100
+contig	C7481810	100
+contig	C7481834	100
+contig	C7481850	100
+contig	C7481862	100
+contig	C7481868	100
+contig	C7481872	100
+contig	C7481874	100
+contig	C7481836	100
+contig	C7481902	100
+contig	C7481884	100
+contig	C7481904	100
+contig	C7481906	100
+contig	C7481918	100
+contig	C7481924	100
+contig	C7481932	100
+contig	C7481926	100
+contig	C7481942	100
+contig	C7481970	100
+contig	C7481982	100
+contig	C7481964	100
+contig	C7481990	100
+contig	C7482010	100
+contig	C7482018	100
+contig	C7482020	100
+contig	C7482026	100
+contig	C7482030	100
+contig	C7482032	100
+contig	C7482038	100
+contig	C7482042	100
+contig	C7482048	100
+contig	C7482060	100
+contig	C7482054	100
+contig	C7482068	100
+contig	C7482080	100
+contig	C7482092	100
+contig	C7482098	100
+contig	C7482102	100
+contig	C7481770	100
+contig	C7482132	100
+contig	C7482134	100
+contig	C7482110	100
+contig	C7482144	100
+contig	C7482166	100
+contig	C7482148	100
+contig	C7482172	100
+contig	C7482178	100
+contig	C7482180	100
+contig	C7482170	100
+contig	C7482174	100
+contig	C7482202	100
+contig	C7482206	100
+contig	C7482218	100
+contig	C7482226	100
+contig	C7482196	100
+contig	C7482242	100
+contig	C7482240	100
+contig	C7482256	100
+contig	C7482274	100
+contig	C7482282	100
+contig	C7482284	100
+contig	C7482286	100
+contig	C7482296	100
+contig	C7482298	100
+contig	C7482302	100
+contig	C7482306	100
+contig	C7482308	100
+contig	C7482314	100
+contig	C7482318	100
+contig	C7482320	100
+contig	C7482332	100
+contig	C7482352	100
+contig	C7482368	100
+contig	C7482372	100
+contig	C7482374	100
+contig	C7482382	100
+contig	C7482390	100
+contig	C7482400	100
+contig	C7482408	100
+contig	C7482414	100
+contig	C7482254	100
+contig	C7482442	100
+contig	C7482426	100
+contig	C7482450	100
+contig	C7482470	100
+contig	C7482472	100
+contig	C7482476	100
+contig	C7482516	100
+contig	C7482456	100
+contig	C7482538	100
+contig	C7482546	100
+contig	C7482550	100
+contig	C7482522	100
+contig	C7482552	100
+contig	C7482562	100
+contig	C7482570	100
+contig	C7482566	100
+contig	C7482586	100
+contig	C7482580	100
+contig	C7482590	100
+contig	C7482606	100
+contig	C7482626	100
+contig	C7482624	100
+contig	C7482638	100
+contig	C7482658	100
+contig	C7482646	100
+contig	C7482672	100
+contig	C7482698	100
+contig	C7482712	100
+contig	C7482732	100
+contig	C7482766	100
+contig	C7482724	100
+contig	C7482770	100
+contig	C7482774	100
+contig	C7482784	100
+contig	C7482780	100
+contig	C7482802	100
+contig	C7482804	100
+contig	C7482808	100
+contig	C7482792	100
+contig	C7482822	100
+contig	C7482828	100
+contig	C7482834	100
+contig	C7482862	100
+contig	C7482840	100
+contig	C7482870	100
+contig	C7482880	100
+contig	C7482872	100
+contig	C7482906	100
+contig	C7482890	100
+contig	C7482916	100
+contig	C7482922	100
+contig	C7482934	100
+contig	C7482938	100
+contig	C7482940	100
+contig	C7482942	100
+contig	C7482952	100
+contig	C7482954	100
+contig	C7482970	100
+contig	C7482182	100
+contig	C7482976	100
+contig	C7482972	100
+contig	C7482978	100
+contig	C7482994	100
+contig	C7482990	100
+contig	C7483016	100
+contig	C7483024	100
+contig	C7483034	100
+contig	C7483022	100
+contig	C7483040	100
+contig	C7483052	100
+contig	C7483056	100
+contig	C7483064	100
+contig	C7483068	100
+contig	C7483080	100
+contig	C7483092	100
+contig	C7483102	100
+contig	C7483108	100
+contig	C7483120	100
+contig	C7483122	100
+contig	C7483134	100
+contig	C7483152	100
+contig	C7482912	100
+contig	C7483166	100
+contig	C7483158	100
+contig	C7483168	100
+contig	C7483170	100
+contig	C7483184	100
+contig	C7483200	100
+contig	C7483216	100
+contig	C7483190	100
+contig	C7483220	100
+contig	C7483218	100
+contig	C7483228	100
+contig	C7483242	100
+contig	C7483250	100
+contig	C7483252	100
+contig	C7483264	100
+contig	C7483244	100
+contig	C7483266	100
+contig	C7483270	100
+contig	C7483272	100
+contig	C7483284	100
+contig	C7483304	100
+contig	C7483330	100
+contig	C7483332	100
+contig	C7483354	100
+contig	C7483362	100
+contig	C7483390	100
+contig	C7483342	100
+contig	C7483398	100
+contig	C7483404	100
+contig	C7483410	100
+contig	C7483408	100
+contig	C7483050	100
+contig	C7483412	100
+contig	C7483428	100
+contig	C7483454	100
+contig	C7483434	100
+contig	C7483448	100
+contig	C7483468	100
+contig	C7483458	100
+contig	C7483464	100
+contig	C7483470	100
+contig	C7483484	100
+contig	C7483510	100
+contig	C7483520	100
+contig	C7483540	100
+contig	C7483542	100
+contig	C7483532	100
+contig	C7483550	100
+contig	C7483524	100
+contig	C7483572	100
+contig	C7483544	100
+contig	C7483588	100
+contig	C7483604	100
+contig	C7483636	100
+contig	C7483576	100
+contig	C7483640	100
+contig	C7483652	100
+contig	C7483656	100
+contig	C7483662	100
+contig	C7483650	100
+contig	C7483666	100
+contig	C7483610	100
+contig	C7483682	100
+contig	C7483668	100
+contig	C7483686	100
+contig	C7483692	100
+contig	C7483720	100
+contig	C7483714	100
+contig	C7483742	100
+contig	C7483732	100
+contig	C7483748	100
+contig	C7483746	100
+contig	C7483676	100
+contig	C7483790	100
+contig	C7483794	100
+contig	C7483804	100
+contig	C7483798	100
+contig	C7483832	100
+contig	C7483834	100
+contig	C7483840	100
+contig	C7483818	100
+contig	C7483848	100
+contig	C7483842	100
+contig	C7483854	100
+contig	C7483850	100
+contig	C7483860	100
+contig	C7483868	100
+contig	C7483880	100
+contig	C7483898	100
+contig	C7483910	100
+contig	C7483916	100
+contig	C7483866	100
+contig	C7483930	100
+contig	C7483922	100
+contig	C7483940	100
+contig	C7483944	100
+contig	C7483958	100
+contig	C7483964	100
+contig	C7483970	100
+contig	C7483962	100
+contig	C7484004	100
+contig	C7484010	100
+contig	C7484016	100
+contig	C7484014	100
+contig	C7484026	100
+contig	C7484028	100
+contig	C7484022	100
+contig	C7484036	100
+contig	C7484040	100
+contig	C7483764	100
+contig	C7484054	100
+contig	C7484074	100
+contig	C7484062	100
+contig	C7484082	100
+contig	C7484080	100
+contig	C7484086	100
+contig	C7484100	100
+contig	C7484102	100
+contig	C7484098	100
+contig	C7484114	100
+contig	C7484126	100
+contig	C7484136	100
+contig	C7484140	100
+contig	C7484148	100
+contig	C7484058	100
+contig	C7484158	100
+contig	C7484154	100
+contig	C7484162	100
+contig	C7484160	100
+contig	C7484174	100
+contig	C7484178	100
+contig	C7484180	100
+contig	C7484188	100
+contig	C7484202	100
+contig	C7484176	100
+contig	C7484204	100
+contig	C7484214	100
+contig	C7484208	100
+contig	C7484220	100
+contig	C7484224	100
+contig	C7484276	100
+contig	C7484280	100
+contig	C7484282	100
+contig	C7484300	100
+contig	C7484266	100
+contig	C7484316	100
+contig	C7484324	100
+contig	C7484308	100
+contig	C7484338	100
+contig	C7484340	100
+contig	C7484346	100
+contig	C7484352	100
+contig	C7484364	100
+contig	C7484372	100
+contig	C7484350	100
+contig	C7484376	100
+contig	C7484392	100
+contig	C7484400	100
+contig	C7484384	100
+contig	C7484404	100
+contig	C7484406	100
+contig	C7484434	100
+contig	C7484446	100
+contig	C7484452	100
+contig	C7484420	100
+contig	C7484454	100
+contig	C7484476	100
+contig	C7484480	100
+contig	C7484482	100
+contig	C7484486	100
+contig	C7484490	100
+contig	C7484506	100
+contig	C7484510	100
+contig	C7484520	100
+contig	C7484534	100
+contig	C7484554	100
+contig	C7484564	100
+contig	C7484572	100
+contig	C7484580	100
+contig	C7484464	100
+contig	C7484590	100
+contig	C7484616	100
+contig	C7484592	100
+contig	C7484620	100
+contig	C7484628	100
+contig	C7484632	100
+contig	C7484636	100
+contig	C7484644	100
+contig	C7484650	100
+contig	C7484666	100
+contig	C7484668	100
+contig	C7484674	100
+contig	C7484678	100
+contig	C7484682	100
+contig	C7484688	100
+contig	C7484690	100
+contig	C7484626	100
+contig	C7484700	100
+contig	C7484708	100
+contig	C7484712	100
+contig	C7484722	100
+contig	C7484732	100
+contig	C7484742	100
+contig	C7484746	100
+contig	C7484748	100
+contig	C7484752	100
+contig	C7484692	100
+contig	C7484772	100
+contig	C7484766	100
+contig	C7484794	100
+contig	C7484782	100
+contig	C7484814	100
+contig	C7484820	100
+contig	C7484802	100
+contig	C7484824	100
+contig	C7484848	100
+contig	C7484868	100
+contig	C7484882	100
+contig	C7484152	100
+contig	C7484884	100
+contig	C7484886	100
+contig	C7484936	100
+contig	C7484944	100
+contig	C7484838	100
+contig	C7484960	100
+contig	C7484916	100
+contig	C7484984	100
+contig	C7484954	100
+contig	C7484980	100
+contig	C7484998	100
+contig	C7485024	100
+contig	C7485016	100
+contig	C7485030	100
+contig	C7485042	100
+contig	C7485040	100
+contig	C7485044	100
+contig	C7485080	100
+contig	C7485082	100
+contig	C7485046	100
+contig	C7485084	100
+contig	C7485092	100
+contig	C7485090	100
+contig	C7485126	100
+contig	C7485130	100
+contig	C7485132	100
+contig	C7485148	100
+contig	C7485146	100
+contig	C7485180	100
+contig	C7485022	100
+contig	C7485182	100
+contig	C7485164	100
+contig	C7485204	100
+contig	C7485196	100
+contig	C7485202	100
+contig	C7485250	100
+contig	C7485208	100
+contig	C7485268	100
+contig	C7485288	100
+contig	C7485296	100
+contig	C7485308	100
+contig	C7485298	100
+contig	C7485236	100
+contig	C7485336	100
+contig	C7485324	100
+contig	C7485348	100
+contig	C7485366	100
+contig	C7485354	100
+contig	C7485378	100
+contig	C7485346	100
+contig	C7485394	100
+contig	C7485374	100
+contig	C7485430	100
+contig	C7485434	100
+contig	C7485420	100
+contig	C7485438	100
+contig	C7485442	100
+contig	C7485446	100
+contig	C7485458	100
+contig	C7485474	100
+contig	C7485492	100
+contig	C7485490	100
+contig	C7485552	100
+contig	C7485556	100
+contig	C7485568	100
+contig	C7485576	100
+contig	C7485582	100
+contig	C7485592	100
+contig	C7485596	100
+contig	C7485608	100
+contig	C7485380	100
+contig	C7485612	100
+contig	C7485614	100
+contig	C7485622	100
+contig	C7485630	100
+contig	C7485628	100
+contig	C7485634	100
+contig	C7485642	100
+contig	C7485654	100
+contig	C7485656	100
+contig	C7485660	100
+contig	C7485640	100
+contig	C7485686	100
+contig	C7485668	100
+contig	C7485696	100
+contig	C7485736	100
+contig	C7485708	100
+contig	C7485740	100
+contig	C7485752	100
+contig	C7485746	100
+contig	C7485756	100
+contig	C7485754	100
+contig	C7485768	100
+contig	C7485766	100
+contig	C7485782	100
+contig	C7485772	100
+contig	C7485788	100
+contig	C7485812	100
+contig	C7485816	100
+contig	C7485822	100
+contig	C7485824	100
+contig	C7485826	100
+contig	C7485844	100
+contig	C7485852	100
+contig	C7485858	100
+contig	C7485862	100
+contig	C7485796	100
+contig	C7485868	100
+contig	C7485876	100
+contig	C7485872	100
+contig	C7485892	100
+contig	C7485882	100
+contig	C7485908	100
+contig	C7485906	100
+contig	C7485920	100
+contig	C7485922	100
+contig	C7485916	100
+contig	C7485932	100
+contig	C7485938	100
+contig	C7485930	100
+contig	C7485946	100
+contig	C7485958	100
+contig	C7485970	100
+contig	C7485976	100
+contig	C7485996	100
+contig	C7486022	100
+contig	C7485956	100
+contig	C7485536	100
+contig	C7486054	100
+contig	C7486062	100
+contig	C7486066	100
+contig	C7486056	100
+contig	C7486080	100
+contig	C7486078	100
+contig	C7486082	100
+contig	C7486110	100
+contig	C7486120	100
+contig	C7486112	100
+contig	C7486136	100
+contig	C7486044	100
+contig	C7486144	100
+contig	C7486162	100
+contig	C7486122	100
+contig	C7486168	100
+contig	C7486148	100
+contig	C7486172	100
+contig	C7486178	100
+contig	C7486206	100
+contig	C7486202	100
+contig	C7486210	100
+contig	C7486242	100
+contig	C7486186	100
+contig	C7486250	100
+contig	C7486252	100
+contig	C7486228	100
+contig	C7486266	100
+contig	C7486264	100
+contig	C7486274	100
+contig	C7486296	100
+contig	C7486294	100
+contig	C7486302	100
+contig	C7486258	100
+contig	C7486328	100
+contig	C7486322	100
+contig	C7486376	100
+contig	C7486358	100
+contig	C7486356	100
+contig	C7486398	100
+contig	C7486396	100
+contig	C7486410	100
+contig	C7486422	100
+contig	C7486424	100
+contig	C7486426	100
+contig	C7486428	100
+contig	C7486450	100
+contig	C7486458	100
+contig	C7486418	100
+contig	C7486460	100
+contig	C7486474	100
+contig	C7486478	100
+contig	C7486504	100
+contig	C7486518	100
+contig	C7486502	100
+contig	C7486528	100
+contig	C7486532	100
+contig	C7486548	100
+contig	C7486526	100
+contig	C7486566	100
+contig	C7486592	100
+contig	C7486588	100
+contig	C7486608	100
+contig	C7486596	100
+contig	C7486628	100
+contig	C7486624	100
+contig	C7486644	100
+contig	C7486634	100
+contig	C7486646	100
+contig	C7486658	100
+contig	C7486664	100
+contig	C7486662	100
+contig	C7486682	100
+contig	C7486684	100
+contig	C7486698	100
+contig	C7486700	100
+contig	C7486702	100
+contig	C7486710	100
+contig	C7486670	100
+contig	C7486718	100
+contig	C7486744	100
+contig	C7486720	100
+contig	C7486746	100
+contig	C7486748	100
+contig	C7486752	100
+contig	C7486766	100
+contig	C7486770	100
+contig	C7486750	100
+contig	C7486804	100
+contig	C7486794	100
+contig	C7486806	100
+contig	C7486810	100
+contig	C7486822	100
+contig	C7486606	100
+contig	C7486826	100
+contig	C7486838	100
+contig	C7486852	100
+contig	C7486864	100
+contig	C7486874	100
+contig	C7486846	100
+contig	C7486876	100
+contig	C7486896	100
+contig	C7486878	100
+contig	C7486890	100
+contig	C7486934	100
+contig	C7486908	100
+contig	C7486948	100
+contig	C7486954	100
+contig	C7486974	100
+contig	C7486994	100
+contig	C7486962	100
+contig	C7486996	100
+contig	C7487002	100
+contig	C7487018	100
+contig	C7487024	100
+contig	C7487036	100
+contig	C7487050	100
+contig	C7487008	100
+contig	C7487058	100
+contig	C7487072	100
+contig	C7487070	100
+contig	C7487074	100
+contig	C7487030	100
+contig	C7487092	100
+contig	C7487100	100
+contig	C7487102	100
+contig	C7487078	100
+contig	C7487116	100
+contig	C7487104	100
+contig	C7487146	100
+contig	C7487148	100
+contig	C7487136	100
+contig	C7487188	100
+contig	C7487192	100
+contig	C7487202	100
+contig	C7487174	100
+contig	C7487152	100
+contig	C7487260	100
+contig	C7487218	100
+contig	C7487264	100
+contig	C7487248	100
+contig	C7487274	100
+contig	C7487268	100
+contig	C7487270	100
+contig	C7487284	100
+contig	C7487288	100
+contig	C7487290	100
+contig	C7487306	100
+contig	C7487310	100
+contig	C7487352	100
+contig	C7487330	100
+contig	C7487374	100
+contig	C7487354	100
+contig	C7487376	100
+contig	C7487394	100
+contig	C7487398	100
+contig	C7487406	100
+contig	C7487294	100
+contig	C7487432	100
+contig	C7487380	100
+contig	C7487410	100
+contig	C7487436	100
+contig	C7487460	100
+contig	C7487468	100
+contig	C7487470	100
+contig	C7487520	100
+contig	C7487498	100
+contig	C7487496	100
+contig	C7487544	100
+contig	C7487560	100
+contig	C7487558	100
+contig	C7487566	100
+contig	C7487568	100
+contig	C7487570	100
+contig	C7487578	100
+contig	C7487592	100
+contig	C7487588	100
+contig	C7487596	100
+contig	C7487598	100
+contig	C7487612	100
+contig	C7487610	100
+contig	C7487618	100
+contig	C7487650	100
+contig	C7487652	100
+contig	C7487670	100
+contig	C7487672	100
+contig	C7487674	100
+contig	C7487684	100
+contig	C7487698	100
+contig	C7487706	100
+contig	C7487708	100
+contig	C7487710	100
+contig	C7487712	100
+contig	C7487716	100
+contig	C7487724	100
+contig	C7487726	100
+contig	C7487746	100
+contig	C7487772	100
+contig	C7487632	100
+contig	C7487774	100
+contig	C7487798	100
+contig	C7487780	100
+contig	C7487818	100
+contig	C7487582	100
+contig	C7487830	100
+contig	C7487810	100
+contig	C7487842	100
+contig	C7487832	100
+contig	C7487822	100
+contig	C7487854	100
+contig	C7487884	100
+contig	C7487876	100
+contig	C7487860	100
+contig	C7487886	100
+contig	C7487898	100
+contig	C7487906	100
+contig	C7487904	100
+contig	C7487920	100
+contig	C7487912	100
+contig	C7487936	100
+contig	C7487910	100
+contig	C7487960	100
+contig	C7487968	100
+contig	C7487962	100
+contig	C7487984	100
+contig	C7487982	100
+contig	C7488002	100
+contig	C7487998	100
+contig	C7487990	100
+contig	C7488008	100
+contig	C7488018	100
+contig	C7488020	100
+contig	C7488024	100
+contig	C7488030	100
+contig	C7488028	100
+contig	C7488016	100
+contig	C7488054	100
+contig	C7488060	100
+contig	C7488082	100
+contig	C7488098	100
+contig	C7488086	100
+contig	C7488100	100
+contig	C7488038	100
+contig	C7488118	100
+contig	C7488122	100
+contig	C7488128	100
+contig	C7488138	100
+contig	C7488110	100
+contig	C7488166	100
+contig	C7488186	100
+contig	C7488188	100
+contig	C7488142	100
+contig	C7488190	100
+contig	C7488192	100
+contig	C7488194	100
+contig	C7488202	100
+chromosome	scaffold5380	544
+contig	C7488210	100
+contig	C7488224	100
+contig	C7488230	100
+contig	C7488248	100
+contig	C7488250	100
+contig	C7488236	100
+contig	C7488274	100
+contig	C7488258	100
+contig	C7488206	100
+contig	C7488284	100
+contig	C7488288	100
+contig	C7488292	100
+contig	C7488308	100
+contig	C7488298	100
+contig	C7488326	100
+contig	C7488350	100
+contig	C7488318	100
+contig	C7488396	100
+contig	C7488330	100
+contig	C7488370	100
+contig	C7488400	100
+contig	C7488424	100
+contig	C7488426	100
+contig	C7488422	100
+contig	C7488436	100
+contig	C7488438	100
+contig	C7488450	100
+contig	C7488440	100
+contig	C7488462	100
+contig	C7488494	100
+contig	C7488456	100
+contig	C7488504	100
+contig	C7488484	100
+contig	C7488508	100
+contig	C7488522	100
+contig	C7488540	100
+contig	C7488532	100
+contig	C7488594	100
+contig	C7488590	100
+contig	C7488600	100
+contig	C7488650	100
+contig	C7488610	100
+contig	C7488656	100
+contig	C7488660	100
+contig	C7488622	100
+contig	C7488672	100
+contig	C7488676	100
+contig	C7488664	100
+contig	C7488680	100
+contig	C7488678	100
+contig	C7488686	100
+contig	C7488102	100
+contig	C7488690	100
+contig	C7488704	100
+contig	C7488718	100
+contig	C7488720	100
+contig	C7488724	100
+contig	C7488756	100
+contig	C7488766	100
+contig	C7488726	100
+contig	C7488828	100
+contig	C7488670	100
+contig	C7488774	100
+contig	C7488842	100
+contig	C7488840	100
+contig	C7488850	100
+contig	C7488796	100
+contig	C7488852	100
+contig	C7488844	100
+contig	C7488858	100
+contig	C7488830	100
+contig	C7488908	100
+contig	C7488904	100
+contig	C7488910	100
+contig	C7488928	100
+contig	C7488932	100
+contig	C7488926	100
+contig	C7488934	100
+contig	C7488960	100
+contig	C7488978	100
+contig	C7489006	100
+contig	C7489000	100
+contig	C7488942	100
+contig	C7489026	100
+contig	C7489034	100
+contig	C7489008	100
+contig	C7489054	100
+contig	C7489052	100
+contig	C7489058	100
+contig	C7489056	100
+contig	C7489082	100
+contig	C7489090	100
+contig	C7489074	100
+contig	C7489088	100
+contig	C7489102	100
+contig	C7489092	100
+contig	C7488996	100
+contig	C7489118	100
+contig	C7489122	100
+contig	C7489128	100
+contig	C7489146	100
+contig	C7489140	100
+contig	C7489152	100
+contig	C7489164	100
+contig	C7489150	100
+contig	C7489174	100
+contig	C7489094	100
+contig	C7489184	100
+contig	C7489178	100
+contig	C7489142	100
+contig	C7489210	100
+contig	C7489188	100
+contig	C7489240	100
+contig	C7489260	100
+contig	C7489204	100
+contig	C7489272	100
+contig	C7489278	100
+contig	C7489242	100
+contig	C7489290	100
+contig	C7489294	100
+contig	C7489286	100
+contig	C7489296	100
+contig	C7489330	100
+contig	C7489306	100
+contig	C7489350	100
+contig	C7489352	100
+contig	C7489354	100
+contig	C7489358	100
+contig	C7489232	100
+contig	C7489364	100
+contig	C7489362	100
+contig	C7489386	100
+contig	C7489410	100
+contig	C7489372	100
+contig	C7489408	100
+contig	C7489424	100
+contig	C7489428	100
+contig	C7489426	100
+contig	C7489448	100
+contig	C7489462	100
+contig	C7489420	100
+contig	C7489470	100
+contig	C7489460	100
+contig	C7489466	100
+contig	C7489508	100
+contig	C7489514	100
+contig	C7489484	100
+contig	C7489552	100
+contig	C7489524	100
+contig	C7489560	100
+contig	C7489566	100
+contig	C7489568	100
+contig	C7489574	100
+contig	C7489572	100
+contig	C7489598	100
+contig	C7489580	100
+contig	C7489604	100
+contig	C7489266	100
+contig	C7489654	100
+contig	C7489610	100
+contig	C7489668	100
+contig	C7489664	100
+contig	C7489680	100
+contig	C7489712	100
+contig	C7489686	100
+contig	C7489716	100
+contig	C7489722	100
+contig	C7489692	100
+contig	C7489744	100
+contig	C7489770	100
+contig	C7489738	100
+contig	C7489778	100
+contig	C7489774	100
+contig	C7489794	100
+contig	C7489808	100
+contig	C7489756	100
+contig	C7489784	100
+contig	C7489810	100
+contig	C7489826	100
+contig	C7489860	100
+contig	C7489862	100
+contig	C7489844	100
+contig	C7489866	100
+contig	C7489874	100
+contig	C7489904	100
+contig	C7489954	100
+contig	C7489944	100
+contig	C7489912	100
+contig	C7489966	100
+contig	C7489956	100
+contig	C7489990	100
+contig	C7489976	100
+contig	C7489998	100
+contig	C7490008	100
+contig	C7489992	100
+contig	C7490030	100
+contig	C7490006	100
+contig	C7490040	100
+contig	C7489480	100
+contig	C7490088	100
+contig	C7490046	100
+contig	C7490094	100
+contig	C7490074	100
+contig	C7490098	100
+contig	C7490102	100
+contig	C7490128	100
+contig	C7490104	100
+contig	C7490154	100
+contig	C7490174	100
+contig	C7490184	100
+contig	C7490168	100
+contig	C7490192	100
+contig	C7490208	100
+contig	C7490090	100
+contig	C7490176	100
+contig	C7490228	100
+contig	C7490206	100
+contig	C7490230	100
+contig	C7490212	100
+contig	C7490232	100
+contig	C7490234	100
+contig	C7490246	100
+contig	C7490220	100
+contig	C7490248	100
+contig	C7490252	100
+contig	C7490266	100
+contig	C7490298	100
+contig	C7490306	100
+contig	C7490324	100
+contig	C7490352	100
+contig	C7490370	100
+contig	C7490372	100
+contig	C7490290	100
+contig	C7490382	100
+contig	C7490388	100
+contig	C7490398	100
+contig	C7490394	100
+contig	C7490412	100
+contig	C7490360	100
+contig	C7490420	100
+contig	C7490422	100
+contig	C7490418	100
+contig	C7490434	100
+contig	C7490426	100
+contig	C7490436	100
+contig	C7490462	100
+contig	C7490440	100
+contig	C7490464	100
+contig	C7490456	100
+contig	C7490476	100
+contig	C7490484	100
+contig	C7490512	100
+contig	C7490336	100
+contig	C7490478	100
+contig	C7490518	100
+contig	C7490526	100
+contig	C7490530	100
+contig	C7490532	100
+contig	C7490556	100
+contig	C7490544	100
+contig	C7490520	100
+contig	C7490576	100
+contig	C7490574	100
+contig	C7490590	100
+contig	C7490572	100
+contig	C7490614	100
+contig	C7490588	100
+contig	C7490580	100
+contig	C7490646	100
+contig	C7490618	100
+contig	C7490660	100
+contig	C7490650	100
+contig	C7490616	100
+contig	C7490672	100
+contig	C7490664	100
+contig	C7490654	100
+contig	C7490690	100
+contig	C7490688	100
+contig	C7490682	100
+contig	C7490704	100
+contig	C7490708	100
+contig	C7490720	100
+contig	C7490696	100
+contig	C7490770	100
+contig	C7490718	100
+contig	C7490726	100
+contig	C7490788	100
+contig	C7490808	100
+contig	C7490724	100
+contig	C7490818	100
+contig	C7490776	100
+contig	C7490806	100
+contig	C7490842	100
+contig	C7490848	100
+contig	C7490840	100
+contig	C7490858	100
+contig	C7490866	100
+contig	C7490864	100
+contig	C7490876	100
+contig	C7490846	100
+contig	C7490896	100
+contig	C7490870	100
+contig	C7490926	100
+contig	C7490934	100
+contig	C7490922	100
+contig	C7490936	100
+contig	C7490972	100
+contig	C7490948	100
+contig	C7490996	100
+contig	C7490990	100
+contig	C7491006	100
+contig	C7491010	100
+contig	C7491026	100
+contig	C7491008	100
+contig	C7491042	100
+contig	C7491058	100
+contig	C7491050	100
+contig	C7491068	100
+contig	C7491074	100
+contig	C7491078	100
+contig	C7491088	100
+contig	C7491080	100
+contig	C7491102	100
+contig	C7491106	100
+contig	C7491116	100
+contig	C7491104	100
+contig	C7491118	100
+contig	C7491128	100
+contig	C7491130	100
+contig	C7490962	100
+contig	C7491134	100
+contig	C7491136	100
+contig	C7491132	100
+contig	C7491148	100
+contig	C7491178	100
+contig	C7491196	100
+contig	C7491200	100
+contig	C7491202	100
+contig	C7491208	100
+contig	C7491216	100
+contig	C7491164	100
+contig	C7491224	100
+contig	C7491226	100
+contig	C7491230	100
+contig	C7491210	100
+contig	C7491262	100
+contig	C7491254	100
+contig	C7491276	100
+contig	C7491264	100
+contig	C7491300	100
+contig	C7491314	100
+contig	C7491308	100
+contig	C7491326	100
+contig	C7491340	100
+contig	C7491330	100
+contig	C7491356	100
+contig	C7491372	100
+contig	C7491354	100
+contig	C7491310	100
+contig	C7491392	100
+contig	C7491386	100
+contig	C7491446	100
+contig	C7491420	100
+contig	C7491452	100
+contig	C7491450	100
+contig	C7491458	100
+contig	C7491472	100
+contig	C7491460	100
+contig	C7491512	100
+contig	C7491514	100
+contig	C7491516	100
+contig	C7491474	100
+contig	C7491546	100
+contig	C7491528	100
+contig	C7491552	100
+contig	C7491556	100
+contig	C7491554	100
+contig	C7491564	100
+contig	C7491590	100
+contig	C7491600	100
+contig	C7491602	100
+contig	C7491620	100
+contig	C7491570	100
+contig	C7490860	100
+contig	C7491622	100
+contig	C7491662	100
+contig	C7491644	100
+contig	C7491740	100
+contig	C7491728	100
+contig	C7491774	100
+contig	C7491786	100
+contig	C7491750	100
+contig	C7491794	100
+contig	C7491798	100
+contig	C7491800	100
+contig	C7491808	100
+contig	C7491802	100
+contig	C7491812	100
+contig	C7491824	100
+contig	C7491834	100
+contig	C7491840	100
+contig	C7491846	100
+contig	C7491858	100
+contig	C7491856	100
+contig	C7491862	100
+contig	C7491868	100
+contig	C7491898	100
+contig	C7491838	100
+contig	C7491918	100
+contig	C7491876	100
+contig	C7491904	100
+contig	C7491942	100
+contig	C7491920	100
+contig	C7491948	100
+contig	C7491950	100
+contig	C7491958	100
+contig	C7491924	100
+contig	C7491966	100
+contig	C7491962	100
+contig	C7491972	100
+contig	C7491978	100
+contig	C7492006	100
+contig	C7491988	100
+contig	C7492014	100
+contig	C7492010	100
+contig	C7492032	100
+contig	C7492044	100
+contig	C7492046	100
+contig	C7492056	100
+contig	C7492036	100
+contig	C7492060	100
+contig	C7492062	100
+contig	C7492050	100
+contig	C7492074	100
+contig	C7492064	100
+contig	C7492078	100
+contig	C7492082	100
+contig	C7492092	100
+contig	C7492108	100
+contig	C7492104	100
+contig	C7492118	100
+contig	C7492126	100
+contig	C7492128	100
+contig	C7491424	100
+contig	C7492142	100
+contig	C7492132	100
+contig	C7492144	100
+contig	C7492136	100
+contig	C7492172	100
+contig	C7492192	101
+contig	C7492194	101
+contig	C7492182	100
+contig	C7492202	101
+contig	C7492216	101
+contig	C7492208	101
+contig	C7492224	101
+contig	C7492232	101
+contig	C7492244	101
+contig	C7492240	101
+contig	C7492262	101
+contig	C7492260	101
+contig	C7492270	101
+contig	C7492258	101
+contig	C7492264	101
+contig	C7492284	101
+contig	C7492272	101
+contig	C7492278	101
+contig	C7492304	101
+contig	C7492302	101
+contig	C7492314	101
+contig	C7492312	101
+contig	C7492318	101
+contig	C7492288	101
+contig	C7492342	101
+contig	C7492316	101
+contig	C7492354	101
+contig	C7492324	101
+contig	C7492358	101
+contig	C7492386	101
+contig	C7492360	101
+contig	C7492398	101
+contig	C7492392	101
+contig	C7492410	101
+contig	C7492412	101
+contig	C7492420	101
+contig	C7492428	101
+contig	C7492380	101
+contig	C7492452	101
+contig	C7492456	101
+contig	C7492460	101
+contig	C7492464	101
+contig	C7492470	101
+contig	C7492418	101
+contig	C7492454	101
+contig	C7492498	101
+contig	C7492508	101
+contig	C7492496	101
+contig	C7492520	101
+contig	C7492536	101
+contig	C7492542	101
+contig	C7492580	101
+contig	C7492576	101
+contig	C7492590	101
+contig	C7492552	101
+contig	C7492582	101
+contig	C7492594	101
+contig	C7492600	101
+contig	C7492612	101
+contig	C7492618	101
+contig	C7492620	101
+contig	C7492604	101
+contig	C7492642	101
+contig	C7492628	101
+contig	C7492634	101
+contig	C7492656	101
+contig	C7492650	101
+contig	C7492646	101
+contig	C7492682	101
+contig	C7492692	101
+contig	C7492698	101
+contig	C7492672	101
+contig	C7492710	101
+contig	C7492732	101
+contig	C7492748	101
+contig	C7492700	101
+contig	C7492762	101
+contig	C7492752	101
+contig	C7492764	101
+contig	C7492070	100
+contig	C7492768	101
+contig	C7492738	101
+contig	C7492788	101
+contig	C7492800	101
+contig	C7492794	101
+contig	C7492824	101
+contig	C7492812	101
+contig	C7492842	101
+contig	C7492834	101
+contig	C7492848	101
+contig	C7492854	101
+contig	C7492846	101
+contig	C7492808	101
+contig	C7492862	101
+contig	C7492878	101
+contig	C7492868	101
+contig	C7492906	101
+contig	C7492882	101
+contig	C7492894	101
+contig	C7492930	101
+contig	C7492908	101
+contig	C7492924	101
+contig	C7492946	101
+contig	C7492960	101
+contig	C7492948	101
+contig	C7492968	101
+contig	C7492954	101
+contig	C7492976	101
+contig	C7492984	101
+contig	C7492974	101
+contig	C7493016	101
+contig	C7492992	101
+contig	C7493022	101
+contig	C7493020	101
+contig	C7493028	101
+contig	C7492988	101
+contig	C7493026	101
+contig	C7493044	101
+contig	C7493052	101
+contig	C7493056	101
+contig	C7493060	101
+contig	C7493072	101
+contig	C7493078	101
+contig	C7493084	101
+contig	C7493050	101
+contig	C7493068	101
+contig	C7493096	101
+contig	C7493112	101
+contig	C7493122	101
+contig	C7493114	101
+contig	C7493136	101
+contig	C7493140	101
+contig	C7493124	101
+contig	C7493130	101
+contig	C7493150	101
+contig	C7493148	101
+contig	C7493164	101
+contig	C7493152	101
+contig	C7493180	101
+contig	C7493162	101
+contig	C7493178	101
+contig	C7493182	101
+contig	C7493186	101
+contig	C7493198	101
+contig	C7493196	101
+contig	C7493218	101
+contig	C7493214	101
+contig	C7493240	101
+contig	C7493242	101
+contig	C7493244	101
+contig	C7493224	101
+contig	C7493248	101
+contig	C7493260	101
+contig	C7493270	101
+contig	C7493208	101
+contig	C7493250	101
+contig	C7493274	101
+contig	C7493304	101
+contig	C7493310	101
+contig	C7493272	101
+contig	C7493316	101
+contig	C7493322	101
+contig	C7493278	101
+contig	C7492844	101
+contig	C7493340	101
+contig	C7493324	101
+contig	C7493342	101
+contig	C7493362	101
+contig	C7493332	101
+contig	C7493374	101
+contig	C7493368	101
+contig	C7493318	101
+contig	C7493380	101
+contig	C7493412	101
+contig	C7493386	101
+contig	C7493430	101
+contig	C7493432	101
+contig	C7493424	101
+contig	C7493394	101
+contig	C7493438	101
+contig	C7493448	101
+contig	C7493444	101
+contig	C7493474	101
+contig	C7493446	101
+contig	C7493476	101
+contig	C7493478	101
+contig	C7493486	101
+contig	C7493494	101
+contig	C7493508	101
+contig	C7493510	101
+contig	C7493472	101
+contig	C7493522	101
+contig	C7493538	101
+contig	C7493458	101
+contig	C7493540	101
+contig	C7493532	101
+contig	C7493556	101
+contig	C7493560	101
+contig	C7493574	101
+contig	C7493572	101
+contig	C7493528	101
+contig	C7493586	101
+contig	C7493576	101
+contig	C7493590	101
+contig	C7493604	101
+contig	C7493612	101
+contig	C7493568	101
+contig	C7493620	101
+contig	C7493622	101
+contig	C7493624	101
+contig	C7493646	101
+contig	C7493670	101
+contig	C7493616	101
+contig	C7493636	101
+contig	C7493686	101
+contig	C7493644	101
+contig	C7493714	101
+contig	C7493734	101
+contig	C7493702	101
+contig	C7493688	101
+contig	C7493738	101
+contig	C7493758	101
+contig	C7493740	101
+contig	C7493696	101
+contig	C7493768	101
+contig	C7493770	101
+contig	C7493780	101
+contig	C7493782	101
+contig	C7493784	101
+contig	C7493752	101
+contig	C7493772	101
+contig	C7493796	101
+contig	C7493786	101
+contig	C7493808	101
+contig	C7493798	101
+contig	C7493818	101
+contig	C7493790	101
+contig	C7493846	101
+contig	C7493810	101
+contig	C7493848	101
+contig	C7493864	101
+contig	C7493850	101
+contig	C7493868	101
+contig	C7493884	101
+contig	C7493888	101
+contig	C7493880	101
+contig	C7493898	101
+contig	C7493886	101
+contig	C7493924	101
+contig	C7493890	101
+contig	C7493940	101
+contig	C7493932	101
+contig	C7493934	101
+contig	C7493972	101
+contig	C7493942	101
+contig	C7493998	101
+contig	C7494000	101
+contig	C7493834	101
+contig	C7494024	101
+contig	C7494028	101
+contig	C7493976	101
+contig	C7494048	101
+contig	C7494050	101
+contig	C7494030	101
+contig	C7494062	101
+contig	C7494078	101
+contig	C7494096	101
+contig	C7494072	101
+contig	C7494112	101
+contig	C7494118	101
+contig	C7494088	101
+contig	C7494124	101
+contig	C7494132	101
+contig	C7494116	101
+contig	C7494126	101
+contig	C7494140	101
+contig	C7494150	101
+contig	C7494138	101
+contig	C7494158	101
+contig	C7494152	101
+contig	C7494220	101
+contig	C7494168	101
+contig	C7494174	101
+contig	C7494226	101
+contig	C7494236	101
+contig	C7494234	101
+contig	C7494240	101
+contig	C7494256	101
+contig	C7494250	101
+contig	C7494262	101
+contig	C7494260	101
+contig	C7494286	101
+contig	C7494284	101
+contig	C7494296	101
+contig	C7494298	101
+contig	C7494312	101
+contig	C7494290	101
+contig	C7494326	101
+contig	C7494344	101
+contig	C7494330	101
+contig	C7494352	101
+contig	C7494380	101
+contig	C7494386	101
+contig	C7494388	101
+contig	C7494354	101
+contig	C7494398	101
+contig	C7494414	101
+contig	C7494406	101
+contig	C7494418	101
+contig	C7494436	101
+contig	C7494430	101
+contig	C7494476	101
+contig	C7493968	101
+contig	C7494440	101
+contig	C7494482	101
+contig	C7494486	101
+contig	C7494490	101
+contig	C7494498	101
+contig	C7494516	101
+contig	C7494534	101
+contig	C7494510	101
+contig	C7494550	101
+contig	C7494568	101
+contig	C7494586	101
+contig	C7494484	101
+contig	C7494588	101
+contig	C7494548	101
+contig	C7494624	101
+contig	C7494594	101
+contig	C7494618	101
+contig	C7494650	101
+contig	C7494660	101
+contig	C7494642	101
+contig	C7494648	101
+contig	C7494674	101
+contig	C7494692	101
+contig	C7494666	101
+contig	C7494670	101
+contig	C7494720	101
+contig	C7494736	101
+contig	C7494744	101
+contig	C7494722	101
+contig	C7494750	101
+contig	C7494766	101
+contig	C7494770	101
+contig	C7494754	101
+contig	C7494790	101
+contig	C7494794	101
+contig	C7494252	101
+contig	C7494816	101
+contig	C7494822	101
+contig	C7494796	101
+contig	C7494844	101
+contig	C7494838	101
+contig	C7494850	101
+contig	C7494852	101
+contig	C7494870	101
+contig	C7494872	101
+contig	C7494888	101
+contig	C7494890	101
+contig	C7494884	101
+contig	C7494892	101
+contig	C7494904	101
+contig	C7494930	101
+contig	C7494900	101
+contig	C7494952	101
+contig	C7494990	101
+contig	C7494996	101
+contig	C7495032	101
+contig	C7495036	101
+contig	C7494832	101
+contig	C7495038	101
+contig	C7495048	101
+contig	C7495064	101
+contig	C7495060	101
+contig	C7494964	101
+contig	C7495076	101
+contig	C7495072	101
+contig	C7495086	101
+contig	C7495078	101
+contig	C7495094	101
+contig	C7495124	101
+contig	C7495126	101
+contig	C7495090	101
+contig	C7495122	101
+contig	C7495146	101
+contig	C7495158	101
+contig	C7495150	101
+contig	C7495166	101
+contig	C7495182	101
+contig	C7495188	101
+contig	C7495194	101
+contig	C7495200	101
+contig	C7495202	101
+contig	C7495190	101
+contig	C7495206	101
+contig	C7495218	101
+contig	C7495210	101
+contig	C7495274	101
+contig	C7495260	101
+contig	C7495278	101
+contig	C7495282	101
+contig	C7495294	101
+contig	C7495304	101
+contig	C7495306	101
+contig	C7495312	101
+contig	C7494706	101
+contig	C7495326	101
+contig	C7495332	101
+contig	C7495298	101
+contig	C7495340	101
+contig	C7495378	101
+contig	C7495380	101
+contig	C7495384	101
+contig	C7495394	101
+contig	C7495374	101
+contig	C7495396	101
+contig	C7495404	101
+contig	C7495410	101
+contig	C7495412	101
+contig	C7495426	101
+contig	C7495416	101
+contig	C7495430	101
+contig	C7495444	101
+contig	C7495450	101
+contig	C7495498	101
+contig	C7495484	101
+contig	C7495502	101
+contig	C7495500	101
+contig	C7495508	101
+contig	C7495528	101
+contig	C7495554	101
+contig	C7495560	101
+contig	C7495558	101
+contig	C7495562	101
+contig	C7495568	101
+contig	C7495576	101
+contig	C7495590	101
+contig	C7495616	101
+contig	C7495136	101
+contig	C7495636	101
+contig	C7495644	101
+contig	C7495650	101
+contig	C7495626	101
+contig	C7495566	101
+contig	C7495690	101
+contig	C7495678	101
+contig	C7495672	101
+contig	C7495704	101
+contig	C7495706	101
+contig	C7495702	101
+contig	C7495728	101
+contig	C7495716	101
+contig	C7495730	101
+contig	C7495710	101
+contig	C7495738	101
+contig	C7495368	101
+contig	C7495750	101
+contig	C7495754	101
+contig	C7495760	101
+contig	C7495752	101
+contig	C7495770	101
+contig	C7495766	101
+contig	C7495776	101
+contig	C7495806	101
+contig	C7495808	101
+contig	C7495842	101
+contig	C7495794	101
+contig	C7495850	101
+contig	C7495858	101
+contig	C7495876	101
+contig	C7495874	101
+contig	C7495878	101
+contig	C7495888	101
+contig	C7495868	101
+contig	C7495898	101
+contig	C7495924	101
+contig	C7495804	101
+contig	C7495902	101
+contig	C7495934	101
+contig	C7495890	101
+contig	C7495932	101
+contig	C7495940	101
+contig	C7495936	101
+contig	C7495942	101
+contig	C7495956	101
+contig	C7495954	101
+contig	C7495964	101
+contig	C7495992	101
+contig	C7495968	101
+contig	C7495972	101
+contig	C7496026	101
+contig	C7496042	101
+contig	C7495996	101
+contig	C7496050	101
+contig	C7496018	101
+contig	C7496054	101
+contig	C7496010	101
+contig	C7496082	101
+contig	C7496056	101
+contig	C7496096	101
+contig	C7496074	101
+contig	C7496100	101
+contig	C7496140	101
+contig	C7496148	101
+contig	C7496116	101
+contig	C7496204	101
+contig	C7496206	101
+contig	C7496172	101
+contig	C7496224	101
+contig	C7496232	101
+contig	C7496260	101
+contig	C7496248	101
+contig	C7496264	101
+contig	C7496268	101
+contig	C7496286	101
+contig	C7496292	101
+contig	C7496298	101
+contig	C7496296	101
+contig	C7496216	101
+contig	C7496310	101
+contig	C7496314	101
+contig	C7496318	101
+contig	C7496320	101
+contig	C7496326	101
+contig	C7496302	101
+contig	C7496342	101
+contig	C7496362	101
+contig	C7496348	101
+contig	C7496356	101
+contig	C7496364	101
+contig	C7496368	101
+contig	C7496366	101
+contig	C7496374	101
+contig	C7496384	101
+contig	C7496392	101
+contig	C7496390	101
+contig	C7496424	101
+contig	C7496444	101
+contig	C7496456	101
+contig	C7496414	101
+contig	C7496472	101
+contig	C7496476	101
+contig	C7496480	101
+contig	C7496490	101
+contig	C7496466	101
+contig	C7496508	101
+contig	C7496528	101
+contig	C7496538	101
+contig	C7496540	101
+contig	C7496524	101
+contig	C7496562	101
+contig	C7496564	101
+contig	C7496568	101
+contig	C7496570	101
+contig	C7496574	101
+contig	C7496582	101
+contig	C7496580	101
+contig	C7496592	101
+contig	C7496600	101
+contig	C7496610	101
+contig	C7496614	101
+contig	C7496596	101
+contig	C7496622	101
+contig	C7496624	101
+contig	C7496630	101
+contig	C7496640	101
+contig	C7496530	101
+contig	C7496668	101
+contig	C7496664	101
+contig	C7496646	101
+contig	C7496682	101
+contig	C7496684	101
+contig	C7496700	101
+contig	C7496696	101
+contig	C7496726	101
+contig	C7496704	101
+contig	C7496742	101
+contig	C7496744	101
+contig	C7496728	101
+contig	C7496758	101
+contig	C7496768	101
+contig	C7496782	101
+contig	C7496788	101
+contig	C7496766	101
+contig	C7496812	101
+contig	C7496674	101
+contig	C7496828	101
+contig	C7496838	101
+contig	C7496856	101
+contig	C7496796	101
+contig	C7496876	101
+contig	C7496896	101
+contig	C7496858	101
+contig	C7496898	101
+contig	C7496906	101
+contig	C7496900	101
+contig	C7496910	101
+contig	C7496822	101
+contig	C7496916	101
+contig	C7496918	101
+contig	C7496922	101
+contig	C7496934	101
+contig	C7496928	101
+contig	C7496944	101
+contig	C7496960	101
+contig	C7496950	101
+contig	C7496968	101
+contig	C7496954	101
+contig	C7496998	101
+contig	C7497020	101
+contig	C7497044	101
+contig	C7497068	101
+contig	C7497100	101
+contig	C7497080	101
+contig	C7497118	101
+contig	C7496988	101
+contig	C7497132	101
+contig	C7497108	101
+contig	C7497154	101
+contig	C7497152	101
+contig	C7497170	101
+contig	C7497176	101
+contig	C7497158	101
+contig	C7497190	101
+contig	C7497192	101
+contig	C7497196	101
+contig	C7497206	101
+contig	C7497226	101
+contig	C7497224	101
+contig	C7497168	101
+contig	C7497252	101
+contig	C7497232	101
+contig	C7497266	101
+contig	C7497274	101
+contig	C7497278	101
+contig	C7497248	101
+contig	C7497292	101
+contig	C7497298	101
+contig	C7497306	101
+contig	C7497312	101
+contig	C7497288	101
+contig	C7497324	101
+contig	C7497314	101
+contig	C7497344	101
+contig	C7497350	101
+contig	C7497354	101
+contig	C7497358	101
+contig	C7497352	101
+contig	C7497384	101
+contig	C7497328	101
+contig	C7497390	101
+contig	C7497366	101
+contig	C7497386	101
+contig	C7497426	101
+contig	C7497432	101
+contig	C7497454	101
+contig	C7497468	101
+contig	C7497502	101
+contig	C7497486	101
+contig	C7497558	101
+contig	C7497560	101
+contig	C7497450	101
+contig	C7497564	101
+contig	C7497578	101
+contig	C7497538	101
+contig	C7497580	101
+contig	C7497602	101
+contig	C7497584	101
+contig	C7497590	101
+contig	C7497620	101
+contig	C7497628	101
+contig	C7497670	101
+contig	C7497658	101
+contig	C7497680	101
+contig	C7497674	101
+contig	C7497630	101
+contig	C7497694	101
+contig	C7497684	101
+contig	C7497706	101
+contig	C7497700	101
+contig	C7497702	101
+contig	C7497744	101
+contig	C7497724	101
+contig	C7497754	101
+contig	C7497780	101
+contig	C7497784	101
+contig	C7497770	101
+contig	C7497802	101
+contig	C7497786	101
+contig	C7497792	101
+contig	C7497818	101
+contig	C7497820	101
+contig	C7497822	101
+contig	C7497824	101
+contig	C7497836	101
+contig	C7497854	101
+contig	C7497862	101
+contig	C7497868	101
+contig	C7497828	101
+contig	C7497878	101
+contig	C7497894	101
+contig	C7497888	101
+contig	C7497898	101
+chromosome	scaffold3160	13156
+contig	C7497928	101
+contig	C7497932	101
+contig	C7497900	101
+contig	C7497938	101
+contig	C7497912	101
+contig	C7497946	101
+contig	C7497942	101
+contig	C7497966	101
+contig	C7497958	101
+contig	C7497994	101
+contig	C7497980	101
+contig	C7498008	101
+contig	C7498022	101
+contig	C7498046	101
+contig	C7497960	101
+contig	C7498050	101
+contig	C7498068	101
+contig	C7498064	101
+contig	C7498042	101
+contig	C7498106	101
+contig	C7498072	101
+contig	C7498112	101
+contig	C7498088	101
+contig	C7498134	101
+contig	C7498108	101
+contig	C7498138	101
+contig	C7498118	101
+contig	C7498148	101
+contig	C7498150	101
+contig	C7498144	101
+contig	C7498162	101
+contig	C7498186	101
+contig	C7498160	101
+contig	C7498232	101
+contig	C7498196	101
+contig	C7498234	101
+contig	C7498204	101
+contig	C7498248	101
+contig	C7498278	101
+contig	C7498272	101
+contig	C7498298	101
+contig	C7498288	101
+contig	C7498306	101
+contig	C7498300	101
+contig	C7498270	101
+contig	C7498324	101
+contig	C7498310	101
+contig	C7498322	101
+contig	C7498340	101
+contig	C7498332	101
+contig	C7498356	101
+contig	C7498368	101
+contig	C7498330	101
+contig	C7498360	101
+contig	C7498372	101
+contig	C7498392	101
+contig	C7498390	101
+contig	C7497856	101
+contig	C7498398	101
+contig	C7498404	101
+contig	C7498442	101
+contig	C7498424	101
+contig	C7498484	101
+contig	C7498378	101
+contig	C7498412	101
+contig	C7498490	101
+contig	C7498492	101
+contig	C7498444	101
+contig	C7498528	101
+contig	C7498524	101
+contig	C7498538	101
+contig	C7498532	101
+contig	C7498552	101
+contig	C7498486	101
+contig	C7498604	101
+contig	C7498560	101
+contig	C7498622	101
+contig	C7498566	101
+contig	C7498624	101
+contig	C7498628	101
+contig	C7498640	101
+contig	C7498656	101
+contig	C7498662	101
+contig	C7498608	101
+contig	C7498666	101
+contig	C7498542	101
+contig	C7498672	101
+contig	C7498670	101
+contig	C7498668	101
+contig	C7498682	101
+contig	C7498690	101
+contig	C7498704	101
+contig	C7498702	101
+contig	C7498630	101
+contig	C7498708	101
+contig	C7498684	101
+contig	C7498754	101
+contig	C7498756	101
+contig	C7498766	101
+contig	C7498732	101
+contig	C7498804	101
+contig	C7498770	101
+contig	C7498776	101
+contig	C7498814	101
+contig	C7498812	101
+contig	C7498852	101
+contig	C7498860	101
+contig	C7498858	101
+contig	C7498902	101
+contig	C7498884	101
+contig	C7498872	101
+contig	C7498912	101
+contig	C7498920	101
+contig	C7498922	101
+contig	C7498950	101
+contig	C7498940	101
+contig	C7498952	101
+contig	C7498970	101
+contig	C7498972	101
+contig	C7498750	101
+contig	C7498978	101
+contig	C7499004	101
+contig	C7498936	101
+contig	C7499006	101
+contig	C7498996	101
+contig	C7499042	101
+contig	C7499002	101
+contig	C7499040	101
+contig	C7499066	101
+contig	C7499060	101
+contig	C7499036	101
+contig	C7499084	101
+contig	C7499074	101
+contig	C7499088	101
+contig	C7499056	101
+contig	C7499096	101
+contig	C7499106	101
+contig	C7499102	101
+contig	C7499130	101
+contig	C7499142	101
+contig	C7499118	101
+contig	C7499188	101
+contig	C7499190	101
+contig	C7499150	101
+contig	C7499170	101
+contig	C7499196	101
+contig	C7499128	101
+contig	C7499198	101
+contig	C7499204	101
+contig	C7499226	101
+contig	C7499200	101
+contig	C7499230	101
+contig	C7499234	101
+contig	C7499208	101
+contig	C7499248	101
+contig	C7499258	101
+contig	C7499194	101
+contig	C7499262	101
+contig	C7499254	101
+contig	C7499266	101
+contig	C7499274	101
+contig	C7499286	101
+contig	C7499272	101
+contig	C7499292	101
+contig	C7499284	101
+contig	C7499288	101
+contig	C7499310	101
+contig	C7499338	101
+contig	C7499382	101
+contig	C7499392	101
+contig	C7499398	101
+contig	C7499400	101
+contig	C7499402	101
+contig	C7499410	101
+contig	C7499414	101
+contig	C7499418	101
+contig	C7496092	101
+contig	C7499238	101
+contig	C7499430	101
+contig	C7499450	101
+contig	C7499432	101
+contig	C7499468	101
+contig	C7499470	101
+contig	C7499452	101
+contig	C7499488	101
+contig	C7499502	101
+contig	C7499500	101
+contig	C7499532	101
+contig	C7499512	101
+contig	C7499364	101
+contig	C7499472	101
+contig	C7499542	101
+contig	C7499538	101
+contig	C7499562	101
+contig	C7499546	101
+contig	C7499578	101
+contig	C7499584	101
+contig	C7499564	101
+contig	C7499592	101
+contig	C7499590	101
+contig	C7499604	101
+contig	C7499586	101
+contig	C7499602	101
+contig	C7499608	101
+contig	C7499660	101
+contig	C7499612	101
+contig	C7499642	101
+contig	C7499662	101
+contig	C7499616	101
+contig	C7499698	101
+contig	C7499720	101
+contig	C7499712	101
+contig	C7499666	101
+contig	C7499732	101
+contig	C7499746	101
+contig	C7499728	101
+contig	C7499756	101
+contig	C7499782	101
+contig	C7499768	101
+contig	C7499790	101
+contig	C7499800	101
+contig	C7499812	101
+contig	C7499816	101
+contig	C7499740	101
+contig	C7499838	101
+contig	C7499828	101
+contig	C7499334	101
+contig	C7499842	101
+contig	C7499854	101
+contig	C7499860	101
+contig	C7499840	101
+contig	C7499874	101
+contig	C7499864	101
+contig	C7499898	101
+contig	C7499900	101
+contig	C7499918	101
+contig	C7499928	101
+contig	C7499908	101
+contig	C7499890	101
+contig	C7499950	101
+contig	C7499932	101
+contig	C7499980	101
+contig	C7500024	101
+contig	C7500054	101
+contig	C7500074	101
+contig	C7500016	101
+contig	C7500078	101
+contig	C7500086	101
+contig	C7500010	101
+contig	C7499798	101
+contig	C7500132	101
+contig	C7499694	101
+contig	C7500110	101
+contig	C7500162	101
+contig	C7500084	101
+contig	C7500130	101
+contig	C7500180	101
+contig	C7500170	101
+contig	C7500144	101
+contig	C7500182	101
+contig	C7500194	101
+contig	C7500212	101
+contig	C7500192	101
+contig	C7500218	101
+contig	C7500222	101
+contig	C7500174	101
+contig	C7500230	101
+contig	C7500244	101
+contig	C7500236	101
+contig	C7500264	101
+contig	C7500196	101
+contig	C7500138	101
+contig	C7500292	101
+contig	C7500290	101
+contig	C7500298	101
+contig	C7500294	101
+contig	C7500328	101
+contig	C7500302	101
+contig	C7500336	101
+contig	C7500362	101
+contig	C7500340	101
+contig	C7500228	101
+contig	C7500384	101
+contig	C7500364	101
+contig	C7500288	101
+contig	C7500446	101
+contig	C7500456	101
+contig	C7500406	101
+contig	C7500490	101
+contig	C7500460	101
+contig	C7500492	101
+contig	C7500528	101
+contig	C7500334	101
+contig	C7500556	101
+contig	C7500412	101
+contig	C7500504	101
+contig	C7500564	101
+contig	C7500538	101
+contig	C7500570	101
+contig	C7500558	101
+contig	C7500584	101
+contig	C7500652	101
+contig	C7500656	101
+contig	C7500568	101
+contig	C7500596	101
+contig	C7500470	101
+contig	C7500660	101
+contig	C7500676	101
+contig	C7500674	101
+contig	C7500702	101
+contig	C7500686	101
+contig	C7500678	101
+contig	C7500724	101
+contig	C7500720	101
+contig	C7500740	101
+contig	C7500708	101
+contig	C7500746	101
+contig	C7500732	101
+contig	C7500764	101
+contig	C7500728	101
+contig	C7500768	101
+contig	C7500792	101
+contig	C7500778	101
+contig	C7500756	101
+contig	C7500816	101
+contig	C7500812	101
+contig	C7500752	101
+contig	C7500830	101
+contig	C7500808	101
+contig	C7500836	101
+contig	C7500838	101
+contig	C7500840	101
+contig	C7500842	101
+contig	C7500828	101
+contig	C7500844	101
+contig	C7500854	101
+contig	C7500846	101
+contig	C7500860	101
+contig	C7500872	101
+contig	C7500864	101
+contig	C7500878	101
+contig	C7500906	101
+contig	C7500852	101
+contig	C7500930	101
+contig	C7500934	101
+contig	C7500926	101
+contig	C7500958	101
+contig	C7500964	101
+contig	C7500982	101
+contig	C7500950	101
+contig	C7501000	101
+contig	C7501012	101
+contig	C7501020	101
+contig	C7501026	101
+contig	C7500994	101
+contig	C7501052	101
+contig	C7501028	101
+contig	C7501058	101
+contig	C7501082	101
+contig	C7501088	101
+contig	C7501114	101
+contig	C7501116	101
+contig	C7501134	101
+contig	C7501136	101
+contig	C7501144	101
+contig	C7501164	101
+contig	C7501104	101
+contig	C7501170	101
+contig	C7501196	101
+contig	C7501204	101
+contig	C7501220	101
+contig	C7501224	101
+contig	C7501248	101
+contig	C7501252	101
+contig	C7501256	101
+contig	C7501262	101
+contig	C7501268	101
+contig	C7501286	101
+contig	C7501188	101
+contig	C7501300	101
+contig	C7500944	101
+contig	C7501302	101
+contig	C7501336	101
+contig	C7501310	101
+contig	C7501342	101
+contig	C7501346	101
+contig	C7501360	101
+contig	C7501350	101
+contig	C7501374	101
+contig	C7501312	101
+contig	C7501388	101
+contig	C7501402	101
+contig	C7501424	101
+contig	C7501446	101
+contig	C7501462	101
+contig	C7501404	101
+contig	C7501474	101
+contig	C7501482	101
+contig	C7501486	101
+contig	C7501494	101
+contig	C7501502	101
+contig	C7501470	101
+contig	C7501544	101
+contig	C7501548	101
+contig	C7501510	101
+contig	C7501554	101
+contig	C7501586	101
+contig	C7501556	101
+contig	C7501564	101
+contig	C7501588	101
+contig	C7501604	101
+contig	C7501610	101
+contig	C7501606	101
+contig	C7501638	101
+contig	C7501644	101
+contig	C7501630	101
+contig	C7501646	101
+contig	C7501656	101
+contig	C7501632	101
+contig	C7501662	101
+contig	C7501690	101
+contig	C7501694	101
+contig	C7501696	101
+contig	C7501710	101
+contig	C7501688	101
+contig	C7501730	101
+contig	C7501738	101
+contig	C7501764	101
+contig	C7501772	101
+contig	C7501658	101
+contig	C7500820	101
+contig	C7501812	101
+contig	C7501804	101
+contig	C7501814	101
+contig	C7501818	101
+contig	C7501824	101
+contig	C7501848	101
+contig	C7501820	101
+contig	C7501868	101
+contig	C7501880	101
+contig	C7501884	101
+contig	C7501890	101
+contig	C7501888	101
+contig	C7501894	101
+contig	C7501914	101
+contig	C7501922	101
+contig	C7501926	101
+contig	C7501924	101
+contig	C7501932	101
+contig	C7501928	101
+contig	C7501934	101
+contig	C7501944	101
+contig	C7501954	101
+contig	C7501974	101
+contig	C7501980	101
+contig	C7501982	101
+contig	C7501956	101
+contig	C7501998	101
+contig	C7501996	101
+contig	C7501774	101
+contig	C7502026	101
+contig	C7502004	101
+contig	C7502076	101
+contig	C7502046	101
+contig	C7502078	101
+contig	C7502044	101
+contig	C7502094	101
+contig	C7502118	101
+contig	C7502126	101
+contig	C7502104	101
+contig	C7502114	101
+contig	C7502136	101
+contig	C7502142	101
+contig	C7502130	101
+contig	C7502144	101
+contig	C7502170	101
+contig	C7502154	101
+contig	C7502186	101
+contig	C7502172	101
+contig	C7502188	101
+contig	C7502198	101
+contig	C7502208	101
+contig	C7502212	101
+contig	C7502184	101
+contig	C7502244	101
+contig	C7502234	101
+contig	C7502260	101
+contig	C7502266	101
+contig	C7502274	101
+contig	C7502288	101
+contig	C7502286	101
+contig	C7502298	101
+contig	C7502294	101
+contig	C7502302	101
+contig	C7502300	101
+contig	C7502262	101
+contig	C7502322	101
+contig	C7502330	101
+contig	C7502344	101
+contig	C7502328	101
+contig	C7502376	101
+contig	C7502374	101
+contig	C7502392	101
+contig	C7502414	101
+contig	C7502440	101
+contig	C7502400	101
+contig	C7502470	101
+contig	C7502444	101
+contig	C7502484	101
+contig	C7502502	101
+contig	C7502462	101
+contig	C7502508	101
+contig	C7502518	101
+contig	C7502534	101
+contig	C7502532	101
+contig	C7502514	101
+contig	C7502536	101
+contig	C7502554	101
+contig	C7502560	101
+contig	C7502566	101
+contig	C7502580	101
+contig	C7502616	101
+contig	C7502562	101
+contig	C7502632	101
+contig	C7502658	101
+contig	C7502654	101
+contig	C7502674	101
+contig	C7502660	101
+contig	C7502680	101
+contig	C7502694	101
+contig	C7502692	101
+contig	C7502712	101
+contig	C7502714	101
+contig	C7502702	101
+contig	C7502642	101
+contig	C7502732	101
+contig	C7502718	101
+contig	C7502756	101
+contig	C7502742	101
+contig	C7502758	101
+contig	C7502734	101
+contig	C7502778	101
+contig	C7502804	101
+contig	C7502786	101
+contig	C7502818	101
+contig	C7502812	101
+contig	C7502822	101
+contig	C7502826	101
+contig	C7502832	101
+contig	C7500586	101
+contig	C7502820	101
+contig	C7502824	101
+contig	C7502848	101
+contig	C7502836	101
+contig	C7502864	101
+contig	C7502880	101
+contig	C7502856	101
+contig	C7502888	101
+contig	C7502908	101
+contig	C7502896	101
+contig	C7502846	101
+contig	C7502938	101
+contig	C7502940	101
+contig	C7502882	101
+contig	C7502954	101
+contig	C7502944	101
+contig	C7502928	101
+contig	C7502960	101
+contig	C7502952	101
+contig	C7502974	101
+contig	C7502968	101
+contig	C7501714	101
+contig	C7502976	101
+contig	C7502980	101
+contig	C7503008	101
+contig	C7503002	101
+contig	C7502966	101
+contig	C7503028	101
+contig	C7502994	101
+contig	C7503038	101
+contig	C7503030	101
+contig	C7503066	101
+contig	C7503106	101
+contig	C7503110	101
+contig	C7503118	101
+contig	C7503046	101
+contig	C7502992	101
+contig	C7503142	101
+contig	C7503138	101
+contig	C7503162	101
+contig	C7503130	101
+contig	C7503180	101
+contig	C7503170	101
+contig	C7503186	101
+contig	C7503192	101
+contig	C7503260	101
+contig	C7503276	101
+contig	C7503298	101
+contig	C7503178	101
+contig	C7503306	101
+contig	C7503262	101
+contig	C7503302	101
+contig	C7503322	101
+contig	C7503330	101
+contig	C7503336	101
+contig	C7503320	101
+contig	C7503338	101
+contig	C7503358	101
+contig	C7503346	101
+contig	C7503400	101
+contig	C7503406	101
+contig	C7503424	101
+contig	C7503426	101
+contig	C7503154	101
+contig	C7503428	101
+contig	C7503432	101
+contig	C7503440	101
+contig	C7503458	101
+contig	C7503450	101
+contig	C7503472	101
+contig	C7503486	101
+contig	C7503488	101
+contig	C7503490	101
+contig	C7503492	101
+contig	C7503498	101
+contig	C7503508	101
+contig	C7503366	101
+contig	C7503514	101
+contig	C7503574	101
+contig	C7503576	101
+contig	C7503594	101
+contig	C7503010	101
+contig	C7503606	101
+contig	C7503598	101
+contig	C7503622	101
+contig	C7503612	101
+contig	C7503464	101
+contig	C7503654	101
+contig	C7503632	101
+contig	C7503666	101
+contig	C7503624	101
+contig	C7503682	101
+contig	C7503684	101
+contig	C7503692	101
+contig	C7503670	101
+contig	C7503720	101
+contig	C7503716	101
+contig	C7503718	101
+contig	C7503724	101
+contig	C7503312	101
+contig	C7503752	101
+contig	C7503750	101
+contig	C7503768	101
+contig	C7503764	101
+contig	C7503806	101
+contig	C7503808	101
+contig	C7503824	101
+contig	C7503766	101
+contig	C7503846	101
+contig	C7503828	101
+contig	C7503866	101
+contig	C7503904	101
+contig	C7503906	101
+contig	C7503914	101
+contig	C7503896	101
+contig	C7503916	101
+contig	C7503886	101
+contig	C7503920	101
+contig	C7503936	101
+contig	C7503930	101
+contig	C7503942	101
+contig	C7503872	101
+contig	C7503972	101
+contig	C7503956	101
+contig	C7503974	101
+contig	C7503922	101
+contig	C7503948	101
+contig	C7503982	101
+contig	C7503980	101
+contig	C7503996	101
+contig	C7504016	101
+contig	C7503994	101
+contig	C7503978	101
+contig	C7504002	101
+contig	C7504030	101
+contig	C7504022	101
+contig	C7504036	101
+contig	C7504034	101
+contig	C7504050	101
+contig	C7504080	101
+contig	C7504084	101
+contig	C7504058	101
+contig	C7504020	101
+contig	C7504102	101
+contig	C7504124	101
+contig	C7504140	101
+contig	C7503560	101
+contig	C7504098	101
+contig	C7504136	101
+contig	C7504076	101
+contig	C7504146	101
+contig	C7504144	101
+contig	C7504170	101
+contig	C7504188	101
+contig	C7504190	101
+contig	C7504204	101
+contig	C7504168	101
+contig	C7504238	101
+contig	C7504240	101
+contig	C7504242	101
+contig	C7504296	101
+contig	C7504236	101
+contig	C7504156	101
+contig	C7504328	101
+contig	C7504322	101
+contig	C7504244	101
+contig	C7504318	101
+contig	C7504342	101
+contig	C7504346	101
+contig	C7504340	101
+contig	C7504348	101
+contig	C7504366	101
+contig	C7504364	101
+contig	C7504384	101
+contig	C7504374	101
+contig	C7504394	101
+contig	C7504412	101
+contig	C7504408	101
+contig	C7504436	101
+contig	C7504450	101
+contig	C7504422	101
+contig	C7504388	101
+contig	C7504474	101
+contig	C7504488	101
+contig	C7504462	101
+contig	C7504534	101
+contig	C7504438	101
+contig	C7504550	101
+contig	C7504490	101
+contig	C7504562	101
+contig	C7504566	101
+contig	C7504586	101
+contig	C7504560	101
+contig	C7504606	101
+contig	C7504600	101
+contig	C7504602	101
+contig	C7504632	101
+contig	C7504628	101
+contig	C7504636	101
+contig	C7504644	101
+contig	C7504584	101
+contig	C7504650	101
+contig	C7504656	101
+contig	C7504652	101
+contig	C7504662	101
+contig	C7504630	101
+contig	C7504704	101
+contig	C7504688	101
+contig	C7504706	101
+contig	C7504710	101
+contig	C7504708	101
+contig	C7504714	101
+contig	C7504742	101
+contig	C7504750	101
+contig	C7504700	101
+contig	C7504756	101
+contig	C7504780	101
+contig	C7504738	101
+contig	C7504788	101
+contig	C7504770	101
+contig	C7504804	101
+contig	C7504806	101
+contig	C7504786	101
+contig	C7504810	101
+contig	C7504746	101
+contig	C7504812	101
+contig	C7504826	101
+contig	C7504832	101
+contig	C7504852	101
+contig	C7504792	101
+contig	C7504860	101
+contig	C7504818	101
+contig	C7504866	101
+contig	C7504868	101
+contig	C7504862	101
+contig	C7504888	101
+contig	C7504834	101
+contig	C7504892	101
+contig	C7504908	101
+contig	C7504918	101
+contig	C7504906	101
+contig	C7504934	101
+contig	C7504924	101
+contig	C7504944	101
+contig	C7504952	101
+contig	C7504962	101
+contig	C7504946	101
+contig	C7504916	101
+contig	C7504966	101
+contig	C7504974	101
+contig	C7504978	101
+contig	C7504984	101
+contig	C7505008	101
+contig	C7505016	101
+contig	C7505006	101
+contig	C7505034	101
+contig	C7505044	101
+contig	C7505018	101
+contig	C7505022	101
+contig	C7505076	101
+contig	C7505048	101
+contig	C7505058	101
+contig	C7505078	101
+contig	C7505110	101
+contig	C7505138	101
+contig	C7505154	101
+contig	C7505108	101
+contig	C7505162	101
+contig	C7505156	101
+contig	C7505174	101
+contig	C7505130	101
+contig	C7505176	101
+contig	C7505220	101
+contig	C7505208	101
+contig	C7505172	101
+contig	C7505260	101
+contig	C7505262	101
+contig	C7505222	101
+contig	C7505270	101
+contig	C7505264	101
+contig	C7505304	101
+contig	C7505300	101
+contig	C7505310	101
+contig	C7505238	101
+contig	C7505342	101
+contig	C7505318	101
+contig	C7505352	101
+contig	C7505358	101
+contig	C7505374	101
+contig	C7505394	101
+contig	C7505344	101
+contig	C7505398	101
+contig	C7505400	101
+contig	C7505438	101
+contig	C7504670	101
+contig	C7505406	101
+contig	C7505446	101
+contig	C7505450	101
+contig	C7505460	101
+contig	C7505384	101
+contig	C7505484	101
+contig	C7505468	101
+contig	C7505502	101
+contig	C7505510	101
+contig	C7505462	101
+contig	C7505520	101
+contig	C7505506	101
+contig	C7505524	101
+contig	C7505552	101
+contig	C7505514	101
+contig	C7505538	101
+contig	C7505574	101
+contig	C7505580	101
+contig	C7505554	101
+contig	C7505576	101
+contig	C7505584	101
+contig	C7505592	101
+contig	C7505654	101
+contig	C7505582	101
+contig	C7505684	101
+contig	C7505702	101
+contig	C7505624	101
+contig	C7505712	101
+contig	C7505738	101
+contig	C7505754	101
+contig	C7505746	101
+contig	C7505764	101
+contig	C7505564	101
+contig	C7505766	101
+contig	C7505748	101
+contig	C7505780	101
+contig	C7505784	101
+contig	C7505836	101
+contig	C7505870	101
+contig	C7505822	101
+contig	C7505770	101
+contig	C7505800	101
+contig	C7505872	101
+contig	C7505878	101
+contig	C7505896	101
+contig	C7505892	101
+contig	C7505900	101
+contig	C7505926	101
+contig	C7505914	101
+contig	C7505918	101
+contig	C7505930	101
+contig	C7505958	101
+contig	C7505944	101
+contig	C7505964	101
+contig	C7505978	101
+contig	C7505980	101
+contig	C7505992	101
+contig	C7506012	101
+contig	C7506040	101
+contig	C7506050	101
+contig	C7505968	101
+contig	C7506052	101
+contig	C7506076	101
+contig	C7506084	101
+contig	C7506108	101
+contig	C7506098	101
+contig	C7506124	101
+contig	C7506126	101
+contig	C7506148	101
+contig	C7506152	101
+contig	C7506144	101
+contig	C7506218	101
+contig	C7506182	101
+contig	C7506220	101
+contig	C7504994	101
+contig	C7506236	101
+contig	C7506222	101
+contig	C7506256	101
+contig	C7506276	101
+contig	C7505920	101
+contig	C7506272	101
+contig	C7506234	101
+contig	C7506312	101
+contig	C7506302	101
+contig	C7506310	101
+contig	C7505990	101
+contig	C7506322	101
+contig	C7506346	101
+contig	C7506318	101
+contig	C7506352	101
+contig	C7506348	101
+contig	C7506374	101
+contig	C7506316	101
+contig	C7506392	101
+contig	C7506334	101
+contig	C7506412	101
+contig	C7506388	101
+contig	C7506368	101
+contig	C7506452	101
+contig	C7506430	101
+contig	C7506446	101
+contig	C7506448	101
+contig	C7506468	101
+contig	C7506460	101
+contig	C7506476	101
+contig	C7506464	101
+contig	C7506490	101
+contig	C7506486	101
+contig	C7506516	101
+contig	C7506500	101
+contig	C7506550	101
+contig	C7506506	101
+contig	C7506576	101
+contig	C7506566	101
+contig	C7506552	101
+contig	C7506586	101
+contig	C7506514	101
+contig	C7506628	101
+contig	C7506594	101
+contig	C7506606	101
+contig	C7506638	101
+contig	C7506626	101
+contig	C7506648	101
+contig	C7506670	101
+contig	C7506640	101
+contig	C7506630	101
+contig	C7506690	101
+contig	C7506654	101
+contig	C7506484	101
+contig	C7506734	101
+contig	C7506684	101
+contig	C7506744	101
+contig	C7506700	101
+contig	C7506692	101
+contig	C7506792	101
+contig	C7506802	101
+contig	C7506796	101
+contig	C7506764	101
+contig	C7506814	101
+contig	C7506824	101
+contig	C7506860	101
+contig	C7506800	101
+contig	C7506874	101
+contig	C7506868	101
+contig	C7506876	101
+contig	C7506882	101
+contig	C7506898	101
+contig	C7506816	101
+contig	C7506906	101
+contig	C7506912	101
+contig	C7506928	101
+contig	C7506888	101
+contig	C7506930	101
+contig	C7506952	101
+contig	C7506974	101
+contig	C7506970	101
+contig	C7506984	101
+contig	C7506994	101
+contig	C7507004	101
+contig	C7506982	101
+contig	C7507046	101
+contig	C7507056	101
+contig	C7507062	101
+contig	C7507042	101
+contig	C7507070	101
+contig	C7507084	101
+contig	C7506770	101
+contig	C7507066	101
+contig	C7507088	101
+contig	C7507092	101
+contig	C7507094	101
+contig	C7507090	101
+contig	C7507102	101
+contig	C7507106	101
+contig	C7507104	101
+contig	C7507108	101
+contig	C7507148	101
+contig	C7507200	101
+contig	C7507196	101
+contig	C7507096	101
+contig	C7507204	101
+contig	C7507212	101
+contig	C7507210	101
+contig	C7507228	101
+contig	C7506950	101
+contig	C7507220	101
+contig	C7507262	101
+contig	C7507240	101
+contig	C7507230	101
+contig	C7507250	101
+contig	C7507264	101
+contig	C7507268	101
+contig	C7507270	101
+contig	C7506818	101
+contig	C7507284	101
+contig	C7507276	101
+contig	C7507290	101
+contig	C7507348	101
+contig	C7507350	101
+contig	C7507338	101
+contig	C7507424	101
+contig	C7507432	101
+contig	C7507322	101
+contig	C7507380	101
+contig	C7507406	101
+contig	C7507444	101
+contig	C7507466	101
+contig	C7507460	101
+contig	C7507310	101
+contig	C7507456	101
+contig	C7507490	101
+contig	C7507508	101
+contig	C7507536	101
+contig	C7507512	101
+contig	C7507464	101
+contig	C7507566	101
+contig	C7507564	101
+contig	C7507578	101
+contig	C7507582	101
+contig	C7507592	101
+contig	C7507598	101
+contig	C7507520	101
+contig	C7507568	101
+contig	C7507634	101
+contig	C7507638	101
+contig	C7507650	101
+contig	C7507622	101
+contig	C7507640	101
+contig	C7507676	101
+contig	C7507610	101
+contig	C7507656	101
+contig	C7507686	101
+contig	C7507710	101
+contig	C7507696	101
+contig	C7507682	101
+contig	C7507736	101
+contig	C7507484	101
+contig	C7507726	101
+contig	C7507740	101
+contig	C7507714	101
+contig	C7507716	101
+contig	C7507760	101
+contig	C7507768	101
+contig	C7507766	101
+contig	C7507792	101
+contig	C7507784	101
+contig	C7507822	101
+contig	C7507802	101
+contig	C7507836	101
+contig	C7507832	101
+contig	C7507754	101
+contig	C7507842	101
+contig	C7507838	101
+contig	C7507864	101
+contig	C7507870	101
+contig	C7507878	101
+contig	C7507872	101
+contig	C7507894	101
+contig	C7507890	101
+contig	C7507898	101
+contig	C7507932	101
+contig	C7507940	101
+contig	C7507916	101
+contig	C7507980	101
+contig	C7507934	101
+contig	C7507984	101
+contig	C7507970	101
+contig	C7508000	101
+contig	C7508022	101
+contig	C7508006	101
+contig	C7508060	101
+contig	C7507738	101
+contig	C7508052	101
+contig	C7508062	101
+contig	C7508066	101
+contig	C7508076	101
+contig	C7508054	101
+contig	C7508072	101
+contig	C7508080	101
+contig	C7508090	101
+contig	C7508070	101
+contig	C7508110	101
+contig	C7508112	101
+contig	C7508094	101
+contig	C7507758	101
+contig	C7508176	101
+contig	C7508106	101
+contig	C7508150	101
+contig	C7508148	101
+contig	C7508208	101
+contig	C7508192	101
+contig	C7508236	101
+contig	C7508198	101
+contig	C7508230	101
+contig	C7508240	101
+contig	C7508244	101
+contig	C7508256	101
+contig	C7508272	101
+contig	C7508306	101
+contig	C7508320	101
+contig	C7508288	101
+contig	C7508334	101
+contig	C7508228	101
+contig	C7508304	101
+contig	C7508352	101
+contig	C7508368	101
+contig	C7508366	101
+contig	C7508372	101
+contig	C7508374	101
+contig	C7508386	101
+contig	C7508378	101
+contig	C7508398	101
+contig	C7508388	101
+contig	C7508362	101
+contig	C7508420	101
+contig	C7508434	101
+contig	C7508440	101
+contig	C7508418	101
+contig	C7508444	101
+contig	C7508464	101
+contig	C7508468	101
+contig	C7508454	101
+contig	C7508490	101
+contig	C7508474	101
+contig	C7508494	101
+contig	C7508438	101
+contig	C7508510	101
+contig	C7508504	101
+contig	C7508186	101
+contig	C7508518	101
+contig	C7508526	101
+contig	C7508496	101
+contig	C7508568	102
+contig	C7508572	102
+contig	C7508330	101
+contig	C7508552	102
+contig	C7508534	101
+contig	C7508610	102
+contig	C7508582	102
+contig	C7508636	102
+contig	C7508644	102
+contig	C7508646	102
+contig	C7508656	102
+contig	C7508586	102
+contig	C7508674	102
+contig	C7508680	102
+contig	C7508692	102
+contig	C7508690	102
+contig	C7508670	102
+contig	C7508698	102
+contig	C7508716	102
+contig	C7508722	102
+contig	C7508682	102
+contig	C7508752	102
+contig	C7508728	102
+contig	C7508758	102
+contig	C7508714	102
+contig	C7508750	102
+contig	C7508760	102
+contig	C7508774	102
+contig	C7508762	102
+contig	C7508786	102
+contig	C7508794	102
+contig	C7508818	102
+contig	C7508830	102
+contig	C7508776	102
+contig	C7508822	102
+contig	C7508844	102
+contig	C7508812	102
+contig	C7508840	102
+contig	C7508858	102
+contig	C7508876	102
+contig	C7508886	102
+contig	C7508890	102
+contig	C7508882	102
+contig	C7508894	102
+contig	C7508866	102
+contig	C7508914	102
+contig	C7508908	102
+contig	C7508928	102
+contig	C7508846	102
+contig	C7508946	102
+contig	C7508934	102
+contig	C7508954	102
+contig	C7508942	102
+contig	C7508912	102
+contig	C7508956	102
+contig	C7508962	102
+contig	C7508960	102
+contig	C7509008	102
+contig	C7509016	102
+contig	C7509018	102
+contig	C7509020	102
+contig	C7509028	102
+contig	C7509012	102
+contig	C7508968	102
+contig	C7509032	102
+contig	C7509064	102
+contig	C7509066	102
+contig	C7509072	102
+contig	C7509034	102
+contig	C7509054	102
+contig	C7509080	102
+contig	C7509082	102
+contig	C7509096	102
+contig	C7509106	102
+contig	C7509026	102
+contig	C7509110	102
+contig	C7509122	102
+contig	C7509116	102
+contig	C7509124	102
+contig	C7509074	102
+contig	C7509162	102
+contig	C7509142	102
+contig	C7509132	102
+contig	C7509190	102
+contig	C7509180	102
+contig	C7509194	102
+contig	C7509200	102
+contig	C7509130	102
+contig	C7509230	102
+contig	C7509176	102
+contig	C7509240	102
+contig	C7509224	102
+contig	C7509278	102
+contig	C7509244	102
+contig	C7509300	102
+contig	C7509276	102
+contig	C7509316	102
+contig	C7509324	102
+contig	C7509332	102
+contig	C7509358	102
+contig	C7509368	102
+contig	C7509328	102
+contig	C7509398	102
+contig	C7509412	102
+contig	C7509394	102
+contig	C7509424	102
+contig	C7509430	102
+contig	C7509426	102
+contig	C7509448	102
+contig	C7509442	102
+contig	C7509456	102
+contig	C7509470	102
+contig	C7509480	102
+contig	C7509414	102
+contig	C7509488	102
+contig	C7509484	102
+contig	C7509498	102
+contig	C7509502	102
+contig	C7509514	102
+chromosome	scaffold1815	3680
+contig	C7509510	102
+contig	C7509214	102
+contig	C7509546	102
+contig	C7509572	102
+contig	C7509566	102
+contig	C7509558	102
+contig	C7509516	102
+contig	C7509582	102
+contig	C7509598	102
+contig	C7509604	102
+contig	C7509580	102
+contig	C7509632	102
+contig	C7509646	102
+contig	C7509578	102
+contig	C7509648	102
+contig	C7509674	102
+contig	C7509662	102
+contig	C7509676	102
+contig	C7509670	102
+contig	C7509688	102
+contig	C7509692	102
+contig	C7509682	102
+contig	C7509704	102
+contig	C7509678	102
+contig	C7509754	102
+contig	C7509730	102
+contig	C7509756	102
+contig	C7509710	102
+contig	C7509764	102
+contig	C7509776	102
+contig	C7509772	102
+contig	C7509782	102
+contig	C7509768	102
+contig	C7509784	102
+contig	C7509790	102
+contig	C7509814	102
+contig	C7509798	102
+contig	C7509802	102
+contig	C7509848	102
+contig	C7509880	102
+contig	C7509892	102
+contig	C7509450	102
+contig	C7509856	102
+contig	C7509918	102
+contig	C7509942	102
+contig	C7509904	102
+contig	C7509640	102
+contig	C7509954	102
+contig	C7509938	102
+contig	C7509974	102
+contig	C7509854	102
+contig	C7509988	102
+contig	C7510016	102
+contig	C7510020	102
+contig	C7510060	102
+contig	C7510066	102
+contig	C7510046	102
+contig	C7510076	102
+contig	C7510122	102
+contig	C7510118	102
+contig	C7510012	102
+contig	C7509972	102
+contig	C7510144	102
+contig	C7510136	102
+contig	C7510138	102
+contig	C7510142	102
+contig	C7510160	102
+contig	C7510168	102
+contig	C7510180	102
+contig	C7510202	102
+contig	C7510110	102
+contig	C7510248	102
+contig	C7510150	102
+contig	C7510242	102
+contig	C7510260	102
+contig	C7510266	102
+contig	C7510282	102
+contig	C7510286	102
+contig	C7510302	102
+contig	C7510288	102
+contig	C7510222	102
+contig	C7510306	102
+contig	C7510328	102
+contig	C7510316	102
+contig	C7510294	102
+contig	C7510310	102
+contig	C7510342	102
+contig	C7510354	102
+contig	C7510362	102
+contig	C7510320	102
+contig	C7510350	102
+contig	C7510370	102
+contig	C7510372	102
+contig	C7510344	102
+contig	C7510376	102
+contig	C7510418	102
+contig	C7510378	102
+contig	C7510394	102
+contig	C7510404	102
+contig	C7510444	102
+contig	C7510424	102
+contig	C7510464	102
+contig	C7510454	102
+contig	C7510426	102
+contig	C7510448	102
+contig	C7510476	102
+contig	C7510486	102
+contig	C7510420	102
+contig	C7510500	102
+contig	C7510480	102
+contig	C7510502	102
+contig	C7510504	102
+contig	C7510544	102
+contig	C7510488	102
+contig	C7510518	102
+contig	C7510552	102
+contig	C7510554	102
+contig	C7510562	102
+contig	C7510578	102
+contig	C7510558	102
+contig	C7510506	102
+contig	C7510614	102
+contig	C7510612	102
+contig	C7510634	102
+contig	C7510656	102
+contig	C7510684	102
+contig	C7510668	102
+contig	C7510688	102
+contig	C7510584	102
+contig	C7510710	102
+contig	C7510722	102
+contig	C7510736	102
+contig	C7510732	102
+contig	C7510768	102
+contig	C7510764	102
+contig	C7510748	102
+contig	C7510786	102
+contig	C7510798	102
+contig	C7510720	102
+contig	C7510804	102
+contig	C7510788	102
+contig	C7510808	102
+contig	C7510498	102
+contig	C7510818	102
+contig	C7510870	102
+contig	C7510876	102
+contig	C7510852	102
+contig	C7510782	102
+contig	C7510910	102
+contig	C7510932	102
+contig	C7510896	102
+contig	C7510950	102
+contig	C7510954	102
+contig	C7508524	101
+contig	C7510892	102
+contig	C7510834	102
+contig	C7510956	102
+contig	C7510962	102
+contig	C7510940	102
+contig	C7510978	102
+contig	C7510980	102
+contig	C7510974	102
+contig	C7510990	102
+contig	C7511032	102
+contig	C7510960	102
+contig	C7511042	102
+contig	C7511058	102
+contig	C7511044	102
+contig	C7511068	102
+contig	C7510966	102
+contig	C7511060	102
+contig	C7511076	102
+contig	C7511062	102
+contig	C7511124	102
+contig	C7511132	102
+contig	C7511130	102
+contig	C7511086	102
+contig	C7511030	102
+contig	C7511150	102
+contig	C7511180	102
+contig	C7511140	102
+contig	C7511178	102
+contig	C7511106	102
+contig	C7511184	102
+contig	C7511198	102
+contig	C7511182	102
+contig	C7511192	102
+contig	C7511226	102
+contig	C7511222	102
+contig	C7511236	102
+contig	C7511232	102
+contig	C7511242	102
+contig	C7511274	102
+contig	C7511272	102
+contig	C7511298	102
+contig	C7511278	102
+contig	C7511296	102
+contig	C7511308	102
+contig	C7511256	102
+contig	C7511326	102
+contig	C7511352	102
+contig	C7511310	102
+contig	C7511314	102
+contig	C7511306	102
+contig	C7511376	102
+contig	C7511354	102
+contig	C7510828	102
+contig	C7511358	102
+contig	C7511382	102
+contig	C7511404	102
+contig	C7511410	102
+contig	C7511424	102
+contig	C7511452	102
+contig	C7511442	102
+contig	C7511458	102
+contig	C7511408	102
+contig	C7511466	102
+contig	C7511482	102
+contig	C7511472	102
+contig	C7511420	102
+contig	C7511530	102
+contig	C7511520	102
+contig	C7511516	102
+contig	C7511540	102
+contig	C7511558	102
+contig	C7511460	102
+contig	C7511566	102
+contig	C7511580	102
+contig	C7511548	102
+contig	C7511594	102
+contig	C7511602	102
+contig	C7511626	102
+contig	C7511612	102
+contig	C7511624	102
+contig	C7511634	102
+contig	C7511636	102
+contig	C7511554	102
+contig	C7511632	102
+contig	C7511660	102
+contig	C7511676	102
+contig	C7511628	102
+contig	C7511658	102
+contig	C7511678	102
+contig	C7511694	102
+contig	C7511706	102
+contig	C7511718	102
+contig	C7511704	102
+contig	C7511648	102
+contig	C7511744	102
+contig	C7511776	102
+contig	C7511766	102
+contig	C7511784	102
+contig	C7511786	102
+contig	C7511802	102
+contig	C7511806	102
+contig	C7511790	102
+contig	C7511818	102
+contig	C7511810	102
+contig	C7511814	102
+contig	C7511822	102
+contig	C7511394	102
+contig	C7511820	102
+contig	C7511826	102
+contig	C7511860	102
+contig	C7511828	102
+contig	C7511872	102
+contig	C7511850	102
+contig	C7511888	102
+contig	C7511848	102
+contig	C7511862	102
+contig	C7511898	102
+contig	C7511890	102
+contig	C7511902	102
+contig	C7511912	102
+contig	C7511904	102
+contig	C7511894	102
+contig	C7511906	102
+contig	C7511972	102
+contig	C7511984	102
+contig	C7511982	102
+contig	C7512012	102
+contig	C7511994	102
+contig	C7512008	102
+contig	C7512020	102
+contig	C7512066	102
+contig	C7512046	102
+contig	C7511948	102
+contig	C7512092	102
+contig	C7512082	102
+contig	C7512114	102
+contig	C7512086	102
+contig	C7512118	102
+contig	C7512116	102
+contig	C7512128	102
+contig	C7511228	102
+contig	C7512134	102
+contig	C7512162	102
+contig	C7512158	102
+contig	C7512190	102
+contig	C7512182	102
+contig	C7512184	102
+contig	C7512212	102
+contig	C7512186	102
+contig	C7512262	102
+contig	C7512206	102
+contig	C7512254	102
+contig	C7512264	102
+contig	C7512284	102
+contig	C7512340	102
+contig	C7512216	102
+contig	C7512290	102
+contig	C7512356	102
+contig	C7512376	102
+contig	C7512390	102
+contig	C7512380	102
+contig	C7512392	102
+contig	C7512414	102
+contig	C7512358	102
+contig	C7512436	102
+contig	C7512432	102
+contig	C7512438	102
+contig	C7512458	102
+contig	C7512454	102
+contig	C7512464	102
+contig	C7512466	102
+contig	C7512468	102
+contig	C7512470	102
+contig	C7512476	102
+contig	C7512484	102
+contig	C7512492	102
+contig	C7512478	102
+contig	C7512498	102
+contig	C7512324	102
+contig	C7512530	102
+contig	C7512534	102
+contig	C7512548	102
+contig	C7512540	102
+contig	C7512550	102
+contig	C7512556	102
+contig	C7512564	102
+contig	C7512572	102
+contig	C7512578	102
+contig	C7512598	102
+contig	C7512612	102
+contig	C7512618	102
+contig	C7512590	102
+contig	C7512636	102
+contig	C7512628	102
+contig	C7511726	102
+contig	C7512646	102
+contig	C7512664	102
+contig	C7512682	102
+contig	C7512680	102
+contig	C7512694	102
+contig	C7512668	102
+contig	C7512710	102
+contig	C7512712	102
+contig	C7512724	102
+contig	C7512728	102
+contig	C7512732	102
+contig	C7512736	102
+contig	C7512748	102
+contig	C7512742	102
+contig	C7512738	102
+contig	C7512750	102
+contig	C7512770	102
+contig	C7512782	102
+contig	C7512780	102
+contig	C7512788	102
+contig	C7512784	102
+contig	C7512836	102
+contig	C7512840	102
+contig	C7512842	102
+contig	C7512852	102
+contig	C7512854	102
+contig	C7512808	102
+contig	C7512856	102
+contig	C7512874	102
+contig	C7512860	102
+contig	C7512878	102
+contig	C7512862	102
+contig	C7512888	102
+contig	C7512398	102
+contig	C7512884	102
+contig	C7512904	102
+contig	C7512902	102
+contig	C7512926	102
+contig	C7512908	102
+contig	C7512946	102
+contig	C7512960	102
+contig	C7512958	102
+contig	C7512916	102
+contig	C7512992	102
+contig	C7512966	102
+contig	C7513006	102
+contig	C7513000	102
+contig	C7512998	102
+contig	C7513020	102
+contig	C7513036	102
+contig	C7513028	102
+contig	C7513038	102
+contig	C7513042	102
+contig	C7513050	102
+contig	C7513052	102
+contig	C7513056	102
+contig	C7513078	102
+contig	C7513092	102
+contig	C7513104	102
+contig	C7513120	102
+contig	C7513130	102
+contig	C7513142	102
+contig	C7513156	102
+contig	C7513162	102
+contig	C7513166	102
+contig	C7513170	102
+contig	C7513176	102
+contig	C7513178	102
+contig	C7513184	102
+contig	C7513190	102
+contig	C7513192	102
+contig	C7513200	102
+contig	C7513204	102
+contig	C7512502	102
+contig	C7513224	102
+contig	C7513226	102
+contig	C7513216	102
+contig	C7513242	102
+contig	C7513240	102
+contig	C7513254	102
+contig	C7513256	102
+contig	C7513268	102
+contig	C7513248	102
+contig	C7513272	102
+contig	C7513312	102
+contig	C7513338	102
+contig	C7513342	102
+contig	C7513344	102
+contig	C7513330	102
+contig	C7513350	102
+contig	C7512882	102
+contig	C7513380	102
+contig	C7513348	102
+contig	C7513362	102
+contig	C7513422	102
+contig	C7513400	102
+contig	C7513436	102
+contig	C7513442	102
+contig	C7513440	102
+contig	C7513418	102
+contig	C7513444	102
+contig	C7513448	102
+contig	C7513450	102
+contig	C7513458	102
+contig	C7513478	102
+contig	C7513476	102
+contig	C7513490	102
+contig	C7513082	102
+contig	C7513548	102
+contig	C7513554	102
+contig	C7513504	102
+contig	C7513570	102
+contig	C7513496	102
+contig	C7513572	102
+contig	C7513634	102
+contig	C7513540	102
+contig	C7513720	102
+contig	C7513690	102
+contig	C7513606	102
+contig	C7513674	102
+contig	C7513730	102
+contig	C7513746	102
+contig	C7512064	102
+contig	C7513734	102
+contig	C7513756	102
+contig	C7513778	102
+contig	C7513774	102
+contig	C7513026	102
+contig	C7513816	102
+contig	C7513804	102
+contig	C7513838	102
+contig	C7513766	102
+contig	C7513852	102
+contig	C7513876	102
+contig	C7513842	102
+contig	C7513836	102
+contig	C7513878	102
+contig	C7513914	102
+contig	C7513898	102
+contig	C7513850	102
+contig	C7513910	102
+contig	C7513916	102
+contig	C7513930	102
+contig	C7513918	102
+contig	C7513958	102
+contig	C7513926	102
+contig	C7513944	102
+contig	C7513908	102
+contig	C7514002	102
+contig	C7514026	102
+contig	C7514024	102
+contig	C7513970	102
+contig	C7513976	102
+contig	C7514054	102
+contig	C7514040	102
+contig	C7514072	102
+contig	C7514078	102
+contig	C7514084	102
+contig	C7514074	102
+contig	C7514112	102
+contig	C7514044	102
+contig	C7514100	102
+contig	C7514086	102
+contig	C7514128	102
+contig	C7514122	102
+contig	C7514180	102
+contig	C7514148	102
+contig	C7514200	102
+contig	C7514220	102
+contig	C7514196	102
+contig	C7514142	102
+contig	C7514238	102
+contig	C7514258	102
+contig	C7514236	102
+contig	C7514266	102
+contig	C7514224	102
+contig	C7514280	102
+contig	C7514296	102
+contig	C7514294	102
+contig	C7514326	102
+contig	C7514276	102
+contig	C7514328	102
+contig	C7514332	102
+contig	C7514284	102
+contig	C7514346	102
+contig	C7514316	102
+contig	C7514366	102
+contig	C7514368	102
+contig	C7514358	102
+contig	C7514370	102
+contig	C7514376	102
+contig	C7514392	102
+contig	C7514384	102
+contig	C7514388	102
+contig	C7514410	102
+contig	C7514398	102
+contig	C7514434	102
+contig	C7514458	102
+contig	C7514466	102
+contig	C7514426	102
+contig	C7514468	102
+contig	C7514482	102
+contig	C7514522	102
+contig	C7514514	102
+contig	C7514526	102
+contig	C7514534	102
+contig	C7514586	102
+contig	C7514590	102
+contig	C7514598	102
+contig	C7514602	102
+contig	C7514612	102
+contig	C7514624	102
+contig	C7514530	102
+contig	C7514628	102
+contig	C7514642	102
+contig	C7514648	102
+contig	C7514644	102
+contig	C7514656	102
+contig	C7514668	102
+contig	C7513922	102
+contig	C7514680	102
+contig	C7514432	102
+contig	C7514676	102
+contig	C7514696	102
+contig	C7514684	102
+contig	C7514720	102
+contig	C7514382	102
+contig	C7514700	102
+contig	C7514728	102
+contig	C7514726	102
+contig	C7514734	102
+contig	C7514672	102
+contig	C7514730	102
+contig	C7514740	102
+contig	C7514752	102
+contig	C7514722	102
+contig	C7514748	102
+contig	C7514824	102
+contig	C7514790	102
+contig	C7514826	102
+contig	C7514800	102
+contig	C7514850	102
+contig	C7514858	102
+contig	C7514828	102
+contig	C7514780	102
+contig	C7514884	102
+contig	C7514866	102
+contig	C7514890	102
+contig	C7514928	102
+contig	C7514900	102
+contig	C7514950	102
+contig	C7514972	102
+contig	C7514924	102
+contig	C7515012	102
+contig	C7515016	102
+contig	C7515022	102
+contig	C7515004	102
+contig	C7515024	102
+contig	C7514904	102
+contig	C7515070	102
+contig	C7515066	102
+contig	C7515080	102
+contig	C7515090	102
+contig	C7515108	102
+contig	C7515110	102
+contig	C7515058	102
+contig	C7515130	102
+contig	C7515106	102
+contig	C7515154	102
+contig	C7515086	102
+contig	C7515156	102
+contig	C7515124	102
+contig	C7515166	102
+contig	C7515188	102
+contig	C7515138	102
+contig	C7515192	102
+contig	C7515160	102
+contig	C7515198	102
+contig	C7515206	102
+contig	C7515218	102
+contig	C7515232	102
+contig	C7515266	102
+contig	C7515214	102
+contig	C7514714	102
+contig	C7515268	102
+contig	C7515210	102
+contig	C7515240	102
+contig	C7515324	102
+contig	C7515368	102
+contig	C7515374	102
+contig	C7515386	102
+contig	C7515344	102
+contig	C7515404	102
+contig	C7515430	102
+contig	C7515342	102
+contig	C7515434	102
+contig	C7515436	102
+contig	C7515388	102
+contig	C7515462	102
+contig	C7515420	102
+contig	C7515412	102
+contig	C7515482	102
+contig	C7515470	102
+contig	C7515496	102
+contig	C7515500	102
+contig	C7515486	102
+contig	C7515474	102
+contig	C7515548	102
+contig	C7515554	102
+contig	C7515560	102
+contig	C7515546	102
+contig	C7515568	102
+contig	C7515564	102
+contig	C7515576	102
+contig	C7515498	102
+contig	C7515578	102
+contig	C7515614	102
+contig	C7515516	102
+contig	C7515630	102
+contig	C7515592	102
+contig	C7515598	102
+contig	C7515648	102
+contig	C7515656	102
+contig	C7515678	102
+contig	C7515696	102
+contig	C7515706	102
+contig	C7515574	102
+contig	C7515714	102
+contig	C7515634	102
+contig	C7515710	102
+contig	C7515740	102
+contig	C7515744	102
+contig	C7515708	102
+contig	C7515764	102
+contig	C7515776	102
+contig	C7515676	102
+contig	C7515768	102
+contig	C7515772	102
+contig	C7515794	102
+contig	C7515754	102
+contig	C7515804	102
+contig	C7515788	102
+contig	C7515824	102
+contig	C7515826	102
+contig	C7515812	102
+contig	C7515792	102
+contig	C7515836	102
+contig	C7515856	102
+contig	C7515876	102
+contig	C7515862	102
+contig	C7515874	102
+contig	C7515906	102
+contig	C7515780	102
+contig	C7515896	102
+contig	C7515898	102
+contig	C7515910	102
+contig	C7515934	102
+contig	C7515908	102
+contig	C7515936	102
+contig	C7515948	102
+contig	C7515944	102
+contig	C7515958	102
+contig	C7515962	102
+contig	C7515982	102
+contig	C7515816	102
+contig	C7515976	102
+contig	C7516010	102
+contig	C7515964	102
+contig	C7516002	102
+contig	C7516012	102
+contig	C7516030	102
+contig	C7516032	102
+contig	C7516042	102
+contig	C7516052	102
+contig	C7516046	102
+contig	C7516076	102
+contig	C7516082	102
+contig	C7516104	102
+contig	C7516108	102
+contig	C7516114	102
+contig	C7516110	102
+contig	C7516128	102
+contig	C7516014	102
+contig	C7516136	102
+contig	C7516138	102
+contig	C7516142	102
+contig	C7516154	102
+contig	C7516152	102
+contig	C7516072	102
+contig	C7516156	102
+contig	C7516192	102
+contig	C7516212	102
+contig	C7516210	102
+contig	C7516218	102
+contig	C7516174	102
+contig	C7516222	102
+contig	C7516238	102
+contig	C7516242	102
+contig	C7516258	102
+contig	C7516150	102
+contig	C7516246	102
+contig	C7516264	102
+contig	C7516274	102
+contig	C7516230	102
+contig	C7516282	102
+contig	C7516286	102
+contig	C7516278	102
+contig	C7516304	102
+contig	C7516296	102
+contig	C7516308	102
+contig	C7516332	102
+contig	C7516340	102
+contig	C7516386	102
+contig	C7516388	102
+contig	C7516272	102
+contig	C7516394	102
+contig	C7516316	102
+contig	C7516428	102
+contig	C7516436	102
+contig	C7516448	102
+contig	C7516430	102
+contig	C7516404	102
+contig	C7516508	102
+contig	C7516460	102
+contig	C7516510	102
+contig	C7516536	102
+contig	C7516522	102
+contig	C7516560	102
+contig	C7516566	102
+contig	C7516564	102
+contig	C7516578	102
+contig	C7516580	102
+contig	C7516582	102
+contig	C7516576	102
+contig	C7516590	102
+contig	C7516592	102
+contig	C7515974	102
+contig	C7516616	102
+contig	C7516620	102
+contig	C7516622	102
+contig	C7516604	102
+contig	C7516630	102
+contig	C7516618	102
+contig	C7516636	102
+contig	C7516646	102
+contig	C7516700	102
+contig	C7516624	102
+contig	C7516724	102
+contig	C7516704	102
+contig	C7516752	102
+contig	C7516770	102
+contig	C7516702	102
+contig	C7516478	102
+contig	C7516732	102
+contig	C7516780	102
+contig	C7516798	102
+contig	C7516800	102
+contig	C7516794	102
+contig	C7516810	102
+contig	C7516806	102
+contig	C7516838	102
+contig	C7516822	102
+contig	C7516844	102
+contig	C7516852	102
+contig	C7516858	102
+contig	C7516778	102
+contig	C7516840	102
+contig	C7516866	102
+contig	C7516904	102
+contig	C7516880	102
+contig	C7516916	102
+contig	C7516922	102
+contig	C7516928	102
+contig	C7516940	102
+contig	C7516926	102
+contig	C7516962	102
+contig	C7517000	102
+contig	C7516944	102
+contig	C7516970	102
+contig	C7517018	102
+contig	C7517030	102
+contig	C7517020	102
+contig	C7517040	102
+contig	C7517056	102
+contig	C7517024	102
+contig	C7517062	102
+contig	C7517078	102
+contig	C7517070	102
+contig	C7517088	102
+contig	C7517084	102
+contig	C7517076	102
+contig	C7517108	102
+contig	C7517104	102
+contig	C7517092	102
+contig	C7517122	102
+contig	C7517112	102
+contig	C7517126	102
+contig	C7516774	102
+contig	C7517132	102
+contig	C7517130	102
+contig	C7517150	102
+contig	C7517146	102
+contig	C7517144	102
+contig	C7517166	102
+contig	C7517158	102
+contig	C7517178	102
+contig	C7517192	102
+contig	C7517208	102
+contig	C7517224	102
+contig	C7517206	102
+contig	C7517228	102
+contig	C7517234	102
+contig	C7517274	102
+contig	C7517244	102
+contig	C7517168	102
+contig	C7517282	102
+contig	C7517290	102
+contig	C7513732	102
+contig	C7517294	102
+contig	C7517232	102
+contig	C7517318	102
+contig	C7517332	102
+contig	C7517340	102
+contig	C7517292	102
+contig	C7517342	102
+contig	C7517366	102
+contig	C7517388	102
+contig	C7517364	102
+contig	C7517442	102
+contig	C7517432	102
+contig	C7517468	102
+contig	C7517490	102
+contig	C7517484	102
+contig	C7517514	102
+contig	C7517516	102
+contig	C7517528	102
+contig	C7517550	102
+contig	C7517524	102
+contig	C7517448	102
+contig	C7517570	102
+contig	C7517558	102
+contig	C7517504	102
+contig	C7517566	102
+contig	C7517598	102
+contig	C7517586	102
+contig	C7516468	102
+contig	C7517616	102
+contig	C7517574	102
+contig	C7517614	102
+contig	C7517640	102
+contig	C7517648	102
+contig	C7517604	102
+contig	C7517628	102
+contig	C7517674	102
+contig	C7517658	102
+contig	C7517694	102
+contig	C7517662	102
+contig	C7517696	102
+contig	C7517714	102
+contig	C7517704	102
+contig	C7517716	102
+contig	C7517684	102
+contig	C7517750	102
+contig	C7517748	102
+contig	C7517758	102
+contig	C7517772	102
+contig	C7517782	102
+contig	C7517738	102
+contig	C7517690	102
+contig	C7517320	102
+contig	C7517784	102
+contig	C7517778	102
+contig	C7517786	102
+contig	C7517820	102
+contig	C7517838	102
+contig	C7517830	102
+contig	C7517858	102
+contig	C7517856	102
+contig	C7517868	102
+contig	C7517826	102
+contig	C7517850	102
+contig	C7517878	102
+contig	C7517862	102
+contig	C7517848	102
+contig	C7517582	102
+contig	C7517886	102
+contig	C7517920	102
+contig	C7517908	102
+contig	C7517916	102
+contig	C7517962	102
+contig	C7517968	102
+contig	C7517998	102
+contig	C7517952	102
+contig	C7517888	102
+contig	C7518008	102
+contig	C7518010	102
+contig	C7518018	102
+contig	C7518024	102
+contig	C7517986	102
+contig	C7518044	102
+contig	C7518052	102
+contig	C7517932	102
+contig	C7518048	102
+contig	C7517944	102
+contig	C7518056	102
+contig	C7518046	102
+contig	C7518072	102
+contig	C7518110	102
+contig	C7518058	102
+contig	C7518118	102
+contig	C7518120	102
+contig	C7518146	102
+contig	C7518162	102
+contig	C7518130	102
+contig	C7518096	102
+contig	C7518186	102
+contig	C7518182	102
+contig	C7518074	102
+contig	C7518208	102
+contig	C7518218	102
+contig	C7518194	102
+contig	C7518234	102
+contig	C7518212	102
+contig	C7518188	102
+contig	C7518306	102
+contig	C7518302	102
+contig	C7518324	102
+contig	C7518282	102
+contig	C7518344	102
+contig	C7518322	102
+contig	C7518352	102
+contig	C7518312	102
+contig	C7518362	102
+contig	C7518370	102
+contig	C7518378	102
+contig	C7518384	102
+contig	C7518334	102
+contig	C7518396	102
+contig	C7518386	102
+contig	C7518330	102
+contig	C7518354	102
+contig	C7518404	102
+contig	C7518412	102
+contig	C7518398	102
+contig	C7518426	102
+contig	C7518448	102
+contig	C7518430	102
+contig	C7518458	102
+contig	C7518438	102
+contig	C7518462	102
+contig	C7518486	102
+contig	C7518482	102
+contig	C7518456	102
+contig	C7518484	102
+contig	C7518036	102
+contig	C7518514	102
+contig	C7518540	102
+contig	C7518490	102
+contig	C7518506	102
+contig	C7518542	102
+contig	C7518508	102
+contig	C7518548	102
+contig	C7518550	102
+contig	C7518546	102
+contig	C7518572	102
+contig	C7518576	102
+contig	C7518586	102
+contig	C7518562	102
+contig	C7518588	102
+contig	C7518560	102
+contig	C7518590	102
+contig	C7518582	102
+contig	C7518618	102
+contig	C7518612	102
+contig	C7518634	102
+contig	C7518608	102
+contig	C7518646	102
+contig	C7518604	102
+contig	C7518654	102
+contig	C7518668	102
+contig	C7518694	102
+contig	C7518642	102
+contig	C7518690	102
+contig	C7518698	102
+contig	C7518736	102
+contig	C7518672	102
+contig	C7518728	102
+contig	C7518768	102
+contig	C7518740	102
+contig	C7518752	102
+contig	C7518802	102
+contig	C7518450	102
+contig	C7518792	102
+contig	C7518706	102
+contig	C7518804	102
+contig	C7518826	102
+contig	C7518814	102
+contig	C7518844	102
+contig	C7518866	102
+contig	C7518886	102
+contig	C7518806	102
+contig	C7518846	102
+contig	C7518906	102
+contig	C7518834	102
+contig	C7518920	102
+contig	C7518908	102
+contig	C7518918	102
+contig	C7518952	102
+contig	C7518858	102
+contig	C7518938	102
+contig	C7518946	102
+contig	C7518876	102
+contig	C7518962	102
+contig	C7518974	102
+contig	C7518966	102
+contig	C7518992	102
+contig	C7518950	102
+contig	C7518960	102
+contig	C7519006	102
+contig	C7519018	102
+contig	C7519014	102
+contig	C7519042	102
+contig	C7519036	102
+contig	C7519048	102
+contig	C7519060	102
+contig	C7519088	102
+contig	C7519092	102
+contig	C7519128	102
+contig	C7519124	102
+contig	C7519132	102
+contig	C7519138	102
+contig	C7519146	102
+contig	C7518984	102
+contig	C7519160	102
+contig	C7519152	102
+contig	C7519070	102
+contig	C7519180	102
+contig	C7519184	102
+contig	C7519182	102
+contig	C7519198	102
+contig	C7519194	102
+contig	C7519200	102
+contig	C7519208	102
+contig	C7519126	102
+contig	C7519204	102
+contig	C7519212	102
+contig	C7519246	102
+contig	C7519276	102
+contig	C7519256	102
+contig	C7519234	102
+contig	C7519144	102
+contig	C7519280	102
+contig	C7519284	102
+contig	C7519300	102
+contig	C7519296	102
+contig	C7519314	102
+contig	C7519312	102
+contig	C7519318	102
+contig	C7519386	102
+contig	C7519260	102
+contig	C7519346	102
+contig	C7519418	102
+contig	C7519354	102
+contig	C7519448	102
+contig	C7519412	102
+contig	C7519334	102
+contig	C7519530	102
+contig	C7519450	102
+contig	C7519466	102
+contig	C7519540	102
+contig	C7519562	102
+contig	C7519558	102
+contig	C7519528	102
+contig	C7519566	102
+contig	C7519548	102
+contig	C7519592	102
+contig	C7519618	102
+contig	C7518956	102
+contig	C7519620	102
+contig	C7519634	102
+contig	C7519656	102
+contig	C7519492	102
+contig	C7519564	102
+contig	C7519670	102
+contig	C7519582	102
+contig	C7519698	102
+contig	C7519654	102
+contig	C7519724	102
+contig	C7519744	102
+contig	C7519764	102
+contig	C7519774	102
+contig	C7519792	102
+contig	C7519798	102
+contig	C7519758	102
+contig	C7519802	102
+contig	C7519832	102
+contig	C7519830	102
+contig	C7519686	102
+contig	C7519840	102
+contig	C7519822	102
+contig	C7519842	102
+contig	C7519868	102
+contig	C7519854	102
+contig	C7519852	102
+contig	C7519884	102
+contig	C7519836	102
+contig	C7519930	102
+contig	C7519572	102
+contig	C7519942	102
+contig	C7519934	102
+contig	C7519944	102
+contig	C7519952	102
+contig	C7519908	102
+contig	C7519914	102
+contig	C7519968	102
+contig	C7520006	102
+contig	C7519956	102
+contig	C7520018	102
+contig	C7520020	102
+contig	C7520016	102
+contig	C7519988	102
+contig	C7520032	102
+contig	C7520062	102
+contig	C7520080	102
+contig	C7520098	102
+contig	C7520056	102
+contig	C7520070	102
+contig	C7520122	102
+contig	C7520028	102
+contig	C7520166	102
+contig	C7520178	102
+contig	C7520140	102
+contig	C7520184	102
+contig	C7520192	102
+contig	C7520216	102
+contig	C7520234	102
+contig	C7520232	102
+contig	C7520222	102
+contig	C7520186	102
+contig	C7520274	102
+contig	C7520264	102
+contig	C7520242	102
+contig	C7520254	102
+contig	C7520306	102
+contig	C7520280	102
+contig	C7520318	102
+contig	C7520310	102
+contig	C7520340	102
+contig	C7520332	102
+contig	C7520324	102
+contig	C7520350	102
+contig	C7520348	102
+contig	C7520304	102
+contig	C7520352	102
+contig	C7520356	102
+contig	C7520360	102
+contig	C7520342	102
+contig	C7520402	102
+contig	C7520446	102
+contig	C7520422	102
+contig	C7520464	102
+contig	C7520470	102
+contig	C7520472	102
+contig	C7520474	102
+contig	C7520418	102
+contig	C7520460	102
+contig	C7520490	102
+contig	C7520510	102
+contig	C7520466	102
+contig	C7520516	102
+contig	C7520534	102
+contig	C7520536	102
+contig	C7520552	102
+contig	C7520570	102
+contig	C7520476	102
+contig	C7520596	102
+contig	C7520610	102
+contig	C7520612	102
+contig	C7520034	102
+contig	C7520538	102
+contig	C7520622	102
+contig	C7520634	102
+contig	C7520616	102
+contig	C7520658	102
+contig	C7520594	102
+contig	C7520638	102
+contig	C7520648	102
+contig	C7520692	102
+contig	C7520696	102
+contig	C7520718	102
+contig	C7520704	102
+contig	C7520666	102
+contig	C7520698	102
+contig	C7520732	102
+contig	C7520722	102
+contig	C7520736	102
+contig	C7520742	102
+contig	C7520720	102
+contig	C7520744	102
+contig	C7520764	102
+contig	C7520814	102
+contig	C7520784	102
+contig	C7520756	102
+contig	C7520822	102
+contig	C7520862	102
+contig	C7520846	102
+contig	C7520892	102
+contig	C7520868	102
+contig	C7520886	102
+contig	C7520926	102
+contig	C7520954	102
+contig	C7520924	102
+contig	C7520942	102
+contig	C7520976	102
+contig	C7521004	102
+contig	C7520972	102
+contig	C7521016	102
+contig	C7521026	102
+contig	C7521012	102
+contig	C7520958	102
+contig	C7521036	102
+contig	C7521030	102
+contig	C7521060	102
+contig	C7521058	102
+contig	C7521078	102
+contig	C7521072	102
+contig	C7521090	102
+contig	C7521096	102
+contig	C7521050	102
+contig	C7521120	102
+contig	C7521122	102
+contig	C7521102	102
+contig	C7521140	102
+contig	C7521128	102
+contig	C7521168	102
+contig	C7521124	102
+contig	C7521156	102
+contig	C7521176	102
+contig	C7521170	102
+contig	C7521192	102
+contig	C7521190	102
+contig	C7521198	102
+contig	C7521196	102
+contig	C7521200	102
+contig	C7521208	102
+contig	C7521214	102
+contig	C7519796	102
+contig	C7521262	102
+contig	C7521234	102
+contig	C7521272	102
+contig	C7521250	102
+contig	C7521278	102
+contig	C7521276	102
+contig	C7521322	102
+contig	C7521342	102
+contig	C7521220	102
+contig	C7521290	102
+contig	C7521350	102
+contig	C7521352	102
+contig	C7521344	102
+contig	C7521374	102
+contig	C7521366	102
+contig	C7521376	102
+contig	C7521384	102
+contig	C7521390	102
+contig	C7521378	102
+contig	C7521354	102
+contig	C7521458	102
+contig	C7521466	102
+contig	C7521432	102
+contig	C7521498	102
+contig	C7521478	102
+contig	C7521520	102
+contig	C7521558	102
+contig	C7521396	102
+contig	C7521550	102
+contig	C7521564	102
+contig	C7521608	102
+contig	C7521622	102
+contig	C7521572	102
+contig	C7521648	102
+contig	C7521658	102
+contig	C7521624	102
+contig	C7521666	102
+contig	C7521670	102
+contig	C7521682	102
+contig	C7521678	102
+contig	C7521688	102
+contig	C7520522	102
+contig	C7521694	102
+contig	C7521684	102
+contig	C7521690	102
+contig	C7521734	102
+contig	C7521728	102
+contig	C7521726	102
+contig	C7521736	102
+contig	C7521750	102
+contig	C7521760	102
+contig	C7521764	102
+contig	C7521780	102
+contig	C7521792	102
+contig	C7521790	102
+contig	C7521796	102
+contig	C7521816	102
+contig	C7521754	102
+contig	C7520858	102
+contig	C7521802	102
+contig	C7521838	102
+contig	C7521826	102
+contig	C7521836	102
+contig	C7521860	102
+contig	C7521848	102
+contig	C7521868	102
+contig	C7521844	102
+contig	C7521884	102
+contig	C7521888	102
+contig	C7521874	102
+contig	C7521890	102
+contig	C7521906	102
+contig	C7521908	102
+contig	C7521892	102
+contig	C7521928	102
+contig	C7521938	102
+contig	C7521942	102
+contig	C7521818	102
+contig	C7521952	102
+contig	C7521924	102
+contig	C7521990	102
+contig	C7521956	102
+contig	C7521592	102
+contig	C7521976	102
+contig	C7522040	102
+contig	C7521914	102
+contig	C7522062	102
+contig	C7522034	102
+contig	C7522050	102
+contig	C7522104	102
+contig	C7522010	102
+contig	C7522148	102
+contig	C7522090	102
+contig	C7521346	102
+contig	C7522152	102
+contig	C7522204	102
+contig	C7522164	102
+contig	C7522122	102
+contig	C7522202	102
+contig	C7522210	102
+contig	C7522110	102
+contig	C7522232	102
+contig	C7522216	102
+contig	C7522236	102
+contig	C7522262	102
+contig	C7522264	102
+contig	C7522260	102
+contig	C7522168	102
+contig	C7522286	102
+contig	C7522254	102
+contig	C7522284	102
+contig	C7522302	102
+contig	C7522314	102
+contig	C7522336	102
+contig	C7522332	102
+contig	C7522358	102
+contig	C7522372	102
+contig	C7522218	102
+contig	C7522370	102
+contig	C7522386	102
+contig	C7522380	102
+contig	C7522414	102
+contig	C7522354	102
+contig	C7522416	102
+contig	C7522312	102
+contig	C7522430	102
+contig	C7522418	102
+contig	C7522436	102
+contig	C7522446	102
+contig	C7522434	102
+contig	C7522438	102
+contig	C7522396	102
+contig	C7522458	102
+contig	C7522452	102
+contig	C7522474	102
+contig	C7522506	102
+contig	C7522472	102
+contig	C7522498	102
+contig	C7522484	102
+contig	C7522518	102
+contig	C7522526	102
+contig	C7522546	102
+contig	C7522534	102
+contig	C7522512	102
+contig	C7522548	102
+contig	C7522574	102
+contig	C7522576	102
+contig	C7522582	102
+contig	C7522614	102
+contig	C7522564	102
+contig	C7522626	102
+contig	C7522634	102
+contig	C7522402	102
+contig	C7522616	102
+contig	C7522638	102
+contig	C7522660	102
+contig	C7522668	102
+contig	C7522678	102
+contig	C7522672	102
+contig	C7522542	102
+contig	C7522700	102
+contig	C7522688	102
+contig	C7522706	102
+contig	C7522714	102
+contig	C7522648	102
+contig	C7522756	102
+contig	C7522770	102
+contig	C7522694	102
+contig	C7522778	102
+contig	C7522804	102
+contig	C7522810	102
+contig	C7522752	102
+contig	C7522816	102
+contig	C7522788	102
+contig	C7522824	102
+contig	C7522836	102
+contig	C7522812	102
+contig	C7522854	102
+contig	C7522878	102
+contig	C7522838	102
+contig	C7522902	102
+contig	C7522840	102
+contig	C7522904	102
+contig	C7522908	102
+contig	C7522884	102
+contig	C7522964	102
+contig	C7522968	102
+contig	C7522940	102
+contig	C7522984	102
+contig	C7522994	102
+contig	C7522988	102
+contig	C7522958	102
+contig	C7522996	102
+contig	C7523022	102
+contig	C7523012	102
+contig	C7523046	102
+contig	C7523050	102
+contig	C7523054	102
+contig	C7523088	102
+contig	C7523036	102
+contig	C7523108	102
+contig	C7523120	102
+contig	C7523030	102
+contig	C7522368	102
+contig	C7523128	102
+contig	C7523146	102
+contig	C7523148	102
+contig	C7523126	102
+contig	C7523150	102
+contig	C7523168	102
+contig	C7523170	102
+contig	C7523192	102
+contig	C7523182	102
+contig	C7523160	102
+contig	C7523206	102
+contig	C7523220	102
+contig	C7523210	102
+contig	C7523224	102
+contig	C7523226	102
+contig	C7523218	102
+contig	C7523254	102
+contig	C7523258	102
+contig	C7523256	102
+contig	C7522710	102
+contig	C7523296	102
+contig	C7523274	102
+contig	C7523336	102
+contig	C7523260	102
+contig	C7523350	102
+contig	C7523360	102
+contig	C7523366	102
+contig	C7523362	102
+contig	C7523330	102
+contig	C7523396	102
+contig	C7523380	102
+contig	C7523398	102
+contig	C7523416	102
+contig	C7523432	102
+contig	C7523426	102
+contig	C7523434	102
+contig	C7523436	102
+contig	C7523428	102
+contig	C7523118	102
+contig	C7523448	102
+contig	C7523470	102
+contig	C7523444	102
+contig	C7523482	102
+contig	C7523496	102
+contig	C7523450	102
+contig	C7523518	102
+contig	C7523516	102
+contig	C7523522	102
+contig	C7523524	102
+contig	C7523546	102
+contig	C7523562	102
+contig	C7523368	102
+contig	C7523570	102
+contig	C7523566	102
+contig	C7523576	102
+contig	C7523572	102
+contig	C7523586	102
+contig	C7523588	102
+contig	C7523492	102
+contig	C7523594	102
+contig	C7523608	102
+contig	C7523628	102
+contig	C7523630	102
+contig	C7523632	102
+contig	C7523638	102
+contig	C7523620	102
+contig	C7523676	102
+contig	C7523554	102
+contig	C7523656	102
+contig	C7523686	102
+contig	C7523718	102
+contig	C7523698	102
+contig	C7523754	102
+contig	C7523690	102
+contig	C7523768	102
+contig	C7523742	102
+contig	C7523790	102
+contig	C7523440	102
+contig	C7523796	102
+contig	C7523814	102
+contig	C7523806	102
+contig	C7523776	102
+contig	C7523850	102
+contig	C7523822	102
+contig	C7523854	102
+contig	C7523868	102
+contig	C7523844	102
+contig	C7523862	102
+contig	C7523852	102
+contig	C7523884	102
+contig	C7523894	102
+contig	C7523900	102
+contig	C7523904	102
+contig	C7523918	102
+contig	C7523908	102
+contig	C7523948	102
+contig	C7523988	102
+contig	C7523990	102
+contig	C7524000	102
+contig	C7523932	102
+contig	C7524002	102
+contig	C7524010	102
+contig	C7524018	102
+contig	C7524032	102
+contig	C7524062	102
+contig	C7524084	102
+contig	C7524088	102
+contig	C7524090	102
+contig	C7523928	102
+contig	C7524096	102
+contig	C7524092	102
+contig	C7524102	102
+contig	C7524134	102
+contig	C7524064	102
+contig	C7524116	102
+contig	C7524156	102
+contig	C7524162	102
+contig	C7523622	102
+contig	C7524014	102
+contig	C7524190	102
+contig	C7524186	102
+contig	C7524202	102
+contig	C7524164	102
+contig	C7524210	102
+contig	C7524232	102
+contig	C7524196	102
+contig	C7524240	102
+contig	C7524256	102
+contig	C7524258	102
+contig	C7524266	102
+contig	C7524290	102
+contig	C7524212	102
+contig	C7524274	102
+contig	C7524308	102
+contig	C7524304	102
+contig	C7524320	102
+contig	C7524298	102
+contig	C7524312	102
+contig	C7524350	102
+contig	C7524354	102
+contig	C7524322	102
+contig	C7524380	102
+contig	C7524242	102
+contig	C7524404	102
+contig	C7524396	102
+contig	C7524416	102
+contig	C7524410	102
+contig	C7524438	102
+contig	C7524420	102
+contig	C7524440	102
+contig	C7524462	102
+contig	C7524464	102
+contig	C7524466	102
+contig	C7524474	102
+contig	C7524408	102
+contig	C7524492	103
+contig	C7524494	103
+contig	C7524498	103
+contig	C7524456	102
+contig	C7524510	103
+contig	C7524512	103
+contig	C7524518	103
+contig	C7524532	103
+contig	C7524546	103
+contig	C7524558	103
+contig	C7524572	103
+contig	C7524576	103
+contig	C7524584	103
+contig	C7524590	103
+contig	C7524592	103
+contig	C7524596	103
+contig	C7524622	103
+contig	C7524628	103
+contig	C7524632	103
+contig	C7524640	103
+contig	C7524646	103
+contig	C7524534	103
+contig	C7524662	103
+contig	C7524648	103
+contig	C7524670	103
+contig	C7524678	103
+contig	C7524690	103
+contig	C7524694	103
+contig	C7524702	103
+contig	C7524710	103
+contig	C7524720	103
+contig	C7524712	103
+contig	C7524738	103
+contig	C7524774	103
+contig	C7524768	103
+contig	C7524802	103
+contig	C7524344	102
+contig	C7524804	103
+contig	C7524820	103
+contig	C7524806	103
+contig	C7524790	103
+contig	C7524824	103
+contig	C7524826	103
+contig	C7524828	103
+contig	C7524840	103
+contig	C7524846	103
+contig	C7524856	103
+contig	C7524860	103
+contig	C7524850	103
+contig	C7524862	103
+contig	C7524890	103
+contig	C7524866	103
+contig	C7524910	103
+contig	C7524940	103
+contig	C7524942	103
+contig	C7524944	103
+contig	C7524946	103
+contig	C7524950	103
+contig	C7524954	103
+contig	C7524976	103
+contig	C7524980	103
+contig	C7524902	103
+contig	C7525020	103
+contig	C7524998	103
+contig	C7525040	103
+contig	C7524174	102
+contig	C7525042	103
+contig	C7525054	103
+contig	C7525044	103
+contig	C7525064	103
+contig	C7525078	103
+contig	C7525096	103
+contig	C7525110	103
+contig	C7525108	103
+contig	C7525116	103
+contig	C7524844	103
+contig	C7525124	103
+contig	C7525118	103
+contig	C7525130	103
+contig	C7525152	103
+contig	C7525166	103
+contig	C7525168	103
+contig	C7525206	103
+contig	C7525208	103
+contig	C7525190	103
+contig	C7525216	103
+contig	C7525236	103
+contig	C7525234	103
+contig	C7525248	103
+contig	C7525284	103
+contig	C7525290	103
+contig	C7525298	103
+contig	C7525302	103
+contig	C7525328	103
+contig	C7525332	103
+contig	C7525336	103
+contig	C7525354	103
+contig	C7525356	103
+contig	C7524480	103
+contig	C7525384	103
+contig	C7525400	103
+contig	C7525406	103
+contig	C7525362	103
+contig	C7525286	103
+contig	C7525432	103
+contig	C7525434	103
+contig	C7525436	103
+contig	C7525450	103
+contig	C7525466	103
+contig	C7525482	103
+contig	C7525218	103
+contig	C7525484	103
+contig	C7525504	103
+contig	C7525506	103
+contig	C7525410	103
+contig	C7525496	103
+contig	C7525520	103
+contig	C7525514	103
+contig	C7525542	103
+contig	C7525528	103
+contig	C7525546	103
+contig	C7525474	103
+contig	C7525560	103
+contig	C7525568	103
+contig	C7525574	103
+contig	C7525580	103
+contig	C7525558	103
+contig	C7525578	103
+contig	C7525598	103
+contig	C7525600	103
+contig	C7525622	103
+contig	C7525624	103
+contig	C7525612	103
+contig	C7525636	103
+contig	C7525640	103
+contig	C7525652	103
+contig	C7525668	103
+contig	C7525690	103
+contig	C7525662	103
+contig	C7525722	103
+contig	C7522598	102
+contig	C7525728	103
+contig	C7525732	103
+contig	C7525734	103
+contig	C7525740	103
+contig	C7525756	103
+contig	C7525758	103
+contig	C7525760	103
+contig	C7525766	103
+contig	C7525780	103
+contig	C7525790	103
+contig	C7525794	103
+contig	C7525800	103
+contig	C7525592	103
+contig	C7525808	103
+contig	C7525566	103
+contig	C7525802	103
+contig	C7525814	103
+contig	C7525826	103
+contig	C7525836	103
+contig	C7525838	103
+contig	C7525842	103
+contig	C7525822	103
+contig	C7525852	103
+contig	C7525872	103
+contig	C7525890	103
+contig	C7525694	103
+contig	C7525876	103
+contig	C7525832	103
+contig	C7525892	103
+contig	C7525942	103
+contig	C7525944	103
+contig	C7525950	103
+contig	C7525928	103
+contig	C7525964	103
+contig	C7525996	103
+contig	C7526000	103
+contig	C7526014	103
+contig	C7526026	103
+contig	C7526064	103
+contig	C7526008	103
+contig	C7525946	103
+contig	C7526092	103
+contig	C7526124	103
+contig	C7526126	103
+contig	C7526074	103
+contig	C7526096	103
+contig	C7526152	103
+contig	C7526154	103
+contig	C7526166	103
+contig	C7526170	103
+contig	C7526160	103
+contig	C7526172	103
+contig	C7526182	103
+contig	C7526202	103
+contig	C7526208	103
+contig	C7526178	103
+contig	C7526210	103
+contig	C7526230	103
+contig	C7526238	103
+contig	C7526216	103
+contig	C7526224	103
+contig	C7526240	103
+contig	C7526254	103
+contig	C7526248	103
+contig	C7526252	103
+contig	C7526258	103
+contig	C7526264	103
+contig	C7526268	103
+contig	C7526276	103
+contig	C7526278	103
+contig	C7526282	103
+contig	C7525028	103
+contig	C7526304	103
+contig	C7526302	103
+contig	C7526328	103
+contig	C7526274	103
+contig	C7526330	103
+contig	C7526312	103
+contig	C7526340	103
+contig	C7526344	103
+contig	C7526360	103
+contig	C7526382	103
+contig	C7526338	103
+contig	C7526320	103
+contig	C7526352	103
+contig	C7526404	103
+contig	C7526394	103
+contig	C7526420	103
+contig	C7526408	103
+contig	C7526424	103
+contig	C7526436	103
+contig	C7525726	103
+contig	C7526440	103
+contig	C7526464	103
+contig	C7526474	103
+contig	C7526490	103
+contig	C7525974	103
+contig	C7526486	103
+contig	C7526476	103
+contig	C7526516	103
+contig	C7526502	103
+contig	C7526530	103
+contig	C7526504	103
+contig	C7526526	103
+contig	C7526532	103
+contig	C7526544	103
+contig	C7526522	103
+contig	C7526536	103
+contig	C7526554	103
+contig	C7526558	103
+contig	C7526594	103
+contig	C7526598	103
+contig	C7526606	103
+contig	C7526604	103
+contig	C7526616	103
+contig	C7526636	103
+contig	C7526650	103
+contig	C7526622	103
+contig	C7526656	103
+contig	C7526676	103
+contig	C7526692	103
+contig	C7526666	103
+contig	C7526698	103
+contig	C7526712	103
+contig	C7526718	103
+contig	C7526726	103
+contig	C7526736	103
+contig	C7526414	103
+contig	C7526744	103
+contig	C7526700	103
+contig	C7526758	103
+contig	C7526748	103
+contig	C7526760	103
+contig	C7526778	103
+contig	C7526766	103
+contig	C7526792	103
+contig	C7526786	103
+contig	C7526546	103
+contig	C7526836	103
+contig	C7526564	103
+contig	C7526838	103
+contig	C7526806	103
+contig	C7526846	103
+contig	C7526832	103
+contig	C7526848	103
+contig	C7526870	103
+contig	C7526866	103
+contig	C7526948	103
+contig	C7526856	103
+contig	C7526952	103
+contig	C7526936	103
+contig	C7526950	103
+contig	C7526988	103
+contig	C7526966	103
+contig	C7527004	103
+contig	C7527024	103
+contig	C7527022	103
+contig	C7527040	103
+contig	C7527032	103
+contig	C7526970	103
+contig	C7527048	103
+contig	C7527080	103
+contig	C7526434	103
+contig	C7527088	103
+contig	C7526784	103
+contig	C7527104	103
+contig	C7527116	103
+contig	C7527106	103
+contig	C7527120	103
+contig	C7527126	103
+contig	C7527042	103
+contig	C7527128	103
+contig	C7527172	103
+contig	C7527136	103
+contig	C7527170	103
+contig	C7527174	103
+contig	C7527186	103
+contig	C7527138	103
+contig	C7527184	103
+contig	C7527192	103
+contig	C7527216	103
+contig	C7527228	103
+contig	C7527226	103
+contig	C7527236	103
+contig	C7527240	103
+contig	C7527258	103
+contig	C7527268	103
+contig	C7527246	103
+contig	C7527276	103
+contig	C7527278	103
+contig	C7527272	103
+contig	C7527238	103
+contig	C7527300	103
+contig	C7527302	103
+contig	C7527312	103
+contig	C7527320	103
+contig	C7527338	103
+contig	C7527344	103
+contig	C7527206	103
+contig	C7527298	103
+contig	C7527374	103
+contig	C7527382	103
+contig	C7527326	103
+contig	C7527380	103
+contig	C7527352	103
+contig	C7527392	103
+contig	C7527426	103
+contig	C7527420	103
+contig	C7527434	103
+contig	C7527452	103
+contig	C7526946	103
+contig	C7527394	103
+contig	C7527460	103
+contig	C7527470	103
+contig	C7527474	103
+contig	C7527490	103
+contig	C7527504	103
+contig	C7527500	103
+contig	C7527076	103
+contig	C7527546	103
+contig	C7527494	103
+contig	C7527526	103
+contig	C7527552	103
+contig	C7527428	103
+contig	C7527576	103
+contig	C7527592	103
+contig	C7527636	103
+contig	C7527582	103
+contig	C7527654	103
+contig	C7527524	103
+contig	C7527690	103
+contig	C7527622	103
+contig	C7527698	103
+contig	C7527640	103
+contig	C7527694	103
+contig	C7527558	103
+contig	C7527706	103
+contig	C7527714	103
+contig	C7527734	103
+contig	C7527748	103
+contig	C7527762	103
+contig	C7527736	103
+contig	C7527744	103
+contig	C7527772	103
+contig	C7527754	103
+contig	C7527720	103
+contig	C7527764	103
+contig	C7527796	103
+contig	C7527816	103
+contig	C7527836	103
+contig	C7527842	103
+contig	C7527782	103
+contig	C7527812	103
+contig	C7527868	103
+contig	C7527854	103
+contig	C7527890	103
+contig	C7527912	103
+contig	C7527828	103
+contig	C7527894	103
+contig	C7527924	103
+contig	C7527928	103
+contig	C7527874	103
+contig	C7527950	103
+contig	C7527984	103
+contig	C7527918	103
+contig	C7528034	103
+contig	C7528046	103
+contig	C7527942	103
+contig	C7527966	103
+contig	C7527946	103
+contig	C7528058	103
+contig	C7528032	103
+contig	C7528052	103
+contig	C7528060	103
+contig	C7528056	103
+contig	C7528078	103
+contig	C7528068	103
+contig	C7528072	103
+contig	C7528090	103
+contig	C7528088	103
+contig	C7528070	103
+contig	C7528104	103
+contig	C7528124	103
+contig	C7528098	103
+contig	C7528148	103
+contig	C7528112	103
+contig	C7528094	103
+contig	C7528168	103
+contig	C7528208	103
+contig	C7528138	103
+contig	C7528222	103
+contig	C7528118	103
+contig	C7528210	103
+contig	C7528248	103
+contig	C7528246	103
+contig	C7528262	103
+contig	C7528174	103
+contig	C7528270	103
+contig	C7528284	103
+contig	C7528286	103
+contig	C7528290	103
+contig	C7528232	103
+contig	C7528288	103
+contig	C7528298	103
+contig	C7528300	103
+contig	C7528316	103
+contig	C7528264	103
+contig	C7528336	103
+contig	C7528350	103
+contig	C7528346	103
+contig	C7528420	103
+contig	C7528384	103
+contig	C7528444	103
+contig	C7528324	103
+contig	C7528358	103
+contig	C7528426	103
+contig	C7528474	103
+contig	C7528476	103
+contig	C7528464	103
+contig	C7528498	103
+contig	C7528500	103
+contig	C7528532	103
+contig	C7528522	103
+contig	C7528534	103
+contig	C7528546	103
+contig	C7528552	103
+contig	C7528572	103
+contig	C7528586	103
+contig	C7528556	103
+contig	C7528562	103
+contig	C7528590	103
+contig	C7528598	103
+contig	C7528328	103
+contig	C7528634	103
+contig	C7528620	103
+contig	C7528616	103
+contig	C7528490	103
+contig	C7528636	103
+contig	C7528680	103
+contig	C7528714	103
+contig	C7528638	103
+contig	C7528716	103
+contig	C7528646	103
+contig	C7528688	103
+contig	C7528746	103
+contig	C7528748	103
+contig	C7528750	103
+contig	C7528764	103
+contig	C7528730	103
+contig	C7528756	103
+contig	C7528776	103
+contig	C7528778	103
+contig	C7528610	103
+contig	C7528820	103
+contig	C7528804	103
+contig	C7528826	103
+contig	C7528770	103
+contig	C7528834	103
+contig	C7528846	103
+contig	C7528860	103
+contig	C7528884	103
+contig	C7528814	103
+contig	C7528908	103
+contig	C7528904	103
+contig	C7528920	103
+contig	C7528934	103
+contig	C7528844	103
+contig	C7528942	103
+contig	C7528956	103
+contig	C7528960	103
+contig	C7528946	103
+contig	C7528988	103
+contig	C7528968	103
+contig	C7529004	103
+contig	C7528996	103
+contig	C7529032	103
+contig	C7528888	103
+contig	C7529044	103
+contig	C7529048	103
+contig	C7529036	103
+contig	C7529070	103
+contig	C7529084	103
+contig	C7529106	103
+contig	C7529060	103
+contig	C7529108	103
+contig	C7529132	103
+contig	C7529076	103
+contig	C7529152	103
+contig	C7528768	103
+contig	C7529166	103
+contig	C7529170	103
+contig	C7529158	103
+contig	C7529208	103
+contig	C7529220	103
+contig	C7529226	103
+contig	C7528966	103
+contig	C7529194	103
+contig	C7529246	103
+contig	C7529236	103
+contig	C7529248	103
+contig	C7529178	103
+contig	C7529254	103
+contig	C7529280	103
+contig	C7529274	103
+contig	C7529286	103
+contig	C7529332	103
+contig	C7529154	103
+contig	C7529330	103
+contig	C7529340	103
+contig	C7529346	103
+contig	C7529356	103
+contig	C7529338	103
+contig	C7529288	103
+contig	C7529362	103
+contig	C7529376	103
+contig	C7529378	103
+contig	C7529388	103
+contig	C7529382	103
+contig	C7529380	103
+contig	C7529390	103
+contig	C7529386	103
+contig	C7529432	103
+contig	C7529394	103
+contig	C7529396	103
+contig	C7529448	103
+contig	C7529442	103
+contig	C7529488	103
+contig	C7529446	103
+contig	C7529492	103
+contig	C7529490	103
+contig	C7529484	103
+contig	C7529498	103
+contig	C7529496	103
+contig	C7529502	103
+contig	C7529516	103
+contig	C7529522	103
+contig	C7529540	103
+contig	C7529324	103
+contig	C7529538	103
+contig	C7529542	103
+contig	C7529588	103
+contig	C7529598	103
+contig	C7529406	103
+contig	C7529526	103
+contig	C7529622	103
+contig	C7529572	103
+contig	C7529662	103
+contig	C7529680	103
+contig	C7529684	103
+contig	C7529672	103
+contig	C7529710	103
+contig	C7529694	103
+contig	C7529592	103
+contig	C7529706	103
+contig	C7529788	103
+contig	C7527450	103
+contig	C7529716	103
+contig	C7529790	103
+contig	C7529800	103
+contig	C7529772	103
+contig	C7529798	103
+contig	C7529802	103
+contig	C7529822	103
+contig	C7529812	103
+contig	C7529846	103
+contig	C7529858	103
+contig	C7529824	103
+contig	C7529748	103
+contig	C7529936	103
+contig	C7529972	103
+contig	C7529978	103
+contig	C7529982	103
+contig	C7529854	103
+contig	C7529918	103
+contig	C7530006	103
+contig	C7530024	103
+contig	C7530054	103
+contig	C7530068	103
+contig	C7530046	103
+contig	C7529964	103
+contig	C7530078	103
+contig	C7530022	103
+contig	C7530098	103
+contig	C7530112	103
+contig	C7530138	103
+contig	C7530144	103
+contig	C7530084	103
+contig	C7530154	103
+contig	C7530128	103
+contig	C7530164	103
+contig	C7530182	103
+contig	C7530092	103
+contig	C7530188	103
+contig	C7530148	103
+contig	C7530192	103
+contig	C7530194	103
+contig	C7530166	103
+contig	C7530202	103
+contig	C7530204	103
+contig	C7530190	103
+contig	C7530228	103
+contig	C7530238	103
+contig	C7530206	103
+contig	C7530232	103
+contig	C7530256	103
+contig	C7530264	103
+contig	C7530198	103
+contig	C7530258	103
+contig	C7530272	103
+contig	C7530268	103
+contig	C7530262	103
+contig	C7530298	103
+contig	C7530312	103
+contig	C7530296	103
+contig	C7530324	103
+contig	C7530314	103
+contig	C7530350	103
+contig	C7529830	103
+contig	C7530358	103
+contig	C7530356	103
+contig	C7530364	103
+contig	C7530378	103
+contig	C7530374	103
+contig	C7530390	103
+contig	C7530398	103
+contig	C7530400	103
+contig	C7530386	103
+contig	C7530406	103
+contig	C7530412	103
+contig	C7530414	103
+contig	C7529700	103
+contig	C7530424	103
+contig	C7530428	103
+contig	C7530436	103
+contig	C7530416	103
+contig	C7530446	103
+contig	C7530450	103
+contig	C7530476	103
+contig	C7530482	103
+contig	C7530496	103
+contig	C7530490	103
+contig	C7530322	103
+contig	C7530524	103
+contig	C7530560	103
+contig	C7530564	103
+contig	C7530572	103
+contig	C7530574	103
+contig	C7530514	103
+contig	C7530580	103
+contig	C7530578	103
+contig	C7530582	103
+contig	C7530590	103
+contig	C7530598	103
+contig	C7530608	103
+contig	C7530618	103
+contig	C7530402	103
+contig	C7530628	103
+contig	C7530634	103
+contig	C7530648	103
+contig	C7530586	103
+contig	C7530658	103
+contig	C7530678	103
+contig	C7530706	103
+contig	C7530636	103
+contig	C7530686	103
+contig	C7530718	103
+contig	C7530724	103
+contig	C7530710	103
+contig	C7530726	103
+contig	C7530732	103
+contig	C7530712	103
+contig	C7530746	103
+contig	C7530752	103
+contig	C7530772	103
+contig	C7530762	103
+contig	C7530780	103
+contig	C7530802	103
+contig	C7530774	103
+contig	C7530824	103
+contig	C7530512	103
+contig	C7530822	103
+contig	C7530830	103
+contig	C7530858	103
+contig	C7530870	103
+contig	C7530874	103
+contig	C7530860	103
+contig	C7530886	103
+contig	C7530878	103
+contig	C7530852	103
+contig	C7530890	103
+contig	C7530900	103
+contig	C7530920	103
+contig	C7530916	103
+contig	C7530926	103
+contig	C7530930	103
+contig	C7530912	103
+contig	C7530284	103
+contig	C7530958	103
+contig	C7530974	103
+contig	C7530950	103
+contig	C7531000	103
+contig	C7531012	103
+contig	C7530938	103
+contig	C7531038	103
+contig	C7531034	103
+contig	C7531082	103
+contig	C7531054	103
+contig	C7531100	103
+contig	C7531090	103
+contig	C7531104	103
+contig	C7531106	103
+contig	C7531108	103
+contig	C7531150	103
+contig	C7531084	103
+contig	C7531124	103
+contig	C7531076	103
+contig	C7531160	103
+contig	C7531158	103
+contig	C7531180	103
+contig	C7530796	103
+contig	C7531174	103
+contig	C7531208	103
+contig	C7531194	103
+contig	C7531162	103
+contig	C7531232	103
+contig	C7531264	103
+contig	C7531228	103
+contig	C7531224	103
+contig	C7531280	103
+contig	C7531298	103
+contig	C7531278	103
+contig	C7531292	103
+contig	C7531304	103
+contig	C7531300	103
+contig	C7531360	103
+contig	C7531324	103
+contig	C7531374	103
+contig	C7531362	103
+contig	C7531354	103
+contig	C7531380	103
+contig	C7531394	103
+contig	C7531372	103
+contig	C7531414	103
+contig	C7531422	103
+contig	C7531382	103
+contig	C7531452	103
+contig	C7531460	103
+contig	C7531474	103
+contig	C7531472	103
+contig	C7531518	103
+contig	C7531480	103
+contig	C7531542	103
+contig	C7531570	103
+contig	C7531572	103
+contig	C7531574	103
+contig	C7531586	103
+contig	C7531588	103
+contig	C7531594	103
+contig	C7531590	103
+contig	C7531600	103
+contig	C7531606	103
+contig	C7531598	103
+contig	C7531622	103
+contig	C7531632	103
+contig	C7531640	103
+contig	C7531658	103
+contig	C7531664	103
+contig	C7531672	103
+contig	C7531676	103
+contig	C7531684	103
+contig	C7531608	103
+contig	C7531692	103
+contig	C7531732	103
+contig	C7531720	103
+contig	C7531734	103
+contig	C7531740	103
+contig	C7531754	103
+contig	C7531770	103
+contig	C7531756	103
+contig	C7531798	103
+contig	C7531776	103
+contig	C7531800	103
+contig	C7531804	103
+contig	C7531188	103
+contig	C7531838	103
+contig	C7531822	103
+contig	C7531854	103
+contig	C7531872	103
+contig	C7531866	103
+contig	C7531878	103
+contig	C7531876	103
+contig	C7531882	103
+contig	C7531902	103
+contig	C7531398	103
+contig	C7531892	103
+contig	C7531908	103
+contig	C7531904	103
+contig	C7531932	103
+contig	C7531910	103
+contig	C7531940	103
+contig	C7531936	103
+contig	C7531942	103
+contig	C7531948	103
+contig	C7531956	103
+contig	C7531928	103
+contig	C7531968	103
+contig	C7531962	103
+contig	C7531980	103
+contig	C7531972	103
+contig	C7531946	103
+contig	C7531988	103
+contig	C7531476	103
+contig	C7531984	103
+contig	C7532014	103
+contig	C7532004	103
+contig	C7532018	103
+contig	C7532068	103
+contig	C7531986	103
+contig	C7532072	103
+contig	C7532028	103
+contig	C7532090	103
+contig	C7532088	103
+contig	C7532042	103
+contig	C7532094	103
+contig	C7532084	103
+contig	C7532168	103
+contig	C7532224	103
+contig	C7532194	103
+contig	C7532240	103
+contig	C7532270	103
+contig	C7531886	103
+contig	C7532248	103
+contig	C7532272	103
+contig	C7532288	103
+contig	C7532294	103
+contig	C7532292	103
+contig	C7532302	103
+contig	C7532340	103
+contig	C7532318	103
+contig	C7532330	103
+contig	C7532344	103
+contig	C7532402	103
+contig	C7532408	103
+contig	C7532406	103
+contig	C7532420	103
+contig	C7532350	103
+contig	C7532410	103
+contig	C7532422	103
+contig	C7532430	103
+contig	C7532428	103
+contig	C7532438	103
+contig	C7532442	103
+contig	C7532480	103
+contig	C7532496	103
+contig	C7532494	103
+contig	C7532478	103
+contig	C7532500	103
+contig	C7532510	103
+contig	C7532512	103
+contig	C7532504	103
+contig	C7532524	103
+contig	C7532520	103
+contig	C7532522	103
+contig	C7532534	103
+contig	C7532544	103
+contig	C7532530	103
+contig	C7532550	103
+contig	C7532560	103
+contig	C7532564	103
+contig	C7532542	103
+contig	C7532570	103
+contig	C7532576	103
+contig	C7532578	103
+contig	C7532590	103
+contig	C7532566	103
+contig	C7532620	103
+contig	C7532638	103
+contig	C7532598	103
+contig	C7532156	103
+contig	C7532652	103
+contig	C7532606	103
+contig	C7532646	103
+contig	C7532662	103
+contig	C7532704	103
+contig	C7532666	103
+contig	C7532706	103
+contig	C7532714	103
+contig	C7532690	103
+contig	C7532728	103
+contig	C7532730	103
+contig	C7532740	103
+contig	C7532672	103
+contig	C7532746	103
+contig	C7532752	103
+contig	C7532738	103
+contig	C7532178	103
+contig	C7532760	103
+contig	C7532766	103
+contig	C7532780	103
+contig	C7532754	103
+contig	C7532806	103
+contig	C7532764	103
+contig	C7532810	103
+contig	C7532792	103
+contig	C7532824	103
+contig	C7532774	103
+contig	C7532822	103
+contig	C7532798	103
+contig	C7532826	103
+contig	C7532852	103
+contig	C7532850	103
+contig	C7532878	103
+contig	C7532834	103
+contig	C7532888	103
+contig	C7532916	103
+contig	C7532862	103
+contig	C7532918	103
+contig	C7532930	103
+contig	C7532962	103
+contig	C7533018	103
+contig	C7532874	103
+contig	C7532950	103
+contig	C7533066	103
+contig	C7533076	103
+contig	C7533040	103
+contig	C7533106	103
+contig	C7533016	103
+contig	C7533124	103
+contig	C7533148	103
+contig	C7533126	103
+contig	C7533176	103
+contig	C7533158	103
+contig	C7532814	103
+contig	C7533214	103
+contig	C7533162	103
+contig	C7533186	103
+contig	C7533232	103
+contig	C7533224	103
+contig	C7533166	103
+contig	C7533234	103
+contig	C7533206	103
+contig	C7533252	103
+contig	C7533246	103
+contig	C7533266	103
+contig	C7533272	103
+contig	C7533254	103
+contig	C7533308	103
+contig	C7533322	103
+contig	C7533298	103
+contig	C7533348	103
+contig	C7533350	103
+contig	C7533310	103
+contig	C7533334	103
+contig	C7533368	103
+contig	C7533404	103
+contig	C7533418	103
+contig	C7533236	103
+contig	C7533360	103
+contig	C7533380	103
+contig	C7533434	103
+contig	C7533432	103
+contig	C7533444	103
+contig	C7533514	103
+contig	C7533518	103
+contig	C7533436	103
+contig	C7533530	103
+contig	C7533532	103
+contig	C7533534	103
+contig	C7533536	103
+contig	C7533500	103
+contig	C7533572	103
+contig	C7533584	103
+contig	C7533598	103
+contig	C7533600	103
+contig	C7533616	103
+contig	C7533482	103
+contig	C7533608	103
+contig	C7533624	103
+contig	C7533626	103
+contig	C7533538	103
+contig	C7533630	103
+contig	C7533636	103
+contig	C7533640	103
+contig	C7533654	103
+contig	C7533666	103
+contig	C7533690	103
+contig	C7533692	103
+contig	C7533674	103
+contig	C7533668	103
+contig	C7533680	103
+contig	C7533696	103
+contig	C7533734	103
+contig	C7533728	103
+contig	C7533742	103
+contig	C7533736	103
+contig	C7533748	103
+contig	C7533746	103
+contig	C7533760	103
+contig	C7533790	103
+contig	C7533750	103
+contig	C7533806	103
+contig	C7533798	103
+contig	C7533818	103
+contig	C7533820	103
+contig	C7533834	103
+contig	C7533852	103
+contig	C7533876	103
+contig	C7533862	103
+contig	C7533878	103
+contig	C7533890	103
+contig	C7533894	103
+contig	C7533902	103
+contig	C7533770	103
+contig	C7533930	103
+contig	C7533908	103
+contig	C7533896	103
+contig	C7533942	103
+contig	C7533956	103
+contig	C7533964	103
+contig	C7533950	103
+contig	C7533974	103
+contig	C7533994	103
+contig	C7533986	103
+contig	C7534020	103
+contig	C7534026	103
+contig	C7533932	103
+contig	C7534028	103
+contig	C7534048	103
+contig	C7533722	103
+contig	C7534044	103
+contig	C7534042	103
+contig	C7534060	103
+contig	C7534062	103
+contig	C7534112	103
+contig	C7534120	103
+contig	C7534108	103
+contig	C7534128	103
+contig	C7534134	103
+contig	C7534106	103
+contig	C7534142	103
+contig	C7534118	103
+contig	C7534126	103
+contig	C7534152	103
+contig	C7534148	103
+contig	C7534154	103
+contig	C7534170	103
+contig	C7534208	103
+contig	C7534178	103
+contig	C7534216	103
+contig	C7534176	103
+contig	C7534234	103
+contig	C7534238	103
+contig	C7534280	103
+contig	C7534296	103
+contig	C7534288	103
+contig	C7534260	103
+contig	C7534306	103
+contig	C7534302	103
+contig	C7534292	103
+contig	C7534322	103
+contig	C7534364	103
+contig	C7534358	103
+contig	C7534368	103
+contig	C7534360	103
+contig	C7534386	103
+contig	C7534350	103
+contig	C7534382	103
+contig	C7534376	103
+contig	C7534414	103
+contig	C7534440	103
+contig	C7534448	103
+contig	C7534422	103
+contig	C7534454	103
+contig	C7534450	103
+contig	C7534464	103
+contig	C7534480	103
+contig	C7534420	103
+contig	C7534456	103
+contig	C7534492	103
+contig	C7534520	103
+contig	C7534500	103
+contig	C7534532	103
+contig	C7534498	103
+contig	C7534578	103
+contig	C7534488	103
+contig	C7534528	103
+contig	C7534564	103
+contig	C7534584	103
+contig	C7534582	103
+contig	C7534608	103
+contig	C7534592	103
+contig	C7534590	103
+contig	C7534618	103
+contig	C7534602	103
+contig	C7534636	103
+contig	C7534642	103
+contig	C7534644	103
+contig	C7534654	103
+contig	C7534656	103
+contig	C7534650	103
+contig	C7534634	103
+contig	C7534624	103
+contig	C7534700	103
+contig	C7534662	103
+contig	C7534714	103
+contig	C7534708	103
+contig	C7534718	103
+contig	C7534728	103
+contig	C7534722	103
+contig	C7534684	103
+contig	C7534770	103
+contig	C7534774	103
+contig	C7534678	103
+contig	C7534772	103
+contig	C7534778	103
+contig	C7534788	103
+contig	C7534812	103
+contig	C7534832	103
+contig	C7534790	103
+contig	C7534834	103
+contig	C7534848	103
+contig	C7534852	103
+contig	C7534862	103
+contig	C7534884	103
+contig	C7534902	103
+contig	C7534882	103
+contig	C7534920	103
+contig	C7534842	103
+contig	C7534990	103
+contig	C7534934	103
+contig	C7534924	103
+contig	C7534992	103
+contig	C7535000	103
+contig	C7534960	103
+contig	C7535016	103
+contig	C7535038	103
+contig	C7535056	103
+contig	C7535046	103
+contig	C7535078	103
+contig	C7535034	103
+contig	C7535082	103
+contig	C7535102	103
+contig	C7535104	103
+contig	C7535116	103
+contig	C7535120	103
+contig	C7535118	103
+contig	C7535138	103
+contig	C7535158	103
+contig	C7535186	103
+contig	C7535190	103
+contig	C7535212	103
+contig	C7535214	103
+contig	C7535094	103
+contig	C7535228	103
+contig	C7535124	103
+contig	C7535234	103
+contig	C7535250	103
+contig	C7535260	103
+contig	C7535262	103
+contig	C7535288	103
+contig	C7535274	103
+contig	C7535294	103
+contig	C7535254	103
+contig	C7535306	103
+contig	C7535320	103
+contig	C7535328	103
+contig	C7535376	103
+contig	C7535370	103
+contig	C7535400	103
+contig	C7535392	103
+contig	C7535200	103
+contig	C7535424	103
+contig	C7535416	103
+contig	C7535436	103
+contig	C7535444	103
+contig	C7535486	103
+contig	C7535404	103
+contig	C7535476	103
+contig	C7535454	103
+contig	C7535498	103
+contig	C7535496	103
+contig	C7535504	103
+contig	C7535502	103
+contig	C7535524	103
+contig	C7535532	103
+contig	C7535518	103
+contig	C7535534	103
+contig	C7535536	103
+contig	C7535538	103
+contig	C7535516	103
+contig	C7535548	103
+contig	C7535554	103
+contig	C7535562	103
+contig	C7530338	103
+contig	C7535606	103
+contig	C7535596	103
+contig	C7535540	103
+contig	C7535624	103
+contig	C7535622	103
+contig	C7535654	103
+contig	C7535658	103
+contig	C7535662	103
+contig	C7535682	103
+contig	C7535690	103
+contig	C7535646	103
+contig	C7535702	103
+contig	C7535492	103
+contig	C7535722	103
+contig	C7535696	103
+contig	C7535736	103
+contig	C7535760	103
+contig	C7535766	103
+contig	C7535718	103
+contig	C7535784	103
+contig	C7535644	103
+contig	C7535788	103
+contig	C7535790	103
+contig	C7535802	103
+contig	C7535808	103
+contig	C7535816	103
+contig	C7535832	103
+contig	C7535830	103
+contig	C7535730	103
+contig	C7535840	103
+contig	C7535848	103
+contig	C7535838	103
+contig	C7535868	103
+contig	C7535880	103
+contig	C7535890	103
+contig	C7535770	103
+contig	C7535906	103
+contig	C7535940	103
+contig	C7535892	103
+contig	C7535942	103
+contig	C7535948	103
+contig	C7535960	103
+contig	C7535922	103
+contig	C7536004	103
+contig	C7535996	103
+contig	C7536026	103
+contig	C7536018	103
+contig	C7536022	103
+contig	C7536056	103
+contig	C7536068	103
+contig	C7536074	103
+contig	C7536090	103
+contig	C7536092	103
+contig	C7536096	103
+contig	C7536100	103
+contig	C7536116	103
+contig	C7536122	103
+contig	C7536062	103
+contig	C7536126	103
+contig	C7536124	103
+contig	C7536140	103
+contig	C7533220	103
+contig	C7536162	103
+contig	C7535882	103
+contig	C7536160	103
+contig	C7536206	103
+contig	C7536110	103
+contig	C7536152	103
+contig	C7536224	103
+contig	C7536252	103
+contig	C7536262	103
+contig	C7536266	103
+contig	C7536256	103
+contig	C7536170	103
+contig	C7536308	103
+contig	C7536310	103
+contig	C7536314	103
+contig	C7536320	103
+contig	C7536208	103
+contig	C7536378	103
+contig	C7536376	103
+contig	C7536398	103
+contig	C7536338	103
+contig	C7536394	103
+contig	C7536412	103
+contig	C7536422	103
+contig	C7536424	103
+contig	C7536420	103
+contig	C7536462	103
+contig	C7536428	103
+contig	C7536448	103
+contig	C7536492	103
+contig	C7536498	103
+contig	C7536404	103
+contig	C7536518	103
+contig	C7536426	103
+contig	C7536506	103
+contig	C7536526	103
+contig	C7536530	103
+contig	C7536532	103
+contig	C7536558	103
+contig	C7536546	103
+contig	C7536550	103
+contig	C7536574	103
+contig	C7536560	103
+contig	C7536482	103
+contig	C7536588	103
+contig	C7536582	103
+contig	C7536578	103
+contig	C7536622	103
+contig	C7536590	103
+contig	C7536606	103
+contig	C7536594	103
+contig	C7536668	103
+contig	C7536664	103
+contig	C7536670	103
+contig	C7536680	103
+contig	C7536690	103
+contig	C7536684	103
+contig	C7536634	103
+contig	C7536724	103
+contig	C7536730	103
+contig	C7536656	103
+contig	C7536738	103
+contig	C7536740	103
+contig	C7536770	103
+contig	C7536728	103
+contig	C7536806	103
+contig	C7536818	103
+contig	C7536792	103
+contig	C7536822	103
+contig	C7536828	103
+contig	C7536830	103
+contig	C7536776	103
+contig	C7536858	103
+contig	C7536860	103
+contig	C7536864	103
+contig	C7536870	103
+contig	C7536842	103
+contig	C7536872	103
+contig	C7536846	103
+contig	C7536892	103
+contig	C7536898	103
+contig	C7536902	103
+contig	C7536908	103
+contig	C7536914	103
+contig	C7536920	103
+contig	C7536930	103
+contig	C7535580	103
+contig	C7536934	103
+contig	C7536936	103
+contig	C7536882	103
+contig	C7536944	103
+contig	C7536948	103
+contig	C7536976	103
+contig	C7536990	103
+contig	C7536996	103
+contig	C7537022	103
+contig	C7536962	103
+contig	C7537032	103
+contig	C7537028	103
+contig	C7537036	103
+contig	C7537038	103
+contig	C7537042	103
+contig	C7537048	103
+contig	C7536744	103
+contig	C7537084	103
+contig	C7536998	103
+contig	C7537086	103
+contig	C7537138	103
+contig	C7537176	103
+contig	C7537088	103
+contig	C7537192	103
+contig	C7537070	103
+contig	C7537218	103
+contig	C7537254	103
+contig	C7537258	103
+contig	C7537166	103
+contig	C7537264	103
+contig	C7537274	103
+contig	C7537284	103
+contig	C7537314	103
+contig	C7537326	103
+contig	C7537238	103
+contig	C7537336	103
+contig	C7537330	103
+contig	C7537354	103
+contig	C7537380	103
+contig	C7537338	103
+contig	C7537416	103
+contig	C7537388	103
+contig	C7537256	103
+contig	C7537430	103
+contig	C7537446	103
+contig	C7537290	103
+contig	C7537448	103
+contig	C7537462	103
+contig	C7537420	103
+contig	C7537476	103
+contig	C7537474	103
+contig	C7537490	103
+contig	C7536890	103
+contig	C7537488	103
+contig	C7537494	103
+contig	C7537454	103
+contig	C7537482	103
+contig	C7537500	103
+contig	C7537512	103
+contig	C7537492	103
+contig	C7537528	103
+contig	C7537498	103
+contig	C7537568	103
+contig	C7537574	103
+contig	C7537502	103
+contig	C7537596	103
+contig	C7537618	103
+contig	C7537544	103
+contig	C7537550	103
+contig	C7537638	103
+contig	C7537640	103
+contig	C7537642	103
+contig	C7537524	103
+contig	C7537654	103
+contig	C7537634	103
+contig	C7537684	103
+contig	C7537690	103
+contig	C7537704	103
+contig	C7537708	103
+contig	C7537686	103
+contig	C7537702	103
+contig	C7537650	103
+contig	C7537738	103
+contig	C7537726	103
+contig	C7537660	103
+contig	C7537742	103
+contig	C7537778	103
+contig	C7537724	103
+contig	C7537774	103
+contig	C7537786	103
+contig	C7537788	103
+contig	C7537792	103
+contig	C7537802	103
+contig	C7537830	103
+contig	C7537842	103
+contig	C7537824	103
+contig	C7537840	103
+contig	C7537844	103
+contig	C7537818	103
+contig	C7537862	103
+contig	C7537816	103
+contig	C7537868	103
+contig	C7537882	103
+contig	C7537878	103
+contig	C7537934	103
+contig	C7537850	103
+contig	C7537970	103
+contig	C7537940	103
+contig	C7537908	103
+contig	C7537980	103
+contig	C7537914	103
+contig	C7537988	103
+contig	C7538014	103
+contig	C7538056	103
+contig	C7538030	103
+contig	C7538066	103
+contig	C7538008	103
+contig	C7538086	103
+contig	C7538088	103
+contig	C7537982	103
+contig	C7538090	103
+contig	C7538068	103
+contig	C7538074	103
+contig	C7538094	103
+contig	C7538102	103
+contig	C7538104	103
+contig	C7538110	103
+contig	C7538092	103
+contig	C7538120	103
+contig	C7538112	103
+contig	C7538140	103
+contig	C7538144	103
+contig	C7538116	103
+contig	C7538202	103
+contig	C7538176	103
+contig	C7538204	103
+contig	C7538156	103
+contig	C7538214	103
+contig	C7538230	103
+contig	C7538258	103
+contig	C7538264	103
+contig	C7538268	103
+contig	C7538292	103
+contig	C7538224	103
+contig	C7538296	103
+contig	C7538308	103
+contig	C7537854	103
+contig	C7538312	103
+contig	C7538338	103
+contig	C7538316	103
+contig	C7538346	103
+contig	C7538306	103
+contig	C7538106	103
+contig	C7538368	103
+contig	C7538370	103
+contig	C7538372	103
+contig	C7538400	103
+contig	C7538354	103
+contig	C7538380	103
+contig	C7538404	103
+contig	C7538414	103
+contig	C7538446	103
+contig	C7538450	103
+contig	C7538360	103
+contig	C7538454	103
+contig	C7538460	103
+contig	C7538456	103
+contig	C7538484	103
+contig	C7538494	103
+contig	C7538426	103
+contig	C7538500	103
+contig	C7538512	103
+contig	C7538504	103
+contig	C7538536	103
+contig	C7538550	103
+contig	C7538548	103
+contig	C7538544	103
+contig	C7538556	103
+contig	C7538524	103
+contig	C7538562	103
+contig	C7538586	103
+contig	C7538568	103
+contig	C7538618	103
+contig	C7538630	103
+contig	C7538558	103
+contig	C7538642	103
+contig	C7538598	103
+contig	C7538638	103
+contig	C7538652	103
+contig	C7538646	103
+contig	C7538648	103
+contig	C7538654	103
+contig	C7538650	103
+contig	C7538694	103
+contig	C7538702	103
+contig	C7538710	103
+contig	C7538714	103
+contig	C7538720	103
+contig	C7538718	103
+contig	C7538670	103
+contig	C7538746	103
+contig	C7538734	103
+contig	C7538756	103
+contig	C7538752	103
+contig	C7538750	103
+contig	C7538784	103
+contig	C7538792	103
+contig	C7538776	103
+contig	C7538782	103
+contig	C7538800	103
+contig	C7538794	103
+contig	C7538804	103
+contig	C7538814	103
+contig	C7538828	103
+contig	C7538858	103
+contig	C7538860	103
+contig	C7538862	103
+contig	C7538872	103
+contig	C7538810	103
+contig	C7538902	103
+contig	C7538882	103
+contig	C7538922	103
+contig	C7538934	103
+contig	C7538952	103
+contig	C7538954	103
+contig	C7538946	103
+contig	C7538958	103
+contig	C7538986	103
+contig	C7538982	103
+contig	C7538988	103
+contig	C7539000	103
+contig	C7539030	103
+contig	C7538866	103
+contig	C7539026	103
+contig	C7539066	103
+contig	C7539062	103
+contig	C7539078	103
+contig	C7538284	103
+contig	C7539060	103
+contig	C7539096	103
+contig	C7539098	103
+contig	C7539088	103
+contig	C7539094	103
+contig	C7539100	103
+contig	C7539110	103
+contig	C7539106	103
+contig	C7539116	103
+contig	C7539120	103
+contig	C7539122	103
+contig	C7539136	103
+contig	C7539140	103
+contig	C7539150	103
+contig	C7539112	103
+contig	C7539152	103
+contig	C7539146	103
+contig	C7539164	103
+contig	C7539178	103
+contig	C7539184	103
+contig	C7539198	103
+contig	C7539214	103
+contig	C7539160	103
+contig	C7539222	103
+contig	C7539216	103
+contig	C7539226	103
+contig	C7539200	103
+contig	C7539228	103
+contig	C7539232	103
+contig	C7539244	103
+contig	C7539284	103
+contig	C7539292	103
+contig	C7539296	103
+contig	C7539300	103
+contig	C7539280	103
+contig	C7539322	103
+contig	C7539272	103
+contig	C7539310	103
+contig	C7539356	103
+contig	C7539342	103
+contig	C7539366	103
+contig	C7539358	103
+contig	C7539378	103
+contig	C7539380	103
+contig	C7539392	103
+contig	C7539368	103
+contig	C7539394	103
+contig	C7539424	103
+contig	C7539432	103
+contig	C7539068	103
+contig	C7538674	103
+contig	C7539442	103
+contig	C7539438	103
+contig	C7539460	103
+contig	C7539484	103
+contig	C7539404	103
+contig	C7539534	103
+contig	C7539458	103
+contig	C7539490	103
+contig	C7539554	103
+contig	C7539526	103
+contig	C7539502	103
+contig	C7539546	103
+contig	C7539564	103
+contig	C7539594	103
+contig	C7539602	103
+contig	C7539566	103
+contig	C7539610	103
+contig	C7539586	103
+contig	C7539632	103
+contig	C7539618	103
+contig	C7539616	103
+contig	C7539592	103
+contig	C7539652	103
+contig	C7539680	103
+contig	C7539682	103
+contig	C7539690	103
+contig	C7539658	103
+contig	C7539696	103
+contig	C7539710	103
+contig	C7539686	103
+contig	C7539714	103
+contig	C7539712	103
+contig	C7539720	103
+contig	C7539722	103
+contig	C7539718	103
+contig	C7539648	103
+contig	C7539732	103
+contig	C7539750	103
+contig	C7539734	103
+contig	C7539770	103
+contig	C7539778	103
+contig	C7539738	103
+contig	C7539772	103
+contig	C7539820	103
+contig	C7539804	103
+contig	C7539838	103
+contig	C7539802	103
+contig	C7539860	103
+contig	C7539782	103
+contig	C7539842	103
+contig	C7539864	103
+contig	C7539872	103
+contig	C7539888	103
+contig	C7539904	103
+contig	C7539884	103
+contig	C7539964	103
+contig	C7539930	103
+contig	C7539984	103
+contig	C7539952	103
+contig	C7540000	103
+contig	C7539574	103
+contig	C7540010	103
+contig	C7540018	103
+contig	C7540014	103
+contig	C7540028	103
+contig	C7540072	103
+contig	C7539954	103
+contig	C7540036	103
+contig	C7540074	103
+contig	C7540086	103
+contig	C7540088	103
+contig	C7540044	103
+contig	C7536836	103
+contig	C7540078	103
+contig	C7540082	103
+contig	C7540116	103
+contig	C7540094	103
+contig	C7540118	103
+contig	C7540144	103
+contig	C7540056	103
+contig	C7540134	103
+contig	C7540150	103
+contig	C7540110	103
+contig	C7540172	103
+contig	C7540124	103
+contig	C7540198	103
+contig	C7540182	103
+contig	C7540130	103
+contig	C7540176	103
+contig	C7540156	103
+contig	C7540200	103
+contig	C7540170	103
+contig	C7540202	103
+contig	C7540232	103
+contig	C7540276	103
+contig	C7540224	103
+contig	C7540242	103
+contig	C7540228	103
+contig	C7540280	103
+contig	C7540258	103
+contig	C7540308	103
+contig	C7540282	103
+contig	C7540298	103
+contig	C7540346	103
+contig	C7540294	103
+contig	C7540290	103
+contig	C7540380	103
+contig	C7540394	103
+contig	C7540348	103
+contig	C7540440	103
+contig	C7540468	103
+contig	C7540482	103
+contig	C7540476	103
+contig	C7540376	103
+contig	C7540500	103
+contig	C7540248	103
+contig	C7540528	103
+contig	C7540492	103
+contig	C7540592	104
+contig	C7540596	104
+contig	C7540516	103
+contig	C7540614	104
+contig	C7540514	103
+contig	C7540606	104
+contig	C7540624	104
+contig	C7540546	103
+contig	C7540616	104
+contig	C7540628	104
+contig	C7540558	103
+contig	C7540662	104
+contig	C7540694	104
+contig	C7540632	104
+contig	C7540442	103
+contig	C7540722	104
+contig	C7540748	104
+contig	C7540678	104
+contig	C7540750	104
+contig	C7540756	104
+contig	C7540636	104
+contig	C7540770	104
+contig	C7540758	104
+contig	C7540772	104
+contig	C7540778	104
+contig	C7540786	104
+contig	C7540752	104
+contig	C7540780	104
+contig	C7540776	104
+contig	C7540800	104
+contig	C7540788	104
+contig	C7540802	104
+contig	C7540790	104
+contig	C7540798	104
+contig	C7540822	104
+contig	C7540824	104
+contig	C7540814	104
+contig	C7540868	104
+contig	C7540874	104
+contig	C7540882	104
+contig	C7540884	104
+contig	C7540886	104
+contig	C7540908	104
+contig	C7540820	104
+contig	C7540906	104
+contig	C7540922	104
+contig	C7540956	104
+contig	C7540952	104
+contig	C7540954	104
+contig	C7540866	104
+contig	C7540964	104
+contig	C7540972	104
+contig	C7540950	104
+contig	C7540996	104
+contig	C7541010	104
+contig	C7540992	104
+contig	C7540988	104
+contig	C7541020	104
+contig	C7541066	104
+contig	C7541062	104
+contig	C7541052	104
+contig	C7540974	104
+contig	C7541098	104
+contig	C7541096	104
+contig	C7541134	104
+contig	C7541124	104
+contig	C7541086	104
+contig	C7541136	104
+contig	C7541152	104
+contig	C7541030	104
+contig	C7541154	104
+contig	C7541158	104
+contig	C7541180	104
+contig	C7541142	104
+contig	C7541190	104
+contig	C7541206	104
+contig	C7541162	104
+contig	C7541208	104
+contig	C7541232	104
+contig	C7541238	104
+contig	C7541262	104
+contig	C7541264	104
+contig	C7541230	104
+contig	C7541274	104
+contig	C7541282	104
+contig	C7541106	104
+contig	C7541294	104
+contig	C7541302	104
+contig	C7541324	104
+contig	C7541250	104
+contig	C7541338	104
+contig	C7541358	104
+contig	C7541362	104
+contig	C7541354	104
+contig	C7541382	104
+contig	C7541398	104
+contig	C7541300	104
+contig	C7541426	104
+contig	C7541436	104
+contig	C7541392	104
+contig	C7541440	104
+contig	C7541464	104
+contig	C7541390	104
+contig	C7541498	104
+contig	C7541514	104
+contig	C7541490	104
+contig	C7541516	104
+contig	C7541528	104
+contig	C7541538	104
+contig	C7541520	104
+contig	C7541566	104
+contig	C7541570	104
+contig	C7541600	104
+contig	C7541582	104
+contig	C7541592	104
+contig	C7541622	104
+contig	C7541606	104
+contig	C7541634	104
+contig	C7541642	104
+contig	C7541630	104
+contig	C7541640	104
+contig	C7541656	104
+contig	C7541350	104
+contig	C7541704	104
+contig	C7541686	104
+contig	C7541716	104
+contig	C7541682	104
+contig	C7541740	104
+contig	C7541728	104
+contig	C7541744	104
+contig	C7541750	104
+contig	C7541768	104
+contig	C7541770	104
+contig	C7541786	104
+contig	C7541666	104
+contig	C7541776	104
+contig	C7541796	104
+contig	C7541826	104
+contig	C7541840	104
+contig	C7541842	104
+contig	C7541858	104
+contig	C7541792	104
+contig	C7541872	104
+contig	C7541878	104
+contig	C7541900	104
+contig	C7541852	104
+contig	C7541922	104
+contig	C7541934	104
+contig	C7541946	104
+contig	C7541962	104
+contig	C7541938	104
+contig	C7541968	104
+contig	C7541988	104
+contig	C7541998	104
+contig	C7542014	104
+contig	C7541914	104
+contig	C7542002	104
+contig	C7542018	104
+contig	C7542068	104
+contig	C7542050	104
+contig	C7542070	104
+contig	C7542044	104
+contig	C7542080	104
+contig	C7542100	104
+contig	C7542108	104
+contig	C7542086	104
+contig	C7542142	104
+contig	C7542164	104
+contig	C7542178	104
+contig	C7542154	104
+contig	C7542198	104
+contig	C7542182	104
+contig	C7542134	104
+contig	C7542222	104
+contig	C7542226	104
+contig	C7542276	104
+contig	C7542256	104
+contig	C7542302	104
+contig	C7542316	104
+contig	C7542322	104
+contig	C7542202	104
+contig	C7542340	104
+contig	C7542342	104
+contig	C7542338	104
+contig	C7542356	104
+contig	C7542354	104
+contig	C7542364	104
+contig	C7542366	104
+contig	C7541722	104
+contig	C7542388	104
+contig	C7542398	104
+contig	C7542412	104
+contig	C7542416	104
+contig	C7542394	104
+contig	C7542422	104
+contig	C7542400	104
+contig	C7542420	104
+contig	C7542454	104
+contig	C7542434	104
+contig	C7542480	104
+contig	C7542464	104
+contig	C7542484	104
+contig	C7542500	104
+contig	C7542512	104
+contig	C7542524	104
+contig	C7540696	104
+contig	C7542438	104
+contig	C7542540	104
+contig	C7542558	104
+contig	C7542532	104
+contig	C7542592	104
+contig	C7542602	104
+contig	C7542590	104
+contig	C7542612	104
+contig	C7542616	104
+contig	C7542618	104
+contig	C7542634	104
+contig	C7542650	104
+contig	C7542652	104
+contig	C7542626	104
+contig	C7542668	104
+contig	C7542678	104
+contig	C7542694	104
+contig	C7542698	104
+contig	C7542690	104
+contig	C7542726	104
+contig	C7542730	104
+contig	C7542732	104
+contig	C7542486	104
+contig	C7542770	104
+contig	C7542718	104
+contig	C7542782	104
+contig	C7542792	104
+contig	C7542796	104
+contig	C7542810	104
+contig	C7542808	104
+contig	C7542790	104
+contig	C7542830	104
+contig	C7542814	104
+contig	C7542828	104
+contig	C7542838	104
+contig	C7542840	104
+contig	C7542842	104
+contig	C7542864	104
+contig	C7542872	104
+contig	C7542884	104
+contig	C7542860	104
+contig	C7542918	104
+contig	C7542938	104
+contig	C7542352	104
+contig	C7542914	104
+contig	C7542906	104
+contig	C7542946	104
+contig	C7542980	104
+contig	C7543000	104
+contig	C7542948	104
+contig	C7542988	104
+contig	C7542950	104
+contig	C7543044	104
+contig	C7543066	104
+contig	C7543080	104
+contig	C7543082	104
+contig	C7543064	104
+contig	C7543076	104
+contig	C7543138	104
+contig	C7543098	104
+contig	C7543170	104
+contig	C7543150	104
+contig	C7543152	104
+contig	C7543186	104
+contig	C7543200	104
+contig	C7543212	104
+contig	C7543216	104
+contig	C7543194	104
+contig	C7543230	104
+contig	C7543262	104
+contig	C7543248	104
+contig	C7543276	104
+contig	C7543260	104
+contig	C7543288	104
+contig	C7543298	104
+contig	C7543308	104
+contig	C7543326	104
+contig	C7543266	104
+contig	C7543350	104
+contig	C7543358	104
+contig	C7543374	104
+contig	C7543386	104
+contig	C7543406	104
+contig	C7543426	104
+contig	C7543436	104
+contig	C7543344	104
+contig	C7543446	104
+contig	C7543448	104
+contig	C7543468	104
+contig	C7543466	104
+contig	C7543474	104
+contig	C7543504	104
+contig	C7543476	104
+contig	C7543506	104
+contig	C7543516	104
+contig	C7543508	104
+contig	C7543518	104
+contig	C7543524	104
+contig	C7543530	104
+contig	C7543528	104
+contig	C7543562	104
+contig	C7543554	104
+contig	C7543568	104
+contig	C7543582	104
+contig	C7543584	104
+contig	C7543622	104
+contig	C7543650	104
+contig	C7543700	104
+contig	C7543710	104
+contig	C7543736	104
+contig	C7543724	104
+contig	C7543752	104
+contig	C7543742	104
+contig	C7543770	104
+contig	C7543778	104
+contig	C7543780	104
+contig	C7543754	104
+contig	C7543784	104
+contig	C7543796	104
+contig	C7543146	104
+contig	C7543800	104
+contig	C7543802	104
+contig	C7543842	104
+contig	C7543830	104
+contig	C7543850	104
+contig	C7543866	104
+contig	C7543810	104
+contig	C7543852	104
+contig	C7543908	104
+contig	C7543890	104
+contig	C7543902	104
+contig	C7543918	104
+contig	C7543944	104
+contig	C7543910	104
+contig	C7543970	104
+contig	C7543958	104
+contig	C7543998	104
+contig	C7543996	104
+contig	C7544000	104
+contig	C7544008	104
+contig	C7544010	104
+contig	C7544052	104
+contig	C7544044	104
+contig	C7544056	104
+contig	C7544072	104
+contig	C7544084	104
+contig	C7544086	104
+contig	C7544112	104
+contig	C7544122	104
+contig	C7544124	104
+contig	C7544130	104
+contig	C7544132	104
+contig	C7544140	104
+contig	C7544142	104
+contig	C7544154	104
+contig	C7544166	104
+contig	C7544170	104
+contig	C7544182	104
+contig	C7544194	104
+contig	C7544198	104
+contig	C7544202	104
+contig	C7544206	104
+contig	C7544210	104
+contig	C7543314	104
+contig	C7544234	104
+contig	C7544258	104
+contig	C7544266	104
+contig	C7544288	104
+contig	C7544292	104
+contig	C7544294	104
+contig	C7544304	104
+contig	C7544306	104
+contig	C7544344	104
+contig	C7544360	104
+contig	C7544362	104
+contig	C7544376	104
+contig	C7542552	104
+contig	C7544392	104
+contig	C7544386	104
+contig	C7541446	104
+contig	C7544400	104
+contig	C7544412	104
+contig	C7544418	104
+contig	C7544450	104
+contig	C7544452	104
+contig	C7544460	104
+contig	C7544422	104
+contig	C7544480	104
+contig	C7544482	104
+contig	C7543994	104
+contig	C7544462	104
+contig	C7544504	104
+contig	C7544498	104
+contig	C7544524	104
+contig	C7544564	104
+contig	C7544546	104
+contig	C7544534	104
+contig	C7544586	104
+contig	C7544580	104
+contig	C7544594	104
+contig	C7544590	104
+contig	C7544582	104
+contig	C7544614	104
+contig	C7544608	104
+contig	C7544642	104
+contig	C7544630	104
+contig	C7544632	104
+contig	C7544226	104
+contig	C7544650	104
+contig	C7544656	104
+contig	C7544660	104
+contig	C7544674	104
+contig	C7544678	104
+contig	C7544654	104
+contig	C7544644	104
+contig	C7544682	104
+contig	C7544680	104
+contig	C7544708	104
+contig	C7544742	104
+contig	C7544734	104
+contig	C7544696	104
+contig	C7544760	104
+contig	C7544768	104
+contig	C7544756	104
+contig	C7544778	104
+contig	C7544794	104
+contig	C7544782	104
+contig	C7544752	104
+contig	C7544810	104
+contig	C7544812	104
+contig	C7544832	104
+contig	C7544818	104
+contig	C7544820	104
+contig	C7544802	104
+contig	C7544878	104
+contig	C7544882	104
+contig	C7544874	104
+contig	C7544902	104
+contig	C7544848	104
+contig	C7544908	104
+contig	C7544920	104
+contig	C7544892	104
+contig	C7544922	104
+contig	C7544880	104
+contig	C7544928	104
+contig	C7544942	104
+contig	C7544974	104
+contig	C7544980	104
+contig	C7544934	104
+contig	C7544982	104
+contig	C7545002	104
+contig	C7544986	104
+contig	C7545008	104
+contig	C7544944	104
+contig	C7544932	104
+contig	C7545014	104
+contig	C7545036	104
+contig	C7545058	104
+contig	C7545074	104
+contig	C7545034	104
+contig	C7545076	104
+contig	C7545040	104
+contig	C7545086	104
+contig	C7545100	104
+contig	C7545110	104
+contig	C7545108	104
+contig	C7544484	104
+contig	C7545118	104
+contig	C7545124	104
+contig	C7545132	104
+contig	C7545128	104
+contig	C7545140	104
+contig	C7545146	104
+contig	C7545160	104
+contig	C7545152	104
+contig	C7545150	104
+contig	C7545120	104
+contig	C7545176	104
+contig	C7545170	104
+contig	C7545174	104
+contig	C7545190	104
+contig	C7545206	104
+contig	C7545226	104
+contig	C7545224	104
+contig	C7545238	104
+contig	C7545186	104
+contig	C7545254	104
+contig	C7545258	104
+contig	C7545262	104
+contig	C7545268	104
+contig	C7545272	104
+contig	C7545192	104
+contig	C7545286	104
+contig	C7545318	104
+contig	C7545320	104
+contig	C7545294	104
+contig	C7545322	104
+contig	C7545330	104
+contig	C7545308	104
+contig	C7545348	104
+contig	C7545338	104
+contig	C7545344	104
+contig	C7545372	104
+contig	C7545350	104
+contig	C7545378	104
+contig	C7545364	104
+contig	C7545382	104
+contig	C7544062	104
+contig	C7545374	104
+contig	C7545424	104
+contig	C7545452	104
+contig	C7545462	104
+contig	C7545472	104
+contig	C7545448	104
+contig	C7545408	104
+contig	C7545506	104
+contig	C7545528	104
+contig	C7545504	104
+contig	C7545460	104
+contig	C7545554	104
+contig	C7545602	104
+contig	C7545700	104
+contig	C7545658	104
+contig	C7545544	104
+contig	C7545762	104
+contig	C7545250	104
+contig	C7545704	104
+contig	C7545564	104
+contig	C7545784	104
+contig	C7545732	104
+contig	C7545780	104
+contig	C7545800	104
+contig	C7545810	104
+contig	C7545772	104
+contig	C7545834	104
+contig	C7545840	104
+contig	C7545812	104
+contig	C7545852	104
+contig	C7545830	104
+contig	C7545822	104
+contig	C7545862	104
+contig	C7545842	104
+contig	C7545868	104
+contig	C7545778	104
+contig	C7545880	104
+contig	C7545870	104
+contig	C7545904	104
+contig	C7545892	104
+contig	C7545920	104
+contig	C7545894	104
+contig	C7545924	104
+contig	C7545944	104
+contig	C7545878	104
+contig	C7545940	104
+contig	C7545912	104
+contig	C7545978	104
+contig	C7545980	104
+contig	C7545984	104
+contig	C7545976	104
+contig	C7545988	104
+contig	C7545996	104
+contig	C7546000	104
+contig	C7546044	104
+contig	C7546050	104
+contig	C7545948	104
+contig	C7546064	104
+contig	C7545992	104
+contig	C7546094	104
+contig	C7546070	104
+contig	C7546074	104
+contig	C7545906	104
+contig	C7546104	104
+contig	C7546110	104
+contig	C7546146	104
+contig	C7546148	104
+contig	C7546078	104
+contig	C7546106	104
+contig	C7546138	104
+contig	C7546180	104
+contig	C7546220	104
+contig	C7546198	104
+contig	C7546226	104
+contig	C7546204	104
+contig	C7546240	104
+contig	C7546236	104
+contig	C7546238	104
+contig	C7546248	104
+contig	C7546264	104
+contig	C7546254	104
+contig	C7546266	104
+contig	C7546172	104
+contig	C7546308	104
+contig	C7546280	104
+contig	C7546316	104
+contig	C7546344	104
+contig	C7546332	104
+contig	C7546368	104
+contig	C7546366	104
+contig	C7546352	104
+contig	C7546386	104
+contig	C7545116	104
+contig	C7546394	104
+contig	C7546376	104
+contig	C7546428	104
+contig	C7546466	104
+contig	C7546470	104
+contig	C7546374	104
+contig	C7546478	104
+contig	C7546482	104
+contig	C7546400	104
+contig	C7546412	104
+contig	C7546498	104
+contig	C7546510	104
+contig	C7546330	104
+contig	C7546494	104
+contig	C7546530	104
+contig	C7546486	104
+contig	C7546518	104
+contig	C7546566	104
+contig	C7546554	104
+contig	C7546598	104
+contig	C7546506	104
+contig	C7546602	104
+contig	C7546582	104
+contig	C7546608	104
+contig	C7546514	104
+contig	C7546574	104
+contig	C7546616	104
+contig	C7546636	104
+contig	C7546618	104
+contig	C7546650	104
+contig	C7546664	104
+contig	C7546648	104
+contig	C7546680	104
+contig	C7546688	104
+contig	C7546610	104
+contig	C7546702	104
+contig	C7546704	104
+contig	C7546708	104
+contig	C7546686	104
+contig	C7546692	104
+contig	C7546732	104
+contig	C7546660	104
+contig	C7546800	104
+contig	C7546746	104
+contig	C7546850	104
+contig	C7546714	104
+contig	C7546814	104
+contig	C7546854	104
+contig	C7546840	104
+contig	C7546842	104
+contig	C7546860	104
+contig	C7546866	104
+contig	C7546870	104
+contig	C7546902	104
+contig	C7546868	104
+contig	C7546924	104
+contig	C7546890	104
+contig	C7546906	104
+contig	C7546932	104
+contig	C7546938	104
+contig	C7546872	104
+contig	C7546942	104
+contig	C7546988	104
+contig	C7547020	104
+contig	C7547016	104
+contig	C7547028	104
+contig	C7546880	104
+contig	C7547012	104
+contig	C7547034	104
+contig	C7547030	104
+contig	C7547074	104
+contig	C7547060	104
+contig	C7547062	104
+contig	C7547118	104
+contig	C7547078	104
+contig	C7546944	104
+contig	C7547152	104
+contig	C7547146	104
+contig	C7547156	104
+contig	C7547112	104
+contig	C7547182	104
+contig	C7547128	104
+contig	C7547196	104
+contig	C7547168	104
+contig	C7547174	104
+contig	C7547246	104
+contig	C7547252	104
+contig	C7547214	104
+contig	C7547288	104
+contig	C7547282	104
+contig	C7547300	104
+contig	C7547298	104
+contig	C7547254	104
+contig	C7547320	104
+contig	C7547324	104
+contig	C7547332	104
+contig	C7547348	104
+contig	C7547362	104
+contig	C7547378	104
+contig	C7547358	104
+contig	C7547394	104
+contig	C7547398	104
+contig	C7547404	104
+contig	C7547264	104
+contig	C7547442	104
+contig	C7547400	104
+contig	C7547446	104
+contig	C7547438	104
+contig	C7547468	104
+contig	C7547510	104
+contig	C7547512	104
+contig	C7547410	104
+contig	C7547500	104
+contig	C7547522	104
+contig	C7547472	104
+contig	C7547562	104
+contig	C7547526	104
+contig	C7547590	104
+contig	C7547516	104
+contig	C7547592	104
+contig	C7547610	104
+contig	C7547622	104
+contig	C7547624	104
+contig	C7547598	104
+contig	C7547654	104
+contig	C7547638	104
+contig	C7547640	104
+contig	C7547700	104
+contig	C7547674	104
+contig	C7547708	104
+contig	C7547688	104
+contig	C7547732	104
+contig	C7547742	104
+contig	C7547758	104
+contig	C7547632	104
+contig	C7547756	104
+contig	C7547730	104
+contig	C7547772	104
+contig	C7547816	104
+contig	C7547786	104
+contig	C7547818	104
+contig	C7547836	104
+contig	C7547834	104
+contig	C7547840	104
+contig	C7547762	104
+contig	C7547866	104
+contig	C7547820	104
+contig	C7547874	104
+contig	C7547906	104
+contig	C7547858	104
+contig	C7547868	104
+contig	C7547928	104
+contig	C7547892	104
+contig	C7547944	104
+contig	C7547932	104
+contig	C7547912	104
+contig	C7547960	104
+contig	C7547968	104
+contig	C7547994	104
+contig	C7548008	104
+contig	C7547970	104
+contig	C7548014	104
+contig	C7547998	104
+contig	C7548030	104
+contig	C7548024	104
+contig	C7548048	104
+contig	C7548060	104
+contig	C7548064	104
+contig	C7548062	104
+contig	C7548070	104
+contig	C7548068	104
+contig	C7548092	104
+contig	C7548112	104
+contig	C7548082	104
+contig	C7548120	104
+contig	C7548128	104
+contig	C7548146	104
+contig	C7548142	104
+contig	C7548090	104
+contig	C7548164	104
+contig	C7548158	104
+contig	C7548170	104
+contig	C7548160	104
+contig	C7548196	104
+contig	C7548202	104
+contig	C7548172	104
+contig	C7546118	104
+contig	C7548218	104
+contig	C7548204	104
+contig	C7548222	104
+contig	C7548182	104
+contig	C7548250	104
+contig	C7548264	104
+contig	C7548268	104
+contig	C7548256	104
+contig	C7548260	104
+contig	C7548278	104
+contig	C7548276	104
+contig	C7548274	104
+contig	C7548286	104
+contig	C7548282	104
+contig	C7548280	104
+contig	C7548302	104
+contig	C7548292	104
+contig	C7548308	104
+contig	C7548336	104
+contig	C7548338	104
+contig	C7548346	104
+contig	C7548312	104
+contig	C7548340	104
+contig	C7548368	104
+contig	C7548396	104
+contig	C7548374	104
+contig	C7548350	104
+contig	C7548410	104
+contig	C7547966	104
+contig	C7548424	104
+contig	C7548406	104
+contig	C7548442	104
+contig	C7548446	104
+contig	C7548234	104
+contig	C7548414	104
+contig	C7548438	104
+contig	C7548460	104
+contig	C7548448	104
+contig	C7548476	104
+contig	C7548462	104
+contig	C7548482	104
+contig	C7548504	104
+contig	C7548488	104
+contig	C7548518	104
+contig	C7548516	104
+contig	C7548572	104
+contig	C7548574	104
+contig	C7548586	104
+contig	C7548520	104
+contig	C7548576	104
+contig	C7548562	104
+contig	C7548468	104
+contig	C7548604	104
+contig	C7548624	104
+contig	C7548612	104
+contig	C7548626	104
+contig	C7548588	104
+contig	C7548614	104
+contig	C7548644	104
+contig	C7548658	104
+contig	C7548678	104
+contig	C7548608	104
+contig	C7548674	104
+contig	C7548690	104
+contig	C7548686	104
+contig	C7548706	104
+contig	C7548708	104
+contig	C7548668	104
+contig	C7548732	104
+contig	C7548630	104
+contig	C7548738	104
+contig	C7548772	104
+contig	C7548746	104
+contig	C7548702	104
+contig	C7547290	104
+contig	C7548778	104
+contig	C7548782	104
+contig	C7548788	104
+contig	C7548784	104
+contig	C7548796	104
+contig	C7548724	104
+contig	C7548838	104
+contig	C7548818	104
+contig	C7548850	104
+contig	C7548848	104
+contig	C7548816	104
+contig	C7548852	104
+contig	C7548786	104
+contig	C7548856	104
+contig	C7548858	104
+contig	C7548894	104
+contig	C7548898	104
+contig	C7548810	104
+contig	C7548884	104
+contig	C7548892	104
+contig	C7548888	104
+contig	C7548952	104
+contig	C7548912	104
+contig	C7548794	104
+contig	C7548958	104
+contig	C7548966	104
+contig	C7548926	104
+contig	C7548904	104
+contig	C7548994	104
+contig	C7548960	104
+contig	C7548980	104
+contig	C7548964	104
+contig	C7549022	104
+contig	C7549032	104
+contig	C7549034	104
+contig	C7549028	104
+contig	C7549064	104
+contig	C7549018	104
+contig	C7549070	104
+contig	C7549042	104
+contig	C7549094	104
+contig	C7549106	104
+contig	C7549104	104
+contig	C7549006	104
+contig	C7549126	104
+contig	C7549116	104
+contig	C7549156	104
+contig	C7549144	104
+contig	C7549182	104
+contig	C7549162	104
+contig	C7548930	104
+contig	C7549202	104
+contig	C7549196	104
+contig	C7549212	104
+contig	C7549208	104
+contig	C7549234	104
+contig	C7549240	104
+contig	C7549244	104
+contig	C7549044	104
+contig	C7549256	104
+contig	C7549218	104
+contig	C7549254	104
+contig	C7549214	104
+contig	C7549294	104
+contig	C7549308	104
+contig	C7549072	104
+contig	C7549292	104
+contig	C7549320	104
+contig	C7549324	104
+contig	C7549318	104
+contig	C7549338	104
+contig	C7549348	104
+contig	C7549266	104
+contig	C7549326	104
+contig	C7549352	104
+contig	C7549362	104
+contig	C7549372	104
+contig	C7549378	104
+contig	C7549376	104
+contig	C7549370	104
+contig	C7549404	104
+contig	C7549276	104
+contig	C7549382	104
+contig	C7549414	104
+contig	C7549408	104
+contig	C7549460	104
+contig	C7549434	104
+contig	C7549438	104
+contig	C7549342	104
+contig	C7549394	104
+contig	C7549464	104
+contig	C7549476	104
+contig	C7549498	104
+contig	C7549474	104
+contig	C7549536	104
+contig	C7549552	104
+contig	C7549522	104
+contig	C7549518	104
+contig	C7549572	104
+contig	C7549554	104
+contig	C7549580	104
+contig	C7549588	104
+contig	C7549602	104
+contig	C7549612	104
+contig	C7549574	104
+contig	C7549608	104
+contig	C7549616	104
+contig	C7549628	104
+contig	C7549674	104
+contig	C7549576	104
+contig	C7549656	104
+contig	C7549624	104
+contig	C7549540	104
+contig	C7549732	104
+contig	C7549694	104
+contig	C7549716	104
+contig	C7549762	104
+contig	C7549746	104
+contig	C7549748	104
+contig	C7549794	104
+contig	C7549792	104
+contig	C7549774	104
+contig	C7549842	104
+contig	C7549800	104
+contig	C7549868	104
+contig	C7549846	104
+contig	C7549884	104
+contig	C7549894	104
+contig	C7549888	104
+contig	C7549900	104
+contig	C7549920	104
+contig	C7549802	104
+contig	C7549958	104
+contig	C7549232	104
+contig	C7549854	104
+contig	C7549962	104
+contig	C7549952	104
+contig	C7549966	104
+contig	C7549990	104
+contig	C7549986	104
+contig	C7550014	104
+contig	C7550008	104
+contig	C7549994	104
+contig	C7550022	104
+contig	C7550024	104
+contig	C7550042	104
+contig	C7550036	104
+contig	C7550016	104
+contig	C7550046	104
+contig	C7549850	104
+contig	C7550082	104
+contig	C7550056	104
+contig	C7550126	104
+contig	C7550110	104
+contig	C7550142	104
+contig	C7550160	104
+contig	C7550182	104
+contig	C7550118	104
+contig	C7549908	104
+contig	C7550136	104
+contig	C7550086	104
+contig	C7550158	104
+contig	C7550186	104
+contig	C7550202	104
+contig	C7550222	104
+contig	C7550224	104
+contig	C7550188	104
+contig	C7550232	104
+contig	C7550226	104
+contig	C7550230	104
+contig	C7550252	104
+contig	C7550256	104
+contig	C7550244	104
+contig	C7550196	104
+contig	C7550274	104
+contig	C7550260	104
+contig	C7550290	104
+contig	C7550270	104
+contig	C7550280	104
+contig	C7550200	104
+contig	C7550278	104
+contig	C7550294	104
+contig	C7550300	104
+contig	C7550282	104
+contig	C7550366	104
+contig	C7550386	104
+contig	C7550428	104
+contig	C7550356	104
+contig	C7550370	104
+contig	C7550378	104
+contig	C7550390	104
+contig	C7550484	104
+contig	C7550438	104
+contig	C7550466	104
+contig	C7550514	104
+contig	C7550320	104
+contig	C7550508	104
+contig	C7550512	104
+contig	C7550540	104
+contig	C7550436	104
+contig	C7550548	104
+contig	C7550572	104
+contig	C7550544	104
+contig	C7550578	104
+contig	C7550568	104
+contig	C7550570	104
+contig	C7550612	104
+contig	C7550566	104
+contig	C7550604	104
+contig	C7550602	104
+contig	C7550632	104
+contig	C7550638	104
+contig	C7550630	104
+contig	C7550636	104
+contig	C7550614	104
+contig	C7550640	104
+contig	C7550666	104
+contig	C7550664	104
+contig	C7550672	104
+contig	C7550674	104
+contig	C7550700	104
+contig	C7550644	104
+contig	C7550720	104
+contig	C7550716	104
+contig	C7550718	104
+contig	C7550748	104
+contig	C7550670	104
+contig	C7550728	104
+contig	C7550772	104
+contig	C7550724	104
+contig	C7550774	104
+contig	C7550784	104
+contig	C7550796	104
+contig	C7550792	104
+contig	C7550810	104
+contig	C7550812	104
+contig	C7550832	104
+contig	C7550752	104
+contig	C7550510	104
+contig	C7550806	104
+contig	C7550860	104
+contig	C7550848	104
+contig	C7550898	104
+contig	C7550874	104
+contig	C7550902	104
+contig	C7550856	104
+contig	C7550914	104
+contig	C7550882	104
+contig	C7550904	104
+contig	C7550948	104
+contig	C7550936	104
+contig	C7550954	104
+contig	C7550924	104
+contig	C7550966	104
+contig	C7550986	104
+contig	C7550956	104
+contig	C7551012	104
+contig	C7551020	104
+contig	C7550864	104
+contig	C7550990	104
+contig	C7551064	104
+contig	C7551082	104
+contig	C7551066	104
+contig	C7551062	104
+contig	C7551102	104
+contig	C7551100	104
+contig	C7551046	104
+contig	C7551088	104
+contig	C7551114	104
+contig	C7551010	104
+contig	C7551144	104
+contig	C7551106	104
+contig	C7551108	104
+contig	C7551136	104
+contig	C7551152	104
+contig	C7551138	104
+contig	C7551156	104
+contig	C7551168	104
+contig	C7551184	104
+contig	C7551190	104
+contig	C7551200	104
+contig	C7551210	104
+contig	C7551216	104
+contig	C7551236	104
+contig	C7551260	104
+contig	C7551222	104
+contig	C7551262	104
+contig	C7551266	104
+contig	C7551228	104
+contig	C7551280	104
+contig	C7551310	104
+contig	C7551314	104
+contig	C7551308	104
+contig	C7551334	104
+contig	C7551316	104
+contig	C7551338	104
+contig	C7551324	104
+contig	C7551340	104
+contig	C7551352	104
+contig	C7551376	104
+contig	C7550600	104
+contig	C7551342	104
+contig	C7551388	104
+contig	C7551392	104
+contig	C7551404	104
+contig	C7551400	104
+contig	C7551418	104
+contig	C7551398	104
+contig	C7551428	104
+contig	C7551452	104
+contig	C7551464	104
+contig	C7551468	104
+contig	C7551470	104
+contig	C7551432	104
+contig	C7551500	104
+contig	C7551502	104
+contig	C7551504	104
+contig	C7551512	104
+contig	C7551526	104
+contig	C7551534	104
+contig	C7551556	104
+contig	C7551240	104
+contig	C7551564	104
+contig	C7551610	104
+contig	C7551620	104
+contig	C7551476	104
+contig	C7551624	104
+contig	C7551634	104
+contig	C7551652	104
+contig	C7551672	104
+contig	C7551674	104
+contig	C7551498	104
+contig	C7551678	104
+contig	C7551690	104
+contig	C7551698	104
+contig	C7551148	104
+contig	C7551692	104
+contig	C7551710	104
+contig	C7551704	104
+contig	C7551718	104
+contig	C7551720	104
+contig	C7551728	104
+contig	C7551598	104
+contig	C7551712	104
+contig	C7551742	104
+contig	C7551754	104
+contig	C7551744	104
+contig	C7551762	104
+contig	C7551714	104
+contig	C7551774	104
+contig	C7551782	104
+contig	C7551766	104
+contig	C7551764	104
+contig	C7551790	104
+contig	C7551808	104
+contig	C7551800	104
+contig	C7551792	104
+contig	C7551822	104
+contig	C7551850	104
+contig	C7551854	104
+contig	C7551860	104
+contig	C7551876	104
+contig	C7551842	104
+contig	C7551888	104
+contig	C7551902	104
+contig	C7551374	104
+contig	C7551908	104
+contig	C7551890	104
+contig	C7551922	104
+contig	C7551928	104
+contig	C7551926	104
+contig	C7551910	104
+contig	C7551974	104
+contig	C7551986	104
+contig	C7551988	104
+contig	C7551826	104
+contig	C7551982	104
+contig	C7551768	104
+contig	C7552006	104
+contig	C7552018	104
+contig	C7551968	104
+contig	C7552038	104
+contig	C7552026	104
+contig	C7552028	104
+contig	C7552070	104
+contig	C7552056	104
+contig	C7552060	104
+contig	C7552080	104
+contig	C7552090	104
+contig	C7552110	104
+contig	C7552058	104
+contig	C7552116	104
+contig	C7552126	104
+contig	C7552112	104
+contig	C7552132	104
+contig	C7552062	104
+contig	C7552094	104
+contig	C7552162	104
+contig	C7552152	104
+contig	C7552160	104
+contig	C7552134	104
+contig	C7552164	104
+contig	C7551650	104
+contig	C7552184	104
+contig	C7552104	104
+contig	C7552224	104
+contig	C7552202	104
+contig	C7552218	104
+contig	C7552178	104
+contig	C7552200	104
+contig	C7552232	104
+contig	C7552242	104
+contig	C7552230	104
+contig	C7552276	104
+contig	C7552298	104
+contig	C7552318	104
+contig	C7552324	104
+contig	C7552278	104
+contig	C7552374	104
+contig	C7552256	104
+contig	C7552378	104
+contig	C7552380	104
+contig	C7552346	104
+contig	C7552398	104
+contig	C7552402	104
+contig	C7552332	104
+contig	C7552416	104
+contig	C7552420	104
+contig	C7552440	104
+contig	C7552422	104
+contig	C7552262	104
+contig	C7552442	104
+contig	C7552464	104
+contig	C7552436	104
+contig	C7552484	104
+contig	C7552448	104
+contig	C7552494	104
+contig	C7552512	104
+contig	C7552524	104
+contig	C7552466	104
+contig	C7552516	104
+contig	C7552536	104
+contig	C7552514	104
+contig	C7552556	104
+contig	C7552510	104
+contig	C7552546	104
+contig	C7552592	104
+contig	C7552616	104
+contig	C7552570	104
+contig	C7552640	104
+contig	C7552562	104
+contig	C7552644	104
+contig	C7552604	104
+contig	C7552642	104
+contig	C7552666	104
+contig	C7552708	104
+contig	C7552698	104
+contig	C7552694	104
+contig	C7552624	104
+contig	C7552736	104
+contig	C7552718	104
+contig	C7552714	104
+contig	C7552782	104
+contig	C7552774	104
+contig	C7552806	104
+contig	C7552748	104
+contig	C7552812	104
+contig	C7552726	104
+contig	C7552796	104
+contig	C7552828	104
+contig	C7552836	104
+contig	C7552860	104
+contig	C7552846	104
+contig	C7552868	104
+contig	C7552878	104
+contig	C7552682	104
+contig	C7552876	104
+contig	C7552906	104
+contig	C7552900	104
+contig	C7552920	104
+contig	C7552820	104
+contig	C7552930	104
+contig	C7552962	104
+contig	C7552886	104
+contig	C7552972	104
+contig	C7552932	104
+contig	C7552838	104
+contig	C7552976	104
+contig	C7553000	104
+contig	C7553002	104
+contig	C7553004	104
+contig	C7553008	104
+contig	C7553006	104
+contig	C7552926	104
+contig	C7553020	104
+contig	C7553040	104
+contig	C7553046	104
+contig	C7553054	104
+contig	C7553018	104
+contig	C7553062	104
+contig	C7553056	104
+contig	C7553108	104
+contig	C7553036	104
+contig	C7553060	104
+contig	C7553136	104
+contig	C7553162	104
+contig	C7553128	104
+contig	C7553080	104
+contig	C7553174	104
+contig	C7553168	104
+contig	C7553190	104
+contig	C7553138	104
+contig	C7553180	104
+contig	C7553230	104
+contig	C7553234	104
+contig	C7553264	104
+contig	C7553216	104
+contig	C7553314	104
+contig	C7553308	104
+contig	C7553330	104
+contig	C7553342	104
+contig	C7553334	104
+contig	C7553378	104
+contig	C7553382	104
+contig	C7553360	104
+contig	C7553392	104
+contig	C7553390	104
+contig	C7553278	104
+contig	C7553396	104
+contig	C7553394	104
+contig	C7552182	104
+contig	C7553414	104
+contig	C7553406	104
+contig	C7553412	104
+contig	C7553424	104
+contig	C7553480	104
+contig	C7552978	104
+contig	C7553502	104
+contig	C7553504	104
+contig	C7553448	104
+contig	C7553518	104
+contig	C7553476	104
+contig	C7553428	104
+contig	C7553514	104
+contig	C7553530	104
+contig	C7553602	104
+contig	C7553558	104
+contig	C7553578	104
+contig	C7553626	104
+contig	C7553616	104
+contig	C7553542	104
+contig	C7553660	104
+contig	C7553676	104
+contig	C7553730	104
+contig	C7553750	104
+contig	C7553596	104
+contig	C7553758	104
+contig	C7553740	104
+contig	C7553654	104
+contig	C7553752	104
+contig	C7553784	104
+contig	C7553782	104
+contig	C7553648	104
+contig	C7553818	104
+contig	C7553832	104
+contig	C7553864	104
+contig	C7553854	104
+contig	C7553866	104
+contig	C7553894	104
+contig	C7553876	104
+contig	C7553902	104
+contig	C7553930	104
+contig	C7553916	104
+contig	C7553936	104
+contig	C7553948	104
+contig	C7553892	104
+contig	C7553978	104
+contig	C7553998	104
+contig	C7554014	104
+contig	C7553938	104
+contig	C7553904	104
+contig	C7554006	104
+contig	C7554028	104
+contig	C7554060	104
+contig	C7554020	104
+contig	C7554066	104
+contig	C7554034	104
+contig	C7554072	104
+contig	C7554064	104
+contig	C7554094	104
+contig	C7554124	104
+contig	C7554126	104
+contig	C7554138	104
+contig	C7554102	104
+contig	C7554202	104
+contig	C7554168	104
+contig	C7554120	104
+contig	C7554204	104
+contig	C7554206	104
+contig	C7554140	104
+contig	C7554218	104
+contig	C7554224	104
+contig	C7554240	104
+contig	C7554256	104
+contig	C7554244	104
+contig	C7554258	104
+contig	C7554264	104
+contig	C7554276	104
+contig	C7554266	104
+contig	C7554292	104
+contig	C7554284	104
+contig	C7554324	104
+contig	C7554332	104
+contig	C7554070	104
+contig	C7553226	104
+contig	C7554310	104
+contig	C7554334	104
+contig	C7554354	104
+contig	C7554352	104
+contig	C7554362	104
+contig	C7554382	104
+contig	C7554336	104
+contig	C7554364	104
+contig	C7554398	104
+contig	C7554426	104
+contig	C7554428	104
+contig	C7554394	104
+contig	C7554430	104
+contig	C7554378	104
+contig	C7554438	104
+contig	C7554452	104
+contig	C7554454	104
+contig	C7554458	104
+contig	C7554408	104
+contig	C7554478	104
+contig	C7554456	104
+contig	C7554468	104
+contig	C7554498	104
+contig	C7554514	104
+contig	C7554510	104
+contig	C7554444	104
+contig	C7554526	104
+contig	C7554540	104
+contig	C7554480	104
+contig	C7554568	104
+contig	C7554536	104
+contig	C7554590	104
+contig	C7554606	104
+contig	C7554608	104
+contig	C7554614	104
+contig	C7554216	104
+contig	C7554610	104
+contig	C7554634	104
+contig	C7554544	104
+contig	C7554640	104
+contig	C7554654	104
+contig	C7554532	104
+contig	C7554636	104
+contig	C7554680	104
+contig	C7554702	104
+contig	C7554692	104
+contig	C7554710	104
+contig	C7554618	104
+contig	C7554728	104
+contig	C7554706	104
+contig	C7554736	104
+contig	C7554720	104
+contig	C7554758	104
+contig	C7554796	104
+contig	C7554802	104
+contig	C7554808	104
+contig	C7554760	104
+contig	C7554822	104
+contig	C7554664	104
+contig	C7554816	104
+contig	C7554648	104
+contig	C7554866	104
+contig	C7554876	104
+contig	C7554838	104
+contig	C7554844	104
+contig	C7554818	104
+contig	C7554902	104
+contig	C7554908	104
+contig	C7554828	104
+contig	C7554924	104
+contig	C7554946	104
+contig	C7554950	104
+contig	C7554964	104
+contig	C7554970	104
+contig	C7554990	104
+contig	C7554960	104
+contig	C7555012	104
+contig	C7555058	104
+contig	C7555016	104
+contig	C7555070	104
+contig	C7555076	104
+contig	C7555000	104
+contig	C7555078	104
+contig	C7555098	104
+contig	C7555090	104
+contig	C7555086	104
+contig	C7554982	104
+contig	C7555144	104
+contig	C7555124	104
+contig	C7555176	104
+contig	C7555166	104
+contig	C7555200	104
+contig	C7555192	104
+contig	C7555220	104
+contig	C7555224	104
+contig	C7555004	104
+contig	C7555250	104
+contig	C7555114	104
+contig	C7555258	104
+contig	C7555260	104
+contig	C7555274	104
+contig	C7555272	104
+contig	C7555232	104
+contig	C7555280	104
+contig	C7555186	104
+contig	C7555284	104
+contig	C7555290	104
+contig	C7555288	104
+contig	C7555292	104
+contig	C7555342	104
+contig	C7555346	104
+contig	C7555344	104
+contig	C7555368	104
+contig	C7555376	104
+contig	C7555324	104
+contig	C7555320	104
+contig	C7555382	104
+contig	C7555380	104
+contig	C7555398	104
+contig	C7555378	104
+contig	C7555470	104
+contig	C7555402	104
+contig	C7555456	104
+contig	C7555410	104
+contig	C7555496	104
+contig	C7555494	104
+contig	C7555510	104
+contig	C7555492	104
+contig	C7555524	104
+contig	C7555518	104
+contig	C7555546	104
+contig	C7555552	104
+contig	C7555204	104
+contig	C7555570	104
+contig	C7555498	104
+contig	C7555504	104
+contig	C7555612	104
+contig	C7555606	104
+contig	C7555572	104
+contig	C7555662	104
+contig	C7555580	104
+contig	C7555684	104
+contig	C7555694	104
+contig	C7555650	104
+contig	C7555710	104
+contig	C7555686	104
+contig	C7555706	104
+contig	C7555714	104
+contig	C7555724	104
+contig	C7555718	104
+contig	C7555734	104
+contig	C7555740	104
+contig	C7555744	104
+contig	C7555698	104
+contig	C7555746	104
+contig	C7555758	104
+contig	C7555756	104
+contig	C7555834	104
+contig	C7555836	104
+contig	C7555842	104
+contig	C7555760	104
+contig	C7555860	104
+contig	C7555846	104
+contig	C7555850	104
+contig	C7555858	104
+contig	C7555864	104
+contig	C7555884	104
+contig	C7555880	104
+contig	C7555888	104
+contig	C7555894	104
+contig	C7555872	104
+contig	C7555898	104
+contig	C7555902	104
+contig	C7555922	104
+contig	C7555904	104
+contig	C7555948	104
+contig	C7555938	104
+contig	C7555886	104
+contig	C7555952	104
+contig	C7555646	104
+contig	C7555978	104
+contig	C7555990	104
+contig	C7556022	104
+contig	C7555976	104
+contig	C7556028	104
+contig	C7556032	104
+contig	C7555994	104
+contig	C7556034	104
+contig	C7556014	104
+contig	C7556056	104
+contig	C7555954	104
+contig	C7556046	104
+contig	C7556054	104
+contig	C7556114	104
+contig	C7556060	104
+contig	C7556026	104
+contig	C7556070	104
+contig	C7556130	104
+contig	C7556092	104
+contig	C7556178	104
+contig	C7556188	104
+contig	C7556152	104
+contig	C7556164	104
+contig	C7556198	104
+contig	C7556216	104
+contig	C7556214	104
+contig	C7556232	104
+contig	C7556224	104
+contig	C7556244	104
+contig	C7556256	104
+contig	C7556272	104
+contig	C7556234	104
+contig	C7556254	104
+contig	C7556282	104
+contig	C7556236	104
+contig	C7556288	104
+contig	C7556296	104
+contig	C7556318	104
+contig	C7556294	104
+contig	C7556278	104
+contig	C7556336	104
+contig	C7556330	104
+contig	C7556348	104
+contig	C7556342	104
+contig	C7556306	104
+contig	C7556340	104
+contig	C7556354	104
+contig	C7556386	104
+contig	C7556360	104
+contig	C7556364	104
+contig	C7556398	104
+contig	C7556404	104
+contig	C7556424	104
+contig	C7556428	105
+contig	C7556430	105
+contig	C7556438	105
+contig	C7556416	104
+contig	C7556396	104
+contig	C7556456	105
+contig	C7556444	105
+contig	C7556450	105
+contig	C7556194	104
+contig	C7556482	105
+contig	C7556466	105
+contig	C7556458	105
+contig	C7556494	105
+contig	C7556478	105
+contig	C7556508	105
+contig	C7556546	105
+contig	C7556500	105
+contig	C7556516	105
+contig	C7556534	105
+contig	C7556570	105
+contig	C7556654	105
+contig	C7556582	105
+contig	C7556620	105
+contig	C7556658	105
+contig	C7556660	105
+contig	C7556628	105
+contig	C7556732	105
+contig	C7556702	105
+contig	C7556744	105
+contig	C7556760	105
+contig	C7556756	105
+contig	C7556768	105
+contig	C7556770	105
+contig	C7556686	105
+contig	C7556776	105
+contig	C7556766	105
+contig	C7556778	105
+contig	C7556720	105
+contig	C7556824	105
+contig	C7556834	105
+contig	C7556822	105
+contig	C7556826	105
+contig	C7556792	105
+contig	C7556876	105
+contig	C7556866	105
+contig	C7556838	105
+contig	C7556896	105
+contig	C7556922	105
+contig	C7556906	105
+contig	C7556934	105
+contig	C7556970	105
+contig	C7556974	105
+contig	C7556952	105
+contig	C7556976	105
+contig	C7556964	105
+contig	C7557010	105
+contig	C7556956	105
+contig	C7557032	105
+contig	C7557044	105
+contig	C7557020	105
+contig	C7557048	105
+contig	C7557052	105
+contig	C7557054	105
+contig	C7557066	105
+contig	C7557036	105
+contig	C7557088	105
+contig	C7557096	105
+contig	C7557130	105
+contig	C7557146	105
+contig	C7557136	105
+contig	C7557150	105
+contig	C7557148	105
+contig	C7557154	105
+contig	C7557110	105
+contig	C7557008	105
+contig	C7557202	105
+contig	C7557196	105
+contig	C7557204	105
+contig	C7557208	105
+contig	C7557162	105
+contig	C7557206	105
+contig	C7557220	105
+contig	C7557218	105
+contig	C7557262	105
+contig	C7557254	105
+contig	C7557260	105
+contig	C7557320	105
+contig	C7557300	105
+contig	C7557332	105
+contig	C7557316	105
+contig	C7557358	105
+contig	C7557346	105
+contig	C7557356	105
+contig	C7557372	105
+contig	C7557400	105
+contig	C7557382	105
+contig	C7557414	105
+contig	C7557410	105
+contig	C7557328	105
+contig	C7557420	105
+contig	C7557422	105
+contig	C7557442	105
+contig	C7557434	105
+contig	C7557456	105
+contig	C7557454	105
+contig	C7557460	105
+contig	C7557362	105
+contig	C7557438	105
+contig	C7557464	105
+contig	C7557474	105
+contig	C7557480	105
+contig	C7557490	105
+contig	C7557478	105
+contig	C7557534	105
+contig	C7557558	105
+contig	C7557522	105
+contig	C7557564	105
+contig	C7557576	105
+contig	C7557628	105
+contig	C7557604	105
+contig	C7557638	105
+contig	C7557578	105
+contig	C7557636	105
+contig	C7557486	105
+contig	C7557696	105
+contig	C7557706	105
+contig	C7557720	105
+contig	C7557646	105
+contig	C7557742	105
+contig	C7557700	105
+contig	C7557748	105
+contig	C7557794	105
+contig	C7557768	105
+contig	C7557804	105
+contig	C7557828	105
+contig	C7557832	105
+contig	C7557780	105
+contig	C7557820	105
+contig	C7557878	105
+contig	C7557848	105
+contig	C7557836	105
+contig	C7557880	105
+contig	C7557854	105
+contig	C7557884	105
+contig	C7557902	105
+contig	C7557916	105
+contig	C7557922	105
+contig	C7557934	105
+contig	C7557886	105
+contig	C7557948	105
+contig	C7557908	105
+contig	C7557944	105
+contig	C7557942	105
+contig	C7557954	105
+contig	C7557956	105
+contig	C7557974	105
+contig	C7557970	105
+contig	C7557990	105
+contig	C7557992	105
+contig	C7557988	105
+contig	C7558006	105
+contig	C7558010	105
+contig	C7558020	105
+contig	C7558028	105
+contig	C7558026	105
+contig	C7558040	105
+contig	C7558042	105
+contig	C7558034	105
+contig	C7558054	105
+contig	C7558052	105
+contig	C7558056	105
+contig	C7558062	105
+contig	C7558066	105
+contig	C7558004	105
+contig	C7558084	105
+contig	C7558092	105
+contig	C7558074	105
+contig	C7558078	105
+contig	C7558110	105
+contig	C7557968	105
+contig	C7558112	105
+contig	C7558104	105
+contig	C7558124	105
+contig	C7558166	105
+contig	C7558148	105
+contig	C7558184	105
+contig	C7558202	105
+contig	C7558204	105
+contig	C7558200	105
+contig	C7558238	105
+contig	C7558216	105
+contig	C7558302	105
+contig	C7558286	105
+contig	C7558264	105
+contig	C7558326	105
+contig	C7558212	105
+contig	C7558348	105
+contig	C7558320	105
+contig	C7558324	105
+contig	C7558354	105
+contig	C7558350	105
+contig	C7558352	105
+contig	C7558408	105
+contig	C7558396	105
+contig	C7558368	105
+contig	C7558436	105
+contig	C7558412	105
+contig	C7558462	105
+contig	C7558418	105
+contig	C7558468	105
+contig	C7558464	105
+contig	C7554208	104
+contig	C7558488	105
+contig	C7558332	105
+contig	C7558494	105
+contig	C7558500	105
+contig	C7558538	105
+contig	C7558524	105
+contig	C7558558	105
+contig	C7558564	105
+contig	C7558546	105
+contig	C7558570	105
+contig	C7558582	105
+contig	C7558594	105
+contig	C7558596	105
+contig	C7558622	105
+contig	C7558642	105
+contig	C7558444	105
+contig	C7558654	105
+contig	C7558652	105
+contig	C7558690	105
+contig	C7558680	105
+contig	C7558720	105
+contig	C7558712	105
+contig	C7558606	105
+contig	C7558716	105
+contig	C7558742	105
+contig	C7558736	105
+contig	C7558756	105
+contig	C7558758	105
+contig	C7558786	105
+contig	C7558800	105
+contig	C7558762	105
+contig	C7558838	105
+contig	C7558812	105
+contig	C7558874	105
+contig	C7558752	105
+contig	C7558900	105
+contig	C7558922	105
+contig	C7558840	105
+contig	C7558940	105
+contig	C7558894	105
+contig	C7558888	105
+contig	C7558944	105
+contig	C7558954	105
+contig	C7558960	105
+contig	C7558970	105
+contig	C7558964	105
+contig	C7558952	105
+contig	C7558976	105
+contig	C7558992	105
+contig	C7558984	105
+contig	C7559020	105
+contig	C7558990	105
+contig	C7559002	105
+contig	C7559024	105
+contig	C7558998	105
+contig	C7559046	105
+contig	C7559060	105
+contig	C7558472	105
+contig	C7559092	105
+contig	C7559088	105
+contig	C7559094	105
+contig	C7559102	105
+contig	C7559108	105
+contig	C7559116	105
+contig	C7559124	105
+contig	C7559048	105
+contig	C7559126	105
+contig	C7559036	105
+contig	C7559168	105
+contig	C7559176	105
+contig	C7559154	105
+contig	C7559160	105
+contig	C7559184	105
+contig	C7559208	105
+contig	C7559120	105
+contig	C7559254	105
+contig	C7559204	105
+contig	C7559238	105
+contig	C7559256	105
+contig	C7559248	105
+contig	C7559292	105
+contig	C7559278	105
+contig	C7559310	105
+contig	C7559268	105
+contig	C7559332	105
+contig	C7559302	105
+contig	C7559312	105
+contig	C7559342	105
+contig	C7559322	105
+contig	C7559356	105
+contig	C7559370	105
+contig	C7559384	105
+contig	C7559364	105
+contig	C7559388	105
+contig	C7559418	105
+contig	C7559432	105
+contig	C7559308	105
+contig	C7559442	105
+contig	C7559382	105
+contig	C7559456	105
+contig	C7559454	105
+contig	C7559458	105
+contig	C7559496	105
+contig	C7559360	105
+contig	C7559502	105
+contig	C7559532	105
+contig	C7559538	105
+contig	C7559542	105
+contig	C7559466	105
+contig	C7559572	105
+contig	C7559510	105
+contig	C7559602	105
+contig	C7559632	105
+contig	C7559626	105
+contig	C7559648	105
+contig	C7559660	105
+contig	C7559680	105
+contig	C7559636	105
+contig	C7559654	105
+contig	C7559698	105
+contig	C7559704	105
+contig	C7559706	105
+contig	C7559682	105
+contig	C7559420	105
+contig	C7559718	105
+contig	C7559722	105
+contig	C7559730	105
+contig	C7559734	105
+contig	C7559702	105
+contig	C7559760	105
+contig	C7559744	105
+contig	C7559726	105
+contig	C7559738	105
+contig	C7559762	105
+contig	C7559808	105
+contig	C7559766	105
+contig	C7559854	105
+contig	C7559768	105
+contig	C7559866	105
+contig	C7559822	105
+contig	C7559878	105
+contig	C7559890	105
+contig	C7559888	105
+contig	C7559852	105
+contig	C7559902	105
+contig	C7559910	105
+contig	C7559882	105
+contig	C7559842	105
+contig	C7559948	105
+contig	C7559912	105
+contig	C7559982	105
+contig	C7559970	105
+contig	C7559906	105
+contig	C7559976	105
+contig	C7559988	105
+contig	C7560000	105
+contig	C7559996	105
+contig	C7560026	105
+contig	C7560020	105
+contig	C7560034	105
+contig	C7560032	105
+contig	C7560050	105
+contig	C7560072	105
+contig	C7559954	105
+contig	C7560084	105
+contig	C7560090	105
+contig	C7560088	105
+contig	C7560096	105
+contig	C7560078	105
+contig	C7560118	105
+contig	C7560064	105
+contig	C7560120	105
+contig	C7560134	105
+contig	C7560132	105
+contig	C7560102	105
+contig	C7560144	105
+contig	C7560154	105
+contig	C7560178	105
+contig	C7560186	105
+contig	C7560180	105
+contig	C7560188	105
+contig	C7560198	105
+contig	C7560202	105
+contig	C7560206	105
+contig	C7560196	105
+contig	C7560104	105
+contig	C7560222	105
+contig	C7560234	105
+contig	C7560250	105
+contig	C7560236	105
+contig	C7560260	105
+contig	C7560266	105
+contig	C7560262	105
+contig	C7560280	105
+contig	C7560268	105
+contig	C7560296	105
+contig	C7560172	105
+contig	C7560294	105
+contig	C7560306	105
+contig	C7560316	105
+contig	C7560326	105
+contig	C7560328	105
+contig	C7560344	105
+contig	C7560336	105
+contig	C7560290	105
+contig	C7560350	105
+contig	C7560356	105
+contig	C7560340	105
+contig	C7560396	105
+contig	C7560402	105
+contig	C7560412	105
+contig	C7560380	105
+contig	C7560416	105
+contig	C7560422	105
+contig	C7560438	105
+contig	C7560432	105
+contig	C7560434	105
+contig	C7560448	105
+contig	C7560454	105
+contig	C7560466	105
+contig	C7560480	105
+contig	C7560498	105
+contig	C7560486	105
+contig	C7560420	105
+contig	C7560488	105
+contig	C7560536	105
+contig	C7560508	105
+contig	C7560528	105
+contig	C7560562	105
+contig	C7560568	105
+contig	C7560542	105
+contig	C7560574	105
+contig	C7560578	105
+contig	C7560580	105
+contig	C7560588	105
+contig	C7560604	105
+contig	C7560548	105
+contig	C7560612	105
+contig	C7560610	105
+contig	C7560558	105
+contig	C7560626	105
+contig	C7560608	105
+contig	C7560630	105
+contig	C7560624	105
+contig	C7560652	105
+contig	C7560650	105
+contig	C7560660	105
+contig	C7560658	105
+contig	C7560616	105
+contig	C7560666	105
+contig	C7560642	105
+contig	C7560732	105
+contig	C7560746	105
+contig	C7560748	105
+contig	C7560752	105
+contig	C7560756	105
+contig	C7560700	105
+contig	C7560726	105
+contig	C7560706	105
+contig	C7560776	105
+contig	C7560796	105
+contig	C7560808	105
+contig	C7560830	105
+contig	C7560794	105
+contig	C7560832	105
+contig	C7560844	105
+contig	C7560862	105
+contig	C7560806	105
+contig	C7560868	105
+contig	C7560906	105
+contig	C7560866	105
+contig	C7560930	105
+contig	C7560880	105
+contig	C7560940	105
+contig	C7560916	105
+contig	C7560912	105
+contig	C7560970	105
+contig	C7560984	105
+contig	C7560990	105
+contig	C7560950	105
+contig	C7560996	105
+contig	C7561010	105
+contig	C7561026	105
+contig	C7561044	105
+contig	C7561060	105
+contig	C7561074	105
+contig	C7561008	105
+contig	C7561078	105
+contig	C7561018	105
+contig	C7561122	105
+contig	C7561132	105
+contig	C7561134	105
+contig	C7561140	105
+contig	C7561144	105
+contig	C7561164	105
+contig	C7561168	105
+contig	C7561032	105
+contig	C7561178	105
+contig	C7561180	105
+contig	C7561156	105
+contig	C7561194	105
+contig	C7561212	105
+contig	C7561186	105
+contig	C7561226	105
+contig	C7561236	105
+contig	C7561216	105
+contig	C7561240	105
+contig	C7561256	105
+contig	C7561258	105
+contig	C7561246	105
+contig	C7561250	105
+contig	C7561260	105
+contig	C7561244	105
+contig	C7561280	105
+contig	C7561276	105
+contig	C7561272	105
+contig	C7561294	105
+contig	C7561326	105
+contig	C7561300	105
+contig	C7561330	105
+contig	C7561342	105
+contig	C7561310	105
+contig	C7561344	105
+contig	C7561348	105
+contig	C7561322	105
+contig	C7561360	105
+contig	C7561392	105
+contig	C7561396	105
+contig	C7560126	105
+contig	C7561412	105
+contig	C7561394	105
+contig	C7561374	105
+contig	C7561400	105
+contig	C7561438	105
+contig	C7561456	105
+contig	C7561468	105
+contig	C7561470	105
+contig	C7561462	105
+contig	C7561422	105
+contig	C7561428	105
+contig	C7561492	105
+contig	C7561500	105
+contig	C7561502	105
+contig	C7561506	105
+contig	C7561496	105
+contig	C7561510	105
+contig	C7561482	105
+contig	C7561560	105
+contig	C7561538	105
+contig	C7561546	105
+contig	C7561568	105
+contig	C7561518	105
+contig	C7561586	105
+contig	C7561600	105
+contig	C7561598	105
+contig	C7561628	105
+contig	C7561610	105
+contig	C7561620	105
+contig	C7561524	105
+contig	C7561644	105
+contig	C7556462	105
+contig	C7561652	105
+contig	C7561734	105
+contig	C7561750	105
+contig	C7561720	105
+contig	C7561752	105
+contig	C7561736	105
+contig	C7561852	105
+contig	C7561806	105
+contig	C7561870	105
+contig	C7561888	105
+contig	C7561902	105
+contig	C7561764	105
+contig	C7561974	105
+contig	C7561650	105
+contig	C7561910	105
+contig	C7561960	105
+contig	C7561940	105
+contig	C7562018	105
+contig	C7562014	105
+contig	C7562012	105
+contig	C7562026	105
+contig	C7562036	105
+contig	C7562058	105
+contig	C7562064	105
+contig	C7562024	105
+contig	C7562072	105
+contig	C7562074	105
+contig	C7562078	105
+contig	C7562038	105
+contig	C7562106	105
+contig	C7562114	105
+contig	C7562118	105
+contig	C7562144	105
+contig	C7562108	105
+contig	C7562034	105
+contig	C7562154	105
+contig	C7562172	105
+contig	C7562090	105
+contig	C7562160	105
+contig	C7562174	105
+contig	C7562190	105
+contig	C7562196	105
+contig	C7562210	105
+contig	C7562202	105
+contig	C7562204	105
+contig	C7562244	105
+contig	C7562246	105
+contig	C7562242	105
+contig	C7562272	105
+contig	C7562230	105
+contig	C7562258	105
+contig	C7562260	105
+contig	C7562344	105
+contig	C7562346	105
+contig	C7562354	105
+contig	C7562386	105
+contig	C7562358	105
+contig	C7562396	105
+contig	C7562402	105
+contig	C7562432	105
+contig	C7562440	105
+contig	C7562336	105
+contig	C7562436	105
+contig	C7561592	105
+contig	C7562454	105
+contig	C7562444	105
+contig	C7562476	105
+contig	C7562462	105
+contig	C7562466	105
+contig	C7562500	105
+contig	C7562516	105
+contig	C7562510	105
+contig	C7562518	105
+contig	C7562562	105
+contig	C7562572	105
+contig	C7562542	105
+contig	C7562574	105
+contig	C7562600	105
+contig	C7562624	105
+contig	C7562604	105
+contig	C7562612	105
+contig	C7562656	105
+contig	C7562672	105
+contig	C7562628	105
+contig	C7562676	105
+contig	C7562708	105
+contig	C7562714	105
+contig	C7562710	105
+contig	C7562726	105
+contig	C7562706	105
+contig	C7562748	105
+contig	C7562772	105
+contig	C7562778	105
+contig	C7562796	105
+contig	C7562808	105
+contig	C7562812	105
+contig	C7562826	105
+contig	C7562864	105
+contig	C7562870	105
+contig	C7562882	105
+contig	C7562788	105
+contig	C7562822	105
+contig	C7562912	105
+contig	C7562156	105
+contig	C7562924	105
+contig	C7562896	105
+contig	C7562918	105
+contig	C7562928	105
+contig	C7562934	105
+contig	C7562898	105
+contig	C7562938	105
+contig	C7562972	105
+contig	C7562948	105
+contig	C7562978	105
+contig	C7562926	105
+contig	C7562980	105
+contig	C7562994	105
+contig	C7562990	105
+contig	C7562984	105
+contig	C7563002	105
+contig	C7563056	105
+contig	C7563036	105
+contig	C7563042	105
+contig	C7563058	105
+contig	C7563088	105
+contig	C7563072	105
+contig	C7562944	105
+contig	C7563106	105
+contig	C7563128	105
+contig	C7562446	105
+contig	C7563156	105
+contig	C7563114	105
+contig	C7563068	105
+contig	C7563090	105
+contig	C7563178	105
+contig	C7563182	105
+contig	C7563172	105
+contig	C7563216	105
+contig	C7563190	105
+contig	C7563220	105
+contig	C7563136	105
+contig	C7563226	105
+contig	C7563272	105
+contig	C7563162	105
+contig	C7563294	105
+contig	C7563232	105
+contig	C7563200	105
+contig	C7563318	105
+contig	C7563332	105
+contig	C7563256	105
+contig	C7563354	105
+contig	C7563360	105
+contig	C7563344	105
+contig	C7563362	105
+contig	C7563358	105
+contig	C7563288	105
+contig	C7563380	105
+contig	C7563388	105
+contig	C7563372	105
+contig	C7563368	105
+contig	C7563370	105
+contig	C7563396	105
+contig	C7563416	105
+contig	C7563422	105
+contig	C7563398	105
+contig	C7563418	105
+contig	C7563444	105
+contig	C7563446	105
+contig	C7563434	105
+contig	C7563436	105
+contig	C7563450	105
+contig	C7563470	105
+contig	C7563474	105
+contig	C7563478	105
+contig	C7563484	105
+contig	C7563472	105
+contig	C7563492	105
+contig	C7563500	105
+contig	C7563466	105
+contig	C7563502	105
+contig	C7563490	105
+contig	C7563526	105
+contig	C7563512	105
+contig	C7563530	105
+contig	C7563548	105
+contig	C7563554	105
+contig	C7563534	105
+contig	C7563590	105
+contig	C7563540	105
+contig	C7563594	105
+contig	C7563570	105
+contig	C7563608	105
+contig	C7563596	105
+contig	C7563614	105
+contig	C7563320	105
+contig	C7563632	105
+contig	C7563634	105
+contig	C7563644	105
+contig	C7563640	105
+contig	C7563622	105
+contig	C7563658	105
+contig	C7563680	105
+contig	C7563686	105
+contig	C7563638	105
+contig	C7563664	105
+contig	C7563694	105
+contig	C7563704	105
+contig	C7563726	105
+contig	C7563732	105
+contig	C7563668	105
+contig	C7563736	105
+contig	C7563750	105
+contig	C7563778	105
+contig	C7563786	105
+contig	C7563792	105
+contig	C7563768	105
+contig	C7563774	105
+contig	C7563804	105
+contig	C7563808	105
+contig	C7563812	105
+contig	C7563800	105
+contig	C7563818	105
+contig	C7563826	105
+contig	C7563840	105
+contig	C7563856	105
+contig	C7563776	105
+contig	C7563864	105
+contig	C7563834	105
+contig	C7563890	105
+contig	C7563906	105
+contig	C7563868	105
+contig	C7563894	105
+contig	C7563916	105
+contig	C7563964	105
+contig	C7563982	105
+contig	C7563990	105
+contig	C7563980	105
+contig	C7564014	105
+contig	C7564000	105
+contig	C7562312	105
+contig	C7564038	105
+contig	C7564052	105
+contig	C7564064	105
+contig	C7564018	105
+contig	C7564076	105
+contig	C7564074	105
+contig	C7564044	105
+contig	C7564084	105
+contig	C7564106	105
+contig	C7564112	105
+contig	C7564086	105
+contig	C7564120	105
+contig	C7564078	105
+contig	C7564136	105
+contig	C7564114	105
+contig	C7564138	105
+contig	C7564132	105
+contig	C7564164	105
+contig	C7564100	105
+contig	C7564168	105
+contig	C7564140	105
+contig	C7564174	105
+contig	C7564188	105
+contig	C7564184	105
+contig	C7564192	105
+contig	C7564218	105
+contig	C7564236	105
+contig	C7564212	105
+contig	C7564286	105
+contig	C7564246	105
+contig	C7564172	105
+contig	C7564282	105
+contig	C7564288	105
+contig	C7564296	105
+contig	C7564336	105
+contig	C7563404	105
+contig	C7564320	105
+contig	C7564338	105
+contig	C7564292	105
+contig	C7564334	105
+contig	C7564368	105
+contig	C7564358	105
+contig	C7564344	105
+contig	C7564412	105
+contig	C7564442	105
+contig	C7564454	105
+contig	C7564390	105
+contig	C7564416	105
+contig	C7564386	105
+contig	C7564474	105
+contig	C7564464	105
+contig	C7564498	105
+contig	C7564460	105
+contig	C7564506	105
+contig	C7564532	105
+contig	C7564540	105
+contig	C7564528	105
+contig	C7564558	105
+contig	C7563828	105
+contig	C7564542	105
+contig	C7564342	105
+contig	C7564564	105
+contig	C7564578	105
+contig	C7564554	105
+contig	C7564570	105
+contig	C7564586	105
+contig	C7564574	105
+contig	C7564590	105
+contig	C7564598	105
+contig	C7564576	105
+contig	C7564622	105
+contig	C7564624	105
+contig	C7564638	105
+contig	C7564640	105
+contig	C7564610	105
+contig	C7564676	105
+contig	C7564664	105
+contig	C7564708	105
+contig	C7564672	105
+contig	C7564712	105
+contig	C7564684	105
+contig	C7564720	105
+contig	C7564594	105
+contig	C7564724	105
+contig	C7564722	105
+contig	C7564730	105
+contig	C7564746	105
+contig	C7564666	105
+contig	C7564754	105
+contig	C7564742	105
+contig	C7564764	105
+contig	C7564784	105
+contig	C7564744	105
+contig	C7564778	105
+contig	C7564806	105
+contig	C7564812	105
+contig	C7564826	105
+contig	C7564762	105
+contig	C7564852	105
+contig	C7564832	105
+contig	C7564856	105
+contig	C7564798	105
+contig	C7564848	105
+contig	C7564874	105
+contig	C7564830	105
+contig	C7564892	105
+contig	C7564906	105
+contig	C7564868	105
+contig	C7564908	105
+contig	C7564938	105
+contig	C7564922	105
+contig	C7564900	105
+contig	C7564970	105
+contig	C7564918	105
+contig	C7564992	105
+contig	C7564996	105
+contig	C7564980	105
+contig	C7564972	105
+contig	C7565008	105
+contig	C7564942	105
+contig	C7564494	105
+contig	C7565034	105
+contig	C7565040	105
+contig	C7565014	105
+contig	C7565048	105
+contig	C7565024	105
+contig	C7564912	105
+contig	C7565058	105
+contig	C7565002	105
+contig	C7565092	105
+contig	C7565074	105
+contig	C7565108	105
+contig	C7565094	105
+contig	C7565138	105
+contig	C7565078	105
+contig	C7565152	105
+contig	C7565160	105
+contig	C7565104	105
+contig	C7565122	105
+contig	C7565166	105
+contig	C7565210	105
+contig	C7565154	105
+contig	C7565208	105
+contig	C7565222	105
+contig	C7565224	105
+contig	C7565202	105
+contig	C7565186	105
+contig	C7565150	105
+contig	C7565258	105
+contig	C7565234	105
+contig	C7565244	105
+contig	C7565268	105
+contig	C7565278	105
+contig	C7565282	105
+contig	C7565288	105
+contig	C7565274	105
+contig	C7565296	105
+contig	C7565280	105
+contig	C7565310	105
+contig	C7565254	105
+contig	C7565314	105
+contig	C7565320	105
+contig	C7565322	105
+contig	C7565326	105
+contig	C7565312	105
+contig	C7565348	105
+contig	C7565358	105
+contig	C7565316	105
+contig	C7565342	105
+contig	C7565330	105
+contig	C7565410	105
+contig	C7565422	105
+contig	C7565420	105
+contig	C7565442	105
+contig	C7565430	105
+contig	C7565446	105
+contig	C7565458	105
+contig	C7565474	105
+contig	C7565472	105
+contig	C7565488	105
+contig	C7565380	105
+contig	C7565492	105
+contig	C7565450	105
+contig	C7565502	105
+contig	C7565518	105
+contig	C7565494	105
+contig	C7565522	105
+contig	C7565532	105
+contig	C7565520	105
+contig	C7565506	105
+contig	C7565534	105
+contig	C7565540	105
+contig	C7565564	105
+contig	C7565582	105
+contig	C7565588	105
+contig	C7565526	105
+contig	C7565566	105
+contig	C7565600	105
+contig	C7565626	105
+contig	C7565606	105
+contig	C7565630	105
+contig	C7565632	105
+contig	C7565656	105
+contig	C7565648	105
+contig	C7565664	105
+contig	C7565672	105
+contig	C7565688	105
+contig	C7565654	105
+contig	C7565692	105
+contig	C7565706	105
+contig	C7565666	105
+contig	C7565704	105
+contig	C7565730	105
+contig	C7565738	105
+contig	C7565752	105
+contig	C7565570	105
+contig	C7565764	105
+contig	C7565774	105
+contig	C7565740	105
+contig	C7565790	105
+contig	C7565784	105
+contig	C7565810	105
+contig	C7565852	105
+contig	C7565856	105
+contig	C7565786	105
+contig	C7565868	105
+contig	C7565812	105
+contig	C7565886	105
+contig	C7565908	105
+contig	C7565906	105
+contig	C7565948	105
+contig	C7565862	105
+contig	C7565952	105
+contig	C7565960	105
+contig	C7565966	105
+contig	C7565964	105
+contig	C7565976	105
+contig	C7565942	105
+contig	C7565980	105
+contig	C7566002	105
+contig	C7566006	105
+contig	C7566008	105
+contig	C7565998	105
+contig	C7566036	105
+contig	C7566044	105
+contig	C7566050	105
+contig	C7565714	105
+contig	C7566084	105
+contig	C7566086	105
+contig	C7565398	105
+contig	C7566074	105
+contig	C7566092	105
+contig	C7566100	105
+contig	C7566104	105
+contig	C7566046	105
+contig	C7566128	105
+contig	C7566106	105
+contig	C7566140	105
+contig	C7566124	105
+contig	C7566130	105
+contig	C7566150	105
+contig	C7566158	105
+contig	C7566160	105
+contig	C7566170	105
+contig	C7566178	105
+contig	C7566200	105
+contig	C7566208	105
+contig	C7566214	105
+contig	C7566146	105
+contig	C7566218	105
+contig	C7566236	105
+contig	C7566242	105
+contig	C7566278	105
+contig	C7566234	105
+contig	C7566196	105
+contig	C7566316	105
+contig	C7566282	105
+contig	C7566328	105
+contig	C7566324	105
+contig	C7566266	105
+contig	C7566354	105
+contig	C7566364	105
+contig	C7566286	105
+contig	C7566378	105
+contig	C7566400	105
+contig	C7566356	105
+contig	C7566382	105
+contig	C7566404	105
+contig	C7566416	105
+contig	C7566434	105
+contig	C7566444	105
+contig	C7566348	105
+contig	C7566464	105
+contig	C7566454	105
+contig	C7566466	105
+contig	C7566470	105
+contig	C7566486	105
+contig	C7566490	105
+contig	C7566492	105
+contig	C7566506	105
+contig	C7566482	105
+contig	C7566500	105
+contig	C7566508	105
+contig	C7566512	105
+contig	C7566516	105
+contig	C7566520	105
+contig	C7566526	105
+contig	C7566536	105
+contig	C7566528	105
+contig	C7566548	105
+contig	C7566554	105
+contig	C7566562	105
+contig	C7566576	105
+contig	C7566538	105
+contig	C7566586	105
+contig	C7566588	105
+contig	C7565982	105
+contig	C7566566	105
+contig	C7566620	105
+contig	C7566604	105
+contig	C7566606	105
+contig	C7566626	105
+contig	C7566632	105
+contig	C7566656	105
+contig	C7566654	105
+contig	C7566674	105
+contig	C7566676	105
+contig	C7566678	105
+contig	C7566634	105
+contig	C7566644	105
+contig	C7566690	105
+contig	C7566712	105
+contig	C7566672	105
+contig	C7566724	105
+contig	C7566736	105
+contig	C7566704	105
+contig	C7566742	105
+contig	C7566760	105
+contig	C7566762	105
+contig	C7566754	105
+contig	C7566756	105
+contig	C7566784	105
+contig	C7566792	105
+contig	C7566770	105
+contig	C7566818	105
+contig	C7566824	105
+contig	C7566828	105
+contig	C7566684	105
+contig	C7566862	105
+contig	C7566856	105
+contig	C7566870	105
+contig	C7566422	105
+contig	C7566852	105
+contig	C7566878	105
+contig	C7566898	105
+contig	C7566886	105
+contig	C7566900	105
+contig	C7566912	105
+contig	C7566838	105
+contig	C7566906	105
+contig	C7566916	105
+contig	C7566922	105
+contig	C7566928	105
+contig	C7566918	105
+contig	C7566934	105
+contig	C7566930	105
+contig	C7566938	105
+contig	C7566910	105
+contig	C7566948	105
+contig	C7566940	105
+contig	C7566950	105
+contig	C7566964	105
+contig	C7566960	105
+contig	C7566966	105
+contig	C7566968	105
+contig	C7566946	105
+contig	C7566976	105
+contig	C7566974	105
+contig	C7566980	105
+contig	C7566984	105
+contig	C7566982	105
+contig	C7566952	105
+contig	C7567034	105
+contig	C7566998	105
+contig	C7567058	105
+contig	C7567022	105
+contig	C7566992	105
+contig	C7567072	105
+contig	C7567062	105
+contig	C7567078	105
+contig	C7567080	105
+contig	C7567122	105
+contig	C7567146	105
+contig	C7567046	105
+contig	C7567116	105
+contig	C7567176	105
+contig	C7567126	105
+contig	C7567190	105
+contig	C7567174	105
+contig	C7567168	105
+contig	C7567198	105
+contig	C7567222	105
+contig	C7567180	105
+contig	C7567236	105
+contig	C7567262	105
+contig	C7567216	105
+contig	C7567296	105
+contig	C7567308	105
+contig	C7567324	105
+contig	C7567344	105
+contig	C7567312	105
+contig	C7567334	105
+contig	C7567366	105
+contig	C7567362	105
+contig	C7567354	105
+contig	C7567368	105
+contig	C7567380	105
+contig	C7567398	105
+contig	C7567434	105
+contig	C7567442	105
+contig	C7567448	105
+contig	C7567452	105
+contig	C7567472	105
+contig	C7567450	105
+contig	C7567458	105
+contig	C7567478	105
+contig	C7567486	105
+contig	C7567494	105
+contig	C7567506	105
+contig	C7567550	105
+contig	C7567258	105
+contig	C7567568	105
+contig	C7567548	105
+contig	C7567560	105
+contig	C7567582	105
+contig	C7567526	105
+contig	C7567600	105
+contig	C7567626	105
+contig	C7567602	105
+contig	C7567632	105
+contig	C7567634	105
+contig	C7567648	105
+contig	C7567620	105
+contig	C7567638	105
+contig	C7567662	105
+contig	C7567652	105
+contig	C7567666	105
+contig	C7567694	105
+contig	C7567674	105
+contig	C7567670	105
+contig	C7567726	105
+contig	C7567698	105
+contig	C7567152	105
+contig	C7567734	105
+contig	C7567738	105
+contig	C7567704	105
+contig	C7567746	105
+contig	C7567728	105
+contig	C7567742	105
+contig	C7567752	105
+contig	C7567764	105
+contig	C7567770	105
+contig	C7567792	105
+contig	C7567756	105
+contig	C7567776	105
+contig	C7567788	105
+contig	C7567800	105
+contig	C7567812	105
+contig	C7567886	105
+contig	C7567810	105
+contig	C7567892	105
+contig	C7567898	105
+contig	C7567914	105
+contig	C7567908	105
+contig	C7567596	105
+contig	C7567926	105
+contig	C7567924	105
+contig	C7567930	105
+contig	C7567920	105
+contig	C7567970	105
+contig	C7567982	105
+contig	C7567984	105
+contig	C7567980	105
+contig	C7568046	105
+contig	C7568050	105
+contig	C7568076	105
+contig	C7568082	105
+contig	C7568094	105
+contig	C7568102	105
+contig	C7568110	105
+contig	C7568116	105
+contig	C7567870	105
+contig	C7568120	105
+contig	C7568128	105
+contig	C7568144	105
+contig	C7568156	105
+contig	C7568164	105
+contig	C7568196	105
+contig	C7567880	105
+contig	C7568216	105
+contig	C7568150	105
+contig	C7568232	105
+contig	C7568236	105
+contig	C7568242	105
+contig	C7568238	105
+contig	C7568250	105
+contig	C7568252	105
+contig	C7568276	105
+contig	C7568214	105
+contig	C7568302	105
+contig	C7568304	105
+contig	C7568306	105
+contig	C7567992	105
+contig	C7568308	105
+contig	C7568260	105
+contig	C7568318	105
+contig	C7568322	105
+contig	C7568310	105
+contig	C7568330	105
+contig	C7568360	105
+contig	C7568366	105
+contig	C7568380	105
+contig	C7568332	105
+contig	C7568384	105
+contig	C7568364	105
+contig	C7568398	105
+contig	C7568420	105
+contig	C7568438	105
+contig	C7568320	105
+contig	C7568444	105
+contig	C7568424	105
+contig	C7568456	105
+contig	C7568446	105
+contig	C7568474	105
+contig	C7568458	105
+contig	C7568428	105
+contig	C7568498	105
+contig	C7568504	105
+contig	C7568522	105
+contig	C7568530	105
+contig	C7568554	105
+contig	C7568506	105
+contig	C7568572	105
+contig	C7568586	105
+contig	C7568532	105
+contig	C7568588	105
+contig	C7568614	105
+contig	C7568596	105
+contig	C7568460	105
+contig	C7568600	105
+contig	C7568626	105
+contig	C7568628	105
+contig	C7568644	105
+contig	C7568648	105
+contig	C7568686	105
+contig	C7568672	105
+contig	C7568710	105
+contig	C7568656	105
+contig	C7568658	105
+contig	C7568740	105
+contig	C7568712	105
+contig	C7568746	105
+contig	C7568750	105
+contig	C7568752	105
+contig	C7565298	105
+contig	C7568760	105
+contig	C7568776	105
+contig	C7568788	105
+contig	C7568772	105
+contig	C7568834	105
+contig	C7568804	105
+contig	C7568842	105
+contig	C7568838	105
+contig	C7568846	105
+contig	C7568774	105
+contig	C7568854	105
+contig	C7568850	105
+contig	C7568884	105
+contig	C7568886	105
+contig	C7568896	105
+contig	C7568836	105
+contig	C7568932	105
+contig	C7568890	105
+contig	C7568934	105
+contig	C7568936	105
+contig	C7568862	105
+contig	C7568946	105
+contig	C7568920	105
+contig	C7568952	105
+contig	C7568978	105
+contig	C7568976	105
+contig	C7568980	105
+contig	C7568982	105
+contig	C7568998	105
+contig	C7569008	105
+contig	C7568986	105
+contig	C7569006	105
+contig	C7569012	105
+contig	C7569016	105
+contig	C7569028	105
+contig	C7569052	105
+contig	C7569000	105
+contig	C7569030	105
+contig	C7569062	105
+contig	C7569026	105
+contig	C7569066	105
+contig	C7569114	105
+contig	C7569116	105
+contig	C7569090	105
+contig	C7569118	105
+contig	C7569096	105
+contig	C7569126	105
+contig	C7569134	105
+contig	C7569138	105
+contig	C7569150	105
+contig	C7569158	105
+contig	C7569154	105
+contig	C7569160	105
+contig	C7569162	105
+contig	C7569164	105
+contig	C7569170	105
+contig	C7569178	105
+contig	C7569156	105
+contig	C7569202	105
+contig	C7569192	105
+contig	C7569204	105
+contig	C7569174	105
+contig	C7569206	105
+contig	C7569212	105
+contig	C7569226	105
+contig	C7569228	105
+contig	C7569064	105
+contig	C7569222	105
+contig	C7569232	105
+contig	C7569238	105
+contig	C7569224	105
+contig	C7569268	105
+contig	C7569274	105
+contig	C7569294	105
+contig	C7569284	105
+contig	C7569244	105
+contig	C7569302	105
+contig	C7569330	105
+contig	C7569314	105
+contig	C7569322	105
+contig	C7569348	105
+contig	C7569334	105
+contig	C7569272	105
+contig	C7569404	105
+contig	C7569360	105
+contig	C7569408	105
+contig	C7569418	105
+contig	C7569412	105
+contig	C7569446	105
+contig	C7569458	105
+contig	C7569438	105
+contig	C7569460	105
+contig	C7569462	105
+contig	C7569494	105
+contig	C7569342	105
+contig	C7569488	105
+contig	C7569520	105
+contig	C7569556	105
+contig	C7569546	105
+contig	C7569558	105
+contig	C7569562	105
+contig	C7569564	105
+contig	C7569592	105
+contig	C7569604	105
+contig	C7569612	105
+contig	C7569616	105
+contig	C7569582	105
+contig	C7569622	105
+contig	C7569630	105
+contig	C7569638	105
+contig	C7569652	105
+contig	C7569662	105
+contig	C7569666	105
+contig	C7569548	105
+contig	C7569668	105
+contig	C7569694	105
+contig	C7569674	105
+contig	C7569716	105
+contig	C7569702	105
+contig	C7569736	105
+contig	C7569738	105
+contig	C7569742	105
+contig	C7569664	105
+contig	C7569740	105
+contig	C7569754	105
+contig	C7569758	105
+contig	C7569748	105
+contig	C7569762	105
+contig	C7569752	105
+contig	C7569774	105
+contig	C7569792	105
+contig	C7569768	105
+contig	C7569788	105
+contig	C7569796	105
+contig	C7569832	105
+contig	C7569840	105
+contig	C7569834	105
+contig	C7569846	105
+contig	C7569878	105
+contig	C7569894	105
+contig	C7569904	105
+contig	C7569932	105
+contig	C7569936	105
+contig	C7569944	105
+contig	C7569950	105
+contig	C7569806	105
+contig	C7569956	105
+contig	C7569972	105
+contig	C7569952	105
+contig	C7569976	105
+contig	C7569988	105
+contig	C7569998	105
+contig	C7569978	105
+contig	C7570000	105
+contig	C7570010	105
+contig	C7570016	105
+contig	C7570030	105
+contig	C7570008	105
+contig	C7570032	105
+contig	C7570036	105
+contig	C7570038	105
+contig	C7570066	105
+contig	C7570044	105
+contig	C7569880	105
+contig	C7570096	105
+contig	C7570072	105
+contig	C7570114	105
+contig	C7570126	105
+contig	C7570136	105
+contig	C7570120	105
+contig	C7570130	105
+contig	C7570150	105
+contig	C7570148	105
+contig	C7570154	105
+contig	C7570162	105
+contig	C7570182	105
+contig	C7570184	105
+contig	C7570158	105
+contig	C7570144	105
+contig	C7570230	105
+contig	C7570232	105
+contig	C7570250	105
+contig	C7570192	105
+contig	C7570254	105
+contig	C7570272	105
+contig	C7570260	105
+contig	C7570264	105
+contig	C7570280	105
+contig	C7570298	105
+contig	C7570310	105
+contig	C7570282	105
+contig	C7570324	105
+contig	C7570318	105
+contig	C7570330	105
+contig	C7570348	105
+contig	C7570344	105
+contig	C7570332	105
+contig	C7570364	105
+contig	C7570368	105
+contig	C7570360	105
+contig	C7570372	105
+contig	C7570388	105
+contig	C7570394	105
+contig	C7570390	105
+contig	C7570414	105
+contig	C7570396	105
+contig	C7570420	105
+contig	C7570422	105
+contig	C7570410	105
+contig	C7570438	105
+contig	C7570426	105
+contig	C7570430	105
+contig	C7570442	105
+contig	C7570452	105
+contig	C7570456	105
+contig	C7570464	105
+contig	C7570460	105
+contig	C7570482	105
+contig	C7568008	105
+contig	C7570506	105
+contig	C7570484	105
+contig	C7570486	105
+contig	C7570524	105
+contig	C7570516	105
+contig	C7570528	105
+contig	C7570536	105
+contig	C7570540	105
+contig	C7570544	105
+contig	C7570562	105
+contig	C7570564	105
+contig	C7570566	105
+contig	C7570606	105
+contig	C7570572	105
+contig	C7570616	105
+contig	C7570618	105
+contig	C7570568	105
+contig	C7570638	105
+contig	C7570650	105
+contig	C7570658	105
+contig	C7570668	105
+contig	C7570670	105
+contig	C7570628	105
+contig	C7570684	105
+contig	C7570704	105
+contig	C7570712	105
+contig	C7570722	105
+contig	C7570724	105
+contig	C7570696	105
+contig	C7570446	105
+contig	C7570744	105
+contig	C7570758	105
+contig	C7570816	105
+contig	C7570754	105
+contig	C7570820	105
+contig	C7570794	105
+contig	C7570828	105
+contig	C7570818	105
+contig	C7570824	105
+contig	C7570830	105
+contig	C7570880	105
+contig	C7570642	105
+contig	C7570906	105
+contig	C7570890	105
+contig	C7570930	105
+contig	C7570946	105
+contig	C7570934	105
+contig	C7568690	105
+contig	C7570954	105
+contig	C7570970	105
+contig	C7570980	105
+contig	C7570984	105
+contig	C7570964	105
+contig	C7571000	105
+contig	C7571004	105
+contig	C7571032	105
+contig	C7571012	105
+contig	C7571058	105
+contig	C7570922	105
+contig	C7571020	105
+contig	C7571060	105
+contig	C7571072	105
+contig	C7571124	105
+contig	C7571088	105
+contig	C7571068	105
+contig	C7571128	105
+contig	C7571136	105
+contig	C7570936	105
+contig	C7571140	105
+contig	C7571158	105
+contig	C7571132	105
+contig	C7571100	105
+contig	C7571180	105
+contig	C7571184	105
+contig	C7571160	105
+contig	C7571170	105
+contig	C7571188	105
+contig	C7571186	105
+contig	C7571200	105
+contig	C7571198	105
+contig	C7571208	105
+contig	C7571236	105
+contig	C7571264	105
+contig	C7571206	105
+contig	C7571276	105
+contig	C7571244	105
+contig	C7571300	105
+contig	C7571304	105
+contig	C7571202	105
+contig	C7571220	105
+contig	C7571314	105
+contig	C7571316	105
+contig	C7571324	105
+contig	C7571348	105
+contig	C7571340	105
+contig	C7571358	105
+contig	C7571386	105
+contig	C7571378	105
+contig	C7571382	105
+contig	C7571388	105
+contig	C7571372	105
+contig	C7571396	105
+contig	C7571430	105
+contig	C7571428	105
+contig	C7571436	105
+contig	C7571450	105
+contig	C7571464	105
+contig	C7571482	105
+contig	C7571502	105
+contig	C7571456	105
+contig	C7571510	105
+contig	C7571522	105
+contig	C7571520	105
+contig	C7571472	105
+contig	C7571546	105
+contig	C7571534	105
+contig	C7571548	105
+contig	C7571536	105
+contig	C7571562	105
+contig	C7571518	105
+contig	C7571556	105
+contig	C7571604	105
+contig	C7571590	105
+contig	C7571608	105
+contig	C7571612	105
+contig	C7571624	105
+contig	C7571600	105
+contig	C7571650	105
+contig	C7571614	105
+contig	C7571666	105
+contig	C7571636	105
+contig	C7571674	105
+contig	C7571686	105
+contig	C7571694	105
+contig	C7571722	105
+contig	C7571728	105
+contig	C7571746	105
+contig	C7571718	105
+contig	C7571732	105
+contig	C7571768	105
+contig	C7571762	105
+contig	C7571802	105
+contig	C7571832	105
+contig	C7571828	105
+contig	C7571856	105
+contig	C7571884	105
+contig	C7571794	105
+contig	C7571886	105
+contig	C7571888	105
+contig	C7571866	105
+contig	C7571930	105
+contig	C7571948	105
+contig	C7571958	105
+contig	C7571872	105
+contig	C7571944	105
+contig	C7572000	106
+contig	C7572002	106
+contig	C7571916	105
+contig	C7572008	106
+contig	C7572010	106
+contig	C7571988	106
+contig	C7571968	106
+contig	C7572020	106
+contig	C7572012	106
+contig	C7572014	106
+contig	C7572040	106
+contig	C7572030	106
+contig	C7572044	106
+contig	C7572042	106
+contig	C7572054	106
+contig	C7572062	106
+contig	C7572048	106
+contig	C7572076	106
+contig	C7572052	106
+contig	C7572064	106
+contig	C7572078	106
+contig	C7572092	106
+contig	C7572084	106
+contig	C7572082	106
+contig	C7572110	106
+contig	C7572124	106
+contig	C7572134	106
+contig	C7572148	106
+contig	C7572152	106
+contig	C7572072	106
+contig	C7572146	106
+contig	C7572172	106
+contig	C7572150	106
+contig	C7572226	106
+contig	C7572270	106
+contig	C7572280	106
+contig	C7572264	106
+contig	C7572218	106
+contig	C7572252	106
+contig	C7572286	106
+contig	C7572294	106
+contig	C7572312	106
+contig	C7572310	106
+contig	C7572340	106
+contig	C7572332	106
+contig	C7572322	106
+contig	C7572356	106
+contig	C7572380	106
+contig	C7572324	106
+contig	C7572382	106
+contig	C7572400	106
+contig	C7572354	106
+contig	C7572342	106
+contig	C7572392	106
+contig	C7572406	106
+contig	C7572408	106
+contig	C7572422	106
+contig	C7572432	106
+contig	C7572434	106
+contig	C7572474	106
+contig	C7572430	106
+contig	C7572412	106
+contig	C7572478	106
+contig	C7572490	106
+contig	C7572486	106
+contig	C7572508	106
+contig	C7572492	106
+contig	C7572518	106
+contig	C7572520	106
+contig	C7572510	106
+contig	C7571280	105
+contig	C7572524	106
+contig	C7572572	106
+contig	C7572514	106
+contig	C7572596	106
+contig	C7572632	106
+contig	C7572644	106
+contig	C7572602	106
+contig	C7572660	106
+contig	C7572652	106
+contig	C7572658	106
+contig	C7572686	106
+contig	C7572694	106
+contig	C7572692	106
+contig	C7572712	106
+contig	C7572682	106
+contig	C7572716	106
+contig	C7572706	106
+contig	C7572732	106
+contig	C7572738	106
+contig	C7572720	106
+contig	C7572772	106
+contig	C7572788	106
+contig	C7572748	106
+contig	C7572794	106
+contig	C7572804	106
+contig	C7572780	106
+contig	C7572806	106
+contig	C7572810	106
+contig	C7572822	106
+contig	C7572834	106
+contig	C7572840	106
+contig	C7572424	106
+contig	C7572790	106
+contig	C7572812	106
+contig	C7572846	106
+contig	C7572864	106
+contig	C7572866	106
+contig	C7572894	106
+contig	C7572876	106
+contig	C7572898	106
+contig	C7572932	106
+contig	C7572906	106
+contig	C7572924	106
+contig	C7572944	106
+contig	C7572938	106
+contig	C7572976	106
+contig	C7572940	106
+contig	C7572946	106
+contig	C7572986	106
+contig	C7573008	106
+contig	C7573004	106
+contig	C7572998	106
+contig	C7573040	106
+contig	C7573056	106
+contig	C7573076	106
+contig	C7572978	106
+contig	C7573022	106
+contig	C7573078	106
+contig	C7573082	106
+contig	C7573106	106
+contig	C7573072	106
+contig	C7573126	106
+contig	C7573114	106
+contig	C7573098	106
+contig	C7573136	106
+contig	C7573138	106
+contig	C7573120	106
+contig	C7573144	106
+contig	C7573140	106
+contig	C7573146	106
+contig	C7573172	106
+contig	C7573206	106
+contig	C7573194	106
+contig	C7573208	106
+contig	C7573228	106
+contig	C7573244	106
+contig	C7573260	106
+contig	C7573258	106
+contig	C7573218	106
+contig	C7573272	106
+contig	C7573280	106
+contig	C7573300	106
+contig	C7573274	106
+contig	C7573282	106
+contig	C7573324	106
+contig	C7573312	106
+contig	C7573326	106
+contig	C7573332	106
+contig	C7573328	106
+contig	C7573348	106
+contig	C7573340	106
+contig	C7573378	106
+contig	C7573334	106
+contig	C7573356	106
+contig	C7573386	106
+contig	C7573420	106
+contig	C7573404	106
+contig	C7573424	106
+contig	C7573388	106
+contig	C7573438	106
+contig	C7573440	106
+contig	C7573446	106
+contig	C7573460	106
+contig	C7573128	106
+contig	C7573430	106
+contig	C7572538	106
+contig	C7573450	106
+contig	C7573504	106
+contig	C7573522	106
+contig	C7573470	106
+contig	C7573546	106
+contig	C7573544	106
+contig	C7573574	106
+contig	C7573576	106
+contig	C7573466	106
+contig	C7573508	106
+contig	C7573584	106
+contig	C7573596	106
+contig	C7573594	106
+contig	C7573602	106
+contig	C7573600	106
+contig	C7573580	106
+contig	C7573582	106
+contig	C7573616	106
+contig	C7573620	106
+contig	C7573628	106
+contig	C7573634	106
+contig	C7573630	106
+contig	C7573610	106
+contig	C7573672	106
+contig	C7573662	106
+contig	C7573658	106
+contig	C7573684	106
+contig	C7573690	106
+contig	C7573676	106
+contig	C7573722	106
+contig	C7573730	106
+contig	C7573736	106
+contig	C7573734	106
+contig	C7569510	105
+contig	C7573740	106
+contig	C7573758	106
+contig	C7573748	106
+contig	C7573742	106
+contig	C7573766	106
+contig	C7573774	106
+contig	C7573760	106
+contig	C7573814	106
+contig	C7573800	106
+contig	C7573824	106
+contig	C7573822	106
+contig	C7573834	106
+contig	C7573804	106
+contig	C7573806	106
+contig	C7573844	106
+contig	C7573864	106
+contig	C7573892	106
+contig	C7573852	106
+contig	C7573868	106
+contig	C7573910	106
+contig	C7573848	106
+contig	C7573960	106
+contig	C7573922	106
+contig	C7573968	106
+contig	C7573938	106
+contig	C7573964	106
+contig	C7573976	106
+contig	C7573992	106
+contig	C7573974	106
+contig	C7573954	106
+contig	C7574052	106
+contig	C7574032	106
+contig	C7573996	106
+contig	C7574072	106
+contig	C7574070	106
+contig	C7574102	106
+contig	C7574094	106
+contig	C7574148	106
+contig	C7574092	106
+contig	C7574150	106
+contig	C7574166	106
+contig	C7574162	106
+contig	C7574192	106
+contig	C7574170	106
+contig	C7574228	106
+contig	C7574242	106
+contig	C7574184	106
+contig	C7574200	106
+contig	C7574250	106
+contig	C7574260	106
+contig	C7574278	106
+contig	C7573536	106
+contig	C7574282	106
+contig	C7574284	106
+contig	C7574300	106
+contig	C7574312	106
+contig	C7574276	106
+contig	C7574316	106
+contig	C7574286	106
+contig	C7574356	106
+contig	C7574288	106
+contig	C7574348	106
+contig	C7574368	106
+contig	C7574328	106
+contig	C7574394	106
+contig	C7574388	106
+contig	C7574392	106
+contig	C7574396	106
+contig	C7574406	106
+contig	C7574384	106
+contig	C7574400	106
+contig	C7574450	106
+contig	C7574402	106
+contig	C7574460	106
+contig	C7574442	106
+contig	C7574464	106
+contig	C7574456	106
+contig	C7574476	106
+contig	C7574410	106
+contig	C7574482	106
+contig	C7574530	106
+contig	C7574488	106
+contig	C7574498	106
+contig	C7574560	106
+contig	C7574576	106
+contig	C7574590	106
+contig	C7574608	106
+contig	C7574516	106
+contig	C7574534	106
+contig	C7574614	106
+contig	C7574642	106
+contig	C7574630	106
+contig	C7574666	106
+contig	C7574662	106
+contig	C7574672	106
+contig	C7574680	106
+contig	C7574650	106
+contig	C7574710	106
+contig	C7574678	106
+contig	C7574686	106
+contig	C7573612	106
+contig	C7574730	106
+contig	C7574766	106
+contig	C7574768	106
+contig	C7574734	106
+contig	C7574770	106
+contig	C7574782	106
+contig	C7574788	106
+contig	C7574712	106
+contig	C7574792	106
+contig	C7574784	106
+contig	C7574794	106
+contig	C7574798	106
+contig	C7574822	106
+contig	C7574838	106
+contig	C7574826	106
+contig	C7574796	106
+contig	C7574872	106
+contig	C7574866	106
+contig	C7574878	106
+contig	C7574898	106
+contig	C7574892	106
+contig	C7574904	106
+contig	C7574910	106
+contig	C7574906	106
+contig	C7574928	106
+contig	C7574930	106
+contig	C7574852	106
+contig	C7574914	106
+contig	C7574948	106
+contig	C7574950	106
+contig	C7574966	106
+contig	C7575002	106
+contig	C7574968	106
+contig	C7574986	106
+contig	C7575004	106
+contig	C7575022	106
+contig	C7575016	106
+contig	C7575028	106
+contig	C7575018	106
+contig	C7575054	106
+contig	C7575056	106
+contig	C7575034	106
+contig	C7575060	106
+contig	C7575084	106
+contig	C7575074	106
+contig	C7575092	106
+contig	C7574720	106
+contig	C7575140	106
+contig	C7575100	106
+contig	C7575120	106
+contig	C7575144	106
+contig	C7575166	106
+contig	C7575134	106
+contig	C7575146	106
+contig	C7575172	106
+contig	C7575180	106
+contig	C7575192	106
+contig	C7575204	106
+contig	C7575238	106
+contig	C7575222	106
+contig	C7575212	106
+contig	C7575160	106
+contig	C7575256	106
+contig	C7575274	106
+contig	C7575252	106
+contig	C7575242	106
+contig	C7575280	106
+contig	C7575302	106
+contig	C7575322	106
+contig	C7575348	106
+contig	C7575350	106
+contig	C7575316	106
+contig	C7575364	106
+contig	C7574582	106
+contig	C7575396	106
+contig	C7575382	106
+contig	C7575354	106
+contig	C7575372	106
+contig	C7575434	106
+contig	C7575412	106
+contig	C7575438	106
+contig	C7575458	106
+contig	C7575452	106
+contig	C7575432	106
+contig	C7575464	106
+contig	C7575472	106
+contig	C7575514	106
+contig	C7575504	106
+contig	C7575520	106
+contig	C7575424	106
+contig	C7575522	106
+contig	C7575556	106
+contig	C7575516	106
+contig	C7575572	106
+contig	C7575530	106
+contig	C7575574	106
+contig	C7575580	106
+contig	C7575586	106
+contig	C7575600	106
+contig	C7575566	106
+contig	C7575592	106
+contig	C7575608	106
+contig	C7575606	106
+contig	C7575644	106
+contig	C7575610	106
+contig	C7575680	106
+contig	C7575686	106
+contig	C7575672	106
+contig	C7575700	106
+contig	C7575662	106
+contig	C7575704	106
+contig	C7575694	106
+contig	C7575712	106
+contig	C7575730	106
+contig	C7575718	106
+contig	C7575744	106
+contig	C7575754	106
+chromosome	scaffold1320	567349
+contig	C7575762	106
+contig	C7575732	106
+contig	C7575750	106
+contig	C7575806	106
+contig	C7575766	106
+contig	C7575808	106
+contig	C7575822	106
+contig	C7575768	106
+contig	C7575828	106
+contig	C7575826	106
+contig	C7575842	106
+contig	C7575756	106
+contig	C7575868	106
+contig	C7575874	106
+contig	C7575848	106
+contig	C7575892	106
+contig	C7575856	106
+contig	C7575910	106
+contig	C7575886	106
+contig	C7575946	106
+contig	C7575314	106
+contig	C7575970	106
+contig	C7575872	106
+contig	C7575984	106
+contig	C7575958	106
+contig	C7575976	106
+contig	C7575990	106
+contig	C7575494	106
+contig	C7576016	106
+contig	C7575982	106
+contig	C7576038	106
+contig	C7576034	106
+contig	C7576066	106
+contig	C7576064	106
+contig	C7576078	106
+contig	C7576050	106
+contig	C7576044	106
+contig	C7576084	106
+contig	C7576090	106
+contig	C7575932	106
+contig	C7576098	106
+contig	C7576124	106
+contig	C7576106	106
+contig	C7576136	106
+contig	C7576140	106
+contig	C7576148	106
+contig	C7576008	106
+contig	C7576120	106
+contig	C7576156	106
+contig	C7576172	106
+contig	C7576158	106
+contig	C7576184	106
+contig	C7576154	106
+contig	C7576190	106
+contig	C7576152	106
+contig	C7576166	106
+contig	C7576196	106
+contig	C7576202	106
+contig	C7576200	106
+contig	C7576198	106
+contig	C7576242	106
+contig	C7576216	106
+contig	C7576230	106
+contig	C7576240	106
+contig	C7576262	106
+contig	C7576264	106
+contig	C7576272	106
+contig	C7576266	106
+contig	C7576296	106
+contig	C7576322	106
+contig	C7576258	106
+contig	C7576332	106
+contig	C7576254	106
+contig	C7576330	106
+contig	C7576366	106
+contig	C7576336	106
+contig	C7576304	106
+contig	C7576380	106
+contig	C7576392	106
+contig	C7576386	106
+contig	C7576402	106
+contig	C7576410	106
+contig	C7576414	106
+contig	C7576420	106
+contig	C7576408	106
+contig	C7576432	106
+contig	C7576430	106
+contig	C7576454	106
+contig	C7576446	106
+contig	C7576482	106
+contig	C7576468	106
+contig	C7576488	106
+contig	C7576486	106
+contig	C7576444	106
+contig	C7576506	106
+contig	C7576502	106
+contig	C7576524	106
+contig	C7576518	106
+contig	C7576526	106
+contig	C7576542	106
+contig	C7576570	106
+contig	C7576504	106
+contig	C7576586	106
+contig	C7576582	106
+contig	C7576590	106
+contig	C7576528	106
+contig	C7576288	106
+contig	C7576596	106
+contig	C7576606	106
+contig	C7576612	106
+contig	C7576608	106
+contig	C7576646	106
+contig	C7576686	106
+contig	C7576628	106
+contig	C7576662	106
+contig	C7576714	106
+contig	C7576718	106
+contig	C7576598	106
+contig	C7576750	106
+contig	C7576696	106
+contig	C7576766	106
+contig	C7576614	106
+contig	C7576810	106
+contig	C7576774	106
+contig	C7576812	106
+contig	C7576824	106
+contig	C7576826	106
+contig	C7576830	106
+contig	C7576760	106
+contig	C7576834	106
+contig	C7576814	106
+contig	C7576836	106
+contig	C7576854	106
+contig	C7576868	106
+contig	C7576846	106
+contig	C7576876	106
+contig	C7576842	106
+contig	C7576906	106
+contig	C7576918	106
+contig	C7576910	106
+contig	C7576976	106
+contig	C7576930	106
+contig	C7576882	106
+contig	C7576988	106
+contig	C7576992	106
+contig	C7577016	106
+contig	C7577020	106
+contig	C7577014	106
+contig	C7576934	106
+contig	C7577054	106
+contig	C7577040	106
+contig	C7577030	106
+contig	C7577060	106
+contig	C7577066	106
+contig	C7577038	106
+contig	C7577076	106
+contig	C7577056	106
+contig	C7577058	106
+contig	C7577086	106
+contig	C7577110	106
+contig	C7577070	106
+contig	C7577116	106
+contig	C7577132	106
+contig	C7577144	106
+contig	C7577124	106
+contig	C7577078	106
+contig	C7577198	106
+contig	C7577212	106
+contig	C7577206	106
+contig	C7577224	106
+contig	C7577230	106
+contig	C7577216	106
+contig	C7577236	106
+contig	C7577234	106
+contig	C7577238	106
+contig	C7577102	106
+contig	C7577274	106
+contig	C7577282	106
+contig	C7577268	106
+contig	C7577296	106
+contig	C7577302	106
+contig	C7577290	106
+contig	C7577306	106
+contig	C7577310	106
+contig	C7577288	106
+contig	C7577322	106
+contig	C7577320	106
+contig	C7577324	106
+contig	C7577336	106
+contig	C7577342	106
+contig	C7577386	106
+contig	C7577414	106
+contig	C7577394	106
+contig	C7577362	106
+contig	C7577418	106
+contig	C7577436	106
+contig	C7577432	106
+contig	C7577456	106
+contig	C7577446	106
+contig	C7577424	106
+contig	C7577460	106
+contig	C7577458	106
+contig	C7577476	106
+contig	C7577520	106
+contig	C7577540	106
+contig	C7577494	106
+contig	C7577156	106
+contig	C7577560	106
+contig	C7577576	106
+contig	C7577566	106
+contig	C7577548	106
+contig	C7577592	106
+contig	C7577620	106
+contig	C7577564	106
+contig	C7577604	106
+contig	C7577634	106
+contig	C7577660	106
+contig	C7577624	106
+contig	C7577672	106
+contig	C7577708	106
+contig	C7577622	106
+contig	C7577702	106
+contig	C7577676	106
+contig	C7577782	106
+contig	C7576726	106
+contig	C7577798	106
+contig	C7577810	106
+contig	C7577804	106
+contig	C7577714	106
+contig	C7577834	106
+contig	C7577822	106
+contig	C7577812	106
+contig	C7577842	106
+contig	C7577838	106
+contig	C7577850	106
+contig	C7577876	106
+contig	C7577880	106
+contig	C7577890	106
+contig	C7577742	106
+contig	C7577878	106
+contig	C7577896	106
+contig	C7577892	106
+contig	C7577914	106
+contig	C7577898	106
+contig	C7577894	106
+contig	C7577860	106
+contig	C7577926	106
+contig	C7577934	106
+contig	C7577938	106
+contig	C7577958	106
+contig	C7577922	106
+contig	C7577986	106
+contig	C7577960	106
+contig	C7577990	106
+contig	C7578002	106
+contig	C7577974	106
+contig	C7578010	106
+contig	C7578008	106
+contig	C7578012	106
+contig	C7578038	106
+contig	C7578036	106
+contig	C7577918	106
+contig	C7578064	106
+contig	C7578068	106
+contig	C7578092	106
+contig	C7578108	106
+contig	C7578098	106
+contig	C7577992	106
+contig	C7578110	106
+contig	C7578116	106
+contig	C7578164	106
+contig	C7578166	106
+contig	C7577978	106
+contig	C7578158	106
+contig	C7578192	106
+contig	C7578216	106
+contig	C7578220	106
+contig	C7578246	106
+contig	C7578168	106
+contig	C7578268	106
+contig	C7578214	106
+contig	C7578270	106
+contig	C7578252	106
+contig	C7578202	106
+contig	C7578284	106
+contig	C7578292	106
+contig	C7578304	106
+contig	C7578286	106
+contig	C7578276	106
+contig	C7578300	106
+contig	C7578282	106
+contig	C7578334	106
+contig	C7578354	106
+contig	C7578308	106
+contig	C7576208	106
+contig	C7578428	106
+contig	C7578402	106
+contig	C7578450	106
+contig	C7578466	106
+contig	C7578362	106
+contig	C7578472	106
+contig	C7578512	106
+contig	C7578506	106
+contig	C7578516	106
+contig	C7578532	106
+contig	C7578380	106
+contig	C7578538	106
+contig	C7578518	106
+contig	C7578566	106
+contig	C7578574	106
+contig	C7578568	106
+contig	C7578586	106
+contig	C7578594	106
+contig	C7578618	106
+contig	C7578622	106
+contig	C7578608	106
+contig	C7578624	106
+contig	C7578636	106
+contig	C7578628	106
+contig	C7578644	106
+contig	C7578654	106
+contig	C7578660	106
+contig	C7578688	106
+contig	C7578690	106
+contig	C7578440	106
+contig	C7578662	106
+contig	C7578704	106
+contig	C7578736	106
+contig	C7578716	106
+contig	C7578758	106
+contig	C7578710	106
+contig	C7578760	106
+contig	C7578772	106
+contig	C7578784	106
+contig	C7578778	106
+contig	C7578804	106
+contig	C7578750	106
+contig	C7578336	106
+contig	C7578832	106
+contig	C7578830	106
+contig	C7578842	106
+contig	C7578876	106
+contig	C7578862	106
+contig	C7578854	106
+contig	C7578916	106
+contig	C7578802	106
+contig	C7578946	106
+contig	C7578958	106
+contig	C7578890	106
+contig	C7578948	106
+contig	C7578884	106
+contig	C7578962	106
+contig	C7578980	106
+contig	C7578964	106
+contig	C7578990	106
+contig	C7579018	106
+contig	C7579032	106
+contig	C7579020	106
+contig	C7578960	106
+contig	C7579088	106
+contig	C7579054	106
+contig	C7579096	106
+contig	C7579128	106
+contig	C7579106	106
+contig	C7579134	106
+contig	C7579112	106
+contig	C7579162	106
+contig	C7579132	106
+contig	C7579180	106
+contig	C7578578	106
+contig	C7579210	106
+contig	C7579224	106
+contig	C7579226	106
+contig	C7579188	106
+contig	C7579190	106
+contig	C7579230	106
+contig	C7579252	106
+contig	C7579258	106
+contig	C7579260	106
+contig	C7579222	106
+contig	C7579278	106
+contig	C7579284	106
+contig	C7579264	106
+contig	C7579304	106
+contig	C7579294	106
+contig	C7579312	106
+contig	C7579010	106
+contig	C7579330	106
+contig	C7579336	106
+contig	C7579326	106
+contig	C7579362	106
+contig	C7579358	106
+contig	C7579368	106
+contig	C7579352	106
+contig	C7579432	106
+contig	C7579318	106
+contig	C7579410	106
+contig	C7579448	106
+contig	C7579272	106
+contig	C7579456	106
+contig	C7579438	106
+contig	C7579454	106
+contig	C7579436	106
+contig	C7579472	106
+contig	C7579516	106
+contig	C7579474	106
+contig	C7579482	106
+contig	C7579538	106
+contig	C7579566	106
+contig	C7579578	106
+contig	C7579568	106
+contig	C7579556	106
+contig	C7579602	106
+contig	C7579586	106
+contig	C7579606	106
+contig	C7579612	106
+contig	C7579644	106
+contig	C7579640	106
+contig	C7579662	106
+contig	C7579654	106
+contig	C7579696	106
+contig	C7579694	106
+contig	C7579700	106
+contig	C7579714	106
+contig	C7579718	106
+contig	C7579726	106
+contig	C7579724	106
+contig	C7579732	106
+contig	C7579738	106
+contig	C7579746	106
+contig	C7579408	106
+contig	C7579734	106
+contig	C7579770	106
+contig	C7579774	106
+contig	C7579788	106
+contig	C7579782	106
+contig	C7579838	106
+contig	C7579632	106
+contig	C7579840	106
+contig	C7579842	106
+contig	C7579878	106
+contig	C7579828	106
+contig	C7579880	106
+contig	C7579778	106
+contig	C7579890	106
+contig	C7579882	106
+contig	C7579904	106
+contig	C7579894	106
+contig	C7579944	106
+contig	C7579958	106
+contig	C7580000	106
+contig	C7579884	106
+contig	C7579978	106
+contig	C7579994	106
+contig	C7580020	106
+contig	C7580030	106
+contig	C7580058	106
+contig	C7580014	106
+contig	C7580054	106
+contig	C7580074	106
+contig	C7580056	106
+contig	C7580102	106
+contig	C7580082	106
+contig	C7580118	106
+contig	C7580160	106
+contig	C7580162	106
+contig	C7580138	106
+contig	C7580168	106
+contig	C7580184	106
+contig	C7580078	106
+contig	C7580214	106
+contig	C7580210	106
+contig	C7580230	106
+contig	C7580216	106
+contig	C7579524	106
+contig	C7580220	106
+contig	C7580266	106
+contig	C7580244	106
+contig	C7580246	106
+contig	C7580278	106
+contig	C7580314	106
+contig	C7580288	106
+contig	C7580324	106
+contig	C7580330	106
+contig	C7580342	106
+contig	C7580332	106
+contig	C7580258	106
+contig	C7580354	106
+contig	C7580396	106
+contig	C7580376	106
+contig	C7580372	106
+contig	C7580310	106
+contig	C7580432	106
+contig	C7580418	106
+contig	C7580492	106
+contig	C7580478	106
+contig	C7580498	106
+contig	C7580514	106
+contig	C7580502	106
+contig	C7580506	106
+contig	C7580542	106
+contig	C7580446	106
+contig	C7580570	106
+contig	C7580562	106
+contig	C7580576	106
+contig	C7580590	106
+contig	C7580604	106
+contig	C7580628	106
+contig	C7580600	106
+contig	C7580560	106
+contig	C7580632	106
+contig	C7580584	106
+contig	C7580658	106
+contig	C7580630	106
+contig	C7580672	106
+contig	C7580662	106
+contig	C7580664	106
+contig	C7580670	106
+contig	C7580752	106
+contig	C7580712	106
+contig	C7580724	106
+contig	C7580710	106
+contig	C7580762	106
+contig	C7580776	106
+contig	C7580758	106
+contig	C7580786	106
+contig	C7580790	106
+contig	C7580830	106
+contig	C7580798	106
+contig	C7580794	106
+contig	C7580844	106
+contig	C7580880	106
+contig	C7580900	106
+contig	C7580904	106
+contig	C7580912	106
+contig	C7580948	106
+contig	C7580954	106
+contig	C7580936	106
+contig	C7580962	106
+contig	C7580956	106
+contig	C7580968	106
+contig	C7580978	106
+contig	C7580982	106
+contig	C7580988	106
+contig	C7580980	106
+contig	C7580946	106
+contig	C7581010	106
+contig	C7581052	106
+contig	C7581068	106
+contig	C7581032	106
+contig	C7580090	106
+contig	C7581104	106
+contig	C7581106	106
+contig	C7581126	106
+contig	C7581110	106
+contig	C7581112	106
+contig	C7581098	106
+contig	C7581150	106
+contig	C7581142	106
+contig	C7581156	106
+contig	C7581158	106
+contig	C7581160	106
+contig	C7581188	106
+contig	C7581192	106
+contig	C7581196	106
+contig	C7581130	106
+contig	C7581164	106
+contig	C7581198	106
+contig	C7581214	106
+contig	C7581210	106
+contig	C7581240	106
+contig	C7581252	106
+contig	C7581258	106
+contig	C7581264	106
+contig	C7581266	106
+contig	C7581276	106
+contig	C7580782	106
+contig	C7581268	106
+contig	C7581323	106
+contig	C7581295	106
+contig	C7581327	106
+contig	C7581363	106
+contig	C7581373	106
+contig	C7581365	106
+contig	C7581389	106
+contig	C7581329	106
+contig	C7581409	106
+contig	C7581395	106
+contig	C7581427	106
+contig	C7581423	106
+contig	C7581447	106
+contig	C7581461	106
+contig	C7581371	106
+contig	C7581465	106
+contig	C7581431	106
+contig	C7581467	106
+contig	C7581473	106
+contig	C7581397	106
+contig	C7581493	106
+contig	C7581503	106
+contig	C7581515	106
+contig	C7581491	106
+contig	C7581531	106
+contig	C7581505	106
+contig	C7581567	106
+contig	C7581545	106
+contig	C7581583	106
+contig	C7581521	106
+contig	C7581585	106
+contig	C7581599	106
+contig	C7581663	106
+contig	C7581607	106
+contig	C7581665	106
+contig	C7581589	106
+contig	C7581683	106
+contig	C7581677	106
+contig	C7581685	106
+contig	C7581689	106
+contig	C7581687	106
+contig	C7581711	106
+contig	C7581719	106
+contig	C7581739	106
+contig	C7581727	106
+contig	C7581753	106
+contig	C7581693	106
+contig	C7581791	106
+contig	C7581805	106
+contig	C7581797	106
+contig	C7581807	106
+contig	C7581577	106
+contig	C7581811	106
+contig	C7581815	106
+contig	C7581769	106
+contig	C7581851	106
+contig	C7581853	106
+contig	C7581873	106
+contig	C7581835	106
+contig	C7581879	106
+contig	C7581855	106
+contig	C7581893	106
+contig	C7581174	106
+contig	C7581905	106
+contig	C7581911	106
+contig	C7581897	106
+contig	C7581889	106
+contig	C7581941	106
+contig	C7581947	106
+contig	C7581961	106
+contig	C7581927	106
+contig	C7581985	106
+contig	C7581983	106
+contig	C7581989	106
+contig	C7581939	106
+contig	C7581987	106
+contig	C7581997	106
+contig	C7581943	106
+contig	C7582027	106
+contig	C7582005	106
+contig	C7582019	106
+contig	C7582047	106
+contig	C7582055	106
+contig	C7582085	106
+contig	C7582091	106
+contig	C7582089	106
+contig	C7581865	106
+contig	C7582093	106
+contig	C7582105	106
+contig	C7582037	106
+contig	C7582151	106
+contig	C7582173	106
+contig	C7582181	106
+contig	C7582205	106
+contig	C7582129	106
+contig	C7582209	106
+contig	C7582207	106
+contig	C7582281	106
+contig	C7582213	106
+contig	C7582293	106
+contig	C7582257	106
+contig	C7582289	106
+contig	C7582319	106
+contig	C7582327	106
+contig	C7582347	106
+contig	C7582357	106
+contig	C7582387	106
+contig	C7582361	106
+contig	C7582391	106
+contig	C7582419	106
+contig	C7582405	106
+contig	C7582421	106
+contig	C7582403	106
+contig	C7582441	106
+contig	C7582411	106
+contig	C7582445	106
+contig	C7582475	106
+contig	C7582443	106
+contig	C7582485	106
+contig	C7582507	106
+contig	C7582509	106
+contig	C7582515	106
+contig	C7582541	106
+contig	C7582491	106
+contig	C7582479	106
+contig	C7582547	106
+contig	C7582561	106
+contig	C7582557	106
+contig	C7582563	106
+contig	C7582585	106
+contig	C7582581	106
+contig	C7582575	106
+contig	C7578412	106
+contig	C7582595	106
+contig	C7582637	106
+contig	C7582657	106
+contig	C7582607	106
+contig	C7582659	106
+contig	C7582687	106
+contig	C7582693	106
+contig	C7582697	106
+contig	C7582701	106
+contig	C7582597	106
+contig	C7582705	106
+contig	C7582709	106
+contig	C7582729	106
+contig	C7582747	106
+contig	C7582755	106
+contig	C7582763	106
+contig	C7582773	106
+contig	C7582783	106
+contig	C7582789	106
+contig	C7582799	106
+contig	C7582809	106
+contig	C7582647	106
+contig	C7582815	106
+contig	C7582823	106
+contig	C7582801	106
+contig	C7582819	106
+contig	C7582829	106
+contig	C7582831	106
+contig	C7582841	106
+contig	C7582833	106
+contig	C7582863	106
+contig	C7582849	106
+contig	C7582893	106
+contig	C7582883	106
+contig	C7582879	106
+contig	C7582941	106
+contig	C7582913	106
+contig	C7582989	106
+contig	C7582909	106
+contig	C7582991	106
+contig	C7583007	106
+contig	C7583017	106
+contig	C7583037	106
+contig	C7583013	106
+contig	C7574198	106
+contig	C7583055	106
+contig	C7583051	106
+contig	C7583087	106
+contig	C7583079	106
+contig	C7583081	106
+contig	C7583121	106
+contig	C7583131	106
+contig	C7583059	106
+contig	C7583093	106
+contig	C7583159	106
+contig	C7583111	106
+contig	C7583171	106
+contig	C7583189	106
+contig	C7583195	106
+contig	C7583137	106
+contig	C7583201	106
+contig	C7583133	106
+contig	C7583203	106
+contig	C7583207	106
+contig	C7583223	106
+contig	C7583205	106
+contig	C7583247	106
+contig	C7583231	106
+contig	C7583233	106
+contig	C7583251	106
+contig	C7583265	106
+contig	C7583289	106
+contig	C7583279	106
+contig	C7583313	106
+contig	C7583287	106
+contig	C7583315	106
+contig	C7583331	106
+contig	C7583325	106
+contig	C7583359	106
+contig	C7583361	106
+contig	C7583337	106
+contig	C7583365	106
+contig	C7583387	106
+contig	C7583415	106
+contig	C7583417	106
+contig	C7583429	106
+contig	C7583433	106
+contig	C7583435	106
+contig	C7583441	106
+contig	C7582455	106
+contig	C7583467	106
+contig	C7583495	106
+contig	C7582043	106
+contig	C7583517	106
+contig	C7583469	106
+contig	C7583529	106
+contig	C7583539	106
+contig	C7583545	106
+contig	C7583555	106
+contig	C7583585	106
+contig	C7583561	106
+contig	C7583613	106
+contig	C7583605	106
+contig	C7583627	106
+contig	C7583311	106
+contig	C7583645	106
+contig	C7583547	106
+contig	C7583657	106
+contig	C7583671	106
+contig	C7583691	106
+contig	C7583679	106
+contig	C7583699	106
+contig	C7583707	106
+contig	C7583709	106
+contig	C7583633	106
+contig	C7583727	106
+contig	C7583739	106
+contig	C7583731	106
+contig	C7583789	106
+contig	C7582681	106
+contig	C7583815	106
+contig	C7583809	106
+contig	C7583651	106
+contig	C7583837	106
+contig	C7583839	106
+contig	C7583861	106
+contig	C7583751	106
+contig	C7583885	106
+contig	C7583863	106
+contig	C7583907	106
+contig	C7583921	106
+contig	C7583841	106
+contig	C7583877	106
+contig	C7583925	106
+contig	C7583977	106
+contig	C7583957	106
+contig	C7583981	106
+contig	C7583979	106
+contig	C7584017	106
+contig	C7584015	106
+contig	C7583975	106
+contig	C7584027	106
+contig	C7584039	106
+contig	C7584031	106
+contig	C7584051	106
+contig	C7584043	106
+contig	C7584059	106
+contig	C7584065	106
+contig	C7584085	106
+contig	C7584063	106
+contig	C7584103	106
+contig	C7584091	106
+contig	C7584109	106
+contig	C7583753	106
+contig	C7584149	106
+contig	C7584151	106
+contig	C7584161	106
+contig	C7584113	106
+contig	C7584111	106
+contig	C7584227	106
+contig	C7584229	106
+contig	C7584167	106
+contig	C7583379	106
+contig	C7584281	106
+contig	C7584267	106
+contig	C7584255	106
+contig	C7584305	106
+contig	C7584287	106
+contig	C7584299	106
+contig	C7584311	106
+contig	C7584315	106
+contig	C7584225	106
+contig	C7584309	106
+contig	C7584317	106
+contig	C7583901	106
+contig	C7584371	106
+contig	C7584373	106
+contig	C7584365	106
+contig	C7584337	106
+contig	C7584379	106
+contig	C7584393	106
+contig	C7584425	106
+contig	C7584439	106
+contig	C7584435	106
+contig	C7584451	106
+contig	C7584377	106
+contig	C7584465	106
+contig	C7584447	106
+contig	C7584459	106
+contig	C7584485	106
+contig	C7584499	106
+contig	C7584473	106
+contig	C7584491	106
+contig	C7584191	106
+contig	C7584505	106
+contig	C7584511	106
+contig	C7584527	106
+contig	C7584583	106
+contig	C7584619	106
+contig	C7584627	106
+contig	C7584589	106
+contig	C7584509	106
+contig	C7584645	106
+contig	C7584629	106
+contig	C7584651	106
+contig	C7584409	106
+contig	C7584649	106
+contig	C7584665	106
+contig	C7584635	106
+contig	C7584687	106
+contig	C7584729	106
+contig	C7584723	106
+contig	C7584693	106
+contig	C7584767	106
+contig	C7584745	106
+contig	C7584779	106
+contig	C7584667	106
+contig	C7584785	106
+contig	C7584821	106
+contig	C7584733	106
+contig	C7584797	106
+contig	C7584825	106
+contig	C7584831	106
+contig	C7584853	106
+contig	C7584863	106
+contig	C7584827	106
+contig	C7584847	106
+contig	C7584899	106
+contig	C7584867	106
+contig	C7584905	106
+contig	C7584881	106
+contig	C7584955	106
+contig	C7584893	106
+contig	C7584921	106
+contig	C7584979	106
+contig	C7584913	106
+contig	C7585029	106
+contig	C7584997	106
+contig	C7585075	106
+contig	C7585031	106
+contig	C7585137	106
+contig	C7585143	106
+contig	C7585163	106
+contig	C7585155	106
+contig	C7585151	106
+contig	C7585051	106
+contig	C7585172	106
+contig	C7585164	106
+contig	C7585184	106
+contig	C7585206	106
+contig	C7585170	106
+contig	C7585196	106
+contig	C7585214	106
+contig	C7585236	106
+contig	C7585228	106
+contig	C7585242	106
+contig	C7585262	106
+contig	C7585244	106
+contig	C7585282	106
+contig	C7585278	106
+contig	C7585290	106
+contig	C7585304	106
+contig	C7585314	106
+contig	C7584329	106
+contig	C7585308	106
+contig	C7585334	106
+contig	C7585338	106
+contig	C7585342	106
+contig	C7585332	106
+contig	C7585378	106
+contig	C7585348	106
+contig	C7585396	106
+contig	C7585398	106
+contig	C7585372	106
+contig	C7585428	106
+contig	C7585380	106
+contig	C7585410	106
+contig	C7585442	106
+contig	C7585472	106
+contig	C7585474	106
+contig	C7585452	106
+contig	C7584559	106
+contig	C7585484	106
+contig	C7585516	106
+contig	C7585522	106
+contig	C7585462	106
+contig	C7585492	106
+contig	C7585188	106
+contig	C7585536	106
+contig	C7585540	106
+contig	C7585552	106
+contig	C7585576	106
+contig	C7585528	106
+contig	C7585592	106
+contig	C7585574	106
+contig	C7585582	106
+contig	C7585588	106
+contig	C7585608	106
+contig	C7585534	106
+contig	C7585630	106
+contig	C7585618	106
+contig	C7585636	106
+contig	C7585616	106
+contig	C7585638	106
+contig	C7585666	106
+contig	C7585680	106
+contig	C7585670	106
+contig	C7585704	106
+contig	C7585734	106
+contig	C7585744	106
+contig	C7585756	106
+contig	C7585808	106
+contig	C7585696	106
+contig	C7585814	106
+contig	C7585800	106
+contig	C7585738	106
+contig	C7585824	106
+contig	C7585866	106
+contig	C7585862	106
+contig	C7585878	106
+contig	C7585876	106
+contig	C7585810	106
+contig	C7585912	106
+contig	C7585920	106
+contig	C7585940	106
+contig	C7585954	106
+contig	C7585836	106
+contig	C7585946	106
+contig	C7585976	106
+contig	C7585978	106
+contig	C7585986	106
+contig	C7585994	106
+contig	C7586010	106
+contig	C7586038	106
+contig	C7585968	106
+contig	C7586046	106
+contig	C7586006	106
+contig	C7586058	106
+contig	C7586064	106
+contig	C7586052	106
+contig	C7586048	106
+contig	C7586068	106
+contig	C7586084	106
+contig	C7586090	106
+contig	C7586098	106
+contig	C7586094	106
+contig	C7586118	106
+contig	C7583213	106
+contig	C7586100	106
+contig	C7586162	106
+contig	C7586192	106
+contig	C7586156	106
+contig	C7586186	106
+contig	C7586082	106
+contig	C7586202	106
+contig	C7586224	106
+contig	C7586228	106
+contig	C7586240	106
+contig	C7586254	106
+contig	C7586292	106
+contig	C7586308	106
+contig	C7586264	106
+contig	C7586314	106
+contig	C7586318	106
+contig	C7586316	106
+contig	C7586332	106
+contig	C7586346	106
+contig	C7586334	106
+contig	C7586384	106
+contig	C7586408	106
+contig	C7585328	106
+contig	C7586422	106
+contig	C7586362	106
+contig	C7586390	106
+contig	C7586416	106
+contig	C7586464	106
+contig	C7586460	106
+contig	C7586496	106
+contig	C7586494	106
+contig	C7586504	106
+contig	C7586502	106
+contig	C7586506	106
+contig	C7586524	106
+contig	C7586498	106
+contig	C7586546	106
+contig	C7586532	106
+contig	C7586548	106
+contig	C7586562	106
+contig	C7586564	106
+contig	C7586576	106
+contig	C7586566	106
+contig	C7586588	106
+contig	C7586610	106
+contig	C7586536	106
+contig	C7586612	106
+contig	C7586632	106
+contig	C7586638	106
+contig	C7586594	106
+contig	C7586644	106
+contig	C7586648	106
+contig	C7586666	106
+contig	C7586654	106
+contig	C7586690	106
+contig	C7586676	106
+contig	C7586700	106
+contig	C7586704	106
+contig	C7586662	106
+contig	C7586726	106
+contig	C7586730	106
+contig	C7586734	106
+contig	C7585594	106
+contig	C7586740	106
+contig	C7586768	106
+contig	C7586780	106
+contig	C7586782	106
+contig	C7586744	106
+contig	C7586772	106
+contig	C7586490	106
+contig	C7586784	106
+contig	C7586788	106
+contig	C7586786	106
+contig	C7586796	106
+contig	C7586738	106
+contig	C7586830	106
+contig	C7586838	106
+contig	C7586824	106
+contig	C7586846	106
+contig	C7586794	106
+contig	C7586862	106
+contig	C7586876	106
+contig	C7586850	106
+contig	C7586880	106
+contig	C7586892	106
+contig	C7585914	106
+contig	C7586902	106
+contig	C7586918	106
+contig	C7586860	106
+contig	C7586870	106
+contig	C7586968	106
+contig	C7587010	106
+contig	C7586984	106
+contig	C7587022	106
+contig	C7586980	106
+contig	C7587012	106
+contig	C7587024	106
+contig	C7587048	106
+contig	C7587032	106
+contig	C7586916	106
+contig	C7587064	106
+contig	C7587072	106
+contig	C7587074	106
+contig	C7587092	106
+contig	C7586962	106
+contig	C7587100	106
+contig	C7587106	106
+contig	C7587102	106
+contig	C7587166	106
+contig	C7587108	106
+contig	C7586982	106
+contig	C7587210	107
+contig	C7587212	107
+contig	C7587182	106
+contig	C7587216	107
+contig	C7587218	107
+contig	C7587080	106
+contig	C7587220	107
+contig	C7587270	107
+contig	C7587284	107
+contig	C7587170	106
+contig	C7587294	107
+contig	C7587272	107
+contig	C7587292	107
+contig	C7587322	107
+contig	C7587314	107
+contig	C7587328	107
+contig	C7587334	107
+contig	C7587356	107
+contig	C7587394	107
+contig	C7587350	107
+contig	C7587348	107
+contig	C7587412	107
+contig	C7587450	107
+contig	C7587214	107
+contig	C7587424	107
+contig	C7587494	107
+contig	C7587480	107
+contig	C7587508	107
+contig	C7587522	107
+contig	C7587414	107
+contig	C7587514	107
+contig	C7587528	107
+contig	C7587496	107
+contig	C7587540	107
+contig	C7587534	107
+contig	C7587546	107
+contig	C7587548	107
+contig	C7587530	107
+contig	C7587584	107
+contig	C7587574	107
+contig	C7587592	107
+contig	C7587552	107
+contig	C7587672	107
+contig	C7587644	107
+contig	C7587660	107
+contig	C7587690	107
+contig	C7587624	107
+contig	C7587682	107
+contig	C7587708	107
+contig	C7587684	107
+contig	C7587692	107
+contig	C7587704	107
+contig	C7587730	107
+contig	C7587740	107
+contig	C7587760	107
+contig	C7587762	107
+contig	C7587778	107
+contig	C7587804	107
+contig	C7587718	107
+contig	C7587818	107
+contig	C7587712	107
+contig	C7587824	107
+contig	C7586200	106
+contig	C7587844	107
+contig	C7587842	107
+contig	C7587854	107
+contig	C7587862	107
+contig	C7587798	107
+contig	C7587846	107
+contig	C7587890	107
+contig	C7587892	107
+contig	C7587896	107
+contig	C7587902	107
+contig	C7587864	107
+contig	C7587898	107
+contig	C7587908	107
+contig	C7587906	107
+contig	C7587936	107
+contig	C7587882	107
+contig	C7587944	107
+contig	C7587914	107
+contig	C7587958	107
+contig	C7587952	107
+contig	C7587934	107
+contig	C7587820	107
+contig	C7587972	107
+contig	C7587960	107
+contig	C7587986	107
+contig	C7588042	107
+contig	C7588004	107
+contig	C7588048	107
+contig	C7588054	107
+contig	C7587982	107
+contig	C7587998	107
+contig	C7588112	107
+contig	C7588092	107
+contig	C7588142	107
+contig	C7588144	107
+contig	C7588152	107
+contig	C7588162	107
+contig	C7588156	107
+contig	C7588102	107
+contig	C7588184	107
+contig	C7588174	107
+contig	C7588178	107
+contig	C7588258	107
+contig	C7588180	107
+contig	C7588270	107
+contig	C7588276	107
+contig	C7588288	107
+contig	C7588272	107
+contig	C7588326	107
+contig	C7588296	107
+contig	C7588356	107
+contig	C7587046	106
+contig	C7588308	107
+contig	C7588370	107
+contig	C7588362	107
+contig	C7588374	107
+contig	C7588390	107
+contig	C7588384	107
+contig	C7588222	107
+contig	C7588386	107
+contig	C7588440	107
+contig	C7588452	107
+contig	C7588404	107
+contig	C7588498	107
+contig	C7588256	107
+contig	C7588486	107
+contig	C7588372	107
+contig	C7588500	107
+contig	C7588466	107
+contig	C7588554	107
+contig	C7588544	107
+contig	C7588532	107
+contig	C7588546	107
+contig	C7588560	107
+contig	C7588492	107
+contig	C7588582	107
+contig	C7588592	107
+contig	C7588598	107
+contig	C7588556	107
+contig	C7588602	107
+contig	C7588606	107
+contig	C7588610	107
+contig	C7588634	107
+contig	C7588628	107
+contig	C7588648	107
+contig	C7588622	107
+contig	C7588682	107
+contig	C7588636	107
+contig	C7588694	107
+contig	C7588590	107
+contig	C7588688	107
+contig	C7588700	107
+contig	C7588720	107
+contig	C7588630	107
+contig	C7588726	107
+contig	C7588706	107
+contig	C7588734	107
+contig	C7588740	107
+contig	C7588650	107
+contig	C7588714	107
+contig	C7588770	107
+contig	C7588742	107
+contig	C7588762	107
+contig	C7588774	107
+contig	C7588792	107
+contig	C7588818	107
+contig	C7588766	107
+contig	C7588824	107
+contig	C7588826	107
+contig	C7588796	107
+contig	C7588848	107
+contig	C7588836	107
+contig	C7588778	107
+contig	C7588850	107
+contig	C7588872	107
+contig	C7588878	107
+contig	C7588884	107
+contig	C7588894	107
+contig	C7588892	107
+contig	C7588918	107
+contig	C7588898	107
+contig	C7588932	107
+contig	C7588846	107
+contig	C7588900	107
+contig	C7588938	107
+contig	C7588948	107
+contig	C7588950	107
+contig	C7588952	107
+contig	C7588976	107
+contig	C7588954	107
+contig	C7588996	107
+contig	C7588998	107
+contig	C7589002	107
+contig	C7588934	107
+contig	C7589020	107
+contig	C7588988	107
+contig	C7589028	107
+contig	C7589026	107
+contig	C7589058	107
+contig	C7589034	107
+contig	C7589062	107
+contig	C7589046	107
+contig	C7589080	107
+contig	C7589084	107
+contig	C7589054	107
+contig	C7589072	107
+contig	C7589090	107
+contig	C7589060	107
+contig	C7589102	107
+contig	C7589092	107
+contig	C7589114	107
+contig	C7589098	107
+contig	C7589118	107
+contig	C7589112	107
+contig	C7589174	107
+contig	C7589140	107
+contig	C7589186	107
+contig	C7589184	107
+contig	C7588962	107
+contig	C7589116	107
+contig	C7589194	107
+contig	C7589206	107
+contig	C7588722	107
+contig	C7589226	107
+contig	C7589214	107
+contig	C7589238	107
+contig	C7589240	107
+contig	C7589236	107
+contig	C7589200	107
+contig	C7589248	107
+contig	C7589262	107
+contig	C7589188	107
+contig	C7589246	107
+contig	C7589298	107
+contig	C7589306	107
+contig	C7589268	107
+contig	C7589320	107
+contig	C7589326	107
+contig	C7589334	107
+contig	C7589270	107
+contig	C7589318	107
+contig	C7589300	107
+contig	C7589376	107
+contig	C7589378	107
+contig	C7589388	107
+contig	C7589372	107
+contig	C7589402	107
+contig	C7589392	107
+contig	C7589414	107
+contig	C7589438	107
+contig	C7589424	107
+contig	C7589484	107
+contig	C7589356	107
+contig	C7589440	107
+contig	C7589432	107
+contig	C7589538	107
+contig	C7589576	107
+contig	C7589586	107
+contig	C7589592	107
+contig	C7589534	107
+contig	C7589598	107
+contig	C7589618	107
+contig	C7589602	107
+contig	C7589582	107
+contig	C7589614	107
+contig	C7589656	107
+contig	C7589688	107
+contig	C7589642	107
+contig	C7589496	107
+contig	C7589706	107
+contig	C7589680	107
+contig	C7589712	107
+contig	C7589724	107
+contig	C7589716	107
+contig	C7589718	107
+contig	C7589734	107
+contig	C7589750	107
+contig	C7589532	107
+contig	C7589700	107
+contig	C7589742	107
+contig	C7589772	107
+contig	C7589754	107
+contig	C7589666	107
+contig	C7589784	107
+contig	C7589794	107
+contig	C7589782	107
+contig	C7589808	107
+contig	C7589822	107
+contig	C7589874	107
+contig	C7589844	107
+contig	C7589860	107
+contig	C7589802	107
+contig	C7589900	107
+contig	C7587070	106
+contig	C7589908	107
+contig	C7589928	107
+contig	C7589942	107
+contig	C7589926	107
+contig	C7589980	107
+contig	C7589882	107
+contig	C7589758	107
+contig	C7589960	107
+contig	C7589760	107
+contig	C7589904	107
+contig	C7590004	107
+contig	C7590034	107
+contig	C7590018	107
+contig	C7590040	107
+contig	C7590044	107
+contig	C7590060	107
+contig	C7590086	107
+contig	C7590088	107
+contig	C7589950	107
+contig	C7590102	107
+contig	C7590092	107
+contig	C7590022	107
+contig	C7590028	107
+contig	C7590106	107
+contig	C7590142	107
+contig	C7590112	107
+contig	C7590130	107
+contig	C7590160	107
+contig	C7590138	107
+contig	C7590046	107
+contig	C7590110	107
+contig	C7590196	107
+contig	C7590192	107
+contig	C7590234	107
+contig	C7590236	107
+contig	C7590228	107
+contig	C7590258	107
+contig	C7590268	107
+contig	C7590158	107
+contig	C7590150	107
+contig	C7590284	107
+contig	C7590292	107
+contig	C7590316	107
+contig	C7590334	107
+contig	C7590350	107
+contig	C7590216	107
+contig	C7590348	107
+contig	C7590364	107
+contig	C7590370	107
+contig	C7590280	107
+contig	C7590410	107
+contig	C7590238	107
+contig	C7590352	107
+contig	C7590428	107
+contig	C7590454	107
+contig	C7590332	107
+contig	C7590474	107
+contig	C7590460	107
+contig	C7590416	107
+contig	C7590480	107
+contig	C7590496	107
+contig	C7590498	107
+contig	C7590472	107
+contig	C7590522	107
+contig	C7590534	107
+contig	C7590508	107
+contig	C7590552	107
+contig	C7590544	107
+contig	C7590568	107
+contig	C7590624	107
+contig	C7590412	107
+contig	C7590620	107
+contig	C7590636	107
+contig	C7590656	107
+contig	C7590680	107
+contig	C7590688	107
+contig	C7590550	107
+contig	C7590674	107
+contig	C7590676	107
+contig	C7590712	107
+contig	C7590722	107
+contig	C7590724	107
+contig	C7590744	107
+contig	C7590714	107
+contig	C7590766	107
+contig	C7590768	107
+contig	C7590212	107
+contig	C7590650	107
+contig	C7590770	107
+contig	C7590790	107
+contig	C7590774	107
+contig	C7590750	107
+contig	C7590784	107
+contig	C7590804	107
+contig	C7590764	107
+contig	C7590798	107
+contig	C7590842	107
+contig	C7590852	107
+contig	C7590860	107
+contig	C7590726	107
+contig	C7590810	107
+contig	C7590890	107
+contig	C7590828	107
+contig	C7590888	107
+contig	C7590934	107
+contig	C7590918	107
+contig	C7590956	107
+contig	C7590958	107
+contig	C7590962	107
+contig	C7590822	107
+contig	C7590988	107
+contig	C7590950	107
+contig	C7590972	107
+contig	C7590940	107
+contig	C7591054	107
+contig	C7591008	107
+contig	C7591036	107
+contig	C7591056	107
+contig	C7591084	107
+contig	C7591094	107
+contig	C7591092	107
+contig	C7591076	107
+contig	C7591096	107
+contig	C7591110	107
+contig	C7591104	107
+contig	C7591126	107
+contig	C7591122	107
+contig	C7591164	107
+contig	C7591050	107
+contig	C7591152	107
+contig	C7591196	107
+contig	C7591184	107
+contig	C7591116	107
+contig	C7590536	107
+contig	C7591262	107
+contig	C7591254	107
+contig	C7591176	107
+contig	C7591222	107
+contig	C7591286	107
+contig	C7591300	107
+contig	C7591314	107
+contig	C7591304	107
+contig	C7591280	107
+contig	C7591336	107
+contig	C7591324	107
+contig	C7591340	107
+contig	C7591338	107
+contig	C7591382	107
+contig	C7591398	107
+contig	C7591276	107
+contig	C7591352	107
+contig	C7591438	107
+contig	C7591440	107
+contig	C7591356	107
+contig	C7591448	107
+contig	C7591454	107
+contig	C7591390	107
+contig	C7591458	107
+contig	C7591452	107
+contig	C7591456	107
+contig	C7591408	107
+contig	C7591466	107
+contig	C7591496	107
+contig	C7590968	107
+contig	C7591494	107
+contig	C7591506	107
+contig	C7591508	107
+contig	C7591472	107
+contig	C7591534	107
+contig	C7591572	107
+contig	C7591450	107
+contig	C7591590	107
+contig	C7591526	107
+contig	C7591604	107
+contig	C7591564	107
+contig	C7591598	107
+contig	C7591646	107
+contig	C7591622	107
+contig	C7591544	107
+contig	C7591610	107
+contig	C7591656	107
+contig	C7591530	107
+contig	C7591620	107
+contig	C7591664	107
+contig	C7591690	107
+contig	C7591654	107
+contig	C7591708	107
+contig	C7591688	107
+contig	C7591682	107
+contig	C7591698	107
+contig	C7591714	107
+contig	C7591696	107
+contig	C7591716	107
+contig	C7591746	107
+contig	C7591732	107
+contig	C7591756	107
+contig	C7591766	107
+contig	C7591770	107
+contig	C7591772	107
+contig	C7591712	107
+contig	C7591724	107
+contig	C7591768	107
+contig	C7591740	107
+contig	C7591786	107
+contig	C7591792	107
+contig	C7591838	107
+contig	C7591778	107
+contig	C7591808	107
+contig	C7591794	107
+contig	C7591860	107
+contig	C7591848	107
+contig	C7591874	107
+contig	C7591880	107
+contig	C7590884	107
+contig	C7591864	107
+contig	C7591862	107
+contig	C7591890	107
+contig	C7591908	107
+contig	C7591936	107
+contig	C7591788	107
+contig	C7591924	107
+contig	C7591932	107
+contig	C7591952	107
+contig	C7591946	107
+contig	C7591990	107
+contig	C7591986	107
+contig	C7591914	107
+contig	C7592046	107
+contig	C7592064	107
+contig	C7592012	107
+contig	C7591896	107
+contig	C7592076	107
+contig	C7591928	107
+contig	C7592038	107
+contig	C7592102	107
+contig	C7592054	107
+contig	C7592100	107
+contig	C7592074	107
+contig	C7592104	107
+contig	C7592116	107
+contig	C7592106	107
+contig	C7592136	107
+contig	C7592152	107
+contig	C7592156	107
+contig	C7592084	107
+contig	C7592078	107
+contig	C7592016	107
+contig	C7592182	107
+contig	C7592140	107
+contig	C7592202	107
+contig	C7592212	107
+contig	C7592172	107
+contig	C7592222	107
+contig	C7592178	107
+contig	C7592246	107
+contig	C7592254	107
+contig	C7592210	107
+contig	C7592258	107
+contig	C7592174	107
+contig	C7592268	107
+contig	C7592242	107
+contig	C7592226	107
+contig	C7592272	107
+contig	C7592308	107
+contig	C7592252	107
+contig	C7592270	107
+contig	C7592250	107
+contig	C7592314	107
+contig	C7592384	107
+contig	C7592278	107
+contig	C7592302	107
+contig	C7592380	107
+contig	C7592342	107
+contig	C7592386	107
+contig	C7592446	107
+contig	C7592290	107
+contig	C7592324	107
+contig	C7592412	107
+contig	C7592456	107
+contig	C7592460	107
+contig	C7592464	107
+contig	C7592476	107
+contig	C7592420	107
+contig	C7592458	107
+contig	C7592470	107
+contig	C7592500	107
+contig	C7592436	107
+contig	C7592492	107
+contig	C7592520	107
+contig	C7592504	107
+contig	C7592522	107
+contig	C7592498	107
+contig	C7592540	107
+contig	C7592544	107
+contig	C7592526	107
+contig	C7592572	107
+contig	C7592550	107
+contig	C7592564	107
+contig	C7592596	107
+contig	C7592574	107
+contig	C7592558	107
+contig	C7592614	107
+contig	C7592622	107
+contig	C7592494	107
+contig	C7592642	107
+contig	C7592640	107
+contig	C7592578	107
+contig	C7592652	107
+contig	C7592682	107
+contig	C7592678	107
+contig	C7592696	107
+contig	C7592664	107
+contig	C7592650	107
+contig	C7592690	107
+contig	C7592704	107
+contig	C7592718	107
+contig	C7592740	107
+contig	C7592746	107
+contig	C7592722	107
+contig	C7592732	107
+contig	C7592416	107
+contig	C7592748	107
+contig	C7592708	107
+contig	C7592796	107
+contig	C7592790	107
+contig	C7592806	107
+contig	C7592602	107
+contig	C7592812	107
+contig	C7592760	107
+contig	C7592780	107
+contig	C7592808	107
+contig	C7592816	107
+contig	C7592802	107
+contig	C7592822	107
+contig	C7592820	107
+contig	C7592814	107
+contig	C7592800	107
+contig	C7592824	107
+contig	C7592850	107
+contig	C7592860	107
+contig	C7592868	107
+contig	C7592894	107
+contig	C7592896	107
+contig	C7592906	107
+contig	C7592914	107
+contig	C7592926	107
+contig	C7592920	107
+contig	C7592956	107
+contig	C7592968	107
+contig	C7592964	107
+contig	C7592840	107
+contig	C7592970	107
+contig	C7592972	107
+contig	C7592874	107
+contig	C7592994	107
+contig	C7593002	107
+contig	C7593006	107
+contig	C7592930	107
+contig	C7592986	107
+contig	C7593010	107
+contig	C7593024	107
+contig	C7593052	107
+contig	C7593038	107
+contig	C7593048	107
+contig	C7593102	107
+contig	C7593060	107
+contig	C7593080	107
+contig	C7593104	107
+contig	C7592900	107
+contig	C7593088	107
+contig	C7593168	107
+contig	C7593164	107
+contig	C7593232	107
+contig	C7593124	107
+contig	C7593228	107
+contig	C7593252	107
+contig	C7593256	107
+contig	C7593258	107
+contig	C7593268	107
+contig	C7593248	107
+contig	C7593294	107
+contig	C7593264	107
+contig	C7593182	107
+contig	C7593280	107
+contig	C7593330	107
+contig	C7593316	107
+contig	C7593304	107
+contig	C7593332	107
+contig	C7593308	107
+contig	C7593346	107
+contig	C7593338	107
+contig	C7593362	107
+contig	C7593376	107
+contig	C7593374	107
+contig	C7593344	107
+contig	C7593394	107
+contig	C7593404	107
+contig	C7593388	107
+contig	C7593418	107
+contig	C7593384	107
+contig	C7593414	107
+contig	C7593434	107
+contig	C7593170	107
+contig	C7593460	107
+contig	C7593444	107
+contig	C7593458	107
+contig	C7593496	107
+contig	C7593456	107
+contig	C7593340	107
+contig	C7593508	107
+contig	C7593440	107
+contig	C7593466	107
+contig	C7593554	107
+contig	C7593490	107
+contig	C7593558	107
+contig	C7593500	107
+contig	C7593524	107
+contig	C7593564	107
+contig	C7593598	107
+contig	C7593516	107
+contig	C7593614	107
+contig	C7593630	107
+contig	C7593518	107
+contig	C7593612	107
+contig	C7593578	107
+contig	C7593652	107
+contig	C7593690	107
+contig	C7593560	107
+contig	C7593648	107
+contig	C7593642	107
+contig	C7593704	107
+contig	C7593720	107
+contig	C7593702	107
+contig	C7593604	107
+contig	C7593740	107
+contig	C7593788	107
+contig	C7593728	107
+contig	C7593766	107
+contig	C7593708	107
+contig	C7593800	107
+contig	C7593646	107
+contig	C7593806	107
+contig	C7593844	107
+contig	C7593864	107
+contig	C7593808	107
+contig	C7593802	107
+contig	C7593840	107
+contig	C7593878	107
+contig	C7593890	107
+contig	C7593900	107
+contig	C7593846	107
+contig	C7593898	107
+contig	C7593944	107
+contig	C7593894	107
+contig	C7593948	107
+contig	C7593962	107
+contig	C7593986	107
+contig	C7593984	107
+contig	C7593910	107
+contig	C7593988	107
+contig	C7593980	107
+contig	C7594030	107
+contig	C7594016	107
+contig	C7594028	107
+contig	C7594034	107
+contig	C7594018	107
+contig	C7592870	107
+contig	C7594042	107
+contig	C7594068	107
+contig	C7594080	107
+contig	C7594046	107
+contig	C7594054	107
+contig	C7594100	107
+contig	C7594082	107
+contig	C7594088	107
+contig	C7594102	107
+contig	C7593882	107
+contig	C7594106	107
+contig	C7594060	107
+contig	C7594136	107
+contig	C7594146	107
+contig	C7594120	107
+contig	C7594148	107
+contig	C7594052	107
+contig	C7594118	107
+contig	C7594190	107
+contig	C7594172	107
+contig	C7594170	107
+contig	C7594228	107
+contig	C7594238	107
+contig	C7594162	107
+contig	C7594196	107
+contig	C7594264	107
+contig	C7594130	107
+contig	C7594242	107
+contig	C7594320	107
+contig	C7594192	107
+contig	C7594260	107
+contig	C7594334	107
+contig	C7594338	107
+contig	C7594346	107
+contig	C7594324	107
+contig	C7594372	107
+contig	C7594272	107
+contig	C7594376	107
+contig	C7594410	107
+contig	C7594428	107
+contig	C7594370	107
+contig	C7594362	107
+contig	C7594460	107
+contig	C7594500	107
+contig	C7594482	107
+contig	C7594518	107
+contig	C7594290	107
+contig	C7594420	107
+contig	C7594552	107
+contig	C7594492	107
+contig	C7594598	107
+contig	C7594528	107
+contig	C7594578	107
+contig	C7594624	107
+contig	C7594586	107
+contig	C7594558	107
+contig	C7594636	107
+contig	C7594642	107
+contig	C7594646	107
+contig	C7594662	107
+contig	C7594650	107
+contig	C7594670	107
+contig	C7594476	107
+contig	C7594690	107
+contig	C7594696	107
+contig	C7594620	107
+contig	C7594722	107
+contig	C7594682	107
+contig	C7594694	107
+contig	C7594668	107
+contig	C7594754	107
+contig	C7594744	107
+contig	C7594762	107
+contig	C7594784	107
+contig	C7594778	107
+contig	C7594768	107
+contig	C7594794	107
+contig	C7594814	107
+contig	C7594730	107
+contig	C7594816	107
+contig	C7594836	107
+contig	C7594844	107
+contig	C7594852	107
+contig	C7594810	107
+contig	C7594854	107
+contig	C7594864	107
+contig	C7594842	107
+contig	C7594868	107
+contig	C7594858	107
+contig	C7594900	107
+contig	C7594926	107
+contig	C7594874	107
+contig	C7593816	107
+contig	C7594958	107
+contig	C7594928	107
+contig	C7594964	107
+contig	C7594932	107
+contig	C7594978	107
+contig	C7594976	107
+contig	C7594746	107
+contig	C7594860	107
+contig	C7595004	107
+contig	C7595010	107
+contig	C7595002	107
+contig	C7594996	107
+contig	C7594998	107
+contig	C7595030	107
+contig	C7595044	107
+contig	C7595026	107
+contig	C7595060	107
+contig	C7595086	107
+contig	C7595054	107
+contig	C7595088	107
+contig	C7594984	107
+contig	C7595084	107
+contig	C7595148	107
+contig	C7595046	107
+contig	C7595158	107
+contig	C7595166	107
+contig	C7595164	107
+contig	C7595080	107
+contig	C7595188	107
+contig	C7595186	107
+contig	C7595258	107
+contig	C7595278	107
+contig	C7595228	107
+contig	C7595304	107
+contig	C7595268	107
+contig	C7595260	107
+contig	C7595332	107
+contig	C7595324	107
+contig	C7595316	107
+contig	C7595338	107
+contig	C7595340	107
+contig	C7595388	107
+contig	C7595376	107
+contig	C7595396	107
+contig	C7595318	107
+contig	C7595408	107
+contig	C7595428	107
+contig	C7595448	107
+contig	C7595438	107
+contig	C7595462	107
+contig	C7595402	107
+contig	C7595160	107
+contig	C7595450	107
+contig	C7595472	107
+contig	C7595486	107
+contig	C7595492	107
+contig	C7595518	107
+contig	C7595506	107
+contig	C7595488	107
+contig	C7595524	107
+contig	C7595534	107
+contig	C7595564	107
+contig	C7595568	107
+contig	C7595546	107
+contig	C7595578	107
+contig	C7595346	107
+contig	C7595582	107
+contig	C7595608	107
+contig	C7595588	107
+contig	C7595614	107
+contig	C7595660	107
+contig	C7595672	107
+contig	C7595092	107
+contig	C7595676	107
+contig	C7595596	107
+contig	C7595478	107
+contig	C7595680	107
+contig	C7595630	107
+contig	C7595704	107
+contig	C7595702	107
+contig	C7595744	107
+contig	C7595728	107
+contig	C7595752	107
+contig	C7595774	107
+contig	C7595558	107
+contig	C7595796	107
+contig	C7595722	107
+contig	C7595750	107
+contig	C7595784	107
+contig	C7595842	107
+contig	C7595780	107
+contig	C7595850	107
+contig	C7595856	107
+contig	C7595870	107
+contig	C7595862	107
+contig	C7595810	107
+contig	C7595872	107
+contig	C7595878	107
+contig	C7595904	107
+contig	C7595924	107
+contig	C7595920	107
+contig	C7595822	107
+contig	C7595934	107
+contig	C7595956	107
+contig	C7595964	107
+contig	C7595990	107
+contig	C7595974	107
+contig	C7596026	107
+contig	C7595950	107
+contig	C7596052	107
+contig	C7596066	107
+contig	C7595972	107
+contig	C7596058	107
+contig	C7596070	107
+contig	C7596022	107
+contig	C7596068	107
+contig	C7596080	107
+contig	C7596082	107
+contig	C7596094	107
+contig	C7596088	107
+contig	C7596100	107
+contig	C7596112	107
+contig	C7596114	107
+contig	C7596084	107
+contig	C7596096	107
+contig	C7596142	107
+contig	C7596126	107
+contig	C7596150	107
+contig	C7596156	107
+contig	C7596138	107
+contig	C7596182	107
+contig	C7596184	107
+contig	C7596158	107
+contig	C7596192	107
+contig	C7596154	107
+contig	C7596222	107
+contig	C7596216	107
+contig	C7596232	107
+contig	C7596228	107
+contig	C7596256	107
+contig	C7596244	107
+contig	C7596190	107
+contig	C7596260	107
+contig	C7596276	107
+contig	C7595686	107
+contig	C7596258	107
+contig	C7596278	107
+contig	C7596298	107
+contig	C7596302	107
+contig	C7596290	107
+contig	C7596318	107
+contig	C7596324	107
+contig	C7596370	107
+contig	C7596362	107
+contig	C7596320	107
+contig	C7596378	107
+contig	C7596294	107
+contig	C7596384	107
+contig	C7596412	107
+contig	C7596230	107
+contig	C7596396	107
+contig	C7596392	107
+contig	C7596414	107
+contig	C7596444	107
+contig	C7596440	107
+contig	C7596456	107
+contig	C7596426	107
+contig	C7596446	107
+contig	C7596434	107
+contig	C7594608	107
+contig	C7596458	107
+contig	C7596496	107
+contig	C7596510	107
+contig	C7596470	107
+contig	C7596526	107
+contig	C7596512	107
+contig	C7596554	107
+contig	C7596536	107
+contig	C7596522	107
+contig	C7596580	107
+contig	C7596560	107
+contig	C7596592	107
+contig	C7596584	107
+contig	C7596490	107
+contig	C7596594	107
+contig	C7596562	107
+contig	C7596598	107
+contig	C7596602	107
+contig	C7596634	107
+contig	C7596658	107
+contig	C7596676	107
+contig	C7596596	107
+contig	C7596696	107
+contig	C7596708	107
+contig	C7596642	107
+contig	C7596678	107
+contig	C7596712	107
+contig	C7596730	107
+contig	C7596720	107
+contig	C7596632	107
+contig	C7596736	107
+contig	C7596738	107
+contig	C7596742	107
+contig	C7596750	107
+contig	C7596716	107
+contig	C7596790	107
+contig	C7596800	107
+contig	C7596810	107
+contig	C7596822	107
+contig	C7596836	107
+contig	C7596866	107
+contig	C7596846	107
+contig	C7596876	107
+contig	C7596732	107
+contig	C7596872	107
+contig	C7596880	107
+contig	C7596890	107
+contig	C7596878	107
+contig	C7596906	107
+contig	C7596882	107
+contig	C7596916	107
+contig	C7596930	107
+contig	C7596944	107
+contig	C7596924	107
+contig	C7596926	107
+contig	C7596948	107
+contig	C7596978	107
+contig	C7596984	107
+contig	C7596952	107
+contig	C7597012	107
+contig	C7597000	107
+contig	C7596548	107
+contig	C7595902	107
+contig	C7597028	107
+contig	C7597042	107
+contig	C7597058	107
+contig	C7597060	107
+contig	C7597076	107
+contig	C7597086	107
+contig	C7597054	107
+contig	C7597080	107
+contig	C7597050	107
+contig	C7597116	107
+contig	C7597114	107
+contig	C7597140	107
+contig	C7596986	107
+contig	C7597098	107
+contig	C7597130	107
+contig	C7597144	107
+contig	C7597160	107
+contig	C7597152	107
+contig	C7597154	107
+contig	C7597162	107
+contig	C7597224	107
+contig	C7597190	107
+contig	C7597230	107
+contig	C7597226	107
+contig	C7597240	107
+contig	C7597182	107
+contig	C7597232	107
+contig	C7597268	107
+contig	C7597244	107
+contig	C7597188	107
+contig	C7597260	107
+contig	C7597320	107
+contig	C7597338	107
+contig	C7597356	107
+contig	C7597360	107
+contig	C7596748	107
+contig	C7597302	107
+contig	C7597394	107
+contig	C7597390	107
+contig	C7597400	107
+contig	C7597380	107
+contig	C7597464	107
+contig	C7597428	107
+contig	C7597432	107
+contig	C7597484	107
+contig	C7597498	107
+contig	C7597500	107
+contig	C7597518	107
+contig	C7597526	107
+contig	C7597462	107
+contig	C7597564	107
+contig	C7597538	107
+contig	C7597582	107
+contig	C7597570	107
+contig	C7597578	107
+contig	C7597586	107
+contig	C7597288	107
+contig	C7597540	107
+contig	C7597094	107
+contig	C7597614	107
+contig	C7597618	107
+contig	C7597596	107
+contig	C7597654	107
+contig	C7597616	107
+contig	C7597640	107
+contig	C7597672	107
+contig	C7597686	107
+contig	C7597630	107
+contig	C7597680	107
+contig	C7597716	107
+contig	C7597728	107
+contig	C7597736	107
+contig	C7597734	107
+contig	C7597756	107
+contig	C7597746	107
+contig	C7597732	107
+contig	C7597788	107
+contig	C7597762	107
+contig	C7597802	107
+contig	C7597780	107
+contig	C7597844	107
+contig	C7597896	107
+contig	C7597812	107
+contig	C7597878	107
+contig	C7597772	107
+contig	C7597906	107
+contig	C7597914	107
+contig	C7597904	107
+contig	C7597908	107
+contig	C7597918	107
+contig	C7597924	107
+contig	C7597934	107
+contig	C7597926	107
+contig	C7597964	107
+contig	C7598000	107
+contig	C7597970	107
+contig	C7598006	107
+contig	C7597982	107
+contig	C7598008	107
+contig	C7598020	107
+contig	C7598018	107
+contig	C7598028	107
+contig	C7598032	107
+contig	C7598034	107
+contig	C7597612	107
+contig	C7598054	107
+contig	C7598002	107
+contig	C7598058	107
+contig	C7598052	107
+contig	C7598078	107
+contig	C7598086	107
+contig	C7598094	107
+contig	C7598100	107
+contig	C7598112	107
+contig	C7598056	107
+contig	C7598114	107
+contig	C7598122	107
+contig	C7598118	107
+contig	C7598074	107
+contig	C7598110	107
+contig	C7598158	107
+contig	C7598116	107
+contig	C7598126	107
+contig	C7598178	107
+contig	C7598174	107
+contig	C7598176	107
+contig	C7598182	107
+contig	C7598190	107
+contig	C7598204	107
+contig	C7598242	107
+contig	C7598134	107
+contig	C7598226	107
+contig	C7598230	107
+contig	C7598246	107
+contig	C7598212	107
+contig	C7598274	107
+contig	C7598284	107
+contig	C7598316	107
+contig	C7598264	107
+contig	C7598282	107
+contig	C7598334	107
+contig	C7598338	107
+contig	C7598306	107
+contig	C7598350	107
+contig	C7598364	107
+contig	C7598368	107
+contig	C7598322	107
+contig	C7598372	107
+contig	C7598272	107
+contig	C7598374	107
+contig	C7598396	107
+contig	C7598414	107
+contig	C7598466	107
+contig	C7598468	107
+contig	C7598436	107
+contig	C7598478	107
+contig	C7598358	107
+contig	C7598496	107
+contig	C7598524	107
+contig	C7598450	107
+contig	C7598534	107
+contig	C7598538	107
+contig	C7598486	107
+contig	C7598550	107
+contig	C7598576	107
+contig	C7598580	107
+contig	C7598594	107
+contig	C7598598	107
+contig	C7598530	107
+contig	C7598626	107
+contig	C7598590	107
+contig	C7598646	107
+contig	C7598668	107
+contig	C7598682	107
+contig	C7598630	107
+contig	C7598654	107
+contig	C7598686	107
+contig	C7598714	107
+contig	C7598722	107
+contig	C7598734	107
+contig	C7598738	107
+contig	C7598656	107
+contig	C7598742	107
+contig	C7598750	107
+contig	C7598760	107
+contig	C7598768	107
+contig	C7598694	107
+contig	C7598766	107
+contig	C7598788	107
+contig	C7598800	107
+contig	C7598786	107
+contig	C7598802	107
+contig	C7598824	107
+contig	C7598810	107
+contig	C7598872	107
+contig	C7598836	107
+contig	C7598764	107
+contig	C7598926	107
+contig	C7598914	107
+contig	C7598922	107
+contig	C7598928	107
+contig	C7598958	107
+contig	C7598968	107
+contig	C7598970	107
+contig	C7598976	107
+contig	C7598904	107
+contig	C7598994	107
+contig	C7598972	107
+contig	C7598996	107
+contig	C7599018	107
+contig	C7599030	107
+contig	C7599020	107
+contig	C7599044	107
+contig	C7598986	107
+contig	C7599050	107
+contig	C7599046	107
+contig	C7599058	107
+contig	C7599068	107
+contig	C7599082	107
+contig	C7599078	107
+contig	C7599084	107
+contig	C7599104	107
+contig	C7599100	107
+contig	C7599120	107
+contig	C7599116	107
+contig	C7599124	107
+contig	C7599136	107
+contig	C7599138	107
+contig	C7599146	107
+contig	C7599132	107
+contig	C7599152	107
+contig	C7599176	107
+contig	C7599184	107
+contig	C7599194	107
+contig	C7597588	107
+contig	C7599202	107
+contig	C7599214	107
+contig	C7599226	107
+contig	C7599246	107
+contig	C7599250	107
+contig	C7599254	107
+contig	C7599228	107
+contig	C7599290	107
+contig	C7599288	107
+contig	C7599304	107
+contig	C7599316	107
+contig	C7599284	107
+contig	C7599364	107
+contig	C7599382	107
+contig	C7599340	107
+contig	C7599390	107
+contig	C7599306	107
+contig	C7599406	107
+contig	C7599396	107
+contig	C7599410	107
+contig	C7599416	107
+contig	C7599424	107
+contig	C7596758	107
+contig	C7599418	107
+contig	C7599434	107
+contig	C7599432	107
+contig	C7599440	107
+contig	C7599458	107
+contig	C7599438	107
+contig	C7599480	107
+contig	C7599492	107
+contig	C7599506	107
+contig	C7599526	107
+contig	C7599544	107
+contig	C7599508	107
+contig	C7599564	107
+contig	C7599394	107
+contig	C7599570	107
+contig	C7599568	107
+contig	C7599588	107
+contig	C7599038	107
+contig	C7599584	107
+contig	C7599596	107
+contig	C7599612	107
+contig	C7599598	107
+contig	C7599602	107
+contig	C7599634	107
+contig	C7599658	107
+contig	C7599520	107
+contig	C7599684	107
+contig	C7599620	107
+contig	C7599674	107
+contig	C7599722	107
+contig	C7599694	107
+contig	C7599690	107
+contig	C7599730	107
+contig	C7599724	107
+contig	C7599782	107
+contig	C7599732	107
+contig	C7599788	107
+contig	C7599776	107
+contig	C7599752	107
+contig	C7599812	107
+contig	C7599822	107
+contig	C7599820	107
+contig	C7599792	107
+contig	C7599780	107
+contig	C7599828	107
+contig	C7599838	107
+contig	C7599860	107
+contig	C7599824	107
+contig	C7599866	107
+contig	C7599874	107
+contig	C7599882	107
+contig	C7599900	107
+contig	C7599932	107
+contig	C7598494	107
+contig	C7599854	107
+contig	C7599942	107
+contig	C7599998	107
+contig	C7599976	107
+contig	C7600052	107
+contig	C7599990	107
+contig	C7600026	107
+contig	C7600010	107
+contig	C7600090	107
+contig	C7600092	107
+contig	C7600102	107
+contig	C7599950	107
+contig	C7600120	107
+contig	C7600140	107
+contig	C7600136	107
+contig	C7600176	107
+contig	C7600180	107
+contig	C7600062	107
+contig	C7600184	107
+contig	C7600118	107
+contig	C7600216	107
+contig	C7600168	107
+contig	C7600196	107
+contig	C7600200	107
+contig	C7600238	107
+contig	C7600224	107
+contig	C7600256	107
+contig	C7600206	107
+contig	C7600260	107
+contig	C7600240	107
+contig	C7600198	107
+contig	C7600272	107
+contig	C7600300	107
+contig	C7600292	107
+contig	C7600304	107
+contig	C7600310	107
+contig	C7600248	107
+contig	C7600306	107
+contig	C7600330	107
+contig	C7600356	107
+contig	C7600308	107
+contig	C7600384	107
+contig	C7600322	107
+contig	C7600382	107
+contig	C7600402	107
+contig	C7600368	107
+contig	C7600372	107
+contig	C7600398	107
+contig	C7600286	107
+contig	C7600434	107
+contig	C7600438	107
+contig	C7600412	107
+contig	C7600452	107
+contig	C7600432	107
+contig	C7600488	107
+contig	C7600422	107
+contig	C7600420	107
+contig	C7600486	107
+contig	C7600496	107
+contig	C7600504	107
+contig	C7600512	107
+contig	C7600548	107
+contig	C7600542	107
+contig	C7600560	107
+contig	C7600516	107
+contig	C7600500	107
+contig	C7600580	107
+contig	C7600590	107
+contig	C7600596	107
+contig	C7600482	107
+contig	C7600624	107
+contig	C7600644	107
+contig	C7600642	107
+contig	C7600614	107
+contig	C7600664	107
+contig	C7600652	107
+contig	C7600672	107
+contig	C7600648	107
+contig	C7600588	107
+contig	C7600682	107
+contig	C7600686	107
+contig	C7600716	107
+contig	C7600676	107
+contig	C7600740	107
+contig	C7600622	107
+contig	C7600714	107
+contig	C7600734	107
+contig	C7600770	107
+contig	C7600692	107
+contig	C7600792	107
+contig	C7600812	107
+contig	C7600796	107
+contig	C7600764	107
+contig	C7600830	107
+contig	C7600774	107
+contig	C7600828	107
+contig	C7600620	107
+contig	C7600832	107
+contig	C7600840	107
+contig	C7600930	107
+contig	C7600948	107
+contig	C7600914	107
+contig	C7600938	107
+contig	C7600970	107
+contig	C7601018	107
+contig	C7600942	107
+contig	C7600966	107
+contig	C7601020	107
+contig	C7601056	107
+contig	C7601072	107
+contig	C7601032	107
+contig	C7601084	107
+contig	C7601106	107
+contig	C7601132	107
+contig	C7601158	107
+contig	C7601172	107
+contig	C7601152	107
+contig	C7601178	107
+contig	C7601190	107
+contig	C7601202	107
+contig	C7600874	107
+contig	C7601208	107
+contig	C7601228	107
+contig	C7601240	107
+contig	C7601246	107
+contig	C7601260	107
+contig	C7601148	107
+contig	C7601234	107
+contig	C7601268	107
+contig	C7601292	107
+contig	C7601306	107
+contig	C7601324	107
+contig	C7601328	107
+contig	C7601340	107
+contig	C7601332	107
+contig	C7601400	107
+contig	C7601346	107
+contig	C7601410	107
+contig	C7601374	107
+contig	C7601412	107
+contig	C7601432	107
+contig	C7601456	107
+contig	C7601362	107
+contig	C7601424	107
+contig	C7601446	107
+contig	C7601464	107
+contig	C7601468	107
+contig	C7601482	107
+contig	C7601474	107
+contig	C7601502	107
+contig	C7601264	107
+contig	C7601478	107
+contig	C7601472	107
+contig	C7601498	107
+contig	C7601520	107
+contig	C7601524	107
+contig	C7601542	107
+contig	C7600750	107
+contig	C7601532	107
+contig	C7601558	107
+contig	C7601546	107
+contig	C7601584	107
+contig	C7601602	107
+contig	C7601616	107
+contig	C7601638	107
+contig	C7601572	107
+contig	C7601648	107
+contig	C7601622	107
+contig	C7601680	107
+contig	C7601628	107
+contig	C7601660	107
+contig	C7601684	107
+contig	C7601664	107
+contig	C7601690	107
+contig	C7601710	107
+contig	C7601560	107
+contig	C7601704	107
+contig	C7601728	107
+contig	C7601752	107
+contig	C7601746	107
+contig	C7601750	107
+contig	C7601716	107
+contig	C7601780	107
+contig	C7601772	107
+contig	C7601650	107
+contig	C7601804	107
+contig	C7601778	107
+contig	C7601816	107
+contig	C7601824	107
+contig	C7601768	107
+contig	C7601886	107
+contig	C7601870	107
+contig	C7601914	107
+contig	C7601908	107
+contig	C7601874	107
+contig	C7601686	107
+contig	C7601812	107
+contig	C7601924	107
+contig	C7601942	107
+contig	C7601972	107
+contig	C7601944	107
+contig	C7601980	107
+contig	C7601938	107
+contig	C7601900	107
+contig	C7601998	107
+contig	C7601956	107
+contig	C7602018	107
+contig	C7601984	107
+contig	C7602034	108
+contig	C7602046	108
+contig	C7602020	107
+contig	C7602052	108
+contig	C7602054	108
+contig	C7602098	108
+contig	C7601940	107
+contig	C7602114	108
+contig	C7602050	108
+contig	C7602120	108
+contig	C7602126	108
+contig	C7602128	108
+contig	C7602116	108
+contig	C7602036	108
+contig	C7602166	108
+contig	C7602140	108
+contig	C7602124	108
+contig	C7602196	108
+contig	C7602150	108
+contig	C7602186	108
+contig	C7602182	108
+contig	C7602206	108
+contig	C7602176	108
+contig	C7602240	108
+contig	C7602256	108
+contig	C7602278	108
+contig	C7602252	108
+contig	C7602222	108
+contig	C7602244	108
+contig	C7602316	108
+contig	C7602260	108
+contig	C7602280	108
+contig	C7602330	108
+contig	C7602320	108
+contig	C7602348	108
+contig	C7602172	108
+contig	C7602352	108
+contig	C7602328	108
+contig	C7602394	108
+contig	C7602376	108
+contig	C7602420	108
+contig	C7602424	108
+contig	C7602368	108
+contig	C7602370	108
+contig	C7602432	108
+contig	C7602446	108
+contig	C7602492	108
+contig	C7602472	108
+contig	C7602484	108
+contig	C7602560	108
+contig	C7602404	108
+contig	C7602468	108
+contig	C7602332	108
+contig	C7602514	108
+contig	C7602568	108
+contig	C7602512	108
+contig	C7602612	108
+contig	C7602610	108
+contig	C7602626	108
+contig	C7602678	108
+contig	C7602650	108
+contig	C7602688	108
+contig	C7602702	108
+contig	C7602714	108
+contig	C7602596	108
+contig	C7602712	108
+contig	C7602716	108
+contig	C7602758	108
+contig	C7602672	108
+contig	C7602756	108
+contig	C7602770	108
+contig	C7602692	108
+contig	C7602760	108
+contig	C7602718	108
+contig	C7602776	108
+contig	C7602782	108
+contig	C7602732	108
+contig	C7602808	108
+contig	C7602796	108
+contig	C7602810	108
+contig	C7602794	108
+contig	C7602846	108
+contig	C7602914	108
+contig	C7602904	108
+contig	C7602798	108
+contig	C7602950	108
+contig	C7602920	108
+contig	C7602844	108
+contig	C7602854	108
+contig	C7602982	108
+contig	C7602958	108
+contig	C7602988	108
+contig	C7602974	108
+contig	C7602986	108
+contig	C7602978	108
+contig	C7603032	108
+contig	C7603072	108
+contig	C7602942	108
+contig	C7603082	108
+contig	C7603094	108
+contig	C7603096	108
+contig	C7603100	108
+contig	C7603110	108
+contig	C7603006	108
+contig	C7603116	108
+contig	C7603138	108
+contig	C7603050	108
+contig	C7603120	108
+contig	C7603150	108
+contig	C7603158	108
+contig	C7603148	108
+contig	C7603206	108
+contig	C7603222	108
+contig	C7603188	108
+contig	C7603234	108
+contig	C7603142	108
+contig	C7603242	108
+contig	C7603230	108
+contig	C7603264	108
+contig	C7603288	108
+contig	C7603290	108
+contig	C7603296	108
+contig	C7603300	108
+contig	C7603262	108
+contig	C7603312	108
+contig	C7603346	108
+contig	C7603350	108
+contig	C7603372	108
+contig	C7603376	108
+contig	C7603362	108
+contig	C7603412	108
+contig	C7603314	108
+contig	C7603414	108
+contig	C7603470	108
+contig	C7603450	108
+contig	C7603496	108
+contig	C7603508	108
+contig	C7603524	108
+contig	C7603526	108
+contig	C7603476	108
+contig	C7603530	108
+contig	C7602954	108
+contig	C7603542	108
+contig	C7603536	108
+contig	C7603596	108
+contig	C7603572	108
+contig	C7603598	108
+contig	C7603606	108
+contig	C7603628	108
+contig	C7603614	108
+contig	C7603608	108
+contig	C7603646	108
+contig	C7603642	108
+contig	C7603634	108
+contig	C7603666	108
+contig	C7603698	108
+contig	C7603702	108
+contig	C7603708	108
+contig	C7603730	108
+contig	C7603692	108
+contig	C7603732	108
+contig	C7603668	108
+contig	C7603746	108
+contig	C7603788	108
+contig	C7603812	108
+contig	C7603768	108
+contig	C7603822	108
+contig	C7603828	108
+contig	C7603830	108
+contig	C7603840	108
+contig	C7603784	108
+contig	C7603392	108
+contig	C7603856	108
+contig	C7603220	108
+contig	C7603846	108
+contig	C7603852	108
+contig	C7603858	108
+contig	C7603884	108
+contig	C7603868	108
+contig	C7603888	108
+contig	C7603906	108
+contig	C7603880	108
+contig	C7603920	108
+contig	C7603894	108
+contig	C7603818	108
+contig	C7603948	108
+contig	C7603950	108
+contig	C7603986	108
+contig	C7604010	108
+contig	C7604018	108
+contig	C7603882	108
+contig	C7603984	108
+contig	C7604020	108
+contig	C7604080	108
+contig	C7604082	108
+contig	C7603988	108
+contig	C7604100	108
+contig	C7604094	108
+contig	C7604038	108
+contig	C7604114	108
+contig	C7604118	108
+contig	C7604132	108
+contig	C7604104	108
+contig	C7604032	108
+contig	C7604152	108
+contig	C7604190	108
+contig	C7604116	108
+contig	C7604148	108
+contig	C7604198	108
+contig	C7604212	108
+contig	C7604220	108
+contig	C7604226	108
+contig	C7604228	108
+contig	C7604254	108
+contig	C7604240	108
+contig	C7604256	108
+contig	C7604258	108
+contig	C7604236	108
+contig	C7604270	108
+contig	C7604278	108
+contig	C7604288	108
+contig	C7604272	108
+contig	C7604306	108
+contig	C7604304	108
+contig	C7604332	108
+contig	C7604312	108
+contig	C7604170	108
+contig	C7604354	108
+contig	C7604360	108
+contig	C7604358	108
+contig	C7604366	108
+contig	C7604314	108
+contig	C7604378	108
+contig	C7603394	108
+contig	C7604384	108
+contig	C7604404	108
+contig	C7604428	108
+contig	C7604414	108
+contig	C7604356	108
+contig	C7604432	108
+contig	C7604484	108
+contig	C7604392	108
+contig	C7604470	108
+contig	C7604410	108
+contig	C7604502	108
+contig	C7604486	108
+contig	C7604496	108
+contig	C7604510	108
+contig	C7604504	108
+contig	C7604516	108
+contig	C7604500	108
+contig	C7604546	108
+contig	C7604526	108
+contig	C7604518	108
+contig	C7604562	108
+contig	C7604520	108
+contig	C7604578	108
+contig	C7604554	108
+contig	C7604586	108
+contig	C7604564	108
+contig	C7604594	108
+contig	C7604622	108
+contig	C7604620	108
+contig	C7604642	108
+contig	C7604630	108
+contig	C7604634	108
+contig	C7604624	108
+contig	C7604670	108
+contig	C7604656	108
+contig	C7604676	108
+contig	C7604722	108
+contig	C7604682	108
+contig	C7604674	108
+contig	C7604732	108
+contig	C7604766	108
+contig	C7604764	108
+contig	C7604740	108
+contig	C7604772	108
+contig	C7604770	108
+contig	C7604704	108
+contig	C7604774	108
+contig	C7604812	108
+contig	C7604218	108
+contig	C7604848	108
+contig	C7604860	108
+contig	C7604778	108
+contig	C7604894	108
+contig	C7604852	108
+contig	C7604818	108
+contig	C7604918	108
+contig	C7604940	108
+contig	C7604958	108
+contig	C7604988	108
+contig	C7604884	108
+contig	C7605002	108
+contig	C7604922	108
+contig	C7604872	108
+contig	C7605054	108
+contig	C7605078	108
+contig	C7605034	108
+contig	C7605088	108
+contig	C7605086	108
+contig	C7605120	108
+contig	C7605048	108
+contig	C7604964	108
+contig	C7605102	108
+contig	C7605170	108
+contig	C7605156	108
+contig	C7605132	108
+contig	C7605152	108
+contig	C7605186	108
+contig	C7605138	108
+contig	C7605194	108
+contig	C7604632	108
+contig	C7605232	108
+contig	C7605218	108
+contig	C7605246	108
+contig	C7605184	108
+contig	C7605238	108
+contig	C7605270	108
+contig	C7605278	108
+contig	C7605204	108
+contig	C7605276	108
+contig	C7605258	108
+contig	C7605284	108
+contig	C7605290	108
+contig	C7605244	108
+contig	C7605280	108
+contig	C7605320	108
+contig	C7605282	108
+contig	C7605342	108
+contig	C7605372	108
+contig	C7605396	108
+contig	C7605406	108
+contig	C7605346	108
+contig	C7605356	108
+contig	C7605374	108
+contig	C7605430	108
+contig	C7605418	108
+contig	C7605452	108
+contig	C7605432	108
+contig	C7605410	108
+contig	C7605484	108
+contig	C7605494	108
+contig	C7605472	108
+contig	C7605510	108
+contig	C7605456	108
+contig	C7605486	108
+contig	C7605526	108
+contig	C7605502	108
+contig	C7605438	108
+contig	C7605590	108
+contig	C7605534	108
+contig	C7605568	108
+contig	C7605616	108
+contig	C7605596	108
+contig	C7605598	108
+contig	C7605566	108
+contig	C7605656	108
+contig	C7605544	108
+contig	C7605618	108
+contig	C7605672	108
+contig	C7605686	108
+contig	C7605680	108
+contig	C7605682	108
+contig	C7605684	108
+contig	C7605706	108
+contig	C7605688	108
+contig	C7605726	108
+contig	C7605708	108
+contig	C7605710	108
+contig	C7605744	108
+contig	C7605694	108
+contig	C7605754	108
+contig	C7605808	108
+contig	C7605812	108
+contig	C7605816	108
+contig	C7605674	108
+contig	C7605834	108
+contig	C7605840	108
+contig	C7605792	108
+contig	C7605842	108
+contig	C7605872	108
+contig	C7605882	108
+contig	C7605886	108
+contig	C7605884	108
+contig	C7605888	108
+contig	C7605932	108
+contig	C7605824	108
+contig	C7605948	108
+contig	C7605928	108
+contig	C7605966	108
+contig	C7605978	108
+contig	C7606004	108
+contig	C7605974	108
+contig	C7606010	108
+contig	C7605844	108
+contig	C7606012	108
+contig	C7606018	108
+contig	C7606032	108
+contig	C7606068	108
+contig	C7606070	108
+contig	C7606020	108
+contig	C7606072	108
+contig	C7606118	108
+contig	C7606122	108
+contig	C7606136	108
+contig	C7606134	108
+contig	C7606142	108
+contig	C7606144	108
+contig	C7606152	108
+contig	C7606112	108
+contig	C7606168	108
+contig	C7606194	108
+contig	C7606200	108
+contig	C7606176	108
+contig	C7606212	108
+contig	C7606158	108
+contig	C7606232	108
+contig	C7606236	108
+contig	C7606218	108
+contig	C7606238	108
+contig	C7606204	108
+contig	C7606258	108
+contig	C7606254	108
+contig	C7605904	108
+contig	C7606246	108
+contig	C7606296	108
+contig	C7606266	108
+contig	C7606292	108
+contig	C7606312	108
+contig	C7606302	108
+contig	C7606330	108
+contig	C7606304	108
+contig	C7606344	108
+contig	C7606334	108
+contig	C7606354	108
+contig	C7606370	108
+contig	C7606368	108
+contig	C7606392	108
+contig	C7606388	108
+contig	C7606396	108
+contig	C7606384	108
+contig	C7606410	108
+contig	C7606412	108
+contig	C7606430	108
+contig	C7606418	108
+contig	C7606444	108
+contig	C7606458	108
+contig	C7605314	108
+contig	C7606488	108
+contig	C7606464	108
+contig	C7606494	108
+contig	C7606498	108
+contig	C7606272	108
+contig	C7606496	108
+contig	C7606536	108
+contig	C7606502	108
+contig	C7606508	108
+contig	C7606542	108
+contig	C7606578	108
+contig	C7606586	108
+contig	C7606612	108
+contig	C7606616	108
+contig	C7606614	108
+contig	C7606592	108
+contig	C7606630	108
+contig	C7606622	108
+contig	C7606624	108
+contig	C7606432	108
+contig	C7606634	108
+contig	C7606672	108
+contig	C7606648	108
+contig	C7606656	108
+contig	C7606036	108
+contig	C7606694	108
+contig	C7606652	108
+contig	C7606692	108
+contig	C7606682	108
+contig	C7606710	108
+contig	C7606738	108
+contig	C7606742	108
+contig	C7606766	108
+contig	C7606726	108
+contig	C7606770	108
+contig	C7606754	108
+contig	C7606806	108
+contig	C7606768	108
+contig	C7606744	108
+contig	C7606776	108
+contig	C7606808	108
+contig	C7606824	108
+contig	C7606850	108
+contig	C7606830	108
+contig	C7606804	108
+contig	C7606862	108
+contig	C7606854	108
+contig	C7606878	108
+contig	C7606888	108
+contig	C7606946	108
+contig	C7606898	108
+contig	C7606968	108
+contig	C7606928	108
+contig	C7606974	108
+contig	C7607006	108
+contig	C7606954	108
+contig	C7607014	108
+contig	C7607028	108
+contig	C7606994	108
+contig	C7607030	108
+contig	C7607080	108
+contig	C7607034	108
+contig	C7606988	108
+contig	C7607044	108
+contig	C7607104	108
+contig	C7607098	108
+contig	C7607124	108
+contig	C7607168	108
+contig	C7607142	108
+contig	C7607126	108
+contig	C7607192	108
+contig	C7607170	108
+contig	C7607178	108
+contig	C7607174	108
+contig	C7607196	108
+contig	C7607206	108
+contig	C7607204	108
+contig	C7607194	108
+contig	C7607228	108
+contig	C7607112	108
+contig	C7607278	108
+contig	C7607280	108
+contig	C7607258	108
+contig	C7607306	108
+contig	C7607350	108
+contig	C7607246	108
+contig	C7607340	108
+contig	C7607326	108
+contig	C7607428	108
+contig	C7607416	108
+contig	C7607452	108
+contig	C7607466	108
+contig	C7606408	108
+contig	C7607380	108
+contig	C7607438	108
+contig	C7607498	108
+contig	C7607488	108
+contig	C7607496	108
+contig	C7607532	108
+contig	C7607516	108
+contig	C7607504	108
+contig	C7607530	108
+contig	C7607562	108
+contig	C7607556	108
+contig	C7607252	108
+contig	C7607570	108
+contig	C7607594	108
+contig	C7607602	108
+contig	C7607598	108
+contig	C7607538	108
+contig	C7607608	108
+contig	C7607676	108
+contig	C7607626	108
+contig	C7607686	108
+contig	C7607694	108
+contig	C7607704	108
+contig	C7607684	108
+contig	C7607710	108
+contig	C7607586	108
+contig	C7607722	108
+contig	C7607714	108
+contig	C7607746	108
+contig	C7607748	108
+contig	C7607780	108
+contig	C7607762	108
+contig	C7607792	108
+contig	C7607546	108
+contig	C7607810	108
+contig	C7607860	108
+contig	C7607862	108
+contig	C7607786	108
+contig	C7607876	108
+contig	C7607866	108
+contig	C7607840	108
+contig	C7607880	108
+contig	C7607682	108
+contig	C7607922	108
+contig	C7607910	108
+contig	C7607964	108
+contig	C7607928	108
+contig	C7607942	108
+contig	C7607934	108
+contig	C7607998	108
+contig	C7608018	108
+contig	C7607986	108
+contig	C7607970	108
+contig	C7608024	108
+contig	C7608054	108
+contig	C7608056	108
+contig	C7608080	108
+contig	C7608070	108
+contig	C7607510	108
+contig	C7608066	108
+contig	C7608060	108
+contig	C7608124	108
+contig	C7608084	108
+contig	C7608126	108
+contig	C7608132	108
+contig	C7608190	108
+contig	C7608110	108
+contig	C7608142	108
+contig	C7608216	108
+contig	C7608218	108
+contig	C7608248	108
+contig	C7608244	108
+contig	C7608128	108
+contig	C7608256	108
+contig	C7608278	108
+contig	C7608296	108
+contig	C7608264	108
+contig	C7608320	108
+contig	C7608342	108
+contig	C7608294	108
+contig	C7608330	108
+contig	C7608344	108
+contig	C7608356	108
+contig	C7608352	108
+contig	C7608366	108
+contig	C7608358	108
+contig	C7608376	108
+contig	C7608368	108
+contig	C7608402	108
+contig	C7608406	108
+contig	C7608336	108
+contig	C7608416	108
+contig	C7608404	108
+contig	C7608426	108
+contig	C7608350	108
+contig	C7608444	108
+contig	C7608448	108
+contig	C7608440	108
+contig	C7608474	108
+contig	C7608468	108
+contig	C7608498	108
+contig	C7608506	108
+contig	C7608458	108
+contig	C7608540	108
+contig	C7608560	108
+contig	C7608574	108
+contig	C7608578	108
+contig	C7608530	108
+contig	C7608610	108
+contig	C7608590	108
+contig	C7608618	108
+contig	C7608630	108
+contig	C7608638	108
+contig	C7608628	108
+contig	C7608568	108
+contig	C7608664	108
+contig	C7608658	108
+contig	C7608652	108
+contig	C7608704	108
+contig	C7608108	108
+contig	C7608436	108
+contig	C7608720	108
+contig	C7608764	108
+contig	C7608730	108
+contig	C7608694	108
+contig	C7608668	108
+contig	C7608788	108
+contig	C7608776	108
+contig	C7608810	108
+contig	C7608812	108
+contig	C7608746	108
+contig	C7608834	108
+contig	C7608850	108
+contig	C7608794	108
+contig	C7608836	108
+contig	C7608904	108
+contig	C7608914	108
+contig	C7608838	108
+contig	C7608930	108
+contig	C7608916	108
+contig	C7608936	108
+contig	C7608952	108
+contig	C7608912	108
+contig	C7608908	108
+contig	C7608942	108
+contig	C7608984	108
+contig	C7608958	108
+contig	C7608956	108
+contig	C7608974	108
+contig	C7609004	108
+contig	C7609012	108
+contig	C7609016	108
+contig	C7608998	108
+contig	C7608782	108
+contig	C7609060	108
+contig	C7609048	108
+contig	C7598952	107
+contig	C7609074	108
+contig	C7609124	108
+contig	C7609136	108
+contig	C7609072	108
+contig	C7609140	108
+contig	C7609152	108
+contig	C7609142	108
+contig	C7609128	108
+contig	C7609194	108
+contig	C7609182	108
+contig	C7609090	108
+contig	C7609156	108
+contig	C7609214	108
+contig	C7609262	108
+contig	C7609172	108
+contig	C7609224	108
+contig	C7609278	108
+contig	C7609268	108
+contig	C7609298	108
+contig	C7609256	108
+contig	C7609338	108
+contig	C7609366	108
+contig	C7609294	108
+contig	C7609352	108
+contig	C7609386	108
+contig	C7609374	108
+contig	C7609348	108
+contig	C7609390	108
+contig	C7609392	108
+contig	C7609396	108
+contig	C7609394	108
+contig	C7609404	108
+contig	C7609424	108
+contig	C7609414	108
+contig	C7609442	108
+contig	C7609402	108
+contig	C7609378	108
+contig	C7609468	108
+contig	C7609446	108
+contig	C7609456	108
+contig	C7609470	108
+contig	C7609490	108
+contig	C7609464	108
+contig	C7609520	108
+contig	C7609486	108
+contig	C7609528	108
+contig	C7609524	108
+contig	C7609534	108
+contig	C7609532	108
+contig	C7609492	108
+contig	C7609102	108
+contig	C7609546	108
+contig	C7609548	108
+contig	C7609582	108
+contig	C7609566	108
+contig	C7609586	108
+contig	C7609594	108
+contig	C7609608	108
+contig	C7609540	108
+contig	C7609596	108
+contig	C7609616	108
+contig	C7609640	108
+contig	C7609644	108
+contig	C7609668	108
+contig	C7609622	108
+contig	C7609660	108
+contig	C7609674	108
+contig	C7609592	108
+contig	C7609682	108
+contig	C7609476	108
+contig	C7609696	108
+contig	C7609700	108
+contig	C7609708	108
+contig	C7609738	108
+contig	C7609730	108
+contig	C7609732	108
+contig	C7609756	108
+contig	C7609748	108
+contig	C7609758	108
+contig	C7609770	108
+contig	C7609768	108
+contig	C7609838	108
+contig	C7609844	108
+contig	C7609678	108
+contig	C7609846	108
+contig	C7609808	108
+contig	C7609804	108
+contig	C7609910	108
+contig	C7609764	108
+contig	C7609848	108
+contig	C7609922	108
+contig	C7609938	108
+contig	C7609912	108
+contig	C7609934	108
+contig	C7609944	108
+contig	C7609914	108
+contig	C7609952	108
+contig	C7609926	108
+contig	C7609960	108
+contig	C7609950	108
+contig	C7610006	108
+contig	C7609984	108
+contig	C7610026	108
+contig	C7610012	108
+contig	C7610048	108
+contig	C7609972	108
+contig	C7610060	108
+contig	C7610076	108
+contig	C7610088	108
+contig	C7610092	108
+contig	C7610078	108
+contig	C7610084	108
+contig	C7610150	108
+contig	C7610054	108
+contig	C7610144	108
+contig	C7610166	108
+contig	C7610162	108
+contig	C7610192	108
+contig	C7610122	108
+contig	C7610198	108
+contig	C7610172	108
+contig	C7610218	108
+contig	C7610232	108
+contig	C7610220	108
+contig	C7610182	108
+contig	C7610262	108
+contig	C7610252	108
+contig	C7610190	108
+contig	C7610286	108
+contig	C7610280	108
+contig	C7610266	108
+contig	C7610260	108
+contig	C7610300	108
+contig	C7610320	108
+contig	C7610348	108
+contig	C7610226	108
+contig	C7610352	108
+contig	C7610334	108
+contig	C7610360	108
+contig	C7610346	108
+contig	C7610416	108
+contig	C7610400	108
+contig	C7610412	108
+contig	C7610378	108
+contig	C7610426	108
+contig	C7610448	108
+contig	C7610438	108
+contig	C7610462	108
+contig	C7610466	108
+contig	C7610452	108
+contig	C7610470	108
+contig	C7610436	108
+contig	C7610484	108
+contig	C7610486	108
+contig	C7610522	108
+contig	C7610530	108
+contig	C7610548	108
+contig	C7610536	108
+contig	C7610556	108
+contig	C7610552	108
+contig	C7610562	108
+contig	C7610540	108
+contig	C7610568	108
+contig	C7610578	108
+contig	C7610588	108
+contig	C7610596	108
+contig	C7607726	108
+contig	C7610586	108
+contig	C7610630	108
+contig	C7610632	108
+contig	C7610472	108
+contig	C7610642	108
+contig	C7610602	108
+contig	C7610652	108
+contig	C7610644	108
+contig	C7610672	108
+contig	C7610666	108
+contig	C7610684	108
+contig	C7610702	108
+contig	C7610696	108
+contig	C7610580	108
+contig	C7610698	108
+contig	C7610722	108
+contig	C7610728	108
+contig	C7610772	108
+contig	C7610792	108
+contig	C7610664	108
+contig	C7610796	108
+contig	C7610754	108
+contig	C7610802	108
+contig	C7610812	108
+contig	C7610768	108
+contig	C7610852	108
+contig	C7610912	108
+contig	C7610868	108
+contig	C7610930	108
+contig	C7610946	108
+contig	C7610952	108
+contig	C7610962	108
+contig	C7610964	108
+contig	C7610960	108
+contig	C7610834	108
+contig	C7610984	108
+contig	C7610988	108
+contig	C7610998	108
+contig	C7611010	108
+contig	C7610794	108
+contig	C7611002	108
+contig	C7611054	108
+contig	C7611064	108
+contig	C7611014	108
+contig	C7611058	108
+contig	C7611116	108
+contig	C7610892	108
+contig	C7611118	108
+contig	C7611080	108
+contig	C7611126	108
+contig	C7611036	108
+contig	C7611134	108
+contig	C7611110	108
+contig	C7611190	108
+contig	C7611216	108
+contig	C7611156	108
+contig	C7611224	108
+contig	C7611234	108
+contig	C7611222	108
+contig	C7611196	108
+contig	C7611204	108
+contig	C7611254	108
+contig	C7611262	108
+contig	C7611248	108
+contig	C7611240	108
+contig	C7611296	108
+contig	C7611236	108
+contig	C7611306	108
+contig	C7611266	108
+contig	C7611274	108
+contig	C7611352	108
+contig	C7611276	108
+contig	C7611334	108
+contig	C7611390	108
+contig	C7611358	108
+contig	C7611382	108
+contig	C7611422	108
+contig	C7611432	108
+contig	C7611434	108
+contig	C7611468	108
+contig	C7611318	108
+contig	C7611482	108
+contig	C7611492	108
+contig	C7611402	108
+contig	C7611494	108
+contig	C7611522	108
+contig	C7611546	108
+contig	C7611462	108
+contig	C7611550	108
+contig	C7611456	108
+contig	C7611558	108
+contig	C7611556	108
+contig	C7611560	108
+contig	C7611574	108
+contig	C7611582	108
+contig	C7611510	108
+contig	C7611628	108
+contig	C7610350	108
+contig	C7611630	108
+contig	C7611658	108
+contig	C7611626	108
+contig	C7611656	108
+contig	C7611670	108
+contig	C7611666	108
+contig	C7611668	108
+contig	C7611684	108
+contig	C7611672	108
+contig	C7611718	108
+contig	C7611752	108
+contig	C7611678	108
+contig	C7611738	108
+contig	C7611762	108
+contig	C7611774	108
+contig	C7611778	108
+contig	C7611776	108
+contig	C7611786	108
+contig	C7611766	108
+contig	C7611780	108
+contig	C7611796	108
+contig	C7611810	108
+contig	C7611814	108
+contig	C7611798	108
+contig	C7611822	108
+contig	C7611790	108
+contig	C7611600	108
+contig	C7611826	108
+contig	C7611840	108
+contig	C7611848	108
+contig	C7611846	108
+contig	C7611850	108
+contig	C7611864	108
+contig	C7611854	108
+contig	C7611824	108
+contig	C7611886	108
+contig	C7611898	108
+contig	C7611884	108
+contig	C7611900	108
+contig	C7611902	108
+contig	C7611944	108
+contig	C7611946	108
+contig	C7611954	108
+contig	C7611874	108
+contig	C7611958	108
+contig	C7611636	108
+contig	C7611956	108
+contig	C7611972	108
+contig	C7611982	108
+contig	C7611988	108
+contig	C7611928	108
+contig	C7612022	108
+contig	C7612056	108
+contig	C7612062	108
+contig	C7612030	108
+contig	C7612064	108
+contig	C7611488	108
+contig	C7612058	108
+contig	C7612078	108
+contig	C7612114	108
+contig	C7612132	108
+contig	C7612136	108
+contig	C7612158	108
+contig	C7612152	108
+contig	C7612092	108
+contig	C7612170	108
+contig	C7612160	108
+contig	C7612182	108
+contig	C7612178	108
+contig	C7612008	108
+contig	C7612206	108
+contig	C7612214	108
+contig	C7612166	108
+contig	C7612188	108
+contig	C7612218	108
+contig	C7612246	108
+contig	C7612222	108
+contig	C7612262	108
+contig	C7612248	108
+contig	C7612258	108
+contig	C7612302	108
+contig	C7612284	108
+contig	C7612314	108
+contig	C7612318	108
+contig	C7612354	108
+contig	C7612342	108
+contig	C7612276	108
+contig	C7612356	108
+contig	C7612286	108
+contig	C7612362	108
+contig	C7612382	108
+contig	C7612378	108
+contig	C7612402	108
+contig	C7612424	108
+contig	C7612390	108
+contig	C7612428	108
+contig	C7612422	108
+contig	C7612440	108
+contig	C7612426	108
+contig	C7612460	108
+contig	C7612438	108
+contig	C7612492	108
+contig	C7612510	108
+contig	C7612568	108
+contig	C7612524	108
+contig	C7612576	108
+contig	C7612548	108
+contig	C7612592	108
+contig	C7612600	108
+contig	C7612584	108
+contig	C7612612	108
+contig	C7612624	108
+contig	C7612626	108
+contig	C7612638	108
+contig	C7612664	108
+contig	C7612668	108
+contig	C7612672	108
+contig	C7612652	108
+contig	C7612695	108
+contig	C7612693	108
+contig	C7612705	108
+contig	C7612707	108
+contig	C7612721	108
+contig	C7612731	108
+contig	C7612735	108
+contig	C7612739	108
+contig	C7612072	108
+contig	C7612755	108
+contig	C7612769	108
+contig	C7612751	108
+contig	C7611818	108
+contig	C7612775	108
+contig	C7612789	108
+contig	C7612815	108
+contig	C7612785	108
+contig	C7612821	108
+contig	C7612871	108
+contig	C7612835	108
+contig	C7612711	108
+contig	C7612891	108
+contig	C7612482	108
+contig	C7612935	108
+contig	C7612957	108
+contig	C7612873	108
+contig	C7612967	108
+contig	C7612959	108
+contig	C7612646	108
+contig	C7612915	108
+contig	C7612989	108
+contig	C7613021	108
+contig	C7613041	108
+contig	C7613047	108
+contig	C7613003	108
+contig	C7613037	108
+contig	C7613053	108
+contig	C7612985	108
+contig	C7613079	108
+contig	C7612809	108
+contig	C7613055	108
+contig	C7613103	108
+contig	C7613109	108
+contig	C7613099	108
+contig	C7613113	108
+contig	C7613025	108
+contig	C7613129	108
+contig	C7613121	108
+contig	C7613133	108
+contig	C7613107	108
+contig	C7613161	108
+contig	C7613137	108
+contig	C7613185	108
+contig	C7613195	108
+contig	C7613179	108
+contig	C7613241	108
+contig	C7613177	108
+contig	C7613245	108
+contig	C7613267	108
+contig	C7613275	108
+contig	C7613119	108
+contig	C7613233	108
+contig	C7613269	108
+contig	C7613283	108
+contig	C7613149	108
+contig	C7613351	108
+contig	C7613297	108
+contig	C7613367	108
+contig	C7613277	108
+contig	C7613369	108
+contig	C7613295	108
+contig	C7613375	108
+contig	C7613373	108
+contig	C7613383	108
+contig	C7613415	108
+contig	C7613393	108
+contig	C7613425	108
+contig	C7613433	108
+contig	C7613301	108
+contig	C7613473	108
+contig	C7613421	108
+contig	C7613487	108
+contig	C7613465	108
+contig	C7613483	108
+contig	C7613505	108
+contig	C7613377	108
+contig	C7613507	108
+contig	C7613441	108
+contig	C7613529	108
+contig	C7613515	108
+contig	C7613545	108
+contig	C7613535	108
+contig	C7613569	108
+contig	C7613575	108
+contig	C7613495	108
+contig	C7613555	108
+contig	C7613597	108
+contig	C7613621	108
+contig	C7613627	108
+contig	C7613593	108
+contig	C7613645	108
+contig	C7613553	108
+contig	C7613647	108
+contig	C7613667	108
+contig	C7613713	108
+contig	C7613723	108
+contig	C7613661	108
+contig	C7613737	108
+contig	C7613761	108
+contig	C7613731	108
+contig	C7613743	108
+contig	C7613577	108
+contig	C7613765	108
+contig	C7613795	108
+contig	C7613819	108
+contig	C7613763	108
+contig	C7613823	108
+contig	C7613815	108
+contig	C7613831	108
+contig	C7613869	108
+contig	C7613873	108
+contig	C7613881	108
+contig	C7613911	108
+contig	C7613889	108
+contig	C7613941	108
+contig	C7613849	108
+contig	C7613985	108
+contig	C7613933	108
+contig	C7614003	108
+contig	C7613975	108
+contig	C7614031	108
+contig	C7613987	108
+contig	C7614017	108
+contig	C7614073	108
+contig	C7614019	108
+contig	C7614065	108
+contig	C7614083	108
+contig	C7614071	108
+contig	C7614131	108
+contig	C7614097	108
+contig	C7614153	108
+contig	C7614169	108
+contig	C7614135	108
+contig	C7614171	108
+contig	C7614211	108
+contig	C7614193	108
+contig	C7614213	108
+contig	C7614221	108
+contig	C7614237	108
+contig	C7613257	108
+contig	C7614231	108
+contig	C7614239	108
+contig	C7614199	108
+contig	C7614247	108
+contig	C7614265	108
+contig	C7614243	108
+contig	C7614269	108
+contig	C7614275	108
+contig	C7614279	108
+contig	C7614271	108
+contig	C7614291	108
+contig	C7614295	108
+contig	C7614283	108
+contig	C7614305	108
+contig	C7614285	108
+contig	C7614303	108
+contig	C7614331	108
+contig	C7614329	108
+contig	C7614339	108
+contig	C7614341	108
+contig	C7614321	108
+contig	C7614345	108
+contig	C7614347	108
+contig	C7614367	108
+contig	C7614391	108
+contig	C7614371	108
+contig	C7614413	108
+contig	C7614389	108
+contig	C7614445	108
+contig	C7614455	108
+contig	C7614417	108
+contig	C7614457	108
+contig	C7614501	108
+contig	C7614117	108
+contig	C7614507	108
+contig	C7614471	108
+contig	C7614523	108
+contig	C7614399	108
+contig	C7614521	108
+contig	C7614533	108
+contig	C7614511	108
+contig	C7614577	108
+contig	C7614559	108
+contig	C7614541	108
+contig	C7614605	108
+contig	C7614617	108
+contig	C7614585	108
+contig	C7614635	108
+contig	C7614649	108
+contig	C7614665	108
+contig	C7614691	108
+contig	C7614655	108
+contig	C7614695	108
+contig	C7614697	108
+contig	C7614711	108
+contig	C7614709	108
+contig	C7614715	108
+contig	C7614599	108
+contig	C7614701	108
+contig	C7614747	108
+contig	C7614763	108
+contig	C7614777	108
+contig	C7614769	108
+contig	C7614759	108
+contig	C7614795	108
+contig	C7614815	108
+contig	C7614787	108
+contig	C7614827	108
+contig	C7614825	108
+contig	C7614829	108
+contig	C7614837	108
+contig	C7614313	108
+contig	C7614835	108
+contig	C7614847	108
+contig	C7614867	108
+contig	C7614897	108
+contig	C7614939	108
+contig	C7614901	108
+contig	C7614961	108
+contig	C7614923	108
+contig	C7614967	108
+contig	C7614739	108
+contig	C7614963	108
+contig	C7614855	108
+contig	C7614981	108
+contig	C7614949	108
+contig	C7614979	108
+contig	C7615011	108
+contig	C7614993	108
+contig	C7615023	108
+contig	C7615035	108
+contig	C7615033	108
+contig	C7615039	108
+contig	C7615065	108
+contig	C7615043	108
+contig	C7615021	108
+contig	C7615027	108
+contig	C7615083	108
+contig	C7615077	108
+contig	C7615093	108
+contig	C7615113	108
+contig	C7615129	108
+contig	C7615155	108
+contig	C7615149	108
+contig	C7615163	108
+contig	C7613605	108
+contig	C7615191	108
+contig	C7615045	108
+contig	C7615197	108
+contig	C7615209	108
+contig	C7615151	108
+contig	C7615187	108
+contig	C7615201	108
+contig	C7615177	108
+contig	C7615247	108
+contig	C7615251	108
+contig	C7615263	108
+contig	C7615141	108
+contig	C7615213	108
+contig	C7615255	108
+contig	C7615329	108
+contig	C7615377	108
+contig	C7615363	108
+contig	C7615389	108
+contig	C7615293	108
+contig	C7615331	108
+contig	C7615395	108
+contig	C7615383	108
+contig	C7615295	108
+contig	C7615397	108
+contig	C7615399	108
+contig	C7615393	108
+contig	C7615405	108
+contig	C7615403	108
+contig	C7615385	108
+contig	C7615415	108
+contig	C7615407	108
+contig	C7615429	108
+contig	C7615409	108
+contig	C7615411	108
+contig	C7615471	108
+contig	C7615449	108
+contig	C7615491	108
+contig	C7615473	108
+contig	C7615503	108
+contig	C7615417	108
+contig	C7615459	108
+contig	C7615495	108
+contig	C7615507	108
+contig	C7615551	108
+contig	C7615537	108
+contig	C7615421	108
+contig	C7615565	108
+contig	C7615641	108
+contig	C7615643	108
+contig	C7615509	108
+contig	C7615665	108
+contig	C7615563	108
+contig	C7615671	108
+contig	C7615535	108
+contig	C7615675	108
+contig	C7615667	108
+contig	C7615651	108
+contig	C7615589	108
+contig	C7615733	108
+contig	C7615709	108
+contig	C7615759	108
+contig	C7615621	108
+contig	C7615761	108
+contig	C7615735	108
+contig	C7615779	108
+contig	C7615767	108
+contig	C7615757	108
+contig	C7615789	108
+contig	C7615737	108
+contig	C7615811	108
+contig	C7615813	108
+contig	C7615831	108
+contig	C7615817	108
+contig	C7615889	108
+contig	C7615839	108
+contig	C7615891	108
+contig	C7615865	108
+contig	C7615923	108
+contig	C7615907	108
+contig	C7615885	108
+contig	C7615933	108
+contig	C7615921	108
+contig	C7615931	108
+contig	C7615937	108
+contig	C7615941	108
+contig	C7615959	108
+contig	C7615787	108
+contig	C7615969	108
+contig	C7615981	108
+contig	C7615983	108
+contig	C7615993	108
+contig	C7615987	108
+contig	C7616025	108
+contig	C7616017	108
+contig	C7616043	108
+contig	C7615975	108
+contig	C7616095	108
+contig	C7616083	108
+contig	C7616109	108
+contig	C7616107	108
+contig	C7616135	108
+contig	C7616049	108
+contig	C7616133	108
+contig	C7616143	108
+contig	C7616151	108
+contig	C7615943	108
+contig	C7616167	108
+contig	C7616161	108
+contig	C7616117	108
+contig	C7616005	108
+contig	C7616217	108
+contig	C7616175	108
+contig	C7616191	108
+contig	C7616171	108
+contig	C7616241	108
+contig	C7616253	108
+contig	C7616269	108
+contig	C7616159	108
+contig	C7616279	108
+contig	C7609502	108
+contig	C7616309	108
+contig	C7616313	108
+contig	C7616353	108
+contig	C7616291	108
+contig	C7616245	108
+contig	C7616345	108
+contig	C7616389	108
+contig	C7616235	108
+contig	C7616275	108
+contig	C7616417	108
+contig	C7616427	108
+contig	C7616459	108
+contig	C7616379	108
+contig	C7616475	108
+contig	C7616435	108
+contig	C7616409	108
+contig	C7616467	108
+contig	C7616247	108
+contig	C7616561	108
+contig	C7616585	108
+contig	C7616537	108
+contig	C7616551	108
+contig	C7616577	108
+contig	C7616485	108
+contig	C7616587	108
+contig	C7616599	108
+contig	C7616591	108
+contig	C7616609	108
+contig	C7616607	108
+contig	C7616509	108
+contig	C7616613	108
+contig	C7616623	108
+contig	C7616611	108
+contig	C7616657	108
+contig	C7616619	108
+contig	C7616605	108
+contig	C7616661	108
+contig	C7616679	108
+contig	C7616645	108
+contig	C7616681	108
+contig	C7616697	108
+contig	C7616625	108
+contig	C7616701	108
+contig	C7616671	108
+contig	C7616711	108
+contig	C7616725	108
+contig	C7616705	108
+contig	C7616727	108
+contig	C7616597	108
+contig	C7616769	109
+contig	C7616735	109
+contig	C7616791	109
+contig	C7616685	108
+contig	C7616793	109
+contig	C7616749	109
+contig	C7616709	108
+contig	C7616799	109
+contig	C7616849	109
+contig	C7616795	109
+contig	C7616879	109
+contig	C7616843	109
+contig	C7616789	109
+contig	C7616871	109
+contig	C7616885	109
+contig	C7616909	109
+contig	C7616901	109
+contig	C7616933	109
+contig	C7616919	109
+contig	C7616945	109
+contig	C7616899	109
+contig	C7616829	109
+contig	C7616969	109
+contig	C7616953	109
+contig	C7616977	109
+contig	C7616981	109
+contig	C7617007	109
+contig	C7616973	109
+contig	C7616959	109
+contig	C7617011	109
+contig	C7617009	109
+contig	C7617041	109
+contig	C7617065	109
+contig	C7616937	109
+contig	C7617075	109
+contig	C7616989	109
+contig	C7617101	109
+contig	C7617127	109
+contig	C7617121	109
+contig	C7617015	109
+contig	C7617143	109
+contig	C7617149	109
+contig	C7617163	109
+contig	C7617183	109
+contig	C7617169	109
+contig	C7617185	109
+contig	C7617051	109
+contig	C7617197	109
+contig	C7617199	109
+contig	C7617211	109
+contig	C7617225	109
+contig	C7617205	109
+contig	C7617233	109
+contig	C7617173	109
+contig	C7617215	109
+contig	C7617235	109
+contig	C7617253	109
+contig	C7617281	109
+contig	C7617267	109
+contig	C7617279	109
+contig	C7617319	109
+contig	C7617293	109
+contig	C7617257	109
+contig	C7617325	109
+contig	C7617321	109
+contig	C7617335	109
+contig	C7617317	109
+contig	C7617365	109
+contig	C7617355	109
+contig	C7617351	109
+contig	C7617375	109
+contig	C7617313	109
+contig	C7617401	109
+contig	C7617381	109
+contig	C7617445	109
+contig	C7617397	109
+contig	C7617437	109
+contig	C7617407	109
+contig	C7617417	109
+contig	C7617477	109
+contig	C7617469	109
+contig	C7617491	109
+contig	C7617507	109
+contig	C7617447	109
+contig	C7617513	109
+contig	C7617519	109
+contig	C7617523	109
+contig	C7617497	109
+contig	C7617549	109
+contig	C7617553	109
+contig	C7617517	109
+contig	C7617565	109
+contig	C7617537	109
+contig	C7617495	109
+contig	C7617569	109
+contig	C7617577	109
+contig	C7617629	109
+contig	C7617579	109
+contig	C7616801	109
+contig	C7617521	109
+contig	C7617635	109
+contig	C7617631	109
+contig	C7617603	109
+contig	C7617585	109
+contig	C7617649	109
+contig	C7617717	109
+contig	C7617721	109
+contig	C7617709	109
+contig	C7617741	109
+contig	C7617729	109
+contig	C7617693	109
+contig	C7617695	109
+contig	C7617723	109
+contig	C7617777	109
+contig	C7617751	109
+contig	C7617823	109
+contig	C7617863	109
+contig	C7617879	109
+contig	C7617791	109
+contig	C7617893	109
+contig	C7617905	109
+contig	C7617889	109
+contig	C7617915	109
+contig	C7617841	109
+contig	C7617753	109
+contig	C7617909	109
+contig	C7617929	109
+contig	C7617965	109
+contig	C7617931	109
+contig	C7617941	109
+contig	C7617973	109
+contig	C7618005	109
+contig	C7618041	109
+contig	C7618009	109
+contig	C7618047	109
+contig	C7617019	109
+contig	C7617979	109
+contig	C7618051	109
+contig	C7618049	109
+contig	C7618043	109
+contig	C7618059	109
+contig	C7618115	109
+contig	C7617971	109
+contig	C7618117	109
+contig	C7618101	109
+contig	C7618085	109
+contig	C7618081	109
+contig	C7617927	109
+contig	C7618135	109
+contig	C7618153	109
+contig	C7618155	109
+contig	C7618157	109
+contig	C7618183	109
+contig	C7618141	109
+contig	C7618231	109
+contig	C7618119	109
+contig	C7618273	109
+contig	C7618259	109
+contig	C7618133	109
+contig	C7618277	109
+contig	C7618297	109
+contig	C7618239	109
+contig	C7618269	109
+contig	C7618317	109
+contig	C7618303	109
+contig	C7618305	109
+contig	C7618189	109
+contig	C7618335	109
+contig	C7618237	109
+contig	C7618361	109
+contig	C7618409	109
+contig	C7618357	109
+contig	C7618417	109
+contig	C7618319	109
+contig	C7618421	109
+contig	C7618323	109
+contig	C7618381	109
+contig	C7618489	109
+contig	C7618435	109
+contig	C7618465	109
+contig	C7618523	109
+contig	C7618445	109
+contig	C7618487	109
+contig	C7618469	109
+contig	C7618567	109
+contig	C7618291	109
+contig	C7618501	109
+contig	C7618577	109
+contig	C7618583	109
+contig	C7618525	109
+contig	C7618535	109
+contig	C7618587	109
+contig	C7618591	109
+contig	C7618595	109
+contig	C7618613	109
+contig	C7618597	109
+contig	C7618637	109
+contig	C7618509	109
+contig	C7618639	109
+contig	C7618605	109
+contig	C7618675	109
+contig	C7618571	109
+contig	C7618651	109
+contig	C7618661	109
+contig	C7618643	109
+contig	C7618687	109
+contig	C7618685	109
+contig	C7618681	109
+contig	C7618717	109
+contig	C7618725	109
+contig	C7618739	109
+contig	C7618667	109
+contig	C7618745	109
+contig	C7618733	109
+contig	C7618727	109
+contig	C7618763	109
+contig	C7618741	109
+contig	C7618785	109
+contig	C7618793	109
+contig	C7618829	109
+contig	C7618791	109
+contig	C7618865	109
+contig	C7618833	109
+contig	C7618781	109
+contig	C7618855	109
+contig	C7618887	109
+contig	C7618867	109
+contig	C7618795	109
+contig	C7618869	109
+contig	C7618897	109
+contig	C7618907	109
+contig	C7618933	109
+contig	C7618955	109
+contig	C7618967	109
+contig	C7618947	109
+contig	C7618783	109
+contig	C7618993	109
+contig	C7618977	109
+contig	C7619049	109
+contig	C7618981	109
+contig	C7619051	109
+contig	C7619077	109
+contig	C7619043	109
+contig	C7619101	109
+contig	C7619073	109
+contig	C7618929	109
+contig	C7618553	109
+contig	C7619135	109
+contig	C7619147	109
+contig	C7619093	109
+contig	C7619115	109
+contig	C7618921	109
+contig	C7619171	109
+contig	C7619177	109
+contig	C7619103	109
+contig	C7619197	109
+contig	C7619091	109
+contig	C7619231	109
+contig	C7619227	109
+contig	C7619257	109
+contig	C7619219	109
+contig	C7619159	109
+contig	C7619167	109
+contig	C7619291	109
+contig	C7619279	109
+contig	C7619269	109
+contig	C7619317	109
+contig	C7619315	109
+contig	C7619329	109
+contig	C7619335	109
+contig	C7619333	109
+contig	C7619241	109
+contig	C7619345	109
+contig	C7619355	109
+contig	C7619363	109
+contig	C7619195	109
+contig	C7619351	109
+contig	C7619371	109
+contig	C7619425	109
+contig	C7619469	109
+contig	C7619497	109
+contig	C7619361	109
+contig	C7619505	109
+contig	C7619547	109
+contig	C7619575	109
+contig	C7619517	109
+contig	C7619499	109
+contig	C7619577	109
+contig	C7619589	109
+contig	C7619493	109
+contig	C7619599	109
+contig	C7619581	109
+contig	C7619615	109
+contig	C7619611	109
+contig	C7619339	109
+contig	C7619645	109
+contig	C7619669	109
+contig	C7619659	109
+contig	C7619715	109
+contig	C7619655	109
+contig	C7619287	109
+contig	C7619747	109
+contig	C7619737	109
+contig	C7619727	109
+contig	C7619763	109
+contig	C7619587	109
+contig	C7619689	109
+contig	C7619733	109
+contig	C7619825	109
+contig	C7619793	109
+contig	C7619777	109
+contig	C7619831	109
+contig	C7619835	109
+contig	C7619769	109
+contig	C7619841	109
+contig	C7619861	109
+contig	C7619801	109
+contig	C7619863	109
+contig	C7619897	109
+contig	C7619855	109
+contig	C7619917	109
+contig	C7619883	109
+contig	C7619925	109
+contig	C7619817	109
+contig	C7619939	109
+contig	C7619933	109
+contig	C7619937	109
+contig	C7619981	109
+contig	C7619963	109
+contig	C7619951	109
+contig	C7620015	109
+contig	C7620033	109
+contig	C7619973	109
+contig	C7620037	109
+contig	C7619551	109
+contig	C7619901	109
+contig	C7620111	109
+contig	C7620007	109
+contig	C7620135	109
+contig	C7620191	109
+contig	C7620141	109
+contig	C7620073	109
+contig	C7620179	109
+contig	C7620215	109
+contig	C7620223	109
+contig	C7620173	109
+contig	C7620233	109
+contig	C7620235	109
+contig	C7620201	109
+contig	C7620147	109
+contig	C7620257	109
+contig	C7620237	109
+contig	C7620167	109
+contig	C7620271	109
+contig	C7620261	109
+contig	C7620273	109
+contig	C7620243	109
+contig	C7620265	109
+contig	C7620331	109
+contig	C7620285	109
+contig	C7620329	109
+contig	C7620333	109
+contig	C7620339	109
+contig	C7620289	109
+contig	C7620383	109
+contig	C7620311	109
+contig	C7620363	109
+contig	C7620403	109
+contig	C7620409	109
+contig	C7620225	109
+contig	C7620433	109
+contig	C7620439	109
+contig	C7620355	109
+contig	C7620367	109
+contig	C7620463	109
+contig	C7620417	109
+contig	C7620455	109
+contig	C7620347	109
+contig	C7620499	109
+contig	C7620511	109
+contig	C7620523	109
+contig	C7620461	109
+contig	C7620505	109
+contig	C7620485	109
+contig	C7620543	109
+contig	C7620559	109
+contig	C7620483	109
+contig	C7620571	109
+contig	C7620657	109
+contig	C7620599	109
+contig	C7620593	109
+contig	C7620491	109
+contig	C7620619	109
+contig	C7620595	109
+contig	C7620679	109
+contig	C7620665	109
+contig	C7620705	109
+contig	C7620727	109
+contig	C7620729	109
+contig	C7620683	109
+contig	C7620741	109
+contig	C7620675	109
+contig	C7620771	109
+contig	C7620777	109
+contig	C7620787	109
+contig	C7620685	109
+contig	C7620789	109
+contig	C7620793	109
+contig	C7620843	109
+contig	C7620817	109
+contig	C7620845	109
+contig	C7620877	109
+contig	C7620779	109
+contig	C7620887	109
+contig	C7620743	109
+contig	C7620899	109
+contig	C7620949	109
+contig	C7620881	109
+contig	C7620813	109
+contig	C7620945	109
+contig	C7620971	109
+contig	C7620961	109
+contig	C7620909	109
+contig	C7621011	109
+contig	C7620965	109
+contig	C7621019	109
+contig	C7621037	109
+contig	C7620975	109
+contig	C7621035	109
+contig	C7621057	109
+contig	C7620973	109
+contig	C7621075	109
+contig	C7621029	109
+contig	C7621051	109
+contig	C7621063	109
+contig	C7621087	109
+contig	C7620831	109
+contig	C7621071	109
+contig	C7621103	109
+contig	C7621109	109
+contig	C7621101	109
+contig	C7621147	109
+contig	C7621085	109
+contig	C7621141	109
+contig	C7621079	109
+contig	C7621111	109
+contig	C7621189	109
+contig	C7621193	109
+contig	C7621181	109
+contig	C7621157	109
+contig	C7621195	109
+contig	C7621205	109
+contig	C7621115	109
+contig	C7621209	109
+contig	C7621229	109
+contig	C7621203	109
+contig	C7621239	109
+contig	C7621249	109
+contig	C7621261	109
+contig	C7621225	109
+contig	C7621221	109
+contig	C7621263	109
+contig	C7621309	109
+contig	C7621173	109
+contig	C7621287	109
+contig	C7621311	109
+contig	C7621307	109
+contig	C7621279	109
+contig	C7621335	109
+contig	C7621339	109
+contig	C7621347	109
+contig	C7621213	109
+contig	C7621371	109
+contig	C7621327	109
+contig	C7621391	109
+contig	C7621427	109
+contig	C7621435	109
+contig	C7621421	109
+contig	C7621437	109
+contig	C7621447	109
+contig	C7621331	109
+contig	C7621477	109
+contig	C7621489	109
+contig	C7621497	109
+contig	C7621483	109
+contig	C7621431	109
+contig	C7621501	109
+contig	C7621409	109
+contig	C7621511	109
+contig	C7621507	109
+contig	C7621529	109
+contig	C7621523	109
+contig	C7621537	109
+contig	C7621559	109
+contig	C7621553	109
+contig	C7621579	109
+contig	C7621561	109
+contig	C7621621	109
+contig	C7621629	109
+contig	C7621375	109
+contig	C7621581	109
+contig	C7621661	109
+contig	C7621639	109
+contig	C7621667	109
+contig	C7621695	109
+contig	C7621699	109
+contig	C7621643	109
+contig	C7621573	109
+contig	C7621719	109
+contig	C7621741	109
+contig	C7621763	109
+contig	C7621765	109
+contig	C7621769	109
+contig	C7621721	109
+contig	C7621779	109
+contig	C7621691	109
+contig	C7621781	109
+contig	C7621807	109
+contig	C7621829	109
+contig	C7621833	109
+contig	C7621837	109
+contig	C7621821	109
+contig	C7621859	109
+contig	C7620575	109
+contig	C7621715	109
+contig	C7621883	109
+contig	C7621771	109
+contig	C7621877	109
+contig	C7621873	109
+contig	C7621947	109
+contig	C7621909	109
+contig	C7621905	109
+contig	C7621845	109
+contig	C7621937	109
+contig	C7621955	109
+contig	C7621943	109
+contig	C7621957	109
+contig	C7621969	109
+contig	C7621971	109
+contig	C7621965	109
+contig	C7622005	109
+contig	C7621979	109
+contig	C7622015	109
+contig	C7621999	109
+contig	C7622009	109
+contig	C7622003	109
+contig	C7621975	109
+contig	C7622021	109
+contig	C7622029	109
+contig	C7622057	109
+contig	C7622083	109
+contig	C7622089	109
+contig	C7622085	109
+contig	C7622031	109
+contig	C7622097	109
+contig	C7622105	109
+contig	C7621963	109
+contig	C7622117	109
+contig	C7622111	109
+contig	C7622119	109
+contig	C7622093	109
+contig	C7622171	109
+contig	C7622115	109
+contig	C7622147	109
+contig	C7622195	109
+contig	C7622223	109
+contig	C7622141	109
+contig	C7622227	109
+contig	C7622245	109
+contig	C7622229	109
+contig	C7622241	109
+contig	C7622255	109
+contig	C7622259	109
+contig	C7622275	109
+contig	C7622257	109
+contig	C7622285	109
+contig	C7622277	109
+contig	C7622287	109
+contig	C7622297	109
+contig	C7622051	109
+contig	C7622251	109
+contig	C7622331	109
+contig	C7622325	109
+contig	C7622357	109
+contig	C7622427	109
+contig	C7622445	109
+contig	C7622081	109
+contig	C7622337	109
+contig	C7622399	109
+contig	C7622375	109
+contig	C7622453	109
+contig	C7622483	109
+contig	C7622507	109
+contig	C7622509	109
+contig	C7622481	109
+contig	C7622533	109
+contig	C7622515	109
+contig	C7622363	109
+contig	C7622529	109
+contig	C7622543	109
+contig	C7622477	109
+contig	C7622587	109
+contig	C7622555	109
+contig	C7622561	109
+contig	C7622493	109
+contig	C7622623	109
+contig	C7622631	109
+contig	C7622625	109
+contig	C7622649	109
+contig	C7622563	109
+contig	C7622667	109
+contig	C7622681	109
+contig	C7622653	109
+contig	C7622699	109
+contig	C7622713	109
+contig	C7622723	109
+contig	C7622697	109
+contig	C7622715	109
+contig	C7622725	109
+contig	C7622763	109
+contig	C7622685	109
+contig	C7622779	109
+contig	C7622789	109
+contig	C7622613	109
+contig	C7622793	109
+contig	C7622801	109
+contig	C7622811	109
+contig	C7622823	109
+contig	C7622829	109
+contig	C7622883	109
+contig	C7622747	109
+contig	C7622809	109
+contig	C7622897	109
+contig	C7622903	109
+contig	C7622911	109
+contig	C7622835	109
+contig	C7622909	109
+contig	C7622965	109
+contig	C7622913	109
+contig	C7622871	109
+contig	C7622937	109
+contig	C7622973	109
+contig	C7623005	109
+contig	C7623025	109
+contig	C7622991	109
+contig	C7622999	109
+contig	C7623059	109
+contig	C7623033	109
+contig	C7622961	109
+contig	C7623051	109
+contig	C7623035	109
+contig	C7623147	109
+contig	C7623137	109
+contig	C7623073	109
+contig	C7623173	109
+contig	C7623175	109
+contig	C7623185	109
+contig	C7623189	109
+contig	C7623193	109
+contig	C7623061	109
+contig	C7623223	109
+contig	C7623183	109
+contig	C7623237	109
+contig	C7623231	109
+contig	C7623191	109
+contig	C7623267	109
+contig	C7623287	109
+contig	C7623271	109
+contig	C7623261	109
+contig	C7623305	109
+contig	C7623315	109
+contig	C7621555	109
+contig	C7623299	109
+contig	C7623107	109
+contig	C7623355	109
+contig	C7623351	109
+contig	C7623371	109
+contig	C7623417	109
+contig	C7623359	109
+contig	C7623423	109
+contig	C7623443	109
+contig	C7623433	109
+contig	C7623461	109
+contig	C7623473	109
+contig	C7623269	109
+contig	C7623525	109
+contig	C7623531	109
+contig	C7623453	109
+contig	C7623391	109
+contig	C7623561	109
+contig	C7623535	109
+contig	C7623513	109
+contig	C7623577	109
+contig	C7623595	109
+contig	C7623527	109
+contig	C7623597	109
+contig	C7623543	109
+contig	C7623611	109
+contig	C7623599	109
+contig	C7623625	109
+contig	C7623647	109
+contig	C7623553	109
+contig	C7623567	109
+contig	C7623621	109
+contig	C7623685	109
+contig	C7623679	109
+contig	C7623687	109
+contig	C7623689	109
+contig	C7623705	109
+contig	C7623709	109
+contig	C7623579	109
+contig	C7623659	109
+contig	C7623721	109
+contig	C7623735	109
+contig	C7623695	109
+contig	C7623713	109
+contig	C7623783	109
+contig	C7623763	109
+contig	C7623749	109
+contig	C7623667	109
+contig	C7623807	109
+contig	C7623815	109
+contig	C7623829	109
+contig	C7623853	109
+contig	C7623861	109
+contig	C7623885	109
+contig	C7623769	109
+contig	C7623871	109
+contig	C7623881	109
+contig	C7623879	109
+contig	C7623909	109
+contig	C7623953	109
+contig	C7623913	109
+contig	C7623959	109
+contig	C7623955	109
+contig	C7623937	109
+contig	C7623977	109
+contig	C7624001	109
+contig	C7623961	109
+contig	C7624025	109
+contig	C7624023	109
+contig	C7624029	109
+contig	C7624003	109
+contig	C7624055	109
+contig	C7624057	109
+contig	C7624037	109
+contig	C7624075	109
+contig	C7624005	109
+contig	C7624077	109
+contig	C7624079	109
+contig	C7624065	109
+contig	C7624127	109
+contig	C7624089	109
+contig	C7624123	109
+contig	C7624137	109
+contig	C7624143	109
+contig	C7624155	109
+contig	C7624163	109
+contig	C7624165	109
+contig	C7623995	109
+contig	C7624187	109
+contig	C7624189	109
+contig	C7624135	109
+contig	C7624141	109
+contig	C7624233	109
+contig	C7624109	109
+contig	C7624215	109
+contig	C7624237	109
+contig	C7624243	109
+contig	C7624209	109
+contig	C7624279	109
+contig	C7624269	109
+contig	C7624245	109
+contig	C7624265	109
+contig	C7624297	109
+contig	C7624289	109
+contig	C7624327	109
+contig	C7624347	109
+contig	C7624325	109
+contig	C7624353	109
+contig	C7624357	109
+contig	C7624409	109
+contig	C7624281	109
+contig	C7624405	109
+contig	C7624419	109
+contig	C7624447	109
+contig	C7624295	109
+contig	C7624375	109
+contig	C7624417	109
+contig	C7624461	109
+contig	C7624449	109
+contig	C7624457	109
+contig	C7624497	109
+contig	C7624507	109
+contig	C7624517	109
+contig	C7624549	109
+contig	C7624299	109
+contig	C7624575	109
+contig	C7622615	109
+contig	C7624439	109
+contig	C7624573	109
+contig	C7624537	109
+contig	C7624597	109
+contig	C7624655	109
+contig	C7624669	109
+contig	C7624603	109
+contig	C7624685	109
+contig	C7624671	109
+contig	C7624729	109
+contig	C7624627	109
+contig	C7624703	109
+contig	C7624739	109
+contig	C7624535	109
+contig	C7624747	109
+contig	C7624753	109
+contig	C7624777	109
+contig	C7624687	109
+contig	C7624767	109
+contig	C7624803	109
+contig	C7624773	109
+contig	C7624801	109
+contig	C7624693	109
+contig	C7624721	109
+contig	C7624855	109
+contig	C7624853	109
+contig	C7624807	109
+contig	C7624857	109
+contig	C7624827	109
+contig	C7624833	109
+contig	C7624865	109
+contig	C7624749	109
+contig	C7624909	109
+contig	C7624861	109
+contig	C7624933	109
+contig	C7624935	109
+contig	C7624951	109
+contig	C7624965	109
+contig	C7624977	109
+contig	C7624953	109
+contig	C7624981	109
+contig	C7625005	109
+contig	C7624781	109
+contig	C7625019	109
+contig	C7625041	109
+contig	C7624983	109
+contig	C7625059	109
+contig	C7625043	109
+contig	C7625015	109
+contig	C7625081	109
+contig	C7625097	109
+contig	C7625093	109
+contig	C7625099	109
+contig	C7624995	109
+contig	C7625079	109
+contig	C7625105	109
+contig	C7625011	109
+contig	C7625159	109
+contig	C7625085	109
+contig	C7625107	109
+contig	C7625181	109
+contig	C7625165	109
+contig	C7625109	109
+contig	C7625137	109
+contig	C7625175	109
+contig	C7625211	109
+contig	C7625167	109
+contig	C7625185	109
+contig	C7625193	109
+contig	C7625229	109
+contig	C7625259	109
+contig	C7625227	109
+contig	C7625207	109
+contig	C7625201	109
+contig	C7625291	109
+contig	C7625301	109
+contig	C7625233	109
+contig	C7625243	109
+contig	C7625323	109
+contig	C7625293	109
+contig	C7625317	109
+contig	C7625403	109
+contig	C7625327	109
+contig	C7625365	109
+contig	C7625407	109
+contig	C7625377	109
+contig	C7625271	109
+contig	C7625411	109
+contig	C7625487	109
+contig	C7625429	109
+contig	C7625495	109
+contig	C7625491	109
+contig	C7625503	109
+contig	C7625553	109
+contig	C7625361	109
+contig	C7625497	109
+contig	C7625573	109
+contig	C7625501	109
+contig	C7625575	109
+contig	C7625601	109
+contig	C7625549	109
+contig	C7625565	109
+contig	C7625595	109
+contig	C7625593	109
+contig	C7625615	109
+contig	C7625643	109
+contig	C7625655	109
+contig	C7625619	109
+contig	C7625649	109
+contig	C7625631	109
+contig	C7625675	109
+contig	C7625541	109
+contig	C7625657	109
+contig	C7625613	109
+contig	C7625705	109
+contig	C7625699	109
+contig	C7625719	109
+contig	C7625731	109
+contig	C7625689	109
+contig	C7625739	109
+contig	C7625683	109
+contig	C7625747	109
+contig	C7625745	109
+contig	C7625713	109
+contig	C7625751	109
+contig	C7625757	109
+contig	C7625787	109
+contig	C7625755	109
+contig	C7625771	109
+contig	C7625799	109
+contig	C7625669	109
+contig	C7625855	109
+contig	C7625789	109
+contig	C7625825	109
+contig	C7625891	109
+contig	C7625873	109
+contig	C7625735	109
+contig	C7625865	109
+contig	C7625895	109
+contig	C7625921	109
+contig	C7625947	109
+contig	C7625827	109
+contig	C7625951	109
+contig	C7625971	109
+contig	C7625991	109
+contig	C7625907	109
+contig	C7625959	109
+contig	C7626003	109
+contig	C7625933	109
+contig	C7625977	109
+contig	C7626039	109
+contig	C7626015	109
+contig	C7626071	109
+contig	C7626057	109
+contig	C7626121	109
+contig	C7626031	109
+contig	C7626085	109
+contig	C7626001	109
+contig	C7626073	109
+contig	C7626143	109
+contig	C7626005	109
+contig	C7626179	109
+contig	C7626191	109
+contig	C7626171	109
+contig	C7626229	109
+contig	C7626193	109
+contig	C7626269	109
+contig	C7626285	109
+contig	C7626139	109
+contig	C7626185	109
+contig	C7626309	109
+contig	C7626307	109
+contig	C7626315	109
+contig	C7626321	109
+contig	C7626279	109
+contig	C7626355	109
+contig	C7626395	109
+contig	C7626291	109
+contig	C7626317	109
+contig	C7626439	109
+contig	C7626445	109
+contig	C7626469	109
+contig	C7626477	109
+contig	C7626361	109
+contig	C7626475	109
+contig	C7626493	109
+contig	C7626497	109
+contig	C7626487	109
+contig	C7626513	109
+contig	C7626419	109
+contig	C7626537	109
+contig	C7626547	109
+contig	C7626565	109
+contig	C7626495	109
+contig	C7626585	109
+contig	C7626581	109
+contig	C7626597	109
+contig	C7626655	109
+contig	C7626517	109
+contig	C7626527	109
+contig	C7626603	109
+contig	C7626657	109
+contig	C7626659	109
+contig	C7626673	109
+contig	C7626661	109
+contig	C7626685	109
+contig	C7626687	109
+contig	C7626723	109
+contig	C7626689	109
+contig	C7626753	109
+contig	C7626741	109
+contig	C7626763	109
+contig	C7626777	109
+contig	C7626695	109
+contig	C7626817	109
+contig	C7626833	109
+contig	C7626593	109
+contig	C7626823	109
+contig	C7626841	109
+contig	C7626869	109
+contig	C7626881	109
+contig	C7626871	109
+contig	C7626907	109
+contig	C7626891	109
+contig	C7626913	109
+contig	C7626875	109
+contig	C7626931	109
+contig	C7626937	109
+contig	C7626935	109
+contig	C7626925	109
+contig	C7626957	109
+contig	C7626845	109
+contig	C7626967	109
+contig	C7626939	109
+contig	C7626997	109
+contig	C7626965	109
+contig	C7627035	109
+contig	C7627023	109
+contig	C7627019	109
+contig	C7627049	109
+contig	C7627043	109
+contig	C7627055	109
+contig	C7626739	109
+contig	C7626987	109
+contig	C7627069	109
+contig	C7627107	109
+contig	C7627061	109
+contig	C7627085	109
+contig	C7627157	109
+contig	C7627123	109
+contig	C7627171	109
+contig	C7627175	109
+contig	C7627065	109
+contig	C7627177	109
+contig	C7627127	109
+contig	C7627159	109
+contig	C7627219	109
+contig	C7627205	109
+contig	C7627201	109
+contig	C7627271	109
+contig	C7627275	109
+contig	C7627249	109
+contig	C7627345	109
+contig	C7627371	109
+contig	C7627365	109
+contig	C7627243	109
+contig	C7625221	109
+contig	C7627403	109
+contig	C7627423	109
+contig	C7627391	109
+contig	C7627441	109
+contig	C7627399	109
+contig	C7627465	109
+contig	C7627379	109
+contig	C7627439	109
+contig	C7627437	109
+contig	C7627079	109
+contig	C7627589	109
+contig	C7627479	109
+contig	C7627569	109
+contig	C7627547	109
+contig	C7627597	109
+contig	C7627609	109
+contig	C7627601	109
+contig	C7627539	109
+contig	C7627627	109
+contig	C7627641	109
+contig	C7627557	109
+contig	C7627639	109
+contig	C7627647	109
+contig	C7627645	109
+contig	C7627615	109
+contig	C7627685	109
+contig	C7627633	109
+contig	C7627669	109
+contig	C7627649	109
+contig	C7627677	109
+contig	C7627701	109
+contig	C7627717	109
+contig	C7627745	109
+contig	C7627749	109
+contig	C7627699	109
+contig	C7627707	109
+contig	C7627803	109
+contig	C7627759	109
+contig	C7627817	109
+contig	C7627787	109
+contig	C7627841	109
+contig	C7627827	109
+contig	C7627855	109
+contig	C7627843	109
+contig	C7627807	109
+contig	C7627821	109
+contig	C7627865	109
+contig	C7627867	109
+contig	C7627877	109
+contig	C7627851	109
+contig	C7627889	109
+contig	C7627859	109
+contig	C7627923	109
+contig	C7627941	109
+contig	C7627947	109
+contig	C7627977	109
+contig	C7627907	109
+contig	C7628049	109
+contig	C7627783	109
+contig	C7627979	109
+contig	C7628065	109
+contig	C7628057	109
+contig	C7627983	109
+contig	C7628103	109
+contig	C7627901	109
+contig	C7628117	109
+contig	C7628133	109
+contig	C7628085	109
+contig	C7628077	109
+contig	C7628105	109
+contig	C7628145	109
+contig	C7628193	109
+contig	C7628129	109
+contig	C7628207	109
+contig	C7628181	109
+contig	C7628215	109
+contig	C7628265	109
+contig	C7628179	109
+contig	C7628283	109
+contig	C7628217	109
+contig	C7628261	109
+contig	C7628201	109
+contig	C7628299	109
+contig	C7628291	109
+contig	C7628383	109
+contig	C7628353	109
+contig	C7628223	109
+contig	C7628399	109
+contig	C7628287	109
+contig	C7628431	109
+contig	C7628361	109
+contig	C7628457	109
+contig	C7628313	109
+contig	C7626323	109
+contig	C7628419	109
+contig	C7628433	109
+contig	C7628435	109
+contig	C7628505	109
+contig	C7628507	109
+contig	C7628415	109
+contig	C7628469	109
+contig	C7628523	109
+contig	C7628543	109
+contig	C7628525	109
+contig	C7628547	109
+contig	C7628533	109
+contig	C7628539	109
+contig	C7628557	109
+contig	C7628581	109
+contig	C7628497	109
+contig	C7628535	109
+contig	C7628577	109
+contig	C7628621	109
+contig	C7628645	109
+contig	C7628631	109
+contig	C7628653	109
+contig	C7628625	109
+contig	C7628643	109
+contig	C7628647	109
+contig	C7628655	109
+contig	C7628657	109
+contig	C7628667	109
+contig	C7628595	109
+contig	C7628675	109
+contig	C7628711	109
+contig	C7628731	109
+contig	C7628735	109
+contig	C7628661	109
+contig	C7628599	109
+contig	C7628673	109
+contig	C7628699	109
+contig	C7628789	109
+contig	C7628741	109
+contig	C7628791	109
+contig	C7628833	109
+contig	C7628827	109
+contig	C7628669	109
+contig	C7628829	109
+contig	C7628865	109
+contig	C7628765	109
+contig	C7628891	109
+contig	C7628847	109
+contig	C7628751	109
+contig	C7628853	109
+contig	C7628899	109
+contig	C7628761	109
+contig	C7628921	109
+contig	C7628897	109
+contig	C7628927	109
+contig	C7628925	109
+contig	C7628953	109
+contig	C7628939	109
+contig	C7628977	109
+contig	C7628901	109
+contig	C7628981	109
+contig	C7628937	109
+contig	C7629023	109
+contig	C7628929	109
+contig	C7629053	109
+contig	C7628979	109
+contig	C7629067	109
+contig	C7629059	109
+contig	C7629019	109
+contig	C7629027	109
+contig	C7629065	109
+contig	C7629097	109
+contig	C7629073	109
+contig	C7629109	109
+contig	C7629115	109
+contig	C7629121	109
+contig	C7629089	109
+contig	C7629131	109
+contig	C7629139	109
+contig	C7629145	109
+contig	C7629127	109
+contig	C7629153	109
+contig	C7629119	109
+contig	C7629183	109
+contig	C7629143	109
+contig	C7629191	109
+contig	C7629111	109
+contig	C7629193	109
+contig	C7629221	109
+contig	C7629201	109
+contig	C7629223	109
+contig	C7629239	109
+contig	C7629167	109
+contig	C7628877	109
+contig	C7629235	109
+contig	C7629213	109
+contig	C7629271	109
+contig	C7629285	109
+contig	C7629275	109
+contig	C7629313	109
+contig	C7629319	109
+contig	C7629287	109
+contig	C7629311	109
+contig	C7629327	109
+contig	C7629367	109
+contig	C7629355	109
+contig	C7629377	109
+contig	C7629343	109
+contig	C7629323	109
+contig	C7629407	109
+contig	C7629381	109
+contig	C7629369	109
+contig	C7629413	109
+contig	C7629383	109
+contig	C7629325	109
+contig	C7629415	109
+contig	C7629449	109
+contig	C7629463	109
+contig	C7629441	109
+contig	C7629455	109
+contig	C7629427	109
+contig	C7629499	109
+contig	C7629533	109
+contig	C7629541	109
+contig	C7629497	109
+contig	C7629549	109
+contig	C7629525	109
+contig	C7629267	109
+contig	C7629559	109
+contig	C7629581	109
+contig	C7629569	109
+contig	C7629579	109
+contig	C7629613	109
+contig	C7629615	109
+contig	C7629623	109
+contig	C7629625	109
+contig	C7629645	109
+contig	C7629653	109
+contig	C7629641	109
+contig	C7629657	109
+contig	C7629587	109
+contig	C7629671	109
+contig	C7629681	109
+contig	C7629715	109
+contig	C7629727	109
+contig	C7629739	109
+contig	C7629659	109
+contig	C7629703	109
+contig	C7629763	109
+contig	C7629767	109
+contig	C7629765	109
+contig	C7629611	109
+contig	C7629787	109
+contig	C7629827	109
+contig	C7629701	109
+contig	C7629887	109
+contig	C7629877	109
+contig	C7629003	109
+contig	C7629901	109
+contig	C7629907	109
+contig	C7629773	109
+contig	C7629921	109
+contig	C7629825	109
+contig	C7629909	109
+contig	C7629911	109
+contig	C7629953	109
+contig	C7629957	109
+contig	C7629963	109
+contig	C7629937	109
+contig	C7629965	109
+contig	C7629975	109
+contig	C7629967	109
+contig	C7630003	109
+contig	C7630013	109
+contig	C7629867	109
+contig	C7629969	109
+contig	C7630059	109
+contig	C7630017	109
+contig	C7630069	109
+contig	C7629943	109
+contig	C7630085	109
+contig	C7630091	109
+contig	C7630097	109
+contig	C7630101	109
+contig	C7630139	109
+contig	C7630075	109
+contig	C7630049	109
+contig	C7630143	109
+contig	C7630147	109
+contig	C7630161	109
+contig	C7630183	109
+contig	C7630193	109
+contig	C7630187	109
+contig	C7630195	109
+contig	C7630223	109
+contig	C7630087	109
+contig	C7630213	109
+contig	C7630231	109
+contig	C7630265	109
+contig	C7630135	109
+contig	C7630267	109
+contig	C7630251	109
+contig	C7630273	109
+contig	C7630255	109
+contig	C7630275	109
+contig	C7630299	109
+contig	C7630277	109
+contig	C7630315	109
+contig	C7630201	109
+contig	C7630319	109
+contig	C7630295	109
+contig	C7630339	109
+contig	C7630351	109
+contig	C7630373	109
+contig	C7630341	109
+contig	C7630389	109
+contig	C7630353	109
+contig	C7630329	109
+contig	C7630401	109
+contig	C7630405	109
+contig	C7630407	109
+contig	C7630417	109
+contig	C7630317	109
+contig	C7630435	109
+contig	C7630483	109
+contig	C7630463	109
+contig	C7630491	109
+contig	C7630509	109
+contig	C7630433	109
+contig	C7630535	109
+contig	C7630555	109
+contig	C7630541	109
+contig	C7630551	109
+contig	C7630583	109
+contig	C7630581	109
+contig	C7630587	109
+contig	C7630611	109
+contig	C7630603	109
+contig	C7630493	109
+contig	C7630639	109
+contig	C7630539	109
+contig	C7630645	109
+contig	C7630673	109
+contig	C7630625	109
+contig	C7630659	109
+contig	C7630679	109
+contig	C7630681	109
+contig	C7630693	109
+contig	C7630637	109
+contig	C7630711	109
+contig	C7630701	109
+contig	C7630685	109
+contig	C7630747	109
+contig	C7630755	109
+contig	C7630719	109
+contig	C7630761	109
+contig	C7630751	109
+contig	C7630791	109
+contig	C7629485	109
+contig	C7630783	109
+contig	C7630843	109
+contig	C7630781	109
+contig	C7630855	109
+contig	C7630849	109
+contig	C7630829	109
+contig	C7630867	109
+contig	C7630869	109
+contig	C7630881	109
+contig	C7630831	109
+contig	C7630901	109
+contig	C7630891	109
+contig	C7630917	109
+contig	C7630943	109
+contig	C7630923	109
+contig	C7630949	109
+contig	C7630897	109
+contig	C7630331	109
+contig	C7630983	109
+contig	C7630963	109
+contig	C7630981	109
+contig	C7630893	109
+contig	C7630999	109
+contig	C7631027	109
+contig	C7631035	109
+contig	C7630995	109
+contig	C7631111	109
+contig	C7631121	109
+contig	C7631147	109
+contig	C7631025	109
+contig	C7631013	109
+contig	C7631119	109
+contig	C7631031	109
+contig	C7631189	109
+contig	C7631161	109
+contig	C7631177	109
+contig	C7631203	109
+contig	C7631205	109
+contig	C7631181	109
+contig	C7631233	109
+contig	C7631187	109
+contig	C7631197	109
+contig	C7631213	109
+contig	C7631195	109
+contig	C7631283	109
+contig	C7631293	109
+contig	C7631291	109
+contig	C7631303	109
+contig	C7631237	109
+contig	C7631305	109
+contig	C7631335	109
+contig	C7631341	109
+contig	C7631279	109
+contig	C7631327	109
+contig	C7631297	109
+contig	C7631337	109
+contig	C7631353	109
+contig	C7631393	109
+contig	C7631375	109
+contig	C7631381	109
+contig	C7631397	109
+contig	C7631413	110
+contig	C7631395	109
+contig	C7631421	110
+contig	C7631363	109
+contig	C7631449	110
+contig	C7631477	110
+contig	C7631483	110
+contig	C7630631	109
+contig	C7631479	110
+contig	C7631501	110
+contig	C7631439	110
+contig	C7631511	110
+contig	C7631541	110
+contig	C7631523	110
+contig	C7631587	110
+contig	C7631557	110
+contig	C7631437	110
+contig	C7631579	110
+contig	C7631603	110
+contig	C7631583	110
+contig	C7631649	110
+contig	C7631677	110
+contig	C7631689	110
+contig	C7631637	110
+contig	C7631699	110
+contig	C7631645	110
+contig	C7631703	110
+contig	C7631285	109
+contig	C7631599	110
+contig	C7631791	110
+contig	C7631701	110
+contig	C7631769	110
+contig	C7631803	110
+contig	C7631743	110
+contig	C7631845	110
+contig	C7631835	110
+contig	C7631847	110
+contig	C7631823	110
+contig	C7631859	110
+contig	C7631881	110
+contig	C7631779	110
+contig	C7631895	110
+contig	C7631897	110
+contig	C7631399	110
+contig	C7631953	110
+contig	C7631901	110
+contig	C7631877	110
+contig	C7631925	110
+contig	C7631961	110
+contig	C7631971	110
+contig	C7631883	110
+contig	C7631979	110
+contig	C7631981	110
+contig	C7631985	110
+contig	C7631997	110
+contig	C7632005	110
+contig	C7631989	110
+contig	C7631815	110
+contig	C7632011	110
+contig	C7632039	110
+contig	C7632019	110
+contig	C7632001	110
+contig	C7632051	110
+contig	C7632093	110
+contig	C7632089	110
+contig	C7632059	110
+contig	C7632049	110
+contig	C7632119	110
+contig	C7632127	110
+contig	C7632129	110
+contig	C7632125	110
+contig	C7632131	110
+contig	C7632123	110
+contig	C7632161	110
+contig	C7632141	110
+contig	C7632155	110
+contig	C7632183	110
+contig	C7632173	110
+contig	C7632149	110
+contig	C7632211	110
+contig	C7632159	110
+contig	C7632241	110
+contig	C7631967	110
+contig	C7632273	110
+contig	C7632269	110
+contig	C7632203	110
+contig	C7632283	110
+contig	C7632299	110
+contig	C7632335	110
+contig	C7632317	110
+contig	C7632357	110
+contig	C7632385	110
+contig	C7632391	110
+contig	C7632409	110
+contig	C7632293	110
+contig	C7632447	110
+contig	C7632449	110
+contig	C7632485	110
+contig	C7632343	110
+contig	C7632489	110
+contig	C7632497	110
+contig	C7632521	110
+contig	C7632537	110
+contig	C7632411	110
+contig	C7632543	110
+contig	C7632553	110
+contig	C7632559	110
+contig	C7632583	110
+contig	C7632405	110
+contig	C7632591	110
+contig	C7632599	110
+contig	C7632577	110
+contig	C7632555	110
+contig	C7632603	110
+contig	C7632561	110
+contig	C7632625	110
+contig	C7632617	110
+contig	C7632615	110
+contig	C7632597	110
+contig	C7632641	110
+contig	C7632651	110
+contig	C7632631	110
+contig	C7632685	110
+contig	C7632653	110
+contig	C7632647	110
+contig	C7632707	110
+contig	C7632711	110
+contig	C7632633	110
+contig	C7632655	110
+contig	C7632747	110
+contig	C7632739	110
+contig	C7632761	110
+contig	C7632735	110
+contig	C7632783	110
+contig	C7631667	110
+contig	C7632795	110
+contig	C7632799	110
+contig	C7632811	110
+contig	C7632819	110
+contig	C7632803	110
+contig	C7632835	110
+contig	C7632859	110
+contig	C7632845	110
+contig	C7632871	110
+contig	C7632697	110
+contig	C7632897	110
+contig	C7632725	110
+contig	C7632847	110
+contig	C7632909	110
+contig	C7632981	110
+contig	C7632941	110
+contig	C7632933	110
+contig	C7632905	110
+contig	C7632995	110
+contig	C7633005	110
+contig	C7633015	110
+contig	C7633035	110
+contig	C7633037	110
+contig	C7632877	110
+contig	C7633017	110
+contig	C7633043	110
+contig	C7633085	110
+contig	C7633051	110
+contig	C7633087	110
+contig	C7633099	110
+contig	C7633117	110
+contig	C7633123	110
+contig	C7633173	110
+contig	C7633165	110
+contig	C7633065	110
+contig	C7633169	110
+contig	C7633179	110
+contig	C7633183	110
+contig	C7633211	110
+contig	C7633059	110
+contig	C7633069	110
+contig	C7633197	110
+contig	C7633251	110
+contig	C7633215	110
+contig	C7633255	110
+contig	C7633187	110
+contig	C7633277	110
+contig	C7633279	110
+contig	C7633223	110
+contig	C7633309	110
+contig	C7633313	110
+contig	C7633319	110
+contig	C7633245	110
+contig	C7633315	110
+contig	C7633293	110
+contig	C7633325	110
+contig	C7633311	110
+contig	C7633337	110
+contig	C7633425	110
+contig	C7633403	110
+contig	C7633417	110
+contig	C7633427	110
+contig	C7633455	110
+contig	C7633445	110
+contig	C7633483	110
+contig	C7633511	110
+contig	C7633499	110
+contig	C7633519	110
+contig	C7633481	110
+contig	C7633527	110
+contig	C7633329	110
+contig	C7633555	110
+contig	C7633529	110
+contig	C7633487	110
+contig	C7633581	110
+contig	C7633597	110
+contig	C7633611	110
+contig	C7633525	110
+contig	C7633657	110
+contig	C7633609	110
+contig	C7633669	110
+contig	C7633661	110
+contig	C7633583	110
+contig	C7633677	110
+contig	C7633625	110
+contig	C7633693	110
+contig	C7633695	110
+contig	C7633697	110
+contig	C7633655	110
+contig	C7633723	110
+contig	C7633689	110
+contig	C7633733	110
+contig	C7633711	110
+contig	C7633727	110
+contig	C7633757	110
+contig	C7633749	110
+contig	C7633679	110
+contig	C7633767	110
+contig	C7633797	110
+contig	C7633815	110
+contig	C7633817	110
+contig	C7633701	110
+contig	C7633705	110
+contig	C7633831	110
+contig	C7633827	110
+contig	C7633807	110
+contig	C7633819	110
+contig	C7633837	110
+contig	C7633855	110
+contig	C7633851	110
+contig	C7633847	110
+contig	C7633877	110
+contig	C7633905	110
+contig	C7633887	110
+contig	C7633901	110
+contig	C7633841	110
+contig	C7633895	110
+contig	C7633939	110
+contig	C7633911	110
+contig	C7633951	110
+contig	C7633915	110
+contig	C7633863	110
+contig	C7633961	110
+contig	C7633971	110
+contig	C7633963	110
+contig	C7633983	110
+contig	C7633987	110
+contig	C7634031	110
+contig	C7633969	110
+contig	C7633909	110
+contig	C7633977	110
+contig	C7634063	110
+contig	C7634085	110
+contig	C7634131	110
+contig	C7634111	110
+contig	C7634133	110
+contig	C7634039	110
+contig	C7634149	110
+contig	C7634153	110
+contig	C7634155	110
+contig	C7634151	110
+contig	C7634053	110
+contig	C7634169	110
+contig	C7634177	110
+contig	C7634185	110
+contig	C7634233	110
+contig	C7634231	110
+contig	C7634243	110
+contig	C7634257	110
+contig	C7634161	110
+contig	C7634251	110
+contig	C7634267	110
+contig	C7634125	110
+contig	C7634289	110
+contig	C7634329	110
+contig	C7634271	110
+contig	C7634317	110
+contig	C7634331	110
+contig	C7634353	110
+contig	C7634355	110
+contig	C7634365	110
+contig	C7634305	110
+contig	C7634373	110
+contig	C7634371	110
+contig	C7634375	110
+contig	C7634259	110
+contig	C7634385	110
+contig	C7634377	110
+contig	C7634015	110
+contig	C7634393	110
+contig	C7634381	110
+contig	C7634395	110
+contig	C7634447	110
+contig	C7634411	110
+contig	C7634507	110
+contig	C7634463	110
+contig	C7634457	110
+contig	C7634337	110
+contig	C7634551	110
+contig	C7634543	110
+contig	C7634511	110
+contig	C7634471	110
+contig	C7634567	110
+contig	C7634599	110
+contig	C7634575	110
+contig	C7634571	110
+contig	C7634589	110
+contig	C7634611	110
+contig	C7634633	110
+contig	C7634653	110
+contig	C7634605	110
+contig	C7634663	110
+contig	C7634685	110
+contig	C7634683	110
+contig	C7634717	110
+contig	C7634645	110
+contig	C7634723	110
+contig	C7634757	110
+contig	C7634759	110
+contig	C7634505	110
+contig	C7634775	110
+contig	C7634779	110
+contig	C7634791	110
+contig	C7634747	110
+contig	C7634795	110
+contig	C7634821	110
+contig	C7634739	110
+contig	C7634813	110
+contig	C7634651	110
+contig	C7634895	110
+contig	C7634809	110
+contig	C7634893	110
+contig	C7634863	110
+contig	C7634923	110
+contig	C7634937	110
+contig	C7634969	110
+contig	C7634879	110
+contig	C7634983	110
+contig	C7634993	110
+contig	C7634997	110
+contig	C7635045	110
+contig	C7634919	110
+contig	C7634695	110
+contig	C7635029	110
+contig	C7635025	110
+contig	C7635091	110
+contig	C7635079	110
+contig	C7635085	110
+contig	C7635061	110
+contig	C7635103	110
+contig	C7635151	110
+contig	C7635201	110
+contig	C7635139	110
+contig	C7635099	110
+contig	C7635267	110
+contig	C7635283	110
+contig	C7635205	110
+contig	C7635279	110
+contig	C7635287	110
+contig	C7635337	110
+contig	C7635225	110
+contig	C7635307	110
+contig	C7635295	110
+contig	C7635339	110
+contig	C7635365	110
+contig	C7635399	110
+contig	C7635417	110
+contig	C7635419	110
+contig	C7635415	110
+contig	C7635429	110
+contig	C7635123	110
+contig	C7635397	110
+contig	C7635433	110
+contig	C7635467	110
+contig	C7635413	110
+contig	C7635441	110
+contig	C7635509	110
+contig	C7635481	110
+contig	C7635459	110
+contig	C7635485	110
+contig	C7635515	110
+contig	C7634949	110
+contig	C7635577	110
+contig	C7635529	110
+contig	C7635547	110
+contig	C7635621	110
+contig	C7635595	110
+contig	C7635615	110
+contig	C7635683	110
+contig	C7635541	110
+contig	C7635589	110
+contig	C7635719	110
+contig	C7635647	110
+contig	C7635733	110
+contig	C7635739	110
+contig	C7635701	110
+contig	C7635731	110
+contig	C7635753	110
+contig	C7635767	110
+contig	C7635721	110
+contig	C7632175	110
+contig	C7635749	110
+contig	C7635755	110
+contig	C7635789	110
+contig	C7635781	110
+contig	C7635801	110
+contig	C7635805	110
+contig	C7635807	110
+contig	C7635813	110
+contig	C7635875	110
+contig	C7635879	110
+contig	C7635887	110
+contig	C7635659	110
+contig	C7635817	110
+contig	C7635837	110
+contig	C7635889	110
+contig	C7635907	110
+contig	C7635949	110
+contig	C7635857	110
+contig	C7635965	110
+contig	C7635985	110
+contig	C7635977	110
+contig	C7635997	110
+contig	C7635927	110
+contig	C7635995	110
+contig	C7636011	110
+contig	C7635951	110
+contig	C7636009	110
+contig	C7636049	110
+contig	C7636035	110
+contig	C7635925	110
+contig	C7636089	110
+contig	C7636121	110
+contig	C7636079	110
+contig	C7636055	110
+contig	C7636119	110
+contig	C7636131	110
+contig	C7636057	110
+contig	C7636161	110
+contig	C7636167	110
+contig	C7636215	110
+contig	C7636101	110
+contig	C7636201	110
+contig	C7636225	110
+contig	C7636179	110
+contig	C7636261	110
+contig	C7636251	110
+contig	C7636343	110
+contig	C7636229	110
+contig	C7636345	110
+contig	C7636395	110
+contig	C7636337	110
+contig	C7636433	110
+contig	C7636449	110
+contig	C7636405	110
+contig	C7636463	110
+contig	C7636237	110
+contig	C7636491	110
+contig	C7636347	110
+contig	C7636493	110
+contig	C7636555	110
+contig	C7636489	110
+contig	C7636557	110
+contig	C7636563	110
+contig	C7636525	110
+contig	C7636581	110
+contig	C7636599	110
+contig	C7636589	110
+contig	C7636549	110
+contig	C7636623	110
+contig	C7636621	110
+contig	C7636627	110
+contig	C7636625	110
+contig	C7636573	110
+contig	C7636657	110
+contig	C7636637	110
+contig	C7636667	110
+contig	C7636629	110
+contig	C7636683	110
+contig	C7636711	110
+contig	C7636677	110
+contig	C7636245	110
+contig	C7636643	110
+contig	C7636729	110
+contig	C7636721	110
+contig	C7636705	110
+contig	C7636731	110
+contig	C7636769	110
+contig	C7636693	110
+contig	C7636765	110
+contig	C7636757	110
+contig	C7636813	110
+contig	C7636889	110
+contig	C7636829	110
+contig	C7636809	110
+contig	C7636891	110
+contig	C7636919	110
+contig	C7636839	110
+contig	C7636921	110
+contig	C7636913	110
+contig	C7636925	110
+contig	C7636941	110
+contig	C7636945	110
+contig	C7636991	110
+contig	C7636947	110
+contig	C7637001	110
+contig	C7635625	110
+contig	C7636917	110
+contig	C7637009	110
+contig	C7637003	110
+contig	C7637039	110
+contig	C7637101	110
+contig	C7637113	110
+contig	C7636987	110
+contig	C7637185	110
+contig	C7637053	110
+contig	C7637155	110
+contig	C7637097	110
+contig	C7637199	110
+contig	C7637219	110
+contig	C7637193	110
+contig	C7637251	110
+contig	C7637127	110
+contig	C7637277	110
+contig	C7637273	110
+contig	C7637267	110
+contig	C7637265	110
+contig	C7637295	110
+contig	C7637309	110
+contig	C7637319	110
+contig	C7637287	110
+contig	C7637345	110
+contig	C7637381	110
+contig	C7637405	110
+contig	C7637349	110
+contig	C7637229	110
+contig	C7637441	110
+contig	C7637445	110
+contig	C7637449	110
+contig	C7637421	110
+contig	C7637471	110
+contig	C7637473	110
+contig	C7637475	110
+contig	C7637337	110
+contig	C7637503	110
+contig	C7636799	110
+contig	C7637499	110
+contig	C7637501	110
+contig	C7637517	110
+contig	C7637519	110
+contig	C7636793	110
+contig	C7637535	110
+contig	C7637547	110
+contig	C7637485	110
+contig	C7637565	110
+contig	C7637571	110
+contig	C7637555	110
+contig	C7637583	110
+contig	C7637511	110
+contig	C7637545	110
+contig	C7637611	110
+contig	C7637559	110
+contig	C7637577	110
+contig	C7637651	110
+contig	C7637659	110
+contig	C7637661	110
+contig	C7637687	110
+contig	C7637693	110
+contig	C7637663	110
+contig	C7637715	110
+contig	C7637667	110
+contig	C7637723	110
+contig	C7637749	110
+contig	C7637771	110
+contig	C7637709	110
+contig	C7637745	110
+contig	C7637617	110
+contig	C7637671	110
+contig	C7637831	110
+contig	C7637793	110
+contig	C7637837	110
+contig	C7637851	110
+contig	C7637861	110
+contig	C7637813	110
+contig	C7637819	110
+contig	C7637905	110
+contig	C7637945	110
+contig	C7637937	110
+contig	C7637981	110
+contig	C7637875	110
+contig	C7637951	110
+contig	C7637999	110
+contig	C7638007	110
+contig	C7637947	110
+contig	C7638031	110
+contig	C7637815	110
+contig	C7638061	110
+contig	C7638067	110
+contig	C7638055	110
+contig	C7637995	110
+contig	C7638115	110
+contig	C7638093	110
+contig	C7638153	110
+contig	C7638087	110
+contig	C7638179	110
+contig	C7638187	110
+contig	C7638141	110
+contig	C7638079	110
+contig	C7638219	110
+contig	C7638223	110
+contig	C7638229	110
+contig	C7638189	110
+contig	C7638233	110
+contig	C7638181	110
+contig	C7638197	110
+contig	C7638273	110
+contig	C7638275	110
+contig	C7638247	110
+contig	C7638281	110
+contig	C7638271	110
+contig	C7638285	110
+contig	C7638279	110
+contig	C7637585	110
+contig	C7638301	110
+contig	C7638311	110
+contig	C7638231	110
+contig	C7638345	110
+contig	C7638297	110
+contig	C7638325	110
+contig	C7638395	110
+contig	C7638357	110
+contig	C7638431	110
+contig	C7638303	110
+contig	C7638457	110
+contig	C7638453	110
+contig	C7637751	110
+contig	C7638509	110
+contig	C7638465	110
+contig	C7638497	110
+contig	C7638549	110
+contig	C7638519	110
+contig	C7638491	110
+contig	C7638573	110
+contig	C7638425	110
+contig	C7638387	110
+contig	C7638595	110
+contig	C7638529	110
+contig	C7638599	110
+contig	C7638605	110
+contig	C7638629	110
+contig	C7638581	110
+contig	C7638645	110
+contig	C7638619	110
+contig	C7638615	110
+contig	C7638653	110
+contig	C7638689	110
+contig	C7638553	110
+contig	C7638675	110
+contig	C7638693	110
+contig	C7638669	110
+contig	C7638705	110
+contig	C7638703	110
+contig	C7638715	110
+contig	C7638765	110
+contig	C7638677	110
+contig	C7638767	110
+contig	C7638823	110
+contig	C7638757	110
+contig	C7638651	110
+contig	C7638883	110
+contig	C7638785	110
+contig	C7638889	110
+contig	C7638923	110
+contig	C7638769	110
+contig	C7638939	110
+contig	C7638849	110
+contig	C7638941	110
+contig	C7638699	110
+contig	C7638953	110
+contig	C7638993	110
+contig	C7638909	110
+contig	C7639001	110
+contig	C7638895	110
+contig	C7639039	110
+contig	C7639003	110
+contig	C7638957	110
+contig	C7639047	110
+contig	C7639029	110
+contig	C7639051	110
+contig	C7639053	110
+contig	C7639063	110
+contig	C7639061	110
+contig	C7639089	110
+contig	C7639073	110
+contig	C7639087	110
+contig	C7639093	110
+contig	C7639099	110
+contig	C7639045	110
+contig	C7639109	110
+contig	C7639091	110
+contig	C7639135	110
+contig	C7639095	110
+contig	C7639165	110
+contig	C7639149	110
+contig	C7639141	110
+contig	C7639133	110
+contig	C7639223	110
+contig	C7639217	110
+contig	C7639243	110
+contig	C7639233	110
+contig	C7639205	110
+contig	C7639323	110
+contig	C7639325	110
+contig	C7639285	110
+contig	C7639275	110
+contig	C7639341	110
+contig	C7639349	110
+contig	C7639371	110
+contig	C7639345	110
+contig	C7639333	110
+contig	C7639393	110
+contig	C7639381	110
+contig	C7639373	110
+contig	C7639419	110
+contig	C7639459	110
+contig	C7639439	110
+contig	C7639487	110
+contig	C7639501	110
+contig	C7639483	110
+contig	C7639503	110
+contig	C7639551	110
+contig	C7639395	110
+contig	C7639515	110
+contig	C7639595	110
+contig	C7639599	110
+contig	C7638749	110
+contig	C7639575	110
+contig	C7639601	110
+contig	C7638991	110
+contig	C7639553	110
+contig	C7639647	110
+contig	C7639633	110
+contig	C7639443	110
+contig	C7639629	110
+contig	C7639637	110
+contig	C7639697	110
+contig	C7639655	110
+contig	C7639667	110
+contig	C7639695	110
+contig	C7639699	110
+contig	C7639657	110
+contig	C7639709	110
+contig	C7639719	110
+contig	C7639791	110
+contig	C7639737	110
+contig	C7639765	110
+contig	C7639785	110
+contig	C7639797	110
+contig	C7639763	110
+contig	C7639831	110
+contig	C7639833	110
+contig	C7639807	110
+contig	C7639847	110
+contig	C7639815	110
+contig	C7639897	110
+contig	C7639841	110
+contig	C7639865	110
+contig	C7639923	110
+contig	C7639951	110
+contig	C7639905	110
+contig	C7639925	110
+contig	C7639937	110
+contig	C7639955	110
+contig	C7639985	110
+contig	C7639983	110
+contig	C7640017	110
+contig	C7639995	110
+contig	C7640021	110
+contig	C7640019	110
+contig	C7640047	110
+contig	C7639793	110
+contig	C7639975	110
+contig	C7640015	110
+contig	C7640059	110
+contig	C7640061	110
+contig	C7640057	110
+contig	C7640069	110
+contig	C7640063	110
+contig	C7640075	110
+contig	C7640129	110
+contig	C7640103	110
+contig	C7640149	110
+contig	C7639749	110
+contig	C7640085	110
+contig	C7640089	110
+contig	C7640167	110
+contig	C7640253	110
+contig	C7640213	110
+contig	C7639327	110
+contig	C7640257	110
+contig	C7640271	110
+contig	C7640147	110
+contig	C7640265	110
+contig	C7640189	110
+contig	C7640209	110
+contig	C7640289	110
+contig	C7640259	110
+contig	C7640045	110
+contig	C7640299	110
+contig	C7640343	110
+contig	C7640367	110
+contig	C7640325	110
+contig	C7640353	110
+contig	C7640349	110
+contig	C7640371	110
+contig	C7640397	110
+contig	C7640369	110
+contig	C7640403	110
+contig	C7640391	110
+contig	C7640435	110
+contig	C7640421	110
+contig	C7640389	110
+contig	C7640431	110
+contig	C7640481	110
+contig	C7640495	110
+contig	C7640449	110
+contig	C7640501	110
+contig	C7640517	110
+contig	C7640327	110
+contig	C7640519	110
+contig	C7640525	110
+contig	C7640527	110
+contig	C7640429	110
+contig	C7640555	110
+contig	C7640589	110
+contig	C7640601	110
+contig	C7640475	110
+contig	C7640647	110
+contig	C7640521	110
+contig	C7640655	110
+contig	C7640573	110
+contig	C7640641	110
+contig	C7640659	110
+contig	C7640675	110
+contig	C7640669	110
+contig	C7640665	110
+contig	C7640689	110
+contig	C7640695	110
+contig	C7640621	110
+contig	C7640683	110
+contig	C7640721	110
+contig	C7640627	110
+contig	C7640717	110
+contig	C7640741	110
+contig	C7640749	110
+contig	C7640747	110
+contig	C7640745	110
+contig	C7640691	110
+contig	C7640795	110
+contig	C7640775	110
+contig	C7640779	110
+contig	C7640835	110
+contig	C7640797	110
+contig	C7640849	110
+contig	C7640801	110
+contig	C7640729	110
+contig	C7640837	110
+contig	C7640901	110
+contig	C7640935	110
+contig	C7640869	110
+contig	C7640853	110
+contig	C7640953	110
+contig	C7640951	110
+contig	C7640881	110
+contig	C7640897	110
+contig	C7640967	110
+contig	C7640979	110
+contig	C7640753	110
+contig	C7640975	110
+contig	C7640981	110
+contig	C7641003	110
+contig	C7641001	110
+contig	C7641073	110
+contig	C7640965	110
+contig	C7641019	110
+contig	C7641117	110
+contig	C7641041	110
+contig	C7641119	110
+contig	C7640973	110
+contig	C7641103	110
+contig	C7641149	110
+contig	C7641205	110
+contig	C7641095	110
+contig	C7641189	110
+contig	C7641201	110
+contig	C7641083	110
+contig	C7641235	110
+contig	C7641257	110
+contig	C7641213	110
+contig	C7641233	110
+contig	C7641241	110
+contig	C7641211	110
+contig	C7641275	110
+contig	C7641237	110
+contig	C7641265	110
+contig	C7641291	110
+contig	C7641317	110
+contig	C7641267	110
+contig	C7641361	110
+contig	C7641269	110
+contig	C7641329	110
+contig	C7641293	110
+contig	C7641371	110
+contig	C7641381	110
+contig	C7641385	110
+contig	C7640359	110
+contig	C7641421	110
+contig	C7641449	110
+contig	C7641297	110
+contig	C7641431	110
+contig	C7641415	110
+contig	C7641475	110
+contig	C7641463	110
+contig	C7641429	110
+contig	C7641493	110
+contig	C7641443	110
+contig	C7641505	110
+contig	C7641435	110
+contig	C7641479	110
+contig	C7641489	110
+contig	C7641487	110
+contig	C7641497	110
+contig	C7641555	110
+contig	C7641567	110
+contig	C7641583	110
+contig	C7641591	110
+contig	C7641575	110
+contig	C7641609	110
+contig	C7641605	110
+contig	C7641517	110
+contig	C7641549	110
+contig	C7641643	110
+contig	C7641621	110
+contig	C7641623	110
+contig	C7641649	110
+contig	C7641551	110
+contig	C7641671	110
+contig	C7641617	110
+contig	C7641613	110
+contig	C7641695	110
+contig	C7641659	110
+contig	C7641677	110
+contig	C7641633	110
+contig	C7641735	110
+contig	C7641687	110
+contig	C7641729	110
+contig	C7641753	110
+contig	C7641795	110
+contig	C7641731	110
+contig	C7641799	110
+contig	C7641819	110
+contig	C7641781	110
+contig	C7641859	110
+contig	C7641779	110
+contig	C7641827	110
+contig	C7641881	110
+contig	C7641875	110
+contig	C7641833	110
+contig	C7641885	110
+contig	C7641737	110
+contig	C7641911	110
+contig	C7641923	110
+contig	C7641899	110
+contig	C7641893	110
+contig	C7641945	110
+contig	C7641959	110
+contig	C7641867	110
+contig	C7641971	110
+contig	C7641913	110
+contig	C7641963	110
+contig	C7641969	110
+contig	C7641927	110
+contig	C7641983	110
+contig	C7641975	110
+contig	C7641999	110
+contig	C7642011	110
+contig	C7641977	110
+contig	C7642027	110
+contig	C7642037	110
+contig	C7642023	110
+contig	C7642047	110
+contig	C7641935	110
+contig	C7642057	110
+contig	C7642065	110
+contig	C7642091	110
+contig	C7642135	110
+contig	C7642117	110
+contig	C7642041	110
+contig	C7642155	110
+contig	C7641987	110
+contig	C7642109	110
+contig	C7642161	110
+contig	C7642147	110
+contig	C7642177	110
+contig	C7642195	110
+contig	C7642215	110
+contig	C7642201	110
+contig	C7642237	110
+contig	C7642185	110
+contig	C7641995	110
+contig	C7642235	110
+contig	C7642221	110
+contig	C7642281	110
+contig	C7642297	110
+contig	C7642249	110
+contig	C7642253	110
+contig	C7642245	110
+contig	C7642283	110
+contig	C7642327	110
+contig	C7642313	110
+contig	C7642331	110
+contig	C7642307	110
+contig	C7642349	110
+contig	C7642353	110
+contig	C7642341	110
+contig	C7642363	110
+contig	C7642367	110
+contig	C7642379	110
+contig	C7642377	110
+contig	C7642413	110
+contig	C7642393	110
+contig	C7642431	110
+contig	C7642319	110
+contig	C7642441	110
+contig	C7642437	110
+contig	C7642387	110
+contig	C7641709	110
+contig	C7642255	110
+contig	C7642453	110
+contig	C7642443	110
+contig	C7642489	110
+contig	C7642537	110
+contig	C7642547	110
+contig	C7642553	110
+contig	C7642567	110
+contig	C7642467	110
+contig	C7642529	110
+contig	C7642559	110
+contig	C7642589	110
+contig	C7642601	110
+contig	C7642591	110
+contig	C7642661	110
+contig	C7642681	110
+contig	C7642595	110
+contig	C7642615	110
+contig	C7642689	110
+contig	C7642613	110
+contig	C7642735	110
+contig	C7642713	110
+contig	C7642759	110
+contig	C7642763	110
+contig	C7642693	110
+contig	C7642771	110
+contig	C7642779	110
+contig	C7642789	110
+contig	C7642343	110
+contig	C7642773	110
+contig	C7642821	110
+contig	C7642843	110
+contig	C7642849	110
+contig	C7642853	110
+contig	C7642803	110
+contig	C7642859	110
+contig	C7642683	110
+contig	C7642891	110
+contig	C7642903	110
+contig	C7642873	110
+contig	C7642913	110
+contig	C7642915	110
+contig	C7642929	110
+contig	C7642937	110
+contig	C7642855	110
+contig	C7642737	110
+contig	C7642969	110
+contig	C7642909	110
+contig	C7642975	110
+contig	C7642997	110
+contig	C7643013	110
+contig	C7643017	110
+contig	C7643021	110
+contig	C7642945	110
+contig	C7643031	110
+contig	C7643035	110
+contig	C7643047	110
+contig	C7643051	110
+contig	C7643043	110
+contig	C7643073	110
+contig	C7643063	110
+contig	C7642947	110
+contig	C7643089	110
+contig	C7643107	110
+contig	C7643061	110
+contig	C7643125	110
+contig	C7643159	110
+contig	C7643087	110
+contig	C7643189	110
+contig	C7643205	110
+contig	C7643195	110
+contig	C7643077	110
+contig	C7643223	110
+contig	C7643225	110
+contig	C7643229	110
+contig	C7643197	110
+contig	C7643265	110
+contig	C7643251	110
+contig	C7643233	110
+contig	C7643271	110
+contig	C7643297	110
+contig	C7643309	110
+contig	C7643299	110
+contig	C7643303	110
+contig	C7643325	110
+contig	C7643341	110
+contig	C7642563	110
+contig	C7643357	110
+contig	C7643231	110
+contig	C7643315	110
+contig	C7643385	110
+contig	C7643415	110
+contig	C7643413	110
+contig	C7643445	110
+contig	C7643425	110
+contig	C7643433	110
+contig	C7643453	110
+contig	C7643477	110
+contig	C7643491	110
+contig	C7643515	110
+contig	C7643485	110
+contig	C7643517	110
+contig	C7643471	110
+contig	C7643539	110
+contig	C7643523	110
+contig	C7642757	110
+contig	C7643407	110
+contig	C7643543	110
+contig	C7643581	110
+contig	C7643535	110
+contig	C7643637	110
+contig	C7643685	110
+contig	C7643623	110
+contig	C7643525	110
+contig	C7643627	110
+contig	C7643703	110
+contig	C7643723	110
+contig	C7643695	110
+contig	C7643657	110
+contig	C7643747	110
+contig	C7643711	110
+contig	C7643769	110
+contig	C7643745	110
+contig	C7643757	110
+contig	C7643739	110
+contig	C7643787	110
+contig	C7643777	110
+contig	C7643789	110
+contig	C7643809	110
+contig	C7643799	110
+contig	C7643859	110
+contig	C7643833	110
+contig	C7643841	110
+contig	C7643909	110
+contig	C7643923	110
+contig	C7643931	110
+contig	C7643933	110
+contig	C7643873	110
+contig	C7643919	110
+contig	C7643951	110
+contig	C7643945	110
+contig	C7643727	110
+contig	C7643937	110
+contig	C7643953	110
+contig	C7643935	110
+contig	C7643983	110
+contig	C7643965	110
+contig	C7644049	110
+contig	C7644011	110
+contig	C7644067	110
+contig	C7644065	110
+contig	C7644063	110
+contig	C7644015	110
+contig	C7644097	110
+contig	C7644113	110
+contig	C7644135	110
+contig	C7644105	110
+contig	C7644145	110
+contig	C7644181	110
+contig	C7644083	110
+contig	C7644139	110
+contig	C7644207	110
+contig	C7644217	110
+contig	C7644187	110
+contig	C7644169	110
+contig	C7644221	110
+contig	C7644227	110
+contig	C7644241	110
+contig	C7644249	110
+contig	C7644239	110
+contig	C7644267	110
+contig	C7644303	110
+contig	C7644311	110
+contig	C7644137	110
+contig	C7642797	110
+contig	C7644319	110
+contig	C7644201	110
+contig	C7644327	110
+contig	C7644335	110
+contig	C7644359	110
+contig	C7644383	110
+contig	C7644387	110
+contig	C7644415	110
+contig	C7644399	110
+contig	C7644287	110
+contig	C7644375	110
+contig	C7643613	110
+contig	C7644363	110
+contig	C7644433	110
+contig	C7644497	110
+contig	C7644517	110
+contig	C7644501	110
+contig	C7644493	110
+contig	C7644499	110
+contig	C7644521	110
+contig	C7644453	110
+contig	C7644527	110
+contig	C7644523	110
+contig	C7644435	110
+contig	C7644541	110
+contig	C7644487	110
+contig	C7644563	110
+contig	C7644569	110
+contig	C7644551	110
+contig	C7644639	110
+contig	C7644587	110
+contig	C7644657	110
+contig	C7644597	110
+contig	C7644675	110
+contig	C7644667	110
+contig	C7644571	110
+contig	C7644663	110
+contig	C7644727	110
+contig	C7644747	110
+contig	C7644773	110
+contig	C7644767	110
+contig	C7644769	110
+contig	C7644809	110
+contig	C7644823	110
+contig	C7644777	110
+contig	C7644651	110
+contig	C7644817	110
+contig	C7644803	110
+contig	C7644561	110
+contig	C7644871	110
+contig	C7644917	110
+contig	C7644905	110
+contig	C7644863	110
+contig	C7644851	110
+contig	C7644847	110
+contig	C7644925	110
+contig	C7644949	110
+contig	C7644947	110
+contig	C7644951	110
+contig	C7644955	110
+contig	C7644989	110
+contig	C7644893	110
+contig	C7644953	110
+contig	C7644967	110
+contig	C7644941	110
+contig	C7645017	110
+contig	C7645013	110
+contig	C7645043	110
+contig	C7645035	110
+contig	C7645027	110
+contig	C7645003	110
+contig	C7645113	110
+contig	C7645069	110
+contig	C7644943	110
+contig	C7645109	110
+contig	C7645121	110
+contig	C7645079	110
+contig	C7645129	110
+contig	C7645143	110
+contig	C7645089	110
+contig	C7645125	110
+contig	C7645149	110
+contig	C7645131	110
+contig	C7645029	110
+contig	C7645161	110
+contig	C7645167	110
+contig	C7645181	110
+contig	C7645175	110
+contig	C7645159	110
+contig	C7645201	110
+contig	C7645203	110
+contig	C7645147	110
+contig	C7645223	110
+contig	C7645245	110
+contig	C7645185	110
+contig	C7645183	110
+contig	C7645265	110
+contig	C7645173	110
+contig	C7645221	110
+contig	C7645211	110
+contig	C7645281	110
+contig	C7645285	110
+contig	C7645273	110
+contig	C7645301	110
+contig	C7645251	110
+contig	C7645351	110
+contig	C7645311	110
+contig	C7645363	110
+contig	C7645409	110
+contig	C7645369	110
+contig	C7645323	110
+contig	C7645403	110
+contig	C7645327	110
+contig	C7645441	110
+contig	C7645471	110
+contig	C7645485	110
+contig	C7645505	110
+contig	C7645537	110
+contig	C7645523	110
+contig	C7645547	110
+contig	C7645539	110
+contig	C7645543	110
+contig	C7645423	110
+contig	C7645567	110
+contig	C7645591	110
+contig	C7645607	110
+contig	C7645521	110
+contig	C7645569	110
+contig	C7645617	110
+contig	C7645677	110
+contig	C7645695	110
+contig	C7645723	111
+contig	C7645727	111
+contig	C7645603	110
+contig	C7645725	111
+contig	C7645739	111
+contig	C7645747	111
+contig	C7645731	111
+contig	C7645661	110
+contig	C7645751	111
+contig	C7645743	111
+contig	C7645787	111
+contig	C7645761	111
+contig	C7645771	111
+contig	C7645789	111
+contig	C7645779	111
+contig	C7645815	111
+contig	C7645835	111
+contig	C7645791	111
+contig	C7645853	111
+contig	C7645857	111
+contig	C7645823	111
+contig	C7645611	110
+contig	C7645881	111
+contig	C7645897	111
+contig	C7645899	111
+contig	C7645901	111
+contig	C7645883	111
+contig	C7645439	110
+contig	C7645911	111
+contig	C7645939	111
+contig	C7645947	111
+contig	C7645903	111
+contig	C7645943	111
+contig	C7645961	111
+contig	C7645971	111
+contig	C7645963	111
+contig	C7645985	111
+contig	C7645953	111
+contig	C7645977	111
+contig	C7645921	111
+contig	C7646009	111
+contig	C7645993	111
+contig	C7645975	111
+contig	C7646033	111
+contig	C7646017	111
+contig	C7646045	111
+contig	C7646041	111
+contig	C7646025	111
+contig	C7645999	111
+contig	C7646067	111
+contig	C7646053	111
+contig	C7646075	111
+contig	C7646089	111
+contig	C7646097	111
+contig	C7646099	111
+contig	C7646057	111
+contig	C7646107	111
+contig	C7646095	111
+contig	C7646111	111
+contig	C7646141	111
+contig	C7646113	111
+contig	C7646149	111
+contig	C7646223	111
+contig	C7646231	111
+contig	C7646151	111
+contig	C7646247	111
+contig	C7646205	111
+contig	C7646261	111
+contig	C7646175	111
+contig	C7646287	111
+contig	C7646307	111
+contig	C7646321	111
+contig	C7646337	111
+contig	C7646341	111
+contig	C7646335	111
+contig	C7646361	111
+contig	C7646299	111
+contig	C7646333	111
+contig	C7646363	111
+contig	C7646349	111
+contig	C7646371	111
+contig	C7646381	111
+contig	C7646379	111
+contig	C7646395	111
+contig	C7646399	111
+contig	C7646403	111
+contig	C7646423	111
+contig	C7646473	111
+contig	C7646421	111
+contig	C7646461	111
+contig	C7646487	111
+contig	C7646501	111
+contig	C7646491	111
+contig	C7646511	111
+contig	C7646483	111
+contig	C7646517	111
+contig	C7646529	111
+contig	C7646515	111
+contig	C7646555	111
+contig	C7646583	111
+contig	C7646499	111
+contig	C7646595	111
+contig	C7646609	111
+contig	C7646611	111
+contig	C7646625	111
+contig	C7646635	111
+contig	C7646655	111
+contig	C7646585	111
+contig	C7646639	111
+contig	C7646671	111
+contig	C7646689	111
+contig	C7646675	111
+contig	C7646707	111
+contig	C7646691	111
+contig	C7646711	111
+contig	C7646693	111
+contig	C7646713	111
+contig	C7646723	111
+contig	C7646735	111
+contig	C7646733	111
+contig	C7646775	111
+contig	C7646729	111
+contig	C7646781	111
+contig	C7646393	111
+contig	C7646771	111
+contig	C7646807	111
+contig	C7646823	111
+contig	C7645829	111
+contig	C7646815	111
+contig	C7646845	111
+contig	C7646911	111
+contig	C7646817	111
+contig	C7646883	111
+contig	C7646935	111
+contig	C7646795	111
+contig	C7646937	111
+contig	C7646993	111
+contig	C7647011	111
+contig	C7647031	111
+contig	C7647019	111
+contig	C7647035	111
+contig	C7646571	111
+contig	C7646945	111
+contig	C7646881	111
+contig	C7647039	111
+contig	C7646965	111
+contig	C7647041	111
+contig	C7647077	111
+contig	C7647101	111
+contig	C7647117	111
+contig	C7647129	111
+contig	C7647053	111
+contig	C7647087	111
+contig	C7647103	111
+contig	C7647141	111
+contig	C7647149	111
+contig	C7647159	111
+contig	C7647107	111
+contig	C7647109	111
+contig	C7647171	111
+contig	C7647151	111
+contig	C7647167	111
+contig	C7647191	111
+contig	C7647185	111
+contig	C7647195	111
+contig	C7647207	111
+contig	C7647201	111
+contig	C7647219	111
+contig	C7647231	111
+contig	C7647223	111
+contig	C7647273	111
+contig	C7647183	111
+contig	C7647289	111
+contig	C7647255	111
+contig	C7647335	111
+contig	C7647361	111
+contig	C7647369	111
+contig	C7647363	111
+contig	C7647387	111
+contig	C7647389	111
+contig	C7647251	111
+contig	C7647383	111
+contig	C7647445	111
+contig	C7647395	111
+contig	C7647451	111
+contig	C7647483	111
+contig	C7647435	111
+contig	C7647495	111
+contig	C7647513	111
+contig	C7647433	111
+contig	C7647181	111
+contig	C7647541	111
+contig	C7647547	111
+contig	C7647565	111
+contig	C7647577	111
+contig	C7647591	111
+contig	C7647611	111
+contig	C7647613	111
+contig	C7647619	111
+contig	C7647631	111
+contig	C7647637	111
+contig	C7647523	111
+contig	C7647645	111
+contig	C7647651	111
+contig	C7647659	111
+contig	C7647673	111
+contig	C7647569	111
+contig	C7647669	111
+contig	C7647711	111
+contig	C7647703	111
+contig	C7647721	111
+contig	C7645259	110
+contig	C7647727	111
+contig	C7647717	111
+contig	C7647743	111
+contig	C7647755	111
+contig	C7647685	111
+contig	C7647765	111
+contig	C7647775	111
+contig	C7647753	111
+contig	C7647777	111
+contig	C7647819	111
+contig	C7647835	111
+contig	C7647823	111
+contig	C7647857	111
+contig	C7647837	111
+contig	C7647769	111
+contig	C7647873	111
+contig	C7647893	111
+contig	C7647861	111
+contig	C7647895	111
+contig	C7647915	111
+contig	C7647939	111
+contig	C7647911	111
+contig	C7647959	111
+contig	C7647977	111
+contig	C7647913	111
+contig	C7647981	111
+contig	C7647941	111
+contig	C7647995	111
+contig	C7647987	111
+contig	C7648011	111
+contig	C7648019	111
+contig	C7648029	111
+contig	C7648021	111
+contig	C7648031	111
+contig	C7648033	111
+contig	C7647999	111
+contig	C7648043	111
+contig	C7648037	111
+contig	C7648055	111
+contig	C7648049	111
+contig	C7648053	111
+contig	C7648065	111
+contig	C7648123	111
+contig	C7648133	111
+contig	C7647885	111
+contig	C7648145	111
+contig	C7648159	111
+contig	C7648069	111
+contig	C7648173	111
+contig	C7648189	111
+contig	C7648195	111
+contig	C7648171	111
+contig	C7648231	111
+contig	C7648249	111
+contig	C7648267	111
+contig	C7647165	111
+contig	C7648221	111
+contig	C7648289	111
+contig	C7648307	111
+contig	C7648297	111
+contig	C7648163	111
+contig	C7648355	111
+contig	C7648373	111
+contig	C7648401	111
+contig	C7648275	111
+contig	C7648239	111
+contig	C7648407	111
+contig	C7648427	111
+contig	C7648409	111
+contig	C7648417	111
+contig	C7648457	111
+contig	C7648421	111
+contig	C7648479	111
+contig	C7648443	111
+contig	C7647535	111
+contig	C7648499	111
+contig	C7648477	111
+contig	C7648437	111
+contig	C7648541	111
+contig	C7648435	111
+contig	C7648549	111
+contig	C7648561	111
+contig	C7648641	111
+contig	C7648623	111
+contig	C7648513	111
+contig	C7648557	111
+contig	C7648653	111
+contig	C7648665	111
+contig	C7648677	111
+contig	C7648689	111
+contig	C7648681	111
+contig	C7648719	111
+contig	C7648733	111
+contig	C7648709	111
+contig	C7648715	111
+contig	C7648769	111
+contig	C7648745	111
+contig	C7648771	111
+contig	C7648729	111
+contig	C7648787	111
+contig	C7648793	111
+contig	C7648835	111
+contig	C7648809	111
+contig	C7648857	111
+contig	C7648753	111
+contig	C7648811	111
+contig	C7648909	111
+contig	C7648893	111
+contig	C7648925	111
+contig	C7648851	111
+contig	C7648933	111
+contig	C7648947	111
+contig	C7648959	111
+contig	C7648981	111
+contig	C7648945	111
+contig	C7648891	111
+contig	C7648989	111
+contig	C7648995	111
+contig	C7648993	111
+contig	C7649025	111
+contig	C7649029	111
+contig	C7648967	111
+contig	C7649031	111
+contig	C7649027	111
+contig	C7648983	111
+contig	C7649067	111
+contig	C7649071	111
+contig	C7649069	111
+contig	C7649095	111
+contig	C7649047	111
+contig	C7649123	111
+contig	C7649135	111
+contig	C7649117	111
+contig	C7649125	111
+contig	C7649183	111
+contig	C7649141	111
+contig	C7649159	111
+contig	C7649187	111
+contig	C7649191	111
+contig	C7649227	111
+contig	C7649195	111
+contig	C7649253	111
+contig	C7649273	111
+contig	C7649275	111
+contig	C7649285	111
+contig	C7649279	111
+contig	C7649289	111
+contig	C7649259	111
+contig	C7649241	111
+contig	C7649297	111
+contig	C7649299	111
+contig	C7649305	111
+contig	C7649329	111
+contig	C7649335	111
+contig	C7649319	111
+contig	C7649323	111
+contig	C7648635	111
+contig	C7649373	111
+contig	C7649365	111
+contig	C7649349	111
+contig	C7649379	111
+contig	C7649427	111
+contig	C7649439	111
+contig	C7649363	111
+contig	C7649457	111
+contig	C7649377	111
+contig	C7649463	111
+contig	C7649445	111
+contig	C7649469	111
+contig	C7648879	111
+contig	C7649485	111
+contig	C7649471	111
+contig	C7649509	111
+contig	C7649527	111
+contig	C7649531	111
+contig	C7649419	111
+contig	C7649583	111
+contig	C7649563	111
+contig	C7649555	111
+contig	C7649543	111
+contig	C7649651	111
+contig	C7649613	111
+contig	C7649683	111
+contig	C7649667	111
+contig	C7649741	111
+contig	C7649661	111
+contig	C7649615	111
+contig	C7649705	111
+contig	C7649743	111
+contig	C7649735	111
+contig	C7649775	111
+contig	C7649777	111
+contig	C7649785	111
+contig	C7649747	111
+contig	C7649805	111
+contig	C7649817	111
+contig	C7649815	111
+contig	C7649825	111
+contig	C7649835	111
+contig	C7649797	111
+contig	C7649647	111
+contig	C7649937	111
+contig	C7649789	111
+contig	C7649863	111
+contig	C7649951	111
+contig	C7649919	111
+contig	C7649859	111
+contig	C7649957	111
+contig	C7649969	111
+contig	C7649989	111
+contig	C7649955	111
+contig	C7650009	111
+contig	C7649981	111
+contig	C7650017	111
+contig	C7649899	111
+contig	C7650021	111
+contig	C7650023	111
+contig	C7650053	111
+contig	C7649943	111
+contig	C7650057	111
+contig	C7650055	111
+contig	C7650073	111
+contig	C7650049	111
+contig	C7650071	111
+contig	C7650001	111
+contig	C7650079	111
+contig	C7650105	111
+contig	C7650131	111
+contig	C7650101	111
+contig	C7650075	111
+contig	C7650139	111
+contig	C7650133	111
+contig	C7650157	111
+contig	C7650153	111
+contig	C7650207	111
+contig	C7650169	111
+contig	C7650141	111
+contig	C7650209	111
+contig	C7650213	111
+contig	C7650211	111
+contig	C7650215	111
+contig	C7650237	111
+contig	C7650229	111
+contig	C7650243	111
+contig	C7650041	111
+contig	C7650263	111
+contig	C7650249	111
+contig	C7650245	111
+contig	C7650241	111
+contig	C7650253	111
+contig	C7650281	111
+contig	C7650289	111
+contig	C7650295	111
+contig	C7650277	111
+contig	C7650283	111
+contig	C7650303	111
+contig	C7650129	111
+contig	C7650301	111
+contig	C7650331	111
+contig	C7650329	111
+contig	C7650407	111
+contig	C7650351	111
+contig	C7650433	111
+contig	C7650345	111
+contig	C7650399	111
+contig	C7650453	111
+contig	C7650481	111
+contig	C7650413	111
+contig	C7650469	111
+contig	C7650505	111
+contig	C7650437	111
+contig	C7650409	111
+contig	C7650515	111
+contig	C7650543	111
+contig	C7650531	111
+contig	C7650535	111
+contig	C7650545	111
+contig	C7650551	111
+contig	C7650509	111
+contig	C7650557	111
+contig	C7650589	111
+contig	C7650597	111
+contig	C7650573	111
+contig	C7650635	111
+contig	C7650639	111
+contig	C7650681	111
+contig	C7650619	111
+contig	C7650571	111
+contig	C7650727	111
+contig	C7650767	111
+contig	C7650667	111
+contig	C7650721	111
+contig	C7650771	111
+contig	C7650759	111
+contig	C7650811	111
+contig	C7650779	111
+contig	C7650791	111
+contig	C7650849	111
+contig	C7650831	111
+contig	C7650873	111
+contig	C7650891	111
+contig	C7650893	111
+contig	C7650907	111
+contig	C7650921	111
+contig	C7650857	111
+contig	C7650991	111
+contig	C7650959	111
+contig	C7650999	111
+contig	C7650519	111
+contig	C7651007	111
+contig	C7651013	111
+contig	C7651001	111
+contig	C7650835	111
+contig	C7650809	111
+contig	C7651067	111
+contig	C7651047	111
+contig	C7651075	111
+contig	C7651091	111
+contig	C7651111	111
+contig	C7651115	111
+contig	C7651059	111
+contig	C7651123	111
+contig	C7651127	111
+contig	C7651131	111
+contig	C7651143	111
+contig	C7651003	111
+contig	C7651157	111
+contig	C7651165	111
+contig	C7651195	111
+contig	C7651173	111
+contig	C7651199	111
+contig	C7651211	111
+contig	C7651215	111
+contig	C7651233	111
+contig	C7651179	111
+contig	C7651251	111
+contig	C7651235	111
+contig	C7651267	111
+contig	C7651275	111
+contig	C7651263	111
+contig	C7651255	111
+contig	C7651099	111
+contig	C7651285	111
+contig	C7651289	111
+contig	C7651279	111
+contig	C7651291	111
+contig	C7651297	111
+contig	C7651299	111
+contig	C7651287	111
+contig	C7651329	111
+contig	C7651301	111
+contig	C7651331	111
+contig	C7650293	111
+contig	C7651353	111
+contig	C7651343	111
+contig	C7651359	111
+contig	C7651337	111
+contig	C7651385	111
+contig	C7651401	111
+contig	C7651413	111
+contig	C7651391	111
+contig	C7651459	111
+contig	C7651465	111
+contig	C7651421	111
+contig	C7651373	111
+contig	C7651489	111
+contig	C7651509	111
+contig	C7651529	111
+contig	C7651163	111
+contig	C7651537	111
+contig	C7651525	111
+contig	C7651559	111
+contig	C7651477	111
+contig	C7651565	111
+contig	C7651601	111
+contig	C7651553	111
+contig	C7651617	111
+contig	C7651615	111
+contig	C7651625	111
+contig	C7651569	111
+contig	C7651619	111
+contig	C7651655	111
+contig	C7651675	111
+contig	C7651667	111
+contig	C7651679	111
+contig	C7651703	111
+contig	C7651691	111
+contig	C7651715	111
+contig	C7651641	111
+contig	C7651739	111
+contig	C7651705	111
+contig	C7651729	111
+contig	C7651757	111
+contig	C7651763	111
+contig	C7651753	111
+contig	C7651795	111
+contig	C7651803	111
+contig	C7651789	111
+contig	C7651813	111
+contig	C7651839	111
+contig	C7651835	111
+contig	C7651819	111
+contig	C7651883	111
+contig	C7651843	111
+contig	C7651365	111
+contig	C7651889	111
+contig	C7651867	111
+contig	C7651917	111
+contig	C7651671	111
+contig	C7651939	111
+contig	C7651893	111
+contig	C7651957	111
+contig	C7651903	111
+contig	C7651979	111
+contig	C7651989	111
+contig	C7651991	111
+contig	C7651927	111
+contig	C7651975	111
+contig	C7652017	111
+contig	C7651993	111
+contig	C7652031	111
+contig	C7652025	111
+contig	C7652039	111
+contig	C7652057	111
+contig	C7652023	111
+contig	C7651923	111
+contig	C7652109	111
+contig	C7652097	111
+contig	C7652111	111
+contig	C7652007	111
+contig	C7652119	111
+contig	C7652139	111
+contig	C7652129	111
+contig	C7652143	111
+contig	C7652151	111
+contig	C7652089	111
+contig	C7652159	111
+contig	C7652161	111
+contig	C7652117	111
+contig	C7652167	111
+contig	C7652127	111
+contig	C7652163	111
+contig	C7652141	111
+contig	C7652181	111
+contig	C7652193	111
+contig	C7652233	111
+contig	C7652253	111
+contig	C7652191	111
+contig	C7652255	111
+contig	C7652275	111
+contig	C7652251	111
+contig	C7652303	111
+contig	C7652183	111
+contig	C7652289	111
+contig	C7652273	111
+contig	C7652349	111
+contig	C7652361	111
+contig	C7652365	111
+contig	C7652381	111
+contig	C7652395	111
+contig	C7652317	111
+contig	C7647449	111
+contig	C7652411	111
+contig	C7652445	111
+contig	C7652441	111
+contig	C7652449	111
+contig	C7652455	111
+contig	C7652331	111
+contig	C7652499	111
+contig	C7652323	111
+contig	C7652457	111
+contig	C7652497	111
+contig	C7652507	111
+contig	C7652437	111
+contig	C7652515	111
+contig	C7652521	111
+contig	C7652529	111
+contig	C7652539	111
+contig	C7652547	111
+contig	C7652545	111
+contig	C7652519	111
+contig	C7652501	111
+contig	C7652559	111
+contig	C7652563	111
+contig	C7652599	111
+contig	C7652509	111
+contig	C7652615	111
+contig	C7652627	111
+contig	C7652581	111
+contig	C7652605	111
+contig	C7652651	111
+contig	C7652677	111
+contig	C7652653	111
+contig	C7652679	111
+contig	C7652469	111
+contig	C7652689	111
+contig	C7652703	111
+contig	C7652713	111
+contig	C7652645	111
+contig	C7652759	111
+contig	C7652693	111
+contig	C7652761	111
+contig	C7652691	111
+contig	C7652769	111
+contig	C7652829	111
+contig	C7652579	111
+contig	C7652809	111
+contig	C7652787	111
+contig	C7652791	111
+contig	C7652709	111
+contig	C7652881	111
+contig	C7652831	111
+contig	C7652879	111
+contig	C7652903	111
+contig	C7652887	111
+contig	C7652849	111
+contig	C7652905	111
+contig	C7652899	111
+contig	C7652919	111
+contig	C7652913	111
+contig	C7652921	111
+contig	C7652955	111
+contig	C7652931	111
+contig	C7652953	111
+contig	C7652833	111
+contig	C7652995	111
+contig	C7652979	111
+contig	C7653055	111
+contig	C7652971	111
+contig	C7653047	111
+contig	C7652915	111
+contig	C7653075	111
+contig	C7653101	111
+contig	C7653095	111
+contig	C7653129	111
+contig	C7652863	111
+contig	C7653139	111
+contig	C7653117	111
+contig	C7653147	111
+contig	C7653115	111
+contig	C7653167	111
+contig	C7653157	111
+contig	C7653123	111
+contig	C7653151	111
+contig	C7653179	111
+contig	C7653199	111
+contig	C7653161	111
+contig	C7653195	111
+contig	C7653201	111
+contig	C7653083	111
+contig	C7653187	111
+contig	C7653239	111
+contig	C7653213	111
+contig	C7653171	111
+contig	C7653245	111
+contig	C7653221	111
+contig	C7653205	111
+contig	C7653325	111
+contig	C7653275	111
+contig	C7653343	111
+contig	C7653339	111
+contig	C7653207	111
+contig	C7653257	111
+contig	C7653377	111
+contig	C7653351	111
+contig	C7653393	111
+contig	C7653255	111
+contig	C7651351	111
+contig	C7653407	111
+contig	C7653453	111
+contig	C7653425	111
+contig	C7653495	111
+contig	C7653493	111
+contig	C7653501	111
+contig	C7653413	111
+contig	C7653517	111
+contig	C7653515	111
+contig	C7653545	111
+contig	C7653483	111
+contig	C7653441	111
+contig	C7653525	111
+contig	C7653557	111
+contig	C7653599	111
+contig	C7653473	111
+contig	C7653601	111
+contig	C7653551	111
+contig	C7653615	111
+contig	C7653617	111
+contig	C7653639	111
+contig	C7653647	111
+contig	C7653651	111
+contig	C7653629	111
+contig	C7653659	111
+contig	C7653665	111
+contig	C7653671	111
+contig	C7653661	111
+contig	C7653707	111
+contig	C7653717	111
+contig	C7653721	111
+contig	C7653711	111
+contig	C7653769	111
+contig	C7653699	111
+contig	C7653761	111
+contig	C7653773	111
+contig	C7653815	111
+contig	C7653823	111
+contig	C7653705	111
+contig	C7653821	111
+contig	C7653819	111
+contig	C7653745	111
+contig	C7653831	111
+contig	C7653837	111
+contig	C7653853	111
+contig	C7653869	111
+contig	C7653891	111
+contig	C7653767	111
+contig	C7653879	111
+contig	C7653919	111
+contig	C7653889	111
+contig	C7653909	111
+contig	C7653873	111
+contig	C7653905	111
+contig	C7653937	111
+contig	C7653941	111
+contig	C7653959	111
+contig	C7653903	111
+contig	C7654009	111
+contig	C7653951	111
+contig	C7653995	111
+contig	C7653945	111
+contig	C7654025	111
+contig	C7654023	111
+contig	C7654053	111
+contig	C7654043	111
+contig	C7654073	111
+contig	C7654077	111
+contig	C7654081	111
+contig	C7653981	111
+contig	C7654017	111
+contig	C7653993	111
+contig	C7654117	111
+contig	C7654103	111
+contig	C7654075	111
+contig	C7654185	111
+contig	C7654201	111
+contig	C7654127	111
+contig	C7654159	111
+contig	C7654255	111
+contig	C7654107	111
+contig	C7654215	111
+contig	C7654263	111
+contig	C7654279	111
+contig	C7653397	111
+contig	C7654309	111
+contig	C7654199	111
+contig	C7654297	111
+contig	C7654251	111
+contig	C7654239	111
+contig	C7654341	111
+contig	C7654385	111
+contig	C7654433	111
+contig	C7654391	111
+contig	C7654459	111
+contig	C7654455	111
+contig	C7654281	111
+contig	C7654497	111
+contig	C7654371	111
+contig	C7654507	111
+contig	C7654513	111
+contig	C7654489	111
+contig	C7654413	111
+contig	C7654571	111
+contig	C7654525	111
+contig	C7654505	111
+contig	C7654577	111
+contig	C7654597	111
+contig	C7654627	111
+contig	C7654607	111
+contig	C7654595	111
+contig	C7654651	111
+contig	C7654665	111
+contig	C7654653	111
+contig	C7654669	111
+contig	C7654547	111
+contig	C7654617	111
+contig	C7654643	111
+contig	C7654675	111
+contig	C7654689	111
+contig	C7654693	111
+contig	C7654673	111
+contig	C7654697	111
+contig	C7654623	111
+contig	C7654709	111
+contig	C7654719	111
+contig	C7654723	111
+contig	C7654763	111
+contig	C7654729	111
+contig	C7654691	111
+contig	C7654767	111
+contig	C7654779	111
+contig	C7654785	111
+contig	C7654787	111
+contig	C7654717	111
+contig	C7654821	111
+contig	C7654775	111
+contig	C7654845	111
+contig	C7654851	111
+contig	C7654875	111
+contig	C7654861	111
+contig	C7654893	111
+contig	C7654907	111
+contig	C7654911	111
+contig	C7654965	111
+contig	C7654831	111
+contig	C7654967	111
+contig	C7654973	111
+contig	C7654919	111
+contig	C7654975	111
+contig	C7654987	111
+contig	C7654953	111
+contig	C7654991	111
+contig	C7654977	111
+contig	C7655023	111
+contig	C7654985	111
+contig	C7655017	111
+contig	C7655035	111
+contig	C7655053	111
+contig	C7655055	111
+contig	C7655041	111
+contig	C7655067	111
+contig	C7655061	111
+contig	C7655071	111
+contig	C7655089	111
+contig	C7655075	111
+contig	C7655133	111
+contig	C7655141	111
+contig	C7655099	111
+contig	C7655087	111
+contig	C7655169	111
+contig	C7655155	111
+contig	C7655153	111
+contig	C7655225	111
+contig	C7654487	111
+contig	C7655203	111
+contig	C7655289	111
+contig	C7655267	111
+contig	C7655215	111
+contig	C7655295	111
+contig	C7655319	111
+contig	C7655325	111
+contig	C7655353	111
+contig	C7655349	111
+contig	C7655221	111
+contig	C7655307	111
+contig	C7655375	111
+contig	C7655311	111
+contig	C7655383	111
+contig	C7655363	111
+contig	C7655391	111
+contig	C7655399	111
+contig	C7655407	111
+contig	C7655411	111
+contig	C7655445	111
+contig	C7655425	111
+contig	C7655493	111
+contig	C7655505	111
+contig	C7655459	111
+contig	C7655483	111
+contig	C7655365	111
+contig	C7655511	111
+contig	C7655451	111
+contig	C7655557	111
+contig	C7655507	111
+contig	C7655577	111
+contig	C7655597	111
+contig	C7655527	111
+contig	C7655565	111
+contig	C7655601	111
+contig	C7654809	111
+contig	C7655609	111
+contig	C7655603	111
+contig	C7655585	111
+contig	C7655637	111
+contig	C7655669	111
+contig	C7655661	111
+contig	C7655631	111
+contig	C7655709	111
+contig	C7655733	111
+contig	C7655689	111
+contig	C7655741	111
+contig	C7655765	111
+contig	C7655781	111
+contig	C7655795	111
+contig	C7655867	111
+contig	C7655849	111
+contig	C7655773	111
+contig	C7655829	111
+contig	C7655883	111
+contig	C7655931	111
+contig	C7655949	111
+contig	C7655899	111
+contig	C7655957	111
+contig	C7655953	111
+contig	C7655607	111
+contig	C7655981	111
+contig	C7655991	111
+contig	C7655875	111
+contig	C7654701	111
+contig	C7656021	111
+contig	C7656041	111
+contig	C7655969	111
+contig	C7656065	111
+contig	C7656003	111
+contig	C7655993	111
+contig	C7656099	111
+contig	C7656119	111
+contig	C7656103	111
+contig	C7656151	111
+contig	C7656203	111
+contig	C7656057	111
+contig	C7656205	111
+contig	C7656247	111
+contig	C7656217	111
+contig	C7656261	111
+contig	C7656149	111
+contig	C7656271	111
+contig	C7656255	111
+contig	C7656283	111
+contig	C7656275	111
+contig	C7656287	111
+contig	C7656297	111
+contig	C7656285	111
+contig	C7656313	111
+contig	C7656341	111
+contig	C7656321	111
+contig	C7656335	111
+contig	C7656363	111
+contig	C7655963	111
+contig	C7656357	111
+contig	C7656371	111
+contig	C7656345	111
+contig	C7656389	111
+contig	C7656415	111
+contig	C7656463	111
+contig	C7656459	111
+contig	C7656489	111
+contig	C7656481	111
+contig	C7656437	111
+contig	C7656495	111
+contig	C7656491	111
+contig	C7656097	111
+contig	C7656497	111
+contig	C7656509	111
+contig	C7656501	111
+contig	C7656137	111
+contig	C7656517	111
+contig	C7656515	111
+contig	C7656573	111
+contig	C7656587	111
+contig	C7656591	111
+contig	C7656599	111
+contig	C7656609	111
+contig	C7656533	111
+contig	C7656617	111
+contig	C7656657	111
+contig	C7656659	111
+contig	C7656675	111
+contig	C7656683	111
+contig	C7656527	111
+contig	C7656667	111
+contig	C7656693	111
+contig	C7656685	111
+contig	C7656709	111
+contig	C7656705	111
+contig	C7656723	111
+contig	C7656733	111
+contig	C7656717	111
+contig	C7656655	111
+contig	C7656757	111
+contig	C7656571	111
+contig	C7656763	111
+contig	C7656783	111
+contig	C7656761	111
+contig	C7656703	111
+contig	C7656747	111
+contig	C7656787	111
+contig	C7656821	111
+contig	C7656827	111
+contig	C7656813	111
+contig	C7656885	111
+contig	C7656901	111
+contig	C7656893	111
+contig	C7656919	111
+contig	C7656769	111
+contig	C7656921	111
+contig	C7656939	111
+contig	C7656913	111
+contig	C7656915	111
+contig	C7656959	111
+contig	C7656977	111
+contig	C7656947	111
+contig	C7656941	111
+contig	C7656997	111
+contig	C7657031	111
+contig	C7657039	111
+contig	C7656969	111
+contig	C7657045	111
+contig	C7657009	111
+contig	C7657041	111
+contig	C7657069	111
+contig	C7656911	111
+contig	C7657077	111
+contig	C7656991	111
+contig	C7657093	111
+contig	C7657097	111
+contig	C7657121	111
+contig	C7657107	111
+contig	C7657115	111
+contig	C7657135	111
+contig	C7657071	111
+contig	C7657139	111
+contig	C7657147	111
+contig	C7657131	111
+contig	C7657191	111
+contig	C7657149	111
+contig	C7657201	111
+contig	C7657127	111
+contig	C7657203	111
+contig	C7657199	111
+contig	C7657189	111
+contig	C7657053	111
+contig	C7657215	111
+contig	C7657221	111
+contig	C7656423	111
+contig	C7657213	111
+contig	C7657241	111
+contig	C7657269	111
+contig	C7657275	111
+contig	C7657209	111
+contig	C7657223	111
+contig	C7657279	111
+contig	C7657325	111
+contig	C7657267	111
+contig	C7657301	111
+contig	C7657271	111
+contig	C7657339	111
+contig	C7657393	111
+contig	C7657331	111
+contig	C7657399	111
+contig	C7657429	111
+contig	C7657447	111
+contig	C7657287	111
+contig	C7657381	111
+contig	C7657405	111
+contig	C7657467	111
+contig	C7657341	111
+contig	C7657483	111
+contig	C7657481	111
+contig	C7657495	111
+contig	C7657553	111
+contig	C7657561	111
+contig	C7657565	111
+contig	C7657575	111
+contig	C7657591	111
+contig	C7657609	111
+contig	C7657559	111
+contig	C7657615	111
+contig	C7657603	111
+contig	C7657619	111
+contig	C7657463	111
+contig	C7657647	111
+contig	C7657595	111
+contig	C7657509	111
+contig	C7657639	111
+contig	C7657651	111
+contig	C7657629	111
+contig	C7657675	111
+contig	C7657655	111
+contig	C7657645	111
+contig	C7657711	111
+contig	C7657687	111
+contig	C7657685	111
+contig	C7655541	111
+contig	C7657723	111
+contig	C7657747	111
+contig	C7657679	111
+contig	C7657713	111
+contig	C7657761	111
+contig	C7657769	111
+contig	C7657869	111
+contig	C7657831	111
+contig	C7657731	111
+contig	C7657793	111
+contig	C7657883	111
+contig	C7657871	111
+contig	C7657945	111
+contig	C7657855	111
+contig	C7657907	111
+contig	C7657897	111
+contig	C7657971	111
+contig	C7657981	111
+contig	C7657955	111
+contig	C7657779	111
+contig	C7657911	111
+contig	C7658003	111
+contig	C7657947	111
+contig	C7658007	111
+contig	C7658015	111
+contig	C7657997	111
+contig	C7658019	111
+contig	C7658009	111
+contig	C7658039	111
+contig	C7658041	111
+contig	C7658049	111
+contig	C7658083	111
+contig	C7658061	111
+contig	C7658087	111
+contig	C7657963	111
+contig	C7658119	111
+contig	C7657977	111
+contig	C7658107	111
+contig	C7658121	111
+contig	C7658149	111
+contig	C7658161	111
+contig	C7658165	111
+contig	C7658159	111
+contig	C7658099	111
+contig	C7658035	111
+contig	C7658129	111
+contig	C7658191	111
+contig	C7658237	111
+contig	C7658169	111
+contig	C7658239	111
+contig	C7658115	111
+contig	C7658227	111
+contig	C7658255	111
+contig	C7658243	111
+contig	C7658265	111
+contig	C7658261	111
+contig	C7658253	111
+contig	C7658281	111
+contig	C7658233	111
+contig	C7658285	111
+contig	C7658263	111
+contig	C7658297	111
+contig	C7658185	111
+contig	C7658309	111
+contig	C7658353	111
+contig	C7658337	111
+contig	C7658357	111
+contig	C7658287	111
+contig	C7658427	111
+contig	C7658319	111
+contig	C7658419	111
+contig	C7658375	111
+contig	C7658441	111
+contig	C7658257	111
+contig	C7658545	111
+contig	C7658499	111
+contig	C7658581	111
+contig	C7658601	111
+contig	C7658481	111
+contig	C7658613	111
+contig	C7658501	111
+contig	C7658653	111
+contig	C7658537	111
+contig	C7658649	111
+contig	C7658655	111
+contig	C7658707	111
+contig	C7658719	111
+contig	C7658425	111
+contig	C7658681	111
+contig	C7658687	111
+contig	C7658773	111
+contig	C7658731	111
+contig	C7658725	111
+contig	C7658769	111
+contig	C7658791	111
+contig	C7658745	111
+contig	C7658853	111
+contig	C7658835	111
+contig	C7658885	111
+contig	C7658909	111
+contig	C7658861	111
+contig	C7658889	111
+contig	C7658925	111
+contig	C7658473	111
+contig	C7658911	111
+contig	C7658585	111
+contig	C7658933	111
+contig	C7658935	111
+contig	C7658913	111
+contig	C7658947	111
+contig	C7658953	111
+contig	C7658897	111
+contig	C7658965	111
+contig	C7658983	111
+contig	C7658975	111
+contig	C7658985	111
+contig	C7659039	111
+contig	C7659043	111
+contig	C7658999	111
+contig	C7658963	111
+contig	C7658959	111
+contig	C7659045	111
+contig	C7659081	111
+contig	C7659051	111
+contig	C7659089	111
+contig	C7658997	111
+contig	C7659103	111
+contig	C7659101	111
+contig	C7659099	111
+contig	C7659091	111
+contig	C7658949	111
+contig	C7659113	111
+contig	C7659023	111
+contig	C7659133	111
+contig	C7659175	111
+contig	C7659189	111
+contig	C7659223	111
+contig	C7659237	111
+contig	C7659317	111
+contig	C7659297	111
+contig	C7659171	111
+contig	C7659321	111
+contig	C7659373	111
+contig	C7659357	111
+contig	C7659193	111
+contig	C7659391	111
+contig	C7659347	111
+contig	C7659399	111
+contig	C7659395	111
+contig	C7659459	111
+contig	C7659487	111
+contig	C7659107	111
+contig	C7659481	111
+contig	C7659457	111
+contig	C7659501	111
+contig	C7659511	111
+contig	C7659545	111
+contig	C7659383	111
+contig	C7659561	111
+contig	C7659441	111
+contig	C7659569	111
+contig	C7659521	111
+contig	C7659577	111
+contig	C7659607	111
+contig	C7659495	111
+contig	C7659605	111
+contig	C7659609	111
+contig	C7659619	111
+contig	C7659635	111
+contig	C7659625	111
+contig	C7659643	111
+contig	C7659647	111
+contig	C7659611	111
+contig	C7659673	111
+contig	C7659683	111
+contig	C7659661	111
+contig	C7659701	111
+contig	C7659735	111
+contig	C7659749	111
+contig	C7659767	111
+contig	C7659667	111
+contig	C7659807	111
+contig	C7659565	111
+contig	C7659777	111
+contig	C7659689	111
+contig	C7659817	111
+contig	C7659809	111
+contig	C7659813	111
+contig	C7659861	112
+contig	C7659835	111
+contig	C7659815	111
+contig	C7659889	112
+contig	C7659855	112
+contig	C7659899	112
+contig	C7659865	112
+contig	C7659891	112
+contig	C7659871	112
+contig	C7659901	112
+contig	C7659927	112
+contig	C7659939	112
+contig	C7659949	112
+contig	C7659963	112
+contig	C7659957	112
+contig	C7659975	112
+contig	C7659967	112
+contig	C7659983	112
+contig	C7659979	112
+contig	C7659989	112
+contig	C7660003	112
+contig	C7660027	112
+contig	C7660043	112
+contig	C7659599	111
+contig	C7660045	112
+contig	C7660093	112
+contig	C7660121	112
+contig	C7660137	112
+contig	C7660161	112
+contig	C7660155	112
+contig	C7660087	112
+contig	C7660165	112
+contig	C7660191	112
+contig	C7660183	112
+contig	C7660213	112
+contig	C7660215	112
+contig	C7660225	112
+contig	C7660233	112
+contig	C7660203	112
+contig	C7660227	112
+contig	C7660241	112
+contig	C7660239	112
+contig	C7660247	112
+contig	C7660257	112
+contig	C7660265	112
+contig	C7660277	112
+contig	C7660281	112
+contig	C7660305	112
+contig	C7659617	111
+contig	C7659153	111
+contig	C7659947	112
+contig	C7660313	112
+contig	C7660349	112
+contig	C7660387	112
+contig	C7660273	112
+contig	C7660393	112
+contig	C7660363	112
+contig	C7660437	112
+contig	C7660417	112
+contig	C7660399	112
+contig	C7660419	112
+contig	C7660237	112
+contig	C7660345	112
+contig	C7660489	112
+contig	C7660509	112
+contig	C7660481	112
+contig	C7660519	112
+contig	C7660569	112
+contig	C7660571	112
+contig	C7660513	112
+contig	C7660597	112
+contig	C7660631	112
+contig	C7660637	112
+contig	C7660593	112
+contig	C7660657	112
+contig	C7660467	112
+contig	C7660685	112
+contig	C7660705	112
+contig	C7660577	112
+contig	C7660709	112
+contig	C7660717	112
+contig	C7660699	112
+contig	C7660665	112
+contig	C7660759	112
+contig	C7660777	112
+contig	C7660749	112
+contig	C7660793	112
+contig	C7660795	112
+contig	C7660825	112
+contig	C7660831	112
+contig	C7660773	112
+contig	C7660839	112
+contig	C7660807	112
+contig	C7660873	112
+contig	C7660855	112
+contig	C7660879	112
+contig	C7660899	112
+contig	C7660901	112
+contig	C7660875	112
+contig	C7660905	112
+contig	C7660891	112
+contig	C7660927	112
+contig	C7660935	112
+contig	C7660925	112
+contig	C7660959	112
+contig	C7660967	112
+contig	C7660693	112
+contig	C7659925	112
+contig	C7660969	112
+contig	C7661009	112
+contig	C7660941	112
+contig	C7661011	112
+contig	C7661017	112
+contig	C7661043	112
+contig	C7660983	112
+contig	C7661053	112
+contig	C7661039	112
+contig	C7661047	112
+contig	C7661057	112
+contig	C7661079	112
+contig	C7661113	112
+contig	C7661109	112
+contig	C7661135	112
+contig	C7661049	112
+contig	C7661067	112
+contig	C7661147	112
+contig	C7660821	112
+contig	C7661165	112
+contig	C7661163	112
+contig	C7661183	112
+contig	C7661181	112
+contig	C7661241	112
+contig	C7660939	112
+contig	C7661261	112
+contig	C7661141	112
+contig	C7661247	112
+contig	C7661275	112
+contig	C7661227	112
+contig	C7661281	112
+contig	C7661291	112
+contig	C7661277	112
+contig	C7661321	112
+contig	C7661333	112
+contig	C7661123	112
+contig	C7661295	112
+contig	C7661351	112
+contig	C7661353	112
+contig	C7661357	112
+contig	C7661309	112
+contig	C7661415	112
+contig	C7661397	112
+contig	C7661449	112
+contig	C7661393	112
+contig	C7661455	112
+contig	C7661311	112
+contig	C7661491	112
+contig	C7661487	112
+contig	C7661501	112
+contig	C7661359	112
+contig	C7661537	112
+contig	C7661521	112
+contig	C7661565	112
+contig	C7661533	112
+contig	C7661563	112
+contig	C7661411	112
+contig	C7661609	112
+contig	C7661573	112
+contig	C7661577	112
+contig	C7661601	112
+contig	C7661613	112
+contig	C7661551	112
+contig	C7661665	112
+contig	C7661691	112
+contig	C7661713	112
+contig	C7661739	112
+contig	C7661745	112
+contig	C7660485	112
+contig	C7661695	112
+contig	C7661715	112
+contig	C7661767	112
+contig	C7661747	112
+contig	C7661813	112
+contig	C7661783	112
+contig	C7661819	112
+contig	C7661779	112
+contig	C7661835	112
+contig	C7661673	112
+contig	C7661839	112
+contig	C7661825	112
+contig	C7661847	112
+contig	C7661837	112
+contig	C7661899	112
+contig	C7661925	112
+contig	C7661927	112
+contig	C7661951	112
+contig	C7661505	112
+contig	C7661929	112
+contig	C7661881	112
+contig	C7661991	112
+contig	C7661987	112
+contig	C7662025	112
+contig	C7662005	112
+contig	C7662085	112
+contig	C7661971	112
+contig	C7662137	112
+contig	C7662029	112
+contig	C7662159	112
+contig	C7662133	112
+contig	C7661985	112
+contig	C7662145	112
+contig	C7662077	112
+contig	C7662165	112
+contig	C7662199	112
+contig	C7662215	112
+contig	C7662181	112
+contig	C7662185	112
+contig	C7662229	112
+contig	C7662187	112
+contig	C7662241	112
+contig	C7662253	112
+contig	C7662263	112
+contig	C7662243	112
+contig	C7662285	112
+contig	C7662217	112
+contig	C7662281	112
+contig	C7662307	112
+contig	C7662303	112
+contig	C7662363	112
+contig	C7662365	112
+contig	C7662379	112
+contig	C7662347	112
+contig	C7662405	112
+contig	C7662343	112
+contig	C7662345	112
+contig	C7662409	112
+contig	C7662387	112
+contig	C7662427	112
+contig	C7662433	112
+contig	C7662411	112
+contig	C7662369	112
+contig	C7662437	112
+contig	C7662421	112
+contig	C7662467	112
+contig	C7662487	112
+contig	C7662451	112
+contig	C7662505	112
+contig	C7662425	112
+contig	C7662489	112
+contig	C7662501	112
+contig	C7662517	112
+contig	C7662521	112
+contig	C7662555	112
+contig	C7662529	112
+contig	C7662563	112
+contig	C7662477	112
+contig	C7662561	112
+contig	C7662607	112
+contig	C7662569	112
+contig	C7662237	112
+contig	C7662627	112
+contig	C7662621	112
+contig	C7662611	112
+contig	C7662637	112
+contig	C7662641	112
+contig	C7662655	112
+contig	C7662679	112
+contig	C7662615	112
+contig	C7662695	112
+contig	C7662635	112
+contig	C7662693	112
+contig	C7662687	112
+contig	C7662711	112
+contig	C7662703	112
+contig	C7662715	112
+contig	C7662717	112
+contig	C7662589	112
+contig	C7662701	112
+contig	C7662757	112
+contig	C7662761	112
+contig	C7662705	112
+contig	C7662765	112
+contig	C7662793	112
+contig	C7662753	112
+contig	C7662787	112
+contig	C7662773	112
+contig	C7662805	112
+contig	C7662803	112
+contig	C7662843	112
+contig	C7662813	112
+contig	C7662785	112
+contig	C7662833	112
+contig	C7662903	112
+contig	C7662851	112
+contig	C7662819	112
+contig	C7662981	112
+contig	C7662941	112
+contig	C7662877	112
+contig	C7662959	112
+contig	C7663047	112
+contig	C7663031	112
+contig	C7663039	112
+contig	C7663001	112
+contig	C7663043	112
+contig	C7663067	112
+contig	C7663061	112
+contig	C7663079	112
+contig	C7663053	112
+contig	C7663105	112
+contig	C7663075	112
+contig	C7663081	112
+contig	C7663115	112
+contig	C7663107	112
+contig	C7663149	112
+contig	C7663123	112
+contig	C7663113	112
+contig	C7663163	112
+contig	C7663183	112
+contig	C7663127	112
+contig	C7663171	112
+contig	C7663227	112
+contig	C7663233	112
+contig	C7663243	112
+contig	C7663221	112
+contig	C7663271	112
+contig	C7663289	112
+contig	C7663217	112
+contig	C7663305	112
+contig	C7663311	112
+contig	C7663181	112
+contig	C7663325	112
+contig	C7663327	112
+contig	C7663267	112
+contig	C7663329	112
+contig	C7663337	112
+contig	C7663353	112
+contig	C7663291	112
+contig	C7663257	112
+contig	C7663345	112
+contig	C7663379	112
+contig	C7663363	112
+contig	C7663403	112
+contig	C7663359	112
+contig	C7663399	112
+contig	C7663389	112
+contig	C7663459	112
+contig	C7663375	112
+contig	C7663441	112
+contig	C7663467	112
+contig	C7663463	112
+contig	C7663511	112
+contig	C7663407	112
+contig	C7663473	112
+contig	C7663449	112
+contig	C7663519	112
+contig	C7663525	112
+contig	C7663543	112
+contig	C7663527	112
+contig	C7663535	112
+contig	C7663641	112
+contig	C7663461	112
+contig	C7663675	112
+contig	C7663659	112
+contig	C7663693	112
+contig	C7663689	112
+contig	C7663687	112
+contig	C7663747	112
+contig	C7663593	112
+contig	C7663777	112
+contig	C7663701	112
+contig	C7663827	112
+contig	C7661833	112
+contig	C7663721	112
+contig	C7663839	112
+contig	C7663823	112
+contig	C7663837	112
+contig	C7663829	112
+contig	C7663787	112
+contig	C7663843	112
+contig	C7663869	112
+contig	C7663791	112
+contig	C7663859	112
+contig	C7663947	112
+contig	C7663923	112
+contig	C7663953	112
+contig	C7663885	112
+contig	C7663931	112
+contig	C7663911	112
+contig	C7663959	112
+contig	C7663965	112
+contig	C7663993	112
+contig	C7663999	112
+contig	C7663979	112
+contig	C7663919	112
+contig	C7663989	112
+contig	C7664073	112
+contig	C7664075	112
+contig	C7664027	112
+contig	C7664103	112
+contig	C7664065	112
+contig	C7664081	112
+contig	C7664105	112
+contig	C7662707	112
+contig	C7664149	112
+contig	C7664153	112
+contig	C7664167	112
+contig	C7664139	112
+contig	C7664191	112
+contig	C7664133	112
+contig	C7664203	112
+contig	C7664157	112
+contig	C7664169	112
+contig	C7664113	112
+contig	C7664201	112
+contig	C7664205	112
+contig	C7664207	112
+contig	C7664253	112
+contig	C7664273	112
+contig	C7664283	112
+contig	C7664307	112
+contig	C7664289	112
+contig	C7664311	112
+contig	C7664011	112
+contig	C7664085	112
+contig	C7664315	112
+contig	C7664269	112
+contig	C7664329	112
+contig	C7664343	112
+contig	C7664317	112
+contig	C7664367	112
+contig	C7664323	112
+contig	C7664371	112
+contig	C7664359	112
+contig	C7664341	112
+contig	C7664369	112
+contig	C7664363	112
+contig	C7664415	112
+contig	C7664435	112
+contig	C7664411	112
+contig	C7664383	112
+contig	C7664281	112
+contig	C7664449	112
+contig	C7664387	112
+contig	C7664451	112
+contig	C7664419	112
+contig	C7664461	112
+contig	C7664473	112
+contig	C7664543	112
+contig	C7664453	112
+contig	C7664557	112
+contig	C7664559	112
+contig	C7664511	112
+contig	C7664603	112
+contig	C7664533	112
+contig	C7664579	112
+contig	C7664613	112
+contig	C7664625	112
+contig	C7664463	112
+contig	C7664667	112
+contig	C7664661	112
+contig	C7664623	112
+contig	C7664633	112
+contig	C7664699	112
+contig	C7664715	112
+contig	C7664723	112
+contig	C7664793	112
+contig	C7664795	112
+contig	C7664709	112
+contig	C7664751	112
+contig	C7664801	112
+contig	C7664835	112
+contig	C7664829	112
+contig	C7664851	112
+contig	C7664821	112
+contig	C7664867	112
+contig	C7664875	112
+contig	C7664891	112
+contig	C7664877	112
+contig	C7664903	112
+contig	C7664901	112
+contig	C7664907	112
+contig	C7664955	112
+contig	C7664967	112
+contig	C7664995	112
+contig	C7664783	112
+contig	C7665037	112
+contig	C7665011	112
+contig	C7665067	112
+contig	C7665013	112
+contig	C7665059	112
+contig	C7665109	112
+contig	C7665085	112
+contig	C7665117	112
+contig	C7665141	112
+contig	C7664629	112
+contig	C7665041	112
+contig	C7665171	112
+contig	C7665125	112
+contig	C7665179	112
+contig	C7665219	112
+contig	C7665235	112
+contig	C7665169	112
+contig	C7665123	112
+contig	C7665239	112
+contig	C7665145	112
+contig	C7665237	112
+contig	C7665275	112
+contig	C7665287	112
+contig	C7665299	112
+contig	C7665303	112
+contig	C7665305	112
+contig	C7665315	112
+contig	C7665329	112
+contig	C7665323	112
+contig	C7665357	112
+contig	C7665257	112
+contig	C7665333	112
+contig	C7665223	112
+contig	C7665363	112
+contig	C7665391	112
+contig	C7665393	112
+contig	C7665335	112
+contig	C7665371	112
+contig	C7665401	112
+contig	C7665415	112
+contig	C7665431	112
+contig	C7665399	112
+contig	C7665441	112
+contig	C7665385	112
+contig	C7665439	112
+contig	C7665469	112
+contig	C7665359	112
+contig	C7665531	112
+contig	C7665517	112
+contig	C7665477	112
+contig	C7665521	112
+contig	C7665539	112
+contig	C7665561	112
+contig	C7665563	112
+contig	C7665605	112
+contig	C7665567	112
+contig	C7665573	112
+contig	C7665631	112
+contig	C7665681	112
+contig	C7665685	112
+contig	C7665679	112
+contig	C7665687	112
+contig	C7665711	112
+contig	C7665715	112
+contig	C7665723	112
+contig	C7665745	112
+contig	C7665697	112
+contig	C7665751	112
+contig	C7665763	112
+contig	C7665795	112
+contig	C7665709	112
+contig	C7665775	112
+contig	C7665817	112
+contig	C7665827	112
+contig	C7665819	112
+contig	C7665849	112
+contig	C7665873	112
+contig	C7665837	112
+contig	C7665877	112
+contig	C7665937	112
+contig	C7665471	112
+contig	C7665975	112
+contig	C7665897	112
+contig	C7665925	112
+contig	C7665993	112
+contig	C7665983	112
+contig	C7665981	112
+contig	C7666039	112
+contig	C7666045	112
+contig	C7666049	112
+contig	C7666081	112
+contig	C7666003	112
+contig	C7666005	112
+contig	C7666111	112
+contig	C7666089	112
+contig	C7666117	112
+contig	C7666021	112
+contig	C7666179	112
+contig	C7666103	112
+contig	C7666169	112
+contig	C7666185	112
+contig	C7666207	112
+contig	C7666197	112
+contig	C7666211	112
+contig	C7666249	112
+contig	C7666203	112
+contig	C7666247	112
+contig	C7666259	112
+contig	C7666253	112
+contig	C7666261	112
+contig	C7666291	112
+contig	C7666297	112
+contig	C7666319	112
+contig	C7666305	112
+contig	C7666323	112
+contig	C7666331	112
+contig	C7666337	112
+contig	C7666295	112
+contig	C7666167	112
+contig	C7666349	112
+contig	C7666361	112
+contig	C7666399	112
+contig	C7666401	112
+contig	C7666341	112
+contig	C7666405	112
+contig	C7666409	112
+contig	C7666411	112
+contig	C7666385	112
+contig	C7666461	112
+contig	C7666445	112
+contig	C7666477	112
+contig	C7666489	112
+contig	C7666499	112
+contig	C7666439	112
+contig	C7666501	112
+contig	C7666511	112
+contig	C7666527	112
+contig	C7666503	112
+contig	C7666535	112
+contig	C7666519	112
+contig	C7666561	112
+contig	C7666587	112
+contig	C7666631	112
+contig	C7666637	112
+contig	C7666635	112
+contig	C7666665	112
+contig	C7666483	112
+contig	C7666679	112
+contig	C7666597	112
+contig	C7666697	112
+contig	C7666651	112
+contig	C7666703	112
+contig	C7666739	112
+contig	C7666715	112
+contig	C7666769	112
+contig	C7666681	112
+contig	C7666773	112
+contig	C7666819	112
+contig	C7666815	112
+contig	C7666737	112
+contig	C7666841	112
+contig	C7666871	112
+contig	C7666875	112
+contig	C7666807	112
+contig	C7666847	112
+contig	C7666909	112
+contig	C7666899	112
+contig	C7666853	112
+contig	C7666919	112
+contig	C7666889	112
+contig	C7666941	112
+contig	C7666999	112
+contig	C7667029	112
+contig	C7667039	112
+contig	C7667053	112
+contig	C7667059	112
+contig	C7664267	112
+contig	C7667013	112
+contig	C7667073	112
+contig	C7666959	112
+contig	C7667069	112
+contig	C7667087	112
+contig	C7667123	112
+contig	C7665935	112
+contig	C7667109	112
+contig	C7667125	112
+contig	C7667131	112
+contig	C7667133	112
+contig	C7667101	112
+contig	C7667143	112
+contig	C7667153	112
+contig	C7667179	112
+contig	C7667165	112
+contig	C7667181	112
+contig	C7667157	112
+contig	C7667187	112
+contig	C7667191	112
+contig	C7667195	112
+contig	C7667093	112
+contig	C7667219	112
+contig	C7667243	112
+contig	C7667221	112
+contig	C7667135	112
+contig	C7667273	112
+contig	C7667315	112
+contig	C7667319	112
+contig	C7667235	112
+contig	C7667335	112
+contig	C7667307	112
+contig	C7667259	112
+contig	C7667375	112
+contig	C7667371	112
+contig	C7667351	112
+contig	C7667395	112
+contig	C7667379	112
+contig	C7667385	112
+contig	C7667415	112
+contig	C7667349	112
+contig	C7667393	112
+contig	C7667435	112
+contig	C7667419	112
+contig	C7667455	112
+contig	C7667429	112
+contig	C7667475	112
+contig	C7667467	112
+contig	C7667479	112
+contig	C7667443	112
+contig	C7667481	112
+contig	C7667509	112
+contig	C7667525	112
+contig	C7667483	112
+contig	C7667471	112
+contig	C7667529	112
+contig	C7667541	112
+contig	C7667533	112
+contig	C7667601	112
+contig	C7667585	112
+contig	C7667613	112
+contig	C7666945	112
+contig	C7667571	112
+contig	C7667609	112
+contig	C7667623	112
+contig	C7667709	112
+contig	C7667669	112
+contig	C7667745	112
+contig	C7667617	112
+contig	C7667749	112
+contig	C7667693	112
+contig	C7667759	112
+contig	C7667767	112
+contig	C7667477	112
+contig	C7667779	112
+contig	C7667715	112
+contig	C7667719	112
+contig	C7667773	112
+contig	C7667789	112
+contig	C7667803	112
+contig	C7667753	112
+contig	C7667807	112
+contig	C7667843	112
+contig	C7667819	112
+contig	C7667881	112
+contig	C7667799	112
+contig	C7667861	112
+contig	C7667795	112
+contig	C7667855	112
+contig	C7667927	112
+contig	C7667823	112
+contig	C7667939	112
+contig	C7667963	112
+contig	C7667935	112
+contig	C7668007	112
+contig	C7667929	112
+contig	C7667979	112
+contig	C7667901	112
+contig	C7668039	112
+contig	C7667993	112
+contig	C7668011	112
+contig	C7667989	112
+contig	C7668027	112
+contig	C7668077	112
+contig	C7668033	112
+contig	C7668079	112
+contig	C7668095	112
+contig	C7668085	112
+contig	C7668071	112
+contig	C7668099	112
+contig	C7668059	112
+contig	C7668147	112
+contig	C7668149	112
+contig	C7668153	112
+contig	C7668061	112
+contig	C7668167	112
+contig	C7668135	112
+contig	C7668201	112
+contig	C7668195	112
+contig	C7668209	112
+contig	C7668227	112
+contig	C7668223	112
+contig	C7668249	112
+contig	C7668239	112
+contig	C7668251	112
+contig	C7668303	112
+contig	C7668301	112
+contig	C7668121	112
+contig	C7668339	112
+contig	C7668325	112
+contig	C7668351	112
+contig	C7668369	112
+contig	C7668387	112
+contig	C7668393	112
+contig	C7668389	112
+contig	C7668397	112
+contig	C7668255	112
+contig	C7668305	112
+contig	C7668395	112
+contig	C7668425	112
+contig	C7668435	112
+contig	C7668451	112
+contig	C7668193	112
+contig	C7668445	112
+contig	C7668437	112
+contig	C7668431	112
+contig	C7668485	112
+contig	C7668493	112
+contig	C7668551	112
+contig	C7668459	112
+contig	C7668483	112
+contig	C7668529	112
+contig	C7668555	112
+contig	C7668563	112
+contig	C7668567	112
+contig	C7668577	112
+contig	C7668585	112
+contig	C7668581	112
+contig	C7668595	112
+contig	C7668549	112
+contig	C7668633	112
+contig	C7668643	112
+contig	C7668641	112
+contig	C7668591	112
+contig	C7668679	112
+contig	C7668631	112
+contig	C7668659	112
+contig	C7668725	112
+contig	C7668731	112
+contig	C7668729	112
+contig	C7668733	112
+contig	C7668655	112
+contig	C7668751	112
+contig	C7668769	112
+contig	C7668761	112
+contig	C7664457	112
+contig	C7668783	112
+contig	C7668829	112
+contig	C7668789	112
+contig	C7668855	112
+contig	C7668845	112
+contig	C7668849	112
+contig	C7668825	112
+contig	C7668903	112
+contig	C7668911	112
+contig	C7668889	112
+contig	C7668933	112
+contig	C7668935	112
+contig	C7668949	112
+contig	C7668959	112
+contig	C7668963	112
+contig	C7668985	112
+contig	C7668939	112
+contig	C7669001	112
+contig	C7668809	112
+contig	C7668981	112
+contig	C7669003	112
+contig	C7669007	112
+contig	C7669063	112
+contig	C7669013	112
+contig	C7669009	112
+contig	C7669081	112
+contig	C7669043	112
+contig	C7669091	112
+contig	C7669119	112
+contig	C7669069	112
+contig	C7669129	112
+contig	C7669117	112
+contig	C7669143	112
+contig	C7669093	112
+contig	C7669131	112
+contig	C7669219	112
+contig	C7669235	112
+contig	C7669185	112
+contig	C7669239	112
+contig	C7669267	112
+contig	C7669191	112
+contig	C7669283	112
+contig	C7669297	112
+contig	C7669303	112
+contig	C7669249	112
+contig	C7669299	112
+contig	C7669309	112
+contig	C7669321	112
+contig	C7669337	112
+contig	C7669345	112
+contig	C7668145	112
+contig	C7669393	112
+contig	C7669325	112
+contig	C7669157	112
+contig	C7669363	112
+contig	C7669401	112
+contig	C7669415	112
+contig	C7669443	112
+contig	C7669403	112
+contig	C7669425	112
+contig	C7669417	112
+contig	C7669465	112
+contig	C7669449	112
+contig	C7669493	112
+contig	C7669501	112
+contig	C7669543	112
+contig	C7669553	112
+contig	C7669489	112
+contig	C7669561	112
+contig	C7669547	112
+contig	C7669365	112
+contig	C7669505	112
+contig	C7669571	112
+contig	C7669577	112
+contig	C7669583	112
+contig	C7669563	112
+contig	C7669597	112
+contig	C7669611	112
+contig	C7669591	112
+contig	C7668565	112
+contig	C7669643	112
+contig	C7669657	112
+contig	C7669671	112
+contig	C7669639	112
+contig	C7669675	112
+contig	C7669659	112
+contig	C7669713	112
+contig	C7669717	112
+contig	C7669695	112
+contig	C7669747	112
+contig	C7669637	112
+contig	C7669759	112
+contig	C7669683	112
+contig	C7669783	112
+contig	C7669791	112
+contig	C7669743	112
+contig	C7668973	112
+contig	C7669799	112
+contig	C7669829	112
+contig	C7669823	112
+contig	C7669835	112
+contig	C7669737	112
+contig	C7669837	112
+contig	C7669795	112
+contig	C7669863	112
+contig	C7669875	112
+contig	C7669903	112
+contig	C7669873	112
+contig	C7669901	112
+contig	C7669847	112
+contig	C7669945	112
+contig	C7669927	112
+contig	C7669961	112
+contig	C7669913	112
+contig	C7669949	112
+contig	C7669975	112
+contig	C7669981	112
+contig	C7669765	112
+contig	C7669925	112
+contig	C7669965	112
+contig	C7669999	112
+contig	C7669947	112
+contig	C7669983	112
+contig	C7669973	112
+contig	C7670003	112
+contig	C7670055	112
+contig	C7669989	112
+contig	C7670029	112
+contig	C7669985	112
+contig	C7670071	112
+contig	C7670119	112
+contig	C7670133	112
+contig	C7670145	112
+contig	C7670065	112
+contig	C7670165	112
+contig	C7670157	112
+contig	C7670043	112
+contig	C7670187	112
+contig	C7670193	112
+contig	C7670205	112
+contig	C7670207	112
+contig	C7670245	112
+contig	C7670223	112
+contig	C7670257	112
+contig	C7670271	112
+contig	C7670277	112
+contig	C7670251	112
+contig	C7670115	112
+contig	C7670313	112
+contig	C7670315	112
+contig	C7670221	112
+contig	C7670057	112
+contig	C7670319	112
+contig	C7670215	112
+contig	C7670283	112
+contig	C7670349	112
+contig	C7670335	112
+contig	C7670421	112
+contig	C7670431	112
+contig	C7670407	112
+contig	C7670321	112
+contig	C7670505	112
+contig	C7670491	112
+contig	C7670521	112
+contig	C7670529	112
+contig	C7670483	112
+contig	C7670587	112
+contig	C7670471	112
+contig	C7670569	112
+contig	C7670593	112
+contig	C7670547	112
+contig	C7670591	112
+contig	C7670647	112
+contig	C7670661	112
+contig	C7670331	112
+contig	C7670601	112
+contig	C7670663	112
+contig	C7670611	112
+contig	C7670687	112
+contig	C7670689	112
+contig	C7670697	112
+contig	C7670653	112
+contig	C7670665	112
+contig	C7670673	112
+contig	C7670699	112
+contig	C7670623	112
+contig	C7670723	112
+contig	C7670715	112
+contig	C7670737	112
+contig	C7670749	112
+contig	C7670753	112
+contig	C7670735	112
+contig	C7670743	112
+contig	C7670713	112
+contig	C7670769	112
+contig	C7670757	112
+contig	C7670801	112
+contig	C7670767	112
+contig	C7670853	112
+contig	C7670775	112
+contig	C7670869	112
+contig	C7670861	112
+contig	C7670905	112
+contig	C7670821	112
+contig	C7670925	112
+contig	C7670763	112
+contig	C7670917	112
+contig	C7670897	112
+contig	C7670929	112
+contig	C7670863	112
+contig	C7670957	112
+contig	C7670953	112
+contig	C7670945	112
+contig	C7670959	112
+contig	C7670939	112
+contig	C7671003	112
+contig	C7670999	112
+contig	C7670919	112
+contig	C7670977	112
+contig	C7671025	112
+contig	C7671043	112
+contig	C7671055	112
+contig	C7670961	112
+contig	C7671059	112
+contig	C7671065	112
+contig	C7671005	112
+contig	C7671037	112
+contig	C7671077	112
+contig	C7671087	112
+contig	C7671093	112
+contig	C7671089	112
+contig	C7671117	112
+contig	C7671105	112
+contig	C7671153	112
+contig	C7671151	112
+contig	C7671071	112
+contig	C7671125	112
+contig	C7671167	112
+contig	C7671157	112
+contig	C7669711	112
+contig	C7671203	112
+contig	C7671047	112
+contig	C7671201	112
+contig	C7671141	112
+contig	C7671227	112
+contig	C7671237	112
+contig	C7671195	112
+contig	C7671197	112
+contig	C7671229	112
+contig	C7671251	112
+contig	C7671181	112
+contig	C7671239	112
+contig	C7671335	112
+contig	C7671351	112
+contig	C7671333	112
+contig	C7671303	112
+contig	C7671291	112
+contig	C7671367	112
+contig	C7671245	112
+contig	C7671383	112
+contig	C7671433	112
+contig	C7671445	112
+contig	C7671355	112
+contig	C7671451	112
+contig	C7671487	112
+contig	C7671531	112
+contig	C7671423	112
+contig	C7671401	112
+contig	C7671513	112
+contig	C7671613	112
+contig	C7671537	112
+contig	C7671519	112
+contig	C7671621	112
+contig	C7671549	112
+contig	C7671569	112
+contig	C7671641	112
+contig	C7671475	112
+contig	C7671671	112
+contig	C7671637	112
+contig	C7671455	112
+contig	C7671635	112
+contig	C7671697	112
+contig	C7671707	112
+contig	C7671657	112
+contig	C7671693	112
+contig	C7671675	112
+contig	C7671729	112
+contig	C7671679	112
+contig	C7671759	112
+contig	C7671749	112
+contig	C7671777	112
+contig	C7671743	112
+contig	C7671781	112
+contig	C7671805	112
+contig	C7671779	112
+contig	C7671811	112
+contig	C7671763	112
+contig	C7671817	112
+contig	C7671849	112
+contig	C7671673	112
+contig	C7671841	112
+contig	C7671865	112
+contig	C7671901	112
+contig	C7671909	112
+contig	C7671913	112
+contig	C7671915	112
+contig	C7671941	112
+contig	C7671927	112
+contig	C7671955	112
+contig	C7671965	112
+contig	C7671969	112
+contig	C7671907	112
+contig	C7671977	112
+contig	C7671973	112
+contig	C7671979	112
+contig	C7672009	112
+contig	C7671997	112
+contig	C7671753	112
+contig	C7672001	112
+contig	C7672027	112
+contig	C7672057	112
+contig	C7672025	112
+contig	C7672081	112
+contig	C7672089	112
+contig	C7671905	112
+contig	C7672091	112
+contig	C7671987	112
+contig	C7672105	112
+contig	C7672061	112
+contig	C7672149	112
+contig	C7672125	112
+contig	C7672213	112
+contig	C7672227	112
+contig	C7672119	112
+contig	C7672225	112
+contig	C7672179	112
+contig	C7672245	112
+contig	C7672143	112
+contig	C7672249	112
+contig	C7672269	112
+contig	C7672271	112
+contig	C7672321	112
+contig	C7672287	112
+contig	C7672327	112
+contig	C7672333	112
+contig	C7672355	112
+contig	C7672315	112
+contig	C7672369	112
+contig	C7672395	112
+contig	C7672387	112
+contig	C7672409	112
+contig	C7672347	112
+contig	C7672235	112
+contig	C7672413	112
+contig	C7672459	112
+contig	C7672461	112
+contig	C7672411	112
+contig	C7672467	112
+contig	C7672471	112
+contig	C7672495	112
+contig	C7672399	112
+contig	C7672501	112
+contig	C7672485	112
+contig	C7672547	112
+contig	C7672587	112
+contig	C7672527	112
+contig	C7672563	112
+contig	C7672603	112
+contig	C7672657	112
+contig	C7672663	112
+contig	C7672421	112
+contig	C7672671	112
+contig	C7672679	112
+contig	C7672673	112
+contig	C7672639	112
+contig	C7672719	112
+contig	C7672697	112
+contig	C7672667	112
+contig	C7671669	112
+contig	C7672721	112
+contig	C7672735	112
+contig	C7672739	112
+contig	C7672775	112
+contig	C7672741	112
+contig	C7672793	112
+contig	C7672791	112
+contig	C7672803	112
+contig	C7672807	112
+contig	C7672787	112
+contig	C7672811	112
+contig	C7672825	112
+contig	C7672813	112
+contig	C7672827	112
+contig	C7672729	112
+contig	C7672843	112
+contig	C7672281	112
+contig	C7672851	112
+contig	C7672831	112
+contig	C7672875	112
+contig	C7672837	112
+contig	C7672865	112
+contig	C7672847	112
+contig	C7672901	112
+contig	C7672829	112
+contig	C7672903	112
+contig	C7672929	112
+contig	C7672909	112
+contig	C7672899	112
+contig	C7672955	112
+contig	C7672917	112
+contig	C7672925	112
+contig	C7672975	112
+contig	C7672961	112
+contig	C7672959	112
+contig	C7672985	112
+contig	C7673015	112
+contig	C7673011	112
+contig	C7673047	112
+contig	C7673033	112
+contig	C7673027	112
+contig	C7672897	112
+contig	C7673077	112
+contig	C7673053	112
+contig	C7673019	112
+contig	C7673085	112
+contig	C7673017	112
+contig	C7673101	112
+contig	C7673089	112
+contig	C7673103	112
+contig	C7673115	112
+contig	C7673125	112
+contig	C7673067	112
+contig	C7673147	112
+contig	C7673163	112
+contig	C7673113	112
+contig	C7673145	112
+contig	C7673167	112
+contig	C7673221	112
+contig	C7673091	112
+contig	C7673227	112
+contig	C7673285	112
+contig	C7673317	112
+contig	C7673183	112
+contig	C7673311	112
+contig	C7673321	112
+contig	C7673347	112
+contig	C7673319	112
+contig	C7673327	112
+contig	C7673173	112
+contig	C7673353	112
+contig	C7673375	112
+contig	C7673385	112
+contig	C7673349	112
+contig	C7672035	112
+contig	C7673365	112
+contig	C7673387	112
+contig	C7673401	112
+contig	C7673389	112
+contig	C7673409	112
+contig	C7673399	112
+contig	C7673419	112
+contig	C7673437	112
+contig	C7673433	112
+contig	C7673441	112
+contig	C7673453	112
+contig	C7673457	112
+contig	C7673403	112
+contig	C7673417	112
+contig	C7673455	112
+contig	C7673479	112
+contig	C7673471	112
+contig	C7673505	112
+contig	C7673489	112
+contig	C7673461	112
+contig	C7673475	112
+contig	C7673539	112
+contig	C7673515	112
+contig	C7673541	112
+contig	C7673517	112
+contig	C7673501	112
+contig	C7673543	112
+contig	C7673563	112
+contig	C7673593	112
+contig	C7673565	112
+contig	C7673595	112
+contig	C7673203	112
+contig	C7673635	112
+contig	C7673607	112
+contig	C7673587	112
+contig	C7673615	112
+contig	C7673657	112
+contig	C7673689	112
+contig	C7673597	112
+contig	C7673699	112
+contig	C7673685	112
+contig	C7673075	112
+contig	C7673585	112
+contig	C7673679	112
+contig	C7673751	112
+contig	C7673773	112
+contig	C7673777	112
+contig	C7673695	112
+contig	C7673791	112
+contig	C7673797	112
+contig	C7673833	112
+contig	C7673733	112
+contig	C7673817	112
+contig	C7673823	112
+contig	C7673875	112
+contig	C7673713	112
+contig	C7673909	112
+contig	C7673843	112
+contig	C7673913	112
+contig	C7673729	112
+contig	C7673941	112
+contig	C7673915	112
+contig	C7673899	112
+contig	C7673951	112
+contig	C7673821	112
+contig	C7673959	112
+contig	C7673999	112
+contig	C7673949	112
+contig	C7674027	112
+contig	C7673997	112
+contig	C7674005	112
+contig	C7673969	112
+contig	C7674047	112
+contig	C7674003	112
+contig	C7674031	112
+contig	C7674093	112
+contig	C7674101	112
+contig	C7674017	112
+contig	C7674111	112
+contig	C7674139	112
+contig	C7674127	112
+contig	C7674063	112
+contig	C7674103	112
+contig	C7674175	113
+contig	C7674149	112
+contig	C7674183	113
+contig	C7674167	112
+contig	C7674227	113
+contig	C7674217	113
+contig	C7674189	113
+contig	C7674065	112
+contig	C7674231	113
+contig	C7674243	113
+contig	C7674287	113
+contig	C7674233	113
+contig	C7674289	113
+contig	C7674277	113
+contig	C7674299	113
+contig	C7674327	113
+contig	C7674329	113
+contig	C7674357	113
+contig	C7674303	113
+contig	C7674315	113
+contig	C7674363	113
+contig	C7674385	113
+contig	C7674401	113
+contig	C7674433	113
+contig	C7674387	113
+contig	C7674439	113
+contig	C7674177	113
+contig	C7674459	113
+contig	C7674507	113
+contig	C7674457	113
+contig	C7674545	113
+contig	C7674471	113
+contig	C7674559	113
+contig	C7674521	113
+contig	C7674549	113
+contig	C7674571	113
+contig	C7674565	113
+contig	C7674577	113
+contig	C7674611	113
+contig	C7674517	113
+contig	C7674595	113
+contig	C7674573	113
+contig	C7674613	113
+contig	C7674633	113
+contig	C7674653	113
+contig	C7674643	113
+contig	C7674663	113
+contig	C7674675	113
+contig	C7674635	113
+contig	C7674681	113
+contig	C7674685	113
+contig	C7674707	113
+contig	C7674379	113
+contig	C7674701	113
+contig	C7674683	113
+contig	C7674381	113
+contig	C7674741	113
+contig	C7674739	113
+contig	C7674695	113
+contig	C7674713	113
+contig	C7674725	113
+contig	C7674749	113
+contig	C7674715	113
+contig	C7674767	113
+contig	C7674857	113
+contig	C7674797	113
+contig	C7674827	113
+contig	C7674921	113
+contig	C7674871	113
+contig	C7674939	113
+contig	C7674907	113
+contig	C7674943	113
+contig	C7674951	113
+contig	C7674983	113
+contig	C7674961	113
+contig	C7674971	113
+contig	C7674869	113
+contig	C7674991	113
+contig	C7675013	113
+contig	C7674985	113
+contig	C7675063	113
+contig	C7675025	113
+contig	C7674987	113
+contig	C7675081	113
+contig	C7675085	113
+contig	C7675017	113
+contig	C7675079	113
+contig	C7675127	113
+contig	C7675059	113
+contig	C7675145	113
+contig	C7675141	113
+contig	C7675101	113
+contig	C7675147	113
+contig	C7675165	113
+contig	C7675171	113
+contig	C7675209	113
+contig	C7675161	113
+contig	C7675189	113
+contig	C7675217	113
+contig	C7675115	113
+contig	C7675223	113
+contig	C7675183	113
+contig	C7675245	113
+contig	C7675241	113
+contig	C7675231	113
+contig	C7675285	113
+contig	C7675259	113
+contig	C7675237	113
+contig	C7675257	113
+contig	C7675291	113
+contig	C7675321	113
+contig	C7675355	113
+contig	C7675287	113
+contig	C7675361	113
+contig	C7675385	113
+contig	C7675327	113
+contig	C7675331	113
+contig	C7675413	113
+contig	C7675403	113
+contig	C7675393	113
+contig	C7675431	113
+contig	C7675437	113
+contig	C7675445	113
+contig	C7675417	113
+contig	C7675337	113
+contig	C7674937	113
+contig	C7675435	113
+contig	C7675449	113
+contig	C7675447	113
+contig	C7675469	113
+contig	C7675543	113
+contig	C7675557	113
+contig	C7675479	113
+contig	C7675569	113
+contig	C7675579	113
+contig	C7675567	113
+contig	C7675609	113
+contig	C7675617	113
+contig	C7675545	113
+contig	C7675625	113
+contig	C7675481	113
+contig	C7675651	113
+contig	C7675589	113
+contig	C7675633	113
+contig	C7675709	113
+contig	C7675505	113
+contig	C7675687	113
+contig	C7675723	113
+contig	C7675725	113
+contig	C7675739	113
+contig	C7675673	113
+contig	C7675751	113
+contig	C7675743	113
+contig	C7675731	113
+contig	C7675703	113
+contig	C7675761	113
+contig	C7675763	113
+contig	C7675767	113
+contig	C7675775	113
+contig	C7675773	113
+contig	C7675799	113
+contig	C7675825	113
+contig	C7675745	113
+contig	C7675857	113
+contig	C7675795	113
+contig	C7675867	113
+contig	C7675873	113
+contig	C7675831	113
+contig	C7675887	113
+contig	C7675597	113
+contig	C7675905	113
+contig	C7675895	113
+contig	C7675915	113
+contig	C7675923	113
+contig	C7675943	113
+contig	C7675933	113
+contig	C7675849	113
+contig	C7675921	113
+contig	C7675965	113
+contig	C7675969	113
+contig	C7675991	113
+contig	C7675983	113
+contig	C7676021	113
+contig	C7676025	113
+contig	C7675967	113
+contig	C7676045	113
+contig	C7676013	113
+contig	C7676041	113
+contig	C7676069	113
+contig	C7676097	113
+contig	C7676151	113
+contig	C7676037	113
+contig	C7676205	113
+contig	C7676213	113
+contig	C7676087	113
+contig	C7676057	113
+contig	C7676209	113
+contig	C7676249	113
+contig	C7676215	113
+contig	C7676251	113
+contig	C7676279	113
+contig	C7676301	113
+contig	C7676309	113
+contig	C7676171	113
+contig	C7676307	113
+contig	C7676361	113
+contig	C7676343	113
+contig	C7676385	113
+contig	C7676241	113
+contig	C7676393	113
+contig	C7676367	113
+contig	C7676431	113
+contig	C7676433	113
+contig	C7676445	113
+contig	C7676405	113
+contig	C7676457	113
+contig	C7676471	113
+contig	C7676481	113
+contig	C7676319	113
+contig	C7676497	113
+contig	C7676467	113
+contig	C7676479	113
+contig	C7676537	113
+contig	C7676515	113
+contig	C7676543	113
+contig	C7676461	113
+contig	C7676569	113
+contig	C7676587	113
+contig	C7676583	113
+contig	C7676589	113
+contig	C7676555	113
+contig	C7676639	113
+contig	C7676591	113
+contig	C7676651	113
+contig	C7676663	113
+contig	C7676593	113
+contig	C7676673	113
+contig	C7676517	113
+contig	C7676669	113
+contig	C7676695	113
+contig	C7676703	113
+contig	C7675785	113
+contig	C7676715	113
+contig	C7676755	113
+contig	C7676729	113
+contig	C7676751	113
+contig	C7676787	113
+contig	C7676727	113
+contig	C7676643	113
+contig	C7676795	113
+contig	C7676809	113
+contig	C7676841	113
+contig	C7676839	113
+contig	C7676693	113
+contig	C7676873	113
+contig	C7676819	113
+contig	C7676887	113
+contig	C7676883	113
+contig	C7676863	113
+contig	C7676917	113
+contig	C7676935	113
+contig	C7676903	113
+contig	C7676913	113
+contig	C7676855	113
+contig	C7676939	113
+contig	C7676963	113
+contig	C7676969	113
+contig	C7676961	113
+contig	C7676981	113
+contig	C7676955	113
+contig	C7676967	113
+contig	C7676993	113
+contig	C7676983	113
+contig	C7677017	113
+contig	C7677033	113
+contig	C7677047	113
+contig	C7677045	113
+contig	C7677065	113
+contig	C7677055	113
+contig	C7677075	113
+contig	C7677067	113
+contig	C7677107	113
+contig	C7677111	113
+contig	C7677051	113
+contig	C7677115	113
+contig	C7677129	113
+contig	C7676999	113
+contig	C7677081	113
+contig	C7676899	113
+contig	C7677149	113
+contig	C7677139	113
+contig	C7677155	113
+contig	C7677199	113
+contig	C7677133	113
+contig	C7677213	113
+contig	C7677231	113
+contig	C7677157	113
+contig	C7677233	113
+contig	C7677245	113
+contig	C7677163	113
+contig	C7677283	113
+contig	C7677227	113
+contig	C7677293	113
+contig	C7677369	113
+contig	C7677285	113
+contig	C7677377	113
+contig	C7677383	113
+contig	C7677419	113
+contig	C7677391	113
+contig	C7677453	113
+contig	C7677429	113
+contig	C7677463	113
+contig	C7677521	113
+contig	C7677449	113
+contig	C7677533	113
+contig	C7677497	113
+contig	C7677551	113
+contig	C7677563	113
+contig	C7677581	113
+contig	C7677565	113
+contig	C7677545	113
+contig	C7677585	113
+contig	C7677589	113
+contig	C7677597	113
+contig	C7677605	113
+contig	C7677627	113
+contig	C7677217	113
+contig	C7677653	113
+contig	C7677667	113
+contig	C7677609	113
+contig	C7677679	113
+contig	C7677697	113
+contig	C7677701	113
+contig	C7677705	113
+contig	C7677671	113
+contig	C7677711	113
+contig	C7677727	113
+contig	C7677761	113
+contig	C7677625	113
+contig	C7677843	113
+contig	C7677749	113
+contig	C7677845	113
+contig	C7677853	113
+contig	C7677865	113
+contig	C7677869	113
+contig	C7677913	113
+contig	C7677813	113
+contig	C7677939	113
+contig	C7677959	113
+contig	C7677955	113
+contig	C7677965	113
+contig	C7677963	113
+contig	C7677395	113
+contig	C7677973	113
+contig	C7677999	113
+contig	C7676997	113
+contig	C7678015	113
+contig	C7677993	113
+contig	C7678057	113
+contig	C7678013	113
+contig	C7678039	113
+contig	C7678055	113
+contig	C7678113	113
+contig	C7678109	113
+contig	C7678179	113
+contig	C7678151	113
+contig	C7678227	113
+contig	C7677809	113
+contig	C7678215	113
+contig	C7678253	113
+contig	C7678271	113
+contig	C7678269	113
+contig	C7678283	113
+contig	C7678287	113
+contig	C7678175	113
+contig	C7678127	113
+contig	C7678275	113
+contig	C7678313	113
+contig	C7678323	113
+contig	C7678339	113
+contig	C7678369	113
+contig	C7678421	113
+contig	C7678397	113
+contig	C7678331	113
+contig	C7678445	113
+contig	C7678471	113
+contig	C7678449	113
+contig	C7678447	113
+contig	C7678519	113
+contig	C7678523	113
+contig	C7678499	113
+contig	C7678311	113
+contig	C7678481	113
+contig	C7678541	113
+contig	C7678527	113
+contig	C7678549	113
+contig	C7678617	113
+contig	C7678469	113
+contig	C7678623	113
+contig	C7678565	113
+contig	C7678595	113
+contig	C7678637	113
+contig	C7678689	113
+contig	C7678711	113
+contig	C7678681	113
+contig	C7678717	113
+contig	C7678727	113
+contig	C7678657	113
+contig	C7678773	113
+contig	C7678771	113
+contig	C7678807	113
+contig	C7678811	113
+contig	C7678819	113
+contig	C7678775	113
+contig	C7678813	113
+contig	C7678823	113
+contig	C7678835	113
+contig	C7678861	113
+contig	C7678825	113
+contig	C7678885	113
+contig	C7678895	113
+contig	C7678899	113
+contig	C7674213	113
+contig	C7678911	113
+contig	C7678881	113
+contig	C7678923	113
+contig	C7678933	113
+contig	C7678945	113
+contig	C7678943	113
+contig	C7678969	113
+contig	C7678959	113
+contig	C7678979	113
+contig	C7678993	113
+contig	C7678981	113
+contig	C7679001	113
+contig	C7679005	113
+contig	C7678999	113
+contig	C7679019	113
+contig	C7679027	113
+contig	C7679039	113
+contig	C7679013	113
+contig	C7679035	113
+contig	C7679063	113
+contig	C7679087	113
+contig	C7679085	113
+contig	C7679093	113
+contig	C7679091	113
+contig	C7677899	113
+contig	C7679077	113
+contig	C7679097	113
+contig	C7679111	113
+contig	C7679095	113
+contig	C7679103	113
+contig	C7679153	113
+contig	C7679157	113
+contig	C7679125	113
+contig	C7679163	113
+contig	C7679171	113
+contig	C7679167	113
+contig	C7679165	113
+contig	C7679189	113
+contig	C7679123	113
+contig	C7679197	113
+contig	C7679203	113
+contig	C7679217	113
+contig	C7679201	113
+contig	C7679221	113
+contig	C7679225	113
+contig	C7679237	113
+contig	C7678733	113
+contig	C7679245	113
+contig	C7679177	113
+contig	C7678903	113
+contig	C7679243	113
+contig	C7679229	113
+contig	C7679309	113
+contig	C7679247	113
+contig	C7679321	113
+contig	C7679319	113
+contig	C7679331	113
+contig	C7679341	113
+contig	C7679355	113
+contig	C7679333	113
+contig	C7679379	113
+contig	C7679391	113
+contig	C7679447	113
+contig	C7679265	113
+contig	C7679451	113
+contig	C7679313	113
+contig	C7679463	113
+contig	C7679469	113
+contig	C7679509	113
+contig	C7679541	113
+contig	C7679543	113
+contig	C7679517	113
+contig	C7679373	113
+contig	C7679433	113
+contig	C7679555	113
+contig	C7679549	113
+contig	C7679583	113
+contig	C7679613	113
+contig	C7679607	113
+contig	C7679587	113
+contig	C7679645	113
+contig	C7679465	113
+contig	C7679623	113
+contig	C7679629	113
+contig	C7679661	113
+contig	C7679667	113
+contig	C7679651	113
+contig	C7679671	113
+contig	C7679635	113
+contig	C7679677	113
+contig	C7679755	113
+contig	C7679763	113
+contig	C7679777	113
+contig	C7679737	113
+contig	C7679797	113
+contig	C7679513	113
+contig	C7679779	113
+contig	C7679805	113
+contig	C7679825	113
+contig	C7679851	113
+contig	C7679809	113
+contig	C7679855	113
+contig	C7679863	113
+contig	C7679873	113
+contig	C7679883	113
+contig	C7679875	113
+contig	C7679899	113
+contig	C7679877	113
+contig	C7679913	113
+contig	C7679917	113
+contig	C7679885	113
+contig	C7679953	113
+contig	C7679943	113
+contig	C7679955	113
+contig	C7679987	113
+contig	C7679719	113
+contig	C7679929	113
+contig	C7679827	113
+contig	C7680015	113
+contig	C7680003	113
+contig	C7680027	113
+contig	C7679985	113
+contig	C7680039	113
+contig	C7679993	113
+contig	C7680051	113
+contig	C7680041	113
+contig	C7680071	113
+contig	C7680083	113
+contig	C7680121	113
+contig	C7680099	113
+contig	C7680135	113
+contig	C7680065	113
+contig	C7680153	113
+contig	C7680001	113
+contig	C7680187	113
+contig	C7680177	113
+contig	C7680229	113
+contig	C7680243	113
+contig	C7680259	113
+contig	C7680265	113
+contig	C7680293	113
+contig	C7680295	113
+contig	C7680155	113
+contig	C7680035	113
+contig	C7680313	113
+contig	C7680319	113
+contig	C7680367	113
+contig	C7680343	113
+contig	C7680375	113
+contig	C7680347	113
+contig	C7680255	113
+contig	C7680405	113
+contig	C7680415	113
+contig	C7680391	113
+contig	C7680427	113
+contig	C7680463	113
+contig	C7680477	113
+contig	C7680459	113
+contig	C7680429	113
+contig	C7680517	113
+contig	C7680507	113
+contig	C7680525	113
+contig	C7680529	113
+contig	C7680485	113
+contig	C7680565	113
+contig	C7680573	113
+contig	C7680559	113
+contig	C7680607	113
+contig	C7680625	113
+contig	C7680571	113
+contig	C7680633	113
+contig	C7680685	113
+contig	C7680599	113
+contig	C7680709	113
+contig	C7680721	113
+contig	C7680627	113
+contig	C7680693	113
+contig	C7680729	113
+contig	C7680733	113
+contig	C7680739	113
+contig	C7680751	113
+contig	C7680765	113
+contig	C7680745	113
+contig	C7680769	113
+contig	C7680725	113
+contig	C7679889	113
+contig	C7680785	113
+contig	C7680787	113
+contig	C7680841	113
+contig	C7680819	113
+contig	C7680805	113
+contig	C7680853	113
+contig	C7680895	113
+contig	C7680931	113
+contig	C7680835	113
+contig	C7680957	113
+contig	C7680961	113
+contig	C7680979	113
+contig	C7680843	113
+contig	C7680981	113
+contig	C7680851	113
+contig	C7681019	113
+contig	C7681007	113
+contig	C7680991	113
+contig	C7681023	113
+contig	C7681055	113
+contig	C7681057	113
+contig	C7681037	113
+contig	C7681079	113
+contig	C7681021	113
+contig	C7681091	113
+contig	C7681087	113
+contig	C7681063	113
+contig	C7681105	113
+contig	C7681127	113
+contig	C7681111	113
+contig	C7681115	113
+contig	C7681143	113
+contig	C7681141	113
+contig	C7681153	113
+contig	C7681157	113
+contig	C7681159	113
+contig	C7681201	113
+contig	C7681205	113
+contig	C7681165	113
+contig	C7681261	113
+contig	C7681265	113
+contig	C7681271	113
+contig	C7681283	113
+contig	C7681313	113
+contig	C7681287	113
+contig	C7681323	113
+contig	C7681245	113
+contig	C7680215	113
+contig	C7681347	113
+contig	C7681359	113
+contig	C7681343	113
+contig	C7681351	113
+contig	C7681365	113
+contig	C7681375	113
+contig	C7681409	113
+contig	C7681397	113
+contig	C7681321	113
+contig	C7681379	113
+contig	C7681411	113
+contig	C7681413	113
+contig	C7681419	113
+contig	C7681427	113
+contig	C7681455	113
+contig	C7681457	113
+contig	C7681459	113
+contig	C7681439	113
+contig	C7681487	113
+contig	C7681499	113
+contig	C7681505	113
+contig	C7681525	113
+contig	C7681451	113
+contig	C7681543	113
+contig	C7681541	113
+contig	C7681555	113
+contig	C7681483	113
+contig	C7681571	113
+contig	C7681575	113
+contig	C7681533	113
+contig	C7681605	113
+contig	C7681611	113
+contig	C7681613	113
+contig	C7681645	113
+contig	C7681657	113
+contig	C7681639	113
+contig	C7681637	113
+contig	C7681679	113
+contig	C7681673	113
+contig	C7681695	113
+contig	C7681701	113
+contig	C7681687	113
+contig	C7681711	113
+contig	C7681727	113
+contig	C7681753	113
+contig	C7681755	113
+contig	C7681741	113
+contig	C7681785	113
+contig	C7681805	113
+contig	C7681773	113
+contig	C7681811	113
+contig	C7681807	113
+contig	C7681817	113
+contig	C7681837	113
+contig	C7681867	113
+contig	C7681911	113
+contig	C7681917	113
+contig	C7681943	113
+contig	C7681929	113
+contig	C7681907	113
+contig	C7681975	113
+contig	C7681965	113
+contig	C7681981	113
+contig	C7681987	113
+contig	C7681951	113
+contig	C7681993	113
+contig	C7682059	113
+contig	C7678609	113
+contig	C7681997	113
+contig	C7682077	113
+contig	C7682047	113
+contig	C7682099	113
+contig	C7682073	113
+contig	C7682107	113
+contig	C7682127	113
+contig	C7682117	113
+contig	C7682109	113
+contig	C7682153	113
+contig	C7682167	113
+contig	C7682155	113
+contig	C7682169	113
+contig	C7682171	113
+contig	C7682179	113
+contig	C7682185	113
+contig	C7681583	113
+contig	C7682215	113
+contig	C7682217	113
+contig	C7682205	113
+contig	C7682261	113
+contig	C7682201	113
+contig	C7682227	113
+contig	C7682267	113
+contig	C7682281	113
+contig	C7682269	113
+contig	C7682289	113
+contig	C7682297	113
+contig	C7682303	113
+contig	C7682315	113
+contig	C7682309	113
+contig	C7682337	113
+contig	C7682333	113
+contig	C7682347	113
+contig	C7682383	113
+contig	C7682381	113
+contig	C7682385	113
+contig	C7682401	113
+contig	C7682387	113
+contig	C7682421	113
+contig	C7682439	113
+contig	C7682445	113
+contig	C7682451	113
+contig	C7682469	113
+contig	C7682149	113
+contig	C7682325	113
+contig	C7682477	113
+contig	C7682497	113
+contig	C7682473	113
+contig	C7682513	113
+contig	C7682487	113
+contig	C7682553	113
+contig	C7682541	113
+contig	C7682539	113
+contig	C7682559	113
+contig	C7682601	113
+contig	C7682595	113
+contig	C7682605	113
+contig	C7682613	113
+contig	C7682623	113
+contig	C7682685	113
+contig	C7682581	113
+contig	C7682721	113
+contig	C7682731	113
+contig	C7682709	113
+contig	C7682759	113
+contig	C7682769	113
+contig	C7682775	113
+contig	C7682779	113
+contig	C7682435	113
+contig	C7682635	113
+contig	C7682813	113
+contig	C7682783	113
+contig	C7682825	113
+contig	C7682833	113
+contig	C7682839	113
+contig	C7682823	113
+contig	C7682867	113
+contig	C7682895	113
+contig	C7682903	113
+contig	C7682805	113
+contig	C7682915	113
+contig	C7682911	113
+contig	C7682957	113
+contig	C7682921	113
+contig	C7682069	113
+contig	C7682975	113
+contig	C7682983	113
+contig	C7683013	113
+contig	C7683041	113
+contig	C7683059	113
+contig	C7683065	113
+contig	C7683009	113
+contig	C7683071	113
+contig	C7683057	113
+contig	C7683073	113
+contig	C7683069	113
+contig	C7683127	113
+contig	C7683135	113
+contig	C7683105	113
+contig	C7683149	113
+contig	C7680945	113
+contig	C7683145	113
+contig	C7683161	113
+contig	C7683163	113
+contig	C7683137	113
+contig	C7683165	113
+contig	C7683185	113
+contig	C7683203	113
+contig	C7683155	113
+contig	C7683187	113
+contig	C7683249	113
+contig	C7683237	113
+contig	C7683239	113
+contig	C7683253	113
+contig	C7683151	113
+contig	C7683265	113
+contig	C7683277	113
+contig	C7683283	113
+contig	C7683271	113
+contig	C7683323	113
+contig	C7683297	113
+contig	C7683331	113
+contig	C7683339	113
+contig	C7683275	113
+contig	C7683341	113
+contig	C7683351	113
+contig	C7683349	113
+contig	C7683355	113
+contig	C7683361	113
+contig	C7683353	113
+contig	C7683409	113
+contig	C7683415	113
+contig	C7683429	113
+contig	C7683403	113
+contig	C7683365	113
+contig	C7682891	113
+contig	C7683431	113
+contig	C7683445	113
+contig	C7683433	113
+contig	C7683493	113
+contig	C7683441	113
+contig	C7683481	113
+contig	C7683507	113
+contig	C7683495	113
+contig	C7683449	113
+contig	C7683439	113
+contig	C7683515	113
+contig	C7683499	113
+contig	C7683527	113
+contig	C7683513	113
+contig	C7683511	113
+contig	C7683559	113
+contig	C7683547	113
+contig	C7683591	113
+contig	C7683519	113
+contig	C7683549	113
+contig	C7683597	113
+contig	C7683617	113
+contig	C7683643	113
+contig	C7683605	113
+contig	C7683639	113
+contig	C7683587	113
+contig	C7683663	113
+contig	C7683657	113
+contig	C7682753	113
+contig	C7683645	113
+contig	C7683669	113
+contig	C7683685	113
+contig	C7683699	113
+contig	C7680443	113
+contig	C7683571	113
+contig	C7683725	113
+contig	C7683719	113
+contig	C7683753	113
+contig	C7683741	113
+contig	C7683739	113
+contig	C7683701	113
+contig	C7683771	113
+contig	C7683679	113
+contig	C7683785	113
+contig	C7683775	113
+contig	C7683815	113
+contig	C7683823	113
+contig	C7683837	113
+contig	C7683869	113
+contig	C7683801	113
+contig	C7683813	113
+contig	C7683871	113
+contig	C7683885	113
+contig	C7683897	113
+contig	C7683893	113
+contig	C7683915	113
+contig	C7683931	113
+contig	C7683937	113
+contig	C7683881	113
+contig	C7683921	113
+contig	C7683957	113
+contig	C7683935	113
+contig	C7683967	113
+contig	C7683953	113
+contig	C7683943	113
+contig	C7684067	113
+contig	C7683975	113
+contig	C7684017	113
+contig	C7684029	113
+contig	C7684075	113
+contig	C7684097	113
+contig	C7684139	113
+contig	C7683989	113
+contig	C7684107	113
+contig	C7684161	113
+contig	C7683693	113
+contig	C7684191	113
+contig	C7684141	113
+contig	C7684069	113
+contig	C7684159	113
+contig	C7684175	113
+contig	C7684211	113
+contig	C7684207	113
+contig	C7684229	113
+contig	C7684219	113
+contig	C7684213	113
+contig	C7684227	113
+contig	C7684241	113
+contig	C7684271	113
+contig	C7684221	113
+contig	C7684233	113
+contig	C7684293	113
+contig	C7684343	113
+contig	C7684339	113
+contig	C7684183	113
+contig	C7684275	113
+contig	C7684385	113
+contig	C7684365	113
+contig	C7684373	113
+contig	C7684295	113
+contig	C7684423	113
+contig	C7684279	113
+contig	C7684429	113
+contig	C7684417	113
+contig	C7684427	113
+contig	C7684435	113
+contig	C7684461	113
+contig	C7684433	113
+contig	C7684463	113
+contig	C7684403	113
+contig	C7684495	113
+contig	C7684499	113
+contig	C7683779	113
+contig	C7684523	113
+contig	C7684539	113
+contig	C7684569	113
+contig	C7684483	113
+contig	C7684543	113
+contig	C7684437	113
+contig	C7684579	113
+contig	C7684575	113
+contig	C7684611	113
+contig	C7684601	113
+contig	C7684545	113
+contig	C7684623	113
+contig	C7684501	113
+contig	C7684581	113
+contig	C7684641	113
+contig	C7684661	113
+contig	C7684697	113
+contig	C7684691	113
+contig	C7684709	113
+contig	C7684751	113
+contig	C7684731	113
+contig	C7684767	113
+contig	C7684769	113
+contig	C7684755	113
+contig	C7684785	113
+contig	C7684631	113
+contig	C7684777	113
+contig	C7684695	113
+contig	C7684815	113
+contig	C7684817	113
+contig	C7684833	113
+contig	C7684829	113
+contig	C7684773	113
+contig	C7684603	113
+contig	C7684863	113
+contig	C7684873	113
+contig	C7684885	113
+contig	C7684791	113
+contig	C7684839	113
+contig	C7684893	113
+contig	C7684837	113
+contig	C7684901	113
+contig	C7684921	113
+contig	C7684899	113
+contig	C7684937	113
+contig	C7684803	113
+contig	C7684939	113
+contig	C7684945	113
+contig	C7684975	113
+contig	C7684931	113
+contig	C7685003	113
+contig	C7684981	113
+contig	C7684985	113
+contig	C7685013	113
+contig	C7685007	113
+contig	C7685037	113
+contig	C7685017	113
+contig	C7684915	113
+contig	C7685055	113
+contig	C7684995	113
+contig	C7685087	113
+contig	C7685069	113
+contig	C7685095	113
+contig	C7685071	113
+contig	C7685061	113
+contig	C7685113	113
+contig	C7685091	113
+contig	C7685117	113
+contig	C7685121	113
+contig	C7685119	113
+contig	C7685099	113
+contig	C7685161	113
+contig	C7685131	113
+contig	C7685165	113
+contig	C7685183	113
+contig	C7685169	113
+contig	C7685201	113
+contig	C7685217	113
+contig	C7685221	113
+contig	C7685135	113
+contig	C7685219	113
+contig	C7685223	113
+contig	C7685241	113
+contig	C7685195	113
+contig	C7685263	113
+contig	C7685209	113
+contig	C7685281	113
+contig	C7685271	113
+contig	C7685313	113
+contig	C7685273	113
+contig	C7685337	113
+contig	C7685287	113
+contig	C7685293	113
+contig	C7685347	113
+contig	C7685369	113
+contig	C7685355	113
+contig	C7685363	113
+contig	C7685395	113
+contig	C7684481	113
+contig	C7685387	113
+contig	C7685461	113
+contig	C7685467	113
+contig	C7685381	113
+contig	C7685477	113
+contig	C7685487	113
+contig	C7685469	113
+contig	C7685525	113
+contig	C7685493	113
+contig	C7685527	113
+contig	C7685533	113
+contig	C7685543	113
+contig	C7685561	113
+contig	C7685569	113
+contig	C7685523	113
+contig	C7685341	113
+contig	C7685581	113
+contig	C7685597	113
+contig	C7685547	113
+contig	C7685639	113
+contig	C7685643	113
+contig	C7685621	113
+contig	C7685655	113
+contig	C7685537	113
+contig	C7685585	113
+contig	C7685651	113
+contig	C7685691	113
+contig	C7685711	113
+contig	C7685747	113
+contig	C7685689	113
+contig	C7685723	113
+contig	C7685717	113
+contig	C7685755	113
+contig	C7685731	113
+contig	C7685757	113
+contig	C7685761	113
+contig	C7685777	113
+contig	C7685811	113
+contig	C7685799	113
+contig	C7685827	113
+contig	C7685819	113
+contig	C7685815	113
+contig	C7685749	113
+contig	C7685867	113
+contig	C7685903	113
+contig	C7685845	113
+contig	C7685855	113
+contig	C7685939	113
+contig	C7685919	113
+contig	C7685981	113
+contig	C7685923	113
+contig	C7685985	113
+contig	C7686005	113
+contig	C7686033	113
+contig	C7685871	113
+contig	C7685945	113
+contig	C7686043	113
+contig	C7686025	113
+contig	C7686065	113
+contig	C7686051	113
+contig	C7686081	113
+contig	C7686091	113
+contig	C7685917	113
+contig	C7686047	113
+contig	C7686061	113
+contig	C7686083	113
+contig	C7686117	113
+contig	C7686119	113
+contig	C7686141	113
+contig	C7686161	113
+contig	C7686137	113
+contig	C7686199	113
+contig	C7686129	113
+contig	C7686153	113
+contig	C7686271	113
+contig	C7686231	113
+contig	C7686285	113
+contig	C7686273	113
+contig	C7686209	113
+contig	C7686293	113
+contig	C7686201	113
+contig	C7686297	113
+contig	C7686307	113
+contig	C7686301	113
+contig	C7686309	113
+contig	C7686331	113
+contig	C7686349	113
+contig	C7686359	113
+contig	C7685251	113
+contig	C7686327	113
+contig	C7686363	113
+contig	C7686387	113
+contig	C7686365	113
+contig	C7686407	113
+contig	C7686409	113
+contig	C7686427	113
+contig	C7686319	113
+contig	C7686333	113
+contig	C7686445	113
+contig	C7686455	113
+contig	C7686467	113
+contig	C7686499	113
+contig	C7686447	113
+contig	C7686339	113
+contig	C7686503	113
+contig	C7686439	113
+contig	C7686481	113
+contig	C7686401	113
+contig	C7686513	113
+contig	C7686535	113
+contig	C7686505	113
+contig	C7686569	113
+contig	C7686593	113
+contig	C7686573	113
+contig	C7686615	113
+contig	C7686619	113
+contig	C7686511	113
+contig	C7686631	113
+contig	C7686627	113
+contig	C7686623	113
+contig	C7686633	113
+contig	C7686653	113
+contig	C7686659	113
+contig	C7686671	113
+contig	C7686555	113
+contig	C7686667	113
+contig	C7686679	113
+contig	C7686675	113
+contig	C7686663	113
+contig	C7686707	113
+contig	C7686733	113
+contig	C7686701	113
+contig	C7686765	113
+contig	C7686735	113
+contig	C7686769	113
+contig	C7686781	113
+contig	C7686783	113
+contig	C7686801	113
+contig	C7686811	113
+contig	C7686705	113
+contig	C7686823	113
+contig	C7686709	113
+contig	C7686835	113
+contig	C7686793	113
+contig	C7686857	113
+contig	C7686865	113
+contig	C7686867	113
+contig	C7686813	113
+contig	C7686883	113
+contig	C7686901	113
+contig	C7686873	113
+contig	C7686905	113
+contig	C7686909	113
+contig	C7686919	113
+contig	C7686931	113
+contig	C7686847	113
+contig	C7686941	113
+contig	C7686923	113
+contig	C7686955	113
+contig	C7686967	113
+contig	C7686975	113
+contig	C7686953	113
+contig	C7687005	113
+contig	C7687015	113
+contig	C7684877	113
+contig	C7687031	113
+contig	C7686641	113
+contig	C7686613	113
+contig	C7687033	113
+contig	C7686987	113
+contig	C7687059	113
+contig	C7686971	113
+contig	C7687063	113
+contig	C7687069	113
+contig	C7687035	113
+contig	C7687061	113
+contig	C7687105	113
+contig	C7687051	113
+contig	C7687081	113
+contig	C7687091	113
+contig	C7687083	113
+contig	C7687141	113
+contig	C7687189	113
+contig	C7687127	113
+contig	C7687211	113
+contig	C7687121	113
+contig	C7687221	113
+contig	C7687203	113
+contig	C7687145	113
+contig	C7687179	113
+contig	C7687249	113
+contig	C7687293	113
+contig	C7687269	113
+contig	C7687309	113
+contig	C7687187	113
+contig	C7687301	113
+contig	C7687331	113
+contig	C7687375	113
+contig	C7687303	113
+contig	C7687385	113
+contig	C7686897	113
+contig	C7687399	113
+contig	C7687339	113
+contig	C7687389	113
+contig	C7687401	113
+contig	C7687415	113
+contig	C7687325	113
+contig	C7687435	113
+contig	C7687405	113
+contig	C7687447	113
+contig	C7687457	113
+contig	C7687437	113
+contig	C7687419	113
+contig	C7687459	113
+contig	C7687465	113
+contig	C7687497	113
+contig	C7687491	113
+contig	C7687511	113
+contig	C7687503	113
+contig	C7687461	113
+contig	C7687515	113
+contig	C7687531	113
+contig	C7687587	113
+contig	C7687589	113
+contig	C7687565	113
+contig	C7687467	113
+contig	C7687597	113
+contig	C7687611	113
+contig	C7687537	113
+contig	C7687621	113
+contig	C7687613	113
+contig	C7687605	113
+contig	C7687647	113
+contig	C7687639	113
+contig	C7687651	113
+contig	C7687623	113
+contig	C7687685	113
+contig	C7687689	113
+contig	C7687423	113
+contig	C7687749	113
+contig	C7687731	113
+contig	C7687783	113
+contig	C7687765	113
+contig	C7687645	113
+contig	C7687753	113
+contig	C7687795	113
+contig	C7687713	113
+contig	C7687827	113
+contig	C7687813	113
+contig	C7687843	113
+contig	C7687895	113
+contig	C7687673	113
+contig	C7687821	113
+contig	C7687817	113
+contig	C7687963	113
+contig	C7687811	113
+contig	C7687871	113
+contig	C7688017	114
+contig	C7687973	113
+contig	C7687913	113
+contig	C7687981	113
+contig	C7688029	114
+contig	C7688063	114
+contig	C7688047	114
+contig	C7688079	114
+contig	C7688077	114
+contig	C7688127	114
+contig	C7688059	114
+contig	C7688105	114
+contig	C7688153	114
+contig	C7688119	114
+contig	C7688025	114
+contig	C7688133	114
+contig	C7688175	114
+contig	C7688131	114
+contig	C7688177	114
+contig	C7688171	114
+contig	C7688195	114
+contig	C7688199	114
+contig	C7688191	114
+contig	C7688207	114
+contig	C7688027	114
+contig	C7688233	114
+contig	C7688219	114
+contig	C7688245	114
+contig	C7688179	114
+contig	C7688257	114
+contig	C7688267	114
+contig	C7688227	114
+contig	C7688253	114
+contig	C7688259	114
+contig	C7688269	114
+contig	C7688237	114
+contig	C7688299	114
+contig	C7688317	114
+contig	C7688295	114
+contig	C7688321	114
+contig	C7688351	114
+contig	C7688395	114
+contig	C7688291	114
+contig	C7688419	114
+contig	C7688313	114
+contig	C7688405	114
+contig	C7688403	114
+contig	C7688425	114
+contig	C7688281	114
+contig	C7688429	114
+contig	C7688505	114
+contig	C7688433	114
+contig	C7688529	114
+contig	C7688493	114
+contig	C7688557	114
+contig	C7688587	114
+contig	C7688431	114
+contig	C7688519	114
+contig	C7688549	114
+contig	C7688571	114
+contig	C7688701	114
+contig	C7688705	114
+contig	C7688713	114
+contig	C7688591	114
+contig	C7688613	114
+contig	C7688757	114
+contig	C7688789	114
+contig	C7688739	114
+contig	C7688813	114
+contig	C7688715	114
+contig	C7688783	114
+contig	C7688815	114
+contig	C7688839	114
+contig	C7688835	114
+contig	C7688725	114
+contig	C7688845	114
+contig	C7688821	114
+contig	C7688859	114
+contig	C7688867	114
+contig	C7688887	114
+contig	C7688869	114
+contig	C7688851	114
+contig	C7688907	114
+contig	C7688925	114
+contig	C7688857	114
+contig	C7688913	114
+contig	C7688941	114
+contig	C7688937	114
+contig	C7688919	114
+contig	C7688933	114
+contig	C7688959	114
+contig	C7688609	114
+contig	C7688961	114
+contig	C7688975	114
+contig	C7688891	114
+contig	C7688967	114
+contig	C7688945	114
+contig	C7688991	114
+contig	C7689021	114
+contig	C7687247	113
+contig	C7689001	114
+contig	C7688979	114
+contig	C7689025	114
+contig	C7689085	114
+contig	C7689057	114
+contig	C7689103	114
+contig	C7689105	114
+contig	C7689033	114
+contig	C7689089	114
+contig	C7689109	114
+contig	C7689113	114
+contig	C7689165	114
+contig	C7689183	114
+contig	C7689185	114
+contig	C7689211	114
+contig	C7689209	114
+contig	C7689229	114
+contig	C7689235	114
+contig	C7689197	114
+contig	C7689205	114
+contig	C7689049	114
+contig	C7689285	114
+contig	C7688989	114
+contig	C7689239	114
+contig	C7689301	114
+contig	C7689231	114
+contig	C7689315	114
+contig	C7689299	114
+contig	C7689321	114
+contig	C7689389	114
+contig	C7689351	114
+contig	C7689335	114
+contig	C7689411	114
+contig	C7689397	114
+contig	C7689293	114
+contig	C7689433	114
+contig	C7689419	114
+contig	C7689415	114
+contig	C7689227	114
+contig	C7689463	114
+contig	C7689481	114
+contig	C7689477	114
+contig	C7689391	114
+contig	C7689467	114
+contig	C7689491	114
+contig	C7689511	114
+contig	C7689521	114
+contig	C7689559	114
+contig	C7689443	114
+contig	C7689501	114
+contig	C7689547	114
+contig	C7689599	114
+contig	C7689587	114
+contig	C7689623	114
+contig	C7689249	114
+contig	C7689649	114
+contig	C7689679	114
+contig	C7689681	114
+contig	C7689719	114
+contig	C7689699	114
+contig	C7689703	114
+contig	C7689615	114
+contig	C7689727	114
+contig	C7689771	114
+contig	C7689799	114
+contig	C7689767	114
+contig	C7689805	114
+contig	C7689835	114
+contig	C7689859	114
+contig	C7689685	114
+contig	C7689509	114
+contig	C7689891	114
+contig	C7689861	114
+contig	C7689913	114
+contig	C7689883	114
+contig	C7689915	114
+contig	C7689949	114
+contig	C7689701	114
+contig	C7689957	114
+contig	C7689935	114
+contig	C7689991	114
+contig	C7690019	114
+contig	C7690003	114
+contig	C7689997	114
+contig	C7690049	114
+contig	C7690015	114
+contig	C7690065	114
+contig	C7689867	114
+contig	C7690051	114
+contig	C7690107	114
+contig	C7690111	114
+contig	C7690133	114
+contig	C7690135	114
+contig	C7690169	114
+contig	C7689907	114
+contig	C7690023	114
+contig	C7690099	114
+contig	C7690161	114
+contig	C7690077	114
+contig	C7690267	114
+contig	C7690203	114
+contig	C7690219	114
+contig	C7690277	114
+contig	C7690275	114
+contig	C7690303	114
+contig	C7690309	114
+contig	C7690291	114
+contig	C7690317	114
+contig	C7690173	114
+contig	C7690357	114
+contig	C7690337	114
+contig	C7690363	114
+contig	C7690261	114
+contig	C7690381	114
+contig	C7690327	114
+contig	C7690385	114
+contig	C7690389	114
+contig	C7690399	114
+contig	C7690379	114
+contig	C7690405	114
+contig	C7690441	114
+contig	C7690367	114
+contig	C7690445	114
+contig	C7690469	114
+contig	C7690401	114
+contig	C7690471	114
+contig	C7690417	114
+contig	C7690479	114
+contig	C7690533	114
+contig	C7690517	114
+contig	C7690585	114
+contig	C7690503	114
+contig	C7690599	114
+contig	C7690551	114
+contig	C7690597	114
+contig	C7690457	114
+contig	C7690631	114
+contig	C7690613	114
+contig	C7690625	114
+contig	C7690641	114
+contig	C7690601	114
+contig	C7690683	114
+contig	C7690681	114
+contig	C7690697	114
+contig	C7690705	114
+contig	C7690655	114
+contig	C7690699	114
+contig	C7690669	114
+contig	C7690715	114
+contig	C7690719	114
+contig	C7690733	114
+contig	C7690703	114
+contig	C7690723	114
+contig	C7690731	114
+contig	C7690789	114
+contig	C7690783	114
+contig	C7690793	114
+contig	C7690795	114
+contig	C7690833	114
+contig	C7690851	114
+contig	C7690855	114
+contig	C7690835	114
+contig	C7690885	114
+contig	C7690891	114
+contig	C7690867	114
+contig	C7690747	114
+contig	C7690899	114
+contig	C7690897	114
+contig	C7690859	114
+contig	C7690917	114
+contig	C7690941	114
+contig	C7690933	114
+contig	C7690863	114
+contig	C7690905	114
+contig	C7690979	114
+contig	C7691001	114
+contig	C7690981	114
+contig	C7691029	114
+contig	C7690957	114
+contig	C7690965	114
+contig	C7691035	114
+contig	C7691037	114
+contig	C7690999	114
+contig	C7691053	114
+contig	C7691041	114
+contig	C7691059	114
+contig	C7691075	114
+contig	C7691083	114
+contig	C7690481	114
+contig	C7691097	114
+contig	C7691079	114
+contig	C7691119	114
+contig	C7691017	114
+contig	C7691067	114
+contig	C7691123	114
+contig	C7691131	114
+contig	C7691121	114
+contig	C7691143	114
+contig	C7691069	114
+contig	C7691153	114
+contig	C7691173	114
+contig	C7691211	114
+contig	C7691109	114
+contig	C7691129	114
+contig	C7691245	114
+contig	C7691229	114
+contig	C7691231	114
+contig	C7691193	114
+contig	C7691243	114
+contig	C7691285	114
+contig	C7691265	114
+contig	C7691303	114
+contig	C7691297	114
+contig	C7691329	114
+contig	C7691279	114
+contig	C7691365	114
+contig	C7691197	114
+contig	C7691367	114
+contig	C7691377	114
+contig	C7691341	114
+contig	C7691383	114
+contig	C7691287	114
+contig	C7691359	114
+contig	C7691475	114
+contig	C7691477	114
+contig	C7691387	114
+contig	C7691507	114
+contig	C7691481	114
+contig	C7691435	114
+contig	C7691483	114
+contig	C7691541	114
+contig	C7691555	114
+contig	C7691369	114
+contig	C7691575	114
+contig	C7691597	114
+contig	C7691577	114
+contig	C7691551	114
+contig	C7691619	114
+contig	C7691621	114
+contig	C7691509	114
+contig	C7691593	114
+contig	C7691609	114
+contig	C7691641	114
+contig	C7691637	114
+contig	C7691649	114
+contig	C7691653	114
+contig	C7691655	114
+contig	C7691659	114
+contig	C7691647	114
+contig	C7691695	114
+contig	C7691645	114
+contig	C7691715	114
+contig	C7691711	114
+contig	C7691661	114
+contig	C7691723	114
+contig	C7691429	114
+contig	C7691721	114
+contig	C7691701	114
+contig	C7691727	114
+contig	C7691731	114
+contig	C7691745	114
+contig	C7691717	114
+contig	C7691749	114
+contig	C7691789	114
+contig	C7691755	114
+contig	C7691849	114
+contig	C7691857	114
+contig	C7691863	114
+contig	C7689879	114
+contig	C7691869	114
+contig	C7691751	114
+contig	C7691677	114
+contig	C7691871	114
+contig	C7691893	114
+contig	C7691921	114
+contig	C7691791	114
+contig	C7691903	114
+contig	C7691939	114
+contig	C7691949	114
+contig	C7691861	114
+contig	C7691937	114
+contig	C7691901	114
+contig	C7691963	114
+contig	C7691969	114
+contig	C7691941	114
+contig	C7691999	114
+contig	C7691961	114
+contig	C7691993	114
+contig	C7691953	114
+contig	C7692015	114
+contig	C7691925	114
+contig	C7692063	114
+contig	C7692069	114
+contig	C7691977	114
+contig	C7692003	114
+contig	C7692075	114
+contig	C7692095	114
+contig	C7692119	114
+contig	C7692083	114
+contig	C7692077	114
+contig	C7692137	114
+contig	C7692157	114
+contig	C7692129	114
+contig	C7692143	114
+contig	C7692199	114
+contig	C7692197	114
+contig	C7692151	114
+contig	C7692193	114
+contig	C7692237	114
+contig	C7692233	114
+contig	C7692217	114
+contig	C7692249	114
+contig	C7692263	114
+contig	C7692273	114
+contig	C7692231	114
+contig	C7692309	114
+contig	C7692381	114
+contig	C7692287	114
+contig	C7692313	114
+contig	C7692387	114
+contig	C7692423	114
+contig	C7692173	114
+contig	C7692433	114
+contig	C7692471	114
+contig	C7692307	114
+contig	C7692487	114
+contig	C7692459	114
+contig	C7692417	114
+contig	C7692497	114
+contig	C7692475	114
+contig	C7692535	114
+contig	C7692479	114
+contig	C7692529	114
+contig	C7692515	114
+contig	C7692559	114
+contig	C7692493	114
+contig	C7692549	114
+contig	C7692605	114
+contig	C7692625	114
+contig	C7692581	114
+contig	C7692629	114
+contig	C7692653	114
+contig	C7692661	114
+contig	C7692633	114
+contig	C7692707	114
+contig	C7692695	114
+contig	C7692623	114
+contig	C7692727	114
+contig	C7692711	114
+contig	C7692673	114
+contig	C7692743	114
+contig	C7692735	114
+contig	C7692751	114
+contig	C7692773	114
+contig	C7692739	114
+contig	C7692779	114
+contig	C7692787	114
+contig	C7692693	114
+contig	C7692783	114
+contig	C7692837	114
+contig	C7692801	114
+contig	C7692841	114
+contig	C7692833	114
+contig	C7692883	114
+contig	C7692911	114
+contig	C7692827	114
+contig	C7692909	114
+contig	C7692797	114
+contig	C7692977	114
+contig	C7692995	114
+contig	C7692899	114
+contig	C7693023	114
+contig	C7692959	114
+contig	C7692969	114
+contig	C7693045	114
+contig	C7693047	114
+contig	C7693065	114
+contig	C7693005	114
+contig	C7693039	114
+contig	C7693107	114
+contig	C7693069	114
+contig	C7693119	114
+contig	C7693071	114
+contig	C7693133	114
+contig	C7693043	114
+contig	C7693123	114
+contig	C7691975	114
+contig	C7693145	114
+contig	C7693137	114
+contig	C7693139	114
+contig	C7693179	114
+contig	C7693185	114
+contig	C7693189	114
+contig	C7693211	114
+contig	C7693219	114
+contig	C7693095	114
+contig	C7693195	114
+contig	C7693233	114
+contig	C7693277	114
+contig	C7693167	114
+contig	C7693293	114
+contig	C7693287	114
+contig	C7693341	114
+contig	C7693231	114
+contig	C7693263	114
+contig	C7693339	114
+contig	C7693381	114
+contig	C7693377	114
+contig	C7693337	114
+contig	C7693385	114
+contig	C7693357	114
+contig	C7693407	114
+contig	C7693455	114
+contig	C7693421	114
+contig	C7693467	114
+contig	C7693347	114
+contig	C7693459	114
+contig	C7693349	114
+contig	C7693463	114
+contig	C7693487	114
+contig	C7693499	114
+contig	C7693497	114
+contig	C7693483	114
+contig	C7693517	114
+contig	C7693449	114
+contig	C7693541	114
+contig	C7693565	114
+contig	C7693501	114
+contig	C7693573	114
+contig	C7693607	114
+contig	C7693639	114
+contig	C7693635	114
+contig	C7693601	114
+contig	C7693677	114
+contig	C7693705	114
+contig	C7693669	114
+contig	C7693663	114
+contig	C7693671	114
+contig	C7693715	114
+contig	C7693689	114
+contig	C7693733	114
+contig	C7693713	114
+contig	C7693737	114
+contig	C7693759	114
+contig	C7693755	114
+contig	C7693767	114
+contig	C7693751	114
+contig	C7693775	114
+contig	C7693793	114
+contig	C7693769	114
+contig	C7693819	114
+contig	C7693791	114
+contig	C7693849	114
+contig	C7693859	114
+contig	C7693869	114
+contig	C7693899	114
+contig	C7693781	114
+contig	C7693907	114
+contig	C7693491	114
+contig	C7693979	114
+contig	C7693877	114
+contig	C7693933	114
+contig	C7693945	114
+contig	C7694013	114
+contig	C7694017	114
+contig	C7694029	114
+contig	C7693987	114
+contig	C7694059	114
+contig	C7694041	114
+contig	C7693901	114
+contig	C7694069	114
+contig	C7693997	114
+contig	C7694063	114
+contig	C7694075	114
+contig	C7694077	114
+contig	C7694099	114
+contig	C7694109	114
+contig	C7694123	114
+contig	C7694047	114
+contig	C7694141	114
+contig	C7694113	114
+contig	C7694087	114
+contig	C7694159	114
+contig	C7694147	114
+contig	C7694165	114
+contig	C7694167	114
+contig	C7694183	114
+contig	C7694181	114
+contig	C7694185	114
+contig	C7694191	114
+contig	C7694279	114
+contig	C7694275	114
+contig	C7694265	114
+contig	C7694205	114
+contig	C7694281	114
+contig	C7694311	114
+contig	C7694303	114
+contig	C7694337	114
+contig	C7694339	114
+contig	C7694323	114
+contig	C7694365	114
+contig	C7694309	114
+contig	C7694375	114
+contig	C7694419	114
+contig	C7692399	114
+contig	C7694465	114
+contig	C7694381	114
+contig	C7694461	114
+contig	C7694497	114
+contig	C7694499	114
+contig	C7694491	114
+contig	C7694341	114
+contig	C7694079	114
+contig	C7694529	114
+contig	C7694539	114
+contig	C7694615	114
+contig	C7694569	114
+contig	C7694479	114
+contig	C7694627	114
+contig	C7694625	114
+contig	C7694669	114
+contig	C7694549	114
+contig	C7694677	114
+contig	C7694515	114
+contig	C7694681	114
+contig	C7694651	114
+contig	C7694687	114
+contig	C7694693	114
+contig	C7694711	114
+contig	C7694647	114
+contig	C7694715	114
+contig	C7694679	114
+contig	C7694721	114
+contig	C7694725	114
+contig	C7694737	114
+contig	C7694723	114
+contig	C7694699	114
+contig	C7694751	114
+contig	C7694739	114
+contig	C7694753	114
+contig	C7694749	114
+contig	C7694765	114
+contig	C7694771	114
+contig	C7694759	114
+contig	C7694763	114
+contig	C7694777	114
+contig	C7694819	114
+contig	C7694827	114
+contig	C7694835	114
+contig	C7694825	114
+contig	C7694855	114
+contig	C7694839	114
+contig	C7694853	114
+contig	C7694883	114
+contig	C7694887	114
+contig	C7693981	114
+contig	C7694733	114
+contig	C7694907	114
+contig	C7694921	114
+contig	C7694873	114
+contig	C7694779	114
+contig	C7694965	114
+contig	C7694911	114
+contig	C7695003	114
+contig	C7694987	114
+contig	C7694917	114
+contig	C7694935	114
+contig	C7695019	114
+contig	C7695041	114
+contig	C7694379	114
+contig	C7695017	114
+contig	C7695061	114
+contig	C7695063	114
+contig	C7695009	114
+contig	C7695093	114
+contig	C7695127	114
+contig	C7695139	114
+contig	C7695121	114
+contig	C7695115	114
+contig	C7695197	114
+contig	C7695163	114
+contig	C7695155	114
+contig	C7695199	114
+contig	C7695035	114
+contig	C7695203	114
+contig	C7695177	114
+contig	C7695235	114
+contig	C7695215	114
+contig	C7695249	114
+contig	C7695241	114
+contig	C7695201	114
+contig	C7695255	114
+contig	C7695263	114
+contig	C7695281	114
+contig	C7695283	114
+contig	C7695321	114
+contig	C7695261	114
+contig	C7695343	114
+contig	C7695363	114
+contig	C7695291	114
+contig	C7695329	114
+contig	C7695099	114
+contig	C7695337	114
+contig	C7695379	114
+contig	C7695377	114
+contig	C7695385	114
+contig	C7695425	114
+contig	C7695381	114
+contig	C7695431	114
+contig	C7695421	114
+contig	C7695453	114
+contig	C7695473	114
+contig	C7695449	114
+contig	C7695401	114
+contig	C7695493	114
+contig	C7695479	114
+contig	C7695459	114
+contig	C7695487	114
+contig	C7695557	114
+contig	C7695565	114
+contig	C7695593	114
+contig	C7695499	114
+contig	C7695531	114
+contig	C7695621	114
+contig	C7695539	114
+contig	C7695641	114
+contig	C7695221	114
+contig	C7695655	114
+contig	C7695617	114
+contig	C7695613	114
+contig	C7695707	114
+contig	C7695717	114
+contig	C7695733	114
+contig	C7695625	114
+contig	C7695715	114
+contig	C7695757	114
+contig	C7695747	114
+contig	C7695839	114
+contig	C7695771	114
+contig	C7695845	114
+contig	C7695787	114
+contig	C7695865	114
+contig	C7695857	114
+contig	C7695861	114
+contig	C7695853	114
+contig	C7695905	114
+contig	C7695945	114
+contig	C7695923	114
+contig	C7695949	114
+contig	C7695903	114
+contig	C7695967	114
+contig	C7695973	114
+contig	C7695927	114
+contig	C7695961	114
+contig	C7695981	114
+contig	C7695989	114
+contig	C7695975	114
+contig	C7695983	114
+contig	C7695995	114
+contig	C7695977	114
+contig	C7696025	114
+contig	C7696033	114
+contig	C7696015	114
+contig	C7696053	114
+contig	C7696051	114
+contig	C7696079	114
+contig	C7696039	114
+contig	C7696095	114
+contig	C7696075	114
+contig	C7694995	114
+contig	C7696125	114
+contig	C7696065	114
+contig	C7696139	114
+contig	C7696205	114
+contig	C7696145	114
+contig	C7696089	114
+contig	C7696195	114
+contig	C7696249	114
+contig	C7696217	114
+contig	C7696143	114
+contig	C7696235	114
+contig	C7696265	114
+contig	C7696283	114
+contig	C7696293	114
+contig	C7696101	114
+contig	C7696295	114
+contig	C7696219	114
+contig	C7696327	114
+contig	C7696299	114
+contig	C7696289	114
+contig	C7696337	114
+contig	C7696335	114
+contig	C7696323	114
+contig	C7696379	114
+contig	C7696387	114
+contig	C7696363	114
+contig	C7696415	114
+contig	C7696339	114
+contig	C7696437	114
+contig	C7696449	114
+contig	C7696395	114
+contig	C7696367	114
+contig	C7696459	114
+contig	C7696343	114
+contig	C7696453	114
+contig	C7696447	114
+contig	C7696515	114
+contig	C7696549	114
+contig	C7696517	114
+contig	C7696571	114
+contig	C7696573	114
+contig	C7696607	114
+contig	C7696567	114
+contig	C7696587	114
+contig	C7696617	114
+contig	C7696611	114
+contig	C7695615	114
+contig	C7696521	114
+contig	C7696615	114
+contig	C7696635	114
+contig	C7696663	114
+contig	C7696659	114
+contig	C7696485	114
+contig	C7696701	114
+contig	C7696653	114
+contig	C7696707	114
+contig	C7696623	114
+contig	C7696721	114
+contig	C7696705	114
+contig	C7696681	114
+contig	C7696731	114
+contig	C7696751	114
+contig	C7696777	114
+contig	C7696763	114
+contig	C7696671	114
+contig	C7696791	114
+contig	C7696743	114
+contig	C7696797	114
+contig	C7696815	114
+contig	C7696809	114
+contig	C7696685	114
+contig	C7696829	114
+contig	C7696849	114
+contig	C7696855	114
+contig	C7696807	114
+contig	C7696875	114
+contig	C7696881	114
+contig	C7696873	114
+contig	C7696919	114
+contig	C7696871	114
+contig	C7696795	114
+contig	C7696553	114
+contig	C7696949	114
+contig	C7696927	114
+contig	C7697011	114
+contig	C7696991	114
+contig	C7697043	114
+contig	C7697049	114
+contig	C7696975	114
+contig	C7696981	114
+contig	C7697067	114
+contig	C7697081	114
+contig	C7697083	114
+contig	C7697037	114
+contig	C7697095	114
+contig	C7697099	114
+contig	C7697137	114
+contig	C7696995	114
+contig	C7697059	114
+contig	C7697151	114
+contig	C7697141	114
+contig	C7697161	114
+contig	C7697173	114
+contig	C7697075	114
+contig	C7697143	114
+contig	C7697187	114
+contig	C7697235	114
+contig	C7697273	114
+contig	C7697177	114
+contig	C7697279	114
+contig	C7697297	114
+contig	C7697221	114
+contig	C7697309	114
+contig	C7697283	114
+contig	C7697277	114
+contig	C7697329	114
+contig	C7697337	114
+contig	C7697323	114
+contig	C7697343	114
+contig	C7697355	114
+contig	C7697245	114
+contig	C7697345	114
+contig	C7697313	114
+contig	C7697363	114
+contig	C7697369	114
+contig	C7697379	114
+contig	C7697393	114
+contig	C7697389	114
+contig	C7697405	114
+contig	C7697377	114
+contig	C7697395	114
+contig	C7697433	114
+contig	C7697449	114
+contig	C7697331	114
+contig	C7697451	114
+contig	C7697437	114
+contig	C7697475	114
+contig	C7697481	114
+contig	C7697515	114
+contig	C7697487	114
+contig	C7697381	114
+contig	C7697519	114
+contig	C7697525	114
+contig	C7697465	114
+contig	C7697543	114
+contig	C7697529	114
+contig	C7697555	114
+contig	C7697563	114
+contig	C7697575	114
+contig	C7697541	114
+contig	C7697567	114
+contig	C7697593	114
+contig	C7697595	114
+contig	C7697609	114
+contig	C7697581	114
+contig	C7697621	114
+contig	C7697549	114
+contig	C7697631	114
+contig	C7697645	114
+contig	C7697657	114
+contig	C7697635	114
+contig	C7697659	114
+contig	C7697673	114
+contig	C7697661	114
+contig	C7697685	114
+contig	C7697679	114
+contig	C7697687	114
+contig	C7697697	114
+contig	C7697675	114
+contig	C7697709	114
+contig	C7697693	114
+contig	C7697711	114
+contig	C7697713	114
+contig	C7697761	114
+contig	C7697701	114
+contig	C7697719	114
+contig	C7697799	114
+contig	C7697817	114
+contig	C7697803	114
+contig	C7697777	114
+contig	C7697827	114
+contig	C7697835	114
+contig	C7697853	114
+contig	C7697875	114
+contig	C7697877	114
+contig	C7697879	114
+contig	C7697909	114
+contig	C7697873	114
+contig	C7697929	114
+contig	C7697927	114
+contig	C7697939	114
+contig	C7697935	114
+contig	C7697953	114
+contig	C7697907	114
+contig	C7697597	114
+contig	C7697963	114
+contig	C7697979	114
+contig	C7697993	114
+contig	C7697959	114
+contig	C7697971	114
+contig	C7698017	114
+contig	C7698023	114
+contig	C7698045	114
+contig	C7698009	114
+contig	C7696819	114
+contig	C7698077	114
+contig	C7698065	114
+contig	C7698085	114
+contig	C7698075	114
+contig	C7698109	114
+contig	C7698107	114
+contig	C7698153	114
+contig	C7698121	114
+contig	C7698157	114
+contig	C7697999	114
+contig	C7698173	114
+contig	C7698221	114
+contig	C7698199	114
+contig	C7698179	114
+contig	C7698217	114
+contig	C7698115	114
+contig	C7698253	114
+contig	C7698311	114
+contig	C7698317	114
+contig	C7698231	114
+contig	C7698305	114
+contig	C7698275	114
+contig	C7698329	114
+contig	C7698343	114
+contig	C7698335	114
+contig	C7698383	114
+contig	C7698417	114
+contig	C7698435	114
+contig	C7698373	114
+contig	C7698397	114
+contig	C7698423	114
+contig	C7698467	114
+contig	C7698431	114
+contig	C7698465	114
+contig	C7698469	114
+contig	C7698461	114
+contig	C7696781	114
+contig	C7698477	114
+contig	C7698491	114
+contig	C7698495	114
+contig	C7698459	114
+contig	C7698481	114
+contig	C7698509	114
+contig	C7698541	114
+contig	C7698489	114
+contig	C7698507	114
+contig	C7698577	114
+contig	C7698503	114
+contig	C7698581	114
+contig	C7698535	114
+contig	C7698573	114
+contig	C7698547	114
+contig	C7698587	114
+contig	C7698609	114
+contig	C7698583	114
+contig	C7698531	114
+contig	C7698629	114
+contig	C7698611	114
+contig	C7698677	114
+contig	C7698655	114
+contig	C7698661	114
+contig	C7698687	114
+contig	C7698701	114
+contig	C7698705	114
+contig	C7698721	114
+contig	C7698691	114
+contig	C7698719	114
+contig	C7698607	114
+contig	C7698717	114
+contig	C7698729	114
+contig	C7698749	114
+contig	C7698747	114
+contig	C7698733	114
+contig	C7698769	114
+contig	C7698805	114
+contig	C7698783	114
+contig	C7698817	114
+contig	C7698811	114
+contig	C7698821	114
+contig	C7698843	114
+contig	C7698847	114
+contig	C7698627	114
+contig	C7698827	114
+contig	C7698833	114
+contig	C7698787	114
+contig	C7698895	114
+contig	C7698919	114
+contig	C7698877	114
+contig	C7698933	114
+contig	C7698913	114
+contig	C7698937	114
+contig	C7698959	114
+contig	C7697467	114
+contig	C7698949	114
+contig	C7699011	114
+contig	C7698965	114
+contig	C7699027	114
+contig	C7698743	114
+contig	C7699033	114
+contig	C7698995	114
+contig	C7699047	114
+contig	C7699001	114
+contig	C7699059	114
+contig	C7699077	114
+contig	C7699099	114
+contig	C7698975	114
+contig	C7699073	114
+contig	C7699055	114
+contig	C7699101	114
+contig	C7699111	114
+contig	C7699091	114
+contig	C7699103	114
+contig	C7699113	114
+contig	C7699127	114
+contig	C7699149	114
+contig	C7699171	114
+contig	C7699115	114
+contig	C7699193	114
+contig	C7699223	114
+contig	C7699227	114
+contig	C7699191	114
+contig	C7699125	114
+contig	C7699225	114
+contig	C7699267	114
+contig	C7699271	114
+contig	C7699195	114
+contig	C7699249	114
+contig	C7699273	114
+contig	C7699307	114
+contig	C7699233	114
+contig	C7699343	114
+contig	C7699301	114
+contig	C7699345	114
+contig	C7699373	114
+contig	C7699303	114
+contig	C7699359	114
+contig	C7699389	114
+contig	C7699401	114
+contig	C7699357	114
+contig	C7699323	114
+contig	C7699411	114
+contig	C7699375	114
+contig	C7699423	114
+contig	C7699405	114
+contig	C7699441	114
+contig	C7699437	114
+contig	C7699393	114
+contig	C7699449	114
+contig	C7699473	114
+contig	C7699505	114
+contig	C7699425	114
+contig	C7699457	114
+contig	C7699543	114
+contig	C7699541	114
+contig	C7699557	114
+contig	C7699599	114
+contig	C7699597	114
+contig	C7699641	114
+contig	C7699637	114
+contig	C7699609	114
+contig	C7699563	114
+contig	C7699655	114
+contig	C7699665	114
+contig	C7699661	114
+contig	C7699671	114
+contig	C7699645	114
+contig	C7699691	114
+contig	C7699687	114
+contig	C7699633	114
+contig	C7699709	114
+contig	C7699711	114
+contig	C7699705	114
+contig	C7699713	114
+contig	C7699689	114
+contig	C7699715	114
+contig	C7699731	114
+contig	C7699703	114
+contig	C7699763	114
+contig	C7699753	114
+contig	C7699785	114
+contig	C7699809	114
+contig	C7699747	114
+contig	C7699805	114
+contig	C7699819	114
+contig	C7699831	114
+contig	C7699811	114
+contig	C7699857	114
+contig	C7699847	114
+contig	C7699743	114
+contig	C7699869	114
+contig	C7699895	114
+contig	C7699909	114
+contig	C7699807	114
+contig	C7699901	114
+contig	C7699935	114
+contig	C7699913	114
+contig	C7699929	114
+contig	C7699969	114
+contig	C7699943	114
+contig	C7699965	114
+contig	C7699971	114
+contig	C7699881	114
+contig	C7700035	114
+contig	C7700053	114
+contig	C7699973	114
+contig	C7700037	114
+contig	C7699281	114
+contig	C7700097	114
+contig	C7700103	114
+contig	C7700085	114
+contig	C7700119	114
+contig	C7700089	114
+contig	C7700109	114
+contig	C7700105	114
+contig	C7700133	114
+contig	C7700149	114
+contig	C7700173	114
+contig	C7700183	114
+contig	C7700219	114
+contig	C7700221	114
+contig	C7700209	114
+contig	C7700227	114
+contig	C7700243	114
+contig	C7700247	114
+contig	C7700249	114
+contig	C7700265	114
+contig	C7700231	114
+contig	C7700255	114
+contig	C7700305	114
+contig	C7700277	114
+contig	C7700315	114
+contig	C7699999	114
+contig	C7700317	114
+contig	C7700323	114
+contig	C7700167	114
+contig	C7700271	114
+contig	C7700343	114
+contig	C7700371	114
+contig	C7700357	114
+contig	C7700383	114
+contig	C7700423	114
+contig	C7700429	114
+contig	C7700375	114
+contig	C7700443	114
+contig	C7700355	114
+contig	C7700451	114
+contig	C7700459	114
+contig	C7700363	114
+contig	C7700469	114
+contig	C7700463	114
+contig	C7700515	114
+contig	C7700509	114
+contig	C7700523	114
+contig	C7700465	114
+contig	C7700549	114
+contig	C7700539	114
+contig	C7700581	114
+contig	C7700577	114
+contig	C7700573	114
+contig	C7700585	114
+contig	C7700623	114
+contig	C7700595	114
+contig	C7700631	114
+contig	C7700655	114
+contig	C7700639	114
+contig	C7700535	114
+contig	C7700671	114
+contig	C7700681	114
+contig	C7700717	114
+contig	C7700657	114
+contig	C7700697	114
+contig	C7700593	114
+contig	C7700765	114
+contig	C7700737	114
+contig	C7700739	114
+contig	C7700781	114
+contig	C7700741	114
+contig	C7700771	114
+contig	C7700789	114
+contig	C7700831	114
+contig	C7700833	114
+contig	C7700797	114
+contig	C7700871	114
+contig	C7700805	114
+contig	C7700899	114
+contig	C7700921	114
+contig	C7700861	114
+contig	C7699863	114
+contig	C7700917	114
+contig	C7700929	114
+contig	C7700923	114
+contig	C7700955	114
+contig	C7700873	114
+contig	C7700957	114
+contig	C7700973	114
+contig	C7701013	114
+contig	C7700983	114
+contig	C7700713	114
+contig	C7700991	114
+contig	C7701027	114
+contig	C7701035	114
+contig	C7701057	114
+contig	C7701063	114
+contig	C7700993	114
+contig	C7701039	114
+contig	C7701093	114
+contig	C7701095	114
+contig	C7700989	114
+contig	C7701125	114
+contig	C7701097	114
+contig	C7701143	114
+contig	C7701105	114
+contig	C7701029	114
+contig	C7701171	114
+contig	C7701109	114
+contig	C7701193	114
+contig	C7701151	114
+contig	C7701185	114
+contig	C7701197	114
+contig	C7701221	114
+contig	C7701241	114
+contig	C7701101	114
+contig	C7701245	114
+contig	C7701223	114
+contig	C7701153	114
+contig	C7701199	114
+contig	C7701263	114
+contig	C7701279	114
+contig	C7701261	114
+contig	C7701291	114
+contig	C7701277	114
+contig	C7701315	114
+contig	C7701301	114
+contig	C7701259	114
+contig	C7701329	114
+contig	C7701361	114
+contig	C7701327	114
+contig	C7701373	114
+contig	C7701385	114
+contig	C7701325	114
+contig	C7701343	114
+contig	C7701391	114
+contig	C7701387	114
+contig	C7701415	114
+contig	C7701417	114
+contig	C7701435	114
+contig	C7701323	114
+contig	C7701451	114
+contig	C7701439	114
+contig	C7701319	114
+contig	C7701397	114
+contig	C7701453	114
+contig	C7701497	114
+contig	C7701483	114
+contig	C7701529	114
+contig	C7701433	114
+contig	C7701487	114
+contig	C7701503	114
+contig	C7701543	114
+contig	C7701533	114
+contig	C7701551	114
+contig	C7701541	114
+contig	C7701499	114
+contig	C7701535	114
+contig	C7701587	114
+contig	C7701565	114
+contig	C7701599	114
+contig	C7701585	114
+contig	C7701609	114
+contig	C7701589	114
+contig	C7701641	114
+contig	C7701615	114
+contig	C7701687	114
+contig	C7701697	115
+contig	C7701683	114
+contig	C7701701	115
+contig	C7698887	114
+contig	C7701711	115
+contig	C7701607	114
+contig	C7701735	115
+contig	C7701605	114
+contig	C7701709	115
+contig	C7701717	115
+contig	C7701773	115
+contig	C7701783	115
+contig	C7701817	115
+contig	C7701747	115
+contig	C7701787	115
+contig	C7701819	115
+contig	C7701835	115
+contig	C7701867	115
+contig	C7701821	115
+contig	C7701849	115
+contig	C7701801	115
+contig	C7701377	114
+contig	C7701897	115
+contig	C7701889	115
+contig	C7701925	115
+contig	C7701743	115
+contig	C7701935	115
+contig	C7701919	115
+contig	C7701951	115
+contig	C7701963	115
+contig	C7701899	115
+contig	C7701931	115
+contig	C7701973	115
+contig	C7701995	115
+contig	C7701933	115
+contig	C7701981	115
+contig	C7701949	115
+contig	C7701865	115
+contig	C7702013	115
+contig	C7702051	115
+contig	C7702039	115
+contig	C7702011	115
+contig	C7702065	115
+contig	C7702061	115
+contig	C7702129	115
+contig	C7702093	115
+contig	C7702103	115
+contig	C7702159	115
+contig	C7702165	115
+contig	C7702167	115
+contig	C7702121	115
+contig	C7702055	115
+contig	C7702177	115
+contig	C7702181	115
+contig	C7702183	115
+contig	C7702005	115
+contig	C7702191	115
+contig	C7702211	115
+contig	C7702201	115
+contig	C7702143	115
+contig	C7702199	115
+contig	C7702195	115
+contig	C7702293	115
+contig	C7702171	115
+contig	C7702275	115
+contig	C7702321	115
+contig	C7702315	115
+contig	C7702231	115
+contig	C7702337	115
+contig	C7702311	115
+contig	C7702257	115
+contig	C7702371	115
+contig	C7702383	115
+contig	C7702387	115
+contig	C7702407	115
+contig	C7702329	115
+contig	C7702425	115
+contig	C7702399	115
+contig	C7702441	115
+contig	C7702355	115
+contig	C7702457	115
+contig	C7702463	115
+contig	C7702249	115
+contig	C7702495	115
+contig	C7702523	115
+contig	C7702395	115
+contig	C7702533	115
+contig	C7702555	115
+contig	C7702459	115
+contig	C7702571	115
+contig	C7702639	115
+contig	C7702653	115
+contig	C7702507	115
+contig	C7702667	115
+contig	C7702679	115
+contig	C7702465	115
+contig	C7702687	115
+contig	C7702585	115
+contig	C7702697	115
+contig	C7702711	115
+contig	C7702707	115
+contig	C7702725	115
+contig	C7702727	115
+contig	C7702545	115
+contig	C7702693	115
+contig	C7702741	115
+contig	C7702731	115
+contig	C7702777	115
+contig	C7702769	115
+contig	C7702713	115
+contig	C7702681	115
+contig	C7702787	115
+contig	C7702799	115
+contig	C7702807	115
+contig	C7702809	115
+contig	C7702783	115
+contig	C7702815	115
+contig	C7702797	115
+contig	C7702831	115
+contig	C7702767	115
+contig	C7702839	115
+contig	C7702843	115
+contig	C7702825	115
+contig	C7702803	115
+contig	C7702871	115
+contig	C7702875	115
+contig	C7702901	115
+contig	C7702869	115
+contig	C7702919	115
+contig	C7702955	115
+contig	C7702909	115
+contig	C7702929	115
+contig	C7702971	115
+contig	C7702983	115
+contig	C7703011	115
+contig	C7703007	115
+contig	C7703035	115
+contig	C7702867	115
+contig	C7703055	115
+contig	C7703013	115
+contig	C7703059	115
+contig	C7702973	115
+contig	C7703075	115
+contig	C7703049	115
+contig	C7703093	115
+contig	C7703089	115
+contig	C7703079	115
+contig	C7703119	115
+contig	C7703129	115
+contig	C7703163	115
+contig	C7703197	115
+contig	C7703095	115
+contig	C7703227	115
+contig	C7703217	115
+contig	C7703235	115
+contig	C7703127	115
+contig	C7703241	115
+contig	C7703233	115
+contig	C7703249	115
+contig	C7703265	115
+contig	C7703253	115
+contig	C7703291	115
+contig	C7703297	115
+contig	C7703293	115
+contig	C7703307	115
+contig	C7703327	115
+contig	C7703275	115
+contig	C7703339	115
+contig	C7703337	115
+contig	C7703343	115
+contig	C7703321	115
+contig	C7703341	115
+contig	C7703395	115
+contig	C7703403	115
+contig	C7703411	115
+contig	C7703419	115
+contig	C7703379	115
+contig	C7703443	115
+contig	C7703445	115
+contig	C7703377	115
+contig	C7703465	115
+contig	C7703469	115
+contig	C7703489	115
+contig	C7703537	115
+contig	C7703521	115
+contig	C7703549	115
+contig	C7703581	115
+contig	C7703595	115
+contig	C7703567	115
+contig	C7703603	115
+contig	C7703605	115
+contig	C7703629	115
+contig	C7703635	115
+contig	C7703651	115
+contig	C7703657	115
+contig	C7703543	115
+contig	C7703665	115
+contig	C7702835	115
+contig	C7702335	115
+contig	C7703597	115
+contig	C7703671	115
+contig	C7703687	115
+contig	C7703677	115
+contig	C7703667	115
+contig	C7703691	115
+contig	C7703723	115
+contig	C7703733	115
+contig	C7703785	115
+contig	C7703675	115
+contig	C7703749	115
+contig	C7703797	115
+contig	C7702877	115
+contig	C7703449	115
+contig	C7703807	115
+contig	C7703809	115
+contig	C7703823	115
+contig	C7703851	115
+contig	C7703857	115
+contig	C7703879	115
+contig	C7703827	115
+contig	C7703769	115
+contig	C7703861	115
+contig	C7703817	115
+contig	C7703937	115
+contig	C7703881	115
+contig	C7703955	115
+contig	C7703697	115
+contig	C7703983	115
+contig	C7703919	115
+contig	C7703921	115
+contig	C7703865	115
+contig	C7704013	115
+contig	C7704019	115
+contig	C7704015	115
+contig	C7704029	115
+contig	C7703991	115
+contig	C7704099	115
+contig	C7704053	115
+contig	C7704101	115
+contig	C7704129	115
+contig	C7704181	115
+contig	C7704195	115
+contig	C7704131	115
+contig	C7704197	115
+contig	C7704179	115
+contig	C7704187	115
+contig	C7704199	115
+contig	C7704209	115
+contig	C7704205	115
+contig	C7704237	115
+contig	C7704251	115
+contig	C7704247	115
+contig	C7704239	115
+contig	C7704267	115
+contig	C7704275	115
+contig	C7704145	115
+contig	C7704281	115
+contig	C7704311	115
+contig	C7704279	115
+contig	C7704269	115
+contig	C7704161	115
+contig	C7704323	115
+contig	C7704355	115
+contig	C7704383	115
+contig	C7704417	115
+contig	C7704359	115
+contig	C7704207	115
+contig	C7704459	115
+contig	C7704451	115
+contig	C7704463	115
+contig	C7704461	115
+contig	C7704477	115
+contig	C7704445	115
+contig	C7704473	115
+contig	C7704485	115
+contig	C7704479	115
+contig	C7704419	115
+contig	C7704505	115
+contig	C7704483	115
+contig	C7704547	115
+contig	C7704519	115
+contig	C7704361	115
+contig	C7704541	115
+contig	C7704531	115
+contig	C7704565	115
+contig	C7704585	115
+contig	C7704575	115
+contig	C7704605	115
+contig	C7704601	115
+contig	C7704609	115
+contig	C7704599	115
+contig	C7704611	115
+contig	C7704571	115
+contig	C7704637	115
+contig	C7704673	115
+contig	C7704557	115
+contig	C7704691	115
+contig	C7704579	115
+contig	C7704697	115
+contig	C7704699	115
+contig	C7704705	115
+contig	C7704671	115
+contig	C7703885	115
+contig	C7704693	115
+contig	C7704741	115
+contig	C7704707	115
+contig	C7704737	115
+contig	C7704791	115
+contig	C7704753	115
+contig	C7704795	115
+contig	C7704629	115
+contig	C7704675	115
+contig	C7704755	115
+contig	C7704855	115
+contig	C7704739	115
+contig	C7704869	115
+contig	C7704835	115
+contig	C7704811	115
+contig	C7704825	115
+contig	C7704903	115
+contig	C7704919	115
+contig	C7704877	115
+contig	C7704859	115
+contig	C7704925	115
+contig	C7704933	115
+contig	C7704959	115
+contig	C7704977	115
+contig	C7704993	115
+contig	C7705017	115
+contig	C7705019	115
+contig	C7704911	115
+contig	C7704989	115
+contig	C7705029	115
+contig	C7705031	115
+contig	C7704939	115
+contig	C7704991	115
+contig	C7705063	115
+contig	C7705061	115
+contig	C7705127	115
+contig	C7705129	115
+contig	C7705131	115
+contig	C7705133	115
+contig	C7705083	115
+contig	C7705177	115
+contig	C7704881	115
+contig	C7705195	115
+contig	C7704799	115
+contig	C7705161	115
+contig	C7705243	115
+contig	C7705205	115
+contig	C7705135	115
+contig	C7705277	115
+contig	C7705219	115
+contig	C7705239	115
+contig	C7705281	115
+contig	C7705251	115
+contig	C7705331	115
+contig	C7705149	115
+contig	C7705343	115
+contig	C7705295	115
+contig	C7705299	115
+contig	C7705373	115
+contig	C7705397	115
+contig	C7705341	115
+contig	C7705307	115
+contig	C7705407	115
+contig	C7705391	115
+contig	C7705411	115
+contig	C7705459	115
+contig	C7705379	115
+contig	C7705433	115
+contig	C7705479	115
+contig	C7705487	115
+contig	C7705471	115
+contig	C7705497	115
+contig	C7705429	115
+contig	C7705023	115
+contig	C7705399	115
+contig	C7705505	115
+contig	C7705559	115
+contig	C7705511	115
+contig	C7705523	115
+contig	C7705545	115
+contig	C7705567	115
+contig	C7705581	115
+contig	C7705589	115
+contig	C7705623	115
+contig	C7705647	115
+contig	C7705519	115
+contig	C7705653	115
+contig	C7705639	115
+contig	C7705691	115
+contig	C7705659	115
+contig	C7705571	115
+contig	C7705561	115
+contig	C7705713	115
+contig	C7705705	115
+contig	C7705715	115
+contig	C7705739	115
+contig	C7705745	115
+contig	C7705665	115
+contig	C7705709	115
+contig	C7705735	115
+contig	C7705717	115
+contig	C7705757	115
+contig	C7705753	115
+contig	C7705799	115
+contig	C7705785	115
+contig	C7705807	115
+contig	C7705833	115
+contig	C7705821	115
+contig	C7705783	115
+contig	C7705835	115
+contig	C7705839	115
+contig	C7705759	115
+contig	C7705869	115
+contig	C7705809	115
+contig	C7705901	115
+contig	C7705865	115
+contig	C7705903	115
+contig	C7705849	115
+contig	C7705945	115
+contig	C7705915	115
+contig	C7705949	115
+contig	C7705989	115
+contig	C7705999	115
+contig	C7705907	115
+contig	C7705981	115
+contig	C7705929	115
+contig	C7705979	115
+contig	C7706039	115
+contig	C7706071	115
+contig	C7706075	115
+contig	C7705959	115
+contig	C7706079	115
+contig	C7706091	115
+contig	C7706107	115
+contig	C7706009	115
+contig	C7706051	115
+contig	C7706121	115
+contig	C7706131	115
+contig	C7706135	115
+contig	C7706191	115
+contig	C7706175	115
+contig	C7706211	115
+contig	C7706199	115
+contig	C7706213	115
+contig	C7706163	115
+contig	C7706105	115
+contig	C7706217	115
+contig	C7706237	115
+contig	C7706253	115
+contig	C7706245	115
+contig	C7706215	115
+contig	C7706257	115
+contig	C7706221	115
+contig	C7706323	115
+contig	C7706197	115
+contig	C7706325	115
+contig	C7706303	115
+contig	C7706403	115
+contig	C7706169	115
+contig	C7706283	115
+contig	C7706415	115
+contig	C7706351	115
+contig	C7706409	115
+contig	C7706443	115
+contig	C7706425	115
+contig	C7706423	115
+contig	C7706449	115
+contig	C7706445	115
+contig	C7706457	115
+contig	C7706441	115
+contig	C7706341	115
+contig	C7706469	115
+contig	C7706477	115
+contig	C7706487	115
+contig	C7706455	115
+contig	C7706497	115
+contig	C7706525	115
+contig	C7706511	115
+contig	C7706509	115
+contig	C7706539	115
+contig	C7706553	115
+contig	C7706569	115
+contig	C7706565	115
+contig	C7706519	115
+contig	C7706597	115
+contig	C7706601	115
+contig	C7706541	115
+contig	C7706605	115
+contig	C7706577	115
+contig	C7706645	115
+contig	C7706639	115
+contig	C7706689	115
+contig	C7706709	115
+contig	C7706717	115
+contig	C7706683	115
+contig	C7706707	115
+contig	C7706641	115
+contig	C7706725	115
+contig	C7706807	115
+contig	C7706761	115
+contig	C7706811	115
+contig	C7706819	115
+contig	C7706853	115
+contig	C7706755	115
+contig	C7706873	115
+contig	C7706285	115
+contig	C7706897	115
+contig	C7706797	115
+contig	C7706861	115
+contig	C7706901	115
+contig	C7706883	115
+contig	C7706981	115
+contig	C7706983	115
+contig	C7706839	115
+contig	C7706973	115
+contig	C7707019	115
+contig	C7707023	115
+contig	C7706485	115
+contig	C7707039	115
+contig	C7707111	115
+contig	C7706919	115
+contig	C7707057	115
+contig	C7707121	115
+contig	C7707131	115
+contig	C7707117	115
+contig	C7707143	115
+contig	C7707115	115
+contig	C7707219	115
+contig	C7707107	115
+contig	C7707223	115
+contig	C7707221	115
+contig	C7707139	115
+contig	C7707235	115
+contig	C7707317	115
+contig	C7707207	115
+contig	C7707331	115
+contig	C7707287	115
+contig	C7707327	115
+contig	C7706993	115
+contig	C7707333	115
+contig	C7707411	115
+contig	C7707389	115
+contig	C7707385	115
+contig	C7707433	115
+contig	C7707447	115
+contig	C7707439	115
+contig	C7707403	115
+contig	C7707479	115
+contig	C7707241	115
+contig	C7707499	115
+contig	C7707537	115
+contig	C7707397	115
+contig	C7707541	115
+contig	C7707543	115
+contig	C7707545	115
+contig	C7707485	115
+contig	C7707559	115
+contig	C7707505	115
+contig	C7707567	115
+contig	C7707551	115
+contig	C7707577	115
+contig	C7707585	115
+contig	C7707563	115
+contig	C7707595	115
+contig	C7707643	115
+contig	C7707519	115
+contig	C7707657	115
+contig	C7707635	115
+contig	C7707671	115
+contig	C7707561	115
+contig	C7707549	115
+contig	C7707653	115
+contig	C7707687	115
+contig	C7707611	115
+contig	C7707673	115
+contig	C7707707	115
+contig	C7705621	115
+contig	C7707721	115
+contig	C7707729	115
+contig	C7707679	115
+contig	C7707689	115
+contig	C7707799	115
+contig	C7707759	115
+contig	C7707695	115
+contig	C7707785	115
+contig	C7707811	115
+contig	C7707835	115
+contig	C7707701	115
+contig	C7707827	115
+contig	C7707857	115
+contig	C7707865	115
+contig	C7707825	115
+contig	C7707919	115
+contig	C7707947	115
+contig	C7707851	115
+contig	C7707719	115
+contig	C7707863	115
+contig	C7707921	115
+contig	C7707995	115
+contig	C7707997	115
+contig	C7708009	115
+contig	C7707845	115
+contig	C7708025	115
+contig	C7708029	115
+contig	C7708057	115
+contig	C7708023	115
+contig	C7708059	115
+contig	C7708089	115
+contig	C7708097	115
+contig	C7707971	115
+contig	C7708047	115
+contig	C7708125	115
+contig	C7708087	115
+contig	C7708143	115
+contig	C7708115	115
+contig	C7708037	115
+contig	C7708149	115
+contig	C7708147	115
+contig	C7708139	115
+contig	C7708133	115
+contig	C7708189	115
+contig	C7708175	115
+contig	C7708197	115
+contig	C7708153	115
+contig	C7708233	115
+contig	C7708067	115
+contig	C7708259	115
+contig	C7708247	115
+contig	C7708277	115
+contig	C7708305	115
+contig	C7708315	115
+contig	C7708241	115
+contig	C7708325	115
+contig	C7708363	115
+contig	C7708355	115
+contig	C7708297	115
+contig	C7708377	115
+contig	C7708395	115
+contig	C7708373	115
+contig	C7708393	115
+contig	C7708375	115
+contig	C7708423	115
+contig	C7708409	115
+contig	C7708441	115
+contig	C7708467	115
+contig	C7708451	115
+contig	C7708471	115
+contig	C7708403	115
+contig	C7708477	115
+contig	C7708427	115
+contig	C7708513	115
+contig	C7708501	115
+contig	C7708481	115
+contig	C7708523	115
+contig	C7708519	115
+contig	C7708533	115
+contig	C7708545	115
+contig	C7708571	115
+contig	C7708591	115
+contig	C7708559	115
+contig	C7708573	115
+contig	C7708627	115
+contig	C7708583	115
+contig	C7708639	115
+contig	C7708645	115
+contig	C7708633	115
+contig	C7708669	115
+contig	C7708697	115
+contig	C7708619	115
+contig	C7708691	115
+contig	C7708717	115
+contig	C7708695	115
+contig	C7708195	115
+contig	C7708733	115
+contig	C7708763	115
+contig	C7708327	115
+contig	C7708783	115
+contig	C7708795	115
+contig	C7708799	115
+contig	C7708725	115
+contig	C7708819	115
+contig	C7708821	115
+contig	C7708833	115
+contig	C7708845	115
+contig	C7708853	115
+contig	C7708721	115
+contig	C7708859	115
+contig	C7708861	115
+contig	C7708815	115
+contig	C7708847	115
+contig	C7708739	115
+contig	C7708883	115
+contig	C7708877	115
+contig	C7708867	115
+contig	C7708895	115
+contig	C7708885	115
+contig	C7708921	115
+contig	C7708909	115
+contig	C7708923	115
+contig	C7708925	115
+contig	C7708951	115
+contig	C7708975	115
+contig	C7708991	115
+contig	C7709005	115
+contig	C7709015	115
+contig	C7708997	115
+contig	C7708771	115
+contig	C7709019	115
+contig	C7708937	115
+contig	C7708919	115
+contig	C7709025	115
+contig	C7709017	115
+contig	C7709063	115
+contig	C7709071	115
+contig	C7709035	115
+contig	C7709097	115
+contig	C7709069	115
+contig	C7709103	115
+contig	C7709117	115
+contig	C7709131	115
+contig	C7709165	115
+contig	C7709133	115
+contig	C7709031	115
+contig	C7709173	115
+contig	C7709175	115
+contig	C7709141	115
+contig	C7709197	115
+contig	C7709185	115
+contig	C7709201	115
+contig	C7709213	115
+contig	C7709167	115
+contig	C7709239	115
+contig	C7709179	115
+contig	C7709277	115
+contig	C7709223	115
+contig	C7709289	115
+contig	C7709297	115
+contig	C7709205	115
+contig	C7709311	115
+contig	C7709315	115
+contig	C7709331	115
+contig	C7709293	115
+contig	C7709357	115
+contig	C7709325	115
+contig	C7709353	115
+contig	C7709391	115
+contig	C7709377	115
+contig	C7709361	115
+contig	C7709423	115
+contig	C7709317	115
+contig	C7709435	115
+contig	C7709457	115
+contig	C7709463	115
+contig	C7709419	115
+contig	C7709471	115
+contig	C7709447	115
+contig	C7709497	115
+contig	C7709517	115
+contig	C7709521	115
+contig	C7709527	115
+contig	C7709495	115
+contig	C7709567	115
+contig	C7709573	115
+contig	C7709599	115
+contig	C7709569	115
+contig	C7709603	115
+contig	C7709543	115
+contig	C7709595	115
+contig	C7709617	115
+contig	C7709627	115
+contig	C7709629	115
+contig	C7709637	115
+contig	C7709675	115
+contig	C7709641	115
+contig	C7709441	115
+contig	C7709717	115
+contig	C7708049	115
+contig	C7709705	115
+contig	C7709727	115
+contig	C7709729	115
+contig	C7709695	115
+contig	C7709735	115
+contig	C7709751	115
+contig	C7709689	115
+contig	C7709747	115
+contig	C7709777	115
+contig	C7709767	115
+contig	C7709761	115
+contig	C7709791	115
+contig	C7709787	115
+contig	C7708899	115
+contig	C7709781	115
+contig	C7709807	115
+contig	C7709827	115
+contig	C7709823	115
+contig	C7709839	115
+contig	C7709851	115
+contig	C7709825	115
+contig	C7709895	115
+contig	C7709911	115
+contig	C7709935	115
+contig	C7709753	115
+contig	C7710009	115
+contig	C7709973	115
+contig	C7710019	115
+contig	C7710021	115
+contig	C7710031	115
+contig	C7709879	115
+contig	C7710041	115
+contig	C7710023	115
+contig	C7710085	115
+contig	C7710029	115
+contig	C7710091	115
+contig	C7710087	115
+contig	C7709927	115
+contig	C7710089	115
+contig	C7710143	115
+contig	C7710127	115
+contig	C7710117	115
+contig	C7710149	115
+contig	C7710179	115
+contig	C7710195	115
+contig	C7710205	115
+contig	C7710175	115
+contig	C7710111	115
+contig	C7710239	115
+contig	C7710229	115
+contig	C7710271	115
+contig	C7710267	115
+contig	C7710281	115
+contig	C7710189	115
+contig	C7710243	115
+contig	C7710339	115
+contig	C7710347	115
+contig	C7710307	115
+contig	C7710291	115
+contig	C7710317	115
+contig	C7710353	115
+contig	C7710367	115
+contig	C7710381	115
+contig	C7710387	115
+contig	C7710351	115
+contig	C7710397	115
+contig	C7710395	115
+contig	C7710401	115
+contig	C7710429	115
+contig	C7710431	115
+contig	C7710389	115
+contig	C7710421	115
+contig	C7710449	115
+contig	C7710455	115
+contig	C7710483	115
+contig	C7710487	115
+contig	C7710493	115
+contig	C7710503	115
+contig	C7710505	115
+contig	C7710463	115
+contig	C7710509	115
+contig	C7710467	115
+contig	C7710539	115
+contig	C7710559	115
+contig	C7710567	115
+contig	C7710537	115
+contig	C7709883	115
+contig	C7710595	115
+contig	C7710545	115
+contig	C7710597	115
+contig	C7710603	115
+contig	C7710605	115
+contig	C7710661	115
+contig	C7710613	115
+contig	C7710673	115
+contig	C7710649	115
+contig	C7710581	115
+contig	C7710681	115
+contig	C7710695	115
+contig	C7710703	115
+contig	C7710663	115
+contig	C7710733	115
+contig	C7710743	115
+contig	C7710749	115
+contig	C7710755	115
+contig	C7710759	115
+contig	C7710761	115
+contig	C7710775	115
+contig	C7710773	115
+contig	C7710365	115
+contig	C7710825	115
+contig	C7710901	115
+contig	C7710771	115
+contig	C7710943	115
+contig	C7710947	115
+contig	C7710931	115
+contig	C7710989	115
+contig	C7710975	115
+contig	C7711011	115
+contig	C7710991	115
+contig	C7711055	115
+contig	C7711029	115
+contig	C7711073	115
+contig	C7710945	115
+contig	C7711075	115
+contig	C7711085	115
+contig	C7710997	115
+contig	C7711113	115
+contig	C7711097	115
+contig	C7711145	115
+contig	C7711149	115
+contig	C7711151	115
+contig	C7711081	115
+contig	C7709613	115
+contig	C7711155	115
+contig	C7711161	115
+contig	C7711187	115
+contig	C7711173	115
+contig	C7711211	115
+contig	C7711199	115
+contig	C7711117	115
+contig	C7711237	115
+contig	C7711205	115
+contig	C7711263	115
+contig	C7711225	115
+contig	C7711291	115
+contig	C7711259	115
+contig	C7711299	115
+contig	C7711303	115
+contig	C7711307	115
+contig	C7711327	115
+contig	C7711349	115
+contig	C7711313	115
+contig	C7711267	115
+contig	C7711345	115
+contig	C7711351	115
+contig	C7711367	115
+contig	C7711375	115
+contig	C7711385	115
+contig	C7711365	115
+contig	C7711411	115
+contig	C7711355	115
+contig	C7711441	115
+contig	C7711415	115
+contig	C7711447	115
+contig	C7711397	115
+contig	C7711417	115
+contig	C7711449	115
+contig	C7711471	115
+contig	C7711469	115
+contig	C7711467	115
+contig	C7711483	115
+contig	C7711451	115
+contig	C7711513	115
+contig	C7711551	115
+contig	C7711563	115
+contig	C7711517	115
+contig	C7711615	115
+contig	C7711607	115
+contig	C7711619	115
+contig	C7711639	115
+contig	C7711641	115
+contig	C7711559	115
+contig	C7711707	115
+contig	C7711713	115
+contig	C7711657	115
+contig	C7711747	115
+contig	C7711753	115
+contig	C7710815	115
+contig	C7711755	115
+contig	C7711789	115
+contig	C7711761	115
+contig	C7711791	115
+contig	C7711731	115
+contig	C7711821	115
+contig	C7711845	115
+contig	C7711823	115
+contig	C7711869	115
+contig	C7711767	115
+contig	C7711887	115
+contig	C7711889	115
+contig	C7711853	115
+contig	C7711901	115
+contig	C7711895	115
+contig	C7711779	115
+contig	C7711911	115
+contig	C7711903	115
+contig	C7711917	115
+contig	C7711913	115
+contig	C7711941	115
+contig	C7711929	115
+contig	C7711923	115
+contig	C7711971	115
+contig	C7711995	115
+contig	C7711933	115
+contig	C7711939	115
+contig	C7712019	115
+contig	C7712001	115
+contig	C7712025	115
+contig	C7712003	115
+contig	C7712045	115
+contig	C7712057	115
+contig	C7712063	115
+contig	C7712011	115
+contig	C7712069	115
+contig	C7712073	115
+contig	C7712081	115
+contig	C7712071	115
+contig	C7712067	115
+contig	C7712103	115
+contig	C7712105	115
+contig	C7712117	115
+contig	C7712135	115
+contig	C7712125	115
+contig	C7712085	115
+contig	C7712155	115
+contig	C7712141	115
+contig	C7712163	115
+contig	C7712157	115
+contig	C7712183	115
+contig	C7712185	115
+contig	C7712199	115
+contig	C7712251	115
+contig	C7712249	115
+contig	C7712233	115
+contig	C7711959	115
+contig	C7712271	115
+contig	C7712301	115
+contig	C7712283	115
+contig	C7712303	115
+contig	C7712317	115
+contig	C7712281	115
+contig	C7712101	115
+contig	C7712343	115
+contig	C7712313	115
+contig	C7712319	115
+contig	C7712371	115
+contig	C7712321	115
+contig	C7712385	115
+contig	C7712261	115
+contig	C7712393	115
+contig	C7712383	115
+contig	C7712403	115
+contig	C7712423	115
+contig	C7712405	115
+contig	C7711157	115
+contig	C7712375	115
+contig	C7712415	115
+contig	C7712457	115
+contig	C7712469	115
+contig	C7712447	115
+contig	C7712501	115
+contig	C7712479	115
+contig	C7712491	115
+contig	C7712513	115
+contig	C7712549	115
+contig	C7712563	115
+contig	C7712439	115
+contig	C7712567	115
+contig	C7712525	115
+contig	C7712597	115
+contig	C7712607	115
+contig	C7712565	115
+contig	C7712657	115
+contig	C7712667	115
+contig	C7712605	115
+contig	C7712669	115
+contig	C7712659	115
+contig	C7712683	115
+contig	C7712433	115
+contig	C7712709	115
+contig	C7712685	115
+contig	C7712721	115
+contig	C7712681	115
+contig	C7712733	115
+contig	C7712751	115
+contig	C7712759	115
+contig	C7712703	115
+contig	C7712775	115
+contig	C7712743	115
+contig	C7712765	115
+contig	C7712793	115
+contig	C7712825	115
+contig	C7712853	115
+contig	C7712807	115
+contig	C7712873	115
+contig	C7712863	115
+contig	C7712895	115
+contig	C7712897	115
+contig	C7712893	115
+contig	C7712913	115
+contig	C7712899	115
+contig	C7712917	115
+contig	C7712923	115
+contig	C7712631	115
+contig	C7712787	115
+contig	C7712927	115
+contig	C7712945	115
+contig	C7712947	115
+contig	C7712933	115
+contig	C7712951	115
+contig	C7712949	115
+contig	C7712957	115
+contig	C7712983	115
+contig	C7712955	115
+contig	C7712989	115
+contig	C7712997	115
+contig	C7712965	115
+contig	C7713011	115
+contig	C7713035	115
+contig	C7712921	115
+contig	C7713049	115
+contig	C7713027	115
+contig	C7713051	115
+contig	C7713071	115
+contig	C7713053	115
+contig	C7713079	115
+contig	C7713081	115
+contig	C7713043	115
+contig	C7713113	115
+contig	C7713131	115
+contig	C7713135	115
+contig	C7713137	115
+contig	C7713109	115
+contig	C7713159	115
+contig	C7713171	115
+contig	C7713217	115
+contig	C7713207	115
+contig	C7713237	115
+contig	C7713235	115
+contig	C7713139	115
+contig	C7712369	115
+contig	C7713275	115
+contig	C7713295	115
+contig	C7713303	115
+contig	C7713285	115
+contig	C7713293	115
+contig	C7713311	115
+contig	C7713249	115
+contig	C7713321	115
+contig	C7713337	115
+contig	C7713345	115
+contig	C7713347	115
+contig	C7713357	115
+contig	C7713369	115
+contig	C7713389	115
+contig	C7713395	115
+contig	C7713305	115
+contig	C7713401	115
+contig	C7713351	115
+contig	C7713411	115
+contig	C7713421	115
+contig	C7713457	115
+contig	C7713453	115
+contig	C7713469	115
+contig	C7713489	115
+contig	C7713499	115
+contig	C7713493	115
+contig	C7713399	115
+contig	C7713481	115
+contig	C7713507	115
+contig	C7713535	115
+contig	C7713515	115
+contig	C7713553	115
+contig	C7713565	115
+contig	C7713527	115
+contig	C7713577	115
+contig	C7713519	115
+contig	C7713561	115
+contig	C7713581	115
+contig	C7713589	115
+contig	C7713591	115
+contig	C7713585	115
+contig	C7713601	115
+contig	C7713607	115
+contig	C7713569	115
+contig	C7713603	115
+contig	C7713619	115
+contig	C7712821	115
+contig	C7713633	115
+contig	C7713609	115
+contig	C7713611	115
+contig	C7713641	115
+contig	C7713673	115
+contig	C7713687	115
+contig	C7713705	115
+contig	C7713653	115
+contig	C7713707	115
+contig	C7713739	115
+contig	C7713655	115
+contig	C7713719	115
+contig	C7713775	115
+contig	C7713691	115
+contig	C7713807	115
+contig	C7713829	115
+contig	C7713755	115
+contig	C7713827	115
+contig	C7713873	115
+contig	C7713843	115
+contig	C7713877	115
+contig	C7713763	115
+contig	C7713933	115
+contig	C7713937	115
+contig	C7713947	115
+contig	C7713833	115
+contig	C7713923	115
+contig	C7713971	115
+contig	C7713997	115
+contig	C7713961	115
+contig	C7714003	115
+contig	C7713979	115
+contig	C7713963	115
+contig	C7714009	115
+contig	C7714053	115
+contig	C7714041	115
+contig	C7714035	115
+contig	C7714097	115
+contig	C7713875	115
+contig	C7714065	115
+contig	C7714107	115
+contig	C7714103	115
+contig	C7714121	115
+contig	C7714059	115
+contig	C7714169	115
+contig	C7714111	115
+contig	C7714157	115
+contig	C7714175	115
+contig	C7714183	115
+contig	C7714185	115
+contig	C7714209	115
+contig	C7714189	115
+contig	C7714127	115
+contig	C7714251	115
+contig	C7714011	115
+contig	C7714241	115
+contig	C7714299	115
+contig	C7714319	115
+contig	C7714327	115
+contig	C7714295	115
+contig	C7714269	115
+contig	C7714315	115
+contig	C7714331	115
+contig	C7714341	115
+contig	C7714329	115
+contig	C7714367	115
+contig	C7714351	115
+contig	C7714383	115
+contig	C7714357	115
+contig	C7714411	115
+contig	C7714423	115
+contig	C7714431	115
+contig	C7714391	115
+contig	C7714229	115
+contig	C7714455	115
+contig	C7714493	115
+contig	C7714457	115
+contig	C7714489	115
+contig	C7714469	115
+contig	C7714509	115
+contig	C7714535	115
+contig	C7714557	115
+contig	C7714561	115
+contig	C7714437	115
+contig	C7714565	115
+contig	C7714575	115
+contig	C7714495	115
+contig	C7714583	115
+contig	C7714611	115
+contig	C7714511	115
+contig	C7714637	115
+contig	C7714641	115
+contig	C7714613	115
+contig	C7714649	115
+contig	C7714629	115
+contig	C7714687	115
+contig	C7714651	115
+contig	C7714745	115
+contig	C7714709	115
+contig	C7714625	115
+contig	C7714747	115
+contig	C7714753	115
+contig	C7714759	115
+contig	C7714783	115
+contig	C7714699	115
+contig	C7714813	115
+contig	C7714801	115
+contig	C7714807	115
+contig	C7714823	115
+contig	C7714839	115
+contig	C7714853	115
+contig	C7714851	115
+contig	C7714841	115
+contig	C7714857	115
+contig	C7714849	115
+contig	C7714833	115
+contig	C7714861	115
+contig	C7714935	115
+contig	C7714893	115
+contig	C7714873	115
+contig	C7714905	115
+contig	C7714879	115
+contig	C7714985	115
+contig	C7714943	115
+contig	C7714945	115
+contig	C7714999	115
+contig	C7715041	115
+contig	C7715001	115
+contig	C7715063	115
+contig	C7715017	115
+contig	C7715111	115
+contig	C7715125	115
+contig	C7715073	115
+contig	C7715127	115
+contig	C7715133	115
+contig	C7715149	115
+contig	C7715033	115
+contig	C7715159	115
+contig	C7715193	115
+contig	C7715199	115
+contig	C7715205	115
+contig	C7715151	115
+contig	C7715225	115
+contig	C7715227	115
+contig	C7715229	115
+contig	C7715241	115
+contig	C7715245	115
+contig	C7715279	115
+contig	C7715303	115
+contig	C7715317	115
+contig	C7715215	115
+contig	C7715315	115
+contig	C7715347	115
+contig	C7715355	115
+contig	C7715369	115
+contig	C7715371	115
+contig	C7715361	115
+contig	C7715411	115
+contig	C7715413	115
+contig	C7715427	115
+contig	C7715387	115
+contig	C7715425	115
+contig	C7715445	115
+contig	C7715447	115
+contig	C7715441	115
+contig	C7714991	115
+contig	C7715087	115
+contig	C7715477	115
+contig	C7715451	115
+contig	C7715479	115
+contig	C7715473	115
+contig	C7715481	116
+contig	C7715487	116
+contig	C7715443	115
+contig	C7715521	116
+contig	C7715537	116
+contig	C7715563	116
+contig	C7715571	116
+contig	C7715567	116
+contig	C7715513	116
+contig	C7715603	116
+contig	C7715627	116
+contig	C7715661	116
+contig	C7715663	116
+contig	C7715725	116
+contig	C7715727	116
+contig	C7715665	116
+contig	C7715681	116
+contig	C7715769	116
+contig	C7715761	116
+contig	C7715617	116
+contig	C7715715	116
+contig	C7715789	116
+contig	C7715795	116
+contig	C7715819	116
+contig	C7715817	116
+contig	C7715845	116
+contig	C7715851	116
+contig	C7715731	116
+contig	C7715923	116
+contig	C7715855	116
+contig	C7715929	116
+contig	C7715857	116
+contig	C7715853	116
+contig	C7715969	116
+contig	C7715779	116
+contig	C7715977	116
+contig	C7716023	116
+contig	C7716007	116
+contig	C7715951	116
+contig	C7716035	116
+contig	C7716059	116
+contig	C7716073	116
+contig	C7716083	116
+contig	C7715973	116
+contig	C7716107	116
+contig	C7716097	116
+contig	C7716131	116
+contig	C7716033	116
+contig	C7716133	116
+contig	C7716137	116
+contig	C7716135	116
+contig	C7716153	116
+contig	C7716163	116
+contig	C7716179	116
+contig	C7716177	116
+contig	C7716181	116
+contig	C7716195	116
+contig	C7716225	116
+contig	C7716215	116
+contig	C7716231	116
+contig	C7716267	116
+contig	C7716271	116
+contig	C7716275	116
+contig	C7715997	116
+contig	C7716285	116
+contig	C7716313	116
+contig	C7716321	116
+contig	C7716323	116
+contig	C7716205	116
+contig	C7716339	116
+contig	C7716337	116
+contig	C7716329	116
+contig	C7716353	116
+contig	C7716355	116
+contig	C7716365	116
+contig	C7716401	116
+contig	C7716379	116
+contig	C7716451	116
+contig	C7716295	116
+contig	C7716397	116
+contig	C7716477	116
+contig	C7716411	116
+contig	C7716459	116
+contig	C7716505	116
+contig	C7716483	116
+contig	C7716499	116
+contig	C7716511	116
+contig	C7716541	116
+contig	C7716503	116
+contig	C7716513	116
+contig	C7716543	116
+contig	C7716595	116
+contig	C7716597	116
+contig	C7716619	116
+contig	C7716547	116
+contig	C7716659	116
+contig	C7716559	116
+contig	C7716671	116
+contig	C7716129	116
+contig	C7716677	116
+contig	C7716625	116
+contig	C7716707	116
+contig	C7716725	116
+contig	C7716713	116
+contig	C7716797	116
+contig	C7716751	116
+contig	C7716805	116
+contig	C7716749	116
+contig	C7710055	115
+contig	C7716829	116
+contig	C7716841	116
+contig	C7716823	116
+contig	C7716845	116
+contig	C7716849	116
+contig	C7716847	116
+contig	C7716853	116
+contig	C7716863	116
+contig	C7716827	116
+contig	C7716879	116
+contig	C7716883	116
+contig	C7716703	116
+contig	C7716903	116
+contig	C7716915	116
+contig	C7716889	116
+contig	C7716923	116
+contig	C7716891	116
+contig	C7716917	116
+contig	C7716983	116
+contig	C7716941	116
+contig	C7716729	116
+contig	C7716997	116
+contig	C7717001	116
+contig	C7717019	116
+contig	C7716993	116
+contig	C7717027	116
+contig	C7716975	116
+contig	C7717069	116
+contig	C7717041	116
+contig	C7717109	116
+contig	C7717103	116
+contig	C7717115	116
+contig	C7717099	116
+contig	C7717133	116
+contig	C7717157	116
+contig	C7717117	116
+contig	C7716969	116
+contig	C7717163	116
+contig	C7717187	116
+contig	C7717137	116
+contig	C7717183	116
+contig	C7717207	116
+contig	C7717185	116
+contig	C7717093	116
+contig	C7717209	116
+contig	C7717221	116
+contig	C7717213	116
+contig	C7717257	116
+contig	C7717233	116
+contig	C7717249	116
+contig	C7717259	116
+contig	C7717269	116
+contig	C7717271	116
+contig	C7717341	116
+contig	C7717339	116
+contig	C7717387	116
+contig	C7717365	116
+contig	C7717389	116
+contig	C7717377	116
+contig	C7717393	116
+contig	C7717403	116
+contig	C7717407	116
+contig	C7717359	116
+contig	C7717413	116
+contig	C7717425	116
+contig	C7717441	116
+contig	C7717449	116
+contig	C7717231	116
+contig	C7717455	116
+contig	C7717473	116
+contig	C7717471	116
+contig	C7717399	116
+contig	C7717499	116
+contig	C7717523	116
+contig	C7717549	116
+contig	C7717563	116
+contig	C7717525	116
+contig	C7717551	116
+contig	C7717433	116
+contig	C7717617	116
+contig	C7717573	116
+contig	C7717497	116
+contig	C7717643	116
+contig	C7717607	116
+contig	C7717651	116
+contig	C7717653	116
+contig	C7717633	116
+contig	C7717671	116
+contig	C7717681	116
+contig	C7717701	116
+contig	C7717661	116
+contig	C7717721	116
+contig	C7717691	116
+contig	C7717715	116
+contig	C7717753	116
+contig	C7717737	116
+contig	C7717787	116
+contig	C7717755	116
+contig	C7717783	116
+contig	C7717797	116
+contig	C7717841	116
+contig	C7717743	116
+contig	C7717801	116
+contig	C7717843	116
+contig	C7717849	116
+contig	C7717861	116
+contig	C7717869	116
+contig	C7717857	116
+contig	C7717925	116
+contig	C7717939	116
+contig	C7717911	116
+contig	C7717945	116
+contig	C7717931	116
+contig	C7717961	116
+contig	C7718021	116
+contig	C7717957	116
+contig	C7718031	116
+contig	C7718027	116
+contig	C7718043	116
+contig	C7718075	116
+contig	C7718079	116
+contig	C7718081	116
+contig	C7716831	116
+contig	C7718099	116
+contig	C7718091	116
+contig	C7718115	116
+contig	C7717699	116
+contig	C7718123	116
+contig	C7718137	116
+contig	C7718039	116
+contig	C7718161	116
+contig	C7718153	116
+contig	C7718165	116
+contig	C7718175	116
+contig	C7718169	116
+contig	C7718197	116
+contig	C7718121	116
+contig	C7718187	116
+contig	C7718201	116
+contig	C7718221	116
+contig	C7718225	116
+contig	C7718233	116
+contig	C7718241	116
+contig	C7718213	116
+contig	C7718239	116
+contig	C7718249	116
+contig	C7718295	116
+contig	C7718243	116
+contig	C7718255	116
+contig	C7718173	116
+contig	C7718339	116
+contig	C7718357	116
+contig	C7718341	116
+contig	C7718353	116
+contig	C7718389	116
+contig	C7718387	116
+contig	C7718415	116
+contig	C7718433	116
+contig	C7718435	116
+contig	C7718417	116
+contig	C7718441	116
+contig	C7718411	116
+contig	C7718465	116
+contig	C7718463	116
+contig	C7718455	116
+contig	C7718303	116
+contig	C7718453	116
+contig	C7718471	116
+contig	C7718477	116
+contig	C7718511	116
+contig	C7718489	116
+contig	C7718483	116
+contig	C7718491	116
+contig	C7718505	116
+contig	C7718515	116
+contig	C7718523	116
+contig	C7718567	116
+contig	C7718577	116
+contig	C7718591	116
+contig	C7718613	116
+contig	C7718621	116
+contig	C7718563	116
+contig	C7718667	116
+contig	C7718535	116
+contig	C7718659	116
+contig	C7718703	116
+contig	C7718733	116
+contig	C7718745	116
+contig	C7718751	116
+contig	C7718777	116
+contig	C7718743	116
+contig	C7718769	116
+contig	C7718701	116
+contig	C7718843	116
+contig	C7718633	116
+contig	C7718847	116
+contig	C7718801	116
+contig	C7718853	116
+contig	C7718855	116
+contig	C7718845	116
+contig	C7718861	116
+contig	C7718869	116
+contig	C7718859	116
+contig	C7718807	116
+contig	C7718783	116
+contig	C7718911	116
+contig	C7718907	116
+contig	C7718901	116
+contig	C7718953	116
+contig	C7719011	116
+contig	C7718943	116
+contig	C7718961	116
+contig	C7718969	116
+contig	C7719019	116
+contig	C7719013	116
+contig	C7719045	116
+contig	C7719049	116
+contig	C7719069	116
+contig	C7717823	116
+contig	C7719057	116
+contig	C7719059	116
+contig	C7719127	116
+contig	C7719179	116
+contig	C7719191	116
+contig	C7719083	116
+contig	C7719055	116
+contig	C7719221	116
+contig	C7719157	116
+contig	C7719247	116
+contig	C7719297	116
+contig	C7719237	116
+contig	C7719309	116
+contig	C7719273	116
+contig	C7719277	116
+contig	C7719349	116
+contig	C7719359	116
+contig	C7719375	116
+contig	C7719387	116
+contig	C7719383	116
+contig	C7719391	116
+contig	C7719399	116
+contig	C7719305	116
+contig	C7719401	116
+contig	C7719403	116
+contig	C7719441	116
+contig	C7719433	116
+contig	C7719313	116
+contig	C7719477	116
+contig	C7719523	116
+contig	C7719497	116
+contig	C7719529	116
+contig	C7719459	116
+contig	C7719559	116
+contig	C7719569	116
+contig	C7719571	116
+contig	C7719575	116
+contig	C7719597	116
+contig	C7719271	116
+contig	C7719585	116
+contig	C7719605	116
+contig	C7719607	116
+contig	C7719635	116
+contig	C7719537	116
+contig	C7719657	116
+contig	C7719557	116
+contig	C7719671	116
+contig	C7719613	116
+contig	C7719705	116
+contig	C7719659	116
+contig	C7719765	116
+contig	C7719735	116
+contig	C7719691	116
+contig	C7719769	116
+contig	C7719779	116
+contig	C7719643	116
+contig	C7719801	116
+contig	C7719771	116
+contig	C7719807	116
+contig	C7719809	116
+contig	C7719817	116
+contig	C7719815	116
+contig	C7719839	116
+contig	C7719813	116
+contig	C7719849	116
+contig	C7719867	116
+contig	C7719885	116
+contig	C7719835	116
+contig	C7719873	116
+contig	C7719887	116
+contig	C7719921	116
+contig	C7719773	116
+contig	C7719949	116
+contig	C7719881	116
+contig	C7719891	116
+contig	C7719957	116
+contig	C7719919	116
+contig	C7719955	116
+contig	C7719965	116
+contig	C7719969	116
+contig	C7719971	116
+contig	C7719973	116
+contig	C7719987	116
+contig	C7719981	116
+contig	C7719989	116
+contig	C7719963	116
+contig	C7720001	116
+contig	C7719985	116
+contig	C7720013	116
+contig	C7718871	116
+contig	C7720047	116
+contig	C7720061	116
+contig	C7720019	116
+contig	C7720051	116
+contig	C7720037	116
+contig	C7720093	116
+contig	C7720063	116
+contig	C7720079	116
+contig	C7720099	116
+contig	C7720113	116
+contig	C7720087	116
+contig	C7720123	116
+contig	C7713025	115
+contig	C7720125	116
+contig	C7720041	116
+contig	C7720149	116
+contig	C7719975	116
+contig	C7720179	116
+contig	C7720121	116
+contig	C7720177	116
+contig	C7720199	116
+contig	C7720195	116
+contig	C7720105	116
+contig	C7720133	116
+contig	C7720129	116
+contig	C7720253	116
+contig	C7720237	116
+contig	C7720247	116
+contig	C7720221	116
+contig	C7720217	116
+contig	C7720193	116
+contig	C7720283	116
+contig	C7720281	116
+contig	C7720265	116
+contig	C7720309	116
+contig	C7720297	116
+contig	C7720335	116
+contig	C7720339	116
+contig	C7720289	116
+contig	C7720377	116
+contig	C7720361	116
+contig	C7720367	116
+contig	C7720385	116
+contig	C7720389	116
+contig	C7720417	116
+contig	C7720275	116
+contig	C7720447	116
+contig	C7720453	116
+contig	C7720475	116
+contig	C7720515	116
+contig	C7720477	116
+contig	C7720411	116
+contig	C7720513	116
+contig	C7720333	116
+contig	C7720543	116
+contig	C7720517	116
+contig	C7720541	116
+contig	C7720549	116
+contig	C7720557	116
+contig	C7720581	116
+contig	C7720593	116
+contig	C7720553	116
+contig	C7720591	116
+contig	C7720429	116
+contig	C7720585	116
+contig	C7720627	116
+contig	C7720647	116
+contig	C7720635	116
+contig	C7720619	116
+contig	C7720257	116
+contig	C7720651	116
+contig	C7720603	116
+contig	C7720673	116
+contig	C7720605	116
+contig	C7720731	116
+contig	C7720741	116
+contig	C7720743	116
+contig	C7720719	116
+contig	C7720695	116
+contig	C7720781	116
+contig	C7720761	116
+contig	C7720771	116
+contig	C7720791	116
+contig	C7720721	116
+contig	C7720801	116
+contig	C7720815	116
+contig	C7720785	116
+contig	C7720833	116
+contig	C7720643	116
+contig	C7720739	116
+contig	C7720847	116
+contig	C7720891	116
+contig	C7720817	116
+contig	C7720899	116
+contig	C7720901	116
+contig	C7720841	116
+contig	C7720917	116
+contig	C7720973	116
+contig	C7720895	116
+contig	C7720989	116
+contig	C7720879	116
+contig	C7721023	116
+contig	C7720915	116
+contig	C7721021	116
+contig	C7721073	116
+contig	C7720999	116
+contig	C7721059	116
+contig	C7721051	116
+contig	C7721065	116
+contig	C7721085	116
+contig	C7721155	116
+contig	C7721075	116
+contig	C7721161	116
+contig	C7721159	116
+contig	C7721151	116
+contig	C7721149	116
+contig	C7721165	116
+contig	C7720997	116
+contig	C7721237	116
+contig	C7721183	116
+contig	C7721287	116
+contig	C7721305	116
+contig	C7721329	116
+contig	C7721169	116
+contig	C7721341	116
+contig	C7721353	116
+contig	C7721171	116
+contig	C7721389	116
+contig	C7721361	116
+contig	C7721313	116
+contig	C7721417	116
+contig	C7721433	116
+contig	C7721227	116
+contig	C7721425	116
+contig	C7721463	116
+contig	C7721407	116
+contig	C7721441	116
+contig	C7721473	116
+contig	C7721467	116
+contig	C7721515	116
+contig	C7721483	116
+contig	C7721511	116
+contig	C7721569	116
+contig	C7721505	116
+contig	C7721589	116
+contig	C7721613	116
+contig	C7721631	116
+contig	C7720811	116
+contig	C7721637	116
+contig	C7721559	116
+contig	C7721635	116
+contig	C7721655	116
+contig	C7721657	116
+contig	C7721681	116
+contig	C7721707	116
+contig	C7721647	116
+contig	C7721711	116
+contig	C7721713	116
+contig	C7721745	116
+contig	C7721579	116
+contig	C7721759	116
+contig	C7721737	116
+contig	C7721775	116
+contig	C7721763	116
+contig	C7721779	116
+contig	C7721789	116
+contig	C7721809	116
+contig	C7721783	116
+contig	C7721699	116
+contig	C7721811	116
+contig	C7721863	116
+contig	C7721795	116
+contig	C7721905	116
+contig	C7721907	116
+contig	C7721827	116
+contig	C7721921	116
+contig	C7721881	116
+contig	C7721923	116
+contig	C7721927	116
+contig	C7721953	116
+contig	C7721971	116
+contig	C7721963	116
+contig	C7722013	116
+contig	C7722021	116
+contig	C7721979	116
+contig	C7722023	116
+contig	C7721967	116
+contig	C7722037	116
+contig	C7722061	116
+contig	C7722067	116
+contig	C7722109	116
+contig	C7722127	116
+contig	C7722091	116
+contig	C7722129	116
+contig	C7722139	116
+contig	C7722049	116
+contig	C7722143	116
+contig	C7722153	116
+contig	C7722161	116
+contig	C7722159	116
+contig	C7722175	116
+contig	C7722199	116
+contig	C7722195	116
+contig	C7722231	116
+contig	C7722205	116
+contig	C7722265	116
+contig	C7721945	116
+contig	C7722283	116
+contig	C7722297	116
+contig	C7722241	116
+contig	C7722305	116
+contig	C7722289	116
+contig	C7722313	116
+contig	C7722309	116
+contig	C7722315	116
+contig	C7722329	116
+contig	C7722351	116
+contig	C7722359	116
+contig	C7722353	116
+contig	C7722407	116
+contig	C7722395	116
+contig	C7722317	116
+contig	C7722413	116
+contig	C7722425	116
+contig	C7722421	116
+contig	C7722431	116
+contig	C7721649	116
+contig	C7722451	116
+contig	C7722449	116
+contig	C7722459	116
+contig	C7722461	116
+contig	C7722453	116
+contig	C7722477	116
+contig	C7722429	116
+contig	C7722489	116
+contig	C7722471	116
+contig	C7722503	116
+contig	C7722519	116
+contig	C7722529	116
+contig	C7721379	116
+contig	C7722537	116
+contig	C7722513	116
+contig	C7722465	116
+contig	C7722541	116
+contig	C7722579	116
+contig	C7721163	116
+contig	C7722571	116
+contig	C7722569	116
+contig	C7722601	116
+contig	C7722585	116
+contig	C7722547	116
+contig	C7722613	116
+contig	C7722653	116
+contig	C7722649	116
+contig	C7722137	116
+contig	C7722639	116
+contig	C7722663	116
+contig	C7722681	116
+contig	C7722721	116
+contig	C7722697	116
+contig	C7722587	116
+contig	C7722787	116
+contig	C7722791	116
+contig	C7722719	116
+contig	C7722803	116
+contig	C7722835	116
+contig	C7722763	116
+contig	C7722813	116
+contig	C7722851	116
+contig	C7722751	116
+contig	C7722871	116
+contig	C7722875	116
+contig	C7722889	116
+contig	C7722823	116
+contig	C7722903	116
+contig	C7722879	116
+contig	C7722849	116
+contig	C7722915	116
+contig	C7722961	116
+contig	C7722919	116
+contig	C7722971	116
+contig	C7722979	116
+contig	C7722967	116
+contig	C7722991	116
+contig	C7723003	116
+contig	C7722995	116
+contig	C7722857	116
+contig	C7723043	116
+contig	C7722937	116
+contig	C7723027	116
+contig	C7723045	116
+contig	C7723087	116
+contig	C7723071	116
+contig	C7723085	116
+contig	C7723109	116
+contig	C7723031	116
+contig	C7723117	116
+contig	C7723153	116
+contig	C7723221	116
+contig	C7723155	116
+contig	C7723235	116
+contig	C7723249	116
+contig	C7723135	116
+contig	C7723277	116
+contig	C7723259	116
+contig	C7723293	116
+contig	C7723289	116
+contig	C7723301	116
+contig	C7723331	116
+contig	C7723341	116
+contig	C7723343	116
+contig	C7723387	116
+contig	C7723397	116
+contig	C7723423	116
+contig	C7723119	116
+contig	C7723437	116
+contig	C7723399	116
+contig	C7723389	116
+contig	C7723447	116
+contig	C7723445	116
+contig	C7723453	116
+contig	C7723471	116
+contig	C7723467	116
+contig	C7723519	116
+contig	C7723497	116
+contig	C7723529	116
+contig	C7723503	116
+contig	C7723531	116
+contig	C7723551	116
+contig	C7723539	116
+contig	C7723569	116
+contig	C7723547	116
+contig	C7723559	116
+contig	C7723615	116
+contig	C7723589	116
+contig	C7723635	116
+contig	C7723645	116
+contig	C7723621	116
+contig	C7723653	116
+contig	C7723655	116
+contig	C7723671	116
+contig	C7723695	116
+contig	C7723669	116
+contig	C7722781	116
+contig	C7723677	116
+contig	C7723753	116
+contig	C7723743	116
+contig	C7723699	116
+contig	C7723777	116
+contig	C7723783	116
+contig	C7723829	116
+contig	C7723833	116
+contig	C7723871	116
+contig	C7723821	116
+contig	C7723877	116
+contig	C7723315	116
+contig	C7723869	116
+contig	C7723917	116
+contig	C7723899	116
+contig	C7723911	116
+contig	C7723927	116
+contig	C7723873	116
+contig	C7723937	116
+contig	C7723939	116
+contig	C7723941	116
+contig	C7723953	116
+contig	C7723925	116
+contig	C7723957	116
+contig	C7723947	116
+contig	C7723929	116
+contig	C7723961	116
+contig	C7723955	116
+contig	C7723987	116
+contig	C7723979	116
+contig	C7724031	116
+contig	C7724049	116
+contig	C7724037	116
+contig	C7724063	116
+contig	C7724053	116
+contig	C7724067	116
+contig	C7724069	116
+contig	C7724091	116
+contig	C7724105	116
+contig	C7724093	116
+contig	C7724131	116
+contig	C7724135	116
+contig	C7724111	116
+contig	C7724141	116
+contig	C7722505	116
+contig	C7724153	116
+contig	C7724155	116
+contig	C7724159	116
+contig	C7724165	116
+contig	C7724181	116
+contig	C7724195	116
+contig	C7723455	116
+contig	C7724213	116
+contig	C7724173	116
+contig	C7724221	116
+contig	C7724285	116
+contig	C7724167	116
+contig	C7724303	116
+contig	C7724199	116
+contig	C7724313	116
+contig	C7724305	116
+contig	C7724311	116
+contig	C7724331	116
+contig	C7724237	116
+contig	C7724347	116
+contig	C7724353	116
+contig	C7724373	116
+contig	C7724393	116
+contig	C7724409	116
+contig	C7724073	116
+contig	C7724423	116
+contig	C7724419	116
+contig	C7724359	116
+contig	C7724383	116
+contig	C7724461	116
+contig	C7724441	116
+contig	C7724495	116
+contig	C7724465	116
+contig	C7724513	116
+contig	C7724433	116
+contig	C7724509	116
+contig	C7724371	116
+contig	C7724567	116
+contig	C7724577	116
+contig	C7724483	116
+contig	C7724585	116
+contig	C7724611	116
+contig	C7724569	116
+contig	C7724629	116
+contig	C7724661	116
+contig	C7723737	116
+contig	C7724595	116
+contig	C7724679	116
+contig	C7724669	116
+contig	C7724719	116
+contig	C7724727	116
+contig	C7724603	116
+contig	C7724547	116
+contig	C7724761	116
+contig	C7724789	116
+contig	C7724717	116
+contig	C7724791	116
+contig	C7724745	116
+contig	C7724811	116
+contig	C7724827	116
+contig	C7724829	116
+contig	C7724821	116
+contig	C7724857	116
+contig	C7724869	116
+contig	C7724891	116
+contig	C7724705	116
+contig	C7724873	116
+contig	C7724927	116
+contig	C7724931	116
+contig	C7724939	116
+contig	C7724955	116
+contig	C7724657	116
+contig	C7724989	116
+contig	C7724999	116
+contig	C7724937	116
+contig	C7724987	116
+contig	C7724971	116
+contig	C7725003	116
+contig	C7725015	116
+contig	C7725047	116
+contig	C7725035	116
+contig	C7725049	116
+contig	C7725001	116
+contig	C7725071	116
+contig	C7725043	116
+contig	C7724953	116
+contig	C7725075	116
+contig	C7725083	116
+contig	C7725097	116
+contig	C7725095	116
+contig	C7725101	116
+contig	C7725011	116
+contig	C7725131	116
+contig	C7725105	116
+contig	C7725159	116
+contig	C7725167	116
+contig	C7725143	116
+contig	C7725185	116
+contig	C7725161	116
+contig	C7725175	116
+contig	C7725193	116
+contig	C7725199	116
+contig	C7725213	116
+contig	C7725221	116
+contig	C7725243	116
+contig	C7725223	116
+contig	C7725245	116
+contig	C7725281	116
+contig	C7725279	116
+contig	C7725179	116
+contig	C7725233	116
+contig	C7725283	116
+contig	C7725275	116
+contig	C7725307	116
+contig	C7725319	116
+contig	C7725055	116
+contig	C7725381	116
+contig	C7725379	116
+contig	C7725325	116
+contig	C7725295	116
+contig	C7725405	116
+contig	C7725341	116
+contig	C7725423	116
+contig	C7725355	116
+contig	C7725399	116
+contig	C7725407	116
+contig	C7725463	116
+contig	C7725419	116
+contig	C7725493	116
+contig	C7725473	116
+contig	C7725397	116
+contig	C7725455	116
+contig	C7725503	116
+contig	C7725505	116
+contig	C7725501	116
+contig	C7725531	116
+contig	C7725543	116
+contig	C7725513	116
+contig	C7725557	116
+contig	C7725441	116
+contig	C7725605	116
+contig	C7725581	116
+contig	C7725643	116
+contig	C7725669	116
+contig	C7725683	116
+contig	C7725709	116
+contig	C7725687	116
+contig	C7725689	116
+contig	C7725753	116
+contig	C7725699	116
+contig	C7725779	116
+contig	C7725535	116
+contig	C7725775	116
+contig	C7725799	116
+contig	C7725785	116
+contig	C7725811	116
+contig	C7725757	116
+contig	C7725835	116
+contig	C7725857	116
+contig	C7725819	116
+contig	C7725875	116
+contig	C7725821	116
+contig	C7725885	116
+contig	C7725593	116
+contig	C7725891	116
+contig	C7725861	116
+contig	C7725901	116
+contig	C7725829	116
+contig	C7725881	116
+contig	C7725917	116
+contig	C7725915	116
+contig	C7725935	116
+contig	C7725903	116
+contig	C7725941	116
+contig	C7725949	116
+contig	C7725953	116
+contig	C7724001	116
+contig	C7725969	116
+contig	C7725973	116
+contig	C7726005	116
+contig	C7725975	116
+contig	C7726017	116
+contig	C7725991	116
+contig	C7726019	116
+contig	C7726033	116
+contig	C7726053	116
+contig	C7726061	116
+contig	C7726069	116
+contig	C7726085	116
+contig	C7726025	116
+contig	C7726093	116
+contig	C7726087	116
+contig	C7726099	116
+contig	C7726047	116
+contig	C7726119	116
+contig	C7726139	116
+contig	C7726127	116
+contig	C7726143	116
+contig	C7726171	116
+contig	C7726121	116
+contig	C7726181	116
+contig	C7726185	116
+contig	C7726207	116
+contig	C7726219	116
+contig	C7726221	116
+contig	C7726193	116
+contig	C7726255	116
+contig	C7725745	116
+contig	C7726259	116
+contig	C7726247	116
+contig	C7726297	116
+contig	C7726305	116
+contig	C7726311	116
+contig	C7726285	116
+contig	C7726347	116
+contig	C7726359	116
+contig	C7726353	116
+contig	C7725947	116
+contig	C7726389	116
+contig	C7726365	116
+contig	C7726411	116
+contig	C7726439	116
+contig	C7726465	116
+contig	C7726261	116
+contig	C7726477	116
+contig	C7726467	116
+contig	C7726469	116
+contig	C7725907	116
+contig	C7726373	116
+contig	C7726493	116
+contig	C7726519	116
+contig	C7726491	116
+contig	C7726511	116
+contig	C7726547	116
+contig	C7726527	116
+contig	C7726483	116
+contig	C7726503	116
+contig	C7726557	116
+contig	C7726585	116
+contig	C7726603	116
+contig	C7726605	116
+contig	C7726593	116
+contig	C7726653	116
+contig	C7725899	116
+contig	C7726583	116
+contig	C7726643	116
+contig	C7726619	116
+contig	C7726679	116
+contig	C7726705	116
+contig	C7726661	116
+contig	C7726725	116
+contig	C7726667	116
+contig	C7726717	116
+contig	C7726731	116
+contig	C7726681	116
+contig	C7726785	116
+contig	C7726789	116
+contig	C7726677	116
+contig	C7726741	116
+contig	C7726801	116
+contig	C7726829	116
+contig	C7726795	116
+contig	C7726575	116
+contig	C7726837	116
+contig	C7726813	116
+contig	C7726863	116
+contig	C7726781	116
+contig	C7726227	116
+contig	C7726875	116
+contig	C7726843	116
+contig	C7726913	116
+contig	C7726855	116
+contig	C7726921	116
+contig	C7726917	116
+contig	C7726935	116
+contig	C7726971	116
+contig	C7726897	116
+contig	C7726997	116
+contig	C7727001	116
+contig	C7727003	116
+contig	C7727019	116
+contig	C7727009	116
+contig	C7726961	116
+contig	C7727023	116
+contig	C7727033	116
+contig	C7727041	116
+contig	C7727017	116
+contig	C7726981	116
+contig	C7727073	116
+contig	C7727047	116
+contig	C7727075	116
+contig	C7727115	116
+contig	C7727157	116
+contig	C7727141	116
+contig	C7727101	116
+contig	C7727135	116
+contig	C7727203	116
+contig	C7727201	116
+contig	C7727213	116
+contig	C7726925	116
+contig	C7727215	116
+contig	C7727189	116
+contig	C7727255	116
+contig	C7727229	116
+contig	C7727273	116
+contig	C7727283	116
+contig	C7727329	116
+contig	C7727161	116
+contig	C7727239	116
+contig	C7727371	116
+contig	C7727307	116
+contig	C7727173	116
+contig	C7727413	116
+contig	C7727437	116
+contig	C7727447	116
+contig	C7727457	116
+contig	C7727429	116
+contig	C7727421	116
+contig	C7727465	116
+contig	C7727497	116
+contig	C7727461	116
+contig	C7727365	116
+contig	C7727471	116
+contig	C7726867	116
+contig	C7727547	116
+contig	C7727523	116
+contig	C7727399	116
+contig	C7727551	116
+contig	C7727555	116
+contig	C7727559	116
+contig	C7727499	116
+contig	C7727597	116
+contig	C7727619	116
+contig	C7727623	116
+contig	C7727609	116
+contig	C7727641	116
+contig	C7727567	116
+contig	C7727663	116
+contig	C7727675	116
+contig	C7727607	116
+contig	C7727685	116
+contig	C7727695	116
+contig	C7727699	116
+contig	C7727713	116
+contig	C7727725	116
+contig	C7727741	116
+contig	C7727753	116
+contig	C7727591	116
+contig	C7727761	116
+contig	C7727767	116
+contig	C7727739	116
+contig	C7727771	116
+contig	C7727781	116
+contig	C7727813	116
+contig	C7727805	116
+contig	C7727865	116
+contig	C7727875	116
+contig	C7727881	116
+contig	C7727883	116
+contig	C7727891	116
+contig	C7727871	116
+contig	C7727905	116
+contig	C7727879	116
+contig	C7727921	116
+contig	C7727935	116
+contig	C7727927	116
+contig	C7727933	116
+contig	C7727939	116
+contig	C7727945	116
+contig	C7727667	116
+contig	C7727981	116
+contig	C7727987	116
+contig	C7728015	116
+contig	C7727943	116
+contig	C7728011	116
+contig	C7727951	116
+contig	C7728019	116
+contig	C7728039	116
+contig	C7728027	116
+contig	C7728045	116
+contig	C7728069	116
+contig	C7728095	116
+contig	C7727639	116
+contig	C7728111	116
+contig	C7728023	116
+contig	C7728119	116
+contig	C7728133	116
+contig	C7728131	116
+contig	C7728139	116
+contig	C7728195	116
+contig	C7728199	116
+contig	C7728067	116
+contig	C7728211	116
+contig	C7728105	116
+contig	C7728215	116
+contig	C7728137	116
+contig	C7728219	116
+contig	C7728251	116
+contig	C7728253	116
+contig	C7728217	116
+contig	C7728227	116
+contig	C7728259	116
+contig	C7728301	116
+contig	C7728317	116
+contig	C7728315	116
+contig	C7728319	116
+contig	C7728287	116
+contig	C7728325	116
+contig	C7728333	116
+contig	C7728373	116
+contig	C7728341	116
+contig	C7728375	116
+contig	C7728353	116
+contig	C7728385	116
+contig	C7728393	116
+contig	C7728399	116
+contig	C7728389	116
+contig	C7728427	116
+contig	C7728407	116
+contig	C7728405	116
+contig	C7728431	116
+contig	C7728025	116
+contig	C7728465	116
+contig	C7728507	116
+contig	C7728511	116
+contig	C7728455	116
+contig	C7728521	116
+contig	C7728525	116
+contig	C7728523	116
+contig	C7728541	116
+contig	C7728557	116
+contig	C7728579	116
+contig	C7728577	116
+contig	C7728621	116
+contig	C7728645	116
+contig	C7728671	116
+contig	C7728503	116
+contig	C7728687	116
+contig	C7728673	116
+contig	C7728689	116
+contig	C7728539	116
+contig	C7728705	116
+contig	C7728739	116
+contig	C7728741	116
+contig	C7728715	116
+contig	C7728255	116
+contig	C7728767	116
+contig	C7728779	116
+contig	C7728787	116
+contig	C7728789	116
+contig	C7728803	116
+contig	C7728757	116
+contig	C7728821	116
+contig	C7728825	116
+contig	C7728823	116
+contig	C7728827	116
+contig	C7728829	116
+contig	C7728703	116
+contig	C7728879	116
+contig	C7728853	116
+contig	C7728845	116
+contig	C7728889	116
+contig	C7728901	116
+contig	C7728883	116
+contig	C7728947	116
+contig	C7728961	116
+contig	C7728955	116
+contig	C7728691	116
+contig	C7728975	116
+contig	C7727381	116
+contig	C7729025	116
+contig	C7729019	116
+contig	C7728959	116
+contig	C7729041	116
+contig	C7729011	116
+contig	C7729067	116
+contig	C7729059	116
+contig	C7729093	117
+contig	C7728971	116
+contig	C7729075	116
+contig	C7729117	117
+contig	C7729115	117
+contig	C7729063	116
+contig	C7729113	117
+contig	C7729171	117
+contig	C7729119	117
+contig	C7729165	117
+contig	C7729027	116
+contig	C7729187	117
+contig	C7729131	117
+contig	C7729181	117
+contig	C7729191	117
+contig	C7729243	117
+contig	C7729229	117
+contig	C7729245	117
+contig	C7729271	117
+contig	C7729279	117
+contig	C7729047	116
+contig	C7729323	117
+contig	C7729291	117
+contig	C7729325	117
+contig	C7729395	117
+contig	C7729387	117
+contig	C7729355	117
+contig	C7729405	117
+contig	C7729439	117
+contig	C7729451	117
+contig	C7729249	117
+contig	C7729467	117
+contig	C7729471	117
+contig	C7729465	117
+contig	C7729477	117
+contig	C7729449	117
+contig	C7729493	117
+contig	C7729513	117
+contig	C7729499	117
+contig	C7729497	117
+contig	C7729527	117
+contig	C7729531	117
+contig	C7729525	117
+contig	C7729545	117
+contig	C7729557	117
+contig	C7729559	117
+contig	C7729569	117
+contig	C7729201	117
+contig	C7729581	117
+contig	C7729577	117
+contig	C7729543	117
+contig	C7729567	117
+contig	C7729585	117
+contig	C7729611	117
+contig	C7729627	117
+contig	C7729619	117
+contig	C7729629	117
+contig	C7729635	117
+contig	C7729643	117
+contig	C7729673	117
+contig	C7729669	117
+contig	C7729625	117
+contig	C7729675	117
+contig	C7729695	117
+contig	C7729731	117
+contig	C7729705	117
+contig	C7729685	117
+contig	C7729693	117
+contig	C7729739	117
+contig	C7729761	117
+contig	C7729773	117
+contig	C7729751	117
+contig	C7729793	117
+contig	C7729747	117
+contig	C7729407	117
+contig	C7729811	117
+contig	C7729813	117
+contig	C7729833	117
+contig	C7729877	117
+contig	C7729789	117
+contig	C7729897	117
+contig	C7729807	117
+contig	C7729881	117
+contig	C7729857	117
+contig	C7729923	117
+contig	C7729905	117
+contig	C7729939	117
+contig	C7729955	117
+contig	C7729949	117
+contig	C7729971	117
+contig	C7729965	117
+contig	C7729957	117
+contig	C7729995	117
+contig	C7730007	117
+contig	C7730037	117
+contig	C7730053	117
+contig	C7730033	117
+contig	C7730031	117
+contig	C7730071	117
+contig	C7730063	117
+contig	C7730099	117
+contig	C7730111	117
+contig	C7730149	117
+contig	C7730125	117
+contig	C7730173	117
+contig	C7730175	117
+contig	C7730159	117
+contig	C7730217	117
+contig	C7730183	117
+contig	C7730225	117
+contig	C7730245	117
+contig	C7730239	117
+contig	C7730255	117
+contig	C7729385	117
+contig	C7730251	117
+contig	C7730295	117
+contig	C7730161	117
+contig	C7730321	117
+contig	C7730293	117
+contig	C7730365	117
+contig	C7730341	117
+contig	C7730393	117
+contig	C7730403	117
+contig	C7730417	117
+contig	C7730361	117
+contig	C7730375	117
+contig	C7730423	117
+contig	C7730439	117
+contig	C7730421	117
+contig	C7730425	117
+contig	C7730477	117
+contig	C7730483	117
+contig	C7729901	117
+contig	C7730495	117
+contig	C7730455	117
+contig	C7730529	117
+contig	C7730537	117
+contig	C7730559	117
+contig	C7730489	117
+contig	C7730567	117
+contig	C7730435	117
+contig	C7730571	117
+contig	C7730619	117
+contig	C7730621	117
+contig	C7730625	117
+contig	C7730651	117
+contig	C7730685	117
+contig	C7730449	117
+contig	C7730717	117
+contig	C7730673	117
+contig	C7730725	117
+contig	C7730777	117
+contig	C7730759	117
+contig	C7730783	117
+contig	C7730821	117
+contig	C7730811	117
+contig	C7730771	117
+contig	C7730827	117
+contig	C7730823	117
+contig	C7730837	117
+contig	C7730839	117
+contig	C7730853	117
+contig	C7730855	117
+contig	C7730851	117
+contig	C7730835	117
+contig	C7730873	117
+contig	C7730887	117
+contig	C7730869	117
+contig	C7730889	117
+contig	C7730919	117
+contig	C7730915	117
+contig	C7730895	117
+contig	C7730961	117
+contig	C7730933	117
+contig	C7730955	117
+contig	C7730975	117
+contig	C7731021	117
+contig	C7727585	116
+contig	C7730991	117
+contig	C7731047	117
+contig	C7730987	117
+contig	C7731049	117
+contig	C7731037	117
+contig	C7731071	117
+contig	C7731121	117
+contig	C7730543	117
+contig	C7731123	117
+contig	C7731085	117
+contig	C7731149	117
+contig	C7731083	117
+contig	C7731171	117
+contig	C7731091	117
+contig	C7730579	117
+contig	C7731213	117
+contig	C7731129	117
+contig	C7731223	117
+contig	C7731197	117
+contig	C7731285	117
+contig	C7731267	117
+contig	C7731303	117
+contig	C7731291	117
+contig	C7731307	117
+contig	C7731263	117
+contig	C7731299	117
+contig	C7731319	117
+contig	C7731389	117
+contig	C7731333	117
+contig	C7731431	117
+contig	C7731249	117
+contig	C7731417	117
+contig	C7731459	117
+contig	C7731363	117
+contig	C7731429	117
+contig	C7731483	117
+contig	C7731485	117
+contig	C7731457	117
+contig	C7731501	117
+contig	C7731489	117
+contig	C7731505	117
+contig	C7731395	117
+contig	C7731503	117
+contig	C7731519	117
+contig	C7731537	117
+contig	C7731543	117
+contig	C7731463	117
+contig	C7731533	117
+contig	C7731561	117
+contig	C7731523	117
+contig	C7731585	117
+contig	C7731607	117
+contig	C7731589	117
+contig	C7731513	117
+contig	C7731601	117
+contig	C7731597	117
+contig	C7731609	117
+contig	C7731621	117
+contig	C7731617	117
+contig	C7731647	117
+contig	C7731627	117
+contig	C7731665	117
+contig	C7731671	117
+contig	C7731655	117
+contig	C7731625	117
+contig	C7731687	117
+contig	C7731623	117
+contig	C7731735	117
+contig	C7731751	117
+contig	C7731685	117
+contig	C7731771	117
+contig	C7731683	117
+contig	C7731777	117
+contig	C7731805	117
+contig	C7731749	117
+contig	C7731819	117
+contig	C7731801	117
+contig	C7731843	117
+contig	C7731867	117
+contig	C7731803	117
+contig	C7731817	117
+contig	C7731879	117
+contig	C7731829	117
+contig	C7731899	117
+contig	C7731921	117
+contig	C7731929	117
+contig	C7731837	117
+contig	C7731935	117
+contig	C7731967	117
+contig	C7731963	117
+contig	C7731969	117
+contig	C7731971	117
+contig	C7732023	117
+contig	C7732029	117
+contig	C7732003	117
+contig	C7732031	117
+contig	C7732053	117
+contig	C7731891	117
+contig	C7732051	117
+contig	C7732069	117
+contig	C7732001	117
+contig	C7732107	117
+contig	C7731945	117
+contig	C7732125	117
+contig	C7732145	117
+contig	C7732179	117
+contig	C7732195	117
+contig	C7732143	117
+contig	C7732229	117
+contig	C7732221	117
+contig	C7732267	117
+contig	C7732173	117
+contig	C7732275	117
+contig	C7732295	117
+contig	C7732291	117
+contig	C7732367	117
+contig	C7732425	117
+contig	C7732309	117
+contig	C7732093	117
+contig	C7732473	117
+contig	C7732427	117
+contig	C7732457	117
+contig	C7732461	117
+contig	C7732489	117
+contig	C7732519	117
+contig	C7732531	117
+contig	C7732503	117
+contig	C7732535	117
+contig	C7732541	117
+contig	C7732533	117
+contig	C7732409	117
+contig	C7732565	117
+contig	C7732573	117
+contig	C7732599	117
+contig	C7732549	117
+contig	C7732613	117
+contig	C7732637	117
+contig	C7732595	117
+contig	C7732561	117
+contig	C7732671	117
+contig	C7732691	117
+contig	C7732701	117
+contig	C7732709	117
+contig	C7732635	117
+contig	C7732727	117
+contig	C7732639	117
+contig	C7732615	117
+contig	C7732765	117
+contig	C7732793	117
+contig	C7732773	117
+contig	C7732797	117
+contig	C7732751	117
+contig	C7732819	117
+contig	C7732801	117
+contig	C7732851	117
+contig	C7732735	117
+contig	C7732839	117
+contig	C7732877	117
+contig	C7732867	117
+contig	C7732857	117
+contig	C7732885	117
+contig	C7732891	117
+contig	C7732941	117
+contig	C7732893	117
+contig	C7732915	117
+contig	C7732983	117
+contig	C7732977	117
+contig	C7733003	117
+contig	C7732961	117
+contig	C7732841	117
+contig	C7733037	117
+contig	C7732999	117
+contig	C7733053	117
+contig	C7733051	117
+contig	C7733027	117
+contig	C7733055	117
+contig	C7733023	117
+contig	C7733073	117
+contig	C7733077	117
+contig	C7733079	117
+contig	C7733081	117
+contig	C7733099	117
+contig	C7733061	117
+contig	C7733125	117
+contig	C7733135	117
+contig	C7733137	117
+contig	C7733167	117
+contig	C7733139	117
+contig	C7733175	117
+contig	C7733101	117
+contig	C7733153	117
+contig	C7733173	117
+contig	C7733013	117
+contig	C7733253	117
+contig	C7733245	117
+contig	C7733213	117
+contig	C7733263	117
+contig	C7733193	117
+contig	C7733259	117
+contig	C7733287	117
+contig	C7733279	117
+contig	C7733331	117
+contig	C7733307	117
+contig	C7733333	117
+contig	C7733357	117
+contig	C7733233	117
+contig	C7733359	117
+contig	C7733351	117
+contig	C7733419	117
+contig	C7733415	117
+contig	C7733433	117
+contig	C7733369	117
+contig	C7733439	117
+contig	C7733459	117
+contig	C7733451	117
+contig	C7733523	117
+contig	C7733487	117
+contig	C7733527	117
+contig	C7733475	117
+contig	C7733295	117
+contig	C7733525	117
+contig	C7733553	117
+contig	C7733541	117
+contig	C7733559	117
+contig	C7733557	117
+contig	C7731529	117
+contig	C7733561	117
+contig	C7733577	117
+contig	C7733611	117
+contig	C7733613	117
+contig	C7733621	117
+contig	C7733571	117
+contig	C7733633	117
+contig	C7733601	117
+contig	C7733647	117
+contig	C7733665	117
+contig	C7733683	117
+contig	C7733637	117
+contig	C7733693	117
+contig	C7733691	117
+contig	C7733697	117
+contig	C7733757	117
+contig	C7733651	117
+contig	C7733763	117
+contig	C7733755	117
+contig	C7733765	117
+contig	C7733787	117
+contig	C7733779	117
+contig	C7733777	117
+contig	C7733435	117
+contig	C7733795	117
+contig	C7733819	117
+contig	C7733735	117
+contig	C7733803	117
+contig	C7733823	117
+contig	C7733861	117
+contig	C7733829	117
+contig	C7733881	117
+contig	C7733875	117
+contig	C7733813	117
+contig	C7733885	117
+contig	C7733907	117
+contig	C7733793	117
+contig	C7733929	117
+contig	C7733901	117
+contig	C7733931	117
+contig	C7733933	117
+contig	C7733891	117
+contig	C7733949	117
+contig	C7733925	117
+contig	C7733971	117
+contig	C7733979	117
+contig	C7733961	117
+contig	C7733975	117
+contig	C7734015	117
+contig	C7733989	117
+contig	C7734001	117
+contig	C7734025	117
+contig	C7733839	117
+contig	C7734099	117
+contig	C7734079	117
+contig	C7734075	117
+contig	C7734135	117
+contig	C7734107	117
+contig	C7734069	117
+contig	C7734149	117
+contig	C7734113	117
+contig	C7734161	117
+contig	C7734159	117
+contig	C7734163	117
+contig	C7734175	117
+contig	C7734141	117
+contig	C7734095	117
+contig	C7734197	117
+contig	C7734199	117
+contig	C7734205	117
+contig	C7734207	117
+contig	C7734231	117
+contig	C7734257	117
+contig	C7734241	117
+contig	C7734289	117
+contig	C7734277	117
+contig	C7734295	117
+contig	C7734303	117
+contig	C7734311	117
+contig	C7734305	117
+contig	C7734331	117
+contig	C7734345	117
+contig	C7734337	117
+contig	C7734367	117
+contig	C7734375	117
+contig	C7734379	117
+contig	C7734403	117
+contig	C7734423	117
+contig	C7734169	117
+contig	C7734369	117
+contig	C7734455	117
+contig	C7734439	117
+contig	C7734413	117
+contig	C7734471	117
+contig	C7734477	117
+contig	C7734551	117
+contig	C7734475	117
+contig	C7734547	117
+contig	C7734577	117
+contig	C7734583	117
+contig	C7734605	117
+contig	C7734647	117
+contig	C7734585	117
+contig	C7734667	117
+contig	C7734663	117
+contig	C7734531	117
+contig	C7734681	117
+contig	C7734627	117
+contig	C7734729	117
+contig	C7734737	117
+contig	C7734749	117
+contig	C7734755	117
+contig	C7734719	117
+contig	C7734697	117
+contig	C7734763	117
+contig	C7734775	117
+contig	C7734777	117
+contig	C7734809	117
+contig	C7734797	117
+contig	C7734833	117
+contig	C7734869	117
+contig	C7734845	117
+contig	C7734829	117
+contig	C7734691	117
+contig	C7734889	117
+contig	C7734933	117
+contig	C7734901	117
+contig	C7734923	117
+contig	C7734899	117
+contig	C7735009	117
+contig	C7734945	117
+contig	C7735015	117
+contig	C7734943	117
+contig	C7735001	117
+contig	C7735065	117
+contig	C7735027	117
+contig	C7735041	117
+contig	C7733531	117
+contig	C7735131	117
+contig	C7735111	117
+contig	C7735147	117
+contig	C7735069	117
+contig	C7735071	117
+contig	C7735161	117
+contig	C7735201	117
+contig	C7734227	117
+contig	C7735165	117
+contig	C7735227	117
+contig	C7735049	117
+contig	C7735255	117
+contig	C7735239	117
+contig	C7735261	117
+contig	C7735171	117
+contig	C7735267	117
+contig	C7735277	117
+contig	C7735279	117
+contig	C7735271	117
+contig	C7735243	117
+contig	C7735229	117
+contig	C7735285	117
+contig	C7735307	117
+contig	C7735353	117
+contig	C7735351	117
+contig	C7735361	117
+contig	C7735295	117
+contig	C7735371	117
+contig	C7735411	117
+contig	C7735419	117
+contig	C7735433	117
+contig	C7735439	117
+contig	C7735479	117
+contig	C7735453	117
+contig	C7735449	117
+contig	C7735505	117
+contig	C7735511	117
+contig	C7735519	117
+contig	C7735301	117
+contig	C7735299	117
+contig	C7735537	117
+contig	C7735543	117
+contig	C7735527	117
+contig	C7735559	117
+contig	C7735525	117
+contig	C7735553	117
+contig	C7735571	117
+contig	C7735581	117
+contig	C7735585	117
+contig	C7735605	117
+contig	C7735575	117
+contig	C7735577	117
+contig	C7735631	117
+contig	C7735611	117
+contig	C7735633	117
+contig	C7735627	117
+contig	C7735655	117
+contig	C7735657	117
+contig	C7735635	117
+contig	C7735163	117
+contig	C7735675	117
+contig	C7735693	117
+contig	C7735701	117
+contig	C7735683	117
+contig	C7735703	117
+contig	C7735713	117
+contig	C7735673	117
+contig	C7735719	117
+contig	C7735709	117
+contig	C7735759	117
+contig	C7735739	117
+contig	C7735761	117
+contig	C7735771	117
+contig	C7735529	117
+contig	C7735789	117
+contig	C7735779	117
+contig	C7735807	117
+contig	C7735797	117
+contig	C7735823	117
+contig	C7735645	117
+contig	C7735845	117
+contig	C7735847	117
+contig	C7735839	117
+contig	C7735883	117
+contig	C7735891	117
+contig	C7735899	117
+contig	C7735913	117
+contig	C7735805	117
+contig	C7735949	117
+contig	C7735813	117
+contig	C7735947	117
+contig	C7735987	117
+contig	C7736021	117
+contig	C7736011	117
+contig	C7736041	117
+contig	C7736025	117
+contig	C7736045	117
+contig	C7736043	117
+contig	C7736023	117
+contig	C7736053	117
+contig	C7735727	117
+contig	C7736089	117
+contig	C7736107	117
+contig	C7736115	117
+contig	C7736077	117
+contig	C7736125	117
+contig	C7736149	117
+contig	C7736163	117
+contig	C7736095	117
+contig	C7736155	117
+contig	C7736197	117
+contig	C7736091	117
+contig	C7736199	117
+contig	C7736215	117
+contig	C7736245	117
+contig	C7736253	117
+contig	C7736175	117
+contig	C7736217	117
+contig	C7736269	117
+contig	C7736309	117
+contig	C7736317	117
+contig	C7736207	117
+contig	C7736273	117
+contig	C7736339	117
+contig	C7736337	117
+contig	C7736345	117
+contig	C7736341	117
+contig	C7736359	117
+contig	C7736357	117
+contig	C7736349	117
+contig	C7736365	117
+contig	C7736361	117
+contig	C7736379	117
+contig	C7736419	117
+contig	C7736405	117
+contig	C7736407	117
+contig	C7736433	117
+contig	C7736437	117
+contig	C7736463	117
+contig	C7736451	117
+contig	C7736455	117
+contig	C7736471	117
+contig	C7736497	117
+contig	C7736481	117
+contig	C7736501	117
+contig	C7736467	117
+contig	C7736505	117
+contig	C7736523	117
+contig	C7735649	117
+contig	C7736577	117
+contig	C7736567	117
+contig	C7736517	117
+contig	C7736609	117
+contig	C7736621	117
+contig	C7736639	117
+contig	C7736583	117
+contig	C7735927	117
+contig	C7736643	117
+contig	C7736653	117
+contig	C7736663	117
+contig	C7736685	117
+contig	C7736699	117
+contig	C7736649	117
+contig	C7736599	117
+contig	C7736697	117
+contig	C7736701	117
+contig	C7736737	117
+contig	C7736757	117
+contig	C7736765	117
+contig	C7736759	117
+contig	C7736721	117
+contig	C7736533	117
+contig	C7736795	117
+contig	C7736745	117
+contig	C7736793	117
+contig	C7736775	117
+contig	C7736809	117
+contig	C7736391	117
+contig	C7736833	117
+contig	C7736875	117
+contig	C7736819	117
+contig	C7736843	117
+contig	C7736883	117
+contig	C7736887	117
+contig	C7736807	117
+contig	C7736901	117
+contig	C7736917	117
+contig	C7736943	117
+contig	C7736905	117
+contig	C7736863	117
+contig	C7736911	117
+contig	C7736903	117
+contig	C7736951	117
+contig	C7736991	117
+contig	C7736995	117
+contig	C7737025	117
+contig	C7737037	117
+contig	C7736945	117
+contig	C7737047	117
+contig	C7736981	117
+contig	C7737079	117
+contig	C7737033	117
+contig	C7737067	117
+contig	C7737029	117
+contig	C7737143	117
+contig	C7737149	117
+contig	C7737189	117
+contig	C7737117	117
+contig	C7737103	117
+contig	C7737201	117
+contig	C7737245	117
+contig	C7737195	117
+contig	C7737265	117
+contig	C7737249	117
+contig	C7736771	117
+contig	C7737197	117
+contig	C7737207	117
+contig	C7737287	117
+contig	C7737295	117
+contig	C7737301	117
+contig	C7737325	117
+contig	C7737309	117
+contig	C7737331	117
+contig	C7737267	117
+contig	C7737363	117
+contig	C7737379	117
+contig	C7737365	117
+contig	C7737385	117
+contig	C7737419	117
+contig	C7737397	117
+contig	C7737329	117
+contig	C7737473	117
+contig	C7737465	117
+contig	C7737475	117
+contig	C7737447	117
+contig	C7737501	117
+contig	C7737335	117
+contig	C7737493	117
+contig	C7737513	117
+contig	C7737489	117
+contig	C7737537	117
+contig	C7737509	117
+contig	C7737565	117
+contig	C7737545	117
+contig	C7737599	117
+contig	C7737579	117
+contig	C7737603	117
+contig	C7737627	117
+contig	C7737631	117
+contig	C7737611	117
+contig	C7737619	117
+contig	C7737637	117
+contig	C7737641	117
+contig	C7737643	117
+contig	C7737653	117
+contig	C7737649	117
+contig	C7737675	117
+contig	C7737657	117
+contig	C7737399	117
+contig	C7737693	117
+contig	C7737699	117
+contig	C7737717	117
+contig	C7737575	117
+contig	C7737731	117
+contig	C7737681	117
+contig	C7737729	117
+contig	C7737747	117
+contig	C7737753	117
+contig	C7737751	117
+contig	C7737759	117
+contig	C7737769	117
+contig	C7737771	117
+contig	C7737695	117
+contig	C7737785	117
+contig	C7737805	117
+contig	C7737789	117
+contig	C7737781	117
+contig	C7737783	117
+contig	C7737811	117
+contig	C7737705	117
+contig	C7737823	117
+contig	C7737879	117
+contig	C7737835	117
+contig	C7737899	117
+contig	C7737893	117
+contig	C7737927	117
+contig	C7737933	117
+contig	C7737947	117
+contig	C7737941	117
+contig	C7737905	117
+contig	C7737953	117
+contig	C7737997	117
+contig	C7737983	117
+contig	C7737963	117
+contig	C7737939	117
+contig	C7738035	117
+contig	C7738005	117
+contig	C7738037	117
+contig	C7738047	117
+contig	C7738059	117
+contig	C7738057	117
+contig	C7738071	117
+contig	C7738067	117
+contig	C7737999	117
+contig	C7737847	117
+contig	C7738095	117
+contig	C7738101	117
+contig	C7738103	117
+contig	C7738065	117
+contig	C7738107	117
+contig	C7737137	117
+contig	C7738087	117
+contig	C7738139	117
+contig	C7738137	117
+contig	C7738131	117
+contig	C7738173	117
+contig	C7738161	117
+contig	C7738179	117
+contig	C7738115	117
+contig	C7738187	117
+contig	C7738195	117
+contig	C7738209	117
+contig	C7738177	117
+contig	C7738247	117
+contig	C7738231	117
+contig	C7738259	117
+contig	C7738203	117
+contig	C7738245	117
+contig	C7738269	117
+contig	C7738279	117
+contig	C7738271	117
+contig	C7738281	117
+contig	C7738263	117
+contig	C7738291	117
+contig	C7738301	117
+contig	C7738283	117
+contig	C7738347	117
+contig	C7738371	117
+contig	C7738305	117
+contig	C7738397	117
+contig	C7738257	117
+contig	C7738417	117
+contig	C7738345	117
+contig	C7738449	117
+contig	C7738457	117
+contig	C7738441	117
+contig	C7738507	117
+contig	C7738479	117
+contig	C7738497	117
+contig	C7738533	117
+contig	C7738537	117
+contig	C7738475	117
+contig	C7738425	117
+contig	C7738509	117
+contig	C7738553	117
+contig	C7738571	117
+contig	C7738573	117
+contig	C7738589	117
+contig	C7738593	117
+contig	C7738581	117
+contig	C7738619	117
+contig	C7738599	117
+contig	C7738631	117
+contig	C7738643	117
+contig	C7738617	117
+contig	C7738671	117
+contig	C7738699	117
+contig	C7738667	117
+contig	C7738659	117
+contig	C7738719	117
+contig	C7738731	117
+contig	C7738745	117
+contig	C7738749	117
+contig	C7738787	117
+contig	C7738795	117
+contig	C7738807	117
+contig	C7738549	117
+contig	C7738799	117
+contig	C7738803	117
+contig	C7738839	117
+contig	C7738883	117
+contig	C7738847	117
+contig	C7738885	117
+contig	C7738767	117
+contig	C7738943	117
+contig	C7738907	117
+contig	C7738947	117
+contig	C7738815	117
+contig	C7738967	117
+contig	C7738849	117
+contig	C7738945	117
+contig	C7738957	117
+contig	C7738985	117
+contig	C7739017	117
+contig	C7739001	117
+contig	C7739025	117
+contig	C7738987	117
+contig	C7739057	117
+contig	C7738979	117
+contig	C7739087	117
+contig	C7739043	117
+contig	C7738913	117
+contig	C7739073	117
+contig	C7730001	117
+contig	C7739119	117
+contig	C7739141	117
+contig	C7739095	117
+contig	C7739129	117
+contig	C7739149	117
+contig	C7739163	117
+contig	C7739143	117
+contig	C7739123	117
+contig	C7739099	117
+contig	C7739185	117
+contig	C7739151	117
+contig	C7739259	117
+contig	C7739055	117
+contig	C7739265	117
+contig	C7739281	117
+contig	C7739171	117
+contig	C7739303	117
+contig	C7739277	117
+contig	C7739315	117
+contig	C7739297	117
+contig	C7739301	117
+contig	C7739323	117
+contig	C7739359	117
+contig	C7739231	117
+contig	C7739375	117
+contig	C7739367	117
+contig	C7739397	117
+contig	C7739427	117
+contig	C7739381	117
+contig	C7739443	117
+contig	C7739215	117
+contig	C7739373	117
+contig	C7739447	117
+contig	C7739455	117
+contig	C7739439	117
+contig	C7739357	117
+contig	C7739453	117
+contig	C7739467	117
+contig	C7739483	117
+contig	C7739487	117
+contig	C7739489	117
+contig	C7739495	117
+contig	C7739449	117
+contig	C7739513	117
+contig	C7739525	117
+contig	C7739469	117
+contig	C7739531	117
+contig	C7739547	117
+contig	C7739551	117
+contig	C7739509	117
+contig	C7739595	117
+contig	C7739581	117
+contig	C7739479	117
+contig	C7739625	117
+contig	C7739619	117
+contig	C7739601	117
+contig	C7739521	117
+contig	C7739701	117
+contig	C7739719	117
+contig	C7739737	117
+contig	C7739741	117
+contig	C7739639	117
+contig	C7739751	117
+contig	C7739755	117
+contig	C7739749	117
+contig	C7739777	117
+contig	C7739759	117
+contig	C7739621	117
+contig	C7739807	117
+contig	C7739837	117
+contig	C7739763	117
+contig	C7739839	117
+contig	C7739801	117
+contig	C7739851	117
+contig	C7739843	117
+contig	C7739897	117
+contig	C7739871	117
+contig	C7739899	117
+contig	C7739901	117
+contig	C7739869	117
+contig	C7739895	117
+contig	C7739941	117
+contig	C7739961	117
+contig	C7739909	117
+contig	C7739947	117
+contig	C7739977	117
+contig	C7739999	117
+contig	C7740005	117
+contig	C7740015	117
+contig	C7739993	117
+contig	C7740025	117
+contig	C7740057	117
+contig	C7740141	117
+contig	C7740093	117
+contig	C7740127	117
+contig	C7739985	117
+contig	C7740161	117
+contig	C7740215	117
+contig	C7740155	117
+contig	C7740233	117
+contig	C7739655	117
+contig	C7740239	117
+contig	C7740197	117
+contig	C7740255	117
+contig	C7740299	117
+contig	C7740289	117
+contig	C7740327	117
+contig	C7740353	117
+contig	C7740243	117
+contig	C7740367	117
+contig	C7740351	117
+contig	C7740399	117
+contig	C7740385	117
+contig	C7740429	117
+contig	C7740417	117
+contig	C7740445	117
+contig	C7740331	117
+contig	C7740485	117
+contig	C7740463	117
+contig	C7740471	117
+contig	C7740487	117
+contig	C7740499	117
+contig	C7740501	117
+contig	C7740505	117
+contig	C7740509	117
+contig	C7740539	117
+contig	C7740513	117
+contig	C7740541	117
+contig	C7740517	117
+contig	C7740549	117
+contig	C7740569	117
+contig	C7739441	117
+contig	C7740595	117
+contig	C7740575	117
+contig	C7740599	117
+contig	C7740617	117
+contig	C7740623	117
+contig	C7740611	117
+contig	C7740631	117
+contig	C7740145	117
+contig	C7740561	117
+contig	C7740637	117
+contig	C7740633	117
+contig	C7740651	117
+contig	C7740663	117
+contig	C7740629	117
+contig	C7740681	117
+contig	C7740715	117
+contig	C7740689	117
+contig	C7740641	117
+contig	C7740725	117
+contig	C7740665	117
+contig	C7740765	117
+contig	C7740739	117
+contig	C7740785	117
+contig	C7740791	117
+contig	C7740733	117
+contig	C7740807	117
+contig	C7740799	117
+contig	C7740787	117
+contig	C7740859	117
+contig	C7740825	117
+contig	C7740671	117
+contig	C7740867	117
+contig	C7740769	117
+contig	C7740873	117
+contig	C7740911	117
+contig	C7740913	117
+contig	C7740869	117
+contig	C7740879	117
+contig	C7740899	117
+contig	C7740983	117
+contig	C7740933	117
+contig	C7740975	117
+contig	C7740971	117
+contig	C7741011	117
+contig	C7741025	117
+contig	C7741023	117
+contig	C7741031	117
+contig	C7740997	117
+contig	C7741055	117
+contig	C7741069	117
+contig	C7741099	117
+contig	C7741057	117
+contig	C7741113	117
+contig	C7741111	117
+contig	C7741101	117
+contig	C7741167	117
+contig	C7741073	117
+contig	C7741185	117
+contig	C7741227	117
+contig	C7741233	117
+contig	C7741095	117
+contig	C7741129	117
+contig	C7741247	117
+contig	C7741243	117
+contig	C7741259	117
+contig	C7741251	117
+contig	C7741261	117
+contig	C7741201	117
+contig	C7741297	117
+contig	C7741309	117
+contig	C7741239	117
+contig	C7741361	117
+contig	C7741249	117
+contig	C7741289	117
+contig	C7741381	117
+contig	C7741407	117
+contig	C7741411	117
+contig	C7741437	117
+contig	C7741399	117
+contig	C7741447	117
+contig	C7741431	117
+contig	C7741391	117
+contig	C7741463	117
+contig	C7741453	117
+contig	C7741491	117
+contig	C7741451	117
+contig	C7741495	117
+contig	C7741465	117
+contig	C7741489	117
+contig	C7741481	117
+contig	C7741503	117
+contig	C7741521	117
+contig	C7741511	117
+contig	C7741525	117
+contig	C7741535	117
+contig	C7741527	117
+contig	C7741509	117
+contig	C7741575	117
+contig	C7741555	117
+contig	C7741647	117
+contig	C7741649	117
+contig	C7741571	117
+contig	C7741677	117
+contig	C7741679	117
+contig	C7741659	117
+contig	C7741583	117
+contig	C7741653	117
+contig	C7741691	117
+contig	C7741717	117
+contig	C7741735	117
+contig	C7741789	117
+contig	C7741617	117
+contig	C7741765	117
+contig	C7741809	117
+contig	C7741801	117
+contig	C7741721	117
+contig	C7741827	117
+contig	C7741851	117
+contig	C7741839	117
+contig	C7741859	117
+contig	C7741863	117
+contig	C7741901	117
+contig	C7741875	117
+contig	C7741815	117
+contig	C7741921	117
+contig	C7741905	117
+contig	C7741939	117
+contig	C7741949	117
+contig	C7741913	117
+contig	C7741965	117
+contig	C7741983	117
+contig	C7741995	117
+contig	C7741997	117
+contig	C7742007	117
+contig	C7742009	117
+contig	C7741953	117
+contig	C7741975	117
+contig	C7742021	117
+contig	C7742041	117
+contig	C7741973	117
+contig	C7742065	117
+contig	C7742071	117
+contig	C7742085	117
+contig	C7742049	117
+contig	C7742073	117
+contig	C7742109	117
+contig	C7742129	117
+contig	C7742137	117
+contig	C7742127	117
+contig	C7742141	117
+contig	C7742149	117
+contig	C7742157	117
+contig	C7742181	117
+contig	C7742175	117
+contig	C7742225	117
+contig	C7742207	117
+contig	C7742249	117
+contig	C7742087	117
+contig	C7742289	117
+contig	C7742279	117
+contig	C7742301	117
+contig	C7742267	117
+contig	C7742321	117
+contig	C7740381	117
+contig	C7742351	117
+contig	C7742329	117
+contig	C7742305	117
+contig	C7742359	117
+contig	C7742355	117
+contig	C7742331	117
+contig	C7742381	117
+contig	C7742389	117
+contig	C7742379	117
+contig	C7742395	117
+contig	C7742407	117
+contig	C7742413	117
+contig	C7742403	117
+contig	C7742419	117
+contig	C7742447	117
+contig	C7742471	117
+contig	C7742445	117
+contig	C7742437	117
+contig	C7742495	117
+contig	C7742415	117
+contig	C7742533	118
+contig	C7742509	117
+contig	C7741749	117
+contig	C7742541	118
+contig	C7742551	118
+contig	C7742475	117
+contig	C7742555	118
+contig	C7742575	118
+contig	C7742487	117
+contig	C7742545	118
+contig	C7742591	118
+contig	C7742597	118
+contig	C7742587	118
+contig	C7742633	118
+contig	C7742637	118
+contig	C7742713	118
+contig	C7742563	118
+contig	C7742643	118
+contig	C7742719	118
+contig	C7742721	118
+contig	C7742735	118
+contig	C7742783	118
+contig	C7742779	118
+contig	C7742775	118
+contig	C7742793	118
+contig	C7742791	118
+contig	C7742807	118
+contig	C7742631	118
+contig	C7742795	118
+contig	C7742823	118
+contig	C7742849	118
+contig	C7742873	118
+contig	C7742875	118
+contig	C7742883	118
+contig	C7742799	118
+contig	C7742911	118
+contig	C7742901	118
+contig	C7742913	118
+contig	C7742941	118
+contig	C7742845	118
+contig	C7742955	118
+contig	C7738125	117
+contig	C7742861	118
+contig	C7742967	118
+contig	C7742997	118
+contig	C7743025	118
+contig	C7742947	118
+contig	C7743035	118
+contig	C7742995	118
+contig	C7743041	118
+contig	C7743027	118
+contig	C7742977	118
+contig	C7743051	118
+contig	C7743093	118
+contig	C7743107	118
+contig	C7743095	118
+contig	C7743135	118
+contig	C7743083	118
+contig	C7743147	118
+contig	C7743161	118
+contig	C7743165	118
+contig	C7743173	118
+contig	C7743211	118
+contig	C7743189	118
+contig	C7743215	118
+contig	C7743265	118
+contig	C7743243	118
+contig	C7743273	118
+contig	C7743269	118
+contig	C7743259	118
+contig	C7743297	118
+contig	C7743299	118
+contig	C7743311	118
+contig	C7743325	118
+contig	C7742059	117
+contig	C7743317	118
+contig	C7743329	118
+contig	C7743333	118
+contig	C7743347	118
+contig	C7743363	118
+contig	C7743335	118
+contig	C7743389	118
+contig	C7743407	118
+contig	C7743361	118
+contig	C7743427	118
+contig	C7743437	118
+contig	C7743443	118
+contig	C7743285	118
+contig	C7743401	118
+contig	C7743431	118
+contig	C7743447	118
+contig	C7743465	118
+contig	C7743475	118
+contig	C7743481	118
+contig	C7743483	118
+contig	C7743473	118
+contig	C7743485	118
+contig	C7743515	118
+contig	C7743531	118
+contig	C7743545	118
+contig	C7743503	118
+contig	C7743555	118
+contig	C7743517	118
+contig	C7743583	118
+contig	C7743567	118
+contig	C7743585	118
+contig	C7743587	118
+contig	C7743561	118
+contig	C7743615	118
+contig	C7743593	118
+contig	C7743605	118
+contig	C7743629	118
+contig	C7742991	118
+contig	C7743657	118
+contig	C7743595	118
+contig	C7743661	118
+contig	C7743673	118
+contig	C7743683	118
+contig	C7743719	118
+contig	C7743685	118
+contig	C7743753	118
+contig	C7743759	118
+contig	C7743773	118
+contig	C7743721	118
+contig	C7743643	118
+contig	C7743819	118
+contig	C7743885	118
+contig	C7743843	118
+contig	C7743785	118
+contig	C7743935	118
+contig	C7743813	118
+contig	C7743947	118
+contig	C7743925	118
+contig	C7743893	118
+contig	C7743975	118
+contig	C7743961	118
+contig	C7744013	118
+contig	C7743965	118
+contig	C7744023	118
+contig	C7743709	118
+contig	C7744047	118
+contig	C7744017	118
+contig	C7744055	118
+contig	C7744071	118
+contig	C7744085	118
+contig	C7744027	118
+contig	C7744103	118
+contig	C7744119	118
+contig	C7743991	118
+contig	C7744129	118
+contig	C7742629	118
+contig	C7744101	118
+contig	C7744151	118
+contig	C7744165	118
+contig	C7744149	118
+contig	C7744185	118
+contig	C7744153	118
+contig	C7744175	118
+contig	C7744203	118
+contig	C7744209	118
+contig	C7744213	118
+contig	C7744215	118
+contig	C7744233	118
+contig	C7744265	118
+contig	C7744285	118
+contig	C7743943	118
+contig	C7744295	118
+contig	C7744323	118
+contig	C7744263	118
+contig	C7744357	118
+contig	C7744225	118
+contig	C7744123	118
+contig	C7744371	118
+contig	C7744361	118
+contig	C7744385	118
+contig	C7744415	118
+contig	C7744433	118
+contig	C7744451	118
+contig	C7744427	118
+contig	C7744395	118
+contig	C7744485	118
+contig	C7744431	118
+contig	C7744489	118
+contig	C7744459	118
+contig	C7744499	118
+contig	C7744439	118
+contig	C7744479	118
+contig	C7744533	118
+contig	C7744531	118
+contig	C7744557	118
+contig	C7744543	118
+contig	C7744565	118
+contig	C7744583	118
+contig	C7744547	118
+contig	C7744595	118
+contig	C7744605	118
+contig	C7744409	118
+contig	C7744629	118
+contig	C7744635	118
+contig	C7744665	118
+contig	C7744571	118
+contig	C7744691	118
+contig	C7744705	118
+contig	C7744707	118
+contig	C7744585	118
+contig	C7744611	118
+contig	C7744553	118
+contig	C7744721	118
+contig	C7744833	118
+contig	C7744717	118
+contig	C7744821	118
+contig	C7744835	118
+contig	C7744769	118
+contig	C7744809	118
+contig	C7744773	118
+contig	C7744879	118
+contig	C7744841	118
+contig	C7744915	118
+contig	C7744843	118
+contig	C7744911	118
+contig	C7744933	118
+contig	C7744965	118
+contig	C7744967	118
+contig	C7744987	118
+contig	C7744973	118
+contig	C7744951	118
+contig	C7744991	118
+contig	C7744957	118
+contig	C7745003	118
+contig	C7745007	118
+contig	C7745013	118
+contig	C7745023	118
+contig	C7745039	118
+contig	C7745035	118
+contig	C7744849	118
+contig	C7745029	118
+contig	C7745073	118
+contig	C7745001	118
+contig	C7745077	118
+contig	C7745113	118
+contig	C7745151	118
+contig	C7745171	118
+contig	C7745209	118
+contig	C7745205	118
+contig	C7745203	118
+contig	C7745239	118
+contig	C7745243	118
+contig	C7745141	118
+contig	C7745229	118
+contig	C7745263	118
+contig	C7745255	118
+contig	C7745281	118
+contig	C7745251	118
+contig	C7745285	118
+contig	C7745293	118
+contig	C7745315	118
+contig	C7745317	118
+contig	C7745307	118
+contig	C7745279	118
+contig	C7745335	118
+contig	C7745009	118
+contig	C7745341	118
+contig	C7745327	118
+contig	C7745319	118
+contig	C7745323	118
+contig	C7745363	118
+contig	C7745393	118
+contig	C7745367	118
+contig	C7745409	118
+contig	C7745365	118
+contig	C7745411	118
+contig	C7745433	118
+contig	C7745437	118
+contig	C7745439	118
+contig	C7745423	118
+contig	C7745457	118
+contig	C7745477	118
+contig	C7745513	118
+contig	C7745521	118
+contig	C7745481	118
+contig	C7745511	118
+contig	C7745445	118
+contig	C7745533	118
+contig	C7745551	118
+contig	C7745535	118
+contig	C7745531	118
+contig	C7745537	118
+contig	C7745595	118
+contig	C7745593	118
+contig	C7745607	118
+contig	C7745619	118
+contig	C7745581	118
+contig	C7745617	118
+contig	C7745649	118
+contig	C7745629	118
+contig	C7745667	118
+contig	C7745679	118
+contig	C7745641	118
+contig	C7745681	118
+contig	C7745691	118
+contig	C7745701	118
+contig	C7745707	118
+contig	C7745723	118
+contig	C7745741	118
+contig	C7743163	118
+contig	C7745669	118
+contig	C7745633	118
+contig	C7745765	118
+contig	C7745775	118
+contig	C7745771	118
+contig	C7745799	118
+contig	C7745815	118
+contig	C7745827	118
+contig	C7745817	118
+contig	C7745839	118
+contig	C7745781	118
+contig	C7745821	118
+contig	C7745869	118
+contig	C7745835	118
+contig	C7745859	118
+contig	C7745871	118
+contig	C7745907	118
+contig	C7745809	118
+contig	C7745875	118
+contig	C7745921	118
+contig	C7745913	118
+contig	C7745939	118
+contig	C7745929	118
+contig	C7745963	118
+contig	C7745965	118
+contig	C7745983	118
+contig	C7745957	118
+contig	C7746015	118
+contig	C7746025	118
+contig	C7745973	118
+contig	C7746027	118
+contig	C7746051	118
+contig	C7746045	118
+contig	C7745857	118
+contig	C7746057	118
+contig	C7746083	118
+contig	C7746067	118
+contig	C7746121	118
+contig	C7746019	118
+contig	C7746135	118
+contig	C7746125	118
+contig	C7746029	118
+contig	C7746145	118
+contig	C7745233	118
+contig	C7746147	118
+contig	C7746155	118
+contig	C7746061	118
+contig	C7746181	118
+contig	C7746159	118
+contig	C7746183	118
+contig	C7746193	118
+contig	C7746213	118
+contig	C7746269	118
+contig	C7746261	118
+contig	C7746295	118
+contig	C7746297	118
+contig	C7746137	118
+contig	C7746299	118
+contig	C7746311	118
+contig	C7746309	118
+contig	C7746343	118
+contig	C7746369	118
+contig	C7746365	118
+contig	C7746379	118
+contig	C7746381	118
+contig	C7746383	118
+contig	C7746141	118
+contig	C7746393	118
+contig	C7746391	118
+contig	C7745391	118
+contig	C7746405	118
+contig	C7746407	118
+contig	C7746397	118
+contig	C7746415	118
+contig	C7746387	118
+contig	C7746451	118
+contig	C7746423	118
+contig	C7746463	118
+contig	C7746495	118
+contig	C7746449	118
+contig	C7746481	118
+contig	C7746483	118
+contig	C7746513	118
+contig	C7746539	118
+contig	C7746559	118
+contig	C7746553	118
+contig	C7746541	118
+contig	C7746565	118
+contig	C7746557	118
+contig	C7746227	118
+contig	C7746631	118
+contig	C7746605	118
+contig	C7746649	118
+contig	C7746327	118
+contig	C7746667	118
+contig	C7746589	118
+contig	C7746651	118
+contig	C7746609	118
+contig	C7746669	118
+contig	C7746709	118
+contig	C7746731	118
+contig	C7746687	118
+contig	C7746739	118
+contig	C7746737	118
+contig	C7746763	118
+contig	C7746705	118
+contig	C7746597	118
+contig	C7746795	118
+contig	C7746775	118
+contig	C7746805	118
+contig	C7746867	118
+contig	C7746803	118
+contig	C7746837	118
+contig	C7746793	118
+contig	C7746885	118
+contig	C7746889	118
+contig	C7746871	118
+contig	C7746893	118
+contig	C7746953	118
+contig	C7746931	118
+contig	C7746935	118
+contig	C7747003	118
+contig	C7747013	118
+contig	C7746995	118
+contig	C7747011	118
+contig	C7746733	118
+contig	C7747037	118
+contig	C7747033	118
+contig	C7747053	118
+contig	C7747067	118
+contig	C7747089	118
+contig	C7746983	118
+contig	C7747111	118
+contig	C7747087	118
+contig	C7747117	118
+contig	C7747119	118
+contig	C7747131	118
+contig	C7747069	118
+contig	C7747155	118
+contig	C7747157	118
+contig	C7747143	118
+contig	C7747133	118
+contig	C7747153	118
+contig	C7747177	118
+contig	C7747197	118
+contig	C7747217	118
+contig	C7746753	118
+contig	C7747179	118
+contig	C7747195	118
+contig	C7747211	118
+contig	C7747281	118
+contig	C7747273	118
+contig	C7747293	118
+contig	C7747311	118
+contig	C7747319	118
+contig	C7747307	118
+contig	C7747325	118
+contig	C7747361	118
+contig	C7747283	118
+contig	C7747407	118
+contig	C7747409	118
+contig	C7747425	118
+contig	C7747405	118
+contig	C7747435	118
+contig	C7747413	118
+contig	C7747441	118
+contig	C7747457	118
+contig	C7747417	118
+contig	C7747499	118
+contig	C7747439	118
+contig	C7747537	118
+contig	C7747507	118
+contig	C7747565	118
+contig	C7747571	118
+contig	C7747545	118
+contig	C7747577	118
+contig	C7747611	118
+contig	C7747567	118
+contig	C7747573	118
+contig	C7747629	118
+contig	C7747619	118
+contig	C7747633	118
+contig	C7747647	118
+contig	C7747655	118
+contig	C7747663	118
+contig	C7747707	118
+contig	C7747731	118
+contig	C7747739	118
+contig	C7747757	118
+contig	C7747165	118
+contig	C7747673	118
+contig	C7747539	118
+contig	C7747783	118
+contig	C7747639	118
+contig	C7747805	118
+contig	C7747829	118
+contig	C7747827	118
+contig	C7747819	118
+contig	C7747857	118
+contig	C7747889	118
+contig	C7747869	118
+contig	C7747901	118
+contig	C7747915	118
+contig	C7747979	118
+contig	C7747821	118
+contig	C7748013	118
+contig	C7748041	118
+contig	C7747847	118
+contig	C7747803	118
+contig	C7746149	118
+contig	C7748067	118
+contig	C7748045	118
+contig	C7748053	118
+contig	C7748131	118
+contig	C7748111	118
+contig	C7748145	118
+contig	C7748199	118
+contig	C7748137	118
+contig	C7748047	118
+contig	C7748171	118
+contig	C7748209	118
+contig	C7748211	118
+contig	C7748115	118
+contig	C7748219	118
+contig	C7748235	118
+contig	C7748223	118
+contig	C7748239	118
+contig	C7748303	118
+contig	C7748279	118
+contig	C7748273	118
+contig	C7748295	118
+contig	C7748391	118
+contig	C7748355	118
+contig	C7748359	118
+contig	C7748403	118
+contig	C7748435	118
+contig	C7748431	118
+contig	C7747419	118
+contig	C7748441	118
+contig	C7748405	118
+contig	C7748183	118
+contig	C7748473	118
+contig	C7748483	118
+contig	C7748453	118
+contig	C7748425	118
+contig	C7748495	118
+contig	C7748469	118
+contig	C7748361	118
+contig	C7748491	118
+contig	C7748501	118
+contig	C7748537	118
+contig	C7748551	118
+contig	C7748565	118
+contig	C7748529	118
+contig	C7748561	118
+contig	C7748515	118
+contig	C7748497	118
+contig	C7748595	118
+contig	C7748637	118
+contig	C7748615	118
+contig	C7748601	118
+contig	C7748611	118
+contig	C7748659	118
+contig	C7748639	118
+contig	C7748683	118
+contig	C7748667	118
+contig	C7748693	118
+contig	C7748717	118
+contig	C7748577	118
+contig	C7748705	118
+contig	C7748769	118
+contig	C7748663	118
+contig	C7748771	118
+contig	C7748739	118
+contig	C7748797	118
+contig	C7748795	118
+contig	C7748805	118
+contig	C7748813	118
+contig	C7748765	118
+contig	C7748835	118
+contig	C7748801	118
+contig	C7748821	118
+contig	C7748857	118
+contig	C7748879	118
+contig	C7748861	118
+contig	C7748731	118
+contig	C7748871	118
+contig	C7748893	118
+contig	C7748885	118
+contig	C7748623	118
+contig	C7748887	118
+contig	C7748845	118
+contig	C7748895	118
+contig	C7748973	118
+contig	C7748975	118
+contig	C7748959	118
+contig	C7748897	118
+contig	C7749019	118
+contig	C7748933	118
+contig	C7749013	118
+contig	C7749035	118
+contig	C7749051	118
+contig	C7749087	118
+contig	C7749085	118
+contig	C7749107	118
+contig	C7748905	118
+contig	C7749075	118
+contig	C7749039	118
+contig	C7749037	118
+contig	C7749123	118
+contig	C7749103	118
+contig	C7749137	118
+contig	C7749117	118
+contig	C7749165	118
+contig	C7749113	118
+contig	C7749183	118
+contig	C7749135	118
+contig	C7749173	118
+contig	C7749175	118
+contig	C7749211	118
+contig	C7749251	118
+contig	C7749133	118
+contig	C7749111	118
+contig	C7749217	118
+contig	C7749243	118
+contig	C7749311	118
+contig	C7749255	118
+contig	C7749205	118
+contig	C7749347	118
+contig	C7749385	118
+contig	C7749281	118
+contig	C7749393	118
+contig	C7749201	118
+contig	C7749395	118
+contig	C7749397	118
+contig	C7749373	118
+contig	C7749439	118
+contig	C7749319	118
+contig	C7749391	118
+contig	C7749325	118
+contig	C7749271	118
+contig	C7749441	118
+contig	C7749469	118
+contig	C7749485	118
+contig	C7749451	118
+contig	C7749463	118
+contig	C7749503	118
+contig	C7749477	118
+contig	C7749509	118
+contig	C7749551	118
+contig	C7749533	118
+contig	C7749491	118
+contig	C7749487	118
+contig	C7749569	118
+contig	C7749625	118
+contig	C7749431	118
+contig	C7749597	118
+contig	C7749575	118
+contig	C7749629	118
+contig	C7749739	118
+contig	C7749631	118
+contig	C7749759	118
+contig	C7749693	118
+contig	C7749757	118
+contig	C7749719	118
+contig	C7749769	118
+contig	C7749765	118
+contig	C7749809	118
+contig	C7749837	118
+contig	C7749781	118
+contig	C7749859	118
+contig	C7749885	118
+contig	C7749779	118
+contig	C7749813	118
+contig	C7749909	118
+contig	C7749883	118
+contig	C7749875	118
+contig	C7749939	118
+contig	C7749931	118
+contig	C7749763	118
+contig	C7749959	118
+contig	C7749955	118
+contig	C7749973	118
+contig	C7749989	118
+contig	C7749997	118
+contig	C7749923	118
+contig	C7750021	118
+contig	C7750009	118
+contig	C7749983	118
+contig	C7750031	118
+contig	C7750023	118
+contig	C7750065	118
+contig	C7749553	118
+contig	C7749947	118
+contig	C7750075	118
+contig	C7750081	118
+contig	C7750125	118
+contig	C7750097	118
+contig	C7750051	118
+contig	C7750143	118
+contig	C7750093	118
+contig	C7750103	118
+contig	C7750135	118
+contig	C7750117	118
+contig	C7750197	118
+contig	C7750203	118
+contig	C7750219	118
+contig	C7750177	118
+contig	C7750183	118
+contig	C7750229	118
+contig	C7750237	118
+contig	C7750269	118
+contig	C7750207	118
+contig	C7750259	118
+contig	C7750293	118
+contig	C7750303	118
+contig	C7750273	118
+contig	C7750257	118
+contig	C7750309	118
+contig	C7750327	118
+contig	C7750285	118
+contig	C7750313	118
+contig	C7750383	118
+contig	C7750287	118
+contig	C7750351	118
+contig	C7750415	118
+contig	C7750321	118
+contig	C7750441	118
+contig	C7750463	118
+contig	C7750423	118
+contig	C7750471	118
+contig	C7750467	118
+contig	C7750469	118
+contig	C7750503	118
+contig	C7750483	118
+contig	C7750513	118
+contig	C7750399	118
+contig	C7750505	118
+contig	C7750521	118
+contig	C7750535	118
+contig	C7750559	118
+contig	C7750529	118
+contig	C7750547	118
+contig	C7750581	118
+contig	C7750537	118
+contig	C7750563	118
+contig	C7750603	118
+contig	C7750639	118
+contig	C7750569	118
+contig	C7750649	118
+contig	C7750661	118
+contig	C7750643	118
+contig	C7750611	118
+contig	C7750681	118
+contig	C7750707	118
+contig	C7750711	118
+contig	C7750727	118
+contig	C7750713	118
+contig	C7750683	118
+contig	C7750737	118
+contig	C7750733	118
+contig	C7750783	118
+contig	C7750747	118
+contig	C7750767	118
+contig	C7750793	118
+contig	C7750801	118
+contig	C7750805	118
+contig	C7750813	118
+contig	C7750807	118
+contig	C7750831	118
+contig	C7750815	118
+contig	C7750821	118
+contig	C7750841	118
+contig	C7750777	118
+contig	C7750833	118
+contig	C7750861	118
+contig	C7750865	118
+contig	C7750837	118
+contig	C7750867	118
+contig	C7750887	118
+contig	C7750871	118
+contig	C7750857	118
+contig	C7750909	118
+contig	C7750915	118
+contig	C7750919	118
+contig	C7750011	118
+contig	C7750905	118
+contig	C7750943	118
+contig	C7750917	118
+contig	C7750957	118
+contig	C7750951	118
+contig	C7750979	118
+contig	C7750981	118
+contig	C7750983	118
+contig	C7751013	118
+contig	C7751019	118
+contig	C7750927	118
+contig	C7751055	118
+contig	C7751061	118
+contig	C7751047	118
+contig	C7750965	118
+contig	C7751073	118
+contig	C7751125	118
+contig	C7751037	118
+contig	C7751031	118
+contig	C7751145	118
+contig	C7751137	118
+contig	C7751183	118
+contig	C7751079	118
+contig	C7751227	118
+contig	C7751193	118
+contig	C7751209	118
+contig	C7751153	118
+contig	C7751233	118
+contig	C7751255	118
+contig	C7751251	118
+contig	C7751267	118
+contig	C7751263	118
+contig	C7751283	118
+contig	C7751321	118
+contig	C7751325	118
+contig	C7751273	118
+contig	C7751329	118
+contig	C7751295	118
+contig	C7751331	118
+contig	C7751327	118
+contig	C7751379	118
+contig	C7751397	118
+contig	C7751339	118
+contig	C7751407	118
+contig	C7751291	118
+contig	C7751443	118
+contig	C7751453	118
+contig	C7751487	118
+contig	C7751399	118
+contig	C7751491	118
+contig	C7751507	118
+contig	C7751449	118
+contig	C7751529	118
+contig	C7751467	118
+contig	C7751517	118
+contig	C7751531	118
+contig	C7751557	118
+contig	C7751519	118
+contig	C7751543	118
+contig	C7751549	118
+contig	C7751575	118
+contig	C7751559	118
+contig	C7751589	118
+contig	C7751593	118
+contig	C7750601	118
+contig	C7751585	118
+contig	C7751615	118
+contig	C7751633	118
+contig	C7751599	118
+contig	C7751629	118
+contig	C7751645	118
+contig	C7751623	118
+contig	C7751671	118
+contig	C7751663	118
+contig	C7751687	118
+contig	C7751681	118
+contig	C7751737	118
+contig	C7751719	118
+contig	C7751809	118
+contig	C7751825	118
+contig	C7751745	118
+contig	C7751831	118
+contig	C7751717	118
+contig	C7751835	118
+contig	C7751867	118
+contig	C7751847	118
+contig	C7751751	118
+contig	C7751875	118
+contig	C7751945	118
+contig	C7751969	118
+contig	C7751839	118
+contig	C7751913	118
+contig	C7751971	118
+contig	C7751977	118
+contig	C7751983	118
+contig	C7751989	118
+contig	C7751995	118
+contig	C7752001	118
+contig	C7751935	118
+contig	C7752011	118
+contig	C7751963	118
+contig	C7752025	118
+contig	C7752039	118
+contig	C7752055	118
+contig	C7752071	118
+contig	C7752073	118
+contig	C7752043	118
+contig	C7752035	118
+contig	C7752089	118
+contig	C7752081	118
+contig	C7752107	118
+contig	C7752111	118
+contig	C7752151	118
+contig	C7752119	118
+contig	C7752159	118
+contig	C7752087	118
+contig	C7752181	118
+contig	C7752183	118
+contig	C7752063	118
+contig	C7752155	118
+contig	C7752207	118
+contig	C7752217	118
+contig	C7752187	118
+contig	C7752243	118
+contig	C7752227	118
+contig	C7752245	118
+contig	C7752211	118
+contig	C7752267	118
+contig	C7752269	118
+contig	C7752291	118
+contig	C7752313	118
+contig	C7752325	118
+contig	C7752339	118
+contig	C7752265	118
+contig	C7752409	118
+contig	C7752453	118
+contig	C7752459	118
+contig	C7752469	118
+contig	C7752457	118
+contig	C7751979	118
+contig	C7752491	118
+contig	C7752483	118
+contig	C7752489	118
+contig	C7752501	118
+contig	C7751279	118
+contig	C7752507	118
+contig	C7752559	118
+contig	C7752513	118
+contig	C7752545	118
+contig	C7752567	118
+contig	C7752425	118
+contig	C7752593	118
+contig	C7752557	118
+contig	C7752607	118
+contig	C7752627	118
+contig	C7752587	118
+contig	C7752625	118
+contig	C7752629	118
+contig	C7752677	118
+contig	C7752661	118
+contig	C7752687	118
+contig	C7752681	118
+contig	C7752713	118
+contig	C7752699	118
+contig	C7752693	118
+contig	C7752727	118
+contig	C7752725	118
+contig	C7752731	118
+contig	C7752597	118
+contig	C7752719	118
+contig	C7752763	118
+contig	C7752769	118
+contig	C7752729	118
+contig	C7752761	118
+contig	C7752785	118
+contig	C7752791	118
+contig	C7752777	118
+contig	C7752815	118
+contig	C7752831	118
+contig	C7752809	118
+contig	C7752825	118
+contig	C7752853	118
+contig	C7752883	118
+contig	C7752903	118
+contig	C7752915	118
+contig	C7752861	118
+contig	C7752907	118
+contig	C7752859	118
+contig	C7752953	118
+contig	C7752937	118
+contig	C7752959	118
+contig	C7752973	118
+contig	C7752925	118
+contig	C7753001	118
+contig	C7752999	118
+contig	C7752987	118
+contig	C7753019	118
+contig	C7753023	118
+contig	C7753017	118
+contig	C7753013	118
+contig	C7753033	118
+contig	C7752649	118
+contig	C7753005	118
+contig	C7753037	118
+contig	C7753047	118
+contig	C7753051	118
+contig	C7753027	118
+contig	C7753073	118
+contig	C7753061	118
+contig	C7753087	118
+contig	C7753053	118
+contig	C7753049	118
+contig	C7753097	118
+contig	C7753093	118
+contig	C7753151	118
+contig	C7753161	118
+contig	C7753167	118
+contig	C7753135	118
+contig	C7753197	118
+contig	C7753185	118
+contig	C7753209	118
+contig	C7753207	118
+contig	C7753211	118
+contig	C7753221	118
+contig	C7753147	118
+contig	C7753273	118
+contig	C7753287	118
+contig	C7753279	118
+contig	C7753239	118
+contig	C7753319	118
+contig	C7753301	118
+contig	C7753331	118
+contig	C7753261	118
+contig	C7753363	118
+contig	C7753361	118
+contig	C7753291	118
+contig	C7753371	118
+contig	C7753369	118
+contig	C7753409	118
+contig	C7753411	118
+contig	C7753375	118
+contig	C7753401	118
+contig	C7753429	118
+contig	C7753451	118
+contig	C7753425	118
+contig	C7753453	118
+contig	C7753439	118
+contig	C7753455	118
+contig	C7753505	118
+contig	C7753489	118
+contig	C7753523	118
+contig	C7753459	118
+contig	C7753511	118
+contig	C7753531	118
+contig	C7753535	118
+contig	C7753539	118
+contig	C7753551	118
+contig	C7753557	118
+contig	C7753583	118
+contig	C7753613	118
+contig	C7750193	118
+contig	C7753657	118
+contig	C7753625	118
+contig	C7753563	118
+contig	C7753661	118
+contig	C7753671	118
+contig	C7753659	118
+contig	C7753703	118
+contig	C7753681	118
+contig	C7753699	118
+contig	C7753717	118
+contig	C7753753	118
+contig	C7753783	118
+contig	C7753721	118
+contig	C7753761	118
+contig	C7752175	118
+contig	C7753801	118
+contig	C7753791	118
+contig	C7753817	118
+contig	C7753839	118
+contig	C7753843	118
+contig	C7753845	118
+contig	C7753881	118
+contig	C7753899	118
+contig	C7753903	118
+contig	C7753935	118
+contig	C7753813	118
+contig	C7753789	118
+contig	C7753961	118
+contig	C7753989	118
+contig	C7753907	118
+contig	C7753977	118
+contig	C7754009	118
+contig	C7754005	118
+contig	C7754015	118
+contig	C7754019	118
+contig	C7754021	118
+contig	C7754027	118
+contig	C7753069	118
+contig	C7753979	118
+contig	C7754047	118
+contig	C7754041	118
+contig	C7754087	118
+contig	C7754111	118
+contig	C7754123	118
+contig	C7754059	118
+contig	C7754147	118
+contig	C7754229	118
+contig	C7754189	118
+contig	C7754221	118
+contig	C7754235	118
+contig	C7754257	118
+contig	C7754017	118
+contig	C7754245	118
+contig	C7754259	118
+contig	C7754267	118
+contig	C7754273	118
+contig	C7754275	118
+contig	C7754271	118
+contig	C7754289	118
+contig	C7754285	118
+contig	C7754247	118
+contig	C7754307	118
+contig	C7754303	118
+contig	C7754341	118
+contig	C7754335	118
+contig	C7754351	118
+contig	C7754007	118
+contig	C7754367	118
+contig	C7754299	118
+contig	C7754373	118
+contig	C7754387	118
+contig	C7754357	118
+contig	C7754389	118
+contig	C7754313	118
+contig	C7754401	118
+contig	C7754397	118
+contig	C7754415	118
+contig	C7754417	118
+contig	C7754421	118
+contig	C7754423	118
+contig	C7754453	118
+contig	C7754489	118
+contig	C7754457	118
+contig	C7754435	118
+contig	C7754513	118
+contig	C7754371	118
+contig	C7754503	118
+contig	C7754507	118
+contig	C7754495	118
+contig	C7754545	118
+contig	C7754515	118
+contig	C7753565	118
+contig	C7754585	118
+contig	C7754539	118
+contig	C7754635	118
+contig	C7754543	118
+contig	C7754681	118
+contig	C7754587	118
+contig	C7754701	118
+contig	C7754661	118
+contig	C7754709	118
+contig	C7754727	118
+contig	C7754741	118
+contig	C7754745	118
+contig	C7754749	118
+contig	C7754757	118
+contig	C7754809	118
+contig	C7754783	118
+contig	C7754787	118
+contig	C7754811	118
+contig	C7754829	118
+contig	C7754659	118
+contig	C7754755	118
+contig	C7754843	118
+contig	C7754861	118
+contig	C7754863	118
+contig	C7754869	118
+contig	C7754865	118
+contig	C7754881	118
+contig	C7754907	118
+contig	C7754813	118
+contig	C7754859	118
+contig	C7754853	118
+contig	C7754909	118
+contig	C7754947	118
+contig	C7754951	118
+contig	C7754929	118
+contig	C7754939	118
+contig	C7754925	118
+contig	C7754958	118
+contig	C7755004	118
+contig	C7753373	118
+contig	C7755018	118
+contig	C7754964	118
+contig	C7755044	118
+contig	C7755036	118
+contig	C7754911	118
+contig	C7755048	118
+contig	C7754960	118
+contig	C7755062	118
+contig	C7755080	118
+contig	C7755042	118
+contig	C7755082	118
+contig	C7755072	118
+contig	C7755084	118
+contig	C7755046	118
+contig	C7755086	118
+contig	C7755092	118
+contig	C7755112	118
+contig	C7755094	118
+contig	C7755124	118
+contig	C7755126	118
+contig	C7755144	118
+contig	C7755146	118
+contig	C7755108	118
+contig	C7755198	118
+contig	C7755168	118
+contig	C7755196	118
+contig	C7754996	118
+contig	C7755240	118
+contig	C7755100	118
+contig	C7755228	118
+contig	C7755212	118
+contig	C7755206	118
+contig	C7755308	118
+contig	C7755290	118
+contig	C7755272	118
+contig	C7755270	118
+contig	C7755336	118
+contig	C7755348	118
+contig	C7755300	118
+contig	C7755334	118
+contig	C7755338	118
+contig	C7755370	118
+contig	C7755288	118
+contig	C7755374	118
+contig	C7755376	118
+contig	C7755368	118
+contig	C7755388	118
+contig	C7755440	118
+contig	C7755416	118
+contig	C7755442	118
+contig	C7755512	118
+contig	C7755378	118
+contig	C7755518	118
+contig	C7755484	118
+contig	C7755502	118
+contig	C7755354	118
+contig	C7755380	118
+contig	C7755522	118
+contig	C7755540	118
+contig	C7755560	118
+contig	C7755588	118
+contig	C7755576	118
+contig	C7755590	118
+contig	C7755566	118
+contig	C7755646	118
+contig	C7755650	118
+contig	C7755536	118
+contig	C7755658	118
+contig	C7755670	118
+contig	C7755668	118
+contig	C7755642	118
+contig	C7755696	118
+contig	C7755700	118
+contig	C7755546	118
+contig	C7755720	118
+contig	C7755634	118
+contig	C7755708	118
+contig	C7755724	118
+contig	C7755750	118
+contig	C7755744	118
+contig	C7755770	118
+contig	C7755614	118
+contig	C7755688	118
+contig	C7755800	118
+contig	C7755764	118
+contig	C7755748	118
+contig	C7755840	119
+contig	C7755860	119
+contig	C7755816	119
+contig	C7755854	119
+contig	C7755872	119
+contig	C7755862	119
+contig	C7755902	119
+contig	C7755918	119
+contig	C7755774	118
+contig	C7755934	119
+contig	C7755880	119
+contig	C7755942	119
+contig	C7755948	119
+contig	C7755972	119
+contig	C7755938	119
+contig	C7755924	119
+contig	C7756000	119
+contig	C7755968	119
+contig	C7756016	119
+contig	C7756018	119
+contig	C7755984	119
+contig	C7756030	119
+contig	C7755988	119
+contig	C7756056	119
+contig	C7756052	119
+contig	C7756048	119
+contig	C7756076	119
+contig	C7756014	119
+contig	C7756102	119
+contig	C7756104	119
+contig	C7756088	119
+contig	C7756190	119
+contig	C7756176	119
+contig	C7756164	119
+contig	C7756118	119
+contig	C7756216	119
+contig	C7756210	119
+contig	C7756224	119
+contig	C7756256	119
+contig	C7756250	119
+contig	C7756258	119
+contig	C7756202	119
+contig	C7756278	119
+contig	C7756292	119
+contig	C7756234	119
+contig	C7756310	119
+contig	C7756262	119
+contig	C7756312	119
+contig	C7756294	119
+contig	C7756326	119
+contig	C7756318	119
+contig	C7756332	119
+contig	C7756286	119
+contig	C7756330	119
+contig	C7756336	119
+contig	C7756352	119
+contig	C7756324	119
+contig	C7756338	119
+contig	C7756382	119
+contig	C7756386	119
+contig	C7756390	119
+contig	C7756398	119
+contig	C7756362	119
+contig	C7756400	119
+contig	C7756416	119
+contig	C7756446	119
+contig	C7756462	119
+contig	C7756364	119
+contig	C7756478	119
+contig	C7756470	119
+contig	C7756488	119
+contig	C7756480	119
+contig	C7756454	119
+contig	C7756504	119
+contig	C7756490	119
+contig	C7756526	119
+contig	C7755692	118
+contig	C7756520	119
+contig	C7756516	119
+contig	C7756548	119
+contig	C7756576	119
+contig	C7756540	119
+contig	C7756544	119
+contig	C7756588	119
+contig	C7756566	119
+contig	C7756680	119
+contig	C7756578	119
+contig	C7756684	119
+contig	C7756604	119
+contig	C7756702	119
+contig	C7756704	119
+contig	C7756580	119
+contig	C7756726	119
+contig	C7756724	119
+contig	C7756658	119
+contig	C7756762	119
+contig	C7756738	119
+contig	C7756730	119
+contig	C7756752	119
+contig	C7756682	119
+contig	C7756782	119
+contig	C7756804	119
+contig	C7756792	119
+contig	C7756780	119
+contig	C7756824	119
+contig	C7756820	119
+contig	C7756812	119
+contig	C7756786	119
+contig	C7756830	119
+contig	C7756794	119
+contig	C7756868	119
+contig	C7756858	119
+contig	C7755828	119
+contig	C7756872	119
+contig	C7756852	119
+contig	C7756894	119
+contig	C7756896	119
+contig	C7756874	119
+contig	C7756906	119
+contig	C7756922	119
+contig	C7756912	119
+contig	C7756944	119
+contig	C7756900	119
+contig	C7756934	119
+contig	C7756910	119
+contig	C7756970	119
+contig	C7756994	119
+contig	C7756842	119
+contig	C7757040	119
+contig	C7757008	119
+contig	C7757118	119
+contig	C7757114	119
+contig	C7757164	119
+contig	C7757194	119
+contig	C7757200	119
+contig	C7757086	119
+contig	C7757218	119
+contig	C7757172	119
+contig	C7757204	119
+contig	C7757224	119
+contig	C7757208	119
+contig	C7757226	119
+contig	C7757154	119
+contig	C7757252	119
+contig	C7757258	119
+contig	C7757268	119
+contig	C7757270	119
+contig	C7757182	119
+contig	C7757272	119
+contig	C7757254	119
+contig	C7757308	119
+contig	C7757310	119
+contig	C7757244	119
+contig	C7757264	119
+contig	C7757312	119
+contig	C7757328	119
+contig	C7757322	119
+contig	C7757292	119
+contig	C7757358	119
+contig	C7757330	119
+contig	C7757362	119
+contig	C7757354	119
+contig	C7757368	119
+contig	C7757394	119
+contig	C7757400	119
+contig	C7757372	119
+contig	C7757414	119
+contig	C7757424	119
+contig	C7757370	119
+contig	C7757420	119
+contig	C7757444	119
+contig	C7757452	119
+contig	C7757332	119
+contig	C7757438	119
+contig	C7757534	119
+contig	C7757460	119
+contig	C7757520	119
+contig	C7757432	119
+contig	C7757456	119
+contig	C7757540	119
+contig	C7757560	119
+contig	C7757590	119
+contig	C7757566	119
+contig	C7757584	119
+contig	C7757544	119
+contig	C7757614	119
+contig	C7757640	119
+contig	C7757548	119
+contig	C7757676	119
+contig	C7757668	119
+contig	C7757632	119
+contig	C7757710	119
+contig	C7757638	119
+contig	C7757704	119
+contig	C7757714	119
+contig	C7757682	119
+contig	C7757752	119
+contig	C7757718	119
+contig	C7757750	119
+contig	C7757776	119
+contig	C7757830	119
+contig	C7757794	119
+contig	C7757790	119
+contig	C7757844	119
+contig	C7757422	119
+contig	C7757846	119
+contig	C7757724	119
+contig	C7757888	119
+contig	C7757862	119
+contig	C7757890	119
+contig	C7757926	119
+contig	C7757918	119
+contig	C7757930	119
+contig	C7757812	119
+contig	C7757952	119
+contig	C7757968	119
+contig	C7757944	119
+contig	C7757996	119
+contig	C7757882	119
+contig	C7758028	119
+contig	C7758014	119
+contig	C7757974	119
+contig	C7758006	119
+contig	C7758040	119
+contig	C7758048	119
+contig	C7758068	119
+contig	C7758062	119
+contig	C7758038	119
+contig	C7757982	119
+contig	C7758116	119
+contig	C7758134	119
+contig	C7758054	119
+contig	C7758170	119
+contig	C7758172	119
+contig	C7758088	119
+contig	C7758186	119
+contig	C7758194	119
+contig	C7758234	119
+contig	C7758238	119
+contig	C7758232	119
+contig	C7758248	119
+contig	C7758270	119
+contig	C7758138	119
+contig	C7758278	119
+contig	C7758218	119
+contig	C7758312	119
+contig	C7758268	119
+contig	C7758348	119
+contig	C7758364	119
+contig	C7758374	119
+contig	C7758372	119
+contig	C7758344	119
+contig	C7758404	119
+contig	C7758414	119
+contig	C7758314	119
+contig	C7758398	119
+contig	C7758420	119
+contig	C7758430	119
+contig	C7758446	119
+contig	C7758466	119
+contig	C7758434	119
+contig	C7758566	119
+contig	C7758362	119
+contig	C7758448	119
+contig	C7758560	119
+contig	C7758596	119
+contig	C7758550	119
+contig	C7758600	119
+contig	C7758594	119
+contig	C7758568	119
+contig	C7758598	119
+contig	C7758612	119
+contig	C7758666	119
+contig	C7758688	119
+contig	C7758670	119
+contig	C7758704	119
+contig	C7758610	119
+contig	C7758642	119
+contig	C7758710	119
+contig	C7758640	119
+contig	C7758716	119
+contig	C7758718	119
+contig	C7758714	119
+contig	C7758744	119
+contig	C7758732	119
+contig	C7758722	119
+contig	C7758768	119
+contig	C7758762	119
+contig	C7758776	119
+contig	C7758760	119
+contig	C7758740	119
+contig	C7758720	119
+contig	C7758806	119
+contig	C7758814	119
+contig	C7758820	119
+contig	C7757854	119
+contig	C7758824	119
+contig	C7758834	119
+contig	C7758892	119
+contig	C7758788	119
+contig	C7758888	119
+contig	C7758922	119
+contig	C7758902	119
+contig	C7758950	119
+contig	C7758980	119
+contig	C7758928	119
+contig	C7758986	119
+contig	C7758912	119
+contig	C7759008	119
+contig	C7758994	119
+contig	C7758850	119
+contig	C7759002	119
+contig	C7758886	119
+contig	C7758976	119
+contig	C7759056	119
+contig	C7759024	119
+contig	C7759110	119
+contig	C7759106	119
+contig	C7759076	119
+contig	C7759124	119
+contig	C7759122	119
+contig	C7759098	119
+contig	C7759146	119
+contig	C7759152	119
+contig	C7759138	119
+contig	C7759160	119
+contig	C7759184	119
+contig	C7759188	119
+contig	C7759128	119
+contig	C7759234	119
+contig	C7759176	119
+contig	C7759244	119
+contig	C7759216	119
+contig	C7759270	119
+contig	C7759062	119
+contig	C7759250	119
+contig	C7759258	119
+contig	C7759194	119
+contig	C7759304	119
+contig	C7759206	119
+contig	C7759342	119
+contig	C7759350	119
+contig	C7759368	119
+contig	C7759376	119
+contig	C7759278	119
+contig	C7759382	119
+contig	C7759420	119
+contig	C7759346	119
+contig	C7759432	119
+contig	C7759392	119
+contig	C7759406	119
+contig	C7759446	119
+contig	C7759450	119
+contig	C7759480	119
+contig	C7759436	119
+contig	C7759482	119
+contig	C7759538	119
+contig	C7759514	119
+contig	C7759582	119
+contig	C7759610	119
+contig	C7759590	119
+contig	C7759486	119
+contig	C7759646	119
+contig	C7759658	119
+contig	C7759692	119
+contig	C7759664	119
+contig	C7759714	119
+contig	C7759740	119
+contig	C7759754	119
+contig	C7759746	119
+contig	C7759778	119
+contig	C7759804	119
+contig	C7759460	119
+contig	C7759812	119
+contig	C7759820	119
+contig	C7759852	119
+contig	C7759868	119
+contig	C7759698	119
+contig	C7759792	119
+contig	C7759870	119
+contig	C7759880	119
+contig	C7759894	119
+contig	C7759900	119
+contig	C7759932	119
+contig	C7759866	119
+contig	C7759952	119
+contig	C7759936	119
+contig	C7759954	119
+contig	C7759974	119
+contig	C7759902	119
+contig	C7759968	119
+contig	C7760000	119
+contig	C7759980	119
+contig	C7760030	119
+contig	C7759990	119
+contig	C7760050	119
+contig	C7760052	119
+contig	C7760036	119
+contig	C7760066	119
+contig	C7760054	119
+contig	C7760088	119
+contig	C7760072	119
+contig	C7760112	119
+contig	C7760114	119
+contig	C7760084	119
+contig	C7760118	119
+contig	C7760130	119
+contig	C7760144	119
+contig	C7760134	119
+contig	C7760168	119
+contig	C7760166	119
+contig	C7760196	119
+contig	C7760192	119
+contig	C7760204	119
+contig	C7759356	119
+contig	C7760218	119
+contig	C7760248	119
+contig	C7760254	119
+contig	C7760214	119
+contig	C7760250	119
+contig	C7760262	119
+contig	C7760266	119
+contig	C7760280	119
+contig	C7760306	119
+contig	C7760228	119
+contig	C7760282	119
+contig	C7760312	119
+contig	C7760340	119
+contig	C7760294	119
+contig	C7760342	119
+contig	C7760346	119
+contig	C7760356	119
+contig	C7760326	119
+contig	C7760360	119
+contig	C7759808	119
+contig	C7760366	119
+contig	C7760398	119
+contig	C7760382	119
+contig	C7760390	119
+contig	C7760410	119
+contig	C7760404	119
+contig	C7760322	119
+contig	C7760422	119
+contig	C7760428	119
+contig	C7760420	119
+contig	C7760434	119
+contig	C7760430	119
+contig	C7760400	119
+contig	C7760460	119
+contig	C7760454	119
+contig	C7760490	119
+contig	C7760466	119
+contig	C7760368	119
+contig	C7760502	119
+contig	C7760492	119
+contig	C7760540	119
+contig	C7760474	119
+contig	C7760516	119
+contig	C7760548	119
+contig	C7760546	119
+contig	C7760560	119
+contig	C7760556	119
+contig	C7760584	119
+contig	C7760504	119
+contig	C7760602	119
+contig	C7760562	119
+contig	C7760612	119
+contig	C7760610	119
+contig	C7760626	119
+contig	C7760650	119
+contig	C7760646	119
+contig	C7760656	119
+contig	C7760616	119
+contig	C7760600	119
+contig	C7760664	119
+contig	C7760676	119
+contig	C7760658	119
+contig	C7760728	119
+contig	C7760744	119
+contig	C7760750	119
+contig	C7760678	119
+contig	C7760756	119
+contig	C7760796	119
+contig	C7760740	119
+contig	C7760754	119
+contig	C7760800	119
+contig	C7760780	119
+contig	C7760818	119
+contig	C7760820	119
+contig	C7760824	119
+contig	C7760852	119
+contig	C7760814	119
+contig	C7760850	119
+contig	C7760874	119
+contig	C7760918	119
+contig	C7760878	119
+contig	C7760834	119
+contig	C7760930	119
+contig	C7760946	119
+contig	C7760976	119
+contig	C7760916	119
+contig	C7761016	119
+contig	C7760936	119
+contig	C7761014	119
+contig	C7761032	119
+contig	C7761050	119
+contig	C7761060	119
+contig	C7761024	119
+contig	C7761056	119
+contig	C7761082	119
+contig	C7761086	119
+contig	C7761090	119
+contig	C7761102	119
+contig	C7761104	119
+contig	C7761106	119
+contig	C7759906	119
+contig	C7761140	119
+contig	C7761180	119
+contig	C7761194	119
+contig	C7761144	119
+contig	C7761202	119
+contig	C7761088	119
+contig	C7761224	119
+contig	C7761228	119
+contig	C7761246	119
+contig	C7761248	119
+contig	C7760922	119
+contig	C7761250	119
+contig	C7761288	119
+contig	C7761280	119
+contig	C7761216	119
+contig	C7761290	119
+contig	C7761334	119
+contig	C7761362	119
+contig	C7761302	119
+contig	C7761366	119
+contig	C7761386	119
+contig	C7761416	119
+contig	C7761434	119
+contig	C7761442	119
+contig	C7761338	119
+contig	C7761422	119
+contig	C7761496	119
+contig	C7761482	119
+contig	C7761512	119
+contig	C7761480	119
+contig	C7761242	119
+contig	C7761514	119
+contig	C7761556	119
+contig	C7761518	119
+contig	C7761570	119
+contig	C7761520	119
+contig	C7761618	119
+contig	C7761590	119
+contig	C7761640	119
+contig	C7761642	119
+contig	C7761638	119
+contig	C7761676	119
+contig	C7761688	119
+contig	C7761648	119
+contig	C7761586	119
+contig	C7760456	119
+contig	C7761720	119
+contig	C7761696	119
+contig	C7761726	119
+contig	C7761744	119
+contig	C7761732	119
+contig	C7761772	119
+contig	C7761798	119
+contig	C7761806	119
+contig	C7761808	119
+contig	C7761820	119
+contig	C7761788	119
+contig	C7761842	119
+contig	C7761860	119
+contig	C7761702	119
+contig	C7761866	119
+contig	C7761888	119
+contig	C7754713	118
+contig	C7761924	119
+contig	C7761946	119
+contig	C7761952	119
+contig	C7761964	119
+contig	C7762014	119
+contig	C7761972	119
+contig	C7762016	119
+contig	C7762002	119
+contig	C7762038	119
+contig	C7761878	119
+contig	C7761070	119
+contig	C7762094	119
+contig	C7761700	119
+contig	C7762082	119
+contig	C7762098	119
+contig	C7762170	119
+contig	C7762152	119
+contig	C7762138	119
+contig	C7762198	119
+contig	C7762044	119
+contig	C7762184	119
+contig	C7762218	119
+contig	C7762258	119
+contig	C7762226	119
+contig	C7762078	119
+contig	C7762272	119
+contig	C7762294	119
+contig	C7762336	119
+contig	C7762322	119
+contig	C7762282	119
+contig	C7762364	119
+contig	C7762298	119
+contig	C7762374	119
+contig	C7762382	119
+contig	C7762090	119
+contig	C7762392	119
+contig	C7762394	119
+contig	C7762420	119
+contig	C7762346	119
+contig	C7762410	119
+contig	C7762438	119
+contig	C7762418	119
+contig	C7762458	119
+contig	C7762474	119
+contig	C7762450	119
+contig	C7762470	119
+contig	C7762406	119
+contig	C7762506	119
+contig	C7762510	119
+contig	C7762492	119
+contig	C7762512	119
+contig	C7762538	119
+contig	C7762580	119
+contig	C7762494	119
+contig	C7762500	119
+contig	C7762606	119
+contig	C7762588	119
+contig	C7762630	119
+contig	C7762546	119
+contig	C7762562	119
+contig	C7762654	119
+contig	C7762648	119
+contig	C7762702	119
+contig	C7762632	119
+contig	C7762714	119
+contig	C7762636	119
+contig	C7762678	119
+contig	C7762748	119
+contig	C7762740	119
+contig	C7762758	119
+contig	C7762766	119
+contig	C7762762	119
+contig	C7762658	119
+contig	C7762794	119
+contig	C7762778	119
+contig	C7762872	119
+contig	C7762840	119
+contig	C7762350	119
+contig	C7762864	119
+contig	C7762880	119
+contig	C7762858	119
+contig	C7762914	119
+contig	C7762878	119
+contig	C7762882	119
+contig	C7762948	119
+contig	C7762894	119
+contig	C7762918	119
+contig	C7762974	119
+contig	C7762982	119
+contig	C7762998	119
+contig	C7762916	119
+contig	C7762988	119
+contig	C7762958	119
+contig	C7762990	119
+contig	C7763026	119
+contig	C7763020	119
+contig	C7763028	119
+contig	C7763040	119
+contig	C7763044	119
+contig	C7763052	119
+contig	C7763062	119
+contig	C7761542	119
+contig	C7763046	119
+contig	C7763070	119
+contig	C7763004	119
+contig	C7763088	119
+contig	C7763066	119
+contig	C7763104	119
+contig	C7763076	119
+contig	C7763096	119
+contig	C7763116	119
+contig	C7763112	119
+contig	C7763098	119
+contig	C7763156	119
+contig	C7763208	119
+contig	C7763142	119
+contig	C7763146	119
+contig	C7763212	119
+contig	C7763196	119
+contig	C7763220	119
+contig	C7763038	119
+contig	C7763256	119
+contig	C7763266	119
+contig	C7763290	119
+contig	C7763284	119
+contig	C7763344	119
+contig	C7763262	119
+contig	C7763358	119
+contig	C7763164	119
+contig	C7763402	119
+contig	C7763314	119
+contig	C7763408	119
+contig	C7763418	119
+contig	C7763372	119
+contig	C7763422	119
+contig	C7763446	119
+contig	C7763432	119
+contig	C7763406	119
+contig	C7763466	119
+contig	C7763456	119
+contig	C7762720	119
+contig	C7763500	119
+contig	C7763532	119
+contig	C7763552	119
+contig	C7763564	119
+contig	C7763458	119
+contig	C7763476	119
+contig	C7763566	119
+contig	C7763570	119
+contig	C7763580	119
+contig	C7763574	119
+contig	C7763594	119
+contig	C7763644	119
+contig	C7763690	119
+contig	C7763688	119
+contig	C7763598	119
+contig	C7763698	119
+contig	C7763708	119
+contig	C7763700	119
+contig	C7763716	119
+contig	C7763736	119
+contig	C7763762	119
+contig	C7763774	119
+contig	C7763806	119
+contig	C7763826	119
+contig	C7763722	119
+contig	C7763836	119
+contig	C7763760	119
+contig	C7763856	119
+contig	C7763380	119
+contig	C7763906	119
+contig	C7763922	119
+contig	C7763866	119
+contig	C7763944	119
+contig	C7763940	119
+contig	C7763952	119
+contig	C7763854	119
+contig	C7763842	119
+contig	C7763966	119
+contig	C7763970	119
+contig	C7763986	119
+contig	C7763938	119
+contig	C7764038	119
+contig	C7763974	119
+contig	C7763982	119
+contig	C7764066	119
+contig	C7764108	119
+contig	C7764098	119
+contig	C7764072	119
+contig	C7764084	119
+contig	C7764144	119
+contig	C7763250	119
+contig	C7764040	119
+contig	C7764174	119
+contig	C7764128	119
+contig	C7764198	119
+contig	C7764182	119
+contig	C7764160	119
+contig	C7764228	119
+contig	C7764120	119
+contig	C7764230	119
+contig	C7764236	119
+contig	C7764238	119
+contig	C7764254	119
+contig	C7764240	119
+contig	C7764232	119
+contig	C7764278	119
+contig	C7764270	119
+contig	C7764192	119
+contig	C7764268	119
+contig	C7764340	119
+contig	C7764306	119
+contig	C7764274	119
+contig	C7764358	119
+contig	C7764316	119
+contig	C7764374	119
+contig	C7764396	119
+contig	C7764400	119
+contig	C7764366	119
+contig	C7764376	119
+contig	C7764428	119
+contig	C7764436	119
+contig	C7764492	119
+contig	C7764464	119
+contig	C7764416	119
+contig	C7764562	119
+contig	C7764478	119
+contig	C7764548	119
+contig	C7763328	119
+contig	C7764606	119
+contig	C7764522	119
+contig	C7764630	119
+contig	C7764624	119
+contig	C7764370	119
+contig	C7764634	119
+contig	C7764662	119
+contig	C7764594	119
+contig	C7764638	119
+contig	C7764668	119
+contig	C7764572	119
+contig	C7764672	119
+contig	C7764670	119
+contig	C7764718	119
+contig	C7764680	119
+contig	C7764776	119
+contig	C7764786	119
+contig	C7764746	119
+contig	C7764702	119
+contig	C7764872	119
+contig	C7764862	119
+contig	C7764688	119
+contig	C7764650	119
+contig	C7764898	119
+contig	C7764824	119
+contig	C7764928	119
+contig	C7764896	119
+contig	C7764904	119
+contig	C7764936	119
+contig	C7764940	119
+contig	C7764978	119
+contig	C7764350	119
+contig	C7764886	119
+contig	C7765014	119
+contig	C7764938	119
+contig	C7764972	119
+contig	C7765012	119
+contig	C7765022	119
+contig	C7765070	119
+contig	C7765026	119
+contig	C7764920	119
+contig	C7765124	119
+contig	C7765120	119
+contig	C7765092	119
+contig	C7765138	119
+contig	C7765142	119
+contig	C7765144	119
+contig	C7765158	119
+contig	C7765130	119
+contig	C7765146	119
+contig	C7765214	119
+contig	C7764982	119
+contig	C7765170	119
+contig	C7765216	119
+contig	C7765182	119
+contig	C7765228	119
+contig	C7765220	119
+contig	C7765222	119
+contig	C7765232	119
+contig	C7765240	119
+contig	C7765236	119
+contig	C7765218	119
+contig	C7765272	119
+contig	C7765300	119
+contig	C7765260	119
+contig	C7765288	119
+contig	C7765310	119
+contig	C7765324	119
+contig	C7765312	119
+contig	C7765332	119
+contig	C7765358	119
+contig	C7765330	119
+contig	C7765292	119
+contig	C7765408	119
+contig	C7765384	119
+contig	C7765386	119
+contig	C7765378	119
+contig	C7765066	119
+contig	C7765412	119
+contig	C7765472	119
+contig	C7765426	119
+contig	C7765478	119
+contig	C7765018	119
+contig	C7765530	119
+contig	C7765526	119
+contig	C7765500	119
+contig	C7765442	119
+contig	C7764918	119
+contig	C7765516	119
+contig	C7765574	119
+contig	C7765422	119
+contig	C7765558	119
+contig	C7765616	119
+contig	C7765592	119
+contig	C7765618	119
+contig	C7765626	119
+contig	C7765596	119
+contig	C7765646	119
+contig	C7765636	119
+contig	C7765672	119
+contig	C7765718	119
+contig	C7765722	119
+contig	C7765724	119
+contig	C7765600	119
+contig	C7765650	119
+contig	C7765778	119
+contig	C7765774	119
+contig	C7765732	119
+contig	C7765742	119
+contig	C7765684	119
+contig	C7765798	119
+contig	C7765786	119
+contig	C7765706	119
+contig	C7765794	119
+contig	C7765784	119
+contig	C7765816	119
+contig	C7765822	119
+contig	C7765856	119
+contig	C7765886	119
+contig	C7765894	119
+contig	C7765896	119
+contig	C7765914	119
+contig	C7765908	119
+contig	C7765954	119
+contig	C7765824	119
+contig	C7765796	119
+contig	C7765964	119
+contig	C7765936	119
+contig	C7765958	119
+contig	C7765966	119
+contig	C7765974	119
+contig	C7765978	119
+contig	C7765858	119
+contig	C7766014	119
+contig	C7765970	119
+contig	C7766024	119
+contig	C7766056	119
+contig	C7766120	119
+contig	C7765552	119
+contig	C7766158	119
+contig	C7766162	119
+contig	C7765990	119
+contig	C7766126	119
+contig	C7766160	119
+contig	C7766220	119
+contig	C7766028	119
+contig	C7766266	119
+contig	C7766214	119
+contig	C7765938	119
+contig	C7766254	119
+contig	C7766274	119
+contig	C7766298	119
+contig	C7766218	119
+contig	C7766336	119
+contig	C7766304	119
+contig	C7766340	119
+contig	C7766270	119
+contig	C7766366	119
+contig	C7766426	119
+contig	C7766244	119
+contig	C7766422	119
+contig	C7766348	119
+contig	C7766456	119
+contig	C7766458	119
+contig	C7766446	119
+contig	C7766434	119
+contig	C7766500	119
+contig	C7766486	119
+contig	C7766524	119
+contig	C7766300	119
+contig	C7766516	119
+contig	C7766536	119
+contig	C7766522	119
+contig	C7766568	119
+contig	C7766550	119
+contig	C7766520	119
+contig	C7766572	119
+contig	C7766624	119
+contig	C7766630	119
+contig	C7766586	119
+contig	C7766648	119
+contig	C7766628	119
+contig	C7766664	119
+contig	C7766650	119
+contig	C7766680	119
+contig	C7766690	119
+contig	C7766662	119
+contig	C7766704	119
+contig	C7766696	119
+contig	C7766706	119
+contig	C7766712	119
+contig	C7766708	119
+contig	C7766644	119
+contig	C7766710	119
+contig	C7766718	119
+contig	C7766720	119
+contig	C7766694	119
+contig	C7766748	119
+contig	C7766716	119
+contig	C7766750	119
+contig	C7766784	119
+contig	C7766730	119
+contig	C7766792	119
+contig	C7766806	119
+contig	C7766766	119
+contig	C7766590	119
+contig	C7766804	119
+contig	C7766822	119
+contig	C7766824	119
+contig	C7766794	119
+contig	C7766808	119
+contig	C7766816	119
+contig	C7766844	119
+contig	C7766852	119
+contig	C7766836	119
+contig	C7766886	119
+contig	C7766830	119
+contig	C7766934	119
+contig	C7766938	119
+contig	C7766744	119
+contig	C7766168	119
+contig	C7766946	119
+contig	C7766890	119
+contig	C7766958	119
+contig	C7766840	119
+contig	C7766882	119
+contig	C7766950	119
+contig	C7766984	119
+contig	C7767010	119
+contig	C7766854	119
+contig	C7766956	119
+contig	C7766960	119
+contig	C7767068	119
+contig	C7767038	119
+contig	C7766994	119
+contig	C7767102	119
+contig	C7767044	119
+contig	C7767108	119
+contig	C7767106	119
+contig	C7767136	119
+contig	C7767014	119
+contig	C7767002	119
+contig	C7767158	119
+contig	C7767160	119
+contig	C7767070	119
+contig	C7767194	119
+contig	C7767156	119
+contig	C7767180	119
+contig	C7767114	119
+contig	C7767234	119
+contig	C7767202	119
+contig	C7767170	119
+contig	C7767238	119
+contig	C7767172	119
+contig	C7767296	119
+contig	C7767168	119
+contig	C7767276	119
+contig	C7767312	119
+contig	C7767304	119
+contig	C7767352	119
+contig	C7767216	119
+contig	C7767350	119
+contig	C7767270	119
+contig	C7767362	119
+contig	C7767442	119
+contig	C7767388	119
+contig	C7767380	119
+contig	C7767448	119
+contig	C7767416	119
+contig	C7767460	119
+contig	C7767474	119
+contig	C7767520	119
+contig	C7767390	119
+contig	C7767552	119
+contig	C7767582	119
+contig	C7767556	119
+contig	C7767494	119
+contig	C7767584	119
+contig	C7767616	119
+contig	C7767572	119
+contig	C7767606	119
+contig	C7767626	119
+contig	C7767622	119
+contig	C7767658	119
+contig	C7767444	119
+contig	C7767668	119
+contig	C7767604	119
+contig	C7767654	119
+contig	C7767660	119
+contig	C7767692	119
+contig	C7767708	119
+contig	C7767714	119
+contig	C7767564	119
+contig	C7767676	119
+contig	C7767718	119
+contig	C7767758	119
+contig	C7767704	119
+contig	C7767726	119
+contig	C7767764	119
+contig	C7767738	119
+contig	C7767762	119
+contig	C7767776	119
+contig	C7767778	119
+contig	C7767648	119
+contig	C7767872	119
+contig	C7767742	119
+contig	C7767848	119
+contig	C7767908	119
+contig	C7767906	119
+contig	C7767892	119
+contig	C7767968	119
+contig	C7767972	119
+contig	C7767980	119
+contig	C7767998	119
+contig	C7767784	119
+contig	C7767940	119
+contig	C7768000	119
+contig	C7767964	119
+contig	C7768034	119
+contig	C7767902	119
+contig	C7768044	119
+contig	C7768036	119
+contig	C7768056	119
+contig	C7768058	119
+contig	C7768050	119
+contig	C7768030	119
+contig	C7768096	119
+contig	C7768090	119
+contig	C7768112	119
+contig	C7768038	119
+contig	C7768124	119
+contig	C7768066	119
+contig	C7768116	119
+contig	C7768166	119
+contig	C7768172	119
+contig	C7768174	119
+contig	C7768176	119
+contig	C7768076	119
+contig	C7768150	119
+contig	C7768180	119
+contig	C7768196	119
+contig	C7768212	119
+contig	C7768258	119
+contig	C7768246	119
+contig	C7768192	119
+contig	C7768240	119
+contig	C7768260	119
+contig	C7768272	119
+contig	C7768262	119
+contig	C7768314	119
+contig	C7768284	119
+contig	C7768280	119
+contig	C7768336	119
+contig	C7768402	119
+contig	C7768362	119
+contig	C7768194	119
+contig	C7768404	119
+contig	C7768350	119
+contig	C7768412	119
+contig	C7768330	119
+contig	C7768406	119
+contig	C7768480	119
+contig	C7768484	120
+contig	C7768414	119
+contig	C7768534	120
+contig	C7768516	120
+contig	C7768526	120
+contig	C7768558	120
+contig	C7768544	120
+contig	C7768576	120
+contig	C7768474	119
+contig	C7768582	120
+contig	C7768606	120
+contig	C7768652	120
+contig	C7768608	120
+contig	C7768654	120
+contig	C7768648	120
+contig	C7768674	120
+contig	C7768670	120
+contig	C7768700	120
+contig	C7767760	119
+contig	C7768722	120
+contig	C7768638	120
+contig	C7768706	120
+contig	C7768740	120
+contig	C7768712	120
+contig	C7768782	120
+contig	C7768728	120
+contig	C7768786	120
+contig	C7768792	120
+contig	C7768536	120
+contig	C7768798	120
+contig	C7768744	120
+contig	C7768788	120
+contig	C7768810	120
+contig	C7768828	120
+contig	C7768802	120
+contig	C7768832	120
+contig	C7768842	120
+contig	C7768866	120
+contig	C7768170	119
+contig	C7768872	120
+contig	C7768878	120
+contig	C7768894	120
+contig	C7768896	120
+contig	C7768924	120
+contig	C7768902	120
+contig	C7768992	120
+contig	C7769024	120
+contig	C7769038	120
+contig	C7768934	120
+contig	C7768678	120
+contig	C7769048	120
+contig	C7768948	120
+contig	C7769060	120
+contig	C7769120	120
+contig	C7769088	120
+contig	C7768886	120
+contig	C7769114	120
+contig	C7769106	120
+contig	C7769138	120
+contig	C7769168	120
+contig	C7769142	120
+contig	C7769136	120
+contig	C7769176	120
+contig	C7769032	120
+contig	C7769198	120
+contig	C7769184	120
+contig	C7769170	120
+contig	C7769192	120
+contig	C7769202	120
+contig	C7769208	120
+contig	C7769260	120
+contig	C7769210	120
+contig	C7769222	120
+contig	C7769122	120
+contig	C7769274	120
+contig	C7769264	120
+contig	C7769302	120
+contig	C7769238	120
+contig	C7769300	120
+contig	C7769370	120
+contig	C7768836	120
+contig	C7769388	120
+contig	C7769262	120
+contig	C7769278	120
+contig	C7769404	120
+contig	C7769396	120
+contig	C7769420	120
+contig	C7769374	120
+contig	C7769468	120
+contig	C7769476	120
+contig	C7769450	120
+contig	C7769512	120
+contig	C7769390	120
+contig	C7769442	120
+contig	C7769320	120
+contig	C7769518	120
+contig	C7769516	120
+contig	C7769452	120
+contig	C7769552	120
+contig	C7769536	120
+contig	C7769352	120
+contig	C7769556	120
+contig	C7769596	120
+contig	C7769600	120
+contig	C7769604	120
+contig	C7769504	120
+contig	C7769610	120
+contig	C7769554	120
+contig	C7769606	120
+contig	C7769648	120
+contig	C7769576	120
+contig	C7769696	120
+contig	C7769752	120
+contig	C7769764	120
+contig	C7769800	120
+contig	C7769748	120
+contig	C7769812	120
+contig	C7769560	120
+contig	C7769622	120
+contig	C7769814	120
+contig	C7769816	120
+contig	C7769642	120
+contig	C7769784	120
+contig	C7769850	120
+contig	C7769820	120
+contig	C7769822	120
+contig	C7769808	120
+contig	C7769918	120
+contig	C7769966	120
+contig	C7769952	120
+contig	C7769878	120
+contig	C7769970	120
+contig	C7769860	120
+contig	C7770002	120
+contig	C7770000	120
+contig	C7770016	120
+contig	C7770022	120
+contig	C7770048	120
+contig	C7770028	120
+contig	C7770050	120
+contig	C7770090	120
+contig	C7769978	120
+contig	C7769612	120
+contig	C7770096	120
+contig	C7770092	120
+contig	C7770114	120
+contig	C7770120	120
+contig	C7770152	120
+contig	C7770044	120
+contig	C7770154	120
+contig	C7770134	120
+contig	C7770178	120
+contig	C7769920	120
+contig	C7770200	120
+contig	C7770194	120
+contig	C7770186	120
+contig	C7770216	120
+contig	C7770210	120
+contig	C7770242	120
+contig	C7770266	120
+contig	C7770160	120
+contig	C7770276	120
+contig	C7770258	120
+contig	C7770284	120
+contig	C7770278	120
+contig	C7770250	120
+contig	C7770318	120
+contig	C7770270	120
+contig	C7770298	120
+contig	C7770330	120
+contig	C7770336	120
+contig	C7770344	120
+contig	C7770350	120
+contig	C7770328	120
+contig	C7770384	120
+contig	C7770334	120
+contig	C7770364	120
+contig	C7770370	120
+contig	C7770414	120
+contig	C7770406	120
+contig	C7770402	120
+contig	C7770448	120
+contig	C7770084	120
+contig	C7770452	120
+contig	C7770396	120
+contig	C7770460	120
+contig	C7770456	120
+contig	C7770500	120
+contig	C7770420	120
+contig	C7770504	120
+contig	C7770484	120
+contig	C7770514	120
+contig	C7770410	120
+contig	C7770508	120
+contig	C7770506	120
+contig	C7770550	120
+contig	C7770532	120
+contig	C7770558	120
+contig	C7770584	120
+contig	C7770614	120
+contig	C7770564	120
+contig	C7770598	120
+contig	C7770654	120
+contig	C7770660	120
+contig	C7770644	120
+contig	C7770636	120
+contig	C7770622	120
+contig	C7770670	120
+contig	C7770692	120
+contig	C7770680	120
+contig	C7770466	120
+contig	C7770706	120
+contig	C7770546	120
+contig	C7770708	120
+contig	C7770700	120
+contig	C7770694	120
+contig	C7770732	120
+contig	C7770744	120
+contig	C7770746	120
+contig	C7770752	120
+contig	C7770716	120
+contig	C7770826	120
+contig	C7770808	120
+contig	C7770710	120
+contig	C7770754	120
+contig	C7770878	120
+contig	C7770856	120
+contig	C7770832	120
+contig	C7770932	120
+contig	C7770930	120
+contig	C7770934	120
+contig	C7770860	120
+contig	C7770968	120
+contig	C7770992	120
+contig	C7770938	120
+contig	C7770958	120
+contig	C7770940	120
+contig	C7771008	120
+contig	C7771010	120
+contig	C7770926	120
+contig	C7771012	120
+contig	C7771058	120
+contig	C7770758	120
+contig	C7771066	120
+contig	C7771020	120
+contig	C7771100	120
+contig	C7771098	120
+contig	C7771080	120
+contig	C7771036	120
+contig	C7771028	120
+contig	C7771106	120
+contig	C7771104	120
+contig	C7771118	120
+contig	C7771158	120
+contig	C7770994	120
+contig	C7771168	120
+contig	C7771126	120
+contig	C7771108	120
+contig	C7771146	120
+contig	C7771222	120
+contig	C7771214	120
+contig	C7771240	120
+contig	C7771188	120
+contig	C7771144	120
+contig	C7771232	120
+contig	C7771264	120
+contig	C7771276	120
+contig	C7771172	120
+contig	C7771318	120
+contig	C7769858	120
+contig	C7771304	120
+contig	C7771328	120
+contig	C7771262	120
+contig	C7771330	120
+contig	C7771350	120
+contig	C7771308	120
+contig	C7771342	120
+contig	C7771344	120
+contig	C7771346	120
+contig	C7771378	120
+contig	C7771408	120
+contig	C7771366	120
+contig	C7771424	120
+contig	C7771426	120
+contig	C7771348	120
+contig	C7771428	120
+contig	C7771432	120
+contig	C7771444	120
+contig	C7771412	120
+contig	C7771458	120
+contig	C7771480	120
+contig	C7771398	120
+contig	C7771422	120
+contig	C7771524	120
+contig	C7771536	120
+contig	C7771482	120
+contig	C7771316	120
+contig	C7771576	120
+contig	C7771526	120
+contig	C7771580	120
+contig	C7771558	120
+contig	C7771594	120
+contig	C7771588	120
+contig	C7771610	120
+contig	C7771600	120
+contig	C7771596	120
+contig	C7771620	120
+contig	C7771638	120
+contig	C7771614	120
+contig	C7771508	120
+contig	C7771650	120
+contig	C7771616	120
+contig	C7771666	120
+contig	C7771702	120
+contig	C7771686	120
+contig	C7771698	120
+contig	C7771706	120
+contig	C7771716	120
+contig	C7771736	120
+contig	C7771748	120
+contig	C7771750	120
+contig	C7771762	120
+contig	C7771758	120
+contig	C7771788	120
+contig	C7771738	120
+contig	C7771802	120
+contig	C7771774	120
+contig	C7771828	120
+contig	C7771844	120
+contig	C7771796	120
+contig	C7771858	120
+contig	C7771854	120
+contig	C7771880	120
+contig	C7771830	120
+contig	C7771882	120
+contig	C7771904	120
+contig	C7771884	120
+contig	C7771920	120
+contig	C7771926	120
+contig	C7771946	120
+contig	C7771552	120
+contig	C7771964	120
+contig	C7771982	120
+contig	C7772002	120
+contig	C7771988	120
+contig	C7772034	120
+contig	C7772036	120
+contig	C7772028	120
+contig	C7772046	120
+contig	C7771968	120
+contig	C7771974	120
+contig	C7772054	120
+contig	C7772072	120
+contig	C7772052	120
+contig	C7772100	120
+contig	C7772084	120
+contig	C7771394	120
+contig	C7772086	120
+contig	C7772108	120
+contig	C7772080	120
+contig	C7772122	120
+contig	C7772112	120
+contig	C7772134	120
+contig	C7772118	120
+contig	C7772146	120
+contig	C7772130	120
+contig	C7772110	120
+contig	C7772196	120
+contig	C7772198	120
+contig	C7772190	120
+contig	C7772244	120
+contig	C7772142	120
+contig	C7772176	120
+contig	C7772282	120
+contig	C7772308	120
+contig	C7772298	120
+contig	C7772204	120
+contig	C7772324	120
+contig	C7772248	120
+contig	C7772322	120
+contig	C7772310	120
+contig	C7772348	120
+contig	C7772368	120
+contig	C7772208	120
+contig	C7772330	120
+contig	C7772362	120
+contig	C7772432	120
+contig	C7772452	120
+contig	C7772384	120
+contig	C7772458	120
+contig	C7772460	120
+contig	C7772464	120
+contig	C7772530	120
+contig	C7772394	120
+contig	C7772532	120
+contig	C7772576	120
+contig	C7772578	120
+contig	C7772544	120
+contig	C7772402	120
+contig	C7772602	120
+contig	C7772616	120
+contig	C7772628	120
+contig	C7772642	120
+contig	C7772650	120
+contig	C7772640	120
+contig	C7772586	120
+contig	C7772658	120
+contig	C7772662	120
+contig	C7772654	120
+contig	C7772706	120
+contig	C7772718	120
+contig	C7772730	120
+contig	C7772694	120
+contig	C7772746	120
+contig	C7772738	120
+contig	C7772632	120
+contig	C7772764	120
+contig	C7772768	120
+contig	C7772784	120
+contig	C7772774	120
+contig	C7772820	120
+contig	C7772852	120
+contig	C7772850	120
+contig	C7772780	120
+contig	C7772858	120
+contig	C7772854	120
+contig	C7772916	120
+contig	C7772936	120
+contig	C7772938	120
+contig	C7772902	120
+contig	C7772932	120
+contig	C7772950	120
+contig	C7772918	120
+contig	C7772958	120
+contig	C7772960	120
+contig	C7772980	120
+contig	C7772954	120
+contig	C7772988	120
+contig	C7772992	120
+contig	C7773030	120
+contig	C7773042	120
+contig	C7772978	120
+contig	C7773048	120
+contig	C7773046	120
+contig	C7773074	120
+contig	C7773094	120
+contig	C7773076	120
+contig	C7773110	120
+contig	C7773130	120
+contig	C7773124	120
+contig	C7773002	120
+contig	C7773146	120
+contig	C7773136	120
+contig	C7773134	120
+contig	C7772534	120
+contig	C7773168	120
+contig	C7773188	120
+contig	C7773170	120
+contig	C7773206	120
+contig	C7773202	120
+contig	C7773232	120
+contig	C7773254	120
+contig	C7773262	120
+contig	C7771746	120
+contig	C7773242	120
+contig	C7773040	120
+contig	C7773266	120
+contig	C7773312	120
+contig	C7773310	120
+contig	C7773332	120
+contig	C7773346	120
+contig	C7773290	120
+contig	C7773382	120
+contig	C7773392	120
+contig	C7773348	120
+contig	C7773368	120
+contig	C7773444	120
+contig	C7773398	120
+contig	C7773320	120
+contig	C7773482	120
+contig	C7773508	120
+contig	C7773400	120
+contig	C7773538	120
+contig	C7773470	120
+contig	C7773516	120
+contig	C7773556	120
+contig	C7773430	120
+contig	C7773552	120
+contig	C7773558	120
+contig	C7773656	120
+contig	C7773514	120
+contig	C7773640	120
+contig	C7773634	120
+contig	C7773668	120
+contig	C7773662	120
+contig	C7773678	120
+contig	C7773684	120
+contig	C7773696	120
+contig	C7773720	120
+contig	C7773670	120
+contig	C7773716	120
+contig	C7773766	120
+contig	C7773740	120
+contig	C7773724	120
+contig	C7773776	120
+contig	C7773788	120
+contig	C7773578	120
+contig	C7773746	120
+contig	C7773808	120
+contig	C7773804	120
+contig	C7773824	120
+contig	C7773838	120
+contig	C7773848	120
+contig	C7773800	120
+contig	C7773852	120
+contig	C7773856	120
+contig	C7773784	120
+contig	C7773876	120
+contig	C7773886	120
+contig	C7773850	120
+contig	C7771850	120
+contig	C7773796	120
+contig	C7773916	120
+contig	C7773918	120
+contig	C7773936	120
+contig	C7773938	120
+contig	C7773940	120
+contig	C7773912	120
+contig	C7773944	120
+contig	C7773942	120
+contig	C7773968	120
+contig	C7773980	120
+contig	C7773992	120
+contig	C7774020	120
+contig	C7773872	120
+contig	C7774040	120
+contig	C7774002	120
+contig	C7774014	120
+contig	C7774064	120
+contig	C7774050	120
+contig	C7774006	120
+contig	C7774034	120
+contig	C7774076	120
+contig	C7774078	120
+contig	C7774110	120
+contig	C7773834	120
+contig	C7774118	120
+contig	C7774100	120
+contig	C7774156	120
+contig	C7774176	120
+contig	C7774208	120
+contig	C7774108	120
+contig	C7774186	120
+contig	C7774234	120
+contig	C7774242	120
+contig	C7774148	120
+contig	C7774214	120
+contig	C7774258	120
+contig	C7774278	120
+contig	C7774282	120
+contig	C7774188	120
+contig	C7774288	120
+contig	C7774314	120
+contig	C7774292	120
+contig	C7774348	120
+contig	C7774354	120
+contig	C7774230	120
+contig	C7774098	120
+contig	C7774368	120
+contig	C7774358	120
+contig	C7774396	120
+contig	C7774374	120
+contig	C7774402	120
+contig	C7774412	120
+contig	C7774400	120
+contig	C7774458	120
+contig	C7774386	120
+contig	C7774462	120
+contig	C7774500	120
+contig	C7774454	120
+contig	C7774406	120
+contig	C7774320	120
+contig	C7774502	120
+contig	C7774426	120
+contig	C7774534	120
+contig	C7774554	120
+contig	C7774586	120
+contig	C7774570	120
+contig	C7774598	120
+contig	C7774602	120
+contig	C7774614	120
+contig	C7774476	120
+contig	C7774682	120
+contig	C7774616	120
+contig	C7774558	120
+contig	C7774618	120
+contig	C7774716	120
+contig	C7774724	120
+contig	C7774728	120
+contig	C7774772	120
+contig	C7774768	120
+contig	C7774634	120
+contig	C7774804	120
+contig	C7774830	120
+contig	C7774820	120
+contig	C7773160	120
+contig	C7774850	120
+contig	C7774802	120
+contig	C7774736	120
+contig	C7774714	120
+contig	C7774866	120
+contig	C7774894	120
+contig	C7774910	120
+contig	C7774912	120
+contig	C7774920	120
+contig	C7774898	120
+contig	C7774946	120
+contig	C7774908	120
+contig	C7774928	120
+contig	C7774952	120
+contig	C7774996	120
+contig	C7774858	120
+contig	C7775000	120
+contig	C7775002	120
+contig	C7775006	120
+contig	C7774932	120
+contig	C7775040	120
+contig	C7774968	120
+contig	C7775030	120
+contig	C7775064	120
+contig	C7775018	120
+contig	C7775082	120
+contig	C7774904	120
+contig	C7775086	120
+contig	C7775110	120
+contig	C7775078	120
+contig	C7775088	120
+contig	C7775038	120
+contig	C7775124	120
+contig	C7775056	120
+contig	C7775116	120
+contig	C7775242	120
+contig	C7775158	120
+contig	C7775180	120
+contig	C7775266	120
+contig	C7775052	120
+contig	C7775132	120
+contig	C7775276	120
+contig	C7775260	120
+contig	C7775278	120
+contig	C7775330	120
+contig	C7775314	120
+contig	C7775244	120
+contig	C7775332	120
+contig	C7775358	120
+contig	C7775360	120
+contig	C7775282	120
+contig	C7775376	120
+contig	C7775402	120
+contig	C7775328	120
+contig	C7775366	120
+contig	C7775306	120
+contig	C7775488	120
+contig	C7775504	120
+contig	C7775474	120
+contig	C7775526	120
+contig	C7775418	120
+contig	C7775496	120
+contig	C7775534	120
+contig	C7775558	120
+contig	C7775456	120
+contig	C7775540	120
+contig	C7775542	120
+contig	C7775626	120
+contig	C7775622	120
+contig	C7774766	120
+contig	C7775600	120
+contig	C7775638	120
+contig	C7775664	120
+contig	C7775564	120
+contig	C7775678	120
+contig	C7775698	120
+contig	C7775702	120
+contig	C7775716	120
+contig	C7775652	120
+contig	C7775708	120
+contig	C7775726	120
+contig	C7775682	120
+contig	C7775744	120
+contig	C7775734	120
+contig	C7775740	120
+contig	C7775412	120
+contig	C7775754	120
+contig	C7775766	120
+contig	C7775796	120
+contig	C7775794	120
+contig	C7775802	120
+contig	C7775780	120
+contig	C7775842	120
+contig	C7775864	120
+contig	C7775824	120
+contig	C7775914	120
+contig	C7775892	120
+contig	C7775896	120
+contig	C7775918	120
+contig	C7775922	120
+contig	C7775902	120
+contig	C7775932	120
+contig	C7775982	120
+contig	C7775944	120
+contig	C7776006	120
+contig	C7776036	120
+contig	C7775868	120
+contig	C7776038	120
+contig	C7776030	120
+contig	C7776056	120
+contig	C7775662	120
+contig	C7775976	120
+contig	C7776054	120
+contig	C7776138	120
+contig	C7776144	120
+contig	C7776134	120
+contig	C7776142	120
+contig	C7776206	120
+contig	C7776216	120
+contig	C7776126	120
+contig	C7776260	120
+contig	C7776234	120
+contig	C7776106	120
+contig	C7776266	120
+contig	C7776166	120
+contig	C7776344	120
+contig	C7776318	120
+contig	C7776334	120
+contig	C7776382	120
+contig	C7776396	120
+contig	C7776360	120
+contig	C7776406	120
+contig	C7776410	120
+contig	C7776362	120
+contig	C7776444	120
+contig	C7776468	120
+contig	C7776342	120
+contig	C7776470	120
+contig	C7776354	120
+contig	C7776472	120
+contig	C7776494	120
+contig	C7776502	120
+contig	C7776418	120
+contig	C7776534	120
+contig	C7776442	120
+contig	C7776536	120
+contig	C7776570	120
+contig	C7776540	120
+contig	C7776568	120
+contig	C7776510	120
+contig	C7776638	120
+contig	C7776548	120
+contig	C7776590	120
+contig	C7776592	120
+contig	C7776648	120
+contig	C7776646	120
+contig	C7776660	120
+contig	C7776670	120
+contig	C7776666	120
+contig	C7776690	120
+contig	C7776702	120
+contig	C7776614	120
+contig	C7776716	120
+contig	C7776738	120
+contig	C7776698	120
+contig	C7776760	120
+contig	C7776790	120
+contig	C7776768	120
+contig	C7776820	120
+contig	C7776802	120
+contig	C7776656	120
+contig	C7776734	120
+contig	C7776830	120
+contig	C7776850	120
+contig	C7776844	120
+contig	C7776874	120
+contig	C7776876	120
+contig	C7776902	120
+contig	C7776882	120
+contig	C7776878	120
+contig	C7776892	120
+contig	C7776914	120
+contig	C7776922	120
+contig	C7776930	120
+contig	C7776946	120
+contig	C7776964	120
+contig	C7777016	120
+contig	C7776980	120
+contig	C7776966	120
+contig	C7777058	120
+contig	C7777060	120
+contig	C7777064	120
+contig	C7777066	120
+contig	C7777092	120
+contig	C7776972	120
+contig	C7777042	120
+contig	C7777120	120
+contig	C7777132	120
+contig	C7777142	120
+contig	C7777136	120
+contig	C7777150	120
+contig	C7777162	120
+contig	C7777146	120
+contig	C7775980	120
+contig	C7777166	120
+contig	C7777094	120
+contig	C7777170	120
+contig	C7777198	120
+contig	C7777208	120
+contig	C7777234	120
+contig	C7777256	120
+contig	C7777100	120
+contig	C7777238	120
+contig	C7777286	120
+contig	C7777300	120
+contig	C7777318	120
+contig	C7777308	120
+contig	C7777340	120
+contig	C7777200	120
+contig	C7777390	120
+contig	C7777424	120
+contig	C7777254	120
+contig	C7777326	120
+contig	C7777448	120
+contig	C7777396	120
+contig	C7777464	120
+contig	C7777454	120
+contig	C7777508	120
+contig	C7777510	120
+contig	C7777458	120
+contig	C7777480	120
+contig	C7777512	120
+contig	C7777536	120
+contig	C7777564	120
+contig	C7777602	120
+contig	C7777560	120
+contig	C7777614	120
+contig	C7777630	120
+contig	C7777466	120
+contig	C7777644	120
+contig	C7777672	120
+contig	C7777628	120
+contig	C7777650	120
+contig	C7777694	120
+contig	C7777704	120
+contig	C7777680	120
+contig	C7777756	120
+contig	C7777374	120
+contig	C7777782	120
+contig	C7777714	120
+contig	C7777796	120
+contig	C7777788	120
+contig	C7777792	120
+contig	C7777822	120
+contig	C7777734	120
+contig	C7777832	120
+contig	C7777862	120
+contig	C7777848	120
+contig	C7777874	120
+contig	C7777884	120
+contig	C7777888	120
+contig	C7777908	120
+contig	C7777896	120
+contig	C7776676	120
+contig	C7777924	120
+contig	C7777952	120
+contig	C7777944	120
+contig	C7777858	120
+contig	C7777972	120
+contig	C7777984	120
+contig	C7777994	120
+contig	C7778016	120
+contig	C7778010	120
+contig	C7777990	120
+contig	C7778026	120
+contig	C7778046	120
+contig	C7778038	120
+contig	C7777642	120
+contig	C7778050	120
+contig	C7778064	120
+contig	C7778044	120
+contig	C7778082	120
+contig	C7778058	120
+contig	C7778060	120
+contig	C7778072	120
+contig	C7778112	120
+contig	C7778120	120
+contig	C7778108	120
+contig	C7778140	120
+contig	C7778088	120
+contig	C7778084	120
+contig	C7778172	120
+contig	C7778122	120
+contig	C7778144	120
+contig	C7778186	120
+contig	C7778184	120
+contig	C7778194	120
+contig	C7778164	120
+contig	C7778244	120
+contig	C7778220	120
+contig	C7778238	120
+contig	C7778270	120
+contig	C7778312	120
+contig	C7778320	120
+contig	C7778232	120
+contig	C7778330	120
+contig	C7778340	120
+contig	C7778208	120
+contig	C7778366	120
+contig	C7778370	120
+contig	C7778276	120
+contig	C7778332	120
+contig	C7778374	120
+contig	C7778412	120
+contig	C7778394	120
+contig	C7778402	120
+contig	C7778396	120
+contig	C7778414	120
+contig	C7778444	120
+contig	C7778464	120
+contig	C7778416	120
+contig	C7778424	120
+contig	C7776244	120
+contig	C7778532	120
+contig	C7778560	120
+contig	C7778430	120
+contig	C7778564	120
+contig	C7778604	120
+contig	C7778570	120
+contig	C7778624	120
+contig	C7778538	120
+contig	C7778634	120
+contig	C7778638	120
+contig	C7778632	120
+contig	C7778652	120
+contig	C7778672	120
+contig	C7778682	120
+contig	C7778696	120
+contig	C7778700	120
+contig	C7778706	120
+contig	C7778710	120
+contig	C7778714	120
+contig	C7778680	120
+contig	C7778486	120
+contig	C7778724	120
+contig	C7778746	120
+contig	C7778760	120
+contig	C7778730	120
+contig	C7778786	120
+contig	C7778676	120
+contig	C7778776	120
+contig	C7778826	120
+contig	C7778834	120
+contig	C7778848	120
+contig	C7778774	120
+contig	C7778868	120
+contig	C7778844	120
+contig	C7778884	120
+contig	C7778870	120
+contig	C7778824	120
+contig	C7778890	120
+contig	C7778912	120
+contig	C7778934	120
+contig	C7778980	120
+contig	C7778254	120
+contig	C7778996	120
+contig	C7778684	120
+contig	C7779034	120
+contig	C7779020	120
+contig	C7779040	120
+contig	C7778972	120
+contig	C7778984	120
+contig	C7779048	120
+contig	C7779078	120
+contig	C7779054	120
+contig	C7779082	120
+contig	C7779086	120
+contig	C7779114	120
+contig	C7779066	120
+contig	C7779118	120
+contig	C7779152	120
+contig	C7779104	120
+contig	C7779128	120
+contig	C7779064	120
+contig	C7779166	120
+contig	C7779206	120
+contig	C7779202	120
+contig	C7779270	120
+contig	C7779258	120
+contig	C7779286	120
+contig	C7779140	120
+contig	C7779294	120
+contig	C7779316	120
+contig	C7779332	120
+contig	C7779326	120
+contig	C7779308	120
+contig	C7779358	120
+contig	C7779336	120
+contig	C7779398	120
+contig	C7779388	120
+contig	C7779362	120
+contig	C7779434	120
+contig	C7779442	120
+contig	C7779450	120
+contig	C7779406	120
+contig	C7779408	120
+contig	C7779452	120
+contig	C7779426	120
+contig	C7779456	120
+contig	C7779472	120
+contig	C7779466	120
+contig	C7779454	120
+contig	C7779496	120
+contig	C7779490	120
+contig	C7779478	120
+contig	C7779500	120
+contig	C7779512	120
+contig	C7779504	120
+contig	C7779542	120
+contig	C7779476	120
+contig	C7779544	120
+contig	C7779548	120
+contig	C7779558	120
+contig	C7779552	120
+contig	C7779578	120
+contig	C7779344	120
+contig	C7779540	120
+contig	C7779562	120
+contig	C7779588	120
+contig	C7779600	120
+contig	C7779636	120
+contig	C7779582	120
+chromosome	scaffold2815	221403
+contig	C7779650	120
+contig	C7779640	120
+contig	C7779694	120
+contig	C7779580	120
+contig	C7779608	120
+contig	C7779644	120
+contig	C7779710	120
+contig	C7779716	120
+contig	C7779712	120
+contig	C7779698	120
+contig	C7779730	120
+contig	C7777872	120
+contig	C7779708	120
+contig	C7779804	120
+contig	C7779794	120
+contig	C7779818	120
+contig	C7779776	120
+contig	C7779672	120
+contig	C7779824	120
+contig	C7778936	120
+contig	C7779822	120
+contig	C7779834	120
+contig	C7779748	120
+contig	C7779836	120
+contig	C7779838	120
+contig	C7779860	120
+contig	C7779840	120
+contig	C7779874	120
+contig	C7779900	120
+contig	C7779894	120
+contig	C7779678	120
+contig	C7779872	120
+contig	C7779914	120
+contig	C7779968	120
+contig	C7779976	120
+contig	C7779986	120
+contig	C7780012	120
+contig	C7780000	120
+contig	C7779892	120
+contig	C7780014	120
+contig	C7779946	120
+contig	C7779890	120
+contig	C7780040	120
+contig	C7780056	120
+contig	C7780068	120
+contig	C7780030	120
+contig	C7780070	120
+contig	C7780058	120
+contig	C7780096	120
+contig	C7780036	120
+contig	C7780116	120
+contig	C7780110	120
+contig	C7780088	120
+contig	C7780052	120
+contig	C7780144	120
+contig	C7780136	120
+contig	C7780212	120
+contig	C7780150	120
+contig	C7780214	120
+contig	C7780220	120
+contig	C7780206	120
+contig	C7780182	120
+contig	C7780122	120
+contig	C7779994	120
+contig	C7780232	120
+contig	C7780276	120
+contig	C7780228	120
+contig	C7780324	120
+contig	C7780240	120
+contig	C7780326	120
+contig	C7779926	120
+contig	C7780350	120
+contig	C7780278	120
+contig	C7780328	120
+contig	C7780340	120
+contig	C7780300	120
+contig	C7780370	120
+contig	C7780380	120
+contig	C7780344	120
+contig	C7780410	120
+contig	C7780372	120
+contig	C7780374	120
+contig	C7780388	120
+contig	C7780366	120
+contig	C7780358	120
+contig	C7780420	120
+contig	C7780454	120
+contig	C7780396	120
+contig	C7780452	120
+contig	C7780496	120
+contig	C7780448	120
+contig	C7780426	120
+contig	C7780494	120
+contig	C7780540	120
+contig	C7780466	120
+contig	C7780532	120
+contig	C7780504	120
+contig	C7780450	120
+contig	C7780572	120
+contig	C7780568	120
+contig	C7780562	120
+contig	C7780546	120
+contig	C7780566	120
+contig	C7780574	120
+contig	C7780646	120
+contig	C7780596	120
+contig	C7780484	120
+contig	C7780666	120
+contig	C7780554	120
+contig	C7780680	120
+contig	C7780676	120
+contig	C7780684	120
+contig	C7780638	120
+contig	C7780766	120
+contig	C7780734	120
+contig	C7780722	120
+contig	C7780762	120
+contig	C7780772	120
+contig	C7780588	120
+contig	C7780778	120
+contig	C7780752	120
+contig	C7780798	120
+contig	C7780810	120
+contig	C7780808	120
+contig	C7780812	120
+contig	C7780824	120
+contig	C7780832	120
+contig	C7780780	120
+contig	C7780782	120
+contig	C7780852	120
+contig	C7780914	120
+contig	C7780918	120
+contig	C7780880	120
+contig	C7780930	120
+contig	C7780934	120
+contig	C7780932	120
+contig	C7780942	120
+contig	C7780790	120
+contig	C7780958	120
+contig	C7780968	120
+contig	C7780922	120
+contig	C7780974	120
+contig	C7780978	120
+contig	C7781008	120
+contig	C7781028	120
+contig	C7780986	120
+contig	C7781034	120
+contig	C7781038	120
+contig	C7781064	120
+contig	C7781082	120
+contig	C7781116	120
+contig	C7781124	120
+contig	C7781030	120
+contig	C7781118	120
+contig	C7781140	120
+contig	C7781132	120
+contig	C7781150	120
+contig	C7780560	120
+contig	C7781154	120
+contig	C7781166	120
+contig	C7781172	120
+contig	C7781184	120
+contig	C7781210	120
+contig	C7780990	120
+contig	C7781214	120
+contig	C7781234	120
+contig	C7781206	120
+contig	C7781226	120
+contig	C7781236	120
+contig	C7781252	120
+contig	C7781260	120
+contig	C7781194	120
+contig	C7781232	120
+contig	C7781270	120
+contig	C7781316	121
+contig	C7781314	120
+contig	C7781300	120
+contig	C7781304	120
+contig	C7781326	121
+contig	C7781354	121
+contig	C7781352	121
+contig	C7781336	121
+contig	C7781358	121
+contig	C7781388	121
+contig	C7781386	121
+contig	C7781398	121
+contig	C7781416	121
+contig	C7781406	121
+contig	C7781418	121
+contig	C7781454	121
+contig	C7781390	121
+contig	C7781464	121
+contig	C7781462	121
+contig	C7781476	121
+contig	C7781486	121
+contig	C7781480	121
+contig	C7781488	121
+contig	C7781504	121
+contig	C7781554	121
+contig	C7781518	121
+contig	C7781524	121
+contig	C7781568	121
+contig	C7781582	121
+contig	C7780578	120
+contig	C7781618	121
+contig	C7781564	121
+contig	C7781624	121
+contig	C7781650	121
+contig	C7781612	121
+contig	C7781636	121
+contig	C7781670	121
+contig	C7781680	121
+contig	C7781666	121
+contig	C7781682	121
+contig	C7781694	121
+contig	C7781700	121
+contig	C7781710	121
+contig	C7781722	121
+contig	C7781754	121
+contig	C7781784	121
+contig	C7781766	121
+contig	C7781816	121
+contig	C7781716	121
+contig	C7781850	121
+contig	C7781834	121
+contig	C7781826	121
+contig	C7781858	121
+contig	C7780950	120
+contig	C7781876	121
+contig	C7781890	121
+contig	C7781852	121
+contig	C7781864	121
+contig	C7781950	121
+contig	C7781944	121
+contig	C7781966	121
+contig	C7781952	121
+contig	C7781936	121
+contig	C7782006	121
+contig	C7782014	121
+contig	C7782012	121
+contig	C7781980	121
+contig	C7782036	121
+contig	C7782038	121
+contig	C7782042	121
+contig	C7781906	121
+contig	C7782050	121
+contig	C7782052	121
+contig	C7782060	121
+contig	C7782066	121
+contig	C7781452	121
+contig	C7782040	121
+contig	C7782092	121
+contig	C7782136	121
+contig	C7782074	121
+contig	C7782138	121
+contig	C7782114	121
+contig	C7782150	121
+contig	C7782156	121
+contig	C7782080	121
+contig	C7782200	121
+contig	C7782142	121
+contig	C7782216	121
+contig	C7782240	121
+contig	C7782208	121
+contig	C7782242	121
+contig	C7782232	121
+contig	C7782290	121
+contig	C7782256	121
+contig	C7782204	121
+contig	C7782308	121
+contig	C7782244	121
+contig	C7782300	121
+contig	C7782296	121
+contig	C7782316	121
+contig	C7782322	121
+contig	C7782370	121
+contig	C7782392	121
+contig	C7782412	121
+contig	C7782310	121
+contig	C7782334	121
+contig	C7782416	121
+contig	C7782410	121
+contig	C7782462	121
+contig	C7782478	121
+contig	C7782468	121
+contig	C7782520	121
+contig	C7782516	121
+contig	C7782522	121
+contig	C7781276	120
+contig	C7782446	121
+contig	C7782592	121
+contig	C7782568	121
+contig	C7782622	121
+contig	C7782616	121
+contig	C7780840	120
+contig	C7782618	121
+contig	C7782692	121
+contig	C7782676	121
+contig	C7782652	121
+contig	C7782700	121
+contig	C7782716	121
+contig	C7782724	121
+contig	C7782736	121
+contig	C7782696	121
+contig	C7782738	121
+contig	C7782518	121
+contig	C7782712	121
+contig	C7782750	121
+contig	C7782758	121
+contig	C7782704	121
+contig	C7782648	121
+contig	C7782766	121
+contig	C7782774	121
+contig	C7782778	121
+contig	C7782794	121
+contig	C7782754	121
+contig	C7782808	121
+contig	C7782810	121
+contig	C7782740	121
+contig	C7782856	121
+contig	C7782806	121
+contig	C7782850	121
+contig	C7782792	121
+contig	C7782910	121
+contig	C7782846	121
+contig	C7782912	121
+contig	C7782874	121
+contig	C7782918	121
+contig	C7782964	121
+contig	C7782972	121
+contig	C7782960	121
+contig	C7782788	121
+contig	C7782976	121
+contig	C7782988	121
+contig	C7782992	121
+contig	C7782996	121
+contig	C7782950	121
+contig	C7783008	121
+contig	C7782926	121
+contig	C7783014	121
+contig	C7783002	121
+contig	C7783006	121
+contig	C7783026	121
+contig	C7783066	121
+contig	C7783068	121
+contig	C7783060	121
+contig	C7783098	121
+contig	C7783096	121
+contig	C7783018	121
+contig	C7783106	121
+contig	C7783082	121
+contig	C7783112	121
+contig	C7783168	121
+contig	C7783138	121
+contig	C7783170	121
+contig	C7783176	121
+contig	C7783158	121
+contig	C7783142	121
+contig	C7783202	121
+contig	C7783222	121
+contig	C7783182	121
+contig	C7783246	121
+contig	C7783242	121
+contig	C7783240	121
+contig	C7783284	121
+contig	C7783090	121
+contig	C7783298	121
+contig	C7783220	121
+contig	C7783330	121
+contig	C7783256	121
+contig	C7783346	121
+contig	C7783294	121
+contig	C7783356	121
+contig	C7783366	121
+contig	C7783364	121
+contig	C7783380	121
+contig	C7783370	121
+contig	C7783360	121
+contig	C7783394	121
+contig	C7783406	121
+contig	C7783418	121
+contig	C7783436	121
+contig	C7783432	121
+contig	C7783438	121
+contig	C7783464	121
+contig	C7783470	121
+contig	C7783292	121
+contig	C7783504	121
+contig	C7783512	121
+contig	C7783518	121
+contig	C7783584	121
+contig	C7783378	121
+contig	C7783554	121
+contig	C7783586	121
+contig	C7783600	121
+contig	C7782016	121
+contig	C7783618	121
+contig	C7783622	121
+contig	C7783620	121
+contig	C7783654	121
+contig	C7783670	121
+contig	C7783642	121
+contig	C7783566	121
+contig	C7783738	121
+contig	C7783730	121
+contig	C7783724	121
+contig	C7783754	121
+contig	C7783718	121
+contig	C7783740	121
+contig	C7783510	121
+contig	C7783760	121
+contig	C7783764	121
+contig	C7783766	121
+contig	C7783792	121
+contig	C7783774	121
+contig	C7783658	121
+contig	C7783856	121
+contig	C7783866	121
+contig	C7783804	121
+contig	C7783872	121
+contig	C7783862	121
+contig	C7783852	121
+contig	C7783884	121
+contig	C7783880	121
+contig	C7783964	121
+contig	C7783966	121
+contig	C7783984	121
+contig	C7783990	121
+contig	C7783830	121
+contig	C7784020	121
+contig	C7783976	121
+contig	C7784026	121
+contig	C7783958	121
+contig	C7784068	121
+contig	C7784094	121
+contig	C7784122	121
+contig	C7784016	121
+contig	C7783072	121
+contig	C7784124	121
+contig	C7784152	121
+contig	C7784184	121
+contig	C7784218	121
+contig	C7784186	121
+contig	C7784232	121
+contig	C7784258	121
+contig	C7784178	121
+contig	C7784278	121
+contig	C7784216	121
+contig	C7784280	121
+contig	C7784286	121
+contig	C7784296	121
+contig	C7784300	121
+contig	C7784288	121
+contig	C7784306	121
+contig	C7784302	121
+contig	C7784106	121
+contig	C7784326	121
+contig	C7784362	121
+contig	C7784324	121
+contig	C7784340	121
+contig	C7784356	121
+contig	C7784382	121
+contig	C7784400	121
+contig	C7784408	121
+contig	C7784422	121
+contig	C7783778	121
+contig	C7784404	121
+contig	C7784430	121
+contig	C7784402	121
+contig	C7784440	121
+contig	C7784450	121
+contig	C7784462	121
+contig	C7784472	121
+contig	C7784466	121
+contig	C7784486	121
+contig	C7784516	121
+contig	C7784522	121
+contig	C7784552	121
+contig	C7784484	121
+contig	C7784536	121
+contig	C7784602	121
+contig	C7784532	121
+contig	C7784618	121
+contig	C7784594	121
+contig	C7784600	121
+contig	C7784648	121
+contig	C7784626	121
+contig	C7784664	121
+contig	C7784680	121
+contig	C7784160	121
+contig	C7784228	121
+contig	C7784696	121
+contig	C7784704	121
+contig	C7784726	121
+contig	C7784632	121
+contig	C7784686	121
+contig	C7784782	121
+contig	C7784650	121
+contig	C7784816	121
+contig	C7784828	121
+contig	C7784666	121
+contig	C7784800	121
+contig	C7784714	121
+contig	C7784830	121
+contig	C7784862	121
+contig	C7784794	121
+contig	C7784846	121
+contig	C7784868	121
+contig	C7784890	121
+contig	C7784818	121
+contig	C7784872	121
+contig	C7784926	121
+contig	C7784938	121
+contig	C7784902	121
+contig	C7784948	121
+contig	C7784934	121
+contig	C7784968	121
+contig	C7784962	121
+contig	C7784986	121
+contig	C7784840	121
+contig	C7784966	121
+contig	C7785006	121
+contig	C7785024	121
+contig	C7784996	121
+contig	C7785038	121
+contig	C7784988	121
+contig	C7785058	121
+contig	C7785070	121
+contig	C7785080	121
+contig	C7784952	121
+contig	C7785088	121
+contig	C7785074	121
+contig	C7785106	121
+contig	C7785112	121
+contig	C7785120	121
+contig	C7785134	121
+contig	C7785042	121
+contig	C7785130	121
+contig	C7785168	121
+contig	C7785152	121
+contig	C7785220	121
+contig	C7785190	121
+contig	C7785238	121
+contig	C7785262	121
+contig	C7785224	121
+contig	C7785314	121
+contig	C7785272	121
+contig	C7785270	121
+contig	C7785322	121
+contig	C7785338	121
+contig	C7785340	121
+contig	C7785274	121
+contig	C7785350	121
+contig	C7785382	121
+contig	C7785344	121
+contig	C7785396	121
+contig	C7785400	121
+contig	C7785404	121
+contig	C7785410	121
+contig	C7785416	121
+contig	C7785418	121
+contig	C7785200	121
+contig	C7785428	121
+contig	C7785426	121
+contig	C7785442	121
+contig	C7785446	121
+contig	C7785476	121
+contig	C7785450	121
+contig	C7785524	121
+contig	C7785342	121
+contig	C7785528	121
+contig	C7785500	121
+contig	C7785538	121
+contig	C7785552	121
+contig	C7785560	121
+contig	C7785580	121
+contig	C7785548	121
+contig	C7785598	121
+contig	C7785488	121
+contig	C7785596	121
+contig	C7785626	121
+contig	C7785650	121
+contig	C7785616	121
+contig	C7785622	121
+contig	C7785652	121
+contig	C7785614	121
+contig	C7785672	121
+contig	C7784428	121
+contig	C7785662	121
+contig	C7785680	121
+contig	C7785658	121
+contig	C7785414	121
+contig	C7785718	121
+contig	C7785740	121
+contig	C7785766	121
+contig	C7785700	121
+contig	C7785826	121
+contig	C7785790	121
+contig	C7785840	121
+contig	C7785844	121
+contig	C7785868	121
+contig	C7785888	121
+contig	C7785684	121
+contig	C7785876	121
+contig	C7785904	121
+contig	C7785908	121
+contig	C7785930	121
+contig	C7785916	121
+contig	C7785722	121
+contig	C7785932	121
+contig	C7785934	121
+contig	C7785956	121
+contig	C7785804	121
+contig	C7785974	121
+contig	C7785950	121
+contig	C7785978	121
+contig	C7785892	121
+contig	C7785968	121
+contig	C7786064	121
+contig	C7786044	121
+contig	C7785990	121
+contig	C7786076	121
+contig	C7785072	121
+contig	C7786084	121
+contig	C7786060	121
+contig	C7786038	121
+contig	C7786140	121
+contig	C7786120	121
+contig	C7786080	121
+contig	C7786146	121
+contig	C7786170	121
+contig	C7786102	121
+contig	C7786202	121
+contig	C7786204	121
+contig	C7786142	121
+contig	C7786226	121
+contig	C7786214	121
+contig	C7786252	121
+contig	C7786236	121
+contig	C7786260	121
+contig	C7786278	121
+contig	C7786148	121
+contig	C7786280	121
+contig	C7786284	121
+contig	C7786308	121
+contig	C7786276	121
+contig	C7786364	121
+contig	C7786370	121
+contig	C7786310	121
+contig	C7786380	121
+contig	C7786384	121
+contig	C7786388	121
+contig	C7786374	121
+contig	C7786396	121
+contig	C7786400	121
+contig	C7786430	121
+contig	C7786422	121
+contig	C7786440	121
+contig	C7786448	121
+contig	C7786470	121
+contig	C7786464	121
+contig	C7786508	121
+contig	C7786518	121
+contig	C7786522	121
+contig	C7786476	121
+contig	C7785912	121
+contig	C7786576	121
+contig	C7786616	121
+contig	C7786614	121
+contig	C7786628	121
+contig	C7786634	121
+contig	C7786642	121
+contig	C7786648	121
+contig	C7786198	121
+contig	C7786692	121
+contig	C7786696	121
+contig	C7786704	121
+contig	C7786742	121
+contig	C7786550	121
+contig	C7786760	121
+contig	C7786682	121
+contig	C7786770	121
+contig	C7786768	121
+contig	C7786650	121
+contig	C7786772	121
+contig	C7781570	121
+contig	C7786762	121
+contig	C7786808	121
+contig	C7786812	121
+contig	C7786108	121
+contig	C7786818	121
+contig	C7786872	121
+contig	C7786822	121
+contig	C7786832	121
+contig	C7786886	121
+contig	C7786894	121
+contig	C7786890	121
+contig	C7786940	121
+contig	C7786810	121
+contig	C7786292	121
+contig	C7786956	121
+contig	C7786954	121
+contig	C7786898	121
+contig	C7786976	121
+contig	C7786972	121
+contig	C7786896	121
+contig	C7786930	121
+contig	C7787000	121
+contig	C7787006	121
+contig	C7786964	121
+contig	C7786980	121
+contig	C7787002	121
+contig	C7787012	121
+contig	C7787020	121
+contig	C7787008	121
+contig	C7787014	121
+contig	C7787040	121
+contig	C7787048	121
+contig	C7787070	121
+contig	C7786966	121
+contig	C7787062	121
+contig	C7787074	121
+contig	C7787106	121
+contig	C7787096	121
+contig	C7787122	121
+contig	C7787126	121
+contig	C7787032	121
+contig	C7787158	121
+contig	C7787160	121
+contig	C7787210	121
+contig	C7787162	121
+contig	C7787214	121
+contig	C7787026	121
+contig	C7787216	121
+contig	C7787228	121
+contig	C7787230	121
+contig	C7787226	121
+contig	C7787280	121
+contig	C7787250	121
+contig	C7787206	121
+contig	C7787234	121
+contig	C7787322	121
+contig	C7787378	121
+contig	C7787284	121
+contig	C7787282	121
+contig	C7787400	121
+contig	C7787220	121
+contig	C7787418	121
+contig	C7787404	121
+contig	C7787438	121
+contig	C7787450	121
+contig	C7787462	121
+contig	C7787506	121
+contig	C7787392	121
+contig	C7787544	121
+contig	C7787452	121
+contig	C7787508	121
+contig	C7787548	121
+contig	C7787550	121
+contig	C7787556	121
+contig	C7787114	121
+contig	C7787496	121
+contig	C7787594	121
+contig	C7787630	121
+contig	C7787540	121
+contig	C7787654	121
+contig	C7787546	121
+contig	C7787660	121
+contig	C7787694	121
+contig	C7787650	121
+contig	C7787684	121
+contig	C7787722	121
+contig	C7787716	121
+contig	C7787764	121
+contig	C7787718	121
+contig	C7787770	121
+contig	C7787596	121
+contig	C7787562	121
+contig	C7787796	121
+contig	C7787794	121
+contig	C7787826	121
+contig	C7787780	121
+contig	C7787806	121
+contig	C7787728	121
+contig	C7787838	121
+contig	C7787878	121
+contig	C7787916	121
+contig	C7787904	121
+contig	C7787820	121
+contig	C7787924	121
+contig	C7787890	121
+contig	C7787936	121
+contig	C7787880	121
+contig	C7787938	121
+contig	C7787934	121
+contig	C7787958	121
+contig	C7787940	121
+contig	C7787960	121
+contig	C7787818	121
+contig	C7787980	121
+contig	C7787998	121
+contig	C7788024	121
+contig	C7787974	121
+contig	C7788026	121
+contig	C7788008	121
+contig	C7788038	121
+contig	C7787976	121
+contig	C7788028	121
+contig	C7788062	121
+contig	C7788040	121
+contig	C7786986	121
+contig	C7788054	121
+contig	C7788070	121
+contig	C7788074	121
+contig	C7788058	121
+contig	C7788088	121
+contig	C7788086	121
+contig	C7787978	121
+contig	C7788092	121
+contig	C7788132	121
+contig	C7788072	121
+contig	C7788152	121
+contig	C7788094	121
+contig	C7788098	121
+contig	C7788164	121
+contig	C7788120	121
+contig	C7788180	121
+contig	C7788182	121
+contig	C7788192	121
+contig	C7788218	121
+contig	C7788118	121
+contig	C7788226	121
+contig	C7788162	121
+contig	C7788250	121
+contig	C7788258	121
+contig	C7788252	121
+contig	C7788244	121
+contig	C7788204	121
+contig	C7788274	121
+contig	C7788314	121
+contig	C7788276	121
+contig	C7788332	121
+contig	C7788320	121
+contig	C7788346	121
+contig	C7788342	121
+contig	C7788286	121
+contig	C7788354	121
+contig	C7788392	121
+contig	C7788292	121
+contig	C7788412	121
+contig	C7788348	121
+contig	C7788432	121
+contig	C7788418	121
+contig	C7788476	121
+contig	C7788358	121
+contig	C7788442	121
+contig	C7788444	121
+contig	C7788526	121
+contig	C7788540	121
+contig	C7788556	121
+contig	C7788524	121
+contig	C7788564	121
+contig	C7788566	121
+contig	C7788586	121
+contig	C7788582	121
+contig	C7788536	121
+contig	C7788630	121
+contig	C7788462	121
+contig	C7788600	121
+contig	C7788680	121
+contig	C7788632	121
+contig	C7788710	121
+contig	C7788728	121
+contig	C7788730	121
+contig	C7788740	121
+contig	C7788738	121
+contig	C7788716	121
+contig	C7787926	121
+contig	C7788748	121
+contig	C7788762	121
+contig	C7788708	121
+contig	C7788782	121
+contig	C7788756	121
+contig	C7788820	121
+contig	C7788774	121
+contig	C7788816	121
+contig	C7788842	121
+contig	C7788870	121
+contig	C7788758	121
+contig	C7788838	121
+contig	C7788882	121
+contig	C7788898	121
+contig	C7788760	121
+contig	C7788824	121
+contig	C7788918	121
+contig	C7788922	121
+contig	C7788860	121
+contig	C7788896	121
+contig	C7788886	121
+contig	C7788956	121
+contig	C7788904	121
+contig	C7788930	121
+contig	C7788974	121
+contig	C7788964	121
+contig	C7789024	121
+contig	C7788992	121
+contig	C7788942	121
+contig	C7789056	121
+contig	C7789012	121
+contig	C7788962	121
+contig	C7789048	121
+contig	C7788982	121
+contig	C7789074	121
+contig	C7789076	121
+contig	C7789092	121
+contig	C7789108	121
+contig	C7789088	121
+contig	C7789032	121
+contig	C7789134	121
+contig	C7789168	121
+contig	C7789160	121
+contig	C7789172	121
+contig	C7789188	121
+contig	C7789118	121
+contig	C7789220	121
+contig	C7789216	121
+contig	C7789080	121
+contig	C7789248	121
+contig	C7789238	121
+contig	C7789244	121
+contig	C7789270	121
+contig	C7789288	121
+contig	C7789124	121
+contig	C7789278	121
+contig	C7789314	121
+contig	C7789296	121
+contig	C7789316	121
+contig	C7789380	121
+contig	C7789354	121
+contig	C7789282	121
+contig	C7789418	121
+contig	C7789414	121
+contig	C7789320	121
+contig	C7789236	121
+contig	C7789430	121
+contig	C7789454	121
+contig	C7789440	121
+contig	C7789470	121
+contig	C7789458	121
+contig	C7789386	121
+contig	C7789464	121
+contig	C7789496	121
+contig	C7789534	121
+contig	C7789538	121
+contig	C7789486	121
+contig	C7789410	121
+contig	C7789544	121
+contig	C7789572	121
+contig	C7789530	121
+contig	C7789610	121
+contig	C7789596	121
+contig	C7789630	121
+contig	C7789634	121
+contig	C7789622	121
+contig	C7789646	121
+contig	C7789492	121
+contig	C7789652	121
+contig	C7789672	121
+contig	C7789696	121
+contig	C7789680	121
+contig	C7789580	121
+contig	C7789704	121
+contig	C7789708	121
+contig	C7789754	121
+contig	C7789746	121
+contig	C7789768	121
+contig	C7789764	121
+contig	C7789790	121
+contig	C7789712	121
+contig	C7789638	121
+contig	C7789808	121
+contig	C7789766	121
+contig	C7789836	121
+contig	C7789842	121
+contig	C7789796	121
+contig	C7789866	121
+contig	C7789874	121
+contig	C7789824	121
+contig	C7789856	121
+contig	C7789872	121
+contig	C7789880	121
+contig	C7789878	121
+contig	C7789800	121
+contig	C7789884	121
+contig	C7789926	121
+contig	C7789944	121
+contig	C7789658	121
+contig	C7789922	121
+contig	C7789964	121
+contig	C7789958	121
+contig	C7789996	121
+contig	C7789916	121
+contig	C7790022	121
+contig	C7790040	121
+contig	C7790052	121
+contig	C7790050	121
+contig	C7790006	121
+contig	C7790102	121
+contig	C7790116	121
+contig	C7790194	121
+contig	C7790198	121
+contig	C7790204	121
+contig	C7790184	121
+contig	C7790216	121
+contig	C7790180	121
+contig	C7790114	121
+contig	C7790224	121
+contig	C7790238	121
+contig	C7790246	121
+contig	C7790212	121
+contig	C7790254	121
+contig	C7790280	121
+contig	C7790248	121
+contig	C7790288	121
+contig	C7790236	121
+contig	C7790294	121
+contig	C7790298	121
+contig	C7790314	121
+contig	C7790318	121
+contig	C7790340	121
+contig	C7790324	121
+contig	C7790334	121
+contig	C7790358	121
+contig	C7790362	121
+contig	C7790348	121
+contig	C7790392	121
+contig	C7790438	121
+contig	C7786368	121
+contig	C7790428	121
+contig	C7790440	121
+contig	C7790282	121
+contig	C7790466	121
+contig	C7790454	121
+contig	C7790486	121
+contig	C7790478	121
+contig	C7790452	121
+contig	C7790498	121
+contig	C7790504	121
+contig	C7790490	121
+contig	C7790506	121
+contig	C7790508	121
+contig	C7789924	121
+contig	C7790540	121
+contig	C7790530	121
+contig	C7790546	121
+contig	C7790544	121
+contig	C7790580	121
+contig	C7790608	121
+contig	C7790560	121
+contig	C7790604	121
+contig	C7790616	121
+contig	C7790602	121
+contig	C7790646	121
+contig	C7790448	121
+contig	C7790660	121
+contig	C7790648	121
+contig	C7790692	121
+contig	C7790624	121
+contig	C7790610	121
+contig	C7790670	121
+contig	C7790696	121
+contig	C7790444	121
+contig	C7790724	121
+contig	C7790672	121
+contig	C7790706	121
+contig	C7790736	121
+contig	C7790836	121
+contig	C7790754	121
+contig	C7790844	121
+contig	C7790842	121
+contig	C7790888	121
+contig	C7790822	121
+contig	C7790892	121
+contig	C7790884	121
+contig	C7790882	121
+contig	C7790768	121
+contig	C7790950	121
+contig	C7790938	121
+contig	C7791026	121
+contig	C7790934	121
+contig	C7791006	121
+contig	C7790900	121
+contig	C7791036	121
+contig	C7791066	121
+contig	C7790542	121
+contig	C7790970	121
+contig	C7790858	121
+contig	C7791126	121
+contig	C7791068	121
+contig	C7791100	121
+contig	C7791102	121
+contig	C7791134	121
+contig	C7791182	121
+contig	C7791206	121
+contig	C7791032	121
+contig	C7791130	121
+contig	C7791168	121
+contig	C7791194	121
+contig	C7791190	121
+contig	C7791040	121
+contig	C7791232	121
+contig	C7791290	121
+contig	C7791266	121
+contig	C7791244	121
+contig	C7791222	121
+contig	C7791308	121
+contig	C7791284	121
+contig	C7791350	121
+contig	C7791282	121
+contig	C7791342	121
+contig	C7791408	121
+contig	C7791294	121
+contig	C7791438	121
+contig	C7791364	121
+contig	C7791442	121
+contig	C7791486	121
+contig	C7791436	121
+contig	C7791452	121
+contig	C7791292	121
+contig	C7791470	121
+contig	C7791506	121
+contig	C7791462	121
+contig	C7791572	121
+contig	C7791576	121
+contig	C7791552	121
+contig	C7791612	121
+contig	C7791522	121
+contig	C7791640	121
+contig	C7791518	121
+contig	C7791632	121
+contig	C7791618	121
+contig	C7791626	121
+contig	C7791676	121
+contig	C7791682	121
+contig	C7791666	121
+contig	C7791444	121
+contig	C7791660	121
+contig	C7791730	121
+contig	C7791726	121
+contig	C7791784	121
+contig	C7791704	121
+contig	C7791650	121
+contig	C7791854	121
+contig	C7791786	121
+contig	C7791860	121
+contig	C7791760	121
+contig	C7791862	121
+contig	C7791876	121
+contig	C7791808	121
+contig	C7791898	121
+contig	C7791894	121
+contig	C7791912	121
+contig	C7791838	121
+contig	C7791982	121
+contig	C7791850	121
+contig	C7791976	121
+contig	C7791892	121
+contig	C7791992	121
+contig	C7791960	121
+contig	C7792006	121
+contig	C7791896	121
+contig	C7791986	121
+contig	C7792010	121
+contig	C7792030	121
+contig	C7792032	121
+contig	C7792050	121
+contig	C7792036	121
+contig	C7792078	121
+contig	C7791936	121
+contig	C7792090	121
+contig	C7792042	121
+contig	C7792008	121
+contig	C7792132	121
+contig	C7792098	121
+contig	C7792062	121
+contig	C7792164	121
+contig	C7792190	121
+contig	C7792188	121
+contig	C7792186	121
+contig	C7792240	121
+contig	C7792150	121
+contig	C7792216	121
+contig	C7792198	121
+contig	C7792196	121
+contig	C7792260	121
+contig	C7792328	121
+contig	C7792286	121
+contig	C7792248	121
+contig	C7792330	121
+contig	C7792372	121
+contig	C7792332	121
+contig	C7792274	121
+contig	C7792360	121
+contig	C7792244	121
+contig	C7792384	121
+contig	C7792436	121
+contig	C7792450	121
+contig	C7792428	121
+contig	C7792422	121
+contig	C7792414	121
+contig	C7792448	121
+contig	C7792476	121
+contig	C7792466	121
+contig	C7792480	121
+contig	C7792470	121
+contig	C7792520	121
+contig	C7792472	121
+contig	C7792574	121
+contig	C7792602	121
+contig	C7792606	121
+contig	C7792430	121
+contig	C7792518	121
+contig	C7792614	121
+contig	C7792610	121
+contig	C7792668	121
+contig	C7792516	121
+contig	C7792684	121
+contig	C7792676	121
+contig	C7792710	121
+contig	C7792512	121
+contig	C7792664	121
+contig	C7792758	121
+contig	C7792720	121
+contig	C7792522	121
+contig	C7792630	121
+contig	C7792700	121
+contig	C7792792	121
+contig	C7792798	121
+contig	C7792692	121
+contig	C7792806	121
+contig	C7792796	121
+contig	C7792762	121
+contig	C7792802	121
+contig	C7792896	121
+contig	C7792862	121
+contig	C7792908	121
+contig	C7792826	121
+contig	C7792954	121
+contig	C7792856	121
+contig	C7792994	121
+contig	C7792882	121
+contig	C7792978	121
+contig	C7792824	121
+contig	C7793076	121
+contig	C7792910	121
+contig	C7793044	121
+contig	C7793056	121
+contig	C7793066	121
+contig	C7792960	121
+contig	C7793098	121
+contig	C7793100	121
+contig	C7793114	121
+contig	C7793116	121
+contig	C7793090	121
+contig	C7793106	121
+contig	C7793164	121
+contig	C7793162	121
+contig	C7788188	121
+contig	C7793190	121
+contig	C7793110	121
+contig	C7793216	121
+contig	C7793212	121
+contig	C7793036	121
+contig	C7793274	121
+contig	C7793260	121
+contig	C7793078	121
+contig	C7793300	121
+contig	C7793226	121
+contig	C7793168	121
+contig	C7793266	121
+contig	C7793286	121
+contig	C7793342	121
+contig	C7793340	121
+contig	C7793386	121
+contig	C7793276	121
+contig	C7793414	121
+contig	C7793320	121
+contig	C7793444	121
+contig	C7793394	121
+contig	C7793450	121
+contig	C7793492	121
+contig	C7793478	121
+contig	C7793542	121
+contig	C7793538	121
+contig	C7793458	121
+contig	C7793338	121
+contig	C7793206	121
+contig	C7793302	121
+contig	C7793564	121
+contig	C7793516	121
+contig	C7793554	121
+contig	C7793550	121
+contig	C7793610	121
+contig	C7793634	121
+contig	C7793640	121
+contig	C7793614	121
+contig	C7793686	121
+contig	C7793692	121
+contig	C7793708	121
+contig	C7793604	121
+contig	C7793698	121
+contig	C7793742	121
+contig	C7793712	121
+contig	C7793552	121
+contig	C7793790	121
+contig	C7793772	121
+contig	C7793726	121
+contig	C7793810	121
+contig	C7793812	121
+contig	C7793566	121
+contig	C7793762	121
+contig	C7793828	121
+contig	C7793814	121
+contig	C7793856	121
+contig	C7793820	121
+contig	C7793838	121
+contig	C7793752	121
+contig	C7793898	121
+contig	C7793908	121
+contig	C7793932	121
+contig	C7793816	121
+contig	C7793934	121
+contig	C7793858	121
+contig	C7793808	121
+contig	C7793914	121
+contig	C7793964	121
+contig	C7793944	121
+contig	C7793864	121
+contig	C7793938	121
+contig	C7793972	121
+contig	C7793948	121
+contig	C7793998	121
+contig	C7794094	121
+contig	C7793962	121
+contig	C7794096	121
+contig	C7794126	121
+contig	C7794100	121
+contig	C7794176	121
+contig	C7793966	121
+contig	C7794188	121
+contig	C7794174	121
+contig	C7794186	121
+contig	C7794208	121
+contig	C7794200	121
+contig	C7794264	122
+contig	C7793882	121
+contig	C7794152	121
+contig	C7794302	122
+contig	C7794222	122
+contig	C7794288	122
+contig	C7794340	122
+contig	C7794250	122
+contig	C7794326	122
+contig	C7794350	122
+contig	C7794318	122
+contig	C7794372	122
+contig	C7794194	121
+contig	C7794380	122
+contig	C7794374	122
+contig	C7794392	122
+contig	C7794402	122
+contig	C7794344	122
+contig	C7794220	122
+contig	C7794400	122
+contig	C7794458	122
+contig	C7794440	122
+contig	C7794466	122
+contig	C7794482	122
+contig	C7794498	122
+contig	C7794488	122
+contig	C7794512	122
+contig	C7794514	122
+contig	C7794352	122
+contig	C7794472	122
+contig	C7794412	122
+contig	C7794382	122
+contig	C7794620	122
+contig	C7794582	122
+contig	C7794670	122
+contig	C7794592	122
+contig	C7794628	122
+contig	C7794486	122
+contig	C7794616	122
+contig	C7794726	122
+contig	C7794596	122
+contig	C7794516	122
+contig	C7794682	122
+contig	C7794728	122
+contig	C7794676	122
+contig	C7794782	122
+contig	C7794766	122
+contig	C7794772	122
+contig	C7794810	122
+contig	C7794712	122
+contig	C7794878	122
+contig	C7794924	122
+contig	C7794686	122
+contig	C7794954	122
+contig	C7794894	122
+contig	C7795006	122
+contig	C7794920	122
+contig	C7794962	122
+contig	C7794994	122
+contig	C7793674	121
+contig	C7795030	122
+contig	C7795054	122
+contig	C7795074	122
+contig	C7795026	122
+contig	C7795078	122
+contig	C7795076	122
+contig	C7795044	122
+contig	C7795084	122
+contig	C7795098	122
+contig	C7794762	122
+contig	C7794884	122
+contig	C7795144	122
+contig	C7795154	122
+contig	C7795106	122
+contig	C7795082	122
+contig	C7795100	122
+contig	C7795162	122
+contig	C7795180	122
+contig	C7795170	122
+contig	C7795206	122
+contig	C7795218	122
+contig	C7795224	122
+contig	C7795240	122
+contig	C7795028	122
+contig	C7795258	122
+contig	C7795244	122
+contig	C7795264	122
+contig	C7795266	122
+contig	C7795276	122
+contig	C7795118	122
+contig	C7795288	122
+contig	C7795344	122
+contig	C7795342	122
+contig	C7795332	122
+contig	C7795226	122
+contig	C7795348	122
+contig	C7795372	122
+contig	C7795358	122
+contig	C7795384	122
+contig	C7795364	122
+contig	C7795388	122
+contig	C7795392	122
+contig	C7795404	122
+contig	C7795414	122
+contig	C7795452	122
+contig	C7795484	122
+contig	C7795542	122
+contig	C7795126	122
+contig	C7795554	122
+contig	C7795480	122
+contig	C7795566	122
+contig	C7795328	122
+contig	C7795582	122
+contig	C7795646	122
+contig	C7795648	122
+contig	C7795552	122
+contig	C7795650	122
+contig	C7795662	122
+contig	C7795526	122
+contig	C7795678	122
+contig	C7795688	122
+contig	C7795572	122
+contig	C7795698	122
+contig	C7795712	122
+contig	C7795642	122
+contig	C7795702	122
+contig	C7795756	122
+contig	C7795726	122
+contig	C7795786	122
+contig	C7795742	122
+contig	C7795760	122
+contig	C7795374	122
+contig	C7795730	122
+contig	C7795802	122
+contig	C7795846	122
+contig	C7795850	122
+contig	C7795838	122
+contig	C7795770	122
+contig	C7795182	122
+contig	C7795860	122
+contig	C7795922	122
+contig	C7795908	122
+contig	C7795916	122
+contig	C7795794	122
+contig	C7795924	122
+contig	C7795944	122
+contig	C7795964	122
+contig	C7795972	122
+contig	C7795882	122
+contig	C7795968	122
+contig	C7795868	122
+contig	C7795988	122
+contig	C7795932	122
+contig	C7796036	122
+contig	C7795980	122
+contig	C7796098	122
+contig	C7796124	122
+contig	C7796128	122
+contig	C7796114	122
+contig	C7796040	122
+contig	C7795966	122
+contig	C7795982	122
+contig	C7796146	122
+contig	C7796138	122
+contig	C7796188	122
+contig	C7796166	122
+contig	C7796212	122
+contig	C7796194	122
+contig	C7796156	122
+contig	C7796168	122
+contig	C7796230	122
+contig	C7796082	122
+contig	C7796246	122
+contig	C7796240	122
+contig	C7796272	122
+contig	C7796282	122
+contig	C7796264	122
+contig	C7796304	122
+contig	C7796288	122
+contig	C7796330	122
+contig	C7796284	122
+contig	C7796258	122
+contig	C7796350	122
+contig	C7796344	122
+contig	C7796358	122
+contig	C7796314	122
+contig	C7796440	122
+contig	C7795068	122
+contig	C7796336	122
+contig	C7796442	122
+contig	C7796328	122
+contig	C7796460	122
+contig	C7796362	122
+contig	C7796464	122
+contig	C7796402	122
+contig	C7796490	122
+contig	C7796468	122
+contig	C7796480	122
+contig	C7796522	122
+contig	C7796542	122
+contig	C7796496	122
+contig	C7796554	122
+contig	C7796586	122
+contig	C7796596	122
+contig	C7796534	122
+contig	C7796576	122
+contig	C7796516	122
+contig	C7796604	122
+contig	C7796598	122
+contig	C7796684	122
+contig	C7796502	122
+contig	C7796688	122
+contig	C7796602	122
+contig	C7796700	122
+contig	C7796714	122
+contig	C7796660	122
+contig	C7796738	122
+contig	C7796618	122
+contig	C7795902	122
+contig	C7796740	122
+contig	C7796716	122
+contig	C7796800	122
+contig	C7796810	122
+contig	C7796844	122
+contig	C7796744	122
+contig	C7796820	122
+contig	C7796726	122
+contig	C7796846	122
+contig	C7796848	122
+contig	C7796834	122
+contig	C7796658	122
+contig	C7796862	122
+contig	C7796882	122
+contig	C7796832	122
+contig	C7796894	122
+contig	C7796920	122
+contig	C7796906	122
+contig	C7796960	122
+contig	C7796942	122
+contig	C7797000	122
+contig	C7796930	122
+contig	C7797020	122
+contig	C7796994	122
+contig	C7797018	122
+contig	C7796872	122
+contig	C7797024	122
+contig	C7797040	122
+contig	C7796970	122
+contig	C7797084	122
+contig	C7796932	122
+contig	C7797122	122
+contig	C7797074	122
+contig	C7797136	122
+contig	C7797130	122
+contig	C7797048	122
+contig	C7797150	122
+contig	C7797104	122
+contig	C7797052	122
+contig	C7797180	122
+contig	C7797164	122
+contig	C7797224	122
+contig	C7797208	122
+contig	C7797098	122
+contig	C7797228	122
+contig	C7797234	122
+contig	C7797080	122
+contig	C7797264	122
+contig	C7797284	122
+contig	C7797268	122
+contig	C7797170	122
+contig	C7797278	122
+contig	C7797324	122
+contig	C7797270	122
+contig	C7797322	122
+contig	C7797326	122
+contig	C7797382	122
+contig	C7797312	122
+contig	C7797390	122
+contig	C7797332	122
+contig	C7797396	122
+contig	C7797414	122
+contig	C7797408	122
+contig	C7797458	122
+contig	C7797406	122
+contig	C7797452	122
+contig	C7797432	122
+contig	C7797462	122
+contig	C7797576	122
+contig	C7797514	122
+contig	C7797218	122
+contig	C7797582	122
+contig	C7797596	122
+contig	C7797420	122
+contig	C7797638	122
+contig	C7797618	122
+contig	C7797606	122
+contig	C7797476	122
+contig	C7797752	122
+contig	C7797762	122
+contig	C7797778	122
+contig	C7797440	122
+contig	C7797822	122
+contig	C7797780	122
+contig	C7797588	122
+contig	C7797840	122
+contig	C7797660	122
+contig	C7797878	122
+contig	C7797882	122
+contig	C7797678	122
+contig	C7797904	122
+contig	C7797824	122
+contig	C7797856	122
+contig	C7797720	122
+contig	C7797934	122
+contig	C7797990	122
+contig	C7797958	122
+contig	C7797982	122
+contig	C7797994	122
+contig	C7798014	122
+contig	C7798056	122
+contig	C7797984	122
+contig	C7798016	122
+contig	C7797818	122
+contig	C7798082	122
+contig	C7798096	122
+contig	C7798086	122
+contig	C7798150	122
+contig	C7798158	122
+contig	C7797950	122
+contig	C7798060	122
+contig	C7798132	122
+contig	C7798196	122
+contig	C7798100	122
+contig	C7798162	122
+contig	C7798198	122
+contig	C7798182	122
+contig	C7798122	122
+contig	C7798212	122
+contig	C7798174	122
+contig	C7798290	122
+contig	C7798204	122
+contig	C7798252	122
+contig	C7798328	122
+contig	C7798306	122
+contig	C7796210	122
+contig	C7798312	122
+contig	C7798292	122
+contig	C7798394	122
+contig	C7798448	122
+contig	C7798496	122
+contig	C7798462	122
+contig	C7798422	122
+contig	C7798524	122
+contig	C7798214	122
+contig	C7798528	122
+contig	C7798484	122
+contig	C7798552	122
+contig	C7798500	122
+contig	C7798564	122
+contig	C7798354	122
+contig	C7798548	122
+contig	C7798594	122
+contig	C7798554	122
+contig	C7798526	122
+contig	C7798602	122
+contig	C7798606	122
+contig	C7798616	122
+contig	C7798654	122
+contig	C7798704	122
+contig	C7798736	122
+contig	C7798686	122
+contig	C7798724	122
+contig	C7798706	122
+contig	C7798630	122
+contig	C7798774	122
+contig	C7798718	122
+contig	C7798700	122
+contig	C7798752	122
+contig	C7798756	122
+contig	C7798792	122
+contig	C7798802	122
+contig	C7798748	122
+contig	C7798822	122
+contig	C7798854	122
+contig	C7798790	122
+contig	C7798846	122
+contig	C7798834	122
+contig	C7798890	122
+contig	C7798912	122
+contig	C7798882	122
+contig	C7798868	122
+contig	C7798886	122
+contig	C7798950	122
+contig	C7798914	122
+contig	C7798248	122
+contig	C7798954	122
+contig	C7798842	122
+contig	C7798952	122
+contig	C7798958	122
+contig	C7798986	122
+contig	C7798990	122
+contig	C7799040	122
+contig	C7799050	122
+contig	C7799056	122
+contig	C7798926	122
+contig	C7798776	122
+contig	C7799084	122
+contig	C7799032	122
+contig	C7799066	122
+contig	C7798932	122
+contig	C7799102	122
+contig	C7799124	122
+contig	C7798978	122
+contig	C7799112	122
+contig	C7799208	122
+contig	C7799144	122
+contig	C7799060	122
+contig	C7799228	122
+contig	C7799236	122
+contig	C7799244	122
+contig	C7799216	122
+contig	C7799262	122
+contig	C7799160	122
+contig	C7799154	122
+contig	C7799252	122
+contig	C7799250	122
+contig	C7799270	122
+contig	C7799306	122
+contig	C7799266	122
+contig	C7799380	122
+contig	C7799280	122
+contig	C7799398	122
+contig	C7799284	122
+contig	C7799346	122
+contig	C7799404	122
+contig	C7799420	122
+contig	C7799416	122
+contig	C7799170	122
+contig	C7799474	122
+contig	C7799246	122
+contig	C7799452	122
+contig	C7799516	122
+contig	C7799534	122
+contig	C7799444	122
+contig	C7799476	122
+contig	C7799538	122
+contig	C7799540	122
+contig	C7799558	122
+contig	C7799614	122
+contig	C7799612	122
+contig	C7799616	122
+contig	C7799358	122
+contig	C7799556	122
+contig	C7799610	122
+contig	C7799646	122
+contig	C7799576	122
+contig	C7799650	122
+contig	C7799668	122
+contig	C7799674	122
+contig	C7799618	122
+contig	C7799700	122
+contig	C7799724	122
+contig	C7799714	122
+contig	C7799740	122
+contig	C7799732	122
+contig	C7799694	122
+contig	C7799770	122
+contig	C7799384	122
+contig	C7799750	122
+contig	C7799632	122
+contig	C7799780	122
+contig	C7799786	122
+contig	C7799774	122
+contig	C7799746	122
+contig	C7799816	122
+contig	C7799818	122
+contig	C7799726	122
+contig	C7799798	122
+contig	C7799866	122
+contig	C7799880	122
+contig	C7799054	122
+contig	C7799916	122
+contig	C7799908	122
+contig	C7799862	122
+contig	C7799918	122
+contig	C7799882	122
+contig	C7799936	122
+contig	C7799920	122
+contig	C7799948	122
+contig	C7799796	122
+contig	C7799962	122
+contig	C7799988	122
+contig	C7799990	122
+contig	C7799942	122
+contig	C7799976	122
+contig	C7800004	122
+contig	C7799982	122
+contig	C7800016	122
+contig	C7800032	122
+contig	C7800064	122
+contig	C7799998	122
+contig	C7799824	122
+contig	C7800094	122
+contig	C7800104	122
+contig	C7800068	122
+contig	C7800122	122
+contig	C7800086	122
+contig	C7800148	122
+contig	C7800146	122
+contig	C7799996	122
+contig	C7800154	122
+contig	C7800174	122
+contig	C7800198	122
+contig	C7800200	122
+contig	C7800164	122
+contig	C7800208	122
+contig	C7800256	122
+contig	C7800218	122
+contig	C7800266	122
+contig	C7800070	122
+contig	C7800274	122
+contig	C7800268	122
+contig	C7800310	122
+contig	C7800346	122
+contig	C7800298	122
+contig	C7800362	122
+contig	C7800190	122
+contig	C7800364	122
+contig	C7800352	122
+contig	C7800376	122
+contig	C7800370	122
+contig	C7800368	122
+contig	C7800390	122
+contig	C7800264	122
+contig	C7800378	122
+contig	C7800412	122
+contig	C7800438	122
+contig	C7800410	122
+contig	C7800470	122
+contig	C7800432	122
+contig	C7800480	122
+contig	C7800484	122
+contig	C7800456	122
+contig	C7800486	122
+contig	C7800500	122
+contig	C7800508	122
+contig	C7800530	122
+contig	C7800556	122
+contig	C7800584	122
+contig	C7800570	122
+contig	C7800538	122
+contig	C7800618	122
+contig	C7799778	122
+contig	C7800624	122
+contig	C7800642	122
+contig	C7800614	122
+contig	C7800646	122
+contig	C7800240	122
+contig	C7800162	122
+contig	C7800648	122
+contig	C7800706	122
+contig	C7800612	122
+contig	C7800636	122
+contig	C7800676	122
+contig	C7800658	122
+contig	C7800734	122
+contig	C7800770	122
+contig	C7800728	122
+contig	C7800774	122
+contig	C7800714	122
+contig	C7800782	122
+contig	C7800750	122
+contig	C7800804	122
+contig	C7800812	122
+contig	C7800816	122
+contig	C7800798	122
+contig	C7800820	122
+contig	C7800856	122
+contig	C7800754	122
+contig	C7800788	122
+contig	C7800814	122
+contig	C7800870	122
+contig	C7800868	122
+contig	C7800830	122
+contig	C7800908	122
+contig	C7800922	122
+contig	C7800874	122
+contig	C7800952	122
+contig	C7800950	122
+contig	C7800972	122
+contig	C7800944	122
+contig	C7800662	122
+contig	C7800994	122
+contig	C7800998	122
+contig	C7801024	122
+contig	C7801028	122
+contig	C7801022	122
+contig	C7801040	122
+contig	C7801016	122
+contig	C7801038	122
+contig	C7801060	122
+contig	C7801112	122
+contig	C7801138	122
+contig	C7801034	122
+contig	C7801144	122
+contig	C7801134	122
+contig	C7801164	122
+contig	C7801168	122
+contig	C7801086	122
+contig	C7801204	122
+contig	C7801190	122
+contig	C7801214	122
+contig	C7801228	122
+contig	C7801200	122
+contig	C7801212	122
+contig	C7801240	122
+contig	C7801242	122
+contig	C7801066	122
+contig	C7801336	122
+contig	C7801256	122
+contig	C7801308	122
+contig	C7801380	122
+contig	C7801398	122
+contig	C7801410	122
+contig	C7801420	122
+contig	C7801434	122
+contig	C7801414	122
+contig	C7801454	122
+contig	C7801430	122
+contig	C7801282	122
+contig	C7801542	122
+contig	C7801468	122
+contig	C7801564	122
+contig	C7801584	122
+contig	C7801548	122
+contig	C7800858	122
+contig	C7801612	122
+contig	C7799686	122
+contig	C7801590	122
+contig	C7801442	122
+contig	C7801550	122
+contig	C7801600	122
+contig	C7801626	122
+contig	C7801630	122
+contig	C7801664	122
+contig	C7801640	122
+contig	C7801642	122
+contig	C7801704	122
+contig	C7801682	122
+contig	C7801754	122
+contig	C7801718	122
+contig	C7801768	122
+contig	C7801746	122
+contig	C7801786	122
+contig	C7801814	122
+contig	C7801846	122
+contig	C7801792	122
+contig	C7801854	122
+contig	C7801876	122
+contig	C7801796	122
+contig	C7801858	122
+contig	C7801866	122
+contig	C7801932	122
+contig	C7801914	122
+contig	C7801910	122
+contig	C7801938	122
+contig	C7801902	122
+contig	C7801934	122
+contig	C7801950	122
+contig	C7801954	122
+contig	C7801992	122
+contig	C7801832	122
+contig	C7802030	122
+contig	C7801982	122
+contig	C7802050	122
+contig	C7801634	122
+contig	C7802056	122
+contig	C7802070	122
+contig	C7801944	122
+contig	C7802118	122
+contig	C7802076	122
+contig	C7802012	122
+contig	C7802072	122
+contig	C7802134	122
+contig	C7802164	122
+contig	C7802166	122
+contig	C7802182	122
+contig	C7802144	122
+contig	C7801986	122
+contig	C7802210	122
+contig	C7802186	122
+contig	C7802246	122
+contig	C7802230	122
+contig	C7802232	122
+contig	C7802200	122
+contig	C7802268	122
+contig	C7800382	122
+contig	C7802068	122
+contig	C7802264	122
+contig	C7802266	122
+contig	C7802280	122
+contig	C7802272	122
+contig	C7802250	122
+contig	C7802288	122
+contig	C7802234	122
+contig	C7802276	122
+contig	C7802358	122
+contig	C7802344	122
+contig	C7802368	122
+contig	C7802300	122
+contig	C7802322	122
+contig	C7802356	122
+contig	C7802376	122
+contig	C7802390	122
+contig	C7802306	122
+contig	C7802444	122
+contig	C7802396	122
+contig	C7802450	122
+contig	C7802408	122
+contig	C7802474	122
+contig	C7802502	122
+contig	C7802464	122
+contig	C7802510	122
+contig	C7802478	122
+contig	C7802528	122
+contig	C7802522	122
+contig	C7802526	122
+contig	C7802594	122
+contig	C7802542	122
+contig	C7802418	122
+contig	C7802556	122
+contig	C7802614	122
+contig	C7802602	122
+contig	C7802632	122
+contig	C7802446	122
+contig	C7802520	122
+contig	C7802600	122
+contig	C7802708	122
+contig	C7802658	122
+contig	C7802610	122
+contig	C7802690	122
+contig	C7802714	122
+contig	C7802720	122
+contig	C7802734	122
+contig	C7802798	122
+contig	C7802736	122
+contig	C7802660	122
+contig	C7802806	122
+contig	C7802840	122
+contig	C7802802	122
+contig	C7802730	122
+contig	C7802812	122
+contig	C7802764	122
+contig	C7802876	122
+contig	C7802886	122
+contig	C7802868	122
+contig	C7802934	122
+contig	C7802864	122
+contig	C7802900	122
+contig	C7802920	122
+contig	C7802946	122
+contig	C7802976	122
+contig	C7802978	122
+contig	C7803046	122
+contig	C7803048	122
+contig	C7803074	122
+contig	C7802908	122
+contig	C7803020	122
+contig	C7803052	122
+contig	C7803100	122
+contig	C7803102	122
+contig	C7803106	122
+contig	C7803104	122
+contig	C7803112	122
+contig	C7803142	122
+contig	C7803122	122
+contig	C7803130	122
+contig	C7803132	122
+contig	C7803202	122
+contig	C7803174	122
+contig	C7803220	122
+contig	C7803150	122
+contig	C7803240	122
+contig	C7803244	122
+contig	C7803158	122
+contig	C7801940	122
+contig	C7803248	122
+contig	C7803250	122
+contig	C7803266	122
+contig	C7802302	122
+contig	C7803256	122
+contig	C7803308	122
+contig	C7803292	122
+contig	C7803344	122
+contig	C7803358	122
+contig	C7803350	122
+contig	C7803208	122
+contig	C7803348	122
+contig	C7803366	122
+contig	C7803378	122
+contig	C7803382	122
+contig	C7803392	122
+contig	C7803360	122
+contig	C7803462	122
+contig	C7803280	122
+contig	C7803412	122
+contig	C7803396	122
+contig	C7803502	122
+contig	C7803538	122
+contig	C7803528	122
+contig	C7803584	122
+contig	C7803598	122
+contig	C7803566	122
+contig	C7803362	122
+contig	C7803602	122
+contig	C7803586	122
+contig	C7803600	122
+contig	C7803610	122
+contig	C7803632	122
+contig	C7803654	122
+contig	C7803670	122
+contig	C7803508	122
+contig	C7803672	122
+contig	C7803664	122
+contig	C7803720	122
+contig	C7803648	122
+contig	C7803724	122
+contig	C7803006	122
+contig	C7803674	122
+contig	C7803656	122
+contig	C7803728	122
+contig	C7803738	122
+contig	C7803784	122
+contig	C7803800	122
+contig	C7803780	122
+contig	C7803796	122
+contig	C7803808	122
+contig	C7803828	122
+contig	C7803802	122
+contig	C7803870	122
+contig	C7803726	122
+contig	C7803886	122
+contig	C7803882	122
+contig	C7803812	122
+contig	C7803952	122
+contig	C7803752	122
+contig	C7803930	122
+contig	C7804010	122
+contig	C7804024	122
+contig	C7803972	122
+contig	C7803838	122
+contig	C7804040	122
+contig	C7804036	122
+contig	C7803956	122
+contig	C7804046	122
+contig	C7804034	122
+contig	C7804044	122
+contig	C7804074	122
+contig	C7804092	122
+contig	C7804112	122
+contig	C7804102	122
+contig	C7804116	122
+contig	C7804132	122
+contig	C7804094	122
+contig	C7804146	122
+contig	C7804154	122
+contig	C7804164	122
+contig	C7804206	122
+contig	C7804122	122
+contig	C7804170	122
+contig	C7804214	122
+contig	C7804162	122
+contig	C7804252	122
+contig	C7804256	122
+contig	C7803988	122
+contig	C7804250	122
+contig	C7804238	122
+contig	C7804304	122
+contig	C7804326	122
+contig	C7804366	122
+contig	C7804320	122
+contig	C7804358	122
+contig	C7804416	122
+contig	C7804386	122
+contig	C7803490	122
+contig	C7804368	122
+contig	C7804272	122
+contig	C7804448	122
+contig	C7804440	122
+contig	C7804378	122
+contig	C7804426	122
+contig	C7804484	122
+contig	C7804492	122
+contig	C7804470	122
+contig	C7804468	122
+contig	C7804506	122
+contig	C7804420	122
+contig	C7804566	122
+contig	C7804598	122
+contig	C7804240	122
+contig	C7804594	122
+contig	C7804516	122
+contig	C7804588	122
+contig	C7804672	122
+contig	C7804670	122
+contig	C7804686	122
+contig	C7804664	122
+contig	C7804696	122
+contig	C7804640	122
+contig	C7804502	122
+contig	C7804774	122
+contig	C7804742	122
+contig	C7804772	122
+contig	C7804790	122
+contig	C7804692	122
+contig	C7804792	122
+contig	C7804780	122
+contig	C7804838	122
+contig	C7804848	122
+contig	C7804868	122
+contig	C7804804	122
+contig	C7804732	122
+contig	C7804874	122
+contig	C7804788	122
+contig	C7804876	122
+contig	C7804892	122
+contig	C7804900	122
+contig	C7804888	122
+contig	C7804906	122
+contig	C7804940	122
+contig	C7804890	122
+contig	C7804988	122
+contig	C7804918	122
+contig	C7804964	122
+contig	C7804996	122
+contig	C7802842	122
+contig	C7804952	122
+contig	C7805006	122
+contig	C7804962	122
+contig	C7805014	122
+contig	C7805000	122
+contig	C7804998	122
+contig	C7805034	122
+contig	C7805024	122
+contig	C7804832	122
+contig	C7805058	122
+contig	C7805068	122
+contig	C7805052	122
+contig	C7805060	122
+contig	C7805008	122
+contig	C7804994	122
+contig	C7805116	122
+contig	C7805090	122
+contig	C7805026	122
+contig	C7805160	122
+contig	C7805118	122
+contig	C7805134	122
+contig	C7805190	122
+contig	C7805198	122
+contig	C7805184	122
+contig	C7805200	122
+contig	C7805104	122
+contig	C7805208	122
+contig	C7805164	122
+contig	C7805214	122
+contig	C7805238	122
+contig	C7805218	122
+contig	C7805226	122
+contig	C7805278	122
+contig	C7805138	122
+contig	C7805240	122
+contig	C7805282	122
+contig	C7805320	122
+contig	C7805186	122
+contig	C7805294	122
+contig	C7805272	122
+contig	C7805414	122
+contig	C7805284	122
+contig	C7805296	122
+contig	C7805358	122
+contig	C7805388	122
+contig	C7805426	122
+contig	C7805368	122
+contig	C7805428	122
+contig	C7805312	122
+contig	C7805504	122
+contig	C7805436	122
+contig	C7805494	122
+contig	C7805556	122
+contig	C7805454	122
+contig	C7805512	122
+contig	C7805604	122
+contig	C7805656	122
+contig	C7805628	122
+contig	C7805492	122
+contig	C7805508	122
+contig	C7805674	122
+contig	C7805594	122
+contig	C7805680	122
+contig	C7805618	122
+contig	C7805694	122
+contig	C7805668	122
+contig	C7805728	122
+contig	C7805724	122
+contig	C7805666	122
+contig	C7805760	122
+contig	C7805564	122
+contig	C7805752	122
+contig	C7805756	122
+contig	C7805764	122
+contig	C7805772	122
+contig	C7805786	122
+contig	C7805792	122
+contig	C7805806	122
+contig	C7805766	122
+contig	C7805802	122
+contig	C7805840	122
+contig	C7805848	122
+contig	C7805702	122
+contig	C7805814	122
+contig	C7805826	122
+contig	C7805842	122
+contig	C7805850	122
+contig	C7805864	122
+contig	C7805874	122
+contig	C7805880	122
+contig	C7805976	122
+contig	C7805714	122
+contig	C7805862	122
+contig	C7806002	122
+contig	C7806028	122
+contig	C7805972	122
+contig	C7806042	122
+contig	C7805978	122
+contig	C7805804	122
+contig	C7805898	122
+contig	C7806064	122
+contig	C7806078	122
+contig	C7806108	122
+contig	C7806080	122
+contig	C7806112	122
+contig	C7805930	122
+contig	C7806092	122
+contig	C7806154	122
+contig	C7806156	122
+contig	C7806140	122
+contig	C7806208	122
+contig	C7806224	122
+contig	C7806084	122
+contig	C7806254	122
+contig	C7806050	122
+contig	C7806282	122
+contig	C7806300	122
+contig	C7806200	122
+contig	C7806230	122
+contig	C7806268	122
+contig	C7806314	122
+contig	C7806328	122
+contig	C7806308	122
+contig	C7806286	122
+contig	C7806344	122
+contig	C7806338	122
+contig	C7806332	122
+contig	C7806350	122
+contig	C7806372	122
+contig	C7806416	122
+contig	C7806292	122
+contig	C7806390	122
+contig	C7806418	122
+contig	C7806162	122
+contig	C7806432	122
+contig	C7806422	122
+contig	C7806496	122
+contig	C7806448	122
+contig	C7806404	122
+contig	C7806366	122
+contig	C7806436	122
+contig	C7806552	122
+contig	C7806542	122
+contig	C7806560	122
+contig	C7806546	122
+contig	C7806574	122
+contig	C7806586	122
+contig	C7806556	122
+contig	C7806488	122
+contig	C7806486	122
+contig	C7806654	123
+contig	C7806652	123
+contig	C7806660	123
+contig	C7806662	123
+contig	C7804554	122
+contig	C7806650	123
+contig	C7806664	123
+contig	C7806692	123
+contig	C7806702	123
+contig	C7806694	123
+contig	C7806706	123
+contig	C7806722	123
+contig	C7806710	123
+contig	C7806636	123
+contig	C7806716	123
+contig	C7806764	123
+contig	C7806776	123
+contig	C7806802	123
+contig	C7806726	123
+contig	C7806788	123
+contig	C7806848	123
+contig	C7806782	123
+contig	C7806894	123
+contig	C7806906	123
+contig	C7806658	123
+contig	C7806872	123
+contig	C7806920	123
+contig	C7806900	123
+contig	C7806934	123
+contig	C7806936	123
+contig	C7806986	123
+contig	C7806878	123
+contig	C7806954	123
+contig	C7806976	123
+contig	C7807000	123
+contig	C7807026	123
+contig	C7807004	123
+contig	C7807066	123
+contig	C7806514	122
+contig	C7807024	123
+contig	C7807102	123
+contig	C7806994	123
+contig	C7807080	123
+contig	C7807034	123
+contig	C7807158	123
+contig	C7806918	123
+contig	C7807124	123
+contig	C7807166	123
+contig	C7807106	123
+contig	C7807202	123
+contig	C7807030	123
+contig	C7807104	123
+contig	C7807160	123
+contig	C7807176	123
+contig	C7807250	123
+contig	C7807272	123
+contig	C7807258	123
+contig	C7807244	123
+contig	C7807268	123
+contig	C7807314	123
+contig	C7807396	123
+contig	C7807298	123
+contig	C7807370	123
+contig	C7807418	123
+contig	C7807456	123
+contig	C7807430	123
+contig	C7807190	123
+contig	C7807324	123
+contig	C7807458	123
+contig	C7807292	123
+contig	C7807494	123
+contig	C7807518	123
+contig	C7807468	123
+contig	C7807452	123
+contig	C7807256	123
+contig	C7807542	123
+contig	C7807530	123
+contig	C7807548	123
+contig	C7807534	123
+contig	C7807522	123
+contig	C7807586	123
+contig	C7807630	123
+contig	C7807614	123
+contig	C7807618	123
+contig	C7807632	123
+contig	C7807512	123
+contig	C7807648	123
+contig	C7807652	123
+contig	C7807662	123
+contig	C7807538	123
+contig	C7807638	123
+contig	C7807710	123
+contig	C7807660	123
+contig	C7807738	123
+contig	C7807684	123
+contig	C7807744	123
+contig	C7807714	123
+contig	C7807700	123
+contig	C7807770	123
+contig	C7807748	123
+contig	C7807802	123
+contig	C7807766	123
+contig	C7807808	123
+contig	C7807804	123
+contig	C7807844	123
+contig	C7807778	123
+contig	C7807886	123
+contig	C7807782	123
+contig	C7807884	123
+contig	C7807762	123
+contig	C7807930	123
+contig	C7807848	123
+contig	C7807940	123
+contig	C7807916	123
+contig	C7807948	123
+contig	C7807958	123
+contig	C7807554	123
+contig	C7807990	123
+contig	C7807966	123
+contig	C7808002	123
+contig	C7808008	123
+contig	C7808056	123
+contig	C7808068	123
+contig	C7808074	123
+contig	C7807900	123
+contig	C7808050	123
+contig	C7808084	123
+contig	C7808092	123
+contig	C7808046	123
+contig	C7807988	123
+contig	C7808102	123
+contig	C7808078	123
+contig	C7808114	123
+contig	C7808108	123
+contig	C7808080	123
+contig	C7808110	123
+contig	C7808158	123
+contig	C7808134	123
+contig	C7808076	123
+contig	C7808142	123
+contig	C7808244	123
+contig	C7808116	123
+contig	C7808184	123
+contig	C7808292	123
+contig	C7808276	123
+contig	C7808182	123
+contig	C7808288	123
+contig	C7808282	123
+contig	C7808308	123
+contig	C7808310	123
+contig	C7808352	123
+contig	C7808358	123
+contig	C7808364	123
+contig	C7808378	123
+contig	C7808402	123
+contig	C7808426	123
+contig	C7808262	123
+contig	C7808342	123
+contig	C7808394	123
+contig	C7808400	123
+contig	C7808482	123
+contig	C7808442	123
+contig	C7808452	123
+contig	C7808488	123
+contig	C7808496	123
+contig	C7808526	123
+contig	C7808560	123
+contig	C7808544	123
+contig	C7808574	123
+contig	C7808432	123
+contig	C7808564	123
+contig	C7808044	123
+contig	C7808566	123
+contig	C7808596	123
+contig	C7808632	123
+contig	C7808486	123
+contig	C7808660	123
+contig	C7808630	123
+contig	C7808648	123
+contig	C7808294	123
+contig	C7808768	123
+contig	C7808656	123
+contig	C7808772	123
+contig	C7808664	123
+contig	C7808782	123
+contig	C7808756	123
+contig	C7808788	123
+contig	C7808792	123
+contig	C7808822	123
+contig	C7808848	123
+contig	C7808702	123
+contig	C7808908	123
+contig	C7808876	123
+contig	C7808850	123
+contig	C7808912	123
+contig	C7808636	123
+contig	C7808910	123
+contig	C7808914	123
+contig	C7808922	123
+contig	C7808964	123
+contig	C7808960	123
+contig	C7808826	123
+contig	C7808970	123
+contig	C7808998	123
+contig	C7808878	123
+contig	C7808942	123
+contig	C7808986	123
+contig	C7809056	123
+contig	C7809014	123
+contig	C7809026	123
+contig	C7809088	123
+contig	C7809036	123
+contig	C7809100	123
+contig	C7809092	123
+contig	C7809078	123
+contig	C7809120	123
+contig	C7809040	123
+contig	C7809022	123
+contig	C7809116	123
+contig	C7809160	123
+contig	C7809112	123
+contig	C7809162	123
+contig	C7809180	123
+contig	C7809190	123
+contig	C7809124	123
+contig	C7809184	123
+contig	C7809164	123
+contig	C7809152	123
+contig	C7809216	123
+contig	C7809200	123
+contig	C7809214	123
+contig	C7809222	123
+contig	C7809194	123
+contig	C7809246	123
+contig	C7809210	123
+contig	C7809254	123
+contig	C7809232	123
+contig	C7809290	123
+contig	C7809230	123
+contig	C7809206	123
+contig	C7809318	123
+contig	C7809324	123
+contig	C7809300	123
+contig	C7809260	123
+contig	C7809330	123
+contig	C7809342	123
+contig	C7809384	123
+contig	C7809416	123
+contig	C7809396	123
+contig	C7809468	123
+contig	C7809368	123
+contig	C7809484	123
+contig	C7809486	123
+contig	C7809518	123
+contig	C7809418	123
+contig	C7809520	123
+contig	C7809316	123
+contig	C7809530	123
+contig	C7809532	123
+contig	C7809558	123
+contig	C7809578	123
+contig	C7809600	123
+contig	C7809510	123
+contig	C7809576	123
+contig	C7809596	123
+contig	C7809626	123
+contig	C7809652	123
+contig	C7809654	123
+contig	C7809696	123
+contig	C7809606	123
+contig	C7809756	123
+contig	C7809690	123
+contig	C7809766	123
+contig	C7809778	123
+contig	C7809770	123
+contig	C7809812	123
+contig	C7809832	123
+contig	C7809722	123
+contig	C7809846	123
+contig	C7809814	123
+contig	C7809874	123
+contig	C7809858	123
+contig	C7809878	123
+contig	C7809884	123
+contig	C7809880	123
+contig	C7809900	123
+contig	C7809872	123
+contig	C7809888	123
+contig	C7809938	123
+contig	C7809904	123
+contig	C7808650	123
+contig	C7809952	123
+contig	C7809962	123
+contig	C7809966	123
+contig	C7809970	123
+contig	C7809994	123
+contig	C7810004	123
+contig	C7810006	123
+contig	C7810032	123
+contig	C7810062	123
+contig	C7809916	123
+contig	C7810098	123
+contig	C7810094	123
+contig	C7810110	123
+contig	C7810066	123
+contig	C7810122	123
+contig	C7810140	123
+contig	C7810150	123
+contig	C7810146	123
+contig	C7810164	123
+contig	C7809616	123
+contig	C7810166	123
+contig	C7810190	123
+contig	C7810184	123
+contig	C7810204	123
+contig	C7810182	123
+contig	C7810210	123
+contig	C7810250	123
+contig	C7809964	123
+contig	C7810226	123
+contig	C7810212	123
+contig	C7810428	123
+contig	C7810354	123
+contig	C7810296	123
+contig	C7810444	123
+contig	C7810360	123
+contig	C7810484	123
+contig	C7810436	123
+contig	C7810486	123
+contig	C7810482	123
+contig	C7810524	123
+contig	C7810532	123
+contig	C7810530	123
+contig	C7810526	123
+contig	C7810454	123
+contig	C7810564	123
+contig	C7810578	123
+contig	C7810480	123
+contig	C7809264	123
+contig	C7810586	123
+contig	C7810598	123
+contig	C7810590	123
+contig	C7810602	123
+contig	C7810646	123
+contig	C7810544	123
+contig	C7810616	123
+contig	C7810540	123
+contig	C7810710	123
+contig	C7806524	122
+contig	C7810722	123
+contig	C7810678	123
+contig	C7810724	123
+contig	C7810676	123
+contig	C7810736	123
+contig	C7810648	123
+contig	C7810730	123
+contig	C7810772	123
+contig	C7810782	123
+contig	C7810754	123
+contig	C7810640	123
+contig	C7810778	123
+contig	C7810680	123
+contig	C7810802	123
+contig	C7810828	123
+contig	C7810810	123
+contig	C7810854	123
+contig	C7810774	123
+contig	C7810962	123
+contig	C7810898	123
+contig	C7810900	123
+contig	C7810868	123
+contig	C7810968	123
+contig	C7810972	123
+contig	C7810814	123
+contig	C7811014	123
+contig	C7810986	123
+contig	C7811044	123
+contig	C7811004	123
+contig	C7811012	123
+contig	C7811054	123
+contig	C7810818	123
+contig	C7811066	123
+contig	C7811050	123
+contig	C7811056	123
+contig	C7811080	123
+contig	C7811094	123
+contig	C7811102	123
+contig	C7811068	123
+contig	C7811118	123
+contig	C7811134	123
+contig	C7811152	123
+contig	C7811142	123
+contig	C7811160	123
+contig	C7810714	123
+contig	C7811168	123
+contig	C7811154	123
+contig	C7811064	123
+contig	C7811162	123
+contig	C7811192	123
+contig	C7811200	123
+contig	C7811236	123
+contig	C7811238	123
+contig	C7811226	123
+contig	C7811310	123
+contig	C7811336	123
+contig	C7811368	123
+contig	C7811328	123
+contig	C7811024	123
+contig	C7811248	123
+contig	C7811374	123
+contig	C7811396	123
+contig	C7811376	123
+contig	C7811412	123
+contig	C7811088	123
+contig	C7811426	123
+contig	C7811494	123
+contig	C7811424	123
+contig	C7811414	123
+contig	C7811530	123
+contig	C7811516	123
+contig	C7811564	123
+contig	C7811532	123
+contig	C7811548	123
+contig	C7811578	123
+contig	C7811422	123
+contig	C7811594	123
+contig	C7811582	123
+contig	C7811612	123
+contig	C7811444	123
+contig	C7811622	123
+contig	C7811602	123
+contig	C7811638	123
+contig	C7811652	123
+contig	C7811664	123
+contig	C7811680	123
+contig	C7811706	123
+contig	C7811708	123
+contig	C7811656	123
+contig	C7811718	123
+contig	C7811682	123
+contig	C7811756	123
+contig	C7811764	123
+contig	C7811768	123
+contig	C7811716	123
+contig	C7811778	123
+contig	C7811720	123
+contig	C7811796	123
+contig	C7811596	123
+contig	C7811838	123
+contig	C7811842	123
+contig	C7811800	123
+contig	C7811870	123
+contig	C7811788	123
+contig	C7811890	123
+contig	C7811866	123
+contig	C7811618	123
+contig	C7811918	123
+contig	C7811978	123
+contig	C7811930	123
+contig	C7811984	123
+contig	C7812002	123
+contig	C7811112	123
+contig	C7812022	123
+contig	C7811872	123
+contig	C7812058	123
+contig	C7811944	123
+contig	C7812092	123
+contig	C7812110	123
+contig	C7812064	123
+contig	C7812126	123
+contig	C7812012	123
+contig	C7812112	123
+contig	C7812130	123
+contig	C7811940	123
+contig	C7812030	123
+contig	C7812136	123
+contig	C7812184	123
+contig	C7812204	123
+contig	C7812132	123
+contig	C7812164	123
+contig	C7812182	123
+contig	C7812144	123
+contig	C7812288	123
+contig	C7812298	123
+contig	C7812248	123
+contig	C7812306	123
+contig	C7812302	123
+contig	C7809360	123
+contig	C7811186	123
+contig	C7812330	123
+contig	C7812362	123
+contig	C7812406	123
+contig	C7812462	123
+contig	C7812138	123
+contig	C7812468	123
+contig	C7812338	123
+contig	C7812212	123
+contig	C7812300	123
+contig	C7812444	123
+contig	C7812502	123
+contig	C7812528	123
+contig	C7812422	123
+contig	C7812494	123
+contig	C7812526	123
+contig	C7812488	123
+contig	C7812556	123
+contig	C7812530	123
+contig	C7812566	123
+contig	C7812562	123
+contig	C7812552	123
+contig	C7812570	123
+contig	C7812490	123
+contig	C7812588	123
+contig	C7812620	123
+contig	C7812632	123
+contig	C7812602	123
+contig	C7812644	123
+contig	C7812642	123
+contig	C7812574	123
+contig	C7812712	123
+contig	C7812540	123
+contig	C7812534	123
+contig	C7812696	123
+contig	C7812748	123
+contig	C7812752	123
+contig	C7812716	123
+contig	C7812772	123
+contig	C7812690	123
+contig	C7812790	123
+contig	C7812668	123
+contig	C7812830	123
+contig	C7812846	123
+contig	C7812878	123
+contig	C7812754	123
+contig	C7812920	123
+contig	C7812788	123
+contig	C7812916	123
+contig	C7812922	123
+contig	C7812818	123
+contig	C7812892	123
+contig	C7812918	123
+contig	C7812926	123
+contig	C7812954	123
+contig	C7812898	123
+contig	C7812938	123
+contig	C7812958	123
+contig	C7812972	123
+contig	C7813016	123
+contig	C7812970	123
+contig	C7812978	123
+contig	C7813020	123
+contig	C7813026	123
+contig	C7813054	123
+contig	C7813028	123
+contig	C7813064	123
+contig	C7813072	123
+contig	C7813082	123
+contig	C7812984	123
+contig	C7812992	123
+contig	C7813120	123
+contig	C7813136	123
+contig	C7813134	123
+contig	C7813156	123
+contig	C7813100	123
+contig	C7813006	123
+contig	C7813094	123
+contig	C7813174	123
+contig	C7813176	123
+contig	C7813162	123
+contig	C7813040	123
+contig	C7813214	123
+contig	C7813308	123
+contig	C7813242	123
+contig	C7813216	123
+contig	C7813180	123
+contig	C7813368	123
+contig	C7813316	123
+contig	C7813238	123
+contig	C7813334	123
+contig	C7813402	123
+contig	C7813366	123
+contig	C7813450	123
+contig	C7813442	123
+contig	C7813196	123
+contig	C7813454	123
+contig	C7813468	123
+contig	C7813400	123
+contig	C7813472	123
+contig	C7813516	123
+contig	C7813224	123
+contig	C7813552	123
+contig	C7813382	123
+contig	C7813376	123
+contig	C7813568	123
+contig	C7813460	123
+contig	C7813566	123
+contig	C7813512	123
+contig	C7813594	123
+contig	C7813602	123
+contig	C7813532	123
+contig	C7813584	123
+contig	C7813650	123
+contig	C7813590	123
+contig	C7813502	123
+contig	C7813670	123
+contig	C7813682	123
+contig	C7813556	123
+contig	C7813664	123
+contig	C7813714	123
+contig	C7813720	123
+contig	C7813708	123
+contig	C7813668	123
+contig	C7813686	123
+contig	C7813742	123
+contig	C7813706	123
+contig	C7813622	123
+contig	C7813746	123
+contig	C7813740	123
+contig	C7813764	123
+contig	C7813734	123
+contig	C7813732	123
+contig	C7813780	123
+contig	C7813782	123
+contig	C7813850	123
+contig	C7813762	123
+contig	C7813614	123
+contig	C7813828	123
+contig	C7813824	123
+contig	C7813862	123
+contig	C7813856	123
+contig	C7813786	123
+contig	C7813904	123
+contig	C7813870	123
+contig	C7813960	123
+contig	C7813864	123
+contig	C7813936	123
+contig	C7813980	123
+contig	C7813984	123
+contig	C7813966	123
+contig	C7814000	123
+contig	C7814014	123
+contig	C7813884	123
+contig	C7814022	123
+contig	C7814042	123
+contig	C7813908	123
+contig	C7814058	123
+contig	C7814028	123
+contig	C7814050	123
+contig	C7814062	123
+contig	C7814068	123
+contig	C7814090	123
+contig	C7814104	123
+contig	C7814126	123
+contig	C7814012	123
+contig	C7814078	123
+contig	C7814142	123
+contig	C7814180	123
+contig	C7814144	123
+contig	C7814206	123
+contig	C7814152	123
+contig	C7814232	123
+contig	C7814060	123
+contig	C7814226	123
+contig	C7814248	123
+contig	C7814298	123
+contig	C7814228	123
+contig	C7814312	123
+contig	C7814314	123
+contig	C7814342	123
+contig	C7814372	123
+contig	C7814378	123
+contig	C7814376	123
+contig	C7814400	123
+contig	C7814274	123
+contig	C7814406	123
+contig	C7814396	123
+contig	C7814416	123
+contig	C7814434	123
+contig	C7813916	123
+contig	C7814424	123
+contig	C7814430	123
+contig	C7814462	123
+contig	C7814480	123
+contig	C7814464	123
+contig	C7814352	123
+contig	C7814506	123
+contig	C7814468	123
+contig	C7814540	123
+contig	C7814552	123
+contig	C7814560	123
+contig	C7814438	123
+contig	C7814530	123
+contig	C7814588	123
+contig	C7814600	123
+contig	C7814610	123
+contig	C7814594	123
+contig	C7814572	123
+contig	C7814616	123
+contig	C7814516	123
+contig	C7814608	123
+contig	C7814622	123
+contig	C7814628	123
+contig	C7814614	123
+contig	C7814660	123
+contig	C7814684	123
+contig	C7814682	123
+contig	C7814742	123
+contig	C7814672	123
+contig	C7814800	123
+contig	C7814732	123
+contig	C7814804	123
+contig	C7814814	123
+contig	C7814752	123
+contig	C7814842	123
+contig	C7814686	123
+contig	C7814844	123
+contig	C7814818	123
+contig	C7814898	123
+contig	C7814878	123
+contig	C7814920	123
+contig	C7813792	123
+contig	C7814212	123
+contig	C7814896	123
+contig	C7814946	123
+contig	C7814924	123
+contig	C7814950	123
+contig	C7814956	123
+contig	C7814918	123
+contig	C7814702	123
+contig	C7814970	123
+contig	C7815004	123
+contig	C7815008	123
+contig	C7814974	123
+contig	C7814972	123
+contig	C7815100	123
+contig	C7815110	123
+contig	C7815120	123
+contig	C7815118	123
+contig	C7815052	123
+contig	C7814862	123
+contig	C7815140	123
+contig	C7813992	123
+contig	C7815122	123
+contig	C7815114	123
+contig	C7815130	123
+contig	C7815030	123
+contig	C7815128	123
+contig	C7815196	123
+contig	C7815200	123
+contig	C7815202	123
+contig	C7815168	123
+contig	C7815176	123
+contig	C7815274	123
+contig	C7815226	123
+contig	C7815232	123
+contig	C7815284	123
+contig	C7815288	123
+contig	C7815316	123
+contig	C7815294	123
+contig	C7815348	123
+contig	C7815216	123
+contig	C7815336	123
+contig	C7815372	123
+contig	C7815188	123
+contig	C7815382	123
+contig	C7815392	123
+contig	C7815438	123
+contig	C7815426	123
+contig	C7815410	123
+contig	C7815472	123
+contig	C7815474	123
+contig	C7815406	123
+contig	C7814930	123
+contig	C7815198	123
+contig	C7815524	123
+contig	C7815440	123
+contig	C7815542	123
+contig	C7815358	123
+contig	C7815468	123
+contig	C7815540	123
+contig	C7815494	123
+contig	C7815578	123
+contig	C7815566	123
+contig	C7815370	123
+contig	C7815546	123
+contig	C7815666	123
+contig	C7815586	123
+contig	C7815598	123
+contig	C7815664	123
+contig	C7815608	123
+contig	C7815740	123
+contig	C7815668	123
+contig	C7815600	123
+contig	C7815784	123
+contig	C7815798	123
+contig	C7815744	123
+contig	C7815836	123
+contig	C7815860	123
+contig	C7815862	123
+contig	C7815532	123
+contig	C7815766	123
+contig	C7815864	123
+contig	C7815866	123
+contig	C7815890	123
+contig	C7815848	123
+contig	C7815910	123
+contig	C7815888	123
+contig	C7815886	123
+contig	C7815936	123
+contig	C7815830	123
+contig	C7815944	123
+contig	C7815878	123
+contig	C7815960	123
+contig	C7815896	123
+contig	C7815632	123
+contig	C7815984	123
+contig	C7816000	123
+contig	C7815912	123
+contig	C7816024	123
+contig	C7815996	123
+contig	C7816056	123
+contig	C7816028	123
+contig	C7816076	123
+contig	C7815986	123
+contig	C7816072	123
+contig	C7816112	123
+contig	C7816160	123
+contig	C7816088	123
+contig	C7816140	123
+contig	C7816188	123
+contig	C7816196	123
+contig	C7816132	123
+contig	C7816086	123
+contig	C7816178	123
+contig	C7816214	123
+contig	C7815950	123
+contig	C7816058	123
+contig	C7816206	123
+contig	C7816228	123
+contig	C7816262	123
+contig	C7816232	123
+contig	C7816244	123
+contig	C7816238	123
+contig	C7816186	123
+contig	C7816328	123
+contig	C7816242	123
+contig	C7816300	123
+contig	C7816046	123
+contig	C7816258	123
+contig	C7816364	123
+contig	C7816416	123
+contig	C7816356	123
+contig	C7816406	123
+contig	C7816352	123
+contig	C7816382	123
+contig	C7816418	123
+contig	C7816462	123
+contig	C7816466	123
+contig	C7816368	123
+contig	C7816302	123
+contig	C7816512	123
+contig	C7816428	123
+contig	C7816518	123
+contig	C7816358	123
+contig	C7816532	123
+contig	C7816570	123
+contig	C7816430	123
+contig	C7816578	123
+contig	C7816574	123
+contig	C7816490	123
+contig	C7816612	123
+contig	C7816556	123
+contig	C7816598	123
+contig	C7816662	123
+contig	C7816522	123
+contig	C7816630	123
+contig	C7816666	123
+contig	C7816582	123
+contig	C7816684	123
+contig	C7816642	123
+contig	C7816718	123
+contig	C7816694	123
+contig	C7816720	123
+contig	C7816726	123
+contig	C7816734	123
+contig	C7816728	123
+contig	C7816788	123
+contig	C7816826	123
+contig	C7816736	123
+contig	C7816818	123
+contig	C7816794	123
+contig	C7816878	123
+contig	C7816772	123
+contig	C7816840	123
+contig	C7816866	123
+contig	C7816928	123
+contig	C7816936	123
+contig	C7816888	123
+contig	C7816942	123
+contig	C7816962	123
+contig	C7817004	123
+contig	C7816918	123
+contig	C7817028	123
+contig	C7817064	123
+contig	C7816968	123
+contig	C7817020	123
+contig	C7817074	123
+contig	C7817084	123
+contig	C7816862	123
+contig	C7817098	123
+contig	C7817126	123
+contig	C7816538	123
+contig	C7817160	123
+contig	C7817148	123
+contig	C7817152	123
+contig	C7817166	123
+contig	C7817176	123
+contig	C7817192	123
+contig	C7817190	123
+contig	C7817200	123
+contig	C7817170	123
+contig	C7817236	123
+contig	C7817222	123
+contig	C7817250	123
+contig	C7817274	123
+contig	C7817178	123
+contig	C7817282	123
+contig	C7817290	123
+contig	C7817310	123
+contig	C7817240	123
+contig	C7817296	123
+contig	C7817348	123
+contig	C7817350	123
+contig	C7817294	123
+contig	C7817380	123
+contig	C7817382	123
+contig	C7817328	123
+contig	C7817396	123
+contig	C7816500	123
+contig	C7817420	123
+contig	C7817366	123
+contig	C7817392	123
+contig	C7817440	123
+contig	C7817442	123
+contig	C7817462	123
+contig	C7817488	123
+contig	C7817518	123
+contig	C7817570	123
+contig	C7817406	123
+contig	C7817586	123
+contig	C7816776	123
+contig	C7817604	123
+contig	C7817426	123
+contig	C7817608	123
+contig	C7817626	123
+contig	C7817638	123
+contig	C7817654	123
+contig	C7817634	123
+contig	C7817658	123
+contig	C7817646	123
+contig	C7817474	123
+contig	C7817694	123
+contig	C7817664	123
+contig	C7817710	123
+contig	C7817696	123
+contig	C7817740	123
+contig	C7817674	123
+contig	C7817714	123
+contig	C7817052	123
+contig	C7817612	123
+contig	C7817800	123
+contig	C7817780	123
+contig	C7817812	123
+contig	C7817772	123
+contig	C7817810	123
+contig	C7817860	123
+contig	C7817818	123
+contig	C7817914	123
+contig	C7817932	123
+contig	C7817762	123
+contig	C7817830	123
+contig	C7817970	123
+contig	C7817958	123
+contig	C7817902	123
+contig	C7818032	123
+contig	C7818060	123
+contig	C7818078	123
+contig	C7818034	123
+contig	C7817918	123
+contig	C7817948	123
+contig	C7818026	123
+contig	C7818140	123
+contig	C7818112	123
+contig	C7818010	123
+contig	C7818098	123
+contig	C7818152	123
+contig	C7818196	123
+contig	C7818204	123
+contig	C7818246	123
+contig	C7818192	123
+contig	C7818278	123
+contig	C7818106	123
+contig	C7818260	123
+contig	C7818320	123
+contig	C7818332	123
+contig	C7818222	123
+contig	C7818282	123
+contig	C7818340	123
+contig	C7818302	123
+contig	C7818294	123
+contig	C7818346	123
+contig	C7818440	123
+contig	C7818474	123
+contig	C7818460	123
+contig	C7818470	123
+contig	C7818512	123
+contig	C7818342	123
+contig	C7818534	123
+contig	C7818556	123
+contig	C7818542	123
+contig	C7818600	123
+contig	C7818554	123
+contig	C7818574	123
+contig	C7818722	123
+contig	C7818682	123
+contig	C7818434	123
+contig	C7818654	123
+contig	C7818794	123
+contig	C7818760	123
+contig	C7818802	123
+contig	C7818606	123
+contig	C7818848	123
+contig	C7818818	123
+contig	C7818900	123
+contig	C7818928	123
+contig	C7818912	123
+contig	C7818936	123
+contig	C7818938	123
+contig	C7818982	123
+contig	C7818996	123
+contig	C7818994	123
+contig	C7819002	123
+contig	C7819026	123
+contig	C7818756	123
+contig	C7819030	123
+contig	C7819036	123
+contig	C7819048	123
+contig	C7819006	123
+contig	C7819062	123
+contig	C7817150	123
+contig	C7819084	123
+contig	C7819070	123
+contig	C7819092	123
+contig	C7819056	123
+contig	C7819116	124
+contig	C7818950	123
+contig	C7819118	124
+contig	C7819128	124
+contig	C7819122	124
+contig	C7819090	123
+contig	C7819138	124
+contig	C7819150	124
+contig	C7819134	124
+contig	C7819160	124
+contig	C7819178	124
+contig	C7819182	124
+contig	C7819168	124
+contig	C7819192	124
+contig	C7819190	124
+contig	C7819198	124
+contig	C7818774	123
+contig	C7819254	124
+contig	C7819164	124
+contig	C7819242	124
+contig	C7819300	124
+contig	C7819308	124
+contig	C7819326	124
+contig	C7819328	124
+contig	C7819284	124
+contig	C7819278	124
+contig	C7819366	124
+contig	C7819360	124
+contig	C7819384	124
+contig	C7819342	124
+contig	C7819368	124
+contig	C7819400	124
+contig	C7819406	124
+contig	C7819204	124
+contig	C7819396	124
+contig	C7819086	123
+contig	C7819444	124
+contig	C7819434	124
+contig	C7819512	124
+contig	C7819460	124
+contig	C7819482	124
+contig	C7819530	124
+contig	C7819548	124
+contig	C7819508	124
+contig	C7819542	124
+contig	C7819538	124
+contig	C7819574	124
+contig	C7819566	124
+contig	C7819522	124
+contig	C7819606	124
+contig	C7819608	124
+contig	C7819674	124
+contig	C7819708	124
+contig	C7819612	124
+contig	C7819678	124
+contig	C7819640	124
+contig	C7819722	124
+contig	C7819764	124
+contig	C7819738	124
+contig	C7819780	124
+contig	C7819690	124
+contig	C7819792	124
+contig	C7819818	124
+contig	C7819726	124
+contig	C7819830	124
+contig	C7819870	124
+contig	C7819888	124
+contig	C7819836	124
+contig	C7819856	124
+contig	C7819906	124
+contig	C7819874	124
+contig	C7819974	124
+contig	C7819924	124
+contig	C7819786	124
+contig	C7819886	124
+contig	C7820010	124
+contig	C7820026	124
+contig	C7820000	124
+contig	C7819902	124
+contig	C7819944	124
+contig	C7820100	124
+contig	C7820108	124
+contig	C7820028	124
+contig	C7820118	124
+contig	C7820130	124
+contig	C7820188	124
+contig	C7820016	124
+contig	C7820142	124
+contig	C7820126	124
+contig	C7820068	124
+contig	C7820212	124
+contig	C7820216	124
+contig	C7820182	124
+contig	C7820214	124
+contig	C7820232	124
+contig	C7820200	124
+contig	C7820250	124
+contig	C7820220	124
+contig	C7820260	124
+contig	C7820264	124
+contig	C7820236	124
+contig	C7820254	124
+contig	C7820296	124
+contig	C7820234	124
+contig	C7820290	124
+contig	C7820312	124
+contig	C7820320	124
+contig	C7820326	124
+contig	C7820324	124
+contig	C7820328	124
+contig	C7820348	124
+contig	C7820366	124
+contig	C7820374	124
+contig	C7820404	124
+contig	C7820192	124
+contig	C7820378	124
+contig	C7820460	124
+contig	C7820412	124
+contig	C7820334	124
+contig	C7820362	124
+contig	C7820434	124
+contig	C7820512	124
+contig	C7820528	124
+contig	C7820488	124
+contig	C7820470	124
+contig	C7820532	124
+contig	C7820494	124
+contig	C7820462	124
+contig	C7820544	124
+contig	C7820580	124
+contig	C7820584	124
+contig	C7820590	124
+contig	C7820538	124
+contig	C7820610	124
+contig	C7820618	124
+contig	C7820640	124
+contig	C7820682	124
+contig	C7820684	124
+contig	C7820714	124
+contig	C7820540	124
+contig	C7820740	124
+contig	C7820704	124
+contig	C7820750	124
+contig	C7820738	124
+contig	C7820752	124
+contig	C7820596	124
+contig	C7820678	124
+contig	C7820756	124
+contig	C7820758	124
+contig	C7820816	124
+contig	C7820742	124
+contig	C7820814	124
+contig	C7820872	124
+contig	C7820766	124
+contig	C7820886	124
+contig	C7820936	124
+contig	C7820946	124
+contig	C7820928	124
+contig	C7820840	124
+contig	C7820950	124
+contig	C7820966	124
+contig	C7820964	124
+contig	C7820974	124
+contig	C7820794	124
+contig	C7820988	124
+contig	C7820898	124
+contig	C7821020	124
+contig	C7821002	124
+contig	C7821038	124
+contig	C7821066	124
+contig	C7821016	124
+contig	C7821070	124
+contig	C7821052	124
+contig	C7821078	124
+contig	C7821090	124
+contig	C7821112	124
+contig	C7821118	124
+contig	C7821124	124
+contig	C7821000	124
+contig	C7821034	124
+contig	C7821096	124
+contig	C7821148	124
+contig	C7821140	124
+contig	C7821144	124
+contig	C7821170	124
+contig	C7821142	124
+contig	C7821218	124
+contig	C7821190	124
+contig	C7817374	123
+contig	C7821246	124
+contig	C7821210	124
+contig	C7821232	124
+contig	C7821182	124
+contig	C7821276	124
+contig	C7821274	124
+contig	C7821256	124
+contig	C7821242	124
+contig	C7821282	124
+contig	C7821302	124
+contig	C7821316	124
+contig	C7821312	124
+contig	C7821324	124
+contig	C7821350	124
+contig	C7821326	124
+contig	C7818158	123
+contig	C7821382	124
+contig	C7821384	124
+contig	C7821280	124
+contig	C7821436	124
+contig	C7821396	124
+contig	C7821394	124
+contig	C7821434	124
+contig	C7821194	124
+contig	C7821496	124
+contig	C7821448	124
+contig	C7821516	124
+contig	C7821486	124
+contig	C7821522	124
+contig	C7821498	124
+contig	C7821568	124
+contig	C7821574	124
+contig	C7821584	124
+contig	C7821586	124
+contig	C7821630	124
+contig	C7821598	124
+contig	C7821540	124
+contig	C7821458	124
+contig	C7821616	124
+contig	C7821642	124
+contig	C7821644	124
+contig	C7821668	124
+contig	C7821636	124
+contig	C7821674	124
+contig	C7821658	124
+contig	C7821654	124
+contig	C7821558	124
+contig	C7821684	124
+contig	C7821680	124
+contig	C7821716	124
+contig	C7821760	124
+contig	C7821768	124
+contig	C7821796	124
+contig	C7821718	124
+contig	C7821818	124
+contig	C7821746	124
+contig	C7821812	124
+contig	C7821828	124
+contig	C7821840	124
+contig	C7821788	124
+contig	C7821866	124
+contig	C7821826	124
+contig	C7821934	124
+contig	C7821936	124
+contig	C7821776	124
+contig	C7821938	124
+contig	C7821980	124
+contig	C7821942	124
+contig	C7821988	124
+contig	C7822004	124
+contig	C7821888	124
+contig	C7822012	124
+contig	C7822018	124
+contig	C7821992	124
+contig	C7822058	124
+contig	C7822066	124
+contig	C7822010	124
+contig	C7822060	124
+contig	C7822074	124
+contig	C7822070	124
+contig	C7822092	124
+contig	C7820330	124
+contig	C7822084	124
+contig	C7822114	124
+contig	C7822112	124
+contig	C7822132	124
+contig	C7822138	124
+contig	C7822156	124
+contig	C7822192	124
+contig	C7822158	124
+contig	C7822146	124
+contig	C7822228	124
+contig	C7822206	124
+contig	C7822236	124
+contig	C7822242	124
+contig	C7821890	124
+contig	C7822254	124
+contig	C7822272	124
+contig	C7822260	124
+contig	C7822252	124
+contig	C7822308	124
+contig	C7822292	124
+contig	C7821978	124
+contig	C7822328	124
+contig	C7822296	124
+contig	C7822314	124
+contig	C7822366	124
+contig	C7822392	124
+contig	C7822336	124
+contig	C7822386	124
+contig	C7822402	124
+contig	C7822436	124
+contig	C7822346	124
+contig	C7822458	124
+contig	C7822434	124
+contig	C7822476	124
+contig	C7822464	124
+contig	C7822496	124
+contig	C7822454	124
+contig	C7822512	124
+contig	C7822478	124
+contig	C7822514	124
+contig	C7822508	124
+contig	C7822562	124
+contig	C7822564	124
+contig	C7822570	124
+contig	C7822568	124
+contig	C7822542	124
+contig	C7822600	124
+contig	C7822572	124
+contig	C7822622	124
+contig	C7822662	124
+contig	C7822574	124
+contig	C7822640	124
+contig	C7822680	124
+contig	C7822674	124
+contig	C7822686	124
+contig	C7822614	124
+contig	C7822684	124
+contig	C7822716	124
+contig	C7822726	124
+contig	C7822710	124
+contig	C7822706	124
+contig	C7822736	124
+contig	C7822732	124
+contig	C7822722	124
+contig	C7821648	124
+contig	C7822752	124
+contig	C7822760	124
+contig	C7822776	124
+contig	C7822802	124
+contig	C7822816	124
+contig	C7822770	124
+contig	C7822814	124
+contig	C7822830	124
+contig	C7822846	124
+contig	C7822832	124
+contig	C7822796	124
+contig	C7822854	124
+contig	C7822836	124
+contig	C7822858	124
+contig	C7822878	124
+contig	C7822904	124
+contig	C7822886	124
+contig	C7822856	124
+contig	C7822912	124
+contig	C7822948	124
+contig	C7822898	124
+contig	C7822942	124
+contig	C7822962	124
+contig	C7822978	124
+contig	C7822966	124
+contig	C7822910	124
+contig	C7822992	124
+contig	C7823030	124
+contig	C7823038	124
+contig	C7822980	124
+contig	C7823048	124
+contig	C7823058	124
+contig	C7823056	124
+contig	C7823042	124
+contig	C7822914	124
+contig	C7823000	124
+contig	C7823114	124
+contig	C7823062	124
+contig	C7823080	124
+contig	C7823126	124
+contig	C7823136	124
+contig	C7823130	124
+contig	C7823142	124
+contig	C7823154	124
+contig	C7823120	124
+contig	C7823158	124
+contig	C7823172	124
+contig	C7823128	124
+contig	C7823190	124
+contig	C7823222	124
+contig	C7823244	124
+contig	C7823248	124
+contig	C7823164	124
+contig	C7823256	124
+contig	C7823254	124
+contig	C7823262	124
+contig	C7823198	124
+contig	C7823366	124
+contig	C7823324	124
+contig	C7823368	124
+contig	C7823390	124
+contig	C7823350	124
+contig	C7823370	124
+contig	C7823152	124
+contig	C7823430	124
+contig	C7823286	124
+contig	C7823402	124
+contig	C7823500	124
+contig	C7823400	124
+contig	C7823464	124
+contig	C7823522	124
+contig	C7822176	124
+contig	C7823572	124
+contig	C7823576	124
+contig	C7823516	124
+contig	C7823574	124
+contig	C7823444	124
+contig	C7823622	124
+contig	C7823614	124
+contig	C7823608	124
+contig	C7823578	124
+contig	C7823638	124
+contig	C7823636	124
+contig	C7823640	124
+contig	C7823580	124
+contig	C7823644	124
+contig	C7823626	124
+contig	C7823650	124
+contig	C7823690	124
+contig	C7823658	124
+contig	C7823672	124
+contig	C7823694	124
+contig	C7823724	124
+contig	C7823754	124
+contig	C7823632	124
+contig	C7823720	124
+contig	C7823792	124
+contig	C7823806	124
+contig	C7823762	124
+contig	C7823764	124
+contig	C7823850	124
+contig	C7823768	124
+contig	C7823882	124
+contig	C7823902	124
+contig	C7823908	124
+contig	C7823866	124
+contig	C7823736	124
+contig	C7823820	124
+contig	C7823926	124
+contig	C7823982	124
+contig	C7823886	124
+contig	C7823940	124
+contig	C7824020	124
+contig	C7824028	124
+contig	C7823990	124
+contig	C7823928	124
+contig	C7823946	124
+contig	C7824052	124
+contig	C7824034	124
+contig	C7824030	124
+contig	C7824074	124
+contig	C7824086	124
+contig	C7824022	124
+contig	C7824102	124
+contig	C7824058	124
+contig	C7824108	124
+contig	C7824092	124
+contig	C7824114	124
+contig	C7824142	124
+contig	C7824156	124
+contig	C7824166	124
+contig	C7824068	124
+contig	C7824190	124
+contig	C7824126	124
+contig	C7824182	124
+contig	C7824228	124
+contig	C7824238	124
+contig	C7824282	124
+contig	C7824284	124
+contig	C7824330	124
+contig	C7824334	124
+contig	C7824294	124
+contig	C7824342	124
+contig	C7824218	124
+contig	C7824338	124
+contig	C7824360	124
+contig	C7824372	124
+contig	C7824382	124
+contig	C7824388	124
+contig	C7824392	124
+contig	C7824364	124
+contig	C7824420	124
+contig	C7824438	124
+contig	C7824424	124
+contig	C7824440	124
+contig	C7824346	124
+contig	C7822210	124
+contig	C7824184	124
+contig	C7824468	124
+contig	C7824454	124
+contig	C7824526	124
+contig	C7824514	124
+contig	C7824528	124
+contig	C7824460	124
+contig	C7824532	124
+contig	C7824548	124
+contig	C7824576	124
+contig	C7824536	124
+contig	C7824590	124
+contig	C7824516	124
+contig	C7824582	124
+contig	C7824600	124
+contig	C7824594	124
+contig	C7824608	124
+contig	C7824596	124
+contig	C7824602	124
+contig	C7824618	124
+contig	C7824634	124
+contig	C7824636	124
+contig	C7824632	124
+contig	C7824654	124
+contig	C7824668	124
+contig	C7824710	124
+contig	C7824688	124
+contig	C7824684	124
+contig	C7824718	124
+contig	C7824736	124
+contig	C7824748	124
+contig	C7824756	124
+contig	C7824758	124
+contig	C7824766	124
+contig	C7824780	124
+contig	C7824746	124
+contig	C7824806	124
+contig	C7824704	124
+contig	C7824850	124
+contig	C7824786	124
+contig	C7824612	124
+contig	C7824858	124
+contig	C7824872	124
+contig	C7824860	124
+contig	C7824882	124
+contig	C7824884	124
+contig	C7824886	124
+contig	C7824816	124
+contig	C7824906	124
+contig	C7824960	124
+contig	C7824978	124
+contig	C7824892	124
+contig	C7824928	124
+contig	C7825024	124
+contig	C7825048	124
+contig	C7824982	124
+contig	C7825044	124
+contig	C7824924	124
+contig	C7825056	124
+contig	C7825090	124
+contig	C7825128	124
+contig	C7825098	124
+contig	C7825054	124
+contig	C7825146	124
+contig	C7825094	124
+contig	C7825188	124
+contig	C7825196	124
+contig	C7825184	124
+contig	C7825172	124
+contig	C7824722	124
+contig	C7825208	124
+contig	C7825236	124
+contig	C7825152	124
+contig	C7825224	124
+contig	C7825260	124
+contig	C7825262	124
+contig	C7825324	124
+contig	C7825242	124
+contig	C7825372	124
+contig	C7825376	124
+contig	C7825364	124
+contig	C7825424	124
+contig	C7825418	124
+contig	C7825434	124
+contig	C7825448	124
+contig	C7825282	124
+contig	C7825210	124
+contig	C7825452	124
+contig	C7825478	124
+contig	C7825504	124
+contig	C7825514	124
+contig	C7825530	124
+contig	C7825466	124
+contig	C7825576	124
+contig	C7825578	124
+contig	C7825544	124
+contig	C7825594	124
+contig	C7825588	124
+contig	C7825602	124
+contig	C7825606	124
+contig	C7825512	124
+contig	C7825628	124
+contig	C7825630	124
+contig	C7825640	124
+contig	C7825646	124
+contig	C7825598	124
+contig	C7823570	124
+contig	C7825652	124
+contig	C7825688	124
+contig	C7825608	124
+contig	C7825690	124
+contig	C7825560	124
+contig	C7825724	124
+contig	C7825704	124
+contig	C7825762	124
+contig	C7825668	124
+contig	C7825770	124
+contig	C7825746	124
+contig	C7825808	124
+contig	C7825812	124
+contig	C7825676	124
+contig	C7825790	124
+contig	C7825810	124
+contig	C7825824	124
+contig	C7825822	124
+contig	C7825854	124
+contig	C7825866	124
+contig	C7825700	124
+contig	C7825868	124
+contig	C7825846	124
+contig	C7825870	124
+contig	C7825858	124
+contig	C7825882	124
+contig	C7825884	124
+contig	C7825902	124
+contig	C7825910	124
+contig	C7825876	124
+contig	C7825934	124
+contig	C7825912	124
+contig	C7825920	124
+contig	C7825982	124
+contig	C7825984	124
+contig	C7826002	124
+contig	C7825990	124
+contig	C7825274	124
+contig	C7826044	124
+contig	C7826042	124
+contig	C7826050	124
+contig	C7825898	124
+contig	C7826048	124
+contig	C7826126	124
+contig	C7826140	124
+contig	C7826174	124
+contig	C7826066	124
+contig	C7826176	124
+contig	C7826064	124
+contig	C7826102	124
+contig	C7826200	124
+contig	C7826218	124
+contig	C7826220	124
+contig	C7826194	124
+contig	C7826216	124
+contig	C7826224	124
+contig	C7826276	124
+contig	C7826230	124
+contig	C7826304	124
+contig	C7826322	124
+contig	C7826270	124
+contig	C7826360	124
+contig	C7826228	124
+contig	C7826362	124
+contig	C7825834	124
+contig	C7826378	124
+contig	C7826390	124
+contig	C7826414	124
+contig	C7826406	124
+contig	C7826334	124
+contig	C7826432	124
+contig	C7826442	124
+contig	C7826468	124
+contig	C7826488	124
+contig	C7826458	124
+contig	C7826388	124
+contig	C7826518	124
+contig	C7826490	124
+contig	C7826392	124
+contig	C7826524	124
+contig	C7826504	124
+contig	C7826522	124
+contig	C7826548	124
+contig	C7826590	124
+contig	C7826568	124
+contig	C7826614	124
+contig	C7826554	124
+contig	C7826616	124
+contig	C7826630	124
+contig	C7826602	124
+contig	C7826578	124
+contig	C7826644	124
+contig	C7826704	124
+contig	C7826706	124
+contig	C7826544	124
+contig	C7826740	124
+contig	C7826626	124
+contig	C7826768	124
+contig	C7826778	124
+contig	C7826782	124
+contig	C7826786	124
+contig	C7826790	124
+contig	C7826794	124
+contig	C7826692	124
+contig	C7826818	124
+contig	C7826850	124
+contig	C7826798	124
+contig	C7826874	124
+contig	C7826900	124
+contig	C7826916	124
+contig	C7826752	124
+contig	C7826872	124
+contig	C7826928	124
+contig	C7826990	124
+contig	C7826956	124
+contig	C7827030	124
+contig	C7827038	124
+contig	C7827052	124
+contig	C7827066	124
+contig	C7826934	124
+contig	C7827072	124
+contig	C7827082	124
+contig	C7827058	124
+contig	C7826898	124
+contig	C7827088	124
+contig	C7827110	124
+contig	C7827132	124
+contig	C7826676	124
+contig	C7827146	124
+contig	C7827184	124
+contig	C7827178	124
+contig	C7827190	124
+contig	C7827092	124
+contig	C7827194	124
+contig	C7827234	124
+contig	C7827230	124
+contig	C7827086	124
+contig	C7827238	124
+contig	C7827282	124
+contig	C7827260	124
+contig	C7827276	124
+contig	C7827270	124
+contig	C7827288	124
+contig	C7827294	124
+contig	C7827338	124
+contig	C7827366	124
+contig	C7827264	124
+contig	C7827370	124
+contig	C7827360	124
+contig	C7827414	124
+contig	C7827368	124
+contig	C7827416	124
+contig	C7827292	124
+contig	C7827420	124
+contig	C7827480	124
+contig	C7827418	124
+contig	C7827434	124
+contig	C7827488	124
+contig	C7827496	124
+contig	C7827502	124
+contig	C7827494	124
+contig	C7827500	124
+contig	C7827532	124
+contig	C7827486	124
+contig	C7827462	124
+contig	C7827560	124
+contig	C7827514	124
+contig	C7827544	124
+contig	C7827552	124
+contig	C7827562	124
+contig	C7827572	124
+contig	C7827580	124
+contig	C7827542	124
+contig	C7827578	124
+contig	C7827594	124
+contig	C7827618	124
+contig	C7827616	124
+contig	C7827694	124
+contig	C7827688	124
+contig	C7827706	124
+contig	C7827716	124
+contig	C7827700	124
+contig	C7827720	124
+contig	C7827710	124
+contig	C7827574	124
+contig	C7827756	124
+contig	C7827582	124
+contig	C7827774	124
+contig	C7827764	124
+contig	C7827762	124
+contig	C7827834	124
+contig	C7827798	124
+contig	C7827858	124
+contig	C7827864	124
+contig	C7827876	124
+contig	C7827868	124
+contig	C7827790	124
+contig	C7827884	124
+contig	C7827898	124
+contig	C7827902	124
+contig	C7827906	124
+contig	C7827886	124
+contig	C7827908	124
+contig	C7827724	124
+contig	C7827952	124
+contig	C7827966	124
+contig	C7827918	124
+contig	C7827970	124
+contig	C7828006	124
+contig	C7828030	124
+contig	C7828042	124
+contig	C7828048	124
+contig	C7828060	124
+contig	C7828084	124
+contig	C7828096	124
+contig	C7827964	124
+contig	C7828074	124
+contig	C7828114	124
+contig	C7828124	124
+contig	C7828112	124
+contig	C7828144	124
+contig	C7828160	124
+contig	C7828130	124
+contig	C7828168	124
+contig	C7828180	124
+contig	C7828188	124
+contig	C7828158	124
+contig	C7828202	124
+contig	C7821296	124
+contig	C7828200	124
+contig	C7828226	124
+contig	C7828170	124
+contig	C7828232	124
+contig	C7828270	124
+contig	C7828274	124
+contig	C7828222	124
+contig	C7828290	124
+contig	C7828240	124
+contig	C7828294	124
+contig	C7828300	124
+contig	C7828302	124
+contig	C7828308	124
+contig	C7828320	124
+contig	C7828324	124
+contig	C7828344	124
+contig	C7828328	124
+contig	C7828358	124
+contig	C7828376	124
+contig	C7828264	124
+contig	C7828000	124
+contig	C7828400	124
+contig	C7828408	124
+contig	C7828390	124
+contig	C7828278	124
+contig	C7828422	124
+contig	C7828440	124
+contig	C7828398	124
+contig	C7828444	124
+contig	C7828384	124
+contig	C7828472	124
+contig	C7828470	124
+contig	C7828476	124
+contig	C7828492	124
+contig	C7828482	124
+contig	C7828414	124
+contig	C7828508	124
+contig	C7828542	124
+contig	C7828510	124
+contig	C7828556	124
+contig	C7828552	124
+contig	C7828504	124
+contig	C7828558	124
+contig	C7828570	124
+contig	C7828566	124
+contig	C7828584	124
+contig	C7828560	124
+contig	C7828586	124
+contig	C7828458	124
+contig	C7828652	124
+contig	C7828544	124
+contig	C7828654	124
+contig	C7828606	124
+contig	C7828622	124
+contig	C7828680	124
+contig	C7828716	124
+contig	C7828712	124
+contig	C7828728	124
+contig	C7828778	124
+contig	C7828804	124
+contig	C7828800	124
+contig	C7828826	124
+contig	C7828846	124
+contig	C7828678	124
+contig	C7828834	124
+contig	C7828866	124
+contig	C7828838	124
+contig	C7828878	124
+contig	C7828854	124
+contig	C7828916	124
+contig	C7828974	124
+contig	C7828870	124
+contig	C7828832	124
+contig	C7828980	124
+contig	C7828962	124
+contig	C7829028	124
+contig	C7829064	124
+contig	C7829014	124
+contig	C7829088	124
+contig	C7829070	124
+contig	C7829102	124
+contig	C7828922	124
+contig	C7829092	124
+contig	C7829104	124
+contig	C7829120	124
+contig	C7829002	124
+contig	C7829132	124
+contig	C7829122	124
+contig	C7829008	124
+contig	C7829112	124
+contig	C7829202	124
+contig	C7829146	124
+contig	C7829220	124
+contig	C7829224	124
+contig	C7829218	124
+contig	C7829238	124
+contig	C7829232	124
+contig	C7829268	124
+contig	C7829242	124
+contig	C7829180	124
+contig	C7829280	124
+contig	C7829286	124
+contig	C7829298	124
+contig	C7829174	124
+contig	C7829306	124
+contig	C7829288	124
+contig	C7829314	124
+contig	C7829318	124
+contig	C7829312	124
+contig	C7829344	124
+contig	C7829350	124
+contig	C7829354	124
+contig	C7829376	124
+contig	C7829382	124
+contig	C7829284	124
+contig	C7829356	124
+contig	C7829406	124
+contig	C7829384	124
+contig	C7829386	124
+contig	C7829412	124
+contig	C7829424	124
+contig	C7829432	124
+contig	C7829414	124
+contig	C7829440	124
+contig	C7829492	124
+contig	C7829450	124
+contig	C7829346	124
+contig	C7829632	124
+contig	C7829498	124
+contig	C7829584	124
+contig	C7829648	124
+contig	C7829484	124
+contig	C7829640	124
+contig	C7829682	124
+contig	C7829644	124
+contig	C7829696	124
+contig	C7829674	124
+contig	C7829698	124
+contig	C7829226	124
+contig	C7829694	124
+contig	C7829754	124
+contig	C7829710	124
+contig	C7829720	124
+contig	C7829724	124
+contig	C7829718	124
+contig	C7829788	124
+contig	C7829820	124
+contig	C7827892	124
+contig	C7829792	124
+contig	C7829896	124
+contig	C7829854	124
+contig	C7829910	124
+contig	C7829790	124
+contig	C7829972	124
+contig	C7829878	124
+contig	C7829908	124
+contig	C7829984	124
+contig	C7829974	124
+contig	C7830014	124
+contig	C7829952	124
+contig	C7830026	124
+contig	C7830040	124
+contig	C7830030	124
+contig	C7830016	124
+contig	C7829996	124
+contig	C7830060	124
+contig	C7830064	124
+contig	C7830078	124
+contig	C7830080	124
+contig	C7830086	124
+contig	C7829758	124
+contig	C7830092	124
+contig	C7829894	124
+contig	C7830052	124
+contig	C7830074	124
+contig	C7830094	124
+contig	C7830114	124
+contig	C7830148	124
+contig	C7830128	124
+contig	C7830140	124
+contig	C7830160	124
+contig	C7830196	124
+contig	C7830152	124
+contig	C7830050	124
+contig	C7830108	124
+contig	C7830224	124
+contig	C7830230	124
+contig	C7830298	124
+contig	C7830218	124
+contig	C7830250	124
+contig	C7830332	124
+contig	C7830254	124
+contig	C7830330	124
+contig	C7830334	124
+contig	C7830344	124
+contig	C7830338	124
+contig	C7830090	124
+contig	C7830300	124
+contig	C7830386	124
+contig	C7830378	124
+contig	C7830400	124
+contig	C7830382	124
+contig	C7830410	124
+contig	C7830418	124
+contig	C7830412	124
+contig	C7830394	124
+contig	C7830438	124
+contig	C7830340	124
+contig	C7830454	124
+contig	C7830492	124
+contig	C7830512	124
+contig	C7830392	124
+contig	C7830552	124
+contig	C7830478	124
+contig	C7830572	124
+contig	C7830450	124
+contig	C7830616	124
+contig	C7830640	124
+contig	C7830682	124
+contig	C7830704	124
+contig	C7830716	124
+contig	C7830724	124
+contig	C7830564	124
+contig	C7830728	124
+contig	C7830754	124
+contig	C7830756	124
+contig	C7830610	124
+contig	C7830770	124
+contig	C7830792	124
+contig	C7830782	124
+contig	C7830738	124
+contig	C7830806	124
+contig	C7830778	124
+contig	C7830798	124
+contig	C7830808	124
+contig	C7830846	124
+contig	C7830764	124
+contig	C7830852	124
+contig	C7830828	124
+contig	C7830830	124
+contig	C7830890	124
+contig	C7830950	124
+contig	C7830988	124
+contig	C7830940	124
+contig	C7830896	124
+contig	C7831012	124
+contig	C7830866	124
+contig	C7830992	124
+contig	C7831064	124
+contig	C7831054	124
+contig	C7830162	124
+contig	C7831102	124
+contig	C7831100	124
+contig	C7831152	124
+contig	C7831124	124
+contig	C7831068	124
+contig	C7830850	124
+contig	C7831056	124
+contig	C7831158	124
+contig	C7831156	124
+contig	C7831166	124
+contig	C7831162	124
+contig	C7831198	124
+contig	C7831202	124
+contig	C7831022	124
+contig	C7831194	124
+contig	C7831238	124
+contig	C7831218	124
+contig	C7831258	124
+contig	C7831246	124
+contig	C7831262	124
+contig	C7831164	124
+contig	C7831260	124
+contig	C7831299	124
+contig	C7831325	125
+contig	C7831323	125
+contig	C7831286	124
+contig	C7831329	125
+contig	C7831236	124
+contig	C7831284	124
+contig	C7831353	125
+contig	C7831341	125
+contig	C7831399	125
+contig	C7831361	125
+contig	C7831250	124
+contig	C7831355	125
+contig	C7831331	125
+contig	C7831443	125
+contig	C7831419	125
+contig	C7831345	125
+contig	C7831401	125
+contig	C7831405	125
+contig	C7831493	125
+contig	C7831455	125
+contig	C7831451	125
+contig	C7831555	125
+contig	C7831551	125
+contig	C7831557	125
+contig	C7831469	125
+contig	C7831559	125
+contig	C7831509	125
+contig	C7831499	125
+contig	C7831563	125
+contig	C7831579	125
+contig	C7831599	125
+contig	C7831643	125
+contig	C7831617	125
+contig	C7831623	125
+contig	C7831701	125
+contig	C7831607	125
+contig	C7831737	125
+contig	C7831679	125
+contig	C7831773	125
+contig	C7831711	125
+contig	C7831793	125
+contig	C7831803	125
+contig	C7831771	125
+contig	C7831811	125
+contig	C7831841	125
+contig	C7831717	125
+contig	C7831795	125
+contig	C7831775	125
+contig	C7831843	125
+contig	C7831875	125
+contig	C7831817	125
+contig	C7831859	125
+contig	C7831865	125
+contig	C7831881	125
+contig	C7831895	125
+contig	C7831929	125
+contig	C7831903	125
+contig	C7831923	125
+contig	C7831569	125
+contig	C7831901	125
+contig	C7831991	125
+contig	C7831943	125
+contig	C7831997	125
+contig	C7831879	125
+contig	C7832029	125
+contig	C7832057	125
+contig	C7831963	125
+contig	C7831995	125
+contig	C7832079	125
+contig	C7832011	125
+contig	C7832041	125
+contig	C7832013	125
+contig	C7832073	125
+contig	C7832123	125
+contig	C7832103	125
+contig	C7832137	125
+contig	C7832097	125
+contig	C7832239	125
+contig	C7832263	125
+contig	C7832165	125
+contig	C7832167	125
+contig	C7832293	125
+contig	C7832355	125
+contig	C7832367	125
+contig	C7832365	125
+contig	C7832271	125
+contig	C7832269	125
+contig	C7832277	125
+contig	C7832395	125
+contig	C7832375	125
+contig	C7832403	125
+contig	C7832451	125
+contig	C7832401	125
+contig	C7832371	125
+contig	C7832505	125
+contig	C7832495	125
+contig	C7832519	125
+contig	C7832499	125
+contig	C7832517	125
+contig	C7832475	125
+contig	C7832521	125
+contig	C7832525	125
+contig	C7832565	125
+contig	C7832583	125
+contig	C7832609	125
+contig	C7832541	125
+contig	C7832611	125
+contig	C7832625	125
+contig	C7832645	125
+contig	C7832531	125
+contig	C7832663	125
+contig	C7832651	125
+contig	C7832657	125
+contig	C7832695	125
+contig	C7832681	125
+contig	C7832467	125
+contig	C7832701	125
+contig	C7832713	125
+contig	C7832707	125
+contig	C7832671	125
+contig	C7832677	125
+contig	C7832751	125
+contig	C7832729	125
+contig	C7832747	125
+contig	C7832777	125
+contig	C7832727	125
+contig	C7832793	125
+contig	C7832837	125
+contig	C7832825	125
+contig	C7832861	125
+contig	C7832895	125
+contig	C7832785	125
+contig	C7832901	125
+contig	C7832757	125
+contig	C7832969	125
+contig	C7832995	125
+contig	C7832891	125
+contig	C7832913	125
+contig	C7833005	125
+contig	C7832997	125
+contig	C7832805	125
+contig	C7833061	125
+contig	C7833091	125
+contig	C7833093	125
+contig	C7832965	125
+contig	C7833107	125
+contig	C7833119	125
+contig	C7833085	125
+contig	C7833081	125
+contig	C7833121	125
+contig	C7833139	125
+contig	C7833103	125
+contig	C7833155	125
+contig	C7833153	125
+contig	C7833011	125
+contig	C7833143	125
+contig	C7833159	125
+contig	C7833157	125
+contig	C7833205	125
+contig	C7833229	125
+contig	C7833223	125
+contig	C7833279	125
+contig	C7833281	125
+contig	C7833285	125
+contig	C7833199	125
+contig	C7833289	125
+contig	C7833319	125
+contig	C7833331	125
+contig	C7833393	125
+contig	C7833237	125
+contig	C7833399	125
+contig	C7833375	125
+contig	C7833163	125
+contig	C7833409	125
+contig	C7833413	125
+contig	C7833417	125
+contig	C7833425	125
+contig	C7833429	125
+contig	C7833423	125
+contig	C7833441	125
+contig	C7833445	125
+contig	C7833327	125
+contig	C7833465	125
+contig	C7833449	125
+contig	C7833435	125
+contig	C7833515	125
+contig	C7833545	125
+contig	C7833501	125
+contig	C7833579	125
+contig	C7833481	125
+contig	C7833587	125
+contig	C7833571	125
+contig	C7833609	125
+contig	C7833595	125
+contig	C7833633	125
+contig	C7833625	125
+contig	C7833695	125
+contig	C7833659	125
+contig	C7833711	125
+contig	C7833479	125
+contig	C7833705	125
+contig	C7833727	125
+contig	C7833673	125
+contig	C7833735	125
+contig	C7833751	125
+contig	C7833753	125
+contig	C7833737	125
+contig	C7833747	125
+contig	C7833759	125
+contig	C7833769	125
+contig	C7833471	125
+contig	C7833821	125
+contig	C7833763	125
+contig	C7833809	125
+contig	C7833827	125
+contig	C7833849	125
+contig	C7833851	125
+contig	C7833771	125
+contig	C7833857	125
+contig	C7833859	125
+contig	C7833829	125
+contig	C7833899	125
+contig	C7833917	125
+contig	C7824136	124
+contig	C7833923	125
+contig	C7833867	125
+contig	C7833919	125
+contig	C7833871	125
+contig	C7833957	125
+contig	C7833885	125
+contig	C7833969	125
+contig	C7833931	125
+contig	C7833955	125
+contig	C7833979	125
+contig	C7833987	125
+contig	C7833935	125
+contig	C7833985	125
+contig	C7833971	125
+contig	C7833963	125
+contig	C7834017	125
+contig	C7834009	125
+contig	C7834029	125
+contig	C7834039	125
+contig	C7834059	125
+contig	C7834043	125
+contig	C7834051	125
+contig	C7834007	125
+contig	C7834079	125
+contig	C7834107	125
+contig	C7834131	125
+contig	C7834133	125
+contig	C7834129	125
+contig	C7834159	125
+contig	C7834165	125
+contig	C7834115	125
+contig	C7834167	125
+contig	C7834191	125
+contig	C7834203	125
+contig	C7834169	125
+contig	C7834221	125
+contig	C7834207	125
+contig	C7834243	125
+contig	C7834251	125
+contig	C7834235	125
+contig	C7834253	125
+contig	C7834231	125
+contig	C7834263	125
+contig	C7834279	125
+contig	C7834013	125
+contig	C7834259	125
+contig	C7834311	125
+contig	C7834289	125
+contig	C7834341	125
+contig	C7834325	125
+contig	C7834361	125
+contig	C7833723	125
+contig	C7834445	125
+contig	C7834451	125
+contig	C7834375	125
+contig	C7834473	125
+contig	C7834211	125
+contig	C7834399	125
+contig	C7834491	125
+contig	C7834475	125
+contig	C7834513	125
+contig	C7834563	125
+contig	C7834589	125
+contig	C7834625	125
+contig	C7834413	125
+contig	C7834511	125
+contig	C7834647	125
+contig	C7834677	125
+contig	C7834605	125
+contig	C7834705	125
+contig	C7834709	125
+contig	C7834725	125
+contig	C7834631	125
+contig	C7834711	125
+contig	C7834497	125
+contig	C7834751	125
+contig	C7834793	125
+contig	C7834765	125
+contig	C7834713	125
+contig	C7834795	125
+contig	C7834811	125
+contig	C7834833	125
+contig	C7834835	125
+contig	C7834857	125
+contig	C7834681	125
+contig	C7834881	125
+contig	C7834883	125
+contig	C7834807	125
+contig	C7834797	125
+contig	C7834889	125
+contig	C7834933	125
+contig	C7834939	125
+contig	C7834871	125
+contig	C7834851	125
+contig	C7835035	125
+contig	C7835025	125
+contig	C7835009	125
+contig	C7835041	125
+contig	C7835067	125
+contig	C7834887	125
+contig	C7835099	125
+contig	C7834973	125
+contig	C7835123	125
+contig	C7835121	125
+contig	C7835163	125
+contig	C7835103	125
+contig	C7835169	125
+contig	C7835185	125
+contig	C7835161	125
+contig	C7835139	125
+contig	C7835203	125
+contig	C7835117	125
+contig	C7835211	125
+contig	C7835229	125
+contig	C7835239	125
+contig	C7835209	125
+contig	C7835215	125
+contig	C7835189	125
+contig	C7835075	125
+contig	C7835263	125
+contig	C7835255	125
+contig	C7835265	125
+contig	C7835267	125
+contig	C7835283	125
+contig	C7835307	125
+contig	C7835339	125
+contig	C7835245	125
+contig	C7835297	125
+contig	C7835345	125
+contig	C7835349	125
+contig	C7835391	125
+contig	C7835389	125
+contig	C7835399	125
+contig	C7835309	125
+contig	C7835367	125
+contig	C7835287	125
+contig	C7835273	125
+contig	C7835473	125
+contig	C7835411	125
+contig	C7835407	125
+contig	C7835501	125
+contig	C7835465	125
+contig	C7835539	125
+contig	C7835493	125
+contig	C7835559	125
+contig	C7835497	125
+contig	C7835543	125
+contig	C7835583	125
+contig	C7835507	125
+contig	C7835445	125
+contig	C7835567	125
+contig	C7835605	125
+contig	C7835601	125
+contig	C7835637	125
+contig	C7835619	125
+contig	C7835633	125
+contig	C7835643	125
+contig	C7835657	125
+contig	C7835645	125
+contig	C7835625	125
+contig	C7835671	125
+contig	C7835725	125
+contig	C7835741	125
+contig	C7835751	125
+contig	C7835757	125
+contig	C7835769	125
+contig	C7835593	125
+contig	C7835771	125
+contig	C7835641	125
+contig	C7835795	125
+contig	C7835803	125
+contig	C7835789	125
+contig	C7835727	125
+contig	C7835829	125
+contig	C7835821	125
+contig	C7835793	125
+contig	C7835839	125
+contig	C7835835	125
+contig	C7835773	125
+contig	C7835827	125
+contig	C7835847	125
+contig	C7835919	125
+contig	C7835857	125
+contig	C7835861	125
+contig	C7835941	125
+contig	C7835953	125
+contig	C7835897	125
+contig	C7835923	125
+contig	C7835907	125
+contig	C7835955	125
+contig	C7835975	125
+contig	C7835951	125
+contig	C7835959	125
+contig	C7835937	125
+contig	C7836049	125
+contig	C7835979	125
+contig	C7835977	125
+contig	C7835961	125
+contig	C7835997	125
+contig	C7836087	125
+contig	C7836069	125
+contig	C7836105	125
+contig	C7836075	125
+contig	C7836091	125
+contig	C7836119	125
+contig	C7836123	125
+contig	C7836127	125
+contig	C7836055	125
+contig	C7836133	125
+contig	C7836145	125
+contig	C7836143	125
+contig	C7836165	125
+contig	C7836201	125
+contig	C7836197	125
+contig	C7836207	125
+contig	C7836221	125
+contig	C7836249	125
+contig	C7836273	125
+contig	C7836247	125
+contig	C7836067	125
+contig	C7836287	125
+contig	C7836327	125
+contig	C7836191	125
+contig	C7836289	125
+contig	C7836361	125
+contig	C7836341	125
+contig	C7836293	125
+contig	C7836369	125
+contig	C7836371	125
+contig	C7836383	125
+contig	C7836417	125
+contig	C7836385	125
+contig	C7836423	125
+contig	C7836429	125
+contig	C7836447	125
+contig	C7836449	125
+contig	C7836431	125
+contig	C7836491	125
+contig	C7836499	125
+contig	C7836463	125
+contig	C7836515	125
+contig	C7836517	125
+contig	C7836529	125
+contig	C7836475	125
+contig	C7836521	125
+contig	C7836535	125
+contig	C7836555	125
+contig	C7836605	125
+contig	C7836603	125
+contig	C7836617	125
+contig	C7836659	125
+contig	C7836619	125
+contig	C7836731	125
+contig	C7836743	125
+contig	C7836665	125
+contig	C7836753	125
+contig	C7836747	125
+contig	C7836767	125
+contig	C7836797	125
+contig	C7836801	125
+contig	C7836051	125
+contig	C7836793	125
+contig	C7836837	125
+contig	C7836849	125
+contig	C7836853	125
+contig	C7836867	125
+contig	C7836865	125
+contig	C7836891	125
+contig	C7836869	125
+contig	C7836899	125
+contig	C7836903	125
+contig	C7836811	125
+contig	C7836905	125
+contig	C7836923	125
+contig	C7836909	125
+contig	C7836971	125
+contig	C7836411	125
+contig	C7837001	125
+contig	C7836723	125
+contig	C7836959	125
+contig	C7837021	125
+contig	C7836985	125
+contig	C7837065	125
+contig	C7836367	125
+contig	C7837053	125
+contig	C7837073	125
+contig	C7837033	125
+contig	C7837045	125
+contig	C7837131	125
+contig	C7837103	125
+contig	C7837123	125
+contig	C7837163	125
+contig	C7837043	125
+contig	C7837089	125
+contig	C7837185	125
+contig	C7837189	125
+contig	C7837183	125
+contig	C7837171	125
+contig	C7837239	125
+contig	C7837231	125
+contig	C7837201	125
+contig	C7837235	125
+contig	C7837249	125
+contig	C7837211	125
+contig	C7837297	125
+contig	C7837267	125
+contig	C7837315	125
+contig	C7837295	125
+contig	C7837379	125
+contig	C7837345	125
+contig	C7837405	125
+contig	C7837291	125
+contig	C7837403	125
+contig	C7837319	125
+contig	C7837407	125
+contig	C7837381	125
+contig	C7837473	125
+contig	C7837481	125
+contig	C7837425	125
+contig	C7837411	125
+contig	C7837437	125
+contig	C7837495	125
+contig	C7837457	125
+contig	C7837515	125
+contig	C7837441	125
+contig	C7837541	125
+contig	C7837519	125
+contig	C7837497	125
+contig	C7837553	125
+contig	C7837525	125
+contig	C7837583	125
+contig	C7837581	125
+contig	C7837531	125
+contig	C7837595	125
+contig	C7837537	125
+contig	C7837589	125
+contig	C7837623	125
+contig	C7837659	125
+contig	C7837601	125
+contig	C7837671	125
+contig	C7837599	125
+contig	C7837681	125
+contig	C7837673	125
+contig	C7837693	125
+contig	C7837767	125
+contig	C7832545	125
+contig	C7837755	125
+contig	C7837815	125
+contig	C7837771	125
+contig	C7837753	125
+contig	C7837823	125
+contig	C7837793	125
+contig	C7837847	125
+contig	C7837867	125
+contig	C7837845	125
+contig	C7837885	125
+contig	C7837887	125
+contig	C7837905	125
+contig	C7837889	125
+contig	C7837911	125
+contig	C7837943	125
+contig	C7837605	125
+contig	C7837903	125
+contig	C7837959	125
+contig	C7837975	125
+contig	C7837879	125
+contig	C7837967	125
+contig	C7838049	125
+contig	C7837797	125
+contig	C7838031	125
+contig	C7837995	125
+contig	C7837987	125
+contig	C7838077	125
+contig	C7838091	125
+contig	C7838103	125
+contig	C7838069	125
+contig	C7838123	125
+contig	C7838117	125
+contig	C7838115	125
+contig	C7838205	125
+contig	C7838193	125
+contig	C7838213	125
+contig	C7838179	125
+contig	C7838207	125
+contig	C7838259	125
+contig	C7838133	125
+contig	C7838261	125
+contig	C7838163	125
+contig	C7838277	125
+contig	C7838269	125
+contig	C7838283	125
+contig	C7838249	125
+contig	C7838311	125
+contig	C7838267	125
+contig	C7838355	125
+contig	C7838345	125
+contig	C7838389	125
+contig	C7838383	125
+contig	C7838397	125
+contig	C7838399	125
+contig	C7838221	125
+contig	C7838409	125
+contig	C7838433	125
+contig	C7838415	125
+contig	C7838339	125
+contig	C7838443	125
+contig	C7838455	125
+contig	C7838461	125
+contig	C7838403	125
+contig	C7838481	125
+contig	C7838447	125
+contig	C7825980	124
+contig	C7838527	125
+contig	C7838517	125
+contig	C7838543	125
+contig	C7838471	125
+contig	C7838553	125
+contig	C7838519	125
+contig	C7838505	125
+contig	C7838575	125
+contig	C7838587	125
+contig	C7838569	125
+contig	C7838599	125
+contig	C7838639	125
+contig	C7838747	125
+contig	C7838653	125
+contig	C7838677	125
+contig	C7838551	125
+contig	C7838751	125
+contig	C7838757	125
+contig	C7838755	125
+contig	C7838763	125
+contig	C7838765	125
+contig	C7838773	125
+contig	C7838771	125
+contig	C7838819	125
+contig	C7838837	125
+contig	C7838607	125
+contig	C7838807	125
+contig	C7838863	125
+contig	C7838867	125
+contig	C7838835	125
+contig	C7838787	125
+contig	C7838871	125
+contig	C7838875	125
+contig	C7838909	125
+contig	C7838943	125
+contig	C7838865	125
+contig	C7838933	125
+contig	C7838841	125
+contig	C7838945	125
+contig	C7838955	125
+contig	C7839013	125
+contig	C7838969	125
+contig	C7839017	125
+contig	C7839019	125
+contig	C7839041	125
+contig	C7839057	125
+contig	C7838967	125
+contig	C7839077	125
+contig	C7839111	125
+contig	C7839085	125
+contig	C7838877	125
+contig	C7839137	125
+contig	C7839125	125
+contig	C7839185	125
+contig	C7839167	125
+contig	C7839175	125
+contig	C7839187	125
+contig	C7839209	125
+contig	C7839253	125
+contig	C7839217	125
+contig	C7839269	125
+contig	C7839267	125
+contig	C7839177	125
+contig	C7839305	125
+contig	C7839299	125
+contig	C7839277	125
+contig	C7839261	125
+contig	C7839319	125
+contig	C7839313	125
+contig	C7839337	125
+contig	C7839331	125
+contig	C7839415	125
+contig	C7839423	125
+contig	C7839321	125
+contig	C7839435	125
+contig	C7839417	125
+contig	C7839451	125
+contig	C7839447	125
+contig	C7839371	125
+contig	C7839493	125
+contig	C7839473	125
+contig	C7839517	125
+contig	C7839465	125
+contig	C7839495	125
+contig	C7839163	125
+contig	C7839541	125
+contig	C7839551	125
+contig	C7839519	125
+contig	C7839547	125
+contig	C7839533	125
+contig	C7839561	125
+contig	C7839601	125
+contig	C7839599	125
+contig	C7839609	125
+contig	C7839665	125
+contig	C7839521	125
+contig	C7839667	125
+contig	C7839703	125
+contig	C7839581	125
+contig	C7839705	125
+contig	C7839611	125
+contig	C7839707	125
+contig	C7839619	125
+contig	C7839699	125
+contig	C7839835	125
+contig	C7838317	125
+contig	C7839849	125
+contig	C7839865	125
+contig	C7839877	125
+contig	C7839833	125
+contig	C7839845	125
+contig	C7839775	125
+contig	C7839765	125
+contig	C7839881	125
+contig	C7839893	125
+contig	C7839857	125
+contig	C7839911	125
+contig	C7839899	125
+contig	C7839921	125
+contig	C7839931	125
+contig	C7840001	125
+contig	C7839939	125
+contig	C7840003	125
+contig	C7839997	125
+contig	C7839897	125
+contig	C7839883	125
+contig	C7840033	125
+contig	C7840045	125
+contig	C7840023	125
+contig	C7840029	125
+contig	C7840049	125
+contig	C7840071	125
+contig	C7840097	125
+contig	C7840103	125
+contig	C7840125	125
+contig	C7839901	125
+contig	C7840099	125
+contig	C7840073	125
+contig	C7840137	125
+contig	C7840197	125
+contig	C7840207	125
+contig	C7840143	125
+contig	C7840233	125
+contig	C7840175	125
+contig	C7840115	125
+contig	C7840223	125
+contig	C7840269	125
+contig	C7840297	125
+contig	C7840341	125
+contig	C7840277	125
+contig	C7840331	125
+contig	C7840343	125
+contig	C7840361	125
+contig	C7840403	125
+contig	C7840309	125
+contig	C7840411	125
+contig	C7840387	125
+contig	C7840009	125
+contig	C7840349	125
+contig	C7840445	125
+contig	C7840461	125
+contig	C7840453	125
+contig	C7840473	125
+contig	C7840373	125
+contig	C7840491	125
+contig	C7840483	125
+contig	C7840493	125
+contig	C7840419	125
+contig	C7840415	125
+contig	C7840509	125
+contig	C7840507	125
+contig	C7840521	125
+contig	C7840539	125
+contig	C7840551	125
+contig	C7840535	125
+contig	C7840559	125
+contig	C7840569	125
+contig	C7840557	125
+contig	C7840517	125
+contig	C7840571	125
+contig	C7840599	125
+contig	C7840607	125
+contig	C7840601	125
+contig	C7840603	125
+contig	C7840555	125
+contig	C7840585	125
+contig	C7840681	125
+contig	C7840645	125
+contig	C7840623	125
+contig	C7840691	125
+contig	C7840709	125
+contig	C7840707	125
+contig	C7840761	125
+contig	C7840755	125
+contig	C7840699	125
+contig	C7840779	125
+contig	C7840685	125
+contig	C7840805	125
+contig	C7837543	125
+contig	C7840831	125
+contig	C7840845	125
+contig	C7840843	125
+contig	C7840849	125
+contig	C7840853	125
+contig	C7840791	125
+contig	C7840793	125
+contig	C7840869	125
+contig	C7840905	125
+contig	C7840927	125
+contig	C7840863	125
+contig	C7840955	125
+contig	C7840615	125
+contig	C7840871	125
+contig	C7840963	125
+contig	C7840837	125
+contig	C7840989	125
+contig	C7841021	125
+contig	C7841027	125
+contig	C7840933	125
+contig	C7841029	125
+contig	C7840983	125
+contig	C7841011	125
+contig	C7840943	125
+contig	C7841075	125
+contig	C7841007	125
+contig	C7841059	125
+contig	C7841117	125
+contig	C7841095	125
+contig	C7841041	125
+contig	C7841079	125
+contig	C7841077	125
+contig	C7841141	125
+contig	C7841133	125
+contig	C7841083	125
+contig	C7841181	125
+contig	C7841147	125
+contig	C7841087	125
+contig	C7841151	125
+contig	C7841223	125
+contig	C7841231	125
+contig	C7841121	125
+contig	C7841187	125
+contig	C7841235	125
+contig	C7841173	125
+contig	C7841225	125
+contig	C7841281	125
+contig	C7841307	125
+contig	C7841243	125
+contig	C7841353	125
+contig	C7841351	125
+contig	C7841361	125
+contig	C7841311	125
+contig	C7841367	125
+contig	C7841375	125
+contig	C7841405	125
+contig	C7841277	125
+contig	C7841425	125
+contig	C7841145	125
+contig	C7841365	125
+contig	C7841451	125
+contig	C7841439	125
+contig	C7841393	125
+contig	C7841453	125
+contig	C7841443	125
+contig	C7841531	125
+contig	C7841505	125
+contig	C7841547	125
+contig	C7841575	125
+contig	C7841583	125
+contig	C7841555	125
+contig	C7841515	125
+contig	C7841595	125
+contig	C7841611	125
+contig	C7841549	125
+contig	C7841649	125
+contig	C7841455	125
+contig	C7841519	125
+contig	C7841597	125
+contig	C7841699	125
+contig	C7841703	125
+contig	C7841721	125
+contig	C7841259	125
+contig	C7841729	125
+contig	C7841771	125
+contig	C7841761	125
+contig	C7841661	125
+contig	C7841781	125
+contig	C7841657	125
+contig	C7841743	125
+contig	C7841801	125
+contig	C7841807	125
+contig	C7841647	125
+contig	C7841787	125
+contig	C7841857	125
+contig	C7841811	125
+contig	C7841885	125
+contig	C7841873	125
+contig	C7841745	125
+contig	C7841913	125
+contig	C7841785	125
+contig	C7841889	125
+contig	C7841961	125
+contig	C7841955	125
+contig	C7841967	125
+contig	C7841919	125
+contig	C7841997	125
+contig	C7842021	125
+contig	C7841839	125
+contig	C7842091	125
+contig	C7841871	125
+contig	C7842039	125
+contig	C7842067	125
+contig	C7842125	125
+contig	C7842133	125
+contig	C7842175	125
+contig	C7842173	125
+contig	C7837931	125
+contig	C7841993	125
+contig	C7842225	125
+contig	C7842205	125
+contig	C7842111	125
+contig	C7842235	125
+contig	C7842005	125
+contig	C7842117	125
+contig	C7842293	125
+contig	C7842229	125
+contig	C7842097	125
+contig	C7842303	125
+contig	C7842201	125
+contig	C7842321	125
+contig	C7842397	125
+contig	C7842323	125
+contig	C7842357	125
+contig	C7842197	125
+contig	C7842405	125
+contig	C7842341	125
+contig	C7842407	125
+contig	C7842431	125
+contig	C7842437	125
+contig	C7842257	125
+contig	C7842411	125
+contig	C7842457	125
+contig	C7842461	125
+contig	C7842251	125
+contig	C7842439	125
+contig	C7842417	125
+contig	C7842467	125
+contig	C7842469	125
+contig	C7842493	125
+contig	C7842329	125
+contig	C7842579	125
+contig	C7842577	125
+contig	C7842529	125
+contig	C7842541	125
+contig	C7842619	125
+contig	C7842637	125
+contig	C7842471	125
+contig	C7842631	125
+contig	C7842671	125
+contig	C7842449	125
+contig	C7842545	125
+contig	C7842603	125
+contig	C7842677	125
+contig	C7842649	125
+contig	C7842559	125
+contig	C7842739	125
+contig	C7842669	125
+contig	C7842713	125
+contig	C7842749	125
+contig	C7842737	125
+contig	C7842723	125
+contig	C7842795	125
+contig	C7842673	125
+contig	C7842839	125
+contig	C7842867	125
+contig	C7842779	125
+contig	C7842835	125
+contig	C7842853	125
+contig	C7842871	125
+contig	C7842827	125
+contig	C7842857	125
+contig	C7842931	125
+contig	C7842875	125
+contig	C7842927	125
+contig	C7842941	125
+contig	C7842879	125
+contig	C7843029	125
+contig	C7843039	125
+contig	C7843019	125
+contig	C7843041	125
+contig	C7843065	125
+contig	C7843057	125
+contig	C7843063	125
+contig	C7843095	125
+contig	C7843105	125
+contig	C7843075	125
+contig	C7842997	125
+contig	C7843117	125
+contig	C7843055	125
+contig	C7843191	125
+contig	C7843069	125
+contig	C7843143	125
+contig	C7843195	125
+contig	C7843243	125
+contig	C7843209	125
+contig	C7843101	125
+contig	C7842999	125
+contig	C7843253	125
+contig	C7843265	125
+contig	C7843157	125
+contig	C7843275	125
+contig	C7843345	125
+contig	C7843235	125
+contig	C7843311	125
+contig	C7843277	125
+contig	C7843293	125
+contig	C7843393	125
+contig	C7843373	125
+contig	C7843379	125
+contig	C7843483	126
+contig	C7843523	126
+contig	C7843437	126
+contig	C7843425	126
+contig	C7843443	126
+contig	C7843529	126
+contig	C7843347	125
+contig	C7843601	126
+contig	C7843553	126
+contig	C7843421	125
+contig	C7843501	126
+contig	C7843661	126
+contig	C7843669	126
+contig	C7843719	126
+contig	C7843717	126
+contig	C7843613	126
+contig	C7843705	126
+contig	C7843709	126
+contig	C7843657	126
+contig	C7843737	126
+contig	C7843755	126
+contig	C7843621	126
+contig	C7843801	126
+contig	C7843835	126
+contig	C7843829	126
+contig	C7843855	126
+contig	C7843849	126
+contig	C7843853	126
+contig	C7843863	126
+contig	C7843861	126
+contig	C7843865	126
+contig	C7843805	126
+contig	C7843889	126
+contig	C7843909	126
+contig	C7843859	126
+contig	C7843725	126
+contig	C7843911	126
+contig	C7843929	126
+contig	C7843973	126
+contig	C7843823	126
+contig	C7843899	126
+contig	C7843997	126
+contig	C7843959	126
+contig	C7843989	126
+contig	C7844015	126
+contig	C7844019	126
+contig	C7843981	126
+contig	C7844027	126
+contig	C7844057	126
+contig	C7842655	125
+contig	C7844037	126
+contig	C7843961	126
+contig	C7844061	126
+contig	C7844059	126
+contig	C7844045	126
+contig	C7844053	126
+contig	C7844069	126
+contig	C7844097	126
+contig	C7844085	126
+contig	C7844121	126
+contig	C7844073	126
+contig	C7844127	126
+contig	C7844149	126
+contig	C7844129	126
+contig	C7844155	126
+contig	C7844067	126
+contig	C7844189	126
+contig	C7844169	126
+contig	C7844197	126
+contig	C7844071	126
+contig	C7844165	126
+contig	C7844199	126
+contig	C7843937	126
+contig	C7844205	126
+contig	C7844269	126
+contig	C7844209	126
+contig	C7844271	126
+contig	C7844265	126
+contig	C7844317	126
+contig	C7844187	126
+contig	C7844321	126
+contig	C7844371	126
+contig	C7844407	126
+contig	C7844193	126
+contig	C7844409	126
+contig	C7844325	126
+contig	C7844455	126
+contig	C7844351	126
+contig	C7844443	126
+contig	C7844433	126
+contig	C7844499	126
+contig	C7844507	126
+contig	C7844465	126
+contig	C7844519	126
+contig	C7844533	126
+contig	C7844461	126
+contig	C7844523	126
+contig	C7844553	126
+contig	C7844395	126
+contig	C7844601	126
+contig	C7844591	126
+contig	C7844389	126
+contig	C7844665	126
+contig	C7844609	126
+contig	C7844691	126
+contig	C7844655	126
+contig	C7844687	126
+contig	C7844577	126
+contig	C7844721	126
+contig	C7844711	126
+contig	C7844617	126
+contig	C7844727	126
+contig	C7844751	126
+contig	C7844733	126
+contig	C7844783	126
+contig	C7844801	126
+contig	C7844807	126
+contig	C7844699	126
+contig	C7844793	126
+contig	C7844813	126
+contig	C7844861	126
+contig	C7844723	126
+contig	C7844869	126
+contig	C7844877	126
+contig	C7844941	126
+contig	C7844971	126
+contig	C7844959	126
+contig	C7844903	126
+contig	C7844975	126
+contig	C7845031	126
+contig	C7844833	126
+contig	C7845065	126
+contig	C7844927	126
+contig	C7845067	126
+contig	C7845047	126
+contig	C7845069	126
+contig	C7845127	126
+contig	C7845059	126
+contig	C7845165	126
+contig	C7845095	126
+contig	C7845201	126
+contig	C7845209	126
+contig	C7845137	126
+contig	C7845019	126
+contig	C7845217	126
+contig	C7845223	126
+contig	C7845225	126
+contig	C7845215	126
+contig	C7845237	126
+contig	C7845249	126
+contig	C7845161	126
+contig	C7845277	126
+contig	C7845293	126
+contig	C7845245	126
+contig	C7845253	126
+contig	C7843953	126
+contig	C7845327	126
+contig	C7845301	126
+contig	C7845345	126
+contig	C7845179	126
+contig	C7845341	126
+contig	C7845361	126
+contig	C7845321	126
+contig	C7845313	126
+contig	C7845349	126
+contig	C7845399	126
+contig	C7845435	126
+contig	C7845387	126
+contig	C7845443	126
+contig	C7845433	126
+contig	C7845487	126
+contig	C7845511	126
+contig	C7845517	126
+contig	C7845331	126
+contig	C7845457	126
+contig	C7845575	126
+contig	C7845583	126
+contig	C7845453	126
+contig	C7845607	126
+contig	C7845483	126
+contig	C7845613	126
+contig	C7845527	126
+contig	C7845649	126
+contig	C7845627	126
+contig	C7845665	126
+contig	C7845701	126
+contig	C7845561	126
+contig	C7845745	126
+contig	C7845751	126
+contig	C7845783	126
+contig	C7845809	126
+contig	C7845615	126
+contig	C7845725	126
+contig	C7845687	126
+contig	C7844629	126
+contig	C7845799	126
+contig	C7845869	126
+contig	C7845899	126
+contig	C7845871	126
+contig	C7845875	126
+contig	C7845903	126
+contig	C7845909	126
+contig	C7845943	126
+contig	C7845877	126
+contig	C7845979	126
+contig	C7845987	126
+contig	C7845935	126
+contig	C7845919	126
+contig	C7845739	126
+contig	C7846001	126
+contig	C7845981	126
+contig	C7846043	126
+contig	C7846029	126
+contig	C7846075	126
+contig	C7846081	126
+contig	C7846099	126
+contig	C7846105	126
+contig	C7845947	126
+contig	C7846149	126
+contig	C7846127	126
+contig	C7845897	126
+contig	C7846159	126
+contig	C7846079	126
+contig	C7846175	126
+contig	C7846199	126
+contig	C7846213	126
+contig	C7846141	126
+contig	C7846225	126
+contig	C7846257	126
+contig	C7846169	126
+contig	C7846253	126
+contig	C7846259	126
+contig	C7846283	126
+contig	C7846273	126
+contig	C7846291	126
+contig	C7846091	126
+contig	C7846295	126
+contig	C7846299	126
+contig	C7846321	126
+contig	C7846057	126
+contig	C7846347	126
+contig	C7846365	126
+contig	C7846389	126
+contig	C7846305	126
+contig	C7846359	126
+contig	C7846415	126
+contig	C7846405	126
+contig	C7846377	126
+contig	C7846453	126
+contig	C7846433	126
+contig	C7846205	126
+contig	C7846441	126
+contig	C7846419	126
+contig	C7846457	126
+contig	C7846479	126
+contig	C7846481	126
+contig	C7846465	126
+contig	C7846349	126
+contig	C7846557	126
+contig	C7846515	126
+contig	C7845777	126
+contig	C7846549	126
+contig	C7846579	126
+contig	C7846619	126
+contig	C7846503	126
+contig	C7846575	126
+contig	C7846653	126
+contig	C7846545	126
+contig	C7846625	126
+contig	C7846685	126
+contig	C7846725	126
+contig	C7846573	126
+contig	C7846691	126
+contig	C7846699	126
+contig	C7846733	126
+contig	C7846729	126
+contig	C7846767	126
+contig	C7846669	126
+contig	C7846797	126
+contig	C7846825	126
+contig	C7846849	126
+contig	C7846867	126
+contig	C7846871	126
+contig	C7846817	126
+contig	C7846907	126
+contig	C7846865	126
+contig	C7846589	126
+contig	C7846855	126
+contig	C7846917	126
+contig	C7846705	126
+contig	C7846743	126
+contig	C7846933	126
+contig	C7846955	126
+contig	C7846979	126
+contig	C7846927	126
+contig	C7846957	126
+contig	C7846973	126
+contig	C7847017	126
+contig	C7846959	126
+contig	C7846949	126
+contig	C7847051	126
+contig	C7846991	126
+contig	C7847037	126
+contig	C7846995	126
+contig	C7846445	126
+contig	C7847027	126
+contig	C7847063	126
+contig	C7847053	126
+contig	C7846945	126
+contig	C7847185	126
+contig	C7847035	126
+contig	C7847159	126
+contig	C7847123	126
+contig	C7847193	126
+contig	C7847263	126
+contig	C7847103	126
+contig	C7847259	126
+contig	C7847257	126
+contig	C7847285	126
+contig	C7847293	126
+contig	C7847301	126
+contig	C7847321	126
+contig	C7847327	126
+contig	C7847271	126
+contig	C7847279	126
+contig	C7847243	126
+contig	C7847351	126
+contig	C7847371	126
+contig	C7847331	126
+contig	C7847413	126
+contig	C7847419	126
+contig	C7847411	126
+contig	C7847287	126
+contig	C7847423	126
+contig	C7847425	126
+contig	C7847467	126
+contig	C7847433	126
+contig	C7847461	126
+contig	C7847475	126
+contig	C7847435	126
+contig	C7847493	126
+contig	C7847213	126
+contig	C7847511	126
+contig	C7847485	126
+contig	C7847505	126
+contig	C7847545	126
+contig	C7847531	126
+contig	C7847575	126
+contig	C7847603	126
+contig	C7847561	126
+contig	C7847625	126
+contig	C7847479	126
+contig	C7847595	126
+contig	C7847549	126
+contig	C7847631	126
+contig	C7847647	126
+contig	C7847659	126
+contig	C7847675	126
+contig	C7847639	126
+contig	C7847673	126
+contig	C7847635	126
+contig	C7847681	126
+contig	C7847663	126
+contig	C7847703	126
+contig	C7847379	126
+contig	C7847707	126
+contig	C7847679	126
+contig	C7847777	126
+contig	C7847765	126
+contig	C7847799	126
+contig	C7847803	126
+contig	C7847811	126
+contig	C7847651	126
+contig	C7847831	126
+contig	C7847849	126
+contig	C7847837	126
+contig	C7847735	126
+contig	C7847853	126
+contig	C7847877	126
+contig	C7847897	126
+contig	C7847855	126
+contig	C7847921	126
+contig	C7847903	126
+contig	C7847935	126
+contig	C7847937	126
+contig	C7847947	126
+contig	C7847923	126
+contig	C7847975	126
+contig	C7847983	126
+contig	C7847957	126
+contig	C7847931	126
+contig	C7847945	126
+contig	C7848001	126
+contig	C7847709	126
+contig	C7847987	126
+contig	C7847995	126
+contig	C7848083	126
+contig	C7848043	126
+contig	C7848085	126
+contig	C7848095	126
+contig	C7848127	126
+contig	C7848171	126
+contig	C7848185	126
+contig	C7848173	126
+contig	C7848053	126
+contig	C7848179	126
+contig	C7848195	126
+contig	C7847817	126
+contig	C7848201	126
+contig	C7848035	126
+contig	C7848243	126
+contig	C7848257	126
+contig	C7848191	126
+contig	C7848261	126
+contig	C7848299	126
+contig	C7848259	126
+contig	C7848277	126
+contig	C7848315	126
+contig	C7848303	126
+contig	C7848313	126
+contig	C7848223	126
+contig	C7848329	126
+contig	C7848317	126
+contig	C7848343	126
+contig	C7848327	126
+contig	C7848381	126
+contig	C7848425	126
+contig	C7848371	126
+contig	C7848389	126
+contig	C7848487	126
+contig	C7848473	126
+contig	C7848449	126
+contig	C7848479	126
+contig	C7848507	126
+contig	C7848501	126
+contig	C7848515	126
+contig	C7848531	126
+contig	C7848511	126
+contig	C7848513	126
+contig	C7848543	126
+contig	C7848321	126
+contig	C7848559	126
+contig	C7847693	126
+contig	C7848599	126
+contig	C7848563	126
+contig	C7848575	126
+contig	C7848549	126
+contig	C7848569	126
+contig	C7848603	126
+contig	C7848607	126
+contig	C7848639	126
+contig	C7848605	126
+contig	C7848645	126
+contig	C7848687	126
+contig	C7848545	126
+contig	C7848699	126
+contig	C7848709	126
+contig	C7847069	126
+contig	C7848655	126
+contig	C7848751	126
+contig	C7848799	126
+contig	C7848837	126
+contig	C7848829	126
+contig	C7848759	126
+contig	C7848807	126
+contig	C7848849	126
+contig	C7848859	126
+contig	C7848839	126
+contig	C7848857	126
+contig	C7848903	126
+contig	C7848905	126
+contig	C7848943	126
+contig	C7848901	126
+contig	C7848973	126
+contig	C7848919	126
+contig	C7848991	126
+contig	C7848623	126
+contig	C7848913	126
+contig	C7848733	126
+contig	C7848985	126
+contig	C7848953	126
+contig	C7849003	126
+contig	C7849029	126
+contig	C7849011	126
+contig	C7849061	126
+contig	C7848993	126
+contig	C7849023	126
+contig	C7849035	126
+contig	C7849115	126
+contig	C7849099	126
+contig	C7849037	126
+contig	C7849085	126
+contig	C7849065	126
+contig	C7849131	126
+contig	C7849129	126
+contig	C7849109	126
+contig	C7849147	126
+contig	C7849139	126
+contig	C7849211	126
+contig	C7849175	126
+contig	C7849259	126
+contig	C7849251	126
+contig	C7849277	126
+contig	C7849069	126
+contig	C7849281	126
+contig	C7849287	126
+contig	C7849293	126
+contig	C7849193	126
+contig	C7849315	126
+contig	C7849267	126
+contig	C7849357	126
+contig	C7849295	126
+contig	C7849351	126
+contig	C7849283	126
+contig	C7849359	126
+contig	C7849407	126
+contig	C7849291	126
+contig	C7849415	126
+contig	C7849305	126
+contig	C7849411	126
+contig	C7849151	126
+contig	C7849421	126
+contig	C7849419	126
+contig	C7849487	126
+contig	C7849485	126
+contig	C7849499	126
+contig	C7849525	126
+contig	C7849601	126
+contig	C7849447	126
+contig	C7849609	126
+contig	C7849649	126
+contig	C7849481	126
+contig	C7849493	126
+contig	C7849501	126
+contig	C7849697	126
+contig	C7849693	126
+contig	C7849703	126
+contig	C7849715	126
+contig	C7849783	126
+contig	C7849627	126
+contig	C7849819	126
+contig	C7849781	126
+contig	C7849821	126
+contig	C7849787	126
+contig	C7849753	126
+contig	C7849853	126
+contig	C7849835	126
+contig	C7849843	126
+contig	C7849921	126
+contig	C7849925	126
+contig	C7849951	126
+contig	C7849837	126
+contig	C7849987	126
+contig	C7850015	126
+contig	C7850037	126
+contig	C7850027	126
+contig	C7849827	126
+contig	C7850053	126
+contig	C7850043	126
+contig	C7850089	126
+contig	C7850021	126
+contig	C7850103	126
+contig	C7850063	126
+contig	C7850023	126
+contig	C7850117	126
+contig	C7850119	126
+contig	C7850035	126
+contig	C7850149	126
+contig	C7850151	126
+contig	C7850163	126
+contig	C7850177	126
+contig	C7850125	126
+contig	C7850159	126
+contig	C7850135	126
+contig	C7850199	126
+contig	C7850233	126
+contig	C7850229	126
+contig	C7850241	126
+contig	C7850231	126
+contig	C7850209	126
+contig	C7849725	126
+contig	C7850315	126
+contig	C7850319	126
+contig	C7850321	126
+contig	C7850285	126
+contig	C7850313	126
+contig	C7850327	126
+contig	C7850347	126
+contig	C7850349	126
+contig	C7850361	126
+contig	C7850107	126
+contig	C7850301	126
+contig	C7850383	126
+contig	C7850417	126
+contig	C7850423	126
+contig	C7850391	126
+contig	C7850377	126
+contig	C7850433	126
+contig	C7850427	126
+contig	C7850441	126
+contig	C7850491	126
+contig	C7850517	126
+contig	C7850519	126
+contig	C7850401	126
+contig	C7850527	126
+contig	C7850387	126
+contig	C7850459	126
+contig	C7850531	126
+contig	C7850551	126
+contig	C7850555	126
+contig	C7850579	126
+contig	C7850461	126
+contig	C7850583	126
+contig	C7850589	126
+contig	C7850585	126
+contig	C7850617	126
+contig	C7850609	126
+contig	C7850637	126
+contig	C7850565	126
+contig	C7850649	126
+contig	C7850561	126
+contig	C7850661	126
+contig	C7850153	126
+contig	C7850647	126
+contig	C7850687	126
+contig	C7850643	126
+contig	C7850699	126
+contig	C7850731	126
+contig	C7850713	126
+contig	C7850671	126
+contig	C7850785	126
+contig	C7850833	126
+contig	C7850719	126
+contig	C7850845	126
+contig	C7850745	126
+contig	C7850859	126
+contig	C7850909	126
+contig	C7850761	126
+contig	C7850849	126
+contig	C7850911	126
+contig	C7850933	126
+contig	C7850265	126
+contig	C7850925	126
+contig	C7851009	126
+contig	C7850967	126
+contig	C7850857	126
+contig	C7851025	126
+contig	C7850995	126
+contig	C7850977	126
+contig	C7851047	126
+contig	C7850693	126
+contig	C7851095	126
+contig	C7850945	126
+contig	C7851161	126
+contig	C7851167	126
+contig	C7851067	126
+contig	C7851163	126
+contig	C7851105	126
+contig	C7851187	126
+contig	C7851225	126
+contig	C7851259	126
+contig	C7851287	126
+contig	C7851199	126
+contig	C7851243	126
+contig	C7851227	126
+contig	C7851297	126
+contig	C7851367	126
+contig	C7851335	126
+contig	C7851165	126
+contig	C7851371	126
+contig	C7851383	126
+contig	C7851433	126
+contig	C7851389	126
+contig	C7851347	126
+contig	C7851439	126
+contig	C7851441	126
+contig	C7851327	126
+contig	C7851395	126
+contig	C7851435	126
+contig	C7851447	126
+contig	C7851483	126
+contig	C7851257	126
+contig	C7851489	126
+contig	C7851443	126
+contig	C7851505	126
+contig	C7851539	126
+contig	C7851455	126
+contig	C7851537	126
+contig	C7851557	126
+contig	C7851543	126
+contig	C7851563	126
+contig	C7851571	126
+contig	C7851587	126
+contig	C7851573	126
+contig	C7851583	126
+contig	C7851473	126
+contig	C7851589	126
+contig	C7851605	126
+contig	C7851613	126
+contig	C7851595	126
+contig	C7851689	126
+contig	C7851653	126
+contig	C7851699	126
+contig	C7851705	126
+contig	C7851707	126
+contig	C7851617	126
+contig	C7851713	126
+contig	C7851711	126
+contig	C7851721	126
+contig	C7851599	126
+contig	C7851685	126
+contig	C7851737	126
+contig	C7851719	126
+contig	C7851729	126
+contig	C7851769	126
+contig	C7851775	126
+contig	C7851797	126
+contig	C7851787	126
+contig	C7851807	126
+contig	C7851841	126
+contig	C7851837	126
+contig	C7851845	126
+contig	C7851861	126
+contig	C7851875	126
+contig	C7851903	126
+contig	C7851859	126
+contig	C7851891	126
+contig	C7851933	126
+contig	C7851929	126
+contig	C7851949	126
+contig	C7851941	126
+contig	C7851471	126
+contig	C7852007	126
+contig	C7851973	126
+contig	C7851701	126
+contig	C7851971	126
+contig	C7852021	126
+contig	C7851897	126
+contig	C7851905	126
+contig	C7852115	126
+contig	C7852121	126
+contig	C7852073	126
+contig	C7852095	126
+contig	C7852167	126
+contig	C7852155	126
+contig	C7852139	126
+contig	C7852037	126
+contig	C7852185	126
+contig	C7852169	126
+contig	C7852205	126
+contig	C7852217	126
+contig	C7852179	126
+contig	C7852219	126
+contig	C7852159	126
+contig	C7852287	126
+contig	C7852263	126
+contig	C7852311	126
+contig	C7852321	126
+contig	C7852109	126
+contig	C7852343	126
+contig	C7852351	126
+contig	C7852333	126
+contig	C7852353	126
+contig	C7852345	126
+contig	C7852359	126
+contig	C7852403	126
+contig	C7852273	126
+contig	C7852417	126
+contig	C7852141	126
+contig	C7852445	126
+contig	C7852309	126
+contig	C7852431	126
+contig	C7852451	126
+contig	C7852409	126
+contig	C7852557	126
+contig	C7852483	126
+contig	C7852457	126
+contig	C7852519	126
+contig	C7852221	126
+contig	C7852559	126
+contig	C7852615	126
+contig	C7852621	126
+contig	C7852627	126
+contig	C7852641	126
+contig	C7852373	126
+contig	C7852635	126
+contig	C7852611	126
+contig	C7852653	126
+contig	C7852661	126
+contig	C7852647	126
+contig	C7852607	126
+contig	C7852717	126
+contig	C7852447	126
+contig	C7852705	126
+contig	C7852723	126
+contig	C7852733	126
+contig	C7852663	126
+contig	C7852751	126
+contig	C7852745	126
+contig	C7852771	126
+contig	C7852761	126
+contig	C7852747	126
+chromosome	scaffold4190	7337
+contig	C7852677	126
+contig	C7852787	126
+contig	C7852775	126
+contig	C7852801	126
+contig	C7852779	126
+contig	C7852789	126
+contig	C7852835	126
+contig	C7852841	126
+contig	C7852777	126
+contig	C7852815	126
+contig	C7852711	126
+contig	C7852873	126
+contig	C7852883	126
+contig	C7852821	126
+contig	C7852887	126
+contig	C7852843	126
+contig	C7852813	126
+contig	C7852941	126
+contig	C7852917	126
+contig	C7852881	126
+contig	C7852953	126
+contig	C7852951	126
+contig	C7852603	126
+contig	C7852913	126
+contig	C7852977	126
+contig	C7852979	126
+contig	C7852939	126
+contig	C7852995	126
+contig	C7853045	126
+contig	C7852955	126
+contig	C7853051	126
+contig	C7853073	126
+contig	C7852725	126
+contig	C7853041	126
+contig	C7852989	126
+contig	C7853095	126
+contig	C7853139	126
+contig	C7853113	126
+contig	C7853125	126
+contig	C7853099	126
+contig	C7853177	126
+contig	C7853143	126
+contig	C7853187	126
+contig	C7852991	126
+contig	C7853221	126
+contig	C7853235	126
+contig	C7853219	126
+contig	C7853293	126
+contig	C7853043	126
+contig	C7853069	126
+contig	C7853299	126
+contig	C7853315	126
+contig	C7853341	126
+contig	C7853415	126
+contig	C7853309	126
+contig	C7853433	126
+contig	C7853397	126
+contig	C7853215	126
+contig	C7853437	126
+contig	C7853375	126
+contig	C7853395	126
+contig	C7853473	126
+contig	C7853487	126
+contig	C7853483	126
+contig	C7853543	126
+contig	C7853525	126
+contig	C7853181	126
+contig	C7853511	126
+contig	C7853551	126
+contig	C7853547	126
+contig	C7853451	126
+contig	C7853569	126
+contig	C7853583	126
+contig	C7853567	126
+contig	C7853571	126
+contig	C7853467	126
+contig	C7853629	126
+contig	C7853595	126
+contig	C7853417	126
+contig	C7853633	126
+contig	C7853659	126
+contig	C7853631	126
+contig	C7853695	126
+contig	C7853665	126
+contig	C7853705	126
+contig	C7853621	126
+contig	C7853685	126
+contig	C7853745	126
+contig	C7853647	126
+contig	C7853725	126
+contig	C7853771	126
+contig	C7853715	126
+contig	C7853845	126
+contig	C7853865	126
+contig	C7853479	126
+contig	C7853911	126
+contig	C7853651	126
+contig	C7853793	126
+contig	C7853905	126
+contig	C7853791	126
+contig	C7853997	126
+contig	C7853893	126
+contig	C7853939	126
+contig	C7853751	126
+contig	C7854019	126
+contig	C7853749	126
+contig	C7854017	126
+contig	C7854021	126
+contig	C7853947	126
+contig	C7853927	126
+contig	C7854041	126
+contig	C7854061	126
+contig	C7854171	126
+contig	C7854073	126
+contig	C7854181	126
+contig	C7854113	126
+contig	C7854185	126
+contig	C7854053	126
+contig	C7854071	126
+contig	C7854207	126
+contig	C7854125	126
+contig	C7854237	126
+contig	C7854247	126
+contig	C7854255	126
+contig	C7854177	126
+contig	C7854267	126
+contig	C7854215	126
+contig	C7854275	126
+contig	C7854283	126
+contig	C7854259	126
+contig	C7854353	126
+contig	C7854293	126
+contig	C7848209	126
+contig	C7854303	126
+contig	C7854261	126
+contig	C7854393	126
+contig	C7854377	126
+contig	C7854405	126
+contig	C7854431	126
+contig	C7854435	126
+contig	C7854395	126
+contig	C7854463	126
+contig	C7854457	126
+contig	C7854449	126
+contig	C7854469	126
+contig	C7854309	126
+contig	C7854351	126
+contig	C7854437	126
+contig	C7854467	126
+contig	C7854499	126
+contig	C7854475	126
+contig	C7854409	126
+contig	C7854515	126
+contig	C7854471	126
+contig	C7854523	126
+contig	C7854465	126
+contig	C7854565	126
+contig	C7854599	126
+contig	C7854403	126
+contig	C7854581	126
+contig	C7854615	126
+contig	C7854657	126
+contig	C7854637	126
+contig	C7854673	126
+contig	C7854693	126
+contig	C7854697	126
+contig	C7854699	126
+contig	C7854731	126
+contig	C7854549	126
+contig	C7854639	126
+contig	C7854717	126
+contig	C7854705	126
+contig	C7854781	126
+contig	C7854733	126
+contig	C7854779	126
+contig	C7854783	126
+contig	C7854787	126
+contig	C7854701	126
+contig	C7854809	126
+contig	C7854289	126
+contig	C7854819	126
+contig	C7854631	126
+contig	C7854803	126
+contig	C7854845	126
+contig	C7854797	126
+contig	C7854821	126
+contig	C7854873	126
+contig	C7854921	126
+contig	C7854843	126
+contig	C7854903	126
+contig	C7854771	126
+contig	C7854977	126
+contig	C7854955	126
+contig	C7854945	126
+contig	C7854881	126
+contig	C7854923	126
+contig	C7854957	126
+contig	C7855017	126
+contig	C7854669	126
+contig	C7855035	126
+contig	C7854983	126
+contig	C7855031	126
+contig	C7855055	126
+contig	C7854905	126
+contig	C7855001	126
+contig	C7855101	126
+contig	C7855095	126
+contig	C7855127	126
+contig	C7855083	126
+contig	C7855131	126
+contig	C7855133	126
+contig	C7855071	126
+contig	C7855165	126
+contig	C7855027	126
+contig	C7855143	126
+contig	C7855185	126
+contig	C7855179	126
+contig	C7855171	126
+contig	C7855051	126
+contig	C7855115	126
+contig	C7855191	126
+contig	C7855107	126
+contig	C7855201	126
+contig	C7855183	126
+contig	C7855231	127
+contig	C7855025	126
+contig	C7855209	126
+contig	C7855271	127
+contig	C7855189	126
+contig	C7855255	127
+contig	C7855259	127
+contig	C7855319	127
+contig	C7855281	127
+contig	C7855283	127
+contig	C7855313	127
+contig	C7855287	127
+contig	C7855279	127
+contig	C7855321	127
+contig	C7855351	127
+contig	C7855217	126
+contig	C7855349	127
+contig	C7855387	127
+contig	C7855327	127
+contig	C7855449	127
+contig	C7855437	127
+contig	C7855479	127
+contig	C7855403	127
+contig	C7855413	127
+contig	C7855405	127
+contig	C7855409	127
+contig	C7855489	127
+contig	C7855481	127
+contig	C7855531	127
+contig	C7855247	127
+contig	C7855543	127
+contig	C7855537	127
+contig	C7855497	127
+contig	C7855587	127
+contig	C7855445	127
+contig	C7855515	127
+contig	C7855605	127
+contig	C7855615	127
+contig	C7855653	127
+contig	C7855499	127
+contig	C7855549	127
+contig	C7855581	127
+contig	C7855713	127
+contig	C7855703	127
+contig	C7855737	127
+contig	C7855681	127
+contig	C7855753	127
+contig	C7855769	127
+contig	C7855797	127
+contig	C7855597	127
+contig	C7855747	127
+contig	C7855859	127
+contig	C7855779	127
+contig	C7855793	127
+contig	C7855949	127
+contig	C7855881	127
+contig	C7855919	127
+contig	C7855889	127
+contig	C7855715	127
+contig	C7855877	127
+contig	C7855973	127
+contig	C7856039	127
+contig	C7855869	127
+contig	C7856041	127
+contig	C7855991	127
+contig	C7856025	127
+contig	C7856047	127
+contig	C7856055	127
+contig	C7856017	127
+contig	C7856075	127
+contig	C7856081	127
+contig	C7856121	127
+contig	C7856093	127
+contig	C7856127	127
+contig	C7855955	127
+contig	C7856155	127
+contig	C7856165	127
+contig	C7855517	127
+contig	C7856119	127
+contig	C7856125	127
+contig	C7856107	127
+contig	C7856181	127
+contig	C7856195	127
+contig	C7856171	127
+contig	C7856341	127
+contig	C7856267	127
+contig	C7856241	127
+contig	C7856349	127
+contig	C7856255	127
+contig	C7856289	127
+contig	C7856411	127
+contig	C7856409	127
+contig	C7856433	127
+contig	C7856343	127
+contig	C7856437	127
+contig	C7855961	127
+contig	C7856389	127
+contig	C7856465	127
+contig	C7856423	127
+contig	C7856479	127
+contig	C7856457	127
+contig	C7856401	127
+contig	C7856467	127
+contig	C7856505	127
+contig	C7856493	127
+contig	C7856563	127
+contig	C7856593	127
+contig	C7856579	127
+contig	C7856555	127
+contig	C7856559	127
+contig	C7856641	127
+contig	C7856365	127
+contig	C7856613	127
+contig	C7856689	127
+contig	C7856711	127
+contig	C7856703	127
+contig	C7856661	127
+contig	C7856731	127
+contig	C7856677	127
+contig	C7856481	127
+contig	C7856749	127
+contig	C7856843	127
+contig	C7856825	127
+contig	C7856835	127
+contig	C7856861	127
+contig	C7856483	127
+contig	C7856851	127
+contig	C7856875	127
+contig	C7856849	127
+contig	C7856855	127
+contig	C7856869	127
+contig	C7856931	127
+contig	C7856909	127
+contig	C7856767	127
+contig	C7856907	127
+contig	C7856935	127
+contig	C7856969	127
+contig	C7856819	127
+contig	C7856971	127
+contig	C7856981	127
+contig	C7856939	127
+contig	C7857035	127
+contig	C7856867	127
+contig	C7857055	127
+contig	C7857051	127
+contig	C7856989	127
+contig	C7857157	127
+contig	C7857067	127
+contig	C7857151	127
+contig	C7857167	127
+contig	C7856883	127
+contig	C7857183	127
+contig	C7857015	127
+contig	C7857057	127
+contig	C7857185	127
+contig	C7857207	127
+contig	C7857209	127
+contig	C7857169	127
+contig	C7857161	127
+contig	C7857271	127
+contig	C7857227	127
+contig	C7857245	127
+contig	C7857203	127
+contig	C7857257	127
+contig	C7857323	127
+contig	C7857189	127
+contig	C7857373	127
+contig	C7857387	127
+contig	C7857317	127
+contig	C7857425	127
+contig	C7857381	127
+contig	C7857533	127
+contig	C7857535	127
+contig	C7857301	127
+contig	C7857589	127
+contig	C7857479	127
+contig	C7857529	127
+contig	C7857587	127
+contig	C7857597	127
+contig	C7857613	127
+contig	C7857639	127
+contig	C7857631	127
+contig	C7857643	127
+contig	C7857649	127
+contig	C7857397	127
+contig	C7857653	127
+contig	C7857365	127
+contig	C7857593	127
+contig	C7857669	127
+contig	C7857713	127
+contig	C7857617	127
+contig	C7857697	127
+contig	C7857251	127
+contig	C7857721	127
+contig	C7857703	127
+contig	C7857773	127
+contig	C7857701	127
+contig	C7857723	127
+contig	C7857779	127
+contig	C7857791	127
+contig	C7857845	127
+contig	C7857783	127
+contig	C7857849	127
+contig	C7857663	127
+contig	C7857851	127
+contig	C7857867	127
+contig	C7857869	127
+contig	C7857755	127
+contig	C7857873	127
+contig	C7857757	127
+contig	C7857887	127
+contig	C7857897	127
+contig	C7857955	127
+contig	C7857963	127
+contig	C7857989	127
+contig	C7857929	127
+contig	C7857981	127
+contig	C7857993	127
+contig	C7858017	127
+contig	C7857789	127
+contig	C7857971	127
+contig	C7857991	127
+contig	C7858035	127
+contig	C7858067	127
+contig	C7858087	127
+contig	C7858159	127
+contig	C7858179	127
+contig	C7858185	127
+contig	C7857859	127
+contig	C7858083	127
+contig	C7858211	127
+contig	C7858207	127
+contig	C7858141	127
+contig	C7855567	127
+contig	C7858219	127
+contig	C7858217	127
+contig	C7858199	127
+contig	C7858103	127
+contig	C7858045	127
+contig	C7858281	127
+contig	C7858215	127
+contig	C7858235	127
+contig	C7858299	127
+contig	C7858261	127
+contig	C7858325	127
+contig	C7858381	127
+contig	C7858389	127
+contig	C7858349	127
+contig	C7858393	127
+contig	C7858303	127
+contig	C7858415	127
+contig	C7858413	127
+contig	C7858375	127
+contig	C7858449	127
+contig	C7858321	127
+contig	C7858397	127
+contig	C7858503	127
+contig	C7858489	127
+contig	C7858275	127
+contig	C7858493	127
+contig	C7858515	127
+contig	C7858551	127
+contig	C7858539	127
+contig	C7858557	127
+contig	C7858535	127
+contig	C7858585	127
+contig	C7858629	127
+contig	C7858635	127
+contig	C7858517	127
+contig	C7858619	127
+contig	C7858673	127
+contig	C7858661	127
+contig	C7858701	127
+contig	C7858679	127
+contig	C7858573	127
+contig	C7858707	127
+contig	C7858675	127
+contig	C7858741	127
+contig	C7858749	127
+contig	C7858435	127
+contig	C7858723	127
+contig	C7858595	127
+contig	C7858813	127
+contig	C7858759	127
+contig	C7858731	127
+contig	C7858755	127
+contig	C7858835	127
+contig	C7858783	127
+contig	C7858821	127
+contig	C7858839	127
+contig	C7858791	127
+contig	C7858845	127
+contig	C7858849	127
+contig	C7859031	127
+contig	C7859033	127
+contig	C7859017	127
+contig	C7859039	127
+contig	C7859045	127
+contig	C7859049	127
+contig	C7859057	127
+contig	C7858913	127
+contig	C7859103	127
+contig	C7859091	127
+contig	C7859075	127
+contig	C7859133	127
+contig	C7857571	127
+contig	C7858363	127
+contig	C7859141	127
+contig	C7859161	127
+contig	C7859167	127
+contig	C7859115	127
+contig	C7859163	127
+contig	C7859191	127
+contig	C7859211	127
+contig	C7859079	127
+contig	C7858829	127
+contig	C7859157	127
+contig	C7859179	127
+contig	C7859243	127
+contig	C7859247	127
+contig	C7859267	127
+contig	C7859269	127
+contig	C7859253	127
+contig	C7859281	127
+contig	C7859299	127
+contig	C7859303	127
+contig	C7859283	127
+contig	C7858895	127
+contig	C7859309	127
+contig	C7859251	127
+contig	C7859227	127
+contig	C7859339	127
+contig	C7859355	127
+contig	C7859399	127
+contig	C7859327	127
+contig	C7859363	127
+contig	C7859127	127
+contig	C7859419	127
+contig	C7859471	127
+contig	C7859437	127
+contig	C7859311	127
+contig	C7859435	127
+contig	C7859483	127
+contig	C7859511	127
+contig	C7859509	127
+contig	C7859265	127
+contig	C7859439	127
+contig	C7859533	127
+contig	C7859479	127
+contig	C7859551	127
+contig	C7859443	127
+contig	C7859577	127
+contig	C7859545	127
+contig	C7859621	127
+contig	C7859661	127
+contig	C7859517	127
+contig	C7859653	127
+contig	C7859671	127
+contig	C7859673	127
+contig	C7859691	127
+contig	C7859553	127
+contig	C7859599	127
+contig	C7859741	127
+contig	C7859755	127
+contig	C7859699	127
+contig	C7859783	127
+contig	C7859787	127
+contig	C7859515	127
+contig	C7859639	127
+contig	C7859749	127
+contig	C7859697	127
+contig	C7859825	127
+contig	C7859799	127
+contig	C7859887	127
+contig	C7859869	127
+contig	C7859819	127
+contig	C7859899	127
+contig	C7859915	127
+contig	C7859905	127
+contig	C7859763	127
+contig	C7859935	127
+contig	C7859941	127
+contig	C7859967	127
+contig	C7859919	127
+contig	C7860043	127
+contig	C7860057	127
+contig	C7859833	127
+contig	C7860065	127
+contig	C7858647	127
+contig	C7859939	127
+contig	C7859961	127
+contig	C7860079	127
+contig	C7860099	127
+contig	C7860081	127
+contig	C7860069	127
+contig	C7859793	127
+contig	C7860117	127
+contig	C7860121	127
+contig	C7860125	127
+contig	C7860139	127
+contig	C7860143	127
+contig	C7860159	127
+contig	C7860147	127
+contig	C7860107	127
+contig	C7860203	127
+contig	C7860041	127
+contig	C7860205	127
+contig	C7860235	127
+contig	C7860209	127
+contig	C7860215	127
+contig	C7860113	127
+contig	C7860263	127
+contig	C7860179	127
+contig	C7860357	127
+contig	C7860245	127
+contig	C7860249	127
+contig	C7860383	127
+contig	C7860187	127
+contig	C7860321	127
+contig	C7860413	127
+contig	C7860427	127
+contig	C7860431	127
+contig	C7860435	127
+contig	C7860417	127
+contig	C7860449	127
+contig	C7860393	127
+contig	C7860463	127
+contig	C7860539	127
+contig	C7860485	127
+contig	C7860473	127
+contig	C7860559	127
+contig	C7860589	127
+contig	C7860421	127
+contig	C7860611	127
+contig	C7860561	127
+contig	C7860591	127
+contig	C7860625	127
+contig	C7860617	127
+contig	C7860665	127
+contig	C7860531	127
+contig	C7860725	127
+contig	C7860731	127
+contig	C7860369	127
+contig	C7860733	127
+contig	C7860673	127
+contig	C7860657	127
+contig	C7860743	127
+contig	C7860759	127
+contig	C7860739	127
+contig	C7860603	127
+contig	C7860723	127
+contig	C7860785	127
+contig	C7860795	127
+contig	C7860773	127
+contig	C7860737	127
+contig	C7860777	127
+contig	C7860819	127
+contig	C7860821	127
+contig	C7860857	127
+contig	C7860905	127
+contig	C7859177	127
+contig	C7860933	127
+contig	C7860887	127
+contig	C7860993	127
+contig	C7860927	127
+contig	C7860995	127
+contig	C7861007	127
+contig	C7860935	127
+contig	C7860847	127
+contig	C7861083	127
+contig	C7861103	127
+contig	C7860793	127
+contig	C7861131	127
+contig	C7861097	127
+contig	C7860997	127
+contig	C7861189	127
+contig	C7861135	127
+contig	C7861193	127
+contig	C7861163	127
+contig	C7860835	127
+contig	C7861149	127
+contig	C7861111	127
+contig	C7861225	127
+contig	C7861019	127
+contig	C7861203	127
+contig	C7861251	127
+contig	C7861235	127
+contig	C7861267	127
+contig	C7861313	127
+contig	C7861323	127
+contig	C7861325	127
+contig	C7861287	127
+contig	C7861345	127
+contig	C7861341	127
+contig	C7861339	127
+contig	C7861369	127
+contig	C7861207	127
+contig	C7861359	127
+contig	C7861371	127
+contig	C7861395	127
+contig	C7861389	127
+contig	C7861375	127
+contig	C7861427	127
+contig	C7861403	127
+contig	C7861261	127
+contig	C7861441	127
+contig	C7861437	127
+contig	C7861503	127
+contig	C7861463	127
+contig	C7861511	127
+contig	C7861407	127
+contig	C7861515	127
+contig	C7861571	127
+contig	C7861553	127
+contig	C7861589	127
+contig	C7861603	127
+contig	C7861317	127
+contig	C7861507	127
+contig	C7861639	127
+contig	C7861627	127
+contig	C7861533	127
+contig	C7861705	127
+contig	C7861615	127
+contig	C7861653	127
+contig	C7861745	127
+contig	C7861769	127
+contig	C7861773	127
+contig	C7861721	127
+contig	C7861585	127
+contig	C7861833	127
+contig	C7861837	127
+contig	C7861865	127
+contig	C7861875	127
+contig	C7861273	127
+contig	C7861867	127
+contig	C7861877	127
+contig	C7861783	127
+contig	C7861905	127
+contig	C7861839	127
+contig	C7861945	127
+contig	C7861915	127
+contig	C7861981	127
+contig	C7861965	127
+contig	C7861889	127
+contig	C7862021	127
+contig	C7861787	127
+contig	C7861989	127
+contig	C7862009	127
+contig	C7862023	127
+contig	C7861775	127
+contig	C7862065	127
+contig	C7862097	127
+contig	C7862069	127
+contig	C7862103	127
+contig	C7862121	127
+contig	C7861919	127
+contig	C7862137	127
+contig	C7862125	127
+contig	C7862161	127
+contig	C7862149	127
+contig	C7862167	127
+contig	C7862201	127
+contig	C7862205	127
+contig	C7862105	127
+contig	C7862005	127
+contig	C7862193	127
+contig	C7862147	127
+contig	C7862073	127
+contig	C7862261	127
+contig	C7862229	127
+contig	C7862225	127
+contig	C7862277	127
+contig	C7862091	127
+contig	C7862243	127
+contig	C7862285	127
+contig	C7862291	127
+contig	C7862319	127
+contig	C7862333	127
+contig	C7862281	127
+contig	C7862241	127
+contig	C7862359	127
+contig	C7862267	127
+contig	C7862309	127
+contig	C7862279	127
+contig	C7862411	127
+contig	C7862347	127
+contig	C7862417	127
+contig	C7862369	127
+contig	C7862447	127
+contig	C7862455	127
+contig	C7862415	127
+contig	C7862471	127
+contig	C7862429	127
+contig	C7862497	127
+contig	C7862499	127
+contig	C7862505	127
+contig	C7862397	127
+contig	C7862509	127
+contig	C7862513	127
+contig	C7862551	127
+contig	C7862543	127
+contig	C7862553	127
+contig	C7862567	127
+contig	C7859719	127
+contig	C7862579	127
+contig	C7862453	127
+contig	C7862575	127
+contig	C7862615	127
+contig	C7862625	127
+contig	C7862473	127
+contig	C7862637	127
+contig	C7862641	127
+contig	C7862657	127
+contig	C7862443	127
+contig	C7862647	127
+contig	C7862663	127
+contig	C7862561	127
+contig	C7862669	127
+contig	C7862591	127
+contig	C7862705	127
+contig	C7862675	127
+contig	C7862661	127
+contig	C7862493	127
+contig	C7862727	127
+contig	C7862749	127
+contig	C7862679	127
+contig	C7862715	127
+contig	C7862709	127
+contig	C7862839	127
+contig	C7862759	127
+contig	C7862635	127
+contig	C7862673	127
+contig	C7862861	127
+contig	C7862789	127
+contig	C7862577	127
+contig	C7862903	127
+contig	C7862895	127
+contig	C7862867	127
+contig	C7862957	127
+contig	C7862993	127
+contig	C7862909	127
+contig	C7863021	127
+contig	C7862899	127
+contig	C7863113	127
+contig	C7863111	127
+contig	C7863131	127
+contig	C7863003	127
+contig	C7863079	127
+contig	C7863199	127
+contig	C7862969	127
+contig	C7863213	127
+contig	C7863191	127
+contig	C7863163	127
+contig	C7863235	127
+contig	C7863263	127
+contig	C7863125	127
+contig	C7863259	127
+contig	C7863317	127
+contig	C7863269	127
+contig	C7863243	127
+contig	C7862763	127
+contig	C7863169	127
+contig	C7863339	127
+contig	C7862885	127
+contig	C7863329	127
+contig	C7863355	127
+contig	C7863327	127
+contig	C7863299	127
+contig	C7863343	127
+contig	C7863341	127
+contig	C7863399	127
+contig	C7863461	127
+contig	C7863437	127
+contig	C7863527	127
+contig	C7863287	127
+contig	C7863551	127
+contig	C7863561	127
+contig	C7863397	127
+contig	C7863559	127
+contig	C7863535	127
+contig	C7863499	127
+contig	C7863501	127
+contig	C7863567	127
+contig	C7863633	127
+contig	C7863573	127
+contig	C7863635	127
+contig	C7863601	127
+contig	C7863517	127
+contig	C7863617	127
+contig	C7863733	127
+contig	C7863647	127
+contig	C7863747	127
+contig	C7863741	127
+contig	C7863737	127
+contig	C7863685	127
+contig	C7863815	127
+contig	C7863859	127
+contig	C7863821	127
+contig	C7863721	127
+contig	C7863587	127
+contig	C7863861	127
+contig	C7863831	127
+contig	C7863885	127
+contig	C7863553	127
+contig	C7863917	127
+contig	C7863955	127
+contig	C7863905	127
+contig	C7864009	127
+contig	C7863877	127
+contig	C7863895	127
+contig	C7864053	127
+contig	C7863889	127
+contig	C7863993	127
+contig	C7864115	127
+contig	C7864079	127
+contig	C7864121	127
+contig	C7864095	127
+contig	C7864125	127
+contig	C7864129	127
+contig	C7864107	127
+contig	C7864239	127
+contig	C7863957	127
+contig	C7864127	127
+contig	C7864283	127
+contig	C7864271	127
+contig	C7863769	127
+contig	C7864265	127
+contig	C7864301	127
+contig	C7864027	127
+contig	C7864331	127
+contig	C7864355	127
+contig	C7864397	127
+contig	C7864177	127
+contig	C7864353	127
+contig	C7864303	127
+contig	C7864199	127
+contig	C7864407	127
+contig	C7864339	127
+contig	C7864413	127
+contig	C7864377	127
+contig	C7864415	127
+contig	C7864431	127
+contig	C7864491	127
+contig	C7864399	127
+contig	C7864559	127
+contig	C7864469	127
+contig	C7864513	127
+contig	C7864401	127
+contig	C7864505	127
+contig	C7864453	127
+contig	C7864207	127
+contig	C7864613	127
+contig	C7864599	127
+contig	C7864679	127
+contig	C7864689	127
+contig	C7864601	127
+contig	C7864681	127
+contig	C7864697	127
+contig	C7864621	127
+contig	C7864561	127
+contig	C7864577	127
+contig	C7864755	127
+contig	C7864705	127
+contig	C7864749	127
+contig	C7864565	127
+contig	C7864763	127
+contig	C7864773	127
+contig	C7864611	127
+contig	C7864769	127
+contig	C7864759	127
+contig	C7864765	127
+contig	C7864817	127
+contig	C7864757	127
+contig	C7864851	127
+contig	C7864775	127
+contig	C7864729	127
+contig	C7864693	127
+contig	C7864781	127
+contig	C7864959	127
+contig	C7864993	127
+contig	C7865001	127
+contig	C7865033	127
+contig	C7864961	127
+contig	C7864783	127
+contig	C7864903	127
+contig	C7865051	127
+contig	C7864943	127
+contig	C7865059	127
+contig	C7865035	127
+contig	C7865115	127
+contig	C7864989	127
+contig	C7865147	127
+contig	C7865117	127
+contig	C7865155	127
+contig	C7865159	127
+contig	C7865133	127
+contig	C7865179	127
+contig	C7865157	127
+contig	C7865189	127
+contig	C7865163	127
+contig	C7865201	127
+contig	C7865061	127
+contig	C7865191	127
+contig	C7865205	127
+contig	C7865023	127
+contig	C7865273	127
+contig	C7865211	127
+contig	C7865219	127
+contig	C7865285	127
+contig	C7865277	127
+contig	C7865281	127
+contig	C7865307	127
+contig	C7865287	127
+contig	C7865197	127
+contig	C7864887	127
+contig	C7865297	127
+contig	C7865363	127
+contig	C7865207	127
+contig	C7865381	127
+contig	C7865357	127
+contig	C7865317	127
+contig	C7865343	127
+contig	C7865289	127
+contig	C7865387	127
+contig	C7865385	127
+contig	C7865421	127
+contig	C7865523	127
+contig	C7865323	127
+contig	C7865505	127
+contig	C7865349	127
+contig	C7865531	127
+contig	C7865525	127
+contig	C7865547	127
+contig	C7865549	127
+contig	C7865465	127
+contig	C7865539	127
+contig	C7865565	127
+contig	C7865463	127
+contig	C7865597	127
+contig	C7865635	127
+contig	C7865591	127
+contig	C7865609	127
+contig	C7865599	127
+contig	C7865571	127
+contig	C7865639	127
+contig	C7865649	127
+contig	C7865559	127
+contig	C7865643	127
+contig	C7865677	127
+contig	C7865705	127
+contig	C7865435	127
+contig	C7865721	127
+contig	C7865605	127
+contig	C7865699	127
+contig	C7865735	127
+contig	C7865713	127
+contig	C7865783	127
+contig	C7865711	127
+contig	C7865719	127
+contig	C7865791	127
+contig	C7865807	127
+contig	C7865809	127
+contig	C7865833	127
+contig	C7865865	127
+contig	C7865859	127
+contig	C7865875	127
+contig	C7865841	127
+contig	C7865661	127
+contig	C7865739	127
+contig	C7865889	127
+contig	C7865915	127
+contig	C7865793	127
+contig	C7865903	127
+contig	C7865893	127
+contig	C7865937	127
+contig	C7865899	127
+contig	C7865969	127
+contig	C7865975	127
+contig	C7865981	127
+contig	C7866019	127
+contig	C7865939	127
+contig	C7865983	127
+contig	C7866031	127
+contig	C7865831	127
+contig	C7866043	127
+contig	C7866089	127
+contig	C7866115	127
+contig	C7866079	127
+contig	C7866145	127
+contig	C7865885	127
+contig	C7866051	127
+contig	C7866121	127
+contig	C7866175	127
+contig	C7866209	127
+contig	C7866181	127
+contig	C7866213	127
+contig	C7866237	127
+contig	C7866227	127
+contig	C7865949	127
+contig	C7866261	127
+contig	C7866277	127
+contig	C7866279	127
+contig	C7866223	127
+contig	C7866325	127
+contig	C7866177	127
+contig	C7866215	127
+contig	C7866341	127
+contig	C7866329	127
+contig	C7866313	127
+contig	C7866345	127
+contig	C7866299	127
+contig	C7866351	127
+contig	C7866347	127
+contig	C7866353	127
+contig	C7866369	127
+contig	C7866365	127
+contig	C7866391	127
+contig	C7866385	127
+contig	C7866293	127
+contig	C7866417	127
+contig	C7866435	127
+contig	C7866463	127
+contig	C7866457	127
+contig	C7866465	127
+contig	C7866387	127
+contig	C7866473	127
+contig	C7866359	127
+contig	C7866407	127
+contig	C7866509	127
+contig	C7866495	127
+contig	C7866517	127
+contig	C7865709	127
+contig	C7866545	127
+contig	C7866485	127
+contig	C7866507	127
+contig	C7866551	127
+contig	C7866541	127
+contig	C7866573	127
+contig	C7866555	127
+contig	C7866519	127
+contig	C7866589	127
+contig	C7866521	127
+contig	C7866565	127
+contig	C7866591	127
+contig	C7866575	127
+contig	C7866579	127
+contig	C7866605	127
+contig	C7866585	127
+contig	C7866593	127
+contig	C7866601	127
+contig	C7866643	127
+contig	C7866653	127
+contig	C7866597	127
+contig	C7866609	127
+contig	C7866685	127
+contig	C7866669	127
+contig	C7866705	127
+contig	C7866701	127
+contig	C7866717	127
+contig	C7866683	127
+contig	C7866731	127
+contig	C7866711	127
+contig	C7866659	127
+contig	C7866747	127
+contig	C7866741	127
+contig	C7866725	127
+contig	C7866803	127
+contig	C7866831	127
+contig	C7866061	127
+contig	C7866819	127
+contig	C7866849	127
+contig	C7866861	127
+contig	C7866889	127
+contig	C7866739	127
+contig	C7866899	127
+contig	C7866877	127
+contig	C7866937	127
+contig	C7866947	127
+contig	C7866951	127
+contig	C7866923	127
+contig	C7866957	127
+contig	C7866953	127
+contig	C7866949	127
+contig	C7866997	127
+contig	C7867015	127
+contig	C7866855	127
+contig	C7867023	127
+contig	C7867045	127
+contig	C7867019	127
+contig	C7867039	127
+contig	C7867059	127
+contig	C7867067	127
+contig	C7866959	127
+contig	C7867055	127
+contig	C7867077	127
+contig	C7867075	127
+contig	C7867109	127
+contig	C7867071	127
+contig	C7867111	127
+contig	C7867181	128
+contig	C7867179	128
+contig	C7867133	128
+contig	C7867215	128
+contig	C7867245	128
+contig	C7867219	128
+contig	C7867255	128
+contig	C7867285	128
+contig	C7867137	128
+contig	C7866527	127
+contig	C7867243	128
+contig	C7867309	128
+contig	C7867305	128
+contig	C7866891	127
+contig	C7867289	128
+contig	C7867293	128
+contig	C7867337	128
+contig	C7867363	128
+contig	C7867339	128
+contig	C7867325	128
+contig	C7866783	127
+contig	C7867367	128
+contig	C7867335	128
+contig	C7867431	128
+contig	C7867415	128
+contig	C7867433	128
+contig	C7867369	128
+contig	C7867469	128
+contig	C7867475	128
+contig	C7867397	128
+contig	C7867485	128
+contig	C7867493	128
+contig	C7867501	128
+contig	C7867443	128
+contig	C7867489	128
+contig	C7867523	128
+contig	C7867491	128
+contig	C7867545	128
+contig	C7867619	128
+contig	C7867561	128
+contig	C7867571	128
+contig	C7867479	128
+contig	C7867637	128
+contig	C7867681	128
+contig	C7867579	128
+contig	C7867699	128
+contig	C7867665	128
+contig	C7867659	128
+contig	C7867719	128
+contig	C7867745	128
+contig	C7867791	128
+contig	C7867805	128
+contig	C7867657	128
+contig	C7867423	128
+contig	C7867705	128
+contig	C7867807	128
+contig	C7867861	128
+contig	C7867769	128
+contig	C7867883	128
+contig	C7867863	128
+contig	C7867885	128
+contig	C7867893	128
+contig	C7867799	128
+contig	C7867895	128
+contig	C7867937	128
+contig	C7867889	128
+contig	C7867941	128
+contig	C7867943	128
+contig	C7867905	128
+contig	C7867953	128
+contig	C7867845	128
+contig	C7867971	128
+contig	C7867959	128
+contig	C7867985	128
+contig	C7868007	128
+contig	C7868021	128
+contig	C7867945	128
+contig	C7867981	128
+contig	C7868031	128
+contig	C7868017	128
+contig	C7866677	127
+contig	C7868069	128
+contig	C7867843	128
+contig	C7868029	128
+contig	C7868121	128
+contig	C7868037	128
+contig	C7868089	128
+contig	C7868101	128
+contig	C7868209	128
+contig	C7868199	128
+contig	C7868167	128
+contig	C7868207	128
+contig	C7868233	128
+contig	C7868215	128
+contig	C7868035	128
+contig	C7868211	128
+contig	C7868241	128
+contig	C7868065	128
+contig	C7868275	128
+contig	C7868297	128
+contig	C7868295	128
+contig	C7868269	128
+contig	C7868311	128
+contig	C7868323	128
+contig	C7868299	128
+contig	C7868293	128
+contig	C7868247	128
+contig	C7868381	128
+contig	C7867881	128
+contig	C7868341	128
+contig	C7868419	128
+contig	C7868447	128
+contig	C7868251	128
+contig	C7868361	128
+contig	C7868387	128
+contig	C7868405	128
+contig	C7868507	128
+contig	C7868515	128
+contig	C7868461	128
+contig	C7868469	128
+contig	C7868529	128
+contig	C7868533	128
+contig	C7868501	128
+contig	C7868551	128
+contig	C7868565	128
+contig	C7868571	128
+contig	C7868547	128
+contig	C7868569	128
+contig	C7860193	127
+contig	C7868587	128
+contig	C7868593	128
+contig	C7868581	128
+contig	C7868583	128
+contig	C7868599	128
+contig	C7868663	128
+contig	C7868637	128
+contig	C7868725	128
+contig	C7868517	128
+contig	C7868669	128
+contig	C7868737	128
+contig	C7868735	128
+contig	C7868607	128
+contig	C7868811	128
+contig	C7868535	128
+contig	C7868641	128
+contig	C7868829	128
+contig	C7868427	128
+contig	C7868827	128
+contig	C7868867	128
+contig	C7868893	128
+contig	C7868905	128
+contig	C7868859	128
+contig	C7868915	128
+contig	C7868933	128
+contig	C7868809	128
+contig	C7868967	128
+contig	C7868845	128
+contig	C7868973	128
+contig	C7868713	128
+contig	C7869017	128
+contig	C7869005	128
+contig	C7868937	128
+contig	C7868961	128
+contig	C7869057	128
+contig	C7868963	128
+contig	C7869053	128
+contig	C7869029	128
+contig	C7869089	128
+contig	C7869021	128
+contig	C7868957	128
+contig	C7869125	128
+contig	C7869135	128
+contig	C7869129	128
+contig	C7869171	128
+contig	C7869045	128
+contig	C7869149	128
+contig	C7869157	128
+contig	C7869127	128
+contig	C7869187	128
+contig	C7869137	128
+contig	C7869181	128
+contig	C7869217	128
+contig	C7869219	128
+contig	C7869189	128
+contig	C7868799	128
+contig	C7869263	128
+contig	C7869271	128
+contig	C7869307	128
+contig	C7869299	128
+contig	C7869311	128
+contig	C7869321	128
+contig	C7869385	128
+contig	C7869063	128
+contig	C7869233	128
+contig	C7869445	128
+contig	C7869173	128
+contig	C7869451	128
+contig	C7869401	128
+contig	C7869457	128
+contig	C7869499	128
+contig	C7869437	128
+contig	C7869541	128
+contig	C7869337	128
+contig	C7869531	128
+contig	C7869559	128
+contig	C7869523	128
+contig	C7869563	128
+contig	C7869569	128
+contig	C7869581	128
+contig	C7869605	128
+contig	C7869577	128
+contig	C7869591	128
+contig	C7869613	128
+contig	C7869653	128
+contig	C7869539	128
+contig	C7869669	128
+contig	C7869681	128
+contig	C7869691	128
+contig	C7869693	128
+contig	C7869689	128
+contig	C7869641	128
+contig	C7869701	128
+contig	C7869697	128
+contig	C7869585	128
+contig	C7869705	128
+contig	C7869177	128
+contig	C7869715	128
+contig	C7869707	128
+contig	C7869763	128
+contig	C7869717	128
+contig	C7869739	128
+contig	C7869797	128
+contig	C7869731	128
+contig	C7869811	128
+contig	C7869723	128
+contig	C7869845	128
+contig	C7869819	128
+contig	C7869823	128
+contig	C7869861	128
+contig	C7867301	128
+contig	C7869817	128
+contig	C7869869	128
+contig	C7869961	128
+contig	C7869875	128
+contig	C7870001	128
+contig	C7869985	128
+contig	C7869839	128
+contig	C7870019	128
+contig	C7869977	128
+contig	C7869971	128
+contig	C7870101	128
+contig	C7870111	128
+contig	C7869303	128
+contig	C7869663	128
+contig	C7870125	128
+contig	C7870123	128
+contig	C7870137	128
+contig	C7870127	128
+contig	C7870155	128
+contig	C7870151	128
+contig	C7870117	128
+contig	C7870003	128
+contig	C7870183	128
+contig	C7870187	128
+contig	C7869313	128
+contig	C7870083	128
+contig	C7870297	128
+contig	C7870263	128
+contig	C7870275	128
+contig	C7870167	128
+contig	C7870341	128
+contig	C7870343	128
+contig	C7870371	128
+contig	C7870335	128
+contig	C7870307	128
+contig	C7870413	128
+contig	C7870331	128
+contig	C7870451	128
+contig	C7870429	128
+contig	C7870067	128
+contig	C7870485	128
+contig	C7870385	128
+contig	C7870487	128
+contig	C7870483	128
+contig	C7870459	128
+contig	C7870507	128
+contig	C7870389	128
+contig	C7870243	128
+contig	C7870071	128
+contig	C7870509	128
+contig	C7870555	128
+contig	C7870549	128
+contig	C7870365	128
+contig	C7870561	128
+contig	C7870519	128
+contig	C7870587	128
+contig	C7870477	128
+contig	C7870569	128
+contig	C7870595	128
+contig	C7870577	128
+contig	C7870491	128
+contig	C7870553	128
+contig	C7870677	128
+contig	C7870687	128
+contig	C7870665	128
+contig	C7870675	128
+contig	C7870717	128
+contig	C7870699	128
+contig	C7870645	128
+contig	C7870803	128
+contig	C7870657	128
+contig	C7870859	128
+contig	C7870765	128
+contig	C7870725	128
+contig	C7870769	128
+contig	C7870601	128
+contig	C7870681	128
+contig	C7871011	128
+contig	C7870923	128
+contig	C7870917	128
+contig	C7870899	128
+contig	C7870959	128
+contig	C7871023	128
+contig	C7871087	128
+contig	C7870921	128
+contig	C7870885	128
+contig	C7871139	128
+contig	C7870713	128
+contig	C7871065	128
+contig	C7871187	128
+contig	C7871179	128
+contig	C7871201	128
+contig	C7871111	128
+contig	C7871109	128
+contig	C7871309	128
+contig	C7871185	128
+contig	C7871345	128
+contig	C7871215	128
+contig	C7871261	128
+contig	C7871025	128
+contig	C7871377	128
+contig	C7871385	128
+contig	C7871391	128
+contig	C7871371	128
+contig	C7871393	128
+contig	C7871359	128
+contig	C7871409	128
+contig	C7871383	128
+contig	C7871231	128
+contig	C7871421	128
+contig	C7871389	128
+contig	C7871507	128
+contig	C7871465	128
+contig	C7871483	128
+contig	C7871517	128
+contig	C7871437	128
+contig	C7871429	128
+contig	C7871525	128
+contig	C7871549	128
+contig	C7871565	128
+contig	C7871571	128
+contig	C7871551	128
+contig	C7871365	128
+contig	C7871627	128
+contig	C7871467	128
+contig	C7871587	128
+contig	C7871659	128
+contig	C7871655	128
+contig	C7871675	128
+contig	C7871637	128
+contig	C7871667	128
+contig	C7871709	128
+contig	C7871753	128
+contig	C7871743	128
+contig	C7871671	128
+contig	C7871757	128
+contig	C7871727	128
+contig	C7871771	128
+contig	C7871797	128
+contig	C7871825	128
+contig	C7871761	128
+contig	C7871405	128
+contig	C7871893	128
+contig	C7871881	128
+contig	C7871723	128
+contig	C7871919	128
+contig	C7871735	128
+contig	C7871935	128
+contig	C7871801	128
+contig	C7871769	128
+contig	C7871933	128
+contig	C7871923	128
+contig	C7871953	128
+contig	C7871937	128
+contig	C7871965	128
+contig	C7871959	128
+contig	C7871921	128
+contig	C7871979	128
+contig	C7871985	128
+contig	C7872031	128
+contig	C7872007	128
+contig	C7872039	128
+contig	C7872063	128
+contig	C7871901	128
+contig	C7872037	128
+contig	C7872035	128
+contig	C7872079	128
+contig	C7872019	128
+contig	C7871987	128
+contig	C7872085	128
+contig	C7871999	128
+contig	C7872159	128
+contig	C7872173	128
+contig	C7872107	128
+contig	C7872155	128
+contig	C7872227	128
+contig	C7872131	128
+contig	C7872255	128
+contig	C7872249	128
+contig	C7872175	128
+contig	C7871961	128
+contig	C7872225	128
+contig	C7872267	128
+contig	C7872355	128
+contig	C7872357	128
+contig	C7872373	128
+contig	C7872421	128
+contig	C7872319	128
+contig	C7872415	128
+contig	C7872463	128
+contig	C7872445	128
+contig	C7872075	128
+contig	C7872475	128
+contig	C7872443	128
+contig	C7872483	128
+contig	C7872507	128
+contig	C7872137	128
+contig	C7872501	128
+contig	C7872495	128
+contig	C7872481	128
+contig	C7872573	128
+contig	C7872281	128
+contig	C7872419	128
+contig	C7872569	128
+contig	C7872523	128
+contig	C7872589	128
+contig	C7872601	128
+contig	C7872617	128
+contig	C7872469	128
+contig	C7872621	128
+contig	C7872563	128
+contig	C7872695	128
+contig	C7872643	128
+contig	C7872619	128
+contig	C7872709	128
+contig	C7872575	128
+contig	C7872699	128
+contig	C7872685	128
+contig	C7872715	128
+contig	C7872511	128
+contig	C7872697	128
+contig	C7872739	128
+contig	C7872681	128
+contig	C7872737	128
+contig	C7872759	128
+contig	C7872719	128
+contig	C7872789	128
+contig	C7872869	128
+contig	C7872787	128
+contig	C7872807	128
+contig	C7872781	128
+contig	C7872729	128
+contig	C7872879	128
+contig	C7872773	128
+contig	C7872889	128
+contig	C7872923	128
+contig	C7872953	128
+contig	C7872893	128
+contig	C7872797	128
+contig	C7872891	128
+contig	C7872959	128
+contig	C7872975	128
+contig	C7872967	128
+contig	C7873137	128
+contig	C7873037	128
+contig	C7872999	128
+contig	C7873113	128
+contig	C7873149	128
+contig	C7873165	128
+contig	C7870695	128
+contig	C7872947	128
+contig	C7873007	128
+contig	C7873227	128
+contig	C7873151	128
+contig	C7873195	128
+contig	C7873231	128
+contig	C7873203	128
+contig	C7873251	128
+contig	C7873143	128
+contig	C7873255	128
+contig	C7873263	128
+contig	C7873277	128
+contig	C7873289	128
+contig	C7873153	128
+contig	C7873329	128
+contig	C7872991	128
+contig	C7873283	128
+contig	C7873305	128
+contig	C7873377	128
+contig	C7873237	128
+contig	C7873331	128
+contig	C7873411	128
+contig	C7873417	128
+contig	C7873311	128
+contig	C7873433	128
+contig	C7873419	128
+contig	C7873307	128
+contig	C7873475	128
+contig	C7873223	128
+contig	C7873435	128
+contig	C7873453	128
+contig	C7873567	128
+contig	C7873467	128
+contig	C7873491	128
+contig	C7873573	128
+contig	C7873555	128
+contig	C7873441	128
+contig	C7873653	128
+contig	C7873595	128
+contig	C7873603	128
+contig	C7873665	128
+contig	C7873689	128
+contig	C7873679	128
+contig	C7873589	128
+contig	C7873705	128
+contig	C7873631	128
+contig	C7873581	128
+contig	C7873739	128
+contig	C7873735	128
+contig	C7873693	128
+contig	C7873741	128
+contig	C7873717	128
+contig	C7873803	128
+contig	C7873605	128
+contig	C7873805	128
+contig	C7873845	128
+contig	C7873841	128
+contig	C7873815	128
+contig	C7873857	128
+contig	C7873867	128
+contig	C7873733	128
+contig	C7873703	128
+contig	C7873925	128
+contig	C7873837	128
+contig	C7873893	128
+contig	C7873655	128
+contig	C7873973	128
+contig	C7873897	128
+contig	C7873987	128
+contig	C7873989	128
+contig	C7873931	128
+contig	C7873933	128
+contig	C7873885	128
+contig	C7873995	128
+contig	C7874069	128
+contig	C7874083	128
+contig	C7873831	128
+contig	C7874041	128
+contig	C7874109	128
+contig	C7874131	128
+contig	C7874031	128
+contig	C7874145	128
+contig	C7874165	128
+contig	C7874085	128
+contig	C7874067	128
+contig	C7874129	128
+contig	C7874181	128
+contig	C7874153	128
+contig	C7874115	128
+contig	C7874027	128
+contig	C7874303	128
+contig	C7874309	128
+contig	C7874193	128
+contig	C7874267	128
+contig	C7874197	128
+contig	C7874211	128
+contig	C7874247	128
+contig	C7874317	128
+contig	C7874353	128
+contig	C7874319	128
+contig	C7874369	128
+contig	C7874187	128
+contig	C7874391	128
+contig	C7874365	128
+contig	C7874359	128
+contig	C7874403	128
+contig	C7874411	128
+contig	C7874469	128
+contig	C7874519	128
+contig	C7874375	128
+contig	C7874539	128
+contig	C7874313	128
+contig	C7874423	128
+contig	C7874529	128
+contig	C7874315	128
+contig	C7874525	128
+contig	C7874567	128
+contig	C7874569	128
+contig	C7874575	128
+contig	C7874609	128
+contig	C7874407	128
+contig	C7874623	128
+contig	C7874675	128
+contig	C7874419	128
+contig	C7874649	128
+contig	C7874647	128
+contig	C7874625	128
+contig	C7874739	128
+contig	C7874731	128
+contig	C7874729	128
+contig	C7874707	128
+contig	C7874737	128
+contig	C7874777	128
+contig	C7874689	128
+contig	C7874819	128
+contig	C7874825	128
+contig	C7874853	128
+contig	C7874907	128
+contig	C7874769	128
+contig	C7874563	128
+contig	C7874899	128
+contig	C7874913	128
+contig	C7874741	128
+contig	C7874665	128
+contig	C7874991	128
+contig	C7874975	128
+contig	C7875011	128
+contig	C7875013	128
+contig	C7874861	128
+contig	C7874925	128
+contig	C7874921	128
+contig	C7874969	128
+contig	C7875059	128
+contig	C7874775	128
+contig	C7875049	128
+contig	C7874949	128
+contig	C7875015	128
+contig	C7875163	128
+contig	C7875225	128
+contig	C7875081	128
+contig	C7875051	128
+contig	C7875217	128
+contig	C7875057	128
+contig	C7875275	128
+contig	C7875227	128
+contig	C7875259	128
+contig	C7875219	128
+contig	C7875333	128
+contig	C7875205	128
+contig	C7875273	128
+contig	C7875277	128
+contig	C7875307	128
+contig	C7875345	128
+contig	C7875383	128
+contig	C7875291	128
+contig	C7875401	128
+contig	C7875397	128
+contig	C7875407	128
+contig	C7872863	128
+contig	C7875405	128
+contig	C7875409	128
+contig	C7875425	128
+contig	C7875141	128
+contig	C7875439	128
+contig	C7875433	128
+contig	C7875375	128
+contig	C7875467	128
+contig	C7875479	128
+contig	C7875403	128
+contig	C7875505	128
+contig	C7875469	128
+contig	C7875543	128
+contig	C7875419	128
+contig	C7875535	128
+contig	C7875515	128
+contig	C7875461	128
+contig	C7875601	128
+contig	C7875575	128
+contig	C7875481	128
+contig	C7875549	128
+contig	C7875597	128
+contig	C7875603	128
+contig	C7875641	128
+contig	C7875623	128
+contig	C7875455	128
+contig	C7875651	128
+contig	C7875657	128
+contig	C7875633	128
+contig	C7875647	128
+contig	C7875625	128
+contig	C7875735	128
+contig	C7875563	128
+contig	C7875753	128
+contig	C7875681	128
+contig	C7875813	128
+contig	C7875737	128
+contig	C7875785	128
+contig	C7875817	128
+contig	C7875725	128
+contig	C7875833	128
+contig	C7875719	128
+contig	C7875845	128
+contig	C7875887	128
+contig	C7875819	128
+contig	C7875937	128
+contig	C7875919	128
+contig	C7875979	128
+contig	C7875913	128
+contig	C7875985	128
+contig	C7876001	128
+contig	C7875971	128
+contig	C7875879	128
+contig	C7875697	128
+contig	C7876033	128
+contig	C7875989	128
+contig	C7876055	128
+contig	C7876099	128
+contig	C7876027	128
+contig	C7876141	128
+contig	C7875841	128
+contig	C7876127	128
+contig	C7876143	128
+contig	C7876145	128
+contig	C7876025	128
+contig	C7876167	128
+contig	C7876111	128
+contig	C7876181	128
+contig	C7876173	128
+contig	C7876251	128
+contig	C7876203	128
+contig	C7875973	128
+contig	C7876267	128
+contig	C7876265	128
+contig	C7876207	128
+contig	C7876281	128
+contig	C7876091	128
+contig	C7876307	128
+contig	C7876201	128
+contig	C7876345	128
+contig	C7876327	128
+contig	C7876333	128
+contig	C7876291	128
+contig	C7876377	128
+contig	C7876397	128
+contig	C7876415	128
+contig	C7876429	128
+contig	C7876169	128
+contig	C7876449	128
+contig	C7876471	128
+contig	C7876435	128
+contig	C7876323	128
+contig	C7876477	128
+contig	C7876451	128
+contig	C7876531	128
+contig	C7876549	128
+contig	C7876425	128
+contig	C7876383	128
+contig	C7876497	128
+contig	C7876565	128
+contig	C7876553	128
+contig	C7876567	128
+contig	C7876577	128
+contig	C7876557	128
+contig	C7876591	128
+contig	C7876581	128
+contig	C7876649	128
+contig	C7876635	128
+contig	C7876707	128
+contig	C7876723	128
+contig	C7876501	128
+contig	C7875359	128
+contig	C7876609	128
+contig	C7876611	128
+contig	C7876603	128
+contig	C7876277	128
+contig	C7876747	128
+contig	C7876735	128
+contig	C7876725	128
+contig	C7876811	128
+contig	C7876831	128
+contig	C7876791	128
+contig	C7876843	128
+contig	C7876853	128
+contig	C7876847	128
+contig	C7876867	128
+contig	C7876865	128
+contig	C7876911	128
+contig	C7876927	128
+contig	C7876963	128
+contig	C7876903	128
+contig	C7876833	128
+contig	C7876967	128
+contig	C7876753	128
+contig	C7876965	128
+contig	C7876813	128
+contig	C7876991	128
+contig	C7876989	128
+contig	C7876987	128
+contig	C7876751	128
+contig	C7877039	128
+contig	C7876845	128
+contig	C7877051	128
+contig	C7877031	128
+contig	C7877061	128
+contig	C7877059	128
+contig	C7877025	128
+contig	C7877027	128
+contig	C7877115	128
+contig	C7877123	128
+contig	C7877155	128
+contig	C7877201	128
+contig	C7877267	128
+contig	C7877069	128
+contig	C7877205	128
+contig	C7876781	128
+contig	C7877171	128
+contig	C7877319	128
+contig	C7877057	128
+contig	C7877285	128
+contig	C7877179	128
+contig	C7877299	128
+contig	C7877389	128
+contig	C7877345	128
+contig	C7877399	128
+contig	C7877423	128
+contig	C7877405	128
+contig	C7877363	128
+contig	C7877449	128
+contig	C7877467	128
+contig	C7877483	128
+contig	C7877489	128
+contig	C7877349	128
+contig	C7875363	128
+contig	C7877355	128
+contig	C7877437	128
+contig	C7877525	128
+contig	C7877549	128
+contig	C7877541	128
+contig	C7877561	128
+contig	C7877535	128
+contig	C7877131	128
+contig	C7877457	128
+contig	C7877521	128
+contig	C7877583	128
+contig	C7877593	128
+contig	C7877631	128
+contig	C7877269	128
+contig	C7877637	128
+contig	C7877503	128
+contig	C7877629	128
+contig	C7877379	128
+contig	C7877639	128
+contig	C7877649	128
+contig	C7877651	128
+contig	C7877635	128
+contig	C7877661	128
+contig	C7877667	128
+contig	C7877673	128
+contig	C7877555	128
+contig	C7877655	128
+contig	C7877689	128
+contig	C7877693	128
+contig	C7877683	128
+contig	C7877719	128
+contig	C7877607	128
+contig	C7877715	128
+contig	C7877737	128
+contig	C7877761	128
+contig	C7877621	128
+contig	C7877753	128
+contig	C7877773	128
+contig	C7877739	128
+contig	C7877875	128
+contig	C7877869	128
+contig	C7877711	128
+contig	C7877819	128
+contig	C7877925	128
+contig	C7877705	128
+contig	C7877797	128
+contig	C7877749	128
+contig	C7877901	128
+contig	C7877929	128
+contig	C7877923	128
+contig	C7878033	128
+contig	C7877937	128
+contig	C7878053	128
+contig	C7878043	128
+contig	C7877949	128
+contig	C7878055	128
+contig	C7877921	128
+contig	C7878119	128
+contig	C7878105	128
+contig	C7878123	128
+contig	C7878031	128
+contig	C7878115	128
+contig	C7878121	128
+contig	C7878141	128
+contig	C7878161	128
+contig	C7878143	128
+contig	C7878149	128
+contig	C7878251	128
+contig	C7878219	128
+contig	C7878279	128
+contig	C7878281	128
+contig	C7878245	128
+contig	C7878259	128
+contig	C7878209	128
+contig	C7878285	128
+contig	C7878293	128
+contig	C7877619	128
+contig	C7878339	128
+contig	C7878315	128
+contig	C7878295	128
+contig	C7878321	128
+contig	C7878277	128
+contig	C7878363	128
+contig	C7878357	128
+contig	C7878377	128
+contig	C7878431	128
+contig	C7878459	128
+contig	C7878361	128
+contig	C7878421	128
+contig	C7878385	128
+contig	C7878501	128
+contig	C7878523	128
+contig	C7878509	128
+contig	C7878563	128
+contig	C7878569	128
+contig	C7878507	128
+contig	C7878595	128
+contig	C7878571	128
+contig	C7878551	128
+contig	C7878537	128
+contig	C7878355	128
+contig	C7878601	128
+contig	C7878623	128
+contig	C7878615	128
+contig	C7878625	128
+contig	C7878629	128
+contig	C7878607	128
+contig	C7878477	128
+contig	C7878631	128
+contig	C7878685	129
+contig	C7878669	129
+contig	C7878683	129
+contig	C7878731	129
+contig	C7878749	129
+contig	C7878687	129
+contig	C7878761	129
+contig	C7878737	129
+contig	C7878763	129
+contig	C7878613	128
+contig	C7878769	129
+contig	C7878733	129
+contig	C7878783	129
+contig	C7878825	129
+contig	C7878787	129
+contig	C7878791	129
+contig	C7878773	129
+contig	C7878779	129
+contig	C7878857	129
+contig	C7878861	129
+contig	C7878159	128
+contig	C7878851	129
+contig	C7878871	129
+contig	C7878895	129
+contig	C7878963	129
+contig	C7878933	129
+contig	C7878633	128
+contig	C7878953	129
+contig	C7878893	129
+contig	C7878837	129
+contig	C7878971	129
+contig	C7879081	129
+contig	C7879019	129
+contig	C7878995	129
+contig	C7878839	129
+contig	C7878969	129
+contig	C7879115	129
+contig	C7879041	129
+contig	C7878865	129
+contig	C7879119	129
+contig	C7879169	129
+contig	C7879163	129
+contig	C7879129	129
+contig	C7879175	129
+contig	C7879147	129
+contig	C7879217	129
+contig	C7879229	129
+contig	C7879235	129
+contig	C7879153	129
+contig	C7879199	129
+contig	C7879097	129
+contig	C7879189	129
+contig	C7879123	129
+contig	C7879243	129
+contig	C7879319	129
+contig	C7879269	129
+contig	C7878999	129
+contig	C7879271	129
+contig	C7879333	129
+contig	C7879377	129
+contig	C7879387	129
+contig	C7877717	128
+contig	C7879349	129
+contig	C7879399	129
+contig	C7879419	129
+contig	C7879347	129
+contig	C7879331	129
+contig	C7879277	129
+contig	C7879533	129
+contig	C7879283	129
+contig	C7879325	129
+contig	C7879391	129
+contig	C7879555	129
+contig	C7879617	129
+contig	C7879593	129
+contig	C7879561	129
+contig	C7879619	129
+contig	C7879697	129
+contig	C7879707	129
+contig	C7879479	129
+contig	C7879713	129
+contig	C7879615	129
+contig	C7879775	129
+contig	C7879771	129
+contig	C7879665	129
+contig	C7879695	129
+contig	C7879503	129
+contig	C7879793	129
+contig	C7879837	129
+contig	C7879693	129
+contig	C7879655	129
+contig	C7879891	129
+contig	C7879807	129
+contig	C7879783	129
+contig	C7879877	129
+contig	C7879951	129
+contig	C7879947	129
+contig	C7879949	129
+contig	C7879955	129
+contig	C7879977	129
+contig	C7879931	129
+contig	C7879909	129
+contig	C7879997	129
+contig	C7880049	129
+contig	C7879893	129
+contig	C7880065	129
+contig	C7880095	129
+contig	C7879979	129
+contig	C7879525	129
+contig	C7880141	129
+contig	C7880025	129
+contig	C7879959	129
+contig	C7880107	129
+contig	C7880201	129
+contig	C7880103	129
+contig	C7880165	129
+contig	C7880013	129
+contig	C7880241	129
+contig	C7880221	129
+contig	C7880265	129
+contig	C7880249	129
+contig	C7880325	129
+contig	C7879907	129
+contig	C7880295	129
+contig	C7880251	129
+contig	C7880341	129
+contig	C7880311	129
+contig	C7880213	129
+contig	C7880343	129
+contig	C7880193	129
+contig	C7880351	129
+contig	C7880429	129
+contig	C7880441	129
+contig	C7880377	129
+contig	C7880443	129
+contig	C7880453	129
+contig	C7880469	129
+contig	C7880483	129
+contig	C7880451	129
+contig	C7880489	129
+contig	C7880499	129
+contig	C7880477	129
+contig	C7880497	129
+contig	C7880529	129
+contig	C7880501	129
+contig	C7880597	129
+contig	C7880585	129
+contig	C7880555	129
+contig	C7880507	129
+contig	C7880633	129
+contig	C7880703	129
+contig	C7880627	129
+contig	C7880671	129
+contig	C7880705	129
+contig	C7880537	129
+contig	C7880347	129
+contig	C7880797	129
+contig	C7880775	129
+contig	C7880715	129
+contig	C7880819	129
+contig	C7880711	129
+contig	C7880825	129
+contig	C7880635	129
+contig	C7880083	129
+contig	C7880769	129
+contig	C7880877	129
+contig	C7880801	129
+contig	C7880861	129
+contig	C7880899	129
+contig	C7880953	129
+contig	C7880901	129
+contig	C7880869	129
+contig	C7880965	129
+contig	C7880955	129
+contig	C7880879	129
+contig	C7880943	129
+contig	C7880989	129
+contig	C7881011	129
+contig	C7881007	129
+contig	C7880973	129
+contig	C7881037	129
+contig	C7881015	129
+contig	C7880971	129
+contig	C7881059	129
+contig	C7881049	129
+contig	C7881087	129
+contig	C7881101	129
+contig	C7881161	129
+contig	C7881169	129
+contig	C7881065	129
+contig	C7881181	129
+contig	C7881019	129
+contig	C7881171	129
+contig	C7881131	129
+contig	C7881085	129
+contig	C7881191	129
+contig	C7881207	129
+contig	C7881175	129
+contig	C7881213	129
+contig	C7881201	129
+contig	C7881199	129
+contig	C7881221	129
+contig	C7881245	129
+contig	C7881235	129
+contig	C7881217	129
+contig	C7881265	129
+contig	C7881267	129
+contig	C7881277	129
+contig	C7881299	129
+contig	C7881283	129
+contig	C7881035	129
+contig	C7881287	129
+contig	C7881251	129
+contig	C7881317	129
+contig	C7881319	129
+contig	C7881329	129
+contig	C7881309	129
+contig	C7881323	129
+contig	C7881313	129
+contig	C7881345	129
+contig	C7881373	129
+contig	C7881257	129
+contig	C7881421	129
+contig	C7881409	129
+contig	C7881337	129
+contig	C7881187	129
+contig	C7881401	129
+contig	C7881501	129
+contig	C7881521	129
+contig	C7881519	129
+contig	C7880473	129
+contig	C7881535	129
+contig	C7881569	129
+contig	C7881371	129
+contig	C7881553	129
+contig	C7881397	129
+contig	C7881531	129
+contig	C7881551	129
+contig	C7881605	129
+contig	C7881619	129
+contig	C7881579	129
+contig	C7881471	129
+contig	C7881689	129
+contig	C7881715	129
+contig	C7881643	129
+contig	C7881567	129
+contig	C7881725	129
+contig	C7881705	129
+contig	C7881747	129
+contig	C7881709	129
+contig	C7881739	129
+contig	C7881741	129
+contig	C7881817	129
+contig	C7881737	129
+contig	C7881801	129
+contig	C7881821	129
+contig	C7881857	129
+contig	C7881615	129
+contig	C7881873	129
+contig	C7881829	129
+contig	C7881883	129
+contig	C7881955	129
+contig	C7881851	129
+contig	C7881925	129
+contig	C7881951	129
+contig	C7881889	129
+contig	C7881971	129
+contig	C7881995	129
+contig	C7882001	129
+contig	C7881985	129
+contig	C7881987	129
+contig	C7882039	129
+contig	C7882003	129
+contig	C7882051	129
+contig	C7882041	129
+contig	C7882057	129
+contig	C7882097	129
+contig	C7882045	129
+contig	C7881789	129
+contig	C7882107	129
+contig	C7881963	129
+contig	C7882143	129
+contig	C7881707	129
+contig	C7882147	129
+contig	C7882127	129
+contig	C7882199	129
+contig	C7882211	129
+contig	C7882053	129
+contig	C7882217	129
+contig	C7882227	129
+contig	C7882181	129
+contig	C7882155	129
+contig	C7882237	129
+contig	C7882269	129
+contig	C7882273	129
+contig	C7882321	129
+contig	C7882317	129
+contig	C7882255	129
+contig	C7882325	129
+contig	C7882339	129
+contig	C7882115	129
+contig	C7882347	129
+contig	C7882359	129
+contig	C7882361	129
+contig	C7882377	129
+contig	C7882407	129
+contig	C7882447	129
+contig	C7882231	129
+contig	C7881879	129
+contig	C7882453	129
+contig	C7882445	129
+contig	C7882461	129
+contig	C7882459	129
+contig	C7882367	129
+contig	C7882067	129
+contig	C7882463	129
+contig	C7882495	129
+contig	C7882523	129
+contig	C7882467	129
+contig	C7882533	129
+contig	C7882561	129
+contig	C7882397	129
+contig	C7882491	129
+contig	C7882483	129
+contig	C7882563	129
+contig	C7882605	129
+contig	C7882575	129
+contig	C7882599	129
+contig	C7882327	129
+contig	C7882619	129
+contig	C7882611	129
+contig	C7882647	129
+contig	C7882651	129
+contig	C7882657	129
+contig	C7882591	129
+contig	C7882773	129
+contig	C7882757	129
+contig	C7882673	129
+contig	C7882799	129
+contig	C7882795	129
+contig	C7882823	129
+contig	C7882743	129
+contig	C7882851	129
+contig	C7882711	129
+contig	C7882861	129
+contig	C7882567	129
+contig	C7882859	129
+contig	C7882573	129
+contig	C7882947	129
+contig	C7882825	129
+contig	C7882953	129
+contig	C7882871	129
+contig	C7882973	129
+contig	C7882979	129
+contig	C7882997	129
+contig	C7882967	129
+contig	C7883005	129
+contig	C7882751	129
+contig	C7883021	129
+contig	C7883011	129
+contig	C7883025	129
+contig	C7883051	129
+contig	C7883057	129
+contig	C7883031	129
+contig	C7883085	129
+contig	C7883017	129
+contig	C7883081	129
+contig	C7883089	129
+contig	C7883101	129
+contig	C7883161	129
+contig	C7883141	129
+contig	C7883203	129
+contig	C7882961	129
+contig	C7883217	129
+contig	C7883135	129
+contig	C7883087	129
+contig	C7883199	129
+contig	C7883247	129
+contig	C7882827	129
+contig	C7883265	129
+contig	C7883253	129
+contig	C7883235	129
+contig	C7883331	129
+contig	C7883205	129
+contig	C7883335	129
+contig	C7883239	129
+contig	C7883319	129
+contig	C7883343	129
+contig	C7883321	129
+contig	C7883375	129
+contig	C7883275	129
+contig	C7883365	129
+contig	C7883391	129
+contig	C7883373	129
+contig	C7883431	129
+contig	C7883451	129
+contig	C7883443	129
+contig	C7883313	129
+contig	C7883461	129
+contig	C7883467	129
+contig	C7883489	129
+contig	C7883493	129
+contig	C7883475	129
+contig	C7883399	129
+contig	C7883529	129
+contig	C7883531	129
+contig	C7883429	129
+contig	C7883471	129
+contig	C7883455	129
+contig	C7883507	129
+contig	C7883549	129
+contig	C7883577	129
+contig	C7883563	129
+contig	C7883619	129
+contig	C7883631	129
+contig	C7883611	129
+contig	C7883029	129
+contig	C7883553	129
+contig	C7883627	129
+contig	C7883695	129
+contig	C7883633	129
+contig	C7883723	129
+contig	C7883713	129
+contig	C7883747	129
+contig	C7883609	129
+contig	C7883757	129
+contig	C7883753	129
+contig	C7883789	129
+contig	C7883843	129
+contig	C7883845	129
+contig	C7883885	129
+contig	C7883791	129
+contig	C7883711	129
+contig	C7883889	129
+contig	C7883661	129
+contig	C7883901	129
+contig	C7883995	129
+contig	C7883683	129
+contig	C7884011	129
+contig	C7883797	129
+contig	C7884001	129
+contig	C7884045	129
+contig	C7884053	129
+contig	C7884043	129
+contig	C7883981	129
+contig	C7884077	129
+contig	C7884091	129
+contig	C7884079	129
+contig	C7884103	129
+contig	C7884119	129
+contig	C7884069	129
+contig	C7883737	129
+contig	C7884137	129
+contig	C7884157	129
+contig	C7884133	129
+chromosome	scaffold900	207642
+contig	C7884195	129
+contig	C7884213	129
+contig	C7884139	129
+contig	C7884175	129
+contig	C7884231	129
+contig	C7884243	129
+contig	C7883899	129
+contig	C7884277	129
+contig	C7884177	129
+contig	C7884009	129
+contig	C7884285	129
+contig	C7884255	129
+contig	C7884313	129
+contig	C7884221	129
+contig	C7884315	129
+contig	C7884249	129
+contig	C7884085	129
+contig	C7884321	129
+contig	C7884359	129
+contig	C7884355	129
+contig	C7884287	129
+contig	C7884343	129
+contig	C7884361	129
+contig	C7884357	129
+contig	C7884379	129
+contig	C7884393	129
+contig	C7884445	129
+contig	C7884435	129
+contig	C7884463	129
+contig	C7884385	129
+contig	C7884499	129
+contig	C7884511	129
+contig	C7884235	129
+contig	C7884527	129
+contig	C7884505	129
+contig	C7884395	129
+contig	C7884369	129
+contig	C7884535	129
+contig	C7884611	129
+contig	C7884597	129
+contig	C7884541	129
+contig	C7884619	129
+contig	C7884639	129
+contig	C7884641	129
+contig	C7884545	129
+contig	C7884649	129
+contig	C7884657	129
+contig	C7884625	129
+contig	C7884693	129
+contig	C7884647	129
+contig	C7884713	129
+contig	C7884721	129
+contig	C7884333	129
+contig	C7884613	129
+contig	C7884737	129
+contig	C7884789	129
+contig	C7884799	129
+contig	C7884757	129
+contig	C7884809	129
+contig	C7884703	129
+contig	C7884689	129
+contig	C7884845	129
+contig	C7884821	129
+contig	C7884893	129
+contig	C7884837	129
+contig	C7884941	129
+contig	C7884121	129
+contig	C7884933	129
+contig	C7884819	129
+contig	C7884911	129
+contig	C7884949	129
+contig	C7884983	129
+contig	C7884861	129
+contig	C7884973	129
+contig	C7885013	129
+contig	C7884591	129
+contig	C7885025	129
+contig	C7884945	129
+contig	C7880161	129
+contig	C7885161	129
+contig	C7885053	129
+contig	C7885105	129
+contig	C7885113	129
+contig	C7885099	129
+contig	C7885239	129
+contig	C7885257	129
+contig	C7885231	129
+contig	C7885213	129
+contig	C7885005	129
+contig	C7885269	129
+contig	C7885355	129
+contig	C7885279	129
+contig	C7885267	129
+contig	C7885245	129
+contig	C7885261	129
+contig	C7884415	129
+contig	C7885363	129
+contig	C7885483	129
+contig	C7885397	129
+contig	C7885313	129
+contig	C7885407	129
+contig	C7885527	129
+contig	C7885529	129
+contig	C7885315	129
+contig	C7885543	129
+contig	C7885515	129
+contig	C7885583	129
+contig	C7885441	129
+contig	C7885571	129
+contig	C7885545	129
+contig	C7885541	129
+contig	C7885597	129
+contig	C7885619	129
+contig	C7885569	129
+contig	C7885611	129
+contig	C7885685	129
+contig	C7885681	129
+contig	C7885601	129
+contig	C7885695	129
+contig	C7885443	129
+contig	C7885703	129
+contig	C7884977	129
+contig	C7885723	129
+contig	C7885769	129
+contig	C7885715	129
+contig	C7885631	129
+contig	C7885745	129
+contig	C7885815	129
+contig	C7885727	129
+contig	C7885891	129
+contig	C7885867	129
+contig	C7885649	129
+contig	C7885901	129
+contig	C7885689	129
+contig	C7885869	129
+contig	C7885843	129
+contig	C7885921	129
+contig	C7885925	129
+contig	C7885919	129
+contig	C7885955	129
+contig	C7885449	129
+contig	C7885971	129
+contig	C7885821	129
+contig	C7885807	129
+contig	C7885999	129
+contig	C7886011	129
+contig	C7885963	129
+contig	C7886041	129
+contig	C7886049	129
+contig	C7886025	129
+contig	C7885917	129
+contig	C7885937	129
+contig	C7885989	129
+contig	C7886051	129
+contig	C7886089	129
+contig	C7886105	129
+contig	C7886097	129
+contig	C7886087	129
+contig	C7886125	129
+contig	C7886077	129
+contig	C7886103	129
+contig	C7886155	129
+contig	C7886061	129
+contig	C7885945	129
+contig	C7886183	129
+contig	C7886093	129
+contig	C7886291	129
+contig	C7886243	129
+contig	C7886293	129
+contig	C7886341	129
+contig	C7886193	129
+contig	C7886299	129
+contig	C7886369	129
+contig	C7886435	129
+contig	C7886377	129
+contig	C7886245	129
+contig	C7886321	129
+contig	C7886457	129
+contig	C7886465	129
+contig	C7886503	129
+contig	C7886487	129
+contig	C7886605	129
+contig	C7886419	129
+contig	C7886517	129
+contig	C7886445	129
+contig	C7886315	129
+contig	C7886431	129
+contig	C7886617	129
+contig	C7886609	129
+contig	C7886535	129
+contig	C7886637	129
+contig	C7886645	129
+contig	C7886669	129
+contig	C7886613	129
+contig	C7886737	129
+contig	C7886593	129
+contig	C7886745	129
+contig	C7886635	129
+contig	C7886693	129
+contig	C7886749	129
+contig	C7886755	129
+contig	C7886791	129
+contig	C7886259	129
+contig	C7886751	129
+contig	C7886831	129
+contig	C7886723	129
+contig	C7886815	129
+contig	C7886767	129
+contig	C7886825	129
+contig	C7886885	129
+contig	C7886897	129
+contig	C7886777	129
+contig	C7886839	129
+contig	C7886917	129
+contig	C7886943	129
+contig	C7886901	129
+contig	C7886951	129
+contig	C7886933	129
+contig	C7886977	129
+contig	C7886995	129
+contig	C7887001	129
+contig	C7886851	129
+contig	C7887027	129
+contig	C7887009	129
+contig	C7886997	129
+contig	C7886929	129
+contig	C7887043	129
+contig	C7886965	129
+contig	C7887007	129
+contig	C7887029	129
+contig	C7887049	129
+contig	C7887039	129
+contig	C7887061	129
+contig	C7887041	129
+contig	C7887079	129
+contig	C7887055	129
+contig	C7887081	129
+contig	C7887111	129
+contig	C7887071	129
+contig	C7887077	129
+contig	C7887085	129
+contig	C7887113	129
+contig	C7887115	129
+contig	C7887125	129
+contig	C7887139	129
+contig	C7887089	129
+contig	C7887131	129
+contig	C7887225	129
+contig	C7887233	129
+contig	C7886689	129
+contig	C7887215	129
+contig	C7887265	129
+contig	C7887179	129
+contig	C7884751	129
+contig	C7887285	129
+contig	C7887297	129
+contig	C7886785	129
+contig	C7887231	129
+contig	C7887291	129
+contig	C7887315	129
+contig	C7887307	129
+contig	C7887335	129
+contig	C7887253	129
+contig	C7887341	129
+contig	C7887299	129
+contig	C7887377	129
+contig	C7887393	129
+contig	C7887413	129
+contig	C7887391	129
+contig	C7887163	129
+contig	C7887439	129
+contig	C7887323	129
+contig	C7887427	129
+contig	C7887507	129
+contig	C7887289	129
+contig	C7887405	129
+contig	C7887271	129
+contig	C7887531	129
+contig	C7887577	129
+contig	C7887499	129
+contig	C7887513	129
+contig	C7887591	129
+contig	C7887605	129
+contig	C7887517	129
+contig	C7887485	129
+contig	C7887567	129
+contig	C7887635	129
+contig	C7887657	129
+contig	C7887617	129
+contig	C7887699	129
+contig	C7887665	129
+contig	C7887735	129
+contig	C7887601	129
+contig	C7887721	129
+contig	C7887779	129
+contig	C7887693	129
+contig	C7887773	129
+contig	C7887801	129
+contig	C7887813	129
+contig	C7887741	129
+contig	C7887745	129
+contig	C7887879	129
+contig	C7887839	129
+contig	C7887705	129
+contig	C7887923	129
+contig	C7887943	129
+contig	C7887997	129
+contig	C7887963	129
+contig	C7887977	129
+contig	C7888009	129
+contig	C7887671	129
+contig	C7888011	129
+contig	C7887965	129
+contig	C7888061	129
+contig	C7887985	129
+contig	C7888031	129
+contig	C7888043	129
+contig	C7887999	129
+contig	C7888013	129
+contig	C7888095	129
+contig	C7888119	129
+contig	C7888133	129
+contig	C7888121	129
+contig	C7888109	129
+contig	C7888169	129
+contig	C7888135	129
+contig	C7888199	129
+contig	C7888179	129
+contig	C7887827	129
+contig	C7888207	129
+contig	C7888139	129
+contig	C7888263	129
+contig	C7888299	129
+contig	C7888323	129
+contig	C7888335	129
+contig	C7888203	129
+contig	C7888261	129
+contig	C7888107	129
+contig	C7888273	129
+contig	C7888377	129
+contig	C7888045	129
+contig	C7888461	129
+contig	C7888221	129
+contig	C7888379	129
+contig	C7888481	129
+contig	C7888443	129
+contig	C7888491	129
+contig	C7888359	129
+contig	C7888493	129
+contig	C7888529	129
+contig	C7888385	129
+contig	C7888479	129
+contig	C7888519	129
+contig	C7888465	129
+contig	C7888547	129
+contig	C7886677	129
+contig	C7888605	129
+contig	C7888585	129
+contig	C7888559	129
+contig	C7888617	129
+contig	C7888629	129
+contig	C7888557	129
+contig	C7888535	129
+contig	C7888517	129
+contig	C7888741	129
+contig	C7888641	129
+contig	C7888725	129
+contig	C7887417	129
+contig	C7888837	129
+contig	C7888643	129
+contig	C7888645	129
+contig	C7888849	129
+contig	C7888861	129
+contig	C7888877	129
+contig	C7888857	129
+contig	C7888881	129
+contig	C7888887	129
+contig	C7888767	129
+contig	C7888919	129
+contig	C7888707	129
+contig	C7888895	129
+contig	C7888893	129
+contig	C7888951	129
+contig	C7888899	129
+contig	C7888977	129
+contig	C7888791	129
+contig	C7888783	129
+contig	C7888825	129
+contig	C7888953	129
+contig	C7889059	129
+contig	C7888971	129
+contig	C7888993	129
+contig	C7889001	129
+contig	C7889097	129
+contig	C7888979	129
+contig	C7889067	129
+contig	C7889105	129
+contig	C7889103	129
+contig	C7888907	129
+contig	C7889083	129
+contig	C7889117	129
+contig	C7889135	129
+contig	C7889069	129
+contig	C7889133	129
+contig	C7889147	129
+contig	C7889127	129
+contig	C7888949	129
+contig	C7889217	129
+contig	C7889189	129
+contig	C7889125	129
+contig	C7889231	129
+contig	C7888983	129
+contig	C7889247	129
+contig	C7889237	129
+contig	C7889265	129
+contig	C7889289	129
+contig	C7889297	129
+contig	C7889355	129
+contig	C7889229	129
+contig	C7889341	129
+contig	C7889399	129
+contig	C7889389	129
+contig	C7889437	129
+contig	C7889285	129
+contig	C7889245	129
+contig	C7889323	129
+contig	C7889241	129
+contig	C7889429	129
+contig	C7889121	129
+contig	C7889369	129
+contig	C7889441	129
+contig	C7889493	129
+contig	C7889495	129
+contig	C7889529	129
+contig	C7889475	129
+contig	C7889553	129
+contig	C7889473	129
+contig	C7889515	129
+contig	C7889579	129
+contig	C7889513	129
+contig	C7889559	129
+contig	C7889567	129
+contig	C7889597	129
+contig	C7889487	129
+contig	C7889393	129
+contig	C7889583	129
+contig	C7889605	129
+contig	C7889637	129
+contig	C7889635	129
+contig	C7889585	129
+contig	C7889639	129
+contig	C7889651	129
+contig	C7889589	129
+contig	C7889647	129
+contig	C7889653	129
+contig	C7889679	129
+contig	C7889689	129
+contig	C7889697	129
+contig	C7889735	129
+contig	C7889615	129
+contig	C7889681	129
+contig	C7889759	129
+contig	C7889687	129
+contig	C7889519	129
+contig	C7889601	129
+contig	C7889791	129
+contig	C7889789	129
+contig	C7889853	129
+contig	C7889803	129
+contig	C7889755	129
+contig	C7889723	129
+contig	C7889861	129
+contig	C7889875	129
+contig	C7889765	129
+contig	C7889823	129
+contig	C7889887	129
+contig	C7889881	129
+contig	C7889865	129
+contig	C7889833	129
+contig	C7889951	129
+contig	C7889937	129
+contig	C7889959	129
+contig	C7889933	129
+contig	C7889859	129
+contig	C7889981	129
+contig	C7889997	129
+contig	C7889979	129
+contig	C7890011	129
+contig	C7889985	129
+contig	C7889995	129
+contig	C7889975	129
+contig	C7889713	129
+contig	C7888651	129
+contig	C7890079	129
+contig	C7889953	129
+contig	C7890087	129
+contig	C7890091	129
+contig	C7890129	130
+contig	C7890107	129
+contig	C7890213	130
+contig	C7890071	129
+contig	C7889901	129
+contig	C7890243	130
+contig	C7890195	130
+contig	C7890233	130
+contig	C7890247	130
+contig	C7890093	129
+contig	C7890245	130
+contig	C7890251	130
+contig	C7890323	130
+contig	C7890291	130
+contig	C7890329	130
+contig	C7890327	130
+contig	C7890333	130
+contig	C7890111	130
+contig	C7890339	130
+contig	C7890287	130
+contig	C7890365	130
+contig	C7890353	130
+contig	C7890377	130
+contig	C7890385	130
+contig	C7890177	130
+contig	C7890375	130
+contig	C7890345	130
+contig	C7890101	129
+contig	C7890419	130
+contig	C7890277	130
+contig	C7890423	130
+contig	C7890491	130
+contig	C7890403	130
+contig	C7890443	130
+contig	C7890505	130
+contig	C7890435	130
+contig	C7890563	130
+contig	C7890421	130
+contig	C7890579	130
+contig	C7890535	130
+contig	C7890603	130
+contig	C7890547	130
+contig	C7890631	130
+contig	C7890481	130
+contig	C7890325	130
+contig	C7890485	130
+contig	C7890667	130
+contig	C7890729	130
+contig	C7890389	130
+contig	C7890743	130
+contig	C7890665	130
+contig	C7890647	130
+contig	C7890823	130
+contig	C7890763	130
+contig	C7890629	130
+contig	C7890781	130
+contig	C7889463	129
+contig	C7890857	130
+contig	C7890673	130
+contig	C7890757	130
+contig	C7890913	130
+contig	C7890769	130
+contig	C7890837	130
+contig	C7890863	130
+contig	C7890931	130
+contig	C7890859	130
+contig	C7891003	130
+contig	C7890517	130
+contig	C7890917	130
+contig	C7890971	130
+contig	C7891025	130
+contig	C7890943	130
+contig	C7891005	130
+contig	C7890939	130
+contig	C7891043	130
+contig	C7891047	130
+contig	C7891063	130
+contig	C7891029	130
+contig	C7891075	130
+contig	C7890987	130
+contig	C7890821	130
+contig	C7891083	130
+contig	C7891053	130
+contig	C7890955	130
+contig	C7890855	130
+contig	C7891151	130
+contig	C7891135	130
+contig	C7891095	130
+contig	C7891205	130
+contig	C7891185	130
+contig	C7891203	130
+contig	C7891207	130
+contig	C7891139	130
+contig	C7891251	130
+contig	C7891031	130
+contig	C7891267	130
+contig	C7891211	130
+contig	C7891061	130
+contig	C7891257	130
+contig	C7891291	130
+contig	C7891293	130
+contig	C7891219	130
+contig	C7891221	130
+contig	C7891313	130
+contig	C7891389	130
+contig	C7891329	130
+contig	C7891391	130
+contig	C7891465	130
+contig	C7891189	130
+contig	C7891431	130
+contig	C7891399	130
+contig	C7891505	130
+contig	C7891527	130
+contig	C7891285	130
+contig	C7891549	130
+contig	C7891471	130
+contig	C7891479	130
+contig	C7891573	130
+contig	C7891529	130
+contig	C7891163	130
+contig	C7891591	130
+contig	C7891583	130
+contig	C7891491	130
+contig	C7891565	130
+contig	C7891615	130
+contig	C7891653	130
+contig	C7891557	130
+contig	C7891625	130
+contig	C7891661	130
+contig	C7891663	130
+contig	C7891393	130
+contig	C7891671	130
+contig	C7891703	130
+contig	C7891667	130
+contig	C7891283	130
+contig	C7891819	130
+contig	C7891837	130
+contig	C7891759	130
+contig	C7891755	130
+contig	C7891843	130
+contig	C7891909	130
+contig	C7891831	130
+contig	C7891935	130
+contig	C7891869	130
+contig	C7891605	130
+contig	C7892003	130
+contig	C7891931	130
+contig	C7892009	130
+contig	C7891907	130
+contig	C7892035	130
+contig	C7892107	130
+contig	C7891885	130
+contig	C7892027	130
+contig	C7892145	130
+contig	C7892147	130
+contig	C7892181	130
+contig	C7891863	130
+contig	C7892205	130
+contig	C7892091	130
+contig	C7892189	130
+contig	C7892239	130
+contig	C7892255	130
+contig	C7892245	130
+contig	C7892095	130
+contig	C7892283	130
+contig	C7892313	130
+contig	C7892285	130
+contig	C7892329	130
+contig	C7892343	130
+contig	C7892351	130
+contig	C7892371	130
+contig	C7892383	130
+contig	C7892385	130
+contig	C7892209	130
+contig	C7892419	130
+contig	C7892299	130
+contig	C7892301	130
+contig	C7892375	130
+contig	C7892431	130
+contig	C7892435	130
+contig	C7892425	130
+contig	C7892443	130
+contig	C7892169	130
+contig	C7892497	130
+contig	C7892505	130
+contig	C7892415	130
+contig	C7892467	130
+contig	C7892525	130
+contig	C7892465	130
+contig	C7892575	130
+contig	C7892619	130
+contig	C7892625	130
+contig	C7892449	130
+contig	C7892653	130
+contig	C7892583	130
+contig	C7892645	130
+contig	C7892681	130
+contig	C7892691	130
+contig	C7892693	130
+contig	C7892477	130
+contig	C7892701	130
+contig	C7892673	130
+contig	C7892741	130
+contig	C7892657	130
+contig	C7892785	130
+contig	C7892799	130
+contig	C7892791	130
+contig	C7892807	130
+contig	C7892835	130
+contig	C7892663	130
+contig	C7892851	130
+contig	C7892751	130
+contig	C7892863	130
+contig	C7892825	130
+contig	C7892695	130
+contig	C7892883	130
+contig	C7892855	130
+contig	C7892893	130
+contig	C7892891	130
+contig	C7892845	130
+contig	C7892941	130
+contig	C7892527	130
+contig	C7892959	130
+contig	C7892907	130
+contig	C7892929	130
+contig	C7892963	130
+contig	C7892991	130
+contig	C7893021	130
+contig	C7893029	130
+contig	C7892949	130
+contig	C7893035	130
+contig	C7893013	130
+contig	C7893031	130
+contig	C7893039	130
+contig	C7893041	130
+contig	C7893061	130
+contig	C7893109	130
+contig	C7893079	130
+contig	C7893089	130
+contig	C7893179	130
+contig	C7893173	130
+contig	C7893059	130
+contig	C7893193	130
+contig	C7893185	130
+contig	C7893189	130
+contig	C7893215	130
+contig	C7893229	130
+contig	C7893245	130
+contig	C7891975	130
+contig	C7893281	130
+contig	C7893309	130
+contig	C7891563	130
+contig	C7893289	130
+contig	C7893311	130
+contig	C7893251	130
+contig	C7892885	130
+contig	C7893359	130
+contig	C7893321	130
+contig	C7893259	130
+contig	C7893397	130
+contig	C7893415	130
+contig	C7893425	130
+contig	C7893435	130
+contig	C7893459	130
+contig	C7893501	130
+contig	C7893507	130
+contig	C7893523	130
+contig	C7893333	130
+contig	C7893525	130
+contig	C7893529	130
+contig	C7893539	130
+contig	C7893555	130
+contig	C7893475	130
+contig	C7893617	130
+contig	C7893513	130
+contig	C7893445	130
+contig	C7893659	130
+contig	C7893665	130
+contig	C7893667	130
+contig	C7893635	130
+contig	C7893689	130
+contig	C7893649	130
+contig	C7893695	130
+contig	C7893675	130
+contig	C7893701	130
+contig	C7893705	130
+contig	C7893583	130
+contig	C7893751	130
+contig	C7893631	130
+contig	C7893743	130
+contig	C7893771	130
+contig	C7893717	130
+contig	C7893793	130
+contig	C7893783	130
+contig	C7893777	130
+contig	C7893811	130
+contig	C7893769	130
+contig	C7893795	130
+contig	C7893835	130
+contig	C7893825	130
+contig	C7893803	130
+contig	C7893849	130
+contig	C7893855	130
+contig	C7893895	130
+contig	C7893877	130
+contig	C7893897	130
+contig	C7893823	130
+contig	C7893857	130
+contig	C7893965	130
+contig	C7893981	130
+contig	C7893961	130
+contig	C7891685	130
+contig	C7893989	130
+contig	C7894023	130
+contig	C7894033	130
+contig	C7894021	130
+contig	C7894047	130
+contig	C7894025	130
+contig	C7894059	130
+contig	C7894069	130
+contig	C7894067	130
+contig	C7893957	130
+contig	C7894091	130
+contig	C7894095	130
+contig	C7894081	130
+contig	C7893999	130
+contig	C7894115	130
+contig	C7894157	130
+contig	C7894119	130
+contig	C7894175	130
+contig	C7894107	130
+contig	C7894169	130
+contig	C7894165	130
+contig	C7894189	130
+contig	C7894137	130
+contig	C7894185	130
+contig	C7894215	130
+contig	C7893327	130
+contig	C7894237	130
+contig	C7894193	130
+contig	C7894233	130
+contig	C7894179	130
+contig	C7894285	130
+contig	C7894269	130
+contig	C7894219	130
+contig	C7894291	130
+contig	C7894273	130
+contig	C7894367	130
+contig	C7894283	130
+contig	C7894375	130
+contig	C7894299	130
+contig	C7894305	130
+contig	C7894387	130
+contig	C7894397	130
+contig	C7894413	130
+contig	C7894399	130
+contig	C7894357	130
+contig	C7894449	130
+contig	C7894431	130
+contig	C7894461	130
+contig	C7894443	130
+contig	C7894527	130
+contig	C7894227	130
+contig	C7894543	130
+contig	C7894523	130
+contig	C7894579	130
+contig	C7894611	130
+contig	C7894415	130
+contig	C7894621	130
+contig	C7894603	130
+contig	C7894657	130
+contig	C7894599	130
+contig	C7894531	130
+contig	C7894651	130
+contig	C7894667	130
+contig	C7894647	130
+contig	C7894693	130
+contig	C7894727	130
+contig	C7894717	130
+contig	C7894737	130
+contig	C7894739	130
+contig	C7894463	130
+contig	C7894711	130
+contig	C7894723	130
+contig	C7894749	130
+contig	C7894807	130
+contig	C7894745	130
+contig	C7894817	130
+contig	C7894679	130
+contig	C7894885	130
+contig	C7894877	130
+contig	C7894761	130
+contig	C7894979	130
+contig	C7894939	130
+contig	C7894873	130
+contig	C7895009	130
+contig	C7894919	130
+contig	C7894791	130
+contig	C7894793	130
+contig	C7895005	130
+contig	C7895065	130
+contig	C7895021	130
+contig	C7895069	130
+contig	C7895097	130
+contig	C7895115	130
+contig	C7895131	130
+contig	C7895061	130
+contig	C7895175	130
+contig	C7895003	130
+contig	C7895177	130
+contig	C7895165	130
+contig	C7895181	130
+contig	C7895201	130
+contig	C7895257	130
+contig	C7895207	130
+contig	C7895191	130
+contig	C7895271	130
+contig	C7895135	130
+contig	C7895291	130
+contig	C7895337	130
+contig	C7895255	130
+contig	C7895365	130
+contig	C7895307	130
+contig	C7895363	130
+contig	C7895389	130
+contig	C7895391	130
+contig	C7895347	130
+contig	C7895413	130
+contig	C7895423	130
+contig	C7895379	130
+contig	C7895429	130
+contig	C7895419	130
+contig	C7895447	130
+contig	C7895483	130
+contig	C7895341	130
+contig	C7895459	130
+contig	C7895485	130
+contig	C7895437	130
+contig	C7895515	130
+contig	C7895533	130
+contig	C7895503	130
+contig	C7895499	130
+contig	C7895561	130
+contig	C7895543	130
+contig	C7895607	130
+contig	C7895549	130
+contig	C7895531	130
+contig	C7895613	130
+contig	C7895627	130
+contig	C7895641	130
+contig	C7895655	130
+contig	C7895691	130
+contig	C7895585	130
+contig	C7895697	130
+contig	C7895701	130
+contig	C7895745	130
+contig	C7895663	130
+contig	C7895757	130
+contig	C7895779	130
+contig	C7895715	130
+contig	C7895781	130
+contig	C7895497	130
+contig	C7895817	130
+contig	C7895829	130
+contig	C7895851	130
+contig	C7895873	130
+contig	C7895813	130
+contig	C7895687	130
+contig	C7895831	130
+contig	C7895891	130
+contig	C7895933	130
+contig	C7895797	130
+contig	C7895911	130
+contig	C7895951	130
+contig	C7895937	130
+contig	C7895965	130
+contig	C7896013	130
+contig	C7895995	130
+contig	C7896021	130
+contig	C7895959	130
+contig	C7896091	130
+contig	C7896097	130
+contig	C7896131	130
+contig	C7896133	130
+contig	C7896059	130
+contig	C7896157	130
+contig	C7896171	130
+contig	C7895887	130
+contig	C7896179	130
+contig	C7896139	130
+contig	C7896191	130
+contig	C7896195	130
+contig	C7895999	130
+contig	C7896215	130
+contig	C7896293	130
+contig	C7896221	130
+contig	C7896301	130
+contig	C7896283	130
+contig	C7896311	130
+contig	C7896315	130
+contig	C7896119	130
+contig	C7896317	130
+contig	C7896299	130
+contig	C7896319	130
+contig	C7896345	130
+contig	C7896379	130
+contig	C7896331	130
+contig	C7896391	130
+contig	C7896393	130
+contig	C7896341	130
+contig	C7896383	130
+contig	C7896419	130
+contig	C7896371	130
+contig	C7896429	130
+contig	C7896405	130
+contig	C7896411	130
+contig	C7896433	130
+contig	C7896461	130
+contig	C7896479	130
+contig	C7896489	130
+contig	C7896467	130
+contig	C7896381	130
+contig	C7896499	130
+contig	C7896523	130
+contig	C7896547	130
+contig	C7895615	130
+contig	C7896565	130
+contig	C7896571	130
+contig	C7896593	130
+contig	C7896491	130
+contig	C7896629	130
+contig	C7896603	130
+contig	C7896611	130
+contig	C7896541	130
+contig	C7896655	130
+contig	C7896667	130
+contig	C7896703	130
+contig	C7896651	130
+contig	C7896771	130
+contig	C7893847	130
+contig	C7896723	130
+contig	C7896777	130
+contig	C7896815	130
+contig	C7896831	130
+contig	C7896633	130
+contig	C7896749	130
+contig	C7896529	130
+contig	C7896835	130
+contig	C7896841	130
+contig	C7896861	130
+contig	C7896843	130
+contig	C7896557	130
+contig	C7896879	130
+contig	C7896779	130
+contig	C7896911	130
+contig	C7896899	130
+contig	C7896927	130
+contig	C7896943	130
+contig	C7896955	130
+contig	C7896801	130
+contig	C7896885	130
+contig	C7896923	130
+contig	C7897057	130
+contig	C7897005	130
+contig	C7896989	130
+contig	C7896875	130
+contig	C7896959	130
+contig	C7897081	130
+contig	C7897083	130
+contig	C7897097	130
+contig	C7897027	130
+contig	C7897069	130
+contig	C7896871	130
+contig	C7897101	130
+contig	C7897169	130
+contig	C7897235	130
+contig	C7897091	130
+contig	C7897121	130
+contig	C7897137	130
+contig	C7897249	130
+contig	C7897255	130
+contig	C7897293	130
+contig	C7897173	130
+contig	C7897305	130
+contig	C7897301	130
+contig	C7897313	130
+contig	C7897321	130
+contig	C7897211	130
+contig	C7897337	130
+contig	C7897295	130
+contig	C7897375	130
+contig	C7897283	130
+contig	C7897323	130
+contig	C7897437	130
+contig	C7897387	130
+contig	C7897535	130
+contig	C7897537	130
+contig	C7897393	130
+contig	C7897551	130
+contig	C7897583	130
+contig	C7897383	130
+contig	C7897603	130
+contig	C7897617	130
+contig	C7897441	130
+contig	C7897629	130
+contig	C7897639	130
+contig	C7897349	130
+contig	C7897699	130
+contig	C7897281	130
+contig	C7897731	130
+contig	C7897657	130
+contig	C7897743	130
+contig	C7897645	130
+contig	C7897779	130
+contig	C7897745	130
+contig	C7897463	130
+contig	C7897623	130
+contig	C7897825	130
+contig	C7897793	130
+contig	C7897847	130
+contig	C7897877	130
+contig	C7897855	130
+contig	C7893001	130
+contig	C7897827	130
+contig	C7897875	130
+contig	C7897909	130
+contig	C7897913	130
+contig	C7897905	130
+contig	C7897901	130
+contig	C7897711	130
+contig	C7897727	130
+contig	C7898037	130
+contig	C7897967	130
+contig	C7897937	130
+contig	C7898069	130
+contig	C7897925	130
+contig	C7898081	130
+contig	C7897911	130
+contig	C7898109	130
+contig	C7898101	130
+contig	C7898093	130
+contig	C7898111	130
+contig	C7897953	130
+contig	C7898121	130
+contig	C7898159	130
+contig	C7898087	130
+contig	C7898161	130
+contig	C7898143	130
+contig	C7897961	130
+contig	C7898155	130
+contig	C7898041	130
+contig	C7898205	130
+contig	C7898209	130
+contig	C7898147	130
+contig	C7898185	130
+contig	C7898277	130
+contig	C7898169	130
+contig	C7898275	130
+contig	C7898265	130
+contig	C7898247	130
+contig	C7898305	130
+contig	C7898345	130
+contig	C7898313	130
+contig	C7898355	130
+contig	C7898221	130
+contig	C7898437	130
+contig	C7898369	130
+contig	C7898477	130
+contig	C7898479	130
+contig	C7898201	130
+contig	C7898447	130
+contig	C7898409	130
+contig	C7898555	130
+contig	C7898519	130
+contig	C7898443	130
+contig	C7898545	130
+contig	C7898421	130
+contig	C7898627	130
+contig	C7898637	130
+contig	C7898583	130
+contig	C7898643	130
+contig	C7898591	130
+contig	C7898449	130
+contig	C7898489	130
+contig	C7898675	130
+contig	C7898649	130
+contig	C7898665	130
+contig	C7898697	130
+contig	C7898717	130
+contig	C7898661	130
+contig	C7898603	130
+contig	C7898695	130
+contig	C7898737	130
+contig	C7898605	130
+contig	C7898743	130
+contig	C7898699	130
+contig	C7898769	130
+contig	C7898777	130
+contig	C7898771	130
+contig	C7898773	130
+contig	C7898805	130
+contig	C7898795	130
+contig	C7898825	130
+contig	C7898659	130
+contig	C7898849	130
+contig	C7898719	130
+contig	C7898897	130
+contig	C7898845	130
+contig	C7898919	130
+contig	C7898839	130
+contig	C7898835	130
+contig	C7899025	130
+contig	C7898937	130
+contig	C7899031	130
+contig	C7899081	130
+contig	C7899087	130
+contig	C7898981	130
+contig	C7898691	130
+contig	C7899085	130
+contig	C7899143	130
+contig	C7898877	130
+contig	C7899177	130
+contig	C7899147	130
+contig	C7899091	130
+contig	C7899197	130
+contig	C7899231	130
+contig	C7898987	130
+contig	C7899139	130
+contig	C7899241	130
+contig	C7899225	130
+contig	C7898995	130
+contig	C7899247	130
+contig	C7899291	130
+contig	C7899325	130
+contig	C7899243	130
+contig	C7899209	130
+contig	C7899361	130
+contig	C7899329	130
+contig	C7899269	130
+contig	C7899335	130
+contig	C7899219	130
+contig	C7899397	130
+contig	C7899401	130
+contig	C7899387	130
+contig	C7899391	130
+contig	C7899443	130
+contig	C7899431	130
+contig	C7899403	130
+contig	C7899479	130
+contig	C7899461	130
+contig	C7899459	130
+contig	C7899493	130
+contig	C7899487	130
+contig	C7899321	130
+contig	C7899531	130
+contig	C7899041	130
+contig	C7899529	130
+contig	C7899519	130
+contig	C7899505	130
+contig	C7899567	130
+contig	C7899603	130
+contig	C7899565	130
+contig	C7899645	130
+contig	C7899579	130
+contig	C7899657	130
+contig	C7899483	130
+contig	C7899673	130
+contig	C7899663	130
+contig	C7899507	130
+contig	C7899685	130
+contig	C7899575	130
+contig	C7899683	130
+contig	C7899705	130
+contig	C7899725	130
+contig	C7899691	130
+contig	C7899723	130
+contig	C7899727	130
+contig	C7899623	130
+contig	C7899589	130
+contig	C7899829	130
+contig	C7899787	130
+contig	C7899847	130
+contig	C7899849	130
+contig	C7899851	130
+contig	C7899877	130
+contig	C7899709	130
+contig	C7899785	130
+contig	C7899703	130
+contig	C7899917	130
+contig	C7899923	130
+contig	C7899949	130
+contig	C7899939	130
+contig	C7899735	130
+contig	C7899967	130
+contig	C7899955	130
+contig	C7900001	130
+contig	C7899947	130
+contig	C7900009	130
+contig	C7899889	130
+contig	C7900029	130
+contig	C7900027	130
+contig	C7900025	130
+contig	C7900011	130
+contig	C7900041	130
+contig	C7900019	130
+contig	C7900071	130
+contig	C7900015	130
+contig	C7900059	130
+contig	C7900141	130
+contig	C7899951	130
+contig	C7900151	130
+contig	C7900173	130
+contig	C7900035	130
+contig	C7900199	130
+contig	C7900193	130
+contig	C7900249	130
+contig	C7900179	130
+contig	C7900231	130
+contig	C7900283	130
+contig	C7900085	130
+contig	C7900299	130
+contig	C7900289	130
+contig	C7900307	130
+contig	C7900315	130
+contig	C7900325	130
+contig	C7900327	130
+contig	C7900347	130
+contig	C7900269	130
+contig	C7900339	130
+contig	C7900389	130
+contig	C7900415	130
+contig	C7900379	130
+contig	C7900397	130
+contig	C7900423	130
+contig	C7891611	130
+contig	C7900419	130
+contig	C7900367	130
+contig	C7900443	130
+contig	C7900451	130
+contig	C7900459	130
+contig	C7900461	130
+contig	C7900479	130
+contig	C7900473	130
+contig	C7900507	130
+contig	C7900493	130
+contig	C7900499	130
+contig	C7900537	130
+contig	C7900515	130
+contig	C7900531	130
+contig	C7900583	130
+contig	C7900481	130
+contig	C7900601	130
+contig	C7900629	130
+contig	C7900613	130
+contig	C7900617	130
+contig	C7900641	130
+contig	C7900049	130
+contig	C7900669	130
+contig	C7900671	130
+contig	C7900561	130
+contig	C7900683	130
+contig	C7900681	130
+contig	C7900691	130
+contig	C7900709	130
+contig	C7900647	130
+contig	C7900673	130
+contig	C7900713	130
+contig	C7900715	130
+contig	C7900721	130
+contig	C7900655	130
+contig	C7900745	130
+contig	C7900751	130
+contig	C7900759	130
+contig	C7900579	130
+contig	C7900717	130
+contig	C7900733	130
+contig	C7900771	130
+contig	C7900791	130
+contig	C7900741	130
+contig	C7900793	130
+contig	C7900789	130
+contig	C7900853	130
+contig	C7900857	130
+contig	C7900861	130
+contig	C7900871	130
+contig	C7900889	130
+contig	C7900767	130
+contig	C7900929	130
+contig	C7900897	130
+contig	C7900955	130
+contig	C7900845	130
+contig	C7900951	130
+contig	C7900963	130
+contig	C7900995	130
+contig	C7901031	130
+contig	C7900847	130
+contig	C7901033	130
+contig	C7901047	130
+contig	C7901099	130
+contig	C7901111	130
+contig	C7901043	130
+contig	C7901147	130
+contig	C7901173	130
+contig	C7901217	130
+contig	C7901127	130
+contig	C7900689	130
+contig	C7901249	130
+contig	C7901179	130
+contig	C7901237	130
+contig	C7901279	130
+contig	C7901257	130
+contig	C7901305	130
+contig	C7901367	130
+contig	C7901373	130
+contig	C7901351	130
+contig	C7901391	130
+contig	C7901105	130
+contig	C7901371	130
+contig	C7901393	130
+contig	C7901403	130
+contig	C7901375	130
+contig	C7901429	131
+contig	C7901397	130
+contig	C7901385	130
+contig	C7901427	131
+contig	C7901431	131
+contig	C7901441	131
+contig	C7901437	131
+contig	C7901473	131
+contig	C7901477	131
+contig	C7901457	131
+contig	C7901481	131
+contig	C7901519	131
+contig	C7901493	131
+contig	C7901513	131
+contig	C7901537	131
+contig	C7901503	131
+contig	C7901521	131
+contig	C7901559	131
+contig	C7901523	131
+contig	C7901565	131
+contig	C7901567	131
+contig	C7901449	131
+contig	C7901577	131
+contig	C7901573	131
+contig	C7900279	130
+contig	C7901015	130
+contig	C7901585	131
+contig	C7901599	131
+contig	C7901615	131
+contig	C7901647	131
+contig	C7901545	131
+contig	C7901697	131
+contig	C7901667	131
+contig	C7901717	131
+contig	C7901683	131
+contig	C7901629	131
+contig	C7901721	131
+contig	C7901603	131
+contig	C7901711	131
+contig	C7901597	131
+contig	C7901747	131
+contig	C7901561	131
+contig	C7901737	131
+contig	C7901791	131
+contig	C7901817	131
+contig	C7901745	131
+contig	C7901783	131
+contig	C7901851	131
+contig	C7901811	131
+contig	C7901769	131
+contig	C7901839	131
+contig	C7901867	131
+contig	C7901905	131
+contig	C7901875	131
+contig	C7901859	131
+contig	C7901919	131
+contig	C7900143	130
+contig	C7901879	131
+contig	C7901915	131
+contig	C7901921	131
+contig	C7901855	131
+contig	C7893135	130
+contig	C7902007	131
+contig	C7901987	131
+contig	C7901967	131
+contig	C7902011	131
+contig	C7901971	131
+contig	C7902043	131
+contig	C7902073	131
+contig	C7901805	131
+contig	C7902155	131
+contig	C7902131	131
+contig	C7902219	131
+contig	C7902063	131
+contig	C7902053	131
+contig	C7902135	131
+contig	C7902051	131
+contig	C7902205	131
+contig	C7902157	131
+contig	C7902253	131
+contig	C7902225	131
+contig	C7902247	131
+contig	C7902267	131
+contig	C7902249	131
+contig	C7902301	131
+contig	C7902307	131
+contig	C7902231	131
+contig	C7902241	131
+contig	C7902311	131
+contig	C7902337	131
+contig	C7902281	131
+contig	C7902377	131
+contig	C7902417	131
+contig	C7902409	131
+contig	C7902347	131
+contig	C7902431	131
+contig	C7902425	131
+contig	C7902463	131
+contig	C7902415	131
+contig	C7902393	131
+contig	C7902475	131
+contig	C7902481	131
+contig	C7902319	131
+contig	C7902485	131
+contig	C7902513	131
+contig	C7902497	131
+contig	C7902537	131
+contig	C7902543	131
+contig	C7902447	131
+contig	C7901937	131
+contig	C7902523	131
+contig	C7902525	131
+contig	C7902547	131
+contig	C7901923	131
+contig	C7902563	131
+contig	C7902567	131
+contig	C7902541	131
+contig	C7902633	131
+contig	C7902607	131
+contig	C7902695	131
+contig	C7902593	131
+contig	C7902629	131
+contig	C7902687	131
+contig	C7902719	131
+contig	C7902453	131
+contig	C7902749	131
+contig	C7902717	131
+contig	C7902667	131
+contig	C7902597	131
+contig	C7902815	131
+contig	C7902579	131
+contig	C7902783	131
+contig	C7902827	131
+contig	C7902825	131
+contig	C7902841	131
+contig	C7902789	131
+contig	C7902857	131
+contig	C7902861	131
+contig	C7902877	131
+contig	C7902881	131
+contig	C7902755	131
+contig	C7902889	131
+contig	C7902895	131
+contig	C7902893	131
+contig	C7902849	131
+contig	C7902909	131
+contig	C7902913	131
+contig	C7902847	131
+contig	C7902991	131
+contig	C7902883	131
+contig	C7902917	131
+contig	C7902983	131
+contig	C7903025	131
+contig	C7903039	131
+contig	C7903015	131
+contig	C7902899	131
+contig	C7903031	131
+contig	C7903071	131
+contig	C7903085	131
+contig	C7903059	131
+contig	C7903089	131
+contig	C7903051	131
+contig	C7903115	131
+contig	C7902967	131
+contig	C7903123	131
+contig	C7903125	131
+contig	C7903135	131
+contig	C7902773	131
+contig	C7903103	131
+contig	C7903211	131
+contig	C7903247	131
+contig	C7903231	131
+contig	C7903289	131
+contig	C7903337	131
+contig	C7903003	131
+contig	C7903353	131
+contig	C7903105	131
+contig	C7903283	131
+contig	C7903505	131
+contig	C7903463	131
+contig	C7903181	131
+contig	C7903497	131
+contig	C7903413	131
+contig	C7903309	131
+contig	C7903523	131
+contig	C7903601	131
+contig	C7903561	131
+contig	C7903609	131
+contig	C7903649	131
+contig	C7903585	131
+contig	C7903685	131
+contig	C7903619	131
+contig	C7903663	131
+contig	C7903731	131
+contig	C7903509	131
+contig	C7903737	131
+contig	C7903759	131
+contig	C7903723	131
+contig	C7903725	131
+contig	C7903769	131
+contig	C7903661	131
+contig	C7903767	131
+contig	C7903741	131
+contig	C7903789	131
+contig	C7903785	131
+contig	C7902747	131
+contig	C7900005	130
+contig	C7903811	131
+contig	C7903777	131
+contig	C7903827	131
+contig	C7903833	131
+contig	C7903807	131
+contig	C7903865	131
+contig	C7903893	131
+contig	C7903849	131
+contig	C7903797	131
+contig	C7903923	131
+contig	C7903905	131
+contig	C7903955	131
+contig	C7903949	131
+contig	C7903809	131
+contig	C7903981	131
+contig	C7903973	131
+contig	C7904005	131
+contig	C7903847	131
+contig	C7904001	131
+contig	C7904013	131
+contig	C7903885	131
+contig	C7904015	131
+contig	C7903941	131
+contig	C7904011	131
+contig	C7904039	131
+contig	C7904049	131
+contig	C7903901	131
+contig	C7904017	131
+contig	C7904083	131
+contig	C7904061	131
+contig	C7903657	131
+contig	C7904069	131
+contig	C7904103	131
+contig	C7904067	131
+contig	C7904057	131
+contig	C7904087	131
+contig	C7904109	131
+contig	C7904091	131
+contig	C7904123	131
+contig	C7904115	131
+contig	C7904145	131
+contig	C7904043	131
+contig	C7904157	131
+contig	C7904153	131
+contig	C7904211	131
+contig	C7904221	131
+contig	C7904201	131
+contig	C7904219	131
+contig	C7904107	131
+contig	C7904367	131
+contig	C7904295	131
+contig	C7904225	131
+contig	C7904383	131
+contig	C7904345	131
+contig	C7904385	131
+contig	C7904397	131
+contig	C7904405	131
+contig	C7904413	131
+contig	C7904375	131
+contig	C7904437	131
+contig	C7904435	131
+contig	C7904365	131
+contig	C7904473	131
+contig	C7904287	131
+contig	C7904439	131
+contig	C7904513	131
+contig	C7904471	131
+contig	C7904553	131
+contig	C7904575	131
+contig	C7904509	131
+contig	C7904535	131
+contig	C7904671	131
+contig	C7904675	131
+contig	C7904497	131
+contig	C7904603	131
+contig	C7904699	131
+contig	C7904579	131
+contig	C7904723	131
+contig	C7904721	131
+contig	C7902865	131
+contig	C7904755	131
+contig	C7904751	131
+contig	C7904769	131
+contig	C7904697	131
+contig	C7904595	131
+contig	C7904851	131
+contig	C7904885	131
+contig	C7904817	131
+contig	C7904377	131
+contig	C7904443	131
+contig	C7904897	131
+contig	C7904895	131
+contig	C7904831	131
+contig	C7904839	131
+contig	C7904765	131
+contig	C7904963	131
+contig	C7904975	131
+contig	C7904995	131
+contig	C7904961	131
+contig	C7905003	131
+contig	C7904941	131
+contig	C7904979	131
+contig	C7905011	131
+contig	C7905111	131
+contig	C7905107	131
+contig	C7905115	131
+contig	C7905137	131
+contig	C7905145	131
+contig	C7905141	131
+contig	C7905151	131
+contig	C7905073	131
+contig	C7904935	131
+contig	C7905051	131
+contig	C7905181	131
+contig	C7905171	131
+contig	C7905059	131
+contig	C7905155	131
+contig	C7905197	131
+contig	C7905235	131
+contig	C7905239	131
+contig	C7905201	131
+contig	C7905289	131
+contig	C7905195	131
+contig	C7905199	131
+contig	C7905307	131
+contig	C7905283	131
+contig	C7905355	131
+contig	C7905345	131
+contig	C7905351	131
+contig	C7905427	131
+contig	C7905185	131
+contig	C7904689	131
+contig	C7905431	131
+contig	C7905435	131
+contig	C7905489	131
+contig	C7905455	131
+contig	C7905395	131
+contig	C7903313	131
+contig	C7905423	131
+contig	C7905437	131
+contig	C7905493	131
+contig	C7905507	131
+contig	C7905523	131
+contig	C7905521	131
+contig	C7905565	131
+contig	C7905563	131
+contig	C7905617	131
+contig	C7905581	131
+contig	C7905593	131
+contig	C7905527	131
+contig	C7905659	131
+contig	C7904953	131
+contig	C7905639	131
+contig	C7905649	131
+contig	C7905621	131
+contig	C7905681	131
+contig	C7903987	131
+contig	C7905671	131
+contig	C7905727	131
+contig	C7905691	131
+contig	C7905585	131
+contig	C7905723	131
+contig	C7905631	131
+contig	C7905701	131
+contig	C7905481	131
+contig	C7905787	131
+contig	C7905799	131
+contig	C7905803	131
+contig	C7905877	131
+contig	C7905777	131
+contig	C7905735	131
+contig	C7905841	131
+contig	C7905805	131
+contig	C7905909	131
+contig	C7905783	131
+contig	C7905899	131
+contig	C7905959	131
+contig	C7905815	131
+contig	C7905965	131
+contig	C7905867	131
+contig	C7905969	131
+contig	C7905977	131
+contig	C7905945	131
+contig	C7905927	131
+contig	C7905971	131
+contig	C7905967	131
+contig	C7905947	131
+contig	C7906021	131
+contig	C7906041	131
+contig	C7905985	131
+contig	C7906029	131
+contig	C7905929	131
+contig	C7905981	131
+contig	C7906059	131
+contig	C7906047	131
+contig	C7906105	131
+contig	C7906079	131
+contig	C7906023	131
+contig	C7905995	131
+contig	C7906137	131
+contig	C7906149	131
+contig	C7906163	131
+contig	C7906101	131
+contig	C7906197	131
+contig	C7906183	131
+contig	C7906231	131
+contig	C7906191	131
+contig	C7906235	131
+contig	C7906253	131
+contig	C7906205	131
+contig	C7906257	131
+contig	C7906255	131
+contig	C7906303	131
+contig	C7906247	131
+contig	C7906241	131
+contig	C7906353	131
+contig	C7906355	131
+contig	C7906321	131
+contig	C7906311	131
+contig	C7906413	131
+contig	C7906401	131
+contig	C7906449	131
+contig	C7906363	131
+contig	C7906451	131
+contig	C7906453	131
+contig	C7906435	131
+contig	C7906487	131
+contig	C7906483	131
+contig	C7906031	131
+contig	C7906407	131
+contig	C7906531	131
+contig	C7906495	131
+contig	C7906553	131
+contig	C7906569	131
+contig	C7906515	131
+contig	C7906445	131
+contig	C7906565	131
+contig	C7906591	131
+contig	C7906539	131
+contig	C7906615	131
+contig	C7906633	131
+contig	C7906651	131
+contig	C7906317	131
+contig	C7906603	131
+contig	C7906657	131
+contig	C7906659	131
+contig	C7906679	131
+contig	C7906607	131
+contig	C7906705	131
+contig	C7906675	131
+contig	C7906743	131
+contig	C7906611	131
+contig	C7906745	131
+contig	C7906727	131
+contig	C7906791	131
+contig	C7906581	131
+contig	C7906751	131
+contig	C7906641	131
+contig	C7906781	131
+contig	C7906797	131
+contig	C7906719	131
+contig	C7906799	131
+contig	C7906097	131
+contig	C7906859	131
+contig	C7905819	131
+contig	C7906875	131
+contig	C7906805	131
+contig	C7906847	131
+contig	C7906883	131
+contig	C7906897	131
+contig	C7906953	131
+contig	C7906899	131
+contig	C7906779	131
+contig	C7906833	131
+contig	C7906851	131
+contig	C7906957	131
+contig	C7907021	131
+contig	C7907001	131
+contig	C7907025	131
+contig	C7906981	131
+contig	C7907173	131
+contig	C7906811	131
+contig	C7907033	131
+contig	C7907041	131
+contig	C7906909	131
+contig	C7907091	131
+contig	C7907141	131
+contig	C7907207	131
+contig	C7906955	131
+contig	C7907239	131
+contig	C7907201	131
+contig	C7907219	131
+contig	C7907197	131
+contig	C7907243	131
+contig	C7907291	131
+contig	C7907289	131
+contig	C7907297	131
+contig	C7906937	131
+contig	C7907295	131
+contig	C7907283	131
+contig	C7907405	131
+contig	C7907391	131
+contig	C7907385	131
+contig	C7907407	131
+contig	C7907451	131
+contig	C7907449	131
+contig	C7907213	131
+contig	C7907469	131
+contig	C7907387	131
+contig	C7907307	131
+contig	C7907495	131
+contig	C7907575	131
+contig	C7907563	131
+contig	C7907335	131
+contig	C7907583	131
+contig	C7907615	131
+contig	C7907487	131
+contig	C7907573	131
+contig	C7907437	131
+contig	C7907623	131
+contig	C7907489	131
+contig	C7907627	131
+contig	C7907647	131
+contig	C7907651	131
+contig	C7907713	131
+contig	C7907591	131
+contig	C7907687	131
+contig	C7907419	131
+contig	C7907637	131
+contig	C7907697	131
+contig	C7907747	131
+contig	C7907761	131
+contig	C7907253	131
+contig	C7907783	131
+contig	C7907789	131
+contig	C7907785	131
+contig	C7907801	131
+contig	C7907741	131
+contig	C7907635	131
+contig	C7907839	131
+contig	C7907807	131
+contig	C7907829	131
+contig	C7907837	131
+contig	C7907847	131
+contig	C7907855	131
+contig	C7907873	131
+contig	C7907877	131
+contig	C7907961	131
+contig	C7907993	131
+contig	C7907809	131
+contig	C7907619	131
+contig	C7907971	131
+contig	C7908065	131
+contig	C7907905	131
+contig	C7908087	131
+contig	C7908057	131
+contig	C7908103	131
+contig	C7908051	131
+contig	C7907911	131
+contig	C7908113	131
+contig	C7908075	131
+contig	C7908121	131
+contig	C7908123	131
+contig	C7908169	131
+contig	C7907815	131
+contig	C7908215	131
+contig	C7908163	131
+contig	C7908083	131
+contig	C7908153	131
+contig	C7908183	131
+contig	C7908223	131
+contig	C7908269	131
+contig	C7907991	131
+contig	C7908193	131
+contig	C7908291	131
+contig	C7908257	131
+contig	C7908137	131
+contig	C7908267	131
+contig	C7908275	131
+contig	C7908323	131
+contig	C7908271	131
+contig	C7908341	131
+contig	C7908319	131
+contig	C7908369	131
+contig	C7908481	131
+contig	C7908317	131
+contig	C7908485	131
+contig	C7908495	131
+contig	C7908469	131
+contig	C7908483	131
+contig	C7908463	131
+contig	C7908505	131
+contig	C7908513	131
+contig	C7908409	131
+contig	C7908537	131
+contig	C7908499	131
+contig	C7908517	131
+contig	C7908371	131
+contig	C7908547	131
+contig	C7908565	131
+contig	C7908607	131
+contig	C7908399	131
+contig	C7908577	131
+contig	C7908551	131
+contig	C7908615	131
+contig	C7908561	131
+contig	C7908639	131
+contig	C7905325	131
+contig	C7908545	131
+contig	C7908635	131
+contig	C7908623	131
+contig	C7908769	131
+contig	C7908765	131
+contig	C7908681	131
+contig	C7908799	131
+contig	C7908737	131
+contig	C7908811	131
+contig	C7908523	131
+contig	C7908819	131
+contig	C7908829	131
+contig	C7908541	131
+contig	C7908823	131
+contig	C7908897	131
+contig	C7908689	131
+contig	C7908927	131
+contig	C7908789	131
+contig	C7908805	131
+contig	C7908707	131
+contig	C7908909	131
+contig	C7908917	131
+contig	C7908753	131
+contig	C7908967	131
+contig	C7909007	131
+contig	C7909013	131
+contig	C7908883	131
+contig	C7908979	131
+contig	C7909059	131
+contig	C7908935	131
+contig	C7908993	131
+contig	C7909011	131
+contig	C7909115	131
+contig	C7909081	131
+contig	C7909067	131
+contig	C7909117	131
+contig	C7909093	131
+contig	C7909161	131
+contig	C7909139	131
+contig	C7909173	131
+contig	C7909179	131
+contig	C7908959	131
+contig	C7909071	131
+contig	C7908835	131
+contig	C7909209	131
+contig	C7909083	131
+contig	C7909229	131
+contig	C7909127	131
+contig	C7909193	131
+contig	C7909207	131
+contig	C7909295	131
+contig	C7909167	131
+contig	C7909311	131
+contig	C7909297	131
+contig	C7909263	131
+contig	C7909329	131
+contig	C7909357	131
+contig	C7909337	131
+contig	C7909359	131
+contig	C7909293	131
+contig	C7909409	131
+contig	C7909221	131
+contig	C7909381	131
+contig	C7909303	131
+contig	C7909469	131
+contig	C7909323	131
+contig	C7909503	131
+contig	C7909275	131
+contig	C7909481	131
+contig	C7909501	131
+contig	C7909495	131
+contig	C7909399	131
+contig	C7909377	131
+contig	C7909547	131
+contig	C7909559	131
+contig	C7909555	131
+contig	C7909535	131
+contig	C7909527	131
+contig	C7909571	131
+contig	C7909451	131
+contig	C7909585	131
+contig	C7909617	131
+contig	C7909575	131
+contig	C7909635	131
+contig	C7909615	131
+contig	C7909551	131
+contig	C7909605	131
+contig	C7909669	131
+contig	C7909549	131
+contig	C7909633	131
+contig	C7909695	131
+contig	C7909515	131
+contig	C7909741	131
+contig	C7909793	131
+contig	C7909719	131
+contig	C7909707	131
+contig	C7909837	131
+contig	C7909703	131
+contig	C7909851	131
+contig	C7909483	131
+contig	C7909697	131
+contig	C7909873	131
+contig	C7909737	131
+contig	C7909911	131
+contig	C7909901	131
+contig	C7909831	131
+contig	C7909803	131
+contig	C7909913	131
+contig	C7909939	131
+contig	C7909931	131
+contig	C7909921	131
+contig	C7909969	131
+contig	C7909923	131
+contig	C7909933	131
+contig	C7909987	131
+contig	C7910051	131
+contig	C7910121	131
+contig	C7910027	131
+contig	C7910107	131
+contig	C7909879	131
+contig	C7910123	131
+contig	C7910167	131
+contig	C7910145	131
+contig	C7910203	131
+contig	C7910021	131
+contig	C7910185	131
+contig	C7910077	131
+contig	C7907779	131
+contig	C7910263	131
+contig	C7910239	131
+contig	C7910235	131
+contig	C7910223	131
+contig	C7910173	131
+contig	C7910259	131
+contig	C7910269	131
+contig	C7910357	131
+contig	C7910379	131
+contig	C7910389	131
+contig	C7910349	131
+contig	C7910419	131
+contig	C7910267	131
+contig	C7910031	131
+contig	C7910451	131
+contig	C7910399	131
+contig	C7910493	131
+contig	C7910497	131
+contig	C7910449	131
+contig	C7910495	131
+contig	C7910461	131
+contig	C7910401	131
+contig	C7910525	131
+contig	C7910319	131
+contig	C7909979	131
+contig	C7910535	131
+contig	C7910601	131
+contig	C7910311	131
+contig	C7910515	131
+contig	C7910617	131
+contig	C7910505	131
+contig	C7910517	131
+contig	C7910553	131
+contig	C7910641	131
+contig	C7910655	131
+contig	C7910633	131
+contig	C7910657	131
+contig	C7910671	131
+contig	C7910693	131
+contig	C7910741	131
+contig	C7910613	131
+contig	C7910713	131
+contig	C7910753	131
+contig	C7910781	131
+contig	C7910541	131
+contig	C7910643	131
+contig	C7910757	131
+contig	C7910787	131
+contig	C7910835	131
+contig	C7910739	131
+contig	C7910821	131
+contig	C7910863	131
+contig	C7910903	131
+contig	C7910579	131
+contig	C7910783	131
+contig	C7910905	131
+contig	C7910809	131
+contig	C7910871	131
+contig	C7910943	131
+contig	C7910897	131
+contig	C7910823	131
+contig	C7910955	131
+contig	C7910939	131
+contig	C7910829	131
+contig	C7910953	131
+contig	C7910985	131
+contig	C7910801	131
+contig	C7911027	131
+contig	C7910965	131
+contig	C7910999	131
+contig	C7911025	131
+contig	C7910977	131
+contig	C7911053	131
+contig	C7911047	131
+contig	C7911031	131
+contig	C7911131	131
+contig	C7911073	131
+contig	C7911049	131
+contig	C7911137	131
+contig	C7911209	131
+contig	C7910937	131
+contig	C7911019	131
+contig	C7911235	131
+contig	C7910993	131
+contig	C7911069	131
+contig	C7911059	131
+contig	C7911215	131
+contig	C7911195	131
+contig	C7911157	131
+contig	C7911259	131
+contig	C7911173	131
+contig	C7909691	131
+contig	C7911247	131
+contig	C7911293	131
+contig	C7911275	131
+contig	C7911309	131
+contig	C7911413	131
+contig	C7911403	131
+contig	C7911243	131
+contig	C7911333	131
+contig	C7911283	131
+contig	C7911245	131
+contig	C7911297	131
+contig	C7911463	131
+contig	C7911435	131
+contig	C7911545	131
+contig	C7911477	131
+contig	C7911467	131
+contig	C7911563	131
+contig	C7911579	131
+contig	C7911581	131
+contig	C7911595	131
+contig	C7911509	131
+contig	C7911421	131
+contig	C7911623	131
+contig	C7911661	131
+contig	C7911315	131
+contig	C7911697	131
+contig	C7911663	131
+contig	C7911639	131
+contig	C7911699	131
+contig	C7911483	131
+contig	C7911741	131
+contig	C7911607	131
+contig	C7911747	131
+contig	C7911717	131
+contig	C7911777	131
+contig	C7911759	131
+contig	C7911781	131
+contig	C7911613	131
+contig	C7911481	131
+contig	C7911419	131
+contig	C7911789	131
+contig	C7911795	131
+contig	C7911779	131
+contig	C7911767	131
+contig	C7911803	131
+contig	C7911725	131
+contig	C7911825	131
+contig	C7911879	131
+contig	C7911957	131
+contig	C7911895	131
+contig	C7911943	131
+contig	C7911941	131
+contig	C7911985	131
+contig	C7911989	131
+contig	C7911993	131
+contig	C7911877	131
+contig	C7911997	131
+contig	C7912033	131
+contig	C7911937	131
+contig	C7911849	131
+contig	C7911823	131
+contig	C7912013	131
+contig	C7911991	131
+contig	C7912083	131
+contig	C7912021	131
+contig	C7912125	131
+contig	C7912091	131
+contig	C7912161	131
+contig	C7912171	131
+contig	C7912007	131
+contig	C7911329	131
+contig	C7912201	131
+contig	C7912151	131
+contig	C7912191	131
+contig	C7912219	131
+contig	C7912071	131
+contig	C7912095	131
+contig	C7912305	131
+contig	C7912247	131
+contig	C7912223	131
+contig	C7912261	131
+contig	C7912295	131
+contig	C7912311	131
+contig	C7912337	131
+contig	C7912275	131
+contig	C7912317	131
+contig	C7912319	131
+contig	C7912173	131
+contig	C7912351	131
+contig	C7912301	131
+contig	C7912389	131
+contig	C7912455	131
+contig	C7912357	131
+contig	C7912451	131
+contig	C7912367	131
+contig	C7912529	131
+contig	C7912473	131
+contig	C7912497	131
+contig	C7912535	131
+contig	C7912519	131
+contig	C7912465	131
+contig	C7912573	131
+contig	C7912585	131
+contig	C7912597	132
+contig	C7912607	132
+contig	C7912599	132
+contig	C7912383	131
+contig	C7912443	131
+contig	C7912625	132
+contig	C7912619	132
+contig	C7912631	132
+contig	C7912537	131
+contig	C7912547	131
+contig	C7912641	132
+contig	C7912645	132
+contig	C7912707	132
+contig	C7912729	132
+contig	C7912725	132
+contig	C7912769	132
+contig	C7912651	132
+contig	C7912677	132
+contig	C7912659	132
+contig	C7912837	132
+contig	C7912717	132
+contig	C7912891	132
+contig	C7912841	132
+contig	C7912783	132
+contig	C7912897	132
+contig	C7912913	132
+contig	C7912781	132
+contig	C7912947	132
+contig	C7912849	132
+contig	C7912865	132
+contig	C7912905	132
+contig	C7913045	132
+contig	C7911807	131
+contig	C7913025	132
+contig	C7913059	132
+contig	C7913035	132
+contig	C7913015	132
+contig	C7913031	132
+contig	C7913039	132
+contig	C7913123	132
+contig	C7913129	132
+contig	C7913143	132
+contig	C7913051	132
+contig	C7913207	132
+contig	C7913155	132
+contig	C7912797	132
+contig	C7913105	132
+contig	C7913239	132
+contig	C7913243	132
+contig	C7913271	132
+contig	C7913147	132
+contig	C7913291	132
+contig	C7913219	132
+contig	C7913209	132
+contig	C7913293	132
+contig	C7913091	132
+contig	C7913267	132
+contig	C7913335	132
+contig	C7913211	132
+contig	C7913431	132
+contig	C7913337	132
+contig	C7913355	132
+contig	C7913473	132
+contig	C7913379	132
+contig	C7913455	132
+contig	C7913331	132
+contig	C7913377	132
+contig	C7913515	132
+contig	C7913513	132
+contig	C7913579	132
+contig	C7913575	132
+contig	C7913461	132
+contig	C7913479	132
+contig	C7913631	132
+contig	C7913633	132
+contig	C7913637	132
+contig	C7913087	132
+contig	C7913681	132
+contig	C7913665	132
+contig	C7913733	132
+contig	C7913697	132
+contig	C7913525	132
+contig	C7913599	132
+contig	C7913655	132
+contig	C7913585	132
+contig	C7913761	132
+contig	C7913781	132
+contig	C7913795	132
+contig	C7913901	132
+contig	C7913851	132
+contig	C7913737	132
+contig	C7913845	132
+contig	C7913499	132
+contig	C7913953	132
+contig	C7913963	132
+contig	C7913967	132
+contig	C7913983	132
+contig	C7913979	132
+contig	C7913947	132
+contig	C7914033	132
+contig	C7914037	132
+contig	C7914041	132
+contig	C7913873	132
+contig	C7913987	132
+contig	C7914087	132
+contig	C7914079	132
+contig	C7914005	132
+contig	C7914113	132
+contig	C7914117	132
+contig	C7914115	132
+contig	C7914095	132
+contig	C7914123	132
+contig	C7914099	132
+contig	C7914145	132
+contig	C7914153	132
+contig	C7914077	132
+contig	C7914157	132
+contig	C7914161	132
+contig	C7914215	132
+contig	C7914231	132
+contig	C7912387	131
+contig	C7913821	132
+contig	C7914139	132
+contig	C7914249	132
+contig	C7914183	132
+contig	C7914109	132
+contig	C7914257	132
+contig	C7914281	132
+contig	C7914259	132
+contig	C7914273	132
+contig	C7914217	132
+contig	C7914291	132
+contig	C7914375	132
+contig	C7914267	132
+contig	C7914347	132
+contig	C7914393	132
+contig	C7914461	132
+contig	C7914447	132
+contig	C7914469	132
+contig	C7914463	132
+contig	C7914321	132
+contig	C7914499	132
+contig	C7914477	132
+contig	C7914481	132
+contig	C7914531	132
+contig	C7914475	132
+contig	C7914593	132
+contig	C7914303	132
+contig	C7914599	132
+contig	C7914541	132
+contig	C7914527	132
+contig	C7914331	132
+contig	C7914655	132
+contig	C7914641	132
+contig	C7914623	132
+contig	C7914305	132
+contig	C7914729	132
+contig	C7914723	132
+contig	C7914813	132
+contig	C7914777	132
+contig	C7914597	132
+contig	C7914851	132
+contig	C7914607	132
+contig	C7914555	132
+contig	C7914839	132
+contig	C7914819	132
+contig	C7914877	132
+contig	C7914915	132
+contig	C7914917	132
+contig	C7914971	132
+contig	C7914973	132
+contig	C7914831	132
+contig	C7914965	132
+contig	C7914749	132
+contig	C7914997	132
+contig	C7914897	132
+contig	C7915019	132
+contig	C7914693	132
+contig	C7914855	132
+contig	C7914999	132
+contig	C7914933	132
+contig	C7915029	132
+contig	C7915037	132
+contig	C7915069	132
+contig	C7915121	132
+contig	C7915083	132
+contig	C7915031	132
+contig	C7914983	132
+contig	C7915137	132
+contig	C7915195	132
+contig	C7915191	132
+contig	C7915153	132
+contig	C7915247	132
+contig	C7915145	132
+contig	C7915259	132
+contig	C7915217	132
+contig	C7915079	132
+contig	C7915249	132
+contig	C7915225	132
+contig	C7915255	132
+contig	C7915243	132
+contig	C7915321	132
+contig	C7915287	132
+contig	C7915345	132
+contig	C7915335	132
+contig	C7915309	132
+contig	C7915351	132
+contig	C7915261	132
+contig	C7915445	132
+contig	C7915361	132
+contig	C7913405	132
+contig	C7915297	132
+contig	C7915459	132
+contig	C7915485	132
+contig	C7915359	132
+contig	C7915465	132
+contig	C7915393	132
+contig	C7915547	132
+contig	C7915461	132
+contig	C7915509	132
+contig	C7915611	132
+contig	C7915617	132
+contig	C7915593	132
+contig	C7915507	132
+contig	C7915253	132
+contig	C7915639	132
+contig	C7915681	132
+contig	C7915581	132
+contig	C7915387	132
+contig	C7915707	132
+contig	C7915719	132
+contig	C7915729	132
+contig	C7915585	132
+contig	C7915651	132
+contig	C7915747	132
+contig	C7915761	132
+contig	C7915625	132
+contig	C7915871	132
+contig	C7915801	132
+contig	C7915877	132
+contig	C7915905	132
+contig	C7915743	132
+contig	C7915909	132
+contig	C7915917	132
+contig	C7915975	132
+contig	C7915907	132
+contig	C7915927	132
+contig	C7915961	132
+contig	C7916009	132
+contig	C7916019	132
+contig	C7915773	132
+contig	C7915991	132
+contig	C7915997	132
+contig	C7916037	132
+contig	C7916065	132
+contig	C7916047	132
+contig	C7916105	132
+contig	C7915803	132
+contig	C7916135	132
+contig	C7915989	132
+contig	C7916155	132
+contig	C7916121	132
+contig	C7916177	132
+contig	C7916107	132
+contig	C7916205	132
+contig	C7916217	132
+contig	C7916111	132
+contig	C7916307	132
+contig	C7916311	132
+contig	C7916315	132
+contig	C7916169	132
+contig	C7916173	132
+contig	C7916413	132
+contig	C7916335	132
+contig	C7916425	132
+contig	C7916163	132
+contig	C7916437	132
+contig	C7916455	132
+contig	C7916427	132
+contig	C7916471	132
+contig	C7916517	132
+contig	C7916527	132
+contig	C7916341	132
+contig	C7916421	132
+contig	C7916539	132
+contig	C7916523	132
+contig	C7916553	132
+contig	C7916561	132
+contig	C7916547	132
+contig	C7916597	132
+contig	C7915457	132
+contig	C7916319	132
+contig	C7916467	132
+contig	C7916637	132
+contig	C7916519	132
+contig	C7916657	132
+contig	C7916675	132
+contig	C7916679	132
+contig	C7916595	132
+contig	C7916715	132
+contig	C7916747	132
+contig	C7916555	132
+contig	C7916627	132
+contig	C7916605	132
+contig	C7916615	132
+contig	C7916845	132
+contig	C7916873	132
+contig	C7916771	132
+contig	C7916881	132
+contig	C7916913	132
+contig	C7916777	132
+contig	C7916915	132
+contig	C7916835	132
+contig	C7916925	132
+contig	C7916947	132
+contig	C7916843	132
+contig	C7916751	132
+contig	C7917007	132
+contig	C7916921	132
+contig	C7916653	132
+contig	C7916961	132
+contig	C7916851	132
+contig	C7917095	132
+contig	C7917101	132
+contig	C7917159	132
+contig	C7917165	132
+contig	C7917193	132
+contig	C7917143	132
+contig	C7917197	132
+contig	C7917259	132
+contig	C7917171	132
+contig	C7917103	132
+contig	C7917263	132
+contig	C7917181	132
+contig	C7917285	132
+contig	C7917309	132
+contig	C7917231	132
+contig	C7917293	132
+contig	C7917297	132
+contig	C7917373	132
+contig	C7917365	132
+contig	C7917327	132
+contig	C7917385	132
+contig	C7917397	132
+contig	C7917409	132
+contig	C7917453	132
+contig	C7917329	132
+contig	C7917427	132
+contig	C7917465	132
+contig	C7917413	132
+contig	C7912263	131
+contig	C7917379	132
+contig	C7917405	132
+contig	C7917501	132
+contig	C7917507	132
+contig	C7917491	132
+contig	C7917537	132
+contig	C7917557	132
+contig	C7917531	132
+contig	C7917495	132
+contig	C7917543	132
+contig	C7917477	132
+contig	C7917577	132
+contig	C7917401	132
+contig	C7917565	132
+contig	C7917665	132
+contig	C7917595	132
+contig	C7917463	132
+contig	C7917697	132
+contig	C7917649	132
+contig	C7917575	132
+contig	C7917657	132
+contig	C7917703	132
+contig	C7917737	132
+contig	C7917623	132
+contig	C7917667	132
+contig	C7917687	132
+contig	C7917815	132
+contig	C7917825	132
+contig	C7917761	132
+contig	C7917843	132
+contig	C7917773	132
+contig	C7917771	132
+contig	C7917853	132
+contig	C7917555	132
+contig	C7917777	132
+contig	C7917855	132
+contig	C7917911	132
+contig	C7917901	132
+contig	C7917957	132
+contig	C7917929	132
+contig	C7917923	132
+contig	C7917835	132
+contig	C7917973	132
+contig	C7917847	132
+contig	C7917807	132
+contig	C7917975	132
+contig	C7917971	132
+contig	C7917999	132
+contig	C7918025	132
+contig	C7918051	132
+contig	C7917967	132
+contig	C7918001	132
+contig	C7917993	132
+contig	C7918069	132
+contig	C7918023	132
+contig	C7918071	132
+contig	C7918107	132
+contig	C7918079	132
+contig	C7917945	132
+contig	C7918099	132
+contig	C7918181	132
+contig	C7918207	132
+contig	C7918109	132
+contig	C7918117	132
+contig	C7918189	132
+contig	C7918217	132
+contig	C7918221	132
+contig	C7918253	132
+contig	C7918123	132
+contig	C7918279	132
+contig	C7918295	132
+contig	C7918413	132
+contig	C7918451	132
+contig	C7918271	132
+contig	C7918463	132
+contig	C7918419	132
+contig	C7918399	132
+contig	C7918245	132
+contig	C7918491	132
+contig	C7918481	132
+contig	C7918503	132
+contig	C7917977	132
+contig	C7918531	132
+contig	C7918545	132
+contig	C7918477	132
+contig	C7918557	132
+contig	C7918033	132
+contig	C7918601	132
+contig	C7918569	132
+contig	C7918625	132
+contig	C7918127	132
+contig	C7918623	132
+contig	C7918649	132
+contig	C7918575	132
+contig	C7918733	132
+contig	C7918717	132
+contig	C7918735	132
+contig	C7918571	132
+contig	C7918657	132
+contig	C7918681	132
+contig	C7918661	132
+contig	C7918723	132
+contig	C7918739	132
+contig	C7918845	132
+contig	C7918889	132
+contig	C7918821	132
+contig	C7918863	132
+contig	C7918837	132
+contig	C7918765	132
+contig	C7918907	132
+contig	C7918899	132
+contig	C7918901	132
+contig	C7918917	132
+contig	C7918915	132
+contig	C7918927	132
+contig	C7918931	132
+contig	C7918885	132
+contig	C7918943	132
+contig	C7918941	132
+contig	C7918945	132
+contig	C7918951	132
+contig	C7918963	132
+contig	C7918989	132
+contig	C7919059	132
+contig	C7918803	132
+contig	C7918977	132
+contig	C7919097	132
+contig	C7918923	132
+contig	C7919125	132
+contig	C7919095	132
+contig	C7919025	132
+contig	C7919145	132
+contig	C7919155	132
+contig	C7919185	132
+contig	C7919037	132
+contig	C7919061	132
+contig	C7919099	132
+contig	C7919217	132
+contig	C7919159	132
+contig	C7919205	132
+contig	C7919111	132
+contig	C7919285	132
+contig	C7919249	132
+contig	C7915633	132
+contig	C7919291	132
+contig	C7919237	132
+contig	C7919297	132
+contig	C7918919	132
+contig	C7917073	132
+contig	C7919329	132
+contig	C7919209	132
+contig	C7919315	132
+contig	C7919335	132
+contig	C7919295	132
+contig	C7919311	132
+contig	C7919367	132
+contig	C7919381	132
+contig	C7919371	132
+contig	C7919241	132
+contig	C7919385	132
+contig	C7919355	132
+contig	C7919431	132
+contig	C7919425	132
+contig	C7919447	132
+contig	C7919331	132
+contig	C7919419	132
+contig	C7919477	132
+contig	C7919479	132
+contig	C7919429	132
+contig	C7919461	132
+contig	C7919493	132
+contig	C7919487	132
+contig	C7919365	132
+contig	C7919503	132
+contig	C7919197	132
+contig	C7919509	132
+contig	C7919401	132
+contig	C7919523	132
+contig	C7919511	132
+contig	C7919497	132
+contig	C7919505	132
+contig	C7919545	132
+contig	C7919599	132
+contig	C7919569	132
+contig	C7919617	132
+contig	C7919563	132
+contig	C7919639	132
+contig	C7919455	132
+contig	C7919647	132
+contig	C7919631	132
+contig	C7919583	132
+contig	C7919581	132
+contig	C7919727	132
+contig	C7919687	132
+contig	C7919723	132
+contig	C7919667	132
+contig	C7919637	132
+contig	C7919791	132
+contig	C7919761	132
+contig	C7919681	132
+contig	C7919795	132
+contig	C7919753	132
+contig	C7919729	132
+contig	C7919799	132
+contig	C7919801	132
+contig	C7919835	132
+contig	C7919869	132
+contig	C7919819	132
+contig	C7919603	132
+contig	C7919883	132
+contig	C7919847	132
+contig	C7919691	132
+contig	C7919891	132
+contig	C7919859	132
+contig	C7919443	132
+contig	C7919925	132
+contig	C7919953	132
+contig	C7919899	132
+contig	C7920005	132
+contig	C7920033	132
+contig	C7919999	132
+contig	C7919903	132
+contig	C7920047	132
+contig	C7919965	132
+contig	C7920051	132
+contig	C7920071	132
+contig	C7920057	132
+contig	C7920045	132
+contig	C7919879	132
+contig	C7920121	132
+contig	C7919905	132
+contig	C7920125	132
+contig	C7920127	132
+contig	C7920079	132
+contig	C7920129	132
+contig	C7920151	132
+contig	C7920135	132
+contig	C7920009	132
+contig	C7920167	132
+contig	C7920195	132
+contig	C7920193	132
+contig	C7920139	132
+contig	C7920209	132
+contig	C7920317	132
+contig	C7920241	132
+contig	C7920329	132
+contig	C7920141	132
+contig	C7920321	132
+contig	C7920233	132
+contig	C7920351	132
+contig	C7920349	132
+contig	C7920337	132
+contig	C7920325	132
+contig	C7920161	132
+contig	C7920377	132
+contig	C7920389	132
+contig	C7920361	132
+contig	C7920415	132
+contig	C7920423	132
+contig	C7920383	132
+contig	C7920421	132
+contig	C7920441	132
+contig	C7920477	132
+contig	C7920497	132
+contig	C7920467	132
+contig	C7920499	132
+contig	C7920509	132
+contig	C7920555	132
+contig	C7920551	132
+contig	C7920429	132
+contig	C7920093	132
+contig	C7920577	132
+contig	C7920521	132
+contig	C7920587	132
+contig	C7920607	132
+contig	C7920647	132
+contig	C7920611	132
+contig	C7920633	132
+contig	C7920653	132
+contig	C7920663	132
+contig	C7920703	132
+contig	C7920609	132
+contig	C7920705	132
+contig	C7920559	132
+contig	C7920677	132
+contig	C7920723	132
+contig	C7920727	132
+contig	C7920679	132
+contig	C7920455	132
+contig	C7920715	132
+contig	C7920735	132
+contig	C7920781	132
+contig	C7920439	132
+contig	C7920799	132
+contig	C7920731	132
+contig	C7920759	132
+contig	C7920761	132
+contig	C7920817	132
+contig	C7919165	132
+contig	C7920873	132
+contig	C7920809	132
+contig	C7920843	132
+contig	C7920875	132
+contig	C7920869	132
+contig	C7920925	132
+contig	C7920951	132
+contig	C7920769	132
+contig	C7920969	132
+contig	C7920757	132
+contig	C7920993	132
+contig	C7921051	132
+contig	C7920803	132
+contig	C7920963	132
+contig	C7921003	132
+contig	C7920881	132
+contig	C7921029	132
+contig	C7921055	132
+contig	C7921081	132
+contig	C7921107	132
+contig	C7921111	132
+contig	C7921079	132
+contig	C7921113	132
+contig	C7921123	132
+contig	C7921061	132
+contig	C7921119	132
+contig	C7921137	132
+contig	C7921095	132
+contig	C7921157	132
+contig	C7921197	132
+contig	C7921247	132
+contig	C7921129	132
+contig	C7921075	132
+contig	C7921115	132
+contig	C7921281	132
+contig	C7921283	132
+contig	C7921285	132
+contig	C7921163	132
+contig	C7921295	132
+contig	C7921309	132
+contig	C7921313	132
+contig	C7921323	132
+contig	C7921305	132
+contig	C7921329	132
+contig	C7921319	132
+contig	C7921353	132
+contig	C7921333	132
+contig	C7921413	132
+contig	C7921209	132
+contig	C7921421	132
+contig	C7921195	132
+contig	C7921375	132
+contig	C7921459	132
+contig	C7921477	132
+contig	C7921481	132
+contig	C7921449	132
+contig	C7921521	132
+contig	C7921425	132
+contig	C7921545	132
+contig	C7921465	132
+contig	C7921461	132
+contig	C7921547	132
+contig	C7921503	132
+contig	C7921579	132
+contig	C7921561	132
+contig	C7921581	132
+contig	C7921573	132
+contig	C7921591	132
+contig	C7921595	132
+contig	C7921297	132
+contig	C7921617	132
+contig	C7921597	132
+contig	C7921587	132
+contig	C7921531	132
+contig	C7920331	132
+contig	C7921551	132
+contig	C7921713	132
+contig	C7921655	132
+contig	C7921651	132
+contig	C7921737	132
+contig	C7921657	132
+contig	C7921767	132
+contig	C7921733	132
+contig	C7921703	132
+contig	C7921725	132
+contig	C7921779	132
+contig	C7921785	132
+contig	C7921797	132
+contig	C7921667	132
+contig	C7921875	132
+contig	C7921811	132
+contig	C7921907	132
+contig	C7921867	132
+contig	C7921911	132
+contig	C7921739	132
+contig	C7921915	132
+contig	C7921917	132
+contig	C7921873	132
+contig	C7921885	132
+contig	C7921991	132
+contig	C7921835	132
+contig	C7921937	132
+contig	C7922001	132
+contig	C7922057	132
+contig	C7922051	132
+contig	C7921613	132
+contig	C7922025	132
+contig	C7922115	132
+contig	C7921921	132
+contig	C7922097	132
+contig	C7922157	132
+contig	C7922133	132
+contig	C7922085	132
+contig	C7922173	132
+contig	C7922153	132
+contig	C7922113	132
+contig	C7922227	132
+contig	C7922255	132
+contig	C7922259	132
+contig	C7922257	132
+contig	C7922291	132
+contig	C7922273	132
+contig	C7922295	132
+contig	C7922321	132
+contig	C7922337	132
+contig	C7921721	132
+contig	C7922343	132
+contig	C7922341	132
+contig	C7922353	132
+contig	C7922355	132
+contig	C7922345	132
+contig	C7922373	132
+contig	C7922387	132
+contig	C7922457	132
+contig	C7922475	132
+contig	C7922421	132
+contig	C7922397	132
+contig	C7922221	132
+contig	C7922513	132
+contig	C7922517	132
+contig	C7922533	132
+contig	C7922269	132
+contig	C7922535	132
+contig	C7922477	132
+contig	C7922521	132
+contig	C7922323	132
+contig	C7922559	132
+contig	C7922563	132
+contig	C7922555	132
+contig	C7922539	132
+contig	C7922561	132
+contig	C7922619	132
+contig	C7922641	132
+contig	C7922649	132
+contig	C7922545	132
+contig	C7922633	132
+contig	C7922669	132
+contig	C7922657	132
+contig	C7922679	132
+contig	C7922673	132
+contig	C7922635	132
+contig	C7922717	132
+contig	C7922747	132
+contig	C7922845	132
+contig	C7922793	132
+contig	C7922851	132
+contig	C7922729	132
+contig	C7922849	132
+contig	C7922877	132
+contig	C7922855	132
+contig	C7922885	132
+contig	C7922899	132
+contig	C7922887	132
+contig	C7922727	132
+contig	C7922911	132
+contig	C7922921	132
+contig	C7922927	132
+contig	C7922903	132
+contig	C7922527	132
+contig	C7922853	132
+contig	C7922949	132
+contig	C7922929	132
+contig	C7922959	132
+contig	C7922935	132
+contig	C7922919	132
+contig	C7922739	132
+contig	C7923017	132
+contig	C7923099	132
+contig	C7923013	132
+contig	C7923129	132
+contig	C7923067	132
+contig	C7923103	132
+contig	C7923181	132
+contig	C7923185	132
+contig	C7923135	132
+contig	C7923205	132
+contig	C7923217	132
+contig	C7922971	132
+contig	C7923261	132
+contig	C7923215	132
+contig	C7923209	132
+contig	C7923291	132
+contig	C7922643	132
+contig	C7923303	132
+contig	C7923297	132
+contig	C7923319	132
+contig	C7923339	132
+contig	C7923333	132
+contig	C7923299	132
+contig	C7923357	132
+contig	C7922095	132
+contig	C7923343	132
+contig	C7922961	132
+contig	C7923347	132
+contig	C7923361	132
+contig	C7923411	132
+contig	C7923413	132
+contig	C7923429	132
+contig	C7923433	132
+contig	C7923377	132
+contig	C7923471	133
+contig	C7923337	132
+contig	C7923393	132
+contig	C7923475	133
+contig	C7923507	133
+contig	C7923499	133
+contig	C7923503	133
+contig	C7923407	132
+contig	C7923295	132
+contig	C7923513	133
+contig	C7923509	133
+contig	C7923521	133
+contig	C7923549	133
+contig	C7923567	133
+contig	C7923525	133
+contig	C7923607	133
+contig	C7923579	133
+contig	C7923581	133
+contig	C7923615	133
+contig	C7923119	132
+contig	C7923539	133
+contig	C7923639	133
+contig	C7923693	133
+contig	C7923681	133
+contig	C7923655	133
+contig	C7923617	133
+contig	C7923737	133
+contig	C7919839	132
+contig	C7923529	133
+contig	C7923729	133
+contig	C7923695	133
+contig	C7923627	133
+contig	C7923859	133
+contig	C7923783	133
+contig	C7923815	133
+contig	C7923865	133
+contig	C7923863	133
+contig	C7923827	133
+contig	C7923955	133
+contig	C7923995	133
+contig	C7923937	133
+contig	C7924071	133
+contig	C7923833	133
+contig	C7924063	133
+contig	C7924041	133
+contig	C7924079	133
+contig	C7924059	133
+contig	C7924097	133
+contig	C7923501	133
+contig	C7924115	133
+contig	C7924137	133
+contig	C7924089	133
+contig	C7924139	133
+contig	C7924053	133
+contig	C7924123	133
+contig	C7924157	133
+contig	C7923965	133
+contig	C7924175	133
+contig	C7924039	133
+contig	C7924177	133
+contig	C7924159	133
+contig	C7924225	133
+contig	C7924155	133
+contig	C7924223	133
+contig	C7924237	133
+contig	C7924231	133
+contig	C7924287	133
+contig	C7924081	133
+contig	C7924199	133
+contig	C7924275	133
+contig	C7924293	133
+contig	C7924165	133
+contig	C7924239	133
+contig	C7924309	133
+contig	C7924311	133
+contig	C7924271	133
+contig	C7924349	133
+contig	C7924253	133
+contig	C7924411	133
+contig	C7924457	133
+contig	C7924365	133
+contig	C7924473	133
+contig	C7924467	133
+contig	C7924321	133
+contig	C7924475	133
+contig	C7924427	133
+contig	C7924417	133
+contig	C7924205	133
+contig	C7924539	133
+contig	C7924517	133
+contig	C7924549	133
+contig	C7924493	133
+contig	C7924333	133
+contig	C7924523	133
+contig	C7924593	133
+contig	C7924451	133
+contig	C7924527	133
+contig	C7924577	133
+contig	C7924621	133
+contig	C7924575	133
+contig	C7924597	133
+contig	C7924639	133
+contig	C7924557	133
+contig	C7924715	133
+contig	C7924653	133
+contig	C7924705	133
+contig	C7924651	133
+contig	C7924797	133
+contig	C7920919	132
+contig	C7924719	133
+contig	C7924661	133
+contig	C7924749	133
+contig	C7924825	133
+contig	C7924785	133
+contig	C7924633	133
+contig	C7924799	133
+contig	C7924889	133
+contig	C7924865	133
+contig	C7924873	133
+contig	C7924897	133
+contig	C7924623	133
+contig	C7924905	133
+contig	C7924899	133
+contig	C7924927	133
+contig	C7924949	133
+contig	C7924885	133
+contig	C7924977	133
+contig	C7924991	133
+contig	C7924933	133
+contig	C7925041	133
+contig	C7924763	133
+contig	C7925063	133
+contig	C7924881	133
+contig	C7925039	133
+contig	C7924955	133
+contig	C7925065	133
+contig	C7924781	133
+contig	C7925029	133
+contig	C7924851	133
+contig	C7925073	133
+contig	C7925109	133
+contig	C7925133	133
+contig	C7925107	133
+contig	C7925115	133
+contig	C7925121	133
+contig	C7925085	133
+contig	C7925131	133
+contig	C7925139	133
+contig	C7925163	133
+contig	C7924813	133
+contig	C7925193	133
+contig	C7925155	133
+contig	C7925211	133
+contig	C7925075	133
+contig	C7925219	133
+contig	C7925197	133
+contig	C7925233	133
+contig	C7925111	133
+contig	C7925303	133
+contig	C7925307	133
+contig	C7925321	133
+contig	C7925243	133
+contig	C7925229	133
+contig	C7925319	133
+contig	C7925401	133
+contig	C7925399	133
+contig	C7925275	133
+contig	C7925427	133
+contig	C7925379	133
+contig	C7925411	133
+contig	C7925147	133
+contig	C7925439	133
+contig	C7925405	133
+contig	C7925471	133
+contig	C7925475	133
+contig	C7925415	133
+contig	C7925381	133
+contig	C7925467	133
+contig	C7925497	133
+contig	C7925421	133
+contig	C7925523	133
+contig	C7925567	133
+contig	C7925565	133
+contig	C7925535	133
+contig	C7925515	133
+contig	C7925689	133
+contig	C7925631	133
+contig	C7925699	133
+contig	C7925437	133
+contig	C7925697	133
+contig	C7925531	133
+contig	C7925727	133
+contig	C7925723	133
+contig	C7925767	133
+contig	C7925791	133
+contig	C7925795	133
+contig	C7925803	133
+contig	C7925737	133
+contig	C7925817	133
+contig	C7925751	133
+contig	C7925877	133
+contig	C7925833	133
+contig	C7925879	133
+contig	C7925921	133
+contig	C7925933	133
+contig	C7925867	133
+contig	C7925955	133
+contig	C7925295	133
+contig	C7925947	133
+contig	C7925961	133
+contig	C7925963	133
+contig	C7925999	133
+contig	C7925975	133
+contig	C7925905	133
+contig	C7926023	133
+contig	C7926001	133
+contig	C7926045	133
+contig	C7926033	133
+contig	C7926053	133
+contig	C7926081	133
+contig	C7926049	133
+contig	C7926029	133
+contig	C7926167	133
+contig	C7926071	133
+contig	C7926205	133
+contig	C7926227	133
+contig	C7926251	133
+contig	C7926215	133
+contig	C7926021	133
+contig	C7926253	133
+contig	C7926255	133
+contig	C7926169	133
+contig	C7926285	133
+contig	C7926085	133
+contig	C7926319	133
+contig	C7926293	133
+contig	C7926329	133
+contig	C7926279	133
+contig	C7926367	133
+contig	C7925583	133
+contig	C7926347	133
+contig	C7925643	133
+contig	C7926341	133
+contig	C7926369	133
+contig	C7926383	133
+contig	C7926409	133
+contig	C7925931	133
+contig	C7926379	133
+contig	C7926415	133
+contig	C7926413	133
+contig	C7926449	133
+contig	C7926441	133
+contig	C7926451	133
+contig	C7926517	133
+contig	C7926487	133
+contig	C7926519	133
+contig	C7926499	133
+contig	C7926309	133
+contig	C7926325	133
+contig	C7926481	133
+contig	C7926629	133
+contig	C7926467	133
+contig	C7926549	133
+contig	C7926623	133
+contig	C7926625	133
+contig	C7926597	133
+contig	C7926679	133
+contig	C7926681	133
+contig	C7926651	133
+contig	C7926665	133
+contig	C7926531	133
+contig	C7926417	133
+contig	C7926771	133
+contig	C7926785	133
+contig	C7926803	133
+contig	C7926849	133
+contig	C7926891	133
+contig	C7926727	133
+contig	C7926947	133
+contig	C7926739	133
+contig	C7926843	133
+contig	C7926967	133
+contig	C7926787	133
+contig	C7926993	133
+contig	C7926995	133
+contig	C7926809	133
+contig	C7927029	133
+contig	C7926987	133
+contig	C7926997	133
+contig	C7927019	133
+contig	C7927039	133
+contig	C7926971	133
+contig	C7927077	133
+contig	C7927047	133
+contig	C7927065	133
+contig	C7926861	133
+contig	C7927123	133
+contig	C7927087	133
+contig	C7927161	133
+contig	C7927103	133
+contig	C7927067	133
+contig	C7927203	133
+contig	C7927199	133
+contig	C7927201	133
+contig	C7927241	133
+contig	C7927231	133
+contig	C7927313	133
+contig	C7927293	133
+contig	C7927207	133
+contig	C7927111	133
+contig	C7927319	133
+contig	C7927365	133
+contig	C7927317	133
+contig	C7927391	133
+contig	C7927403	133
+contig	C7927393	133
+contig	C7927401	133
+contig	C7927269	133
+contig	C7927419	133
+contig	C7927413	133
+contig	C7927453	133
+contig	C7926977	133
+contig	C7927451	133
+contig	C7927129	133
+contig	C7927483	133
+contig	C7927499	133
+contig	C7927343	133
+contig	C7927425	133
+contig	C7927515	133
+contig	C7927519	133
+contig	C7927511	133
+contig	C7927265	133
+contig	C7927505	133
+contig	C7927549	133
+contig	C7927577	133
+contig	C7927567	133
+contig	C7927493	133
+contig	C7927497	133
+contig	C7927551	133
+contig	C7927649	133
+contig	C7927601	133
+contig	C7927447	133
+contig	C7927645	133
+contig	C7927517	133
+contig	C7927607	133
+contig	C7927713	133
+contig	C7927657	133
+contig	C7927699	133
+contig	C7927663	133
+contig	C7927761	133
+contig	C7927745	133
+contig	C7927753	133
+contig	C7927851	133
+contig	C7927727	133
+contig	C7927583	133
+contig	C7927935	133
+contig	C7927813	133
+contig	C7927665	133
+contig	C7927947	133
+contig	C7927721	133
+contig	C7927875	133
+contig	C7927929	133
+contig	C7927939	133
+contig	C7927959	133
+contig	C7927967	133
+contig	C7928017	133
+contig	C7928039	133
+contig	C7928029	133
+contig	C7928075	133
+contig	C7928073	133
+contig	C7928097	133
+contig	C7927985	133
+contig	C7928127	133
+contig	C7928105	133
+contig	C7928143	133
+contig	C7928141	133
+contig	C7928115	133
+contig	C7928165	133
+contig	C7928189	133
+contig	C7927963	133
+contig	C7928185	133
+contig	C7928231	133
+contig	C7928077	133
+contig	C7928281	133
+contig	C7928265	133
+contig	C7928283	133
+contig	C7928233	133
+contig	C7928309	133
+contig	C7928317	133
+contig	C7928331	133
+contig	C7927899	133
+contig	C7928401	133
+contig	C7928377	133
+contig	C7928373	133
+contig	C7928397	133
+contig	C7928443	133
+contig	C7928505	133
+contig	C7928405	133
+contig	C7928511	133
+contig	C7928539	133
+contig	C7928513	133
+contig	C7928497	133
+contig	C7928557	133
+contig	C7928569	133
+contig	C7928573	133
+contig	C7928417	133
+contig	C7928585	133
+contig	C7928553	133
+contig	C7928641	133
+contig	C7928575	133
+contig	C7928657	133
+contig	C7928719	133
+contig	C7928721	133
+contig	C7928725	133
+contig	C7928791	133
+contig	C7928793	133
+contig	C7928609	133
+contig	C7925441	133
+contig	C7928805	133
+contig	C7928807	133
+contig	C7928863	133
+contig	C7928785	133
+contig	C7928825	133
+contig	C7928589	133
+contig	C7927523	133
+contig	C7928859	133
+contig	C7928885	133
+contig	C7928881	133
+contig	C7928263	133
+contig	C7928869	133
+contig	C7928895	133
+contig	C7928903	133
+contig	C7928925	133
+contig	C7928945	133
+contig	C7928879	133
+contig	C7929001	133
+contig	C7929025	133
+contig	C7928921	133
+contig	C7928989	133
+contig	C7929079	133
+contig	C7929031	133
+contig	C7929081	133
+contig	C7929087	133
+contig	C7929061	133
+contig	C7929007	133
+contig	C7929113	133
+contig	C7929077	133
+contig	C7928953	133
+contig	C7929155	133
+contig	C7929163	133
+contig	C7929147	133
+contig	C7929127	133
+contig	C7929173	133
+contig	C7929167	133
+contig	C7929103	133
+contig	C7929193	133
+contig	C7929263	133
+contig	C7929277	133
+contig	C7929145	133
+contig	C7929177	133
+contig	C7929287	133
+contig	C7929297	133
+contig	C7929247	133
+contig	C7929237	133
+contig	C7929265	133
+contig	C7929341	133
+contig	C7929369	133
+contig	C7929353	133
+contig	C7929407	133
+contig	C7929373	133
+contig	C7929327	133
+contig	C7929427	133
+contig	C7929415	133
+contig	C7929367	133
+contig	C7929323	133
+contig	C7929413	133
+contig	C7929443	133
+contig	C7929495	133
+contig	C7929467	133
+contig	C7929507	133
+contig	C7929441	133
+contig	C7929525	133
+contig	C7929537	133
+contig	C7929403	133
+contig	C7929555	133
+contig	C7929561	133
+contig	C7929527	133
+contig	C7929603	133
+contig	C7929607	133
+contig	C7929553	133
+contig	C7929571	133
+contig	C7929621	133
+contig	C7929629	133
+contig	C7929657	133
+contig	C7929665	133
+contig	C7929697	133
+contig	C7929713	133
+contig	C7929503	133
+contig	C7929649	133
+contig	C7929635	133
+contig	C7929493	133
+contig	C7928909	133
+contig	C7929753	133
+contig	C7929691	133
+contig	C7929737	133
+contig	C7929779	133
+contig	C7929763	133
+contig	C7929791	133
+contig	C7929813	133
+contig	C7929831	133
+contig	C7929805	133
+contig	C7929783	133
+contig	C7929851	133
+contig	C7929865	133
+contig	C7929729	133
+contig	C7929871	133
+contig	C7925311	133
+contig	C7929883	133
+contig	C7929859	133
+contig	C7929855	133
+contig	C7929847	133
+contig	C7929941	133
+contig	C7929937	133
+contig	C7929895	133
+contig	C7929949	133
+contig	C7930053	133
+contig	C7929963	133
+contig	C7930033	133
+contig	C7929981	133
+contig	C7930073	133
+contig	C7929765	133
+contig	C7930087	133
+contig	C7930075	133
+contig	C7930099	133
+contig	C7930091	133
+contig	C7930101	133
+contig	C7930043	133
+contig	C7930131	133
+contig	C7930151	133
+contig	C7930141	133
+contig	C7930173	133
+contig	C7930185	133
+contig	C7930215	133
+contig	C7930217	133
+contig	C7930157	133
+contig	C7930207	133
+contig	C7930187	133
+contig	C7930231	133
+contig	C7930193	133
+contig	C7930227	133
+contig	C7930145	133
+contig	C7930317	133
+contig	C7930335	133
+contig	C7930235	133
+contig	C7930343	133
+contig	C7930371	133
+contig	C7930391	133
+contig	C7930403	133
+contig	C7930349	133
+contig	C7930381	133
+contig	C7930413	133
+contig	C7930425	133
+contig	C7930435	133
+contig	C7930439	133
+contig	C7930405	133
+contig	C7930473	133
+contig	C7930469	133
+contig	C7930491	133
+contig	C7930529	133
+contig	C7930525	133
+contig	C7930545	133
+contig	C7930503	133
+contig	C7930567	133
+contig	C7930389	133
+contig	C7930561	133
+contig	C7930587	133
+contig	C7930571	133
+contig	C7930597	133
+contig	C7930669	133
+contig	C7930605	133
+contig	C7930615	133
+contig	C7930673	133
+contig	C7930705	133
+contig	C7930683	133
+contig	C7930481	133
+contig	C7930715	133
+contig	C7930725	133
+contig	C7930581	133
+contig	C7930737	133
+contig	C7930703	133
+contig	C7930741	133
+contig	C7930733	133
+contig	C7930769	133
+contig	C7930721	133
+contig	C7930747	133
+contig	C7930823	133
+contig	C7930761	133
+contig	C7930821	133
+contig	C7930861	133
+contig	C7930857	133
+contig	C7930795	133
+contig	C7930869	133
+contig	C7930883	133
+contig	C7930865	133
+contig	C7930887	133
+contig	C7930781	133
+contig	C7930931	133
+contig	C7930851	133
+contig	C7930893	133
+contig	C7930937	133
+contig	C7930885	133
+contig	C7930963	133
+contig	C7930987	133
+contig	C7930943	133
+contig	C7931019	133
+contig	C7931021	133
+contig	C7930953	133
+contig	C7931049	133
+contig	C7931009	133
+contig	C7930999	133
+contig	C7931081	133
+contig	C7931065	133
+contig	C7931101	133
+contig	C7931087	133
+contig	C7931085	133
+contig	C7929775	133
+contig	C7930949	133
+contig	C7931131	133
+contig	C7931127	133
+contig	C7931133	133
+contig	C7931217	133
+contig	C7931155	133
+contig	C7931039	133
+contig	C7931171	133
+contig	C7931277	133
+contig	C7931237	133
+contig	C7931179	133
+contig	C7931305	133
+contig	C7931283	133
+contig	C7931317	133
+contig	C7931319	133
+contig	C7931359	133
+contig	C7931369	133
+contig	C7931301	133
+contig	C7931385	133
+contig	C7931403	133
+contig	C7931381	133
+contig	C7931393	133
+contig	C7931431	133
+contig	C7931407	133
+contig	C7931457	133
+contig	C7930049	133
+contig	C7931267	133
+contig	C7931481	133
+contig	C7931501	133
+contig	C7931519	133
+contig	C7931507	133
+contig	C7931557	133
+contig	C7931409	133
+contig	C7931445	133
+contig	C7931627	133
+contig	C7931609	133
+contig	C7931367	133
+contig	C7931591	133
+contig	C7931669	133
+contig	C7931689	133
+contig	C7931761	133
+contig	C7931667	133
+contig	C7931661	133
+contig	C7931729	133
+contig	C7931637	133
+contig	C7931783	133
+contig	C7931813	133
+contig	C7931817	133
+contig	C7931897	133
+contig	C7931641	133
+contig	C7931789	133
+contig	C7931911	133
+contig	C7931913	133
+contig	C7931905	133
+contig	C7931877	133
+contig	C7931827	133
+contig	C7931939	133
+contig	C7931937	133
+contig	C7931943	133
+contig	C7931927	133
+contig	C7928081	133
+contig	C7931915	133
+contig	C7931983	133
+contig	C7932003	133
+contig	C7931465	133
+contig	C7932005	133
+contig	C7931993	133
+contig	C7932037	133
+contig	C7931961	133
+contig	C7930319	133
+contig	C7932067	133
+contig	C7932023	133
+contig	C7932111	133
+contig	C7932013	133
+contig	C7932061	133
+contig	C7932139	133
+contig	C7932163	133
+contig	C7932075	133
+contig	C7932141	133
+contig	C7932175	133
+contig	C7931953	133
+contig	C7932209	133
+contig	C7932083	133
+contig	C7932183	133
+contig	C7932189	133
+contig	C7932177	133
+contig	C7932225	133
+contig	C7932223	133
+contig	C7932201	133
+contig	C7932247	133
+contig	C7932117	133
+contig	C7932291	133
+contig	C7932249	133
+contig	C7932289	133
+contig	C7932315	133
+contig	C7932229	133
+contig	C7932317	133
+contig	C7932349	133
+contig	C7932381	133
+contig	C7932301	133
+contig	C7932375	133
+contig	C7932285	133
+contig	C7932429	133
+contig	C7932427	133
+contig	C7932433	133
+contig	C7932421	133
+contig	C7932445	133
+contig	C7932435	133
+contig	C7932449	133
+contig	C7932465	133
+contig	C7932485	133
+contig	C7932515	133
+contig	C7932519	133
+contig	C7932469	133
+contig	C7932569	133
+contig	C7932541	133
+contig	C7932281	133
+contig	C7932571	133
+contig	C7932579	133
+contig	C7932583	133
+contig	C7932597	133
+contig	C7932431	133
+contig	C7932531	133
+contig	C7932625	133
+contig	C7932601	133
+contig	C7932673	133
+contig	C7932311	133
+contig	C7932605	133
+contig	C7932685	133
+contig	C7932693	133
+contig	C7932721	133
+contig	C7932489	133
+contig	C7932753	133
+contig	C7932661	133
+contig	C7932787	133
+contig	C7932785	133
+contig	C7932807	133
+contig	C7932701	133
+contig	C7932799	133
+contig	C7932835	133
+contig	C7932847	133
+contig	C7932855	133
+contig	C7932845	133
+contig	C7932863	133
+contig	C7932887	133
+contig	C7932903	133
+contig	C7932913	133
+contig	C7932811	133
+contig	C7932925	133
+contig	C7932949	133
+contig	C7932587	133
+contig	C7932945	133
+contig	C7932889	133
+contig	C7932953	133
+contig	C7932959	133
+contig	C7932977	133
+contig	C7932989	133
+contig	C7932725	133
+contig	C7932995	133
+contig	C7933055	133
+contig	C7933033	133
+contig	C7933069	133
+contig	C7932823	133
+contig	C7933119	133
+contig	C7933117	133
+contig	C7933121	133
+contig	C7933165	133
+contig	C7933221	133
+contig	C7933059	133
+contig	C7932923	133
+contig	C7933217	133
+contig	C7933223	133
+contig	C7933253	133
+contig	C7933281	133
+contig	C7933289	133
+contig	C7933297	133
+contig	C7933263	133
+contig	C7933023	133
+contig	C7933257	133
+contig	C7933341	133
+contig	C7933323	133
+contig	C7933343	133
+contig	C7933345	133
+contig	C7933335	133
+contig	C7933379	133
+contig	C7933381	133
+contig	C7933449	133
+contig	C7933451	133
+contig	C7933453	133
+contig	C7933099	133
+contig	C7933443	133
+contig	C7933455	133
+contig	C7933487	133
+contig	C7933501	133
+contig	C7933307	133
+contig	C7933461	133
+contig	C7931969	133
+contig	C7933521	133
+contig	C7933493	133
+contig	C7933505	133
+contig	C7933555	133
+contig	C7933563	133
+contig	C7933587	133
+contig	C7933131	133
+contig	C7933629	133
+contig	C7933571	133
+contig	C7933651	133
+contig	C7933679	133
+contig	C7933529	133
+contig	C7933673	133
+contig	C7933697	133
+contig	C7933719	133
+contig	C7933599	133
+contig	C7933527	133
+contig	C7933619	133
+contig	C7933761	133
+contig	C7933751	133
+contig	C7933783	133
+contig	C7933741	133
+contig	C7933781	133
+contig	C7933763	133
+contig	C7933803	133
+contig	C7933833	133
+contig	C7933773	133
+contig	C7933789	133
+contig	C7933817	133
+contig	C7933845	133
+contig	C7933897	133
+contig	C7933895	133
+contig	C7933927	133
+contig	C7933933	133
+contig	C7933813	133
+contig	C7933921	133
+contig	C7933959	133
+contig	C7933987	133
+contig	C7933971	133
+contig	C7933887	133
+contig	C7933991	133
+contig	C7934003	133
+contig	C7933993	133
+contig	C7934001	133
+contig	C7934023	133
+contig	C7934047	133
+contig	C7934029	133
+contig	C7934061	133
+contig	C7934065	133
+contig	C7934067	133
+contig	C7934055	133
+contig	C7934135	133
+contig	C7933339	133
+contig	C7933909	133
+contig	C7934141	133
+contig	C7934103	133
+contig	C7933613	133
+contig	C7933707	133
+contig	C7934201	133
+contig	C7934191	133
+contig	C7934245	133
+contig	C7934239	133
+contig	C7934261	133
+contig	C7934257	133
+contig	C7934309	133
+contig	C7934293	133
+contig	C7934259	133
+contig	C7934241	133
+contig	C7934247	133
+contig	C7934263	133
+contig	C7934339	133
+contig	C7934199	133
+contig	C7934401	133
+contig	C7934419	133
+contig	C7934461	133
+contig	C7934325	133
+contig	C7934335	133
+contig	C7934341	133
+contig	C7934395	133
+contig	C7934497	133
+contig	C7934505	133
+contig	C7934559	133
+contig	C7934473	133
+contig	C7934561	133
+contig	C7934579	133
+contig	C7934387	133
+contig	C7934437	133
+contig	C7934629	133
+contig	C7934637	133
+contig	C7934593	133
+contig	C7934653	133
+contig	C7934557	133
+contig	C7934639	133
+contig	C7934705	133
+contig	C7934695	133
+contig	C7934721	133
+contig	C7934549	133
+contig	C7934713	133
+contig	C7934679	133
+contig	C7934735	133
+contig	C7934615	133
+contig	C7934763	134
+contig	C7934731	133
+contig	C7934741	134
+contig	C7934773	134
+contig	C7934779	134
+contig	C7934803	134
+contig	C7934837	134
+contig	C7934581	133
+contig	C7934897	134
+contig	C7934859	134
+contig	C7934889	134
+contig	C7934795	134
+contig	C7934923	134
+contig	C7934909	134
+contig	C7934973	134
+contig	C7935029	134
+contig	C7934953	134
+contig	C7931803	133
+contig	C7934785	134
+contig	C7934933	134
+contig	C7934965	134
+contig	C7935047	134
+contig	C7934797	134
+contig	C7935065	134
+contig	C7935099	134
+contig	C7935049	134
+contig	C7935111	134
+contig	C7935061	134
+contig	C7935129	134
+contig	C7935159	134
+contig	C7935173	134
+contig	C7935193	134
+contig	C7935207	134
+contig	C7935125	134
+contig	C7935059	134
+contig	C7935281	134
+contig	C7935251	134
+contig	C7935287	134
+contig	C7935197	134
+contig	C7935303	134
+contig	C7935105	134
+contig	C7935267	134
+contig	C7935183	134
+contig	C7935349	134
+contig	C7935313	134
+contig	C7935359	134
+contig	C7935389	134
+contig	C7935391	134
+contig	C7935411	134
+contig	C7935331	134
+contig	C7935439	134
+contig	C7935441	134
+contig	C7935415	134
+contig	C7935487	134
+contig	C7935335	134
+contig	C7935233	134
+contig	C7935537	134
+contig	C7935307	134
+contig	C7935507	134
+contig	C7935567	134
+contig	C7935583	134
+contig	C7935617	134
+contig	C7935577	134
+contig	C7935673	134
+contig	C7935545	134
+contig	C7935691	134
+contig	C7935699	134
+contig	C7928477	133
+contig	C7935473	134
+contig	C7935725	134
+contig	C7935697	134
+contig	C7935667	134
+contig	C7935455	134
+contig	C7935805	134
+contig	C7935733	134
+contig	C7935777	134
+contig	C7935867	134
+contig	C7935849	134
+contig	C7935833	134
+contig	C7935923	134
+contig	C7935877	134
+contig	C7935937	134
+contig	C7935785	134
+contig	C7935941	134
+contig	C7935979	134
+contig	C7935971	134
+contig	C7936065	134
+contig	C7935835	134
+contig	C7936071	134
+contig	C7935563	134
+contig	C7936119	134
+contig	C7936087	134
+contig	C7936127	134
+contig	C7936147	134
+contig	C7936039	134
+contig	C7936159	134
+contig	C7935649	134
+contig	C7936211	134
+contig	C7936205	134
+contig	C7935997	134
+contig	C7936201	134
+contig	C7936187	134
+contig	C7936251	134
+contig	C7936009	134
+contig	C7936287	134
+contig	C7936263	134
+contig	C7936281	134
+contig	C7936321	134
+contig	C7936215	134
+contig	C7936325	134
+contig	C7936333	134
+contig	C7936347	134
+contig	C7935141	134
+contig	C7936249	134
+contig	C7936299	134
+contig	C7936339	134
+contig	C7936353	134
+contig	C7936389	134
+contig	C7936359	134
+contig	C7936391	134
+contig	C7936375	134
+contig	C7936407	134
+contig	C7936435	134
+contig	C7936415	134
+contig	C7936469	134
+contig	C7936515	134
+contig	C7936507	134
+contig	C7936397	134
+contig	C7936543	134
+contig	C7936555	134
+contig	C7936577	134
+contig	C7936199	134
+contig	C7934177	133
+contig	C7936493	134
+contig	C7936601	134
+contig	C7936595	134
+contig	C7936541	134
+contig	C7936767	134
+contig	C7936771	134
+contig	C7936777	134
+contig	C7936751	134
+contig	C7936485	134
+contig	C7936641	134
+contig	C7936661	134
+contig	C7936811	134
+contig	C7936805	134
+contig	C7935931	134
+contig	C7936819	134
+contig	C7936821	134
+contig	C7936871	134
+contig	C7936909	134
+contig	C7936877	134
+contig	C7936985	134
+contig	C7936945	134
+contig	C7936933	134
+contig	C7936677	134
+contig	C7937095	134
+contig	C7936851	134
+contig	C7937003	134
+contig	C7937127	134
+contig	C7937105	134
+contig	C7936441	134
+contig	C7937151	134
+contig	C7937209	134
+contig	C7936835	134
+contig	C7937109	134
+contig	C7937057	134
+contig	C7936993	134
+contig	C7937235	134
+contig	C7937273	134
+contig	C7937173	134
+contig	C7937229	134
+contig	C7937223	134
+contig	C7937199	134
+contig	C7937289	134
+contig	C7937311	134
+contig	C7937025	134
+contig	C7937355	134
+contig	C7937337	134
+contig	C7937327	134
+contig	C7937319	134
+contig	C7937343	134
+contig	C7937379	134
+contig	C7937333	134
+contig	C7937271	134
+contig	C7937389	134
+contig	C7937369	134
+contig	C7937433	134
+contig	C7937501	134
+contig	C7937455	134
+contig	C7937509	134
+contig	C7937441	134
+contig	C7937413	134
+contig	C7937545	134
+contig	C7937547	134
+contig	C7937505	134
+contig	C7937529	134
+contig	C7937481	134
+contig	C7937555	134
+contig	C7937281	134
+contig	C7937387	134
+contig	C7937581	134
+contig	C7937567	134
+contig	C7937577	134
+contig	C7937609	134
+contig	C7937639	134
+contig	C7937659	134
+contig	C7937589	134
+contig	C7937543	134
+contig	C7937595	134
+contig	C7937177	134
+contig	C7937425	134
+contig	C7937697	134
+contig	C7937671	134
+contig	C7937575	134
+contig	C7937691	134
+contig	C7937853	134
+contig	C7937901	134
+contig	C7937695	134
+contig	C7937721	134
+contig	C7937657	134
+contig	C7937943	134
+contig	C7937747	134
+contig	C7937879	134
+contig	C7937897	134
+contig	C7937951	134
+contig	C7937825	134
+contig	C7937677	134
+contig	C7937955	134
+contig	C7938009	134
+contig	C7937945	134
+contig	C7937967	134
+contig	C7937785	134
+contig	C7938011	134
+contig	C7938059	134
+contig	C7938089	134
+contig	C7938103	134
+contig	C7937989	134
+contig	C7937991	134
+contig	C7938045	134
+contig	C7938043	134
+contig	C7938133	134
+contig	C7938025	134
+contig	C7937963	134
+contig	C7938135	134
+contig	C7938131	134
+contig	C7938001	134
+contig	C7938289	134
+contig	C7938341	134
+contig	C7938117	134
+contig	C7938343	134
+contig	C7938121	134
+contig	C7938219	134
+contig	C7938369	134
+contig	C7938377	134
+contig	C7938373	134
+contig	C7938371	134
+contig	C7938285	134
+contig	C7938383	134
+contig	C7938431	134
+contig	C7938049	134
+contig	C7938455	134
+contig	C7938459	134
+contig	C7938387	134
+contig	C7938443	134
+contig	C7938473	134
+contig	C7938463	134
+contig	C7938391	134
+contig	C7938469	134
+contig	C7938395	134
+contig	C7938515	134
+contig	C7938475	134
+contig	C7938523	134
+contig	C7938553	134
+contig	C7938567	134
+contig	C7938491	134
+contig	C7938571	134
+contig	C7938655	134
+contig	C7938233	134
+contig	C7938539	134
+contig	C7938735	134
+contig	C7938767	134
+contig	C7938513	134
+contig	C7938769	134
+contig	C7938659	134
+contig	C7938797	134
+contig	C7938759	134
+contig	C7938825	134
+contig	C7938185	134
+contig	C7938483	134
+contig	C7938893	134
+contig	C7938929	134
+contig	C7938737	134
+contig	C7938949	134
+contig	C7938909	134
+contig	C7938935	134
+contig	C7938955	134
+contig	C7938711	134
+contig	C7938637	134
+contig	C7938961	134
+contig	C7938837	134
+contig	C7938953	134
+contig	C7939013	134
+contig	C7938919	134
+contig	C7939029	134
+contig	C7938963	134
+contig	C7938967	134
+contig	C7938807	134
+contig	C7939011	134
+contig	C7939057	134
+contig	C7939077	134
+contig	C7939079	134
+contig	C7938947	134
+contig	C7939033	134
+contig	C7939067	134
+contig	C7939091	134
+contig	C7939085	134
+contig	C7939087	134
+contig	C7939109	134
+contig	C7938997	134
+contig	C7939107	134
+contig	C7939131	134
+contig	C7939173	134
+contig	C7939203	134
+contig	C7939081	134
+contig	C7939227	134
+contig	C7939061	134
+contig	C7939275	134
+contig	C7939127	134
+contig	C7939281	134
+contig	C7939295	134
+contig	C7939093	134
+contig	C7939245	134
+contig	C7939135	134
+contig	C7939337	134
+contig	C7939313	134
+contig	C7939351	134
+contig	C7939357	134
+contig	C7939277	134
+contig	C7939225	134
+contig	C7939359	134
+contig	C7939367	134
+contig	C7939397	134
+contig	C7939481	134
+contig	C7939381	134
+contig	C7939253	134
+contig	C7939235	134
+contig	C7939421	134
+contig	C7939389	134
+contig	C7939533	134
+contig	C7939563	134
+contig	C7939489	134
+contig	C7939439	134
+contig	C7939545	134
+contig	C7939649	134
+contig	C7939543	134
+contig	C7939713	134
+contig	C7939355	134
+contig	C7939517	134
+contig	C7939737	134
+contig	C7939685	134
+contig	C7939539	134
+contig	C7939745	134
+contig	C7939753	134
+contig	C7939751	134
+contig	C7939759	134
+contig	C7939829	134
+contig	C7939653	134
+contig	C7939651	134
+contig	C7939801	134
+contig	C7939815	134
+contig	C7939875	134
+contig	C7939867	134
+contig	C7939627	134
+contig	C7939835	134
+contig	C7939879	134
+contig	C7939849	134
+contig	C7940013	134
+contig	C7939993	134
+contig	C7939959	134
+contig	C7939967	134
+contig	C7939657	134
+contig	C7940057	134
+contig	C7939885	134
+contig	C7940069	134
+contig	C7939819	134
+contig	C7940083	134
+contig	C7940157	134
+contig	C7940025	134
+contig	C7939909	134
+contig	C7940143	134
+contig	C7940211	134
+contig	C7940209	134
+contig	C7940243	134
+contig	C7940123	134
+contig	C7940239	134
+contig	C7940291	134
+contig	C7939927	134
+contig	C7940213	134
+contig	C7940257	134
+contig	C7940121	134
+contig	C7940287	134
+contig	C7940341	134
+contig	C7940303	134
+contig	C7940399	134
+contig	C7940345	134
+contig	C7940433	134
+contig	C7940397	134
+contig	C7940153	134
+contig	C7940413	134
+contig	C7940445	134
+contig	C7940429	134
+contig	C7940443	134
+contig	C7940455	134
+contig	C7940435	134
+contig	C7940469	134
+contig	C7940447	134
+contig	C7940475	134
+contig	C7940579	134
+contig	C7940565	134
+contig	C7940513	134
+contig	C7940603	134
+contig	C7940515	134
+contig	C7940635	134
+contig	C7940391	134
+contig	C7940649	134
+contig	C7940685	134
+contig	C7940715	134
+contig	C7940615	134
+contig	C7940755	134
+contig	C7940491	134
+contig	C7940705	134
+contig	C7940553	134
+contig	C7940675	134
+contig	C7940805	134
+contig	C7940807	134
+contig	C7940811	134
+contig	C7940733	134
+contig	C7940825	134
+contig	C7940767	134
+contig	C7940869	134
+contig	C7940899	134
+contig	C7940853	134
+contig	C7940877	134
+contig	C7940903	134
+contig	C7940927	134
+contig	C7940785	134
+contig	C7940937	134
+contig	C7940961	134
+contig	C7940933	134
+contig	C7940909	134
+contig	C7940963	134
+contig	C7940919	134
+contig	C7941001	134
+contig	C7941009	134
+contig	C7940883	134
+contig	C7941025	134
+contig	C7941013	134
+contig	C7940969	134
+contig	C7941011	134
+contig	C7941085	134
+contig	C7940505	134
+contig	C7941087	134
+contig	C7941075	134
+contig	C7941035	134
+contig	C7941067	134
+contig	C7941161	134
+contig	C7941151	134
+contig	C7941121	134
+contig	C7941183	134
+contig	C7941187	134
+contig	C7941103	134
+contig	C7941205	134
+contig	C7941129	134
+contig	C7941267	134
+contig	C7941283	134
+contig	C7941291	134
+contig	C7941269	134
+contig	C7941281	134
+contig	C7941309	134
+contig	C7941029	134
+contig	C7941313	134
+contig	C7941227	134
+contig	C7941325	134
+contig	C7941317	134
+contig	C7941351	134
+contig	C7941359	134
+contig	C7941303	134
+contig	C7941393	134
+contig	C7941399	134
+contig	C7941385	134
+contig	C7940593	134
+contig	C7941395	134
+contig	C7941277	134
+contig	C7941409	134
+contig	C7941421	134
+contig	C7941483	134
+contig	C7941443	134
+contig	C7941347	134
+contig	C7941509	134
+contig	C7941531	134
+contig	C7941425	134
+contig	C7941525	134
+contig	C7941533	134
+contig	C7941499	134
+contig	C7940177	134
+contig	C7941583	134
+contig	C7941573	134
+contig	C7941591	134
+contig	C7941551	134
+contig	C7941595	134
+contig	C7941597	134
+contig	C7941567	134
+contig	C7941615	134
+contig	C7941649	134
+contig	C7941663	134
+contig	C7941329	134
+contig	C7938601	134
+contig	C7941683	134
+contig	C7941641	134
+contig	C7941685	134
+contig	C7941693	134
+contig	C7941681	134
+contig	C7941701	134
+contig	C7941731	134
+contig	C7941757	134
+contig	C7941537	134
+contig	C7941759	134
+contig	C7941819	134
+contig	C7941767	134
+contig	C7941853	134
+contig	C7941873	134
+contig	C7941909	134
+contig	C7941911	134
+contig	C7941781	134
+contig	C7941869	134
+contig	C7941633	134
+contig	C7941855	134
+contig	C7941943	134
+contig	C7941817	134
+contig	C7941933	134
+contig	C7941957	134
+contig	C7942017	134
+contig	C7942005	134
+contig	C7941953	134
+contig	C7942065	134
+contig	C7942057	134
+contig	C7942029	134
+contig	C7942067	134
+contig	C7942061	134
+contig	C7942085	134
+contig	C7942107	134
+contig	C7942149	134
+contig	C7942003	134
+contig	C7941631	134
+contig	C7942153	134
+contig	C7942175	134
+contig	C7942007	134
+contig	C7942181	134
+contig	C7942199	134
+contig	C7942233	134
+contig	C7942185	134
+contig	C7942265	134
+contig	C7942317	134
+contig	C7942095	134
+contig	C7942165	134
+contig	C7942295	134
+contig	C7942249	134
+contig	C7942393	134
+contig	C7942335	134
+contig	C7942473	134
+contig	C7942417	134
+contig	C7942513	134
+contig	C7942069	134
+contig	C7942343	134
+contig	C7942275	134
+contig	C7942539	134
+contig	C7942327	134
+contig	C7942543	134
+contig	C7942493	134
+contig	C7942567	134
+contig	C7942559	134
+contig	C7942595	134
+contig	C7942231	134
+contig	C7942573	134
+contig	C7942597	134
+contig	C7942605	134
+contig	C7942571	134
+contig	C7942655	134
+contig	C7942523	134
+contig	C7942675	134
+contig	C7942525	134
+contig	C7942693	134
+contig	C7942607	134
+contig	C7942701	134
+contig	C7942685	134
+contig	C7942725	134
+contig	C7942717	134
+contig	C7942733	134
+contig	C7942747	134
+contig	C7942709	134
+contig	C7942581	134
+contig	C7942741	134
+contig	C7942735	134
+contig	C7942603	134
+contig	C7942789	134
+contig	C7942773	134
+contig	C7942845	134
+contig	C7942765	134
+contig	C7942899	134
+contig	C7942647	134
+contig	C7942799	134
+contig	C7942917	134
+contig	C7942817	134
+contig	C7942929	134
+contig	C7942821	134
+contig	C7942969	134
+contig	C7943031	134
+contig	C7943001	134
+contig	C7942933	134
+contig	C7943045	134
+contig	C7943061	134
+contig	C7943087	134
+contig	C7943007	134
+contig	C7943135	134
+contig	C7943017	134
+contig	C7943095	134
+contig	C7943197	134
+contig	C7943071	134
+contig	C7943145	134
+contig	C7943185	134
+contig	C7943117	134
+contig	C7943203	134
+contig	C7942891	134
+contig	C7943281	134
+contig	C7943267	134
+contig	C7943221	134
+contig	C7943199	134
+contig	C7943205	134
+contig	C7943309	134
+contig	C7943349	134
+contig	C7943383	134
+contig	C7943263	134
+contig	C7943387	134
+contig	C7943323	134
+contig	C7943381	134
+contig	C7943409	134
+contig	C7943429	134
+contig	C7943415	134
+contig	C7941647	134
+contig	C7943449	134
+contig	C7943425	134
+contig	C7943467	134
+contig	C7943501	134
+contig	C7943511	134
+contig	C7943307	134
+contig	C7943529	134
+contig	C7943459	134
+contig	C7943533	134
+contig	C7943521	134
+contig	C7943619	134
+contig	C7943621	134
+contig	C7943623	134
+contig	C7943525	134
+contig	C7943673	134
+contig	C7943393	134
+contig	C7942705	134
+contig	C7943637	134
+contig	C7943747	134
+contig	C7943575	134
+contig	C7943663	134
+contig	C7943765	134
+contig	C7943735	134
+contig	C7943751	134
+contig	C7943755	134
+contig	C7943787	134
+contig	C7943803	134
+contig	C7943707	134
+contig	C7943811	134
+contig	C7943703	134
+contig	C7943839	134
+contig	C7943883	134
+contig	C7943877	134
+contig	C7943889	134
+contig	C7943851	134
+contig	C7943893	134
+contig	C7943895	134
+contig	C7943763	134
+contig	C7943913	134
+contig	C7943921	134
+contig	C7943963	134
+contig	C7943953	134
+contig	C7943991	134
+contig	C7943903	134
+contig	C7944039	134
+contig	C7944077	134
+contig	C7944079	134
+contig	C7944005	134
+contig	C7944085	134
+contig	C7944099	134
+contig	C7944097	134
+contig	C7944135	134
+contig	C7944149	134
+contig	C7943939	134
+contig	C7943879	134
+contig	C7944221	134
+contig	C7944111	134
+contig	C7944229	134
+contig	C7944207	134
+contig	C7944231	134
+contig	C7944227	134
+contig	C7944287	134
+contig	C7940997	134
+contig	C7944291	134
+contig	C7944235	134
+contig	C7944311	134
+contig	C7944247	134
+contig	C7944093	134
+contig	C7944305	134
+contig	C7944375	134
+contig	C7944369	134
+contig	C7944355	134
+contig	C7944387	134
+contig	C7944439	134
+contig	C7944327	134
+contig	C7944381	134
+contig	C7944443	134
+contig	C7944451	134
+contig	C7944459	134
+contig	C7944457	134
+contig	C7944503	134
+contig	C7944473	134
+contig	C7944483	134
+contig	C7944509	134
+contig	C7944463	134
+contig	C7944423	134
+contig	C7944515	134
+contig	C7944541	134
+contig	C7944507	134
+contig	C7943775	134
+contig	C7944531	134
+contig	C7944545	134
+contig	C7944557	134
+contig	C7944591	134
+contig	C7944621	134
+contig	C7944577	134
+contig	C7944585	134
+contig	C7944639	134
+contig	C7944653	134
+contig	C7944655	134
+contig	C7944707	134
+contig	C7944717	134
+contig	C7944727	134
+contig	C7944735	134
+contig	C7944761	134
+contig	C7944613	134
+contig	C7944765	134
+contig	C7944553	134
+contig	C7944745	134
+contig	C7944661	134
+contig	C7944791	134
+contig	C7944817	134
+contig	C7944841	134
+contig	C7944831	134
+contig	C7944785	134
+contig	C7944879	134
+contig	C7944875	134
+contig	C7944751	134
+contig	C7944855	134
+contig	C7944775	134
+contig	C7944947	134
+contig	C7944997	134
+contig	C7944991	134
+contig	C7944951	134
+contig	C7943979	134
+contig	C7944995	134
+contig	C7944981	134
+contig	C7945031	134
+contig	C7944677	134
+contig	C7945029	134
+contig	C7945001	134
+contig	C7945057	134
+contig	C7945089	134
+contig	C7945035	134
+contig	C7945025	134
+contig	C7945093	134
+contig	C7945127	134
+contig	C7945091	134
+contig	C7945177	134
+contig	C7945111	134
+contig	C7945007	134
+contig	C7945009	134
+contig	C7945229	134
+contig	C7945275	134
+contig	C7945073	134
+contig	C7945163	134
+contig	C7943085	134
+contig	C7945327	134
+contig	C7945295	134
+contig	C7945339	134
+contig	C7945317	134
+contig	C7945153	134
+contig	C7945313	134
+contig	C7945309	134
+contig	C7945373	134
+contig	C7945387	134
+contig	C7945441	134
+contig	C7945427	134
+contig	C7945481	135
+contig	C7945247	134
+contig	C7945413	134
+contig	C7945453	135
+contig	C7945497	135
+contig	C7945505	135
+contig	C7945469	135
+contig	C7945577	135
+contig	C7945511	135
+contig	C7945539	135
+contig	C7945233	134
+contig	C7945599	135
+contig	C7945647	135
+contig	C7945623	135
+contig	C7945547	135
+contig	C7945673	135
+contig	C7945655	135
+contig	C7945679	135
+contig	C7945735	135
+contig	C7945581	135
+contig	C7945765	135
+contig	C7945753	135
+contig	C7945343	134
+contig	C7945779	135
+contig	C7945621	135
+contig	C7945695	135
+contig	C7945747	135
+contig	C7945789	135
+contig	C7945817	135
+contig	C7945827	135
+contig	C7945847	135
+contig	C7945833	135
+contig	C7945899	135
+contig	C7945885	135
+contig	C7945901	135
+contig	C7945797	135
+contig	C7945925	135
+contig	C7945859	135
+contig	C7945927	135
+contig	C7945953	135
+contig	C7945913	135
+contig	C7945955	135
+contig	C7946009	135
+contig	C7945973	135
+contig	C7946007	135
+contig	C7945877	135
+contig	C7946015	135
+contig	C7946047	135
+contig	C7946029	135
+contig	C7946065	135
+contig	C7945985	135
+contig	C7946063	135
+contig	C7946153	135
+contig	C7946093	135
+contig	C7946119	135
+contig	C7946127	135
+contig	C7946159	135
+contig	C7945975	135
+contig	C7946209	135
+contig	C7946089	135
+contig	C7946219	135
+contig	C7946225	135
+contig	C7946221	135
+contig	C7946253	135
+contig	C7946017	135
+contig	C7946255	135
+contig	C7946215	135
+contig	C7946251	135
+contig	C7946265	135
+contig	C7946267	135
+contig	C7946157	135
+contig	C7946203	135
+contig	C7946287	135
+contig	C7946305	135
+contig	C7946371	135
+contig	C7946377	135
+contig	C7946245	135
+contig	C7946401	135
+contig	C7946375	135
+contig	C7945549	135
+contig	C7946271	135
+contig	C7946349	135
+contig	C7946451	135
+contig	C7946517	135
+contig	C7946537	135
+contig	C7946545	135
+contig	C7946549	135
+contig	C7946561	135
+contig	C7946599	135
+contig	C7946605	135
+contig	C7946429	135
+contig	C7946633	135
+contig	C7946593	135
+contig	C7946347	135
+contig	C7946643	135
+contig	C7946673	135
+contig	C7946725	135
+contig	C7946459	135
+contig	C7946687	135
+contig	C7946793	135
+contig	C7946569	135
+contig	C7946805	135
+contig	C7946813	135
+contig	C7946795	135
+contig	C7946833	135
+contig	C7946851	135
+contig	C7946635	135
+contig	C7946797	135
+contig	C7946871	135
+contig	C7946905	135
+contig	C7946917	135
+contig	C7946901	135
+contig	C7946921	135
+contig	C7946947	135
+contig	C7946925	135
+contig	C7946405	135
+contig	C7946943	135
+contig	C7946951	135
+contig	C7946931	135
+contig	C7946979	135
+contig	C7946997	135
+contig	C7946801	135
+contig	C7946955	135
+contig	C7947051	135
+contig	C7946963	135
+contig	C7947069	135
+contig	C7947109	135
+contig	C7947113	135
+contig	C7946961	135
+contig	C7947117	135
+contig	C7947073	135
+contig	C7947173	135
+contig	C7947065	135
+contig	C7947185	135
+contig	C7947181	135
+contig	C7947039	135
+contig	C7947215	135
+contig	C7947229	135
+contig	C7947139	135
+contig	C7947195	135
+contig	C7947193	135
+contig	C7947249	135
+contig	C7947351	135
+contig	C7947221	135
+contig	C7947373	135
+contig	C7947289	135
+contig	C7947319	135
+contig	C7947299	135
+contig	C7947155	135
+contig	C7946883	135
+contig	C7947355	135
+contig	C7947455	135
+contig	C7947487	135
+contig	C7947495	135
+contig	C7947423	135
+contig	C7947513	135
+contig	C7947539	135
+contig	C7947441	135
+contig	C7947551	135
+contig	C7947577	135
+contig	C7947589	135
+contig	C7947497	135
+contig	C7947631	135
+contig	C7947597	135
+contig	C7947595	135
+contig	C7947639	135
+contig	C7947665	135
+contig	C7947677	135
+contig	C7947683	135
+contig	C7947675	135
+contig	C7947715	135
+contig	C7947619	135
+contig	C7947735	135
+contig	C7947563	135
+contig	C7947761	135
+contig	C7945319	134
+contig	C7947753	135
+contig	C7947823	135
+contig	C7947785	135
+contig	C7947847	135
+contig	C7947819	135
+contig	C7947893	135
+contig	C7947745	135
+contig	C7947845	135
+contig	C7947913	135
+contig	C7947901	135
+contig	C7947861	135
+contig	C7947923	135
+contig	C7947909	135
+contig	C7947391	135
+contig	C7947943	135
+contig	C7947963	135
+contig	C7947957	135
+contig	C7947773	135
+contig	C7947983	135
+contig	C7947915	135
+contig	C7948003	135
+contig	C7948021	135
+contig	C7948033	135
+contig	C7947781	135
+contig	C7948061	135
+contig	C7948053	135
+contig	C7947969	135
+contig	C7948051	135
+contig	C7948095	135
+contig	C7947949	135
+contig	C7948085	135
+contig	C7948113	135
+contig	C7948119	135
+contig	C7947991	135
+contig	C7948125	135
+contig	C7948129	135
+contig	C7948183	135
+contig	C7948229	135
+contig	C7948189	135
+contig	C7948197	135
+contig	C7948293	135
+contig	C7948313	135
+contig	C7948199	135
+contig	C7948331	135
+contig	C7948335	135
+contig	C7948345	135
+contig	C7948347	135
+contig	C7948257	135
+contig	C7948397	135
+contig	C7948433	135
+contig	C7948363	135
+contig	C7948317	135
+contig	C7948273	135
+contig	C7948329	135
+contig	C7948429	135
+contig	C7948489	135
+contig	C7948449	135
+contig	C7948439	135
+contig	C7948471	135
+contig	C7948511	135
+contig	C7948543	135
+contig	C7948545	135
+contig	C7948547	135
+contig	C7948551	135
+contig	C7948587	135
+contig	C7948541	135
+contig	C7948591	135
+contig	C7948625	135
+contig	C7948659	135
+contig	C7948631	135
+contig	C7946357	135
+contig	C7948671	135
+contig	C7948525	135
+contig	C7948667	135
+contig	C7948459	135
+contig	C7948677	135
+contig	C7948685	135
+contig	C7948673	135
+contig	C7948717	135
+contig	C7948629	135
+contig	C7948747	135
+contig	C7948697	135
+contig	C7948763	135
+contig	C7948765	135
+contig	C7948723	135
+contig	C7948781	135
+contig	C7948791	135
+contig	C7948721	135
+contig	C7948813	135
+contig	C7948607	135
+contig	C7948833	135
+contig	C7948893	135
+contig	C7948665	135
+contig	C7948831	135
+contig	C7948759	135
+contig	C7948897	135
+contig	C7948947	135
+contig	C7948901	135
+contig	C7948923	135
+contig	C7948837	135
+contig	C7948995	135
+contig	C7948971	135
+contig	C7948767	135
+contig	C7949019	135
+contig	C7948949	135
+contig	C7948969	135
+contig	C7949069	135
+contig	C7949039	135
+contig	C7948917	135
+contig	C7949107	135
+contig	C7947599	135
+contig	C7949181	135
+contig	C7949175	135
+contig	C7949023	135
+contig	C7949187	135
+contig	C7949007	135
+contig	C7949197	135
+contig	C7949185	135
+contig	C7949215	135
+contig	C7949117	135
+contig	C7949219	135
+contig	C7949221	135
+contig	C7949231	135
+contig	C7949217	135
+contig	C7949241	135
+contig	C7949233	135
+contig	C7949227	135
+contig	C7949183	135
+contig	C7949271	135
+contig	C7949295	135
+contig	C7949405	135
+contig	C7949329	135
+contig	C7949407	135
+contig	C7949289	135
+contig	C7949379	135
+contig	C7949415	135
+contig	C7949353	135
+contig	C7949475	135
+contig	C7949433	135
+contig	C7949517	135
+contig	C7949513	135
+contig	C7949331	135
+contig	C7949493	135
+contig	C7949527	135
+contig	C7949573	135
+contig	C7949393	135
+contig	C7949593	135
+contig	C7949525	135
+contig	C7949619	135
+contig	C7949621	135
+contig	C7949457	135
+contig	C7949627	135
+contig	C7949429	135
+contig	C7949565	135
+contig	C7949531	135
+contig	C7949655	135
+contig	C7949681	135
+contig	C7949111	135
+contig	C7949633	135
+contig	C7949651	135
+contig	C7949671	135
+contig	C7949689	135
+contig	C7949677	135
+contig	C7949603	135
+contig	C7949761	135
+contig	C7949841	135
+contig	C7949795	135
+contig	C7949721	135
+contig	C7949825	135
+contig	C7949875	135
+contig	C7949869	135
+contig	C7949811	135
+contig	C7949889	135
+contig	C7949899	135
+contig	C7949879	135
+contig	C7949901	135
+contig	C7949765	135
+contig	C7949911	135
+contig	C7949955	135
+contig	C7949745	135
+contig	C7949887	135
+contig	C7949947	135
+contig	C7950011	135
+contig	C7949941	135
+contig	C7949991	135
+contig	C7950037	135
+contig	C7950019	135
+contig	C7950105	135
+contig	C7950039	135
+contig	C7949987	135
+contig	C7950053	135
+contig	C7950143	135
+contig	C7950111	135
+contig	C7950163	135
+contig	C7950195	135
+contig	C7950129	135
+contig	C7950141	135
+contig	C7950207	135
+contig	C7950219	135
+contig	C7950281	135
+contig	C7949859	135
+contig	C7950339	135
+contig	C7950199	135
+contig	C7950337	135
+contig	C7950291	135
+contig	C7950323	135
+contig	C7950153	135
+contig	C7950357	135
+contig	C7950443	135
+contig	C7950343	135
+contig	C7950491	135
+contig	C7950521	135
+contig	C7950441	135
+contig	C7950553	135
+contig	C7950577	135
+contig	C7950397	135
+contig	C7950547	135
+contig	C7950631	135
+contig	C7950647	135
+contig	C7950635	135
+contig	C7950345	135
+contig	C7950613	135
+contig	C7950685	135
+contig	C7950695	135
+contig	C7950649	135
+contig	C7950713	135
+contig	C7950699	135
+contig	C7950641	135
+contig	C7950737	135
+contig	C7950269	135
+contig	C7950723	135
+contig	C7950751	135
+contig	C7950753	135
+contig	C7950755	135
+contig	C7950789	135
+contig	C7950689	135
+contig	C7950851	135
+contig	C7950599	135
+contig	C7950871	135
+contig	C7950655	135
+contig	C7950863	135
+contig	C7950745	135
+contig	C7950895	135
+contig	C7950919	135
+contig	C7950801	135
+contig	C7950881	135
+contig	C7950933	135
+contig	C7950961	135
+contig	C7950833	135
+contig	C7950953	135
+contig	C7951005	135
+contig	C7951011	135
+contig	C7950971	135
+contig	C7950883	135
+contig	C7951027	135
+contig	C7951075	135
+contig	C7950897	135
+contig	C7951063	135
+contig	C7951115	135
+contig	C7951119	135
+contig	C7951079	135
+contig	C7951117	135
+contig	C7951127	135
+contig	C7951165	135
+contig	C7951131	135
+contig	C7951183	135
+contig	C7951145	135
+contig	C7951191	135
+contig	C7951221	135
+contig	C7951171	135
+contig	C7951251	135
+contig	C7951035	135
+contig	C7951261	135
+contig	C7951269	135
+contig	C7951273	135
+contig	C7951283	135
+contig	C7951297	135
+contig	C7951095	135
+contig	C7951321	135
+contig	C7951231	135
+contig	C7951345	135
+contig	C7951383	135
+contig	C7951335	135
+contig	C7951415	135
+contig	C7951401	135
+contig	C7950931	135
+contig	C7951329	135
+contig	C7951227	135
+contig	C7951469	135
+contig	C7951453	135
+contig	C7951487	135
+contig	C7951489	135
+contig	C7951417	135
+contig	C7951475	135
+contig	C7951355	135
+contig	C7951517	135
+contig	C7951543	135
+contig	C7951493	135
+contig	C7950715	135
+contig	C7951473	135
+contig	C7951559	135
+contig	C7951577	135
+contig	C7951563	135
+contig	C7951625	135
+contig	C7951641	135
+contig	C7951513	135
+contig	C7951579	135
+contig	C7951677	135
+contig	C7951675	135
+contig	C7951695	135
+contig	C7951723	135
+contig	C7951619	135
+contig	C7951667	135
+contig	C7951727	135
+contig	C7949665	135
+contig	C7951759	135
+contig	C7951771	135
+contig	C7951549	135
+contig	C7951789	135
+contig	C7951733	135
+contig	C7951779	135
+contig	C7951795	135
+contig	C7951797	135
+contig	C7951817	135
+contig	C7951835	135
+contig	C7951785	135
+contig	C7951781	135
+contig	C7951891	135
+contig	C7951937	135
+contig	C7951871	135
+contig	C7951957	135
+contig	C7951955	135
+contig	C7951721	135
+contig	C7951967	135
+contig	C7951865	135
+contig	C7951993	135
+contig	C7951989	135
+contig	C7951977	135
+contig	C7952023	135
+contig	C7952061	135
+contig	C7952049	135
+contig	C7951573	135
+contig	C7952027	135
+contig	C7952021	135
+contig	C7952097	135
+contig	C7952085	135
+contig	C7952107	135
+contig	C7952139	135
+contig	C7952093	135
+contig	C7952101	135
+contig	C7952115	135
+contig	C7951939	135
+contig	C7952099	135
+contig	C7952235	135
+contig	C7952191	135
+contig	C7952149	135
+contig	C7952243	135
+contig	C7952159	135
+contig	C7952247	135
+contig	C7952245	135
+contig	C7952287	135
+contig	C7952241	135
+contig	C7952155	135
+contig	C7952291	135
+contig	C7952301	135
+contig	C7952153	135
+contig	C7951861	135
+contig	C7952349	135
+contig	C7952311	135
+contig	C7952359	135
+contig	C7952389	135
+contig	C7952277	135
+contig	C7952201	135
+contig	C7952391	135
+contig	C7952397	135
+contig	C7952423	135
+contig	C7952289	135
+contig	C7952421	135
+contig	C7952407	135
+contig	C7943441	134
+contig	C7952467	135
+contig	C7952495	135
+contig	C7952409	135
+contig	C7952395	135
+contig	C7952433	135
+contig	C7952459	135
+contig	C7952453	135
+contig	C7952523	135
+contig	C7952601	135
+contig	C7952553	135
+contig	C7952627	135
+contig	C7952561	135
+contig	C7952493	135
+contig	C7952579	135
+contig	C7952649	135
+contig	C7952629	135
+contig	C7952707	135
+contig	C7952653	135
+contig	C7952683	135
+contig	C7952717	135
+contig	C7952723	135
+contig	C7952611	135
+contig	C7952497	135
+contig	C7952727	135
+contig	C7952687	135
+contig	C7952731	135
+contig	C7952907	135
+contig	C7952869	135
+contig	C7952935	135
+contig	C7952875	135
+contig	C7952937	135
+contig	C7952967	135
+contig	C7952773	135
+contig	C7952997	135
+contig	C7952965	135
+contig	C7952315	135
+contig	C7953013	135
+contig	C7952729	135
+contig	C7953025	135
+contig	C7953033	135
+contig	C7952949	135
+contig	C7953081	135
+contig	C7953093	135
+contig	C7953099	135
+contig	C7952759	135
+contig	C7953123	135
+contig	C7953009	135
+contig	C7953105	135
+contig	C7952945	135
+contig	C7952939	135
+contig	C7953133	135
+contig	C7953161	135
+contig	C7953235	135
+contig	C7953213	135
+contig	C7953127	135
+contig	C7953137	135
+contig	C7953225	135
+contig	C7953169	135
+contig	C7953241	135
+contig	C7953257	135
+contig	C7953255	135
+contig	C7953263	135
+contig	C7953243	135
+contig	C7953281	135
+contig	C7953041	135
+contig	C7953265	135
+contig	C7953165	135
+contig	C7953353	135
+contig	C7953261	135
+contig	C7953419	135
+contig	C7953291	135
+contig	C7953421	135
+contig	C7953321	135
+contig	C7953253	135
+contig	C7953433	135
+contig	C7953367	135
+contig	C7953431	135
+contig	C7953595	135
+contig	C7953443	135
+contig	C7953567	135
+contig	C7953581	135
+contig	C7953605	135
+contig	C7953371	135
+contig	C7953629	135
+contig	C7953637	135
+contig	C7953643	135
+contig	C7953653	135
+contig	C7953667	135
+contig	C7953689	135
+contig	C7953415	135
+contig	C7953735	135
+contig	C7953715	135
+contig	C7953699	135
+contig	C7953677	135
+contig	C7953777	135
+contig	C7953805	135
+contig	C7953745	135
+contig	C7953669	135
+contig	C7953799	135
+contig	C7953831	135
+contig	C7953921	135
+contig	C7953953	135
+contig	C7953949	135
+contig	C7953965	135
+contig	C7953459	135
+contig	C7953881	135
+contig	C7953813	135
+contig	C7954001	135
+contig	C7953801	135
+contig	C7953979	135
+contig	C7954061	135
+contig	C7953773	135
+contig	C7953981	135
+contig	C7954063	135
+contig	C7953969	135
+contig	C7954081	135
+contig	C7953283	135
+contig	C7954031	135
+contig	C7954021	135
+contig	C7954097	135
+contig	C7954083	135
+contig	C7954183	135
+contig	C7954171	135
+contig	C7954247	135
+contig	C7954105	135
+contig	C7954187	135
+contig	C7954251	135
+contig	C7954239	135
+contig	C7954193	135
+contig	C7954073	135
+contig	C7954305	135
+contig	C7954311	135
+contig	C7954071	135
+contig	C7954299	135
+contig	C7954167	135
+contig	C7954325	135
+contig	C7954331	135
+contig	C7954425	135
+contig	C7954259	135
+contig	C7954319	135
+contig	C7954257	135
+contig	C7954335	135
+contig	C7954457	135
+contig	C7954373	135
+contig	C7954467	135
+contig	C7954465	135
+contig	C7954483	135
+contig	C7954513	135
+contig	C7954557	135
+contig	C7954565	135
+contig	C7954581	135
+contig	C7954589	135
+contig	C7954617	135
+contig	C7954351	135
+contig	C7954519	135
+contig	C7954683	135
+contig	C7954523	135
+contig	C7954625	135
+contig	C7954649	135
+contig	C7954731	135
+contig	C7954757	135
+contig	C7954751	135
+contig	C7954647	135
+contig	C7954755	135
+contig	C7954697	135
+contig	C7953087	135
+contig	C7954555	135
+contig	C7954759	135
+contig	C7954761	135
+contig	C7954777	135
+contig	C7954807	135
+contig	C7954851	135
+contig	C7954853	135
+contig	C7954767	135
+contig	C7954799	135
+contig	C7954913	135
+contig	C7954891	135
+contig	C7954893	135
+contig	C7954921	135
+contig	C7954693	135
+contig	C7954953	135
+contig	C7954961	135
+contig	C7954881	135
+contig	C7954997	135
+contig	C7954823	135
+contig	C7955053	135
+contig	C7955045	135
+contig	C7955125	135
+contig	C7954779	135
+contig	C7955147	135
+contig	C7955149	135
+contig	C7955129	135
+contig	C7955177	135
+contig	C7955281	135
+contig	C7955275	135
+contig	C7955019	135
+contig	C7955253	135
+contig	C7955157	135
+contig	C7954903	135
+contig	C7955261	135
+contig	C7955315	135
+contig	C7955327	135
+contig	C7955373	135
+contig	C7955353	135
+contig	C7955325	135
+contig	C7955285	135
+contig	C7955375	135
+contig	C7955385	135
+contig	C7955403	135
+contig	C7955391	135
+contig	C7955213	135
+contig	C7955445	135
+contig	C7955333	135
+contig	C7955447	135
+contig	C7955331	135
+contig	C7955399	135
+contig	C7955455	135
+contig	C7955429	135
+contig	C7955305	135
+contig	C7955459	135
+contig	C7955477	135
+contig	C7955505	135
+contig	C7955485	135
+contig	C7955543	135
+contig	C7955529	135
+contig	C7955487	135
+contig	C7955481	135
+contig	C7955463	135
+contig	C7955555	135
+contig	C7955575	135
+contig	C7955569	135
+contig	C7955417	135
+contig	C7955557	135
+contig	C7955623	135
+contig	C7955633	135
+contig	C7955645	135
+contig	C7955721	135
+contig	C7955565	135
+contig	C7955617	135
+contig	C7955733	135
+contig	C7955651	135
+contig	C7955739	135
+contig	C7955727	135
+contig	C7955753	135
+contig	C7955731	135
+contig	C7955501	135
+contig	C7955759	135
+contig	C7955755	135
+contig	C7955791	135
+contig	C7955811	135
+contig	C7955771	135
+contig	C7955621	135
+contig	C7954503	135
+contig	C7955851	135
+contig	C7955839	135
+contig	C7955765	135
+contig	C7955823	135
+contig	C7955861	135
+contig	C7955877	135
+contig	C7955917	135
+contig	C7955945	135
+contig	C7955947	135
+contig	C7955973	135
+contig	C7955797	135
+contig	C7955985	135
+contig	C7955597	135
+contig	C7955813	135
+contig	C7956003	135
+contig	C7956039	135
+contig	C7956029	135
+contig	C7956007	135
+contig	C7956041	135
+contig	C7955693	135
+contig	C7956059	135
+contig	C7956073	135
+contig	C7956025	135
+contig	C7956069	135
+contig	C7956055	135
+contig	C7956081	135
+contig	C7956103	135
+contig	C7955907	135
+contig	C7955995	135
+contig	C7956087	135
+contig	C7956111	135
+contig	C7956119	135
+contig	C7956117	135
+contig	C7956139	135
+contig	C7955879	135
+contig	C7956123	135
+contig	C7956085	135
+contig	C7956159	135
+contig	C7956191	136
+contig	C7956089	135
+contig	C7956167	135
+contig	C7956125	135
+contig	C7956141	135
+contig	C7956225	136
+contig	C7956205	136
+contig	C7956109	135
+contig	C7956217	136
+contig	C7956281	136
+contig	C7956301	136
+contig	C7956197	136
+contig	C7956357	136
+contig	C7956267	136
+contig	C7956317	136
+contig	C7956359	136
+contig	C7956387	136
+contig	C7956385	136
+contig	C7956389	136
+contig	C7956161	135
+contig	C7956399	136
+contig	C7956231	136
+contig	C7956441	136
+contig	C7956509	136
+contig	C7956369	136
+contig	C7956489	136
+contig	C7956529	136
+contig	C7956133	135
+contig	C7956415	136
+contig	C7956533	136
+contig	C7956535	136
+contig	C7956523	136
+contig	C7956565	136
+contig	C7956511	136
+contig	C7956573	136
+contig	C7956307	136
+contig	C7956571	136
+contig	C7956549	136
+contig	C7956581	136
+contig	C7956629	136
+contig	C7956647	136
+contig	C7956657	136
+contig	C7956689	136
+contig	C7956641	136
+contig	C7956721	136
+contig	C7956727	136
+contig	C7956607	136
+contig	C7956691	136
+contig	C7956753	136
+contig	C7956575	136
+contig	C7956705	136
+contig	C7956819	136
+contig	C7956437	136
+contig	C7956823	136
+contig	C7956839	136
+contig	C7956845	136
+contig	C7956755	136
+contig	C7956849	136
+contig	C7956833	136
+contig	C7956863	136
+contig	C7956767	136
+contig	C7956857	136
+contig	C7956877	136
+contig	C7956879	136
+contig	C7956909	136
+contig	C7956901	136
+contig	C7948263	135
+contig	C7956927	136
+contig	C7956923	136
+contig	C7956873	136
+contig	C7956905	136
+contig	C7956943	136
+contig	C7956969	136
+contig	C7956959	136
+contig	C7956989	136
+contig	C7956803	136
+contig	C7956933	136
+contig	C7956981	136
+contig	C7957011	136
+contig	C7956731	136
+contig	C7957019	136
+contig	C7957021	136
+contig	C7957015	136
+contig	C7956827	136
+contig	C7957067	136
+contig	C7957043	136
+contig	C7957095	136
+contig	C7957121	136
+contig	C7957105	136
+contig	C7956975	136
+contig	C7957193	136
+contig	C7956967	136
+contig	C7957141	136
+contig	C7957139	136
+contig	C7957197	136
+contig	C7957195	136
+contig	C7957257	136
+contig	C7957207	136
+contig	C7957211	136
+contig	C7957205	136
+contig	C7957245	136
+contig	C7957229	136
+contig	C7957219	136
+contig	C7957291	136
+contig	C7957111	136
+contig	C7957321	136
+contig	C7957377	136
+contig	C7957373	136
+contig	C7957435	136
+contig	C7957437	136
+contig	C7957489	136
+contig	C7957281	136
+contig	C7957485	136
+contig	C7957517	136
+contig	C7957403	136
+contig	C7957527	136
+contig	C7957555	136
+contig	C7957317	136
+contig	C7957523	136
+contig	C7957653	136
+contig	C7957655	136
+contig	C7957519	136
+contig	C7957539	136
+contig	C7957691	136
+contig	C7957657	136
+contig	C7957693	136
+contig	C7957725	136
+contig	C7957745	136
+contig	C7957759	136
+contig	C7957357	136
+contig	C7957595	136
+contig	C7957803	136
+contig	C7957769	136
+contig	C7957791	136
+contig	C7957827	136
+contig	C7957755	136
+contig	C7957835	136
+contig	C7957783	136
+contig	C7957753	136
+contig	C7957861	136
+contig	C7957935	136
+contig	C7957887	136
+contig	C7957545	136
+contig	C7957943	136
+contig	C7957989	136
+contig	C7958007	136
+contig	C7958003	136
+contig	C7957961	136
+contig	C7958037	136
+contig	C7958011	136
+contig	C7958079	136
+contig	C7958067	136
+contig	C7957857	136
+contig	C7957897	136
+contig	C7958083	136
+contig	C7958039	136
+contig	C7958105	136
+contig	C7958119	136
+contig	C7958091	136
+contig	C7957971	136
+contig	C7958143	136
+contig	C7958123	136
+contig	C7958183	136
+contig	C7958155	136
+contig	C7958147	136
+contig	C7958199	136
+contig	C7958185	136
+contig	C7958137	136
+contig	C7958081	136
+contig	C7958205	136
+contig	C7958261	136
+contig	C7958239	136
+contig	C7958249	136
+contig	C7958281	136
+contig	C7958275	136
+contig	C7958339	136
+contig	C7958285	136
+contig	C7958371	136
+contig	C7958377	136
+contig	C7958251	136
+contig	C7958381	136
+contig	C7956789	136
+contig	C7958209	136
+contig	C7958411	136
+contig	C7958215	136
+contig	C7958471	136
+contig	C7958267	136
+contig	C7958439	136
+contig	C7958493	136
+contig	C7958539	136
+contig	C7958345	136
+contig	C7958375	136
+contig	C7958577	136
+contig	C7958503	136
+contig	C7958621	136
+contig	C7958647	136
+contig	C7958465	136
+contig	C7958705	136
+contig	C7958703	136
+contig	C7958619	136
+contig	C7958697	136
+contig	C7958531	136
+contig	C7958711	136
+contig	C7958713	136
+contig	C7958563	136
+contig	C7958805	136
+contig	C7958799	136
+contig	C7958763	136
+contig	C7958869	136
+contig	C7958737	136
+contig	C7958935	136
+contig	C7958955	136
+contig	C7958959	136
+contig	C7958749	136
+contig	C7958743	136
+contig	C7958973	136
+contig	C7959003	136
+contig	C7958837	136
+contig	C7958979	136
+contig	C7959001	136
+contig	C7959047	136
+contig	C7959065	136
+contig	C7958989	136
+contig	C7959071	136
+contig	C7958747	136
+contig	C7959091	136
+contig	C7959077	136
+contig	C7959147	136
+contig	C7959145	136
+contig	C7959187	136
+contig	C7959223	136
+contig	C7959159	136
+contig	C7956241	136
+contig	C7959283	136
+contig	C7959285	136
+contig	C7958971	136
+contig	C7959295	136
+contig	C7959141	136
+contig	C7959317	136
+contig	C7959249	136
+contig	C7959029	136
+contig	C7959207	136
+contig	C7959335	136
+contig	C7959281	136
+contig	C7959345	136
+contig	C7959337	136
+contig	C7959377	136
+contig	C7959397	136
+contig	C7959287	136
+contig	C7959385	136
+contig	C7959379	136
+contig	C7959395	136
+contig	C7959473	136
+contig	C7959353	136
+contig	C7959521	136
+contig	C7959501	136
+contig	C7959555	136
+contig	C7959567	136
+contig	C7959601	136
+contig	C7959593	136
+contig	C7959513	136
+contig	C7959713	136
+contig	C7959603	136
+contig	C7959607	136
+contig	C7959355	136
+contig	C7959739	136
+contig	C7959741	136
+contig	C7959451	136
+contig	C7959525	136
+contig	C7959795	136
+contig	C7959735	136
+contig	C7959777	136
+contig	C7959825	136
+contig	C7959831	136
+contig	C7959859	136
+contig	C7959503	136
+contig	C7959823	136
+contig	C7959615	136
+contig	C7959845	136
+contig	C7959919	136
+contig	C7959989	136
+contig	C7960023	136
+contig	C7959937	136
+contig	C7960001	136
+contig	C7960043	136
+contig	C7959975	136
+contig	C7960029	136
+contig	C7960045	136
+contig	C7959995	136
+contig	C7960087	136
+contig	C7960063	136
+contig	C7960121	136
+contig	C7960061	136
+contig	C7960111	136
+contig	C7960179	136
+contig	C7960219	136
+contig	C7960099	136
+contig	C7959923	136
+contig	C7960201	136
+contig	C7960239	136
+contig	C7960185	136
+contig	C7960251	136
+contig	C7960259	136
+contig	C7960109	136
+contig	C7960309	136
+contig	C7960383	136
+contig	C7960403	136
+contig	C7960243	136
+contig	C7960451	136
+contig	C7960475	136
+contig	C7960479	136
+contig	C7960483	136
+contig	C7960515	136
+contig	C7960493	136
+contig	C7960285	136
+contig	C7960513	136
+contig	C7960431	136
+contig	C7960561	136
+contig	C7960593	136
+contig	C7960601	136
+contig	C7960605	136
+contig	C7960655	136
+contig	C7960583	136
+contig	C7960639	136
+contig	C7960679	136
+contig	C7960687	136
+contig	C7960693	136
+contig	C7960685	136
+contig	C7960563	136
+contig	C7960629	136
+contig	C7960735	136
+contig	C7960765	136
+contig	C7960793	136
+contig	C7960763	136
+contig	C7960711	136
+contig	C7960791	136
+contig	C7960847	136
+contig	C7960851	136
+contig	C7960889	136
+contig	C7960843	136
+contig	C7960901	136
+contig	C7960907	136
+contig	C7960707	136
+contig	C7960859	136
+contig	C7960943	136
+contig	C7960969	136
+contig	C7960935	136
+contig	C7960887	136
+contig	C7961011	136
+contig	C7961015	136
+contig	C7961037	136
+contig	C7961075	136
+contig	C7961073	136
+contig	C7960991	136
+contig	C7961115	136
+contig	C7960325	136
+contig	C7961131	136
+contig	C7961145	136
+contig	C7961031	136
+contig	C7959895	136
+contig	C7961161	136
+contig	C7961001	136
+contig	C7961175	136
+contig	C7961109	136
+contig	C7961179	136
+contig	C7961229	136
+contig	C7961257	136
+contig	C7961293	136
+contig	C7961183	136
+contig	C7961239	136
+contig	C7961231	136
+contig	C7961297	136
+contig	C7961323	136
+contig	C7961299	136
+contig	C7961381	136
+contig	C7961221	136
+contig	C7961377	136
+contig	C7961387	136
+contig	C7961339	136
+contig	C7961383	136
+contig	C7961415	136
+contig	C7961421	136
+contig	C7961401	136
+contig	C7961453	136
+contig	C7961489	136
+contig	C7961121	136
+contig	C7961461	136
+contig	C7961531	136
+contig	C7961439	136
+contig	C7961555	136
+contig	C7961583	136
+contig	C7961411	136
+contig	C7961599	136
+contig	C7961581	136
+contig	C7961597	136
+contig	C7961611	136
+contig	C7961645	136
+contig	C7959835	136
+contig	C7961653	136
+contig	C7961655	136
+contig	C7961651	136
+contig	C7961253	136
+contig	C7961607	136
+contig	C7961681	136
+contig	C7961657	136
+contig	C7961725	136
+contig	C7961727	136
+contig	C7961747	136
+contig	C7961745	136
+contig	C7961749	136
+contig	C7961601	136
+contig	C7961751	136
+contig	C7961619	136
+contig	C7961779	136
+contig	C7961799	136
+contig	C7961813	136
+contig	C7961839	136
+contig	C7961841	136
+contig	C7961807	136
+contig	C7961853	136
+contig	C7961879	136
+contig	C7961883	136
+contig	C7961863	136
+contig	C7961895	136
+contig	C7961891	136
+contig	C7961901	136
+contig	C7961731	136
+contig	C7961845	136
+contig	C7961923	136
+contig	C7961925	136
+contig	C7961911	136
+contig	C7961951	136
+contig	C7961927	136
+contig	C7961929	136
+contig	C7962015	136
+contig	C7962043	136
+contig	C7962029	136
+contig	C7961931	136
+contig	C7962053	136
+contig	C7962065	136
+contig	C7962071	136
+contig	C7962063	136
+contig	C7962081	136
+contig	C7962083	136
+contig	C7962067	136
+contig	C7962027	136
+contig	C7962159	136
+contig	C7962127	136
+contig	C7961665	136
+contig	C7962185	136
+contig	C7962133	136
+contig	C7962255	136
+contig	C7962263	136
+contig	C7962221	136
+contig	C7962269	136
+contig	C7962197	136
+contig	C7962289	136
+contig	C7962281	136
+contig	C7962267	136
+contig	C7962309	136
+contig	C7962119	136
+contig	C7962345	136
+contig	C7962293	136
+contig	C7962353	136
+contig	C7962355	136
+contig	C7962385	136
+contig	C7962393	136
+contig	C7962291	136
+contig	C7962405	136
+contig	C7962347	136
+contig	C7962407	136
+contig	C7962399	136
+contig	C7962419	136
+contig	C7962429	136
+contig	C7962457	136
+contig	C7961795	136
+contig	C7962461	136
+contig	C7962473	136
+contig	C7962467	136
+contig	C7962287	136
+contig	C7962447	136
+contig	C7962415	136
+contig	C7962511	136
+contig	C7962563	136
+contig	C7962503	136
+contig	C7962555	136
+contig	C7962575	136
+contig	C7962543	136
+contig	C7962629	136
+contig	C7962625	136
+contig	C7962587	136
+contig	C7962633	136
+contig	C7962623	136
+contig	C7962713	136
+contig	C7962631	136
+contig	C7962645	136
+contig	C7962741	136
+contig	C7962759	136
+contig	C7962687	136
+contig	C7962793	136
+contig	C7962827	136
+contig	C7962791	136
+contig	C7962813	136
+contig	C7962859	136
+contig	C7962897	136
+contig	C7962903	136
+contig	C7962857	136
+contig	C7962833	136
+contig	C7962753	136
+contig	C7962855	136
+contig	C7962913	136
+contig	C7962981	136
+contig	C7963015	136
+contig	C7962969	136
+contig	C7963021	136
+contig	C7962965	136
+contig	C7963049	136
+contig	C7962909	136
+contig	C7963087	136
+contig	C7963099	136
+contig	C7959083	136
+contig	C7963111	136
+contig	C7962929	136
+contig	C7963051	136
+contig	C7963107	136
+contig	C7963139	136
+contig	C7963169	136
+contig	C7963229	136
+contig	C7963133	136
+contig	C7963073	136
+contig	C7963217	136
+contig	C7963241	136
+contig	C7963271	136
+contig	C7963285	136
+contig	C7963181	136
+contig	C7963239	136
+contig	C7963303	136
+contig	C7963317	136
+contig	C7963319	136
+contig	C7963335	136
+contig	C7963293	136
+contig	C7963273	136
+contig	C7963367	136
+contig	C7961319	136
+contig	C7963377	136
+contig	C7963409	136
+contig	C7963363	136
+contig	C7963385	136
+contig	C7963387	136
+contig	C7963445	136
+contig	C7963463	136
+contig	C7963471	136
+contig	C7963475	136
+contig	C7963511	136
+contig	C7963457	136
+contig	C7963533	136
+contig	C7963561	136
+contig	C7963215	136
+contig	C7963421	136
+contig	C7963565	136
+contig	C7963235	136
+contig	C7963597	136
+contig	C7963551	136
+contig	C7963639	136
+contig	C7963701	136
+contig	C7963655	136
+contig	C7963733	136
+contig	C7963715	136
+contig	C7963743	136
+contig	C7963751	136
+contig	C7963789	136
+contig	C7963645	136
+contig	C7963797	136
+contig	C7963747	136
+contig	C7963753	136
+contig	C7963803	136
+contig	C7963799	136
+contig	C7963817	136
+contig	C7963821	136
+contig	C7963761	136
+contig	C7963327	136
+contig	C7963851	136
+contig	C7963877	136
+contig	C7963889	136
+contig	C7963869	136
+contig	C7963915	136
+contig	C7963927	136
+contig	C7963939	136
+contig	C7963923	136
+contig	C7963985	136
+contig	C7963795	136
+contig	C7963865	136
+contig	C7964003	136
+contig	C7963949	136
+contig	C7964001	136
+contig	C7963807	136
+contig	C7964027	136
+contig	C7964049	136
+contig	C7964119	136
+contig	C7964017	136
+contig	C7964121	136
+contig	C7964163	136
+contig	C7964077	136
+contig	C7964155	136
+contig	C7964117	136
+contig	C7964171	136
+contig	C7964195	136
+contig	C7964209	136
+contig	C7964181	136
+contig	C7964009	136
+contig	C7964167	136
+contig	C7964243	136
+contig	C7964253	136
+contig	C7964235	136
+contig	C7964245	136
+contig	C7964317	136
+contig	C7964285	136
+contig	C7964301	136
+contig	C7964211	136
+contig	C7964351	136
+contig	C7964333	136
+contig	C7964363	136
+contig	C7964381	136
+contig	C7964291	136
+contig	C7964341	136
+contig	C7964451	136
+contig	C7964453	136
+contig	C7964335	136
+contig	C7964487	136
+contig	C7964383	136
+contig	C7964475	136
+contig	C7964507	136
+contig	C7964521	136
+contig	C7964589	136
+contig	C7964523	136
+contig	C7964599	136
+contig	C7964595	136
+contig	C7964605	136
+contig	C7964497	136
+contig	C7964443	136
+contig	C7964611	136
+contig	C7964639	136
+contig	C7964609	136
+contig	C7964651	136
+contig	C7964671	136
+contig	C7963585	136
+contig	C7964657	136
+contig	C7964685	136
+contig	C7964699	136
+contig	C7964707	136
+contig	C7964653	136
+contig	C7964415	136
+contig	C7964719	136
+contig	C7964401	136
+contig	C7964677	136
+contig	C7964783	136
+contig	C7964713	136
+contig	C7964815	136
+contig	C7964717	136
+contig	C7964721	136
+contig	C7964809	136
+contig	C7964817	136
+contig	C7964833	136
+contig	C7964827	136
+contig	C7964733	136
+contig	C7964627	136
+contig	C7964893	136
+contig	C7964901	136
+contig	C7964859	136
+contig	C7964923	136
+contig	C7964905	136
+contig	C7964925	136
+contig	C7964941	136
+contig	C7964821	136
+contig	C7964865	136
+contig	C7964939	136
+contig	C7964995	136
+contig	C7964839	136
+contig	C7965001	136
+contig	C7964959	136
+contig	C7964969	136
+contig	C7965005	136
+contig	C7965015	136
+contig	C7964845	136
+contig	C7965053	136
+contig	C7965059	136
+contig	C7965083	136
+contig	C7965085	136
+contig	C7965051	136
+contig	C7965061	136
+contig	C7965089	136
+contig	C7965101	136
+contig	C7964935	136
+contig	C7965117	136
+contig	C7965129	136
+contig	C7965139	136
+contig	C7965037	136
+contig	C7965179	136
+contig	C7965137	136
+contig	C7965159	136
+contig	C7965141	136
+contig	C7965099	136
+contig	C7965189	136
+contig	C7965215	136
+contig	C7965205	136
+contig	C7965199	136
+contig	C7965313	136
+contig	C7965103	136
+contig	C7965323	136
+contig	C7965331	136
+contig	C7965243	136
+contig	C7965325	136
+contig	C7965317	136
+contig	C7965111	136
+contig	C7965357	136
+contig	C7965377	136
+contig	C7965421	136
+contig	C7965389	136
+contig	C7965335	136
+contig	C7965435	136
+contig	C7965447	136
+contig	C7965505	136
+contig	C7965507	136
+contig	C7965553	136
+contig	C7965587	136
+contig	C7965573	136
+contig	C7965373	136
+contig	C7965589	136
+contig	C7965603	136
+contig	C7965647	136
+contig	C7965439	136
+contig	C7965595	136
+contig	C7965691	136
+contig	C7965629	136
+contig	C7965675	136
+contig	C7965695	136
+contig	C7965725	136
+contig	C7965729	136
+contig	C7965757	136
+contig	C7965765	136
+contig	C7965773	136
+contig	C7965791	136
+contig	C7965767	136
+contig	C7965433	136
+contig	C7965811	136
+contig	C7965885	136
+contig	C7965723	136
+contig	C7965893	136
+contig	C7965829	136
+contig	C7965899	136
+contig	C7965907	136
+contig	C7957361	136
+contig	C7965919	136
+contig	C7965905	136
+contig	C7965941	136
+contig	C7965963	136
+contig	C7965833	136
+contig	C7965965	136
+contig	C7965747	136
+contig	C7965949	136
+contig	C7965993	136
+contig	C7965979	136
+contig	C7965921	136
+contig	C7966065	136
+contig	C7965971	136
+contig	C7966035	136
+contig	C7966031	136
+contig	C7966087	136
+contig	C7965929	136
+contig	C7966083	136
+contig	C7966079	136
+contig	C7966097	136
+contig	C7966085	136
+contig	C7966131	136
+contig	C7966159	136
+contig	C7966129	136
+contig	C7966199	136
+contig	C7966101	136
+contig	C7965343	136
+contig	C7966211	136
+contig	C7966185	136
+contig	C7966123	136
+contig	C7966229	136
+contig	C7966169	136
+contig	C7966119	136
+contig	C7966227	136
+contig	C7966273	136
+contig	C7966319	136
+contig	C7966243	136
+contig	C7966261	136
+contig	C7966257	136
+contig	C7966357	136
+contig	C7966333	136
+contig	C7966369	136
+contig	C7966321	136
+contig	C7966399	136
+contig	C7966347	136
+contig	C7966391	136
+contig	C7966407	136
+contig	C7966397	136
+contig	C7966385	136
+contig	C7966269	136
+contig	C7965281	136
+contig	C7966265	136
+contig	C7966435	136
+contig	C7966469	136
+contig	C7966495	136
+contig	C7966475	136
+contig	C7966451	136
+contig	C7966535	136
+contig	C7966457	136
+contig	C7966521	136
+contig	C7966483	136
+contig	C7966587	136
+contig	C7966501	136
+contig	C7966605	136
+contig	C7966557	136
+contig	C7966577	136
+contig	C7966447	136
+contig	C7966651	136
+contig	C7966641	136
+contig	C7966595	136
+contig	C7966617	136
+contig	C7966671	136
+contig	C7966623	136
+contig	C7966729	136
+contig	C7966601	136
+contig	C7966749	136
+contig	C7966675	136
+contig	C7966739	136
+contig	C7966755	136
+contig	C7966763	136
+contig	C7966769	136
+contig	C7966783	136
+contig	C7966677	136
+contig	C7966743	136
+contig	C7966799	137
+contig	C7966803	137
+contig	C7966855	137
+contig	C7966839	137
+contig	C7966787	137
+contig	C7966817	137
+contig	C7966801	137
+contig	C7966915	137
+contig	C7966885	137
+contig	C7966867	137
+contig	C7966919	137
+contig	C7966927	137
+contig	C7967003	137
+contig	C7967021	137
+contig	C7966823	137
+contig	C7966945	137
+contig	C7966983	137
+contig	C7967125	137
+contig	C7967089	137
+contig	C7961491	136
+contig	C7967137	137
+contig	C7966963	137
+contig	C7967227	137
+contig	C7966861	137
+contig	C7967167	137
+contig	C7967291	137
+contig	C7967069	137
+contig	C7967141	137
+contig	C7967241	137
+contig	C7967313	137
+contig	C7967327	137
+contig	C7967335	137
+contig	C7967329	137
+contig	C7967345	137
+contig	C7966939	137
+contig	C7967331	137
+contig	C7967437	137
+contig	C7967401	137
+contig	C7967395	137
+contig	C7967217	137
+contig	C7967461	137
+contig	C7967397	137
+contig	C7967473	137
+contig	C7967079	137
+contig	C7967583	137
+contig	C7967561	137
+contig	C7967595	137
+contig	C7967599	137
+contig	C7967617	137
+contig	C7967529	137
+contig	C7967671	137
+contig	C7967619	137
+contig	C7967543	137
+contig	C7967711	137
+contig	C7967733	137
+contig	C7967771	137
+contig	C7967731	137
+contig	C7967311	137
+contig	C7967835	137
+contig	C7967803	137
+contig	C7967831	137
+contig	C7967753	137
+contig	C7967849	137
+contig	C7967819	137
+contig	C7967857	137
+contig	C7967871	137
+contig	C7967867	137
+contig	C7967873	137
+contig	C7967919	137
+contig	C7967865	137
+contig	C7967931	137
+contig	C7967361	137
+contig	C7967967	137
+contig	C7967913	137
+contig	C7967955	137
+contig	C7967987	137
+contig	C7968027	137
+contig	C7968029	137
+contig	C7968021	137
+contig	C7967847	137
+contig	C7968047	137
+contig	C7968067	137
+contig	C7968045	137
+contig	C7968065	137
+contig	C7967829	137
+contig	C7962341	136
+contig	C7968073	137
+contig	C7968085	137
+contig	C7968071	137
+contig	C7968101	137
+contig	C7968139	137
+contig	C7968079	137
+contig	C7968171	137
+contig	C7968105	137
+contig	C7967993	137
+contig	C7968173	137
+contig	C7968193	137
+contig	C7968229	137
+contig	C7968141	137
+contig	C7967935	137
+contig	C7968263	137
+contig	C7967691	137
+contig	C7968305	137
+contig	C7968243	137
+contig	C7968183	137
+contig	C7968233	137
+contig	C7968303	137
+contig	C7968119	137
+contig	C7968447	137
+contig	C7968435	137
+contig	C7968355	137
+contig	C7968453	137
+contig	C7968265	137
+contig	C7968487	137
+contig	C7968309	137
+contig	C7968507	137
+contig	C7968491	137
+contig	C7968291	137
+contig	C7968557	137
+contig	C7968329	137
+contig	C7968569	137
+contig	C7968579	137
+contig	C7968519	137
+contig	C7968567	137
+contig	C7968485	137
+contig	C7968585	137
+contig	C7968577	137
+contig	C7968649	137
+contig	C7968583	137
+contig	C7968593	137
+contig	C7968657	137
+contig	C7968725	137
+contig	C7968645	137
+contig	C7968745	137
+contig	C7968679	137
+contig	C7968505	137
+contig	C7968631	137
+contig	C7968757	137
+contig	C7966433	136
+contig	C7968813	137
+contig	C7968755	137
+contig	C7968829	137
+contig	C7968735	137
+contig	C7968843	137
+contig	C7968877	137
+contig	C7968811	137
+contig	C7968915	137
+contig	C7968903	137
+contig	C7968863	137
+contig	C7968931	137
+contig	C7968943	137
+contig	C7969023	137
+contig	C7968939	137
+contig	C7968039	137
+contig	C7968941	137
+contig	C7969025	137
+contig	C7969041	137
+contig	C7968901	137
+contig	C7969059	137
+contig	C7968967	137
+contig	C7968913	137
+contig	C7969061	137
+contig	C7969079	137
+contig	C7969125	137
+contig	C7969077	137
+contig	C7969029	137
+contig	C7969141	137
+contig	C7969187	137
+contig	C7969143	137
+contig	C7969149	137
+contig	C7969211	137
+contig	C7969199	137
+contig	C7968997	137
+contig	C7969311	137
+contig	C7969363	137
+contig	C7969257	137
+contig	C7969373	137
+contig	C7969219	137
+contig	C7969375	137
+contig	C7969071	137
+contig	C7969467	137
+contig	C7969235	137
+contig	C7969483	137
+contig	C7969477	137
+contig	C7969387	137
+contig	C7969485	137
+contig	C7969083	137
+contig	C7969515	137
+contig	C7969519	137
+contig	C7969393	137
+contig	C7969517	137
+contig	C7969397	137
+contig	C7969505	137
+contig	C7969549	137
+contig	C7969525	137
+contig	C7969563	137
+contig	C7969493	137
+contig	C7969585	137
+contig	C7969653	137
+contig	C7969617	137
+contig	C7969685	137
+contig	C7969511	137
+contig	C7969715	137
+contig	C7969635	137
+contig	C7969707	137
+contig	C7969669	137
+contig	C7969749	137
+contig	C7969763	137
+contig	C7969785	137
+contig	C7969693	137
+contig	C7969737	137
+contig	C7969755	137
+contig	C7969799	137
+contig	C7969801	137
+contig	C7969655	137
+contig	C7969665	137
+contig	C7969857	137
+contig	C7969787	137
+contig	C7969891	137
+contig	C7969853	137
+contig	C7969897	137
+contig	C7969883	137
+contig	C7969923	137
+contig	C7969793	137
+contig	C7969911	137
+contig	C7969851	137
+contig	C7969925	137
+contig	C7969921	137
+contig	C7969955	137
+contig	C7969937	137
+contig	C7969995	137
+contig	C7969987	137
+contig	C7970001	137
+contig	C7969977	137
+contig	C7970019	137
+contig	C7970005	137
+contig	C7970127	137
+contig	C7970023	137
+contig	C7970135	137
+contig	C7970153	137
+contig	C7970213	137
+contig	C7970047	137
+contig	C7970223	137
+contig	C7969807	137
+contig	C7970045	137
+contig	C7970155	137
+contig	C7970051	137
+contig	C7970261	137
+contig	C7970233	137
+contig	C7970239	137
+contig	C7970287	137
+contig	C7970319	137
+contig	C7970331	137
+contig	C7970305	137
+contig	C7970343	137
+contig	C7970345	137
+contig	C7970357	137
+contig	C7970401	137
+contig	C7970355	137
+contig	C7970339	137
+contig	C7970301	137
+contig	C7970407	137
+contig	C7970193	137
+contig	C7970425	137
+contig	C7970477	137
+contig	C7970285	137
+contig	C7970483	137
+contig	C7970521	137
+contig	C7970375	137
+contig	C7970581	137
+contig	C7970503	137
+contig	C7970617	137
+contig	C7970569	137
+contig	C7970631	137
+contig	C7970611	137
+contig	C7970689	137
+contig	C7970405	137
+contig	C7970705	137
+contig	C7970671	137
+contig	C7970659	137
+contig	C7970743	137
+contig	C7970779	137
+contig	C7970615	137
+contig	C7970757	137
+contig	C7970787	137
+contig	C7970651	137
+contig	C7970815	137
+contig	C7970721	137
+contig	C7970791	137
+contig	C7970785	137
+contig	C7970817	137
+contig	C7970823	137
+contig	C7970839	137
+contig	C7970841	137
+contig	C7970807	137
+contig	C7970869	137
+contig	C7970845	137
+contig	C7970875	137
+contig	C7970887	137
+contig	C7970821	137
+contig	C7970907	137
+contig	C7970945	137
+contig	C7970953	137
+contig	C7970899	137
+contig	C7970835	137
+contig	C7969055	137
+contig	C7970965	137
+contig	C7970961	137
+contig	C7970979	137
+contig	C7970895	137
+contig	C7970943	137
+contig	C7970843	137
+contig	C7971047	137
+contig	C7971101	137
+contig	C7971031	137
+contig	C7970971	137
+contig	C7971113	137
+contig	C7971095	137
+contig	C7971131	137
+contig	C7971179	137
+contig	C7971149	137
+contig	C7971145	137
+contig	C7971173	137
+contig	C7971183	137
+contig	C7971349	137
+contig	C7971255	137
+contig	C7971085	137
+contig	C7971363	137
+contig	C7971383	137
+contig	C7971225	137
+contig	C7971409	137
+contig	C7971401	137
+contig	C7971197	137
+contig	C7971389	137
+contig	C7971419	137
+contig	C7971463	137
+contig	C7971433	137
+contig	C7971441	137
+contig	C7971041	137
+contig	C7971471	137
+contig	C7971545	137
+contig	C7971513	137
+contig	C7971553	137
+contig	C7971475	137
+contig	C7971567	137
+contig	C7971571	137
+contig	C7971555	137
+contig	C7971645	137
+contig	C7971641	137
+contig	C7971643	137
+contig	C7971679	137
+contig	C7971639	137
+contig	C7971663	137
+contig	C7971647	137
+contig	C7971719	137
+contig	C7971715	137
+contig	C7971789	137
+contig	C7971795	137
+contig	C7971627	137
+contig	C7971767	137
+contig	C7971797	137
+contig	C7971799	137
+contig	C7971689	137
+contig	C7971807	137
+contig	C7971809	137
+contig	C7971863	137
+contig	C7971829	137
+contig	C7971839	137
+contig	C7971875	137
+contig	C7971877	137
+contig	C7971905	137
+contig	C7971923	137
+contig	C7971933	137
+contig	C7971709	137
+contig	C7971963	137
+contig	C7972007	137
+contig	C7971979	137
+contig	C7971999	137
+contig	C7972051	137
+contig	C7972077	137
+contig	C7971825	137
+contig	C7972081	137
+contig	C7972041	137
+contig	C7972135	137
+contig	C7972113	137
+contig	C7972137	137
+contig	C7972187	137
+contig	C7972083	137
+contig	C7972171	137
+contig	C7972037	137
+contig	C7972257	137
+contig	C7972197	137
+contig	C7972261	137
+contig	C7972279	137
+contig	C7972213	137
+contig	C7972307	137
+contig	C7972283	137
+contig	C7972247	137
+contig	C7972373	137
+contig	C7972361	137
+contig	C7972381	137
+contig	C7972395	137
+contig	C7972401	137
+contig	C7972359	137
+contig	C7972435	137
+contig	C7972437	137
+contig	C7972391	137
+contig	C7972423	137
+contig	C7972463	137
+contig	C7972501	137
+contig	C7972503	137
+contig	C7972469	137
+contig	C7972517	137
+contig	C7972533	137
+contig	C7972547	137
+contig	C7972585	137
+contig	C7968861	137
+contig	C7972527	137
+contig	C7972603	137
+contig	C7972419	137
+contig	C7972593	137
+contig	C7972511	137
+contig	C7971227	137
+contig	C7972639	137
+contig	C7972641	137
+contig	C7972705	137
+contig	C7971379	137
+contig	C7972645	137
+contig	C7972719	137
+contig	C7972751	137
+contig	C7972741	137
+contig	C7971867	137
+contig	C7972765	137
+contig	C7972799	137
+contig	C7972807	137
+contig	C7972715	137
+contig	C7972849	137
+contig	C7972727	137
+contig	C7972831	137
+contig	C7972811	137
+contig	C7972869	137
+contig	C7972871	137
+contig	C7972877	137
+contig	C7972889	137
+contig	C7972885	137
+contig	C7972863	137
+contig	C7972927	137
+contig	C7972761	137
+contig	C7972935	137
+contig	C7972971	137
+contig	C7972979	137
+contig	C7972999	137
+contig	C7972967	137
+contig	C7973001	137
+contig	C7973009	137
+contig	C7973015	137
+contig	C7972913	137
+contig	C7973017	137
+contig	C7973037	137
+contig	C7972963	137
+contig	C7973073	137
+contig	C7973045	137
+contig	C7973061	137
+contig	C7973123	137
+contig	C7973135	137
+contig	C7972619	137
+contig	C7973125	137
+contig	C7973031	137
+contig	C7973109	137
+contig	C7973185	137
+contig	C7973203	137
+contig	C7973139	137
+contig	C7973177	137
+contig	C7973161	137
+contig	C7973215	137
+contig	C7973239	137
+contig	C7973267	137
+contig	C7973271	137
+contig	C7973213	137
+contig	C7973275	137
+contig	C7973155	137
+contig	C7973289	137
+contig	C7973299	137
+contig	C7973277	137
+contig	C7973205	137
+contig	C7973335	137
+contig	C7973355	137
+contig	C7973293	137
+contig	C7973361	137
+contig	C7973311	137
+contig	C7973405	137
+contig	C7973439	137
+contig	C7973421	137
+contig	C7973447	137
+contig	C7973417	137
+contig	C7973485	137
+contig	C7973457	137
+contig	C7973507	137
+contig	C7968483	137
+contig	C7973551	137
+contig	C7973503	137
+contig	C7973529	137
+contig	C7973557	137
+contig	C7973613	137
+contig	C7973403	137
+contig	C7973619	137
+contig	C7973669	137
+contig	C7973561	137
+contig	C7973681	137
+contig	C7973629	137
+contig	C7973703	137
+contig	C7973721	137
+contig	C7973725	137
+contig	C7973597	137
+contig	C7973689	137
+contig	C7973761	137
+contig	C7973737	137
+contig	C7973811	137
+contig	C7973789	137
+contig	C7973873	137
+contig	C7973887	137
+contig	C7973649	137
+contig	C7973915	137
+contig	C7973853	137
+contig	C7973917	137
+contig	C7973895	137
+contig	C7973941	137
+contig	C7973921	137
+contig	C7973957	137
+contig	C7973959	137
+contig	C7974003	137
+contig	C7973991	137
+contig	C7973987	137
+contig	C7974005	137
+contig	C7973783	137
+contig	C7974013	137
+contig	C7974037	137
+contig	C7973953	137
+contig	C7974039	137
+contig	C7974069	137
+contig	C7974063	137
+contig	C7974071	137
+contig	C7974077	137
+contig	C7974089	137
+contig	C7974095	137
+contig	C7974093	137
+contig	C7974019	137
+contig	C7974123	137
+contig	C7974015	137
+contig	C7974135	137
+contig	C7974103	137
+contig	C7974149	137
+contig	C7974097	137
+contig	C7974199	137
+contig	C7974153	137
+contig	C7974225	137
+contig	C7974223	137
+contig	C7974283	137
+contig	C7974157	137
+contig	C7974289	137
+contig	C7974303	137
+contig	C7974107	137
+contig	C7974159	137
+contig	C7974337	137
+contig	C7974371	137
+contig	C7974405	137
+contig	C7974417	137
+contig	C7974383	137
+contig	C7974285	137
+contig	C7974233	137
+contig	C7974455	137
+contig	C7974515	137
+contig	C7974531	137
+contig	C7974497	137
+contig	C7974481	137
+contig	C7974385	137
+contig	C7974545	137
+contig	C7974549	137
+contig	C7970567	137
+contig	C7974571	137
+contig	C7974577	137
+contig	C7974565	137
+contig	C7972623	137
+contig	C7974629	137
+contig	C7974645	137
+contig	C7974541	137
+contig	C7974543	137
+contig	C7974599	137
+contig	C7974661	137
+contig	C7974653	137
+contig	C7974535	137
+contig	C7974693	137
+contig	C7974691	137
+contig	C7974697	137
+contig	C7974603	137
+contig	C7974703	137
+contig	C7974675	137
+contig	C7974769	137
+contig	C7974737	137
+contig	C7974861	137
+contig	C7974773	137
+contig	C7974617	137
+contig	C7974795	137
+contig	C7974853	137
+contig	C7974869	137
+contig	C7972657	137
+contig	C7974865	137
+contig	C7974953	137
+contig	C7974787	137
+contig	C7974905	137
+contig	C7974915	137
+contig	C7974967	137
+contig	C7974909	137
+contig	C7974901	137
+contig	C7974969	137
+contig	C7974989	137
+contig	C7975033	137
+contig	C7974867	137
+contig	C7975009	137
+contig	C7975035	137
+contig	C7975091	137
+contig	C7975089	137
+contig	C7974659	137
+contig	C7975087	137
+contig	C7975103	137
+contig	C7975137	137
+contig	C7975195	137
+contig	C7975177	137
+contig	C7975227	137
+contig	C7975055	137
+contig	C7975237	137
+contig	C7975241	137
+contig	C7975139	137
+contig	C7975015	137
+contig	C7975267	137
+contig	C7975119	137
+contig	C7975269	137
+contig	C7975215	137
+contig	C7975109	137
+contig	C7975255	137
+contig	C7975275	137
+contig	C7975415	137
+contig	C7975253	137
+contig	C7975311	137
+contig	C7975391	137
+contig	C7975367	137
+contig	C7975385	137
+contig	C7975457	137
+contig	C7975419	137
+contig	C7975503	137
+contig	C7975347	137
+contig	C7975467	137
+contig	C7973021	137
+contig	C7975567	137
+contig	C7975521	137
+contig	C7975145	137
+contig	C7975513	137
+contig	C7975493	137
+contig	C7975627	137
+contig	C7975527	137
+contig	C7975601	137
+contig	C7975621	137
+contig	C7975577	137
+contig	C7975633	137
+contig	C7975731	137
+contig	C7975703	137
+contig	C7975569	137
+contig	C7975799	137
+contig	C7975827	137
+contig	C7975561	137
+contig	C7975879	137
+contig	C7975585	137
+contig	C7975663	137
+contig	C7975677	137
+contig	C7975905	137
+contig	C7975909	137
+contig	C7975897	137
+contig	C7975939	137
+contig	C7975763	137
+contig	C7975869	137
+contig	C7975817	137
+contig	C7975979	137
+contig	C7975813	137
+contig	C7975645	137
+contig	C7975953	137
+contig	C7975981	137
+contig	C7976011	137
+contig	C7976035	137
+contig	C7976077	137
+contig	C7976203	137
+contig	C7976193	137
+contig	C7976005	137
+contig	C7976213	137
+contig	C7976109	137
+contig	C7976173	137
+contig	C7976275	137
+contig	C7976291	137
+contig	C7976225	137
+contig	C7975955	137
+contig	C7976099	137
+contig	C7976405	137
+contig	C7976289	137
+contig	C7976155	137
+contig	C7976401	137
+contig	C7976457	138
+contig	C7976217	137
+contig	C7976417	138
+contig	C7976495	138
+contig	C7976377	137
+contig	C7976513	138
+contig	C7976493	138
+contig	C7976329	137
+contig	C7976525	138
+contig	C7976481	138
+contig	C7976583	138
+contig	C7976591	138
+contig	C7976527	138
+contig	C7976501	138
+contig	C7976615	138
+contig	C7976411	138
+contig	C7976605	138
+contig	C7976617	138
+contig	C7976223	137
+contig	C7976655	138
+contig	C7976651	138
+contig	C7976739	138
+contig	C7976685	138
+contig	C7976775	138
+contig	C7976547	138
+contig	C7976623	138
+contig	C7976789	138
+contig	C7976879	138
+contig	C7976849	138
+contig	C7976793	138
+contig	C7976791	138
+contig	C7976913	138
+contig	C7976903	138
+contig	C7976317	137
+contig	C7977005	138
+contig	C7976893	138
+contig	C7976907	138
+contig	C7976957	138
+contig	C7976705	138
+contig	C7976825	138
+contig	C7976969	138
+contig	C7977079	138
+contig	C7977069	138
+contig	C7977009	138
+contig	C7977147	138
+contig	C7977149	138
+contig	C7976947	138
+contig	C7977173	138
+contig	C7977217	138
+contig	C7977117	138
+contig	C7977201	138
+contig	C7977059	138
+contig	C7977285	138
+contig	C7977243	138
+contig	C7977337	138
+contig	C7977329	138
+contig	C7977435	138
+contig	C7977311	138
+contig	C7977439	138
+contig	C7977359	138
+contig	C7977277	138
+contig	C7977453	138
+contig	C7977021	138
+contig	C7977183	138
+contig	C7977503	138
+contig	C7977111	138
+contig	C7977547	138
+contig	C7977555	138
+contig	C7977563	138
+contig	C7977475	138
+contig	C7977361	138
+contig	C7977467	138
+contig	C7977579	138
+contig	C7977697	138
+contig	C7977569	138
+contig	C7977657	138
+contig	C7977565	138
+contig	C7977711	138
+contig	C7977623	138
+contig	C7977727	138
+contig	C7977741	138
+contig	C7977743	138
+contig	C7977813	138
+contig	C7977807	138
+contig	C7977831	138
+contig	C7977883	138
+contig	C7977821	138
+contig	C7977649	138
+contig	C7977835	138
+contig	C7977935	138
+contig	C7977893	138
+contig	C7977987	138
+contig	C7977871	138
+contig	C7977999	138
+contig	C7977055	138
+contig	C7977959	138
+contig	C7977983	138
+contig	C7978007	138
+contig	C7978065	138
+contig	C7978029	138
+contig	C7978071	138
+contig	C7978069	138
+contig	C7978079	138
+contig	C7977949	138
+contig	C7978055	138
+contig	C7978097	138
+contig	C7978059	138
+contig	C7978103	138
+contig	C7978127	138
+contig	C7978153	138
+contig	C7978095	138
+contig	C7978201	138
+contig	C7978043	138
+contig	C7978111	138
+contig	C7978215	138
+contig	C7978223	138
+contig	C7978173	138
+contig	C7978283	138
+contig	C7978107	138
+contig	C7978295	138
+contig	C7978337	138
+contig	C7978335	138
+contig	C7978161	138
+contig	C7978193	138
+contig	C7978339	138
+contig	C7978367	138
+contig	C7978387	138
+contig	C7978377	138
+contig	C7978331	138
+contig	C7978437	138
+contig	C7978401	138
+contig	C7978419	138
+contig	C7978459	138
+contig	C7978481	138
+contig	C7978365	138
+contig	C7978475	138
+contig	C7978491	138
+contig	C7978257	138
+contig	C7978587	138
+contig	C7978355	138
+contig	C7978495	138
+contig	C7978531	138
+contig	C7978559	138
+contig	C7978605	138
+contig	C7978651	138
+contig	C7978625	138
+contig	C7978663	138
+contig	C7978421	138
+contig	C7978763	138
+contig	C7978733	138
+contig	C7978777	138
+contig	C7978801	138
+contig	C7978747	138
+contig	C7978849	138
+contig	C7977891	138
+contig	C7978839	138
+contig	C7978863	138
+contig	C7978855	138
+contig	C7978907	138
+contig	C7978883	138
+contig	C7978653	138
+contig	C7978887	138
+contig	C7978945	138
+contig	C7978955	138
+contig	C7978949	138
+contig	C7978959	138
+contig	C7979003	138
+contig	C7978947	138
+contig	C7978969	138
+contig	C7978689	138
+contig	C7978931	138
+contig	C7979019	138
+contig	C7979031	138
+contig	C7979023	138
+contig	C7979095	138
+contig	C7979091	138
+contig	C7979045	138
+contig	C7979115	138
+contig	C7979081	138
+contig	C7979139	138
+contig	C7978993	138
+contig	C7979089	138
+contig	C7979195	138
+contig	C7979231	138
+contig	C7979063	138
+contig	C7979227	138
+contig	C7979173	138
+contig	C7979253	138
+contig	C7979287	138
+contig	C7979149	138
+contig	C7979289	138
+contig	C7979273	138
+contig	C7979295	138
+contig	C7979297	138
+contig	C7979291	138
+contig	C7979265	138
+contig	C7979309	138
+contig	C7979241	138
+contig	C7979331	138
+contig	C7979329	138
+contig	C7979337	138
+contig	C7979151	138
+contig	C7979323	138
+contig	C7979353	138
+contig	C7979399	138
+contig	C7979333	138
+contig	C7979411	138
+contig	C7979417	138
+contig	C7979409	138
+contig	C7979461	138
+contig	C7979473	138
+contig	C7979451	138
+contig	C7979489	138
+contig	C7979483	138
+contig	C7979505	138
+contig	C7979501	138
+contig	C7973753	137
+contig	C7979471	138
+contig	C7979445	138
+contig	C7979507	138
+contig	C7979377	138
+contig	C7979537	138
+contig	C7979555	138
+contig	C7979553	138
+contig	C7979583	138
+contig	C7979437	138
+contig	C7979497	138
+contig	C7979635	138
+contig	C7979567	138
+contig	C7979669	138
+contig	C7979639	138
+contig	C7979617	138
+contig	C7979637	138
+contig	C7979695	138
+contig	C7979707	138
+contig	C7979671	138
+contig	C7979709	138
+contig	C7979727	138
+contig	C7979699	138
+contig	C7979745	138
+contig	C7979683	138
+contig	C7979757	138
+contig	C7979849	138
+contig	C7979803	138
+contig	C7979881	138
+contig	C7979883	138
+contig	C7979661	138
+contig	C7979633	138
+contig	C7977785	138
+contig	C7979889	138
+contig	C7979911	138
+contig	C7979963	138
+contig	C7979951	138
+contig	C7979903	138
+contig	C7979991	138
+contig	C7980007	138
+contig	C7979987	138
+contig	C7980021	138
+contig	C7980037	138
+contig	C7979891	138
+contig	C7980049	138
+contig	C7980025	138
+contig	C7980063	138
+contig	C7980009	138
+contig	C7979937	138
+contig	C7979775	138
+contig	C7980117	138
+contig	C7980073	138
+contig	C7980095	138
+contig	C7980085	138
+contig	C7980155	138
+contig	C7980269	138
+contig	C7980093	138
+contig	C7980129	138
+contig	C7980283	138
+contig	C7979921	138
+contig	C7980173	138
+contig	C7980277	138
+contig	C7980315	138
+contig	C7980293	138
+contig	C7980339	138
+contig	C7980285	138
+contig	C7980317	138
+contig	C7980335	138
+contig	C7980337	138
+contig	C7980361	138
+contig	C7980345	138
+contig	C7980351	138
+contig	C7980367	138
+contig	C7980371	138
+contig	C7980425	138
+contig	C7980409	138
+contig	C7980491	138
+contig	C7979927	138
+contig	C7980503	138
+contig	C7980383	138
+contig	C7980495	138
+contig	C7980461	138
+contig	C7980469	138
+contig	C7980511	138
+contig	C7980197	138
+contig	C7980631	138
+contig	C7980517	138
+contig	C7980639	138
+contig	C7980539	138
+contig	C7980663	138
+contig	C7980649	138
+contig	C7980677	138
+contig	C7980673	138
+contig	C7980813	138
+contig	C7980675	138
+contig	C7980883	138
+contig	C7980625	138
+contig	C7980911	138
+contig	C7980915	138
+contig	C7980737	138
+contig	C7980943	138
+contig	C7980967	138
+contig	C7981037	138
+contig	C7981057	138
+contig	C7981075	138
+contig	C7981125	138
+contig	C7980757	138
+contig	C7981061	138
+contig	C7980633	138
+contig	C7981117	138
+contig	C7981169	138
+contig	C7981183	138
+contig	C7981203	138
+contig	C7981141	138
+contig	C7981139	138
+contig	C7981237	138
+contig	C7981255	138
+contig	C7981263	138
+contig	C7981293	138
+contig	C7981111	138
+contig	C7981331	138
+contig	C7981119	138
+contig	C7981299	138
+contig	C7981359	138
+contig	C7981317	138
+contig	C7981167	138
+contig	C7981351	138
+contig	C7981379	138
+contig	C7981421	138
+contig	C7981459	138
+contig	C7981425	138
+contig	C7981381	138
+contig	C7981491	138
+contig	C7981475	138
+contig	C7981471	138
+contig	C7981517	138
+contig	C7981539	138
+contig	C7981497	138
+contig	C7981581	138
+contig	C7981589	138
+contig	C7981619	138
+contig	C7978567	138
+contig	C7981531	138
+contig	C7981545	138
+contig	C7981621	138
+contig	C7981659	138
+contig	C7981633	138
+contig	C7981627	138
+contig	C7981695	138
+contig	C7981733	138
+contig	C7981507	138
+contig	C7981735	138
+contig	C7981705	138
+contig	C7981445	138
+contig	C7981669	138
+contig	C7981755	138
+contig	C7981493	138
+contig	C7981767	138
+contig	C7981799	138
+contig	C7981811	138
+contig	C7981825	138
+contig	C7981771	138
+contig	C7981741	138
+contig	C7981823	138
+contig	C7981791	138
+contig	C7981907	138
+contig	C7981839	138
+contig	C7981871	138
+contig	C7981859	138
+contig	C7981689	138
+contig	C7981973	138
+contig	C7981939	138
+contig	C7982001	138
+contig	C7981879	138
+contig	C7982067	138
+contig	C7981957	138
+contig	C7981935	138
+contig	C7981821	138
+contig	C7982077	138
+contig	C7981943	138
+contig	C7982073	138
+contig	C7982097	138
+contig	C7982127	138
+contig	C7981963	138
+contig	C7982107	138
+contig	C7982141	138
+contig	C7982137	138
+contig	C7982143	138
+contig	C7982101	138
+contig	C7982201	138
+contig	C7982145	138
+contig	C7982209	138
+contig	C7982181	138
+contig	C7982207	138
+contig	C7982109	138
+contig	C7982115	138
+contig	C7982235	138
+contig	C7982243	138
+contig	C7982277	138
+contig	C7982257	138
+contig	C7982213	138
+contig	C7982281	138
+contig	C7982293	138
+contig	C7982315	138
+contig	C7982307	138
+contig	C7982335	138
+contig	C7982245	138
+contig	C7982349	138
+contig	C7982321	138
+contig	C7982351	138
+contig	C7982379	138
+contig	C7982391	138
+contig	C7982395	138
+contig	C7982401	138
+contig	C7982419	138
+contig	C7982443	138
+contig	C7982439	138
+contig	C7982377	138
+contig	C7982083	138
+contig	C7982477	138
+contig	C7982421	138
+contig	C7982469	138
+contig	C7982471	138
+contig	C7982455	138
+contig	C7982495	138
+contig	C7982515	138
+contig	C7982491	138
+contig	C7982517	138
+contig	C7982485	138
+contig	C7982529	138
+contig	C7982605	138
+contig	C7982635	138
+contig	C7982547	138
+contig	C7982677	138
+contig	C7982625	138
+contig	C7982803	138
+contig	C7982741	138
+contig	C7982807	138
+contig	C7982095	138
+contig	C7982749	138
+contig	C7982881	138
+contig	C7982895	138
+contig	C7982843	138
+contig	C7982893	138
+contig	C7982737	138
+contig	C7982925	138
+contig	C7982947	138
+contig	C7982961	138
+contig	C7982977	138
+contig	C7982967	138
+contig	C7982819	138
+contig	C7982959	138
+contig	C7982985	138
+contig	C7983019	138
+contig	C7983073	138
+contig	C7983027	138
+contig	C7983097	138
+contig	C7983135	138
+contig	C7983111	138
+contig	C7982559	138
+contig	C7983149	138
+contig	C7983065	138
+contig	C7983153	138
+contig	C7983151	138
+contig	C7983169	138
+contig	C7983179	138
+contig	C7983165	138
+contig	C7983187	138
+contig	C7983233	138
+contig	C7983243	138
+contig	C7982837	138
+contig	C7983207	138
+contig	C7983257	138
+contig	C7983307	138
+contig	C7983327	138
+contig	C7983275	138
+contig	C7983347	138
+contig	C7983365	138
+contig	C7983339	138
+contig	C7980775	138
+contig	C7983343	138
+contig	C7983411	138
+contig	C7983415	138
+contig	C7983417	138
+contig	C7983419	138
+contig	C7983455	138
+contig	C7983485	138
+contig	C7983495	138
+contig	C7983505	138
+contig	C7983279	138
+contig	C7983519	138
+contig	C7983599	138
+contig	C7983489	138
+contig	C7983403	138
+contig	C7983613	138
+contig	C7983615	138
+contig	C7983449	138
+contig	C7983639	138
+contig	C7983623	138
+contig	C7983653	138
+contig	C7983683	138
+contig	C7983715	138
+contig	C7983663	138
+contig	C7983717	138
+contig	C7983551	138
+contig	C7983721	138
+contig	C7983749	138
+contig	C7983761	138
+contig	C7983773	138
+contig	C7983701	138
+contig	C7983869	138
+contig	C7983793	138
+contig	C7983735	138
+contig	C7983643	138
+contig	C7983941	138
+contig	C7983893	138
+contig	C7983953	138
+contig	C7983963	138
+contig	C7984035	138
+contig	C7984039	138
+contig	C7983849	138
+contig	C7983979	138
+contig	C7984053	138
+contig	C7984065	138
+contig	C7984075	138
+contig	C7984085	138
+contig	C7984087	138
+contig	C7984131	138
+contig	C7984033	138
+contig	C7984133	138
+contig	C7983899	138
+contig	C7984099	138
+contig	C7984171	138
+contig	C7984197	138
+contig	C7984251	138
+contig	C7984209	138
+contig	C7984267	138
+contig	C7984217	138
+contig	C7984277	138
+contig	C7984285	138
+contig	C7984319	138
+contig	C7984291	138
+contig	C7984335	138
+contig	C7984339	138
+contig	C7984271	138
+contig	C7984343	138
+contig	C7984333	138
+contig	C7984361	138
+contig	C7984369	138
+contig	C7982269	138
+contig	C7984353	138
+contig	C7984401	138
+contig	C7984383	138
+contig	C7984409	138
+contig	C7984417	138
+contig	C7984423	138
+contig	C7984433	138
+contig	C7984381	138
+contig	C7984525	138
+contig	C7984109	138
+contig	C7984461	138
+contig	C7984553	138
+contig	C7984539	138
+contig	C7984395	138
+contig	C7984563	138
+contig	C7984597	138
+contig	C7984629	138
+contig	C7984479	138
+contig	C7984559	138
+contig	C7984599	138
+contig	C7984725	138
+contig	C7984705	138
+contig	C7984687	138
+contig	C7984751	138
+contig	C7984733	138
+contig	C7984759	138
+contig	C7984775	138
+contig	C7984755	138
+contig	C7984787	138
+contig	C7984789	138
+contig	C7984325	138
+contig	C7984825	138
+contig	C7984805	138
+contig	C7984791	138
+contig	C7984855	138
+contig	C7984683	138
+contig	C7984817	138
+contig	C7984763	138
+contig	C7984839	138
+contig	C7984863	138
+contig	C7984871	138
+contig	C7984895	138
+contig	C7984931	138
+contig	C7984857	138
+contig	C7984845	138
+contig	C7984883	138
+contig	C7984959	138
+contig	C7984967	138
+contig	C7984969	138
+contig	C7984991	138
+contig	C7984933	138
+contig	C7984901	138
+contig	C7983693	138
+contig	C7985083	138
+contig	C7985025	138
+contig	C7985091	138
+contig	C7985035	138
+contig	C7985103	138
+contig	C7984989	138
+contig	C7985137	138
+contig	C7985155	138
+contig	C7985151	138
+contig	C7985181	138
+contig	C7985191	138
+contig	C7985241	138
+contig	C7985203	138
+contig	C7985183	138
+contig	C7984949	138
+contig	C7985031	138
+contig	C7985189	138
+contig	C7985284	138
+contig	C7985233	138
+contig	C7985298	138
+contig	C7985306	138
+contig	C7985342	138
+contig	C7985428	138
+contig	C7985348	138
+contig	C7985280	138
+contig	C7985346	138
+contig	C7985432	138
+contig	C7985372	138
+contig	C7985450	138
+contig	C7985436	138
+contig	C7985452	138
+contig	C7985460	139
+contig	C7985454	139
+contig	C7983095	138
+contig	C7985530	139
+contig	C7985520	139
+contig	C7985532	139
+contig	C7985502	139
+contig	C7985266	138
+contig	C7985552	139
+contig	C7985536	139
+contig	C7985438	138
+contig	C7985470	139
+contig	C7985542	139
+contig	C7985548	139
+contig	C7985434	138
+contig	C7985568	139
+contig	C7985558	139
+contig	C7985264	138
+contig	C7985604	139
+contig	C7985586	139
+contig	C7985630	139
+contig	C7985646	139
+contig	C7985592	139
+contig	C7985680	139
+contig	C7985594	139
+contig	C7985626	139
+contig	C7985732	139
+contig	C7985652	139
+contig	C7985682	139
+contig	C7985690	139
+contig	C7985756	139
+contig	C7985588	139
+contig	C7985876	139
+contig	C7985780	139
+contig	C7985992	139
+contig	C7985714	139
+contig	C7985910	139
+contig	C7985956	139
+contig	C7986038	139
+contig	C7985754	139
+contig	C7986092	139
+contig	C7986100	139
+contig	C7986082	139
+contig	C7985904	139
+contig	C7986158	139
+contig	C7985990	139
+contig	C7986146	139
+contig	C7986188	139
+contig	C7986006	139
+contig	C7986212	139
+contig	C7986216	139
+contig	C7986228	139
+contig	C7986176	139
+contig	C7986232	139
+contig	C7986290	139
+contig	C7986098	139
+contig	C7986262	139
+contig	C7986340	139
+contig	C7986360	139
+contig	C7986268	139
+contig	C7986366	139
+contig	C7986420	139
+contig	C7986438	139
+contig	C7986450	139
+contig	C7986446	139
+contig	C7986472	139
+contig	C7986534	139
+contig	C7986344	139
+contig	C7986556	139
+contig	C7986252	139
+contig	C7986538	139
+contig	C7986570	139
+contig	C7986578	139
+contig	C7986630	139
+contig	C7986180	139
+contig	C7986652	139
+contig	C7986614	139
+contig	C7986584	139
+contig	C7983089	138
+contig	C7986540	139
+contig	C7986656	139
+contig	C7986582	139
+contig	C7986702	139
+contig	C7986708	139
+contig	C7986814	139
+contig	C7986802	139
+contig	C7986808	139
+contig	C7986680	139
+contig	C7986868	139
+contig	C7986900	139
+contig	C7986840	139
+contig	C7986736	139
+contig	C7986908	139
+contig	C7986850	139
+contig	C7986922	139
+contig	C7986964	139
+contig	C7986978	139
+contig	C7986974	139
+contig	C7986952	139
+contig	C7987032	139
+contig	C7987038	139
+contig	C7987084	139
+contig	C7986754	139
+contig	C7987100	139
+contig	C7987136	139
+contig	C7987108	139
+contig	C7987166	139
+contig	C7987154	139
+contig	C7987182	139
+contig	C7986924	139
+contig	C7987066	139
+contig	C7987186	139
+contig	C7986920	139
+contig	C7987206	139
+contig	C7987214	139
+contig	C7985664	139
+contig	C7987218	139
+contig	C7987252	139
+contig	C7987146	139
+contig	C7987226	139
+contig	C7987224	139
+contig	C7987264	139
+contig	C7987230	139
+contig	C7987196	139
+contig	C7987280	139
+contig	C7987260	139
+contig	C7987314	139
+contig	C7987246	139
+contig	C7987354	139
+contig	C7987382	139
+contig	C7987294	139
+contig	C7987392	139
+contig	C7987270	139
+contig	C7987446	139
+contig	C7987198	139
+contig	C7987316	139
+contig	C7987518	139
+contig	C7987422	139
+contig	C7987096	139
+contig	C7987560	139
+contig	C7987608	139
+contig	C7987558	139
+contig	C7987536	139
+contig	C7987494	139
+contig	C7987602	139
+contig	C7987448	139
+contig	C7987400	139
+contig	C7987680	139
+contig	C7987542	139
+contig	C7987702	139
+contig	C7987618	139
+contig	C7987682	139
+contig	C7987778	139
+contig	C7987654	139
+contig	C7987642	139
+contig	C7987698	139
+contig	C7987836	139
+contig	C7987728	139
+contig	C7987818	139
+contig	C7987840	139
+contig	C7987850	139
+contig	C7987786	139
+contig	C7987908	139
+contig	C7987846	139
+contig	C7987902	139
+contig	C7987718	139
+contig	C7987922	139
+contig	C7987780	139
+contig	C7987952	139
+contig	C7987978	139
+contig	C7988000	139
+contig	C7988012	139
+contig	C7987864	139
+contig	C7987928	139
+contig	C7988060	139
+contig	C7988052	139
+contig	C7988046	139
+contig	C7988096	139
+contig	C7980017	138
+contig	C7988076	139
+contig	C7987954	139
+contig	C7988132	139
+contig	C7987276	139
+contig	C7988112	139
+contig	C7988130	139
+contig	C7988178	139
+contig	C7988196	139
+contig	C7988104	139
+contig	C7988168	139
+contig	C7988212	139
+contig	C7988158	139
+contig	C7988214	139
+contig	C7988256	139
+contig	C7988234	139
+contig	C7988284	139
+contig	C7988358	139
+contig	C7988306	139
+contig	C7987880	139
+contig	C7988412	139
+contig	C7988310	139
+contig	C7988344	139
+contig	C7988418	139
+contig	C7988030	139
+contig	C7988422	139
+contig	C7988490	139
+contig	C7988226	139
+contig	C7988116	139
+contig	C7988384	139
+contig	C7988504	139
+contig	C7988508	139
+contig	C7988520	139
+contig	C7988486	139
+contig	C7988480	139
+contig	C7988570	139
+contig	C7988372	139
+contig	C7988536	139
+contig	C7988538	139
+contig	C7988560	139
+contig	C7988510	139
+contig	C7988580	139
+contig	C7988584	139
+contig	C7988566	139
+contig	C7988572	139
+contig	C7988620	139
+contig	C7988622	139
+contig	C7988624	139
+contig	C7988562	139
+contig	C7988650	139
+contig	C7988616	139
+contig	C7988640	139
+contig	C7988684	139
+contig	C7988668	139
+contig	C7988692	139
+contig	C7988716	139
+contig	C7988516	139
+contig	C7988728	139
+contig	C7988734	139
+contig	C7988574	139
+contig	C7988804	139
+contig	C7988800	139
+contig	C7988676	139
+contig	C7988860	139
+contig	C7988740	139
+contig	C7988866	139
+contig	C7988720	139
+contig	C7988882	139
+contig	C7988892	139
+contig	C7988868	139
+contig	C7988784	139
+contig	C7988904	139
+contig	C7988850	139
+contig	C7988844	139
+contig	C7988988	139
+contig	C7988986	139
+contig	C7988934	139
+contig	C7988922	139
+contig	C7988894	139
+contig	C7988898	139
+contig	C7988938	139
+contig	C7988946	139
+contig	C7988952	139
+contig	C7989008	139
+contig	C7989144	139
+contig	C7989128	139
+contig	C7989102	139
+contig	C7989156	139
+contig	C7989172	139
+contig	C7989012	139
+contig	C7989184	139
+contig	C7989210	139
+contig	C7989252	139
+contig	C7989170	139
+contig	C7989262	139
+contig	C7987862	139
+contig	C7989264	139
+contig	C7989282	139
+contig	C7989308	139
+contig	C7989316	139
+contig	C7989328	139
+contig	C7989352	139
+contig	C7989150	139
+contig	C7989370	139
+contig	C7989256	139
+contig	C7989358	139
+contig	C7989400	139
+contig	C7989382	139
+contig	C7989404	139
+contig	C7989276	139
+contig	C7989402	139
+contig	C7989424	139
+contig	C7989408	139
+contig	C7989442	139
+contig	C7989212	139
+contig	C7989292	139
+contig	C7989452	139
+contig	C7989394	139
+contig	C7989464	139
+contig	C7989430	139
+contig	C7989496	139
+contig	C7989438	139
+contig	C7989458	139
+contig	C7989554	139
+contig	C7989538	139
+contig	C7989556	139
+contig	C7989578	139
+contig	C7989604	139
+contig	C7989614	139
+contig	C7989676	139
+contig	C7989516	139
+contig	C7989678	139
+contig	C7989460	139
+contig	C7989698	139
+contig	C7989708	139
+contig	C7989638	139
+contig	C7989742	139
+contig	C7989700	139
+contig	C7989786	139
+contig	C7989714	139
+contig	C7989780	139
+contig	C7989792	139
+contig	C7989754	139
+contig	C7989820	139
+contig	C7989882	139
+contig	C7989862	139
+contig	C7989886	139
+contig	C7989906	139
+contig	C7989736	139
+contig	C7989860	139
+contig	C7989930	139
+contig	C7989960	139
+contig	C7989888	139
+contig	C7989990	139
+contig	C7989962	139
+contig	C7989994	139
+contig	C7989978	139
+contig	C7990006	139
+contig	C7990024	139
+contig	C7990054	139
+contig	C7990092	139
+contig	C7990102	139
+contig	C7989966	139
+contig	C7990096	139
+contig	C7990172	139
+contig	C7990186	139
+contig	C7990050	139
+contig	C7990114	139
+contig	C7990214	139
+contig	C7990222	139
+contig	C7990234	139
+contig	C7990294	139
+contig	C7990314	139
+contig	C7990316	139
+contig	C7990260	139
+contig	C7990338	139
+contig	C7990308	139
+contig	C7990340	139
+contig	C7990346	139
+contig	C7990372	139
+contig	C7990306	139
+contig	C7990400	139
+contig	C7990224	139
+contig	C7990388	139
+contig	C7990398	139
+contig	C7990384	139
+contig	C7990458	139
+contig	C7990404	139
+contig	C7990408	139
+contig	C7990406	139
+contig	C7990480	139
+contig	C7990514	139
+contig	C7989026	139
+contig	C7990508	139
+contig	C7990536	139
+contig	C7990544	139
+contig	C7990562	139
+contig	C7990472	139
+contig	C7990558	139
+contig	C7990572	139
+contig	C7990606	139
+contig	C7990614	139
+contig	C7990546	139
+contig	C7990660	139
+contig	C7990618	139
+contig	C7990696	139
+contig	C7990706	139
+contig	C7990698	139
+contig	C7990464	139
+contig	C7990794	139
+contig	C7990774	139
+contig	C7990802	139
+contig	C7990688	139
+contig	C7990812	139
+contig	C7990814	139
+contig	C7990818	139
+contig	C7990810	139
+contig	C7990844	139
+contig	C7990862	139
+contig	C7990824	139
+contig	C7990884	139
+contig	C7990906	139
+contig	C7990920	139
+contig	C7990910	139
+contig	C7990930	139
+contig	C7990900	139
+contig	C7990964	139
+contig	C7990922	139
+contig	C7990972	139
+contig	C7990982	139
+contig	C7990980	139
+contig	C7990974	139
+contig	C7989162	139
+contig	C7991056	139
+contig	C7990466	139
+contig	C7991084	139
+contig	C7989868	139
+contig	C7991002	139
+contig	C7991070	139
+contig	C7991078	139
+contig	C7991012	139
+contig	C7991096	139
+contig	C7991170	139
+contig	C7991194	139
+contig	C7991186	139
+contig	C7991158	139
+contig	C7991332	139
+contig	C7991082	139
+contig	C7991306	139
+contig	C7991350	139
+contig	C7991328	139
+contig	C7991380	139
+contig	C7991290	139
+contig	C7991372	139
+contig	C7991354	139
+contig	C7991300	139
+contig	C7991378	139
+contig	C7991214	139
+contig	C7989488	139
+contig	C7991396	139
+contig	C7990748	139
+contig	C7991394	139
+contig	C7991388	139
+contig	C7991550	139
+contig	C7991428	139
+contig	C7991620	139
+contig	C7991482	139
+contig	C7991392	139
+contig	C7991640	139
+contig	C7991614	139
+contig	C7991666	139
+contig	C7991524	139
+contig	C7991536	139
+contig	C7991668	139
+contig	C7991692	139
+contig	C7991426	139
+contig	C7991740	139
+contig	C7991624	139
+contig	C7991748	139
+contig	C7991776	139
+contig	C7991786	139
+contig	C7991758	139
+contig	C7991802	139
+contig	C7991768	139
+contig	C7991910	139
+contig	C7991912	139
+contig	C7991946	139
+contig	C7991928	139
+contig	C7992002	139
+contig	C7991970	139
+contig	C7991980	139
+contig	C7991662	139
+contig	C7992062	139
+contig	C7991830	139
+contig	C7992090	139
+contig	C7992036	139
+contig	C7991982	139
+contig	C7992032	139
+contig	C7992126	139
+contig	C7992098	139
+contig	C7992134	139
+contig	C7992128	139
+contig	C7992170	139
+contig	C7992092	139
+contig	C7991978	139
+contig	C7992040	139
+contig	C7992188	139
+contig	C7992184	139
+contig	C7992182	139
+contig	C7992034	139
+contig	C7992190	139
+contig	C7992136	139
+contig	C7992212	139
+contig	C7992074	139
+contig	C7992196	139
+contig	C7992270	139
+contig	C7992272	139
+contig	C7992210	139
+contig	C7992300	139
+contig	C7992340	139
+contig	C7992342	139
+contig	C7992214	139
+contig	C7992334	139
+contig	C7992402	139
+contig	C7992356	139
+contig	C7992200	139
+contig	C7992290	139
+contig	C7992418	139
+contig	C7992440	139
+contig	C7992454	139
+contig	C7992252	139
+contig	C7992446	139
+contig	C7992482	139
+contig	C7992232	139
+contig	C7992492	139
+contig	C7992528	139
+contig	C7992532	139
+contig	C7992474	139
+contig	C7992520	139
+contig	C7992548	139
+contig	C7992556	139
+contig	C7992560	139
+contig	C7992568	139
+contig	C7992590	139
+contig	C7992368	139
+contig	C7992632	139
+contig	C7992654	139
+contig	C7992576	139
+contig	C7992702	139
+contig	C7992664	139
+contig	C7992756	139
+contig	C7992694	139
+contig	C7992736	139
+contig	C7992778	139
+contig	C7992238	139
+contig	C7992810	139
+contig	C7989620	139
+contig	C7992844	139
+contig	C7992846	139
+contig	C7992824	139
+contig	C7992868	139
+contig	C7992786	139
+contig	C7992850	139
+contig	C7992894	139
+contig	C7992678	139
+contig	C7992862	139
+contig	C7992972	139
+contig	C7992946	139
+contig	C7992988	139
+contig	C7993006	139
+contig	C7993110	139
+contig	C7993140	139
+contig	C7993016	139
+contig	C7993012	139
+contig	C7993164	139
+contig	C7993160	139
+contig	C7993072	139
+contig	C7993162	139
+contig	C7992912	139
+contig	C7993192	139
+contig	C7993218	139
+contig	C7993156	139
+contig	C7993250	139
+contig	C7993230	139
+contig	C7993236	139
+contig	C7993252	139
+contig	C7993166	139
+contig	C7993262	139
+contig	C7993260	139
+contig	C7993302	139
+contig	C7993256	139
+contig	C7993328	139
+contig	C7993320	139
+contig	C7993274	139
+contig	C7993384	139
+contig	C7993416	139
+contig	C7993422	139
+contig	C7993332	139
+contig	C7993304	139
+contig	C7992432	139
+contig	C7993428	139
+contig	C7993444	139
+contig	C7993438	139
+contig	C7993196	139
+contig	C7993566	139
+contig	C7993588	139
+contig	C7993468	139
+contig	C7993608	139
+contig	C7993464	139
+contig	C7993496	139
+contig	C7993658	139
+contig	C7993654	139
+contig	C7993600	139
+contig	C7993456	139
+contig	C7993706	139
+contig	C7993586	139
+contig	C7993648	139
+contig	C7993694	139
+contig	C7993732	139
+contig	C7993794	139
+contig	C7993754	139
+contig	C7993780	139
+contig	C7993778	139
+contig	C7993498	139
+contig	C7993798	139
+contig	C7993818	139
+contig	C7993796	139
+contig	C7993898	139
+contig	C7993910	139
+contig	C7993864	139
+contig	C7993804	139
+contig	C7992538	139
+contig	C7994008	139
+contig	C7994048	139
+contig	C7993986	139
+contig	C7994006	139
+contig	C7994070	139
+contig	C7994054	139
+contig	C7993846	139
+contig	C7994080	139
+contig	C7992836	139
+contig	C7993990	139
+contig	C7994084	139
+contig	C7994096	139
+contig	C7994052	139
+contig	C7994166	139
+contig	C7994138	139
+contig	C7994150	139
+contig	C7994188	139
+contig	C7994212	139
+contig	C7994062	139
+contig	C7994236	139
+contig	C7994230	139
+contig	C7994282	139
+contig	C7994290	139
+contig	C7994116	139
+contig	C7994298	139
+contig	C7994304	139
+contig	C7994310	139
+contig	C7994158	139
+contig	C7994224	139
+contig	C7994322	139
+contig	C7994358	139
+contig	C7994348	139
+contig	C7994362	139
+contig	C7994388	140
+contig	C7994470	140
+contig	C7994446	140
+contig	C7994454	140
+contig	C7994522	140
+contig	C7994500	140
+contig	C7994530	140
+contig	C7994512	140
+contig	C7994516	140
+contig	C7994584	140
+contig	C7993988	139
+contig	C7994648	140
+contig	C7994594	140
+contig	C7994460	140
+contig	C7994668	140
+contig	C7994604	140
+contig	C7994586	140
+contig	C7994666	140
+contig	C7994234	139
+contig	C7994534	140
+contig	C7994758	140
+contig	C7994672	140
+contig	C7994674	140
+contig	C7994756	140
+contig	C7994754	140
+contig	C7994804	140
+contig	C7994834	140
+contig	C7994844	140
+contig	C7994886	140
+contig	C7994860	140
+contig	C7994800	140
+contig	C7994714	140
+contig	C7994872	140
+contig	C7994958	140
+contig	C7994918	140
+contig	C7994808	140
+contig	C7994680	140
+contig	C7994890	140
+contig	C7994938	140
+contig	C7995132	140
+contig	C7995008	140
+contig	C7995082	140
+contig	C7995098	140
+contig	C7995004	140
+contig	C7994990	140
+contig	C7995190	140
+contig	C7995198	140
+contig	C7995188	140
+contig	C7991606	139
+contig	C7995270	140
+contig	C7995010	140
+contig	C7995324	140
+contig	C7995256	140
+contig	C7995406	140
+contig	C7995194	140
+contig	C7995362	140
+contig	C7995412	140
+contig	C7995266	140
+contig	C7995298	140
+contig	C7995444	140
+contig	C7995262	140
+contig	C7995448	140
+contig	C7995486	140
+contig	C7995434	140
+contig	C7995472	140
+contig	C7995534	140
+contig	C7995490	140
+contig	C7995418	140
+contig	C7995542	140
+contig	C7995558	140
+contig	C7995442	140
+contig	C7995584	140
+contig	C7995582	140
+contig	C7995500	140
+contig	C7995378	140
+contig	C7995538	140
+contig	C7995568	140
+contig	C7995522	140
+contig	C7995610	140
+contig	C7995664	140
+contig	C7995668	140
+contig	C7995688	140
+contig	C7995590	140
+contig	C7995760	140
+contig	C7995738	140
+contig	C7995616	140
+contig	C7995786	140
+contig	C7995286	140
+contig	C7995836	140
+contig	C7995600	140
+contig	C7995840	140
+contig	C7995850	140
+contig	C7995830	140
+contig	C7995900	140
+contig	C7995898	140
+contig	C7995946	140
+contig	C7995930	140
+contig	C7995720	140
+contig	C7995882	140
+contig	C7995694	140
+contig	C7995922	140
+contig	C7995974	140
+contig	C7995792	140
+contig	C7996012	140
+contig	C7995978	140
+contig	C7995956	140
+contig	C7996044	140
+contig	C7995990	140
+contig	C7996058	140
+contig	C7996038	140
+contig	C7993744	139
+contig	C7996050	140
+contig	C7996088	140
+contig	C7996100	140
+contig	C7996152	140
+contig	C7996176	140
+contig	C7996122	140
+contig	C7996210	140
+contig	C7996242	140
+contig	C7995750	140
+contig	C7996170	140
+contig	C7996266	140
+contig	C7996064	140
+contig	C7996246	140
+contig	C7996276	140
+contig	C7996252	140
+contig	C7996300	140
+contig	C7996224	140
+contig	C7996314	140
+contig	C7996356	140
+contig	C7996316	140
+contig	C7996374	140
+contig	C7996372	140
+contig	C7996268	140
+contig	C7996400	140
+contig	C7996408	140
+contig	C7996462	140
+contig	C7996410	140
+contig	C7996286	140
+contig	C7996494	140
+contig	C7996432	140
+contig	C7996450	140
+contig	C7996588	140
+contig	C7996472	140
+contig	C7996452	140
+contig	C7996620	140
+contig	C7996526	140
+contig	C7996636	140
+contig	C7996608	140
+contig	C7996630	140
+contig	C7996720	140
+contig	C7996722	140
+contig	C7996668	140
+contig	C7996730	140
+contig	C7996718	140
+contig	C7996042	140
+contig	C7996770	140
+contig	C7996782	140
+contig	C7996760	140
+contig	C7996768	140
+contig	C7996744	140
+contig	C7996820	140
+contig	C7996800	140
+contig	C7996838	140
+contig	C7997034	140
+contig	C7996988	140
+contig	C7996936	140
+contig	C7997072	140
+contig	C7997130	140
+contig	C7996962	140
+contig	C7996822	140
+contig	C7997146	140
+contig	C7997188	140
+contig	C7997154	140
+contig	C7997214	140
+contig	C7997216	140
+contig	C7997192	140
+contig	C7997292	140
+contig	C7997150	140
+contig	C7997318	140
+contig	C7997206	140
+contig	C7997232	140
+contig	C7997298	140
+contig	C7997322	140
+contig	C7997358	140
+contig	C7997346	140
+contig	C7997326	140
+contig	C7997370	140
+contig	C7997380	140
+contig	C7997360	140
+contig	C7997416	140
+contig	C7997462	140
+contig	C7997466	140
+contig	C7997484	140
+contig	C7997444	140
+contig	C7997464	140
+contig	C7997508	140
+contig	C7994174	139
+contig	C7997486	140
+contig	C7997522	140
+contig	C7997534	140
+contig	C7997556	140
+contig	C7997470	140
+contig	C7997524	140
+contig	C7997560	140
+contig	C7997600	140
+contig	C7997568	140
+contig	C7997578	140
+contig	C7997518	140
+contig	C7997616	140
+contig	C7997602	140
+contig	C7997614	140
+contig	C7997640	140
+contig	C7997686	140
+contig	C7997666	140
+contig	C7997608	140
+contig	C7997716	140
+contig	C7996476	140
+contig	C7997722	140
+contig	C7997652	140
+contig	C7997742	140
+contig	C7997702	140
+contig	C7997564	140
+contig	C7997760	140
+contig	C7997780	140
+contig	C7997724	140
+contig	C7997828	140
+contig	C7997850	140
+contig	C7997864	140
+contig	C7997900	140
+contig	C7997874	140
+contig	C7997804	140
+contig	C7997764	140
+contig	C7997794	140
+contig	C7997976	140
+contig	C7997906	140
+contig	C7997932	140
+contig	C7998022	140
+contig	C7997982	140
+contig	C7998042	140
+contig	C7998046	140
+contig	C7997986	140
+contig	C7998128	140
+contig	C7998100	140
+contig	C7998032	140
+contig	C7998098	140
+contig	C7998154	140
+contig	C7998174	140
+contig	C7998148	140
+contig	C7998190	140
+contig	C7998150	140
+contig	C7998158	140
+contig	C7998224	140
+contig	C7998184	140
+contig	C7998245	140
+contig	C7998239	140
+contig	C7998329	140
+contig	C7998172	140
+contig	C7998208	140
+contig	C7998261	140
+contig	C7998293	140
+contig	C7998379	140
+contig	C7998395	140
+contig	C7998387	140
+contig	C7998423	140
+contig	C7998445	140
+contig	C7998461	140
+contig	C7998339	140
+contig	C7998479	140
+contig	C7998459	140
+contig	C7998443	140
+contig	C7998537	140
+contig	C7998527	140
+contig	C7998481	140
+contig	C7998503	140
+contig	C7998561	140
+contig	C7998563	140
+contig	C7998637	140
+contig	C7998607	140
+contig	C7998641	140
+contig	C7998645	140
+contig	C7998283	140
+contig	C7998715	140
+contig	C7998585	140
+contig	C7998655	140
+contig	C7998631	140
+contig	C7998719	140
+contig	C7998717	140
+contig	C7998781	140
+contig	C7998763	140
+contig	C7998813	140
+contig	C7998749	140
+contig	C7998705	140
+contig	C7995970	140
+contig	C7998915	140
+contig	C7998863	140
+contig	C7998833	140
+contig	C7998801	140
+contig	C7998807	140
+contig	C7998945	140
+contig	C7998973	140
+contig	C7998965	140
+contig	C7998991	140
+contig	C7998993	140
+contig	C7999033	140
+contig	C7998971	140
+contig	C7999011	140
+contig	C7999065	140
+contig	C7999099	140
+contig	C7999083	140
+contig	C7999103	140
+contig	C7999107	140
+contig	C7999105	140
+contig	C7999047	140
+contig	C7999111	140
+contig	C7999113	140
+contig	C7999121	140
+contig	C7999079	140
+contig	C7999115	140
+contig	C7999141	140
+contig	C7999143	140
+contig	C7999177	140
+contig	C7999169	140
+contig	C7999167	140
+contig	C7998927	140
+contig	C7999205	140
+contig	C7999261	140
+contig	C7999227	140
+contig	C7999265	140
+contig	C7999179	140
+contig	C7999279	140
+contig	C7999293	140
+contig	C7999367	140
+contig	C7999359	140
+contig	C7999369	140
+contig	C7999287	140
+contig	C7999221	140
+contig	C7999397	140
+contig	C7999399	140
+contig	C7996746	140
+contig	C7996292	140
+contig	C7999461	140
+contig	C7999415	140
+contig	C7997504	140
+contig	C7999489	140
+contig	C7999417	140
+contig	C7999383	140
+contig	C7999493	140
+contig	C7999567	140
+contig	C7999277	140
+contig	C7999541	140
+contig	C7999539	140
+contig	C7999641	140
+contig	C7999639	140
+contig	C7999655	140
+contig	C7999577	140
+contig	C7999675	140
+contig	C7999659	140
+contig	C7999747	140
+contig	C7999613	140
+contig	C7999749	140
+contig	C7999757	140
+contig	C7999401	140
+contig	C7999779	140
+contig	C7999781	140
+contig	C7999815	140
+contig	C7999697	140
+contig	C7999649	140
+contig	C7999803	140
+contig	C7999821	140
+contig	C7999853	140
+contig	C7999843	140
+contig	C7999861	140
+contig	C7999869	140
+contig	C7999877	140
+contig	C7999969	140
+contig	C7999695	140
+contig	C7999989	140
+contig	C8000001	140
+contig	C8000031	140
+contig	C7999985	140
+contig	C7999873	140
+contig	C8000039	140
+contig	C8000079	140
+contig	C7999941	140
+contig	C8000095	140
+contig	C8000047	140
+contig	C8000085	140
+contig	C8000105	140
+contig	C8000113	140
+contig	C7999391	140
+contig	C8000155	140
+contig	C8000067	140
+contig	C8000209	140
+contig	C8000211	140
+contig	C8000241	140
+contig	C8000267	140
+contig	C8000281	140
+contig	C8000321	140
+contig	C8000175	140
+contig	C8000303	140
+contig	C8000215	140
+contig	C8000119	140
+contig	C8000289	140
+contig	C8000227	140
+contig	C8000345	140
+contig	C7999817	140
+contig	C8000347	140
+contig	C7998885	140
+contig	C8000371	140
+contig	C8000403	140
+contig	C8000483	140
+contig	C8000499	140
+contig	C8000393	140
+contig	C8000327	140
+contig	C8000413	140
+contig	C8000555	140
+contig	C8000443	140
+contig	C8000565	140
+contig	C8000571	140
+contig	C8000547	140
+contig	C8000585	140
+contig	C8000611	140
+contig	C8000599	140
+contig	C8000577	140
+contig	C8000559	140
+contig	C8000623	140
+contig	C8000635	140
+contig	C8000645	140
+contig	C8000659	140
+contig	C8000673	140
+contig	C8000711	140
+contig	C8000615	140
+contig	C8000731	140
+contig	C8000735	140
+contig	C8000773	140
+contig	C8000379	140
+contig	C8000801	140
+contig	C8000767	140
+contig	C8000783	140
+contig	C8000633	140
+contig	C8000813	140
+contig	C8000919	140
+contig	C8000949	140
+contig	C8000955	140
+contig	C8000855	140
+contig	C8000525	140
+contig	C8000845	140
+contig	C8001087	140
+contig	C8000981	140
+contig	C8000749	140
+contig	C8001111	140
+contig	C8001129	140
+contig	C8000871	140
+contig	C8001093	140
+contig	C8001133	140
+contig	C8001081	140
+contig	C8001165	140
+contig	C8001137	140
+contig	C8001155	140
+contig	C8001173	140
+contig	C8001159	140
+contig	C8001177	140
+contig	C8001171	140
+contig	C8001191	140
+contig	C8001237	140
+contig	C8001243	140
+contig	C8001199	140
+contig	C8001241	140
+contig	C8001089	140
+contig	C8001299	140
+contig	C8001267	140
+contig	C8001225	140
+contig	C8001359	140
+contig	C8001335	140
+contig	C8000531	140
+contig	C8001319	140
+contig	C8001357	140
+contig	C8001371	140
+contig	C8001425	140
+contig	C8001427	140
+contig	C8001395	140
+contig	C8001445	140
+contig	C8001431	140
+contig	C8001467	140
+contig	C8001521	140
+contig	C8001307	140
+contig	C8001543	140
+contig	C8001555	140
+contig	C8001565	140
+contig	C8001587	140
+contig	C8001519	140
+contig	C8001595	140
+contig	C8001485	140
+contig	C8001571	140
+contig	C8001421	140
+contig	C8001619	140
+contig	C8001637	140
+contig	C8001377	140
+contig	C8001699	140
+contig	C8001675	140
+contig	C8001597	140
+contig	C8001717	140
+contig	C8001751	140
+contig	C8001723	140
+contig	C8001389	140
+contig	C8001731	140
+contig	C8001887	140
+contig	C8001755	140
+contig	C8001733	140
+contig	C8001923	140
+contig	C8001891	140
+contig	C8001649	140
+contig	C8001865	140
+contig	C8001957	140
+contig	C8001983	140
+contig	C8001949	140
+contig	C8001999	140
+contig	C8001981	140
+contig	C8001943	140
+contig	C8000367	140
+contig	C8001849	140
+contig	C8002103	140
+contig	C8002023	140
+contig	C8002105	140
+contig	C8002033	140
+contig	C8002045	140
+contig	C8002137	140
+contig	C8002147	140
+contig	C8002005	140
+contig	C8002173	140
+contig	C8002123	140
+contig	C8002159	140
+contig	C8002141	140
+contig	C8002149	140
+contig	C8002203	140
+contig	C8002227	140
+contig	C8002179	140
+contig	C8002307	140
+contig	C8002187	140
+contig	C8002335	140
+contig	C8002329	140
+contig	C8002331	140
+contig	C8002395	140
+contig	C8002339	140
+contig	C8002347	140
+contig	C8002403	140
+contig	C8002253	140
+contig	C8002437	140
+contig	C8002237	140
+contig	C8002539	140
+contig	C8002527	140
+contig	C8002595	140
+contig	C8002571	140
+contig	C8002597	140
+contig	C8002579	140
+contig	C8002491	140
+contig	C8002667	140
+contig	C8002629	140
+contig	C8002601	140
+contig	C8002687	140
+contig	C8002747	140
+contig	C8002451	140
+contig	C8002759	140
+contig	C8002775	140
+contig	C8002681	140
+contig	C8002793	140
+contig	C8002815	140
+contig	C8002837	140
+contig	C8002711	140
+contig	C8002853	140
+contig	C8002781	140
+contig	C8002713	140
+contig	C8002861	140
+contig	C8002849	140
+contig	C8002917	140
+contig	C8002879	140
+contig	C8002919	140
+contig	C8002745	140
+contig	C8002839	140
+contig	C8002881	140
+contig	C8002867	140
+contig	C8002923	140
+contig	C8002985	140
+contig	C8002981	140
+contig	C8003069	140
+contig	C8002965	140
+contig	C8003023	140
+contig	C8003083	140
+contig	C8003093	141
+contig	C8003133	141
+contig	C8003177	141
+contig	C8002953	140
+contig	C8003087	141
+contig	C8002241	140
+contig	C8003153	141
+contig	C8003207	141
+contig	C8003165	141
+contig	C7998431	140
+contig	C8003185	141
+contig	C8003265	141
+contig	C8003241	141
+contig	C8003311	141
+contig	C8003305	141
+contig	C8003237	141
+contig	C8003313	141
+contig	C8003357	141
+contig	C8003345	141
+contig	C8003397	141
+contig	C8003377	141
+contig	C8003379	141
+contig	C8003373	141
+contig	C8003485	141
+contig	C8003407	141
+contig	C8003449	141
+contig	C8003009	140
+contig	C8003437	141
+contig	C8003515	141
+contig	C8003493	141
+contig	C8003521	141
+contig	C8003529	141
+contig	C8003623	141
+contig	C8003571	141
+contig	C8003427	141
+contig	C8001937	140
+contig	C8003651	141
+contig	C8003575	141
+contig	C8003637	141
+contig	C8003655	141
+contig	C8003669	141
+contig	C8003705	141
+contig	C8003465	141
+contig	C8003719	141
+contig	C8003649	141
+contig	C8003723	141
+contig	C8003573	141
+contig	C8003727	141
+contig	C8003753	141
+contig	C8003743	141
+contig	C8003679	141
+contig	C8003777	141
+contig	C8003811	141
+contig	C8003849	141
+contig	C8003869	141
+contig	C8003893	141
+contig	C8003865	141
+contig	C8003831	141
+contig	C8003913	141
+contig	C8003887	141
+contig	C8003767	141
+contig	C8003967	141
+contig	C8004003	141
+contig	C8003979	141
+contig	C8004037	141
+contig	C8003969	141
+contig	C8004021	141
+contig	C8004051	141
+contig	C8004049	141
+contig	C8004031	141
+contig	C8004077	141
+contig	C8004121	141
+contig	C8004123	141
+contig	C8003911	141
+contig	C8004081	141
+contig	C8004131	141
+contig	C8004237	141
+contig	C8003991	141
+contig	C8004243	141
+contig	C8004127	141
+contig	C8004283	141
+contig	C8004091	141
+contig	C8004289	141
+contig	C8004305	141
+contig	C8004335	141
+contig	C8003327	141
+contig	C8004375	141
+contig	C8004281	141
+contig	C8004071	141
+contig	C8004315	141
+contig	C8004399	141
+contig	C8004365	141
+contig	C8004421	141
+contig	C8004447	141
+contig	C8004449	141
+contig	C8004465	141
+contig	C8004507	141
+contig	C8004409	141
+contig	C8004403	141
+contig	C8004505	141
+contig	C8004201	141
+contig	C8004531	141
+contig	C8004537	141
+contig	C8004529	141
+contig	C8004517	141
+contig	C8004445	141
+contig	C8004629	141
+contig	C8004475	141
+contig	C8004539	141
+contig	C8004621	141
+contig	C8004701	141
+contig	C8004571	141
+contig	C8004719	141
+contig	C8004513	141
+contig	C8004635	141
+contig	C8004757	141
+contig	C8004751	141
+contig	C8004717	141
+contig	C8004755	141
+contig	C8004773	141
+contig	C8004819	141
+contig	C8004879	141
+contig	C8004873	141
+contig	C8004841	141
+contig	C8004881	141
+contig	C8004783	141
+contig	C8004885	141
+contig	C8005009	141
+contig	C8004999	141
+contig	C8004687	141
+contig	C8005023	141
+contig	C8004919	141
+contig	C8005013	141
+contig	C8005051	141
+contig	C8004695	141
+contig	C8005055	141
+contig	C8004733	141
+contig	C8004943	141
+contig	C8005099	141
+contig	C8005147	141
+contig	C8005163	141
+contig	C8005057	141
+contig	C8005199	141
+contig	C8005157	141
+contig	C8005029	141
+contig	C8004711	141
+contig	C8005213	141
+contig	C8005255	141
+contig	C8005063	141
+contig	C8005139	141
+contig	C8005287	141
+contig	C8005329	141
+contig	C8005293	141
+contig	C8005315	141
+contig	C8005271	141
+contig	C8005347	141
+contig	C8005257	141
+contig	C8005355	141
+contig	C8005351	141
+contig	C8005425	141
+contig	C8005361	141
+contig	C8005369	141
+contig	C8005423	141
+contig	C8005443	141
+contig	C8005235	141
+contig	C8005447	141
+contig	C8005113	141
+contig	C8005517	141
+contig	C8005457	141
+contig	C8005509	141
+contig	C8005479	141
+contig	C8005539	141
+contig	C8005557	141
+contig	C8005581	141
+contig	C8005597	141
+contig	C8005461	141
+contig	C8005619	141
+contig	C8005633	141
+contig	C8005645	141
+contig	C8005631	141
+contig	C8005643	141
+contig	C8005441	141
+contig	C8005647	141
+contig	C8005667	141
+contig	C8005673	141
+contig	C8005709	141
+contig	C8005727	141
+contig	C8005437	141
+contig	C8005765	141
+contig	C8005679	141
+contig	C8005749	141
+contig	C8005635	141
+contig	C8005691	141
+contig	C8005781	141
+contig	C8005785	141
+contig	C8003691	141
+contig	C8005825	141
+contig	C8005855	141
+contig	C8005809	141
+contig	C8005783	141
+contig	C8005831	141
+contig	C8005827	141
+contig	C8005833	141
+contig	C8005893	141
+contig	C8005685	141
+contig	C8005919	141
+contig	C8005935	141
+contig	C8005909	141
+contig	C8005917	141
+contig	C8005877	141
+contig	C8005985	141
+contig	C8006003	141
+contig	C8005925	141
+contig	C8005973	141
+contig	C8005969	141
+contig	C8006015	141
+contig	C8006155	141
+contig	C8006143	141
+contig	C8006049	141
+contig	C8006221	141
+contig	C8006099	141
+contig	C8006077	141
+contig	C8006241	141
+contig	C8005983	141
+contig	C8006275	141
+contig	C8006235	141
+contig	C8006211	141
+contig	C8006261	141
+contig	C8006251	141
+contig	C8006295	141
+contig	C8006163	141
+contig	C8006145	141
+contig	C8006347	141
+contig	C8006349	141
+contig	C8006325	141
+contig	C8006299	141
+contig	C8006321	141
+contig	C8006223	141
+contig	C8006383	141
+contig	C8006471	141
+contig	C8006461	141
+contig	C8006511	141
+contig	C8006443	141
+contig	C8006617	141
+contig	C8006495	141
+contig	C8006621	141
+contig	C8006541	141
+contig	C8006635	141
+contig	C8006355	141
+contig	C8006633	141
+contig	C8006685	141
+contig	C8006637	141
+contig	C8006701	141
+contig	C8006721	141
+contig	C8006741	141
+contig	C8006749	141
+contig	C8006791	141
+contig	C8006785	141
+contig	C8006657	141
+contig	C8006779	141
+contig	C8006839	141
+contig	C8006889	141
+contig	C8006469	141
+contig	C8006891	141
+contig	C8006937	141
+contig	C8006597	141
+contig	C8006795	141
+contig	C8006967	141
+contig	C8006977	141
+contig	C8007017	141
+contig	C8007003	141
+contig	C8006863	141
+contig	C8007089	141
+contig	C8006959	141
+contig	C8006971	141
+contig	C8007145	141
+contig	C8007129	141
+contig	C8007131	141
+contig	C8007113	141
+contig	C8007163	141
+contig	C8007211	141
+contig	C8007093	141
+contig	C8007155	141
+contig	C8007213	141
+contig	C8007225	141
+contig	C8007191	141
+contig	C8007149	141
+contig	C8007243	141
+contig	C8007285	141
+contig	C8007315	141
+contig	C8006487	141
+contig	C8007249	141
+contig	C8007385	141
+contig	C8007237	141
+contig	C8007261	141
+contig	C8007387	141
+contig	C8007397	141
+contig	C8007411	141
+contig	C8007421	141
+contig	C8007355	141
+contig	C8007381	141
+contig	C8007441	141
+contig	C8007449	141
+contig	C8007437	141
+contig	C8007457	141
+contig	C8007403	141
+contig	C8007531	141
+contig	C8006901	141
+contig	C8007469	141
+contig	C8007535	141
+contig	C8007271	141
+contig	C8007541	141
+contig	C8007495	141
+contig	C8007547	141
+contig	C8007555	141
+contig	C8007561	141
+contig	C8007593	141
+contig	C8007613	141
+contig	C8007615	141
+contig	C8007601	141
+contig	C8007515	141
+contig	C8007603	141
+contig	C8007643	141
+contig	C8007565	141
+contig	C8007687	141
+contig	C8007491	141
+contig	C8007575	141
+contig	C8005397	141
+contig	C8007691	141
+contig	C8007707	141
+contig	C8007631	141
+contig	C8007553	141
+contig	C8007819	141
+contig	C8007709	141
+contig	C8007821	141
+contig	C8007639	141
+contig	C8007741	141
+contig	C8007855	141
+contig	C8007867	141
+contig	C8007851	141
+contig	C8007871	141
+contig	C8007893	141
+contig	C8007905	141
+contig	C8007739	141
+contig	C8007887	141
+contig	C8007941	141
+contig	C8007653	141
+contig	C8007847	141
+contig	C8007925	141
+contig	C8007953	141
+contig	C8007969	141
+contig	C8007917	141
+contig	C8008017	141
+contig	C8008003	141
+contig	C8007983	141
+contig	C8008051	141
+contig	C8008057	141
+contig	C8007753	141
+contig	C8008079	141
+contig	C8008045	141
+contig	C8007907	141
+contig	C8007817	141
+contig	C8008055	141
+contig	C8008111	141
+contig	C8008121	141
+contig	C8008123	141
+contig	C8008157	141
+contig	C8008137	141
+contig	C8008187	141
+contig	C8007933	141
+contig	C8008185	141
+contig	C8008191	141
+contig	C8008115	141
+contig	C8008219	141
+contig	C8008105	141
+contig	C8008289	141
+contig	C8008235	141
+contig	C8008183	141
+contig	C8008311	141
+contig	C8008127	141
+contig	C8008299	141
+contig	C8008217	141
+contig	C8008323	141
+contig	C8008237	141
+contig	C8008371	141
+contig	C8008359	141
+contig	C8008251	141
+contig	C8008365	141
+contig	C8008339	141
+contig	C8008351	141
+contig	C8008395	141
+contig	C8008377	141
+contig	C8008411	141
+contig	C8008431	141
+contig	C8008345	141
+contig	C8008453	141
+contig	C8008421	141
+contig	C8008505	141
+contig	C8008501	141
+contig	C8008613	141
+contig	C8008553	141
+contig	C8008617	141
+contig	C8008529	141
+contig	C8008587	141
+contig	C8008413	141
+contig	C8008627	141
+contig	C8008633	141
+contig	C8008675	141
+contig	C8008663	141
+contig	C8008683	141
+contig	C8008537	141
+contig	C8008679	141
+contig	C8008661	141
+contig	C8008607	141
+contig	C8008727	141
+contig	C8008737	141
+contig	C8008763	141
+contig	C8008805	141
+contig	C8008751	141
+contig	C8008769	141
+contig	C8008777	141
+contig	C8008729	141
+contig	C8008829	141
+contig	C8008707	141
+contig	C8008871	141
+contig	C8008445	141
+contig	C8008835	141
+contig	C8008893	141
+contig	C8008937	141
+contig	C8008903	141
+contig	C8008989	141
+contig	C8008953	141
+contig	C8008911	141
+contig	C8009069	141
+contig	C8009119	141
+contig	C8009087	141
+contig	C8008833	141
+contig	C8009121	141
+contig	C8009141	141
+contig	C8009117	141
+contig	C8008823	141
+contig	C8009171	141
+contig	C8009193	141
+contig	C8009015	141
+contig	C8008841	141
+contig	C8009239	141
+contig	C8009169	141
+contig	C8009357	141
+contig	C8009185	141
+contig	C8009309	141
+contig	C8009321	141
+contig	C8009249	141
+contig	C8009393	141
+contig	C8008891	141
+contig	C8009201	141
+contig	C8009459	141
+contig	C8009021	141
+contig	C8009453	141
+contig	C8009423	141
+contig	C8009419	141
+contig	C8009421	141
+contig	C8009503	141
+contig	C8009585	141
+contig	C8009461	141
+contig	C8009501	141
+contig	C8009557	141
+contig	C8009567	141
+contig	C8009615	141
+contig	C8009581	141
+contig	C8009647	141
+contig	C8009653	141
+contig	C8009395	141
+contig	C8009697	141
+contig	C8009659	141
+contig	C8009695	141
+contig	C8009595	141
+contig	C8009767	141
+contig	C8009685	141
+contig	C8009769	141
+contig	C8009797	141
+contig	C8009815	141
+contig	C8009857	141
+contig	C8009777	141
+contig	C8009779	141
+contig	C8009795	141
+contig	C8009847	141
+contig	C8009879	141
+contig	C8009813	141
+contig	C8009877	141
+contig	C8009909	141
+contig	C8009905	141
+contig	C8009915	141
+contig	C8009925	141
+contig	C8009837	141
+contig	C8009943	141
+contig	C8009939	141
+contig	C8009875	141
+contig	C8009975	141
+contig	C8009881	141
+contig	C8010013	141
+contig	C8009971	141
+contig	C8009963	141
+contig	C8010055	141
+contig	C8010019	141
+contig	C8010081	141
+contig	C8009997	141
+contig	C8010095	141
+contig	C8009669	141
+contig	C8010089	141
+contig	C8010021	141
+contig	C8010083	141
+contig	C8010099	141
+contig	C8010199	141
+contig	C8009987	141
+contig	C8009945	141
+contig	C8009933	141
+contig	C8010253	141
+contig	C8010271	141
+contig	C8010301	141
+contig	C8010175	141
+contig	C8010145	141
+contig	C8010313	141
+contig	C8010293	141
+contig	C8010247	141
+contig	C8010345	141
+contig	C8010317	141
+contig	C8010385	141
+contig	C8010437	141
+contig	C8010299	141
+contig	C8010353	141
+contig	C8010403	141
+contig	C8010499	141
+contig	C8010463	141
+contig	C8010505	141
+contig	C8010515	141
+contig	C8010529	141
+contig	C8010507	141
+contig	C8010551	141
+contig	C8010433	141
+contig	C8010511	141
+contig	C8010577	141
+contig	C8010615	141
+contig	C8010461	141
+contig	C8010633	141
+contig	C8010627	141
+contig	C8010585	141
+contig	C8009845	141
+contig	C8010655	141
+contig	C8010671	141
+contig	C8010733	141
+contig	C8010759	141
+contig	C8010315	141
+contig	C8010677	141
+contig	C8010735	141
+contig	C8010823	141
+contig	C8010845	141
+contig	C8010689	141
+contig	C8010765	141
+contig	C8010553	141
+contig	C8010869	141
+contig	C8010801	141
+contig	C8010885	141
+contig	C8010637	141
+contig	C8010141	141
+contig	C8010873	141
+contig	C8010979	141
+contig	C8010967	141
+contig	C8010913	141
+contig	C8010887	141
+contig	C8010981	141
+contig	C8010965	141
+contig	C8011007	141
+contig	C8010899	141
+contig	C8011033	141
+contig	C8011013	141
+contig	C8011019	141
+contig	C8011011	141
+contig	C8011051	141
+contig	C8011043	141
+contig	C8011165	141
+contig	C8011159	141
+contig	C8011053	141
+contig	C8011199	141
+contig	C8011091	141
+contig	C8011221	141
+contig	C8011227	141
+contig	C8011261	141
+contig	C8011233	141
+contig	C8011129	141
+contig	C8011123	141
+contig	C8011269	141
+contig	C8010993	141
+contig	C8011249	141
+contig	C8011365	141
+contig	C8011297	141
+contig	C8011189	141
+contig	C8011387	141
+contig	C8011457	142
+contig	C8011417	142
+contig	C8011353	141
+contig	C8011475	142
+contig	C8011371	141
+contig	C8011485	142
+contig	C8011503	142
+contig	C8011393	141
+contig	C8011271	141
+contig	C8011521	142
+contig	C8011477	142
+contig	C8011545	142
+contig	C8011553	142
+contig	C8011525	142
+contig	C8011513	142
+contig	C8011483	142
+contig	C8011555	142
+contig	C8011533	142
+contig	C8011535	142
+contig	C8011629	142
+contig	C8011609	142
+contig	C8011593	142
+contig	C8011607	142
+contig	C8011693	142
+contig	C8011703	142
+contig	C8011675	142
+contig	C8011719	142
+contig	C8010611	141
+contig	C8011739	142
+contig	C8011587	142
+contig	C8011753	142
+contig	C8011781	142
+contig	C8011759	142
+contig	C8011789	142
+contig	C8011801	142
+contig	C8011787	142
+contig	C8011757	142
+contig	C8011827	142
+contig	C8001019	140
+contig	C8011663	142
+contig	C8011865	142
+contig	C8011857	142
+contig	C8011669	142
+contig	C8011847	142
+contig	C8011725	142
+contig	C8011873	142
+contig	C8011901	142
+contig	C8011941	142
+contig	C8011961	142
+contig	C8012035	142
+contig	C8012021	142
+contig	C8011995	142
+contig	C8011981	142
+contig	C8011879	142
+contig	C8012141	142
+contig	C8011999	142
+contig	C8012071	142
+contig	C8012109	142
+contig	C8012189	142
+contig	C8012085	142
+contig	C8012103	142
+contig	C8012167	142
+contig	C8012275	142
+contig	C8012175	142
+contig	C8012271	142
+contig	C8012151	142
+contig	C8012343	142
+contig	C8012353	142
+contig	C8012321	142
+contig	C8012359	142
+contig	C8012337	142
+contig	C8012239	142
+contig	C8012229	142
+contig	C8012365	142
+contig	C8012233	142
+contig	C8012527	142
+contig	C8012587	142
+contig	C8012479	142
+contig	C8012593	142
+contig	C8012441	142
+contig	C8012539	142
+contig	C8012589	142
+contig	C8012427	142
+contig	C8012611	142
+contig	C8012605	142
+contig	C8012711	142
+contig	C8012351	142
+contig	C8012699	142
+contig	C8012653	142
+contig	C8012713	142
+contig	C8012727	142
+contig	C8012731	142
+contig	C8012607	142
+contig	C8012747	142
+contig	C8012743	142
+contig	C8012651	142
+contig	C8012759	142
+contig	C8012785	142
+contig	C8012841	142
+contig	C8012825	142
+contig	C8012843	142
+contig	C8012875	142
+contig	C8012879	142
+contig	C8012885	142
+contig	C8012809	142
+contig	C8012911	142
+contig	C8012897	142
+contig	C8012887	142
+contig	C8012919	142
+contig	C8012769	142
+contig	C8012969	142
+contig	C8012989	142
+contig	C8012907	142
+contig	C8012985	142
+contig	C8012915	142
+contig	C8013039	142
+contig	C8012949	142
+contig	C8013059	142
+contig	C8013001	142
+contig	C8012799	142
+contig	C8013061	142
+contig	C8013099	142
+contig	C8013121	142
+contig	C8012783	142
+contig	C8012997	142
+contig	C8013111	142
+contig	C8012149	142
+contig	C8013153	142
+contig	C8013147	142
+contig	C8013171	142
+contig	C8013173	142
+contig	C8013107	142
+contig	C8013149	142
+contig	C8013211	142
+contig	C8013245	142
+contig	C8011803	142
+contig	C8013209	142
+contig	C8013271	142
+contig	C8013093	142
+contig	C8013279	142
+contig	C8013303	142
+contig	C8013247	142
+contig	C8013341	142
+contig	C8013139	142
+contig	C8013363	142
+contig	C8013391	142
+contig	C8013377	142
+contig	C8013439	142
+contig	C8013421	142
+contig	C8013307	142
+contig	C8013449	142
+contig	C8013455	142
+contig	C8013325	142
+contig	C8013049	142
+contig	C8013461	142
+contig	C8013511	142
+contig	C8013505	142
+contig	C8013539	142
+contig	C8013543	142
+contig	C8013553	142
+contig	C8013565	142
+contig	C8013557	142
+contig	C8013509	142
+contig	C8013575	142
+contig	C8013633	142
+contig	C8013591	142
+contig	C8013501	142
+contig	C8013657	142
+contig	C8013631	142
+contig	C8013671	142
+contig	C8013493	142
+contig	C8013623	142
+contig	C8013453	142
+contig	C8013661	142
+contig	C8013711	142
+contig	C8013737	142
+contig	C8013731	142
+contig	C8013655	142
+contig	C8013749	142
+contig	C8013799	142
+contig	C8013679	142
+contig	C8013827	142
+contig	C8013691	142
+contig	C8013841	142
+contig	C8013843	142
+contig	C8013837	142
+contig	C8013859	142
+contig	C8013857	142
+contig	C8013871	142
+contig	C8013135	142
+contig	C8013901	142
+contig	C8013919	142
+contig	C8013781	142
+contig	C8013935	142
+contig	C8013803	142
+contig	C8013891	142
+contig	C8013897	142
+contig	C8013937	142
+contig	C8014001	142
+contig	C8013989	142
+contig	C8014019	142
+contig	C8013921	142
+contig	C8014063	142
+contig	C8014033	142
+contig	C8014093	142
+contig	C8014095	142
+contig	C8013927	142
+contig	C8014117	142
+contig	C8014115	142
+contig	C8014035	142
+contig	C8014079	142
+contig	C8014107	142
+contig	C8014203	142
+contig	C8014155	142
+contig	C8014081	142
+contig	C8014205	142
+contig	C8014215	142
+contig	C8014197	142
+contig	C8014249	142
+contig	C8014137	142
+contig	C8014223	142
+contig	C8014207	142
+contig	C8014361	142
+contig	C8014029	142
+contig	C8014351	142
+contig	C8014391	142
+contig	C8014423	142
+contig	C8014259	142
+contig	C8014337	142
+contig	C8014431	142
+contig	C8014433	142
+contig	C8014401	142
+contig	C8014253	142
+contig	C8014499	142
+contig	C8014511	142
+contig	C8014557	142
+contig	C8014449	142
+contig	C8014537	142
+contig	C8014609	142
+contig	C8013295	142
+contig	C8014617	142
+contig	C8014611	142
+contig	C8014295	142
+contig	C8014627	142
+contig	C8014645	142
+contig	C8014675	142
+contig	C8014695	142
+contig	C8014369	142
+contig	C8014709	142
+contig	C8014467	142
+contig	C8014735	142
+contig	C8014823	142
+contig	C8014769	142
+contig	C8014527	142
+contig	C8014857	142
+contig	C8014739	142
+contig	C8014747	142
+contig	C8014883	142
+contig	C8014861	142
+contig	C8014703	142
+contig	C8014849	142
+contig	C8014947	142
+contig	C8014915	142
+contig	C8014963	142
+contig	C8014925	142
+contig	C8014907	142
+contig	C8014793	142
+contig	C8014977	142
+contig	C8015007	142
+contig	C8015001	142
+contig	C8015063	142
+contig	C8014987	142
+contig	C8015095	142
+contig	C8015115	142
+contig	C8015179	142
+contig	C8015143	142
+contig	C8014983	142
+contig	C8015213	142
+contig	C8015169	142
+contig	C8015003	142
+contig	C8015189	142
+contig	C8015293	142
+contig	C8015261	142
+contig	C8015233	142
+contig	C8015317	142
+contig	C8014971	142
+contig	C8015327	142
+contig	C8015349	142
+contig	C8015353	142
+contig	C8015369	142
+contig	C8015117	142
+contig	C8015299	142
+contig	C8015375	142
+contig	C8015247	142
+contig	C8015309	142
+contig	C8015367	142
+contig	C8015399	142
+contig	C8015413	142
+contig	C8015397	142
+contig	C8015445	142
+contig	C8015381	142
+contig	C8015447	142
+contig	C8015435	142
+contig	C8015453	142
+contig	C8015389	142
+contig	C8015467	142
+contig	C8015455	142
+contig	C8015531	142
+contig	C8015497	142
+contig	C8015603	142
+contig	C8015433	142
+contig	C8015579	142
+contig	C8015647	142
+contig	C8015623	142
+contig	C8015371	142
+contig	C8015665	142
+contig	C8015281	142
+contig	C8015737	142
+contig	C8015679	142
+contig	C8015711	142
+contig	C8015709	142
+contig	C8015669	142
+contig	C8015783	142
+contig	C8015449	142
+contig	C8015747	142
+contig	C8015851	142
+contig	C8015789	142
+contig	C8015795	142
+contig	C8015611	142
+contig	C8015841	142
+contig	C8015881	142
+contig	C8015911	142
+contig	C8015935	142
+contig	C8015963	142
+contig	C8015971	142
+contig	C8016017	142
+contig	C8015913	142
+contig	C8016019	142
+contig	C8015859	142
+contig	C8016029	142
+contig	C8016027	142
+contig	C8015813	142
+contig	C8016023	142
+contig	C8016025	142
+contig	C8016083	142
+contig	C8016035	142
+contig	C8016087	142
+contig	C8015967	142
+contig	C8016097	142
+contig	C8016193	142
+contig	C8016101	142
+contig	C8016225	142
+contig	C8016143	142
+contig	C8016147	142
+contig	C8016309	142
+contig	C8016307	142
+contig	C8016323	142
+contig	C8015875	142
+contig	C8016251	142
+contig	C8016347	142
+contig	C8016351	142
+contig	C8016367	142
+contig	C8016293	142
+contig	C8016325	142
+contig	C8016395	142
+contig	C8016391	142
+contig	C8016371	142
+contig	C8016415	142
+contig	C8016425	142
+contig	C8016443	142
+contig	C8016455	142
+contig	C8016421	142
+contig	C8016311	142
+contig	C8016493	142
+contig	C8016299	142
+contig	C8016487	142
+contig	C8016537	142
+contig	C8016515	142
+contig	C8016547	142
+contig	C8016059	142
+contig	C8016557	142
+contig	C8016637	142
+contig	C8016495	142
+contig	C8016639	142
+contig	C8016597	142
+contig	C8016687	142
+contig	C8016491	142
+contig	C8016711	142
+contig	C8016697	142
+contig	C8016715	142
+contig	C8016541	142
+contig	C8016727	142
+contig	C8016679	142
+contig	C8016719	142
+contig	C8016735	142
+contig	C8016785	142
+contig	C8016717	142
+contig	C8016793	142
+contig	C8016767	142
+contig	C8016807	142
+contig	C8016689	142
+contig	C8016801	142
+contig	C8016819	142
+contig	C8016825	142
+contig	C8016797	142
+contig	C8016877	142
+contig	C8016433	142
+contig	C8016891	142
+contig	C8016907	142
+contig	C8016959	142
+contig	C8016787	142
+contig	C8016997	142
+contig	C8016893	142
+contig	C8016951	142
+contig	C8017089	142
+contig	C8016879	142
+contig	C8017141	142
+contig	C8017169	142
+contig	C8011267	141
+contig	C8017081	142
+contig	C8017171	142
+contig	C8017065	142
+contig	C8017175	142
+contig	C8017207	142
+contig	C8017239	142
+contig	C8017231	142
+contig	C8017235	142
+contig	C8017201	142
+contig	C8016859	142
+contig	C8017213	142
+contig	C8017307	142
+contig	C8017355	142
+contig	C8017369	142
+contig	C8017323	142
+contig	C8017417	142
+contig	C8017441	142
+contig	C8017465	142
+contig	C8017469	142
+contig	C8017247	142
+contig	C8017505	142
+contig	C8017475	142
+contig	C8017419	142
+contig	C8017565	142
+contig	C8017305	142
+contig	C8017535	142
+contig	C8017611	142
+contig	C8017639	142
+contig	C8017621	142
+contig	C8017685	142
+contig	C8017651	142
+contig	C8017705	142
+contig	C8017707	142
+contig	C8017509	142
+contig	C8017633	142
+contig	C8017737	142
+contig	C8017767	142
+contig	C8017811	142
+contig	C8015521	142
+contig	C8017761	142
+contig	C8017703	142
+contig	C8017835	142
+contig	C8017849	142
+contig	C8017929	142
+contig	C8017927	142
+contig	C8017939	142
+contig	C8017851	142
+contig	C8017957	142
+contig	C8017779	142
+contig	C8017987	142
+contig	C8016607	142
+contig	C8018033	142
+contig	C8017961	142
+contig	C8018041	142
+contig	C8017925	142
+contig	C8017921	142
+contig	C8017989	142
+contig	C8018061	142
+contig	C8018035	142
+contig	C8018085	142
+contig	C8018101	142
+contig	C8018129	142
+contig	C8018199	142
+contig	C8018055	142
+contig	C8018211	142
+contig	C8018261	142
+contig	C8018223	142
+contig	C8018173	142
+contig	C8018275	142
+contig	C8018297	142
+contig	C8018335	142
+contig	C8018351	142
+contig	C8018229	142
+contig	C8018301	142
+contig	C8018259	142
+contig	C8018391	142
+contig	C8018183	142
+contig	C8018403	142
+contig	C8018421	142
+contig	C8018445	142
+contig	C8018069	142
+contig	C8018437	142
+contig	C8018381	142
+contig	C8018475	142
+contig	C8018547	142
+contig	C8018487	142
+contig	C8018575	142
+contig	C8018535	142
+contig	C8018457	142
+contig	C8018529	142
+contig	C8018519	142
+contig	C8018549	142
+contig	C8018329	142
+contig	C8018605	142
+contig	C8018595	142
+contig	C8018577	142
+contig	C8018655	142
+contig	C8018589	142
+contig	C8018669	142
+contig	C8018643	142
+contig	C8018607	142
+contig	C8018691	142
+contig	C8018737	142
+contig	C8018725	142
+contig	C8018743	142
+contig	C8018707	142
+contig	C8018689	142
+contig	C8018729	142
+contig	C8018767	142
+contig	C8018779	142
+contig	C8018809	142
+contig	C8018781	142
+contig	C8018765	142
+contig	C8018755	142
+contig	C8018785	142
+contig	C8018673	142
+contig	C8018863	142
+contig	C8018719	142
+contig	C8018905	142
+contig	C8018889	142
+contig	C8018903	142
+contig	C8018945	142
+contig	C8018919	142
+contig	C8018969	142
+contig	C8018929	142
+contig	C8018891	142
+contig	C8018991	142
+contig	C8018933	142
+contig	C8019043	142
+contig	C8019035	142
+contig	C8018953	142
+contig	C8019053	142
+contig	C8018827	142
+contig	C8019079	142
+contig	C8019103	142
+contig	C8019105	142
+contig	C8019117	142
+contig	C8018967	142
+contig	C8019163	142
+contig	C8019179	142
+contig	C8013769	142
+contig	C8019085	142
+contig	C8019013	142
+contig	C8019189	142
+contig	C8019207	142
+contig	C8019057	142
+contig	C8019255	142
+contig	C8019241	142
+contig	C8019249	142
+contig	C8019269	142
+contig	C8019275	142
+contig	C8019017	142
+contig	C8019271	142
+contig	C8019263	142
+contig	C8019267	142
+contig	C8019281	142
+contig	C8019243	142
+contig	C8019303	142
+contig	C8019323	142
+contig	C8019337	142
+contig	C8019391	142
+contig	C8019343	142
+contig	C8019393	142
+contig	C8019415	142
+contig	C8019405	142
+contig	C8019429	142
+contig	C8019287	142
+contig	C8019433	142
+contig	C8019483	142
+contig	C8019497	142
+contig	C8019469	142
+contig	C8019501	142
+contig	C8019499	142
+contig	C8019517	142
+contig	C8019559	142
+contig	C8019623	142
+contig	C8019519	142
+contig	C8019587	142
+contig	C8019537	142
+contig	C8019707	142
+contig	C8019625	142
+contig	C8019639	142
+contig	C8019353	142
+contig	C8019347	142
+contig	C8019719	142
+contig	C8019755	142
+contig	C8019585	142
+contig	C8019671	142
+contig	C8019791	142
+contig	C8019769	142
+contig	C8019849	142
+contig	C8019851	142
+contig	C8019753	142
+contig	C8019413	142
+contig	C8019951	143
+contig	C8019863	142
+contig	C8019865	142
+contig	C8019815	142
+contig	C8019819	142
+contig	C8019967	143
+contig	C8019969	143
+contig	C8019919	142
+contig	C8019993	143
+contig	C8019867	142
+contig	C8019959	143
+contig	C8020041	143
+contig	C8019859	142
+contig	C8020047	143
+contig	C8019999	143
+contig	C8020001	143
+contig	C8020105	143
+contig	C8019961	143
+contig	C8020111	143
+contig	C8020137	143
+contig	C8020085	143
+contig	C8020145	143
+contig	C8020067	143
+contig	C8020055	143
+contig	C8020109	143
+contig	C8020141	143
+contig	C8020139	143
+contig	C8020169	143
+contig	C8020043	143
+contig	C8020229	143
+contig	C8020217	143
+contig	C8020233	143
+contig	C8020239	143
+contig	C8020231	143
+contig	C8020179	143
+contig	C8020223	143
+contig	C8020195	143
+contig	C8020255	143
+contig	C8017243	142
+contig	C8020253	143
+contig	C8020283	143
+contig	C8020319	143
+contig	C8020355	143
+contig	C8020369	143
+contig	C8020405	143
+contig	C8020317	143
+contig	C8020311	143
+contig	C8020417	143
+contig	C8020287	143
+contig	C8020423	143
+contig	C8020471	143
+contig	C8020475	143
+contig	C8020465	143
+contig	C8020485	143
+contig	C8020241	143
+contig	C8020557	143
+contig	C8020469	143
+contig	C8020313	143
+contig	C8020571	143
+contig	C8020567	143
+contig	C8020561	143
+contig	C8020573	143
+contig	C8020523	143
+contig	C8020623	143
+contig	C8020637	143
+contig	C8020645	143
+contig	C8020451	143
+contig	C8020687	143
+contig	C8020735	143
+contig	C8020587	143
+contig	C8020709	143
+contig	C8020501	143
+contig	C8020585	143
+contig	C8020809	143
+contig	C8020769	143
+contig	C8020609	143
+contig	C8020731	143
+contig	C8020861	143
+contig	C8020773	143
+contig	C8020385	143
+contig	C8020921	143
+contig	C8020879	143
+contig	C8020941	143
+contig	C8020929	143
+contig	C8020915	143
+contig	C8020753	143
+contig	C8020963	143
+contig	C8021005	143
+contig	C8020947	143
+contig	C8020891	143
+contig	C8021047	143
+contig	C8020953	143
+contig	C8021101	143
+contig	C8021127	143
+contig	C8021031	143
+contig	C8021165	143
+contig	C8020815	143
+contig	C8020925	143
+contig	C8021207	143
+contig	C8021153	143
+contig	C8021119	143
+contig	C8021215	143
+contig	C8021213	143
+contig	C8021219	143
+contig	C8021221	143
+contig	C8021191	143
+contig	C8021275	143
+contig	C8021129	143
+contig	C8021367	143
+contig	C8021161	143
+contig	C8021205	143
+contig	C8021391	143
+contig	C8021167	143
+contig	C8021307	143
+contig	C8021321	143
+contig	C8021369	143
+contig	C8021435	143
+contig	C8021415	143
+contig	C8021409	143
+contig	C8021509	143
+contig	C8021459	143
+contig	C8021479	143
+contig	C8021395	143
+contig	C8021503	143
+contig	C8021541	143
+contig	C8021567	143
+contig	C8021551	143
+contig	C8021599	143
+contig	C8021655	143
+contig	C8021651	143
+contig	C8021663	143
+contig	C8021641	143
+contig	C8021697	143
+contig	C8021729	143
+contig	C8021683	143
+contig	C8021657	143
+contig	C8021263	143
+contig	C8021767	143
+contig	C8021737	143
+contig	C8021801	143
+contig	C8021855	143
+contig	C8021821	143
+contig	C8021859	143
+contig	C8021857	143
+contig	C8021891	143
+contig	C8021915	143
+contig	C8021917	143
+contig	C8021895	143
+contig	C8021965	143
+contig	C8021989	143
+contig	C8021945	143
+contig	C8021925	143
+contig	C8021577	143
+contig	C8022033	143
+contig	C8021979	143
+contig	C8022111	143
+contig	C8022127	143
+contig	C8021993	143
+contig	C8022129	143
+contig	C8022173	143
+contig	C8022175	143
+contig	C8022015	143
+contig	C8022193	143
+contig	C8022139	143
+contig	C8022269	143
+contig	C8022275	143
+contig	C8021561	143
+contig	C8022321	143
+contig	C8022259	143
+contig	C8022195	143
+contig	C8022339	143
+contig	C8022375	143
+contig	C8022345	143
+contig	C8022051	143
+contig	C8022463	143
+contig	C8022527	143
+contig	C8022557	143
+contig	C8022451	143
+contig	C8022057	143
+contig	C8022563	143
+contig	C8022353	143
+contig	C8022627	143
+contig	C8022653	143
+contig	C8022687	143
+contig	C8022693	143
+contig	C8022745	143
+contig	C8022593	143
+contig	C8022731	143
+contig	C8022691	143
+contig	C8022775	143
+contig	C8022763	143
+contig	C8022803	143
+contig	C8022823	143
+contig	C8022785	143
+contig	C8022837	143
+contig	C8022845	143
+contig	C8022847	143
+contig	C8022899	143
+contig	C8022923	143
+contig	C8022927	143
+contig	C8020425	143
+contig	C8022407	143
+contig	C8022933	143
+contig	C8022981	143
+contig	C8022979	143
+contig	C8023007	143
+contig	C8022493	143
+contig	C8023059	143
+contig	C8023065	143
+contig	C8023109	143
+contig	C8023113	143
+contig	C8022947	143
+contig	C8023095	143
+contig	C8022961	143
+contig	C8022929	143
+contig	C8023129	143
+contig	C8022811	143
+contig	C8023087	143
+contig	C8023147	143
+contig	C8023255	143
+contig	C8023307	143
+contig	C8023263	143
+contig	C8023215	143
+contig	C8017133	142
+contig	C8023325	143
+contig	C8023127	143
+contig	C8023335	143
+contig	C8023391	143
+contig	C8023349	143
+contig	C8023077	143
+contig	C8023429	143
+contig	C8023455	143
+contig	C8023369	143
+contig	C8023409	143
+contig	C8023301	143
+contig	C8023431	143
+contig	C8023479	143
+contig	C8023115	143
+contig	C8023559	143
+contig	C8023539	143
+contig	C8023533	143
+contig	C8023597	143
+contig	C8023405	143
+contig	C8023695	143
+contig	C8023679	143
+contig	C8023625	143
+contig	C8023401	143
+contig	C8023477	143
+contig	C8023703	143
+contig	C8023699	143
+contig	C8023697	143
+contig	C8023637	143
+contig	C8023769	143
+contig	C8023837	143
+contig	C8023767	143
+contig	C8023895	143
+contig	C8023759	143
+contig	C8023853	143
+contig	C8023571	143
+contig	C8023913	143
+contig	C8023951	143
+contig	C8023807	143
+contig	C8023907	143
+contig	C8023949	143
+contig	C8024019	143
+contig	C8023487	143
+contig	C8023995	143
+contig	C8024035	143
+contig	C8024069	143
+contig	C8024051	143
+contig	C8024073	143
+contig	C8024071	143
+contig	C8024047	143
+contig	C8024187	143
+contig	C8024013	143
+contig	C8024155	143
+contig	C8024243	143
+contig	C8024009	143
+contig	C8024231	143
+contig	C8024255	143
+contig	C8024247	143
+contig	C8024055	143
+contig	C8024299	143
+contig	C8024301	143
+contig	C8024283	143
+contig	C8024137	143
+contig	C8024321	143
+contig	C8024313	143
+contig	C8024355	143
+contig	C8024357	143
+contig	C8024389	143
+contig	C8024193	143
+contig	C8024351	143
+contig	C8024391	143
+contig	C8024415	143
+contig	C8024445	143
+contig	C8024483	143
+contig	C8024515	143
+contig	C8024505	143
+contig	C8024519	143
+contig	C8024475	143
+contig	C8024517	143
+contig	C8024239	143
+contig	C8024511	143
+contig	C8024523	143
+contig	C8024559	143
+contig	C8024551	143
+contig	C8024575	143
+contig	C8024571	143
+contig	C8024599	143
+contig	C8024605	143
+contig	C8024547	143
+contig	C8024367	143
+contig	C8024685	143
+contig	C8024663	143
+contig	C8024623	143
+contig	C8024733	143
+contig	C8024735	143
+contig	C8024771	143
+contig	C8024695	143
+contig	C8024811	143
+contig	C8024493	143
+contig	C8024583	143
+contig	C8024841	143
+contig	C8024923	143
+contig	C8024905	143
+contig	C8024933	143
+contig	C8024953	143
+contig	C8024979	143
+contig	C8024943	143
+contig	C8025005	143
+contig	C8024609	143
+contig	C8024975	143
+contig	C8025027	143
+contig	C8025029	143
+contig	C8025091	143
+contig	C8025095	143
+contig	C8025025	143
+contig	C8025015	143
+contig	C8025101	143
+contig	C8024853	143
+contig	C8025105	143
+contig	C8025109	143
+contig	C8025135	143
+contig	C8025149	143
+contig	C8025113	143
+contig	C8021517	143
+contig	C8025195	143
+contig	C8025093	143
+contig	C8025201	143
+contig	C8025125	143
+contig	C8025183	143
+contig	C8025247	143
+contig	C8025193	143
+contig	C8025289	143
+contig	C8025303	143
+contig	C8025155	143
+contig	C8025219	143
+contig	C8025313	143
+contig	C8025325	143
+contig	C8025335	143
+contig	C8025337	143
+contig	C8025373	143
+contig	C8025351	143
+contig	C8025357	143
+contig	C8025343	143
+contig	C8025413	143
+contig	C8025395	143
+contig	C8025405	143
+contig	C8025423	143
+contig	C8025389	143
+contig	C8025243	143
+contig	C8025427	143
+contig	C8025465	143
+contig	C8025493	143
+contig	C8025509	143
+contig	C8025491	143
+contig	C8025527	143
+contig	C8025435	143
+contig	C8025329	143
+contig	C8025549	143
+contig	C8025567	143
+contig	C8025723	143
+contig	C8025499	143
+contig	C8025685	143
+contig	C8025523	143
+contig	C8025789	143
+contig	C8025697	143
+contig	C8025801	143
+contig	C8025805	143
+contig	C8025823	143
+contig	C8025569	143
+contig	C8025851	143
+contig	C8025865	143
+contig	C8025803	143
+contig	C8025873	143
+contig	C8025887	143
+contig	C8025895	143
+contig	C8025879	143
+contig	C8025949	143
+contig	C8025985	143
+contig	C8025987	143
+contig	C8025977	143
+contig	C8026005	143
+contig	C8026019	143
+contig	C8026027	143
+contig	C8026029	143
+contig	C8025999	143
+contig	C8026053	143
+contig	C8025929	143
+contig	C8026079	143
+contig	C8026091	143
+contig	C8026071	143
+contig	C8026037	143
+contig	C8026097	143
+contig	C8026133	143
+contig	C8026137	143
+contig	C8026177	143
+contig	C8026205	143
+contig	C8026211	143
+contig	C8026123	143
+contig	C8026131	143
+contig	C8026219	143
+contig	C8026217	143
+contig	C8026273	143
+contig	C8026253	143
+contig	C8026299	143
+contig	C8026297	143
+contig	C8026215	143
+contig	C8026357	143
+contig	C8026337	143
+contig	C8024797	143
+contig	C8026255	143
+contig	C8026415	143
+contig	C8026447	143
+contig	C8026455	143
+contig	C8026431	143
+contig	C8026461	143
+contig	C8026401	143
+contig	C8026459	143
+contig	C8026485	143
+contig	C8026527	143
+contig	C8026519	143
+contig	C8026555	143
+contig	C8026573	143
+contig	C8026581	143
+contig	C8026623	143
+contig	C8026635	143
+contig	C8026587	143
+contig	C8026639	143
+contig	C8024061	143
+contig	C8026643	143
+contig	C8026557	143
+contig	C8026685	143
+contig	C8026645	143
+contig	C8026663	143
+contig	C8026669	143
+contig	C8026725	143
+contig	C8026327	143
+contig	C8026721	143
+contig	C8026697	143
+contig	C8026689	143
+contig	C8026753	143
+contig	C8026779	143
+contig	C8026733	143
+contig	C8026715	143
+contig	C8026845	143
+contig	C8026781	143
+contig	C8026803	143
+contig	C8026863	143
+contig	C8026801	143
+contig	C8026901	143
+contig	C8026933	143
+contig	C8026969	143
+contig	C8026971	143
+contig	C8027001	143
+contig	C8027003	143
+contig	C8026929	143
+contig	C8027005	143
+contig	C8026989	143
+contig	C8027073	143
+contig	C8027103	143
+contig	C8027065	143
+contig	C8026987	143
+contig	C8027117	143
+contig	C8027167	143
+contig	C8027081	143
+contig	C8027131	143
+contig	C8024983	143
+contig	C8027115	143
+contig	C8027227	143
+contig	C8027133	143
+contig	C8027209	143
+contig	C8027195	143
+contig	C8025931	143
+contig	C8027279	143
+contig	C8027251	143
+contig	C8027255	143
+contig	C8027229	143
+contig	C8027287	143
+contig	C8027075	143
+contig	C8027317	143
+contig	C8027339	143
+contig	C8027389	143
+contig	C8027321	143
+contig	C8027399	143
+contig	C8027365	143
+contig	C8027395	143
+contig	C8027449	143
+contig	C8027455	143
+contig	C8027237	143
+contig	C8027175	143
+contig	C8027419	143
+contig	C8027451	143
+contig	C8027459	143
+contig	C8027537	143
+contig	C8027563	143
+contig	C8027465	143
+contig	C8027589	143
+contig	C8027249	143
+contig	C8027657	143
+contig	C8027605	143
+contig	C8027683	143
+contig	C8027707	143
+contig	C8027675	143
+contig	C8027387	143
+contig	C8027731	143
+contig	C8027787	143
+contig	C8027539	143
+contig	C8027789	143
+contig	C8027775	143
+contig	C8027463	143
+contig	C8027849	143
+contig	C8027729	143
+contig	C8027821	143
+contig	C8027861	143
+contig	C8027935	143
+contig	C8027857	143
+contig	C8027553	143
+contig	C8027919	143
+contig	C8027945	143
+contig	C8027905	143
+contig	C8027967	143
+contig	C8027805	143
+contig	C8027965	143
+contig	C8028015	143
+contig	C8027975	143
+contig	C8027957	143
+contig	C8027991	143
+contig	C8027989	143
+contig	C8028043	143
+contig	C8028045	143
+contig	C8028073	143
+contig	C8027431	143
+contig	C8028065	143
+contig	C8028079	144
+contig	C8028121	144
+contig	C8028051	143
+contig	C8028159	144
+contig	C8028077	144
+contig	C8028187	144
+contig	C8028127	144
+contig	C8027759	143
+contig	C8028209	144
+contig	C8028155	144
+contig	C8028247	144
+contig	C8028139	144
+contig	C8028265	144
+contig	C8028293	144
+contig	C8028029	143
+contig	C8028337	144
+contig	C8028241	144
+contig	C8028331	144
+contig	C8028367	144
+contig	C8028363	144
+contig	C8028285	144
+contig	C8028193	144
+contig	C8028433	144
+contig	C8028225	144
+contig	C8028329	144
+contig	C8028375	144
+contig	C8028471	144
+contig	C8028457	144
+contig	C8028395	144
+contig	C8028477	144
+contig	C8028497	144
+contig	C8028525	144
+contig	C8028143	144
+contig	C8028379	144
+contig	C8028505	144
+contig	C8028575	144
+contig	C8028465	144
+contig	C8028527	144
+contig	C8028533	144
+contig	C8028579	144
+contig	C8028577	144
+contig	C8027933	143
+contig	C8028591	144
+contig	C8028601	144
+contig	C8028587	144
+contig	C8028635	144
+contig	C8028627	144
+contig	C8028647	144
+contig	C8028599	144
+contig	C8028663	144
+contig	C8028517	144
+contig	C8028737	144
+contig	C8028679	144
+contig	C8028717	144
+contig	C8028515	144
+contig	C8028797	144
+contig	C8028857	144
+contig	C8028873	144
+contig	C8028887	144
+contig	C8028789	144
+contig	C8028673	144
+contig	C8028837	144
+contig	C8028829	144
+contig	C8028751	144
+contig	C8028937	144
+contig	C8028853	144
+contig	C8029085	144
+contig	C8029081	144
+contig	C8029009	144
+contig	C8029159	144
+contig	C8028981	144
+contig	C8029185	144
+contig	C8029221	144
+contig	C8029123	144
+contig	C8028905	144
+contig	C8029141	144
+contig	C8029175	144
+contig	C8029269	144
+contig	C8029273	144
+contig	C8029177	144
+contig	C8029289	144
+contig	C8029279	144
+contig	C8029335	144
+contig	C8029307	144
+contig	C8029309	144
+contig	C8029389	144
+contig	C8029423	144
+contig	C8029365	144
+contig	C8029449	144
+contig	C8029363	144
+contig	C8029339	144
+contig	C8029229	144
+contig	C8029491	144
+contig	C8029471	144
+contig	C8029685	144
+contig	C8029553	144
+contig	C8029703	144
+contig	C8029751	144
+contig	C8029489	144
+contig	C8029713	144
+contig	C8029753	144
+contig	C8029651	144
+contig	C8029779	144
+contig	C8029839	144
+contig	C8029321	144
+contig	C8029701	144
+contig	C8029825	144
+contig	C8029833	144
+contig	C8029981	144
+contig	C8029793	144
+contig	C8029999	144
+contig	C8029891	144
+contig	C8030047	144
+contig	C8030039	144
+contig	C8030063	144
+contig	C8029945	144
+contig	C8029503	144
+contig	C8030061	144
+contig	C8030149	144
+contig	C8030165	144
+contig	C8030189	144
+contig	C8029987	144
+contig	C8030169	144
+contig	C8030199	144
+contig	C8030091	144
+contig	C8030239	144
+contig	C8030269	144
+contig	C8030211	144
+contig	C8030291	144
+contig	C8030295	144
+contig	C8030003	144
+contig	C8030329	144
+contig	C8030337	144
+contig	C8030093	144
+contig	C8030389	144
+contig	C8030427	144
+contig	C8030327	144
+contig	C8030429	144
+contig	C8030457	144
+contig	C8030383	144
+contig	C8030435	144
+contig	C8030499	144
+contig	C8030251	144
+contig	C8030503	144
+contig	C8030517	144
+contig	C8030397	144
+contig	C8030547	144
+contig	C8030477	144
+contig	C8030561	144
+contig	C8030555	144
+contig	C8030325	144
+contig	C8030587	144
+contig	C8030623	144
+contig	C8030673	144
+contig	C8030567	144
+contig	C8030531	144
+contig	C8030681	144
+contig	C8030689	144
+contig	C8030661	144
+contig	C8030747	144
+contig	C8030669	144
+contig	C8030755	144
+contig	C8030559	144
+contig	C8030691	144
+contig	C8030769	144
+contig	C8030773	144
+contig	C8030797	144
+contig	C8030683	144
+contig	C8030809	144
+contig	C8030859	144
+contig	C8030891	144
+contig	C8030913	144
+contig	C8030925	144
+contig	C8030815	144
+contig	C8030923	144
+contig	C8030977	144
+contig	C8031033	144
+contig	C8031061	144
+contig	C8030965	144
+contig	C8031159	144
+contig	C8031073	144
+contig	C8030985	144
+contig	C8031163	144
+contig	C8031121	144
+contig	C8031181	144
+contig	C8031189	144
+contig	C8031169	144
+contig	C8031207	144
+contig	C8031235	144
+contig	C8031179	144
+contig	C8031243	144
+contig	C8031275	144
+contig	C8031199	144
+contig	C8030513	144
+contig	C8031315	144
+contig	C8031289	144
+contig	C8031277	144
+contig	C8031347	144
+contig	C8031357	144
+contig	C8031373	144
+contig	C8031363	144
+contig	C8031389	144
+contig	C8031445	144
+contig	C8031473	144
+contig	C8031405	144
+contig	C8030945	144
+contig	C8031521	144
+contig	C8031523	144
+contig	C8031543	144
+contig	C8031555	144
+contig	C8031561	144
+contig	C8031319	144
+contig	C8031591	144
+contig	C8031601	144
+contig	C8031609	144
+contig	C8031573	144
+contig	C8031629	144
+contig	C8031617	144
+contig	C8031485	144
+contig	C8031649	144
+contig	C8031653	144
+contig	C8031655	144
+contig	C8031621	144
+contig	C8028417	144
+contig	C8031731	144
+contig	C8031733	144
+contig	C8031765	144
+contig	C8031715	144
+contig	C8031737	144
+contig	C8030029	144
+contig	C8031857	144
+contig	C8031797	144
+contig	C8031865	144
+contig	C8031877	144
+contig	C8031799	144
+contig	C8031775	144
+contig	C8031895	144
+contig	C8031899	144
+contig	C8031923	144
+contig	C8031925	144
+contig	C8031907	144
+contig	C8031909	144
+contig	C8031939	144
+contig	C8031867	144
+contig	C8031957	144
+contig	C8031983	144
+contig	C8031999	144
+contig	C8032055	144
+contig	C8032043	144
+contig	C8031231	144
+contig	C8031759	144
+contig	C8032071	144
+contig	C8032081	144
+contig	C8032155	144
+contig	C8032171	144
+contig	C8032041	144
+contig	C8032229	144
+contig	C8032241	144
+contig	C8032201	144
+contig	C8032223	144
+contig	C8032253	144
+contig	C8032075	144
+contig	C8032305	144
+contig	C8032295	144
+contig	C8032255	144
+contig	C8032341	144
+contig	C8032339	144
+contig	C8032349	144
+contig	C8032399	144
+contig	C8032385	144
+contig	C8031997	144
+contig	C8032415	144
+contig	C8032433	144
+contig	C8032425	144
+contig	C8032479	144
+contig	C8032329	144
+contig	C8032497	144
+contig	C8032459	144
+contig	C8032511	144
+contig	C8032539	144
+contig	C8032507	144
+contig	C8032559	144
+contig	C8032563	144
+contig	C8032569	144
+contig	C8032403	144
+contig	C8032567	144
+contig	C8032623	144
+contig	C8032631	144
+contig	C8032589	144
+contig	C8032521	144
+contig	C8032671	144
+contig	C8030729	144
+contig	C8032699	144
+contig	C8032667	144
+contig	C8032681	144
+contig	C8032573	144
+contig	C8032703	144
+contig	C8032835	144
+contig	C8032849	144
+contig	C8032769	144
+contig	C8032857	144
+contig	C8032867	144
+contig	C8032823	144
+contig	C8032897	144
+contig	C8032551	144
+contig	C8032763	144
+contig	C8032859	144
+contig	C8032915	144
+contig	C8032923	144
+contig	C8032893	144
+contig	C8032945	144
+contig	C8032963	144
+contig	C8032961	144
+contig	C8032977	144
+contig	C8032969	144
+contig	C8033029	144
+contig	C8033019	144
+contig	C8032663	144
+contig	C8033099	144
+contig	C8032981	144
+contig	C8033121	144
+contig	C8033069	144
+contig	C8032917	144
+contig	C8033117	144
+contig	C8033165	144
+contig	C8033217	144
+contig	C8033127	144
+contig	C8033219	144
+contig	C8033209	144
+contig	C8033223	144
+contig	C8033285	144
+contig	C8033259	144
+contig	C8033277	144
+contig	C8033311	144
+contig	C8033339	144
+contig	C8033291	144
+contig	C8033149	144
+contig	C8033377	144
+contig	C8033297	144
+contig	C8033365	144
+contig	C8033161	144
+contig	C8033399	144
+contig	C8033385	144
+contig	C8033383	144
+contig	C8033433	144
+contig	C8033453	144
+contig	C8032213	144
+contig	C8033459	144
+contig	C8033419	144
+contig	C8033039	144
+contig	C8033505	144
+contig	C8033449	144
+contig	C8033511	144
+contig	C8033525	144
+contig	C8033481	144
+contig	C8033429	144
+contig	C8033519	144
+contig	C8033549	144
+contig	C8033575	144
+contig	C8033599	144
+contig	C8033665	144
+contig	C8033617	144
+contig	C8033681	144
+contig	C8033697	144
+contig	C8033755	144
+contig	C8033699	144
+contig	C8033779	144
+contig	C8033747	144
+contig	C8033597	144
+contig	C8033879	144
+contig	C8033917	144
+contig	C8033891	144
+contig	C8033955	144
+contig	C8033885	144
+contig	C8033967	144
+contig	C8033783	144
+contig	C8034031	144
+contig	C8033869	144
+contig	C8033979	144
+contig	C8033987	144
+contig	C8034077	144
+contig	C8034053	144
+contig	C8033717	144
+contig	C8034047	144
+contig	C8034055	144
+contig	C8034081	144
+contig	C8033959	144
+contig	C8034089	144
+contig	C8034193	144
+contig	C8034033	144
+contig	C8034233	144
+contig	C8034201	144
+contig	C8034087	144
+contig	C8034189	144
+contig	C8034255	144
+contig	C8034119	144
+contig	C8034315	144
+contig	C8034281	144
+contig	C8034277	144
+contig	C8034307	144
+contig	C8034357	144
+contig	C8034405	144
+contig	C8034245	144
+contig	C8034317	144
+contig	C8034391	144
+contig	C8034419	144
+contig	C8034275	144
+contig	C8034471	144
+contig	C8031311	144
+contig	C8034445	144
+contig	C8034137	144
+contig	C8034519	144
+contig	C8034437	144
+contig	C8034409	144
+contig	C8034549	144
+contig	C8034573	144
+contig	C8034579	144
+contig	C8034643	144
+contig	C8034529	144
+contig	C8034615	144
+contig	C8034613	144
+contig	C8034651	144
+contig	C8034417	144
+contig	C8034653	144
+contig	C8034671	144
+contig	C8034605	144
+contig	C8034699	144
+contig	C8034735	144
+contig	C8034725	144
+contig	C8034647	144
+contig	C8034719	144
+contig	C8034727	144
+contig	C8034755	144
+contig	C8034759	144
+contig	C8034781	144
+contig	C8034819	144
+contig	C8034809	144
+contig	C8034839	144
+contig	C8034855	144
+contig	C8034683	144
+contig	C8034871	144
+contig	C8034913	144
+contig	C8034747	144
+contig	C8034893	144
+contig	C8034777	144
+contig	C8034919	144
+contig	C8034813	144
+contig	C8034931	144
+contig	C8034965	144
+contig	C8034935	144
+contig	C8034947	144
+contig	C8035043	144
+contig	C8034981	144
+contig	C8034897	144
+contig	C8035091	144
+contig	C8035101	144
+contig	C8035111	144
+contig	C8035065	144
+contig	C8035157	144
+contig	C8035133	144
+contig	C8035035	144
+contig	C8035169	144
+contig	C8035187	144
+contig	C8035055	144
+contig	C8035173	144
+contig	C8035205	144
+contig	C8035195	144
+contig	C8035293	144
+contig	C8035193	144
+contig	C8035239	144
+contig	C8035321	144
+contig	C8035337	144
+contig	C8035295	144
+contig	C8035107	144
+contig	C8035363	144
+contig	C8035257	144
+contig	C8035303	144
+contig	C8035373	144
+contig	C8035411	144
+contig	C8035381	144
+contig	C8035437	144
+contig	C8035457	144
+contig	C8035423	144
+contig	C8035447	144
+contig	C8035385	144
+contig	C8035405	144
+contig	C8035465	144
+contig	C8034459	144
+contig	C8035477	144
+contig	C8035513	144
+contig	C8035543	144
+contig	C8035509	144
+contig	C8035517	144
+contig	C8035353	144
+contig	C8035551	144
+contig	C8035521	144
+contig	C8035581	144
+contig	C8035511	144
+contig	C8035531	144
+contig	C8035613	144
+contig	C8035687	144
+contig	C8035547	144
+contig	C8035653	144
+contig	C8035711	144
+contig	C8035641	144
+contig	C8035729	144
+contig	C8035815	144
+contig	C8035767	144
+contig	C8035759	144
+contig	C8035885	144
+contig	C8035883	144
+contig	C8035921	144
+contig	C8035585	144
+contig	C8035821	144
+contig	C8035829	144
+contig	C8035965	144
+contig	C8035977	144
+contig	C8035675	144
+contig	C8035927	144
+contig	C8036001	145
+contig	C8036003	145
+contig	C8035929	144
+contig	C8036059	145
+contig	C8035989	145
+contig	C8036083	145
+contig	C8035909	144
+contig	C8036085	145
+contig	C8036069	145
+contig	C8036099	145
+contig	C8036129	145
+contig	C8035857	144
+contig	C8036167	145
+contig	C8036253	145
+contig	C8036213	145
+contig	C8036199	145
+contig	C8036149	145
+contig	C8036351	145
+contig	C8036267	145
+contig	C8036379	145
+contig	C8036397	145
+contig	C8036237	145
+contig	C8036297	145
+contig	C8036315	145
+contig	C8036461	145
+contig	C8036361	145
+contig	C8036449	145
+contig	C8036447	145
+contig	C8036551	145
+contig	C8036567	145
+contig	C8036439	145
+contig	C8036575	145
+contig	C8036617	145
+contig	C8036475	145
+contig	C8036639	145
+contig	C8036657	145
+contig	C8036585	145
+contig	C8036673	145
+contig	C8036679	145
+contig	C8036743	145
+contig	C8036731	145
+contig	C8036777	145
+contig	C8036481	145
+contig	C8036787	145
+contig	C8036323	145
+contig	C8036741	145
+contig	C8036821	145
+contig	C8036661	145
+contig	C8036829	145
+contig	C8036823	145
+contig	C8036865	145
+contig	C8036941	145
+contig	C8036851	145
+contig	C8036173	145
+contig	C8036791	145
+contig	C8036963	145
+contig	C8036969	145
+contig	C8037029	145
+contig	C8036903	145
+contig	C8037041	145
+contig	C8036951	145
+contig	C8037019	145
+contig	C8037059	145
+contig	C8036943	145
+contig	C8037085	145
+contig	C8037115	145
+contig	C8037119	145
+contig	C8037149	145
+contig	C8037157	145
+contig	C8037061	145
+contig	C8037221	145
+contig	C8037237	145
+contig	C8037185	145
+contig	C8037175	145
+contig	C8037227	145
+contig	C8037171	145
+contig	C8037329	145
+contig	C8037285	145
+contig	C8037311	145
+contig	C8037377	145
+contig	C8037415	145
+contig	C8037403	145
+contig	C8036907	145
+contig	C8037427	145
+contig	C8037321	145
+contig	C8037467	145
+contig	C8037463	145
+contig	C8037417	145
+contig	C8037475	145
+contig	C8037401	145
+contig	C8037527	145
+contig	C8037555	145
+contig	C8037439	145
+contig	C8037585	145
+contig	C8037471	145
+contig	C8037625	145
+contig	C8037577	145
+contig	C8034923	144
+contig	C8037563	145
+contig	C8037651	145
+contig	C8037595	145
+contig	C8037491	145
+contig	C8037755	145
+contig	C8037713	145
+contig	C8037795	145
+contig	C8037673	145
+contig	C8037809	145
+contig	C8037813	145
+contig	C8037653	145
+contig	C8037775	145
+contig	C8037847	145
+contig	C8037811	145
+contig	C8037749	145
+contig	C8037877	145
+contig	C8037873	145
+contig	C8037879	145
+contig	C8037977	145
+contig	C8037989	145
+contig	C8037983	145
+contig	C8038017	145
+contig	C8037839	145
+contig	C8037845	145
+contig	C8037905	145
+contig	C8037993	145
+contig	C8038083	145
+contig	C8038067	145
+contig	C8038085	145
+contig	C8038051	145
+contig	C8038079	145
+contig	C8038137	145
+contig	C8038143	145
+contig	C8038159	145
+contig	C8038141	145
+contig	C8038179	145
+contig	C8038195	145
+contig	C8038211	145
+contig	C8038101	145
+contig	C8038251	145
+contig	C8038231	145
+contig	C8038229	145
+contig	C8038245	145
+contig	C8037869	145
+contig	C8038293	145
+contig	C8038291	145
+contig	C8038301	145
+contig	C8038329	145
+contig	C8038357	145
+contig	C8038307	145
+contig	C8038319	145
+contig	C8038219	145
+contig	C8038409	145
+contig	C8038425	145
+contig	C8038333	145
+contig	C8038451	145
+contig	C8038449	145
+contig	C8038453	145
+contig	C8038267	145
+contig	C8038431	145
+contig	C8038467	145
+contig	C8038477	145
+contig	C8038521	145
+contig	C8038511	145
+contig	C8038487	145
+contig	C8038497	145
+contig	C8038617	145
+contig	C8038501	145
+contig	C8038645	145
+contig	C8038561	145
+contig	C8038703	145
+contig	C8038729	145
+contig	C8038709	145
+contig	C8038613	145
+contig	C8038713	145
+contig	C8038735	145
+contig	C8038753	145
+contig	C8038775	145
+contig	C8038539	145
+contig	C8038751	145
+contig	C8038793	145
+contig	C8038759	145
+contig	C8038745	145
+contig	C8038849	145
+contig	C8038877	145
+contig	C8038577	145
+contig	C8038861	145
+contig	C8038867	145
+contig	C8038907	145
+contig	C8038955	145
+contig	C8031881	144
+contig	C8038913	145
+contig	C8038967	145
+contig	C8038987	145
+contig	C8038851	145
+contig	C8038857	145
+contig	C8039045	145
+contig	C8038975	145
+contig	C8038935	145
+contig	C8039091	145
+contig	C8039143	145
+contig	C8036795	145
+contig	C8039227	145
+contig	C8039207	145
+contig	C8039029	145
+contig	C8039245	145
+contig	C8039371	145
+contig	C8039003	145
+contig	C8039297	145
+contig	C8039151	145
+contig	C8039397	145
+contig	C8039431	145
+contig	C8039447	145
+contig	C8039481	145
+contig	C8039267	145
+contig	C8039235	145
+contig	C8039525	145
+contig	C8039555	145
+contig	C8039005	145
+contig	C8039477	145
+contig	C8039569	145
+contig	C8039601	145
+contig	C8039539	145
+contig	C8039467	145
+contig	C8039617	145
+contig	C8039705	145
+contig	C8039609	145
+contig	C8039761	145
+contig	C8039603	145
+contig	C8039457	145
+contig	C8039797	145
+contig	C8039779	145
+contig	C8039767	145
+contig	C8039817	145
+contig	C8039775	145
+contig	C8039809	145
+contig	C8039829	145
+contig	C8039849	145
+contig	C8024329	143
+contig	C8039833	145
+contig	C8039887	145
+contig	C8039821	145
+contig	C8039863	145
+contig	C8039823	145
+contig	C8039699	145
+contig	C8039927	145
+contig	C8039607	145
+contig	C8039921	145
+contig	C8040045	145
+contig	C8039913	145
+contig	C8040093	145
+contig	C8040119	145
+contig	C8040111	145
+contig	C8039989	145
+contig	C8040135	145
+contig	C8039847	145
+contig	C8040189	145
+contig	C8039459	145
+contig	C8040193	145
+contig	C8040117	145
+contig	C8040187	145
+contig	C8040199	145
+contig	C8040125	145
+contig	C8040069	145
+contig	C8040293	145
+contig	C8040053	145
+contig	C8040349	145
+contig	C8040269	145
+contig	C8040059	145
+contig	C8040317	145
+contig	C8040415	145
+contig	C8040449	145
+contig	C8040325	145
+contig	C8040525	145
+contig	C8040441	145
+contig	C8040643	145
+contig	C8040471	145
+contig	C8040605	145
+contig	C8040657	145
+contig	C8040665	145
+contig	C8040455	145
+contig	C8040667	145
+contig	C8040711	145
+contig	C8040799	145
+contig	C8040331	145
+contig	C8040769	145
+contig	C8040687	145
+contig	C8040749	145
+contig	C8040347	145
+contig	C8040761	145
+contig	C8040811	145
+contig	C8040941	145
+contig	C8040863	145
+contig	C8040913	145
+contig	C8040935	145
+contig	C8040983	145
+contig	C8040933	145
+contig	C8041007	145
+contig	C8040987	145
+contig	C8040827	145
+contig	C8041051	145
+contig	C8041083	145
+contig	C8040943	145
+contig	C8040977	145
+contig	C8041063	145
+contig	C8041093	145
+contig	C8041191	145
+contig	C8041179	145
+contig	C8041089	145
+contig	C8041199	145
+contig	C8041193	145
+contig	C8041203	145
+contig	C8041215	145
+contig	C8040989	145
+contig	C8041235	145
+contig	C8041273	145
+contig	C8041243	145
+contig	C8040757	145
+contig	C8041335	145
+contig	C8041365	145
+contig	C8040457	145
+contig	C8041371	145
+contig	C8041437	145
+contig	C8041427	145
+contig	C8041421	145
+contig	C8041197	145
+contig	C8041463	145
+contig	C8041481	145
+contig	C8041445	145
+contig	C8041521	145
+contig	C8041353	145
+contig	C8041543	145
+contig	C8041581	145
+contig	C8041607	145
+contig	C8041041	145
+contig	C8041613	145
+contig	C8041681	145
+contig	C8041705	145
+contig	C8041487	145
+contig	C8041575	145
+contig	C8041701	145
+contig	C8041715	145
+contig	C8041783	145
+contig	C8041499	145
+contig	C8041837	145
+contig	C8041843	145
+contig	C8041857	145
+contig	C8041749	145
+contig	C8041753	145
+contig	C8041905	145
+contig	C8041913	145
+contig	C8041871	145
+contig	C8041943	145
+contig	C8041173	145
+contig	C8041941	145
+contig	C8041935	145
+contig	C8041989	145
+contig	C8041965	145
+contig	C8041993	145
+contig	C8042041	145
+contig	C8041949	145
+contig	C8042055	145
+contig	C8042073	145
+contig	C8042059	145
+contig	C8041637	145
+contig	C8042115	145
+contig	C8042029	145
+contig	C8042125	145
+contig	C8042081	145
+contig	C8042205	145
+contig	C8042153	145
+contig	C8042215	145
+contig	C8042235	145
+contig	C8042207	145
+contig	C8042287	145
+contig	C8042051	145
+contig	C8042325	145
+contig	C8042263	145
+contig	C8042039	145
+contig	C8042315	145
+contig	C8042271	145
+contig	C8042409	145
+contig	C8042401	145
+contig	C8042437	145
+contig	C8042447	145
+contig	C8042483	145
+contig	C8042487	145
+contig	C8042265	145
+contig	C8042479	145
+contig	C8042165	145
+contig	C8042397	145
+contig	C8042495	145
+contig	C8042563	145
+contig	C8042591	145
+contig	C8042543	145
+contig	C8042555	145
+contig	C8042637	145
+contig	C8042663	145
+contig	C8042733	145
+contig	C8042531	145
+contig	C8042691	145
+contig	C8042727	145
+contig	C8042751	145
+contig	C8042795	145
+contig	C8042807	145
+contig	C8042843	145
+contig	C8042857	145
+contig	C8042859	145
+contig	C8041819	145
+contig	C8042861	145
+contig	C8042779	145
+contig	C8042945	145
+contig	C8042961	145
+contig	C8042869	145
+contig	C8042929	145
+contig	C8042897	145
+contig	C8042967	145
+contig	C8042981	145
+contig	C8042995	145
+contig	C8042983	145
+contig	C8043035	145
+contig	C8043043	145
+contig	C8042615	145
+contig	C8043157	145
+contig	C8042943	145
+contig	C8043065	145
+contig	C8043165	145
+contig	C8043167	145
+contig	C8043033	145
+contig	C8043187	145
+contig	C8043249	145
+contig	C8043281	145
+contig	C8043213	145
+contig	C8043031	145
+contig	C8043285	145
+contig	C8043309	145
+contig	C8043369	145
+contig	C8043361	145
+contig	C8043387	145
+contig	C8043333	145
+contig	C8043127	145
+contig	C8043431	145
+contig	C8043433	145
+contig	C8043447	145
+contig	C8043481	145
+contig	C8043489	145
+contig	C8043331	145
+contig	C8043521	145
+contig	C8043463	145
+contig	C8043507	145
+contig	C8043555	145
+contig	C8043527	145
+contig	C8043479	145
+contig	C8043585	145
+contig	C8043635	145
+contig	C8043659	145
+contig	C8043709	145
+contig	C8043621	145
+contig	C8043695	145
+contig	C8043671	145
+contig	C8043779	145
+contig	C8043577	145
+contig	C8043763	145
+contig	C8043781	145
+contig	C8043805	145
+contig	C8043865	145
+contig	C8043761	145
+contig	C8043961	145
+contig	C8043989	146
+contig	C8043867	145
+contig	C8043997	146
+contig	C8043943	145
+contig	C8044019	146
+contig	C8044033	146
+contig	C8044043	146
+contig	C8044115	146
+contig	C8044119	146
+contig	C8044157	146
+contig	C8044225	146
+contig	C8044227	146
+contig	C8043833	145
+contig	C8044267	146
+contig	C8044345	146
+contig	C8044369	146
+contig	C8044373	146
+contig	C8044083	146
+contig	C8044377	146
+contig	C8044415	146
+contig	C8044451	146
+contig	C8044427	146
+contig	C8044499	146
+contig	C8044523	146
+contig	C8044025	146
+contig	C8044463	146
+contig	C8044551	146
+contig	C8044541	146
+contig	C8044557	146
+contig	C8044577	146
+contig	C8044585	146
+contig	C8044589	146
+contig	C8044603	146
+contig	C8044553	146
+contig	C8043247	145
+contig	C8044609	146
+contig	C8044533	146
+contig	C8044635	146
+contig	C8044639	146
+contig	C8044619	146
+contig	C8044645	146
+contig	C8044681	146
+contig	C8044649	146
+contig	C8044627	146
+contig	C8044707	146
+contig	C8044747	146
+contig	C8044755	146
+contig	C8044763	146
+contig	C8044789	146
+contig	C8044741	146
+contig	C8044607	146
+contig	C8044945	146
+contig	C8044851	146
+contig	C8044829	146
+contig	C8044979	146
+contig	C8044963	146
+contig	C8044981	146
+contig	C8045009	146
+contig	C8045013	146
+contig	C8045023	146
+contig	C8045021	146
+contig	C8045039	146
+contig	C8045077	146
+contig	C8044989	146
+contig	C8045081	146
+contig	C8045029	146
+contig	C8045115	146
+contig	C8045159	146
+contig	C8045111	146
+contig	C8045187	146
+contig	C8045201	146
+contig	C8045199	146
+contig	C8045213	146
+contig	C8045185	146
+contig	C8045203	146
+contig	C8045217	146
+contig	C8045231	146
+contig	C8045233	146
+contig	C8045265	146
+contig	C8045263	146
+contig	C8045305	146
+contig	C8045229	146
+contig	C8045309	146
+contig	C8045353	146
+contig	C8045325	146
+contig	C8045357	146
+contig	C8045377	146
+contig	C8045383	146
+contig	C8045373	146
+contig	C8045395	146
+contig	C8045401	146
+contig	C8045387	146
+contig	C8042481	145
+contig	C8043191	145
+contig	C8045429	146
+contig	C8045501	146
+contig	C8045481	146
+contig	C8045545	146
+contig	C8045537	146
+contig	C8045515	146
+contig	C8045539	146
+contig	C8045295	146
+contig	C8045569	146
+contig	C8045581	146
+contig	C8045651	146
+contig	C8045615	146
+contig	C8045671	146
+contig	C8045675	146
+contig	C8045731	146
+contig	C8045703	146
+contig	C8045661	146
+contig	C8045783	146
+contig	C8045687	146
+contig	C8038075	145
+contig	C8045631	146
+contig	C8045879	146
+contig	C8045829	146
+contig	C8045901	146
+contig	C8045759	146
+contig	C8045905	146
+contig	C8045925	146
+contig	C8045963	146
+contig	C8045897	146
+contig	C8045987	146
+contig	C8045993	146
+contig	C8046017	146
+contig	C8046003	146
+contig	C8046019	146
+contig	C8046033	146
+contig	C8046079	146
+contig	C8046083	146
+contig	C8046007	146
+contig	C8045983	146
+contig	C8046161	146
+contig	C8046147	146
+contig	C8046145	146
+contig	C8046191	146
+contig	C8046175	146
+contig	C8046193	146
+contig	C8046219	146
+contig	C8045001	146
+contig	C8044349	146
+contig	C8046257	146
+contig	C8046211	146
+contig	C8046103	146
+contig	C8046259	146
+contig	C8046287	146
+contig	C8046303	146
+contig	C8046295	146
+contig	C8046267	146
+contig	C8046283	146
+contig	C8046333	146
+contig	C8046345	146
+contig	C8046367	146
+contig	C8046227	146
+contig	C8046349	146
+contig	C8046423	146
+contig	C8046331	146
+contig	C8046427	146
+contig	C8046261	146
+contig	C8046443	146
+contig	C8046437	146
+contig	C8046433	146
+contig	C8046515	146
+contig	C8046577	146
+contig	C8046517	146
+contig	C8046685	146
+contig	C8046649	146
+contig	C8046687	146
+contig	C8046721	146
+contig	C8046501	146
+contig	C8046747	146
+contig	C8046913	146
+contig	C8046869	146
+contig	C8046931	146
+contig	C8046917	146
+contig	C8046953	146
+contig	C8046697	146
+contig	C8046969	146
+contig	C8046977	146
+contig	C8046375	146
+contig	C8046991	146
+contig	C8047031	146
+contig	C8046625	146
+contig	C8047057	146
+contig	C8045785	146
+contig	C8047049	146
+contig	C8047119	146
+contig	C8047121	146
+contig	C8047117	146
+contig	C8047215	146
+contig	C8047225	146
+contig	C8047105	146
+contig	C8046963	146
+contig	C8047193	146
+contig	C8047279	146
+contig	C8047231	146
+contig	C8047235	146
+contig	C8047293	146
+contig	C8047161	146
+contig	C8047043	146
+contig	C8047229	146
+contig	C8047295	146
+contig	C8047369	146
+contig	C8047367	146
+contig	C8047373	146
+contig	C8047377	146
+contig	C8047313	146
+contig	C8047333	146
+contig	C8047381	146
+contig	C8047387	146
+contig	C8047419	146
+contig	C8047417	146
+contig	C8047469	146
+contig	C8047511	146
+contig	C8047519	146
+contig	C8047521	146
+contig	C8047531	146
+contig	C8047349	146
+contig	C8047565	146
+contig	C8047571	146
+contig	C8047611	146
+contig	C8047447	146
+contig	C8047659	146
+contig	C8047389	146
+contig	C8047655	146
+contig	C8047695	146
+contig	C8047689	146
+contig	C8047711	146
+contig	C8047741	146
+contig	C8047721	146
+contig	C8047757	146
+contig	C8047605	146
+contig	C8047781	146
+contig	C8047813	146
+contig	C8047729	146
+contig	C8047815	146
+contig	C8047747	146
+contig	C8047789	146
+contig	C8047869	146
+contig	C8047903	146
+contig	C8047899	146
+contig	C8047929	146
+contig	C8047931	146
+contig	C8047975	146
+contig	C8047973	146
+contig	C8047987	146
+contig	C8047997	146
+contig	C8047999	146
+contig	C8047877	146
+contig	C8048119	146
+contig	C8048037	146
+contig	C8048171	146
+contig	C8048163	146
+contig	C8048167	146
+contig	C8048203	146
+contig	C8048231	146
+contig	C8048275	146
+contig	C8048113	146
+contig	C8048279	146
+contig	C8048229	146
+contig	C8048341	146
+contig	C8048277	146
+contig	C8048339	146
+contig	C8048371	146
+contig	C8048345	146
+contig	C8048387	146
+contig	C8048347	146
+contig	C8048411	146
+contig	C8048367	146
+contig	C8048417	146
+contig	C8048459	146
+contig	C8048443	146
+contig	C8048461	146
+contig	C8048499	146
+contig	C8048469	146
+contig	C8048521	146
+contig	C8048515	146
+contig	C8048567	146
+contig	C8048569	146
+contig	C8048587	146
+contig	C8048597	146
+contig	C8048611	146
+contig	C8048633	146
+contig	C8048647	146
+contig	C8048651	146
+contig	C8047635	146
+contig	C8048667	146
+contig	C8048661	146
+contig	C8048683	146
+contig	C8048727	146
+contig	C8047075	146
+contig	C8048733	146
+contig	C8048741	146
+contig	C8048753	146
+contig	C8048757	146
+contig	C8048785	146
+contig	C8048599	146
+contig	C8048801	146
+contig	C8048779	146
+contig	C8048803	146
+contig	C8048705	146
+contig	C8048829	146
+contig	C8048815	146
+contig	C8048843	146
+contig	C8048831	146
+contig	C8048871	146
+contig	C8048807	146
+contig	C8048877	146
+contig	C8048887	146
+contig	C8048873	146
+contig	C8048951	146
+contig	C8048973	146
+contig	C8048983	146
+contig	C8048895	146
+contig	C8049049	146
+contig	C8049017	146
+contig	C8049061	146
+contig	C8049055	146
+contig	C8049097	146
+contig	C8048975	146
+contig	C8049001	146
+contig	C8049131	146
+contig	C8048439	146
+contig	C8049145	146
+contig	C8049117	146
+contig	C8049175	146
+contig	C8049167	146
+contig	C8049193	146
+contig	C8049125	146
+contig	C8049163	146
+contig	C8049179	146
+contig	C8049223	146
+contig	C8049299	146
+contig	C8049213	146
+contig	C8049307	146
+contig	C8049305	146
+contig	C8049309	146
+contig	C8049319	146
+contig	C8049339	146
+contig	C8049377	146
+contig	C8049321	146
+contig	C8049425	146
+contig	C8049437	146
+contig	C8049455	146
+contig	C8049519	146
+contig	C8049501	146
+contig	C8049523	146
+contig	C8049239	146
+contig	C8049531	146
+contig	C8049619	146
+contig	C8049529	146
+contig	C8049651	146
+contig	C8049423	146
+contig	C8049691	146
+contig	C8049709	146
+contig	C8049715	146
+contig	C8049631	146
+contig	C8049697	146
+contig	C8049759	146
+contig	C8049757	146
+contig	C8049729	146
+contig	C8049831	146
+contig	C8049593	146
+contig	C8049883	146
+contig	C8049853	146
+contig	C8049897	146
+contig	C8049785	146
+contig	C8049875	146
+contig	C8049917	146
+contig	C8049941	146
+contig	C8049925	146
+contig	C8049903	146
+contig	C8050027	146
+contig	C8050029	146
+contig	C8050057	146
+contig	C8050095	146
+contig	C8050041	146
+contig	C8049943	146
+contig	C8050105	146
+contig	C8050119	146
+contig	C8050127	146
+contig	C8050185	146
+contig	C8050189	146
+contig	C8050161	146
+contig	C8050215	146
+contig	C8050211	146
+contig	C8050199	146
+contig	C8050223	146
+contig	C8050213	146
+contig	C8050329	146
+contig	C8050275	146
+contig	C8050333	146
+contig	C8050347	146
+contig	C8050349	146
+contig	C8050319	146
+contig	C8046053	146
+contig	C8050377	146
+contig	C8050385	146
+contig	C8050397	146
+contig	C8050407	146
+contig	C8050315	146
+contig	C8050415	146
+contig	C8050431	146
+contig	C8050365	146
+contig	C8050419	146
+contig	C8050483	146
+contig	C8050439	146
+contig	C8050511	146
+contig	C8050519	146
+contig	C8050513	146
+contig	C8050523	146
+contig	C8050533	146
+contig	C8050561	146
+contig	C8050379	146
+contig	C8050541	146
+contig	C8050595	146
+contig	C8050585	146
+contig	C8050629	146
+contig	C8050645	146
+contig	C8050557	146
+contig	C8050785	146
+contig	C8049493	146
+contig	C8050713	146
+contig	C8050825	146
+contig	C8050783	146
+contig	C8050823	146
+contig	C8050883	146
+contig	C8050843	146
+contig	C8050965	146
+contig	C8050693	146
+contig	C8051011	146
+contig	C8050969	146
+contig	C8050961	146
+contig	C8050831	146
+contig	C8050715	146
+contig	C8051045	146
+contig	C8051021	146
+contig	C8051071	146
+contig	C8051077	146
+contig	C8051099	146
+contig	C8051057	146
+contig	C8051113	146
+contig	C8051093	146
+contig	C8051191	146
+contig	C8051153	146
+contig	C8051195	146
+contig	C8048451	146
+contig	C8051203	146
+contig	C8051271	146
+contig	C8051299	146
+contig	C8051347	146
+contig	C8051013	146
+contig	C8051037	146
+contig	C8051341	146
+contig	C8051363	146
+contig	C8051385	146
+contig	C8051397	146
+contig	C8051433	146
+contig	C8051435	146
+contig	C8051443	146
+contig	C8051329	146
+contig	C8051467	146
+contig	C8051509	146
+contig	C8051461	146
+contig	C8051545	146
+contig	C8051577	146
+contig	C8051561	146
+contig	C8051599	146
+contig	C8051481	146
+contig	C8051621	146
+contig	C8051455	146
+contig	C8051643	147
+contig	C8051589	146
+contig	C8051603	146
+contig	C8051657	147
+contig	C8051625	146
+contig	C8051717	147
+contig	C8051665	147
+contig	C8051747	147
+contig	C8051729	147
+contig	C8051655	147
+contig	C8051765	147
+contig	C8050949	146
+contig	C8051813	147
+contig	C8051879	147
+contig	C8051801	147
+contig	C8051927	147
+contig	C8051637	147
+contig	C8051939	147
+contig	C8051953	147
+contig	C8051955	147
+contig	C8051851	147
+contig	C8051967	147
+contig	C8051995	147
+contig	C8052021	147
+contig	C8052019	147
+contig	C8052065	147
+contig	C8052073	147
+contig	C8052075	147
+contig	C8051895	147
+contig	C8051985	147
+contig	C8052119	147
+contig	C8052123	147
+contig	C8052069	147
+contig	C8052133	147
+contig	C8052177	147
+contig	C8052213	147
+contig	C8052221	147
+contig	C8052275	147
+contig	C8052211	147
+contig	C8052285	147
+contig	C8052141	147
+contig	C8052335	147
+contig	C8052393	147
+contig	C8052117	147
+contig	C8052351	147
+contig	C8052415	147
+contig	C8052443	147
+contig	C8052439	147
+contig	C8052477	147
+contig	C8052513	147
+contig	C8052493	147
+contig	C8052523	147
+contig	C8051237	146
+contig	C8052571	147
+contig	C8052579	147
+contig	C8052609	147
+contig	C8052595	147
+contig	C8052581	147
+contig	C8052637	147
+contig	C8052643	147
+contig	C8052689	147
+contig	C8052707	147
+contig	C8052377	147
+contig	C8052683	147
+contig	C8052565	147
+contig	C8052769	147
+contig	C8052739	147
+contig	C8052775	147
+contig	C8052797	147
+contig	C8052799	147
+contig	C8052825	147
+contig	C8052791	147
+contig	C8052897	147
+contig	C8052909	147
+contig	C8052925	147
+contig	C8052929	147
+contig	C8052999	147
+contig	C8043733	145
+contig	C8053035	147
+contig	C8053011	147
+contig	C8052901	147
+contig	C8053051	147
+contig	C8052765	147
+contig	C8053075	147
+contig	C8053099	147
+contig	C8052845	147
+contig	C8053119	147
+contig	C8053135	147
+contig	C8053149	147
+contig	C8053131	147
+contig	C8053225	147
+contig	C8053263	147
+contig	C8053305	147
+contig	C8053301	147
+contig	C8053329	147
+contig	C8053321	147
+contig	C8053369	147
+contig	C8053079	147
+contig	C8053425	147
+contig	C8053367	147
+contig	C8053431	147
+contig	C8053387	147
+contig	C8053195	147
+contig	C8053505	147
+contig	C8053461	147
+contig	C8053391	147
+contig	C8053575	147
+contig	C8053471	147
+contig	C8053563	147
+contig	C8053579	147
+contig	C8053591	147
+contig	C8053653	147
+contig	C8053633	147
+contig	C8053669	147
+contig	C8053623	147
+contig	C8053715	147
+contig	C8053645	147
+contig	C8053737	147
+contig	C8053753	147
+contig	C8053755	147
+contig	C8053763	147
+contig	C8053777	147
+contig	C8053769	147
+contig	C8053797	147
+contig	C8053827	147
+contig	C8053831	147
+contig	C8053887	147
+contig	C8053907	147
+contig	C8052805	147
+contig	C8053901	147
+contig	C8053915	147
+contig	C8053943	147
+contig	C8053987	147
+contig	C8054023	147
+contig	C8054053	147
+contig	C8054073	147
+contig	C8054147	147
+contig	C8052223	147
+contig	C8053615	147
+contig	C8054169	147
+contig	C8054167	147
+contig	C8054199	147
+contig	C8054235	147
+contig	C8054239	147
+contig	C8054241	147
+contig	C8054273	147
+contig	C8054301	147
+contig	C8054329	147
+contig	C8054427	147
+contig	C8054405	147
+contig	C8054201	147
+contig	C8054451	147
+contig	C8054465	147
+contig	C8054481	147
+contig	C8054431	147
+contig	C8054561	147
+contig	C8054571	147
+contig	C8054547	147
+contig	C8054625	147
+contig	C8054609	147
+contig	C8054637	147
+contig	C8054695	147
+contig	C8054703	147
+contig	C8054719	147
+contig	C8054753	147
+contig	C8054619	147
+contig	C8054783	147
+contig	C8054777	147
+contig	C8054797	147
+contig	C8054799	147
+contig	C8054773	147
+contig	C8054809	147
+contig	C8054819	147
+contig	C8054855	147
+contig	C8053673	147
+contig	C8054861	147
+contig	C8054853	147
+contig	C8054909	147
+contig	C8054919	147
+contig	C8055011	147
+contig	C8054813	147
+contig	C8053979	147
+contig	C8054907	147
+contig	C8055059	147
+contig	C8055105	147
+contig	C8055021	147
+contig	C8055099	147
+contig	C8054969	147
+contig	C8055111	147
+contig	C8041295	145
+contig	C8055119	147
+contig	C8055153	147
+contig	C8055225	147
+contig	C8055125	147
+contig	C8055107	147
+contig	C8055129	147
+contig	C8055249	147
+contig	C8055261	147
+contig	C8055203	147
+contig	C8055277	147
+contig	C8055273	147
+contig	C8055227	147
+contig	C8055275	147
+contig	C8055313	147
+contig	C8055333	147
+contig	C8055283	147
+contig	C8055367	147
+contig	C8055355	147
+contig	C8055291	147
+contig	C8055305	147
+contig	C8055427	147
+contig	C8055403	147
+contig	C8055441	147
+contig	C8055401	147
+contig	C8055469	147
+contig	C8055483	147
+contig	C8055443	147
+contig	C8055499	147
+contig	C8055437	147
+contig	C8055557	147
+contig	C8055575	147
+contig	C8055579	147
+contig	C8055493	147
+contig	C8055563	147
+contig	C8055599	147
+contig	C8055607	147
+contig	C8055601	147
+contig	C8055629	147
+contig	C8055647	147
+contig	C8055663	147
+contig	C8055695	147
+contig	C8055741	147
+contig	C8055633	147
+contig	C8055701	147
+contig	C8055749	147
+contig	C8055765	147
+contig	C8055771	147
+contig	C8053655	147
+contig	C8055779	147
+contig	C8055797	147
+contig	C8055761	147
+contig	C8055809	147
+contig	C8055823	147
+contig	C8055781	147
+contig	C8055801	147
+contig	C8055859	147
+contig	C8055833	147
+contig	C8055899	147
+contig	C8055877	147
+contig	C8055955	147
+contig	C8056017	147
+contig	C8055825	147
+contig	C8055791	147
+contig	C8056031	147
+contig	C8056039	147
+contig	C8056121	147
+contig	C8056125	147
+contig	C8056035	147
+contig	C8056051	147
+contig	C8056127	147
+contig	C8055409	147
+contig	C8056195	147
+contig	C8056147	147
+contig	C8056181	147
+contig	C8056205	147
+contig	C8056199	147
+contig	C8056143	147
+contig	C8056239	147
+contig	C8056247	147
+contig	C8056251	147
+contig	C8056139	147
+contig	C8056223	147
+contig	C8056265	147
+contig	C8056263	147
+contig	C8056233	147
+contig	C8056309	147
+contig	C8056289	147
+contig	C8056351	147
+contig	C8056305	147
+contig	C8056379	147
+contig	C8056187	147
+contig	C8056335	147
+contig	C8056391	147
+contig	C8056393	147
+contig	C8056447	147
+contig	C8056449	147
+contig	C8056483	147
+contig	C8056385	147
+contig	C8056519	147
+contig	C8056453	147
+contig	C8056523	147
+contig	C8055047	147
+contig	C8056333	147
+contig	C8056525	147
+contig	C8056527	147
+contig	C8056557	147
+contig	C8056555	147
+contig	C8056495	147
+contig	C8056417	147
+contig	C8056591	147
+contig	C8056577	147
+contig	C8056659	147
+contig	C8056669	147
+contig	C8056629	147
+contig	C8056637	147
+contig	C8056727	147
+contig	C8056799	147
+contig	C8056733	147
+contig	C8056693	147
+contig	C8056807	147
+contig	C8056759	147
+contig	C8056861	147
+contig	C8056841	147
+contig	C8056859	147
+contig	C8056607	147
+contig	C8056927	147
+contig	C8056915	147
+contig	C8056801	147
+contig	C8056961	147
+contig	C8056883	147
+contig	C8057005	147
+contig	C8057021	147
+contig	C8056865	147
+contig	C8056999	147
+contig	C8056981	147
+contig	C8057053	147
+contig	C8057129	147
+contig	C8057095	147
+contig	C8057157	147
+contig	C8057163	147
+contig	C8057131	147
+contig	C8057153	147
+contig	C8057211	147
+contig	C8057273	147
+contig	C8057219	147
+contig	C8057323	147
+contig	C8057253	147
+contig	C8053927	147
+contig	C8057327	147
+contig	C8057319	147
+contig	C8056951	147
+contig	C8057333	147
+contig	C8057237	147
+contig	C8057337	147
+contig	C8057209	147
+contig	C8057359	147
+contig	C8057411	147
+contig	C8057385	147
+contig	C8057413	147
+contig	C8057325	147
+contig	C8057495	147
+contig	C8057397	147
+contig	C8057433	147
+contig	C8057551	147
+contig	C8057457	147
+contig	C8057569	147
+contig	C8057583	147
+contig	C8057595	147
+contig	C8057379	147
+contig	C8057517	147
+contig	C8057597	147
+contig	C8057621	147
+contig	C8057669	147
+contig	C8057645	147
+contig	C8057557	147
+contig	C8057705	147
+contig	C8057709	147
+contig	C8057717	147
+contig	C8057787	147
+contig	C8057771	147
+contig	C8057695	147
+contig	C8057805	147
+contig	C8057813	147
+contig	C8057829	147
+contig	C8057833	147
+contig	C8057897	147
+contig	C8057653	147
+contig	C8057899	147
+contig	C8057929	147
+contig	C8057905	147
+contig	C8057801	147
+contig	C8057921	147
+contig	C8057901	147
+contig	C8058009	147
+contig	C8057975	147
+contig	C8057969	147
+contig	C8058033	147
+contig	C8058035	147
+contig	C8058083	147
+contig	C8058097	147
+contig	C8057837	147
+contig	C8058107	147
+contig	C8058045	147
+contig	C8058165	147
+contig	C8058189	147
+contig	C8058245	147
+contig	C8058179	147
+contig	C8057939	147
+contig	C8058279	147
+contig	C8058261	147
+contig	C8058115	147
+contig	C8058313	147
+contig	C8058373	147
+contig	C8058405	147
+contig	C8058297	147
+contig	C8058329	147
+contig	C8058381	147
+contig	C8058317	147
+contig	C8058411	147
+contig	C8058453	147
+contig	C8058435	147
+contig	C8058455	147
+contig	C8058465	147
+contig	C8058473	147
+contig	C8058531	147
+contig	C8058113	147
+contig	C8058549	147
+contig	C8058573	147
+contig	C8058593	147
+contig	C8058445	147
+contig	C8058497	147
+contig	C8058637	147
+contig	C8058577	147
+contig	C8058559	147
+contig	C8058647	147
+contig	C8058489	147
+contig	C8058651	147
+contig	C8058655	147
+contig	C8058645	147
+contig	C8058803	147
+contig	C8058863	147
+contig	C8058853	147
+contig	C8058841	147
+contig	C8058873	147
+contig	C8058871	147
+contig	C8058861	147
+contig	C8058905	147
+contig	C8058919	147
+contig	C8058641	147
+contig	C8058941	147
+contig	C8058947	147
+contig	C8058957	147
+contig	C8058923	147
+contig	C8058969	147
+contig	C8058961	147
+contig	C8058973	147
+contig	C8058975	147
+contig	C8058977	147
+contig	C8059063	147
+contig	C8059071	147
+contig	C8059019	147
+contig	C8059085	147
+contig	C8059089	147
+contig	C8059117	147
+contig	C8059111	147
+contig	C8059119	147
+contig	C8058877	147
+contig	C8059123	147
+contig	C8059199	147
+contig	C8059267	147
+contig	C8059003	147
+contig	C8059285	147
+contig	C8059299	147
+contig	C8059247	147
+contig	C8059225	147
+contig	C8059309	147
+contig	C8059331	147
+contig	C8059355	147
+contig	C8059101	147
+contig	C8059381	147
+contig	C8059423	148
+contig	C8059427	148
+contig	C8059413	148
+contig	C8059457	148
+contig	C8059509	148
+contig	C8059479	148
+contig	C8059463	148
+contig	C8059321	147
+contig	C8059363	147
+contig	C8059561	148
+contig	C8059563	148
+contig	C8059525	148
+contig	C8059577	148
+contig	C8058829	147
+contig	C8059637	148
+contig	C8056383	147
+contig	C8059617	148
+contig	C8059615	148
+contig	C8059539	148
+contig	C8059665	148
+contig	C8059599	148
+contig	C8059723	148
+contig	C8059619	148
+contig	C8057431	147
+contig	C8059701	148
+contig	C8059765	148
+contig	C8059803	148
+contig	C8059769	148
+contig	C8059641	148
+contig	C8059867	148
+contig	C8059671	148
+contig	C8059649	148
+contig	C8059903	148
+contig	C8059913	148
+contig	C8059869	148
+contig	C8059851	148
+contig	C8059915	148
+contig	C8059911	148
+contig	C8059907	148
+contig	C8059823	148
+contig	C8059893	148
+contig	C8060079	148
+contig	C8060003	148
+contig	C8060067	148
+contig	C8059751	148
+contig	C8060059	148
+contig	C8060109	148
+contig	C8059999	148
+contig	C8060099	148
+contig	C8060189	148
+contig	C8060197	148
+contig	C8059947	148
+contig	C8060227	148
+contig	C8060257	148
+contig	C8060157	148
+contig	C8060177	148
+contig	C8060251	148
+contig	C8060281	148
+contig	C8060305	148
+contig	C8060091	148
+contig	C8060313	148
+contig	C8060315	148
+contig	C8060343	148
+contig	C8060321	148
+contig	C8060353	148
+contig	C8060351	148
+contig	C8060093	148
+contig	C8060429	148
+contig	C8060337	148
+contig	C8060405	148
+contig	C8060395	148
+contig	C8060421	148
+contig	C8060457	148
+contig	C8060475	148
+contig	C8060535	148
+contig	C8060323	148
+contig	C8060515	148
+contig	C8060569	148
+contig	C8060589	148
+contig	C8060531	148
+contig	C8060637	148
+contig	C8060639	148
+contig	C8060663	148
+contig	C8060513	148
+contig	C8060253	148
+contig	C8060645	148
+contig	C8060741	148
+contig	C8060693	148
+contig	C8060795	148
+contig	C8060711	148
+contig	C8060659	148
+contig	C8060791	148
+contig	C8060821	148
+contig	C8060851	148
+contig	C8060827	148
+contig	C8060859	148
+contig	C8060805	148
+contig	C8060627	148
+contig	C8060835	148
+contig	C8060871	148
+contig	C8060877	148
+contig	C8060885	148
+contig	C8060935	148
+contig	C8060689	148
+contig	C8060923	148
+contig	C8060981	148
+contig	C8060833	148
+contig	C8060987	148
+contig	C8060995	148
+contig	C8060879	148
+contig	C8061001	148
+contig	C8061035	148
+contig	C8060945	148
+contig	C8061061	148
+contig	C8061007	148
+contig	C8061063	148
+contig	C8060947	148
+contig	C8060983	148
+contig	C8061081	148
+contig	C8061101	148
+contig	C8061231	148
+contig	C8061167	148
+contig	C8061255	148
+contig	C8061147	148
+contig	C8061097	148
+contig	C8061315	148
+contig	C8061229	148
+contig	C8061323	148
+contig	C8061157	148
+contig	C8061313	148
+contig	C8061249	148
+contig	C8061437	148
+contig	C8061439	148
+contig	C8061387	148
+contig	C8061351	148
+contig	C8061435	148
+contig	C8061319	148
+contig	C8061423	148
+contig	C8061537	148
+contig	C8061573	148
+contig	C8061529	148
+contig	C8061551	148
+contig	C8061533	148
+contig	C8060723	148
+contig	C8061615	148
+contig	C8061631	148
+contig	C8061493	148
+contig	C8061629	148
+contig	C8061679	148
+contig	C8061851	148
+contig	C8061763	148
+contig	C8061579	148
+contig	C8061861	148
+contig	C8061857	148
+contig	C8061909	148
+contig	C8061737	148
+contig	C8061919	148
+contig	C8061637	148
+contig	C8061893	148
+contig	C8061929	148
+contig	C8061901	148
+contig	C8061963	148
+contig	C8061553	148
+contig	C8062043	148
+contig	C8062017	148
+contig	C8061885	148
+contig	C8062091	148
+contig	C8062103	148
+contig	C8062101	148
+contig	C8062109	148
+contig	C8062099	148
+contig	C8062059	148
+contig	C8062063	148
+contig	C8061945	148
+contig	C8062217	148
+contig	C8062295	148
+contig	C8062343	148
+contig	C8062045	148
+contig	C8062117	148
+contig	C8062399	148
+contig	C8062345	148
+contig	C8062389	148
+contig	C8062339	148
+contig	C8062439	148
+contig	C8062441	148
+contig	C8062531	148
+contig	C8062575	148
+contig	C8062691	148
+contig	C8062223	148
+contig	C8062707	148
+contig	C8062501	148
+contig	C8062753	148
+contig	C8062781	148
+contig	C8062785	148
+contig	C8062789	148
+contig	C8062229	148
+contig	C8062703	148
+contig	C8062855	148
+contig	C8062887	148
+contig	C8062833	148
+contig	C8062055	148
+contig	C8063087	148
+contig	C8063003	148
+contig	C8063005	148
+contig	C8062767	148
+contig	C8063193	148
+contig	C8062697	148
+contig	C8063219	148
+contig	C8062819	148
+contig	C8063267	148
+contig	C8063299	148
+contig	C8063095	148
+contig	C8063127	148
+contig	C8063337	148
+contig	C8063385	148
+contig	C8063281	148
+contig	C8063375	148
+contig	C8063403	148
+contig	C8063421	148
+contig	C8063373	148
+contig	C8063331	148
+contig	C8063459	148
+contig	C8063295	148
+contig	C8063431	148
+contig	C8063411	148
+contig	C8063481	148
+contig	C8063543	148
+contig	C8063515	148
+contig	C8063549	148
+contig	C8063551	148
+contig	C8063455	148
+contig	C8063587	148
+contig	C8063573	148
+contig	C8063623	148
+contig	C8063501	148
+contig	C8063585	148
+contig	C8063627	148
+contig	C8063629	148
+contig	C8063483	148
+contig	C8063681	148
+contig	C8051715	147
+contig	C8063689	148
+contig	C8063625	148
+contig	C8063553	148
+contig	C8063691	148
+contig	C8063757	148
+contig	C8063763	148
+contig	C8063759	148
+contig	C8063747	148
+contig	C8063843	148
+contig	C8063807	148
+contig	C8063589	148
+contig	C8063695	148
+contig	C8063775	148
+contig	C8063929	148
+contig	C8063909	148
+contig	C8063937	148
+contig	C8063849	148
+contig	C8063939	148
+contig	C8063977	148
+contig	C8064041	148
+contig	C8063981	148
+contig	C8064037	148
+contig	C8064013	148
+contig	C8064047	148
+contig	C8064105	148
+contig	C8063917	148
+contig	C8064077	148
+contig	C8064065	148
+contig	C8064179	148
+contig	C8064199	148
+contig	C8064247	148
+contig	C8064219	148
+contig	C8064255	148
+contig	C8064277	148
+contig	C8064263	148
+contig	C8064351	148
+contig	C8064355	148
+contig	C8064379	148
+contig	C8064411	148
+contig	C8064439	148
+contig	C8064443	148
+contig	C8064463	148
+contig	C8064125	148
+contig	C8064545	148
+contig	C8064409	148
+contig	C8064555	148
+contig	C8064525	148
+contig	C8064617	148
+contig	C8064563	148
+contig	C8064625	148
+contig	C8064269	148
+contig	C8064623	148
+contig	C8064639	148
+contig	C8063637	148
+contig	C8064655	148
+contig	C8064693	148
+contig	C8064691	148
+contig	C8064619	148
+contig	C8064683	148
+contig	C8064719	148
+contig	C8064663	148
+contig	C8064737	148
+contig	C8064725	148
+contig	C8064739	148
+contig	C8064767	148
+contig	C8064807	148
+contig	C8064743	148
+contig	C8064835	148
+contig	C8064817	148
+contig	C8064779	148
+contig	C8064875	148
+contig	C8064851	148
+contig	C8064897	148
+contig	C8065005	148
+contig	C8065003	148
+contig	C8064971	148
+contig	C8065009	148
+contig	C8065017	148
+contig	C8065033	148
+contig	C8065075	148
+contig	C8065081	148
+contig	C8065047	148
+contig	C8065055	148
+contig	C8064895	148
+contig	C8065119	148
+contig	C8065129	148
+contig	C8065115	148
+contig	C8065091	148
+contig	C8065211	148
+contig	C8065223	148
+contig	C8065153	148
+contig	C8065243	148
+contig	C8065253	148
+contig	C8065259	148
+contig	C8062669	148
+contig	C8065167	148
+contig	C8065183	148
+contig	C8064665	148
+contig	C8065289	148
+contig	C8065141	148
+contig	C8065269	148
+contig	C8065299	148
+contig	C8065307	148
+contig	C8065337	148
+contig	C8065347	148
+contig	C8065331	148
+contig	C8065381	148
+contig	C8065387	148
+contig	C8065375	148
+contig	C8065373	148
+contig	C8065411	148
+contig	C8065419	148
+contig	C8065519	148
+contig	C8063745	148
+contig	C8065455	148
+contig	C8065523	148
+contig	C8065535	148
+contig	C8065543	148
+contig	C8065555	148
+contig	C8065631	148
+contig	C8065261	148
+contig	C8065651	148
+contig	C8065627	148
+contig	C8065503	148
+contig	C8065663	148
+contig	C8065695	148
+contig	C8065585	148
+contig	C8065707	148
+contig	C8065637	148
+contig	C8065703	148
+contig	C8065731	148
+contig	C8065729	148
+contig	C8065733	148
+contig	C8065301	148
+contig	C8065741	148
+contig	C8065427	148
+contig	C8065751	148
+contig	C8065773	148
+contig	C8065769	148
+contig	C8065343	148
+contig	C8065753	148
+contig	C8065767	148
+contig	C8065797	148
+contig	C8065847	148
+contig	C8065781	148
+contig	C8065859	148
+contig	C8065835	148
+contig	C8065895	148
+contig	C8065949	148
+contig	C8065993	148
+contig	C8065823	148
+contig	C8065969	148
+contig	C8066039	148
+contig	C8065933	148
+contig	C8065977	148
+contig	C8066041	148
+contig	C8066029	148
+contig	C8065929	148
+contig	C8066019	148
+contig	C8066073	148
+contig	C8065865	148
+contig	C8065999	148
+contig	C8066077	148
+contig	C8066099	148
+contig	C8066144	148
+contig	C8066242	148
+contig	C8066220	148
+contig	C8066089	148
+contig	C8066105	148
+contig	C8066260	148
+contig	C8066282	148
+contig	C8066340	148
+contig	C8066336	148
+contig	C8066218	148
+contig	C8066308	148
+contig	C8066342	148
+contig	C8066354	148
+contig	C8066362	148
+contig	C8066364	148
+contig	C8066378	148
+contig	C8066446	148
+contig	C8066382	148
+contig	C8066063	148
+contig	C8066328	148
+contig	C8066310	148
+contig	C8066396	148
+contig	C8066522	148
+contig	C8066498	148
+contig	C8066508	148
+contig	C8066604	148
+contig	C8066616	148
+contig	C8066502	148
+contig	C8066608	148
+contig	C8066532	148
+contig	C8066668	148
+contig	C8066626	148
+contig	C8066554	148
+contig	C8066674	148
+contig	C8066408	148
+contig	C8066694	148
+contig	C8066676	148
+contig	C8066718	148
+contig	C8066696	148
+contig	C8066812	148
+contig	C8066778	148
+contig	C8066806	148
+contig	C8066852	148
+contig	C8066472	148
+contig	C8066862	148
+contig	C8066830	148
+contig	C8066958	148
+contig	C8066940	148
+contig	C8066966	148
+contig	C8066624	148
+contig	C8067016	148
+contig	C8066998	148
+contig	C8067028	148
+contig	C8066704	148
+contig	C8067070	149
+contig	C8067160	149
+contig	C8066844	148
+contig	C8067026	148
+contig	C8067170	149
+contig	C8067092	149
+contig	C8067042	149
+contig	C8067246	149
+contig	C8067220	149
+contig	C8067272	149
+contig	C8067258	149
+contig	C8067250	149
+contig	C8067276	149
+contig	C8066748	148
+contig	C8066810	148
+contig	C8067284	149
+contig	C8067298	149
+contig	C8067292	149
+contig	C8067318	149
+contig	C8067278	149
+contig	C8067286	149
+contig	C8067414	149
+contig	C8067356	149
+contig	C8067210	149
+contig	C8067358	149
+contig	C8067350	149
+contig	C8067442	149
+contig	C8067112	149
+contig	C8067456	149
+contig	C8067476	149
+contig	C8067316	149
+contig	C8067446	149
+contig	C8067530	149
+contig	C8067436	149
+contig	C8067560	149
+contig	C8067452	149
+contig	C8067536	149
+contig	C8067702	149
+contig	C8067192	149
+contig	C8067738	149
+contig	C8067692	149
+contig	C8067722	149
+contig	C8067724	149
+contig	C8067542	149
+contig	C8067788	149
+contig	C8067810	149
+contig	C8067762	149
+contig	C8067630	149
+contig	C8067818	149
+contig	C8067932	149
+contig	C8067486	149
+contig	C8067962	149
+contig	C8067768	149
+contig	C8068062	149
+contig	C8067910	149
+contig	C8068016	149
+contig	C8068004	149
+contig	C8068088	149
+contig	C8068092	149
+contig	C8068082	149
+contig	C8068148	149
+contig	C8068140	149
+contig	C8068188	149
+contig	C8067766	149
+contig	C8068174	149
+contig	C8068250	149
+contig	C8068242	149
+contig	C8068298	149
+contig	C8068160	149
+contig	C8068318	149
+contig	C8068300	149
+contig	C8068338	149
+contig	C8068334	149
+contig	C8068310	149
+contig	C8068386	149
+contig	C8068098	149
+contig	C8068406	149
+contig	C8068440	149
+contig	C8068468	149
+contig	C8068320	149
+contig	C8068362	149
+contig	C8068458	149
+contig	C8068532	149
+contig	C8068542	149
+contig	C8068554	149
+contig	C8068552	149
+contig	C8068486	149
+contig	C8068584	149
+contig	C8068490	149
+contig	C8068592	149
+contig	C8068618	149
+contig	C8068624	149
+contig	C8068640	149
+contig	C8068622	149
+contig	C8068576	149
+contig	C8068742	149
+contig	C8068686	149
+contig	C8068790	149
+contig	C8068716	149
+contig	C8067840	149
+contig	C8068616	149
+contig	C8068862	149
+contig	C8068766	149
+contig	C8068806	149
+contig	C8068646	149
+contig	C8068906	149
+contig	C8068962	149
+contig	C8068904	149
+contig	C8068896	149
+contig	C8068940	149
+contig	C8068976	149
+contig	C8068996	149
+contig	C8069028	149
+contig	C8068000	149
+contig	C8069032	149
+contig	C8068842	149
+contig	C8069036	149
+contig	C8068992	149
+contig	C8069044	149
+contig	C8069098	149
+contig	C8069096	149
+contig	C8069082	149
+contig	C8069126	149
+contig	C8069124	149
+contig	C8068990	149
+contig	C8069020	149
+contig	C8069148	149
+contig	C8069178	149
+contig	C8068968	149
+contig	C8069230	149
+contig	C8069120	149
+contig	C8069244	149
+contig	C8069220	149
+contig	C8069258	149
+contig	C8069194	149
+contig	C8069262	149
+contig	C8069246	149
+contig	C8069328	149
+contig	C8069336	149
+contig	C8069298	149
+contig	C8069242	149
+contig	C8069348	149
+contig	C8069358	149
+contig	C8069422	149
+contig	C8069416	149
+contig	C8069446	149
+contig	C8069356	149
+contig	C8069330	149
+contig	C8069468	149
+contig	C8069500	149
+contig	C8069504	149
+contig	C8069476	149
+contig	C8069256	149
+contig	C8069554	149
+contig	C8069548	149
+contig	C8069550	149
+contig	C8069576	149
+contig	C8069586	149
+contig	C8069462	149
+contig	C8068034	149
+contig	C8069706	149
+contig	C8047951	146
+contig	C8069750	149
+contig	C8069634	149
+contig	C8069782	149
+contig	C8069698	149
+contig	C8069812	149
+contig	C8069728	149
+contig	C8069834	149
+contig	C8069686	149
+contig	C8069966	149
+contig	C8069822	149
+contig	C8069980	149
+contig	C8069932	149
+contig	C8070004	149
+contig	C8069848	149
+contig	C8070030	149
+contig	C8070092	149
+contig	C8070020	149
+contig	C8070134	149
+contig	C8070124	149
+contig	C8070104	149
+contig	C8070172	149
+contig	C8070166	149
+contig	C8070154	149
+contig	C8069752	149
+contig	C8070218	149
+contig	C8070210	149
+contig	C8070052	149
+contig	C8070222	149
+contig	C8070212	149
+contig	C8070220	149
+contig	C8070226	149
+contig	C8070260	149
+contig	C8070118	149
+contig	C8070258	149
+contig	C8070268	149
+contig	C8070278	149
+contig	C8070276	149
+contig	C8070266	149
+contig	C8070312	149
+contig	C8070254	149
+contig	C8070308	149
+contig	C8070280	149
+contig	C8070400	149
+contig	C8070382	149
+contig	C8070352	149
+contig	C8070342	149
+contig	C8070466	149
+contig	C8070498	149
+contig	C8070512	149
+contig	C8070490	149
+contig	C8070534	149
+contig	C8070556	149
+contig	C8070548	149
+contig	C8070558	149
+contig	C8070536	149
+contig	C8070560	149
+contig	C8070588	149
+contig	C8070586	149
+contig	C8070580	149
+contig	C8070666	149
+contig	C8070606	149
+contig	C8070552	149
+contig	C8070676	149
+contig	C8070262	149
+contig	C8070658	149
+contig	C8070670	149
+contig	C8070764	149
+contig	C8070812	149
+contig	C8070700	149
+contig	C8063099	148
+contig	C8070758	149
+contig	C8070878	149
+contig	C8070892	149
+contig	C8070614	149
+contig	C8070924	149
+contig	C8070802	149
+contig	C8070874	149
+contig	C8070994	149
+contig	C8071012	149
+contig	C8071014	149
+contig	C8070730	149
+contig	C8071018	149
+contig	C8070950	149
+contig	C8071088	149
+contig	C8070932	149
+contig	C8071096	149
+contig	C8071060	149
+contig	C8070938	149
+contig	C8071038	149
+contig	C8071124	149
+contig	C8071098	149
+contig	C8071198	149
+contig	C8071082	149
+contig	C8071148	149
+contig	C8071106	149
+contig	C8071232	149
+contig	C8071284	149
+contig	C8071292	149
+contig	C8071238	149
+contig	C8071352	149
+contig	C8071122	149
+contig	C8071310	149
+contig	C8071258	149
+contig	C8070954	149
+contig	C8071518	149
+contig	C8071526	149
+contig	C8071354	149
+contig	C8071542	149
+contig	C8071314	149
+contig	C8071596	149
+contig	C8071418	149
+contig	C8071520	149
+contig	C8071562	149
+contig	C8071618	149
+contig	C8071626	149
+contig	C8071684	149
+contig	C8071662	149
+contig	C8071548	149
+contig	C8071688	149
+contig	C8071710	149
+contig	C8071798	149
+contig	C8071776	149
+contig	C8071584	149
+contig	C8071802	149
+contig	C8071842	149
+contig	C8071876	149
+contig	C8071692	149
+contig	C8071622	149
+contig	C8071870	149
+contig	C8071940	149
+contig	C8071936	149
+contig	C8071824	149
+contig	C8071950	149
+contig	C8071976	149
+contig	C8071956	149
+contig	C8069498	149
+contig	C8072008	149
+contig	C8071938	149
+contig	C8072010	149
+contig	C8072074	149
+contig	C8072126	149
+contig	C8072130	149
+contig	C8072048	149
+contig	C8072138	149
+contig	C8071928	149
+contig	C8072146	149
+contig	C8072188	149
+contig	C8072162	149
+contig	C8072168	149
+contig	C8072214	149
+contig	C8072194	149
+contig	C8072220	149
+contig	C8071516	149
+contig	C8072252	149
+contig	C8072254	149
+contig	C8072268	149
+contig	C8072296	149
+contig	C8072308	149
+contig	C8072358	149
+contig	C8072384	149
+contig	C8072400	149
+contig	C8072368	149
+contig	C8072386	149
+contig	C8072302	149
+contig	C8072440	149
+contig	C8072446	149
+contig	C8072478	149
+contig	C8072462	149
+contig	C8072480	149
+contig	C8072500	149
+contig	C8072452	149
+contig	C8072522	149
+contig	C8072530	149
+contig	C8072524	149
+contig	C8072512	149
+contig	C8072542	149
+contig	C8072558	149
+contig	C8072566	149
+contig	C8069602	149
+contig	C8072576	149
+contig	C8072622	149
+contig	C8072490	149
+contig	C8072070	149
+contig	C8072550	149
+contig	C8072736	149
+contig	C8072646	149
+contig	C8072752	149
+contig	C8072586	149
+contig	C8072798	149
+contig	C8072770	149
+contig	C8072822	149
+contig	C8072804	149
+contig	C8072708	149
+contig	C8072792	149
+contig	C8072838	149
+contig	C8072844	149
+contig	C8072674	149
+contig	C8072876	149
+contig	C8072880	149
+contig	C8072890	149
+contig	C8072870	149
+contig	C8072894	149
+contig	C8072862	149
+contig	C8072738	149
+contig	C8072910	149
+contig	C8072954	149
+contig	C8072942	149
+contig	C8072998	149
+contig	C8072930	149
+contig	C8072956	149
+contig	C8073050	149
+contig	C8072984	149
+contig	C8073110	149
+contig	C8073056	149
+contig	C8073136	149
+contig	C8072988	149
+contig	C8073108	149
+contig	C8073176	149
+contig	C8072912	149
+contig	C8073226	149
+contig	C8073198	149
+contig	C8072096	149
+contig	C8073130	149
+contig	C8073254	149
+contig	C8073320	149
+contig	C8073286	149
+contig	C8073342	149
+contig	C8073242	149
+contig	C8073390	149
+contig	C8073190	149
+contig	C8073444	149
+contig	C8073450	149
+contig	C8073462	149
+contig	C8073446	149
+contig	C8073544	149
+contig	C8073570	149
+contig	C8073582	149
+contig	C8073258	149
+contig	C8073604	149
+contig	C8073594	149
+contig	C8069250	149
+contig	C8073606	149
+contig	C8073354	149
+contig	C8073658	149
+contig	C8073644	149
+contig	C8073586	149
+contig	C8073732	149
+contig	C8073578	149
+contig	C8073460	149
+contig	C8073738	149
+contig	C8073780	149
+contig	C8073772	149
+contig	C8073792	149
+contig	C8073706	149
+contig	C8073816	149
+contig	C8073824	149
+contig	C8073754	149
+contig	C8073850	149
+contig	C8073834	149
+contig	C8073836	149
+contig	C8073892	149
+contig	C8073884	149
+contig	C8073874	149
+contig	C8073902	149
+contig	C8073958	149
+contig	C8073966	149
+contig	C8073976	149
+contig	C8073980	149
+contig	C8073984	149
+contig	C8073996	149
+contig	C8073990	149
+contig	C8073788	149
+contig	C8073920	149
+contig	C8074008	149
+contig	C8074004	149
+contig	C8074000	149
+contig	C8074036	149
+contig	C8074062	149
+contig	C8074094	149
+contig	C8074020	149
+contig	C8074060	149
+contig	C8074010	149
+contig	C8074162	149
+contig	C8074214	149
+contig	C8074148	149
+contig	C8074218	149
+contig	C8074030	149
+contig	C8074232	149
+contig	C8074236	149
+contig	C8074240	149
+contig	C8074264	149
+contig	C8074334	149
+contig	C8073932	149
+contig	C8074312	149
+contig	C8074182	149
+contig	C8074200	149
+contig	C8074310	149
+contig	C8074346	149
+contig	C8074368	150
+contig	C8074354	149
+contig	C8074418	150
+contig	C8074434	150
+contig	C8074452	150
+contig	C8074340	149
+contig	C8074446	150
+contig	C8074398	150
+contig	C8073022	149
+contig	C8074472	150
+contig	C8074462	150
+contig	C8074486	150
+contig	C8074336	149
+contig	C8074540	150
+contig	C8074542	150
+contig	C8074552	150
+contig	C8074580	150
+contig	C8074608	150
+contig	C8074562	150
+contig	C8074674	150
+contig	C8074680	150
+contig	C8074566	150
+contig	C8074694	150
+contig	C8074718	150
+contig	C8074752	150
+contig	C8074444	150
+contig	C8074788	150
+contig	C8074838	150
+contig	C8074712	150
+contig	C8072076	149
+contig	C8074738	150
+contig	C8074842	150
+contig	C8074640	150
+contig	C8074882	150
+contig	C8074946	150
+contig	C8074956	150
+contig	C8074594	150
+contig	C8074762	150
+contig	C8074872	150
+contig	C8074960	150
+contig	C8074962	150
+contig	C8074988	150
+contig	C8074930	150
+contig	C8075000	150
+contig	C8075042	150
+contig	C8075050	150
+contig	C8074942	150
+contig	C8075034	150
+contig	C8075070	150
+contig	C8075112	150
+contig	C8075030	150
+contig	C8075120	150
+contig	C8075156	150
+contig	C8075082	150
+contig	C8075188	150
+contig	C8075068	150
+contig	C8075200	150
+contig	C8075166	150
+contig	C8075268	150
+contig	C8075196	150
+contig	C8075026	150
+contig	C8075190	150
+contig	C8075362	150
+contig	C8075336	150
+contig	C8075358	150
+contig	C8075212	150
+contig	C8075264	150
+contig	C8075428	150
+contig	C8075412	150
+contig	C8074844	150
+contig	C8075374	150
+contig	C8075466	150
+contig	C8075228	150
+contig	C8075454	150
+contig	C8075506	150
+contig	C8075472	150
+contig	C8075526	150
+contig	C8075516	150
+contig	C8075554	150
+contig	C8075572	150
+contig	C8075448	150
+contig	C8075588	150
+contig	C8075680	150
+contig	C8075574	150
+contig	C8075592	150
+contig	C8075684	150
+contig	C8075470	150
+contig	C8075692	150
+contig	C8075600	150
+contig	C8075790	150
+contig	C8075700	150
+contig	C8075728	150
+contig	C8075832	150
+contig	C8075792	150
+contig	C8075858	150
+contig	C8075744	150
+contig	C8075542	150
+contig	C8075798	150
+contig	C8075990	150
+contig	C8076072	150
+contig	C8075620	150
+contig	C8076094	150
+contig	C8076144	150
+contig	C8076048	150
+contig	C8075414	150
+contig	C8076116	150
+contig	C8076112	150
+contig	C8076132	150
+contig	C8076192	150
+contig	C8076226	150
+contig	C8076258	150
+contig	C8076212	150
+contig	C8076250	150
+contig	C8075952	150
+contig	C8076266	150
+contig	C8076280	150
+contig	C8076364	150
+contig	C8076366	150
+contig	C8076378	150
+contig	C8076380	150
+contig	C8076210	150
+contig	C8076428	150
+contig	C8076554	150
+contig	C8076234	150
+contig	C8076440	150
+contig	C8076562	150
+contig	C8076498	150
+contig	C8076462	150
+contig	C8076632	150
+contig	C8076512	150
+contig	C8076650	150
+contig	C8076570	150
+contig	C8076666	150
+contig	C8076584	150
+contig	C8076722	150
+contig	C8076608	150
+contig	C8076706	150
+contig	C8076698	150
+contig	C8076672	150
+contig	C8076766	150
+contig	C8076760	150
+contig	C8076780	150
+contig	C8076796	150
+contig	C8076812	150
+contig	C8076800	150
+contig	C8076880	150
+contig	C8076868	150
+contig	C8076850	150
+contig	C8076848	150
+contig	C8076912	150
+contig	C8076954	150
+contig	C8076962	150
+contig	C8076978	150
+contig	C8076716	150
+contig	C8077060	150
+contig	C8077062	150
+contig	C8076754	150
+contig	C8076984	150
+contig	C8077084	150
+contig	C8077096	150
+contig	C8076900	150
+contig	C8077112	150
+contig	C8077098	150
+contig	C8077134	150
+contig	C8077124	150
+contig	C8077204	150
+contig	C8077138	150
+contig	C8077210	150
+contig	C8077022	150
+contig	C8077170	150
+contig	C8076916	150
+contig	C8077294	150
+contig	C8077298	150
+contig	C8077244	150
+contig	C8077286	150
+contig	C8077300	150
+contig	C8077308	150
+contig	C8077246	150
+contig	C8077306	150
+contig	C8077242	150
+contig	C8077334	150
+contig	C8077344	150
+contig	C8077394	150
+contig	C8077396	150
+contig	C8077302	150
+contig	C8077404	150
+contig	C8077406	150
+contig	C8077474	150
+contig	C8077358	150
+contig	C8077464	150
+contig	C8077516	150
+contig	C8077518	150
+contig	C8077536	150
+contig	C8077530	150
+contig	C8077520	150
+contig	C8077554	150
+contig	C8077590	150
+contig	C8077576	150
+contig	C8077604	150
+contig	C8077614	150
+contig	C8077650	150
+contig	C8077638	150
+contig	C8077668	150
+contig	C8077612	150
+contig	C8077722	150
+contig	C8077678	150
+contig	C8077586	150
+contig	C8077496	150
+contig	C8077624	150
+contig	C8077762	150
+contig	C8077160	150
+contig	C8077776	150
+contig	C8077758	150
+contig	C8077824	150
+contig	C8077760	150
+contig	C8077844	150
+contig	C8077820	150
+contig	C8077872	150
+contig	C8077862	150
+contig	C8077838	150
+contig	C8077896	150
+contig	C8077938	150
+contig	C8077846	150
+contig	C8077922	150
+contig	C8077980	150
+contig	C8077756	150
+contig	C8077998	150
+contig	C8078048	150
+contig	C8078060	150
+contig	C8077962	150
+contig	C8078078	150
+contig	C8078090	150
+contig	C8077954	150
+contig	C8077916	150
+contig	C8078000	150
+contig	C8078120	150
+contig	C8078148	150
+contig	C8078192	150
+contig	C8078104	150
+contig	C8078196	150
+contig	C8078082	150
+contig	C8078214	150
+contig	C8078204	150
+contig	C8078230	150
+contig	C8078210	150
+contig	C8078232	150
+contig	C8078178	150
+contig	C8078238	150
+contig	C8078340	150
+contig	C8078264	150
+contig	C8078360	150
+contig	C8078290	150
+contig	C8078346	150
+contig	C8078372	150
+contig	C8078150	150
+contig	C8078388	150
+contig	C8078256	150
+contig	C8078348	150
+contig	C8078448	150
+contig	C8078432	150
+contig	C8078474	150
+contig	C8078490	150
+contig	C8076118	150
+contig	C8078380	150
+contig	C8078482	150
+contig	C8078504	150
+contig	C8078522	150
+contig	C8078558	150
+contig	C8078564	150
+contig	C8078452	150
+contig	C8078544	150
+contig	C8078634	150
+contig	C8078548	150
+contig	C8078566	150
+contig	C8078646	150
+contig	C8078656	150
+contig	C8078644	150
+contig	C8078702	150
+contig	C8078242	150
+contig	C8078638	150
+contig	C8078760	150
+contig	C8078814	150
+contig	C8078596	150
+contig	C8078822	150
+contig	C8078768	150
+contig	C8078876	150
+contig	C8078848	150
+contig	C8078886	150
+contig	C8078894	150
+contig	C8078662	150
+contig	C8078904	150
+contig	C8078860	150
+contig	C8078854	150
+contig	C8078916	150
+contig	C8078980	150
+contig	C8078884	150
+contig	C8078972	150
+contig	C8078990	150
+contig	C8078996	150
+contig	C8078976	150
+contig	C8079038	150
+contig	C8078998	150
+contig	C8079076	150
+contig	C8078970	150
+contig	C8079116	150
+contig	C8079044	150
+contig	C8078948	150
+contig	C8079072	150
+contig	C8079142	150
+contig	C8079120	150
+contig	C8079138	150
+contig	C8079182	150
+contig	C8079228	150
+contig	C8079254	150
+contig	C8079240	150
+contig	C8079236	150
+contig	C8079294	150
+contig	C8079250	150
+contig	C8079262	150
+contig	C8079308	150
+contig	C8079352	150
+contig	C8079354	150
+contig	C8079286	150
+contig	C8079350	150
+contig	C8079464	150
+contig	C8079500	150
+contig	C8079488	150
+contig	C8079402	150
+contig	C8079508	150
+contig	C8079244	150
+contig	C8079386	150
+contig	C8079516	150
+contig	C8079502	150
+contig	C8079442	150
+contig	C8079540	150
+contig	C8079636	150
+contig	C8079558	150
+contig	C8079648	150
+contig	C8079570	150
+contig	C8079660	150
+contig	C8079616	150
+contig	C8079696	150
+contig	C8079622	150
+contig	C8079678	150
+contig	C8079548	150
+contig	C8079708	150
+contig	C8079656	150
+contig	C8079702	150
+contig	C8079804	150
+contig	C8079724	150
+contig	C8079746	150
+contig	C8079768	150
+contig	C8079878	150
+contig	C8079870	150
+contig	C8079854	150
+contig	C8079888	150
+contig	C8079898	150
+contig	C8079894	150
+contig	C8079924	150
+contig	C8079862	150
+contig	C8079826	150
+contig	C8079966	150
+contig	C8079972	150
+contig	C8080016	150
+contig	C8080054	150
+contig	C8079808	150
+contig	C8080124	150
+contig	C8080170	150
+contig	C8080060	150
+contig	C8080178	150
+contig	C8080020	150
+contig	C8079884	150
+contig	C8080182	150
+contig	C8079906	150
+contig	C8080208	150
+contig	C8080198	150
+contig	C8080194	150
+contig	C8080222	150
+contig	C8080212	150
+contig	C8080216	150
+contig	C8080250	150
+contig	C8080234	150
+contig	C8080240	150
+contig	C8080274	150
+contig	C8080290	150
+contig	C8080280	150
+contig	C8080268	150
+contig	C8080296	150
+contig	C8080348	150
+contig	C8080350	150
+contig	C8080354	150
+contig	C8079928	150
+contig	C8080336	150
+contig	C8080366	150
+contig	C8080372	150
+contig	C8080370	150
+contig	C8080394	150
+contig	C8080404	150
+contig	C8080388	150
+contig	C8080424	150
+contig	C8080444	150
+contig	C8080450	150
+contig	C8080486	150
+contig	C8080488	150
+contig	C8080560	150
+contig	C8080478	150
+contig	C8080190	150
+contig	C8080600	150
+contig	C8080606	150
+contig	C8080668	150
+contig	C8080678	150
+contig	C8080318	150
+contig	C8080686	150
+contig	C8080612	150
+contig	C8080592	150
+contig	C8080756	150
+contig	C8080780	150
+contig	C8080792	150
+contig	C8080832	150
+contig	C8080776	150
+contig	C8080796	150
+contig	C8080860	150
+contig	C8080858	150
+contig	C8080868	150
+contig	C8080880	150
+contig	C8080888	150
+contig	C8080910	150
+contig	C8080930	150
+contig	C8080902	150
+contig	C8080810	150
+contig	C8081018	150
+contig	C8080816	150
+contig	C8080432	150
+contig	C8081050	150
+contig	C8080950	150
+contig	C8081008	150
+contig	C8081034	150
+contig	C8081112	150
+contig	C8081068	150
+contig	C8081136	150
+contig	C8081172	150
+contig	C8081148	150
+contig	C8081210	150
+contig	C8081296	150
+contig	C8080936	150
+contig	C8081152	150
+contig	C8081274	150
+contig	C8081334	150
+contig	C8081092	150
+contig	C8081392	150
+contig	C8081414	150
+contig	C8081420	150
+contig	C8081384	150
+contig	C8081374	150
+contig	C8081440	150
+contig	C8081458	150
+contig	C8081462	150
+contig	C8081482	150
+contig	C8081478	150
+contig	C8081510	150
+contig	C8081540	150
+contig	C8081304	150
+contig	C8081546	150
+contig	C8081558	150
+contig	C8081586	150
+contig	C8081576	150
+contig	C8081542	150
+contig	C8081628	150
+contig	C8081604	150
+contig	C8081036	150
+contig	C8081366	150
+contig	C8081654	150
+contig	C8081742	151
+contig	C8081744	151
+contig	C8081514	150
+contig	C8081672	151
+contig	C8081786	151
+contig	C8081676	151
+contig	C8081770	151
+contig	C8081808	151
+contig	C8081670	151
+contig	C8081820	151
+contig	C8081790	151
+contig	C8081860	151
+contig	C8081828	151
+contig	C8081902	151
+contig	C8081886	151
+contig	C8081686	151
+contig	C8081924	151
+contig	C8081846	151
+contig	C8081930	151
+contig	C8081908	151
+contig	C8082000	151
+contig	C8081874	151
+contig	C8081982	151
+contig	C8082006	151
+contig	C8081946	151
+contig	C8082002	151
+contig	C8082008	151
+contig	C8082048	151
+contig	C8082076	151
+contig	C8082050	151
+contig	C8082030	151
+contig	C8082088	151
+contig	C8082100	151
+contig	C8082078	151
+contig	C8082142	151
+contig	C8081870	151
+contig	C8082126	151
+contig	C8082202	151
+contig	C8082204	151
+contig	C8082228	151
+contig	C8082106	151
+contig	C8082254	151
+contig	C8082300	151
+contig	C8082260	151
+contig	C8082366	151
+contig	C8082338	151
+contig	C8082272	151
+contig	C8082354	151
+contig	C8082386	151
+contig	C8082034	151
+contig	C8082410	151
+contig	C8082390	151
+contig	C8082466	151
+contig	C8072134	149
+contig	C8082486	151
+contig	C8082420	151
+contig	C8082402	151
+contig	C8082500	151
+contig	C8082558	151
+contig	C8082576	151
+contig	C8082628	151
+contig	C8082400	151
+contig	C8082670	151
+contig	C8082604	151
+contig	C8082572	151
+contig	C8082598	151
+contig	C8082708	151
+contig	C8082674	151
+contig	C8082732	151
+contig	C8082694	151
+contig	C8082762	151
+contig	C8082786	151
+contig	C8082480	151
+contig	C8082772	151
+contig	C8082834	151
+contig	C8082846	151
+contig	C8082862	151
+contig	C8082806	151
+contig	C8082722	151
+contig	C8082924	151
+contig	C8082920	151
+contig	C8082938	151
+contig	C8082956	151
+contig	C8082946	151
+contig	C8082820	151
+contig	C8082932	151
+contig	C8083026	151
+contig	C8082918	151
+contig	C8082974	151
+contig	C8083028	151
+contig	C8083014	151
+contig	C8083048	151
+contig	C8083096	151
+contig	C8083082	151
+contig	C8083104	151
+contig	C8082836	151
+contig	C8083006	151
+contig	C8083080	151
+contig	C8083114	151
+contig	C8083194	151
+contig	C8083072	151
+contig	C8083160	151
+contig	C8083212	151
+contig	C8083234	151
+contig	C8083198	151
+contig	C8083200	151
+contig	C8083312	151
+contig	C8083178	151
+contig	C8083300	151
+contig	C8083298	151
+contig	C8083344	151
+contig	C8083390	151
+contig	C8083410	151
+contig	C8083328	151
+contig	C8083490	151
+contig	C8083334	151
+contig	C8083514	151
+contig	C8083426	151
+contig	C8083536	151
+contig	C8083526	151
+contig	C8083502	151
+contig	C8083618	151
+contig	C8083560	151
+contig	C8083610	151
+contig	C8083626	151
+contig	C8083632	151
+contig	C8083636	151
+contig	C8083644	151
+contig	C8083472	151
+contig	C8083710	151
+contig	C8083704	151
+contig	C8083724	151
+contig	C8083436	151
+contig	C8083730	151
+contig	C8083756	151
+contig	C8083666	151
+contig	C8083770	151
+contig	C8083714	151
+contig	C8078502	150
+contig	C8083784	151
+contig	C8083740	151
+contig	C8083796	151
+contig	C8083768	151
+contig	C8083840	151
+contig	C8083800	151
+contig	C8082114	151
+contig	C8083794	151
+contig	C8083894	151
+contig	C8083910	151
+contig	C8083974	151
+contig	C8083986	151
+contig	C8083978	151
+contig	C8084038	151
+contig	C8083982	151
+contig	C8083908	151
+contig	C8084160	151
+contig	C8084014	151
+contig	C8084152	151
+contig	C8084162	151
+contig	C8084186	151
+contig	C8084282	151
+contig	C8084188	151
+contig	C8084234	151
+contig	C8083864	151
+contig	C8084264	151
+contig	C8084366	151
+contig	C8084350	151
+contig	C8084284	151
+contig	C8084384	151
+contig	C8084386	151
+contig	C8084248	151
+contig	C8083956	151
+contig	C8084444	151
+contig	C8084428	151
+contig	C8084448	151
+contig	C8084458	151
+contig	C8084466	151
+contig	C8084494	151
+contig	C8084370	151
+contig	C8084316	151
+contig	C8084502	151
+contig	C8084580	151
+contig	C8084408	151
+contig	C8084600	151
+contig	C8084532	151
+contig	C8084510	151
+contig	C8084622	151
+contig	C8084632	151
+contig	C8084688	151
+contig	C8084674	151
+contig	C8084540	151
+contig	C8084654	151
+contig	C8084652	151
+contig	C8084692	151
+contig	C8084690	151
+contig	C8084536	151
+contig	C8084774	151
+contig	C8084712	151
+contig	C8084760	151
+contig	C8084796	151
+contig	C8084450	151
+contig	C8084818	151
+contig	C8084786	151
+contig	C8084828	151
+contig	C8084792	151
+contig	C8084808	151
+contig	C8084854	151
+contig	C8084852	151
+contig	C8084790	151
+contig	C8084874	151
+contig	C8084834	151
+contig	C8084864	151
+contig	C8084926	151
+contig	C8084914	151
+contig	C8084950	151
+contig	C8084868	151
+contig	C8085016	151
+contig	C8085058	151
+contig	C8085030	151
+contig	C8085060	151
+contig	C8085072	151
+contig	C8084894	151
+contig	C8084902	151
+contig	C8085126	151
+contig	C8085142	151
+contig	C8084986	151
+contig	C8085228	151
+contig	C8085242	151
+contig	C8084924	151
+contig	C8085274	151
+contig	C8085190	151
+contig	C8085278	151
+contig	C8084900	151
+contig	C8085368	151
+contig	C8085298	151
+contig	C8085402	151
+contig	C8078792	150
+contig	C8085342	151
+contig	C8085392	151
+contig	C8085324	151
+contig	C8085504	151
+contig	C8085472	151
+contig	C8085222	151
+contig	C8085452	151
+contig	C8085510	151
+contig	C8085522	151
+contig	C8085520	151
+contig	C8085562	151
+contig	C8085596	151
+contig	C8085616	151
+contig	C8085338	151
+contig	C8085556	151
+contig	C8085678	151
+contig	C8085570	151
+contig	C8085706	151
+contig	C8085728	151
+contig	C8085636	151
+contig	C8085696	151
+contig	C8085716	151
+contig	C8085738	151
+contig	C8085606	151
+contig	C8085750	151
+contig	C8085434	151
+contig	C8085788	151
+contig	C8085800	151
+contig	C8085808	151
+contig	C8085802	151
+contig	C8085586	151
+contig	C8085736	151
+contig	C8085868	151
+contig	C8085952	151
+contig	C8085866	151
+contig	C8085894	151
+contig	C8086016	151
+contig	C8085998	151
+contig	C8085898	151
+contig	C8086032	151
+contig	C8086034	151
+contig	C8086076	151
+contig	C8086052	151
+contig	C8086090	151
+contig	C8086100	151
+contig	C8085726	151
+contig	C8085990	151
+contig	C8086046	151
+contig	C8086164	151
+contig	C8086192	151
+contig	C8086084	151
+contig	C8086012	151
+contig	C8086226	151
+contig	C8086206	151
+contig	C8086262	151
+contig	C8086214	151
+contig	C8086220	151
+contig	C8086306	151
+contig	C8085950	151
+contig	C8086338	151
+contig	C8086292	151
+contig	C8086348	151
+contig	C8086370	151
+contig	C8086408	151
+contig	C8086418	151
+contig	C8086410	151
+contig	C8086460	151
+contig	C8086374	151
+contig	C8086434	151
+contig	C8086346	151
+contig	C8086516	151
+contig	C8086316	151
+contig	C8086520	151
+contig	C8086210	151
+contig	C8086542	151
+contig	C8086562	151
+contig	C8086578	151
+contig	C8086678	151
+contig	C8086614	151
+contig	C8086480	151
+contig	C8086738	151
+contig	C8086616	151
+contig	C8086690	151
+contig	C8086688	151
+contig	C8086564	151
+contig	C8086822	151
+contig	C8086566	151
+contig	C8086750	151
+contig	C8086872	151
+contig	C8086742	151
+contig	C8086840	151
+contig	C8086892	151
+contig	C8086922	151
+contig	C8086914	151
+contig	C8086280	151
+contig	C8086906	151
+contig	C8086896	151
+contig	C8087006	151
+contig	C8086956	151
+contig	C8086782	151
+contig	C8087048	151
+contig	C8087054	151
+contig	C8086932	151
+contig	C8086946	151
+contig	C8087052	151
+contig	C8087078	151
+contig	C8086902	151
+contig	C8087210	151
+contig	C8087074	151
+contig	C8087214	151
+contig	C8087084	151
+contig	C8087012	151
+contig	C8087274	151
+contig	C8087158	151
+contig	C8087150	151
+contig	C8087278	151
+contig	C8087244	151
+contig	C8087300	151
+contig	C8087310	151
+contig	C8087392	151
+contig	C8087398	151
+contig	C8087312	151
+contig	C8087410	151
+contig	C8087268	151
+contig	C8087440	151
+contig	C8087360	151
+contig	C8087422	151
+contig	C8087432	151
+contig	C8087456	151
+contig	C8087464	151
+contig	C8087498	151
+contig	C8087136	151
+contig	C8087514	151
+contig	C8087546	151
+contig	C8087570	151
+contig	C8087430	151
+contig	C8087664	151
+contig	C8087660	151
+contig	C8086770	151
+contig	C8087714	151
+contig	C8087540	151
+contig	C8087758	151
+contig	C8087692	151
+contig	C8087800	151
+contig	C8087722	151
+contig	C8087824	151
+contig	C8087276	151
+contig	C8087814	151
+contig	C8087774	151
+contig	C8087770	151
+contig	C8087876	151
+contig	C8087912	151
+contig	C8087934	151
+contig	C8087958	151
+contig	C8087734	151
+contig	C8087848	151
+contig	C8087980	151
+contig	C8087868	151
+contig	C8087992	151
+contig	C8087838	151
+contig	C8088016	151
+contig	C8088022	151
+contig	C8088078	151
+contig	C8088028	151
+contig	C8088102	151
+contig	C8088038	151
+contig	C8088116	151
+contig	C8087930	151
+contig	C8088058	151
+contig	C8087970	151
+contig	C8073686	149
+contig	C8088188	151
+contig	C8088186	151
+contig	C8088136	151
+contig	C8088226	151
+contig	C8088284	151
+contig	C8088204	151
+contig	C8088262	151
+contig	C8088202	151
+contig	C8088304	151
+contig	C8088460	151
+contig	C8088400	151
+contig	C8088452	151
+contig	C8088406	151
+contig	C8088510	151
+contig	C8088252	151
+contig	C8087990	151
+contig	C8088538	151
+contig	C8088158	151
+contig	C8083254	151
+contig	C8088638	151
+contig	C8088254	151
+contig	C8088570	151
+contig	C8088636	151
+contig	C8088676	151
+contig	C8088478	151
+contig	C8088698	151
+contig	C8088650	151
+contig	C8088700	151
+contig	C8088732	151
+contig	C8088760	151
+contig	C8088756	151
+contig	C8088718	151
+contig	C8088832	151
+contig	C8088870	151
+contig	C8088858	151
+contig	C8088768	151
+contig	C8088804	151
+contig	C8088724	151
+contig	C8088910	151
+contig	C8088926	151
+contig	C8088920	151
+contig	C8088944	152
+contig	C8088958	152
+contig	C8088908	151
+contig	C8088882	151
+contig	C8087458	151
+contig	C8088932	152
+contig	C8089010	152
+contig	C8089012	152
+contig	C8088504	151
+contig	C8088998	152
+contig	C8089022	152
+contig	C8089026	152
+contig	C8089018	152
+contig	C8089048	152
+contig	C8089070	152
+contig	C8089104	152
+contig	C8089096	152
+contig	C8089170	152
+contig	C8088740	151
+contig	C8089268	152
+contig	C8089284	152
+contig	C8089072	152
+contig	C8089370	152
+contig	C8089078	152
+contig	C8089316	152
+contig	C8089302	152
+contig	C8088968	152
+contig	C8089354	152
+contig	C8089384	152
+contig	C8089430	152
+contig	C8089406	152
+contig	C8089440	152
+contig	C8089482	152
+contig	C8089412	152
+contig	C8089422	152
+contig	C8089500	152
+contig	C8089484	152
+contig	C8089488	152
+contig	C8089568	152
+contig	C8089142	152
+contig	C8089594	152
+contig	C8089534	152
+contig	C8089590	152
+contig	C8089580	152
+contig	C8089372	152
+contig	C8089606	152
+contig	C8089636	152
+contig	C8089612	152
+contig	C8089586	152
+contig	C8089682	152
+contig	C8089688	152
+contig	C8089652	152
+contig	C8089336	152
+contig	C8089710	152
+contig	C8089746	152
+contig	C8089668	152
+contig	C8089696	152
+contig	C8089768	152
+contig	C8089530	152
+contig	C8089798	152
+contig	C8089664	152
+contig	C8089834	152
+contig	C8089860	152
+contig	C8089932	152
+contig	C8089920	152
+contig	C8089724	152
+contig	C8089828	152
+contig	C8089818	152
+contig	C8089936	152
+contig	C8089970	152
+contig	C8090032	152
+contig	C8089960	152
+contig	C8089762	152
+contig	C8090052	152
+contig	C8089988	152
+contig	C8090110	152
+contig	C8090064	152
+contig	C8090080	152
+contig	C8090116	152
+contig	C8090138	152
+contig	C8090154	152
+contig	C8090168	152
+contig	C8090194	152
+contig	C8090196	152
+contig	C8090198	152
+contig	C8090190	152
+contig	C8090246	152
+contig	C8090068	152
+contig	C8090226	152
+contig	C8090268	152
+contig	C8090258	152
+contig	C8090272	152
+contig	C8090282	152
+contig	C8090314	152
+contig	C8090318	152
+contig	C8090202	152
+contig	C8089982	152
+contig	C8090386	152
+contig	C8090388	152
+contig	C8090390	152
+contig	C8090404	152
+contig	C8090436	152
+contig	C8090490	152
+contig	C8090450	152
+contig	C8090492	152
+contig	C8090476	152
+contig	C8090626	152
+contig	C8090522	152
+contig	C8090556	152
+contig	C8090642	152
+contig	C8090658	152
+contig	C8089604	152
+contig	C8090722	152
+contig	C8090758	152
+contig	C8090746	152
+contig	C8090770	152
+contig	C8090790	152
+contig	C8090810	152
+contig	C8090584	152
+contig	C8090368	152
+contig	C8090832	152
+contig	C8090884	152
+contig	C8090818	152
+contig	C8090926	152
+contig	C8090928	152
+contig	C8090954	152
+contig	C8090800	152
+contig	C8090964	152
+contig	C8090960	152
+contig	C8090814	152
+contig	C8090838	152
+contig	C8091032	152
+contig	C8090888	152
+contig	C8091116	152
+contig	C8091008	152
+contig	C8091022	152
+contig	C8091028	152
+contig	C8091162	152
+contig	C8091156	152
+contig	C8091188	152
+contig	C8091020	152
+contig	C8091244	152
+contig	C8091204	152
+contig	C8091212	152
+contig	C8091210	152
+contig	C8091262	152
+contig	C8091258	152
+contig	C8091282	152
+contig	C8091306	152
+contig	C8091328	152
+contig	C8091330	152
+contig	C8091370	152
+contig	C8091344	152
+contig	C8091410	152
+contig	C8091358	152
+contig	C8090098	152
+contig	C8091418	152
+contig	C8091442	152
+contig	C8091430	152
+contig	C8091454	152
+contig	C8091448	152
+contig	C8091484	152
+contig	C8091478	152
+contig	C8091492	152
+contig	C8091480	152
+contig	C8091504	152
+contig	C8091466	152
+contig	C8091518	152
+contig	C8091560	152
+contig	C8091338	152
+contig	C8091574	152
+contig	C8091580	152
+contig	C8091582	152
+contig	C8091552	152
+contig	C8091624	152
+contig	C8091610	152
+contig	C8091646	152
+contig	C8091608	152
+contig	C8091688	152
+contig	C8091756	152
+contig	C8091770	152
+contig	C8091662	152
+contig	C8091784	152
+contig	C8091126	152
+contig	C8091808	152
+contig	C8091858	152
+contig	C8091800	152
+contig	C8091780	152
+contig	C8091902	152
+contig	C8091904	152
+contig	C8091906	152
+contig	C8091900	152
+contig	C8091986	152
+contig	C8091912	152
+contig	C8092012	152
+contig	C8092018	152
+contig	C8091812	152
+contig	C8092020	152
+contig	C8092028	152
+contig	C8092050	152
+contig	C8092054	152
+contig	C8092122	152
+contig	C8092124	152
+contig	C8092048	152
+contig	C8092138	152
+contig	C8092172	152
+contig	C8092176	152
+contig	C8091972	152
+contig	C8092154	152
+contig	C8091502	152
+contig	C8092140	152
+contig	C8092150	152
+contig	C8092190	152
+contig	C8092200	152
+contig	C8092254	152
+contig	C8092278	152
+contig	C8092226	152
+contig	C8092258	152
+contig	C8092290	152
+contig	C8092342	152
+contig	C8092400	152
+contig	C8092192	152
+contig	C8092422	152
+contig	C8092432	152
+contig	C8092468	152
+contig	C8092482	152
+contig	C8092328	152
+contig	C8092488	152
+contig	C8092494	152
+contig	C8092484	152
+contig	C8092530	152
+contig	C8092620	152
+contig	C8092626	152
+contig	C8092204	152
+contig	C8092646	152
+contig	C8092636	152
+contig	C8092562	152
+contig	C8092674	152
+contig	C8092664	152
+contig	C8092698	152
+contig	C8092706	152
+contig	C8092632	152
+contig	C8092724	152
+contig	C8089874	152
+contig	C8092440	152
+contig	C8092780	152
+contig	C8092834	152
+contig	C8092730	152
+contig	C8092676	152
+contig	C8092692	152
+contig	C8092866	152
+contig	C8092860	152
+contig	C8092766	152
+contig	C8092880	152
+contig	C8092796	152
+contig	C8092848	152
+contig	C8092956	152
+contig	C8092930	152
+contig	C8092966	152
+contig	C8092980	152
+contig	C8092984	152
+contig	C8092844	152
+contig	C8093014	152
+contig	C8093062	152
+contig	C8092970	152
+contig	C8093056	152
+contig	C8093110	152
+contig	C8093130	152
+contig	C8093158	152
+contig	C8093192	152
+contig	C8093042	152
+contig	C8093214	152
+contig	C8093104	152
+contig	C8093280	152
+contig	C8093290	152
+contig	C8093208	152
+contig	C8093258	152
+contig	C8093128	152
+contig	C8093132	152
+contig	C8093296	152
+contig	C8093374	152
+contig	C8093300	152
+contig	C8093370	152
+contig	C8093418	152
+contig	C8093420	152
+contig	C8093516	152
+contig	C8093336	152
+contig	C8093518	152
+contig	C8093588	152
+contig	C8093324	152
+contig	C8093592	152
+contig	C8093606	152
+contig	C8093368	152
+contig	C8093636	152
+contig	C8093520	152
+contig	C8093638	152
+contig	C8093686	152
+contig	C8093514	152
+contig	C8093720	152
+contig	C8093694	152
+contig	C8093742	152
+contig	C8093722	152
+contig	C8093666	152
+contig	C8093764	152
+contig	C8093858	152
+contig	C8093774	152
+contig	C8093880	152
+contig	C8093908	152
+contig	C8093860	152
+contig	C8093894	152
+contig	C8093654	152
+contig	C8093872	152
+contig	C8093920	152
+contig	C8093960	152
+contig	C8093976	152
+contig	C8093986	152
+contig	C8093994	152
+contig	C8093996	152
+contig	C8093978	152
+contig	C8093946	152
+contig	C8093888	152
+contig	C8093998	152
+contig	C8094050	152
+contig	C8093982	152
+contig	C8094066	152
+contig	C8094072	152
+contig	C8094132	152
+contig	C8094118	152
+contig	C8094012	152
+contig	C8094128	152
+contig	C8094136	152
+contig	C8094102	152
+contig	C8094142	152
+contig	C8094176	152
+contig	C8094160	152
+contig	C8094242	152
+contig	C8094322	152
+contig	C8094256	152
+contig	C8094094	152
+contig	C8094208	152
+contig	C8094354	152
+contig	C8094414	152
+contig	C8088776	151
+contig	C8094482	152
+contig	C8094344	152
+contig	C8094432	152
+contig	C8094500	152
+contig	C8094490	152
+contig	C8094352	152
+contig	C8094642	152
+contig	C8094580	152
+contig	C8094612	152
+contig	C8094664	152
+contig	C8094476	152
+contig	C8094666	152
+contig	C8094742	152
+contig	C8094550	152
+contig	C8094748	152
+contig	C8094808	152
+contig	C8094728	152
+contig	C8094786	152
+contig	C8094792	152
+contig	C8094868	152
+contig	C8094920	152
+contig	C8094926	152
+contig	C8094964	152
+contig	C8094948	152
+contig	C8094846	152
+contig	C8094986	152
+contig	C8095044	152
+contig	C8095050	152
+contig	C8095084	152
+contig	C8095030	152
+contig	C8094848	152
+contig	C8095054	152
+contig	C8095110	152
+contig	C8095090	152
+contig	C8095146	152
+contig	C8095160	152
+contig	C8095172	152
+contig	C8095006	152
+contig	C8095200	152
+contig	C8095132	152
+contig	C8095212	152
+contig	C8095244	152
+contig	C8095266	152
+contig	C8095318	152
+contig	C8095368	152
+contig	C8095396	152
+contig	C8095118	152
+contig	C8095388	152
+contig	C8095208	152
+contig	C8095418	152
+contig	C8095404	152
+contig	C8095402	152
+contig	C8095480	152
+contig	C8095476	152
+contig	C8095198	152
+contig	C8095420	152
+contig	C8095540	152
+contig	C8095522	152
+contig	C8095602	152
+contig	C8095520	152
+contig	C8095604	152
+contig	C8095640	152
+contig	C8095638	152
+contig	C8095644	152
+contig	C8095676	152
+contig	C8095416	152
+contig	C8095734	152
+contig	C8095684	152
+contig	C8095736	152
+contig	C8095746	152
+contig	C8095742	152
+contig	C8095796	152
+contig	C8095794	152
+contig	C8095804	152
+contig	C8095808	152
+contig	C8095814	152
+contig	C8095844	152
+contig	C8095650	152
+contig	C8094448	152
+contig	C8095848	152
+contig	C8095904	152
+contig	C8095872	152
+contig	C8095944	153
+contig	C8095962	153
+contig	C8095826	152
+contig	C8095954	153
+contig	C8095968	153
+contig	C8095956	153
+contig	C8095970	153
+contig	C8096036	153
+contig	C8096014	153
+contig	C8096004	153
+contig	C8096108	153
+contig	C8096122	153
+contig	C8095788	152
+contig	C8096086	153
+contig	C8096136	153
+contig	C8096168	153
+contig	C8096104	153
+contig	C8096080	153
+contig	C8096262	153
+contig	C8096220	153
+contig	C8096278	153
+contig	C8096138	153
+contig	C8096282	153
+contig	C8096290	153
+contig	C8096276	153
+contig	C8096316	153
+contig	C8096300	153
+contig	C8096318	153
+contig	C8096354	153
+contig	C8096362	153
+contig	C8096312	153
+contig	C8096382	153
+contig	C8096182	153
+contig	C8096474	153
+contig	C8096488	153
+contig	C8096498	153
+contig	C8096444	153
+contig	C8096548	153
+contig	C8096560	153
+contig	C8096580	153
+contig	C8096398	153
+contig	C8096660	153
+contig	C8096662	153
+contig	C8096564	153
+contig	C8096700	153
+contig	C8096732	153
+contig	C8096200	153
+contig	C8096734	153
+contig	C8096708	153
+contig	C8096762	153
+contig	C8096862	153
+contig	C8096886	153
+contig	C8096914	153
+contig	C8096714	153
+contig	C8096758	153
+contig	C8096962	153
+contig	C8096978	153
+contig	C8096996	153
+contig	C8096998	153
+contig	C8097004	153
+contig	C8097028	153
+contig	C8096754	153
+contig	C8097056	153
+contig	C8097048	153
+contig	C8097136	153
+contig	C8097022	153
+contig	C8097132	153
+contig	C8097008	153
+contig	C8097144	153
+contig	C8097168	153
+contig	C8097178	153
+contig	C8097090	153
+contig	C8097274	153
+contig	C8097294	153
+contig	C8097248	153
+contig	C8097336	153
+contig	C8097342	153
+contig	C8097288	153
+contig	C8097326	153
+contig	C8097446	153
+contig	C8097368	153
+contig	C8097514	153
+contig	C8097458	153
+contig	C8097384	153
+contig	C8097524	153
+contig	C8097538	153
+contig	C8097544	153
+contig	C8097552	153
+contig	C8097592	153
+contig	C8097560	153
+contig	C8097604	153
+contig	C8097646	153
+contig	C8097662	153
+contig	C8097630	153
+contig	C8097634	153
+contig	C8097692	153
+contig	C8097708	153
+contig	C8097672	153
+contig	C8097712	153
+contig	C8097710	153
+contig	C8097736	153
+contig	C8097748	153
+contig	C8097760	153
+contig	C8097738	153
+contig	C8097792	153
+contig	C8097802	153
+contig	C8097784	153
+contig	C8097772	153
+contig	C8097810	153
+contig	C8097844	153
+contig	C8097664	153
+contig	C8097836	153
+contig	C8097894	153
+contig	C8097888	153
+contig	C8097906	153
+contig	C8097902	153
+contig	C8098016	153
+contig	C8098058	153
+contig	C8098034	153
+contig	C8094206	152
+contig	C8097876	153
+contig	C8098112	153
+contig	C8098078	153
+contig	C8098070	153
+contig	C8098062	153
+contig	C8098122	153
+contig	C8098134	153
+contig	C8098120	153
+contig	C8098176	153
+contig	C8098154	153
+contig	C8098188	153
+contig	C8098182	153
+contig	C8098220	153
+contig	C8098042	153
+contig	C8098210	153
+contig	C8098230	153
+contig	C8098170	153
+contig	C8098238	153
+contig	C8098198	153
+contig	C8098390	153
+contig	C8098280	153
+contig	C8098394	153
+contig	C8098424	153
+contig	C8098408	153
+contig	C8098484	153
+contig	C8098298	153
+contig	C8098440	153
+contig	C8098494	153
+contig	C8098428	153
+contig	C8092238	152
+contig	C8098458	153
+contig	C8088582	151
+contig	C8097252	153
+contig	C8095564	152
+contig	C8098536	153
+contig	C8098598	153
+contig	C8098684	153
+contig	C8098500	153
+contig	C8098748	153
+contig	C8098746	153
+contig	C8098702	153
+contig	C8098686	153
+contig	C8098762	153
+contig	C8098592	153
+contig	C8098796	153
+contig	C8098800	153
+contig	C8098502	153
+contig	C8098788	153
+contig	C8098814	153
+contig	C8098858	153
+contig	C8098836	153
+contig	C8098938	153
+contig	C8098878	153
+contig	C8098942	153
+contig	C8098756	153
+contig	C8098510	153
+contig	C8098488	153
+contig	C8099064	153
+contig	C8098830	153
+contig	C8099004	153
+contig	C8099094	153
+contig	C8099128	153
+contig	C8099032	153
+contig	C8099140	153
+contig	C8099124	153
+contig	C8098968	153
+contig	C8099284	153
+contig	C8098962	153
+contig	C8099178	153
+contig	C8099208	153
+contig	C8099392	153
+contig	C8099446	153
+contig	C8099294	153
+contig	C8099386	153
+contig	C8099288	153
+contig	C8099410	153
+contig	C8099514	153
+contig	C8099482	153
+contig	C8099448	153
+contig	C8099060	153
+contig	C8098848	153
+contig	C8099460	153
+contig	C8099454	153
+contig	C8099540	153
+contig	C8099564	153
+contig	C8099358	153
+contig	C8099626	153
+contig	C8099632	153
+contig	C8099536	153
+contig	C8099630	153
+contig	C8099622	153
+contig	C8099748	153
+contig	C8099660	153
+contig	C8099774	153
+contig	C8099794	153
+contig	C8099042	153
+contig	C8099580	153
+contig	C8100018	153
+contig	C8099914	153
+contig	C8099644	153
+contig	C8099920	153
+contig	C8099636	153
+contig	C8100024	153
+contig	C8100036	153
+contig	C8100070	153
+contig	C8100100	153
+contig	C8100084	153
+contig	C8099898	153
+contig	C8100032	153
+contig	C8100200	153
+contig	C8100148	153
+contig	C8100048	153
+contig	C8099756	153
+contig	C8100250	153
+contig	C8100266	153
+contig	C8099806	153
+contig	C8100142	153
+contig	C8100344	153
+contig	C8100284	153
+contig	C8100264	153
+contig	C8100072	153
+contig	C8100402	153
+contig	C8100380	153
+contig	C8100412	153
+contig	C8100178	153
+contig	C8100292	153
+contig	C8100452	153
+contig	C8100448	153
+contig	C8100432	153
+contig	C8100398	153
+contig	C8100552	153
+contig	C8100496	153
+contig	C8100268	153
+contig	C8100592	153
+contig	C8100602	153
+contig	C8100382	153
+contig	C8100690	153
+contig	C8100622	153
+contig	C8100630	153
+contig	C8100596	153
+contig	C8100628	153
+contig	C8100658	153
+contig	C8100772	153
+contig	C8100782	153
+contig	C8100704	153
+contig	C8100824	153
+contig	C8100808	153
+contig	C8100476	153
+contig	C8100760	153
+contig	C8100790	153
+contig	C8100550	153
+contig	C8100922	153
+contig	C8100942	153
+contig	C8100828	153
+contig	C8100886	153
+contig	C8100954	153
+contig	C8100936	153
+contig	C8100924	153
+contig	C8100872	153
+contig	C8101014	153
+contig	C8100958	153
+contig	C8100748	153
+contig	C8101016	153
+contig	C8101046	153
+contig	C8101098	153
+contig	C8101094	153
+contig	C8101074	153
+contig	C8100986	153
+contig	C8099574	153
+contig	C8100984	153
+contig	C8101144	153
+contig	C8101204	153
+contig	C8101104	153
+contig	C8101274	153
+contig	C8101276	153
+contig	C8101196	153
+contig	C8101240	153
+contig	C8101258	153
+contig	C8101178	153
+contig	C8101322	153
+contig	C8101384	153
+contig	C8101386	153
+contig	C8101310	153
+contig	C8101426	153
+contig	C8101436	153
+contig	C8101362	153
+contig	C8101400	153
+contig	C8101462	153
+contig	C8101502	153
+contig	C8101464	153
+contig	C8101478	153
+contig	C8101546	153
+contig	C8101458	153
+contig	C8101564	153
+contig	C8101618	153
+contig	C8101184	153
+contig	C8101662	153
+contig	C8101654	153
+contig	C8101644	153
+contig	C8101788	153
+contig	C8101702	153
+contig	C8101060	153
+contig	C8101670	153
+contig	C8101718	153
+contig	C8101850	153
+contig	C8101808	153
+contig	C8101656	153
+contig	C8101708	153
+contig	C8101806	153
+contig	C8101802	153
+contig	C8101900	153
+contig	C8101902	153
+contig	C8101468	153
+contig	C8101956	153
+contig	C8101890	153
+contig	C8101948	153
+contig	C8101978	153
+contig	C8101908	153
+contig	C8101876	153
+contig	C8101600	153
+contig	C8102004	153
+contig	C8102016	153
+contig	C8102112	153
+contig	C8102090	153
+contig	C8102118	153
+contig	C8102136	153
+contig	C8102148	153
+contig	C8101966	153
+contig	C8102292	153
+contig	C8102104	153
+contig	C8102134	153
+contig	C8102308	153
+contig	C8102030	153
+contig	C8102186	153
+contig	C8102386	153
+contig	C8102414	153
+contig	C8102024	153
+contig	C8102248	153
+contig	C8102438	153
+contig	C8102482	153
+contig	C8102536	153
+contig	C8102470	153
+contig	C8102456	153
+contig	C8102360	153
+contig	C8102200	153
+contig	C8102540	153
+contig	C8102556	153
+contig	C8102560	153
+contig	C8102564	153
+contig	C8102512	153
+contig	C8102582	153
+contig	C8102646	153
+contig	C8102676	153
+contig	C8102578	153
+contig	C8102588	153
+contig	C8102698	153
+contig	C8102656	153
+contig	C8102472	153
+contig	C8102688	153
+contig	C8102340	153
+contig	C8102820	153
+contig	C8102568	153
+contig	C8102774	153
+contig	C8102860	154
+contig	C8102874	154
+contig	C8102856	154
+contig	C8102620	153
+contig	C8102830	153
+contig	C8102942	154
+contig	C8103098	154
+contig	C8103142	154
+contig	C8102994	154
+contig	C8103090	154
+contig	C8102680	153
+contig	C8103192	154
+contig	C8102832	153
+contig	C8103148	154
+contig	C8103264	154
+contig	C8103196	154
+contig	C8103266	154
+contig	C8103254	154
+contig	C8103300	154
+contig	C8103250	154
+contig	C8103278	154
+contig	C8102780	153
+contig	C8103366	154
+contig	C8103458	154
+contig	C8102894	154
+contig	C8103076	154
+contig	C8103380	154
+contig	C8103450	154
+contig	C8103552	154
+contig	C8103372	154
+contig	C8103306	154
+contig	C8103550	154
+contig	C8103496	154
+contig	C8103576	154
+contig	C8103580	154
+contig	C8103590	154
+contig	C8103310	154
+contig	C8103664	154
+contig	C8103608	154
+contig	C8103724	154
+contig	C8103558	154
+contig	C8103716	154
+contig	C8103690	154
+contig	C8103778	154
+contig	C8103674	154
+contig	C8103748	154
+contig	C8103522	154
+contig	C8103818	154
+contig	C8103326	154
+contig	C8103750	154
+contig	C8103470	154
+contig	C8103784	154
+contig	C8103872	154
+contig	C8103862	154
+contig	C8103856	154
+contig	C8103902	154
+contig	C8103968	154
+contig	C8103830	154
+contig	C8104052	154
+contig	C8103996	154
+contig	C8103640	154
+contig	C8103904	154
+contig	C8104046	154
+contig	C8104070	154
+contig	C8103900	154
+contig	C8104054	154
+contig	C8104060	154
+contig	C8104080	154
+contig	C8104098	154
+contig	C8104106	154
+contig	C8104126	154
+contig	C8104118	154
+contig	C8104130	154
+contig	C8104162	154
+contig	C8103944	154
+contig	C8104040	154
+contig	C8104298	154
+contig	C8104210	154
+contig	C8104268	154
+contig	C8104160	154
+contig	C8104300	154
+contig	C8104208	154
+contig	C8104178	154
+contig	C8104306	154
+contig	C8104136	154
+contig	C8104312	154
+contig	C8104336	154
+contig	C8104314	154
+contig	C8104212	154
+contig	C8104346	154
+contig	C8104374	154
+contig	C8104426	154
+contig	C8104484	154
+contig	C8104438	154
+contig	C8104470	154
+contig	C8104616	154
+contig	C8104592	154
+contig	C8104348	154
+contig	C8104664	154
+contig	C8104640	154
+contig	C8104320	154
+contig	C8104826	154
+contig	C8104768	154
+contig	C8104852	154
+contig	C8104866	154
+contig	C8104868	154
+contig	C8104884	154
+contig	C8104380	154
+contig	C8104486	154
+contig	C8104910	154
+contig	C8104960	154
+contig	C8104544	154
+contig	C8104966	154
+contig	C8105026	154
+contig	C8104828	154
+contig	C8105054	154
+contig	C8104674	154
+contig	C8105056	154
+contig	C8105144	154
+contig	C8104976	154
+contig	C8105148	154
+contig	C8105168	154
+contig	C8104708	154
+contig	C8105170	154
+contig	C8105198	154
+contig	C8105180	154
+contig	C8105230	154
+contig	C8105260	154
+contig	C8105140	154
+contig	C8105112	154
+contig	C8105224	154
+contig	C8105272	154
+contig	C8105220	154
+contig	C8105276	154
+contig	C8105324	154
+contig	C8105274	154
+contig	C8105342	154
+contig	C8105120	154
+contig	C8105462	154
+contig	C8105366	154
+contig	C8105456	154
+contig	C8105552	154
+contig	C8105598	154
+contig	C8105470	154
+contig	C8105354	154
+contig	C8105612	154
+contig	C8105584	154
+contig	C8105626	154
+contig	C8105616	154
+contig	C8105644	154
+contig	C8105634	154
+contig	C8105510	154
+contig	C8105398	154
+contig	C8105624	154
+contig	C8105714	154
+contig	C8105720	154
+contig	C8105686	154
+contig	C8105704	154
+contig	C8105712	154
+contig	C8105730	154
+contig	C8105762	154
+contig	C8105716	154
+contig	C8105848	154
+contig	C8105868	154
+contig	C8105828	154
+contig	C8105852	154
+contig	C8105790	154
+contig	C8105870	154
+contig	C8105836	154
+contig	C8105906	154
+contig	C8105978	154
+contig	C8105874	154
+contig	C8105990	154
+contig	C8106024	154
+contig	C8105952	154
+contig	C8106010	154
+contig	C8106026	154
+contig	C8106072	154
+contig	C8106114	154
+contig	C8106164	154
+contig	C8105912	154
+contig	C8106258	154
+contig	C8106264	154
+contig	C8106260	154
+contig	C8106280	154
+contig	C8106306	154
+contig	C8106314	154
+contig	C8106028	154
+contig	C8106076	154
+contig	C8106354	154
+contig	C8106348	154
+contig	C8106456	154
+contig	C8106392	154
+contig	C8106274	154
+contig	C8106490	154
+contig	C8106320	154
+contig	C8106524	154
+contig	C8106492	154
+contig	C8106470	154
+contig	C8106566	154
+contig	C8106540	154
+contig	C8106588	154
+contig	C8106622	154
+contig	C8106572	154
+contig	C8106650	154
+contig	C8106628	154
+contig	C8106710	154
+contig	C8106660	154
+contig	C8106468	154
+contig	C8106712	154
+contig	C8106738	154
+contig	C8106714	154
+contig	C8106788	154
+contig	C8106768	154
+contig	C8106810	154
+contig	C8106860	154
+contig	C8106884	154
+contig	C8106672	154
+contig	C8106978	154
+contig	C8106960	154
+contig	C8106982	154
+contig	C8106994	154
+contig	C8107032	154
+contig	C8107034	154
+contig	C8105722	154
+contig	C8106766	154
+contig	C8107012	154
+contig	C8106924	154
+contig	C8107044	154
+contig	C8107056	154
+contig	C8107070	154
+contig	C8107076	154
+contig	C8107112	154
+contig	C8107048	154
+contig	C8107128	154
+contig	C8107096	154
+contig	C8107156	154
+contig	C8107120	154
+contig	C8107142	154
+contig	C8107166	154
+contig	C8107160	154
+contig	C8107186	154
+contig	C8107204	154
+contig	C8107234	154
+contig	C8107242	154
+contig	C8107220	154
+contig	C8107260	154
+contig	C8107148	154
+contig	C8107308	154
+contig	C8091114	152
+contig	C8107310	154
+contig	C8107372	154
+contig	C8107250	154
+contig	C8107348	154
+contig	C8107252	154
+contig	C8107368	154
+contig	C8107378	154
+contig	C8107380	154
+contig	C8107406	154
+contig	C8107436	154
+contig	C8107528	154
+contig	C8107542	154
+contig	C8107426	154
+contig	C8107438	154
+contig	C8107568	154
+contig	C8107500	154
+contig	C8107560	154
+contig	C8107600	154
+contig	C8107662	154
+contig	C8107326	154
+contig	C8107688	154
+contig	C8107484	154
+contig	C8107678	154
+contig	C8107694	154
+contig	C8107718	154
+contig	C8107720	154
+contig	C8107628	154
+contig	C8107746	154
+contig	C8107714	154
+contig	C8107810	154
+contig	C8107812	154
+contig	C8107828	154
+contig	C8107832	154
+contig	C8107846	154
+contig	C8107876	154
+contig	C8107742	154
+contig	C8107924	154
+contig	C8107916	154
+contig	C8107956	154
+contig	C8107766	154
+contig	C8107980	154
+contig	C8107996	154
+contig	C8107840	154
+contig	C8107978	154
+contig	C8108062	154
+contig	C8108032	154
+contig	C8108068	154
+contig	C8108064	154
+contig	C8107856	154
+contig	C8108072	154
+contig	C8108050	154
+contig	C8107934	154
+contig	C8108082	154
+contig	C8108182	154
+contig	C8108184	154
+contig	C8107964	154
+contig	C8108162	154
+contig	C8108220	154
+contig	C8108250	154
+contig	C8108154	154
+contig	C8108264	154
+contig	C8108318	154
+contig	C8108132	154
+contig	C8108274	154
+contig	C8108324	154
+contig	C8108238	154
+contig	C8108358	154
+contig	C8108380	154
+contig	C8108390	154
+contig	C8108278	154
+contig	C8108364	154
+contig	C8108422	154
+contig	C8108420	154
+contig	C8108436	154
+contig	C8108456	154
+contig	C8108430	154
+contig	C8108476	154
+contig	C8108416	154
+contig	C8108426	154
+contig	C8108530	154
+contig	C8108592	154
+contig	C8108648	154
+contig	C8108630	154
+contig	C8108654	154
+contig	C8108526	154
+contig	C8108686	154
+contig	C8108780	154
+contig	C8108720	154
+contig	C8108820	154
+contig	C8108826	154
+contig	C8108734	154
+contig	C8108494	154
+contig	C8108880	154
+contig	C8108872	154
+contig	C8108892	154
+contig	C8108894	154
+contig	C8108886	154
+contig	C8108910	154
+contig	C8108934	154
+contig	C8108704	154
+contig	C8108976	154
+contig	C8108986	154
+contig	C8108950	154
+contig	C8109000	154
+contig	C8108946	154
+contig	C8109082	154
+contig	C8109062	154
+contig	C8109094	154
+contig	C8109092	154
+contig	C8109114	154
+contig	C8109130	154
+contig	C8109004	154
+contig	C8105014	154
+contig	C8109134	154
+contig	C8109192	154
+contig	C8109146	154
+contig	C8109176	154
+contig	C8109184	154
+contig	C8109262	154
+contig	C8109248	154
+contig	C8109312	154
+contig	C8109174	154
+contig	C8109308	154
+contig	C8109208	154
+contig	C8109346	154
+contig	C8109396	154
+contig	C8104418	154
+contig	C8109398	154
+contig	C8109318	154
+contig	C8109416	154
+contig	C8109434	154
+contig	C8106656	154
+contig	C8109444	154
+contig	C8109412	154
+contig	C8109452	154
+contig	C8109440	154
+contig	C8109500	154
+contig	C8109512	154
+contig	C8109364	154
+contig	C8109516	154
+contig	C8109496	154
+contig	C8109234	154
+contig	C8109480	154
+contig	C8109544	154
+contig	C8109328	154
+contig	C8109454	154
+contig	C8109530	154
+contig	C8109604	154
+contig	C8109570	154
+contig	C8109518	154
+contig	C8109658	154
+contig	C8109690	155
+contig	C8109576	154
+contig	C8109704	155
+contig	C8109656	154
+contig	C8109738	155
+contig	C8109654	154
+contig	C8109632	154
+contig	C8109720	155
+contig	C8109706	155
+contig	C8109718	155
+contig	C8109776	155
+contig	C8109744	155
+contig	C8109866	155
+contig	C8109892	155
+contig	C8109802	155
+contig	C8110002	155
+contig	C8109858	155
+contig	C8110004	155
+contig	C8109944	155
+contig	C8110048	155
+contig	C8110062	155
+contig	C8110046	155
+contig	C8109742	155
+contig	C8109928	155
+contig	C8110096	155
+contig	C8110080	155
+contig	C8110186	155
+contig	C8110228	155
+contig	C8110236	155
+contig	C8109970	155
+contig	C8110280	155
+contig	C8110298	155
+contig	C8110348	155
+contig	C8110338	155
+contig	C8110360	155
+contig	C8110008	155
+contig	C8110424	155
+contig	C8110206	155
+contig	C8110152	155
+contig	C8110334	155
+contig	C8110438	155
+contig	C8110440	155
+contig	C8110448	155
+contig	C8110452	155
+contig	C8110466	155
+contig	C8110432	155
+contig	C8110500	155
+contig	C8110516	155
+contig	C8110538	155
+contig	C8110580	155
+contig	C8110576	155
+contig	C8110382	155
+contig	C8110492	155
+contig	C8110546	155
+contig	C8110602	155
+contig	C8110562	155
+contig	C8110620	155
+contig	C8110632	155
+contig	C8110628	155
+contig	C8110654	155
+contig	C8110616	155
+contig	C8110666	155
+contig	C8110644	155
+contig	C8110638	155
+contig	C8110758	155
+contig	C8110678	155
+contig	C8110686	155
+contig	C8110778	155
+contig	C8110822	155
+contig	C8110794	155
+contig	C8110484	155
+contig	C8110884	155
+contig	C8110830	155
+contig	C8110772	155
+contig	C8110872	155
+contig	C8110922	155
+contig	C8110934	155
+contig	C8110944	155
+contig	C8111044	155
+contig	C8110936	155
+contig	C8111054	155
+contig	C8111070	155
+contig	C8111030	155
+contig	C8111114	155
+contig	C8110992	155
+contig	C8111182	155
+contig	C8110878	155
+contig	C8111208	155
+contig	C8111162	155
+contig	C8111238	155
+contig	C8111130	155
+contig	C8111216	155
+contig	C8111310	155
+contig	C8111236	155
+contig	C8111248	155
+contig	C8111192	155
+contig	C8111078	155
+contig	C8111332	155
+contig	C8111312	155
+contig	C8111340	155
+contig	C8111380	155
+contig	C8111436	155
+contig	C8111350	155
+contig	C8111470	155
+contig	C8111526	155
+contig	C8111404	155
+contig	C8111486	155
+contig	C8111492	155
+contig	C8111582	155
+contig	C8109122	154
+contig	C8111540	155
+contig	C8110902	155
+contig	C8111610	155
+contig	C8111712	155
+contig	C8111616	155
+contig	C8111536	155
+contig	C8111748	155
+contig	C8111648	155
+contig	C8111766	155
+contig	C8111708	155
+contig	C8105368	154
+contig	C8111758	155
+contig	C8111782	155
+contig	C8111744	155
+contig	C8111868	155
+contig	C8111820	155
+contig	C8111864	155
+contig	C8111860	155
+contig	C8111884	155
+contig	C8111888	155
+contig	C8111944	155
+contig	C8111840	155
+contig	C8111900	155
+contig	C8111948	155
+contig	C8111968	155
+contig	C8112068	155
+contig	C8111962	155
+contig	C8112070	155
+contig	C8112018	155
+contig	C8111854	155
+contig	C8111876	155
+contig	C8112102	155
+contig	C8112086	155
+contig	C8112184	155
+contig	C8112160	155
+contig	C8112052	155
+contig	C8112146	155
+contig	C8112240	155
+contig	C8112244	155
+contig	C8111430	155
+contig	C8112302	155
+contig	C8111796	155
+contig	C8112310	155
+contig	C8112254	155
+contig	C8112308	155
+contig	C8112360	155
+contig	C8112076	155
+contig	C8112232	155
+contig	C8112512	155
+contig	C8112414	155
+contig	C8112398	155
+contig	C8112612	155
+contig	C8112492	155
+contig	C8112686	155
+contig	C8112772	155
+contig	C8112368	155
+contig	C8112704	155
+contig	C8112560	155
+contig	C8112688	155
+contig	C8112530	155
+contig	C8112868	155
+contig	C8112716	155
+contig	C8112806	155
+contig	C8112926	155
+contig	C8112896	155
+contig	C8112922	155
+contig	C8112930	155
+contig	C8113050	155
+contig	C8113010	155
+contig	C8112962	155
+contig	C8113092	155
+contig	C8113100	155
+contig	C8113134	155
+contig	C8113102	155
+contig	C8112358	155
+contig	C8113114	155
+contig	C8113178	155
+contig	C8112834	155
+contig	C8113206	155
+contig	C8113158	155
+contig	C8113228	155
+contig	C8113218	155
+contig	C8113258	155
+contig	C8112986	155
+contig	C8113224	155
+contig	C8113304	155
+contig	C8113210	155
+contig	C8113280	155
+contig	C8113272	155
+contig	C8113286	155
+contig	C8113384	155
+contig	C8113308	155
+contig	C8113322	155
+contig	C8113388	155
+contig	C8113430	155
+contig	C8113396	155
+contig	C8113504	155
+contig	C8113360	155
+contig	C8108246	154
+contig	C8113550	155
+contig	C8113506	155
+contig	C8113510	155
+contig	C8113416	155
+contig	C8113500	155
+contig	C8113456	155
+contig	C8113616	155
+contig	C8113586	155
+contig	C8113676	155
+contig	C8113618	155
+contig	C8113654	155
+contig	C8113726	155
+contig	C8113784	155
+contig	C8113688	155
+contig	C8113752	155
+contig	C8113812	155
+contig	C8113180	155
+contig	C8113792	155
+contig	C8113628	155
+contig	C8113826	155
+contig	C8113714	155
+contig	C8113920	155
+contig	C8113884	155
+contig	C8113440	155
+contig	C8113876	155
+contig	C8114076	155
+contig	C8114054	155
+contig	C8113982	155
+contig	C8114094	155
+contig	C8114122	155
+contig	C8114204	155
+contig	C8113980	155
+contig	C8113906	155
+contig	C8114178	155
+contig	C8114180	155
+contig	C8114162	155
+contig	C8114140	155
+contig	C8114226	155
+contig	C8114318	155
+contig	C8114256	155
+contig	C8113846	155
+contig	C8114324	155
+contig	C8114236	155
+contig	C8114414	155
+contig	C8114210	155
+contig	C8114388	155
+contig	C8114434	155
+contig	C8114270	155
+contig	C8114442	155
+contig	C8114444	155
+contig	C8114358	155
+contig	C8114448	155
+contig	C8114322	155
+contig	C8114468	155
+contig	C8114366	155
+contig	C8114514	155
+contig	C8114470	155
+contig	C8114232	155
+contig	C8114600	155
+contig	C8114664	155
+contig	C8114690	155
+contig	C8114416	155
+contig	C8114638	155
+contig	C8114694	155
+contig	C8114644	155
+contig	C8114668	155
+contig	C8114748	155
+contig	C8114802	155
+contig	C8114790	155
+contig	C8114738	155
+contig	C8114770	155
+contig	C8114806	155
+contig	C8114804	155
+contig	C8114826	155
+contig	C8114836	155
+contig	C8114904	155
+contig	C8114912	155
+contig	C8115040	155
+contig	C8114876	155
+contig	C8114996	155
+contig	C8115066	155
+contig	C8115082	155
+contig	C8115046	155
+contig	C8115110	155
+contig	C8114760	155
+contig	C8114768	155
+contig	C8114544	155
+contig	C8115196	155
+contig	C8115096	155
+contig	C8115198	155
+contig	C8115210	155
+contig	C8115164	155
+contig	C8115226	155
+contig	C8115202	155
+contig	C8115270	155
+contig	C8115268	155
+contig	C8115272	155
+contig	C8115286	155
+contig	C8115274	155
+contig	C8115304	155
+contig	C8115246	155
+contig	C8115284	155
+contig	C8115332	155
+contig	C8115366	155
+contig	C8115338	155
+contig	C8115316	155
+contig	C8115408	155
+contig	C8115368	155
+contig	C8115440	155
+contig	C8113194	155
+contig	C8115456	155
+contig	C8115400	155
+contig	C8115426	155
+contig	C8115458	155
+contig	C8115476	155
+contig	C8115496	155
+contig	C8115514	155
+contig	C8115502	155
+contig	C8115192	155
+contig	C8112144	155
+contig	C8115462	155
+contig	C8115488	155
+contig	C8115574	155
+contig	C8115570	155
+contig	C8115580	155
+contig	C8115520	155
+contig	C8115668	155
+contig	C8115624	155
+contig	C8115600	155
+contig	C8115716	155
+contig	C8115670	155
+contig	C8115682	155
+contig	C8115684	155
+contig	C8115714	155
+contig	C8115754	155
+contig	C8115720	155
+contig	C8115848	155
+contig	C8115860	155
+contig	C8115732	155
+contig	C8115918	155
+contig	C8115634	155
+contig	C8115870	155
+contig	C8115862	155
+contig	C8115920	155
+contig	C8115974	155
+contig	C8115984	155
+contig	C8115814	155
+contig	C8115076	155
+contig	C8115956	155
+contig	C8116008	155
+contig	C8116006	155
+contig	C8115990	155
+contig	C8116076	155
+contig	C8116136	155
+contig	C8114924	155
+contig	C8116046	155
+contig	C8116162	155
+contig	C8116160	155
+contig	C8116244	156
+contig	C8116120	155
+contig	C8116212	156
+contig	C8116202	156
+contig	C8115042	155
+contig	C8115776	155
+contig	C8116232	156
+contig	C8116280	156
+contig	C8116346	156
+contig	C8116296	156
+contig	C8116270	156
+contig	C8116408	156
+contig	C8116266	156
+contig	C8116508	156
+contig	C8116362	156
+contig	C8116514	156
+contig	C8116522	156
+contig	C8116592	156
+contig	C8116452	156
+contig	C8116528	156
+contig	C8116570	156
+contig	C8116600	156
+contig	C8116594	156
+contig	C8116634	156
+contig	C8116432	156
+contig	C8116186	156
+contig	C8116660	156
+contig	C8116620	156
+contig	C8116702	156
+contig	C8116674	156
+contig	C8116646	156
+contig	C8116602	156
+contig	C8116768	156
+contig	C8116676	156
+contig	C8116716	156
+contig	C8116778	156
+contig	C8116814	156
+contig	C8116726	156
+contig	C8116706	156
+contig	C8116922	156
+contig	C8116786	156
+contig	C8116940	156
+contig	C8116842	156
+contig	C8116826	156
+contig	C8116988	156
+contig	C8116888	156
+contig	C8116966	156
+contig	C8116992	156
+contig	C8116582	156
+contig	C8116960	156
+contig	C8117006	156
+contig	C8117086	156
+contig	C8117100	156
+contig	C8117036	156
+contig	C8117120	156
+contig	C8117030	156
+contig	C8117094	156
+contig	C8117102	156
+contig	C8117038	156
+contig	C8117158	156
+contig	C8117222	156
+contig	C8117150	156
+contig	C8117258	156
+contig	C8117232	156
+contig	C8117320	156
+contig	C8116252	156
+contig	C8117282	156
+contig	C8117298	156
+contig	C8117278	156
+contig	C8117328	156
+contig	C8117296	156
+contig	C8117414	156
+contig	C8117368	156
+contig	C8117358	156
+contig	C8117196	156
+contig	C8117322	156
+contig	C8117464	156
+contig	C8117478	156
+contig	C8117438	156
+contig	C8117324	156
+contig	C8117446	156
+contig	C8117442	156
+contig	C8117514	156
+contig	C8117472	156
+contig	C8117516	156
+contig	C8117532	156
+contig	C8117576	156
+contig	C8117526	156
+contig	C8117590	156
+contig	C8117560	156
+contig	C8117544	156
+contig	C8117592	156
+contig	C8117622	156
+contig	C8117608	156
+contig	C8117722	156
+contig	C8117452	156
+contig	C8117620	156
+contig	C8117586	156
+contig	C8117784	156
+contig	C8117786	156
+contig	C8117628	156
+contig	C8117800	156
+contig	C8117814	156
+contig	C8117880	156
+contig	C8117878	156
+contig	C8117654	156
+contig	C8117924	156
+contig	C8117910	156
+contig	C8117976	156
+contig	C8117952	156
+contig	C8117662	156
+contig	C8117940	156
+contig	C8117928	156
+contig	C8118014	156
+contig	C8118116	156
+contig	C8118008	156
+contig	C8117746	156
+contig	C8118140	156
+contig	C8118104	156
+contig	C8118154	156
+contig	C8118068	156
+contig	C8118264	156
+contig	C8118222	156
+contig	C8118218	156
+contig	C8118164	156
+contig	C8118280	156
+contig	C8118180	156
+contig	C8118328	156
+contig	C8118284	156
+contig	C8118338	156
+contig	C8117844	156
+contig	C8118332	156
+contig	C8118368	156
+contig	C8118312	156
+contig	C8118376	156
+contig	C8118468	156
+contig	C8118226	156
+contig	C8118374	156
+contig	C8118358	156
+contig	C8118448	156
+contig	C8118566	156
+contig	C8118576	156
+contig	C8118482	156
+contig	C8118656	156
+contig	C8118624	156
+contig	C8118628	156
+contig	C8118432	156
+contig	C8115374	155
+contig	C8118706	156
+contig	C8118696	156
+contig	C8118802	156
+contig	C8118864	156
+contig	C8118828	156
+contig	C8118388	156
+contig	C8118776	156
+contig	C8118952	156
+contig	C8118408	156
+contig	C8118932	156
+contig	C8118964	156
+contig	C8118886	156
+contig	C8118990	156
+contig	C8119004	156
+contig	C8119026	156
+contig	C8119060	156
+contig	C8118826	156
+contig	C8118998	156
+contig	C8119044	156
+contig	C8119112	156
+contig	C8119142	156
+contig	C8119002	156
+contig	C8119152	156
+contig	C8119190	156
+contig	C8119036	156
+contig	C8119148	156
+contig	C8119208	156
+contig	C8119228	156
+contig	C8119194	156
+contig	C8119292	156
+contig	C8119252	156
+contig	C8119162	156
+contig	C8119316	156
+contig	C8119244	156
+contig	C8119136	156
+contig	C8119356	156
+contig	C8119318	156
+contig	C8119426	156
+contig	C8118744	156
+contig	C8119334	156
+contig	C8119366	156
+contig	C8119398	156
+contig	C8119490	156
+contig	C8117114	156
+contig	C8119452	156
+contig	C8119436	156
+contig	C8119462	156
+contig	C8119524	156
+contig	C8119594	156
+contig	C8119646	156
+contig	C8119572	156
+contig	C8119560	156
+contig	C8119760	156
+contig	C8119636	156
+contig	C8119590	156
+contig	C8119488	156
+contig	C8119638	156
+contig	C8119778	156
+contig	C8119780	156
+contig	C8119798	156
+contig	C8119828	156
+contig	C8119824	156
+contig	C8119840	156
+contig	C8119710	156
+contig	C8119904	156
+contig	C8119852	156
+contig	C8119934	156
+contig	C8119938	156
+contig	C8119918	156
+contig	C8119928	156
+contig	C8119896	156
+contig	C8120000	156
+contig	C8119854	156
+contig	C8119960	156
+contig	C8120028	156
+contig	C8119940	156
+contig	C8120040	156
+contig	C8119734	156
+contig	C8120090	156
+contig	C8119988	156
+contig	C8120094	156
+contig	C8120132	156
+contig	C8119950	156
+contig	C8120182	156
+contig	C8120144	156
+contig	C8120184	156
+contig	C8120016	156
+contig	C8120130	156
+contig	C8120208	156
+contig	C8120178	156
+contig	C8120190	156
+contig	C8120254	156
+contig	C8120258	156
+contig	C8120240	156
+contig	C8120072	156
+contig	C8120256	156
+contig	C8120380	156
+contig	C8120322	156
+contig	C8120344	156
+contig	C8120386	156
+contig	C8120252	156
+contig	C8120396	156
+contig	C8120398	156
+contig	C8120458	156
+contig	C8120450	156
+contig	C8120442	156
+contig	C8120492	156
+contig	C8120218	156
+contig	C8120524	156
+contig	C8120486	156
+contig	C8120496	156
+contig	C8120540	156
+contig	C8120468	156
+contig	C8120582	156
+contig	C8120586	156
+contig	C8120608	156
+contig	C8120618	156
+contig	C8120538	156
+contig	C8120622	156
+contig	C8120626	156
+contig	C8120404	156
+contig	C8120634	156
+contig	C8120722	156
+contig	C8120720	156
+contig	C8120730	156
+contig	C8120778	156
+contig	C8120598	156
+contig	C8120844	156
+contig	C8120818	156
+contig	C8120714	156
+contig	C8120862	156
+contig	C8120918	156
+contig	C8120906	156
+contig	C8120624	156
+contig	C8120894	156
+contig	C8121000	156
+contig	C8121022	156
+contig	C8121056	156
+contig	C8121110	156
+contig	C8121098	156
+contig	C8120944	156
+contig	C8121146	156
+contig	C8121006	156
+contig	C8121154	156
+contig	C8121194	156
+contig	C8121196	156
+contig	C8121250	156
+contig	C8121118	156
+contig	C8120970	156
+contig	C8121296	156
+contig	C8121312	156
+contig	C8121120	156
+contig	C8121232	156
+contig	C8121372	156
+contig	C8121374	156
+contig	C8121272	156
+contig	C8121376	156
+contig	C8121298	156
+contig	C8121392	156
+contig	C8121434	156
+contig	C8121412	156
+contig	C8121438	156
+contig	C8121476	156
+contig	C8121500	156
+contig	C8121490	156
+contig	C8121520	156
+contig	C8121518	156
+contig	C8121558	156
+contig	C8121538	156
+contig	C8121616	156
+contig	C8121628	156
+contig	C8121632	156
+contig	C8121624	156
+contig	C8121660	156
+contig	C8121384	156
+contig	C8118716	156
+contig	C8121456	156
+contig	C8121658	156
+contig	C8121676	156
+contig	C8121734	156
+contig	C8121700	156
+contig	C8121738	156
+contig	C8121786	156
+contig	C8121788	156
+contig	C8121640	156
+contig	C8121762	156
+contig	C8121790	156
+contig	C8121748	156
+contig	C8121806	156
+contig	C8121736	156
+contig	C8121744	156
+contig	C8121826	156
+contig	C8121812	156
+contig	C8121856	156
+contig	C8121932	156
+contig	C8121864	156
+contig	C8121956	156
+contig	C8121820	156
+contig	C8121992	156
+contig	C8122002	156
+contig	C8122018	156
+contig	C8121892	156
+contig	C8121882	156
+contig	C8121982	156
+contig	C8122044	156
+contig	C8122062	156
+contig	C8122068	156
+contig	C8121886	156
+contig	C8122004	156
+contig	C8122164	156
+contig	C8122144	156
+contig	C8121880	156
+contig	C8122174	156
+contig	C8122238	156
+contig	C8122122	156
+contig	C8122138	156
+contig	C8122180	156
+contig	C8122302	156
+contig	C8122258	156
+contig	C8122376	156
+contig	C8122364	156
+contig	C8122384	156
+contig	C8122408	156
+contig	C8122184	156
+contig	C8122286	156
+contig	C8122436	156
+contig	C8122268	156
+contig	C8122412	156
+contig	C8122484	157
+contig	C8122470	157
+contig	C8122496	157
+contig	C8122516	157
+contig	C8122314	156
+contig	C8122500	157
+contig	C8122576	157
+contig	C8122544	157
+contig	C8122630	157
+contig	C8122574	157
+contig	C8122644	157
+contig	C8122434	156
+contig	C8122676	157
+contig	C8122726	157
+contig	C8122764	157
+contig	C8122584	157
+contig	C8122774	157
+contig	C8122824	157
+contig	C8122802	157
+contig	C8122842	157
+contig	C8122666	157
+contig	C8122822	157
+contig	C8122872	157
+contig	C8122874	157
+contig	C8122902	157
+contig	C8122964	157
+contig	C8122972	157
+contig	C8122732	157
+contig	C8123004	157
+contig	C8122934	157
+contig	C8123000	157
+contig	C8122908	157
+contig	C8123028	157
+contig	C8123022	157
+contig	C8123040	157
+contig	C8122996	157
+contig	C8122772	157
+contig	C8123104	157
+contig	C8123036	157
+contig	C8120032	156
+contig	C8123048	157
+contig	C8123246	157
+contig	C8123054	157
+contig	C8123084	157
+contig	C8123182	157
+contig	C8123262	157
+contig	C8123142	157
+contig	C8123148	157
+contig	C8123260	157
+contig	C8123302	157
+contig	C8123292	157
+contig	C8123456	157
+contig	C8123288	157
+contig	C8123422	157
+contig	C8123078	157
+contig	C8123470	157
+contig	C8123480	157
+contig	C8123342	157
+contig	C8123152	157
+contig	C8123376	157
+contig	C8123500	157
+contig	C8123520	157
+contig	C8123512	157
+contig	C8123486	157
+contig	C8123566	157
+contig	C8123534	157
+contig	C8123578	157
+contig	C8123596	157
+contig	C8123554	157
+contig	C8123532	157
+contig	C8123586	157
+contig	C8123536	157
+contig	C8123650	157
+contig	C8123734	157
+contig	C8123266	157
+contig	C8123610	157
+contig	C8123634	157
+contig	C8123754	157
+contig	C8123658	157
+contig	C8123710	157
+contig	C8123822	157
+contig	C8123620	157
+contig	C8123788	157
+contig	C8123882	157
+contig	C8123914	157
+contig	C8123954	157
+contig	C8123980	157
+contig	C8123934	157
+contig	C8123826	157
+contig	C8124006	157
+contig	C8123928	157
+contig	C8123996	157
+contig	C8123988	157
+contig	C8124098	157
+contig	C8124034	157
+contig	C8124058	157
+contig	C8124082	157
+contig	C8124130	157
+contig	C8123712	157
+contig	C8124146	157
+contig	C8124114	157
+contig	C8120340	156
+contig	C8124162	157
+contig	C8124194	157
+contig	C8124180	157
+contig	C8124154	157
+contig	C8124210	157
+contig	C8124212	157
+contig	C8124184	157
+contig	C8124178	157
+contig	C8124268	157
+contig	C8124280	157
+contig	C8124282	157
+contig	C8124176	157
+contig	C8123982	157
+contig	C8124294	157
+contig	C8124374	157
+contig	C8124402	157
+contig	C8124386	157
+contig	C8124328	157
+contig	C8124242	157
+contig	C8124168	157
+contig	C8124298	157
+contig	C8124416	157
+contig	C8124260	157
+contig	C8124452	157
+contig	C8124442	157
+contig	C8124522	157
+contig	C8124398	157
+contig	C8124538	157
+contig	C8124444	157
+contig	C8124418	157
+contig	C8124530	157
+contig	C8124468	157
+contig	C8124550	157
+contig	C8123978	157
+contig	C8124528	157
+contig	C8124664	157
+contig	C8124762	157
+contig	C8124776	157
+contig	C8124788	157
+contig	C8124824	157
+contig	C8124804	157
+contig	C8124866	157
+contig	C8124876	157
+contig	C8124868	157
+contig	C8124766	157
+contig	C8124518	157
+contig	C8124916	157
+contig	C8124666	157
+contig	C8124768	157
+contig	C8124926	157
+contig	C8124904	157
+contig	C8124992	157
+contig	C8124960	157
+contig	C8125062	157
+contig	C8125024	157
+contig	C8125110	157
+contig	C8125054	157
+contig	C8125126	157
+contig	C8124958	157
+contig	C8125104	157
+contig	C8125144	157
+contig	C8125154	157
+contig	C8125010	157
+contig	C8125170	157
+contig	C8125226	157
+contig	C8125158	157
+contig	C8125160	157
+contig	C8125200	157
+contig	C8125330	157
+contig	C8125182	157
+contig	C8125322	157
+contig	C8125232	157
+contig	C8125346	157
+contig	C8125354	157
+contig	C8125400	157
+contig	C8125398	157
+contig	C8125454	157
+contig	C8125524	157
+contig	C8125460	157
+contig	C8125552	157
+contig	C8125594	157
+contig	C8125614	157
+contig	C8125344	157
+contig	C8125690	157
+contig	C8125666	157
+contig	C8125710	157
+contig	C8125592	157
+contig	C8125708	157
+contig	C8125734	157
+contig	C8125754	157
+contig	C8125080	157
+contig	C8125568	157
+contig	C8125762	157
+contig	C8125888	157
+contig	C8125406	157
+contig	C8125826	157
+contig	C8125904	157
+contig	C8125958	157
+contig	C8125922	157
+contig	C8125948	157
+contig	C8125872	157
+contig	C8125974	157
+contig	C8125960	157
+contig	C8125966	157
+contig	C8126094	157
+contig	C8126064	157
+contig	C8125894	157
+contig	C8126146	157
+contig	C8126020	157
+contig	C8126200	157
+contig	C8126242	157
+contig	C8126254	157
+contig	C8126282	157
+contig	C8125834	157
+contig	C8126352	157
+contig	C8126386	157
+contig	C8126264	157
+contig	C8126300	157
+contig	C8126444	157
+contig	C8126434	157
+contig	C8126460	157
+contig	C8126528	157
+contig	C8126570	157
+contig	C8126574	157
+contig	C8126582	157
+contig	C8126580	157
+contig	C8126734	157
+contig	C8126632	157
+contig	C8126740	157
+contig	C8126758	157
+contig	C8126776	157
+contig	C8126788	157
+contig	C8126804	157
+contig	C8126480	157
+contig	C8126828	157
+contig	C8126832	157
+contig	C8126842	157
+contig	C8126848	157
+contig	C8124826	157
+contig	C8126876	157
+contig	C8126926	157
+contig	C8126886	157
+contig	C8126930	157
+contig	C8126878	157
+contig	C8126120	157
+contig	C8126252	157
+contig	C8126970	157
+contig	C8126992	157
+contig	C8126994	157
+contig	C8126948	157
+contig	C8127012	157
+contig	C8126974	157
+contig	C8126996	157
+contig	C8127040	157
+contig	C8127066	157
+contig	C8127104	157
+contig	C8127068	157
+contig	C8127084	157
+contig	C8127108	157
+contig	C8127094	157
+contig	C8118642	156
+contig	C8127074	157
+contig	C8127148	157
+contig	C8127122	157
+contig	C8127182	157
+contig	C8126990	157
+contig	C8127156	157
+contig	C8127220	157
+contig	C8127238	157
+contig	C8127272	157
+contig	C8127110	157
+contig	C8127180	157
+contig	C8127340	157
+contig	C8127282	157
+contig	C8127382	157
+contig	C8127118	157
+contig	C8127384	157
+contig	C8127422	157
+contig	C8127336	157
+contig	C8127196	157
+contig	C8127452	157
+contig	C8127426	157
+contig	C8127380	157
+contig	C8127540	157
+contig	C8127512	157
+contig	C8127542	157
+contig	C8127580	157
+contig	C8127564	157
+contig	C8127606	157
+contig	C8127592	157
+contig	C8127598	157
+contig	C8127678	157
+contig	C8127594	157
+contig	C8127674	157
+contig	C8127710	157
+contig	C8127714	157
+contig	C8127694	157
+contig	C8127692	157
+contig	C8127756	157
+contig	C8127644	157
+contig	C8127766	157
+contig	C8127776	157
+contig	C8127768	157
+contig	C8127814	157
+contig	C8127750	157
+contig	C8127758	157
+contig	C8124408	157
+contig	C8127854	157
+contig	C8127856	157
+contig	C8127648	157
+contig	C8127792	157
+contig	C8127872	157
+contig	C8127880	157
+contig	C8127786	157
+contig	C8127910	157
+contig	C8127344	157
+contig	C8127900	157
+contig	C8127924	157
+contig	C8127994	157
+contig	C8127932	157
+contig	C8127998	157
+contig	C8127858	157
+contig	C8128016	157
+contig	C8127950	157
+contig	C8127902	157
+contig	C8128094	157
+contig	C8128086	157
+contig	C8128006	157
+contig	C8128088	157
+contig	C8128126	157
+contig	C8128186	157
+contig	C8128078	157
+contig	C8128114	157
+contig	C8128142	157
+contig	C8128226	157
+contig	C8128268	157
+contig	C8125028	157
+contig	C8128270	157
+contig	C8128274	157
+contig	C8128194	157
+contig	C8128280	157
+contig	C8127894	157
+contig	C8128346	157
+contig	C8128290	157
+contig	C8128418	157
+contig	C8128230	157
+contig	C8128424	157
+contig	C8128264	157
+contig	C8128360	157
+contig	C8128434	157
+contig	C8128458	157
+contig	C8128442	157
+contig	C8128524	157
+contig	C8128376	157
+contig	C8128552	157
+contig	C8128590	157
+contig	C8128514	157
+contig	C8128572	157
+contig	C8128496	157
+contig	C8128606	157
+contig	C8128614	157
+contig	C8128510	157
+contig	C8128630	157
+contig	C8128660	157
+contig	C8128116	157
+contig	C8128640	157
+contig	C8128652	157
+contig	C8128642	157
+contig	C8128674	157
+contig	C8128678	157
+contig	C8128616	157
+contig	C8128680	157
+contig	C8128738	157
+contig	C8128470	157
+contig	C8128690	157
+contig	C8128692	157
+contig	C8128712	157
+contig	C8128816	157
+contig	C8128784	157
+contig	C8128808	157
+contig	C8128788	157
+contig	C8128876	157
+contig	C8128858	157
+contig	C8128670	157
+contig	C8128912	157
+contig	C8128954	157
+contig	C8128934	157
+contig	C8128852	157
+contig	C8128976	157
+contig	C8128964	157
+contig	C8128900	157
+contig	C8128892	157
+contig	C8128994	157
+contig	C8129066	157
+contig	C8129058	157
+contig	C8129068	158
+contig	C8128978	157
+contig	C8129034	157
+contig	C8129126	158
+contig	C8129108	158
+contig	C8129016	157
+contig	C8129170	158
+contig	C8129088	158
+contig	C8129290	158
+contig	C8129304	158
+contig	C8128688	157
+contig	C8129306	158
+contig	C8129340	158
+contig	C8129130	158
+contig	C8129328	158
+contig	C8129380	158
+contig	C8129418	158
+contig	C8129364	158
+contig	C8129544	158
+contig	C8129500	158
+contig	C8129570	158
+contig	C8129214	158
+contig	C8129064	157
+contig	C8129484	158
+contig	C8129566	158
+contig	C8129308	158
+contig	C8129490	158
+contig	C8129578	158
+contig	C8129580	158
+contig	C8129632	158
+contig	C8129648	158
+contig	C8129624	158
+contig	C8129658	158
+contig	C8129708	158
+contig	C8129722	158
+contig	C8129794	158
+contig	C8129802	158
+contig	C8129726	158
+contig	C8129636	158
+contig	C8129874	158
+contig	C8129838	158
+contig	C8129866	158
+contig	C8129940	158
+contig	C8129964	158
+contig	C8129576	158
+contig	C8129946	158
+contig	C8129676	158
+contig	C8130004	158
+contig	C8130012	158
+contig	C8130028	158
+contig	C8129878	158
+contig	C8130080	158
+contig	C8130084	158
+contig	C8129734	158
+contig	C8130126	158
+contig	C8130106	158
+contig	C8130030	158
+contig	C8130100	158
+contig	C8130048	158
+contig	C8130206	158
+contig	C8130170	158
+contig	C8130214	158
+contig	C8130242	158
+contig	C8130238	158
+contig	C8130154	158
+contig	C8130284	158
+contig	C8130308	158
+contig	C8130212	158
+contig	C8130334	158
+contig	C8130416	158
+contig	C8130350	158
+contig	C8130440	158
+contig	C8130454	158
+contig	C8130444	158
+contig	C8130360	158
+contig	C8130502	158
+contig	C8130276	158
+contig	C8130542	158
+contig	C8130544	158
+contig	C8130574	158
+contig	C8130570	158
+contig	C8130500	158
+contig	C8130608	158
+contig	C8130634	158
+contig	C8130662	158
+contig	C8130586	158
+contig	C8130612	158
+contig	C8130554	158
+contig	C8130712	158
+contig	C8130688	158
+contig	C8130720	158
+contig	C8127928	157
+contig	C8130762	158
+contig	C8130656	158
+contig	C8130772	158
+contig	C8130728	158
+contig	C8130770	158
+contig	C8130788	158
+contig	C8130894	158
+contig	C8130798	158
+contig	C8130736	158
+contig	C8130864	158
+contig	C8130946	158
+contig	C8130984	158
+contig	C8130982	158
+contig	C8130996	158
+contig	C8131012	158
+contig	C8130802	158
+contig	C8131052	158
+contig	C8131030	158
+contig	C8130970	158
+contig	C8131102	158
+contig	C8131096	158
+contig	C8131104	158
+contig	C8131128	158
+contig	C8131036	158
+contig	C8130036	158
+contig	C8131170	158
+contig	C8131144	158
+contig	C8131244	158
+contig	C8131146	158
+contig	C8131280	158
+contig	C8131344	158
+contig	C8131296	158
+contig	C8131134	158
+contig	C8131226	158
+contig	C8131356	158
+contig	C8131422	158
+contig	C8131398	158
+contig	C8131302	158
+contig	C8131148	158
+contig	C8131426	158
+contig	C8128762	157
+contig	C8131006	158
+contig	C8131468	158
+contig	C8131540	158
+contig	C8131508	158
+contig	C8131554	158
+contig	C8131570	158
+contig	C8131560	158
+contig	C8131596	158
+contig	C8131404	158
+contig	C8131598	158
+contig	C8131638	158
+contig	C8131580	158
+contig	C8131632	158
+contig	C8131604	158
+contig	C8131664	158
+contig	C8131488	158
+contig	C8131672	158
+contig	C8131680	158
+contig	C8131658	158
+contig	C8131694	158
+contig	C8131682	158
+contig	C8131732	158
+contig	C8131692	158
+contig	C8131770	158
+contig	C8131800	158
+contig	C8131868	158
+contig	C8131970	158
+contig	C8131898	158
+contig	C8131938	158
+contig	C8131926	158
+contig	C8132000	158
+contig	C8132104	158
+contig	C8131984	158
+contig	C8132006	158
+contig	C8132116	158
+contig	C8132122	158
+contig	C8131464	158
+contig	C8131908	158
+contig	C8132184	158
+contig	C8132132	158
+contig	C8132258	158
+contig	C8132262	158
+contig	C8132312	158
+contig	C8132318	158
+contig	C8132264	158
+contig	C8132322	158
+contig	C8132364	158
+contig	C8132316	158
+contig	C8132334	158
+contig	C8132228	158
+contig	C8132352	158
+contig	C8132552	158
+contig	C8132470	158
+contig	C8131698	158
+contig	C8132378	158
+contig	C8132572	158
+contig	C8132606	158
+contig	C8132646	158
+contig	C8132310	158
+contig	C8132598	158
+contig	C8132590	158
+contig	C8132682	158
+contig	C8132668	158
+contig	C8132700	158
+contig	C8132710	158
+contig	C8132704	158
+contig	C8132764	158
+contig	C8132658	158
+contig	C8132718	158
+contig	C8132412	158
+contig	C8132750	158
+contig	C8132828	158
+contig	C8132796	158
+contig	C8132854	158
+contig	C8132890	158
+contig	C8132648	158
+contig	C8132900	158
+contig	C8132908	158
+contig	C8132936	158
+contig	C8132830	158
+contig	C8132938	158
+contig	C8132944	158
+contig	C8132960	158
+contig	C8132952	158
+contig	C8132994	158
+contig	C8132816	158
+contig	C8133060	158
+contig	C8133010	158
+contig	C8133050	158
+contig	C8133068	158
+contig	C8132880	158
+contig	C8133082	158
+contig	C8133114	158
+contig	C8133078	158
+contig	C8133104	158
+contig	C8133182	158
+contig	C8133128	158
+contig	C8133242	158
+contig	C8133170	158
+contig	C8133236	158
+contig	C8133316	158
+contig	C8133206	158
+contig	C8132790	158
+contig	C8133350	158
+contig	C8133270	158
+contig	C8133468	158
+contig	C8133394	158
+contig	C8133306	158
+contig	C8133084	158
+contig	C8133492	158
+contig	C8133534	158
+contig	C8133554	158
+contig	C8133632	158
+contig	C8133600	158
+contig	C8133510	158
+contig	C8133550	158
+contig	C8133612	158
+contig	C8133634	158
+contig	C8133682	158
+contig	C8133680	158
+contig	C8133756	158
+contig	C8133778	158
+contig	C8133734	158
+contig	C8133848	158
+contig	C8133746	158
+contig	C8133852	158
+contig	C8133878	158
+contig	C8133830	158
+contig	C8133802	158
+contig	C8133858	158
+contig	C8133968	158
+contig	C8133914	158
+contig	C8134000	158
+contig	C8134002	158
+contig	C8134006	158
+contig	C8133884	158
+contig	C8133992	158
+contig	C8134074	158
+contig	C8133862	158
+contig	C8133668	158
+contig	C8134120	158
+contig	C8134150	158
+contig	C8134130	158
+contig	C8134186	158
+contig	C8134156	158
+contig	C8134268	158
+contig	C8134136	158
+contig	C8134244	158
+contig	C8134298	158
+contig	C8134404	158
+contig	C8134322	158
+contig	C8134282	158
+contig	C8134208	158
+contig	C8134424	158
+contig	C8134420	158
+contig	C8134448	158
+contig	C8134504	158
+contig	C8134454	158
+contig	C8134490	158
+contig	C8134496	158
+contig	C8134542	158
+contig	C8134478	158
+contig	C8134516	158
+contig	C8134574	158
+contig	C8134526	158
+contig	C8134588	158
+contig	C8134680	158
+contig	C8134616	158
+contig	C8134696	158
+contig	C8134552	158
+contig	C8134266	158
+contig	C8134690	158
+contig	C8134012	158
+contig	C8134564	158
+contig	C8134748	158
+contig	C8134796	158
+contig	C8134816	158
+contig	C8134780	158
+contig	C8134824	158
+contig	C8134858	158
+contig	C8134846	158
+contig	C8134792	158
+contig	C8134646	158
+contig	C8134894	158
+contig	C8134908	158
+contig	C8134730	158
+contig	C8134964	158
+contig	C8134910	158
+contig	C8134962	158
+contig	C8134981	158
+contig	C8134884	158
+contig	C8134966	158
+contig	C8135101	158
+contig	C8135109	158
+contig	C8134948	158
+contig	C8135139	158
+contig	C8135141	158
+contig	C8135133	158
+contig	C8135129	158
+contig	C8135281	158
+contig	C8135243	158
+contig	C8135311	158
+contig	C8134896	158
+contig	C8135185	158
+contig	C8135123	158
+contig	C8135157	158
+contig	C8135295	158
+contig	C8135355	159
+contig	C8135201	158
+contig	C8135345	159
+contig	C8135357	159
+contig	C8135471	159
+contig	C8135483	159
+contig	C8135431	159
+contig	C8135481	159
+contig	C8135349	159
+contig	C8135533	159
+contig	C8135499	159
+contig	C8135317	158
+contig	C8135703	159
+contig	C8135665	159
+contig	C8135631	159
+contig	C8135711	159
+contig	C8135705	159
+contig	C8135655	159
+contig	C8135715	159
+contig	C8135717	159
+contig	C8135755	159
+contig	C8135713	159
+contig	C8135757	159
+contig	C8135569	159
+contig	C8135759	159
+contig	C8135763	159
+contig	C8135429	159
+contig	C8135785	159
+contig	C8135721	159
+contig	C8135803	159
+contig	C8135765	159
+contig	C8135945	159
+contig	C8135939	159
+contig	C8135549	159
+contig	C8135853	159
+contig	C8135959	159
+contig	C8135947	159
+contig	C8135885	159
+contig	C8135963	159
+contig	C8135827	159
+contig	C8136001	159
+contig	C8135895	159
+contig	C8136051	159
+contig	C8132046	158
+contig	C8135979	159
+contig	C8136113	159
+contig	C8136129	159
+contig	C8136035	159
+contig	C8136127	159
+contig	C8136199	159
+contig	C8136075	159
+contig	C8136179	159
+contig	C8136155	159
+contig	C8136187	159
+contig	C8136291	159
+contig	C8136265	159
+contig	C8136315	159
+contig	C8136205	159
+contig	C8136221	159
+contig	C8136305	159
+contig	C8136327	159
+contig	C8136391	159
+contig	C8136119	159
+contig	C8136465	159
+contig	C8136547	159
+contig	C8136581	159
+contig	C8136543	159
+contig	C8136629	159
+contig	C8136647	159
+contig	C8136537	159
+contig	C8136363	159
+contig	C8136651	159
+contig	C8136681	159
+contig	C8136721	159
+contig	C8136727	159
+contig	C8136739	159
+contig	C8136753	159
+contig	C8136755	159
+contig	C8136479	159
+contig	C8136613	159
+contig	C8136779	159
+contig	C8136831	159
+contig	C8136759	159
+contig	C8136835	159
+contig	C8136843	159
+contig	C8136877	159
+contig	C8136889	159
+contig	C8136869	159
+contig	C8136893	159
+contig	C8136905	159
+contig	C8136913	159
+contig	C8136941	159
+contig	C8136981	159
+contig	C8137021	159
+contig	C8137013	159
+contig	C8137085	159
+contig	C8136775	159
+contig	C8137059	159
+contig	C8135973	159
+contig	C8137191	159
+contig	C8137213	159
+contig	C8136447	159
+contig	C8136949	159
+contig	C8137251	159
+contig	C8137261	159
+contig	C8136659	159
+contig	C8137229	159
+contig	C8137193	159
+contig	C8137283	159
+contig	C8137345	159
+contig	C8137385	159
+contig	C8137263	159
+contig	C8137447	159
+contig	C8137227	159
+contig	C8137583	159
+contig	C8137469	159
+contig	C8137585	159
+contig	C8137605	159
+contig	C8137637	159
+contig	C8137471	159
+contig	C8137699	159
+contig	C8137657	159
+contig	C8137723	159
+contig	C8137789	159
+contig	C8137779	159
+contig	C8137791	159
+contig	C8137823	159
+contig	C8137851	159
+contig	C8137351	159
+contig	C8137841	159
+contig	C8137883	159
+contig	C8137765	159
+contig	C8137837	159
+contig	C8137873	159
+contig	C8137977	159
+contig	C8137953	159
+contig	C8138015	159
+contig	C8137927	159
+contig	C8138027	159
+contig	C8138141	159
+contig	C8137957	159
+contig	C8137301	159
+contig	C8138077	159
+contig	C8138171	159
+contig	C8138147	159
+contig	C8138177	159
+contig	C8138215	159
+contig	C8138187	159
+contig	C8138219	159
+contig	C8137987	159
+contig	C8138345	159
+contig	C8138241	159
+contig	C8138321	159
+contig	C8138281	159
+contig	C8138409	159
+contig	C8138541	159
+contig	C8138505	159
+contig	C8138565	159
+contig	C8138443	159
+contig	C8138637	159
+contig	C8138617	159
+contig	C8138685	159
+contig	C8138665	159
+contig	C8138687	159
+contig	C8138689	159
+contig	C8138769	159
+contig	C8138065	159
+contig	C8138761	159
+contig	C8138785	159
+contig	C8138789	159
+contig	C8138775	159
+contig	C8138829	159
+contig	C8138823	159
+contig	C8138803	159
+contig	C8138863	159
+contig	C8138871	159
+contig	C8138857	159
+contig	C8138655	159
+contig	C8138915	159
+contig	C8138237	159
+contig	C8138943	159
+contig	C8138953	159
+contig	C8138951	159
+contig	C8138889	159
+contig	C8139005	159
+contig	C8138961	159
+contig	C8139045	159
+contig	C8139025	159
+contig	C8139073	159
+contig	C8138975	159
+contig	C8139081	159
+contig	C8139105	159
+contig	C8139011	159
+contig	C8138855	159
+contig	C8139111	159
+contig	C8139119	159
+contig	C8139137	159
+contig	C8139135	159
+contig	C8139133	159
+contig	C8139067	159
+contig	C8139139	159
+contig	C8139169	159
+contig	C8139189	159
+contig	C8139175	159
+contig	C8139327	159
+contig	C8139267	159
+contig	C8139317	159
+contig	C8139303	159
+contig	C8139337	159
+contig	C8139117	159
+contig	C8139391	159
+contig	C8139399	159
+contig	C8139467	159
+contig	C8139513	159
+contig	C8139167	159
+contig	C8139543	159
+contig	C8139537	159
+contig	C8139591	159
+contig	C8139679	159
+contig	C8139383	159
+contig	C8139745	159
+contig	C8139823	159
+contig	C8139805	159
+contig	C8139817	159
+contig	C8139837	159
+contig	C8139853	159
+contig	C8139927	159
+contig	C8139933	159
+contig	C8139921	159
+contig	C8139641	159
+contig	C8139863	159
+contig	C8139963	159
+contig	C8139951	159
+contig	C8140003	159
+contig	C8140035	159
+contig	C8139991	159
+contig	C8139979	159
+contig	C8140083	159
+contig	C8139961	159
+contig	C8140091	159
+contig	C8140041	159
+contig	C8140033	159
+contig	C8140271	159
+contig	C8140265	159
+contig	C8140273	159
+contig	C8140329	159
+contig	C8140239	159
+contig	C8140343	159
+contig	C8140353	159
+contig	C8140371	159
+contig	C8140363	159
+contig	C8140381	159
+contig	C8140339	159
+contig	C8140219	159
+contig	C8140423	159
+contig	C8140447	159
+contig	C8140419	159
+contig	C8140439	159
+contig	C8136325	159
+contig	C8140417	159
+contig	C8140475	159
+contig	C8140487	159
+contig	C8140471	159
+contig	C8140509	159
+contig	C8140511	159
+contig	C8140515	159
+contig	C8126138	157
+contig	C8140537	159
+contig	C8140463	159
+contig	C8140529	159
+contig	C8140123	159
+contig	C8140505	159
+contig	C8140459	159
+contig	C8140467	159
+contig	C8140549	159
+contig	C8140663	159
+contig	C8140567	159
+contig	C8129796	158
+contig	C8140561	159
+contig	C8140631	159
+contig	C8140589	159
+contig	C8140669	159
+contig	C8140691	159
+contig	C8140695	159
+contig	C8140713	159
+contig	C8140667	159
+contig	C8140627	159
+contig	C8140773	159
+contig	C8140717	159
+contig	C8140753	159
+contig	C8140679	159
+contig	C8140865	159
+contig	C8140849	159
+contig	C8140837	159
+contig	C8140775	159
+contig	C8140813	159
+contig	C8141025	159
+contig	C8140809	159
+contig	C8141045	159
+contig	C8141091	159
+contig	C8140903	159
+contig	C8140887	159
+contig	C8140895	159
+contig	C8141029	159
+contig	C8141133	159
+contig	C8141145	159
+contig	C8141151	159
+contig	C8140897	159
+contig	C8141183	159
+contig	C8141169	159
+contig	C8141165	159
+contig	C8141157	159
+contig	C8141223	159
+contig	C8141237	159
+contig	C8141135	159
+contig	C8141205	159
+contig	C8141245	159
+contig	C8141241	159
+contig	C8141189	159
+contig	C8141279	159
+contig	C8141247	159
+contig	C8141335	159
+contig	C8141307	159
+contig	C8141127	159
+contig	C8141355	159
+contig	C8141351	159
+contig	C8141367	159
+contig	C8137159	159
+contig	C8141383	159
+contig	C8141327	159
+contig	C8141239	159
+contig	C8141463	159
+contig	C8141441	159
+contig	C8141477	159
+contig	C8141525	159
+contig	C8141437	159
+contig	C8141647	160
+contig	C8141253	159
+contig	C8141585	160
+contig	C8141691	160
+contig	C8141535	159
+contig	C8141235	159
+contig	C8141769	160
+contig	C8141777	160
+contig	C8141795	160
+contig	C8141757	160
+contig	C8141851	160
+contig	C8141819	160
+contig	C8141879	160
+contig	C8141897	160
+contig	C8141673	160
+contig	C8141925	160
+contig	C8141943	160
+contig	C8141719	160
+contig	C8141945	160
+contig	C8141907	160
+contig	C8141947	160
+contig	C8141537	159
+contig	C8141849	160
+contig	C8141903	160
+contig	C8142021	160
+contig	C8141979	160
+contig	C8142073	160
+contig	C8141893	160
+contig	C8141983	160
+contig	C8142025	160
+contig	C8142071	160
+contig	C8142091	160
+contig	C8142123	160
+contig	C8142111	160
+contig	C8142077	160
+contig	C8142141	160
+contig	C8142035	160
+contig	C8142165	160
+contig	C8142253	160
+contig	C8142261	160
+contig	C8142127	160
+contig	C8142325	160
+contig	C8141837	160
+contig	C8142357	160
+contig	C8142393	160
+contig	C8142323	160
+contig	C8142397	160
+contig	C8142371	160
+contig	C8142399	160
+contig	C8142183	160
+contig	C8142421	160
+contig	C8142411	160
+contig	C8142517	160
+contig	C8142283	160
+contig	C8142365	160
+contig	C8142361	160
+contig	C8142593	160
+contig	C8142631	160
+contig	C8142605	160
+contig	C8142597	160
+contig	C8142611	160
+contig	C8142655	160
+contig	C8142663	160
+contig	C8142549	160
+contig	C8142685	160
+contig	C8142641	160
+contig	C8142707	160
+contig	C8142687	160
+contig	C8142727	160
+contig	C8142755	160
+contig	C8142763	160
+contig	C8142813	160
+contig	C8142823	160
+contig	C8142791	160
+contig	C8142521	160
+contig	C8142723	160
+contig	C8142937	160
+contig	C8142715	160
+contig	C8142961	160
+contig	C8143001	160
+contig	C8143025	160
+contig	C8142683	160
+contig	C8143029	160
+contig	C8143113	160
+contig	C8142917	160
+contig	C8143129	160
+contig	C8141967	160
+contig	C8143071	160
+contig	C8142825	160
+contig	C8143225	160
+contig	C8143247	160
+contig	C8143257	160
+contig	C8143263	160
+contig	C8143205	160
+contig	C8143275	160
+contig	C8143395	160
+contig	C8143295	160
+contig	C8143365	160
+contig	C8142849	160
+contig	C8143483	160
+contig	C8143501	160
+contig	C8143521	160
+contig	C8143535	160
+contig	C8143579	160
+contig	C8143455	160
+contig	C8143531	160
+contig	C8142995	160
+contig	C8143585	160
+contig	C8143655	160
+contig	C8143299	160
+contig	C8143657	160
+contig	C8143679	160
+contig	C8143717	160
+contig	C8143277	160
+contig	C8143785	160
+contig	C8143651	160
+contig	C8143797	160
+contig	C8143733	160
+contig	C8143881	160
+contig	C8143511	160
+contig	C8143769	160
+contig	C8143741	160
+contig	C8143901	160
+contig	C8143903	160
+contig	C8143859	160
+contig	C8143957	160
+contig	C8143931	160
+contig	C8143989	160
+contig	C8143961	160
+contig	C8143899	160
+contig	C8144037	160
+contig	C8144087	160
+contig	C8143889	160
+contig	C8143913	160
+contig	C8144033	160
+contig	C8144127	160
+contig	C8144155	160
+contig	C8144147	160
+contig	C8144181	160
+contig	C8144327	160
+contig	C8144139	160
+contig	C8144329	160
+contig	C8144045	160
+contig	C8144233	160
+contig	C8144373	160
+contig	C8144253	160
+contig	C8144393	160
+contig	C8144215	160
+contig	C8144379	160
+contig	C8144387	160
+contig	C8144413	160
+contig	C8144431	160
+contig	C8144497	160
+contig	C8144447	160
+contig	C8144499	160
+contig	C8144405	160
+contig	C8144525	160
+contig	C8144569	160
+contig	C8143911	160
+contig	C8144595	160
+contig	C8144437	160
+contig	C8144655	160
+contig	C8144587	160
+contig	C8144687	160
+contig	C8144715	160
+contig	C8144663	160
+contig	C8144755	160
+contig	C8144505	160
+contig	C8144683	160
+contig	C8144559	160
+contig	C8144761	160
+contig	C8144717	160
+contig	C8144819	160
+contig	C8144789	160
+contig	C8144829	160
+contig	C8144803	160
+contig	C8144851	160
+contig	C8144853	160
+contig	C8144773	160
+contig	C8144875	160
+contig	C8144889	160
+contig	C8144961	160
+contig	C8144905	160
+contig	C8144965	160
+contig	C8144967	160
+contig	C8144999	160
+contig	C8145015	160
+contig	C8144933	160
+contig	C8144831	160
+contig	C8144757	160
+contig	C8145025	160
+contig	C8145019	160
+contig	C8144575	160
+contig	C8145027	160
+contig	C8145125	160
+contig	C8145107	160
+contig	C8145079	160
+contig	C8145133	160
+contig	C8145151	160
+contig	C8144969	160
+contig	C8145199	160
+contig	C8145251	160
+contig	C8145075	160
+contig	C8145387	160
+contig	C8145113	160
+contig	C8145311	160
+contig	C8145335	160
+contig	C8145247	160
+contig	C8139387	159
+contig	C8145427	160
+contig	C8145295	160
+contig	C8145291	160
+contig	C8145441	160
+contig	C8145461	160
+contig	C8145495	160
+contig	C8145507	160
+contig	C8145627	160
+contig	C8145455	160
+contig	C8145607	160
+contig	C8145637	160
+contig	C8145663	160
+contig	C8145665	160
+contig	C8145671	160
+contig	C8145679	160
+contig	C8145631	160
+contig	C8145403	160
+contig	C8145769	160
+contig	C8145703	160
+contig	C8145791	160
+contig	C8145773	160
+contig	C8145591	160
+contig	C8145869	160
+contig	C8145835	160
+contig	C8145833	160
+contig	C8145897	160
+contig	C8145879	160
+contig	C8146071	160
+contig	C8146051	160
+contig	C8145611	160
+contig	C8146125	160
+contig	C8146079	160
+contig	C8146133	160
+contig	C8141093	159
+contig	C8146107	160
+contig	C8146159	160
+contig	C8146171	160
+contig	C8146139	160
+contig	C8145795	160
+contig	C8146155	160
+contig	C8146245	160
+contig	C8145949	160
+contig	C8146343	160
+contig	C8144071	160
+contig	C8146351	160
+contig	C8146363	160
+contig	C8146355	160
+contig	C8146375	160
+contig	C8146061	160
+contig	C8146369	160
+contig	C8146403	160
+contig	C8146425	160
+contig	C8146463	160
+contig	C8146421	160
+contig	C8146473	160
+contig	C8146407	160
+contig	C8146383	160
+contig	C8146609	160
+contig	C8146569	160
+contig	C8146649	160
+contig	C8146605	160
+contig	C8146551	160
+contig	C8146257	160
+contig	C8146677	160
+contig	C8146215	160
+contig	C8146627	160
+contig	C8146415	160
+contig	C8146713	160
+contig	C8146691	160
+contig	C8146753	160
+contig	C8146755	160
+contig	C8146765	160
+contig	C8146751	160
+contig	C8146767	160
+contig	C8146841	160
+contig	C8146807	160
+contig	C8146879	160
+contig	C8146947	160
+contig	C8146771	160
+contig	C8146431	160
+contig	C8146935	160
+contig	C8146699	160
+contig	C8147059	160
+contig	C8146733	160
+contig	C8146963	160
+contig	C8147049	160
+contig	C8146975	160
+contig	C8147067	160
+contig	C8147061	160
+contig	C8147071	160
+contig	C8147085	160
+contig	C8147027	160
+contig	C8147119	160
+contig	C8147131	160
+contig	C8146801	160
+contig	C8146931	160
+contig	C8147083	160
+contig	C8147173	160
+contig	C8147105	160
+contig	C8146883	160
+contig	C8147165	160
+contig	C8147293	160
+contig	C8147201	160
+contig	C8147127	160
+contig	C8147101	160
+contig	C8147209	160
+contig	C8147215	160
+contig	C8147375	160
+contig	C8147365	160
+contig	C8147419	160
+contig	C8147383	160
+contig	C8147335	160
+contig	C8147449	160
+contig	C8147443	160
+contig	C8147381	160
+contig	C8147229	160
+contig	C8147461	160
+contig	C8147455	160
+contig	C8147517	160
+contig	C8147703	160
+contig	C8147485	160
+contig	C8147717	160
+contig	C8147605	160
+contig	C8147733	160
+contig	C8147707	160
+contig	C8147727	160
+contig	C8147745	161
+contig	C8147151	160
+contig	C8147555	160
+contig	C8147747	161
+contig	C8147759	161
+contig	C8147793	161
+contig	C8147849	161
+contig	C8147841	161
+contig	C8147843	161
+contig	C8147857	161
+contig	C8147875	161
+contig	C8147563	160
+contig	C8147801	161
+contig	C8147953	161
+contig	C8147799	161
+contig	C8147915	161
+contig	C8147971	161
+contig	C8147639	160
+contig	C8147999	161
+contig	C8147921	161
+contig	C8148075	161
+contig	C8147991	161
+contig	C8148139	161
+contig	C8148023	161
+contig	C8148111	161
+contig	C8147855	161
+contig	C8148171	161
+contig	C8148205	161
+contig	C8148107	161
+contig	C8148147	161
+contig	C8148249	161
+contig	C8148097	161
+contig	C8148247	161
+contig	C8148263	161
+contig	C8147893	161
+contig	C8148389	161
+contig	C8148431	161
+contig	C8148403	161
+contig	C8148335	161
+contig	C8148477	161
+contig	C8148281	161
+contig	C8148447	161
+contig	C8148453	161
+contig	C8148361	161
+contig	C8148349	161
+contig	C8148051	161
+contig	C8148481	161
+contig	C8148499	161
+contig	C8148449	161
+contig	C8148513	161
+contig	C8148493	161
+contig	C8148601	161
+contig	C8148587	161
+contig	C8148579	161
+contig	C8148645	161
+contig	C8148501	161
+contig	C8148679	161
+contig	C8148719	161
+contig	C8148639	161
+contig	C8148595	161
+contig	C8148559	161
+contig	C8148491	161
+contig	C8148599	161
+contig	C8148783	161
+contig	C8148819	161
+contig	C8148727	161
+contig	C8148759	161
+contig	C8148817	161
+contig	C8148801	161
+contig	C8148831	161
+contig	C8148897	161
+contig	C8148921	161
+contig	C8148785	161
+contig	C8148887	161
+contig	C8148961	161
+contig	C8149067	161
+contig	C8148967	161
+contig	C8149051	161
+contig	C8149103	161
+contig	C8149071	161
+contig	C8145425	160
+contig	C8149157	161
+contig	C8149007	161
+contig	C8149147	161
+contig	C8149207	161
+contig	C8149083	161
+contig	C8149223	161
+contig	C8149225	161
+contig	C8149275	161
+contig	C8149241	161
+contig	C8149329	161
+contig	C8149311	161
+contig	C8149325	161
+contig	C8149299	161
+contig	C8149461	161
+contig	C8149377	161
+contig	C8149455	161
+contig	C8149503	161
+contig	C8149019	161
+contig	C8149341	161
+contig	C8149577	161
+contig	C8149509	161
+contig	C8149497	161
+contig	C8149527	161
+contig	C8148821	161
+contig	C8149687	161
+contig	C8149515	161
+contig	C8149683	161
+contig	C8149701	161
+contig	C8149661	161
+contig	C8149705	161
+contig	C8149573	161
+contig	C8149721	161
+contig	C8149689	161
+contig	C8149771	161
+contig	C8149715	161
+contig	C8149831	161
+contig	C8149817	161
+contig	C8149591	161
+contig	C8149757	161
+contig	C8149897	161
+contig	C8149773	161
+contig	C8149901	161
+contig	C8149735	161
+contig	C8149939	161
+contig	C8149957	161
+contig	C8149981	161
+contig	C8149775	161
+contig	C8149991	161
+contig	C8149877	161
+contig	C8149903	161
+contig	C8150029	161
+contig	C8149871	161
+contig	C8150025	161
+contig	C8150079	161
+contig	C8150089	161
+contig	C8150075	161
+contig	C8150113	161
+contig	C8150131	161
+contig	C8150083	161
+contig	C8150159	161
+contig	C8150115	161
+contig	C8150101	161
+contig	C8150149	161
+contig	C8150167	161
+contig	C8150221	161
+contig	C8150143	161
+contig	C8150281	161
+contig	C8150307	161
+contig	C8150379	161
+contig	C8150317	161
+contig	C8150443	161
+contig	C8150497	161
+contig	C8150287	161
+contig	C8150373	161
+contig	C8150537	161
+contig	C8150565	161
+contig	C8150639	161
+contig	C8150141	161
+contig	C8150457	161
+contig	C8150519	161
+contig	C8150559	161
+contig	C8150655	161
+contig	C8150687	161
+contig	C8150685	161
+contig	C8150775	161
+contig	C8150677	161
+contig	C8150845	161
+contig	C8150863	161
+contig	C8150869	161
+contig	C8150797	161
+contig	C8150735	161
+contig	C8150903	161
+contig	C8150881	161
+contig	C8150921	161
+contig	C8150919	161
+contig	C8150931	161
+contig	C8150949	161
+contig	C8150739	161
+contig	C8150951	161
+contig	C8150963	161
+contig	C8150971	161
+contig	C8150943	161
+contig	C8150647	161
+contig	C8150989	161
+contig	C8151119	161
+contig	C8150965	161
+contig	C8151021	161
+contig	C8150935	161
+contig	C8151151	161
+contig	C8151189	161
+contig	C8151185	161
+contig	C8151203	161
+contig	C8151243	161
+contig	C8151121	161
+contig	C8151265	161
+contig	C8151283	161
+contig	C8151277	161
+contig	C8151313	161
+contig	C8151301	161
+contig	C8151193	161
+contig	C8151341	161
+contig	C8151327	161
+contig	C8151319	161
+contig	C8151351	161
+contig	C8151323	161
+contig	C8151015	161
+contig	C8151417	161
+contig	C8151445	161
+contig	C8151483	161
+contig	C8151415	161
+contig	C8151503	161
+contig	C8151505	161
+contig	C8151533	161
+contig	C8151595	161
+contig	C8151439	161
+contig	C8151619	161
+contig	C8151675	161
+contig	C8151701	161
+contig	C8151475	161
+contig	C8151709	161
+contig	C8151711	161
+contig	C8151721	161
+contig	C8151651	161
+contig	C8151707	161
+contig	C8151477	161
+contig	C8151725	161
+contig	C8151775	161
+contig	C8151753	161
+contig	C8151727	161
+contig	C8151785	161
+contig	C8150011	161
+contig	C8151827	161
+contig	C8151781	161
+contig	C8151865	161
+contig	C8151881	161
+contig	C8151901	161
+contig	C8151851	161
+contig	C8151913	161
+contig	C8151927	161
+contig	C8151543	161
+contig	C8152009	161
+contig	C8151839	161
+contig	C8151841	161
+contig	C8151979	161
+contig	C8151961	161
+contig	C8152263	161
+contig	C8152035	161
+contig	C8152023	161
+contig	C8152269	161
+contig	C8152103	161
+contig	C8152293	161
+contig	C8152271	161
+contig	C8152295	161
+contig	C8152317	161
+contig	C8152279	161
+contig	C8152321	161
+contig	C8152025	161
+contig	C8152369	161
+contig	C8152345	161
+contig	C8152175	161
+contig	C8152391	161
+contig	C8152389	161
+contig	C8152297	161
+contig	C8152429	161
+contig	C8152451	161
+contig	C8152481	161
+contig	C8152503	161
+contig	C8152475	161
+contig	C8152441	161
+contig	C8152505	161
+contig	C8152527	161
+contig	C8152467	161
+contig	C8152591	161
+contig	C8152439	161
+contig	C8152685	161
+contig	C8152687	161
+contig	C8152625	161
+contig	C8152719	161
+contig	C8152629	161
+contig	C8152533	161
+contig	C8152691	161
+contig	C8152707	161
+contig	C8152765	161
+contig	C8152671	161
+contig	C8152731	161
+contig	C8152843	161
+contig	C8152827	161
+contig	C8152793	161
+contig	C8152915	161
+contig	C8152853	161
+contig	C8152753	161
+contig	C8152873	161
+contig	C8152951	161
+contig	C8152791	161
+contig	C8152961	161
+contig	C8152985	161
+contig	C8153063	161
+contig	C8152973	161
+contig	C8153097	161
+contig	C8152965	161
+contig	C8152907	161
+contig	C8153163	161
+contig	C8153167	161
+contig	C8153171	161
+contig	C8153119	161
+contig	C8153177	161
+contig	C8153185	161
+contig	C8153237	161
+contig	C8153173	161
+contig	C8147179	160
+contig	C8153085	161
+contig	C8153223	161
+contig	C8153245	161
+contig	C8153255	161
+contig	C8153363	161
+contig	C8153301	161
+contig	C8153115	161
+contig	C8153317	161
+contig	C8153429	161
+contig	C8153419	161
+contig	C8153279	161
+contig	C8153521	161
+contig	C8153453	161
+contig	C8153481	161
+contig	C8153463	161
+contig	C8153537	161
+contig	C8153555	161
+contig	C8153601	161
+contig	C8153565	161
+contig	C8153619	161
+contig	C8153613	161
+contig	C8153639	161
+contig	C8153331	161
+contig	C8153635	161
+contig	C8153731	161
+contig	C8153713	161
+contig	C8153809	161
+contig	C8153705	161
+contig	C8153825	161
+contig	C8153863	161
+contig	C8153535	161
+contig	C8153031	161
+contig	C8153929	161
+contig	C8153785	161
+contig	C8153641	161
+contig	C8153919	161
+contig	C8153965	162
+contig	C8153931	161
+contig	C8153951	161
+contig	C8154029	162
+contig	C8153691	161
+contig	C8154055	162
+contig	C8154107	162
+contig	C8153973	162
+contig	C8154003	162
+contig	C8154127	162
+contig	C8154111	162
+contig	C8154205	162
+contig	C8154187	162
+contig	C8153831	161
+contig	C8154183	162
+contig	C8154095	162
+contig	C8154147	162
+contig	C8154317	162
+contig	C8151565	161
+contig	C8154417	162
+contig	C8154283	162
+contig	C8154249	162
+contig	C8154227	162
+contig	C8154467	162
+contig	C8154251	162
+contig	C8154419	162
+contig	C8154425	162
+contig	C8154257	162
+contig	C8154475	162
+contig	C8154505	162
+contig	C8154481	162
+contig	C8154471	162
+contig	C8154531	162
+contig	C8154459	162
+contig	C8154537	162
+contig	C8154631	162
+contig	C8154535	162
+contig	C8154583	162
+contig	C8154655	162
+contig	C8154671	162
+contig	C8154591	162
+contig	C8154713	162
+contig	C8154603	162
+contig	C8154697	162
+contig	C8154743	162
+contig	C8154487	162
+contig	C8154771	162
+contig	C8154509	162
+contig	C8154709	162
+contig	C8154801	162
+contig	C8154825	162
+contig	C8154827	162
+contig	C8154891	162
+contig	C8154785	162
+contig	C8154985	162
+contig	C8155043	162
+contig	C8154855	162
+contig	C8154789	162
+contig	C8154911	162
+contig	C8155093	162
+contig	C8154983	162
+contig	C8155107	162
+contig	C8155151	162
+contig	C8155199	162
+contig	C8155195	162
+contig	C8155219	162
+contig	C8155245	162
+contig	C8155203	162
+contig	C8155221	162
+contig	C8155247	162
+contig	C8155397	162
+contig	C8155311	162
+contig	C8155099	162
+contig	C8155435	162
+contig	C8154995	162
+contig	C8155473	162
+contig	C8153981	162
+contig	C8155407	162
+contig	C8155445	162
+contig	C8155305	162
+contig	C8155501	162
+contig	C8155517	162
+contig	C8155419	162
+contig	C8155487	162
+contig	C8155565	162
+contig	C8155553	162
+contig	C8155697	162
+contig	C8155555	162
+contig	C8155649	162
+contig	C8155733	162
+contig	C8155753	162
+contig	C8155571	162
+contig	C8155681	162
+contig	C8155767	162
+contig	C8155765	162
+contig	C8155773	162
+contig	C8155813	162
+contig	C8154953	162
+contig	C8155779	162
+contig	C8155481	162
+contig	C8155927	162
+contig	C8155851	162
+contig	C8155929	162
+contig	C8155917	162
+contig	C8155937	162
+contig	C8155889	162
+contig	C8155945	162
+contig	C8155735	162
+contig	C8156141	162
+contig	C8156157	162
+contig	C8156051	162
+contig	C8156025	162
+contig	C8155951	162
+contig	C8155999	162
+contig	C8156061	162
+contig	C8156181	162
+contig	C8156193	162
+contig	C8156197	162
+contig	C8156249	162
+contig	C8156207	162
+contig	C8156257	162
+contig	C8156269	162
+contig	C8156277	162
+contig	C8155763	162
+contig	C8156205	162
+contig	C8156217	162
+contig	C8156161	162
+contig	C8155817	162
+contig	C8156347	162
+contig	C8156307	162
+contig	C8156285	162
+contig	C8156369	162
+contig	C8156311	162
+contig	C8156367	162
+contig	C8156403	162
+contig	C8156387	162
+contig	C8156427	162
+contig	C8156293	162
+contig	C8156577	162
+contig	C8156321	162
+contig	C8156503	162
+contig	C8156579	162
+contig	C8156599	162
+contig	C8156627	162
+contig	C8156317	162
+contig	C8156647	162
+contig	C8156587	162
+contig	C8156517	162
+contig	C8156641	162
+contig	C8156655	162
+contig	C8156785	162
+contig	C8156659	162
+contig	C8156851	162
+contig	C8156421	162
+contig	C8156733	162
+contig	C8156833	162
+contig	C8157009	162
+contig	C8156679	162
+contig	C8156921	162
+contig	C8157029	162
+contig	C8157015	162
+contig	C8157011	162
+contig	C8157121	162
+contig	C8157051	162
+contig	C8156717	162
+contig	C8157149	162
+contig	C8156925	162
+contig	C8157065	162
+contig	C8156927	162
+contig	C8157159	162
+contig	C8157213	162
+contig	C8157171	162
+contig	C8157235	162
+contig	C8157295	162
+contig	C8157037	162
+contig	C8157285	162
+contig	C8157305	162
+contig	C8157187	162
+contig	C8157403	162
+contig	C8157331	162
+contig	C8157349	162
+contig	C8157341	162
+contig	C8157415	162
+contig	C8157427	162
+contig	C8157429	162
+contig	C8157441	162
+contig	C8157473	162
+contig	C8157485	162
+contig	C8157557	162
+contig	C8157513	162
+contig	C8157511	162
+contig	C8157565	162
+contig	C8157619	162
+contig	C8157613	162
+contig	C8157633	162
+contig	C8157687	162
+contig	C8157255	162
+contig	C8157609	162
+contig	C8157591	162
+contig	C8157651	162
+contig	C8157725	162
+contig	C8157697	162
+contig	C8157823	162
+contig	C8157885	162
+contig	C8157731	162
+contig	C8157727	162
+contig	C8157307	162
+contig	C8157933	162
+contig	C8157921	162
+contig	C8157945	162
+contig	C8157919	162
+contig	C8157951	162
+contig	C8157949	162
+contig	C8157813	162
+contig	C8157979	162
+contig	C8158069	162
+contig	C8157839	162
+contig	C8158099	162
+contig	C8157959	162
+contig	C8158119	162
+contig	C8158179	162
+contig	C8157971	162
+contig	C8158163	162
+contig	C8157993	162
+contig	C8158177	162
+contig	C8158183	162
+contig	C8158213	162
+contig	C8158123	162
+contig	C8158217	162
+contig	C8158241	162
+contig	C8158203	162
+contig	C8158239	162
+contig	C8158287	162
+contig	C8158301	162
+contig	C8158317	162
+contig	C8158347	162
+contig	C8158271	162
+contig	C8158263	162
+contig	C8158357	162
+contig	C8158413	162
+contig	C8158299	162
+contig	C8158389	162
+contig	C8158375	162
+contig	C8158449	162
+contig	C8158468	162
+contig	C8158482	162
+contig	C8158472	162
+contig	C8158439	162
+contig	C8158512	162
+contig	C8158516	162
+contig	C8158548	162
+contig	C8158594	162
+contig	C8158574	162
+contig	C8158616	162
+contig	C8158554	162
+contig	C8158618	162
+contig	C8158235	162
+contig	C8158630	162
+contig	C8158620	162
+contig	C8158644	162
+contig	C8158696	162
+contig	C8158704	162
+contig	C8158712	162
+contig	C8158728	162
+contig	C8158640	162
+contig	C8158668	162
+contig	C8158776	162
+contig	C8158780	162
+contig	C8158087	162
+contig	C8158678	162
+contig	C8158864	162
+contig	C8158842	162
+contig	C8158808	162
+contig	C8158934	162
+contig	C8158786	162
+contig	C8158966	162
+contig	C8158878	162
+contig	C8158958	162
+contig	C8158996	162
+contig	C8158990	162
+contig	C8159008	162
+contig	C8159018	162
+contig	C8159042	162
+contig	C8159012	162
+contig	C8159046	162
+contig	C8159002	162
+contig	C8159062	162
+contig	C8158445	162
+contig	C8159124	162
+contig	C8158978	162
+contig	C8159122	162
+contig	C8159140	162
+contig	C8159130	162
+contig	C8159112	162
+contig	C8148951	161
+contig	C8159158	162
+contig	C8159212	162
+contig	C8159230	162
+contig	C8159264	162
+contig	C8158764	162
+contig	C8159284	162
+contig	C8159252	162
+contig	C8159194	162
+contig	C8159306	162
+contig	C8159458	162
+contig	C8159390	162
+contig	C8159146	162
+contig	C8159444	162
+contig	C8159468	162
+contig	C8159544	162
+contig	C8159600	162
+contig	C8159632	163
+contig	C8159634	163
+contig	C8159642	163
+contig	C8159644	163
+contig	C8159590	162
+contig	C8159568	162
+contig	C8159116	162
+contig	C8159752	163
+contig	C8159762	163
+contig	C8159438	162
+contig	C8159704	163
+contig	C8159736	163
+contig	C8159776	163
+contig	C8159788	163
+contig	C8159508	162
+contig	C8159836	163
+contig	C8159848	163
+contig	C8159920	163
+contig	C8159914	163
+contig	C8159926	163
+contig	C8159760	163
+contig	C8159942	163
+contig	C8159964	163
+contig	C8159666	163
+contig	C8160020	163
+contig	C8159944	163
+contig	C8160028	163
+contig	C8160050	163
+contig	C8159890	163
+contig	C8160068	163
+contig	C8159808	163
+contig	C8160088	163
+contig	C8160074	163
+contig	C8159882	163
+contig	C8160108	163
+contig	C8160166	163
+contig	C8160192	163
+contig	C8160072	163
+contig	C8160218	163
+contig	C8160258	163
+contig	C8160168	163
+contig	C8160278	163
+contig	C8160288	163
+contig	C8160230	163
+contig	C8160178	163
+contig	C8160260	163
+contig	C8160280	163
+contig	C8160302	163
+contig	C8160318	163
+contig	C8160372	163
+contig	C8160332	163
+contig	C8160488	163
+contig	C8160466	163
+contig	C8160198	163
+contig	C8160390	163
+contig	C8160462	163
+contig	C8160416	163
+contig	C8160374	163
+contig	C8160522	163
+contig	C8160646	163
+contig	C8160674	163
+contig	C8160678	163
+contig	C8158610	162
+contig	C8160718	163
+contig	C8160690	163
+contig	C8160494	163
+contig	C8160516	163
+contig	C8160564	163
+contig	C8160844	163
+contig	C8160700	163
+contig	C8160836	163
+contig	C8160812	163
+contig	C8160736	163
+contig	C8160892	163
+contig	C8160904	163
+contig	C8160682	163
+contig	C8160922	163
+contig	C8160916	163
+contig	C8160906	163
+contig	C8161018	163
+contig	C8160856	163
+contig	C8160982	163
+contig	C8161042	163
+contig	C8160868	163
+contig	C8161056	163
+contig	C8161102	163
+contig	C8160980	163
+contig	C8161208	163
+contig	C8161092	163
+contig	C8161124	163
+contig	C8161144	163
+contig	C8161244	163
+contig	C8161374	163
+contig	C8161176	163
+contig	C8160886	163
+contig	C8161456	163
+contig	C8161434	163
+contig	C8161388	163
+contig	C8161342	163
+contig	C8161186	163
+contig	C8161526	163
+contig	C8161432	163
+contig	C8161212	163
+contig	C8161284	163
+contig	C8161620	163
+contig	C8161560	163
+contig	C8161668	163
+contig	C8161586	163
+contig	C8161688	163
+contig	C8161778	163
+contig	C8161676	163
+contig	C8161846	163
+contig	C8161886	163
+contig	C8161900	163
+contig	C8161914	163
+contig	C8161592	163
+contig	C8161880	163
+contig	C8161918	163
+contig	C8161916	163
+contig	C8161952	163
+contig	C8161962	163
+contig	C8161926	163
+contig	C8161948	163
+contig	C8161750	163
+contig	C8162024	163
+contig	C8161976	163
+contig	C8162094	163
+contig	C8162130	163
+contig	C8157407	162
+contig	C8162080	163
+contig	C8162158	163
+contig	C8162152	163
+contig	C8162068	163
+contig	C8162160	163
+contig	C8162174	163
+contig	C8162396	163
+contig	C8162382	163
+contig	C8162218	163
+contig	C8162036	163
+contig	C8162162	163
+contig	C8161932	163
+contig	C8162560	163
+contig	C8162542	163
+contig	C8162496	163
+contig	C8162586	163
+contig	C8162568	163
+contig	C8162598	163
+contig	C8161706	163
+contig	C8162664	163
+contig	C8162650	163
+contig	C8162464	163
+contig	C8162632	163
+contig	C8162644	163
+contig	C8162692	163
+contig	C8162732	163
+contig	C8162676	163
+contig	C8162682	163
+contig	C8162726	163
+contig	C8162808	163
+contig	C8162802	163
+contig	C8162896	163
+contig	C8162814	163
+contig	C8162734	163
+contig	C8162950	163
+contig	C8162980	163
+contig	C8162938	163
+contig	C8162898	163
+contig	C8163016	163
+contig	C8163058	163
+contig	C8163024	163
+contig	C8162442	163
+contig	C8162816	163
+contig	C8163038	163
+contig	C8162998	163
+contig	C8163060	163
+contig	C8163190	163
+contig	C8163164	163
+contig	C8163160	163
+contig	C8163216	163
+contig	C8163198	163
+contig	C8163348	163
+contig	C8163368	163
+contig	C8163386	163
+contig	C8163296	163
+contig	C8163374	163
+contig	C8163404	163
+contig	C8163398	163
+contig	C8163250	163
+contig	C8163498	163
+contig	C8163492	163
+contig	C8163506	163
+contig	C8163588	163
+contig	C8163446	163
+contig	C8163592	163
+contig	C8163594	163
+contig	C8163610	163
+contig	C8163688	163
+contig	C8163422	163
+contig	C8163658	163
+contig	C8163698	163
+contig	C8163626	163
+contig	C8163750	163
+contig	C8163798	163
+contig	C8163426	163
+contig	C8163806	163
+contig	C8163714	163
+contig	C8163662	163
+contig	C8163816	163
+contig	C8163770	163
+contig	C8163840	163
+contig	C8163864	163
+contig	C8163908	163
+contig	C8163882	163
+contig	C8163924	163
+contig	C8163872	163
+contig	C8163944	163
+contig	C8163934	163
+contig	C8163880	163
+contig	C8163962	163
+contig	C8163878	163
+contig	C8163956	163
+contig	C8163844	163
+contig	C8164006	163
+contig	C8164026	163
+contig	C8164042	163
+contig	C8164070	163
+contig	C8164058	163
+contig	C8163988	163
+contig	C8164094	163
+contig	C8164052	163
+contig	C8164050	163
+contig	C8164074	163
+contig	C8164186	163
+contig	C8164116	163
+contig	C8164238	163
+contig	C8164024	163
+contig	C8164256	163
+contig	C8164212	163
+contig	C8164266	163
+contig	C8164228	163
+contig	C8164218	163
+contig	C8164302	163
+contig	C8161460	163
+contig	C8164210	163
+contig	C8164272	163
+contig	C8164386	163
+contig	C8164310	163
+contig	C8162108	163
+contig	C8164378	163
+contig	C8164508	163
+contig	C8164458	163
+contig	C8164550	163
+contig	C8164442	163
+contig	C8164594	163
+contig	C8164112	163
+contig	C8164352	163
+contig	C8164556	163
+contig	C8164638	163
+contig	C8164426	163
+contig	C8164522	163
+contig	C8164614	163
+contig	C8164640	163
+contig	C8164666	163
+contig	C8164654	163
+contig	C8164644	163
+contig	C8164254	163
+contig	C8164716	163
+contig	C8164676	163
+contig	C8164754	163
+contig	C8164476	163
+contig	C8164678	163
+contig	C8164734	163
+contig	C8164760	163
+contig	C8164794	163
+contig	C8164782	163
+contig	C8164756	163
+contig	C8164820	163
+contig	C8164816	163
+contig	C8164928	163
+contig	C8164702	163
+contig	C8164900	163
+contig	C8164830	163
+contig	C8164788	163
+contig	C8164622	163
+contig	C8164948	163
+contig	C8164994	163
+contig	C8165016	163
+contig	C8165020	163
+contig	C8164962	163
+contig	C8164966	163
+contig	C8165004	163
+contig	C8164940	163
+contig	C8165068	163
+contig	C8165052	163
+contig	C8164728	163
+contig	C8165036	163
+contig	C8165114	163
+contig	C8165084	163
+contig	C8165178	163
+contig	C8165126	163
+contig	C8165168	163
+contig	C8165156	163
+contig	C8165180	163
+contig	C8165192	163
+contig	C8165186	163
+contig	C8165258	163
+contig	C8165238	163
+contig	C8165344	164
+contig	C8165098	163
+contig	C8165370	164
+contig	C8165376	164
+contig	C8165420	164
+contig	C8165324	164
+contig	C8165452	164
+contig	C8165384	164
+contig	C8165308	164
+contig	C8165482	164
+contig	C8165478	164
+contig	C8165492	164
+contig	C8165028	163
+contig	C8165558	164
+contig	C8165506	164
+contig	C8165540	164
+contig	C8165598	164
+contig	C8165638	164
+contig	C8165562	164
+contig	C8165620	164
+contig	C8165704	164
+contig	C8165700	164
+contig	C8165750	164
+contig	C8165724	164
+contig	C8165618	164
+contig	C8165756	164
+contig	C8165740	164
+contig	C8165758	164
+contig	C8165814	164
+contig	C8165840	164
+contig	C8165770	164
+contig	C8165902	164
+contig	C8164758	163
+contig	C8165780	164
+contig	C8165982	164
+contig	C8165986	164
+contig	C8166002	164
+contig	C8165842	164
+contig	C8165940	164
+contig	C8166040	164
+contig	C8165928	164
+contig	C8166016	164
+contig	C8166110	164
+contig	C8166042	164
+contig	C8166206	164
+contig	C8166006	164
+contig	C8166200	164
+contig	C8166208	164
+contig	C8166210	164
+contig	C8166308	164
+contig	C8166292	164
+contig	C8166178	164
+contig	C8166326	164
+contig	C8166360	164
+contig	C8166402	164
+contig	C8166388	164
+contig	C8166438	164
+contig	C8166362	164
+contig	C8166340	164
+contig	C8166416	164
+contig	C8166526	164
+contig	C8165326	164
+contig	C8166596	164
+contig	C8166450	164
+contig	C8166648	164
+contig	C8166670	164
+contig	C8166654	164
+contig	C8166460	164
+contig	C8166754	164
+contig	C8166786	164
+contig	C8166634	164
+contig	C8166778	164
+contig	C8166812	164
+contig	C8166672	164
+contig	C8166212	164
+contig	C8166666	164
+contig	C8166826	164
+contig	C8166830	164
+contig	C8166806	164
+contig	C8166922	164
+contig	C8166948	164
+contig	C8166892	164
+contig	C8166868	164
+contig	C8166990	164
+contig	C8167026	164
+contig	C8166940	164
+contig	C8167048	164
+contig	C8166952	164
+contig	C8167022	164
+contig	C8167160	164
+contig	C8167196	164
+contig	C8167098	164
+contig	C8167236	164
+contig	C8167112	164
+contig	C8167294	164
+contig	C8167176	164
+contig	C8167246	164
+contig	C8167164	164
+contig	C8167298	164
+contig	C8167354	164
+contig	C8167360	164
+contig	C8167482	164
+contig	C8167510	164
+contig	C8167216	164
+contig	C8167520	164
+contig	C8167540	164
+contig	C8167406	164
+contig	C8167524	164
+contig	C8167556	164
+contig	C8167548	164
+contig	C8167328	164
+contig	C8167552	164
+contig	C8167664	164
+contig	C8167630	164
+contig	C8167544	164
+contig	C8167688	164
+contig	C8167574	164
+contig	C8167712	164
+contig	C8167748	164
+contig	C8167704	164
+contig	C8167754	164
+contig	C8167666	164
+contig	C8167752	164
+contig	C8167700	164
+contig	C8167776	164
+contig	C8167840	164
+contig	C8167806	164
+contig	C8167862	164
+contig	C8167800	164
+contig	C8167880	164
+contig	C8167894	164
+contig	C8167906	164
+contig	C8167916	164
+contig	C8167972	164
+contig	C8167910	164
+contig	C8167946	164
+contig	C8167974	164
+contig	C8168006	164
+contig	C8167996	164
+contig	C8167990	164
+contig	C8168058	164
+contig	C8168052	164
+contig	C8168036	164
+contig	C8167744	164
+contig	C8168060	164
+contig	C8168110	164
+contig	C8168072	164
+contig	C8167304	164
+contig	C8168168	164
+contig	C8168270	164
+contig	C8168122	164
+contig	C8168176	164
+contig	C8168164	164
+contig	C8168292	164
+contig	C8168298	164
+contig	C8168304	164
+contig	C8168136	164
+contig	C8168362	164
+contig	C8168092	164
+contig	C8168334	164
+contig	C8168408	164
+contig	C8168384	164
+contig	C8168370	164
+contig	C8168324	164
+contig	C8168436	164
+contig	C8168448	164
+contig	C8168450	164
+contig	C8168396	164
+contig	C8149229	161
+contig	C8168420	164
+contig	C8168482	164
+contig	C8168480	164
+contig	C8168502	164
+contig	C8168516	164
+contig	C8168498	164
+contig	C8168522	164
+contig	C8168542	164
+contig	C8168494	164
+contig	C8168574	164
+contig	C8168544	164
+contig	C8168596	164
+contig	C8168374	164
+contig	C8168552	164
+contig	C8168622	164
+contig	C8168438	164
+contig	C8168592	164
+contig	C8168694	164
+contig	C8168614	164
+contig	C8168558	164
+contig	C8168756	164
+contig	C8168824	164
+contig	C8168840	164
+contig	C8168816	164
+contig	C8168830	164
+contig	C8168852	164
+contig	C8168884	164
+contig	C8168836	164
+contig	C8168814	164
+contig	C8168786	164
+contig	C8168872	164
+contig	C8168940	164
+contig	C8168868	164
+contig	C8168898	164
+contig	C8168900	164
+contig	C8168606	164
+contig	C8169038	164
+contig	C8169052	164
+contig	C8169044	164
+contig	C8168942	164
+contig	C8169214	164
+contig	C8168998	164
+contig	C8165030	163
+contig	C8169094	164
+contig	C8169152	164
+contig	C8165498	164
+contig	C8169252	164
+contig	C8169314	164
+contig	C8169232	164
+contig	C8169330	164
+contig	C8169328	164
+contig	C8169396	164
+contig	C8169374	164
+contig	C8169376	164
+contig	C8169430	164
+contig	C8169340	164
+contig	C8169042	164
+contig	C8169104	164
+contig	C8169468	164
+contig	C8169456	164
+contig	C8169250	164
+contig	C8169520	164
+contig	C8169466	164
+contig	C8169606	164
+contig	C8169332	164
+contig	C8169640	164
+contig	C8169518	164
+contig	C8169618	164
+contig	C8169672	164
+contig	C8169570	164
+contig	C8169676	164
+contig	C8169648	164
+contig	C8169732	164
+contig	C8169680	164
+contig	C8169626	164
+contig	C8169716	164
+contig	C8169770	164
+contig	C8169740	164
+contig	C8169402	164
+contig	C8169772	164
+contig	C8169852	164
+contig	C8169704	164
+contig	C8169904	164
+contig	C8169838	164
+contig	C8169974	164
+contig	C8169996	164
+contig	C8169936	164
+contig	C8169848	164
+contig	C8169978	164
+contig	C8170034	164
+contig	C8169942	164
+contig	C8169854	164
+contig	C8170056	164
+contig	C8170214	164
+contig	C8170118	164
+contig	C8170074	164
+contig	C8170160	164
+contig	C8170236	164
+contig	C8170286	164
+contig	C8170328	164
+contig	C8169766	164
+contig	C8170308	164
+contig	C8170262	164
+contig	C8170340	164
+contig	C8170338	164
+contig	C8170334	164
+contig	C8170356	164
+contig	C8170352	164
+contig	C8170360	164
+contig	C8170402	164
+contig	C8170200	164
+contig	C8170332	164
+contig	C8170372	164
+contig	C8170518	164
+contig	C8170422	164
+contig	C8170648	164
+contig	C8170346	164
+contig	C8170488	164
+contig	C8168894	164
+contig	C8170694	164
+contig	C8170370	164
+contig	C8170610	164
+contig	C8170728	164
+contig	C8170736	164
+contig	C8170676	164
+contig	C8170620	164
+contig	C8170746	164
+contig	C8170772	164
+contig	C8170748	164
+contig	C8170730	164
+contig	C8170702	164
+contig	C8170834	164
+contig	C8170538	164
+contig	C8170898	164
+contig	C8170846	164
+contig	C8170914	164
+contig	C8170988	164
+contig	C8170920	164
+contig	C8171010	164
+contig	C8171096	165
+contig	C8170808	164
+contig	C8170958	164
+contig	C8170934	164
+contig	C8171068	165
+contig	C8171066	165
+contig	C8171094	165
+contig	C8171184	165
+contig	C8171136	165
+contig	C8171110	165
+contig	C8171226	165
+contig	C8171234	165
+contig	C8171126	165
+contig	C8171262	165
+contig	C8171202	165
+contig	C8171236	165
+contig	C8171216	165
+contig	C8171274	165
+contig	C8171264	165
+contig	C8171272	165
+contig	C8171330	165
+contig	C8171336	165
+contig	C8171396	165
+contig	C8171328	165
+contig	C8171314	165
+contig	C8171416	165
+contig	C8170830	164
+contig	C8171428	165
+contig	C8171280	165
+contig	C8171574	165
+contig	C8171154	165
+contig	C8171464	165
+contig	C8171444	165
+contig	C8171616	165
+contig	C8171622	165
+contig	C8171344	165
+contig	C8171646	165
+contig	C8171632	165
+contig	C8171652	165
+contig	C8171580	165
+contig	C8171666	165
+contig	C8171644	165
+contig	C8171478	165
+contig	C8171692	165
+contig	C8171682	165
+contig	C8171678	165
+contig	C8171830	165
+contig	C8171340	165
+contig	C8171734	165
+contig	C8171836	165
+contig	C8171856	165
+contig	C8171850	165
+contig	C8171870	165
+contig	C8171874	165
+contig	C8171984	165
+contig	C8171766	165
+contig	C8171936	165
+contig	C8171514	165
+contig	C8171946	165
+contig	C8172024	165
+contig	C8172108	165
+contig	C8171742	165
+contig	C8169454	164
+contig	C8172112	165
+contig	C8172052	165
+contig	C8172174	165
+contig	C8172120	165
+contig	C8171978	165
+contig	C8171996	165
+contig	C8172274	165
+contig	C8172254	165
+contig	C8172172	165
+contig	C8172296	165
+contig	C8172018	165
+contig	C8172192	165
+contig	C8172234	165
+contig	C8172260	165
+contig	C8172344	165
+contig	C8172280	165
+contig	C8172442	165
+contig	C8172470	165
+contig	C8172398	165
+contig	C8172426	165
+contig	C8172306	165
+contig	C8172536	165
+contig	C8172478	165
+contig	C8172476	165
+contig	C8172606	165
+contig	C8172644	165
+contig	C8172548	165
+contig	C8172622	165
+contig	C8171858	165
+contig	C8172422	165
+contig	C8172692	165
+contig	C8172720	165
+contig	C8172684	165
+contig	C8172638	165
+contig	C8172670	165
+contig	C8172480	165
+contig	C8172778	165
+contig	C8172780	165
+contig	C8172804	165
+contig	C8172768	165
+contig	C8172818	165
+contig	C8172852	165
+contig	C8172770	165
+contig	C8172854	165
+contig	C8172848	165
+contig	C8172876	165
+contig	C8172652	165
+contig	C8172772	165
+contig	C8172918	165
+contig	C8172862	165
+contig	C8172954	165
+contig	C8173076	165
+contig	C8173036	165
+contig	C8172956	165
+contig	C8172904	165
+contig	C8173150	165
+contig	C8173136	165
+contig	C8173144	165
+contig	C8172868	165
+contig	C8173176	165
+contig	C8173220	165
+contig	C8173222	165
+contig	C8173096	165
+contig	C8173328	165
+contig	C8173012	165
+contig	C8173166	165
+contig	C8173148	165
+contig	C8173390	165
+contig	C8173450	165
+contig	C8173216	165
+contig	C8173494	165
+contig	C8173374	165
+contig	C8173412	165
+contig	C8173638	165
+contig	C8173476	165
+contig	C8173422	165
+contig	C8173532	165
+contig	C8172572	165
+contig	C8173640	165
+contig	C8173700	165
+contig	C8173770	165
+contig	C8173502	165
+contig	C8173764	165
+contig	C8173330	165
+contig	C8173714	165
+contig	C8173814	165
+contig	C8173812	165
+contig	C8173772	165
+contig	C8173854	165
+contig	C8173852	165
+contig	C8173934	165
+contig	C8173820	165
+contig	C8173912	165
+contig	C8173980	165
+contig	C8173974	165
+contig	C8173988	165
+contig	C8173950	165
+contig	C8174008	165
+contig	C8174064	165
+contig	C8173522	165
+contig	C8174036	165
+contig	C8174142	165
+contig	C8174150	165
+contig	C8174044	165
+contig	C8174174	165
+contig	C8174000	165
+contig	C8174242	165
+contig	C8173786	165
+contig	C8174314	165
+contig	C8174102	165
+contig	C8174318	165
+contig	C8174244	165
+contig	C8174402	165
+contig	C8173932	165
+contig	C8174338	165
+contig	C8174284	165
+contig	C8174480	165
+contig	C8174538	165
+contig	C8174360	165
+contig	C8174446	165
+contig	C8174548	165
+contig	C8174542	165
+contig	C8174328	165
+contig	C8174640	165
+contig	C8174654	165
+contig	C8174444	165
+contig	C8174680	165
+contig	C8174728	165
+contig	C8174626	165
+contig	C8174642	165
+contig	C8174836	165
+contig	C8174686	165
+contig	C8174578	165
+contig	C8174858	165
+contig	C8174702	165
+contig	C8174732	165
+contig	C8174822	165
+contig	C8174918	165
+contig	C8174932	165
+contig	C8174870	165
+contig	C8174886	165
+contig	C8174776	165
+contig	C8174922	165
+contig	C8175032	165
+contig	C8174938	165
+contig	C8174974	165
+contig	C8174952	165
+contig	C8174994	165
+contig	C8175078	165
+contig	C8175104	165
+contig	C8175042	165
+contig	C8175106	165
+contig	C8175110	165
+contig	C8175182	165
+contig	C8175116	165
+contig	C8175144	165
+contig	C8175190	165
+contig	C8175198	165
+contig	C8174982	165
+contig	C8175216	165
+contig	C8175244	165
+contig	C8175292	165
+contig	C8175270	165
+contig	C8175226	165
+contig	C8175294	165
+contig	C8175300	165
+contig	C8175324	165
+contig	C8175326	165
+contig	C8175354	165
+contig	C8175376	165
+contig	C8175448	165
+contig	C8175416	165
+contig	C8175450	165
+contig	C8175458	165
+contig	C8175460	165
+contig	C8173414	165
+contig	C8175500	165
+contig	C8175524	165
+contig	C8175520	165
+contig	C8175530	165
+contig	C8175562	165
+contig	C8175380	165
+contig	C8175570	165
+contig	C8175576	165
+contig	C8175368	165
+contig	C8175578	165
+contig	C8175528	165
+contig	C8175618	165
+contig	C8175468	165
+contig	C8175708	165
+contig	C8175698	165
+contig	C8175556	165
+contig	C8175584	165
+contig	C8175610	165
+contig	C8175718	165
+contig	C8175734	165
+contig	C8175746	165
+contig	C8175790	165
+contig	C8175810	165
+contig	C8175714	165
+contig	C8175820	165
+contig	C8175830	165
+contig	C8175848	165
+contig	C8175850	165
+contig	C8175880	165
+contig	C8175892	165
+contig	C8175634	165
+contig	C8175914	165
+contig	C8175910	165
+contig	C8175928	165
+contig	C8175918	165
+contig	C8175906	165
+contig	C8175934	165
+contig	C8175968	165
+contig	C8175760	165
+contig	C8176040	165
+contig	C8175796	165
+contig	C8176006	165
+contig	C8176096	165
+contig	C8176012	165
+contig	C8176004	165
+contig	C8176142	165
+contig	C8176108	165
+contig	C8176156	165
+contig	C8176050	165
+contig	C8176170	165
+contig	C8176130	165
+contig	C8176230	165
+contig	C8176244	165
+contig	C8176176	165
+contig	C8176318	165
+contig	C8176378	165
+contig	C8176100	165
+contig	C8176268	165
+contig	C8176382	165
+contig	C8176380	165
+contig	C8176436	165
+contig	C8176456	166
+contig	C8176438	165
+contig	C8176462	166
+contig	C8176476	166
+contig	C8176510	166
+contig	C8176576	166
+contig	C8176424	165
+contig	C8176624	166
+contig	C8176634	166
+contig	C8176714	166
+contig	C8176314	165
+contig	C8176694	166
+contig	C8176736	166
+contig	C8176726	166
+contig	C8176768	166
+contig	C8176766	166
+contig	C8176806	166
+contig	C8176400	165
+contig	C8176828	166
+contig	C8176816	166
+contig	C8176910	166
+contig	C8176826	166
+contig	C8176934	166
+contig	C8176772	166
+contig	C8176936	166
+contig	C8177006	166
+contig	C8176990	166
+contig	C8177078	166
+contig	C8177056	166
+contig	C8177104	166
+contig	C8177094	166
+contig	C8177168	166
+contig	C8177178	166
+contig	C8177196	166
+contig	C8177260	166
+contig	C8177306	166
+contig	C8177204	166
+contig	C8177330	166
+contig	C8176984	166
+contig	C8177360	166
+contig	C8177108	166
+contig	C8177322	166
+contig	C8177426	166
+contig	C8177430	166
+contig	C8177466	166
+contig	C8177422	166
+contig	C8177494	166
+contig	C8177486	166
+contig	C8177504	166
+contig	C8177508	166
+contig	C8177532	166
+contig	C8177570	166
+contig	C8177606	166
+contig	C8177470	166
+contig	C8177624	166
+contig	C8177608	166
+contig	C8177658	166
+contig	C8177502	166
+contig	C8177712	166
+contig	C8177700	166
+contig	C8177726	166
+contig	C8177744	166
+contig	C8177714	166
+contig	C8177770	166
+contig	C8177674	166
+contig	C8177774	166
+contig	C8177782	166
+contig	C8177760	166
+contig	C8177704	166
+contig	C8177772	166
+contig	C8177824	166
+contig	C8177840	166
+contig	C8177946	166
+contig	C8176640	166
+contig	C8178014	166
+contig	C8178048	166
+contig	C8165064	163
+contig	C8177892	166
+contig	C8178144	166
+contig	C8178206	166
+contig	C8178256	166
+contig	C8178198	166
+contig	C8178276	166
+contig	C8177848	166
+contig	C8178222	166
+contig	C8178402	166
+contig	C8178364	166
+contig	C8178438	166
+contig	C8178514	166
+contig	C8178356	166
+contig	C8178532	166
+contig	C8178552	166
+contig	C8178560	166
+contig	C8178474	166
+contig	C8178604	166
+contig	C8178516	166
+contig	C8178028	166
+contig	C8178670	166
+contig	C8178620	166
+contig	C8178716	166
+contig	C8178626	166
+contig	C8178782	166
+contig	C8178728	166
+contig	C8178814	166
+contig	C8178656	166
+contig	C8178416	166
+contig	C8178820	166
+contig	C8178888	166
+contig	C8178896	166
+contig	C8178884	166
+contig	C8178878	166
+contig	C8178910	166
+contig	C8178944	166
+contig	C8178946	166
+contig	C8178712	166
+contig	C8178954	166
+contig	C8178976	166
+contig	C8174934	165
+contig	C8178926	166
+contig	C8179052	166
+contig	C8179022	166
+contig	C8178898	166
+contig	C8178932	166
+contig	C8179028	166
+contig	C8179062	166
+contig	C8179096	166
+contig	C8179100	166
+contig	C8179038	166
+contig	C8179056	166
+contig	C8179092	166
+contig	C8179124	166
+contig	C8179134	166
+contig	C8179128	166
+contig	C8179158	166
+contig	C8179254	166
+contig	C8179162	166
+contig	C8179266	166
+contig	C8179264	166
+contig	C8179306	166
+contig	C8179224	166
+contig	C8179196	166
+contig	C8179386	166
+contig	C8179006	166
+contig	C8179406	166
+contig	C8179420	166
+contig	C8179314	166
+contig	C8177072	166
+contig	C8179304	166
+contig	C8179450	166
+contig	C8179474	166
+contig	C8179532	166
+contig	C8179492	166
+contig	C8179524	166
+contig	C8179270	166
+contig	C8179546	166
+contig	C8179602	166
+contig	C8179466	166
+contig	C8179544	166
+contig	C8179622	166
+contig	C8179614	166
+contig	C8179746	166
+contig	C8179554	166
+contig	C8179670	166
+contig	C8179718	166
+contig	C8179776	166
+contig	C8179720	166
+contig	C8179772	166
+contig	C8179548	166
+contig	C8179316	166
+contig	C8179794	166
+contig	C8179826	166
+contig	C8179780	166
+contig	C8179940	166
+contig	C8179792	166
+contig	C8179824	166
+contig	C8179832	166
+contig	C8179988	166
+contig	C8179960	166
+contig	C8180052	166
+contig	C8180082	166
+contig	C8179914	166
+contig	C8179974	166
+contig	C8180098	166
+contig	C8179994	166
+contig	C8179868	166
+contig	C8180096	166
+contig	C8179980	166
+contig	C8180134	166
+contig	C8180154	166
+contig	C8180178	166
+contig	C8180176	166
+contig	C8180228	166
+contig	C8180230	166
+contig	C8180132	166
+contig	C8180262	166
+contig	C8180264	166
+contig	C8180350	166
+contig	C8180158	166
+contig	C8180288	166
+contig	C8180296	166
+contig	C8179948	166
+contig	C8180300	166
+contig	C8180370	166
+contig	C8180214	166
+contig	C8180358	166
+contig	C8180396	166
+contig	C8180366	166
+contig	C8180386	166
+contig	C8180472	166
+contig	C8180406	166
+contig	C8180378	166
+contig	C8180432	166
+contig	C8180452	166
+contig	C8180392	166
+contig	C8180196	166
+contig	C8180464	166
+contig	C8180484	166
+contig	C8180480	166
+contig	C8180530	166
+contig	C8180610	166
+contig	C8180546	166
+contig	C8180600	166
+contig	C8180524	166
+contig	C8180660	166
+contig	C8180648	166
+contig	C8180676	166
+contig	C8180654	166
+contig	C8180476	166
+contig	C8180650	166
+contig	C8180692	166
+contig	C8180702	166
+contig	C8180804	166
+contig	C8180682	166
+contig	C8180734	166
+contig	C8180704	166
+contig	C8180714	166
+contig	C8180806	166
+contig	C8180850	166
+contig	C8180818	166
+contig	C8180874	166
+contig	C8180876	166
+contig	C8180700	166
+contig	C8180866	166
+contig	C8180696	166
+contig	C8180884	166
+contig	C8180920	166
+contig	C8180908	166
+contig	C8180812	166
+contig	C8180894	166
+contig	C8181012	166
+contig	C8180956	166
+contig	C8181068	166
+contig	C8181102	166
+contig	C8181138	166
+contig	C8181018	166
+contig	C8180922	166
+contig	C8181134	166
+contig	C8180928	166
+contig	C8181192	166
+contig	C8181248	166
+contig	C8181278	166
+contig	C8181226	166
+contig	C8181286	166
+contig	C8181316	166
+contig	C8181428	166
+contig	C8181318	166
+contig	C8180880	166
+contig	C8181454	166
+contig	C8181280	166
+contig	C8181462	166
+contig	C8181296	166
+contig	C8181516	166
+contig	C8181476	166
+contig	C8181400	166
+contig	C8180926	166
+contig	C8181534	166
+contig	C8181540	166
+contig	C8181566	166
+contig	C8181590	166
+contig	C8181670	166
+contig	C8181708	166
+contig	C8181692	166
+contig	C8181616	166
+contig	C8181726	166
+contig	C8181772	166
+contig	C8181538	166
+contig	C8182030	167
+contig	C8181806	166
+contig	C8181794	166
+contig	C8181896	166
+contig	C8182110	167
+contig	C8182138	167
+contig	C8182114	167
+contig	C8181750	166
+contig	C8182204	167
+contig	C8182150	167
+contig	C8181748	166
+contig	C8182362	167
+contig	C8182454	167
+contig	C8182254	167
+contig	C8182368	167
+contig	C8182442	167
+contig	C8181878	166
+contig	C8181650	166
+contig	C8182492	167
+contig	C8182354	167
+contig	C8182512	167
+contig	C8182506	167
+contig	C8182528	167
+contig	C8182610	167
+contig	C8182502	167
+contig	C8182504	167
+contig	C8182536	167
+contig	C8182392	167
+contig	C8182692	167
+contig	C8182582	167
+contig	C8182726	167
+contig	C8182770	167
+contig	C8182708	167
+contig	C8182644	167
+contig	C8182714	167
+contig	C8182778	167
+contig	C8182802	167
+contig	C8182788	167
+contig	C8182720	167
+contig	C8182790	167
+contig	C8182840	167
+contig	C8182818	167
+contig	C8182808	167
+contig	C8182782	167
+contig	C8182676	167
+contig	C8182932	167
+contig	C8182892	167
+contig	C8182922	167
+contig	C8182866	167
+contig	C8182926	167
+contig	C8182956	167
+contig	C8182984	167
+contig	C8182744	167
+contig	C8182862	167
+contig	C8183010	167
+contig	C8182942	167
+contig	C8182986	167
+contig	C8182944	167
+contig	C8182966	167
+contig	C8183056	167
+contig	C8183150	167
+contig	C8183128	167
+contig	C8183122	167
+contig	C8183222	167
+contig	C8183268	167
+contig	C8183250	167
+contig	C8183144	167
+contig	C8183346	167
+contig	C8174416	165
+contig	C8183322	167
+contig	C8183354	167
+contig	C8183402	167
+contig	C8183130	167
+contig	C8183400	167
+contig	C8183422	167
+contig	C8183510	167
+contig	C8183028	167
+contig	C8183418	167
+contig	C8183424	167
+contig	C8183446	167
+contig	C8183450	167
+contig	C8183586	167
+contig	C8183566	167
+contig	C8183370	167
+contig	C8183618	167
+contig	C8183592	167
+contig	C8183710	167
+contig	C8183716	167
+contig	C8183740	167
+contig	C8183654	167
+contig	C8183772	167
+contig	C8183808	167
+contig	C8183788	167
+contig	C8183796	167
+contig	C8183676	167
+contig	C8183874	167
+contig	C8183812	167
+contig	C8183922	167
+contig	C8183932	167
+contig	C8183954	167
+contig	C8183990	167
+contig	C8183802	167
+contig	C8183962	167
+contig	C8184008	167
+contig	C8184098	167
+contig	C8184056	167
+contig	C8183674	167
+contig	C8184094	167
+contig	C8184106	167
+contig	C8183958	167
+contig	C8184034	167
+contig	C8184172	167
+contig	C8184112	167
+contig	C8184126	167
+contig	C8184200	167
+contig	C8184122	167
+contig	C8184184	167
+contig	C8184248	167
+contig	C8184234	167
+contig	C8184260	167
+contig	C8184322	167
+contig	C8184328	167
+contig	C8184140	167
+contig	C8184306	167
+contig	C8184358	167
+contig	C8184314	167
+contig	C8183240	167
+contig	C8184374	167
+contig	C8184404	167
+contig	C8184400	167
+contig	C8184386	167
+contig	C8184478	167
+contig	C8184448	167
+contig	C8184464	167
+contig	C8184516	167
+contig	C8184210	167
+contig	C8184522	167
+contig	C8184500	167
+contig	C8184486	167
+contig	C8184598	167
+contig	C8184558	167
+contig	C8184572	167
+contig	C8184556	167
+contig	C8184614	167
+contig	C8184340	167
+contig	C8184548	167
+contig	C8184616	167
+contig	C8184666	167
+contig	C8184640	167
+contig	C8184602	167
+contig	C8184756	167
+contig	C8184634	167
+contig	C8184704	167
+contig	C8184754	167
+contig	C8184794	167
+contig	C8184808	167
+contig	C8184864	167
+contig	C8175474	165
+contig	C8184502	167
+contig	C8184838	167
+contig	C8183748	167
+contig	C8184830	167
+contig	C8184880	167
+contig	C8184882	167
+contig	C8184852	167
+contig	C8184904	167
+contig	C8184896	167
+contig	C8184914	167
+contig	C8184912	167
+contig	C8184990	167
+contig	C8184872	167
+contig	C8185016	167
+contig	C8185070	167
+contig	C8184942	167
+contig	C8185018	167
+contig	C8184992	167
+contig	C8185044	167
+contig	C8185116	167
+contig	C8184676	167
+contig	C8185096	167
+contig	C8185166	167
+contig	C8185146	167
+contig	C8185064	167
+contig	C8185338	167
+contig	C8185204	167
+contig	C8185418	167
+contig	C8185400	167
+contig	C8185404	167
+contig	C8185040	167
+contig	C8185160	167
+contig	C8185442	167
+contig	C8185422	167
+contig	C8185508	167
+contig	C8185408	167
+contig	C8185538	167
+contig	C8185450	167
+contig	C8185246	167
+contig	C8185460	167
+contig	C8185556	167
+contig	C8185510	167
+contig	C8185548	167
+contig	C8185572	167
+contig	C8185668	167
+contig	C8185646	167
+contig	C8185592	167
+contig	C8185488	167
+contig	C8185778	167
+contig	C8185694	167
+contig	C8185704	167
+contig	C8185780	167
+contig	C8185802	167
+contig	C8185692	167
+contig	C8185856	167
+contig	C8185638	167
+contig	C8185854	167
+contig	C8185886	167
+contig	C8185868	167
+contig	C8185898	167
+contig	C8185932	167
+contig	C8185446	167
+contig	C8185902	167
+contig	C8185948	167
+contig	C8185988	167
+contig	C8185956	167
+contig	C8185274	167
+contig	C8185922	167
+contig	C8186006	167
+contig	C8186064	167
+contig	C8185828	167
+contig	C8185980	167
+contig	C8185946	167
+contig	C8186028	167
+contig	C8185810	167
+contig	C8186022	167
+contig	C8186080	167
+contig	C8186084	167
+contig	C8186156	167
+contig	C8186134	167
+contig	C8186232	167
+contig	C8186102	167
+contig	C8186124	167
+contig	C8186242	167
+contig	C8185992	167
+contig	C8186074	167
+contig	C8186264	167
+contig	C8186332	167
+contig	C8186200	167
+contig	C8186286	167
+contig	C8186308	167
+contig	C8186272	167
+contig	C8186352	167
+contig	C8186402	167
+contig	C8186438	167
+contig	C8186236	167
+contig	C8186364	167
+contig	C8186410	167
+contig	C8186204	167
+contig	C8186496	167
+contig	C8186500	167
+contig	C8186448	167
+contig	C8186428	167
+contig	C8186540	167
+contig	C8186476	167
+contig	C8186522	167
+contig	C8186478	167
+contig	C8186552	167
+contig	C8186608	167
+contig	C8186408	167
+contig	C8186582	167
+contig	C8186646	167
+contig	C8186636	167
+contig	C8186546	167
+contig	C8186630	167
+contig	C8186732	167
+contig	C8186744	167
+contig	C8186746	167
+contig	C8186666	167
+contig	C8186798	167
+contig	C8186560	167
+contig	C8186878	167
+contig	C8186754	167
+contig	C8186832	167
+contig	C8186876	167
+contig	C8186866	167
+contig	C8186846	167
+contig	C8186896	167
+contig	C8186920	167
+contig	C8187044	167
+contig	C8186940	167
+contig	C8186942	167
+contig	C8187098	167
+contig	C8187112	167
+contig	C8187136	167
+contig	C8186998	167
+contig	C8187056	167
+contig	C8187176	167
+contig	C8186502	167
+contig	C8187204	167
+contig	C8187154	167
+contig	C8186752	167
+contig	C8187146	167
+contig	C8187254	167
+contig	C8187244	167
+contig	C8187032	167
+contig	C8187326	167
+contig	C8187336	167
+contig	C8187296	167
+contig	C8187396	167
+contig	C8187410	167
+contig	C8187372	167
+contig	C8187436	167
+contig	C8187426	167
+contig	C8187472	167
+contig	C8187502	167
+contig	C8187474	167
+contig	C8187518	167
+contig	C8187576	168
+contig	C8187294	167
+contig	C8187600	168
+contig	C8187652	168
+contig	C8187618	168
+contig	C8187654	168
+contig	C8187610	168
+contig	C8187216	167
+contig	C8187412	167
+contig	C8187702	168
+contig	C8187688	168
+contig	C8187848	168
+contig	C8187830	168
+contig	C8187858	168
+contig	C8187904	168
+contig	C8187662	168
+contig	C8187936	168
+contig	C8187952	168
+contig	C8187932	168
+contig	C8187918	168
+contig	C8188048	168
+contig	C8187998	168
+contig	C8188094	168
+contig	C8183156	167
+contig	C8187096	167
+contig	C8188022	168
+contig	C8188176	168
+contig	C8188148	168
+contig	C8188188	168
+contig	C8188208	168
+contig	C8188216	168
+contig	C8188044	168
+contig	C8188270	168
+contig	C8188250	168
+contig	C8188240	168
+contig	C8188296	168
+contig	C8188324	168
+contig	C8188210	168
+contig	C8188352	168
+contig	C8188320	168
+contig	C8188382	168
+contig	C8188416	168
+contig	C8188422	168
+contig	C8188410	168
+contig	C8188428	168
+contig	C8188434	168
+contig	C8187724	168
+contig	C8188318	168
+contig	C8188474	168
+contig	C8188432	168
+contig	C8188542	168
+contig	C8188548	168
+contig	C8188514	168
+contig	C8188532	168
+contig	C8188628	168
+contig	C8188360	168
+contig	C8188700	168
+contig	C8188530	168
+contig	C8188692	168
+contig	C8188558	168
+contig	C8188722	168
+contig	C8188756	168
+contig	C8188550	168
+contig	C8188836	168
+contig	C8188762	168
+contig	C8188938	168
+contig	C8188892	168
+contig	C8188746	168
+contig	C8188504	168
+contig	C8188962	168
+contig	C8188988	168
+contig	C8189100	168
+contig	C8189182	168
+contig	C8188998	168
+contig	C8189228	168
+contig	C8188966	168
+contig	C8189274	168
+contig	C8189276	168
+contig	C8188658	168
+contig	C8187308	167
+contig	C8189266	168
+contig	C8189214	168
+contig	C8189048	168
+contig	C8189148	168
+contig	C8189168	168
+contig	C8189374	168
+contig	C8189452	168
+contig	C8189416	168
+contig	C8189360	168
+contig	C8189484	168
+contig	C8189280	168
+contig	C8189422	168
+contig	C8189610	168
+contig	C8189576	168
+contig	C8189516	168
+contig	C8189676	168
+contig	C8189740	168
+contig	C8189562	168
+contig	C8189768	168
+contig	C8189752	168
+contig	C8189816	168
+contig	C8189818	168
+contig	C8189862	168
+contig	C8189410	168
+contig	C8189454	168
+contig	C8189822	168
+contig	C8189536	168
+contig	C8189746	168
+contig	C8189880	168
+contig	C8189898	168
+contig	C8189914	168
+contig	C8189626	168
+contig	C8189906	168
+contig	C8189970	168
+contig	C8190002	168
+contig	C8190006	168
+contig	C8190014	168
+contig	C8189948	168
+contig	C8190060	168
+contig	C8189908	168
+contig	C8190012	168
+contig	C8190128	168
+contig	C8189878	168
+contig	C8190240	168
+contig	C8190168	168
+contig	C8190246	168
+contig	C8190142	168
+contig	C8190092	168
+contig	C8190372	168
+contig	C8190294	168
+contig	C8189996	168
+contig	C8190254	168
+contig	C8190446	168
+contig	C8190316	168
+contig	C8186994	167
+contig	C8190322	168
+contig	C8190440	168
+contig	C8190450	168
+contig	C8190434	168
+contig	C8190498	168
+contig	C8190516	168
+contig	C8190502	168
+contig	C8190598	168
+contig	C8190558	168
+contig	C8190642	168
+contig	C8190676	168
+contig	C8190740	168
+contig	C8190728	168
+contig	C8190776	168
+contig	C8190472	168
+contig	C8190738	168
+contig	C8190748	168
+contig	C8190884	168
+contig	C8190906	168
+contig	C8190820	168
+contig	C8190462	168
+contig	C8190908	168
+contig	C8190790	168
+contig	C8190892	168
+contig	C8190964	168
+contig	C8190924	168
+contig	C8190410	168
+contig	C8191026	168
+contig	C8191068	168
+contig	C8190960	168
+contig	C8191006	168
+contig	C8190918	168
+contig	C8191082	168
+contig	C8191104	168
+contig	C8191130	168
+contig	C8191078	168
+contig	C8191056	168
+contig	C8191146	168
+contig	C8191214	168
+contig	C8191208	168
+contig	C8191320	168
+contig	C8191142	168
+contig	C8191268	168
+contig	C8191164	168
+contig	C8191416	168
+contig	C8191250	168
+contig	C8191328	168
+contig	C8191384	168
+contig	C8191424	168
+contig	C8191420	168
+contig	C8191444	168
+contig	C8191426	168
+contig	C8191456	168
+contig	C8191494	168
+contig	C8191408	168
+contig	C8191508	168
+contig	C8191650	168
+contig	C8191666	168
+contig	C8191678	168
+contig	C8191550	168
+contig	C8191338	168
+contig	C8191694	168
+contig	C8191706	168
+contig	C8191720	168
+contig	C8191506	168
+contig	C8191558	168
+contig	C8191740	168
+contig	C8191662	168
+contig	C8191772	168
+contig	C8191738	168
+contig	C8191784	168
+contig	C8191792	168
+contig	C8191766	168
+contig	C8191774	168
+contig	C8190146	168
+contig	C8191822	168
+contig	C8191838	168
+contig	C8191848	168
+contig	C8191804	168
+contig	C8191712	168
+contig	C8191954	168
+contig	C8191952	168
+contig	C8191850	168
+contig	C8191958	168
+contig	C8191970	168
+contig	C8191968	168
+contig	C8191854	168
+contig	C8191852	168
+contig	C8192004	168
+contig	C8191820	168
+contig	C8192018	168
+contig	C8192038	168
+contig	C8192048	168
+contig	C8192026	168
+contig	C8192054	168
+contig	C8192082	168
+contig	C8192044	168
+contig	C8189370	168
+contig	C8192012	168
+contig	C8192128	168
+contig	C8192108	168
+contig	C8192068	168
+contig	C8192274	168
+contig	C8192254	168
+contig	C8192284	168
+contig	C8192164	168
+contig	C8192158	168
+contig	C8192356	168
+contig	C8192288	168
+contig	C8192370	168
+contig	C8190804	168
+contig	C8192366	168
+contig	C8192390	168
+contig	C8192346	168
+contig	C8192408	168
+contig	C8192310	168
+contig	C8192578	168
+contig	C8192606	168
+contig	C8191924	168
+contig	C8192624	168
+contig	C8192626	168
+contig	C8192652	168
+contig	C8192650	168
+contig	C8192666	168
+contig	C8192098	168
+contig	C8192660	168
+contig	C8192566	168
+contig	C8192700	169
+contig	C8192742	169
+contig	C8192706	169
+contig	C8192754	169
+contig	C8192772	169
+contig	C8192372	168
+contig	C8192820	169
+contig	C8192788	169
+contig	C8192750	169
+contig	C8192722	169
+contig	C8192404	168
+contig	C8192848	169
+contig	C8192868	169
+contig	C8192804	169
+contig	C8192916	169
+contig	C8192934	169
+contig	C8192938	169
+contig	C8192926	169
+contig	C8192942	169
+contig	C8193074	169
+contig	C8192854	169
+contig	C8193002	169
+contig	C8193084	169
+contig	C8193104	169
+contig	C8193150	169
+contig	C8193130	169
+contig	C8193156	169
+contig	C8193162	169
+contig	C8193094	169
+contig	C8193072	169
+contig	C8193166	169
+contig	C8193190	169
+contig	C8192962	169
+contig	C8193206	169
+contig	C8193216	169
+contig	C8193120	169
+contig	C8193366	169
+contig	C8193258	169
+contig	C8193394	169
+contig	C8193240	169
+contig	C8193174	169
+contig	C8193414	169
+contig	C8193412	169
+contig	C8193380	169
+contig	C8193184	169
+contig	C8193128	169
+contig	C8193480	169
+contig	C8193488	169
+contig	C8193424	169
+contig	C8193390	169
+contig	C8193458	169
+contig	C8193544	169
+contig	C8193570	169
+contig	C8193492	169
+contig	C8193596	169
+contig	C8193538	169
+contig	C8193716	169
+contig	C8193584	169
+contig	C8193574	169
+contig	C8193588	169
+contig	C8193736	169
+contig	C8193742	169
+contig	C8193762	169
+contig	C8193824	169
+contig	C8193848	169
+contig	C8193838	169
+contig	C8193798	169
+contig	C8193792	169
+contig	C8193632	169
+contig	C8193416	169
+contig	C8193882	169
+contig	C8193890	169
+contig	C8193914	169
+contig	C8193928	169
+contig	C8193984	169
+contig	C8193876	169
+contig	C8193892	169
+contig	C8193856	169
+contig	C8194006	169
+contig	C8194038	169
+contig	C8194072	169
+contig	C8194084	169
+contig	C8194054	169
+contig	C8194082	169
+contig	C8190724	168
+contig	C8194096	169
+contig	C8194010	169
+contig	C8194186	169
+contig	C8194202	169
+contig	C8194156	169
+contig	C8193916	169
+contig	C8194190	169
+contig	C8194092	169
+contig	C8194288	169
+contig	C8194110	169
+contig	C8194094	169
+contig	C8194250	169
+contig	C8194212	169
+contig	C8194332	169
+contig	C8194320	169
+contig	C8194294	169
+contig	C8194372	169
+contig	C8194364	169
+contig	C8194414	169
+contig	C8194290	169
+contig	C8194434	169
+contig	C8194392	169
+contig	C8194422	169
+contig	C8194240	169
+contig	C8194472	169
+contig	C8194440	169
+contig	C8194474	169
+contig	C8194056	169
+contig	C8194498	169
+contig	C8194504	169
+contig	C8194518	169
+contig	C8194410	169
+contig	C8194566	169
+contig	C8194586	169
+contig	C8194576	169
+contig	C8194684	169
+contig	C8194688	169
+contig	C8194766	169
+contig	C8194746	169
+contig	C8194480	169
+contig	C8194594	169
+contig	C8194822	169
+contig	C8194658	169
+contig	C8194802	169
+contig	C8194514	169
+contig	C8194492	169
+contig	C8194848	169
+contig	C8194770	169
+contig	C8194856	169
+contig	C8194858	169
+contig	C8194882	169
+contig	C8194890	169
+contig	C8194872	169
+contig	C8194834	169
+contig	C8194904	169
+contig	C8194758	169
+contig	C8195014	169
+contig	C8194912	169
+contig	C8195004	169
+contig	C8195024	169
+contig	C8195078	169
+contig	C8195082	169
+contig	C8194832	169
+contig	C8195030	169
+contig	C8195038	169
+contig	C8195110	169
+contig	C8195190	169
+contig	C8195180	169
+contig	C8195270	169
+contig	C8195278	169
+contig	C8195150	169
+contig	C8195100	169
+contig	C8195196	169
+contig	C8194880	169
+contig	C8195298	169
+contig	C8195328	169
+contig	C8195364	169
+contig	C8195374	169
+contig	C8195294	169
+contig	C8195334	169
+contig	C8192728	169
+contig	C8195372	169
+contig	C8195382	169
+contig	C8195404	169
+contig	C8195546	169
+contig	C8195392	169
+contig	C8195432	169
+contig	C8195548	169
+contig	C8195574	169
+contig	C8195552	169
+contig	C8195572	169
+contig	C8195592	169
+contig	C8195542	169
+contig	C8195632	169
+contig	C8195638	169
+contig	C8195510	169
+contig	C8195618	169
+contig	C8195588	169
+contig	C8195722	169
+contig	C8195122	169
+contig	C8195718	169
+contig	C8195730	169
+contig	C8195742	169
+contig	C8195762	169
+contig	C8195764	169
+contig	C8195886	169
+contig	C8195860	169
+contig	C8195818	169
+contig	C8195960	169
+contig	C8195902	169
+contig	C8195870	169
+contig	C8196034	169
+contig	C8195642	169
+contig	C8195968	169
+contig	C8195988	169
+contig	C8195938	169
+contig	C8196068	169
+contig	C8195904	169
+contig	C8196086	169
+contig	C8196130	169
+contig	C8196164	169
+contig	C8196264	169
+contig	C8196140	169
+contig	C8196198	169
+contig	C8196214	169
+contig	C8195936	169
+contig	C8195398	169
+contig	C8196320	169
+contig	C8196332	169
+contig	C8196284	169
+contig	C8196310	169
+contig	C8196342	169
+contig	C8196378	169
+contig	C8196316	169
+contig	C8196486	169
+contig	C8196490	169
+contig	C8196370	169
+contig	C8196544	169
+contig	C8196268	169
+contig	C8196502	169
+contig	C8196350	169
+contig	C8196636	169
+contig	C8196690	169
+contig	C8196758	169
+contig	C8196538	169
+contig	C8196752	169
+contig	C8196640	169
+contig	C8196662	169
+contig	C8196586	169
+contig	C8196702	169
+contig	C8196648	169
+contig	C8196770	169
+contig	C8196820	169
+contig	C8196888	169
+contig	C8196940	169
+contig	C8196802	169
+contig	C8196984	169
+contig	C8197046	169
+contig	C8196766	169
+contig	C8196942	169
+contig	C8197038	169
+contig	C8197050	169
+contig	C8197024	169
+contig	C8197066	169
+contig	C8197058	169
+contig	C8197090	169
+contig	C8197144	169
+contig	C8197150	169
+contig	C8197030	169
+contig	C8197098	169
+contig	C8197060	169
+contig	C8197336	169
+contig	C8197232	169
+contig	C8197214	169
+contig	C8197110	169
+contig	C8197390	169
+contig	C8197400	169
+contig	C8197334	169
+contig	C8197422	169
+contig	C8197414	169
+contig	C8197526	169
+contig	C8197468	169
+contig	C8197460	169
+contig	C8197392	169
+contig	C8197600	169
+contig	C8197726	169
+contig	C8197584	169
+contig	C8197732	169
+contig	C8197602	169
+contig	C8197756	169
+contig	C8197546	169
+contig	C8197762	169
+contig	C8196182	169
+contig	C8197804	169
+contig	C8197758	169
+contig	C8197842	170
+contig	C8197848	170
+contig	C8197844	170
+contig	C8197722	169
+contig	C8197878	170
+contig	C8197898	170
+contig	C8197896	170
+contig	C8197942	170
+contig	C8197830	170
+contig	C8197948	170
+contig	C8192362	168
+contig	C8197506	169
+contig	C8198012	170
+contig	C8197772	169
+contig	C8197886	170
+contig	C8197946	170
+contig	C8197996	170
+contig	C8198128	170
+contig	C8198040	170
+contig	C8198020	170
+contig	C8198030	170
+contig	C8198178	170
+contig	C8198108	170
+contig	C8198144	170
+contig	C8198134	170
+contig	C8198194	170
+contig	C8198252	170
+contig	C8198210	170
+contig	C8197986	170
+contig	C8198276	170
+contig	C8198230	170
+contig	C8198288	170
+contig	C8198336	170
+contig	C8198346	170
+contig	C8198248	170
+contig	C8198234	170
+contig	C8198406	170
+contig	C8198414	170
+contig	C8198446	170
+contig	C8198428	170
+contig	C8198544	170
+contig	C8198448	170
+contig	C8198536	170
+contig	C8198590	170
+contig	C8198502	170
+contig	C8198636	170
+contig	C8198606	170
+contig	C8198608	170
+contig	C8198650	170
+contig	C8198614	170
+contig	C8198670	170
+contig	C8198708	170
+contig	C8197892	170
+contig	C8198714	170
+contig	C8198716	170
+contig	C8198678	170
+contig	C8198858	170
+contig	C8198836	170
+contig	C8198748	170
+contig	C8198794	170
+contig	C8198926	170
+contig	C8198922	170
+contig	C8198920	170
+contig	C8196996	169
+contig	C8199052	170
+contig	C8198876	170
+contig	C8198970	170
+contig	C8199108	170
+contig	C8198938	170
+contig	C8199048	170
+contig	C8198300	170
+contig	C8198978	170
+contig	C8199210	170
+contig	C8198694	170
+contig	C8199220	170
+contig	C8199190	170
+contig	C8199204	170
+contig	C8199082	170
+contig	C8198660	170
+contig	C8199184	170
+contig	C8199232	170
+contig	C8199240	170
+contig	C8199334	170
+contig	C8199336	170
+contig	C8199366	170
+contig	C8199316	170
+contig	C8199472	170
+contig	C8199434	170
+contig	C8199442	170
+contig	C8199356	170
+contig	C8199432	170
+contig	C8199568	170
+contig	C8199548	170
+contig	C8199556	170
+contig	C8199306	170
+contig	C8199634	170
+contig	C8199546	170
+contig	C8199670	170
+contig	C8199562	170
+contig	C8199694	170
+contig	C8199666	170
+contig	C8199704	170
+contig	C8199480	170
+contig	C8199674	170
+contig	C8199760	170
+contig	C8199398	170
+contig	C8199746	170
+contig	C8199612	170
+contig	C8199846	170
+contig	C8199900	170
+contig	C8199812	170
+contig	C8199686	170
+contig	C8199970	170
+contig	C8199834	170
+contig	C8199928	170
+contig	C8199988	170
+contig	C8200000	170
+contig	C8200004	170
+contig	C8199974	170
+contig	C8200084	170
+contig	C8200076	170
+contig	C8200170	170
+contig	C8200206	170
+contig	C8200268	170
+contig	C8200204	170
+contig	C8200222	170
+contig	C8200270	170
+contig	C8200390	170
+contig	C8200382	170
+contig	C8200500	170
+contig	C8200404	170
+contig	C8200292	170
+contig	C8200310	170
+contig	C8200524	170
+contig	C8199328	170
+contig	C8200572	170
+contig	C8200604	170
+contig	C8200186	170
+contig	C8200612	170
+contig	C8200582	170
+contig	C8200140	170
+contig	C8200588	170
+contig	C8200654	170
+contig	C8200022	170
+contig	C8200638	170
+contig	C8200674	170
+contig	C8200720	170
+contig	C8200542	170
+contig	C8200750	170
+contig	C8200754	170
+contig	C8200664	170
+contig	C8200730	170
+contig	C8200776	170
+contig	C8200778	170
+contig	C8200736	170
+contig	C8200544	170
+contig	C8200796	170
+contig	C8200838	170
+contig	C8200818	170
+contig	C8200840	170
+contig	C8200786	170
+contig	C8200748	170
+contig	C8200734	170
+contig	C8200900	170
+contig	C8200876	170
+contig	C8200866	170
+contig	C8200820	170
+contig	C8200810	170
+contig	C8200920	170
+contig	C8200988	170
+contig	C8201062	170
+contig	C8201024	170
+contig	C8201194	170
+contig	C8201100	170
+contig	C8201240	170
+contig	C8201196	170
+contig	C8201290	170
+contig	C8201308	170
+contig	C8201298	170
+contig	C8201330	170
+contig	C8201278	170
+contig	C8201340	170
+contig	C8201378	170
+contig	C8201352	170
+contig	C8200918	170
+contig	C8201344	170
+contig	C8201440	170
+contig	C8201392	170
+contig	C8201460	170
+contig	C8201490	170
+contig	C8201548	170
+contig	C8200874	170
+contig	C8201614	170
+contig	C8201524	170
+contig	C8201642	170
+contig	C8201686	170
+contig	C8201674	170
+contig	C8196810	169
+contig	C8201184	170
+contig	C8201728	170
+contig	C8201610	170
+contig	C8201738	170
+contig	C8201726	170
+contig	C8201754	170
+contig	C8201752	170
+contig	C8201734	170
+contig	C8201914	170
+contig	C8201784	170
+contig	C8201706	170
+contig	C8201094	170
+contig	C8201850	170
+contig	C8201870	170
+contig	C8201938	170
+contig	C8201844	170
+contig	C8201946	170
+contig	C8201920	170
+contig	C8201958	170
+contig	C8202008	170
+contig	C8202024	170
+contig	C8201980	170
+contig	C8202060	170
+contig	C8201434	170
+contig	C8201992	170
+contig	C8202096	170
+contig	C8202236	170
+contig	C8202100	170
+contig	C8202134	170
+contig	C8201964	170
+contig	C8202284	170
+contig	C8202282	170
+contig	C8202184	170
+contig	C8202264	170
+contig	C8202306	170
+contig	C8202068	170
+contig	C8202474	170
+contig	C8202380	170
+contig	C8202018	170
+contig	C8202366	170
+contig	C8202320	170
+contig	C8202440	170
+contig	C8202490	170
+contig	C8202542	170
+contig	C8202548	170
+contig	C8202608	170
+contig	C8202650	170
+contig	C8202658	170
+contig	C8202768	170
+contig	C8202718	170
+contig	C8202752	170
+contig	C8202772	170
+contig	C8202838	170
+contig	C8202860	170
+contig	C8202472	170
+contig	C8202778	170
+contig	C8201380	170
+contig	C8202896	170
+contig	C8202870	170
+contig	C8202858	170
+contig	C8202692	170
+contig	C8202894	170
+contig	C8202882	170
+contig	C8202928	170
+contig	C8202992	170
+contig	C8202980	170
+contig	C8203054	170
+contig	C8203062	170
+contig	C8202954	170
+contig	C8203106	171
+contig	C8203096	171
+contig	C8203168	171
+contig	C8202936	170
+contig	C8203172	171
+contig	C8203150	171
+contig	C8203182	171
+contig	C8203176	171
+contig	C8203282	171
+contig	C8203194	171
+contig	C8203348	171
+contig	C8203286	171
+contig	C8203336	171
+contig	C8203028	170
+contig	C8203354	171
+contig	C8203390	171
+contig	C8203388	171
+contig	C8203380	171
+contig	C8203434	171
+contig	C8203476	171
+contig	C8203452	171
+contig	C8203448	171
+contig	C8203544	171
+contig	C8203414	171
+contig	C8203550	171
+contig	C8203558	171
+contig	C8203624	171
+contig	C8203350	171
+contig	C8203708	171
+contig	C8202538	170
+contig	C8203552	171
+contig	C8203752	171
+contig	C8203802	171
+contig	C8203820	171
+contig	C8203786	171
+contig	C8203876	171
+contig	C8203702	171
+contig	C8203894	171
+contig	C8203888	171
+contig	C8203908	171
+contig	C8203796	171
+contig	C8203900	171
+contig	C8203962	171
+contig	C8203984	171
+contig	C8204010	171
+contig	C8203582	171
+contig	C8204074	171
+contig	C8204034	171
+contig	C8204138	171
+contig	C8204132	171
+contig	C8204182	171
+contig	C8203664	171
+contig	C8204206	171
+contig	C8204070	171
+contig	C8204192	171
+contig	C8204218	171
+contig	C8204322	171
+contig	C8204346	171
+contig	C8204308	171
+contig	C8204242	171
+contig	C8204314	171
+contig	C8204364	171
+contig	C8204380	171
+contig	C8204372	171
+contig	C8204418	171
+contig	C8204360	171
+contig	C8204442	171
+contig	C8204362	171
+contig	C8204420	171
+contig	C8204422	171
+contig	C8204410	171
+contig	C8204474	171
+contig	C8204460	171
+contig	C8204476	171
+contig	C8204486	171
+contig	C8204584	171
+contig	C8204538	171
+contig	C8204444	171
+contig	C8204542	171
+contig	C8204646	171
+contig	C8204632	171
+contig	C8204692	171
+contig	C8204392	171
+contig	C8204710	171
+contig	C8204592	171
+contig	C8204682	171
+contig	C8204666	171
+contig	C8204748	171
+contig	C8204776	171
+contig	C8204812	171
+contig	C8204856	171
+contig	C8205040	171
+contig	C8204742	171
+contig	C8204866	171
+contig	C8205082	171
+contig	C8204796	171
+contig	C8204794	171
+contig	C8205054	171
+contig	C8205100	171
+contig	C8205106	171
+contig	C8205102	171
+contig	C8205170	171
+contig	C8205140	171
+contig	C8205228	171
+contig	C8205264	171
+contig	C8205172	171
+contig	C8205010	171
+contig	C8205216	171
+contig	C8205310	171
+contig	C8205344	171
+contig	C8205324	171
+contig	C8205326	171
+contig	C8205474	171
+contig	C8205504	171
+contig	C8205304	171
+contig	C8205088	171
+contig	C8205526	171
+contig	C8205496	171
+contig	C8205548	171
+contig	C8205552	171
+contig	C8205568	171
+contig	C8205580	171
+contig	C8205366	171
+contig	C8205620	171
+contig	C8205622	171
+contig	C8205660	171
+contig	C8205656	171
+contig	C8205602	171
+contig	C8205662	171
+contig	C8205722	171
+contig	C8205518	171
+contig	C8205758	171
+contig	C8205506	171
+contig	C8205780	171
+contig	C8205784	171
+contig	C8205772	171
+contig	C8205810	171
+contig	C8205828	171
+contig	C8205848	171
+contig	C8205856	171
+contig	C8205778	171
+contig	C8205750	171
+contig	C8205870	171
+contig	C8205924	171
+contig	C8205994	171
+contig	C8206006	171
+contig	C8205996	171
+contig	C8205562	171
+contig	C8205958	171
+contig	C8206018	171
+contig	C8206020	171
+contig	C8206036	171
+contig	C8206014	171
+contig	C8206060	171
+contig	C8206046	171
+contig	C8206108	171
+contig	C8206116	171
+contig	C8205816	171
+contig	C8206120	171
+contig	C8206070	171
+contig	C8206118	171
+contig	C8206132	171
+contig	C8206136	171
+contig	C8206138	171
+contig	C8202580	170
+contig	C8206146	171
+contig	C8206162	171
+contig	C8206272	171
+contig	C8206216	171
+contig	C8206188	171
+contig	C8206276	171
+contig	C8206214	171
+contig	C8206298	171
+contig	C8206288	171
+contig	C8206232	171
+contig	C8206356	171
+contig	C8206316	171
+contig	C8206360	171
+contig	C8206418	171
+contig	C8206302	171
+contig	C8206512	171
+contig	C8206482	171
+contig	C8206506	171
+contig	C8206494	171
+contig	C8206514	171
+contig	C8206632	171
+contig	C8206606	171
+contig	C8206656	171
+contig	C8206690	171
+contig	C8206538	171
+contig	C8206212	171
+contig	C8206694	171
+contig	C8206726	171
+contig	C8206724	171
+contig	C8206708	171
+contig	C8206838	171
+contig	C8206736	171
+contig	C8206992	171
+contig	C8206982	171
+contig	C8206846	171
+contig	C8207058	171
+contig	C8206674	171
+contig	C8206996	171
+contig	C8207126	171
+contig	C8207032	171
+contig	C8207116	171
+contig	C8206876	171
+contig	C8207082	171
+contig	C8207196	171
+contig	C8207238	171
+contig	C8207286	171
+contig	C8207294	171
+contig	C8207042	171
+contig	C8207242	171
+contig	C8207212	171
+contig	C8207356	171
+contig	C8207344	171
+contig	C8207342	171
+contig	C8207462	171
+contig	C8207372	171
+contig	C8207542	171
+contig	C8207510	171
+contig	C8207548	171
+contig	C8207450	171
+contig	C8207430	171
+contig	C8207604	171
+contig	C8207594	171
+contig	C8207556	171
+contig	C8207404	171
+contig	C8207642	171
+contig	C8207678	171
+contig	C8207736	171
+contig	C8207656	171
+contig	C8207740	171
+contig	C8207686	171
+contig	C8207788	171
+contig	C8207758	171
+contig	C8207696	171
+contig	C8207776	171
+contig	C8207840	171
+contig	C8207832	171
+contig	C8207906	171
+contig	C8207994	171
+contig	C8207834	171
+contig	C8207998	171
+contig	C8207964	171
+contig	C8207946	171
+contig	C8208020	171
+contig	C8208000	171
+contig	C8208078	171
+contig	C8208052	171
+contig	C8208012	171
+contig	C8208116	171
+contig	C8207836	171
+contig	C8208094	171
+contig	C8208138	171
+contig	C8208156	171
+contig	C8208208	172
+contig	C8208160	171
+contig	C8208002	171
+contig	C8208066	171
+contig	C8208262	172
+contig	C8208332	172
+contig	C8208304	172
+contig	C8208374	172
+contig	C8208192	172
+contig	C8208344	172
+contig	C8208388	172
+contig	C8208356	172
+contig	C8208216	172
+contig	C8208418	172
+contig	C8208462	172
+contig	C8208426	172
+contig	C8208514	172
+contig	C8208502	172
+contig	C8208410	172
+contig	C8208406	172
+contig	C8208482	172
+contig	C8208536	172
+contig	C8208478	172
+contig	C8208530	172
+contig	C8208524	172
+contig	C8208572	172
+contig	C8208556	172
+contig	C8208544	172
+contig	C8208578	172
+contig	C8208588	172
+contig	C8208562	172
+contig	C8208688	172
+contig	C8208652	172
+contig	C8208618	172
+contig	C8208706	172
+contig	C8208712	172
+contig	C8208748	172
+contig	C8208718	172
+contig	C8208766	172
+contig	C8208586	172
+contig	C8208796	172
+contig	C8208798	172
+contig	C8208854	172
+contig	C8208862	172
+contig	C8208770	172
+contig	C8208858	172
+contig	C8208900	172
+contig	C8208856	172
+contig	C8208936	172
+contig	C8208938	172
+contig	C8208972	172
+contig	C8208964	172
+contig	C8208976	172
+contig	C8208904	172
+contig	C8208984	172
+contig	C8203524	171
+contig	C8208978	172
+contig	C8209014	172
+contig	C8208942	172
+contig	C8209008	172
+contig	C8209134	172
+contig	C8209086	172
+contig	C8209076	172
+contig	C8209166	172
+contig	C8209212	172
+contig	C8209216	172
+contig	C8209246	172
+contig	C8209100	172
+contig	C8209210	172
+contig	C8209074	172
+contig	C8209266	172
+contig	C8209180	172
+contig	C8209374	172
+contig	C8209368	172
+contig	C8209440	172
+contig	C8209256	172
+contig	C8209496	172
+contig	C8209492	172
+contig	C8209570	172
+contig	C8209586	172
+contig	C8209286	172
+contig	C8209260	172
+contig	C8209552	172
+contig	C8209626	172
+contig	C8209630	172
+contig	C8209670	172
+contig	C8209648	172
+contig	C8209678	172
+contig	C8209676	172
+contig	C8209748	172
+contig	C8209730	172
+contig	C8209782	172
+contig	C8209390	172
+contig	C8209790	172
+contig	C8209710	172
+contig	C8209850	172
+contig	C8209808	172
+contig	C8209990	172
+contig	C8209972	172
+contig	C8210020	172
+contig	C8209964	172
+contig	C8210088	172
+contig	C8210166	172
+contig	C8210030	172
+contig	C8210184	172
+contig	C8209898	172
+contig	C8210190	172
+contig	C8210032	172
+contig	C8210196	172
+contig	C8210246	172
+contig	C8210230	172
+contig	C8209986	172
+contig	C8210210	172
+contig	C8210260	172
+contig	C8210278	172
+contig	C8210392	172
+contig	C8210348	172
+contig	C8210356	172
+contig	C8210336	172
+contig	C8210316	172
+contig	C8210454	172
+contig	C8210498	172
+contig	C8210440	172
+contig	C8210574	172
+contig	C8210414	172
+contig	C8210514	172
+contig	C8210518	172
+contig	C8210576	172
+contig	C8210718	172
+contig	C8210546	172
+contig	C8210680	172
+contig	C8210716	172
+contig	C8210770	172
+contig	C8210782	172
+contig	C8210760	172
+contig	C8210798	172
+contig	C8210838	172
+contig	C8210794	172
+contig	C8210832	172
+contig	C8210852	172
+contig	C8210878	172
+contig	C8210876	172
+contig	C8210850	172
+contig	C8210900	172
+contig	C8210890	172
+contig	C8210854	172
+contig	C8210946	172
+contig	C8210902	172
+contig	C8211004	172
+contig	C8211108	172
+contig	C8211038	172
+contig	C8211128	172
+contig	C8210940	172
+contig	C8211148	172
+contig	C8211138	172
+contig	C8210812	172
+contig	C8211158	172
+contig	C8211208	172
+contig	C8211250	172
+contig	C8211302	172
+contig	C8211102	172
+contig	C8211332	172
+contig	C8211308	172
+contig	C8211376	172
+contig	C8211400	172
+contig	C8208516	172
+contig	C8211402	172
+contig	C8211336	172
+contig	C8211428	172
+contig	C8211434	172
+contig	C8211420	172
+contig	C8211438	172
+contig	C8211488	172
+contig	C8211516	172
+contig	C8211238	172
+contig	C8211482	172
+contig	C8211650	172
+contig	C8211568	172
+contig	C8211556	172
+contig	C8211706	172
+contig	C8211726	172
+contig	C8211664	172
+contig	C8211164	172
+contig	C8211822	172
+contig	C8211880	172
+contig	C8211830	172
+contig	C8211886	172
+contig	C8211840	172
+contig	C8211826	172
+contig	C8211570	172
+contig	C8211986	172
+contig	C8211938	172
+contig	C8211954	172
+contig	C8212084	172
+contig	C8212004	172
+contig	C8212042	172
+contig	C8212066	172
+contig	C8212082	172
+contig	C8212132	172
+contig	C8212144	172
+contig	C8212130	172
+contig	C8212164	172
+contig	C8212166	172
+contig	C8212228	172
+contig	C8212218	172
+contig	C8212210	172
+contig	C8212142	172
+contig	C8212246	172
+contig	C8212238	172
+contig	C8212390	172
+contig	C8212312	172
+contig	C8212404	172
+contig	C8212484	172
+contig	C8212304	172
+contig	C8212520	172
+contig	C8212554	172
+contig	C8212514	172
+contig	C8212538	172
+contig	C8212560	172
+contig	C8212374	172
+contig	C8212582	172
+contig	C8212736	172
+contig	C8212586	172
+contig	C8212694	172
+contig	C8212846	172
+contig	C8212812	172
+contig	C8212750	172
+contig	C8212850	172
+contig	C8212864	172
+contig	C8212906	172
+contig	C8212938	172
+contig	C8212732	172
+contig	C8212942	172
+contig	C8212928	172
+contig	C8212854	172
+contig	C8212940	172
+contig	C8212972	172
+contig	C8212976	172
+contig	C8212994	172
+contig	C8200686	170
+contig	C8213000	172
+contig	C8212992	172
+contig	C8213050	172
+contig	C8212974	172
+contig	C8213012	172
+contig	C8213102	172
+contig	C8213010	172
+contig	C8213156	172
+contig	C8213170	172
+contig	C8213046	172
+contig	C8213158	172
+contig	C8213200	172
+contig	C8210264	172
+contig	C8213182	172
+contig	C8213202	173
+contig	C8213186	172
+contig	C8213136	172
+contig	C8213260	173
+contig	C8213196	172
+contig	C8213262	173
+contig	C8213284	173
+contig	C8213372	173
+contig	C8211380	172
+contig	C8213266	173
+contig	C8213462	173
+contig	C8213448	173
+contig	C8213294	173
+contig	C8213534	173
+contig	C8213242	173
+contig	C8213540	173
+contig	C8213500	173
+contig	C8213596	173
+contig	C8213384	173
+contig	C8213642	173
+contig	C8213702	173
+contig	C8213740	173
+contig	C8213680	173
+contig	C8213790	173
+contig	C8213630	173
+contig	C8213566	173
+contig	C8213772	173
+contig	C8213888	173
+contig	C8213812	173
+contig	C8213992	173
+contig	C8214010	173
+contig	C8213496	173
+contig	C8214020	173
+contig	C8214022	173
+contig	C8214048	173
+contig	C8213902	173
+contig	C8214042	173
+contig	C8213930	173
+contig	C8214092	173
+contig	C8213874	173
+contig	C8214024	173
+contig	C8214182	173
+contig	C8214086	173
+contig	C8214090	173
+contig	C8214016	173
+contig	C8214120	173
+contig	C8214192	173
+contig	C8214292	173
+contig	C8214138	173
+contig	C8214326	173
+contig	C8214338	173
+contig	C8214274	173
+contig	C8214372	173
+contig	C8214224	173
+contig	C8214358	173
+contig	C8214216	173
+contig	C8214234	173
+contig	C8214360	173
+contig	C8214440	173
+contig	C8214406	173
+contig	C8214496	173
+contig	C8214444	173
+contig	C8214482	173
+contig	C8214502	173
+contig	C8214518	173
+contig	C8214600	173
+contig	C8212436	172
+contig	C8214644	173
+contig	C8214686	173
+contig	C8214520	173
+contig	C8214650	173
+contig	C8214716	173
+contig	C8214654	173
+contig	C8214706	173
+contig	C8214764	173
+contig	C8214942	173
+contig	C8214878	173
+contig	C8214932	173
+contig	C8215078	173
+contig	C8215006	173
+contig	C8214952	173
+contig	C8215022	173
+contig	C8215120	173
+contig	C8215080	173
+contig	C8215142	173
+contig	C8215128	173
+contig	C8214734	173
+contig	C8215216	173
+contig	C8215194	173
+contig	C8214322	173
+contig	C8215044	173
+contig	C8215094	173
+contig	C8215214	173
+contig	C8215246	173
+contig	C8215254	173
+contig	C8215344	173
+contig	C8215346	173
+contig	C8215264	173
+contig	C8215378	173
+contig	C8215358	173
+contig	C8215202	173
+contig	C8215386	173
+contig	C8215402	173
+contig	C8215436	173
+contig	C8215400	173
+contig	C8215476	173
+contig	C8215272	173
+contig	C8215492	173
+contig	C8215368	173
+contig	C8215486	173
+contig	C8215490	173
+contig	C8215456	173
+contig	C8215602	173
+contig	C8215622	173
+contig	C8215350	173
+contig	C8215550	173
+contig	C8215524	173
+contig	C8215528	173
+contig	C8215626	173
+contig	C8215730	173
+contig	C8215748	173
+contig	C8215824	173
+contig	C8215738	173
+contig	C8215882	173
+contig	C8215694	173
+contig	C8215670	173
+contig	C8215944	173
+contig	C8215864	173
+contig	C8215996	173
+contig	C8215712	173
+contig	C8215928	173
+contig	C8215900	173
+contig	C8216016	173
+contig	C8216088	173
+contig	C8215964	173
+contig	C8216010	173
+contig	C8216102	173
+contig	C8216112	173
+contig	C8216120	173
+contig	C8216122	173
+contig	C8216018	173
+contig	C8216232	173
+contig	C8216190	173
+contig	C8216276	173
+contig	C8216216	173
+contig	C8216344	173
+contig	C8215848	173
+contig	C8216254	173
+contig	C8216312	173
+contig	C8216386	173
+contig	C8216466	173
+contig	C8216500	173
+contig	C8216476	173
+contig	C8216546	173
+contig	C8216472	173
+contig	C8216574	173
+contig	C8216506	173
+contig	C8216640	173
+contig	C8216678	173
+contig	C8216670	173
+contig	C8216710	173
+contig	C8216718	173
+contig	C8216688	173
+contig	C8216468	173
+contig	C8216730	173
+contig	C8215842	173
+contig	C8216722	173
+contig	C8216756	173
+contig	C8216800	173
+contig	C8216830	173
+contig	C8216796	173
+contig	C8216838	173
+contig	C8216898	173
+contig	C8216930	173
+contig	C8216874	173
+contig	C8216940	173
+contig	C8216934	173
+contig	C8216836	173
+contig	C8216954	173
+contig	C8216970	173
+contig	C8216958	173
+contig	C8216980	173
+contig	C8216998	173
+contig	C8217022	173
+contig	C8217094	173
+contig	C8217040	173
+contig	C8217020	173
+contig	C8217140	173
+contig	C8216886	173
+contig	C8217106	173
+contig	C8217128	173
+contig	C8217152	173
+contig	C8217100	173
+contig	C8217276	173
+contig	C8217304	173
+contig	C8205986	171
+contig	C8217250	173
+contig	C8217312	173
+contig	C8217166	173
+contig	C8217342	173
+contig	C8217388	173
+contig	C8217156	173
+contig	C8217410	173
+contig	C8217340	173
+contig	C8217180	173
+contig	C8217474	173
+contig	C8217402	173
+contig	C8217460	173
+contig	C8217462	173
+contig	C8217492	173
+contig	C8217504	173
+contig	C8217456	173
+contig	C8217502	173
+contig	C8217510	173
+contig	C8217542	173
+contig	C8217508	173
+contig	C8217526	173
+contig	C8217544	173
+contig	C8217592	173
+contig	C8217560	173
+contig	C8217648	173
+contig	C8217336	173
+contig	C8217530	173
+contig	C8217518	173
+contig	C8217618	173
+contig	C8217728	173
+contig	C8217750	173
+contig	C8217744	173
+contig	C8217850	173
+contig	C8217806	173
+contig	C8217778	173
+contig	C8217868	173
+contig	C8217802	173
+contig	C8217890	173
+contig	C8217896	173
+contig	C8217904	173
+contig	C8217856	173
+contig	C8217898	173
+contig	C8217968	173
+contig	C8218008	173
+contig	C8218018	173
+contig	C8218048	173
+contig	C8217944	173
+contig	C8217886	173
+contig	C8218080	173
+contig	C8217684	173
+contig	C8217986	173
+contig	C8218084	173
+contig	C8218086	173
+contig	C8218132	174
+contig	C8218128	174
+contig	C8218142	174
+contig	C8218154	174
+contig	C8218202	174
+contig	C8218210	174
+contig	C8218100	174
+contig	C8216126	173
+contig	C8218328	174
+contig	C8218236	174
+contig	C8218262	174
+contig	C8218434	174
+contig	C8218478	174
+contig	C8218460	174
+contig	C8218378	174
+contig	C8218538	174
+contig	C8218502	174
+contig	C8218498	174
+contig	C8218050	173
+contig	C8218594	174
+contig	C8218322	174
+contig	C8218692	174
+contig	C8218700	174
+contig	C8218696	174
+contig	C8218752	174
+contig	C8218746	174
+contig	C8218758	174
+contig	C8218778	174
+contig	C8218666	174
+contig	C8218792	174
+contig	C8218828	174
+contig	C8218856	174
+contig	C8218686	174
+contig	C8218922	174
+contig	C8218932	174
+contig	C8218958	174
+contig	C8218902	174
+contig	C8218532	174
+contig	C8219082	174
+contig	C8218998	174
+contig	C8219120	174
+contig	C8219018	174
+contig	C8219058	174
+contig	C8218766	174
+contig	C8219064	174
+contig	C8219158	174
+contig	C8219148	174
+contig	C8219134	174
+contig	C8219182	174
+contig	C8219236	174
+contig	C8219192	174
+contig	C8219246	174
+contig	C8219188	174
+contig	C8219324	174
+contig	C8219234	174
+contig	C8219178	174
+contig	C8202462	170
+contig	C8219352	174
+contig	C8219400	174
+contig	C8219402	174
+contig	C8219346	174
+contig	C8219128	174
+contig	C8219290	174
+contig	C8219380	174
+contig	C8219520	174
+contig	C8219452	174
+contig	C8219548	174
+contig	C8219606	174
+contig	C8219612	174
+contig	C8219664	174
+contig	C8219610	174
+contig	C8219682	174
+contig	C8219414	174
+contig	C8219538	174
+contig	C8219574	174
+contig	C8219690	174
+contig	C8219714	174
+contig	C8219632	174
+contig	C8219624	174
+contig	C8219744	174
+contig	C8219868	174
+contig	C8219860	174
+contig	C8219864	174
+contig	C8219782	174
+contig	C8219898	174
+contig	C8219962	174
+contig	C8219966	174
+contig	C8219882	174
+contig	C8219968	174
+contig	C8219900	174
+contig	C8219916	174
+contig	C8216020	173
+contig	C8219998	174
+contig	C8220054	174
+contig	C8220058	174
+contig	C8220114	174
+contig	C8219974	174
+contig	C8220076	174
+contig	C8220170	174
+contig	C8220108	174
+contig	C8220152	174
+contig	C8220180	174
+contig	C8220138	174
+contig	C8220182	174
+contig	C8220030	174
+contig	C8220240	174
+contig	C8219724	174
+contig	C8220282	174
+contig	C8220370	174
+contig	C8220256	174
+contig	C8220372	174
+contig	C8220422	174
+contig	C8220250	174
+contig	C8220462	174
+contig	C8220406	174
+contig	C8220478	174
+contig	C8220476	174
+contig	C8220396	174
+contig	C8220278	174
+contig	C8220482	174
+contig	C8220496	174
+contig	C8220514	174
+contig	C8220512	174
+contig	C8220516	174
+contig	C8220606	174
+contig	C8220572	174
+contig	C8220490	174
+contig	C8220678	174
+contig	C8220626	174
+contig	C8220630	174
+contig	C8220786	174
+contig	C8220726	174
+contig	C8220724	174
+contig	C8220864	174
+contig	C8220906	174
+contig	C8220930	174
+contig	C8220844	174
+contig	C8220908	174
+contig	C8220964	174
+contig	C8220986	174
+contig	C8221010	174
+contig	C8220880	174
+contig	C8220968	174
+contig	C8221022	174
+contig	C8221014	174
+contig	C8221070	174
+contig	C8221100	174
+contig	C8220942	174
+contig	C8221104	174
+contig	C8221074	174
+contig	C8221080	174
+contig	C8221138	174
+contig	C8221130	174
+contig	C8221180	174
+contig	C8221118	174
+contig	C8221236	174
+contig	C8221170	174
+contig	C8221252	174
+contig	C8221198	174
+contig	C8221262	174
+contig	C8221296	174
+contig	C8221348	174
+contig	C8221284	174
+contig	C8221220	174
+contig	C8221372	174
+contig	C8221374	174
+contig	C8221432	174
+contig	C8221424	174
+contig	C8221472	174
+contig	C8221474	174
+contig	C8221460	174
+contig	C8221542	174
+contig	C8221540	174
+contig	C8221544	174
+contig	C8221520	174
+contig	C8221612	174
+contig	C8221614	174
+contig	C8221568	174
+contig	C8220616	174
+contig	C8221642	174
+contig	C8221646	174
+contig	C8221694	174
+contig	C8221556	174
+contig	C8221712	174
+contig	C8221572	174
+contig	C8221810	174
+contig	C8221752	174
+contig	C8221822	174
+contig	C8221700	174
+contig	C8221770	174
+contig	C8221830	174
+contig	C8221848	174
+contig	C8221808	174
+contig	C8221832	174
+contig	C8221850	174
+contig	C8221926	174
+contig	C8221872	174
+contig	C8221878	174
+contig	C8221992	174
+contig	C8221982	174
+contig	C8221974	174
+contig	C8222052	174
+contig	C8222082	174
+contig	C8221858	174
+contig	C8222140	174
+contig	C8222198	174
+contig	C8219914	174
+contig	C8222234	174
+contig	C8222154	174
+contig	C8222204	174
+contig	C8214964	173
+contig	C8222262	174
+contig	C8222124	174
+contig	C8222338	174
+contig	C8222392	174
+contig	C8222242	174
+contig	C8222340	174
+contig	C8221960	174
+contig	C8222316	174
+contig	C8222416	174
+contig	C8222444	174
+contig	C8222328	174
+contig	C8222534	174
+contig	C8220102	174
+contig	C8222508	174
+contig	C8222596	174
+contig	C8222560	174
+contig	C8222510	174
+contig	C8222608	174
+contig	C8222602	174
+contig	C8222576	174
+contig	C8222630	174
+contig	C8222586	174
+contig	C8222696	174
+contig	C8222434	174
+contig	C8222902	174
+contig	C8222764	174
+contig	C8222904	174
+contig	C8222894	174
+contig	C8222836	174
+contig	C8222908	174
+contig	C8222958	175
+contig	C8222912	175
+contig	C8223084	175
+contig	C8223082	175
+contig	C8222922	175
+contig	C8223074	175
+contig	C8222750	174
+contig	C8223198	175
+contig	C8223228	175
+contig	C8223128	175
+contig	C8223236	175
+contig	C8223232	175
+contig	C8223096	175
+contig	C8223122	175
+contig	C8223286	175
+contig	C8223326	175
+contig	C8223350	175
+contig	C8223172	175
+contig	C8223298	175
+contig	C8223328	175
+contig	C8223046	175
+contig	C8223424	175
+contig	C8223358	175
+contig	C8223490	175
+contig	C8223536	175
+contig	C8223552	175
+contig	C8223332	175
+contig	C8223476	175
+contig	C8223530	175
+contig	C8223568	175
+contig	C8223578	175
+contig	C8223540	175
+contig	C8223640	175
+contig	C8223654	175
+contig	C8223692	175
+contig	C8223670	175
+contig	C8223572	175
+contig	C8223688	175
+contig	C8223698	175
+contig	C8223592	175
+contig	C8223712	175
+contig	C8223734	175
+contig	C8223728	175
+contig	C8223794	175
+contig	C8223838	175
+contig	C8223894	175
+contig	C8223906	175
+contig	C8223928	175
+contig	C8223896	175
+contig	C8223964	175
+contig	C8223740	175
+contig	C8223678	175
+contig	C8223782	175
+contig	C8223904	175
+contig	C8224042	175
+contig	C8223978	175
+contig	C8224068	175
+contig	C8223972	175
+contig	C8224098	175
+contig	C8223998	175
+contig	C8224154	175
+contig	C8224102	175
+contig	C8224066	175
+contig	C8224170	175
+contig	C8224166	175
+contig	C8223922	175
+contig	C8224160	175
+contig	C8224132	175
+contig	C8224182	175
+contig	C8224090	175
+contig	C8224276	175
+contig	C8224218	175
+contig	C8224324	175
+contig	C8224326	175
+contig	C8224386	175
+contig	C8224144	175
+contig	C8224344	175
+contig	C8224458	175
+contig	C8224380	175
+contig	C8224428	175
+contig	C8224586	175
+contig	C8224384	175
+contig	C8224568	175
+contig	C8224592	175
+contig	C8224676	175
+contig	C8224658	175
+contig	C8224618	175
+contig	C8224570	175
+contig	C8224670	175
+contig	C8224766	175
+contig	C8224778	175
+contig	C8224690	175
+contig	C8224842	175
+contig	C8224884	175
+contig	C8224824	175
+contig	C8224738	175
+contig	C8224922	175
+contig	C8224798	175
+contig	C8224898	175
+contig	C8219224	174
+contig	C8224860	175
+contig	C8224934	175
+contig	C8224968	175
+contig	C8225206	175
+contig	C8225202	175
+contig	C8225004	175
+contig	C8225014	175
+contig	C8224732	175
+contig	C8225224	175
+contig	C8225216	175
+contig	C8225232	175
+contig	C8225028	175
+contig	C8225282	175
+contig	C8225306	175
+contig	C8225248	175
+contig	C8225292	175
+contig	C8225310	175
+contig	C8225284	175
+contig	C8225364	175
+contig	C8225286	175
+contig	C8225448	175
+contig	C8225402	175
+contig	C8225336	175
+contig	C8225494	175
+contig	C8225528	175
+contig	C8225392	175
+contig	C8225590	175
+contig	C8225462	175
+contig	C8225616	175
+contig	C8225612	175
+contig	C8225646	175
+contig	C8225622	175
+contig	C8225678	175
+contig	C8225314	175
+contig	C8225710	175
+contig	C8225618	175
+contig	C8225674	175
+contig	C8225512	175
+contig	C8225540	175
+contig	C8225822	175
+contig	C8225824	175
+contig	C8225666	175
+contig	C8225828	175
+contig	C8225826	175
+contig	C8225846	175
+contig	C8225888	175
+contig	C8225728	175
+contig	C8225816	175
+contig	C8225954	175
+contig	C8226006	175
+contig	C8225838	175
+contig	C8226018	175
+contig	C8225910	175
+contig	C8225952	175
+contig	C8225786	175
+contig	C8226014	175
+contig	C8226036	175
+contig	C8226038	175
+contig	C8226040	175
+contig	C8226088	175
+contig	C8226046	175
+contig	C8226132	175
+contig	C8226086	175
+contig	C8226190	175
+contig	C8226174	175
+contig	C8226218	175
+contig	C8225976	175
+contig	C8226050	175
+contig	C8226240	175
+contig	C8226232	175
+contig	C8226284	175
+contig	C8226314	175
+contig	C8226332	175
+contig	C8226182	175
+contig	C8226192	175
+contig	C8226336	175
+contig	C8226352	175
+contig	C8226364	175
+contig	C8226372	175
+contig	C8226360	175
+contig	C8226408	175
+contig	C8226406	175
+contig	C8226436	175
+contig	C8226500	175
+contig	C8226504	175
+contig	C8226450	175
+contig	C8226526	175
+contig	C8226320	175
+contig	C8226594	175
+contig	C8226178	175
+contig	C8226556	175
+contig	C8226600	175
+contig	C8226580	175
+contig	C8226512	175
+contig	C8226626	175
+contig	C8226734	175
+contig	C8226722	175
+contig	C8226738	175
+contig	C8226690	175
+contig	C8226720	175
+contig	C8226876	175
+contig	C8226692	175
+contig	C8226802	175
+contig	C8226972	175
+contig	C8226866	175
+contig	C8226898	175
+contig	C8226900	175
+contig	C8226984	175
+contig	C8226976	175
+contig	C8227010	175
+contig	C8226780	175
+contig	C8226994	175
+contig	C8227052	175
+contig	C8227064	175
+contig	C8227130	175
+contig	C8227146	175
+contig	C8227100	175
+contig	C8227150	175
+contig	C8227190	175
+contig	C8226982	175
+contig	C8227196	175
+contig	C8227104	175
+contig	C8227230	175
+contig	C8227208	175
+contig	C8227032	175
+contig	C8227154	175
+contig	C8227176	175
+contig	C8227296	175
+contig	C8227310	175
+contig	C8227218	175
+contig	C8227318	175
+contig	C8227308	175
+contig	C8227236	175
+contig	C8227326	175
+contig	C8227320	175
+contig	C8227312	175
+contig	C8227416	175
+contig	C8227384	175
+contig	C8227424	175
+contig	C8227590	176
+contig	C8227670	176
+contig	C8227616	176
+contig	C8227462	175
+contig	C8227674	176
+contig	C8227672	176
+contig	C8227444	175
+contig	C8227714	176
+contig	C8227726	176
+contig	C8227734	176
+contig	C8227414	175
+contig	C8227830	176
+contig	C8227644	176
+contig	C8227868	176
+contig	C8227806	176
+contig	C8227914	176
+contig	C8227956	176
+contig	C8227978	176
+contig	C8227984	176
+contig	C8227998	176
+contig	C8227950	176
+contig	C8227764	176
+contig	C8228008	176
+contig	C8228074	176
+contig	C8228070	176
+contig	C8227812	176
+contig	C8228098	176
+contig	C8228076	176
+contig	C8228088	176
+contig	C8228164	176
+contig	C8228100	176
+contig	C8228184	176
+contig	C8228050	176
+contig	C8228204	176
+contig	C8228214	176
+contig	C8228188	176
+contig	C8228250	176
+contig	C8228298	176
+contig	C8228300	176
+contig	C8228314	176
+contig	C8228182	176
+contig	C8228340	176
+contig	C8228346	176
+contig	C8228286	176
+contig	C8228358	176
+contig	C8228210	176
+contig	C8228446	176
+contig	C8228464	176
+contig	C8228498	176
+contig	C8228506	176
+contig	C8223364	175
+contig	C8228532	176
+contig	C8228352	176
+contig	C8228260	176
+contig	C8228544	176
+contig	C8228618	176
+contig	C8228518	176
+contig	C8228354	176
+contig	C8228632	176
+contig	C8228614	176
+contig	C8228650	176
+contig	C8228648	176
+contig	C8228718	176
+contig	C8228706	176
+contig	C8228750	176
+contig	C8228616	176
+contig	C8228732	176
+contig	C8228758	176
+contig	C8228798	176
+contig	C8228854	176
+contig	C8228878	176
+contig	C8228856	176
+contig	C8228716	176
+contig	C8228824	176
+contig	C8228862	176
+contig	C8228894	176
+contig	C8228882	176
+contig	C8228900	176
+contig	C8228964	176
+contig	C8229012	176
+contig	C8229034	176
+contig	C8229042	176
+contig	C8228942	176
+contig	C8229046	176
+contig	C8229120	176
+contig	C8229094	176
+contig	C8229168	176
+contig	C8229188	176
+contig	C8229160	176
+contig	C8228898	176
+contig	C8229264	176
+contig	C8229270	176
+contig	C8229248	176
+contig	C8229278	176
+contig	C8229284	176
+contig	C8229200	176
+contig	C8229286	176
+contig	C8229402	176
+contig	C8229296	176
+contig	C8229404	176
+contig	C8229458	176
+contig	C8229348	176
+contig	C8229350	176
+contig	C8229464	176
+contig	C8229460	176
+contig	C8229602	176
+contig	C8229584	176
+contig	C8229548	176
+contig	C8229340	176
+contig	C8229540	176
+contig	C8228568	176
+contig	C8229630	176
+contig	C8229746	176
+contig	C8229672	176
+contig	C8229750	176
+contig	C8229728	176
+contig	C8229760	176
+contig	C8229734	176
+contig	C8229642	176
+contig	C8229790	176
+contig	C8229874	176
+contig	C8229928	176
+contig	C8229956	176
+contig	C8229872	176
+contig	C8230036	176
+contig	C8230046	176
+contig	C8230042	176
+contig	C8230084	176
+contig	C8230098	176
+contig	C8230064	176
+contig	C8230222	176
+contig	C8230072	176
+contig	C8230292	176
+contig	C8230252	176
+contig	C8230304	176
+contig	C8230300	176
+contig	C8230320	176
+contig	C8230294	176
+contig	C8230306	176
+contig	C8230330	176
+contig	C8230402	176
+contig	C8230340	176
+contig	C8230374	176
+contig	C8230406	176
+contig	C8230498	176
+contig	C8230504	176
+contig	C8230578	176
+contig	C8230102	176
+contig	C8230460	176
+contig	C8230462	176
+contig	C8230538	176
+contig	C8230584	176
+contig	C8230660	176
+contig	C8230686	176
+contig	C8230604	176
+contig	C8230638	176
+contig	C8230688	176
+contig	C8230812	176
+contig	C8230734	176
+contig	C8230822	176
+contig	C8230756	176
+contig	C8229650	176
+contig	C8230886	176
+contig	C8230888	176
+contig	C8230746	176
+contig	C8230950	176
+contig	C8230964	176
+contig	C8230948	176
+contig	C8230828	176
+contig	C8231000	176
+contig	C8231070	176
+contig	C8231038	176
+contig	C8230952	176
+contig	C8231114	176
+contig	C8231096	176
+contig	C8231214	176
+contig	C8231230	176
+contig	C8231240	176
+contig	C8231242	176
+contig	C8231202	176
+contig	C8231318	176
+contig	C8231326	176
+contig	C8231316	176
+contig	C8231040	176
+contig	C8231170	176
+contig	C8221028	174
+contig	C8231336	176
+contig	C8231400	176
+contig	C8231372	176
+contig	C8231386	176
+contig	C8231482	176
+contig	C8231474	176
+contig	C8231508	176
+contig	C8231378	176
+contig	C8231520	176
+contig	C8231410	176
+contig	C8227012	175
+contig	C8231676	176
+contig	C8231582	176
+contig	C8231620	176
+contig	C8231592	176
+contig	C8230826	176
+contig	C8231744	176
+contig	C8231704	176
+contig	C8231760	176
+contig	C8231636	176
+contig	C8231762	176
+contig	C8231818	176
+contig	C8231848	176
+contig	C8231576	176
+contig	C8231922	176
+contig	C8231904	176
+contig	C8231910	176
+contig	C8231602	176
+contig	C8231926	176
+contig	C8231946	176
+contig	C8231934	176
+contig	C8231752	176
+contig	C8232060	176
+contig	C8231976	176
+contig	C8231856	176
+contig	C8232032	176
+contig	C8232110	176
+contig	C8232114	176
+contig	C8232068	176
+contig	C8232130	176
+contig	C8232026	176
+contig	C8232140	176
+contig	C8232158	176
+contig	C8232120	176
+contig	C8232180	176
+contig	C8232164	176
+contig	C8232186	176
+contig	C8232274	177
+contig	C8232380	177
+contig	C8232388	177
+contig	C8232322	177
+contig	C8232408	177
+contig	C8232412	177
+contig	C8232378	177
+contig	C8232500	177
+contig	C8224492	175
+contig	C8232386	177
+contig	C8232426	177
+contig	C8232556	177
+contig	C8232530	177
+contig	C8232546	177
+contig	C8232702	177
+contig	C8232674	177
+contig	C8231914	176
+contig	C8232678	177
+contig	C8232258	177
+contig	C8232542	177
+contig	C8232570	177
+contig	C8232612	177
+contig	C8232738	177
+contig	C8232866	177
+contig	C8232804	177
+contig	C8232834	177
+contig	C8232838	177
+contig	C8232750	177
+contig	C8232902	177
+contig	C8232874	177
+contig	C8232904	177
+contig	C8233050	177
+contig	C8232776	177
+contig	C8233088	177
+contig	C8232884	177
+contig	C8233110	177
+contig	C8232872	177
+contig	C8233130	177
+contig	C8233172	177
+contig	C8232816	177
+contig	C8232930	177
+contig	C8233176	177
+contig	C8233206	177
+contig	C8233188	177
+contig	C8233080	177
+contig	C8233204	177
+contig	C8233270	177
+contig	C8233400	177
+contig	C8233456	177
+contig	C8233288	177
+contig	C8233410	177
+contig	C8233486	177
+contig	C8233106	177
+contig	C8233504	177
+contig	C8233474	177
+contig	C8233596	177
+contig	C8233406	177
+contig	C8233532	177
+contig	C8233724	177
+contig	C8233626	177
+contig	C8233684	177
+contig	C8233696	177
+contig	C8233394	177
+contig	C8233780	177
+contig	C8233738	177
+contig	C8233742	177
+contig	C8233622	177
+contig	C8233728	177
+contig	C8233850	177
+contig	C8233638	177
+contig	C8233248	177
+contig	C8233792	177
+contig	C8233786	177
+contig	C8233834	177
+contig	C8234002	177
+contig	C8233870	177
+contig	C8233970	177
+contig	C8234044	177
+contig	C8234048	177
+contig	C8234052	177
+contig	C8234000	177
+contig	C8233930	177
+contig	C8234124	177
+contig	C8234076	177
+contig	C8234070	177
+contig	C8234112	177
+contig	C8234066	177
+contig	C8234130	177
+contig	C8234308	177
+contig	C8234384	177
+contig	C8233952	177
+contig	C8234156	177
+contig	C8234328	177
+contig	C8234390	177
+contig	C8234258	177
+contig	C8234446	177
+contig	C8234398	177
+contig	C8234442	177
+contig	C8234420	177
+contig	C8234412	177
+contig	C8234480	177
+contig	C8234488	177
+contig	C8234540	177
+contig	C8234200	177
+contig	C8234512	177
+contig	C8234560	177
+contig	C8234574	177
+contig	C8234654	177
+contig	C8234660	177
+contig	C8234552	177
+contig	C8234578	177
+contig	C8234570	177
+contig	C8234712	177
+contig	C8234742	177
+contig	C8234696	177
+contig	C8234692	177
+contig	C8234714	177
+contig	C8234534	177
+contig	C8234758	177
+contig	C8234678	177
+contig	C8234788	177
+contig	C8234770	177
+contig	C8234902	177
+contig	C8234792	177
+contig	C8234556	177
+contig	C8234914	177
+contig	C8234920	177
+contig	C8234892	177
+contig	C8234826	177
+contig	C8234950	177
+contig	C8234764	177
+contig	C8235148	177
+contig	C8235170	177
+contig	C8235184	177
+contig	C8234956	177
+contig	C8235204	177
+contig	C8235206	177
+contig	C8234988	177
+contig	C8235040	177
+contig	C8235296	177
+contig	C8235010	177
+contig	C8235312	177
+contig	C8235258	177
+contig	C8235324	177
+contig	C8235332	177
+contig	C8235062	177
+contig	C8235330	177
+contig	C8235344	177
+contig	C8235382	177
+contig	C8235342	177
+contig	C8235326	177
+contig	C8235438	177
+contig	C8235412	177
+contig	C8235474	177
+contig	C8235522	177
+contig	C8235346	177
+contig	C8235492	177
+contig	C8235528	177
+contig	C8235570	177
+contig	C8235576	177
+contig	C8235556	177
+contig	C8235280	177
+contig	C8235676	177
+contig	C8235618	177
+contig	C8235638	177
+contig	C8235870	177
+contig	C8235850	177
+contig	C8235694	177
+contig	C8235872	177
+contig	C8235908	177
+contig	C8235456	177
+contig	C8235764	177
+contig	C8235962	177
+contig	C8235540	177
+contig	C8235980	177
+contig	C8236004	177
+contig	C8236056	177
+contig	C8235668	177
+contig	C8236032	177
+contig	C8236026	177
+contig	C8236144	177
+contig	C8236146	177
+contig	C8236156	177
+contig	C8236070	177
+contig	C8236196	177
+contig	C8235916	177
+contig	C8236210	177
+contig	C8236112	177
+contig	C8236172	177
+contig	C8236258	177
+contig	C8236266	177
+contig	C8236300	177
+contig	C8236302	177
+contig	C8236170	177
+contig	C8236320	177
+contig	C8236162	177
+contig	C8236338	177
+contig	C8236342	177
+contig	C8236344	177
+contig	C8236276	177
+contig	C8235992	177
+contig	C8236494	177
+contig	C8236546	177
+contig	C8236396	177
+contig	C8236550	177
+contig	C8236486	177
+contig	C8236468	177
+contig	C8236288	177
+contig	C8236560	177
+contig	C8236586	177
+contig	C8236620	177
+contig	C8236562	177
+contig	C8236644	177
+contig	C8236284	177
+contig	C8236632	177
+contig	C8236456	177
+contig	C8236748	178
+contig	C8236652	177
+contig	C8236754	178
+contig	C8236810	178
+contig	C8236774	178
+contig	C8236668	177
+contig	C8236860	178
+contig	C8236876	178
+contig	C8236848	178
+contig	C8236566	177
+contig	C8236984	178
+contig	C8236974	178
+contig	C8237036	178
+contig	C8237082	178
+contig	C8236676	177
+contig	C8236996	178
+contig	C8236964	178
+contig	C8237096	178
+contig	C8237154	178
+contig	C8236864	178
+contig	C8237208	178
+contig	C8237260	178
+contig	C8237266	178
+contig	C8237186	178
+contig	C8237316	178
+contig	C8237094	178
+contig	C8237178	178
+contig	C8237328	178
+contig	C8237306	178
+contig	C8237324	178
+contig	C8237272	178
+contig	C8237102	178
+contig	C8237382	178
+contig	C8237418	178
+contig	C8237450	178
+contig	C8237444	178
+contig	C8237416	178
+contig	C8237508	178
+contig	C8237480	178
+contig	C8237610	178
+contig	C8237564	178
+contig	C8237690	178
+contig	C8237680	178
+contig	C8237714	178
+contig	C8237668	178
+contig	C8237778	178
+contig	C8237784	178
+contig	C8237756	178
+contig	C8237846	178
+contig	C8237486	178
+contig	C8237882	178
+contig	C8236476	177
+contig	C8237798	178
+contig	C8237982	178
+contig	C8237860	178
+contig	C8237888	178
+contig	C8238028	178
+contig	C8238032	178
+contig	C8238098	178
+contig	C8238064	178
+contig	C8237678	178
+contig	C8238166	178
+contig	C8238240	178
+contig	C8238182	178
+contig	C8238206	178
+contig	C8227858	176
+contig	C8238242	178
+contig	C8238250	178
+contig	C8238276	178
+contig	C8238236	178
+contig	C8238186	178
+contig	C8238288	178
+contig	C8238314	178
+contig	C8238346	178
+contig	C8238366	178
+contig	C8238294	178
+contig	C8238450	178
+contig	C8238528	178
+contig	C8238530	178
+contig	C8238458	178
+contig	C8238368	178
+contig	C8238374	178
+contig	C8238536	178
+contig	C8238620	178
+contig	C8238700	178
+contig	C8238566	178
+contig	C8238756	178
+contig	C8238874	178
+contig	C8238838	178
+contig	C8238196	178
+contig	C8238646	178
+contig	C8238898	178
+contig	C8238892	178
+contig	C8238930	178
+contig	C8238906	178
+contig	C8238970	178
+contig	C8238740	178
+contig	C8238946	178
+contig	C8238948	178
+contig	C8239010	178
+contig	C8238796	178
+contig	C8239196	178
+contig	C8239112	178
+contig	C8239260	178
+contig	C8239262	178
+contig	C8238894	178
+contig	C8239264	178
+contig	C8239184	178
+contig	C8239342	178
+contig	C8239104	178
+contig	C8239074	178
+contig	C8239282	178
+contig	C8239266	178
+contig	C8239520	178
+contig	C8239428	178
+contig	C8239366	178
+contig	C8238982	178
+contig	C8239392	178
+contig	C8239546	178
+contig	C8239522	178
+contig	C8239296	178
+contig	C8239530	178
+contig	C8239556	178
+contig	C8239534	178
+contig	C8239600	178
+contig	C8239620	178
+contig	C8239584	178
+contig	C8239650	178
+contig	C8239272	178
+contig	C8239606	178
+contig	C8239640	178
+contig	C8239686	178
+contig	C8239682	178
+contig	C8239720	178
+contig	C8239778	178
+contig	C8239790	178
+contig	C8239730	178
+contig	C8239714	178
+contig	C8239832	178
+contig	C8239846	178
+contig	C8239816	178
+contig	C8239994	178
+contig	C8239840	178
+contig	C8240014	178
+contig	C8239904	178
+contig	C8239936	178
+contig	C8240060	178
+contig	C8237300	178
+contig	C8239652	178
+contig	C8240012	178
+contig	C8240096	178
+contig	C8240150	178
+contig	C8240256	178
+contig	C8240372	178
+contig	C8240278	178
+contig	C8240428	178
+contig	C8240436	178
+contig	C8240386	178
+contig	C8239690	178
+contig	C8240502	178
+contig	C8240490	178
+contig	C8240510	178
+contig	C8240488	178
+contig	C8240650	178
+contig	C8240522	178
+contig	C8240474	178
+contig	C8240152	178
+contig	C8240556	178
+contig	C8240578	178
+contig	C8240688	178
+contig	C8240658	178
+contig	C8240674	178
+contig	C8240736	178
+contig	C8240512	178
+contig	C8240778	178
+contig	C8240800	178
+contig	C8240842	178
+contig	C8240756	178
+contig	C8240860	178
+contig	C8240812	178
+contig	C8240866	178
+contig	C8240952	178
+contig	C8241008	178
+contig	C8240972	178
+contig	C8240872	178
+contig	C8240242	178
+contig	C8240988	178
+contig	C8241024	178
+contig	C8240836	178
+contig	C8241136	178
+contig	C8241072	178
+contig	C8240898	178
+contig	C8241016	178
+contig	C8241180	178
+contig	C8241250	179
+contig	C8241090	178
+contig	C8241040	178
+contig	C8241196	178
+contig	C8241102	178
+contig	C8241320	179
+contig	C8241238	179
+contig	C8241324	179
+contig	C8241406	179
+contig	C8241408	179
+contig	C8241292	179
+contig	C8241382	179
+contig	C8241416	179
+contig	C8241428	179
+contig	C8241542	179
+contig	C8241510	179
+contig	C8241508	179
+contig	C8241294	179
+contig	C8241448	179
+contig	C8241550	179
+contig	C8241346	179
+contig	C8241618	179
+contig	C8241570	179
+contig	C8241810	179
+contig	C8241490	179
+contig	C8241682	179
+contig	C8241842	179
+contig	C8241870	179
+contig	C8241620	179
+contig	C8241820	179
+contig	C8241970	179
+contig	C8242060	179
+contig	C8241680	179
+contig	C8242200	179
+contig	C8242202	179
+contig	C8242030	179
+contig	C8242204	179
+contig	C8241644	179
+contig	C8242262	179
+contig	C8242118	179
+contig	C8242292	179
+contig	C8242316	179
+contig	C8242266	179
+contig	C8242344	179
+contig	C8242056	179
+contig	C8242134	179
+contig	C8242332	179
+contig	C8242444	179
+contig	C8242474	179
+contig	C8242348	179
+contig	C8242370	179
+contig	C8242356	179
+contig	C8241990	179
+contig	C8242484	179
+contig	C8242542	179
+contig	C8242486	179
+contig	C8242568	179
+contig	C8242260	179
+contig	C8242650	179
+contig	C8242522	179
+contig	C8242610	179
+contig	C8242818	179
+contig	C8242694	179
+contig	C8242566	179
+contig	C8242664	179
+contig	C8242898	179
+contig	C8242722	179
+contig	C8242666	179
+contig	C8242726	179
+contig	C8242872	179
+contig	C8242966	179
+contig	C8242910	179
+contig	C8243034	179
+contig	C8243036	179
+contig	C8243018	179
+contig	C8243016	179
+contig	C8243044	179
+contig	C8243136	179
+contig	C8243102	179
+contig	C8243084	179
+contig	C8243196	179
+contig	C8243232	179
+contig	C8243186	179
+contig	C8243228	179
+contig	C8243248	179
+contig	C8242854	179
+contig	C8243274	179
+contig	C8243322	179
+contig	C8243014	179
+contig	C8243336	179
+contig	C8243344	179
+contig	C8243252	179
+contig	C8243328	179
+contig	C8243384	179
+contig	C8243360	179
+contig	C8243426	179
+contig	C8243492	179
+contig	C8243508	179
+contig	C8243494	179
+contig	C8243396	179
+contig	C8243510	179
+contig	C8243502	179
+contig	C8243526	179
+contig	C8242984	179
+contig	C8243520	179
+contig	C8240508	178
+contig	C8243364	179
+contig	C8243554	179
+contig	C8243530	179
+contig	C8243392	179
+contig	C8243610	179
+contig	C8243576	179
+contig	C8243664	179
+contig	C8243536	179
+contig	C8243544	179
+contig	C8243666	179
+contig	C8243730	179
+contig	C8243736	179
+contig	C8243700	179
+contig	C8243682	179
+contig	C8243704	179
+contig	C8243848	179
+contig	C8243872	179
+contig	C8243862	179
+contig	C8243754	179
+contig	C8243708	179
+contig	C8243860	179
+contig	C8243858	179
+contig	C8243922	179
+contig	C8243956	179
+contig	C8243954	179
+contig	C8244112	179
+contig	C8243932	179
+contig	C8244118	179
+contig	C8243766	179
+contig	C8244168	179
+contig	C8244164	179
+contig	C8244170	179
+contig	C8244054	179
+contig	C8243998	179
+contig	C8244184	179
+contig	C8243976	179
+contig	C8244228	179
+contig	C8244174	179
+contig	C8244214	179
+contig	C8244230	179
+contig	C8244166	179
+contig	C8244222	179
+contig	C8244404	179
+contig	C8243792	179
+contig	C8244426	179
+contig	C8244304	179
+contig	C8244290	179
+contig	C8244454	179
+contig	C8244434	179
+contig	C8244446	179
+contig	C8244518	179
+contig	C8244520	179
+contig	C8244300	179
+contig	C8244604	179
+contig	C8244584	179
+contig	C8244642	179
+contig	C8244648	179
+contig	C8244654	179
+contig	C8244352	179
+contig	C8244738	179
+contig	C8244232	179
+contig	C8244658	179
+contig	C8244756	179
+contig	C8244672	179
+contig	C8244778	179
+contig	C8244788	179
+contig	C8244812	179
+contig	C8244802	179
+contig	C8244834	179
+contig	C8244800	179
+contig	C8244816	179
+contig	C8244804	179
+contig	C8244466	179
+contig	C8244852	179
+contig	C8244474	179
+contig	C8244876	179
+contig	C8244920	179
+contig	C8244922	179
+contig	C8244928	179
+contig	C8244900	179
+contig	C8244850	179
+contig	C8244692	179
+contig	C8244862	179
+contig	C8244966	179
+contig	C8244954	179
+contig	C8244978	179
+contig	C8245018	179
+contig	C8244982	179
+contig	C8244988	179
+contig	C8245000	179
+contig	C8245038	179
+contig	C8245070	179
+contig	C8244990	179
+contig	C8245010	179
+contig	C8245044	179
+contig	C8245068	179
+contig	C8245190	179
+contig	C8245030	179
+contig	C8245222	179
+contig	C8245168	179
+contig	C8245090	179
+contig	C8245274	179
+contig	C8245354	179
+contig	C8245298	179
+contig	C8245352	179
+contig	C8245266	179
+contig	C8245388	179
+contig	C8245368	179
+contig	C8245408	179
+contig	C8245466	179
+contig	C8245488	179
+contig	C8245476	179
+contig	C8245534	179
+contig	C8245526	179
+contig	C8245108	179
+contig	C8245500	179
+contig	C8245542	179
+contig	C8245470	179
+contig	C8245596	179
+contig	C8245536	179
+contig	C8245568	179
+contig	C8245572	179
+contig	C8245670	179
+contig	C8245632	179
+contig	C8245706	180
+contig	C8245652	179
+contig	C8244896	179
+contig	C8245496	179
+contig	C8245736	180
+contig	C8245692	179
+contig	C8245508	179
+contig	C8245850	180
+contig	C8245768	180
+contig	C8245826	180
+contig	C8245728	180
+contig	C8245766	180
+contig	C8245936	180
+contig	C8245892	180
+contig	C8245952	180
+contig	C8246086	180
+contig	C8245732	180
+contig	C8246182	180
+contig	C8245856	180
+contig	C8246118	180
+contig	C8246206	180
+contig	C8245916	180
+contig	C8246282	180
+contig	C8246362	180
+contig	C8246298	180
+contig	C8246340	180
+contig	C8246366	180
+contig	C8246386	180
+contig	C8246396	180
+contig	C8245772	180
+contig	C8246070	180
+contig	C8246296	180
+contig	C8246466	180
+contig	C8246412	180
+contig	C8246524	180
+contig	C8246512	180
+contig	C8246426	180
+contig	C8246438	180
+contig	C8246622	180
+contig	C8246682	180
+contig	C8246146	180
+contig	C8246656	180
+contig	C8246756	180
+contig	C8246532	180
+contig	C8246624	180
+contig	C8246734	180
+contig	C8246988	180
+contig	C8246802	180
+contig	C8246726	180
+contig	C8246814	180
+contig	C8246902	180
+contig	C8246794	180
+contig	C8246812	180
+contig	C8247030	180
+contig	C8246992	180
+contig	C8247100	180
+contig	C8247066	180
+contig	C8247114	180
+contig	C8246870	180
+contig	C8247168	180
+contig	C8247156	180
+contig	C8247144	180
+contig	C8247180	180
+contig	C8247218	180
+contig	C8247246	180
+contig	C8247230	180
+contig	C8247288	180
+contig	C8247132	180
+contig	C8247444	180
+contig	C8247366	180
+contig	C8247326	180
+contig	C8247150	180
+contig	C8247458	180
+contig	C8247524	180
+contig	C8247272	180
+contig	C8247488	180
+contig	C8247572	180
+contig	C8247542	180
+contig	C8247472	180
+contig	C8247582	180
+contig	C8247584	180
+contig	C8247490	180
+contig	C8247624	180
+contig	C8247630	180
+contig	C8247632	180
+contig	C8247666	180
+contig	C8247898	180
+contig	C8247712	180
+contig	C8247756	180
+contig	C8247694	180
+contig	C8247724	180
+contig	C8247946	180
+contig	C8247900	180
+contig	C8247916	180
+contig	C8248062	180
+contig	C8247796	180
+contig	C8247980	180
+contig	C8248018	180
+contig	C8247506	180
+contig	C8247950	180
+contig	C8248006	180
+contig	C8248074	180
+contig	C8248184	180
+contig	C8248298	180
+contig	C8248236	180
+contig	C8248084	180
+contig	C8248264	180
+contig	C8248308	180
+contig	C8248338	180
+contig	C8248466	180
+contig	C8248336	180
+contig	C8248490	180
+contig	C8248398	180
+contig	C8248488	180
+contig	C8248368	180
+contig	C8248486	180
+contig	C8248524	180
+contig	C8248498	180
+contig	C8248468	180
+contig	C8248546	180
+contig	C8248578	180
+contig	C8248528	180
+contig	C8248554	180
+contig	C8248538	180
+contig	C8248586	180
+contig	C8248302	180
+contig	C8248536	180
+contig	C8248638	180
+contig	C8248660	180
+contig	C8248748	180
+contig	C8248710	180
+contig	C8248784	180
+contig	C8248694	180
+contig	C8248752	180
+contig	C8248702	180
+contig	C8248754	180
+contig	C8248824	180
+contig	C8248766	180
+contig	C8248788	180
+contig	C8248938	180
+contig	C8248866	180
+contig	C8248838	180
+contig	C8248958	180
+contig	C8249044	180
+contig	C8249058	180
+contig	C8249060	180
+contig	C8249062	180
+contig	C8248952	180
+contig	C8249108	180
+contig	C8249162	180
+contig	C8248860	180
+contig	C8249106	180
+contig	C8249178	180
+contig	C8249168	180
+contig	C8249214	180
+contig	C8249212	180
+contig	C8249244	180
+contig	C8249296	180
+contig	C8248900	180
+contig	C8249254	180
+contig	C8249256	180
+contig	C8249328	180
+contig	C8249280	180
+contig	C8249310	180
+contig	C8249342	180
+contig	C8249456	180
+contig	C8249558	180
+contig	C8249218	180
+contig	C8249340	180
+contig	C8249630	180
+contig	C8249726	180
+contig	C8249606	180
+contig	C8249738	180
+contig	C8249744	180
+contig	C8249794	180
+contig	C8249528	180
+contig	C8249784	180
+contig	C8249792	180
+contig	C8249814	180
+contig	C8249812	180
+contig	C8249884	180
+contig	C8249858	180
+contig	C8249648	180
+contig	C8249890	180
+contig	C8249894	180
+contig	C8249944	180
+contig	C8249840	180
+contig	C8249844	180
+contig	C8249964	180
+contig	C8250030	180
+contig	C8249950	180
+contig	C8250040	180
+contig	C8250066	180
+contig	C8250120	180
+contig	C8250084	180
+contig	C8250124	180
+contig	C8250018	180
+contig	C8250138	180
+contig	C8250190	180
+contig	C8250136	180
+contig	C8250218	181
+contig	C8250236	181
+contig	C8250226	181
+contig	C8250196	180
+contig	C8250010	180
+contig	C8250244	181
+contig	C8250270	181
+contig	C8250144	180
+contig	C8250300	181
+contig	C8250290	181
+contig	C8250316	181
+contig	C8250346	181
+contig	C8250314	181
+contig	C8250370	181
+contig	C8250364	181
+contig	C8250378	181
+contig	C8250358	181
+contig	C8250444	181
+contig	C8250292	181
+contig	C8250464	181
+contig	C8250542	181
+contig	C8250582	181
+contig	C8250554	181
+contig	C8250602	181
+contig	C8250634	181
+contig	C8250596	181
+contig	C8250612	181
+contig	C8250544	181
+contig	C8250618	181
+contig	C8250750	181
+contig	C8250690	181
+contig	C8250802	181
+contig	C8250810	181
+contig	C8250806	181
+contig	C8250778	181
+contig	C8250870	181
+contig	C8250790	181
+contig	C8250898	181
+contig	C8250910	181
+contig	C8250832	181
+contig	C8251066	181
+contig	C8251068	181
+contig	C8251052	181
+contig	C8251112	181
+contig	C8251122	181
+contig	C8251162	181
+contig	C8250958	181
+contig	C8251166	181
+contig	C8248174	180
+contig	C8251188	181
+contig	C8251192	181
+contig	C8251374	181
+contig	C8250942	181
+contig	C8251264	181
+contig	C8251362	181
+contig	C8251402	181
+contig	C8251388	181
+contig	C8251404	181
+contig	C8251524	181
+contig	C8251446	181
+contig	C8251528	181
+contig	C8251520	181
+contig	C8251526	181
+contig	C8251534	181
+contig	C8251078	181
+contig	C8251418	181
+contig	C8251622	181
+contig	C8251604	181
+contig	C8251540	181
+contig	C8251598	181
+contig	C8251748	181
+contig	C8251752	181
+contig	C8251638	181
+contig	C8251782	181
+contig	C8251738	181
+contig	C8251758	181
+contig	C8251662	181
+contig	C8251824	181
+contig	C8251830	181
+contig	C8251878	181
+contig	C8251852	181
+contig	C8251902	181
+contig	C8251694	181
+contig	C8251912	181
+contig	C8251892	181
+contig	C8251804	181
+contig	C8251920	181
+contig	C8251946	181
+contig	C8251934	181
+contig	C8251996	181
+contig	C8251980	181
+contig	C8251938	181
+contig	C8252018	181
+contig	C8251998	181
+contig	C8252108	181
+contig	C8252064	181
+contig	C8252008	181
+contig	C8252142	181
+contig	C8252154	181
+contig	C8251968	181
+contig	C8252160	181
+contig	C8252162	181
+contig	C8252194	181
+contig	C8252212	181
+contig	C8252260	181
+contig	C8252276	181
+contig	C8252298	181
+contig	C8252316	181
+contig	C8252322	181
+contig	C8252396	181
+contig	C8252402	181
+contig	C8252408	181
+contig	C8252110	181
+contig	C8251952	181
+contig	C8252418	181
+contig	C8252470	181
+contig	C8252498	181
+contig	C8252480	181
+contig	C8252584	181
+contig	C8252598	181
+contig	C8252510	181
+contig	C8231708	176
+contig	C8252602	181
+contig	C8252616	181
+contig	C8252664	181
+contig	C8252646	181
+contig	C8252696	181
+contig	C8252716	181
+contig	C8252668	181
+contig	C8252692	181
+contig	C8252722	181
+contig	C8252758	181
+contig	C8252786	181
+contig	C8252800	181
+contig	C8252734	181
+contig	C8252652	181
+contig	C8252818	181
+contig	C8252802	181
+contig	C8252840	181
+contig	C8252820	181
+contig	C8252814	181
+contig	C8252872	181
+contig	C8252902	181
+contig	C8252946	181
+contig	C8252934	181
+contig	C8252962	181
+contig	C8252868	181
+contig	C8252998	181
+contig	C8253002	181
+contig	C8253004	181
+contig	C8252966	181
+contig	C8253050	181
+contig	C8253022	181
+contig	C8253034	181
+contig	C8253036	181
+contig	C8253070	181
+contig	C8253082	181
+contig	C8253096	181
+contig	C8253156	181
+contig	C8253212	181
+contig	C8253266	181
+contig	C8253132	181
+contig	C8253276	181
+contig	C8253312	181
+contig	C8253330	181
+contig	C8253214	181
+contig	C8253334	181
+contig	C8253446	181
+contig	C8253374	181
+contig	C8253286	181
+contig	C8253454	181
+contig	C8253458	181
+contig	C8253466	181
+contig	C8253496	181
+contig	C8253502	181
+contig	C8253538	181
+contig	C8253548	181
+contig	C8253560	181
+contig	C8252344	181
+contig	C8253516	181
+contig	C8253578	181
+contig	C8253584	181
+contig	C8253596	181
+contig	C8253604	181
+contig	C8253622	181
+contig	C8253558	181
+contig	C8253646	181
+contig	C8253644	181
+contig	C8253648	181
+contig	C8253654	181
+contig	C8253660	181
+contig	C8253764	181
+contig	C8253786	181
+contig	C8253762	181
+contig	C8253784	181
+contig	C8253818	181
+contig	C8253804	181
+contig	C8253884	181
+contig	C8253874	181
+contig	C8253896	181
+contig	C8253902	181
+contig	C8253752	181
+contig	C8253928	181
+contig	C8253932	181
+contig	C8253930	181
+contig	C8253968	181
+contig	C8253950	181
+contig	C8253886	181
+contig	C8253978	181
+contig	C8254006	181
+contig	C8253976	181
+contig	C8254004	181
+contig	C8254042	181
+contig	C8254054	181
+contig	C8254062	181
+contig	C8254064	181
+contig	C8254118	181
+contig	C8254130	181
+contig	C8254192	181
+contig	C8254144	181
+contig	C8254200	181
+contig	C8254244	181
+contig	C8254254	181
+contig	C8254246	181
+contig	C8254258	181
+contig	C8254340	181
+contig	C8254022	181
+contig	C8254366	181
+contig	C8243712	179
+contig	C8254388	181
+contig	C8254372	181
+contig	C8254454	181
+contig	C8254350	181
+contig	C8254456	181
+contig	C8254462	181
+contig	C8254400	181
+contig	C8254406	181
+contig	C8254500	181
+contig	C8254514	181
+contig	C8254516	181
+contig	C8254538	181
+contig	C8254430	181
+contig	C8254532	181
+contig	C8254542	181
+contig	C8254562	181
+contig	C8254626	182
+contig	C8254576	181
+contig	C8254586	181
+contig	C8254624	182
+contig	C8254632	182
+contig	C8254644	182
+contig	C8254694	182
+contig	C8254682	182
+contig	C8254718	182
+contig	C8254512	181
+contig	C8254726	182
+contig	C8254764	182
+contig	C8254790	182
+contig	C8254816	182
+contig	C8253240	181
+contig	C8254918	182
+contig	C8254946	182
+contig	C8254898	182
+contig	C8254948	182
+contig	C8254710	182
+contig	C8255028	182
+contig	C8255034	182
+contig	C8254996	182
+contig	C8255032	182
+contig	C8255042	182
+contig	C8255002	182
+contig	C8255086	182
+contig	C8255082	182
+contig	C8255070	182
+contig	C8255074	182
+contig	C8254850	182
+contig	C8255126	182
+contig	C8255150	182
+contig	C8255088	182
+contig	C8255198	182
+contig	C8255194	182
+contig	C8255096	182
+contig	C8255232	182
+contig	C8255298	182
+contig	C8255122	182
+contig	C8255390	182
+contig	C8255288	182
+contig	C8255416	182
+contig	C8255386	182
+contig	C8255426	182
+contig	C8255496	182
+contig	C8255402	182
+contig	C8255558	182
+contig	C8255498	182
+contig	C8255626	182
+contig	C8255648	182
+contig	C8255636	182
+contig	C8255696	182
+contig	C8255704	182
+contig	C8255466	182
+contig	C8255736	182
+contig	C8255764	182
+contig	C8255136	182
+contig	C8255780	182
+contig	C8255676	182
+contig	C8255692	182
+contig	C8255808	182
+contig	C8255794	182
+contig	C8255800	182
+contig	C8255846	182
+contig	C8255806	182
+contig	C8255850	182
+contig	C8255834	182
+contig	C8255726	182
+contig	C8255902	182
+contig	C8255904	182
+contig	C8255790	182
+contig	C8255958	182
+contig	C8255890	182
+contig	C8255900	182
+contig	C8256018	182
+contig	C8256064	182
+contig	C8256112	182
+contig	C8256036	182
+contig	C8255966	182
+contig	C8256122	182
+contig	C8256290	182
+contig	C8255952	182
+contig	C8256310	182
+contig	C8256212	182
+contig	C8256314	182
+contig	C8256074	182
+contig	C8256358	182
+contig	C8256156	182
+contig	C8256382	182
+contig	C8256448	182
+contig	C8256388	182
+contig	C8256394	182
+contig	C8256460	182
+contig	C8256400	182
+contig	C8256494	182
+contig	C8256468	182
+contig	C8256510	182
+contig	C8256516	182
+contig	C8256518	182
+contig	C8256330	182
+contig	C8256556	182
+contig	C8256584	182
+contig	C8256506	182
+contig	C8256588	182
+contig	C8256606	182
+contig	C8256624	182
+contig	C8256658	182
+contig	C8256552	182
+contig	C8256666	182
+contig	C8256758	182
+contig	C8256682	182
+contig	C8256774	182
+contig	C8256788	182
+contig	C8256828	182
+contig	C8256848	182
+contig	C8256838	182
+contig	C8256884	182
+contig	C8256608	182
+contig	C8256534	182
+contig	C8256818	182
+contig	C8256886	182
+contig	C8256906	182
+contig	C8256952	182
+contig	C8256944	182
+contig	C8256956	182
+contig	C8256904	182
+contig	C8256998	182
+contig	C8257016	182
+contig	C8256996	182
+contig	C8256914	182
+contig	C8257000	182
+contig	C8257022	182
+contig	C8257040	182
+contig	C8257072	182
+contig	C8257062	182
+contig	C8257112	182
+contig	C8257134	182
+contig	C8257060	182
+contig	C8257206	182
+contig	C8257142	182
+contig	C8257220	182
+contig	C8257230	182
+contig	C8257288	182
+contig	C8257382	182
+contig	C8257148	182
+contig	C8257436	182
+contig	C8257386	182
+contig	C8256678	182
+contig	C8257518	182
+contig	C8257462	182
+contig	C8257520	182
+contig	C8257544	182
+contig	C8257562	182
+contig	C8257444	182
+contig	C8257602	182
+contig	C8252132	181
+contig	C8257620	182
+contig	C8257558	182
+contig	C8257642	182
+contig	C8257714	182
+contig	C8257576	182
+contig	C8257676	182
+contig	C8257650	182
+contig	C8257732	182
+contig	C8257564	182
+contig	C8257718	182
+contig	C8257738	182
+contig	C8257734	182
+contig	C8257752	182
+contig	C8257758	182
+contig	C8257736	182
+contig	C8257788	182
+contig	C8257760	182
+contig	C8257804	182
+contig	C8257754	182
+contig	C8257840	182
+contig	C8257850	182
+contig	C8257812	182
+contig	C8257956	182
+contig	C8257910	182
+contig	C8257948	182
+contig	C8257968	182
+contig	C8257970	182
+contig	C8257844	182
+contig	C8258046	182
+contig	C8248508	180
+contig	C8258010	182
+contig	C8258050	182
+contig	C8258100	182
+contig	C8257994	182
+contig	C8258132	182
+contig	C8258258	182
+contig	C8258208	182
+contig	C8258272	182
+contig	C8258334	182
+contig	C8258356	182
+contig	C8258344	182
+contig	C8258416	182
+contig	C8258404	182
+contig	C8258438	182
+contig	C8258498	182
+contig	C8258234	182
+contig	C8258480	182
+contig	C8258602	182
+contig	C8258414	182
+contig	C8258588	182
+contig	C8258648	182
+contig	C8258520	182
+contig	C8258426	182
+contig	C8258668	182
+contig	C8258726	182
+contig	C8258710	182
+contig	C8258700	182
+contig	C8258654	182
+contig	C8258758	182
+contig	C8258808	182
+contig	C8258752	182
+contig	C8258788	182
+contig	C8258830	182
+contig	C8258836	182
+contig	C8258864	182
+contig	C8258866	182
+contig	C8258868	182
+contig	C8258764	182
+contig	C8258872	183
+contig	C8258902	183
+contig	C8258980	183
+contig	C8259056	183
+contig	C8259070	183
+contig	C8258946	183
+contig	C8259038	183
+contig	C8259120	183
+contig	C8258770	182
+contig	C8259124	183
+contig	C8259144	183
+contig	C8259084	183
+contig	C8259170	183
+contig	C8259192	183
+contig	C8258936	183
+contig	C8259162	183
+contig	C8259172	183
+contig	C8259216	183
+contig	C8258984	183
+contig	C8259232	183
+contig	C8259286	183
+contig	C8259304	183
+contig	C8259338	183
+contig	C8259364	183
+contig	C8259272	183
+contig	C8259244	183
+contig	C8259392	183
+contig	C8259424	183
+contig	C8259104	183
+contig	C8259438	183
+contig	C8259470	183
+contig	C8259404	183
+contig	C8259292	183
+contig	C8259492	183
+contig	C8259502	183
+contig	C8259548	183
+contig	C8259456	183
+contig	C8259488	183
+contig	C8259508	183
+contig	C8259590	183
+contig	C8259620	183
+contig	C8259570	183
+contig	C8259622	183
+contig	C8259632	183
+contig	C8259610	183
+contig	C8259650	183
+contig	C8259624	183
+contig	C8259608	183
+contig	C8259656	183
+contig	C8259684	183
+contig	C8259642	183
+contig	C8259674	183
+contig	C8259694	183
+contig	C8259816	183
+contig	C8259876	183
+contig	C8259720	183
+contig	C8259926	183
+contig	C8259754	183
+contig	C8259994	183
+contig	C8260004	183
+contig	C8260040	183
+contig	C8260046	183
+contig	C8260054	183
+contig	C8260048	183
+contig	C8260084	183
+contig	C8260206	183
+contig	C8259784	183
+contig	C8260222	183
+contig	C8260184	183
+contig	C8260276	183
+contig	C8260308	183
+contig	C8260238	183
+contig	C8260258	183
+contig	C8260326	183
+contig	C8260380	183
+contig	C8260330	183
+contig	C8260390	183
+contig	C8260440	183
+contig	C8260068	183
+contig	C8260508	183
+contig	C8260450	183
+contig	C8260368	183
+contig	C8260486	183
+contig	C8260532	183
+contig	C8260628	183
+contig	C8260652	183
+contig	C8260528	183
+contig	C8260572	183
+contig	C8260682	183
+contig	C8260686	183
+contig	C8260698	183
+contig	C8260660	183
+contig	C8260726	183
+contig	C8260688	183
+contig	C8260732	183
+contig	C8260696	183
+contig	C8260838	183
+contig	C8260758	183
+contig	C8260740	183
+contig	C8260770	183
+contig	C8260874	183
+contig	C8260930	183
+contig	C8260906	183
+contig	C8260932	183
+contig	C8260938	183
+contig	C8260942	183
+contig	C8260962	183
+contig	C8260976	183
+contig	C8260954	183
+contig	C8260862	183
+contig	C8261040	183
+contig	C8261082	183
+contig	C8261080	183
+contig	C8261120	183
+contig	C8261022	183
+contig	C8261140	183
+contig	C8261134	183
+contig	C8261026	183
+contig	C8261218	183
+contig	C8261180	183
+contig	C8261288	183
+contig	C8261170	183
+contig	C8261376	183
+contig	C8261408	183
+contig	C8261434	183
+contig	C8261456	183
+contig	C8261298	183
+contig	C8261544	183
+contig	C8261520	183
+contig	C8261546	183
+contig	C8261548	183
+contig	C8261556	183
+contig	C8261620	183
+contig	C8261578	183
+contig	C8261626	183
+contig	C8261628	183
+contig	C8261662	183
+contig	C8261678	183
+contig	C8261690	183
+contig	C8261702	183
+contig	C8261614	183
+contig	C8261708	183
+contig	C8261766	183
+contig	C8261776	183
+contig	C8261740	183
+contig	C8261780	183
+contig	C8261796	183
+contig	C8261820	183
+contig	C8261802	183
+contig	C8261834	183
+contig	C8261836	183
+contig	C8261848	183
+contig	C8261852	183
+contig	C8261856	183
+contig	C8261936	183
+contig	C8261938	183
+contig	C8261924	183
+contig	C8261996	183
+contig	C8259870	183
+contig	C8262016	183
+contig	C8261964	183
+contig	C8262024	183
+contig	C8261302	183
+contig	C8262042	183
+contig	C8262040	183
+contig	C8262070	183
+contig	C8262026	183
+contig	C8262072	183
+contig	C8262152	183
+contig	C8262202	183
+contig	C8262214	183
+contig	C8262220	183
+contig	C8262204	183
+contig	C8262230	183
+contig	C8262254	183
+contig	C8262206	183
+contig	C8262268	183
+contig	C8262272	183
+contig	C8262350	183
+contig	C8262358	183
+contig	C8262298	183
+contig	C8262368	183
+contig	C8261904	183
+contig	C8262370	183
+contig	C8262404	183
+contig	C8262402	183
+contig	C8262422	183
+contig	C8262436	183
+contig	C8262394	183
+contig	C8262490	183
+contig	C8262488	183
+contig	C8262452	183
+contig	C8262528	183
+contig	C8262574	183
+contig	C8262624	183
+contig	C8262648	183
+contig	C8262622	183
+contig	C8262258	183
+contig	C8262558	183
+contig	C8262658	183
+contig	C8262616	183
+contig	C8262752	183
+contig	C8262694	183
+contig	C8262784	183
+contig	C8262742	183
+contig	C8262778	183
+contig	C8262870	183
+contig	C8262814	183
+contig	C8262882	184
+contig	C8262906	184
+contig	C8262926	184
+contig	C8262846	183
+contig	C8262932	184
+contig	C8262958	184
+contig	C8262950	184
+contig	C8263044	184
+contig	C8263052	184
+contig	C8263106	184
+contig	C8263124	184
+contig	C8263098	184
+contig	C8263058	184
+contig	C8263148	184
+contig	C8263222	184
+contig	C8263146	184
+contig	C8263184	184
+contig	C8262816	183
+contig	C8263234	184
+contig	C8263232	184
+contig	C8263250	184
+contig	C8263154	184
+contig	C8263242	184
+contig	C8263302	184
+contig	C8263272	184
+contig	C8263304	184
+contig	C8263308	184
+contig	C8263300	184
+contig	C8263393	184
+contig	C8263310	184
+contig	C8263415	184
+contig	C8250856	181
+contig	C8263397	184
+contig	C8263455	184
+contig	C8263509	184
+contig	C8263447	184
+contig	C8263373	184
+contig	C8263523	184
+contig	C8263525	184
+contig	C8263537	184
+contig	C8263563	184
+contig	C8263575	184
+contig	C8263607	184
+contig	C8263316	184
+contig	C8263609	184
+contig	C8263685	184
+contig	C8263689	184
+contig	C8263681	184
+contig	C8263723	184
+contig	C8263561	184
+contig	C8263709	184
+contig	C8263749	184
+contig	C8263841	184
+contig	C8263879	184
+contig	C8263877	184
+contig	C8263845	184
+contig	C8263855	184
+contig	C8263935	184
+contig	C8263907	184
+contig	C8263955	184
+contig	C8263937	184
+contig	C8263961	184
+contig	C8263983	184
+contig	C8264025	184
+contig	C8263963	184
+contig	C8263735	184
+contig	C8264071	184
+contig	C8264147	184
+contig	C8264361	184
+contig	C8264357	184
+contig	C8264165	184
+contig	C8264367	184
+contig	C8264363	184
+contig	C8263959	184
+contig	C8264453	184
+contig	C8264435	184
+contig	C8264373	184
+contig	C8264323	184
+contig	C8264443	184
+contig	C8264541	184
+contig	C8259398	183
+contig	C8264567	184
+contig	C8264565	184
+contig	C8264631	184
+contig	C8264649	184
+contig	C8264687	184
+contig	C8264695	184
+contig	C8264713	184
+contig	C8264715	184
+contig	C8264615	184
+contig	C8264775	184
+contig	C8264617	184
+contig	C8264537	184
+contig	C8264809	184
+contig	C8264741	184
+contig	C8264777	184
+contig	C8264837	184
+contig	C8264873	184
+contig	C8264867	184
+contig	C8264939	184
+contig	C8264945	184
+contig	C8264897	184
+contig	C8264955	184
+contig	C8264963	184
+contig	C8264865	184
+contig	C8265001	184
+contig	C8264957	184
+contig	C8265049	184
+contig	C8264969	184
+contig	C8264841	184
+contig	C8265061	184
+contig	C8265013	184
+contig	C8265087	184
+contig	C8265103	184
+contig	C8265231	184
+contig	C8265207	184
+contig	C8265227	184
+contig	C8265093	184
+contig	C8265239	184
+contig	C8265247	184
+contig	C8265243	184
+contig	C8265279	184
+contig	C8265391	184
+contig	C8265377	184
+contig	C8265447	184
+contig	C8265415	184
+contig	C8265393	184
+contig	C8264471	184
+contig	C8265463	184
+contig	C8265451	184
+contig	C8265455	184
+contig	C8265347	184
+contig	C8265633	184
+contig	C8265529	184
+contig	C8265643	184
+contig	C8265501	184
+contig	C8265519	184
+contig	C8265693	184
+contig	C8265681	184
+contig	C8265561	184
+contig	C8257132	182
+contig	C8265677	184
+contig	C8265749	184
+contig	C8265805	184
+contig	C8265289	184
+contig	C8265783	184
+contig	C8265809	184
+contig	C8265695	184
+contig	C8265673	184
+contig	C8265815	184
+contig	C8265903	184
+contig	C8265847	184
+contig	C8265837	184
+contig	C8265835	184
+contig	C8266027	184
+contig	C8265923	184
+contig	C8266029	184
+contig	C8266077	184
+contig	C8265937	184
+contig	C8266051	184
+contig	C8266227	184
+contig	C8265939	184
+contig	C8265745	184
+contig	C8266243	184
+contig	C8266323	184
+contig	C8266339	184
+contig	C8266085	184
+contig	C8266263	184
+contig	C8266131	184
+contig	C8266251	184
+contig	C8266401	184
+contig	C8266349	184
+contig	C8266353	184
+contig	C8266479	184
+contig	C8266369	184
+contig	C8266461	184
+contig	C8266511	184
+contig	C8266561	184
+contig	C8266573	184
+contig	C8266645	184
+contig	C8266681	184
+contig	C8266679	184
+contig	C8266507	184
+contig	C8266165	184
+contig	C8266619	184
+contig	C8266721	184
+contig	C8266525	184
+contig	C8266793	184
+contig	C8266765	184
+contig	C8266703	184
+contig	C8266813	184
+contig	C8266663	184
+contig	C8266857	184
+contig	C8266839	184
+contig	C8266861	184
+contig	C8266881	184
+contig	C8266939	184
+contig	C8266913	184
+contig	C8266959	184
+contig	C8266973	184
+contig	C8266975	184
+contig	C8267017	185
+contig	C8266767	184
+contig	C8267065	185
+contig	C8267127	185
+contig	C8267129	185
+contig	C8267151	185
+contig	C8267053	185
+contig	C8267175	185
+contig	C8266723	184
+contig	C8267291	185
+contig	C8267159	185
+contig	C8267305	185
+contig	C8267311	185
+contig	C8267307	185
+contig	C8267177	185
+contig	C8267205	185
+contig	C8267325	185
+contig	C8267323	185
+contig	C8267385	185
+contig	C8267369	185
+contig	C8266971	184
+contig	C8267483	185
+contig	C8267407	185
+contig	C8267511	185
+contig	C8267553	185
+contig	C8267353	185
+contig	C8266841	184
+contig	C8267587	185
+contig	C8267399	185
+contig	C8267591	185
+contig	C8267589	185
+contig	C8267659	185
+contig	C8267361	185
+contig	C8267725	185
+contig	C8267781	185
+contig	C8267787	185
+contig	C8267755	185
+contig	C8267833	185
+contig	C8267791	185
+contig	C8267743	185
+contig	C8267849	185
+contig	C8267855	185
+contig	C8267841	185
+contig	C8267853	185
+contig	C8267857	185
+contig	C8267861	185
+contig	C8267869	185
+contig	C8267911	185
+contig	C8267863	185
+contig	C8267971	185
+contig	C8267859	185
+contig	C8267977	185
+contig	C8267953	185
+contig	C8267959	185
+contig	C8268125	185
+contig	C8268035	185
+contig	C8263338	184
+contig	C8268143	185
+contig	C8268231	185
+contig	C8268155	185
+contig	C8268283	185
+contig	C8257090	182
+contig	C8268369	185
+contig	C8268195	185
+contig	C8268419	185
+contig	C8268427	185
+contig	C8268373	185
+contig	C8268191	185
+contig	C8268287	185
+contig	C8268335	185
+contig	C8268269	185
+contig	C8268533	185
+contig	C8268437	185
+contig	C8268671	185
+contig	C8268453	185
+contig	C8268441	185
+contig	C8268529	185
+contig	C8268689	185
+contig	C8268713	185
+contig	C8268691	185
+contig	C8268341	185
+contig	C8268565	185
+contig	C8268735	185
+contig	C8268619	185
+contig	C8268547	185
+contig	C8268751	185
+contig	C8268839	185
+contig	C8268801	185
+contig	C8268919	185
+contig	C8268769	185
+contig	C8268889	185
+contig	C8268957	185
+contig	C8268915	185
+contig	C8268887	185
+contig	C8268947	185
+contig	C8268875	185
+contig	C8269043	185
+contig	C8269067	185
+contig	C8268959	185
+contig	C8269069	185
+contig	C8268853	185
+contig	C8269077	185
+contig	C8269011	185
+contig	C8269109	185
+contig	C8269171	185
+contig	C8269071	185
+contig	C8269089	185
+contig	C8269173	185
+contig	C8269057	185
+contig	C8269113	185
+contig	C8269163	185
+contig	C8269185	185
+contig	C8269191	185
+contig	C8269179	185
+contig	C8269189	185
+contig	C8269245	185
+contig	C8269175	185
+contig	C8269251	185
+contig	C8269253	185
+contig	C8269339	185
+contig	C8269299	185
+contig	C8269317	185
+contig	C8269187	185
+contig	C8268879	185
+contig	C8269397	185
+contig	C8269321	185
+contig	C8269435	185
+contig	C8269457	185
+contig	C8269451	185
+contig	C8269465	185
+contig	C8269419	185
+contig	C8269537	185
+contig	C8269517	185
+contig	C8269561	185
+contig	C8269591	185
+contig	C8269541	185
+contig	C8269563	185
+contig	C8269581	185
+contig	C8269659	185
+contig	C8269671	185
+contig	C8269683	185
+contig	C8269467	185
+contig	C8269687	185
+contig	C8269463	185
+contig	C8269803	185
+contig	C8269663	185
+contig	C8269703	185
+contig	C8267559	185
+contig	C8269863	185
+contig	C8269865	185
+contig	C8269917	185
+contig	C8269773	185
+contig	C8269877	185
+contig	C8269947	185
+contig	C8269297	185
+contig	C8270023	185
+contig	C8269903	185
+contig	C8269967	185
+contig	C8269933	185
+contig	C8270049	185
+contig	C8270117	185
+contig	C8270125	185
+contig	C8269737	185
+contig	C8269389	185
+contig	C8270169	185
+contig	C8270139	185
+contig	C8270197	185
+contig	C8270213	185
+contig	C8270215	185
+contig	C8270187	185
+contig	C8270133	185
+contig	C8270331	185
+contig	C8270267	185
+contig	C8270387	185
+contig	C8270399	185
+contig	C8270397	185
+contig	C8270407	185
+contig	C8270393	185
+contig	C8270453	185
+contig	C8270357	185
+contig	C8270525	185
+contig	C8270481	185
+contig	C8270289	185
+contig	C8270591	185
+contig	C8270539	185
+contig	C8270535	185
+contig	C8270195	185
+contig	C8270105	185
+contig	C8269817	185
+contig	C8270599	185
+contig	C8270621	185
+contig	C8270603	185
+contig	C8270709	185
+contig	C8270675	185
+contig	C8270677	185
+contig	C8269957	185
+contig	C8270633	185
+contig	C8270859	185
+contig	C8270861	185
+contig	C8270573	185
+contig	C8270851	185
+contig	C8270737	185
+contig	C8270869	185
+contig	C8270735	185
+contig	C8270661	185
+contig	C8270825	185
+contig	C8270907	185
+contig	C8270595	185
+contig	C8270939	185
+contig	C8270965	186
+contig	C8270947	185
+contig	C8270937	185
+contig	C8270967	186
+contig	C8271039	186
+contig	C8270971	186
+contig	C8271111	186
+contig	C8270921	185
+contig	C8271095	186
+contig	C8271133	186
+contig	C8271249	186
+contig	C8271097	186
+contig	C8271189	186
+contig	C8271409	186
+contig	C8271509	186
+contig	C8271449	186
+contig	C8271521	186
+contig	C8271247	186
+contig	C8271513	186
+contig	C8271295	186
+contig	C8271617	186
+contig	C8271529	186
+contig	C8271581	186
+contig	C8271701	186
+contig	C8271459	186
+contig	C8271689	186
+contig	C8271511	186
+contig	C8271697	186
+contig	C8271583	186
+contig	C8271759	186
+contig	C8271967	186
+contig	C8271991	186
+contig	C8271949	186
+contig	C8272003	186
+contig	C8271973	186
+contig	C8271733	186
+contig	C8271869	186
+contig	C8272027	186
+contig	C8272045	186
+contig	C8272061	186
+contig	C8271803	186
+contig	C8272167	186
+contig	C8272259	186
+contig	C8272091	186
+contig	C8272271	186
+contig	C8272301	186
+contig	C8272143	186
+contig	C8272263	186
+contig	C8272093	186
+contig	C8272141	186
+contig	C8272145	186
+contig	C8272367	186
+contig	C8272385	186
+contig	C8272469	186
+contig	C8272451	186
+contig	C8272399	186
+contig	C8272407	186
+contig	C8272507	186
+contig	C8272515	186
+contig	C8272533	186
+contig	C8272605	186
+contig	C8272489	186
+contig	C8272505	186
+contig	C8272667	186
+contig	C8272641	186
+contig	C8272529	186
+contig	C8272695	186
+contig	C8272503	186
+contig	C8272607	186
+contig	C8272767	186
+contig	C8272831	186
+contig	C8272751	186
+contig	C8272435	186
+contig	C8272819	186
+contig	C8272769	186
+contig	C8272839	186
+contig	C8272951	186
+contig	C8273039	186
+contig	C8273135	186
+contig	C8273057	186
+contig	C8273081	186
+contig	C8273055	186
+contig	C8273099	186
+contig	C8273187	186
+contig	C8272679	186
+contig	C8273273	186
+contig	C8273267	186
+contig	C8273253	186
+contig	C8273193	186
+contig	C8273303	186
+contig	C8273283	186
+contig	C8273163	186
+contig	C8273333	186
+contig	C8273421	186
+contig	C8273305	186
+contig	C8272973	186
+contig	C8249550	180
+contig	C8273483	186
+contig	C8273345	186
+contig	C8273371	186
+contig	C8273291	186
+contig	C8273233	186
+contig	C8273651	186
+contig	C8273407	186
+contig	C8273589	186
+contig	C8273509	186
+contig	C8273671	186
+contig	C8273511	186
+contig	C8273713	186
+contig	C8273623	186
+contig	C8273705	186
+contig	C8273709	186
+contig	C8273813	186
+contig	C8273819	186
+contig	C8273725	186
+contig	C8273729	186
+contig	C8273883	186
+contig	C8273801	186
+contig	C8273931	186
+contig	C8273933	186
+contig	C8273929	186
+contig	C8273963	186
+contig	C8273961	186
+contig	C8273463	186
+contig	C8274045	186
+contig	C8274145	186
+contig	C8274113	186
+contig	C8274163	186
+contig	C8274165	186
+contig	C8274219	186
+contig	C8274251	186
+contig	C8274207	186
+contig	C8274319	186
+contig	C8274387	186
+contig	C8273823	186
+contig	C8274479	186
+contig	C8274499	186
+contig	C8274259	186
+contig	C8274503	186
+contig	C8274269	186
+contig	C8274537	186
+contig	C8274469	186
+contig	C8274559	186
+contig	C8274607	186
+contig	C8274211	186
+contig	C8274433	186
+contig	C8274645	186
+contig	C8274613	186
+contig	C8274557	186
+contig	C8274723	186
+contig	C8273667	186
+contig	C8274679	186
+contig	C8274643	186
+contig	C8274803	186
+contig	C8274729	186
+contig	C8274749	186
+contig	C8274805	186
+contig	C8274837	186
+contig	C8274655	186
+contig	C8274825	186
+contig	C8274759	186
+contig	C8274841	186
+contig	C8274893	186
+contig	C8274911	186
+contig	C8274521	186
+contig	C8274839	186
+contig	C8274883	186
+contig	C8274909	186
+contig	C8275013	186
+contig	C8274933	186
+contig	C8275035	187
+contig	C8275093	187
+contig	C8275089	187
+contig	C8275113	187
+contig	C8275083	187
+contig	C8275253	187
+contig	C8274937	186
+contig	C8275241	187
+contig	C8275219	187
+contig	C8275339	187
+contig	C8275443	187
+contig	C8275203	187
+contig	C8275041	187
+contig	C8275345	187
+contig	C8275445	187
+contig	C8275255	187
+contig	C8275481	187
+contig	C8275357	187
+contig	C8275505	187
+contig	C8275371	187
+contig	C8275529	187
+contig	C8275513	187
+contig	C8275605	187
+contig	C8275685	187
+contig	C8275697	187
+contig	C8275595	187
+contig	C8275583	187
+contig	C8275699	187
+contig	C8275769	187
+contig	C8275711	187
+contig	C8275897	187
+contig	C8275847	187
+contig	C8273485	186
+contig	C8275703	187
+contig	C8276045	187
+contig	C8275307	187
+contig	C8275871	187
+contig	C8276013	187
+contig	C8276019	187
+contig	C8276143	187
+contig	C8276021	187
+contig	C8276147	187
+contig	C8276145	187
+contig	C8276207	187
+contig	C8276077	187
+contig	C8276215	187
+contig	C8276105	187
+contig	C8275665	187
+contig	C8276165	187
+contig	C8276247	187
+contig	C8276255	187
+contig	C8276265	187
+contig	C8276305	187
+contig	C8276287	187
+contig	C8275995	187
+contig	C8276293	187
+contig	C8276375	187
+contig	C8276385	187
+contig	C8276447	187
+contig	C8276291	187
+contig	C8276587	187
+contig	C8276531	187
+contig	C8276519	187
+contig	C8276557	187
+contig	C8276679	187
+contig	C8276667	187
+contig	C8276751	187
+contig	C8276689	187
+contig	C8276443	187
+contig	C8276115	187
+contig	C8276771	187
+contig	C8276699	187
+contig	C8276773	187
+contig	C8276785	187
+contig	C8276767	187
+contig	C8276805	187
+contig	C8276803	187
+contig	C8276847	187
+contig	C8276827	187
+contig	C8276923	187
+contig	C8276883	187
+contig	C8276769	187
+contig	C8276837	187
+contig	C8276957	187
+contig	C8276747	187
+contig	C8276617	187
+contig	C8277017	187
+contig	C8276049	187
+contig	C8277097	187
+contig	C8277105	187
+contig	C8277073	187
+contig	C8277119	187
+contig	C8276963	187
+contig	C8277145	187
+contig	C8277171	187
+contig	C8277175	187
+contig	C8277045	187
+contig	C8277189	187
+contig	C8277279	187
+contig	C8277193	187
+contig	C8277191	187
+contig	C8277091	187
+contig	C8277267	187
+contig	C8277239	187
+contig	C8277355	187
+contig	C8277297	187
+contig	C8277387	187
+contig	C8277345	187
+contig	C8270997	186
+contig	C8277359	187
+contig	C8277371	187
+contig	C8277361	187
+contig	C8277471	187
+contig	C8277443	187
+contig	C8277499	187
+contig	C8277503	187
+contig	C8277397	187
+contig	C8277527	187
+contig	C8277559	187
+contig	C8277535	187
+contig	C8277579	187
+contig	C8277529	187
+contig	C8277477	187
+contig	C8277573	187
+contig	C8277751	187
+contig	C8277429	187
+contig	C8277287	187
+contig	C8277713	187
+contig	C8277777	187
+contig	C8277797	187
+contig	C8277853	187
+contig	C8277811	187
+contig	C8277649	187
+contig	C8277875	187
+contig	C8277561	187
+contig	C8277753	187
+contig	C8277893	187
+contig	C8277915	187
+contig	C8277643	187
+contig	C8277935	187
+contig	C8277953	187
+contig	C8277921	187
+contig	C8278079	187
+contig	C8278105	187
+contig	C8278157	187
+contig	C8278257	187
+contig	C8278185	187
+contig	C8278003	187
+contig	C8278151	187
+contig	C8278163	187
+contig	C8278211	187
+contig	C8278307	187
+contig	C8278423	187
+contig	C8276833	187
+contig	C8278373	187
+contig	C8278401	187
+contig	C8278337	187
+contig	C8278559	187
+contig	C8277985	187
+contig	C8278503	187
+contig	C8278501	187
+contig	C8278469	187
+contig	C8278517	187
+contig	C8278065	187
+contig	C8278579	187
+contig	C8278683	187
+contig	C8278607	187
+contig	C8278605	187
+contig	C8278615	187
+contig	C8278731	187
+contig	C8278809	187
+contig	C8278707	187
+contig	C8278807	187
+contig	C8278763	187
+contig	C8278817	187
+contig	C8278479	187
+contig	C8278609	187
+contig	C8279063	188
+contig	C8278849	187
+contig	C8278997	187
+contig	C8278925	187
+contig	C8279075	188
+contig	C8279097	188
+contig	C8278751	187
+contig	C8279083	188
+contig	C8279017	187
+contig	C8279219	188
+contig	C8279131	188
+contig	C8279187	188
+contig	C8279307	188
+contig	C8279243	188
+contig	C8279313	188
+contig	C8279295	188
+contig	C8279171	188
+contig	C8279329	188
+contig	C8279409	188
+contig	C8279435	188
+contig	C8279449	188
+contig	C8279389	188
+contig	C8279433	188
+contig	C8279363	188
+contig	C8279383	188
+contig	C8279499	188
+contig	C8279489	188
+contig	C8279545	188
+contig	C8279475	188
+contig	C8279445	188
+contig	C8279535	188
+contig	C8279589	188
+contig	C8279451	188
+contig	C8279593	188
+contig	C8279591	188
+contig	C8279619	188
+contig	C8279671	188
+contig	C8279677	188
+contig	C8279797	188
+contig	C8279673	188
+contig	C8279771	188
+contig	C8279841	188
+contig	C8279801	188
+contig	C8279891	188
+contig	C8279777	188
+contig	C8279807	188
+contig	C8279909	188
+contig	C8279753	188
+contig	C8279947	188
+contig	C8279933	188
+contig	C8279929	188
+contig	C8278745	187
+contig	C8279951	188
+contig	C8279935	188
+contig	C8280067	188
+contig	C8279915	188
+contig	C8280075	188
+contig	C8280107	188
+contig	C8280169	188
+contig	C8280203	188
+contig	C8279963	188
+contig	C8280215	188
+contig	C8280257	188
+contig	C8280307	188
+contig	C8280273	188
+contig	C8279973	188
+contig	C8280239	188
+contig	C8280303	188
+contig	C8280299	188
+contig	C8280377	188
+contig	C8280327	188
+contig	C8280423	188
+contig	C8280379	188
+contig	C8280331	188
+contig	C8280449	188
+contig	C8280441	188
+contig	C8280457	188
+contig	C8280483	188
+contig	C8280453	188
+contig	C8280411	188
+contig	C8280505	188
+contig	C8280549	188
+contig	C8280361	188
+contig	C8280485	188
+contig	C8280529	188
+contig	C8280679	188
+contig	C8280565	188
+contig	C8280683	188
+contig	C8280681	188
+contig	C8280583	188
+contig	C8280553	188
+contig	C8280705	188
+contig	C8280719	188
+contig	C8280631	188
+contig	C8280701	188
+contig	C8280527	188
+contig	C8280817	188
+contig	C8280749	188
+contig	C8280927	188
+contig	C8280931	188
+contig	C8280933	188
+contig	C8280861	188
+contig	C8280967	188
+contig	C8280789	188
+contig	C8281001	188
+contig	C8280997	188
+contig	C8281015	188
+contig	C8280965	188
+contig	C8280949	188
+contig	C8281119	188
+contig	C8281081	188
+contig	C8281105	188
+contig	C8281101	188
+contig	C8280879	188
+contig	C8281029	188
+contig	C8281159	188
+contig	C8281155	188
+contig	C8281165	188
+contig	C8280941	188
+contig	C8281231	188
+contig	C8281267	188
+contig	C8281209	188
+contig	C8281289	188
+contig	C8281287	188
+contig	C8281351	188
+contig	C8281307	188
+contig	C8281405	188
+contig	C8281403	188
+contig	C8281249	188
+contig	C8281333	188
+contig	C8281511	188
+contig	C8281439	188
+contig	C8281487	188
+contig	C8281381	188
+contig	C8281525	188
+contig	C8276669	187
+contig	C8281591	188
+contig	C8281677	188
+contig	C8281661	188
+contig	C8281663	188
+contig	C8281745	188
+contig	C8281761	188
+contig	C8281391	188
+contig	C8281859	188
+contig	C8281819	188
+contig	C8281627	188
+contig	C8281855	188
+contig	C8281861	188
+contig	C8281771	188
+contig	C8281863	188
+contig	C8281897	188
+contig	C8281939	188
+contig	C8281919	188
+contig	C8281865	188
+contig	C8281903	188
+contig	C8281955	188
+contig	C8281983	188
+contig	C8281767	188
+contig	C8282067	188
+contig	C8282053	188
+contig	C8282041	188
+contig	C8281999	188
+contig	C8281685	188
+contig	C8281889	188
+contig	C8282093	188
+contig	C8282077	188
+contig	C8282185	188
+contig	C8282187	188
+contig	C8282179	188
+contig	C8282225	188
+contig	C8282279	188
+contig	C8282283	188
+contig	C8282231	188
+contig	C8282097	188
+contig	C8282341	188
+contig	C8282247	188
+contig	C8282307	188
+contig	C8282379	188
+contig	C8282417	188
+contig	C8282355	188
+contig	C8281941	188
+contig	C8282457	188
+contig	C8282383	188
+contig	C8282467	188
+contig	C8282581	188
+contig	C8282293	188
+contig	C8282593	188
+contig	C8282531	188
+contig	C8282665	188
+contig	C8282715	188
+contig	C8282523	188
+contig	C8282667	188
+contig	C8282735	188
+contig	C8282745	188
+contig	C8282811	188
+contig	C8282647	188
+contig	C8282787	188
+contig	C8282777	188
+contig	C8282867	188
+contig	C8282683	188
+contig	C8282853	188
+contig	C8282309	188
+contig	C8282893	188
+contig	C8282895	188
+contig	C8282925	188
+contig	C8282993	189
+contig	C8282965	189
+contig	C8282911	188
+contig	C8283005	189
+contig	C8282869	188
+contig	C8282995	189
+contig	C8283049	189
+contig	C8283075	189
+contig	C8283097	189
+contig	C8283119	189
+contig	C8283025	189
+contig	C8283001	189
+contig	C8283169	189
+contig	C8283157	189
+contig	C8283033	189
+contig	C8283283	189
+contig	C8283295	189
+contig	C8283313	189
+contig	C8282719	188
+contig	C8283131	189
+contig	C8283399	189
+contig	C8283323	189
+contig	C8283183	189
+contig	C8283527	189
+contig	C8283341	189
+contig	C8283483	189
+contig	C8283199	189
+contig	C8283411	189
+contig	C8283639	189
+contig	C8283653	189
+contig	C8283481	189
+contig	C8283529	189
+contig	C8283619	189
+contig	C8283725	189
+contig	C8283723	189
+contig	C8283747	189
+contig	C8283463	189
+contig	C8283681	189
+contig	C8283807	189
+contig	C8283841	189
+contig	C8283883	189
+contig	C8283943	189
+contig	C8283935	189
+contig	C8283897	189
+contig	C8283683	189
+contig	C8284009	189
+contig	C8284033	189
+contig	C8284065	189
+contig	C8284205	189
+contig	C8284279	189
+contig	C8284225	189
+contig	C8284309	189
+contig	C8284299	189
+contig	C8284313	189
+contig	C8283669	189
+contig	C8284213	189
+contig	C8284367	189
+contig	C8284397	189
+contig	C8284111	189
+contig	C8284405	189
+contig	C8284425	189
+contig	C8284443	189
+contig	C8284477	189
+contig	C8284493	189
+contig	C8284519	189
+contig	C8284449	189
+contig	C8284537	189
+contig	C8284481	189
+contig	C8284573	189
+contig	C8284545	189
+contig	C8284613	189
+contig	C8284375	189
+contig	C8284625	189
+contig	C8284771	189
+contig	C8284817	189
+contig	C8284813	189
+contig	C8284641	189
+contig	C8284075	189
+contig	C8284863	189
+contig	C8284865	189
+contig	C8284835	189
+contig	C8284833	189
+contig	C8284889	189
+contig	C8284921	189
+contig	C8284883	189
+contig	C8284985	189
+contig	C8285013	189
+contig	C8285083	189
+contig	C8285023	189
+contig	C8285059	189
+contig	C8284933	189
+contig	C8285103	189
+contig	C8285149	189
+contig	C8285139	189
+contig	C8285279	189
+contig	C8285299	189
+contig	C8285301	189
+contig	C8285303	189
+contig	C8278417	187
+contig	C8285293	189
+contig	C8285313	189
+contig	C8284567	189
+contig	C8285323	189
+contig	C8285317	189
+contig	C8285337	189
+contig	C8285329	189
+contig	C8285345	189
+contig	C8285341	189
+contig	C8283961	189
+contig	C8285181	189
+contig	C8285389	189
+contig	C8285371	189
+contig	C8285379	189
+contig	C8285431	189
+contig	C8285427	189
+contig	C8285491	189
+contig	C8285497	189
+contig	C8285429	189
+contig	C8285481	189
+contig	C8285499	189
+contig	C8285309	189
+contig	C8285605	189
+contig	C8285509	189
+contig	C8285615	189
+contig	C8285585	189
+contig	C8285563	189
+contig	C8285687	189
+contig	C8285525	189
+contig	C8285649	189
+contig	C8285633	189
+contig	C8285671	189
+contig	C8285783	189
+contig	C8285651	189
+contig	C8285797	189
+contig	C8285763	189
+contig	C8285887	189
+contig	C8285835	189
+contig	C8286027	189
+contig	C8285847	189
+contig	C8285805	189
+contig	C8286045	189
+contig	C8286033	189
+contig	C8285695	189
+contig	C8286093	189
+contig	C8286127	189
+contig	C8286185	189
+contig	C8286049	189
+contig	C8286233	189
+contig	C8286209	189
+contig	C8286267	189
+contig	C8286239	189
+contig	C8286289	189
+contig	C8286293	189
+contig	C8286413	189
+contig	C8286287	189
+contig	C8286365	189
+contig	C8286473	189
+contig	C8286517	189
+contig	C8286107	189
+contig	C8286483	189
+contig	C8286519	189
+contig	C8286441	189
+contig	C8286533	190
+contig	C8286559	190
+contig	C8286529	190
+contig	C8286583	190
+contig	C8286673	190
+contig	C8286723	190
+contig	C8286545	190
+contig	C8286767	190
+contig	C8286651	190
+contig	C8286783	190
+contig	C8286771	190
+contig	C8286859	190
+contig	C8286787	190
+contig	C8286589	190
+contig	C8286869	190
+contig	C8286901	190
+contig	C8286919	190
+contig	C8285085	189
+contig	C8286895	190
+contig	C8286947	190
+contig	C8287097	190
+contig	C8287109	190
+contig	C8286979	190
+contig	C8287171	190
+contig	C8287175	190
+contig	C8287193	190
+contig	C8287033	190
+contig	C8287195	190
+contig	C8287111	190
+contig	C8287229	190
+contig	C8287247	190
+contig	C8287393	190
+contig	C8287275	190
+contig	C8287311	190
+contig	C8287413	190
+contig	C8287415	190
+contig	C8287423	190
+contig	C8287233	190
+contig	C8287449	190
+contig	C8287381	190
+contig	C8287395	190
+contig	C8287421	190
+contig	C8287495	190
+contig	C8279857	188
+contig	C8287475	190
+contig	C8287529	190
+contig	C8287545	190
+contig	C8287563	190
+contig	C8287609	190
+contig	C8287615	190
+contig	C8287561	190
+contig	C8287587	190
+contig	C8287673	190
+contig	C8287703	190
+contig	C8287715	190
+contig	C8287743	190
+contig	C8287663	190
+contig	C8287737	190
+contig	C8287889	190
+contig	C8287891	190
+contig	C8287789	190
+contig	C8287919	190
+contig	C8287893	190
+contig	C8287923	190
+contig	C8287961	190
+contig	C8287937	190
+contig	C8287955	190
+contig	C8287991	190
+contig	C8288009	190
+contig	C8287969	190
+contig	C8288047	190
+contig	C8288037	190
+contig	C8288109	190
+contig	C8288111	190
+contig	C8288123	190
+contig	C8287829	190
+contig	C8287967	190
+contig	C8288189	190
+contig	C8288187	190
+contig	C8288215	190
+contig	C8288255	190
+contig	C8288061	190
+contig	C8288291	190
+contig	C8288233	190
+contig	C8288349	190
+contig	C8288395	190
+contig	C8288207	190
+contig	C8288293	190
+contig	C8288467	190
+contig	C8288465	190
+contig	C8288469	190
+contig	C8288511	190
+contig	C8288515	190
+contig	C8288553	190
+contig	C8288577	190
+contig	C8288557	190
+contig	C8288551	190
+contig	C8288601	190
+contig	C8288657	190
+contig	C8288645	190
+contig	C8288713	190
+contig	C8288787	190
+contig	C8288669	190
+contig	C8288811	190
+contig	C8288897	190
+contig	C8288925	190
+contig	C8286167	189
+contig	C8288677	190
+contig	C8288779	190
+contig	C8288969	190
+contig	C8288093	190
+contig	C8288953	190
+contig	C8289021	190
+contig	C8288989	190
+contig	C8289047	190
+contig	C8289055	190
+contig	C8289011	190
+contig	C8289095	190
+contig	C8289097	190
+contig	C8289107	190
+contig	C8289063	190
+contig	C8289073	190
+contig	C8289081	190
+contig	C8289145	190
+contig	C8289177	190
+contig	C8289127	190
+contig	C8289297	190
+contig	C8289249	190
+contig	C8289307	190
+contig	C8289279	190
+contig	C8289321	190
+contig	C8289351	190
+contig	C8289319	190
+contig	C8289187	190
+contig	C8289389	190
+contig	C8289397	190
+contig	C8289407	190
+contig	C8289487	190
+contig	C8289531	190
+contig	C8289565	190
+contig	C8289411	190
+contig	C8289437	190
+contig	C8289649	190
+contig	C8289405	190
+contig	C8289677	190
+contig	C8289663	190
+contig	C8289701	190
+contig	C8289689	190
+contig	C8289683	190
+contig	C8289705	190
+contig	C8289667	190
+contig	C8289787	190
+contig	C8289755	190
+contig	C8289803	190
+contig	C8289945	190
+contig	C8290003	190
+contig	C8289949	190
+contig	C8290197	190
+contig	C8290095	190
+contig	C8290203	190
+contig	C8290221	190
+contig	C8289889	190
+contig	C8290267	190
+contig	C8290311	190
+contig	C8290051	190
+contig	C8290285	190
+contig	C8290327	190
+contig	C8289921	190
+contig	C8290269	190
+contig	C8290365	191
+contig	C8290427	191
+contig	C8290297	190
+contig	C8290431	191
+contig	C8290459	191
+contig	C8290551	191
+contig	C8290597	191
+contig	C8290567	191
+contig	C8290513	191
+contig	C8290479	191
+contig	C8290527	191
+contig	C8290565	191
+contig	C8290715	191
+contig	C8290701	191
+contig	C8290749	191
+contig	C8290667	191
+contig	C8290629	191
+contig	C8290799	191
+contig	C8290865	191
+contig	C8290751	191
+contig	C8290871	191
+contig	C8290883	191
+contig	C8290861	191
+contig	C8290899	191
+contig	C8290885	191
+contig	C8290873	191
+contig	C8290603	191
+contig	C8290923	191
+contig	C8290943	191
+contig	C8290817	191
+contig	C8291011	191
+contig	C8290947	191
+contig	C8290957	191
+contig	C8290963	191
+contig	C8291041	191
+contig	C8291019	191
+contig	C8291055	191
+contig	C8291083	191
+contig	C8291063	191
+contig	C8291139	191
+contig	C8291163	191
+contig	C8291049	191
+contig	C8291205	191
+contig	C8291197	191
+contig	C8291229	191
+contig	C8291387	191
+contig	C8291193	191
+contig	C8291413	191
+contig	C8291505	191
+contig	C8291447	191
+contig	C8291199	191
+contig	C8291425	191
+contig	C8291563	191
+contig	C8291433	191
+contig	C8291545	191
+contig	C8291585	191
+contig	C8291507	191
+contig	C8291765	191
+contig	C8291461	191
+contig	C8291885	191
+contig	C8291901	191
+contig	C8291917	191
+contig	C8291955	191
+contig	C8291973	191
+contig	C8292043	191
+contig	C8291991	191
+contig	C8291625	191
+contig	C8292125	191
+contig	C8292201	191
+contig	C8292143	191
+contig	C8292183	191
+contig	C8291987	191
+contig	C8292377	191
+contig	C8292257	191
+contig	C8292387	191
+contig	C8292237	191
+contig	C8292401	191
+contig	C8292541	191
+contig	C8292567	191
+contig	C8292435	191
+contig	C8292585	191
+contig	C8281785	188
+contig	C8292617	191
+contig	C8292633	191
+contig	C8292643	191
+contig	C8292689	191
+contig	C8292693	191
+contig	C8292557	191
+contig	C8292607	191
+contig	C8292709	191
+contig	C8292241	191
+contig	C8292547	191
+contig	C8292699	191
+contig	C8292745	191
+contig	C8292581	191
+contig	C8292791	191
+contig	C8292895	191
+contig	C8292775	191
+contig	C8292757	191
+contig	C8292991	191
+contig	C8292811	191
+contig	C8292787	191
+contig	C8293007	191
+contig	C8293081	191
+contig	C8293061	191
+contig	C8293059	191
+contig	C8285915	189
+contig	C8293225	191
+contig	C8293019	191
+contig	C8293193	191
+contig	C8293261	191
+contig	C8293285	191
+contig	C8293283	191
+contig	C8293351	191
+contig	C8293353	191
+contig	C8293297	191
+contig	C8293381	191
+contig	C8293385	191
+contig	C8293515	191
+contig	C8293431	191
+contig	C8293525	191
+contig	C8293629	191
+contig	C8293449	191
+contig	C8293637	191
+contig	C8293647	191
+contig	C8292875	191
+contig	C8293651	191
+contig	C8293553	191
+contig	C8293657	191
+contig	C8293709	191
+contig	C8293645	191
+contig	C8293483	191
+contig	C8293711	191
+contig	C8293743	191
+contig	C8293719	191
+contig	C8293797	191
+contig	C8293863	191
+contig	C8293837	191
+contig	C8293955	192
+contig	C8294001	192
+contig	C8293969	192
+contig	C8294007	192
+contig	C8293869	191
+contig	C8294089	192
+contig	C8294045	192
+contig	C8293739	191
+contig	C8294095	192
+contig	C8293715	191
+contig	C8294211	192
+contig	C8294061	192
+contig	C8294217	192
+contig	C8294181	192
+contig	C8294227	192
+contig	C8294377	192
+contig	C8294221	192
+contig	C8294117	192
+contig	C8294249	192
+contig	C8294175	192
+contig	C8294531	192
+contig	C8294539	192
+contig	C8294441	192
+contig	C8294535	192
+contig	C8294447	192
+contig	C8294663	192
+contig	C8294281	192
+contig	C8294839	192
+contig	C8294837	192
+contig	C8294671	192
+contig	C8294925	192
+contig	C8294973	192
+contig	C8294459	192
+contig	C8294985	192
+contig	C8294935	192
+contig	C8294599	192
+contig	C8294603	192
+contig	C8294999	192
+contig	C8295103	192
+contig	C8295199	192
+contig	C8295019	192
+contig	C8295121	192
+contig	C8295167	192
+contig	C8295007	192
+contig	C8295083	192
+contig	C8295239	192
+contig	C8295241	192
+contig	C8295229	192
+contig	C8295317	192
+contig	C8295329	192
+contig	C8295341	192
+contig	C8295237	192
+contig	C8295347	192
+contig	C8295303	192
+contig	C8295377	192
+contig	C8295349	192
+contig	C8295437	192
+contig	C8295389	192
+contig	C8295537	192
+contig	C8295247	192
+contig	C8295373	192
+contig	C8295559	192
+contig	C8295529	192
+contig	C8295471	192
+contig	C8295587	192
+contig	C8295599	192
+contig	C8295695	192
+contig	C8295661	192
+contig	C8295453	192
+contig	C8295613	192
+contig	C8295807	192
+contig	C8295745	192
+contig	C8295739	192
+contig	C8295753	192
+contig	C8295841	192
+contig	C8295893	192
+contig	C8295863	192
+contig	C8295937	192
+contig	C8295843	192
+contig	C8295825	192
+contig	C8295533	192
+contig	C8295909	192
+contig	C8296083	192
+contig	C8295995	192
+contig	C8295931	192
+contig	C8287619	190
+contig	C8296007	192
+contig	C8296113	192
+contig	C8296217	192
+contig	C8296107	192
+contig	C8296209	192
+contig	C8296307	192
+contig	C8296373	192
+contig	C8296409	192
+contig	C8296275	192
+contig	C8291771	191
+contig	C8296243	192
+contig	C8296043	192
+contig	C8296419	192
+contig	C8296437	192
+contig	C8296181	192
+contig	C8296517	192
+contig	C8296481	192
+contig	C8296495	192
+contig	C8296169	192
+contig	C8296577	192
+contig	C8296565	192
+contig	C8296567	192
+contig	C8296609	192
+contig	C8296639	192
+contig	C8296667	192
+contig	C8296601	192
+contig	C8296445	192
+contig	C8296479	192
+contig	C8296723	192
+contig	C8296761	192
+contig	C8296763	192
+contig	C8296915	192
+contig	C8296913	192
+contig	C8296821	192
+contig	C8296991	192
+contig	C8296687	192
+contig	C8297047	192
+contig	C8297097	192
+contig	C8297143	192
+contig	C8284621	189
+contig	C8297061	192
+contig	C8297121	192
+contig	C8296933	192
+contig	C8296927	192
+contig	C8297033	192
+contig	C8297259	192
+contig	C8297265	192
+contig	C8297175	192
+contig	C8297295	192
+contig	C8297323	192
+contig	C8297201	192
+contig	C8297307	192
+contig	C8297359	192
+contig	C8297389	192
+contig	C8297375	192
+contig	C8297371	192
+contig	C8297317	192
+contig	C8297399	192
+contig	C8297425	192
+contig	C8297429	192
+contig	C8297431	192
+contig	C8297455	192
+contig	C8297487	192
+contig	C8297553	192
+contig	C8297555	192
+contig	C8297617	193
+contig	C8297611	193
+contig	C8297629	193
+contig	C8297519	192
+contig	C8297773	193
+contig	C8297741	193
+contig	C8297795	193
+contig	C8297311	192
+contig	C8297687	193
+contig	C8297589	192
+contig	C8297823	193
+contig	C8297815	193
+contig	C8297853	193
+contig	C8297871	193
+contig	C8297867	193
+contig	C8297919	193
+contig	C8298011	193
+contig	C8298027	193
+contig	C8298077	193
+contig	C8298081	193
+contig	C8298069	193
+contig	C8298107	193
+contig	C8297877	193
+contig	C8298073	193
+contig	C8297971	193
+contig	C8297983	193
+contig	C8297523	192
+contig	C8298291	193
+contig	C8298419	193
+contig	C8298439	193
+contig	C8298475	193
+contig	C8298471	193
+contig	C8298323	193
+contig	C8298485	193
+contig	C8298549	193
+contig	C8298567	193
+contig	C8298279	193
+contig	C8298525	193
+contig	C8298523	193
+contig	C8298483	193
+contig	C8298639	193
+contig	C8298613	193
+contig	C8298629	193
+contig	C8298661	193
+contig	C8298701	193
+contig	C8298593	193
+contig	C8298743	193
+contig	C8298787	193
+contig	C8298619	193
+contig	C8298753	193
+contig	C8298793	193
+contig	C8298843	193
+contig	C8298677	193
+contig	C8298849	193
+contig	C8298897	193
+contig	C8298911	193
+contig	C8298817	193
+contig	C8299029	193
+contig	C8298125	193
+contig	C8299003	193
+contig	C8299041	193
+contig	C8298657	193
+contig	C8298971	193
+contig	C8299225	193
+contig	C8299085	193
+contig	C8299129	193
+contig	C8299229	193
+contig	C8299239	193
+contig	C8299207	193
+contig	C8299237	193
+contig	C8299291	193
+contig	C8296059	192
+contig	C8299331	193
+contig	C8299231	193
+contig	C8299273	193
+contig	C8299449	193
+contig	C8299481	193
+contig	C8299325	193
+contig	C8299573	193
+contig	C8299363	193
+contig	C8299583	193
+contig	C8299613	193
+contig	C8299397	193
+contig	C8299431	193
+contig	C8299461	193
+contig	C8299629	193
+contig	C8299655	193
+contig	C8299711	193
+contig	C8299685	193
+contig	C8299729	193
+contig	C8299813	193
+contig	C8299747	193
+contig	C8299635	193
+contig	C8299867	193
+contig	C8299637	193
+contig	C8299819	193
+contig	C8299831	193
+contig	C8299873	193
+contig	C8299951	193
+contig	C8299715	193
+contig	C8299985	193
+contig	C8300101	193
+contig	C8299743	193
+contig	C8300097	193
+contig	C8299947	193
+contig	C8300107	193
+contig	C8299961	193
+contig	C8300117	193
+contig	C8299877	193
+contig	C8300193	193
+contig	C8300169	193
+contig	C8299801	193
+contig	C8300183	193
+contig	C8300285	193
+contig	C8300295	193
+contig	C8300343	193
+contig	C8300203	193
+contig	C8300431	193
+contig	C8300493	193
+contig	C8300159	193
+contig	C8300327	193
+contig	C8300433	193
+contig	C8300593	193
+contig	C8300597	193
+contig	C8300551	193
+contig	C8300617	193
+contig	C8300249	193
+contig	C8300499	193
+contig	C8300643	193
+contig	C8300681	193
+contig	C8300653	193
+contig	C8300651	193
+contig	C8300683	193
+contig	C8300637	193
+contig	C8300815	193
+contig	C8300869	193
+contig	C8300763	193
+contig	C8300963	193
+contig	C8300623	193
+contig	C8300967	193
+contig	C8300943	193
+contig	C8300987	193
+contig	C8300877	193
+contig	C8301009	193
+contig	C8301033	193
+contig	C8301029	193
+contig	C8300873	193
+contig	C8301045	193
+contig	C8301073	193
+contig	C8300525	193
+contig	C8301085	193
+contig	C8301147	194
+contig	C8301135	194
+contig	C8301285	194
+contig	C8301083	193
+contig	C8301065	193
+contig	C8301311	194
+contig	C8301209	194
+contig	C8301097	194
+contig	C8301445	194
+contig	C8301375	194
+contig	C8301339	194
+contig	C8301411	194
+contig	C8301475	194
+contig	C8301483	194
+contig	C8301385	194
+contig	C8301495	194
+contig	C8301517	194
+contig	C8301419	194
+contig	C8301515	194
+contig	C8301563	194
+contig	C8301647	194
+contig	C8301547	194
+contig	C8301549	194
+contig	C8301609	194
+contig	C8301737	194
+contig	C8301585	194
+contig	C8301859	194
+contig	C8301955	194
+contig	C8302013	194
+contig	C8301779	194
+contig	C8302087	194
+contig	C8302071	194
+contig	C8301961	194
+contig	C8302101	194
+contig	C8301885	194
+contig	C8302185	194
+contig	C8301861	194
+contig	C8302115	194
+contig	C8302219	194
+contig	C8302129	194
+contig	C8302225	194
+contig	C8302403	194
+contig	C8302325	194
+contig	C8302485	194
+contig	C8302463	194
+contig	C8302501	194
+contig	C8302489	194
+contig	C8302503	194
+contig	C8302465	194
+contig	C8302127	194
+contig	C8302541	194
+contig	C8302743	194
+contig	C8302717	194
+contig	C8302833	194
+contig	C8302887	194
+contig	C8302909	194
+contig	C8302773	194
+contig	C8302917	194
+contig	C8302955	194
+contig	C8302559	194
+contig	C8302569	194
+contig	C8302973	194
+contig	C8302987	194
+contig	C8303007	194
+contig	C8303011	194
+contig	C8303019	194
+contig	C8303045	194
+contig	C8302867	194
+contig	C8303073	194
+contig	C8303055	194
+contig	C8303139	194
+contig	C8303191	194
+contig	C8303209	194
+contig	C8303195	194
+contig	C8303261	194
+contig	C8303183	194
+contig	C8295677	192
+contig	C8303263	194
+contig	C8303171	194
+contig	C8303277	194
+contig	C8303133	194
+contig	C8303221	194
+contig	C8303351	194
+contig	C8303419	194
+contig	C8303487	194
+contig	C8303555	194
+contig	C8303501	194
+contig	C8303455	194
+contig	C8303599	194
+contig	C8303579	194
+contig	C8303425	194
+contig	C8303671	194
+contig	C8303611	194
+contig	C8303695	194
+contig	C8303719	194
+contig	C8303685	194
+contig	C8303759	194
+contig	C8303855	194
+contig	C8303829	194
+contig	C8303857	194
+contig	C8303585	194
+contig	C8303919	194
+contig	C8303877	194
+contig	C8303917	194
+contig	C8303795	194
+contig	C8303963	194
+contig	C8304015	194
+contig	C8303709	194
+contig	C8303995	194
+contig	C8303973	194
+contig	C8304025	194
+contig	C8304073	194
+contig	C8298955	193
+contig	C8304261	194
+contig	C8304231	194
+contig	C8304265	194
+contig	C8304181	194
+contig	C8304263	194
+contig	C8304293	194
+contig	C8304373	194
+contig	C8304325	194
+contig	C8304409	194
+contig	C8304335	194
+contig	C8304461	194
+contig	C8304245	194
+contig	C8304449	194
+contig	C8304479	194
+contig	C8304375	194
+contig	C8304517	194
+contig	C8304505	194
+contig	C8304555	194
+contig	C8304545	194
+contig	C8304577	194
+contig	C8304647	195
+contig	C8304595	194
+contig	C8304463	194
+contig	C8304719	195
+contig	C8304653	195
+contig	C8304785	195
+contig	C8304643	195
+contig	C8304725	195
+contig	C8304841	195
+contig	C8304887	195
+contig	C8304299	194
+contig	C8304827	195
+contig	C8304369	194
+contig	C8304941	195
+contig	C8304937	195
+contig	C8304965	195
+contig	C8305041	195
+contig	C8304981	195
+contig	C8304833	195
+contig	C8305047	195
+contig	C8304709	195
+contig	C8305179	195
+contig	C8305195	195
+contig	C8305221	195
+contig	C8305235	195
+contig	C8305149	195
+contig	C8305173	195
+contig	C8305053	195
+contig	C8304847	195
+contig	C8305295	195
+contig	C8305251	195
+contig	C8305283	195
+contig	C8305301	195
+contig	C8305355	195
+contig	C8305365	195
+contig	C8305397	195
+contig	C8305477	195
+contig	C8305441	195
+contig	C8305327	195
+contig	C8305515	195
+contig	C8305503	195
+contig	C8305557	195
+contig	C8305577	195
+contig	C8305613	195
+contig	C8305659	195
+contig	C8305387	195
+contig	C8305665	195
+contig	C8305733	195
+contig	C8305719	195
+contig	C8305747	195
+contig	C8305757	195
+contig	C8305791	195
+contig	C8305915	195
+contig	C8305819	195
+contig	C8305917	195
+contig	C8305957	195
+contig	C8305563	195
+contig	C8306027	195
+contig	C8305983	195
+contig	C8306083	195
+contig	C8305919	195
+contig	C8306031	195
+contig	C8306199	195
+contig	C8305799	195
+contig	C8306207	195
+contig	C8306153	195
+contig	C8306173	195
+contig	C8306223	195
+contig	C8306325	195
+contig	C8306229	195
+contig	C8306335	195
+contig	C8306369	195
+contig	C8306405	195
+contig	C8306245	195
+contig	C8306459	195
+contig	C8306505	195
+contig	C8306417	195
+contig	C8306547	195
+contig	C8306543	195
+contig	C8306571	195
+contig	C8306077	195
+contig	C8306551	195
+contig	C8306707	195
+contig	C8306529	195
+contig	C8306751	195
+contig	C8306807	195
+contig	C8306407	195
+contig	C8306815	195
+contig	C8306717	195
+contig	C8306817	195
+contig	C8306609	195
+contig	C8306833	195
+contig	C8306905	195
+contig	C8306909	195
+contig	C8306853	195
+contig	C8307077	195
+contig	C8306959	195
+contig	C8306985	195
+contig	C8307079	195
+contig	C8307031	195
+contig	C8307095	195
+contig	C8307117	195
+contig	C8307113	195
+contig	C8307159	195
+contig	C8307025	195
+contig	C8307125	195
+contig	C8307063	195
+contig	C8307233	195
+contig	C8307249	195
+contig	C8307227	195
+contig	C8307317	195
+contig	C8307327	195
+contig	C8307361	195
+contig	C8307451	195
+contig	C8307459	195
+contig	C8307271	195
+contig	C8307489	195
+contig	C8307529	195
+contig	C8307509	195
+contig	C8307185	195
+contig	C8307345	195
+contig	C8307555	195
+contig	C8307635	195
+contig	C8307633	195
+contig	C8307637	195
+contig	C8307413	195
+contig	C8307601	195
+contig	C8307773	195
+contig	C8306025	195
+contig	C8307485	195
+contig	C8307709	195
+contig	C8307687	195
+contig	C8307787	195
+contig	C8307803	195
+contig	C8307781	195
+contig	C8307883	195
+contig	C8307839	195
+contig	C8307875	195
+contig	C8307897	195
+contig	C8307869	195
+contig	C8307917	195
+contig	C8307741	195
+contig	C8307965	195
+contig	C8307987	195
+contig	C8307895	195
+contig	C8307975	195
+contig	C8307821	195
+contig	C8307941	195
+contig	C8308033	195
+contig	C8308159	196
+contig	C8308003	195
+contig	C8308235	196
+contig	C8308085	196
+contig	C8308261	196
+contig	C8308293	196
+contig	C8308259	196
+contig	C8308325	196
+contig	C8308315	196
+contig	C8308339	196
+contig	C8308225	196
+contig	C8308383	196
+contig	C8308239	196
+contig	C8308063	195
+contig	C8308395	196
+contig	C8308503	196
+contig	C8308487	196
+contig	C8308451	196
+contig	C8308609	196
+contig	C8308509	196
+contig	C8308671	196
+contig	C8308559	196
+contig	C8308677	196
+contig	C8308547	196
+contig	C8308599	196
+contig	C8308759	196
+contig	C8308739	196
+contig	C8308765	196
+contig	C8308465	196
+contig	C8308885	196
+contig	C8308737	196
+contig	C8308833	196
+contig	C8308909	196
+contig	C8308853	196
+contig	C8308809	196
+contig	C8308947	196
+contig	C8308939	196
+contig	C8309003	196
+contig	C8308915	196
+contig	C8308963	196
+contig	C8309043	196
+contig	C8309151	196
+contig	C8309081	196
+contig	C8309191	196
+contig	C8309209	196
+contig	C8309181	196
+contig	C8309075	196
+contig	C8309283	196
+contig	C8309263	196
+contig	C8309331	196
+contig	C8309267	196
+contig	C8309279	196
+contig	C8309445	196
+contig	C8309463	196
+contig	C8309383	196
+contig	C8309415	196
+contig	C8309487	196
+contig	C8309513	196
+contig	C8309601	196
+contig	C8309399	196
+contig	C8309603	196
+contig	C8309611	196
+contig	C8309547	196
+contig	C8309625	196
+contig	C8309621	196
+contig	C8309261	196
+contig	C8309639	196
+contig	C8309629	196
+contig	C8309717	196
+contig	C8309733	196
+contig	C8309805	196
+contig	C8309651	196
+contig	C8309827	196
+contig	C8309873	196
+contig	C8309931	196
+contig	C8309915	196
+contig	C8310007	196
+contig	C8309933	196
+contig	C8310019	196
+contig	C8310013	196
+contig	C8310185	196
+contig	C8309765	196
+contig	C8310265	196
+contig	C8310223	196
+contig	C8310293	196
+contig	C8310137	196
+contig	C8310279	196
+contig	C8309833	196
+contig	C8310345	196
+contig	C8310319	196
+contig	C8310515	196
+contig	C8310509	196
+contig	C8310459	196
+contig	C8310461	196
+contig	C8310527	196
+contig	C8310565	196
+contig	C8310591	196
+contig	C8310593	196
+contig	C8310693	196
+contig	C8310695	196
+contig	C8310717	196
+contig	C8310641	196
+contig	C8310739	196
+contig	C8310833	196
+contig	C8310765	196
+contig	C8310769	196
+contig	C8311019	196
+contig	C8310959	196
+contig	C8310431	196
+contig	C8311031	196
+contig	C8311043	196
+contig	C8311091	196
+contig	C8311115	196
+contig	C8311135	196
+contig	C8311127	196
+contig	C8311225	196
+contig	C8311185	196
+contig	C8311141	196
+contig	C8311259	196
+contig	C8311269	196
+contig	C8311255	196
+contig	C8302407	194
+contig	C8311293	196
+contig	C8310165	196
+contig	C8311299	196
+contig	C8311325	196
+contig	C8311277	196
+contig	C8311361	196
+contig	C8311371	196
+contig	C8311329	196
+contig	C8311423	196
+contig	C8311409	196
+contig	C8297159	192
+contig	C8311463	197
+contig	C8311289	196
+contig	C8311459	197
+contig	C8311529	197
+contig	C8311507	197
+contig	C8311533	197
+contig	C8311571	197
+contig	C8311599	197
+contig	C8311521	197
+contig	C8311601	197
+contig	C8311631	197
+contig	C8311499	197
+contig	C8311671	197
+contig	C8311685	197
+contig	C8311707	197
+contig	C8311801	197
+contig	C8311723	197
+contig	C8311807	197
+contig	C8311759	197
+contig	C8311853	197
+contig	C8311887	197
+contig	C8311657	197
+contig	C8311989	197
+contig	C8312045	197
+contig	C8312065	197
+contig	C8312069	197
+contig	C8311899	197
+contig	C8312231	197
+contig	C8312215	197
+contig	C8312233	197
+contig	C8312321	197
+contig	C8311251	196
+contig	C8312357	197
+contig	C8309227	196
+contig	C8312363	197
+contig	C8312373	197
+contig	C8312365	197
+contig	C8312241	197
+contig	C8312405	197
+contig	C8312427	197
+contig	C8312285	197
+contig	C8312431	197
+contig	C8312455	197
+contig	C8312323	197
+contig	C8312389	197
+contig	C8312547	197
+contig	C8312487	197
+contig	C8312481	197
+contig	C8311981	197
+contig	C8312425	197
+contig	C8312561	197
+contig	C8312631	197
+contig	C8312675	197
+contig	C8312597	197
+contig	C8312611	197
+contig	C8312645	197
+contig	C8312683	197
+contig	C8312653	197
+contig	C8312687	197
+contig	C8312651	197
+contig	C8312775	197
+contig	C8312701	197
+contig	C8312869	197
+contig	C8311431	196
+contig	C8312881	197
+contig	C8312911	197
+contig	C8312991	197
+contig	C8312935	197
+contig	C8313035	197
+contig	C8312851	197
+contig	C8312795	197
+contig	C8312855	197
+contig	C8312993	197
+contig	C8313073	197
+contig	C8313089	197
+contig	C8313229	197
+contig	C8313079	197
+contig	C8313183	197
+contig	C8313339	197
+contig	C8313137	197
+contig	C8313179	197
+contig	C8313377	197
+contig	C8313047	197
+contig	C8313519	197
+contig	C8313457	197
+contig	C8313499	197
+contig	C8313465	197
+contig	C8313567	197
+contig	C8313481	197
+contig	C8313583	197
+contig	C8313577	197
+contig	C8313651	197
+contig	C8313601	197
+contig	C8313581	197
+contig	C8313623	197
+contig	C8313665	197
+contig	C8313643	197
+contig	C8313663	197
+contig	C8313711	197
+contig	C8313723	197
+contig	C8313299	197
+contig	C8313823	197
+contig	C8313687	197
+contig	C8313743	197
+contig	C8313707	197
+contig	C8313839	197
+contig	C8313889	197
+contig	C8313863	197
+contig	C8313755	197
+contig	C8313935	197
+contig	C8313995	197
+contig	C8313655	197
+contig	C8311223	196
+contig	C8314079	197
+contig	C8314001	197
+contig	C8313953	197
+contig	C8313923	197
+contig	C8313883	197
+contig	C8314115	197
+contig	C8314085	197
+contig	C8314101	197
+contig	C8314137	197
+contig	C8314051	197
+contig	C8314135	197
+contig	C8314111	197
+contig	C8314163	197
+contig	C8314179	197
+contig	C8314123	197
+contig	C8314243	197
+contig	C8314201	197
+contig	C8314177	197
+contig	C8314347	197
+contig	C8314121	197
+contig	C8314293	197
+contig	C8314395	197
+contig	C8314393	197
+contig	C8314167	197
+contig	C8314467	197
+contig	C8314327	197
+contig	C8314423	197
+contig	C8314359	197
+contig	C8314453	197
+contig	C8314603	197
+contig	C8314699	197
+contig	C8314745	197
+contig	C8314545	197
+contig	C8314733	197
+contig	C8314731	197
+contig	C8314787	197
+contig	C8314747	197
+contig	C8314805	197
+contig	C8314817	197
+contig	C8314815	197
+contig	C8314665	197
+contig	C8314807	197
+contig	C8314921	198
+contig	C8314881	198
+contig	C8314919	198
+contig	C8314767	197
+contig	C8314869	198
+contig	C8314943	198
+contig	C8315021	198
+contig	C8315123	198
+contig	C8315153	198
+contig	C8315031	198
+contig	C8315199	198
+contig	C8314865	198
+contig	C8315261	198
+contig	C8314975	198
+contig	C8315265	198
+contig	C8315241	198
+contig	C8315337	198
+contig	C8315231	198
+contig	C8315343	198
+contig	C8315423	198
+contig	C8315393	198
+contig	C8315527	198
+contig	C8315409	198
+contig	C8315507	198
+contig	C8315441	198
+contig	C8315555	198
+contig	C8315143	198
+contig	C8315305	198
+contig	C8315653	198
+contig	C8315705	198
+contig	C8301089	194
+contig	C8315681	198
+contig	C8315713	198
+contig	C8315631	198
+contig	C8315575	198
+contig	C8315747	198
+contig	C8315755	198
+contig	C8315769	198
+contig	C8315763	198
+contig	C8315899	198
+contig	C8315887	198
+contig	C8315947	198
+contig	C8315989	198
+contig	C8316011	198
+contig	C8316035	198
+contig	C8315731	198
+contig	C8315955	198
+contig	C8316127	198
+contig	C8315867	198
+contig	C8315987	198
+contig	C8316117	198
+contig	C8316311	198
+contig	C8316087	198
+contig	C8316071	198
+contig	C8316143	198
+contig	C8316347	198
+contig	C8316235	198
+contig	C8316355	198
+contig	C8316463	198
+contig	C8316381	198
+contig	C8316501	198
+contig	C8316415	198
+contig	C8316555	198
+contig	C8316591	198
+contig	C8316569	198
+contig	C8316351	198
+contig	C8316695	198
+contig	C8316615	198
+contig	C8316617	198
+contig	C8316677	198
+contig	C8316651	198
+contig	C8316709	198
+contig	C8316855	198
+contig	C8316703	198
+contig	C8316641	198
+contig	C8316857	198
+contig	C8316811	198
+contig	C8316571	198
+contig	C8316729	198
+contig	C8316873	198
+contig	C8316877	198
+contig	C8316953	198
+contig	C8316981	198
+contig	C8317035	198
+contig	C8317023	198
+contig	C8316891	198
+contig	C8317003	198
+contig	C8317057	198
+contig	C8316867	198
+contig	C8317111	198
+contig	C8317157	198
+contig	C8317221	198
+contig	C8317129	198
+contig	C8317143	198
+contig	C8317239	198
+contig	C8316925	198
+contig	C8317227	198
+contig	C8317251	198
+contig	C8317253	198
+contig	C8317245	198
+contig	C8317391	198
+contig	C8317405	198
+contig	C8316883	198
+contig	C8317415	198
+contig	C8317425	198
+contig	C8317367	198
+contig	C8317455	198
+contig	C8317467	198
+contig	C8317241	198
+contig	C8317503	198
+contig	C8317473	198
+contig	C8317577	198
+contig	C8317373	198
+contig	C8317555	198
+contig	C8317537	198
+contig	C8317635	198
+contig	C8317637	198
+contig	C8317699	198
+contig	C8317617	198
+contig	C8317739	198
+contig	C8317759	198
+contig	C8317595	198
+contig	C8317769	198
+contig	C8317763	198
+contig	C8317827	198
+contig	C8317877	198
+contig	C8317857	198
+contig	C8317879	198
+contig	C8317771	198
+contig	C8317901	198
+contig	C8317913	198
+contig	C8317935	198
+contig	C8317909	198
+contig	C8317515	198
+contig	C8317953	198
+contig	C8318053	198
+contig	C8318091	198
+contig	C8318075	198
+contig	C8317651	198
+contig	C8318047	198
+contig	C8318097	198
+contig	C8318029	198
+contig	C8318141	198
+contig	C8318219	199
+contig	C8318355	199
+contig	C8317929	198
+contig	C8318397	199
+contig	C8314753	197
+contig	C8318137	198
+contig	C8318439	199
+contig	C8318443	199
+contig	C8318367	199
+contig	C8318107	198
+contig	C8318495	199
+contig	C8318437	199
+contig	C8318617	199
+contig	C8318461	199
+contig	C8318623	199
+contig	C8318275	199
+contig	C8318703	199
+contig	C8318643	199
+contig	C8318659	199
+contig	C8318687	199
+contig	C8318839	199
+contig	C8318639	199
+contig	C8318813	199
+contig	C8318727	199
+contig	C8318927	199
+contig	C8318897	199
+contig	C8318795	199
+contig	C8318931	199
+contig	C8319001	199
+contig	C8319011	199
+contig	C8319033	199
+contig	C8318947	199
+contig	C8318933	199
+contig	C8319077	199
+contig	C8318783	199
+contig	C8318961	199
+contig	C8319151	199
+contig	C8319231	199
+contig	C8319091	199
+contig	C8319263	199
+contig	C8319057	199
+contig	C8319161	199
+contig	C8319137	199
+contig	C8319301	199
+contig	C8319267	199
+contig	C8319317	199
+contig	C8319327	199
+contig	C8319275	199
+contig	C8319367	199
+contig	C8319395	199
+contig	C8319335	199
+contig	C8319467	199
+contig	C8319417	199
+contig	C8319537	199
+contig	C8319547	199
+contig	C8319565	199
+contig	C8319481	199
+contig	C8319559	199
+contig	C8319577	199
+contig	C8319499	199
+contig	C8319711	199
+contig	C8319797	199
+contig	C8319311	199
+contig	C8319585	199
+contig	C8319863	199
+contig	C8319629	199
+contig	C8319849	199
+contig	C8320025	199
+contig	C8320051	199
+contig	C8320055	199
+contig	C8319915	199
+contig	C8320087	199
+contig	C8320089	199
+contig	C8320075	199
+contig	C8320115	199
+contig	C8320181	199
+contig	C8320199	199
+contig	C8320139	199
+contig	C8320045	199
+contig	C8320367	199
+contig	C8320221	199
+contig	C8320243	199
+contig	C8320357	199
+contig	C8320397	199
+contig	C8320215	199
+contig	C8320391	199
+contig	C8320409	199
+contig	C8320423	199
+contig	C8320435	199
+contig	C8320439	199
+contig	C8320441	199
+contig	C8320451	199
+contig	C8320583	199
+contig	C8320725	199
+contig	C8320617	199
+contig	C8320735	199
+contig	C8320623	199
+contig	C8320779	199
+contig	C8320817	199
+contig	C8320659	199
+contig	C8320753	199
+contig	C8320825	199
+contig	C8320865	199
+contig	C8320563	199
+contig	C8320879	199
+contig	C8320857	199
+contig	C8320955	199
+contig	C8320859	199
+contig	C8320945	199
+contig	C8321023	199
+contig	C8319099	199
+contig	C8320973	199
+contig	C8321015	199
+contig	C8321095	199
+contig	C8321053	199
+contig	C8321137	199
+contig	C8321143	199
+contig	C8310587	196
+contig	C8321331	199
+contig	C8321401	199
+contig	C8321387	199
+contig	C8321415	199
+contig	C8321027	199
+contig	C8321189	199
+contig	C8321295	199
+contig	C8321289	199
+contig	C8321475	199
+contig	C8321493	200
+contig	C8321429	199
+contig	C8321507	200
+contig	C8321523	200
+contig	C8321653	200
+contig	C8321655	200
+contig	C8321701	200
+contig	C8321697	200
+contig	C8321425	199
+contig	C8321663	200
+contig	C8321651	200
+contig	C8321751	200
+contig	C8321839	200
+contig	C8321959	200
+contig	C8321935	200
+contig	C8321811	200
+contig	C8322099	200
+contig	C8321991	200
+contig	C8321981	200
+contig	C8322183	200
+contig	C8322253	200
+contig	C8322239	200
+contig	C8322257	200
+contig	C8322175	200
+contig	C8321851	200
+contig	C8322359	200
+contig	C8322281	200
+contig	C8322349	200
+contig	C8322203	200
+contig	C8322397	200
+contig	C8322451	200
+contig	C8322429	200
+contig	C8322471	200
+contig	C8322413	200
+contig	C8322485	200
+contig	C8322421	200
+contig	C8322505	200
+contig	C8322581	200
+contig	C8322619	200
+contig	C8322601	200
+contig	C8322639	200
+contig	C8318583	199
+contig	C8322645	200
+contig	C8322663	200
+contig	C8322579	200
+contig	C8322547	200
+contig	C8322681	200
+contig	C8320909	199
+contig	C8322795	200
+contig	C8322491	200
+contig	C8322905	200
+contig	C8322895	200
+contig	C8322935	200
+contig	C8322799	200
+contig	C8322911	200
+contig	C8322945	200
+contig	C8322989	200
+contig	C8323051	200
+contig	C8322915	200
+contig	C8322969	200
+contig	C8323247	200
+contig	C8323039	200
+contig	C8323239	200
+contig	C8323157	200
+contig	C8323023	200
+contig	C8323267	200
+contig	C8323337	200
+contig	C8323369	200
+contig	C8323429	200
+contig	C8323301	200
+contig	C8323309	200
+contig	C8323401	200
+contig	C8323453	200
+contig	C8321787	200
+contig	C8323373	200
+contig	C8323547	200
+contig	C8323493	200
+contig	C8323599	200
+contig	C8323553	200
+contig	C8323615	200
+contig	C8323591	200
+contig	C8323613	200
+contig	C8323699	200
+contig	C8323641	200
+contig	C8323657	200
+contig	C8323679	200
+contig	C8323707	200
+contig	C8323725	200
+contig	C8323709	200
+contig	C8323727	200
+contig	C8323883	200
+contig	C8323797	200
+contig	C8323969	200
+contig	C8323973	200
+contig	C8323527	200
+contig	C8323531	200
+contig	C8324045	200
+contig	C8324059	200
+contig	C8324125	200
+contig	C8323941	200
+contig	C8324183	200
+contig	C8324047	200
+contig	C8324211	200
+contig	C8324093	200
+contig	C8324201	200
+contig	C8324249	200
+contig	C8324251	200
+contig	C8323511	200
+contig	C8324247	200
+contig	C8324253	200
+contig	C8324271	200
+contig	C8324299	200
+contig	C8324079	200
+contig	C8324313	200
+contig	C8324327	200
+contig	C8324389	200
+contig	C8324405	200
+contig	C8324425	200
+contig	C8324431	200
+contig	C8324377	200
+contig	C8324485	200
+contig	C8324423	200
+contig	C8324491	200
+contig	C8324493	200
+contig	C8324329	200
+contig	C8324503	200
+contig	C8324641	200
+contig	C8324549	200
+contig	C8324617	200
+contig	C8324403	200
+contig	C8323509	200
+contig	C8324693	200
+contig	C8324653	200
+contig	C8324691	200
+contig	C8324765	200
+contig	C8324953	201
+contig	C8324927	201
+contig	C8325101	201
+contig	C8325061	201
+contig	C8324899	201
+contig	C8325211	201
+contig	C8324999	201
+contig	C8325183	201
+contig	C8325227	201
+contig	C8325271	201
+contig	C8325269	201
+contig	C8325273	201
+contig	C8325313	201
+contig	C8325357	201
+contig	C8325109	201
+contig	C8325477	201
+contig	C8325503	201
+contig	C8325469	201
+contig	C8325497	201
+contig	C8325567	201
+contig	C8325581	201
+contig	C8325603	201
+contig	C8325491	201
+contig	C8325645	201
+contig	C8325749	201
+contig	C8325719	201
+contig	C8325443	201
+contig	C8325755	201
+contig	C8325843	201
+contig	C8325607	201
+contig	C8325873	201
+contig	C8325773	201
+contig	C8325861	201
+contig	C8325761	201
+contig	C8325877	201
+contig	C8325973	201
+contig	C8325913	201
+contig	C8325959	201
+contig	C8325995	201
+contig	C8326019	201
+contig	C8325895	201
+contig	C8326131	201
+contig	C8326185	201
+contig	C8326179	201
+contig	C8326141	201
+contig	C8326241	201
+contig	C8326253	201
+contig	C8326261	201
+contig	C8326259	201
+contig	C8326251	201
+contig	C8326269	201
+contig	C8326313	201
+contig	C8326265	201
+contig	C8326289	201
+contig	C8326391	201
+contig	C8326371	201
+contig	C8326395	201
+contig	C8326461	201
+contig	C8326413	201
+contig	C8326501	201
+contig	C8324677	200
+contig	C8326411	201
+contig	C8326555	201
+contig	C8326421	201
+contig	C8326607	201
+contig	C8326535	201
+contig	C8326595	201
+contig	C8326587	201
+contig	C8326657	201
+contig	C8326655	201
+contig	C8326693	201
+contig	C8326807	201
+contig	C8326695	201
+contig	C8326925	201
+contig	C8326941	201
+contig	C8326951	201
+contig	C8326703	201
+contig	C8326953	201
+contig	C8326943	201
+contig	C8327047	201
+contig	C8327051	201
+contig	C8327067	201
+contig	C8327073	201
+contig	C8327087	201
+contig	C8327085	201
+contig	C8327123	201
+contig	C8327153	201
+contig	C8327115	201
+contig	C8327233	201
+contig	C8327229	201
+contig	C8327265	201
+contig	C8327259	201
+contig	C8327139	201
+contig	C8325349	201
+contig	C8327267	201
+contig	C8327271	201
+contig	C8327285	201
+contig	C8327373	201
+contig	C8327393	201
+contig	C8327403	201
+contig	C8327473	201
+contig	C8327419	201
+contig	C8327447	201
+contig	C8327491	201
+contig	C8327483	201
+contig	C8326365	201
+contig	C8327567	201
+contig	C8327505	201
+contig	C8327593	201
+contig	C8327421	201
+contig	C8327623	201
+contig	C8327609	201
+contig	C8327737	201
+contig	C8327723	201
+contig	C8327681	201
+contig	C8327771	201
+contig	C8327529	201
+contig	C8327789	201
+contig	C8327777	201
+contig	C8327825	201
+contig	C8327863	201
+contig	C8327879	201
+contig	C8327955	201
+contig	C8327799	201
+contig	C8327909	201
+contig	C8328039	201
+contig	C8328071	202
+contig	C8327939	201
+contig	C8327995	201
+contig	C8328139	202
+contig	C8328141	202
+contig	C8328147	202
+contig	C8327769	201
+contig	C8328305	202
+contig	C8328283	202
+contig	C8328145	202
+contig	C8328323	202
+contig	C8328375	202
+contig	C8328377	202
+contig	C8328329	202
+contig	C8328399	202
+contig	C8328389	202
+contig	C8328385	202
+contig	C8328439	202
+contig	C8328137	202
+contig	C8328487	202
+contig	C8328465	202
+contig	C8328529	202
+contig	C8328495	202
+contig	C8328611	202
+contig	C8328459	202
+contig	C8328665	202
+contig	C8328431	202
+contig	C8328645	202
+contig	C8328683	202
+contig	C8328735	202
+contig	C8328733	202
+contig	C8328681	202
+contig	C8328835	202
+contig	C8328669	202
+contig	C8328843	202
+contig	C8328881	202
+contig	C8328845	202
+contig	C8328917	202
+contig	C8328907	202
+contig	C8328909	202
+contig	C8328961	202
+contig	C8328965	202
+contig	C8329001	202
+contig	C8328977	202
+contig	C8329005	202
+contig	C8329023	202
+contig	C8329071	202
+contig	C8329067	202
+contig	C8329029	202
+contig	C8329075	202
+contig	C8329135	202
+contig	C8328975	202
+contig	C8329137	202
+contig	C8329147	202
+contig	C8329165	202
+contig	C8329159	202
+contig	C8329187	202
+contig	C8329143	202
+contig	C8329207	202
+contig	C8329217	202
+contig	C8329211	202
+contig	C8329197	202
+contig	C8329237	202
+contig	C8328759	202
+contig	C8329279	202
+contig	C8329303	202
+contig	C8329235	202
+contig	C8329275	202
+contig	C8329315	202
+contig	C8329293	202
+contig	C8329419	202
+contig	C8329405	202
+contig	C8329415	202
+contig	C8329509	202
+contig	C8329551	202
+contig	C8329621	202
+contig	C8329727	202
+contig	C8329553	202
+contig	C8329797	202
+contig	C8329423	202
+contig	C8329809	202
+contig	C8329745	202
+contig	C8329833	202
+contig	C8329837	202
+contig	C8329775	202
+contig	C8329953	202
+contig	C8329863	202
+contig	C8330011	202
+contig	C8329951	202
+contig	C8314355	197
+contig	C8329859	202
+contig	C8330085	202
+contig	C8330047	202
+contig	C8330115	202
+contig	C8330159	202
+contig	C8330121	202
+contig	C8330173	202
+contig	C8330095	202
+contig	C8330169	202
+contig	C8330231	202
+contig	C8330243	202
+contig	C8330203	202
+contig	C8324221	200
+contig	C8330291	202
+contig	C8330299	202
+contig	C8330369	202
+contig	C8330225	202
+contig	C8330317	202
+contig	C8330401	202
+contig	C8330421	202
+contig	C8330373	202
+contig	C8330485	202
+contig	C8330461	202
+contig	C8330441	202
+contig	C8330531	202
+contig	C8330511	202
+contig	C8330603	202
+contig	C8330589	202
+contig	C8330647	202
+contig	C8330671	202
+contig	C8330687	202
+contig	C8330727	202
+contig	C8330775	202
+contig	C8330599	202
+contig	C8330787	202
+contig	C8330749	202
+contig	C8330779	202
+contig	C8330819	202
+contig	C8330863	202
+contig	C8330905	202
+contig	C8330847	202
+contig	C8330973	202
+contig	C8330899	202
+contig	C8329981	202
+contig	C8331057	202
+contig	C8331045	202
+contig	C8331075	202
+contig	C8330921	202
+contig	C8331085	202
+contig	C8331131	202
+contig	C8331033	202
+contig	C8331167	202
+contig	C8331153	202
+contig	C8331237	202
+contig	C8331235	202
+contig	C8331213	202
+contig	C8331323	203
+contig	C8326635	201
+contig	C8331285	202
+contig	C8331401	203
+contig	C8331421	203
+contig	C8331283	202
+contig	C8331471	203
+contig	C8331403	203
+contig	C8331413	203
+contig	C8331519	203
+contig	C8331483	203
+contig	C8331559	203
+contig	C8331667	203
+contig	C8318037	198
+contig	C8331623	203
+contig	C8331633	203
+contig	C8331603	203
+contig	C8331703	203
+contig	C8331681	203
+contig	C8331817	203
+contig	C8331719	203
+contig	C8331873	203
+contig	C8331835	203
+contig	C8331837	203
+contig	C8332011	203
+contig	C8331955	203
+contig	C8331999	203
+contig	C8331901	203
+contig	C8331915	203
+contig	C8332013	203
+contig	C8332023	203
+contig	C8332049	203
+contig	C8332051	203
+contig	C8332099	203
+contig	C8332129	203
+contig	C8332101	203
+contig	C8332109	203
+contig	C8330641	202
+contig	C8332169	203
+contig	C8332191	203
+contig	C8332035	203
+contig	C8332247	203
+contig	C8332267	203
+contig	C8332177	203
+contig	C8332309	203
+contig	C8332193	203
+contig	C8332221	203
+contig	C8332389	203
+contig	C8332413	203
+contig	C8332363	203
+contig	C8332431	203
+contig	C8326563	201
+contig	C8332311	203
+contig	C8332449	203
+contig	C8332439	203
+contig	C8332033	203
+contig	C8332461	203
+contig	C8332473	203
+contig	C8332595	203
+contig	C8329167	202
+contig	C8332535	203
+contig	C8332691	203
+contig	C8332497	203
+contig	C8332699	203
+contig	C8332657	203
+contig	C8332643	203
+contig	C8332621	203
+contig	C8332759	203
+contig	C8332739	203
+contig	C8332773	203
+contig	C8332801	203
+contig	C8332797	203
+contig	C8332767	203
+contig	C8331183	202
+contig	C8332817	203
+contig	C8332843	203
+contig	C8332399	203
+contig	C8332979	203
+contig	C8332713	203
+contig	C8332989	203
+contig	C8332931	203
+contig	C8332761	203
+contig	C8333033	203
+contig	C8333053	203
+contig	C8333113	203
+contig	C8332841	203
+contig	C8333119	203
+contig	C8332953	203
+contig	C8332977	203
+contig	C8332881	203
+contig	C8333077	203
+contig	C8333147	203
+contig	C8333013	203
+contig	C8333195	203
+contig	C8333249	203
+contig	C8333189	203
+contig	C8332299	203
+contig	C8333227	203
+contig	C8333225	203
+contig	C8333445	203
+contig	C8333423	203
+contig	C8333473	203
+contig	C8333313	203
+contig	C8333165	203
+contig	C8333447	203
+contig	C8333457	203
+contig	C8333259	203
+contig	C8333507	203
+contig	C8333545	203
+contig	C8333577	203
+contig	C8333623	203
+contig	C8333571	203
+contig	C8333831	203
+contig	C8333573	203
+contig	C8333699	203
+contig	C8333805	203
+contig	C8333923	203
+contig	C8333927	203
+contig	C8333587	203
+contig	C8333969	203
+contig	C8333951	203
+contig	C8334039	203
+contig	C8334067	203
+contig	C8334265	203
+contig	C8334219	203
+contig	C8333715	203
+contig	C8333939	203
+contig	C8334267	203
+contig	C8333981	203
+contig	C8334295	203
+contig	C8334041	203
+contig	C8334269	203
+contig	C8334145	203
+contig	C8334329	203
+contig	C8334331	203
+contig	C8334151	203
+contig	C8334347	203
+contig	C8334291	203
+contig	C8334345	203
+contig	C8334371	204
+contig	C8334339	203
+contig	C8334479	204
+contig	C8334465	204
+contig	C8334729	204
+contig	C8334711	204
+contig	C8334461	204
+contig	C8334393	204
+contig	C8334317	203
+contig	C8334783	204
+contig	C8334811	204
+contig	C8334827	204
+contig	C8334771	204
+contig	C8334903	204
+contig	C8334929	204
+contig	C8334939	204
+contig	C8335037	204
+contig	C8335107	204
+contig	C8335041	204
+contig	C8335123	204
+contig	C8334645	204
+contig	C8335173	204
+contig	C8335181	204
+contig	C8335255	204
+contig	C8334991	204
+contig	C8333177	203
+contig	C8335175	204
+contig	C8335331	204
+contig	C8335259	204
+contig	C8335317	204
+contig	C8335355	204
+contig	C8335447	204
+contig	C8335315	204
+contig	C8335453	204
+contig	C8335219	204
+contig	C8334785	204
+contig	C8335657	204
+contig	C8335483	204
+contig	C8335653	204
+contig	C8335537	204
+contig	C8335683	204
+contig	C8335671	204
+contig	C8335513	204
+contig	C8335771	204
+contig	C8335699	204
+contig	C8335747	204
+contig	C8335825	204
+contig	C8335691	204
+contig	C8335707	204
+contig	C8335793	204
+contig	C8335897	204
+contig	C8335875	204
+contig	C8335709	204
+contig	C8336045	204
+contig	C8335873	204
+contig	C8335909	204
+contig	C8335955	204
+contig	C8335835	204
+contig	C8336067	204
+contig	C8336113	204
+contig	C8335947	204
+contig	C8336175	204
+contig	C8336221	204
+contig	C8336123	204
+contig	C8336057	204
+contig	C8336171	204
+contig	C8336167	204
+contig	C8336225	204
+contig	C8336305	204
+contig	C8336339	204
+contig	C8336307	204
+contig	C8336373	204
+contig	C8336475	204
+contig	C8336387	204
+contig	C8336151	204
+contig	C8336317	204
+contig	C8336547	204
+contig	C8336479	204
+contig	C8336423	204
+contig	C8336367	204
+contig	C8336545	204
+contig	C8336461	204
+contig	C8336599	204
+contig	C8336881	204
+contig	C8336769	204
+contig	C8336893	204
+contig	C8336843	204
+contig	C8336935	204
+contig	C8336897	204
+contig	C8336971	204
+contig	C8336269	204
+contig	C8337007	204
+contig	C8336977	204
+contig	C8337075	204
+contig	C8336919	204
+contig	C8337117	204
+contig	C8336983	204
+contig	C8337115	204
+contig	C8336749	204
+contig	C8337175	204
+contig	C8337021	204
+contig	C8337219	204
+contig	C8337265	204
+contig	C8337269	204
+contig	C8337243	204
+contig	C8337287	204
+contig	C8337307	204
+contig	C8337259	204
+contig	C8336933	204
+contig	C8337349	204
+contig	C8337271	204
+contig	C8337311	204
+contig	C8337367	204
+contig	C8337365	204
+contig	C8337379	204
+contig	C8337417	205
+contig	C8337439	205
+contig	C8337387	204
+contig	C8337505	205
+contig	C8337471	205
+contig	C8337485	205
+contig	C8337363	204
+contig	C8337513	205
+contig	C8337527	205
+contig	C8337531	205
+contig	C8337545	205
+contig	C8337671	205
+contig	C8337567	205
+contig	C8337811	205
+contig	C8337761	205
+contig	C8337407	205
+contig	C8337865	205
+contig	C8337609	205
+contig	C8337933	205
+contig	C8337711	205
+contig	C8337927	205
+contig	C8337955	205
+contig	C8338005	205
+contig	C8337945	205
+contig	C8338023	205
+contig	C8338007	205
+contig	C8338087	205
+contig	C8338115	205
+contig	C8337833	205
+contig	C8338169	205
+contig	C8338129	205
+contig	C8338211	205
+contig	C8338225	205
+contig	C8336501	204
+contig	C8338163	205
+contig	C8338107	205
+contig	C8338197	205
+contig	C8338273	205
+contig	C8338297	205
+contig	C8338117	205
+contig	C8338275	205
+contig	C8338325	205
+contig	C8338477	205
+contig	C8338317	205
+contig	C8338475	205
+contig	C8338503	205
+contig	C8338499	205
+contig	C8337819	205
+contig	C8338623	205
+contig	C8338611	205
+contig	C8338571	205
+contig	C8338615	205
+contig	C8338663	205
+contig	C8338561	205
+contig	C8338693	205
+contig	C8338765	205
+contig	C8339069	205
+contig	C8338989	205
+contig	C8339119	205
+contig	C8338973	205
+contig	C8338727	205
+contig	C8339173	205
+contig	C8339139	205
+contig	C8339145	205
+contig	C8339247	205
+contig	C8339217	205
+contig	C8339041	205
+contig	C8339289	205
+contig	C8339185	205
+contig	C8339353	205
+contig	C8339331	205
+contig	C8339231	205
+contig	C8339363	205
+contig	C8339199	205
+contig	C8339397	205
+contig	C8339253	205
+contig	C8339523	205
+contig	C8339369	205
+contig	C8339317	205
+contig	C8339443	205
+contig	C8339567	205
+contig	C8339295	205
+contig	C8339657	205
+contig	C8339513	205
+contig	C8339725	205
+contig	C8339763	205
+contig	C8339645	205
+contig	C8339723	205
+contig	C8339807	205
+contig	C8339705	205
+contig	C8339907	205
+contig	C8339823	205
+contig	C8339893	205
+contig	C8339885	205
+contig	C8339865	205
+contig	C8339989	205
+contig	C8339973	205
+contig	C8340149	205
+contig	C8339933	205
+contig	C8340163	205
+contig	C8339957	205
+contig	C8340033	205
+contig	C8340169	205
+contig	C8340055	205
+contig	C8340213	205
+contig	C8340261	205
+contig	C8339927	205
+contig	C8340229	205
+contig	C8340049	205
+contig	C8340351	205
+contig	C8340263	205
+contig	C8340407	205
+contig	C8340385	205
+contig	C8340411	205
+contig	C8340429	206
+contig	C8340447	206
+contig	C8340453	206
+contig	C8340285	205
+contig	C8340455	206
+contig	C8340507	206
+contig	C8340469	206
+contig	C8340513	206
+contig	C8340579	206
+contig	C8340641	206
+contig	C8340765	206
+contig	C8340491	206
+contig	C8340359	205
+contig	C8340627	206
+contig	C8340933	206
+contig	C8340657	206
+contig	C8340969	206
+contig	C8340317	205
+contig	C8340937	206
+contig	C8340931	206
+contig	C8340361	205
+contig	C8341053	206
+contig	C8341215	206
+contig	C8340997	206
+contig	C8341255	206
+contig	C8341089	206
+contig	C8341239	206
+contig	C8341385	206
+contig	C8341283	206
+contig	C8341201	206
+contig	C8341363	206
+contig	C8341045	206
+contig	C8341559	206
+contig	C8341421	206
+contig	C8341377	206
+contig	C8341403	206
+contig	C8341289	206
+contig	C8341453	206
+contig	C8341599	206
+contig	C8341567	206
+contig	C8341649	206
+contig	C8341653	206
+contig	C8341939	206
+contig	C8341839	206
+contig	C8341837	206
+contig	C8341883	206
+contig	C8341725	206
+contig	C8341679	206
+contig	C8342047	206
+contig	C8341955	206
+contig	C8341957	206
+contig	C8342115	206
+contig	C8342043	206
+contig	C8342155	206
+contig	C8342149	206
+contig	C8342191	206
+contig	C8342189	206
+contig	C8342297	206
+contig	C8342299	206
+contig	C8342269	206
+contig	C8342333	206
+contig	C8342357	206
+contig	C8342361	206
+contig	C8342185	206
+contig	C8342027	206
+contig	C8342193	206
+contig	C8342365	206
+contig	C8342369	206
+contig	C8342397	206
+contig	C8342387	206
+contig	C8342405	206
+contig	C8342431	206
+contig	C8342495	206
+contig	C8342427	206
+contig	C8334987	204
+contig	C8342469	206
+contig	C8342181	206
+contig	C8342499	206
+contig	C8342639	206
+contig	C8342375	206
+contig	C8342535	206
+contig	C8342591	206
+contig	C8342563	206
+contig	C8342677	206
+contig	C8342673	206
+contig	C8342771	206
+contig	C8342773	206
+contig	C8342883	206
+contig	C8342697	206
+contig	C8342745	206
+contig	C8342899	206
+contig	C8342795	206
+contig	C8342943	206
+contig	C8343021	206
+contig	C8342715	206
+contig	C8342801	206
+contig	C8342863	206
+contig	C8342931	206
+contig	C8343065	206
+contig	C8343059	206
+contig	C8343121	206
+contig	C8342665	206
+contig	C8343053	206
+contig	C8343223	206
+contig	C8343245	206
+contig	C8343099	206
+contig	C8342919	206
+contig	C8342997	206
+contig	C8343343	206
+contig	C8343365	207
+contig	C8343361	207
+contig	C8343257	206
+contig	C8343399	207
+contig	C8343349	207
+contig	C8343387	207
+contig	C8343225	206
+contig	C8343461	207
+contig	C8343449	207
+contig	C8343553	207
+contig	C8343541	207
+contig	C8343663	207
+contig	C8343673	207
+contig	C8343681	207
+contig	C8343479	207
+contig	C8343685	207
+contig	C8343679	207
+contig	C8343697	207
+contig	C8343299	206
+contig	C8343743	207
+contig	C8343827	207
+contig	C8343467	207
+contig	C8343841	207
+contig	C8343725	207
+contig	C8343845	207
+contig	C8343791	207
+contig	C8343879	207
+contig	C8343793	207
+contig	C8343899	207
+contig	C8343927	207
+contig	C8343907	207
+contig	C8343903	207
+contig	C8344049	207
+contig	C8343945	207
+contig	C8344099	207
+contig	C8343789	207
+contig	C8343901	207
+contig	C8344081	207
+contig	C8344013	207
+contig	C8344145	207
+contig	C8344125	207
+contig	C8344185	207
+contig	C8344259	207
+contig	C8344197	207
+contig	C8344295	207
+contig	C8344293	207
+contig	C8344179	207
+contig	C8344333	207
+contig	C8344307	207
+contig	C8344423	207
+contig	C8344355	207
+contig	C8344505	207
+contig	C8344381	207
+contig	C8344639	207
+contig	C8344425	207
+contig	C8344609	207
+contig	C8344455	207
+contig	C8344669	207
+contig	C8344801	207
+contig	C8344791	207
+contig	C8344825	207
+contig	C8343979	207
+contig	C8344833	207
+contig	C8344939	207
+contig	C8344935	207
+contig	C8344805	207
+contig	C8344855	207
+contig	C8344779	207
+contig	C8344745	207
+contig	C8345087	207
+contig	C8344985	207
+contig	C8344123	207
+contig	C8345215	207
+contig	C8345165	207
+contig	C8345249	207
+contig	C8345293	207
+contig	C8345315	207
+contig	C8345339	207
+contig	C8345389	207
+contig	C8345411	207
+contig	C8345355	207
+contig	C8345475	207
+contig	C8345557	207
+contig	C8345063	207
+contig	C8345623	207
+contig	C8345691	207
+contig	C8345547	207
+contig	C8345765	207
+contig	C8345785	207
+contig	C8345789	207
+contig	C8345773	207
+contig	C8345845	207
+contig	C8345033	207
+contig	C8344953	207
+contig	C8345917	207
+contig	C8345859	207
+contig	C8345943	207
+contig	C8345919	207
+contig	C8345945	207
+contig	C8345951	207
+contig	C8345997	207
+contig	C8346023	207
+contig	C8345851	207
+contig	C8346051	207
+contig	C8345747	207
+contig	C8346083	207
+contig	C8345973	207
+contig	C8346089	207
+contig	C8346145	207
+contig	C8346067	207
+contig	C8346053	207
+contig	C8345995	207
+contig	C8346057	207
+contig	C8346183	207
+contig	C8346283	208
+contig	C8346197	208
+contig	C8346171	207
+contig	C8346317	208
+contig	C8346347	208
+contig	C8346341	208
+contig	C8346235	208
+contig	C8346319	208
+contig	C8346357	208
+contig	C8346349	208
+contig	C8346483	208
+contig	C8346527	208
+contig	C8346525	208
+contig	C8346485	208
+contig	C8346561	208
+contig	C8346651	208
+contig	C8346731	208
+contig	C8346551	208
+contig	C8346757	208
+contig	C8346509	208
+contig	C8346787	208
+contig	C8346899	208
+contig	C8346981	208
+contig	C8346765	208
+contig	C8346987	208
+contig	C8347023	208
+contig	C8347035	208
+contig	C8347059	208
+contig	C8346925	208
+contig	C8347077	208
+contig	C8346781	208
+contig	C8347127	208
+contig	C8347047	208
+contig	C8347229	208
+contig	C8347203	208
+contig	C8347113	208
+contig	C8347349	208
+contig	C8347381	208
+contig	C8347391	208
+contig	C8347341	208
+contig	C8347307	208
+contig	C8347103	208
+contig	C8347449	208
+contig	C8347465	208
+contig	C8347455	208
+contig	C8347419	208
+contig	C8347571	208
+contig	C8347603	208
+contig	C8347655	208
+contig	C8347665	208
+contig	C8347623	208
+contig	C8347717	208
+contig	C8347587	208
+contig	C8347607	208
+contig	C8347721	208
+contig	C8347749	208
+contig	C8347801	208
+contig	C8347577	208
+contig	C8347767	208
+contig	C8347813	208
+contig	C8347811	208
+contig	C8347797	208
+contig	C8347761	208
+contig	C8347847	208
+contig	C8347921	208
+contig	C8347897	208
+contig	C8348007	208
+contig	C8348069	208
+contig	C8347981	208
+contig	C8348079	208
+contig	C8348125	208
+contig	C8348253	208
+contig	C8348285	208
+contig	C8348337	208
+contig	C8348171	208
+contig	C8348165	208
+contig	C8348421	208
+contig	C8348395	208
+contig	C8348499	208
+contig	C8348533	208
+contig	C8348541	208
+contig	C8348339	208
+contig	C8348651	208
+contig	C8348603	208
+contig	C8348653	208
+contig	C8348689	208
+contig	C8348691	208
+contig	C8348697	208
+contig	C8348715	208
+contig	C8348731	208
+contig	C8348701	208
+contig	C8348853	208
+contig	C8348841	208
+contig	C8348855	208
+contig	C8348903	208
+contig	C8348453	208
+contig	C8348979	208
+contig	C8348645	208
+contig	C8348933	208
+contig	C8348969	208
+contig	C8349019	208
+contig	C8348877	208
+contig	C8349021	208
+contig	C8349033	208
+contig	C8348991	208
+contig	C8349109	209
+contig	C8349113	209
+contig	C8349117	209
+contig	C8349129	209
+contig	C8349041	208
+contig	C8349279	209
+contig	C8349373	209
+contig	C8349125	209
+contig	C8349461	209
+contig	C8349549	209
+contig	C8349369	209
+contig	C8349563	209
+contig	C8349599	209
+contig	C8349315	209
+contig	C8349679	209
+contig	C8349655	209
+contig	C8349683	209
+contig	C8349689	209
+contig	C8349693	209
+contig	C8349823	209
+contig	C8349821	209
+contig	C8349991	209
+contig	C8349841	209
+contig	C8350017	209
+contig	C8349941	209
+contig	C8350029	209
+contig	C8350021	209
+contig	C8349617	209
+contig	C8350051	209
+contig	C8350187	209
+contig	C8350235	209
+contig	C8349935	209
+contig	C8350127	209
+contig	C8350305	209
+contig	C8350283	209
+contig	C8350295	209
+contig	C8350331	209
+contig	C8350317	209
+contig	C8350333	209
+contig	C8350481	209
+contig	C8350255	209
+contig	C8350467	209
+contig	C8350525	209
+contig	C8350511	209
+contig	C8350523	209
+contig	C8350549	209
+contig	C8350555	209
+contig	C8350619	209
+contig	C8350591	209
+contig	C8350621	209
+contig	C8350625	209
+contig	C8350779	209
+contig	C8350741	209
+contig	C8350693	209
+contig	C8350829	209
+contig	C8330353	202
+contig	C8350871	209
+contig	C8350873	209
+contig	C8350867	209
+contig	C8350889	209
+contig	C8350883	209
+contig	C8345201	207
+contig	C8350947	209
+contig	C8350935	209
+contig	C8350801	209
+contig	C8350919	209
+contig	C8350959	209
+contig	C8350895	209
+contig	C8351009	209
+contig	C8351043	209
+contig	C8350553	209
+contig	C8351019	209
+contig	C8351123	209
+contig	C8351157	209
+contig	C8351099	209
+contig	C8351209	209
+contig	C8351193	209
+contig	C8351175	209
+contig	C8351165	209
+contig	C8351245	209
+contig	C8351283	209
+contig	C8351007	209
+contig	C8351317	209
+contig	C8351387	209
+contig	C8351359	209
+contig	C8351427	209
+contig	C8351467	209
+contig	C8351213	209
+contig	C8351445	209
+contig	C8351335	209
+contig	C8351491	209
+contig	C8351425	209
+contig	C8351545	209
+contig	C8351511	209
+contig	C8351543	209
+contig	C8351681	209
+contig	C8351537	209
+contig	C8351557	209
+contig	C8351595	209
+contig	C8351687	209
+contig	C8351723	209
+contig	C8351617	209
+contig	C8351805	209
+contig	C8351829	209
+contig	C8351949	210
+contig	C8351883	209
+contig	C8351825	209
+contig	C8351979	210
+contig	C8351899	209
+contig	C8351987	210
+contig	C8351935	210
+contig	C8352015	210
+contig	C8352081	210
+contig	C8352019	210
+contig	C8351799	209
+contig	C8352135	210
+contig	C8352109	210
+contig	C8352129	210
+contig	C8352155	210
+contig	C8352169	210
+contig	C8352179	210
+contig	C8352199	210
+contig	C8352213	210
+contig	C8352233	210
+contig	C8352349	210
+contig	C8352013	210
+contig	C8352351	210
+contig	C8352215	210
+contig	C8352361	210
+contig	C8351959	210
+contig	C8352453	210
+contig	C8352437	210
+contig	C8352389	210
+contig	C8352457	210
+contig	C8352473	210
+contig	C8352467	210
+contig	C8352487	210
+contig	C8352591	210
+contig	C8352469	210
+contig	C8352537	210
+contig	C8352671	210
+contig	C8352709	210
+contig	C8352841	210
+contig	C8352007	210
+contig	C8352855	210
+contig	C8352777	210
+contig	C8352801	210
+contig	C8352903	210
+contig	C8353051	210
+contig	C8352759	210
+contig	C8352953	210
+contig	C8353161	210
+contig	C8352543	210
+contig	C8353335	210
+contig	C8353183	210
+contig	C8353079	210
+contig	C8353343	210
+contig	C8353445	210
+contig	C8353451	210
+contig	C8353503	210
+contig	C8353463	210
+contig	C8353485	210
+contig	C8353361	210
+contig	C8353205	210
+contig	C8353617	210
+contig	C8353683	210
+contig	C8353645	210
+contig	C8353579	210
+contig	C8353697	210
+contig	C8353725	210
+contig	C8353791	210
+contig	C8353815	210
+contig	C8353805	210
+contig	C8353853	210
+contig	C8353839	210
+contig	C8353625	210
+contig	C8353675	210
+contig	C8353995	210
+contig	C8353935	210
+contig	C8353879	210
+contig	C8353963	210
+contig	C8354017	210
+contig	C8354019	210
+contig	C8354087	210
+contig	C8354033	210
+contig	C8354029	210
+contig	C8354031	210
+contig	C8354005	210
+contig	C8354325	210
+contig	C8354329	210
+contig	C8354167	210
+contig	C8354331	210
+contig	C8354297	210
+contig	C8353985	210
+contig	C8354349	210
+contig	C8354385	210
+contig	C8354353	210
+contig	C8354333	210
+contig	C8354343	210
+contig	C8354447	210
+contig	C8354435	210
+contig	C8354549	210
+contig	C8354547	210
+contig	C8354553	210
+contig	C8354645	210
+contig	C8354437	210
+contig	C8354693	210
+contig	C8354689	210
+contig	C8354705	211
+contig	C8354697	210
+contig	C8350101	209
+contig	C8354587	210
+contig	C8354579	210
+contig	C8354759	211
+contig	C8354775	211
+contig	C8354559	210
+contig	C8354867	211
+contig	C8354839	211
+contig	C8354893	211
+contig	C8354929	211
+contig	C8354785	211
+contig	C8354901	211
+contig	C8354875	211
+contig	C8354933	211
+contig	C8354393	210
+contig	C8354791	211
+contig	C8355051	211
+contig	C8355019	211
+contig	C8354979	211
+contig	C8355015	211
+contig	C8354731	211
+contig	C8355071	211
+contig	C8355075	211
+contig	C8355065	211
+contig	C8355193	211
+contig	C8355057	211
+contig	C8347527	208
+contig	C8355243	211
+contig	C8355207	211
+contig	C8355245	211
+contig	C8355269	211
+contig	C8355289	211
+contig	C8355287	211
+contig	C8354967	211
+contig	C8355299	211
+contig	C8355375	211
+contig	C8355383	211
+contig	C8355335	211
+contig	C8355141	211
+contig	C8355517	211
+contig	C8355399	211
+contig	C8355571	211
+contig	C8355533	211
+contig	C8355561	211
+contig	C8355117	211
+contig	C8355595	211
+contig	C8355391	211
+contig	C8355683	211
+contig	C8355723	211
+contig	C8355521	211
+contig	C8355727	211
+contig	C8355807	211
+contig	C8355725	211
+contig	C8355685	211
+contig	C8355877	211
+contig	C8355659	211
+contig	C8355913	211
+contig	C8355907	211
+contig	C8355979	211
+contig	C8355991	211
+contig	C8355709	211
+contig	C8355977	211
+contig	C8356013	211
+contig	C8355985	211
+contig	C8356045	211
+contig	C8355981	211
+contig	C8356121	211
+contig	C8356053	211
+contig	C8356057	211
+contig	C8356059	211
+contig	C8356157	211
+contig	C8355769	211
+contig	C8356179	211
+contig	C8356161	211
+contig	C8356189	211
+contig	C8356163	211
+contig	C8356241	211
+contig	C8356345	211
+contig	C8356235	211
+contig	C8356349	211
+contig	C8356267	211
+contig	C8356415	211
+contig	C8356459	211
+contig	C8356365	211
+contig	C8356209	211
+contig	C8356537	211
+contig	C8356559	211
+contig	C8356493	211
+contig	C8356579	211
+contig	C8356651	211
+contig	C8356739	211
+contig	C8356685	211
+contig	C8356665	211
+contig	C8356607	211
+contig	C8356807	211
+contig	C8356865	211
+contig	C8356613	211
+contig	C8356817	211
+contig	C8356879	211
+contig	C8356801	211
+contig	C8356829	211
+contig	C8356969	211
+contig	C8356933	211
+contig	C8357079	211
+contig	C8355829	211
+contig	C8357081	211
+contig	C8343689	207
+contig	C8356885	211
+contig	C8356993	211
+contig	C8357189	211
+contig	C8357145	211
+contig	C8357225	211
+contig	C8357243	211
+contig	C8357175	211
+contig	C8357001	211
+contig	C8357277	211
+contig	C8357273	211
+contig	C8357041	211
+contig	C8357259	211
+contig	C8357323	211
+contig	C8357105	211
+contig	C8357365	211
+contig	C8357405	211
+contig	C8357469	211
+contig	C8357267	211
+contig	C8357385	211
+contig	C8357415	211
+contig	C8357435	211
+contig	C8357345	211
+contig	C8357547	212
+contig	C8357567	212
+contig	C8357635	212
+contig	C8357613	212
+contig	C8357595	212
+contig	C8357393	211
+contig	C8357809	212
+contig	C8357589	212
+contig	C8357701	212
+contig	C8357841	212
+contig	C8357647	212
+contig	C8357845	212
+contig	C8357853	212
+contig	C8357719	212
+contig	C8357851	212
+contig	C8357813	212
+contig	C8357999	212
+contig	C8357897	212
+contig	C8358147	212
+contig	C8357961	212
+contig	C8358139	212
+contig	C8357983	212
+contig	C8358005	212
+contig	C8357763	212
+contig	C8358151	212
+contig	C8358157	212
+contig	C8358083	212
+contig	C8358267	212
+contig	C8358287	212
+contig	C8358291	212
+contig	C8358357	212
+contig	C8358255	212
+contig	C8358489	212
+contig	C8358437	212
+contig	C8358573	212
+contig	C8358411	212
+contig	C8358579	212
+contig	C8358535	212
+contig	C8358533	212
+contig	C8358627	212
+contig	C8358673	212
+contig	C8358661	212
+contig	C8358445	212
+contig	C8358687	212
+contig	C8358769	212
+contig	C8358631	212
+contig	C8358771	212
+contig	C8358797	212
+contig	C8358749	212
+contig	C8358801	212
+contig	C8358803	212
+contig	C8358807	212
+contig	C8358935	212
+contig	C8358815	212
+contig	C8358977	212
+contig	C8358869	212
+contig	C8358991	212
+contig	C8359043	212
+contig	C8359075	212
+contig	C8359091	212
+contig	C8359093	212
+contig	C8359193	212
+contig	C8359147	212
+contig	C8359201	212
+contig	C8359213	212
+contig	C8359229	212
+contig	C8359309	212
+contig	C8358937	212
+contig	C8359323	212
+contig	C8358307	212
+contig	C8359235	212
+contig	C8359029	212
+contig	C8359455	212
+contig	C8355003	211
+contig	C8359465	212
+contig	C8359511	212
+contig	C8359335	212
+contig	C8359425	212
+contig	C8359349	212
+contig	C8359565	212
+contig	C8359471	212
+contig	C8359637	212
+contig	C8359723	212
+contig	C8359695	212
+contig	C8359829	212
+contig	C8359639	212
+contig	C8359631	212
+contig	C8359901	212
+contig	C8359745	212
+contig	C8359779	212
+contig	C8359917	212
+contig	C8359915	212
+contig	C8359907	212
+contig	C8359929	212
+contig	C8359867	212
+contig	C8359921	212
+contig	C8359953	212
+contig	C8360101	212
+contig	C8360021	212
+contig	C8360151	212
+contig	C8360049	212
+contig	C8360177	212
+contig	C8360273	212
+contig	C8359919	212
+contig	C8360269	212
+contig	C8360225	212
+contig	C8360283	212
+contig	C8360311	212
+contig	C8360385	213
+contig	C8360313	212
+contig	C8340215	205
+contig	C8360075	212
+contig	C8360377	213
+contig	C8360447	213
+contig	C8360449	213
+contig	C8360327	213
+contig	C8360435	213
+contig	C8360437	213
+contig	C8360289	212
+contig	C8360501	213
+contig	C8360541	213
+contig	C8360489	213
+contig	C8360467	213
+contig	C8360577	213
+contig	C8360515	213
+contig	C8360571	213
+contig	C8360579	213
+contig	C8360635	213
+contig	C8360701	213
+contig	C8360607	213
+contig	C8360693	213
+contig	C8360665	213
+contig	C8360739	213
+contig	C8360751	213
+contig	C8360411	213
+contig	C8360613	213
+contig	C8360737	213
+contig	C8360883	213
+contig	C8360763	213
+contig	C8360915	213
+contig	C8360945	213
+contig	C8360769	213
+contig	C8360775	213
+contig	C8360947	213
+contig	C8360957	213
+contig	C8361003	213
+contig	C8361083	213
+contig	C8361059	213
+contig	C8361101	213
+contig	C8361039	213
+contig	C8361143	213
+contig	C8361087	213
+contig	C8361125	213
+contig	C8361209	213
+contig	C8360921	213
+contig	C8361195	213
+contig	C8361261	213
+contig	C8361191	213
+contig	C8361247	213
+contig	C8361271	213
+contig	C8361269	213
+contig	C8361331	213
+contig	C8360681	213
+contig	C8361343	213
+contig	C8361385	213
+contig	C8361501	213
+contig	C8361291	213
+contig	C8361453	213
+contig	C8361507	213
+contig	C8361391	213
+contig	C8361505	213
+contig	C8361433	213
+contig	C8361535	213
+contig	C8361563	213
+contig	C8361555	213
+contig	C8361565	213
+contig	C8361631	213
+contig	C8361603	213
+contig	C8361655	213
+contig	C8361537	213
+contig	C8361653	213
+contig	C8361667	213
+contig	C8361651	213
+contig	C8361703	213
+contig	C8361733	213
+contig	C8361695	213
+contig	C8361767	213
+contig	C8361753	213
+contig	C8361751	213
+contig	C8361693	213
+contig	C8361865	213
+contig	C8361829	213
+contig	C8361893	213
+contig	C8361911	213
+contig	C8361919	213
+contig	C8361949	213
+contig	C8362103	213
+contig	C8361907	213
+contig	C8362251	213
+contig	C8361971	213
+contig	C8362171	213
+contig	C8362319	213
+contig	C8362323	213
+contig	C8362429	213
+contig	C8362113	213
+contig	C8362297	213
+contig	C8362445	213
+contig	C8362405	213
+contig	C8362357	213
+contig	C8362493	213
+contig	C8362555	213
+contig	C8362539	213
+contig	C8362431	213
+contig	C8362557	213
+contig	C8362635	213
+contig	C8362677	213
+contig	C8362465	213
+contig	C8362691	213
+contig	C8362745	213
+contig	C8362695	213
+contig	C8362747	213
+contig	C8362761	213
+contig	C8362735	213
+contig	C8362771	213
+contig	C8362837	213
+contig	C8362769	213
+contig	C8362859	213
+contig	C8362809	213
+contig	C8361281	213
+contig	C8362967	213
+contig	C8362961	213
+contig	C8363027	213
+contig	C8363017	213
+contig	C8363015	213
+contig	C8362603	213
+contig	C8362975	213
+contig	C8363183	214
+contig	C8363075	213
+contig	C8363259	214
+contig	C8363029	213
+contig	C8363407	214
+contig	C8363229	214
+contig	C8363461	214
+contig	C8363349	214
+contig	C8363463	214
+contig	C8363731	214
+contig	C8363593	214
+contig	C8363581	214
+contig	C8363065	213
+contig	C8363633	214
+contig	C8363747	214
+contig	C8363787	214
+contig	C8363833	214
+contig	C8363821	214
+contig	C8363879	214
+contig	C8363941	214
+contig	C8363789	214
+contig	C8363909	214
+contig	C8364035	214
+contig	C8363945	214
+contig	C8364037	214
+contig	C8364049	214
+contig	C8364097	214
+contig	C8363845	214
+contig	C8364103	214
+contig	C8364123	214
+contig	C8364217	214
+contig	C8364233	214
+contig	C8364251	214
+contig	C8364131	214
+contig	C8364047	214
+contig	C8364453	214
+contig	C8364301	214
+contig	C8364473	214
+contig	C8364543	214
+contig	C8364507	214
+contig	C8364541	214
+contig	C8364493	214
+contig	C8364575	214
+contig	C8364619	214
+contig	C8364585	214
+contig	C8364631	214
+contig	C8364703	214
+contig	C8364725	214
+contig	C8364681	214
+contig	C8364571	214
+contig	C8364755	214
+contig	C8364857	214
+contig	C8364865	214
+contig	C8364861	214
+contig	C8364935	214
+contig	C8365245	214
+contig	C8365027	214
+contig	C8365271	214
+contig	C8365261	214
+contig	C8365291	214
+contig	C8365013	214
+contig	C8365001	214
+contig	C8365297	214
+contig	C8365351	214
+contig	C8365281	214
+contig	C8365321	214
+contig	C8365359	214
+contig	C8365381	214
+contig	C8365387	214
+contig	C8365299	214
+contig	C8365377	214
+contig	C8365429	214
+contig	C8365401	214
+contig	C8365357	214
+contig	C8365743	214
+contig	C8365569	214
+contig	C8365547	214
+contig	C8365617	214
+contig	C8365755	214
+contig	C8365889	215
+contig	C8365633	214
+contig	C8365937	215
+contig	C8365855	215
+contig	C8366005	215
+contig	C8365973	215
+contig	C8365999	215
+contig	C8365905	215
+contig	C8366045	215
+contig	C8366071	215
+contig	C8366021	215
+contig	C8366081	215
+contig	C8366093	215
+contig	C8366085	215
+contig	C8366147	215
+contig	C8366115	215
+contig	C8366163	215
+contig	C8366127	215
+contig	C8366241	215
+contig	C8366167	215
+contig	C8366237	215
+contig	C8366349	215
+contig	C8366385	215
+contig	C8366337	215
+contig	C8366399	215
+contig	C8366415	215
+contig	C8366439	215
+contig	C8366557	215
+contig	C8366413	215
+contig	C8366567	215
+contig	C8366623	215
+contig	C8366631	215
+contig	C8366653	215
+contig	C8366643	215
+contig	C8366711	215
+contig	C8366677	215
+contig	C8366747	215
+contig	C8366813	215
+contig	C8366769	215
+contig	C8366869	215
+contig	C8366889	215
+contig	C8366855	215
+contig	C8366909	215
+contig	C8366903	215
+contig	C8366915	215
+contig	C8366919	215
+contig	C8366943	215
+contig	C8366993	215
+contig	C8366991	215
+contig	C8366995	215
+contig	C8367007	215
+contig	C8367033	215
+contig	C8367143	215
+contig	C8367035	215
+contig	C8367155	215
+contig	C8367171	215
+contig	C8367177	215
+contig	C8358597	212
+contig	C8367175	215
+contig	C8367317	215
+contig	C8366387	215
+contig	C8367255	215
+contig	C8367181	215
+contig	C8367341	215
+contig	C8367349	215
+contig	C8367411	215
+contig	C8367469	215
+contig	C8367427	215
+contig	C8367459	215
+contig	C8367401	215
+contig	C8367543	215
+contig	C8367485	215
+contig	C8367475	215
+contig	C8367577	215
+contig	C8367617	215
+contig	C8367619	215
+contig	C8367551	215
+contig	C8367637	215
+contig	C8367601	215
+contig	C8367673	215
+contig	C8367723	215
+contig	C8367757	215
+contig	C8367839	215
+contig	C8361121	213
+contig	C8367881	215
+contig	C8367873	215
+contig	C8367923	215
+contig	C8367945	215
+contig	C8367975	215
+contig	C8368021	215
+contig	C8368035	215
+contig	C8368105	215
+contig	C8368113	215
+contig	C8368119	215
+contig	C8368151	215
+contig	C8368127	215
+contig	C8368207	215
+contig	C8368067	215
+contig	C8368225	215
+contig	C8368223	215
+contig	C8368247	215
+contig	C8368255	215
+contig	C8368297	215
+contig	C8368349	215
+contig	C8368449	215
+contig	C8368301	215
+contig	C8368495	216
+contig	C8368511	216
+contig	C8368509	216
+contig	C8368437	215
+contig	C8368627	216
+contig	C8368553	216
+contig	C8368679	216
+contig	C8368701	216
+contig	C8368739	216
+contig	C8368779	216
+contig	C8368865	216
+contig	C8368609	216
+contig	C8368943	216
+contig	C8368941	216
+contig	C8369059	216
+contig	C8368925	216
+contig	C8369063	216
+contig	C8369077	216
+contig	C8369003	216
+contig	C8369127	216
+contig	C8369219	216
+contig	C8369277	216
+contig	C8369313	216
+contig	C8369347	216
+contig	C8369383	216
+contig	C8369373	216
+contig	C8369321	216
+contig	C8369427	216
+contig	C8369437	216
+contig	C8369409	216
+contig	C8369397	216
+contig	C8369449	216
+contig	C8369439	216
+contig	C8369539	216
+contig	C8369475	216
+contig	C8369583	216
+contig	C8369631	216
+contig	C8369569	216
+contig	C8369641	216
+contig	C8369643	216
+contig	C8369661	216
+contig	C8369677	216
+contig	C8369695	216
+contig	C8369761	216
+contig	C8369769	216
+contig	C8369707	216
+contig	C8369649	216
+contig	C8369775	216
+contig	C8369795	216
+contig	C8369777	216
+contig	C8369823	216
+contig	C8369829	216
+contig	C8358471	212
+contig	C8369871	216
+contig	C8369837	216
+contig	C8369895	216
+contig	C8369913	216
+contig	C8369887	216
+contig	C8369933	216
+contig	C8369947	216
+contig	C8370033	216
+contig	C8369889	216
+contig	C8370053	216
+contig	C8370035	216
+contig	C8370055	216
+contig	C8369881	216
+contig	C8370051	216
+contig	C8370117	216
+contig	C8370075	216
+contig	C8370151	216
+contig	C8370161	216
+contig	C8370207	216
+contig	C8370241	216
+contig	C8370283	216
+contig	C8370287	216
+contig	C8370261	216
+contig	C8370377	216
+contig	C8370353	216
+contig	C8370541	216
+contig	C8370405	216
+contig	C8370391	216
+contig	C8370581	216
+contig	C8370659	216
+contig	C8370687	216
+contig	C8366665	215
+contig	C8370721	216
+contig	C8370713	216
+contig	C8370767	216
+contig	C8370445	216
+contig	C8370771	216
+contig	C8370749	216
+contig	C8370775	216
+contig	C8370827	216
+contig	C8370841	216
+contig	C8370847	216
+contig	C8370799	216
+contig	C8370857	216
+contig	C8370881	216
+contig	C8370943	216
+contig	C8370963	216
+contig	C8370969	216
+contig	C8370965	216
+contig	C8370937	216
+contig	C8370971	216
+contig	C8371037	216
+contig	C8371123	216
+contig	C8370879	216
+contig	C8371111	216
+contig	C8371143	216
+contig	C8371145	216
+contig	C8371205	217
+contig	C8371217	217
+contig	C8371069	216
+contig	C8371247	217
+contig	C8371249	217
+contig	C8371261	217
+contig	C8371219	217
+contig	C8371253	217
+contig	C8371293	217
+contig	C8371339	217
+contig	C8371327	217
+contig	C8371363	217
+contig	C8371387	217
+contig	C8371485	217
+contig	C8371487	217
+contig	C8371277	217
+contig	C8371495	217
+contig	C8371573	217
+contig	C8371499	217
+contig	C8371341	217
+contig	C8371613	217
+contig	C8371605	217
+contig	C8371639	217
+contig	C8371589	217
+contig	C8371641	217
+contig	C8371643	217
+contig	C8371701	217
+contig	C8371703	217
+contig	C8371711	217
+contig	C8371749	217
+contig	C8371759	217
+contig	C8371529	217
+contig	C8371869	217
+contig	C8371873	217
+contig	C8371871	217
+contig	C8371921	217
+contig	C8371953	217
+contig	C8371955	217
+contig	C8371975	217
+contig	C8372059	217
+contig	C8372045	217
+contig	C8356897	211
+contig	C8372087	217
+contig	C8372085	217
+contig	C8372099	217
+contig	C8371631	217
+contig	C8372127	217
+contig	C8372313	217
+contig	C8372385	217
+contig	C8372223	217
+contig	C8372289	217
+contig	C8372395	217
+contig	C8372255	217
+contig	C8372421	217
+contig	C8372481	217
+contig	C8372465	217
+contig	C8372485	217
+contig	C8372489	217
+contig	C8372581	217
+contig	C8372605	217
+contig	C8372407	217
+contig	C8372651	217
+contig	C8372719	217
+contig	C8372735	217
+contig	C8372363	217
+contig	C8372755	217
+contig	C8372757	217
+contig	C8372701	217
+contig	C8372781	217
+contig	C8372771	217
+contig	C8372849	217
+contig	C8372883	217
+contig	C8372893	217
+contig	C8372723	217
+contig	C8365837	215
+contig	C8372997	217
+contig	C8372999	217
+contig	C8372977	217
+contig	C8373045	217
+contig	C8372847	217
+contig	C8373087	217
+contig	C8373139	217
+contig	C8373097	217
+contig	C8373067	217
+contig	C8373253	217
+contig	C8373249	217
+contig	C8372923	217
+contig	C8373293	217
+contig	C8373241	217
+contig	C8373187	217
+contig	C8373309	217
+contig	C8373263	217
+contig	C8373183	217
+contig	C8373315	217
+contig	C8373347	217
+contig	C8373439	217
+contig	C8373423	217
+contig	C8373495	217
+contig	C8373547	217
+contig	C8373571	217
+contig	C8373497	217
+contig	C8373583	217
+contig	C8373565	217
+contig	C8373609	217
+contig	C8373585	217
+contig	C8373453	217
+contig	C8373667	217
+contig	C8373723	217
+contig	C8373753	217
+contig	C8373647	217
+contig	C8373655	217
+contig	C8373699	217
+contig	C8362939	213
+contig	C8373833	217
+contig	C8373757	217
+contig	C8373911	218
+contig	C8373835	217
+contig	C8373789	217
+contig	C8373927	218
+contig	C8373945	218
+contig	C8373985	218
+contig	C8374005	218
+contig	C8374033	218
+contig	C8374019	218
+contig	C8374025	218
+contig	C8374099	218
+contig	C8374103	218
+contig	C8374115	218
+contig	C8374245	218
+contig	C8374319	218
+contig	C8374251	218
+contig	C8374145	218
+contig	C8374069	218
+contig	C8374237	218
+contig	C8374353	218
+contig	C8374325	218
+contig	C8374231	218
+contig	C8374429	218
+contig	C8374487	218
+contig	C8374473	218
+contig	C8374447	218
+contig	C8374557	218
+contig	C8374331	218
+contig	C8374511	218
+contig	C8374627	218
+contig	C8374579	218
+contig	C8374629	218
+contig	C8374425	218
+contig	C8374603	218
+contig	C8374747	218
+contig	C8374583	218
+contig	C8374611	218
+contig	C8374759	218
+contig	C8374681	218
+contig	C8374647	218
+contig	C8374779	218
+contig	C8374775	218
+contig	C8374753	218
+contig	C8374903	218
+contig	C8374905	218
+contig	C8374947	218
+contig	C8374799	218
+contig	C8374971	218
+contig	C8374821	218
+contig	C8374961	218
+contig	C8374997	218
+contig	C8375005	218
+contig	C8375071	218
+contig	C8375079	218
+contig	C8375121	218
+contig	C8375095	218
+contig	C8375301	218
+contig	C8375065	218
+contig	C8375317	218
+contig	C8375013	218
+contig	C8375253	218
+contig	C8375385	218
+contig	C8375169	218
+contig	C8375373	218
+contig	C8375423	218
+contig	C8375443	218
+contig	C8375499	218
+contig	C8375509	218
+contig	C8375627	218
+contig	C8375533	218
+contig	C8375549	218
+contig	C8375551	218
+contig	C8375537	218
+contig	C8375649	218
+contig	C8375735	218
+contig	C8375651	218
+contig	C8375665	218
+contig	C8375781	218
+contig	C8375815	218
+contig	C8375767	218
+contig	C8375851	218
+contig	C8375945	218
+contig	C8375913	218
+contig	C8375873	218
+contig	C8375951	218
+contig	C8375967	218
+contig	C8375981	218
+contig	C8375921	218
+contig	C8376017	218
+contig	C8376063	218
+contig	C8376083	218
+contig	C8376085	218
+contig	C8375989	218
+contig	C8376131	218
+contig	C8374901	218
+contig	C8376119	218
+contig	C8376151	218
+contig	C8376111	218
+contig	C8376207	218
+contig	C8376209	218
+contig	C8376223	218
+contig	C8376247	219
+contig	C8375963	218
+contig	C8376145	218
+contig	C8376291	219
+contig	C8376257	219
+contig	C8376363	219
+contig	C8376267	219
+contig	C8376423	219
+contig	C8376365	219
+contig	C8376061	218
+contig	C8376403	219
+contig	C8376511	219
+contig	C8376387	219
+contig	C8376525	219
+contig	C8376377	219
+contig	C8376435	219
+contig	C8376499	219
+contig	C8376585	219
+contig	C8376593	219
+contig	C8376711	219
+contig	C8376567	219
+contig	C8376425	219
+contig	C8376659	219
+contig	C8376783	219
+contig	C8376749	219
+contig	C8376807	219
+contig	C8376249	219
+contig	C8376861	219
+contig	C8376787	219
+contig	C8376863	219
+contig	C8376801	219
+contig	C8376885	219
+contig	C8376907	219
+contig	C8376975	219
+contig	C8376621	219
+contig	C8377031	219
+contig	C8376991	219
+contig	C8376901	219
+contig	C8377073	219
+contig	C8376643	219
+contig	C8377077	219
+contig	C8377095	219
+contig	C8377173	219
+contig	C8377181	219
+contig	C8377213	219
+contig	C8377163	219
+contig	C8377017	219
+contig	C8377259	219
+contig	C8377063	219
+contig	C8377461	219
+contig	C8377433	219
+contig	C8377335	219
+contig	C8377441	219
+contig	C8377273	219
+contig	C8377349	219
+contig	C8377509	219
+contig	C8377535	219
+contig	C8377513	219
+contig	C8377497	219
+contig	C8377595	219
+contig	C8377609	219
+contig	C8377547	219
+contig	C8377563	219
+contig	C8377699	219
+contig	C8377743	219
+contig	C8377841	219
+contig	C8377791	219
+contig	C8377685	219
+contig	C8377775	219
+contig	C8377611	219
+contig	C8377953	219
+contig	C8377969	219
+contig	C8378053	219
+contig	C8377753	219
+contig	C8377961	219
+contig	C8377859	219
+contig	C8377981	219
+contig	C8378113	219
+contig	C8377673	219
+contig	C8378075	219
+contig	C8377849	219
+contig	C8378143	219
+contig	C8378217	219
+contig	C8378225	219
+contig	C8378277	219
+contig	C8378249	219
+contig	C8378275	219
+contig	C8378287	219
+contig	C8378341	219
+contig	C8378363	219
+contig	C8378365	219
+contig	C8378121	219
+contig	C8378421	219
+contig	C8378303	219
+contig	C8378557	219
+contig	C8378489	219
+contig	C8378401	219
+contig	C8378447	219
+contig	C8378589	219
+contig	C8378649	219
+contig	C8378569	219
+contig	C8378179	219
+contig	C8378759	220
+contig	C8378655	219
+contig	C8378761	220
+contig	C8378679	219
+contig	C8378823	220
+contig	C8378841	220
+contig	C8378797	220
+contig	C8378747	219
+contig	C8378859	220
+contig	C8378911	220
+contig	C8378867	220
+contig	C8378827	220
+contig	C8378885	220
+contig	C8378951	220
+contig	C8378919	220
+contig	C8378971	220
+contig	C8379039	220
+contig	C8379085	220
+contig	C8379129	220
+contig	C8378913	220
+contig	C8379099	220
+contig	C8379227	220
+contig	C8379143	220
+contig	C8379305	220
+contig	C8379281	220
+contig	C8379187	220
+contig	C8379405	220
+contig	C8379353	220
+contig	C8379483	220
+contig	C8379349	220
+contig	C8379591	220
+contig	C8379401	220
+contig	C8379521	220
+contig	C8379597	220
+contig	C8379599	220
+contig	C8379629	220
+contig	C8379651	220
+contig	C8379533	220
+contig	C8379777	220
+contig	C8379689	220
+contig	C8379661	220
+contig	C8379783	220
+contig	C8379797	220
+contig	C8379605	220
+contig	C8379821	220
+contig	C8379747	220
+contig	C8379847	220
+contig	C8379781	220
+contig	C8380009	220
+contig	C8379953	220
+contig	C8380023	220
+contig	C8380069	220
+contig	C8380091	220
+contig	C8380127	220
+contig	C8380117	220
+contig	C8380097	220
+contig	C8380215	220
+contig	C8380107	220
+contig	C8380231	220
+contig	C8380205	220
+contig	C8380233	220
+contig	C8380283	220
+contig	C8380133	220
+contig	C8380273	220
+contig	C8380379	220
+contig	C8380221	220
+contig	C8380321	220
+contig	C8380285	220
+contig	C8380367	220
+contig	C8380431	220
+contig	C8380447	220
+contig	C8380425	220
+contig	C8380457	220
+contig	C8380473	220
+contig	C8380499	220
+contig	C8380461	220
+contig	C8380517	220
+contig	C8380427	220
+contig	C8380665	220
+contig	C8380601	220
+contig	C8380571	220
+contig	C8380637	220
+contig	C8380475	220
+contig	C8380685	220
+contig	C8380747	220
+contig	C8380767	220
+contig	C8380781	220
+contig	C8380907	220
+contig	C8380821	220
+contig	C8380897	220
+contig	C8380937	220
+contig	C8380957	220
+contig	C8381013	220
+contig	C8381019	220
+contig	C8380245	220
+contig	C8380985	220
+contig	C8380939	220
+contig	C8380927	220
+contig	C8381211	220
+contig	C8381117	220
+contig	C8381307	221
+contig	C8381253	220
+contig	C8381247	220
+contig	C8381179	220
+contig	C8381407	221
+contig	C8381195	220
+contig	C8381425	221
+contig	C8381379	221
+contig	C8381471	221
+contig	C8381535	221
+contig	C8381417	221
+contig	C8381309	221
+contig	C8381595	221
+contig	C8381747	221
+contig	C8381619	221
+contig	C8381749	221
+contig	C8381131	220
+contig	C8381753	221
+contig	C8381719	221
+contig	C8381799	221
+contig	C8381849	221
+contig	C8381739	221
+contig	C8381999	221
+contig	C8381947	221
+contig	C8381857	221
+contig	C8382009	221
+contig	C8382105	221
+contig	C8382235	221
+contig	C8381765	221
+contig	C8382259	221
+contig	C8382267	221
+contig	C8382303	221
+contig	C8382313	221
+contig	C8382407	221
+contig	C8382377	221
+contig	C8382439	221
+contig	C8382367	221
+contig	C8382415	221
+contig	C8382447	221
+contig	C8382467	221
+contig	C8382485	221
+contig	C8382503	221
+contig	C8382275	221
+contig	C8382569	221
+contig	C8382561	221
+contig	C8382609	221
+contig	C8382305	221
+contig	C8382651	221
+contig	C8382623	221
+contig	C8382555	221
+contig	C8382689	221
+contig	C8382671	221
+contig	C8382663	221
+contig	C8382673	221
+contig	C8382701	221
+contig	C8382703	221
+contig	C8382657	221
+contig	C8382733	221
+contig	C8382745	221
+contig	C8382873	221
+contig	C8382693	221
+contig	C8382937	221
+contig	C8382913	221
+contig	C8382943	221
+contig	C8382969	221
+contig	C8383109	221
+contig	C8383071	221
+contig	C8383095	221
+contig	C8382979	221
+contig	C8383175	221
+contig	C8382955	221
+contig	C8383185	221
+contig	C8383169	221
+contig	C8383209	221
+contig	C8383299	221
+contig	C8383347	221
+contig	C8383349	221
+contig	C8383395	221
+contig	C8383445	221
+contig	C8383467	221
+contig	C8383233	221
+contig	C8383529	221
+contig	C8383531	221
+contig	C8383495	221
+contig	C8383559	221
+contig	C8383605	221
+contig	C8383721	222
+contig	C8383645	221
+contig	C8383661	221
+contig	C8378577	219
+contig	C8383635	221
+contig	C8383727	222
+contig	C8383799	222
+contig	C8383737	222
+contig	C8383901	222
+contig	C8383835	222
+contig	C8383867	222
+contig	C8383929	222
+contig	C8383903	222
+contig	C8383955	222
+contig	C8383983	222
+contig	C8383791	222
+contig	C8383913	222
+contig	C8384047	222
+contig	C8384033	222
+contig	C8381623	221
+contig	C8384085	222
+contig	C8384049	222
+contig	C8383945	222
+contig	C8384277	222
+contig	C8384075	222
+contig	C8384137	222
+contig	C8383989	222
+contig	C8384323	222
+contig	C8384191	222
+contig	C8384361	222
+contig	C8384307	222
+contig	C8384195	222
+contig	C8384295	222
+contig	C8384555	222
+contig	C8384663	222
+contig	C8384709	222
+contig	C8384699	222
+contig	C8384679	222
+contig	C8384643	222
+contig	C8384717	222
+contig	C8384813	222
+contig	C8384765	222
+contig	C8384739	222
+contig	C8384769	222
+contig	C8384839	222
+contig	C8384819	222
+contig	C8384833	222
+contig	C8384861	222
+contig	C8384875	222
+contig	C8384603	222
+contig	C8384855	222
+contig	C8384927	222
+contig	C8384879	222
+contig	C8384941	222
+contig	C8384967	222
+contig	C8384871	222
+contig	C8384849	222
+contig	C8385005	222
+contig	C8384973	222
+contig	C8384975	222
+contig	C8385107	222
+contig	C8385007	222
+contig	C8385131	222
+contig	C8385071	222
+contig	C8385177	222
+contig	C8385201	222
+contig	C8385223	222
+contig	C8384995	222
+contig	C8385261	222
+contig	C8385105	222
+contig	C8385251	222
+contig	C8385205	222
+contig	C8385277	222
+contig	C8385411	222
+contig	C8385235	222
+contig	C8385417	222
+contig	C8385285	222
+contig	C8385499	222
+contig	C8385355	222
+contig	C8385553	222
+contig	C8385585	222
+contig	C8385539	222
+contig	C8385195	222
+contig	C8385597	222
+contig	C8385621	222
+contig	C8385673	222
+contig	C8385737	222
+contig	C8385745	222
+contig	C8385691	222
+contig	C8385735	222
+contig	C8385791	222
+contig	C8385667	222
+contig	C8385813	222
+contig	C8385899	222
+contig	C8385749	222
+contig	C8367661	215
+contig	C8385783	222
+contig	C8385957	222
+contig	C8385985	222
+contig	C8385907	222
+contig	C8385973	222
+contig	C8385995	222
+contig	C8385805	222
+contig	C8386019	222
+contig	C8385901	222
+contig	C8385823	222
+contig	C8386133	222
+contig	C8386039	222
+contig	C8386223	223
+contig	C8386053	222
+contig	C8386153	223
+contig	C8386185	223
+contig	C8386247	223
+contig	C8386263	223
+contig	C8386295	223
+contig	C8386353	223
+contig	C8386125	222
+contig	C8386381	223
+contig	C8386261	223
+contig	C8386371	223
+contig	C8386455	223
+contig	C8386383	223
+contig	C8386419	223
+contig	C8386409	223
+contig	C8386131	222
+contig	C8386555	223
+contig	C8386509	223
+contig	C8386735	223
+contig	C8386457	223
+contig	C8386689	223
+contig	C8386799	223
+contig	C8386519	223
+contig	C8386469	223
+contig	C8386645	223
+contig	C8386883	223
+contig	C8383461	221
+contig	C8386893	223
+contig	C8386945	223
+contig	C8386989	223
+contig	C8387001	223
+contig	C8387005	223
+contig	C8386563	223
+contig	C8386929	223
+contig	C8387041	223
+contig	C8387153	223
+contig	C8387129	223
+contig	C8387221	223
+contig	C8387169	223
+contig	C8387233	223
+contig	C8387179	223
+contig	C8387237	223
+contig	C8387225	223
+contig	C8387365	223
+contig	C8387267	223
+contig	C8387405	223
+contig	C8387299	223
+contig	C8387461	223
+contig	C8387481	223
+contig	C8387205	223
+contig	C8387507	223
+contig	C8387605	223
+contig	C8387497	223
+contig	C8387065	223
+contig	C8387537	223
+contig	C8387373	223
+contig	C8387525	223
+contig	C8387543	223
+contig	C8387743	223
+contig	C8387669	223
+contig	C8387665	223
+contig	C8387619	223
+contig	C8387633	223
+contig	C8387883	223
+contig	C8387813	223
+contig	C8387853	223
+contig	C8387899	223
+contig	C8387935	223
+contig	C8387831	223
+contig	C8388001	223
+contig	C8387769	223
+contig	C8387759	223
+contig	C8388059	223
+contig	C8388033	223
+contig	C8388045	223
+contig	C8388097	223
+contig	C8388089	223
+contig	C8387895	223
+contig	C8388167	223
+contig	C8388229	223
+contig	C8388233	223
+contig	C8388177	223
+contig	C8388235	223
+contig	C8388055	223
+contig	C8388269	223
+contig	C8388239	223
+contig	C8388291	223
+contig	C8388283	223
+contig	C8388463	223
+contig	C8388295	223
+contig	C8388401	223
+contig	C8388461	223
+contig	C8388489	223
+contig	C8388493	223
+contig	C8388399	223
+contig	C8388529	223
+contig	C8388515	223
+contig	C8388495	223
+contig	C8388465	223
+contig	C8388607	224
+contig	C8388617	224
+contig	C8388645	224
+contig	C8388669	224
+contig	C8388689	224
+contig	C8388691	224
+contig	C8388129	223
+contig	C8388715	224
+contig	C8388733	224
+contig	C8388577	224
+contig	C8388739	224
+contig	C8388751	224
+contig	C8388575	224
+contig	C8388805	224
+contig	C8388773	224
+contig	C8388821	224
+contig	C8388827	224
+contig	C8388845	224
+contig	C8388851	224
+contig	C8388929	224
+contig	C8388877	224
+contig	C8388965	224
+contig	C8388921	224
+contig	C8388781	224
+contig	C8388913	224
+contig	C8388985	224
+contig	C8388657	224
+contig	C8389001	224
+contig	C8389013	224
+contig	C8389083	224
+contig	C8389159	224
+contig	C8389077	224
+contig	C8389071	224
+contig	C8389165	224
+contig	C8389201	224
+contig	C8389163	224
+contig	C8387901	223
+contig	C8389241	224
+contig	C8389259	224
+contig	C8389317	224
+contig	C8389263	224
+contig	C8389339	224
+contig	C8389393	224
+contig	C8389389	224
+contig	C8389447	224
+contig	C8389275	224
+contig	C8389283	224
+contig	C8389459	224
+contig	C8389073	224
+contig	C8389505	224
+contig	C8389501	224
+contig	C8389529	224
+contig	C8389495	224
+contig	C8389355	224
+contig	C8389545	224
+contig	C8389485	224
+contig	C8389563	224
+contig	C8370995	216
+contig	C8389579	224
+contig	C8389561	224
+contig	C8389605	224
+contig	C8389589	224
+contig	C8389305	224
+contig	C8389767	224
+contig	C8389803	224
+contig	C8389869	224
+contig	C8389829	224
+contig	C8389643	224
+contig	C8389549	224
+contig	C8389923	224
+contig	C8389895	224
+contig	C8389791	224
+contig	C8389873	224
+contig	C8389823	224
+contig	C8389833	224
+contig	C8389931	224
+contig	C8389997	224
+contig	C8389975	224
+contig	C8389943	224
+contig	C8390013	224
+contig	C8389941	224
+contig	C8389971	224
+contig	C8389933	224
+contig	C8390169	224
+contig	C8390171	224
+contig	C8390149	224
+contig	C8386859	223
+contig	C8390305	224
+contig	C8389965	224
+contig	C8390317	224
+contig	C8390387	224
+contig	C8390303	224
+contig	C8390309	224
+contig	C8390299	224
+contig	C8390361	224
+contig	C8390457	224
+contig	C8390213	224
+contig	C8390315	224
+contig	C8390653	224
+contig	C8390477	224
+contig	C8390721	224
+contig	C8390769	224
+contig	C8390399	224
+contig	C8390775	224
+contig	C8390701	224
+contig	C8390533	224
+contig	C8390777	224
+contig	C8390823	224
+contig	C8390755	224
+contig	C8390811	224
+contig	C8390935	224
+contig	C8390895	224
+contig	C8390839	224
+contig	C8390993	225
+contig	C8390377	224
+contig	C8390705	224
+contig	C8391041	225
+contig	C8390849	224
+contig	C8390939	224
+contig	C8390971	224
+contig	C8391057	225
+contig	C8391073	225
+contig	C8391159	225
+contig	C8391085	225
+contig	C8391075	225
+contig	C8391207	225
+contig	C8391091	225
+contig	C8391191	225
+contig	C8391083	225
+contig	C8391195	225
+contig	C8391243	225
+contig	C8391391	225
+contig	C8391301	225
+contig	C8391217	225
+contig	C8391215	225
+contig	C8391323	225
+contig	C8391369	225
+contig	C8391359	225
+contig	C8391337	225
+contig	C8391505	225
+contig	C8391425	225
+contig	C8391263	225
+contig	C8391481	225
+contig	C8391413	225
+contig	C8391587	225
+contig	C8391607	225
+contig	C8391637	225
+contig	C8391477	225
+contig	C8391605	225
+contig	C8391639	225
+contig	C8391715	225
+contig	C8391589	225
+contig	C8391753	225
+contig	C8391807	225
+contig	C8391717	225
+contig	C8391803	225
+contig	C8391831	225
+contig	C8391931	225
+contig	C8391823	225
+contig	C8391929	225
+contig	C8391945	225
+contig	C8391961	225
+contig	C8391675	225
+contig	C8391739	225
+contig	C8391963	225
+contig	C8392147	225
+contig	C8392035	225
+contig	C8391979	225
+contig	C8392015	225
+contig	C8391943	225
+contig	C8392233	225
+contig	C8391821	225
+contig	C8392037	225
+contig	C8392255	225
+contig	C8392159	225
+contig	C8392257	225
+contig	C8392119	225
+contig	C8392307	225
+contig	C8392289	225
+contig	C8392309	225
+contig	C8392343	225
+contig	C8392375	225
+contig	C8392341	225
+contig	C8392413	225
+contig	C8392527	225
+contig	C8392465	225
+contig	C8392349	225
+contig	C8392485	225
+contig	C8392403	225
+contig	C8392513	225
+contig	C8392633	225
+contig	C8392503	225
+contig	C8392567	225
+contig	C8392603	225
+contig	C8392539	225
+contig	C8392697	225
+contig	C8392615	225
+contig	C8392717	225
+contig	C8392677	225
+contig	C8392675	225
+contig	C8392723	225
+contig	C8392649	225
+contig	C8392841	225
+contig	C8392895	225
+contig	C8392751	225
+contig	C8392917	225
+contig	C8392921	225
+contig	C8392945	225
+contig	C8392959	225
+contig	C8392737	225
+contig	C8392993	225
+contig	C8393065	225
+contig	C8393069	225
+contig	C8393059	225
+contig	C8392819	225
+contig	C8393111	225
+contig	C8393073	225
+contig	C8393207	225
+contig	C8393339	226
+contig	C8393281	225
+contig	C8393225	225
+contig	C8393327	225
+contig	C8393451	226
+contig	C8393205	225
+contig	C8393549	226
+contig	C8393411	226
+contig	C8393365	226
+contig	C8393363	226
+contig	C8393555	226
+contig	C8393551	226
+contig	C8393603	226
+contig	C8393571	226
+contig	C8393697	226
+contig	C8393851	226
+contig	C8393819	226
+contig	C8393869	226
+contig	C8393781	226
+contig	C8393887	226
+contig	C8393765	226
+contig	C8393883	226
+contig	C8393873	226
+contig	C8393899	226
+contig	C8393931	226
+contig	C8393933	226
+contig	C8393945	226
+contig	C8394007	226
+contig	C8394015	226
+contig	C8393943	226
+contig	C8394037	226
+contig	C8394025	226
+contig	C8394053	226
+contig	C8394055	226
+contig	C8394083	226
+contig	C8394079	226
+contig	C8394089	226
+contig	C8394125	226
+contig	C8394141	226
+contig	C8394195	226
+contig	C8394271	226
+contig	C8394261	226
+contig	C8394137	226
+contig	C8392653	225
+contig	C8394273	226
+contig	C8394383	226
+contig	C8394039	226
+contig	C8394345	226
+contig	C8394453	226
+contig	C8394457	226
+contig	C8394513	226
+contig	C8394419	226
+contig	C8394371	226
+contig	C8394357	226
+contig	C8394541	226
+contig	C8394567	226
+contig	C8394651	226
+contig	C8394679	226
+contig	C8394665	226
+contig	C8394555	226
+contig	C8394819	226
+contig	C8394857	226
+contig	C8394855	226
+contig	C8394743	226
+contig	C8394783	226
+contig	C8394905	226
+contig	C8394879	226
+contig	C8394899	226
+contig	C8394907	226
+contig	C8394873	226
+contig	C8394939	226
+contig	C8394977	226
+contig	C8394989	226
+contig	C8395087	226
+contig	C8395019	226
+contig	C8395081	226
+contig	C8395183	226
+contig	C8395143	226
+contig	C8394919	226
+contig	C8395161	226
+contig	C8395245	226
+contig	C8395287	226
+contig	C8395101	226
+contig	C8395257	226
+contig	C8395301	226
+contig	C8395295	226
+contig	C8395351	226
+contig	C8395321	226
+contig	C8395215	226
+contig	C8395435	226
+contig	C8395469	226
+contig	C8395381	226
+contig	C8395251	226
+contig	C8395483	226
+contig	C8395511	226
+contig	C8395505	226
+contig	C8395423	226
+contig	C8395371	226
+contig	C8395591	226
+contig	C8395531	226
+contig	C8395669	226
+contig	C8395685	226
+contig	C8395703	226
+contig	C8395723	226
+contig	C8392741	225
+contig	C8395603	226
+contig	C8395717	226
+contig	C8395753	226
+contig	C8395759	226
+contig	C8395763	227
+contig	C8395739	226
+contig	C8395821	227
+contig	C8395841	227
+contig	C8395837	227
+contig	C8395933	227
+contig	C8395863	227
+contig	C8395923	227
+contig	C8395957	227
+contig	C8395985	227
+contig	C8395907	227
+contig	C8396061	227
+contig	C8396115	227
+contig	C8396021	227
+contig	C8395965	227
+contig	C8395839	227
+contig	C8396213	227
+contig	C8395951	227
+contig	C8396329	227
+contig	C8396299	227
+contig	C8367911	215
+contig	C8396369	227
+contig	C8396459	227
+contig	C8396209	227
+contig	C8396315	227
+contig	C8396397	227
+contig	C8396437	227
+contig	C8396409	227
+contig	C8396485	227
+contig	C8396547	227
+contig	C8396589	227
+contig	C8396629	227
+contig	C8396631	227
+contig	C8396577	227
+contig	C8396475	227
+contig	C8396641	227
+contig	C8396479	227
+contig	C8396779	227
+contig	C8396649	227
+contig	C8396829	227
+contig	C8396791	227
+contig	C8396781	227
+contig	C8396863	227
+contig	C8396669	227
+contig	C8396709	227
+contig	C8396873	227
+contig	C8396975	227
+contig	C8396915	227
+contig	C8397033	227
+contig	C8397003	227
+contig	C8396947	227
+contig	C8397121	227
+contig	C8397087	227
+contig	C8397109	227
+contig	C8397183	227
+contig	C8397169	227
+contig	C8397195	227
+contig	C8396933	227
+contig	C8397235	227
+contig	C8397343	227
+contig	C8391601	225
+contig	C8397229	227
+contig	C8397353	227
+contig	C8397409	227
+contig	C8397197	227
+contig	C8397591	227
+contig	C8397365	227
+contig	C8397515	227
+contig	C8397603	227
+contig	C8397531	227
+contig	C8397525	227
+contig	C8397619	227
+contig	C8397613	227
+contig	C8397649	227
+contig	C8397497	227
+contig	C8397753	227
+contig	C8397847	227
+contig	C8397891	227
+contig	C8397997	227
+contig	C8397841	227
+contig	C8397615	227
+contig	C8398007	227
+contig	C8397931	227
+contig	C8398083	228
+contig	C8398075	228
+contig	C8397771	227
+contig	C8398039	227
+contig	C8397907	227
+contig	C8398107	228
+contig	C8398145	228
+contig	C8398195	228
+contig	C8393993	226
+contig	C8398153	228
+contig	C8398203	228
+contig	C8398163	228
+contig	C8398315	228
+contig	C8398201	228
+contig	C8398217	228
+contig	C8398379	228
+contig	C8398437	228
+contig	C8396261	227
+contig	C8398465	228
+contig	C8398307	228
+contig	C8398259	228
+contig	C8398323	228
+contig	C8398523	228
+contig	C8398603	228
+contig	C8398595	228
+contig	C8398469	228
+contig	C8398499	228
+contig	C8398795	228
+contig	C8398647	228
+contig	C8398707	228
+contig	C8398859	228
+contig	C8398473	228
+contig	C8398867	228
+contig	C8399035	228
+contig	C8399115	228
+contig	C8398849	228
+contig	C8398823	228
+contig	C8399123	228
+contig	C8399073	228
+contig	C8399101	228
+contig	C8399121	228
+contig	C8399155	228
+contig	C8399171	228
+contig	C8399185	228
+contig	C8399199	228
+contig	C8399207	228
+contig	C8399305	228
+contig	C8399303	228
+contig	C8399267	228
+contig	C8399263	228
+contig	C8399223	228
+contig	C8399291	228
+contig	C8399467	228
+contig	C8399497	228
+contig	C8399425	228
+contig	C8398429	228
+contig	C8399061	228
+contig	C8399537	228
+contig	C8399393	228
+contig	C8399583	228
+contig	C8399635	228
+contig	C8399405	228
+contig	C8399355	228
+contig	C8399413	228
+contig	C8399517	228
+contig	C8399761	228
+contig	C8399261	228
+contig	C8399589	228
+contig	C8399827	228
+contig	C8399801	228
+contig	C8399747	228
+contig	C8399797	228
+contig	C8399887	228
+contig	C8399951	228
+contig	C8399659	228
+contig	C8399821	228
+contig	C8400035	228
+contig	C8399949	228
+contig	C8399993	228
+contig	C8399885	228
+contig	C8399915	228
+contig	C8400127	228
+contig	C8400137	228
+contig	C8400193	228
+contig	C8400155	228
+contig	C8400173	228
+contig	C8400181	228
+contig	C8400231	228
+contig	C8400141	228
+contig	C8400215	228
+contig	C8400287	228
+contig	C8400253	228
+contig	C8400491	229
+contig	C8400273	228
+contig	C8400267	228
+contig	C8400477	229
+contig	C8400337	229
+contig	C8400383	229
+contig	C8400499	229
+contig	C8400391	229
+contig	C8400485	229
+contig	C8400565	229
+contig	C8400555	229
+contig	C8400633	229
+contig	C8400539	229
+contig	C8400781	229
+contig	C8400931	229
+contig	C8400579	229
+contig	C8400827	229
+contig	C8401045	229
+contig	C8401007	229
+contig	C8400321	229
+contig	C8401055	229
+contig	C8401051	229
+contig	C8400985	229
+contig	C8401027	229
+contig	C8401023	229
+contig	C8401125	229
+contig	C8401253	229
+contig	C8401143	229
+contig	C8401069	229
+contig	C8401263	229
+contig	C8401063	229
+contig	C8400915	229
+contig	C8401333	229
+contig	C8401107	229
+contig	C8401335	229
+contig	C8400573	229
+contig	C8401317	229
+contig	C8401467	229
+contig	C8401299	229
+contig	C8401305	229
+contig	C8401513	229
+contig	C8392545	225
+contig	C8401555	229
+contig	C8401573	229
+contig	C8401463	229
+contig	C8401589	229
+contig	C8401285	229
+contig	C8401649	229
+contig	C8401447	229
+contig	C8401343	229
+contig	C8401625	229
+contig	C8401765	229
+contig	C8401749	229
+contig	C8401933	229
+contig	C8401781	229
+contig	C8401741	229
+contig	C8401747	229
+contig	C8401777	229
+contig	C8401969	229
+contig	C8401835	229
+contig	C8401983	229
+contig	C8402059	229
+contig	C8401953	229
+contig	C8402045	229
+contig	C8402181	229
+contig	C8402061	229
+contig	C8402005	229
+contig	C8401787	229
+contig	C8402223	229
+contig	C8402117	229
+contig	C8402167	229
+contig	C8402095	229
+contig	C8402235	229
+contig	C8402219	229
+contig	C8402199	229
+contig	C8402289	229
+contig	C8402359	229
+contig	C8402237	229
+contig	C8402283	229
+contig	C8402361	229
+contig	C8402523	229
+contig	C8402419	229
+contig	C8402453	229
+contig	C8402533	229
+contig	C8402551	229
+contig	C8402601	229
+contig	C8402649	229
+contig	C8402605	229
+contig	C8402667	229
+contig	C8402729	230
+contig	C8402727	230
+contig	C8402617	229
+contig	C8402881	230
+contig	C8402917	230
+contig	C8402639	229
+contig	C8402331	229
+contig	C8402979	230
+contig	C8402829	230
+contig	C8403007	230
+contig	C8402797	230
+contig	C8402987	230
+contig	C8403217	230
+contig	C8403119	230
+contig	C8402939	230
+contig	C8403189	230
+contig	C8403235	230
+contig	C8403249	230
+contig	C8402311	229
+contig	C8402885	230
+contig	C8403305	230
+contig	C8403161	230
+contig	C8403343	230
+contig	C8403469	230
+contig	C8403333	230
+contig	C8403545	230
+contig	C8403355	230
+contig	C8403523	230
+contig	C8403549	230
+contig	C8403553	230
+contig	C8403495	230
+contig	C8403293	230
+contig	C8403571	230
+contig	C8403351	230
+contig	C8403559	230
+contig	C8403579	230
+contig	C8403625	230
+contig	C8403597	230
+contig	C8403479	230
+contig	C8403793	230
+contig	C8403681	230
+contig	C8403701	230
+contig	C8403801	230
+contig	C8403611	230
+contig	C8403909	230
+contig	C8403829	230
+contig	C8403959	230
+contig	C8404023	230
+contig	C8404025	230
+contig	C8403965	230
+contig	C8404095	230
+contig	C8404135	230
+contig	C8404195	230
+contig	C8404141	230
+contig	C8404033	230
+contig	C8403941	230
+contig	C8404231	230
+contig	C8404185	230
+contig	C8404275	230
+contig	C8403945	230
+contig	C8404281	230
+contig	C8404165	230
+contig	C8403605	230
+contig	C8404451	230
+contig	C8404285	230
+contig	C8404481	230
+contig	C8404617	230
+contig	C8404629	230
+contig	C8404559	230
+contig	C8404665	230
+contig	C8404699	230
+contig	C8404553	230
+contig	C8404673	230
+contig	C8404293	230
+contig	C8404657	230
+contig	C8404725	230
+contig	C8404825	230
+contig	C8404895	230
+contig	C8404965	230
+contig	C8404905	230
+contig	C8405001	231
+contig	C8405011	231
+contig	C8404953	230
+contig	C8405157	231
+contig	C8405189	231
+contig	C8405127	231
+contig	C8405053	231
+contig	C8401583	229
+contig	C8405181	231
+contig	C8405271	231
+contig	C8405253	231
+contig	C8405217	231
+contig	C8405067	231
+contig	C8405361	231
+contig	C8405317	231
+contig	C8405295	231
+contig	C8400997	229
+contig	C8405349	231
+contig	C8405293	231
+contig	C8405303	231
+contig	C8405513	231
+contig	C8405459	231
+contig	C8405503	231
+contig	C8405589	231
+contig	C8405495	231
+contig	C8405441	231
+contig	C8405635	231
+contig	C8405581	231
+contig	C8405671	231
+contig	C8405497	231
+contig	C8405541	231
+contig	C8405675	231
+contig	C8405661	231
+contig	C8405563	231
+contig	C8405811	231
+contig	C8405687	231
+contig	C8405793	231
+contig	C8405779	231
+contig	C8405781	231
+contig	C8405731	231
+contig	C8405861	231
+contig	C8405817	231
+contig	C8405913	231
+contig	C8405889	231
+contig	C8405971	231
+contig	C8405909	231
+contig	C8405843	231
+contig	C8405713	231
+contig	C8406041	231
+contig	C8405401	231
+contig	C8406047	231
+contig	C8405875	231
+contig	C8406129	231
+contig	C8406055	231
+contig	C8406179	231
+contig	C8406147	231
+contig	C8406181	231
+contig	C8406177	231
+contig	C8406223	231
+contig	C8406283	231
+contig	C8406501	231
+contig	C8406287	231
+contig	C8406085	231
+contig	C8406353	231
+contig	C8406345	231
+contig	C8406547	231
+contig	C8406509	231
+contig	C8406517	231
+contig	C8406609	231
+contig	C8406553	231
+contig	C8406555	231
+contig	C8406575	231
+contig	C8406505	231
+contig	C8406613	231
+contig	C8406647	231
+contig	C8406233	231
+contig	C8406667	231
+contig	C8406775	231
+contig	C8405863	231
+contig	C8406741	231
+contig	C8406643	231
+contig	C8406703	231
+contig	C8406795	231
+contig	C8406779	231
+contig	C8406831	231
+contig	C8406921	231
+contig	C8406767	231
+contig	C8407009	231
+contig	C8407037	231
+contig	C8406871	231
+contig	C8406811	231
+contig	C8407107	231
+contig	C8407143	231
+contig	C8406819	231
+contig	C8407141	231
+contig	C8406947	231
+contig	C8407417	232
+contig	C8407271	232
+contig	C8407303	232
+contig	C8407475	232
+contig	C8407509	232
+contig	C8407385	232
+contig	C8407491	232
+contig	C8407567	232
+contig	C8407635	232
+contig	C8407683	232
+contig	C8407679	232
+contig	C8407083	231
+contig	C8407489	232
+contig	C8407711	232
+contig	C8407747	232
+contig	C8407149	231
+contig	C8407831	232
+contig	C8407799	232
+contig	C8407765	232
+contig	C8407857	232
+contig	C8407863	232
+contig	C8407513	232
+contig	C8407903	232
+contig	C8407915	232
+contig	C8407943	232
+contig	C8407845	232
+contig	C8407951	232
+contig	C8408045	232
+contig	C8408061	232
+contig	C8407631	232
+contig	C8408103	232
+contig	C8407973	232
+contig	C8408077	232
+contig	C8406773	231
+contig	C8407731	232
+contig	C8408213	232
+contig	C8408079	232
+contig	C8408339	232
+contig	C8408163	232
+contig	C8408267	232
+contig	C8408325	232
+contig	C8408359	232
+contig	C8408203	232
+contig	C8408113	232
+contig	C8408185	232
+contig	C8408421	232
+contig	C8408503	232
+contig	C8408505	232
+contig	C8408439	232
+contig	C8408483	232
+contig	C8408567	232
+contig	C8408669	232
+contig	C8408571	232
+contig	C8408437	232
+contig	C8408687	232
+contig	C8408809	232
+contig	C8408821	232
+contig	C8408761	232
+contig	C8408849	232
+contig	C8408743	232
+contig	C8408823	232
+contig	C8408913	232
+contig	C8408543	232
+contig	C8408933	232
+contig	C8408827	232
+contig	C8408939	232
+contig	C8408965	232
+contig	C8409073	232
+contig	C8409049	232
+contig	C8409061	232
+contig	C8409101	232
+contig	C8408925	232
+contig	C8408959	232
+contig	C8409125	232
+contig	C8408715	232
+contig	C8409187	232
+contig	C8409163	232
+contig	C8409185	232
+contig	C8409281	232
+contig	C8409323	232
+contig	C8409271	232
+contig	C8409227	232
+contig	C8409345	232
+contig	C8409293	232
+contig	C8409341	232
+contig	C8409327	232
+contig	C8409421	232
+contig	C8409499	233
+contig	C8409435	232
+contig	C8409149	232
+contig	C8409403	232
+contig	C8409563	233
+contig	C8409595	233
+contig	C8409739	233
+contig	C8409459	232
+contig	C8409583	233
+contig	C8409795	233
+contig	C8409361	232
+contig	C8409755	233
+contig	C8409811	233
+contig	C8409813	233
+contig	C8409875	233
+contig	C8409857	233
+contig	C8409799	233
+contig	C8409753	233
+contig	C8409913	233
+contig	C8409915	233
+contig	C8409917	233
+contig	C8409925	233
+contig	C8406057	231
+contig	C8409997	233
+contig	C8410007	233
+contig	C8409973	233
+contig	C8410047	233
+contig	C8410043	233
+contig	C8409943	233
+contig	C8410121	233
+contig	C8410021	233
+contig	C8409987	233
+contig	C8410169	233
+contig	C8410153	233
+contig	C8410233	233
+contig	C8410201	233
+contig	C8410239	233
+contig	C8410199	233
+contig	C8410299	233
+contig	C8410345	233
+contig	C8410071	233
+contig	C8410369	233
+contig	C8410401	233
+contig	C8410209	233
+contig	C8410437	233
+contig	C8410427	233
+contig	C8410295	233
+contig	C8410491	233
+contig	C8410597	233
+contig	C8410525	233
+contig	C8410623	233
+contig	C8410531	233
+contig	C8410647	233
+contig	C8410627	233
+contig	C8410747	233
+contig	C8410737	233
+contig	C8410807	233
+contig	C8410715	233
+contig	C8410779	233
+contig	C8410735	233
+contig	C8410739	233
+contig	C8410891	233
+contig	C8410901	233
+contig	C8410945	233
+contig	C8410927	233
+contig	C8410905	233
+contig	C8411021	233
+contig	C8410953	233
+contig	C8411005	233
+contig	C8410941	233
+contig	C8410881	233
+contig	C8411119	233
+contig	C8411133	233
+contig	C8411147	233
+contig	C8407727	232
+contig	C8410929	233
+contig	C8411083	233
+contig	C8411151	233
+contig	C8411219	233
+contig	C8411329	233
+contig	C8411249	233
+contig	C8411149	233
+contig	C8411233	233
+contig	C8411461	233
+contig	C8411493	233
+contig	C8411441	233
+contig	C8411555	233
+contig	C8407699	232
+contig	C8411563	233
+contig	C8411567	233
+contig	C8411355	233
+contig	C8411599	234
+contig	C8411349	233
+contig	C8411627	234
+contig	C8411621	234
+contig	C8411669	234
+contig	C8411499	233
+contig	C8411857	234
+contig	C8411783	234
+contig	C8411861	234
+contig	C8411909	234
+contig	C8412001	234
+contig	C8411767	234
+contig	C8412071	234
+contig	C8412209	234
+contig	C8412015	234
+contig	C8411713	234
+contig	C8412175	234
+contig	C8412237	234
+contig	C8412199	234
+contig	C8412269	234
+contig	C8412309	234
+contig	C8412329	234
+contig	C8412301	234
+contig	C8412255	234
+contig	C8409779	233
+contig	C8412299	234
+contig	C8412425	234
+contig	C8412347	234
+contig	C8412487	234
+contig	C8412455	234
+contig	C8412515	234
+contig	C8412527	234
+contig	C8412547	234
+contig	C8412759	234
+contig	C8412607	234
+contig	C8412683	234
+contig	C8412783	234
+contig	C8412563	234
+contig	C8412789	234
+contig	C8412799	234
+contig	C8412765	234
+contig	C8412629	234
+contig	C8412839	234
+contig	C8412835	234
+contig	C8412881	234
+contig	C8412793	234
+contig	C8412921	234
+contig	C8413065	234
+contig	C8412917	234
+contig	C8413111	234
+contig	C8413051	234
+contig	C8412871	234
+contig	C8413147	234
+contig	C8413125	234
+contig	C8413137	234
+contig	C8413229	234
+contig	C8413197	234
+contig	C8412995	234
+contig	C8413215	234
+contig	C8413231	234
+contig	C8413281	234
+contig	C8412951	234
+contig	C8413347	234
+contig	C8413339	234
+contig	C8413099	234
+contig	C8413269	234
+contig	C8413357	234
+contig	C8413395	234
+contig	C8413447	234
+contig	C8413389	234
+contig	C8413359	234
+contig	C8413383	234
+contig	C8413429	234
+contig	C8413305	234
+contig	C8413621	234
+contig	C8413467	234
+contig	C8413493	234
+contig	C8413561	234
+contig	C8413665	234
+contig	C8413471	234
+contig	C8413741	235
+contig	C8413655	234
+contig	C8413701	234
+contig	C8413763	235
+contig	C8413729	234
+contig	C8413783	235
+contig	C8413699	234
+contig	C8413839	235
+contig	C8413869	235
+contig	C8413805	235
+contig	C8413551	234
+contig	C8413897	235
+contig	C8413875	235
+contig	C8413821	235
+contig	C8413911	235
+contig	C8413953	235
+contig	C8413963	235
+contig	C8414077	235
+contig	C8414015	235
+contig	C8414025	235
+contig	C8413879	235
+contig	C8414205	235
+contig	C8414289	235
+contig	C8414131	235
+contig	C8414379	235
+contig	C8413935	235
+contig	C8414323	235
+contig	C8414173	235
+contig	C8414437	235
+contig	C8414465	235
+contig	C8414373	235
+contig	C8414517	235
+contig	C8414523	235
+contig	C8414489	235
+contig	C8414461	235
+contig	C8414559	235
+contig	C8414613	235
+contig	C8414565	235
+contig	C8414677	235
+contig	C8414067	235
+contig	C8414883	235
+contig	C8411033	233
+contig	C8414911	235
+contig	C8414729	235
+contig	C8414597	235
+contig	C8414671	235
+contig	C8414699	235
+contig	C8414897	235
+contig	C8414995	235
+contig	C8414993	235
+contig	C8415023	235
+contig	C8415043	235
+contig	C8415005	235
+contig	C8415033	235
+contig	C8414491	235
+contig	C8415055	235
+contig	C8415025	235
+contig	C8415061	235
+contig	C8415097	235
+contig	C8415037	235
+contig	C8415105	235
+contig	C8415119	235
+contig	C8415075	235
+contig	C8415171	235
+contig	C8415053	235
+contig	C8415065	235
+contig	C8415257	235
+contig	C8415259	235
+contig	C8415211	235
+contig	C8415209	235
+contig	C8415263	235
+contig	C8415141	235
+contig	C8415093	235
+contig	C8415265	235
+contig	C8415343	235
+contig	C8415323	235
+contig	C8415399	235
+contig	C8415441	235
+contig	C8415319	235
+contig	C8415117	235
+contig	C8415451	235
+contig	C8415411	235
+contig	C8415437	235
+contig	C8415403	235
+contig	C8415487	235
+contig	C8415597	235
+contig	C8415545	235
+contig	C8415611	235
+contig	C8415655	235
+contig	C8415571	235
+contig	C8415529	235
+contig	C8415569	235
+contig	C8415723	235
+contig	C8415681	235
+contig	C8415521	235
+contig	C8415811	236
+contig	C8415787	236
+contig	C8415629	235
+contig	C8415839	236
+contig	C8415851	236
+contig	C8415325	235
+contig	C8415835	236
+contig	C8415809	236
+contig	C8415889	236
+contig	C8415647	235
+contig	C8415845	236
+contig	C8415887	236
+contig	C8415897	236
+contig	C8415921	236
+contig	C8415929	236
+contig	C8415925	236
+contig	C8415961	236
+contig	C8415833	236
+contig	C8415947	236
+contig	C8415991	236
+contig	C8415981	236
+contig	C8415965	236
+contig	C8416089	236
+contig	C8415967	236
+contig	C8416201	236
+contig	C8416219	236
+contig	C8416213	236
+contig	C8416209	236
+contig	C8416107	236
+contig	C8416295	236
+contig	C8416031	236
+contig	C8416111	236
+contig	C8416471	236
+contig	C8416273	236
+contig	C8416401	236
+contig	C8416511	236
+contig	C8416427	236
+contig	C8416415	236
+contig	C8416531	236
+contig	C8416863	236
+contig	C8416439	236
+contig	C8416725	236
+contig	C8416717	236
+contig	C8416731	236
+contig	C8416809	236
+contig	C8416729	236
+contig	C8416969	236
+contig	C8416971	236
+contig	C8417095	236
+contig	C8417117	236
+contig	C8417123	236
+contig	C8416977	236
+contig	C8416973	236
+contig	C8416979	236
+contig	C8417165	236
+contig	C8417225	236
+contig	C8417349	236
+contig	C8417237	236
+contig	C8417163	236
+contig	C8417231	236
+contig	C8417283	236
+contig	C8417247	236
+contig	C8417367	236
+contig	C8417453	236
+contig	C8417459	236
+contig	C8417479	236
+contig	C8417497	236
+contig	C8417513	236
+contig	C8417527	236
+contig	C8417501	236
+contig	C8417457	236
+contig	C8417507	236
+contig	C8417503	236
+contig	C8417569	236
+contig	C8417535	236
+contig	C8417733	236
+contig	C8417539	236
+contig	C8417549	236
+contig	C8417625	236
+contig	C8417583	236
+contig	C8417581	236
+contig	C8417789	236
+contig	C8417793	236
+contig	C8417611	236
+contig	C8417819	237
+contig	C8417599	236
+contig	C8417917	237
+contig	C8417939	237
+contig	C8417839	237
+contig	C8418029	237
+contig	C8418091	237
+contig	C8417821	237
+contig	C8418119	237
+contig	C8418141	237
+contig	C8418147	237
+contig	C8418083	237
+contig	C8418157	237
+contig	C8417947	237
+contig	C8418145	237
+contig	C8418347	237
+contig	C8418207	237
+contig	C8418017	237
+contig	C8418377	237
+contig	C8418249	237
+contig	C8418503	237
+contig	C8418389	237
+contig	C8418495	237
+contig	C8418627	237
+contig	C8418473	237
+contig	C8418465	237
+contig	C8418487	237
+contig	C8418659	237
+contig	C8418661	237
+contig	C8418687	237
+contig	C8418553	237
+contig	C8418709	237
+contig	C8418703	237
+contig	C8418653	237
+contig	C8418423	237
+contig	C8418771	237
+contig	C8418597	237
+contig	C8418923	237
+contig	C8418829	237
+contig	C8418879	237
+contig	C8418843	237
+contig	C8418789	237
+contig	C8419011	237
+contig	C8419145	237
+contig	C8418875	237
+contig	C8419155	237
+contig	C8419173	237
+contig	C8419129	237
+contig	C8418205	237
+contig	C8418945	237
+contig	C8419305	237
+contig	C8419249	237
+contig	C8418801	237
+contig	C8419375	237
+contig	C8419367	237
+contig	C8419299	237
+contig	C8419399	237
+contig	C8419401	237
+contig	C8419557	237
+contig	C8419479	237
+contig	C8419601	237
+contig	C8419641	237
+contig	C8419689	237
+contig	C8419695	237
+contig	C8419767	237
+contig	C8419787	237
+contig	C8419481	237
+contig	C8419719	237
+contig	C8419723	237
+contig	C8419855	237
+contig	C8419961	237
+contig	C8419947	237
+contig	C8419853	237
+contig	C8420037	238
+contig	C8419967	237
+contig	C8419989	238
+contig	C8420051	238
+contig	C8420067	238
+contig	C8420083	238
+contig	C8420027	238
+contig	C8419903	237
+contig	C8420095	238
+contig	C8420265	238
+contig	C8420149	238
+contig	C8420289	238
+contig	C8420331	238
+contig	C8420159	238
+contig	C8420199	238
+contig	C8420291	238
+contig	C8420431	238
+contig	C8420447	238
+contig	C8420459	238
+contig	C8420301	238
+contig	C8420463	238
+contig	C8420549	238
+contig	C8420599	238
+contig	C8420587	238
+contig	C8420623	238
+contig	C8420451	238
+contig	C8420717	238
+contig	C8420713	238
+contig	C8420729	238
+contig	C8419639	237
+contig	C8420731	238
+contig	C8420323	238
+contig	C8420821	238
+contig	C8420741	238
+contig	C8420797	238
+contig	C8420833	238
+contig	C8420981	238
+contig	C8420659	238
+contig	C8421079	238
+contig	C8420887	238
+contig	C8421009	238
+contig	C8421097	238
+contig	C8421275	238
+contig	C8421187	238
+contig	C8421239	238
+contig	C8420411	238
+contig	C8421313	238
+contig	C8420691	238
+contig	C8419239	237
+contig	C8421407	238
+contig	C8421305	238
+contig	C8421403	238
+contig	C8421435	238
+contig	C8421441	238
+contig	C8421545	238
+contig	C8421681	238
+contig	C8420955	238
+contig	C8421655	238
+contig	C8421345	238
+contig	C8421413	238
+contig	C8421299	238
+contig	C8421751	238
+contig	C8421729	238
+contig	C8421735	238
+contig	C8421813	238
+contig	C8421861	238
+contig	C8421973	238
+contig	C8421715	238
+contig	C8421711	238
+contig	C8421957	238
+contig	C8421899	238
+contig	C8421953	238
+contig	C8422047	239
+contig	C8422037	239
+contig	C8422153	239
+contig	C8422043	239
+contig	C8422031	238
+contig	C8422145	239
+contig	C8422179	239
+contig	C8422097	239
+contig	C8422195	239
+contig	C8422099	239
+contig	C8422189	239
+contig	C8422215	239
+contig	C8422221	239
+contig	C8422069	239
+contig	C8422279	239
+contig	C8422203	239
+contig	C8422265	239
+contig	C8422415	239
+contig	C8422229	239
+contig	C8422023	238
+contig	C8422407	239
+contig	C8422309	239
+contig	C8422485	239
+contig	C8422293	239
+contig	C8422603	239
+contig	C8422607	239
+contig	C8422303	239
+contig	C8422337	239
+contig	C8422683	239
+contig	C8422459	239
+contig	C8422561	239
+contig	C8422707	239
+contig	C8422725	239
+contig	C8422641	239
+contig	C8422811	239
+contig	C8422853	239
+contig	C8422711	239
+contig	C8422847	239
+contig	C8422835	239
+contig	C8422879	239
+contig	C8422825	239
+contig	C8422765	239
+contig	C8422917	239
+contig	C8422953	239
+contig	C8422929	239
+contig	C8423089	239
+contig	C8422763	239
+contig	C8423187	239
+contig	C8423155	239
+contig	C8423043	239
+contig	C8422897	239
+contig	C8423195	239
+contig	C8422973	239
+contig	C8423147	239
+contig	C8423301	239
+contig	C8423349	239
+contig	C8423333	239
+contig	C8423401	239
+contig	C8423335	239
+contig	C8423305	239
+contig	C8423409	239
+contig	C8423429	239
+contig	C8423365	239
+contig	C8423411	239
+contig	C8423437	239
+contig	C8423239	239
+contig	C8423439	239
+contig	C8423551	239
+contig	C8423661	239
+contig	C8423445	239
+contig	C8423503	239
+contig	C8423583	239
+contig	C8423673	239
+contig	C8423679	239
+contig	C8423757	239
+contig	C8423475	239
+contig	C8423719	239
+contig	C8423869	239
+contig	C8423697	239
+contig	C8423819	239
+contig	C8423773	239
+contig	C8423891	239
+contig	C8423907	239
+contig	C8423925	239
+contig	C8423905	239
+contig	C8423957	239
+contig	C8423977	239
+contig	C8424011	239
+contig	C8424027	240
+contig	C8424013	239
+contig	C8423613	239
+contig	C8424125	240
+contig	C8424149	240
+contig	C8424189	240
+contig	C8424151	240
+contig	C8423945	239
+contig	C8424257	240
+contig	C8424311	240
+contig	C8424291	240
+contig	C8424305	240
+contig	C8424437	240
+contig	C8423939	239
+contig	C8424445	240
+contig	C8424649	240
+contig	C8424509	240
+contig	C8424549	240
+contig	C8424749	240
+contig	C8424687	240
+contig	C8424737	240
+contig	C8424767	240
+contig	C8424323	240
+contig	C8424815	240
+contig	C8424843	240
+contig	C8424897	240
+contig	C8424921	240
+contig	C8422615	239
+contig	C8424995	240
+contig	C8424919	240
+contig	C8424891	240
+contig	C8425081	240
+contig	C8424761	240
+contig	C8425249	240
+contig	C8425151	240
+contig	C8425341	240
+contig	C8424999	240
+contig	C8424401	240
+contig	C8425387	240
+contig	C8425457	240
+contig	C8425461	240
+contig	C8425431	240
+contig	C8425471	240
+contig	C8425523	240
+contig	C8422855	239
+contig	C8425665	240
+contig	C8425747	240
+contig	C8425789	240
+contig	C8425263	240
+contig	C8425819	240
+contig	C8425367	240
+contig	C8425481	240
+contig	C8425889	240
+contig	C8425827	240
+contig	C8425969	240
+contig	C8426005	240
+contig	C8425975	240
+contig	C8426057	241
+contig	C8426077	241
+contig	C8425853	240
+contig	C8426137	241
+contig	C8426185	241
+contig	C8426081	241
+contig	C8426249	241
+contig	C8426267	241
+contig	C8426171	241
+contig	C8424335	240
+contig	C8426255	241
+contig	C8426247	241
+contig	C8426451	241
+contig	C8425825	240
+contig	C8426347	241
+contig	C8426319	241
+contig	C8426261	241
+contig	C8426581	241
+contig	C8426631	241
+contig	C8426615	241
+contig	C8426083	241
+contig	C8426371	241
+contig	C8426567	241
+contig	C8426643	241
+contig	C8426593	241
+contig	C8426653	241
+contig	C8426703	241
+contig	C8426935	241
+contig	C8426685	241
+contig	C8426837	241
+contig	C8426873	241
+contig	C8427001	241
+contig	C8427017	241
+contig	C8427003	241
+contig	C8427097	241
+contig	C8427099	241
+contig	C8427027	241
+contig	C8426827	241
+contig	C8427121	241
+contig	C8427151	241
+contig	C8427235	241
+contig	C8426669	241
+contig	C8427195	241
+contig	C8427259	241
+contig	C8427173	241
+contig	C8427269	241
+contig	C8427349	241
+contig	C8427343	241
+contig	C8427351	241
+contig	C8427281	241
+contig	C8427497	241
+contig	C8427271	241
+contig	C8427495	241
+contig	C8426969	241
+contig	C8426939	241
+contig	C8419691	237
+contig	C8427649	241
+contig	C8427665	241
+contig	C8427577	241
+contig	C8427453	241
+contig	C8427519	241
+contig	C8427831	241
+contig	C8427507	241
+contig	C8427771	241
+contig	C8427865	241
+contig	C8427825	241
+contig	C8427709	241
+contig	C8427645	241
+contig	C8428059	242
+contig	C8427947	241
+contig	C8427643	241
+contig	C8427849	241
+contig	C8427977	242
+contig	C8428075	242
+contig	C8428135	242
+contig	C8428087	242
+contig	C8428019	242
+contig	C8428169	242
+contig	C8428261	242
+contig	C8428275	242
+contig	C8428095	242
+contig	C8428145	242
+contig	C8428103	242
+contig	C8428163	242
+contig	C8428323	242
+contig	C8428441	242
+contig	C8428515	242
+contig	C8428365	242
+contig	C8428551	242
+contig	C8428603	242
+contig	C8428403	242
+contig	C8428555	242
+contig	C8428701	242
+contig	C8428559	242
+contig	C8428709	242
+contig	C8428717	242
+contig	C8428487	242
+contig	C8428645	242
+contig	C8428755	242
+contig	C8428781	242
+contig	C8428621	242
+contig	C8428813	242
+contig	C8428759	242
+contig	C8428607	242
+contig	C8428919	242
+contig	C8428983	242
+contig	C8429043	242
+contig	C8428895	242
+contig	C8428873	242
+contig	C8428845	242
+contig	C8429085	242
+contig	C8429161	242
+contig	C8429217	242
+contig	C8429057	242
+contig	C8429255	242
+contig	C8429319	242
+contig	C8429165	242
+contig	C8429171	242
+contig	C8429333	242
+contig	C8429391	242
+contig	C8429491	242
+contig	C8429483	242
+contig	C8429375	242
+contig	C8429495	242
+contig	C8429105	242
+contig	C8429253	242
+contig	C8429597	242
+contig	C8429613	242
+contig	C8429503	242
+contig	C8429635	242
+contig	C8429645	242
+contig	C8429929	243
+contig	C8429789	242
+contig	C8429857	242
+contig	C8429981	243
+contig	C8429991	243
+contig	C8430025	243
+contig	C8429589	242
+contig	C8429859	242
+contig	C8430059	243
+contig	C8430035	243
+contig	C8430105	243
+contig	C8430047	243
+contig	C8430053	243
+contig	C8430155	243
+contig	C8430117	243
+contig	C8430141	243
+contig	C8430201	243
+contig	C8430215	243
+contig	C8430243	243
+contig	C8430293	243
+contig	C8430089	243
+contig	C8430321	243
+contig	C8430397	243
+contig	C8430359	243
+contig	C8430325	243
+contig	C8430363	243
+contig	C8430415	243
+contig	C8430407	243
+contig	C8430423	243
+contig	C8430427	243
+contig	C8430551	243
+contig	C8430591	243
+contig	C8430455	243
+contig	C8430609	243
+contig	C8430597	243
+contig	C8430487	243
+contig	C8430627	243
+contig	C8430637	243
+contig	C8430723	243
+contig	C8430793	243
+contig	C8430693	243
+contig	C8430803	243
+contig	C8430493	243
+contig	C8430833	243
+contig	C8430859	243
+contig	C8430825	243
+contig	C8430865	243
+contig	C8430495	243
+contig	C8430869	243
+contig	C8431039	243
+contig	C8430857	243
+contig	C8430873	243
+contig	C8431081	243
+contig	C8431101	243
+contig	C8430933	243
+contig	C8431129	243
+contig	C8431147	243
+contig	C8431109	243
+contig	C8431183	243
+contig	C8431205	243
+contig	C8431309	243
+contig	C8431351	243
+contig	C8431249	243
+contig	C8431407	243
+contig	C8431417	243
+contig	C8431235	243
+contig	C8431477	243
+contig	C8431447	243
+contig	C8431463	243
+contig	C8431635	243
+contig	C8431513	243
+contig	C8431653	243
+contig	C8431707	243
+contig	C8431713	243
+contig	C8431627	243
+contig	C8431763	244
+contig	C8431667	243
+contig	C8431777	244
+contig	C8431783	244
+contig	C8431795	244
+contig	C8431923	244
+contig	C8431915	244
+contig	C8431951	244
+contig	C8431953	244
+contig	C8430291	243
+contig	C8431987	244
+contig	C8432015	244
+contig	C8431897	244
+contig	C8432051	244
+contig	C8432127	244
+contig	C8432065	244
+contig	C8432053	244
+contig	C8431793	244
+contig	C8432177	244
+contig	C8432187	244
+contig	C8432249	244
+contig	C8431919	244
+contig	C8432201	244
+contig	C8432345	244
+contig	C8432149	244
+contig	C8432351	244
+contig	C8432253	244
+contig	C8432191	244
+contig	C8432441	244
+contig	C8432417	244
+contig	C8432425	244
+contig	C8432461	244
+contig	C8432283	244
+contig	C8432303	244
+contig	C8432547	244
+contig	C8432609	244
+contig	C8432621	244
+contig	C8432719	244
+contig	C8432493	244
+contig	C8432843	244
+contig	C8432791	244
+contig	C8432883	244
+contig	C8432867	244
+contig	C8432885	244
+contig	C8432891	244
+contig	C8432775	244
+contig	C8432895	244
+contig	C8432941	244
+contig	C8432909	244
+contig	C8432957	244
+contig	C8432513	244
+contig	C8433019	244
+contig	C8433055	244
+contig	C8433041	244
+contig	C8433231	244
+contig	C8433309	244
+contig	C8433173	244
+contig	C8433327	244
+contig	C8433265	244
+contig	C8433391	244
+contig	C8433057	244
+contig	C8433085	244
+contig	C8433439	244
+contig	C8433597	244
+contig	C8433527	244
+contig	C8433545	244
+contig	C8427757	241
+contig	C8433719	245
+contig	C8433605	244
+contig	C8433609	244
+contig	C8433779	245
+contig	C8433967	245
+contig	C8433467	244
+contig	C8433993	245
+contig	C8433453	244
+contig	C8434039	245
+contig	C8434061	245
+contig	C8434043	245
+contig	C8433915	245
+contig	C8434107	245
+contig	C8434141	245
+contig	C8434149	245
+contig	C8434129	245
+contig	C8434123	245
+contig	C8434159	245
+contig	C8434157	245
+contig	C8434343	245
+contig	C8434333	245
+contig	C8434385	245
+contig	C8434409	245
+contig	C8434209	245
+contig	C8434253	245
+contig	C8427587	241
+contig	C8434489	245
+contig	C8434491	245
+contig	C8434371	245
+contig	C8434477	245
+contig	C8434537	245
+contig	C8434447	245
+contig	C8434581	245
+contig	C8434553	245
+contig	C8434629	245
+contig	C8434685	245
+contig	C8433615	244
+contig	C8434695	245
+contig	C8434675	245
+contig	C8434701	245
+contig	C8434745	245
+contig	C8434829	245
+contig	C8434879	245
+contig	C8434783	245
+contig	C8434889	245
+contig	C8434899	245
+contig	C8434851	245
+contig	C8434785	245
+contig	C8434957	245
+contig	C8434915	245
+contig	C8435045	245
+contig	C8434969	245
+contig	C8434995	245
+contig	C8435075	245
+contig	C8435093	245
+contig	C8434931	245
+contig	C8434885	245
+contig	C8434565	245
+contig	C8435087	245
+contig	C8435085	245
+contig	C8435181	245
+contig	C8435177	245
+contig	C8435099	245
+contig	C8435323	245
+contig	C8435423	245
+contig	C8435353	245
+contig	C8435807	246
+contig	C8435293	245
+contig	C8435279	245
+contig	C8435859	246
+contig	C8435823	246
+contig	C8436169	246
+contig	C8436157	246
+contig	C8436183	246
+contig	C8436235	246
+contig	C8436229	246
+contig	C8435805	246
+contig	C8435639	246
+contig	C8436355	246
+contig	C8436549	246
+contig	C8409685	233
+contig	C8436313	246
+contig	C8436621	246
+contig	C8436627	246
+contig	C8436413	246
+contig	C8436635	246
+contig	C8435477	245
+contig	C8436471	246
+contig	C8436735	246
+contig	C8436695	246
+contig	C8436749	246
+contig	C8436803	246
+contig	C8436853	246
+contig	C8436563	246
+contig	C8436957	246
+contig	C8436869	246
+contig	C8437073	246
+contig	C8436797	246
+contig	C8437203	246
+contig	C8437299	246
+contig	C8437355	246
+contig	C8437347	246
+contig	C8437253	246
+contig	C8437365	246
+contig	C8437233	246
+contig	C8436917	246
+contig	C8437495	247
+contig	C8437383	246
+contig	C8437523	247
+contig	C8437477	247
+contig	C8437367	246
+contig	C8437389	246
+contig	C8437531	247
+contig	C8437519	247
+contig	C8437543	247
+contig	C8437605	247
+contig	C8437581	247
+contig	C8437775	247
+contig	C8437827	247
+contig	C8437537	247
+contig	C8437721	247
+contig	C8437781	247
+contig	C8437831	247
+contig	C8437885	247
+contig	C8437895	247
+contig	C8437947	247
+contig	C8437541	247
+contig	C8437955	247
+contig	C8438041	247
+contig	C8438039	247
+contig	C8438007	247
+contig	C8438089	247
+contig	C8438061	247
+contig	C8437949	247
+contig	C8437847	247
+contig	C8438121	247
+contig	C8438191	247
+contig	C8438151	247
+contig	C8438261	247
+contig	C8438237	247
+contig	C8438227	247
+contig	C8438287	247
+contig	C8438315	247
+contig	C8438305	247
+contig	C8438259	247
+contig	C8438375	247
+contig	C8438473	247
+contig	C8438429	247
+contig	C8438265	247
+contig	C8438393	247
+contig	C8438323	247
+contig	C8438583	247
+contig	C8435019	245
+contig	C8438603	247
+contig	C8438321	247
+contig	C8438833	247
+contig	C8438659	247
+contig	C8438811	247
+contig	C8438727	247
+contig	C8438873	247
+contig	C8438847	247
+contig	C8438593	247
+contig	C8438921	247
+contig	C8438787	247
+contig	C8438991	247
+contig	C8438903	247
+contig	C8438881	247
+contig	C8438977	247
+contig	C8438891	247
+contig	C8438995	247
+contig	C8439091	247
+contig	C8439089	247
+contig	C8439111	247
+contig	C8439129	247
+contig	C8439175	247
+contig	C8439107	247
+contig	C8432653	244
+contig	C8439131	247
+contig	C8439213	248
+contig	C8439477	248
+contig	C8439173	247
+contig	C8439353	248
+contig	C8439461	248
+contig	C8439319	248
+contig	C8439497	248
+contig	C8439149	247
+contig	C8439591	248
+contig	C8439587	248
+contig	C8439563	248
+contig	C8439309	248
+contig	C8439657	248
+contig	C8439559	248
+contig	C8439759	248
+contig	C8439805	248
+contig	C8439733	248
+contig	C8439783	248
+contig	C8439807	248
+contig	C8439841	248
+contig	C8439913	248
+contig	C8439877	248
+contig	C8439957	248
+contig	C8439989	248
+contig	C8440021	248
+contig	C8439489	248
+contig	C8440017	248
+contig	C8439675	248
+contig	C8440043	248
+contig	C8440065	248
+contig	C8439697	248
+contig	C8440055	248
+contig	C8440059	248
+contig	C8440139	248
+contig	C8440081	248
+contig	C8440119	248
+contig	C8440159	248
+contig	C8439753	248
+contig	C8440167	248
+contig	C8440209	248
+contig	C8440073	248
+contig	C8440309	248
+contig	C8440285	248
+contig	C8440171	248
+contig	C8440203	248
+contig	C8440433	248
+contig	C8440525	248
+contig	C8440359	248
+contig	C8440529	248
+contig	C8440403	248
+contig	C8440545	248
+contig	C8440541	248
+contig	C8440571	248
+contig	C8440563	248
+contig	C8440613	248
+contig	C8440323	248
+contig	C8440665	248
+contig	C8440767	248
+contig	C8440453	248
+contig	C8440809	248
+contig	C8439075	247
+contig	C8440511	248
+contig	C8440609	248
+contig	C8440763	248
+contig	C8440731	248
+contig	C8440835	248
+contig	C8440843	248
+contig	C8441027	248
+contig	C8440853	248
+contig	C8440869	248
+contig	C8440815	248
+contig	C8440663	248
+contig	C8440895	248
+contig	C8440903	248
+contig	C8441147	249
+contig	C8441039	248
+contig	C8441291	249
+contig	C8441461	249
+contig	C8441213	249
+contig	C8441393	249
+contig	C8441265	249
+contig	C8441897	249
+contig	C8441583	249
+contig	C8441913	249
+contig	C8441471	249
+contig	C8442067	249
+contig	C8441831	249
+contig	C8442049	249
+contig	C8442015	249
+contig	C8441951	249
+contig	C8441345	249
+contig	C8442077	249
+contig	C8442147	249
+contig	C8442195	249
+contig	C8442107	249
+contig	C8442075	249
+contig	C8442301	249
+contig	C8441963	249
+contig	C8442243	249
+contig	C8442355	249
+contig	C8442291	249
+contig	C8442419	249
+contig	C8442393	249
+contig	C8442227	249
+contig	C8442425	249
+contig	C8442327	249
+contig	C8442537	249
+contig	C8442427	249
+contig	C8442469	249
+contig	C8442695	249
+contig	C8442293	249
+contig	C8442847	249
+contig	C8442599	249
+contig	C8442877	250
+contig	C8442747	249
+contig	C8442705	249
+contig	C8442917	250
+contig	C8442907	250
+contig	C8442863	250
+contig	C8443045	250
+contig	C8442997	250
+contig	C8443121	250
+contig	C8442887	250
+contig	C8443097	250
+contig	C8443299	250
+contig	C8443213	250
+contig	C8443395	250
+contig	C8443399	250
+contig	C8443403	250
+contig	C8443421	250
+contig	C8443295	250
+contig	C8443511	250
+contig	C8443503	250
+contig	C8443453	250
+contig	C8443523	250
+contig	C8443551	250
+contig	C8443645	250
+contig	C8443565	250
+contig	C8443677	250
+contig	C8443669	250
+contig	C8443713	250
+contig	C8443711	250
+contig	C8443753	250
+contig	C8443173	250
+contig	C8443871	250
+contig	C8443865	250
+contig	C8443849	250
+contig	C8443879	250
+contig	C8443893	250
+contig	C8443895	250
+contig	C8443793	250
+contig	C8443931	250
+contig	C8443885	250
+contig	C8444029	250
+contig	C8443733	250
+contig	C8444051	250
+contig	C8444123	250
+contig	C8443965	250
+contig	C8444125	250
+contig	C8444003	250
+contig	C8444005	250
+contig	C8444153	250
+contig	C8444169	250
+contig	C8444179	250
+contig	C8444185	250
+contig	C8444239	250
+contig	C8444261	250
+contig	C8444331	250
+contig	C8444355	250
+contig	C8444335	250
+contig	C8444379	250
+contig	C8444421	250
+contig	C8444425	250
+contig	C8444467	250
+contig	C8444377	250
+contig	C8444515	250
+contig	C8444563	250
+contig	C8444617	250
+contig	C8444627	250
+contig	C8444485	250
+contig	C8444659	250
+contig	C8444651	250
+contig	C8444657	250
+contig	C8444499	250
+contig	C8444641	250
+contig	C8444677	251
+contig	C8444679	251
+contig	C8444725	251
+contig	C8444881	251
+contig	C8444837	251
+contig	C8444951	251
+contig	C8444795	251
+contig	C8444919	251
+contig	C8445051	251
+contig	C8444775	251
+contig	C8445063	251
+contig	C8445077	251
+contig	C8445087	251
+contig	C8445089	251
+contig	C8445129	251
+contig	C8444771	251
+contig	C8445081	251
+contig	C8445219	251
+contig	C8445265	251
+contig	C8445281	251
+contig	C8445191	251
+contig	C8445223	251
+contig	C8444921	251
+contig	C8445319	251
+contig	C8445417	251
+contig	C8445429	251
+contig	C8445371	251
+contig	C8445539	251
+contig	C8445471	251
+contig	C8445549	251
+contig	C8445583	251
+contig	C8445571	251
+contig	C8445597	251
+contig	C8445621	251
+contig	C8445585	251
+contig	C8445645	251
+contig	C8445569	251
+contig	C8445699	251
+contig	C8445725	251
+contig	C8445655	251
+contig	C8445653	251
+contig	C8445843	251
+contig	C8445809	251
+contig	C8445747	251
+contig	C8445717	251
+contig	C8445863	251
+contig	C8445959	251
+contig	C8445899	251
+contig	C8445965	251
+contig	C8445963	251
+contig	C8446129	251
+contig	C8446083	251
+contig	C8445977	251
+contig	C8446017	251
+contig	C8446143	251
+contig	C8446203	251
+contig	C8446191	251
+contig	C8446155	251
+contig	C8446245	251
+contig	C8446265	251
+contig	C8446505	252
+contig	C8446487	252
+contig	C8446541	252
+contig	C8446237	251
+contig	C8446215	251
+contig	C8446569	252
+contig	C8446577	252
+contig	C8446615	252
+contig	C8446515	252
+contig	C8446593	252
+contig	C8446595	252
+contig	C8446733	252
+contig	C8446637	252
+contig	C8446771	252
+contig	C8446837	252
+contig	C8446885	252
+contig	C8446677	252
+contig	C8446927	252
+contig	C8446717	252
+contig	C8446967	252
+contig	C8447123	252
+contig	C8447185	252
+contig	C8447035	252
+contig	C8447151	252
+contig	C8447129	252
+contig	C8447263	252
+contig	C8447197	252
+contig	C8447345	252
+contig	C8447119	252
+contig	C8447331	252
+contig	C8447333	252
+contig	C8447355	252
+contig	C8447361	252
+contig	C8447251	252
+contig	C8447379	252
+contig	C8447385	252
+contig	C8447465	252
+contig	C8447491	252
+contig	C8447537	252
+contig	C8447575	252
+contig	C8447569	252
+contig	C8447601	252
+contig	C8447395	252
+contig	C8447479	252
+contig	C8447645	252
+contig	C8447725	252
+contig	C8447799	252
+contig	C8447779	252
+contig	C8447921	252
+contig	C8447843	252
+contig	C8447657	252
+contig	C8447949	252
+contig	C8448029	252
+contig	C8447977	252
+contig	C8448109	252
+contig	C8447915	252
+contig	C8448113	253
+contig	C8447993	252
+contig	C8448125	253
+contig	C8448141	253
+contig	C8448105	252
+contig	C8448243	253
+contig	C8448255	253
+contig	C8448299	253
+contig	C8448143	253
+contig	C8448335	253
+contig	C8448315	253
+contig	C8448347	253
+contig	C8448397	253
+contig	C8448393	253
+contig	C8448431	253
+contig	C8448481	253
+contig	C8448357	253
+contig	C8448449	253
+contig	C8448531	253
+contig	C8448495	253
+contig	C8448607	253
+contig	C8448651	253
+contig	C8448599	253
+contig	C8448623	253
+contig	C8448637	253
+contig	C8448709	253
+contig	C8448655	253
+contig	C8448711	253
+contig	C8448733	253
+contig	C8447717	252
+contig	C8448739	253
+contig	C8448749	253
+contig	C8448837	253
+contig	C8442269	249
+contig	C8448867	253
+contig	C8448883	253
+contig	C8448903	253
+contig	C8448965	253
+contig	C8448875	253
+contig	C8448917	253
+contig	C8448973	253
+contig	C8448775	253
+contig	C8448987	253
+contig	C8448981	253
+contig	C8449067	253
+contig	C8449055	253
+contig	C8449009	253
+contig	C8448779	253
+contig	C8448911	253
+contig	C8449175	253
+contig	C8449247	253
+contig	C8449163	253
+contig	C8449189	253
+contig	C8449383	253
+contig	C8449267	253
+contig	C8449331	253
+contig	C8449427	253
+contig	C8449287	253
+contig	C8449497	253
+contig	C8449385	253
+contig	C8449437	253
+contig	C8449553	253
+contig	C8449597	253
+contig	C8449547	253
+contig	C8449621	253
+contig	C8449625	253
+contig	C8449657	253
+contig	C8449675	253
+contig	C8449663	253
+contig	C8449733	253
+contig	C8449799	253
+contig	C8449827	253
+contig	C8449751	253
+contig	C8449929	253
+contig	C8449891	253
+contig	C8449879	253
+contig	C8449949	254
+contig	C8449971	254
+contig	C8450005	254
+contig	C8450035	254
+contig	C8449963	254
+contig	C8450059	254
+contig	C8450051	254
+contig	C8450069	254
+contig	C8450125	254
+contig	C8450359	254
+contig	C8450363	254
+contig	C8450349	254
+contig	C8450245	254
+contig	C8450269	254
+contig	C8450381	254
+contig	C8450437	254
+contig	C8450435	254
+contig	C8450429	254
+contig	C8450513	254
+contig	C8450519	254
+contig	C8450409	254
+contig	C8450563	254
+contig	C8450585	254
+contig	C8450581	254
+contig	C8450695	254
+contig	C8450659	254
+contig	C8450755	254
+contig	C8450831	254
+contig	C8450769	254
+contig	C8450943	254
+contig	C8450947	254
+contig	C8451009	254
+contig	C8451043	254
+contig	C8450735	254
+contig	C8451075	254
+contig	C8451051	254
+contig	C8451119	254
+contig	C8436851	246
+contig	C8450561	254
+contig	C8451171	254
+contig	C8451091	254
+contig	C8451333	254
+contig	C8451113	254
+contig	C8451313	254
+contig	C8451351	254
+contig	C8451335	254
+contig	C8451179	254
+contig	C8451233	254
+contig	C8451399	254
+contig	C8451395	254
+contig	C8451419	254
+contig	C8451343	254
+contig	C8451459	254
+contig	C8451463	254
+contig	C8451403	254
+contig	C8451557	254
+contig	C8451415	254
+contig	C8451429	254
+contig	C8451577	254
+contig	C8451549	254
+contig	C8451687	255
+contig	C8451767	255
+contig	C8451607	254
+contig	C8451737	255
+contig	C8451743	255
+contig	C8451801	255
+contig	C8451727	255
+contig	C8451821	255
+contig	C8451897	255
+contig	C8451955	255
+contig	C8451857	255
+contig	C8451915	255
+contig	C8452005	255
+contig	C8451939	255
+contig	C8452103	255
+contig	C8452107	255
+contig	C8452077	255
+contig	C8451871	255
+contig	C8451989	255
+contig	C8452173	255
+contig	C8452183	255
+contig	C8452111	255
+contig	C8452249	255
+contig	C8452351	255
+contig	C8452169	255
+contig	C8449133	253
+contig	C8452065	255
+contig	C8452135	255
+contig	C8452409	255
+contig	C8452473	255
+contig	C8452315	255
+contig	C8452575	255
+contig	C8452629	255
+contig	C8452711	255
+contig	C8452533	255
+contig	C8452609	255
+contig	C8452715	255
+contig	C8452479	255
+contig	C8452769	255
+contig	C8452557	255
+contig	C8452505	255
+contig	C8452815	255
+contig	C8452835	255
+contig	C8452847	255
+contig	C8452855	255
+contig	C8452821	255
+contig	C8452861	255
+contig	C8452929	255
+contig	C8452271	255
+contig	C8452969	255
+contig	C8452891	255
+contig	C8453187	255
+contig	C8452975	255
+contig	C8452779	255
+contig	C8453137	255
+contig	C8453013	255
+contig	C8453227	255
+contig	C8453231	255
+contig	C8453153	255
+contig	C8453235	255
+contig	C8453249	255
+contig	C8453243	255
+contig	C8453269	255
+contig	C8453309	255
+contig	C8453421	256
+contig	C8453289	255
+contig	C8453513	256
+contig	C8453355	255
+contig	C8453505	256
+contig	C8453373	255
+contig	C8453561	256
+contig	C8453557	256
+contig	C8453575	256
+contig	C8453545	256
+contig	C8453605	256
+contig	C8453635	256
+contig	C8453661	256
+contig	C8453697	256
+contig	C8453685	256
+contig	C8453813	256
+contig	C8453879	256
+contig	C8453867	256
+contig	C8453909	256
+contig	C8453855	256
+contig	C8453795	256
+contig	C8453707	256
+contig	C8453963	256
+contig	C8453967	256
+contig	C8454013	256
+contig	C8454071	256
+contig	C8454025	256
+contig	C8454115	256
+contig	C8454249	256
+contig	C8454357	256
+contig	C8454345	256
+contig	C8454169	256
+contig	C8454233	256
+contig	C8454175	256
+contig	C8453891	256
+contig	C8454365	256
+contig	C8454445	256
+contig	C8454443	256
+contig	C8454467	256
+contig	C8454773	256
+contig	C8454747	256
+contig	C8454799	256
+contig	C8454725	256
+contig	C8454477	256
+contig	C8447315	252
+contig	C8454721	256
+contig	C8454845	256
+contig	C8429443	242
+contig	C8454883	256
+contig	C8454847	256
+contig	C8454783	256
+contig	C8454705	256
+contig	C8455153	257
+contig	C8454983	256
+contig	C8455169	257
+contig	C8454011	256
+contig	C8454967	256
+contig	C8455433	257
+contig	C8454981	256
+contig	C8455231	257
+contig	C8455307	257
+contig	C8455159	257
+contig	C8455465	257
+contig	C8455601	257
+contig	C8455659	257
+contig	C8455575	257
+contig	C8455715	257
+contig	C8455581	257
+contig	C8455745	257
+contig	C8455767	257
+contig	C8455223	257
+contig	C8455777	257
+contig	C8455543	257
+contig	C8455823	257
+contig	C8455993	257
+contig	C8455991	257
+contig	C8456045	257
+contig	C8456051	257
+contig	C8455941	257
+contig	C8456047	257
+contig	C8455997	257
+contig	C8456063	257
+contig	C8456121	257
+contig	C8456103	257
+contig	C8455883	257
+contig	C8455849	257
+contig	C8456089	257
+contig	C8456207	257
+contig	C8456137	257
+contig	C8456237	257
+contig	C8456187	257
+contig	C8456149	257
+contig	C8456283	257
+contig	C8456243	257
+contig	C8456365	257
+contig	C8456193	257
+contig	C8456431	257
+contig	C8456299	257
+contig	C8456437	257
+contig	C8456385	257
+contig	C8456559	257
+contig	C8456561	257
+contig	C8456585	257
+contig	C8456515	257
+contig	C8456675	257
+contig	C8455917	257
+contig	C8456509	257
+contig	C8456387	257
+contig	C8455943	257
+contig	C8456771	257
+contig	C8456711	257
+contig	C8456863	257
+contig	C8456697	257
+contig	C8456801	257
+contig	C8456925	258
+contig	C8457001	258
+contig	C8456603	257
+contig	C8456453	257
+contig	C8457057	258
+contig	C8456791	257
+contig	C8456859	257
+contig	C8457025	258
+contig	C8457121	258
+contig	C8456835	257
+contig	C8457159	258
+contig	C8457147	258
+contig	C8457195	258
+contig	C8457073	258
+contig	C8457245	258
+contig	C8457059	258
+contig	C8457191	258
+contig	C8457261	258
+contig	C8457473	258
+contig	C8457213	258
+contig	C8457345	258
+contig	C8457293	258
+contig	C8457451	258
+contig	C8457509	258
+contig	C8457269	258
+contig	C8457517	258
+contig	C8457613	258
+contig	C8457419	258
+contig	C8457533	258
+contig	C8457663	258
+contig	C8457657	258
+contig	C8457655	258
+contig	C8457575	258
+contig	C8457659	258
+contig	C8457749	258
+contig	C8457673	258
+contig	C8457835	258
+contig	C8457311	258
+contig	C8457893	258
+contig	C8457999	258
+contig	C8457845	258
+contig	C8458105	258
+contig	C8457781	258
+contig	C8458083	258
+contig	C8458125	258
+contig	C8457833	258
+contig	C8457869	258
+contig	C8458185	258
+contig	C8458147	258
+contig	C8458115	258
+contig	C8458029	258
+contig	C8458153	258
+contig	C8443005	250
+contig	C8458343	258
+contig	C8458427	258
+contig	C8458357	258
+contig	C8457717	258
+contig	C8458229	258
+contig	C8458271	258
+contig	C8458417	258
+contig	C8458559	259
+contig	C8458375	258
+contig	C8458477	258
+contig	C8458617	259
+contig	C8458523	259
+contig	C8458475	258
+contig	C8458565	259
+contig	C8458585	259
+contig	C8458701	259
+contig	C8458641	259
+contig	C8458545	259
+contig	C8458463	258
+contig	C8458681	259
+contig	C8458721	259
+contig	C8458707	259
+contig	C8458633	259
+contig	C8458669	259
+contig	C8458759	259
+contig	C8458813	259
+contig	C8458869	259
+contig	C8458761	259
+contig	C8458891	259
+contig	C8458931	259
+contig	C8458907	259
+contig	C8458947	259
+contig	C8459049	259
+contig	C8459161	259
+contig	C8459057	259
+contig	C8458855	259
+contig	C8459145	259
+contig	C8459247	259
+contig	C8459255	259
+contig	C8459203	259
+contig	C8459279	259
+contig	C8459045	259
+contig	C8459267	259
+contig	C8459281	259
+contig	C8459105	259
+contig	C8459199	259
+contig	C8459251	259
+contig	C8459301	259
+contig	C8459315	259
+contig	C8459393	259
+contig	C8459405	259
+contig	C8459449	259
+contig	C8459409	259
+contig	C8459297	259
+contig	C8459423	259
+contig	C8459675	259
+contig	C8459635	259
+contig	C8459717	259
+contig	C8459575	259
+contig	C8459749	259
+contig	C8459735	259
+contig	C8459813	259
+contig	C8459705	259
+contig	C8459835	259
+contig	C8459781	259
+contig	C8459573	259
+contig	C8459919	259
+contig	C8459873	259
+contig	C8459923	259
+contig	C8459967	259
+contig	C8459991	259
+contig	C8460057	259
+contig	C8460001	259
+contig	C8460097	259
+contig	C8460047	259
+contig	C8460015	259
+contig	C8460107	259
+contig	C8460145	259
+contig	C8458381	258
+contig	C8460119	259
+contig	C8460127	259
+contig	C8459921	259
+contig	C8460165	259
+contig	C8460169	259
+contig	C8460195	260
+contig	C8460187	260
+contig	C8460111	259
+contig	C8460303	260
+contig	C8460285	260
+contig	C8460275	260
+contig	C8460299	260
+contig	C8460343	260
+contig	C8460341	260
+contig	C8460461	260
+contig	C8460433	260
+contig	C8460571	260
+contig	C8460527	260
+contig	C8460487	260
+contig	C8460581	260
+contig	C8460567	260
+contig	C8460665	260
+contig	C8460649	260
+contig	C8460689	260
+contig	C8460501	260
+contig	C8460743	260
+contig	C8460747	260
+contig	C8460771	260
+contig	C8460861	260
+contig	C8460905	260
+contig	C8460463	260
+contig	C8460891	260
+contig	C8460947	260
+contig	C8460805	260
+contig	C8460979	260
+contig	C8460833	260
+contig	C8461005	260
+contig	C8460941	260
+contig	C8460989	260
+contig	C8460799	260
+contig	C8461053	260
+contig	C8461113	260
+contig	C8461237	260
+contig	C8461139	260
+contig	C8461261	260
+contig	C8461263	260
+contig	C8461149	260
+contig	C8461265	260
+contig	C8461179	260
+contig	C8461141	260
+contig	C8461351	260
+contig	C8461275	260
+contig	C8461271	260
+contig	C8461283	260
+contig	C8461509	260
+contig	C8461511	260
+contig	C8461347	260
+contig	C8461451	260
+contig	C8461731	260
+contig	C8461305	260
+contig	C8461681	260
+contig	C8461501	260
+contig	C8459333	259
+contig	C8461787	260
+contig	C8461739	260
+contig	C8461837	261
+contig	C8461545	260
+contig	C8461809	260
+contig	C8461853	261
+contig	C8461817	261
+contig	C8461867	261
+contig	C8461833	261
+contig	C8461911	261
+contig	C8461581	260
+contig	C8461869	261
+contig	C8462015	261
+contig	C8462091	261
+contig	C8462069	261
+contig	C8462237	261
+contig	C8461999	261
+contig	C8462115	261
+contig	C8462295	261
+contig	C8462303	261
+contig	C8462313	261
+contig	C8462341	261
+contig	C8462189	261
+contig	C8462113	261
+contig	C8462249	261
+contig	C8462309	261
+contig	C8462263	261
+contig	C8462405	261
+contig	C8462111	261
+contig	C8462345	261
+contig	C8462371	261
+contig	C8462447	261
+contig	C8462363	261
+contig	C8462457	261
+contig	C8462563	261
+contig	C8462547	261
+contig	C8462657	261
+contig	C8462527	261
+contig	C8462735	261
+contig	C8462531	261
+contig	C8462503	261
+contig	C8462661	261
+contig	C8462421	261
+contig	C8462787	261
+contig	C8462837	261
+contig	C8462851	261
+contig	C8463081	261
+contig	C8462895	261
+contig	C8462779	261
+contig	C8462981	261
+contig	C8463051	261
+contig	C8463085	261
+contig	C8463129	261
+contig	C8463289	261
+contig	C8463297	261
+contig	C8463343	261
+contig	C8463441	261
+contig	C8463267	261
+contig	C8462809	261
+contig	C8463361	261
+contig	C8463509	262
+contig	C8463515	262
+contig	C8463497	262
+contig	C8463577	262
+contig	C8463667	262
+contig	C8463471	262
+contig	C8463637	262
+contig	C8463701	262
+contig	C8463671	262
+contig	C8463747	262
+contig	C8463739	262
+contig	C8463851	262
+contig	C8463837	262
+contig	C8463829	262
+contig	C8463679	262
+contig	C8463957	262
+contig	C8464037	262
+contig	C8463989	262
+contig	C8464023	262
+contig	C8464055	262
+contig	C8464113	262
+contig	C8463975	262
+contig	C8464179	262
+contig	C8464115	262
+contig	C8464255	262
+contig	C8464261	262
+contig	C8464293	262
+contig	C8464295	262
+contig	C8464063	262
+contig	C8464309	262
+contig	C8464383	262
+contig	C8464459	262
+contig	C8464211	262
+contig	C8464419	262
+contig	C8464437	262
+contig	C8464487	262
+contig	C8464205	262
+contig	C8464499	262
+contig	C8464551	262
+contig	C8464503	262
+contig	C8464511	262
+contig	C8464717	262
+contig	C8464683	262
+contig	C8464665	262
+contig	C8459397	259
+contig	C8464817	262
+contig	C8464609	262
+contig	C8464743	262
+contig	C8464801	262
+contig	C8464615	262
+contig	C8464899	262
+contig	C8464779	262
+contig	C8464909	262
+contig	C8464941	262
+contig	C8464919	262
+contig	C8464579	262
+contig	C8465057	262
+contig	C8465023	262
+contig	C8465097	263
+contig	C8465111	263
+contig	C8465163	263
+contig	C8465183	263
+contig	C8465161	263
+contig	C8465245	263
+contig	C8465243	263
+contig	C8465287	263
+contig	C8465127	263
+contig	C8465181	263
+contig	C8465331	263
+contig	C8465395	263
+contig	C8465355	263
+contig	C8465467	263
+contig	C8465251	263
+contig	C8465275	263
+contig	C8465419	263
+contig	C8465495	263
+contig	C8465669	263
+contig	C8465745	263
+contig	C8465549	263
+contig	C8465897	263
+contig	C8465333	263
+contig	C8465899	263
+contig	C8465929	263
+contig	C8465671	263
+contig	C8465827	263
+contig	C8465977	263
+contig	C8466111	263
+contig	C8465973	263
+contig	C8465959	263
+contig	C8466015	263
+contig	C8466133	263
+contig	C8466149	263
+contig	C8465659	263
+contig	C8466215	263
+contig	C8466217	263
+contig	C8466293	263
+contig	C8466159	263
+contig	C8466247	263
+contig	C8466179	263
+contig	C8466477	263
+contig	C8466241	263
+contig	C8466439	263
+contig	C8466571	263
+contig	C8466629	263
+contig	C8466627	263
+contig	C8466741	264
+contig	C8466825	264
+contig	C8466647	263
+contig	C8466757	264
+contig	C8466803	264
+contig	C8466035	263
+contig	C8466887	264
+contig	C8466637	263
+contig	C8466901	264
+contig	C8466987	264
+contig	C8466981	264
+contig	C8466915	264
+contig	C8466955	264
+contig	C8467051	264
+contig	C8466995	264
+contig	C8467027	264
+contig	C8466991	264
+contig	C8466941	264
+contig	C8467155	264
+contig	C8467179	264
+contig	C8467015	264
+contig	C8467063	264
+contig	C8467231	264
+contig	C8467105	264
+contig	C8467237	264
+contig	C8467297	264
+contig	C8467269	264
+contig	C8467217	264
+contig	C8467329	264
+contig	C8467427	264
+contig	C8467353	264
+contig	C8467539	264
+contig	C8467319	264
+contig	C8467413	264
+contig	C8467575	264
+contig	C8467325	264
+contig	C8467613	264
+contig	C8467617	264
+contig	C8467511	264
+contig	C8463069	261
+contig	C8467573	264
+contig	C8467585	264
+contig	C8467591	264
+contig	C8467565	264
+contig	C8467739	264
+contig	C8467695	264
+contig	C8467835	264
+contig	C8467707	264
+contig	C8467927	264
+contig	C8467741	264
+contig	C8467857	264
+contig	C8467631	264
+contig	C8467981	264
+contig	C8467959	264
+contig	C8468187	264
+contig	C8467973	264
+contig	C8468083	264
+contig	C8468115	264
+contig	C8468033	264
+contig	C8468347	265
+contig	C8468207	264
+contig	C8468319	265
+contig	C8468417	265
+contig	C8468371	265
+contig	C8468221	264
+contig	C8468575	265
+contig	C8468675	265
+contig	C8468001	264
+contig	C8468631	265
+contig	C8468707	265
+contig	C8468639	265
+contig	C8468645	265
+contig	C8468723	265
+contig	C8468751	265
+contig	C8468609	265
+contig	C8468743	265
+contig	C8468719	265
+contig	C8468699	265
+contig	C8468757	265
+contig	C8468787	265
+contig	C8468779	265
+contig	C8469089	265
+contig	C8468805	265
+contig	C8469133	265
+contig	C8469151	265
+contig	C8468843	265
+contig	C8469101	265
+contig	C8469231	265
+contig	C8469161	265
+contig	C8469199	265
+contig	C8469253	265
+contig	C8469363	265
+contig	C8469499	265
+contig	C8469059	265
+contig	C8469305	265
+contig	C8468539	265
+contig	C8469505	265
+contig	C8469563	265
+contig	C8469611	265
+contig	C8469435	265
+contig	C8469591	265
+contig	C8469623	265
+contig	C8469649	265
+contig	C8469735	265
+contig	C8469509	265
+contig	C8469687	265
+contig	C8469747	265
+contig	C8469677	265
+contig	C8469441	265
+contig	C8469775	265
+contig	C8469617	265
+contig	C8469837	265
+contig	C8469889	266
+contig	C8469885	266
+contig	C8469831	265
+contig	C8469913	266
+contig	C8469829	265
+contig	C8469939	266
+contig	C8469943	266
+contig	C8469781	265
+contig	C8469941	266
+contig	C8469927	266
+contig	C8469993	266
+contig	C8470039	266
+contig	C8469965	266
+contig	C8470083	266
+contig	C8469979	266
+contig	C8470089	266
+contig	C8470033	266
+contig	C8470279	266
+contig	C8470157	266
+contig	C8470321	266
+contig	C8470393	266
+contig	C8470281	266
+contig	C8470411	266
+contig	C8470141	266
+contig	C8470601	266
+contig	C8470239	266
+contig	C8470173	266
+contig	C8470445	266
+contig	C8470359	266
+contig	C8470683	266
+contig	C8470849	266
+contig	C8470673	266
+contig	C8470647	266
+contig	C8470823	266
+contig	C8470839	266
+contig	C8470851	266
+contig	C8470923	266
+contig	C8470933	266
+contig	C8470963	266
+contig	C8470737	266
+contig	C8470975	266
+contig	C8470955	266
+contig	C8470855	266
+contig	C8471289	266
+contig	C8470943	266
+contig	C8471219	266
+contig	C8471275	266
+contig	C8470913	266
+contig	C8471291	266
+contig	C8471119	266
+contig	C8471125	266
+contig	C8471383	267
+contig	C8471327	266
+contig	C8471379	267
+contig	C8471295	266
+contig	C8471323	266
+contig	C8471623	267
+contig	C8471521	267
+contig	C8471733	267
+contig	C8471711	267
+contig	C8471831	267
+contig	C8471811	267
+contig	C8471767	267
+contig	C8471497	267
+contig	C8471561	267
+contig	C8471745	267
+contig	C8471847	267
+contig	C8471987	267
+contig	C8471931	267
+contig	C8471899	267
+contig	C8471877	267
+contig	C8471897	267
+contig	C8471887	267
+contig	C8471999	267
+contig	C8471983	267
+contig	C8472033	267
+contig	C8472055	267
+contig	C8472021	267
+contig	C8472001	267
+contig	C8472137	267
+contig	C8455315	257
+contig	C8472101	267
+contig	C8472083	267
+contig	C8472235	267
+contig	C8472077	267
+contig	C8472267	267
+contig	C8472275	267
+contig	C8472281	267
+contig	C8472241	267
+contig	C8472291	267
+contig	C8472217	267
+contig	C8472125	267
+contig	C8472551	267
+contig	C8472363	267
+contig	C8472315	267
+contig	C8472479	267
+contig	C8472211	267
+contig	C8472341	267
+contig	C8472375	267
+contig	C8472629	267
+contig	C8472561	267
+contig	C8472581	267
+contig	C8472407	267
+contig	C8472681	267
+contig	C8472651	267
+contig	C8472583	267
+contig	C8472797	267
+contig	C8472795	267
+contig	C8472805	267
+contig	C8472825	267
+contig	C8472877	267
+contig	C8472731	267
+contig	C8472857	267
+contig	C8472867	267
+contig	C8472773	267
+contig	C8472879	267
+contig	C8472587	267
+contig	C8472959	268
+contig	C8472887	268
+contig	C8472987	268
+contig	C8473037	268
+contig	C8473011	268
+contig	C8472951	268
+contig	C8473083	268
+contig	C8473143	268
+contig	C8473101	268
+contig	C8473091	268
+contig	C8473291	268
+contig	C8473277	268
+contig	C8473147	268
+contig	C8473205	268
+contig	C8473051	268
+contig	C8473167	268
+contig	C8473349	268
+contig	C8473347	268
+contig	C8473507	268
+contig	C8473481	268
+contig	C8473551	268
+contig	C8473327	268
+contig	C8473601	268
+contig	C8473307	268
+contig	C8473655	268
+contig	C8473341	268
+contig	C8473709	268
+contig	C8473305	268
+contig	C8473829	268
+contig	C8473641	268
+contig	C8473925	268
+contig	C8473927	268
+contig	C8474017	268
+contig	C8473871	268
+contig	C8473763	268
+contig	C8474055	268
+contig	C8474039	268
+contig	C8474175	268
+contig	C8473957	268
+contig	C8474137	268
+contig	C8473837	268
+contig	C8474183	268
+contig	C8466921	264
+contig	C8474323	268
+contig	C8474037	268
+contig	C8474321	268
+contig	C8474227	268
+contig	C8474077	268
+contig	C8474249	268
+contig	C8474353	268
+contig	C8474549	269
+contig	C8474379	268
+contig	C8474401	268
+contig	C8474565	269
+contig	C8474587	269
+contig	C8474577	269
+contig	C8474581	269
+contig	C8474545	269
+contig	C8474467	269
+contig	C8474605	269
+contig	C8474361	268
+contig	C8474813	269
+contig	C8474527	269
+contig	C8474693	269
+contig	C8474727	269
+contig	C8474653	269
+contig	C8474833	269
+contig	C8474607	269
+contig	C8474831	269
+contig	C8474939	269
+contig	C8474945	269
+contig	C8475015	269
+contig	C8474835	269
+contig	C8474999	269
+contig	C8475033	269
+contig	C8474655	269
+contig	C8474993	269
+contig	C8474967	269
+contig	C8474985	269
+contig	C8475185	269
+contig	C8475019	269
+contig	C8475265	269
+contig	C8475197	269
+contig	C8475247	269
+contig	C8475091	269
+contig	C8475255	269
+contig	C8475309	269
+contig	C8475065	269
+contig	C8475345	269
+contig	C8475585	269
+contig	C8475075	269
+contig	C8475507	269
+contig	C8475547	269
+contig	C8475667	269
+contig	C8475517	269
+contig	C8475587	269
+contig	C8475621	269
+contig	C8475741	269
+contig	C8475795	269
+contig	C8475639	269
+contig	C8475749	269
+contig	C8475873	270
+contig	C8475775	269
+contig	C8475549	269
+contig	C8475493	269
+contig	C8475809	269
+contig	C8475931	270
+contig	C8475957	270
+contig	C8475915	270
+contig	C8476033	270
+contig	C8476003	270
+contig	C8476089	270
+contig	C8476095	270
+contig	C8476407	270
+contig	C8476159	270
+contig	C8476225	270
+contig	C8476425	270
+contig	C8476389	270
+contig	C8475991	270
+contig	C8476433	270
+contig	C8476429	270
+contig	C8476541	270
+contig	C8476545	270
+contig	C8476657	270
+contig	C8476683	270
+contig	C8476603	270
+contig	C8475643	269
+contig	C8476719	270
+contig	C8476781	270
+contig	C8476789	270
+contig	C8476139	270
+contig	C8476821	270
+contig	C8476801	270
+contig	C8476699	270
+contig	C8476671	270
+contig	C8476873	270
+contig	C8476917	270
+contig	C8476993	270
+contig	C8476815	270
+contig	C8476973	270
+contig	C8477183	270
+contig	C8477185	270
+contig	C8477093	270
+contig	C8477197	270
+contig	C8477321	270
+contig	C8477217	270
+contig	C8477325	270
+contig	C8477297	270
+contig	C8477063	270
+contig	C8477355	270
+contig	C8477033	270
+contig	C8477337	270
+contig	C8477423	271
+contig	C8477539	271
+contig	C8477335	270
+contig	C8477595	271
+contig	C8477521	271
+contig	C8477627	271
+contig	C8477573	271
+contig	C8477397	271
+contig	C8477591	271
+contig	C8477617	271
+contig	C8477391	271
+contig	C8477731	271
+contig	C8477697	271
+contig	C8477635	271
+contig	C8477651	271
+contig	C8477797	271
+contig	C8477791	271
+contig	C8477741	271
+contig	C8477831	271
+contig	C8477847	271
+contig	C8477837	271
+contig	C8477733	271
+contig	C8477645	271
+contig	C8477619	271
+contig	C8477925	271
+contig	C8478029	271
+contig	C8477903	271
+contig	C8478057	271
+contig	C8478067	271
+contig	C8478145	271
+contig	C8477995	271
+contig	C8478015	271
+contig	C8478189	271
+contig	C8478085	271
+contig	C8478217	271
+contig	C8478233	271
+contig	C8478119	271
+contig	C8477987	271
+contig	C8478477	271
+contig	C8478311	271
+contig	C8478583	271
+contig	C8478411	271
+contig	C8478461	271
+contig	C8478701	271
+contig	C8478193	271
+contig	C8478611	271
+contig	C8478715	271
+contig	C8478515	271
+contig	C8478877	272
+contig	C8478521	271
+contig	C8478797	271
+contig	C8479127	272
+contig	C8478915	272
+contig	C8479171	272
+contig	C8479073	272
+contig	C8479011	272
+contig	C8479215	272
+contig	C8479229	272
+contig	C8479373	272
+contig	C8479295	272
+contig	C8479425	272
+contig	C8479193	272
+contig	C8479457	272
+contig	C8479535	272
+contig	C8479503	272
+contig	C8479507	272
+contig	C8479537	272
+contig	C8477951	271
+contig	C8479583	272
+contig	C8479545	272
+contig	C8479569	272
+contig	C8479221	272
+contig	C8479153	272
+contig	C8479683	272
+contig	C8479687	272
+contig	C8479769	272
+contig	C8479599	272
+contig	C8479663	272
+contig	C8479811	272
+contig	C8479553	272
+contig	C8479747	272
+contig	C8479813	272
+contig	C8479937	272
+contig	C8479969	272
+contig	C8479703	272
+contig	C8479947	272
+contig	C8475881	270
+contig	C8480021	272
+contig	C8479951	272
+contig	C8480079	272
+contig	C8479821	272
+contig	C8480105	272
+contig	C8480125	272
+contig	C8480025	272
+contig	C8479815	272
+contig	C8480157	272
+contig	C8480115	272
+contig	C8480193	272
+contig	C8480055	272
+contig	C8480285	273
+contig	C8480377	273
+contig	C8480099	272
+contig	C8480479	273
+contig	C8480533	273
+contig	C8480517	273
+contig	C8480297	273
+contig	C8480547	273
+contig	C8480487	273
+contig	C8480437	273
+contig	C8480213	272
+contig	C8480593	273
+contig	C8480625	273
+contig	C8480721	273
+contig	C8480655	273
+contig	C8480829	273
+contig	C8480903	273
+contig	C8480863	273
+contig	C8480983	273
+contig	C8480595	273
+contig	C8480965	273
+contig	C8480571	273
+contig	C8481049	273
+contig	C8480535	273
+contig	C8480923	273
+contig	C8481051	273
+contig	C8481207	273
+contig	C8481193	273
+contig	C8481345	273
+contig	C8481047	273
+contig	C8481261	273
+contig	C8481399	273
+contig	C8481383	273
+contig	C8481359	273
+contig	C8481503	273
+contig	C8462585	261
+contig	C8481429	273
+contig	C8481353	273
+contig	C8481541	273
+contig	C8481571	273
+contig	C8481641	273
+contig	C8481695	273
+contig	C8481501	273
+contig	C8481779	273
+contig	C8481657	273
+contig	C8481715	273
+contig	C8481833	274
+contig	C8481901	274
+contig	C8481969	274
+contig	C8480943	273
+contig	C8481921	274
+contig	C8482063	274
+contig	C8482049	274
+contig	C8481893	274
+contig	C8482065	274
+contig	C8482081	274
+contig	C8482137	274
+contig	C8482195	274
+contig	C8482161	274
+contig	C8482181	274
+contig	C8482269	274
+contig	C8481533	273
+contig	C8482291	274
+contig	C8482285	274
+contig	C8482059	274
+contig	C8482305	274
+contig	C8482355	274
+contig	C8482393	274
+contig	C8482599	274
+contig	C8482339	274
+contig	C8482457	274
+contig	C8482633	274
+contig	C8482711	274
+contig	C8482639	274
+contig	C8482677	274
+contig	C8482827	274
+contig	C8482733	274
+contig	C8482759	274
+contig	C8482431	274
+contig	C8482799	274
+contig	C8482769	274
+contig	C8482837	274
+contig	C8482869	274
+contig	C8482941	274
+contig	C8482647	274
+contig	C8482961	274
+contig	C8483027	274
+contig	C8483091	274
+contig	C8482993	274
+contig	C8483131	274
+contig	C8483199	274
+contig	C8483225	274
+contig	C8483333	275
+contig	C8483197	274
+contig	C8483149	274
+contig	C8482843	274
+contig	C8483337	275
+contig	C8483345	275
+contig	C8483377	275
+contig	C8483383	275
+contig	C8483389	275
+contig	C8483369	275
+contig	C8483423	275
+contig	C8483511	275
+contig	C8483431	275
+contig	C8483529	275
+contig	C8483725	275
+contig	C8483485	275
+contig	C8483775	275
+contig	C8483277	275
+contig	C8483813	275
+contig	C8483789	275
+contig	C8483605	275
+contig	C8483123	274
+contig	C8483829	275
+contig	C8483963	275
+contig	C8483873	275
+contig	C8484011	275
+contig	C8483825	275
+contig	C8483949	275
+contig	C8483695	275
+contig	C8484013	275
+contig	C8484041	275
+contig	C8483641	275
+contig	C8484181	275
+contig	C8484207	275
+contig	C8484103	275
+contig	C8484299	275
+contig	C8484045	275
+contig	C8484497	275
+contig	C8484367	275
+contig	C8484523	275
+contig	C8484209	275
+contig	C8484527	275
+contig	C8484547	275
+contig	C8484315	275
+contig	C8484479	275
+contig	C8484629	275
+contig	C8484703	276
+contig	C8484667	275
+contig	C8484635	275
+contig	C8484695	275
+contig	C8484655	275
+contig	C8484649	275
+contig	C8484727	276
+contig	C8484789	276
+contig	C8484845	276
+contig	C8484505	275
+contig	C8484885	276
+contig	C8484911	276
+contig	C8484959	276
+contig	C8484709	276
+contig	C8484925	276
+contig	C8481327	273
+contig	C8484929	276
+contig	C8485001	276
+contig	C8484917	276
+contig	C8485029	276
+contig	C8485065	276
+contig	C8485127	276
+contig	C8484961	276
+contig	C8484749	276
+contig	C8485009	276
+contig	C8485147	276
+contig	C8485157	276
+contig	C8485035	276
+contig	C8485135	276
+contig	C8485085	276
+contig	C8485247	276
+contig	C8485239	276
+contig	C8485281	276
+contig	C8485337	276
+contig	C8485261	276
+contig	C8485375	276
+contig	C8484803	276
+contig	C8485191	276
+contig	C8485693	276
+contig	C8485523	276
+contig	C8485541	276
+contig	C8485625	276
+contig	C8485547	276
+contig	C8485821	276
+contig	C8485623	276
+contig	C8485749	276
+contig	C8485759	276
+contig	C8485949	276
+contig	C8485901	276
+contig	C8485835	276
+contig	C8485963	276
+contig	C8486025	276
+contig	C8486145	277
+contig	C8485767	276
+contig	C8486165	277
+contig	C8485853	276
+contig	C8486239	277
+contig	C8485973	276
+contig	C8486217	277
+contig	C8486295	277
+contig	C8486255	277
+contig	C8486379	277
+contig	C8486369	277
+contig	C8486389	277
+contig	C8486277	277
+contig	C8486413	277
+contig	C8486463	277
+contig	C8486437	277
+contig	C8486331	277
+contig	C8486429	277
+contig	C8486703	277
+contig	C8486499	277
+contig	C8486613	277
+contig	C8486619	277
+contig	C8486823	277
+contig	C8486487	277
+contig	C8486645	277
+contig	C8486849	277
+contig	C8486791	277
+contig	C8486851	277
+contig	C8486853	277
+contig	C8486719	277
+contig	C8486937	277
+contig	C8486855	277
+contig	C8486845	277
+contig	C8486967	277
+contig	C8486955	277
+contig	C8486999	277
+contig	C8487003	277
+contig	C8486989	277
+contig	C8487057	277
+contig	C8487085	277
+contig	C8487161	277
+contig	C8487187	277
+contig	C8487199	277
+contig	C8487197	277
+contig	C8487415	277
+contig	C8487317	277
+contig	C8487255	277
+contig	C8487401	277
+contig	C8487431	277
+contig	C8486895	277
+contig	C8487423	277
+contig	C8487489	278
+contig	C8487421	277
+contig	C8487491	278
+contig	C8487525	278
+contig	C8487555	278
+contig	C8487543	278
+contig	C8487589	278
+contig	C8487599	278
+contig	C8487781	278
+contig	C8487611	278
+contig	C8487803	278
+contig	C8487839	278
+contig	C8487847	278
+contig	C8487821	278
+contig	C8487899	278
+contig	C8487861	278
+contig	C8487911	278
+contig	C8487853	278
+contig	C8487921	278
+contig	C8487997	278
+contig	C8488001	278
+contig	C8488041	278
+contig	C8488083	278
+contig	C8488067	278
+contig	C8487949	278
+contig	C8488117	278
+contig	C8488085	278
+contig	C8488137	278
+contig	C8488163	278
+contig	C8488321	278
+contig	C8488333	278
+contig	C8488227	278
+contig	C8488379	278
+contig	C8488147	278
+contig	C8488165	278
+contig	C8488493	278
+contig	C8488499	278
+contig	C8488501	278
+contig	C8488527	278
+contig	C8488457	278
+contig	C8488616	278
+contig	C8488395	278
+contig	C8488666	278
+contig	C8488694	278
+contig	C8488640	278
+contig	C8487433	277
+contig	C8488696	278
+contig	C8488712	278
+contig	C8488854	279
+contig	C8488581	278
+contig	C8488842	279
+contig	C8488830	279
+contig	C8488856	279
+contig	C8488816	279
+contig	C8488912	279
+contig	C8488874	279
+contig	C8488906	279
+contig	C8489008	279
+contig	C8489052	279
+contig	C8488944	279
+contig	C8489064	279
+contig	C8489018	279
+contig	C8489068	279
+contig	C8489082	279
+contig	C8489066	279
+contig	C8488952	279
+contig	C8489032	279
+contig	C8489148	279
+contig	C8489142	279
+contig	C8489098	279
+contig	C8489150	279
+contig	C8489200	279
+contig	C8489126	279
+contig	C8489332	279
+contig	C8489336	279
+contig	C8489352	279
+contig	C8489404	279
+contig	C8489340	279
+contig	C8489450	279
+contig	C8489438	279
+contig	C8489466	279
+contig	C8489250	279
+contig	C8489518	279
+contig	C8489642	279
+contig	C8489214	279
+contig	C8489688	279
+contig	C8489648	279
+contig	C8485589	276
+contig	C8489730	279
+contig	C8489728	279
+contig	C8489758	279
+contig	C8489746	279
+contig	C8489638	279
+contig	C8489766	279
+contig	C8489824	279
+contig	C8489786	279
+contig	C8489818	279
+contig	C8489862	279
+contig	C8489604	279
+contig	C8489772	279
+contig	C8489858	279
+contig	C8489900	279
+contig	C8489932	279
+contig	C8490022	279
+contig	C8490128	279
+contig	C8490122	279
+contig	C8490194	280
+contig	C8490152	279
+contig	C8489936	279
+contig	C8490240	280
+contig	C8490310	280
+contig	C8490404	280
+contig	C8490436	280
+contig	C8490572	280
+contig	C8490532	280
+contig	C8490596	280
+contig	C8490500	280
+contig	C8489898	279
+contig	C8490054	279
+contig	C8490678	280
+contig	C8490638	280
+contig	C8490636	280
+contig	C8490754	280
+contig	C8490762	280
+contig	C8490726	280
+contig	C8490908	280
+contig	C8486317	277
+contig	C8490772	280
+contig	C8490944	280
+contig	C8490912	280
+contig	C8490978	280
+contig	C8490910	280
+contig	C8490788	280
+contig	C8491018	280
+contig	C8491040	280
+contig	C8490828	280
+contig	C8490692	280
+contig	C8491092	280
+contig	C8491016	280
+contig	C8491054	280
+contig	C8491132	280
+contig	C8491122	280
+contig	C8491100	280
+contig	C8491130	280
+contig	C8490976	280
+contig	C8491392	280
+contig	C8491220	280
+contig	C8491156	280
+contig	C8491414	280
+contig	C8491444	280
+contig	C8491216	280
+contig	C8491338	280
+contig	C8491520	280
+contig	C8491120	280
+contig	C8491586	281
+contig	C8491594	281
+contig	C8491474	280
+contig	C8491536	280
+contig	C8491478	280
+contig	C8472673	267
+contig	C8491650	281
+contig	C8491750	281
+contig	C8491792	281
+contig	C8491684	281
+contig	C8491678	281
+contig	C8491770	281
+contig	C8491636	281
+contig	C8491794	281
+contig	C8491886	281
+contig	C8491812	281
+contig	C8491898	281
+contig	C8491920	281
+contig	C8491518	280
+contig	C8492066	281
+contig	C8491628	281
+contig	C8492080	281
+contig	C8491940	281
+contig	C8491968	281
+contig	C8492212	281
+contig	C8492250	281
+contig	C8492210	281
+contig	C8492308	281
+contig	C8492086	281
+contig	C8492052	281
+contig	C8492244	281
+contig	C8492444	281
+contig	C8487231	277
+contig	C8491564	281
+contig	C8491868	281
+contig	C8492482	281
+contig	C8492506	281
+contig	C8492410	281
+contig	C8492544	281
+contig	C8492564	281
+contig	C8492582	281
+contig	C8492578	281
+contig	C8492710	281
+contig	C8492740	281
+contig	C8492754	281
+contig	C8492556	281
+contig	C8492484	281
+contig	C8492772	281
+contig	C8492786	281
+contig	C8492778	281
+contig	C8492590	281
+contig	C8492516	281
+contig	C8492700	281
+contig	C8492854	281
+contig	C8492954	281
+contig	C8492800	281
+contig	C8492968	282
+contig	C8493036	282
+contig	C8492960	281
+contig	C8492980	282
+contig	C8492942	281
+contig	C8493048	282
+contig	C8492986	282
+contig	C8493172	282
+contig	C8493146	282
+contig	C8493120	282
+contig	C8493154	282
+contig	C8493340	282
+contig	C8493354	282
+contig	C8493320	282
+contig	C8493220	282
+contig	C8493346	282
+contig	C8493446	282
+contig	C8493436	282
+contig	C8493468	282
+contig	C8493358	282
+contig	C8492406	281
+contig	C8493406	282
+contig	C8493242	282
+contig	C8492936	281
+contig	C8493562	282
+contig	C8493654	282
+contig	C8493528	282
+contig	C8493566	282
+contig	C8493742	282
+contig	C8493666	282
+contig	C8493710	282
+contig	C8493762	282
+contig	C8493754	282
+contig	C8493972	282
+contig	C8493798	282
+contig	C8493928	282
+contig	C8493788	282
+contig	C8494034	282
+contig	C8493534	282
+contig	C8494068	282
+contig	C8494080	282
+contig	C8493976	282
+contig	C8494084	282
+contig	C8494150	282
+contig	C8494268	282
+contig	C8494354	283
+contig	C8493638	282
+contig	C8494250	282
+contig	C8494468	283
+contig	C8494264	282
+contig	C8494484	283
+contig	C8494078	282
+contig	C8494532	283
+contig	C8493980	282
+contig	C8494794	283
+contig	C8494616	283
+contig	C8494686	283
+contig	C8494640	283
+contig	C8494618	283
+contig	C8494756	283
+contig	C8495028	283
+contig	C8495142	283
+contig	C8495130	283
+contig	C8495154	283
+contig	C8495156	283
+contig	C8495226	283
+contig	C8494478	283
+contig	C8494852	283
+contig	C8494936	283
+contig	C8495430	283
+contig	C8495214	283
+contig	C8495264	283
+contig	C8495438	283
+contig	C8495238	283
+contig	C8495070	283
+contig	C8495548	283
+contig	C8495454	283
+contig	C8495250	283
+contig	C8495558	283
+contig	C8495562	283
+contig	C8495626	284
+contig	C8495570	283
+contig	C8495602	283
+contig	C8495706	284
+contig	C8495724	284
+contig	C8495722	284
+contig	C8495630	284
+contig	C8495632	284
+contig	C8495850	284
+contig	C8495846	284
+contig	C8495732	284
+contig	C8495826	284
+contig	C8495858	284
+contig	C8495860	284
+contig	C8495764	284
+contig	C8495870	284
+contig	C8495658	284
+contig	C8495880	284
+contig	C8495884	284
+contig	C8495928	284
+contig	C8495920	284
+contig	C8495902	284
+contig	C8496114	284
+contig	C8495952	284
+contig	C8496084	284
+contig	C8496118	284
+contig	C8496282	284
+contig	C8496288	284
+contig	C8496082	284
+contig	C8496254	284
+contig	C8496268	284
+contig	C8496370	284
+contig	C8496308	284
+contig	C8496384	284
+contig	C8496410	284
+contig	C8496320	284
+contig	C8496404	284
+contig	C8496430	284
+contig	C8496472	284
+contig	C8496518	284
+contig	C8496690	284
+contig	C8496412	284
+contig	C8496658	284
+contig	C8496632	284
+contig	C8496714	284
+contig	C8496716	284
+contig	C8496752	284
+contig	C8496126	284
+contig	C8496812	284
+contig	C8496772	284
+contig	C8496766	284
+contig	C8496864	284
+contig	C8496702	284
+contig	C8496954	284
+contig	C8496878	284
+contig	C8496866	284
+contig	C8496818	284
+contig	C8497094	285
+contig	C8497054	285
+contig	C8497046	285
+contig	C8497146	285
+contig	C8497150	285
+contig	C8497124	285
+contig	C8497106	285
+contig	C8497162	285
+contig	C8497256	285
+contig	C8497196	285
+contig	C8497154	285
+contig	C8497324	285
+contig	C8497252	285
+contig	C8497350	285
+contig	C8497242	285
+contig	C8497410	285
+contig	C8497212	285
+contig	C8497588	285
+contig	C8497292	285
+contig	C8497524	285
+contig	C8497682	285
+contig	C8497624	285
+contig	C8497690	285
+contig	C8497784	285
+contig	C8497372	285
+contig	C8497506	285
+contig	C8497768	285
+contig	C8497622	285
+contig	C8497910	285
+contig	C8497854	285
+contig	C8497604	285
+contig	C8497878	285
+contig	C8497478	285
+contig	C8497912	285
+contig	C8498008	285
+contig	C8497966	285
+contig	C8498022	285
+contig	C8498024	285
+contig	C8497936	285
+contig	C8498128	285
+contig	C8497954	285
+contig	C8497868	285
+contig	C8498108	285
+contig	C8498276	286
+contig	C8498188	285
+contig	C8498372	286
+contig	C8498476	286
+contig	C8498520	286
+contig	C8498470	286
+contig	C8498394	286
+contig	C8498488	286
+contig	C8498554	286
+contig	C8498790	286
+contig	C8498714	286
+contig	C8498744	286
+contig	C8498560	286
+contig	C8498860	286
+contig	C8498410	286
+contig	C8498832	286
+contig	C8498996	286
+contig	C8498954	286
+contig	C8498870	286
+contig	C8499042	286
+contig	C8498920	286
+contig	C8499084	286
+contig	C8499152	286
+contig	C8499256	286
+contig	C8499276	286
+contig	C8499314	286
+contig	C8499306	286
+contig	C8499182	286
+contig	C8499378	286
+contig	C8499350	286
+contig	C8499392	286
+contig	C8499454	286
+contig	C8499074	286
+contig	C8499430	286
+contig	C8499536	287
+contig	C8499490	286
+contig	C8499606	287
+contig	C8499612	287
+contig	C8499652	287
+contig	C8499566	287
+contig	C8499682	287
+contig	C8499772	287
+contig	C8499458	286
+contig	C8499810	287
+contig	C8499704	287
+contig	C8499834	287
+contig	C8499800	287
+contig	C8499554	287
+contig	C8499930	287
+contig	C8499942	287
+contig	C8479249	272
+contig	C8499974	287
+contig	C8499910	287
+contig	C8500042	287
+contig	C8500046	287
+contig	C8500008	287
+contig	C8500140	287
+contig	C8500082	287
+contig	C8499820	287
+contig	C8499894	287
+contig	C8500228	287
+contig	C8500166	287
+contig	C8500318	287
+contig	C8500248	287
+contig	C8500268	287
+contig	C8500154	287
+contig	C8500212	287
+contig	C8500308	287
+contig	C8500328	287
+contig	C8500236	287
+contig	C8500348	287
+contig	C8500342	287
+contig	C8500422	287
+contig	C8500438	287
+contig	C8500534	287
+contig	C8500842	288
+contig	C8498846	286
+contig	C8500626	287
+contig	C8500840	288
+contig	C8500646	287
+contig	C8500946	288
+contig	C8501028	288
+contig	C8500986	288
+contig	C8501048	288
+contig	C8500484	287
+contig	C8500856	288
+contig	C8501196	288
+contig	C8501050	288
+contig	C8501190	288
+contig	C8501164	288
+contig	C8501230	288
+contig	C8501444	288
+contig	C8501492	288
+contig	C8501480	288
+contig	C8501216	288
+contig	C8501500	288
+contig	C8501520	288
+contig	C8501576	288
+contig	C8501330	288
+contig	C8501608	288
+contig	C8501734	288
+contig	C8501642	288
+contig	C8501706	288
+contig	C8501228	288
+contig	C8501750	288
+contig	C8501908	288
+contig	C8501666	288
+contig	C8501866	288
+contig	C8501894	288
+contig	C8501910	288
+contig	C8501962	288
+contig	C8501848	288
+contig	C8502164	289
+contig	C8501992	288
+contig	C8502202	289
+contig	C8502052	288
+contig	C8502132	289
+contig	C8502204	289
+contig	C8502630	289
+contig	C8502260	289
+contig	C8502292	289
+contig	C8502642	289
+contig	C8502324	289
+contig	C8502874	289
+contig	C8502664	289
+contig	C8502688	289
+contig	C8502678	289
+contig	C8502952	289
+contig	C8501222	288
+contig	C8502958	289
+contig	C8503012	289
+contig	C8502998	289
+contig	C8503028	289
+contig	C8502680	289
+contig	C8503034	289
+contig	C8503102	289
+contig	C8503182	289
+contig	C8503098	289
+contig	C8503168	289
+contig	C8503060	289
+contig	C8503184	289
+contig	C8503210	289
+contig	C8503376	290
+contig	C8503234	289
+contig	C8503352	289
+contig	C8503448	290
+contig	C8503404	290
+contig	C8503606	290
+contig	C8503382	290
+contig	C8503622	290
+contig	C8503438	290
+contig	C8503512	290
+contig	C8503654	290
+contig	C8503498	290
+contig	C8503656	290
+contig	C8503678	290
+contig	C8503642	290
+contig	C8503764	290
+contig	C8503934	290
+contig	C8503852	290
+contig	C8503896	290
+contig	C8504072	290
+contig	C8504056	290
+contig	C8504122	290
+contig	C8504160	290
+contig	C8504240	290
+contig	C8503742	290
+contig	C8504262	290
+contig	C8504216	290
+contig	C8504188	290
+contig	C8504274	290
+contig	C8504442	290
+contig	C8504294	290
+contig	C8504168	290
+contig	C8504486	290
+contig	C8504286	290
+contig	C8504366	290
+contig	C8504530	290
+contig	C8504506	290
+contig	C8504620	290
+contig	C8504616	290
+contig	C8504718	291
+contig	C8504754	291
+contig	C8504768	291
+contig	C8504812	291
+contig	C8504786	291
+contig	C8504930	291
+contig	C8504660	291
+contig	C8504806	291
+contig	C8504814	291
+contig	C8504838	291
+contig	C8505008	291
+contig	C8505048	291
+contig	C8504632	290
+contig	C8504958	291
+contig	C8505006	291
+contig	C8505032	291
+contig	C8505172	291
+contig	C8505214	291
+contig	C8505166	291
+contig	C8505154	291
+contig	C8505222	291
+contig	C8505510	291
+contig	C8505500	291
+contig	C8505568	291
+contig	C8505554	291
+contig	C8505522	291
+contig	C8505494	291
+contig	C8505590	291
+contig	C8505682	291
+contig	C8505678	291
+contig	C8505736	291
+contig	C8505740	291
+contig	C8505630	291
+contig	C8505770	291
+contig	C8505594	291
+contig	C8505762	291
+contig	C8505860	291
+contig	C8505452	291
+contig	C8505930	291
+contig	C8505286	291
+contig	C8506046	292
+contig	C8506094	292
+contig	C8505772	291
+contig	C8506138	292
+contig	C8506032	292
+contig	C8506262	292
+contig	C8506240	292
+contig	C8506142	292
+contig	C8506338	292
+contig	C8506374	292
+contig	C8506384	292
+contig	C8506590	292
+contig	C8506570	292
+contig	C8506614	292
+contig	C8506480	292
+contig	C8506044	292
+contig	C8506130	292
+contig	C8506698	292
+contig	C8506468	292
+contig	C8506716	292
+contig	C8506640	292
+contig	C8506736	292
+contig	C8506872	292
+contig	C8506712	292
+contig	C8506880	292
+contig	C8506664	292
+contig	C8506906	292
+contig	C8506860	292
+contig	C8506966	292
+contig	C8506930	292
+contig	C8506910	292
+contig	C8506978	292
+contig	C8506942	292
+contig	C8507166	293
+contig	C8507020	292
+contig	C8507130	292
+contig	C8507036	292
+contig	C8507362	293
+contig	C8507084	292
+contig	C8507472	293
+contig	C8507162	293
+contig	C8507518	293
+contig	C8507366	293
+contig	C8507128	292
+contig	C8507412	293
+contig	C8507206	293
+contig	C8507716	293
+contig	C8507812	293
+contig	C8507770	293
+contig	C8507654	293
+contig	C8507690	293
+contig	C8507844	293
+contig	C8507994	293
+contig	C8507906	293
+contig	C8507532	293
+contig	C8507240	293
+contig	C8508030	293
+contig	C8507826	293
+contig	C8508040	293
+contig	C8508026	293
+contig	C8508060	293
+contig	C8508124	293
+contig	C8508074	293
+contig	C8508214	293
+contig	C8508258	293
+contig	C8508288	293
+contig	C8508228	293
+contig	C8508290	293
+contig	C8508392	294
+contig	C8508368	294
+contig	C8508404	294
+contig	C8508338	293
+contig	C8508400	294
+contig	C8508498	294
+contig	C8508494	294
+contig	C8508614	294
+contig	C8508454	294
+contig	C8508638	294
+contig	C8508712	294
+contig	C8508698	294
+contig	C8508730	294
+contig	C8508746	294
+contig	C8508818	294
+contig	C8508934	294
+contig	C8508440	294
+contig	C8508900	294
+contig	C8508958	294
+contig	C8508962	294
+contig	C8508990	294
+contig	C8508968	294
+contig	C8509076	294
+contig	C8509124	294
+contig	C8508504	294
+contig	C8509130	294
+contig	C8508802	294
+contig	C8509262	294
+contig	C8509270	294
+contig	C8509318	294
+contig	C8509274	294
+contig	C8509294	294
+contig	C8508938	294
+contig	C8509386	294
+contig	C8509388	294
+contig	C8509486	294
+contig	C8509488	294
+contig	C8494730	283
+contig	C8509390	294
+contig	C8509258	294
+contig	C8509504	294
+contig	C8509620	295
+contig	C8509556	294
+contig	C8509688	295
+contig	C8509588	294
+contig	C8509690	295
+contig	C8509792	295
+contig	C8509700	295
+contig	C8509632	295
+contig	C8509726	295
+contig	C8509710	295
+contig	C8509828	295
+contig	C8509834	295
+contig	C8510244	295
+contig	C8509884	295
+contig	C8510184	295
+contig	C8509972	295
+contig	C8510284	295
+contig	C8510288	295
+contig	C8510360	295
+contig	C8510406	295
+contig	C8510278	295
+contig	C8509824	295
+contig	C8510372	295
+contig	C8510448	295
+contig	C8510474	295
+contig	C8510478	295
+contig	C8510432	295
+contig	C8510608	295
+contig	C8510490	295
+contig	C8510656	295
+contig	C8510660	295
+contig	C8510802	295
+contig	C8510834	296
+contig	C8510590	295
+contig	C8510890	296
+contig	C8510848	296
+contig	C8510986	296
+contig	C8510858	296
+contig	C8511038	296
+contig	C8510614	295
+contig	C8510946	296
+contig	C8508008	293
+contig	C8511122	296
+contig	C8507882	293
+contig	C8511198	296
+contig	C8511192	296
+contig	C8511320	296
+contig	C8511260	296
+contig	C8511420	296
+contig	C8510722	295
+contig	C8511190	296
+contig	C8511100	296
+contig	C8511116	296
+contig	C8511480	296
+contig	C8511678	296
+contig	C8511484	296
+contig	C8511594	296
+contig	C8511472	296
+contig	C8511234	296
+contig	C8511586	296
+contig	C8511444	296
+contig	C8511688	296
+contig	C8511854	296
+contig	C8511810	296
+contig	C8511900	296
+contig	C8511828	296
+contig	C8511862	296
+contig	C8511974	296
+contig	C8512066	297
+contig	C8511896	296
+contig	C8512082	297
+contig	C8511954	296
+contig	C8511794	296
+contig	C8512106	297
+contig	C8512216	297
+contig	C8512176	297
+contig	C8512234	297
+contig	C8512262	297
+contig	C8512140	297
+contig	C8512238	297
+contig	C8512124	297
+contig	C8512338	297
+contig	C8512432	297
+contig	C8512294	297
+contig	C8512378	297
+contig	C8512308	297
+contig	C8512284	297
+contig	C8512578	297
+contig	C8512434	297
+contig	C8512482	297
+contig	C8512762	297
+contig	C8512636	297
+contig	C8512604	297
+contig	C8512746	297
+contig	C8512616	297
+contig	C8512782	297
+contig	C8512830	297
+contig	C8512220	297
+contig	C8512794	297
+contig	C8512878	297
+contig	C8512784	297
+contig	C8512938	297
+contig	C8512892	297
+contig	C8513064	297
+contig	C8513112	297
+contig	C8513078	297
+contig	C8512994	297
+contig	C8512972	297
+contig	C8513220	298
+contig	C8513136	297
+contig	C8513004	297
+contig	C8513164	298
+contig	C8513234	298
+contig	C8513148	297
+contig	C8513160	298
+contig	C8513368	298
+contig	C8513260	298
+contig	C8513232	298
+contig	C8513438	298
+contig	C8513380	298
+contig	C8513476	298
+contig	C8513460	298
+contig	C8513284	298
+contig	C8513302	298
+contig	C8513602	298
+contig	C8513574	298
+contig	C8513706	298
+contig	C8513742	298
+contig	C8513848	298
+contig	C8513912	298
+contig	C8512210	297
+contig	C8513924	298
+contig	C8513928	298
+contig	C8513806	298
+contig	C8513772	298
+contig	C8513936	298
+contig	C8513960	298
+contig	C8514114	298
+contig	C8513980	298
+contig	C8513948	298
+contig	C8514086	298
+contig	C8514216	298
+contig	C8514314	298
+contig	C8514252	298
+contig	C8514150	298
+contig	C8514390	299
+contig	C8514226	298
+contig	C8514362	299
+contig	C8514438	299
+contig	C8514080	298
+contig	C8514300	298
+contig	C8514458	299
+contig	C8514468	299
+contig	C8514072	298
+contig	C8514530	299
+contig	C8514564	299
+contig	C8514554	299
+contig	C8514540	299
+contig	C8514482	299
+contig	C8514534	299
+contig	C8514484	299
+contig	C8514750	299
+contig	C8514720	299
+contig	C8514770	299
+contig	C8514714	299
+contig	C8514712	299
+contig	C8514794	299
+contig	C8514804	299
+contig	C8514680	299
+contig	C8514790	299
+contig	C8514958	299
+contig	C8514944	299
+contig	C8514834	299
+contig	C8514912	299
+contig	C8514984	299
+contig	C8515016	299
+contig	C8515166	299
+contig	C8515070	299
+contig	C8515128	299
+contig	C8514808	299
+contig	C8515222	299
+contig	C8515176	299
+contig	C8515122	299
+contig	C8515378	299
+contig	C8515206	299
+contig	C8515306	299
+contig	C8515230	299
+contig	C8514860	299
+contig	C8515408	299
+contig	C8515452	299
+contig	C8515390	299
+contig	C8515392	299
+contig	C8515402	299
+contig	C8515492	300
+contig	C8515710	300
+contig	C8515552	300
+contig	C8515574	300
+contig	C8515534	300
+contig	C8515784	300
+contig	C8515580	300
+contig	C8515746	300
+contig	C8515838	300
+contig	C8515936	300
+contig	C8515962	300
+contig	C8515994	300
+contig	C8515788	300
+contig	C8515490	300
+contig	C8516060	300
+contig	C8516034	300
+contig	C8516208	300
+contig	C8516158	300
+contig	C8516028	300
+contig	C8516066	300
+contig	C8516130	300
+contig	C8516290	300
+contig	C8516278	300
+contig	C8516192	300
+contig	C8516362	300
+contig	C8516382	300
+contig	C8516444	300
+contig	C8516286	300
+contig	C8516448	300
+contig	C8516422	300
+contig	C8516478	300
+contig	C8516436	300
+contig	C8516474	300
+contig	C8516466	300
+contig	C8516640	300
+contig	C8516718	301
+contig	C8516724	301
+contig	C8516720	301
+contig	C8516726	301
+contig	C8516784	301
+contig	C8516776	301
+contig	C8516558	300
+contig	C8516800	301
+contig	C8516874	301
+contig	C8516792	301
+contig	C8516678	300
+contig	C8516930	301
+contig	C8516434	300
+contig	C8516982	301
+contig	C8516954	301
+contig	C8517008	301
+contig	C8517062	301
+contig	C8517150	301
+contig	C8517196	301
+contig	C8517258	301
+contig	C8517228	301
+contig	C8517246	301
+contig	C8517154	301
+contig	C8517046	301
+contig	C8517274	301
+contig	C8517448	301
+contig	C8517404	301
+contig	C8517386	301
+contig	C8517376	301
+contig	C8517472	301
+contig	C8517416	301
+contig	C8517430	301
+contig	C8517468	301
+contig	C8517592	301
+contig	C8517476	301
+contig	C8517480	301
+contig	C8517552	301
+contig	C8517530	301
+contig	C8517692	301
+contig	C8517676	301
+contig	C8517658	301
+contig	C8517654	301
+contig	C8517766	301
+contig	C8517776	301
+contig	C8517718	301
+contig	C8517826	301
+contig	C8517720	301
+contig	C8517812	301
+contig	C8518002	302
+contig	C8518012	302
+contig	C8518046	302
+contig	C8518104	302
+contig	C8517960	302
+contig	C8518028	302
+contig	C8518136	302
+contig	C8518092	302
+contig	C8518192	302
+contig	C8517768	301
+contig	C8518180	302
+contig	C8518166	302
+contig	C8518122	302
+contig	C8518226	302
+contig	C8518262	302
+contig	C8518288	302
+contig	C8518146	302
+contig	C8518278	302
+contig	C8518314	302
+contig	C8518360	302
+contig	C8518200	302
+contig	C8518346	302
+contig	C8518468	302
+contig	C8518528	302
+contig	C8518644	302
+contig	C8518246	302
+contig	C8518726	302
+contig	C8518312	302
+contig	C8518924	302
+contig	C8518634	302
+contig	C8518794	302
+contig	C8518934	302
+contig	C8518978	303
+contig	C8518780	302
+contig	C8518936	302
+contig	C8518964	303
+contig	C8519142	303
+contig	C8519276	303
+contig	C8519370	303
+contig	C8519134	303
+contig	C8517264	301
+contig	C8519438	303
+contig	C8519474	303
+contig	C8519448	303
+contig	C8519518	303
+contig	C8519528	303
+contig	C8519012	303
+contig	C8519404	303
+contig	C8519402	303
+contig	C8519390	303
+contig	C8494410	283
+contig	C8519808	303
+contig	C8519642	303
+contig	C8519612	303
+contig	C8519792	303
+contig	C8519664	303
+contig	C8519840	303
+contig	C8519586	303
+contig	C8519848	303
+contig	C8519816	303
+contig	C8520136	304
+contig	C8520078	304
+contig	C8520168	304
+contig	C8519950	304
+contig	C8519988	304
+contig	C8520022	304
+contig	C8519466	303
+contig	C8520268	304
+contig	C8520270	304
+contig	C8520324	304
+contig	C8520364	304
+contig	C8520394	304
+contig	C8520398	304
+contig	C8520272	304
+contig	C8520450	304
+contig	C8520444	304
+contig	C8520172	304
+contig	C8520484	304
+contig	C8520508	304
+contig	C8520478	304
+contig	C8520212	304
+contig	C8520634	304
+contig	C8520244	304
+contig	C8520836	304
+contig	C8520984	304
+contig	C8520914	304
+contig	C8521068	305
+contig	C8520660	304
+contig	C8520624	304
+contig	C8520640	304
+contig	C8520988	304
+contig	C8521074	305
+contig	C8521078	305
+contig	C8521408	305
+contig	C8521304	305
+contig	C8521402	305
+contig	C8521468	305
+contig	C8521414	305
+contig	C8521122	305
+contig	C8521276	305
+contig	C8521606	305
+contig	C8521482	305
+contig	C8521652	305
+contig	C8521734	305
+contig	C8521696	305
+contig	C8521558	305
+contig	C8521782	305
+contig	C8521794	305
+contig	C8521902	305
+contig	C8521956	305
+contig	C8521852	305
+contig	C8521904	305
+contig	C8521770	305
+contig	C8521874	305
+contig	C8521986	305
+contig	C8522196	306
+contig	C8522184	306
+contig	C8522192	306
+contig	C8520476	304
+contig	C8522352	306
+contig	C8522336	306
+contig	C8522312	306
+contig	C8522152	306
+contig	C8522356	306
+contig	C8522272	306
+contig	C8522446	306
+contig	C8522014	305
+contig	C8522414	306
+contig	C8522384	306
+contig	C8522516	306
+contig	C8522456	306
+contig	C8522506	306
+contig	C8522612	306
+contig	C8522562	306
+contig	C8522578	306
+contig	C8522626	306
+contig	C8522582	306
+contig	C8522442	306
+contig	C8522732	306
+contig	C8511708	296
+contig	C8522722	306
+contig	C8522734	306
+contig	C8522968	306
+contig	C8522844	306
+contig	C8522928	306
+contig	C8523002	306
+contig	C8523014	306
+contig	C8522738	306
+contig	C8523020	306
+contig	C8523174	306
+contig	C8523140	306
+contig	C8523208	306
+contig	C8523194	306
+contig	C8523282	307
+contig	C8523032	306
+contig	C8523176	306
+contig	C8523210	306
+contig	C8522476	306
+contig	C8523414	307
+contig	C8523368	307
+contig	C8523570	307
+contig	C8523116	306
+contig	C8523576	307
+contig	C8523602	307
+contig	C8523622	307
+contig	C8523430	307
+contig	C8523634	307
+contig	C8523604	307
+contig	C8523466	307
+contig	C8523672	307
+contig	C8523780	307
+contig	C8523818	307
+contig	C8523092	306
+contig	C8523440	307
+contig	C8523792	307
+contig	C8523846	307
+contig	C8524050	307
+contig	C8523980	307
+contig	C8523848	307
+contig	C8523750	307
+contig	C8523932	307
+contig	C8523984	307
+contig	C8524182	307
+contig	C8524028	307
+contig	C8524152	307
+contig	C8524164	307
+contig	C8524346	308
+contig	C8524322	308
+contig	C8524342	308
+contig	C8524312	308
+contig	C8524404	308
+contig	C8524420	308
+contig	C8524442	308
+contig	C8524390	308
+contig	C8524350	308
+contig	C8524064	307
+contig	C8524484	308
+contig	C8523728	307
+contig	C8524610	308
+contig	C8524504	308
+contig	C8524620	308
+contig	C8524608	308
+contig	C8524618	308
+contig	C8524678	308
+contig	C8524638	308
+contig	C8524652	308
+contig	C8524744	308
+contig	C8524706	308
+contig	C8524764	308
+contig	C8525066	308
+contig	C8525018	308
+contig	C8524952	308
+contig	C8524766	308
+contig	C8525130	308
+contig	C8524800	308
+contig	C8524790	308
+contig	C8525098	308
+contig	C8525346	309
+contig	C8525360	309
+contig	C8525378	309
+contig	C8525474	309
+contig	C8525478	309
+contig	C8525496	309
+contig	C8525084	308
+contig	C8525500	309
+contig	C8524704	308
+contig	C8525512	309
+contig	C8525528	309
+contig	C8525564	309
+contig	C8525618	309
+contig	C8525388	309
+contig	C8525544	309
+contig	C8525502	309
+contig	C8525682	309
+contig	C8525856	309
+contig	C8525790	309
+contig	C8525654	309
+contig	C8525858	309
+contig	C8525824	309
+contig	C8525972	309
+contig	C8526038	309
+contig	C8526062	309
+contig	C8525878	309
+contig	C8526046	309
+contig	C8526168	309
+contig	C8526196	309
+contig	C8526158	309
+contig	C8526224	309
+contig	C8526142	309
+contig	C8526148	309
+contig	C8526284	309
+contig	C8526310	309
+contig	C8526290	309
+contig	C8526360	309
+contig	C8526380	310
+contig	C8526368	309
+contig	C8526460	310
+contig	C8526472	310
+contig	C8526486	310
+contig	C8526644	310
+contig	C8500414	287
+contig	C8526766	310
+contig	C8526598	310
+contig	C8526750	310
+contig	C8526860	310
+contig	C8526842	310
+contig	C8526878	310
+contig	C8521212	305
+contig	C8527032	310
+contig	C8527090	310
+contig	C8526550	310
+contig	C8527076	310
+contig	C8527120	310
+contig	C8527136	310
+contig	C8527142	310
+contig	C8527148	310
+contig	C8527208	310
+contig	C8525630	309
+contig	C8527210	310
+contig	C8527170	310
+contig	C8527254	310
+contig	C8527384	310
+contig	C8527202	310
+contig	C8527236	310
+contig	C8527224	310
+contig	C8527410	310
+contig	C8527438	310
+contig	C8527370	310
+contig	C8527320	310
+contig	C8527404	310
+contig	C8527564	311
+contig	C8527420	310
+contig	C8527680	311
+contig	C8527568	311
+contig	C8527664	311
+contig	C8527754	311
+contig	C8527816	311
+contig	C8527834	311
+contig	C8527842	311
+contig	C8527840	311
+contig	C8527632	311
+contig	C8527908	311
+contig	C8527474	310
+contig	C8527824	311
+contig	C8527964	311
+contig	C8527954	311
+contig	C8527930	311
+contig	C8528008	311
+contig	C8528122	311
+contig	C8527968	311
+contig	C8527966	311
+contig	C8528088	311
+contig	C8527994	311
+contig	C8528192	311
+contig	C8528178	311
+contig	C8528158	311
+contig	C8527894	311
+contig	C8527972	311
+contig	C8528138	311
+contig	C8528208	311
+contig	C8528126	311
+contig	C8528274	311
+contig	C8528362	311
+contig	C8528324	311
+contig	C8528268	311
+contig	C8528352	311
+contig	C8528366	311
+contig	C8528386	311
+contig	C8528432	311
+contig	C8528464	311
+contig	C8528614	312
+contig	C8528210	311
+contig	C8528678	312
+contig	C8528530	312
+contig	C8528594	312
+contig	C8528692	312
+contig	C8528470	311
+contig	C8528802	312
+contig	C8528732	312
+contig	C8528576	312
+contig	C8528730	312
+contig	C8528782	312
+contig	C8528992	312
+contig	C8528796	312
+contig	C8528998	312
+contig	C8529004	312
+contig	C8529054	312
+contig	C8528966	312
+contig	C8528854	312
+contig	C8529290	312
+contig	C8529184	312
+contig	C8529326	312
+contig	C8529250	312
+contig	C8529204	312
+contig	C8529374	312
+contig	C8529300	312
+contig	C8529548	312
+contig	C8529530	312
+contig	C8528924	312
+contig	C8529566	313
+contig	C8529608	313
+contig	C8529654	313
+contig	C8529600	313
+contig	C8529666	313
+contig	C8529712	313
+contig	C8529690	313
+contig	C8529586	313
+contig	C8529708	313
+contig	C8529410	312
+contig	C8529800	313
+contig	C8529852	313
+contig	C8529888	313
+contig	C8529830	313
+contig	C8529962	313
+contig	C8529790	313
+contig	C8529998	313
+contig	C8529970	313
+contig	C8530146	313
+contig	C8530104	313
+contig	C8530344	313
+contig	C8530096	313
+contig	C8530056	313
+contig	C8529448	312
+contig	C8526468	310
+contig	C8530266	313
+contig	C8530362	313
+contig	C8530450	313
+contig	C8530500	313
+contig	C8530382	313
+contig	C8530580	313
+contig	C8530358	313
+contig	C8530556	313
+contig	C8530674	314
+contig	C8530798	314
+contig	C8530898	314
+contig	C8530612	314
+contig	C8530730	314
+contig	C8530924	314
+contig	C8530728	314
+contig	C8530968	314
+contig	C8530938	314
+contig	C8530432	313
+contig	C8530994	314
+contig	C8531044	314
+contig	C8531048	314
+contig	C8531056	314
+contig	C8531246	314
+contig	C8531070	314
+contig	C8531226	314
+contig	C8531038	314
+contig	C8531276	314
+contig	C8531268	314
+contig	C8531242	314
+contig	C8531290	314
+contig	C8531352	314
+contig	C8531294	314
+contig	C8531340	314
+contig	C8531428	314
+contig	C8531476	314
+contig	C8531502	314
+contig	C8531512	314
+contig	C8531348	314
+contig	C8531578	314
+contig	C8531632	314
+contig	C8531344	314
+contig	C8531664	314
+contig	C8531558	314
+contig	C8531652	314
+contig	C8531690	314
+contig	C8531724	315
+contig	C8531870	315
+contig	C8531660	314
+contig	C8531902	315
+contig	C8530948	314
+contig	C8531782	315
+contig	C8531750	315
+contig	C8531854	315
+contig	C8531808	315
+contig	C8531958	315
+contig	C8532020	315
+contig	C8531894	315
+contig	C8532066	315
+contig	C8532134	315
+contig	C8531980	315
+contig	C8532068	315
+contig	C8532238	315
+contig	C8532444	315
+contig	C8532272	315
+contig	C8532240	315
+contig	C8532406	315
+contig	C8532458	315
+contig	C8532524	315
+contig	C8532376	315
+contig	C8532286	315
+contig	C8532606	315
+contig	C8532702	315
+contig	C8532786	316
+contig	C8532756	315
+contig	C8532778	316
+contig	C8532754	315
+contig	C8532536	315
+contig	C8532992	316
+contig	C8532818	316
+contig	C8532736	315
+contig	C8533042	316
+contig	C8533146	316
+contig	C8533040	316
+contig	C8532906	316
+contig	C8533230	316
+contig	C8533440	316
+contig	C8532998	316
+contig	C8533514	316
+contig	C8533392	316
+contig	C8533284	316
+contig	C8533454	316
+contig	C8533416	316
+contig	C8533722	316
+contig	C8533624	316
+contig	C8533600	316
+contig	C8533760	316
+contig	C8533614	316
+contig	C8533560	316
+contig	C8533778	316
+contig	C8533816	316
+contig	C8533820	316
+contig	C8533766	316
+contig	C8533934	317
+contig	C8533880	317
+contig	C8530496	313
+contig	C8534132	317
+contig	C8533822	316
+contig	C8534036	317
+contig	C8534170	317
+contig	C8534080	317
+contig	C8534172	317
+contig	C8534340	317
+contig	C8533966	317
+contig	C8534334	317
+contig	C8534300	317
+contig	C8534318	317
+contig	C8534076	317
+contig	C8534342	317
+contig	C8534188	317
+contig	C8534566	317
+contig	C8534430	317
+contig	C8534618	317
+contig	C8534384	317
+contig	C8534722	317
+contig	C8534120	317
+contig	C8534734	317
+contig	C8534742	317
+contig	C8534606	317
+contig	C8534710	317
+contig	C8534700	317
+contig	C8534826	317
+contig	C8534764	317
+contig	C8534674	317
+contig	C8534782	317
+contig	C8534908	318
+contig	C8534890	318
+contig	C8534916	318
+contig	C8534870	317
+contig	C8534944	318
+contig	C8534852	317
+contig	C8534880	317
+contig	C8535284	318
+contig	C8535038	318
+contig	C8535102	318
+contig	C8535276	318
+contig	C8535204	318
+contig	C8535302	318
+contig	C8535484	318
+contig	C8535090	318
+contig	C8535402	318
+contig	C8535528	318
+contig	C8535558	318
+contig	C8535556	318
+contig	C8535548	318
+contig	C8535620	318
+contig	C8535578	318
+contig	C8535838	318
+contig	C8535812	318
+contig	C8535766	318
+contig	C8535880	318
+contig	C8535722	318
+contig	C8535830	318
+contig	C8535946	319
+contig	C8535968	319
+contig	C8535984	319
+contig	C8535866	318
+contig	C8525774	309
+contig	C8535890	318
+contig	C8536044	319
+contig	C8536104	319
+contig	C8536126	319
+contig	C8536130	319
+contig	C8536180	319
+contig	C8536210	319
+contig	C8536056	319
+contig	C8536222	319
+contig	C8536008	319
+contig	C8536390	319
+contig	C8536320	319
+contig	C8536214	319
+contig	C8536476	319
+contig	C8536064	319
+contig	C8536106	319
+contig	C8536488	319
+contig	C8536414	319
+contig	C8536248	319
+contig	C8536560	319
+contig	C8536490	319
+contig	C8536636	319
+contig	C8536578	319
+contig	C8536502	319
+contig	C8536678	319
+contig	C8536638	319
+contig	C8536734	319
+contig	C8536480	319
+contig	C8536794	319
+contig	C8536744	319
+contig	C8536978	320
+contig	C8536808	319
+contig	C8536898	320
+contig	C8536712	319
+contig	C8536570	319
+contig	C8537028	320
+contig	C8537016	320
+contig	C8537040	320
+contig	C8537030	320
+contig	C8537200	320
+contig	C8537010	320
+contig	C8536876	319
+contig	C8537220	320
+contig	C8537268	320
+contig	C8537280	320
+contig	C8537300	320
+contig	C8537238	320
+contig	C8537078	320
+contig	C8537288	320
+contig	C8536982	320
+contig	C8537398	320
+contig	C8537230	320
+contig	C8537422	320
+contig	C8537428	320
+contig	C8537418	320
+contig	C8537446	320
+contig	C8537370	320
+contig	C8537324	320
+contig	C8537458	320
+contig	C8537450	320
+contig	C8537482	320
+contig	C8537474	320
+contig	C8537514	320
+contig	C8537500	320
+contig	C8537566	320
+contig	C8537560	320
+contig	C8537706	320
+contig	C8537742	320
+contig	C8537610	320
+contig	C8537932	321
+contig	C8537752	320
+contig	C8537766	320
+contig	C8537824	320
+contig	C8537798	320
+contig	C8537998	321
+contig	C8538120	321
+contig	C8538130	321
+contig	C8537966	321
+contig	C8538142	321
+contig	C8537642	320
+contig	C8537956	321
+contig	C8538104	321
+contig	C8538144	321
+contig	C8538182	321
+contig	C8538226	321
+contig	C8538230	321
+contig	C8538148	321
+contig	C8538128	321
+contig	C8538236	321
+contig	C8538238	321
+contig	C8538264	321
+contig	C8538292	321
+contig	C8538242	321
+contig	C8538252	321
+contig	C8538286	321
+contig	C8538364	321
+contig	C8538294	321
+contig	C8538460	321
+contig	C8538496	321
+contig	C8538512	321
+contig	C8534352	317
+contig	C8538514	321
+contig	C8538570	321
+contig	C8538670	321
+contig	C8538574	321
+contig	C8538738	321
+contig	C8538832	322
+contig	C8538878	322
+contig	C8538926	322
+contig	C8538852	322
+contig	C8538730	321
+contig	C8538880	322
+contig	C8538932	322
+contig	C8539176	322
+contig	C8538980	322
+contig	C8538712	321
+contig	C8539224	322
+contig	C8539274	322
+contig	C8538968	322
+contig	C8539364	322
+contig	C8539292	322
+contig	C8539536	322
+contig	C8538950	322
+contig	C8538802	321
+contig	C8539554	322
+contig	C8539574	322
+contig	C8539482	322
+contig	C8539602	322
+contig	C8539562	322
+contig	C8539666	322
+contig	C8539612	322
+contig	C8539772	322
+contig	C8539714	322
+contig	C8539640	322
+contig	C8539092	322
+contig	C8539974	323
+contig	C8539816	323
+contig	C8539808	323
+contig	C8540074	323
+contig	C8539874	323
+contig	C8539842	323
+contig	C8540022	323
+contig	C8540032	323
+contig	C8540166	323
+contig	C8540082	323
+contig	C8539876	323
+contig	C8540190	323
+contig	C8540302	323
+contig	C8540342	323
+contig	C8540288	323
+contig	C8540336	323
+contig	C8540368	323
+contig	C8540418	323
+contig	C8540334	323
+contig	C8540500	323
+contig	C8540102	323
+contig	C8540462	323
+contig	C8540600	323
+contig	C8540614	323
+contig	C8540714	323
+contig	C8540748	323
+contig	C8540706	323
+contig	C8540374	323
+contig	C8540574	323
+contig	C8540922	324
+contig	C8540808	324
+contig	C8540764	323
+contig	C8541080	324
+contig	C8541088	324
+contig	C8541094	324
+contig	C8541106	324
+contig	C8540886	324
+contig	C8540986	324
+contig	C8541294	324
+contig	C8541000	324
+contig	C8541222	324
+contig	C8541442	324
+contig	C8541346	324
+contig	C8541026	324
+contig	C8541486	324
+contig	C8541512	324
+contig	C8541452	324
+contig	C8541508	324
+contig	C8541542	324
+contig	C8541674	324
+contig	C8541590	324
+contig	C8541734	325
+contig	C8541782	325
+contig	C8541564	324
+contig	C8541810	325
+contig	C8541826	325
+contig	C8541722	325
+contig	C8541560	324
+contig	C8541970	325
+contig	C8541832	325
+contig	C8541874	325
+contig	C8542266	325
+contig	C8542072	325
+contig	C8542330	325
+contig	C8542274	325
+contig	C8542200	325
+contig	C8542342	325
+contig	C8542346	325
+contig	C8542082	325
+contig	C8542324	325
+contig	C8542420	325
+contig	C8542406	325
+contig	C8542494	325
+contig	C8542590	325
+contig	C8542602	325
+contig	C8542628	326
+contig	C8542664	326
+contig	C8542484	325
+contig	C8542552	325
+contig	C8542534	325
+contig	C8542460	325
+contig	C8542356	325
+contig	C8542768	326
+contig	C8542714	326
+contig	C8542688	326
+contig	C8542876	326
+contig	C8542610	325
+contig	C8542936	326
+contig	C8542902	326
+contig	C8542796	326
+contig	C8542994	326
+contig	C8543062	326
+contig	C8542992	326
+contig	C8543082	326
+contig	C8543236	326
+contig	C8543326	326
+contig	C8543214	326
+contig	C8543336	326
+contig	C8543356	326
+contig	C8542780	326
+contig	C8543428	326
+contig	C8543452	326
+contig	C8543388	326
+contig	C8543450	326
+contig	C8543460	326
+contig	C8543516	327
+contig	C8543444	326
+contig	C8543624	327
+contig	C8543548	327
+contig	C8543546	327
+contig	C8543574	327
+contig	C8543698	327
+contig	C8543108	326
+contig	C8543788	327
+contig	C8543724	327
+contig	C8543814	327
+contig	C8543692	327
+contig	C8543832	327
+contig	C8543846	327
+contig	C8543864	327
+contig	C8543562	327
+contig	C8543976	327
+contig	C8543870	327
+contig	C8543918	327
+contig	C8543982	327
+contig	C8544126	327
+contig	C8543996	327
+contig	C8544012	327
+contig	C8544194	327
+contig	C8544292	327
+contig	C8544256	327
+contig	C8544310	327
+contig	C8544452	327
+contig	C8544038	327
+contig	C8544030	327
+contig	C8544482	328
+contig	C8544542	328
+contig	C8544488	328
+contig	C8544578	328
+contig	C8544610	328
+contig	C8544594	328
+contig	C8544640	328
+contig	C8544628	328
+contig	C8544656	328
+contig	C8525692	309
+contig	C8544392	327
+contig	C8544708	328
+contig	C8544332	327
+contig	C8544718	328
+contig	C8545010	328
+contig	C8544690	328
+contig	C8545124	328
+contig	C8544936	328
+contig	C8544776	328
+contig	C8544278	327
+contig	C8545186	328
+contig	C8545062	328
+contig	C8545250	328
+contig	C8545274	328
+contig	C8545182	328
+contig	C8545310	328
+contig	C8545394	328
+contig	C8545092	328
+contig	C8545396	328
+contig	C8545404	328
+contig	C8545492	329
+contig	C8545430	328
+contig	C8545308	328
+contig	C8545514	329
+contig	C8545532	329
+contig	C8545470	329
+contig	C8545122	328
+contig	C8545570	329
+contig	C8545562	329
+contig	C8545622	329
+contig	C8545336	328
+contig	C8545578	329
+contig	C8545650	329
+contig	C8545820	329
+contig	C8545654	329
+contig	C8545938	329
+contig	C8545690	329
+contig	C8545946	329
+contig	C8545756	329
+contig	C8545912	329
+contig	C8545842	329
+contig	C8546088	329
+contig	C8546016	329
+contig	C8546194	329
+contig	C8546000	329
+contig	C8545964	329
+contig	C8546168	329
+contig	C8546272	329
+contig	C8546342	329
+contig	C8546144	329
+contig	C8546358	329
+contig	C8546216	329
+contig	C8546520	330
+contig	C8546428	330
+contig	C8545990	329
+contig	C8546614	330
+contig	C8546492	330
+contig	C8546436	330
+contig	C8546724	330
+contig	C8546694	330
+contig	C8546288	329
+contig	C8546782	330
+contig	C8546714	330
+contig	C8547010	330
+contig	C8546874	330
+contig	C8546786	330
+contig	C8546528	330
+contig	C8546944	330
+contig	C8546880	330
+contig	C8547048	330
+contig	C8547220	330
+contig	C8547182	330
+contig	C8547056	330
+contig	C8547324	331
+contig	C8547320	331
+contig	C8547154	330
+contig	C8547264	331
+contig	C8547350	331
+contig	C8547338	331
+contig	C8547330	331
+contig	C8547448	331
+contig	C8547352	331
+contig	C8544678	328
+contig	C8547804	331
+contig	C8547454	331
+contig	C8547538	331
+contig	C8547586	331
+contig	C8547584	331
+contig	C8547828	331
+contig	C8547798	331
+contig	C8547948	331
+contig	C8547924	331
+contig	C8547944	331
+contig	C8547988	331
+contig	C8548168	332
+contig	C8548028	331
+contig	C8548176	332
+contig	C8547974	331
+contig	C8548200	332
+contig	C8548252	332
+contig	C8548284	332
+contig	C8548108	331
+contig	C8548368	332
+contig	C8548206	332
+contig	C8548334	332
+contig	C8548420	332
+contig	C8548428	332
+contig	C8548422	332
+contig	C8548034	331
+contig	C8548194	332
+contig	C8548556	332
+contig	C8548522	332
+contig	C8548588	332
+contig	C8548638	332
+contig	C8548584	332
+contig	C8548374	332
+contig	C8548674	332
+contig	C8548650	332
+contig	C8548698	332
+contig	C8548818	332
+contig	C8548746	332
+contig	C8548774	332
+contig	C8548586	332
+contig	C8548472	332
+contig	C8548914	332
+contig	C8549014	332
+contig	C8548992	332
+contig	C8548846	332
+contig	C8548984	332
+contig	C8548924	332
+contig	C8549050	332
+contig	C8549038	332
+contig	C8549230	333
+contig	C8549120	333
+contig	C8549368	333
+contig	C8549266	333
+contig	C8549300	333
+contig	C8549172	333
+contig	C8549356	333
+contig	C8549408	333
+contig	C8549218	333
+contig	C8549588	333
+contig	C8549726	333
+contig	C8549618	333
+contig	C8549818	333
+contig	C8549498	333
+contig	C8549758	333
+contig	C8549998	334
+contig	C8549886	333
+contig	C8549918	333
+contig	C8549466	333
+contig	C8550152	334
+contig	C8550272	334
+contig	C8550200	334
+contig	C8550168	334
+contig	C8550242	334
+contig	C8550452	334
+contig	C8550378	334
+contig	C8550488	334
+contig	C8550566	334
+contig	C8550324	334
+contig	C8550070	334
+contig	C8550492	334
+contig	C8550286	334
+contig	C8550602	334
+contig	C8550572	334
+contig	C8550590	334
+contig	C8550568	334
+contig	C8550598	334
+contig	C8550634	334
+contig	C8537384	320
+contig	C8550738	334
+contig	C8550792	334
+contig	C8550810	334
+contig	C8550946	335
+contig	C8550884	335
+contig	C8550992	335
+contig	C8550978	335
+contig	C8551128	335
+contig	C8551210	335
+contig	C8550726	334
+contig	C8551172	335
+contig	C8551148	335
+contig	C8551280	335
+contig	C8551350	335
+contig	C8550920	335
+contig	C8551386	335
+contig	C8551420	335
+contig	C8551502	335
+contig	C8551524	335
+contig	C8551510	335
+contig	C8551648	335
+contig	C8551268	335
+contig	C8551658	335
+contig	C8551818	336
+contig	C8551748	335
+contig	C8551580	335
+contig	C8551822	336
+contig	C8551896	336
+contig	C8551876	336
+contig	C8551912	336
+contig	C8551866	336
+contig	C8551886	336
+contig	C8552156	336
+contig	C8551950	336
+contig	C8548182	332
+contig	C8552158	336
+contig	C8552134	336
+contig	C8551716	335
+contig	C8552382	336
+contig	C8552000	336
+contig	C8552166	336
+contig	C8552210	336
+contig	C8552476	336
+contig	C8552660	337
+contig	C8552162	336
+contig	C8552512	336
+contig	C8552460	336
+contig	C8552762	337
+contig	C8552750	337
+contig	C8552676	337
+contig	C8552730	337
+contig	C8552774	337
+contig	C8552832	337
+contig	C8552950	337
+contig	C8552828	337
+contig	C8552936	337
+contig	C8552510	336
+contig	C8553332	337
+contig	C8553352	337
+contig	C8553242	337
+contig	C8553374	337
+contig	C8553092	337
+contig	C8535028	318
+contig	C8553382	337
+contig	C8553380	337
+contig	C8553228	337
+contig	C8553402	337
+contig	C8553264	337
+contig	C8553364	337
+contig	C8553420	337
+contig	C8553562	338
+contig	C8553514	337
+contig	C8553684	338
+contig	C8552922	337
+contig	C8553574	338
+contig	C8553742	338
+contig	C8553792	338
+contig	C8553744	338
+contig	C8553576	338
+contig	C8553842	338
+contig	C8553910	338
+contig	C8553964	338
+contig	C8553754	338
+contig	C8554056	338
+contig	C8553510	337
+contig	C8553906	338
+contig	C8554058	338
+contig	C8554114	338
+contig	C8554164	338
+contig	C8554086	338
+contig	C8554190	338
+contig	C8554182	338
+contig	C8554038	338
+contig	C8554078	338
+contig	C8554222	338
+contig	C8554294	338
+contig	C8554052	338
+contig	C8554330	338
+contig	C8554228	338
+contig	C8554172	338
+contig	C8554310	338
+contig	C8554424	339
+contig	C8554312	338
+contig	C8554606	339
+contig	C8554440	339
+contig	C8554248	338
+contig	C8554608	339
+contig	C8554640	339
+contig	C8554800	339
+contig	C8554688	339
+contig	C8554900	339
+contig	C8555034	339
+contig	C8554504	339
+contig	C8554992	339
+contig	C8554754	339
+contig	C8554524	339
+contig	C8554870	339
+contig	C8554902	339
+contig	C8555054	339
+contig	C8555116	339
+contig	C8555212	339
+contig	C8555080	339
+contig	C8555128	339
+contig	C8555258	340
+contig	C8555270	340
+contig	C8555198	339
+contig	C8555286	340
+contig	C8555184	339
+contig	C8555240	340
+contig	C8555404	340
+contig	C8555424	340
+contig	C8554892	339
+contig	C8555460	340
+contig	C8555356	340
+contig	C8555492	340
+contig	C8555560	340
+contig	C8555634	340
+contig	C8555580	340
+contig	C8555732	340
+contig	C8555678	340
+contig	C8555688	340
+contig	C8555360	340
+contig	C8555838	340
+contig	C8555912	340
+contig	C8555866	340
+contig	C8555816	340
+contig	C8555874	340
+contig	C8556252	341
+contig	C8555920	340
+contig	C8555850	340
+contig	C8556020	340
+contig	C8556248	341
+contig	C8556342	341
+contig	C8556282	341
+contig	C8556468	341
+contig	C8556528	341
+contig	C8556452	341
+contig	C8556408	341
+contig	C8555612	340
+contig	C8556470	341
+contig	C8556508	341
+contig	C8556572	341
+contig	C8556530	341
+contig	C8556614	341
+contig	C8556728	341
+contig	C8556058	341
+contig	C8556786	341
+contig	C8556952	342
+contig	C8556958	342
+contig	C8556848	341
+contig	C8557146	342
+contig	C8556964	342
+contig	C8556710	341
+contig	C8557050	342
+contig	C8557142	342
+contig	C8557196	342
+contig	C8557486	342
+contig	C8557158	342
+contig	C8557150	342
+contig	C8557452	342
+contig	C8557532	342
+contig	C8557590	342
+contig	C8556516	341
+contig	C8557574	342
+contig	C8557596	342
+contig	C8557616	342
+contig	C8557448	342
+contig	C8557598	342
+contig	C8557698	342
+contig	C8557762	342
+contig	C8557642	342
+contig	C8557774	343
+contig	C8557634	342
+contig	C8557786	343
+contig	C8557782	343
+contig	C8557664	342
+contig	C8557810	343
+contig	C8557860	343
+contig	C8558010	343
+contig	C8557826	343
+contig	C8558018	343
+contig	C8557872	343
+contig	C8558028	343
+contig	C8558072	343
+contig	C8558074	343
+contig	C8558016	343
+contig	C8558208	343
+contig	C8558014	343
+contig	C8558084	343
+contig	C8558000	343
+contig	C8558216	343
+contig	C8558394	343
+contig	C8558292	343
+contig	C8558396	343
+contig	C8558372	343
+contig	C8558684	344
+contig	C8558732	344
+contig	C8558592	343
+contig	C8558318	343
+contig	C8558872	344
+contig	C8558868	344
+contig	C8558930	344
+contig	C8558976	344
+contig	C8558696	344
+contig	C8559018	344
+contig	C8558744	344
+contig	C8558912	344
+contig	C8559102	344
+contig	C8558750	344
+contig	C8559062	344
+contig	C8559190	344
+contig	C8559216	344
+contig	C8559164	344
+contig	C8559108	344
+contig	C8559210	344
+contig	C8559248	344
+contig	C8559400	345
+contig	C8559460	345
+contig	C8559506	345
+contig	C8559344	344
+contig	C8559206	344
+contig	C8559246	344
+contig	C8559590	345
+contig	C8559110	344
+contig	C8559606	345
+contig	C8559550	345
+contig	C8559822	345
+contig	C8559684	345
+contig	C8559718	345
+contig	C8559850	345
+contig	C8559750	345
+contig	C8559894	345
+contig	C8559738	345
+contig	C8559536	345
+contig	C8559978	345
+contig	C8559900	345
+contig	C8559998	345
+contig	C8559982	345
+contig	C8560052	345
+contig	C8559888	345
+contig	C8560190	345
+contig	C8560172	345
+contig	C8560276	346
+contig	C8560112	345
+contig	C8559932	345
+contig	C8560448	346
+contig	C8560532	346
+contig	C8560442	346
+contig	C8560572	346
+contig	C8560578	346
+contig	C8560602	346
+contig	C8560656	346
+contig	C8560664	346
+contig	C8560778	346
+contig	C8560826	346
+contig	C8560960	346
+contig	C8560928	346
+contig	C8560654	346
+contig	C8560926	346
+contig	C8560762	346
+contig	C8561048	347
+contig	C8560980	346
+contig	C8560734	346
+contig	C8560940	346
+contig	C8561246	347
+contig	C8561026	347
+contig	C8561214	347
+contig	C8561238	347
+contig	C8561276	347
+contig	C8561326	347
+contig	C8561128	347
+contig	C8561260	347
+contig	C8561056	347
+contig	C8561332	347
+contig	C8561356	347
+contig	C8561538	347
+contig	C8561268	347
+contig	C8561492	347
+contig	C8561540	347
+contig	C8561560	347
+contig	C8561736	347
+contig	C8561346	347
+contig	C8561334	347
+contig	C8561796	347
+contig	C8561612	347
+contig	C8561684	347
+contig	C8561876	348
+contig	C8561864	348
+contig	C8561892	348
+contig	C8561950	348
+contig	C8561902	348
+contig	C8561918	348
+contig	C8561764	347
+contig	C8562032	348
+contig	C8561966	348
+contig	C8561802	347
+contig	C8562056	348
+contig	C8561960	348
+contig	C8562142	348
+contig	C8562130	348
+contig	C8561974	348
+contig	C8562144	348
+contig	C8562002	348
+contig	C8562350	348
+contig	C8562494	348
+contig	C8562278	348
+contig	C8562472	348
+contig	C8562480	348
+contig	C8557364	342
+contig	C8562662	349
+contig	C8562730	349
+contig	C8562320	348
+contig	C8562666	349
+contig	C8562794	349
+contig	C8562786	349
+contig	C8562808	349
+contig	C8562672	349
+contig	C8563038	349
+contig	C8562868	349
+contig	C8562816	349
+contig	C8563028	349
+contig	C8563274	349
+contig	C8563294	349
+contig	C8563248	349
+contig	C8562470	348
+contig	C8563338	349
+contig	C8563394	349
+contig	C8563438	350
+contig	C8563462	350
+contig	C8563488	350
+contig	C8563562	350
+contig	C8563200	349
+contig	C8563310	349
+contig	C8563700	350
+contig	C8563720	350
+contig	C8563814	350
+contig	C8563558	350
+contig	C8563742	350
+contig	C8563866	350
+contig	C8563886	350
+contig	C8563984	350
+contig	C8563870	350
+contig	C8564022	350
+contig	C8564058	350
+contig	C8564198	350
+contig	C8563596	350
+contig	C8564222	350
+contig	C8564236	351
+contig	C8564076	350
+contig	C8564298	351
+contig	C8564316	351
+contig	C8564378	351
+contig	C8564388	351
+contig	C8563124	349
+contig	C8564364	351
+contig	C8564420	351
+contig	C8564356	351
+contig	C8564454	351
+contig	C8564436	351
+contig	C8564100	350
+contig	C8564646	351
+contig	C8564552	351
+contig	C8564804	351
+contig	C8564506	351
+contig	C8564634	351
+contig	C8564860	351
+contig	C8564886	351
+contig	C8564892	351
+contig	C8564894	351
+contig	C8564858	351
+contig	C8564914	351
+contig	C8564908	351
+contig	C8564916	351
+contig	C8564984	351
+contig	C8564928	351
+contig	C8564988	351
+contig	C8565058	352
+contig	C8565208	352
+contig	C8564920	351
+contig	C8565114	352
+contig	C8565232	352
+contig	C8565262	352
+contig	C8565296	352
+contig	C8565406	352
+contig	C8564816	351
+contig	C8565492	352
+contig	C8565230	352
+contig	C8565566	352
+contig	C8565590	352
+contig	C8561580	347
+contig	C8565350	352
+contig	C8565616	352
+contig	C8565604	352
+contig	C8565534	352
+contig	C8565714	352
+contig	C8565720	352
+contig	C8565866	353
+contig	C8565884	353
+contig	C8565620	352
+contig	C8565988	353
+contig	C8547134	330
+contig	C8565948	353
+contig	C8566006	353
+contig	C8566078	353
+contig	C8565840	353
+contig	C8565972	353
+contig	C8565790	352
+contig	C8566188	353
+contig	C8566018	353
+contig	C8566344	353
+contig	C8566472	353
+contig	C8566360	353
+contig	C8566354	353
+contig	C8566382	353
+contig	C8566632	354
+contig	C8566366	353
+contig	C8566554	354
+contig	C8566748	354
+contig	C8566786	354
+contig	C8566950	354
+contig	C8566684	354
+contig	C8566528	353
+contig	C8566960	354
+contig	C8566978	354
+contig	C8567026	354
+contig	C8567030	354
+contig	C8567022	354
+contig	C8566956	354
+contig	C8566738	354
+contig	C8567140	354
+contig	C8563044	349
+contig	C8567164	354
+contig	C8567198	354
+contig	C8567112	354
+contig	C8567244	354
+contig	C8567418	355
+contig	C8567242	354
+contig	C8567358	355
+contig	C8567502	355
+contig	C8567262	354
+contig	C8567452	355
+contig	C8567586	355
+contig	C8567400	355
+contig	C8567260	354
+contig	C8567662	355
+contig	C8567780	355
+contig	C8567776	355
+contig	C8567824	355
+contig	C8567840	355
+contig	C8567718	355
+contig	C8568014	355
+contig	C8567942	355
+contig	C8568026	355
+contig	C8568022	355
+contig	C8568090	356
+contig	C8568240	356
+contig	C8568054	355
+contig	C8568214	356
+contig	C8568278	356
+contig	C8568138	356
+contig	C8568342	356
+contig	C8568396	356
+contig	C8568466	356
+contig	C8568506	356
+contig	C8568256	356
+contig	C8568608	356
+contig	C8568690	356
+contig	C8568266	356
+contig	C8568692	356
+contig	C8568592	356
+contig	C8568512	356
+contig	C8568726	356
+contig	C8568762	356
+contig	C8568732	356
+contig	C8568770	356
+contig	C8568848	357
+contig	C8568710	356
+contig	C8568914	357
+contig	C8568784	357
+contig	C8568940	357
+contig	C8568864	357
+contig	C8568978	357
+contig	C8569032	357
+contig	C8569034	357
+contig	C8569040	357
+contig	C8568876	357
+contig	C8569056	357
+contig	C8569208	357
+contig	C8569216	357
+contig	C8551850	336
+contig	C8569226	357
+contig	C8569292	357
+contig	C8569362	357
+contig	C8569368	357
+contig	C8569406	357
+contig	C8569484	357
+contig	C8569494	357
+contig	C8569334	357
+contig	C8569498	357
+contig	C8569524	357
+contig	C8569534	358
+contig	C8569516	357
+contig	C8569252	357
+contig	C8569664	358
+contig	C8568030	355
+contig	C8569692	358
+contig	C8569598	358
+contig	C8569710	358
+contig	C8569750	358
+contig	C8569574	358
+contig	C8569580	358
+contig	C8569788	358
+contig	C8569870	358
+contig	C8569924	358
+contig	C8569994	358
+contig	C8568952	357
+contig	C8570058	358
+contig	C8570160	358
+contig	C8569988	358
+contig	C8570172	358
+contig	C8570242	359
+contig	C8570314	359
+contig	C8569960	358
+contig	C8570272	359
+contig	C8570466	359
+contig	C8570766	359
+contig	C8570672	359
+contig	C8563206	349
+contig	C8570514	359
+contig	C8570454	359
+contig	C8570846	359
+contig	C8570878	359
+contig	C8570922	359
+contig	C8570490	359
+contig	C8570424	359
+contig	C8570952	359
+contig	C8570960	359
+contig	C8570840	359
+contig	C8571114	360
+contig	C8571190	360
+contig	C8571104	360
+contig	C8571004	360
+contig	C8570928	359
+contig	C8571200	360
+contig	C8571222	360
+contig	C8571074	360
+contig	C8567752	355
+contig	C8571284	360
+contig	C8571210	360
+contig	C8571266	360
+contig	C8571370	360
+contig	C8571228	360
+contig	C8571470	360
+contig	C8571368	360
+contig	C8571502	360
+contig	C8571382	360
+contig	C8571594	360
+contig	C8571532	360
+contig	C8571598	360
+contig	C8571568	360
+contig	C8571662	360
+contig	C8571880	361
+contig	C8571638	360
+contig	C8571778	360
+contig	C8571790	360
+contig	C8571916	361
+contig	C8571414	360
+contig	C8571956	361
+contig	C8572026	361
+contig	C8572022	361
+contig	C8572000	361
+contig	C8572044	361
+contig	C8572206	361
+contig	C8572214	361
+contig	C8572224	361
+contig	C8572178	361
+contig	C8572322	361
+contig	C8572268	361
+contig	C8572084	361
+contig	C8572086	361
+contig	C8572524	361
+contig	C8572494	361
+contig	C8572530	361
+contig	C8571954	361
+contig	C8572572	361
+contig	C8572812	362
+contig	C8572486	361
+contig	C8572680	362
+contig	C8572646	362
+contig	C8572808	362
+contig	C8572428	361
+contig	C8572888	362
+contig	C8573016	362
+contig	C8572980	362
+contig	C8573198	362
+contig	C8573020	362
+contig	C8573114	362
+contig	C8573306	363
+contig	C8573268	362
+contig	C8572966	362
+contig	C8573370	363
+contig	C8573220	362
+contig	C8573464	363
+contig	C8573282	362
+contig	C8573318	363
+contig	C8573528	363
+contig	C8573482	363
+contig	C8573176	362
+contig	C8573636	363
+contig	C8573578	363
+contig	C8573692	363
+contig	C8573652	363
+contig	C8573546	363
+contig	C8573380	363
+contig	C8573596	363
+contig	C8573892	363
+contig	C8573700	363
+contig	C8573946	363
+contig	C8573724	363
+contig	C8573646	363
+contig	C8574012	363
+contig	C8573876	363
+contig	C8573638	363
+contig	C8573906	363
+contig	C8574038	364
+contig	C8574344	364
+contig	C8573710	363
+contig	C8574094	364
+contig	C8574168	364
+contig	C8574400	364
+contig	C8574202	364
+contig	C8574478	364
+contig	C8574602	364
+contig	C8574544	364
+contig	C8574304	364
+contig	C8574046	364
+contig	C8574630	364
+contig	C8574628	364
+contig	C8574694	364
+contig	C8574616	364
+contig	C8574612	364
+contig	C8574782	365
+contig	C8574326	364
+contig	C8574792	365
+contig	C8574762	365
+contig	C8574768	365
+contig	C8574906	365
+contig	C8575010	365
+contig	C8574824	365
+contig	C8574746	365
+contig	C8566716	354
+contig	C8575218	365
+contig	C8574812	365
+contig	C8575270	365
+contig	C8575286	365
+contig	C8575202	365
+contig	C8575168	365
+contig	C8575386	365
+contig	C8574934	365
+contig	C8575446	366
+contig	C8575340	365
+contig	C8575406	366
+contig	C8575566	366
+contig	C8575678	366
+contig	C8575198	365
+contig	C8575574	366
+contig	C8575708	366
+contig	C8575464	366
+contig	C8575694	366
+contig	C8575554	366
+contig	C8575756	366
+contig	C8576100	366
+contig	C8575964	366
+contig	C8575754	366
+contig	C8576098	366
+contig	C8575950	366
+contig	C8576160	367
+contig	C8576150	367
+contig	C8576332	367
+contig	C8576282	367
+contig	C8575910	366
+contig	C8575844	366
+contig	C8576300	367
+contig	C8576342	367
+contig	C8576316	367
+contig	C8576570	367
+contig	C8576448	367
+contig	C8576164	367
+contig	C8576494	367
+contig	C8576480	367
+contig	C8576678	367
+contig	C8576646	367
+contig	C8576648	367
+contig	C8576704	367
+contig	C8576482	367
+contig	C8576858	367
+contig	C8576688	367
+contig	C8576910	367
+contig	C8576952	368
+contig	C8576890	367
+contig	C8576518	367
+contig	C8576896	367
+contig	C8576954	368
+contig	C8576956	368
+contig	C8576798	367
+contig	C8577180	368
+contig	C8577200	368
+contig	C8577240	368
+contig	C8577006	368
+contig	C8577324	368
+contig	C8577468	368
+contig	C8577428	368
+contig	C8577178	368
+contig	C8577460	368
+contig	C8577532	368
+contig	C8577510	368
+contig	C8577572	368
+contig	C8577578	368
+contig	C8577064	368
+contig	C8576980	368
+contig	C8577438	368
+contig	C8577472	368
+contig	C8577688	369
+contig	C8577686	369
+contig	C8577666	369
+contig	C8577732	369
+contig	C8577752	369
+contig	C8577636	369
+contig	C8577662	369
+contig	C8577594	368
+contig	C8577790	369
+contig	C8577846	369
+contig	C8577974	369
+contig	C8577956	369
+contig	C8577734	369
+contig	C8577758	369
+contig	C8577760	369
+contig	C8577894	369
+contig	C8578086	369
+contig	C8577904	369
+contig	C8578130	369
+contig	C8578156	369
+contig	C8578188	369
+contig	C8578208	369
+contig	C8578212	369
+contig	C8578190	369
+contig	C8578120	369
+contig	C8577976	369
+contig	C8578260	369
+contig	C8578202	369
+contig	C8578304	369
+contig	C8578288	369
+contig	C8578480	370
+contig	C8578346	369
+contig	C8578558	370
+contig	C8578484	370
+contig	C8578564	370
+contig	C8578538	370
+contig	C8578600	370
+contig	C8578514	370
+contig	C8578684	370
+contig	C8578406	370
+contig	C8578644	370
+contig	C8578700	370
+contig	C8578428	370
+contig	C8578506	370
+contig	C8578928	370
+contig	C8578840	370
+contig	C8578950	370
+contig	C8578914	370
+contig	C8578762	370
+contig	C8578976	370
+contig	C8578714	370
+contig	C8579038	370
+contig	C8579432	371
+contig	C8579142	371
+contig	C8579316	371
+contig	C8578750	370
+contig	C8579364	371
+contig	C8578948	370
+contig	C8579444	371
+contig	C8579102	371
+contig	C8579472	371
+contig	C8579540	371
+contig	C8579490	371
+contig	C8579730	372
+contig	C8579614	371
+contig	C8579710	371
+contig	C8579820	372
+contig	C8579954	372
+contig	C8579548	371
+contig	C8579838	372
+contig	C8580084	372
+contig	C8579598	371
+contig	C8579858	372
+contig	C8580206	372
+contig	C8580252	372
+contig	C8580092	372
+contig	C8580282	372
+contig	C8580130	372
+contig	C8580408	372
+contig	C8567120	354
+contig	C8580546	373
+contig	C8580518	373
+contig	C8580504	373
+contig	C8580270	372
+contig	C8580654	373
+contig	C8580310	372
+contig	C8580428	372
+contig	C8580116	372
+contig	C8580170	372
+contig	C8580826	373
+contig	C8580600	373
+contig	C8580746	373
+contig	C8580934	373
+contig	C8580710	373
+contig	C8580760	373
+contig	C8580756	373
+contig	C8581066	373
+contig	C8581108	373
+contig	C8581132	373
+contig	C8581014	373
+contig	C8580942	373
+contig	C8580962	373
+contig	C8581178	373
+contig	C8581092	373
+contig	C8581406	374
+contig	C8581144	373
+contig	C8581238	374
+contig	C8581110	373
+contig	C8581496	374
+contig	C8581348	374
+contig	C8581278	374
+contig	C8581444	374
+contig	C8581554	374
+contig	C8581312	374
+contig	C8581836	374
+contig	C8581342	374
+contig	C8581688	374
+contig	C8581638	374
+contig	C8582192	375
+contig	C8582116	375
+contig	C8581692	374
+contig	C8582074	375
+contig	C8582020	375
+contig	C8581868	374
+contig	C8582358	375
+contig	C8582244	375
+contig	C8582296	375
+contig	C8582398	375
+contig	C8582376	375
+contig	C8576038	366
+contig	C8582458	375
+contig	C8582530	375
+contig	C8582196	375
+contig	C8582518	375
+contig	C8582776	376
+contig	C8582662	376
+contig	C8582782	376
+contig	C8582920	376
+contig	C8581704	374
+contig	C8582938	376
+contig	C8582692	376
+contig	C8582622	376
+contig	C8583064	376
+contig	C8582962	376
+contig	C8582764	376
+contig	C8583120	376
+contig	C8583108	376
+contig	C8583142	376
+contig	C8583222	376
+contig	C8583292	376
+contig	C8583212	376
+contig	C8583234	376
+contig	C8583238	376
+contig	C8583366	377
+contig	C8583468	377
+contig	C8583650	377
+contig	C8583308	376
+contig	C8583664	377
+contig	C8582378	375
+contig	C8583676	377
+contig	C8583552	377
+contig	C8583696	377
+contig	C8583484	377
+contig	C8583826	377
+contig	C8583734	377
+contig	C8583652	377
+contig	C8583906	377
+contig	C8584012	378
+contig	C8583846	377
+contig	C8583482	377
+contig	C8583712	377
+contig	C8583352	377
+contig	C8584232	378
+contig	C8584036	378
+contig	C8584056	378
+contig	C8584306	378
+contig	C8584320	378
+contig	C8584346	378
+contig	C8584292	378
+contig	C8584198	378
+contig	C8584420	378
+contig	C8584490	378
+contig	C8584550	378
+contig	C8584452	378
+contig	C8584526	378
+contig	C8584608	378
+contig	C8584606	378
+contig	C8584682	378
+contig	C8584530	378
+contig	C8584254	378
+contig	C8584218	378
+contig	C8584742	379
+contig	C8584728	378
+contig	C8584614	378
+contig	C8584848	379
+contig	C8584780	379
+contig	C8584756	379
+contig	C8584832	379
+contig	C8584906	379
+contig	C8584782	379
+contig	C8584880	379
+contig	C8585004	379
+contig	C8585000	379
+contig	C8584972	379
+contig	C8585054	379
+contig	C8585106	379
+contig	C8585092	379
+contig	C8584936	379
+contig	C8585140	379
+contig	C8585144	379
+contig	C8585192	379
+contig	C8584662	378
+contig	C8585154	379
+contig	C8585206	379
+contig	C8585312	379
+contig	C8585424	380
+contig	C8585514	380
+contig	C8585574	380
+contig	C8585602	380
+contig	C8585442	380
+contig	C8585320	379
+contig	C8585692	380
+contig	C8585542	380
+contig	C8585258	379
+contig	C8585872	380
+contig	C8585278	379
+contig	C8585880	380
+contig	C8585940	380
+contig	C8585966	380
+contig	C8586008	380
+contig	C8585782	380
+contig	C8585986	380
+contig	C8585932	380
+contig	C8585660	380
+contig	C8585554	380
+contig	C8586062	380
+contig	C8585734	380
+contig	C8586130	380
+contig	C8586174	381
+contig	C8586084	380
+contig	C8586196	381
+contig	C8586138	381
+contig	C8586190	381
+contig	C8585682	380
+contig	C8586242	381
+contig	C8586498	381
+contig	C8586496	381
+contig	C8586706	381
+contig	C8586272	381
+contig	C8586500	381
+contig	C8586688	381
+contig	C8586756	381
+contig	C8586708	381
+contig	C8586328	381
+contig	C8586816	382
+contig	C8586824	382
+contig	C8586848	382
+contig	C8586710	381
+contig	C8586826	382
+contig	C8586902	382
+contig	C8586340	381
+contig	C8586914	382
+contig	C8586922	382
+contig	C8586916	382
+contig	C8586928	382
+contig	C8587134	382
+contig	C8587016	382
+contig	C8587158	382
+contig	C8587098	382
+contig	C8587180	382
+contig	C8587044	382
+contig	C8587150	382
+contig	C8587224	382
+contig	C8587238	382
+contig	C8587316	382
+contig	C8587272	382
+contig	C8587200	382
+contig	C8587424	382
+contig	C8586918	382
+contig	C8587218	382
+contig	C8587344	382
+contig	C8587572	383
+contig	C8587558	383
+contig	C8587530	383
+contig	C8587522	383
+contig	C8587406	382
+contig	C8587230	382
+contig	C8587494	383
+contig	C8587694	383
+contig	C8587650	383
+contig	C8587648	383
+contig	C8587408	382
+contig	C8587576	383
+contig	C8587954	383
+contig	C8587614	383
+contig	C8588164	383
+contig	C8587690	383
+contig	C8588150	383
+contig	C8587662	383
+contig	C8587928	383
+contig	C8587724	383
+contig	C8588082	383
+contig	C8588216	383
+contig	C8588310	384
+contig	C8588362	384
+contig	C8588142	383
+contig	C8588412	384
+contig	C8588532	384
+contig	C8588352	384
+contig	C8588504	384
+contig	C8588226	384
+contig	C8588580	384
+contig	C8588346	384
+contig	C8588540	384
+contig	C8588502	384
+contig	C8588774	384
+contig	C8588492	384
+contig	C8588932	385
+contig	C8588862	384
+contig	C8588768	384
+contig	C8588652	384
+contig	C8588956	385
+contig	C8588898	384
+contig	C8588698	384
+contig	C8588868	384
+contig	C8588994	385
+contig	C8589126	385
+contig	C8589226	385
+contig	C8589328	385
+contig	C8589104	385
+contig	C8589068	385
+contig	C8583306	376
+contig	C8589174	385
+contig	C8589308	385
+contig	C8589280	385
+contig	C8589448	385
+contig	C8589432	385
+contig	C8589510	385
+contig	C8589418	385
+contig	C8589676	386
+contig	C8589844	386
+contig	C8589416	385
+contig	C8590062	386
+contig	C8589806	386
+contig	C8590124	386
+contig	C8590150	386
+contig	C8590160	386
+contig	C8590134	386
+contig	C8589970	386
+contig	C8589352	385
+contig	C8590070	386
+contig	C8590240	387
+contig	C8589910	386
+contig	C8590558	387
+contig	C8589976	386
+contig	C8590146	386
+contig	C8590408	387
+contig	C8590442	387
+contig	C8590300	387
+contig	C8590534	387
+contig	C8590226	387
+contig	C8590590	387
+contig	C8590270	387
+contig	C8590586	387
+contig	C8590612	387
+contig	C8590594	387
+contig	C8590636	387
+contig	C8590566	387
+contig	C8590690	387
+contig	C8590704	387
+contig	C8590620	387
+contig	C8590660	387
+contig	C8590654	387
+contig	C8590804	387
+contig	C8590844	387
+contig	C8590490	387
+contig	C8590848	387
+contig	C8590766	387
+contig	C8590898	388
+contig	C8590818	387
+contig	C8590862	387
+contig	C8591014	388
+contig	C8590856	387
+contig	C8590978	388
+contig	C8590968	388
+contig	C8591276	388
+contig	C8591036	388
+contig	C8590868	388
+contig	C8591318	388
+contig	C8591394	388
+contig	C8591550	389
+contig	C8591516	389
+contig	C8591374	388
+contig	C8591468	388
+contig	C8591486	388
+contig	C8591322	388
+contig	C8591130	388
+contig	C8591800	389
+contig	C8591668	389
+contig	C8591792	389
+contig	C8591546	389
+contig	C8592040	389
+contig	C8591558	389
+contig	C8592116	390
+contig	C8591764	389
+contig	C8591666	389
+contig	C8592186	390
+contig	C8591850	389
+contig	C8591936	389
+contig	C8592396	390
+contig	C8592358	390
+contig	C8592290	390
+contig	C8591946	389
+contig	C8592790	391
+contig	C8592392	390
+contig	C8592760	391
+contig	C8592518	390
+contig	C8592572	390
+contig	C8592622	390
+contig	C8593054	391
+contig	C8593074	391
+contig	C8593284	391
+contig	C8593338	391
+contig	C8593302	391
+contig	C8593268	391
+contig	C8592826	391
+contig	C8593288	391
+contig	C8592808	391
+contig	C8593378	391
+contig	C8593604	392
+contig	C8593522	392
+contig	C8592958	391
+contig	C8592824	391
+contig	C8593632	392
+contig	C8593626	392
+contig	C8593452	392
+contig	C8593594	392
+contig	C8593332	391
+contig	C8593596	392
+contig	C8594072	393
+contig	C8593938	392
+contig	C8593792	392
+contig	C8593866	392
+contig	C8593688	392
+contig	C8594108	393
+contig	C8594312	393
+contig	C8593806	392
+contig	C8594336	393
+contig	C8594192	393
+contig	C8593964	392
+contig	C8594546	393
+contig	C8594588	393
+contig	C8594172	393
+contig	C8594550	393
+contig	C8594278	393
+contig	C8594124	393
+contig	C8594446	393
+contig	C8594274	393
+contig	C8594620	393
+contig	C8594586	393
+contig	C8594602	393
+contig	C8594598	393
+contig	C8594766	394
+contig	C8594928	394
+contig	C8594622	393
+contig	C8594986	394
+contig	C8594892	394
+contig	C8594988	394
+contig	C8594970	394
+contig	C8595090	394
+contig	C8595212	394
+contig	C8595200	394
+contig	C8595142	394
+contig	C8594630	393
+contig	C8594890	394
+contig	C8594910	394
+contig	C8595276	394
+contig	C8594922	394
+contig	C8595518	395
+contig	C8595436	395
+contig	C8595210	394
+contig	C8595262	394
+contig	C8595322	395
+contig	C8595274	394
+contig	C8595596	395
+contig	C8595656	395
+contig	C8595404	395
+contig	C8595800	395
+contig	C8595710	395
+contig	C8595604	395
+contig	C8595676	395
+contig	C8595846	396
+contig	C8595730	395
+contig	C8595728	395
+contig	C8596196	396
+contig	C8596100	396
+contig	C8596060	396
+contig	C8596042	396
+contig	C8596394	396
+contig	C8596354	396
+contig	C8595986	396
+contig	C8596202	396
+contig	C8596066	396
+contig	C8596322	396
+contig	C8596334	396
+contig	C8596154	396
+contig	C8596506	397
+contig	C8596480	397
+contig	C8596812	397
+contig	C8596520	397
+contig	C8596552	397
+contig	C8596674	397
+contig	C8596710	397
+contig	C8596664	397
+contig	C8596870	397
+contig	C8596524	397
+contig	C8596612	397
+contig	C8596860	397
+contig	C8596934	397
+contig	C8597118	397
+contig	C8597036	397
+contig	C8596954	397
+contig	C8597204	398
+contig	C8597226	398
+contig	C8597306	398
+contig	C8597074	397
+contig	C8596996	397
+contig	C8597228	398
+contig	C8596958	397
+contig	C8597534	398
+contig	C8597426	398
+contig	C8597378	398
+contig	C8597546	398
+contig	C8597334	398
+contig	C8597634	398
+contig	C8597684	398
+contig	C8597450	398
+contig	C8597826	399
+contig	C8597780	399
+contig	C8597656	398
+contig	C8597472	398
+contig	C8597720	398
+contig	C8597658	398
+contig	C8598006	399
+contig	C8597944	399
+contig	C8597930	399
+contig	C8597994	399
+contig	C8598082	399
+contig	C8597840	399
+contig	C8598208	399
+contig	C8598116	399
+contig	C8598160	399
+contig	C8597650	398
+contig	C8598214	399
+contig	C8598182	399
+contig	C8598460	400
+contig	C8598456	400
+contig	C8598094	399
+contig	C8598336	400
+contig	C8598074	399
+contig	C8598302	399
+contig	C8598484	400
+contig	C8598378	400
+contig	C8598500	400
+contig	C8598560	400
+contig	C8598464	400
+contig	C8598130	399
+contig	C8598458	400
+contig	C8598840	400
+contig	C8598556	400
+contig	C8598750	400
+contig	C8598900	400
+contig	C8599006	401
+contig	C8598986	401
+contig	C8598844	400
+contig	C8599200	401
+contig	C8599054	401
+contig	C8598950	400
+contig	C8599502	401
+contig	C8599536	401
+contig	C8599016	401
+contig	C8599084	401
+contig	C8599014	401
+contig	C8599568	402
+contig	C8599390	401
+contig	C8599884	402
+contig	C8599606	402
+contig	C8599080	401
+contig	C8599864	402
+contig	C8600040	402
+contig	C8599888	402
+contig	C8599982	402
+contig	C8599990	402
+contig	C8600072	402
+contig	C8600380	403
+contig	C8600412	403
+contig	C8600080	402
+contig	C8600390	403
+contig	C8600396	403
+contig	C8599646	402
+contig	C8600426	403
+contig	C8600548	403
+contig	C8600654	403
+contig	C8600432	403
+contig	C8597268	398
+contig	C8600446	403
+contig	C8600530	403
+contig	C8600746	403
+contig	C8600738	403
+contig	C8600636	403
+contig	C8600602	403
+contig	C8600842	403
+contig	C8600720	403
+contig	C8601076	404
+contig	C8600802	403
+contig	C8601016	404
+contig	C8600890	403
+contig	C8600878	403
+contig	C8600650	403
+contig	C8601106	404
+contig	C8601078	404
+contig	C8600766	403
+contig	C8601128	404
+contig	C8600682	403
+contig	C8601200	404
+contig	C8601164	404
+contig	C8601230	404
+contig	C8601244	404
+contig	C8601326	404
+contig	C8601100	404
+contig	C8601322	404
+contig	C8601386	404
+contig	C8601278	404
+contig	C8601338	404
+contig	C8600704	403
+contig	C8601616	405
+contig	C8601414	404
+contig	C8601404	404
+contig	C8601444	404
+contig	C8601700	405
+contig	C8601758	405
+contig	C8601572	405
+contig	C8601476	404
+contig	C8601760	405
+contig	C8601430	404
+contig	C8601510	405
+contig	C8601764	405
+contig	C8601818	405
+contig	C8601882	405
+contig	C8602016	405
+contig	C8601662	405
+contig	C8601972	405
+contig	C8602080	406
+contig	C8601946	405
+contig	C8602026	405
+contig	C8601784	405
+contig	C8602388	406
+contig	C8602332	406
+contig	C8602108	406
+contig	C8602428	406
+contig	C8602524	406
+contig	C8602090	406
+contig	C8601926	405
+contig	C8602266	406
+contig	C8602520	406
+contig	C8602162	406
+contig	C8602406	406
+contig	C8602752	407
+contig	C8602598	406
+contig	C8603116	407
+contig	C8602604	406
+contig	C8602862	407
+contig	C8602814	407
+contig	C8603068	407
+contig	C8603080	407
+contig	C8602612	406
+contig	C8602984	407
+contig	C8603186	407
+contig	C8603238	408
+contig	C8603368	408
+contig	C8603302	408
+contig	C8603118	407
+contig	C8603704	408
+contig	C8603466	408
+contig	C8603800	408
+contig	C8603396	408
+contig	C8603829	409
+contig	C8603708	408
+contig	C8603614	408
+contig	C8603778	408
+contig	C8603957	409
+contig	C8603941	409
+contig	C8603981	409
+contig	C8603602	408
+contig	C8604235	409
+contig	C8604019	409
+contig	C8604049	409
+contig	C8604119	409
+contig	C8604405	410
+contig	C8603174	407
+contig	C8604373	410
+contig	C8604113	409
+contig	C8604223	409
+contig	C8604337	409
+contig	C8604539	410
+contig	C8604611	410
+contig	C8604743	410
+contig	C8604273	409
+contig	C8604827	410
+contig	C8604791	410
+contig	C8604737	410
+contig	C8604967	411
+contig	C8604471	410
+contig	C8604815	410
+contig	C8604863	410
+contig	C8605067	411
+contig	C8605133	411
+contig	C8604929	411
+contig	C8605281	411
+contig	C8604985	411
+contig	C8605013	411
+contig	C8605153	411
+contig	C8605165	411
+contig	C8605393	411
+contig	C8605003	411
+contig	C8605099	411
+contig	C8605375	411
+contig	C8605409	411
+contig	C8605785	412
+contig	C8605447	411
+contig	C8605779	412
+contig	C8605713	412
+contig	C8605563	412
+contig	C8605813	412
+contig	C8605767	412
+contig	C8605791	412
+contig	C8605887	412
+contig	C8605821	412
+contig	C8605815	412
+contig	C8605671	412
+contig	C8606023	412
+contig	C8605979	412
+contig	C8605999	412
+contig	C8605857	412
+contig	C8605937	412
+contig	C8606175	413
+contig	C8606061	412
+contig	C8606185	413
+contig	C8606051	412
+contig	C8606059	412
+contig	C8606031	412
+contig	C8606243	413
+contig	C8606409	413
+contig	C8606253	413
+contig	C8606467	413
+contig	C8606439	413
+contig	C8606287	413
+contig	C8606575	413
+contig	C8606295	413
+contig	C8606489	413
+contig	C8606659	413
+contig	C8606611	413
+contig	C8606617	413
+contig	C8606793	414
+contig	C8606831	414
+contig	C8606721	414
+contig	C8606645	413
+contig	C8606729	414
+contig	C8606683	414
+contig	C8607087	414
+contig	C8607103	414
+contig	C8606869	414
+contig	C8606637	413
+contig	C8606907	414
+contig	C8606675	413
+contig	C8607217	414
+contig	C8607301	415
+contig	C8607769	415
+contig	C8607805	416
+contig	C8606961	414
+contig	C8607327	415
+contig	C8607713	415
+contig	C8607605	415
+contig	C8607681	415
+contig	C8608049	416
+contig	C8607589	415
+contig	C8608007	416
+contig	C8607821	416
+contig	C8607995	416
+contig	C8608221	416
+contig	C8608459	417
+contig	C8608537	417
+contig	C8608491	417
+contig	C8608533	417
+contig	C8608529	417
+contig	C8608573	417
+contig	C8608597	417
+contig	C8607847	416
+contig	C8608183	416
+contig	C8608663	417
+contig	C8608361	417
+contig	C8608623	417
+contig	C8608677	417
+contig	C8608355	417
+contig	C8608631	417
+contig	C8608721	417
+contig	C8608695	417
+contig	C8608653	417
+contig	C8608871	417
+contig	C8608883	417
+contig	C8608787	417
+contig	C8609143	418
+contig	C8608923	418
+contig	C8608805	417
+contig	C8609113	418
+contig	C8609241	418
+contig	C8609015	418
+contig	C8609289	418
+contig	C8609325	418
+contig	C8609235	418
+contig	C8609309	418
+contig	C8609421	418
+contig	C8609229	418
+contig	C8609453	419
+contig	C8609609	419
+contig	C8609623	419
+contig	C8609723	419
+contig	C8609825	419
+contig	C8609251	418
+contig	C8609579	419
+contig	C8609659	419
+contig	C8609689	419
+contig	C8609847	419
+contig	C8609961	419
+contig	C8609983	419
+contig	C8610257	420
+contig	C8610117	420
+contig	C8610043	420
+contig	C8610405	420
+contig	C8610429	420
+contig	C8610513	420
+contig	C8610299	420
+contig	C8610535	421
+contig	C8610231	420
+contig	C8610079	420
+contig	C8610643	421
+contig	C8610575	421
+contig	C8609995	420
+contig	C8610591	421
+contig	C8610649	421
+contig	C8610025	420
+contig	C8610733	421
+contig	C8610787	421
+contig	C8610909	421
+contig	C8610839	421
+contig	C8610843	421
+contig	C8610873	421
+contig	C8610977	421
+contig	C8611007	421
+contig	C8611009	421
+contig	C8611017	421
+contig	C8611023	421
+contig	C8611069	421
+contig	C8611087	421
+contig	C8611225	422
+contig	C8611119	422
+contig	C8611051	421
+contig	C8611143	422
+contig	C8611317	422
+contig	C8611349	422
+contig	C8611249	422
+contig	C8611429	422
+contig	C8611497	422
+contig	C8611375	422
+contig	C8611205	422
+contig	C8606901	414
+contig	C8611565	422
+contig	C8610665	421
+contig	C8611589	422
+contig	C8611737	423
+contig	C8611261	422
+contig	C8611597	422
+contig	C8611647	423
+contig	C8611787	423
+contig	C8611645	423
+contig	C8611789	423
+contig	C8611793	423
+contig	C8611669	423
+contig	C8611977	423
+contig	C8611819	423
+contig	C8611951	423
+contig	C8612185	424
+contig	C8612111	423
+contig	C8612031	423
+contig	C8611985	423
+contig	C8612269	424
+contig	C8612053	423
+contig	C8612349	424
+contig	C8612167	424
+contig	C8612221	424
+contig	C8612527	424
+contig	C8612413	424
+contig	C8612631	424
+contig	C8612613	424
+contig	C8612473	424
+contig	C8612425	424
+contig	C8612647	424
+contig	C8612769	425
+contig	C8612947	425
+contig	C8612561	424
+contig	C8613041	425
+contig	C8612735	425
+contig	C8613015	425
+contig	C8613123	425
+contig	C8613133	425
+contig	C8612665	424
+contig	C8613027	425
+contig	C8613291	426
+contig	C8613329	426
+contig	C8613325	426
+contig	C8613457	426
+contig	C8613345	426
+contig	C8613333	426
+contig	C8613507	426
+contig	C8613579	426
+contig	C8613161	425
+contig	C8613559	426
+contig	C8613401	426
+contig	C8613753	426
+contig	C8613711	426
+contig	C8613493	426
+contig	C8613801	427
+contig	C8613719	426
+contig	C8613843	427
+contig	C8613955	427
+contig	C8613881	427
+contig	C8613929	427
+contig	C8614007	427
+contig	C8610967	421
+contig	C8614027	427
+contig	C8614023	427
+contig	C8614099	427
+contig	C8614061	427
+contig	C8614339	427
+contig	C8614011	427
+contig	C8614417	428
+contig	C8614197	427
+contig	C8614735	428
+contig	C8614843	428
+contig	C8614421	428
+contig	C8614721	428
+contig	C8614951	429
+contig	C8614975	429
+contig	C8614379	428
+contig	C8614731	428
+contig	C8615093	429
+contig	C8614125	427
+contig	C8615153	429
+contig	C8615341	429
+contig	C8615281	429
+contig	C8615241	429
+contig	C8615339	429
+contig	C8615493	430
+contig	C8615355	429
+contig	C8615357	429
+contig	C8615343	429
+contig	C8615625	430
+contig	C8615699	430
+contig	C8615781	430
+contig	C8615431	429
+contig	C8615705	430
+contig	C8615829	430
+contig	C8615567	430
+contig	C8616017	431
+contig	C8616067	431
+contig	C8616119	431
+contig	C8615957	430
+contig	C8616037	431
+contig	C8616109	431
+contig	C8615975	430
+contig	C8616169	431
+contig	C8616235	431
+contig	C8616353	431
+contig	C8616377	431
+contig	C8616263	431
+contig	C8616355	431
+contig	C8616201	431
+contig	C8616279	431
+contig	C8616251	431
+contig	C8616431	431
+contig	C8616451	431
+contig	C8616425	431
+contig	C8616523	432
+contig	C8616561	432
+contig	C8616733	432
+contig	C8616683	432
+contig	C8616433	431
+contig	C8616747	432
+contig	C8616865	432
+contig	C8616913	432
+contig	C8616661	432
+contig	C8617253	433
+contig	C8617403	433
+contig	C8616965	432
+contig	C8617293	433
+contig	C8617423	433
+contig	C8617461	433
+contig	C8617457	433
+contig	C8617215	433
+contig	C8617567	434
+contig	C8617495	433
+contig	C8617573	434
+contig	C8617745	434
+contig	C8617545	434
+contig	C8617907	434
+contig	C8618055	435
+contig	C8618131	435
+contig	C8618197	435
+contig	C8617713	434
+contig	C8618007	435
+contig	C8618281	435
+contig	C8618191	435
+contig	C8618449	435
+contig	C8618203	435
+contig	C8618289	435
+contig	C8618429	435
+contig	C8617863	434
+contig	C8618587	436
+contig	C8618475	435
+contig	C8618593	436
+contig	C8618575	436
+contig	C8618765	436
+contig	C8618703	436
+contig	C8618753	436
+contig	C8618875	436
+contig	C8618771	436
+contig	C8618955	436
+contig	C8618965	436
+contig	C8618935	436
+contig	C8619147	437
+contig	C8619005	436
+contig	C8619347	437
+contig	C8619165	437
+contig	C8619037	436
+contig	C8619083	437
+contig	C8619573	438
+contig	C8619415	437
+contig	C8619481	437
+contig	C8619641	438
+contig	C8619587	438
+contig	C8619749	438
+contig	C8619503	437
+contig	C8619579	438
+contig	C8620057	438
+contig	C8619815	438
+contig	C8619975	438
+contig	C8619899	438
+contig	C8620149	439
+contig	C8620159	439
+contig	C8620291	439
+contig	C8620195	439
+contig	C8620065	438
+contig	C8620427	439
+contig	C8620401	439
+contig	C8620313	439
+contig	C8620595	439
+contig	C8620407	439
+contig	C8620715	440
+contig	C8620681	439
+contig	C8620697	440
+contig	C8620777	440
+contig	C8620769	440
+contig	C8620809	440
+contig	C8620601	439
+contig	C8621323	441
+contig	C8621185	440
+contig	C8621369	441
+contig	C8621325	441
+contig	C8621431	441
+contig	C8621419	441
+contig	C8621491	441
+contig	C8621433	441
+contig	C8621493	441
+contig	C8621163	440
+contig	C8621499	441
+contig	C8621033	440
+contig	C8621647	441
+contig	C8621619	441
+contig	C8621865	442
+contig	C8621991	442
+contig	C8621989	442
+contig	C8622051	442
+contig	C8621599	441
+contig	C8622119	442
+contig	C8622063	442
+contig	C8622191	442
+contig	C8622265	443
+contig	C8622257	443
+contig	C8622299	443
+contig	C8622313	443
+contig	C8622359	443
+contig	C8622395	443
+contig	C8622423	443
+contig	C8621689	441
+contig	C8622543	443
+contig	C8622419	443
+contig	C8622455	443
+contig	C8622615	443
+contig	C8622535	443
+contig	C8622789	443
+contig	C8622567	443
+contig	C8622089	442
+contig	C8622669	443
+contig	C8604363	410
+contig	C8622823	444
+contig	C8622857	444
+contig	C8622951	444
+contig	C8622939	444
+contig	C8622895	444
+contig	C8623243	444
+contig	C8623237	444
+contig	C8623203	444
+contig	C8623307	445
+contig	C8623097	444
+contig	C8623643	445
+contig	C8622885	444
+contig	C8623425	445
+contig	C8623329	445
+contig	C8623481	445
+contig	C8623877	446
+contig	C8623869	446
+contig	C8623899	446
+contig	C8623905	446
+contig	C8623969	446
+contig	C8623947	446
+contig	C8623705	445
+contig	C8624025	446
+contig	C8623971	446
+contig	C8624237	446
+contig	C8624235	446
+contig	C8623753	445
+contig	C8624351	447
+contig	C8624445	447
+contig	C8624241	446
+contig	C8624467	447
+contig	C8624507	447
+contig	C8624631	447
+contig	C8624257	446
+contig	C8624535	447
+contig	C8624591	447
+contig	C8624773	448
+contig	C8624809	448
+contig	C8624695	447
+contig	C8624833	448
+contig	C8624171	446
+contig	C8624965	448
+contig	C8624951	448
+contig	C8625127	448
+contig	C8625045	448
+contig	C8625149	448
+contig	C8625307	449
+contig	C8625295	449
+contig	C8624797	448
+contig	C8625385	449
+contig	C8625303	449
+contig	C8625509	449
+contig	C8625081	448
+contig	C8625533	449
+contig	C8625549	449
+contig	C8625469	449
+contig	C8625315	449
+contig	C8625403	449
+contig	C8625603	449
+contig	C8625559	449
+contig	C8625717	449
+contig	C8625681	449
+contig	C8625931	450
+contig	C8625849	450
+contig	C8613567	426
+contig	C8625701	449
+contig	C8625895	450
+contig	C8626209	450
+contig	C8626199	450
+contig	C8626301	450
+contig	C8626409	451
+contig	C8626159	450
+contig	C8626365	451
+contig	C8626277	450
+contig	C8626037	450
+contig	C8626523	451
+contig	C8626537	451
+contig	C8626459	451
+contig	C8626571	451
+contig	C8626669	451
+contig	C8626673	451
+contig	C8625523	449
+contig	C8626541	451
+contig	C8626725	451
+contig	C8626811	451
+contig	C8626849	452
+contig	C8626865	452
+contig	C8626899	452
+contig	C8626785	451
+contig	C8626903	452
+contig	C8626807	451
+contig	C8626841	452
+contig	C8627203	452
+contig	C8627259	452
+contig	C8627121	452
+contig	C8626967	452
+contig	C8627353	453
+contig	C8627521	453
+contig	C8627415	453
+contig	C8627729	453
+contig	C8627805	454
+contig	C8627895	454
+contig	C8627871	454
+contig	C8627913	454
+contig	C8626965	452
+contig	C8628017	454
+contig	C8627509	453
+contig	C8627815	454
+contig	C8628057	454
+contig	C8628035	454
+contig	C8628113	454
+contig	C8628153	454
+contig	C8628107	454
+contig	C8628275	455
+contig	C8628369	455
+contig	C8628185	454
+contig	C8628371	455
+contig	C8628429	455
+contig	C8628545	455
+contig	C8628583	455
+contig	C8628467	455
+contig	C8628705	456
+contig	C8628897	456
+contig	C8628693	456
+contig	C8628947	456
+contig	C8628809	456
+contig	C8629053	456
+contig	C8629065	456
+contig	C8629161	456
+contig	C8629139	456
+contig	C8629207	457
+contig	C8629239	457
+contig	C8629393	457
+contig	C8629223	457
+contig	C8629271	457
+contig	C8629541	457
+contig	C8629417	457
+contig	C8629603	457
+contig	C8629289	457
+contig	C8629631	457
+contig	C8629737	458
+contig	C8629791	458
+contig	C8629767	458
+contig	C8630095	458
+contig	C8629805	458
+contig	C8630097	458
+contig	C8628697	456
+contig	C8629977	458
+contig	C8630145	458
+contig	C8630243	459
+contig	C8630099	458
+contig	C8630019	458
+contig	C8630277	459
+contig	C8630353	459
+contig	C8630473	459
+contig	C8630627	459
+contig	C8630519	459
+contig	C8630715	460
+contig	C8630647	459
+contig	C8630699	460
+contig	C8630793	460
+contig	C8630779	460
+contig	C8630991	460
+contig	C8630483	459
+contig	C8630885	460
+contig	C8630815	460
+contig	C8631061	460
+contig	C8626035	450
+contig	C8631085	460
+contig	C8631289	461
+contig	C8631245	461
+contig	C8631133	460
+contig	C8631309	461
+contig	C8631129	460
+contig	C8631405	461
+contig	C8631521	461
+contig	C8631485	461
+contig	C8631171	461
+contig	C8631319	461
+contig	C8631615	461
+contig	C8631569	461
+contig	C8631335	461
+contig	C8631637	461
+contig	C8631787	462
+contig	C8631689	462
+contig	C8631789	462
+contig	C8631625	461
+contig	C8631801	462
+contig	C8631975	462
+contig	C8631865	462
+contig	C8614895	428
+contig	C8631851	462
+contig	C8631943	462
+contig	C8631993	462
+contig	C8632073	462
+contig	C8632101	462
+contig	C8615515	430
+contig	C8632117	463
+contig	C8631797	462
+contig	C8632015	462
+contig	C8632105	462
+contig	C8632145	463
+contig	C8632245	463
+contig	C8632371	463
+contig	C8632737	464
+contig	C8632449	463
+contig	C8632397	463
+contig	C8632651	464
+contig	C8631439	461
+contig	C8632199	463
+contig	C8632437	463
+contig	C8632521	463
+contig	C8632813	464
+contig	C8627337	453
+contig	C8633077	465
+contig	C8633209	465
+contig	C8632741	464
+contig	C8633311	465
+contig	C8633309	465
+contig	C8632899	464
+contig	C8633229	465
+contig	C8633143	465
+contig	C8633221	465
+contig	C8633651	466
+contig	C8633439	465
+contig	C8633499	466
+contig	C8633513	466
+contig	C8633601	466
+contig	C8633765	466
+contig	C8633719	466
+contig	C8633905	466
+contig	C8633745	466
+contig	C8633817	466
+contig	C8633943	466
+contig	C8633351	465
+contig	C8633841	466
+contig	C8633965	466
+contig	C8633915	466
+contig	C8633947	466
+contig	C8634115	467
+contig	C8634413	467
+contig	C8634083	467
+contig	C8634123	467
+contig	C8634207	467
+contig	C8634189	467
+contig	C8633847	466
+contig	C8634255	467
+contig	C8634599	468
+contig	C8634613	468
+contig	C8634745	468
+contig	C8634641	468
+contig	C8634437	467
+contig	C8634313	467
+contig	C8634601	468
+contig	C8634955	469
+contig	C8635067	469
+contig	C8635425	470
+contig	C8634897	468
+contig	C8634735	468
+contig	C8635493	470
+contig	C8635093	469
+contig	C8635417	470
+contig	C8635431	470
+contig	C8635149	469
+contig	C8635003	469
+contig	C8635299	469
+contig	C8635495	470
+contig	C8635881	471
+contig	C8635535	470
+contig	C8635533	470
+contig	C8635499	470
+contig	C8635677	470
+contig	C8635887	471
+contig	C8635991	471
+contig	C8635837	471
+contig	C8636135	471
+contig	C8636257	471
+contig	C8636331	472
+contig	C8636053	471
+contig	C8635669	470
+contig	C8636305	472
+contig	C8636291	472
+contig	C8636443	472
+contig	C8636103	471
+contig	C8636537	472
+contig	C8636725	473
+contig	C8636605	472
+contig	C8635927	471
+contig	C8636751	473
+contig	C8636707	473
+contig	C8636587	472
+contig	C8637029	473
+contig	C8636593	472
+contig	C8637031	473
+contig	C8636993	473
+contig	C8636921	473
+contig	C8636765	473
+contig	C8636783	473
+contig	C8637051	473
+contig	C8636905	473
+contig	C8637009	473
+contig	C8637143	473
+contig	C8637341	474
+contig	C8637499	474
+contig	C8637283	474
+contig	C8637493	474
+contig	C8637189	474
+contig	C8637367	474
+contig	C8637849	475
+contig	C8637501	474
+contig	C8637733	475
+contig	C8638133	476
+contig	C8637521	474
+contig	C8638141	476
+contig	C8638341	476
+contig	C8638173	476
+contig	C8638219	476
+contig	C8638257	476
+contig	C8638415	476
+contig	C8638943	478
+contig	C8638455	476
+contig	C8638595	477
+contig	C8638893	477
+contig	C8639051	478
+contig	C8637161	473
+contig	C8639527	479
+contig	C8638709	477
+contig	C8639083	478
+contig	C8639381	479
+contig	C8639117	478
+contig	C8639625	479
+contig	C8639257	478
+contig	C8639757	479
+contig	C8639727	479
+contig	C8639327	478
+contig	C8639573	479
+contig	C8639583	479
+contig	C8638985	478
+contig	C8639795	480
+contig	C8639743	479
+contig	C8639783	479
+contig	C8640079	480
+contig	C8640033	480
+contig	C8639871	480
+contig	C8639539	479
+contig	C8640113	480
+contig	C8640087	480
+contig	C8639787	480
+contig	C8640301	481
+contig	C8640271	481
+contig	C8639779	479
+contig	C8640259	481
+contig	C8640149	480
+contig	C8640313	481
+contig	C8640337	481
+contig	C8640693	482
+contig	C8640727	482
+contig	C8639879	480
+contig	C8640715	482
+contig	C8640367	481
+contig	C8640603	482
+contig	C8640907	482
+contig	C8640761	482
+contig	C8640685	482
+contig	C8640957	482
+contig	C8640801	482
+contig	C8641207	483
+contig	C8640849	482
+contig	C8641395	483
+contig	C8641091	483
+contig	C8641211	483
+contig	C8641555	484
+contig	C8639825	480
+contig	C8641639	484
+contig	C8641707	484
+contig	C8641277	483
+contig	C8641403	483
+contig	C8640853	482
+contig	C8641493	484
+contig	C8641729	484
+contig	C8641655	484
+contig	C8641813	484
+contig	C8641469	483
+contig	C8641957	485
+contig	C8641803	484
+contig	C8642107	485
+contig	C8641763	484
+contig	C8642175	485
+contig	C8642069	485
+contig	C8642365	486
+contig	C8642339	485
+contig	C8642259	485
+contig	C8642425	486
+contig	C8642567	486
+contig	C8642691	486
+contig	C8642519	486
+contig	C8642577	486
+contig	C8642723	486
+contig	C8642711	486
+contig	C8642753	487
+contig	C8642923	487
+contig	C8642471	486
+contig	C8643033	487
+contig	C8642569	486
+contig	C8643085	487
+contig	C8642967	487
+contig	C8643245	488
+contig	C8643205	488
+contig	C8643357	488
+contig	C8642879	487
+contig	C8643543	488
+contig	C8642925	487
+contig	C8643313	488
+contig	C8643835	489
+contig	C8643855	489
+contig	C8643545	488
+contig	C8643859	489
+contig	C8643985	489
+contig	C8643875	489
+contig	C8644279	490
+contig	C8643639	489
+contig	C8643739	489
+contig	C8644263	490
+contig	C8644059	490
+contig	C8644385	490
+contig	C8644341	490
+contig	C8644457	490
+contig	C8644507	490
+contig	C8644401	490
+contig	C8644515	490
+contig	C8644437	490
+contig	C8644605	491
+contig	C8644597	491
+contig	C8644785	491
+contig	C8644777	491
+contig	C8644663	491
+contig	C8644871	491
+contig	C8644879	491
+contig	C8645185	492
+contig	C8644709	491
+contig	C8645287	492
+contig	C8644931	492
+contig	C8645193	492
+contig	C8645039	492
+contig	C8645291	492
+contig	C8645091	492
+contig	C8645451	493
+contig	C8645415	493
+contig	C8645449	493
+contig	C8645357	493
+contig	C8645417	493
+contig	C8645641	493
+contig	C8645455	493
+contig	C8645541	493
+contig	C8645691	493
+contig	C8645637	493
+contig	C8645771	493
+contig	C8642095	485
+contig	C8645701	493
+contig	C8645713	493
+contig	C8645741	493
+contig	C8645821	494
+contig	C8645871	494
+contig	C8645851	494
+contig	C8646309	495
+contig	C8646219	495
+contig	C8646323	495
+contig	C8646451	495
+contig	C8646457	495
+contig	C8645945	494
+contig	C8646549	496
+contig	C8646587	496
+contig	C8646641	496
+contig	C8646103	494
+contig	C8646635	496
+contig	C8646663	496
+contig	C8646841	496
+contig	C8646709	496
+contig	C8647047	497
+contig	C8646897	496
+contig	C8647277	497
+contig	C8647629	498
+contig	C8647211	497
+contig	C8647557	498
+contig	C8647619	498
+contig	C8647677	498
+contig	C8647781	499
+contig	C8647901	499
+contig	C8647841	499
+contig	C8648025	499
+contig	C8647963	499
+contig	C8648037	499
+contig	C8647885	499
+contig	C8648417	500
+contig	C8648105	499
+contig	C8641793	484
+contig	C8647865	499
+contig	C8648431	500
+contig	C8648563	500
+contig	C8648425	500
+contig	C8648331	500
+contig	C8648789	501
+contig	C8648473	500
+contig	C8648555	500
+contig	C8648903	501
+contig	C8648917	501
+contig	C8648589	500
+contig	C8648947	501
+contig	C8648797	501
+contig	C8649041	502
+contig	C8648969	501
+contig	C8649057	502
+contig	C8649243	502
+contig	C8648603	500
+contig	C8649223	502
+contig	C8649169	502
+contig	C8648983	501
+contig	C8649335	502
+contig	C8649385	503
+contig	C8649251	502
+contig	C8649383	503
+contig	C8649429	503
+contig	C8649651	503
+contig	C8649415	503
+contig	C8649719	503
+contig	C8649341	502
+contig	C8649411	503
+contig	C8649855	504
+contig	C8649977	504
+contig	C8649981	504
+contig	C8650089	504
+contig	C8650221	505
+contig	C8650217	505
+contig	C8650299	505
+contig	C8649983	504
+contig	C8650413	505
+contig	C8650181	505
+contig	C8650791	506
+contig	C8647371	497
+contig	C8650527	506
+contig	C8650233	505
+contig	C8650529	506
+contig	C8650417	505
+contig	C8651353	508
+contig	C8651017	507
+contig	C8651261	508
+contig	C8650215	505
+contig	C8651487	508
+contig	C8650845	507
+contig	C8650925	507
+contig	C8651471	508
+contig	C8651541	508
+contig	C8651489	508
+contig	C8651419	508
+contig	C8651629	509
+contig	C8651567	508
+contig	C8651885	509
+contig	C8651717	509
+contig	C8651853	509
+contig	C8652019	510
+contig	C8651779	509
+contig	C8652101	510
+contig	C8652217	510
+contig	C8652203	510
+contig	C8652299	510
+contig	C8652257	510
+contig	C8652483	511
+contig	C8652321	510
+contig	C8652479	511
+contig	C8652501	511
+contig	C8652529	511
+contig	C8652507	511
+contig	C8651707	509
+contig	C8652573	511
+contig	C8652613	511
+contig	C8652617	511
+contig	C8652549	511
+contig	C8652643	511
+contig	C8616517	432
+contig	C8652137	510
+contig	C8652747	512
+contig	C8652939	512
+contig	C8652599	511
+contig	C8652821	512
+contig	C8652621	511
+contig	C8652973	512
+contig	C8651685	509
+contig	C8652793	512
+contig	C8653439	513
+contig	C8653507	514
+contig	C8653637	514
+contig	C8653317	513
+contig	C8653707	514
+contig	C8653323	513
+contig	C8653199	513
+contig	C8653835	514
+contig	C8653787	514
+contig	C8653607	514
+contig	C8653793	514
+contig	C8653893	515
+contig	C8653957	515
+contig	C8653877	514
+contig	C8653853	514
+contig	C8654101	515
+contig	C8654189	515
+contig	C8653977	515
+contig	C8654535	516
+contig	C8654267	516
+contig	C8654451	516
+contig	C8654649	517
+contig	C8654775	517
+contig	C8654627	517
+contig	C8654923	517
+contig	C8654697	517
+contig	C8654901	517
+contig	C8654983	518
+contig	C8655009	518
+contig	C8654795	517
+contig	C8655113	518
+contig	C8654955	517
+contig	C8655141	518
+contig	C8655255	518
+contig	C8655089	518
+contig	C8655299	519
+contig	C8655347	519
+contig	C8655409	519
+contig	C8655327	519
+contig	C8655635	519
+contig	C8655803	520
+contig	C8655427	519
+contig	C8655667	520
+contig	C8653665	514
+contig	C8655811	520
+contig	C8655893	520
+contig	C8655945	520
+contig	C8656137	521
+contig	C8638083	476
+contig	C8656011	521
+contig	C8656181	521
+contig	C8656169	521
+contig	C8656151	521
+contig	C8656567	522
+contig	C8656191	521
+contig	C8656613	522
+contig	C8655835	520
+contig	C8656353	521
+contig	C8656621	522
+contig	C8656515	522
+contig	C8656589	522
+contig	C8656721	522
+contig	C8656801	523
+contig	C8656849	523
+contig	C8656887	523
+contig	C8655251	518
+contig	C8657021	523
+contig	C8656933	523
+contig	C8656877	523
+contig	C8657057	523
+contig	C8657077	523
+contig	C8656935	523
+contig	C8656647	522
+contig	C8657169	524
+contig	C8657199	524
+contig	C8657443	524
+contig	C8657767	525
+contig	C8657861	526
+contig	C8657895	526
+contig	C8657487	524
+contig	C8657905	526
+contig	C8657503	525
+contig	C8657441	524
+contig	C8657197	524
+contig	C8658289	527
+contig	C8658109	526
+contig	C8657005	523
+contig	C8657937	526
+contig	C8658335	527
+contig	C8658563	527
+contig	C8657963	526
+contig	C8658013	526
+contig	C8658607	528
+contig	C8658467	527
+contig	C8654913	517
+contig	C8658659	528
+contig	C8658675	528
+contig	C8658475	527
+contig	C8658755	528
+contig	C8658781	528
+contig	C8658497	527
+contig	C8658763	528
+contig	C8658789	528
+contig	C8658681	528
+contig	C8658783	528
+contig	C8645617	493
+contig	C8658731	528
+contig	C8658999	529
+contig	C8658851	528
+contig	C8658803	528
+contig	C8658983	529
+contig	C8658843	528
+contig	C8659031	529
+contig	C8659119	529
+contig	C8659337	530
+contig	C8658867	528
+contig	C8659447	530
+contig	C8659019	529
+contig	C8659513	530
+contig	C8659159	529
+contig	C8659445	530
+contig	C8659491	530
+contig	C8659453	530
+contig	C8659503	530
+contig	C8660153	532
+contig	C8659575	530
+contig	C8659617	530
+contig	C8659737	531
+contig	C8659789	531
+contig	C8659663	530
+contig	C8660429	533
+contig	C8660737	534
+contig	C8660753	534
+contig	C8660189	532
+contig	C8660277	532
+contig	C8660487	533
+contig	C8660271	532
+contig	C8660925	534
+contig	C8661061	535
+contig	C8660645	533
+contig	C8659581	530
+contig	C8661073	535
+contig	C8660957	534
+contig	C8661447	535
+contig	C8661177	535
+contig	C8661183	535
+contig	C8661479	536
+contig	C8661415	535
+contig	C8661477	536
+contig	C8661547	536
+contig	C8661581	536
+contig	C8661747	536
+contig	C8661745	536
+contig	C8661369	535
+contig	C8661731	536
+contig	C8653773	514
+contig	C8661809	536
+contig	C8661911	537
+contig	C8661939	537
+contig	C8661717	536
+contig	C8661793	536
+contig	C8661739	536
+contig	C8662265	538
+contig	C8661981	537
+contig	C8661839	537
+contig	C8661999	537
+contig	C8662273	538
+contig	C8662263	538
+contig	C8662501	538
+contig	C8662107	537
+contig	C8662521	538
+contig	C8662541	538
+contig	C8662293	538
+contig	C8662543	538
+contig	C8662343	538
+contig	C8662529	538
+contig	C8662535	538
+contig	C8662803	539
+contig	C8663355	541
+contig	C8662843	539
+contig	C8663439	541
+contig	C8662945	540
+contig	C8663527	541
+contig	C8662701	539
+contig	C8663119	540
+contig	C8663291	541
+contig	C8663261	541
+contig	C8663581	542
+contig	C8663649	542
+contig	C8663849	542
+contig	C8663691	542
+contig	C8663469	541
+contig	C8663723	542
+contig	C8663811	542
+contig	C8664017	543
+contig	C8663883	542
+contig	C8663969	543
+contig	C8664015	543
+contig	C8664025	543
+contig	C8664075	543
+contig	C8664001	543
+contig	C8664099	543
+contig	C8664427	544
+contig	C8664411	544
+contig	C8664245	543
+contig	C8664285	544
+contig	C8664055	543
+contig	C8664679	545
+contig	C8664993	546
+contig	C8664731	545
+contig	C8664853	545
+contig	C8664793	545
+contig	C8664713	545
+contig	C8665077	546
+contig	C8665167	546
+contig	C8665089	546
+contig	C8665451	547
+contig	C8665229	546
+contig	C8665055	546
+contig	C8665415	547
+contig	C8665563	547
+contig	C8665467	547
+contig	C8665759	548
+contig	C8665757	548
+contig	C8665357	547
+contig	C8665307	547
+contig	C8665485	547
+contig	C8665599	548
+contig	C8665777	548
+contig	C8665779	548
+contig	C8665909	548
+contig	C8664165	543
+contig	C8665991	549
+contig	C8666093	549
+contig	C8666023	549
+contig	C8666091	549
+contig	C8666269	550
+contig	C8666841	551
+contig	C8666381	550
+contig	C8666155	549
+contig	C8666367	550
+contig	C8651321	508
+contig	C8666579	550
+contig	C8666847	551
+contig	C8666695	551
+contig	C8666967	552
+contig	C8666879	551
+contig	C8661143	535
+contig	C8667061	552
+contig	C8667193	552
+contig	C8666971	552
+contig	C8667081	552
+contig	C8667167	552
+contig	C8667269	553
+contig	C8666987	552
+contig	C8667213	552
+contig	C8666315	550
+contig	C8667259	552
+contig	C8667789	554
+contig	C8667841	554
+contig	C8667217	552
+contig	C8667911	554
+contig	C8667985	554
+contig	C8668047	555
+contig	C8667737	554
+contig	C8667517	553
+contig	C8668187	555
+contig	C8668075	555
+contig	C8667819	554
+contig	C8667975	554
+contig	C8668079	555
+contig	C8668609	556
+contig	C8668495	556
+contig	C8668571	556
+contig	C8668391	556
+contig	C8668209	555
+contig	C8668265	555
+contig	C8668757	557
+contig	C8668451	556
+contig	C8668903	557
+contig	C8668619	557
+contig	C8668937	557
+contig	C8669051	558
+contig	C8668915	557
+contig	C8669445	559
+contig	C8669035	558
+contig	C8669085	558
+contig	C8669299	559
+contig	C8669581	560
+contig	C8668629	557
+contig	C8669003	558
+contig	C8669719	560
+contig	C8669625	560
+contig	C8669673	560
+contig	C8669301	559
+contig	C8669973	561
+contig	C8669821	560
+contig	C8669865	560
+contig	C8670187	561
+contig	C8670223	562
+contig	C8670189	561
+contig	C8670379	562
+contig	C8670475	562
+contig	C8670499	562
+contig	C8670041	561
+contig	C8669693	560
+contig	C8669501	559
+contig	C8670847	563
+contig	C8670677	563
+contig	C8670459	562
+contig	C8670031	561
+contig	C8670603	563
+contig	C8670561	563
+contig	C8671131	564
+contig	C8671005	564
+contig	C8670615	563
+contig	C8671109	564
+contig	C8670731	563
+contig	C8671429	565
+contig	C8671379	565
+contig	C8671253	565
+contig	C8671443	565
+contig	C8671395	565
+contig	C8671479	565
+contig	C8671555	566
+contig	C8671503	566
+contig	C8671661	566
+contig	C8671713	566
+contig	C8672485	569
+contig	C8672057	567
+contig	C8672741	569
+contig	C8671993	567
+contig	C8672339	568
+contig	C8672101	567
+contig	C8672743	569
+contig	C8672099	567
+contig	C8672883	570
+contig	C8673077	571
+contig	C8673287	571
+contig	C8673081	571
+contig	C8672753	570
+contig	C8673469	572
+contig	C8672909	570
+contig	C8673571	572
+contig	C8672335	568
+contig	C8673605	572
+contig	C8672811	570
+contig	C8673453	572
+contig	C8673785	573
+contig	C8674025	573
+contig	C8672831	570
+contig	C8673587	572
+contig	C8674317	574
+contig	C8674347	574
+contig	C8673863	573
+contig	C8674409	575
+contig	C8674031	573
+contig	C8673923	573
+contig	C8674671	575
+contig	C8674697	575
+contig	C8674361	574
+contig	C8674503	575
+contig	C8674617	575
+contig	C8674491	575
+contig	C8674489	575
+contig	C8674785	576
+contig	C8674895	576
+contig	C8675075	577
+contig	C8674909	576
+contig	C8675389	578
+contig	C8675041	577
+contig	C8675227	577
+contig	C8674871	576
+contig	C8675521	578
+contig	C8675219	577
+contig	C8675441	578
+contig	C8675539	578
+contig	C8675655	579
+contig	C8675703	579
+contig	C8675571	578
+contig	C8675985	580
+contig	C8674903	576
+contig	C8676033	580
+contig	C8675959	580
+contig	C8676119	580
+contig	C8676005	580
+contig	C8675209	577
+contig	C8676291	581
+contig	C8676299	581
+contig	C8674735	576
+contig	C8676347	581
+contig	C8676203	580
+contig	C8676245	581
+contig	C8676309	581
+contig	C8676587	582
+contig	C8676451	581
+contig	C8676899	583
+contig	C8676971	583
+contig	C8676525	582
+contig	C8676781	582
+contig	C8677145	583
+contig	C8676997	583
+contig	C8676973	583
+contig	C8677037	583
+contig	C8677479	585
+contig	C8676693	582
+contig	C8677425	584
+contig	C8676461	581
+contig	C8674479	575
+contig	C8677827	586
+contig	C8677609	585
+contig	C8677509	585
+contig	C8677719	585
+contig	C8678109	587
+contig	C8677435	584
+contig	C8678271	587
+contig	C8677703	585
+contig	C8678221	587
+contig	C8678367	587
+contig	C8678715	589
+contig	C8678645	588
+contig	C8678839	589
+contig	C8678619	588
+contig	C8678823	589
+contig	C8678679	588
+contig	C8678129	587
+contig	C8679185	590
+contig	C8679083	590
+contig	C8679493	591
+contig	C8678901	589
+contig	C8679361	591
+contig	C8679443	591
+contig	C8677367	584
+contig	C8679309	591
+contig	C8679497	591
+contig	C8679907	593
+contig	C8679803	592
+contig	C8679609	592
+contig	C8679011	590
+contig	C8679971	593
+contig	C8679755	592
+contig	C8680063	593
+contig	C8680113	593
+contig	C8680133	593
+contig	C8680317	594
+contig	C8680065	593
+contig	C8680523	595
+contig	C8679933	593
+contig	C8680269	594
+contig	C8680383	594
+contig	C8680539	595
+contig	C8680761	596
+contig	C8680889	596
+contig	C8677957	586
+contig	C8680595	595
+contig	C8681025	596
+contig	C8681143	597
+contig	C8680733	595
+contig	C8681657	598
+contig	C8681333	597
+contig	C8680689	595
+contig	C8681213	597
+contig	C8681649	598
+contig	C8681749	599
+contig	C8681345	597
+contig	C8681793	599
+contig	C8682177	600
+contig	C8682017	599
+contig	C8682299	600
+contig	C8678897	589
+contig	C8682217	600
+contig	C8682499	601
+contig	C8682261	600
+contig	C8682245	600
+contig	C8682441	601
+contig	C8682363	601
+contig	C8682551	601
+contig	C8682675	602
+contig	C8682603	602
+contig	C8682619	602
+contig	C8682541	601
+contig	C8682573	601
+contig	C8682507	601
+contig	C8682797	602
+contig	C8682827	602
+contig	C8682865	602
+contig	C8683035	603
+contig	C8683115	603
+contig	C8683003	603
+contig	C8683073	603
+contig	C8683459	604
+contig	C8682863	602
+contig	C8683429	604
+contig	C8683371	604
+contig	C8683567	605
+contig	C8683727	605
+contig	C8683575	605
+contig	C8684031	606
+contig	C8684023	606
+contig	C8683999	606
+contig	C8684041	606
+contig	C8683965	606
+contig	C8684073	606
+contig	C8684109	606
+contig	C8684499	608
+contig	C8684123	607
+contig	C8684343	607
+contig	C8684315	607
+contig	C8684569	608
+contig	C8684683	608
+contig	C8684527	608
+contig	C8684779	609
+contig	C8684515	608
+contig	C8684709	609
+contig	C8684637	608
+contig	C8685143	610
+contig	C8685261	610
+contig	C8684543	608
+contig	C8685117	610
+contig	C8684839	609
+contig	C8685685	612
+contig	C8685759	612
+contig	C8685921	613
+contig	C8685305	611
+contig	C8685747	612
+contig	C8685899	613
+contig	C8686331	614
+contig	C8686277	614
+contig	C8686443	615
+contig	C8686355	615
+contig	C8686481	615
+contig	C8686075	613
+contig	C8686385	615
+contig	C8686487	615
+contig	C8686623	615
+contig	C8686777	616
+contig	C8686745	616
+contig	C8687161	617
+contig	C8686699	616
+contig	C8687233	618
+contig	C8687187	617
+contig	C8686661	616
+contig	C8687287	618
+contig	C8687365	618
+contig	C8687519	619
+contig	C8687749	619
+contig	C8687759	619
+contig	C8687101	617
+contig	C8687875	620
+contig	C8687861	620
+contig	C8688153	621
+contig	C8688245	621
+contig	C8688247	621
+contig	C8688123	621
+contig	C8688463	622
+contig	C8688555	622
+contig	C8688553	622
+contig	C8688505	622
+contig	C8688801	623
+contig	C8688579	623
+contig	C8689037	624
+contig	C8689115	625
+contig	C8688633	623
+contig	C8689177	625
+contig	C8688875	624
+contig	C8689313	625
+contig	C8689345	625
+contig	C8684097	606
+contig	C8689279	625
+contig	C8689305	625
+contig	C8689509	626
+contig	C8689557	626
+contig	C8689443	626
+contig	C8689369	625
+contig	C8689863	627
+contig	C8689981	628
+contig	C8689631	626
+contig	C8690141	628
+contig	C8689733	627
+contig	C8689633	626
+contig	C8690145	628
+contig	C8690161	628
+contig	C8690265	629
+contig	C8690299	629
+contig	C8690115	628
+contig	C8690147	628
+contig	C8690443	629
+contig	C8690587	630
+contig	C8690269	629
+contig	C8690683	630
+contig	C8690595	630
+contig	C8690961	631
+contig	C8690369	629
+contig	C8690857	631
+contig	C8691781	635
+contig	C8691787	635
+contig	C8691677	634
+contig	C8691977	635
+contig	C8691731	634
+contig	C8690583	630
+contig	C8691983	635
+contig	C8691987	635
+contig	C8692193	636
+contig	C8692019	635
+contig	C8692473	637
+contig	C8692127	636
+contig	C8692407	637
+contig	C8692069	636
+contig	C8692485	637
+contig	C8692353	637
+contig	C8692855	639
+contig	C8693087	639
+contig	C8692851	639
+contig	C8693101	639
+contig	C8693117	640
+contig	C8693277	640
+contig	C8693415	641
+contig	C8693331	640
+contig	C8664905	545
+contig	C8693577	641
+contig	C8693731	642
+contig	C8693429	641
+contig	C8693553	641
+contig	C8693827	642
+contig	C8694195	644
+contig	C8693483	641
+contig	C8694249	644
+contig	C8694119	643
+contig	C8693559	641
+contig	C8694243	644
+contig	C8694183	644
+contig	C8694343	644
+contig	C8694501	645
+contig	C8694335	644
+contig	C8694585	645
+contig	C8694523	645
+contig	C8694547	645
+contig	C8694883	646
+contig	C8694495	645
+contig	C8695093	647
+contig	C8694713	646
+contig	C8695165	647
+contig	C8694271	644
+contig	C8695317	648
+contig	C8695329	648
+contig	C8695133	647
+contig	C8694965	647
+contig	C8695587	649
+contig	C8695383	648
+contig	C8694945	646
+contig	C8695657	649
+contig	C8695395	648
+contig	C8695847	650
+contig	C8695891	650
+contig	C8696031	651
+contig	C8696055	651
+contig	C8696027	651
+contig	C8695777	650
+contig	C8695645	649
+contig	C8696345	652
+contig	C8696435	652
+contig	C8696309	652
+contig	C8696557	653
+contig	C8696449	652
+contig	C8696447	652
+contig	C8696623	653
+contig	C8696701	653
+contig	C8696777	654
+contig	C8696791	654
+contig	C8696257	652
+contig	C8696963	654
+contig	C8697161	655
+contig	C8697065	655
+contig	C8697091	655
+contig	C8697237	656
+contig	C8697087	655
+contig	C8697243	656
+contig	C8697329	656
+contig	C8697353	656
+contig	C8697477	657
+contig	C8697215	655
+contig	C8697433	656
+contig	C8697711	658
+contig	C8697483	657
+contig	C8696921	654
+contig	C8697973	659
+contig	C8698001	659
+contig	C8697617	657
+contig	C8698035	659
+contig	C8698085	659
+contig	C8698275	660
+contig	C8698203	660
+contig	C8698581	661
+contig	C8698257	660
+contig	C8698801	662
+contig	C8698885	662
+contig	C8698525	661
+contig	C8698717	661
+contig	C8698873	662
+contig	C8699307	664
+contig	C8699411	664
+contig	C8698895	662
+contig	C8699437	664
+contig	C8699217	664
+contig	C8699431	664
+contig	C8699583	665
+contig	C8699525	665
+contig	C8699593	665
+contig	C8699453	664
+contig	C8699627	665
+contig	C8699875	666
+contig	C8699879	666
+contig	C8699799	666
+contig	C8700131	667
+contig	C8700187	667
+contig	C8699907	666
+contig	C8700543	669
+contig	C8700529	669
+contig	C8700851	670
+contig	C8700889	670
+contig	C8700541	669
+contig	C8700449	668
+contig	C8700915	670
+contig	C8700059	667
+contig	C8700535	669
+contig	C8701031	671
+contig	C8700929	670
+contig	C8701261	671
+contig	C8701035	671
+contig	C8701053	671
+contig	C8701337	672
+contig	C8701379	672
+contig	C8701243	671
+contig	C8701393	672
+contig	C8701433	672
+contig	C8701429	672
+contig	C8701545	673
+contig	C8701563	673
+contig	C8701321	672
+contig	C8701419	672
+contig	C8701865	674
+contig	C8701705	673
+contig	C8701219	671
+contig	C8701935	674
+contig	C8701909	674
+contig	C8701967	674
+contig	C8701577	673
+contig	C8702111	675
+contig	C8702337	676
+contig	C8702371	676
+contig	C8701723	673
+contig	C8701999	674
+contig	C8701943	674
+contig	C8684865	609
+contig	C8702377	676
+contig	C8702529	677
+contig	C8702471	676
+contig	C8702485	676
+contig	C8702585	677
+contig	C8702737	677
+contig	C8703021	679
+contig	C8702683	677
+contig	C8703451	680
+contig	C8703493	681
+contig	C8702999	679
+contig	C8702787	678
+contig	C8703477	680
+contig	C8703621	681
+contig	C8703507	681
+contig	C8703871	682
+contig	C8703879	682
+contig	C8703891	682
+contig	C8703581	681
+contig	C8703295	680
+contig	C8703995	683
+contig	C8703517	681
+contig	C8704689	686
+contig	C8704457	685
+contig	C8704067	683
+contig	C8704427	685
+contig	C8704815	686
+contig	C8704847	686
+contig	C8704959	687
+contig	C8705081	687
+contig	C8705259	688
+contig	C8705193	688
+contig	C8705099	687
+contig	C8705111	687
+contig	C8705285	688
+contig	C8705657	690
+contig	C8705405	689
+contig	C8705723	690
+contig	C8705809	691
+contig	C8705889	691
+contig	C8706213	692
+contig	C8706231	692
+contig	C8706463	693
+contig	C8706319	693
+contig	C8706493	693
+contig	C8706379	693
+contig	C8706517	693
+contig	C8706571	694
+contig	C8706787	695
+contig	C8706835	695
+contig	C8706857	695
+contig	C8707073	696
+contig	C8707097	696
+contig	C8686477	615
+contig	C8707213	696
+contig	C8707289	697
+contig	C8707361	697
+contig	C8707443	698
+contig	C8707493	698
+contig	C8707517	698
+contig	C8707611	698
+contig	C8707699	699
+contig	C8708171	701
+contig	C8707875	700
+contig	C8708367	702
+contig	C8703875	682
+contig	C8708395	702
+contig	C8708479	702
+contig	C8708537	702
+contig	C8708623	703
+contig	C8706617	694
+contig	C8708681	703
+contig	C8708759	703
+contig	C8708945	704
+contig	C8708901	704
+contig	C8708951	704
+contig	C8708717	703
+contig	C8708959	704
+contig	C8708971	704
+contig	C8709011	704
+contig	C8709263	705
+contig	C8709419	706
+contig	C8709433	706
+contig	C8709719	708
+contig	C8709427	706
+contig	C8710103	709
+contig	C8708985	704
+contig	C8710075	709
+contig	C8710137	710
+contig	C8710237	710
+contig	C8710143	710
+contig	C8710239	710
+contig	C8710385	711
+contig	C8710749	712
+contig	C8710369	711
+contig	C8710559	712
+contig	C8710761	713
+contig	C8710799	713
+contig	C8710821	713
+contig	C8710873	713
+contig	C8710941	713
+contig	C8686199	614
+contig	C8710915	713
+contig	C8710981	714
+contig	C8711031	714
+contig	C8711141	714
+contig	C8711025	714
+contig	C8710997	714
+contig	C8711239	715
+contig	C8711303	715
+contig	C8711231	715
+contig	C8711375	715
+contig	C8711465	716
+contig	C8711517	716
+contig	C8711583	716
+contig	C8711633	716
+contig	C8712099	718
+contig	C8712131	719
+contig	C8712161	719
+contig	C8711551	716
+contig	C8712279	719
+contig	C8712523	720
+contig	C8712215	719
+contig	C8710903	713
+contig	C8704671	686
+contig	C8712565	721
+contig	C8712623	721
+contig	C8712861	722
+contig	C8712715	721
+contig	C8712817	722
+contig	C8712805	722
+contig	C8712925	722
+contig	C8712989	722
+contig	C8712669	721
+contig	C8713005	723
+contig	C8713067	723
+contig	C8713117	723
+contig	C8713235	724
+contig	C8713443	725
+contig	C8713141	723
+contig	C8713715	726
+contig	C8713473	725
+contig	C8713821	726
+contig	C8714021	727
+contig	C8713049	723
+contig	C8714407	729
+contig	C8714349	728
+contig	C8714103	727
+contig	C8713723	726
+contig	C8714499	729
+contig	C8714425	729
+contig	C8714545	729
+contig	C8713767	726
+contig	C8714943	731
+contig	C8715235	732
+contig	C8715115	732
+contig	C8715061	732
+contig	C8714617	730
+contig	C8715293	733
+contig	C8715379	733
+contig	C8715483	734
+contig	C8715479	734
+contig	C8715439	733
+contig	C8715711	735
+contig	C8715761	735
+contig	C8715981	736
+contig	C8714657	730
+contig	C8715511	734
+contig	C8715773	735
+contig	C8716117	737
+contig	C8715791	735
+contig	C8716503	738
+contig	C8716229	737
+contig	C8716559	739
+contig	C8716089	737
+contig	C8716553	739
+contig	C8716599	739
+contig	C8716521	738
+contig	C8716619	739
+contig	C8716689	739
+contig	C8716713	739
+contig	C8716729	740
+contig	C8716691	739
+contig	C8716495	738
+contig	C8716937	740
+contig	C8716783	740
+contig	C8716997	741
+contig	C8716887	740
+contig	C8716839	740
+contig	C8717325	743
+contig	C8717303	742
+contig	C8717305	742
+contig	C8705341	688
+contig	C8717463	743
+contig	C8717333	743
+contig	C8717877	745
+contig	C8717525	744
+contig	C8718025	746
+contig	C8717327	743
+contig	C8718219	747
+contig	C8718551	748
+contig	C8717781	745
+contig	C8718387	748
+contig	C8718173	747
+contig	C8718555	748
+contig	C8685065	610
+contig	C8718807	750
+contig	C8718541	748
+contig	C8718691	749
+contig	C8718709	749
+contig	C8719251	752
+contig	C8718913	750
+contig	C8718769	750
+contig	C8719309	752
+contig	C8719369	752
+contig	C8719189	752
+contig	C8719837	755
+contig	C8719439	753
+contig	C8720279	757
+contig	C8720385	757
+contig	C8719777	755
+contig	C8720835	760
+contig	C8720573	758
+contig	C8720733	759
+contig	C8720047	756
+contig	C8720857	760
+contig	C8720893	760
+contig	C8720837	760
+contig	C8720859	760
+contig	C8721233	762
+contig	C8721009	761
+contig	C8720947	760
+contig	C8721295	762
+contig	C8721449	763
+contig	C8721673	764
+contig	C8721565	763
+contig	C8721505	763
+contig	C8721687	764
+contig	C8721779	765
+contig	C8721557	763
+contig	C8721733	764
+contig	C8721831	765
+contig	C8721879	765
+contig	C8721939	765
+contig	C8722245	767
+contig	C8722359	767
+contig	C8721995	766
+contig	C8722427	768
+contig	C8722407	768
+contig	C8722367	767
+contig	C8722549	768
+contig	C8722637	769
+contig	C8722355	767
+contig	C8722573	769
+contig	C8723213	772
+contig	C8723125	771
+contig	C8723309	772
+contig	C8724071	776
+contig	C8724051	776
+contig	C8722693	769
+contig	C8724115	776
+contig	C8724135	776
+contig	C8723393	773
+contig	C8722477	768
+contig	C8724393	778
+contig	C8723805	775
+contig	C8724165	777
+contig	C8724401	778
+contig	C8724791	780
+contig	C8725429	783
+contig	C8724859	780
+contig	C8724865	780
+contig	C8725173	782
+contig	C8724997	781
+contig	C8725421	783
+contig	C8725459	783
+contig	C8725493	784
+contig	C8725547	784
+contig	C8726051	786
+contig	C8725799	785
+contig	C8725553	784
+contig	C8707243	697
+contig	C8726155	787
+contig	C8726307	788
+contig	C8725947	786
+contig	C8726735	790
+contig	C8726773	790
+contig	C8726417	788
+contig	C8726647	789
+contig	C8727047	791
+contig	C8726787	790
+contig	C8727377	793
+contig	C8726853	790
+contig	C8727125	792
+contig	C8727691	795
+contig	C8727875	796
+contig	C8727897	796
+contig	C8727935	796
+contig	C8728127	797
+contig	C8726929	791
+contig	C8727811	795
+contig	C8728477	799
+contig	C8728227	797
+contig	C8728403	798
+contig	C8728581	799
+contig	C8728517	799
+contig	C8728163	797
+contig	C8728603	799
+contig	C8728727	800
+contig	C8729063	802
+contig	C8728667	800
+contig	C8728977	801
+contig	C8728943	801
+contig	C8729073	802
+contig	C8729249	803
+contig	C8728691	800
+contig	C8729291	804
+contig	C8729467	804
+contig	C8726269	787
+contig	C8729243	803
+contig	C8729349	804
+contig	C8729595	805
+contig	C8729341	804
+contig	C8729645	805
+contig	C8729701	806
+contig	C8729699	806
+contig	C8729803	806
+contig	C8729755	806
+contig	C8730025	807
+contig	C8729165	803
+contig	C8730281	809
+contig	C8730241	809
+contig	C8729917	807
+contig	C8730443	810
+contig	C8730703	811
+contig	C8729955	807
+contig	C8730827	812
+contig	C8730187	808
+contig	C8730623	811
+contig	C8731079	813
+contig	C8731321	814
+contig	C8731053	813
+contig	C8731561	816
+contig	C8731003	813
+contig	C8731389	815
+contig	C8731593	816
+contig	C8731807	817
+contig	C8731781	817
+contig	C8719827	755
+contig	C8731959	818
+contig	C8731833	817
+contig	C8731949	818
+contig	C8731863	817
+contig	C8731987	818
+contig	C8732237	819
+contig	C8732365	820
+contig	C8732393	820
+contig	C8732991	823
+contig	C8732831	822
+contig	C8732995	823
+contig	C8733011	823
+contig	C8732501	821
+contig	C8733229	825
+contig	C8733103	824
+contig	C8733759	827
+contig	C8733907	828
+contig	C8733389	826
+contig	C8733847	828
+contig	C8733961	829
+contig	C8702171	675
+contig	C8733421	826
+contig	C8733851	828
+contig	C8734053	829
+contig	C8733967	829
+contig	C8734069	829
+contig	C8734231	830
+contig	C8734343	831
+contig	C8734261	830
+contig	C8734113	830
+contig	C8734331	831
+contig	C8734539	832
+contig	C8734653	833
+contig	C8734775	833
+contig	C8734717	833
+contig	C8734865	834
+contig	C8734813	834
+contig	C8735197	836
+contig	C8735189	836
+contig	C8734609	832
+contig	C8735351	836
+contig	C8734373	831
+contig	C8735481	837
+contig	C8735649	838
+contig	C8735731	838
+contig	C8736179	841
+contig	C8735663	838
+contig	C8736583	843
+contig	C8736571	843
+contig	C8736749	844
+contig	C8736623	843
+contig	C8736719	844
+contig	C8735181	836
+contig	C8737037	846
+contig	C8737247	847
+contig	C8737691	850
+contig	C8738047	852
+contig	C8737877	851
+contig	C8738051	852
+contig	C8738125	852
+contig	C8737601	849
+contig	C8737759	850
+contig	C8738271	853
+contig	C8738601	855
+contig	C8738337	853
+contig	C8738691	856
+contig	C8738485	854
+contig	C8738967	857
+contig	C8738977	857
+contig	C8739215	858
+contig	C8739167	858
+contig	C8738899	857
+contig	C8737331	848
+contig	C8738813	856
+contig	C8739319	859
+contig	C8739817	862
+contig	C8739891	862
+contig	C8739955	863
+contig	C8740049	863
+contig	C8740051	863
+contig	C8739393	859
+contig	C8740387	865
+contig	C8740911	868
+contig	C8740465	865
+contig	C8740313	865
+contig	C8740075	863
+contig	C8740603	866
+contig	C8741231	870
+contig	C8741363	871
+contig	C8741081	869
+contig	C8741643	873
+contig	C8740993	868
+contig	C8741685	873
+contig	C8741947	874
+contig	C8741949	874
+contig	C8741869	874
+contig	C8741663	873
+contig	C8742057	875
+contig	C8741945	874
+contig	C8742343	877
+contig	C8742777	879
+contig	C8742235	876
+contig	C8742097	875
+contig	C8742943	880
+contig	C8742829	880
+contig	C8742357	877
+contig	C8743099	882
+contig	C8743127	882
+contig	C8743427	883
+contig	C8743477	883
+contig	C8743481	884
+contig	C8743167	882
+contig	C8743551	884
+contig	C8744005	887
+contig	C8743615	884
+contig	C8743649	884
+contig	C8743837	886
+contig	C8744555	890
+contig	C8744805	892
+contig	C8744811	892
+contig	C8744141	888
+contig	C8745127	894
+contig	C8744059	887
+contig	C8745227	895
+contig	C8745013	893
+contig	C8745305	895
+contig	C8745265	895
+contig	C8732201	819
+contig	C8745843	899
+contig	C8745549	897
+contig	C8745703	898
+contig	C8745895	899
+contig	C8746121	901
+contig	C8745381	896
+contig	C8745641	897
+contig	C8746277	902
+contig	C8746103	900
+contig	C8746651	904
+contig	C8709333	706
+contig	C8746155	901
+contig	C8746975	906
+contig	C8747005	906
+contig	C8747073	906
+contig	C8746401	902
+contig	C8746797	905
+contig	C8747113	907
+contig	C8747347	908
+contig	C8747655	910
+contig	C8748129	913
+contig	C8747245	908
+contig	C8747535	909
+contig	C8748141	913
+contig	C8748571	916
+contig	C8748921	919
+contig	C8748429	915
+contig	C8748447	915
+contig	C8748941	919
+contig	C8729789	806
+contig	C8749639	924
+contig	C8749647	924
+contig	C8749809	925
+contig	C8750063	926
+contig	C8749983	926
+contig	C8750495	929
+contig	C8749285	921
+contig	C8749665	924
+contig	C8749987	926
+contig	C8750547	929
+contig	C8750521	929
+contig	C8750621	930
+contig	C8750641	930
+contig	C8750985	932
+contig	C8749831	925
+contig	C8751193	934
+contig	C8751525	936
+contig	C8750809	931
+contig	C8745543	897
+contig	C8750911	932
+contig	C8751223	934
+contig	C8751681	937
+contig	C8737203	847
+contig	C8751847	938
+contig	C8751677	937
+contig	C8751611	937
+contig	C8751883	938
+contig	C8751875	938
+contig	C8751237	934
+contig	C8751711	937
+contig	C8751699	937
+contig	C8752625	943
+contig	C8752521	943
+contig	C8752167	940
+contig	C8746667	904
+contig	C8752591	943
+contig	C8752643	943
+contig	C8752583	943
+contig	C8752385	942
+contig	C8752795	944
+contig	C8753065	946
+contig	C8753053	946
+contig	C8753269	948
+contig	C8753163	947
+contig	C8753143	947
+contig	C8753329	948
+contig	C8753229	947
+contig	C8753383	948
+contig	C8753427	948
+contig	C8753343	948
+contig	C8753437	949
+contig	C8753797	951
+contig	C8753615	950
+contig	C8753793	951
+contig	C8753801	951
+contig	C8753349	948
+contig	C8754235	954
+contig	C8753941	952
+contig	C8753679	950
+contig	C8753899	952
+contig	C8754261	954
+contig	C8753857	952
+contig	C8754075	953
+contig	C8754469	955
+contig	C8756191	967
+contig	C8755727	964
+contig	C8756199	967
+contig	C8754501	956
+contig	C8755915	965
+contig	C8756143	967
+contig	C8756137	967
+contig	C8756525	969
+contig	C8756373	968
+contig	C8756733	971
+contig	C8756589	970
+contig	C8756221	967
+contig	C8756681	970
+contig	C8756891	972
+contig	C8756801	971
+contig	C8756865	972
+contig	C8756997	972
+contig	C8756921	972
+contig	C8757135	973
+contig	C8757233	974
+contig	C8756975	972
+contig	C8757031	973
+contig	C8757801	978
+contig	C8758023	979
+contig	C8758087	980
+contig	C8758401	982
+contig	C8758381	982
+contig	C8732231	819
+contig	C8754751	957
+contig	C8758449	983
+contig	C8758371	982
+contig	C8758349	982
+contig	C8758591	984
+contig	C8757505	976
+contig	C8758457	983
+contig	C8758909	986
+contig	C8758823	986
+contig	C8759113	988
+contig	C8758877	986
+contig	C8758677	985
+contig	C8759133	988
+contig	C8758753	985
+contig	C8759201	989
+contig	C8759075	988
+contig	C8759269	989
+contig	C8759515	991
+contig	C8759211	989
+contig	C8759231	989
+contig	C8758985	987
+contig	C8759487	991
+contig	C8759235	989
+contig	C8759759	993
+contig	C8759513	991
+contig	C8759809	994
+contig	C8760203	997
+contig	C8759929	995
+contig	C8759791	993
+contig	C8759923	994
+contig	C8760395	998
+contig	C8761253	1005
+contig	C8761619	1008
+contig	C8761533	1007
+contig	C8761431	1007
+contig	C8761493	1007
+contig	C8761913	1010
+contig	C8760775	1002
+contig	C8762109	1012
+contig	C8762503	1015
+contig	C8760275	998
+contig	C8761969	1011
+contig	C8762095	1012
+contig	C8762951	1018
+contig	C8763087	1019
+contig	C8763015	1019
+contig	C8763055	1019
+contig	C8762713	1016
+contig	C8763383	1021
+contig	C8763019	1019
+contig	C8763373	1021
+contig	C8763485	1022
+contig	C8764285	1028
+contig	C8759373	990
+contig	C8763429	1022
+contig	C8763673	1024
+contig	C8763687	1024
+contig	C8763487	1022
+contig	C8764395	1029
+contig	C8764319	1028
+contig	C8764153	1027
+contig	C8764433	1029
+contig	C8766019	1041
+contig	C8765193	1035
+contig	C8765713	1039
+contig	C8766827	1048
+contig	C8764713	1031
+contig	C8766037	1041
+contig	C8766517	1045
+contig	C8766365	1044
+contig	C8767961	1056
+contig	C8766117	1042
+contig	C8767457	1053
+contig	C8768383	1060
+contig	C8767201	1051
+contig	C8768713	1062
+contig	C8768617	1062
+contig	C8768651	1062
+contig	C8768341	1059
+contig	C8768857	1064
+contig	C8768939	1064
+contig	C8768741	1063
+contig	C8765759	1039
+contig	C8769231	1067
+contig	C8770087	1073
+contig	C8769353	1067
+contig	C8769983	1073
+contig	C8769465	1068
+contig	C8770191	1074
+contig	C8770091	1074
+contig	C8769051	1065
+contig	C8770219	1074
+contig	C8769757	1071
+contig	C8770963	1081
+contig	C8770785	1079
+contig	C8770365	1076
+contig	C8771025	1081
+contig	C8771435	1085
+contig	C8771091	1082
+contig	C8771045	1081
+contig	C8771597	1086
+contig	C8771549	1086
+contig	C8771169	1082
+contig	C8771411	1085
+contig	C8772143	1090
+contig	C8771917	1089
+contig	C8772241	1091
+contig	C8772273	1091
+contig	C8764331	1028
+contig	C8772479	1093
+contig	C8773665	1103
+contig	C8772953	1097
+contig	C8774017	1106
+contig	C8773921	1106
+contig	C8773721	1104
+contig	C8773163	1099
+contig	C8774381	1109
+contig	C8772485	1093
+contig	C8774271	1108
+contig	C8774901	1114
+contig	C8774783	1113
+contig	C8774293	1109
+contig	C8775139	1116
+contig	C8775639	1120
+contig	C8775247	1117
+contig	C8775659	1120
+contig	C8775731	1121
+contig	C8775671	1120
+contig	C8767217	1051
+contig	C8776385	1128
+contig	C8776797	1131
+contig	C8776515	1129
+contig	C8776309	1127
+contig	C8776453	1128
+contig	C8774341	1109
+contig	C8777225	1135
+contig	C8777155	1135
+contig	C8777861	1141
+contig	C8775375	1118
+contig	C8777813	1140
+contig	C8777041	1134
+contig	C8777537	1138
+contig	C8777749	1140
+contig	C8778031	1143
+contig	C8778587	1148
+contig	C8778241	1145
+contig	C8777871	1141
+contig	C8778595	1148
+contig	C8778675	1149
+contig	C8779653	1158
+contig	C8778983	1151
+contig	C8779843	1159
+contig	C8779603	1157
+contig	C8779205	1154
+contig	C8780671	1167
+contig	C8780467	1165
+contig	C8780705	1167
+contig	C8780099	1162
+contig	C8781449	1175
+contig	C8760527	1000
+contig	C8781115	1171
+contig	C8774389	1110
+contig	C8770277	1075
+contig	C8780709	1167
+contig	C8782459	1184
+contig	C8782139	1181
+contig	C8781453	1175
+contig	C8782463	1184
+contig	C8781807	1178
+contig	C8782451	1184
+contig	C8782155	1181
+contig	C8783037	1190
+contig	C8779487	1156
+contig	C8783157	1192
+contig	C8783337	1193
+contig	C8783929	1198
+contig	C8783569	1195
+contig	C8783783	1197
+contig	C8784523	1205
+contig	C8784497	1205
+contig	C8783257	1193
+contig	C8784555	1205
+contig	C8785003	1210
+contig	C8785031	1210
+contig	C8784141	1201
+contig	C8783431	1194
+contig	C8784603	1206
+contig	C8785121	1211
+contig	C8786609	1226
+contig	C8786767	1227
+contig	C8785337	1213
+contig	C8785307	1213
+contig	C8785775	1217
+contig	C8787111	1231
+contig	C8787119	1231
+contig	C8785507	1215
+contig	C8783069	1191
+contig	C8785953	1219
+contig	C8787125	1231
+contig	C8787513	1235
+contig	C8787555	1236
+contig	C8787855	1239
+contig	C8786851	1228
+contig	C8787193	1232
+contig	C8786899	1229
+contig	C8787847	1239
+contig	C8788235	1243
+contig	C8787971	1240
+contig	C8787581	1236
+contig	C8788341	1244
+contig	C8788321	1244
+contig	C8788351	1244
+contig	C8788305	1244
+contig	C8787635	1237
+contig	C8789451	1255
+contig	C8789491	1256
+contig	C8788377	1244
+contig	C8789021	1250
+contig	C8789511	1256
+contig	C8788855	1249
+contig	C8789785	1259
+contig	C8788459	1245
+contig	C8788687	1247
+contig	C8789113	1251
+contig	C8790051	1261
+contig	C8790243	1263
+contig	C8790041	1261
+contig	C8790401	1265
+contig	C8790351	1265
+contig	C8790139	1262
+contig	C8791031	1272
+contig	C8791215	1274
+contig	C8790331	1265
+contig	C8791487	1276
+contig	C8791069	1272
+contig	C8790689	1268
+contig	C8791051	1272
+contig	C8791760	1279
+contig	C8791391	1275
+contig	C8774099	1107
+contig	C8792456	1287
+contig	C8792254	1284
+contig	C8791778	1279
+contig	C8792066	1282
+contig	C8792818	1291
+contig	C8792944	1292
+contig	C8792896	1292
+contig	C8792844	1291
+contig	C8794022	1304
+contig	C8781385	1174
+contig	C8793364	1297
+contig	C8794822	1313
+contig	C8794122	1305
+contig	C8794610	1310
+contig	C8794778	1312
+contig	C8792902	1292
+contig	C8793830	1302
+contig	C8794762	1312
+contig	C8794562	1310
+contig	C8793210	1296
+contig	C8795182	1316
+contig	C8794976	1314
+contig	C8794928	1314
+contig	C8795494	1320
+contig	C8795112	1316
+contig	C8796462	1331
+contig	C8795554	1320
+contig	C8795040	1315
+contig	C8797020	1337
+contig	C8796782	1334
+contig	C8796978	1337
+contig	C8796818	1335
+contig	C8797432	1342
+contig	C8797342	1341
+contig	C8797274	1340
+contig	C8796322	1329
+contig	C8797656	1345
+contig	C8797528	1343
+contig	C8797500	1343
+contig	C8799340	1364
+contig	C8797594	1344
+contig	C8797882	1347
+contig	C8797344	1341
+contig	C8795362	1319
+contig	C8797714	1345
+contig	C8798228	1351
+contig	C8799100	1361
+contig	C8799625	1367
+contig	C8799783	1369
+contig	C8799817	1370
+contig	C8799567	1367
+contig	C8800443	1378
+contig	C8800139	1374
+contig	C8800019	1372
+contig	C8801171	1386
+contig	C8800505	1378
+contig	C8800765	1382
+contig	C8800141	1374
+contig	C8800425	1378
+contig	C8800917	1384
+contig	C8800413	1377
+contig	C8800451	1378
+contig	C8802345	1401
+contig	C8801183	1387
+contig	C8800973	1384
+contig	C8801391	1389
+contig	C8801447	1390
+contig	C8802447	1402
+contig	C8802785	1407
+contig	C8802941	1409
+contig	C8803727	1418
+contig	C8804037	1422
+contig	C8804217	1424
+contig	C8804631	1428
+contig	C8803697	1418
+contig	C8802663	1405
+contig	C8804485	1427
+contig	C8804237	1424
+contig	C8803995	1421
+contig	C8804639	1428
+contig	C8805311	1437
+contig	C8805099	1434
+contig	C8805353	1437
+contig	C8805305	1437
+contig	C8805103	1434
+contig	C8805767	1442
+contig	C8805923	1444
+contig	C8805515	1439
+contig	C8806063	1446
+contig	C8806305	1449
+contig	C8804965	1433
+contig	C8806363	1450
+contig	C8795686	1322
+contig	C8806371	1450
+contig	C8806113	1447
+contig	C8806655	1454
+contig	C8806299	1449
+contig	C8807081	1460
+contig	C8807615	1466
+contig	C8807097	1460
+contig	C8806465	1451
+contig	C8806171	1448
+contig	C8808045	1471
+contig	C8808761	1480
+contig	C8808355	1475
+contig	C8808946	1483
+contig	C8808055	1472
+contig	C8807455	1464
+contig	C8808539	1478
+contig	C8810256	1500
+contig	C8809136	1485
+contig	C8809844	1494
+contig	C8810658	1505
+contig	C8810900	1508
+contig	C8811136	1511
+contig	C8810662	1505
+contig	C8809170	1485
+contig	C8810800	1507
+contig	C8811472	1516
+contig	C8809350	1488
+contig	C8811682	1518
+contig	C8811510	1516
+contig	C8811820	1520
+contig	C8811184	1512
+contig	C8811922	1521
+contig	C8811790	1520
+contig	C8812948	1535
+contig	C8812704	1532
+contig	C8812732	1532
+contig	C8813032	1537
+contig	C8813382	1541
+contig	C8813168	1539
+contig	C8813326	1541
+contig	C8813070	1537
+contig	C8813520	1543
+contig	C8813638	1545
+contig	C8813502	1543
+contig	C8813524	1543
+contig	C8813946	1549
+contig	C8814054	1550
+contig	C8814032	1550
+contig	C8814102	1551
+contig	C8801607	1392
+contig	C8815038	1564
+contig	C8815666	1573
+contig	C8815002	1563
+contig	C8815278	1567
+contig	C8816344	1583
+contig	C8816038	1578
+contig	C8809330	1487
+contig	C8816852	1591
+contig	C8816420	1584
+contig	C8816386	1584
+contig	C8816978	1593
+contig	C8816894	1591
+contig	C8816638	1587
+contig	C8816864	1591
+contig	C8817404	1599
+contig	C8817152	1595
+contig	C8817268	1597
+contig	C8817158	1595
+contig	C8818874	1621
+contig	C8818070	1608
+contig	C8817512	1600
+contig	C8819024	1623
+contig	C8817746	1604
+contig	C8817738	1603
+contig	C8811204	1512
+contig	C8819330	1627
+contig	C8820170	1640
+contig	C8820026	1638
+contig	C8820456	1644
+contig	C8819278	1626
+contig	C8821040	1653
+contig	C8820798	1650
+contig	C8821294	1657
+contig	C8820312	1642
+contig	C8821748	1665
+contig	C8820906	1651
+contig	C8822598	1679
+contig	C8822074	1670
+contig	C8822338	1675
+contig	C8822654	1680
+contig	C8823366	1691
+contig	C8820988	1653
+contig	C8822120	1671
+contig	C8823572	1694
+contig	C8823662	1695
+contig	C8822118	1671
+contig	C8823896	1699
+contig	C8824172	1703
+contig	C8824360	1706
+contig	C8824710	1711
+contig	C8826178	1737
+contig	C8824430	1707
+contig	C8826430	1741
+contig	C8825612	1728
+contig	C8826804	1746
+contig	C8827346	1755
+contig	C8827318	1754
+contig	C8827136	1751
+contig	C8828066	1766
+contig	C8829010	1782
+contig	C8828764	1778
+contig	C8829082	1783
+contig	C8828620	1776
+contig	C8829206	1785
+contig	C8807989	1471
+contig	C8829968	1798
+contig	C8829746	1795
+contig	C8829182	1785
+contig	C8830364	1804
+contig	C8821086	1654
+contig	C8830558	1808
+contig	C8830362	1804
+contig	C8831166	1819
+contig	C8831416	1824
+contig	C8831016	1816
+contig	C8831962	1834
+contig	C8830768	1811
+contig	C8831158	1819
+contig	C8831700	1829
+contig	C8832946	1852
+contig	C8814382	1555
+contig	C8832254	1840
+contig	C8831504	1825
+contig	C8832158	1838
+contig	C8832942	1852
+contig	C8834850	1888
+contig	C8834222	1877
+contig	C8834740	1886
+contig	C8835056	1893
+contig	C8835096	1893
+contig	C8833728	1868
+contig	C8834012	1873
+contig	C8835622	1902
+contig	C8835816	1906
+contig	C8835772	1905
+contig	C8824732	1712
+contig	C8835150	1894
+contig	C8835712	1904
+contig	C8836888	1927
+contig	C8825348	1723
+contig	C8835416	1899
+contig	C8837154	1932
+contig	C8838530	1960
+contig	C8837752	1945
+contig	C8839584	1979
+contig	C8839126	1971
+contig	C8840426	1996
+contig	C8838734	1964
+contig	C8839884	1986
+contig	C8840170	1992
+contig	C8841150	2010
+contig	C8840500	1998
+contig	C8840822	2004
+contig	C8842222	2034
+contig	C8841756	2024
+contig	C8843300	2056
+contig	C8843720	2066
+contig	C8842240	2034
+contig	C8841346	2015
+contig	C8841444	2017
+contig	C8844150	2074
+contig	C8842766	2045
+contig	C8844200	2075
+contig	C8843996	2071
+contig	C8804653	1429
+contig	C8843908	2069
+contig	C8841046	2008
+contig	C8844740	2086
+contig	C8845278	2098
+contig	C8845584	2106
+contig	C8847108	2138
+contig	C8844582	2083
+contig	C8847922	2156
+contig	C8846014	2115
+contig	C8847730	2152
+contig	C8848358	2167
+contig	C8848746	2176
+contig	C8849746	2199
+contig	C8847006	2136
+contig	C8850046	2206
+contig	C8850514	2217
+contig	C8850620	2219
+contig	C8850084	2207
+contig	C8850570	2218
+contig	C8848138	2161
+contig	C8851118	2230
+contig	C8851602	2243
+contig	C8851656	2245
+contig	C8852252	2259
+contig	C8851856	2250
+contig	C8852520	2267
+contig	C8852748	2271
+contig	C8853452	2287
+contig	C8853792	2296
+contig	C8853952	2300
+contig	C8853994	2301
+contig	C8854882	2323
+contig	C8855238	2332
+contig	C8855356	2335
+contig	C8856188	2358
+contig	C8853102	2279
+contig	C8854942	2325
+contig	C8857372	2391
+contig	C8857928	2406
+contig	C8856952	2378
+contig	C8856510	2367
+contig	C8856846	2375
+contig	C8859354	2444
+contig	C8857388	2392
+contig	C8859440	2446
+contig	C8858608	2424
+contig	C8860666	2480
+contig	C8860582	2478
+contig	C8861252	2498
+contig	C8861378	2501
+contig	C8861890	2516
+contig	C8863566	2563
+contig	C8846792	2132
+contig	C8863432	2559
+contig	C8862234	2526
+contig	C8863786	2569
+contig	C8862760	2540
+contig	C8864162	2581
+contig	C8865648	2627
+contig	C8864694	2597
+contig	C8838164	1953
+contig	C8865612	2625
+contig	C8866682	2662
+contig	C8865342	2615
+contig	C8868738	2729
+contig	C8866702	2662
+contig	C8868216	2710
+contig	C8868850	2732
+contig	C8869750	2760
+contig	C8870900	2799
+contig	C8867372	2685
+contig	C8872564	2858
+contig	C8872902	2872
+contig	C8870056	2770
+contig	C8871976	2838
+contig	C8872836	2869
+contig	C8873839	2906
+contig	C8874417	2927
+contig	C8874535	2931
+contig	C8873055	2877
+contig	C8875661	2973
+contig	C8876003	2987
+contig	C8875621	2971
+contig	C8877429	3042
+contig	C8875447	2965
+contig	C8848606	2172
+contig	C8881191	3208
+contig	C8879511	3133
+contig	C8882373	3261
+contig	C8877517	3046
+contig	C8883403	3310
+contig	C8883422	3311
+contig	C8883165	3298
+contig	C8883992	3338
+contig	C8884485	3359
+contig	C8885193	3392
+contig	C8885055	3386
+contig	C8886064	3436
+contig	C8885802	3424
+contig	C8885890	3427
+contig	C8886626	3461
+contig	C8872790	2867
+contig	C8886364	3450
+contig	C8887432	3499
+contig	C8885772	3422
+contig	C8886706	3465
+contig	C8886634	3462
+contig	C8888072	3534
+contig	C8887950	3526
+contig	C8855936	2351
+contig	C8887750	3515
+contig	C8868928	2734
+contig	C8888670	3566
+contig	C8890198	3647
+contig	C8889628	3616
+contig	C8890242	3650
+contig	C8890372	3656
+contig	C8891510	3720
+contig	C8841898	2028
+contig	C8896684	4035
+contig	C8895534	3959
+contig	C8892122	3754
+contig	C8898698	4174
+contig	C8892388	3771
+contig	C8898974	4192
+contig	C8894234	3880
+contig	C8892054	3751
+contig	C8899622	4240
+contig	C8900034	4273
+contig	C8901156	4355
+contig	C8900446	4303
+contig	C8901672	4393
+contig	C8899970	4269
+contig	C8902420	4461
+contig	C8901800	4407
+contig	C8902782	4497
+contig	C8902960	4511
+contig	C8903130	4526
+contig	C8880859	3191
+contig	C8903346	4544
+contig	C8902694	4488
+contig	C8903481	4555
+contig	C8903615	4566
+contig	C8903931	4590
+contig	C8903631	4567
+contig	C8904687	4660
+contig	C8904509	4643
+contig	C8904581	4649
+contig	C8904703	4662
+contig	C8905117	4701
+contig	C8905395	4723
+contig	C8905233	4711
+contig	C8905635	4742
+contig	C8906151	4789
+contig	C8906501	4819
+contig	C8906761	4845
+contig	C8901096	4350
+contig	C8905675	4745
+contig	C8907107	4877
+contig	C8907241	4889
+contig	C8908201	4987
+contig	C8909491	5119
+contig	C8909017	5070
+contig	C8912489	5477
+contig	C8910757	5265
+contig	C8910231	5208
+contig	C8914297	5719
+contig	C8912347	5458
+contig	C8908347	4999
+contig	C8914479	5745
+contig	C8909529	5124
+contig	C8912611	5494
+contig	C8914801	5791
+contig	C8917687	6255
+contig	C8917159	6168
+contig	C8891448	3717
+contig	C8914903	5811
+contig	C8918837	6461
+contig	C8917497	6219
+contig	C8920185	6738
+contig	C8919343	6562
+contig	C8921239	6999
+contig	C8920337	6775
+contig	C8924271	7838
+contig	C8923137	7473
+contig	C8924499	7917
+contig	C8927349	9221
+contig	C8924431	7889
+contig	C8924919	8074
+contig	C8930673	12789
+contig	C8916177	5996
+contig	C8908809	5048
+contig	C8929267	10721
+contig	C8916045	5976
+contig	C8923637	7628
+contig	C8876665	3011
+contig	C8925003	8117
+chromosome	scaffold835	556406
+chromosome	scaffold324	776858
+chromosome	scaffold549	1379847
+chromosome	scaffold851	326250
+chromosome	scaffold443	1301167
diff --git a/Am1.0/script/gene/load.sql b/Am1.0/script/gene/load.sql
new file mode 100644
index 0000000..2a9d29d
--- /dev/null
+++ b/Am1.0/script/gene/load.sql
@@ -0,0 +1,51 @@
+drop table if exists orfstruct;
+create table orfstruct (
+id int unsigned not null primary key,
+chrom varchar(255) not null,
+strand char(1) not null,
+txStart int unsigned not null,
+txEnd int unsigned not null,
+cdsStart int unsigned not null,
+cdsEnd int unsigned not null,
+exonCount int unsigned not null,
+exonStarts text not null,
+exonEnds text not null,
+name varchar(255) not null
+);
+load data local infile 'orf.struct' into table orfstruct;
+
+
+drop table if exists orfsymbol;
+create table orfsymbol (
+name varchar(255) not null,
+symbol varchar(255) null,
+description text null,
+id int unsigned not null primary key,
+index(name)
+);
+
+
+drop table if exists Gleanstruct;
+create table Gleanstruct (
+id int unsigned not null primary key,
+chrom varchar(255) not null,
+strand char(1) not null,
+txStart int unsigned not null,
+txEnd int unsigned not null,
+cdsStart int unsigned not null,
+cdsEnd int unsigned not null,
+exonCount int unsigned not null,
+exonStarts text not null,
+exonEnds text not null,
+name varchar(255) not null
+);
+load data local infile 'Glean.struct' into table Gleanstruct;
+
+drop table if exists Gleansymbol;
+create table Gleansymbol (
+name varchar(255) not null,
+symbol varchar(255) null,
+description text null,
+id int unsigned not null primary key,
+index(name)
+);
diff --git a/Am1.0/script/gene/make_glean.py b/Am1.0/script/gene/make_glean.py
new file mode 100644
index 0000000..cee3154
--- /dev/null
+++ b/Am1.0/script/gene/make_glean.py
@@ -0,0 +1,62 @@
+gene={}
+with open('snapdragon.scafseq.fa.Glean.filter.final.gff') as fin:
+	for line in fin:
+		lst=line.rstrip().split('\t')
+		n=lst[8].split('=')[1].split(';')[0]
+		if lst[2]=='mRNA':
+			gene[n]=[lst[0],int(lst[3])-1,lst[4],lst[6],[],[]]
+		else:
+			gene[n][4].append(int(lst[3])-1)
+			gene[n][5].append(int(lst[4]))
+
+fout=open('Glean','w')
+fout2=open('Gleanstruct','w')
+id=1
+
+for n in gene:
+	lst=gene[n]
+	fout.write('{0}\t{1}\t{2}\t{3}\t{4}\t{5}\n'.format(lst[0],lst[1],lst[2],n,id,lst[3]))
+	fout2.write('{0}\t{1}\t{2}\t{3}\t{4}\t{5}\t{6}\t{7}\t{8}\t{9}\t{10}\n'.format(id,lst[0],lst[3],lst[1],lst[2],
+		min(lst[4]),
+		max(lst[5]),
+		len(lst[4]),
+		','.join([str(i) for i in lst[4]]),
+		','.join([str(i) for i in lst[5]]),
+		n))
+	id+=1
+fout.close();
+fout2.close();
+
+import os
+os.system('sort -k1,1 -k2,2n Glean > xx')
+os.system('mv xx Glean')
+os.system('bgzip Glean')
+os.system('tabix -p bed Glean.gz')
+
+print '''
+drop table if exists Gleanstruct;
+create table Gleanstruct (
+id int unsigned not null primary key,
+chrom varchar(255) not null,
+strand char(1) not null,
+txStart int unsigned not null,
+txEnd int unsigned not null,
+cdsStart int unsigned not null,
+cdsEnd int unsigned not null,
+exonCount int unsigned not null,
+exonStarts text not null,
+exonEnds text not null,
+name varchar(255) not null
+);
+load data local infile 'Glean.struct' into table Gleanstruct;
+
+drop table if exists Gleansymbol;
+create table Gleansymbol (
+name varchar(255) not null,
+symbol varchar(255) null,
+description text null,
+id int unsigned not null primary key,
+index(name)
+);
+
+'''
diff --git a/Am1.0/script/gene/make_orf.py b/Am1.0/script/gene/make_orf.py
new file mode 100644
index 0000000..83bfd2d
--- /dev/null
+++ b/Am1.0/script/gene/make_orf.py
@@ -0,0 +1,85 @@
+
+gene={}
+with open('transcripts.gtf') as fin:
+	for line in fin:
+		lst=line.rstrip().split('\t')
+		if lst[2]=='transcript':
+			gene[lst[8].split('; ')[1].split()[1].replace('"','')]=[lst[0],int(lst[3]),int(lst[4]),lst[6],[],[]]
+
+
+with open('best_candidates.gff3') as fin:
+	for line in fin:
+		lst=line.rstrip().split('\t')
+		if len(lst)<9:
+			continue
+		if lst[2]=='CDS':
+			n=gene[lst[0]]
+			n[4].append(n[1]+int(lst[3])-2)
+			n[5].append(n[1]+int(lst[4])-1)
+
+
+fout=open('orf','w')
+fout2=open('orf.struct','w')
+id=1
+for n in gene:
+	if len(gene[n][4])==0: continue
+	fout.write('{0}\t{1}\t{2}\t{3}\t{4}\t{5}\n'.format(gene[n][0],
+		gene[n][1],
+		gene[n][2],
+		n,
+		id,
+		gene[n][3]))
+	start=max(gene[n][4])
+	stop=min(gene[n][5])
+	fout2.write('{0}\t{1}\t{2}\t{3}\t{4}\t{5}\t{6}\t{7}\t{8}\t{9}\t{10}\n'.format(
+		id,
+		gene[n][0],
+		gene[n][3],
+		start,
+		stop,
+		start,
+		stop,
+		len(gene[n][4]),
+		','.join([str(i) for i in gene[n][4]]),
+		','.join([str(i) for i in gene[n][5]]),
+		n))
+	id+=1
+fout.close()
+fout2.close()
+
+
+import os
+os.system('sort -k1,1 -k2,2n orf > xx')
+os.system('mv xx orf')
+os.system('bgzip orf')
+os.system('tabix -p bed orf.gz')
+
+
+print '''
+drop table if exists orfstruct;
+create table orfstruct (
+id int unsigned not null primary key,
+chrom varchar(255) not null,
+strand char(1) not null,
+txStart int unsigned not null,
+txEnd int unsigned not null,
+cdsStart int unsigned not null,
+cdsEnd int unsigned not null,
+exonCount int unsigned not null,
+exonStarts text not null,
+exonEnds text not null,
+name varchar(255) not null
+);
+load data local infile 'orf.struct' into table orfstruct;
+
+
+drop table if exists orfsymbol;
+create table orfsymbol (
+name varchar(255) not null,
+symbol varchar(255) null,
+description text null,
+id int unsigned not null primary key,
+index(name)
+);
+'''
+
diff --git a/Am1.0/track2Annotation b/Am1.0/track2Annotation
new file mode 100644
index 0000000..b224893
--- /dev/null
+++ b/Am1.0/track2Annotation
@@ -0,0 +1,6 @@
+leaf_genome	1
+pistil_genome	2
+pollen_genome	3
+root_genome	4
+stamen_genome	5
+stem_genome	6
diff --git a/Am1.0/track2Detail b/Am1.0/track2Detail
new file mode 100644
index 0000000..c181574
--- /dev/null
+++ b/Am1.0/track2Detail
@@ -0,0 +1,20 @@
+mock20	\N
+mock19	\N
+mock18	\N
+mock13	\N
+mock12	\N
+mock11	\N
+mock10	\N
+mock17	\N
+mock16	\N
+mock15	\N
+mock14	\N
+mock9	\N
+mock8	\N
+mock3	\N
+mock2	\N
+mock1	\N
+mock7	\N
+mock6	\N
+mock5	\N
+mock4	\N
diff --git a/Am1.0/track2Ft b/Am1.0/track2Ft
new file mode 100644
index 0000000..fa3eb71
--- /dev/null
+++ b/Am1.0/track2Ft
@@ -0,0 +1,6 @@
+leaf_genome	2
+pistil_genome	2
+pollen_genome	2
+root_genome	2
+stamen_genome	2
+stem_genome	2
diff --git a/Am1.0/track2Label b/Am1.0/track2Label
new file mode 100644
index 0000000..277a00e
--- /dev/null
+++ b/Am1.0/track2Label
@@ -0,0 +1,6 @@
+leaf_genome	leaf
+pistil_genome	pistil
+pollen_genome	pollen
+root_genome	root
+stamen_genome	stamen
+stem_genome	stem
diff --git a/Am1.0/track2Style b/Am1.0/track2Style
new file mode 100644
index 0000000..90382d7
--- /dev/null
+++ b/Am1.0/track2Style
@@ -0,0 +1,10 @@
+gc5Base	\N
+repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+gene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+Glean	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+leaf_genome	'pr':0,'pg':100,'pb':0,'height':40
+pistil_genome	'pr':94,'pg':97,'pb':11,'height':40
+pollen_genome	'pr':150,'pg':0,'pb':150,'height':40
+root_genome	'pr':0,'pg':150,'pb':150,'height':40
+stamen_genome	'pr':159,'pg':0,'pb':72,'height':40
+stem_genome	'pr':46,'pg':92,'pb':0,'height':40
diff --git a/Am1.0/track2Style_2 b/Am1.0/track2Style_2
new file mode 100644
index 0000000..dd744a9
--- /dev/null
+++ b/Am1.0/track2Style_2
@@ -0,0 +1,14 @@
+gc5Base	\N
+rRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,153,50)'
+tRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,153,50)'
+miRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,153,50)'
+snRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,153,50)'
+repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+gene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+Glean	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+leaf_genome	'pr':0,'pg':100,'pb':0,'height':40
+pistil_genome	'pr':94,'pg':97,'pb':11,'height':40
+pollen_genome	'pr':150,'pg':0,'pb':150,'height':40
+root_genome	'pr':0,'pg':150,'pb':150,'height':40
+stamen_genome	'pr':159,'pg':0,'pb':72,'height':40
+stem_genome	'pr':46,'pg':92,'pb':0,'height':40
diff --git a/Am1.0/trackAttr2idx b/Am1.0/trackAttr2idx
new file mode 100644
index 0000000..1ce57c8
--- /dev/null
+++ b/Am1.0/trackAttr2idx
@@ -0,0 +1,6 @@
+1	leaf	1	leaf
+2	pistil	2	pistil
+3	pollen	3	pollen
+4	root	4	root
+5	stamen	5	stamen
+6	stem	6	stem
diff --git a/danRer7/cytoband b/danRer7/cytoband
new file mode 100644
index 0000000..e69de29
diff --git a/danRer7/cytoband.old b/danRer7/cytoband.old
new file mode 100644
index 0000000..f6e05a7
--- /dev/null
+++ b/danRer7/cytoband.old
@@ -0,0 +1,26 @@
+	chr1	0	60348388	chr1	0
+	chr2	0	60300536	chr2	0
+	chr3	0	63268876	chr3	0
+	chr4	0	62094675	chr4	0
+	chr5	0	75682077	chr5	0
+	chr6	0	59938731	chr6	0
+	chr7	0	77276063	chr7	0
+	chr8	0	56184765	chr8	0
+	chr9	0	58232459	chr9	0
+	chr10	0	46591166	chr10	0
+	chr11	0	46661319	chr11	0
+	chr12	0	50697278	chr12	0
+	chr13	0	54093808	chr13	0
+	chr14	0	53733891	chr14	0
+	chr15	0	47442429	chr15	0
+	chr16	0	58780683	chr16	0
+	chr17	0	53984731	chr17	0
+	chr18	0	49877488	chr18	0
+	chr19	0	50254551	chr19	0
+	chr20	0	55952140	chr20	0
+	chr21	0	44544065	chr21	0
+	chr22	0	42261000	chr22	0
+	chr23	0	46386876	chr23	0
+	chr24	0	43947580	chr24	0
+	chr25	0	38499472	chr25	0
+	chrM	0	16596	chrM	0
diff --git a/danRer7/dataset b/danRer7/dataset
new file mode 100644
index 0000000..23e625b
--- /dev/null
+++ b/danRer7/dataset
@@ -0,0 +1 @@
+published	\N	Published Zebrafish Epigenome Data Set	\N	A Zebrafish Epigenome Data Collection from published studies by HyungJoo @ Wang Lab @ WUSTL
diff --git a/danRer7/decorInfo b/danRer7/decorInfo
new file mode 100644
index 0000000..a0b4b0d
--- /dev/null
+++ b/danRer7/decorInfo
@@ -0,0 +1,88 @@
+refGene	RefSeq genes	\N	2	0	1	http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Search&db=Nucleotide&doptcmdl=GenBank&term=
+refGenepromoter	promoters (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr3	3' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr5	5' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneexons	exons (RefSeq genes)	refGene	2	0	0	\N
+refGeneintrons	introns (RefSeq genes)	refGene	2	0	0	\N
+ensGene	Ensembl genes	\N	2	0	1	http://www.ensembl.org/Danio_rerio/geneview?gene=
+ensGenepromoter	promoters (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneutr3	3' UTRs (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneutr5	5' UTRs (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneexons	exons (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneintrons	introns (Ensembl genes)	ensGene	2	0	0	\N
+rmsk_ensemble	RepeatMasker Ensemble	\N	4	12	0	\N
+RNA	RNA	\N	4	0	0	\N
+RNAtRNA	tRNA (RNA)	RNA	4	0	0	\N
+RNArRNA	rRNA (RNA)	RNA	4	0	0	\N
+RNAsnRNA	snRNA (RNA)	RNA	4	0	0	\N
+DNA	DNA transposon	\N	4	0	0	\N
+DNAMuDR	MuDR (DNA transposon)	DNA	4	0	0	\N
+DNATcMar	TcMar (DNA transposon)	DNA	4	0	0	\N
+DNATcMar-Fot1?	TcMar-Fot1? (DNA transposon)	DNA	4	0	0	\N
+DNATcMar-ISRm11?	TcMar-ISRm11? (DNA transposon)	DNA	4	0	0	\N
+DNATcMar?	TcMar? (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-Tip100	hAT-Tip100 (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-Tip100?	hAT-Tip100? (DNA transposon)	DNA	4	0	0	\N
+DNAIS4EU	IS4EU (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-Charlie	hAT-Charlie (DNA transposon)	DNA	4	0	0	\N
+DNAKolobok	Kolobok (DNA transposon)	DNA	4	0	0	\N
+DNAKolobok?	Kolobok? (DNA transposon)	DNA	4	0	0	\N
+DNAHelitron	Helitron (DNA transposon)	DNA	4	0	0	\N
+DNAMaverick	Maverick (DNA transposon)	DNA	4	0	0	\N
+DNAKolobok-IS4EU	Kolobok-IS4EU (DNA transposon)	DNA	4	0	0	\N
+DNAHarbinger	Harbinger (DNA transposon)	DNA	4	0	0	\N
+DNAHarbinger?	Harbinger? (DNA transposon)	DNA	4	0	0	\N
+DNADNA	DNA (DNA transposon)	DNA	4	0	0	\N
+DNADNA?	DNA? (DNA transposon)	DNA	4	0	0	\N
+DNAPiggyBac	PiggyBac (DNA transposon)	DNA	4	0	0	\N
+DNAPiggyBac?	PiggyBac? (DNA transposon)	DNA	4	0	0	\N
+DNAP	P (DNA transposon)	DNA	4	0	0	\N
+DNAP?	P? (DNA transposon)	DNA	4	0	0	\N
+DNATcMar-Tc1	TcMar-Tc1 (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-Blackjack	hAT-Blackjack (DNA transposon)	DNA	4	0	0	\N
+DNATcMar-Tigger	TcMar-Tigger (DNA transposon)	DNA	4	0	0	\N
+DNAChapaev	Chapaev (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-Ac	hAT-Ac (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-Ac?	hAT-Ac? (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-hobo?	hAT-hobo? (DNA transposon)	DNA	4	0	0	\N
+DNAEn-Spm	En-Spm (DNA transposon)	DNA	4	0	0	\N
+DNAEn-Spm?	En-Spm? (DNA transposon)	DNA	4	0	0	\N
+DNAhAT	hAT (DNA transposon)	DNA	4	0	0	\N
+DNAhAT?	hAT? (DNA transposon)	DNA	4	0	0	\N
+SINE	SINE	\N	4	0	0	\N
+SINE5S	5S (SINE)	SINE	4	0	0	\N
+SINESINE	SINE (SINE)	SINE	4	0	0	\N
+SINEDeu	Deu (SINE)	SINE	4	0	0	\N
+SINEV	V (SINE)	SINE	4	0	0	\N
+SINEtRNA	tRNA (SINE)	SINE	4	0	0	\N
+LINE	LINE	\N	4	0	0	\N
+LINEL1	L1 (LINE)	LINE	4	0	0	\N
+LINERTE	RTE (LINE)	LINE	4	0	0	\N
+LINERTE-BovB	RTE-BovB (LINE)	LINE	4	0	0	\N
+LINEL1-Tx1	L1-Tx1 (LINE)	LINE	4	0	0	\N
+LINEI	I (LINE)	LINE	4	0	0	\N
+LINEL2	L2 (LINE)	LINE	4	0	0	\N
+LINERex-Babar	Rex-Babar (LINE)	LINE	4	0	0	\N
+LINECR1	CR1 (LINE)	LINE	4	0	0	\N
+LTR	LTR	\N	4	0	0	\N
+LTRPao	Pao (LTR)	LTR	4	0	0	\N
+LTRERV-Foamy	ERV-Foamy (LTR)	LTR	4	0	0	\N
+LTRDIRS	DIRS (LTR)	LTR	4	0	0	\N
+LTRLTR	LTR (LTR)	LTR	4	0	0	\N
+LTRERV1	ERV1 (LTR)	LTR	4	0	0	\N
+LTRNgaro	Ngaro (LTR)	LTR	4	0	0	\N
+LTRGypsy	Gypsy (LTR)	LTR	4	0	0	\N
+LTRGypsy?	Gypsy? (LTR)	LTR	4	0	0	\N
+LTRCopia	Copia (LTR)	LTR	4	0	0	\N
+Low_complexity	low complexity	\N	4	0	0	\N
+Satellite	satellite	\N	4	0	0	\N
+SatelliteSatellite?	satellite? (satellite)	Satellite	4	0	0	\N
+SatelliteSatellite	satellite (satellite)	Satellite	4	0	0	\N
+Simple_repeat	simple repeat	\N	4	0	0	\N
+Unknown	unknown	\N	4	0	0	\N
+fishphastCons8way	fish PhastCons	\N	6	8	0	\N
+vertebratephastCons8way	vertebrate PhastCons	\N	6	8	0	\N
+fishphyloP8way	fish PhyloP	\N	6	8	0	\N
+vertebratephyloP8way	vertebrate PhyloP	\N	6	8	0	\N
+cpgisland	CpG island	\N	5	0	0	\N
+gc5Base	GC percent	\N	5	14	0	\N
diff --git a/danRer7/makeDb.sql b/danRer7/makeDb.sql
new file mode 100755
index 0000000..a1d990f
--- /dev/null
+++ b/danRer7/makeDb.sql
@@ -0,0 +1,241 @@
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text not null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text not null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold text not null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/danRer7/",
+"/srv/epgg/data/data/subtleKnife/seq/danRer7.gz",
+"BisSeq01_sperm.bedGraph,BisSeq02_egg.bedGraph,BisSeq03_2-16cell.bedGraph,BisSeq04_64cell.bedGraph,BisSeq05_256cell.bedGraph,BisSeq06_sphere.bedGraph,BisSeq07_muscle.bedGraph,BisSeq08_sphere_parthenogenesis_control.bedGraph,BisSeq09_sphere_parthenogenesis_treatment.bedGraph",
+"Sample,Assay,Lab",
+"cyp2v1\\ncyp2aa4\\ncyp2x8\\ncyp2p9\\ncyp3c4\\ncyp24a1\\ncyp2p6\\ncyp2x12\\ncyp19a1a\\ncyp20a1\\ncyp2aa2\\ncyp11a1\\ncyp2ad2",
+"3,http://vizhub.wustl.edu/hubSample/danRer7/num1.gz,1,http://vizhub.wustl.edu/hubSample/danRer7/bed.gz,100,http://vizhub.wustl.edu/hubSample/danRer7/hub.txt",
+"chr19,18966019,chr19,19564024",
+"published",
+"refGene,rmsk_ensemble",
+"chr1,chr2,chr3,chr4,chr5,chr6,chr7,chr8,chr9,chr10,chr11,chr12,chr13,chr14,chr15,chr16,chr17,chr18,chr19,chr20,chr21,chr22,chr23,chr24,chr25",
+\N,\N,
+true,
+true,
+"dre",
+"Assembly version|danRer7|Sequence source|<a href=http://hgdownload.cse.ucsc.edu/goldenPath/danRer7/bigZips/ target=_blank>UCSC browser</a>|Date parsed|September 1, 2011|Chromosomes|26|Contigs|1107|Total bases|1,412,464,843|Logo art|<a href=http://en.wikipedia.org/wiki/File:Zebrafisch.jpg target=_blank>link</a>",
+0,
+false
+);
+
+-- grouping types on genomic features
+-- table name defined in macro: TBN_GF_GRP
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+insert into gfGrouping values (4, "RepeatMasker");
+-- insert into gfGrouping values (3, "non-coding RNA");
+insert into gfGrouping values (6, "Sequence conservation");
+insert into gfGrouping values (5, "Others");
+
+
+
+
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null,
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2ProcessInfo' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+load data local infile "track2BamInfo" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+load data local infile 'track2GEO' into table track2GEO;
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+load data local infile 'track2VersionInfo' into table track2VersionInfo;
+
+-- new trackDetail end here
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation" into table track2Annotation;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft" into table track2Ft;
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile "track2Style_decor" into table track2Style;
+load data local infile "track2Style" into table track2Style;
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+  regionname varchar(255) not null,
+  regions text not null
+);
+
+drop table if exists track2Categorical;
+create table track2Categorical (
+  name varchar(255) not null primary key,
+  info text not null
+);
+load data local infile 'track2Categorical' into table track2Categorical;
+
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+drop table if exists published;
+create table published (
+  tkname varchar(255) not null
+);
+load data local infile "track2Name" into table published;
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null,
+  childLength int unsigned not null
+  );
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+
+drop table if exists cytoband;
+create table cytoband (
+  id int null auto_increment primary key,
+  chrom char(20) not null,
+  start int not null,
+  stop int not null,
+  name char(20) not null,
+  colorIdx int not null
+);
+load data local infile "cytoband" into table cytoband;
+
+/*
+DROP TABLE IF EXISTS `rmsk`;
+CREATE TABLE `rmsk` (
+  `bin` smallint(5) unsigned NOT NULL default '0',
+  `swScore` int(10) unsigned NOT NULL default '0',
+  `milliDiv` int(10) unsigned NOT NULL default '0',
+  `milliDel` int(10) unsigned NOT NULL default '0',
+  `milliIns` int(10) unsigned NOT NULL default '0',
+  `genoName` varchar(255) NOT NULL default '',
+  `genoStart` int(10) unsigned NOT NULL default '0',
+  `genoEnd` int(10) unsigned NOT NULL default '0',
+  `genoLeft` int(11) NOT NULL default '0',
+  `strand` char(1) NOT NULL default '',
+  `repName` varchar(255) NOT NULL default '',
+  `repClass` varchar(255) NOT NULL default '',
+  `repFamily` varchar(255) NOT NULL default '',
+  `repStart` int(11) NOT NULL default '0',
+  `repEnd` int(11) NOT NULL default '0',
+  `repLeft` int(11) NOT NULL default '0',
+  `id` char(1) NOT NULL default '',
+  KEY `genoName` (`genoName`(14),`bin`)
+);
+load data local infile 'rmsk.txt' into table rmsk;
+*/
+
+
+
diff --git a/danRer7/metadataVocabulary b/danRer7/metadataVocabulary
new file mode 100644
index 0000000..e2eaaac
--- /dev/null
+++ b/danRer7/metadataVocabulary
@@ -0,0 +1,62 @@
+10001	Sample
+10002	Sample
+10003	Sample
+10004	Sample
+10005	Sample
+10006	Sample
+10007	Sample
+10008	Sample
+10009	Sample
+10010	Sample
+10011	Sample
+10012	Sample
+10013	Sample
+10014	Sample
+10015	Sample
+10016	Sample
+10017	Sample
+10018	Sample
+10019	Sample
+10020	Sample
+10021	Sample
+10022	Sample
+10023	Sample
+10024	Sample
+10025	Sample
+10026	Sample
+10027	Sample
+10028	Sample
+10029	Sample
+10030	Sample
+10031	Sample
+DNA methylation	Assay
+Histone modification	Assay
+RNA expression	Assay
+Transcription factor	Assay
+20011	Histone modification
+20008	Histone modification
+20017	Histone modification
+20007	Histone modification
+20009	DNA methylation
+20014	Histone modification
+20015	Transcription factor
+20013	Histone modification
+20018	Histone modification
+20006	Histone modification
+20019	DNA methylation
+20005	Histone modification
+20012	Histone modification
+20003	Histone modification
+20002	Histone modification
+20010	RNA expression
+20001	Histone modification
+20016	Transcription factor
+20004	Transcription factor
+30001	Lab
+30006	Lab
+30008	Lab
+30002	Lab
+30007	Lab
+30003	Lab
+30005	Lab
+30004	Lab
diff --git a/danRer7/mock b/danRer7/mock
new file mode 100644
index 0000000..8dfea72
--- /dev/null
+++ b/danRer7/mock
@@ -0,0 +1,20 @@
+mock1
+mock2
+mock3
+mock4
+mock5
+mock6
+mock7
+mock8
+mock9
+mock10
+mock11
+mock12
+mock13
+mock14
+mock15
+mock16
+mock17
+mock18
+mock19
+mock20
diff --git a/danRer7/scaffoldInfo b/danRer7/scaffoldInfo
new file mode 100644
index 0000000..9c7c0c1
--- /dev/null
+++ b/danRer7/scaffoldInfo
@@ -0,0 +1,1135 @@
+ROOT	contig	0
+ROOT	chromosome	0
+chromosome	chr7	77276063
+chromosome	chr5	75682077
+chromosome	chr3	63268876
+chromosome	chr4	62094675
+chromosome	chr1	60348388
+chromosome	chr2	60300536
+chromosome	chr6	59938731
+chromosome	chr16	58780683
+chromosome	chr9	58232459
+chromosome	chr8	56184765
+chromosome	chr20	55952140
+chromosome	chr13	54093808
+chromosome	chr17	53984731
+chromosome	chr14	53733891
+chromosome	chr12	50697278
+chromosome	chr19	50254551
+chromosome	chr18	49877488
+chromosome	chr15	47442429
+chromosome	chr11	46661319
+chromosome	chr10	46591166
+chromosome	chr23	46386876
+chromosome	chr21	44544065
+chromosome	chr24	43947580
+chromosome	chr22	42261000
+chromosome	chr25	38499472
+contig	Zv9_scaffold3530	1544009
+contig	Zv9_scaffold3503	965101
+contig	Zv9_scaffold3463	664565
+contig	Zv9_scaffold3471	638129
+contig	Zv9_scaffold3455	543129
+contig	Zv9_scaffold3518	504410
+contig	Zv9_scaffold3465	500345
+contig	Zv9_scaffold3520	436282
+contig	Zv9_scaffold3470	425063
+contig	Zv9_scaffold3459	417943
+contig	Zv9_scaffold3480	407754
+contig	Zv9_scaffold3536	368818
+contig	Zv9_scaffold3473	352305
+contig	Zv9_scaffold3545	351865
+contig	Zv9_scaffold3498	343018
+contig	Zv9_scaffold3485	341688
+contig	Zv9_scaffold3554	332968
+contig	Zv9_scaffold3535	329156
+contig	Zv9_scaffold3495	321770
+contig	Zv9_NA675	312116
+contig	Zv9_scaffold3551	306644
+contig	Zv9_scaffold3461	302948
+contig	Zv9_scaffold3548	301592
+contig	Zv9_scaffold3563	295849
+contig	Zv9_scaffold3477	292984
+contig	Zv9_scaffold3491	284732
+contig	Zv9_scaffold3482	283152
+contig	Zv9_scaffold3540	281342
+contig	Zv9_scaffold3510	279262
+contig	Zv9_scaffold3539	276747
+contig	Zv9_scaffold3515	276154
+contig	Zv9_scaffold3500	271256
+contig	Zv9_scaffold3509	266362
+contig	Zv9_scaffold3547	260465
+contig	Zv9_scaffold3538	253640
+contig	Zv9_scaffold3456	253302
+contig	Zv9_NA672	248473
+contig	Zv9_scaffold3550	245711
+contig	Zv9_scaffold3533	242772
+contig	Zv9_NA849	242593
+contig	Zv9_scaffold3492	236140
+contig	Zv9_scaffold3494	233193
+contig	Zv9_scaffold3487	231704
+contig	Zv9_scaffold3517	225600
+contig	Zv9_scaffold3514	225481
+contig	Zv9_scaffold3462	224830
+contig	Zv9_scaffold3458	223119
+contig	Zv9_NA722	221151
+contig	Zv9_scaffold3488	217805
+contig	Zv9_scaffold3483	213343
+contig	Zv9_scaffold3529	212462
+contig	Zv9_scaffold3506	210931
+contig	Zv9_scaffold3534	206488
+contig	Zv9_NA372	206081
+contig	Zv9_scaffold3561	204746
+contig	Zv9_scaffold3453	203829
+contig	Zv9_scaffold3486	202621
+contig	Zv9_NA503	202348
+contig	Zv9_scaffold3531	200274
+contig	Zv9_scaffold3490	197274
+contig	Zv9_NA947	197207
+contig	Zv9_NA545	196107
+contig	Zv9_scaffold3467	195956
+contig	Zv9_scaffold3521	192579
+contig	Zv9_scaffold3519	192420
+contig	Zv9_scaffold3560	190731
+contig	Zv9_NA732	190002
+contig	Zv9_scaffold3526	185489
+contig	Zv9_NA844	184625
+contig	Zv9_scaffold3555	184511
+contig	Zv9_scaffold3464	182716
+contig	Zv9_NA735	175146
+contig	Zv9_scaffold3493	171924
+contig	Zv9_scaffold3489	167085
+contig	Zv9_scaffold3542	165668
+contig	Zv9_scaffold3481	164780
+contig	Zv9_scaffold3541	164497
+contig	Zv9_scaffold3472	162930
+contig	Zv9_NA466	162877
+contig	Zv9_scaffold3475	162031
+contig	Zv9_scaffold3505	159528
+contig	Zv9_scaffold3501	159057
+contig	Zv9_scaffold3511	156401
+contig	Zv9_scaffold3466	152860
+contig	Zv9_NA995	152294
+contig	Zv9_NA555	152271
+contig	Zv9_scaffold3546	150703
+contig	Zv9_scaffold3507	149509
+contig	Zv9_NA48	148772
+contig	Zv9_scaffold3484	148568
+contig	Zv9_scaffold3476	146794
+contig	Zv9_scaffold3460	146079
+contig	Zv9_scaffold3553	144917
+contig	Zv9_scaffold3564	143554
+contig	Zv9_NA428	140649
+contig	Zv9_scaffold3552	137468
+contig	Zv9_scaffold3478	135618
+contig	Zv9_NA28	130903
+contig	Zv9_NA908	130527
+contig	Zv9_NA345	128109
+contig	Zv9_NA654	124886
+contig	Zv9_scaffold3562	124569
+contig	Zv9_NA683	123701
+contig	Zv9_scaffold3524	123466
+contig	Zv9_scaffold3469	118908
+contig	Zv9_scaffold3528	117557
+contig	Zv9_NA257	117499
+contig	Zv9_NA915	115850
+contig	Zv9_scaffold3544	115763
+contig	Zv9_NA797	114591
+contig	Zv9_NA152	111598
+contig	Zv9_scaffold3549	111234
+contig	Zv9_NA331	110945
+contig	Zv9_scaffold3497	110876
+contig	Zv9_NA474	110669
+contig	Zv9_NA892	110593
+contig	Zv9_NA561	109565
+contig	Zv9_NA470	108843
+contig	Zv9_NA79	108195
+contig	Zv9_scaffold3516	107959
+contig	Zv9_NA219	107910
+contig	Zv9_NA403	107891
+contig	Zv9_NA472	104196
+contig	Zv9_NA681	103999
+contig	Zv9_NA322	103967
+contig	Zv9_NA771	103698
+contig	Zv9_scaffold3558	102840
+contig	Zv9_NA787	102574
+contig	Zv9_NA277	102386
+contig	Zv9_NA227	101587
+contig	Zv9_scaffold3457	101278
+contig	Zv9_NA786	98280
+contig	Zv9_NA36	97240
+contig	Zv9_NA130	96570
+contig	Zv9_NA290	96477
+contig	Zv9_NA525	96074
+contig	Zv9_NA501	95885
+contig	Zv9_NA461	95149
+contig	Zv9_NA899	92401
+contig	Zv9_scaffold3557	91369
+contig	Zv9_scaffold3454	91011
+contig	Zv9_NA999	91010
+contig	Zv9_NA89	90601
+contig	Zv9_NA179	90482
+contig	Zv9_NA822	90387
+contig	Zv9_NA698	90382
+contig	Zv9_scaffold3525	90105
+contig	Zv9_NA639	89659
+contig	Zv9_NA81	89657
+contig	Zv9_scaffold3468	88922
+contig	Zv9_NA906	88699
+contig	Zv9_NA824	88608
+contig	Zv9_NA387	88343
+contig	Zv9_NA479	87008
+contig	Zv9_scaffold3512	86846
+contig	Zv9_NA808	86421
+contig	Zv9_NA921	85407
+contig	Zv9_NA99	84903
+contig	Zv9_NA273	83881
+contig	Zv9_NA399	83315
+contig	Zv9_NA276	82990
+contig	Zv9_NA355	82545
+contig	Zv9_scaffold3504	82506
+contig	Zv9_NA11	81751
+contig	Zv9_NA287	81645
+contig	Zv9_NA817	81249
+contig	Zv9_scaffold3479	80581
+contig	Zv9_NA384	79937
+contig	Zv9_NA621	79091
+contig	Zv9_NA388	78223
+contig	Zv9_NA86	78076
+contig	Zv9_NA509	77778
+contig	Zv9_NA251	76611
+contig	Zv9_NA323	76538
+contig	Zv9_NA660	76246
+contig	Zv9_NA303	74724
+contig	Zv9_NA870	74622
+contig	Zv9_NA156	73829
+contig	Zv9_NA659	73536
+contig	Zv9_NA41	71685
+contig	Zv9_NA584	71383
+contig	Zv9_NA337	71326
+contig	Zv9_NA455	71322
+contig	Zv9_NA628	70574
+contig	Zv9_NA68	70538
+contig	Zv9_NA17	69829
+contig	Zv9_scaffold3556	68961
+contig	Zv9_scaffold3522	67935
+contig	Zv9_scaffold3474	67913
+contig	Zv9_NA429	67766
+contig	Zv9_NA883	67738
+contig	Zv9_NA807	67541
+contig	Zv9_NA398	67534
+contig	Zv9_NA22	67349
+contig	Zv9_NA262	66365
+contig	Zv9_NA885	65370
+contig	Zv9_NA103	65247
+contig	Zv9_NA202	64403
+contig	Zv9_NA258	64126
+contig	Zv9_NA640	63628
+contig	Zv9_NA243	63587
+contig	Zv9_NA806	63519
+contig	Zv9_NA827	63484
+contig	Zv9_NA650	62738
+contig	Zv9_NA361	62725
+contig	Zv9_NA349	62665
+contig	Zv9_NA887	62336
+contig	Zv9_NA678	61693
+contig	Zv9_NA382	61361
+contig	Zv9_NA332	60899
+contig	Zv9_NA845	60897
+contig	Zv9_NA42	60856
+contig	Zv9_NA783	60847
+contig	Zv9_NA491	60821
+contig	Zv9_NA274	59701
+contig	Zv9_NA266	59274
+contig	Zv9_NA677	59211
+contig	Zv9_NA27	59009
+contig	Zv9_NA905	58278
+contig	Zv9_NA385	58062
+contig	Zv9_NA297	57912
+contig	Zv9_NA296	57651
+contig	Zv9_NA178	57586
+contig	Zv9_NA126	57500
+contig	Zv9_NA335	56448
+contig	Zv9_NA299	56304
+contig	Zv9_NA706	56151
+contig	Zv9_NA324	55820
+contig	Zv9_NA233	55805
+contig	Zv9_NA107	55784
+contig	Zv9_NA695	55642
+contig	Zv9_NA392	55498
+contig	Zv9_NA774	55488
+contig	Zv9_NA395	54494
+contig	Zv9_NA33	54475
+contig	Zv9_NA828	54201
+contig	Zv9_NA609	53888
+contig	Zv9_NA486	53540
+contig	Zv9_NA203	53306
+contig	Zv9_NA278	53295
+contig	Zv9_NA329	53190
+contig	Zv9_NA24	53048
+contig	Zv9_scaffold3496	52255
+contig	Zv9_NA344	52186
+contig	Zv9_NA788	51696
+contig	Zv9_NA834	51674
+contig	Zv9_NA175	51667
+contig	Zv9_NA537	51630
+contig	Zv9_scaffold3502	51622
+contig	Zv9_NA123	51610
+contig	Zv9_NA573	51528
+contig	Zv9_NA649	51503
+contig	Zv9_NA173	51419
+contig	Zv9_NA367	51360
+contig	Zv9_NA903	51036
+contig	Zv9_NA246	50906
+contig	Zv9_NA567	50772
+contig	Zv9_NA928	50629
+contig	Zv9_NA84	50229
+contig	Zv9_NA727	50218
+contig	Zv9_NA502	50098
+contig	Zv9_NA710	49935
+contig	Zv9_NA580	49608
+contig	Zv9_NA761	49566
+contig	Zv9_NA95	49544
+contig	Zv9_NA375	49514
+contig	Zv9_NA423	49457
+contig	Zv9_NA38	49389
+contig	Zv9_NA407	49373
+contig	Zv9_NA876	49336
+contig	Zv9_scaffold3523	49295
+contig	Zv9_NA353	49005
+contig	Zv9_NA394	48543
+contig	Zv9_NA10	48062
+contig	Zv9_NA851	48009
+contig	Zv9_NA653	47980
+contig	Zv9_NA918	47971
+contig	Zv9_NA551	47808
+contig	Zv9_NA47	47767
+contig	Zv9_NA97	47727
+contig	Zv9_NA101	47589
+contig	Zv9_NA104	47531
+contig	Zv9_NA439	47473
+contig	Zv9_NA721	47384
+contig	Zv9_NA994	46999
+contig	Zv9_NA191	46864
+contig	Zv9_NA139	46605
+contig	Zv9_NA192	46519
+contig	Zv9_NA263	46218
+contig	Zv9_NA694	46188
+contig	Zv9_NA492	45964
+contig	Zv9_NA521	45935
+contig	Zv9_NA663	45603
+contig	Zv9_NA741	45335
+contig	Zv9_NA92	45130
+contig	Zv9_scaffold3532	45094
+contig	Zv9_NA346	45008
+contig	Zv9_NA564	44968
+contig	Zv9_NA340	44913
+contig	Zv9_NA210	44680
+contig	Zv9_NA52	44649
+contig	Zv9_NA856	44612
+contig	Zv9_NA926	44504
+contig	Zv9_scaffold3499	44485
+contig	Zv9_NA726	44130
+contig	Zv9_NA998	43558
+contig	Zv9_NA40	43073
+contig	Zv9_NA493	42860
+contig	Zv9_NA574	42704
+contig	Zv9_NA224	42463
+contig	Zv9_NA60	42458
+contig	Zv9_NA742	42001
+contig	Zv9_NA833	41858
+contig	Zv9_NA272	41819
+contig	Zv9_NA529	41505
+contig	Zv9_NA4	41486
+contig	Zv9_NA78	41459
+contig	Zv9_NA671	41319
+contig	Zv9_NA608	40497
+contig	Zv9_NA171	40464
+contig	Zv9_NA136	40214
+contig	Zv9_NA132	40089
+contig	Zv9_NA295	40063
+contig	Zv9_NA232	40056
+contig	Zv9_NA859	40050
+contig	Zv9_NA552	39982
+contig	Zv9_NA176	39965
+contig	Zv9_NA151	39831
+contig	Zv9_NA810	39727
+contig	Zv9_NA612	39557
+contig	Zv9_NA343	39438
+contig	Zv9_NA496	39310
+contig	Zv9_NA270	39283
+contig	Zv9_NA229	38987
+contig	Zv9_NA66	38884
+contig	Zv9_NA447	38868
+contig	Zv9_scaffold3513	38724
+contig	Zv9_NA704	38183
+contig	Zv9_NA319	38162
+contig	Zv9_NA241	37908
+contig	Zv9_scaffold3559	37822
+contig	Zv9_NA530	37815
+contig	Zv9_NA51	37662
+contig	Zv9_NA748	37420
+contig	Zv9_NA791	37413
+contig	Zv9_NA625	37191
+contig	Zv9_NA158	37156
+contig	Zv9_scaffold3508	36911
+contig	Zv9_NA409	36779
+contig	Zv9_NA542	36728
+contig	Zv9_NA499	36661
+contig	Zv9_NA769	36129
+contig	Zv9_NA154	36097
+contig	Zv9_NA602	35900
+contig	Zv9_NA627	35871
+contig	Zv9_NA61	35842
+contig	Zv9_NA437	35759
+contig	Zv9_NA318	35750
+contig	Zv9_NA189	35705
+contig	Zv9_NA689	35575
+contig	Zv9_NA280	35555
+contig	Zv9_scaffold3537	35552
+contig	Zv9_NA490	35271
+contig	Zv9_NA248	35264
+contig	Zv9_NA418	35229
+contig	Zv9_NA714	35226
+contig	Zv9_NA427	35047
+contig	Zv9_NA357	35038
+contig	Zv9_NA618	34930
+contig	Zv9_NA620	34697
+contig	Zv9_NA163	34615
+contig	Zv9_NA53	34431
+contig	Zv9_NA306	34409
+contig	Zv9_NA775	34402
+contig	Zv9_NA513	34295
+contig	Zv9_NA250	34033
+contig	Zv9_NA597	33981
+contig	Zv9_NA629	33835
+contig	Zv9_NA120	33766
+contig	Zv9_NA963	33607
+contig	Zv9_NA302	33528
+contig	Zv9_NA923	33441
+contig	Zv9_NA199	33401
+contig	Zv9_NA401	33302
+contig	Zv9_scaffold3543	33292
+contig	Zv9_NA864	33279
+contig	Zv9_NA896	33258
+contig	Zv9_NA417	33247
+contig	Zv9_NA463	33163
+contig	Zv9_NA858	33146
+contig	Zv9_NA255	33071
+contig	Zv9_NA237	32983
+contig	Zv9_NA811	32979
+contig	Zv9_NA804	32850
+contig	Zv9_NA422	32739
+contig	Zv9_NA414	32451
+contig	Zv9_NA772	32349
+contig	Zv9_NA153	32345
+contig	Zv9_NA396	32330
+contig	Zv9_NA378	32319
+contig	Zv9_NA21	32121
+contig	Zv9_NA481	31979
+contig	Zv9_NA286	31814
+contig	Zv9_NA624	31814
+contig	Zv9_NA177	31785
+contig	Zv9_NA736	31752
+contig	Zv9_NA688	31617
+contig	Zv9_NA623	31528
+contig	Zv9_NA668	31510
+contig	Zv9_NA548	31405
+contig	Zv9_NA213	31386
+contig	Zv9_NA244	31367
+contig	Zv9_NA506	31336
+contig	Zv9_NA605	31268
+contig	Zv9_NA569	31147
+contig	Zv9_NA518	30978
+contig	Zv9_NA37	30922
+contig	Zv9_NA144	30874
+contig	Zv9_NA507	30832
+contig	Zv9_NA800	30729
+contig	Zv9_NA449	30599
+contig	Zv9_NA907	30410
+contig	Zv9_NA135	30249
+contig	Zv9_NA477	30201
+contig	Zv9_NA29	30195
+contig	Zv9_NA112	29992
+contig	Zv9_NA990	29963
+contig	Zv9_NA70	29907
+contig	Zv9_NA39	29772
+contig	Zv9_NA922	29672
+contig	Zv9_NA592	29560
+contig	Zv9_NA333	29546
+contig	Zv9_NA301	29537
+contig	Zv9_NA359	29537
+contig	Zv9_NA895	29524
+contig	Zv9_NA821	29322
+contig	Zv9_NA866	29245
+contig	Zv9_NA636	29216
+contig	Zv9_NA142	29197
+contig	Zv9_NA159	29163
+contig	Zv9_NA576	29114
+contig	Zv9_NA256	29092
+contig	Zv9_NA185	29025
+contig	Zv9_NA320	28998
+contig	Zv9_NA765	28871
+contig	Zv9_NA578	28855
+contig	Zv9_NA641	28789
+contig	Zv9_NA292	28756
+contig	Zv9_NA408	28725
+contig	Zv9_NA196	28664
+contig	Zv9_NA534	28537
+contig	Zv9_NA779	28463
+contig	Zv9_NA484	28415
+contig	Zv9_NA630	28321
+contig	Zv9_NA240	28254
+contig	Zv9_NA692	28160
+contig	Zv9_NA473	28122
+contig	Zv9_NA815	28088
+contig	Zv9_NA819	28018
+contig	Zv9_NA221	27995
+contig	Zv9_NA863	27926
+contig	Zv9_NA867	27814
+contig	Zv9_NA121	27700
+contig	Zv9_NA812	27620
+contig	Zv9_NA622	27587
+contig	Zv9_NA731	27568
+contig	Zv9_NA279	27489
+contig	Zv9_NA58	27350
+contig	Zv9_NA69	27326
+contig	Zv9_NA360	27325
+contig	Zv9_NA415	27317
+contig	Zv9_NA601	27290
+contig	Zv9_NA315	27237
+contig	Zv9_NA314	27068
+contig	Zv9_NA520	27067
+contig	Zv9_NA275	26969
+contig	Zv9_NA879	26928
+contig	Zv9_NA208	26893
+contig	Zv9_NA913	26843
+contig	Zv9_NA702	26814
+contig	Zv9_NA686	26739
+contig	Zv9_NA766	26604
+contig	Zv9_NA756	26580
+contig	Zv9_NA972	26415
+contig	Zv9_NA328	26343
+contig	Zv9_NA421	26178
+contig	Zv9_NA91	26145
+contig	Zv9_NA100	26026
+contig	Zv9_NA850	25985
+contig	Zv9_NA635	25956
+contig	Zv9_NA679	25813
+contig	Zv9_NA67	25796
+contig	Zv9_NA848	25751
+contig	Zv9_NA110	25708
+contig	Zv9_NA317	25636
+contig	Zv9_NA164	25635
+contig	Zv9_NA363	25595
+contig	Zv9_NA458	25470
+contig	Zv9_NA105	25462
+contig	Zv9_NA73	25381
+contig	Zv9_NA818	25381
+contig	Zv9_NA917	25214
+contig	Zv9_NA880	25201
+contig	Zv9_NA613	25191
+contig	Zv9_NA805	25159
+contig	Zv9_NA254	24909
+contig	Zv9_NA669	24865
+contig	Zv9_NA400	24847
+contig	Zv9_NA444	24654
+contig	Zv9_NA377	24652
+contig	Zv9_NA220	24638
+contig	Zv9_NA485	24616
+contig	Zv9_NA434	24612
+contig	Zv9_NA77	24494
+contig	Zv9_NA443	24376
+contig	Zv9_NA762	24359
+contig	Zv9_NA74	24343
+contig	Zv9_NA631	24320
+contig	Zv9_NA930	24203
+contig	Zv9_NA376	24192
+contig	Zv9_NA186	24180
+contig	Zv9_NA390	24178
+contig	Zv9_NA283	24131
+contig	Zv9_NA838	24053
+contig	Zv9_NA356	24048
+contig	Zv9_NA460	24004
+contig	Zv9_NA438	24002
+contig	Zv9_NA519	23764
+contig	Zv9_NA114	23645
+contig	Zv9_NA242	23619
+contig	Zv9_NA80	23586
+contig	Zv9_NA900	23581
+contig	Zv9_NA546	23518
+contig	Zv9_NA533	23511
+contig	Zv9_NA532	23472
+contig	Zv9_NA857	23450
+contig	Zv9_NA514	23414
+contig	Zv9_NA34	23395
+contig	Zv9_NA540	23261
+contig	Zv9_NA737	23246
+contig	Zv9_NA497	23192
+contig	Zv9_NA416	23078
+contig	Zv9_NA547	22983
+contig	Zv9_NA600	22969
+contig	Zv9_NA300	22954
+contig	Zv9_NA758	22875
+contig	Zv9_NA875	22862
+contig	Zv9_NA816	22839
+contig	Zv9_NA15	22730
+contig	Zv9_NA871	22550
+contig	Zv9_NA940	22542
+contig	Zv9_NA468	22488
+contig	Zv9_NA803	22486
+contig	Zv9_NA404	22375
+contig	Zv9_NA511	22285
+contig	Zv9_NA524	22206
+contig	Zv9_NA325	22153
+contig	Zv9_NA1	22128
+contig	Zv9_scaffold3527	22119
+contig	Zv9_NA565	21958
+contig	Zv9_NA124	21941
+contig	Zv9_NA676	21894
+contig	Zv9_NA88	21856
+contig	Zv9_NA749	21692
+contig	Zv9_NA436	21670
+contig	Zv9_NA118	21637
+contig	Zv9_NA709	21577
+contig	Zv9_NA996	21489
+contig	Zv9_NA743	21448
+contig	Zv9_NA510	21397
+contig	Zv9_NA49	21348
+contig	Zv9_NA753	21302
+contig	Zv9_NA840	21256
+contig	Zv9_NA75	21196
+contig	Zv9_NA238	21073
+contig	Zv9_NA693	21062
+contig	Zv9_NA125	21023
+contig	Zv9_NA549	20999
+contig	Zv9_NA589	20976
+contig	Zv9_NA715	20896
+contig	Zv9_NA813	20890
+contig	Zv9_NA889	20886
+contig	Zv9_NA723	20880
+contig	Zv9_NA3	20749
+contig	Zv9_NA193	20710
+contig	Zv9_NA338	20631
+contig	Zv9_NA570	20603
+contig	Zv9_NA269	20600
+contig	Zv9_NA878	20579
+contig	Zv9_NA865	20567
+contig	Zv9_NA760	20464
+contig	Zv9_NA719	20460
+contig	Zv9_NA554	20424
+contig	Zv9_NA93	20402
+contig	Zv9_NA55	20389
+contig	Zv9_NA568	20260
+contig	Zv9_NA475	20248
+contig	Zv9_NA9	20238
+contig	Zv9_NA289	20220
+contig	Zv9_NA386	20039
+contig	Zv9_NA799	20004
+contig	Zv9_NA336	19927
+contig	Zv9_NA697	19866
+contig	Zv9_NA538	19784
+contig	Zv9_NA265	19758
+contig	Zv9_NA410	19733
+contig	Zv9_NA140	19644
+contig	Zv9_NA814	19636
+contig	Zv9_NA583	19631
+contig	Zv9_NA854	19629
+contig	Zv9_NA285	19619
+contig	Zv9_NA187	19609
+contig	Zv9_NA281	19596
+contig	Zv9_NA426	19583
+contig	Zv9_NA842	19550
+contig	Zv9_NA559	19525
+contig	Zv9_NA370	19437
+contig	Zv9_NA708	19391
+contig	Zv9_NA782	19382
+contig	Zv9_NA614	19362
+contig	Zv9_NA54	19310
+contig	Zv9_NA596	19249
+contig	Zv9_NA446	19179
+contig	Zv9_NA897	19172
+contig	Zv9_NA604	19118
+contig	Zv9_NA264	19033
+contig	Zv9_NA785	19019
+contig	Zv9_NA717	19004
+contig	Zv9_NA452	18921
+contig	Zv9_NA351	18882
+contig	Zv9_NA59	18756
+contig	Zv9_NA339	18649
+contig	Zv9_NA271	18539
+contig	Zv9_NA488	18511
+contig	Zv9_NA767	18499
+contig	Zv9_NA656	18479
+contig	Zv9_NA330	18401
+contig	Zv9_NA122	18352
+contig	Zv9_NA916	18284
+contig	Zv9_NA494	18273
+contig	Zv9_NA527	18248
+contig	Zv9_NA235	18241
+contig	Zv9_NA454	18196
+contig	Zv9_NA558	18137
+contig	Zv9_NA522	18131
+contig	Zv9_NA820	18075
+contig	Zv9_NA194	18016
+contig	Zv9_NA730	17908
+contig	Zv9_NA419	17824
+contig	Zv9_NA823	17820
+contig	Zv9_NA311	17727
+contig	Zv9_NA759	17709
+contig	Zv9_NA970	17707
+contig	Zv9_NA637	17683
+contig	Zv9_NA145	17671
+contig	Zv9_NA729	17661
+contig	Zv9_NA872	17592
+contig	Zv9_NA685	17582
+contig	Zv9_NA747	17546
+contig	Zv9_NA162	17517
+contig	Zv9_NA738	17517
+contig	Zv9_NA662	17481
+contig	Zv9_NA406	17476
+contig	Zv9_NA595	17431
+contig	Zv9_NA46	17430
+contig	Zv9_NA562	17410
+contig	Zv9_NA204	17408
+contig	Zv9_NA500	17390
+contig	Zv9_NA183	17343
+contig	Zv9_NA680	17332
+contig	Zv9_NA611	17295
+contig	Zv9_NA25	17273
+contig	Zv9_NA615	17237
+contig	Zv9_NA291	17202
+contig	Zv9_NA209	17192
+contig	Zv9_NA586	17145
+contig	Zv9_NA606	17139
+contig	Zv9_NA216	17117
+contig	Zv9_NA482	17061
+contig	Zv9_NA425	17027
+contig	Zv9_NA853	16938
+contig	Zv9_NA298	16921
+contig	Zv9_NA911	16801
+contig	Zv9_NA45	16781
+contig	Zv9_NA366	16690
+contig	Zv9_NA471	16672
+chromosome	chrM	16596
+contig	Zv9_NA456	16564
+contig	Zv9_NA575	16560
+contig	Zv9_NA445	16544
+contig	Zv9_NA14	16517
+contig	Zv9_NA763	16505
+contig	Zv9_NA32	16487
+contig	Zv9_NA638	16452
+contig	Zv9_NA465	16386
+contig	Zv9_NA852	16373
+contig	Zv9_NA441	16312
+contig	Zv9_NA150	16306
+contig	Zv9_NA111	16298
+contig	Zv9_NA19	16275
+contig	Zv9_NA412	16251
+contig	Zv9_NA483	16238
+contig	Zv9_NA711	16171
+contig	Zv9_NA348	16143
+contig	Zv9_NA648	16134
+contig	Zv9_NA543	16101
+contig	Zv9_NA794	16060
+contig	Zv9_NA2	16058
+contig	Zv9_NA942	16044
+contig	Zv9_NA117	16041
+contig	Zv9_NA869	16026
+contig	Zv9_NA166	16018
+contig	Zv9_NA616	15977
+contig	Zv9_NA626	15975
+contig	Zv9_NA582	15907
+contig	Zv9_NA134	15848
+contig	Zv9_NA96	15815
+contig	Zv9_NA801	15811
+contig	Zv9_NA556	15807
+contig	Zv9_NA26	15782
+contig	Zv9_NA550	15747
+contig	Zv9_NA85	15739
+contig	Zv9_NA141	15732
+contig	Zv9_NA585	15639
+contig	Zv9_NA310	15572
+contig	Zv9_NA718	15513
+contig	Zv9_NA391	15497
+contig	Zv9_NA169	15454
+contig	Zv9_NA62	15451
+contig	Zv9_NA644	15380
+contig	Zv9_NA82	15371
+contig	Zv9_NA469	15354
+contig	Zv9_NA5	15341
+contig	Zv9_NA829	15325
+contig	Zv9_NA603	15215
+contig	Zv9_NA837	15190
+contig	Zv9_NA94	15103
+contig	Zv9_NA667	15093
+contig	Zv9_NA588	15084
+contig	Zv9_NA71	15078
+contig	Zv9_NA365	15053
+contig	Zv9_NA634	15053
+contig	Zv9_NA893	15043
+contig	Zv9_NA661	14997
+contig	Zv9_NA413	14974
+contig	Zv9_NA362	14960
+contig	Zv9_NA633	14951
+contig	Zv9_NA795	14844
+contig	Zv9_NA102	14832
+contig	Zv9_NA116	14804
+contig	Zv9_NA207	14752
+contig	Zv9_NA312	14703
+contig	Zv9_NA143	14664
+contig	Zv9_NA83	14644
+contig	Zv9_NA594	14640
+contig	Zv9_NA673	14614
+contig	Zv9_NA358	14598
+contig	Zv9_NA674	14586
+contig	Zv9_NA16	14579
+contig	Zv9_NA778	14570
+contig	Zv9_NA381	14544
+contig	Zv9_NA453	14532
+contig	Zv9_NA326	14527
+contig	Zv9_NA364	14425
+contig	Zv9_NA938	14383
+contig	Zv9_NA526	14376
+contig	Zv9_NA205	14336
+contig	Zv9_NA245	14297
+contig	Zv9_NA393	14260
+contig	Zv9_NA701	14213
+contig	Zv9_NA700	14191
+contig	Zv9_NA148	14151
+contig	Zv9_NA632	14114
+contig	Zv9_NA780	14103
+contig	Zv9_NA598	14074
+contig	Zv9_NA304	14071
+contig	Zv9_NA90	14065
+contig	Zv9_NA228	14056
+contig	Zv9_NA223	14044
+contig	Zv9_NA707	14003
+contig	Zv9_NA405	13999
+contig	Zv9_NA832	13959
+contig	Zv9_NA307	13949
+contig	Zv9_NA504	13934
+contig	Zv9_NA133	13928
+contig	Zv9_NA860	13902
+contig	Zv9_NA591	13836
+contig	Zv9_NA516	13800
+contig	Zv9_NA599	13722
+contig	Zv9_NA770	13719
+contig	Zv9_NA43	13714
+contig	Zv9_NA225	13632
+contig	Zv9_NA451	13629
+contig	Zv9_NA253	13607
+contig	Zv9_NA316	13588
+contig	Zv9_NA830	13526
+contig	Zv9_NA535	13512
+contig	Zv9_NA846	13510
+contig	Zv9_NA247	13470
+contig	Zv9_NA424	13466
+contig	Zv9_NA249	13433
+contig	Zv9_NA106	13397
+contig	Zv9_NA431	13387
+contig	Zv9_NA572	13385
+contig	Zv9_NA560	13345
+contig	Zv9_NA647	13311
+contig	Zv9_NA839	13309
+contig	Zv9_NA563	13297
+contig	Zv9_NA72	13297
+contig	Zv9_NA149	13273
+contig	Zv9_NA433	13259
+contig	Zv9_NA728	13249
+contig	Zv9_NA703	13237
+contig	Zv9_NA724	13138
+contig	Zv9_NA593	13130
+contig	Zv9_NA222	13102
+contig	Zv9_NA309	13072
+contig	Zv9_NA239	13053
+contig	Zv9_NA190	12998
+contig	Zv9_NA313	12995
+contig	Zv9_NA160	12990
+contig	Zv9_NA128	12948
+contig	Zv9_NA517	12942
+contig	Zv9_NA214	12938
+contig	Zv9_NA744	12932
+contig	Zv9_NA373	12836
+contig	Zv9_NA64	12831
+contig	Zv9_NA201	12817
+contig	Zv9_NA284	12811
+contig	Zv9_NA231	12800
+contig	Zv9_NA966	12799
+contig	Zv9_NA65	12735
+contig	Zv9_NA847	12709
+contig	Zv9_NA480	12701
+contig	Zv9_NA512	12637
+contig	Zv9_NA450	12580
+contig	Zv9_NA643	12561
+contig	Zv9_NA464	12550
+contig	Zv9_NA350	12545
+contig	Zv9_NA430	12500
+contig	Zv9_NA657	12499
+contig	Zv9_NA784	12499
+contig	Zv9_NA182	12483
+contig	Zv9_NA541	12472
+contig	Zv9_NA553	12455
+contig	Zv9_NA991	12451
+contig	Zv9_NA646	12439
+contig	Zv9_NA168	12432
+contig	Zv9_NA777	12430
+contig	Zv9_NA776	12396
+contig	Zv9_NA773	12355
+contig	Zv9_NA739	12323
+contig	Zv9_NA505	12318
+contig	Zv9_NA566	12307
+contig	Zv9_NA402	12262
+contig	Zv9_NA495	12261
+contig	Zv9_NA515	12247
+contig	Zv9_NA716	12245
+contig	Zv9_NA964	12227
+contig	Zv9_NA740	12167
+contig	Zv9_NA13	12144
+contig	Zv9_NA498	12144
+contig	Zv9_NA733	12119
+contig	Zv9_NA755	12115
+contig	Zv9_NA435	12108
+contig	Zv9_NA200	12094
+contig	Zv9_NA699	12094
+contig	Zv9_NA261	12074
+contig	Zv9_NA642	12053
+contig	Zv9_NA147	12046
+contig	Zv9_NA259	12046
+contig	Zv9_NA218	12029
+contig	Zv9_NA380	12028
+contig	Zv9_NA342	12023
+contig	Zv9_NA369	12019
+contig	Zv9_NA432	11996
+contig	Zv9_NA206	11987
+contig	Zv9_NA713	11974
+contig	Zv9_NA793	11974
+contig	Zv9_NA841	11947
+contig	Zv9_NA31	11944
+contig	Zv9_NA826	11944
+contig	Zv9_NA137	11941
+contig	Zv9_NA855	11940
+contig	Zv9_NA321	11925
+contig	Zv9_NA170	11900
+contig	Zv9_NA155	11892
+contig	Zv9_NA252	11887
+contig	Zv9_NA282	11858
+contig	Zv9_NA523	11856
+contig	Zv9_NA113	11849
+contig	Zv9_NA696	11840
+contig	Zv9_NA651	11834
+contig	Zv9_NA652	11830
+contig	Zv9_NA138	11785
+contig	Zv9_NA440	11735
+contig	Zv9_NA557	11730
+contig	Zv9_NA294	11702
+contig	Zv9_NA383	11690
+contig	Zv9_NA809	11627
+contig	Zv9_NA687	11552
+contig	Zv9_NA798	11546
+contig	Zv9_NA658	11539
+contig	Zv9_NA457	11494
+contig	Zv9_NA868	11473
+contig	Zv9_NA590	11460
+contig	Zv9_NA181	11414
+contig	Zv9_NA924	11402
+contig	Zv9_NA448	11399
+contig	Zv9_NA476	11398
+contig	Zv9_NA894	11382
+contig	Zv9_NA211	11298
+contig	Zv9_NA8	11297
+contig	Zv9_NA577	11234
+contig	Zv9_NA161	11232
+contig	Zv9_NA131	11127
+contig	Zv9_NA174	11116
+contig	Zv9_NA768	11084
+contig	Zv9_NA379	11020
+contig	Zv9_NA109	11016
+contig	Zv9_NA87	11002
+contig	Zv9_NA63	10966
+contig	Zv9_NA948	10954
+contig	Zv9_NA420	10930
+contig	Zv9_NA617	10910
+contig	Zv9_NA965	10904
+contig	Zv9_NA30	10762
+contig	Zv9_NA720	10750
+contig	Zv9_NA352	10736
+contig	Zv9_NA368	10626
+contig	Zv9_NA792	10565
+contig	Zv9_NA308	10518
+contig	Zv9_NA226	10512
+contig	Zv9_NA746	10479
+contig	Zv9_NA904	10439
+contig	Zv9_NA690	10411
+contig	Zv9_NA236	10395
+contig	Zv9_NA645	10343
+contig	Zv9_NA198	10341
+contig	Zv9_NA12	10334
+contig	Zv9_NA531	10238
+contig	Zv9_NA76	10220
+contig	Zv9_NA195	10201
+contig	Zv9_NA217	10166
+contig	Zv9_NA898	10149
+contig	Zv9_NA167	10148
+contig	Zv9_NA734	10141
+contig	Zv9_NA992	10131
+contig	Zv9_NA764	10130
+contig	Zv9_NA691	10108
+contig	Zv9_NA619	10081
+contig	Zv9_NA973	10057
+contig	Zv9_NA305	10046
+contig	Zv9_NA528	9984
+contig	Zv9_NA293	9944
+contig	Zv9_NA587	9880
+contig	Zv9_NA44	9871
+contig	Zv9_NA230	9870
+contig	Zv9_NA389	9804
+contig	Zv9_NA607	9792
+contig	Zv9_NA57	9714
+contig	Zv9_NA267	9624
+contig	Zv9_NA825	9590
+contig	Zv9_NA670	9549
+contig	Zv9_NA789	9531
+contig	Zv9_NA23	9515
+contig	Zv9_NA536	9489
+contig	Zv9_NA459	9480
+contig	Zv9_NA489	9450
+contig	Zv9_NA115	9442
+contig	Zv9_NA751	9435
+contig	Zv9_NA790	9429
+contig	Zv9_NA927	9426
+contig	Zv9_NA487	9340
+contig	Zv9_NA831	9332
+contig	Zv9_NA914	9328
+contig	Zv9_NA754	9286
+contig	Zv9_NA910	9279
+contig	Zv9_NA146	9278
+contig	Zv9_NA752	9251
+contig	Zv9_NA579	9245
+contig	Zv9_NA268	9235
+contig	Zv9_NA35	9230
+contig	Zv9_NA544	9167
+contig	Zv9_NA341	9130
+contig	Zv9_NA881	9090
+contig	Zv9_NA129	9079
+contig	Zv9_NA882	8946
+contig	Zv9_NA354	8909
+contig	Zv9_NA781	8817
+contig	Zv9_NA327	8813
+contig	Zv9_NA374	8788
+contig	Zv9_NA172	8720
+contig	Zv9_NA56	8697
+contig	Zv9_NA442	8651
+contig	Zv9_NA508	8540
+contig	Zv9_NA873	8506
+contig	Zv9_NA397	8447
+contig	Zv9_NA234	8389
+contig	Zv9_NA655	8345
+contig	Zv9_NA197	8328
+contig	Zv9_NA610	8176
+contig	Zv9_NA127	8150
+contig	Zv9_NA184	8007
+contig	Zv9_NA974	7997
+contig	Zv9_NA571	7952
+contig	Zv9_NA98	7902
+contig	Zv9_NA581	7798
+contig	Zv9_NA836	7552
+contig	Zv9_NA682	7348
+contig	Zv9_NA888	7339
+contig	Zv9_NA874	7316
+contig	Zv9_NA725	7299
+contig	Zv9_NA215	7091
+contig	Zv9_NA757	6941
+contig	Zv9_NA478	6919
+contig	Zv9_NA886	6767
+contig	Zv9_NA862	6736
+contig	Zv9_NA931	6731
+contig	Zv9_NA985	6726
+contig	Zv9_NA967	6697
+contig	Zv9_NA180	6675
+contig	Zv9_NA50	6674
+contig	Zv9_NA890	6597
+contig	Zv9_NA288	6556
+contig	Zv9_NA684	6489
+contig	Zv9_NA6	6378
+contig	Zv9_NA371	6328
+contig	Zv9_NA925	6296
+contig	Zv9_NA119	6288
+contig	Zv9_NA750	6274
+contig	Zv9_NA411	6273
+contig	Zv9_NA861	6161
+contig	Zv9_NA939	6107
+contig	Zv9_NA260	5952
+contig	Zv9_NA705	5946
+contig	Zv9_NA108	5702
+contig	Zv9_NA843	5690
+contig	Zv9_NA188	5676
+contig	Zv9_NA347	5663
+contig	Zv9_NA666	5580
+contig	Zv9_NA7	5401
+contig	Zv9_NA539	5114
+contig	Zv9_NA884	4454
+contig	Zv9_NA18	4371
+contig	Zv9_NA987	4206
+contig	Zv9_NA978	3784
+contig	Zv9_NA157	3679
+contig	Zv9_NA334	3679
+contig	Zv9_NA891	3607
+contig	Zv9_NA902	3484
+contig	Zv9_NA920	3455
+contig	Zv9_NA877	3381
+contig	Zv9_NA796	3298
+contig	Zv9_NA945	3228
+contig	Zv9_NA946	3086
+contig	Zv9_NA949	3033
+contig	Zv9_NA933	3012
+contig	Zv9_NA951	2975
+contig	Zv9_NA957	2866
+contig	Zv9_NA971	2865
+contig	Zv9_NA960	2671
+contig	Zv9_NA954	2620
+contig	Zv9_NA912	2460
+contig	Zv9_NA712	2434
+contig	Zv9_NA961	2357
+contig	Zv9_NA988	2311
+contig	Zv9_NA977	2246
+contig	Zv9_NA932	2185
+contig	Zv9_NA993	2100
+contig	Zv9_NA943	2065
+contig	Zv9_NA462	2052
+contig	Zv9_NA919	2001
+contig	Zv9_NA165	1990
+contig	Zv9_NA955	1989
+contig	Zv9_NA956	1989
+contig	Zv9_NA989	1920
+contig	Zv9_NA982	1919
+contig	Zv9_NA983	1919
+contig	Zv9_NA909	1916
+contig	Zv9_NA980	1872
+contig	Zv9_NA969	1853
+contig	Zv9_NA981	1813
+contig	Zv9_NA901	1786
+contig	Zv9_NA950	1755
+contig	Zv9_NA984	1745
+contig	Zv9_NA962	1732
+contig	Zv9_NA935	1714
+contig	Zv9_NA976	1692
+contig	Zv9_NA986	1639
+contig	Zv9_NA953	1633
+contig	Zv9_NA941	1591
+contig	Zv9_NA929	1577
+contig	Zv9_NA936	1530
+contig	Zv9_NA975	1452
+contig	Zv9_NA958	1428
+contig	Zv9_NA212	1347
+contig	Zv9_NA979	1346
+contig	Zv9_NA952	1326
+contig	Zv9_NA934	1266
+contig	Zv9_NA944	1251
+contig	Zv9_NA745	1198
+contig	Zv9_NA968	1173
+contig	Zv9_NA959	1142
+contig	Zv9_NA937	1137
+contig	Zv9_NA802	1126
+contig	Zv9_NA1000	942
+contig	Zv9_NA997	650
diff --git a/danRer7/track2Annotation b/danRer7/track2Annotation
new file mode 100644
index 0000000..9ca42e3
--- /dev/null
+++ b/danRer7/track2Annotation
@@ -0,0 +1,120 @@
+GSM500898_4hr_K4_rep1_MA2Cscore	10017,20001,30001
+GSM500899_4hr_K27_rep1_MA2Cscore	10017,20002,30001
+GSM500900_4hr_K36_rep1_MA2Cscore	10017,20003,30001
+GSM500901_4hr_polII_rep1_MA2Cscore	10017,20004,30001
+GSM500902_4hr_K4_rep2_MA2Cscore	10017,20001,30001
+GSM500903_4hr_K36_rep2_MA2Cscore	10017,20002,30001
+GSM500904_4hr_K27_rep2_MA2Cscore	10017,20003,30001
+GSM500905_4hr_polII_rep2_MA2Cscore	10017,20004,30001
+GSM500906_256_K4_MA2Cscore	10012,20001,30001
+GSM500907_256_K27_MA2Cscore	10012,20002,30001
+GSM500908_256_K36_MA2Cscore	10012,20003,30001
+GSM500909_256_polII_MA2Cscore	10012,20004,30001
+GSE26609_H3K4me3_sp_ChIP	10001,20001,30002
+GSE26609_H3K4me2_sp_ChIP	10001,20005,30002
+GSE26609_H3K14ac_sp_ChIP	10001,20006,30002
+GSE26609_H3K27me3_sp_ChIP	10001,20002,30002
+GSE26609_H2AFV_sp_ChIP	10001,20007,30002
+GSE26609_H3K36me3_sp_ChIP	10001,20003,30002
+GSE26609_H3K9me3_sp_ChIP	10001,20008,30002
+GSE26609_sperm_MeDIP	10001,20009,30002
+GSE26609_muscle_MeDIP	10030,20009,30002
+GSM564427_neg_RZN001_score22_zv9_density	10002,20010,30003
+GSM564427_pos_RZN001_score22_zv9_density	10002,20010,30003
+GSM564428_neg_RZN002_score22_zv9_density	10003,20010,30003
+GSM564428_pos_RZN002_score22_zv9_density	10003,20010,30003
+GSM564429_neg_RZN003_score22_zv9_density	10007,20010,30003
+GSM564429_pos_RZN003_score22_zv9_density	10007,20010,30003
+GSM564430_neg_RZN004_score22_zv9_density	10011,20010,30003
+GSM564430_pos_RZN004_score22_zv9_density	10011,20010,30003
+GSM564431_neg_RZN005_score22_zv9_density	10014,20010,30003
+GSM564431_pos_RZN005_score22_zv9_density	10014,20010,30003
+GSM564432_neg_RZN006_score22_zv9_density	10018,20010,30003
+GSM564432_pos_RZN006_score22_zv9_density	10018,20010,30003
+RNA_2-4cell	10004,20010,30001
+RNA_1Kcell	10013,20010,30001
+RNA_dome	10016,20010,30001
+RNA_shield	10020,20010,30001
+RNA_bud	10022,20010,30001
+RNA_28hpf	10024,20010,30001
+RNA_2dpf	10025,20010,30001
+RNA_5dpf	10027,20010,30001
+H3K4me3_shield	10020,20011,30001
+H3K27me3_shield	10020,20012,30001
+ChIP_WCE_shield	10020,20013,30001
+GSM675174_MBT_H3K27me3_1	10014,20002,30004
+GSM675175_MBT_H3K27me3_2	10014,20002,30004
+GSM675176_MBT_H3K36me3_1	10014,20003,30004
+GSM675177_MBT_H3K36me3_2	10014,20003,30004
+GSM675178_MBT_H3K4me3_1	10014,20001,30004
+GSM675179_MBT_H3K4me3_2	10014,20001,30004
+GSM675180_MBT_H3K9me3_1	10014,20008,30004
+GSM675181_MBT_H3K9me3_2	10014,20008,30004
+GSM675182_MBT_polii_1	10014,20004,30004
+GSM675183_MBT_polii_2	10014,20004,30004
+GSM675184_postMBT_H3K27me3_1	10018,20002,30004
+GSM675185_postMBT_H3K27me3_2	10018,20002,30004
+GSM675186_postMBT_H3K36me3_1	10018,20003,30004
+GSM675187_postMBT_H3K36me3_2	10018,20003,30004
+GSM675188_postMBT_H3K4me3_1	10018,20001,30004
+GSM675189_postMBT_H3K4me3_2	10018,20001,30004
+GSM675190_postMBT_H3K9me3_1	10018,20008,30004
+GSM675191_postMBT_H3K9me3_2	10018,20008,30004
+GSM675192_postMBT_polii_1	10018,20004,30004
+GSM675193_postMBT_polii_2	10018,20004,30004
+GSM675194_preMBT_H3K27me3	10012,20002,30004
+GSM675195_preMBT_H3K36me3	10012,20003,30004
+GSM675196_preMBT_H3K4me3	10012,20001,30004
+GSM675197_preMBT_H3K9me3	10012,20008,30004
+GSM675198_preMBT_polii	10012,20004,30004
+GSM813749_H3K4me3_IP_24hpf	10023,20011,30005
+GSM813750_H3K4me3_IP_72hpf	10026,20011,30005
+GSM813751_H3K4me3_IP_Adult	10028,20011,30005
+GSM813752_H3K36me3_IP_24hpf	10023,20014,30005
+GSM813753_H3K36me3_IP_72hpf	10026,20014,30005
+GSM813754_H3K36me3_IP_Adult	10028,20014,30005
+GSM853234_Nanog_3.5hpf	10014,20015,30006
+GSM853235_Nanog_4.5hpf	10017,20015,30006
+GSM853236_Mxtx_4.5hpf	10017,20016,30006
+H3K4me3_dome.norm	10016,20011,30007
+H3K4me3_80epi.norm	10021,20011,30007
+H3K4me3_24hpf.norm	10023,20011,30007
+H3K4me3_48hpf.norm	10025,20011,30007
+H3K4me1_dome.norm	10016,20017,30007
+H3K4me1_80epi.norm	10021,20017,30007
+H3K4me1_24hpf.norm	10023,20017,30007
+H3K4me1_48hpf.norm	10025,20017,30007
+H3K27ac_dome.norm	10016,20018,30007
+H3K27ac_80epi.norm	10021,20018,30007
+H3K27ac_24hpf.norm	10023,20018,30007
+H3K27ac_48hpf.norm	10025,20018,30007
+GSM822655_preMBT_MeDIP_1	10012,20009,30004
+GSM822656_preMBT_MeDIP_2	10012,20009,30004
+GSM822657_MBT_MeDIP_1	10014,20009,30004
+GSM822658_MBT_MeDIP_2	10014,20009,30004
+GSM822659_postMBT_MeDIP_1	10018,20009,30004
+GSM822660_postMBT_MeDIP_2	10018,20009,30004
+GSM822661_ZF4_MeDIP_1	10031,20009,30004
+GSM822662_ZF4_MeDIP_2	10031,20009,30004
+GSM913999_sperm_MeDIP_1	10001,20009,30004
+GSM914000_sperm_MeDIP_2	10001,20009,30004
+GSM914001_emb24h_MeDIP_1	10023,20009,30004
+GSM914002_emb24h_MeDIP_2	10023,20009,30004
+BisSeq01_sperm.bedGraph	10001,20019,30002
+BisSeq02_egg.bedGraph	10002,20019,30002
+BisSeq03_2-16cell.bedGraph	10005,20019,30002
+BisSeq04_64cell.bedGraph	10009,20019,30002
+BisSeq05_256cell.bedGraph	10012,20019,30002
+BisSeq06_sphere.bedGraph	10015,20019,30002
+BisSeq07_muscle.bedGraph	10030,20019,30002
+BisSeq08_sphere_parthenogenesis_control.bedGraph	10015,20019,30002
+BisSeq09_sphere_parthenogenesis_treatment.bedGraph	10015,20019,30002
+GSM1133391_chrall.sperm.bedGraph	10001,20019,30008
+GSM1133392_chrall.egg.bedGraph	10002,20019,30008
+GSM1133393_chrall.16-cell.bedGraph	10006,20019,30008
+GSM1133394_chrall.32-cell.bedGraph	10008,20019,30008
+GSM1133395_chrall.64-cell.bedGraph	10009,20019,30008
+GSM1133396_chrall.128-cell.bedGraph	10010,20019,30008
+GSM1133397_chrall.1k-cell.bedGraph	10013,20019,30008
+GSM1133398_chrall.Germring.bedGraph	10019,20019,30008
+GSM1133399_chrall.testis.bedGraph	10029,20019,30008
diff --git a/danRer7/track2BamInfo b/danRer7/track2BamInfo
new file mode 100644
index 0000000..e69de29
diff --git a/danRer7/track2Categorical b/danRer7/track2Categorical
new file mode 100644
index 0000000..9cfffbb
--- /dev/null
+++ b/danRer7/track2Categorical
@@ -0,0 +1 @@
+rmsk_ensemble	1:['SINE - short interspersed nuclear elements','#cc0000'], 2:['LINE - long interspersed nuclear element','#FF6600'], 3:['LTR - long terminal repeat element','#006600'], 4:['DNA transposon','#4A72E8'], 5:['Simple repeat, micro-satellite','#AB833B'], 7:['Low complexity repeat','#663333'], 6:['Satellite repeat','#660000'], 9:['Other repeats','#488E8E'],8:['RNA repeat','#cc33ff'], 10:['Unknown','#5C5C5C']
diff --git a/danRer7/track2Detail b/danRer7/track2Detail
new file mode 100644
index 0000000..25909de
--- /dev/null
+++ b/danRer7/track2Detail
@@ -0,0 +1,106 @@
+GSM500898_4hr_K4_rep1_MA2Cscore	developmental stage=4hpf (dome/30%); fraction=ChIP (test); antibody=anti-H3K4me3; developmental stage=4hpf (dome/30%); fraction=ChIP (control); antibody=anti-H3
+GSM500899_4hr_K27_rep1_MA2Cscore	developmental stage=4hpf (dome/30%); fraction=ChIP (test); antibody=anti-H3K27me3; developmental stage=4hpf (dome/30%); fraction=ChIP (control); antibody=anti-H3
+GSM500900_4hr_K36_rep1_MA2Cscore	developmental stage=4hpf (dome/30%); fraction=ChIP (test); antibody=anti-H3K36me3; developmental stage=4hpf (dome/30%); fraction=ChIP (control); antibody=anti-H3
+GSM500901_4hr_polII_rep1_MA2Cscore	developmental stage=4hpf (dome/30%); fraction=ChIP (test); antibody=anti-PolII; developmental stage=4hpf (dome/30%); fraction=Input; antibody=none
+GSM500902_4hr_K4_rep2_MA2Cscore	developmental stage=4hpf (dome/30%); fraction=ChIP (test); antibody=anti-H3K4me3; developmental stage=4hpf (dome/30%); fraction=ChIP (control); antibody=anti-H3
+GSM500903_4hr_K36_rep2_MA2Cscore	developmental stage=4hpf (dome/30%); fraction=ChIP (test); antibody=anti-H3K27me3; developmental stage=4hpf (dome/30%); fraction=ChIP (control); antibody=anti-H3
+GSM500904_4hr_K27_rep2_MA2Cscore	developmental stage=4hpf (dome/30%); fraction=ChIP (test); antibody=anti-H3K36me3; developmental stage=4hpf (dome/30%); fraction=ChIP (control); antibody=anti-H3
+GSM500905_4hr_polII_rep2_MA2Cscore	developmental stage=4hpf (dome/30%); fraction=ChIP (test); antibody=anti-PolII; developmental stage=4hpf (dome/30%); fraction=Input; antibody=none
+GSM500906_256_K4_MA2Cscore	developmental stage=256 cell; fraction=ChIP (test); antibody=anti-H3K4me3; developmental stage=256 cell; fraction=ChIP (control); antibody=anti-H3
+GSM500907_256_K27_MA2Cscore	developmental stage=256 cell; fraction=ChIP (test); antibody=anti-H3K27me3; developmental stage=256 cell; fraction=ChIP (control); antibody=anti-H3
+GSM500908_256_K36_MA2Cscore	developmental stage=256 cell; fraction=ChIP (test); antibody=anti-H3K36me3; developmental stage=256 cell; fraction=ChIP (control); antibody=anti-H3
+GSM500909_256_polII_MA2Cscore	developmental stage=256 cell; fraction=ChIP (test); antibody=anti-PolII; developmental stage=256 cell; fraction=Input; antibody=none
+GSE26609_H3K4me3_sp_ChIP	GSE=GSE26609; PMID=21383318
+GSM564427_neg_RZN001_score22_zv9_density	background=AB, wild type; developmental stage=unfertilized eggs
+GSM564428_neg_RZN002_score22_zv9_density	background=AB, wild type; developmental stage=just fertilized one cell embryos
+GSM564429_neg_RZN003_score22_zv9_density	background=AB, wild type; developmental stage=mixure of 16/32 cell embryos
+GSM564430_neg_RZN004_score22_zv9_density	background=AB, wild type; developmental stage=mixure of 128/256 cell embryos
+GSM564431_neg_RZN005_score22_zv9_density	background=AB, wild type; developmental stage=MBT stage embryo (3.5hpf)
+GSM564432_neg_RZN006_score22_zv9_density	background=AB, wild type; developmental stage=post-MBT stage embryo (5.3hpf)
+RNA_2-4cell	tissue=embryo; developmental stage=embryogenesis: 2-4 cell stage; average insert size (fragment length)=710.502832; stdev for insert size=1336.039246
+RNA_1Kcell	tissue=embryo; developmental stage=embryogenesis: 1K cell stage; average insert size (fragment length)=725.22487; stdev for insert size=1421.948
+RNA_dome	tissue=embryo; developmental stage=embryogenesis: dome stage; average insert size (fragment length)=663.190661; stdev for insert size=1281.290866
+RNA_shield	tissue=embryo; developmental stage=embryogenesis: shield stage; average insert size (fragment length)=297.987328; stdev for insert size=154.825595
+RNA_bud	tissue=embryo; developmental stage=embryogenesis: bud stage; average insert size (fragment length)=606.819125; stdev for insert size=1119.538881
+RNA_28hpf	tissue=embryo; developmental stage=embryogenesis: 28 hpf stage; average insert size (fragment length)=627.757794; stdev for insert size=1180.386961
+RNA_2dpf	tissue=embryo; developmental stage=embryogenesis: 2 dpf stage; average insert size (fragment length)=610.692695; stdev for insert size=1125.321887
+RNA_5dpf	tissue=embryo; developmental stage=embryogenesis: 5 dpf stage; average insert size (fragment length)=1287.552595; stdev for insert size=1824.757762
+H3K4me3_shield	developmental stage=embryo; embryogenesis stage=shield; chip antibody=Anti-trimethyl-Histone H3 (Lys4); chip antibody vendor=Millipore; chip antibody catalog number=#07-473
+H3K27me3_shield	developmental stage=embryo; embryogenesis stage=shield; chip antibody=Anti-trimethyl-Histone H3 (Lys27); chip antibody vendor=Millipore; chip antibody catalog number=#07-449
+ChIP_WCE_shield	developmental stage=embryo; embryogenesis stage=shield
+GSM675174_MBT_H3K27me3_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=H3K27me3; vendor=Millipore 07-449; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675175_MBT_H3K27me3_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=H3K27me3; vendor=Millipore 07-449; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675176_MBT_H3K36me3_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=H3K36me3; vendor=Diagenode pAb-058-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675177_MBT_H3K36me3_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=H3K36me3; vendor=Diagenode pAb-058-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675178_MBT_H3K4me3_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=H3K4me3; vendor=Diagenode pAb-003-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675179_MBT_H3K4me3_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=H3K4me3; vendor=Diagenode pAb-003-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675180_MBT_H3K9me3_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=H3K9me3; vendor=Diagenode pAb-056-50; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675181_MBT_H3K9me3_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=H3K9me3; vendor=Diagenode pAb-056-50; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675182_MBT_polii_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=RNA Pol II; vendor=Santa Cruz sc-899; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675183_MBT_polii_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; chip antibody=RNA Pol II; vendor=Santa Cruz sc-899; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none
+GSM675184_postMBT_H3K27me3_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=H3K27me3; vendor=Millipore 07-449; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675185_postMBT_H3K27me3_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=H3K27me3; vendor=Millipore 07-449; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675186_postMBT_H3K36me3_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=H3K36me3; vendor=Diagenode pAb-058-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675187_postMBT_H3K36me3_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=H3K36me3; vendor=Diagenode pAb-058-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675188_postMBT_H3K4me3_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=H3K4me3; vendor=Diagenode pAb-003-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675189_postMBT_H3K4me3_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=H3K4me3; vendor=Diagenode pAb-003-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675190_postMBT_H3K9me3_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=H3K9me3; vendor=Diagenode pAb-056-50; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675191_postMBT_H3K9me3_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=H3K9me3; vendor=Diagenode pAb-056-50; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675192_postMBT_polii_1	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=RNA Pol II; vendor=Santa Cruz sc-899; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675193_postMBT_polii_2	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; chip antibody=RNA Pol II; vendor=Santa Cruz sc-899; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none
+GSM675194_preMBT_H3K27me3	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; chip antibody=H3K27me3; vendor=Millipore 07-449; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; antibody=none
+GSM675195_preMBT_H3K36me3	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; chip antibody=H3K36me3; vendor=Diagenode pAb-058-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; antibody=none
+GSM675196_preMBT_H3K4me3	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; chip antibody=H3K4me3; vendor=Diagenode pAb-003-050; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; antibody=none
+GSM675197_preMBT_H3K9me3	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; chip antibody=H3K9me3; vendor=Diagenode pAb-056-50; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; antibody=none
+GSM675198_preMBT_polii	cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; chip antibody=RNA Pol II; vendor=Santa Cruz sc-899; cell type=Embryonic cells; source=AB strain zebrafish embryos; developmental stage=preMBT, 2.5 hpf, 256-cell stage; antibody=none
+GSM813749_H3K4me3_IP_24hpf	tissue=whole embryo; developmental stage=24 hours post fertilization; genotype=wt; antibody=anti-H3K4me3; antibody manufacturer=Abcam; antibody catalog #=ab8580
+GSM813750_H3K4me3_IP_72hpf	tissue=whole embryo; developmental stage=72 hours post fertilization; genotype=wt; antibody=anti-H3K4me3; antibody manufacturer=Abcam; antibody catalog #=ab8580
+GSM813751_H3K4me3_IP_Adult	tissue=whole adult; developmental stage=mixed gender adults; genotype=wt; antibody=anti-H3K4me3; antibody manufacturer=Abcam; antibody catalog #=ab8580
+GSM813752_H3K36me3_IP_24hpf	tissue=whole embryo; developmental stage=24 hours post fertilization; genotype=wt; antibody=anti-H3K36me3; antibody manufacturer=Abcam; antibody catalog #=ab9050
+GSM813753_H3K36me3_IP_72hpf	tissue=whole embryo; developmental stage=72 hours post fertilization; genotype=wt; antibody=anti-H3K36me3; antibody manufacturer=Abcam; antibody catalog #=ab9050
+GSM813754_H3K36me3_IP_Adult	tissue=whole adult; developmental stage=mixed gender adults; genotype=wt; antibody=anti-H3K36me3; antibody manufacturer=Abcam; antibody catalog #=ab9050
+GSM853234_Nanog_3.5hpf	tissue=embryos; developmental stage=3.5hpf; strain=TU; chip antibody=Myc; binding site=Nanog-like
+GSM853235_Nanog_4.5hpf	tissue=embryos; developmental stage=4.5hpf; strain=TU; chip antibody=Myc; binding site=Nanog-like
+GSM853236_Mxtx_4.5hpf	tissue=embryos; developmental stage=4.5hpf; strain=TU; chip antibody=Myc; binding site=Mxtx2
+H3K4me3_dome.norm	tissue=whole embryo; developmental stage=dome; antibody=H3K4me3; antibody vendor=Diagenode; antibody catalog=pAb-003-050; antibody batch=A3152-001P
+H3K4me3_80epi.norm	tissue=whole embryo; developmental stage=80% epiboly; antibody=H3K4me3; antibody vendor=Diagenode; antibody catalog=pAb-003-050; antibody batch=A3152-001P
+H3K4me3_24hpf.norm	tissue=whole embryo; developmental stage=24hpf; antibody=H3K4me3; antibody vendor=Diagenode; antibody catalog=pAb-003-050; antibody batch=A3152-001P
+H3K4me3_48hpf.norm	tissue=whole embryo; developmental stage=48hpf; antibody=H3K4me3; antibody vendor=Diagenode; antibody catalog=pAb-003-050; antibody batch=A3152-001P
+H3K4me1_dome.norm	tissue=whole embryo; developmental stage=dome; antibody=H3K4me1; antibody vendor=Diagenode; antibody catalog=CS-037-100; antibody batch=A399-001
+H3K4me1_80epi.norm	tissue=whole embryo; developmental stage=80% epiboly; antibody=H3K4me1; antibody vendor=Diagenode; antibody catalog=CS-037-100; antibody batch=A399-001
+H3K4me1_24hpf.norm	tissue=whole embryo; developmental stage=24hpf; antibody=H3K4me1; antibody vendor=Diagenode; antibody catalog=CS-037-100; antibody batch=A399-001
+H3K4me1_48hpf.norm	tissue=whole embryo; developmental stage=48hpf; antibody=H3K4me1; antibody vendor=Diagenode; antibody catalog=CS-037-100; antibody batch=A399-001
+H3K27ac_dome.norm	tissue=whole embryo; developmental stage=dome; antibody=H3K27ac; antibody=Abcam; antibody catalog=ab4729; antibody batch=GR6802
+H3K27ac_80epi.norm	tissue=whole embryo; developmental stage=80% epiboly; antibody=H3K27ac; antibody=Abcam; antibody catalog=ab4729; antibody batch=GR6802
+H3K27ac_24hpf.norm	tissue=whole embryo; developmental stage=24hpf; antibody=H3K27ac; antibody=Abcam; antibody catalog=ab4729; antibody batch=GR6802
+H3K27ac_48hpf.norm	tissue=whole embryo; developmental stage=48hpf; antibody=H3K27ac; antibody=Abcam; antibody catalog=ab4729; antibody batch=GR6802
+GSM822655_preMBT_MeDIP_1	cell type=Embryonic cells; strain=AB; developmental stage=preMBT, 2.5 hpf, 256-cell stage; antibody=Anti-5-methylcytosine antibody (10 ng/µl); antibody catalog#=Mab-006-100; antibody vendor=Diagenode; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.; cell type=Embryonic cells; strain=AB; developmental stage=preMBT, 2.5 hpf, 256-cell stage; antibody=none, input; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.
+GSM822656_preMBT_MeDIP_2	cell type=Embryonic cells; strain=AB; developmental stage=preMBT, 2.5 hpf, 256-cell stage; antibody=Anti-5-methylcytosine antibody (10 ng/µl); antibody catalog#=Mab-006-100; antibody vendor=Diagenode; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.; cell type=Embryonic cells; strain=AB; developmental stage=preMBT, 2.5 hpf, 256-cell stage; antibody=none, input; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.
+GSM822657_MBT_MeDIP_1	cell type=Embryonic cells; strain=AB; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=Anti-5-methylcytosine antibody (10 ng/µl); antibody catalog#=Mab-006-100; antibody vendor=Diagenode; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.; cell type=Embryonic cells; strain=AB; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none, input; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.
+GSM822658_MBT_MeDIP_2	cell type=Embryonic cells; strain=AB; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=Anti-5-methylcytosine antibody (10 ng/µl); antibody catalog#=Mab-006-100; antibody vendor=Diagenode; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.; cell type=Embryonic cells; strain=AB; developmental stage=MBT, 3.5 hpf, 1000+-cell stage; antibody=none, input; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.
+GSM822659_postMBT_MeDIP_1	cell type=Embryonic cells; strain=AB; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=Anti-5-methylcytosine antibody (10 ng/µl); antibody catalog#=Mab-006-100; antibody vendor=Diagenode; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.; cell type=Embryonic cells; strain=AB; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none, input; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.
+GSM822660_postMBT_MeDIP_2	cell type=Embryonic cells; strain=AB; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=Anti-5-methylcytosine antibody (10 ng/µl); antibody catalog#=Mab-006-100; antibody vendor=Diagenode; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.; cell type=Embryonic cells; strain=AB; developmental stage=postMBT, 5.3 hpf, 50% epiboly; antibody=none, input; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.
+GSM822661_ZF4_MeDIP_1	cell line=ZF4; biomaterial provider=American Type Culture Collection; developmental stage=Embryo; antibody=Anti-5-methylcytosine antibody (10 ng/µl); antibody catalog#=Mab-006-100; antibody vendor=Diagenode; sample preparation protocol=Cells were harvesdted by trypsination and flash frozen in liq. N2 as dry pellets; cell line=ZF4; biomaterial provider=American Type Culture Collection; developmental stage=Embryo; antibody=none, input; sample preparation protocol=Cells were harvesdted by trypsination and flash frozen in liq. N2 as dry pellets
+GSM822662_ZF4_MeDIP_2	cell line=ZF4; biomaterial provider=American Type Culture Collection; developmental stage=Embryo; antibody=Anti-5-methylcytosine antibody (10 ng/µl); antibody catalog#=Mab-006-100; antibody vendor=Diagenode; sample preparation protocol=Cells were harvesdted by trypsination and flash frozen in liq. N2 as dry pellets; cell line=ZF4; biomaterial provider=American Type Culture Collection; developmental stage=Embryo; antibody=none, input; sample preparation protocol=Cells were harvesdted by trypsination and flash frozen in liq. N2 as dry pellets
+GSM913999_sperm_MeDIP_1	cell type=Sperm; strain=AB; developmental stage=Sperm [from adult males]; medip antibody=Anti-5-methylcytosine antibody (10 ng/µl); medip antibody catalog#=Mab-006-100; medip antibody vendor=Diagenode; sample preparation protocol=Zebrafish males were starved for 24 hrs and anesthetized in fish water with 0.016% tricaine (Sigma, Cat. No A-5040) immediately before sperm collection. Sperm was obtained with a capillary tube under gentle suction and flash frozen in liq. N2. Prior to DNA isolation, sperm was washed three times in T10N150E10 buffer (10 mM Tris-HCl pH 7.8, 150 mM NaCl,10 mM EDTA pH 8.0); cell type=Sperm; strain=AB; developmental stage=Sperm [from adult males]; antibody=none, input; sample preparation protocol=Zebrafish males were starved for 24 hrs and anesthetized in fish water with 0.016% tricaine (Sigma, Cat. No A-5040) immediately before sperm collection. Sperm was obtained with a capillary tube under gentle suction and flash frozen in liq. N2. Prior to DNA isolation, sperm was washed three times in T10N150E10 buffer (10 mM Tris-HCl pH 7.8, 150 mM NaCl,10 mM EDTA pH 8.0)
+GSM914000_sperm_MeDIP_2	cell type=Sperm; strain=AB; developmental stage=Sperm [from adult males]; medip antibody=Anti-5-methylcytosine antibody (10 ng/µl); medip antibody catalog#=Mab-006-100; medip antibody vendor=Diagenode; sample preparation protocol=Zebrafish males were starved for 24 hrs and anesthetized in fish water with 0.016% tricaine (Sigma, Cat. No A-5040) immediately before sperm collection. Sperm was obtained with a capillary tube under gentle suction and flash frozen in liq. N2. Prior to DNA isolation, sperm was washed three times in T10N150E10 buffer (10 mM Tris-HCl pH 7.8, 150 mM NaCl,10 mM EDTA pH 8.0); cell type=Sperm; strain=AB; developmental stage=Sperm [from adult males]; antibody=none, input; sample preparation protocol=Zebrafish males were starved for 24 hrs and anesthetized in fish water with 0.016% tricaine (Sigma, Cat. No A-5040) immediately before sperm collection. Sperm was obtained with a capillary tube under gentle suction and flash frozen in liq. N2. Prior to DNA isolation, sperm was washed three times in T10N150E10 buffer (10 mM Tris-HCl pH 7.8, 150 mM NaCl,10 mM EDTA pH 8.0)
+GSM914001_emb24h_MeDIP_1	cell type=Embryonic cells; strain=AB; developmental stage=24 hpf embryo, pharyngula stage; medip antibody=Anti-5-methylcytosine antibody (10 ng/µl); medip antibody catalog#=Mab-006-100; medip antibody vendor=Diagenode; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.; cell type=Embryonic cells; strain=AB; developmental stage=24 hpf embryo, pharyngula stage; antibody=none, input; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.
+GSM914002_emb24h_MeDIP_2	cell type=Embryonic cells; strain=AB; developmental stage=24 hpf embryo, pharyngula stage; medip antibody=Anti-5-methylcytosine antibody (10 ng/µl); medip antibody catalog#=Mab-006-100; medip antibody vendor=Diagenode; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.; cell type=Embryonic cells; strain=AB; developmental stage=24 hpf embryo, pharyngula stage; antibody=none, input; sample preparation protocol=Chorions were removed with 1 mg/ml pronase and embryos washed in egg water. Yolk proteins were removed in a de-yolking buffer, embryos were sedimented and flash-frozen.
+BisSeq01_sperm.bedGraph	SRX=SRX257162
+BisSeq02_egg.bedGraph	SRX=SRX257163
+BisSeq03_2-16cell.bedGraph	SRX=SRX257164
+BisSeq04_64cell.bedGraph	SRX=SRX257166
+BisSeq05_256cell.bedGraph	SRX=SRX257168
+BisSeq06_sphere.bedGraph	SRX=SRX257169
+BisSeq07_muscle.bedGraph	SRX=SRX257172
+BisSeq08_sphere_parthenogenesis_control.bedGraph	SRX=SRX257193
+BisSeq09_sphere_parthenogenesis_treatment.bedGraph	SRX=SRX257188
+GSM1133391_chrall.sperm.bedGraph	cell type=sperm; developmental stage=gamete; stain=Tubingen; library strategy=BS-Seq
+GSM1133392_chrall.egg.bedGraph	cell type=egg; developmental stage=gamete; stain=Tubingen; library strategy=BS-Seq
+GSM1133393_chrall.16-cell.bedGraph	cell type=16-cell; developmental stage=embryo; stain=Tubingen; library strategy=BS-Seq
+GSM1133394_chrall.32-cell.bedGraph	cell type=32-cell; developmental stage=embryo; stain=Tubingen; library strategy=BS-Seq
+GSM1133395_chrall.64-cell.bedGraph	cell type=64-cell; developmental stage=embryo; stain=Tubingen; library strategy=BS-Seq
+GSM1133396_chrall.128-cell.bedGraph	cell type=128-cell; developmental stage=embryo; stain=Tubingen; library strategy=BS-Seq
+GSM1133397_chrall.1k-cell.bedGraph	cell type=1k-cell; developmental stage=embryo; stain=Tubingen; library strategy=BS-Seq
+GSM1133398_chrall.Germring.bedGraph	cell type=Germring; developmental stage=embryo; stain=Tubingen; library strategy=BS-Seq
+GSM1133399_chrall.testis.bedGraph	cell type=testis; developmental stage=organ; stain=Tubingen; library strategy=BS-Seq
diff --git a/danRer7/track2Ft b/danRer7/track2Ft
new file mode 100644
index 0000000..bb36ee4
--- /dev/null
+++ b/danRer7/track2Ft
@@ -0,0 +1,120 @@
+GSM500898_4hr_K4_rep1_MA2Cscore	2
+GSM500899_4hr_K27_rep1_MA2Cscore	2
+GSM500900_4hr_K36_rep1_MA2Cscore	2
+GSM500901_4hr_polII_rep1_MA2Cscore	2
+GSM500902_4hr_K4_rep2_MA2Cscore	2
+GSM500903_4hr_K36_rep2_MA2Cscore	2
+GSM500904_4hr_K27_rep2_MA2Cscore	2
+GSM500905_4hr_polII_rep2_MA2Cscore	2
+GSM500906_256_K4_MA2Cscore	2
+GSM500907_256_K27_MA2Cscore	2
+GSM500908_256_K36_MA2Cscore	2
+GSM500909_256_polII_MA2Cscore	2
+GSE26609_H3K4me3_sp_ChIP	2
+GSE26609_H3K4me2_sp_ChIP	2
+GSE26609_H3K14ac_sp_ChIP	2
+GSE26609_H3K27me3_sp_ChIP	2
+GSE26609_H2AFV_sp_ChIP	2
+GSE26609_H3K36me3_sp_ChIP	2
+GSE26609_H3K9me3_sp_ChIP	2
+GSE26609_sperm_MeDIP	2
+GSE26609_muscle_MeDIP	2
+GSM564427_neg_RZN001_score22_zv9_density	2
+GSM564427_pos_RZN001_score22_zv9_density	2
+GSM564428_neg_RZN002_score22_zv9_density	2
+GSM564428_pos_RZN002_score22_zv9_density	2
+GSM564429_neg_RZN003_score22_zv9_density	2
+GSM564429_pos_RZN003_score22_zv9_density	2
+GSM564430_neg_RZN004_score22_zv9_density	2
+GSM564430_pos_RZN004_score22_zv9_density	2
+GSM564431_neg_RZN005_score22_zv9_density	2
+GSM564431_pos_RZN005_score22_zv9_density	2
+GSM564432_neg_RZN006_score22_zv9_density	2
+GSM564432_pos_RZN006_score22_zv9_density	2
+RNA_2-4cell	2
+RNA_1Kcell	2
+RNA_dome	2
+RNA_shield	2
+RNA_bud	2
+RNA_28hpf	2
+RNA_2dpf	2
+RNA_5dpf	2
+H3K4me3_shield	2
+H3K27me3_shield	2
+ChIP_WCE_shield	2
+GSM675174_MBT_H3K27me3_1	2
+GSM675175_MBT_H3K27me3_2	2
+GSM675176_MBT_H3K36me3_1	2
+GSM675177_MBT_H3K36me3_2	2
+GSM675178_MBT_H3K4me3_1	2
+GSM675179_MBT_H3K4me3_2	2
+GSM675180_MBT_H3K9me3_1	2
+GSM675181_MBT_H3K9me3_2	2
+GSM675182_MBT_polii_1	2
+GSM675183_MBT_polii_2	2
+GSM675184_postMBT_H3K27me3_1	2
+GSM675185_postMBT_H3K27me3_2	2
+GSM675186_postMBT_H3K36me3_1	2
+GSM675187_postMBT_H3K36me3_2	2
+GSM675188_postMBT_H3K4me3_1	2
+GSM675189_postMBT_H3K4me3_2	2
+GSM675190_postMBT_H3K9me3_1	2
+GSM675191_postMBT_H3K9me3_2	2
+GSM675192_postMBT_polii_1	2
+GSM675193_postMBT_polii_2	2
+GSM675194_preMBT_H3K27me3	2
+GSM675195_preMBT_H3K36me3	2
+GSM675196_preMBT_H3K4me3	2
+GSM675197_preMBT_H3K9me3	2
+GSM675198_preMBT_polii	2
+GSM813749_H3K4me3_IP_24hpf	2
+GSM813750_H3K4me3_IP_72hpf	2
+GSM813751_H3K4me3_IP_Adult	2
+GSM813752_H3K36me3_IP_24hpf	2
+GSM813753_H3K36me3_IP_72hpf	2
+GSM813754_H3K36me3_IP_Adult	2
+GSM853234_Nanog_3.5hpf	2
+GSM853235_Nanog_4.5hpf	2
+GSM853236_Mxtx_4.5hpf	2
+H3K4me3_dome.norm	2
+H3K4me3_80epi.norm	2
+H3K4me3_24hpf.norm	2
+H3K4me3_48hpf.norm	2
+H3K4me1_dome.norm	2
+H3K4me1_80epi.norm	2
+H3K4me1_24hpf.norm	2
+H3K4me1_48hpf.norm	2
+H3K27ac_dome.norm	2
+H3K27ac_80epi.norm	2
+H3K27ac_24hpf.norm	2
+H3K27ac_48hpf.norm	2
+GSM822655_preMBT_MeDIP_1	2
+GSM822656_preMBT_MeDIP_2	2
+GSM822657_MBT_MeDIP_1	2
+GSM822658_MBT_MeDIP_2	2
+GSM822659_postMBT_MeDIP_1	2
+GSM822660_postMBT_MeDIP_2	2
+GSM822661_ZF4_MeDIP_1	2
+GSM822662_ZF4_MeDIP_2	2
+GSM913999_sperm_MeDIP_1	2
+GSM914000_sperm_MeDIP_2	2
+GSM914001_emb24h_MeDIP_1	2
+GSM914002_emb24h_MeDIP_2	2
+BisSeq01_sperm.bedGraph	2
+BisSeq02_egg.bedGraph	2
+BisSeq03_2-16cell.bedGraph	2
+BisSeq04_64cell.bedGraph	2
+BisSeq05_256cell.bedGraph	2
+BisSeq06_sphere.bedGraph	2
+BisSeq07_muscle.bedGraph	2
+BisSeq08_sphere_parthenogenesis_control.bedGraph	2
+BisSeq09_sphere_parthenogenesis_treatment.bedGraph	2
+GSM1133391_chrall.sperm.bedGraph	2
+GSM1133392_chrall.egg.bedGraph	2
+GSM1133393_chrall.16-cell.bedGraph	2
+GSM1133394_chrall.32-cell.bedGraph	2
+GSM1133395_chrall.64-cell.bedGraph	2
+GSM1133396_chrall.128-cell.bedGraph	2
+GSM1133397_chrall.1k-cell.bedGraph	2
+GSM1133398_chrall.Germring.bedGraph	2
+GSM1133399_chrall.testis.bedGraph	2
diff --git a/danRer7/track2GEO b/danRer7/track2GEO
new file mode 100644
index 0000000..3340146
--- /dev/null
+++ b/danRer7/track2GEO
@@ -0,0 +1,96 @@
+GSM500898_4hr_K4_rep1_MA2Cscore	GSM500898
+GSM500899_4hr_K27_rep1_MA2Cscore	GSM500899
+GSM500900_4hr_K36_rep1_MA2Cscore	GSM500900
+GSM500901_4hr_polII_rep1_MA2Cscore	GSM500901
+GSM500902_4hr_K4_rep2_MA2Cscore	GSM500902
+GSM500903_4hr_K36_rep2_MA2Cscore	GSM500903
+GSM500904_4hr_K27_rep2_MA2Cscore	GSM500904
+GSM500905_4hr_polII_rep2_MA2Cscore	GSM500905
+GSM500906_256_K4_MA2Cscore	GSM500906
+GSM500907_256_K27_MA2Cscore	GSM500907
+GSM500908_256_K36_MA2Cscore	GSM500908
+GSM500909_256_polII_MA2Cscore	GSM500909
+GSM564427_neg_RZN001_score22_zv9_density	GSM564427
+GSM564428_neg_RZN002_score22_zv9_density	GSM564428
+GSM564429_neg_RZN003_score22_zv9_density	GSM564429
+GSM564430_neg_RZN004_score22_zv9_density	GSM564430
+GSM564431_neg_RZN005_score22_zv9_density	GSM564431
+GSM564432_neg_RZN006_score22_zv9_density	GSM564432
+RNA_2-4cell	GSM831503
+RNA_1Kcell	GSM831505
+RNA_dome	GSM831507
+RNA_shield	GSM831509
+RNA_bud	GSM831512
+RNA_28hpf	GSM831514
+RNA_2dpf	GSM831516
+RNA_5dpf	GSM831518
+H3K4me3_shield	GSM831520
+H3K27me3_shield	GSM831521
+ChIP_WCE_shield	GSM831522
+GSM675174_MBT_H3K27me3_1	GSM675174
+GSM675175_MBT_H3K27me3_2	GSM675175
+GSM675176_MBT_H3K36me3_1	GSM675176
+GSM675177_MBT_H3K36me3_2	GSM675177
+GSM675178_MBT_H3K4me3_1	GSM675178
+GSM675179_MBT_H3K4me3_2	GSM675179
+GSM675180_MBT_H3K9me3_1	GSM675180
+GSM675181_MBT_H3K9me3_2	GSM675181
+GSM675182_MBT_polii_1	GSM675182
+GSM675183_MBT_polii_2	GSM675183
+GSM675184_postMBT_H3K27me3_1	GSM675184
+GSM675185_postMBT_H3K27me3_2	GSM675185
+GSM675186_postMBT_H3K36me3_1	GSM675186
+GSM675187_postMBT_H3K36me3_2	GSM675187
+GSM675188_postMBT_H3K4me3_1	GSM675188
+GSM675189_postMBT_H3K4me3_2	GSM675189
+GSM675190_postMBT_H3K9me3_1	GSM675190
+GSM675191_postMBT_H3K9me3_2	GSM675191
+GSM675192_postMBT_polii_1	GSM675192
+GSM675193_postMBT_polii_2	GSM675193
+GSM675194_preMBT_H3K27me3	GSM675194
+GSM675195_preMBT_H3K36me3	GSM675195
+GSM675196_preMBT_H3K4me3	GSM675196
+GSM675197_preMBT_H3K9me3	GSM675197
+GSM675198_preMBT_polii	GSM675198
+GSM813749_H3K4me3_IP_24hpf	GSM813749
+GSM813750_H3K4me3_IP_72hpf	GSM813750
+GSM813751_H3K4me3_IP_Adult	GSM813751
+GSM813752_H3K36me3_IP_24hpf	GSM813752
+GSM813753_H3K36me3_IP_72hpf	GSM813753
+GSM813754_H3K36me3_IP_Adult	GSM813754
+GSM853234_Nanog_3.5hpf	GSM853234
+GSM853235_Nanog_4.5hpf	GSM853235
+GSM853236_Mxtx_4.5hpf	GSM853236
+H3K4me3_dome.norm	GSM915189
+H3K4me3_80epi.norm	GSM915190
+H3K4me3_24hpf.norm	GSM915191
+H3K4me3_48hpf.norm	GSM915192
+H3K4me1_dome.norm	GSM915193
+H3K4me1_80epi.norm	GSM915194
+H3K4me1_24hpf.norm	GSM915195
+H3K4me1_48hpf.norm	GSM915196
+H3K27ac_dome.norm	GSM915197
+H3K27ac_80epi.norm	GSM915198
+H3K27ac_24hpf.norm	GSM915199
+H3K27ac_48hpf.norm	GSM915200
+GSM822655_preMBT_MeDIP_1	GSM822655
+GSM822656_preMBT_MeDIP_2	GSM822656
+GSM822657_MBT_MeDIP_1	GSM822657
+GSM822658_MBT_MeDIP_2	GSM822658
+GSM822659_postMBT_MeDIP_1	GSM822659
+GSM822660_postMBT_MeDIP_2	GSM822660
+GSM822661_ZF4_MeDIP_1	GSM822661
+GSM822662_ZF4_MeDIP_2	GSM822662
+GSM913999_sperm_MeDIP_1	GSM913999
+GSM914000_sperm_MeDIP_2	GSM914000
+GSM914001_emb24h_MeDIP_1	GSM914001
+GSM914002_emb24h_MeDIP_2	GSM914002
+GSM1133391_chrall.sperm.bedGraph	GSM1133391
+GSM1133392_chrall.egg.bedGraph	GSM1133392
+GSM1133393_chrall.16-cell.bedGraph	GSM1133393
+GSM1133394_chrall.32-cell.bedGraph	GSM1133394
+GSM1133395_chrall.64-cell.bedGraph	GSM1133395
+GSM1133396_chrall.128-cell.bedGraph	GSM1133396
+GSM1133397_chrall.1k-cell.bedGraph	GSM1133397
+GSM1133398_chrall.Germring.bedGraph	GSM1133398
+GSM1133399_chrall.testis.bedGraph	GSM1133399
diff --git a/danRer7/track2Label b/danRer7/track2Label
new file mode 100644
index 0000000..dab1ca7
--- /dev/null
+++ b/danRer7/track2Label
@@ -0,0 +1,120 @@
+GSM500898_4hr_K4_rep1_MA2Cscore	4hpf H3K4me3 (rep1)
+GSM500899_4hr_K27_rep1_MA2Cscore	4hpf H3K27me3 (rep1)
+GSM500900_4hr_K36_rep1_MA2Cscore	4hpf H3K36me3 (rep1)
+GSM500901_4hr_polII_rep1_MA2Cscore	4hpf Pol2 (rep1)
+GSM500902_4hr_K4_rep2_MA2Cscore	4hpf H3K4me3 (rep2)
+GSM500903_4hr_K36_rep2_MA2Cscore	4hpf H3K27me3 (rep2)
+GSM500904_4hr_K27_rep2_MA2Cscore	4hpf H3K36me3 (rep2)
+GSM500905_4hr_polII_rep2_MA2Cscore	4hpf Pol2 (rep2)
+GSM500906_256_K4_MA2Cscore	256cell H3K4me3
+GSM500907_256_K27_MA2Cscore	256cell H3K27me3
+GSM500908_256_K36_MA2Cscore	256cell H3K36me3
+GSM500909_256_polII_MA2Cscore	256cell Pol2
+GSE26609_H3K4me3_sp_ChIP	sperm H3K4me3
+GSE26609_H3K4me2_sp_ChIP	sperm H3K4me2
+GSE26609_H3K14ac_sp_ChIP	sperm H3K14ac
+GSE26609_H3K27me3_sp_ChIP	sperm H3K27me3
+GSE26609_H2AFV_sp_ChIP	sperm H2AFV
+GSE26609_H3K36me3_sp_ChIP	sperm H3K36me3
+GSE26609_H3K9me3_sp_ChIP	sperm H3K9me3
+GSE26609_sperm_MeDIP	sperm MeDIP-chip
+GSE26609_muscle_MeDIP	muscle MeDIP-chip
+GSM564427_neg_RZN001_score22_zv9_density	Maternal RNA-seq (neg)
+GSM564427_pos_RZN001_score22_zv9_density	Maternal RNA-seq (pos)
+GSM564428_neg_RZN002_score22_zv9_density	1cell RNA-seq (neg)
+GSM564428_pos_RZN002_score22_zv9_density	1cell RNA-seq (pos)
+GSM564429_neg_RZN003_score22_zv9_density	16-32cell RNA-seq (neg)
+GSM564429_pos_RZN003_score22_zv9_density	16-32cell RNA-seq (pos)
+GSM564430_neg_RZN004_score22_zv9_density	128-256cell RNA-seq (neg)
+GSM564430_pos_RZN004_score22_zv9_density	128-256cell RNA-seq (pos)
+GSM564431_neg_RZN005_score22_zv9_density	3.5hpf RNA-seq (neg)
+GSM564431_pos_RZN005_score22_zv9_density	3.5hpf RNA-seq (pos)
+GSM564432_neg_RZN006_score22_zv9_density	5.3hpf RNA-seq (neg)
+GSM564432_pos_RZN006_score22_zv9_density	5.3hpf RNA-seq (pos)
+RNA_2-4cell	2-4cell RNA-seq
+RNA_1Kcell	1Kcell RNA-seq
+RNA_dome	Dome RNA-seq
+RNA_shield	Shield RNA-seq
+RNA_bud	Bud RNA-seq
+RNA_28hpf	28hpf RNA-seq
+RNA_2dpf	2dpf RNA-seq
+RNA_5dpf	5dpf RNA-seq
+H3K4me3_shield	Shield H3K4me3
+H3K27me3_shield	Shield H3K27me3
+ChIP_WCE_shield	Shield Input
+GSM675174_MBT_H3K27me3_1	High H3K27me3 (rep1)
+GSM675175_MBT_H3K27me3_2	High H3K27me3 (rep2)
+GSM675176_MBT_H3K36me3_1	High H3K36me3 (rep1)
+GSM675177_MBT_H3K36me3_2	High H3K36me3 (rep2)
+GSM675178_MBT_H3K4me3_1	High H3K4me3 (rep1)
+GSM675179_MBT_H3K4me3_2	High H3K4me3 (rep2)
+GSM675180_MBT_H3K9me3_1	High H3K9me3 (rep1)
+GSM675181_MBT_H3K9me3_2	High H3K9me3 (rep2)
+GSM675182_MBT_polii_1	High Pol2 (rep1)
+GSM675183_MBT_polii_2	High Pol2 (rep2)
+GSM675184_postMBT_H3K27me3_1	50%epiboly H3K27me3 (rep1)
+GSM675185_postMBT_H3K27me3_2	50%epiboly H3K27me3 (rep2)
+GSM675186_postMBT_H3K36me3_1	50%epiboly H3K36me3 (rep1)
+GSM675187_postMBT_H3K36me3_2	50%epiboly H3K36me3 (rep2)
+GSM675188_postMBT_H3K4me3_1	50%epiboly H3K4me3 (rep1)
+GSM675189_postMBT_H3K4me3_2	50%epiboly H3K4me3 (rep2)
+GSM675190_postMBT_H3K9me3_1	50%epiboly H3K9me3 (rep1)
+GSM675191_postMBT_H3K9me3_2	50%epiboly H3K9me3 (rep2)
+GSM675192_postMBT_polii_1	50%epiboly Pol2 (rep1)
+GSM675193_postMBT_polii_2	50%epiboly Pol2 (rep2)
+GSM675194_preMBT_H3K27me3	256cell H3K27me3
+GSM675195_preMBT_H3K36me3	256cell H3K36me3
+GSM675196_preMBT_H3K4me3	256cell H3K4me3
+GSM675197_preMBT_H3K9me3	256cell H3K9me3
+GSM675198_preMBT_polii	256cell Pol2
+GSM813749_H3K4me3_IP_24hpf	24hpf H3K4me3
+GSM813750_H3K4me3_IP_72hpf	72hpf H3K4me3
+GSM813751_H3K4me3_IP_Adult	Adult H3K4me3
+GSM813752_H3K36me3_IP_24hpf	24hpf H3K36me3
+GSM813753_H3K36me3_IP_72hpf	72hpf H3K36me3
+GSM813754_H3K36me3_IP_Adult	Adult H3K36me3
+GSM853234_Nanog_3.5hpf	3.5hpf Nanog-like
+GSM853235_Nanog_4.5hpf	4.5hpf Nanog-like
+GSM853236_Mxtx_4.5hpf	4.5hpf Mxtx2
+H3K4me3_dome.norm	Dome H3K4me3
+H3K4me3_80epi.norm	80%epiboly H3K4me3
+H3K4me3_24hpf.norm	24hpf H3K4me3
+H3K4me3_48hpf.norm	48hpf H3K4me3
+H3K4me1_dome.norm	Dome H3K4me1
+H3K4me1_80epi.norm	80%epiboly H3K4me1
+H3K4me1_24hpf.norm	24hpf H3K4me1
+H3K4me1_48hpf.norm	48hpf H3K4me1
+H3K27ac_dome.norm	Dome H3K27ac
+H3K27ac_80epi.norm	80%epiboly H3K27ac
+H3K27ac_24hpf.norm	24hpf H3K27ac
+H3K27ac_48hpf.norm	48hpf H3K27ac
+GSM822655_preMBT_MeDIP_1	2.5hpf MeDIP-chip (rep1)
+GSM822656_preMBT_MeDIP_2	2.5hpf MeDIP-chip (rep2)
+GSM822657_MBT_MeDIP_1	3.5hpf MeDIP-chip (rep1)
+GSM822658_MBT_MeDIP_2	3.5hpf MeDIP-chip (rep2)
+GSM822659_postMBT_MeDIP_1	5.3hpf MeDIP-chip (rep1)
+GSM822660_postMBT_MeDIP_2	5.3hpf MeDIP-chip (rep2)
+GSM822661_ZF4_MeDIP_1	ZF4 MeDIP-chip (rep1)
+GSM822662_ZF4_MeDIP_2	ZF4 MeDIP-chip (rep2)
+GSM913999_sperm_MeDIP_1	sperm MeDIP-chip (rep1)
+GSM914000_sperm_MeDIP_2	sperm MeDIP-chip (rep2)
+GSM914001_emb24h_MeDIP_1	24hpf MeDIP-chip (rep1)
+GSM914002_emb24h_MeDIP_2	24hpf MeDIP-chip (rep2)
+BisSeq01_sperm.bedGraph	Sperm MethylC-seq
+BisSeq02_egg.bedGraph	Egg MethylC-seq
+BisSeq03_2-16cell.bedGraph	2-16cell MethylC-seq
+BisSeq04_64cell.bedGraph	64cell MethylC-seq
+BisSeq05_256cell.bedGraph	256cell MethylC-seq
+BisSeq06_sphere.bedGraph	Sphere MethylC-seq
+BisSeq07_muscle.bedGraph	Muscle MethylC-seq
+BisSeq08_sphere_parthenogenesis_control.bedGraph	Sphere partehnogenesis control MethylC-seq
+BisSeq09_sphere_parthenogenesis_treatment.bedGraph	Sphere partehnogenesis treatment MethylC-seq
+GSM1133391_chrall.sperm.bedGraph	Sperm MethylC-seq
+GSM1133392_chrall.egg.bedGraph	Egg MethylC-seq
+GSM1133393_chrall.16-cell.bedGraph	16cell MethylC-seq
+GSM1133394_chrall.32-cell.bedGraph	32cell MethylC-seq
+GSM1133395_chrall.64-cell.bedGraph	64cell MethylC-seq
+GSM1133396_chrall.128-cell.bedGraph	128cell MethylC-seq
+GSM1133397_chrall.1k-cell.bedGraph	1Kcell MethylC-seq
+GSM1133398_chrall.Germring.bedGraph	Germ Ring MethylC-seq
+GSM1133399_chrall.testis.bedGraph	Testis MethylC-seq
diff --git a/danRer7/track2Name b/danRer7/track2Name
new file mode 100644
index 0000000..0c1f469
--- /dev/null
+++ b/danRer7/track2Name
@@ -0,0 +1,120 @@
+GSM500898_4hr_K4_rep1_MA2Cscore
+GSM500899_4hr_K27_rep1_MA2Cscore
+GSM500900_4hr_K36_rep1_MA2Cscore
+GSM500901_4hr_polII_rep1_MA2Cscore
+GSM500902_4hr_K4_rep2_MA2Cscore
+GSM500903_4hr_K36_rep2_MA2Cscore
+GSM500904_4hr_K27_rep2_MA2Cscore
+GSM500905_4hr_polII_rep2_MA2Cscore
+GSM500906_256_K4_MA2Cscore
+GSM500907_256_K27_MA2Cscore
+GSM500908_256_K36_MA2Cscore
+GSM500909_256_polII_MA2Cscore
+GSE26609_H3K4me3_sp_ChIP
+GSE26609_H3K4me2_sp_ChIP
+GSE26609_H3K14ac_sp_ChIP
+GSE26609_H3K27me3_sp_ChIP
+GSE26609_H2AFV_sp_ChIP
+GSE26609_H3K36me3_sp_ChIP
+GSE26609_H3K9me3_sp_ChIP
+GSE26609_sperm_MeDIP
+GSE26609_muscle_MeDIP
+GSM564427_neg_RZN001_score22_zv9_density
+GSM564427_pos_RZN001_score22_zv9_density
+GSM564428_neg_RZN002_score22_zv9_density
+GSM564428_pos_RZN002_score22_zv9_density
+GSM564429_neg_RZN003_score22_zv9_density
+GSM564429_pos_RZN003_score22_zv9_density
+GSM564430_neg_RZN004_score22_zv9_density
+GSM564430_pos_RZN004_score22_zv9_density
+GSM564431_neg_RZN005_score22_zv9_density
+GSM564431_pos_RZN005_score22_zv9_density
+GSM564432_neg_RZN006_score22_zv9_density
+GSM564432_pos_RZN006_score22_zv9_density
+RNA_2-4cell
+RNA_1Kcell
+RNA_dome
+RNA_shield
+RNA_bud
+RNA_28hpf
+RNA_2dpf
+RNA_5dpf
+H3K4me3_shield
+H3K27me3_shield
+ChIP_WCE_shield
+GSM675174_MBT_H3K27me3_1
+GSM675175_MBT_H3K27me3_2
+GSM675176_MBT_H3K36me3_1
+GSM675177_MBT_H3K36me3_2
+GSM675178_MBT_H3K4me3_1
+GSM675179_MBT_H3K4me3_2
+GSM675180_MBT_H3K9me3_1
+GSM675181_MBT_H3K9me3_2
+GSM675182_MBT_polii_1
+GSM675183_MBT_polii_2
+GSM675184_postMBT_H3K27me3_1
+GSM675185_postMBT_H3K27me3_2
+GSM675186_postMBT_H3K36me3_1
+GSM675187_postMBT_H3K36me3_2
+GSM675188_postMBT_H3K4me3_1
+GSM675189_postMBT_H3K4me3_2
+GSM675190_postMBT_H3K9me3_1
+GSM675191_postMBT_H3K9me3_2
+GSM675192_postMBT_polii_1
+GSM675193_postMBT_polii_2
+GSM675194_preMBT_H3K27me3
+GSM675195_preMBT_H3K36me3
+GSM675196_preMBT_H3K4me3
+GSM675197_preMBT_H3K9me3
+GSM675198_preMBT_polii
+GSM813749_H3K4me3_IP_24hpf
+GSM813750_H3K4me3_IP_72hpf
+GSM813751_H3K4me3_IP_Adult
+GSM813752_H3K36me3_IP_24hpf
+GSM813753_H3K36me3_IP_72hpf
+GSM813754_H3K36me3_IP_Adult
+GSM853234_Nanog_3.5hpf
+GSM853235_Nanog_4.5hpf
+GSM853236_Mxtx_4.5hpf
+H3K4me3_dome.norm
+H3K4me3_80epi.norm
+H3K4me3_24hpf.norm
+H3K4me3_48hpf.norm
+H3K4me1_dome.norm
+H3K4me1_80epi.norm
+H3K4me1_24hpf.norm
+H3K4me1_48hpf.norm
+H3K27ac_dome.norm
+H3K27ac_80epi.norm
+H3K27ac_24hpf.norm
+H3K27ac_48hpf.norm
+GSM822655_preMBT_MeDIP_1
+GSM822656_preMBT_MeDIP_2
+GSM822657_MBT_MeDIP_1
+GSM822658_MBT_MeDIP_2
+GSM822659_postMBT_MeDIP_1
+GSM822660_postMBT_MeDIP_2
+GSM822661_ZF4_MeDIP_1
+GSM822662_ZF4_MeDIP_2
+GSM913999_sperm_MeDIP_1
+GSM914000_sperm_MeDIP_2
+GSM914001_emb24h_MeDIP_1
+GSM914002_emb24h_MeDIP_2
+BisSeq01_sperm.bedGraph
+BisSeq02_egg.bedGraph
+BisSeq03_2-16cell.bedGraph
+BisSeq04_64cell.bedGraph
+BisSeq05_256cell.bedGraph
+BisSeq06_sphere.bedGraph
+BisSeq07_muscle.bedGraph
+BisSeq08_sphere_parthenogenesis_control.bedGraph
+BisSeq09_sphere_parthenogenesis_treatment.bedGraph
+GSM1133391_chrall.sperm.bedGraph
+GSM1133392_chrall.egg.bedGraph
+GSM1133393_chrall.16-cell.bedGraph
+GSM1133394_chrall.32-cell.bedGraph
+GSM1133395_chrall.64-cell.bedGraph
+GSM1133396_chrall.128-cell.bedGraph
+GSM1133397_chrall.1k-cell.bedGraph
+GSM1133398_chrall.Germring.bedGraph
+GSM1133399_chrall.testis.bedGraph
diff --git a/danRer7/track2ProcessInfo b/danRer7/track2ProcessInfo
new file mode 100644
index 0000000..3c86527
--- /dev/null
+++ b/danRer7/track2ProcessInfo
@@ -0,0 +1,96 @@
+GSM500898_4hr_K4_rep1_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500899_4hr_K27_rep1_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500900_4hr_K36_rep1_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500901_4hr_polII_rep1_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500902_4hr_K4_rep2_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500903_4hr_K36_rep2_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500904_4hr_K27_rep2_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500905_4hr_polII_rep2_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500906_256_K4_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500907_256_K27_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500908_256_K36_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM500909_256_polII_MA2Cscore	Detail=Each array was normalized by MA2C. Each probe was assigned a MA2Cscore to reflect the normalized and window averaged log2 ratio of ChIP enrichment over control (see MA2Cscore.wig supplementary file).
+GSM564427_neg_RZN001_score22_zv9_density	Detail=ABI pipeline BioScope v1.0.1, Data analysis: The SOLiD-generated RNA-Seq reads was in 50bp length and an initial filtering process was taken to remove any non-desirable contamination sequences, such as rRNA, tRNA, and repeats etc. A seed and extension mapping approach was developed to map the 50bp reads into reference genome zv7 and also into the respective zv7 refGene annotation separately. During mapping of the reads to the refGene annotation, a splice junction database fasta file is generated to which the reads are mapped to. This database contains known and putative junction sequences, created by taking 46bp from the joining ends of adjacent and non-adjacent exons for each gene and putting them together, simulating the genomic sequences of known and putative junctions respectively. The first 25bp of the 50bp read was used as the seed for alignment for each read. When an alignment cannot be found using these 25bp seed, the seed window is shifted and the next 25bp seed is taken from the 21st to the 45th base of the read. An extension step follows when the seed is able to map, and a score generated for each extended base to determine best alignment. A merging step is performed on the genome mapping and splice junction mapping to determine a set of alignments for each read, from which a unique alignment is found based on the score generated for these alignments., Mapping parameters:  Mapping was done using Applied Biosystems’ SOLiD BioScope alignment for whole transcriptome analysis pipeline.  Two mismatches were allowed in the 25bp color space seed sequence with extension alignment performed to find the full mapping location.  A score is computed for each mapping location and any location that scored <22 were filtered., Generation of gff and bedgraph files: GFF files were produced by parsing the output (BAM format) and extracted for unique alignments with score >22. The bedgraph files are then produced with the resulting gff file.
+GSM564428_neg_RZN002_score22_zv9_density	Detail=ABI pipeline BioScope v1.0.1, Data analysis: The SOLiD-generated RNA-Seq reads was in 50bp length and an initial filtering process was taken to remove any non-desirable contamination sequences, such as rRNA, tRNA, and repeats etc. A seed and extension mapping approach was developed to map the 50bp reads into reference genome zv7 and also into the respective zv7 refGene annotation separately. During mapping of the reads to the refGene annotation, a splice junction database fasta file is generated to which the reads are mapped to. This database contains known and putative junction sequences, created by taking 46bp from the joining ends of adjacent and non-adjacent exons for each gene and putting them together, simulating the genomic sequences of known and putative junctions respectively. The first 25bp of the 50bp read was used as the seed for alignment for each read. When an alignment cannot be found using these 25bp seed, the seed window is shifted and the next 25bp seed is taken from the 21st to the 45th base of the read. An extension step follows when the seed is able to map, and a score generated for each extended base to determine best alignment. A merging step is performed on the genome mapping and splice junction mapping to determine a set of alignments for each read, from which a unique alignment is found based on the score generated for these alignments., Mapping parameters:  Mapping was done using Applied Biosystems’ SOLiD BioScope alignment for whole transcriptome analysis pipeline.  Two mismatches were allowed in the 25bp color space seed sequence with extension alignment performed to find the full mapping location.  A score is computed for each mapping location and any location that scored <22 were filtered., Generation of gff and bedgraph files: GFF files were produced by parsing the output (BAM format) and extracted for unique alignments with score >22. The bedgraph files are then produced with the resulting gff file.
+GSM564429_neg_RZN003_score22_zv9_density	Detail=ABI pipeline BioScope v1.0.1, Data analysis: The SOLiD-generated RNA-Seq reads was in 50bp length and an initial filtering process was taken to remove any non-desirable contamination sequences, such as rRNA, tRNA, and repeats etc. A seed and extension mapping approach was developed to map the 50bp reads into reference genome zv7 and also into the respective zv7 refGene annotation separately. During mapping of the reads to the refGene annotation, a splice junction database fasta file is generated to which the reads are mapped to. This database contains known and putative junction sequences, created by taking 46bp from the joining ends of adjacent and non-adjacent exons for each gene and putting them together, simulating the genomic sequences of known and putative junctions respectively. The first 25bp of the 50bp read was used as the seed for alignment for each read. When an alignment cannot be found using these 25bp seed, the seed window is shifted and the next 25bp seed is taken from the 21st to the 45th base of the read. An extension step follows when the seed is able to map, and a score generated for each extended base to determine best alignment. A merging step is performed on the genome mapping and splice junction mapping to determine a set of alignments for each read, from which a unique alignment is found based on the score generated for these alignments., Mapping parameters:  Mapping was done using Applied Biosystems’ SOLiD BioScope alignment for whole transcriptome analysis pipeline.  Two mismatches were allowed in the 25bp color space seed sequence with extension alignment performed to find the full mapping location.  A score is computed for each mapping location and any location that scored <22 were filtered., Generation of gff and bedgraph files: GFF files were produced by parsing the output (BAM format) and extracted for unique alignments with score >22. The bedgraph files are then produced with the resulting gff file.
+GSM564430_neg_RZN004_score22_zv9_density	Detail=ABI pipeline BioScope v1.0.1, Data analysis: The SOLiD-generated RNA-Seq reads was in 50bp length and an initial filtering process was taken to remove any non-desirable contamination sequences, such as rRNA, tRNA, and repeats etc. A seed and extension mapping approach was developed to map the 50bp reads into reference genome zv7 and also into the respective zv7 refGene annotation separately. During mapping of the reads to the refGene annotation, a splice junction database fasta file is generated to which the reads are mapped to. This database contains known and putative junction sequences, created by taking 46bp from the joining ends of adjacent and non-adjacent exons for each gene and putting them together, simulating the genomic sequences of known and putative junctions respectively. The first 25bp of the 50bp read was used as the seed for alignment for each read. When an alignment cannot be found using these 25bp seed, the seed window is shifted and the next 25bp seed is taken from the 21st to the 45th base of the read. An extension step follows when the seed is able to map, and a score generated for each extended base to determine best alignment. A merging step is performed on the genome mapping and splice junction mapping to determine a set of alignments for each read, from which a unique alignment is found based on the score generated for these alignments., Mapping parameters:  Mapping was done using Applied Biosystems’ SOLiD BioScope alignment for whole transcriptome analysis pipeline.  Two mismatches were allowed in the 25bp color space seed sequence with extension alignment performed to find the full mapping location.  A score is computed for each mapping location and any location that scored <22 were filtered., Generation of gff and bedgraph files: GFF files were produced by parsing the output (BAM format) and extracted for unique alignments with score >22. The bedgraph files are then produced with the resulting gff file.
+GSM564431_neg_RZN005_score22_zv9_density	Detail=ABI pipeline BioScope v1.0.1, Data analysis: The SOLiD-generated RNA-Seq reads was in 50bp length and an initial filtering process was taken to remove any non-desirable contamination sequences, such as rRNA, tRNA, and repeats etc. A seed and extension mapping approach was developed to map the 50bp reads into reference genome zv7 and also into the respective zv7 refGene annotation separately. During mapping of the reads to the refGene annotation, a splice junction database fasta file is generated to which the reads are mapped to. This database contains known and putative junction sequences, created by taking 46bp from the joining ends of adjacent and non-adjacent exons for each gene and putting them together, simulating the genomic sequences of known and putative junctions respectively. The first 25bp of the 50bp read was used as the seed for alignment for each read. When an alignment cannot be found using these 25bp seed, the seed window is shifted and the next 25bp seed is taken from the 21st to the 45th base of the read. An extension step follows when the seed is able to map, and a score generated for each extended base to determine best alignment. A merging step is performed on the genome mapping and splice junction mapping to determine a set of alignments for each read, from which a unique alignment is found based on the score generated for these alignments., Mapping parameters:  Mapping was done using Applied Biosystems’ SOLiD BioScope alignment for whole transcriptome analysis pipeline.  Two mismatches were allowed in the 25bp color space seed sequence with extension alignment performed to find the full mapping location.  A score is computed for each mapping location and any location that scored <22 were filtered., Generation of gff and bedgraph files: GFF files were produced by parsing the output (BAM format) and extracted for unique alignments with score >22. The bedgraph files are then produced with the resulting gff file.
+GSM564432_neg_RZN006_score22_zv9_density	Detail=ABI pipeline BioScope v1.0.1, Data analysis: The SOLiD-generated RNA-Seq reads was in 50bp length and an initial filtering process was taken to remove any non-desirable contamination sequences, such as rRNA, tRNA, and repeats etc. A seed and extension mapping approach was developed to map the 50bp reads into reference genome zv7 and also into the respective zv7 refGene annotation separately. During mapping of the reads to the refGene annotation, a splice junction database fasta file is generated to which the reads are mapped to. This database contains known and putative junction sequences, created by taking 46bp from the joining ends of adjacent and non-adjacent exons for each gene and putting them together, simulating the genomic sequences of known and putative junctions respectively. The first 25bp of the 50bp read was used as the seed for alignment for each read. When an alignment cannot be found using these 25bp seed, the seed window is shifted and the next 25bp seed is taken from the 21st to the 45th base of the read. An extension step follows when the seed is able to map, and a score generated for each extended base to determine best alignment. A merging step is performed on the genome mapping and splice junction mapping to determine a set of alignments for each read, from which a unique alignment is found based on the score generated for these alignments., Mapping parameters:  Mapping was done using Applied Biosystems’ SOLiD BioScope alignment for whole transcriptome analysis pipeline.  Two mismatches were allowed in the 25bp color space seed sequence with extension alignment performed to find the full mapping location.  A score is computed for each mapping location and any location that scored <22 were filtered., Generation of gff and bedgraph files: GFF files were produced by parsing the output (BAM format) and extracted for unique alignments with score >22. The bedgraph files are then produced with the resulting gff file.
+RNA_2-4cell	Detail=Th summary result files of he developmental transcriptome of all samples are  available as supplementary information with the paper.
+RNA_1Kcell	Detail=Th summary result files of he developmental transcriptome of all samples are  available as supplementary information with the paper.
+RNA_dome	Detail=Th summary result files of he developmental transcriptome of all samples are  available as supplementary information with the paper.
+RNA_shield	Detail=Th summary result files of he developmental transcriptome of all samples are  available as supplementary information with the paper.
+RNA_bud	Detail=Th summary result files of he developmental transcriptome of all samples are  available as supplementary information with the paper.
+RNA_28hpf	Detail=Th summary result files of he developmental transcriptome of all samples are  available as supplementary information with the paper.
+RNA_2dpf	Detail=Th summary result files of he developmental transcriptome of all samples are  available as supplementary information with the paper.
+RNA_5dpf	Detail=Th summary result files of he developmental transcriptome of all samples are  available as supplementary information with the paper.
+H3K4me3_shield	Detail=Reads were mapped to the Zv9 genome assembly using bowtie
+H3K27me3_shield	Detail=Reads were mapped to the Zv9 genome assembly using bowtie
+ChIP_WCE_shield	Detail=Reads were mapped to the Zv9 genome assembly using bowtie
+GSM675174_MBT_H3K27me3_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675175_MBT_H3K27me3_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675176_MBT_H3K36me3_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675177_MBT_H3K36me3_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675178_MBT_H3K4me3_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675179_MBT_H3K4me3_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675180_MBT_H3K9me3_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675181_MBT_H3K9me3_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675182_MBT_polii_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675183_MBT_polii_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675184_postMBT_H3K27me3_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675185_postMBT_H3K27me3_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675186_postMBT_H3K36me3_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675187_postMBT_H3K36me3_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675188_postMBT_H3K4me3_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675189_postMBT_H3K4me3_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675190_postMBT_H3K9me3_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675191_postMBT_H3K9me3_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675192_postMBT_polii_1	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675193_postMBT_polii_2	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675194_preMBT_H3K27me3	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675195_preMBT_H3K36me3	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675196_preMBT_H3K4me3	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675197_preMBT_H3K9me3	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM675198_preMBT_polii	Detail=log2 (ChIP/Input) with biweight mean of values subtracted
+GSM813749_H3K4me3_IP_24hpf	Detail=Reads were aligned to the zebrafish danRer7 genome assembly using Bowtie, allowing for up to one mismatch and up to 4 genomic matches. Peak detection was performed with the Model-based Analysis of ChIP-Seq (MACS 1.4) algorithm (http://liulab.dfci.harvard.edu/MACS/), using the Input libraries to assess FDR
+GSM813750_H3K4me3_IP_72hpf	Detail=Reads were aligned to the zebrafish danRer7 genome assembly using Bowtie, allowing for up to one mismatch and up to 4 genomic matches. Peak detection was performed with the Model-based Analysis of ChIP-Seq (MACS 1.4) algorithm (http://liulab.dfci.harvard.edu/MACS/), using the Input libraries to assess FDR
+GSM813751_H3K4me3_IP_Adult	Detail=Reads were aligned to the zebrafish danRer7 genome assembly using Bowtie, allowing for up to one mismatch and up to 4 genomic matches. Peak detection was performed with the Model-based Analysis of ChIP-Seq (MACS 1.4) algorithm (http://liulab.dfci.harvard.edu/MACS/), using the Input libraries to assess FDR
+GSM813752_H3K36me3_IP_24hpf	Detail=Reads were aligned to the zebrafish danRer7 genome assembly using Bowtie, allowing for up to one mismatch and up to 4 genomic matches. Peak detection was performed with the Model-based Analysis of ChIP-Seq (MACS 1.4) algorithm (http://liulab.dfci.harvard.edu/MACS/), using the Input libraries to assess FDR
+GSM813753_H3K36me3_IP_72hpf	Detail=Reads were aligned to the zebrafish danRer7 genome assembly using Bowtie, allowing for up to one mismatch and up to 4 genomic matches. Peak detection was performed with the Model-based Analysis of ChIP-Seq (MACS 1.4) algorithm (http://liulab.dfci.harvard.edu/MACS/), using the Input libraries to assess FDR
+GSM813754_H3K36me3_IP_Adult	Detail=Reads were aligned to the zebrafish danRer7 genome assembly using Bowtie, allowing for up to one mismatch and up to 4 genomic matches. Peak detection was performed with the Model-based Analysis of ChIP-Seq (MACS 1.4) algorithm (http://liulab.dfci.harvard.edu/MACS/), using the Input libraries to assess FDR
+GSM853234_Nanog_3.5hpf	Detail=Nanog_ZV8Embryo3.5.ylf, genome build: zv8, Nanog_ZV8Embryo3.5.WIG.gz, genome build: zv8, Counts: Sequence reads were obtained and mapped to the zebrafish Zv8 genome using the Illumina Genome Analyzer Pipeline. All reads mapping with two or fewer mismatches were retained and read starts were summed in sliding windows of 400 bp to create summary windows. Counts included.
+GSM853235_Nanog_4.5hpf	Detail=Nanog_ZV8Embryo4.5.ylf, genome build: zv8, Nanog_ZV8Embryo4.5.WIG.gz, genome build: zv8, Counts: Sequence reads were obtained and mapped to the zebrafish Zv8 genome using the Illumina Genome Analyzer Pipeline. All reads mapping with two or fewer mismatches were retained and read starts were summed in sliding windows of 400 bp to create summary windows. Counts included.
+GSM853236_Mxtx_4.5hpf	Detail=Mxtx_ZV8Embryo4.5.ylf, genome build: zv8, Mxtx_ZV8Embryo4.5.WIG.gz, genome build: zv8, Counts: Sequence reads were obtained and mapped to the zebrafish Zv8 genome using the Illumina Genome Analyzer Pipeline. All reads mapping with two or fewer mismatches were retained and read starts were summed in sliding windows of 400 bp to create summary windows. Counts included.
+H3K4me3_dome.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K4me3_80epi.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K4me3_24hpf.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K4me3_48hpf.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K4me1_dome.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K4me1_80epi.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K4me1_24hpf.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K4me1_48hpf.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K27ac_dome.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K27ac_80epi.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K27ac_24hpf.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+H3K27ac_48hpf.norm	Detail=Reads were mapped to the D. rerio genome (ENSEMBL version Zv9) with the ELAND software (from Illumina CASAVA 1.8.2) using default settings. Reads with 0 or 1 mismatch were kept.
+GSM822655_preMBT_MeDIP_1	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM822656_preMBT_MeDIP_2	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM822657_MBT_MeDIP_1	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM822658_MBT_MeDIP_2	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM822659_postMBT_MeDIP_1	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM822660_postMBT_MeDIP_2	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM822661_ZF4_MeDIP_1	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM822662_ZF4_MeDIP_2	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM913999_sperm_MeDIP_1	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM914000_sperm_MeDIP_2	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM914001_emb24h_MeDIP_1	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM914002_emb24h_MeDIP_2	Detail=log2 (MeDIP/Input) with biweight mean of values subtracted
+GSM1133391_chrall.sperm.bedGraph	Detail=Illumina Casava1.7 software used for basecalling., Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality, Zv9 reference genome was downloaded from UCSC. The 48,502 bp Lambda genome was also included in the reference sequence as an extra chromosome for calculating bisulfite conversion rate. Filtered paired-end methylC-seq reads were mapped against the reference by Bismark_v0.6.4 (Krueger and Andrews, 2011) with stringent parameters:  -n 2 -l 60  -e 100 -X 600. A custom script was used to examine whether pair-end reads were overlapped and the overlapped part is trimmed from one end to prevent counting twice from the same observation., For CpG i, define mi as the number of reads showing methylation over position i (both strands). Define ui as the number of reads showing lack of methylation over CpG i. The methylation level is estimated as mi/( mi + ui), which is an estimate of the probability that CpG i is methylated in a molecule sampled randomly from the cell population. Because CpG methylation is symmetric, mi and ui include observations associated with the cytosines on both strands for the i-thCpG., for TAB-seq , 5-hmC mapping was performed as described (Yu et al., 2012). Paired-reads were mapped uniquely to the reference genome (Zv9, USCS) plus Lambda and pUC19 DNA sequence as extra chromosome by Bismark. All the CpG sites disrupted by SNPs were filtered from the analysis. 5hmC was called with a binomial distribution follows the method previously reported (Yu et al., 2012). A binomial distribution (Lister et al., 2009)was applied to model this probabilistic event with N as the depth of sequencing at the cytosine and p as the 5mC non-conversion rate. Efficient conversion of unmodified cytosine to uracil and efficient conversion of 5mC to 5caU/U were calculated by spiked M. SsI treated lambda DNA., Genome_build: Zv9/danRer7, Supplementary_files_format_and_content: wig files contain  methylaion level of each CpG site
+GSM1133392_chrall.egg.bedGraph	Detail=Illumina Casava1.7 software used for basecalling., Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality, Zv9 reference genome was downloaded from UCSC. The 48,502 bp Lambda genome was also included in the reference sequence as an extra chromosome for calculating bisulfite conversion rate. Filtered paired-end methylC-seq reads were mapped against the reference by Bismark_v0.6.4 (Krueger and Andrews, 2011) with stringent parameters:  -n 2 -l 60  -e 100 -X 600. A custom script was used to examine whether pair-end reads were overlapped and the overlapped part is trimmed from one end to prevent counting twice from the same observation., For CpG i, define mi as the number of reads showing methylation over position i (both strands). Define ui as the number of reads showing lack of methylation over CpG i. The methylation level is estimated as mi/( mi + ui), which is an estimate of the probability that CpG i is methylated in a molecule sampled randomly from the cell population. Because CpG methylation is symmetric, mi and ui include observations associated with the cytosines on both strands for the i-thCpG., for TAB-seq , 5-hmC mapping was performed as described (Yu et al., 2012). Paired-reads were mapped uniquely to the reference genome (Zv9, USCS) plus Lambda and pUC19 DNA sequence as extra chromosome by Bismark. All the CpG sites disrupted by SNPs were filtered from the analysis. 5hmC was called with a binomial distribution follows the method previously reported (Yu et al., 2012). A binomial distribution (Lister et al., 2009)was applied to model this probabilistic event with N as the depth of sequencing at the cytosine and p as the 5mC non-conversion rate. Efficient conversion of unmodified cytosine to uracil and efficient conversion of 5mC to 5caU/U were calculated by spiked M. SsI treated lambda DNA., Genome_build: Zv9/danRer7, Supplementary_files_format_and_content: wig files contain  methylaion level of each CpG site
+GSM1133393_chrall.16-cell.bedGraph	Detail=Illumina Casava1.7 software used for basecalling., Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality, Zv9 reference genome was downloaded from UCSC. The 48,502 bp Lambda genome was also included in the reference sequence as an extra chromosome for calculating bisulfite conversion rate. Filtered paired-end methylC-seq reads were mapped against the reference by Bismark_v0.6.4 (Krueger and Andrews, 2011) with stringent parameters:  -n 2 -l 60  -e 100 -X 600. A custom script was used to examine whether pair-end reads were overlapped and the overlapped part is trimmed from one end to prevent counting twice from the same observation., For CpG i, define mi as the number of reads showing methylation over position i (both strands). Define ui as the number of reads showing lack of methylation over CpG i. The methylation level is estimated as mi/( mi + ui), which is an estimate of the probability that CpG i is methylated in a molecule sampled randomly from the cell population. Because CpG methylation is symmetric, mi and ui include observations associated with the cytosines on both strands for the i-thCpG., for TAB-seq , 5-hmC mapping was performed as described (Yu et al., 2012). Paired-reads were mapped uniquely to the reference genome (Zv9, USCS) plus Lambda and pUC19 DNA sequence as extra chromosome by Bismark. All the CpG sites disrupted by SNPs were filtered from the analysis. 5hmC was called with a binomial distribution follows the method previously reported (Yu et al., 2012). A binomial distribution (Lister et al., 2009)was applied to model this probabilistic event with N as the depth of sequencing at the cytosine and p as the 5mC non-conversion rate. Efficient conversion of unmodified cytosine to uracil and efficient conversion of 5mC to 5caU/U were calculated by spiked M. SsI treated lambda DNA., Genome_build: Zv9/danRer7, Supplementary_files_format_and_content: wig files contain  methylaion level of each CpG site
+GSM1133394_chrall.32-cell.bedGraph	Detail=Illumina Casava1.7 software used for basecalling., Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality, Zv9 reference genome was downloaded from UCSC. The 48,502 bp Lambda genome was also included in the reference sequence as an extra chromosome for calculating bisulfite conversion rate. Filtered paired-end methylC-seq reads were mapped against the reference by Bismark_v0.6.4 (Krueger and Andrews, 2011) with stringent parameters:  -n 2 -l 60  -e 100 -X 600. A custom script was used to examine whether pair-end reads were overlapped and the overlapped part is trimmed from one end to prevent counting twice from the same observation., For CpG i, define mi as the number of reads showing methylation over position i (both strands). Define ui as the number of reads showing lack of methylation over CpG i. The methylation level is estimated as mi/( mi + ui), which is an estimate of the probability that CpG i is methylated in a molecule sampled randomly from the cell population. Because CpG methylation is symmetric, mi and ui include observations associated with the cytosines on both strands for the i-thCpG., for TAB-seq , 5-hmC mapping was performed as described (Yu et al., 2012). Paired-reads were mapped uniquely to the reference genome (Zv9, USCS) plus Lambda and pUC19 DNA sequence as extra chromosome by Bismark. All the CpG sites disrupted by SNPs were filtered from the analysis. 5hmC was called with a binomial distribution follows the method previously reported (Yu et al., 2012). A binomial distribution (Lister et al., 2009)was applied to model this probabilistic event with N as the depth of sequencing at the cytosine and p as the 5mC non-conversion rate. Efficient conversion of unmodified cytosine to uracil and efficient conversion of 5mC to 5caU/U were calculated by spiked M. SsI treated lambda DNA., Genome_build: Zv9/danRer7, Supplementary_files_format_and_content: wig files contain  methylaion level of each CpG site
+GSM1133395_chrall.64-cell.bedGraph	Detail=Illumina Casava1.7 software used for basecalling., Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality, Zv9 reference genome was downloaded from UCSC. The 48,502 bp Lambda genome was also included in the reference sequence as an extra chromosome for calculating bisulfite conversion rate. Filtered paired-end methylC-seq reads were mapped against the reference by Bismark_v0.6.4 (Krueger and Andrews, 2011) with stringent parameters:  -n 2 -l 60  -e 100 -X 600. A custom script was used to examine whether pair-end reads were overlapped and the overlapped part is trimmed from one end to prevent counting twice from the same observation., For CpG i, define mi as the number of reads showing methylation over position i (both strands). Define ui as the number of reads showing lack of methylation over CpG i. The methylation level is estimated as mi/( mi + ui), which is an estimate of the probability that CpG i is methylated in a molecule sampled randomly from the cell population. Because CpG methylation is symmetric, mi and ui include observations associated with the cytosines on both strands for the i-thCpG., for TAB-seq , 5-hmC mapping was performed as described (Yu et al., 2012). Paired-reads were mapped uniquely to the reference genome (Zv9, USCS) plus Lambda and pUC19 DNA sequence as extra chromosome by Bismark. All the CpG sites disrupted by SNPs were filtered from the analysis. 5hmC was called with a binomial distribution follows the method previously reported (Yu et al., 2012). A binomial distribution (Lister et al., 2009)was applied to model this probabilistic event with N as the depth of sequencing at the cytosine and p as the 5mC non-conversion rate. Efficient conversion of unmodified cytosine to uracil and efficient conversion of 5mC to 5caU/U were calculated by spiked M. SsI treated lambda DNA., Genome_build: Zv9/danRer7, Supplementary_files_format_and_content: wig files contain  methylaion level of each CpG site
+GSM1133396_chrall.128-cell.bedGraph	Detail=Illumina Casava1.7 software used for basecalling., Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality, Zv9 reference genome was downloaded from UCSC. The 48,502 bp Lambda genome was also included in the reference sequence as an extra chromosome for calculating bisulfite conversion rate. Filtered paired-end methylC-seq reads were mapped against the reference by Bismark_v0.6.4 (Krueger and Andrews, 2011) with stringent parameters:  -n 2 -l 60  -e 100 -X 600. A custom script was used to examine whether pair-end reads were overlapped and the overlapped part is trimmed from one end to prevent counting twice from the same observation., For CpG i, define mi as the number of reads showing methylation over position i (both strands). Define ui as the number of reads showing lack of methylation over CpG i. The methylation level is estimated as mi/( mi + ui), which is an estimate of the probability that CpG i is methylated in a molecule sampled randomly from the cell population. Because CpG methylation is symmetric, mi and ui include observations associated with the cytosines on both strands for the i-thCpG., for TAB-seq , 5-hmC mapping was performed as described (Yu et al., 2012). Paired-reads were mapped uniquely to the reference genome (Zv9, USCS) plus Lambda and pUC19 DNA sequence as extra chromosome by Bismark. All the CpG sites disrupted by SNPs were filtered from the analysis. 5hmC was called with a binomial distribution follows the method previously reported (Yu et al., 2012). A binomial distribution (Lister et al., 2009)was applied to model this probabilistic event with N as the depth of sequencing at the cytosine and p as the 5mC non-conversion rate. Efficient conversion of unmodified cytosine to uracil and efficient conversion of 5mC to 5caU/U were calculated by spiked M. SsI treated lambda DNA., Genome_build: Zv9/danRer7, Supplementary_files_format_and_content: wig files contain  methylaion level of each CpG site
+GSM1133397_chrall.1k-cell.bedGraph	Detail=Illumina Casava1.7 software used for basecalling., Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality, Zv9 reference genome was downloaded from UCSC. The 48,502 bp Lambda genome was also included in the reference sequence as an extra chromosome for calculating bisulfite conversion rate. Filtered paired-end methylC-seq reads were mapped against the reference by Bismark_v0.6.4 (Krueger and Andrews, 2011) with stringent parameters:  -n 2 -l 60  -e 100 -X 600. A custom script was used to examine whether pair-end reads were overlapped and the overlapped part is trimmed from one end to prevent counting twice from the same observation., For CpG i, define mi as the number of reads showing methylation over position i (both strands). Define ui as the number of reads showing lack of methylation over CpG i. The methylation level is estimated as mi/( mi + ui), which is an estimate of the probability that CpG i is methylated in a molecule sampled randomly from the cell population. Because CpG methylation is symmetric, mi and ui include observations associated with the cytosines on both strands for the i-thCpG., for TAB-seq , 5-hmC mapping was performed as described (Yu et al., 2012). Paired-reads were mapped uniquely to the reference genome (Zv9, USCS) plus Lambda and pUC19 DNA sequence as extra chromosome by Bismark. All the CpG sites disrupted by SNPs were filtered from the analysis. 5hmC was called with a binomial distribution follows the method previously reported (Yu et al., 2012). A binomial distribution (Lister et al., 2009)was applied to model this probabilistic event with N as the depth of sequencing at the cytosine and p as the 5mC non-conversion rate. Efficient conversion of unmodified cytosine to uracil and efficient conversion of 5mC to 5caU/U were calculated by spiked M. SsI treated lambda DNA., Genome_build: Zv9/danRer7, Supplementary_files_format_and_content: wig files contain  methylaion level of each CpG site
+GSM1133398_chrall.Germring.bedGraph	Detail=Illumina Casava1.7 software used for basecalling., Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality, Zv9 reference genome was downloaded from UCSC. The 48,502 bp Lambda genome was also included in the reference sequence as an extra chromosome for calculating bisulfite conversion rate. Filtered paired-end methylC-seq reads were mapped against the reference by Bismark_v0.6.4 (Krueger and Andrews, 2011) with stringent parameters:  -n 2 -l 60  -e 100 -X 600. A custom script was used to examine whether pair-end reads were overlapped and the overlapped part is trimmed from one end to prevent counting twice from the same observation., For CpG i, define mi as the number of reads showing methylation over position i (both strands). Define ui as the number of reads showing lack of methylation over CpG i. The methylation level is estimated as mi/( mi + ui), which is an estimate of the probability that CpG i is methylated in a molecule sampled randomly from the cell population. Because CpG methylation is symmetric, mi and ui include observations associated with the cytosines on both strands for the i-thCpG., for TAB-seq , 5-hmC mapping was performed as described (Yu et al., 2012). Paired-reads were mapped uniquely to the reference genome (Zv9, USCS) plus Lambda and pUC19 DNA sequence as extra chromosome by Bismark. All the CpG sites disrupted by SNPs were filtered from the analysis. 5hmC was called with a binomial distribution follows the method previously reported (Yu et al., 2012). A binomial distribution (Lister et al., 2009)was applied to model this probabilistic event with N as the depth of sequencing at the cytosine and p as the 5mC non-conversion rate. Efficient conversion of unmodified cytosine to uracil and efficient conversion of 5mC to 5caU/U were calculated by spiked M. SsI treated lambda DNA., Genome_build: Zv9/danRer7, Supplementary_files_format_and_content: wig files contain  methylaion level of each CpG site
+GSM1133399_chrall.testis.bedGraph	Detail=Illumina Casava1.7 software used for basecalling., Sequenced reads were trimmed for adaptor sequence, and masked for low-complexity or low-quality, Zv9 reference genome was downloaded from UCSC. The 48,502 bp Lambda genome was also included in the reference sequence as an extra chromosome for calculating bisulfite conversion rate. Filtered paired-end methylC-seq reads were mapped against the reference by Bismark_v0.6.4 (Krueger and Andrews, 2011) with stringent parameters:  -n 2 -l 60  -e 100 -X 600. A custom script was used to examine whether pair-end reads were overlapped and the overlapped part is trimmed from one end to prevent counting twice from the same observation., For CpG i, define mi as the number of reads showing methylation over position i (both strands). Define ui as the number of reads showing lack of methylation over CpG i. The methylation level is estimated as mi/( mi + ui), which is an estimate of the probability that CpG i is methylated in a molecule sampled randomly from the cell population. Because CpG methylation is symmetric, mi and ui include observations associated with the cytosines on both strands for the i-thCpG., for TAB-seq , 5-hmC mapping was performed as described (Yu et al., 2012). Paired-reads were mapped uniquely to the reference genome (Zv9, USCS) plus Lambda and pUC19 DNA sequence as extra chromosome by Bismark. All the CpG sites disrupted by SNPs were filtered from the analysis. 5hmC was called with a binomial distribution follows the method previously reported (Yu et al., 2012). A binomial distribution (Lister et al., 2009)was applied to model this probabilistic event with N as the depth of sequencing at the cytosine and p as the 5mC non-conversion rate. Efficient conversion of unmodified cytosine to uracil and efficient conversion of 5mC to 5caU/U were calculated by spiked M. SsI treated lambda DNA., Genome_build: Zv9/danRer7, Supplementary_files_format_and_content: wig files contain  methylaion level of each CpG site
diff --git a/danRer7/track2Style b/danRer7/track2Style
new file mode 100644
index 0000000..1385e71
--- /dev/null
+++ b/danRer7/track2Style
@@ -0,0 +1,120 @@
+GSM500898_4hr_K4_rep1_MA2Cscore	'pr':0,'pg':117,'pb':0,'height':18
+GSM500899_4hr_K27_rep1_MA2Cscore	'pr':180,'pg':0,'pb':0,'height':18
+GSM500900_4hr_K36_rep1_MA2Cscore	'pr':33,'pg':97,'pb':11,'height':18
+GSM500901_4hr_polII_rep1_MA2Cscore	'pr':51,'pg':102,'pb':255,'height':18
+GSM500902_4hr_K4_rep2_MA2Cscore	'pr':0,'pg':117,'pb':0,'height':18
+GSM500903_4hr_K36_rep2_MA2Cscore	'pr':180,'pg':0,'pb':0,'height':18
+GSM500904_4hr_K27_rep2_MA2Cscore	'pr':33,'pg':97,'pb':11,'height':18
+GSM500905_4hr_polII_rep2_MA2Cscore	'pr':51,'pg':102,'pb':255,'height':18
+GSM500906_256_K4_MA2Cscore	'pr':0,'pg':117,'pb':0,'height':18
+GSM500907_256_K27_MA2Cscore	'pr':180,'pg':0,'pb':0,'height':18
+GSM500908_256_K36_MA2Cscore	'pr':33,'pg':97,'pb':11,'height':18
+GSM500909_256_polII_MA2Cscore	'pr':51,'pg':102,'pb':255,'height':18
+GSE26609_H3K4me3_sp_ChIP	'pr':0,'pg':117,'pb':0,'height':18
+GSE26609_H3K4me2_sp_ChIP	'pr':0,'pg':82,'pb':41,'height':18
+GSE26609_H3K14ac_sp_ChIP	'pr':0,'pg':0,'pb':200,'height':18
+GSE26609_H3K27me3_sp_ChIP	'pr':180,'pg':0,'pb':0,'height':18
+GSE26609_H2AFV_sp_ChIP	'pr':51,'pg':102,'pb':190,'height':18
+GSE26609_H3K36me3_sp_ChIP	'pr':33,'pg':97,'pb':11,'height':18
+GSE26609_H3K9me3_sp_ChIP	'pr':159,'pg':0,'pb':72,'height':18
+GSE26609_sperm_MeDIP	'pr':153,'pg':0,'pb':0,'height':18
+GSE26609_muscle_MeDIP	'pr':153,'pg':0,'pb':0,'height':18
+GSM564427_neg_RZN001_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564427_pos_RZN001_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564428_neg_RZN002_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564428_pos_RZN002_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564429_neg_RZN003_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564429_pos_RZN003_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564430_neg_RZN004_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564430_pos_RZN004_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564431_neg_RZN005_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564431_pos_RZN005_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564432_neg_RZN006_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+GSM564432_pos_RZN006_score22_zv9_density	'pr':40,'pg':113,'pb':155,'height':18
+RNA_2-4cell	'pr':40,'pg':113,'pb':155,'height':18
+RNA_1Kcell	'pr':40,'pg':113,'pb':155,'height':18
+RNA_dome	'pr':40,'pg':113,'pb':155,'height':18
+RNA_shield	'pr':40,'pg':113,'pb':155,'height':18
+RNA_bud	'pr':40,'pg':113,'pb':155,'height':18
+RNA_28hpf	'pr':40,'pg':113,'pb':155,'height':18
+RNA_2dpf	'pr':40,'pg':113,'pb':155,'height':18
+RNA_5dpf	'pr':40,'pg':113,'pb':155,'height':18
+H3K4me3_shield	'pr':0,'pg':117,'pb':0,'height':18
+H3K27me3_shield	'pr':180,'pg':0,'pb':0,'height':18
+ChIP_WCE_shield	'pr':0,'pg':0,'pb':200,'height':18
+GSM675174_MBT_H3K27me3_1	'pr':180,'pg':0,'pb':0,'height':18
+GSM675175_MBT_H3K27me3_2	'pr':180,'pg':0,'pb':0,'height':18
+GSM675176_MBT_H3K36me3_1	'pr':33,'pg':97,'pb':11,'height':18
+GSM675177_MBT_H3K36me3_2	'pr':33,'pg':97,'pb':11,'height':18
+GSM675178_MBT_H3K4me3_1	'pr':0,'pg':117,'pb':0,'height':18
+GSM675179_MBT_H3K4me3_2	'pr':0,'pg':117,'pb':0,'height':18
+GSM675180_MBT_H3K9me3_1	'pr':159,'pg':0,'pb':72,'height':18
+GSM675181_MBT_H3K9me3_2	'pr':159,'pg':0,'pb':72,'height':18
+GSM675182_MBT_polii_1	'pr':51,'pg':102,'pb':255,'height':18
+GSM675183_MBT_polii_2	'pr':51,'pg':102,'pb':255,'height':18
+GSM675184_postMBT_H3K27me3_1	'pr':180,'pg':0,'pb':0,'height':18
+GSM675185_postMBT_H3K27me3_2	'pr':180,'pg':0,'pb':0,'height':18
+GSM675186_postMBT_H3K36me3_1	'pr':33,'pg':97,'pb':11,'height':18
+GSM675187_postMBT_H3K36me3_2	'pr':33,'pg':97,'pb':11,'height':18
+GSM675188_postMBT_H3K4me3_1	'pr':0,'pg':117,'pb':0,'height':18
+GSM675189_postMBT_H3K4me3_2	'pr':0,'pg':117,'pb':0,'height':18
+GSM675190_postMBT_H3K9me3_1	'pr':159,'pg':0,'pb':72,'height':18
+GSM675191_postMBT_H3K9me3_2	'pr':159,'pg':0,'pb':72,'height':18
+GSM675192_postMBT_polii_1	'pr':51,'pg':102,'pb':255,'height':18
+GSM675193_postMBT_polii_2	'pr':51,'pg':102,'pb':255,'height':18
+GSM675194_preMBT_H3K27me3	'pr':180,'pg':0,'pb':0,'height':18
+GSM675195_preMBT_H3K36me3	'pr':33,'pg':97,'pb':11,'height':18
+GSM675196_preMBT_H3K4me3	'pr':0,'pg':117,'pb':0,'height':18
+GSM675197_preMBT_H3K9me3	'pr':159,'pg':0,'pb':72,'height':18
+GSM675198_preMBT_polii	'pr':51,'pg':102,'pb':255,'height':18
+GSM813749_H3K4me3_IP_24hpf	'pr':0,'pg':117,'pb':0,'height':18
+GSM813750_H3K4me3_IP_72hpf	'pr':0,'pg':117,'pb':0,'height':18
+GSM813751_H3K4me3_IP_Adult	'pr':0,'pg':117,'pb':0,'height':18
+GSM813752_H3K36me3_IP_24hpf	'pr':33,'pg':97,'pb':11,'height':18
+GSM813753_H3K36me3_IP_72hpf	'pr':33,'pg':97,'pb':11,'height':18
+GSM813754_H3K36me3_IP_Adult	'pr':33,'pg':97,'pb':11,'height':18
+GSM853234_Nanog_3.5hpf	'pr':51,'pg':102,'pb':255,'height':18
+GSM853235_Nanog_4.5hpf	'pr':51,'pg':102,'pb':255,'height':18
+GSM853236_Mxtx_4.5hpf	'pr':51,'pg':102,'pb':255,'height':18
+H3K4me3_dome.norm	'pr':0,'pg':117,'pb':0,'height':18
+H3K4me3_80epi.norm	'pr':0,'pg':117,'pb':0,'height':18
+H3K4me3_24hpf.norm	'pr':0,'pg':117,'pb':0,'height':18
+H3K4me3_48hpf.norm	'pr':0,'pg':117,'pb':0,'height':18
+H3K4me1_dome.norm	'pr':0,'pg':133,'pb':66,'height':18
+H3K4me1_80epi.norm	'pr':0,'pg':133,'pb':66,'height':18
+H3K4me1_24hpf.norm	'pr':0,'pg':133,'pb':66,'height':18
+H3K4me1_48hpf.norm	'pr':0,'pg':133,'pb':66,'height':18
+H3K27ac_dome.norm	'pr':0,'pg':0,'pb':150,'height':18
+H3K27ac_80epi.norm	'pr':0,'pg':0,'pb':150,'height':18
+H3K27ac_24hpf.norm	'pr':0,'pg':0,'pb':150,'height':18
+H3K27ac_48hpf.norm	'pr':0,'pg':0,'pb':150,'height':18
+GSM822655_preMBT_MeDIP_1	'pr':153,'pg':0,'pb':0,'height':18
+GSM822656_preMBT_MeDIP_2	'pr':153,'pg':0,'pb':0,'height':18
+GSM822657_MBT_MeDIP_1	'pr':153,'pg':0,'pb':0,'height':18
+GSM822658_MBT_MeDIP_2	'pr':153,'pg':0,'pb':0,'height':18
+GSM822659_postMBT_MeDIP_1	'pr':153,'pg':0,'pb':0,'height':18
+GSM822660_postMBT_MeDIP_2	'pr':153,'pg':0,'pb':0,'height':18
+GSM822661_ZF4_MeDIP_1	'pr':153,'pg':0,'pb':0,'height':18
+GSM822662_ZF4_MeDIP_2	'pr':153,'pg':0,'pb':0,'height':18
+GSM913999_sperm_MeDIP_1	'pr':153,'pg':0,'pb':0,'height':18
+GSM914000_sperm_MeDIP_2	'pr':153,'pg':0,'pb':0,'height':18
+GSM914001_emb24h_MeDIP_1	'pr':153,'pg':0,'pb':0,'height':18
+GSM914002_emb24h_MeDIP_2	'pr':153,'pg':0,'pb':0,'height':18
+BisSeq01_sperm.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+BisSeq02_egg.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+BisSeq03_2-16cell.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+BisSeq04_64cell.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+BisSeq05_256cell.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+BisSeq06_sphere.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+BisSeq07_muscle.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+BisSeq08_sphere_parthenogenesis_control.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+BisSeq09_sphere_parthenogenesis_treatment.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+GSM1133391_chrall.sperm.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+GSM1133392_chrall.egg.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+GSM1133393_chrall.16-cell.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+GSM1133394_chrall.32-cell.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+GSM1133395_chrall.64-cell.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+GSM1133396_chrall.128-cell.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+GSM1133397_chrall.1k-cell.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+GSM1133398_chrall.Germring.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
+GSM1133399_chrall.testis.bedGraph	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':18
diff --git a/danRer7/track2Style_decor b/danRer7/track2Style_decor
new file mode 100644
index 0000000..e4b278c
--- /dev/null
+++ b/danRer7/track2Style_decor
@@ -0,0 +1,87 @@
+cpgisland	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+DNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAChapaev	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNADNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNADNA?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAEn-Spm	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAEn-Spm?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAHarbinger	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAHarbinger?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-Ac	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-Ac?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-Blackjack	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-Charlie	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-hobo?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-Tip100	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-Tip100?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAHelitron	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAIS4EU	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAKolobok	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAKolobok-IS4EU	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAKolobok?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMaverick	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMuDR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAP	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAP?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAPiggyBac	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAPiggyBac?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar-Fot1?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar-ISRm11?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar-Tc1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar-Tigger	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+ensGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINECR1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEI	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL1-Tx1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINERex-Babar	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINERTE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINERTE-BovB	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Low_complexity	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRCopia	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRDIRS	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERV-Foamy	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERV1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRGypsy	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRGypsy?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRLTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRNgaro	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRPao	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+refGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+RNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNArRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAsnRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAtRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SatelliteSatellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SatelliteSatellite?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Simple_repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINE5S	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEDeu	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINESINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEtRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEV	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Unknown	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+vertebratephastCons8way	\N
+vertebratephyloP8way	\N
+fishphastCons8way	\N
+fishphyloP8way	\N
+gc5Base	\N
diff --git a/danRer7/track2VersionInfo b/danRer7/track2VersionInfo
new file mode 100644
index 0000000..598cbad
--- /dev/null
+++ b/danRer7/track2VersionInfo
@@ -0,0 +1,120 @@
+GSM500898_4hr_K4_rep1_MA2Cscore	Generated by Schier Lab
+GSM500899_4hr_K27_rep1_MA2Cscore	Generated by Schier Lab
+GSM500900_4hr_K36_rep1_MA2Cscore	Generated by Schier Lab
+GSM500901_4hr_polII_rep1_MA2Cscore	Generated by Schier Lab
+GSM500902_4hr_K4_rep2_MA2Cscore	Generated by Schier Lab
+GSM500903_4hr_K36_rep2_MA2Cscore	Generated by Schier Lab
+GSM500904_4hr_K27_rep2_MA2Cscore	Generated by Schier Lab
+GSM500905_4hr_polII_rep2_MA2Cscore	Generated by Schier Lab
+GSM500906_256_K4_MA2Cscore	Generated by Schier Lab
+GSM500907_256_K27_MA2Cscore	Generated by Schier Lab
+GSM500908_256_K36_MA2Cscore	Generated by Schier Lab
+GSM500909_256_polII_MA2Cscore	Generated by Schier Lab
+GSE26609_H3K4me3_sp_ChIP	Generated by Cairns Lab
+GSE26609_H3K4me2_sp_ChIP	Generated by Cairns Lab
+GSE26609_H3K14ac_sp_ChIP	Generated by Cairns Lab
+GSE26609_H3K27me3_sp_ChIP	Generated by Cairns Lab
+GSE26609_H2AFV_sp_ChIP	Generated by Cairns Lab
+GSE26609_H3K36me3_sp_ChIP	Generated by Cairns Lab
+GSE26609_H3K9me3_sp_ChIP	Generated by Cairns Lab
+GSE26609_sperm_MeDIP	Generated by Cairns Lab
+GSE26609_muscle_MeDIP	Generated by Cairns Lab
+GSM564427_neg_RZN001_score22_zv9_density	Generated by Mathavan Lab
+GSM564427_pos_RZN001_score22_zv9_density	Generated by Mathavan Lab
+GSM564428_neg_RZN002_score22_zv9_density	Generated by Mathavan Lab
+GSM564428_pos_RZN002_score22_zv9_density	Generated by Mathavan Lab
+GSM564429_neg_RZN003_score22_zv9_density	Generated by Mathavan Lab
+GSM564429_pos_RZN003_score22_zv9_density	Generated by Mathavan Lab
+GSM564430_neg_RZN004_score22_zv9_density	Generated by Mathavan Lab
+GSM564430_pos_RZN004_score22_zv9_density	Generated by Mathavan Lab
+GSM564431_neg_RZN005_score22_zv9_density	Generated by Mathavan Lab
+GSM564431_pos_RZN005_score22_zv9_density	Generated by Mathavan Lab
+GSM564432_neg_RZN006_score22_zv9_density	Generated by Mathavan Lab
+GSM564432_pos_RZN006_score22_zv9_density	Generated by Mathavan Lab
+RNA_2-4cell	Generated by Schier Lab
+RNA_1Kcell	Generated by Schier Lab
+RNA_dome	Generated by Schier Lab
+RNA_shield	Generated by Schier Lab
+RNA_bud	Generated by Schier Lab
+RNA_28hpf	Generated by Schier Lab
+RNA_2dpf	Generated by Schier Lab
+RNA_5dpf	Generated by Schier Lab
+H3K4me3_shield	Generated by Schier Lab
+H3K27me3_shield	Generated by Schier Lab
+ChIP_WCE_shield	Generated by Schier Lab
+GSM675174_MBT_H3K27me3_1	Generated by Collas Lab
+GSM675175_MBT_H3K27me3_2	Generated by Collas Lab
+GSM675176_MBT_H3K36me3_1	Generated by Collas Lab
+GSM675177_MBT_H3K36me3_2	Generated by Collas Lab
+GSM675178_MBT_H3K4me3_1	Generated by Collas Lab
+GSM675179_MBT_H3K4me3_2	Generated by Collas Lab
+GSM675180_MBT_H3K9me3_1	Generated by Collas Lab
+GSM675181_MBT_H3K9me3_2	Generated by Collas Lab
+GSM675182_MBT_polii_1	Generated by Collas Lab
+GSM675183_MBT_polii_2	Generated by Collas Lab
+GSM675184_postMBT_H3K27me3_1	Generated by Collas Lab
+GSM675185_postMBT_H3K27me3_2	Generated by Collas Lab
+GSM675186_postMBT_H3K36me3_1	Generated by Collas Lab
+GSM675187_postMBT_H3K36me3_2	Generated by Collas Lab
+GSM675188_postMBT_H3K4me3_1	Generated by Collas Lab
+GSM675189_postMBT_H3K4me3_2	Generated by Collas Lab
+GSM675190_postMBT_H3K9me3_1	Generated by Collas Lab
+GSM675191_postMBT_H3K9me3_2	Generated by Collas Lab
+GSM675192_postMBT_polii_1	Generated by Collas Lab
+GSM675193_postMBT_polii_2	Generated by Collas Lab
+GSM675194_preMBT_H3K27me3	Generated by Collas Lab
+GSM675195_preMBT_H3K36me3	Generated by Collas Lab
+GSM675196_preMBT_H3K4me3	Generated by Collas Lab
+GSM675197_preMBT_H3K9me3	Generated by Collas Lab
+GSM675198_preMBT_polii	Generated by Collas Lab
+GSM813749_H3K4me3_IP_24hpf	Generated by Bartel Lab
+GSM813750_H3K4me3_IP_72hpf	Generated by Bartel Lab
+GSM813751_H3K4me3_IP_Adult	Generated by Bartel Lab
+GSM813752_H3K36me3_IP_24hpf	Generated by Bartel Lab
+GSM813753_H3K36me3_IP_72hpf	Generated by Bartel Lab
+GSM813754_H3K36me3_IP_Adult	Generated by Bartel Lab
+GSM853234_Nanog_3.5hpf	Generated by Zon Lab
+GSM853235_Nanog_4.5hpf	Generated by Zon Lab
+GSM853236_Mxtx_4.5hpf	Generated by Zon Lab
+H3K4me3_dome.norm	Generated by Gomez-Skarmeta Lab
+H3K4me3_80epi.norm	Generated by Gomez-Skarmeta Lab
+H3K4me3_24hpf.norm	Generated by Gomez-Skarmeta Lab
+H3K4me3_48hpf.norm	Generated by Gomez-Skarmeta Lab
+H3K4me1_dome.norm	Generated by Gomez-Skarmeta Lab
+H3K4me1_80epi.norm	Generated by Gomez-Skarmeta Lab
+H3K4me1_24hpf.norm	Generated by Gomez-Skarmeta Lab
+H3K4me1_48hpf.norm	Generated by Gomez-Skarmeta Lab
+H3K27ac_dome.norm	Generated by Gomez-Skarmeta Lab
+H3K27ac_80epi.norm	Generated by Gomez-Skarmeta Lab
+H3K27ac_24hpf.norm	Generated by Gomez-Skarmeta Lab
+H3K27ac_48hpf.norm	Generated by Gomez-Skarmeta Lab
+GSM822655_preMBT_MeDIP_1	Generated by Collas Lab
+GSM822656_preMBT_MeDIP_2	Generated by Collas Lab
+GSM822657_MBT_MeDIP_1	Generated by Collas Lab
+GSM822658_MBT_MeDIP_2	Generated by Collas Lab
+GSM822659_postMBT_MeDIP_1	Generated by Collas Lab
+GSM822660_postMBT_MeDIP_2	Generated by Collas Lab
+GSM822661_ZF4_MeDIP_1	Generated by Collas Lab
+GSM822662_ZF4_MeDIP_2	Generated by Collas Lab
+GSM913999_sperm_MeDIP_1	Generated by Collas Lab
+GSM914000_sperm_MeDIP_2	Generated by Collas Lab
+GSM914001_emb24h_MeDIP_1	Generated by Collas Lab
+GSM914002_emb24h_MeDIP_2	Generated by Collas Lab
+BisSeq01_sperm.bedGraph	Generated by Cairns Lab
+BisSeq02_egg.bedGraph	Generated by Cairns Lab
+BisSeq03_2-16cell.bedGraph	Generated by Cairns Lab
+BisSeq04_64cell.bedGraph	Generated by Cairns Lab
+BisSeq05_256cell.bedGraph	Generated by Cairns Lab
+BisSeq06_sphere.bedGraph	Generated by Cairns Lab
+BisSeq07_muscle.bedGraph	Generated by Cairns Lab
+BisSeq08_sphere_parthenogenesis_control.bedGraph	Generated by Cairns Lab
+BisSeq09_sphere_parthenogenesis_treatment.bedGraph	Generated by Cairns Lab
+GSM1133391_chrall.sperm.bedGraph	Generated by Liu Lab
+GSM1133392_chrall.egg.bedGraph	Generated by Liu Lab
+GSM1133393_chrall.16-cell.bedGraph	Generated by Liu Lab
+GSM1133394_chrall.32-cell.bedGraph	Generated by Liu Lab
+GSM1133395_chrall.64-cell.bedGraph	Generated by Liu Lab
+GSM1133396_chrall.128-cell.bedGraph	Generated by Liu Lab
+GSM1133397_chrall.1k-cell.bedGraph	Generated by Liu Lab
+GSM1133398_chrall.Germring.bedGraph	Generated by Liu Lab
+GSM1133399_chrall.testis.bedGraph	Generated by Liu Lab
diff --git a/danRer7/trackAttr2idx b/danRer7/trackAttr2idx
new file mode 100644
index 0000000..cd1b34f
--- /dev/null
+++ b/danRer7/trackAttr2idx
@@ -0,0 +1,58 @@
+10001	Sperm	10001	Sperm
+10002	Egg/Maternal	10002	Egg/Maternal
+10003	1cell	10003	1cell
+10004	2-4cell	10004	2-4cell
+10005	2-16cell	10005	2-16cell
+10006	16cell	10006	16cell
+10007	16-32cell	10007	16-32cell
+10008	32cell	10008	32cell
+10009	64cell	10009	64cell
+10010	128cell	10010	128cell
+10011	128-256cell	10011	128-256cell
+10012	256cell/2.5hpf	10012	256cell/2.5hpf
+10013	1Kcell	10013	1Kcell
+10014	High/3.5hpf	10014	High/3.5hpf
+10015	Sphere	10015	Sphere
+10016	Dome	10016	Dome
+10017	Dome-30%Epiboly/4.5hpf	10017	Dome-30%Epiboly/4.5hpf
+10018	50%epiboly/5.3hpf	10018	50%epiboly/5.3hpf
+10019	Germ_Ring	10019	Germ_Ring
+10020	Shield	10020	Shield
+10021	80%epiboly	10021	80%epiboly
+10022	Bud	10022	Bud
+10023	24hpf	10023	24hpf
+10024	28hpf	10024	28hpf
+10025	48hpf/2dpf	10025	48hpf/2dpf
+10026	72hpf/3dpf	10026	72hpf/3dpf
+10027	5dpf	10027	5dpf
+10028	Adult	10028	Adult
+10029	Testis	10029	Testis
+10030	Muscle	10030	Muscle
+10031	ZF4	10031	ZF4
+20011	H3K4me3	20011	H3K4me3
+20008	H3K9me3_ChIP-chip	20008	H3K9me3_ChIP-chip
+20017	H3K4me1	20017	H3K4me1
+20007	H2AFV_ChIP-chip	20007	H2AFV_ChIP-chip
+20009	MeDIP-chip	20009	MeDIP-chip
+20014	H3K36me3	20014	H3K36me3
+20015	Nanog-like	20015	Nanog-like
+20013	ChIP_input	20013	ChIP_input
+20018	H3K27ac	20018	H3K27ac
+20006	H3K14ac_ChIP-chip	20006	H3K14ac_ChIP-chip
+20019	MethylC-seq	20019	MethylC-seq
+20005	H3K4me2_ChIP-chip	20005	H3K4me2_ChIP-chip
+20012	H3K27me3	20012	H3K27me3
+20003	H3K36me3_ChIP-chip	20003	H3K36me3_ChIP-chip
+20002	H3K27me3_ChIP-chip	20002	H3K27me3_ChIP-chip
+20010	RNA-seq	20010	RNA-seq
+20001	H3K4me3_ChIP-chip	20001	H3K4me3_ChIP-chip
+20016	Mxtx2	20016	Mxtx2
+20004	Pol2_ChIP-chip	20004	Pol2_ChIP-chip
+30001	Schier	30001	Schier
+30006	Zon	30006	Zon
+30008	Liu	30008	Liu
+30002	Cairns	30002	Cairns
+30007	Gomez-Skarmeta	30007	Gomez-Skarmeta
+30003	Mathavan	30003	Mathavan
+30005	Bartel	30005	Bartel
+30004	Collas	30004	Collas
diff --git a/dbTable.sql b/dbTable.sql
new file mode 100644
index 0000000..7733b58
--- /dev/null
+++ b/dbTable.sql
@@ -0,0 +1,27 @@
+-- ------------------
+--
+--     WashUGb
+--
+-- ------------------
+drop table if exists dbTable;
+create table dbTable (
+  dbName varchar(255) not null,
+  dbLabel varchar(255) not null,
+  organism varchar(255) not null,
+  -- font color to be used in genome list
+  fontcolor char(10) not null,
+  -- major reference genome of this species
+  isMajor boolean not null
+);
+
+insert into dbTable values("hg19", "Human hg19", "human", 'white', true);
+insert into dbTable values("hg18", "Human hg18", "human", 'white', false);
+insert into dbTable values("danRer7", "Zebrafish danRer7", "zebrafish", 'white', true);
+insert into dbTable values("mm9", "Mouse mm9", "mouse", 'white', true);
+insert into dbTable values("rn4", "Rat rn4", "rat", 'white', true);
+insert into dbTable values("dm3", "Fruit fly dm3", "fruit fly", 'white', true);
+insert into dbTable values("tair10", "Arabidopsis tair10", "arabidopsis", 'white', true);
+insert into dbTable values("AGPv2", "Maize AGPv2", "maize", 'white', true);
+insert into dbTable values("spombe201203", "S. pombe 2012-03", "spombe", 'white', true);
+insert into dbTable values("temporal_day", "Temporal data at day precision", "temporal_day", 'white', true);
+insert into dbTable values("Am1", "Am1.0", "arabidopsis", 'white', true);
diff --git a/dm3/chromLength b/dm3/chromLength
new file mode 100644
index 0000000..dfc4eaa
--- /dev/null
+++ b/dm3/chromLength
@@ -0,0 +1,15 @@
+chr2L	23011544
+chr2LHet	368872
+chr2R	21146708
+chr2RHet	3288761
+chr3L	24543557
+chr3LHet	2555491
+chr3R	27905053
+chr3RHet	2517507
+chr4	1351857
+chrM	19517
+chrUextra	29004656
+chrU	10049037
+chrX	22422827
+chrXHet	204112
+chrYHet	347038
diff --git a/dm3/cytoband b/dm3/cytoband
new file mode 100644
index 0000000..3b92bd2
--- /dev/null
+++ b/dm3/cytoband
@@ -0,0 +1,5050 @@
+	chr2L	0	22221	21A5	0
+	chr2L	22221	98619	21B1	5
+	chr2L	98619	134010	21B2	5
+	chr2L	134010	161234	21B3	5
+	chr2L	161234	213130	21B4	5
+	chr2L	213130	256688	21B5	5
+	chr2L	256688	267408	21B6	5
+	chr2L	267408	294632	21B7	5
+	chr2L	294632	324485	21B8	5
+	chr2L	324485	390347	21C1	0
+	chr2L	390347	456209	21C2	0
+	chr2L	456209	456219	21C3	0
+	chr2L	456219	456229	21C4	0
+	chr2L	456229	456239	21C5	0
+	chr2L	456239	456249	21C6	0
+	chr2L	456249	458430	21C7	0
+	chr2L	458430	464653	21C8	0
+	chr2L	464653	482425	21D1	5
+	chr2L	482425	500197	21D2	5
+	chr2L	500197	510759	21D3	5
+	chr2L	510759	518418	21D4	5
+	chr2L	518418	533318	21E1	0
+	chr2L	533318	987803	21E2	0
+	chr2L	987803	1048634	21E3	0
+	chr2L	1048634	1086654	21E4	0
+	chr2L	1086654	1170535	21F1	5
+	chr2L	1170535	1224563	21F2	5
+	chr2L	1224563	1277401	21F3	5
+	chr2L	1277401	1326937	21F4	5
+	chr2L	1326937	1428804	22A1	0
+	chr2L	1428804	1530671	22A2	0
+	chr2L	1530671	1644731	22A3	0
+	chr2L	1644731	1644741	22A4	0
+	chr2L	1644741	1654988	22A5	0
+	chr2L	1654988	1667727	22A6	0
+	chr2L	1667727	1687818	22A7	0
+	chr2L	1687818	1698637	22A8	0
+	chr2L	1698637	1737370	22B1	5
+	chr2L	1737370	1802684	22B2	5
+	chr2L	1802684	1852361	22B3	5
+	chr2L	1852361	1902039	22B4	5
+	chr2L	1902039	1920281	22B5	5
+	chr2L	1920281	1954160	22B6	5
+	chr2L	1954160	1964421	22B7	5
+	chr2L	1964421	2014098	22B8	5
+	chr2L	2014098	2027808	22B9	5
+	chr2L	2027808	2061629	22C1	0
+	chr2L	2061629	2090832	22C2	0
+	chr2L	2090832	2132199	22C3	0
+	chr2L	2132199	2204105	22D1	5
+	chr2L	2204105	2204115	22D2	5
+	chr2L	2204115	2204125	22D3	5
+	chr2L	2204125	2234802	22D4	5
+	chr2L	2234802	2261169	22D5	5
+	chr2L	2261169	2298835	22D6	5
+	chr2L	2298835	2425019	22E1	0
+	chr2L	2425019	2425029	22E2	0
+	chr2L	2425029	2425039	22E3	0
+	chr2L	2425039	2425049	22E4	0
+	chr2L	2425049	2432797	22F1	5
+	chr2L	2432797	2458422	22F2	5
+	chr2L	2458422	2492448	22F3	5
+	chr2L	2492448	2564558	22F4	5
+	chr2L	2564558	2642867	23A1	0
+	chr2L	2642867	2721176	23A2	0
+	chr2L	2721176	2761795	23A3	0
+	chr2L	2761795	2762015	23A4	0
+	chr2L	2762015	2774487	23A5	0
+	chr2L	2774487	2786959	23A6	0
+	chr2L	2786959	2790737	23A7	0
+	chr2L	2790737	2809025	23B1	5
+	chr2L	2809025	2827313	23B2	5
+	chr2L	2827313	2839785	23B3	5
+	chr2L	2839785	2846501	23B4	5
+	chr2L	2846501	2856095	23B5	5
+	chr2L	2856095	2864302	23B6	5
+	chr2L	2864302	2870047	23B7	5
+	chr2L	2870047	2875792	23B8	5
+	chr2L	2875792	2888923	23C1	0
+	chr2L	2888923	2946983	23C2	0
+	chr2L	2946983	2972384	23C3	0
+	chr2L	2972384	3030443	23C4	0
+	chr2L	3030443	3066730	23C5	0
+	chr2L	3066730	3124790	23D1	5
+	chr2L	3124790	3145048	23D2	5
+	chr2L	3145048	3161507	23D3	5
+	chr2L	3161507	3186062	23D4	5
+	chr2L	3186062	3202164	23D5	5
+	chr2L	3202164	3218266	23D6	5
+	chr2L	3218266	3295327	23E1	0
+	chr2L	3295327	3298921	23E2	0
+	chr2L	3298921	3321924	23E3	0
+	chr2L	3321924	3344927	23E4	0
+	chr2L	3344927	3361029	23E5	0
+	chr2L	3361029	3370087	23E6	0
+	chr2L	3370087	3440247	23F1	5
+	chr2L	3440247	3443841	23F2	5
+	chr2L	3443841	3486253	23F3	5
+	chr2L	3486253	3486263	23F4	5
+	chr2L	3486263	3486273	23F5	5
+	chr2L	3486273	3526909	23F6	5
+	chr2L	3526909	3619317	24A1	0
+	chr2L	3619317	3636539	24A2	0
+	chr2L	3636539	3648283	24A3	0
+	chr2L	3648283	3660028	24A4	0
+	chr2L	3660028	3666352	24A5	0
+	chr2L	3666352	3693907	24B1	5
+	chr2L	3693907	3695319	24B2	5
+	chr2L	3695319	3698876	24B3	5
+	chr2L	3698876	3726431	24C1	0
+	chr2L	3726431	3750533	24C2	0
+	chr2L	3750533	3780679	24C3	0
+	chr2L	3780679	3789809	24C4	0
+	chr2L	3789809	3819955	24C5	0
+	chr2L	3819955	3829085	24C6	0
+	chr2L	3829085	3859230	24C7	0
+	chr2L	3859230	3896332	24C8	0
+	chr2L	3896332	3912565	24C9	0
+	chr2L	3912565	3956768	24D1	5
+	chr2L	3956768	4000971	24D2	5
+	chr2L	4000971	4024160	24D3	5
+	chr2L	4024160	4073079	24D4	5
+	chr2L	4073079	4113515	24D5	5
+	chr2L	4113515	4153950	24D6	5
+	chr2L	4153950	4185054	24D7	5
+	chr2L	4185054	4225489	24D8	5
+	chr2L	4225489	4376539	24E1	0
+	chr2L	4376539	4376549	24E2	0
+	chr2L	4376549	4376559	24E3	0
+	chr2L	4376559	4388970	24E4	0
+	chr2L	4388970	4397910	24E5	0
+	chr2L	4397910	4417635	24F1	5
+	chr2L	4417635	4448498	24F2	5
+	chr2L	4448498	4464159	24F3	5
+	chr2L	4464159	4479821	24F4	5
+	chr2L	4479821	4485987	24F5	5
+	chr2L	4485987	4506347	24F6	5
+	chr2L	4506347	4526707	24F7	5
+	chr2L	4526707	4537964	24F8	5
+	chr2L	4537964	4614998	25A1	0
+	chr2L	4614998	4673141	25A2	0
+	chr2L	4673141	4731284	25A3	0
+	chr2L	4731284	4780031	25A4	0
+	chr2L	4780031	4790994	25A5	0
+	chr2L	4790994	4816052	25A6	0
+	chr2L	4816052	4827015	25A7	0
+	chr2L	4827015	4842676	25A8	0
+	chr2L	4842676	4899841	25B1	5
+	chr2L	4899841	4905152	25B2	5
+	chr2L	4905152	4932619	25B3	5
+	chr2L	4932619	4960086	25B4	5
+	chr2L	4960086	4982402	25B5	5
+	chr2L	4982402	4982412	25B6	5
+	chr2L	4982412	4982422	25B7	5
+	chr2L	4982422	4982432	25B8	5
+	chr2L	4982432	4994196	25B9	5
+	chr2L	4994196	5006014	25B10	5
+	chr2L	5006014	5049149	25C1	0
+	chr2L	5049149	5049825	25C2	0
+	chr2L	5049825	5064389	25C3	0
+	chr2L	5064389	5078952	25C4	0
+	chr2L	5078952	5093516	25C5	0
+	chr2L	5093516	5111649	25C6	0
+	chr2L	5111649	5133967	25C7	0
+	chr2L	5133967	5164742	25C8	0
+	chr2L	5164742	5195516	25C9	0
+	chr2L	5195516	5213649	25C10	0
+	chr2L	5213649	5240239	25D1	5
+	chr2L	5240239	5273491	25D2	5
+	chr2L	5273491	5285701	25D3	5
+	chr2L	5285701	5303145	25D4	5
+	chr2L	5303145	5320589	25D5	5
+	chr2L	5320589	5362864	25D6	5
+	chr2L	5362864	5372874	25D7	5
+	chr2L	5372874	5421339	25E1	0
+	chr2L	5421339	5477431	25E2	0
+	chr2L	5477431	5495228	25E3	0
+	chr2L	5495228	5513025	25E4	0
+	chr2L	5513025	5538449	25E5	0
+	chr2L	5538449	5572913	25E6	0
+	chr2L	5572913	5631715	25F1	5
+	chr2L	5631715	5682521	25F2	5
+	chr2L	5682521	5725165	25F3	5
+	chr2L	5725165	5798832	25F4	5
+	chr2L	5798832	5831061	25F5	5
+	chr2L	5831061	5932640	26A1	0
+	chr2L	5932640	5942497	26A2	0
+	chr2L	5942497	5960484	26A3	0
+	chr2L	5960484	5968636	26A4	0
+	chr2L	5968636	5979234	26A5	0
+	chr2L	5979234	5979590	26A6	0
+	chr2L	5979590	5979698	26A7	0
+	chr2L	5979698	5979890	26A8	0
+	chr2L	5979890	5980164	26A9	0
+	chr2L	5980164	5981001	26B1	5
+	chr2L	5981001	6018789	26B2	5
+	chr2L	6018789	6056899	26B3	5
+	chr2L	6056899	6080719	26B4	5
+	chr2L	6080719	6110195	26B5	5
+	chr2L	6110195	6113916	26B6	5
+	chr2L	6113916	6130590	26B7	5
+	chr2L	6130590	6154409	26B8	5
+	chr2L	6154409	6178228	26B9	5
+	chr2L	6178228	6194901	26B10	5
+	chr2L	6194901	6233012	26B11	5
+	chr2L	6233012	6278417	26C1	0
+	chr2L	6278417	6323822	26C2	0
+	chr2L	6323822	6363576	26C3	0
+	chr2L	6363576	6384431	26C4	0
+	chr2L	6384431	6448037	26D1	5
+	chr2L	6448037	6448047	26D2	5
+	chr2L	6448047	6448057	26D3	5
+	chr2L	6448057	6455070	26D4	5
+	chr2L	6455070	6461743	26D5	5
+	chr2L	6461743	6465497	26D6	5
+	chr2L	6465497	6477889	26D7	5
+	chr2L	6477889	6484562	26D8	5
+	chr2L	6484562	6499666	26D9	5
+	chr2L	6499666	6504882	26D10	5
+	chr2L	6504882	6514155	26D11	5
+	chr2L	6514155	6531376	26E1	0
+	chr2L	6531376	6548598	26E2	0
+	chr2L	6548598	6569793	26E3	0
+	chr2L	6569793	6583040	26E4	0
+	chr2L	6583040	6619386	26F1	5
+	chr2L	6619386	6621456	26F2	5
+	chr2L	6621456	6649854	26F3	5
+	chr2L	6649854	6651924	26F4	5
+	chr2L	6651924	6661197	26F5	5
+	chr2L	6661197	6674444	26F6	5
+	chr2L	6674444	6687691	26F7	5
+	chr2L	6687691	6728922	27A1	0
+	chr2L	6728922	6746143	27A2	0
+	chr2L	6746143	6798469	27B1	5
+	chr2L	6798469	6800539	27B2	5
+	chr2L	6800539	6813786	27B3	5
+	chr2L	6813786	6839038	27B4	5
+	chr2L	6839038	6880269	27C1	0
+	chr2L	6880269	6889264	27C2	0
+	chr2L	6889264	6904649	27C3	0
+	chr2L	6904649	6933568	27C4	0
+	chr2L	6933568	6939661	27C5	0
+	chr2L	6939661	6950229	27C6	0
+	chr2L	6950229	6969857	27C7	0
+	chr2L	6969857	6969867	27C8	0
+	chr2L	6969867	6969877	27C9	0
+	chr2L	6969877	6973359	27D1	5
+	chr2L	6973359	6996526	27D2	5
+	chr2L	6996526	7012040	27D3	5
+	chr2L	7012040	7027554	27D4	5
+	chr2L	7027554	7038414	27D5	5
+	chr2L	7038414	7049273	27D6	5
+	chr2L	7049273	7069441	27D7	5
+	chr2L	7069441	7117728	27E1	0
+	chr2L	7117728	7156609	27E2	0
+	chr2L	7156609	7181431	27E3	0
+	chr2L	7181431	7206253	27E4	0
+	chr2L	7206253	7226421	27E5	0
+	chr2L	7226421	7246589	27E6	0
+	chr2L	7246589	7275192	27E7	0
+	chr2L	7275192	7277616	27E8	0
+	chr2L	7277616	7334242	27F1	5
+	chr2L	7334242	7369686	27F2	5
+	chr2L	7369686	7422270	27F3	5
+	chr2L	7422270	7445275	27F4	5
+	chr2L	7445275	7445285	27F5	5
+	chr2L	7445285	7445295	27F6	5
+	chr2L	7445295	7445305	27F7	5
+	chr2L	7445305	7485292	28A1	0
+	chr2L	7485292	7487228	28A2	0
+	chr2L	7487228	7495902	28A3	0
+	chr2L	7495902	7512009	28A4	0
+	chr2L	7512009	7524400	28A5	0
+	chr2L	7524400	7548020	28A6	0
+	chr2L	7548020	7578299	28B1	5
+	chr2L	7578299	7580235	28B2	5
+	chr2L	7580235	7592626	28B3	5
+	chr2L	7592626	7644956	28B4	5
+	chr2L	7644956	7719532	28C1	0
+	chr2L	7719532	7767141	28C2	0
+	chr2L	7767141	7787970	28C3	0
+	chr2L	7787970	7815866	28C4	0
+	chr2L	7815866	7820516	28C5	0
+	chr2L	7820516	7820526	28C6	0
+	chr2L	7820526	7820536	28C7	0
+	chr2L	7820536	7820546	28C8	0
+	chr2L	7820546	7820556	28C9	0
+	chr2L	7820556	7829302	28D1	5
+	chr2L	7829302	7912688	28D2	5
+	chr2L	7912688	8048738	28D3	5
+	chr2L	8048738	8048748	28D4	5
+	chr2L	8048748	8048758	28D5	5
+	chr2L	8048758	8048768	28D6	5
+	chr2L	8048768	8048778	28D7	5
+	chr2L	8048778	8048788	28D8	5
+	chr2L	8048788	8048798	28D9	5
+	chr2L	8048798	8048808	28D10	5
+	chr2L	8048808	8056361	28D11	5
+	chr2L	8056361	8060238	28D12	5
+	chr2L	8060238	8074119	28E1	0
+	chr2L	8074119	8078995	28E2	0
+	chr2L	8078995	8083671	28E3	0
+	chr2L	8083671	8090529	28E4	0
+	chr2L	8090529	8114481	28E5	0
+	chr2L	8114481	8120218	28E6	0
+	chr2L	8120218	8155827	28E7	0
+	chr2L	8155827	8158104	28E8	0
+	chr2L	8158104	8168304	28E9	0
+	chr2L	8168304	8208284	28F1	5
+	chr2L	8208284	8210561	28F2	5
+	chr2L	8210561	8220761	28F3	5
+	chr2L	8220761	8235332	28F4	5
+	chr2L	8235332	8254275	28F5	5
+	chr2L	8254275	8282052	29A1	0
+	chr2L	8282052	8300970	29A2	0
+	chr2L	8300970	8315525	29A3	0
+	chr2L	8315525	8325714	29A4	0
+	chr2L	8325714	8340270	29A5	0
+	chr2L	8340270	8363559	29B1	5
+	chr2L	8363559	8375066	29B2	5
+	chr2L	8375066	8382259	29B3	5
+	chr2L	8382259	8387293	29B4	5
+	chr2L	8387293	8404869	29C1	0
+	chr2L	8404869	8405993	29C2	0
+	chr2L	8405993	8422378	29C3	0
+	chr2L	8422378	8438367	29C4	0
+	chr2L	8438367	8454356	29C5	0
+	chr2L	8454356	8491870	29D1	5
+	chr2L	8491870	8506397	29D2	5
+	chr2L	8506397	8514336	29D3	5
+	chr2L	8514336	8528450	29D4	5
+	chr2L	8528450	8531210	29D5	5
+	chr2L	8531210	8532762	29D6	5
+	chr2L	8532762	8536704	29D7	5
+	chr2L	8536704	8544219	29E1	0
+	chr2L	8544219	8637546	29E2	0
+	chr2L	8637546	8686504	29E3	0
+	chr2L	8686504	8711541	29E4	0
+	chr2L	8711541	8736577	29E5	0
+	chr2L	8736577	8761614	29E6	0
+	chr2L	8761614	8816851	29F1	5
+	chr2L	8816851	8856909	29F2	5
+	chr2L	8856909	8912146	29F3	5
+	chr2L	8912146	8937183	29F4	5
+	chr2L	8937183	8962220	29F5	5
+	chr2L	8962220	8987256	29F6	5
+	chr2L	8987256	9019804	29F7	5
+	chr2L	9019804	9059863	29F8	5
+	chr2L	9059863	9122611	30A1	0
+	chr2L	9122611	9185359	30A2	0
+	chr2L	9185359	9202884	30A3	0
+	chr2L	9202884	9220410	30A4	0
+	chr2L	9220410	9233750	30A5	0
+	chr2L	9233750	9254801	30A6	0
+	chr2L	9254801	9301244	30A7	0
+	chr2L	9301244	9347687	30A8	0
+	chr2L	9347687	9362423	30A9	0
+	chr2L	9362423	9413865	30B1	5
+	chr2L	9413865	9417155	30B2	5
+	chr2L	9417155	9438205	30B3	5
+	chr2L	9438205	9459256	30B4	5
+	chr2L	9459256	9517014	30B5	5
+	chr2L	9517014	9517024	30B6	5
+	chr2L	9517024	9517034	30B7	5
+	chr2L	9517034	9517044	30B8	5
+	chr2L	9517044	9519663	30B9	5
+	chr2L	9519663	9548855	30B10	5
+	chr2L	9548855	9559859	30B11	5
+	chr2L	9559859	9589828	30B12	5
+	chr2L	9589828	9629228	30C1	0
+	chr2L	9629228	9659196	30C2	0
+	chr2L	9659196	9670201	30C3	0
+	chr2L	9670201	9681206	30C4	0
+	chr2L	9681206	9711174	30C5	0
+	chr2L	9711174	9741915	30C6	0
+	chr2L	9741915	9766831	30C7	0
+	chr2L	9766831	9773464	30C8	0
+	chr2L	9773464	9785847	30C9	0
+	chr2L	9785847	9860918	30D1	5
+	chr2L	9860918	9862853	30D2	5
+	chr2L	9862853	9871521	30D3	5
+	chr2L	9871521	9880189	30D4	5
+	chr2L	9880189	9910450	30E1	0
+	chr2L	9910450	9910460	30E2	0
+	chr2L	9910460	9911998	30E3	0
+	chr2L	9911998	9920729	30E4	0
+	chr2L	9920729	9951990	30F1	5
+	chr2L	9951990	9964463	30F2	5
+	chr2L	9964463	9973195	30F3	5
+	chr2L	9973195	9981926	30F4	5
+	chr2L	9981926	10020749	30F5	5
+	chr2L	10020749	10033194	30F6	5
+	chr2L	10033194	10056945	31A1	0
+	chr2L	10056945	10131554	31A2	0
+	chr2L	10131554	10170693	31A3	0
+	chr2L	10170693	10280527	31B1	5
+	chr2L	10280527	10280537	31B2	5
+	chr2L	10280537	10280547	31B3	5
+	chr2L	10280547	10280557	31B4	5
+	chr2L	10280557	10280567	31B5	5
+	chr2L	10280567	10280577	31C1	0
+	chr2L	10280577	10280587	31C2	0
+	chr2L	10280587	10280597	31C3	0
+	chr2L	10280597	10283867	31C4	0
+	chr2L	10283867	10288343	31C5	0
+	chr2L	10288343	10292820	31C6	0
+	chr2L	10292820	10297297	31C7	0
+	chr2L	10297297	10309580	31D1	5
+	chr2L	10309580	10309590	31D2	5
+	chr2L	10309590	10310873	31D3	5
+	chr2L	10310873	10312897	31D4	5
+	chr2L	10312897	10316656	31D5	5
+	chr2L	10316656	10320415	31D6	5
+	chr2L	10320415	10323307	31D7	5
+	chr2L	10323307	10328820	31D8	5
+	chr2L	10328820	10350578	31D9	5
+	chr2L	10350578	10373169	31D10	5
+	chr2L	10373169	10391524	31D11	5
+	chr2L	10391524	10431146	31E1	0
+	chr2L	10431146	10441698	31E2	0
+	chr2L	10441698	10451138	31E3	0
+	chr2L	10451138	10457039	31E4	0
+	chr2L	10457039	10462939	31E5	0
+	chr2L	10462939	10467069	31E6	0
+	chr2L	10467069	10472969	31E7	0
+	chr2L	10472969	10494506	31F1	5
+	chr2L	10494506	10495428	31F2	5
+	chr2L	10495428	10499558	31F3	5
+	chr2L	10499558	10514346	31F4	5
+	chr2L	10514346	10557961	31F5	5
+	chr2L	10557961	10614466	32A1	0
+	chr2L	10614466	10664207	32A2	0
+	chr2L	10664207	10679989	32A3	0
+	chr2L	10679989	10709298	32A4	0
+	chr2L	10709298	10774975	32A5	0
+	chr2L	10774975	10856377	32B1	5
+	chr2L	10856377	10861013	32B2	5
+	chr2L	10861013	10899582	32B3	5
+	chr2L	10899582	10929250	32B4	5
+	chr2L	10929250	11019738	32C1	0
+	chr2L	11019738	11019748	32C2	0
+	chr2L	11019748	11019758	32C3	0
+	chr2L	11019758	11019768	32C4	0
+	chr2L	11019768	11021965	32C5	0
+	chr2L	11021965	11067015	32D1	5
+	chr2L	11067015	11093465	32D2	5
+	chr2L	11093465	11109050	32D3	5
+	chr2L	11109050	11131904	32D4	5
+	chr2L	11131904	11169360	32D5	5
+	chr2L	11169360	11218807	32E1	0
+	chr2L	11218807	11288234	32E2	0
+	chr2L	11288234	11313013	32E3	0
+	chr2L	11313013	11367439	32E4	0
+	chr2L	11367439	11372970	32E5	0
+	chr2L	11372970	11440449	32F1	5
+	chr2L	11440449	11537701	32F2	5
+	chr2L	11537701	11609243	32F3	5
+	chr2L	11609243	11680785	32F4	5
+	chr2L	11680785	11806263	33A1	0
+	chr2L	11806263	11836578	33A2	0
+	chr2L	11836578	11847381	33A3	0
+	chr2L	11847381	11858183	33A4	0
+	chr2L	11858183	11871552	33A5	0
+	chr2L	11871552	11873240	33A6	0
+	chr2L	11873240	11887283	33A7	0
+	chr2L	11887283	11901327	33A8	0
+	chr2L	11901327	11931641	33B1	5
+	chr2L	11931641	11961956	33B2	5
+	chr2L	11961956	11976000	33B3	5
+	chr2L	11976000	11980753	33B4	5
+	chr2L	11980753	12001757	33B5	5
+	chr2L	12001757	12003537	33B6	5
+	chr2L	12003537	12008022	33B7	5
+	chr2L	12008022	12019414	33B8	5
+	chr2L	12019414	12037642	33B9	5
+	chr2L	12037642	12042127	33B10	5
+	chr2L	12042127	12053520	33B11	5
+	chr2L	12053520	12053530	33B12	5
+	chr2L	12053530	12053540	33B13	5
+	chr2L	12053540	12053550	33B14	5
+	chr2L	12053550	12060150	33C1	0
+	chr2L	12060150	12078332	33C2	0
+	chr2L	12078332	12088107	33C3	0
+	chr2L	12088107	12118045	33C4	0
+	chr2L	12118045	12118055	33C5	0
+	chr2L	12118055	12118065	33C6	0
+	chr2L	12118065	12118075	33D1	5
+	chr2L	12118075	12176015	33D2	5
+	chr2L	12176015	12235162	33D3	5
+	chr2L	12235162	12294308	33D4	5
+	chr2L	12294308	12313074	33D5	5
+	chr2L	12313074	12378588	33E1	0
+	chr2L	12378588	12382777	33E2	0
+	chr2L	12382777	12409585	33E3	0
+	chr2L	12409585	12436394	33E4	0
+	chr2L	12436394	12463203	33E5	0
+	chr2L	12463203	12481969	33E6	0
+	chr2L	12481969	12533073	33E7	0
+	chr2L	12533073	12536338	33E8	0
+	chr2L	12536338	12556019	33E9	0
+	chr2L	12556019	12581605	33E10	0
+	chr2L	12581605	12619122	33F1	5
+	chr2L	12619122	12674151	33F2	5
+	chr2L	12674151	12720340	33F3	5
+	chr2L	12720340	12749208	33F4	5
+	chr2L	12749208	12778076	33F5	5
+	chr2L	12778076	12859086	34A1	0
+	chr2L	12859086	12942602	34A2	0
+	chr2L	12942602	12985594	34A3	0
+	chr2L	12985594	13028587	34A4	0
+	chr2L	13028587	13131522	34A5	0
+	chr2L	13131522	13156534	34A6	0
+	chr2L	13156534	13172747	34A7	0
+	chr2L	13172747	13192701	34A8	0
+	chr2L	13192701	13212655	34A9	0
+	chr2L	13212655	13228868	34A10	0
+	chr2L	13228868	13241340	34A11	0
+	chr2L	13241340	13253032	34B1	5
+	chr2L	13253032	13258574	34B2	5
+	chr2L	13258574	13277618	34B3	5
+	chr2L	13277618	13296662	34B4	5
+	chr2L	13296662	13315705	34B5	5
+	chr2L	13315705	13352007	34B6	5
+	chr2L	13352007	13368962	34B7	5
+	chr2L	13368962	13376897	34B8	5
+	chr2L	13376897	13393105	34B9	5
+	chr2L	13393105	13410173	34B10	5
+	chr2L	13410173	13426175	34B11	5
+	chr2L	13426175	13428842	34B12	5
+	chr2L	13428842	13461378	34C1	0
+	chr2L	13461378	13493915	34C2	0
+	chr2L	13493915	13516104	34C3	0
+	chr2L	13516104	13568162	34C4	0
+	chr2L	13568162	13629299	34C5	0
+	chr2L	13629299	13685223	34C6	0
+	chr2L	13685223	13702162	34C7	0
+	chr2L	13702162	13833369	34D1	5
+	chr2L	13833369	13833379	34D2	5
+	chr2L	13833379	13833389	34D3	5
+	chr2L	13833389	13833399	34D4	5
+	chr2L	13833399	13833409	34D5	5
+	chr2L	13833409	13840769	34D6	5
+	chr2L	13840769	13848431	34D7	5
+	chr2L	13848431	13858651	34D8	5
+	chr2L	13858651	13886483	34E1	0
+	chr2L	13886483	13914315	34E2	0
+	chr2L	13914315	13920064	34E3	0
+	chr2L	13920064	13952276	34E4	0
+	chr2L	13952276	13984488	34E5	0
+	chr2L	13984488	14003468	34E6	0
+	chr2L	14003468	14031300	34F1	5
+	chr2L	14031300	14059132	34F2	5
+	chr2L	14059132	14082493	34F3	5
+	chr2L	14082493	14110325	34F4	5
+	chr2L	14110325	14129305	34F5	5
+	chr2L	14129305	14191448	35A1	0
+	chr2L	14191448	14260776	35A2	0
+	chr2L	14260776	14319262	35A3	0
+	chr2L	14319262	14364252	35A4	0
+	chr2L	14364252	14463510	35B1	5
+	chr2L	14463510	14562769	35B2	5
+	chr2L	14562769	14648531	35B3	5
+	chr2L	14648531	14728138	35B4	5
+	chr2L	14728138	14784679	35B5	5
+	chr2L	14784679	14880636	35B6	5
+	chr2L	14880636	14976593	35B7	5
+	chr2L	14976593	15046182	35B8	5
+	chr2L	15046182	15058675	35B9	5
+	chr2L	15058675	15063839	35B10	5
+	chr2L	15063839	15092774	35C1	0
+	chr2L	15092774	15152068	35C2	0
+	chr2L	15152068	15214582	35C3	0
+	chr2L	15214582	15242917	35C4	0
+	chr2L	15242917	15271253	35C5	0
+	chr2L	15271253	15333767	35D1	5
+	chr2L	15333767	15515146	35D2	5
+	chr2L	15515146	15721189	35D3	5
+	chr2L	15721189	15853531	35D4	5
+	chr2L	15853531	15880296	35D5	5
+	chr2L	15880296	15930004	35D6	5
+	chr2L	15930004	15968241	35D7	5
+	chr2L	15968241	16041130	35E1	0
+	chr2L	16041130	16125490	35E2	0
+	chr2L	16125490	16140546	35E3	0
+	chr2L	16140546	16155602	35E4	0
+	chr2L	16155602	16182368	35E5	0
+	chr2L	16182368	16209133	35E6	0
+	chr2L	16209133	16348698	35F1	5
+	chr2L	16348698	16348708	35F2	5
+	chr2L	16348708	16348718	35F3	5
+	chr2L	16348718	16348728	35F4	5
+	chr2L	16348728	16348738	35F5	5
+	chr2L	16348738	16348748	35F6	5
+	chr2L	16348748	16348758	35F7	5
+	chr2L	16348758	16348768	35F8	5
+	chr2L	16348768	16348778	35F9	5
+	chr2L	16348778	16348788	35F10	5
+	chr2L	16348788	16348798	35F11	5
+	chr2L	16348798	16411601	35F12	5
+	chr2L	16411601	16485982	36A1	0
+	chr2L	16485982	16516883	36A2	0
+	chr2L	16516883	16537956	36A3	0
+	chr2L	16537956	16554167	36A4	0
+	chr2L	16554167	16570377	36A5	0
+	chr2L	16570377	16606141	36A6	0
+	chr2L	16606141	16637042	36A7	0
+	chr2L	16637042	16658116	36A8	0
+	chr2L	16658116	16669463	36A9	0
+	chr2L	16669463	16700364	36A10	0
+	chr2L	16700364	16720500	36A11	0
+	chr2L	16720500	16734233	36A12	0
+	chr2L	16734233	16741627	36A13	0
+	chr2L	16741627	16765029	36A14	0
+	chr2L	16765029	16824975	36B1	5
+	chr2L	16824975	16867932	36B2	5
+	chr2L	16867932	16894285	36B3	5
+	chr2L	16894285	16943227	36B4	5
+	chr2L	16943227	16980874	36B5	5
+	chr2L	16980874	17050286	36B6	5
+	chr2L	17050286	17056168	36B7	5
+	chr2L	17056168	17093815	36B8	5
+	chr2L	17093815	17154051	36C1	0
+	chr2L	17154051	17214286	36C2	0
+	chr2L	17214286	17240639	36C3	0
+	chr2L	17240639	17278287	36C4	0
+	chr2L	17278287	17315934	36C5	0
+	chr2L	17315934	17364875	36C6	0
+	chr2L	17364875	17413816	36C7	0
+	chr2L	17413816	17440169	36C8	0
+	chr2L	17440169	17477817	36C9	0
+	chr2L	17477817	17526758	36C10	0
+	chr2L	17526758	17552485	36C11	0
+	chr2L	17552485	17649720	36D1	5
+	chr2L	17649720	17746956	36D2	5
+	chr2L	17746956	17817472	36D3	5
+	chr2L	17817472	17901486	36E1	0
+	chr2L	17901486	17958780	36E2	0
+	chr2L	17958780	18093202	36E3	0
+	chr2L	18093202	18100088	36E4	0
+	chr2L	18100088	18130939	36E5	0
+	chr2L	18130939	18188234	36E6	0
+	chr2L	18188234	18258750	36F1	5
+	chr2L	18258750	18329266	36F2	5
+	chr2L	18329266	18386561	36F3	5
+	chr2L	18386561	18443855	36F4	5
+	chr2L	18443855	18501150	36F5	5
+	chr2L	18501150	18598385	36F6	5
+	chr2L	18598385	18643592	36F7	5
+	chr2L	18643592	18655059	36F8	5
+	chr2L	18655059	18666525	36F9	5
+	chr2L	18666525	18677991	36F10	5
+	chr2L	18677991	18684441	36F11	5
+	chr2L	18684441	18725494	37A1	0
+	chr2L	18725494	18766548	37A2	0
+	chr2L	18766548	18782928	37A3	0
+	chr2L	18782928	18813129	37A4	0
+	chr2L	18813129	18815689	37A5	0
+	chr2L	18815689	18822138	37A6	0
+	chr2L	18822138	18881927	37B1	5
+	chr2L	18881927	18884486	37B2	5
+	chr2L	18884486	18905781	37B3	5
+	chr2L	18905781	18912231	37B4	5
+	chr2L	18912231	18928611	37B5	5
+	chr2L	18928611	18949905	37B6	5
+	chr2L	18949905	18971200	37B7	5
+	chr2L	18971200	18997409	37B8	5
+	chr2L	18997409	19028634	37B9	5
+	chr2L	19028634	19035083	37B10	5
+	chr2L	19035083	19046550	37B11	5
+	chr2L	19046550	19061933	37B12	5
+	chr2L	19061933	19085148	37B13	5
+	chr2L	19085148	19150331	37C1	0
+	chr2L	19150331	19150341	37C2	0
+	chr2L	19150341	19150351	37C3	0
+	chr2L	19150351	19156532	37C4	0
+	chr2L	19156532	19168098	37C5	0
+	chr2L	19168098	19182334	37C6	0
+	chr2L	19182334	19217604	37C7	0
+	chr2L	19217604	19292950	37D1	5
+	chr2L	19292950	19368297	37D2	5
+	chr2L	19368297	19386227	37D3	5
+	chr2L	19386227	19397438	37D4	5
+	chr2L	19397438	19405286	37D5	5
+	chr2L	19405286	19419860	37D6	5
+	chr2L	19419860	19427708	37D7	5
+	chr2L	19427708	19461902	37E1	0
+	chr2L	19461902	19463654	37E2	0
+	chr2L	19463654	19485025	37E3	0
+	chr2L	19485025	19506396	37E4	0
+	chr2L	19506396	19531130	37E5	0
+	chr2L	19531130	19566025	37F1	5
+	chr2L	19566025	19619070	37F2	5
+	chr2L	19619070	19634370	37F3	5
+	chr2L	19634370	19654861	37F4	5
+	chr2L	19654861	19658276	37F5	5
+	chr2L	19658276	19673576	37F6	5
+	chr2L	19673576	19721797	38A1	0
+	chr2L	19721797	19763462	38A2	0
+	chr2L	19763462	19805126	38A3	0
+	chr2L	19805126	19840097	38A4	0
+	chr2L	19840097	19868511	38A5	0
+	chr2L	19868511	19896924	38A6	0
+	chr2L	19896924	19938589	38A7	0
+	chr2L	19938589	20000958	38A8	0
+	chr2L	20000958	20060935	38B1	5
+	chr2L	20060935	20073177	38B2	5
+	chr2L	20073177	20076190	38B3	5
+	chr2L	20076190	20086136	38B4	5
+	chr2L	20086136	20091492	38B5	5
+	chr2L	20091492	20098210	38B6	5
+	chr2L	20098210	20117316	38C1	0
+	chr2L	20117316	20224465	38C2	0
+	chr2L	20224465	20277205	38C3	0
+	chr2L	20277205	20297972	38C4	0
+	chr2L	20297972	20382357	38C5	0
+	chr2L	20382357	20430073	38C6	0
+	chr2L	20430073	20459895	38C7	0
+	chr2L	20459895	20498664	38C8	0
+	chr2L	20498664	20555512	38C9	0
+	chr2L	20555512	20576388	38C10	0
+	chr2L	20576388	20642183	38D1	5
+	chr2L	20642183	20661175	38D2	5
+	chr2L	20661175	20667201	38D3	5
+	chr2L	20667201	20678392	38D4	5
+	chr2L	20678392	20687000	38D5	5
+	chr2L	20687000	20705454	38E1	0
+	chr2L	20705454	20706799	38E2	0
+	chr2L	20706799	20723209	38E3	0
+	chr2L	20723209	20731817	38E4	0
+	chr2L	20731817	20740426	38E5	0
+	chr2L	20740426	20754199	38E6	0
+	chr2L	20754199	20762807	38E7	0
+	chr2L	20762807	20768833	38E8	0
+	chr2L	20768833	20780024	38E9	0
+	chr2L	20780024	20812419	38E10	0
+	chr2L	20812419	20837566	38F1	5
+	chr2L	20837566	20852971	38F2	5
+	chr2L	20852971	20881654	38F3	5
+	chr2L	20881654	20910336	38F4	5
+	chr2L	20910336	20922885	38F5	5
+	chr2L	20922885	20966124	38F6	5
+	chr2L	20966124	21102403	39A1	0
+	chr2L	21102403	21122174	39A2	0
+	chr2L	21122174	21136513	39A3	0
+	chr2L	21136513	21148163	39A4	0
+	chr2L	21148163	21154436	39A5	0
+	chr2L	21154436	21160709	39A6	0
+	chr2L	21160709	21175048	39A7	0
+	chr2L	21175048	21202380	39B1	5
+	chr2L	21202380	21209793	39B2	5
+	chr2L	21209793	21234025	39B3	5
+	chr2L	21234025	21254364	39B4	5
+	chr2L	21254364	21300763	39C1	0
+	chr2L	21300763	21314164	39C2	0
+	chr2L	21314164	21321531	39C3	0
+	chr2L	21321531	21328898	39C4	0
+	chr2L	21328898	21364563	39D1	5
+	chr2L	21364563	21400229	39D2	5
+	chr2L	21400229	21447120	39D3	5
+	chr2L	21447120	21471443	39D4	5
+	chr2L	21471443	21512721	39D5	5
+	chr2L	21512721	21548387	39E1	0
+	chr2L	21548387	21592349	39E2	0
+	chr2L	21592349	21662689	39E3	0
+	chr2L	21662689	21662699	39E4	0
+	chr2L	21662699	21662709	39E5	0
+	chr2L	21662709	21670401	39E6	0
+	chr2L	21670401	21684084	39E7	0
+	chr2L	21684084	21716185	39F1	5
+	chr2L	21716185	21717830	39F2	5
+	chr2L	21717830	21731512	39F3	5
+	chr2L	21731512	21754733	40A1	0
+	chr2L	21754733	21777954	40A2	0
+	chr2L	21777954	21804332	40A3	0
+	chr2L	21804332	21824395	40A4	0
+	chr2L	21824395	21838078	40A5	0
+	chr2L	21838078	21858141	40A6	0
+	chr2L	21858141	21871823	40B1	5
+	chr2L	21871823	21885506	40B2	5
+	chr2L	21885506	21902346	40B3	5
+	chr2L	21902346	21919186	40B4	5
+	chr2L	21919186	21929711	40B5	5
+	chr2L	21929711	21946551	40C1	0
+	chr2L	21946551	21963391	40C2	0
+	chr2L	21963391	21973916	40C3	0
+	chr2L	21973916	21991348	40D1	5
+	chr2L	21991348	22008780	40D2	5
+	chr2L	22008780	22026212	40D3	5
+	chr2L	22026212	22043644	40D4	5
+	chr2L	22043644	22061076	40D5	5
+	chr2L	22061076	22078508	40E1	0
+	chr2L	22078508	22095940	40E2	0
+	chr2L	22095940	22113372	40E3	0
+	chr2L	22113372	22130804	40E4	0
+	chr2L	22130804	22148236	40E5	0
+	chr2L	22148236	22165668	40F1	5
+	chr2L	22165668	22183100	40F2	5
+	chr2L	22183100	22200532	40F3	5
+	chr2L	22200532	22217964	40F4	5
+	chr2L	22217964	22235396	40F5	5
+	chr2L	22235396	22252828	40F6	5
+	chr2L	22252828	22570260	40F7	5
+	chr2R	348419	388082	41A1	0
+	chr2R	388082	428900	41A2	0
+	chr2R	428900	469718	41A3	0
+	chr2R	469718	510536	41B1	5
+	chr2R	510536	551353	41B2	5
+	chr2R	551353	592171	41B3	5
+	chr2R	592171	653937	41C1	0
+	chr2R	653937	715703	41C2	0
+	chr2R	715703	740348	41C3	0
+	chr2R	740348	772386	41C4	0
+	chr2R	772386	826759	41C5	0
+	chr2R	826759	886985	41C6	0
+	chr2R	886985	890835	41C7	0
+	chr2R	890835	966002	41D1	5
+	chr2R	966002	969853	41D2	5
+	chr2R	969853	1016832	41D3	5
+	chr2R	1016832	1034083	41D4	5
+	chr2R	1034083	1124036	41E1	0
+	chr2R	1124036	1127887	41E2	0
+	chr2R	1127887	1174866	41E3	0
+	chr2R	1174866	1199511	41E4	0
+	chr2R	1199511	1253884	41E5	0
+	chr2R	1253884	1293315	41E6	0
+	chr2R	1293315	1347688	41F1	5
+	chr2R	1347688	1394667	41F2	5
+	chr2R	1394667	1456433	41F3	5
+	chr2R	1456433	1488471	41F4	5
+	chr2R	1488471	1520509	41F5	5
+	chr2R	1520509	1567488	41F6	5
+	chr2R	1567488	1577192	41F7	5
+	chr2R	1577192	1616624	41F8	5
+	chr2R	1616624	1656056	41F9	5
+	chr2R	1656056	1665760	41F10	5
+	chr2R	1665760	1690404	41F11	5
+	chr2R	1690404	1752170	42A1	0
+	chr2R	1752170	1804021	42A2	0
+	chr2R	1804021	1816712	42A3	0
+	chr2R	1816712	1855575	42A4	0
+	chr2R	1855575	1858408	42A5	0
+	chr2R	1858408	1876536	42A6	0
+	chr2R	1876536	1905542	42A7	0
+	chr2R	1905542	1945539	42A8	0
+	chr2R	1945539	1980097	42A9	0
+	chr2R	1980097	2009103	42A10	0
+	chr2R	2009103	2038109	42A11	0
+	chr2R	2038109	2067115	42A12	0
+	chr2R	2067115	2111417	42A13	0
+	chr2R	2111417	2199592	42A14	0
+	chr2R	2199592	2242434	42A15	0
+	chr2R	2242434	2303194	42A16	0
+	chr2R	2303194	2308344	42A17	0
+	chr2R	2308344	2378991	42A18	0
+	chr2R	2378991	2384140	42A19	0
+	chr2R	2384140	2446960	42B1	5
+	chr2R	2446960	2539440	42B2	5
+	chr2R	2539440	2539450	42B3	5
+	chr2R	2539450	2539460	42B4	5
+	chr2R	2539460	2539470	42B5	5
+	chr2R	2539470	2541544	42C1	0
+	chr2R	2541544	2545848	42C2	0
+	chr2R	2545848	2555685	42C3	0
+	chr2R	2555685	2577951	42C4	0
+	chr2R	2577951	2592815	42C5	0
+	chr2R	2592815	2613312	42C6	0
+	chr2R	2613312	2633809	42C7	0
+	chr2R	2633809	2653725	42C8	0
+	chr2R	2653725	2655177	42C9	0
+	chr2R	2655177	2664467	42C10	0
+	chr2R	2664467	2692803	42D1	5
+	chr2R	2692803	2694255	42D2	5
+	chr2R	2694255	2695706	42D3	5
+	chr2R	2695706	2724042	42D4	5
+	chr2R	2724042	2725493	42D5	5
+	chr2R	2725493	2795827	42D6	5
+	chr2R	2795827	2879408	42E1	0
+	chr2R	2879408	2879418	42E2	0
+	chr2R	2879418	2879428	42E3	0
+	chr2R	2879428	2893274	42E4	0
+	chr2R	2893274	2936340	42E5	0
+	chr2R	2936340	2939479	42E6	0
+	chr2R	2939479	2965596	42E7	0
+	chr2R	2965596	2997739	42F1	5
+	chr2R	2997739	3036035	42F2	5
+	chr2R	3036035	3068178	42F3	5
+	chr2R	3068178	3130707	43A1	0
+	chr2R	3130707	3169002	43A2	0
+	chr2R	3169002	3189092	43A3	0
+	chr2R	3189092	3221235	43A4	0
+	chr2R	3221235	3271585	43B1	5
+	chr2R	3271585	3300194	43B2	5
+	chr2R	3300194	3315613	43B3	5
+	chr2R	3315613	3339161	43C1	0
+	chr2R	3339161	3340667	43C2	0
+	chr2R	3340667	3353194	43C3	0
+	chr2R	3353194	3365721	43C4	0
+	chr2R	3365721	3383488	43C5	0
+	chr2R	3383488	3384994	43C6	0
+	chr2R	3384994	3394630	43C7	0
+	chr2R	3394630	3412397	43D1	5
+	chr2R	3412397	3413903	43D2	5
+	chr2R	3413903	3437452	43D3	5
+	chr2R	3437452	3437462	43D4	5
+	chr2R	3437462	3443944	43D5	5
+	chr2R	3443944	3451486	43D6	5
+	chr2R	3451486	3459027	43D7	5
+	chr2R	3459027	3472932	43E1	0
+	chr2R	3472932	3474111	43E2	0
+	chr2R	3474111	3488487	43E3	0
+	chr2R	3488487	3505126	43E4	0
+	chr2R	3505126	3514930	43E5	0
+	chr2R	3514930	3536084	43E6	0
+	chr2R	3536084	3545080	43E7	0
+	chr2R	3545080	3551378	43E8	0
+	chr2R	3551378	3573362	43E9	0
+	chr2R	3573362	3574768	43E10	0
+	chr2R	3574768	3591917	43E11	0
+	chr2R	3591917	3606311	43E12	0
+	chr2R	3606311	3635783	43E13	0
+	chr2R	3635783	3644234	43E14	0
+	chr2R	3644234	3663550	43E15	0
+	chr2R	3663550	3679244	43E16	0
+	chr2R	3679244	3691316	43E17	0
+	chr2R	3691316	3749018	43E18	0
+	chr2R	3749018	3807533	43F1	5
+	chr2R	3807533	3822701	43F2	5
+	chr2R	3822701	3826297	43F3	5
+	chr2R	3826297	3829893	43F4	5
+	chr2R	3829893	3835030	43F5	5
+	chr2R	3835030	3843249	43F6	5
+	chr2R	3843249	3846845	43F7	5
+	chr2R	3846845	3851982	43F8	5
+	chr2R	3851982	3860202	43F9	5
+	chr2R	3860202	3866880	44A1	0
+	chr2R	3866880	3912516	44A2	0
+	chr2R	3912516	3931763	44A3	0
+	chr2R	3931763	3998955	44A4	0
+	chr2R	3998955	3998965	44A5	0
+	chr2R	3998965	3998975	44A6	0
+	chr2R	3998975	3998985	44A7	0
+	chr2R	3998985	3998995	44A8	0
+	chr2R	3998995	4001089	44B1	5
+	chr2R	4001089	4011227	44B2	5
+	chr2R	4011227	4023305	44B3	5
+	chr2R	4023305	4031542	44B4	5
+	chr2R	4031542	4047026	44B5	5
+	chr2R	4047026	4047312	44B6	5
+	chr2R	4047312	4056583	44B7	5
+	chr2R	4056583	4064115	44B8	5
+	chr2R	4064115	4073386	44B9	5
+	chr2R	4073386	4098048	44C1	0
+	chr2R	4098048	4144988	44C2	0
+	chr2R	4144988	4171648	44C3	0
+	chr2R	4171648	4285118	44C4	0
+	chr2R	4285118	4289284	44C5	0
+	chr2R	4289284	4323941	44C6	0
+	chr2R	4323941	4382759	44D1	5
+	chr2R	4382759	4449575	44D2	5
+	chr2R	4449575	4476235	44D3	5
+	chr2R	4476235	4510892	44D4	5
+	chr2R	4510892	4545550	44D5	5
+	chr2R	4545550	4545560	44D6	5
+	chr2R	4545560	4545570	44D7	5
+	chr2R	4545570	4547749	44D8	5
+	chr2R	4547749	4564095	44E1	0
+	chr2R	4564095	4607174	44E2	0
+	chr2R	4607174	4629370	44E3	0
+	chr2R	4629370	4670591	44E4	0
+	chr2R	4670591	4750061	44F1	5
+	chr2R	4750061	4776755	44F2	5
+	chr2R	4776755	4789935	44F3	5
+	chr2R	4789935	4789945	44F4	5
+	chr2R	4789945	4795266	44F5	5
+	chr2R	4795266	4803204	44F6	5
+	chr2R	4803204	4811142	44F7	5
+	chr2R	4811142	4816699	44F8	5
+	chr2R	4816699	4833716	44F9	5
+	chr2R	4833716	4834956	44F10	5
+	chr2R	4834956	4840513	44F11	5
+	chr2R	4840513	4872992	44F12	5
+	chr2R	4872992	4975359	45A1	0
+	chr2R	4975359	4983242	45A2	0
+	chr2R	4983242	4987887	45A3	0
+	chr2R	4987887	4993381	45A4	0
+	chr2R	4993381	4993940	45A5	0
+	chr2R	4993940	4995346	45A6	0
+	chr2R	4995346	5000840	45A7	0
+	chr2R	5000840	5007898	45A8	0
+	chr2R	5007898	5012805	45A9	0
+	chr2R	5012805	5019816	45A10	0
+	chr2R	5019816	5028930	45A11	0
+	chr2R	5028930	5033838	45A12	0
+	chr2R	5033838	5040849	45A13	0
+	chr2R	5040849	5062232	45B1	5
+	chr2R	5062232	5072146	45B2	5
+	chr2R	5072146	5092165	45B3	5
+	chr2R	5092165	5100923	45B4	5
+	chr2R	5100923	5105850	45B5	5
+	chr2R	5105850	5114608	45B6	5
+	chr2R	5114608	5133845	45B7	5
+	chr2R	5133845	5135800	45B8	5
+	chr2R	5135800	5137755	45B9	5
+	chr2R	5137755	5175916	45C1	0
+	chr2R	5175916	5175926	45C2	0
+	chr2R	5175926	5175936	45C3	0
+	chr2R	5175936	5187487	45C4	0
+	chr2R	5187487	5198095	45C5	0
+	chr2R	5198095	5208702	45C6	0
+	chr2R	5208702	5227455	45C7	0
+	chr2R	5227455	5229823	45C8	0
+	chr2R	5229823	5232191	45C9	0
+	chr2R	5232191	5282957	45D1	5
+	chr2R	5282957	5285324	45D2	5
+	chr2R	5285324	5291291	45D3	5
+	chr2R	5291291	5301899	45D4	5
+	chr2R	5301899	5316203	45D5	5
+	chr2R	5316203	5320892	45D6	5
+	chr2R	5320892	5323103	45D7	5
+	chr2R	5323103	5346546	45D8	5
+	chr2R	5346546	5348757	45D9	5
+	chr2R	5348757	5352738	45D10	5
+	chr2R	5352738	5400154	45E1	0
+	chr2R	5400154	5402366	45E2	0
+	chr2R	5402366	5412274	45E3	0
+	chr2R	5412274	5422182	45E4	0
+	chr2R	5422182	5456771	45F1	5
+	chr2R	5456771	5456781	45F2	5
+	chr2R	5456781	5460260	45F3	5
+	chr2R	5460260	5471801	45F4	5
+	chr2R	5471801	5480150	45F5	5
+	chr2R	5480150	5501106	45F6	5
+	chr2R	5501106	5503236	45F7	5
+	chr2R	5503236	5525043	45F8	5
+	chr2R	5525043	5599497	46A1	0
+	chr2R	5599497	5599507	46A2	0
+	chr2R	5599507	5599517	46A3	0
+	chr2R	5599517	5599527	46A4	0
+	chr2R	5599527	5605561	46B1	5
+	chr2R	5605561	5669010	46B2	5
+	chr2R	5669010	5689956	46B3	5
+	chr2R	5689956	5755789	46B4	5
+	chr2R	5755789	5755799	46B5	5
+	chr2R	5755799	5755809	46B6	5
+	chr2R	5755809	5755819	46B7	5
+	chr2R	5755819	5755829	46B8	5
+	chr2R	5755829	5755839	46B9	5
+	chr2R	5755839	5755849	46B10	5
+	chr2R	5755849	5755859	46B11	5
+	chr2R	5755859	5755869	46B12	5
+	chr2R	5755869	5756452	46B13	5
+	chr2R	5756452	5757127	46B14	5
+	chr2R	5757127	5767686	46C1	0
+	chr2R	5767686	5782841	46C2	0
+	chr2R	5782841	5785257	46C3	0
+	chr2R	5785257	5805354	46C4	0
+	chr2R	5805354	5820814	46C5	0
+	chr2R	5820814	5845549	46C6	0
+	chr2R	5845549	5851637	46C7	0
+	chr2R	5851637	5857643	46C8	0
+	chr2R	5857643	5860361	46C9	0
+	chr2R	5860361	5873089	46C10	0
+	chr2R	5873089	5874168	46C11	0
+	chr2R	5874168	5876110	46C12	0
+	chr2R	5876110	5892980	46D1	5
+	chr2R	5892980	5896249	46D2	5
+	chr2R	5896249	5902261	46D3	5
+	chr2R	5902261	5915465	46D4	5
+	chr2R	5915465	5916807	46D5	5
+	chr2R	5916807	5920189	46D6	5
+	chr2R	5920189	5936024	46D7	5
+	chr2R	5936024	5937366	46D8	5
+	chr2R	5937366	5948530	46D9	5
+	chr2R	5948530	5966942	46E1	0
+	chr2R	5966942	5968284	46E2	0
+	chr2R	5968284	5974295	46E3	0
+	chr2R	5974295	5984924	46E4	0
+	chr2R	5984924	5986265	46E5	0
+	chr2R	5986265	5994317	46E6	0
+	chr2R	5994317	5995659	46E7	0
+	chr2R	5995659	5997911	46E8	0
+	chr2R	5997911	5998724	46E9	0
+	chr2R	5998724	6012997	46F1	5
+	chr2R	6012997	6031292	46F2	5
+	chr2R	6031292	6053727	46F3	5
+	chr2R	6053727	6076163	46F4	5
+	chr2R	6076163	6098599	46F5	5
+	chr2R	6098599	6115204	46F6	5
+	chr2R	6115204	6135641	46F7	5
+	chr2R	6135641	6140670	46F8	5
+	chr2R	6140670	6175717	46F9	5
+	chr2R	6175717	6177713	46F10	5
+	chr2R	6177713	6181305	46F11	5
+	chr2R	6181305	6224893	47A1	0
+	chr2R	6224893	6268482	47A2	0
+	chr2R	6268482	6281255	47A3	0
+	chr2R	6281255	6286284	47A4	0
+	chr2R	6286284	6290036	47A5	0
+	chr2R	6290036	6298977	47A6	0
+	chr2R	6298977	6337935	47A7	0
+	chr2R	6337935	6339931	47A8	0
+	chr2R	6339931	6360368	47A9	0
+	chr2R	6360368	6365398	47A10	0
+	chr2R	6365398	6427427	47A11	0
+	chr2R	6427427	6429423	47A12	0
+	chr2R	6429423	6483789	47A13	0
+	chr2R	6483789	6488774	47A14	0
+	chr2R	6488774	6497321	47A15	0
+	chr2R	6497321	6499416	47A16	0
+	chr2R	6499416	6536203	47B1	5
+	chr2R	6536203	6538298	47B2	5
+	chr2R	6538298	6543577	47B3	5
+	chr2R	6543577	6588492	47B4	5
+	chr2R	6588492	6590587	47B5	5
+	chr2R	6590587	6595867	47B6	5
+	chr2R	6595867	6620587	47B7	5
+	chr2R	6620587	6622682	47B8	5
+	chr2R	6622682	6632067	47B9	5
+	chr2R	6632067	6637346	47B10	5
+	chr2R	6637346	6654776	47B11	5
+	chr2R	6654776	6668183	47B12	5
+	chr2R	6668183	6684775	47B13	5
+	chr2R	6684775	6686870	47B14	5
+	chr2R	6686870	6719635	47C1	0
+	chr2R	6719635	6723618	47C2	0
+	chr2R	6723618	6755474	47C3	0
+	chr2R	6755474	6757796	47C4	0
+	chr2R	6757796	6781572	47C5	0
+	chr2R	6781572	6825614	47C6	0
+	chr2R	6825614	6864605	47C7	0
+	chr2R	6864605	6953552	47D1	5
+	chr2R	6953552	6957360	47D2	5
+	chr2R	6957360	6989040	47D3	5
+	chr2R	6989040	7020720	47D4	5
+	chr2R	7020720	7052400	47D5	5
+	chr2R	7052400	7091391	47D6	5
+	chr2R	7091391	7108449	47D7	5
+	chr2R	7108449	7108459	47D8	5
+	chr2R	7108459	7139049	47E1	0
+	chr2R	7139049	7139059	47E2	0
+	chr2R	7139059	7147574	47E3	0
+	chr2R	7147574	7156557	47E4	0
+	chr2R	7156557	7168235	47E5	0
+	chr2R	7168235	7174523	47E6	0
+	chr2R	7174523	7212757	47F1	5
+	chr2R	7212757	7221011	47F2	5
+	chr2R	7221011	7229472	47F3	5
+	chr2R	7229472	7241560	47F4	5
+	chr2R	7241560	7252892	47F5	5
+	chr2R	7252892	7254781	47F6	5
+	chr2R	7254781	7269740	47F7	5
+	chr2R	7269740	7285983	47F8	5
+	chr2R	7285983	7291831	47F9	5
+	chr2R	7291831	7297236	47F10	5
+	chr2R	7297236	7322545	47F11	5
+	chr2R	7322545	7324690	47F12	5
+	chr2R	7324690	7349999	47F13	5
+	chr2R	7349999	7352144	47F14	5
+	chr2R	7352144	7381571	47F15	5
+	chr2R	7381571	7383716	47F16	5
+	chr2R	7383716	7413143	47F17	5
+	chr2R	7413143	7415287	47F18	5
+	chr2R	7415287	7465391	48A1	0
+	chr2R	7465391	7467536	48A2	0
+	chr2R	7467536	7513521	48A3	0
+	chr2R	7513521	7515665	48A4	0
+	chr2R	7515665	7518545	48A5	0
+	chr2R	7518545	7519380	48A6	0
+	chr2R	7519380	7527927	48B1	5
+	chr2R	7527927	7536468	48B2	5
+	chr2R	7536468	7538570	48B3	5
+	chr2R	7538570	7542306	48B4	5
+	chr2R	7542306	7549246	48B5	5
+	chr2R	7549246	7557787	48B6	5
+	chr2R	7557787	7563125	48B7	5
+	chr2R	7563125	7564960	48B8	5
+	chr2R	7564960	7578338	48C1	0
+	chr2R	7578338	7672510	48C2	0
+	chr2R	7672510	7698812	48C3	0
+	chr2R	7698812	7736387	48C4	0
+	chr2R	7736387	7796507	48C5	0
+	chr2R	7796507	7796517	48C6	0
+	chr2R	7796517	7796527	48C7	0
+	chr2R	7796527	7796537	48C8	0
+	chr2R	7796537	7796547	48D1	5
+	chr2R	7796547	7819888	48D2	5
+	chr2R	7819888	7842554	48D3	5
+	chr2R	7842554	7851479	48D4	5
+	chr2R	7851479	7887746	48D5	5
+	chr2R	7887746	7903613	48D6	5
+	chr2R	7903613	7919480	48D7	5
+	chr2R	7919480	7955746	48D8	5
+	chr2R	7955746	7992013	48E1	0
+	chr2R	7992013	8035493	48E2	0
+	chr2R	8035493	8043067	48E3	0
+	chr2R	8043067	8066872	48E4	0
+	chr2R	8066872	8066882	48E5	0
+	chr2R	8066882	8071776	48E6	0
+	chr2R	8071776	8079445	48E7	0
+	chr2R	8079445	8087114	48E8	0
+	chr2R	8087114	8094782	48E9	0
+	chr2R	8094782	8118269	48E10	0
+	chr2R	8118269	8119980	48E11	0
+	chr2R	8119980	8127649	48E12	0
+	chr2R	8127649	8164351	48F1	5
+	chr2R	8164351	8164361	48F2	5
+	chr2R	8164361	8164371	48F3	5
+	chr2R	8164371	8164381	48F4	5
+	chr2R	8164381	8164391	48F5	5
+	chr2R	8164391	8197297	48F6	5
+	chr2R	8197297	8208906	48F7	5
+	chr2R	8208906	8219056	48F8	5
+	chr2R	8219056	8221094	48F9	5
+	chr2R	8221094	8227499	48F10	5
+	chr2R	8227499	8233108	48F11	5
+	chr2R	8233108	8274275	49A1	0
+	chr2R	8274275	8293577	49A2	0
+	chr2R	8293577	8305641	49A3	0
+	chr2R	8305641	8320570	49A4	0
+	chr2R	8320570	8322455	49A5	0
+	chr2R	8322455	8344697	49A6	0
+	chr2R	8344697	8367694	49A7	0
+	chr2R	8367694	8369579	49A8	0
+	chr2R	8369579	8388881	49A9	0
+	chr2R	8388881	8418362	49A10	0
+	chr2R	8418362	8418372	49A11	0
+	chr2R	8418372	8418382	49A12	0
+	chr2R	8418382	8418392	49A13	0
+	chr2R	8418392	8418402	49B1	5
+	chr2R	8418402	8427393	49B2	5
+	chr2R	8427393	8453341	49B3	5
+	chr2R	8453341	8455000	49B4	5
+	chr2R	8455000	8465617	49B5	5
+	chr2R	8465617	8469798	49B6	5
+	chr2R	8469798	8486787	49B7	5
+	chr2R	8486787	8507027	49B8	5
+	chr2R	8507027	8514460	49B9	5
+	chr2R	8514460	8530785	49B10	5
+	chr2R	8530785	8554815	49B11	5
+	chr2R	8554815	8578477	49B12	5
+	chr2R	8578477	8624094	49C1	0
+	chr2R	8624094	8647755	49C2	0
+	chr2R	8647755	8687912	49C3	0
+	chr2R	8687912	8687922	49C4	0
+	chr2R	8687922	8687932	49D1	5
+	chr2R	8687932	8687942	49D2	5
+	chr2R	8687942	8713417	49D3	5
+	chr2R	8713417	8746966	49D4	5
+	chr2R	8746966	8751202	49D5	5
+	chr2R	8751202	8767531	49D6	5
+	chr2R	8767531	8771391	49D7	5
+	chr2R	8771391	8831770	49E1	0
+	chr2R	8831770	8831780	49E2	0
+	chr2R	8831780	8833654	49E3	0
+	chr2R	8833654	8846760	49E4	0
+	chr2R	8846760	8851921	49E5	0
+	chr2R	8851921	8872890	49E6	0
+	chr2R	8872890	8912331	49E7	0
+	chr2R	8912331	8974112	49F1	5
+	chr2R	8974112	9021103	49F2	5
+	chr2R	9021103	9038358	49F3	5
+	chr2R	9038358	9068864	49F4	5
+	chr2R	9068864	9068874	49F5	5
+	chr2R	9068874	9070330	49F6	5
+	chr2R	9070330	9091634	49F7	5
+	chr2R	9091634	9094639	49F8	5
+	chr2R	9094639	9101626	49F9	5
+	chr2R	9101626	9111608	49F10	5
+	chr2R	9111608	9126975	49F11	5
+	chr2R	9126975	9129504	49F12	5
+	chr2R	9129504	9149533	49F13	5
+	chr2R	9149533	9152062	49F14	5
+	chr2R	9152062	9163391	49F15	5
+	chr2R	9163391	9217610	50A1	0
+	chr2R	9217610	9220139	50A2	0
+	chr2R	9220139	9289026	50A3	0
+	chr2R	9289026	9291554	50A4	0
+	chr2R	9291554	9302884	50A5	0
+	chr2R	9302884	9309257	50A6	0
+	chr2R	9309257	9320586	50A7	0
+	chr2R	9320586	9331915	50A8	0
+	chr2R	9331915	9361756	50A9	0
+	chr2R	9361756	9364285	50A10	0
+	chr2R	9364285	9379458	50A11	0
+	chr2R	9379458	9381987	50A12	0
+	chr2R	9381987	9393316	50A13	0
+	chr2R	9393316	9404614	50A14	0
+	chr2R	9404614	9410971	50A15	0
+	chr2R	9410971	9446590	50B1	5
+	chr2R	9446590	9462735	50B2	5
+	chr2R	9462735	9474036	50B3	5
+	chr2R	9474036	9485337	50B4	5
+	chr2R	9485337	9496638	50B5	5
+	chr2R	9496638	9521460	50B6	5
+	chr2R	9521460	9523983	50B7	5
+	chr2R	9523983	9540127	50B8	5
+	chr2R	9540127	9551428	50B9	5
+	chr2R	9551428	9577260	50C1	0
+	chr2R	9577260	9603091	50C2	0
+	chr2R	9603091	9662018	50C3	0
+	chr2R	9662018	9664541	50C4	0
+	chr2R	9664541	9698634	50C5	0
+	chr2R	9698634	9756406	50C6	0
+	chr2R	9756406	9760100	50C7	0
+	chr2R	9760100	9769409	50C8	0
+	chr2R	9769409	9841513	50C9	0
+	chr2R	9841513	9841523	50C10	0
+	chr2R	9841523	9841533	50C11	0
+	chr2R	9841533	9841543	50C12	0
+	chr2R	9841543	9841553	50C13	0
+	chr2R	9841553	9841563	50C14	0
+	chr2R	9841563	9841573	50C15	0
+	chr2R	9841573	9844461	50C16	0
+	chr2R	9844461	9847515	50C17	0
+	chr2R	9847515	9850569	50C18	0
+	chr2R	9850569	9852534	50C19	0
+	chr2R	9852534	9858807	50C20	0
+	chr2R	9858807	9859264	50C21	0
+	chr2R	9859264	9861312	50C22	0
+	chr2R	9861312	9882236	50C23	0
+	chr2R	9882236	9910241	50D1	5
+	chr2R	9910241	9934445	50D2	5
+	chr2R	9934445	9950814	50D3	5
+	chr2R	9950814	9967183	50D4	5
+	chr2R	9967183	9983552	50D5	5
+	chr2R	9983552	9999922	50D6	5
+	chr2R	9999922	10023306	50D7	5
+	chr2R	10023306	10073437	50E1	0
+	chr2R	10073437	10077091	50E2	0
+	chr2R	10077091	10086299	50E3	0
+	chr2R	10086299	10129414	50E4	0
+	chr2R	10129414	10133068	50E5	0
+	chr2R	10133068	10176183	50E6	0
+	chr2R	10176183	10176193	50E7	0
+	chr2R	10176193	10176203	50E8	0
+	chr2R	10176203	10177396	50E9	0
+	chr2R	10177396	10204478	50F1	5
+	chr2R	10204478	10206209	50F2	5
+	chr2R	10206209	10210573	50F3	5
+	chr2R	10210573	10234330	50F4	5
+	chr2R	10234330	10236062	50F5	5
+	chr2R	10236062	10263143	50F6	5
+	chr2R	10263143	10264875	50F7	5
+	chr2R	10264875	10272632	50F8	5
+	chr2R	10272632	10276996	50F9	5
+	chr2R	10276996	10298121	51A1	0
+	chr2R	10298121	10332776	51A2	0
+	chr2R	10332776	10345502	51A3	0
+	chr2R	10345502	10391066	51A4	0
+	chr2R	10391066	10397180	51A5	0
+	chr2R	10397180	10411538	51A6	0
+	chr2R	10411538	10420512	51A7	0
+	chr2R	10420512	10434871	51A8	0
+	chr2R	10434871	10464934	51B1	5
+	chr2R	10464934	10466336	51B2	5
+	chr2R	10466336	10469869	51B3	5
+	chr2R	10469869	10486415	51B4	5
+	chr2R	10486415	10487817	51B5	5
+	chr2R	10487817	10522899	51B6	5
+	chr2R	10522899	10544804	51B7	5
+	chr2R	10544804	10547570	51B8	5
+	chr2R	10547570	10559960	51B9	5
+	chr2R	10559960	10572351	51B10	5
+	chr2R	10572351	10595363	51B11	5
+	chr2R	10595363	10639726	51C1	0
+	chr2R	10639726	10683767	51C2	0
+	chr2R	10683767	10696067	51C3	0
+	chr2R	10696067	10723085	51C4	0
+	chr2R	10723085	10749992	51C5	0
+	chr2R	10749992	10752738	51C6	0
+	chr2R	10752738	10759657	51C7	0
+	chr2R	10759657	10782501	51D1	5
+	chr2R	10782501	10815998	51D2	5
+	chr2R	10815998	10822917	51D3	5
+	chr2R	10822917	10829836	51D4	5
+	chr2R	10829836	10842137	51D5	5
+	chr2R	10842137	10870253	51D6	5
+	chr2R	10870253	10898368	51D7	5
+	chr2R	10898368	10931865	51D8	5
+	chr2R	10931865	10949438	51D9	5
+	chr2R	10949438	10956357	51D10	5
+	chr2R	10956357	10968657	51D11	5
+	chr2R	10968657	10980958	51D12	5
+	chr2R	10980958	11014455	51E1	0
+	chr2R	11014455	11042651	51E2	0
+	chr2R	11042651	11055081	51E3	0
+	chr2R	11055081	11063783	51E4	0
+	chr2R	11063783	11094160	51E5	0
+	chr2R	11094160	11096102	51E6	0
+	chr2R	11096102	11112261	51E7	0
+	chr2R	11112261	11117156	51E8	0
+	chr2R	11117156	11125857	51E9	0
+	chr2R	11125857	11145746	51E10	0
+	chr2R	11145746	11152747	51E11	0
+	chr2R	11152747	11179513	51F1	5
+	chr2R	11179513	11181224	51F2	5
+	chr2R	11181224	11185536	51F3	5
+	chr2R	11185536	11203060	51F4	5
+	chr2R	11203060	11207373	51F5	5
+	chr2R	11207373	11215040	51F6	5
+	chr2R	11215040	11228593	51F7	5
+	chr2R	11228593	11230305	51F8	5
+	chr2R	11230305	11250498	51F9	5
+	chr2R	11250498	11252210	51F10	5
+	chr2R	11252210	11273088	51F11	5
+	chr2R	11273088	11285418	51F12	5
+	chr2R	11285418	11290104	51F13	5
+	chr2R	11290104	11319930	52A1	0
+	chr2R	11319930	11346185	52A2	0
+	chr2R	11346185	11350871	52A3	0
+	chr2R	11350871	11373557	52A4	0
+	chr2R	11373557	11381887	52A5	0
+	chr2R	11381887	11404573	52A6	0
+	chr2R	11404573	11406432	52A7	0
+	chr2R	11406432	11414762	52A8	0
+	chr2R	11414762	11419448	52A9	0
+	chr2R	11419448	11441390	52A10	0
+	chr2R	11441390	11449903	52A11	0
+	chr2R	11449903	11452631	52A12	0
+	chr2R	11452631	11463762	52A13	0
+	chr2R	11463762	11466490	52A14	0
+	chr2R	11466490	11499772	52B1	5
+	chr2R	11499772	11533055	52B2	5
+	chr2R	11533055	11550515	52B3	5
+	chr2R	11550515	11562736	52B4	5
+	chr2R	11562736	11574958	52B5	5
+	chr2R	11574958	11597656	52C1	0
+	chr2R	11597656	11636176	52C2	0
+	chr2R	11636176	11648398	52C3	0
+	chr2R	11648398	11665858	52C4	0
+	chr2R	11665858	11688555	52C5	0
+	chr2R	11688555	11700777	52C6	0
+	chr2R	11700777	11723475	52C7	0
+	chr2R	11723475	11756757	52C8	0
+	chr2R	11756757	11777758	52C9	0
+	chr2R	11777758	11809592	52D1	5
+	chr2R	11809592	11825076	52D2	5
+	chr2R	11825076	11831851	52D3	5
+	chr2R	11831851	11835661	52D4	5
+	chr2R	11835661	11842436	52D5	5
+	chr2R	11842436	11846246	52D6	5
+	chr2R	11846246	11858827	52D7	5
+	chr2R	11858827	11862638	52D8	5
+	chr2R	11862638	11880481	52D9	5
+	chr2R	11880481	11881994	52D10	5
+	chr2R	11881994	11888768	52D11	5
+	chr2R	11888768	11897329	52D12	5
+	chr2R	11897329	11902144	52D13	5
+	chr2R	11902144	11914374	52D14	5
+	chr2R	11914374	11930272	52D15	5
+	chr2R	11930272	11960159	52E1	0
+	chr2R	11960159	11969860	52E2	0
+	chr2R	11969860	11982615	52E3	0
+	chr2R	11982615	11989790	52E4	0
+	chr2R	11989790	12012340	52E5	0
+	chr2R	12012340	12015187	52E6	0
+	chr2R	12015187	12027942	52E7	0
+	chr2R	12027942	12027952	52E8	0
+	chr2R	12027952	12027962	52E9	0
+	chr2R	12027962	12029933	52E10	0
+	chr2R	12029933	12037600	52E11	0
+	chr2R	12037600	12048843	52F1	5
+	chr2R	12048843	12056510	52F2	5
+	chr2R	12056510	12064177	52F3	5
+	chr2R	12064177	12068305	52F4	5
+	chr2R	12068305	12074203	52F5	5
+	chr2R	12074203	12076525	52F6	5
+	chr2R	12076525	12086785	52F7	5
+	chr2R	12086785	12091686	52F8	5
+	chr2R	12091686	12098689	52F9	5
+	chr2R	12098689	12105691	52F10	5
+	chr2R	12105691	12119039	52F11	5
+	chr2R	12119039	12134488	53A1	0
+	chr2R	12134488	12149937	53A2	0
+	chr2R	12149937	12154839	53A3	0
+	chr2R	12154839	12168187	53A4	0
+	chr2R	12168187	12173088	53A5	0
+	chr2R	12173088	12184292	53B1	5
+	chr2R	12184292	12195496	53B2	5
+	chr2R	12195496	12202498	53B3	5
+	chr2R	12202498	12209501	53B4	5
+	chr2R	12209501	12216503	53B5	5
+	chr2R	12216503	12221404	53B6	5
+	chr2R	12221404	12236853	53C1	0
+	chr2R	12236853	12252302	53C2	0
+	chr2R	12252302	12269852	53C3	0
+	chr2R	12269852	12334758	53C4	0
+	chr2R	12334758	12356925	53C5	0
+	chr2R	12356925	12409997	53C6	0
+	chr2R	12409997	12452733	53C7	0
+	chr2R	12452733	12464669	53C8	0
+	chr2R	12464669	12491951	53C9	0
+	chr2R	12491951	12494964	53C10	0
+	chr2R	12494964	12510502	53C11	0
+	chr2R	12510502	12522454	53C12	0
+	chr2R	12522454	12530821	53C13	0
+	chr2R	12530821	12542773	53C14	0
+	chr2R	12542773	12554725	53C15	0
+	chr2R	12554725	12577509	53D1	5
+	chr2R	12577509	12600293	53D2	5
+	chr2R	12600293	12615831	53D3	5
+	chr2R	12615831	12624198	53D4	5
+	chr2R	12624198	12636150	53D5	5
+	chr2R	12636150	12648102	53D6	5
+	chr2R	12648102	12660054	53D7	5
+	chr2R	12660054	12675592	53D8	5
+	chr2R	12675592	12698376	53D9	5
+	chr2R	12698376	12706743	53D10	5
+	chr2R	12706743	12722280	53D11	5
+	chr2R	12722280	12734233	53D12	5
+	chr2R	12734233	12742599	53D13	5
+	chr2R	12742599	12759743	53D14	5
+	chr2R	12759743	12769926	53D15	5
+	chr2R	12769926	12802022	53E1	0
+	chr2R	12802022	12845390	53E2	0
+	chr2R	12845390	12860896	53E3	0
+	chr2R	12860896	12915029	53E4	0
+	chr2R	12915029	12915039	53E5	0
+	chr2R	12915039	12915049	53E6	0
+	chr2R	12915049	12915059	53E7	0
+	chr2R	12915059	12915069	53E8	0
+	chr2R	12915069	12915118	53E9	0
+	chr2R	12915118	12920892	53E10	0
+	chr2R	12920892	12926667	53E11	0
+	chr2R	12926667	12935906	53F1	5
+	chr2R	12935906	12945145	53F2	5
+	chr2R	12945145	12949187	53F3	5
+	chr2R	12949187	12954962	53F4	5
+	chr2R	12954962	12971465	53F5	5
+	chr2R	12971465	12976638	53F6	5
+	chr2R	12976638	12984028	53F7	5
+	chr2R	12984028	12991417	53F8	5
+	chr2R	12991417	12995243	53F9	5
+	chr2R	12995243	12999067	53F10	5
+	chr2R	12999067	13006169	53F11	5
+	chr2R	13006169	13014911	53F12	5
+	chr2R	13014911	13020374	53F13	5
+	chr2R	13020374	13030788	54A1	0
+	chr2R	13030788	13092566	54A2	0
+	chr2R	13092566	13115252	54A3	0
+	chr2R	13115252	13177031	54B1	5
+	chr2R	13177031	13218324	54B2	5
+	chr2R	13218324	13228713	54B3	5
+	chr2R	13228713	13255097	54B4	5
+	chr2R	13255097	13281482	54B5	5
+	chr2R	13281482	13291871	54B6	5
+	chr2R	13291871	13326171	54B7	5
+	chr2R	13326171	13326181	54B8	5
+	chr2R	13326181	13326191	54B9	5
+	chr2R	13326191	13326201	54B10	5
+	chr2R	13326201	13326211	54B11	5
+	chr2R	13326211	13326221	54B12	5
+	chr2R	13326221	13326231	54B13	5
+	chr2R	13326231	13328227	54B14	5
+	chr2R	13328227	13335515	54B15	5
+	chr2R	13335515	13369175	54B16	5
+	chr2R	13369175	13384971	54B17	5
+	chr2R	13384971	13394844	54B18	5
+	chr2R	13394844	13421932	54C1	0
+	chr2R	13421932	13421942	54C2	0
+	chr2R	13421942	13436758	54C3	0
+	chr2R	13436758	13437865	54C4	0
+	chr2R	13437865	13447080	54C5	0
+	chr2R	13447080	13447090	54C6	0
+	chr2R	13447090	13448649	54C7	0
+	chr2R	13448649	13454184	54C8	0
+	chr2R	13454184	13462349	54C9	0
+	chr2R	13462349	13472963	54C10	0
+	chr2R	13472963	13476177	54C11	0
+	chr2R	13476177	13489244	54C12	0
+	chr2R	13489244	13510328	54D1	5
+	chr2R	13510328	13531412	54D2	5
+	chr2R	13531412	13542472	54D3	5
+	chr2R	13542472	13563556	54D4	5
+	chr2R	13563556	13581252	54D5	5
+	chr2R	13581252	13588995	54D6	5
+	chr2R	13588995	13610079	54E1	0
+	chr2R	13610079	13615296	54E2	0
+	chr2R	13615296	13620421	54E3	0
+	chr2R	13620421	13625546	54E4	0
+	chr2R	13625546	13628306	54E5	0
+	chr2R	13628306	13629858	54E6	0
+	chr2R	13629858	13637373	54E7	0
+	chr2R	13637373	13660299	54E8	0
+	chr2R	13660299	13687509	54E9	0
+	chr2R	13687509	13699413	54E10	0
+	chr2R	13699413	13746074	54F1	5
+	chr2R	13746074	13746084	54F2	5
+	chr2R	13746084	13749714	54F3	5
+	chr2R	13749714	13761641	54F4	5
+	chr2R	13761641	13773568	54F5	5
+	chr2R	13773568	13778264	54F6	5
+	chr2R	13778264	13811733	55A1	0
+	chr2R	13811733	13845202	55A2	0
+	chr2R	13845202	13899543	55A3	0
+	chr2R	13899543	13901407	55A4	0
+	chr2R	13901407	13934876	55B1	5
+	chr2R	13934876	13967600	55B2	5
+	chr2R	13967600	13969464	55B3	5
+	chr2R	13969464	13984968	55B4	5
+	chr2R	13984968	14006958	55B5	5
+	chr2R	14006958	14008822	55B6	5
+	chr2R	14008822	14020748	55B7	5
+	chr2R	14020748	14029097	55B8	5
+	chr2R	14029097	14051087	55B9	5
+	chr2R	14051087	14052950	55B10	5
+	chr2R	14052950	14061299	55B11	5
+	chr2R	14061299	14104203	55B12	5
+	chr2R	14104203	14151992	55C1	0
+	chr2R	14151992	14199780	55C2	0
+	chr2R	14199780	14227939	55C3	0
+	chr2R	14227939	14282226	55C4	0
+	chr2R	14282226	14282236	55C5	0
+	chr2R	14282236	14287208	55C6	0
+	chr2R	14287208	14295851	55C7	0
+	chr2R	14295851	14311901	55C8	0
+	chr2R	14311901	14342073	55C9	0
+	chr2R	14342073	14344620	55C10	0
+	chr2R	14344620	14364334	55C11	0
+	chr2R	14364334	14366337	55C12	0
+	chr2R	14366337	14383006	55C13	0
+	chr2R	14383006	14422112	55D1	5
+	chr2R	14422112	14424116	55D2	5
+	chr2R	14424116	14444631	55D3	5
+	chr2R	14444631	14469073	55D4	5
+	chr2R	14469073	14501207	55E1	0
+	chr2R	14501207	14519075	55E2	0
+	chr2R	14519075	14529994	55E3	0
+	chr2R	14529994	14538393	55E4	0
+	chr2R	14538393	14551832	55E5	0
+	chr2R	14551832	14577450	55E6	0
+	chr2R	14577450	14578762	55E7	0
+	chr2R	14578762	14592201	55E8	0
+	chr2R	14592201	14610732	55E9	0
+	chr2R	14610732	14621651	55E10	0
+	chr2R	14621651	14632570	55E11	0
+	chr2R	14632570	14638450	55E12	0
+	chr2R	14638450	14656981	55F1	5
+	chr2R	14656981	14670420	55F2	5
+	chr2R	14670420	14686431	55F3	5
+	chr2R	14686431	14694830	55F4	5
+	chr2R	14694830	14708269	55F5	5
+	chr2R	14708269	14730648	55F6	5
+	chr2R	14730648	14742060	55F7	5
+	chr2R	14742060	14772119	55F8	5
+	chr2R	14772119	14774666	55F9	5
+	chr2R	14774666	14786079	55F10	5
+	chr2R	14786079	14806254	55F11	5
+	chr2R	14806254	14808801	55F12	5
+	chr2R	14808801	14815220	55F13	5
+	chr2R	14815220	14856080	56A1	0
+	chr2R	14856080	14891675	56A2	0
+	chr2R	14891675	14900411	56A3	0
+	chr2R	14900411	14939255	56B1	5
+	chr2R	14939255	14978099	56B2	5
+	chr2R	14978099	14990579	56B3	5
+	chr2R	14990579	14995493	56B4	5
+	chr2R	14995493	15029735	56B5	5
+	chr2R	15029735	15031685	56B6	5
+	chr2R	15031685	15044165	56B7	5
+	chr2R	15044165	15075443	56C1	0
+	chr2R	15075443	15100495	56C2	0
+	chr2R	15100495	15108494	56C3	0
+	chr2R	15108494	15139846	56C4	0
+	chr2R	15139846	15141632	56C5	0
+	chr2R	15141632	15172984	56C6	0
+	chr2R	15172984	15174770	56C7	0
+	chr2R	15174770	15182768	56C8	0
+	chr2R	15182768	15194195	56C9	0
+	chr2R	15194195	15205622	56C10	0
+	chr2R	15205622	15217049	56C11	0
+	chr2R	15217049	15245687	56D1	5
+	chr2R	15245687	15274326	56D2	5
+	chr2R	15274326	15302964	56D3	5
+	chr2R	15302964	15310963	56D4	5
+	chr2R	15310963	15329246	56D5	5
+	chr2R	15329246	15329256	56D6	5
+	chr2R	15329256	15337987	56D7	5
+	chr2R	15337987	15341931	56D8	5
+	chr2R	15341931	15347565	56D9	5
+	chr2R	15347565	15357320	56D10	5
+	chr2R	15357320	15373979	56D11	5
+	chr2R	15373979	15379265	56D12	5
+	chr2R	15379265	15386816	56D13	5
+	chr2R	15386816	15394366	56D14	5
+	chr2R	15394366	15457963	56D15	5
+	chr2R	15457963	15570531	56E1	0
+	chr2R	15570531	15669625	56E2	0
+	chr2R	15669625	15701065	56E3	0
+	chr2R	15701065	15786684	56E4	0
+	chr2R	15786684	15858548	56E5	0
+	chr2R	15858548	15858558	56E6	0
+	chr2R	15858558	15858568	56F1	5
+	chr2R	15858568	15858578	56F2	5
+	chr2R	15858578	15861809	56F3	5
+	chr2R	15861809	15902582	56F4	5
+	chr2R	15902582	15917111	56F5	5
+	chr2R	15917111	15957883	56F6	5
+	chr2R	15957883	15998655	56F7	5
+	chr2R	15998655	16039427	56F8	5
+	chr2R	16039427	16107081	56F9	5
+	chr2R	16107081	16126400	56F10	5
+	chr2R	16126400	16163226	56F11	5
+	chr2R	16163226	16163236	56F12	5
+	chr2R	16163236	16163246	56F13	5
+	chr2R	16163246	16164000	56F14	5
+	chr2R	16164000	16168331	56F15	5
+	chr2R	16168331	16224068	56F16	5
+	chr2R	16224068	16249262	56F17	5
+	chr2R	16249262	16292019	57A1	0
+	chr2R	16292019	16334776	57A2	0
+	chr2R	16334776	16377533	57A3	0
+	chr2R	16377533	16420290	57A4	0
+	chr2R	16420290	16457233	57A5	0
+	chr2R	16457233	16481051	57A6	0
+	chr2R	16481051	16508735	57A7	0
+	chr2R	16508735	16531229	57A8	0
+	chr2R	16531229	16557310	57A9	0
+	chr2R	16557310	16571354	57A10	0
+	chr2R	16571354	16621636	57B1	5
+	chr2R	16621636	16684080	57B2	5
+	chr2R	16684080	16762048	57B3	5
+	chr2R	16762048	16829409	57B4	5
+	chr2R	16829409	16896771	57B5	5
+	chr2R	16896771	16896781	57B6	5
+	chr2R	16896781	16896791	57B7	5
+	chr2R	16896791	16896801	57B8	5
+	chr2R	16896801	16907298	57B9	5
+	chr2R	16907298	16908056	57B10	5
+	chr2R	16908056	16911453	57B11	5
+	chr2R	16911453	16914850	57B12	5
+	chr2R	16914850	16921159	57B13	5
+	chr2R	16921159	16936097	57B14	5
+	chr2R	16936097	16942957	57B15	5
+	chr2R	16942957	16966905	57B16	5
+	chr2R	16966905	16968437	57B17	5
+	chr2R	16968437	16972295	57B18	5
+	chr2R	16972295	16979155	57B19	5
+	chr2R	16979155	16994835	57B20	5
+	chr2R	16994835	17010515	57C1	0
+	chr2R	17010515	17022580	57C2	0
+	chr2R	17022580	17032383	57C3	0
+	chr2R	17032383	17039924	57C4	0
+	chr2R	17039924	17047465	57C5	0
+	chr2R	17047465	17055006	57C6	0
+	chr2R	17055006	17067333	57C7	0
+	chr2R	17067333	17074148	57C8	0
+	chr2R	17074148	17086804	57C9	0
+	chr2R	17086804	17102381	57D1	5
+	chr2R	17102381	17117959	57D2	5
+	chr2R	17117959	17136517	57D3	5
+	chr2R	17136517	17155076	57D4	5
+	chr2R	17155076	17164811	57D5	5
+	chr2R	17164811	17168645	57D6	5
+	chr2R	17168645	17175460	57D7	5
+	chr2R	17175460	17187508	57D8	5
+	chr2R	17187508	17189029	57D9	5
+	chr2R	17189029	17195844	57D10	5
+	chr2R	17195844	17214402	57D11	5
+	chr2R	17214402	17253164	57D12	5
+	chr2R	17253164	17266246	57D13	5
+	chr2R	17266246	17290543	57E1	0
+	chr2R	17290543	17320446	57E2	0
+	chr2R	17320446	17349182	57E3	0
+	chr2R	17349182	17352102	57E4	0
+	chr2R	17352102	17365185	57E5	0
+	chr2R	17365185	17388313	57E6	0
+	chr2R	17388313	17388323	57E7	0
+	chr2R	17388323	17393814	57E8	0
+	chr2R	17393814	17423484	57E9	0
+	chr2R	17423484	17424848	57E10	0
+	chr2R	17424848	17436522	57E11	0
+	chr2R	17436522	17460429	57F1	5
+	chr2R	17460429	17484337	57F2	5
+	chr2R	17484337	17499279	57F3	5
+	chr2R	17499279	17514221	57F4	5
+	chr2R	17514221	17533646	57F5	5
+	chr2R	17533646	17550256	57F6	5
+	chr2R	17550256	17559201	57F7	5
+	chr2R	17559201	17579644	57F8	5
+	chr2R	17579644	17592422	57F9	5
+	chr2R	17592422	17609032	57F10	5
+	chr2R	17609032	17646020	57F11	5
+	chr2R	17646020	17689214	58A1	0
+	chr2R	17689214	17732408	58A2	0
+	chr2R	17732408	17815114	58A3	0
+	chr2R	17815114	17865563	58A4	0
+	chr2R	17865563	17955743	58B1	5
+	chr2R	17955743	17960618	58B2	5
+	chr2R	17960618	17967531	58B3	5
+	chr2R	17967531	17974444	58B4	5
+	chr2R	17974444	17979284	58B5	5
+	chr2R	17979284	17986197	58B6	5
+	chr2R	17986197	17993110	58B7	5
+	chr2R	17993110	18002097	58B8	5
+	chr2R	18002097	18011083	58B9	5
+	chr2R	18011083	18015923	58B10	5
+	chr2R	18015923	18029100	58C1	0
+	chr2R	18029100	18042278	58C2	0
+	chr2R	18042278	18049191	58C3	0
+	chr2R	18049191	18056104	58C4	0
+	chr2R	18056104	18070924	58C5	0
+	chr2R	18070924	18072004	58C6	0
+	chr2R	18072004	18080991	58C7	0
+	chr2R	18080991	18100391	58D1	5
+	chr2R	18100391	18180169	58D2	5
+	chr2R	18180169	18225656	58D3	5
+	chr2R	18225656	18295128	58D4	5
+	chr2R	18295128	18295138	58D5	5
+	chr2R	18295138	18295148	58D6	5
+	chr2R	18295148	18297441	58D7	5
+	chr2R	18297441	18305025	58D8	5
+	chr2R	18305025	18332181	58E1	0
+	chr2R	18332181	18359336	58E2	0
+	chr2R	18359336	18379990	58E3	0
+	chr2R	18379990	18400645	58E4	0
+	chr2R	18400645	18408229	58E5	0
+	chr2R	18408229	18422315	58E6	0
+	chr2R	18422315	18436400	58E7	0
+	chr2R	18436400	18450486	58E8	0
+	chr2R	18450486	18464572	58E9	0
+	chr2R	18464572	18472156	58E10	0
+	chr2R	18472156	18496061	58F1	5
+	chr2R	18496061	18523609	58F2	5
+	chr2R	18523609	18536096	58F3	5
+	chr2R	18536096	18556074	58F4	5
+	chr2R	18556074	18556084	58F5	5
+	chr2R	18556084	18556616	58F6	5
+	chr2R	18556616	18562640	58F7	5
+	chr2R	18562640	18563151	58F8	5
+	chr2R	18563151	18573320	59A1	0
+	chr2R	18573320	18580529	59A2	0
+	chr2R	18580529	18630701	59A3	0
+	chr2R	18630701	18654199	59A4	0
+	chr2R	18654199	18686600	59B1	5
+	chr2R	18686600	18737515	59B2	5
+	chr2R	18737515	18753670	59B3	5
+	chr2R	18753670	18810066	59B4	5
+	chr2R	18810066	18810076	59B5	5
+	chr2R	18810076	18827536	59B6	5
+	chr2R	18827536	18843828	59B7	5
+	chr2R	18843828	18865531	59B8	5
+	chr2R	18865531	18907371	59C1	0
+	chr2R	18907371	18949212	59C2	0
+	chr2R	18949212	18986044	59C3	0
+	chr2R	18986044	19017868	59C4	0
+	chr2R	19017868	19026587	59C5	0
+	chr2R	19026587	19066445	59D1	5
+	chr2R	19066445	19102043	59D2	5
+	chr2R	19102043	19137641	59D3	5
+	chr2R	19137641	19172912	59D4	5
+	chr2R	19172912	19193548	59D5	5
+	chr2R	19193548	19218945	59D6	5
+	chr2R	19218945	19239581	59D7	5
+	chr2R	19239581	19250693	59D8	5
+	chr2R	19250693	19276090	59D9	5
+	chr2R	19276090	19296726	59D10	5
+	chr2R	19296726	19322124	59D11	5
+	chr2R	19322124	19371530	59E1	0
+	chr2R	19371530	19419254	59E2	0
+	chr2R	19419254	19443787	59E3	0
+	chr2R	19443787	19450008	59E4	0
+	chr2R	19450008	19468372	59F1	5
+	chr2R	19468372	19468506	59F2	5
+	chr2R	19468506	19468604	59F3	5
+	chr2R	19468604	19520070	59F4	5
+	chr2R	19520070	19561887	59F5	5
+	chr2R	19561887	19613353	59F6	5
+	chr2R	19613353	19674671	59F7	5
+	chr2R	19674671	19674681	59F8	5
+	chr2R	19674681	19692815	60A1	0
+	chr2R	19692815	19723596	60A2	0
+	chr2R	19723596	19739562	60A3	0
+	chr2R	19739562	19747595	60A4	0
+	chr2R	19747595	19756182	60A5	0
+	chr2R	19756182	19764769	60A6	0
+	chr2R	19764769	19770779	60A7	0
+	chr2R	19770779	19781942	60A8	0
+	chr2R	19781942	19796233	60A9	0
+	chr2R	19796233	19808930	60A10	0
+	chr2R	19808930	19821627	60A11	0
+	chr2R	19821627	19831395	60A12	0
+	chr2R	19831395	19844092	60A13	0
+	chr2R	19844092	19859293	60A14	0
+	chr2R	19859293	19864158	60A15	0
+	chr2R	19864158	19877406	60A16	0
+	chr2R	19877406	19890655	60B1	5
+	chr2R	19890655	19903903	60B2	5
+	chr2R	19903903	19908768	60B3	5
+	chr2R	19908768	19917803	60B4	5
+	chr2R	19917803	19938771	60B5	5
+	chr2R	19938771	19945036	60B6	5
+	chr2R	19945036	19953986	60B7	5
+	chr2R	19953986	19971047	60B8	5
+	chr2R	19971047	19985368	60B9	5
+	chr2R	19985368	20002429	60B10	5
+	chr2R	20002429	20021982	60B11	5
+	chr2R	20021982	20031613	60B12	5
+	chr2R	20031613	20044134	60B13	5
+	chr2R	20044134	20062493	60C1	0
+	chr2R	20062493	20110429	60C2	0
+	chr2R	20110429	20135576	60C3	0
+	chr2R	20135576	20160722	60C4	0
+	chr2R	20160722	20178325	60C5	0
+	chr2R	20178325	20233805	60C6	0
+	chr2R	20233805	20281741	60C7	0
+	chr2R	20281741	20337221	60C8	0
+	chr2R	20337221	20392701	60D1	5
+	chr2R	20392701	20392711	60D2	5
+	chr2R	20392711	20411573	60D3	5
+	chr2R	20411573	20428134	60D4	5
+	chr2R	20428134	20466988	60D5	5
+	chr2R	20466988	20466998	60D6	5
+	chr2R	20466998	20472861	60D7	5
+	chr2R	20472861	20486580	60D8	5
+	chr2R	20486580	20503465	60D9	5
+	chr2R	20503465	20535651	60D10	5
+	chr2R	20535651	20537300	60D11	5
+	chr2R	20537300	20544687	60D12	5
+	chr2R	20544687	20564804	60D13	5
+	chr2R	20564804	20601915	60D14	5
+	chr2R	20601915	20621383	60D15	5
+	chr2R	20621383	20635011	60D16	5
+	chr2R	20635011	20683803	60E1	0
+	chr2R	20683803	20725995	60E2	0
+	chr2R	20725995	20739396	60E3	0
+	chr2R	20739396	20764286	60E4	0
+	chr2R	20764286	20828423	60E5	0
+	chr2R	20828423	20828433	60E6	0
+	chr2R	20828433	20828443	60E7	0
+	chr2R	20828443	20841746	60E8	0
+	chr2R	20841746	20842993	60E9	0
+	chr2R	20842993	20850969	60E10	0
+	chr2R	20850969	20878249	60E11	0
+	chr2R	20878249	20905163	60E12	0
+	chr2R	20905163	20932076	60F1	5
+	chr2R	20932076	20953748	60F2	5
+	chr2R	20953748	20980661	60F3	5
+	chr2R	20980661	20989308	60F4	5
+	chr2R	20989308	21146708	60F5	5
+	chr3L	0	52709	61A5	0
+	chr3L	52709	114102	61A6	0
+	chr3L	114102	163984	61B1	5
+	chr3L	163984	237127	61B2	5
+	chr3L	237127	298520	61B3	5
+	chr3L	298520	450083	61C1	0
+	chr3L	450083	456078	61C2	0
+	chr3L	456078	563755	61C3	0
+	chr3L	563755	568411	61C4	0
+	chr3L	568411	584813	61C5	0
+	chr3L	584813	605001	61C6	0
+	chr3L	605001	644273	61C7	0
+	chr3L	644273	714263	61C8	0
+	chr3L	714263	756302	61C9	0
+	chr3L	756302	814270	61D1	5
+	chr3L	814270	880120	61D2	5
+	chr3L	880120	890466	61D3	5
+	chr3L	890466	924623	61D4	5
+	chr3L	924623	1006402	61E1	0
+	chr3L	1006402	1056487	61E2	0
+	chr3L	1056487	1082762	61E3	0
+	chr3L	1082762	1132848	61F1	5
+	chr3L	1132848	1174887	61F2	5
+	chr3L	1174887	1216926	61F3	5
+	chr3L	1216926	1282776	61F4	5
+	chr3L	1282776	1309051	61F5	5
+	chr3L	1309051	1335325	61F6	5
+	chr3L	1335325	1360723	61F7	5
+	chr3L	1360723	1393741	61F8	5
+	chr3L	1393741	1449776	62A1	0
+	chr3L	1449776	1498192	62A2	0
+	chr3L	1498192	1546607	62A3	0
+	chr3L	1546607	1548286	62A4	0
+	chr3L	1548286	1568009	62A5	0
+	chr3L	1568009	1587732	62A6	0
+	chr3L	1587732	1607455	62A7	0
+	chr3L	1607455	1622626	62A8	0
+	chr3L	1622626	1651547	62A9	0
+	chr3L	1651547	1680467	62A10	0
+	chr3L	1680467	1695638	62A11	0
+	chr3L	1695638	1710810	62A12	0
+	chr3L	1710810	1761634	62B1	5
+	chr3L	1761634	1764004	62B2	5
+	chr3L	1764004	1774624	62B3	5
+	chr3L	1774624	1811699	62B4	5
+	chr3L	1811699	1815644	62B5	5
+	chr3L	1815644	1836941	62B6	5
+	chr3L	1836941	1876975	62B7	5
+	chr3L	1876975	1879535	62B8	5
+	chr3L	1879535	1900832	62B9	5
+	chr3L	1900832	1932061	62B10	5
+	chr3L	1932061	1963290	62B11	5
+	chr3L	1963290	1979672	62B12	5
+	chr3L	1979672	2020731	62C1	0
+	chr3L	2020731	2081550	62C2	0
+	chr3L	2081550	2112779	62C3	0
+	chr3L	2112779	2142693	62C4	0
+	chr3L	2142693	2177504	62D1	5
+	chr3L	2177504	2218979	62D2	5
+	chr3L	2218979	2247263	62D3	5
+	chr3L	2247263	2269020	62D4	5
+	chr3L	2269020	2310495	62D5	5
+	chr3L	2310495	2365024	62D6	5
+	chr3L	2365024	2386781	62D7	5
+	chr3L	2386781	2421593	62E1	0
+	chr3L	2421593	2469595	62E2	0
+	chr3L	2469595	2491352	62E3	0
+	chr3L	2491352	2513109	62E4	0
+	chr3L	2513109	2554656	62E5	0
+	chr3L	2554656	2583004	62E6	0
+	chr3L	2583004	2631115	62E7	0
+	chr3L	2631115	2666006	62E8	0
+	chr3L	2666006	2674592	62E9	0
+	chr3L	2674592	2716161	62F1	5
+	chr3L	2716161	2757730	62F2	5
+	chr3L	2757730	2779536	62F3	5
+	chr3L	2779536	2807885	62F4	5
+	chr3L	2807885	2836234	62F5	5
+	chr3L	2836234	2864582	62F6	5
+	chr3L	2864582	2932455	63A1	0
+	chr3L	2932455	3000328	63A2	0
+	chr3L	3000328	3048439	63A3	0
+	chr3L	3048439	3050263	63A4	0
+	chr3L	3050263	3062407	63A5	0
+	chr3L	3062407	3074551	63A6	0
+	chr3L	3074551	3083893	63A7	0
+	chr3L	3083893	3115187	63B1	5
+	chr3L	3115187	3116647	63B2	5
+	chr3L	3116647	3128791	63B3	5
+	chr3L	3128791	3132469	63B4	5
+	chr3L	3132469	3144613	63B5	5
+	chr3L	3144613	3148292	63B6	5
+	chr3L	3148292	3160436	63B7	5
+	chr3L	3160436	3172580	63B8	5
+	chr3L	3172580	3179119	63B9	5
+	chr3L	3179119	3191263	63B10	5
+	chr3L	3191263	3203407	63B11	5
+	chr3L	3203407	3207085	63B12	5
+	chr3L	3207085	3216427	63B13	5
+	chr3L	3216427	3222966	63B14	5
+	chr3L	3222966	3252042	63C1	0
+	chr3L	3252042	3261384	63C2	0
+	chr3L	3261384	3270725	63C3	0
+	chr3L	3270725	3280067	63C4	0
+	chr3L	3280067	3303479	63C5	0
+	chr3L	3303479	3310019	63C6	0
+	chr3L	3310019	3336234	63D1	5
+	chr3L	3336234	3404939	63D2	5
+	chr3L	3404939	3427672	63D3	5
+	chr3L	3427672	3471006	63E1	0
+	chr3L	3471006	3514340	63E2	0
+	chr3L	3514340	3564494	63E3	0
+	chr3L	3564494	3607829	63E4	0
+	chr3L	3607829	3651163	63E5	0
+	chr3L	3651163	3673896	63E6	0
+	chr3L	3673896	3703449	63E7	0
+	chr3L	3703449	3726181	63E8	0
+	chr3L	3726181	3755734	63E9	0
+	chr3L	3755734	3825069	63F1	5
+	chr3L	3825069	3828621	63F2	5
+	chr3L	3828621	3844534	63F3	5
+	chr3L	3844534	3874086	63F4	5
+	chr3L	3874086	3903639	63F5	5
+	chr3L	3903639	3919619	63F6	5
+	chr3L	3919619	3935599	63F7	5
+	chr3L	3935599	3970095	64A1	0
+	chr3L	3970095	3993527	64A2	0
+	chr3L	3993527	4016960	64A3	0
+	chr3L	4016960	4044080	64A4	0
+	chr3L	4044080	4097252	64A5	0
+	chr3L	4097252	4115981	64A6	0
+	chr3L	4115981	4142736	64A7	0
+	chr3L	4142736	4169491	64A8	0
+	chr3L	4169491	4180026	64A9	0
+	chr3L	4180026	4245410	64A10	0
+	chr3L	4245410	4249591	64A11	0
+	chr3L	4249591	4292399	64A12	0
+	chr3L	4292399	4335208	64B1	5
+	chr3L	4335208	4378017	64B2	5
+	chr3L	4378017	4388551	64B3	5
+	chr3L	4388551	4407280	64B4	5
+	chr3L	4407280	4426009	64B5	5
+	chr3L	4426009	4468818	64B6	5
+	chr3L	4468818	4479353	64B7	5
+	chr3L	4479353	4489888	64B8	5
+	chr3L	4489888	4555271	64B9	5
+	chr3L	4555271	4559452	64B10	5
+	chr3L	4559452	4610454	64B11	5
+	chr3L	4610454	4653263	64B12	5
+	chr3L	4653263	4696072	64B13	5
+	chr3L	4696072	4722827	64B14	5
+	chr3L	4722827	4749582	64B15	5
+	chr3L	4749582	4784365	64B16	5
+	chr3L	4784365	4811120	64B17	5
+	chr3L	4811120	4878176	64C1	0
+	chr3L	4878176	4945231	64C2	0
+	chr3L	4945231	4971987	64C3	0
+	chr3L	4971987	5039043	64C4	0
+	chr3L	5039043	5106098	64C5	0
+	chr3L	5106098	5124827	64C6	0
+	chr3L	5124827	5151583	64C7	0
+	chr3L	5151583	5186365	64C8	0
+	chr3L	5186365	5251748	64C9	0
+	chr3L	5251748	5255929	64C10	0
+	chr3L	5255929	5290711	64C11	0
+	chr3L	5290711	5341713	64C12	0
+	chr3L	5341713	5360442	64C13	0
+	chr3L	5360442	5370977	64C14	0
+	chr3L	5370977	5381512	64C15	0
+	chr3L	5381512	5456594	64D1	5
+	chr3L	5456594	5523650	64D2	5
+	chr3L	5523650	5574653	64D3	5
+	chr3L	5574653	5577019	64D4	5
+	chr3L	5577019	5596672	64D5	5
+	chr3L	5596672	5616324	64D6	5
+	chr3L	5616324	5624062	64D7	5
+	chr3L	5624062	5667420	64E1	0
+	chr3L	5667420	5716674	64E2	0
+	chr3L	5716674	5724412	64E3	0
+	chr3L	5724412	5732150	64E4	0
+	chr3L	5732150	5751802	64E5	0
+	chr3L	5751802	5759540	64E6	0
+	chr3L	5759540	5773297	64E7	0
+	chr3L	5773297	5797617	64E8	0
+	chr3L	5797617	5797627	64E9	0
+	chr3L	5797627	5797637	64E10	0
+	chr3L	5797637	5805968	64E11	0
+	chr3L	5805968	5807387	64E12	0
+	chr3L	5807387	5810053	64E13	0
+	chr3L	5810053	5827356	64F1	5
+	chr3L	5827356	5844659	64F2	5
+	chr3L	5844659	5883990	64F3	5
+	chr3L	5883990	5894835	64F4	5
+	chr3L	5894835	5919622	64F5	5
+	chr3L	5919622	5967841	65A1	0
+	chr3L	5967841	6016059	65A2	0
+	chr3L	6016059	6045591	65A3	0
+	chr3L	6045591	6051691	65A4	0
+	chr3L	6051691	6085870	65A5	0
+	chr3L	6085870	6156021	65A6	0
+	chr3L	6156021	6184807	65A7	0
+	chr3L	6184807	6204957	65A8	0
+	chr3L	6204957	6211945	65A9	0
+	chr3L	6211945	6251360	65A10	0
+	chr3L	6251360	6290775	65A11	0
+	chr3L	6290775	6306479	65A12	0
+	chr3L	6306479	6310328	65A13	0
+	chr3L	6310328	6340813	65A14	0
+	chr3L	6340813	6344662	65A15	0
+	chr3L	6344662	6406402	65B1	5
+	chr3L	6406402	6475532	65B2	5
+	chr3L	6475532	6500167	65B3	5
+	chr3L	6500167	6554516	65B4	5
+	chr3L	6554516	6601475	65B5	5
+	chr3L	6601475	6684000	65C1	0
+	chr3L	6684000	6687849	65C2	0
+	chr3L	6687849	6749589	65C3	0
+	chr3L	6749589	6766833	65C4	0
+	chr3L	6766833	6791467	65C5	0
+	chr3L	6791467	6853207	65D1	5
+	chr3L	6853207	6907557	65D2	5
+	chr3L	6907557	6946971	65D3	5
+	chr3L	6946971	6954028	65D4	5
+	chr3L	6954028	6979269	65D5	5
+	chr3L	6979269	6999777	65D6	5
+	chr3L	6999777	7029849	65E1	0
+	chr3L	7029849	7055090	65E2	0
+	chr3L	7055090	7094628	65E3	0
+	chr3L	7094628	7129433	65E4	0
+	chr3L	7129433	7149941	65E5	0
+	chr3L	7149941	7170449	65E6	0
+	chr3L	7170449	7195690	65E7	0
+	chr3L	7195690	7225763	65E8	0
+	chr3L	7225763	7255835	65E9	0
+	chr3L	7255835	7266878	65E10	0
+	chr3L	7266878	7287386	65E11	0
+	chr3L	7287386	7287396	65E12	0
+	chr3L	7287396	7287406	65F1	5
+	chr3L	7287406	7287416	65F2	5
+	chr3L	7287416	7297139	65F3	5
+	chr3L	7297139	7326193	65F4	5
+	chr3L	7326193	7341837	65F5	5
+	chr3L	7341837	7350637	65F6	5
+	chr3L	7350637	7372986	65F7	5
+	chr3L	7372986	7372996	65F8	5
+	chr3L	7372996	7374965	65F9	5
+	chr3L	7374965	7384165	65F10	5
+	chr3L	7384165	7424404	65F11	5
+	chr3L	7424404	7458136	66A1	0
+	chr3L	7458136	7497176	66A2	0
+	chr3L	7497176	7520180	66A3	0
+	chr3L	7520180	7527148	66A4	0
+	chr3L	7527148	7566188	66A5	0
+	chr3L	7566188	7605228	66A6	0
+	chr3L	7605228	7628232	66A7	0
+	chr3L	7628232	7661964	66A8	0
+	chr3L	7661964	7690277	66A9	0
+	chr3L	7690277	7718589	66A10	0
+	chr3L	7718589	7746902	66A11	0
+	chr3L	7746902	7769906	66A12	0
+	chr3L	7769906	7782293	66A13	0
+	chr3L	7782293	7810605	66A14	0
+	chr3L	7810605	7838918	66A15	0
+	chr3L	7838918	7845885	66A16	0
+	chr3L	7845885	7879617	66A17	0
+	chr3L	7879617	7902621	66A18	0
+	chr3L	7902621	7909589	66A19	0
+	chr3L	7909589	7932593	66A20	0
+	chr3L	7932593	7971633	66A21	0
+	chr3L	7971633	7978601	66A22	0
+	chr3L	7978601	8001605	66B1	5
+	chr3L	8001605	8029917	66B2	5
+	chr3L	8029917	8052921	66B3	5
+	chr3L	8052921	8065308	66B4	5
+	chr3L	8065308	8093621	66B5	5
+	chr3L	8093621	8116625	66B6	5
+	chr3L	8116625	8129011	66B7	5
+	chr3L	8129011	8135979	66B8	5
+	chr3L	8135979	8142946	66B9	5
+	chr3L	8142946	8171259	66B10	5
+	chr3L	8171259	8188453	66B11	5
+	chr3L	8188453	8195975	66B12	5
+	chr3L	8195975	8203498	66B13	5
+	chr3L	8203498	8239497	66C1	0
+	chr3L	8239497	8251345	66C2	0
+	chr3L	8251345	8267891	66C3	0
+	chr3L	8267891	8279473	66C4	0
+	chr3L	8279473	8305947	66C5	0
+	chr3L	8305947	8312462	66C6	0
+	chr3L	8312462	8333972	66C7	0
+	chr3L	8333972	8374407	66C8	0
+	chr3L	8374407	8376993	66C9	0
+	chr3L	8376993	8388575	66C10	0
+	chr3L	8388575	8410085	66C11	0
+	chr3L	8410085	8431595	66C12	0
+	chr3L	8431595	8448141	66C13	0
+	chr3L	8448141	8498607	66D1	5
+	chr3L	8498607	8498617	66D2	5
+	chr3L	8498617	8498627	66D3	5
+	chr3L	8498627	8502436	66D4	5
+	chr3L	8502436	8518461	66D5	5
+	chr3L	8518461	8566724	66D6	5
+	chr3L	8566724	8576693	66D7	5
+	chr3L	8576693	8617203	66D8	5
+	chr3L	8617203	8642521	66D9	5
+	chr3L	8642521	8690784	66D10	5
+	chr3L	8690784	8716102	66D11	5
+	chr3L	8716102	8764365	66D12	5
+	chr3L	8764365	8774335	66D13	5
+	chr3L	8774335	8784755	66D14	5
+	chr3L	8784755	8805649	66D15	5
+	chr3L	8805649	8834459	66E1	0
+	chr3L	8834459	8867187	66E2	0
+	chr3L	8867187	8921531	66E3	0
+	chr3L	8921531	8944628	66E4	0
+	chr3L	8944628	8962394	66E5	0
+	chr3L	8962394	8974830	66E6	0
+	chr3L	8974830	9014027	66F1	5
+	chr3L	9014027	9037124	66F2	5
+	chr3L	9037124	9049560	66F3	5
+	chr3L	9049560	9077986	66F4	5
+	chr3L	9077986	9106413	66F5	5
+	chr3L	9106413	9118849	66F6	5
+	chr3L	9118849	9183696	67A1	0
+	chr3L	9183696	9186472	67A2	0
+	chr3L	9186472	9220339	67A3	0
+	chr3L	9220339	9259536	67A4	0
+	chr3L	9259536	9266532	67A5	0
+	chr3L	9266532	9284298	67A6	0
+	chr3L	9284298	9302065	67A7	0
+	chr3L	9302065	9314501	67A8	0
+	chr3L	9314501	9326937	67A9	0
+	chr3L	9326937	9350034	67B1	5
+	chr3L	9350034	9373130	67B2	5
+	chr3L	9373130	9390896	67B3	5
+	chr3L	9390896	9403371	67B4	5
+	chr3L	9403371	9424861	67B5	5
+	chr3L	9424861	9438292	67B6	5
+	chr3L	9438292	9447694	67B7	5
+	chr3L	9447694	9461125	67B8	5
+	chr3L	9461125	9478586	67B9	5
+	chr3L	9478586	9500075	67B10	5
+	chr3L	9500075	9525679	67B11	5
+	chr3L	9525679	9535080	67B12	5
+	chr3L	9535080	9540369	67B13	5
+	chr3L	9540369	9590232	67C1	0
+	chr3L	9590232	9623894	67C2	0
+	chr3L	9623894	9641354	67C3	0
+	chr3L	9641354	9679045	67C4	0
+	chr3L	9679045	9725748	67C5	0
+	chr3L	9725748	9745120	67C6	0
+	chr3L	9745120	9772794	67C7	0
+	chr3L	9772794	9800468	67C8	0
+	chr3L	9800468	9819839	67C9	0
+	chr3L	9819839	9847513	67C10	0
+	chr3L	9847513	9858410	67C11	0
+	chr3L	9858410	9911163	67D1	5
+	chr3L	9911163	9972219	67D2	5
+	chr3L	9972219	10008195	67D3	5
+	chr3L	10008195	10019092	67D4	5
+	chr3L	10019092	10061641	67D5	5
+	chr3L	10061641	10065965	67D6	5
+	chr3L	10065965	10076861	67D7	5
+	chr3L	10076861	10137917	67D8	5
+	chr3L	10137917	10173893	67D9	5
+	chr3L	10173893	10209869	67D10	5
+	chr3L	10209869	10245845	67D11	5
+	chr3L	10245845	10281821	67D12	5
+	chr3L	10281821	10309495	67D13	5
+	chr3L	10309495	10353774	67E1	0
+	chr3L	10353774	10406527	67E2	0
+	chr3L	10406527	10459280	67E3	0
+	chr3L	10459280	10583987	67E4	0
+	chr3L	10583987	10649784	67E5	0
+	chr3L	10649784	10685212	67E6	0
+	chr3L	10685212	10763050	67E7	0
+	chr3L	10763050	10939677	67F1	5
+	chr3L	10939677	10939687	67F2	5
+	chr3L	10939687	10939697	67F3	5
+	chr3L	10939697	10942969	67F4	5
+	chr3L	10942969	11021166	68A1	0
+	chr3L	11021166	11038422	68A2	0
+	chr3L	11038422	11056265	68A3	0
+	chr3L	11056265	11070761	68A4	0
+	chr3L	11070761	11086229	68A5	0
+	chr3L	11086229	11099398	68A6	0
+	chr3L	11099398	11123855	68A7	0
+	chr3L	11123855	11142668	68A8	0
+	chr3L	11142668	11167125	68A9	0
+	chr3L	11167125	11207455	68B1	5
+	chr3L	11207455	11210394	68B2	5
+	chr3L	11210394	11234851	68B3	5
+	chr3L	11234851	11248020	68B4	5
+	chr3L	11248020	11283883	68C1	0
+	chr3L	11283883	11319745	68C2	0
+	chr3L	11319745	11349846	68C3	0
+	chr3L	11349846	11379946	68C4	0
+	chr3L	11379946	11387354	68C5	0
+	chr3L	11387354	11400523	68C6	0
+	chr3L	11400523	11424980	68C7	0
+	chr3L	11424980	11438149	68C8	0
+	chr3L	11438149	11479655	68C9	0
+	chr3L	11479655	11498468	68C10	0
+	chr3L	11498468	11511637	68C11	0
+	chr3L	11511637	11541738	68C12	0
+	chr3L	11541738	11583244	68C13	0
+	chr3L	11583244	11596413	68C14	0
+	chr3L	11596413	11620870	68C15	0
+	chr3L	11620870	11656732	68D1	5
+	chr3L	11656732	11703882	68D2	5
+	chr3L	11703882	11728339	68D3	5
+	chr3L	11728339	11774313	68D4	5
+	chr3L	11774313	11777253	68D5	5
+	chr3L	11777253	11790422	68D6	5
+	chr3L	11790422	11837572	68E1	0
+	chr3L	11837572	11871803	68E2	0
+	chr3L	11871803	11953528	68E3	0
+	chr3L	11953528	11977477	68E4	0
+	chr3L	11977477	12059203	68F1	5
+	chr3L	12059203	12097521	68F2	5
+	chr3L	12097521	12111305	68F3	5
+	chr3L	12111305	12121156	68F4	5
+	chr3L	12121156	12133963	68F5	5
+	chr3L	12133963	12143814	68F6	5
+	chr3L	12143814	12156621	68F7	5
+	chr3L	12156621	12163517	68F8	5
+	chr3L	12163517	12188207	69A1	0
+	chr3L	12188207	12206986	69A2	0
+	chr3L	12206986	12258740	69A3	0
+	chr3L	12258740	12270311	69A4	0
+	chr3L	12270311	12286842	69A5	0
+	chr3L	12286842	12328272	69B1	5
+	chr3L	12328272	12359784	69B2	5
+	chr3L	12359784	12386233	69B3	5
+	chr3L	12386233	12402764	69B4	5
+	chr3L	12402764	12414335	69B5	5
+	chr3L	12414335	12445847	69C1	0
+	chr3L	12445847	12482318	69C2	0
+	chr3L	12482318	12493890	69C3	0
+	chr3L	12493890	12524368	69C4	0
+	chr3L	12524368	12526951	69C5	0
+	chr3L	12526951	12548441	69C6	0
+	chr3L	12548441	12554950	69C7	0
+	chr3L	12554950	12576440	69C8	0
+	chr3L	12576440	12588011	69C9	0
+	chr3L	12588011	12594520	69C10	0
+	chr3L	12594520	12601029	69C11	0
+	chr3L	12601029	12647419	69D1	5
+	chr3L	12647419	12673868	69D2	5
+	chr3L	12673868	12700317	69D3	5
+	chr3L	12700317	12706826	69D4	5
+	chr3L	12706826	12718398	69D5	5
+	chr3L	12718398	12729969	69D6	5
+	chr3L	12729969	12756418	69E1	0
+	chr3L	12756418	12787930	69E2	0
+	chr3L	12787930	12794439	69E3	0
+	chr3L	12794439	12810815	69E4	0
+	chr3L	12810815	12827124	69E5	0
+	chr3L	12827124	12862086	69E6	0
+	chr3L	12862086	12864634	69E7	0
+	chr3L	12864634	12885835	69E8	0
+	chr3L	12885835	12911929	69F1	5
+	chr3L	12911929	12967583	69F2	5
+	chr3L	12967583	12983892	69F3	5
+	chr3L	12983892	12995308	69F4	5
+	chr3L	12995308	13021402	69F5	5
+	chr3L	13021402	13062314	69F6	5
+	chr3L	13062314	13076187	69F7	5
+	chr3L	13076187	13153924	70A1	0
+	chr3L	13153924	13220721	70A2	0
+	chr3L	13220721	13249887	70A3	0
+	chr3L	13249887	13299384	70A4	0
+	chr3L	13299384	13348881	70A5	0
+	chr3L	13348881	13357714	70A6	0
+	chr3L	13357714	13380149	70A7	0
+	chr3L	13380149	13409314	70A8	0
+	chr3L	13409314	13458811	70B1	5
+	chr3L	13458811	13487977	70B2	5
+	chr3L	13487977	13504515	70B3	5
+	chr3L	13504515	13518679	70B4	5
+	chr3L	13518679	13536112	70B5	5
+	chr3L	13536112	13550276	70B6	5
+	chr3L	13550276	13557903	70B7	5
+	chr3L	13557903	13585210	70C1	0
+	chr3L	13585210	13720103	70C2	0
+	chr3L	13720103	13793056	70C3	0
+	chr3L	13793056	13852331	70C4	0
+	chr3L	13852331	13925284	70C5	0
+	chr3L	13925284	13951026	70C6	0
+	chr3L	13951026	13958517	70C7	0
+	chr3L	13958517	13962730	70C8	0
+	chr3L	13962730	13983129	70C9	0
+	chr3L	13983129	13990620	70C10	0
+	chr3L	13990620	14001321	70C11	0
+	chr3L	14001321	14017774	70C12	0
+	chr3L	14017774	14019446	70C13	0
+	chr3L	14019446	14023659	70C14	0
+	chr3L	14023659	14040781	70C15	0
+	chr3L	14040781	14067600	70D1	5
+	chr3L	14067600	14154713	70D2	5
+	chr3L	14154713	14199899	70D3	5
+	chr3L	14199899	14287012	70D4	5
+	chr3L	14287012	14374125	70D5	5
+	chr3L	14374125	14398455	70D6	5
+	chr3L	14398455	14443641	70D7	5
+	chr3L	14443641	14541181	70E1	0
+	chr3L	14541181	14575081	70E2	0
+	chr3L	14575081	14598074	70E3	0
+	chr3L	14598074	14621066	70E4	0
+	chr3L	14621066	14644059	70E5	0
+	chr3L	14644059	14656439	70E6	0
+	chr3L	14656439	14673020	70E7	0
+	chr3L	14673020	14675784	70E8	0
+	chr3L	14675784	14719005	70F1	5
+	chr3L	14719005	14721769	70F2	5
+	chr3L	14721769	14728733	70F3	5
+	chr3L	14728733	14762448	70F4	5
+	chr3L	14762448	14780135	70F5	5
+	chr3L	14780135	14797821	70F6	5
+	chr3L	14797821	14820814	70F7	5
+	chr3L	14820814	14881169	71A1	0
+	chr3L	14881169	14941525	71A2	0
+	chr3L	14941525	14964517	71A3	0
+	chr3L	14964517	14982204	71A4	0
+	chr3L	14982204	15021225	71B1	5
+	chr3L	15021225	15066303	71B2	5
+	chr3L	15066303	15076952	71B3	5
+	chr3L	15076952	15101293	71B4	5
+	chr3L	15101293	15142607	71B5	5
+	chr3L	15142607	15158174	71B6	5
+	chr3L	15158174	15180411	71B7	5
+	chr3L	15180411	15209320	71B8	5
+	chr3L	15209320	15291877	71C1	0
+	chr3L	15291877	15361092	71C2	0
+	chr3L	15361092	15383329	71C3	0
+	chr3L	15383329	15412238	71C4	0
+	chr3L	15412238	15441147	71D1	5
+	chr3L	15441147	15470056	71D2	5
+	chr3L	15470056	15505636	71D3	5
+	chr3L	15505636	15521203	71D4	5
+	chr3L	15521203	15590417	71E1	0
+	chr3L	15590417	15605811	71E2	0
+	chr3L	15605811	15615380	71E3	0
+	chr3L	15615380	15633151	71E4	0
+	chr3L	15633151	15667413	71E5	0
+	chr3L	15667413	15693472	71F1	5
+	chr3L	15693472	15736021	71F2	5
+	chr3L	15736021	15749691	71F3	5
+	chr3L	15749691	15767463	71F4	5
+	chr3L	15767463	15777032	71F5	5
+	chr3L	15777032	15819581	72A1	0
+	chr3L	15819581	15853842	72A2	0
+	chr3L	15853842	15871614	72A3	0
+	chr3L	15871614	15893486	72A4	0
+	chr3L	15893486	15903055	72A5	0
+	chr3L	15903055	15937317	72B1	5
+	chr3L	15937317	15950987	72B2	5
+	chr3L	15950987	15997637	72C1	0
+	chr3L	15997637	16011308	72C2	0
+	chr3L	16011308	16020877	72C3	0
+	chr3L	16020877	16079061	72D1	5
+	chr3L	16079061	16079071	72D2	5
+	chr3L	16079071	16079081	72D3	5
+	chr3L	16079081	16080733	72D4	5
+	chr3L	16080733	16092916	72D5	5
+	chr3L	16092916	16100531	72D6	5
+	chr3L	16100531	16108145	72D7	5
+	chr3L	16108145	16122660	72D8	5
+	chr3L	16122660	16172266	72D9	5
+	chr3L	16172266	16267248	72D10	5
+	chr3L	16267248	16267258	72D11	5
+	chr3L	16267258	16282674	72D12	5
+	chr3L	16282674	16341292	72E1	0
+	chr3L	16341292	16362055	72E2	0
+	chr3L	16362055	16370340	72E3	0
+	chr3L	16370340	16388618	72E4	0
+	chr3L	16388618	16399388	72E5	0
+	chr3L	16399388	16424656	72F1	5
+	chr3L	16424656	16425951	72F2	5
+	chr3L	16425951	16431750	72F3	5
+	chr3L	16431750	16440035	72F4	5
+	chr3L	16440035	16460798	73A1	0
+	chr3L	16460798	16482195	73A2	0
+	chr3L	16482195	16495854	73A3	0
+	chr3L	16495854	16532725	73A4	0
+	chr3L	16532725	16546385	73A5	0
+	chr3L	16546385	16549746	73A6	0
+	chr3L	16549746	16558284	73A7	0
+	chr3L	16558284	16564260	73A8	0
+	chr3L	16564260	16575358	73A9	0
+	chr3L	16575358	16586457	73A10	0
+	chr3L	16586457	16592433	73A11	0
+	chr3L	16592433	16615857	73B1	5
+	chr3L	16615857	16617191	73B2	5
+	chr3L	16617191	16625729	73B3	5
+	chr3L	16625729	16642003	73B4	5
+	chr3L	16642003	16665427	73B5	5
+	chr3L	16665427	16679364	73B6	5
+	chr3L	16679364	16696594	73B7	5
+	chr3L	16696594	16724160	73C1	0
+	chr3L	16724160	16751727	73C2	0
+	chr3L	16751727	16763788	73C3	0
+	chr3L	16763788	16786186	73C4	0
+	chr3L	16786186	16798246	73C5	0
+	chr3L	16798246	16845519	73D1	5
+	chr3L	16845519	16848211	73D2	5
+	chr3L	16848211	16860272	73D3	5
+	chr3L	16860272	16877501	73D4	5
+	chr3L	16877501	16899899	73D5	5
+	chr3L	16899899	16922297	73D6	5
+	chr3L	16922297	16934357	73D7	5
+	chr3L	16934357	16986907	73E1	0
+	chr3L	16986907	16989599	73E2	0
+	chr3L	16989599	16996383	73E3	0
+	chr3L	16996383	17029226	73E4	0
+	chr3L	17029226	17062069	73E5	0
+	chr3L	17062069	17094913	73E6	0
+	chr3L	17094913	17132925	73F1	5
+	chr3L	17132925	17150154	73F2	5
+	chr3L	17150154	17177721	73F3	5
+	chr3L	17177721	17194950	73F4	5
+	chr3L	17194950	17232962	74A1	0
+	chr3L	17232962	17265805	74A2	0
+	chr3L	17265805	17288203	74A3	0
+	chr3L	17288203	17326215	74A4	0
+	chr3L	17326215	17364227	74A5	0
+	chr3L	17364227	17381457	74A6	0
+	chr3L	17381457	17414300	74B1	5
+	chr3L	17414300	17417640	74B2	5
+	chr3L	17417640	17419393	74B3	5
+	chr3L	17419393	17421145	74B4	5
+	chr3L	17421145	17422372	74B5	5
+	chr3L	17422372	17429830	74C1	0
+	chr3L	17429830	17450484	74C2	0
+	chr3L	17450484	17471432	74C3	0
+	chr3L	17471432	17475759	74C4	0
+	chr3L	17475759	17503302	74D1	5
+	chr3L	17503302	17534141	74D2	5
+	chr3L	17534141	17541833	74D3	5
+	chr3L	17541833	17559417	74D4	5
+	chr3L	17559417	17569427	74D5	5
+	chr3L	17569427	17593321	74E1	0
+	chr3L	17593321	17620976	74E2	0
+	chr3L	17620976	17629750	74E3	0
+	chr3L	17629750	17657405	74E4	0
+	chr3L	17657405	17666179	74E5	0
+	chr3L	17666179	17693833	74F1	5
+	chr3L	17693833	17702608	74F2	5
+	chr3L	17702608	17726502	74F3	5
+	chr3L	17726502	17735276	74F4	5
+	chr3L	17735276	17778051	75A1	0
+	chr3L	17778051	17817065	75A2	0
+	chr3L	17817065	17825839	75A3	0
+	chr3L	17825839	17856471	75A4	0
+	chr3L	17856471	17858429	75A5	0
+	chr3L	17858429	17867203	75A6	0
+	chr3L	17867203	17875978	75A7	0
+	chr3L	17875978	17911153	75A8	0
+	chr3L	17911153	17935047	75A9	0
+	chr3L	17935047	17951342	75A10	0
+	chr3L	17951342	17975236	75B1	5
+	chr3L	17975236	18002891	75B2	5
+	chr3L	18002891	18007826	75B3	5
+	chr3L	18007826	18035481	75B4	5
+	chr3L	18035481	18044255	75B5	5
+	chr3L	18044255	18068149	75B6	5
+	chr3L	18068149	18092044	75B7	5
+	chr3L	18092044	18096979	75B8	5
+	chr3L	18096979	18105753	75B9	5
+	chr3L	18105753	18114528	75B10	5
+	chr3L	18114528	18137638	75B11	5
+	chr3L	18137638	18139597	75B12	5
+	chr3L	18139597	18148371	75B13	5
+	chr3L	18148371	18179786	75C1	0
+	chr3L	18179786	18255708	75C2	0
+	chr3L	18255708	18288728	75C3	0
+	chr3L	18288728	18371483	75C4	0
+	chr3L	18371483	18384485	75C5	0
+	chr3L	18384485	18437316	75C6	0
+	chr3L	18437316	18470335	75C7	0
+	chr3L	18470335	18523167	75D1	5
+	chr3L	18523167	18586110	75D2	5
+	chr3L	18586110	18599112	75D3	5
+	chr3L	18599112	18632131	75D4	5
+	chr3L	18632131	18665151	75D5	5
+	chr3L	18665151	18708076	75D6	5
+	chr3L	18708076	18731190	75D7	5
+	chr3L	18731190	18754304	75D8	5
+	chr3L	18754304	18827153	75E1	0
+	chr3L	18827153	18865168	75E2	0
+	chr3L	18865168	18871953	75E3	0
+	chr3L	18871953	18899522	75E4	0
+	chr3L	18899522	18912151	75E5	0
+	chr3L	18912151	18924507	75E6	0
+	chr3L	18924507	18942159	75E7	0
+	chr3L	18942159	18970402	75F1	5
+	chr3L	18970402	18998645	75F2	5
+	chr3L	18998645	19011002	75F3	5
+	chr3L	19011002	19039245	75F4	5
+	chr3L	19039245	19051601	75F5	5
+	chr3L	19051601	19079844	75F6	5
+	chr3L	19079844	19108320	75F7	5
+	chr3L	19108320	19115328	75F8	5
+	chr3L	19115328	19138464	75F9	5
+	chr3L	19138464	19150923	75F10	5
+	chr3L	19150923	19157930	75F11	5
+	chr3L	19157930	19191857	76A1	0
+	chr3L	19191857	19220333	76A2	0
+	chr3L	19220333	19279955	76A3	0
+	chr3L	19279955	19282735	76A4	0
+	chr3L	19282735	19295194	76A5	0
+	chr3L	19295194	19339799	76A6	0
+	chr3L	19339799	19346806	76A7	0
+	chr3L	19346806	19380733	76B1	5
+	chr3L	19380733	19414659	76B2	5
+	chr3L	19414659	19479620	76B3	5
+	chr3L	19479620	19482401	76B4	5
+	chr3L	19482401	19505538	76B5	5
+	chr3L	19505538	19544803	76B6	5
+	chr3L	19544803	19573279	76B7	5
+	chr3L	19573279	19591077	76B8	5
+	chr3L	19591077	19629230	76B9	5
+	chr3L	19629230	19630377	76B10	5
+	chr3L	19630377	19646753	76B11	5
+	chr3L	19646753	19692708	76C1	0
+	chr3L	19692708	19713997	76C2	0
+	chr3L	19713997	19755040	76C3	0
+	chr3L	19755040	19771416	76C4	0
+	chr3L	19771416	19787792	76C5	0
+	chr3L	19787792	19809081	76C6	0
+	chr3L	19809081	19850124	76D1	5
+	chr3L	19850124	19861588	76D2	5
+	chr3L	19861588	19897717	76D3	5
+	chr3L	19897717	19917578	76D4	5
+	chr3L	19917578	19931687	76D5	5
+	chr3L	19931687	19955631	76D6	5
+	chr3L	19955631	19972996	76D7	5
+	chr3L	19972996	19993685	76D8	5
+	chr3L	19993685	20027465	76E1	0
+	chr3L	20027465	20057922	76E2	0
+	chr3L	20057922	20065519	76E3	0
+	chr3L	20065519	20082884	76E4	0
+	chr3L	20082884	20113340	76F1	5
+	chr3L	20113340	20143797	76F2	5
+	chr3L	20143797	20161162	76F3	5
+	chr3L	20161162	20191618	77A1	0
+	chr3L	20191618	20218819	77A2	0
+	chr3L	20218819	20236184	77A3	0
+	chr3L	20236184	20250293	77A4	0
+	chr3L	20250293	20290653	77B1	5
+	chr3L	20290653	20304762	77B2	5
+	chr3L	20304762	20312359	77B3	5
+	chr3L	20312359	20345257	77B4	5
+	chr3L	20345257	20352855	77B5	5
+	chr3L	20352855	20369541	77B6	5
+	chr3L	20369541	20369551	77B7	5
+	chr3L	20369551	20369561	77B8	5
+	chr3L	20369561	20379479	77B9	5
+	chr3L	20379479	20401917	77C1	0
+	chr3L	20401917	20423804	77C2	0
+	chr3L	20423804	20448275	77C3	0
+	chr3L	20448275	20477431	77C4	0
+	chr3L	20477431	20483453	77C5	0
+	chr3L	20483453	20517197	77C6	0
+	chr3L	20517197	20527903	77C7	0
+	chr3L	20527903	20560691	77D1	5
+	chr3L	20560691	20563081	77D2	5
+	chr3L	20563081	20573787	77D3	5
+	chr3L	20573787	20598259	77D4	5
+	chr3L	20598259	20604281	77D5	5
+	chr3L	20604281	20638025	77E1	0
+	chr3L	20638025	20671769	77E2	0
+	chr3L	20671769	20719374	77E3	0
+	chr3L	20719374	20753118	77E4	0
+	chr3L	20753118	20759140	77E5	0
+	chr3L	20759140	20796516	77E6	0
+	chr3L	20796516	20798906	77E7	0
+	chr3L	20798906	20814201	77E8	0
+	chr3L	20814201	20838672	77F1	5
+	chr3L	20838672	20863144	77F2	5
+	chr3L	20863144	20878439	77F3	5
+	chr3L	20878439	20907594	77F4	5
+	chr3L	20907594	20913617	77F5	5
+	chr3L	20913617	20965714	78A1	0
+	chr3L	20965714	21023547	78A2	0
+	chr3L	21023547	21023557	78A3	0
+	chr3L	21023557	21023567	78A4	0
+	chr3L	21023567	21028825	78A5	0
+	chr3L	21028825	21049730	78A6	0
+	chr3L	21049730	21058547	78A7	0
+	chr3L	21058547	21093893	78B1	5
+	chr3L	21093893	21129239	78B2	5
+	chr3L	21129239	21138055	78B3	5
+	chr3L	21138055	21143015	78B4	5
+	chr3L	21143015	21167025	78C1	0
+	chr3L	21167025	21222969	78C2	0
+	chr3L	21222969	21273081	78C3	0
+	chr3L	21273081	21276587	78C4	0
+	chr3L	21276587	21279529	78C5	0
+	chr3L	21279529	21303935	78C6	0
+	chr3L	21303935	21331171	78C7	0
+	chr3L	21331171	21363620	78C8	0
+	chr3L	21363620	21380643	78C9	0
+	chr3L	21380643	21418198	78D1	5
+	chr3L	21418198	21460861	78D2	5
+	chr3L	21460861	21482990	78D3	5
+	chr3L	21482990	21510225	78D4	5
+	chr3L	21510225	21537461	78D5	5
+	chr3L	21537461	21564697	78D6	5
+	chr3L	21564697	21591933	78D7	5
+	chr3L	21591933	21598635	78D8	5
+	chr3L	21598635	21631084	78E1	0
+	chr3L	21631084	21663533	78E2	0
+	chr3L	21663533	21675449	78E3	0
+	chr3L	21675449	21702685	78E4	0
+	chr3L	21702685	21729921	78E5	0
+	chr3L	21729921	21741836	78E6	0
+	chr3L	21741836	21779392	78F1	5
+	chr3L	21779392	21806628	78F2	5
+	chr3L	21806628	21818543	78F3	5
+	chr3L	21818543	21840672	78F4	5
+	chr3L	21840672	21867908	79A1	0
+	chr3L	21867908	21895144	79A2	0
+	chr3L	21895144	21922380	79A3	0
+	chr3L	21922380	21954829	79A4	0
+	chr3L	21954829	21966744	79A5	0
+	chr3L	21966744	21983767	79A6	0
+	chr3L	21983767	22000789	79A7	0
+	chr3L	22000789	22043451	79B1	5
+	chr3L	22043451	22075900	79B2	5
+	chr3L	22075900	22092923	79B3	5
+	chr3L	22092923	22125372	79C1	0
+	chr3L	22125372	22162927	79C2	0
+	chr3L	22162927	22174843	79C3	0
+	chr3L	22174843	22202079	79D1	5
+	chr3L	22202079	22255061	79D2	5
+	chr3L	22255061	22266977	79D3	5
+	chr3L	22266977	22289106	79D4	5
+	chr3L	22289106	22342088	79E1	0
+	chr3L	22342088	22389857	79E2	0
+	chr3L	22389857	22437626	79E3	0
+	chr3L	22437626	22485395	79E4	0
+	chr3L	22485395	22497311	79E5	0
+	chr3L	22497311	22514333	79E6	0
+	chr3L	22514333	22531355	79E7	0
+	chr3L	22531355	22553485	79E8	0
+	chr3L	22553485	22591040	79F1	5
+	chr3L	22591040	22623489	79F2	5
+	chr3L	22623489	22645618	79F3	5
+	chr3L	22645618	22662641	79F4	5
+	chr3L	22662641	22689876	79F5	5
+	chr3L	22689876	22712005	79F6	5
+	chr3L	22712005	22754668	80A1	0
+	chr3L	22754668	22792223	80A2	0
+	chr3L	22792223	22804139	80A3	0
+	chr3L	22804139	22836588	80A4	0
+	chr3L	22836588	22869037	80B1	5
+	chr3L	22869037	22911699	80B2	5
+	chr3L	22911699	22923615	80B3	5
+	chr3L	22923615	22961171	80C1	0
+	chr3L	22961171	22998726	80C2	0
+	chr3L	22998726	23025962	80C3	0
+	chr3L	23025962	23048091	80C4	0
+	chr3L	23048091	23070220	80C5	0
+	chr3L	23070220	23098413	80D1	5
+	chr3L	23098413	23126607	80D2	5
+	chr3L	23126607	23154800	80D3	5
+	chr3L	23154800	23182993	80D4	5
+	chr3L	23182993	23211187	80D5	5
+	chr3L	23211187	23239380	80E1	0
+	chr3L	23239380	23267573	80E2	0
+	chr3L	23267573	23295767	80E3	0
+	chr3L	23295767	23323960	80F1	5
+	chr3L	23323960	23352153	80F2	5
+	chr3L	23352153	23380347	80F3	5
+	chr3L	23380347	23408540	80F4	5
+	chr3L	23408540	23436733	80F5	5
+	chr3L	23436733	23464927	80F6	5
+	chr3L	23464927	23493120	80F7	5
+	chr3L	23493120	23521313	80F8	5
+	chr3L	23521313	23849507	80F9	5
+	chr3R	0	541	81F5	0
+	chr3R	541	34191	81F6	0
+	chr3R	34191	123707	82A1	5
+	chr3R	123707	126993	82A2	5
+	chr3R	126993	154334	82A3	5
+	chr3R	154334	200735	82A4	5
+	chr3R	200735	228076	82A5	5
+	chr3R	228076	236357	82A6	5
+	chr3R	236357	276449	82B1	0
+	chr3R	276449	291171	82B2	0
+	chr3R	291171	312202	82B3	0
+	chr3R	312202	326924	82B4	0
+	chr3R	326924	367016	82C1	5
+	chr3R	367016	407107	82C2	5
+	chr3R	407107	440758	82C3	5
+	chr3R	440758	461789	82C4	5
+	chr3R	461789	482821	82C5	5
+	chr3R	482821	529222	82D1	0
+	chr3R	529222	575623	82D2	0
+	chr3R	575623	583904	82D3	0
+	chr3R	583904	598626	82D4	0
+	chr3R	598626	632277	82D5	0
+	chr3R	632277	653308	82D6	0
+	chr3R	653308	674340	82D7	0
+	chr3R	674340	689062	82D8	0
+	chr3R	689062	729153	82E1	5
+	chr3R	729153	769245	82E2	5
+	chr3R	769245	777526	82E3	5
+	chr3R	777526	823927	82E4	5
+	chr3R	823927	851268	82E5	5
+	chr3R	851268	884919	82E6	5
+	chr3R	884919	918569	82E7	5
+	chr3R	918569	926850	82E8	5
+	chr3R	926850	990997	82F1	0
+	chr3R	990997	994283	82F2	0
+	chr3R	994283	1002564	82F3	0
+	chr3R	1002564	1023596	82F4	0
+	chr3R	1023596	1038318	82F5	0
+	chr3R	1038318	1065659	82F6	0
+	chr3R	1065659	1086690	82F7	0
+	chr3R	1086690	1126782	82F8	0
+	chr3R	1126782	1166873	82F9	0
+	chr3R	1166873	1181595	82F10	0
+	chr3R	1181595	1189877	82F11	0
+	chr3R	1189877	1229968	83A1	5
+	chr3R	1229968	1256277	83A2	5
+	chr3R	1256277	1278359	83A3	5
+	chr3R	1278359	1300441	83A4	5
+	chr3R	1300441	1318383	83A5	5
+	chr3R	1318383	1335540	83A6	5
+	chr3R	1335540	1349066	83A7	5
+	chr3R	1349066	1355698	83A8	5
+	chr3R	1355698	1357324	83A9	5
+	chr3R	1357324	1383401	83B1	0
+	chr3R	1383401	1406356	83B2	0
+	chr3R	1406356	1413639	83B3	0
+	chr3R	1413639	1430286	83B4	0
+	chr3R	1430286	1437569	83B5	0
+	chr3R	1437569	1451095	83B6	0
+	chr3R	1451095	1478102	83B7	0
+	chr3R	1478102	1498781	83B8	0
+	chr3R	1498781	1514688	83B9	0
+	chr3R	1514688	1567976	83C1	5
+	chr3R	1567976	1584730	83C2	5
+	chr3R	1584730	1608776	83C3	5
+	chr3R	1608776	1661827	83C4	5
+	chr3R	1661827	1685873	83C5	5
+	chr3R	1685873	1717132	83C6	5
+	chr3R	1717132	1733964	83C7	5
+	chr3R	1733964	1770935	83C8	5
+	chr3R	1770935	1774692	83C9	5
+	chr3R	1774692	1827743	83D1	0
+	chr3R	1827743	1888008	83D2	0
+	chr3R	1888008	1897476	83D3	0
+	chr3R	1897476	1957740	83D4	0
+	chr3R	1957740	2018005	83D5	0
+	chr3R	2018005	2078270	83E1	5
+	chr3R	2078270	2145748	83E2	5
+	chr3R	2145748	2155216	83E3	5
+	chr3R	2155216	2201054	83E4	5
+	chr3R	2201054	2217886	83E5	5
+	chr3R	2217886	2241931	83E6	5
+	chr3R	2241931	2280405	83E7	5
+	chr3R	2280405	2318878	83E8	5
+	chr3R	2318878	2392218	83F1	0
+	chr3R	2392218	2395975	83F2	0
+	chr3R	2395975	2412807	83F3	0
+	chr3R	2412807	2451280	83F4	0
+	chr3R	2451280	2511545	84A1	5
+	chr3R	2511545	2514967	84A2	5
+	chr3R	2514967	2521234	84A3	5
+	chr3R	2521234	2530424	84A4	5
+	chr3R	2530424	2675949	84A5	5
+	chr3R	2675949	2722699	84A6	5
+	chr3R	2722699	2811817	84B1	0
+	chr3R	2811817	2914961	84B2	0
+	chr3R	2914961	2914971	84B3	0
+	chr3R	2914971	2916650	84B4	0
+	chr3R	2916650	2917845	84B5	0
+	chr3R	2917845	2923198	84B6	0
+	chr3R	2923198	2944183	84C1	5
+	chr3R	2944183	2945378	84C2	5
+	chr3R	2945378	2950731	84C3	5
+	chr3R	2950731	2960674	84C4	5
+	chr3R	2960674	2966028	84C5	5
+	chr3R	2966028	2978265	84C6	5
+	chr3R	2978265	2988207	84C7	5
+	chr3R	2988207	3000444	84C8	5
+	chr3R	3000444	3015023	84D1	0
+	chr3R	3015023	3059484	84D2	0
+	chr3R	3059484	3157238	84D3	0
+	chr3R	3157238	3161797	84D4	0
+	chr3R	3161797	3224352	84D5	0
+	chr3R	3224352	3289095	84D6	0
+	chr3R	3289095	3293655	84D7	0
+	chr3R	3293655	3314081	84D8	0
+	chr3R	3314081	3378459	84D9	0
+	chr3R	3378459	3442838	84D10	0
+	chr3R	3442838	3489526	84D11	0
+	chr3R	3489526	3536214	84D12	0
+	chr3R	3536214	3565394	84D13	0
+	chr3R	3565394	3585820	84D14	0
+	chr3R	3585820	3674820	84E1	5
+	chr3R	3674820	3679379	84E2	5
+	chr3R	3679379	3708559	84E3	5
+	chr3R	3708559	3728985	84E4	5
+	chr3R	3728985	3775673	84E5	5
+	chr3R	3775673	3813607	84E6	5
+	chr3R	3813607	3825097	84E7	5
+	chr3R	3825097	3854277	84E8	5
+	chr3R	3854277	3865767	84E9	5
+	chr3R	3865767	3919568	84E10	5
+	chr3R	3919568	3924127	84E11	5
+	chr3R	3924127	3944553	84E12	5
+	chr3R	3944553	3956043	84E13	5
+	chr3R	3956043	4011667	84F1	0
+	chr3R	4011667	4029730	84F2	0
+	chr3R	4029730	4038726	84F3	0
+	chr3R	4038726	4059288	84F4	0
+	chr3R	4059288	4072140	84F5	0
+	chr3R	4072140	4107402	84F6	0
+	chr3R	4107402	4109862	84F7	0
+	chr3R	4109862	4115045	84F8	0
+	chr3R	4115045	4128208	84F9	0
+	chr3R	4128208	4133391	84F10	0
+	chr3R	4133391	4149680	84F11	0
+	chr3R	4149680	4160470	84F12	0
+	chr3R	4160470	4176850	84F13	0
+	chr3R	4176850	4180865	84F14	0
+	chr3R	4180865	4198852	84F15	0
+	chr3R	4198852	4208969	84F16	0
+	chr3R	4208969	4296652	85A1	5
+	chr3R	4296652	4353341	85A2	5
+	chr3R	4353341	4410030	85A3	5
+	chr3R	4410030	4435725	85A4	5
+	chr3R	4435725	4529510	85A5	5
+	chr3R	4529510	4529520	85A6	5
+	chr3R	4529520	4532847	85A7	5
+	chr3R	4532847	4543386	85A8	5
+	chr3R	4543386	4562957	85A9	5
+	chr3R	4562957	4582528	85A10	5
+	chr3R	4582528	4593066	85A11	5
+	chr3R	4593066	4630797	85B1	0
+	chr3R	4630797	4659495	85B2	0
+	chr3R	4659495	4692710	85B3	0
+	chr3R	4692710	4747659	85B4	0
+	chr3R	4747659	4750012	85B5	0
+	chr3R	4750012	4755940	85B6	0
+	chr3R	4755940	4775511	85B7	0
+	chr3R	4775511	4781439	85B8	0
+	chr3R	4781439	4805526	85B9	0
+	chr3R	4805526	4829614	85C1	5
+	chr3R	4829614	4853701	85C2	5
+	chr3R	4853701	4886916	85C3	5
+	chr3R	4886916	4906487	85C4	5
+	chr3R	4906487	4926058	85C5	5
+	chr3R	4926058	4931986	85C6	5
+	chr3R	4931986	4947041	85C7	5
+	chr3R	4947041	4952968	85C8	5
+	chr3R	4952968	4968023	85C9	5
+	chr3R	4968023	4983078	85C10	5
+	chr3R	4983078	5002649	85C11	5
+	chr3R	5002649	5013187	85C12	5
+	chr3R	5013187	5028242	85C13	5
+	chr3R	5028242	5070489	85D1	0
+	chr3R	5070489	5075248	85D2	0
+	chr3R	5075248	5076705	85D3	0
+	chr3R	5076705	5083528	85D4	0
+	chr3R	5083528	5084106	85D5	0
+	chr3R	5084106	5087806	85D6	0
+	chr3R	5087806	5096850	85D7	0
+	chr3R	5096850	5122706	85D8	0
+	chr3R	5122706	5131820	85D9	0
+	chr3R	5131820	5140934	85D10	0
+	chr3R	5140934	5190552	85D11	0
+	chr3R	5190552	5193282	85D12	0
+	chr3R	5193282	5202092	85D13	0
+	chr3R	5202092	5217755	85D14	0
+	chr3R	5217755	5240130	85D15	0
+	chr3R	5240130	5262505	85D16	0
+	chr3R	5262505	5318582	85D17	0
+	chr3R	5318582	5334244	85D18	0
+	chr3R	5334244	5356619	85D19	0
+	chr3R	5356619	5356629	85D20	0
+	chr3R	5356629	5356639	85D21	0
+	chr3R	5356639	5366908	85D22	0
+	chr3R	5366908	5375411	85D23	0
+	chr3R	5375411	5387559	85D24	0
+	chr3R	5387559	5404228	85D25	0
+	chr3R	5404228	5409311	85D26	0
+	chr3R	5409311	5426095	85D27	0
+	chr3R	5426095	5458452	85E1	5
+	chr3R	5458452	5490958	85E2	5
+	chr3R	5490958	5505575	85E3	5
+	chr3R	5505575	5528963	85E4	5
+	chr3R	5528963	5556828	85E5	5
+	chr3R	5556828	5588164	85E6	5
+	chr3R	5588164	5590448	85E7	5
+	chr3R	5590448	5609451	85E8	5
+	chr3R	5609451	5632839	85E9	5
+	chr3R	5632839	5656227	85E10	5
+	chr3R	5656227	5670845	85E11	5
+	chr3R	5670845	5681077	85E12	5
+	chr3R	5681077	5700080	85E13	5
+	chr3R	5700080	5719083	85E14	5
+	chr3R	5719083	5733700	85E15	5
+	chr3R	5733700	5761565	85F1	0
+	chr3R	5761565	5789430	85F2	0
+	chr3R	5789430	5799662	85F3	0
+	chr3R	5799662	5818665	85F4	0
+	chr3R	5818665	5837668	85F5	0
+	chr3R	5837668	5843423	85F6	0
+	chr3R	5843423	5871288	85F7	0
+	chr3R	5871288	5891229	85F8	0
+	chr3R	5891229	5911171	85F9	0
+	chr3R	5911171	5927908	85F10	0
+	chr3R	5927908	5935231	85F11	0
+	chr3R	5935231	5945692	85F12	0
+	chr3R	5945692	5963571	85F13	0
+	chr3R	5963571	5973500	85F14	0
+	chr3R	5973500	5996192	85F15	0
+	chr3R	5996192	6027484	85F16	0
+	chr3R	6027484	6054520	86A1	5
+	chr3R	6054520	6085812	86A2	5
+	chr3R	6085812	6095740	86A3	5
+	chr3R	6095740	6099906	86A4	5
+	chr3R	6099906	6118344	86A5	5
+	chr3R	6118344	6128272	86A6	5
+	chr3R	6128272	6150965	86A7	5
+	chr3R	6150965	6160893	86A8	5
+	chr3R	6160893	6195553	86B1	0
+	chr3R	6195553	6210600	86B2	0
+	chr3R	6210600	6227437	86B3	0
+	chr3R	6227437	6265923	86B4	0
+	chr3R	6265923	6275393	86B5	0
+	chr3R	6275393	6299447	86B6	0
+	chr3R	6299447	6352514	86C1	5
+	chr3R	6352514	6444560	86C2	5
+	chr3R	6444560	6482093	86C3	5
+	chr3R	6482093	6553641	86C4	5
+	chr3R	6553641	6591174	86C5	5
+	chr3R	6591174	6639968	86C6	5
+	chr3R	6639968	6742950	86C7	5
+	chr3R	6742950	6742960	86C8	5
+	chr3R	6742960	6742970	86C9	5
+	chr3R	6742970	6753695	86C10	5
+	chr3R	6753695	6761906	86C11	5
+	chr3R	6761906	6776504	86C12	5
+	chr3R	6776504	6797358	86C13	5
+	chr3R	6797358	6805569	86C14	5
+	chr3R	6805569	6838935	86C15	5
+	chr3R	6838935	6884944	86D1	0
+	chr3R	6884944	6930953	86D2	0
+	chr3R	6930953	6939165	86D3	0
+	chr3R	6939165	6972531	86D4	0
+	chr3R	6972531	6999641	86D5	0
+	chr3R	6999641	7014239	86D6	0
+	chr3R	7014239	7035093	86D7	0
+	chr3R	7035093	7068459	86D8	0
+	chr3R	7068459	7095569	86D9	0
+	chr3R	7095569	7110167	86D10	0
+	chr3R	7110167	7156176	86E1	5
+	chr3R	7156176	7202185	86E2	5
+	chr3R	7202185	7216783	86E3	5
+	chr3R	7216783	7243893	86E4	5
+	chr3R	7243893	7271004	86E5	5
+	chr3R	7271004	7291858	86E6	5
+	chr3R	7291858	7331610	86E7	5
+	chr3R	7331610	7371363	86E8	5
+	chr3R	7371363	7379575	86E9	5
+	chr3R	7379575	7394172	86E10	5
+	chr3R	7394172	7421283	86E11	5
+	chr3R	7421283	7442137	86E12	5
+	chr3R	7442137	7481889	86E13	5
+	chr3R	7481889	7496487	86E14	5
+	chr3R	7496487	7511085	86E15	5
+	chr3R	7511085	7557094	86E16	5
+	chr3R	7557094	7577948	86E17	5
+	chr3R	7577948	7611314	86E18	5
+	chr3R	7611314	7611324	86E19	5
+	chr3R	7611324	7611334	86E20	5
+	chr3R	7611334	7611344	86F1	0
+	chr3R	7611344	7611354	86F2	0
+	chr3R	7611354	7611364	86F3	0
+	chr3R	7611364	7611374	86F4	0
+	chr3R	7611374	7611384	86F5	0
+	chr3R	7611384	7611394	86F6	0
+	chr3R	7611394	7613842	86F7	0
+	chr3R	7613842	7642957	86F8	0
+	chr3R	7642957	7672072	86F9	0
+	chr3R	7672072	7690269	86F10	0
+	chr3R	7690269	7697434	86F11	0
+	chr3R	7697434	7743040	87A1	5
+	chr3R	7743040	7783187	87A2	5
+	chr3R	7783187	7795925	87A3	5
+	chr3R	7795925	7836072	87A4	5
+	chr3R	7836072	7876219	87A5	5
+	chr3R	7876219	7888957	87A6	5
+	chr3R	7888957	7907154	87A7	5
+	chr3R	7907154	7925351	87A8	5
+	chr3R	7925351	7960038	87A9	5
+	chr3R	7960038	7972776	87A10	5
+	chr3R	7972776	8012923	87B1	0
+	chr3R	8012923	8053070	87B2	0
+	chr3R	8053070	8065808	87B3	0
+	chr3R	8065808	8100496	87B4	0
+	chr3R	8100496	8129611	87B5	0
+	chr3R	8129611	8150681	87B6	0
+	chr3R	8150681	8181836	87B7	0
+	chr3R	8181836	8207149	87B8	0
+	chr3R	8207149	8250109	87B9	0
+	chr3R	8250109	8269581	87B10	0
+	chr3R	8269581	8289053	87B11	0
+	chr3R	8289053	8296720	87B12	0
+	chr3R	8296720	8316191	87B13	0
+	chr3R	8316191	8335663	87B14	0
+	chr3R	8335663	8360977	87B15	0
+	chr3R	8360977	8415620	87C1	5
+	chr3R	8415620	8452738	87C2	5
+	chr3R	8452738	8486775	87C3	5
+	chr3R	8486775	8499273	87C4	5
+	chr3R	8499273	8522485	87C5	5
+	chr3R	8522485	8540340	87C6	5
+	chr3R	8540340	8563552	87C7	5
+	chr3R	8563552	8576051	87C8	5
+	chr3R	8576051	8599263	87C9	5
+	chr3R	8599263	8649369	87D1	0
+	chr3R	8649369	8694119	87D2	0
+	chr3R	8694119	8733512	87D3	0
+	chr3R	8733512	8772905	87D4	0
+	chr3R	8772905	8801473	87D5	0
+	chr3R	8801473	8808504	87D6	0
+	chr3R	8808504	8831716	87D7	0
+	chr3R	8831716	8844214	87D8	0
+	chr3R	8844214	8869949	87D9	0
+	chr3R	8869949	8877582	87D10	0
+	chr3R	8877582	8908597	87D11	0
+	chr3R	8908597	8933796	87D12	0
+	chr3R	8933796	8958996	87D13	0
+	chr3R	8958996	8990011	87D14	0
+	chr3R	8990011	9026962	87E1	5
+	chr3R	9026962	9063913	87E2	5
+	chr3R	9063913	9106680	87E3	5
+	chr3R	9106680	9126064	87E4	5
+	chr3R	9126064	9151264	87E5	5
+	chr3R	9151264	9176463	87E6	5
+	chr3R	9176463	9190032	87E7	5
+	chr3R	9190032	9221047	87E8	5
+	chr3R	9221047	9228680	87E9	5
+	chr3R	9228680	9248064	87E10	5
+	chr3R	9248064	9273264	87E11	5
+	chr3R	9273264	9310215	87E12	5
+	chr3R	9310215	9352982	87F1	0
+	chr3R	9352982	9389933	87F2	0
+	chr3R	9389933	9432700	87F3	0
+	chr3R	9432700	9440332	87F4	0
+	chr3R	9440332	9465532	87F5	0
+	chr3R	9465532	9473164	87F6	0
+	chr3R	9473164	9504179	87F7	0
+	chr3R	9504179	9504390	87F8	0
+	chr3R	9504390	9506216	87F9	0
+	chr3R	9506216	9510851	87F10	0
+	chr3R	9510851	9531422	87F11	0
+	chr3R	9531422	9571451	87F12	0
+	chr3R	9571451	9619143	87F13	0
+	chr3R	9619143	9659172	87F14	0
+	chr3R	9659172	9669024	87F15	0
+	chr3R	9669024	9724221	88A1	5
+	chr3R	9724221	9771912	88A2	5
+	chr3R	9771912	9804436	88A3	5
+	chr3R	9804436	9880743	88A4	5
+	chr3R	9880743	9884652	88A5	5
+	chr3R	9884652	9894503	88A6	5
+	chr3R	9894503	9912016	88A7	5
+	chr3R	9912016	9937034	88A8	5
+	chr3R	9937034	9977064	88A9	5
+	chr3R	9977064	10024755	88A10	5
+	chr3R	10024755	10034606	88A11	5
+	chr3R	10034606	10052119	88A12	5
+	chr3R	10052119	10120764	88B1	0
+	chr3R	10120764	10124673	88B2	0
+	chr3R	10124673	10147377	88B3	0
+	chr3R	10147377	10159500	88B4	0
+	chr3R	10159500	10182014	88B5	0
+	chr3R	10182014	10199333	88B6	0
+	chr3R	10199333	10216651	88B7	0
+	chr3R	10216651	10233970	88B8	0
+	chr3R	10233970	10240789	88B9	0
+	chr3R	10240789	10278997	88C1	5
+	chr3R	10278997	10312011	88C2	5
+	chr3R	10312011	10339720	88C3	5
+	chr3R	10339720	10364363	88C4	5
+	chr3R	10364363	10370317	88C5	5
+	chr3R	10370317	10403678	88C6	5
+	chr3R	10403678	10414263	88C7	5
+	chr3R	10414263	10424848	88C8	5
+	chr3R	10424848	10453672	88C9	5
+	chr3R	10453672	10492307	88C10	5
+	chr3R	10492307	10501504	88C11	5
+	chr3R	10501504	10553038	88D1	0
+	chr3R	10553038	10605463	88D2	0
+	chr3R	10605463	10624502	88D3	0
+	chr3R	10624502	10643542	88D4	0
+	chr3R	10643542	10687061	88D5	0
+	chr3R	10687061	10730580	88D6	0
+	chr3R	10730580	10749620	88D7	0
+	chr3R	10749620	10817788	88D8	0
+	chr3R	10817788	10844988	88D9	0
+	chr3R	10844988	10880347	88D10	0
+	chr3R	10880347	10956675	88E1	5
+	chr3R	10956675	11024844	88E2	5
+	chr3R	11024844	11060203	88E3	5
+	chr3R	11060203	11074462	88E4	5
+	chr3R	11074462	11079338	88E5	5
+	chr3R	11079338	11084215	88E6	5
+	chr3R	11084215	11086841	88E7	5
+	chr3R	11086841	11091717	88E8	5
+	chr3R	11091717	11098868	88E9	5
+	chr3R	11098868	11100345	88E10	5
+	chr3R	11100345	11105222	88E11	5
+	chr3R	11105222	11124617	88E12	5
+	chr3R	11124617	11142053	88E13	5
+	chr3R	11142053	11195451	88F1	0
+	chr3R	11195451	11199343	88F2	0
+	chr3R	11199343	11224251	88F3	0
+	chr3R	11224251	11264105	88F4	0
+	chr3R	11264105	11296487	88F5	0
+	chr3R	11296487	11328868	88F6	0
+	chr3R	11328868	11376350	88F7	0
+	chr3R	11376350	11423832	88F8	0
+	chr3R	11423832	11448741	88F9	0
+	chr3R	11448741	11503696	89A1	5
+	chr3R	11503696	11566123	89A2	5
+	chr3R	11566123	11583560	89A3	5
+	chr3R	11583560	11608468	89A4	5
+	chr3R	11608468	11674737	89A5	5
+	chr3R	11674737	11701224	89A6	5
+	chr3R	11701224	11716122	89A7	5
+	chr3R	11716122	11797236	89A8	5
+	chr3R	11797236	11797246	89A9	5
+	chr3R	11797246	11797256	89A10	5
+	chr3R	11797256	11824426	89A11	5
+	chr3R	11824426	11845036	89A12	5
+	chr3R	11845036	11853151	89A13	5
+	chr3R	11853151	11886126	89B1	0
+	chr3R	11886126	11912918	89B2	0
+	chr3R	11912918	11939711	89B3	0
+	chr3R	11939711	11960320	89B4	0
+	chr3R	11960320	11968435	89B5	0
+	chr3R	11968435	12007722	89B6	0
+	chr3R	12007722	12047009	89B7	0
+	chr3R	12047009	12055124	89B8	0
+	chr3R	12055124	12099306	89B9	0
+	chr3R	12099306	12102526	89B10	0
+	chr3R	12102526	12116953	89B11	0
+	chr3R	12116953	12156240	89B12	0
+	chr3R	12156240	12195527	89B13	0
+	chr3R	12195527	12222319	89B14	0
+	chr3R	12222319	12249111	89B15	0
+	chr3R	12249111	12275904	89B16	0
+	chr3R	12275904	12302696	89B17	0
+	chr3R	12302696	12341983	89B18	0
+	chr3R	12341983	12387453	89B19	0
+	chr3R	12387453	12401880	89B20	0
+	chr3R	12401880	12401890	89B21	0
+	chr3R	12401890	12401900	89B22	0
+	chr3R	12401900	12401910	89C1	5
+	chr3R	12401910	12401920	89C2	5
+	chr3R	12401920	12401930	89C3	5
+	chr3R	12401930	12401940	89C4	5
+	chr3R	12401940	12401950	89C5	5
+	chr3R	12401950	12401960	89C6	5
+	chr3R	12401960	12401970	89C7	5
+	chr3R	12401970	12401980	89D1	0
+	chr3R	12401980	12401990	89D2	0
+	chr3R	12401990	12402000	89D3	0
+	chr3R	12402000	12420737	89D4	0
+	chr3R	12420737	12461063	89D5	0
+	chr3R	12461063	12522654	89D6	0
+	chr3R	12522654	12526592	89D7	0
+	chr3R	12526592	12544234	89D8	0
+	chr3R	12544234	12561877	89D9	0
+	chr3R	12561877	12617482	89E1	5
+	chr3R	12617482	12673087	89E2	5
+	chr3R	12673087	12728692	89E3	5
+	chr3R	12728692	12776736	89E4	5
+	chr3R	12776736	12809500	89E5	5
+	chr3R	12809500	12827143	89E6	5
+	chr3R	12827143	12832003	89E7	5
+	chr3R	12832003	12850629	89E8	5
+	chr3R	12850629	12858777	89E9	5
+	chr3R	12858777	12873911	89E10	5
+	chr3R	12873911	12903627	89E11	5
+	chr3R	12903627	12919628	89E12	5
+	chr3R	12919628	12949344	89E13	5
+	chr3R	12949344	12992917	89F1	0
+	chr3R	12992917	13022633	89F2	0
+	chr3R	13022633	13073065	89F3	0
+	chr3R	13073065	13082065	89F4	0
+	chr3R	13082065	13139354	90A1	5
+	chr3R	13139354	13182928	90A2	5
+	chr3R	13182928	13211215	90A3	5
+	chr3R	13211215	13214787	90A4	5
+	chr3R	13214787	13230788	90A5	5
+	chr3R	13230788	13253646	90A6	5
+	chr3R	13253646	13262646	90A7	5
+	chr3R	13262646	13339222	90B1	0
+	chr3R	13339222	13342794	90B2	0
+	chr3R	13342794	13365652	90B3	0
+	chr3R	13365652	13386579	90B4	0
+	chr3R	13386579	13426470	90B5	0
+	chr3R	13426470	13453675	90B6	0
+	chr3R	13453675	13480880	90B7	0
+	chr3R	13480880	13489120	90B8	0
+	chr3R	13489120	13535290	90C1	5
+	chr3R	13535290	13581459	90C2	5
+	chr3R	13581459	13596108	90C3	5
+	chr3R	13596108	13610757	90C4	5
+	chr3R	13610757	13631683	90C5	5
+	chr3R	13631683	13652610	90C6	5
+	chr3R	13652610	13697472	90C7	5
+	chr3R	13697472	13700742	90C8	5
+	chr3R	13700742	13721668	90C9	5
+	chr3R	13721668	13742595	90C10	5
+	chr3R	13742595	13793735	90D1	0
+	chr3R	13793735	13793745	90D2	0
+	chr3R	13793745	13795043	90D3	0
+	chr3R	13795043	13822522	90D4	0
+	chr3R	13822522	13824851	90D5	0
+	chr3R	13824851	13830720	90D6	0
+	chr3R	13830720	13859130	90E1	5
+	chr3R	13859130	13887541	90E2	5
+	chr3R	13887541	13897973	90E3	5
+	chr3R	13897973	13917348	90E4	5
+	chr3R	13917348	13923217	90E5	5
+	chr3R	13923217	13938121	90E6	5
+	chr3R	13938121	13943989	90E7	5
+	chr3R	13943989	13971468	90F1	0
+	chr3R	13971468	13973797	90F2	0
+	chr3R	13973797	13984230	90F3	0
+	chr3R	13984230	14003605	90F4	0
+	chr3R	14003605	14009473	90F5	0
+	chr3R	14009473	14024377	90F6	0
+	chr3R	14024377	14048223	90F7	0
+	chr3R	14048223	14054091	90F8	0
+	chr3R	14054091	14064524	90F9	0
+	chr3R	14064524	14079428	90F10	0
+	chr3R	14079428	14094332	90F11	0
+	chr3R	14094332	14122742	91A1	5
+	chr3R	14122742	14166606	91A2	5
+	chr3R	14166606	14198998	91A3	5
+	chr3R	14198998	14206969	91A4	5
+	chr3R	14206969	14227214	91A5	5
+	chr3R	14227214	14241681	91A6	5
+	chr3R	14241681	14252473	91A7	5
+	chr3R	14252473	14272516	91A8	5
+	chr3R	14272516	14301905	91B1	0
+	chr3R	14301905	14335920	91B2	0
+	chr3R	14335920	14379185	91B3	0
+	chr3R	14379185	14399227	91B4	0
+	chr3R	14399227	14428617	91B5	0
+	chr3R	14428617	14453285	91B6	0
+	chr3R	14453285	14473327	91B7	0
+	chr3R	14473327	14497995	91B8	0
+	chr3R	14497995	14535672	91C1	5
+	chr3R	14535672	14538081	91C2	5
+	chr3R	14538081	14548873	91C3	5
+	chr3R	14548873	14554943	91C4	5
+	chr3R	14554943	14574986	91C5	5
+	chr3R	14574986	14595029	91C6	5
+	chr3R	14595029	14619697	91C7	5
+	chr3R	14619697	14658336	91D1	0
+	chr3R	14658336	14696976	91D2	0
+	chr3R	14696976	14721644	91D3	0
+	chr3R	14721644	14746312	91D4	0
+	chr3R	14746312	14770980	91D5	0
+	chr3R	14770980	14804995	91E1	5
+	chr3R	14804995	14839009	91E2	5
+	chr3R	14839009	14849802	91E3	5
+	chr3R	14849802	14874469	91E4	5
+	chr3R	14874469	14885262	91E5	5
+	chr3R	14885262	14896054	91E6	5
+	chr3R	14896054	14925443	91F1	0
+	chr3R	14925443	14959458	91F2	0
+	chr3R	14959458	14970250	91F3	0
+	chr3R	14970250	15003301	91F4	0
+	chr3R	15003301	15003311	91F5	0
+	chr3R	15003311	15003321	91F6	0
+	chr3R	15003321	15003331	91F7	0
+	chr3R	15003331	15003341	91F8	0
+	chr3R	15003341	15003351	91F9	0
+	chr3R	15003351	15003834	91F10	0
+	chr3R	15003834	15051137	91F11	0
+	chr3R	15051137	15076682	91F12	0
+	chr3R	15076682	15086741	91F13	0
+	chr3R	15086741	15143099	92A1	5
+	chr3R	15143099	15199457	92A2	5
+	chr3R	15199457	15240329	92A3	5
+	chr3R	15240329	15265874	92A4	5
+	chr3R	15265874	15291419	92A5	5
+	chr3R	15291419	15332291	92A6	5
+	chr3R	15332291	15373163	92A7	5
+	chr3R	15373163	15391044	92A8	5
+	chr3R	15391044	15408926	92A9	5
+	chr3R	15408926	15442134	92A10	5
+	chr3R	15442134	15473746	92A11	5
+	chr3R	15473746	15477737	92A12	5
+	chr3R	15477737	15510946	92A13	5
+	chr3R	15510946	15521004	92A14	5
+	chr3R	15521004	15592689	92B1	0
+	chr3R	15592689	15641384	92B2	0
+	chr3R	15641384	15690079	92B3	0
+	chr3R	15690079	15723288	92B4	0
+	chr3R	15723288	15723298	92B5	0
+	chr3R	15723298	15745652	92B6	0
+	chr3R	15745652	15748381	92B7	0
+	chr3R	15748381	15755258	92B8	0
+	chr3R	15755258	15783201	92B9	0
+	chr3R	15783201	15790078	92B10	0
+	chr3R	15790078	15796954	92B11	0
+	chr3R	15796954	15860699	92C1	5
+	chr3R	15860699	15863428	92C2	5
+	chr3R	15863428	15870305	92C3	5
+	chr3R	15870305	15898248	92C4	5
+	chr3R	15898248	15915712	92C5	5
+	chr3R	15915712	15922589	92C6	5
+	chr3R	15922589	15961120	92D1	0
+	chr3R	15961120	15999651	92D2	0
+	chr3R	15999651	16006527	92D3	0
+	chr3R	16006527	16029231	92D4	0
+	chr3R	16029231	16036108	92D5	0
+	chr3R	16036108	16052480	92D6	0
+	chr3R	16052480	16055209	92D7	0
+	chr3R	16055209	16072674	92D8	0
+	chr3R	16072674	16084899	92D9	0
+	chr3R	16084899	16118190	92E1	5
+	chr3R	16118190	16151482	92E2	5
+	chr3R	16151482	16163707	92E3	5
+	chr3R	16163707	16196998	92E4	5
+	chr3R	16196998	16209224	92E5	5
+	chr3R	16209224	16221449	92E6	5
+	chr3R	16221449	16233674	92E7	5
+	chr3R	16233674	16271113	92E8	5
+	chr3R	16271113	16273842	92E9	5
+	chr3R	16273842	16280718	92E10	5
+	chr3R	16280718	16292944	92E11	5
+	chr3R	16292944	16329291	92E12	5
+	chr3R	16329291	16332020	92E13	5
+	chr3R	16332020	16348393	92E14	5
+	chr3R	16348393	16351122	92E15	5
+	chr3R	16351122	16389653	92F1	0
+	chr3R	16389653	16428184	92F2	0
+	chr3R	16428184	16461475	92F3	0
+	chr3R	16461475	16484179	92F4	0
+	chr3R	16484179	16496404	92F5	0
+	chr3R	16496404	16533843	92F6	0
+	chr3R	16533843	16536572	92F7	0
+	chr3R	16536572	16547706	92F8	0
+	chr3R	16547706	16550434	92F9	0
+	chr3R	16550434	16572047	92F10	0
+	chr3R	16572047	16574776	92F11	0
+	chr3R	16574776	16587001	92F12	0
+	chr3R	16587001	16620292	92F13	0
+	chr3R	16620292	16658823	93A1	5
+	chr3R	16658823	16728885	93A2	5
+	chr3R	16728885	16751115	93A3	5
+	chr3R	16751115	16809665	93A4	5
+	chr3R	16809665	16809675	93A5	5
+	chr3R	16809675	16809685	93A6	5
+	chr3R	16809685	16809695	93A7	5
+	chr3R	16809695	16809705	93B1	0
+	chr3R	16809705	16809715	93B2	0
+	chr3R	16809715	16841611	93B3	0
+	chr3R	16841611	16850546	93B4	0
+	chr3R	16850546	16862513	93B5	0
+	chr3R	16862513	16864508	93B6	0
+	chr3R	16864508	16881102	93B7	0
+	chr3R	16881102	16890038	93B8	0
+	chr3R	16890038	16895064	93B9	0
+	chr3R	16895064	16911659	93B10	0
+	chr3R	16911659	16924424	93B11	0
+	chr3R	16924424	16937189	93B12	0
+	chr3R	16937189	16949954	93B13	0
+	chr3R	16949954	16974287	93C1	5
+	chr3R	16974287	16998621	93C2	5
+	chr3R	16998621	17007556	93C3	5
+	chr3R	17007556	17024151	93C4	5
+	chr3R	17024151	17040745	93C5	5
+	chr3R	17040745	17045772	93C6	5
+	chr3R	17045772	17058537	93C7	5
+	chr3R	17058537	17086699	93D1	0
+	chr3R	17086699	17107124	93D2	0
+	chr3R	17107124	17116059	93D3	0
+	chr3R	17116059	17140392	93D4	0
+	chr3R	17140392	17149328	93D5	0
+	chr3R	17149328	17176693	93D6	0
+	chr3R	17176693	17178688	93D7	0
+	chr3R	17178688	17191453	93D8	0
+	chr3R	17191453	17208047	93D9	0
+	chr3R	17208047	17226531	93D10	0
+	chr3R	17226531	17281157	93E1	5
+	chr3R	17281157	17318410	93E2	5
+	chr3R	17318410	17338470	93E3	5
+	chr3R	17338470	17410289	93E4	5
+	chr3R	17410289	17425969	93E5	5
+	chr3R	17425969	17431904	93E6	5
+	chr3R	17431904	17437839	93E7	5
+	chr3R	17437839	17443774	93E8	5
+	chr3R	17443774	17457340	93E9	5
+	chr3R	17457340	17460679	93E10	5
+	chr3R	17460679	17471701	93E11	5
+	chr3R	17471701	17487864	93F1	0
+	chr3R	17487864	17506570	93F2	0
+	chr3R	17506570	17517592	93F3	0
+	chr3R	17517592	17538312	93F4	0
+	chr3R	17538312	17539637	93F5	0
+	chr3R	17539637	17555800	93F6	0
+	chr3R	17555800	17569366	93F7	0
+	chr3R	17569366	17580388	93F8	0
+	chr3R	17580388	17604182	93F9	0
+	chr3R	17604182	17630572	93F10	0
+	chr3R	17630572	17639050	93F11	0
+	chr3R	17639050	17652616	93F12	0
+	chr3R	17652616	17663639	93F13	0
+	chr3R	17663639	17845017	93F14	0
+	chr3R	17845017	17909360	94A1	5
+	chr3R	17909360	17992752	94A2	5
+	chr3R	17992752	18066739	94A3	5
+	chr3R	18066739	18140726	94A4	5
+	chr3R	18140726	18184322	94A5	5
+	chr3R	18184322	18207797	94A6	5
+	chr3R	18207797	18207807	94A7	5
+	chr3R	18207807	18207817	94A8	5
+	chr3R	18207817	18207827	94A9	5
+	chr3R	18207827	18211376	94A10	5
+	chr3R	18211376	18222930	94A11	5
+	chr3R	18222930	18249340	94A12	5
+	chr3R	18249340	18255840	94A13	5
+	chr3R	18255840	18277298	94A14	5
+	chr3R	18277298	18288852	94A15	5
+	chr3R	18288852	18300406	94A16	5
+	chr3R	18300406	18331871	94B1	0
+	chr3R	18331871	18363336	94B2	0
+	chr3R	18363336	18374890	94B3	0
+	chr3R	18374890	18406355	94B4	0
+	chr3R	18406355	18433970	94B5	0
+	chr3R	18433970	18446195	94B6	0
+	chr3R	18446195	18454753	94B7	0
+	chr3R	18454753	18466979	94B8	0
+	chr3R	18466979	18479204	94B9	0
+	chr3R	18479204	18487762	94B10	0
+	chr3R	18487762	18492576	94B11	0
+	chr3R	18492576	18529864	94C1	5
+	chr3R	18529864	18539409	94C2	5
+	chr3R	18539409	18551301	94C3	5
+	chr3R	18551301	18597912	94C4	5
+	chr3R	18597912	18600566	94C5	5
+	chr3R	18600566	18612458	94C6	5
+	chr3R	18612458	18619147	94C7	5
+	chr3R	18619147	18646328	94C8	5
+	chr3R	18646328	18653017	94C9	5
+	chr3R	18653017	18685400	94D1	0
+	chr3R	18685400	18717784	94D2	0
+	chr3R	18717784	18750167	94D3	0
+	chr3R	18750167	18787647	94D4	0
+	chr3R	18787647	18799539	94D5	0
+	chr3R	18799539	18811431	94D6	0
+	chr3R	18811431	18832453	94D7	0
+	chr3R	18832453	18835108	94D8	0
+	chr3R	18835108	18847000	94D9	0
+	chr3R	18847000	18888514	94D10	0
+	chr3R	18888514	18891169	94D11	0
+	chr3R	18891169	18913253	94D12	0
+	chr3R	18913253	18940434	94D13	0
+	chr3R	18940434	18983010	94E1	5
+	chr3R	18983010	18985663	94E2	5
+	chr3R	18985663	19000255	94E3	5
+	chr3R	19000255	19014847	94E4	5
+	chr3R	19014847	19019267	94E5	5
+	chr3R	19019267	19046697	94E6	5
+	chr3R	19046697	19063912	94E7	5
+	chr3R	19063912	19075638	94E8	5
+	chr3R	19075638	19116577	94E9	5
+	chr3R	19116577	19119195	94E10	5
+	chr3R	19119195	19135947	94E11	5
+	chr3R	19135947	19167882	94E12	5
+	chr3R	19167882	19189660	94E13	5
+	chr3R	19189660	19245781	94F1	0
+	chr3R	19245781	19248398	94F2	0
+	chr3R	19248398	19280333	94F3	0
+	chr3R	19280333	19302111	94F4	0
+	chr3R	19302111	19308707	94F5	0
+	chr3R	19308707	19335511	94F6	0
+	chr3R	19335511	19372472	95A1	5
+	chr3R	19372472	19414458	95A2	5
+	chr3R	19414458	19426184	95A3	5
+	chr3R	19426184	19472149	95A4	5
+	chr3R	19472149	19474766	95A5	5
+	chr3R	19474766	19481363	95A6	5
+	chr3R	19481363	19522302	95A7	5
+	chr3R	19522302	19529514	95A8	5
+	chr3R	19529514	19532684	95A9	5
+	chr3R	19532684	19540672	95A10	5
+	chr3R	19540672	19602548	95B1	0
+	chr3R	19602548	19605718	95B2	0
+	chr3R	19605718	19605728	95B3	0
+	chr3R	19605728	19605738	95B4	0
+	chr3R	19605738	19618970	95B5	0
+	chr3R	19618970	19620168	95B6	0
+	chr3R	19620168	19627836	95B7	0
+	chr3R	19627836	19630856	95B8	0
+	chr3R	19630856	19638523	95B9	0
+	chr3R	19638523	19657262	95C1	5
+	chr3R	19657262	19658460	95C2	5
+	chr3R	19658460	19663827	95C3	5
+	chr3R	19663827	19676096	95C4	5
+	chr3R	19676096	19688364	95C5	5
+	chr3R	19688364	19693732	95C6	5
+	chr3R	19693732	19706000	95C7	5
+	chr3R	19706000	19718269	95C8	5
+	chr3R	19718269	19723636	95C9	5
+	chr3R	19723636	19733604	95C10	5
+	chr3R	19733604	19741272	95C11	5
+	chr3R	19741272	19751240	95C12	5
+	chr3R	19751240	19763509	95C13	5
+	chr3R	19763509	19766528	95C14	5
+	chr3R	19766528	19794515	95D1	0
+	chr3R	19794515	19795714	95D2	0
+	chr3R	19795714	19805682	95D3	0
+	chr3R	19805682	19813350	95D4	0
+	chr3R	19813350	19841337	95D5	0
+	chr3R	19841337	19842535	95D6	0
+	chr3R	19842535	19847903	95D7	0
+	chr3R	19847903	19860171	95D8	0
+	chr3R	19860171	19872440	95D9	0
+	chr3R	19872440	19879628	95D10	0
+	chr3R	19879628	19888822	95D11	0
+	chr3R	19888822	19970172	95E1	5
+	chr3R	19970172	19970182	95E2	5
+	chr3R	19970182	19970192	95E3	5
+	chr3R	19970192	19970202	95E4	5
+	chr3R	19970202	19979291	95E5	5
+	chr3R	19979291	19996875	95E6	5
+	chr3R	19996875	20003333	95E7	5
+	chr3R	20003333	20015324	95E8	5
+	chr3R	20015324	20032908	95F1	0
+	chr3R	20032908	20050492	95F2	0
+	chr3R	20050492	20059717	95F3	0
+	chr3R	20059717	20066174	95F4	0
+	chr3R	20066174	20078166	95F5	0
+	chr3R	20078166	20090157	95F6	0
+	chr3R	20090157	20096614	95F7	0
+	chr3R	20096614	20105839	95F8	0
+	chr3R	20105839	20115063	95F9	0
+	chr3R	20115063	20121520	95F10	0
+	chr3R	20121520	20144062	95F11	0
+	chr3R	20144062	20154197	95F12	0
+	chr3R	20154197	20160462	95F13	0
+	chr3R	20160462	20181146	95F14	0
+	chr3R	20181146	20206604	95F15	0
+	chr3R	20206604	20246482	96A1	5
+	chr3R	20246482	20300779	96A2	5
+	chr3R	20300779	20321464	96A3	5
+	chr3R	20321464	20327729	96A4	5
+	chr3R	20327729	20353187	96A5	5
+	chr3R	20353187	20364324	96A6	5
+	chr3R	20364324	20389782	96A7	5
+	chr3R	20389782	20400920	96A8	5
+	chr3R	20400920	20435030	96A9	5
+	chr3R	20435030	20437516	96A10	5
+	chr3R	20437516	20443781	96A11	5
+	chr3R	20443781	20450046	96A12	5
+	chr3R	20450046	20480377	96A13	5
+	chr3R	20480377	20501062	96A14	5
+	chr3R	20501062	20512200	96A15	5
+	chr3R	20512200	20518465	96A16	5
+	chr3R	20518465	20539149	96A17	5
+	chr3R	20539149	20559834	96A18	5
+	chr3R	20559834	20580518	96A19	5
+	chr3R	20580518	20601203	96A20	5
+	chr3R	20601203	20607468	96A21	5
+	chr3R	20607468	20628153	96A22	5
+	chr3R	20628153	20648837	96A23	5
+	chr3R	20648837	20659975	96A24	5
+	chr3R	20659975	20666240	96A25	5
+	chr3R	20666240	20696571	96B1	0
+	chr3R	20696571	20712777	96B2	0
+	chr3R	20712777	20716125	96B3	0
+	chr3R	20716125	20727177	96B4	0
+	chr3R	20727177	20733128	96B5	0
+	chr3R	20733128	20746199	96B6	0
+	chr3R	20746199	20747528	96B7	0
+	chr3R	20747528	20750875	96B8	0
+	chr3R	20750875	20756826	96B9	0
+	chr3R	20756826	20770429	96B10	0
+	chr3R	20770429	20790655	96B11	0
+	chr3R	20790655	20795632	96B12	0
+	chr3R	20795632	20812065	96B13	0
+	chr3R	20812065	20828499	96B14	0
+	chr3R	20828499	20848724	96B15	0
+	chr3R	20848724	20853702	96B16	0
+	chr3R	20853702	20870135	96B17	0
+	chr3R	20870135	20875112	96B18	0
+	chr3R	20875112	20895338	96B19	0
+	chr3R	20895338	20921256	96B20	0
+	chr3R	20921256	20927635	96B21	0
+	chr3R	20927635	20963373	96C1	5
+	chr3R	20963373	20999112	96C2	5
+	chr3R	20999112	21015311	96C3	5
+	chr3R	21015311	21026650	96C4	5
+	chr3R	21026650	21042849	96C5	5
+	chr3R	21042849	21049227	96C6	5
+	chr3R	21049227	21070286	96C7	5
+	chr3R	21070286	21101165	96C8	5
+	chr3R	21101165	21118073	96C9	5
+	chr3R	21118073	21163240	96D1	0
+	chr3R	21163240	21208406	96D2	0
+	chr3R	21208406	21216467	96D3	0
+	chr3R	21216467	21236939	96D4	0
+	chr3R	21236939	21257412	96D5	0
+	chr3R	21257412	21265473	96D6	0
+	chr3R	21265473	21304498	96E1	5
+	chr3R	21304498	21349664	96E2	5
+	chr3R	21349664	21400973	96E3	5
+	chr3R	21400973	21439998	96E4	5
+	chr3R	21439998	21448059	96E5	5
+	chr3R	21448059	21478693	96E6	5
+	chr3R	21478693	21483881	96E7	5
+	chr3R	21483881	21501010	96E8	5
+	chr3R	21501010	21510233	96E9	5
+	chr3R	21510233	21527362	96E10	5
+	chr3R	21527362	21532550	96E11	5
+	chr3R	21532550	21537738	96E12	5
+	chr3R	21537738	21570760	96F1	0
+	chr3R	21570760	21604876	96F2	0
+	chr3R	21604876	21679396	96F3	0
+	chr3R	21679396	21682092	96F4	0
+	chr3R	21682092	21709700	96F5	0
+	chr3R	21709700	21721779	96F6	0
+	chr3R	21721779	21733857	96F7	0
+	chr3R	21733857	21792740	96F8	0
+	chr3R	21792740	21835985	96F9	0
+	chr3R	21835985	21893789	96F10	0
+	chr3R	21893789	21896485	96F11	0
+	chr3R	21896485	21913740	96F12	0
+	chr3R	21913740	21920535	96F13	0
+	chr3R	21920535	21932613	96F14	0
+	chr3R	21932613	21970682	97A1	5
+	chr3R	21970682	22007672	97A2	5
+	chr3R	22007672	22010369	97A3	5
+	chr3R	22010369	22022447	97A4	5
+	chr3R	22022447	22055339	97A5	5
+	chr3R	22055339	22088232	97A6	5
+	chr3R	22088232	22121124	97A7	5
+	chr3R	22121124	22154016	97A8	5
+	chr3R	22154016	22176448	97A9	5
+	chr3R	22176448	22188526	97A10	5
+	chr3R	22188526	22231772	97B1	0
+	chr3R	22231772	22275017	97B2	0
+	chr3R	22275017	22287096	97B3	0
+	chr3R	22287096	22299174	97B4	0
+	chr3R	22299174	22305968	97B5	0
+	chr3R	22305968	22348135	97B6	0
+	chr3R	22348135	22350831	97B7	0
+	chr3R	22350831	22357626	97B8	0
+	chr3R	22357626	22380954	97B9	0
+	chr3R	22380954	22384029	97B10	0
+	chr3R	22384029	22427442	97C1	5
+	chr3R	22427442	22464952	97C2	5
+	chr3R	22464952	22502462	97C3	5
+	chr3R	22502462	22533946	97C4	5
+	chr3R	22533946	22559526	97C5	5
+	chr3R	22559526	22608843	97D1	0
+	chr3R	22608843	22675992	97D2	0
+	chr3R	22675992	22701572	97D3	0
+	chr3R	22701572	22704347	97D4	0
+	chr3R	22704347	22714010	97D5	0
+	chr3R	22714010	22736097	97D6	0
+	chr3R	22736097	22741533	97D7	0
+	chr3R	22741533	22766985	97D8	0
+	chr3R	22766985	22775114	97D9	0
+	chr3R	22775114	22781727	97D10	0
+	chr3R	22781727	22803561	97D11	0
+	chr3R	22803561	22830433	97D12	0
+	chr3R	22830433	22837046	97D13	0
+	chr3R	22837046	22878089	97D14	0
+	chr3R	22878089	22880713	97D15	0
+	chr3R	22880713	22912729	97E1	5
+	chr3R	22912729	22944745	97E2	5
+	chr3R	22944745	22961540	97E3	5
+	chr3R	22961540	22968153	97E4	5
+	chr3R	22968153	22989987	97E5	5
+	chr3R	22989987	23011821	97E6	5
+	chr3R	23011821	23018434	97E7	5
+	chr3R	23018434	23044256	97E8	5
+	chr3R	23044256	23046881	97E9	5
+	chr3R	23046881	23073753	97E10	5
+	chr3R	23073753	23090548	97E11	5
+	chr3R	23090548	23132641	97F1	0
+	chr3R	23132641	23154475	97F2	0
+	chr3R	23154475	23166231	97F3	0
+	chr3R	23166231	23181977	97F4	0
+	chr3R	23181977	23184601	97F5	0
+	chr3R	23184601	23205385	97F6	0
+	chr3R	23205385	23208009	97F7	0
+	chr3R	23208009	23228793	97F8	0
+	chr3R	23228793	23231417	97F9	0
+	chr3R	23231417	23248213	97F10	0
+	chr3R	23248213	23259969	97F11	0
+	chr3R	23259969	23291985	98A1	5
+	chr3R	23291985	23324001	98A2	5
+	chr3R	23324001	23356017	98A3	5
+	chr3R	23356017	23381839	98A4	5
+	chr3R	23381839	23384463	98A5	5
+	chr3R	23384463	23405247	98A6	5
+	chr3R	23405247	23407872	98A7	5
+	chr3R	23407872	23418578	98A8	5
+	chr3R	23418578	23421203	98A9	5
+	chr3R	23421203	23437998	98A10	5
+	chr3R	23437998	23449754	98A11	5
+	chr3R	23449754	23461511	98A12	5
+	chr3R	23461511	23468124	98A13	5
+	chr3R	23468124	23484919	98A14	5
+	chr3R	23484919	23496676	98A15	5
+	chr3R	23496676	23528692	98B1	0
+	chr3R	23528692	23600997	98B2	0
+	chr3R	23600997	23666665	98B3	0
+	chr3R	23666665	23673339	98B4	0
+	chr3R	23673339	23741676	98B5	0
+	chr3R	23741676	23810014	98B6	0
+	chr3R	23810014	23865538	98B7	0
+	chr3R	23865538	23908248	98B8	0
+	chr3R	23908248	23989666	98C1	5
+	chr3R	23989666	24083897	98C2	5
+	chr3R	24083897	24152234	98C3	5
+	chr3R	24152234	24187490	98C4	5
+	chr3R	24187490	24209524	98C5	5
+	chr3R	24209524	24258139	98D1	0
+	chr3R	24258139	24319974	98D2	0
+	chr3R	24319974	24348619	98D3	0
+	chr3R	24348619	24383875	98D4	0
+	chr3R	24383875	24419130	98D5	0
+	chr3R	24419130	24441165	98D6	0
+	chr3R	24441165	24469810	98D7	0
+	chr3R	24469810	24511814	98E1	5
+	chr3R	24511814	24567039	98E2	5
+	chr3R	24567039	24595684	98E3	5
+	chr3R	24595684	24624329	98E4	5
+	chr3R	24624329	24659585	98E5	5
+	chr3R	24659585	24681620	98E6	5
+	chr3R	24681620	24716875	98F1	0
+	chr3R	24716875	24758879	98F2	0
+	chr3R	24758879	24780914	98F3	0
+	chr3R	24780914	24816170	98F4	0
+	chr3R	24816170	24863407	98F5	0
+	chr3R	24863407	24912296	98F6	0
+	chr3R	24912296	24914463	98F7	0
+	chr3R	24914463	24922715	98F8	0
+	chr3R	24922715	24930968	98F9	0
+	chr3R	24930968	24950618	98F10	0
+	chr3R	24950618	24953893	98F11	0
+	chr3R	24953893	24974852	98F12	0
+	chr3R	24974852	25002100	98F13	0
+	chr3R	25002100	25010353	98F14	0
+	chr3R	25010353	25067860	99A1	5
+	chr3R	25067860	25067870	99A2	5
+	chr3R	25067870	25067880	99A3	5
+	chr3R	25067880	25071834	99A4	5
+	chr3R	25071834	25130422	99A5	5
+	chr3R	25130422	25133452	99A6	5
+	chr3R	25133452	25221815	99A7	5
+	chr3R	25221815	25224845	99A8	5
+	chr3R	25224845	25250056	99A9	5
+	chr3R	25250056	25269450	99A10	5
+	chr3R	25269450	25294662	99A11	5
+	chr3R	25294662	25331631	99B1	0
+	chr3R	25331631	25368600	99B2	0
+	chr3R	25368600	25399630	99B3	0
+	chr3R	25399630	25436599	99B4	0
+	chr3R	25436599	25473568	99B5	0
+	chr3R	25473568	25492961	99B6	0
+	chr3R	25492961	25518173	99B7	0
+	chr3R	25518173	25543385	99B8	0
+	chr3R	25543385	25568596	99B9	0
+	chr3R	25568596	25593808	99B10	0
+	chr3R	25593808	25601444	99B11	0
+	chr3R	25601444	25632474	99C1	5
+	chr3R	25632474	25663087	99C2	5
+	chr3R	25663087	25670621	99C3	5
+	chr3R	25670621	25689754	99C4	5
+	chr3R	25689754	25720367	99C5	5
+	chr3R	25720367	25745240	99C6	5
+	chr3R	25745240	25775853	99C7	5
+	chr3R	25775853	25783386	99C8	5
+	chr3R	25783386	25847482	99D1	0
+	chr3R	25847482	25850472	99D2	0
+	chr3R	25850472	25886944	99D3	0
+	chr3R	25886944	25900337	99D4	0
+	chr3R	25900337	25935614	99D5	0
+	chr3R	25935614	25938604	99D6	0
+	chr3R	25938604	25951997	99D7	0
+	chr3R	25951997	25971130	99D8	0
+	chr3R	25971130	25978664	99D9	0
+	chr3R	25978664	26015136	99E1	5
+	chr3R	26015136	26051608	99E2	5
+	chr3R	26051608	26088081	99E3	5
+	chr3R	26088081	26118694	99E4	5
+	chr3R	26118694	26149307	99E5	5
+	chr3R	26149307	26191519	99F1	0
+	chr3R	26191519	26233732	99F2	0
+	chr3R	26233732	26247125	99F3	0
+	chr3R	26247125	26277738	99F4	0
+	chr3R	26277738	26291131	99F5	0
+	chr3R	26291131	26339083	99F6	0
+	chr3R	26339083	26369696	99F7	0
+	chr3R	26369696	26404973	99F8	0
+	chr3R	26404973	26407962	99F9	0
+	chr3R	26407962	26420160	99F10	0
+	chr3R	26420160	26423149	99F11	0
+	chr3R	26423149	26482701	100A1	5
+	chr3R	26482701	26542253	100A2	5
+	chr3R	26542253	26578725	100A3	5
+	chr3R	26578725	26592119	100A4	5
+	chr3R	26592119	26634331	100A5	5
+	chr3R	26634331	26709599	100A6	5
+	chr3R	26709599	26753950	100A7	5
+	chr3R	26753950	26880606	100B1	0
+	chr3R	26880606	26934292	100B2	0
+	chr3R	26934292	26957430	100B3	0
+	chr3R	26957430	26993672	100B4	0
+	chr3R	26993672	27029915	100B5	0
+	chr3R	27029915	27040038	100B6	0
+	chr3R	27040038	27045732	100B7	0
+	chr3R	27045732	27081974	100B8	0
+	chr3R	27081974	27100773	100B9	0
+	chr3R	27100773	27170999	100C1	5
+	chr3R	27170999	27213788	100C2	5
+	chr3R	27213788	27281370	100C3	5
+	chr3R	27281370	27374798	100C4	5
+	chr3R	27374798	27379585	100C5	5
+	chr3R	27379585	27410217	100C6	5
+	chr3R	27410217	27439501	100C7	5
+	chr3R	27439501	27563556	100D1	0
+	chr3R	27563556	27663447	100D2	0
+	chr3R	27663447	27703305	100D3	0
+	chr3R	27703305	27743162	100D4	0
+	chr3R	27743162	27831096	100E1	5
+	chr3R	27831096	27858996	100E2	5
+	chr3R	27858996	27905053	100E3	5
+	chr4	69668	90134	101F1	0
+	chr4	90134	128922	102A1	5
+	chr4	128922	130909	102A2	5
+	chr4	130909	155152	102A3	5
+	chr4	155152	193939	102A4	5
+	chr4	193939	195926	102A5	5
+	chr4	195926	216274	102A6	5
+	chr4	216274	228991	102A7	5
+	chr4	228991	245524	102A8	5
+	chr4	245524	295757	102B1	0
+	chr4	295757	297744	102B2	0
+	chr4	297744	340347	102B3	0
+	chr4	340347	342334	102B4	0
+	chr4	342334	381917	102B5	0
+	chr4	381917	406159	102B6	0
+	chr4	406159	434217	102B7	0
+	chr4	434217	462274	102B8	0
+	chr4	462274	516402	102C1	5
+	chr4	516402	518389	102C2	5
+	chr4	518389	531107	102C3	5
+	chr4	531107	562979	102C4	5
+	chr4	562979	594852	102C5	5
+	chr4	594852	619094	102C6	5
+	chr4	619094	669328	102D1	0
+	chr4	669328	671315	102D2	0
+	chr4	671315	684032	102D3	0
+	chr4	684032	727430	102D4	0
+	chr4	727430	755487	102D5	0
+	chr4	755487	787360	102D6	0
+	chr4	787360	837593	102E1	5
+	chr4	837593	839581	102E2	5
+	chr4	839581	870658	102E3	5
+	chr4	870658	872645	102E4	5
+	chr4	872645	907539	102E5	5
+	chr4	907539	909526	102E6	5
+	chr4	909526	918428	102E7	5
+	chr4	918428	961031	102F1	0
+	chr4	961031	963018	102F2	0
+	chr4	963018	979550	102F3	0
+	chr4	979550	1011423	102F4	0
+	chr4	1011423	1043296	102F5	0
+	chr4	1043296	1063643	102F6	0
+	chr4	1063643	1083991	102F7	0
+	chr4	1083991	1351857	102F8	0
+	chrX	1	204163	1A1	5
+	chrX	204163	218212	1A2	5
+	chrX	218212	232261	1A3	5
+	chrX	232261	243676	1A4	5
+	chrX	243676	260413	1A5	5
+	chrX	260413	274462	1A6	5
+	chrX	274462	285877	1A7	5
+	chrX	285877	302615	1A8	5
+	chrX	302615	321987	1B1	0
+	chrX	321987	341359	1B2	0
+	chrX	341359	360731	1B3	0
+	chrX	360731	380103	1B4	0
+	chrX	380103	391518	1B5	0
+	chrX	391518	394975	1B6	0
+	chrX	394975	413798	1B7	0
+	chrX	413798	423812	1B8	0
+	chrX	423812	458299	1B9	0
+	chrX	458299	492786	1B10	0
+	chrX	492786	508417	1B11	0
+	chrX	508417	528738	1B12	0
+	chrX	528738	549060	1B13	0
+	chrX	549060	554516	1B14	0
+	chrX	554516	572185	1C1	5
+	chrX	572185	587452	1C2	5
+	chrX	587452	647984	1C3	5
+	chrX	647984	686556	1C4	5
+	chrX	686556	725129	1C5	5
+	chrX	725129	763701	1D1	0
+	chrX	763701	840827	1D2	0
+	chrX	840827	856758	1D3	0
+	chrX	856758	885080	1D4	0
+	chrX	885080	971816	1E1	5
+	chrX	971816	978138	1E2	5
+	chrX	978138	1079540	1E3	5
+	chrX	1079540	1125172	1E4	5
+	chrX	1125172	1148842	1E5	5
+	chrX	1148842	1183550	1F1	0
+	chrX	1183550	1214897	1F2	0
+	chrX	1214897	1236274	1F3	0
+	chrX	1236274	1262585	1F4	0
+	chrX	1262585	1293932	2A1	5
+	chrX	1293932	1325984	2A2	5
+	chrX	1325984	1347842	2A3	5
+	chrX	1347842	1369701	2A4	5
+	chrX	1369701	1416886	2B1	0
+	chrX	1416886	1464070	2B2	0
+	chrX	1464070	1511255	2B3	0
+	chrX	1511255	1555014	2B4	0
+	chrX	1555014	1565930	2B5	0
+	chrX	1565930	1576845	2B6	0
+	chrX	1576845	1615926	2B7	0
+	chrX	1615926	1655007	2B8	0
+	chrX	1655007	1694089	2B9	0
+	chrX	1694089	1728492	2B10	0
+	chrX	1728492	1744085	2B11	0
+	chrX	1744085	1755001	2B12	0
+	chrX	1755001	1770594	2B13	0
+	chrX	1770594	1795223	2B14	0
+	chrX	1795223	1812463	2B15	0
+	chrX	1812463	1837092	2B16	0
+	chrX	1837092	1861721	2B17	0
+	chrX	1861721	1866139	2B18	0
+	chrX	1866139	1904060	2C1	5
+	chrX	1904060	1913154	2C2	5
+	chrX	1913154	1915695	2C3	5
+	chrX	1915695	1922612	2C4	5
+	chrX	1922612	1929529	2C5	5
+	chrX	1929529	1932069	2C6	5
+	chrX	1932069	1940075	2C7	5
+	chrX	1940075	1959517	2C8	5
+	chrX	1959517	1965685	2C9	5
+	chrX	1965685	1977141	2C10	5
+	chrX	1977141	1999226	2D1	0
+	chrX	1999226	2021312	2D2	0
+	chrX	2021312	2032767	2D3	0
+	chrX	2032767	2044223	2D4	0
+	chrX	2044223	2055679	2D5	0
+	chrX	2055679	2067135	2D6	0
+	chrX	2067135	2089220	2E1	5
+	chrX	2089220	2111305	2E2	5
+	chrX	2111305	2117474	2E3	5
+	chrX	2117474	2139559	2F1	0
+	chrX	2139559	2160094	2F2	0
+	chrX	2160094	2165829	2F3	0
+	chrX	2165829	2186364	2F4	0
+	chrX	2186364	2215133	2F5	0
+	chrX	2215133	2222390	2F6	0
+	chrX	2222390	2248375	3A1	5
+	chrX	2248375	2320675	3A2	5
+	chrX	2320675	2384321	3A3	5
+	chrX	2384321	2449353	3A4	5
+	chrX	2449353	2460959	3A5	5
+	chrX	2460959	2500335	3A6	5
+	chrX	2500335	2515191	3A7	5
+	chrX	2515191	2538961	3A8	5
+	chrX	2538961	2552604	3A9	5
+	chrX	2552604	2560267	3A10	5
+	chrX	2560267	2581132	3B1	0
+	chrX	2581132	2604986	3B2	0
+	chrX	2604986	2628287	3B3	0
+	chrX	2628287	2647218	3B4	0
+	chrX	2647218	2671338	3B5	0
+	chrX	2671338	2698188	3B6	0
+	chrX	2698188	2739055	3C1	5
+	chrX	2739055	2801947	3C2	5
+	chrX	2801947	2864840	3C3	5
+	chrX	2864840	2870574	3C4	5
+	chrX	2870574	2933467	3C5	5
+	chrX	2933467	2996360	3C6	5
+	chrX	2996360	3037227	3C7	5
+	chrX	3037227	3047421	3C8	5
+	chrX	3047421	3070721	3C9	5
+	chrX	3070721	3149107	3C10	5
+	chrX	3149107	3183401	3C11	5
+	chrX	3183401	3206298	3C12	5
+	chrX	3206298	3248820	3D1	0
+	chrX	3248820	3301155	3D2	0
+	chrX	3301155	3353489	3D3	0
+	chrX	3353489	3405824	3D4	0
+	chrX	3405824	3448347	3D5	0
+	chrX	3448347	3490869	3D6	0
+	chrX	3490869	3508245	3D7	0
+	chrX	3508245	3560580	3E1	5
+	chrX	3560580	3569522	3E2	5
+	chrX	3569522	3571093	3E3	5
+	chrX	3571093	3585638	3E4	5
+	chrX	3585638	3606417	3E5	5
+	chrX	3606417	3627196	3E6	5
+	chrX	3627196	3645969	3E7	5
+	chrX	3645969	3659110	3E8	5
+	chrX	3659110	3689147	3F1	0
+	chrX	3689147	3728148	3F2	0
+	chrX	3728148	3759836	3F3	0
+	chrX	3759836	3793525	3F4	0
+	chrX	3793525	3796215	3F5	0
+	chrX	3796215	3808267	3F6	0
+	chrX	3808267	3834738	3F7	0
+	chrX	3834738	3837428	3F8	0
+	chrX	3837428	3849479	3F9	0
+	chrX	3849479	3897793	4A1	5
+	chrX	3897793	3946107	4A2	5
+	chrX	3946107	3963324	4A3	5
+	chrX	3963324	3980540	4A4	5
+	chrX	3980540	4007011	4A5	5
+	chrX	4007011	4009701	4A6	5
+	chrX	4009701	4042520	4B1	0
+	chrX	4042520	4080504	4B2	0
+	chrX	4080504	4128818	4B3	0
+	chrX	4128818	4182405	4B4	0
+	chrX	4182405	4194456	4B5	0
+	chrX	4194456	4227276	4B6	0
+	chrX	4227276	4260095	4C1	5
+	chrX	4260095	4292914	4C2	5
+	chrX	4292914	4341228	4C3	5
+	chrX	4341228	4394814	4C4	5
+	chrX	4394814	4412031	4C5	5
+	chrX	4412031	4424083	4C6	5
+	chrX	4424083	4456902	4C7	5
+	chrX	4456902	4489721	4C8	5
+	chrX	4489721	4506937	4C9	5
+	chrX	4506937	4539757	4C10	5
+	chrX	4539757	4562138	4C11	5
+	chrX	4562138	4579355	4C12	5
+	chrX	4579355	4591406	4C13	5
+	chrX	4591406	4603458	4C14	5
+	chrX	4603458	4631004	4C15	5
+	chrX	4631004	4643056	4C16	5
+	chrX	4643056	4696643	4D1	0
+	chrX	4696643	4755394	4D2	0
+	chrX	4755394	4772611	4D3	0
+	chrX	4772611	4789827	4D4	0
+	chrX	4789827	4812209	4D5	0
+	chrX	4812209	4824261	4D6	0
+	chrX	4824261	4858072	4D7	0
+	chrX	4858072	4921673	4E1	5
+	chrX	4921673	4985274	4E2	5
+	chrX	4985274	5001139	4E3	5
+	chrX	5001139	5051142	4F1	0
+	chrX	5051142	5107944	4F2	0
+	chrX	5107944	5164746	4F3	0
+	chrX	5164746	5207950	4F4	0
+	chrX	5207950	5242796	4F5	0
+	chrX	5242796	5246337	4F6	0
+	chrX	5246337	5262202	4F7	0
+	chrX	5262202	5278067	4F8	0
+	chrX	5278067	5314330	4F9	0
+	chrX	5314330	5332096	4F10	0
+	chrX	5332096	5352569	4F11	0
+	chrX	5352569	5354304	4F12	0
+	chrX	5354304	5362077	4F13	0
+	chrX	5362077	5369849	4F14	0
+	chrX	5369849	5394347	5A1	5
+	chrX	5394347	5418845	5A2	5
+	chrX	5418845	5433280	5A3	5
+	chrX	5433280	5451046	5A4	5
+	chrX	5451046	5475544	5A5	5
+	chrX	5475544	5496711	5A6	5
+	chrX	5496711	5507814	5A7	5
+	chrX	5507814	5528981	5A8	5
+	chrX	5528981	5553479	5A9	5
+	chrX	5553479	5564583	5A10	5
+	chrX	5564583	5572355	5A11	5
+	chrX	5572355	5583459	5A12	5
+	chrX	5583459	5588173	5A13	5
+	chrX	5588173	5591185	5A14	5
+	chrX	5591185	5608062	5B1	0
+	chrX	5608062	5621162	5B2	0
+	chrX	5621162	5632109	5B3	0
+	chrX	5632109	5633037	5B4	0
+	chrX	5633037	5637193	5B5	0
+	chrX	5637193	5648140	5B6	0
+	chrX	5648140	5649068	5B7	0
+	chrX	5649068	5660015	5B8	0
+	chrX	5660015	5660025	5B9	0
+	chrX	5660025	5660035	5B10	0
+	chrX	5660035	5660045	5C1	5
+	chrX	5660045	5726808	5C2	5
+	chrX	5726808	5742114	5C3	5
+	chrX	5742114	5750723	5C4	5
+	chrX	5750723	5772587	5C5	5
+	chrX	5772587	5794451	5C6	5
+	chrX	5794451	5816316	5C7	5
+	chrX	5816316	5824515	5C8	5
+	chrX	5824515	5829420	5C9	5
+	chrX	5829420	5849353	5C10	5
+	chrX	5849353	5891865	5D1	0
+	chrX	5891865	5938114	5D2	0
+	chrX	5938114	5972295	5D3	0
+	chrX	5972295	5991337	5D4	0
+	chrX	5991337	6031107	5D5	0
+	chrX	6031107	6075638	5D6	0
+	chrX	6075638	6086746	5D7	0
+	chrX	6086746	6092994	5D8	0
+	chrX	6092994	6141393	5E1	5
+	chrX	6141393	6143872	5E2	5
+	chrX	6143872	6159741	5E3	5
+	chrX	6159741	6175609	5E4	5
+	chrX	6175609	6185465	5E5	5
+	chrX	6185465	6192365	5E6	5
+	chrX	6192365	6199264	5E7	5
+	chrX	6199264	6209121	5E8	5
+	chrX	6209121	6224891	5F1	0
+	chrX	6224891	6245965	5F2	0
+	chrX	6245965	6255185	5F3	0
+	chrX	6255185	6268356	5F4	0
+	chrX	6268356	6285478	5F5	0
+	chrX	6285478	6294698	5F6	0
+	chrX	6294698	6335693	6A1	5
+	chrX	6335693	6376688	6A2	5
+	chrX	6376688	6393811	6A3	5
+	chrX	6393811	6410933	6A4	5
+	chrX	6410933	6432007	6B1	0
+	chrX	6432007	6453081	6B2	0
+	chrX	6453081	6470203	6B3	0
+	chrX	6470203	6479423	6B4	0
+	chrX	6479423	6508482	6C1	5
+	chrX	6508482	6541492	6C2	5
+	chrX	6541492	6554663	6C3	5
+	chrX	6554663	6570773	6C4	5
+	chrX	6570773	6577752	6C5	5
+	chrX	6577752	6586825	6C6	5
+	chrX	6586825	6597992	6C7	5
+	chrX	6597992	6602878	6C8	5
+	chrX	6602878	6620370	6C9	5
+	chrX	6620370	6639955	6C10	5
+	chrX	6639955	6644841	6C11	5
+	chrX	6644841	6660239	6C12	5
+	chrX	6660239	6673543	6C13	5
+	chrX	6673543	6682616	6D1	0
+	chrX	6682616	6698189	6D2	0
+	chrX	6698189	6719226	6D3	0
+	chrX	6719226	6737221	6D4	0
+	chrX	6737221	6738533	6D5	0
+	chrX	6738533	6744409	6D6	0
+	chrX	6744409	6755321	6D7	0
+	chrX	6755321	6757478	6D8	0
+	chrX	6757478	6762135	6E1	5
+	chrX	6762135	6829370	6E2	5
+	chrX	6829370	6853329	6E3	5
+	chrX	6853329	6927901	6E4	5
+	chrX	6927901	6927911	6E5	5
+	chrX	6927911	6927921	6E6	5
+	chrX	6927921	6927931	6E7	5
+	chrX	6927931	6963921	6F1	0
+	chrX	6963921	6965448	6F2	0
+	chrX	6965448	6972289	6F3	0
+	chrX	6972289	6979130	6F4	0
+	chrX	6979130	7008937	6F5	0
+	chrX	7008937	7010464	6F6	0
+	chrX	7010464	7017305	6F7	0
+	chrX	7017305	7024146	6F8	0
+	chrX	7024146	7030987	6F9	0
+	chrX	7030987	7037828	6F10	0
+	chrX	7037828	7044669	6F11	0
+	chrX	7044669	7066231	7A1	5
+	chrX	7066231	7087792	7A2	5
+	chrX	7087792	7097565	7A3	5
+	chrX	7097565	7133236	7A4	5
+	chrX	7133236	7144436	7A5	5
+	chrX	7144436	7152746	7A6	5
+	chrX	7152746	7164617	7A7	5
+	chrX	7164617	7180050	7A8	5
+	chrX	7180050	7231320	7B1	0
+	chrX	7231320	7377075	7B2	0
+	chrX	7377075	7451535	7B3	0
+	chrX	7451535	7525994	7B4	0
+	chrX	7525994	7559744	7B5	0
+	chrX	7559744	7613743	7B6	0
+	chrX	7613743	7657896	7B7	0
+	chrX	7657896	7695675	7B8	0
+	chrX	7695675	7786127	7C1	5
+	chrX	7786127	7808775	7C2	5
+	chrX	7808775	7820417	7C3	5
+	chrX	7820417	7827693	7C4	5
+	chrX	7827693	7827703	7C5	5
+	chrX	7827703	7828178	7C6	5
+	chrX	7828178	7828891	7C7	5
+	chrX	7828891	7831686	7C8	5
+	chrX	7831686	7841862	7C9	5
+	chrX	7841862	7864108	7D1	0
+	chrX	7864108	7923789	7D2	0
+	chrX	7923789	7938675	7D3	0
+	chrX	7938675	7947049	7D4	0
+	chrX	7947049	7981077	7D5	0
+	chrX	7981077	8020288	7D6	0
+	chrX	8020288	8020298	7D7	0
+	chrX	8020298	8020308	7D8	0
+	chrX	8020308	8020318	7D9	0
+	chrX	8020318	8020328	7D10	0
+	chrX	8020328	8020338	7D11	0
+	chrX	8020338	8027267	7D12	0
+	chrX	8027267	8029501	7D13	0
+	chrX	8029501	8033471	7D14	0
+	chrX	8033471	8040845	7D15	0
+	chrX	8040845	8051657	7D16	0
+	chrX	8051657	8072782	7D17	0
+	chrX	8072782	8099864	7D18	0
+	chrX	8099864	8099874	7D19	0
+	chrX	8099874	8109368	7D20	0
+	chrX	8109368	8119011	7D21	0
+	chrX	8119011	8140287	7D22	0
+	chrX	8140287	8188420	7E1	5
+	chrX	8188420	8239692	7E2	5
+	chrX	8239692	8257645	7E3	5
+	chrX	8257645	8263083	7E4	5
+	chrX	8263083	8281037	7E5	5
+	chrX	8281037	8303134	7E6	5
+	chrX	8303134	8320225	7E7	5
+	chrX	8320225	8322383	7E8	5
+	chrX	8322383	8347846	7E9	5
+	chrX	8347846	8350004	7E10	5
+	chrX	8350004	8359671	7E11	5
+	chrX	8359671	8410080	7F1	0
+	chrX	8410080	8412238	7F2	0
+	chrX	8412238	8438565	7F3	0
+	chrX	8438565	8464891	7F4	0
+	chrX	8464891	8470329	7F5	0
+	chrX	8470329	8475767	7F6	0
+	chrX	8475767	8493721	7F7	0
+	chrX	8493721	8511674	7F8	0
+	chrX	8511674	8521342	7F9	0
+	chrX	8521342	8543439	7F10	0
+	chrX	8543439	8578052	8A1	5
+	chrX	8578052	8612665	8A2	5
+	chrX	8612665	8622332	8A3	5
+	chrX	8622332	8640286	8A4	5
+	chrX	8640286	8662383	8A5	5
+	chrX	8662383	8696996	8B1	0
+	chrX	8696996	8727465	8B2	0
+	chrX	8727465	8749562	8B3	0
+	chrX	8749562	8771659	8B4	0
+	chrX	8771659	8785470	8B5	0
+	chrX	8785470	8795137	8B6	0
+	chrX	8795137	8813148	8B7	0
+	chrX	8813148	8827682	8B8	0
+	chrX	8827682	8897239	8C1	5
+	chrX	8897239	8900483	8C2	5
+	chrX	8900483	8927476	8C3	5
+	chrX	8927476	8978216	8C4	5
+	chrX	8978216	8978226	8C5	5
+	chrX	8978226	8978236	8C6	5
+	chrX	8978236	8981929	8C7	5
+	chrX	8981929	8989048	8C8	5
+	chrX	8989048	9010851	8C9	5
+	chrX	9010851	9012440	8C10	5
+	chrX	9012440	9019560	8C11	5
+	chrX	9019560	9026679	8C12	5
+	chrX	9026679	9039901	8C13	5
+	chrX	9039901	9057042	8C14	5
+	chrX	9057042	9070228	8C15	5
+	chrX	9070228	9079458	8C16	5
+	chrX	9079458	9088688	8C17	5
+	chrX	9088688	9117779	8D1	0
+	chrX	9117779	9142914	8D2	0
+	chrX	9142914	9156100	8D3	0
+	chrX	9156100	9173241	8D4	0
+	chrX	9173241	9190383	8D5	0
+	chrX	9190383	9211480	8D6	0
+	chrX	9211480	9220710	8D7	0
+	chrX	9220710	9241807	8D8	0
+	chrX	9241807	9258948	8D9	0
+	chrX	9258948	9279221	8D10	0
+	chrX	9279221	9281281	8D11	0
+	chrX	9281281	9306416	8D12	0
+	chrX	9306416	9339463	8E1	5
+	chrX	9339463	9372510	8E2	5
+	chrX	9372510	9389651	8E3	5
+	chrX	9389651	9406792	8E4	5
+	chrX	9406792	9416022	8E5	5
+	chrX	9416022	9425252	8E6	5
+	chrX	9425252	9453519	8E7	5
+	chrX	9453519	9455579	8E8	5
+	chrX	9455579	9460771	8E9	5
+	chrX	9460771	9485082	8E10	5
+	chrX	9485082	9485092	8E11	5
+	chrX	9485092	9494493	8E12	5
+	chrX	9494493	9508779	8F1	0
+	chrX	9508779	9523065	8F2	0
+	chrX	9523065	9529315	8F3	0
+	chrX	9529315	9538244	8F4	0
+	chrX	9538244	9547172	8F5	0
+	chrX	9547172	9558780	8F6	0
+	chrX	9558780	9570387	8F7	0
+	chrX	9570387	9576637	8F8	0
+	chrX	9576637	9582887	8F9	0
+	chrX	9582887	9603589	8F10	0
+	chrX	9603589	9681025	9A1	5
+	chrX	9681025	9765270	9A2	5
+	chrX	9765270	9870079	9A3	5
+	chrX	9870079	9940708	9A4	5
+	chrX	9940708	9949643	9A5	5
+	chrX	9949643	10013322	9B1	0
+	chrX	10013322	10083951	9B2	0
+	chrX	10083951	10099836	9B3	0
+	chrX	10099836	10129336	9B4	0
+	chrX	10129336	10172592	9B5	0
+	chrX	10172592	10215849	9B6	0
+	chrX	10215849	10245349	9B7	0
+	chrX	10245349	10245359	9B8	0
+	chrX	10245359	10245369	9B9	0
+	chrX	10245369	10245379	9B10	0
+	chrX	10245379	10260283	9B11	0
+	chrX	10260283	10271080	9B12	0
+	chrX	10271080	10275804	9B13	0
+	chrX	10275804	10294319	9B14	0
+	chrX	10294319	10295374	9B15	0
+	chrX	10295374	10318402	9C1	5
+	chrX	10318402	10341430	9C2	5
+	chrX	10341430	10348179	9C3	5
+	chrX	10348179	10354927	9C4	5
+	chrX	10354927	10357584	9C5	5
+	chrX	10357584	10360241	9C6	5
+	chrX	10360241	10373105	9D1	0
+	chrX	10373105	10428594	9D2	0
+	chrX	10428594	10492816	9D3	0
+	chrX	10492816	10539391	9D4	0
+	chrX	10539391	10638726	9E1	5
+	chrX	10638726	10648193	9E2	5
+	chrX	10648193	10650135	9E3	5
+	chrX	10650135	10656282	9E4	5
+	chrX	10656282	10657873	9E5	5
+	chrX	10657873	10659463	9E6	5
+	chrX	10659463	10665016	9E7	5
+	chrX	10665016	10669698	9E8	5
+	chrX	10669698	10673618	9E9	5
+	chrX	10673618	10675823	9E10	5
+	chrX	10675823	10688179	9F1	0
+	chrX	10688179	10710516	9F2	0
+	chrX	10710516	10714502	9F3	0
+	chrX	10714502	10733801	9F4	0
+	chrX	10733801	10764680	9F5	0
+	chrX	10764680	10766262	9F6	0
+	chrX	10766262	10779423	9F7	0
+	chrX	10779423	10801127	9F8	0
+	chrX	10801127	10802709	9F9	0
+	chrX	10802709	10815870	9F10	0
+	chrX	10815870	10822957	9F11	0
+	chrX	10822957	10842257	9F12	0
+	chrX	10842257	10870668	9F13	0
+	chrX	10870668	10896041	10A1	5
+	chrX	10896041	10927553	10A2	5
+	chrX	10927553	10959403	10A3	5
+	chrX	10959403	11006760	10A4	5
+	chrX	11006760	11009186	10A5	5
+	chrX	11009186	11033058	10A6	5
+	chrX	11033058	11035484	10A7	5
+	chrX	11035484	11059356	10A8	5
+	chrX	11059356	11061782	10A9	5
+	chrX	11061782	11081967	10A10	5
+	chrX	11081967	11092836	10A11	5
+	chrX	11092836	11155136	10B1	0
+	chrX	11155136	11217437	10B2	0
+	chrX	11217437	11247035	10B3	0
+	chrX	11247035	11252262	10B4	0
+	chrX	11252262	11260318	10B5	0
+	chrX	11260318	11268374	10B6	0
+	chrX	11268374	11276429	10B7	0
+	chrX	11276429	11297188	10B8	0
+	chrX	11297188	11298157	10B9	0
+	chrX	11298157	11313687	10B10	0
+	chrX	11313687	11329218	10B11	0
+	chrX	11329218	11333555	10B12	0
+	chrX	11333555	11347227	10B13	0
+	chrX	11347227	11360898	10B14	0
+	chrX	11360898	11379798	10B15	0
+	chrX	11379798	11380767	10B16	0
+	chrX	11380767	11383206	10B17	0
+	chrX	11383206	11398737	10C1	5
+	chrX	11398737	11416938	10C2	5
+	chrX	11416938	11430782	10C3	5
+	chrX	11430782	11442402	10C4	5
+	chrX	11442402	11454022	10C5	5
+	chrX	11454022	11465642	10C6	5
+	chrX	11465642	11479032	10C7	5
+	chrX	11479032	11480167	10C8	5
+	chrX	11480167	11491787	10C9	5
+	chrX	11491787	11501228	10C10	5
+	chrX	11501228	11517250	10D1	0
+	chrX	11517250	11551376	10D2	0
+	chrX	11551376	11558119	10D3	0
+	chrX	11558119	11580383	10D4	0
+	chrX	11580383	11600812	10D5	0
+	chrX	11600812	11609434	10D6	0
+	chrX	11609434	11614284	10D7	0
+	chrX	11614284	11622906	10D8	0
+	chrX	11622906	11650081	10E1	5
+	chrX	11650081	11675318	10E2	5
+	chrX	11675318	11699603	10E3	5
+	chrX	11699603	11701661	10E4	5
+	chrX	11701661	11706848	10E5	5
+	chrX	11706848	11723971	10E6	5
+	chrX	11723971	11749080	10F1	0
+	chrX	11749080	11772585	10F2	0
+	chrX	11772585	11777440	10F3	0
+	chrX	11777440	11803873	10F4	0
+	chrX	11803873	11805799	10F5	0
+	chrX	11805799	11814431	10F6	0
+	chrX	11814431	11826761	10F7	0
+	chrX	11826761	11839091	10F8	0
+	chrX	11839091	11847722	10F9	0
+	chrX	11847722	11863752	10F10	0
+	chrX	11863752	11876082	10F11	0
+	chrX	11876082	11921087	11A1	5
+	chrX	11921087	11956703	11A2	5
+	chrX	11956703	11995745	11A3	5
+	chrX	11995745	12034787	11A4	5
+	chrX	12034787	12064819	11A5	5
+	chrX	12064819	12122068	11A6	5
+	chrX	12122068	12188326	11A7	5
+	chrX	12188326	12254585	11A8	5
+	chrX	12254585	12320843	11A9	5
+	chrX	12320843	12341866	11A10	5
+	chrX	12341866	12380907	11A11	5
+	chrX	12380907	12419949	11A12	5
+	chrX	12419949	12477198	11B1	0
+	chrX	12477198	12499852	11B2	0
+	chrX	12499852	12508170	11B3	0
+	chrX	12508170	12516489	11B4	0
+	chrX	12516489	12524808	11B5	0
+	chrX	12524808	12533127	11B6	0
+	chrX	12533127	12551398	11B7	0
+	chrX	12551398	12553255	11B8	0
+	chrX	12553255	12572269	11B9	0
+	chrX	12572269	12597746	11B10	0
+	chrX	12597746	12599602	11B11	0
+	chrX	12599602	12604282	11B12	0
+	chrX	12604282	12616166	11B13	0
+	chrX	12616166	12645207	11B14	0
+	chrX	12645207	12647064	11B15	0
+	chrX	12647064	12666078	11B16	0
+	chrX	12666078	12666088	11B17	0
+	chrX	12666088	12666098	11B18	0
+	chrX	12666098	12666108	11B19	0
+	chrX	12666108	12672565	11C1	5
+	chrX	12672565	12705968	11C2	5
+	chrX	12705968	12718234	11C3	5
+	chrX	12718234	12730499	11C4	5
+	chrX	12730499	12805079	11D1	0
+	chrX	12805079	12807817	11D2	0
+	chrX	12807817	12835853	11D3	0
+	chrX	12835853	12848119	11D4	0
+	chrX	12848119	12876154	11D5	0
+	chrX	12876154	12904190	11D6	0
+	chrX	12904190	12916456	11D7	0
+	chrX	12916456	12949858	11D8	0
+	chrX	12949858	12967381	11D9	0
+	chrX	12967381	12995416	11D10	0
+	chrX	12995416	13007682	11D11	0
+	chrX	13007682	13066382	11E1	5
+	chrX	13066382	13069120	11E2	5
+	chrX	13069120	13111941	11E3	5
+	chrX	13111941	13114678	11E4	5
+	chrX	13114678	13121578	11E5	5
+	chrX	13121578	13144357	11E6	5
+	chrX	13144357	13151257	11E7	5
+	chrX	13151257	13179292	11E8	5
+	chrX	13179292	13206233	11E9	5
+	chrX	13206233	13208971	11E10	5
+	chrX	13208971	13230655	11E11	5
+	chrX	13230655	13233393	11E12	5
+	chrX	13233393	13240292	11E13	5
+	chrX	13240292	13293736	11F1	0
+	chrX	13293736	13293746	11F2	0
+	chrX	13293746	13295723	11F3	0
+	chrX	13295723	13307594	11F4	0
+	chrX	13307594	13315904	11F5	0
+	chrX	13315904	13331336	11F6	0
+	chrX	13331336	13346768	11F7	0
+	chrX	13346768	13355078	11F8	0
+	chrX	13355078	13392026	12A1	5
+	chrX	13392026	13425338	12A2	5
+	chrX	13425338	13430012	12A3	5
+	chrX	13430012	13466219	12A4	5
+	chrX	13466219	13468073	12A5	5
+	chrX	13468073	13483506	12A6	5
+	chrX	13483506	13498938	12A7	5
+	chrX	13498938	13517931	12A8	5
+	chrX	13517931	13540560	12A9	5
+	chrX	13540560	13540570	12A10	5
+	chrX	13540570	13549067	12B1	0
+	chrX	13549067	13585893	12B2	0
+	chrX	13585893	13597578	12B3	0
+	chrX	13597578	13648488	12B4	0
+	chrX	13648488	13648498	12B5	0
+	chrX	13648498	13648508	12B6	0
+	chrX	13648508	13648518	12B7	0
+	chrX	13648518	13648528	12B8	0
+	chrX	13648528	13649247	12B9	0
+	chrX	13649247	13651698	12B10	0
+	chrX	13651698	13661303	12C1	5
+	chrX	13661303	13666933	12C2	5
+	chrX	13666933	13669691	12C3	5
+	chrX	13669691	13678799	12C4	5
+	chrX	13678799	13713509	12C5	5
+	chrX	13713509	13735277	12C6	5
+	chrX	13735277	13792612	12C7	5
+	chrX	13792612	13797471	12C8	5
+	chrX	13797471	13884736	12D1	0
+	chrX	13884736	13938931	12D2	0
+	chrX	13938931	13952449	12D3	0
+	chrX	13952449	13965968	12D4	0
+	chrX	13965968	13975020	12D5	0
+	chrX	13975020	14023421	12E1	5
+	chrX	14023421	14083530	12E2	5
+	chrX	14083530	14097049	12E3	5
+	chrX	14097049	14110567	12E4	5
+	chrX	14110567	14145167	12E5	5
+	chrX	14145167	14165332	12E6	5
+	chrX	14165332	14185496	12E7	5
+	chrX	14185496	14266333	12E8	5
+	chrX	14266333	14347171	12E9	5
+	chrX	14347171	14384619	12E10	5
+	chrX	14384619	14404783	12E11	5
+	chrX	14404783	14544674	12F1	0
+	chrX	14544674	14612199	12F2	0
+	chrX	14612199	14649966	12F3	0
+	chrX	14649966	14720105	12F4	0
+	chrX	14720105	14742849	12F5	0
+	chrX	14742849	14764500	12F6	0
+	chrX	14764500	14767234	12F7	0
+	chrX	14767234	14862803	13A1	5
+	chrX	14862803	14865537	13A2	5
+	chrX	14865537	14872426	13A3	5
+	chrX	14872426	14879314	13A4	5
+	chrX	14879314	14953780	13A5	5
+	chrX	14953780	14953790	13A6	5
+	chrX	14953790	14953800	13A7	5
+	chrX	14953800	14967097	13A8	5
+	chrX	14967097	14979400	13A9	5
+	chrX	14979400	14986926	13A10	5
+	chrX	14986926	15006040	13A11	5
+	chrX	15006040	15025154	13A12	5
+	chrX	15025154	15089185	13B1	0
+	chrX	15089185	15092172	13B2	0
+	chrX	15092172	15140076	13B3	0
+	chrX	15140076	15187980	13B4	0
+	chrX	15187980	15201360	13B5	0
+	chrX	15201360	15236601	13B6	0
+	chrX	15236601	15239588	13B7	0
+	chrX	15239588	15252967	13B8	0
+	chrX	15252967	15266347	13B9	0
+	chrX	15266347	15336113	13C1	5
+	chrX	15336113	15339099	13C2	5
+	chrX	15339099	15350080	13C3	5
+	chrX	15350080	15367642	13C4	5
+	chrX	15367642	15400655	13C5	5
+	chrX	15400655	15400665	13C6	5
+	chrX	15400665	15408658	13C7	5
+	chrX	15408658	15416867	13C8	5
+	chrX	15416867	15439222	13D1	0
+	chrX	15439222	15461577	13D2	0
+	chrX	15461577	15469786	13D3	0
+	chrX	15469786	15484298	13D4	0
+	chrX	15484298	15486131	13D5	0
+	chrX	15486131	15521898	13E1	5
+	chrX	15521898	15523731	13E2	5
+	chrX	15523731	15563016	13E3	5
+	chrX	15563016	15564849	13E4	5
+	chrX	15564849	15573058	13E5	5
+	chrX	15573058	15581267	13E6	5
+	chrX	15581267	15592994	13E7	5
+	chrX	15592994	15614616	13E8	5
+	chrX	15614616	15614626	13E9	5
+	chrX	15614626	15618637	13E10	5
+	chrX	15618637	15624368	13E11	5
+	chrX	15624368	15639461	13E12	5
+	chrX	15639461	15640740	13E13	5
+	chrX	15640740	15663201	13E14	5
+	chrX	15663201	15664480	13E15	5
+	chrX	15664480	15670210	13E16	5
+	chrX	15670210	15675941	13E17	5
+	chrX	15675941	15689039	13E18	5
+	chrX	15689039	15714006	13F1	0
+	chrX	15714006	15714016	13F2	0
+	chrX	15714016	15714608	13F3	0
+	chrX	15714608	15720825	13F4	0
+	chrX	15720825	15723545	13F5	0
+	chrX	15723545	15726265	13F6	0
+	chrX	15726265	15731074	13F7	0
+	chrX	15731074	15731681	13F8	0
+	chrX	15731681	15733211	13F9	0
+	chrX	15733211	15740375	13F10	0
+	chrX	15740375	15740982	13F11	0
+	chrX	15740982	15743702	13F12	0
+	chrX	15743702	15746422	13F13	0
+	chrX	15746422	15752396	13F14	0
+	chrX	15752396	15753003	13F15	0
+	chrX	15753003	15761333	13F16	0
+	chrX	15761333	15785804	13F17	0
+	chrX	15785804	15801641	13F18	0
+	chrX	15801641	15849942	14A1	5
+	chrX	15849942	15852416	14A2	5
+	chrX	15852416	15863502	14A3	5
+	chrX	15863502	15874587	14A4	5
+	chrX	15874587	15895175	14A5	5
+	chrX	15895175	15962578	14A6	5
+	chrX	15962578	15965053	14A7	5
+	chrX	15965053	15985640	14A8	5
+	chrX	15985640	16007549	14A9	5
+	chrX	16007549	16069065	14B1	0
+	chrX	16069065	16071698	14B2	0
+	chrX	16071698	16133213	14B3	0
+	chrX	16133213	16135846	14B4	0
+	chrX	16135846	16147644	14B5	0
+	chrX	16147644	16159441	14B6	0
+	chrX	16159441	16180297	14B7	0
+	chrX	16180297	16182931	14B8	0
+	chrX	16182931	16214004	14B9	0
+	chrX	16214004	16214014	14B10	0
+	chrX	16214014	16214024	14B11	0
+	chrX	16214024	16217634	14B12	0
+	chrX	16217634	16223432	14B13	0
+	chrX	16223432	16229230	14B14	0
+	chrX	16229230	16244503	14B15	0
+	chrX	16244503	16245957	14B16	0
+	chrX	16245957	16251793	14B17	0
+	chrX	16251793	16257629	14B18	0
+	chrX	16257629	16275501	14C1	5
+	chrX	16275501	16285132	14C2	5
+	chrX	16285132	16296038	14C3	5
+	chrX	16296038	16334110	14C4	5
+	chrX	16334110	16334120	14C5	5
+	chrX	16334120	16344309	14C6	5
+	chrX	16344309	16346035	14C7	5
+	chrX	16346035	16350382	14C8	5
+	chrX	16350382	16397379	14D1	0
+	chrX	16397379	16399104	14D2	0
+	chrX	16399104	16406833	14D3	0
+	chrX	16406833	16414562	14D4	0
+	chrX	16414562	16451552	14E1	5
+	chrX	16451552	16453277	14E2	5
+	chrX	16453277	16461007	14E3	5
+	chrX	16461007	16468736	14E4	5
+	chrX	16468736	16489784	14F1	0
+	chrX	16489784	16526774	14F2	0
+	chrX	16526774	16528499	14F3	0
+	chrX	16528499	16536228	14F4	0
+	chrX	16536228	16553895	14F5	0
+	chrX	16553895	16561624	14F6	0
+	chrX	16561624	16595302	15A1	5
+	chrX	16595302	16597027	15A2	5
+	chrX	16597027	16644023	15A3	5
+	chrX	16644023	16645749	15A4	5
+	chrX	16645749	16663415	15A5	5
+	chrX	16663415	16671145	15A6	5
+	chrX	16671145	16678874	15A7	5
+	chrX	16678874	16693228	15A8	5
+	chrX	16693228	16700957	15A9	5
+	chrX	16700957	16715312	15A10	5
+	chrX	16715312	16732978	15A11	5
+	chrX	16732978	16766656	15B1	0
+	chrX	16766656	16768381	15B2	0
+	chrX	16768381	16772729	15B3	0
+	chrX	16772729	16783770	15B4	0
+	chrX	16783770	16794812	15B5	0
+	chrX	16794812	16818483	15C1	5
+	chrX	16818483	16822150	15C2	5
+	chrX	16822150	16831062	15C3	5
+	chrX	16831062	16850635	15C4	5
+	chrX	16850635	16853584	15C5	5
+	chrX	16853584	16863056	15C6	5
+	chrX	16863056	16912450	15D1	0
+	chrX	16912450	16914564	15D2	0
+	chrX	16914564	16924037	15D3	0
+	chrX	16924037	16948987	15D4	0
+	chrX	16948987	16951102	15D5	0
+	chrX	16951102	16960574	15D6	0
+	chrX	16960574	16985525	15E1	5
+	chrX	16985525	16987639	15E2	5
+	chrX	16987639	17004385	15E3	5
+	chrX	17004385	17006500	15E4	5
+	chrX	17006500	17039570	15E5	5
+	chrX	17039570	17041684	15E6	5
+	chrX	17041684	17051157	15E7	5
+	chrX	17051157	17092431	15F1	0
+	chrX	17092431	17096796	15F2	0
+	chrX	17096796	17107252	15F3	0
+	chrX	17107252	17152808	15F4	0
+	chrX	17152808	17155142	15F5	0
+	chrX	17155142	17161023	15F6	0
+	chrX	17161023	17179507	15F7	0
+	chrX	17179507	17181841	15F8	0
+	chrX	17181841	17187722	15F9	0
+	chrX	17187722	17251295	16A1	5
+	chrX	17251295	17253629	16A2	5
+	chrX	17253629	17255963	16A3	5
+	chrX	17255963	17293398	16A4	5
+	chrX	17293398	17361452	16A5	5
+	chrX	17361452	17363786	16A6	5
+	chrX	17363786	17366120	16A7	5
+	chrX	17366120	17420638	16B1	0
+	chrX	17420638	17422972	16B2	0
+	chrX	17422972	17428853	16B3	0
+	chrX	17428853	17465354	16B4	0
+	chrX	17465354	17467688	16B5	0
+	chrX	17467688	17491586	16B6	0
+	chrX	17491586	17502042	16B7	0
+	chrX	17502042	17512497	16B8	0
+	chrX	17512497	17522953	16B9	0
+	chrX	17522953	17559454	16B10	0
+	chrX	17559454	17561788	16B11	0
+	chrX	17561788	17572243	16B12	0
+	chrX	17572243	17613225	16C1	5
+	chrX	17613225	17613235	16C2	5
+	chrX	17613235	17613245	16C3	5
+	chrX	17613245	17617230	16C4	5
+	chrX	17617230	17633570	16C5	5
+	chrX	17633570	17638754	16C6	5
+	chrX	17638754	17643938	16C7	5
+	chrX	17643938	17655788	16C8	5
+	chrX	17655788	17658704	16C9	5
+	chrX	17658704	17670554	16C10	5
+	chrX	17670554	17686893	16D1	0
+	chrX	17686893	17703233	16D2	0
+	chrX	17703233	17710639	16D3	0
+	chrX	17710639	17724294	16D4	0
+	chrX	17724294	17725451	16D5	0
+	chrX	17725451	17730635	16D6	0
+	chrX	17730635	17735820	16D7	0
+	chrX	17735820	17749938	16E1	5
+	chrX	17749938	17759565	16E2	5
+	chrX	17759565	17762482	16E3	5
+	chrX	17762482	17776136	16E4	5
+	chrX	17776136	17777294	16E5	5
+	chrX	17777294	17804326	16F1	0
+	chrX	17804326	17805483	16F2	0
+	chrX	17805483	17832515	16F3	0
+	chrX	17832515	17908964	16F4	0
+	chrX	17908964	17952464	16F5	0
+	chrX	17952464	17995964	16F6	0
+	chrX	17995964	18062402	16F7	0
+	chrX	18062402	18062412	16F8	0
+	chrX	18062412	18082612	17A1	5
+	chrX	18082612	18121500	17A2	5
+	chrX	18121500	18160389	17A3	5
+	chrX	18160389	18199277	17A4	5
+	chrX	18199277	18248629	17A5	5
+	chrX	18248629	18250582	17A6	5
+	chrX	18250582	18263076	17A7	5
+	chrX	18263076	18274089	17A8	5
+	chrX	18274089	18284420	17A9	5
+	chrX	18284420	18294751	17A10	5
+	chrX	18294751	18311787	17A11	5
+	chrX	18311787	18313796	17A12	5
+	chrX	18313796	18346872	17B1	0
+	chrX	18346872	18348180	17B2	0
+	chrX	18348180	18361578	17B3	0
+	chrX	18361578	18374976	17B4	0
+	chrX	18374976	18388374	17B5	0
+	chrX	18388374	18396747	17B6	0
+	chrX	18396747	18427311	17C1	5
+	chrX	18427311	18428619	17C2	5
+	chrX	18428619	18459183	17C3	5
+	chrX	18459183	18495098	17C4	5
+	chrX	18495098	18523043	17C5	5
+	chrX	18523043	18535269	17C6	5
+	chrX	18535269	18547495	17C7	5
+	chrX	18547495	18606005	17D1	0
+	chrX	18606005	18608734	17D2	0
+	chrX	18608734	18667244	17D3	0
+	chrX	18667244	18669973	17D4	0
+	chrX	18669973	18682199	17D5	0
+	chrX	18682199	18697740	17D6	0
+	chrX	18697740	18751993	17E1	5
+	chrX	18751993	18752003	17E2	5
+	chrX	18752003	18752013	17E3	5
+	chrX	18752013	18752023	17E4	5
+	chrX	18752023	18752033	17E5	5
+	chrX	18752033	18752043	17E6	5
+	chrX	18752043	18752053	17E7	5
+	chrX	18752053	18752063	17E8	5
+	chrX	18752063	18752073	17E9	5
+	chrX	18752073	18763378	17F1	0
+	chrX	18763378	18804787	17F2	0
+	chrX	18804787	18830107	17F3	0
+	chrX	18830107	18899059	18A1	5
+	chrX	18899059	18968011	18A2	5
+	chrX	18968011	19047815	18A3	5
+	chrX	19047815	19068613	18A4	5
+	chrX	19068613	19078039	18A5	5
+	chrX	19078039	19084638	18A6	5
+	chrX	19084638	19094065	18A7	5
+	chrX	19094065	19114273	18B1	0
+	chrX	19114273	19115746	18B2	0
+	chrX	19115746	19125173	18B3	0
+	chrX	19125173	19140255	18B4	0
+	chrX	19140255	19143967	18B5	0
+	chrX	19143967	19156222	18B6	0
+	chrX	19156222	19168476	18B7	0
+	chrX	19168476	19172188	18B8	0
+	chrX	19172188	19178787	18B9	0
+	chrX	19178787	19185386	18B10	0
+	chrX	19185386	19189097	18B11	0
+	chrX	19189097	19204180	18C1	5
+	chrX	19204180	19236744	18C2	5
+	chrX	19236744	19323371	18C3	5
+	chrX	19323371	19326551	18C4	5
+	chrX	19326551	19334565	18C5	5
+	chrX	19334565	19361024	18C6	5
+	chrX	19361024	19387483	18C7	5
+	chrX	19387483	19449559	18C8	5
+	chrX	19449559	19449569	18C9	5
+	chrX	19449569	19464950	18D1	0
+	chrX	19464950	19467194	18D2	0
+	chrX	19467194	19510994	18D3	0
+	chrX	19510994	19511004	18D4	0
+	chrX	19511004	19511014	18D5	0
+	chrX	19511014	19511217	18D6	0
+	chrX	19511217	19519641	18D7	0
+	chrX	19519641	19528066	18D8	0
+	chrX	19528066	19528076	18D9	0
+	chrX	19528076	19531583	18D10	0
+	chrX	19531583	19538145	18D11	0
+	chrX	19538145	19543193	18D12	0
+	chrX	19543193	19570159	18D13	0
+	chrX	19570159	19598262	18E1	5
+	chrX	19598262	19600643	18E2	5
+	chrX	19600643	19624078	18E3	5
+	chrX	19624078	19626460	18E4	5
+	chrX	19626460	19641702	18E5	5
+	chrX	19641702	19675331	18F1	0
+	chrX	19675331	19729986	18F2	0
+	chrX	19729986	19745543	18F3	0
+	chrX	19745543	19781104	18F4	0
+	chrX	19781104	19781114	18F5	0
+	chrX	19781114	19781124	19A1	5
+	chrX	19781124	19816129	19A2	5
+	chrX	19816129	19870888	19A3	5
+	chrX	19870888	19925647	19A4	5
+	chrX	19925647	19940941	19A5	5
+	chrX	19940941	19962790	19A6	5
+	chrX	19962790	20022738	19B1	0
+	chrX	20022738	20026152	19B2	0
+	chrX	20026152	20054556	19B3	0
+	chrX	20054556	20173906	19C1	5
+	chrX	20173906	20177320	19C2	5
+	chrX	20177320	20192614	19C3	5
+	chrX	20192614	20240819	19C4	5
+	chrX	20240819	20262668	19C5	5
+	chrX	20262668	20284517	19C6	5
+	chrX	20284517	20352522	19D1	0
+	chrX	20352522	20429372	19D2	0
+	chrX	20429372	20476012	19D3	0
+	chrX	20476012	20555165	19E1	5
+	chrX	20555165	20634318	19E2	5
+	chrX	20634318	20713471	19E3	5
+	chrX	20713471	20792624	19E4	5
+	chrX	20792624	20850026	19E5	5
+	chrX	20850026	20885903	19E6	5
+	chrX	20885903	20952051	19E7	5
+	chrX	20952051	20957656	19E8	5
+	chrX	20957656	21047572	19F1	0
+	chrX	21047572	21137488	19F2	0
+	chrX	21137488	21184128	19F3	0
+	chrX	21184128	21209242	19F4	0
+	chrX	21209242	21234356	19F5	0
+	chrX	21234356	21248482	19F6	0
+	chrX	21248482	21401182	20A1	5
+	chrX	21401182	21406788	20A2	5
+	chrX	21406788	21453428	20A3	5
+	chrX	21453428	21500067	20A4	5
+	chrX	21500067	21546707	20A5	5
+	chrX	21546707	21720933	20B1	0
+	chrX	21720933	21726539	20B2	0
+	chrX	21726539	21773179	20B3	0
+	chrX	21773179	21947405	20C1	5
+	chrX	21947405	21953011	20C2	5
+	chrX	21953011	21999650	20C3	5
+	chrX	21999650	22059071	20D1	0
+	chrX	22059071	22118492	20D2	0
+	chrX	22118492	22177913	20E1	5
+	chrX	22177913	22237333	20E2	5
+	chrX	22237333	22296754	20F1	0
+	chrX	22296754	22356175	20F2	0
+	chrX	22356175	22415596	20F3	0
+	chrX	22415596	22422827	20F4	0
diff --git a/dm3/dataset b/dm3/dataset
new file mode 100644
index 0000000..a528514
--- /dev/null
+++ b/dm3/dataset
@@ -0,0 +1,2 @@
+modencode	images/modENCODE_logo.png	modENCODE: MODel organism ENCyclopedia Of DNA Elements	http://www.modencode.org/	The <a href=http://genome.gov>National Human Genome Research Institute</a> (NHGRI) model organism ENCyclopedia Of DNA Elements (modENCODE) Project will try to identify all of the sequence-based functional elements in the <i>Caenorhabditis elegans</i> and <i>Drosophila melanogaster</i> genomes.The goal of the <a href=http://www.genome.gov/modencode/>modENCODE project</a> is to provide the biological research community with a comprehensive encyclopedia of genomic functional elements in the model organisms <i>C. elegans</i> and <i>D. melanogaster</i>.
+longrange	images/longrange_logo.png	Long-range genome interaction tracks	\N	Collection of published long-range genome interaction data sets on Drosophila cell types.
diff --git a/dm3/decorInfo b/dm3/decorInfo
new file mode 100644
index 0000000..676120a
--- /dev/null
+++ b/dm3/decorInfo
@@ -0,0 +1,56 @@
+refGene	RefSeq genes	\N	2	0	1	http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Search&db=Nucleotide&doptcmdl=GenBank&term=
+refGenepromoter	promoters (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr3	3' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr5	5' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneexons	exons (RefSeq genes)	refGene	2	0	0	\N
+refGeneintrons	introns (RefSeq genes)	refGene	2	0	0	\N
+ensGene	Ensembl genes	\N	2	0	1	http://www.ensembl.org/Drosophila_melanogaster/geneview?gene=
+ensGenepromoter	promoters (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneutr3	3' UTRs (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneutr5	5' UTRs (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneexons	exons (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneintrons	introns (Ensembl genes)	ensGene	2	0	0	\N
+flyBaseGene	FlyBase genes	\N	2	0	1	http://flybase.org/cgi-bin/quicksearch_solr.cgi?caller=quicksearch&tab=basic_tab&data_class=FBgn&context=
+flyBaseGenepromoter	promoters (FlyBase genes)	flyBaseGene	2	0	0	\N
+flyBaseGeneutr3	3' UTRs (FlyBase genes)	flyBaseGene	2	0	0	\N
+flyBaseGeneutr5	5' UTRs (FlyBase genes)	flyBaseGene	2	0	0	\N
+flyBaseGeneexons	exons (FlyBase genes)	flyBaseGene	2	0	0	\N
+flyBaseGeneintrons	introns (FlyBase genes)	flyBaseGene	2	0	0	\N
+gc5Base	GC percent	\N	5	14	0	\N
+rmsk_ensemble	RepeatMasker Ensemble	\N	4	12	0	\N
+DNA	DNA transposon	\N	4	0	0	\N
+DNAPogo	Pogo (DNA transposon)	DNA	4	0	0	\N
+DNATc1	Tc1 (DNA transposon)	DNA	4	0	0	\N
+DNAPiggyBac	PiggyBac (DNA transposon)	DNA	4	0	0	\N
+DNAP	P (DNA transposon)	DNA	4	0	0	\N
+DNAMariner	Mariner (DNA transposon)	DNA	4	0	0	\N
+DNATransib	Transib (DNA transposon)	DNA	4	0	0	\N
+DNAMuDR?	MuDR? (DNA transposon)	DNA	4	0	0	\N
+DNAhAT	hAT (DNA transposon)	DNA	4	0	0	\N
+LTR	LTR	\N	4	0	0	\N
+LTRPao	Pao (LTR)	LTR	4	0	0	\N
+LTRCopia	Copia (LTR)	LTR	4	0	0	\N
+LTRLTR	LTR (LTR)	LTR	4	0	0	\N
+LTRGypsy	Gypsy (LTR)	LTR	4	0	0	\N
+LINE	LINE	\N	4	0	0	\N
+LINEJockey	Jockey (LINE)	LINE	4	0	0	\N
+LINELOA	LOA (LINE)	LINE	4	0	0	\N
+LINEComposite	Composite (LINE)	LINE	4	0	0	\N
+LINER1	R1 (LINE)	LINE	4	0	0	\N
+LINER2	R2 (LINE)	LINE	4	0	0	\N
+LINEI	I (LINE)	LINE	4	0	0	\N
+LINEtelomeric	telomeric (LINE)	LINE	4	0	0	\N
+LINECR1	CR1 (LINE)	LINE	4	0	0	\N
+LINEPenelope	Penelope (LINE)	LINE	4	0	0	\N
+Low_complexity	low complexity	\N	4	0	0	\N
+Other	other repeats	\N	4	0	0	\N
+RC	RC repeats	\N	4	0	0	\N
+Simple_repeat	simple repeat	\N	4	0	0	\N
+Unknown	unknown	\N	4	0	0	\N
+RNA	RNA repeats	\N	4	0	0	\N
+rRNA	rRNA repeats	\N	4	0	0	\N
+Satellite	satellite	\N	4	0	0	\N
+SatelliteSatellite	Satellite (satellite)	Satellite	4	0	0	\N
+Satellitecentr	centr (satellite)	Satellite	4	0	0	\N
+Satelliteacro	acro (satellite)	Satellite	4	0	0	\N
+Satellitetelo	telo (satellite)	Satellite	4	0	0	\N
diff --git a/dm3/longrange b/dm3/longrange
new file mode 100644
index 0000000..82b192e
--- /dev/null
+++ b/dm3/longrange
@@ -0,0 +1,10 @@
+GSM849421_10k
+GSM849421_160k
+GSM849421_20k
+GSM849421_40k
+GSM849421_80k
+GSM849422_10k
+GSM849422_160k
+GSM849422_20k
+GSM849422_40k
+GSM849422_80k
diff --git a/dm3/makeDb.sql b/dm3/makeDb.sql
new file mode 100755
index 0000000..c0b7f64
--- /dev/null
+++ b/dm3/makeDb.sql
@@ -0,0 +1,261 @@
+-- -------------------
+--                  --
+--    dm3heatmap    --
+--                  --
+-- -------------------
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text not null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text not null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold text not null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/dm3/",
+"/srv/epgg/data/data/subtleKnife/seq/dm3.gz",
+"GSM461185_2,GSM621339_1,GSM461179_1,GSM432583_1,GSM686709_1,GSM575393_1,GSM627411_2,GSM847771_1,GSM627387_2,GSM575380_1,GSM461206_1,GSM627336_1,GSM520852_1,GSM847659_1,GSM669543_1,GSM451804_1,GSM333849_1,GSM621333_1,GSM624872_1,GSM853480_1,GSM575368_1,GSM927232_1,GSM408988_1,GSM520939_1",
+"Cell Line,Tissue,Assay,Institution",
+"CYP4Z1\\nCYP2A7\\nCYP2A6\\nCYP3A4\\nCYP1A1\\nCYP4V2\\nCYP51A1\\nCYP2C19\\nCYP26B1\\nCYP11B2\\nCYP24A1\\nCYP4B1\\nCYP2C8",
+"3,http://vizhub.wustl.edu/hubSample/dm3/1.gz,1,http://vizhub.wustl.edu/hubSample/dm3/bed.gz,5,http://vizhub.wustl.edu/hubSample/dm3/1_sorted.gz,100,http://vizhub.wustl.edu/hubSample/dm3/hub.txt",
+"chr2L,1,chr2L,1000000",
+"longrange,modencode",
+"refGene,rmsk_ensemble",
+"chr2L,chr2LHet,chr2R,chr2RHet,chr3L,chr3LHet,chr3R,chr3RHet,chr4,chrU,chrUextra,chrX,chrXHet,chrYHet,chrM",
+\N,
+\N,
+true,
+true,
+"dme",
+"Assembly version|dm3|Sequence source|<a href=http://hgdownload.cse.ucsc.edu/goldenPath/dm3/bigZips/ target=_blank>UCSC browser</a>|Date parsed|January 1, 2012|Chromosomes|8|Misc|7|Total bases|139,485,381|Logo art|<a href=http://imgs.sfgate.com/c/pictures/2006/06/30/mn_fruitflies30.jpg target=_blank>link</a>",
+0,
+false
+);
+
+
+-- grouping types on genomic features
+-- table name defined in macro: TBN_GF_GRP
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+-- insert into gfGrouping values (3, "non-coding RNA");
+insert into gfGrouping values (4, "RepeatMasker");
+-- insert into gfGrouping values (6, "Sequence conservation");
+insert into gfGrouping values (5, "Others");
+
+
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null,
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label' into table track2Label;
+load data local infile 'track2Label_longrange' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2ProcessInfo' into table track2ProcessInfo;
+load data local infile 'track2ProcessInfo_longrange' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+load data local infile "track2BamInfo" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail' into table track2Detail;
+load data local infile 'track2Detail_longrange' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+load data local infile 'track2GEO' into table track2GEO;
+load data local infile 'track2GEO_longrange' into table track2GEO;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft" into table track2Ft;
+load data local infile "track2Ft_longrange" into table track2Ft;
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+load data local infile 'track2VersionInfo' into table track2VersionInfo;
+
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation" into table track2Annotation;
+load data local infile "track2Annotation_longrange" into table track2Annotation;
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile "track2Style" into table track2Style;
+load data local infile "track2Style_longrange" into table track2Style;
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+  regionname varchar(255) not null,
+  regions text not null
+);
+
+drop table if exists track2Categorical;
+create table track2Categorical (
+  name varchar(255) not null primary key,
+  info text not null
+);
+load data local infile 'track2Categorical' into table track2Categorical;
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+/*
+drop table if exists mock;
+create table mock (
+  tkname varchar(255) not null
+);
+load data local infile "mock" into table mock;
+*/
+
+drop table if exists modencode;
+create table modencode (
+  tkname varchar(255) not null
+);
+load data local infile "modencode" into table modencode;
+
+drop table if exists longrange;
+create table longrange (
+  tkname varchar(255) not null
+);
+load data local infile "longrange" into table longrange;
+
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null,
+  childLength int unsigned not null
+);
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+
+drop table if exists cytoband;
+create table cytoband (
+  id int null auto_increment primary key,
+  chrom char(20) not null,
+  start int not null,
+  stop int not null,
+  name char(20) not null,
+  colorIdx int not null
+);
+load data local infile "cytoband" into table cytoband;
+
+
+/*
+DROP TABLE IF EXISTS `rmsk`;
+CREATE TABLE `rmsk` (
+  `bin` smallint(5) unsigned NOT NULL default '0',
+  `swScore` int(10) unsigned NOT NULL default '0',
+  `milliDiv` int(10) unsigned NOT NULL default '0',
+  `milliDel` int(10) unsigned NOT NULL default '0',
+  `milliIns` int(10) unsigned NOT NULL default '0',
+  `genoName` varchar(255) NOT NULL default '',
+  `genoStart` int(10) unsigned NOT NULL default '0',
+  `genoEnd` int(10) unsigned NOT NULL default '0',
+  `genoLeft` int(11) NOT NULL default '0',
+  `strand` char(1) NOT NULL default '',
+  `repName` varchar(255) NOT NULL default '',
+  `repClass` varchar(255) NOT NULL default '',
+  `repFamily` varchar(255) NOT NULL default '',
+  `repStart` int(11) NOT NULL default '0',
+  `repEnd` int(11) NOT NULL default '0',
+  `repLeft` int(11) NOT NULL default '0',
+  `id` char(1) NOT NULL default '',
+  KEY `genoName` (`genoName`(14),`bin`)
+);
+load data local infile 'rmsk.txt' into table rmsk;
+*/
diff --git a/dm3/metadataVocabulary b/dm3/metadataVocabulary
new file mode 100644
index 0000000..7208767
--- /dev/null
+++ b/dm3/metadataVocabulary
@@ -0,0 +1,166 @@
+Cell Line	Sample
+Tissue	Sample
+Strain	Sample
+Developmental Stage	Sample
+10003	Cell Line
+10001	Cell Line
+10008	Cell Line
+10007	Cell Line
+10004	Cell Line
+10006	Cell Line
+10009	Cell Line
+10002	Cell Line
+10005	Cell Line
+20003	Tissue
+20015	Tissue
+20011	Tissue
+20007	Tissue
+20004	Tissue
+20010	Tissue
+20001	Tissue
+20005	Tissue
+20009	Tissue
+20006	Tissue
+20014	Tissue
+20008	Tissue
+20013	Tissue
+20002	Tissue
+20012	Tissue
+30001	Strain
+30003	Strain
+30002	Strain
+30005	Strain
+30006	Strain
+30009	Strain
+30008	Strain
+30007	Strain
+30004	Strain
+40003	Developmental Stage
+40040	Developmental Stage
+40013	Developmental Stage
+40034	Developmental Stage
+40045	Developmental Stage
+40022	Developmental Stage
+40018	Developmental Stage
+40039	Developmental Stage
+40017	Developmental Stage
+40032	Developmental Stage
+40043	Developmental Stage
+40038	Developmental Stage
+40014	Developmental Stage
+40009	Developmental Stage
+40008	Developmental Stage
+40027	Developmental Stage
+40004	Developmental Stage
+40033	Developmental Stage
+40024	Developmental Stage
+40041	Developmental Stage
+40025	Developmental Stage
+40046	Developmental Stage
+40021	Developmental Stage
+40015	Developmental Stage
+40031	Developmental Stage
+40005	Developmental Stage
+40012	Developmental Stage
+40007	Developmental Stage
+40011	Developmental Stage
+40006	Developmental Stage
+40023	Developmental Stage
+40020	Developmental Stage
+40030	Developmental Stage
+40016	Developmental Stage
+40035	Developmental Stage
+40044	Developmental Stage
+40036	Developmental Stage
+40001	Developmental Stage
+40047	Developmental Stage
+40042	Developmental Stage
+40037	Developmental Stage
+40028	Developmental Stage
+40026	Developmental Stage
+40029	Developmental Stage
+40002	Developmental Stage
+40019	Developmental Stage
+40010	Developmental Stage
+Chip-Seq	Assay
+Rip-Seq	Assay
+50000	Assay
+50058	Chip-Seq
+50027	Chip-Seq
+50002	Chip-Seq
+50044	Chip-Seq
+50003	Chip-Seq
+50017	Chip-Seq
+50013	Chip-Seq
+50019	Chip-Seq
+50040	Chip-Seq
+50048	Chip-Seq
+50041	Chip-Seq
+50011	Chip-Seq
+50001	Chip-Seq
+50005	Chip-Seq
+50031	Chip-Seq
+50034	Chip-Seq
+50035	Chip-Seq
+50054	Chip-Seq
+50014	Chip-Seq
+50064	Chip-Seq
+50038	Chip-Seq
+50025	Chip-Seq
+50024	Chip-Seq
+50012	Chip-Seq
+50021	Chip-Seq
+50026	Chip-Seq
+50051	Chip-Seq
+50039	Chip-Seq
+50008	Chip-Seq
+50057	Chip-Seq
+50032	Chip-Seq
+50009	Chip-Seq
+50028	Chip-Seq
+50037	Chip-Seq
+50033	Chip-Seq
+50050	Chip-Seq
+50016	Chip-Seq
+50043	Chip-Seq
+50059	Chip-Seq
+50020	Chip-Seq
+50053	Chip-Seq
+50061	Chip-Seq
+50030	Chip-Seq
+50023	Chip-Seq
+50062	Chip-Seq
+50049	Chip-Seq
+50029	Chip-Seq
+50055	Chip-Seq
+50036	Chip-Seq
+50047	Chip-Seq
+50046	Chip-Seq
+50042	Chip-Seq
+50056	Chip-Seq
+50052	Chip-Seq
+50022	Chip-Seq
+50045	Chip-Seq
+50063	Chip-Seq
+50015	Chip-Seq
+50004	Chip-Seq
+50018	Chip-Seq
+50006	Chip-Seq
+50010	Chip-Seq
+50065	Chip-Seq
+50007	Chip-Seq
+50060	Chip-Seq
+55001	Rip-Seq
+Long Range Interaction	Assay
+50066	Long Range Interaction
+60010	Institution
+60002	Institution
+60005	Institution
+60014	Institution
+60004	Institution
+60011	Institution
+60003	Institution
+60008	Institution
+60001	Institution
+60009	Institution
+60006	Institution
diff --git a/dm3/modencode b/dm3/modencode
new file mode 100644
index 0000000..85abefa
--- /dev/null
+++ b/dm3/modencode
@@ -0,0 +1,1012 @@
+GSM520875_1
+GSM621339_1
+GSM390064_1
+GSM575368_1
+GSM432583_1
+GSM686709_1
+GSM575393_1
+GSM520929_1
+GSM847771_1
+GSM570038_1
+GSM575380_1
+GSM461206_1
+GSM627336_1
+GSM847659_1
+GSM669543_1
+GSM451804_1
+GSM333849_1
+GSM621333_1
+GSM461210_2
+GSM853480_1
+GSM461179_1
+GSM927232_1
+GSM408988_1
+GSM520939_1
+GSM624674_1
+GSM942055_1
+GSM853474_1
+GSM575508_1
+GSM624887_1
+GSM439451_1
+GSM851706_1
+GSM942054_1
+GSM400656_1
+GSM686729_1
+GSM686551_1
+GSM432580_1
+GSM694128_1
+GSM520861_1
+GSM575384_1
+GSM881218_1
+GSM461210_1
+GSM624880_1
+GSM694124_1
+GSM627396_1
+GSM627411_2
+GSM401412_1
+GSM461176_1
+GSM575386_1
+GSM520800_1
+GSM521086_1
+GSM627407_1
+GSM521102_1
+GSM521033_1
+GSM461187_1
+GSM686762_1
+GSM408986_1
+GSM686759_1
+GSM628252_1
+GSM627417_1
+GSM627387_2
+GSM521015_1
+GSM401420_1
+GSM451806_1
+GSM520955_1
+GSM927233_1
+GSM521031_1
+GSM451808_1
+GSM853488_1
+GSM521017_1
+GSM569800_1
+GSM927171_1
+GSM387596_1
+GSM521041_1
+GSM847674_1
+GSM401401_1
+GSM451807_1
+GSM686743_1
+GSM627411_1
+GSM333833_1
+GSM686707_1
+GSM432592_1
+GSM624868_1
+GSM847752_1
+GSM624888_1
+GSM520828_1
+GSM461193_1
+GSM627380_1
+GSM439464_1
+GSM439462_1
+GSM461208_2
+GSM575437_1
+GSM333838_1
+GSM575446_1
+GSM686606_1
+GSM520790_1
+GSM627360_1
+GSM624620_1
+GSM461191_2
+GSM927176_1
+GSM461209_1
+GSM575391_1
+GSM621328_1
+GSM624882_1
+GSM853468_1
+GSM461209_2
+GSM927202_1
+GSM927208_1
+GSM575510_1
+GSM451805_1
+GSM847673_1
+GSM461187_2
+GSM927212_1
+GSM520935_1
+GSM927224_1
+GSM390062_1
+GSM575382_1
+GSM499657_1
+GSM686477_1
+GSM521061_1
+GSM390059_1
+GSM927197_1
+GSM575475_1
+GSM624646_1
+GSM461203_1
+GSM461184_1
+GSM686555_1
+GSM927210_1
+GSM847706_1
+GSM636835_1
+GSM627382_1
+GSM627392_1
+GSM694120_1
+GSM520949_1
+GSM575401_1
+GSM521003_1
+GSM520775_1
+GSM521039_1
+GSM686600_1
+GSM520854_1
+GSM621329_1
+GSM627407_2
+GSM614652_1
+GSM927181_1
+GSM520873_1
+GSM521063_1
+GSM686475_1
+GSM570045_1
+GSM569791_1
+GSM499638_1
+GSM401416_1
+GSM627363_1
+GSM627374_1
+GSM575433_1
+GSM627398_1
+GSM499643_1
+GSM499635_1
+GSM387597_1
+GSM624884_1
+GSM521037_1
+GSM521100_1
+GSM847658_1
+GSM461193_3
+GSM927216_1
+GSM686739_1
+GSM624861_1
+GSM624628_1
+GSM627413_3
+GSM401421_1
+GSM575479_1
+GSM881221_1
+GSM627356_1
+GSM686717_1
+GSM333846_1
+GSM686755_1
+GSM847675_1
+GSM627337_1
+GSM686612_1
+GSM401413_1
+GSM522360_1
+GSM853469_1
+GSM520796_1
+GSM624876_1
+GSM843544_1
+GSM627406_1
+GSM624892_1
+GSM575411_1
+GSM624897_1
+GSM927223_1
+GSM575431_1
+GSM520881_1
+GSM628255_1
+GSM627388_2
+GSM669545_1
+GSM575417_1
+GSM686547_1
+GSM927177_1
+GSM333866_1
+GSM927222_1
+GSM627395_1
+GSM851729_1
+GSM461190_1
+GSM401410_1
+GSM621341_1
+GSM627349_2
+GSM400672_1
+GSM627391_2
+GSM627364_1
+GSM432594_1
+GSM520921_1
+GSM461192_2
+GSM520852_1
+GSM627353_1
+GSM624664_1
+GSM333850_1
+GSM521071_1
+GSM853472_1
+GSM927194_1
+GSM432593_1
+GSM624865_1
+GSM520818_1
+GSM575448_1
+GSM333837_1
+GSM400666_1
+GSM390066_1
+GSM333847_1
+GSM686751_1
+GSM848956_1
+GSM686685_1
+GSM627335_3
+GSM432584_1
+GSM333868_2
+GSM686479_1
+GSM686776_1
+GSM461183_1
+GSM594222_1
+GSM694129_1
+GSM461181_1
+GSM686782_1
+GSM847578_1
+GSM636830_1
+GSM575419_1
+GSM401409_1
+GSM439443_1
+GSM432586_1
+GSM624862_1
+GSM624885_1
+GSM621331_1
+GSM333859_1
+GSM390065_1
+GSM621326_1
+GSM686516_1
+GSM520885_1
+GSM439450_1
+GSM624652_1
+GSM843545_1
+GSM521059_1
+GSM520802_1
+GSM575454_1
+GSM461191_1
+GSM694125_1
+GSM927180_1
+GSM461185_1
+GSM520985_1
+GSM575498_1
+GSM621338_1
+GSM520830_1
+GSM521090_1
+GSM627355_1
+GSM847657_1
+GSM333855_1
+GSM624890_1
+GSM570051_1
+GSM521088_1
+GSM408992_1
+GSM627379_1
+GSM627346_1
+GSM499640_1
+GSM627389_3
+GSM686508_1
+GSM621342_1
+GSM521035_1
+GSM575483_1
+GSM669472_1
+GSM461207_3
+GSM461186_1
+GSM942053_1
+GSM686745_1
+GSM575469_1
+GSM851849_1
+GSM686737_1
+GSM847773_1
+GSM439463_1
+GSM686749_1
+GSM520913_1
+GSM333842_1
+GSM520832_1
+GSM686510_1
+GSM627359_2
+GSM499661_1
+GSM575514_1
+GSM624869_1
+GSM627408_1
+GSM686492_1
+GSM627335_1
+GSM499649_1
+GSM621327_1
+GSM390063_1
+GSM520919_1
+GSM461183_2
+GSM853485_1
+GSM624632_1
+GSM439459_1
+GSM387600_1
+GSM686741_1
+GSM686691_1
+GSM847775_1
+GSM927195_1
+GSM627365_1
+GSM575366_1
+GSM461200_1
+GSM439445_1
+GSM927184_1
+GSM432591_1
+GSM408982_1
+GSM520947_1
+GSM927175_1
+GSM847702_1
+GSM499636_1
+GSM521082_1
+GSM628259_1
+GSM847699_1
+GSM686719_1
+GSM694132_1
+GSM627371_1
+GSM520981_1
+GSM439442_1
+GSM686561_1
+GSM621332_1
+GSM432579_1
+GSM627343_2
+GSM461205_1
+GSM521043_1
+GSM520915_1
+GSM521001_1
+GSM627359_1
+GSM624886_1
+GSM669537_1
+GSM521096_1
+GSM575370_1
+GSM439449_1
+GSM401415_1
+GSM847952_1
+GSM627366_2
+GSM686711_1
+GSM686483_1
+GSM575450_1
+GSM686679_1
+GSM627393_1
+GSM387594_1
+GSM853473_1
+GSM686764_1
+GSM520905_1
+GSM847954_1
+GSM621337_1
+GSM627383_1
+GSM624650_1
+GSM624872_1
+GSM627352_1
+GSM461182_2
+GSM451813_1
+GSM927227_1
+GSM520917_1
+GSM847619_1
+GSM521084_1
+GSM333870_1
+GSM432581_1
+GSM333836_1
+GSM569798_1
+GSM686565_1
+GSM627414_3
+GSM461182_1
+GSM520869_1
+GSM432587_1
+GSM686689_1
+GSM627415_2
+GSM627334_1
+GSM847676_1
+GSM624672_1
+GSM439446_1
+GSM520836_1
+GSM627385_1
+GSM627356_2
+GSM627389_1
+GSM520903_1
+GSM594213_1
+GSM451809_1
+GSM686733_1
+GSM520871_1
+GSM401424_1
+GSM927183_1
+GSM927192_1
+GSM627343_1
+GSM927229_1
+GSM627402_2
+GSM333867_1
+GSM461189_2
+GSM627412_1
+GSM451811_1
+GSM520782_1
+GSM847770_1
+GSM333843_1
+GSM636832_1
+GSM461195_2
+GSM575376_1
+GSM927187_1
+GSM621340_1
+GSM520933_1
+GSM627368_1
+GSM521075_1
+GSM333851_1
+GSM575395_1
+GSM521094_1
+GSM627414_1
+GSM627388_1
+GSM439440_1
+GSM575378_1
+GSM853484_1
+GSM853490_1
+GSM575488_1
+GSM627335_2
+GSM624636_1
+GSM851744_1
+GSM627339_1
+GSM520816_1
+GSM520977_1
+GSM927221_1
+GSM624670_1
+GSM439461_1
+GSM461208_1
+GSM624638_1
+GSM333861_1
+GSM927206_1
+GSM627362_2
+GSM439457_1
+GSM847660_1
+GSM520777_1
+GSM575397_1
+GSM575464_1
+GSM575364_1
+GSM333858_1
+GSM390061_1
+GSM520867_1
+GSM853489_1
+GSM627367_1
+GSM401407_1
+GSM627405_1
+GSM461199_1
+GSM686573_1
+GSM521073_1
+GSM847698_1
+GSM520838_1
+GSM520850_1
+GSM461204_1
+GSM521057_1
+GSM624878_1
+GSM461196_1
+GSM628262_1
+GSM520812_1
+GSM669547_1
+GSM522359_1
+GSM570054_1
+GSM627375_1
+GSM521013_1
+GSM927203_1
+GSM627351_1
+GSM847753_1
+GSM927199_1
+GSM401418_1
+GSM627357_1
+GSM627384_1
+GSM521055_1
+GSM594225_1
+GSM927193_1
+GSM575399_1
+GSM627415_3
+GSM432589_1
+GSM847772_1
+GSM627410_1
+GSM521011_1
+GSM520931_1
+GSM520844_1
+GSM520957_1
+GSM333840_1
+GSM520969_1
+GSM627360_2
+GSM927230_1
+GSM686593_1
+GSM520810_1
+GSM627400_1
+GSM627387_1
+GSM439465_1
+GSM627333_1
+GSM461207_2
+GSM621336_1
+GSM521009_1
+GSM520814_1
+GSM520788_1
+GSM569795_1
+GSM400668_1
+GSM575423_1
+GSM432585_1
+GSM847696_1
+GSM461206_2
+GSM927182_1
+GSM627358_1
+GSM451812_1
+GSM627376_1
+GSM628251_1
+GSM627366_1
+GSM408990_1
+GSM686536_1
+GSM522354_1
+GSM669474_1
+GSM461198_2
+GSM521019_1
+GSM624874_1
+GSM627349_1
+GSM575468_1
+GSM439454_1
+GSM927231_1
+GSM686721_1
+GSM624863_1
+GSM621335_1
+GSM451801_1
+GSM810644_1
+GSM461202_2
+GSM401408_1
+GSM636838_1
+GSM520822_1
+GSM686494_1
+GSM520857_1
+GSM627381_1
+GSM686553_1
+GSM461205_2
+GSM927225_1
+GSM627413_2
+GSM520911_1
+GSM520979_1
+GSM686538_1
+GSM851839_1
+GSM881223_1
+GSM570049_1
+GSM575409_1
+GSM851817_1
+GSM621334_1
+GSM439438_1
+GSM499647_1
+GSM624624_1
+GSM624680_1
+GSM521053_1
+GSM927207_1
+GSM520983_1
+GSM627350_2
+GSM451810_1
+GSM694134_1
+GSM401422_1
+GSM627337_2
+GSM520961_1
+GSM333871_1
+GSM942057_1
+GSM520999_1
+GSM847707_1
+GSM686524_1
+GSM627362_1
+GSM627373_1
+GSM520877_1
+GSM520891_1
+GSM624654_1
+GSM927215_1
+GSM614655_1
+GSM333839_1
+GSM624870_1
+GSM387598_1
+GSM624895_1
+GSM520923_1
+GSM447608_1
+GSM520997_1
+GSM621330_1
+GSM439456_1
+GSM853479_1
+GSM624660_1
+GSM628268_1
+GSM927213_1
+GSM624875_1
+GSM401419_1
+GSM686557_1
+GSM686532_1
+GSM499637_1
+GSM387593_1
+GSM432590_1
+GSM520804_1
+GSM575405_1
+GSM439441_1
+GSM520794_1
+GSM520786_1
+GSM624867_1
+GSM499641_1
+GSM686484_1
+GSM520899_1
+GSM624622_1
+GSM461190_2
+GSM461202_1
+GSM686481_1
+GSM520824_1
+GSM627348_2
+GSM521023_1
+GSM575477_1
+GSM627361_1
+GSM520842_1
+GSM847701_1
+GSM400658_1
+GSM847704_1
+GSM575500_1
+GSM686735_1
+GSM847703_1
+GSM927209_1
+GSM575372_1
+GSM432588_1
+GSM520973_1
+GSM333834_1
+GSM669539_1
+GSM520943_1
+GSM521080_1
+GSM627342_1
+GSM575456_1
+GSM521007_1
+GSM451803_1
+GSM927214_1
+GSM927173_1
+GSM333832_1
+GSM522357_1
+GSM686579_1
+GSM686747_1
+GSM847700_1
+GSM521027_1
+GSM333869_1
+GSM461194_2
+GSM927179_1
+GSM627389_2
+GSM520820_1
+GSM520927_1
+GSM401404_1
+GSM927186_1
+GSM624644_1
+GSM575425_1
+GSM401414_1
+GSM575494_1
+GSM686602_1
+GSM521005_1
+GSM520887_1
+GSM400670_1
+GSM686540_1
+GSM461185_2
+GSM853477_1
+GSM521025_1
+GSM401402_1
+GSM520840_1
+GSM400664_1
+GSM432578_1
+GSM461178_1
+GSM627354_1
+GSM627386_1
+GSM669477_1
+GSM686512_1
+GSM439439_1
+GSM627359_3
+GSM624877_1
+GSM521067_1
+GSM881222_1
+GSM624662_1
+GSM520951_1
+GSM927201_1
+GSM851707_1
+GSM624658_1
+GSM851705_1
+GSM686577_1
+GSM520806_1
+GSM847576_1
+GSM624676_1
+GSM627397_1
+GSM927168_1
+GSM333863_1
+GSM520883_1
+GSM853470_1
+GSM686715_1
+GSM520863_1
+GSM451799_1
+GSM927174_1
+GSM520879_1
+GSM520846_1
+GSM520897_1
+GSM851743_1
+GSM927217_1
+GSM851840_1
+GSM686693_1
+GSM686773_1
+GSM461184_2
+GSM520937_1
+GSM624626_1
+GSM575435_1
+GSM575512_1
+GSM575452_1
+GSM669541_1
+GSM927189_1
+GSM686610_1
+GSM621128_1
+GSM521104_1
+GSM333868_1
+GSM390060_1
+GSM453867_1
+GSM853481_1
+GSM847705_1
+GSM575473_1
+GSM461197_1
+GSM624860_1
+GSM627347_1
+GSM927204_1
+GSM621130_1
+GSM853482_1
+GSM499644_1
+GSM408984_1
+GSM686683_1
+GSM461190_3
+GSM575374_1
+GSM408994_1
+GSM686530_1
+GSM520909_1
+GSM686506_1
+GSM851818_1
+GSM927165_1
+GSM522353_1
+GSM439455_1
+GSM927200_1
+GSM627401_2
+GSM520993_1
+GSM851841_1
+GSM694121_1
+GSM520893_1
+GSM461201_1
+GSM333856_1
+GSM853476_1
+GSM627413_1
+GSM627372_1
+GSM461204_2
+GSM575415_1
+GSM686731_1
+GSM333860_1
+GSM461207_1
+GSM520959_1
+GSM461188_1
+GSM461189_1
+GSM853478_1
+GSM627376_2
+GSM628224_1
+GSM520941_1
+GSM853491_1
+GSM927226_1
+GSM461199_2
+GSM461188_2
+GSM851730_1
+GSM575441_1
+GSM624640_1
+GSM624879_1
+GSM333844_1
+GSM522363_1
+GSM575504_1
+GSM847656_1
+GSM461180_1
+GSM461177_1
+GSM575460_1
+GSM575444_1
+GSM627378_1
+GSM594245_1
+GSM439452_1
+GSM624648_1
+GSM927198_1
+GSM520826_1
+GSM927185_1
+GSM686757_1
+GSM520895_1
+GSM401417_1
+GSM521045_1
+GSM847955_1
+GSM575486_1
+GSM624666_1
+GSM333835_1
+GSM927169_1
+GSM520967_1
+GSM520963_1
+GSM686713_1
+GSM627370_1
+GSM521051_1
+GSM627400_2
+GSM401405_1
+GSM927211_1
+GSM627383_2
+GSM575490_1
+GSM461197_2
+GSM499633_1
+GSM521078_1
+GSM439447_1
+GSM686784_1
+GSM927191_1
+GSM499631_1
+GSM333852_1
+GSM520792_1
+GSM333845_1
+GSM333854_1
+GSM628226_1
+GSM624656_1
+GSM853471_1
+GSM627338_3
+GSM575403_1
+GSM521106_1
+GSM624864_1
+GSM686522_1
+GSM520975_1
+GSM520834_1
+GSM520889_1
+GSM847697_1
+GSM624873_1
+GSM927188_1
+GSM942058_1
+GSM400662_1
+GSM686591_1
+GSM570040_1
+GSM927167_1
+GSM575496_1
+GSM627418_1
+GSM847776_1
+GSM621343_1
+GSM847575_1
+GSM624678_1
+GSM627394_1
+GSM927170_1
+GSM624881_1
+GSM627401_1
+GSM627345_1
+GSM520925_1
+GSM521029_1
+GSM627418_2
+GSM520808_1
+GSM521092_1
+GSM624682_1
+GSM521076_1
+GSM686753_1
+GSM627338_1
+GSM686559_1
+GSM627414_2
+GSM847774_1
+GSM520971_1
+GSM570043_1
+GSM942056_1
+GSM520848_1
+GSM520859_1
+GSM461200_2
+GSM571140_1
+GSM520995_1
+GSM594216_1
+GSM686534_1
+GSM461209_3
+GSM927172_1
+GSM521047_1
+GSM499639_1
+GSM461186_2
+GSM522356_1
+GSM927196_1
+GSM927166_1
+GSM627363_2
+GSM401411_1
+GSM627377_1
+GSM627338_2
+GSM520953_1
+GSM627348_1
+GSM621134_1
+GSM853486_1
+GSM461195_1
+GSM432582_1
+GSM686687_1
+GSM520907_1
+GSM627399_1
+GSM499653_1
+GSM624630_1
+GSM627412_2
+GSM624883_1
+GSM521021_1
+GSM881217_1
+GSM333864_1
+GSM575439_1
+GSM439448_1
+GSM575442_1
+GSM439458_1
+GSM575502_1
+GSM853483_1
+GSM686518_1
+GSM927219_1
+GSM624642_1
+GSM627391_1
+GSM927234_1
+GSM461192_1
+GSM439453_1
+GSM627390_1
+GSM624859_1
+GSM927228_1
+GSM686571_1
+GSM520779_1
+GSM499642_1
+GSM627416_1
+GSM575516_1
+GSM686486_1
+GSM627404_1
+GSM461198_1
+GSM624871_1
+GSM575421_1
+GSM624896_1
+GSM847577_1
+GSM400674_1
+GSM686528_1
+GSM439460_1
+GSM851848_1
+GSM400660_1
+GSM686473_1
+GSM624889_1
+GSM686541_1
+GSM575388_1
+GSM847767_1
+GSM686681_1
+GSM520901_1
+GSM461193_2
+GSM627390_2
+GSM628264_1
+GSM461203_2
+GSM569793_1
+GSM520798_1
+GSM686488_1
+GSM627403_1
+GSM521098_1
+GSM521065_1
+GSM624866_1
+GSM627409_1
+GSM461201_2
+GSM686526_1
+GSM621132_1
+GSM522362_1
+GSM333841_1
+GSM520991_1
+GSM686604_1
+GSM401423_1
+GSM401406_1
+GSM575492_1
+GSM847769_1
+GSM927205_1
+GSM401403_1
+GSM927218_1
+GSM575471_1
+GSM847953_1
+GSM439444_1
+GSM627340_1
+GSM521069_1
+GSM461196_2
+GSM575413_1
+GSM847768_1
+GSM520965_1
+GSM333853_1
+GSM686490_1
+GSM627402_1
+GSM575407_1
+GSM575481_1
+GSM624891_1
+GSM461194_1
+GSM669694_1
+GSM575458_1
+GSM387595_1
+GSM520945_1
+GSM520855_1
+GSM520784_1
+GSM520865_1
+GSM627415_1
+GSM927220_1
+GSM521049_1
+GSM575506_1
+GSM575429_1
+GSM927190_1
+GSM627344_1
+GSM881219_1
+GSM853475_1
+GSM627341_1
+GSM575462_1
+GSM333848_1
+GSM499651_1
+GSM927178_1
+GSM851842_1
+GSM627350_1
+GSM624634_1
+GSM520780_1
+GSM624668_1
+GSM627369_1
+GSM575390_1
+GSM686563_1
+GSM575427_1
+GSM575485_1
+GSM686549_1
diff --git a/dm3/scaffoldInfo b/dm3/scaffoldInfo
new file mode 100644
index 0000000..8971449
--- /dev/null
+++ b/dm3/scaffoldInfo
@@ -0,0 +1,16 @@
+ROOT	chromosome	0
+chromosome	chr2L	23011544
+chromosome	chr2LHet	368872
+chromosome	chr2R	21146708
+chromosome	chr2RHet	3288761
+chromosome	chr3L	24543557
+chromosome	chr3LHet	2555491
+chromosome	chr3R	27905053
+chromosome	chr3RHet	2517507
+chromosome	chr4	1351857
+chromosome	chrU	10049037
+chromosome	chrUextra	29004656
+chromosome	chrX	22422827
+chromosome	chrXHet	204112
+chromosome	chrYHet	347038
+chromosome	chrM	19517
diff --git a/dm3/track2Annotation b/dm3/track2Annotation
new file mode 100644
index 0000000..dfbbd72
--- /dev/null
+++ b/dm3/track2Annotation
@@ -0,0 +1,1012 @@
+GSM520875_1	10006,20008,30002,50000,40018,60001
+GSM621339_1	10001,20004,30002,50000,40025,60001
+GSM390064_1	10003,20004,30002,50000,40002,60001
+GSM575368_1	10001,20004,30003,50000,40031,60001
+GSM432583_1	10001,20004,30002,50000,40002,60001
+GSM686709_1	10004,20006,30002,50000,40017,60001
+GSM575393_1	10001,20004,30003,50000,40047,60001
+GSM520929_1	10006,20008,30002,50000,40018,60001
+GSM847771_1	10001,20004,30007,50000,40011,60001
+GSM570038_1	10001,20004,30002,50065,40033,60010
+GSM575380_1	10001,20004,30003,50000,40046,60001
+GSM461206_1	10003,20004,30002,50000,40002,60001
+GSM627336_1	10003,20004,30002,50000,40002,60001
+GSM847659_1	10001,20004,30007,50033,40006,60002
+GSM669543_1	10001,20004,30002,50040,40009,60002
+GSM451804_1	10001,20004,30002,50000,40002,60001
+GSM333849_1	10008,20004,30002,50000,40002,60001
+GSM621333_1	10001,20004,30002,50000,40033,60001
+GSM461210_2	10003,20004,30002,50000,40002,60001
+GSM853480_1	10001,20004,30004,50000,40010,60001
+GSM461179_1	10003,20004,30002,50000,40002,60001
+GSM927232_1	10002,20004,30002,55001,40002,60001
+GSM408988_1	10001,20004,30002,50000,40002,60001
+GSM520939_1	10003,20006,30002,50000,40017,60001
+GSM624674_1	10003,20006,30002,50000,40017,60001
+GSM942055_1	10001,20002,30001,50000,40001,60001
+GSM853474_1	10001,20004,30005,50018,40011,60002
+GSM575508_1	10003,20006,30002,50000,40017,60001
+GSM624887_1	10004,20006,30002,50000,40017,60001
+GSM439451_1	10001,20004,30002,50000,40002,60001
+GSM851706_1	10001,20004,30004,50001,40004,60002
+GSM942054_1	10001,20003,30001,50000,40001,60001
+GSM400656_1	10001,20011,30002,50000,40002,60001
+GSM686729_1	10005,20007,30002,50000,40018,60001
+GSM686551_1	10004,20006,30002,50000,40017,60001
+GSM432580_1	10001,20004,30002,50000,40002,60001
+GSM694128_1	10001,20004,30002,50000,40016,60001
+GSM520861_1	10003,20006,30002,50000,40017,60001
+GSM575384_1	10001,20004,30003,50000,40030,60001
+GSM881218_1	10001,20004,30003,50000,40003,60001
+GSM461210_1	10003,20004,30002,50000,40002,60001
+GSM624880_1	10007,20007,30002,50000,40018,60001
+GSM694124_1	10001,20004,30002,50000,40016,60001
+GSM627396_1	10003,20004,30002,50000,40002,60001
+GSM627411_2	10003,20004,30002,50000,40002,60001
+GSM401412_1	10001,20010,30002,50000,40002,60001
+GSM461176_1	10003,20004,30002,50000,40002,60001
+GSM575386_1	10001,20004,30003,50000,40030,60001
+GSM520800_1	10003,20006,30002,50000,40017,60001
+GSM521086_1	10006,20008,30002,50000,40018,60001
+GSM627407_1	10003,20004,30002,50000,40002,60001
+GSM521102_1	10003,20006,30002,50000,40017,60001
+GSM521033_1	10004,20006,30002,50000,40017,60001
+GSM461187_1	10003,20004,30002,50000,40002,60001
+GSM686762_1	10006,20008,30002,50000,40018,60001
+GSM408986_1	10001,20004,30002,50000,40002,60001
+GSM686759_1	10003,20006,30002,50000,40017,60001
+GSM628252_1	10001,20004,30002,50051,40022,60001
+GSM627417_1	10003,20004,30002,50000,40002,60001
+GSM627387_2	10003,20004,30002,50000,40002,60001
+GSM521015_1	10006,20008,30002,50000,40018,60001
+GSM401420_1	10001,20013,30002,50000,40002,60001
+GSM451806_1	10001,20004,30002,50000,40002,60001
+GSM520955_1	10006,20008,30002,50000,40018,60001
+GSM927233_1	10002,20004,30002,55001,40002,60001
+GSM521031_1	10004,20006,30002,50000,40017,60001
+GSM451808_1	10001,20004,30002,50000,40002,60001
+GSM853488_1	10001,20004,30005,50011,40006,60002
+GSM521017_1	10006,20008,30002,50000,40018,60001
+GSM569800_1	10001,20004,30002,50059,40033,60010
+GSM927171_1	10002,20004,30002,55001,40002,60001
+GSM387596_1	10008,20004,30002,50000,40002,60001
+GSM521041_1	10003,20006,30002,50000,40017,60001
+GSM847674_1	10001,20004,30007,50000,40007,60001
+GSM401401_1	10001,20011,30002,50000,40002,60001
+GSM451807_1	10001,20004,30002,50000,40002,60001
+GSM686743_1	10006,20008,30002,50000,40018,60001
+GSM627411_1	10003,20004,30002,50000,40002,60001
+GSM333833_1	10008,20004,30002,50000,40002,60001
+GSM686707_1	10004,20006,30002,50000,40017,60001
+GSM432592_1	10001,20004,30002,50000,40002,60001
+GSM624868_1	10001,20004,30009,50000,40002,60001
+GSM847752_1	10001,20004,30007,50022,40012,60002
+GSM624888_1	10004,20006,30002,50000,40017,60001
+GSM520828_1	10006,20008,30002,50000,40018,60001
+GSM461193_1	10003,20004,30002,50000,40002,60001
+GSM627380_1	10003,20004,30002,50000,40002,60001
+GSM439464_1	10001,20004,30002,50000,40002,60001
+GSM439462_1	10001,20004,30002,50000,40002,60001
+GSM461208_2	10003,20004,30002,50000,40002,60001
+GSM575437_1	10006,20008,30002,50000,40018,60001
+GSM333838_1	10008,20004,30002,50000,40002,60001
+GSM575446_1	10003,20006,30002,50000,40017,60001
+GSM686606_1	10004,20006,30002,50000,40017,60001
+GSM520790_1	10005,20007,30002,50000,40018,60001
+GSM627360_1	10003,20004,30002,50000,40002,60001
+GSM624620_1	10001,20004,30003,50000,40031,60001
+GSM461191_2	10003,20004,30002,50000,40002,60001
+GSM927176_1	10002,20004,30002,55001,40002,60001
+GSM461209_1	10003,20004,30002,50000,40002,60001
+GSM575391_1	10001,20004,30003,50000,40047,60001
+GSM621328_1	10001,20004,30002,50000,40032,60001
+GSM624882_1	10004,20006,30002,50000,40017,60001
+GSM853468_1	10001,20004,30005,50008,40007,60002
+GSM461209_2	10003,20004,30002,50000,40002,60001
+GSM927202_1	10002,20004,30002,55001,40002,60001
+GSM927208_1	10002,20004,30002,55001,40002,60001
+GSM575510_1	10003,20006,30002,50000,40017,60001
+GSM451805_1	10001,20004,30002,50000,40002,60001
+GSM847673_1	10001,20004,30007,50003,40007,60002
+GSM461187_2	10003,20004,30002,50000,40002,60001
+GSM927212_1	10002,20004,30002,55001,40002,60001
+GSM520935_1	10004,20006,30002,50000,40017,60001
+GSM927224_1	10002,20004,30002,55001,40002,60001
+GSM390062_1	10009,20004,30002,50000,40002,60001
+GSM575382_1	10001,20004,30003,50000,40046,60001
+GSM499657_1	10001,20004,30002,50000,40002,60001
+GSM686477_1	10006,20008,30002,50000,40018,60001
+GSM521061_1	10003,20006,30002,50000,40017,60001
+GSM390059_1	10004,20004,30002,50000,40002,60001
+GSM927197_1	10002,20004,30002,55001,40002,60001
+GSM575475_1	10001,20004,30003,50000,40031,60001
+GSM624646_1	10006,20008,30002,50000,40018,60001
+GSM461203_1	10003,20004,30002,50000,40002,60001
+GSM461184_1	10003,20004,30002,50000,40002,60001
+GSM686555_1	10003,20006,30002,50000,40017,60001
+GSM927210_1	10002,20004,30002,55001,40002,60001
+GSM847706_1	10001,20004,30007,50024,40012,60002
+GSM636835_1	10001,20004,30002,50048,40022,60002
+GSM627382_1	10003,20004,30002,50000,40002,60001
+GSM627392_1	10003,20004,30002,50000,40002,60001
+GSM694120_1	10003,20006,30002,50000,40017,60001
+GSM520949_1	10003,20006,30002,50000,40017,60001
+GSM575401_1	10006,20008,30002,50000,40018,60001
+GSM521003_1	10006,20008,30002,50000,40018,60001
+GSM520775_1	10003,20006,30002,50000,40017,60001
+GSM521039_1	10003,20006,30002,50000,40017,60001
+GSM686600_1	10003,20006,30002,50000,40017,60001
+GSM520854_1	10003,20006,30002,50000,40017,60001
+GSM621329_1	10001,20004,30002,50000,40032,60001
+GSM627407_2	10003,20004,30002,50000,40002,60001
+GSM614652_1	10001,20004,30002,50054,40033,60002
+GSM927181_1	10002,20004,30002,55001,40002,60001
+GSM520873_1	10006,20008,30002,50000,40018,60001
+GSM521063_1	10003,20006,30002,50000,40017,60001
+GSM686475_1	10006,20008,30002,50000,40018,60001
+GSM570045_1	10001,20004,30002,50064,40024,60010
+GSM569791_1	10001,20004,30002,50028,40025,60001
+GSM499638_1	10001,20004,30002,50000,40002,60001
+GSM401416_1	10001,20012,30002,50000,40002,60001
+GSM627363_1	10003,20004,30002,50000,40002,60001
+GSM627374_1	10003,20004,30002,50000,40002,60001
+GSM575433_1	10003,20006,30002,50000,40017,60001
+GSM627398_1	10003,20004,30002,50000,40002,60001
+GSM499643_1	10001,20004,30002,50000,40002,60001
+GSM499635_1	10001,20004,30002,50000,40002,60001
+GSM387597_1	10008,20004,30002,50000,40002,60001
+GSM624884_1	10004,20006,30002,50000,40017,60001
+GSM521037_1	10005,20007,30002,50000,40018,60001
+GSM521100_1	10003,20006,30002,50000,40017,60001
+GSM847658_1	10001,20004,30007,50000,40006,60001
+GSM461193_3	10003,20004,30002,50000,40002,60001
+GSM927216_1	10002,20004,30002,55001,40002,60001
+GSM686739_1	10003,20006,30002,50000,40017,60001
+GSM624861_1	10001,20004,30009,50000,40002,60001
+GSM624628_1	10003,20006,30002,50000,40017,60001
+GSM627413_3	10003,20004,30002,50000,40002,60001
+GSM401421_1	10001,20013,30002,50000,40002,60001
+GSM575479_1	10006,20008,30002,50000,40018,60001
+GSM881221_1	10001,20004,30003,50000,40003,60001
+GSM627356_1	10003,20004,30002,50000,40002,60001
+GSM686717_1	10005,20007,30002,50000,40018,60001
+GSM333846_1	10008,20004,30002,50000,40002,60001
+GSM686755_1	10003,20006,30002,50000,40017,60001
+GSM847675_1	10001,20004,30007,50023,40007,60002
+GSM627337_1	10003,20004,30002,50000,40002,60001
+GSM686612_1	10004,20006,30002,50000,40017,60001
+GSM401413_1	10001,20009,30002,50000,40002,60001
+GSM522360_1	10004,20006,30002,50000,40017,60001
+GSM853469_1	10001,20004,30005,50000,40007,60001
+GSM520796_1	10003,20006,30002,50000,40017,60001
+GSM624876_1	10007,20007,30002,50000,40018,60001
+GSM843544_1	10001,20004,30007,50023,40014,60002
+GSM627406_1	10003,20004,30002,50000,40002,60001
+GSM624892_1	10004,20006,30002,50000,40017,60001
+GSM575411_1	10006,20008,30002,50000,40018,60001
+GSM624897_1	10003,20006,30002,50000,40017,60001
+GSM927223_1	10002,20004,30002,55001,40002,60001
+GSM575431_1	10001,20004,30003,50000,40030,60001
+GSM520881_1	10004,20006,30002,50000,40017,60001
+GSM628255_1	10001,20004,30002,50045,40002,60002
+GSM627388_2	10003,20004,30002,50000,40002,60001
+GSM669545_1	10001,20004,30002,50039,40004,60002
+GSM575417_1	10006,20008,30002,50000,40018,60001
+GSM686547_1	10006,20008,30002,50000,40018,60001
+GSM927177_1	10002,20004,30002,55001,40002,60001
+GSM333866_1	10008,20004,30002,50000,40002,60001
+GSM927222_1	10002,20004,30002,55001,40002,60001
+GSM627395_1	10003,20004,30002,50000,40002,60001
+GSM851729_1	10001,20004,30005,50003,40006,60002
+GSM461190_1	10003,20004,30002,50000,40002,60001
+GSM401410_1	10001,20015,30002,50000,40002,60001
+GSM621341_1	10001,20004,30002,50000,40034,60001
+GSM627349_2	10003,20004,30002,50000,40002,60001
+GSM400672_1	10001,20011,30002,50000,40002,60001
+GSM627391_2	10003,20004,30002,50000,40002,60001
+GSM627364_1	10003,20004,30002,50000,40002,60001
+GSM432594_1	10001,20004,30002,50000,40002,60001
+GSM520921_1	10006,20008,30002,50000,40018,60001
+GSM461192_2	10003,20004,30002,50000,40002,60001
+GSM520852_1	10003,20006,30002,50000,40017,60001
+GSM627353_1	10003,20004,30002,50000,40002,60001
+GSM624664_1	10006,20008,30002,50000,40018,60001
+GSM333850_1	10008,20004,30002,50000,40002,60001
+GSM521071_1	10004,20006,30002,50000,40017,60001
+GSM853472_1	10001,20004,30005,50000,40012,60001
+GSM927194_1	10002,20004,30002,55001,40002,60001
+GSM432593_1	10001,20004,30002,50000,40002,60001
+GSM624865_1	10001,20004,30009,50000,40002,60001
+GSM520818_1	10003,20006,30002,50000,40017,60001
+GSM575448_1	10001,20004,30003,50000,40047,60001
+GSM333837_1	10008,20004,30002,50000,40002,60001
+GSM400666_1	10001,20015,30002,50000,40002,60001
+GSM390066_1	10006,20004,30002,50000,40002,60001
+GSM333847_1	10008,20004,30002,50000,40002,60001
+GSM686751_1	10004,20006,30002,50000,40017,60001
+GSM848956_1	10001,20004,30007,50021,40009,60002
+GSM686685_1	10006,20008,30002,50000,40018,60001
+GSM627335_3	10003,20004,30002,50000,40002,60001
+GSM432584_1	10001,20004,30002,50000,40002,60001
+GSM333868_2	10008,20004,30002,50000,40002,60001
+GSM686479_1	10006,20008,30002,50000,40018,60001
+GSM686776_1	10003,20006,30002,50000,40017,60001
+GSM461183_1	10003,20004,30002,50000,40002,60001
+GSM594222_1	10001,20004,30002,50055,40041,60001
+GSM694129_1	10001,20004,30002,50000,40016,60001
+GSM461181_1	10003,20004,30002,50000,40002,60001
+GSM686782_1	10003,20006,30002,50000,40017,60001
+GSM847578_1	10001,20004,30007,50000,40004,60001
+GSM636830_1	10001,20004,30002,50045,40027,60002
+GSM575419_1	10003,20006,30002,50000,40017,60001
+GSM401409_1	10001,20011,30002,50000,40002,60001
+GSM439443_1	10001,20004,30002,50000,40002,60001
+GSM432586_1	10001,20004,30002,50000,40002,60001
+GSM624862_1	10001,20004,30009,50000,40002,60001
+GSM624885_1	10004,20006,30002,50000,40017,60001
+GSM621331_1	10001,20004,30002,50000,40033,60001
+GSM333859_1	10008,20004,30002,50000,40002,60001
+GSM390065_1	10006,20004,30002,50000,40002,60001
+GSM621326_1	10001,20004,30002,50000,40006,60001
+GSM686516_1	10003,20006,30002,50000,40017,60001
+GSM520885_1	10003,20006,30002,50000,40017,60001
+GSM439450_1	10001,20004,30002,50000,40002,60001
+GSM624652_1	10003,20006,30002,50000,40017,60001
+GSM843545_1	10001,20004,30007,50000,40014,60001
+GSM521059_1	10003,20006,30002,50000,40017,60001
+GSM520802_1	10003,20006,30002,50000,40017,60001
+GSM575454_1	10001,20004,30003,50000,40031,60001
+GSM461191_1	10003,20004,30002,50000,40002,60001
+GSM694125_1	10001,20004,30002,50000,40016,60001
+GSM927180_1	10002,20004,30002,55001,40002,60001
+GSM461185_1	10003,20004,30002,50000,40002,60001
+GSM520985_1	10003,20006,30002,50000,40017,60001
+GSM575498_1	10004,20006,30002,50000,40017,60001
+GSM621338_1	10001,20004,30002,50000,40032,60001
+GSM520830_1	10004,20006,30002,50000,40017,60001
+GSM521090_1	10003,20006,30002,50000,40017,60001
+GSM627355_1	10003,20004,30002,50000,40002,60001
+GSM847657_1	10001,20004,30007,50034,40006,60002
+GSM333855_1	10008,20004,30002,50000,40002,60001
+GSM624890_1	10004,20006,30002,50000,40017,60001
+GSM570051_1	10001,20004,30002,50062,40044,60001
+GSM521088_1	10003,20006,30002,50000,40017,60001
+GSM408992_1	10001,20004,30002,50000,40002,60001
+GSM627379_1	10003,20004,30002,50000,40002,60001
+GSM627346_1	10003,20004,30002,50000,40002,60001
+GSM499640_1	10001,20004,30002,50000,40002,60001
+GSM627389_3	10003,20004,30002,50000,40002,60001
+GSM686508_1	10004,20006,30002,50000,40017,60001
+GSM621342_1	10001,20004,30002,50000,40035,60001
+GSM521035_1	10005,20007,30002,50000,40018,60001
+GSM575483_1	10005,20007,30002,50000,40018,60001
+GSM669472_1	10001,20004,30002,50046,40024,60002
+GSM461207_3	10003,20004,30002,50000,40002,60001
+GSM461186_1	10003,20004,30002,50000,40002,60001
+GSM942053_1	10001,20003,30001,50000,40001,60001
+GSM686745_1	10005,20007,30002,50000,40018,60001
+GSM575469_1	10001,20004,30003,50000,40046,60001
+GSM851849_1	10001,20004,30006,50000,40006,60001
+GSM686737_1	10003,20006,30002,50000,40017,60001
+GSM847773_1	10001,20004,30007,50000,40011,60001
+GSM439463_1	10001,20004,30002,50000,40002,60001
+GSM686749_1	10004,20006,30002,50000,40017,60001
+GSM520913_1	10006,20008,30002,50000,40018,60001
+GSM333842_1	10008,20004,30002,50000,40002,60001
+GSM520832_1	10004,20006,30002,50000,40017,60001
+GSM686510_1	10005,20007,30002,50000,40018,60001
+GSM627359_2	10003,20004,30002,50000,40002,60001
+GSM499661_1	10001,20004,30002,50000,40002,60001
+GSM575514_1	10003,20006,30002,50000,40017,60001
+GSM624869_1	10001,20004,30009,50000,40002,60001
+GSM627408_1	10003,20004,30002,50000,40002,60001
+GSM686492_1	10004,20006,30002,50000,40017,60001
+GSM627335_1	10003,20004,30002,50000,40002,60001
+GSM499649_1	10008,20004,30002,50000,40002,60001
+GSM621327_1	10001,20004,30002,50000,40011,60001
+GSM390063_1	10003,20004,30002,50000,40002,60001
+GSM520919_1	10006,20008,30002,50000,40018,60001
+GSM461183_2	10003,20004,30002,50000,40002,60001
+GSM853485_1	10001,20004,30004,50000,40008,60001
+GSM624632_1	10001,20004,30003,50000,40030,60001
+GSM439459_1	10001,20004,30002,50000,40002,60001
+GSM387600_1	10008,20004,30002,50000,40002,60001
+GSM686741_1	10006,20008,30002,50000,40018,60001
+GSM686691_1	10005,20007,30002,50000,40018,60001
+GSM847775_1	10001,20004,30007,50027,40008,60002
+GSM927195_1	10002,20004,30002,55001,40002,60001
+GSM627365_1	10003,20004,30002,50000,40002,60001
+GSM575366_1	10001,20004,30003,50000,40047,60001
+GSM461200_1	10003,20004,30002,50000,40002,60001
+GSM439445_1	10001,20004,30002,50000,40002,60001
+GSM927184_1	10002,20004,30002,55001,40002,60001
+GSM432591_1	10001,20004,30002,50000,40002,60001
+GSM408982_1	10001,20004,30002,50000,40002,60001
+GSM520947_1	10003,20006,30002,50000,40017,60001
+GSM927175_1	10002,20004,30002,55001,40002,60001
+GSM847702_1	10001,20004,30007,50025,40012,60002
+GSM499636_1	10001,20004,30002,50000,40002,60001
+GSM521082_1	10006,20008,30002,50000,40018,60001
+GSM628259_1	10001,20004,30002,50050,40029,60008
+GSM847699_1	10001,20004,30007,50000,40007,60001
+GSM686719_1	10004,20006,30002,50000,40017,60001
+GSM694132_1	10001,20005,30008,50000,40015,60001
+GSM627371_1	10003,20004,30002,50000,40002,60001
+GSM520981_1	10003,20006,30002,50000,40017,60001
+GSM439442_1	10001,20004,30002,50000,40002,60001
+GSM686561_1	10003,20006,30002,50000,40017,60001
+GSM621332_1	10001,20004,30002,50000,40033,60001
+GSM432579_1	10001,20004,30002,50000,40002,60001
+GSM627343_2	10003,20004,30002,50000,40002,60001
+GSM461205_1	10003,20004,30002,50000,40002,60001
+GSM521043_1	10006,20008,30002,50000,40018,60001
+GSM520915_1	10003,20006,30002,50000,40017,60001
+GSM521001_1	10003,20006,30002,50000,40017,60001
+GSM627359_1	10003,20004,30002,50000,40002,60001
+GSM624886_1	10004,20006,30002,50000,40017,60001
+GSM669537_1	10001,20004,30002,50043,40022,60006
+GSM521096_1	10005,20007,30002,50000,40018,60001
+GSM575370_1	10001,20004,30003,50000,40031,60001
+GSM439449_1	10001,20004,30002,50000,40002,60001
+GSM401415_1	10001,20009,30002,50000,40002,60001
+GSM847952_1	10001,20004,30007,50029,40009,60002
+GSM627366_2	10003,20004,30002,50000,40002,60001
+GSM686711_1	10004,20006,30002,50000,40017,60001
+GSM686483_1	10003,20006,30002,50000,40017,60001
+GSM575450_1	10001,20004,30003,50000,40047,60001
+GSM686679_1	10004,20006,30002,50000,40017,60001
+GSM627393_1	10003,20004,30002,50000,40002,60001
+GSM387594_1	10008,20004,30002,50000,40002,60001
+GSM853473_1	10001,20004,30005,50019,40011,60002
+GSM686764_1	10006,20008,30002,50000,40018,60001
+GSM520905_1	10003,20006,30002,50000,40017,60001
+GSM847954_1	10001,20004,30007,50032,40009,60002
+GSM621337_1	10001,20004,30002,50000,40011,60001
+GSM627383_1	10003,20004,30002,50000,40002,60001
+GSM624650_1	10004,20006,30002,50000,40017,60001
+GSM624872_1	10001,20004,30009,50000,40002,60001
+GSM627352_1	10003,20004,30002,50000,40002,60001
+GSM461182_2	10003,20004,30002,50000,40002,60001
+GSM451813_1	10001,20004,30002,50000,40002,60001
+GSM927227_1	10002,20004,30002,55001,40002,60001
+GSM520917_1	10003,20006,30002,50000,40017,60001
+GSM847619_1	10001,20004,30007,50036,40004,60002
+GSM521084_1	10006,20008,30002,50000,40018,60001
+GSM333870_1	10008,20004,30002,50000,40002,60001
+GSM432581_1	10001,20004,30002,50000,40002,60001
+GSM333836_1	10008,20004,30002,50000,40002,60001
+GSM569798_1	10001,20004,30002,50060,40042,60011
+GSM686565_1	10006,20008,30002,50000,40018,60001
+GSM627414_3	10003,20004,30002,50000,40002,60001
+GSM461182_1	10003,20004,30002,50000,40002,60001
+GSM520869_1	10003,20006,30002,50000,40017,60001
+GSM432587_1	10001,20004,30002,50000,40002,60001
+GSM686689_1	10003,20006,30002,50000,40017,60001
+GSM627415_2	10003,20004,30002,50000,40002,60001
+GSM627334_1	10003,20004,30002,50000,40002,60001
+GSM847676_1	10001,20004,30007,50000,40007,60001
+GSM624672_1	10003,20006,30002,50000,40017,60001
+GSM439446_1	10001,20004,30002,50000,40002,60001
+GSM520836_1	10003,20006,30002,50000,40017,60001
+GSM627385_1	10003,20004,30002,50000,40002,60001
+GSM627356_2	10003,20004,30002,50000,40002,60001
+GSM627389_1	10003,20004,30002,50000,40002,60001
+GSM520903_1	10003,20006,30002,50000,40017,60001
+GSM594213_1	10001,20004,30002,50058,40032,60001
+GSM451809_1	10001,20004,30002,50000,40002,60001
+GSM686733_1	10004,20006,30002,50000,40017,60001
+GSM520871_1	10006,20008,30002,50000,40018,60001
+GSM401424_1	10001,20011,30002,50000,40002,60001
+GSM927183_1	10002,20004,30002,55001,40002,60001
+GSM927192_1	10002,20004,30002,55001,40002,60001
+GSM627343_1	10003,20004,30002,50000,40002,60001
+GSM927229_1	10002,20004,30002,55001,40002,60001
+GSM627402_2	10003,20004,30002,50000,40002,60001
+GSM333867_1	10008,20004,30002,50000,40002,60001
+GSM461189_2	10003,20004,30002,50000,40002,60001
+GSM627412_1	10003,20004,30002,50000,40002,60001
+GSM451811_1	10001,20004,30002,50000,40002,60001
+GSM520782_1	10003,20006,30002,50000,40017,60001
+GSM847770_1	10001,20004,30007,50030,40011,60002
+GSM333843_1	10008,20004,30002,50000,40002,60001
+GSM636832_1	10001,20004,30002,50045,40026,60002
+GSM461195_2	10003,20004,30002,50000,40002,60001
+GSM575376_1	10001,20004,30003,50000,40030,60001
+GSM927187_1	10002,20004,30002,55001,40002,60001
+GSM621340_1	10001,20004,30002,50000,40036,60001
+GSM520933_1	10005,20007,30002,50000,40018,60001
+GSM627368_1	10003,20004,30002,50000,40002,60001
+GSM521075_1	10004,20006,30002,50000,40017,60001
+GSM333851_1	10008,20004,30002,50000,40002,60001
+GSM575395_1	10001,20004,30003,50000,40047,60001
+GSM521094_1	10003,20006,30002,50000,40017,60001
+GSM627414_1	10003,20004,30002,50000,40002,60001
+GSM627388_1	10003,20004,30002,50000,40002,60001
+GSM439440_1	10001,20004,30002,50000,40002,60001
+GSM575378_1	10001,20004,30003,50000,40030,60001
+GSM853484_1	10001,20004,30004,50013,40008,60002
+GSM853490_1	10001,20004,30005,50010,40006,60002
+GSM575488_1	10003,20006,30002,50000,40017,60001
+GSM627335_2	10003,20004,30002,50000,40002,60001
+GSM624636_1	10004,20006,30002,50000,40017,60001
+GSM851744_1	10001,20004,30005,50000,40006,60001
+GSM627339_1	10003,20004,30002,50000,40002,60001
+GSM520816_1	10003,20006,30002,50000,40017,60001
+GSM520977_1	10003,20006,30002,50000,40017,60001
+GSM927221_1	10002,20004,30002,55001,40002,60001
+GSM624670_1	10003,20006,30002,50000,40017,60001
+GSM439461_1	10001,20004,30002,50000,40002,60001
+GSM461208_1	10003,20004,30002,50000,40002,60001
+GSM624638_1	10004,20006,30002,50000,40017,60001
+GSM333861_1	10008,20004,30002,50000,40002,60001
+GSM927206_1	10002,20004,30002,55001,40002,60001
+GSM627362_2	10003,20004,30002,50000,40002,60001
+GSM439457_1	10001,20004,30002,50000,40002,60001
+GSM847660_1	10001,20004,30007,50000,40006,60001
+GSM520777_1	10003,20006,30002,50000,40017,60001
+GSM575397_1	10001,20004,30003,50000,40047,60001
+GSM575464_1	10001,20004,30003,50000,40047,60001
+GSM575364_1	10001,20004,30003,50000,40047,60001
+GSM333858_1	10008,20004,30002,50000,40002,60001
+GSM390061_1	10009,20004,30002,50000,40002,60001
+GSM520867_1	10003,20006,30002,50000,40017,60001
+GSM853489_1	10001,20004,30005,50000,40006,60001
+GSM627367_1	10003,20004,30002,50000,40002,60001
+GSM401407_1	10001,20011,30002,50000,40002,60001
+GSM627405_1	10003,20004,30002,50000,40002,60001
+GSM461199_1	10003,20004,30002,50000,40002,60001
+GSM686573_1	10003,20006,30002,50000,40017,60001
+GSM521073_1	10004,20006,30002,50000,40017,60001
+GSM847698_1	10001,20004,30007,50022,40007,60002
+GSM520838_1	10006,20008,30002,50000,40018,60001
+GSM520850_1	10003,20006,30002,50000,40017,60001
+GSM461204_1	10003,20004,30002,50000,40002,60001
+GSM521057_1	10003,20006,30002,50000,40017,60001
+GSM624878_1	10007,20007,30002,50000,40018,60001
+GSM461196_1	10003,20004,30002,50000,40002,60001
+GSM628262_1	10001,20004,30002,50049,40028,60002
+GSM520812_1	10003,20006,30002,50000,40017,60001
+GSM669547_1	10001,20004,30002,50038,40009,60004
+GSM522359_1	10004,20006,30002,50000,40017,60001
+GSM570054_1	10001,20004,30002,50040,40044,60010
+GSM627375_1	10003,20004,30002,50000,40002,60001
+GSM521013_1	10003,20006,30002,50000,40017,60001
+GSM927203_1	10002,20004,30002,55001,40002,60001
+GSM627351_1	10003,20004,30002,50000,40002,60001
+GSM847753_1	10001,20004,30007,50000,40012,60001
+GSM927199_1	10002,20004,30002,55001,40002,60001
+GSM401418_1	10001,20012,30002,50000,40002,60001
+GSM627357_1	10003,20004,30002,50000,40002,60001
+GSM627384_1	10003,20004,30002,50000,40002,60001
+GSM521055_1	10003,20006,30002,50000,40017,60001
+GSM594225_1	10001,20004,30002,50056,40024,60001
+GSM927193_1	10002,20004,30002,55001,40002,60001
+GSM575399_1	10006,20008,30002,50000,40018,60001
+GSM627415_3	10003,20004,30002,50000,40002,60001
+GSM432589_1	10001,20004,30002,50000,40002,60001
+GSM847772_1	10001,20004,30007,50029,40011,60002
+GSM627410_1	10003,20004,30002,50000,40002,60001
+GSM521011_1	10003,20006,30002,50000,40017,60001
+GSM520931_1	10005,20007,30002,50000,40018,60001
+GSM520844_1	10003,20006,30002,50000,40017,60001
+GSM520957_1	10006,20008,30002,50000,40018,60001
+GSM333840_1	10008,20004,30002,50000,40002,60001
+GSM520969_1	10005,20007,30002,50000,40018,60001
+GSM627360_2	10003,20004,30002,50000,40002,60001
+GSM927230_1	10002,20004,30002,55001,40002,60001
+GSM686593_1	10003,20006,30002,50000,40017,60001
+GSM520810_1	10006,20008,30002,50000,40018,60001
+GSM627400_1	10003,20004,30002,50000,40002,60001
+GSM627387_1	10003,20004,30002,50000,40002,60001
+GSM439465_1	10001,20004,30002,50000,40002,60001
+GSM627333_1	10003,20004,30002,50000,40002,60001
+GSM461207_2	10003,20004,30002,50000,40002,60001
+GSM621336_1	10001,20004,30002,50000,40037,60001
+GSM521009_1	10003,20006,30002,50000,40017,60001
+GSM520814_1	10003,20006,30002,50000,40017,60001
+GSM520788_1	10005,20007,30002,50000,40018,60001
+GSM569795_1	10001,20004,30002,50060,40043,60011
+GSM400668_1	10001,20013,30002,50000,40002,60001
+GSM575423_1	10001,20004,30003,50000,40047,60001
+GSM432585_1	10001,20004,30002,50000,40002,60001
+GSM847696_1	10001,20004,30007,50011,40007,60002
+GSM461206_2	10003,20004,30002,50000,40002,60001
+GSM927182_1	10002,20004,30002,55001,40002,60001
+GSM627358_1	10003,20004,30002,50000,40002,60001
+GSM451812_1	10001,20004,30002,50000,40002,60001
+GSM627376_1	10003,20004,30002,50000,40002,60001
+GSM628251_1	10001,20004,30002,50052,40022,60009
+GSM627366_1	10003,20004,30002,50000,40002,60001
+GSM408990_1	10001,20004,30002,50000,40002,60001
+GSM686536_1	10003,20006,30002,50000,40017,60001
+GSM522354_1	10003,20006,30002,50000,40017,60001
+GSM669474_1	10001,20004,30002,50045,40023,60002
+GSM461198_2	10003,20004,30002,50000,40002,60001
+GSM521019_1	10003,20006,30002,50000,40017,60001
+GSM624874_1	10007,20007,30002,50000,40018,60001
+GSM627349_1	10003,20004,30002,50000,40002,60001
+GSM575468_1	10001,20004,30003,50000,40047,60001
+GSM439454_1	10001,20004,30002,50000,40002,60001
+GSM927231_1	10002,20004,30002,55001,40002,60001
+GSM686721_1	10004,20006,30002,50000,40017,60001
+GSM624863_1	10001,20004,30009,50000,40002,60001
+GSM621335_1	10001,20004,30002,50000,40033,60001
+GSM451801_1	10001,20004,30002,50000,40002,60001
+GSM810644_1	10001,20004,30007,50023,40009,60002
+GSM461202_2	10003,20004,30002,50000,40002,60001
+GSM401408_1	10001,20011,30002,50000,40002,60001
+GSM636838_1	10001,20004,30002,50047,40025,60001
+GSM520822_1	10003,20006,30002,50000,40017,60001
+GSM686494_1	10004,20006,30002,50000,40017,60001
+GSM520857_1	10006,20008,30002,50000,40018,60001
+GSM627381_1	10003,20004,30002,50000,40002,60001
+GSM686553_1	10004,20006,30002,50000,40017,60001
+GSM461205_2	10003,20004,30002,50000,40002,60001
+GSM927225_1	10002,20004,30002,55001,40002,60001
+GSM627413_2	10003,20004,30002,50000,40002,60001
+GSM520911_1	10006,20008,30002,50000,40018,60001
+GSM520979_1	10003,20006,30002,50000,40017,60001
+GSM686538_1	10006,20008,30002,50000,40018,60001
+GSM851839_1	10001,20004,30005,50007,40007,60002
+GSM881223_1	10001,20004,30003,50000,40003,60001
+GSM570049_1	10001,20004,30002,50063,40032,60014
+GSM575409_1	10001,20004,30003,50000,40031,60001
+GSM851817_1	10001,20004,30005,50008,40006,60002
+GSM621334_1	10001,20004,30002,50000,40033,60001
+GSM439438_1	10001,20004,30002,50000,40002,60001
+GSM499647_1	10001,20004,30002,50000,40002,60001
+GSM624624_1	10001,20004,30003,50000,40030,60001
+GSM624680_1	10003,20006,30002,50000,40017,60001
+GSM521053_1	10003,20006,30002,50000,40017,60001
+GSM927207_1	10002,20004,30002,55001,40002,60001
+GSM520983_1	10003,20006,30002,50000,40017,60001
+GSM627350_2	10003,20004,30002,50000,40002,60001
+GSM451810_1	10001,20004,30002,50000,40002,60001
+GSM694134_1	10001,20005,30008,50000,40015,60001
+GSM401422_1	10001,20014,30002,50000,40002,60001
+GSM627337_2	10003,20004,30002,50000,40002,60001
+GSM520961_1	10006,20008,30002,50000,40018,60001
+GSM333871_1	10008,20004,30002,50000,40002,60001
+GSM942057_1	10001,20001,30001,50000,40001,60001
+GSM520999_1	10003,20006,30002,50000,40017,60001
+GSM847707_1	10001,20004,30007,50000,40012,60001
+GSM686524_1	10003,20006,30002,50000,40017,60001
+GSM627362_1	10003,20004,30002,50000,40002,60001
+GSM627373_1	10003,20004,30002,50000,40002,60001
+GSM520877_1	10006,20008,30002,50000,40018,60001
+GSM520891_1	10003,20006,30002,50000,40017,60001
+GSM624654_1	10003,20006,30002,50000,40017,60001
+GSM927215_1	10002,20004,30002,55001,40002,60001
+GSM614655_1	10001,20004,30002,50021,40022,60002
+GSM333839_1	10008,20004,30002,50000,40002,60001
+GSM624870_1	10001,20004,30009,50000,40002,60001
+GSM387598_1	10008,20004,30002,50000,40002,60001
+GSM624895_1	10003,20006,30002,50000,40017,60001
+GSM520923_1	10003,20006,30002,50000,40017,60001
+GSM447608_1	10001,20004,30002,50000,40002,60001
+GSM520997_1	10003,20006,30002,50000,40017,60001
+GSM621330_1	10001,20004,30002,50000,40033,60001
+GSM439456_1	10001,20004,30002,50000,40002,60001
+GSM853479_1	10001,20004,30004,50001,40010,60002
+GSM624660_1	10001,20004,30003,50000,40030,60001
+GSM628268_1	10001,20004,30002,50045,40002,60002
+GSM927213_1	10002,20004,30002,55001,40002,60001
+GSM624875_1	10007,20007,30002,50000,40018,60001
+GSM401419_1	10001,20013,30002,50000,40002,60001
+GSM686557_1	10003,20006,30002,50000,40017,60001
+GSM686532_1	10004,20006,30002,50000,40017,60001
+GSM499637_1	10001,20004,30002,50000,40002,60001
+GSM387593_1	10008,20004,30002,50000,40002,60001
+GSM432590_1	10001,20004,30002,50000,40002,60001
+GSM520804_1	10003,20006,30002,50000,40017,60001
+GSM575405_1	10006,20008,30002,50000,40018,60001
+GSM439441_1	10001,20004,30002,50000,40002,60001
+GSM520794_1	10004,20006,30002,50000,40017,60001
+GSM520786_1	10006,20008,30002,50000,40018,60001
+GSM624867_1	10001,20004,30009,50000,40002,60001
+GSM499641_1	10001,20004,30002,50000,40002,60001
+GSM686484_1	10003,20006,30002,50000,40017,60001
+GSM520899_1	10006,20008,30002,50000,40018,60001
+GSM624622_1	10001,20004,30003,50000,40031,60001
+GSM461190_2	10003,20004,30002,50000,40002,60001
+GSM461202_1	10003,20004,30002,50000,40002,60001
+GSM686481_1	10003,20006,30002,50000,40017,60001
+GSM520824_1	10003,20006,30002,50000,40017,60001
+GSM627348_2	10003,20004,30002,50000,40002,60001
+GSM521023_1	10005,20007,30002,50000,40018,60001
+GSM575477_1	10006,20008,30002,50000,40018,60001
+GSM627361_1	10003,20004,30002,50000,40002,60001
+GSM520842_1	10003,20006,30002,50000,40017,60001
+GSM847701_1	10001,20004,30007,50000,40007,60001
+GSM400658_1	10001,20011,30002,50000,40002,60001
+GSM847704_1	10001,20004,30007,50004,40012,60002
+GSM575500_1	10006,20008,30002,50000,40018,60001
+GSM686735_1	10004,20006,30002,50000,40017,60001
+GSM847703_1	10001,20004,30007,50000,40012,60001
+GSM927209_1	10002,20004,30002,55001,40002,60001
+GSM575372_1	10001,20004,30003,50000,40046,60001
+GSM432588_1	10001,20004,30002,50000,40002,60001
+GSM520973_1	10004,20006,30002,50000,40017,60001
+GSM333834_1	10008,20004,30002,50000,40002,60001
+GSM669539_1	10001,20004,30002,50042,40021,60005
+GSM520943_1	10003,20006,30002,50000,40017,60001
+GSM521080_1	10006,20008,30002,50000,40018,60001
+GSM627342_1	10003,20004,30002,50000,40002,60001
+GSM575456_1	10001,20004,30003,50000,40031,60001
+GSM521007_1	10003,20006,30002,50000,40017,60001
+GSM451803_1	10001,20004,30002,50000,40002,60001
+GSM927214_1	10002,20004,30002,55001,40002,60001
+GSM927173_1	10002,20004,30002,55001,40002,60001
+GSM333832_1	10008,20004,30002,50000,40002,60001
+GSM522357_1	10006,20008,30002,50000,40018,60001
+GSM686579_1	10003,20006,30002,50000,40017,60001
+GSM686747_1	10005,20007,30002,50000,40018,60001
+GSM847700_1	10001,20004,30007,50026,40007,60002
+GSM521027_1	10005,20007,30002,50000,40018,60001
+GSM333869_1	10008,20004,30002,50000,40002,60001
+GSM461194_2	10003,20004,30002,50000,40002,60001
+GSM927179_1	10002,20004,30002,55001,40002,60001
+GSM627389_2	10003,20004,30002,50000,40002,60001
+GSM520820_1	10003,20006,30002,50000,40017,60001
+GSM520927_1	10006,20008,30002,50000,40018,60001
+GSM401404_1	10001,20011,30002,50000,40002,60001
+GSM927186_1	10002,20004,30002,55001,40002,60001
+GSM624644_1	10006,20008,30002,50000,40018,60001
+GSM575425_1	10001,20004,30003,50000,40047,60001
+GSM401414_1	10001,20009,30002,50000,40002,60001
+GSM575494_1	10005,20007,30002,50000,40018,60001
+GSM686602_1	10003,20006,30002,50000,40017,60001
+GSM521005_1	10006,20008,30002,50000,40018,60001
+GSM520887_1	10003,20006,30002,50000,40017,60001
+GSM400670_1	10001,20010,30002,50000,40002,60001
+GSM686540_1	10006,20008,30002,50000,40018,60001
+GSM461185_2	10003,20004,30002,50000,40002,60001
+GSM853477_1	10001,20004,30005,50015,40008,60002
+GSM521025_1	10005,20007,30002,50000,40018,60001
+GSM401402_1	10001,20011,30002,50000,40002,60001
+GSM520840_1	10006,20008,30002,50000,40018,60001
+GSM400664_1	10001,20009,30002,50000,40002,60001
+GSM432578_1	10001,20004,30002,50000,40002,60001
+GSM461178_1	10003,20004,30002,50000,40002,60001
+GSM627354_1	10003,20004,30002,50000,40002,60001
+GSM627386_1	10003,20004,30002,50000,40002,60001
+GSM669477_1	10001,20004,30002,50044,40022,60002
+GSM686512_1	10005,20007,30002,50000,40018,60001
+GSM439439_1	10001,20004,30002,50000,40002,60001
+GSM627359_3	10003,20004,30002,50000,40002,60001
+GSM624877_1	10007,20007,30002,50000,40018,60001
+GSM521067_1	10006,20008,30002,50000,40018,60001
+GSM881222_1	10001,20004,30003,50000,40003,60001
+GSM624662_1	10001,20004,30003,50000,40030,60001
+GSM520951_1	10003,20006,30002,50000,40017,60001
+GSM927201_1	10002,20004,30002,55001,40002,60001
+GSM851707_1	10001,20004,30004,50000,40004,60001
+GSM624658_1	10005,20007,30002,50000,40018,60001
+GSM851705_1	10001,20004,30005,50002,40005,60002
+GSM686577_1	10003,20006,30002,50000,40017,60001
+GSM520806_1	10003,20006,30002,50000,40017,60001
+GSM847576_1	10001,20004,30007,50000,40013,60001
+GSM624676_1	10006,20008,30002,50000,40018,60001
+GSM627397_1	10003,20004,30002,50000,40002,60001
+GSM927168_1	10002,20004,30002,55001,40002,60001
+GSM333863_1	10008,20004,30002,50000,40002,60001
+GSM520883_1	10003,20006,30002,50000,40017,60001
+GSM853470_1	10001,20004,30005,50018,40007,60002
+GSM686715_1	10005,20007,30002,50000,40018,60001
+GSM520863_1	10006,20008,30002,50000,40018,60001
+GSM451799_1	10001,20004,30002,50000,40002,60001
+GSM927174_1	10002,20004,30002,55001,40002,60001
+GSM520879_1	10004,20006,30002,50000,40017,60001
+GSM520846_1	10006,20008,30002,50000,40018,60001
+GSM520897_1	10001,20006,30002,50000,40017,60001
+GSM851743_1	10001,20004,30005,50004,40006,60002
+GSM927217_1	10002,20004,30002,55001,40002,60001
+GSM851840_1	10001,20004,30005,50000,40007,60001
+GSM686693_1	10005,20007,30002,50000,40018,60001
+GSM686773_1	10003,20006,30002,50000,40017,60001
+GSM461184_2	10003,20004,30002,50000,40002,60001
+GSM520937_1	10004,20006,30002,50000,40017,60001
+GSM624626_1	10001,20004,30003,50000,40030,60001
+GSM575435_1	10003,20006,30002,50000,40017,60001
+GSM575512_1	10003,20006,30002,50000,40017,60001
+GSM575452_1	10001,20004,30003,50000,40047,60001
+GSM669541_1	10001,20004,30002,50041,40020,60005
+GSM927189_1	10002,20004,30002,55001,40002,60001
+GSM686610_1	10004,20006,30002,50000,40017,60001
+GSM621128_1	10001,20004,30002,50045,40040,60002
+GSM521104_1	10006,20008,30002,50000,40018,60001
+GSM333868_1	10008,20004,30002,50000,40002,60001
+GSM390060_1	10004,20004,30002,50000,40002,60001
+GSM453867_1	10001,20004,30002,50000,40002,60001
+GSM853481_1	10001,20004,30005,50014,40009,60002
+GSM847705_1	10001,20004,30007,50000,40012,60001
+GSM575473_1	10001,20004,30003,50000,40031,60001
+GSM461197_1	10003,20004,30002,50000,40002,60001
+GSM624860_1	10001,20004,30009,50000,40002,60001
+GSM627347_1	10003,20004,30002,50000,40002,60001
+GSM927204_1	10002,20004,30002,55001,40002,60001
+GSM621130_1	10001,20004,30002,50045,40022,60002
+GSM853482_1	10001,20004,30005,50000,40009,60001
+GSM499644_1	10001,20004,30002,50000,40002,60001
+GSM408984_1	10001,20004,30002,50000,40002,60001
+GSM686683_1	10006,20008,30002,50000,40018,60001
+GSM461190_3	10003,20004,30002,50000,40002,60001
+GSM575374_1	10001,20004,30003,50000,40046,60001
+GSM408994_1	10001,20004,30002,50000,40002,60001
+GSM686530_1	10004,20006,30002,50000,40017,60001
+GSM520909_1	10003,20006,30002,50000,40017,60001
+GSM686506_1	10004,20006,30002,50000,40017,60001
+GSM851818_1	10001,20004,30005,50000,40006,60001
+GSM927165_1	10002,20004,30002,55001,40002,60001
+GSM522353_1	10003,20006,30002,50000,40017,60001
+GSM439455_1	10001,20004,30002,50000,40002,60001
+GSM927200_1	10002,20004,30002,55001,40002,60001
+GSM627401_2	10003,20004,30002,50000,40002,60001
+GSM520993_1	10006,20008,30002,50000,40018,60001
+GSM851841_1	10001,20004,30005,50006,40007,60002
+GSM694121_1	10003,20006,30002,50000,40017,60001
+GSM520893_1	10001,20006,30002,50000,40017,60001
+GSM461201_1	10003,20004,30002,50000,40002,60001
+GSM333856_1	10008,20004,30002,50000,40002,60001
+GSM853476_1	10001,20004,30005,50016,40011,60002
+GSM627413_1	10003,20004,30002,50000,40002,60001
+GSM627372_1	10003,20004,30002,50000,40002,60001
+GSM461204_2	10003,20004,30002,50000,40002,60001
+GSM575415_1	10006,20008,30002,50000,40018,60001
+GSM686731_1	10005,20007,30002,50000,40018,60001
+GSM333860_1	10008,20004,30002,50000,40002,60001
+GSM461207_1	10003,20004,30002,50000,40002,60001
+GSM520959_1	10006,20008,30002,50000,40018,60001
+GSM461188_1	10003,20004,30002,50000,40002,60001
+GSM461189_1	10003,20004,30002,50000,40002,60001
+GSM853478_1	10001,20004,30005,50000,40008,60001
+GSM627376_2	10003,20004,30002,50000,40002,60001
+GSM628224_1	10001,20004,30002,50053,40022,60002
+GSM520941_1	10003,20006,30002,50000,40017,60001
+GSM853491_1	10001,20004,30005,50009,40006,60002
+GSM927226_1	10002,20004,30002,55001,40002,60001
+GSM461199_2	10003,20004,30002,50000,40002,60001
+GSM461188_2	10003,20004,30002,50000,40002,60001
+GSM851730_1	10001,20004,30005,50000,40006,60001
+GSM575441_1	10006,20008,30002,50000,40018,60001
+GSM624640_1	10005,20007,30002,50000,40018,60001
+GSM624879_1	10007,20007,30002,50000,40018,60001
+GSM333844_1	10008,20004,30002,50000,40002,60001
+GSM522363_1	10004,20006,30002,50000,40017,60001
+GSM575504_1	10003,20006,30002,50000,40017,60001
+GSM847656_1	10001,20004,30007,50010,40004,60002
+GSM461180_1	10003,20004,30002,50000,40002,60001
+GSM461177_1	10003,20004,30002,50000,40002,60001
+GSM575460_1	10001,20004,30003,50000,40031,60001
+GSM575444_1	10003,20006,30002,50000,40017,60001
+GSM627378_1	10003,20004,30002,50000,40002,60001
+GSM594245_1	10001,20004,30002,50055,40024,60001
+GSM439452_1	10001,20004,30002,50000,40002,60001
+GSM624648_1	10004,20006,30002,50000,40017,60001
+GSM927198_1	10002,20004,30002,55001,40002,60001
+GSM520826_1	10006,20008,30002,50000,40018,60001
+GSM927185_1	10002,20004,30002,55001,40002,60001
+GSM686757_1	10003,20006,30002,50000,40017,60001
+GSM520895_1	10001,20006,30002,50000,40017,60001
+GSM401417_1	10001,20012,30002,50000,40002,60001
+GSM521045_1	10006,20008,30002,50000,40018,60001
+GSM847955_1	10001,20004,30007,50000,40009,60001
+GSM575486_1	10005,20007,30002,50000,40018,60001
+GSM624666_1	10006,20008,30002,50000,40018,60001
+GSM333835_1	10008,20004,30002,50000,40002,60001
+GSM927169_1	10002,20004,30002,55001,40002,60001
+GSM520967_1	10005,20007,30002,50000,40018,60001
+GSM520963_1	10003,20006,30002,50000,40017,60001
+GSM686713_1	10004,20006,30002,50000,40017,60001
+GSM627370_1	10003,20004,30002,50000,40002,60001
+GSM521051_1	10003,20006,30002,50000,40017,60001
+GSM627400_2	10003,20004,30002,50000,40002,60001
+GSM401405_1	10001,20011,30002,50000,40002,60001
+GSM927211_1	10002,20004,30002,55001,40002,60001
+GSM627383_2	10003,20004,30002,50000,40002,60001
+GSM575490_1	10003,20006,30002,50000,40017,60001
+GSM461197_2	10003,20004,30002,50000,40002,60001
+GSM499633_1	10001,20004,30002,50000,40002,60001
+GSM521078_1	10006,20008,30002,50000,40018,60001
+GSM439447_1	10001,20004,30002,50000,40002,60001
+GSM686784_1	10003,20006,30002,50000,40017,60001
+GSM927191_1	10002,20004,30002,55001,40002,60001
+GSM499631_1	10001,20004,30002,50000,40002,60001
+GSM333852_1	10008,20004,30002,50000,40002,60001
+GSM520792_1	10004,20006,30002,50000,40017,60001
+GSM333845_1	10008,20004,30002,50000,40002,60001
+GSM333854_1	10008,20004,30002,50000,40002,60001
+GSM628226_1	10001,20004,30002,50040,40024,60002
+GSM624656_1	10005,20007,30002,50000,40018,60001
+GSM853471_1	10001,20004,30005,50020,40012,60002
+GSM627338_3	10003,20004,30002,50000,40002,60001
+GSM575403_1	10006,20008,30002,50000,40018,60001
+GSM521106_1	10006,20008,30002,50000,40018,60001
+GSM624864_1	10001,20004,30009,50000,40002,60001
+GSM686522_1	10003,20006,30002,50000,40017,60001
+GSM520975_1	10003,20006,30002,50000,40017,60001
+GSM520834_1	10003,20006,30002,50000,40017,60001
+GSM520889_1	10003,20006,30002,50000,40017,60001
+GSM847697_1	10001,20004,30007,50000,40007,60001
+GSM624873_1	10007,20007,30002,50000,40018,60001
+GSM927188_1	10002,20004,30002,55001,40002,60001
+GSM942058_1	10001,20001,30001,50000,40001,60001
+GSM400662_1	10001,20014,30002,50000,40002,60001
+GSM686591_1	10003,20006,30002,50000,40017,60001
+GSM570040_1	10001,20004,30002,50060,40045,60011
+GSM927167_1	10002,20004,30002,55001,40002,60001
+GSM575496_1	10004,20006,30002,50000,40017,60001
+GSM627418_1	10003,20004,30002,50000,40002,60001
+GSM847776_1	10001,20004,30007,50000,40008,60001
+GSM621343_1	10001,20004,30002,50000,40035,60001
+GSM847575_1	10001,20004,30007,50023,40013,60002
+GSM624678_1	10006,20008,30002,50000,40018,60001
+GSM627394_1	10003,20004,30002,50000,40002,60001
+GSM927170_1	10002,20004,30002,55001,40002,60001
+GSM624881_1	10004,20006,30002,50000,40017,60001
+GSM627401_1	10003,20004,30002,50000,40002,60001
+GSM627345_1	10003,20004,30002,50000,40002,60001
+GSM520925_1	10003,20006,30002,50000,40017,60001
+GSM521029_1	10005,20007,30002,50000,40018,60001
+GSM627418_2	10003,20004,30002,50000,40002,60001
+GSM520808_1	10006,20008,30002,50000,40018,60001
+GSM521092_1	10003,20006,30002,50000,40017,60001
+GSM624682_1	10003,20006,30002,50000,40017,60001
+GSM521076_1	10006,20008,30002,50000,40018,60001
+GSM686753_1	10003,20006,30002,50000,40017,60001
+GSM627338_1	10003,20004,30002,50000,40002,60001
+GSM686559_1	10003,20006,30002,50000,40017,60001
+GSM627414_2	10003,20004,30002,50000,40002,60001
+GSM847774_1	10001,20004,30007,50028,40011,60002
+GSM520971_1	10004,20006,30002,50000,40017,60001
+GSM570043_1	10001,20004,30002,50040,40022,60010
+GSM942056_1	10001,20002,30001,50000,40001,60001
+GSM520848_1	10006,20008,30002,50000,40018,60001
+GSM520859_1	10003,20006,30002,50000,40017,60001
+GSM461200_2	10003,20004,30002,50000,40002,60001
+GSM571140_1	10001,20004,30002,50000,40024,60001
+GSM520995_1	10003,20006,30002,50000,40017,60001
+GSM594216_1	10001,20004,30002,50057,40033,60001
+GSM686534_1	10003,20006,30002,50000,40017,60001
+GSM461209_3	10003,20004,30002,50000,40002,60001
+GSM927172_1	10002,20004,30002,55001,40002,60001
+GSM521047_1	10003,20006,30002,50000,40017,60001
+GSM499639_1	10001,20004,30002,50000,40002,60001
+GSM461186_2	10003,20004,30002,50000,40002,60001
+GSM522356_1	10006,20008,30002,50000,40018,60001
+GSM927196_1	10002,20004,30002,55001,40002,60001
+GSM927166_1	10002,20004,30002,55001,40002,60001
+GSM627363_2	10003,20004,30002,50000,40002,60001
+GSM401411_1	10001,20015,30002,50000,40002,60001
+GSM627377_1	10003,20004,30002,50000,40002,60001
+GSM627338_2	10003,20004,30002,50000,40002,60001
+GSM520953_1	10003,20006,30002,50000,40017,60001
+GSM627348_1	10003,20004,30002,50000,40002,60001
+GSM621134_1	10001,20004,30002,50045,40038,60002
+GSM853486_1	10001,20004,30005,50012,40004,60002
+GSM461195_1	10003,20004,30002,50000,40002,60001
+GSM432582_1	10001,20004,30002,50000,40002,60001
+GSM686687_1	10003,20006,30002,50000,40017,60001
+GSM520907_1	10003,20006,30002,50000,40017,60001
+GSM627399_1	10003,20004,30002,50000,40002,60001
+GSM499653_1	10001,20004,30002,50000,40002,60001
+GSM624630_1	10003,20006,30002,50000,40017,60001
+GSM627412_2	10003,20004,30002,50000,40002,60001
+GSM624883_1	10004,20006,30002,50000,40017,60001
+GSM521021_1	10003,20006,30002,50000,40017,60001
+GSM881217_1	10001,20004,30003,50000,40003,60001
+GSM333864_1	10008,20004,30002,50000,40002,60001
+GSM575439_1	10006,20008,30002,50000,40018,60001
+GSM439448_1	10001,20004,30002,50000,40002,60001
+GSM575442_1	10003,20006,30002,50000,40017,60001
+GSM439458_1	10001,20004,30002,50000,40002,60001
+GSM575502_1	10006,20008,30002,50000,40018,60001
+GSM853483_1	10001,20004,30005,50006,40009,60002
+GSM686518_1	10003,20006,30002,50000,40017,60001
+GSM927219_1	10002,20004,30002,55001,40002,60001
+GSM624642_1	10005,20007,30002,50000,40018,60001
+GSM627391_1	10003,20004,30002,50000,40002,60001
+GSM927234_1	10002,20004,30002,55001,40002,60001
+GSM461192_1	10003,20004,30002,50000,40002,60001
+GSM439453_1	10001,20004,30002,50000,40002,60001
+GSM627390_1	10003,20004,30002,50000,40002,60001
+GSM624859_1	10001,20004,30009,50000,40002,60001
+GSM927228_1	10002,20004,30002,55001,40002,60001
+GSM686571_1	10003,20006,30002,50000,40017,60001
+GSM520779_1	10003,20006,30002,50000,40017,60001
+GSM499642_1	10001,20004,30002,50000,40002,60001
+GSM627416_1	10003,20004,30002,50000,40002,60001
+GSM575516_1	10003,20006,30002,50000,40017,60001
+GSM686486_1	10003,20006,30002,50000,40017,60001
+GSM627404_1	10003,20004,30002,50000,40002,60001
+GSM461198_1	10003,20004,30002,50000,40002,60001
+GSM624871_1	10001,20004,30009,50000,40002,60001
+GSM575421_1	10003,20006,30002,50000,40017,60001
+GSM624896_1	10003,20006,30002,50000,40017,60001
+GSM847577_1	10001,20004,30007,50035,40004,60002
+GSM400674_1	10001,20011,30002,50000,40002,60001
+GSM686528_1	10005,20007,30002,50000,40018,60001
+GSM439460_1	10001,20004,30002,50000,40002,60001
+GSM851848_1	10001,20004,30006,50005,40006,60002
+GSM400660_1	10001,20012,30002,50000,40002,60001
+GSM686473_1	10006,20008,30002,50000,40018,60001
+GSM624889_1	10004,20006,30002,50000,40017,60001
+GSM686541_1	10006,20008,30002,50000,40018,60001
+GSM575388_1	10001,20004,30003,50000,40031,60001
+GSM847767_1	10001,20004,30007,50026,40012,60002
+GSM686681_1	10004,20006,30002,50000,40017,60001
+GSM520901_1	10006,20008,30002,50000,40018,60001
+GSM461193_2	10003,20004,30002,50000,40002,60001
+GSM627390_2	10003,20004,30002,50000,40002,60001
+GSM628264_1	10001,20004,30002,50045,40002,60002
+GSM461203_2	10003,20004,30002,50000,40002,60001
+GSM569793_1	10001,20004,30002,50061,40024,60010
+GSM520798_1	10003,20006,30002,50000,40017,60001
+GSM686488_1	10005,20007,30002,50000,40018,60001
+GSM627403_1	10003,20004,30002,50000,40002,60001
+GSM521098_1	10005,20007,30002,50000,40018,60001
+GSM521065_1	10003,20006,30002,50000,40017,60001
+GSM624866_1	10001,20004,30009,50000,40002,60001
+GSM627409_1	10003,20004,30002,50000,40002,60001
+GSM461201_2	10003,20004,30002,50000,40002,60001
+GSM686526_1	10005,20007,30002,50000,40018,60001
+GSM621132_1	10001,20004,30002,50045,40039,60002
+GSM522362_1	10004,20006,30002,50000,40017,60001
+GSM333841_1	10008,20004,30002,50000,40002,60001
+GSM520991_1	10006,20008,30002,50000,40018,60001
+GSM686604_1	10004,20006,30002,50000,40017,60001
+GSM401423_1	10001,20011,30002,50000,40002,60001
+GSM401406_1	10001,20011,30002,50000,40002,60001
+GSM575492_1	10005,20007,30002,50000,40018,60001
+GSM847769_1	10001,20004,30007,50000,40011,60001
+GSM927205_1	10002,20004,30002,55001,40002,60001
+GSM401403_1	10001,20011,30002,50000,40002,60001
+GSM927218_1	10002,20004,30002,55001,40002,60001
+GSM575471_1	10001,20004,30003,50000,40046,60001
+GSM847953_1	10001,20004,30007,50000,40009,60001
+GSM439444_1	10001,20004,30002,50000,40002,60001
+GSM627340_1	10003,20004,30002,50000,40002,60001
+GSM521069_1	10006,20008,30002,50000,40018,60001
+GSM461196_2	10003,20004,30002,50000,40002,60001
+GSM575413_1	10006,20008,30002,50000,40018,60001
+GSM847768_1	10001,20004,30007,50031,40011,60002
+GSM520965_1	10003,20006,30002,50000,40017,60001
+GSM333853_1	10008,20004,30002,50000,40002,60001
+GSM686490_1	10005,20007,30002,50000,40018,60001
+GSM627402_1	10003,20004,30002,50000,40002,60001
+GSM575407_1	10001,20004,30003,50000,40031,60001
+GSM575481_1	10006,20008,30002,50000,40018,60001
+GSM624891_1	10004,20006,30002,50000,40017,60001
+GSM461194_1	10003,20004,30002,50000,40002,60001
+GSM669694_1	10001,20004,30002,50037,40019,60003
+GSM575458_1	10001,20004,30003,50000,40031,60001
+GSM387595_1	10008,20004,30002,50000,40002,60001
+GSM520945_1	10003,20006,30002,50000,40017,60001
+GSM520855_1	10006,20008,30002,50000,40018,60001
+GSM520784_1	10006,20008,30002,50000,40018,60001
+GSM520865_1	10006,20008,30002,50000,40018,60001
+GSM627415_1	10003,20004,30002,50000,40002,60001
+GSM927220_1	10002,20004,30002,55001,40002,60001
+GSM521049_1	10003,20006,30002,50000,40017,60001
+GSM575506_1	10003,20006,30002,50000,40017,60001
+GSM575429_1	10001,20004,30003,50000,40030,60001
+GSM927190_1	10002,20004,30002,55001,40002,60001
+GSM627344_1	10003,20004,30002,50000,40002,60001
+GSM881219_1	10001,20004,30003,50000,40003,60001
+GSM853475_1	10001,20004,30005,50017,40011,60002
+GSM627341_1	10003,20004,30002,50000,40002,60001
+GSM575462_1	10001,20004,30003,50000,40047,60001
+GSM333848_1	10008,20004,30002,50000,40002,60001
+GSM499651_1	10008,20004,30002,50000,40002,60001
+GSM927178_1	10002,20004,30002,55001,40002,60001
+GSM851842_1	10001,20004,30005,50000,40007,60001
+GSM627350_1	10003,20004,30002,50000,40002,60001
+GSM624634_1	10001,20004,30003,50000,40030,60001
+GSM520780_1	10003,20006,30002,50000,40017,60001
+GSM624668_1	10003,20006,30002,50000,40017,60001
+GSM627369_1	10003,20004,30002,50000,40002,60001
+GSM575390_1	10001,20004,30003,50000,40031,60001
+GSM686563_1	10006,20008,30002,50000,40018,60001
+GSM575427_1	10001,20004,30003,50000,40030,60001
+GSM575485_1	10005,20007,30002,50000,40018,60001
+GSM686549_1	10006,20008,30002,50000,40018,60001
diff --git a/dm3/track2Annotation_longrange b/dm3/track2Annotation_longrange
new file mode 100644
index 0000000..328c8ce
--- /dev/null
+++ b/dm3/track2Annotation_longrange
@@ -0,0 +1,10 @@
+GSM849421_10k	20011,50066
+GSM849421_160k	20011,50066
+GSM849421_20k	20011,50066
+GSM849421_40k	20011,50066
+GSM849421_80k	20011,50066
+GSM849422_10k	20011,50066
+GSM849422_160k	20011,50066
+GSM849422_20k	20011,50066
+GSM849422_40k	20011,50066
+GSM849422_80k	20011,50066
diff --git a/dm3/track2BamInfo b/dm3/track2BamInfo
new file mode 100644
index 0000000..e69de29
diff --git a/dm3/track2Categorical b/dm3/track2Categorical
new file mode 100644
index 0000000..6962c13
--- /dev/null
+++ b/dm3/track2Categorical
@@ -0,0 +1 @@
+rmsk_ensemble	2:['LINE - long interspersed nuclear element','#FF6600'], 3:['LTR - long terminal repeat element','#006600'], 4:['DNA transposon','#4A72E8'], 5:['Simple repeat, micro-satellite','#AB833B'], 7:['Low complexity repeat','#663333'], 6:['Satellite repeat','#660000'], 9:['Other repeats','#488E8E'],8:['RNA repeat','#cc33ff'], 10:['Unknown','#5C5C5C']
diff --git a/dm3/track2Detail b/dm3/track2Detail
new file mode 100644
index 0000000..f013fe9
--- /dev/null
+++ b/dm3/track2Detail
@@ -0,0 +1,1012 @@
+GSM520875_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520875_345.Mvalues.bigWig
+GSM621339_1	developmental stage=E0-12h; antibody=Su(Hw)PG; antibody provider=Geyer Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621339_extracted_MAT_Su_Hw_PG_E-0-12h.Dm_tiling2_MR_v01_dm3.NR.bpmap_matscore.bar.txt_IGB.bigWig
+GSM390064_1	cell line=S2-DRSC; original_filename=GSM390064_S2_DRSC_16_spa.bigWig
+GSM575368_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575368_180.Mvalues.bigWig
+GSM432583_1	development point=E8-12; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM432583_E8-12_H3K27Ac_density.bigWig
+GSM686709_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686709_854.Mvalues.bigWig
+GSM575393_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575393_169.Mvalues.bigWig
+GSM520929_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520929_305.Mvalues.bigWig
+GSM847771_1	strain=iso1 (y; bw cn sp); developmental stage=Kc167; original_filename=GSM847771_2011-778_110511_SN673_0058_A81RWUABXX_7_sequence.txtno_ct_density.bigWig
+GSM570038_1	developmental stage=E0-8h; fraction=ChIP; antibody name=KW3-disco-D2; manufacturer=White Lab/Aviva; lot/batch#=N/A; catalog#=N/A; original_filename=GSM570038_E0-8h_disco_density.bigWig
+GSM575380_1	strain=Oregon-R; developmental stage=Mixed Adult; genotype=wild type; original_filename=GSM575380_479.Mvalues.bigWig
+GSM461206_1	cell line=S2-DRSC; original_filename=GSM461206_090508_427C7AAXX_CG5836_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627336_1	cell line=S2-DRSC; original_filename=GSM627336_090925_42PG4AAXX_CG10203_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM847659_1	strain=iso1 (y; bw cn sp); developmental stage=E0-8; antibody name=dm; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847659_2011-552_110420_SN665_0082_A81RVWABXX_1_sequence.txtno_ct_density.bigWig
+GSM669543_1	developmental stage=WPP; antibody name=KW3-Trl-D2; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; fly type=iso1 (y; bw cn sp); original_filename=GSM669543_WPP_Trl-D2_density.bigWig
+GSM451804_1	development stage=AdultMale; original_filename=GSM451804_AdultMale_combined_coverage.bigWig
+GSM333849_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333849.bigWig
+GSM621333_1	developmental stage=E0-8h; antibody=h; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621333_extracted_E0-8_h_signal.bar.txt_IGB.bigWig
+GSM461210_2	cell line=S2-DRSC; original_filename=GSM461210_090624_42ENMAAXX_CG7878_2_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM853480_1	developmental stage=WPP+12; strain=USP, transgenic; original_filename=GSM853480_2011-1526_110901_SN665_0124_AC02Y2ABXX_6_sequence.txtno_ct_density.bigWig
+GSM461179_1	cell line=S2-DRSC; original_filename=GSM461179_CG8144-1_all.bigWig
+GSM927232_1	cell line=S2R+; orf encoding protein=none; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927232_Obar_BRG_BLUE_FH000B_TGACCA_L005_R1_001_scaled.bigWig
+GSM408988_1	tissue/development stage=E4-8; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM408988_E4-8_CBP_density.bigWig
+GSM520939_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520939_127.Mvalues.bigWig
+GSM624674_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624674_940.Mvalues.bigWig
+GSM942055_1	strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Malpighian tubules; developmental stage=cleavage stage; genotype=TBA; Sex=Female; strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Malpighian tubules; developmental stage=cleavage stage; genotype=TBA; Sex=Unknown; original_filename=GSM942055_Norm_smoothed_log2_ratios.252532110032_201201251329_S01_CGH-v4_10_Apr08_1_2.bigWig
+GSM853474_1	developmental stage=Kc167; antibody name=Ttk; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853474_2011-1007_110616_SN673_0073_AB079JABXX_3_sequence.txtno_ct_density.bigWig
+GSM575508_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575508_334.Mvalues.bigWig
+GSM624887_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624887_K_57C6Co_352810-3_cy5_cy3.bigWig
+GSM439451_1	development point=HL1; antibody=H3K9me3; antibody manufacturer=Abcam; antibody catalog number=ab8898; antibody lot number=422485; original_filename=GSM439451_L1_H3K9Me3_density.bigWig
+GSM851706_1	developmental stage=E0-12; antibody name=USP; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=USP, transgenic; original_filename=GSM851706_2011-1622_110916_SN484_0113_AC030PABXX_3_sequence.txtno_ct_density.bigWig
+GSM942054_1	strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Midgut; developmental stage=cleavage stage; genotype=TBA; Sex=Female; strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Midgut; developmental stage=cleavage stage; genotype=TBA; Sex=Unknown; original_filename=GSM942054_Norm_smoothed_log2_ratios.252532110037_201202081323_S01_CGH-v4_10_Apr08_1_1.bigWig
+GSM400656_1	tissue=Embryos; time point=0-4h; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400656_E0-4_K4Me3.density.bigWig
+GSM686729_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686729_915.Mvalues.bigWig
+GSM686551_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686551_1092.Mvalues.bigWig
+GSM432580_1	development point=E12-16; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM432580_E12-16_H3K4Me3_density.bigWig
+GSM694128_1	developmental stage=Mixed Embryos 0-24h; original_filename=GSM694128_ON_PolII_53.bigWig
+GSM520861_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520861_97.Mvalues.bigWig
+GSM575384_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM575384_482.Mvalues.bigWig
+GSM881218_1	strain=Oregon-R(official name : Oregon-R-modENCODE genotype : wild type ); developmental stage=Embryo 4-7h; genotype=wild type; original_filename=GSM881218_4-7hr-ORC_DM62.bigWig
+GSM461210_1	cell line=S2-DRSC; original_filename=GSM461210_100730_61RPDAAXX_CG7878_2_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624880_1	cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; original_filename=GSM624880_54Bp_54B6_353279_cy5_cy3.bigWig
+GSM694124_1	developmental stage=Mixed Embryos 0-24h; original_filename=GSM694124_ON_ORC_45.bigWig
+GSM627396_1	cell line=S2-DRSC; original_filename=GSM627396_100429_600CAAAXX_CG6227_1_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627411_2	cell line=S2-DRSC; original_filename=GSM627411_100520_600A7AAXX_CG8781_1_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM401412_1	tissue=AdultFemale; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM401412_H3K27Ac_density.bigWig
+GSM461176_1	cell line=S2-DRSC; original_filename=GSM461176_Untreated-1_all.bigWig
+GSM575386_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM575386_481.Mvalues.bigWig
+GSM520800_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520800_71.Mvalues.bigWig
+GSM521086_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521086_383.Mvalues.bigWig
+GSM627407_1	cell line=S2-DRSC; original_filename=GSM627407_100408_600A5AAXX_CG8636_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521102_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521102_574.Mvalues.bigWig
+GSM521033_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM521033_440.Mvalues.bigWig
+GSM461187_1	cell line=S2-DRSC; original_filename=GSM461187_090512_4277EAAXX_CG12749_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686762_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686762_944.Mvalues.bigWig
+GSM408986_1	tissue/development stage=E12-16; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM408986_E12-16_CBP_density.bigWig
+GSM686759_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686759_827.Mvalues.bigWig
+GSM628252_1	developmental stage=E16-24h; antibody name=HP1-Abcam; manufacturer=Abcam; lot/batch#=ab24726; catalog=820130; original_filename=GSM628252_E16-24h_HP1_Abcam_density.bigWig
+GSM627417_1	cell line=S2-DRSC; original_filename=GSM627417_100331_61F5NAAXX_CG9412_2_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627387_2	cell line=S2-DRSC; original_filename=GSM627387_090414_313ATAAXX_CG5442_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521015_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521015_635.Mvalues.bigWig
+GSM401420_1	tissue=L2; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM401420_L2_H3K9Ac_density.bigWig
+GSM451806_1	development stage=E0-4; original_filename=GSM451806_E0-4_combined_coverage.bigWig
+GSM520955_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520955_398.Mvalues.bigWig
+GSM927233_1	cell line=S2R+; orf encoding protein=none; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927233_Obar_BRG_RED_FH000A_ACAGTG_L006_R1_001_scaled.bigWig
+GSM521031_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM521031_439.Mvalues.bigWig
+GSM451808_1	development stage=E8-12; original_filename=GSM451808_E8-12_combined_coverage.bigWig
+GSM853488_1	developmental stage=E0-8; antibody name=Fru; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853488_2011-1224_110718_SN665_0105_AD0E3AABXX_1_sequence.txtno_ct_density.bigWig
+GSM521017_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521017_634.Mvalues.bigWig
+GSM569800_1	developmental stage=E0-8h; fraction=ChIP; antibody name=KW4-Pcl-D2; manufacturer=White Lab/Aviva; lot/batch#=N/A; catalog#=N/A; original_filename=GSM569800_E0-8h_Pcl_density.bigWig
+GSM927171_1	cell line=S2R+; orf encoding protein=CG10851; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927171_Obar_BRG_FH2753_CG10851_B52_TGACCA_L003_R1_001_scaled.bigWig
+GSM387596_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM387596_C3H2A_vs_PDINP_277408-2.bigWig
+GSM521041_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521041_550.Mvalues.bigWig
+GSM847674_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; original_filename=GSM847674_2011-1235_110718_SN665_0105_AD0E3AABXX_3_sequence.txtno_ct_density.bigWig
+GSM401401_1	tissue=Embryos; time point=16-20h; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM401401_E16-20_H3K27Ac_density.bigWig
+GSM451807_1	development stage=E16-20; original_filename=GSM451807_E16-20_combined_coverage.bigWig
+GSM686743_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686743_1105.Mvalues.bigWig
+GSM627411_1	cell line=S2-DRSC; original_filename=GSM627411_100409_600BLAAXX_CG8781_1_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM333833_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333833.bigWig
+GSM686707_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686707_808.Mvalues.bigWig
+GSM432592_1	development point=E8-12; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM432592_E8-12_H3K9Ac_density.bigWig
+GSM624868_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624868_060409Dm4-6_600I5vN3_283712-2_cy5_cy3.bigWig
+GSM847752_1	strain=iso1 (y; bw cn sp); developmental stage=E8-16; antibody name=sr; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847752_2010-4449_110624_SN673_0077_AB079HABXX_7_sequence.txtno_ct_density.bigWig
+GSM624888_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624888_AA_56C6Co_382517-3_cy5_cy3.bigWig
+GSM520828_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520828_338.Mvalues.bigWig
+GSM461193_1	cell line=S2-DRSC; original_filename=GSM461193_090407_3138TAAXX_CG5655_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627380_1	cell line=S2-DRSC; original_filename=GSM627380_100430_6103YAAXX_CG4816_2_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM439464_1	development point=E20-24; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM439464_E20-24_H3K4Me1_density.bigWig
+GSM439462_1	development point=E20-24; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM439462_E20-24_CBP_density.bigWig
+GSM461208_2	cell line=S2-DRSC; original_filename=GSM461208_100730_61RPDAAXX_CG3249_2_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575437_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575437_628.Mvalues.bigWig
+GSM333838_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333838.bigWig
+GSM575446_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575446_581.Mvalues.bigWig
+GSM686606_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686606_957.Mvalues.bigWig
+GSM520790_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM520790_296.Mvalues.bigWig
+GSM627360_1	cell line=S2-DRSC; original_filename=GSM627360_091022_432AVAAXX_CG18426_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624620_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM624620_252.Mvalues.bigWig
+GSM461191_2	cell line=S2-DRSC; original_filename=GSM461191_090407_3138TAAXX_CG30122_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927176_1	cell line=S2R+; orf encoding protein=CG12749; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927176_Obar_BRG_BLUE_FH3174_CG12749_Hrb87F_CAGATC_L004_R1_001_scaled.bigWig
+GSM461209_1	cell line=S2-DRSC; original_filename=GSM461209_090512_4277EAAXX_CG7878_1_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575391_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575391_733.Mvalues.bigWig
+GSM621328_1	developmental stage=E0-4h; antibody=bks; antibody provider=Mannervik Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621328_extracted_E0-4_bks_signal.bar.txt_IGB.bigWig
+GSM624882_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624882_V_56A6Ao_353400-3_cy5_cy3.bigWig
+GSM853468_1	developmental stage=E16-24; antibody name=TCF; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853468_2011-1107_110622_SN673_0076_BB07A0ABXX_8_sequence.txtno_ct_density.bigWig
+GSM461209_2	cell line=S2-DRSC; original_filename=GSM461209_090624_42ENMAAXX_CG7878_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927202_1	cell line=S2R+; orf encoding protein=CG4816; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927202_Obar_BRG_FH4427_CG4816_qkr54B_ACTTGA_L005_R1_001_scaled.bigWig
+GSM927208_1	cell line=S2R+; orf encoding protein=CG6203; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927208_Obar_BRG_Blue_FH7122_CG6203_Fmr_CTTGTA_L008_R1_001_scaled.bigWig
+GSM575510_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575510_335.Mvalues.bigWig
+GSM451805_1	development stage=AdultFemale; original_filename=GSM451805_AdultFemale_combined_coverage.bigWig
+GSM847673_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; antibody name=CG16778; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847673_2011-1233_110718_SN665_0105_AD0E3AABXX_3_sequence.txtno_ct_density.bigWig
+GSM461187_2	cell line=S2-DRSC; original_filename=GSM461187_090311_30WEDAAXX_CG12749_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927212_1	cell line=S2R+; orf encoding protein=CG6227; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927212_Obar_BRG_BLUE_FH3919_CG6227_ACAGTG_L005_R1_001_scaled.bigWig
+GSM520935_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520935_299.Mvalues.bigWig
+GSM927224_1	cell line=S2R+; orf encoding protein=CG8749; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927224_Obar_BRG_FH5485_CG8749_srRNP70k_TGACCA_L006_R1_001_scaled.bigWig
+GSM390062_1	cell line=CME_W1_Cl.8+; original_filename=GSM390062_CME_W1_Cl.8+-62_spa.bigWig
+GSM575382_1	strain=Oregon-R; developmental stage=Mixed Adult; genotype=wild type; original_filename=GSM575382_480.Mvalues.bigWig
+GSM499657_1	development stage=WhitePrePupae10-11; antibody=goat anti GFP; test=ChIP; original_filename=GSM499657_WPP_density.bigWig
+GSM686477_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686477_784.Mvalues.bigWig
+GSM521061_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521061_513.Mvalues.bigWig
+GSM390059_1	cell line=Kc167; original_filename=GSM390059_Kc167-2_spa.bigWig
+GSM927197_1	cell line=S2R+; orf encoding protein=CG42670; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927197_Obar_BRG_Red_FH7121_CG42670_Ps_CAGATC_L007_R1_001_scaled.bigWig
+GSM575475_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575475_684.Mvalues.bigWig
+GSM624646_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM624646_1102.Mvalues.bigWig
+GSM461203_1	cell line=S2-DRSC; original_filename=GSM461203_090610_4277KAAXX_CG7437_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461184_1	cell line=S2-DRSC; original_filename=GSM461184_090512_4277EAAXX_CG9373_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686555_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686555_833.Mvalues.bigWig
+GSM927210_1	cell line=S2R+; orf encoding protein=CG6203; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927210_FH7122_AC01WMACXX_5_1_sequence_trimmed_scaled.bigWig
+GSM847706_1	strain=iso1 (y; bw cn sp); developmental stage=E8-16; antibody name=jim; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847706_2011-1245_110728_SN665_0109_BD0E3TABXX_5_sequence.txtno_ct_density.bigWig
+GSM636835_1	developmental stage=E16-24h; fly=iso1 (y; bw cn sp); antibody name=KW3-Kr-D2; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM636835_E16-24h_Kr-D2_density.bigWig
+GSM627382_1	cell line=S2-DRSC; original_filename=GSM627382_100331_61F5NAAXX_CG4878_2_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627392_1	cell line=S2-DRSC; original_filename=GSM627392_100408_600A5AAXX_CG6049_1_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM694120_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM694120_S2_MCM_22.bigWig
+GSM520949_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520949_29.Mvalues.bigWig
+GSM575401_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575401_395.Mvalues.bigWig
+GSM521003_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521003_408.Mvalues.bigWig
+GSM520775_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520775_59.Mvalues.bigWig
+GSM521039_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521039_549.Mvalues.bigWig
+GSM686600_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686600_993.Mvalues.bigWig
+GSM520854_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520854_198.Mvalues.bigWig
+GSM621329_1	developmental stage=E0-4h; antibody=cad; antibody provider=Reinitz Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621329_extracted_E0-4h_cad_signal.bar.txt_IGB.bigWig
+GSM627407_2	cell line=S2-DRSC; original_filename=GSM627407_100520_600A7AAXX_CG8636_1_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM614652_1	developmental stage=E0-8h; antibody name=Trl; manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM614652_E0-8h_Trl_density.bigWig
+GSM927181_1	cell line=S2R+; orf encoding protein=CG16725; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927181_Obar_BRG_Blue_FH0980_CG16725_Smn_TAGCTT_L008_R1_001_scaled.bigWig
+GSM520873_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520873_347.Mvalues.bigWig
+GSM521063_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521063_522.Mvalues.bigWig
+GSM686475_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686475_665.Mvalues.bigWig
+GSM570045_1	developmental stage=E8-16h; fraction=ChIP; antibody name=KW3-kni-D2; manufacturer=White Lab/Aviva; lot/batch#=N/A; catalog#=N/A; original_filename=GSM570045_E8-16h_kni_density.bigWig
+GSM569791_1	developmental stage=E0-12h; fraction=ChIP; antibody name=Sin3A; manufacturer=Ross Cagan/Proteintech; lot/batch#=N/A; catalog#=N/A; original_filename=GSM569791_E0-12h_Sin3A_density.bigWig
+GSM499638_1	development stage=E0-12h; antibody=HDAC6; test=ChIP; original_filename=GSM499638_E0-12_HDAC-496_density.bigWig
+GSM401416_1	tissue=L3; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM401416_L3_H3K27Ac_density.bigWig
+GSM627363_1	cell line=S2-DRSC; original_filename=GSM627363_091022_432AVAAXX_CG31000_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627374_1	cell line=S2-DRSC; original_filename=GSM627374_100423_600A6AAXX_CG4262_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575433_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575433_144.Mvalues.bigWig
+GSM627398_1	cell line=S2-DRSC; original_filename=GSM627398_100429_600CAAAXX_CG6841_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM499643_1	development stage=E0-12h; antibody=HDAC1; test=ChIP; original_filename=GSM499643_E0-12_HDAC-501_density.bigWig
+GSM499635_1	development stage=E0-12h; antibody=HDAC4a; test=ChIP; original_filename=GSM499635_E0-12_HDAC-493_density.bigWig
+GSM387597_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM387597_C3H2A_vs_VPDINP_276912-2.bigWig
+GSM624884_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624884_W_56A6Ap_353374-3_cy5_cy3.bigWig
+GSM521037_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM521037_601.Mvalues.bigWig
+GSM521100_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521100_44.Mvalues.bigWig
+GSM847658_1	strain=iso1 (y; bw cn sp); developmental stage=E0-8; original_filename=GSM847658_2011-1104_110622_SN673_0076_BB07A0ABXX_8_sequence.txtno_ct_density.bigWig
+GSM461193_3	cell line=S2-DRSC; original_filename=GSM461193_100730_61RPDAAXX_CG5655_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927216_1	cell line=S2R+; orf encoding protein=CG6841; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927216_Obar_BRG_FH4626_CG6841_ATCACG_L005_R1_001_scaled.bigWig
+GSM686739_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686739_831.Mvalues.bigWig
+GSM624861_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624861_090309DmBL6_150X5vN3_353394-2_cy5_cy3.bigWig
+GSM624628_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624628_782.Mvalues.bigWig
+GSM627413_3	cell line=S2-DRSC; original_filename=GSM627413_100323_61F6BAAXX_CG8912_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM401421_1	tissue=L2; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM401421_L2_H3K4Me1_density.bigWig
+GSM575479_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575479_324.Mvalues.bigWig
+GSM881221_1	strain=Oregon-R(official name : Oregon-R-modENCODE genotype : wild type ); developmental stage=Embryo 4-7h; genotype=wild type; original_filename=GSM881221_4-7hr-PolII_DM38.bigWig
+GSM627356_1	cell line=S2-DRSC; original_filename=GSM627356_091002_42P86AAXX_CG17136_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686717_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686717_880.Mvalues.bigWig
+GSM333846_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333846.bigWig
+GSM686755_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686755_838.Mvalues.bigWig
+GSM847675_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; antibody name=CNC; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847675_2011-585_110415_SN665_0081_B81RMJABXX_6_sequence.txtno_ct_density.bigWig
+GSM627337_1	cell line=S2-DRSC; original_filename=GSM627337_100429_600CAAAXX_CG10279_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686612_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686612_907.Mvalues.bigWig
+GSM401413_1	tissue=Pupae; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM401413_Pupae_H3K27Ac_density.bigWig
+GSM522360_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM522360_KC_12.bigWig
+GSM853469_1	developmental stage=E16-24; strain=ISO1; original_filename=GSM853469_2011-1019_110616_SN673_0073_AB079JABXX_6_sequence.txtno_ct_density.bigWig
+GSM520796_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520796_130.Mvalues.bigWig
+GSM624876_1	cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; original_filename=GSM624876_54Bn_54B6_353629_cy5_cy3.bigWig
+GSM843544_1	developmental stage=AdultFemale; antibody name=CNC; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=iso1 (y; bw cn sp); original_filename=GSM843544_2011-1013_110616_SN673_0073_AB079JABXX_5_sequence.txtno_ct_density.bigWig
+GSM627406_1	cell line=S2-DRSC; original_filename=GSM627406_100423_600A6AAXX_CG8241_2_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624892_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624892_P_57C0C1_383370-2_cy5_cy3.bigWig
+GSM575411_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575411_669.Mvalues.bigWig
+GSM624897_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624897_1_41A0A1_271532-5_cy5_cy3.bigWig
+GSM927223_1	cell line=S2R+; orf encoding protein=CG8636; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927223_Obar_BRG_Blue_FH595_CG8636_GCCAAT_L006_R1_001_scaled.bigWig
+GSM575431_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM575431_139.Mvalues.bigWig
+GSM520881_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520881_357.Mvalues.bigWig
+GSM628255_1	fly=transgenic; developmental stage=: 15T_8-16_NW; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM628255_15T_8-16_NW_GFP_density.bigWig
+GSM627388_2	cell line=S2-DRSC; original_filename=GSM627388_100611_600FPAAXX_CG5442_2_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM669545_1	developmental stage=E0-12; antibody name=Hr4_GFP; fly type=transgenic; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM669545_E0-12_Hr4_GFP_density.bigWig
+GSM575417_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575417_642.Mvalues.bigWig
+GSM686547_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686547_1097.Mvalues.bigWig
+GSM927177_1	cell line=S2R+; orf encoding protein=CG1559; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927177_Obar_BRG_FH4344_CG1559_Upf1_CAGATC_L005_R1_001_scaled.bigWig
+GSM333866_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333866.bigWig
+GSM927222_1	cell line=S2R+; orf encoding protein=CG8636; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927222_Obar_BRG_FH595_CG8636_CGATGT_L001_R1_001_scaled.bigWig
+GSM627395_1	cell line=S2-DRSC; original_filename=GSM627395_100323_61F6BAAXX_CG6203_2_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM851729_1	developmental stage=E0-8; antibody name=CG16778; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM851729_2011-1227_110718_SN665_0105_AD0E3AABXX_1_sequence.txtno_ct_density.bigWig
+GSM461190_1	cell line=S2-DRSC; original_filename=GSM461190_090407_3138TAAXX_CG13425_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM401410_1	tissue=AdultMale; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM401410_AdultMale_H3K27Ac_density.bigWig
+GSM621341_1	developmental stage=S2; antibody=CTCF-N; antibody provider=Renkawitz Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621341_extracted_MAT_CTCF-N_S2Cells.Dm_tiling2_MR_v01_dm3.NR.bpmap_matscore.bar.txt_IGB.bigWig
+GSM627349_2	cell line=S2-DRSC; original_filename=GSM627349_100730_61RPDAAXX_CG13425_2_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM400672_1	tissue=Embryos; time point=20-24h; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400672_E20-24_H3K4Me3_run2_density.bigWig
+GSM627391_2	cell line=S2-DRSC; original_filename=GSM627391_091118_42W4VAAXX_CG5836_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627364_1	cell line=S2-DRSC; original_filename=GSM627364_100331_61F5NAAXX_CG31716_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM432594_1	development point=E8-12; antibody=PolII; antibody manufacturer=Covance; antibody catalog number=MMS-126R; antibody lot number=14861301; original_filename=GSM432594_E8-12_PolII_density.bigWig
+GSM520921_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520921_329.Mvalues.bigWig
+GSM461192_2	cell line=S2-DRSC; original_filename=GSM461192_090527_4277RAAXX_CG4602_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520852_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520852_37.Mvalues.bigWig
+GSM627353_1	cell line=S2-DRSC; original_filename=GSM627353_100408_600A5AAXX_CG16788_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624664_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM624664_401.Mvalues.bigWig
+GSM333850_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333850.bigWig
+GSM521071_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM521071_558.Mvalues.bigWig
+GSM853472_1	developmental stage=E8-16; strain=ISO1; original_filename=GSM853472_2011-1341_110806_SN484_0108_AD0BT3ABXX_6_sequence.txtno_ct_density.bigWig
+GSM927194_1	cell line=S2R+; orf encoding protein=CG3613; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927194_Obar_BRG_Blue_FH0632_CG3613_qkr58E-1_CAGATC_L001_R1_001_scaled.bigWig
+GSM432593_1	development point=E8-12; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM432593_E8-12_H3K4Me1_density.bigWig
+GSM624865_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624865_090209DmBL6_PELL5vN3_353355-2_cy5_cy3.bigWig
+GSM520818_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520818_124.Mvalues.bigWig
+GSM575448_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575448_615.Mvalues.bigWig
+GSM333837_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333837.bigWig
+GSM400666_1	tissue=AdultMale; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400666_AdultMale_H3K4Me3_run2_density.bigWig
+GSM390066_1	cell line=ML-DmBG3-c2; original_filename=GSM390066_ML-DmBG3-c2-124_spa.bigWig
+GSM333847_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333847.bigWig
+GSM686751_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686751_1103.Mvalues.bigWig
+GSM848956_1	strain=iso1 (y; bw cn sp); developmental stage=WPP; antibody name=CG8478; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM848956_2011-522_110405_SN484_0076_A81RY0ABXX_3_sequence.txtno_ct_density.bigWig
+GSM686685_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686685_668.Mvalues.bigWig
+GSM627335_3	cell line=S2-DRSC; original_filename=GSM627335_091022_432AVAAXX_CG10128_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM432584_1	development point=E16-20; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM432584_E16-20_CBP_density.bigWig
+GSM333868_2	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333868_3.3_600bd_271145.bigWig
+GSM686479_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686479_820.Mvalues.bigWig
+GSM686776_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686776_908.Mvalues.bigWig
+GSM461183_1	cell line=S2-DRSC; original_filename=GSM461183_090311_30WEDAAXX_CG6946_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM594222_1	developmental stage=E1-6h; antibody name=NW-GFP-Goat[eve]; antibody manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM594222_E1-6h_eve-YFP_density.bigWig
+GSM694129_1	developmental stage=Mixed Embryos 0-24h; original_filename=GSM694129_ON_PolII_54.bigWig
+GSM461181_1	cell line=S2-DRSC; original_filename=GSM461181_CG8144-4_all.bigWig
+GSM686782_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686782_892.Mvalues.bigWig
+GSM847578_1	strain=iso1 (y; bw cn sp); developmental stage=E0-12; original_filename=GSM847578_2011-719_110506_SN673_0057_AC01VVABXX_6_sequence.txtno_ct_density.bigWig
+GSM636830_1	developmental stage=5T-8-16h; fly=transgenic; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM636830_5T_8-16_NW_GFP_density.bigWig
+GSM575419_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575419_641.Mvalues.bigWig
+GSM401409_1	tissue=Embryos; time point=0-4h; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM401409_E0-4_H3K4Me1_density.bigWig
+GSM439443_1	development point=E20-24; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439443_E20-24_H3K27Me3_density.bigWig
+GSM432586_1	development point=Pupae; antibody=PolII; antibody manufacturer=Covance; antibody catalog number=MMS-126R; antibody lot number=14861301; original_filename=GSM432586_Pupae_PolII_density.bigWig
+GSM624862_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624862_090209DmBL3_600I5vN3_353395-2_cy5_cy3.bigWig
+GSM624885_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624885_X_56A0A1_353629-4_cy5_cy3.bigWig
+GSM621331_1	developmental stage=E0-8h; antibody=disco; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621331_extracted_E0-8_disco_signal.bar.txt_IGB.bigWig
+GSM333859_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333859.bigWig
+GSM390065_1	cell line=ML-DmBG3-c2; original_filename=GSM390065_ML-DmBG3-c2-122_spa.bigWig
+GSM621326_1	developmental stage=E0-8; antibody=Kr-D2; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621326_extracted_MAT_Kr-D2_E-0-8h.Dm_tiling2_MR_v01_dm3.NR.bpmap_matscore.bar.txt_IGB.bigWig
+GSM686516_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686516_631.Mvalues.bigWig
+GSM520885_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520885_13.Mvalues.bigWig
+GSM439450_1	development point=L2; antibody=H3K9me3; antibody manufacturer=Abcam; antibody catalog number=ab8898; antibody lot number=422485; original_filename=GSM439450_L2_H3K9Me3_density.bigWig
+GSM624652_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624652_834.Mvalues.bigWig
+GSM843545_1	developmental stage=AdultFemale; strain=iso1 (y; bw cn sp); original_filename=GSM843545_2011-1017_110616_SN673_0073_AB079JABXX_6_sequence.txtno_ct_density.bigWig
+GSM521059_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521059_524.Mvalues.bigWig
+GSM520802_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520802_129.Mvalues.bigWig
+GSM575454_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575454_688.Mvalues.bigWig
+GSM461191_1	cell line=S2-DRSC; original_filename=GSM461191_090527_4277RAAXX_CG30122_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM694125_1	developmental stage=Mixed Embryos 0-24h; original_filename=GSM694125_ON_ORC_46.bigWig
+GSM927180_1	cell line=S2R+; orf encoding protein=CG16725; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927180_Obar_BRG_RED_FH0980_CG16725_SMN_GCCAAT_L007_R1_001_scaled.bigWig
+GSM461185_1	cell line=S2-DRSC; original_filename=GSM461185_090512_4277EAAXX_CG5099_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520985_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520985_374.Mvalues.bigWig
+GSM575498_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM575498_589.Mvalues.bigWig
+GSM621338_1	developmental stage=E0-4h; antibody=rbCBP; antibody provider=Mannervik Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621338_extracted_MAT_rbCBP_E-0-4h.Dm_tiling2_MR_v01_dm3.NR.bpmap_matscore.bar.txt_IGB.bigWig
+GSM520830_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520830_353.Mvalues.bigWig
+GSM521090_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521090_429.Mvalues.bigWig
+GSM627355_1	cell line=S2-DRSC; original_filename=GSM627355_090925_42PG4AAXX_CG16901_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM847657_1	strain=iso1 (y; bw cn sp); developmental stage=E0-8; antibody name=br-core; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847657_2011-1105_110622_SN673_0076_BB07A0ABXX_8_sequence.txtno_ct_density.bigWig
+GSM333855_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333855.bigWig
+GSM624890_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624890_L_57C6Cp_353279-3_cy5_cy3.bigWig
+GSM570051_1	developmental stage=Kc; fraction=ChIP; antibody name=H3K4me3-LP; manufacturer=Lake PlacidBIO; lot/batch#=#169; catalog#=AR-0169-50; original_filename=GSM570051_Kc_K4me3_density.bigWig
+GSM521088_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521088_626.Mvalues.bigWig
+GSM408992_1	tissue/development stage=L3; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM408992_L3_CBP_density.bigWig
+GSM627379_1	cell line=S2-DRSC; original_filename=GSM627379_100430_6103YAAXX_CG4816_1_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627346_1	cell line=S2-DRSC; original_filename=GSM627346_100409_600BLAAXX_CG11266_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM499640_1	development stage=E0-12h; antibody=HDAC3; test=ChIP; original_filename=GSM499640_E0-12_HDAC-498_density.bigWig
+GSM627389_3	cell line=S2-DRSC; original_filename=GSM627389_090925_42PG4AAXX_CG5655_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686508_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686508_926.Mvalues.bigWig
+GSM621342_1	developmental stage=(sens-GFP)-E4-8h; antibody=sens; antibody provider=Bellen Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=transgenic; antibody=none; original_filename=GSM621342_extracted_sens_sens-E-4-8h_pvalue.bar.txt_IGB.bigWig
+GSM521035_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM521035_602.Mvalues.bigWig
+GSM575483_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM575483_718.Mvalues.bigWig
+GSM669472_1	developmental stage=E8-16h; antibody name=KW3-h-D1; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; fly type=iso1 (y; bw cn sp); original_filename=GSM669472_E8-16h_h_density.bigWig
+GSM461207_3	cell line=S2-DRSC; original_filename=GSM461207_090508_427C7AAXX_CG3249_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461186_1	cell line=S2-DRSC; original_filename=GSM461186_090311_30WEDAAXX_CG9983_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM942053_1	strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Midgut; developmental stage=cleavage stage; genotype=TBA; Sex=Female; strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Midgut; developmental stage=cleavage stage; genotype=TBA; Sex=Unknown; original_filename=GSM942053_Norm_smoothed_log2_ratios.252532110031_201201271335_S01_CGH-v4_10_Apr08_1_1.bigWig
+GSM686745_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686745_1108.Mvalues.bigWig
+GSM575469_1	strain=Oregon-R; developmental stage=Mixed Adult; genotype=wild type; original_filename=GSM575469_477.Mvalues.bigWig
+GSM851849_1	developmental stage=E0-8; strain=DFD, transgenic; original_filename=GSM851849_2011-1717_111007_SN673_0107_BD0E2TACXX_4_sequence.txtno_ct_density.bigWig
+GSM686737_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686737_830.Mvalues.bigWig
+GSM847773_1	strain=iso1 (y; bw cn sp); developmental stage=Kc167; original_filename=GSM847773_2011-1123_110628_SN673_0078_BC049RABXX_2_sequence.txtno_ct_density.bigWig
+GSM439463_1	development point=E0-4; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM439463_E0-4_CBP_density.bigWig
+GSM686749_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686749_1104.Mvalues.bigWig
+GSM520913_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520913_248.Mvalues.bigWig
+GSM333842_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333842.bigWig
+GSM520832_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520832_352.Mvalues.bigWig
+GSM686510_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686510_932.Mvalues.bigWig
+GSM627359_2	cell line=S2-DRSC; original_filename=GSM627359_100520_600A7AAXX_CG18350_2_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM499661_1	development stage=3rdInstar-Larvae; antibody=goat anti GFP; test=ChIP; original_filename=GSM499661_W3L_EcRGFP_density.bigWig
+GSM575514_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575514_676.Mvalues.bigWig
+GSM624869_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624869_082109Dm4-6_6005vN3_284012-4_cy5_cy3.bigWig
+GSM627408_1	cell line=S2-DRSC; original_filename=GSM627408_100408_600A5AAXX_CG8636_2_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686492_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686492_863.Mvalues.bigWig
+GSM627335_1	cell line=S2-DRSC; original_filename=GSM627335_091110_42PFPAAXX_CG10128_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM499649_1	cell line=S2; antibody=CTCF; test=ChIP; original_filename=GSM499649_S2_CTCF200_density.bigWig
+GSM621327_1	developmental stage=Kc167; antibody=Trl; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621327_extracted_MAT_Kc167_Trl.Dm_tiling2_MR_v01_dm3.NR.bpmap_matscore.bar.txt_IGB.wig.1based.bigWig
+GSM390063_1	cell line=S2-DRSC; original_filename=GSM390063_S2_DRSC_14_spa.bigWig
+GSM520919_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520919_326.Mvalues.bigWig
+GSM461183_2	cell line=S2-DRSC; original_filename=GSM461183_090512_4277EAAXX_CG6946_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM853485_1	developmental stage=W3L; strain=USP, transgenic; original_filename=GSM853485_2011-1244_110728_SN665_0109_BD0E3TABXX_5_sequence.txtno_ct_density.bigWig
+GSM624632_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM624632_900.Mvalues.bigWig
+GSM439459_1	development point=AdultFemale; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM439459_AdultFemale_H3K9Ac_density.bigWig
+GSM387600_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM387600_C4_vs_80N_138967-5.bigWig
+GSM686741_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686741_1106.Mvalues.bigWig
+GSM686691_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686691_927.Mvalues.bigWig
+GSM847775_1	strain=iso1 (y; bw cn sp); developmental stage=W3L; antibody name=en; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847775_2011-985_110614_SN673_0072_AC00YVABXX_4_sequence.txtno_ct_density.bigWig
+GSM927195_1	cell line=S2R+; orf encoding protein=CG4262; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927195_Obar_BRG_FH1333_CG4262_TGACCA_L001_R1_001_scaled.bigWig
+GSM627365_1	cell line=S2-DRSC; original_filename=GSM627365_100331_61F5NAAXX_CG31716_2_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575366_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575366_171.Mvalues.bigWig
+GSM461200_1	cell line=S2-DRSC; original_filename=GSM461200_090610_4277KAAXX_CG7971_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM439445_1	development point=E12-16; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439445_E12-16_H3K27Me3_density.bigWig
+GSM927184_1	cell line=S2R+; orf encoding protein=CG16788; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927184_Obar_BRG_FH589_Blue_CG16788_rerun_ACAGTG_L008_R1_001_scaled.bigWig
+GSM432591_1	development point=E12-16; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM432591_E12-16_H3K4Me1_density.bigWig
+GSM408982_1	tissue/development stage=AdultFemale; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM408982_AdultFemale_CBP_density.bigWig
+GSM520947_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520947_69.Mvalues.bigWig
+GSM927175_1	cell line=S2R+; orf encoding protein=CG12749; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927175_Obar_BRG_FH3174_CG12749_Hrb87F_CAGATC_L003_R1_001_scaled.bigWig
+GSM847702_1	strain=iso1 (y; bw cn sp); developmental stage=E8-16; antibody name=HP1; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847702_2011-596_110415_SN665_0081_B81RMJABXX_8_sequence.txtno_ct_density.bigWig
+GSM499636_1	development stage=E0-12h; antibody=HDAC11; test=ChIP; original_filename=GSM499636_E0-12_HDAC-494_density.bigWig
+GSM521082_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521082_407.Mvalues.bigWig
+GSM628259_1	developmental stage=Adult-Female; antibody name=Trem; manufacturer=Hawley Lab - Cathleen Lake; lot/batch#=N/A; catalog=N/A; original_filename=GSM628259_A.Female_Trem_density.bigWig
+GSM847699_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; original_filename=GSM847699_2010-4448_110624_SN673_0077_AB079HABXX_7_sequence.txtno_ct_density.bigWig
+GSM686719_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686719_947.Mvalues.bigWig
+GSM694132_1	strain=SuUR - Orr-Weaver(official name : SuUR genotype : SuUR mutant outcross : 3 tags : Transposon tag : GFP description : SuUR mutant as maintained by the Orr-Weaver lab. made_by : Orr-Weaver ); tissue=salivary gland; developmental stage=L3 stage wandering larvae; genotype=SuUR mutant; original_filename=GSM694132_SG_ORC_48.bigWig
+GSM627371_1	cell line=S2-DRSC; original_filename=GSM627371_100423_600A6AAXX_CG3312_2_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520981_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520981_323.Mvalues.bigWig
+GSM439442_1	development point=L1; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439442_L1_H3K27Me3_density.bigWig
+GSM686561_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686561_459.Mvalues.bigWig
+GSM621332_1	developmental stage=E0-8h; antibody=GATAe; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621332_extracted_E0-8_GATAe_signal.bar.txt_IGB.bigWig
+GSM432579_1	development point=AdultMale; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM432579_AdultMale_H3K9Ac_density.bigWig
+GSM627343_2	cell line=S2-DRSC; original_filename=GSM627343_100611_600FPAAXX_CG10851_2_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461205_1	cell line=S2-DRSC; original_filename=GSM461205_090508_427C7AAXX_CG5821_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521043_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521043_553.Mvalues.bigWig
+GSM520915_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520915_42.Mvalues.bigWig
+GSM521001_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521001_523.Mvalues.bigWig
+GSM627359_1	cell line=S2-DRSC; original_filename=GSM627359_100420_61046AAXX_CG18350_2_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624886_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624886_O_57A0A1_353281-4_cy5_cy3.bigWig
+GSM669537_1	developmental stage=E16-24h; antibody name=anti-cbt; manufacturer=Paricio Lab; lot/batch#=N/A; catalog=N/A; fly type=iso1 (y; bw cn sp); original_filename=GSM669537_E16-24h_Cabut_density.bigWig
+GSM521096_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM521096_618.Mvalues.bigWig
+GSM575370_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575370_179.Mvalues.bigWig
+GSM439449_1	development point=Pupae; antibody=H3K9me3; antibody manufacturer=Abcam; antibody catalog number=ab8898; antibody lot number=422485; original_filename=GSM439449_Pupae_H3K9Me3_density.bigWig
+GSM401415_1	tissue=Pupae; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM401415_Pupae_H3K4Me1_density.bigWig
+GSM847952_1	strain=iso1 (y; bw cn sp); developmental stage=WPP; antibody name=psq; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847952_2011-661_110429_SN673_0056_A81RGMABXX_3_sequence.txtno_ct_density.bigWig
+GSM627366_2	cell line=S2-DRSC; original_filename=GSM627366_100520_600A7AAXX_CG32423_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686711_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686711_857.Mvalues.bigWig
+GSM686483_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686483_783.Mvalues.bigWig
+GSM575450_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575450_95.Mvalues.bigWig
+GSM686679_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686679_853.Mvalues.bigWig
+GSM627393_1	cell line=S2-DRSC; original_filename=GSM627393_100408_600A5AAXX_CG6049_2_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM387594_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM387594_5-S2_600_271135.bigWig
+GSM853473_1	developmental stage=Kc167; antibody name=Tango; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853473_2011-1119_110628_SN673_0078_BC049RABXX_1_sequence.txtno_ct_density.bigWig
+GSM686764_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686764_945.Mvalues.bigWig
+GSM520905_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520905_117.Mvalues.bigWig
+GSM847954_1	strain=iso1 (y; bw cn sp); developmental stage=WPP; antibody name=Stat92E; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847954_2011-520_110405_SN484_0076_A81RY0ABXX_3_sequence.txtno_ct_density.bigWig
+GSM621337_1	developmental stage=Kc167; antibody=Kr-D2; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621337_extracted_Kc_Kr_signal.bar.txt_IGB.bigWig
+GSM627383_1	cell line=S2-DRSC; original_filename=GSM627383_091110_42PFPAAXX_CG5099_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624650_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624650_1100.Mvalues.bigWig
+GSM624872_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624872_082109Dm4-6_PELL5vN3_283680-4_cy5_cy3.bigWig
+GSM627352_1	cell line=S2-DRSC; original_filename=GSM627352_100429_600CAAAXX_CG1646_2_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461182_2	cell line=S2-DRSC; original_filename=GSM461182_090311_30WEDAAXX_Untreated_6_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM451813_1	development stage=Pupae; original_filename=GSM451813_Pupae_combined_coverage.bigWig
+GSM927227_1	cell line=S2R+; orf encoding protein=CG9998; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927227_Obar_BRG_BLUE_FH3772_CG9998_U2af50_TTAGGC_L005_R1_001_scaled.bigWig
+GSM520917_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520917_83.Mvalues.bigWig
+GSM847619_1	strain=iso1 (y; bw cn sp); developmental stage=E0-12; antibody name=Prd; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847619_2011-990_110614_SN673_0072_AC00YVABXX_5_sequence.txtno_ct_density.bigWig
+GSM521084_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521084_382.Mvalues.bigWig
+GSM333870_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333870.bigWig
+GSM432581_1	development point=L1; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM432581_L1_H3K27Ac_density.bigWig
+GSM333836_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333836.bigWig
+GSM569798_1	developmental stage=10T-E16-24h; fraction=ChIP; antibody name=NWG-GFP; manufacturer=White Lab/Chemicon; lot/batch#=N/A; catalog#=N/A; original_filename=GSM569798_10T_E16-24h_GFP_density.bigWig
+GSM686565_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686565_917.Mvalues.bigWig
+GSM627414_3	cell line=S2-DRSC; original_filename=GSM627414_101004_61RP2AAXX_CG8912_2_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461182_1	cell line=S2-DRSC; original_filename=GSM461182_090512_4277EAAXX_Untreated_6_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520869_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520869_377.Mvalues.bigWig
+GSM432587_1	development point=L3; antibody=PolII; antibody manufacturer=Covance; antibody catalog number=MMS-126R; antibody lot number=14861301; original_filename=GSM432587_L3_PolII_density.bigWig
+GSM686689_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686689_666.Mvalues.bigWig
+GSM627415_2	cell line=S2-DRSC; original_filename=GSM627415_100611_600FPAAXX_CG9373_2_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627334_1	cell line=S2-DRSC; original_filename=GSM627334_100430_6103YAAXX_Untreated_32_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM847676_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; original_filename=GSM847676_2011-590_110415_SN665_0081_B81RMJABXX_7_sequence.txtno_ct_density.bigWig
+GSM624672_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624672_941.Mvalues.bigWig
+GSM439446_1	development point=E8-12; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439446_E8-12_H3K27Me3_density.bigWig
+GSM520836_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520836_307.Mvalues.bigWig
+GSM627385_1	cell line=S2-DRSC; original_filename=GSM627385_100323_61F6BAAXX_CG5170_2_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627356_2	cell line=S2-DRSC; original_filename=GSM627356_091110_42PFPAAXX_CG17136_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627389_1	cell line=S2-DRSC; original_filename=GSM627389_091118_42W4VAAXX_CG5655_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520903_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520903_98.Mvalues.bigWig
+GSM594213_1	developmental stage=E0-4h; antibody name=NW-GFP-Goat[tll]; antibody manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM594213_E0-4h_8T_tll_-GFP-tll_density.bigWig
+GSM451809_1	development stage=E4-8; original_filename=GSM451809_E4-8_combined_coverage.bigWig
+GSM686733_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686733_913.Mvalues.bigWig
+GSM520871_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520871_346.Mvalues.bigWig
+GSM401424_1	tissue=Embryos; time point=20-24h; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM401424_E20-24_H3K9Ac_density.bigWig
+GSM927183_1	cell line=S2R+; orf encoding protein=CG16788; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927183_Obar_BRG_Blue_FH589_CG16788_ACAGTG_L006_R1_001_scaled.bigWig
+GSM927192_1	cell line=S2R+; orf encoding protein=CG31716; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927192_Obar_BRG_BLUE_FH5321_CG31716_CGATGT_L006_R1_001_scaled.bigWig
+GSM627343_1	cell line=S2-DRSC; original_filename=GSM627343_091002_42P86AAXX_CG10851_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927229_1	cell line=S2R+; orf encoding protein=none; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927229_Obar_BRG_FH0000_CG0000_ACAGTG_L001_R1_001_scaled.bigWig
+GSM627402_2	cell line=S2-DRSC; original_filename=GSM627402_091022_432AVAAXX_CG7971_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM333867_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333867.bigWig
+GSM461189_2	cell line=S2-DRSC; original_filename=GSM461189_090527_4277RAAXX_CG16901_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627412_1	cell line=S2-DRSC; original_filename=GSM627412_100520_600A7AAXX_CG8781_2_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM451811_1	development stage=L1; original_filename=GSM451811_L1_combined_coverage.bigWig
+GSM520782_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520782_364.Mvalues.bigWig
+GSM847770_1	strain=iso1 (y; bw cn sp); developmental stage=Kc167; antibody name=Kr; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847770_2011-511_110401_SN665_0069_AC00C3ABXX_s_1_sequence.txtno_ct_density.bigWig
+GSM333843_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333843.bigWig
+GSM636832_1	developmental stage=R13-E1-6h-Set2; fly=transgenic; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM636832_R13_E1-6h_Set2_density.bigWig
+GSM461195_2	cell line=S2-DRSC; original_filename=GSM461195_090601_4277DAAXX_CG10203_1_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575376_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM575376_483.Mvalues.bigWig
+GSM927187_1	cell line=S2R+; orf encoding protein=CG17136; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927187_Obar_BRG_FH3756_CG17136_Rbp1_CGATGT_L004_R1_001_scaled.bigWig
+GSM621340_1	developmental stage=7T(cad-GFP)-E0-4h; antibody=GFP; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=transgenic; antibody=none; original_filename=GSM621340_extracted_MAT_GFP_7T-E-0-4h.Dm_tiling2_MR_v01_dm3.NR.bpmap_matscore.bar.txt_IGB.bigWig
+GSM520933_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM520933_297.Mvalues.bigWig
+GSM627368_1	cell line=S2-DRSC; original_filename=GSM627368_100323_61F6BAAXX_CG33106_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521075_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM521075_420.Mvalues.bigWig
+GSM333851_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333851.bigWig
+GSM575395_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575395_167.Mvalues.bigWig
+GSM521094_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521094_153.Mvalues.bigWig
+GSM627414_1	cell line=S2-DRSC; original_filename=GSM627414_100323_61F6BAAXX_CG8912_2_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627388_1	cell line=S2-DRSC; original_filename=GSM627388_091002_42P86AAXX_CG5442_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM439440_1	development point=L3; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439440_L3_H3K27Me3_density.bigWig
+GSM575378_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM575378_484.Mvalues.bigWig
+GSM853484_1	developmental stage=W3L; antibody name=Usp; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=USP, transgenic; original_filename=GSM853484_2011-1242_110718_SN665_0105_AD0E3AABXX_5_sequence.txtno_ct_density.bigWig
+GSM853490_1	developmental stage=E0-8; antibody name=sc; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853490_2011-650_110429_SN673_0056_A81RGMABXX_1_sequence.txtno_ct_density.bigWig
+GSM575488_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575488_369.Mvalues.bigWig
+GSM627335_2	cell line=S2-DRSC; original_filename=GSM627335_100611_600FPAAXX_CG10128_2_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624636_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624636_878.Mvalues.bigWig
+GSM851744_1	developmental stage=E0-8; strain=ISO1; original_filename=GSM851744_2011-653_110429_SN673_0056_A81RGMABXX_1_sequence.txtno_ct_density.bigWig
+GSM627339_1	cell line=S2-DRSC; original_filename=GSM627339_100420_61046AAXX_CG10328_1_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520816_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520816_365.Mvalues.bigWig
+GSM520977_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520977_311.Mvalues.bigWig
+GSM927221_1	cell line=S2R+; orf encoding protein=CG7437; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927221_Obar_BRG_BLUE_FH3389_CG7437_mub_ATCACG_L004_R1_001_scaled.bigWig
+GSM624670_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624670_376.Mvalues.bigWig
+GSM439461_1	development point=E12-16; antibody=PolII; antibody manufacturer=Covance; antibody catalog number=MMS-126R; antibody lot number=14861301; original_filename=GSM439461_E12-16_PolII_density.bigWig
+GSM461208_1	cell line=S2-DRSC; original_filename=GSM461208_090624_42ENMAAXX_CG3249_2_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624638_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624638_879.Mvalues.bigWig
+GSM333861_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333861.bigWig
+GSM927206_1	cell line=S2R+; orf encoding protein=CG5442; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927206_Obar_BRG_FH904_SC35_TTAGGC_L001_R1_001_scaled.bigWig
+GSM627362_2	cell line=S2-DRSC; original_filename=GSM627362_100611_600FPAAXX_CG30122_2_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM439457_1	development point=E0-4; antibody=H3K9me3; antibody manufacturer=Abcam; antibody catalog number=ab8898; antibody lot number=422485; original_filename=GSM439457_E0-4_H3K9Me3_density.bigWig
+GSM847660_1	strain=iso1 (y; bw cn sp); developmental stage=E0-8; original_filename=GSM847660_2011-556_110405_SN484_0076_A81RY0ABXX_2_sequence.txtno_ct_density.bigWig
+GSM520777_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520777_317.Mvalues.bigWig
+GSM575397_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575397_734.Mvalues.bigWig
+GSM575464_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575464_556.Mvalues.bigWig
+GSM575364_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575364_170.Mvalues.bigWig
+GSM333858_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333858.bigWig
+GSM390061_1	cell line=CME_W1_Cl.8+; original_filename=GSM390061_CME_W1_Cl.8+-60_spa.bigWig
+GSM520867_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520867_147.Mvalues.bigWig
+GSM853489_1	developmental stage=E0-8; strain=ISO1; original_filename=GSM853489_2011-1226_110718_SN665_0105_AD0E3AABXX_1_sequence.txtno_ct_density.bigWig
+GSM627367_1	cell line=S2-DRSC; original_filename=GSM627367_100409_600BLAAXX_CG32423_2_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM401407_1	tissue=Embryos; time point=0-4h; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM401407_E0-4_H3K27Ac_density.bigWig
+GSM627405_1	cell line=S2-DRSC; original_filename=GSM627405_100423_600A6AAXX_CG8241_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461199_1	cell line=S2-DRSC; original_filename=GSM461199_090504_427EDAAXX_CG18426_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686573_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686573_825.Mvalues.bigWig
+GSM521073_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM521073_388.Mvalues.bigWig
+GSM847698_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; antibody name=sr; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847698_2010-4445_110624_SN673_0077_AB079HABXX_6_sequence.txtno_ct_density.bigWig
+GSM520838_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520838_274.Mvalues.bigWig
+GSM520850_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520850_81.Mvalues.bigWig
+GSM461204_1	cell line=S2-DRSC; original_filename=GSM461204_090610_4277KAAXX_CG1559_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521057_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521057_517.Mvalues.bigWig
+GSM624878_1	cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; original_filename=GSM624878_54BO_54B6_352810_cy5_cy3.bigWig
+GSM461196_1	cell line=S2-DRSC; original_filename=GSM461196_090414_313ATAAXX_CG17136_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM628262_1	developmental stage=E0-8h_D; antibody name=KW3-D-D2; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM628262_E0-8h_D_density.bigWig
+GSM520812_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520812_409.Mvalues.bigWig
+GSM669547_1	developmental stage=WPP; antibody name=K27me3; manufacturer=Upstate-Millipore; lot/batch#=DAM1387952; catalog=07-449; fly type=iso1 (y; bw cn sp); original_filename=GSM669547_WPP_K27me3_density.bigWig
+GSM522359_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM522359_KC_1.bigWig
+GSM570054_1	developmental stage=Kc; fraction=ChIP; antibody name=KW3-Trl-D2; manufacturer=White Lab/Aviva; lot/batch#=N/A; catalog#=N/A; original_filename=GSM570054_Kc_Trl-D2_density.bigWig
+GSM627375_1	cell line=S2-DRSC; original_filename=GSM627375_100423_600A6AAXX_CG4262_2_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521013_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521013_525.Mvalues.bigWig
+GSM927203_1	cell line=S2R+; orf encoding protein=CG4816; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927203_Obar_BRG_BLUE_FH4427_CG4816_qkr54B_ACTTGA_L006_R1_001_scaled.bigWig
+GSM627351_1	cell line=S2-DRSC; original_filename=GSM627351_100423_600A6AAXX_CG1646_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM847753_1	strain=iso1 (y; bw cn sp); developmental stage=E8-16; original_filename=GSM847753_2010-4452_110624_SN673_0077_AB079HABXX_7_sequence.txtno_ct_density.bigWig
+GSM927199_1	cell line=S2R+; orf encoding protein=CG42670; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927199_FH7121_AC01WMACXX_7_1_sequence_trimmed_scaled.bigWig
+GSM401418_1	tissue=L3; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM401418_L3_H3K4Me1_density.bigWig
+GSM627357_1	cell line=S2-DRSC; original_filename=GSM627357_090925_42PG4AAXX_CG17838_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627384_1	cell line=S2-DRSC; original_filename=GSM627384_100323_61F6BAAXX_CG5170_1_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521055_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521055_528.Mvalues.bigWig
+GSM594225_1	developmental stage=E8-16h; antibody name=KW4-CG8478-D1; antibody manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM594225_E8-16h_CG8478_density.bigWig
+GSM927193_1	cell line=S2R+; orf encoding protein=CG3613; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927193_Red_FH632_fragmented_Index1_ATCACG_L007_R1_001_trimmed_scaled.bigWig
+GSM575399_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575399_673.Mvalues.bigWig
+GSM627415_3	cell line=S2-DRSC; original_filename=GSM627415_091002_42P86AAXX_CG9373_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM432589_1	development point=L1; antibody=PolII; antibody manufacturer=Covance; antibody catalog number=MMS-126R; antibody lot number=14861301; original_filename=GSM432589_L1_PolII_density.bigWig
+GSM847772_1	strain=iso1 (y; bw cn sp); developmental stage=Kc167; antibody name=psq; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847772_2011-1121_110628_SN673_0078_BC049RABXX_1_sequence.txtno_ct_density.bigWig
+GSM627410_1	cell line=S2-DRSC; original_filename=GSM627410_100409_600BLAAXX_CG8749_2_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521011_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521011_514.Mvalues.bigWig
+GSM520931_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM520931_295.Mvalues.bigWig
+GSM520844_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520844_80.Mvalues.bigWig
+GSM520957_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520957_399.Mvalues.bigWig
+GSM333840_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333840.bigWig
+GSM520969_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM520969_361.Mvalues.bigWig
+GSM627360_2	cell line=S2-DRSC; original_filename=GSM627360_091118_42W4VAAXX_CG18426_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927230_1	cell line=S2R+; orf encoding protein=none; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927230_Obar_BRG_FH000B_TGACCA_L004_R1_001_scaled.bigWig
+GSM686593_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686593_576.Mvalues.bigWig
+GSM520810_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520810_410.Mvalues.bigWig
+GSM627400_1	cell line=S2-DRSC; original_filename=GSM627400_091118_42W4VAAXX_CG6946_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627387_1	cell line=S2-DRSC; original_filename=GSM627387_090601_4277DAAXX_CG5442_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM439465_1	development point=AdultFemale; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM439465_AdultFemale_H3K4Me1_density.bigWig
+GSM627333_1	cell line=S2-DRSC; original_filename=GSM627333_091218_42WM6AAXX_Untreated_31_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461207_2	cell line=S2-DRSC; original_filename=GSM461207_100730_61RPDAAXX_CG3249_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM621336_1	developmental stage=E4-8h; antibody=sens; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621336_extracted_E4-8_sens_signal.bar.txt_IGB.bigWig
+GSM521009_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521009_322.Mvalues.bigWig
+GSM520814_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520814_396.Mvalues.bigWig
+GSM520788_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM520788_294.Mvalues.bigWig
+GSM569795_1	developmental stage=10T-W3L; fraction=ChIP; antibody name=NWG-GFP; manufacturer=White Lab/Chemicon; lot/batch#=N/A; catalog#=N/A; original_filename=GSM569795_10T_W3L_GFP_density.bigWig
+GSM400668_1	tissue=L2; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400668_L2_H3K4Me3_run2_density.bigWig
+GSM575423_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575423_654.Mvalues.bigWig
+GSM432585_1	development point=E8-12; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM432585_E8-12_H3K4Me3_density.bigWig
+GSM847696_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; antibody name=Fru; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847696_2010-4465_110624_SN673_0077_AB079HABXX_8_sequence.txtno_ct_density.bigWig
+GSM461206_2	cell line=S2-DRSC; original_filename=GSM461206_090624_42ENMAAXX_CG5836_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927182_1	cell line=S2R+; orf encoding protein=CG16788; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927182_Obar_BRG_FH589_CG16788_RnpS1_ATCACG_L001_R1_001_scaled.bigWig
+GSM627358_1	cell line=S2-DRSC; original_filename=GSM627358_091218_42WM6AAXX_CG18350_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM451812_1	development stage=L3; original_filename=GSM451812_L3_combined_coverage.bigWig
+GSM627376_1	cell line=S2-DRSC; original_filename=GSM627376_090925_42PG4AAXX_CG4602_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM628251_1	developmental stage=E16-24h; antibody name=HP1-Covance; manufacturer=Covance; lot/batch#=PRB-291C; catalog=14923202; original_filename=GSM628251_E16-24h_HP1_Covance_density.bigWig
+GSM627366_1	cell line=S2-DRSC; original_filename=GSM627366_100409_600BLAAXX_CG32423_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM408990_1	tissue/development stage=L1; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM408990_L1_CBP_density.bigWig
+GSM686536_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686536_991.Mvalues.bigWig
+GSM522354_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM522354_S2_6.bigWig
+GSM669474_1	developmental stage=EcR_mF3d; fly type=transgenic; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM669474_EcR_mF3d_density.bigWig
+GSM461198_2	cell line=S2-DRSC; original_filename=GSM461198_090420_313YUAAXX_CG10851_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521019_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521019_633.Mvalues.bigWig
+GSM624874_1	cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; original_filename=GSM624874_54Bm_54B6_353400_cy5_cy3.bigWig
+GSM627349_1	cell line=S2-DRSC; original_filename=GSM627349_090925_42PG4AAXX_CG13425_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575468_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575468_473.Mvalues.bigWig
+GSM439454_1	development point=E12-16; antibody=H3K9me3; antibody manufacturer=Abcam; antibody catalog number=ab8898; antibody lot number=422485; original_filename=GSM439454_E12-16_H3K9Me3_density.bigWig
+GSM927231_1	cell line=S2R+; orf encoding protein=none; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927231_Obar_BRG_BLUE_FH0000A_TGACCA_L002_R1_001_scaled.bigWig
+GSM686721_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686721_946.Mvalues.bigWig
+GSM624863_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624863_090209DmBL6_600I5vN3_353354-2_cy5_cy3.bigWig
+GSM621335_1	developmental stage=E0-8h; antibody=jumu; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621335_extracted_E0-8_jumu_signal.bar.txt_IGB.bigWig
+GSM451801_1	development stage=E8-12; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM451801_E8-12_CBP-Set2_density.bigWig
+GSM810644_1	developmental stage=WPP; antibody name=CNC; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=iso1 (y; bw cn sp); original_filename=GSM810644_2011-1013_2011-1014.merged.ct_2011-1017_density.bigWig
+GSM461202_2	cell line=S2-DRSC; original_filename=GSM461202_090610_4277KAAXX_CG31000_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM401408_1	tissue=Embryos; time point=0-4h; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM401408_E0-4_H3K9Ac_density.bigWig
+GSM636838_1	developmental stage=E0-12h; fly=iso1 (y; bw cn sp); antibody name=Su[var]3-9; manufacturer=Abcam; lot/batch#=N/A; catalog=ab4811; original_filename=GSM636838_E0-12h_SuVar3-9_density.bigWig
+GSM520822_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520822_119.Mvalues.bigWig
+GSM686494_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686494_862.Mvalues.bigWig
+GSM520857_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520857_260.Mvalues.bigWig
+GSM627381_1	cell line=S2-DRSC; original_filename=GSM627381_100331_61F5NAAXX_CG4878_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686553_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686553_1089.Mvalues.bigWig
+GSM461205_2	cell line=S2-DRSC; original_filename=GSM461205_090610_4277KAAXX_CG5821_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927225_1	cell line=S2R+; orf encoding protein=CG8749; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927225_Obar_BRG_BLUE_FH5485_CG8749_srRNP70k_TGACCA_L007_R1_001_scaled.bigWig
+GSM627413_2	cell line=S2-DRSC; original_filename=GSM627413_101004_61RP2AAXX_CG8912_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520911_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520911_272.Mvalues.bigWig
+GSM520979_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520979_392.Mvalues.bigWig
+GSM686538_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686538_680.Mvalues.bigWig
+GSM851839_1	developmental stage=E16-24; antibody name=Hnf4; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM851839_2011-1330_110806_SN484_0108_AD0BT3ABXX_4_sequence.txtno_ct_density.bigWig
+GSM881223_1	strain=Oregon-R(official name : Oregon-R-modENCODE genotype : wild type ); developmental stage=Embryo 4-7h; genotype=wild type; original_filename=GSM881223_4-7hr-PolII_DM95.bigWig
+GSM570049_1	developmental stage=E0-4h; fraction=ChIP; antibody name=rbCBP; manufacturer=Mattias Mannervik; lot/batch#=N/A; catalog#=N/A; original_filename=GSM570049_E0-4h_CBP_density.bigWig
+GSM575409_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575409_686.Mvalues.bigWig
+GSM851817_1	developmental stage=E0-8; antibody name=TCF; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM851817_2011-1103_110622_SN673_0076_BB07A0ABXX_7_sequence.txtno_ct_density.bigWig
+GSM621334_1	developmental stage=E0-8h; antibody=hkb; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621334_extracted_E0-8_hkb_signal.bar.txt_IGB.bigWig
+GSM439438_1	development point=AdultMale; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439438_AdultMale_H3K27Me3_density.bigWig
+GSM499647_1	development stage=E4-8h; antibody=goat anti GFP; test=ChIP; original_filename=GSM499647_E4-8h_7T_density.bigWig
+GSM624624_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM624624_192.Mvalues.bigWig
+GSM624680_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624680_66.Mvalues.bigWig
+GSM521053_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521053_447.Mvalues.bigWig
+GSM927207_1	cell line=S2R+; orf encoding protein=CG5442; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927207_Obar_BRG_Blue_FH0904B_CG5442_SC35_ACTTGA_L001_R1_001_scaled.bigWig
+GSM520983_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520983_402.Mvalues.bigWig
+GSM627350_2	cell line=S2-DRSC; original_filename=GSM627350_091118_42W4VAAXX_CG1559_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM451810_1	development stage=E20-24; original_filename=GSM451810_E20-24_combined_coverage.bigWig
+GSM694134_1	strain=SuUR - Orr-Weaver(official name : SuUR genotype : SuUR mutant outcross : 3 tags : Transposon tag : GFP description : SuUR mutant as maintained by the Orr-Weaver lab. made_by : Orr-Weaver ); tissue=salivary gland; developmental stage=L3 stage wandering larvae; genotype=SuUR mutant; original_filename=GSM694134_SG_ORC_49.bigWig
+GSM401422_1	tissue=L1; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM401422_L1_H3K9Ac_density.bigWig
+GSM627337_2	cell line=S2-DRSC; original_filename=GSM627337_100520_600A7AAXX_CG10279_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520961_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520961_222.Mvalues.bigWig
+GSM333871_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333871.bigWig
+GSM942057_1	strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Fatbody; developmental stage=cleavage stage; genotype=TBA; Sex=Unknown; strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Fatbody; developmental stage=cleavage stage; genotype=TBA; Sex=Unknown; original_filename=GSM942057_Norm_smoothed_log2_ratios.252532110032_201201251329_S01_CGH-v4_10_Apr08_1_1.bigWig
+GSM520999_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520999_512.Mvalues.bigWig
+GSM847707_1	strain=iso1 (y; bw cn sp); developmental stage=E8-16; original_filename=GSM847707_2011-1247_110728_SN665_0109_BD0E3TABXX_5_sequence.txtno_ct_density.bigWig
+GSM686524_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686524_157.Mvalues.bigWig
+GSM627362_1	cell line=S2-DRSC; original_filename=GSM627362_090925_42PG4AAXX_CG30122_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627373_1	cell line=S2-DRSC; original_filename=GSM627373_100430_6103YAAXX_CG3584_2_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520877_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520877_344.Mvalues.bigWig
+GSM520891_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520891_394.Mvalues.bigWig
+GSM624654_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624654_835.Mvalues.bigWig
+GSM927215_1	cell line=S2R+; orf encoding protein=CG6779; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927215_Obar_BRG_FH2867_CG6779_rerun_ACAGTG_L007_R1_001_scaled.bigWig
+GSM614655_1	developmental stage=E16-24h; antibody name=CG8478; manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM614655_E16-24h_CG8478_density.bigWig
+GSM333839_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333839.bigWig
+GSM624870_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624870_060409Dm4-6PELL5vN3_283713-3_cy5_cy3.bigWig
+GSM387598_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM387598_C3H2A_vs_VPN_277877-2.bigWig
+GSM624895_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624895_29A1-29A0_237370_cy3_cy5.bigWig
+GSM520923_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520923_84.Mvalues.bigWig
+GSM447608_1	antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; development stage=L2; original_filename=GSM447608_L2_H3K27Acs6_density.bigWig
+GSM520997_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520997_318.Mvalues.bigWig
+GSM621330_1	developmental stage=E0-8h; antibody=D; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=iso1 (y; bw cn sp); antibody=none; original_filename=GSM621330_extracted_E0-8_D_signal.bar.txt_IGB.bigWig
+GSM439456_1	development point=E4-8; antibody=H3K9me3; antibody manufacturer=Abcam; antibody catalog number=ab8898; antibody lot number=422485; original_filename=GSM439456_E4-8_H3K9Me3_density.bigWig
+GSM853479_1	developmental stage=WPP+12; antibody name=USP; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=USP, transgenic; original_filename=GSM853479_2011-1525_110901_SN665_0124_AC02Y2ABXX_6_sequence.txtno_ct_density.bigWig
+GSM624660_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM624660_795.Mvalues.bigWig
+GSM628268_1	fly=transgenic; developmental stage=: EcR_WPP-4-5h; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM628268_EcR_WPP-4-5h_density.bigWig
+GSM927213_1	cell line=S2R+; orf encoding protein=CG6779; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927213_Obar_BRG_FH2867_CG6779_ACAGTG_L003_R1_001_scaled.bigWig
+GSM624875_1	cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; original_filename=GSM624875_54An_54A6_353374_cy5_cy3.bigWig
+GSM401419_1	tissue=L2; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM401419_L2_H3K27Acs2_density.bigWig
+GSM686557_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686557_832.Mvalues.bigWig
+GSM686532_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686532_872.Mvalues.bigWig
+GSM499637_1	development stage=E0-12h; antibody=HDAC11; test=ChIP; original_filename=GSM499637_E0-12_HDAC-495_density.bigWig
+GSM387593_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM387593_5-S2_150_271134.bigWig
+GSM432590_1	development point=E16-20; antibody=PolII; antibody manufacturer=Covance; antibody catalog number=MMS-126R; antibody lot number=14861301; original_filename=GSM432590_E16-20_PolII_density.bigWig
+GSM520804_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520804_403.Mvalues.bigWig
+GSM575405_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575405_674.Mvalues.bigWig
+GSM439441_1	development point=L2; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439441_L2_H3K27Me3_density.bigWig
+GSM520794_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520794_300.Mvalues.bigWig
+GSM520786_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520786_302.Mvalues.bigWig
+GSM624867_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624867_072109Dm4-6_150I5vN3_284228-3_cy5_cy3.bigWig
+GSM499641_1	development stage=E0-12h; antibody=HDAC3; test=ChIP; original_filename=GSM499641_E0-12_HDAC-499_density.bigWig
+GSM686484_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686484_693.Mvalues.bigWig
+GSM520899_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520899_217.Mvalues.bigWig
+GSM624622_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM624622_93.Mvalues.bigWig
+GSM461190_2	cell line=S2-DRSC; original_filename=GSM461190_090527_4277RAAXX_CG13425_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461202_1	cell line=S2-DRSC; original_filename=GSM461202_090508_427C7AAXX_CG31000_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686481_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686481_672.Mvalues.bigWig
+GSM520824_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520824_49.Mvalues.bigWig
+GSM627348_2	cell line=S2-DRSC; original_filename=GSM627348_091002_42P86AAXX_CG12749_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521023_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM521023_603.Mvalues.bigWig
+GSM575477_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575477_578.Mvalues.bigWig
+GSM627361_1	cell line=S2-DRSC; original_filename=GSM627361_090925_42PG4AAXX_CG1987_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520842_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520842_36.Mvalues.bigWig
+GSM847701_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; original_filename=GSM847701_2011-1450_110826_SN665_0120_AB07PBABXX_5_sequence.txtno_ct_density.bigWig
+GSM400658_1	tissue=Embryos; time point=16-20h; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400658_E16-20_H3K4Me3_run2_density.bigWig
+GSM847704_1	strain=iso1 (y; bw cn sp); developmental stage=E8-16; antibody name=Hth; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847704_2011-973_110614_SN673_0072_AC00YVABXX_2_sequence.txtno_ct_density.bigWig
+GSM575500_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575500_554.Mvalues.bigWig
+GSM686735_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686735_914.Mvalues.bigWig
+GSM847703_1	strain=iso1 (y; bw cn sp); developmental stage=E8-16; original_filename=GSM847703_2011-598_110415_SN665_0081_B81RMJABXX_8_sequence.txtno_ct_density.bigWig
+GSM927209_1	cell line=S2R+; orf encoding protein=CG6203; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927209_Obar_BRG_Red_FH7122_CG6203_Fmr1_ACTTGA_L007_R1_001_scaled.bigWig
+GSM575372_1	strain=Oregon-R; developmental stage=Mixed Adult; genotype=wild type; original_filename=GSM575372_194.Mvalues.bigWig
+GSM432588_1	development point=L1; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM432588_L1_H3K4Me1_density.bigWig
+GSM520973_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520973_351.Mvalues.bigWig
+GSM333834_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333834.bigWig
+GSM669539_1	developmental stage=E0-4; antibody name=Yki-91; manufacturer=Irvine Lab; lot/batch#=N/A; catalog=N/A; fly type=iso1 (y; bw cn sp); original_filename=GSM669539_E0-4_Yki-91_density.bigWig
+GSM520943_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520943_128.Mvalues.bigWig
+GSM521080_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521080_434.Mvalues.bigWig
+GSM627342_1	cell line=S2-DRSC; original_filename=GSM627342_100420_61046AAXX_CG10377_2_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575456_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575456_252.Mvalues.bigWig
+GSM521007_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521007_393.Mvalues.bigWig
+GSM451803_1	development stage=E12-16; original_filename=GSM451803_E12-16_combined_coverage.bigWig
+GSM927214_1	cell line=S2R+; orf encoding protein=CG6779; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927214_Obar_BRG_BLUE_FH2867_CG6779_ACAGTG_L003_R1_001_scaled.bigWig
+GSM927173_1	cell line=S2R+; orf encoding protein=CG12357; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927173_Obar_BRG_FH2090_CG12357_TTAGGC_L003_R1_001_scaled.bigWig
+GSM333832_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333832.bigWig
+GSM522357_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM522357_BG3_13.bigWig
+GSM686579_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686579_843.Mvalues.bigWig
+GSM686747_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686747_1107.Mvalues.bigWig
+GSM847700_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; antibody name=SuH; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847700_2011-593_110420_SN665_0082_A81RVWABXX_6_sequence.txtno_ct_density.bigWig
+GSM521027_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM521027_600.Mvalues.bigWig
+GSM333869_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333869.bigWig
+GSM461194_2	cell line=S2-DRSC; original_filename=GSM461194_090414_313ATAAXX_CG1987_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927179_1	cell line=S2R+; orf encoding protein=CG16725; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927179_FH0980_AC01WMACXX_6_1_sequence_trimmed_scaled.bigWig
+GSM627389_2	cell line=S2-DRSC; original_filename=GSM627389_100730_61RPDAAXX_CG5655_2_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520820_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520820_50.Mvalues.bigWig
+GSM520927_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520927_303.Mvalues.bigWig
+GSM401404_1	tissue=Embryos; time point=4-8h; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM401404_E4-8_H3K27Ac_density.bigWig
+GSM927186_1	cell line=S2R+; orf encoding protein=CG16901; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927186_Obar_BRG_FH3388_CG16901_Sqd_ACTTGA_L004_R1_001_scaled.bigWig
+GSM624644_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM624644_1101.Mvalues.bigWig
+GSM575425_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575425_96.Mvalues.bigWig
+GSM401414_1	tissue=Pupae; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM401414_Pupae_H3K9Ac_density.bigWig
+GSM575494_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM575494_660.Mvalues.bigWig
+GSM686602_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686602_994.Mvalues.bigWig
+GSM521005_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521005_433.Mvalues.bigWig
+GSM520887_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520887_99.Mvalues.bigWig
+GSM400670_1	tissue=AdultFemale; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400670_AdultFemale_H3K4Me3_run2_density.bigWig
+GSM686540_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686540_720.Mvalues.bigWig
+GSM461185_2	cell line=S2-DRSC; original_filename=GSM461185_090311_30WEDAAXX_CG5099_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM853477_1	developmental stage=W3L; antibody name=modmdg4; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853477_2011-579_110420_SN665_0082_A81RVWABXX_5_sequence.txtno_ct_density.bigWig
+GSM521025_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM521025_604.Mvalues.bigWig
+GSM401402_1	tissue=Embryos; time point=16-20h; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM401402_E16-20_H3K9Ac_density.bigWig
+GSM520840_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520840_275.Mvalues.bigWig
+GSM400664_1	tissue=Pupae; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400664_Pupae_H3K4Me3_run2_density.bigWig
+GSM432578_1	development point=E4-8; antibody=PolII; antibody manufacturer=Covance; antibody catalog number=MMS-126R; antibody lot number=14861301; original_filename=GSM432578_E4-8_PolII_density.bigWig
+GSM461178_1	cell line=S2-DRSC; original_filename=GSM461178_Untreated-4_all.bigWig
+GSM627354_1	cell line=S2-DRSC; original_filename=GSM627354_100408_600A5AAXX_CG16788_2_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627386_1	cell line=S2-DRSC; original_filename=GSM627386_100420_61046AAXX_CG5422_2_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM669477_1	developmental stage=E16-24h; antibody name=KW4-Fer3-D1; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; fly type=iso1 (y; bw cn sp); original_filename=GSM669477_E16-24h_Fer3_density.bigWig
+GSM686512_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686512_931.Mvalues.bigWig
+GSM439439_1	development point=Pupae; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439439_Pupae_H3K27Me3_density.bigWig
+GSM627359_3	cell line=S2-DRSC; original_filename=GSM627359_100520_61DAYAAXX_CG18350_2_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624877_1	cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; original_filename=GSM624877_54Ao_54A6_353394_cy5_cy3.bigWig
+GSM521067_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521067_637.Mvalues.bigWig
+GSM881222_1	strain=Oregon-R(official name : Oregon-R-modENCODE genotype : wild type ); developmental stage=Embryo 4-7h; genotype=wild type; original_filename=GSM881222_4-7hr-PolII_DM63.bigWig
+GSM624662_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM624662_794.Mvalues.bigWig
+GSM520951_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520951_63.Mvalues.bigWig
+GSM927201_1	cell line=S2R+; orf encoding protein=CG4602; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927201_Obar_BRG_BLUE_FH4245_CG4602_Srp54_GCCAAT_L005_R1_001_scaled.bigWig
+GSM851707_1	developmental stage=E0-12; strain=USP, transgenic; original_filename=GSM851707_2011-1625_110916_SN484_0113_AC030PABXX_5_sequence.txtno_ct_density.bigWig
+GSM624658_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM624658_866.Mvalues.bigWig
+GSM851705_1	developmental stage=CNS; antibody name=FAIRE; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM851705_2011-1521_110901_SN665_0124_AC02Y2ABXX_5_sequence.txtno_ct_density.bigWig
+GSM686577_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686577_842.Mvalues.bigWig
+GSM520806_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520806_375.Mvalues.bigWig
+GSM847576_1	strain=iso1 (y; bw cn sp); developmental stage=AdultMale; original_filename=GSM847576_2011-1018_110616_SN673_0073_AB079JABXX_6_sequence.txtno_ct_density.bigWig
+GSM624676_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM624676_212.Mvalues.bigWig
+GSM627397_1	cell line=S2-DRSC; original_filename=GSM627397_100429_600CAAAXX_CG6227_2_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927168_1	cell line=S2R+; orf encoding protein=CG10203; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927168_Obar_BRG_BLUE_FH1449_CG10203-RA_xl6_ACAGTG_L002_R1_001_scaled.bigWig
+GSM333863_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333863.bigWig
+GSM520883_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520883_11.Mvalues.bigWig
+GSM853470_1	developmental stage=E16-24; antibody name=Ttk; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853470_2011-1011_110616_SN673_0073_AB079JABXX_4_sequence.txtno_ct_density.bigWig
+GSM686715_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686715_881.Mvalues.bigWig
+GSM520863_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520863_269.Mvalues.bigWig
+GSM451799_1	development stage=L2; antibody=PolII; antibody manufacturer=Covance; antibody catalog number=MMS-126R; antibody lot number=14861301; original_filename=GSM451799_L2_PolII_density.bigWig
+GSM927174_1	cell line=S2R+; orf encoding protein=CG12357; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927174_Obar_BRG_BLUE_FH2090_CG12357_TTAGGC_L003_R1_001_scaled.bigWig
+GSM520879_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520879_356.Mvalues.bigWig
+GSM520846_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520846_283.Mvalues.bigWig
+GSM520897_1	tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520897_102.Mvalues.bigWig
+GSM851743_1	developmental stage=E0-8; antibody name=Hth; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM851743_2011-649_110428_SN665_0092_A81RY4ABXX_8_sequence.txtno_ct_density.bigWig
+GSM927217_1	cell line=S2R+; orf encoding protein=CG6841; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927217_Obar_BRG_BLUE_FH4626_CG6841_ATCACG_L006_R1_001_scaled.bigWig
+GSM851840_1	developmental stage=E16-24; strain=ISO1; original_filename=GSM851840_2011-1332_110806_SN484_0108_AD0BT3ABXX_4_sequence.txtno_ct_density.bigWig
+GSM686693_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686693_928.Mvalues.bigWig
+GSM686773_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686773_850.Mvalues.bigWig
+GSM461184_2	cell line=S2-DRSC; original_filename=GSM461184_090311_30WEDAAXX_CG9373_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520937_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520937_301.Mvalues.bigWig
+GSM624626_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM624626_140.Mvalues.bigWig
+GSM575435_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575435_153.Mvalues.bigWig
+GSM575512_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575512_381.Mvalues.bigWig
+GSM575452_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575452_648.Mvalues.bigWig
+GSM669541_1	developmental stage=E16-24h_13T; antibody name=exd-GFP; fly type=transgenic; manufacturer=Irvine Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM669541_E16-24h_13T_exd_-GFP_density.bigWig
+GSM927189_1	cell line=S2R+; orf encoding protein=CG17838; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927189_Red_FH1183_fragmented_Index2_CGATGT_L007_R1_001_trimmed_scaled.bigWig
+GSM686610_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686610_906.Mvalues.bigWig
+GSM621128_1	developmental stage=5T-0-6; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM621128_5T_0-6_NW_GFP_density.bigWig
+GSM521104_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521104_216.Mvalues.bigWig
+GSM333868_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333868.bigWig
+GSM390060_1	cell line=Kc167; original_filename=GSM390060_Kc167-4_spa.bigWig
+GSM453867_1	development stage=L2; original_filename=GSM453867_L2_combined_coverage.bigWig
+GSM853481_1	developmental stage=WPP; antibody name=H3K4me3; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853481_2011-1333_110806_SN484_0108_AD0BT3ABXX_4_sequence.txtno_ct_density.bigWig
+GSM847705_1	strain=iso1 (y; bw cn sp); developmental stage=E8-16; original_filename=GSM847705_2011-1101_110622_SN673_0076_BB07A0ABXX_7_sequence.txtno_ct_density.bigWig
+GSM575473_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575473_685.Mvalues.bigWig
+GSM461197_1	cell line=S2-DRSC; original_filename=GSM461197_100520_600A7AAXX_CG5422_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624860_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624860_090309DmBL3_150X5vN3_353374-2_cy5_cy3.bigWig
+GSM627347_1	cell line=S2-DRSC; original_filename=GSM627347_100409_600BLAAXX_CG11266_2_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927204_1	cell line=S2R+; orf encoding protein=CG5099; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927204_Obar_BRG_FH5443_CG5099_msi_TTAGGC_L006_R1_001_scaled.bigWig
+GSM621130_1	developmental stage=E16-24h; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM621130_5T_16-24_NW_GFP_density.bigWig
+GSM853482_1	developmental stage=WPP; strain=ISO1; original_filename=GSM853482_2011-1335_110806_SN484_0108_AD0BT3ABXX_5_sequence.txtno_ct_density.bigWig
+GSM499644_1	development stage=E0-4h; antibody=Caudal; test=ChIP; original_filename=GSM499644_E0-4h_7T_density.bigWig
+GSM408984_1	tissue/development stage=AdultMale; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM408984_AdultMale_CBP_density.bigWig
+GSM686683_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686683_437.Mvalues.bigWig
+GSM461190_3	cell line=S2-DRSC; original_filename=GSM461190_100730_61RPDAAXX_CG13425_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575374_1	strain=Oregon-R; developmental stage=Mixed Adult; genotype=wild type; original_filename=GSM575374_141.Mvalues.bigWig
+GSM408994_1	tissue/development stage=Pupae; antibody=CBP; antibody provider=Dr. Mattias Mannervik in Stockholm University; original_filename=GSM408994_Pupae_density.bigWig
+GSM686530_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686530_873.Mvalues.bigWig
+GSM520909_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520909_79.Mvalues.bigWig
+GSM686506_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686506_925.Mvalues.bigWig
+GSM851818_1	developmental stage=E0-8; strain=ISO1; original_filename=GSM851818_2011-1713_111007_SN673_0107_BD0E2TACXX_3_sequence.txtno_ct_density.bigWig
+GSM927165_1	cell line=S2R+; orf encoding protein=CG10128; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927165_Red_FH_1481_fragmented_Index4_TGACCA_L007_R1_001_trimmed_scaled.bigWig
+GSM522353_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM522353_S2_2.bigWig
+GSM439455_1	development point=E8-12; antibody=H3K9me3; antibody manufacturer=Abcam; antibody catalog number=ab8898; antibody lot number=422485; original_filename=GSM439455_E8-12_H3K9Me3_density.bigWig
+GSM927200_1	cell line=S2R+; orf encoding protein=CG4602; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927200_Obar_BRG_FH4245_CG4602_Srp54_GCCAAT_L005_R1_001_scaled.bigWig
+GSM627401_2	cell line=S2-DRSC; original_filename=GSM627401_091110_42PFPAAXX_CG7437_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520993_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520993_265.Mvalues.bigWig
+GSM851841_1	developmental stage=E16-24; antibody name=SuHw; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM851841_2011-817_110603_SN673_0062_BB07JLABXX_6_sequence.txtno_ct_density.bigWig
+GSM694121_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM694121_S2_MCM_44.bigWig
+GSM520893_1	tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520893_103.Mvalues.bigWig
+GSM461201_1	cell line=S2-DRSC; original_filename=GSM461201_090610_4277KAAXX_CG10128_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM333856_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333856.bigWig
+GSM853476_1	developmental stage=Kc167; antibody name=Zfh1; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853476_2011-1005_110616_SN673_0073_AB079JABXX_3_sequence.txtno_ct_density.bigWig
+GSM627413_1	cell line=S2-DRSC; original_filename=GSM627413_100520_61DAYAAXX_CG8912_1_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627372_1	cell line=S2-DRSC; original_filename=GSM627372_100430_6103YAAXX_CG3584_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461204_2	cell line=S2-DRSC; original_filename=GSM461204_090508_427C7AAXX_CG1559_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575415_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575415_643.Mvalues.bigWig
+GSM686731_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686731_916.Mvalues.bigWig
+GSM333860_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333860.bigWig
+GSM461207_1	cell line=S2-DRSC; original_filename=GSM461207_090624_42ENMAAXX_CG3249_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520959_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520959_262.Mvalues.bigWig
+GSM461188_1	cell line=S2-DRSC; original_filename=GSM461188_090527_4277RAAXX_CG17838_1_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461189_1	cell line=S2-DRSC; original_filename=GSM461189_090407_3138TAAXX_CG16901_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM853478_1	developmental stage=W3L; strain=ISO1; original_filename=GSM853478_L_2011-769_inputno_ct_density.bigWig
+GSM627376_2	cell line=S2-DRSC; original_filename=GSM627376_100611_600FPAAXX_CG4602_2_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM628224_1	fly=iso1 (y; bw cn sp); developmental stage=E16-24h; antibody name=KW4-Hr39-D1; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM628224_E16-24h_Hr39_density.bigWig
+GSM520941_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520941_64.Mvalues.bigWig
+GSM853491_1	developmental stage=E0-8; antibody name=sim; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853491_2011-652_110429_SN673_0056_A81RGMABXX_1_sequence.txtno_ct_density.bigWig
+GSM927226_1	cell line=S2R+; orf encoding protein=CG9998; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927226_Obar_BRG_FH3772_CG9998_U2af50_TTAGGC_L004_R1_001_scaled.bigWig
+GSM461199_2	cell line=S2-DRSC; original_filename=GSM461199_090610_4277KAAXX_CG18426_1_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461188_2	cell line=S2-DRSC; original_filename=GSM461188_090407_3138TAAXX_CG17838_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM851730_1	developmental stage=E0-8; strain=ISO1; original_filename=GSM851730_2011-1229_110718_SN665_0105_AD0E3AABXX_2_sequence.txtno_ct_density.bigWig
+GSM575441_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575441_770.Mvalues.bigWig
+GSM624640_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM624640_809.Mvalues.bigWig
+GSM624879_1	cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; original_filename=GSM624879_54Ap_54A6_353395_cy5_cy3.bigWig
+GSM333844_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333844.bigWig
+GSM522363_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM522363_KC_MCM_27.bigWig
+GSM575504_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575504_503.Mvalues.bigWig
+GSM847656_1	strain=iso1 (y; bw cn sp); developmental stage=E0-12; antibody name=sc; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847656_2011-679_110429_SN673_0056_A81RGMABXX_8_sequence.txtno_ct_density.bigWig
+GSM461180_1	cell line=S2-DRSC; original_filename=GSM461180_CG8144-3_all.bigWig
+GSM461177_1	cell line=S2-DRSC; original_filename=GSM461177_Untreated-3_all.bigWig
+GSM575460_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575460_647.Mvalues.bigWig
+GSM575444_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575444_580.Mvalues.bigWig
+GSM627378_1	cell line=S2-DRSC; original_filename=GSM627378_100423_600A6AAXX_CG4760_2_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM594245_1	developmental stage=E8-16h; antibody name=NW-GFP-Goat[eve]; antibody manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM594245_E8-16h_eve-YFP_density.bigWig
+GSM439452_1	development point=E20-24; antibody=H3K9me3; antibody manufacturer=Abcam; antibody catalog number=ab8898; antibody lot number=422485; original_filename=GSM439452_E20-24_H3K9Me3_density.bigWig
+GSM624648_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624648_1099.Mvalues.bigWig
+GSM927198_1	cell line=S2R+; orf encoding protein=CG42670; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927198_Obar_BRG_Blue_FH07121_CG42670_Ps_GGCTAC_L008_R1_001_scaled.bigWig
+GSM520826_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520826_339.Mvalues.bigWig
+GSM927185_1	cell line=S2R+; orf encoding protein=CG16901; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927185_Obar_BRG_BLUE_FH3388_CG16901_Sqd_ACTTGA_L004_R1_001_scaled.bigWig
+GSM686757_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686757_826.Mvalues.bigWig
+GSM520895_1	tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520895_154.Mvalues.bigWig
+GSM401417_1	tissue=L3; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM401417_L3_H3K9Ac_density.bigWig
+GSM521045_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521045_552.Mvalues.bigWig
+GSM847955_1	strain=iso1 (y; bw cn sp); developmental stage=WPP; original_filename=GSM847955_2011-953_110607_SN673_0063_AB05GKABXX_7_sequence.txtno_ct_density.bigWig
+GSM575486_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM575486_593.Mvalues.bigWig
+GSM624666_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM624666_400.Mvalues.bigWig
+GSM333835_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333835.bigWig
+GSM927169_1	cell line=S2R+; orf encoding protein=CG10279; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927169_Obar_BRG_FH3080_CG10279_Rm62_GCCAAT_L003_R1_001_scaled.bigWig
+GSM520967_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM520967_360.Mvalues.bigWig
+GSM520963_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520963_118.Mvalues.bigWig
+GSM686713_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686713_856.Mvalues.bigWig
+GSM627370_1	cell line=S2-DRSC; original_filename=GSM627370_100423_600A6AAXX_CG3312_1_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521051_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521051_448.Mvalues.bigWig
+GSM627400_2	cell line=S2-DRSC; original_filename=GSM627400_091002_42P86AAXX_CG6946_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM401405_1	tissue=Embryos; time point=4-8h; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM401405_E4-8_H3K9Ac_density.bigWig
+GSM927211_1	cell line=S2R+; orf encoding protein=CG6227; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927211_Obar_BRG_FH3919_CG6227_ACAGTG_L005_R1_001_scaled.bigWig
+GSM627383_2	cell line=S2-DRSC; original_filename=GSM627383_091002_42P86AAXX_CG5099_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575490_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575490_368.Mvalues.bigWig
+GSM461197_2	cell line=S2-DRSC; original_filename=GSM461197_100420_61046AAXX_CG5422_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM499633_1	development stage=E0-12h; antibody=HDAC4a; test=ChIP; original_filename=GSM499633_E0-12_HDAC-492_density.bigWig
+GSM521078_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521078_343.Mvalues.bigWig
+GSM439447_1	development point=E4-8; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439447_E4-8_H3K27Me3_density.bigWig
+GSM686784_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686784_893.Mvalues.bigWig
+GSM927191_1	cell line=S2R+; orf encoding protein=CG31716; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927191_Obar_BRG_FH5321_CG31716_CGATGT_L006_R1_001_scaled.bigWig
+GSM499631_1	development stage=Adult-Female; antibody=goat anti GFP; test=ChIP; original_filename=GSM499631_A-Female_7T_density.bigWig
+GSM333852_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333852.bigWig
+GSM520792_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520792_298.Mvalues.bigWig
+GSM333845_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333845.bigWig
+GSM333854_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333854.bigWig
+GSM628226_1	developmental stage=E8-16h; antibody name=KW3-Trl-D2; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM628226_E8-16h_Trl_density.bigWig
+GSM624656_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM624656_867.Mvalues.bigWig
+GSM853471_1	developmental stage=E8-16; antibody name=Bcd; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853471_2011-1339_110806_SN484_0108_AD0BT3ABXX_6_sequence.txtno_ct_density.bigWig
+GSM627338_3	cell line=S2-DRSC; original_filename=GSM627338_100429_600CAAAXX_CG10279_2_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575403_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575403_259.Mvalues.bigWig
+GSM521106_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521106_316.Mvalues.bigWig
+GSM624864_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624864_090209DmBL3_PELL5vN3_353400-2_cy5_cy3.bigWig
+GSM686522_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686522_75.Mvalues.bigWig
+GSM520975_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520975_310.Mvalues.bigWig
+GSM520834_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520834_306.Mvalues.bigWig
+GSM520889_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520889_412.Mvalues.bigWig
+GSM847697_1	strain=iso1 (y; bw cn sp); developmental stage=E16-24; original_filename=GSM847697_2010-4468_110624_SN673_0077_AB079HABXX_8_sequence.txtno_ct_density.bigWig
+GSM624873_1	cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; cell line=ML-DmD16-c3; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Female; original_filename=GSM624873_54Am_54A6_353360_cy5_cy3.bigWig
+GSM927188_1	cell line=S2R+; orf encoding protein=CG17136; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927188_Obar_BRG_BLUE_FH3756_CG17136_Rbp1_CGATGT_L004_R1_001_scaled.bigWig
+GSM942058_1	strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Fatbody; developmental stage=cleavage stage; genotype=TBA; Sex=Unknown; strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Fatbody; developmental stage=cleavage stage; genotype=TBA; Sex=Unknown; original_filename=GSM942058_Norm_smoothed_log2_ratios.252532110031_201201271335_S01_CGH-v4_10_Apr08_1_2.bigWig
+GSM400662_1	tissue=L1; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400662_L1_H3K4Me3_run2_density.bigWig
+GSM686591_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686591_636.Mvalues.bigWig
+GSM570040_1	developmental stage=3dFemale from 7T; fraction=ChIP; antibody name=NWG-GFP; manufacturer=White Lab/Chemicon; lot/batch#=N/A; catalog#=N/A; original_filename=GSM570040_7T_3dFemale_density.bigWig
+GSM927167_1	cell line=S2R+; orf encoding protein=CG10203; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927167_Obar_BRG_FH1449_CG10203_xl6_GCCAAT_L002_R1_001_scaled.bigWig
+GSM575496_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM575496_656.Mvalues.bigWig
+GSM627418_1	cell line=S2-DRSC; original_filename=GSM627418_091110_42PFPAAXX_CG9983_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM847776_1	strain=iso1 (y; bw cn sp); developmental stage=W3L; original_filename=GSM847776_2011-989_110614_SN673_0072_AC00YVABXX_5_sequence.txtno_ct_density.bigWig
+GSM621343_1	developmental stage=(sens-GFP)-E4-8h; antibody=GFP; antibody provider=White Lab; antibody lot/batch#=N/A; antibody catalog#=N/A; fly=transgenic; antibody=none; original_filename=GSM621343_extracted_GFP_sens-E-4-8h_pvalue.bar.txt_IGB.bigWig
+GSM847575_1	strain=iso1 (y; bw cn sp); developmental stage=AdultMale; antibody name=CNC; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847575_2011-1015_110616_SN673_0073_AB079JABXX_5_sequence.txtno_ct_density.bigWig
+GSM624678_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM624678_215.Mvalues.bigWig
+GSM627394_1	cell line=S2-DRSC; original_filename=GSM627394_100323_61F6BAAXX_CG6203_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927170_1	cell line=S2R+; orf encoding protein=CG10279; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927170_Obar_BRG_BLUE_FH3080_CG10279_Rm62_GCCAAT_L004_R1_001_scaled.bigWig
+GSM624881_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624881_Q_57A6Ao_382419-3_cy5_cy3.bigWig
+GSM627401_1	cell line=S2-DRSC; original_filename=GSM627401_091022_432AVAAXX_CG7437_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627345_1	cell line=S2-DRSC; original_filename=GSM627345_100408_600A5AAXX_CG1101_2_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520925_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520925_43.Mvalues.bigWig
+GSM521029_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM521029_599.Mvalues.bigWig
+GSM627418_2	cell line=S2-DRSC; original_filename=GSM627418_091002_42P86AAXX_CG9983_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520808_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520808_411.Mvalues.bigWig
+GSM521092_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521092_144.Mvalues.bigWig
+GSM624682_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624682_26.Mvalues.bigWig
+GSM521076_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521076_342.Mvalues.bigWig
+GSM686753_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686753_839.Mvalues.bigWig
+GSM627338_1	cell line=S2-DRSC; original_filename=GSM627338_100430_6103YAAXX_CG10279_2_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686559_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686559_1024.Mvalues.bigWig
+GSM627414_2	cell line=S2-DRSC; original_filename=GSM627414_100520_61DAYAAXX_CG8912_2_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM847774_1	strain=iso1 (y; bw cn sp); developmental stage=Kc167; antibody name=Sin3A; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847774_2011-1094_110622_SN673_0076_BB07A0ABXX_5_sequence.txtno_ct_density.bigWig
+GSM520971_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM520971_350.Mvalues.bigWig
+GSM570043_1	developmental stage=E16-24h; fraction=ChIP; antibody name=KW3-Trl-D2; manufacturer=White Lab/Aviva; lot/batch#=N/A; catalog#=N/A; original_filename=GSM570043_E16-24h_Trl_density.bigWig
+GSM942056_1	strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Malpighian tubules; developmental stage=cleavage stage; genotype=TBA; Sex=Female; strain=Oregon-R Orr-Weaver(genotype : TBA outcross : TBA description : Wild-type Oregon-R population maintained by Terry Orr-Weaver. made_by : wt population ); tissue=Malpighian tubules; developmental stage=cleavage stage; genotype=TBA; Sex=Unknown; original_filename=GSM942056_Norm_smoothed_log2_ratios.252532110037_201202081323_S01_CGH-v4_10_Apr08_1_2.bigWig
+GSM520848_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520848_282.Mvalues.bigWig
+GSM520859_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520859_57.Mvalues.bigWig
+GSM461200_2	cell line=S2-DRSC; original_filename=GSM461200_090504_427EDAAXX_CG7971_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM571140_1	developmental stage=E8-16h; fraction=ChIP; original_filename=GSM571140_E8-16h_disco_density.bigWig
+GSM520995_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520995_363.Mvalues.bigWig
+GSM594216_1	developmental stage=E0-8h; antibody name=NW-GFP-Goat[Dfd]; antibody manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM594216_E0-8h_10T_Dfd_-GFP_density.bigWig
+GSM686534_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686534_992.Mvalues.bigWig
+GSM461209_3	cell line=S2-DRSC; original_filename=GSM461209_100730_61RPDAAXX_CG7878_1_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927172_1	cell line=S2R+; orf encoding protein=CG10851; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927172_Obar_BRG_BLUE_FH2753_CG10851_B52_TGACCA_L003_R1_001_scaled.bigWig
+GSM521047_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521047_501.Mvalues.bigWig
+GSM499639_1	development stage=E0-12h; antibody=HDAC6; test=ChIP; original_filename=GSM499639_E0-12_HDAC-497_density.bigWig
+GSM461186_2	cell line=S2-DRSC; original_filename=GSM461186_090512_4277EAAXX_CG9983_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM522356_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM522356_BG3_7.bigWig
+GSM927196_1	cell line=S2R+; orf encoding protein=CG4262; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927196_Obar_BRG_BLUE_FH1333_CG4262-RA_CGATGT_L001_R1_001_scaled.bigWig
+GSM927166_1	cell line=S2R+; orf encoding protein=CG10128; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927166_Obar_BRG_BLUE_FH1481_tra2CG10128-RA_GCCAAT_L002_R1_001_scaled.bigWig
+GSM627363_2	cell line=S2-DRSC; original_filename=GSM627363_091110_42PFPAAXX_CG31000_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM401411_1	tissue=AdultMale; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM401411_AdultMale_H3K4Me1_density.bigWig
+GSM627377_1	cell line=S2-DRSC; original_filename=GSM627377_100420_61046AAXX_CG4760_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627338_2	cell line=S2-DRSC; original_filename=GSM627338_100520_600A7AAXX_CG10279_2_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM520953_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520953_126.Mvalues.bigWig
+GSM627348_1	cell line=S2-DRSC; original_filename=GSM627348_091110_42PFPAAXX_CG12749_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM621134_1	developmental stage=ECR-WPP+90; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM621134_ECR_WPP+90_NW_GFP_density.bigWig
+GSM853486_1	developmental stage=E0-12; antibody name=Ubx; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853486_2011-1624_110916_SN484_0113_AC030PABXX_7_sequence.txtno_ct_density.bigWig
+GSM461195_1	cell line=S2-DRSC; original_filename=GSM461195_090414_313ATAAXX_CG10203_1_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM432582_1	development point=E12-16; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM432582_E12-16_H3K27Ac_density.bigWig
+GSM686687_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686687_667.Mvalues.bigWig
+GSM520907_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520907_35.Mvalues.bigWig
+GSM627399_1	cell line=S2-DRSC; original_filename=GSM627399_100429_600CAAAXX_CG6841_2_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM499653_1	development stage=WhitePrePupae30-33; antibody=goat anti GFP; test=ChIP; original_filename=GSM499653_WPP30-33_density.bigWig
+GSM624630_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624630_781.Mvalues.bigWig
+GSM627412_2	cell line=S2-DRSC; original_filename=GSM627412_100409_600BLAAXX_CG8781_2_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624883_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624883_I_57A6Ap_382410-2_cy5_cy3.bigWig
+GSM521021_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521021_575.Mvalues.bigWig
+GSM881217_1	strain=Oregon-R(official name : Oregon-R-modENCODE genotype : wild type ); developmental stage=Embryo 4-7h; genotype=wild type; original_filename=GSM881217_4-7hr-ORC_DM36.bigWig
+GSM333864_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333864.bigWig
+GSM575439_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575439_627.Mvalues.bigWig
+GSM439448_1	development point=E0-4; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439448_E0-4_H3K27Me3_density.bigWig
+GSM575442_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575442_717.Mvalues.bigWig
+GSM439458_1	development point=E12-16; antibody=H3K9Ac; antibody manufacturer=Abcam; antibody catalog number=ab4441; antibody lot number=420772; original_filename=GSM439458_E12-16_H3K9Ac_density.bigWig
+GSM575502_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575502_555.Mvalues.bigWig
+GSM853483_1	developmental stage=WPP; antibody name=SuHw; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853483_2011-951_110607_SN673_0063_AB05GKABXX_7_sequence.txtno_ct_density.bigWig
+GSM686518_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686518_726.Mvalues.bigWig
+GSM927219_1	cell line=S2R+; orf encoding protein=CG6987; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927219_Obar_BRG_BLUE_FH1396_CG6987-RA_SF2_TTAGGC_L001_R1_001_scaled.bigWig
+GSM624642_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM624642_810.Mvalues.bigWig
+GSM627391_1	cell line=S2-DRSC; original_filename=GSM627391_091022_432AVAAXX_CG5836_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927234_1	cell line=S2R+; orf encoding protein=none; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927234_Obar_BRG_Blue_000B_GATCAG_L008_R1_001_scaled.bigWig
+GSM461192_1	cell line=S2-DRSC; original_filename=GSM461192_090407_3138TAAXX_CG4602_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM439453_1	development point=E16-20; antibody=H3K9me3; antibody manufacturer=Abcam; antibody catalog number=ab8898; antibody lot number=422485; original_filename=GSM439453_E16-20_H3K9Me3_density.bigWig
+GSM627390_1	cell line=S2-DRSC; original_filename=GSM627390_091118_42W4VAAXX_CG5821_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624859_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624859_090309DmBL3_150I5vN3_353360-2_cy5_cy3.bigWig
+GSM927228_1	cell line=S2R+; orf encoding protein=none; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927228_FH0000_AC01WMACXX_8_1_sequence_trimmed_scaled.bigWig
+GSM686571_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686571_824.Mvalues.bigWig
+GSM520779_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520779_101.Mvalues.bigWig
+GSM499642_1	development stage=E0-12h; antibody=HDAC1; test=ChIP; original_filename=GSM499642_E0-12_HDAC-500_density.bigWig
+GSM627416_1	cell line=S2-DRSC; original_filename=GSM627416_100331_61F5NAAXX_CG9412_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575516_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575516_378.Mvalues.bigWig
+GSM686486_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM686486_887.Mvalues.bigWig
+GSM627404_1	cell line=S2-DRSC; original_filename=GSM627404_100430_6103YAAXX_CG8019_2_s_1_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461198_1	cell line=S2-DRSC; original_filename=GSM461198_090601_4277DAAXX_CG10851_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624871_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624871_072109Dm4-6PELL5vN3_283997-3_cy5_cy3.bigWig
+GSM575421_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575421_574.Mvalues.bigWig
+GSM624896_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624896_35A1-35A0_237367_cy3_cy5.bigWig
+GSM847577_1	strain=iso1 (y; bw cn sp); developmental stage=E0-12; antibody name=Ash2; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847577_2011-980_110614_SN673_0072_AC00YVABXX_3_sequence.txtno_ct_density.bigWig
+GSM400674_1	tissue=Embryos; time point=4-8h; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400674_E4-8_H3K4me3_run2_density.bigWig
+GSM686528_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686528_870.Mvalues.bigWig
+GSM439460_1	development point=E20-24; antibody=PolII; antibody manufacturer=Covance; antibody catalog number=MMS-126R; antibody lot number=14861301; original_filename=GSM439460_E20-24_PolII_density.bigWig
+GSM851848_1	developmental stage=E0-8; antibody name=Dfd; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=DFD, transgenic; original_filename=GSM851848_2011-1715_111007_SN673_0107_BD0E2TACXX_3_sequence.txtno_ct_density.bigWig
+GSM400660_1	tissue=L3; antibody=H3K4me3; antibody manufacturer=Abcam; antibody catalog number=ab8580; antibody lot number=411277; original_filename=GSM400660_L3_H3K4Me3_run2_density.bigWig
+GSM686473_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686473_821.Mvalues.bigWig
+GSM624889_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624889_AB_56C6Cp_382773-3_cy5_cy3.bigWig
+GSM686541_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686541_681.Mvalues.bigWig
+GSM575388_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575388_209.Mvalues.bigWig
+GSM847767_1	strain=iso1 (y; bw cn sp); developmental stage=E8-16; antibody name=SuH; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847767_2011-651_2011-1449.merged.txtno_ct_density.bigWig
+GSM686681_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686681_1055.Mvalues.bigWig
+GSM520901_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520901_256.Mvalues.bigWig
+GSM461193_2	cell line=S2-DRSC; original_filename=GSM461193_090527_4277RAAXX_CG5655_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM627390_2	cell line=S2-DRSC; original_filename=GSM627390_091022_432AVAAXX_CG5821_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM628264_1	fly=transgenic; developmental stage=: 7T_W3L; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM628264_7T_W3L_GFP_density.bigWig
+GSM461203_2	cell line=S2-DRSC; original_filename=GSM461203_090508_427C7AAXX_CG7437_1_s_4_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM569793_1	developmental stage=E8-16h; fraction=ChIP; antibody name=KW3-hkb-D1; manufacturer=White Lab/Aviva; lot/batch#=N/A; catalog#=N/A; original_filename=GSM569793_E8-16h_hkb_density.bigWig
+GSM520798_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520798_72.Mvalues.bigWig
+GSM686488_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686488_920.Mvalues.bigWig
+GSM627403_1	cell line=S2-DRSC; original_filename=GSM627403_100429_600CAAAXX_CG8019_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521098_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM521098_617.Mvalues.bigWig
+GSM521065_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521065_511.Mvalues.bigWig
+GSM624866_1	strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; strain=B3(made_by : Paul Talbert description : A strain that expresses a conditionally expressed biotin-tagged histone H3.3.  The strain also contains the E. coli BirA gene that is expressed under the control of a GAL4 UAS. tags : Transposon transgene : Histone H3.3::biotin-recognition-peptide outcross : New Line genotype : y w; A5C-GAL4/cyO; B3 official name : B3 ); genotype=y w; A5C-GAL4/cyO; B3; transgene=Histone H3.3::biotin-recognition-peptide; original_filename=GSM624866_060409Dm4-6_150I5vN3_284230-2_cy5_cy3.bigWig
+GSM627409_1	cell line=S2-DRSC; original_filename=GSM627409_100409_600BLAAXX_CG8749_1_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM461201_2	cell line=S2-DRSC; original_filename=GSM461201_090508_427C7AAXX_CG10128_1_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM686526_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686526_871.Mvalues.bigWig
+GSM621132_1	developmental stage=ECR-WPP+12; antibody name=GFP; manufacturer=White Lab; lot/batch#=N/A; catalog=Custom; original_filename=GSM621132_ECR_WPP+12_NW_GFP_density.bigWig
+GSM522362_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; sex=Female; original_filename=GSM522362_KC_MCM_26.bigWig
+GSM333841_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333841.bigWig
+GSM520991_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520991_319.Mvalues.bigWig
+GSM686604_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM686604_956.Mvalues.bigWig
+GSM401423_1	tissue=Embryos; time point=20-24h; antibody=H3K27Ac; antibody manufacturer=Abcam; antibody catalog number=ab4729; antibody lot number=34629; original_filename=GSM401423_E20-24_H3K27Ac_density.bigWig
+GSM401406_1	tissue=Embryos; time point=4-8h; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM401406_E4-8_H3K4Me1_density.bigWig
+GSM575492_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM575492_661.Mvalues.bigWig
+GSM847769_1	strain=iso1 (y; bw cn sp); developmental stage=Kc167; original_filename=GSM847769_2011-1098_110622_SN673_0076_BB07A0ABXX_6_sequence.txtno_ct_density.bigWig
+GSM927205_1	cell line=S2R+; orf encoding protein=CG5099; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927205_Obar_BRG_BLUE_FH5443_CG5099_msi_TTAGGC_L006_R1_001_scaled.bigWig
+GSM401403_1	tissue=Embryos; time point=16-20h; antibody=H3K4me1; antibody manufacturer=Abcam; antibody catalog number=ab8895; antibody lot number=349232; original_filename=GSM401403_E16-20_H3K4Me1_density.bigWig
+GSM927218_1	cell line=S2R+; orf encoding protein=CG6987; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927218_Red_1396_fragmented_Index3_TTAGGC_L007_R1_001_trimmed_scaled.bigWig
+GSM575471_1	strain=Oregon-R; developmental stage=Mixed Adult; genotype=wild type; original_filename=GSM575471_478.Mvalues.bigWig
+GSM847953_1	strain=iso1 (y; bw cn sp); developmental stage=WPP; original_filename=GSM847953_2011-663_110429_SN673_0056_A81RGMABXX_4_sequence.txtno_ct_density.bigWig
+GSM439444_1	development point=E16-20; antibody=H3K27me3; antibody manufacturer=Upstate; antibody catalog number=07-449; antibody lot number=DAM1387952; original_filename=GSM439444_E16-20_H3K27Me3_density.bigWig
+GSM627340_1	cell line=S2-DRSC; original_filename=GSM627340_100420_61046AAXX_CG10328_2_s_2_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM521069_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM521069_638.Mvalues.bigWig
+GSM461196_2	cell line=S2-DRSC; original_filename=GSM461196_090601_4277DAAXX_CG17136_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575413_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575413_438.Mvalues.bigWig
+GSM847768_1	strain=iso1 (y; bw cn sp); developmental stage=Kc167; antibody name=dCTBP; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; original_filename=GSM847768_2011-1096_110622_SN673_0076_BB07A0ABXX_6_sequence.txtno_ct_density.bigWig
+GSM520965_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520965_146.Mvalues.bigWig
+GSM333853_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333853.bigWig
+GSM686490_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; Sex=Male; original_filename=GSM686490_921.Mvalues.bigWig
+GSM627402_1	cell line=S2-DRSC; original_filename=GSM627402_091110_42PFPAAXX_CG7971_s_5_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575407_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575407_687.Mvalues.bigWig
+GSM575481_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM575481_325.Mvalues.bigWig
+GSM624891_1	cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; cell line=Kc167; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; genotype=se/e; Sex=Female; original_filename=GSM624891_AC_56C0C1_353355-5_cy5_cy3.bigWig
+GSM461194_1	cell line=S2-DRSC; original_filename=GSM461194_090527_4277RAAXX_CG1987_1_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM669694_1	developmental stage=BRC; antibody name=core; manufacturer=Lepesant lab; lot/batch#=N/A; catalog=N/A; fly type=iso1 (y; bw cn sp); original_filename=GSM669694_BRCore_density.bigWig
+GSM575458_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575458_93.Mvalues.bigWig
+GSM387595_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM387595_5-S2_80_270387.bigWig
+GSM520945_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520945_67.Mvalues.bigWig
+GSM520855_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520855_261.Mvalues.bigWig
+GSM520784_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520784_304.Mvalues.bigWig
+GSM520865_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; sex=Unknown; original_filename=GSM520865_268.Mvalues.bigWig
+GSM627415_1	cell line=S2-DRSC; original_filename=GSM627415_100611_600FPAAXX_CG9373_2_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM927220_1	cell line=S2R+; orf encoding protein=CG7437; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927220_Obar_BRG_FH3389_CG7437_mub_ATCACG_L004_R1_001_scaled.bigWig
+GSM521049_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM521049_500.Mvalues.bigWig
+GSM575506_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM575506_502.Mvalues.bigWig
+GSM575429_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM575429_723.Mvalues.bigWig
+GSM927190_1	cell line=S2R+; orf encoding protein=CG17838; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927190_Obar_BRG_BLUE_FH1183_CG17838-RB_ATCACG_L001_R1_001_scaled.bigWig
+GSM627344_1	cell line=S2-DRSC; original_filename=GSM627344_100408_600A5AAXX_CG1101_1_s_7_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM881219_1	strain=Oregon-R(official name : Oregon-R-modENCODE genotype : wild type ); developmental stage=Embryo 4-7h; genotype=wild type; original_filename=GSM881219_4-7hr-ORC_DM94.bigWig
+GSM853475_1	developmental stage=Kc167; antibody name=Yki; manufacturer=White Lab; lot/batch#=N/A; catalog=N/A; strain=ISO1; original_filename=GSM853475_2011-204_110316_SN484_0071_AC00GDABXX_s_2_sequence.txtno_ct_density.bigWig
+GSM627341_1	cell line=S2-DRSC; original_filename=GSM627341_100420_61046AAXX_CG10377_1_s_3_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575462_1	strain=Oregon-R; developmental stage=Embryo 14-16hr OR; genotype=wild type; original_filename=GSM575462_474.Mvalues.bigWig
+GSM333848_1	cell type=S2 cells; cell type=S2 cells; original_filename=GSM333848.bigWig
+GSM499651_1	cell line=S2; antibody=CTCF; test=ChIP; original_filename=GSM499651_S2_CTCF500_density.bigWig
+GSM927178_1	cell line=S2R+; orf encoding protein=CG1559; rip antibody=HA Immunoaffinity Resin (Sigma); original_filename=GSM927178_Obar_BRG_BLUE_FH4344_CG1559_Upf1_CAGATC_L005_R1_001_scaled.bigWig
+GSM851842_1	developmental stage=E16-24; strain=ISO1; original_filename=GSM851842_2011-961_110622_SN673_0076_BB07A0ABXX_4_sequence.txtno_ct_density.bigWig
+GSM627350_1	cell line=S2-DRSC; original_filename=GSM627350_091022_432AVAAXX_CG1559_s_6_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM624634_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM624634_901.Mvalues.bigWig
+GSM520780_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; sex=Male; original_filename=GSM520780_321.Mvalues.bigWig
+GSM624668_1	cell line=S2-DRSC; tissue=embryo-derived cell-line; developmental stage=late embryonic stage; Sex=Male; original_filename=GSM624668_145.Mvalues.bigWig
+GSM627369_1	cell line=S2-DRSC; original_filename=GSM627369_100323_61F6BAAXX_CG33106_2_s_8_sequence.txt_bowtie.FULL.unique.out.gen_jctns.bigWig
+GSM575390_1	strain=Oregon-R; developmental stage=Embryo 2-4hr OR; genotype=wild type; original_filename=GSM575390_190.Mvalues.bigWig
+GSM686563_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686563_918.Mvalues.bigWig
+GSM575427_1	strain=Oregon-R; developmental stage=3rd Instar Larvae; genotype=wild type; original_filename=GSM575427_191.Mvalues.bigWig
+GSM575485_1	cell line=CME-W1-Cl.8+; tissue=dorsal mesothoracic disc; developmental stage=third instar larval stage; sex=Male; original_filename=GSM575485_592.Mvalues.bigWig
+GSM686549_1	cell line=ML-DmBG3-c2; tissue=CNS-derived cell-line; developmental stage=third instar larval stage; genotype=y v f mal; Sex=Unknown; original_filename=GSM686549_1098.Mvalues.bigWig
diff --git a/dm3/track2Detail_longrange b/dm3/track2Detail_longrange
new file mode 100644
index 0000000..d16ba76
--- /dev/null
+++ b/dm3/track2Detail_longrange
@@ -0,0 +1,10 @@
+GSM849421_10k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=10 kb; Note=Pilot simplified Hi-C;
+GSM849421_160k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=160 kb; Note=Pilot simplified Hi-C;
+GSM849421_20k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=20 kb; Note=Pilot simplified Hi-C;
+GSM849421_40k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=40 kb; Note=Pilot simplified Hi-C;
+GSM849421_80k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=80 kb; Note=Pilot simplified Hi-C;
+GSM849422_10k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=10 kb; Note=Deep-sequenced simplified Hi-C;
+GSM849422_160k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=160 kb; Note=Deep-sequenced simplified Hi-C;
+GSM849422_20k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=20 kb; Note=Deep-sequenced simplified Hi-C;
+GSM849422_40k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=40 kb; Note=Deep-sequenced simplified Hi-C;
+GSM849422_80k	Publication=Three-dimensional folding and functional organization principles of the Drosophila genome; Journal=Cell 2012 Feb 3;148(3):458-72; Year=2012; Institution=Institute of Human Genetics, CNRS UPR 1142; PI=Tom Sexton; Sample=embryo; Age=4-12hr; Genotype=Oregon-R w1118; Bin size=80 kb; Note=Deep-sequenced simplified Hi-C;
diff --git a/dm3/track2Ft b/dm3/track2Ft
new file mode 100644
index 0000000..ce578b7
--- /dev/null
+++ b/dm3/track2Ft
@@ -0,0 +1,1012 @@
+GSM520875_1	14
+GSM621339_1	14
+GSM390064_1	14
+GSM575368_1	14
+GSM432583_1	14
+GSM686709_1	14
+GSM575393_1	14
+GSM520929_1	14
+GSM847771_1	14
+GSM570038_1	14
+GSM575380_1	14
+GSM461206_1	14
+GSM627336_1	14
+GSM847659_1	14
+GSM669543_1	14
+GSM451804_1	14
+GSM333849_1	14
+GSM621333_1	14
+GSM461210_2	14
+GSM853480_1	14
+GSM461179_1	14
+GSM927232_1	14
+GSM408988_1	14
+GSM520939_1	14
+GSM624674_1	14
+GSM942055_1	14
+GSM853474_1	14
+GSM575508_1	14
+GSM624887_1	14
+GSM439451_1	14
+GSM851706_1	14
+GSM942054_1	14
+GSM400656_1	14
+GSM686729_1	14
+GSM686551_1	14
+GSM432580_1	14
+GSM694128_1	14
+GSM520861_1	14
+GSM575384_1	14
+GSM881218_1	14
+GSM461210_1	14
+GSM624880_1	14
+GSM694124_1	14
+GSM627396_1	14
+GSM627411_2	14
+GSM401412_1	14
+GSM461176_1	14
+GSM575386_1	14
+GSM520800_1	14
+GSM521086_1	14
+GSM627407_1	14
+GSM521102_1	14
+GSM521033_1	14
+GSM461187_1	14
+GSM686762_1	14
+GSM408986_1	14
+GSM686759_1	14
+GSM628252_1	14
+GSM627417_1	14
+GSM627387_2	14
+GSM521015_1	14
+GSM401420_1	14
+GSM451806_1	14
+GSM520955_1	14
+GSM927233_1	14
+GSM521031_1	14
+GSM451808_1	14
+GSM853488_1	14
+GSM521017_1	14
+GSM569800_1	14
+GSM927171_1	14
+GSM387596_1	14
+GSM521041_1	14
+GSM847674_1	14
+GSM401401_1	14
+GSM451807_1	14
+GSM686743_1	14
+GSM627411_1	14
+GSM333833_1	14
+GSM686707_1	14
+GSM432592_1	14
+GSM624868_1	14
+GSM847752_1	14
+GSM624888_1	14
+GSM520828_1	14
+GSM461193_1	14
+GSM627380_1	14
+GSM439464_1	14
+GSM439462_1	14
+GSM461208_2	14
+GSM575437_1	14
+GSM333838_1	14
+GSM575446_1	14
+GSM686606_1	14
+GSM520790_1	14
+GSM627360_1	14
+GSM624620_1	14
+GSM461191_2	14
+GSM927176_1	14
+GSM461209_1	14
+GSM575391_1	14
+GSM621328_1	14
+GSM624882_1	14
+GSM853468_1	14
+GSM461209_2	14
+GSM927202_1	14
+GSM927208_1	14
+GSM575510_1	14
+GSM451805_1	14
+GSM847673_1	14
+GSM461187_2	14
+GSM927212_1	14
+GSM520935_1	14
+GSM927224_1	14
+GSM390062_1	14
+GSM575382_1	14
+GSM499657_1	14
+GSM686477_1	14
+GSM521061_1	14
+GSM390059_1	14
+GSM927197_1	14
+GSM575475_1	14
+GSM624646_1	14
+GSM461203_1	14
+GSM461184_1	14
+GSM686555_1	14
+GSM927210_1	14
+GSM847706_1	14
+GSM636835_1	14
+GSM627382_1	14
+GSM627392_1	14
+GSM694120_1	14
+GSM520949_1	14
+GSM575401_1	14
+GSM521003_1	14
+GSM520775_1	14
+GSM521039_1	14
+GSM686600_1	14
+GSM520854_1	14
+GSM621329_1	14
+GSM627407_2	14
+GSM614652_1	14
+GSM927181_1	14
+GSM520873_1	14
+GSM521063_1	14
+GSM686475_1	14
+GSM570045_1	14
+GSM569791_1	14
+GSM499638_1	14
+GSM401416_1	14
+GSM627363_1	14
+GSM627374_1	14
+GSM575433_1	14
+GSM627398_1	14
+GSM499643_1	14
+GSM499635_1	14
+GSM387597_1	14
+GSM624884_1	14
+GSM521037_1	14
+GSM521100_1	14
+GSM847658_1	14
+GSM461193_3	14
+GSM927216_1	14
+GSM686739_1	14
+GSM624861_1	14
+GSM624628_1	14
+GSM627413_3	14
+GSM401421_1	14
+GSM575479_1	14
+GSM881221_1	14
+GSM627356_1	14
+GSM686717_1	14
+GSM333846_1	14
+GSM686755_1	14
+GSM847675_1	14
+GSM627337_1	14
+GSM686612_1	14
+GSM401413_1	14
+GSM522360_1	14
+GSM853469_1	14
+GSM520796_1	14
+GSM624876_1	14
+GSM843544_1	14
+GSM627406_1	14
+GSM624892_1	14
+GSM575411_1	14
+GSM624897_1	14
+GSM927223_1	14
+GSM575431_1	14
+GSM520881_1	14
+GSM628255_1	14
+GSM627388_2	14
+GSM669545_1	14
+GSM575417_1	14
+GSM686547_1	14
+GSM927177_1	14
+GSM333866_1	14
+GSM927222_1	14
+GSM627395_1	14
+GSM851729_1	14
+GSM461190_1	14
+GSM401410_1	14
+GSM621341_1	14
+GSM627349_2	14
+GSM400672_1	14
+GSM627391_2	14
+GSM627364_1	14
+GSM432594_1	14
+GSM520921_1	14
+GSM461192_2	14
+GSM520852_1	14
+GSM627353_1	14
+GSM624664_1	14
+GSM333850_1	14
+GSM521071_1	14
+GSM853472_1	14
+GSM927194_1	14
+GSM432593_1	14
+GSM624865_1	14
+GSM520818_1	14
+GSM575448_1	14
+GSM333837_1	14
+GSM400666_1	14
+GSM390066_1	14
+GSM333847_1	14
+GSM686751_1	14
+GSM848956_1	14
+GSM686685_1	14
+GSM627335_3	14
+GSM432584_1	14
+GSM333868_2	14
+GSM686479_1	14
+GSM686776_1	14
+GSM461183_1	14
+GSM594222_1	14
+GSM694129_1	14
+GSM461181_1	14
+GSM686782_1	14
+GSM847578_1	14
+GSM636830_1	14
+GSM575419_1	14
+GSM401409_1	14
+GSM439443_1	14
+GSM432586_1	14
+GSM624862_1	14
+GSM624885_1	14
+GSM621331_1	14
+GSM333859_1	14
+GSM390065_1	14
+GSM621326_1	14
+GSM686516_1	14
+GSM520885_1	14
+GSM439450_1	14
+GSM624652_1	14
+GSM843545_1	14
+GSM521059_1	14
+GSM520802_1	14
+GSM575454_1	14
+GSM461191_1	14
+GSM694125_1	14
+GSM927180_1	14
+GSM461185_1	14
+GSM520985_1	14
+GSM575498_1	14
+GSM621338_1	14
+GSM520830_1	14
+GSM521090_1	14
+GSM627355_1	14
+GSM847657_1	14
+GSM333855_1	14
+GSM624890_1	14
+GSM570051_1	14
+GSM521088_1	14
+GSM408992_1	14
+GSM627379_1	14
+GSM627346_1	14
+GSM499640_1	14
+GSM627389_3	14
+GSM686508_1	14
+GSM621342_1	14
+GSM521035_1	14
+GSM575483_1	14
+GSM669472_1	14
+GSM461207_3	14
+GSM461186_1	14
+GSM942053_1	14
+GSM686745_1	14
+GSM575469_1	14
+GSM851849_1	14
+GSM686737_1	14
+GSM847773_1	14
+GSM439463_1	14
+GSM686749_1	14
+GSM520913_1	14
+GSM333842_1	14
+GSM520832_1	14
+GSM686510_1	14
+GSM627359_2	14
+GSM499661_1	14
+GSM575514_1	14
+GSM624869_1	14
+GSM627408_1	14
+GSM686492_1	14
+GSM627335_1	14
+GSM499649_1	14
+GSM621327_1	14
+GSM390063_1	14
+GSM520919_1	14
+GSM461183_2	14
+GSM853485_1	14
+GSM624632_1	14
+GSM439459_1	14
+GSM387600_1	14
+GSM686741_1	14
+GSM686691_1	14
+GSM847775_1	14
+GSM927195_1	14
+GSM627365_1	14
+GSM575366_1	14
+GSM461200_1	14
+GSM439445_1	14
+GSM927184_1	14
+GSM432591_1	14
+GSM408982_1	14
+GSM520947_1	14
+GSM927175_1	14
+GSM847702_1	14
+GSM499636_1	14
+GSM521082_1	14
+GSM628259_1	14
+GSM847699_1	14
+GSM686719_1	14
+GSM694132_1	14
+GSM627371_1	14
+GSM520981_1	14
+GSM439442_1	14
+GSM686561_1	14
+GSM621332_1	14
+GSM432579_1	14
+GSM627343_2	14
+GSM461205_1	14
+GSM521043_1	14
+GSM520915_1	14
+GSM521001_1	14
+GSM627359_1	14
+GSM624886_1	14
+GSM669537_1	14
+GSM521096_1	14
+GSM575370_1	14
+GSM439449_1	14
+GSM401415_1	14
+GSM847952_1	14
+GSM627366_2	14
+GSM686711_1	14
+GSM686483_1	14
+GSM575450_1	14
+GSM686679_1	14
+GSM627393_1	14
+GSM387594_1	14
+GSM853473_1	14
+GSM686764_1	14
+GSM520905_1	14
+GSM847954_1	14
+GSM621337_1	14
+GSM627383_1	14
+GSM624650_1	14
+GSM624872_1	14
+GSM627352_1	14
+GSM461182_2	14
+GSM451813_1	14
+GSM927227_1	14
+GSM520917_1	14
+GSM847619_1	14
+GSM521084_1	14
+GSM333870_1	14
+GSM432581_1	14
+GSM333836_1	14
+GSM569798_1	14
+GSM686565_1	14
+GSM627414_3	14
+GSM461182_1	14
+GSM520869_1	14
+GSM432587_1	14
+GSM686689_1	14
+GSM627415_2	14
+GSM627334_1	14
+GSM847676_1	14
+GSM624672_1	14
+GSM439446_1	14
+GSM520836_1	14
+GSM627385_1	14
+GSM627356_2	14
+GSM627389_1	14
+GSM520903_1	14
+GSM594213_1	14
+GSM451809_1	14
+GSM686733_1	14
+GSM520871_1	14
+GSM401424_1	14
+GSM927183_1	14
+GSM927192_1	14
+GSM627343_1	14
+GSM927229_1	14
+GSM627402_2	14
+GSM333867_1	14
+GSM461189_2	14
+GSM627412_1	14
+GSM451811_1	14
+GSM520782_1	14
+GSM847770_1	14
+GSM333843_1	14
+GSM636832_1	14
+GSM461195_2	14
+GSM575376_1	14
+GSM927187_1	14
+GSM621340_1	14
+GSM520933_1	14
+GSM627368_1	14
+GSM521075_1	14
+GSM333851_1	14
+GSM575395_1	14
+GSM521094_1	14
+GSM627414_1	14
+GSM627388_1	14
+GSM439440_1	14
+GSM575378_1	14
+GSM853484_1	14
+GSM853490_1	14
+GSM575488_1	14
+GSM627335_2	14
+GSM624636_1	14
+GSM851744_1	14
+GSM627339_1	14
+GSM520816_1	14
+GSM520977_1	14
+GSM927221_1	14
+GSM624670_1	14
+GSM439461_1	14
+GSM461208_1	14
+GSM624638_1	14
+GSM333861_1	14
+GSM927206_1	14
+GSM627362_2	14
+GSM439457_1	14
+GSM847660_1	14
+GSM520777_1	14
+GSM575397_1	14
+GSM575464_1	14
+GSM575364_1	14
+GSM333858_1	14
+GSM390061_1	14
+GSM520867_1	14
+GSM853489_1	14
+GSM627367_1	14
+GSM401407_1	14
+GSM627405_1	14
+GSM461199_1	14
+GSM686573_1	14
+GSM521073_1	14
+GSM847698_1	14
+GSM520838_1	14
+GSM520850_1	14
+GSM461204_1	14
+GSM521057_1	14
+GSM624878_1	14
+GSM461196_1	14
+GSM628262_1	14
+GSM520812_1	14
+GSM669547_1	14
+GSM522359_1	14
+GSM570054_1	14
+GSM627375_1	14
+GSM521013_1	14
+GSM927203_1	14
+GSM627351_1	14
+GSM847753_1	14
+GSM927199_1	14
+GSM401418_1	14
+GSM627357_1	14
+GSM627384_1	14
+GSM521055_1	14
+GSM594225_1	14
+GSM927193_1	14
+GSM575399_1	14
+GSM627415_3	14
+GSM432589_1	14
+GSM847772_1	14
+GSM627410_1	14
+GSM521011_1	14
+GSM520931_1	14
+GSM520844_1	14
+GSM520957_1	14
+GSM333840_1	14
+GSM520969_1	14
+GSM627360_2	14
+GSM927230_1	14
+GSM686593_1	14
+GSM520810_1	14
+GSM627400_1	14
+GSM627387_1	14
+GSM439465_1	14
+GSM627333_1	14
+GSM461207_2	14
+GSM621336_1	14
+GSM521009_1	14
+GSM520814_1	14
+GSM520788_1	14
+GSM569795_1	14
+GSM400668_1	14
+GSM575423_1	14
+GSM432585_1	14
+GSM847696_1	14
+GSM461206_2	14
+GSM927182_1	14
+GSM627358_1	14
+GSM451812_1	14
+GSM627376_1	14
+GSM628251_1	14
+GSM627366_1	14
+GSM408990_1	14
+GSM686536_1	14
+GSM522354_1	14
+GSM669474_1	14
+GSM461198_2	14
+GSM521019_1	14
+GSM624874_1	14
+GSM627349_1	14
+GSM575468_1	14
+GSM439454_1	14
+GSM927231_1	14
+GSM686721_1	14
+GSM624863_1	14
+GSM621335_1	14
+GSM451801_1	14
+GSM810644_1	14
+GSM461202_2	14
+GSM401408_1	14
+GSM636838_1	14
+GSM520822_1	14
+GSM686494_1	14
+GSM520857_1	14
+GSM627381_1	14
+GSM686553_1	14
+GSM461205_2	14
+GSM927225_1	14
+GSM627413_2	14
+GSM520911_1	14
+GSM520979_1	14
+GSM686538_1	14
+GSM851839_1	14
+GSM881223_1	14
+GSM570049_1	14
+GSM575409_1	14
+GSM851817_1	14
+GSM621334_1	14
+GSM439438_1	14
+GSM499647_1	14
+GSM624624_1	14
+GSM624680_1	14
+GSM521053_1	14
+GSM927207_1	14
+GSM520983_1	14
+GSM627350_2	14
+GSM451810_1	14
+GSM694134_1	14
+GSM401422_1	14
+GSM627337_2	14
+GSM520961_1	14
+GSM333871_1	14
+GSM942057_1	14
+GSM520999_1	14
+GSM847707_1	14
+GSM686524_1	14
+GSM627362_1	14
+GSM627373_1	14
+GSM520877_1	14
+GSM520891_1	14
+GSM624654_1	14
+GSM927215_1	14
+GSM614655_1	14
+GSM333839_1	14
+GSM624870_1	14
+GSM387598_1	14
+GSM624895_1	14
+GSM520923_1	14
+GSM447608_1	14
+GSM520997_1	14
+GSM621330_1	14
+GSM439456_1	14
+GSM853479_1	14
+GSM624660_1	14
+GSM628268_1	14
+GSM927213_1	14
+GSM624875_1	14
+GSM401419_1	14
+GSM686557_1	14
+GSM686532_1	14
+GSM499637_1	14
+GSM387593_1	14
+GSM432590_1	14
+GSM520804_1	14
+GSM575405_1	14
+GSM439441_1	14
+GSM520794_1	14
+GSM520786_1	14
+GSM624867_1	14
+GSM499641_1	14
+GSM686484_1	14
+GSM520899_1	14
+GSM624622_1	14
+GSM461190_2	14
+GSM461202_1	14
+GSM686481_1	14
+GSM520824_1	14
+GSM627348_2	14
+GSM521023_1	14
+GSM575477_1	14
+GSM627361_1	14
+GSM520842_1	14
+GSM847701_1	14
+GSM400658_1	14
+GSM847704_1	14
+GSM575500_1	14
+GSM686735_1	14
+GSM847703_1	14
+GSM927209_1	14
+GSM575372_1	14
+GSM432588_1	14
+GSM520973_1	14
+GSM333834_1	14
+GSM669539_1	14
+GSM520943_1	14
+GSM521080_1	14
+GSM627342_1	14
+GSM575456_1	14
+GSM521007_1	14
+GSM451803_1	14
+GSM927214_1	14
+GSM927173_1	14
+GSM333832_1	14
+GSM522357_1	14
+GSM686579_1	14
+GSM686747_1	14
+GSM847700_1	14
+GSM521027_1	14
+GSM333869_1	14
+GSM461194_2	14
+GSM927179_1	14
+GSM627389_2	14
+GSM520820_1	14
+GSM520927_1	14
+GSM401404_1	14
+GSM927186_1	14
+GSM624644_1	14
+GSM575425_1	14
+GSM401414_1	14
+GSM575494_1	14
+GSM686602_1	14
+GSM521005_1	14
+GSM520887_1	14
+GSM400670_1	14
+GSM686540_1	14
+GSM461185_2	14
+GSM853477_1	14
+GSM521025_1	14
+GSM401402_1	14
+GSM520840_1	14
+GSM400664_1	14
+GSM432578_1	14
+GSM461178_1	14
+GSM627354_1	14
+GSM627386_1	14
+GSM669477_1	14
+GSM686512_1	14
+GSM439439_1	14
+GSM627359_3	14
+GSM624877_1	14
+GSM521067_1	14
+GSM881222_1	14
+GSM624662_1	14
+GSM520951_1	14
+GSM927201_1	14
+GSM851707_1	14
+GSM624658_1	14
+GSM851705_1	14
+GSM686577_1	14
+GSM520806_1	14
+GSM847576_1	14
+GSM624676_1	14
+GSM627397_1	14
+GSM927168_1	14
+GSM333863_1	14
+GSM520883_1	14
+GSM853470_1	14
+GSM686715_1	14
+GSM520863_1	14
+GSM451799_1	14
+GSM927174_1	14
+GSM520879_1	14
+GSM520846_1	14
+GSM520897_1	14
+GSM851743_1	14
+GSM927217_1	14
+GSM851840_1	14
+GSM686693_1	14
+GSM686773_1	14
+GSM461184_2	14
+GSM520937_1	14
+GSM624626_1	14
+GSM575435_1	14
+GSM575512_1	14
+GSM575452_1	14
+GSM669541_1	14
+GSM927189_1	14
+GSM686610_1	14
+GSM621128_1	14
+GSM521104_1	14
+GSM333868_1	14
+GSM390060_1	14
+GSM453867_1	14
+GSM853481_1	14
+GSM847705_1	14
+GSM575473_1	14
+GSM461197_1	14
+GSM624860_1	14
+GSM627347_1	14
+GSM927204_1	14
+GSM621130_1	14
+GSM853482_1	14
+GSM499644_1	14
+GSM408984_1	14
+GSM686683_1	14
+GSM461190_3	14
+GSM575374_1	14
+GSM408994_1	14
+GSM686530_1	14
+GSM520909_1	14
+GSM686506_1	14
+GSM851818_1	14
+GSM927165_1	14
+GSM522353_1	14
+GSM439455_1	14
+GSM927200_1	14
+GSM627401_2	14
+GSM520993_1	14
+GSM851841_1	14
+GSM694121_1	14
+GSM520893_1	14
+GSM461201_1	14
+GSM333856_1	14
+GSM853476_1	14
+GSM627413_1	14
+GSM627372_1	14
+GSM461204_2	14
+GSM575415_1	14
+GSM686731_1	14
+GSM333860_1	14
+GSM461207_1	14
+GSM520959_1	14
+GSM461188_1	14
+GSM461189_1	14
+GSM853478_1	14
+GSM627376_2	14
+GSM628224_1	14
+GSM520941_1	14
+GSM853491_1	14
+GSM927226_1	14
+GSM461199_2	14
+GSM461188_2	14
+GSM851730_1	14
+GSM575441_1	14
+GSM624640_1	14
+GSM624879_1	14
+GSM333844_1	14
+GSM522363_1	14
+GSM575504_1	14
+GSM847656_1	14
+GSM461180_1	14
+GSM461177_1	14
+GSM575460_1	14
+GSM575444_1	14
+GSM627378_1	14
+GSM594245_1	14
+GSM439452_1	14
+GSM624648_1	14
+GSM927198_1	14
+GSM520826_1	14
+GSM927185_1	14
+GSM686757_1	14
+GSM520895_1	14
+GSM401417_1	14
+GSM521045_1	14
+GSM847955_1	14
+GSM575486_1	14
+GSM624666_1	14
+GSM333835_1	14
+GSM927169_1	14
+GSM520967_1	14
+GSM520963_1	14
+GSM686713_1	14
+GSM627370_1	14
+GSM521051_1	14
+GSM627400_2	14
+GSM401405_1	14
+GSM927211_1	14
+GSM627383_2	14
+GSM575490_1	14
+GSM461197_2	14
+GSM499633_1	14
+GSM521078_1	14
+GSM439447_1	14
+GSM686784_1	14
+GSM927191_1	14
+GSM499631_1	14
+GSM333852_1	14
+GSM520792_1	14
+GSM333845_1	14
+GSM333854_1	14
+GSM628226_1	14
+GSM624656_1	14
+GSM853471_1	14
+GSM627338_3	14
+GSM575403_1	14
+GSM521106_1	14
+GSM624864_1	14
+GSM686522_1	14
+GSM520975_1	14
+GSM520834_1	14
+GSM520889_1	14
+GSM847697_1	14
+GSM624873_1	14
+GSM927188_1	14
+GSM942058_1	14
+GSM400662_1	14
+GSM686591_1	14
+GSM570040_1	14
+GSM927167_1	14
+GSM575496_1	14
+GSM627418_1	14
+GSM847776_1	14
+GSM621343_1	14
+GSM847575_1	14
+GSM624678_1	14
+GSM627394_1	14
+GSM927170_1	14
+GSM624881_1	14
+GSM627401_1	14
+GSM627345_1	14
+GSM520925_1	14
+GSM521029_1	14
+GSM627418_2	14
+GSM520808_1	14
+GSM521092_1	14
+GSM624682_1	14
+GSM521076_1	14
+GSM686753_1	14
+GSM627338_1	14
+GSM686559_1	14
+GSM627414_2	14
+GSM847774_1	14
+GSM520971_1	14
+GSM570043_1	14
+GSM942056_1	14
+GSM520848_1	14
+GSM520859_1	14
+GSM461200_2	14
+GSM571140_1	14
+GSM520995_1	14
+GSM594216_1	14
+GSM686534_1	14
+GSM461209_3	14
+GSM927172_1	14
+GSM521047_1	14
+GSM499639_1	14
+GSM461186_2	14
+GSM522356_1	14
+GSM927196_1	14
+GSM927166_1	14
+GSM627363_2	14
+GSM401411_1	14
+GSM627377_1	14
+GSM627338_2	14
+GSM520953_1	14
+GSM627348_1	14
+GSM621134_1	14
+GSM853486_1	14
+GSM461195_1	14
+GSM432582_1	14
+GSM686687_1	14
+GSM520907_1	14
+GSM627399_1	14
+GSM499653_1	14
+GSM624630_1	14
+GSM627412_2	14
+GSM624883_1	14
+GSM521021_1	14
+GSM881217_1	14
+GSM333864_1	14
+GSM575439_1	14
+GSM439448_1	14
+GSM575442_1	14
+GSM439458_1	14
+GSM575502_1	14
+GSM853483_1	14
+GSM686518_1	14
+GSM927219_1	14
+GSM624642_1	14
+GSM627391_1	14
+GSM927234_1	14
+GSM461192_1	14
+GSM439453_1	14
+GSM627390_1	14
+GSM624859_1	14
+GSM927228_1	14
+GSM686571_1	14
+GSM520779_1	14
+GSM499642_1	14
+GSM627416_1	14
+GSM575516_1	14
+GSM686486_1	14
+GSM627404_1	14
+GSM461198_1	14
+GSM624871_1	14
+GSM575421_1	14
+GSM624896_1	14
+GSM847577_1	14
+GSM400674_1	14
+GSM686528_1	14
+GSM439460_1	14
+GSM851848_1	14
+GSM400660_1	14
+GSM686473_1	14
+GSM624889_1	14
+GSM686541_1	14
+GSM575388_1	14
+GSM847767_1	14
+GSM686681_1	14
+GSM520901_1	14
+GSM461193_2	14
+GSM627390_2	14
+GSM628264_1	14
+GSM461203_2	14
+GSM569793_1	14
+GSM520798_1	14
+GSM686488_1	14
+GSM627403_1	14
+GSM521098_1	14
+GSM521065_1	14
+GSM624866_1	14
+GSM627409_1	14
+GSM461201_2	14
+GSM686526_1	14
+GSM621132_1	14
+GSM522362_1	14
+GSM333841_1	14
+GSM520991_1	14
+GSM686604_1	14
+GSM401423_1	14
+GSM401406_1	14
+GSM575492_1	14
+GSM847769_1	14
+GSM927205_1	14
+GSM401403_1	14
+GSM927218_1	14
+GSM575471_1	14
+GSM847953_1	14
+GSM439444_1	14
+GSM627340_1	14
+GSM521069_1	14
+GSM461196_2	14
+GSM575413_1	14
+GSM847768_1	14
+GSM520965_1	14
+GSM333853_1	14
+GSM686490_1	14
+GSM627402_1	14
+GSM575407_1	14
+GSM575481_1	14
+GSM624891_1	14
+GSM461194_1	14
+GSM669694_1	14
+GSM575458_1	14
+GSM387595_1	14
+GSM520945_1	14
+GSM520855_1	14
+GSM520784_1	14
+GSM520865_1	14
+GSM627415_1	14
+GSM927220_1	14
+GSM521049_1	14
+GSM575506_1	14
+GSM575429_1	14
+GSM927190_1	14
+GSM627344_1	14
+GSM881219_1	14
+GSM853475_1	14
+GSM627341_1	14
+GSM575462_1	14
+GSM333848_1	14
+GSM499651_1	14
+GSM927178_1	14
+GSM851842_1	14
+GSM627350_1	14
+GSM624634_1	14
+GSM520780_1	14
+GSM624668_1	14
+GSM627369_1	14
+GSM575390_1	14
+GSM686563_1	14
+GSM575427_1	14
+GSM575485_1	14
+GSM686549_1	14
diff --git a/dm3/track2Ft_longrange b/dm3/track2Ft_longrange
new file mode 100644
index 0000000..af3586e
--- /dev/null
+++ b/dm3/track2Ft_longrange
@@ -0,0 +1,10 @@
+GSM849421_10k	9
+GSM849421_160k	9
+GSM849421_20k	9
+GSM849421_40k	9
+GSM849421_80k	9
+GSM849422_10k	9
+GSM849422_160k	9
+GSM849422_20k	9
+GSM849422_40k	9
+GSM849422_80k	9
diff --git a/dm3/track2GEO b/dm3/track2GEO
new file mode 100644
index 0000000..efa6cf8
--- /dev/null
+++ b/dm3/track2GEO
@@ -0,0 +1,1012 @@
+GSM520875_1	GSM520875
+GSM621339_1	GSM621339
+GSM390064_1	GSM390064
+GSM575368_1	GSM575368
+GSM432583_1	GSM432583
+GSM686709_1	GSM686709
+GSM575393_1	GSM575393
+GSM520929_1	GSM520929
+GSM847771_1	GSM847771
+GSM570038_1	GSM570038
+GSM575380_1	GSM575380
+GSM461206_1	GSM461206
+GSM627336_1	GSM627336
+GSM847659_1	GSM847659
+GSM669543_1	GSM669543
+GSM451804_1	GSM451804
+GSM333849_1	GSM333849
+GSM621333_1	GSM621333
+GSM461210_2	GSM461210
+GSM853480_1	GSM853480
+GSM461179_1	GSM461179
+GSM927232_1	GSM927232
+GSM408988_1	GSM408988
+GSM520939_1	GSM520939
+GSM624674_1	GSM624674
+GSM942055_1	GSM942055
+GSM853474_1	GSM853474
+GSM575508_1	GSM575508
+GSM624887_1	GSM624887
+GSM439451_1	GSM439451
+GSM851706_1	GSM851706
+GSM942054_1	GSM942054
+GSM400656_1	GSM400656
+GSM686729_1	GSM686729
+GSM686551_1	GSM686551
+GSM432580_1	GSM432580
+GSM694128_1	GSM694128
+GSM520861_1	GSM520861
+GSM575384_1	GSM575384
+GSM881218_1	GSM881218
+GSM461210_1	GSM461210
+GSM624880_1	GSM624880
+GSM694124_1	GSM694124
+GSM627396_1	GSM627396
+GSM627411_2	GSM627411
+GSM401412_1	GSM401412
+GSM461176_1	GSM461176
+GSM575386_1	GSM575386
+GSM520800_1	GSM520800
+GSM521086_1	GSM521086
+GSM627407_1	GSM627407
+GSM521102_1	GSM521102
+GSM521033_1	GSM521033
+GSM461187_1	GSM461187
+GSM686762_1	GSM686762
+GSM408986_1	GSM408986
+GSM686759_1	GSM686759
+GSM628252_1	GSM628252
+GSM627417_1	GSM627417
+GSM627387_2	GSM627387
+GSM521015_1	GSM521015
+GSM401420_1	GSM401420
+GSM451806_1	GSM451806
+GSM520955_1	GSM520955
+GSM927233_1	GSM927233
+GSM521031_1	GSM521031
+GSM451808_1	GSM451808
+GSM853488_1	GSM853488
+GSM521017_1	GSM521017
+GSM569800_1	GSM569800
+GSM927171_1	GSM927171
+GSM387596_1	GSM387596
+GSM521041_1	GSM521041
+GSM847674_1	GSM847674
+GSM401401_1	GSM401401
+GSM451807_1	GSM451807
+GSM686743_1	GSM686743
+GSM627411_1	GSM627411
+GSM333833_1	GSM333833
+GSM686707_1	GSM686707
+GSM432592_1	GSM432592
+GSM624868_1	GSM624868
+GSM847752_1	GSM847752
+GSM624888_1	GSM624888
+GSM520828_1	GSM520828
+GSM461193_1	GSM461193
+GSM627380_1	GSM627380
+GSM439464_1	GSM439464
+GSM439462_1	GSM439462
+GSM461208_2	GSM461208
+GSM575437_1	GSM575437
+GSM333838_1	GSM333838
+GSM575446_1	GSM575446
+GSM686606_1	GSM686606
+GSM520790_1	GSM520790
+GSM627360_1	GSM627360
+GSM624620_1	GSM624620
+GSM461191_2	GSM461191
+GSM927176_1	GSM927176
+GSM461209_1	GSM461209
+GSM575391_1	GSM575391
+GSM621328_1	GSM621328
+GSM624882_1	GSM624882
+GSM853468_1	GSM853468
+GSM461209_2	GSM461209
+GSM927202_1	GSM927202
+GSM927208_1	GSM927208
+GSM575510_1	GSM575510
+GSM451805_1	GSM451805
+GSM847673_1	GSM847673
+GSM461187_2	GSM461187
+GSM927212_1	GSM927212
+GSM520935_1	GSM520935
+GSM927224_1	GSM927224
+GSM390062_1	GSM390062
+GSM575382_1	GSM575382
+GSM499657_1	GSM499657
+GSM686477_1	GSM686477
+GSM521061_1	GSM521061
+GSM390059_1	GSM390059
+GSM927197_1	GSM927197
+GSM575475_1	GSM575475
+GSM624646_1	GSM624646
+GSM461203_1	GSM461203
+GSM461184_1	GSM461184
+GSM686555_1	GSM686555
+GSM927210_1	GSM927210
+GSM847706_1	GSM847706
+GSM636835_1	GSM636835
+GSM627382_1	GSM627382
+GSM627392_1	GSM627392
+GSM694120_1	GSM694120
+GSM520949_1	GSM520949
+GSM575401_1	GSM575401
+GSM521003_1	GSM521003
+GSM520775_1	GSM520775
+GSM521039_1	GSM521039
+GSM686600_1	GSM686600
+GSM520854_1	GSM520854
+GSM621329_1	GSM621329
+GSM627407_2	GSM627407
+GSM614652_1	GSM614652
+GSM927181_1	GSM927181
+GSM520873_1	GSM520873
+GSM521063_1	GSM521063
+GSM686475_1	GSM686475
+GSM570045_1	GSM570045
+GSM569791_1	GSM569791
+GSM499638_1	GSM499638
+GSM401416_1	GSM401416
+GSM627363_1	GSM627363
+GSM627374_1	GSM627374
+GSM575433_1	GSM575433
+GSM627398_1	GSM627398
+GSM499643_1	GSM499643
+GSM499635_1	GSM499635
+GSM387597_1	GSM387597
+GSM624884_1	GSM624884
+GSM521037_1	GSM521037
+GSM521100_1	GSM521100
+GSM847658_1	GSM847658
+GSM461193_3	GSM461193
+GSM927216_1	GSM927216
+GSM686739_1	GSM686739
+GSM624861_1	GSM624861
+GSM624628_1	GSM624628
+GSM627413_3	GSM627413
+GSM401421_1	GSM401421
+GSM575479_1	GSM575479
+GSM881221_1	GSM881221
+GSM627356_1	GSM627356
+GSM686717_1	GSM686717
+GSM333846_1	GSM333846
+GSM686755_1	GSM686755
+GSM847675_1	GSM847675
+GSM627337_1	GSM627337
+GSM686612_1	GSM686612
+GSM401413_1	GSM401413
+GSM522360_1	GSM522360
+GSM853469_1	GSM853469
+GSM520796_1	GSM520796
+GSM624876_1	GSM624876
+GSM843544_1	GSM843544
+GSM627406_1	GSM627406
+GSM624892_1	GSM624892
+GSM575411_1	GSM575411
+GSM624897_1	GSM624897
+GSM927223_1	GSM927223
+GSM575431_1	GSM575431
+GSM520881_1	GSM520881
+GSM628255_1	GSM628255
+GSM627388_2	GSM627388
+GSM669545_1	GSM669545
+GSM575417_1	GSM575417
+GSM686547_1	GSM686547
+GSM927177_1	GSM927177
+GSM333866_1	GSM333866
+GSM927222_1	GSM927222
+GSM627395_1	GSM627395
+GSM851729_1	GSM851729
+GSM461190_1	GSM461190
+GSM401410_1	GSM401410
+GSM621341_1	GSM621341
+GSM627349_2	GSM627349
+GSM400672_1	GSM400672
+GSM627391_2	GSM627391
+GSM627364_1	GSM627364
+GSM432594_1	GSM432594
+GSM520921_1	GSM520921
+GSM461192_2	GSM461192
+GSM520852_1	GSM520852
+GSM627353_1	GSM627353
+GSM624664_1	GSM624664
+GSM333850_1	GSM333850
+GSM521071_1	GSM521071
+GSM853472_1	GSM853472
+GSM927194_1	GSM927194
+GSM432593_1	GSM432593
+GSM624865_1	GSM624865
+GSM520818_1	GSM520818
+GSM575448_1	GSM575448
+GSM333837_1	GSM333837
+GSM400666_1	GSM400666
+GSM390066_1	GSM390066
+GSM333847_1	GSM333847
+GSM686751_1	GSM686751
+GSM848956_1	GSM848956
+GSM686685_1	GSM686685
+GSM627335_3	GSM627335
+GSM432584_1	GSM432584
+GSM333868_2	GSM333868
+GSM686479_1	GSM686479
+GSM686776_1	GSM686776
+GSM461183_1	GSM461183
+GSM594222_1	GSM594222
+GSM694129_1	GSM694129
+GSM461181_1	GSM461181
+GSM686782_1	GSM686782
+GSM847578_1	GSM847578
+GSM636830_1	GSM636830
+GSM575419_1	GSM575419
+GSM401409_1	GSM401409
+GSM439443_1	GSM439443
+GSM432586_1	GSM432586
+GSM624862_1	GSM624862
+GSM624885_1	GSM624885
+GSM621331_1	GSM621331
+GSM333859_1	GSM333859
+GSM390065_1	GSM390065
+GSM621326_1	GSM621326
+GSM686516_1	GSM686516
+GSM520885_1	GSM520885
+GSM439450_1	GSM439450
+GSM624652_1	GSM624652
+GSM843545_1	GSM843545
+GSM521059_1	GSM521059
+GSM520802_1	GSM520802
+GSM575454_1	GSM575454
+GSM461191_1	GSM461191
+GSM694125_1	GSM694125
+GSM927180_1	GSM927180
+GSM461185_1	GSM461185
+GSM520985_1	GSM520985
+GSM575498_1	GSM575498
+GSM621338_1	GSM621338
+GSM520830_1	GSM520830
+GSM521090_1	GSM521090
+GSM627355_1	GSM627355
+GSM847657_1	GSM847657
+GSM333855_1	GSM333855
+GSM624890_1	GSM624890
+GSM570051_1	GSM570051
+GSM521088_1	GSM521088
+GSM408992_1	GSM408992
+GSM627379_1	GSM627379
+GSM627346_1	GSM627346
+GSM499640_1	GSM499640
+GSM627389_3	GSM627389
+GSM686508_1	GSM686508
+GSM621342_1	GSM621342
+GSM521035_1	GSM521035
+GSM575483_1	GSM575483
+GSM669472_1	GSM669472
+GSM461207_3	GSM461207
+GSM461186_1	GSM461186
+GSM942053_1	GSM942053
+GSM686745_1	GSM686745
+GSM575469_1	GSM575469
+GSM851849_1	GSM851849
+GSM686737_1	GSM686737
+GSM847773_1	GSM847773
+GSM439463_1	GSM439463
+GSM686749_1	GSM686749
+GSM520913_1	GSM520913
+GSM333842_1	GSM333842
+GSM520832_1	GSM520832
+GSM686510_1	GSM686510
+GSM627359_2	GSM627359
+GSM499661_1	GSM499661
+GSM575514_1	GSM575514
+GSM624869_1	GSM624869
+GSM627408_1	GSM627408
+GSM686492_1	GSM686492
+GSM627335_1	GSM627335
+GSM499649_1	GSM499649
+GSM621327_1	GSM621327
+GSM390063_1	GSM390063
+GSM520919_1	GSM520919
+GSM461183_2	GSM461183
+GSM853485_1	GSM853485
+GSM624632_1	GSM624632
+GSM439459_1	GSM439459
+GSM387600_1	GSM387600
+GSM686741_1	GSM686741
+GSM686691_1	GSM686691
+GSM847775_1	GSM847775
+GSM927195_1	GSM927195
+GSM627365_1	GSM627365
+GSM575366_1	GSM575366
+GSM461200_1	GSM461200
+GSM439445_1	GSM439445
+GSM927184_1	GSM927184
+GSM432591_1	GSM432591
+GSM408982_1	GSM408982
+GSM520947_1	GSM520947
+GSM927175_1	GSM927175
+GSM847702_1	GSM847702
+GSM499636_1	GSM499636
+GSM521082_1	GSM521082
+GSM628259_1	GSM628259
+GSM847699_1	GSM847699
+GSM686719_1	GSM686719
+GSM694132_1	GSM694132
+GSM627371_1	GSM627371
+GSM520981_1	GSM520981
+GSM439442_1	GSM439442
+GSM686561_1	GSM686561
+GSM621332_1	GSM621332
+GSM432579_1	GSM432579
+GSM627343_2	GSM627343
+GSM461205_1	GSM461205
+GSM521043_1	GSM521043
+GSM520915_1	GSM520915
+GSM521001_1	GSM521001
+GSM627359_1	GSM627359
+GSM624886_1	GSM624886
+GSM669537_1	GSM669537
+GSM521096_1	GSM521096
+GSM575370_1	GSM575370
+GSM439449_1	GSM439449
+GSM401415_1	GSM401415
+GSM847952_1	GSM847952
+GSM627366_2	GSM627366
+GSM686711_1	GSM686711
+GSM686483_1	GSM686483
+GSM575450_1	GSM575450
+GSM686679_1	GSM686679
+GSM627393_1	GSM627393
+GSM387594_1	GSM387594
+GSM853473_1	GSM853473
+GSM686764_1	GSM686764
+GSM520905_1	GSM520905
+GSM847954_1	GSM847954
+GSM621337_1	GSM621337
+GSM627383_1	GSM627383
+GSM624650_1	GSM624650
+GSM624872_1	GSM624872
+GSM627352_1	GSM627352
+GSM461182_2	GSM461182
+GSM451813_1	GSM451813
+GSM927227_1	GSM927227
+GSM520917_1	GSM520917
+GSM847619_1	GSM847619
+GSM521084_1	GSM521084
+GSM333870_1	GSM333870
+GSM432581_1	GSM432581
+GSM333836_1	GSM333836
+GSM569798_1	GSM569798
+GSM686565_1	GSM686565
+GSM627414_3	GSM627414
+GSM461182_1	GSM461182
+GSM520869_1	GSM520869
+GSM432587_1	GSM432587
+GSM686689_1	GSM686689
+GSM627415_2	GSM627415
+GSM627334_1	GSM627334
+GSM847676_1	GSM847676
+GSM624672_1	GSM624672
+GSM439446_1	GSM439446
+GSM520836_1	GSM520836
+GSM627385_1	GSM627385
+GSM627356_2	GSM627356
+GSM627389_1	GSM627389
+GSM520903_1	GSM520903
+GSM594213_1	GSM594213
+GSM451809_1	GSM451809
+GSM686733_1	GSM686733
+GSM520871_1	GSM520871
+GSM401424_1	GSM401424
+GSM927183_1	GSM927183
+GSM927192_1	GSM927192
+GSM627343_1	GSM627343
+GSM927229_1	GSM927229
+GSM627402_2	GSM627402
+GSM333867_1	GSM333867
+GSM461189_2	GSM461189
+GSM627412_1	GSM627412
+GSM451811_1	GSM451811
+GSM520782_1	GSM520782
+GSM847770_1	GSM847770
+GSM333843_1	GSM333843
+GSM636832_1	GSM636832
+GSM461195_2	GSM461195
+GSM575376_1	GSM575376
+GSM927187_1	GSM927187
+GSM621340_1	GSM621340
+GSM520933_1	GSM520933
+GSM627368_1	GSM627368
+GSM521075_1	GSM521075
+GSM333851_1	GSM333851
+GSM575395_1	GSM575395
+GSM521094_1	GSM521094
+GSM627414_1	GSM627414
+GSM627388_1	GSM627388
+GSM439440_1	GSM439440
+GSM575378_1	GSM575378
+GSM853484_1	GSM853484
+GSM853490_1	GSM853490
+GSM575488_1	GSM575488
+GSM627335_2	GSM627335
+GSM624636_1	GSM624636
+GSM851744_1	GSM851744
+GSM627339_1	GSM627339
+GSM520816_1	GSM520816
+GSM520977_1	GSM520977
+GSM927221_1	GSM927221
+GSM624670_1	GSM624670
+GSM439461_1	GSM439461
+GSM461208_1	GSM461208
+GSM624638_1	GSM624638
+GSM333861_1	GSM333861
+GSM927206_1	GSM927206
+GSM627362_2	GSM627362
+GSM439457_1	GSM439457
+GSM847660_1	GSM847660
+GSM520777_1	GSM520777
+GSM575397_1	GSM575397
+GSM575464_1	GSM575464
+GSM575364_1	GSM575364
+GSM333858_1	GSM333858
+GSM390061_1	GSM390061
+GSM520867_1	GSM520867
+GSM853489_1	GSM853489
+GSM627367_1	GSM627367
+GSM401407_1	GSM401407
+GSM627405_1	GSM627405
+GSM461199_1	GSM461199
+GSM686573_1	GSM686573
+GSM521073_1	GSM521073
+GSM847698_1	GSM847698
+GSM520838_1	GSM520838
+GSM520850_1	GSM520850
+GSM461204_1	GSM461204
+GSM521057_1	GSM521057
+GSM624878_1	GSM624878
+GSM461196_1	GSM461196
+GSM628262_1	GSM628262
+GSM520812_1	GSM520812
+GSM669547_1	GSM669547
+GSM522359_1	GSM522359
+GSM570054_1	GSM570054
+GSM627375_1	GSM627375
+GSM521013_1	GSM521013
+GSM927203_1	GSM927203
+GSM627351_1	GSM627351
+GSM847753_1	GSM847753
+GSM927199_1	GSM927199
+GSM401418_1	GSM401418
+GSM627357_1	GSM627357
+GSM627384_1	GSM627384
+GSM521055_1	GSM521055
+GSM594225_1	GSM594225
+GSM927193_1	GSM927193
+GSM575399_1	GSM575399
+GSM627415_3	GSM627415
+GSM432589_1	GSM432589
+GSM847772_1	GSM847772
+GSM627410_1	GSM627410
+GSM521011_1	GSM521011
+GSM520931_1	GSM520931
+GSM520844_1	GSM520844
+GSM520957_1	GSM520957
+GSM333840_1	GSM333840
+GSM520969_1	GSM520969
+GSM627360_2	GSM627360
+GSM927230_1	GSM927230
+GSM686593_1	GSM686593
+GSM520810_1	GSM520810
+GSM627400_1	GSM627400
+GSM627387_1	GSM627387
+GSM439465_1	GSM439465
+GSM627333_1	GSM627333
+GSM461207_2	GSM461207
+GSM621336_1	GSM621336
+GSM521009_1	GSM521009
+GSM520814_1	GSM520814
+GSM520788_1	GSM520788
+GSM569795_1	GSM569795
+GSM400668_1	GSM400668
+GSM575423_1	GSM575423
+GSM432585_1	GSM432585
+GSM847696_1	GSM847696
+GSM461206_2	GSM461206
+GSM927182_1	GSM927182
+GSM627358_1	GSM627358
+GSM451812_1	GSM451812
+GSM627376_1	GSM627376
+GSM628251_1	GSM628251
+GSM627366_1	GSM627366
+GSM408990_1	GSM408990
+GSM686536_1	GSM686536
+GSM522354_1	GSM522354
+GSM669474_1	GSM669474
+GSM461198_2	GSM461198
+GSM521019_1	GSM521019
+GSM624874_1	GSM624874
+GSM627349_1	GSM627349
+GSM575468_1	GSM575468
+GSM439454_1	GSM439454
+GSM927231_1	GSM927231
+GSM686721_1	GSM686721
+GSM624863_1	GSM624863
+GSM621335_1	GSM621335
+GSM451801_1	GSM451801
+GSM810644_1	GSM810644
+GSM461202_2	GSM461202
+GSM401408_1	GSM401408
+GSM636838_1	GSM636838
+GSM520822_1	GSM520822
+GSM686494_1	GSM686494
+GSM520857_1	GSM520857
+GSM627381_1	GSM627381
+GSM686553_1	GSM686553
+GSM461205_2	GSM461205
+GSM927225_1	GSM927225
+GSM627413_2	GSM627413
+GSM520911_1	GSM520911
+GSM520979_1	GSM520979
+GSM686538_1	GSM686538
+GSM851839_1	GSM851839
+GSM881223_1	GSM881223
+GSM570049_1	GSM570049
+GSM575409_1	GSM575409
+GSM851817_1	GSM851817
+GSM621334_1	GSM621334
+GSM439438_1	GSM439438
+GSM499647_1	GSM499647
+GSM624624_1	GSM624624
+GSM624680_1	GSM624680
+GSM521053_1	GSM521053
+GSM927207_1	GSM927207
+GSM520983_1	GSM520983
+GSM627350_2	GSM627350
+GSM451810_1	GSM451810
+GSM694134_1	GSM694134
+GSM401422_1	GSM401422
+GSM627337_2	GSM627337
+GSM520961_1	GSM520961
+GSM333871_1	GSM333871
+GSM942057_1	GSM942057
+GSM520999_1	GSM520999
+GSM847707_1	GSM847707
+GSM686524_1	GSM686524
+GSM627362_1	GSM627362
+GSM627373_1	GSM627373
+GSM520877_1	GSM520877
+GSM520891_1	GSM520891
+GSM624654_1	GSM624654
+GSM927215_1	GSM927215
+GSM614655_1	GSM614655
+GSM333839_1	GSM333839
+GSM624870_1	GSM624870
+GSM387598_1	GSM387598
+GSM624895_1	GSM624895
+GSM520923_1	GSM520923
+GSM447608_1	GSM447608
+GSM520997_1	GSM520997
+GSM621330_1	GSM621330
+GSM439456_1	GSM439456
+GSM853479_1	GSM853479
+GSM624660_1	GSM624660
+GSM628268_1	GSM628268
+GSM927213_1	GSM927213
+GSM624875_1	GSM624875
+GSM401419_1	GSM401419
+GSM686557_1	GSM686557
+GSM686532_1	GSM686532
+GSM499637_1	GSM499637
+GSM387593_1	GSM387593
+GSM432590_1	GSM432590
+GSM520804_1	GSM520804
+GSM575405_1	GSM575405
+GSM439441_1	GSM439441
+GSM520794_1	GSM520794
+GSM520786_1	GSM520786
+GSM624867_1	GSM624867
+GSM499641_1	GSM499641
+GSM686484_1	GSM686484
+GSM520899_1	GSM520899
+GSM624622_1	GSM624622
+GSM461190_2	GSM461190
+GSM461202_1	GSM461202
+GSM686481_1	GSM686481
+GSM520824_1	GSM520824
+GSM627348_2	GSM627348
+GSM521023_1	GSM521023
+GSM575477_1	GSM575477
+GSM627361_1	GSM627361
+GSM520842_1	GSM520842
+GSM847701_1	GSM847701
+GSM400658_1	GSM400658
+GSM847704_1	GSM847704
+GSM575500_1	GSM575500
+GSM686735_1	GSM686735
+GSM847703_1	GSM847703
+GSM927209_1	GSM927209
+GSM575372_1	GSM575372
+GSM432588_1	GSM432588
+GSM520973_1	GSM520973
+GSM333834_1	GSM333834
+GSM669539_1	GSM669539
+GSM520943_1	GSM520943
+GSM521080_1	GSM521080
+GSM627342_1	GSM627342
+GSM575456_1	GSM575456
+GSM521007_1	GSM521007
+GSM451803_1	GSM451803
+GSM927214_1	GSM927214
+GSM927173_1	GSM927173
+GSM333832_1	GSM333832
+GSM522357_1	GSM522357
+GSM686579_1	GSM686579
+GSM686747_1	GSM686747
+GSM847700_1	GSM847700
+GSM521027_1	GSM521027
+GSM333869_1	GSM333869
+GSM461194_2	GSM461194
+GSM927179_1	GSM927179
+GSM627389_2	GSM627389
+GSM520820_1	GSM520820
+GSM520927_1	GSM520927
+GSM401404_1	GSM401404
+GSM927186_1	GSM927186
+GSM624644_1	GSM624644
+GSM575425_1	GSM575425
+GSM401414_1	GSM401414
+GSM575494_1	GSM575494
+GSM686602_1	GSM686602
+GSM521005_1	GSM521005
+GSM520887_1	GSM520887
+GSM400670_1	GSM400670
+GSM686540_1	GSM686540
+GSM461185_2	GSM461185
+GSM853477_1	GSM853477
+GSM521025_1	GSM521025
+GSM401402_1	GSM401402
+GSM520840_1	GSM520840
+GSM400664_1	GSM400664
+GSM432578_1	GSM432578
+GSM461178_1	GSM461178
+GSM627354_1	GSM627354
+GSM627386_1	GSM627386
+GSM669477_1	GSM669477
+GSM686512_1	GSM686512
+GSM439439_1	GSM439439
+GSM627359_3	GSM627359
+GSM624877_1	GSM624877
+GSM521067_1	GSM521067
+GSM881222_1	GSM881222
+GSM624662_1	GSM624662
+GSM520951_1	GSM520951
+GSM927201_1	GSM927201
+GSM851707_1	GSM851707
+GSM624658_1	GSM624658
+GSM851705_1	GSM851705
+GSM686577_1	GSM686577
+GSM520806_1	GSM520806
+GSM847576_1	GSM847576
+GSM624676_1	GSM624676
+GSM627397_1	GSM627397
+GSM927168_1	GSM927168
+GSM333863_1	GSM333863
+GSM520883_1	GSM520883
+GSM853470_1	GSM853470
+GSM686715_1	GSM686715
+GSM520863_1	GSM520863
+GSM451799_1	GSM451799
+GSM927174_1	GSM927174
+GSM520879_1	GSM520879
+GSM520846_1	GSM520846
+GSM520897_1	GSM520897
+GSM851743_1	GSM851743
+GSM927217_1	GSM927217
+GSM851840_1	GSM851840
+GSM686693_1	GSM686693
+GSM686773_1	GSM686773
+GSM461184_2	GSM461184
+GSM520937_1	GSM520937
+GSM624626_1	GSM624626
+GSM575435_1	GSM575435
+GSM575512_1	GSM575512
+GSM575452_1	GSM575452
+GSM669541_1	GSM669541
+GSM927189_1	GSM927189
+GSM686610_1	GSM686610
+GSM621128_1	GSM621128
+GSM521104_1	GSM521104
+GSM333868_1	GSM333868
+GSM390060_1	GSM390060
+GSM453867_1	GSM453867
+GSM853481_1	GSM853481
+GSM847705_1	GSM847705
+GSM575473_1	GSM575473
+GSM461197_1	GSM461197
+GSM624860_1	GSM624860
+GSM627347_1	GSM627347
+GSM927204_1	GSM927204
+GSM621130_1	GSM621130
+GSM853482_1	GSM853482
+GSM499644_1	GSM499644
+GSM408984_1	GSM408984
+GSM686683_1	GSM686683
+GSM461190_3	GSM461190
+GSM575374_1	GSM575374
+GSM408994_1	GSM408994
+GSM686530_1	GSM686530
+GSM520909_1	GSM520909
+GSM686506_1	GSM686506
+GSM851818_1	GSM851818
+GSM927165_1	GSM927165
+GSM522353_1	GSM522353
+GSM439455_1	GSM439455
+GSM927200_1	GSM927200
+GSM627401_2	GSM627401
+GSM520993_1	GSM520993
+GSM851841_1	GSM851841
+GSM694121_1	GSM694121
+GSM520893_1	GSM520893
+GSM461201_1	GSM461201
+GSM333856_1	GSM333856
+GSM853476_1	GSM853476
+GSM627413_1	GSM627413
+GSM627372_1	GSM627372
+GSM461204_2	GSM461204
+GSM575415_1	GSM575415
+GSM686731_1	GSM686731
+GSM333860_1	GSM333860
+GSM461207_1	GSM461207
+GSM520959_1	GSM520959
+GSM461188_1	GSM461188
+GSM461189_1	GSM461189
+GSM853478_1	GSM853478
+GSM627376_2	GSM627376
+GSM628224_1	GSM628224
+GSM520941_1	GSM520941
+GSM853491_1	GSM853491
+GSM927226_1	GSM927226
+GSM461199_2	GSM461199
+GSM461188_2	GSM461188
+GSM851730_1	GSM851730
+GSM575441_1	GSM575441
+GSM624640_1	GSM624640
+GSM624879_1	GSM624879
+GSM333844_1	GSM333844
+GSM522363_1	GSM522363
+GSM575504_1	GSM575504
+GSM847656_1	GSM847656
+GSM461180_1	GSM461180
+GSM461177_1	GSM461177
+GSM575460_1	GSM575460
+GSM575444_1	GSM575444
+GSM627378_1	GSM627378
+GSM594245_1	GSM594245
+GSM439452_1	GSM439452
+GSM624648_1	GSM624648
+GSM927198_1	GSM927198
+GSM520826_1	GSM520826
+GSM927185_1	GSM927185
+GSM686757_1	GSM686757
+GSM520895_1	GSM520895
+GSM401417_1	GSM401417
+GSM521045_1	GSM521045
+GSM847955_1	GSM847955
+GSM575486_1	GSM575486
+GSM624666_1	GSM624666
+GSM333835_1	GSM333835
+GSM927169_1	GSM927169
+GSM520967_1	GSM520967
+GSM520963_1	GSM520963
+GSM686713_1	GSM686713
+GSM627370_1	GSM627370
+GSM521051_1	GSM521051
+GSM627400_2	GSM627400
+GSM401405_1	GSM401405
+GSM927211_1	GSM927211
+GSM627383_2	GSM627383
+GSM575490_1	GSM575490
+GSM461197_2	GSM461197
+GSM499633_1	GSM499633
+GSM521078_1	GSM521078
+GSM439447_1	GSM439447
+GSM686784_1	GSM686784
+GSM927191_1	GSM927191
+GSM499631_1	GSM499631
+GSM333852_1	GSM333852
+GSM520792_1	GSM520792
+GSM333845_1	GSM333845
+GSM333854_1	GSM333854
+GSM628226_1	GSM628226
+GSM624656_1	GSM624656
+GSM853471_1	GSM853471
+GSM627338_3	GSM627338
+GSM575403_1	GSM575403
+GSM521106_1	GSM521106
+GSM624864_1	GSM624864
+GSM686522_1	GSM686522
+GSM520975_1	GSM520975
+GSM520834_1	GSM520834
+GSM520889_1	GSM520889
+GSM847697_1	GSM847697
+GSM624873_1	GSM624873
+GSM927188_1	GSM927188
+GSM942058_1	GSM942058
+GSM400662_1	GSM400662
+GSM686591_1	GSM686591
+GSM570040_1	GSM570040
+GSM927167_1	GSM927167
+GSM575496_1	GSM575496
+GSM627418_1	GSM627418
+GSM847776_1	GSM847776
+GSM621343_1	GSM621343
+GSM847575_1	GSM847575
+GSM624678_1	GSM624678
+GSM627394_1	GSM627394
+GSM927170_1	GSM927170
+GSM624881_1	GSM624881
+GSM627401_1	GSM627401
+GSM627345_1	GSM627345
+GSM520925_1	GSM520925
+GSM521029_1	GSM521029
+GSM627418_2	GSM627418
+GSM520808_1	GSM520808
+GSM521092_1	GSM521092
+GSM624682_1	GSM624682
+GSM521076_1	GSM521076
+GSM686753_1	GSM686753
+GSM627338_1	GSM627338
+GSM686559_1	GSM686559
+GSM627414_2	GSM627414
+GSM847774_1	GSM847774
+GSM520971_1	GSM520971
+GSM570043_1	GSM570043
+GSM942056_1	GSM942056
+GSM520848_1	GSM520848
+GSM520859_1	GSM520859
+GSM461200_2	GSM461200
+GSM571140_1	GSM571140
+GSM520995_1	GSM520995
+GSM594216_1	GSM594216
+GSM686534_1	GSM686534
+GSM461209_3	GSM461209
+GSM927172_1	GSM927172
+GSM521047_1	GSM521047
+GSM499639_1	GSM499639
+GSM461186_2	GSM461186
+GSM522356_1	GSM522356
+GSM927196_1	GSM927196
+GSM927166_1	GSM927166
+GSM627363_2	GSM627363
+GSM401411_1	GSM401411
+GSM627377_1	GSM627377
+GSM627338_2	GSM627338
+GSM520953_1	GSM520953
+GSM627348_1	GSM627348
+GSM621134_1	GSM621134
+GSM853486_1	GSM853486
+GSM461195_1	GSM461195
+GSM432582_1	GSM432582
+GSM686687_1	GSM686687
+GSM520907_1	GSM520907
+GSM627399_1	GSM627399
+GSM499653_1	GSM499653
+GSM624630_1	GSM624630
+GSM627412_2	GSM627412
+GSM624883_1	GSM624883
+GSM521021_1	GSM521021
+GSM881217_1	GSM881217
+GSM333864_1	GSM333864
+GSM575439_1	GSM575439
+GSM439448_1	GSM439448
+GSM575442_1	GSM575442
+GSM439458_1	GSM439458
+GSM575502_1	GSM575502
+GSM853483_1	GSM853483
+GSM686518_1	GSM686518
+GSM927219_1	GSM927219
+GSM624642_1	GSM624642
+GSM627391_1	GSM627391
+GSM927234_1	GSM927234
+GSM461192_1	GSM461192
+GSM439453_1	GSM439453
+GSM627390_1	GSM627390
+GSM624859_1	GSM624859
+GSM927228_1	GSM927228
+GSM686571_1	GSM686571
+GSM520779_1	GSM520779
+GSM499642_1	GSM499642
+GSM627416_1	GSM627416
+GSM575516_1	GSM575516
+GSM686486_1	GSM686486
+GSM627404_1	GSM627404
+GSM461198_1	GSM461198
+GSM624871_1	GSM624871
+GSM575421_1	GSM575421
+GSM624896_1	GSM624896
+GSM847577_1	GSM847577
+GSM400674_1	GSM400674
+GSM686528_1	GSM686528
+GSM439460_1	GSM439460
+GSM851848_1	GSM851848
+GSM400660_1	GSM400660
+GSM686473_1	GSM686473
+GSM624889_1	GSM624889
+GSM686541_1	GSM686541
+GSM575388_1	GSM575388
+GSM847767_1	GSM847767
+GSM686681_1	GSM686681
+GSM520901_1	GSM520901
+GSM461193_2	GSM461193
+GSM627390_2	GSM627390
+GSM628264_1	GSM628264
+GSM461203_2	GSM461203
+GSM569793_1	GSM569793
+GSM520798_1	GSM520798
+GSM686488_1	GSM686488
+GSM627403_1	GSM627403
+GSM521098_1	GSM521098
+GSM521065_1	GSM521065
+GSM624866_1	GSM624866
+GSM627409_1	GSM627409
+GSM461201_2	GSM461201
+GSM686526_1	GSM686526
+GSM621132_1	GSM621132
+GSM522362_1	GSM522362
+GSM333841_1	GSM333841
+GSM520991_1	GSM520991
+GSM686604_1	GSM686604
+GSM401423_1	GSM401423
+GSM401406_1	GSM401406
+GSM575492_1	GSM575492
+GSM847769_1	GSM847769
+GSM927205_1	GSM927205
+GSM401403_1	GSM401403
+GSM927218_1	GSM927218
+GSM575471_1	GSM575471
+GSM847953_1	GSM847953
+GSM439444_1	GSM439444
+GSM627340_1	GSM627340
+GSM521069_1	GSM521069
+GSM461196_2	GSM461196
+GSM575413_1	GSM575413
+GSM847768_1	GSM847768
+GSM520965_1	GSM520965
+GSM333853_1	GSM333853
+GSM686490_1	GSM686490
+GSM627402_1	GSM627402
+GSM575407_1	GSM575407
+GSM575481_1	GSM575481
+GSM624891_1	GSM624891
+GSM461194_1	GSM461194
+GSM669694_1	GSM669694
+GSM575458_1	GSM575458
+GSM387595_1	GSM387595
+GSM520945_1	GSM520945
+GSM520855_1	GSM520855
+GSM520784_1	GSM520784
+GSM520865_1	GSM520865
+GSM627415_1	GSM627415
+GSM927220_1	GSM927220
+GSM521049_1	GSM521049
+GSM575506_1	GSM575506
+GSM575429_1	GSM575429
+GSM927190_1	GSM927190
+GSM627344_1	GSM627344
+GSM881219_1	GSM881219
+GSM853475_1	GSM853475
+GSM627341_1	GSM627341
+GSM575462_1	GSM575462
+GSM333848_1	GSM333848
+GSM499651_1	GSM499651
+GSM927178_1	GSM927178
+GSM851842_1	GSM851842
+GSM627350_1	GSM627350
+GSM624634_1	GSM624634
+GSM520780_1	GSM520780
+GSM624668_1	GSM624668
+GSM627369_1	GSM627369
+GSM575390_1	GSM575390
+GSM686563_1	GSM686563
+GSM575427_1	GSM575427
+GSM575485_1	GSM575485
+GSM686549_1	GSM686549
diff --git a/dm3/track2GEO_longrange b/dm3/track2GEO_longrange
new file mode 100644
index 0000000..6a60f55
--- /dev/null
+++ b/dm3/track2GEO_longrange
@@ -0,0 +1,10 @@
+GSM849421_10k	GSM849421,GSE34453
+GSM849421_160k	GSM849421,GSE34453
+GSM849421_20k	GSM849421,GSE34453
+GSM849421_40k	GSM849421,GSE34453
+GSM849421_80k	GSM849421,GSE34453
+GSM849422_10k	GSM849422,GSE34453
+GSM849422_160k	GSM849422,GSE34453
+GSM849422_20k	GSM849422,GSE34453
+GSM849422_40k	GSM849422,GSE34453
+GSM849422_80k	GSM849422,GSE34453
diff --git a/dm3/track2Label b/dm3/track2Label
new file mode 100644
index 0000000..6620dac
--- /dev/null
+++ b/dm3/track2Label
@@ -0,0 +1,1012 @@
+GSM520875_1	Cell Line ML-DmBG3-c2;Antibody H3K36me3
+GSM621339_1	E0-12 Su(Hw)PG
+GSM390064_1	S2-DRSC-16
+GSM575368_1	Developmental Stage Embryo 2-4hr
+GSM432583_1	E8-12 H3K27Ac ChIPSeq 1
+GSM686709_1	expt.854 extraction3 array1
+GSM575393_1	Chro(Chriz)BR.14-16 hr OR embryo
+GSM520929_1	Cell Line ML-DmBG3-c2;Antibody H4K16ac(L)
+GSM847771_1	Kr INPUT 1
+GSM570038_1	disco ChIPSeq 1 and
+GSM575380_1	expt.479 extraction1 array1
+GSM461206_1	S2 DRSC CG5836 RNAi-1
+GSM627336_1	S2-DRSC-CG10203-RNAi-2
+GSM847659_1	dm ChIPSeq 1 and
+GSM669543_1	WPP KW3-Trl-D2 ChIPSeq 1
+GSM451804_1	AdultMale combined RNAseq 1,
+GSM333849_1	H2Av bulk (4VED 237467)
+GSM621333_1	E0-8h h
+GSM461210_2	S2 DRSC CG7878 RNAi-2
+GSM853480_1	WPP+12 USP INPUT 1
+GSM461179_1	S2 DRSC CG8144 RNAi-1
+GSM927232_1	Empty Vector RIP-Seq, rep5
+GSM408988_1	E4-8 CBP ChIPSeq 1
+GSM520939_1	Cell Line S2-DRSC;Antibody H4K16ac(L)
+GSM624674_1	SPT16 Q2583.S2 extraction3 array1
+GSM942055_1	orr weaver malpighian tubule
+GSM853474_1	Kc167 Ttk ChIPSeq 1
+GSM575508_1	Cell Line S2-DRSC;Antibody Su(var)3-9
+GSM624887_1	Kc H2Av Knockdown 600
+GSM439451_1	L1 H3K9Me3 ChIPSeq 1
+GSM851706_1	USP ChIPSeq 1 and
+GSM942054_1	orr weaver midgut rep2
+GSM400656_1	E0-4 H3K4Me3 ChIPSeq 1
+GSM686729_1	expt.915 extraction1 array1
+GSM686551_1	expt.1092 extraction1 array1
+GSM432580_1	E12-16 H3K4Me3 ChIPSeq 1
+GSM694128_1	0-24h Embryo PolII ChIP-Seq
+GSM520861_1	Cell Line S2-DRSC;Antibody H3K27Ac
+GSM575384_1	Developmental Stage 3rd Instar
+GSM881218_1	4-7hr ORC ChIP-Seq ChIP
+GSM461210_1	S2 DRSC CG7878 RNAi-2
+GSM624880_1	Fly wing disc 600
+GSM694124_1	24h Embryo Orc ChIP-Seq
+GSM627396_1	S2-DRSC-CG6227 RNAi-1
+GSM627411_2	S2-DRSC-CG8781-RNAi-1
+GSM401412_1	AdultFemale H3K27Ac ChIPSeq 1
+GSM461176_1	S2 DRSC Untreated-1
+GSM575386_1	Developmental Stage 3rd Instar
+GSM520800_1	Cell Line S2-DRSC;Antibody Chro(Chriz)WR
+GSM521086_1	Cell Line ML-DmBG3-c2;Antibody Su(var)3-9
+GSM627407_1	S2-DRSC-CG8636-RNAi-1
+GSM521102_1	Cell Line S2-DRSC;Antibody H3K4me2
+GSM521033_1	Cell Line Kc167;Antibody H3K9me2-Ab2
+GSM461187_1	S2 DRSC CG12749 RNAi-1
+GSM686762_1	expt.944 extraction1 array1
+GSM408986_1	E12-16 CBP ChIPSeq 1
+GSM686759_1	expt.827 extraction3 array1
+GSM628252_1	HP1-Abcam ChIPSeq 1 and
+GSM627417_1	S2-DRSC-CG9412-RNAi-2
+GSM627387_2	S2-DRSC-CG5442 RNAi-1
+GSM521015_1	Cell Line ML-DmBG3-c2;Antibody dRING
+GSM401420_1	L2 H3K9Ac ChIPSeq 1
+GSM451806_1	E0-4 combined RNAseq 1,2
+GSM520955_1	Cell Line ML-DmBG3-c2;Antibody mod2.2-VC
+GSM927233_1	Empty Vector RIP-Seq, rep6
+GSM521031_1	Cell Line Kc167;Antibody H3K9me2-Ab2
+GSM451808_1	E8-12 combined RNAseq 1,2
+GSM853488_1	E0-8 Fru ChIPSeq 1
+GSM521017_1	Cell Line ML-DmBG3-c2;Antibody dRING
+GSM569800_1	Pcl ChIPSeq 1, 2
+GSM927171_1	CG10851 RIP-Seq, rep1
+GSM387596_1	H2A bulk (C3H2A vs
+GSM521041_1	Cell Line S2-DRSC;Antibody HP1b
+GSM847674_1	CG16778 INPUT 1
+GSM401401_1	E16-20 H3K27Ac ChIPSeq 1
+GSM451807_1	E16-20 combined RNAseq 1,2
+GSM686743_1	expt.1105 extraction3 array1
+GSM627411_1	S2-DRSC-CG8781-RNAi-1
+GSM333833_1	H3.3 150 (3L 185168-2)
+GSM686707_1	expt.808 extraction1 array1
+GSM432592_1	E8-12 H3K9Ac ChIPSeq 1
+GSM624868_1	Fly embryos 4-6 hr
+GSM847752_1	E8-16 sr ChIPSeq 1
+GSM624888_1	Kc H2Av Knockdown 600
+GSM520828_1	Cell Line ML-DmBG3-c2;Antibody H2B-ubiq
+GSM461193_1	S2 DRSC CG5655 RNAi-1
+GSM627380_1	S2-DRSC-CG4816 RNAi-2
+GSM439464_1	E20-24 H3K4Me1 ChIPSeq 1
+GSM439462_1	E20-24 CBP ChIPSeq 1
+GSM461208_2	S2 DRSC CG3249 RNAi-2
+GSM575437_1	Cell Line ML-DmBG3-c2;Antibody H3K9acS10P
+GSM333838_1	150-600 fraction 2 (96N
+GSM575446_1	Cell Line S2-DRSC;Antibody H3K9acS10P
+GSM686606_1	expt.957 extraction3 array1
+GSM520790_1	Cell Line CME-W1-Cl.8+;Antibody Chro(Chriz)BR
+GSM627360_1	S2-DRSC-CG18426-RNAi-2
+GSM624620_1	H3K9me2-Ab2 (new lot).2-4 hr
+GSM461191_2	S2 DRSC CG30122 RNAi-1
+GSM927176_1	CG12749 RIP-Seq, rep2
+GSM461209_1	S2 DRSC CG7878 RNAi-1
+GSM575391_1	Chro(Chriz)BR.14-16 hr OR embryo
+GSM621328_1	E-0-4h bks
+GSM624882_1	Kc 600 mM Salt
+GSM853468_1	E16-24 TCF ChIPSeq 1
+GSM461209_2	S2 DRSC CG7878 RNAi-1
+GSM927202_1	CG4816 RIP-Seq, rep1
+GSM927208_1	CG6203 RIP-Seq, rep1
+GSM575510_1	Cell Line S2-DRSC;Antibody Su(var)3-9
+GSM451805_1	AdultFemale combined RNAseq 1,
+GSM847673_1	CG16778 ChIPSeq 1 and
+GSM461187_2	S2 DRSC CG12749 RNAi-1
+GSM927212_1	CG6227 RIP-Seq, rep2
+GSM520935_1	Cell Line Kc167;Antibody H4K16ac(L)
+GSM927224_1	CG8749 RIP-Seq, rep1
+GSM390062_1	CME W1 Cl.8+-62
+GSM575382_1	expt.480 extraction3 array1
+GSM499657_1	WPP(EcR-GFP) ChIPSeq 1, 2
+GSM686477_1	expt.784 extraction1 array1
+GSM521061_1	Cell Line S2-DRSC;Antibody MBD-R2
+GSM390059_1	Kc167-2
+GSM927197_1	CG42670 RIP-Seq, rep1
+GSM575475_1	HP1 wa191.2-4 hr OR
+GSM624646_1	MRG15 Q2481.BG3 extraction3 array1
+GSM461203_1	S2 DRSC CG7437 RNAi-1
+GSM461184_1	S2 DRSC CG9373 RNAi-1
+GSM686555_1	expt.833 extraction1 array1
+GSM927210_1	CG6203 RIP-Seq, rep3
+GSM847706_1	jim ChIPSeq 1 and
+GSM636835_1	E16-24h KW3-Kr-D2 ChIPSeq 1
+GSM627382_1	S2-DRSC-CG4878-RNAi-2
+GSM627392_1	S2-DRSC-CG6049-RNAi-1
+GSM694120_1	MCM S2 July 2010
+GSM520949_1	Cell Line S2-DRSC;Antibody H4K5ac
+GSM575401_1	Cell Line ML-DmBG3-c2;Antibody Ez
+GSM521003_1	Cell Line ML-DmBG3-c2;Antibody CP190-HB
+GSM520775_1	Cell Line S2-DRSC;Antibody H4AcTetra
+GSM521039_1	Cell Line S2-DRSC;Antibody HP1b
+GSM686600_1	expt.993 extraction1 array1
+GSM520854_1	Cell Line S2-DRSC;Antibody H3K23ac
+GSM621329_1	ISO1 0-4 cad
+GSM627407_2	S2-DRSC-CG8636-RNAi-1
+GSM614652_1	Trl E0-8h ChIPSeq 1
+GSM927181_1	CG16725 RIP-Seq, rep3
+GSM520873_1	Cell Line ML-DmBG3-c2;Antibody H3K36me1
+GSM521063_1	Cell Line S2-DRSC;Antibody NURF301
+GSM686475_1	expt.665 extraction3 array1
+GSM570045_1	kni ChIPSeq 1, 2
+GSM569791_1	Sin3A ChIPSeq 1 and
+GSM499638_1	E0-12 HDAC-496 ChIPSeq 1
+GSM401416_1	L3 H3K27Ac ChIPSeq 1
+GSM627363_1	S2-DRSC-CG31000-RNAi-2
+GSM627374_1	S2-DRSC-CG4262 RNAi-1
+GSM575433_1	Cell Line S2-DRSC;Antibody H3K79Me1
+GSM627398_1	S2-DRSC-CG6841 RNAi-1
+GSM499643_1	E0-12 HDAC-501 ChIPSeq 1
+GSM499635_1	E0-12 HDAC-493 ChIPSeq 1
+GSM387597_1	H2Av bulk (C3H2A vs
+GSM624884_1	Kc 600 mM Salt
+GSM521037_1	Cell Line CME-W1-Cl.8+;Antibody H3K9me3
+GSM521100_1	Cell Line S2-DRSC;Antibody H3K4me2
+GSM847658_1	br-core INPUT 1
+GSM461193_3	S2 DRSC CG5655 RNAi-1
+GSM927216_1	CG6841 RIP-Seq, rep1
+GSM686739_1	expt.831 extraction3 array1
+GSM624861_1	Fly embryos 1-3 hr
+GSM624628_1	ASH1 Q4177.S2 extraction1 array1
+GSM627413_3	S2-DRSC-CG8912-RNAi-1
+GSM401421_1	L2 H3K4Me1 ChIPSeq 1
+GSM575479_1	Cell Line ML-DmBG3-c2;Antibody HP1
+GSM881221_1	4-7hr PolII ChIP-Seq ChIP
+GSM627356_1	S2-DRSC-CG17136-RNAi-2
+GSM686717_1	expt.880 extraction3 array1
+GSM333846_1	80 fraction 2 (4NA80
+GSM686755_1	expt.838 extraction3 array1
+GSM847675_1	E16-24 CNC ChIPSeq 1
+GSM627337_1	S2-DRSC-CG10279 RNAi-1
+GSM686612_1	expt.907 extraction3 array1
+GSM401413_1	Pupae H3K27Ac ChIPSeq 1
+GSM522360_1	ORC2 KC167 2 extraction2
+GSM853469_1	E16-24 INPUT 1
+GSM520796_1	Cell Line S2-DRSC;Antibody Chro(Chriz)BR
+GSM624876_1	Fly wing disc 150
+GSM843544_1	CNC ChIPSeq 1 and
+GSM627406_1	S2-DRSC-CG8241 RNAi-2
+GSM624892_1	P 57C0C1 383370-2 extraction4
+GSM575411_1	Cell Line ML-DmBG3-c2;Antibody H3K4me1
+GSM624897_1	1 41A0A1 271532-5 extraction6
+GSM927223_1	CG8636 RIP-Seq, rep2
+GSM575431_1	Strain Oregon-R;Antibody H3K4me2 (target
+GSM520881_1	Cell Line Kc167;Antibody H3K36me3
+GSM628255_1	15T 8-16 NW GFP
+GSM627388_2	S2-DRSC-CG5442-RNAi-2
+GSM669545_1	E0-12 Hr4 GFP ChIPSeq
+GSM575417_1	Cell Line ML-DmBG3-c2;Antibody H3K4me2-Millipore
+GSM686547_1	expt.1097 extraction1 array1
+GSM927177_1	CG1559 RIP-Seq, rep1
+GSM333866_1	Pellet 2 (508pell 271518)
+GSM927222_1	CG8636 RIP-Seq, rep1
+GSM627395_1	S2-DRSC-CG6203-RNAi-2
+GSM851729_1	E0-8 CG16778 ChIPSeq 1
+GSM461190_1	S2 DRSC CG13425 RNAi-1
+GSM401410_1	AdultMale H3K27Ac ChIPSeq 1
+GSM621341_1	S2 ctcf n
+GSM627349_2	S2-DRSC-CG13425 RNAi-2
+GSM400672_1	E20-24 H3K4Me3 ChIPSeq 1
+GSM627391_2	S2-DRSC-CG5836-RNAi-2
+GSM627364_1	S2-DRSC-CG31716-RNAi-1
+GSM432594_1	E8-12 PolII ChIPSeq 1
+GSM520921_1	Cell Line ML-DmBG3-c2;Antibody H3K9me3
+GSM461192_2	S2 DRSC CG4602 RNAi-1
+GSM520852_1	Cell Line S2-DRSC;Antibody H3K23ac
+GSM627353_1	S2-DRSC-CG16788-RNAi-1
+GSM624664_1	Psc.BG3 extraction1 array1
+GSM333850_1	80 fraction 4 (033N
+GSM521071_1	Cell Line Kc167;Antibody PIWI-Q2569
+GSM853472_1	Bcd INPUT 1
+GSM927194_1	CG3613 RIP-Seq, rep2
+GSM432593_1	E8-12 H3K4Me1 ChIPSeq 1
+GSM624865_1	Fly embryos 1-3 hr
+GSM520818_1	Cell Line S2-DRSC;Antibody Ez
+GSM575448_1	H3K9me2-Ab2 (new lot).14-16 hr
+GSM333837_1	Mononucleosomes 2 (33M 236126)
+GSM400666_1	AdultMale H3K4Me3 ChIPSeq 1
+GSM390066_1	ML-DmBG3-c2-124
+GSM333847_1	80 fraction 1 (4NV80
+GSM686751_1	expt.1103 extraction3 array1
+GSM848956_1	WPP CG8478 ChIPSeq 1
+GSM686685_1	expt.668 extraction3 array1
+GSM627335_3	S2-DRSC-CG10128-RNAi-2
+GSM432584_1	E16-20 CBP ChIPSeq 1
+GSM333868_2	H3.3 80-600 (3.3 600bd
+GSM686479_1	expt.820 extraction3 array1
+GSM686776_1	expt.908 extraction3 array1
+GSM461183_1	S2 DRSC CG6946 RNAi-1
+GSM594222_1	NW-GFP-Goat[eve] ChIPSeq 1 and
+GSM694129_1	0-24h Embryo PolII ChIP-Seq
+GSM461181_1	S2 DRSC CG8144 RNAi-4
+GSM686782_1	expt.892 extraction1 array1
+GSM847578_1	E0-12 INPUT 1
+GSM636830_1	5T-8-16h GFP ChIPSeq 1
+GSM575419_1	Cell Line S2-DRSC;Antibody H3K4me2-Millipore
+GSM401409_1	E0-4 H3K4Me1 ChIPSeq 1
+GSM439443_1	E20-24 H3K27Me3 ChIPSeq 1
+GSM432586_1	Pupae PolII ChIPSeq 1
+GSM624862_1	Fly embryos 1-3 hr
+GSM624885_1	X 56A0A1 353629-4 extraction1
+GSM621331_1	E0-8h disco
+GSM333859_1	80-150 fraction 1 (1-AvN1.5
+GSM390065_1	ML-DmBG3-c2-122
+GSM621326_1	E0-8 Kr-D2
+GSM686516_1	expt.631 extraction1 array1
+GSM520885_1	Cell Line S2-DRSC;Antibody H3K36me3
+GSM439450_1	L2 H3K9Me3 ChIPSeq 1
+GSM624652_1	MRG15 Q2481.S2 extraction1 array1
+GSM843545_1	AdultFemale CNC INPUT 1
+GSM521059_1	Cell Line S2-DRSC;Antibody MBD-R2
+GSM520802_1	Cell Line S2-DRSC;Antibody Chro(Chriz)WR
+GSM575454_1	H3K9me2-Ab2 (new lot).2-4 hr
+GSM461191_1	S2 DRSC CG30122 RNAi-1
+GSM694125_1	24h Embryo Orc ChIP-Seq
+GSM927180_1	CG16725 RIP-Seq, rep2
+GSM461185_1	S2 DRSC CG5099 RNAi-1
+GSM520985_1	Cell Line S2-DRSC;Antibody Su(Hw)-VC
+GSM575498_1	Cell Line Kc167;Antibody HP1c
+GSM621338_1	E0-4 rbCBP
+GSM520830_1	Cell Line Kc167;Antibody H2B-ubiq
+GSM521090_1	Cell Line S2-DRSC;Antibody WDS
+GSM627355_1	S2-DRSC-CG16901-RNAi-2
+GSM847657_1	br-core ChIPSeq 1 and
+GSM333855_1	80 fraction 5 (8D3N8
+GSM624890_1	Kc H2Av Knockdown 600
+GSM570051_1	K4me3 ChIPSeq 1 and
+GSM521088_1	Cell Line S2-DRSC;Antibody WDS
+GSM408992_1	L3 CBP ChIPSeq 1
+GSM627379_1	S2-DRSC-CG4816 RNAi-1
+GSM627346_1	S2-DRSC-CG11266-RNAi-1
+GSM499640_1	E0-12 HDAC-498 ChIPSeq 1
+GSM627389_3	S2-DRSC-CG5655-RNAi-2
+GSM686508_1	expt.926 extraction3 array1
+GSM621342_1	sens sens-E-4-8h
+GSM521035_1	Cell Line CME-W1-Cl.8+;Antibody H3K9me3
+GSM575483_1	Cell Line CME-W1-Cl.8+;Antibody HP1
+GSM669472_1	E8-16h KW3-h-D1 ChIPSeq 1
+GSM461207_3	S2 DRSC CG3249 RNAi-1
+GSM461186_1	S2 DRSC CG9983 RNAi-1
+GSM942053_1	orr weaver midgut rep1
+GSM686745_1	expt.1108 extraction1 array1
+GSM575469_1	expt.477 extraction1 array1
+GSM851849_1	Dfd INPUT 1
+GSM686737_1	expt.830 extraction1 array1
+GSM847773_1	psq INPUT 1
+GSM439463_1	E0-4 CBP ChIPSeq 1
+GSM686749_1	expt.1104 extraction1 array1
+GSM520913_1	Cell Line ML-DmBG3-c2;Antibody H3K9me2-Ab2
+GSM333842_1	150-600 fraction 3 (116N
+GSM520832_1	Cell Line Kc167;Antibody H2B-ubiq
+GSM686510_1	expt.932 extraction1 array1
+GSM627359_2	S2-DRSC-CG18350 RNAi-2
+GSM499661_1	w3L 7T(cad-GFP) ChIPSeq 1,
+GSM575514_1	Cell Line S2-DRSC;Antibody mod2.2-VC
+GSM624869_1	Fly embryos 4-6 hr
+GSM627408_1	S2-DRSC-CG8636-RNAi-2
+GSM686492_1	expt.863 extraction1 array1
+GSM627335_1	S2-DRSC-CG10128-RNAi-2
+GSM499649_1	S2 CTCF200 ChIPSeq 1
+GSM621327_1	Kc167 Trl
+GSM390063_1	S2-DRSC-14
+GSM520919_1	Cell Line ML-DmBG3-c2;Antibody H3K9me3
+GSM461183_2	S2 DRSC CG6946 RNAi-1
+GSM853485_1	Usp INPUT 1
+GSM624632_1	H3K9acS10P (new abcam lot).D.mel
+GSM439459_1	AdultFemale H3K9Ac ChIPSeq 1
+GSM387600_1	80 fraction 10 (C4
+GSM686741_1	expt.1106 extraction1 array1
+GSM686691_1	expt.927 extraction1 array1
+GSM847775_1	en ChIPSeq 1
+GSM927195_1	CG4262 RIP-Seq, rep1
+GSM627365_1	S2-DRSC-CG31716-RNAi-2
+GSM575366_1	Developmental Stage Embryo 14-16hr
+GSM461200_1	S2 DRSC CG7971 RNAi-1
+GSM439445_1	E12-16 H3K27Me3 ChIPSeq 1
+GSM927184_1	CG16788 RIP-Seq, rep3
+GSM432591_1	E12-16 H3K4Me1 ChIPSeq 1
+GSM408982_1	AdultFemale CBP ChIPSeq 1
+GSM520947_1	Cell Line S2-DRSC;Antibody H4K5ac
+GSM927175_1	CG12749 RIP-Seq, rep1
+GSM847702_1	E8-16 HP1 ChIPSeq 1
+GSM499636_1	E0-12 HDAC-494 ChIPSeq 1
+GSM521082_1	Cell Line ML-DmBG3-c2;Antibody SU(HW)-HB
+GSM628259_1	Trem ChIPSeq 1 and
+GSM847699_1	sr INPUT 1
+GSM686719_1	expt.947 extraction1 array1
+GSM694132_1	SG Orc ChIP-Seq extraction1
+GSM627371_1	S2-DRSC-CG3312 RNAi-2
+GSM520981_1	Cell Line S2-DRSC;Antibody SU(HW)-HB
+GSM439442_1	L1 H3K27Me3 ChIPSeq 1
+GSM686561_1	expt.459 extraction3 array1
+GSM621332_1	E0-8h GATAe
+GSM432579_1	AdultMale H3K9Ac ChIPSeq 1
+GSM627343_2	S2-DRSC-CG10851-RNAi-2
+GSM461205_1	S2 DRSC CG5821 RNAi-1
+GSM521043_1	Cell Line ML-DmBG3-c2;Antibody HP1c
+GSM520915_1	Cell Line S2-DRSC;Antibody H3K9me2
+GSM521001_1	Cell Line S2-DRSC;Antibody BRE1
+GSM627359_1	S2-DRSC-CG18350 RNAi-2
+GSM624886_1	O 57A0A1 353281-4 extraction2
+GSM669537_1	E16-24h anti-cbt ChIPSeq 1
+GSM521096_1	Cell Line CME-W1-Cl.8+;Antibody H3K9ac
+GSM575370_1	Developmental Stage Embryo 2-4hr
+GSM439449_1	Pupae H3K9Me3 ChIPSeq 1
+GSM401415_1	Pupae H3K4Me1 ChIPSeq 1
+GSM847952_1	WPP psq ChIPSeq 1
+GSM627366_2	S2-DRSC-CG32423-RNAi-1
+GSM686711_1	expt.857 extraction1 array1
+GSM686483_1	expt.783 extraction3 array1
+GSM575450_1	H3K9me2-Ab2 (new lot).14-16 hr
+GSM686679_1	expt.853 extraction1 array1
+GSM627393_1	S2-DRSC-CG6049-RNAi-2
+GSM387594_1	150-600 fraction (5-S2 600
+GSM853473_1	Tango ChIPSeq 1 and
+GSM686764_1	expt.945 extraction3 array1
+GSM520905_1	Cell Line S2-DRSC;Antibody H3K79Me2
+GSM847954_1	WPP Stat92E ChIPSeq 1
+GSM621337_1	Kc Kr
+GSM627383_1	S2-DRSC-CG5099-RNAi-2
+GSM624650_1	MRG15 Q2481.Kc extraction3 array1
+GSM624872_1	Fly embryos 4-6 hr
+GSM627352_1	S2-DRSC-CG1646 RNAi-2
+GSM461182_2	S2 DRSC Untreated-6
+GSM451813_1	Pupae combined RNAseq 1,2
+GSM927227_1	CG9998 RIP-Seq, rep2
+GSM520917_1	Cell Line S2-DRSC;Antibody H3K9me2
+GSM847619_1	Prd ChIPSeq 1 and
+GSM521084_1	Cell Line ML-DmBG3-c2;Antibody Su(var)3-9
+GSM333870_1	H3.3deltaN 80 (dN 80
+GSM432581_1	L1 H3K27Ac ChIPSeq 1
+GSM333836_1	150 fraction 1 (VN
+GSM569798_1	E16-24h 10T(Dfd-GFP) ChIPSeq 1
+GSM686565_1	expt.917 extraction3 array1
+GSM627414_3	S2-DRSC-CG8912-RNAi-2
+GSM461182_1	S2 DRSC Untreated-6
+GSM520869_1	Cell Line S2-DRSC;Antibody H3K27Me3
+GSM432587_1	L3 PolII ChIPSeq 1
+GSM686689_1	expt.666 extraction3 array1
+GSM627415_2	S2-DRSC-CG9373-RNAi-2
+GSM627334_1	S2 DRSC Untreated RNAi-32
+GSM847676_1	E16-24 CNC INPUT 1
+GSM624672_1	SPT16 Q2583.S2 extraction1 array1
+GSM439446_1	E8-12 H3K27Me3 ChIPSeq 1
+GSM520836_1	Cell Line S2-DRSC;Antibody H2B-ubiq
+GSM627385_1	S2-DRSC-CG5170-RNAi-2
+GSM627356_2	S2-DRSC-CG17136-RNAi-2
+GSM627389_1	S2-DRSC-CG5655-RNAi-2
+GSM520903_1	Cell Line S2-DRSC;Antibody H3K79Me2
+GSM594213_1	NW-GFP-Goat[tll] ChIPSeq 1 and
+GSM451809_1	E4-8 combined RNAseq 1,2
+GSM686733_1	expt.913 extraction1 array1
+GSM520871_1	Cell Line ML-DmBG3-c2;Antibody H3K36me1
+GSM401424_1	E20-24 H3K9Ac ChIPSeq 1
+GSM927183_1	CG16788 RIP-Seq, rep2
+GSM927192_1	CG31716 RIP-Seq, rep2
+GSM627343_1	S2-DRSC-CG10851-RNAi-2
+GSM927229_1	Empty Vector RIP-Seq, rep2
+GSM627402_2	S2-DRSC-CG7971-RNAi-2
+GSM333867_1	Pellet 3 (516pell 271522)
+GSM461189_2	S2 DRSC CG16901 RNAi-1
+GSM627412_1	S2-DRSC-CG8781-RNAi-2
+GSM451811_1	L1 combined RNAseq 1,2
+GSM520782_1	Cell Line S2-DRSC;Antibody BEAF-HB
+GSM847770_1	Kr ChIPSeq 1 and
+GSM333843_1	150 fraction 3 (11LN
+GSM636832_1	R13-E1-6h-Set2 GFP ChIPSeq 1
+GSM461195_2	S2 DRSC CG10203 RNAi-1
+GSM575376_1	Developmental Stage 3rd Instar
+GSM927187_1	CG17136 RIP-Seq, rep1
+GSM621340_1	GFP 7T-E0-4
+GSM520933_1	Cell Line CME-W1-Cl.8+;Antibody H4K16ac(L)
+GSM627368_1	S2-DRSC-CG33106-RNAi-1
+GSM521075_1	Cell Line Kc167;Antibody PIWI-Q2569
+GSM333851_1	80 fraction 3 (0AVN
+GSM575395_1	Chro(Chriz)BR.14-16 hr OR embryo
+GSM521094_1	Cell Line S2-DRSC;Antibody H3K79Me1
+GSM627414_1	S2-DRSC-CG8912-RNAi-2
+GSM627388_1	S2-DRSC-CG5442-RNAi-2
+GSM439440_1	L3 H3K27Me3 ChIPSeq 1
+GSM575378_1	Developmental Stage 3rd Instar
+GSM853484_1	Usp ChIPSeq 1 and
+GSM853490_1	E0-8 sc ChIPSeq 1
+GSM575488_1	Cell Line S2-DRSC;Antibody HP1a
+GSM627335_2	S2-DRSC-CG10128-RNAi-2
+GSM624636_1	H3K9acS10P (new abcam lot).Kc
+GSM851744_1	E0-8 INPUT 1
+GSM627339_1	S2-DRSC-CG10328 RNAi-1
+GSM520816_1	Cell Line S2-DRSC;Antibody Ez
+GSM520977_1	Cell Line S2-DRSC;Antibody RNA
+GSM927221_1	CG7437 RIP-Seq, rep2
+GSM624670_1	Psc.S2 extraction3 array1
+GSM439461_1	E12-16 PolII ChIPSeq 1
+GSM461208_1	S2 DRSC CG3249 RNAi-2
+GSM624638_1	H3K9acS10P (new abcam lot).Kc
+GSM333861_1	80-150 fraction 2 (2-AvN150
+GSM927206_1	CG5442 RIP-Seq, rep1
+GSM627362_2	S2-DRSC-CG30122-RNAi-2
+GSM439457_1	E0-4 H3K9Me3 ChIPSeq 1
+GSM847660_1	dm INPUT 1
+GSM520777_1	Cell Line S2-DRSC;Antibody H4AcTetra
+GSM575397_1	Chro(Chriz)BR.14-16 hr OR embryo
+GSM575464_1	H3K9me3 (new lot).14-16 hr
+GSM575364_1	Developmental Stage Embryo 14-16hr
+GSM333858_1	80 fraction 7 (1-AvN0.8
+GSM390061_1	CME W1 Cl.8+-60
+GSM520867_1	Cell Line S2-DRSC;Antibody H3K27Me3
+GSM853489_1	E0-8 Fru INPUT 1
+GSM627367_1	S2-DRSC-CG32423-RNAi-2
+GSM401407_1	E0-4 H3K27Ac ChIPSeq 1
+GSM627405_1	S2-DRSC-CG8241 RNAi-1
+GSM461199_1	S2 DRSC CG18426 RNAi-1
+GSM686573_1	expt.825 extraction3 array1
+GSM521073_1	Cell Line Kc167;Antibody PIWI-Q2569
+GSM847698_1	sr ChIPSeq 1 and
+GSM520838_1	Cell Line ML-DmBG3-c2;Antibody H3K18ac
+GSM520850_1	Cell Line S2-DRSC;Antibody H3K23ac
+GSM461204_1	S2 DRSC CG1559 RNAi-1
+GSM521057_1	Cell Line S2-DRSC;Antibody JIL1
+GSM624878_1	Fly wing disc 600
+GSM461196_1	S2 DRSC CG17136 RNAi-1
+GSM628262_1	E0-8h D KW3-D-D2 ChIPSeq
+GSM520812_1	Cell Line S2-DRSC;Antibody CTCF-VC
+GSM669547_1	WPP K27me3 ChIPSeq 1
+GSM522359_1	ORC2 KC167 1 extraction1
+GSM570054_1	Trl-D2 ChIPSeq 1
+GSM627375_1	S2-DRSC-CG4262 RNAi-2
+GSM521013_1	Cell Line S2-DRSC;Antibody dMi-2
+GSM927203_1	CG4816 RIP-Seq, rep2
+GSM627351_1	S2-DRSC-CG1646 RNAi-1
+GSM847753_1	E8-16 sr INPUT 1
+GSM927199_1	CG42670 RIP-Seq, rep3
+GSM401418_1	L3 H3K4Me1 ChIPSeq 1
+GSM627357_1	S2-DRSC-CG17838-RNAi-2
+GSM627384_1	S2-DRSC-CG5170-RNAi-1
+GSM521055_1	Cell Line S2-DRSC;Antibody JIL1
+GSM594225_1	KW4-CG8478-D1 ChIPSeq 1 and
+GSM927193_1	CG3613 RIP-Seq, rep1
+GSM575399_1	Cell Line ML-DmBG3-c2;Antibody Ez
+GSM627415_3	S2-DRSC-CG9373-RNAi-2
+GSM432589_1	L1 PolII ChIPSeq 1
+GSM847772_1	psq ChIPSeq 1 and
+GSM627410_1	S2-DRSC-CG8749-RNAi-2
+GSM521011_1	Cell Line S2-DRSC;Antibody dMi-2
+GSM520931_1	Cell Line CME-W1-Cl.8+;Antibody H4K16ac(L)
+GSM520844_1	Cell Line S2-DRSC;Antibody H3K18ac
+GSM520957_1	Cell Line ML-DmBG3-c2;Antibody mod2.2-VC
+GSM333840_1	Nucl dens 2 (9NG
+GSM520969_1	Cell Line CME-W1-Cl.8+;Antibody RNA
+GSM627360_2	S2-DRSC-CG18426-RNAi-2
+GSM927230_1	Empty Vector RIP-Seq, rep3
+GSM686593_1	expt.576 extraction3 array1
+GSM520810_1	Cell Line ML-DmBG3-c2;Antibody CTCF-VC
+GSM627400_1	S2-DRSC-CG6946-RNAi-2
+GSM627387_1	S2-DRSC-CG5442 RNAi-1
+GSM439465_1	AdultFemale H3K4Me1 ChIPSeq 1
+GSM627333_1	S2 DRSC Untreated RNAi-31
+GSM461207_2	S2 DRSC CG3249 RNAi-1
+GSM621336_1	E4-8h sens
+GSM521009_1	Cell Line S2-DRSC;Antibody CP190-HB
+GSM520814_1	Cell Line S2-DRSC;Antibody CTCF-VC
+GSM520788_1	Cell Line CME-W1-Cl.8+;Antibody Chro(Chriz)BR
+GSM569795_1	w3L 10T(Dfd-GFP) ChIPSeq 1
+GSM400668_1	L2 H3K4Me3 ChIPSeq 1
+GSM575423_1	H3K4me2.14-16 hr OR embryo
+GSM432585_1	E8-12 H3K4Me3 ChIPSeq 1
+GSM847696_1	Fru ChIPSeq 1 and
+GSM461206_2	S2 DRSC CG5836 RNAi-1
+GSM927182_1	CG16788 RIP-Seq, rep1
+GSM627358_1	S2-DRSC-CG18350 RNAi-1
+GSM451812_1	L3 combined RNAseq 1,2
+GSM627376_1	S2-DRSC-CG4602-RNAi-2
+GSM628251_1	HP1-Covance ChIPSeq 1
+GSM627366_1	S2-DRSC-CG32423-RNAi-1
+GSM408990_1	L1 CBP ChIPSeq 1
+GSM686536_1	expt.991 extraction3 array1
+GSM522354_1	ORC2 S2 DRSC 2
+GSM669474_1	EcR mF3d GFP ChIPSeq
+GSM461198_2	S2 DRSC CG10851 RNAi-1
+GSM521019_1	Cell Line S2-DRSC;Antibody dRING
+GSM624874_1	Fly wing disc 80
+GSM627349_1	S2-DRSC-CG13425 RNAi-2
+GSM575468_1	H3K9me3 (new lot).14-16 hr
+GSM439454_1	E12-16 H3K9Me3 ChIPSeq 1
+GSM927231_1	Empty Vector RIP-Seq, rep4
+GSM686721_1	expt.946 extraction3 array1
+GSM624863_1	Fly embryos 1-3 hr
+GSM621335_1	E0-8h jumu
+GSM451801_1	E8-12 CBP ChIPSeq 1
+GSM810644_1	CNC ChIPSeq 1 and
+GSM461202_2	S2 DRSC CG31000 RNAi-1
+GSM401408_1	E0-4 H3K9Ac ChIPSeq 1
+GSM636838_1	E0-12h Su[var]3-9 ChIPSeq 1
+GSM520822_1	Cell Line S2-DRSC;Antibody GAF
+GSM686494_1	expt.862 extraction3 array1
+GSM520857_1	Cell Line ML-DmBG3-c2;Antibody H3K27Ac
+GSM627381_1	S2-DRSC-CG4878-RNAi-1
+GSM686553_1	expt.1089 extraction3 array1
+GSM461205_2	S2 DRSC CG5821 RNAi-1
+GSM927225_1	CG8749 RIP-Seq, rep2
+GSM627413_2	S2-DRSC-CG8912-RNAi-1
+GSM520911_1	Cell Line ML-DmBG3-c2;Antibody H3K9me2-Ab2
+GSM520979_1	Cell Line S2-DRSC;Antibody SU(HW)-HB
+GSM686538_1	expt.680 extraction1 array1
+GSM851839_1	Hnf4 ChIPSeq 1 and
+GSM881223_1	4-7hr PolII ChIP-Seq ChIP
+GSM570049_1	CBP ChIPSeq 1
+GSM575409_1	H3K18Ac (new lot).2-4 hr
+GSM851817_1	TCF ChIPSeq 1 and
+GSM621334_1	E0-8h hkb
+GSM439438_1	AdultMale H3K27Me3 ChIPSeq 1
+GSM499647_1	E4-8h-7T(cad-GFP)-ChIPSeq 1
+GSM624624_1	H3K9me2 antibody2.D.mel 3rd Instar
+GSM624680_1	H3K36me1.S2 extraction1 array1
+GSM521053_1	Cell Line S2-DRSC;Antibody HP2
+GSM927207_1	CG5442 RIP-Seq, rep2
+GSM520983_1	Cell Line S2-DRSC;Antibody Su(Hw)-VC
+GSM627350_2	S2-DRSC-CG1559-RNAi-2
+GSM451810_1	E20-24 combined RNAseq 1,
+GSM694134_1	SG Orc ChIP-Seq extraction2
+GSM401422_1	L1 H3K9Ac ChIPSeq 1
+GSM627337_2	S2-DRSC-CG10279 RNAi-1
+GSM520961_1	Cell Line ML-DmBG3-c2;Antibody Pc
+GSM333871_1	H3.3 150-600 (33-6 185167-1)
+GSM942057_1	orr weaver fat body
+GSM520999_1	Cell Line S2-DRSC;Antibody BRE1
+GSM847707_1	jim INPUT 1
+GSM686524_1	expt.157 extraction3 array1
+GSM627362_1	S2-DRSC-CG30122-RNAi-2
+GSM627373_1	S2-DRSC-CG3584 RNAi-2
+GSM520877_1	Cell Line ML-DmBG3-c2;Antibody H3K36me3
+GSM520891_1	Cell Line S2-DRSC;Antibody H3K4me1
+GSM624654_1	MRG15 Q2481.S2 extraction3 array1
+GSM927215_1	CG6779 RIP-Seq, rep3
+GSM614655_1	CG8478 E16-24h ChIPSeq 1
+GSM333839_1	150 fraction 2 (9LN
+GSM624870_1	Fly embryos 4-6 hr
+GSM387598_1	Pellet 4 (C3H2A vs
+GSM624895_1	29A1-29A0 237370 extraction1 array1
+GSM520923_1	Cell Line S2-DRSC;Antibody H3K9me3
+GSM447608_1	H3K27Ac s6 ChIPSeq 1
+GSM520997_1	Cell Line S2-DRSC;Antibody BEAF-70
+GSM621330_1	E0-8 D
+GSM439456_1	E4-8 H3K9Me3 ChIPSeq 1
+GSM853479_1	WPP+12 USP ChIPSeq 1
+GSM624660_1	PIWI-Q2569.D.mel 3rd Instar Larvae
+GSM628268_1	EcR WPP-4-5h GFP ChIPSeq
+GSM927213_1	CG6779 RIP-Seq, rep1
+GSM624875_1	Fly wing disc 150
+GSM401419_1	L2 H3K27Ac ChIPSeq 1
+GSM686557_1	expt.832 extraction3 array1
+GSM686532_1	expt.872 extraction3 array1
+GSM499637_1	E0-12 HDAC-495 ChIPSeq 1
+GSM387593_1	80-150 fraction 3 (5-S2
+GSM432590_1	E16-20 PolII ChIPSeq 1
+GSM520804_1	Cell Line S2-DRSC;Antibody CP190-VC
+GSM575405_1	Cell Line ML-DmBG3-c2;Antibody GAF
+GSM439441_1	L2 H3K27Me3 ChIPSeq 1
+GSM520794_1	Cell Line Kc167;Antibody Chro(Chriz)BR
+GSM520786_1	Cell Line ML-DmBG3-c2;Antibody Chro(Chriz)BR
+GSM624867_1	Fly embryos 4-6 hr
+GSM499641_1	E0-12 HDAC-499 ChIPSeq 1
+GSM686484_1	expt.693 extraction1 array1
+GSM520899_1	Cell Line ML-DmBG3-c2;Antibody H3K79Me2
+GSM624622_1	H3K9me2-Ab2 (new lot).2-4 hr
+GSM461190_2	S2 DRSC CG13425 RNAi-1
+GSM461202_1	S2 DRSC CG31000 RNAi-1
+GSM686481_1	expt.672 extraction1 array1
+GSM520824_1	Cell Line S2-DRSC;Antibody GAF
+GSM627348_2	S2-DRSC-CG12749-RNAi-2
+GSM521023_1	Cell Line CME-W1-Cl.8+;Antibody H3K18Ac
+GSM575477_1	Cell Line ML-DmBG3-c2;Antibody HP1
+GSM627361_1	S2-DRSC-CG1987-RNAi-2
+GSM520842_1	Cell Line S2-DRSC;Antibody H3K18ac
+GSM847701_1	SuH INPUT 1
+GSM400658_1	E16-20 H3K4Me3 ChIPSeq 1
+GSM847704_1	Hth ChIPSeq 1 and
+GSM575500_1	Cell Line ML-DmBG3-c2;Antibody Su(var)3-7-Q3448
+GSM686735_1	expt.914 extraction3 array1
+GSM847703_1	E8-16 INPUT 1
+GSM927209_1	CG6203 RIP-Seq, rep2
+GSM575372_1	expt.194 extraction1 array1
+GSM432588_1	L1 H3K4Me1 ChIPSeq 1
+GSM520973_1	Cell Line Kc167;Antibody RNA
+GSM333834_1	H3 150-600 (H36 185170-3)
+GSM669539_1	E0-4 Yki-91 ChIPSeq 1
+GSM520943_1	Cell Line S2-DRSC;Antibody H4K16ac(M)
+GSM521080_1	Cell Line ML-DmBG3-c2;Antibody SU(HW)-HB
+GSM627342_1	S2-DRSC-CG10377 RNAi-2
+GSM575456_1	H3K9me2-Ab2 (new lot).2-4 hr
+GSM521007_1	Cell Line S2-DRSC;Antibody CP190-HB
+GSM451803_1	E12-16 combined RNAseq 1,
+GSM927214_1	CG6779 RIP-Seq, rep2
+GSM927173_1	CG12357 RIP-Seq, rep1
+GSM333832_1	150-600 fraction 1 (Av-N
+GSM522357_1	ORC2 ML DmBG3 c2
+GSM686579_1	expt.843 extraction3 array1
+GSM686747_1	expt.1107 extraction3 array1
+GSM847700_1	SuH ChIPSeq 1 and
+GSM521027_1	Cell Line CME-W1-Cl.8+;Antibody H3K9me2-Ab2
+GSM333869_1	H3.3 80 (33 80
+GSM461194_2	S2 DRSC CG1987 RNAi-1
+GSM927179_1	CG16725 RIP-Seq, rep1
+GSM627389_2	S2-DRSC-CG5655-RNAi-2
+GSM520820_1	Cell Line S2-DRSC;Antibody Ez
+GSM520927_1	Cell Line ML-DmBG3-c2;Antibody H4K16ac(L)
+GSM401404_1	E4-8 H3K27Ac ChIPSeq 1
+GSM927186_1	CG16901 RIP-Seq, rep2
+GSM624644_1	MRG15 Q2481.BG3 extraction1 array1
+GSM575425_1	H3K4me2.14-16 hr OR embryo
+GSM401414_1	Pupae H3K9Ac ChIPSeq 1
+GSM575494_1	Cell Line CME-W1-Cl.8+;Antibody HP1c
+GSM686602_1	expt.994 extraction3 array1
+GSM521005_1	Cell Line ML-DmBG3-c2;Antibody CP190-HB
+GSM520887_1	Cell Line S2-DRSC;Antibody H3K4me1
+GSM400670_1	AdultFemale H3K4Me3 ChIPSeq 1
+GSM686540_1	expt.720 extraction3 array1
+GSM461185_2	S2 DRSC CG5099 RNAi-1
+GSM853477_1	modmdg4 ChIPSeq 1 and
+GSM521025_1	Cell Line CME-W1-Cl.8+;Antibody H3K18Ac
+GSM401402_1	E16-20 H3K9Ac ChIPSeq 1
+GSM520840_1	Cell Line ML-DmBG3-c2;Antibody H3K18ac
+GSM400664_1	Pupae H3K4Me3 ChIPSeq 1
+GSM432578_1	E4-8 PolII ChIPSeq 1
+GSM461178_1	S2 DRSC Untreated-4
+GSM627354_1	S2-DRSC-CG16788-RNAi-2
+GSM627386_1	S2-DRSC-CG5422 RNAi-2
+GSM669477_1	E16-24h KW4-Fer3-D1 ChIPSeq 1
+GSM686512_1	expt.931 extraction3 array1
+GSM439439_1	Pupae H3K27Me3 ChIPSeq 1
+GSM627359_3	S2-DRSC-CG18350 RNAi-2
+GSM624877_1	Fly wing disc 600
+GSM521067_1	Cell Line ML-DmBG3-c2;Antibody PCL
+GSM881222_1	4-7hr PolII ChIP-Seq ChIP
+GSM624662_1	PIWI-Q2569.D.mel 3rd Instar Larvae
+GSM520951_1	Cell Line S2-DRSC;Antibody H4K8ac
+GSM927201_1	CG4602 RIP-Seq, rep2
+GSM851707_1	USP INPUT 1
+GSM624658_1	PIWI-Q2569.Clone 8 extraction3 array1
+GSM851705_1	FAIRE ChIPSeq 1 and
+GSM686577_1	expt.842 extraction1 array1
+GSM520806_1	Cell Line S2-DRSC;Antibody CP190-VC
+GSM847576_1	AdultMale CNC INPUT 1
+GSM624676_1	ZW5.BG3 extraction1 array1
+GSM627397_1	S2-DRSC-CG6227 RNAi-2
+GSM927168_1	CG10203 RIP-Seq, rep2
+GSM333863_1	80 fraction 8 (2-AvN80
+GSM520883_1	Cell Line S2-DRSC;Antibody H3K36me3
+GSM853470_1	Ttk ChIPSeq 1 and
+GSM686715_1	expt.881 extraction1 array1
+GSM520863_1	Cell Line ML-DmBG3-c2;Antibody H3K27Me3
+GSM451799_1	L2 PolII ChIPSeq 1
+GSM927174_1	CG12357 RIP-Seq, rep2
+GSM520879_1	Cell Line Kc167;Antibody H3K36me3
+GSM520846_1	Cell Line ML-DmBG3-c2;Antibody H3K23ac
+GSM520897_1	Antibody H3K4Me3(LP) extraction5 array1
+GSM851743_1	E0-8 Hth ChIPSeq 1
+GSM927217_1	CG6841 RIP-Seq, rep2
+GSM851840_1	Hnf4 INPUT 1
+GSM686693_1	expt.928 extraction3 array1
+GSM686773_1	expt.850 extraction1 array1
+GSM461184_2	S2 DRSC CG9373 RNAi-1
+GSM520937_1	Cell Line Kc167;Antibody H4K16ac(L)
+GSM624626_1	H3K9me2 antibody2.D.mel 3rd Instar
+GSM575435_1	Cell Line S2-DRSC;Antibody H3K79Me1
+GSM575512_1	Cell Line S2-DRSC;Antibody Su(var)3-9
+GSM575452_1	H3K9me2-Ab2 (new lot).14-16 hr
+GSM669541_1	E16-24h 13T exd-GFP ChIPSeq
+GSM927189_1	CG17838 RIP-Seq, rep1
+GSM686610_1	expt.906 extraction1 array1
+GSM621128_1	5T-0-6 GFP ChIPSeq 1
+GSM521104_1	Cell Line ML-DmBG3-c2;Antibody H3K4me3
+GSM333868_1	H3.3 80-600 (3.3 600bd
+GSM390060_1	Kc167-4
+GSM453867_1	L2 combined RNAseq 1,
+GSM853481_1	H3K4me3 ChIPSeq 1 and
+GSM847705_1	Hth INPUT 1
+GSM575473_1	HP1 wa191.2-4 hr OR
+GSM461197_1	S2 DRSC CG5442 RNAi-1
+GSM624860_1	Fly embryos 1-3 hr
+GSM627347_1	S2-DRSC-CG11266-RNAi-2
+GSM927204_1	CG5099 RIP-Seq, rep1
+GSM621130_1	E16-24h GFP ChIPSeq 1
+GSM853482_1	H3K4me3 INPUT 1
+GSM499644_1	E0-4h 7T ChIPSeq 1
+GSM408984_1	AdultMale CBP ChIPSeq 1
+GSM686683_1	expt.437 extraction1 array1
+GSM461190_3	S2 DRSC CG13425 RNAi-1
+GSM575374_1	expt.141 extraction3 array1
+GSM408994_1	Pupae CBP ChIPSeq 1
+GSM686530_1	expt.873 extraction1 array1
+GSM520909_1	Cell Line S2-DRSC;Antibody H3K9ac
+GSM686506_1	expt.925 extraction1 array1
+GSM851818_1	TCF INPUT 1
+GSM927165_1	CG10128 RIP-Seq, rep1
+GSM522353_1	ORC2 S2 DRSC 1
+GSM439455_1	E8-12 H3K9Me3 ChIPSeq 1
+GSM927200_1	CG4602 RIP-Seq, rep1
+GSM627401_2	S2-DRSC-CG7437-RNAi-2
+GSM520993_1	Cell Line ML-DmBG3-c2;Antibody BEAF-70
+GSM851841_1	SuHw ChIPSeq 1 and
+GSM694121_1	MCM S2 July 2010
+GSM520893_1	Antibody H3K4Me3(LP) extraction1 array1
+GSM461201_1	S2 DRSC CG10128 RNAi-1
+GSM333856_1	150-600 fraction (1-AvN0.6 269899)
+GSM853476_1	Zfh1 ChIPSeq 1 and
+GSM627413_1	S2-DRSC-CG8912-RNAi-1
+GSM627372_1	S2-DRSC-CG3584 RNAi-1
+GSM461204_2	S2 DRSC CG1559 RNAi-1
+GSM575415_1	Cell Line ML-DmBG3-c2;Antibody H3K4me2-Millipore
+GSM686731_1	expt.916 extraction3 array1
+GSM333860_1	H3.3 bulk (2-33E 269900)
+GSM461207_1	S2 DRSC CG3249 RNAi-1
+GSM520959_1	Cell Line ML-DmBG3-c2;Antibody Pc
+GSM461188_1	S2 DRSC CG17838 RNAi-1
+GSM461189_1	S2 DRSC CG16901 RNAi-1
+GSM853478_1	modmdg4 INPUT 1
+GSM627376_2	S2-DRSC-CG4602-RNAi-2
+GSM628224_1	KW4-Hr39-D1 ChIPSeq 1 and
+GSM520941_1	Cell Line S2-DRSC;Antibody H4K16ac(L)
+GSM853491_1	sim ChIPSeq 1 and
+GSM927226_1	CG9998 RIP-Seq, rep1
+GSM461199_2	S2 DRSC CG18426 RNAi-1
+GSM461188_2	S2 DRSC CG17838 RNAi-1
+GSM851730_1	E0-8 CG16778 INPUT 1
+GSM575441_1	Cell Line ML-DmBG3-c2;Antibody H3K9acS10P
+GSM624640_1	H3K9acS10P (new lot).Clone 8
+GSM624879_1	Fly wing disc 600
+GSM333844_1	Nucl dens 3 (11NG
+GSM522363_1	MCM KC167 2 extraction2
+GSM575504_1	Cell Line S2-DRSC;Antibody Su(var)3-7-Q3448
+GSM847656_1	sc ChIPSeq 1 and
+GSM461180_1	S2 DRSC CG8144 RNAi-3
+GSM461177_1	S2 DRSC Untreated-3
+GSM575460_1	H3K9me2-Ab2 (new lot).2-4 hr
+GSM575444_1	Cell Line S2-DRSC;Antibody H3K9acS10P
+GSM627378_1	S2-DRSC-CG4760 RNAi-2
+GSM594245_1	NW-GFP-Goat[eve] E8-16h ChIPSeq 1
+GSM439452_1	E20-24 H3K9Me3 ChIPSeq 1
+GSM624648_1	MRG15 Q2481.Kc extraction1 array1
+GSM927198_1	CG42670 RIP-Seq, rep2
+GSM520826_1	Cell Line ML-DmBG3-c2;Antibody H2B-ubiq
+GSM927185_1	CG16901 RIP-Seq, rep1
+GSM686757_1	expt.826 extraction1 array1
+GSM520895_1	Antibody H3K4Me3(LP) extraction3 array1
+GSM401417_1	L3 H3K9Ac ChIPSeq 1
+GSM521045_1	Cell Line ML-DmBG3-c2;Antibody HP1c
+GSM847955_1	WPP INPUT 1
+GSM575486_1	Cell Line CME-W1-Cl.8+;Antibody HP1
+GSM624666_1	Psc.BG3 extraction3 array1
+GSM333835_1	Nucl dens 1 (NG
+GSM927169_1	CG10279 RIP-Seq, rep1
+GSM520967_1	Cell Line CME-W1-Cl.8+;Antibody RNA
+GSM520963_1	Cell Line S2-DRSC;Antibody Pc
+GSM686713_1	expt.856 extraction3 array1
+GSM627370_1	S2-DRSC-CG3312 RNAi-1
+GSM521051_1	Cell Line S2-DRSC;Antibody HP2
+GSM627400_2	S2-DRSC-CG6946-RNAi-2
+GSM401405_1	E4-8 H3K9Ac ChIPSeq 1
+GSM927211_1	CG6227 RIP-Seq, rep1
+GSM627383_2	S2-DRSC-CG5099-RNAi-2
+GSM575490_1	Cell Line S2-DRSC;Antibody HP1a
+GSM461197_2	S2 DRSC CG5442 RNAi-1
+GSM499633_1	E0-12 HDAC-492 ChIPSeq 1
+GSM521078_1	Cell Line ML-DmBG3-c2;Antibody RNA
+GSM439447_1	E4-8 H3K27Me3 ChIPSeq 1
+GSM686784_1	expt.893 extraction3 array1
+GSM927191_1	CG31716 RIP-Seq, rep1
+GSM499631_1	21d-Female-7T(cad-GFP)-ChIPSeq 1
+GSM333852_1	80-600 fraction 2 (833N6
+GSM520792_1	Cell Line Kc167;Antibody Chro(Chriz)BR
+GSM333845_1	cDNA (TR-33Con 237369)
+GSM333854_1	80-600 fraction 1 (8D3N6
+GSM628226_1	KW3-Trl-D2 ChIPSeq 1 and
+GSM624656_1	PIWI-Q2569.Clone 8 extraction1 array1
+GSM853471_1	Bcd ChIPSeq 1 and
+GSM627338_3	S2-DRSC-CG10279 RNAi-2
+GSM575403_1	Cell Line ML-DmBG3-c2;Antibody GAF
+GSM521106_1	Cell Line ML-DmBG3-c2;Antibody H3K4me3
+GSM624864_1	Fly embryos 1-3 hr
+GSM686522_1	expt.75 extraction1 array1
+GSM520975_1	Cell Line S2-DRSC;Antibody RNA
+GSM520834_1	Cell Line S2-DRSC;Antibody H2B-ubiq
+GSM520889_1	Cell Line S2-DRSC;Antibody H3K4me1
+GSM847697_1	Fru INPUT 1
+GSM624873_1	Fly wing disc 80
+GSM927188_1	CG17136 RIP-Seq, rep2
+GSM942058_1	orr weaver fat body
+GSM400662_1	L1 H3K4Me3 ChIPSeq 1
+GSM686591_1	expt.636 extraction1 array1
+GSM570040_1	3dFemale 7T(cad-GFP) ChIPSeq 1
+GSM927167_1	CG10203 RIP-Seq, rep1
+GSM575496_1	Cell Line Kc167;Antibody HP1c
+GSM627418_1	S2-DRSC-CG9983-RNAi-2
+GSM847776_1	en INPUT 1
+GSM621343_1	GFP sens-E-4-8h
+GSM847575_1	CNC ChIPSeq 1 and
+GSM624678_1	ZW5.BG3 extraction3 array1
+GSM627394_1	S2-DRSC-CG6203-RNAi-1
+GSM927170_1	CG10279 RIP-Seq, rep2
+GSM624881_1	Kc 600 mM Salt
+GSM627401_1	S2-DRSC-CG7437-RNAi-2
+GSM627345_1	S2-DRSC-CG1101-RNAi-2
+GSM520925_1	Cell Line S2-DRSC;Antibody H3K9me3
+GSM521029_1	Cell Line CME-W1-Cl.8+;Antibody H3K9me2-Ab2
+GSM627418_2	S2-DRSC-CG9983-RNAi-2
+GSM520808_1	Cell Line ML-DmBG3-c2;Antibody CTCF-VC
+GSM521092_1	Cell Line S2-DRSC;Antibody H3K79Me1
+GSM624682_1	H3K36me1.S2 extraction3 array1
+GSM521076_1	Cell Line ML-DmBG3-c2;Antibody RNA
+GSM686753_1	expt.839 extraction1 array1
+GSM627338_1	S2-DRSC-CG10279 RNAi-2
+GSM686559_1	expt.1024 extraction1 array1
+GSM627414_2	S2-DRSC-CG8912-RNAi-2
+GSM847774_1	Kc167 Sin3A ChIPSeq 1
+GSM520971_1	Cell Line Kc167;Antibody RNA
+GSM570043_1	Trl ChIPSeq 1 and
+GSM942056_1	orr weaver malpighian tubule
+GSM520848_1	Cell Line ML-DmBG3-c2;Antibody H3K23ac
+GSM520859_1	Cell Line S2-DRSC;Antibody H3K27Ac
+GSM461200_2	S2 DRSC CG7971 RNAi-1
+GSM571140_1	E8-16h disco ChIPSeq 1
+GSM520995_1	Cell Line S2-DRSC;Antibody BEAF-70
+GSM594216_1	NW-GFP-Goat[Dfd] ChIPSeq 1 and
+GSM686534_1	expt.992 extraction1 array1
+GSM461209_3	S2 DRSC CG7878 RNAi-1
+GSM927172_1	CG10851 RIP-Seq, rep2
+GSM521047_1	Cell Line S2-DRSC;Antibody HP1c
+GSM499639_1	E0-12 HDAC-497 ChIPSeq 1
+GSM461186_2	S2 DRSC CG9983 RNAi-1
+GSM522356_1	ORC2 ML DmBG3 c2
+GSM927196_1	CG4262 RIP-Seq, rep2
+GSM927166_1	CG10128 RIP-Seq, rep2
+GSM627363_2	S2-DRSC-CG31000-RNAi-2
+GSM401411_1	AdultMale H3K4Me1 ChIPSeq 1
+GSM627377_1	S2-DRSC-CG4760 RNAi-1
+GSM627338_2	S2-DRSC-CG10279 RNAi-2
+GSM520953_1	Cell Line S2-DRSC;Antibody H4K8ac
+GSM627348_1	S2-DRSC-CG12749-RNAi-2
+GSM621134_1	ECR-WPP+90 GFP ChIPSeq 1
+GSM853486_1	Ubx ChIPSeq 1
+GSM461195_1	S2 DRSC CG10203 RNAi-1
+GSM432582_1	E12-16 H3K27Ac ChIPSeq 1
+GSM686687_1	expt.667 extraction1 array1
+GSM520907_1	Cell Line S2-DRSC;Antibody H3K9ac
+GSM627399_1	S2-DRSC-CG6841 RNAi-2
+GSM499653_1	WPP30-33 EcRGFP ChIPSeq 1,
+GSM624630_1	ASH1 Q4177.S2 extraction3 array1
+GSM627412_2	S2-DRSC-CG8781-RNAi-2
+GSM624883_1	Kc 600 mM Salt
+GSM521021_1	Cell Line S2-DRSC;Antibody dRING
+GSM881217_1	4-7hr ORC ChIP-Seq ChIP
+GSM333864_1	Pellet 1 (507pell 271517)
+GSM575439_1	Cell Line ML-DmBG3-c2;Antibody H3K9acS10P
+GSM439448_1	E0-4 H3K27Me3 ChIPSeq 1
+GSM575442_1	Cell Line S2-DRSC;Antibody H3K9acS10P
+GSM439458_1	E12-16 H3K9Ac ChIPSeq 1
+GSM575502_1	Cell Line ML-DmBG3-c2;Antibody Su(var)3-7-Q3448
+GSM853483_1	WPP SuHw ChIPSeq 1
+GSM686518_1	expt.726 extraction3 array1
+GSM927219_1	CG6987 RIP-Seq, rep2
+GSM624642_1	H3K9acS10P (new lot).Clone 8
+GSM627391_1	S2-DRSC-CG5836-RNAi-2
+GSM927234_1	Empty Vector RIP-Seq, rep7
+GSM461192_1	S2 DRSC CG4602 RNAi-1
+GSM439453_1	E16-20 H3K9Me3 ChIPSeq 1
+GSM627390_1	S2-DRSC-CG5821-RNAi-2
+GSM624859_1	Fly embryos 1-3 hr
+GSM927228_1	Empty Vector RIP-Seq, rep1
+GSM686571_1	expt.824 extraction1 array1
+GSM520779_1	Cell Line S2-DRSC;Antibody H4AcTetra
+GSM499642_1	E0-12 HDAC-500 ChIPSeq 1
+GSM627416_1	S2-DRSC-CG9412-RNAi-1
+GSM575516_1	Cell Line S2-DRSC;Antibody mod2.2-VC
+GSM686486_1	expt.887 extraction3 array1
+GSM627404_1	S2-DRSC-CG8019 RNAi-2
+GSM461198_1	S2 DRSC CG10851 RNAi-1
+GSM624871_1	Fly embryos 4-6 hr
+GSM575421_1	Cell Line S2-DRSC;Antibody H3K4me2-Millipore
+GSM624896_1	35A1-35A0 237367 extraction4 array1
+GSM847577_1	Ash2 ChIPSeq 1 and
+GSM400674_1	E4-8 H3K4Me3 ChIPSeq 1
+GSM686528_1	expt.870 extraction3 array1
+GSM439460_1	E20-24 PolII ChIPSeq 1
+GSM851848_1	Dfd ChIPSeq 1 and
+GSM400660_1	L3 H3K4Me3 ChIPSeq 1
+GSM686473_1	expt.821 extraction1 array1
+GSM624889_1	Kc H2Av Knockdown 600
+GSM686541_1	expt.681 extraction4 array1
+GSM575388_1	Developmental Stage Embryo 2-4hr
+GSM847767_1	E8-16 SuH ChIPSeq 1
+GSM686681_1	expt.1055 extraction3 array1
+GSM520901_1	Cell Line ML-DmBG3-c2;Antibody H3K79Me2
+GSM461193_2	S2 DRSC CG5655 RNAi-1
+GSM627390_2	S2-DRSC-CG5821-RNAi-2
+GSM628264_1	7T W3L GFP ChIPSeq
+GSM461203_2	S2 DRSC CG7437 RNAi-1
+GSM569793_1	hkb ChIPSeq 1 and
+GSM520798_1	Cell Line S2-DRSC;Antibody Chro(Chriz)BR
+GSM686488_1	expt.920 extraction1 array1
+GSM627403_1	S2-DRSC-CG8019 RNAi-1
+GSM521098_1	Cell Line CME-W1-Cl.8+;Antibody H3K9ac
+GSM521065_1	Cell Line S2-DRSC;Antibody NURF301
+GSM624866_1	Fly embryos 4-6 hr
+GSM627409_1	S2-DRSC-CG8749-RNAi-1
+GSM461201_2	S2 DRSC CG10128 RNAi-1
+GSM686526_1	expt.871 extraction1 array1
+GSM621132_1	ECR-WPP+12 GFP ChIPSeq 1
+GSM522362_1	MCM KC167 1 extraction1
+GSM333841_1	Mononucleosomes 1 (AvM 238066)
+GSM520991_1	Cell Line ML-DmBG3-c2;Antibody BEAF-70
+GSM686604_1	expt.956 extraction1 array1
+GSM401423_1	E20-24 H3K27Ac ChIPSeq 1
+GSM401406_1	E4-8 H3K4Me1 ChIPSeq 1
+GSM575492_1	Cell Line CME-W1-Cl.8+;Antibody HP1c
+GSM847769_1	Kc167 INPUT 1
+GSM927205_1	CG5099 RIP-Seq, rep2
+GSM401403_1	E16-20 H3K4Me1 ChIPSeq 1
+GSM927218_1	CG6987 RIP-Seq, rep1
+GSM575471_1	expt.478 extraction3 array1
+GSM847953_1	WPP psq INPUT 1
+GSM439444_1	E16-20 H3K27Me3 ChIPSeq 1
+GSM627340_1	S2-DRSC-CG10328 RNAi-2
+GSM521069_1	Cell Line ML-DmBG3-c2;Antibody PCL
+GSM461196_2	S2 DRSC CG17136 RNAi-1
+GSM575413_1	Cell Line ML-DmBG3-c2;Antibody H3K4me1
+GSM847768_1	Kc167 dCTBP ChIPSeq 1
+GSM520965_1	Cell Line S2-DRSC;Antibody Pc
+GSM333853_1	80 fraction 6 (833N8
+GSM686490_1	expt.921 extraction3 array1
+GSM627402_1	S2-DRSC-CG7971-RNAi-2
+GSM575407_1	H3K18Ac (new lot).2-4 hr
+GSM575481_1	Cell Line ML-DmBG3-c2;Antibody HP1
+GSM624891_1	AC 56C0C1 353355-5 extraction2
+GSM461194_1	S2 DRSC CG1987 RNAi-1
+GSM669694_1	BRC core ChIPSeq 1
+GSM575458_1	H3K9me2-Ab2 (new lot).2-4 hr
+GSM387595_1	80 fraction 9 (5-S2
+GSM520945_1	Cell Line S2-DRSC;Antibody H4K16ac(M)
+GSM520855_1	Cell Line ML-DmBG3-c2;Antibody H3K27Ac
+GSM520784_1	Cell Line ML-DmBG3-c2;Antibody Chro(Chriz)BR
+GSM520865_1	Cell Line ML-DmBG3-c2;Antibody H3K27Me3
+GSM627415_1	S2-DRSC-CG9373-RNAi-2
+GSM927220_1	CG7437 RIP-Seq, rep1
+GSM521049_1	Cell Line S2-DRSC;Antibody HP1c
+GSM575506_1	Cell Line S2-DRSC;Antibody Su(var)3-7-Q3448
+GSM575429_1	Strain Oregon-R;Antibody H3K4me2 (target
+GSM927190_1	CG17838 RIP-Seq, rep2
+GSM627344_1	S2-DRSC-CG1101-RNAi-1
+GSM881219_1	4-7hr ORC ChIP-Seq ChIP
+GSM853475_1	Yki ChIPSeq 1 and
+GSM627341_1	S2-DRSC-CG10377 RNAi-1
+GSM575462_1	H3K9me3 (new lot).14-16 hr
+GSM333848_1	H2A bulk (4AED 237369)
+GSM499651_1	S2 CTCF500 ChIPSeq 1
+GSM927178_1	CG1559 RIP-Seq, rep2
+GSM851842_1	SuHw INPUT 1
+GSM627350_1	S2-DRSC-CG1559-RNAi-2
+GSM624634_1	H3K9acS10P (new abcam lot).D.mel
+GSM520780_1	Cell Line S2-DRSC;Antibody BEAF-HB
+GSM624668_1	Psc.S2 extraction1 array1
+GSM627369_1	S2-DRSC-CG33106-RNAi-2
+GSM575390_1	Developmental Stage Embryo 2-4hr
+GSM686563_1	expt.918 extraction1 array1
+GSM575427_1	Strain Oregon-R;Antibody H3K4me2 (target
+GSM575485_1	Cell Line CME-W1-Cl.8+;Antibody HP1
+GSM686549_1	expt.1098 extraction3 array1
diff --git a/dm3/track2Label_longrange b/dm3/track2Label_longrange
new file mode 100644
index 0000000..7378beb
--- /dev/null
+++ b/dm3/track2Label_longrange
@@ -0,0 +1,10 @@
+GSM849421_10k	Pilot Hi-C embryo 10kb
+GSM849421_160k	Pilot Hi-C embryo 160kb
+GSM849421_20k	Pilot Hi-C embryo 20kb
+GSM849421_40k	Pilot Hi-C embryo 40kb
+GSM849421_80k	Pilot Hi-C embryo 80kb
+GSM849422_10k	Hi-C embryo 10kb
+GSM849422_160k	Hi-C embryo 160kb
+GSM849422_20k	Hi-C embryo 20kb
+GSM849422_40k	Hi-C embryo 40kb
+GSM849422_80k	Hi-C embryo 80kb
diff --git a/dm3/track2ProcessInfo b/dm3/track2ProcessInfo
new file mode 100644
index 0000000..70984c3
--- /dev/null
+++ b/dm3/track2ProcessInfo
@@ -0,0 +1,1012 @@
+GSM520875_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520876 (pirrota_482_B2_Input(14cyc).293.CEL)
+GSM621339_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM390064_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575368_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575369_pirrota_354_E6_Input.182.CEL
+GSM432583_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686709_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM575393_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575394_pirrota_345_E7_Input.173.CEL
+GSM520929_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520930 (pirrota_482_B2_Input(14cyc).293.CEL)
+GSM847771_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM570038_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM575380_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575381_pirrota_729_OR_Head_Prep3_Input_20cyc.493.CEL
+GSM461206_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627336_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM847659_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM669543_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM451804_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM333849_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM621333_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM461210_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM853480_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461179_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927232_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM408988_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM520939_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520940 (pirrota_292_A9_Input.136.CEL)
+GSM624674_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624675_pirrota_1088_A21_Input.846.CEL
+GSM942055_1	Detail=Normalization_and_smoothing_of_log2_ratios:DM:1 protocol. Two-color Agilent tiling arrays were processed by Bioconductor primarily with the Ringo package (Toedling et al., 2007, PMID: 17594472).  Briefly, each array was loess normalized and then probe log2 ratios were smoothed by running medians across windows of 10kb along the genome, requiring at least 3 probes within a window.
+GSM853474_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM575508_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575509_pirrota_506_A12_Input_20cyc.328.CEL
+GSM624887_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM439451_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM851706_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM942054_1	Detail=Normalization_and_smoothing_of_log2_ratios:DM:1 protocol. Two-color Agilent tiling arrays were processed by Bioconductor primarily with the Ringo package (Toedling et al., 2007, PMID: 17594472).  Briefly, each array was loess normalized and then probe log2 ratios were smoothed by running medians across windows of 10kb along the genome, requiring at least 3 probes within a window.
+GSM400656_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686729_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM686551_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM432580_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM694128_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ChIPseq_analysis:DM:1 protocol. *  BEDGRAPH Track Generation:          o Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.          o Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.          o Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.          o To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.     * GFF3 Peak Call Generation:          o MAQ files were converted to ELAND using an in-house script.          o The PeakSeq preprocessing scripts were run by an in-house pipeline automation script.          o The PeakSeq v.1.01 C++ code was run with the default parameters and a maximum q-val of .05.          o To combine replicates, overlapping windows of enrichment between the two sets were combined, and the rest were discarded.
+GSM520861_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520862 (pirrota_208_S12_Input.58.CEL)
+GSM575384_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575385_pirrota_726_Larvae_Prep4_Input_14cyc.490.CEL
+GSM881218_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ChIPseq analysis BEDGRAPH Generation:DM:1 protocol. BEDGRAPH Track Generation:    * Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.    * Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.    * Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.    * To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.
+GSM461210_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624880_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM694124_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ORC_ChIPseq_analysis:DM:1 protocol. *  BEDGRAPH Track Generation:          o Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.          o Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.          o Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.          o To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.     * GFF3 Peak Call Generation:          o MAQ files were converted to ELAND using an in-house script.          o The PeakSeq preprocessing scripts were run by an in-house pipeline automation script.          o The PeakSeq v.1.01 C++ code was run with the default parameters and a maximum q-val of .05.          o To combine replicates, overlapping windows of enrichment between the two sets were combined, and the rest were discarded.
+GSM627396_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627411_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM401412_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM461176_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575386_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575387_pirrota_725_Larvae_Prep3_Input_14cyc.489.CEL
+GSM520800_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520801 (pirrota_212_A8_Input.62.CEL)
+GSM521086_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521087 (pirrota_602_B5_Input(20cycles).391.CEL)
+GSM627407_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521102_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521103 (pirrota_540_A12_Input18.362.CEL)
+GSM521033_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521034 (pirrota_682_KC2_Input(14cycles).451.CEL)
+GSM461187_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686762_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM408986_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686759_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM628252_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627417_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627387_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521015_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521016 (pirrota_621_B5_Input-18cycles.406.CEL)
+GSM401420_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM451806_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM520955_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520956 (pirrota_620_B3_Input-18cycles.405.CEL)
+GSM927233_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM521031_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521032 (pirrota_681_KC1_Input(14cycles).450.CEL)
+GSM451808_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM853488_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM521017_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521018 (pirrota_620_B3_Input-18cycles.405.CEL)
+GSM569800_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM927171_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM387596_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM521041_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521042 (pirrota_684_A15_Input.453.CEL)
+GSM847674_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM401401_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM451807_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM686743_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627411_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM333833_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM686707_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM432592_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM624868_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM847752_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM624888_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM520828_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520829 (pirrota_481_B1_Input(14cyc).292.CEL)
+GSM461193_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627380_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM439464_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM439462_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM461208_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575437_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575438_pirrota_602_B5_Input_20cycles.391.CEL
+GSM333838_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM575446_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575447_pirrota_684_A15_Input.453.CEL
+GSM686606_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520790_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520791 (pirrota_478_C18-2_Input(14cyc).289.CEL)
+GSM627360_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624620_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624621_pirrota_454_E4_Input.276.CEL
+GSM461191_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927176_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM461209_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575391_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575392_pirrota_824_E_late_1_inputDNA_20cyc.595.CEL
+GSM621328_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM624882_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM853468_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461209_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927202_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM927208_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM575510_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575511_pirrota_243_S12_Input_20_cycles.86.CEL
+GSM451805_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM847673_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461187_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927212_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM520935_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520936 (pirrota_479_Kc-1_Input(14cyc).290.CEL)
+GSM927224_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM390062_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575382_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575383_pirrota_730_OR_Head_Prep4_Input_20cyc.494.CEL
+GSM499657_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM686477_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM521061_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521062 (pirrota_760_A17_Input.530.CEL)
+GSM390059_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927197_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM575475_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575476_pirrota_879_E_early_1_Input.650.CEL
+GSM624646_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624647_pirrota_1205_B5_Input.936.CEL
+GSM461203_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461184_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686555_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM927210_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM847706_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM636835_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627382_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627392_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM694120_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ORC_ChIPseq_analysis:DM:1 protocol. *  BEDGRAPH Track Generation:          o Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.          o Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.          o Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.          o To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.     * GFF3 Peak Call Generation:          o MAQ files were converted to ELAND using an in-house script.          o The PeakSeq preprocessing scripts were run by an in-house pipeline automation script.          o The PeakSeq v.1.01 C++ code was run with the default parameters and a maximum q-val of .05.          o To combine replicates, overlapping windows of enrichment between the two sets were combined, and the rest were discarded.
+GSM520949_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520950 (10.pirrota_142_A3_Input_HD.CEL)
+GSM575401_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575402_pirrota_620_B3_Input-18cycles.405.CEL
+GSM521003_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521004 (pirrota_620_B3_Input-18cycles.405.CEL)
+GSM520775_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520776 (pirrota_208_S12_Input.58.CEL)
+GSM521039_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521040 (pirrota_683_A11_Input.452.CEL)
+GSM686600_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520854_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: no input (NA)
+GSM621329_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM627407_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM614652_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM927181_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM520873_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520874 (pirrota_482_B2_Input(14cyc).293.CEL)
+GSM521063_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521064 (pirrota_761_A18_Input.531.CEL)
+GSM686475_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM570045_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM569791_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM499638_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM401416_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627363_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627374_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575433_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575434_pirrota_298_S11_Input.143.CEL
+GSM627398_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM499643_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM499635_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM387597_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM624884_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM521037_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521038 (pirrota_836_CL8-1_Input_DNA(14cyc).607.CEL)
+GSM521100_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521101 (pirrota_196_S9_Input.46.CEL)
+GSM847658_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461193_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927216_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM686739_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM624861_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM624628_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624629_pirrota_915_A17_Input-18cycles.670.CEL
+GSM627413_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM401421_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM575479_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575480_pirrota_424_B1_Input.250.CEL
+GSM881221_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ChIPseq analysis BEDGRAPH Generation:DM:1 protocol. BEDGRAPH Track Generation:    * Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.    * Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.    * Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.    * To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.
+GSM627356_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686717_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM333846_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM686755_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM847675_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627337_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686612_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM401413_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM522360_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1    Processed data are obtained using following parameters: read length is 36   ORC_ChIPseq_analysis:DM:1 protocol. Processing and peaking calling for ORC solexa data.
+GSM853469_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM520796_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520797 (pirrota_292_A9_Input.136.CEL)
+GSM624876_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM843544_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627406_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624892_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen.  Processed data are obtained using following parameters: genome version is R5.27.
+GSM575411_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575412_pirrota_916_B4_Input-18cycles.671.CEL
+GSM624897_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen.  Processed data are obtained using following parameters: genome version is R5.27.
+GSM927223_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM575431_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575432_pirrota_284_Input.137.CEL
+GSM520881_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520882 (pirrota_480_Kc-2_Input(14cyc).291.CEL)
+GSM628255_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627388_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM669545_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM575417_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575418_pirrota_620_B3_Input-18cycles.405.CEL
+GSM686547_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM927177_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM333866_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM927222_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627395_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM851729_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461190_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM401410_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM621341_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM627349_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM400672_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627391_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627364_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM432594_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM520921_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520922 (pirrota_425_B2_Input.251.CEL)
+GSM461192_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520852_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520853 (pirrota_190_A3_Input.38.CEL)
+GSM627353_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624664_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624665_pirrota_621_B5_Input-18cycles.406.CEL
+GSM333850_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM521071_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521072 (pirrota_647_Kc2_Input(20cycles).424.CEL)
+GSM853472_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927194_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM432593_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM624865_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM520818_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520819 (pirrota_264_S13_Input.116.CEL)
+GSM575448_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575449_pirrota_835_E_late1_Input_DNA_14cyc.606.CEL
+GSM333837_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM400666_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM390066_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM333847_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM686751_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM848956_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686685_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627335_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM432584_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM333868_2	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM686479_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM686776_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM461183_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM594222_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie version 0.12.5. Signal files were generated with the R package version 2.7.1 SPP 1.0. Peaks were called with MACS version 1.3.7.
+GSM694129_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ChIPseq_analysis:DM:1 protocol. *  BEDGRAPH Track Generation:          o Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.          o Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.          o Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.          o To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.     * GFF3 Peak Call Generation:          o MAQ files were converted to ELAND using an in-house script.          o The PeakSeq preprocessing scripts were run by an in-house pipeline automation script.          o The PeakSeq v.1.01 C++ code was run with the default parameters and a maximum q-val of .05.          o To combine replicates, overlapping windows of enrichment between the two sets were combined, and the rest were discarded.
+GSM461181_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686782_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM847578_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM636830_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM575419_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575420_pirrota_873_S15_Input-18cycles.644.CEL
+GSM401409_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM439443_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM432586_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM624862_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM624885_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen.  Processed data are obtained using following parameters: genome version is R5.27.
+GSM621331_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM333859_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM390065_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM621326_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM686516_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520885_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520886 (12.pirrota_144_A7_Input_HD.CEL)
+GSM439450_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM624652_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624653_pirrota_1088_A21_Input.846.CEL
+GSM843545_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM521059_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521060 (pirrota_761_A18_Input.531.CEL)
+GSM520802_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520803 (pirrota_292_A9_Input.136.CEL)
+GSM575454_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575455_pirrota_935_Eearly2_Input_20cyc.690.CEL
+GSM461191_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM694125_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ORC_ChIPseq_analysis:DM:1 protocol. *  BEDGRAPH Track Generation:          o Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.          o Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.          o Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.          o To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.     * GFF3 Peak Call Generation:          o MAQ files were converted to ELAND using an in-house script.          o The PeakSeq preprocessing scripts were run by an in-house pipeline automation script.          o The PeakSeq v.1.01 C++ code was run with the default parameters and a maximum q-val of .05.          o To combine replicates, overlapping windows of enrichment between the two sets were combined, and the rest were discarded.
+GSM927180_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM461185_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520985_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520986 (pirrota_499_S14_Input18.320.CEL)
+GSM575498_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575499_pirrota_600_Kc1_Input_20cycles.389.CEL
+GSM621338_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM520830_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520831 (pirrota_480_Kc-2_Input(14cyc).291.CEL)
+GSM521090_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521091 (pirrota_641_S12_input_gk2.417.CEL)
+GSM627355_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM847657_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM333855_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM624890_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM570051_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM521088_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521089 (pirrota_803_A14.input.566.CEL)
+GSM408992_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627379_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627346_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM499640_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM627389_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686508_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM621342_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM521035_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521036 (pirrota_837_CL8-2_Input_DNA(14cyc).608.CEL)
+GSM575483_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575484_pirrota_825_CL8-1_InputDNA_20cyc.596.CEL
+GSM669472_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461207_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461186_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM942053_1	Detail=Normalization_and_smoothing_of_log2_ratios:DM:1 protocol. Two-color Agilent tiling arrays were processed by Bioconductor primarily with the Ringo package (Toedling et al., 2007, PMID: 17594472).  Briefly, each array was loess normalized and then probe log2 ratios were smoothed by running medians across windows of 10kb along the genome, requiring at least 3 probes within a window.
+GSM686745_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM575469_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575470_pirrota_723_OR_Head_Prep3_Input_14cyc.487.CEL
+GSM851849_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686737_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM847773_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM439463_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686749_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520913_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520914 (pirrota_424_B1_Input.250.CEL)
+GSM333842_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM520832_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520833 (pirrota_479_Kc-1_Input(14cyc).290.CEL)
+GSM686510_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627359_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM499661_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM575514_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575515_pirrota_873_S15_Input-18cycles.644.CEL
+GSM624869_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM627408_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686492_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627335_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM499649_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM621327_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM390063_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520919_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520920 (pirrota_424_B1_Input.250.CEL)
+GSM461183_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM853485_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM624632_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624633_pirrota_1058_L3_3_Input(20cyc).798.CEL
+GSM439459_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM387600_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM686741_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM686691_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM847775_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927195_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627365_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575366_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575367_pirrota_345_E7_Input.173.CEL
+GSM461200_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM439445_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM927184_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM432591_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM408982_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM520947_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520948 (pirrota_212_A8_Input.62.CEL)
+GSM927175_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM847702_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM499636_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM521082_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521083 (pirrota_620_B3_Input-18cycles.405.CEL)
+GSM628259_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM847699_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686719_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM694132_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ORC_ChIPseq_analysis:DM:1 protocol. *  BEDGRAPH Track Generation:          o Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.          o Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.          o Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.          o To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.     * GFF3 Peak Call Generation:          o MAQ files were converted to ELAND using an in-house script.          o The PeakSeq preprocessing scripts were run by an in-house pipeline automation script.          o The PeakSeq v.1.01 C++ code was run with the default parameters and a maximum q-val of .05.          o To combine replicates, overlapping windows of enrichment between the two sets were combined, and the rest were discarded.
+GSM627371_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520981_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520982 (pirrota_499_S14_Input18.320.CEL)
+GSM439442_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686561_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM621332_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM432579_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627343_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461205_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521043_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521044 (pirrota_602_B5_Input(20cycles).391.CEL)
+GSM520915_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520916 (pirrota_196_S9_Input.46.CEL)
+GSM521001_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521002 (pirrota_761_A18_Input.531.CEL)
+GSM627359_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624886_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen.  Processed data are obtained using following parameters: genome version is R5.27.
+GSM669537_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM521096_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521097 (pirrota_837_CL8-2_Input_DNA(14cyc).608.CEL)
+GSM575370_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575371_pirrota_353_E4_Input.181.CEL
+GSM439449_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM401415_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM847952_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627366_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686711_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM686483_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM575450_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575451_pirrota_263_E3_Input.108.CEL
+GSM686679_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627393_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM387594_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM853473_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686764_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520905_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520906 (40.pirrota_182_S8_Input_HD.CEL)
+GSM847954_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM621337_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM627383_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624650_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624651_pirrota_1362_Kc-5_Input.1114.CEL
+GSM624872_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM627352_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461182_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM451813_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM927227_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM520917_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520918 (pirrota_242_S12_Input(14_cycles).85.CEL)
+GSM847619_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM521084_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521085 (pirrota_646_B3_Input2(20cycles).423.CEL)
+GSM333870_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM432581_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM333836_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM569798_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM686565_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627414_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461182_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520869_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520870 (pirrota_499_S14_Input18.320.CEL)
+GSM432587_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686689_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627415_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627334_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM847676_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM624672_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624673_pirrota_1089_A20_Input.847.CEL
+GSM439446_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM520836_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520837 (pirrota_292_A9_Input.136.CEL)
+GSM627385_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627356_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627389_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520903_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520904 (pirrota_208_S12_Input.58.CEL)
+GSM594213_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie version 0.12.5. Signal files were generated with the R package version 2.7.1 SPP 1.0. Peaks were called with MACS version 1.3.7.
+GSM451809_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM686733_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520871_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520872 (pirrota_481_B1_Input(14cyc).292.CEL)
+GSM401424_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM927183_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM927192_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627343_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927229_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627402_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM333867_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM461189_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627412_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM451811_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM520782_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520783 (pirrota_540_A12_Input18.362.CEL)
+GSM847770_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM333843_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM636832_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461195_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575376_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575377_pirrota_731_Larvae_Prep_3_Input_20cyc.495.CEL
+GSM927187_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM621340_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM520933_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520934 (pirrota_478_C18-2_Input(14cyc).289.CEL)
+GSM627368_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521075_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: no input (NA)
+GSM333851_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM575395_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575396_pirrota_344_E5_Input.172.CEL
+GSM521094_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521095 (pirrota_303_S14_Input.148.CEL)
+GSM627414_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627388_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM439440_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM575378_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575379_pirrota_732_Larvae_Prep_4_Input_20cyc.496.CEL
+GSM853484_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM853490_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM575488_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575489_pirrota_584_A14_Input_20cycles.373.CEL
+GSM627335_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624636_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624637_pirrota_1040_Kc4_Input(20cyc).814.CEL
+GSM851744_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627339_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520816_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520817 (pirrota_499_S14_Input18.320.CEL)
+GSM520977_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520978 (pirrota_292_A9_Input.136.CEL)
+GSM927221_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM624670_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624671_pirrota_499_S14_Input18.320.CEL
+GSM439461_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM461208_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624638_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624639_pirrota_1041_Kc5_Input(20cyc).815.CEL
+GSM333861_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM927206_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627362_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM439457_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM847660_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM520777_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520778 (pirrota_303_S14_Input.148.CEL)
+GSM575397_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575398_pirrota_999_Elate4_Input_20cyc.738.CEL
+GSM575464_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575465_pirrota_721_E10_Input_14cyc.487.CEL
+GSM575364_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575365_pirrota_344_E5_Input.172.CEL
+GSM333858_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM390061_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520867_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520868 (pirrota_298_S11_Input.143.CEL)
+GSM853489_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627367_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM401407_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627405_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461199_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686573_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM521073_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521074 (pirrota_600_Kc1_Input(20cycles).389.CEL)
+GSM847698_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM520838_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520839 (pirrota_424_B1_Input.250.CEL)
+GSM520850_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520851 (pirrota_242_S12_Input(14_cycles).85.CEL)
+GSM461204_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521057_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521058 (pirrota_760_A17_Input.530.CEL)
+GSM624878_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM461196_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM628262_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM520812_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520813 (pirrota_619_A14_Input-18cycles.404.CEL)
+GSM669547_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM522359_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1    Processed data are obtained using following parameters: read length is 36   ORC_ChIPseq_analysis:DM:1 protocol. Processing and peaking calling for ORC solexa data.
+GSM570054_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM627375_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521013_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521014 (pirrota_761_A18_Input.531.CEL)
+GSM927203_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627351_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM847753_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927199_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM401418_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627357_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627384_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521055_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521056 (pirrota_761_A18_Input.531.CEL)
+GSM594225_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie version 0.12.5. Signal files were generated with the R package version 2.7.1 SPP 1.0. Peaks were called with MACS version 1.3.7.
+GSM927193_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM575399_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575400_pirrota_916_B4_Input-18cycles.671.CEL
+GSM627415_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM432589_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM847772_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627410_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521011_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521012 (pirrota_760_A17_Input.530.CEL)
+GSM520931_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520932 (pirrota_477_C18-1_Input(14cyc).288.CEL)
+GSM520844_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520845 (pirrota_242_S12_Input(14_cycles).85.CEL)
+GSM520957_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520958 (pirrota_621_B5_Input-18cycles.406.CEL)
+GSM333840_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM520969_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520970 (pirrota_478_C18-2_Input(14cyc).289.CEL)
+GSM627360_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927230_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM686593_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520810_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520811 (pirrota_620_B3_Input-18cycles.405.CEL)
+GSM627400_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627387_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM439465_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627333_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461207_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM621336_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM521009_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521010 (pirrota_499_S14_Input18.320.CEL)
+GSM520814_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520815 (pirrota_499_S14_Input18.320.CEL)
+GSM520788_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520789 (pirrota_477_C18-1_Input(14cyc).288.CEL)
+GSM569795_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM400668_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM575423_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575424_pirrota_880_E_late_2_Input.651.CEL
+GSM432585_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM847696_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461206_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927182_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627358_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM451812_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM627376_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM628251_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627366_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM408990_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686536_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM522354_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1    Processed data are obtained using following parameters: read length is 36   ORC_ChIPseq_analysis:DM:1 protocol. Processing and peaking calling for ORC solexa data.
+GSM669474_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461198_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521019_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521020 (pirrota_277_S12_Input.122.CEL)
+GSM624874_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM627349_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575468_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575465_pirrota_721_E10_Input_14cyc.487.CEL
+GSM439454_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM927231_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM686721_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM624863_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM621335_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM451801_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM810644_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461202_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM401408_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM636838_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM520822_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520823 (pirrota_264_S13_Input.116.CEL)
+GSM686494_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520857_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520858 (pirrota_437_B3_INPUT.253.CEL)
+GSM627381_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686553_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM461205_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927225_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627413_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520911_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520912 (pirrota_425_B2_Input.251.CEL)
+GSM520979_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520980 (pirrota_540_A12_Input18.362.CEL)
+GSM686538_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM851839_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM881223_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ChIPseq analysis BEDGRAPH Generation:DM:1 protocol. BEDGRAPH Track Generation:    * Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.    * Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.    * Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.    * To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.
+GSM570049_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM575409_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575410_pirrota_879_E_early_1_Input.650.CEL
+GSM851817_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM621334_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM439438_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM499647_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM624624_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624625_pirrota_377_LarvaeTrial_Input.193CEL
+GSM624680_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624681_pirrota_212_A8_Input.62.CEL
+GSM521053_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521054 (pirrota_683_A11_Input.452.CEL)
+GSM927207_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM520983_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520984 (pirrota_619_A14_Input-18cycles.404.CEL)
+GSM627350_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM451810_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM694134_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ORC_ChIPseq_analysis:DM:1 protocol. *  BEDGRAPH Track Generation:          o Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.          o Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.          o Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.          o To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.     * GFF3 Peak Call Generation:          o MAQ files were converted to ELAND using an in-house script.          o The PeakSeq preprocessing scripts were run by an in-house pipeline automation script.          o The PeakSeq v.1.01 C++ code was run with the default parameters and a maximum q-val of .05.          o To combine replicates, overlapping windows of enrichment between the two sets were combined, and the rest were discarded.
+GSM401422_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627337_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520961_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520962 (pirrota_365_B2_Input.208.CEL)
+GSM333871_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM942057_1	Detail=Normalization_and_smoothing_of_log2_ratios:DM:1 protocol. Two-color Agilent tiling arrays were processed by Bioconductor primarily with the Ringo package (Toedling et al., 2007, PMID: 17594472).  Briefly, each array was loess normalized and then probe log2 ratios were smoothed by running medians across windows of 10kb along the genome, requiring at least 3 probes within a window.
+GSM520999_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521000 (pirrota_760_A17_Input.530.CEL)
+GSM847707_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686524_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627362_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627373_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520877_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520878 (pirrota_481_B1_Input(14cyc).292.CEL)
+GSM520891_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520892 (pirrota_540_A12_Input18.362.CEL)
+GSM624654_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624655_pirrota_1089_A20_Input.847.CEL
+GSM927215_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM614655_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM333839_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM624870_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM387598_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM624895_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen.  Processed data are obtained using following parameters: genome version is R5.27.
+GSM520923_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520924 (pirrota_242_S12_Input(14_cycles).85.CEL)
+GSM447608_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM520997_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520998 (pirrota_441_A12_INPUT.267.CEL)
+GSM621330_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM439456_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM853479_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM624660_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624661_pirrota_1059_L3_6_Input.799.CEL
+GSM628268_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927213_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM624875_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM401419_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686557_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM686532_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM499637_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM387593_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM432590_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM520804_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520805 (pirrota_619_A14_Input-18cycles.404.CEL)
+GSM575405_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575406_pirrota_916_B4_Input-18cycles.671.CEL
+GSM439441_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM520794_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520795 (pirrota_480_Kc-2_Input(14cyc).291.CEL)
+GSM520786_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520787 (pirrota_481_B1_Input(14cyc).292.CEL)
+GSM624867_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM499641_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM686484_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520899_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520900 (pirrota_365_B2_Input.208.CEL)
+GSM624622_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624623_pirrota_262_E2_Input.107.CEL
+GSM461190_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461202_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686481_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520824_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520825 (40.pirrota_182_S8_Input_HD.CEL)
+GSM627348_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521023_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521024 (pirrota_836_CL8-1_Input_DNA(14cyc).607.CEL)
+GSM575477_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575478_pirrota_646_B3_Input2_20cycles.423.CEL
+GSM627361_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520842_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520843 (pirrota_190_A3_Input.38.CEL)
+GSM847701_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM400658_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM847704_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM575500_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575501_pirrota_646_B3_Input2_20cycles.423.CEL
+GSM686735_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM847703_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927209_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM575372_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575373_pirrota_380_OR_HeadTrial_Input.197.CEL
+GSM432588_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM520973_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520974 (pirrota_480_Kc-2_Input(14cyc).291.CEL)
+GSM333834_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM669539_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM520943_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520944 (pirrota_292_A9_Input.136.CEL)
+GSM521080_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521081 (pirrota_621_B5_Input-18cycles.406.CEL)
+GSM627342_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575456_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575457_pirrota_454_E4_Input.276.CEL
+GSM521007_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521008 (pirrota_540_A12_Input18.362.CEL)
+GSM451803_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the wiggle file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM927214_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM927173_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM333832_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM522357_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1    Processed data are obtained using following parameters: read length is 36   ORC_ChIPseq_analysis:DM:1 protocol. Processing and peaking calling for ORC solexa data.
+GSM686579_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM686747_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM847700_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM521027_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521028 (pirrota_837_CL8-2_Input_DNA(14cyc).608.CEL)
+GSM333869_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM461194_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927179_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627389_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520820_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520821 (40.pirrota_182_S8_Input_HD.CEL)
+GSM520927_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520928 (pirrota_481_B1_Input(14cyc).292.CEL)
+GSM401404_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM927186_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM624644_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624645_pirrota_1204_B3_Input.935.CEL
+GSM575425_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575426_pirrota_263_E3_Input.108.CEL
+GSM401414_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM575494_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575495_pirrota_825_CL8-1_InputDNA_20cyc.596.CEL
+GSM686602_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM521005_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521006 (pirrota_621_B5_Input-18cycles.406.CEL)
+GSM520887_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520888 (pirrota_208_S12_Input.58.CEL)
+GSM400670_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686540_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM461185_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM853477_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM521025_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521026 (pirrota_837_CL8-2_Input_DNA(14cyc).608.CEL)
+GSM401402_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM520840_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520841 (pirrota_425_B2_Input.251.CEL)
+GSM400664_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM432578_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM461178_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627354_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627386_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM669477_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686512_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM439439_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627359_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624877_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM521067_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521068 (pirrota_620_B3_Input-18cycles.405.CEL)
+GSM881222_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ChIPseq analysis BEDGRAPH Generation:DM:1 protocol. BEDGRAPH Track Generation:    * Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.    * Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.    * Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.    * To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.
+GSM624662_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624663_pirrota_1058_L3_3_Input(20cyc).798.CEL
+GSM520951_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520952 (pirrota_212_A8_Input.62.CEL)
+GSM927201_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM851707_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM624658_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624659_pirrota_825_CL8-1_InputDNA(20cyc).596.CEL
+GSM851705_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686577_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520806_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520807 (pirrota_499_S14_Input18.320.CEL)
+GSM847576_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM624676_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624677_pirrota_364_B1_Input.207.CEL
+GSM627397_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927168_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM333863_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM520883_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520884 (10.pirrota_142_A3_Input_HD.CEL)
+GSM853470_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686715_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520863_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520864 (pirrota_435_B4_INPUT.255.CEL)
+GSM451799_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM927174_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM520879_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520880 (pirrota_479_Kc-1_Input(14cyc).290.CEL)
+GSM520846_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520847 (pirrota_425_B2_Input.251.CEL)
+GSM520897_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520898 (pirrota_208_S12_Input.58.CEL)
+GSM851743_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927217_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM851840_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686693_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM686773_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM461184_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520937_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520938 (pirrota_480_Kc-2_Input(14cyc).291.CEL)
+GSM624626_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624627_pirrota_284_Input.137.CEL
+GSM575435_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575436_pirrota_303_S14_Input.148.CEL
+GSM575512_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575513_pirrota_584_A14_Input_20cycles.373.CEL
+GSM575452_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575453_pirrota_880_E_late_2_Input.651.CEL
+GSM669541_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927189_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM686610_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM621128_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM521104_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521105 (pirrota_365_B2_Input.208.CEL)
+GSM333868_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM390060_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM453867_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using TopHat (http://tophat.cbcb.umd.edu/).  The bed file was generated by thresholding the bedgraph file (tag count>=1; minimum run length=50; maximum gap=50).
+GSM853481_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM847705_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM575473_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575474_pirrota_935_Eearly2_Input_20cyc.690.CEL
+GSM461197_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624860_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM627347_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927204_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM621130_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM853482_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM499644_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM408984_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686683_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM461190_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575374_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575375_pirrota_285_Input.138.CEL
+GSM408994_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686530_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520909_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520910 (pirrota_242_S12_Input(14_cycles).85.CEL)
+GSM686506_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM851818_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927165_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM522353_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1    Processed data are obtained using following parameters: read length is 36   ORC_ChIPseq_analysis:DM:1 protocol. Processing and peaking calling for ORC solexa data.
+GSM439455_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM927200_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627401_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520993_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520994 (pirrota_437_B3_INPUT.253.CEL)
+GSM851841_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM694121_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ORC_ChIPseq_analysis:DM:1 protocol. *  BEDGRAPH Track Generation:          o Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.          o Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.          o Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.          o To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.     * GFF3 Peak Call Generation:          o MAQ files were converted to ELAND using an in-house script.          o The PeakSeq preprocessing scripts were run by an in-house pipeline automation script.          o The PeakSeq v.1.01 C++ code was run with the default parameters and a maximum q-val of .05.          o To combine replicates, overlapping windows of enrichment between the two sets were combined, and the rest were discarded.
+GSM520893_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520894 (40.pirrota_182_S8_Input_HD.CEL)
+GSM461201_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM333856_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM853476_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627413_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627372_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461204_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575415_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575416_pirrota_621_B5_Input-18cycles.406.CEL
+GSM686731_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM333860_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM461207_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520959_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520960 (pirrota_436_B5_INPUT.254.CEL)
+GSM461188_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461189_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM853478_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627376_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM628224_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM520941_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520942 (pirrota_212_A8_Input.62.CEL)
+GSM853491_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927226_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM461199_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461188_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM851730_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM575441_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575438_pirrota_602_B5_Input_20cycles.391.CEL
+GSM624640_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624641_pirrota_825_CL8-1_InputDNA(20cyc).596.CEL
+GSM624879_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM333844_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM522363_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1    Processed data are obtained using following parameters: read length is 36   ORC_ChIPseq_analysis:DM:1 protocol. Processing and peaking calling for ORC solexa data.
+GSM575504_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575505_pirrota_684_A15_Input.453.CEL
+GSM847656_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461180_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461177_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to GFF files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575460_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575461_pirrota_879_E_early_1_Input.650.CEL
+GSM575444_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575445_pirrota_584_A14_Input_20cycles.373.CEL
+GSM627378_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM594245_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie version 0.12.5. Signal files were generated with the R package version 2.7.1 SPP 1.0. Peaks were called with MACS version 1.3.7.
+GSM439452_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM624648_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624649_pirrota_1361_Kc-4_Input.1113.CEL
+GSM927198_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM520826_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520827 (pirrota_482_B2_Input(14cyc).293.CEL)
+GSM927185_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM686757_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520895_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520896 (pirrota_303_S14_Input.148.CEL)
+GSM401417_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM521045_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521046 (pirrota_646_B3_Input2(20cycles).423.CEL)
+GSM847955_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM575486_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575487_pirrota_826_CL8-2_Input_DNA_20cyc.597.CEL
+GSM624666_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624667_pirrota_620_B3_Input-18cycles.405.CEL
+GSM333835_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM927169_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM520967_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520968 (pirrota_477_C18-1_Input(14cyc).288.CEL)
+GSM520963_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520964 (pirrota_264_S13_Input.116.CEL)
+GSM686713_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627370_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521051_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521052 (pirrota_684_A15_Input.453.CEL)
+GSM627400_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM401405_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM927211_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627383_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575490_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575491_pirrota_243_S12_Input_20_cycles.86.CEL
+GSM461197_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM499633_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM521078_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521079 (pirrota_482_B2_Input(14cyc).293.CEL)
+GSM439447_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686784_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM927191_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM499631_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM333852_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM520792_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520793 (pirrota_479_Kc-1_Input(14cyc).290.CEL)
+GSM333845_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered.  The supplementary file 'GSM333845_gene_expr.txt' contains per-gene processed expression data.
+GSM333854_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM628226_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM624656_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624657_pirrota_826_CL8-2_Input_DNA(20cyc).597.CEL
+GSM853471_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627338_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575403_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575404_pirrota_437_B3_INPUT.253.CEL
+GSM521106_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521107 (pirrota_436_B5_INPUT.254.CEL)
+GSM624864_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM686522_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520975_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520976 (pirrota_212_A8_Input.62.CEL)
+GSM520834_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520835 (pirrota_212_A8_Input.62.CEL)
+GSM520889_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520890 (pirrota_619_A14_Input-18cycles.404.CEL)
+GSM847697_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM624873_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM927188_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM942058_1	Detail=Normalization_and_smoothing_of_log2_ratios:DM:1 protocol. Two-color Agilent tiling arrays were processed by Bioconductor primarily with the Ringo package (Toedling et al., 2007, PMID: 17594472).  Briefly, each array was loess normalized and then probe log2 ratios were smoothed by running medians across windows of 10kb along the genome, requiring at least 3 probes within a window.
+GSM400662_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686591_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM570040_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM927167_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM575496_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575497_pirrota_647_Kc2_Input_20cycles.424.CEL
+GSM627418_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM847776_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM621343_1	Detail=.CEL files generated by the scanner are used as Input files in the MAT software to generate the signal files that are used by CisGenome to identify peaks. .bed were generated with MAT then converted to gff format. .wig files are genereted by CisGenome from MAT .bar files.
+GSM847575_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM624678_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624679_pirrota_365_B2_Input.208.CEL
+GSM627394_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927170_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM624881_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM627401_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627345_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520925_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520926 (pirrota_196_S9_Input.46.CEL)
+GSM521029_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521030 (pirrota_836_CL8-1_Input_DNA(14cyc).607.CEL)
+GSM627418_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520808_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520809 (pirrota_621_B5_Input-18cycles.406.CEL)
+GSM521092_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521093 (pirrota_298_S11_Input.143.CEL)
+GSM624682_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624683_pirrota_142_A3_Input_HD.10.CEL
+GSM521076_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521077 (pirrota_481_B1_Input(14cyc).292.CEL)
+GSM686753_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627338_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686559_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627414_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM847774_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM520971_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520972 (pirrota_479_Kc-1_Input(14cyc).290.CEL)
+GSM570043_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM942056_1	Detail=Normalization_and_smoothing_of_log2_ratios:DM:1 protocol. Two-color Agilent tiling arrays were processed by Bioconductor primarily with the Ringo package (Toedling et al., 2007, PMID: 17594472).  Briefly, each array was loess normalized and then probe log2 ratios were smoothed by running medians across windows of 10kb along the genome, requiring at least 3 probes within a window.
+GSM520848_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520849 (pirrota_424_B1_Input.250.CEL)
+GSM520859_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520860 (40.pirrota_182_S8_Input_HD.CEL)
+GSM461200_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM571140_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM520995_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520996 (pirrota_499_S14_Input18.320.CEL)
+GSM594216_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie version 0.12.5. Signal files were generated with the R package version 2.7.1 SPP 1.0. Peaks were called with MACS version 1.3.7.
+GSM686534_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM461209_3	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927172_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM521047_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521048 (pirrota_684_A15_Input.453.CEL)
+GSM499639_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM461186_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM522356_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1    Processed data are obtained using following parameters: read length is 36   ORC_ChIPseq_analysis:DM:1 protocol. Processing and peaking calling for ORC solexa data.
+GSM927196_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM927166_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627363_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM401411_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627377_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627338_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM520953_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520954 (pirrota_292_A9_Input.136.CEL)
+GSM627348_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM621134_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM853486_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461195_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM432582_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686687_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520907_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520908 (pirrota_190_A3_Input.38.CEL)
+GSM627399_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM499653_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM624630_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624631_pirrota_873_S15_Input-18cycles.644.CEL
+GSM627412_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624883_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM521021_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521022 (pirrota_540_A12_Input18.362.CEL)
+GSM881217_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ChIPseq analysis BEDGRAPH Generation:DM:1 protocol. BEDGRAPH Track Generation:    * Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.    * Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.    * Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.    * To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.
+GSM333864_1	Detail=Log base 2 (Cy5/Cy3) ratios were bi-weight mean centered
+GSM575439_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575440_pirrota_646_B3_Input2_20cycles.423.CEL
+GSM439448_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM575442_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575443_pirrota_967_A18_Input_20cyc.728.CEL
+GSM439458_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM575502_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575503_pirrota_602_B5_Input_20cycles.391.CEL
+GSM853483_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686518_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM927219_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM624642_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624643_pirrota_826_CL8-2_Input_DNA(20cyc).597.CEL
+GSM627391_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927234_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM461192_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM439453_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627390_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624859_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM927228_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM686571_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520779_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: no input (NA)
+GSM499642_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM627416_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575516_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575517_pirrota_499_S14_Input18.320.CEL
+GSM686486_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627404_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461198_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624871_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM575421_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575422_pirrota_540_A12_Input18.362.CEL
+GSM624896_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen.  Processed data are obtained using following parameters: genome version is R5.27.
+GSM847577_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM400674_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686528_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM439460_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM851848_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM400660_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM686473_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM624889_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM686541_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM575388_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575389_pirrota_363_E6_Input.206.CEL
+GSM847767_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM686681_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM520901_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520902 (pirrota_437_B3_INPUT.253.CEL)
+GSM461193_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM627390_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM628264_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM461203_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM569793_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM520798_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520799 (pirrota_212_A8_Input.62.CEL)
+GSM686488_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627403_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521098_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521099 (pirrota_836_CL8-1_Input_DNA(14cyc).607.CEL)
+GSM521065_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521066 (pirrota_760_A17_Input.530.CEL)
+GSM624866_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen. Processed data are obtained using following parameters: genome version is R5.27.
+GSM627409_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM461201_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM686526_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM621132_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie. Signal files were generated with the R package SPP. Peaks were called with MACS.
+GSM522362_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1    Processed data are obtained using following parameters: read length is 36   ORC_ChIPseq_analysis:DM:1 protocol. Processing and peaking calling for ORC solexa data.
+GSM333841_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM520991_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520992 (pirrota_435_B4_INPUT.255.CEL)
+GSM686604_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM401423_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM401406_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM575492_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575493_pirrota_826_CL8-2_Input_DNA_20cyc.597.CEL
+GSM847769_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM927205_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM401403_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300 bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM927218_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM575471_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575472_pirrota_724_OR_Head_prep4_Input_14cyc.488.CEL
+GSM847953_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM439444_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome, and the fragment count at any given position (10-bp resolution) was estimated as the number of uniquely aligned reads oriented towards it and within 300Â bp. Enriched intervals were identified by comparison of the mean fragment count in 1-kb windows against a sample-specific expected distribution estimated by randomization (H3K4me3, H3K27me3), or using a supervised Hidden Markov Model (H3K36me3, H3K9me3, H4K20me3).
+GSM627340_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM521069_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521070 (pirrota_621_B5_Input-18cycles.406.CEL)
+GSM461196_2	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575413_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575414_pirrota_621_B5_Input-18cycles.406.CEL
+GSM847768_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM520965_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520966 (pirrota_298_S11_Input.143.CEL)
+GSM333853_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM686490_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM627402_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575407_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575408_pirrota_935_Eearly2_Input_20cyc.690.CEL
+GSM575481_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575482_pirrota_425_B2_Input.251.CEL
+GSM624891_1	Detail=NimbleGen Scaling protocol. The log2-ratio ratio of intensity from sample/reference channel was scaled to center the ratio data around zero by subtracting the bi-weight mean for the log2-ratio values for all features on the array from each log2-ratio value. This was performed using NimbleScan software according to the NimbleScan v2.4 User's Guide and chapter 6 of the NimbleGen Arrays User's Guide ChIP-chip Analysis (version 3.1, 27 May 2008) at Roche NimbleGen.  Processed data are obtained using following parameters: genome version is R5.27.
+GSM461194_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM669694_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM575458_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575459_pirrota_262_E2_Input.107.CEL
+GSM387595_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM520945_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520946 (pirrota_212_A8_Input.62.CEL)
+GSM520855_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520856 (pirrota_436_B5_INPUT.254.CEL)
+GSM520784_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520785 (pirrota_482_B2_Input(14cyc).293.CEL)
+GSM520865_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520866 (pirrota_437_B3_INPUT.253.CEL)
+GSM627415_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM927220_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM521049_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM521050 (pirrota_683_A11_Input.452.CEL)
+GSM575506_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575507_pirrota_683_A11_Input.452.CEL
+GSM575429_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575430_pirrota_964_Larvae_Prep5_Input_14cyc.725.CEL
+GSM927190_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM627344_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM881219_1	Detail=Illumina_seq_maq_processing:DM:1 protocol. Using the MAQ command-line tool v.0.7.1, reads are converted from Illumina FASTQ to Sanger FASTQ to Binary FASTQ. The Drosophila genome v.5.1 is then converted into binary fasta format. Then the reads are mapped back to the Drosophila genome using maq 0.7.1 with a maximum of 3 mismatches per read and a mapview file is created which is then read into a local relational database.  Processed data are obtained using following parameters: genome version is 5.1   ChIPseq analysis BEDGRAPH Generation:DM:1 protocol. BEDGRAPH Track Generation:    * Tracks are read into SPP and informative tags are selected using SPP's select.informative.tags function.    * Local sequencing anomalies are removed with SPP's remove.local.tag.anomalies function.    * Input subtracted ChIP density bedgraph track is output with a step size of 100 and a bandwidth of 100 using SPP's get.smoothed.tag.density function. The tags are shifted 1/2 of the optimal shift size discovered with get.binding.characteristics.    * To combine replicates, all the reads were pooled together and the tag shift was estimated as the mean tag shift between the replicates.
+GSM853475_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627341_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575462_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575463_pirrota_722_E11_Input_14cyc.486.CEL
+GSM333848_1	Detail=Log base 2 (Cy3/Cy5) ratios were bi-weight mean centered
+GSM499651_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using the Illumina Genome Analyzer Pipeline Software.  Signal files were generated with the R package SPP.  Peaks were called with MACS (parameters: --format=ELAND --gsize=120000000 --tsize=36 --bw=250 --mfold=2 --pvalue=1e-3).
+GSM927178_1	Library strategy=RIP-Seq; Base calling and demultiplexing was performed using CASAVA 1.8.; Alignments were performed using TopHat version 1.4.0 with the following parameters=-p 8 -G ginormous.100806.gtf --no-novel-juncs -a 6 -m 2 --min-intron-length 28 -I 200000 -F 0 -g 1 --library-type fr-unstranded --transcriptome-index ginormous_transcriptome -x 60 -n 2. Ginormous refers to the annotation published in Graveley, B.R., Brooks, A.N., Carlson, J.W., Duff, M.O., Landolin, J.M., Yang, L., Artieri, C.G., van Baren, M.J., Boley, N., Booth, B.W., et al. (2011). The developmental transcriptome of Drosophila melanogaster. Nature 471, 473–479 (PMID 21179090).; bedGraph files were generated from bam files using bedTools with the following parameters=genomeCoverageBed -bg -split; Genome_build=Dm3; Supplementary_files_format_and_content=Genome browser files are presented in bedGraph format.
+GSM851842_1	Detail=Reads were aligned to the flybase BDGPv5 reference genome using Bowtie 0.12.5. Signal files were generated with the R 2.7.1 package SPP 2.7.1. Peaks were called with MACS 1.3.7.
+GSM627350_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM624634_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624635_pirrota_1059_L3_6_Input.799.CEL
+GSM520780_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.   input sample: GSM520781 (pirrota_499_S14_Input18.320.CEL)
+GSM624668_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM624669_pirrota_298_S11_Input.143.CEL
+GSM627369_1	Detail=Reads were aligned to the reference genome and a splice junction database to identify uniquely mapping reads and the data converted to SAM files and .bedgraph files which indicate the number of reads that map to each base in the genome.
+GSM575390_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575389_pirrota_363_E6_Input.206.CEL
+GSM686563_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
+GSM575427_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575428_pirrota_377_LarvaeTrial_Input.193.CEL
+GSM575485_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.  input: GSM575484_pirrota_825_CL8-1_InputDNA_20cyc.596.CEL
+GSM686549_1	Detail=M-value normalization protocol. The log-intensity ratio values (M-values) are calculated for all perfect match (PM) probes as log2(ChIP intensity) - log2(input intensity). The M values are then shifted so that the mean is equal to 0.
diff --git a/dm3/track2ProcessInfo_longrange b/dm3/track2ProcessInfo_longrange
new file mode 100644
index 0000000..1ad7b5f
--- /dev/null
+++ b/dm3/track2ProcessInfo_longrange
@@ -0,0 +1,10 @@
+GSM849421_10k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
+GSM849421_160k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
+GSM849421_20k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
+GSM849421_40k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
+GSM849421_80k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
+GSM849422_10k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
+GSM849422_160k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
+GSM849422_20k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
+GSM849422_40k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
+GSM849422_80k	read alignment=Paired-end reads mapped to dm3 reference genome using MAQ (default paramters); filter=Reads whose both ends did not map precisely to a DpnII site are used; model=Yaffe and Tanay; Nature Genetics, 43, p.1059-65;
diff --git a/dm3/track2Style b/dm3/track2Style
new file mode 100644
index 0000000..942114b
--- /dev/null
+++ b/dm3/track2Style
@@ -0,0 +1,55 @@
+DNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMariner	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMuDR?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAP	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAPiggyBac	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAPogo	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATc1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATransib	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+ensGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+flyBaseGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+flyBaseGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+flyBaseGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+flyBaseGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+flyBaseGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+flyBaseGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEComposite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINECR1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEI	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEJockey	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINELOA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEPenelope	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINER1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINER2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEtelomeric	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Low_complexity	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRCopia	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRGypsy	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRLTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRPao	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Other	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RC	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+RNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+rRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satelliteacro	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellitecentr	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SatelliteSatellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellitetelo	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Simple_repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Unknown	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+gc5Base	\N
diff --git a/dm3/track2Style_longrange b/dm3/track2Style_longrange
new file mode 100644
index 0000000..84363cf
--- /dev/null
+++ b/dm3/track2Style_longrange
@@ -0,0 +1,10 @@
+GSM849421_10k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM849421_160k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM849421_20k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM849421_40k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM849421_80k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM849422_10k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM849422_160k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM849422_20k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM849422_40k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM849422_80k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
diff --git a/dm3/track2VersionInfo b/dm3/track2VersionInfo
new file mode 100644
index 0000000..d11b261
--- /dev/null
+++ b/dm3/track2VersionInfo
@@ -0,0 +1,1012 @@
+GSM520875_1	Generated by MODENCODE Consortium
+GSM621339_1	Generated by MODENCODE Consortium
+GSM390064_1	Generated by MODENCODE Consortium
+GSM575368_1	Generated by MODENCODE Consortium
+GSM432583_1	Generated by MODENCODE Consortium
+GSM686709_1	Generated by MODENCODE Consortium
+GSM575393_1	Generated by MODENCODE Consortium
+GSM520929_1	Generated by MODENCODE Consortium
+GSM847771_1	Generated by MODENCODE Consortium
+GSM570038_1	Generated by MODENCODE Consortium
+GSM575380_1	Generated by MODENCODE Consortium
+GSM461206_1	Generated by MODENCODE Consortium
+GSM627336_1	Generated by MODENCODE Consortium
+GSM847659_1	Generated by MODENCODE Consortium
+GSM669543_1	Generated by MODENCODE Consortium
+GSM451804_1	Generated by MODENCODE Consortium
+GSM333849_1	Generated by MODENCODE Consortium
+GSM621333_1	Generated by MODENCODE Consortium
+GSM461210_2	Generated by MODENCODE Consortium
+GSM853480_1	Generated by MODENCODE Consortium
+GSM461179_1	Generated by MODENCODE Consortium
+GSM927232_1	Generated by MODENCODE Consortium
+GSM408988_1	Generated by MODENCODE Consortium
+GSM520939_1	Generated by MODENCODE Consortium
+GSM624674_1	Generated by MODENCODE Consortium
+GSM942055_1	Generated by MODENCODE Consortium
+GSM853474_1	Generated by MODENCODE Consortium
+GSM575508_1	Generated by MODENCODE Consortium
+GSM624887_1	Generated by MODENCODE Consortium
+GSM439451_1	Generated by MODENCODE Consortium
+GSM851706_1	Generated by MODENCODE Consortium
+GSM942054_1	Generated by MODENCODE Consortium
+GSM400656_1	Generated by MODENCODE Consortium
+GSM686729_1	Generated by MODENCODE Consortium
+GSM686551_1	Generated by MODENCODE Consortium
+GSM432580_1	Generated by MODENCODE Consortium
+GSM694128_1	Generated by MODENCODE Consortium
+GSM520861_1	Generated by MODENCODE Consortium
+GSM575384_1	Generated by MODENCODE Consortium
+GSM881218_1	Generated by MODENCODE Consortium
+GSM461210_1	Generated by MODENCODE Consortium
+GSM624880_1	Generated by MODENCODE Consortium
+GSM694124_1	Generated by MODENCODE Consortium
+GSM627396_1	Generated by MODENCODE Consortium
+GSM627411_2	Generated by MODENCODE Consortium
+GSM401412_1	Generated by MODENCODE Consortium
+GSM461176_1	Generated by MODENCODE Consortium
+GSM575386_1	Generated by MODENCODE Consortium
+GSM520800_1	Generated by MODENCODE Consortium
+GSM521086_1	Generated by MODENCODE Consortium
+GSM627407_1	Generated by MODENCODE Consortium
+GSM521102_1	Generated by MODENCODE Consortium
+GSM521033_1	Generated by MODENCODE Consortium
+GSM461187_1	Generated by MODENCODE Consortium
+GSM686762_1	Generated by MODENCODE Consortium
+GSM408986_1	Generated by MODENCODE Consortium
+GSM686759_1	Generated by MODENCODE Consortium
+GSM628252_1	Generated by MODENCODE Consortium
+GSM627417_1	Generated by MODENCODE Consortium
+GSM627387_2	Generated by MODENCODE Consortium
+GSM521015_1	Generated by MODENCODE Consortium
+GSM401420_1	Generated by MODENCODE Consortium
+GSM451806_1	Generated by MODENCODE Consortium
+GSM520955_1	Generated by MODENCODE Consortium
+GSM927233_1	Generated by MODENCODE Consortium
+GSM521031_1	Generated by MODENCODE Consortium
+GSM451808_1	Generated by MODENCODE Consortium
+GSM853488_1	Generated by MODENCODE Consortium
+GSM521017_1	Generated by MODENCODE Consortium
+GSM569800_1	Generated by MODENCODE Consortium
+GSM927171_1	Generated by MODENCODE Consortium
+GSM387596_1	Generated by MODENCODE Consortium
+GSM521041_1	Generated by MODENCODE Consortium
+GSM847674_1	Generated by MODENCODE Consortium
+GSM401401_1	Generated by MODENCODE Consortium
+GSM451807_1	Generated by MODENCODE Consortium
+GSM686743_1	Generated by MODENCODE Consortium
+GSM627411_1	Generated by MODENCODE Consortium
+GSM333833_1	Generated by MODENCODE Consortium
+GSM686707_1	Generated by MODENCODE Consortium
+GSM432592_1	Generated by MODENCODE Consortium
+GSM624868_1	Generated by MODENCODE Consortium
+GSM847752_1	Generated by MODENCODE Consortium
+GSM624888_1	Generated by MODENCODE Consortium
+GSM520828_1	Generated by MODENCODE Consortium
+GSM461193_1	Generated by MODENCODE Consortium
+GSM627380_1	Generated by MODENCODE Consortium
+GSM439464_1	Generated by MODENCODE Consortium
+GSM439462_1	Generated by MODENCODE Consortium
+GSM461208_2	Generated by MODENCODE Consortium
+GSM575437_1	Generated by MODENCODE Consortium
+GSM333838_1	Generated by MODENCODE Consortium
+GSM575446_1	Generated by MODENCODE Consortium
+GSM686606_1	Generated by MODENCODE Consortium
+GSM520790_1	Generated by MODENCODE Consortium
+GSM627360_1	Generated by MODENCODE Consortium
+GSM624620_1	Generated by MODENCODE Consortium
+GSM461191_2	Generated by MODENCODE Consortium
+GSM927176_1	Generated by MODENCODE Consortium
+GSM461209_1	Generated by MODENCODE Consortium
+GSM575391_1	Generated by MODENCODE Consortium
+GSM621328_1	Generated by MODENCODE Consortium
+GSM624882_1	Generated by MODENCODE Consortium
+GSM853468_1	Generated by MODENCODE Consortium
+GSM461209_2	Generated by MODENCODE Consortium
+GSM927202_1	Generated by MODENCODE Consortium
+GSM927208_1	Generated by MODENCODE Consortium
+GSM575510_1	Generated by MODENCODE Consortium
+GSM451805_1	Generated by MODENCODE Consortium
+GSM847673_1	Generated by MODENCODE Consortium
+GSM461187_2	Generated by MODENCODE Consortium
+GSM927212_1	Generated by MODENCODE Consortium
+GSM520935_1	Generated by MODENCODE Consortium
+GSM927224_1	Generated by MODENCODE Consortium
+GSM390062_1	Generated by MODENCODE Consortium
+GSM575382_1	Generated by MODENCODE Consortium
+GSM499657_1	Generated by MODENCODE Consortium
+GSM686477_1	Generated by MODENCODE Consortium
+GSM521061_1	Generated by MODENCODE Consortium
+GSM390059_1	Generated by MODENCODE Consortium
+GSM927197_1	Generated by MODENCODE Consortium
+GSM575475_1	Generated by MODENCODE Consortium
+GSM624646_1	Generated by MODENCODE Consortium
+GSM461203_1	Generated by MODENCODE Consortium
+GSM461184_1	Generated by MODENCODE Consortium
+GSM686555_1	Generated by MODENCODE Consortium
+GSM927210_1	Generated by MODENCODE Consortium
+GSM847706_1	Generated by MODENCODE Consortium
+GSM636835_1	Generated by MODENCODE Consortium
+GSM627382_1	Generated by MODENCODE Consortium
+GSM627392_1	Generated by MODENCODE Consortium
+GSM694120_1	Generated by MODENCODE Consortium
+GSM520949_1	Generated by MODENCODE Consortium
+GSM575401_1	Generated by MODENCODE Consortium
+GSM521003_1	Generated by MODENCODE Consortium
+GSM520775_1	Generated by MODENCODE Consortium
+GSM521039_1	Generated by MODENCODE Consortium
+GSM686600_1	Generated by MODENCODE Consortium
+GSM520854_1	Generated by MODENCODE Consortium
+GSM621329_1	Generated by MODENCODE Consortium
+GSM627407_2	Generated by MODENCODE Consortium
+GSM614652_1	Generated by MODENCODE Consortium
+GSM927181_1	Generated by MODENCODE Consortium
+GSM520873_1	Generated by MODENCODE Consortium
+GSM521063_1	Generated by MODENCODE Consortium
+GSM686475_1	Generated by MODENCODE Consortium
+GSM570045_1	Generated by MODENCODE Consortium
+GSM569791_1	Generated by MODENCODE Consortium
+GSM499638_1	Generated by MODENCODE Consortium
+GSM401416_1	Generated by MODENCODE Consortium
+GSM627363_1	Generated by MODENCODE Consortium
+GSM627374_1	Generated by MODENCODE Consortium
+GSM575433_1	Generated by MODENCODE Consortium
+GSM627398_1	Generated by MODENCODE Consortium
+GSM499643_1	Generated by MODENCODE Consortium
+GSM499635_1	Generated by MODENCODE Consortium
+GSM387597_1	Generated by MODENCODE Consortium
+GSM624884_1	Generated by MODENCODE Consortium
+GSM521037_1	Generated by MODENCODE Consortium
+GSM521100_1	Generated by MODENCODE Consortium
+GSM847658_1	Generated by MODENCODE Consortium
+GSM461193_3	Generated by MODENCODE Consortium
+GSM927216_1	Generated by MODENCODE Consortium
+GSM686739_1	Generated by MODENCODE Consortium
+GSM624861_1	Generated by MODENCODE Consortium
+GSM624628_1	Generated by MODENCODE Consortium
+GSM627413_3	Generated by MODENCODE Consortium
+GSM401421_1	Generated by MODENCODE Consortium
+GSM575479_1	Generated by MODENCODE Consortium
+GSM881221_1	Generated by MODENCODE Consortium
+GSM627356_1	Generated by MODENCODE Consortium
+GSM686717_1	Generated by MODENCODE Consortium
+GSM333846_1	Generated by MODENCODE Consortium
+GSM686755_1	Generated by MODENCODE Consortium
+GSM847675_1	Generated by MODENCODE Consortium
+GSM627337_1	Generated by MODENCODE Consortium
+GSM686612_1	Generated by MODENCODE Consortium
+GSM401413_1	Generated by MODENCODE Consortium
+GSM522360_1	Generated by MODENCODE Consortium
+GSM853469_1	Generated by MODENCODE Consortium
+GSM520796_1	Generated by MODENCODE Consortium
+GSM624876_1	Generated by MODENCODE Consortium
+GSM843544_1	Generated by MODENCODE Consortium
+GSM627406_1	Generated by MODENCODE Consortium
+GSM624892_1	Generated by MODENCODE Consortium
+GSM575411_1	Generated by MODENCODE Consortium
+GSM624897_1	Generated by MODENCODE Consortium
+GSM927223_1	Generated by MODENCODE Consortium
+GSM575431_1	Generated by MODENCODE Consortium
+GSM520881_1	Generated by MODENCODE Consortium
+GSM628255_1	Generated by MODENCODE Consortium
+GSM627388_2	Generated by MODENCODE Consortium
+GSM669545_1	Generated by MODENCODE Consortium
+GSM575417_1	Generated by MODENCODE Consortium
+GSM686547_1	Generated by MODENCODE Consortium
+GSM927177_1	Generated by MODENCODE Consortium
+GSM333866_1	Generated by MODENCODE Consortium
+GSM927222_1	Generated by MODENCODE Consortium
+GSM627395_1	Generated by MODENCODE Consortium
+GSM851729_1	Generated by MODENCODE Consortium
+GSM461190_1	Generated by MODENCODE Consortium
+GSM401410_1	Generated by MODENCODE Consortium
+GSM621341_1	Generated by MODENCODE Consortium
+GSM627349_2	Generated by MODENCODE Consortium
+GSM400672_1	Generated by MODENCODE Consortium
+GSM627391_2	Generated by MODENCODE Consortium
+GSM627364_1	Generated by MODENCODE Consortium
+GSM432594_1	Generated by MODENCODE Consortium
+GSM520921_1	Generated by MODENCODE Consortium
+GSM461192_2	Generated by MODENCODE Consortium
+GSM520852_1	Generated by MODENCODE Consortium
+GSM627353_1	Generated by MODENCODE Consortium
+GSM624664_1	Generated by MODENCODE Consortium
+GSM333850_1	Generated by MODENCODE Consortium
+GSM521071_1	Generated by MODENCODE Consortium
+GSM853472_1	Generated by MODENCODE Consortium
+GSM927194_1	Generated by MODENCODE Consortium
+GSM432593_1	Generated by MODENCODE Consortium
+GSM624865_1	Generated by MODENCODE Consortium
+GSM520818_1	Generated by MODENCODE Consortium
+GSM575448_1	Generated by MODENCODE Consortium
+GSM333837_1	Generated by MODENCODE Consortium
+GSM400666_1	Generated by MODENCODE Consortium
+GSM390066_1	Generated by MODENCODE Consortium
+GSM333847_1	Generated by MODENCODE Consortium
+GSM686751_1	Generated by MODENCODE Consortium
+GSM848956_1	Generated by MODENCODE Consortium
+GSM686685_1	Generated by MODENCODE Consortium
+GSM627335_3	Generated by MODENCODE Consortium
+GSM432584_1	Generated by MODENCODE Consortium
+GSM333868_2	Generated by MODENCODE Consortium
+GSM686479_1	Generated by MODENCODE Consortium
+GSM686776_1	Generated by MODENCODE Consortium
+GSM461183_1	Generated by MODENCODE Consortium
+GSM594222_1	Generated by MODENCODE Consortium
+GSM694129_1	Generated by MODENCODE Consortium
+GSM461181_1	Generated by MODENCODE Consortium
+GSM686782_1	Generated by MODENCODE Consortium
+GSM847578_1	Generated by MODENCODE Consortium
+GSM636830_1	Generated by MODENCODE Consortium
+GSM575419_1	Generated by MODENCODE Consortium
+GSM401409_1	Generated by MODENCODE Consortium
+GSM439443_1	Generated by MODENCODE Consortium
+GSM432586_1	Generated by MODENCODE Consortium
+GSM624862_1	Generated by MODENCODE Consortium
+GSM624885_1	Generated by MODENCODE Consortium
+GSM621331_1	Generated by MODENCODE Consortium
+GSM333859_1	Generated by MODENCODE Consortium
+GSM390065_1	Generated by MODENCODE Consortium
+GSM621326_1	Generated by MODENCODE Consortium
+GSM686516_1	Generated by MODENCODE Consortium
+GSM520885_1	Generated by MODENCODE Consortium
+GSM439450_1	Generated by MODENCODE Consortium
+GSM624652_1	Generated by MODENCODE Consortium
+GSM843545_1	Generated by MODENCODE Consortium
+GSM521059_1	Generated by MODENCODE Consortium
+GSM520802_1	Generated by MODENCODE Consortium
+GSM575454_1	Generated by MODENCODE Consortium
+GSM461191_1	Generated by MODENCODE Consortium
+GSM694125_1	Generated by MODENCODE Consortium
+GSM927180_1	Generated by MODENCODE Consortium
+GSM461185_1	Generated by MODENCODE Consortium
+GSM520985_1	Generated by MODENCODE Consortium
+GSM575498_1	Generated by MODENCODE Consortium
+GSM621338_1	Generated by MODENCODE Consortium
+GSM520830_1	Generated by MODENCODE Consortium
+GSM521090_1	Generated by MODENCODE Consortium
+GSM627355_1	Generated by MODENCODE Consortium
+GSM847657_1	Generated by MODENCODE Consortium
+GSM333855_1	Generated by MODENCODE Consortium
+GSM624890_1	Generated by MODENCODE Consortium
+GSM570051_1	Generated by MODENCODE Consortium
+GSM521088_1	Generated by MODENCODE Consortium
+GSM408992_1	Generated by MODENCODE Consortium
+GSM627379_1	Generated by MODENCODE Consortium
+GSM627346_1	Generated by MODENCODE Consortium
+GSM499640_1	Generated by MODENCODE Consortium
+GSM627389_3	Generated by MODENCODE Consortium
+GSM686508_1	Generated by MODENCODE Consortium
+GSM621342_1	Generated by MODENCODE Consortium
+GSM521035_1	Generated by MODENCODE Consortium
+GSM575483_1	Generated by MODENCODE Consortium
+GSM669472_1	Generated by MODENCODE Consortium
+GSM461207_3	Generated by MODENCODE Consortium
+GSM461186_1	Generated by MODENCODE Consortium
+GSM942053_1	Generated by MODENCODE Consortium
+GSM686745_1	Generated by MODENCODE Consortium
+GSM575469_1	Generated by MODENCODE Consortium
+GSM851849_1	Generated by MODENCODE Consortium
+GSM686737_1	Generated by MODENCODE Consortium
+GSM847773_1	Generated by MODENCODE Consortium
+GSM439463_1	Generated by MODENCODE Consortium
+GSM686749_1	Generated by MODENCODE Consortium
+GSM520913_1	Generated by MODENCODE Consortium
+GSM333842_1	Generated by MODENCODE Consortium
+GSM520832_1	Generated by MODENCODE Consortium
+GSM686510_1	Generated by MODENCODE Consortium
+GSM627359_2	Generated by MODENCODE Consortium
+GSM499661_1	Generated by MODENCODE Consortium
+GSM575514_1	Generated by MODENCODE Consortium
+GSM624869_1	Generated by MODENCODE Consortium
+GSM627408_1	Generated by MODENCODE Consortium
+GSM686492_1	Generated by MODENCODE Consortium
+GSM627335_1	Generated by MODENCODE Consortium
+GSM499649_1	Generated by MODENCODE Consortium
+GSM621327_1	Generated by MODENCODE Consortium
+GSM390063_1	Generated by MODENCODE Consortium
+GSM520919_1	Generated by MODENCODE Consortium
+GSM461183_2	Generated by MODENCODE Consortium
+GSM853485_1	Generated by MODENCODE Consortium
+GSM624632_1	Generated by MODENCODE Consortium
+GSM439459_1	Generated by MODENCODE Consortium
+GSM387600_1	Generated by MODENCODE Consortium
+GSM686741_1	Generated by MODENCODE Consortium
+GSM686691_1	Generated by MODENCODE Consortium
+GSM847775_1	Generated by MODENCODE Consortium
+GSM927195_1	Generated by MODENCODE Consortium
+GSM627365_1	Generated by MODENCODE Consortium
+GSM575366_1	Generated by MODENCODE Consortium
+GSM461200_1	Generated by MODENCODE Consortium
+GSM439445_1	Generated by MODENCODE Consortium
+GSM927184_1	Generated by MODENCODE Consortium
+GSM432591_1	Generated by MODENCODE Consortium
+GSM408982_1	Generated by MODENCODE Consortium
+GSM520947_1	Generated by MODENCODE Consortium
+GSM927175_1	Generated by MODENCODE Consortium
+GSM847702_1	Generated by MODENCODE Consortium
+GSM499636_1	Generated by MODENCODE Consortium
+GSM521082_1	Generated by MODENCODE Consortium
+GSM628259_1	Generated by MODENCODE Consortium
+GSM847699_1	Generated by MODENCODE Consortium
+GSM686719_1	Generated by MODENCODE Consortium
+GSM694132_1	Generated by MODENCODE Consortium
+GSM627371_1	Generated by MODENCODE Consortium
+GSM520981_1	Generated by MODENCODE Consortium
+GSM439442_1	Generated by MODENCODE Consortium
+GSM686561_1	Generated by MODENCODE Consortium
+GSM621332_1	Generated by MODENCODE Consortium
+GSM432579_1	Generated by MODENCODE Consortium
+GSM627343_2	Generated by MODENCODE Consortium
+GSM461205_1	Generated by MODENCODE Consortium
+GSM521043_1	Generated by MODENCODE Consortium
+GSM520915_1	Generated by MODENCODE Consortium
+GSM521001_1	Generated by MODENCODE Consortium
+GSM627359_1	Generated by MODENCODE Consortium
+GSM624886_1	Generated by MODENCODE Consortium
+GSM669537_1	Generated by MODENCODE Consortium
+GSM521096_1	Generated by MODENCODE Consortium
+GSM575370_1	Generated by MODENCODE Consortium
+GSM439449_1	Generated by MODENCODE Consortium
+GSM401415_1	Generated by MODENCODE Consortium
+GSM847952_1	Generated by MODENCODE Consortium
+GSM627366_2	Generated by MODENCODE Consortium
+GSM686711_1	Generated by MODENCODE Consortium
+GSM686483_1	Generated by MODENCODE Consortium
+GSM575450_1	Generated by MODENCODE Consortium
+GSM686679_1	Generated by MODENCODE Consortium
+GSM627393_1	Generated by MODENCODE Consortium
+GSM387594_1	Generated by MODENCODE Consortium
+GSM853473_1	Generated by MODENCODE Consortium
+GSM686764_1	Generated by MODENCODE Consortium
+GSM520905_1	Generated by MODENCODE Consortium
+GSM847954_1	Generated by MODENCODE Consortium
+GSM621337_1	Generated by MODENCODE Consortium
+GSM627383_1	Generated by MODENCODE Consortium
+GSM624650_1	Generated by MODENCODE Consortium
+GSM624872_1	Generated by MODENCODE Consortium
+GSM627352_1	Generated by MODENCODE Consortium
+GSM461182_2	Generated by MODENCODE Consortium
+GSM451813_1	Generated by MODENCODE Consortium
+GSM927227_1	Generated by MODENCODE Consortium
+GSM520917_1	Generated by MODENCODE Consortium
+GSM847619_1	Generated by MODENCODE Consortium
+GSM521084_1	Generated by MODENCODE Consortium
+GSM333870_1	Generated by MODENCODE Consortium
+GSM432581_1	Generated by MODENCODE Consortium
+GSM333836_1	Generated by MODENCODE Consortium
+GSM569798_1	Generated by MODENCODE Consortium
+GSM686565_1	Generated by MODENCODE Consortium
+GSM627414_3	Generated by MODENCODE Consortium
+GSM461182_1	Generated by MODENCODE Consortium
+GSM520869_1	Generated by MODENCODE Consortium
+GSM432587_1	Generated by MODENCODE Consortium
+GSM686689_1	Generated by MODENCODE Consortium
+GSM627415_2	Generated by MODENCODE Consortium
+GSM627334_1	Generated by MODENCODE Consortium
+GSM847676_1	Generated by MODENCODE Consortium
+GSM624672_1	Generated by MODENCODE Consortium
+GSM439446_1	Generated by MODENCODE Consortium
+GSM520836_1	Generated by MODENCODE Consortium
+GSM627385_1	Generated by MODENCODE Consortium
+GSM627356_2	Generated by MODENCODE Consortium
+GSM627389_1	Generated by MODENCODE Consortium
+GSM520903_1	Generated by MODENCODE Consortium
+GSM594213_1	Generated by MODENCODE Consortium
+GSM451809_1	Generated by MODENCODE Consortium
+GSM686733_1	Generated by MODENCODE Consortium
+GSM520871_1	Generated by MODENCODE Consortium
+GSM401424_1	Generated by MODENCODE Consortium
+GSM927183_1	Generated by MODENCODE Consortium
+GSM927192_1	Generated by MODENCODE Consortium
+GSM627343_1	Generated by MODENCODE Consortium
+GSM927229_1	Generated by MODENCODE Consortium
+GSM627402_2	Generated by MODENCODE Consortium
+GSM333867_1	Generated by MODENCODE Consortium
+GSM461189_2	Generated by MODENCODE Consortium
+GSM627412_1	Generated by MODENCODE Consortium
+GSM451811_1	Generated by MODENCODE Consortium
+GSM520782_1	Generated by MODENCODE Consortium
+GSM847770_1	Generated by MODENCODE Consortium
+GSM333843_1	Generated by MODENCODE Consortium
+GSM636832_1	Generated by MODENCODE Consortium
+GSM461195_2	Generated by MODENCODE Consortium
+GSM575376_1	Generated by MODENCODE Consortium
+GSM927187_1	Generated by MODENCODE Consortium
+GSM621340_1	Generated by MODENCODE Consortium
+GSM520933_1	Generated by MODENCODE Consortium
+GSM627368_1	Generated by MODENCODE Consortium
+GSM521075_1	Generated by MODENCODE Consortium
+GSM333851_1	Generated by MODENCODE Consortium
+GSM575395_1	Generated by MODENCODE Consortium
+GSM521094_1	Generated by MODENCODE Consortium
+GSM627414_1	Generated by MODENCODE Consortium
+GSM627388_1	Generated by MODENCODE Consortium
+GSM439440_1	Generated by MODENCODE Consortium
+GSM575378_1	Generated by MODENCODE Consortium
+GSM853484_1	Generated by MODENCODE Consortium
+GSM853490_1	Generated by MODENCODE Consortium
+GSM575488_1	Generated by MODENCODE Consortium
+GSM627335_2	Generated by MODENCODE Consortium
+GSM624636_1	Generated by MODENCODE Consortium
+GSM851744_1	Generated by MODENCODE Consortium
+GSM627339_1	Generated by MODENCODE Consortium
+GSM520816_1	Generated by MODENCODE Consortium
+GSM520977_1	Generated by MODENCODE Consortium
+GSM927221_1	Generated by MODENCODE Consortium
+GSM624670_1	Generated by MODENCODE Consortium
+GSM439461_1	Generated by MODENCODE Consortium
+GSM461208_1	Generated by MODENCODE Consortium
+GSM624638_1	Generated by MODENCODE Consortium
+GSM333861_1	Generated by MODENCODE Consortium
+GSM927206_1	Generated by MODENCODE Consortium
+GSM627362_2	Generated by MODENCODE Consortium
+GSM439457_1	Generated by MODENCODE Consortium
+GSM847660_1	Generated by MODENCODE Consortium
+GSM520777_1	Generated by MODENCODE Consortium
+GSM575397_1	Generated by MODENCODE Consortium
+GSM575464_1	Generated by MODENCODE Consortium
+GSM575364_1	Generated by MODENCODE Consortium
+GSM333858_1	Generated by MODENCODE Consortium
+GSM390061_1	Generated by MODENCODE Consortium
+GSM520867_1	Generated by MODENCODE Consortium
+GSM853489_1	Generated by MODENCODE Consortium
+GSM627367_1	Generated by MODENCODE Consortium
+GSM401407_1	Generated by MODENCODE Consortium
+GSM627405_1	Generated by MODENCODE Consortium
+GSM461199_1	Generated by MODENCODE Consortium
+GSM686573_1	Generated by MODENCODE Consortium
+GSM521073_1	Generated by MODENCODE Consortium
+GSM847698_1	Generated by MODENCODE Consortium
+GSM520838_1	Generated by MODENCODE Consortium
+GSM520850_1	Generated by MODENCODE Consortium
+GSM461204_1	Generated by MODENCODE Consortium
+GSM521057_1	Generated by MODENCODE Consortium
+GSM624878_1	Generated by MODENCODE Consortium
+GSM461196_1	Generated by MODENCODE Consortium
+GSM628262_1	Generated by MODENCODE Consortium
+GSM520812_1	Generated by MODENCODE Consortium
+GSM669547_1	Generated by MODENCODE Consortium
+GSM522359_1	Generated by MODENCODE Consortium
+GSM570054_1	Generated by MODENCODE Consortium
+GSM627375_1	Generated by MODENCODE Consortium
+GSM521013_1	Generated by MODENCODE Consortium
+GSM927203_1	Generated by MODENCODE Consortium
+GSM627351_1	Generated by MODENCODE Consortium
+GSM847753_1	Generated by MODENCODE Consortium
+GSM927199_1	Generated by MODENCODE Consortium
+GSM401418_1	Generated by MODENCODE Consortium
+GSM627357_1	Generated by MODENCODE Consortium
+GSM627384_1	Generated by MODENCODE Consortium
+GSM521055_1	Generated by MODENCODE Consortium
+GSM594225_1	Generated by MODENCODE Consortium
+GSM927193_1	Generated by MODENCODE Consortium
+GSM575399_1	Generated by MODENCODE Consortium
+GSM627415_3	Generated by MODENCODE Consortium
+GSM432589_1	Generated by MODENCODE Consortium
+GSM847772_1	Generated by MODENCODE Consortium
+GSM627410_1	Generated by MODENCODE Consortium
+GSM521011_1	Generated by MODENCODE Consortium
+GSM520931_1	Generated by MODENCODE Consortium
+GSM520844_1	Generated by MODENCODE Consortium
+GSM520957_1	Generated by MODENCODE Consortium
+GSM333840_1	Generated by MODENCODE Consortium
+GSM520969_1	Generated by MODENCODE Consortium
+GSM627360_2	Generated by MODENCODE Consortium
+GSM927230_1	Generated by MODENCODE Consortium
+GSM686593_1	Generated by MODENCODE Consortium
+GSM520810_1	Generated by MODENCODE Consortium
+GSM627400_1	Generated by MODENCODE Consortium
+GSM627387_1	Generated by MODENCODE Consortium
+GSM439465_1	Generated by MODENCODE Consortium
+GSM627333_1	Generated by MODENCODE Consortium
+GSM461207_2	Generated by MODENCODE Consortium
+GSM621336_1	Generated by MODENCODE Consortium
+GSM521009_1	Generated by MODENCODE Consortium
+GSM520814_1	Generated by MODENCODE Consortium
+GSM520788_1	Generated by MODENCODE Consortium
+GSM569795_1	Generated by MODENCODE Consortium
+GSM400668_1	Generated by MODENCODE Consortium
+GSM575423_1	Generated by MODENCODE Consortium
+GSM432585_1	Generated by MODENCODE Consortium
+GSM847696_1	Generated by MODENCODE Consortium
+GSM461206_2	Generated by MODENCODE Consortium
+GSM927182_1	Generated by MODENCODE Consortium
+GSM627358_1	Generated by MODENCODE Consortium
+GSM451812_1	Generated by MODENCODE Consortium
+GSM627376_1	Generated by MODENCODE Consortium
+GSM628251_1	Generated by MODENCODE Consortium
+GSM627366_1	Generated by MODENCODE Consortium
+GSM408990_1	Generated by MODENCODE Consortium
+GSM686536_1	Generated by MODENCODE Consortium
+GSM522354_1	Generated by MODENCODE Consortium
+GSM669474_1	Generated by MODENCODE Consortium
+GSM461198_2	Generated by MODENCODE Consortium
+GSM521019_1	Generated by MODENCODE Consortium
+GSM624874_1	Generated by MODENCODE Consortium
+GSM627349_1	Generated by MODENCODE Consortium
+GSM575468_1	Generated by MODENCODE Consortium
+GSM439454_1	Generated by MODENCODE Consortium
+GSM927231_1	Generated by MODENCODE Consortium
+GSM686721_1	Generated by MODENCODE Consortium
+GSM624863_1	Generated by MODENCODE Consortium
+GSM621335_1	Generated by MODENCODE Consortium
+GSM451801_1	Generated by MODENCODE Consortium
+GSM810644_1	Generated by MODENCODE Consortium
+GSM461202_2	Generated by MODENCODE Consortium
+GSM401408_1	Generated by MODENCODE Consortium
+GSM636838_1	Generated by MODENCODE Consortium
+GSM520822_1	Generated by MODENCODE Consortium
+GSM686494_1	Generated by MODENCODE Consortium
+GSM520857_1	Generated by MODENCODE Consortium
+GSM627381_1	Generated by MODENCODE Consortium
+GSM686553_1	Generated by MODENCODE Consortium
+GSM461205_2	Generated by MODENCODE Consortium
+GSM927225_1	Generated by MODENCODE Consortium
+GSM627413_2	Generated by MODENCODE Consortium
+GSM520911_1	Generated by MODENCODE Consortium
+GSM520979_1	Generated by MODENCODE Consortium
+GSM686538_1	Generated by MODENCODE Consortium
+GSM851839_1	Generated by MODENCODE Consortium
+GSM881223_1	Generated by MODENCODE Consortium
+GSM570049_1	Generated by MODENCODE Consortium
+GSM575409_1	Generated by MODENCODE Consortium
+GSM851817_1	Generated by MODENCODE Consortium
+GSM621334_1	Generated by MODENCODE Consortium
+GSM439438_1	Generated by MODENCODE Consortium
+GSM499647_1	Generated by MODENCODE Consortium
+GSM624624_1	Generated by MODENCODE Consortium
+GSM624680_1	Generated by MODENCODE Consortium
+GSM521053_1	Generated by MODENCODE Consortium
+GSM927207_1	Generated by MODENCODE Consortium
+GSM520983_1	Generated by MODENCODE Consortium
+GSM627350_2	Generated by MODENCODE Consortium
+GSM451810_1	Generated by MODENCODE Consortium
+GSM694134_1	Generated by MODENCODE Consortium
+GSM401422_1	Generated by MODENCODE Consortium
+GSM627337_2	Generated by MODENCODE Consortium
+GSM520961_1	Generated by MODENCODE Consortium
+GSM333871_1	Generated by MODENCODE Consortium
+GSM942057_1	Generated by MODENCODE Consortium
+GSM520999_1	Generated by MODENCODE Consortium
+GSM847707_1	Generated by MODENCODE Consortium
+GSM686524_1	Generated by MODENCODE Consortium
+GSM627362_1	Generated by MODENCODE Consortium
+GSM627373_1	Generated by MODENCODE Consortium
+GSM520877_1	Generated by MODENCODE Consortium
+GSM520891_1	Generated by MODENCODE Consortium
+GSM624654_1	Generated by MODENCODE Consortium
+GSM927215_1	Generated by MODENCODE Consortium
+GSM614655_1	Generated by MODENCODE Consortium
+GSM333839_1	Generated by MODENCODE Consortium
+GSM624870_1	Generated by MODENCODE Consortium
+GSM387598_1	Generated by MODENCODE Consortium
+GSM624895_1	Generated by MODENCODE Consortium
+GSM520923_1	Generated by MODENCODE Consortium
+GSM447608_1	Generated by MODENCODE Consortium
+GSM520997_1	Generated by MODENCODE Consortium
+GSM621330_1	Generated by MODENCODE Consortium
+GSM439456_1	Generated by MODENCODE Consortium
+GSM853479_1	Generated by MODENCODE Consortium
+GSM624660_1	Generated by MODENCODE Consortium
+GSM628268_1	Generated by MODENCODE Consortium
+GSM927213_1	Generated by MODENCODE Consortium
+GSM624875_1	Generated by MODENCODE Consortium
+GSM401419_1	Generated by MODENCODE Consortium
+GSM686557_1	Generated by MODENCODE Consortium
+GSM686532_1	Generated by MODENCODE Consortium
+GSM499637_1	Generated by MODENCODE Consortium
+GSM387593_1	Generated by MODENCODE Consortium
+GSM432590_1	Generated by MODENCODE Consortium
+GSM520804_1	Generated by MODENCODE Consortium
+GSM575405_1	Generated by MODENCODE Consortium
+GSM439441_1	Generated by MODENCODE Consortium
+GSM520794_1	Generated by MODENCODE Consortium
+GSM520786_1	Generated by MODENCODE Consortium
+GSM624867_1	Generated by MODENCODE Consortium
+GSM499641_1	Generated by MODENCODE Consortium
+GSM686484_1	Generated by MODENCODE Consortium
+GSM520899_1	Generated by MODENCODE Consortium
+GSM624622_1	Generated by MODENCODE Consortium
+GSM461190_2	Generated by MODENCODE Consortium
+GSM461202_1	Generated by MODENCODE Consortium
+GSM686481_1	Generated by MODENCODE Consortium
+GSM520824_1	Generated by MODENCODE Consortium
+GSM627348_2	Generated by MODENCODE Consortium
+GSM521023_1	Generated by MODENCODE Consortium
+GSM575477_1	Generated by MODENCODE Consortium
+GSM627361_1	Generated by MODENCODE Consortium
+GSM520842_1	Generated by MODENCODE Consortium
+GSM847701_1	Generated by MODENCODE Consortium
+GSM400658_1	Generated by MODENCODE Consortium
+GSM847704_1	Generated by MODENCODE Consortium
+GSM575500_1	Generated by MODENCODE Consortium
+GSM686735_1	Generated by MODENCODE Consortium
+GSM847703_1	Generated by MODENCODE Consortium
+GSM927209_1	Generated by MODENCODE Consortium
+GSM575372_1	Generated by MODENCODE Consortium
+GSM432588_1	Generated by MODENCODE Consortium
+GSM520973_1	Generated by MODENCODE Consortium
+GSM333834_1	Generated by MODENCODE Consortium
+GSM669539_1	Generated by MODENCODE Consortium
+GSM520943_1	Generated by MODENCODE Consortium
+GSM521080_1	Generated by MODENCODE Consortium
+GSM627342_1	Generated by MODENCODE Consortium
+GSM575456_1	Generated by MODENCODE Consortium
+GSM521007_1	Generated by MODENCODE Consortium
+GSM451803_1	Generated by MODENCODE Consortium
+GSM927214_1	Generated by MODENCODE Consortium
+GSM927173_1	Generated by MODENCODE Consortium
+GSM333832_1	Generated by MODENCODE Consortium
+GSM522357_1	Generated by MODENCODE Consortium
+GSM686579_1	Generated by MODENCODE Consortium
+GSM686747_1	Generated by MODENCODE Consortium
+GSM847700_1	Generated by MODENCODE Consortium
+GSM521027_1	Generated by MODENCODE Consortium
+GSM333869_1	Generated by MODENCODE Consortium
+GSM461194_2	Generated by MODENCODE Consortium
+GSM927179_1	Generated by MODENCODE Consortium
+GSM627389_2	Generated by MODENCODE Consortium
+GSM520820_1	Generated by MODENCODE Consortium
+GSM520927_1	Generated by MODENCODE Consortium
+GSM401404_1	Generated by MODENCODE Consortium
+GSM927186_1	Generated by MODENCODE Consortium
+GSM624644_1	Generated by MODENCODE Consortium
+GSM575425_1	Generated by MODENCODE Consortium
+GSM401414_1	Generated by MODENCODE Consortium
+GSM575494_1	Generated by MODENCODE Consortium
+GSM686602_1	Generated by MODENCODE Consortium
+GSM521005_1	Generated by MODENCODE Consortium
+GSM520887_1	Generated by MODENCODE Consortium
+GSM400670_1	Generated by MODENCODE Consortium
+GSM686540_1	Generated by MODENCODE Consortium
+GSM461185_2	Generated by MODENCODE Consortium
+GSM853477_1	Generated by MODENCODE Consortium
+GSM521025_1	Generated by MODENCODE Consortium
+GSM401402_1	Generated by MODENCODE Consortium
+GSM520840_1	Generated by MODENCODE Consortium
+GSM400664_1	Generated by MODENCODE Consortium
+GSM432578_1	Generated by MODENCODE Consortium
+GSM461178_1	Generated by MODENCODE Consortium
+GSM627354_1	Generated by MODENCODE Consortium
+GSM627386_1	Generated by MODENCODE Consortium
+GSM669477_1	Generated by MODENCODE Consortium
+GSM686512_1	Generated by MODENCODE Consortium
+GSM439439_1	Generated by MODENCODE Consortium
+GSM627359_3	Generated by MODENCODE Consortium
+GSM624877_1	Generated by MODENCODE Consortium
+GSM521067_1	Generated by MODENCODE Consortium
+GSM881222_1	Generated by MODENCODE Consortium
+GSM624662_1	Generated by MODENCODE Consortium
+GSM520951_1	Generated by MODENCODE Consortium
+GSM927201_1	Generated by MODENCODE Consortium
+GSM851707_1	Generated by MODENCODE Consortium
+GSM624658_1	Generated by MODENCODE Consortium
+GSM851705_1	Generated by MODENCODE Consortium
+GSM686577_1	Generated by MODENCODE Consortium
+GSM520806_1	Generated by MODENCODE Consortium
+GSM847576_1	Generated by MODENCODE Consortium
+GSM624676_1	Generated by MODENCODE Consortium
+GSM627397_1	Generated by MODENCODE Consortium
+GSM927168_1	Generated by MODENCODE Consortium
+GSM333863_1	Generated by MODENCODE Consortium
+GSM520883_1	Generated by MODENCODE Consortium
+GSM853470_1	Generated by MODENCODE Consortium
+GSM686715_1	Generated by MODENCODE Consortium
+GSM520863_1	Generated by MODENCODE Consortium
+GSM451799_1	Generated by MODENCODE Consortium
+GSM927174_1	Generated by MODENCODE Consortium
+GSM520879_1	Generated by MODENCODE Consortium
+GSM520846_1	Generated by MODENCODE Consortium
+GSM520897_1	Generated by MODENCODE Consortium
+GSM851743_1	Generated by MODENCODE Consortium
+GSM927217_1	Generated by MODENCODE Consortium
+GSM851840_1	Generated by MODENCODE Consortium
+GSM686693_1	Generated by MODENCODE Consortium
+GSM686773_1	Generated by MODENCODE Consortium
+GSM461184_2	Generated by MODENCODE Consortium
+GSM520937_1	Generated by MODENCODE Consortium
+GSM624626_1	Generated by MODENCODE Consortium
+GSM575435_1	Generated by MODENCODE Consortium
+GSM575512_1	Generated by MODENCODE Consortium
+GSM575452_1	Generated by MODENCODE Consortium
+GSM669541_1	Generated by MODENCODE Consortium
+GSM927189_1	Generated by MODENCODE Consortium
+GSM686610_1	Generated by MODENCODE Consortium
+GSM621128_1	Generated by MODENCODE Consortium
+GSM521104_1	Generated by MODENCODE Consortium
+GSM333868_1	Generated by MODENCODE Consortium
+GSM390060_1	Generated by MODENCODE Consortium
+GSM453867_1	Generated by MODENCODE Consortium
+GSM853481_1	Generated by MODENCODE Consortium
+GSM847705_1	Generated by MODENCODE Consortium
+GSM575473_1	Generated by MODENCODE Consortium
+GSM461197_1	Generated by MODENCODE Consortium
+GSM624860_1	Generated by MODENCODE Consortium
+GSM627347_1	Generated by MODENCODE Consortium
+GSM927204_1	Generated by MODENCODE Consortium
+GSM621130_1	Generated by MODENCODE Consortium
+GSM853482_1	Generated by MODENCODE Consortium
+GSM499644_1	Generated by MODENCODE Consortium
+GSM408984_1	Generated by MODENCODE Consortium
+GSM686683_1	Generated by MODENCODE Consortium
+GSM461190_3	Generated by MODENCODE Consortium
+GSM575374_1	Generated by MODENCODE Consortium
+GSM408994_1	Generated by MODENCODE Consortium
+GSM686530_1	Generated by MODENCODE Consortium
+GSM520909_1	Generated by MODENCODE Consortium
+GSM686506_1	Generated by MODENCODE Consortium
+GSM851818_1	Generated by MODENCODE Consortium
+GSM927165_1	Generated by MODENCODE Consortium
+GSM522353_1	Generated by MODENCODE Consortium
+GSM439455_1	Generated by MODENCODE Consortium
+GSM927200_1	Generated by MODENCODE Consortium
+GSM627401_2	Generated by MODENCODE Consortium
+GSM520993_1	Generated by MODENCODE Consortium
+GSM851841_1	Generated by MODENCODE Consortium
+GSM694121_1	Generated by MODENCODE Consortium
+GSM520893_1	Generated by MODENCODE Consortium
+GSM461201_1	Generated by MODENCODE Consortium
+GSM333856_1	Generated by MODENCODE Consortium
+GSM853476_1	Generated by MODENCODE Consortium
+GSM627413_1	Generated by MODENCODE Consortium
+GSM627372_1	Generated by MODENCODE Consortium
+GSM461204_2	Generated by MODENCODE Consortium
+GSM575415_1	Generated by MODENCODE Consortium
+GSM686731_1	Generated by MODENCODE Consortium
+GSM333860_1	Generated by MODENCODE Consortium
+GSM461207_1	Generated by MODENCODE Consortium
+GSM520959_1	Generated by MODENCODE Consortium
+GSM461188_1	Generated by MODENCODE Consortium
+GSM461189_1	Generated by MODENCODE Consortium
+GSM853478_1	Generated by MODENCODE Consortium
+GSM627376_2	Generated by MODENCODE Consortium
+GSM628224_1	Generated by MODENCODE Consortium
+GSM520941_1	Generated by MODENCODE Consortium
+GSM853491_1	Generated by MODENCODE Consortium
+GSM927226_1	Generated by MODENCODE Consortium
+GSM461199_2	Generated by MODENCODE Consortium
+GSM461188_2	Generated by MODENCODE Consortium
+GSM851730_1	Generated by MODENCODE Consortium
+GSM575441_1	Generated by MODENCODE Consortium
+GSM624640_1	Generated by MODENCODE Consortium
+GSM624879_1	Generated by MODENCODE Consortium
+GSM333844_1	Generated by MODENCODE Consortium
+GSM522363_1	Generated by MODENCODE Consortium
+GSM575504_1	Generated by MODENCODE Consortium
+GSM847656_1	Generated by MODENCODE Consortium
+GSM461180_1	Generated by MODENCODE Consortium
+GSM461177_1	Generated by MODENCODE Consortium
+GSM575460_1	Generated by MODENCODE Consortium
+GSM575444_1	Generated by MODENCODE Consortium
+GSM627378_1	Generated by MODENCODE Consortium
+GSM594245_1	Generated by MODENCODE Consortium
+GSM439452_1	Generated by MODENCODE Consortium
+GSM624648_1	Generated by MODENCODE Consortium
+GSM927198_1	Generated by MODENCODE Consortium
+GSM520826_1	Generated by MODENCODE Consortium
+GSM927185_1	Generated by MODENCODE Consortium
+GSM686757_1	Generated by MODENCODE Consortium
+GSM520895_1	Generated by MODENCODE Consortium
+GSM401417_1	Generated by MODENCODE Consortium
+GSM521045_1	Generated by MODENCODE Consortium
+GSM847955_1	Generated by MODENCODE Consortium
+GSM575486_1	Generated by MODENCODE Consortium
+GSM624666_1	Generated by MODENCODE Consortium
+GSM333835_1	Generated by MODENCODE Consortium
+GSM927169_1	Generated by MODENCODE Consortium
+GSM520967_1	Generated by MODENCODE Consortium
+GSM520963_1	Generated by MODENCODE Consortium
+GSM686713_1	Generated by MODENCODE Consortium
+GSM627370_1	Generated by MODENCODE Consortium
+GSM521051_1	Generated by MODENCODE Consortium
+GSM627400_2	Generated by MODENCODE Consortium
+GSM401405_1	Generated by MODENCODE Consortium
+GSM927211_1	Generated by MODENCODE Consortium
+GSM627383_2	Generated by MODENCODE Consortium
+GSM575490_1	Generated by MODENCODE Consortium
+GSM461197_2	Generated by MODENCODE Consortium
+GSM499633_1	Generated by MODENCODE Consortium
+GSM521078_1	Generated by MODENCODE Consortium
+GSM439447_1	Generated by MODENCODE Consortium
+GSM686784_1	Generated by MODENCODE Consortium
+GSM927191_1	Generated by MODENCODE Consortium
+GSM499631_1	Generated by MODENCODE Consortium
+GSM333852_1	Generated by MODENCODE Consortium
+GSM520792_1	Generated by MODENCODE Consortium
+GSM333845_1	Generated by MODENCODE Consortium
+GSM333854_1	Generated by MODENCODE Consortium
+GSM628226_1	Generated by MODENCODE Consortium
+GSM624656_1	Generated by MODENCODE Consortium
+GSM853471_1	Generated by MODENCODE Consortium
+GSM627338_3	Generated by MODENCODE Consortium
+GSM575403_1	Generated by MODENCODE Consortium
+GSM521106_1	Generated by MODENCODE Consortium
+GSM624864_1	Generated by MODENCODE Consortium
+GSM686522_1	Generated by MODENCODE Consortium
+GSM520975_1	Generated by MODENCODE Consortium
+GSM520834_1	Generated by MODENCODE Consortium
+GSM520889_1	Generated by MODENCODE Consortium
+GSM847697_1	Generated by MODENCODE Consortium
+GSM624873_1	Generated by MODENCODE Consortium
+GSM927188_1	Generated by MODENCODE Consortium
+GSM942058_1	Generated by MODENCODE Consortium
+GSM400662_1	Generated by MODENCODE Consortium
+GSM686591_1	Generated by MODENCODE Consortium
+GSM570040_1	Generated by MODENCODE Consortium
+GSM927167_1	Generated by MODENCODE Consortium
+GSM575496_1	Generated by MODENCODE Consortium
+GSM627418_1	Generated by MODENCODE Consortium
+GSM847776_1	Generated by MODENCODE Consortium
+GSM621343_1	Generated by MODENCODE Consortium
+GSM847575_1	Generated by MODENCODE Consortium
+GSM624678_1	Generated by MODENCODE Consortium
+GSM627394_1	Generated by MODENCODE Consortium
+GSM927170_1	Generated by MODENCODE Consortium
+GSM624881_1	Generated by MODENCODE Consortium
+GSM627401_1	Generated by MODENCODE Consortium
+GSM627345_1	Generated by MODENCODE Consortium
+GSM520925_1	Generated by MODENCODE Consortium
+GSM521029_1	Generated by MODENCODE Consortium
+GSM627418_2	Generated by MODENCODE Consortium
+GSM520808_1	Generated by MODENCODE Consortium
+GSM521092_1	Generated by MODENCODE Consortium
+GSM624682_1	Generated by MODENCODE Consortium
+GSM521076_1	Generated by MODENCODE Consortium
+GSM686753_1	Generated by MODENCODE Consortium
+GSM627338_1	Generated by MODENCODE Consortium
+GSM686559_1	Generated by MODENCODE Consortium
+GSM627414_2	Generated by MODENCODE Consortium
+GSM847774_1	Generated by MODENCODE Consortium
+GSM520971_1	Generated by MODENCODE Consortium
+GSM570043_1	Generated by MODENCODE Consortium
+GSM942056_1	Generated by MODENCODE Consortium
+GSM520848_1	Generated by MODENCODE Consortium
+GSM520859_1	Generated by MODENCODE Consortium
+GSM461200_2	Generated by MODENCODE Consortium
+GSM571140_1	Generated by MODENCODE Consortium
+GSM520995_1	Generated by MODENCODE Consortium
+GSM594216_1	Generated by MODENCODE Consortium
+GSM686534_1	Generated by MODENCODE Consortium
+GSM461209_3	Generated by MODENCODE Consortium
+GSM927172_1	Generated by MODENCODE Consortium
+GSM521047_1	Generated by MODENCODE Consortium
+GSM499639_1	Generated by MODENCODE Consortium
+GSM461186_2	Generated by MODENCODE Consortium
+GSM522356_1	Generated by MODENCODE Consortium
+GSM927196_1	Generated by MODENCODE Consortium
+GSM927166_1	Generated by MODENCODE Consortium
+GSM627363_2	Generated by MODENCODE Consortium
+GSM401411_1	Generated by MODENCODE Consortium
+GSM627377_1	Generated by MODENCODE Consortium
+GSM627338_2	Generated by MODENCODE Consortium
+GSM520953_1	Generated by MODENCODE Consortium
+GSM627348_1	Generated by MODENCODE Consortium
+GSM621134_1	Generated by MODENCODE Consortium
+GSM853486_1	Generated by MODENCODE Consortium
+GSM461195_1	Generated by MODENCODE Consortium
+GSM432582_1	Generated by MODENCODE Consortium
+GSM686687_1	Generated by MODENCODE Consortium
+GSM520907_1	Generated by MODENCODE Consortium
+GSM627399_1	Generated by MODENCODE Consortium
+GSM499653_1	Generated by MODENCODE Consortium
+GSM624630_1	Generated by MODENCODE Consortium
+GSM627412_2	Generated by MODENCODE Consortium
+GSM624883_1	Generated by MODENCODE Consortium
+GSM521021_1	Generated by MODENCODE Consortium
+GSM881217_1	Generated by MODENCODE Consortium
+GSM333864_1	Generated by MODENCODE Consortium
+GSM575439_1	Generated by MODENCODE Consortium
+GSM439448_1	Generated by MODENCODE Consortium
+GSM575442_1	Generated by MODENCODE Consortium
+GSM439458_1	Generated by MODENCODE Consortium
+GSM575502_1	Generated by MODENCODE Consortium
+GSM853483_1	Generated by MODENCODE Consortium
+GSM686518_1	Generated by MODENCODE Consortium
+GSM927219_1	Generated by MODENCODE Consortium
+GSM624642_1	Generated by MODENCODE Consortium
+GSM627391_1	Generated by MODENCODE Consortium
+GSM927234_1	Generated by MODENCODE Consortium
+GSM461192_1	Generated by MODENCODE Consortium
+GSM439453_1	Generated by MODENCODE Consortium
+GSM627390_1	Generated by MODENCODE Consortium
+GSM624859_1	Generated by MODENCODE Consortium
+GSM927228_1	Generated by MODENCODE Consortium
+GSM686571_1	Generated by MODENCODE Consortium
+GSM520779_1	Generated by MODENCODE Consortium
+GSM499642_1	Generated by MODENCODE Consortium
+GSM627416_1	Generated by MODENCODE Consortium
+GSM575516_1	Generated by MODENCODE Consortium
+GSM686486_1	Generated by MODENCODE Consortium
+GSM627404_1	Generated by MODENCODE Consortium
+GSM461198_1	Generated by MODENCODE Consortium
+GSM624871_1	Generated by MODENCODE Consortium
+GSM575421_1	Generated by MODENCODE Consortium
+GSM624896_1	Generated by MODENCODE Consortium
+GSM847577_1	Generated by MODENCODE Consortium
+GSM400674_1	Generated by MODENCODE Consortium
+GSM686528_1	Generated by MODENCODE Consortium
+GSM439460_1	Generated by MODENCODE Consortium
+GSM851848_1	Generated by MODENCODE Consortium
+GSM400660_1	Generated by MODENCODE Consortium
+GSM686473_1	Generated by MODENCODE Consortium
+GSM624889_1	Generated by MODENCODE Consortium
+GSM686541_1	Generated by MODENCODE Consortium
+GSM575388_1	Generated by MODENCODE Consortium
+GSM847767_1	Generated by MODENCODE Consortium
+GSM686681_1	Generated by MODENCODE Consortium
+GSM520901_1	Generated by MODENCODE Consortium
+GSM461193_2	Generated by MODENCODE Consortium
+GSM627390_2	Generated by MODENCODE Consortium
+GSM628264_1	Generated by MODENCODE Consortium
+GSM461203_2	Generated by MODENCODE Consortium
+GSM569793_1	Generated by MODENCODE Consortium
+GSM520798_1	Generated by MODENCODE Consortium
+GSM686488_1	Generated by MODENCODE Consortium
+GSM627403_1	Generated by MODENCODE Consortium
+GSM521098_1	Generated by MODENCODE Consortium
+GSM521065_1	Generated by MODENCODE Consortium
+GSM624866_1	Generated by MODENCODE Consortium
+GSM627409_1	Generated by MODENCODE Consortium
+GSM461201_2	Generated by MODENCODE Consortium
+GSM686526_1	Generated by MODENCODE Consortium
+GSM621132_1	Generated by MODENCODE Consortium
+GSM522362_1	Generated by MODENCODE Consortium
+GSM333841_1	Generated by MODENCODE Consortium
+GSM520991_1	Generated by MODENCODE Consortium
+GSM686604_1	Generated by MODENCODE Consortium
+GSM401423_1	Generated by MODENCODE Consortium
+GSM401406_1	Generated by MODENCODE Consortium
+GSM575492_1	Generated by MODENCODE Consortium
+GSM847769_1	Generated by MODENCODE Consortium
+GSM927205_1	Generated by MODENCODE Consortium
+GSM401403_1	Generated by MODENCODE Consortium
+GSM927218_1	Generated by MODENCODE Consortium
+GSM575471_1	Generated by MODENCODE Consortium
+GSM847953_1	Generated by MODENCODE Consortium
+GSM439444_1	Generated by MODENCODE Consortium
+GSM627340_1	Generated by MODENCODE Consortium
+GSM521069_1	Generated by MODENCODE Consortium
+GSM461196_2	Generated by MODENCODE Consortium
+GSM575413_1	Generated by MODENCODE Consortium
+GSM847768_1	Generated by MODENCODE Consortium
+GSM520965_1	Generated by MODENCODE Consortium
+GSM333853_1	Generated by MODENCODE Consortium
+GSM686490_1	Generated by MODENCODE Consortium
+GSM627402_1	Generated by MODENCODE Consortium
+GSM575407_1	Generated by MODENCODE Consortium
+GSM575481_1	Generated by MODENCODE Consortium
+GSM624891_1	Generated by MODENCODE Consortium
+GSM461194_1	Generated by MODENCODE Consortium
+GSM669694_1	Generated by MODENCODE Consortium
+GSM575458_1	Generated by MODENCODE Consortium
+GSM387595_1	Generated by MODENCODE Consortium
+GSM520945_1	Generated by MODENCODE Consortium
+GSM520855_1	Generated by MODENCODE Consortium
+GSM520784_1	Generated by MODENCODE Consortium
+GSM520865_1	Generated by MODENCODE Consortium
+GSM627415_1	Generated by MODENCODE Consortium
+GSM927220_1	Generated by MODENCODE Consortium
+GSM521049_1	Generated by MODENCODE Consortium
+GSM575506_1	Generated by MODENCODE Consortium
+GSM575429_1	Generated by MODENCODE Consortium
+GSM927190_1	Generated by MODENCODE Consortium
+GSM627344_1	Generated by MODENCODE Consortium
+GSM881219_1	Generated by MODENCODE Consortium
+GSM853475_1	Generated by MODENCODE Consortium
+GSM627341_1	Generated by MODENCODE Consortium
+GSM575462_1	Generated by MODENCODE Consortium
+GSM333848_1	Generated by MODENCODE Consortium
+GSM499651_1	Generated by MODENCODE Consortium
+GSM927178_1	Generated by MODENCODE Consortium
+GSM851842_1	Generated by MODENCODE Consortium
+GSM627350_1	Generated by MODENCODE Consortium
+GSM624634_1	Generated by MODENCODE Consortium
+GSM520780_1	Generated by MODENCODE Consortium
+GSM624668_1	Generated by MODENCODE Consortium
+GSM627369_1	Generated by MODENCODE Consortium
+GSM575390_1	Generated by MODENCODE Consortium
+GSM686563_1	Generated by MODENCODE Consortium
+GSM575427_1	Generated by MODENCODE Consortium
+GSM575485_1	Generated by MODENCODE Consortium
+GSM686549_1	Generated by MODENCODE Consortium
diff --git a/dm3/trackAttr2idx b/dm3/trackAttr2idx
new file mode 100644
index 0000000..b490829
--- /dev/null
+++ b/dm3/trackAttr2idx
@@ -0,0 +1,159 @@
+10003	S2-DRSC	10003	S2-DRSC
+10001	other_cell_line	10001	other_cell_line
+10008	S2	10008	S2
+10007	ML-DmD16-c3	10007	ML-DmD16-c3
+10004	Kc167	10004	Kc167
+10006	ML-DmBG3-c2	10006	ML-DmBG3-c2
+10009	CME_W1_Cl.8+	10009	CME_W1_Cl.8+
+10002	S2R+	10002	S2R+
+10005	CME-W1-Cl.8+	10005	CME-W1-Cl.8+
+20003	Midgut	20003	Midgut
+20015	AdultMale	20015	AdultMale
+20011	Embryos	20011	Embryos
+20007	dorsal mesothoracic disc	20007	dorsal mesothoracic disc
+20004	other_tissue	20004	other_tissue
+20010	AdultFemale	20010	AdultFemale
+20001	Fatbody	20001	Fatbody
+20005	salivary gland	20005	salivary gland
+20009	Pupae	20009	Pupae
+20006	embryo-derived cell-line	20006	embryo-derived cell-line
+20014	L1	20014	L1
+20008	CNS-derived cell-line	20008	CNS-derived cell-line
+20013	L2	20013	L2
+20002	Malpighian tubules	20002	Malpighian tubules
+20012	L3	20012	L3
+30001	Oregon-R Orr-Weaver	30001	Oregon-R Orr-Weaver
+30003	Oregon-R	30003	Oregon-R
+30002	other_strain	30002	other_strain
+30005	ISO1	30005	ISO1
+30006	DFD, transgenic	30006	DFD, transgenic
+30009	B3(made_by	30009	B3(made_by
+30008	SuUR - Orr-Weaver	30008	SuUR - Orr-Weaver
+30007	iso1 (y, bw cn sp)	30007	iso1 (y, bw cn sp)
+30004	USP, transgenic	30004	USP, transgenic
+40003	Embryo 4-7h	40003	Embryo 4-7h
+40040	5T-0-6	40040	5T-0-6
+40013	AdultMale	40013	AdultMale
+40034	S2	40034	S2
+40045	3dFemale from 7T	40045	3dFemale from 7T
+40022	E16-24h	40022	E16-24h
+40018	third instar larval stage	40018	third instar larval stage
+40039	ECR-WPP+12	40039	ECR-WPP+12
+40017	late embryonic stage	40017	late embryonic stage
+40032	E0-4h	40032	E0-4h
+40043	10T-W3L	40043	10T-W3L
+40038	ECR-WPP+90	40038	ECR-WPP+90
+40014	AdultFemale	40014	AdultFemale
+40009	WPP	40009	WPP
+40008	W3L	40008	W3L
+40027	5T-8-16h	40027	5T-8-16h
+40004	E0-12	40004	E0-12
+40033	E0-8h	40033	E0-8h
+40024	E8-16h	40024	E8-16h
+40041	E1-6h	40041	E1-6h
+40025	E0-12h	40025	E0-12h
+40046	Mixed Adult	40046	Mixed Adult
+40021	E0-4	40021	E0-4
+40015	L3 stage wandering larvae	40015	L3 stage wandering larvae
+40031	Embryo 2-4hr OR	40031	Embryo 2-4hr OR
+40005	CNS	40005	CNS
+40012	E8-16	40012	E8-16
+40007	E16-24	40007	E16-24
+40011	Kc167	40011	Kc167
+40006	E0-8	40006	E0-8
+40023	EcR_mF3d	40023	EcR_mF3d
+40020	E16-24h_13T	40020	E16-24h_13T
+40030	3rd Instar Larvae	40030	3rd Instar Larvae
+40016	Mixed Embryos 0-24h	40016	Mixed Embryos 0-24h
+40035	(sens-GFP)-E4-8h	40035	(sens-GFP)-E4-8h
+40044	Kc	40044	Kc
+40036	7T(cad-GFP)-E0-4h	40036	7T(cad-GFP)-E0-4h
+40001	cleavage stage	40001	cleavage stage
+40047	Embryo 14-16hr OR	40047	Embryo 14-16hr OR
+40042	10T-E16-24h	40042	10T-E16-24h
+40037	E4-8h	40037	E4-8h
+40028	E0-8h_D	40028	E0-8h_D
+40026	R13-E1-6h-Set2	40026	R13-E1-6h-Set2
+40029	Adult-Female	40029	Adult-Female
+40002	other_delevopmental_stage	40002	other_delevopmental_stage
+40019	BRC	40019	BRC
+40010	WPP+12	40010	WPP+12
+50000	other_assay	50000	other_assay
+50058	NW-GFP-Goat[tll]	50058	NW-GFP-Goat[tll]
+50027	en	50027	en
+50002	FAIRE	50002	FAIRE
+50044	KW4-Fer3-D1	50044	KW4-Fer3-D1
+50003	CG16778	50003	CG16778
+50017	Yki	50017	Yki
+50013	Usp	50013	Usp
+50019	Tango	50019	Tango
+50040	KW3-Trl-D2	50040	KW3-Trl-D2
+50048	KW3-Kr-D2	50048	KW3-Kr-D2
+50041	exd-GFP	50041	exd-GFP
+50011	Fru	50011	Fru
+50001	USP	50001	USP
+50005	Dfd	50005	Dfd
+50031	dCTBP	50031	dCTBP
+50034	br-core	50034	br-core
+50035	Ash2	50035	Ash2
+50054	Trl	50054	Trl
+50014	H3K4me3	50014	H3K4me3
+50064	KW3-kni-D2	50064	KW3-kni-D2
+50038	K27me3	50038	K27me3
+50025	HP1	50025	HP1
+50024	jim	50024	jim
+50012	Ubx	50012	Ubx
+50021	CG8478	50021	CG8478
+50026	SuH	50026	SuH
+50051	HP1-Abcam	50051	HP1-Abcam
+50039	Hr4_GFP	50039	Hr4_GFP
+50008	TCF	50008	TCF
+50057	NW-GFP-Goat[Dfd]	50057	NW-GFP-Goat[Dfd]
+50032	Stat92E	50032	Stat92E
+50009	sim	50009	sim
+50028	Sin3A	50028	Sin3A
+50037	core	50037	core
+50033	dm	50033	dm
+50050	Trem	50050	Trem
+50016	Zfh1	50016	Zfh1
+50043	anti-cbt	50043	anti-cbt
+50059	KW4-Pcl-D2	50059	KW4-Pcl-D2
+50020	Bcd	50020	Bcd
+50053	KW4-Hr39-D1	50053	KW4-Hr39-D1
+50061	KW3-hkb-D1	50061	KW3-hkb-D1
+50030	Kr	50030	Kr
+50023	CNC	50023	CNC
+50062	H3K4me3-LP	50062	H3K4me3-LP
+50049	KW3-D-D2	50049	KW3-D-D2
+50029	psq	50029	psq
+50055	NW-GFP-Goat[eve]	50055	NW-GFP-Goat[eve]
+50036	Prd	50036	Prd
+50047	Su[var]3-9	50047	Su[var]3-9
+50046	KW3-h-D1	50046	KW3-h-D1
+50042	Yki-91	50042	Yki-91
+50056	KW4-CG8478-D1	50056	KW4-CG8478-D1
+50052	HP1-Covance	50052	HP1-Covance
+50022	sr	50022	sr
+50045	GFP	50045	GFP
+50063	rbCBP	50063	rbCBP
+50015	modmdg4	50015	modmdg4
+50004	Hth	50004	Hth
+50018	Ttk	50018	Ttk
+50006	SuHw	50006	SuHw
+50010	sc	50010	sc
+50065	KW3-disco-D2	50065	KW3-disco-D2
+50007	Hnf4	50007	Hnf4
+50060	NWG-GFP	50060	NWG-GFP
+55001	HA Immunoaffinity Resin (Sigma)	55001	HA Immunoaffinity Resin (Sigma)
+50066	Hi-C	assay	High-content genome conformation capture
+60010	White Lab/Aviva	60010	White Lab/Aviva
+60002	White Lab	60002	White Lab
+60005	Irvine Lab	60005	Irvine Lab
+60014	Mattias Mannervik	60014	Mattias Mannervik
+60004	Upstate-Millipore	60004	Upstate-Millipore
+60011	White Lab/Chemicon	60011	White Lab/Chemicon
+60003	Lepesant lab	60003	Lepesant lab
+60008	Hawley Lab - Cathleen Lake	60008	Hawley Lab - Cathleen Lake
+60001	other_lab	60001	other_lab
+60009	Covance	60009	Covance
+60006	Paricio Lab	60006	Paricio Lab
diff --git a/hg18/dataset b/hg18/dataset
new file mode 100644
index 0000000..abe05c1
--- /dev/null
+++ b/hg18/dataset
@@ -0,0 +1 @@
+encode	images/ENCODE_logo.gif	ENCODE: Encyclopedia Of DNA Elements	http://genome.ucsc.edu/ENCODE/	The Encyclopedia of DNA Elements (ENCODE) Consortium is an international collaboration of research groups funded by the National Human Genome Research Institute (NHGRI). The goal of ENCODE is to build a comprehensive parts list of functional elements in the human genome, including elements that act at the protein and RNA levels, and regulatory elements that control cells and circumstances in which a gene is active. (from UCSC ENCODE website)<br>Data files were downloaded from <a href=http://genome.ucsc.edu/ENCODE/downloads.html target=_blank>UCSC ENCODE project website</a>.
diff --git a/hg18/decorInfo b/hg18/decorInfo
new file mode 100644
index 0000000..f091395
--- /dev/null
+++ b/hg18/decorInfo
@@ -0,0 +1,2 @@
+refGene	RefSeq genes	\N	2	0	1	http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Search&db=Nucleotide&doptcmdl=GenBank&term=
+gc5Base	GC percent	\N	5	14	0	\N
diff --git a/hg18/encode b/hg18/encode
new file mode 100644
index 0000000..b8195df
--- /dev/null
+++ b/hg18/encode
@@ -0,0 +1,10 @@
+wgEncodeBroadHmmGm12878HMM
+wgEncodeBroadHmmH1hescHMM
+wgEncodeBroadHmmHepg2HMM
+wgEncodeBroadHmmHmecHMM
+wgEncodeBroadHmmHsmmHMM
+wgEncodeBroadHmmHuvecHMM
+wgEncodeBroadHmmK562HMM
+wgEncodeBroadHmmNhekHMM
+wgEncodeBroadHmmNhlfHMM
+IMR90_chromhmm_fromhg19
diff --git a/hg18/makeDb.sql b/hg18/makeDb.sql
new file mode 100644
index 0000000..0377d15
--- /dev/null
+++ b/hg18/makeDb.sql
@@ -0,0 +1,210 @@
+-- -------------------
+--                  --
+--  hg18   --
+--                  --
+-- -------------------
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text not null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text not null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold text not null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) not null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/hg18/",
+"/srv/epgg/data/data/subtleKnife/seq/hg18.gz",
+"IMR90_chromhmm_fromhg19,wgEncodeBroadHmmGm12878HMM,wgEncodeBroadHmmH1hescHMM,wgEncodeBroadHmmHepg2HMM,wgEncodeBroadHmmHmecHMM,wgEncodeBroadHmmHsmmHMM,wgEncodeBroadHmmHuvecHMM,wgEncodeBroadHmmK562HMM,wgEncodeBroadHmmNhekHMM,wgEncodeBroadHmmNhlfHMM",
+"Assay,Sample,Institution",
+"CYP4Z1\\nCYP2A7\\nCYP2A6\\nCYP3A4\\nCYP1A1\\nCYP4V2\\nCYP51A1\\nCYP2C19\\nCYP26B1\\nCYP11B2\\nCYP24A1\\nCYP4B1\\nCYP2C8",
+"",
+"chr7,27029129,chr7,27318965",
+"encode",
+"refGene,gc5Base",
+"chr1,chr2,chr3,chr4,chr5,chr6,chr7,chr8,chr9,chr10,chr11,chr12,chr13,chr14,chr15,chr16,chr17,chr18,chr19,chr20,chr21,chr22,chrX,chrY,chrM",
+\N,\N,
+true,
+true,
+"hsa",
+"Assembly version|hg18|Sequence source|<a href=http://hgdownload.soe.ucsc.edu/goldenPath/hg18/bigZips/ target=_blank>UCSC Genome Browser</a>|Date parsed|February 15, 2013|Chromosomes|25|Contigs & misc|68|Total bases|3,137,144,693|Logo art|<a href=http://turing.iimas.unam.mx/~cgg/gallery/EverybodysHive.html target=_blank>link</a>",
+0,
+false
+);
+
+
+-- grouping types on genomic features
+-- table name defined in macro: TBN_GF_GRP
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+-- insert into gfGrouping values (3, "non-coding RNA");
+-- insert into gfGrouping values (4, "RepeatMasker");
+-- insert into gfGrouping values (6, "Sequence conservation");
+insert into gfGrouping values (5, "Others");
+
+
+
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null,
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2ProcessInfo' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+load data local infile "track2BamInfo" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+load data local infile 'track2GEO' into table track2GEO;
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+load data local infile 'track2VersionInfo' into table track2VersionInfo;
+
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation" into table track2Annotation;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft" into table track2Ft;
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile "track2Style" into table track2Style;
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+    regionname varchar(255) not null,
+	  regions text not null
+	   );
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+drop table if exists mock;
+create table mock (
+  tkname varchar(255) not null
+);
+load data local infile "mock" into table mock;
+
+drop table if exists encode;
+create table encode(
+  tkname varchar(255) not null
+);
+load data local infile "encode" into table encode;
+
+drop table if exists track2Categorical;
+create table track2Categorical (
+  name varchar(255) not null primary key,
+  info text not null
+);
+load data local infile 'track2Categorical' into table track2Categorical;
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null,
+  childLength int unsigned not null
+);
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+
diff --git a/hg18/metadataVocabulary b/hg18/metadataVocabulary
new file mode 100644
index 0000000..cf41008
--- /dev/null
+++ b/hg18/metadataVocabulary
@@ -0,0 +1,1174 @@
+Long Range Interaction	Assay
+27001	Long Range Interaction
+27002	Long Range Interaction
+27003	Long Range Interaction
+Epigenetic Mark	Assay
+Transcription Regulator	Assay
+Expression	Assay
+Other Assays	Assay
+24001	Transcription Regulator
+24002	Transcription Regulator
+24003	Transcription Regulator
+24004	Transcription Regulator
+24011	Transcription Regulator
+Transcription Factor Binding Sites	Transcription Regulator
+24601	Transcription Factor Binding Sites
+24602	Transcription Factor Binding Sites
+24603	Transcription Factor Binding Sites
+24604	Transcription Factor Binding Sites
+24605	Transcription Factor Binding Sites
+24606	Transcription Factor Binding Sites
+24607	Transcription Factor Binding Sites
+24608	Transcription Factor Binding Sites
+24609	Transcription Factor Binding Sites
+24610	Transcription Factor Binding Sites
+24611	Transcription Factor Binding Sites
+24612	Transcription Factor Binding Sites
+24613	Transcription Factor Binding Sites
+24614	Transcription Factor Binding Sites
+24615	Transcription Factor Binding Sites
+24616	Transcription Factor Binding Sites
+24617	Transcription Factor Binding Sites
+24618	Transcription Factor Binding Sites
+24619	Transcription Factor Binding Sites
+24620	Transcription Factor Binding Sites
+24621	Transcription Factor Binding Sites
+24622	Transcription Factor Binding Sites
+24623	Transcription Factor Binding Sites
+24624	Transcription Factor Binding Sites
+24625	Transcription Factor Binding Sites
+24626	Transcription Factor Binding Sites
+24627	Transcription Factor Binding Sites
+24628	Transcription Factor Binding Sites
+24629	Transcription Factor Binding Sites
+24630	Transcription Factor Binding Sites
+24631	Transcription Factor Binding Sites
+24632	Transcription Factor Binding Sites
+24633	Transcription Factor Binding Sites
+24634	Transcription Factor Binding Sites
+24635	Transcription Factor Binding Sites
+24636	Transcription Factor Binding Sites
+24637	Transcription Factor Binding Sites
+24638	Transcription Factor Binding Sites
+24639	Transcription Factor Binding Sites
+24640	Transcription Factor Binding Sites
+24641	Transcription Factor Binding Sites
+24642	Transcription Factor Binding Sites
+24643	Transcription Factor Binding Sites
+24644	Transcription Factor Binding Sites
+24645	Transcription Factor Binding Sites
+24646	Transcription Factor Binding Sites
+24647	Transcription Factor Binding Sites
+24648	Transcription Factor Binding Sites
+24649	Transcription Factor Binding Sites
+24650	Transcription Factor Binding Sites
+24651	Transcription Factor Binding Sites
+24652	Transcription Factor Binding Sites
+24653	Transcription Factor Binding Sites
+24654	Transcription Factor Binding Sites
+24655	Transcription Factor Binding Sites
+24656	Transcription Factor Binding Sites
+24657	Transcription Factor Binding Sites
+24658	Transcription Factor Binding Sites
+24659	Transcription Factor Binding Sites
+24660	Transcription Factor Binding Sites
+24661	Transcription Factor Binding Sites
+24662	Transcription Factor Binding Sites
+24663	Transcription Factor Binding Sites
+24664	Transcription Factor Binding Sites
+24665	Transcription Factor Binding Sites
+24666	Transcription Factor Binding Sites
+24667	Transcription Factor Binding Sites
+24668	Transcription Factor Binding Sites
+24669	Transcription Factor Binding Sites
+24670	Transcription Factor Binding Sites
+24671	Transcription Factor Binding Sites
+24672	Transcription Factor Binding Sites
+24673	Transcription Factor Binding Sites
+24674	Transcription Factor Binding Sites
+24675	Transcription Factor Binding Sites
+24676	Transcription Factor Binding Sites
+24677	Transcription Factor Binding Sites
+RIP-Seq	Transcription Regulator
+24073	RIP-Seq
+24074	RIP-Seq
+24075	RIP-Seq
+24076	RIP-Seq
+ENCODE Control	Transcription Regulator
+24007	ENCODE Control
+24006	ENCODE Control
+24005	ENCODE Control
+24008	ENCODE Control
+24009	ENCODE Control
+24010	ENCODE Control
+DNA Methylation	Epigenetic Mark
+27004	Epigenetic Mark
+Histone Mark	Epigenetic Mark
+Histone-modifying enzymes	Epigenetic Mark
+23001	Epigenetic Mark
+23002	Epigenetic Mark
+23003	Epigenetic Mark
+23004	Epigenetic Mark
+23005	Epigenetic Mark
+21001	DNA Methylation
+21002	DNA Methylation
+21003	DNA Methylation
+21004	DNA Methylation
+22001	Histone Mark
+H2A	Histone Mark
+H2AK5	H2A
+22028	H2A
+22002	H2AK5
+H2AK9	H2A
+22066	H2AK9
+H2B	Histone Mark
+H2BK5	H2B
+22003	H2BK5
+H2BK120	H2B
+22004	H2BK120
+H2BK20	H2B
+22005	H2BK20
+H2BK15	H2B
+22006	H2BK15
+22007	H2BK12
+H2BK12	H2B
+H3	Histone Mark
+H3K4	H3
+22010	H3K4
+22008	H3K4
+22009	H3K4
+22011	H3K4
+22031	H3K4
+H3K9	H3
+22012	H3K9
+22013	H3K9
+22029	H3K9
+22032	H3K9
+H3K14	H3
+22014	H3K14
+H3T11	H3
+22065	H3T11
+H3K18	H3
+22015	H3K18
+H3K23	H3
+22016	H3K23
+22017	H3K23
+H3K27	H3
+22018	H3K27
+22019	H3K27
+22030	H3K27
+H3K36	H3
+22020	H3K36
+22033	H3K36
+H3K56	H3
+22021	H3K56
+H3K79	H3
+22022	H3K79
+22023	H3K79
+H4	Histone Mark
+H4K8	H4
+22024	H4K8
+H4K12	H4
+22067	H4K12
+H4K20	H4
+22025	H4K20
+H4K91	H4
+22026	H4K91
+H4K5	H4
+22027	H4K5
+23001	Epigenetic Mark
+25001	Expression
+25002	Expression
+25003	Expression
+25004	Expression
+25005	Expression
+26002	Other Assays
+40001	Donor Identifier
+40002	Donor Identifier
+40003	Donor Identifier
+40004	Donor Identifier
+40005	Donor Identifier
+40006	Donor Identifier
+40007	Donor Identifier
+40008	Donor Identifier
+40009	Donor Identifier
+40010	Donor Identifier
+40011	Donor Identifier
+40012	Donor Identifier
+40013	Donor Identifier
+40014	Donor Identifier
+40015	Donor Identifier
+40016	Donor Identifier
+40017	Donor Identifier
+40018	Donor Identifier
+40019	Donor Identifier
+40020	Donor Identifier
+40021	Donor Identifier
+40022	Donor Identifier
+40023	Donor Identifier
+40024	Donor Identifier
+40025	Donor Identifier
+40026	Donor Identifier
+40027	Donor Identifier
+40028	Donor Identifier
+40029	Donor Identifier
+40030	Donor Identifier
+40031	Donor Identifier
+40032	Donor Identifier
+40033	Donor Identifier
+40034	Donor Identifier
+40035	Donor Identifier
+40036	Donor Identifier
+40037	Donor Identifier
+40038	Donor Identifier
+40039	Donor Identifier
+40040	Donor Identifier
+40041	Donor Identifier
+40042	Donor Identifier
+40043	Donor Identifier
+40044	Donor Identifier
+40045	Donor Identifier
+40046	Donor Identifier
+40047	Donor Identifier
+40048	Donor Identifier
+40049	Donor Identifier
+40050	Donor Identifier
+40051	Donor Identifier
+40052	Donor Identifier
+40053	Donor Identifier
+40054	Donor Identifier
+40055	Donor Identifier
+40056	Donor Identifier
+40057	Donor Identifier
+40058	Donor Identifier
+40059	Donor Identifier
+40060	Donor Identifier
+40061	Donor Identifier
+40062	Donor Identifier
+40063	Donor Identifier
+40064	Donor Identifier
+40065	Donor Identifier
+40066	Donor Identifier
+40067	Donor Identifier
+40068	Donor Identifier
+40069	Donor Identifier
+40070	Donor Identifier
+40071	Donor Identifier
+40072	Donor Identifier
+40073	Donor Identifier
+40074	Donor Identifier
+40075	Donor Identifier
+40076	Donor Identifier
+40077	Donor Identifier
+40078	Donor Identifier
+40079	Donor Identifier
+40080	Donor Identifier
+40081	Donor Identifier
+40082	Donor Identifier
+40083	Donor Identifier
+40084	Donor Identifier
+40085	Donor Identifier
+40086	Donor Identifier
+40087	Donor Identifier
+40088	Donor Identifier
+40089	Donor Identifier
+40090	Donor Identifier
+40091	Donor Identifier
+40092	Donor Identifier
+40093	Donor Identifier
+40094	Donor Identifier
+40095	Donor Identifier
+40096	Donor Identifier
+40097	Donor Identifier
+40098	Donor Identifier
+40099	Donor Identifier
+40100	Donor Identifier
+40101	Donor Identifier
+40102	Donor Identifier
+40103	Donor Identifier
+40104	Donor Identifier
+40105	Donor Identifier
+40106	Donor Identifier
+40107	Donor Identifier
+40108	Donor Identifier
+40109	Donor Identifier
+40110	Donor Identifier
+40111	Donor Identifier
+40112	Donor Identifier
+40113	Donor Identifier
+40114	Donor Identifier
+40115	Donor Identifier
+40116	Donor Identifier
+40117	Donor Identifier
+40118	Donor Identifier
+40119	Donor Identifier
+40120	Donor Identifier
+40121	Donor Identifier
+40122	Donor Identifier
+40123	Donor Identifier
+40124	Donor Identifier
+40125	Donor Identifier
+40126	Donor Identifier
+40127	Donor Identifier
+40128	Donor Identifier
+40129	Donor Identifier
+40130	Donor Identifier
+40131	Donor Identifier
+40132	Donor Identifier
+40133	Donor Identifier
+40134	Donor Identifier
+40135	Donor Identifier
+40136	Donor Identifier
+40137	Donor Identifier
+40138	Donor Identifier
+40139	Donor Identifier
+40140	Donor Identifier
+40141	Donor Identifier
+40142	Donor Identifier
+40143	Donor Identifier
+40144	Donor Identifier
+40145	Donor Identifier
+40146	Donor Identifier
+40147	Donor Identifier
+40148	Donor Identifier
+40149	Donor Identifier
+40150	Donor Identifier
+40151	Donor Identifier
+40152	Donor Identifier
+40153	Donor Identifier
+40154	Donor Identifier
+40155	Donor Identifier
+40156	Donor Identifier
+40157	Donor Identifier
+40158	Donor Identifier
+40159	Donor Identifier
+40160	Donor Identifier
+40161	Donor Identifier
+40162	Donor Identifier
+40163	Donor Identifier
+40164	Donor Identifier
+40165	Donor Identifier
+40166	Donor Identifier
+40167	Donor Identifier
+40168	Donor Identifier
+40169	Donor Identifier
+40170	Donor Identifier
+40171	Donor Identifier
+40172	Donor Identifier
+40173	Donor Identifier
+40174	Donor Identifier
+40175	Donor Identifier
+40176	Donor Identifier
+40177	Donor Identifier
+40178	Donor Identifier
+40179	Donor Identifier
+40180	Donor Identifier
+40181	Donor Identifier
+40182	Donor Identifier
+40183	Donor Identifier
+40184	Donor Identifier
+40185	Donor Identifier
+40186	Donor Identifier
+40187	Donor Identifier
+40188	Donor Identifier
+40189	Donor Identifier
+40190	Donor Identifier
+40191	Donor Identifier
+40192	Donor Identifier
+40193	Donor Identifier
+40194	Donor Identifier
+40195	Donor Identifier
+40196	Donor Identifier
+40197	Donor Identifier
+40198	Donor Identifier
+40199	Donor Identifier
+40200	Donor Identifier
+40201	Donor Identifier
+40202	Donor Identifier
+40203	Donor Identifier
+40204	Donor Identifier
+40205	Donor Identifier
+40206	Donor Identifier
+40207	Donor Identifier
+40208	Donor Identifier
+40209	Donor Identifier
+40210	Donor Identifier
+40211	Donor Identifier
+40212	Donor Identifier
+40213	Donor Identifier
+40214	Donor Identifier
+40215	Donor Identifier
+40216	Donor Identifier
+40217	Donor Identifier
+40218	Donor Identifier
+40219	Donor Identifier
+40220	Donor Identifier
+40221	Donor Identifier
+40222	Donor Identifier
+40223	Donor Identifier
+40224	Donor Identifier
+40225	Donor Identifier
+40226	Donor Identifier
+40227	Donor Identifier
+40228	Donor Identifier
+40229	Donor Identifier
+40230	Donor Identifier
+40231	Donor Identifier
+40232	Donor Identifier
+40233	Donor Identifier
+40234	Donor Identifier
+40235	Donor Identifier
+40236	Donor Identifier
+40237	Donor Identifier
+40238	Donor Identifier
+40239	Donor Identifier
+40240	Donor Identifier
+40241	Donor Identifier
+40242	Donor Identifier
+40243	Donor Identifier
+40244	Donor Identifier
+40245	Donor Identifier
+40246	Donor Identifier
+40247	Donor Identifier
+40248	Donor Identifier
+40249	Donor Identifier
+40250	Donor Identifier
+40251	Donor Identifier
+40252	Donor Identifier
+40253	Donor Identifier
+40254	Donor Identifier
+40255	Donor Identifier
+40256	Donor Identifier
+40257	Donor Identifier
+40258	Donor Identifier
+40259	Donor Identifier
+40260	Donor Identifier
+40261	Donor Identifier
+40262	Donor Identifier
+40263	Donor Identifier
+40264	Donor Identifier
+40265	Donor Identifier
+40266	Donor Identifier
+40267	Donor Identifier
+40268	Donor Identifier
+40269	Donor Identifier
+40270	Donor Identifier
+40271	Donor Identifier
+40272	Donor Identifier
+40273	Donor Identifier
+40274	Donor Identifier
+40275	Donor Identifier
+40276	Donor Identifier
+40277	Donor Identifier
+60001	Donor Gender
+60002	Donor Gender
+60003	Donor Gender
+Cancer Cells	Sample
+14002	Cancer Cells
+14001	Cancer Cells
+14003	Cancer Cells
+14004	Cancer Cells
+14005	Cancer Cells
+14006	Cancer Cells
+14007	Cancer Cells
+14008	Cancer Cells
+14009	Cancer Cells
+14010	Cancer Cells
+14011	Cancer Cells
+14012	Cancer Cells
+14013	Cancer Cells
+14014	Cancer Cells
+14015	Cancer Cells
+14016	Cancer Cells
+14017	Cancer Cells
+14018	Cancer Cells
+14019	Cancer Cells
+14020	Cancer Cells
+14021	Cancer Cells
+14022	Cancer Cells
+14023	Cancer Cells
+14024	Cancer Cells
+14025	Cancer Cells
+14026	Cancer Cells
+14027	Cancer Cells
+14028	Cancer Cells
+14029	Cancer Cells
+14030	Cancer Cells
+14033	Cancer Cells
+ES/iPS Cells	Sample
+Embryonic Stem Cells	ES/iPS Cells
+11101	Embryonic Stem Cells
+11103	Embryonic Stem Cells
+11102	Embryonic Stem Cells
+11104	Embryonic Stem Cells
+11123	Embryonic Stem Cells
+11124	Embryonic Stem Cells
+11125	Embryonic Stem Cells
+HUES Cells	Embryonic Stem Cells
+11105	HUES Cells
+11106	HUES Cells
+11107	HUES Cells
+11108	HUES Cells
+11109	HUES Cells
+11110	HUES Cells
+11111	HUES Cells
+11112	HUES Cells
+11113	HUES Cells
+11114	HUES Cells
+11115	HUES Cells
+11116	HUES Cells
+11117	HUES Cells
+11118	HUES Cells
+11119	HUES Cells
+11120	HUES Cells
+11121	HUES Cells
+11122	HUES Cells
+Induced Pluripotent Stem Cells	ES/iPS Cells
+11201	Induced Pluripotent Stem Cells
+11202	Induced Pluripotent Stem Cells
+11203	Induced Pluripotent Stem Cells
+11204	Induced Pluripotent Stem Cells
+11205	Induced Pluripotent Stem Cells
+11206	Induced Pluripotent Stem Cells
+11207	Induced Pluripotent Stem Cells
+11208	Induced Pluripotent Stem Cells
+11209	Induced Pluripotent Stem Cells
+11210	Induced Pluripotent Stem Cells
+11211	Induced Pluripotent Stem Cells
+11212	Induced Pluripotent Stem Cells
+11213	Induced Pluripotent Stem Cells
+11214	Induced Pluripotent Stem Cells
+11215	Induced Pluripotent Stem Cells
+11216	Induced Pluripotent Stem Cells
+11217	Induced Pluripotent Stem Cells
+11218	Induced Pluripotent Stem Cells
+Derived Cells	ES/iPS Cells
+11301	Derived Cells
+11302	Derived Cells
+11303	Derived Cells
+11304	Derived Cells
+11305	Derived Cells
+11306	Derived Cells
+11307	Derived Cells
+11308	Derived Cells
+11309	Derived Cells
+11310	Derived Cells
+11311	Derived Cells
+11312	Derived Cells
+11313	Derived Cells
+11314	Derived Cells
+11315	Derived Cells
+11316	Derived Cells
+11317	Derived Cells
+11318	Derived Cells
+11319	Derived Cells
+11320	Derived Cells
+11321	Derived Cells
+11322	Derived Cells
+11323	Derived Cells
+Fetal Tissues	Sample
+Fetal Adrenal Gland	Fetal Tissues
+Fetal Lung	Fetal Tissues
+Fetal Brain	Fetal Tissues
+Fetal Kidney	Fetal Tissues
+Fetal Heart	Fetal Tissues
+Fetal Intestine, Large	Fetal Tissues
+Fetal Intestine, Small	Fetal Tissues
+Fetal Thymus	Fetal Tissues
+Fetal Placenta	Fetal Tissues
+Fetal Liver	Fetal Tissues
+12216	Fetal Liver
+Fetal Muscle	Fetal Tissues
+Fetal Spleen	Fetal Tissues
+Fetal Stomach	Fetal Tissues
+Fetal Skin	Fetal Tissues
+Fetal Spinal Cord	Fetal Tissues
+Fetal Testes	Fetal Tissues
+Fetal Membrane	Fetal Tissues
+12215	Fetal Membrane
+12217	Fetal Membrane
+12003	Fetal Brain
+12013	Fetal Brain
+12014	Fetal Brain
+12015	Fetal Brain
+12016	Fetal Brain
+12017	Fetal Brain
+12018	Fetal Brain
+12019	Fetal Brain
+12020	Fetal Brain
+12021	Fetal Lung
+12022	Fetal Lung
+12023	Fetal Lung
+12024	Fetal Lung
+12025	Fetal Lung
+12026	Fetal Lung
+12027	Fetal Lung
+12028	Fetal Lung
+12029	Fetal Lung
+12030	Fetal Lung
+12031	Fetal Lung
+12032	Fetal Lung
+12033	Fetal Lung
+12034	Fetal Lung
+12035	Fetal Lung
+12036	Fetal Lung
+12037	Fetal Lung
+12038	Fetal Lung
+12039	Fetal Lung
+12040	Fetal Lung
+12130	Fetal Lung
+12131	Fetal Lung
+12132	Fetal Lung
+12133	Fetal Lung
+12134	Fetal Lung
+12135	Fetal Lung
+12136	Fetal Lung
+12137	Fetal Lung
+12138	Fetal Lung
+12141	Fetal Lung
+12142	Fetal Lung
+12143	Fetal Lung
+12151	Fetal Lung
+12152	Fetal Lung
+12153	Fetal Lung
+12154	Fetal Lung
+12155	Fetal Lung
+12156	Fetal Lung
+12011	Fetal Lung
+12219	Fetal Lung
+12006	Fetal Heart
+12041	Fetal Heart
+12042	Fetal Heart
+12043	Fetal Heart
+12044	Fetal Heart
+12045	Fetal Heart
+12046	Fetal Heart
+12047	Fetal Heart
+12048	Fetal Heart
+12049	Fetal Kidney
+12050	Fetal Kidney
+12051	Fetal Kidney
+12052	Fetal Kidney
+12053	Fetal Kidney
+12054	Fetal Kidney
+12055	Fetal Kidney
+12056	Fetal Kidney
+12057	Fetal Kidney
+12058	Fetal Kidney
+12102	Fetal Kidney
+12103	Fetal Kidney
+12139	Fetal Kidney
+12140	Fetal Kidney
+12147	Fetal Kidney
+12148	Fetal Kidney
+12149	Fetal Kidney
+12150	Fetal Kidney
+12171	Fetal Kidney
+12172	Fetal Kidney
+12173	Fetal Kidney
+12174	Fetal Kidney
+12175	Fetal Kidney
+12176	Fetal Kidney
+12177	Fetal Kidney
+12012	Fetal Kidney
+12218	Fetal Kidney
+12178	Fetal Skin
+12191	Fetal Skin
+12192	Fetal Skin
+12193	Fetal Skin
+12194	Fetal Skin
+12195	Fetal Skin
+12196	Fetal Skin
+12197	Fetal Skin
+12198	Fetal Skin
+13035	Fetal Skin
+13144	Fetal Skin
+13145	Fetal Skin
+12199	Fetal Testes
+12179	Fetal Spinal Cord
+12059	Fetal Intestine, Large
+12060	Fetal Intestine, Large
+12061	Fetal Intestine, Large
+12062	Fetal Intestine, Large
+12063	Fetal Intestine, Large
+12144	Fetal Intestine, Large
+12064	Fetal Intestine, Large
+12065	Fetal Intestine, Large
+12113	Fetal Intestine, Large
+12114	Fetal Intestine, Large
+12115	Fetal Intestine, Large
+12116	Fetal Intestine, Large
+12117	Fetal Intestine, Large
+12118	Fetal Intestine, Large
+12066	Fetal Intestine, Small
+12067	Fetal Intestine, Small
+12068	Fetal Intestine, Small
+12069	Fetal Intestine, Small
+12070	Fetal Intestine, Small
+12108	Fetal Intestine, Small
+12109	Fetal Intestine, Small
+12110	Fetal Intestine, Small
+12111	Fetal Intestine, Small
+12112	Fetal Intestine, Small
+12145	Fetal Intestine, Small
+12146	Fetal Intestine, Small
+12071	Fetal Muscle
+12072	Fetal Muscle
+12119	Fetal Muscle
+12120	Fetal Muscle
+12121	Fetal Muscle
+12122	Fetal Muscle
+12123	Fetal Muscle
+12124	Fetal Muscle
+12125	Fetal Muscle
+12126	Fetal Muscle
+12127	Fetal Muscle
+12073	Fetal Muscle
+12074	Fetal Muscle
+12075	Fetal Muscle
+12076	Fetal Muscle
+12157	Fetal Muscle
+12158	Fetal Muscle
+12159	Fetal Muscle
+12160	Fetal Muscle
+12161	Fetal Muscle
+12162	Fetal Muscle
+12163	Fetal Muscle
+12164	Fetal Muscle
+12165	Fetal Muscle
+12166	Fetal Muscle
+12167	Fetal Muscle
+12168	Fetal Muscle
+12169	Fetal Muscle
+12170	Fetal Muscle
+12186	Fetal Muscle
+12187	Fetal Muscle
+12188	Fetal Muscle
+12189	Fetal Muscle
+12202	Fetal Muscle
+12203	Fetal Muscle
+12204	Fetal Muscle
+12205	Fetal Muscle
+12206	Fetal Muscle
+12207	Fetal Muscle
+12212	Fetal Muscle
+12213	Fetal Muscle
+12214	Fetal Muscle
+12010	Fetal Muscle
+12078	Fetal Kidney
+12079	Fetal Kidney
+12080	Fetal Kidney
+12081	Fetal Kidney
+12082	Fetal Kidney
+12083	Fetal Kidney
+12084	Fetal Kidney
+12085	Fetal Kidney
+12086	Fetal Kidney
+12087	Fetal Kidney
+12128	Fetal Kidney
+12129	Fetal Kidney
+12208	Fetal Kidney
+12209	Fetal Kidney
+12210	Fetal Kidney
+12211	Fetal Kidney
+12088	Fetal Spleen
+12089	Fetal Stomach
+12090	Fetal Stomach
+12091	Fetal Stomach
+12092	Fetal Stomach
+12104	Fetal Stomach
+12105	Fetal Stomach
+12106	Fetal Stomach
+12180	Fetal Stomach
+12181	Fetal Stomach
+12185	Fetal Stomach
+12093	Fetal Thymus
+12094	Fetal Thymus
+12095	Fetal Thymus
+12096	Fetal Thymus
+12101	Fetal Thymus
+12182	Fetal Thymus
+12200	Fetal Thymus
+12201	Fetal Thymus
+12099	Fetal Adrenal Gland
+12100	Fetal Adrenal Gland
+12183	Fetal Adrenal Gland
+12184	Fetal Adrenal Gland
+12190	Fetal Adrenal Gland
+12107	Fetal Placenta
+Adult Cells/Tissues	Sample
+Adult Miscellaneous	Adult Cells/Tissues
+13052	Adult Miscellaneous
+13054	Adult Miscellaneous
+13055	Adult Miscellaneous
+13056	Adult Miscellaneous
+13058	Adult Miscellaneous
+13060	Adult Miscellaneous
+13077	Adult Miscellaneous
+13082	Adult Miscellaneous
+13083	Adult Miscellaneous
+13085	Adult Miscellaneous
+13087	Adult Miscellaneous
+13088	Adult Miscellaneous
+13091	Adult Miscellaneous
+13104	Adult Miscellaneous
+13106	Adult Miscellaneous
+13108	Adult Miscellaneous
+13109	Adult Miscellaneous
+13110	Adult Miscellaneous
+13111	Adult Miscellaneous
+13112	Adult Miscellaneous
+13113	Adult Miscellaneous
+13114	Adult Miscellaneous
+13115	Adult Miscellaneous
+13116	Adult Miscellaneous
+13117	Adult Miscellaneous
+13118	Adult Miscellaneous
+13119	Adult Miscellaneous
+13120	Adult Miscellaneous
+13121	Adult Miscellaneous
+13122	Adult Miscellaneous
+13123	Adult Miscellaneous
+13124	Adult Miscellaneous
+13125	Adult Miscellaneous
+13126	Adult Miscellaneous
+13128	Adult Miscellaneous
+13129	Adult Miscellaneous
+13130	Adult Miscellaneous
+13131	Adult Miscellaneous
+13133	Adult Miscellaneous
+13134	Adult Miscellaneous
+13142	Adult Miscellaneous
+13193	Adult Miscellaneous
+13170	Adult Miscellaneous
+13174	Adult Miscellaneous
+13179	Adult Miscellaneous
+Connective Tissue	Adult Cells/Tissues
+13030	Connective Tissue
+13069	Connective Tissue
+13061	Connective Tissue
+13071	Connective Tissue
+13072	Connective Tissue
+13073	Connective Tissue
+13074	Connective Tissue
+13075	Connective Tissue
+13086	Connective Tissue
+13089	Connective Tissue
+13090	Connective Tissue
+13192	Connective Tissue
+13196	Connective Tissue
+13197	Connective Tissue
+13199	Connective Tissue
+13200	Connective Tissue
+13217	Connective Tissue
+Lung	Adult Cells/Tissues
+13057	Lung
+14032	Lung
+Stomach	Adult Cells/Tissues
+13146	Stomach
+13002	Stomach
+13215	Stomach
+Colon	Adult Cells/Tissues
+13147	Colon
+13213	Colon
+Duodenum	Adult Cells/Tissues
+13162	Duodenum
+13163	Duodenum
+13205	Adult Cells/Tissues
+13209	Adult Cells/Tissues
+13216	Adult Cells/Tissues
+Muscle	Adult Cells/Tissues
+13001	Muscle
+13003	Muscle
+13103	Muscle
+13004	Muscle
+13050	Muscle
+13051	Muscle
+13107	Muscle
+13166	Muscle
+13178	Muscle
+13218	Muscle
+Breast	Adult Cells/Tissues
+13005	Breast
+13006	Breast
+13007	Breast
+13008	Breast
+13049	Breast
+13084	Breast
+Mammary Gland	Breast
+13185	Mammary Gland
+13202	Mammary Gland
+Kidney	Adult Cells/Tissues
+13009	Kidney
+13212	Kidney
+Liver	Adult Cells/Tissues
+13010	Liver
+13048	Liver
+13176	Liver
+13182	Liver
+Bone Marrow	Adult Cells/Tissues
+13011	Bone Marrow
+13198	Bone Marrow
+13201	Bone Marrow
+Fat	Adult Cells/Tissues
+13012	Fat
+13013	Fat
+13206	Fat
+Intestine	Adult Cells/Tissues
+13014	Intestine
+13015	Intestine
+13016	Intestine
+13207	Intestine
+14031	Intestine
+Pancreatic Islet	Adult Cells/Tissues
+13171	Pancreatic Islet
+13177	Pancreatic Islet
+13180	Pancreatic Islet
+13208	Pancreatic Islet
+Tracheal	Adult Cells/Tissues
+13175	Tracheal
+Uterus	Adult Cells/Tissues
+13181	Uterus
+Urocyst	Adult Cells/Tissues
+13172	Urocyst
+Bronchia	Adult Cells/Tissues
+13169	Bronchia
+Blood	Adult Cells/Tissues
+13018	Blood
+13019	Blood
+13020	Blood
+13021	Blood
+13022	Blood
+13023	Blood
+13143	Blood
+13149	Blood
+13150	Blood
+13151	Blood
+13152	Blood
+13153	Blood
+13154	Blood
+13156	Blood
+13157	Blood
+13024	Blood
+13025	Blood
+13026	Blood
+13027	Blood
+13028	Blood
+13029	Blood
+13039	Blood
+13036	Blood
+13037	Blood
+13038	Blood
+13046	Blood
+13068	Blood
+13099	Blood
+13100	Blood
+13132	Blood
+13165	Blood
+13194	Blood
+13195	Blood
+Lymphocyte	Blood
+13047	Lymphocyte
+13063	Lymphocyte
+13064	Lymphocyte
+13065	Lymphocyte
+13066	Lymphocyte
+13067	Lymphocyte
+13076	Lymphocyte
+13092	Lymphocyte
+13093	Lymphocyte
+13094	Lymphocyte
+13095	Lymphocyte
+13096	Lymphocyte
+13097	Lymphocyte
+13098	Lymphocyte
+13167	Lymphocyte
+13168	Lymphocyte
+13173	Lymphocyte
+13183	Lymphocyte
+13184	Lymphocyte
+13186	Lymphocyte
+13187	Lymphocyte
+13188	Lymphocyte
+13189	Lymphocyte
+13190	Lymphocyte
+13191	Lymphocyte
+13135	Lymphocyte
+13136	Lymphocyte
+13137	Lymphocyte
+13138	Lymphocyte
+13139	Lymphocyte
+13140	Lymphocyte
+Heart	Adult Cells/Tissues
+13079	Heart
+13080	Heart
+13081	Heart
+13210	Heart
+13211	Heart
+13214	Heart
+Brain	Adult Cells/Tissues
+13040	Brain
+13041	Brain
+13042	Brain
+13043	Brain
+13044	Brain
+13045	Brain
+13062	Brain
+13078	Brain
+13155	Brain
+13160	Brain
+Neurological Tissue	Adult Cells/Tissues
+13031	Neurological Tissue
+13033	Neurological Tissue
+30001	Institution
+30002	Institution
+30003	Institution
+30004	Institution
+30005	Institution
+30006	Institution
+30007	Institution
+30008	Institution
+30009	Institution
+30010	Institution
+30011	Institution
+30012	Institution
+30013	Institution
+30014	Institution
+30015	Institution
+30016	Institution
+30017	Institution
+30018	Institution
+30019	Institution
+30020	Institution
+30021	Institution
+30022	Institution
+30023	Institution
+70002	Donor Ethnicity
+70004	Donor Ethnicity
+70008	Donor Ethnicity
+70009	Donor Ethnicity
+70010	Donor Ethnicity
+70011	Donor Ethnicity
+70012	Donor Ethnicity
+70013	Donor Ethnicity
+mock term	Sample
+50001	mock term
+50002	mock term
+50003	mock term
+50004	mock term
+50005	mock term
+50006	mock term
+50007	mock term
+50008	mock term
+50009	mock term
+50010	mock term
+50011	mock term
+50012	mock term
+50013	mock term
+50014	mock term
+50015	mock term
+50016	mock term
+50017	mock term
+50018	mock term
+50019	mock term
+50020	mock term
+22034	Histone-modifying enzymes
+22035	Histone-modifying enzymes
+22036	Histone-modifying enzymes
+22037	Histone-modifying enzymes
+22038	Histone-modifying enzymes
+22039	Histone-modifying enzymes
+22040	Histone-modifying enzymes
+22041	Histone-modifying enzymes
+22042	Histone-modifying enzymes
+22043	Histone-modifying enzymes
+22044	Histone-modifying enzymes
+22046	Histone-modifying enzymes
+22047	Histone-modifying enzymes
+22048	Histone-modifying enzymes
+22049	Histone-modifying enzymes
+22050	Histone-modifying enzymes
+22051	Histone-modifying enzymes
+22052	Histone-modifying enzymes
+22053	Histone-modifying enzymes
+22054	Histone-modifying enzymes
+22055	Histone-modifying enzymes
+22056	Histone-modifying enzymes
+22057	Histone-modifying enzymes
+22058	Histone-modifying enzymes
+22059	Histone-modifying enzymes
+22060	Histone-modifying enzymes
+22061	Histone-modifying enzymes
+22062	Histone-modifying enzymes
+22063	Histone-modifying enzymes
+22064	Histone-modifying enzymes
+24012	Transcription Regulator
+24013	Transcription Regulator
+24014	Transcription Regulator
+24015	Transcription Regulator
+24016	Transcription Regulator
+24017	Transcription Regulator
+24018	Transcription Regulator
+24019	Transcription Regulator
+24020	Transcription Regulator
+24021	Transcription Regulator
+24022	Transcription Regulator
+24023	Transcription Regulator
+24024	Transcription Regulator
+24025	Transcription Regulator
+24026	Transcription Regulator
+24027	Transcription Regulator
+24028	Transcription Regulator
+24029	Transcription Regulator
+24030	Transcription Regulator
+24031	Transcription Regulator
+24032	Transcription Regulator
+24033	Transcription Regulator
+24034	Transcription Regulator
+24035	Transcription Regulator
+24036	Transcription Regulator
+24037	Transcription Regulator
+24038	Transcription Regulator
+24039	Transcription Regulator
+24040	Transcription Regulator
+24041	Transcription Regulator
+24042	Transcription Regulator
+24043	Transcription Regulator
+24044	Transcription Regulator
+24045	Transcription Regulator
+24046	Transcription Regulator
+24047	Transcription Regulator
+24048	Transcription Regulator
+24049	Transcription Regulator
+24050	Transcription Regulator
+24051	Transcription Regulator
+24052	Transcription Regulator
+24053	Transcription Regulator
+24054	Transcription Regulator
+24055	Transcription Regulator
+24056	Transcription Regulator
+24057	Transcription Regulator
+24058	Transcription Regulator
+24059	Transcription Regulator
+24060	Transcription Regulator
+24061	Transcription Regulator
+24062	Transcription Regulator
+24063	Transcription Regulator
+24064	Transcription Regulator
+24065	Transcription Regulator
+24066	Transcription Regulator
+24067	Transcription Regulator
+24068	Transcription Regulator
+24069	Transcription Regulator
+24070	Transcription Regulator
+24071	Transcription Regulator
+24072	Transcription Regulator
+14034	Cancer Cells
+24678	Transcription Regulator
+24679	Transcription Regulator
+24680	Transcription Regulator
+24681	Transcription Regulator
+24682	Transcription Regulator
+24683	Transcription Regulator
+80001	Chemical Treatment
+80002	Chemical Treatment
diff --git a/hg18/mock b/hg18/mock
new file mode 100644
index 0000000..8dfea72
--- /dev/null
+++ b/hg18/mock
@@ -0,0 +1,20 @@
+mock1
+mock2
+mock3
+mock4
+mock5
+mock6
+mock7
+mock8
+mock9
+mock10
+mock11
+mock12
+mock13
+mock14
+mock15
+mock16
+mock17
+mock18
+mock19
+mock20
diff --git a/hg18/scaffoldInfo b/hg18/scaffoldInfo
new file mode 100644
index 0000000..8855acd
--- /dev/null
+++ b/hg18/scaffoldInfo
@@ -0,0 +1,51 @@
+ROOT	other	0
+ROOT	chromosome	0
+chromosome	chr1	247249719
+chromosome	chr10	135374737
+chromosome	chr11	134452384
+chromosome	chr12	132349534
+chromosome	chr13	114142980
+chromosome	chr14	106368585
+chromosome	chr15	100338915
+chromosome	chr16	88827254
+chromosome	chr17	78774742
+chromosome	chr18	76117153
+chromosome	chr19	63811651
+chromosome	chr2	242951149
+chromosome	chr20	62435964
+chromosome	chr21	46944323
+chromosome	chr22	49691432
+chromosome	chr3	199501827
+chromosome	chr4	191273063
+chromosome	chr5	180857866
+chromosome	chr6	170899992
+chromosome	chr7	158821424
+chromosome	chr8	146274826
+chromosome	chr9	140273252
+chromosome	chrM	16571
+chromosome	chrX	154913754
+chromosome	chrY	57772954
+other	chr4_random	842648
+other	chr5_random	143687
+other	chr5_h2_hap1	1794870
+other	chr6_random	1875562
+other	chr6_cox_hap1	4731698
+other	chr6_qbl_hap2	4565931
+other	chr7_random	549659
+other	chr8_random	943810
+other	chr9_random	1146434
+other	chrX_random	1719168
+other	chr21_random	1679693
+other	chr22_random	257318
+other	chr22_h2_hap1	63661
+other	chr3_random	749256
+other	chr16_random	105485
+other	chr17_random	2617613
+other	chr18_random	4262
+other	chr19_random	301858
+other	chr2_random	185571
+other	chr1_random	1663265
+other	chr10_random	113275
+other	chr11_random	215294
+other	chr13_random	186858
+other	chr15_random	784346
diff --git a/hg18/track2Annotation b/hg18/track2Annotation
new file mode 100644
index 0000000..0d32b3e
--- /dev/null
+++ b/hg18/track2Annotation
@@ -0,0 +1,10 @@
+wgEncodeBroadHmmGm12878HMM	27004,13047,30003
+wgEncodeBroadHmmH1hescHMM	27004,11101,30003
+wgEncodeBroadHmmHepg2HMM	27004,13048,30003
+wgEncodeBroadHmmHmecHMM	27004,13049,30003
+wgEncodeBroadHmmHsmmHMM	27004,13050,30003
+wgEncodeBroadHmmHuvecHMM	27004,13052,30003
+wgEncodeBroadHmmK562HMM	27004,14018,30003
+wgEncodeBroadHmmNhekHMM	27004,13056,30003
+wgEncodeBroadHmmNhlfHMM	27004,13057,30003
+IMR90_chromhmm_fromhg19	27004,11310,30003
diff --git a/hg18/track2BamInfo b/hg18/track2BamInfo
new file mode 100644
index 0000000..e69de29
diff --git a/hg18/track2Categorical b/hg18/track2Categorical
new file mode 100644
index 0000000..b201adb
--- /dev/null
+++ b/hg18/track2Categorical
@@ -0,0 +1,10 @@
+wgEncodeBroadHmmGm12878HMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmH1hescHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmHepg2HMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmHmecHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmHsmmHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmHuvecHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmK562HMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmNhekHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmNhlfHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+IMR90_chromhmm_fromhg19	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
diff --git a/hg18/track2Detail b/hg18/track2Detail
new file mode 100644
index 0000000..74524e0
--- /dev/null
+++ b/hg18/track2Detail
@@ -0,0 +1,10 @@
+wgEncodeBroadHmmGm12878HMM	lab=Broad; dataType=Combined; cell=GM12878; dataVersion=ENCODE Jan 2011 Freeze; geoSampleAccession=GSM936082; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg18/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmGm12878HMM.bed.gz
+wgEncodeBroadHmmH1hescHMM	lab=Broad; dataType=Combined; cell=H1-hESC; dataVersion=ENCODE Jan 2011 Freeze; geoSampleAccession=GSM936083; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg18/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmH1hescHMM.bed.gz
+wgEncodeBroadHmmHepg2HMM	lab=Broad; dataType=Combined; cell=HepG2; dataVersion=ENCODE Jan 2011 Freeze; geoSampleAccession=GSM936090; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg18/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmHepg2HMM.bed.gz
+wgEncodeBroadHmmHmecHMM	lab=Broad; dataType=Combined; cell=HMEC; dataVersion=ENCODE Jan 2011 Freeze; geoSampleAccession=GSM936084; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg18/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmHmecHMM.bed.gz
+wgEncodeBroadHmmHsmmHMM	lab=Broad; dataType=Combined; cell=HSMM; dataVersion=ENCODE Jan 2011 Freeze; geoSampleAccession=GSM936085; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg18/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmHsmmHMM.bed.gz
+wgEncodeBroadHmmHuvecHMM	lab=Broad; dataType=Combined; cell=HUVEC; dataVersion=ENCODE Jan 2011 Freeze; geoSampleAccession=GSM936089; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg18/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmHuvecHMM.bed.gz
+wgEncodeBroadHmmK562HMM	lab=Broad; dataType=Combined; cell=K562; dataVersion=ENCODE Jan 2011 Freeze; geoSampleAccession=GSM936088; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg18/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmK562HMM.bed.gz
+wgEncodeBroadHmmNhekHMM	lab=Broad; dataType=Combined; cell=NHEK; dataVersion=ENCODE Jan 2011 Freeze; geoSampleAccession=GSM936087; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg18/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmNhekHMM.bed.gz
+wgEncodeBroadHmmNhlfHMM	lab=Broad; dataType=Combined; cell=NHLF; dataVersion=ENCODE Jan 2011 Freeze; geoSampleAccession=GSM936086; softwareVersion=ChromHMM_ENCODEDynamicPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg18/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmNhlfHMM.bed.gz
+IMR90_chromhmm_fromhg19	lab=REMC; dataType=Combined; cell=IMR90; softwareVersion=ChromHMM;
diff --git a/hg18/track2Ft b/hg18/track2Ft
new file mode 100644
index 0000000..9ffb064
--- /dev/null
+++ b/hg18/track2Ft
@@ -0,0 +1,10 @@
+wgEncodeBroadHmmGm12878HMM	12
+wgEncodeBroadHmmH1hescHMM	12
+wgEncodeBroadHmmHepg2HMM	12
+wgEncodeBroadHmmHmecHMM	12
+wgEncodeBroadHmmHsmmHMM	12
+wgEncodeBroadHmmHuvecHMM	12
+wgEncodeBroadHmmK562HMM	12
+wgEncodeBroadHmmNhekHMM	12
+wgEncodeBroadHmmNhlfHMM	12
+IMR90_chromhmm_fromhg19	12
diff --git a/hg18/track2GEO b/hg18/track2GEO
new file mode 100644
index 0000000..a74fbb7
--- /dev/null
+++ b/hg18/track2GEO
@@ -0,0 +1,9 @@
+wgEncodeBroadHmmGm12878HMM	GSM936082
+wgEncodeBroadHmmH1hescHMM	GSM936083
+wgEncodeBroadHmmHepg2HMM	GSM936090
+wgEncodeBroadHmmHmecHMM	GSM936084
+wgEncodeBroadHmmHsmmHMM	GSM936085
+wgEncodeBroadHmmHuvecHMM	GSM936089
+wgEncodeBroadHmmK562HMM	GSM936088
+wgEncodeBroadHmmNhekHMM	GSM936087
+wgEncodeBroadHmmNhlfHMM	GSM936086
diff --git a/hg18/track2Label b/hg18/track2Label
new file mode 100644
index 0000000..314cb68
--- /dev/null
+++ b/hg18/track2Label
@@ -0,0 +1,10 @@
+wgEncodeBroadHmmGm12878HMM	GM12878 chromatin state
+wgEncodeBroadHmmH1hescHMM	H1ES chromatin state
+wgEncodeBroadHmmHepg2HMM	HEPG2 chromatin state
+wgEncodeBroadHmmHmecHMM	HMEC chromatin state
+wgEncodeBroadHmmHsmmHMM	HSMM chromatin state
+wgEncodeBroadHmmHuvecHMM	HUVEC chromatin state
+wgEncodeBroadHmmK562HMM	K562 chromatin state
+wgEncodeBroadHmmNhekHMM	NHEK chromatin state
+wgEncodeBroadHmmNhlfHMM	NHLF chromatin state
+IMR90_chromhmm_fromhg19	IMR90 chromatin state (lifted from hg19)
diff --git a/hg18/track2ProcessInfo b/hg18/track2ProcessInfo
new file mode 100644
index 0000000..e69de29
diff --git a/hg18/track2Style b/hg18/track2Style
new file mode 100644
index 0000000..2d26000
--- /dev/null
+++ b/hg18/track2Style
@@ -0,0 +1,2 @@
+gc5Base	\N
+refGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
diff --git a/hg18/track2VersionInfo b/hg18/track2VersionInfo
new file mode 100644
index 0000000..e69de29
diff --git a/hg18/trackAttr2idx b/hg18/trackAttr2idx
new file mode 100644
index 0000000..0a39171
--- /dev/null
+++ b/hg18/trackAttr2idx
@@ -0,0 +1,1087 @@
+11101	H1	11101	H1 cell line
+11102	hES-I3	11102	I3 stem cells
+11103	WA-7	11103	H7 (WA07) embryonic stem cells
+11104	H9	11104	H9 cell line
+11105	HUES	11105	Harvard University Embryonic Stem Cells
+11106	HUES48	11106	Harvard University Embryonic Stem Cells 48
+11107	HUES64	11107	Harvard University Embryonic Stem Cells 64
+11108	HUES13	11108	Harvard University Embryonic Stem Cells 13
+11109	HUES28	11109	Harvard University Embryonic Stem Cells 28
+11110	HUES9	11110	Harvard University Embryonic Stem Cells 9
+11111	HUES3	11111	Harvard University Embryonic Stem Cells 3
+11112	HUES63	11112	Harvard University Embryonic Stem Cells 63
+11113	HUES8	11113	Harvard University Embryonic Stem Cells 8
+11114	HUES53	11114	Harvard University Embryonic Stem Cells (human HUES53 cells)
+11115	HUES1	11115	Harvard University Embryonic Stem Cells 1
+11116	HUES65	11116	Harvard University Embryonic Stem Cells 65
+11117	HUES62	11117	Harvard University Embryonic Stem Cells 62
+11118	HUES49	11118	Harvard University Embryonic Stem Cells 49
+11119	HUES66	11119	Harvard University Embryonic Stem Cells 66
+11120	HUES6	11120	Harvard University Embryonic Stem Cells 6
+11121	HUES44	11121	Harvard University Embryonic Stem Cells 44
+11122	HUES45	11122	Harvard University Embryonic Stem Cells 45
+11123	H7-hESC	11123	H7 Human Embryonic Stem Cell
+11124	H1-hESC	11124	H1 Human Embryonic Stem Cell
+11125	UCSF-4star	11125	UCSF-4* Cell Line, UCSF-4* hESC
+11217	H9ES	11217	H9 Human Embryonic Stem Cell
+11201	hiPS-11a	11201	human iPS cell lines 11a
+11202	hiPS-11b	11202	human iPS cell lines 11b
+11203	hiPS-17a	11203	human iPS cell lines 17a
+11204	hiPS-17b	11204	human iPS cell lines 17b
+11205	hiPS-20b	11205	human iPS cell lines 20b
+11206	hiPS-15b	11206	human iPS cell lines 15b
+11207	hiPS-18a	11207	human iPS cell lines 18a
+11208	hiPS-18b	11208	human iPS cell lines 18b
+11209	hiPS-18c	11209	human iPS cell lines 18c
+11210	iPS-11c	11210	iPS-11c Cell Line
+11211	iPS-27b	11211	iPS-27b Cell Line
+11212	iPS-27e	11212	iPS-27e Cell Line
+11213	iPS DF 19.11	11213	iPS DF 19.11 Cell Line
+11214	iPS DF 19.7	11214	iPS DF 19.7 Cell Line
+11215	iPS DF 4.7	11215	iPS DF 4.7 Cell Line
+11216	iPS DF 6.9	11216	iPS DF 6.9 Cell Line
+11218	hMSC	11218	Undifferentiated Mesenchymal Stem Cells
+11301	Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells	11301	Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+11302	H1 Derived Embryoid Body Cultured Cells	11302	H1 Derived Embryoid Body Cultured Cells
+11303	H9 Derived Embryoid Body Cultured Cells	11303	H9 Derived Embryoid Body Cultured Cells
+11304	H9 Derived Neuronal Progenitor Cultured Cells	11304	H9 Derived Neuronal Progenitor Cultured Cells
+11319	H9 Derived Neuron Cultured Cells	11319	H9 Derived Neuron Cultured Cells
+11305	HUES1 Derived Embryoid Body Cultured Cells	11305	embryoid body culture derived from HUES1 human embrionic stem cells
+11306	HUES3 Derived Embryoid Body Cultured Cells	11306	embryoid body culture derived from HUES3 human embrionic stem cells
+11307	HUES45 Derived Embryoid Body Cultured Cells	11307	embryoid body culture derived from HUES45 human embrionic stem cells
+11308	HUES6 Derived Embryoid Body Cultured Cells	11308	embryoid body culture derived from HUES6 human embrionic stem cells
+11309	H1 Derived Neuronal Progenitor Cultured Cells	11309	H1 Derived Neuronal Progenitor Cultured Cells
+11310	IMR90	11310	fetal lung fibroblast (IMR90)
+11311	H1 BMP4 Derived Mesendoderm Cultured Cells	11311	H1 BMP4 Derived Mesendoderm Cultured Cells
+11312	H1 BMP4 Derived Trophoblast Cultured Cells	11312	H1 BMP4 Derived Trophoblast Cultured Cells
+11313	H1 Derived Mesenchymal Stem Cells	11313	H1 Derived Mesenchymal Stem Cells
+11314	Mesenchymal Stem Cell Derived Adipocyte Cultured Cells	11314	Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+11315	Adipose Derived Mesenchymal Stem Cell Cultured Cells	11315	Adipose Derived Mesenchymal Stem Cell Cultured Cells
+11316	Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells	11316	Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+11317	hESC Derived CD184+ Endoderm Cultured Cells	11317	hESC Derived CD184+ Endoderm Cultured Cells
+11318	H1 BMP4	11318	H1 BMP4
+11320	BG02ES	11320	a cell line dervied from human embryonic stem cells
+11321	iPS (skin fibroblast)	11321	induced pluripotent stem cell derived from skin fibroblast
+11322	H1-neurons	11322	neurons derived from H1 embryonic stem cells
+11323	hESC_Derived_CD56+_Mesoderm_Cultured_Cells	11323	hESC_Derived_CD56+_Mesoderm_Cultured_Cells
+12003	fetal brain	12003	fetal brain
+12006	fetal heart	12006	fetal heart
+12010	AG04449	12010	fetal buttock/thigh fibroblast, male
+12011	AG04450	12011	fetal lung fibroblast, male
+12012	HEK293	12012	human embryonic kidney (HEK) 293 cell line, PMID:11967234
+12013	brain, fetal day122 U	12013	brain, fetal day122 Unknown
+12014	brain, fetal day112 U	12014	brain, fetal day112 Unknown
+12015	brain, fetal day117 F	12015	brain, fetal day117 Female
+12016	brain, fetal day122 M	12016	brain, fetal day122 Male
+12017	brain, fetal day85 F	12017	brain, fetal day85 Female
+12018	brain, fetal day96 F	12018	brain, fetal day96 Female
+12019	brain, fetal day142 F	12019	brain, fetal day142 Female
+12020	brain, dorsal neocortex, fetal	12020	brain, dorsal neocortex, fetal
+12021	lung, fetal day122 U	12021	lung, fetal day122 Unknown
+12022	lung, fetal day96 F	12022	lung, fetal day96 Female
+12023	lung, fetal day103 M	12023	lung, fetal day103 Male
+12024	lung, fetal day108 F	12024	lung, fetal day108 Female
+12025	lung, fetal day108 M	12025	lung, fetal day108 Male
+12026	lung, fetal day110 F	12026	lung, fetal day110 Female
+12027	lung, fetal day112 U	12027	lung, fetal day112 Unknown
+12138	lung, fetal day101 U	12138	lung, fetal day101 Unknown
+12028	lung, fetal day113 M	12028	lung, fetal day113 Male
+12029	lung, fetal day117 F	12029	lung, fetal day117 Female
+12030	lung, fetal day67 M	12030	lung, fetal day67 Male
+12031	lung, fetal day82 M	12031	lung, fetal day82 Male
+12137	lung, fetal day82 F	12137	lung, fetal day82 Female
+12032	lung, fetal day91, M	12032	lung, fetal day91, Male
+12033	lung, fetal day98 F	12033	lung, fetal day98 Female
+12136	lung, fetal day85 F	12136	lung, fetal day85 Female
+12040	lung, fetal day85 F	12040	lung, fetal day85 Female
+12034	lung, left, fetal day110 F	12034	lung, left, fetal day110 Female
+12035	lung, left, fetal day117 F	12035	lung, left, fetal day117 Female
+12143	lung, left, fetal day98 F	12143	lung, left, fetal day98 Female
+12131	lung, left, fetal day91 F	12131	lung, left, fetal day91 Female
+12135	lung, left, fetal day115 M	12135	lung, left, fetal day115 Male
+12142	lung, left, fetal day91 M	12142	lung, left, fetal day91 Male
+12152	lung, left, fetal day96 M	12152	lung, left, fetal day96 Male
+12141	lung, left, fetal day108 F	12141	lung, left, fetal day108 Female
+12132	lung, left, fetal day107 F	12132	lung, left, fetal day107 Female
+12151	lung, left, fetal day105 F	12151	lung, left, fetal day105 Female
+12153	lung, left, fetal day105 M	12153	lung, left, fetal day105 Male
+12036	lung, right, fetal day108 F	12036	lung, right, fetal day108 Female
+12037	lung, right, fetal day110 F	12037	lung, right, fetal day110 Female
+12038	lung, right, fetal day115 M	12038	lung, right, fetal day115 Male
+12130	lung, right, fetal day91 F	12130	lung, right, fetal day91 Female
+12134	lung, right, fetal day105 F	12134	lung, right, fetal day105 Female
+12133	lung, right, fetal day98 F	12133	lung, right, fetal day98 Female
+12039	lung, right, fetal day117 F	12039	lung, right, fetal day117 Female
+12154	lung, right, fetal day107 F	12154	lung, right, fetal day107 Female
+12155	lung, right, fetal day96 M	12155	lung, right, fetal day96 Male
+12156	lung, right, fetal day105 M	12156	lung, right, fetal day105 Male
+12041	heart, fetal day103 F	12041	heart, fetal day103 Female
+12042	heart, fetal day105 M	12042	heart, fetal day105 Male
+12043	heart, fetal day110 F	12043	heart, fetal day110 Female
+12044	heart, fetal day110 M	12044	heart, fetal day110 Male
+12045	heart, fetal day117 F	12045	heart, fetal day117 Female
+12046	heart, fetal day147 F	12046	heart, fetal day147 Female
+12047	heart, fetal day96 M	12047	heart, fetal day96 Male
+12048	heart, fetal day96 U	12048	heart, fetal day96 Unknown
+12049	kidney, fetal day122 U	12049	kidney, fetal day122 Unknown
+12050	kidney, fetal day105 M	12050	kidney, fetal day105 Male
+12147	kidney, fetal day105 F	12147	kidney, fetal day105 Female
+12211	kidney, fetal day121 F	12211	kidney, fetal day121 Female
+12103	kidney, fetal day91 M	12103	kidney, fetal day91 Male
+12051	kidney, fetal day82 F	12051	kidney, fetal day82 Female
+12052	kidney, fetal day85 F	12052	kidney, fetal day85 Female
+12139	kidney, fetal dayNA F	12139	kidney, fetal dayNA Female
+12053	kidney, left, fetal day110 F	12053	kidney, left, fetal day110 Female
+12054	kidney, left, fetal day115 M	12054	kidney, left, fetal day115 Male
+12148	kidney, left, fetal day96 M	12148	kidney, left, fetal day96 Male
+12140	kidney, left, fetal day113 M	12140	kidney, left, fetal day113 Male
+12055	kidney, left, fetal day147 F	12055	kidney, left, fetal day147 Female
+12102	kidney, left, fetal day107 F	12102	kidney, left, fetal day107 Female
+12056	kidney, right, fetal day115 M	12056	kidney, right, fetal day115 Male
+12150	kidney, right, fetal day96 M	12150	kidney, right, fetal day96 Male
+12057	kidney, right, fetal day117 F	12057	kidney, right, fetal day117 Female
+12149	kidney, right, fetal day107 F	12149	kidney, right, fetal day107 Female
+12058	kidney, right, fetal day147 F	12058	kidney, right, fetal day147 Female
+12059	large intestine, fetal day103 F	12059	large intestine, fetal day103 Female
+12060	large intestine, fetal day105 M	12060	large intestine, fetal day105 Male
+12118	large intestine, fetal day105 F	12118	large intestine, fetal day105 Female
+12061	large intestine, fetal day107 F	12061	large intestine, fetal day107 Female
+12062	large intestine, fetal day108 M	12062	large intestine, fetal day108 Male
+12115	large intestine, fetal day108 F	12115	large intestine, fetal day108 Female
+12117	large intestine, fetal day98 F	12117	large intestine, fetal day98 Female
+12113	large intestine, fetal day115 M	12113	large intestine, fetal day115 Male
+12114	large intestine, fetal day113 M	12114	large intestine, fetal day113 Male
+12116	large intestine, fetal day91 M	12116	large intestine, fetal day91 Male
+12144	large intestine, fetal day91 F	12144	large intestine, fetal day91 Female
+12063	large intestine, fetal day110 F	12063	large intestine, fetal day110 Female
+12064	large intestine, fetal day120 F	12064	large intestine, fetal day120 Female
+12065	large intestine, fetal day85 F	12065	large intestine, fetal day85 Female
+12066	small intestine, fetal day105 F	12066	small intestine, fetal day105 Female
+12146	small intestine, fetal day105 M	12146	small intestine, fetal day105 Male
+12067	small intestine, fetal day108 M	12067	small intestine, fetal day108 Male
+12145	small intestine, fetal day87 M	12145	small intestine, fetal day87 Male
+12068	small intestine, fetal day110 F	12068	small intestine, fetal day110 Female
+12069	small intestine, fetal day115 M	12069	small intestine, fetal day115 Male
+12070	small intestine, fetal day91 M	12070	small intestine, fetal day91 Male
+12108	small intestine, fetal day91 F	12108	small intestine, fetal day91 Female
+12109	small intestine, fetal day107 F	12109	small intestine, fetal day107 Female
+12110	small intestine, fetal day108 F	12110	small intestine, fetal day108 Female
+12111	small intestine, fetal day120 F	12111	small intestine, fetal day120 Female
+12112	small intestine, fetal day98 F	12112	small intestine, fetal day98 Female
+12071	muscle, arm, fetal day115 M	12071	muscle, arm, fetal day115 Male
+12207	muscle, arm, fetal day113 M	12207	muscle, arm, fetal day113 Male
+12204	muscle, arm, fetal day115 F	12204	muscle, arm, fetal day115 Female
+12120	muscle, arm, fetal day91 M	12120	muscle, arm, fetal day91 Male
+12157	muscle, arm, fetal day96 M	12157	muscle, arm, fetal day96 Male
+12072	muscle, arm, fetal day98 F	12072	muscle, arm, fetal day98 Female
+12119	muscle, arm, fetal day105 F	12119	muscle, arm, fetal day105 Female
+12161	muscle, arm, fetal day85 F	12161	muscle, arm, fetal day85 Female
+12158	muscle, arm, fetal day105 M	12158	muscle, arm, fetal day105 Male
+12205	muscle, arm, fetal day104 M	12205	muscle, arm, fetal day104 Male
+12160	muscle, arm, fetal day97 M	12160	muscle, arm, fetal day97 Male
+12159	muscle, arm, fetal day101 U	12101	muscle, arm, fetal day101 Unknown
+12121	muscle, arm, fetal day120 F	12121	muscle, arm, fetal day120 Female
+12122	muscle, arm, fetal day120 M	12122	muscle, arm, fetal day120 Male
+12206	muscle, arm, fetal day127 M	12206	muscle, arm, fetal day127 Male
+12073	muscle, back, fetal day98 F	12073	muscle, back, fetal day98 Female
+12124	muscle, back, fetal day105 F	12124	muscle, back, fetal day105 Female
+12166	muscle, back, fetal day85 F	12166	muscle, back, fetal day85 Female
+12164	muscle, back, fetal day115 F	12164	muscle, back, fetal day115 Female
+12202	muscle, back, fetal day113 F	12202	muscle, back, fetal day113 Female
+12163	muscle, back, fetal day105 M	12163	muscle, back, fetal day105 Male
+12203	muscle, back, fetal day101 M	12203	muscle, back, fetal day101 Male
+12212	muscle, back, fetal day104 M	12212	muscle, back, fetal day104 Male
+12165	muscle, back, fetal day96 M	12165	muscle, back, fetal day96 Male
+12123	muscle, back, fetal day91 M	12123	muscle, back, fetal day91 Male
+12162	muscle, back, fetal day127 M	12162	muscle, back, fetal day127 Male
+12074	muscle, leg, fetal day115 M	12074	muscle, leg, fetal day115 Male
+12169	muscle, leg, fetal day115 F	12169	muscle, leg, fetal day115 Female
+12127	muscle, leg, fetal day127 M	12127	muscle, leg, fetal day127 Male
+12167	muscle, leg, fetal day96 M	12167	muscle, leg, fetal day96 Male
+12170	muscle, leg, fetal day97 M	12170	muscle, leg, fetal day97 Male
+12168	muscle, leg, fetal day105 M	12168	muscle, leg, fetal day105 Male
+12186	muscle, leg, fetal day101 M	12186	muscle, leg, fetal day101 Male
+12187	muscle, leg, fetal day104 M	12187	muscle, leg, fetal day104 Male
+12188	muscle, leg, fetal day113 M	12188	muscle, leg, fetal day113 Male
+12189	muscle, leg, fetal day113 F	12189	muscle, leg, fetal day113 Female
+12075	muscle, trunk, fetal day120 F	12075	muscle, trunk, fetal day120 Female
+12213	muscle, trunk, fetal day113 F	12213	muscle, trunk, fetal day113 Female
+12214	muscle, trunk, fetal day121 F	12214	muscle, trunk, fetal day121 Female
+12125	muscle, upper trunk, fetal day108 F	12125	muscle, trunk, fetal day108 Female
+12076	muscle, upper limb skeletal, fetal day108 F	12076	muscle, upper limb skeletal, fetal day108 Female
+12126	muscle, lower limb skeletal, fetal day120 M	12126	muscle, lower limb skeletal, fetal day120 Male
+12078	renal cortex, fetal day108 M	12078	renal cortex, fetal day108 Male
+12079	renal cortex, fetal day113 M	12079	renal cortex, fetal day113 Male
+12080	renal cortex, fetal day120 F	12080	renal cortex, fetal day120 Female
+12208	renal cortex, fetal day89 F	12208	renal cortex, fetal day89 Female
+12081	renal cortex, fetal day91 M	12081	renal cortex, fetal day91 Male
+12209	renal cortex, fetal day97 M	12209	renal cortex, fetal day97 Male
+12171	renal cortex, fetal day127 M	12171	renal cortex, fetal day127 Male
+12082	renal cortex, left, fetal day105 M	12082	renal cortex, left, fetal day105 Male
+12172	renal cortex, left, fetal day120 M	12172	renal cortex, left, fetal day120 Male
+12083	renal cortex, right fetal day105 M	12083	renal cortex, right fetal day105 Male
+12173	renal cortex, right fetal day120 M	12173	renal cortex, right fetal day120 Male
+12084	renal pelvis, fetal day108 M	12084	renal pelvis, fetal day108 Male
+12174	renal pelvis, fetal day127 M	12174	renal pelvis, fetal day127 Male
+12175	renal pelvis, fetal day97 M	12175	renal pelvis, fetal day97 Male
+12085	renal pelvis, fetal day113 M	12085	renal pelvis, fetal day113 Male
+12128	renal pelvis, fetal day91 M	12128	renal pelvis, fetal day91 Male
+12129	renal pelvis, fetal day105 F	12129	renal pelvis, fetal day105 Female
+12210	renal pelvis, fetal day103 F	12210	renal pelvis, fetal day103 Female
+12086	renal pelvis, left, fetal day105 M	12086	renal pelvis, left, fetal day105 Male
+12176	renal pelvis, left, fetal day120 M	12176	renal pelvis, left, fetal day120 Male
+12087	renal pelvis, right, fetal day105 M	12087	renal pelvis, right, fetal day105 Male
+12177	renal pelvis, right, fetal day120 M	12177	renal pelvis, right, fetal day120 Male
+12088	spleen, fetal day112 U	12088	spleen, fetal day112 Unknown
+12089	stomach, fetal day108 F	12089	stomach, fetal day108 Female
+12090	stomach, fetal day108 M	12090	stomach, fetal day108 Male
+12091	stomach, fetal day91 M	12091	stomach, fetal day91 Male
+12180	stomach, fetal day127 M	12180	stomach, fetal day127 Male
+12181	stomach, fetal day101 U	12181	stomach, fetal day101 Unknown
+12092	stomach, fetal day98 F	12092	stomach, fetal day98 Female
+12104	stomach, fetal day147 F	12104	stomach, fetal day147 Female
+12105	stomach, fetal day107 F	12105	stomach, fetal day107 Female
+12106	stomach, fetal day105 F	12106	stomach, fetal day105 Female
+12185	stomach, fetal day121 F	12185	stomach, fetal day121 Female
+12093	thymus, fetal day108 M	12093	thymus, fetal day108 Male
+12094	thymus, fetal day113 M	12094	thymus, fetal day113 Male
+12200	thymus, fetal day113 F	12200	thymus, fetal day113 Female
+12182	thymus, fetal day127 M	12182	thymus, fetal day127 Male
+12201	thymus, fetal day97 M	12201	thymus, fetal day97 Male
+12095	thymus, fetal day147 F	12095	thymus, fetal day147 Female
+12096	thymus, fetal day98 F	12096	thymus, fetal day98 Female
+12101	thymus, fetal day105 F	12101	thymus, fetal day105 Female
+12099	adrenal gland, fetal day85 M	12099	adrenal gland, fetal day85 Male
+12183	adrenal gland, fetal day108 M	12183	adrenal gland, fetal day108 Male
+12184	adrenal gland, fetal day108 F	12184	adrenal gland, fetal day108 Female
+12190	adrenal gland, fetal day113 F	12190	adrenal gland, fetal day113 Female
+12100	adrenal gland, fetal day96 U	12100	adrenal gland, fetal day96 Unknown
+12107	Fetal Placenta	12107	Fetal Placenta
+12178	fetal skin	12178	Fetal Skin
+12199	fetal testes	12199	Fetal Testes
+12191	Fibroblasts Fetal Skin Abdomen	12191	Fibroblasts Fetal Skin Abdomen
+12192	Fibroblasts Fetal Skin Biceps Left	12192	Fibroblasts Fetal Skin Biceps Left
+12193	Fibroblasts Fetal Skin Biceps Right	12193	Fibroblasts Fetal Skin Biceps Right
+12194	Fibroblasts Fetal Skin Quadriceps Left	12194	Fibroblasts Fetal Skin Quadriceps Left
+12195	Fibroblasts Fetal Skin Quadriceps Right	12195	Fibroblasts Fetal Skin Quadriceps Right
+12196	Fibroblasts Fetal Skin Upper Back	12196	Fibroblasts Fetal Skin Upper Back
+12197	Fibroblasts Fetal Skin Back	12197	Fibroblasts Fetal Skin Back
+12198	Fibroblasts Fetal Skin Scalp	12198	Fibroblasts Fetal Skin Scalp
+12179	Fetal Spinal Cord	12179	Fetal Spinal Cord
+12215	Chorion	12215	chorion cells (outermost of two fetal membranes)
+12216	PBDEFetal	12216	peripheral blood-derived erythroblasts from 16-19 week human fetal liver
+12217	HPIEpC	12217	Placental Epithelial Cells amniotic membrane
+12218	Fetal_Kidney	12218	Fetal_Kidney
+12219	Fetal_Lung	12219	Fetal_Lung
+13001	Muscle Satellite Cultured Cells	13001	Muscle Satellite Cultured Cells
+13002	stomach smooth muscle	13002	stomach smooth muscle
+13003	skeletal muscle	13003	skeletal muscle
+13004	rectal smooth muscle	13004	rectal smooth muscle
+13005	breast myoepithelial cells	13005	breast myoepithelial cells
+13006	breast luminal epithelial cells	13006	breast luminal epithelial cells
+13007	breast vHMEC	13007	breast variant mammary epithelial cells
+13008	breast stem cells	13008	breast stem cells
+13009	adult kidney	13009	adult kidney
+13010	adult liver	13010	adult liver
+13011	bone marrow derived mesenchymal stem cell	13011	bone marrow derived mesenchymal stem cell
+13012	adipose derived mesenchymal stem cell	13012	adipose derived mesenchymal stem cell
+13013	adipose nuclei	13013	adipose nuclei
+13014	colonic mucosa	13014	colonic mucosa
+13015	rectal mucosa	13015	rectal mucosa
+13016	duodenum mucosa	13016	duodenum mucosa
+13018	peripheral blood mononuclear primary cells	13018	peripheral blood mononuclear primary cells
+13019	CD34 primary cells	13019	CD34 primary cells
+13020	CD4 memory primary cells	13020	CD4 memory primary cells
+13021	CD8 naive primary cells	13021	CD8 naive primary cells
+13022	CD3 primary cells	13022	CD3 primary cells
+13023	mobilized CD34 primary cells	13023	mobilized CD34 primary cells
+13024	Treg primary cells	13024	Treg primary cells
+13025	CD4 naive primary cells	13025	CD4 naive primary cells
+13026	Th17	13026	T helper 17 cell
+13027	mobilized CD4 primary cells	13027	mobilized CD4 primary cells
+13028	CD19 primary cells	13028	CD19 primary cells
+13029	CD15 primary cells	13029	CD15 primary cells
+13030	Primary Fibroblast Cell Line	13030	Primary Fibroblast Cell Line
+13031	Neurospheres, Ganglionic Eminence Derived	13031	Neurospheres, Ganglionic Eminence Derived
+13033	Neurospheres, Cortex Derived	13033	Neurospheres, Cortex Derived
+13035	Penis Foreskin Keratinocyte Primary Cells	13035	Penis, Foreskin, Keratinocyte Primary Cells
+13036	CD4 primary cells	13036	CD4 primary cells
+13037	CD56 primary cells	13037	CD56 primary cells
+13038	CD8 primary cells	13038	CD8 primary cells
+13039	Mobilized CD56 Primary Cells	13039	Mobilized CD56 Primary Cells
+13040	Brain Anterior Caudate	13040	Brain, Anterior Caudate
+13041	Brain Cingulate Gyrus	13041	Brain, Cingulate Gyrus
+13042	Brain Hippocampus Middle	13042	Brain, Hippocampus Middle
+13043	Brain Inferior Temporal Lobe	13043	Brain, Inferior Temporal Lobe
+13044	Brain Mid Frontal Lobe	13044	Brain, Mid Frontal Lobe
+13045	Brain Substantia Nigra	13045	Brain, Substantia Nigra
+13046	CD34 cultured cells	13046	CD34 cultured cells
+13047	GM12878	13047	lymphoblastoid
+13048	HepG2	13048	Human hepatocellular liver carcinoma cell line
+13049	HMEC	13049	Human Mammary Epithelial Cells
+13050	HSMM	13050	Normal Human Skeletal Muscle Myoblasts
+13051	HSMMtube	13051	Normal Human Skeletal Muscle Myotubes
+13052	HUVEC	13052	Human umbilical vein endothelial cells
+13054	NH-A	13054	normal human astrocytes
+13055	NHDF-Ad	13055	Adult Normal Human Dermal Fibroblasts
+13056	NHEK	13056	epidermal keratinocytes
+13057	NHLF	13057	Normal Human Lung Fibroblasts
+13058	Osteobl	13058	normal human osteoblasts
+13060	prostate endoderm cell	13060	prostate endoderm cell
+13061	Fibrobl	13061	Normal child fibroblast, female
+13062	Gliobla	13062	glioblastoma, PMID:7252524
+13063	GM12891	13063	B-Lymphocyte, Lymphoblastoid, male
+13064	GM12892	13064	B-Lymphocyte, Lymphoblastoid, female
+13065	GM19238	13065	B-Lymphocyte, Lymphoblastoid, female
+13066	GM19239	13066	B-Lymphocyte, Lymphoblastoid, male
+13067	GM19240	13067	B-Lymphocyte, Lymphoblastoid, female
+13167	GM12812	13167	B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed
+13168	GM12813	13168	B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed
+13169	NHBE	13169	bronchial epithelial cells
+13170	HTR8svn	13170	trophoblast (HTR-8/SVneo) cell line
+13171	PanIslets	13171	Pancreatic Islets
+13172	Urothelia	13172	primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene
+13173	GM18507	13173	lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed
+13068	Monocytes-CD14+	13068	Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), newly promoted to tier 2: not in 2011 analysis
+13069	ProgFib	13069	fibroblasts, Hutchinson-Gilford progeria syndrome
+13071	AG09309	13071	adult toe fibroblast from apparently healthy 21 year old female
+13072	AG09319	13072	gum tissue fibroblasts from apparently heathly 24 year old female
+13073	AG10803	13073	abdominal skin fibroblasts from apparently heathly 22 year old male
+13074	AoAF	13074	aortic adventitial fibroblast cells, female
+13075	BJ	13075	skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC. (PMID: 9916803)
+13076	GM06990	13076	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed
+13077	HA-sp	13077	Human astrocytes spinal cord
+13078	HBMEC	13078	Human Brain Microvascular Endothelial Cells
+13079	HCF	13079	Human Cardiac Fibroblasts
+13080	HCFaa	13080	Human Cardiac Fibroblasts-Adult Atrial
+13081	HCM	13081	Human Cardiac Myocytes
+13082	HCPEpiC	13082	Human Choroid Plexus Epithelial Cells
+13083	HEEpiC	13083	Human Esophageal Epithelial Cells
+13084	HMF	13084	human mammary fibroblasts
+13085	HPAF	13085	Human Pulmonary Artery Fibroblasts
+13086	HPF	13086	Human Pulmonary Fibroblasts isolated from lung tissue
+13087	HRE	13087	Human Renal Epithelial cells
+13088	HRPEpiC	13088	Human Retinal Pigment Epithelial Cells
+13089	HVMF	13089	Human Villous Mesenchymal Fibroblast Cells
+13090	NHDF-neo	13090	Neonatal Human Dermal Fibroblasts
+13091	SAEC	13091	Small Airway Epithelial Cells
+13092	GM12801	13092	B-Lymphocyte, Lymphoblastoid, male
+13093	GM12864	13093	B-Lymphocyte, Lymphoblastoid, male
+13094	GM12865	13094	B-Lymphocyte, Lymphoblastoid, female
+13095	GM12872	13095	B-Lymphocyte, Lymphoblastoid, male
+13096	GM12873	13096	B-Lymphocyte, Lymphoblastoid, female
+13097	GM12874	13097	B-Lymphocyte, Lymphoblastoid, male
+13098	GM12875	13098	B-Lymphocyte, Lymphoblastoid, female
+13099	CD14 primary cells	13099	CD14 primary cells
+13100	CD20 primary cells	13100	CD20 primary cells
+13103	hSKM cell line	13103	hSKM cell line
+13104	HFF-Myc	13104	Human Foreskin Fibroblast Cells Expressing Canine cMyc
+13106	HGF	13106	Human Gingival Fibroblasts
+13107	SKMC	13107	Human Skeletal Muscle Cells
+13108	HAEpiC	13108	Human Amniotic Epithelial Cells
+13109	HConF	13109	Human Conjunctival Fibroblast
+13110	HMVEC-LLy	13110	Normal Human Lymphatic Microvascular Endothelial Cells, Lung-Derived
+13111	HMVEC-dLy-Ad	13111	Normal Adult Human Blood Microvascular Endothelial Cells, Dermal-Derived
+13112	HA-h	13112	Human Astrocytes-hippocampal
+13113	RPTEC	13113	Renal Proximal Tubule Epithelial Cells
+13114	WI-38	13114	Embryonic Lung Fibroblast Cells, hTERT immortalized, includes Raf1 construct
+13115	HMVEC-dBl-Ad	13115	Normal Adult Human Blood Microvascular Endothelial Cells, Dermal-Derived
+13116	Th1	13116	primary human Th1 T cells
+13117	HMVEC-dBl-Neo	13117	Normal Neonatal Human Blood Microvascular Endothelial Cells, Dermal-Derived
+13118	HMVEC-dLy-Neo	13118	Normal Neonatal Human Lymphatic Microvascular Endothelial Cells, Dermal-Derived
+13119	HMVEC-LBl	13119	Normal Human Blood Microvascular Endothelial Cells, Lung-Derived
+13120	HRGEC	13120	Human Renal Glomerular Endothelial Cells
+13121	Th2	13121	Primary human Th2 T cells
+13122	HFF	13122	Human Foreskin Fibroblast
+13123	HIPEpiC	13123	Human Iris Pigment Epithelial Cells
+13124	CMK	13124	human acute megakaryocytic leukemia cells, established from the peripheral blood of a 10-month-old boy with Down syndrome and acute megakaryocytic leukemia (AML M7) at relapse in 1985 - DSMZ. (PMID: 3016165)
+13125	HAc	13125	Human Astrocytes-cerebellar
+13126	HNPCEpiC	13126	Human Non-Pigment Ciliary Epithelial Cells
+13128	HPdLF	13128	Normal Human Periodontal Ligament Fibroblasts
+13129	HRCEpiC	13129	Human Renal Cortical Epithelial cells (normal)
+13130	Monocytes-CD14+	13130	Monocytes-CD14+ are CD14-positive cells from human leukapheresis product
+13131	HMVEC-dNeo	13131	Normal Neonatal Human Microvascular Endothelial Cells (single Donnor), Dermal-Derived
+13132	CD20+	13132	B cells, caucasian, draw number 1
+13133	PrEC	13133	prostate epithelial cell line
+13134	HMVEC-dAd	13134	adult dermal microvascular endothelial cells
+13135	GM12868	13135	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13136	GM12869	13136	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13137	GM12871	13137	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13138	GM12866	13138	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13139	GM12867	13139	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13140	GM12870	13140	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13142	PFSK-1	13142	PFSK-1 cell line
+13143	mobilized CD3 primary cells	13143	mobilized CD3 primary cells
+13165	mobilized CD8 primary cells	13165	mobilized CD8 primary cells
+13144	Penis Foreskin Fibroblast Primary Cells	13144	Penis Foreskin Fibroblast Primary Cells
+13145	Penis Foreskin Melanocyte Primary Cells	13145	Penis Foreskin Melanocyte Primary Cells
+13146	Stomach Mucosa	13146	Stomach Mucosa
+13147	Colon Smooth Muscle	13147	Colon Smooth Muscle
+13149	CD4+_CD25-_CD45RA+_Naive_Primary_Cells	13149	CD4+_CD25-_CD45RA+_Naive_Primary_Cells
+13150	CD4+_CD25-_CD45RO+_Memory_Primary_Cells	13150	CD4+_CD25-_CD45RO+_Memory_Primary_Cells
+13151	CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells	13151	CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells
+13152	CD4+_CD25int_CD127+_Tmem_Primary_Cells	13152	CD4+_CD25int_CD127+_Tmem_Primary_Cells
+13153	CD8_Memory_Primary_Cells	13153	CD8_Memory_Primary_Cells
+13154	CD4+_CD25+_CD127-_Treg_Primary_Cells	13154	CD4+_CD25+_CD127-_Treg_Primary_Cells
+13155	Brain Germinal Matrix	13155	Brain Germinal Matrix
+13156	CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells	13156	CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells
+13157	CD4+_CD25-_Th_Primary_Cells	13157	CD4+_CD25-_Th_Primary_Cells
+13160	Brain Angular Gyrus	13160	Brain Angular Gyrus
+13162	Duodenum Smooth Muscle	13162	Duodenum Smooth Muscle
+13163	Duodenum Mucosa	13163	Duodenum Mucosa
+13166	LHCN-M2	13166	a line of human skeletal myoblasts derived from satellite cells from the pectoralis major muscle
+13174	Melano	13174	epidermal melanocytes
+13175	pHTE	13175	Primary Human Tracheal Epithelial Cells
+13176	Hepatocytes	13176	Primary Human Hepatocytes
+13177	PanIsletD	13177	differentiated human pancreatic islets
+13178	AoSMC	13178	aortic smooth muscle cells
+13179	FibroP	13179	normal fibroblasts taken from individuals with Parkinson disease
+13180	HPDE6-E6E7	13180	normal human pancreatic duct cells immortalized with E6E7 gene of HPV
+13181	Myometr	13181	Myometrial cells
+13182	Stellate	13182	Human Hepatic Stellate Cells
+13183	GM15510	13183	lymphoblastoid NIGMS Human Genetic Cell Repository, DNA Polymorphism Discovery Resource Collection, treatment: Epstein-Barr Virus transformed
+13184	GM19099	13184	lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed
+13185	MCF10A-Er-Src	13185	mammary gland, non-tumorigenic epithelial, inducible cell line
+13186	GM18505	13186	lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed
+13187	GM10847	13187	lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed
+13188	GM08714	13188	GM08714	lymphoblastoid cell line, Instability of heterochromatin of chromosomes 1, 9, and 16 with variable combined immunodeficiency; dysmorphic facial features, developmental delay, malabsorption, and recurrent infections; see GM08747 Fibroblast; donor subject is a compound heterozygote
+13189	GM19193	13189	lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed
+13190	GM18951	13190	lymphoblastoid, International HapMap Project, Japanese in Tokyo, Japan, treatment: Epstein-Barr Virus transformed
+13191	GM18526	13191	lymphoblastoid, International HapMap Project, Han Chinese in Beijing, China, treatment: Epstein-Barr Virus transformed
+13192	HAoAF	13192	Aortic Adventitial Fibroblasts
+13193	HPC-PL	13193	Undifferentiated Pericytes from HPC-PL_0032601.13 and HPC-PL_0101504.13
+13194	PBDE	13194	peripheral blood-derived erythroblasts
+13195	CD34+_Mobilized	13195	CD34+_Mobilized
+13196	HAoEC	13196	Aortic Endothelial Cells (thoracic)
+13197	HWP	13197	Undifferentiated White Preadipocytes
+13198	HOB	13198	Undifferentiated Osteoblasts
+13199	HSaVEC	13199	Saphenous Vein Endothelial Cells
+13200	HFDPC	13200	Follicle Dermal Papilla Cells
+13201	HCH	13201	Undifferentiated Chondrocytes
+13202	HMEpC	13202	Mammary Epithelial Cells
+13205	Spleen	13205	Spleen
+13206	Adipose_Tissue	13206	Adipose Tissue
+13207	Small_Intestine	13207	Small_Intestine
+13208	Pancreas	13208	Pancreas
+13209	Bladder	13209	Bladder
+13210	Left_Ventricle	13210	Left_Ventricle
+13211	Right_Atrium	13211	Right_Atrium
+13212	Adrenal_Gland	13212	Adrenal_Gland
+13213	Sigmoid_Colon	13213	Sigmoid_Colon
+13214	Right_Ventricle	13214	Right_Ventricle
+13215	Gastric	13215	Gastric
+13216	Esophagus	13216	Esophagus
+13217	Aorta	13217	Aorta
+13218	Psoas_Muscle	13218	Psoas_Muscle
+14001	HeLa-S3	14001	Human epithelial carcinoma cell line S3
+14002	NT2-D1	14002	malignant pluripotent embryonal carcinoma, PMID:6694356
+14003	U2OS	14003	Osteosarcoma from the tibia of a 15 year old human female, PMID:6081590
+14004	Caco-2	14004	colorectal adenocarcinoma. PMID:1939345
+14005	HCT-116	14005	colorectal carcinoma PMID:7214343
+14006	HL-60	14006	Human promyelocytic leukemia cells. PMID: 276884
+14007	Jurkat	14007	T lymphoblastoid derived from an acute T cell leukemia, PMID:68013
+14008	NB4	14008	acute promyelocytic leukemia cell line. PMID: 1995093
+14009	SK-N-SH_RA	14009	neuroblastoma cell line, differentiated with retinoic acid
+14010	WERI-Rb-1	14010	human retinoblastoma established from retinoblastoma tissue of a 1-year-old Caucasian girl in 1974, PMID: 844036
+14011	A549	14011	epithelial cell line. This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old Caucasian male. - ATCC, derived from a lung carcinoma tissue. (PMID: 175022)
+14012	LNCaP	14012	prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old Caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.)
+14013	PANC-1	14013	pancreatic carcinoma. (PMID: 1140870)
+14014	T-47D	14014	Human ductal breast epithelial tumor cell line
+14015	U87	14015	human glioblastoma cell line formally known as U-87 MG
+14016	SK-N-SH	14016	Human neuroblastoma cell line
+14017	ECC-1	14017	human epithelial cell line derived from an endometrium adenocarcinoma
+14018	K562	14018	Human erythromyeloblastoid leukemia cell line
+14019	K562b	14019	Human erythromyeloblastoid leukemia cell line, UCDavis alternate
+14020	Medullo	14020	medulloblastoma (aka D721), surgical resection from a patient with medulloblastoma as described by Darrell Bigner (1997)
+14021	Huh-7	14021	Hepatocellular carcinoma
+14024	Huh-7.5	14024	Hepatocellular carcinoma, hepatocytes selected for high levels of hepatitis C replication
+14022	CLL	14022	chronic lymphocytic leukemia cell, T-cell lymphocyte
+14023	8988T	14023	human pancreas adenocarcinoma (PA-TU-8988T)
+14025	HEK293-T-REx	14025	embryonic kidney cells transformed with Adenovirus 5 DNA stably expressing tetracycline repressor, HEK293 (ATCC number CRL-1573) is the parental cell line, hypotriploid, XXX
+14026	Raji	14026	The Raji line of lymphoblast-like cells was established by R.J.V. Pulvertaft in 1963 from a Burkitt lymphoma of the left maxilla of an 11-year-old Black male (PMID: 14086209)
+14027	SH-SY5Y	14027	neuroblastoma clonal subline of the neuroepithelioma cell line SK-N-SH from the 1970 bone marrow biopsy of a 4-year-old girl with metastatic neuroblastoma, trisomy of 1q
+14028	MCF-7	14028	human breast adenocarcinoma cell line, PMID:4357757
+14029	SK-N-MC	14029	neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.)
+14030	BE2_C	14030	Human neuroblastoma
+14031	BC_Jejunum_H12817N	encode_cell	jejunum, donor H12817N, age 71, caucasian, DNA and RNA extract
+14032	HPAEpiC	encode_cell	pulmonary alveolar epithelial cells
+14033	ovcar-3	encode_cell	ovarian adenocarcinoma (PMID: 6604576)
+21001	MRE-Seq	21001	methylation-sensitive restriction enzyme
+21002	RRBS	21002	reduced representation bisulfite sequencing
+21003	MeDIP-Seq	21003	methylated DNA immunoprecipitation
+21004	Bisulfite-Seq	21004	bisulfite-based methods MethylC-seq
+22001	ChIP-Seq input	22001	ChIP-Seq input
+22002	H2AK5ac	22002	acetylation of lysine 5 of histone H2A
+22003	H2BK5ac	22003	acetylation of lysine 5 of histone H2B
+22004	H2BK120ac	22004	acetylation of lysine 120 of histone H2B
+22005	H2BK20ac	22005	acetylation of lysine 20 of histone H2B
+22006	H2BK15ac	22006	acetylation of lysine 15 of histone H2B
+22007	H2BK12ac	22007	acetylation of lysine 12 of histone H2B
+22008	H3K4me2	22008	dimethylation of lysine 4 of histone H3
+22009	H3K4me3	22009	trimethylation of lysine 4 of histone H3
+22010	H3K4me1	22010	monomethylation of lysine 4 of histone H3
+22011	H3K4ac	22011	acetylation of lysine 4 of histone H3
+22012	H3K9me3	22012	trimethylation of lysine 9 of histone H3
+22013	H3K9ac	22013	acetylation of lysine 9 of histone H3
+22014	H3K14ac	22014	acetylation of lysine 14 of histone H3
+22015	H3K18ac	22015	acetylation of lysine 18 of histone H3
+22016	H3K23me2	22016	dimethylation of lysine 23 of histone H3
+22017	H3K23ac	22017	acetylation of lysine 23 of histone 3
+22018	H3K27me3	22018	trimethylation of lysine 27 of histone H3
+22019	H3K27ac	22019	acetylation of lysine 27 of histone 3
+22020	H3K36me3	22020	trimethylation of lysine 36 of histone H3
+22021	H3K56ac	22021	acetylation of lysine 56 of histone 3
+22022	H3K79me2	22022	dimethylation of lysine 79 of histone H3
+22023	H3K79me1	22023	monomethylation of lysine 79 of histone H3
+22024	H4K8ac	22024	acetylation of lysine 8 of histone 4
+22025	H4K20me1	22025	monomethylation of lysine 20 of histone H4
+22026	H4K91ac	22026	acetylation of lysine 91 of histone 4
+22027	H4K5ac	22027	acetylation of lysine 5 of histone 4
+22028	H2A.Z	22028	histone variant H2A.Z
+22029	H3K9me1	22029	monomethylation of lysine 9 of histone H3
+22030	H3K27me3B	22030	Histone H3 (tri-methyl K27) marks repressed chromatin regions
+22031	H3K4me3B	22031	Histone H3 (tri-methyl K4) marks promoters in chromatin regions
+22032	H3K9acB	22032	Histone H3 (acetyl K9) marks promoters in chromatin regions
+22033	H3K36me3B	22033	Histone H3 (tri-methyl K36) marks actively transcribed chromatin regions
+22065	H3T11ph	22065	Phosphorylation of histone H3 at threonine 11
+22066	H2AK9ac	22066	acetylation of lysine 9 of H2A
+22067	H4K12ac	22067	acetylation of lysine 12 of H4
+24001	CTCF	24001	Transcriptional repressor CTCF
+24002	Pol2(b)	24002	DNA Polymerase Pol2b
+24003	Pol2	24003	DNA Polymerase Pol2
+24004	c-Myc	24004	c-Myc
+24005	eGFP-FOS	24005	eGFP-FOS
+24006	eGFP-GATA2	24006	eGFP-GATA2
+24007	eGFP-HDAC8	24007	eGFP-HDAC8
+24008	eGFP-JunB	24008	eGFP-JunB
+24009	eGFP-JunD	24009	eGFP-JunD
+24010	eGFP-NR4A1	24010	eGFP-NR4A1
+24011	P300	24011	P300
+23001	DNase hypersensitivity	23001	DNase hypersensitivity
+23002	Digital Genomic Footprinting	23002	Digital Genomic Footprinting
+23003	FaireSeq	23003	Formaldehyde-Assisted Isolation of Regulatory Elements Sequencing
+23004	RepliSeq	23004	Quantifying DNA replication time using massively parallel sequencing
+23005	MNase-seq	23005	Distinguishes nucleosome positioning by Sequencing
+25001	Exon array	25001	Exon array
+25002	RNA-Seq	25002	RNA Sequencing
+25003	smRNA-Seq	25003	smRNA-Seq
+25004	Cage	25004	5 prime end cap analysis gene expression | CAGE promotor
+25005	shRNA expression	25005	Short hairpin RNA expression
+26002	Genotyping	assay	Genotyping (CNV and SNP)
+30001	UCSF-UBC-UCD	30001	UCSF-UBC-UCD
+30002	UCSD	30002	University of California, San Diego
+30003	Broad Institute	30003	Broad Institute
+30004	University of Washington	30004	University of Washington
+30005	Caltech(Wold)	30005	California Institute of Technology (Wold)
+30006	CSHL	30006	Cold Spring Harbor Laboratory
+30007	Genome Institute of Singapore	30007	Genome Institute of Singapore
+30008	CRG-Guigo	30008	Centre for Genomic Regulation-Guigo
+30009	Univeristy of Texas at Austin	30009	Univeristy of Texas at Austin
+30010	Caltech	30010	California Institute of Technology
+30011	RIKEN	30011	the Riken institute
+30012	UC Davis	30012	University of California,Davis
+30013	Univeristy of Chicago	30013	Univeristy of Chicago
+30014	UCSF-UBC	30014	UCSF-UBC
+30015	HudsonAlpha	30015	HudsonAlpha Institute for Biotechnology
+30016	University of Southern California	30016	University of Southern California
+30017	Yale University	30017	Yale University
+30018	Stanford University	30018	Stanford University
+30019	Duke University	30019	Duke University
+30020	Harvard University	30020	Harvard University
+30021	SunyAlbany	30021	University at Albany - SUNY
+30022	UNC	30022	The University of North Carolina at Chapel Hill
+30023	MIT	30023	Massachusetts Institute of Technology
+30024	UMass	institute	University of Massachusetts Amherst
+50001	1	50001	mock 1
+50002	2	50002	mock 2
+50003	3	50003	mock 3
+50004	4	50004	mock 4
+50005	5	50005	mock 5
+50006	6	50006	mock 6
+50007	7	50007	mock 7
+50008	8	50008	mock 8
+50009	9	50009	mock 9
+50010	10	50010	mock 10
+50011	11	50011	mock 11
+50012	12	50012	mock 12
+50013	13	50013	mock 13
+50014	14	50014	mock 14
+50015	15	50015	mock 15
+50016	16	50016	mock 16
+50017	17	50017	mock 17
+50018	18	50018	mock 18
+50019	19	50019	mock 19
+50020	20	50020	mock 20
+40112	Donor of HUES45 cells	40112	Donor id: Donor of HUES45 cells
+40101	RO 01689	40101	Donor id: RO 01689
+40053	CD19_8/1/08	40053	Donor id: CD19_8/1/08
+40049	HuFNSC-T	40049	Donor id: HuFNSC-T
+40113	Donor of HUES6 cells	40113	Donor id: Donor of HUES6 cells
+40098	H-23548	40098	Donor id: H-23548
+40037	UW H23266	40037	Donor id: UW H23266
+40032	27	40032	Donor id: 27
+40048	20	40048	Donor id: 20
+40109	Donor of H9 cells	40109	Donor id: Donor of H9 cells
+40047	28	40047	Donor id: 28
+40041	29	40041	Donor id: 29
+40036	4	40036	Donor id: 4
+40016	CD19_12/29/08	40016	Donor id: CD19_12/29/08
+40070	H-23266	40070	Donor id: H-23266
+40057	RO 01517	40057	Donor id: RO 01517
+40111	Donor of HUES3 cells	40111	Donor id: Donor of HUES3 cells
+40025	123	40025	Donor id: 123
+40055	CD3_39661	40055	Donor id: CD3_39661
+40008	59	40008	Donor id: 59
+40009	58	40009	Donor id: 58
+40007	57	40007	Donor id: 57
+40031	H-22727	40031	Donor id: H-22727
+40114	TC014	40114	Donor id: TC014
+40040	TC012	40040	Donor id: TC012
+40077	RO 01562	40077	Donor id: RO 01562
+40085	H-23468	40085	Donor id: H-23468
+40017	CD19_2/20/09	40017	Donor id: CD19_2/20/09
+40064	CD19_6/26/08	40064	Donor id: CD19_6/26/08
+40018	CD3_39811	40018	Donor id: CD3_39811
+40021	RO 01508	40021	Donor id: RO 01508
+40091	H-23365	40091	Donor id: H-23365
+40034	3.0	40034	Donor id: 3.0
+40011	112	40011	Donor id: 112
+40081	H-23604	40081	Donor id: H-23604
+40072	RO 01721	40072	Donor id: RO 01721
+40015	RM035	40015	Donor id: RM035
+40123	RM037	40123	Donor id: RM037
+40124	skin02	40124	Donor id: skin02
+40080	H-23524	40080	Donor id: H-23524
+40092	H-23833	40092	Donor id: H-23833
+40051	skin01	40051	Donor id: skin01
+40108	Donor of H1 cells	40108	Donor id: Donor of H1 cells
+40028	TC001	40028	Donor id: TC001
+40105	3	40105	Donor id: 3
+40120	TC003	40120	Donor id: TC003
+40002	7	40002	Donor id: 7
+40121	TC007	40121	Donor id: TC007
+40122	TC009	40122	Donor id: TC009
+40024	RO 01536	40024	Donor id: RO 01536
+40075	RO 01535	40075	Donor id: RO 01535
+40056	CD3_39804	40056	Donor id: CD3_39804
+40093	H-23247	40093	Donor id: H-23247
+40039	TC010	40039	Donor id: TC010
+40050	pancreatic islets normal_3/27/09	40050	Donor id: pancreatic islets normal_3/27/09
+40100	RO 01670	40100	Donor id: RO 01670
+40087	H-23758	40087	Donor id: H-23758
+40059	CD34_39629	40059	Donor id: CD34_39629
+40088	H-23769	40088	Donor id: H-23769
+40082	H-23617	40082	Donor id: H-23617
+40029	32	40029	Donor id: 32
+40042	31	40042	Donor id: 31
+40078	RO 00738	40078	Donor id: RO 00738
+40104	37	40104	Donor id: 37
+40052	23.0	40052	Donor id: 23.0
+40089	H-23090	40089	Donor id: H-23090
+40010	60	40010	Donor id: 60
+40030	61	40030	Donor id: 61
+40045	62	40045	Donor id: 62
+40046	63	40046	Donor id: 63
+40027	CD34_39811	40027	Donor id: CD34_39811
+40079	H-23500	40079	Donor id: H-23500
+40012	H-22510	40012	Donor id: H-22510
+40073	RO 01727	40073	Donor id: RO 01727
+40096	H-23790	40096	Donor id: H-23790
+40068	H-23399	40068	Donor id: H-23399
+40117	NA	40117	Donor id: NA
+40097	H-23663	40097	Donor id: H-23663
+40084	H-23589	40084	Donor id: H-23589
+40069	H-22911	40069	Donor id: H-22911
+40013	RM080	40013	Donor id: RM080
+40038	pancreatic islets normal_0/0/00	40038	Donor id: pancreatic islets normal_0/0/00
+40060	CD34_39804	40060	Donor id: CD34_39804
+40006	93	40006	Donor id: 93
+40004	92	40004	Donor id: 92
+40003	95	40003	Donor id: 95
+40005	94	40005	Donor id: 94
+40094	H-23419	40094	Donor id: H-23419
+40054	CD19_12/22/08	40054	Donor id: CD19_12/22/08
+40044	19	40044	Donor id: 19
+40026	CD34_39889	40026	Donor id: CD34_39889
+40022	RO 01480	40022	Donor id: RO 01480
+40020	cultured CD34_2/20/09	40020	Donor id: cultured CD34_2/20/09
+40076	RO 01520	40076	Donor id: RO 01520
+40074	RO 01525	40074	Donor id: RO 01525
+40099	RO 01527	40099	Donor id: RO 01527
+40043	30	40043	Donor id: 30
+40033	H-22676	40033	Donor id: H-22676
+40065	UW RO 01480	40065	Donor id: UW RO 01480
+40107	CD34_0/0/00	40107	Donor id: CD34_0/0/00
+40035	5.0	40035	Donor id: 5.0
+40110	Donor of HUES1 cells	40110	Donor id: Donor of HUES1 cells
+40119	RM071	40119	Donor id: RM071
+40086	H-23640	40086	Donor id: H-23640
+40090	H-22934B	40090	Donor id: H-22934B
+40001	1	40001	Donor id: 1
+40061	5	40061	Donor id: 5
+40058	RO 01492	40058	Donor id: RO 01492
+40116	HuFNSC02	40116	Donor id: HuFNSC02
+40115	HuFNSC01	40115	Donor id: HuFNSC01
+40066	H-23327	40066	Donor id: H-23327
+40106	CD19_0/0/00	40106	Donor id: CD19_0/0/00
+40019	CD3_39840	40019	Donor id: CD3_39840
+40067	H-22662	40067	Donor id: H-22662
+40102	H-22337	40102	Donor id: H-22337
+40103	UW RO 01492	40103	Donor id: UW RO 01492
+40062	CD34_39661	40062	Donor id: CD34_39661
+40071	H-23284	40071	Donor id: H-23284
+40095	H-23808	40095	Donor id: H-23808
+40014	RM066	40014	Donor id: RM066
+40063	UW H23284	40063	Donor id: UW H23284
+40083	H-23435	40083	Donor id: H-23435
+40023	RO 01549	40023	Donor id: RO 01549
+40118	RM070	40118	Donor id: RM070
+40125	Donor 62	40125	Donor id: Donor 62
+40126	H-24401	40126	Donor id: H-24401
+40127	H-24409	40127	Donor id: H-24409
+40128	H-24244	40128	Donor id: H-24244
+40129	161	40129	Donor id: 161
+40130	H-24143	40130	Donor id: H-24143
+40131	H-24272	40131	Donor id: H-24272
+40132	H-24381	40132	Donor id: H-24381
+40133	H-24279	40133	Donor id: H-24279
+40134	H-24477	40134	Donor id: H-24477
+40135	H-23941	40135	Donor id: H-23941
+40136	H-24198	40136	Donor id: H-24198
+40137	HuFGM02	40137	Donor id: HuFGM02
+40138	HuFGM01	40138	Donor id: HuFGM01
+40139	H-23744	40139	Donor id: H-23744
+40140	113	40140	Donor id: 113
+40141	CB1 1-3-2011	40141	Donor id: CB1 1-3-2011
+40142	H-24507	40142	Donor id: H-24507
+40143	CB6 1-4-2011	40143	Donor id: CB6 1-4-2011
+40144	H-24169	40144	Donor id: H-24169
+40145	H-24297	40145	Donor id: H-24297
+40146	Donor 83 REMC 18	40146	Donor id: Donor 83 REMC 18
+40147	UW H23435	40147	Donor id: UW H23435
+40148	RO 01736	40148	Donor id: RO 01736
+40149	9-16-2009 Cord Blood B	40149	Donor id: 9-16-2009 Cord Blood B
+40150	H-24218	40150	Donor id: H-24218
+40151	H-24005	40151	Donor id: H-24005
+40152	H-24089	40152	Donor id: H-24089
+40153	64	40153	Donor id: 64
+40154	H-24078	40154	Donor id: H-24078
+40155	H-23914	40155	Donor id: H-23914
+40156	H-23855	40156	Donor id: H-23855
+40157	160	40157	Donor id: 160
+40158	H-24232	40158	Donor id: H-24232
+40159	H22510	40159	Donor id: H22510
+40160	Donor 101 8 pooled leukopaks Jan 20 2011	40160	Donor id: Donor 101 8 pooled leukopaks Jan 20 2011
+40161	H-23864	40161	Donor id: H-23864
+40162	150	40162	Donor id: 150
+40163	153	40163	Donor id: 153
+40164	155	40164	Donor id: 155
+40165	157	40165	Donor id: 157
+40166	156	40166	Donor id: 156
+40167	159	40167	Donor id: 159
+40168	UW H22772	40168	Donor id: UW H22772
+40169	H-23887	40169	Donor id: H-23887
+40170	RO 01701	40170	Donor id: RO 01701
+40171	UW H23914	40171	Donor id: UW H23914
+40172	H-23871	40172	Donor id: H-23871
+40173	H-24111	40173	Donor id: H-24111
+40174	Donor 100 7 pooled leukopaks Jan 7 2011	40174	Donor id: Donor 100 7 pooled leukopaks Jan 7 2011
+40175	HuFNSC03	40175	Donor id: HuFNSC03
+40176	RO 01679	40176	Donor id: RO 01679
+40177	H24198_H23640_H24042	40177	Donor id: H24198_H23640_H24042
+40178	H-24493	40178	Donor id: H-24493
+40179	149	40179	Donor id: 149
+40180	UW H22676	40180	Donor id: UW H22676
+40181	H-24042	40181	Donor id: H-24042
+40182	Donor 174 REMC 28	40182	Donor id: Donor 174 REMC 28
+40183	RO 01778	40183	Donor id: RO 01778
+40184	H-24259	40184	Donor id: H-24259
+40185	H-23724	40185	Donor id: H-23724
+40186	H-23964	40186	Donor id: H-23964
+40187	H-24125	40187	Donor id: H-24125
+40188	DNA_Lib_1279	40188	Donor id: DNA_Lib_1279
+40189	DNA_Lib_1272	40189	Donor id: DNA_Lib_1272
+40190	DNA_Lib_1273	40190	Donor id: DNA_Lib_1273
+40191	DNA_Lib_1276	40191	Donor id: DNA_Lib_1276
+40192	DNA_Lib_1277	40192	Donor id: DNA_Lib_1277
+40193	DNA_Lib_1274	40193	Donor id: DNA_Lib_1274
+40194	130	40194	Donor id: 130
+40195	polyA-RNA-seq_h1-bmp4_r2a	40195	Donor id: polyA-RNA-seq_h1-bmp4_r2a
+40196	AY227	40196	Donor id: AY227
+40197	AY226	40197	Donor id: AY226
+40198	AY225	40198	Donor id: AY225
+40199	AY224	40199	Donor id: AY224
+40200	AY223	40200	Donor id: AY223
+40201	AY222	40201	Donor id: AY222
+40202	AY221	40202	Donor id: AY221
+40203	HuFNSC04	40203	Donor id: HuFNSC04
+40204	AY229	40204	Donor id: AY229
+40205	RO_01549	40205	Donor id: RO_01549
+40206	AY1	40206	Donor id: AY1
+40207	AY18	40207	Donor id: AY18
+40208	AY15	40208	Donor id: AY15
+40209	WGBS_Lib_6	40209	Donor id: WGBS_Lib_6
+40210	AY17	40210	Donor id: AY17
+40211	DS21042	40211	Donor id: DS21042
+40212	AY230	40212	Donor id: AY230
+40213	AY231	40213	Donor id: AY231
+40214	AY233	40214	Donor id: AY233
+40215	polyA-RNA-seq_h1-bmp4_r1a	40215	Donor id: polyA-RNA-seq_h1-bmp4_r1a
+40216	STL003	40216	Donor id: STL003
+40217	AK320	40217	Donor id: AK320
+40218	polyA-RNA-seq_h1-mesendoderm_r2a	40218	Donor id: polyA-RNA-seq_h1-mesendoderm_r2a
+40219	AY68	40219	Donor id: AY68
+40220	AY69	40220	Donor id: AY69
+40221	AY64	40221	Donor id: AY64
+40222	AY65	40222	Donor id: AY65
+40223	AY66	40223	Donor id: AY66
+40224	AY67	40224	Donor id: AY67
+40225	polyA-RNA-seq_h1-msc_r1a	40225	Donor id: polyA-RNA-seq_h1-msc_r1a
+40226	skin03	40226	Donor id: skin03
+40227	polyA-RNA-seq_h1-npc_r1a	40227	Donor id: polyA-RNA-seq_h1-npc_r1a
+40228	DS15153	40228	Donor id: DS15153
+40229	AY75	40229	Donor id: AY75
+40230	AY74	40230	Donor id: AY74
+40231	AY73	40231	Donor id: AY73
+40232	AY72	40232	Donor id: AY72
+40233	AY71	40233	Donor id: AY71
+40234	A14669	40234	Donor id: A14669
+40235	cDNA_Lib_9-10	40235	Donor id: cDNA_Lib_9-10
+40236	Donor_62	40236	Donor id: Donor_62
+40237	polyA-RNA-seq_h1-mesendoderm_r1a	40237	Donor id: polyA-RNA-seq_h1-mesendoderm_r1a
+40238	AY228	40238	Donor id: AY228
+40239	AK378	40239	Donor id: AK378
+40240	A14673	40240	Donor id: A14673
+40241	A14672	40241	Donor id: A14672
+40242	A14671	40242	Donor id: A14671
+40243	A14670	40243	Donor id: A14670
+40244	A14674	40244	Donor id: A14674
+40245	DNA_Lib_1283	40245	Donor id: DNA_Lib_1283
+40246	DNA_Lib_1282	40246	Donor id: DNA_Lib_1282
+40247	polyA-RNA-seq_h1_r1a	40247	Donor id: polyA-RNA-seq_h1_r1a
+40248	A11832	40248	Donor id: A11832
+40249	A11831	40249	Donor id: A11831
+40250	polyA-RNA-seq_h1-msc_r2a	40250	Donor id: polyA-RNA-seq_h1-msc_r2a
+40251	DNA_Lib_242	40251	Donor id: DNA_Lib_242
+40252	DNA_Lib_241	40252	Donor id: DNA_Lib_241
+40253	AK401	40253	Donor id: AK401
+40254	DS20671	40254	Donor id: DS20671
+40255	AK402	40255	Donor id: AK402
+40256	DS19310	40256	Donor id: DS19310
+40257	DS20153	40257	Donor id: DS20153
+40258	DS19317	40258	Donor id: DS19317
+40259	polyA-RNA-seq_h1-npc_r2a	40259	Donor id: polyA-RNA-seq_h1-npc_r2a
+40260	AK106	40260	Donor id: AK106
+40261	AK395	40261	Donor id: AK395
+40262	AK317	40262	Donor id: AK317
+40263	UW_H22676	40263	Donor id: UW_H22676
+40264	AK319	40264	Donor id: AK319
+40265	AK260	40265	Donor id: AK260
+40266	AY201	40266	Donor id: AY201
+40267	AY200	40267	Donor id: AY200
+40268	AY203	40268	Donor id: AY203
+40269	AY202	40269	Donor id: AY202
+40270	AY205	40270	Donor id: AY205
+40271	STL002	40271	Donor id: STL002
+40272	STL001	40272	Donor id: STL001
+40273	AY206	40273	Donor id: AY206
+40274	Donor_177_REMC_27	40274	Donor id: Donor_177_REMC_27
+40275	AK386	40275	Donor id: AK386
+40276	polyA-RNA-seq_h1_r2a	40276	Donor id: polyA-RNA-seq_h1_r2a
+40277	DS18224	40277	Donor id: DS18224
+60003	Unknown	60003	Donor sex: Unknown
+60001	Male	60001	Donor sex: Male
+60002	Female	60002	Donor sex: Female
+70002	African-American	70002	Donor ethnicity: African-American
+70008	Indian/Arabian	70008	Donor ethnicity: Indian/Arabian
+70011	unknown	70011	Donor ethnicity: unknown
+70010	Hispanic	70010	Donor ethnicity: Hispanic
+70013	Asian	70013	Donor ethnicity: Asian
+70009	NA	70009	Donor ethnicity: NA
+70012	Asian/Hawaiian/Eskimo	70012	Donor ethnicity: Asian/Hawaiian/Eskimo
+70004	Caucasian	70004	Donor ethnicity: Caucasian
+22034	ESET	22034	ESET
+22035	HDAC1	22035	Histone deacetylase 1
+22036	HDAC6	22036	Histone deacetylase 6
+22037	JARID1C	22037	JARID1C
+22038	PCAF	22038	PCAF
+22039	PLU1	22039	PLU1
+22040	RBBP5	22040	RBBP5
+22041	RNAPIIS5P	22041	RNAPIIS5P
+22042	WCE	22042	WCE
+22043	CHD1	22043	CHD1
+22044	HDAC2	22044	Histone deacetylase 2
+22046	SUZ12	22046	SUZ12
+22047	KAT3A-CBP	22047	KAT3A-CBP
+22048	NCOR	22048	NCOR
+22049	RNF2	22049	RNF2
+22050	SIRT6	22050	SIRT6
+22051	CHD7	22051	CHD7
+22052	JARID1B	22052	histone demethylase JARID1B
+22053	SAP30	22053	SAP30
+22054	CBX8	22054	CBX8
+22055	MI2	22055	MI2
+22056	PHF8	22056	PHF8
+22057	JARID1A	22057	JARID1A
+22058	JMJD2A	22058	JMJD2A
+22059	CBX2	22059	CBX2
+22060	EZH2	22060	EZH2
+22061	HP1g	22061	HP1g
+22062	LSD1	22062	LSD1
+22063	NSD2	22063	NSD2
+22064	REST	22064	REST
+24012	ERalpha_a	24012	ERalpha_a
+24013	PAX5-C20	24013	PAX5-C20
+24014	NRSF	24014	NRSF
+24015	TCF12	24015	TCF12
+24016	SIX5	24016	SIX5
+24017	RevXlinkChromatin	24017	RevXlinkChromatin
+24018	GR	24018	GR
+24019	RXRA	24019	RXRA
+24020	BCL3	24020	BCL3
+24021	GABP	24021	GABP
+24022	USF-1	24022	USF-1
+24023	SRF	24023	SRF
+24024	FOXP2	24024	FOXP2
+24025	YY1	24025	YY1
+24026	PAX5-N19	24026	PAX5-N19
+24027	SP1	24027	SP1
+24028	TAF1	24028	TAF1
+24029	ERalpha	24029	ERalpha
+24030	MEF2A	24030	MEF2A
+24031	ATF3	24031	ATF3
+24032	FOSL1	24032	FOSL1
+24033	PU.1	24033	PU.1
+24034	HEY1	24034	HEY1
+24035	EBF1	24035	EBF1
+24036	KAP1	24036	KAP1
+24037	BCL11A	24037	BCL11A
+24038	IRF4	24038	IRF4
+24039	ZBTB33	24039	ZBTB33
+24040	POU2F2	24040	POU2F2
+24041	Pol2-4H8	24041	Pol2-4H8
+24042	CTCFL	24042	CTCFL
+24043	SP2	24043	SP2
+24044	FOXA2	24044	FOXA2
+24045	HNF4G	24045	HNF4G
+24046	TAF7	24046	TAF7
+24047	THAP1	24047	THAP1
+24048	FOXA1	24048	FOXA1
+24049	ZEB1	24049	ZEB1
+24050	Egr-1	24050	Egr-1
+24051	ELF1	24051	ELF1
+24052	Rad21	24052	Rad21
+24053	MEF2C	24053	MEF2C
+24054	Sin3Ak-20	24054	Sin3Ak-20
+24055	NANOG	24055	NANOG
+24056	POU5F1	24056	POU5F1
+24057	ETS1	24057	ETS1
+24058	FOSL2	24058	FOSL2
+24059	HNF4A	24059	HNF4A
+24060	E2F6	24060	E2F6
+24061	ZBTB7A	24061	ZBTB7A
+24062	BHLHE40	24062	BHLHE40
+24063	JunD	24063	JunD
+24064	BCLAF1	24064	BCLAF1
+24065	GATA3	24065	GATA3
+24066	Max	24066	Max
+24067	Pbx3	24067	Pbx3
+24068	BATF	24068	BATF
+24069	GATA2	24069	GATA2
+24070	ZNF274	24070	ZNF274
+24071	TCF7L2	24071	TCF7L2
+24072	ELK4	24072	ELK4
+24073	RIP-Seq input	24073	RNA immunoprecipitations and sequencing, Input
+24074	T7Tag	24074	T7Tag
+24075	PABPC1	24075	PABPC1
+24076	ELAVL1	24076	ELAVL1
+24601	MAZ	24601	MAZ
+24602	ARID3A	24602	ARID3A
+24603	c-Jun	24603	c-Jun
+24604	NFKB	24604	NFKB
+24605	RFX5	24605	RFX5
+24606	CHD2	24606	CHD2
+24607	SREBP2	24607	SREBP2
+24608	c-Fos	24608	c-Fos
+24609	E2F4	24609	E2F4
+24610	GATA-1	24610	GATA-1
+24611	TFIIIC-110	24611	TFIIIC-110
+24612	ZKSCAN1	24612	ZKSCAN1
+24613	SMC3	24613	SMC3
+24614	GTF2B	24614	GTF2B
+24615	NF-YB	24615	NF-YB
+24616	Znf143	24616	Znf143
+24617	COREST	24617	COREST
+24618	IKZF1	24618	IKZF1
+24619	SETDB1	24619	SETDB1
+24620	STAT1	24620	STAT1
+24621	Pol3	24621	Pol3
+24622	E2F1	24622	E2F1
+24623	Mxi1	24623	Mxi1
+24624	CEBPB	24624	CEBPB
+24625	ZNF263	24625	ZNF263
+24626	PRDM1	24626	PRDM1
+24627	USF2	24627	USF2
+24628	TBLR1	24628	TBLR1
+24629	Bach1	24629	Bach1
+24630	TBP	24630	TBP
+24631	BRCA1	24631	BRCA1
+24632	Ini1	24632	Ini1
+24633	BAF170	24633	BAF170
+24634	Pol2(phosphoS2)	24634	Pol2(phosphoS2)
+24635	Nrf1	24635	Nrf1
+24636	IRF3	24636	IRF3
+24637	STAT3	24637	STAT3
+24638	SIN3A	24638	SIN3A
+24639	MafK	24639	MafK
+24640	GCN5	24640	GCN5
+24641	ATF1	24641	ATF1
+24642	GATA-2	24642	GATA-2
+24643	HA-E2F1	24643	HA-E2F1
+24644	TR4	24644	TR4
+24645	RPC155	24645	RPC155
+24646	NELFe	24646	NELFe
+24647	NF-E2	24647	NF-E2
+24648	SPT20	24648	SPT20
+24649	NF-YA	24649	NF-YA
+24650	STAT2	24650	STAT2
+24651	GTF2F1	24651	GTF2F1
+24652	IRF1	24652	IRF1
+24653	MafF	24653	MafF
+24654	BDP1	24654	BDP1
+24655	GRp20	24655	GRp20
+24656	PGC1A	24656	PGC1A
+24657	HSF1	24657	HSF1
+24658	Brg1	24658	Brg1
+24659	UBTF	24659	UBTF
+24660	SREBP1	24660	SREBP1
+24661	UBF	24661	UBF
+24662	AP-2alpha	24662	AP-2alpha
+24663	AP-2gamma	24663	AP-2gamma
+24664	CtBP2	24664	CtBP2
+24665	WHIP	24665	WHIP
+24666	CCNT2	24666	CCNT2
+24667	ZNF217	24667	ZNF217
+24668	BRF1	24668	BRF1
+24669	BAF155	24669	BAF155
+24670	CEBPZ	24670	CEBPZ
+24671	ELK1	24671	ELK1
+24672	ZZZ3	24672	ZZZ3
+24673	XRCC4	24673	XRCC4
+24674	BRF2	24674	BRF2
+24675	TAL1	24675	TAL1
+24676	HMGN3	24676	HMGN3
+24677	ERRA	24677	ERRA
+27001	ChIA-PET	longrange assay	Chromatin interaction analysis with paired-end tag sequencing
+27002	5C	longrange assay	Carbon-copy chromosome conformation capture
+27003	Hi-C	longrange assay	High-content genome conformation capture
+27004	chromHMM		chromatin state
+14034	MM1S	14034	Multiple Myeloma cell line MM1.S
+80001	JQ1	80001	JQ1
+80002	DMSO	80002	DMSO
+24678	BRD4	24678	BRD4
+24679	CDK9	24679	CDK9
+24680	MED1	24680	MED1
+24681	P50	24681	p50 subunit of the NFkB transcription factor
+24682	IRF4	24682	IRF4
+24683	MYC	24683	MYC
diff --git a/hg19/cytoband b/hg19/cytoband
new file mode 100755
index 0000000..2c6c4cb
--- /dev/null
+++ b/hg19/cytoband
@@ -0,0 +1,862 @@
+	chr1	0	2300000	p36.33	0
+	chr1	2300000	5400000	p36.32	1
+	chr1	5400000	7200000	p36.31	0
+	chr1	7200000	9200000	p36.23	1
+	chr1	9200000	12700000	p36.22	0
+	chr1	12700000	16200000	p36.21	2
+	chr1	16200000	20400000	p36.13	0
+	chr1	20400000	23900000	p36.12	1
+	chr1	23900000	28000000	p36.11	0
+	chr1	28000000	30200000	p35.3	1
+	chr1	30200000	32400000	p35.2	0
+	chr1	32400000	34600000	p35.1	1
+	chr1	34600000	40100000	p34.3	0
+	chr1	40100000	44100000	p34.2	1
+	chr1	44100000	46800000	p34.1	0
+	chr1	46800000	50700000	p33	3
+	chr1	50700000	56100000	p32.3	0
+	chr1	56100000	59000000	p32.2	2
+	chr1	59000000	61300000	p32.1	0
+	chr1	61300000	68900000	p31.3	2
+	chr1	68900000	69700000	p31.2	0
+	chr1	69700000	84900000	p31.1	4
+	chr1	84900000	88400000	p22.3	0
+	chr1	88400000	92000000	p22.2	3
+	chr1	92000000	94700000	p22.1	0
+	chr1	94700000	99700000	p21.3	3
+	chr1	99700000	102200000	p21.2	0
+	chr1	102200000	107200000	p21.1	4
+	chr1	107200000	111800000	p13.3	0
+	chr1	111800000	116100000	p13.2	2
+	chr1	116100000	117800000	p13.1	0
+	chr1	117800000	120600000	p12	2
+	chr1	120600000	121500000	p11.2	0
+	chr1	121500000	125000000	p11.1	-1
+	chr1	125000000	128900000	q11	-2
+	chr1	128900000	142600000	q12	5
+	chr1	142600000	147000000	q21.1	0
+	chr1	147000000	150300000	q21.2	2
+	chr1	150300000	155000000	q21.3	0
+	chr1	155000000	156500000	q22	2
+	chr1	156500000	159100000	q23.1	0
+	chr1	159100000	160500000	q23.2	2
+	chr1	160500000	165500000	q23.3	0
+	chr1	165500000	167200000	q24.1	2
+	chr1	167200000	170900000	q24.2	0
+	chr1	170900000	172900000	q24.3	3
+	chr1	172900000	176000000	q25.1	0
+	chr1	176000000	180300000	q25.2	2
+	chr1	180300000	185800000	q25.3	0
+	chr1	185800000	190800000	q31.1	4
+	chr1	190800000	193800000	q31.2	0
+	chr1	193800000	198700000	q31.3	4
+	chr1	198700000	207200000	q32.1	0
+	chr1	207200000	211500000	q32.2	1
+	chr1	211500000	214500000	q32.3	0
+	chr1	214500000	224100000	q41	4
+	chr1	224100000	224600000	q42.11	0
+	chr1	224600000	227000000	q42.12	1
+	chr1	227000000	230700000	q42.13	0
+	chr1	230700000	234700000	q42.2	2
+	chr1	234700000	236600000	q42.3	0
+	chr1	236600000	243700000	q43	3
+	chr1	243700000	249250621	q44	0
+	chr10	0	3000000	p15.3	0
+	chr10	3000000	3800000	p15.2	1
+	chr10	3800000	6600000	p15.1	0
+	chr10	6600000	12200000	p14	3
+	chr10	12200000	17300000	p13	0
+	chr10	17300000	18600000	p12.33	3
+	chr10	18600000	18700000	p12.32	0
+	chr10	18700000	22600000	p12.31	3
+	chr10	22600000	24600000	p12.2	0
+	chr10	24600000	29600000	p12.1	2
+	chr10	29600000	31300000	p11.23	0
+	chr10	31300000	34400000	p11.22	1
+	chr10	34400000	38000000	p11.21	0
+	chr10	38000000	40200000	p11.1	-1
+	chr10	40200000	42300000	q11.1	-2
+	chr10	42300000	46100000	q11.21	0
+	chr10	46100000	49900000	q11.22	1
+	chr10	49900000	52900000	q11.23	0
+	chr10	52900000	61200000	q21.1	4
+	chr10	61200000	64500000	q21.2	0
+	chr10	64500000	70600000	q21.3	4
+	chr10	70600000	74900000	q22.1	0
+	chr10	74900000	77700000	q22.2	2
+	chr10	77700000	82000000	q22.3	0
+	chr10	82000000	87900000	q23.1	4
+	chr10	87900000	89500000	q23.2	0
+	chr10	89500000	92900000	q23.31	3
+	chr10	92900000	94100000	q23.32	0
+	chr10	94100000	97000000	q23.33	2
+	chr10	97000000	99300000	q24.1	0
+	chr10	99300000	101900000	q24.2	2
+	chr10	101900000	103000000	q24.31	0
+	chr10	103000000	104900000	q24.32	1
+	chr10	104900000	105800000	q24.33	0
+	chr10	105800000	111900000	q25.1	4
+	chr10	111900000	114900000	q25.2	0
+	chr10	114900000	119100000	q25.3	3
+	chr10	119100000	121700000	q26.11	0
+	chr10	121700000	123100000	q26.12	2
+	chr10	123100000	127500000	q26.13	0
+	chr10	127500000	130600000	q26.2	2
+	chr10	130600000	135534747	q26.3	0
+	chr11	0	2800000	p15.5	0
+	chr11	2800000	10700000	p15.4	2
+	chr11	10700000	12700000	p15.3	0
+	chr11	12700000	16200000	p15.2	2
+	chr11	16200000	21700000	p15.1	0
+	chr11	21700000	26100000	p14.3	4
+	chr11	26100000	27200000	p14.2	0
+	chr11	27200000	31000000	p14.1	3
+	chr11	31000000	36400000	p13	0
+	chr11	36400000	43500000	p12	4
+	chr11	43500000	48800000	p11.2	0
+	chr11	48800000	51600000	p11.12	3
+	chr11	51600000	53700000	p11.11	-1
+	chr11	53700000	55700000	q11	-2
+	chr11	55700000	59900000	q12.1	3
+	chr11	59900000	61700000	q12.2	0
+	chr11	61700000	63400000	q12.3	1
+	chr11	63400000	65900000	q13.1	0
+	chr11	65900000	68400000	q13.2	1
+	chr11	68400000	70400000	q13.3	0
+	chr11	70400000	75200000	q13.4	2
+	chr11	75200000	77100000	q13.5	0
+	chr11	77100000	85600000	q14.1	4
+	chr11	85600000	88300000	q14.2	0
+	chr11	88300000	92800000	q14.3	4
+	chr11	92800000	97200000	q21	0
+	chr11	97200000	102100000	q22.1	4
+	chr11	102100000	102900000	q22.2	0
+	chr11	102900000	110400000	q22.3	4
+	chr11	110400000	112500000	q23.1	0
+	chr11	112500000	114500000	q23.2	2
+	chr11	114500000	121200000	q23.3	0
+	chr11	121200000	123900000	q24.1	2
+	chr11	123900000	127800000	q24.2	0
+	chr11	127800000	130800000	q24.3	2
+	chr11	130800000	135006516	q25	0
+	chr12	0	3300000	p13.33	0
+	chr12	3300000	5400000	p13.32	1
+	chr12	5400000	10100000	p13.31	0
+	chr12	10100000	12800000	p13.2	3
+	chr12	12800000	14800000	p13.1	0
+	chr12	14800000	20000000	p12.3	4
+	chr12	20000000	21300000	p12.2	0
+	chr12	21300000	26500000	p12.1	4
+	chr12	26500000	27800000	p11.23	0
+	chr12	27800000	30700000	p11.22	2
+	chr12	30700000	33300000	p11.21	0
+	chr12	33300000	35800000	p11.1	-1
+	chr12	35800000	38200000	q11	-2
+	chr12	38200000	46400000	q12	4
+	chr12	46400000	49100000	q13.11	0
+	chr12	49100000	51500000	q13.12	1
+	chr12	51500000	54900000	q13.13	0
+	chr12	54900000	56600000	q13.2	1
+	chr12	56600000	58100000	q13.3	0
+	chr12	58100000	63100000	q14.1	3
+	chr12	63100000	65100000	q14.2	0
+	chr12	65100000	67700000	q14.3	2
+	chr12	67700000	71500000	q15	0
+	chr12	71500000	75700000	q21.1	3
+	chr12	75700000	80300000	q21.2	0
+	chr12	80300000	86700000	q21.31	4
+	chr12	86700000	89000000	q21.32	0
+	chr12	89000000	92600000	q21.33	4
+	chr12	92600000	96200000	q22	0
+	chr12	96200000	101600000	q23.1	3
+	chr12	101600000	103800000	q23.2	0
+	chr12	103800000	109000000	q23.3	2
+	chr12	109000000	111700000	q24.11	0
+	chr12	111700000	112300000	q24.12	1
+	chr12	112300000	114300000	q24.13	0
+	chr12	114300000	116800000	q24.21	2
+	chr12	116800000	118100000	q24.22	0
+	chr12	118100000	120700000	q24.23	2
+	chr12	120700000	125900000	q24.31	0
+	chr12	125900000	129300000	q24.32	2
+	chr12	129300000	133851895	q24.33	0
+	chr13	0	4500000	p13	5
+	chr13	4500000	10000000	p12	6
+	chr13	10000000	16300000	p11.2	5
+	chr13	16300000	17900000	p11.1	-1
+	chr13	17900000	19500000	q11	-2
+	chr13	19500000	23300000	q12.11	0
+	chr13	23300000	25500000	q12.12	1
+	chr13	25500000	27800000	q12.13	0
+	chr13	27800000	28900000	q12.2	1
+	chr13	28900000	32200000	q12.3	0
+	chr13	32200000	34000000	q13.1	2
+	chr13	34000000	35500000	q13.2	0
+	chr13	35500000	40100000	q13.3	3
+	chr13	40100000	45200000	q14.11	0
+	chr13	45200000	45800000	q14.12	1
+	chr13	45800000	47300000	q14.13	0
+	chr13	47300000	50900000	q14.2	2
+	chr13	50900000	55300000	q14.3	0
+	chr13	55300000	59600000	q21.1	4
+	chr13	59600000	62300000	q21.2	0
+	chr13	62300000	65700000	q21.31	3
+	chr13	65700000	68600000	q21.32	0
+	chr13	68600000	73300000	q21.33	4
+	chr13	73300000	75400000	q22.1	0
+	chr13	75400000	77200000	q22.2	2
+	chr13	77200000	79000000	q22.3	0
+	chr13	79000000	87700000	q31.1	4
+	chr13	87700000	90000000	q31.2	0
+	chr13	90000000	95000000	q31.3	4
+	chr13	95000000	98200000	q32.1	0
+	chr13	98200000	99300000	q32.2	1
+	chr13	99300000	101700000	q32.3	0
+	chr13	101700000	104800000	q33.1	4
+	chr13	104800000	107000000	q33.2	0
+	chr13	107000000	110300000	q33.3	4
+	chr13	110300000	115169878	q34	0
+	chr14	0	3700000	p13	5
+	chr14	3700000	8100000	p12	6
+	chr14	8100000	16100000	p11.2	5
+	chr14	16100000	17600000	p11.1	-1
+	chr14	17600000	19100000	q11.1	-2
+	chr14	19100000	24600000	q11.2	0
+	chr14	24600000	33300000	q12	4
+	chr14	33300000	35300000	q13.1	0
+	chr14	35300000	36600000	q13.2	2
+	chr14	36600000	37800000	q13.3	0
+	chr14	37800000	43500000	q21.1	4
+	chr14	43500000	47200000	q21.2	0
+	chr14	47200000	50900000	q21.3	4
+	chr14	50900000	54100000	q22.1	0
+	chr14	54100000	55500000	q22.2	1
+	chr14	55500000	58100000	q22.3	0
+	chr14	58100000	62100000	q23.1	3
+	chr14	62100000	64800000	q23.2	0
+	chr14	64800000	67900000	q23.3	2
+	chr14	67900000	70200000	q24.1	0
+	chr14	70200000	73800000	q24.2	2
+	chr14	73800000	79300000	q24.3	0
+	chr14	79300000	83600000	q31.1	4
+	chr14	83600000	84900000	q31.2	0
+	chr14	84900000	89800000	q31.3	4
+	chr14	89800000	91900000	q32.11	0
+	chr14	91900000	94700000	q32.12	1
+	chr14	94700000	96300000	q32.13	0
+	chr14	96300000	101400000	q32.2	2
+	chr14	101400000	103200000	q32.31	0
+	chr14	103200000	104000000	q32.32	2
+	chr14	104000000	107349540	q32.33	0
+	chr15	0	3900000	p13	5
+	chr15	3900000	8700000	p12	6
+	chr15	8700000	15800000	p11.2	5
+	chr15	15800000	19000000	p11.1	-1
+	chr15	19000000	20700000	q11.1	-2
+	chr15	20700000	25700000	q11.2	0
+	chr15	25700000	28100000	q12	2
+	chr15	28100000	30300000	q13.1	0
+	chr15	30300000	31200000	q13.2	2
+	chr15	31200000	33600000	q13.3	0
+	chr15	33600000	40100000	q14	3
+	chr15	40100000	42800000	q15.1	0
+	chr15	42800000	43600000	q15.2	1
+	chr15	43600000	44800000	q15.3	0
+	chr15	44800000	49500000	q21.1	3
+	chr15	49500000	52900000	q21.2	0
+	chr15	52900000	59100000	q21.3	3
+	chr15	59100000	59300000	q22.1	0
+	chr15	59300000	63700000	q22.2	1
+	chr15	63700000	67200000	q22.31	0
+	chr15	67200000	67300000	q22.32	1
+	chr15	67300000	67500000	q22.33	0
+	chr15	67500000	72700000	q23	1
+	chr15	72700000	75200000	q24.1	0
+	chr15	75200000	76600000	q24.2	1
+	chr15	76600000	78300000	q24.3	0
+	chr15	78300000	81700000	q25.1	2
+	chr15	81700000	85200000	q25.2	0
+	chr15	85200000	89100000	q25.3	2
+	chr15	89100000	94300000	q26.1	0
+	chr15	94300000	98500000	q26.2	2
+	chr15	98500000	102531392	q26.3	0
+	chr16	0	7900000	p13.3	0
+	chr16	7900000	10500000	p13.2	2
+	chr16	10500000	12600000	p13.13	0
+	chr16	12600000	14800000	p13.12	2
+	chr16	14800000	16800000	p13.11	0
+	chr16	16800000	21200000	p12.3	2
+	chr16	21200000	24200000	p12.2	0
+	chr16	24200000	28100000	p12.1	2
+	chr16	28100000	34600000	p11.2	0
+	chr16	34600000	36600000	p11.1	-1
+	chr16	36600000	38600000	q11.1	-2
+	chr16	38600000	47000000	q11.2	5
+	chr16	47000000	52600000	q12.1	0
+	chr16	52600000	56700000	q12.2	2
+	chr16	56700000	57400000	q13	0
+	chr16	57400000	66700000	q21	4
+	chr16	66700000	70800000	q22.1	0
+	chr16	70800000	72900000	q22.2	2
+	chr16	72900000	74100000	q22.3	0
+	chr16	74100000	79200000	q23.1	3
+	chr16	79200000	81700000	q23.2	0
+	chr16	81700000	84200000	q23.3	2
+	chr16	84200000	87100000	q24.1	0
+	chr16	87100000	88700000	q24.2	1
+	chr16	88700000	90354753	q24.3	0
+	chr17	0	3300000	p13.3	0
+	chr17	3300000	6500000	p13.2	2
+	chr17	6500000	10700000	p13.1	0
+	chr17	10700000	16000000	p12	3
+	chr17	16000000	22200000	p11.2	0
+	chr17	22200000	24000000	p11.1	-1
+	chr17	24000000	25800000	q11.1	-2
+	chr17	25800000	31800000	q11.2	0
+	chr17	31800000	38100000	q12	2
+	chr17	38100000	38400000	q21.1	0
+	chr17	38400000	40900000	q21.2	1
+	chr17	40900000	44900000	q21.31	0
+	chr17	44900000	47400000	q21.32	1
+	chr17	47400000	50200000	q21.33	0
+	chr17	50200000	57600000	q22	3
+	chr17	57600000	58300000	q23.1	0
+	chr17	58300000	61100000	q23.2	3
+	chr17	61100000	62600000	q23.3	0
+	chr17	62600000	64200000	q24.1	2
+	chr17	64200000	67100000	q24.2	0
+	chr17	67100000	70900000	q24.3	3
+	chr17	70900000	74800000	q25.1	0
+	chr17	74800000	75300000	q25.2	1
+	chr17	75300000	81195210	q25.3	0
+	chr18	0	2900000	p11.32	0
+	chr18	2900000	7100000	p11.31	2
+	chr18	7100000	8500000	p11.23	0
+	chr18	8500000	10900000	p11.22	1
+	chr18	10900000	15400000	p11.21	0
+	chr18	15400000	17200000	p11.1	-1
+	chr18	17200000	19000000	q11.1	-2
+	chr18	19000000	25000000	q11.2	0
+	chr18	25000000	32700000	q12.1	4
+	chr18	32700000	37200000	q12.2	0
+	chr18	37200000	43500000	q12.3	3
+	chr18	43500000	48200000	q21.1	0
+	chr18	48200000	53800000	q21.2	3
+	chr18	53800000	56200000	q21.31	0
+	chr18	56200000	59000000	q21.32	2
+	chr18	59000000	61600000	q21.33	0
+	chr18	61600000	66800000	q22.1	4
+	chr18	66800000	68700000	q22.2	0
+	chr18	68700000	73100000	q22.3	1
+	chr18	73100000	78077248	q23	0
+	chr19	0	6900000	p13.3	0
+	chr19	6900000	13900000	p13.2	1
+	chr19	13900000	14000000	p13.13	0
+	chr19	14000000	16300000	p13.12	1
+	chr19	16300000	20000000	p13.11	0
+	chr19	20000000	24400000	p12	5
+	chr19	24400000	26500000	p11	-1
+	chr19	26500000	28600000	q11	-2
+	chr19	28600000	32400000	q12	5
+	chr19	32400000	35500000	q13.11	0
+	chr19	35500000	38300000	q13.12	1
+	chr19	38300000	38700000	q13.13	0
+	chr19	38700000	43400000	q13.2	1
+	chr19	43400000	45200000	q13.31	0
+	chr19	45200000	48000000	q13.32	1
+	chr19	48000000	51400000	q13.33	0
+	chr19	51400000	53600000	q13.41	1
+	chr19	53600000	56300000	q13.42	0
+	chr19	56300000	59128983	q13.43	1
+	chr2	0	4400000	p25.3	0
+	chr2	4400000	7100000	p25.2	2
+	chr2	7100000	12200000	p25.1	0
+	chr2	12200000	16700000	p24.3	3
+	chr2	16700000	19200000	p24.2	0
+	chr2	19200000	24000000	p24.1	3
+	chr2	24000000	27900000	p23.3	0
+	chr2	27900000	30000000	p23.2	1
+	chr2	30000000	32100000	p23.1	0
+	chr2	32100000	36600000	p22.3	3
+	chr2	36600000	38600000	p22.2	0
+	chr2	38600000	41800000	p22.1	2
+	chr2	41800000	47800000	p21	0
+	chr2	47800000	52900000	p16.3	4
+	chr2	52900000	55000000	p16.2	0
+	chr2	55000000	61300000	p16.1	4
+	chr2	61300000	64100000	p15	0
+	chr2	64100000	68600000	p14	2
+	chr2	68600000	71500000	p13.3	0
+	chr2	71500000	73500000	p13.2	2
+	chr2	73500000	75000000	p13.1	0
+	chr2	75000000	83300000	p12	4
+	chr2	83300000	90500000	p11.2	0
+	chr2	90500000	93300000	p11.1	-1
+	chr2	93300000	96800000	q11.1	-2
+	chr2	96800000	102700000	q11.2	0
+	chr2	102700000	106000000	q12.1	2
+	chr2	106000000	107500000	q12.2	0
+	chr2	107500000	110200000	q12.3	1
+	chr2	110200000	114400000	q13	0
+	chr2	114400000	118800000	q14.1	2
+	chr2	118800000	122400000	q14.2	0
+	chr2	122400000	129900000	q14.3	2
+	chr2	129900000	132500000	q21.1	0
+	chr2	132500000	135100000	q21.2	1
+	chr2	135100000	136800000	q21.3	0
+	chr2	136800000	142200000	q22.1	4
+	chr2	142200000	144100000	q22.2	0
+	chr2	144100000	148700000	q22.3	4
+	chr2	148700000	149900000	q23.1	0
+	chr2	149900000	150500000	q23.2	1
+	chr2	150500000	154900000	q23.3	0
+	chr2	154900000	159800000	q24.1	3
+	chr2	159800000	163700000	q24.2	0
+	chr2	163700000	169700000	q24.3	3
+	chr2	169700000	178000000	q31.1	0
+	chr2	178000000	180600000	q31.2	2
+	chr2	180600000	183000000	q31.3	0
+	chr2	183000000	189400000	q32.1	3
+	chr2	189400000	191900000	q32.2	0
+	chr2	191900000	197400000	q32.3	3
+	chr2	197400000	203300000	q33.1	0
+	chr2	203300000	204900000	q33.2	2
+	chr2	204900000	209000000	q33.3	0
+	chr2	209000000	215300000	q34	4
+	chr2	215300000	221500000	q35	0
+	chr2	221500000	225200000	q36.1	3
+	chr2	225200000	226100000	q36.2	0
+	chr2	226100000	231000000	q36.3	4
+	chr2	231000000	235600000	q37.1	0
+	chr2	235600000	237300000	q37.2	2
+	chr2	237300000	243199373	q37.3	0
+	chr20	0	5100000	p13	0
+	chr20	5100000	9200000	p12.3	3
+	chr20	9200000	12100000	p12.2	0
+	chr20	12100000	17900000	p12.1	3
+	chr20	17900000	21300000	p11.23	0
+	chr20	21300000	22300000	p11.22	1
+	chr20	22300000	25600000	p11.21	0
+	chr20	25600000	27500000	p11.1	-1
+	chr20	27500000	29400000	q11.1	-2
+	chr20	29400000	32100000	q11.21	0
+	chr20	32100000	34400000	q11.22	1
+	chr20	34400000	37600000	q11.23	0
+	chr20	37600000	41700000	q12	3
+	chr20	41700000	42100000	q13.11	0
+	chr20	42100000	46400000	q13.12	1
+	chr20	46400000	49800000	q13.13	0
+	chr20	49800000	55000000	q13.2	3
+	chr20	55000000	56500000	q13.31	0
+	chr20	56500000	58400000	q13.32	2
+	chr20	58400000	63025520	q13.33	0
+	chr21	0	2800000	p13	5
+	chr21	2800000	6800000	p12	6
+	chr21	6800000	10900000	p11.2	5
+	chr21	10900000	13200000	p11.1	-1
+	chr21	13200000	14300000	q11.1	-2
+	chr21	14300000	16400000	q11.2	0
+	chr21	16400000	24000000	q21.1	4
+	chr21	24000000	26800000	q21.2	0
+	chr21	26800000	31500000	q21.3	3
+	chr21	31500000	35800000	q22.11	0
+	chr21	35800000	37800000	q22.12	2
+	chr21	37800000	39700000	q22.13	0
+	chr21	39700000	42600000	q22.2	2
+	chr21	42600000	48129895	q22.3	0
+	chr22	0	3800000	p13	5
+	chr22	3800000	8300000	p12	6
+	chr22	8300000	12200000	p11.2	5
+	chr22	12200000	14700000	p11.1	-1
+	chr22	14700000	17900000	q11.1	-2
+	chr22	17900000	22200000	q11.21	0
+	chr22	22200000	23500000	q11.22	1
+	chr22	23500000	25900000	q11.23	0
+	chr22	25900000	29600000	q12.1	2
+	chr22	29600000	32200000	q12.2	0
+	chr22	32200000	37600000	q12.3	2
+	chr22	37600000	41000000	q13.1	0
+	chr22	41000000	44200000	q13.2	2
+	chr22	44200000	48400000	q13.31	0
+	chr22	48400000	49400000	q13.32	2
+	chr22	49400000	51304566	q13.33	0
+	chr3	0	2800000	p26.3	2
+	chr3	2800000	4000000	p26.2	0
+	chr3	4000000	8700000	p26.1	2
+	chr3	8700000	11800000	p25.3	0
+	chr3	11800000	13300000	p25.2	1
+	chr3	13300000	16400000	p25.1	0
+	chr3	16400000	23900000	p24.3	4
+	chr3	23900000	26400000	p24.2	0
+	chr3	26400000	30900000	p24.1	3
+	chr3	30900000	32100000	p23	0
+	chr3	32100000	36500000	p22.3	2
+	chr3	36500000	39400000	p22.2	0
+	chr3	39400000	43700000	p22.1	3
+	chr3	43700000	44100000	p21.33	0
+	chr3	44100000	44200000	p21.32	2
+	chr3	44200000	50600000	p21.31	0
+	chr3	50600000	52300000	p21.2	1
+	chr3	52300000	54400000	p21.1	0
+	chr3	54400000	58600000	p14.3	2
+	chr3	58600000	63700000	p14.2	0
+	chr3	63700000	69800000	p14.1	2
+	chr3	69800000	74200000	p13	0
+	chr3	74200000	79800000	p12.3	3
+	chr3	79800000	83500000	p12.2	0
+	chr3	83500000	87200000	p12.1	3
+	chr3	87200000	87900000	p11.2	0
+	chr3	87900000	91000000	p11.1	-1
+	chr3	91000000	93900000	q11.1	-2
+	chr3	93900000	98300000	q11.2	5
+	chr3	98300000	100000000	q12.1	0
+	chr3	100000000	100900000	q12.2	1
+	chr3	100900000	102800000	q12.3	0
+	chr3	102800000	106200000	q13.11	3
+	chr3	106200000	107900000	q13.12	0
+	chr3	107900000	111300000	q13.13	2
+	chr3	111300000	113500000	q13.2	0
+	chr3	113500000	117300000	q13.31	3
+	chr3	117300000	119000000	q13.32	0
+	chr3	119000000	121900000	q13.33	3
+	chr3	121900000	123800000	q21.1	0
+	chr3	123800000	125800000	q21.2	1
+	chr3	125800000	129200000	q21.3	0
+	chr3	129200000	133700000	q22.1	1
+	chr3	133700000	135700000	q22.2	0
+	chr3	135700000	138700000	q22.3	1
+	chr3	138700000	142800000	q23	0
+	chr3	142800000	148900000	q24	4
+	chr3	148900000	152100000	q25.1	0
+	chr3	152100000	155000000	q25.2	2
+	chr3	155000000	157000000	q25.31	0
+	chr3	157000000	159000000	q25.32	2
+	chr3	159000000	160700000	q25.33	0
+	chr3	160700000	167600000	q26.1	4
+	chr3	167600000	170900000	q26.2	0
+	chr3	170900000	175700000	q26.31	3
+	chr3	175700000	179000000	q26.32	0
+	chr3	179000000	182700000	q26.33	3
+	chr3	182700000	184500000	q27.1	0
+	chr3	184500000	186000000	q27.2	1
+	chr3	186000000	187900000	q27.3	0
+	chr3	187900000	192300000	q28	3
+	chr3	192300000	198022430	q29	0
+	chr4	0	4500000	p16.3	0
+	chr4	4500000	6000000	p16.2	1
+	chr4	6000000	11300000	p16.1	0
+	chr4	11300000	15200000	p15.33	2
+	chr4	15200000	17800000	p15.32	0
+	chr4	17800000	21300000	p15.31	3
+	chr4	21300000	27700000	p15.2	0
+	chr4	27700000	35800000	p15.1	4
+	chr4	35800000	41200000	p14	0
+	chr4	41200000	44600000	p13	2
+	chr4	44600000	48200000	p12	0
+	chr4	48200000	50400000	p11	-1
+	chr4	50400000	52700000	q11	-2
+	chr4	52700000	59500000	q12	0
+	chr4	59500000	66600000	q13.1	4
+	chr4	66600000	70500000	q13.2	0
+	chr4	70500000	76300000	q13.3	3
+	chr4	76300000	78900000	q21.1	0
+	chr4	78900000	82400000	q21.21	2
+	chr4	82400000	84100000	q21.22	0
+	chr4	84100000	86900000	q21.23	1
+	chr4	86900000	88000000	q21.3	0
+	chr4	88000000	93700000	q22.1	3
+	chr4	93700000	95100000	q22.2	0
+	chr4	95100000	98800000	q22.3	3
+	chr4	98800000	101100000	q23	0
+	chr4	101100000	107700000	q24	2
+	chr4	107700000	114100000	q25	0
+	chr4	114100000	120800000	q26	3
+	chr4	120800000	123800000	q27	0
+	chr4	123800000	128800000	q28.1	2
+	chr4	128800000	131100000	q28.2	0
+	chr4	131100000	139500000	q28.3	4
+	chr4	139500000	141500000	q31.1	0
+	chr4	141500000	146800000	q31.21	1
+	chr4	146800000	148500000	q31.22	0
+	chr4	148500000	151100000	q31.23	1
+	chr4	151100000	155600000	q31.3	0
+	chr4	155600000	161800000	q32.1	4
+	chr4	161800000	164500000	q32.2	0
+	chr4	164500000	170100000	q32.3	4
+	chr4	170100000	171900000	q33	0
+	chr4	171900000	176300000	q34.1	3
+	chr4	176300000	177500000	q34.2	0
+	chr4	177500000	183200000	q34.3	4
+	chr4	183200000	187100000	q35.1	0
+	chr4	187100000	191154276	q35.2	1
+	chr5	0	4500000	p15.33	0
+	chr5	4500000	6300000	p15.32	1
+	chr5	6300000	9800000	p15.31	0
+	chr5	9800000	15000000	p15.2	2
+	chr5	15000000	18400000	p15.1	0
+	chr5	18400000	23300000	p14.3	4
+	chr5	23300000	24600000	p14.2	0
+	chr5	24600000	28900000	p14.1	4
+	chr5	28900000	33800000	p13.3	0
+	chr5	33800000	38400000	p13.2	1
+	chr5	38400000	42500000	p13.1	0
+	chr5	42500000	46100000	p12	2
+	chr5	46100000	48400000	p11	-1
+	chr5	48400000	50700000	q11.1	-2
+	chr5	50700000	58900000	q11.2	0
+	chr5	58900000	62900000	q12.1	3
+	chr5	62900000	63200000	q12.2	0
+	chr5	63200000	66700000	q12.3	3
+	chr5	66700000	68400000	q13.1	0
+	chr5	68400000	73300000	q13.2	2
+	chr5	73300000	76900000	q13.3	0
+	chr5	76900000	81400000	q14.1	2
+	chr5	81400000	82800000	q14.2	0
+	chr5	82800000	92300000	q14.3	4
+	chr5	92300000	98200000	q15	0
+	chr5	98200000	102800000	q21.1	4
+	chr5	102800000	104500000	q21.2	0
+	chr5	104500000	109600000	q21.3	4
+	chr5	109600000	111500000	q22.1	0
+	chr5	111500000	113100000	q22.2	2
+	chr5	113100000	115200000	q22.3	0
+	chr5	115200000	121400000	q23.1	4
+	chr5	121400000	127300000	q23.2	0
+	chr5	127300000	130600000	q23.3	4
+	chr5	130600000	136200000	q31.1	0
+	chr5	136200000	139500000	q31.2	1
+	chr5	139500000	144500000	q31.3	0
+	chr5	144500000	149800000	q32	3
+	chr5	149800000	152700000	q33.1	0
+	chr5	152700000	155700000	q33.2	2
+	chr5	155700000	159900000	q33.3	0
+	chr5	159900000	168500000	q34	4
+	chr5	168500000	172800000	q35.1	0
+	chr5	172800000	176600000	q35.2	1
+	chr5	176600000	180915260	q35.3	0
+	chr6	0	2300000	p25.3	0
+	chr6	2300000	4200000	p25.2	1
+	chr6	4200000	7100000	p25.1	0
+	chr6	7100000	10600000	p24.3	2
+	chr6	10600000	11600000	p24.2	0
+	chr6	11600000	13400000	p24.1	1
+	chr6	13400000	15200000	p23	0
+	chr6	15200000	25200000	p22.3	3
+	chr6	25200000	27000000	p22.2	0
+	chr6	27000000	30400000	p22.1	2
+	chr6	30400000	32100000	p21.33	0
+	chr6	32100000	33500000	p21.32	1
+	chr6	33500000	36600000	p21.31	0
+	chr6	36600000	40500000	p21.2	1
+	chr6	40500000	46200000	p21.1	0
+	chr6	46200000	51800000	p12.3	4
+	chr6	51800000	52900000	p12.2	0
+	chr6	52900000	57000000	p12.1	4
+	chr6	57000000	58700000	p11.2	0
+	chr6	58700000	61000000	p11.1	-1
+	chr6	61000000	63300000	q11.1	-2
+	chr6	63300000	63400000	q11.2	0
+	chr6	63400000	70000000	q12	4
+	chr6	70000000	75900000	q13	0
+	chr6	75900000	83900000	q14.1	2
+	chr6	83900000	84900000	q14.2	0
+	chr6	84900000	88000000	q14.3	2
+	chr6	88000000	93100000	q15	0
+	chr6	93100000	99500000	q16.1	4
+	chr6	99500000	100600000	q16.2	0
+	chr6	100600000	105500000	q16.3	4
+	chr6	105500000	114600000	q21	0
+	chr6	114600000	118300000	q22.1	3
+	chr6	118300000	118500000	q22.2	0
+	chr6	118500000	126100000	q22.31	4
+	chr6	126100000	127100000	q22.32	0
+	chr6	127100000	130300000	q22.33	3
+	chr6	130300000	131200000	q23.1	0
+	chr6	131200000	135200000	q23.2	2
+	chr6	135200000	139000000	q23.3	0
+	chr6	139000000	142800000	q24.1	3
+	chr6	142800000	145600000	q24.2	0
+	chr6	145600000	149000000	q24.3	3
+	chr6	149000000	152500000	q25.1	0
+	chr6	152500000	155500000	q25.2	2
+	chr6	155500000	161000000	q25.3	0
+	chr6	161000000	164500000	q26	2
+	chr6	164500000	171115067	q27	0
+	chr7	0	2800000	p22.3	0
+	chr7	2800000	4500000	p22.2	1
+	chr7	4500000	7300000	p22.1	0
+	chr7	7300000	13800000	p21.3	4
+	chr7	13800000	16500000	p21.2	0
+	chr7	16500000	20900000	p21.1	4
+	chr7	20900000	25500000	p15.3	0
+	chr7	25500000	28000000	p15.2	2
+	chr7	28000000	28800000	p15.1	0
+	chr7	28800000	35000000	p14.3	3
+	chr7	35000000	37200000	p14.2	0
+	chr7	37200000	43300000	p14.1	3
+	chr7	43300000	45400000	p13	0
+	chr7	45400000	49000000	p12.3	3
+	chr7	49000000	50500000	p12.2	0
+	chr7	50500000	54000000	p12.1	3
+	chr7	54000000	58000000	p11.2	0
+	chr7	58000000	59900000	p11.1	-1
+	chr7	59900000	61700000	q11.1	-2
+	chr7	61700000	67000000	q11.21	0
+	chr7	67000000	72200000	q11.22	2
+	chr7	72200000	77500000	q11.23	0
+	chr7	77500000	86400000	q21.11	4
+	chr7	86400000	88200000	q21.12	0
+	chr7	88200000	91100000	q21.13	3
+	chr7	91100000	92800000	q21.2	0
+	chr7	92800000	98000000	q21.3	3
+	chr7	98000000	103800000	q22.1	0
+	chr7	103800000	104500000	q22.2	2
+	chr7	104500000	107400000	q22.3	0
+	chr7	107400000	114600000	q31.1	3
+	chr7	114600000	117400000	q31.2	0
+	chr7	117400000	121100000	q31.31	3
+	chr7	121100000	123800000	q31.32	0
+	chr7	123800000	127100000	q31.33	3
+	chr7	127100000	129200000	q32.1	0
+	chr7	129200000	130400000	q32.2	1
+	chr7	130400000	132600000	q32.3	0
+	chr7	132600000	138200000	q33	2
+	chr7	138200000	143100000	q34	0
+	chr7	143100000	147900000	q35	3
+	chr7	147900000	152600000	q36.1	0
+	chr7	152600000	155100000	q36.2	1
+	chr7	155100000	159138663	q36.3	0
+	chr8	0	2200000	p23.3	0
+	chr8	2200000	6200000	p23.2	3
+	chr8	6200000	12700000	p23.1	0
+	chr8	12700000	19000000	p22	4
+	chr8	19000000	23300000	p21.3	0
+	chr8	23300000	27400000	p21.2	2
+	chr8	27400000	28800000	p21.1	0
+	chr8	28800000	36500000	p12	3
+	chr8	36500000	38300000	p11.23	0
+	chr8	38300000	39700000	p11.22	1
+	chr8	39700000	43100000	p11.21	0
+	chr8	43100000	45600000	p11.1	-1
+	chr8	45600000	48100000	q11.1	-2
+	chr8	48100000	52200000	q11.21	0
+	chr8	52200000	52600000	q11.22	3
+	chr8	52600000	55500000	q11.23	0
+	chr8	55500000	61600000	q12.1	2
+	chr8	61600000	62200000	q12.2	0
+	chr8	62200000	66000000	q12.3	2
+	chr8	66000000	68000000	q13.1	0
+	chr8	68000000	70500000	q13.2	2
+	chr8	70500000	73900000	q13.3	0
+	chr8	73900000	78300000	q21.11	4
+	chr8	78300000	80100000	q21.12	0
+	chr8	80100000	84600000	q21.13	3
+	chr8	84600000	86900000	q21.2	0
+	chr8	86900000	93300000	q21.3	4
+	chr8	93300000	99000000	q22.1	0
+	chr8	99000000	101600000	q22.2	1
+	chr8	101600000	106200000	q22.3	0
+	chr8	106200000	110500000	q23.1	3
+	chr8	110500000	112100000	q23.2	0
+	chr8	112100000	117700000	q23.3	4
+	chr8	117700000	119200000	q24.11	0
+	chr8	119200000	122500000	q24.12	2
+	chr8	122500000	127300000	q24.13	0
+	chr8	127300000	131500000	q24.21	2
+	chr8	131500000	136400000	q24.22	0
+	chr8	136400000	139900000	q24.23	3
+	chr8	139900000	146364022	q24.3	0
+	chr9	0	2200000	p24.3	0
+	chr9	2200000	4600000	p24.2	1
+	chr9	4600000	9000000	p24.1	0
+	chr9	9000000	14200000	p23	3
+	chr9	14200000	16600000	p22.3	0
+	chr9	16600000	18500000	p22.2	1
+	chr9	18500000	19900000	p22.1	0
+	chr9	19900000	25600000	p21.3	4
+	chr9	25600000	28000000	p21.2	0
+	chr9	28000000	33200000	p21.1	4
+	chr9	33200000	36300000	p13.3	0
+	chr9	36300000	38400000	p13.2	1
+	chr9	38400000	41000000	p13.1	0
+	chr9	41000000	43600000	p12	2
+	chr9	43600000	47300000	p11.2	0
+	chr9	47300000	49000000	p11.1	-1
+	chr9	49000000	50700000	q11	-2
+	chr9	50700000	65900000	q12	5
+	chr9	65900000	68700000	q13	0
+	chr9	68700000	72200000	q21.11	1
+	chr9	72200000	74000000	q21.12	0
+	chr9	74000000	79200000	q21.13	2
+	chr9	79200000	81100000	q21.2	0
+	chr9	81100000	84100000	q21.31	2
+	chr9	84100000	86900000	q21.32	0
+	chr9	86900000	90400000	q21.33	2
+	chr9	90400000	91800000	q22.1	0
+	chr9	91800000	93900000	q22.2	1
+	chr9	93900000	96600000	q22.31	0
+	chr9	96600000	99300000	q22.32	1
+	chr9	99300000	102600000	q22.33	0
+	chr9	102600000	108200000	q31.1	4
+	chr9	108200000	111300000	q31.2	0
+	chr9	111300000	114900000	q31.3	1
+	chr9	114900000	117700000	q32	0
+	chr9	117700000	122500000	q33.1	3
+	chr9	122500000	125800000	q33.2	0
+	chr9	125800000	130300000	q33.3	1
+	chr9	130300000	133500000	q34.11	0
+	chr9	133500000	134000000	q34.12	1
+	chr9	134000000	135900000	q34.13	0
+	chr9	135900000	137400000	q34.2	1
+	chr9	137400000	141213431	q34.3	0
+	chrX	0	4300000	p22.33	0
+	chrX	4300000	6000000	p22.32	2
+	chrX	6000000	9500000	p22.31	0
+	chrX	9500000	17100000	p22.2	2
+	chrX	17100000	19300000	p22.13	0
+	chrX	19300000	21900000	p22.12	2
+	chrX	21900000	24900000	p22.11	0
+	chrX	24900000	29300000	p21.3	4
+	chrX	29300000	31500000	p21.2	0
+	chrX	31500000	37600000	p21.1	4
+	chrX	37600000	42400000	p11.4	0
+	chrX	42400000	46400000	p11.3	3
+	chrX	46400000	49800000	p11.23	0
+	chrX	49800000	54800000	p11.22	1
+	chrX	54800000	58100000	p11.21	0
+	chrX	58100000	60600000	p11.1	-1
+	chrX	60600000	63000000	q11.1	-2
+	chrX	63000000	64600000	q11.2	0
+	chrX	64600000	67800000	q12	2
+	chrX	67800000	71800000	q13.1	0
+	chrX	71800000	73900000	q13.2	2
+	chrX	73900000	76000000	q13.3	0
+	chrX	76000000	84600000	q21.1	4
+	chrX	84600000	86200000	q21.2	0
+	chrX	86200000	91800000	q21.31	4
+	chrX	91800000	93500000	q21.32	0
+	chrX	93500000	98300000	q21.33	3
+	chrX	98300000	102600000	q22.1	0
+	chrX	102600000	103700000	q22.2	2
+	chrX	103700000	108700000	q22.3	0
+	chrX	108700000	116500000	q23	3
+	chrX	116500000	120900000	q24	0
+	chrX	120900000	128700000	q25	4
+	chrX	128700000	130400000	q26.1	0
+	chrX	130400000	133600000	q26.2	1
+	chrX	133600000	138000000	q26.3	0
+	chrX	138000000	140300000	q27.1	3
+	chrX	140300000	142100000	q27.2	0
+	chrX	142100000	147100000	q27.3	4
+	chrX	147100000	155270560	q28	0
+	chrY	0	2500000	p11.32	0
+	chrY	2500000	3000000	p11.31	2
+	chrY	3000000	11600000	p11.2	0
+	chrY	11600000	12500000	p11.1	-1
+	chrY	12500000	13400000	q11.1	-2
+	chrY	13400000	15100000	q11.21	0
+	chrY	15100000	19800000	q11.221	2
+	chrY	19800000	22100000	q11.222	0
+	chrY	22100000	26200000	q11.223	2
+	chrY	26200000	28800000	q11.23	0
+	chrY	28800000	59373566	q12	5
diff --git a/hg19/dataset b/hg19/dataset
new file mode 100644
index 0000000..013f3ef
--- /dev/null
+++ b/hg19/dataset
@@ -0,0 +1,4 @@
+longrange	images/longrange_logo.png	Long-range genome interaction tracks	\N	Collection of published long-range genome interaction data sets on human cell types.
+roadmapepigenome	images/roadmapepigenome.png	Roadmap Epigenomics project	http://www.roadmapepigenomics.org/	The project aims to provide a reference human epigenome by surveying many epigenetic marks across a wide scope of normal human tissues and cell types.<br>Data files were downloaded from <a href=http://www.genboree.org/epigenomeatlas/dataFlow.rhtml target=_blank>EDACC website</a>.<br>Data analysis procedures were described in <a href=http://www.ncbi.nlm.nih.gov/geo/ target=_blank>GEO database record</a> associated with each track.
+encode	images/ENCODE_logo.gif	ENCODE: Encyclopedia Of DNA Elements	http://genome.ucsc.edu/ENCODE/	The Encyclopedia of DNA Elements (ENCODE) Consortium is an international collaboration of research groups funded by the National Human Genome Research Institute (NHGRI). The goal of ENCODE is to build a comprehensive parts list of functional elements in the human genome, including elements that act at the protein and RNA levels, and regulatory elements that control cells and circumstances in which a gene is active. (from UCSC ENCODE website)<br>Data files were downloaded from <a href=http://genome.ucsc.edu/ENCODE/downloads.html target=_blank>UCSC ENCODE project website</a>.
+mock	images/mock.png	Mock data set	\N	A mock data set showing some interesting data pattern at region chr10:21000000-26000000 if tracks are in appropriate order. Refer to http://epigenome.wustl.edu/egGateway/mockdata.pdf for more information.
diff --git a/hg19/decorInfo b/hg19/decorInfo
new file mode 100644
index 0000000..8dcfa9a
--- /dev/null
+++ b/hg19/decorInfo
@@ -0,0 +1,95 @@
+knownGene	UCSC genes	\N	2	0	1	http://genome.ucsc.edu/cgi-bin/hgGene?hgg_type=knownGene&db=hg19&hgg_gene=
+knownGenepromoter	promoters (UCSC genes)	knownGene	2	0	0	\N
+knownGeneutr3	3' UTRs (UCSC genes)	knownGene	2	0	0	\N
+knownGeneutr5	5' UTRs (UCSC genes)	knownGene	2	0	0	\N
+knownGeneexons	exons (UCSC genes)	knownGene	2	0	0	\N
+knownGeneintrons	introns (UCSC genes)	knownGene	2	0	0	\N
+refGene	RefSeq genes	\N	2	0	1	http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Search&db=Nucleotide&doptcmdl=GenBank&term=
+refGenepromoter	promoters (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr3	3' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr5	5' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneexons	exons (RefSeq genes)	refGene	2	0	0	\N
+refGeneintrons	introns (RefSeq genes)	refGene	2	0	0	\N
+ensGene	Ensembl genes	\N	2	0	1	http://www.ensembl.org/Homo_sapiens/geneview?gene=
+ensGenepromoter	promoters (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneutr3	3' UTRs (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneutr5	5' UTRs (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneexons	exons (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneintrons	introns (Ensembl genes)	ensGene	2	0	0	\N
+gencodev11Gene	ENCODE/GENCODE genes v11	\N	2	0	1	http://www.ensembl.org/Homo_sapiens/Transcript/Summary?db=core;t=
+gencodev11Genepromoter	promoters (ENCODE/GENCODE v11)	gencodev11Gene	2	0	0	\N
+gencodev11Geneutr3	3' UTRs (ENCODE/GENCODE v11)	gencodev11Gene	2	0	0	\N
+gencodev11Geneutr5	5' UTRs (ENCODE/GENCODE v11)	gencodev11Gene	2	0	0	\N
+gencodev11Geneexons	exons (ENCODE/GENCODE v11)	gencodev11Gene	2	0	0	\N
+gencodev11Geneintrons	introns (ENCODE/GENCODE v11)	gencodev11Gene	2	0	0	\N
+rmsk_ensemble	RepeatMasker Ensemble	\N	4	12	0	\N
+RNA	RNA	\N	4	0	0	\N
+RNAsrpRNA	srpRNA (RNA)	RNA	4	0	0	\N
+RNArRNA	rRNA (RNA)	RNA	4	0	0	\N
+RNAsnRNA	snRNA (RNA)	RNA	4	0	0	\N
+RNAtRNA	tRNA (RNA)	RNA	4	0	0	\N
+RNAscRNA	scRNA (RNA)	RNA	4	0	0	\N
+RNARNA	RNA (RNA)	RNA	4	0	0	\N
+DNA	DNA transposon	\N	4	0	0	\N
+DNAMerlin	Merlin (DNA transposon)	DNA	4	0	0	\N
+DNATcMar	TcMar (DNA transposon)	DNA	4	0	0	\N
+DNATcMar?	TcMar? (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-Tip100	hAT-Tip100 (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-Charlie	hAT-Charlie (DNA transposon)	DNA	4	0	0	\N
+DNATcMar-Mariner	TcMar-Mariner (DNA transposon)	DNA	4	0	0	\N
+DNAMuDR	MuDR (DNA transposon)	DNA	4	0	0	\N
+DNADNA	DNA (DNA transposon)	DNA	4	0	0	\N
+DNAPiggyBac	PiggyBac (DNA transposon)	DNA	4	0	0	\N
+DNAPiggyBac?	PiggyBac? (DNA transposon)	DNA	4	0	0	\N
+DNATcMar-Tc2	TcMar-Tc2 (DNA transposon)	DNA	4	0	0	\N
+DNAhAT-Blackjack	hAT-Blackjack (DNA transposon)	DNA	4	0	0	\N
+DNATcMar-Tigger	TcMar-Tigger (DNA transposon)	DNA	4	0	0	\N
+DNAhAT	hAT (DNA transposon)	DNA	4	0	0	\N
+DNAhAT?	hAT? (DNA transposon)	DNA	4	0	0	\N
+SINE	SINE	\N	4	0	0	\N
+SINEMIR	MIR (SINE)	SINE	4	0	0	\N
+SINESINE	SINE (SINE)	SINE	4	0	0	\N
+SINEDeu	Deu (SINE)	SINE	4	0	0	\N
+SINEtRNA	tRNA (SINE)	SINE	4	0	0	\N
+SINEAlu	Alu (SINE)	SINE	4	0	0	\N
+LINE	LINE	\N	4	0	0	\N
+LINERTE	RTE (LINE)	LINE	4	0	0	\N
+LINERTE-BovB	RTE-BovB (LINE)	LINE	4	0	0	\N
+LINEL2	L2 (LINE)	LINE	4	0	0	\N
+LINEL1	L1 (LINE)	LINE	4	0	0	\N
+LINEL1?	L1? (LINE)	LINE	4	0	0	\N
+LINEDong-R4	Dong-R4 (LINE)	LINE	4	0	0	\N
+LINECR1	CR1 (LINE)	LINE	4	0	0	\N
+LTR	LTR	\N	4	0	0	\N
+LTRERV	ERV (LTR)	LTR	4	0	0	\N
+LTRLTR	LTR (LTR)	LTR	4	0	0	\N
+LTRERVL	ERVL (LTR)	LTR	4	0	0	\N
+LTRERVL?	ERVL? (LTR)	LTR	4	0	0	\N
+LTRERVK	ERVK (LTR)	LTR	4	0	0	\N
+LTRERVL-MaLR	ERVL-MaLR (LTR)	LTR	4	0	0	\N
+LTRGypsy	Gypsy (LTR)	LTR	4	0	0	\N
+LTRGypsy?	Gypsy? (LTR)	LTR	4	0	0	\N
+LTRERV1	ERV1 (LTR)	LTR	4	0	0	\N
+Low_complexity	low complexity	\N	4	0	0	\N
+Satellite	satellite	\N	4	0	0	\N
+SatelliteSatellite	Satellite (satellite)	Satellite	4	0	0	\N
+Satellitecentr	centr (satellite)	Satellite	4	0	0	\N
+Satelliteacro	acro (satellite)	Satellite	4	0	0	\N
+Satellitetelo	telo (satellite)	Satellite	4	0	0	\N
+Simple_repeat	simple repeat	\N	4	0	0	\N
+Other	other repeats	\N	4	0	0	\N
+Unknown	unknown	\N	4	0	0	\N
+vertebratephastCons46way	vertebrate PhastCons	\N	6	8	0	\N
+primatephastCons46way	primate PhastCons	\N	6	8	0	\N
+placentalphastCons46way	placental PhastCons	\N	6	8	0	\N
+vertebratephyloP46way	vertebrate PhyloP	\N	6	8	0	\N
+primatephyloP46way	primate PhyloP	\N	6	8	0	\N
+placentalphyloP46way	placental PhyloP	\N	6	8	0	\N
+cpgisland	CpG island	\N	5	0	0	\N
+gc5Base	GC percent	\N	5	14	0	\N
+wgEncodeCrgMapabilityAlign100mer	100mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
+wgEncodeCrgMapabilityAlign40mer	40mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
+wgEncodeCrgMapabilityAlign24mer	24mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
+wgEncodeCrgMapabilityAlign50mer	50mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
+wgEncodeCrgMapabilityAlign36mer	36mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
+wgEncodeCrgMapabilityAlign75mer	75mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
diff --git a/hg19/encode b/hg19/encode
new file mode 100644
index 0000000..f3a6603
--- /dev/null
+++ b/hg19/encode
@@ -0,0 +1,4251 @@
+GSM605628_6
+GSM767846_3
+GSM897082_3
+GSM973682_4
+GSM803478_1
+GSM733734_1
+GSM646560_1
+GSM849342_3
+GSM803442_1
+GSM973667_3
+GSM935555_1
+GSM935381_1
+GSM605630_3
+GSM736504_1
+GSM822268_1
+GSM733696_1
+GSM935528_1
+GSM973665_1
+GSM822303_2
+GSM830987_1
+GSM897084_3
+GSM864339_2
+GSM935397_1
+GSM935585_1
+GSM977046_2
+GSM765387_1
+GSM945230_2
+GSM945185_2
+GSM935329_1
+GSM897069_4
+GSM935296_1
+GSM849343_3
+GSM830526_2
+GSM973675_1
+GSM822305_2
+GSM803370_2
+GSM736509_1
+GSM923443_7
+GSM849027_2
+GSM977049_2
+GSM605627_2
+GSM923439_3
+GSM758572_1
+GSM803427_1
+GSM816649_2
+GSM945289_1
+GSM935384_1
+GSM765399_3
+GSM973672_4
+GSM935436_1
+GSM803476_1
+GSM758568_3
+GSM923419_2
+GSM758559_2
+GSM935554_1
+GSM816659_2
+GSM767857_1
+GSM765386_3
+GSM733749_1
+GSM803410_2
+GSM803415_2
+GSM935429_1
+GSM945290_1
+GSM822281_2
+GSM767841_2
+GSM945212_2
+GSM897077_4
+GSM767856_2
+GSM973670_2
+GSM935360_1
+GSM935533_1
+GSM958738_2
+GSM816633_2
+GSM923445_2
+GSM782122_1
+GSM923453_2
+GSM803532_2
+GSM945184_2
+GSM973677_4
+GSM803522_2
+GSM803393_1
+GSM935552_1
+GSM767857_3
+GSM605635_3
+GSM849331_1
+GSM945210_1
+GSM822302_2
+GSM733657_1
+GSM765390_2
+GSM973686_4
+GSM945170_1
+GSM931362_1
+GSM749759_1
+GSM822296_1
+GSM736515_1
+GSM945167_1
+GSM803402_2
+GSM945251_2
+GSM849326_1
+GSM945856_1
+GSM935303_1
+GSM749686_1
+GSM733689_1
+GSM733661_1
+GSM935387_1
+GSM923437_1
+GSM973672_1
+GSM765387_3
+GSM822269_1
+GSM803448_2
+GSM736520_1
+GSM973666_3
+GSM935614_1
+GSM803355_2
+GSM945292_1
+GSM935624_1
+GSM923446_8
+GSM830988_1
+GSM849367_1
+GSM803426_2
+GSM816652_2
+GSM897077_3
+GSM923440_1
+GSM840137_4
+GSM935317_1
+GSM945233_1
+GSM849339_5
+GSM803437_2
+GSM765404_4
+GSM822299_1
+GSM923420_2
+GSM803466_1
+GSM733712_1
+GSM973679_3
+GSM822290_2
+GSM736501_1
+GSM803498_1
+GSM973672_3
+GSM945197_1
+GSM736522_1
+GSM605634_3
+GSM935364_1
+GSM831023_1
+GSM935401_1
+GSM935413_1
+GSM935569_1
+GSM973663_4
+GSM817343_1
+GSM646561_1
+GSM733658_1
+GSM803371_2
+GSM849342_1
+GSM803359_2
+GSM733697_1
+GSM765405_3
+GSM849365_3
+GSM945180_2
+GSM803380_1
+GSM733706_1
+GSM945205_2
+GSM798321_1
+GSM945281_1
+GSM733646_1
+GSM977042_2
+GSM935319_1
+GSM864342_2
+GSM935637_1
+GSM605628_3
+GSM864346_1
+GSM758564_3
+GSM935524_1
+GSM897074_1
+GSM803475_1
+GSM749762_1
+GSM849326_2
+GSM935457_1
+GSM973684_4
+GSM945174_1
+GSM831041_1
+GSM733729_1
+GSM803364_1
+GSM973675_2
+GSM923444_2
+GSM935371_1
+GSM945203_2
+GSM897076_1
+GSM864354_2
+GSM733751_1
+GSM945242_1
+GSM935366_1
+GSM803418_2
+GSM803348_1
+GSM849361_2
+GSM977041_4
+GSM803428_2
+GSM935297_1
+GSM749698_1
+GSM945280_1
+GSM923436_1
+GSM803336_2
+GSM935295_1
+GSM733637_1
+GSM749752_1
+GSM736603_1
+GSM803428_1
+GSM765392_4
+GSM605633_5
+GSM788069_1
+GSM758560_2
+GSM945326_2
+GSM945273_2
+GSM788082_1
+GSM945185_1
+GSM605630_4
+GSM897086_4
+GSM935328_1
+GSM803472_1
+GSM733745_1
+GSM935544_1
+GSM830523_1
+GSM782123_1
+GSM749769_1
+GSM822300_2
+GSM923425_4
+GSM973678_4
+GSM945231_2
+GSM849031_2
+GSM736609_1
+GSM749727_1
+GSM803433_1
+GSM945258_1
+GSM822309_1
+GSM935515_1
+GSM749731_1
+GSM803385_2
+GSM803494_2
+GSM935284_1
+GSM830526_1
+GSM935385_1
+GSM803340_1
+GSM864347_2
+GSM803516_1
+GSM733663_1
+GSM736518_1
+GSM945284_2
+GSM803389_2
+GSM831027_1
+GSM749716_1
+GSM945208_1
+GSM765400_2
+GSM923442_2
+GSM765395_2
+GSM767856_4
+GSM935313_1
+GSM803356_2
+GSM803449_2
+GSM822294_1
+GSM945297_2
+GSM803376_3
+GSM935471_1
+GSM803339_1
+GSM831033_1
+GSM816637_1
+GSM803436_1
+GSM830533_1
+GSM849328_1
+GSM749776_1
+GSM733739_1
+GSM736639_1
+GSM831024_1
+GSM736619_1
+GSM803542_2
+GSM736513_1
+GSM945300_2
+GSM945311_1
+GSM923425_3
+GSM736556_1
+GSM733753_1
+GSM605630_6
+GSM849365_2
+GSM935458_1
+GSM977049_4
+GSM830535_4
+GSM923426_2
+GSM831039_1
+GSM958748_2
+GSM923441_3
+GSM822306_2
+GSM958733_3
+GSM767846_4
+GSM945207_1
+GSM849366_3
+GSM935593_1
+GSM817342_1
+GSM935302_1
+GSM831032_1
+GSM749704_1
+GSM803528_2
+GSM765404_3
+GSM935570_1
+GSM803354_2
+GSM945261_2
+GSM803408_2
+GSM897085_3
+GSM945162_1
+GSM973692_1
+GSM945168_2
+GSM803460_1
+GSM945209_2
+GSM945211_2
+GSM836271_1
+GSM935607_1
+GSM935379_1
+GSM923423_2
+GSM736521_1
+GSM749767_1
+GSM749708_1
+GSM816672_1
+GSM945187_2
+GSM733656_1
+GSM849356_1
+GSM803459_2
+GSM849367_2
+GSM758573_4
+GSM923451_1
+GSM749765_1
+GSM849026_2
+GSM935434_1
+GSM977048_3
+GSM605635_6
+GSM765388_1
+GSM977043_3
+GSM945288_2
+GSM803404_1
+GSM849352_1
+GSM945246_1
+GSM736551_1
+GSM733780_1
+GSM945287_1
+GSM897081_8
+GSM803526_1
+GSM822287_2
+GSM977048_4
+GSM803454_2
+GSM945322_2
+GSM935551_1
+GSM822272_2
+GSM923450_4
+GSM758565_1
+GSM749766_1
+GSM803417_1
+GSM831044_1
+GSM945315_2
+GSM822287_1
+GSM767840_1
+GSM749689_1
+GSM958733_2
+GSM822294_2
+GSM977040_3
+GSM945226_2
+GSM849325_3
+GSM733643_1
+GSM977031_1
+GSM935346_1
+GSM803435_1
+GSM849365_1
+GSM733765_1
+GSM733708_2
+GSM945165_1
+GSM935399_1
+GSM736623_1
+GSM767839_1
+GSM973689_2
+GSM736557_1
+GSM935564_1
+GSM767844_4
+GSM788075_1
+GSM973665_4
+GSM935517_1
+GSM765393_3
+GSM733692_1
+GSM935300_1
+GSM977042_1
+GSM767840_4
+GSM945228_2
+GSM733660_1
+GSM816626_2
+GSM831012_1
+GSM864361_2
+GSM803535_1
+GSM923446_1
+GSM672834_2
+GSM758565_4
+GSM945316_2
+GSM849301_1
+GSM935650_1
+GSM935627_1
+GSM733786_1
+GSM830534_1
+GSM935347_1
+GSM923441_5
+GSM935416_1
+GSM605625_4
+GSM922958_1
+GSM803443_1
+GSM765405_4
+GSM977052_2
+GSM897074_3
+GSM945188_1
+GSM923449_4
+GSM803346_2
+GSM605627_6
+GSM923442_7
+GSM830528_1
+GSM733680_1
+GSM935604_1
+GSM646568_1
+GSM758559_4
+GSM897079_3
+GSM923452_3
+GSM749723_1
+GSM923440_6
+GSM973690_1
+GSM803399_1
+GSM765401_6
+GSM897079_1
+GSM977037_1
+GSM736613_1
+GSM765397_1
+GSM923421_2
+GSM765398_6
+GSM864354_1
+GSM803529_2
+GSM736596_1
+GSM803401_2
+GSM977051_3
+GSM816654_2
+GSM803438_2
+GSM831029_1
+GSM849343_1
+GSM977043_4
+GSM733690_1
+GSM923448_3
+GSM923442_1
+GSM923448_1
+GSM935472_1
+GSM923450_5
+GSM849343_2
+GSM973667_1
+GSM935625_1
+GSM923444_8
+GSM733777_1
+GSM822312_2
+GSM847567_1
+GSM849325_2
+GSM977047_3
+GSM977035_2
+GSM758573_3
+GSM849349_3
+GSM803362_1
+GSM803534_2
+GSM816657_2
+GSM977031_3
+GSM646570_1
+GSM935462_1
+GSM803499_1
+GSM733719_1
+GSM758569_2
+GSM830527_1
+GSM803484_1
+GSM945160_2
+GSM822298_1
+GSM935613_1
+GSM605627_3
+GSM822295_2
+GSM733662_1
+GSM736514_1
+GSM973688_4
+GSM605635_5
+GSM830525_2
+GSM831034_1
+GSM749690_1
+GSM849362_3
+GSM803540_1
+GSM831019_1
+GSM803491_2
+GSM973676_4
+GSM736526_1
+GSM935559_1
+GSM923440_5
+GSM973691_2
+GSM849328_3
+GSM765396_4
+GSM822285_2
+GSM849368_1
+GSM973681_1
+GSM605632_5
+GSM733772_1
+GSM767855_3
+GSM803517_1
+GSM973686_3
+GSM935418_1
+GSM767850_2
+GSM849346_1
+GSM758562_2
+GSM923451_6
+GSM935580_1
+GSM816629_2
+GSM935638_1
+GSM958739_2
+GSM816438_1
+GSM864357_1
+GSM767854_3
+GSM849348_3
+GSM733758_1
+GSM749688_1
+GSM935494_1
+GSM973679_4
+GSM973692_4
+GSM605633_6
+GSM973681_3
+GSM958746_2
+GSM973670_4
+GSM803347_1
+GSM765395_3
+GSM977046_4
+GSM816670_2
+GSM935619_1
+GSM803500_2
+GSM816651_2
+GSM945262_1
+GSM830519_2
+GSM977039_4
+GSM816629_1
+GSM830535_1
+GSM973674_4
+GSM803521_4
+GSM897079_2
+GSM935518_1
+GSM767849_3
+GSM935644_1
+GSM733723_1
+GSM803372_1
+GSM803354_1
+GSM973667_4
+GSM749714_1
+GSM935435_1
+GSM765395_4
+GSM935611_1
+GSM849355_1
+GSM840136_3
+GSM816634_1
+GSM803378_2
+GSM736543_1
+GSM803337_2
+GSM816636_2
+GSM736622_1
+GSM849367_3
+GSM816644_1
+GSM897076_4
+GSM849029_1
+GSM822304_2
+GSM767848_3
+GSM816666_2
+GSM923449_1
+GSM803463_1
+GSM840138_2
+GSM958730_3
+GSM822303_1
+GSM973682_1
+GSM935289_1
+GSM733704_1
+GSM849364_3
+GSM733721_1
+GSM803452_2
+GSM736611_1
+GSM733636_1
+GSM767838_2
+GSM945299_2
+GSM897069_2
+GSM605629_1
+GSM803448_1
+GSM803382_2
+GSM816650_1
+GSM749768_1
+GSM935286_1
+GSM803412_1
+GSM803485_2
+GSM749712_1
+GSM803352_3
+GSM803487_1
+GSM923430_2
+GSM736577_1
+GSM935353_1
+GSM803506_2
+GSM733742_1
+GSM749732_1
+GSM803416_1
+GSM935402_1
+GSM973681_4
+GSM765387_4
+GSM733674_1
+GSM977041_3
+GSM646563_2
+GSM822311_1
+GSM958738_4
+GSM945172_1
+GSM935468_1
+GSM935597_1
+GSM822289_2
+GSM736560_1
+GSM923450_8
+GSM849303_2
+GSM767855_4
+GSM736595_1
+GSM803493_1
+GSM973693_3
+GSM849328_2
+GSM935547_1
+GSM803396_1
+GSM849333_1
+GSM977045_3
+GSM923444_12
+GSM803519_1
+GSM803446_1
+GSM803537_1
+GSM958746_1
+GSM803467_1
+GSM935274_1
+GSM830520_1
+GSM831006_1
+GSM923425_1
+GSM816632_2
+GSM803524_2
+GSM945240_2
+GSM765389_1
+GSM803366_2
+GSM849363_1
+GSM749694_1
+GSM922956_1
+GSM605635_2
+GSM945222_2
+GSM803387_1
+GSM945196_1
+GSM977038_1
+GSM944522_2
+GSM864347_1
+GSM935389_1
+GSM945264_1
+GSM958744_2
+GSM935342_1
+GSM935394_1
+GSM767848_1
+GSM977048_1
+GSM945286_1
+GSM864341_1
+GSM749706_1
+GSM749677_1
+GSM803492_1
+GSM803510_2
+GSM935372_1
+GSM803387_2
+GSM849331_3
+GSM607486_1
+GSM646559_2
+GSM803367_1
+GSM923444_9
+GSM803409_2
+GSM935287_1
+GSM973692_2
+GSM733648_1
+GSM945250_1
+GSM935428_1
+GSM897083_7
+GSM822283_1
+GSM822295_1
+GSM945276_2
+GSM736629_1
+GSM803365_2
+GSM803358_1
+GSM897078_2
+GSM830520_2
+GSM935427_1
+GSM973685_1
+GSM923449_8
+GSM803359_1
+GSM736541_1
+GSM923450_1
+GSM736499_1
+GSM816646_1
+GSM849028_2
+GSM803392_1
+GSM849349_2
+GSM803343_2
+GSM736507_1
+GSM803394_2
+GSM736545_1
+GSM803461_1
+GSM767849_1
+GSM958745_3
+GSM897070_4
+GSM977045_4
+GSM749693_1
+GSM923421_1
+GSM749666_1
+GSM923447_8
+GSM849026_1
+GSM847563_1
+GSM849334_4
+GSM749761_1
+GSM849325_4
+GSM958749_2
+GSM945173_1
+GSM803444_2
+GSM733638_1
+GSM935306_1
+GSM897075_4
+GSM803504_1
+GSM945192_2
+GSM733650_1
+GSM816630_2
+GSM733778_1
+GSM923423_1
+GSM864345_1
+GSM935542_1
+GSM945297_1
+GSM849345_2
+GSM935469_1
+GSM849348_2
+GSM803430_1
+GSM977042_4
+GSM803518_2
+GSM849335_1
+GSM749668_1
+GSM935326_1
+GSM935445_1
+GSM803513_2
+GSM945206_2
+GSM849348_1
+GSM733784_1
+GSM758565_3
+GSM958739_3
+GSM803391_1
+GSM822272_1
+GSM945235_1
+GSM803503_2
+GSM803460_2
+GSM923446_3
+GSM803352_2
+GSM736579_1
+GSM935574_1
+GSM945206_1
+GSM830527_2
+GSM945308_2
+GSM945252_1
+GSM803478_2
+GSM803507_2
+GSM897080_3
+GSM849347_1
+GSM822304_1
+GSM945263_1
+GSM935461_1
+GSM935420_1
+GSM897081_7
+GSM945186_1
+GSM840137_2
+GSM945298_2
+GSM923430_1
+GSM945248_1
+GSM935496_1
+GSM935504_1
+GSM945249_1
+GSM935391_1
+GSM803415_1
+GSM935333_1
+GSM803411_1
+GSM935536_1
+GSM935377_1
+GSM935433_1
+GSM758573_1
+GSM733708_1
+GSM849330_4
+GSM803451_1
+GSM733774_1
+GSM803397_2
+GSM864360_2
+GSM849345_1
+GSM803536_1
+GSM816660_2
+GSM973683_3
+GSM923440_2
+GSM749687_1
+GSM822301_2
+GSM608162_1
+GSM935592_1
+GSM849338_1
+GSM945203_1
+GSM733785_1
+GSM849324_4
+GSM767840_2
+GSM935368_1
+GSM822293_1
+GSM973677_2
+GSM849350_1
+GSM830524_1
+GSM935622_1
+GSM935455_1
+GSM733679_1
+GSM944520_2
+GSM935601_1
+GSM733737_1
+GSM803413_1
+GSM830532_2
+GSM831004_1
+GSM736494_1
+GSM849027_1
+GSM803390_2
+GSM803429_2
+GSM816647_1
+GSM935280_1
+GSM945262_2
+GSM765396_1
+GSM935390_1
+GSM923447_2
+GSM945302_2
+GSM935589_1
+GSM935475_1
+GSM816639_2
+GSM733685_1
+GSM736530_1
+GSM803533_2
+GSM830986_1
+GSM767855_1
+GSM736621_1
+GSM935642_1
+GSM864338_1
+GSM935553_1
+GSM816656_2
+GSM849360_1
+GSM803532_1
+GSM803538_2
+GSM935499_1
+GSM605627_4
+GSM849340_2
+GSM672835_2
+GSM733686_1
+GSM816671_2
+GSM849304_1
+GSM935426_1
+GSM767845_2
+GSM733668_1
+GSM816669_2
+GSM733715_1
+GSM977045_1
+GSM605629_2
+GSM935339_1
+GSM803491_1
+GSM923442_4
+GSM830537_1
+GSM816661_2
+GSM931361_1
+GSM803381_1
+GSM935641_1
+GSM935404_1
+GSM803360_1
+GSM733732_1
+GSM803408_1
+GSM803482_1
+GSM822314_1
+GSM945214_2
+GSM816655_1
+GSM897082_1
+GSM758560_4
+GSM849337_2
+GSM736558_1
+GSM849366_2
+GSM822267_1
+GSM831031_1
+GSM849362_4
+GSM816673_2
+GSM767846_1
+GSM646568_2
+GSM803352_4
+GSM831042_1
+GSM803409_1
+GSM831020_1
+GSM749777_1
+GSM803405_1
+GSM736492_1
+GSM646570_2
+GSM923439_8
+GSM935523_1
+GSM736628_1
+GSM803430_2
+GSM945278_2
+GSM973690_2
+GSM646564_2
+GSM733672_1
+GSM945288_1
+GSM923453_4
+GSM923444_6
+GSM749778_1
+GSM831005_1
+GSM923445_4
+GSM749679_1
+GSM736517_1
+GSM816662_2
+GSM945183_1
+GSM803539_2
+GSM945310_1
+GSM958738_3
+GSM803485_1
+GSM803377_1
+GSM736602_1
+GSM803496_1
+GSM864340_1
+GSM765394_2
+GSM935332_1
+GSM923447_1
+GSM803363_1
+GSM945239_2
+GSM897083_5
+GSM830531_1
+GSM803519_2
+GSM788073_1
+GSM935314_1
+GSM973672_2
+GSM830530_1
+GSM733687_1
+GSM822277_1
+GSM605630_1
+GSM803363_2
+GSM935283_1
+GSM935419_1
+GSM803367_2
+GSM935323_1
+GSM935378_1
+GSM830537_2
+GSM733781_1
+GSM864342_1
+GSM945239_1
+GSM803373_2
+GSM973678_1
+GSM765386_4
+GSM803528_1
+GSM803388_2
+GSM945172_2
+GSM923444_15
+GSM977043_1
+GSM767845_4
+GSM935349_1
+GSM767842_1
+GSM605625_5
+GSM822277_2
+GSM788080_1
+GSM935538_1
+GSM788086_1
+GSM831028_1
+GSM733741_1
+GSM935514_1
+GSM736502_1
+GSM672836_1
+GSM736631_1
+GSM767854_4
+GSM831038_1
+GSM935566_1
+GSM935623_1
+GSM803425_2
+GSM605628_4
+GSM749722_1
+GSM831007_1
+GSM803465_1
+GSM758575_1
+GSM897081_6
+GSM803422_2
+GSM803483_1
+GSM767856_3
+GSM733716_1
+GSM803508_2
+GSM822276_2
+GSM816647_2
+GSM816651_1
+GSM816642_2
+GSM749754_1
+GSM803473_1
+GSM945222_1
+GSM945245_1
+GSM803463_2
+GSM864353_2
+GSM803503_1
+GSM935383_1
+GSM803407_1
+GSM958731_4
+GSM736547_1
+GSM803414_2
+GSM822286_2
+GSM803441_1
+GSM605629_3
+GSM733783_1
+GSM803341_2
+GSM733776_1
+GSM935367_1
+GSM945163_2
+GSM977036_4
+GSM749699_1
+GSM736582_1
+GSM958745_1
+GSM736536_1
+GSM803439_2
+GSM945278_1
+GSM830529_1
+GSM605632_2
+GSM646560_2
+GSM803511_2
+GSM758571_2
+GSM923451_3
+GSM958732_1
+GSM958741_1
+GSM816656_1
+GSM736538_1
+GSM818828_1
+GSM758560_1
+GSM736528_1
+GSM803459_1
+GSM736568_1
+GSM733771_1
+GSM803348_2
+GSM935447_1
+GSM935369_1
+GSM733673_1
+GSM944519_1
+GSM973666_4
+GSM977032_2
+GSM749745_1
+GSM849364_4
+GSM977029_2
+GSM849362_2
+GSM945236_1
+GSM736563_1
+GSM736519_1
+GSM831010_1
+GSM945260_1
+GSM816645_1
+GSM923450_7
+GSM646565_1
+GSM935480_1
+GSM897081_4
+GSM935449_1
+GSM935486_1
+GSM830995_1
+GSM973692_3
+GSM749671_1
+GSM803530_2
+GSM945180_1
+GSM767840_3
+GSM803380_2
+GSM803464_2
+GSM923442_8
+GSM767848_2
+GSM749734_1
+GSM816658_2
+GSM767841_1
+GSM935388_1
+GSM849324_1
+GSM803336_1
+GSM803407_2
+GSM736616_1
+GSM803481_1
+GSM849339_6
+GSM758559_3
+GSM803462_2
+GSM977033_1
+GSM945224_1
+GSM803418_1
+GSM803350_1
+GSM945325_2
+GSM935374_1
+GSM749680_1
+GSM973669_1
+GSM923447_3
+GSM736600_1
+GSM977033_4
+GSM767844_3
+GSM935561_1
+GSM977049_1
+GSM733773_1
+GSM945194_1
+GSM733724_1
+GSM803389_1
+GSM958730_2
+GSM736525_1
+GSM765393_4
+GSM935272_1
+GSM849360_2
+GSM977038_4
+GSM977046_1
+GSM831037_1
+GSM816635_2
+GSM605632_4
+GSM923448_6
+GSM822291_2
+GSM945283_1
+GSM897075_3
+GSM822310_2
+GSM736601_1
+GSM849354_1
+GSM733714_1
+GSM736575_1
+GSM897083_6
+GSM749737_1
+GSM777639_1
+GSM767853_1
+GSM736583_1
+GSM733682_1
+GSM945232_1
+GSM733647_1
+GSM816643_1
+GSM803512_2
+GSM822279_1
+GSM733761_1
+GSM945282_1
+GSM758572_4
+GSM849028_1
+GSM897073_2
+GSM822273_2
+GSM935618_1
+GSM849341_2
+GSM897072_1
+GSM803479_1
+GSM736524_1
+GSM803516_2
+GSM831030_1
+GSM958730_1
+GSM945854_1
+GSM977035_1
+GSM923442_5
+GSM849334_3
+GSM803536_2
+GSM749755_1
+GSM758561_2
+GSM945216_1
+GSM977032_1
+GSM788071_1
+GSM849351_1
+GSM758574_2
+GSM803449_1
+GSM767847_1
+GSM767857_4
+GSM733659_1
+GSM758567_3
+GSM816626_1
+GSM958737_4
+GSM945196_2
+GSM749753_1
+GSM897078_3
+GSM958728_2
+GSM945268_1
+GSM923445_3
+GSM733694_1
+GSM864344_1
+GSM923453_3
+GSM803513_1
+GSM733750_1
+GSM767855_2
+GSM973669_4
+GSM945300_1
+GSM803505_1
+GSM736590_1
+GSM973673_1
+GSM945204_1
+GSM788078_1
+GSM765391_2
+GSM777638_1
+GSM923447_4
+GSM923433_1
+GSM836272_1
+GSM977047_2
+GSM822306_1
+GSM958750_1
+GSM897078_1
+GSM977035_3
+GSM765395_1
+GSM803427_2
+GSM733759_1
+GSM935421_1
+GSM973682_3
+GSM736612_1
+GSM803402_1
+GSM765386_2
+GSM803484_2
+GSM849327_3
+GSM803495_2
+GSM736511_1
+GSM935630_1
+GSM945313_1
+GSM935273_1
+GSM749695_1
+GSM935277_1
+GSM816632_1
+GSM923451_4
+GSM849025_2
+GSM803403_1
+GSM849329_2
+GSM944526_2
+GSM765388_2
+GSM935331_1
+GSM973689_4
+GSM803520_2
+GSM977051_2
+GSM816628_2
+GSM945266_1
+GSM935336_1
+GSM758577_1
+GSM803382_1
+GSM945211_1
+GSM765400_3
+GSM935522_1
+GSM935403_1
+GSM803351_5
+GSM803541_1
+GSM945169_1
+GSM935652_1
+GSM977036_3
+GSM849368_4
+GSM749715_1
+GSM803338_1
+GSM803338_2
+GSM849358_3
+GSM935415_1
+GSM803498_2
+GSM945175_1
+GSM977036_2
+GSM803486_2
+GSM945213_1
+GSM849349_1
+GSM935645_1
+GSM945284_1
+GSM864359_1
+GSM897075_2
+GSM803337_1
+GSM935563_1
+GSM973674_1
+GSM849338_3
+GSM973691_4
+GSM977034_4
+GSM973674_3
+GSM749772_1
+GSM733711_1
+GSM803405_2
+GSM935512_1
+GSM864345_2
+GSM945240_1
+GSM816659_1
+GSM765394_3
+GSM923442_3
+GSM803501_2
+GSM935571_1
+GSM923444_4
+GSM973680_2
+GSM733768_1
+GSM830521_2
+GSM897086_1
+GSM849324_2
+GSM849336_2
+GSM958728_1
+GSM605625_1
+GSM733651_1
+GSM945316_1
+GSM945267_2
+GSM945174_2
+GSM803358_2
+GSM849354_2
+GSM945276_1
+GSM765404_1
+GSM758564_1
+GSM923441_1
+GSM803542_1
+GSM803370_1
+GSM822270_2
+GSM945271_2
+GSM736571_1
+GSM803515_2
+GSM945247_1
+GSM803504_2
+GSM897072_2
+GSM749685_1
+GSM977037_3
+GSM831014_1
+GSM973677_1
+GSM749736_1
+GSM944521_2
+GSM767842_2
+GSM849358_1
+GSM945198_1
+GSM767853_4
+GSM945312_1
+GSM945271_1
+GSM803398_1
+GSM977028_4
+GSM958748_3
+GSM605633_3
+GSM935632_1
+GSM758568_4
+GSM864344_2
+GSM803437_1
+GSM803399_2
+GSM945193_1
+GSM803530_1
+GSM803384_1
+GSM923418_2
+GSM758577_4
+GSM803458_1
+GSM803531_1
+GSM973668_1
+GSM765402_2
+GSM973684_1
+GSM935584_1
+GSM945296_2
+GSM935488_1
+GSM803527_2
+GSM733735_1
+GSM736531_1
+GSM935548_1
+GSM849366_1
+GSM803334_1
+GSM736549_1
+GSM803353_1
+GSM831043_1
+GSM973675_4
+GSM923446_2
+GSM945204_2
+GSM831003_1
+GSM935373_1
+GSM758566_3
+GSM935320_1
+GSM758578_4
+GSM935586_1
+GSM935628_1
+GSM935587_1
+GSM733644_1
+GSM818827_1
+GSM935451_1
+GSM803451_2
+GSM973689_1
+GSM803386_2
+GSM803388_1
+GSM830521_1
+GSM803506_1
+GSM736516_1
+GSM767853_3
+GSM733688_1
+GSM945182_1
+GSM816646_2
+GSM749726_1
+GSM935550_1
+GSM733676_1
+GSM765391_3
+GSM973669_2
+GSM736608_1
+GSM788084_1
+GSM733755_1
+GSM822271_1
+GSM935446_1
+GSM736537_1
+GSM958735_1
+GSM803349_2
+GSM736554_1
+GSM830535_3
+GSM923443_8
+GSM836273_1
+GSM803443_2
+GSM977052_1
+GSM935464_1
+GSM767850_3
+GSM749669_1
+GSM803470_1
+GSM958751_1
+GSM836270_1
+GSM945159_2
+GSM803514_1
+GSM736542_1
+GSM935359_1
+GSM605633_1
+GSM758572_3
+GSM736535_1
+GSM816671_1
+GSM803521_1
+GSM803335_2
+GSM923435_1
+GSM736569_1
+GSM977040_2
+GSM803440_2
+GSM923449_5
+GSM945272_1
+GSM923452_2
+GSM733772_2
+GSM897082_2
+GSM977029_1
+GSM733728_1
+GSM935322_1
+GSM816642_1
+GSM803345_2
+GSM923437_2
+GSM849327_2
+GSM822286_1
+GSM945191_1
+GSM935579_1
+GSM945320_2
+GSM831022_1
+GSM798322_1
+GSM849346_2
+GSM923451_7
+GSM945322_1
+GSM973689_3
+GSM945857_1
+GSM803535_2
+GSM765398_2
+GSM767854_1
+GSM831035_1
+GSM736625_1
+GSM973683_2
+GSM736620_1
+GSM822313_1
+GSM816640_1
+GSM958734_1
+GSM849368_3
+GSM977046_3
+GSM736550_1
+GSM935505_1
+GSM749738_1
+GSM803453_1
+GSM803351_4
+GSM765399_2
+GSM803374_1
+GSM816437_1
+GSM749763_1
+GSM605635_4
+GSM973686_1
+GSM923452_6
+GSM977044_4
+GSM973690_4
+GSM605632_3
+GSM733653_1
+GSM816631_1
+GSM935279_1
+GSM935649_1
+GSM977039_3
+GSM973684_3
+GSM758562_1
+GSM973673_2
+GSM897073_1
+GSM803419_1
+GSM897079_4
+GSM864338_2
+GSM733767_1
+GSM849339_1
+GSM897075_1
+GSM803541_2
+GSM816665_1
+GSM803379_2
+GSM749684_1
+GSM803414_1
+GSM923447_6
+GSM945212_1
+GSM749743_1
+GSM765402_4
+GSM605625_3
+GSM935473_1
+GSM803529_1
+GSM831015_1
+GSM646563_1
+GSM849334_2
+GSM945178_2
+GSM935470_1
+GSM803515_1
+GSM977030_4
+GSM803353_2
+GSM758561_3
+GSM897082_4
+GSM803369_1
+GSM803377_2
+GSM816627_1
+GSM945279_2
+GSM803333_2
+GSM803500_1
+GSM803424_2
+GSM767843_1
+GSM945324_2
+GSM803350_2
+GSM945292_2
+GSM822289_1
+GSM923425_2
+GSM803473_2
+GSM935307_1
+GSM849364_1
+GSM935453_1
+GSM608167_1
+GSM977034_1
+GSM749773_1
+GSM646562_2
+GSM803393_2
+GSM973687_3
+GSM605634_5
+GSM973673_3
+GSM945227_1
+GSM803444_1
+GSM923452_8
+GSM733769_1
+GSM749735_1
+GSM758572_2
+GSM822291_1
+GSM923444_11
+GSM830536_2
+GSM736606_1
+GSM758559_1
+GSM945229_2
+GSM749742_1
+GSM749678_1
+GSM958737_1
+GSM945226_1
+GSM958745_2
+GSM733670_1
+GSM923445_6
+GSM945237_1
+GSM818744_1
+GSM803439_1
+GSM935442_1
+GSM733718_1
+GSM864351_1
+GSM973663_2
+GSM849330_1
+GSM847562_1
+GSM758563_3
+GSM935363_1
+GSM977038_2
+GSM840138_4
+GSM973667_2
+GSM935309_1
+GSM973674_2
+GSM803474_2
+GSM767843_2
+GSM830524_2
+GSM803410_1
+GSM977047_1
+GSM767851_4
+GSM945296_1
+GSM973665_3
+GSM945265_1
+GSM822301_1
+GSM767847_2
+GSM803523_1
+GSM935460_1
+GSM935483_1
+GSM958738_1
+GSM923431_2
+GSM935503_1
+GSM849331_2
+GSM822309_2
+GSM923440_7
+GSM922955_1
+GSM749730_1
+GSM945221_1
+GSM945175_2
+GSM958731_2
+GSM765405_1
+GSM958740_4
+GSM777640_1
+GSM733757_1
+GSM765399_1
+GSM945277_1
+GSM767850_1
+GSM733720_1
+GSM945244_1
+GSM935646_1
+GSM736565_1
+GSM803527_1
+GSM803457_1
+GSM977051_1
+GSM822284_1
+GSM803489_2
+GSM758575_4
+GSM736544_1
+GSM803489_1
+GSM830534_2
+GSM923429_2
+GSM849362_1
+GSM935476_1
+GSM935599_1
+GSM935511_1
+GSM944519_2
+GSM864346_2
+GSM973693_2
+GSM973680_3
+GSM923441_4
+GSM822298_2
+GSM923444_1
+GSM831002_1
+GSM765401_1
+GSM765391_1
+GSM849330_2
+GSM803395_1
+GSM803524_1
+GSM923432_2
+GSM767851_2
+GSM803373_1
+GSM816653_1
+GSM749750_1
+GSM958739_4
+GSM605629_5
+GSM765392_1
+GSM973688_1
+GSM973668_4
+GSM736610_1
+GSM765403_2
+GSM788081_1
+GSM767847_4
+GSM736493_1
+GSM935605_1
+GSM945267_1
+GSM767854_2
+GSM758573_2
+GSM977035_4
+GSM977040_4
+GSM944523_2
+GSM765386_1
+GSM935291_1
+GSM935358_1
+GSM897086_2
+GSM765389_2
+GSM822299_2
+GSM803384_2
+GSM822273_1
+GSM849339_4
+GSM945251_1
+GSM733707_1
+GSM803346_1
+GSM944524_2
+GSM803525_2
+GSM849302_1
+GSM945299_1
+GSM803340_2
+GSM803521_3
+GSM935292_1
+GSM935352_1
+GSM945269_1
+GSM803403_2
+GSM749764_1
+GSM945188_2
+GSM831021_1
+GSM945269_2
+GSM977030_2
+GSM945170_2
+GSM864361_1
+GSM733770_1
+GSM973678_3
+GSM923422_2
+GSM958739_1
+GSM736614_1
+GSM973665_2
+GSM765394_4
+GSM935575_1
+GSM758576_2
+GSM736497_1
+GSM923444_3
+GSM944521_1
+GSM849357_4
+GSM803383_1
+GSM849305_2
+GSM897083_4
+GSM945255_1
+GSM758570_1
+GSM736505_1
+GSM849359_4
+GSM849305_1
+GSM945192_1
+GSM945291_1
+GSM765402_1
+GSM840136_4
+GSM822285_1
+GSM923444_7
+GSM849357_2
+GSM864343_1
+GSM788083_1
+GSM816644_2
+GSM758563_2
+GSM803512_1
+GSM935501_1
+GSM736553_1
+GSM803538_1
+GSM736626_1
+GSM897071_2
+GSM945270_1
+GSM733725_1
+GSM765394_1
+GSM977034_2
+GSM736581_1
+GSM736510_1
+GSM935513_1
+GSM803466_2
+GSM849330_3
+GSM803425_1
+GSM788079_1
+GSM935610_1
+GSM849349_4
+GSM803455_2
+GSM605633_2
+GSM840136_2
+GSM849344_2
+GSM758564_2
+GSM935437_1
+GSM803360_2
+GSM822278_1
+GSM816628_1
+GSM803424_1
+GSM897083_1
+GSM736546_1
+GSM803361_2
+GSM803502_2
+GSM958737_2
+GSM973679_1
+GSM803420_2
+GSM923453_6
+GSM803371_1
+GSM973679_2
+GSM935478_1
+GSM849342_2
+GSM758569_1
+GSM803385_1
+GSM765398_4
+GSM935311_1
+GSM816633_1
+GSM758569_4
+GSM749665_1
+GSM945165_2
+GSM816638_2
+GSM736585_1
+GSM830532_1
+GSM758575_2
+GSM733758_2
+GSM847565_1
+GSM923439_4
+GSM958733_1
+GSM767851_3
+GSM758567_2
+GSM897074_4
+GSM803470_2
+GSM803366_1
+GSM736636_1
+GSM897070_2
+GSM945166_1
+GSM935546_1
+GSM935497_1
+GSM767852_3
+GSM803375_1
+GSM849350_2
+GSM849301_2
+GSM736635_1
+GSM758566_2
+GSM646564_1
+GSM765390_3
+GSM923452_7
+GSM935583_1
+GSM973691_3
+GSM758566_1
+GSM831025_1
+GSM803400_1
+GSM765396_2
+GSM945279_1
+GSM736638_1
+GSM803333_1
+GSM646562_1
+GSM923440_3
+GSM923450_3
+GSM864355_2
+GSM923418_1
+GSM736593_1
+GSM749748_1
+GSM945320_1
+GSM803477_2
+GSM736527_1
+GSM977043_2
+GSM945303_1
+GSM803499_2
+GSM605628_5
+GSM849031_1
+GSM733727_1
+GSM935335_1
+GSM945241_1
+GSM736584_1
+GSM758570_2
+GSM945306_2
+GSM816664_2
+GSM816641_2
+GSM803432_1
+GSM822302_1
+GSM945217_1
+GSM803440_1
+GSM935337_1
+GSM973662_2
+GSM736627_1
+GSM849325_1
+GSM749728_1
+GSM803494_1
+GSM605634_4
+GSM945199_1
+GSM822305_1
+GSM749729_1
+GSM758578_3
+GSM945215_1
+GSM958740_2
+GSM935356_1
+GSM767850_4
+GSM736576_1
+GSM849339_2
+GSM935591_1
+GSM749702_1
+GSM977049_3
+GSM945215_2
+GSM847564_1
+GSM736539_1
+GSM830530_4
+GSM816658_1
+GSM749700_1
+GSM758562_4
+GSM803419_2
+GSM803483_2
+GSM605632_6
+GSM923450_6
+GSM749713_1
+GSM973664_1
+GSM945298_1
+GSM733764_1
+GSM816631_2
+GSM803497_2
+GSM818826_1
+GSM749673_1
+GSM733736_1
+GSM803488_1
+GSM935489_1
+GSM758567_4
+GSM935466_1
+GSM973681_2
+GSM977041_2
+GSM935304_1
+GSM803525_1
+GSM749701_1
+GSM816634_2
+GSM935534_1
+GSM736592_1
+GSM935316_1
+GSM897073_4
+GSM803497_1
+GSM822282_2
+GSM847561_1
+GSM935351_1
+GSM897081_1
+GSM973693_1
+GSM733762_1
+GSM923448_8
+GSM920558_1
+GSM765397_2
+GSM803357_2
+GSM945159_1
+GSM816638_1
+GSM605627_1
+GSM897081_5
+GSM977042_3
+GSM749721_1
+GSM765401_5
+GSM923443_6
+GSM864341_2
+GSM935598_1
+GSM923441_7
+GSM803521_2
+GSM864337_1
+GSM935414_1
+GSM945200_2
+GSM767844_2
+GSM958742_1
+GSM945261_1
+GSM945171_1
+GSM733733_1
+GSM749741_1
+GSM605627_5
+GSM849344_1
+GSM935596_1
+GSM897070_1
+GSM945214_1
+GSM935519_1
+GSM849359_3
+GSM973670_3
+GSM646567_1
+GSM736624_1
+GSM977033_2
+GSM935395_1
+GSM816436_1
+GSM945274_1
+GSM831040_1
+GSM803480_2
+GSM803517_2
+GSM849336_1
+GSM646566_1
+GSM646569_1
+GSM803501_1
+GSM864358_2
+GSM822280_1
+GSM803383_2
+GSM736555_1
+GSM935508_1
+GSM935340_1
+GSM840137_1
+GSM736594_1
+GSM803468_2
+GSM973688_3
+GSM749720_1
+GSM803423_1
+GSM849030_1
+GSM945285_1
+GSM803468_1
+GSM803401_1
+GSM945218_1
+GSM803392_2
+GSM973685_3
+GSM736500_1
+GSM945307_1
+GSM605634_1
+GSM733748_1
+GSM897069_3
+GSM733664_1
+GSM897083_2
+GSM758562_3
+GSM749770_1
+GSM973673_4
+GSM765405_2
+GSM749707_1
+GSM736591_1
+GSM849365_4
+GSM803362_2
+GSM935502_1
+GSM935406_1
+GSM945855_1
+GSM958733_4
+GSM935602_1
+GSM935647_1
+GSM849367_4
+GSM849358_2
+GSM749691_1
+GSM733695_1
+GSM923428_2
+GSM767846_2
+GSM935275_1
+GSM803445_1
+GSM803490_2
+GSM803369_2
+GSM864348_2
+GSM816667_1
+GSM977028_1
+GSM816635_1
+GSM945233_2
+GSM973683_4
+GSM864349_2
+GSM864356_1
+GSM923449_7
+GSM803341_1
+GSM749682_1
+GSM816649_1
+GSM816663_2
+GSM749674_1
+GSM945304_1
+GSM945219_1
+GSM749670_1
+GSM803450_2
+GSM945229_1
+GSM973669_3
+GSM733779_1
+GSM803496_2
+GSM758576_3
+GSM765396_3
+GSM973687_4
+GSM973688_2
+GSM758569_3
+GSM922957_1
+GSM958736_2
+GSM935608_1
+GSM923442_6
+GSM733702_1
+GSM849348_4
+GSM945264_2
+GSM803450_1
+GSM945254_1
+GSM803344_1
+GSM733775_1
+GSM923448_5
+GSM864339_1
+GSM767848_4
+GSM830531_2
+GSM977051_4
+GSM973663_3
+GSM765400_4
+GSM605625_6
+GSM816663_1
+GSM897076_2
+GSM803447_1
+GSM803472_2
+GSM945295_2
+GSM897080_1
+GSM977050_2
+GSM765389_3
+GSM849357_1
+GSM977047_4
+GSM736533_1
+GSM733743_1
+GSM803376_1
+GSM935456_1
+GSM958741_2
+GSM945256_1
+GSM945181_1
+GSM849359_1
+GSM935526_1
+GSM733681_1
+GSM920557_1
+GSM788074_1
+GSM788072_1
+GSM945858_1
+GSM945308_1
+GSM977028_2
+GSM849352_2
+GSM935398_1
+GSM672834_1
+GSM605630_5
+GSM788070_1
+GSM749675_1
+GSM736529_1
+GSM608165_1
+GSM958734_2
+GSM923443_5
+GSM935444_1
+GSM897069_1
+GSM646566_2
+GSM822276_1
+GSM935338_1
+GSM935634_1
+GSM749756_1
+GSM816640_2
+GSM935541_1
+GSM935653_1
+GSM749681_1
+GSM923439_5
+GSM935459_1
+GSM749692_1
+GSM767851_1
+GSM945231_1
+GSM816673_1
+GSM816637_2
+GSM822270_1
+GSM958740_3
+GSM749696_1
+GSM945202_1
+GSM958737_3
+GSM935450_1
+GSM977050_1
+GSM803514_2
+GSM849327_4
+GSM958729_1
+GSM945859_1
+GSM765398_1
+GSM733671_1
+GSM831000_1
+GSM935482_1
+GSM736605_1
+GSM765400_1
+GSM803518_1
+GSM945259_1
+GSM733700_1
+GSM945257_1
+GSM935578_1
+GSM749774_1
+GSM945853_1
+GSM935537_1
+GSM945309_1
+GSM803442_2
+GSM816630_1
+GSM973680_1
+GSM736566_1
+GSM923444_14
+GSM935325_1
+GSM935417_1
+GSM923440_4
+GSM765398_5
+GSM935312_1
+GSM758563_1
+GSM803486_1
+GSM758577_3
+GSM803343_1
+GSM935621_1
+GSM758574_1
+GSM935400_1
+GSM923427_2
+GSM749697_1
+GSM733760_1
+GSM849333_2
+GSM935577_1
+GSM923449_2
+GSM765393_2
+GSM958730_4
+GSM803404_2
+GSM736495_1
+GSM816672_2
+GSM822282_1
+GSM935615_1
+GSM973666_1
+GSM973693_4
+GSM816662_1
+GSM935616_1
+GSM923447_5
+GSM816627_2
+GSM958732_2
+GSM977044_3
+GSM864351_2
+GSM749667_1
+GSM758568_1
+GSM765403_4
+GSM977029_3
+GSM803397_1
+GSM803416_2
+GSM765392_2
+GSM765403_1
+GSM803406_2
+GSM897084_4
+GSM749718_1
+GSM970218_1
+GSM935474_1
+GSM830993_1
+GSM945244_2
+GSM825711_1
+GSM945314_1
+GSM973670_1
+GSM803352_1
+GSM803474_1
+GSM646565_2
+GSM758564_4
+GSM736589_1
+GSM803522_1
+GSM935529_1
+GSM935485_1
+GSM830999_1
+GSM849358_4
+GSM736508_1
+GSM803520_1
+GSM822275_1
+GSM816667_2
+GSM958747_1
+GSM788088_1
+GSM935636_1
+GSM803458_2
+GSM803533_1
+GSM803540_2
+GSM816657_1
+GSM923434_1
+GSM765399_4
+GSM803477_1
+GSM803391_2
+GSM945302_1
+GSM973691_1
+GSM897070_3
+GSM973684_2
+GSM977044_2
+GSM977030_1
+GSM935576_1
+GSM935487_1
+GSM749771_1
+GSM935376_1
+GSM758577_2
+GSM803455_1
+GSM864355_1
+GSM935432_1
+GSM935635_1
+GSM816648_1
+GSM935305_1
+GSM765388_3
+GSM864350_1
+GSM803507_1
+GSM788085_1
+GSM803411_2
+GSM945189_1
+GSM973677_3
+GSM822278_2
+GSM758568_2
+GSM923443_3
+GSM935557_1
+GSM945323_1
+GSM935477_1
+GSM831013_1
+GSM733782_1
+GSM849332_2
+GSM945201_1
+GSM935411_1
+GSM605631_2
+GSM935609_1
+GSM935493_1
+GSM923433_2
+GSM803400_2
+GSM803386_1
+GSM923439_6
+GSM803509_2
+GSM733766_1
+GSM803462_1
+GSM749703_1
+GSM977032_4
+GSM849340_1
+GSM816648_2
+GSM733726_1
+GSM765387_2
+GSM749744_1
+GSM749733_1
+GSM803510_1
+GSM935567_1
+GSM945166_2
+GSM749725_1
+GSM945321_2
+GSM765401_3
+GSM958747_2
+GSM923452_5
+GSM923443_4
+GSM736534_1
+GSM923440_8
+GSM605631_1
+GSM935556_1
+GSM923419_1
+GSM803453_2
+GSM803349_1
+GSM944524_1
+GSM945318_1
+GSM736599_1
+GSM822274_2
+GSM803464_1
+GSM736559_1
+GSM822274_1
+GSM935423_1
+GSM605630_2
+GSM849324_3
+GSM767845_1
+GSM605634_6
+GSM803335_1
+GSM935344_1
+GSM849029_2
+GSM849341_1
+GSM803531_2
+GSM897080_4
+GSM816668_1
+GSM822312_1
+GSM749683_1
+GSM935405_1
+GSM897080_2
+GSM945213_2
+GSM973687_1
+GSM935454_1
+GSM831018_1
+GSM935409_1
+GSM935308_1
+GSM803344_2
+GSM935318_1
+GSM935343_1
+GSM935392_1
+GSM923444_16
+GSM935438_1
+GSM935631_1
+GSM849335_4
+GSM973661_1
+GSM767847_3
+GSM736634_1
+GSM816654_1
+GSM849304_2
+GSM935639_1
+GSM935626_1
+GSM849347_2
+GSM897085_4
+GSM935407_1
+GSM945319_1
+GSM736633_1
+GSM923449_6
+GSM803431_1
+GSM864343_2
+GSM803480_1
+GSM736617_1
+GSM758571_1
+GSM945263_2
+GSM945182_2
+GSM605629_6
+GSM935629_1
+GSM864357_2
+GSM935408_1
+GSM822297_2
+GSM830998_1
+GSM803490_1
+GSM958731_1
+GSM935582_1
+GSM646559_1
+GSM822307_1
+GSM897077_1
+GSM935467_1
+GSM822308_1
+GSM923439_2
+GSM977029_4
+GSM816650_2
+GSM935510_1
+GSM935545_1
+GSM847568_1
+GSM803447_2
+GSM935530_1
+GSM816636_1
+GSM945179_1
+GSM803375_2
+GSM736532_1
+GSM945208_2
+GSM733752_1
+GSM803395_2
+GSM803351_2
+GSM923426_1
+GSM849357_3
+GSM935560_1
+GSM736540_1
+GSM923432_1
+GSM935431_1
+GSM646569_2
+GSM977036_1
+GSM830992_1
+GSM830996_1
+GSM736572_1
+GSM977045_2
+GSM822311_2
+GSM765404_2
+GSM977040_1
+GSM923446_5
+GSM736567_1
+GSM897086_3
+GSM945324_1
+GSM830990_1
+GSM973678_2
+GSM803368_1
+GSM935590_1
+GSM803381_2
+GSM935568_1
+GSM767849_2
+GSM923424_1
+GSM736630_1
+GSM803441_2
+GSM923439_7
+GSM767853_2
+GSM733756_1
+GSM672833_2
+GSM935572_1
+GSM935370_1
+GSM935350_1
+GSM816669_1
+GSM736573_1
+GSM945181_2
+GSM849332_1
+GSM803434_1
+GSM733654_1
+GSM849025_1
+GSM945232_2
+GSM945162_2
+GSM945168_1
+GSM605628_2
+GSM733641_1
+GSM803361_1
+GSM935531_1
+GSM849368_2
+GSM935393_1
+GSM788077_1
+GSM736491_1
+GSM830989_1
+GSM923452_1
+GSM973690_3
+GSM935430_1
+GSM803446_2
+GSM830525_1
+GSM935633_1
+GSM945243_1
+GSM945163_1
+GSM758563_4
+GSM973687_2
+GSM977032_3
+GSM935521_1
+GSM749779_1
+GSM958743_1
+GSM923434_2
+GSM923449_3
+GSM749739_1
+GSM958749_1
+GSM803493_2
+GSM923429_1
+GSM945187_1
+GSM830994_1
+GSM973686_2
+GSM605625_2
+GSM923444_5
+GSM849303_1
+GSM733665_1
+GSM923443_2
+GSM733738_1
+GSM849339_3
+GSM935612_1
+GSM849328_4
+GSM945265_2
+GSM945220_1
+GSM803471_2
+GSM945315_1
+GSM945253_1
+GSM672836_2
+GSM935345_1
+GSM605629_4
+GSM897081_2
+GSM935410_1
+GSM767856_1
+GSM935506_1
+GSM849329_1
+GSM765390_1
+GSM736552_1
+GSM945228_1
+GSM935520_1
+GSM733649_1
+GSM749758_1
+GSM945184_1
+GSM830529_2
+GSM831011_1
+GSM803461_2
+GSM923441_2
+GSM923435_2
+GSM935330_1
+GSM945275_1
+GSM897078_4
+GSM803378_1
+GSM733747_1
+GSM945160_1
+GSM944522_1
+GSM973668_2
+GSM749757_1
+GSM977033_3
+GSM935355_1
+GSM749711_1
+GSM803469_1
+GSM923441_8
+GSM945286_2
+GSM765393_1
+GSM935365_1
+GSM945321_1
+GSM749746_1
+GSM977028_3
+GSM803345_1
+GSM736632_1
+GSM733754_1
+GSM935525_1
+GSM935532_1
+GSM923451_8
+GSM935620_1
+GSM973661_3
+GSM803347_2
+GSM945223_1
+GSM923448_7
+GSM830533_2
+GSM849335_3
+GSM849327_1
+GSM816655_2
+GSM816660_1
+GSM935380_1
+GSM935361_1
+GSM803426_1
+GSM822308_2
+GSM733639_1
+GSM816665_2
+GSM816645_2
+GSM803342_2
+GSM767849_4
+GSM923427_1
+GSM970217_1
+GSM736580_1
+GSM646567_2
+GSM864358_1
+GSM945238_1
+GSM831001_1
+GSM840137_3
+GSM816666_1
+GSM765402_3
+GSM605626_2
+GSM958744_1
+GSM830535_2
+GSM849351_2
+GSM803406_1
+GSM897071_1
+GSM733701_1
+GSM830523_2
+GSM758575_3
+GSM945177_2
+GSM758578_2
+GSM736586_1
+GSM736588_1
+GSM803511_1
+GSM830522_2
+GSM935606_1
+GSM935573_1
+GSM733763_1
+GSM945290_2
+GSM822275_2
+GSM758576_4
+GSM973664_4
+GSM733667_1
+GSM733731_1
+GSM935588_1
+GSM803376_2
+GSM977052_4
+GSM897081_3
+GSM945164_1
+GSM945317_1
+GSM736578_1
+GSM864340_2
+GSM923446_6
+GSM767839_2
+GSM973671_1
+GSM935281_1
+GSM935490_1
+GSM973663_1
+GSM831036_1
+GSM945190_2
+GSM767838_1
+GSM935527_1
+GSM935509_1
+GSM897085_2
+GSM607494_1
+GSM672833_1
+GSM945216_2
+GSM945178_1
+GSM935495_1
+GSM923453_7
+GSM923445_7
+GSM935643_1
+GSM935301_1
+GSM803351_3
+GSM849030_2
+GSM945249_2
+GSM945200_1
+GSM831017_1
+GSM849353_1
+GSM803452_1
+GSM758561_4
+GSM749719_1
+GSM817344_1
+GSM977052_3
+GSM935594_1
+GSM736574_1
+GSM935465_1
+GSM849359_2
+GSM849366_4
+GSM840138_3
+GSM935558_1
+GSM605628_1
+GSM605635_1
+GSM935299_1
+GSM749747_1
+GSM605632_1
+GSM923452_4
+GSM935562_1
+GSM733640_1
+GSM923453_5
+GSM733655_1
+GSM935321_1
+GSM840136_1
+GSM923445_5
+GSM733703_1
+GSM935448_1
+GSM945273_1
+GSM736498_1
+GSM849361_1
+GSM944525_2
+GSM935422_1
+GSM733744_1
+GSM733710_1
+GSM803502_1
+GSM923444_13
+GSM736503_1
+GSM733746_1
+GSM849343_4
+GSM935298_1
+GSM973661_4
+GSM935324_1
+GSM935386_1
+GSM935310_1
+GSM803539_1
+GSM736562_1
+GSM935424_1
+GSM765388_4
+GSM935294_1
+GSM945209_1
+GSM831009_1
+GSM736607_1
+GSM935507_1
+GSM849335_2
+GSM945230_1
+GSM849338_4
+GSM923448_2
+GSM864350_2
+GSM958731_3
+GSM935396_1
+GSM977037_2
+GSM935440_1
+GSM736506_1
+GSM788076_1
+GSM822271_2
+GSM822288_2
+GSM822290_1
+GSM864356_2
+GSM977041_1
+GSM935516_1
+GSM945210_2
+GSM767845_3
+GSM935484_1
+GSM864352_2
+GSM803356_1
+GSM945306_1
+GSM605633_4
+GSM935543_1
+GSM830519_1
+GSM849353_2
+GSM977030_3
+GSM816643_2
+GSM849363_2
+GSM822279_2
+GSM897084_2
+GSM788087_1
+GSM749710_1
+GSM840138_1
+GSM847566_1
+GSM945207_2
+GSM897084_1
+GSM923451_5
+GSM803505_2
+GSM935498_1
+GSM945323_2
+GSM831008_1
+GSM923436_2
+GSM973682_2
+GSM864337_2
+GSM736496_1
+GSM803487_2
+GSM758567_1
+GSM816639_1
+GSM945295_1
+GSM923445_8
+GSM923453_8
+GSM733645_1
+GSM736637_1
+GSM923443_1
+GSM803534_1
+GSM646561_2
+GSM736570_1
+GSM803351_1
+GSM803420_1
+GSM803432_2
+GSM945161_1
+GSM935443_1
+GSM935640_1
+GSM973661_2
+GSM977048_2
+GSM935276_1
+GSM935334_1
+GSM777641_1
+GSM935491_1
+GSM923448_4
+GSM864359_2
+GSM736618_1
+GSM864360_1
+GSM935648_1
+GSM765389_4
+GSM945201_2
+GSM923450_2
+GSM803355_1
+GSM733722_1
+GSM977039_2
+GSM822300_1
+GSM973685_2
+GSM897074_2
+GSM803342_1
+GSM733652_1
+GSM935357_1
+GSM935617_1
+GSM897083_8
+GSM935481_1
+GSM977031_4
+GSM736598_1
+GSM923424_2
+GSM935600_1
+GSM945205_1
+GSM935293_1
+GSM923444_10
+GSM973680_4
+GSM945294_1
+GSM849331_4
+GSM935452_1
+GSM736512_1
+GSM897076_3
+GSM923446_4
+GSM830528_2
+GSM935595_1
+GSM945225_1
+GSM733675_1
+GSM935362_1
+GSM803495_1
+GSM782124_1
+GSM864352_1
+GSM765401_4
+GSM765392_3
+GSM816641_1
+GSM830991_1
+GSM803394_1
+GSM935500_1
+GSM935285_1
+GSM935463_1
+GSM816668_2
+GSM849342_4
+GSM765401_2
+GSM736587_1
+GSM945326_1
+GSM849338_2
+GSM958748_1
+GSM765391_4
+GSM973685_4
+GSM803457_2
+GSM803434_2
+GSM944523_1
+GSM935539_1
+GSM758565_2
+GSM830522_1
+GSM816661_1
+GSM803398_2
+GSM935282_1
+GSM733709_1
+GSM822292_1
+GSM749717_1
+GSM733730_1
+GSM822310_1
+GSM733677_1
+GSM945325_1
+GSM935441_1
+GSM935382_1
+GSM749740_1
+GSM923445_1
+GSM923453_1
+GSM923447_7
+GSM777644_1
+GSM945195_1
+GSM945305_1
+GSM935565_1
+GSM803508_1
+GSM923439_1
+GSM749775_1
+GSM945242_2
+GSM803438_1
+GSM944526_1
+GSM897073_3
+GSM830530_2
+GSM736604_1
+GSM822281_1
+GSM803365_1
+GSM803431_2
+GSM803456_1
+GSM864349_1
+GSM765403_3
+GSM803454_1
+GSM945176_1
+GSM973664_2
+GSM777637_1
+GSM958735_2
+GSM935278_1
+GSM831016_1
+GSM733642_1
+GSM733669_1
+GSM935288_1
+GSM736548_1
+GSM849300_1
+GSM849337_1
+GSM803357_1
+GSM749751_1
+GSM816664_1
+GSM822284_2
+GSM977039_1
+GSM758566_4
+GSM749760_1
+GSM803523_2
+GSM803422_1
+GSM733713_1
+GSM864348_1
+GSM822297_1
+GSM958740_1
+GSM973662_1
+GSM749749_1
+GSM733693_1
+GSM733666_1
+GSM973676_3
+GSM803421_2
+GSM733698_1
+GSM935581_1
+GSM935290_1
+GSM749709_1
+GSM945179_2
+GSM733740_1
+GSM897083_3
+GSM897085_1
+GSM803421_1
+GSM935425_1
+GSM849364_2
+GSM945293_1
+GSM803368_2
+GSM830997_1
+GSM767852_2
+GSM864353_1
+GSM767844_1
+GSM935439_1
+GSM935375_1
+GSM831026_1
+GSM803471_1
+GSM765398_3
+GSM935348_1
+GSM736523_1
+GSM973683_1
+GSM822288_1
+GSM830536_1
+GSM935651_1
+GSM803469_2
+GSM736561_1
+GSM977037_4
+GSM767857_2
+GSM733684_1
+GSM733691_1
+GSM672835_1
+GSM923451_2
+GSM607492_1
+GSM767852_1
+GSM935327_1
+GSM973676_1
+GSM849334_1
+GSM935549_1
+GSM749724_1
+GSM935492_1
+GSM749672_1
+GSM923422_1
+GSM945301_1
+GSM849356_2
+GSM849300_2
+GSM803374_2
+GSM749705_1
+GSM945183_2
+GSM803509_1
+GSM935540_1
+GSM973671_3
+GSM830530_3
+GSM803537_2
+GSM945191_2
+GSM803390_1
+GSM803429_1
+GSM605634_2
+GSM803334_2
+GSM945304_2
+GSM945241_2
+GSM944520_1
+GSM945177_1
+GSM849302_2
+GSM935354_1
+GSM605626_1
+GSM973671_4
+GSM935535_1
+GSM977034_3
+GSM923441_6
+GSM803379_1
+GSM733705_1
+GSM736615_1
+GSM733678_1
+GSM849355_2
+GSM816653_2
+GSM765390_4
+GSM973676_2
+GSM945202_2
+GSM945312_2
+GSM749676_1
+GSM977038_3
+GSM803456_2
+GSM935603_1
+GSM935341_1
+GSM736564_1
+GSM935315_1
+GSM977044_1
+GSM897077_2
+GSM803372_2
+GSM973666_2
+GSM758576_1
+GSM973675_3
+GSM736597_1
+GSM945190_1
+GSM973668_3
+GSM758560_3
+GSM923420_1
+GSM816670_1
+GSM733683_1
+GSM733717_1
+GSM944525_1
+GSM816652_1
+GSM923428_1
+GSM977031_2
+GSM923446_7
+GSM945234_1
+GSM758561_1
+GSM758578_1
+GSM935412_1
+GSM958729_2
+GSM958736_1
+GSM733699_1
+GSM945199_2
+GSM923431_1
+GSM973664_3
+GSM973671_2
+GSM767852_4
+GSM935479_1
+wgEncodeBroadHmmGm12878HMM
+wgEncodeBroadHmmH1hescHMM
+wgEncodeBroadHmmHepg2HMM
+wgEncodeBroadHmmHmecHMM
+wgEncodeBroadHmmHsmmHMM
+wgEncodeBroadHmmHuvecHMM
+wgEncodeBroadHmmK562HMM
+wgEncodeBroadHmmNhekHMM
+wgEncodeBroadHmmNhlfHMM
+wgEncodeHaibGenotypeA549RegionsRep1
+wgEncodeHaibGenotypeAg04449RegionsRep1
+wgEncodeHaibGenotypeAg04450RegionsRep2
+wgEncodeHaibGenotypeAg09309RegionsRep1
+wgEncodeHaibGenotypeAg09319RegionsRep2
+wgEncodeHaibGenotypeAg10803RegionsRep1
+wgEncodeHaibGenotypeAosmcRegionsRep1
+wgEncodeHaibGenotypeAstrocyRegionsRep1
+wgEncodeHaibGenotypeBcjejunumh12817nRegionsRep1
+wgEncodeHaibGenotypeBcsmallintestine0111002RegionsRep1
+wgEncodeHaibGenotypeBjRegionsRep1
+wgEncodeHaibGenotypeCaco2RegionsRep1
+wgEncodeHaibGenotypeChorionRegionsRep1
+wgEncodeHaibGenotypeCmkRegionsRep2
+wgEncodeHaibGenotypeGm06990RegionsRep1
+wgEncodeHaibGenotypeGm12878RegionsRep1
+wgEncodeHaibGenotypeGm12878RegionsRep1V2
+wgEncodeHaibGenotypeGm12878RegionsRep2
+wgEncodeHaibGenotypeGm12891RegionsRep2
+wgEncodeHaibGenotypeGm12892RegionsRep2
+wgEncodeHaibGenotypeGm19239RegionsRep1
+wgEncodeHaibGenotypeH1hescRegionsRep2
+wgEncodeHaibGenotypeHaeRegionsRep1
+wgEncodeHaibGenotypeHaeRegionsRep2
+wgEncodeHaibGenotypeHcfRegionsRep1
+wgEncodeHaibGenotypeHcfRegionsRep2
+wgEncodeHaibGenotypeHcmRegionsRep1
+wgEncodeHaibGenotypeHcmRegionsRep2
+wgEncodeHaibGenotypeHcpeRegionsRep1
+wgEncodeHaibGenotypeHcpeRegionsRep2
+wgEncodeHaibGenotypeHeeRegionsRep2
+wgEncodeHaibGenotypeHek293RegionsRep2
+wgEncodeHaibGenotypeHelas3RegionsRep2
+wgEncodeHaibGenotypeHepg2RegionsRep1
+wgEncodeHaibGenotypeHipeRegionsRep1
+wgEncodeHaibGenotypeHipeRegionsRep2
+wgEncodeHaibGenotypeHl60RegionsRep1
+wgEncodeHaibGenotypeHmecRegionsRep2
+wgEncodeHaibGenotypeHnpceRegionsRep1
+wgEncodeHaibGenotypeHpaeRegionsRep1
+wgEncodeHaibGenotypeHpaeRegionsRep2
+wgEncodeHaibGenotypeHrceRegionsRep1
+wgEncodeHaibGenotypeHrceRegionsRep2
+wgEncodeHaibGenotypeHreRegionsRep1
+wgEncodeHaibGenotypeHreRegionsRep2
+wgEncodeHaibGenotypeHrpeRegionsRep1
+wgEncodeHaibGenotypeHrpeRegionsRep2
+wgEncodeHaibGenotypeHsmmRegionsRep3
+wgEncodeHaibGenotypeHsmmtRegionsRep2
+wgEncodeHaibGenotypeHtr8RegionsRep1
+wgEncodeHaibGenotypeHuvecRegionsRep2
+wgEncodeHaibGenotypeImr90RegionsRep1
+wgEncodeHaibGenotypeImr90RegionsRep2
+wgEncodeHaibGenotypeJurkatRegionsRep1
+wgEncodeHaibGenotypeJurkatRegionsRep2
+wgEncodeHaibGenotypeK562RegionsRep1
+wgEncodeHaibGenotypeLncapRegionsRep1
+wgEncodeHaibGenotypeMcf10aesRegionsRep1
+wgEncodeHaibGenotypeMcf10aesRegionsRep2
+wgEncodeHaibGenotypeMcf10aesRegionsRep3
+wgEncodeHaibGenotypeMcf10aesTamRegionsRep1
+wgEncodeHaibGenotypeMcf7RegionsRep1
+wgEncodeHaibGenotypeMcf7RegionsRep2
+wgEncodeHaibGenotypeMelanoRegionsRep1
+wgEncodeHaibGenotypeMelanoRegionsRep2
+wgEncodeHaibGenotypeMyometrRegionsRep1
+wgEncodeHaibGenotypeNb4RegionsRep1
+wgEncodeHaibGenotypeNb4RegionsRep2
+wgEncodeHaibGenotypeNhaDukeRegionsRep1
+wgEncodeHaibGenotypeNhaRegionsRep1
+wgEncodeHaibGenotypeNhaRegionsRep2
+wgEncodeHaibGenotypeNhbeRegionsRep1
+wgEncodeHaibGenotypeNhbeRegionsRep2
+wgEncodeHaibGenotypeNhdfneoRegionsRep1
+wgEncodeHaibGenotypeNt2d1RegionsRep1
+wgEncodeHaibGenotypeOvcar3RegionsRep1
+wgEncodeHaibGenotypePanc1RegionsRep1
+wgEncodeHaibGenotypePanc1RegionsRep2
+wgEncodeHaibGenotypePfsk1RegionsRep1
+wgEncodeHaibGenotypePrecRegionsRep1
+wgEncodeHaibGenotypeRptecRegionsRep1
+wgEncodeHaibGenotypeRptecRegionsRep2
+wgEncodeHaibGenotypeSaecRegionsRep1
+wgEncodeHaibGenotypeSaecRegionsRep2
+wgEncodeHaibGenotypeSkmcRegionsRep1
+wgEncodeHaibGenotypeSkmcRegionsRep2
+wgEncodeHaibGenotypeSknshraRegionsRep1
+wgEncodeHaibGenotypeSknshraRegionsRep2
+wgEncodeHaibGenotypeT47dRegionsRep2
+wgEncodeHaibGenotypeU87RegionsRep1
+GSM1022646_1
+GSM1003558_1
+GSM1011128_1
+GSM1008564_1
+GSM1024769_1
+GSM979655_4
+GSM979651_2
+GSM979656_2
+GSM1024760_1
+GSM1014516_1
+GSM1008584_1
+GSM1010896_1
+GSM1014538_2
+GSM981252_4
+GSM981254_3
+GSM1010776_2
+GSM984610_4
+GSM1014527_1
+GSM981253_2
+GSM984619_1
+GSM979642_2
+GSM1010774_1
+GSM1010740_2
+GSM979655_2
+GSM1003555_1
+GSM1010881_1
+GSM1010903_2
+GSM1010744_2
+GSM1024755_1
+GSM1010828_2
+GSM1003517_1
+GSM1006911_2
+GSM981253_4
+GSM1010759_1
+GSM1006911_3
+GSM981248_3
+GSM979632_2
+GSM979638_2
+GSM979660_1
+GSM1010855_2
+GSM1006874_1
+GSM1006891_1
+GSM981250_2
+GSM1010766_2
+GSM1010858_1
+GSM1010861_2
+GSM1003468_1
+GSM1010816_2
+GSM1003487_1
+GSM1010787_2
+GSM984616_1
+GSM981259_1
+GSM1014520_2
+GSM1003506_1
+GSM981245_1
+GSM1010836_1
+GSM984612_4
+GSM1010726_1
+GSM981248_2
+GSM1003457_1
+GSM1022657_1
+GSM1003570_1
+GSM1010780_1
+GSM979652_3
+GSM1014530_1
+GSM1010837_2
+GSM1003474_1
+GSM1010904_2
+GSM1008587_2
+GSM1008578_2
+GSM1008577_2
+GSM1010769_2
+GSM979645_1
+GSM1006870_2
+GSM1010729_1
+GSM979660_3
+GSM1003495_1
+GSM1003559_1
+GSM1010849_2
+GSM1006880_1
+GSM1003449_1
+GSM1003448_1
+GSM1003562_1
+GSM984608_2
+GSM1003557_1
+GSM979659_3
+GSM1003568_1
+GSM1024774_1
+GSM1010754_2
+GSM979648_1
+GSM979654_3
+GSM1010754_1
+GSM1003501_1
+GSM981244_4
+GSM1014535_2
+GSM1010753_1
+GSM1006883_2
+GSM979659_4
+GSM984607_3
+GSM984617_3
+GSM1010865_2
+GSM1010810_2
+GSM1003563_1
+GSM1006907_1
+GSM1010739_2
+GSM1024754_1
+GSM979657_1
+GSM1003561_1
+GSM1010741_2
+GSM1010903_1
+GSM1010821_2
+GSM1003499_1
+GSM1010806_1
+GSM1008572_2
+GSM1010791_2
+GSM1010819_2
+GSM1010762_2
+GSM979652_2
+GSM1006913_3
+GSM1010731_2
+GSM1010877_1
+GSM1008566_2
+GSM1010749_1
+GSM1008562_1
+GSM1010810_1
+GSM984612_3
+GSM1010870_2
+GSM1003519_1
+GSM1008570_2
+GSM979641_2
+GSM1009528_2
+GSM1003471_1
+GSM984609_4
+GSM1024785_1
+GSM1003518_1
+GSM1003534_1
+GSM1010906_1
+GSM1024753_1
+GSM1008593_2
+GSM1022677_1
+GSM1014511_1
+GSM1006868_1
+GSM1006902_4
+GSM1003503_1
+GSM1010800_2
+GSM1008580_1
+GSM1010733_1
+GSM1008589_2
+GSM1024773_1
+GSM1010756_2
+GSM1006875_1
+GSM979661_2
+GSM1024784_1
+GSM1003579_1
+GSM1014512_2
+GSM1008605_2
+GSM1014518_1
+GSM1003624_1
+GSM1003456_1
+GSM1008556_2
+GSM1010752_1
+GSM979640_1
+GSM984604_3
+GSM1011130_1
+GSM1003629_1
+GSM1006906_4
+GSM1022645_1
+GSM1010854_2
+GSM981244_3
+GSM1010799_2
+GSM1008560_2
+GSM1006909_4
+GSM1010883_2
+GSM984620_4
+GSM1010752_2
+GSM984618_1
+GSM1010814_1
+GSM979632_4
+GSM984617_4
+GSM1010848_2
+GSM1010745_2
+GSM1010767_2
+GSM1006903_1
+GSM1011120_2
+GSM1010722_1
+GSM1022640_1
+GSM1010743_2
+GSM1003536_1
+GSM1003607_1
+GSM979662_4
+GSM1003445_1
+GSM1010807_2
+GSM981243_2
+GSM1011126_1
+GSM981255_3
+GSM1008556_1
+GSM979643_1
+GSM1006910_2
+GSM1024746_1
+GSM1024749_1
+GSM1010827_1
+GSM984605_1
+GSM1008599_2
+GSM1003467_1
+GSM1006873_1
+GSM1010832_1
+GSM1010794_1
+GSM1010772_1
+GSM1010815_2
+GSM1011119_1
+GSM1022648_1
+GSM979650_2
+GSM1008601_1
+GSM1008582_2
+GSM1003509_1
+GSM1010884_1
+GSM984606_4
+GSM1010842_2
+GSM981259_3
+GSM1008588_2
+GSM1010912_1
+GSM1010736_1
+GSM1008569_2
+GSM1010824_1
+GSM1024745_1
+GSM1010721_2
+GSM1006915_1
+GSM1008597_1
+GSM1014515_1
+GSM981247_4
+GSM1010862_1
+GSM1010784_1
+GSM1006893_1
+GSM1010821_1
+GSM1010835_2
+GSM1011127_1
+GSM1010735_1
+GSM1024763_1
+GSM1010846_2
+GSM1006909_3
+GSM1010782_1
+GSM1006912_3
+GSM979647_4
+GSM1014534_1
+GSM1003634_1
+GSM1010898_1
+GSM1010817_2
+GSM1006891_2
+GSM1010901_1
+GSM1003532_1
+GSM1010846_1
+GSM1014541_1
+GSM1010769_1
+GSM1008559_2
+GSM979636_4
+GSM979658_2
+GSM1024757_1
+GSM1022647_1
+GSM984618_2
+GSM1006872_1
+GSM1010875_2
+GSM1024772_1
+GSM1006885_2
+GSM1006904_3
+GSM1003609_1
+GSM979659_2
+GSM1022635_1
+GSM1003582_1
+GSM979649_4
+GSM1003565_1
+GSM1008601_2
+GSM1003608_1
+GSM1006905_2
+GSM984613_3
+GSM1010804_1
+GSM1024789_1
+GSM1010802_2
+GSM1010813_1
+GSM1010809_1
+GSM1011124_2
+GSM981248_4
+GSM1010800_1
+GSM1010757_2
+GSM1008588_1
+GSM1006909_1
+GSM1010766_1
+GSM1003459_1
+GSM979647_1
+GSM1022630_1
+GSM979638_4
+GSM1010729_2
+GSM979649_3
+GSM1010899_1
+GSM1010829_1
+GSM984606_1
+GSM1008583_2
+GSM984613_4
+GSM979650_3
+GSM1010777_1
+GSM1010857_2
+GSM1010798_3
+GSM1022655_1
+GSM979652_4
+GSM979632_1
+GSM1003530_1
+GSM984609_1
+GSM1010760_1
+GSM1008574_1
+GSM1010768_1
+GSM1003531_1
+GSM1006885_1
+GSM1010801_2
+GSM1010755_2
+GSM1003526_1
+GSM984619_4
+GSM1003520_1
+GSM1008585_2
+GSM1010789_2
+GSM1010852_2
+GSM984616_3
+GSM981249_4
+GSM981251_3
+GSM1022634_1
+GSM981245_3
+GSM984621_2
+GSM1010778_1
+GSM1010819_1
+GSM1014530_2
+GSM979652_1
+GSM981260_1
+GSM1010735_2
+GSM979640_3
+GSM1022633_1
+GSM979656_1
+GSM1006902_1
+GSM1010737_1
+GSM979634_4
+GSM1010864_2
+GSM1003446_1
+GSM1024768_1
+GSM1006915_2
+GSM981255_1
+GSM1010892_1
+GSM1003533_1
+GSM1010845_1
+GSM1003444_1
+GSM1008578_1
+GSM1022644_1
+GSM1011129_1
+GSM1006890_1
+GSM1003631_1
+GSM979646_4
+GSM1014526_2
+GSM1010731_1
+GSM1010749_2
+GSM1003617_1
+GSM1010839_1
+GSM1024766_1
+GSM979654_4
+GSM1014515_2
+GSM984615_1
+GSM1014533_2
+GSM1010734_2
+GSM1010753_2
+GSM1010838_2
+GSM1010863_1
+GSM1010746_1
+GSM979646_2
+GSM1010745_1
+GSM1010763_2
+GSM1008591_1
+GSM1003541_1
+GSM1010854_3
+GSM979648_3
+GSM1010868_1
+GSM1008581_2
+GSM1024795_1
+GSM979656_4
+GSM1014535_1
+GSM1006908_3
+GSM1010799_1
+GSM979663_3
+GSM1008568_1
+GSM1010871_1
+GSM1008557_1
+GSM979643_3
+GSM1024758_1
+GSM981246_3
+GSM1003458_1
+GSM1010762_1
+GSM1010850_2
+GSM1003630_1
+GSM1003610_1
+GSM1024759_1
+GSM1010786_2
+GSM1003504_1
+GSM1010784_2
+GSM1010866_3
+GSM1010798_2
+GSM1014537_1
+GSM1010719_2
+GSM1003491_1
+GSM1014521_2
+GSM1008605_1
+GSM1024756_1
+GSM1008600_2
+GSM984621_1
+GSM1022629_1
+GSM1014526_1
+GSM1022656_1
+GSM1010758_2
+GSM1008579_2
+GSM1014528_1
+GSM1008586_1
+GSM1008571_1
+GSM1008590_1
+GSM1010887_1
+GSM1010891_2
+GSM979632_3
+GSM1010725_2
+GSM1006908_4
+GSM1003482_1
+GSM981244_2
+GSM1003576_1
+GSM1003511_1
+GSM1010760_2
+GSM1003560_1
+GSM979663_4
+GSM984613_1
+GSM1010771_2
+GSM1006878_1
+GSM1010873_1
+GSM1003622_1
+GSM1010720_1
+GSM1010813_2
+GSM979633_1
+GSM1014510_1
+GSM984615_3
+GSM1003450_1
+GSM1003469_1
+GSM979661_4
+GSM1010880_2
+GSM1010824_2
+GSM1008594_2
+GSM1008574_2
+GSM981256_4
+GSM1010750_2
+GSM1010900_1
+GSM1008573_2
+GSM1003543_1
+GSM1010902_1
+GSM1006877_2
+GSM1003615_1
+GSM1010914_2
+GSM984614_2
+GSM1010851_2
+GSM981252_2
+GSM1024792_1
+GSM1010888_1
+GSM1006893_2
+GSM1024767_1
+GSM979646_1
+GSM1022669_1
+GSM1010811_1
+GSM1010825_1
+GSM1022662_1
+GSM1014517_2
+GSM981256_3
+GSM1010759_2
+GSM1006907_4
+GSM1010788_2
+GSM1006902_2
+GSM1010764_1
+GSM1010773_2
+GSM1014537_2
+GSM1011123_1
+GSM1006884_1
+GSM1014509_2
+GSM1014531_1
+GSM1010875_1
+GSM1011121_1
+GSM1006867_1
+GSM984607_2
+GSM1010765_1
+GSM1006902_3
+GSM1003505_1
+GSM1024747_1
+GSM979648_2
+GSM1003453_1
+GSM1010833_1
+GSM1022639_1
+GSM1003529_1
+GSM1003578_1
+GSM1006870_1
+GSM1003516_1
+GSM979651_1
+GSM1010786_1
+GSM1008584_2
+GSM1003479_1
+GSM984607_4
+GSM1024743_1
+GSM1006905_1
+GSM1003548_1
+GSM1014536_2
+GSM979639_3
+GSM1024742_1
+GSM1003580_1
+GSM1006908_2
+GSM1010904_1
+GSM984620_2
+GSM1010893_1
+GSM979657_4
+GSM1010901_2
+GSM1010895_1
+GSM1010894_3
+GSM1003554_1
+GSM1010860_1
+GSM1003550_1
+GSM1006878_2
+GSM1014519_1
+GSM1014541_2
+GSM1022631_1
+GSM1010732_2
+GSM1008595_1
+GSM1010878_1
+GSM1010848_1
+GSM981249_1
+GSM1003556_1
+GSM1014525_1
+GSM1010867_2
+GSM1010823_2
+GSM984619_3
+GSM1008575_2
+GSM1008560_1
+GSM984606_3
+GSM1010862_2
+GSM1003451_1
+GSM1010779_2
+GSM984604_2
+GSM1003513_1
+GSM1006913_4
+GSM1022676_1
+GSM1010890_1
+GSM981251_1
+GSM1010806_2
+GSM979644_2
+GSM1003512_1
+GSM1006892_1
+GSM1014539_1
+GSM1003627_1
+GSM1003611_1
+GSM1014513_1
+GSM1010774_2
+GSM1006883_1
+GSM1011126_2
+GSM1014520_1
+GSM1014518_2
+GSM1010772_2
+GSM979642_3
+GSM1014521_1
+GSM981246_2
+GSM981250_4
+GSM979650_1
+GSM1010849_1
+GSM1006866_1
+GSM1006912_1
+GSM1024781_1
+GSM981251_4
+GSM984611_3
+GSM1003584_1
+GSM1024777_1
+GSM979660_2
+GSM979638_1
+GSM1014508_2
+GSM1006914_2
+GSM1003626_1
+GSM1010897_2
+GSM1022666_1
+GSM979657_2
+GSM1010795_1
+GSM1003485_1
+GSM979662_1
+GSM1003613_1
+GSM979637_4
+GSM1011123_2
+GSM984607_1
+GSM1010751_2
+GSM1008580_2
+GSM1006904_1
+GSM979640_4
+GSM979645_4
+GSM1010750_1
+GSM1024751_1
+GSM984619_2
+GSM1010803_2
+GSM984618_3
+GSM1022638_1
+GSM1008596_1
+GSM981260_3
+GSM1003552_1
+GSM1010826_1
+GSM1010866_2
+GSM981253_1
+GSM979663_1
+GSM981247_1
+GSM979633_4
+GSM1010835_1
+GSM1014540_2
+GSM1010822_2
+GSM979640_2
+GSM1014522_2
+GSM1006905_4
+GSM979657_3
+GSM1022664_1
+GSM1008561_2
+GSM979658_3
+GSM979631_1
+GSM1008577_1
+GSM1010756_1
+GSM1010879_1
+GSM1014523_2
+GSM1006910_1
+GSM979641_1
+GSM979644_1
+GSM1010764_2
+GSM1003473_1
+GSM1003528_1
+GSM1010883_4
+GSM1010869_1
+GSM1022625_1
+GSM984605_3
+GSM981260_2
+GSM1008561_1
+GSM1010793_1
+GSM1010895_2
+GSM1010802_1
+GSM1008602_2
+GSM981256_1
+GSM1010893_2
+GSM1010844_2
+GSM1006882_2
+GSM1010725_1
+GSM1006873_2
+GSM984612_1
+GSM1010847_2
+GSM1010882_2
+GSM1003551_1
+GSM1003628_1
+GSM1010822_1
+GSM1011129_2
+GSM1008604_2
+GSM979656_3
+GSM984614_3
+GSM1010742_1
+GSM981245_2
+GSM1010793_2
+GSM1003540_1
+GSM1010857_1
+GSM1010843_1
+GSM1006904_2
+GSM1003621_1
+GSM1014536_1
+GSM1003537_1
+GSM1010790_1
+GSM1006910_4
+GSM984610_2
+GSM1014524_1
+GSM1024775_1
+GSM1008576_2
+GSM1010890_2
+GSM1014528_2
+GSM981252_3
+GSM979659_1
+GSM1006907_3
+GSM1010809_2
+GSM1010831_1
+GSM1010778_2
+GSM1010783_2
+GSM1010820_2
+GSM1014534_2
+GSM1010872_1
+GSM1024786_1
+GSM979663_2
+GSM1010876_1
+GSM981255_4
+GSM1006895_1
+GSM1010859_1
+GSM1010737_2
+GSM984616_2
+GSM979654_1
+GSM1011130_2
+GSM984615_4
+GSM1008558_2
+GSM1006882_1
+GSM1014510_2
+GSM979653_4
+GSM1008606_2
+GSM1010783_1
+GSM1014512_1
+GSM1022667_1
+GSM1024788_1
+GSM1011125_1
+GSM1003455_1
+GSM1014519_2
+GSM1006876_1
+GSM1010834_1
+GSM984610_3
+GSM1003486_1
+GSM1010834_2
+GSM1022670_1
+GSM1003573_1
+GSM1010878_2
+GSM1010902_2
+GSM1024750_1
+GSM1010888_2
+GSM1010741_1
+GSM984604_4
+GSM981254_1
+GSM981255_2
+GSM1010872_2
+GSM984618_4
+GSM1010776_1
+GSM1024791_1
+GSM1003489_1
+GSM1010856_1
+GSM979635_2
+GSM1014524_2
+GSM1006881_1
+GSM1010892_2
+GSM1014531_2
+GSM1010871_2
+GSM984612_2
+GSM984617_1
+GSM979658_4
+GSM1022636_1
+GSM1010820_1
+GSM1003462_1
+GSM981247_2
+GSM1024765_1
+GSM1003527_1
+GSM1003581_1
+GSM979637_1
+GSM1011124_1
+GSM1006912_4
+GSM981253_3
+GSM1010733_2
+GSM1014532_1
+GSM1006886_1
+GSM1014529_2
+GSM1006911_4
+GSM1003538_1
+GSM1010889_1
+GSM984608_4
+GSM1006911_1
+GSM979653_2
+GSM1003544_1
+GSM1011127_2
+GSM1006894_1
+GSM1003602_1
+GSM1010832_2
+GSM979637_3
+GSM1010771_1
+GSM1008570_1
+GSM979646_3
+GSM1008571_2
+GSM1011121_2
+GSM981247_3
+GSM1003523_1
+GSM1006886_2
+GSM1010881_2
+GSM981256_2
+GSM1022673_1
+GSM1010840_2
+GSM1022652_1
+GSM1010785_2
+GSM981259_2
+GSM1003510_1
+GSM1024778_1
+GSM979643_2
+GSM1003447_1
+GSM1010838_1
+GSM1014516_2
+GSM1010785_1
+GSM979636_2
+GSM1008600_1
+GSM981258_2
+GSM1010728_1
+GSM1008603_2
+GSM981250_3
+GSM1010816_1
+GSM1010865_1
+GSM1022661_1
+GSM979633_3
+GSM1006875_2
+GSM979634_2
+GSM1006907_2
+GSM1010836_2
+GSM1008599_1
+GSM1010761_1
+GSM1010874_1
+GSM1003464_1
+GSM1003586_1
+GSM1008576_1
+GSM1011125_2
+GSM1010775_1
+GSM1008564_2
+GSM1003508_1
+GSM979651_4
+GSM1003472_1
+GSM979645_3
+GSM1003577_1
+GSM1010898_2
+GSM1003454_1
+GSM1006903_2
+GSM1010876_2
+GSM1010831_2
+GSM1008557_2
+GSM984611_2
+GSM1010738_2
+GSM1010842_1
+GSM979634_1
+GSM1008585_1
+GSM1024744_1
+GSM1003545_1
+GSM1024771_1
+GSM1014529_1
+GSM984614_4
+GSM1014539_2
+GSM1008568_2
+GSM1022668_1
+GSM1003463_1
+GSM1010883_1
+GSM1010721_1
+GSM1003585_1
+GSM984620_3
+GSM1022650_1
+GSM979650_4
+GSM1010751_1
+GSM1003521_1
+GSM1010853_1
+GSM1008590_2
+GSM1010840_1
+GSM1003542_1
+GSM981243_4
+GSM1022651_1
+GSM1010869_2
+GSM1014511_2
+GSM1006869_2
+GSM1003522_1
+GSM979655_1
+GSM1010900_2
+GSM1003481_1
+GSM1003604_1
+GSM1010845_2
+GSM1003547_1
+GSM1022627_1
+GSM1010866_1
+GSM1010790_2
+GSM1010847_1
+GSM1010894_2
+GSM1010792_1
+GSM1010738_1
+GSM979643_4
+GSM1010906_2
+GSM1010815_1
+GSM1022665_1
+GSM1010860_2
+GSM1003619_1
+GSM984605_4
+GSM984606_2
+GSM1022632_1
+GSM1010885_1
+GSM1008592_2
+GSM1006914_1
+GSM1010747_1
+GSM984604_1
+GSM1008558_1
+GSM1003497_1
+GSM1008563_1
+GSM1006887_2
+GSM1003461_1
+GSM1024790_1
+GSM1014522_1
+GSM1010796_1
+GSM1003498_1
+GSM1010740_1
+GSM1008595_2
+GSM1010812_2
+GSM1003567_1
+GSM1014514_2
+GSM1010796_2
+GSM1011122_1
+GSM984605_2
+GSM1010905_1
+GSM1010867_3
+GSM1003553_1
+GSM1010757_1
+GSM981260_4
+GSM1008566_1
+GSM1010823_1
+GSM1011128_2
+GSM979638_3
+GSM1003549_1
+GSM1010770_2
+GSM1024739_1
+GSM981245_4
+GSM984614_1
+GSM1003478_1
+GSM979649_2
+GSM1010873_2
+GSM1024770_1
+GSM1010851_1
+GSM1008587_1
+GSM1008603_1
+GSM979662_3
+GSM984609_3
+GSM1008594_1
+GSM1006910_3
+GSM1010817_1
+GSM979639_1
+GSM1010727_2
+GSM1006904_4
+GSM979636_3
+GSM1010803_1
+GSM1010739_1
+GSM1010730_1
+GSM1011120_1
+GSM1022642_1
+GSM981244_1
+GSM1022643_1
+GSM1003616_1
+GSM1006903_3
+GSM1014517_1
+GSM1024764_1
+GSM1008569_1
+GSM1010748_1
+GSM1010723_1
+GSM1010768_2
+GSM1010808_2
+GSM1010867_1
+GSM1003625_1
+GSM1022674_1
+GSM984609_2
+GSM1010891_1
+GSM979661_3
+GSM1010858_2
+GSM981246_4
+GSM1010781_1
+GSM1006906_3
+GSM1010808_1
+GSM1022675_1
+GSM979645_2
+GSM1006869_1
+GSM1003452_1
+GSM981258_3
+GSM1024794_1
+GSM979653_3
+GSM1010805_2
+GSM1008596_2
+GSM1010914_1
+GSM1003603_1
+GSM1014509_1
+GSM979651_3
+GSM979647_2
+GSM1010818_1
+GSM1010728_2
+GSM981258_1
+GSM979637_2
+GSM1014508_1
+GSM1006906_1
+GSM1024780_1
+GSM1024783_1
+GSM1010718_2
+GSM1010854_1
+GSM1010767_1
+GSM1010894_1
+GSM979661_1
+GSM1008581_1
+GSM1010804_2
+GSM1010805_1
+GSM1010850_1
+GSM1024748_1
+GSM1010870_1
+GSM1006865_1
+GSM984615_2
+GSM1003571_1
+GSM1010763_1
+GSM1003633_1
+GSM1010811_2
+GSM981249_3
+GSM1010880_1
+GSM1010863_2
+GSM981252_1
+GSM1003524_1
+GSM1008583_1
+GSM1003632_1
+GSM1003480_1
+GSM1010844_1
+GSM1011119_2
+GSM1014538_1
+GSM1008592_1
+GSM1003574_1
+GSM1010777_2
+GSM984617_2
+GSM1006866_2
+GSM1010899_2
+GSM1003494_1
+GSM1003470_1
+GSM1024740_1
+GSM1010801_1
+GSM1014523_1
+GSM1024782_1
+GSM1010839_2
+GSM1010724_1
+GSM1010788_1
+GSM1003460_1
+GSM1006888_1
+GSM1022654_1
+GSM1006913_2
+GSM1008579_1
+GSM1003496_1
+GSM979642_1
+GSM1010852_1
+GSM979634_3
+GSM1008586_2
+GSM1010807_1
+GSM1010743_1
+GSM1010724_2
+GSM984608_1
+GSM1008598_1
+GSM1010896_2
+GSM1010814_2
+GSM1008567_2
+GSM981254_4
+GSM979660_4
+GSM1003502_1
+GSM1006909_2
+GSM1003514_1
+GSM1003606_1
+GSM984613_2
+GSM1003465_1
+GSM1010841_2
+GSM1006906_2
+GSM1010719_1
+GSM981243_1
+GSM1024741_1
+GSM1003515_1
+GSM984611_1
+GSM1024779_1
+GSM981257_2
+GSM1010775_2
+GSM1006865_2
+GSM984610_1
+GSM1003623_1
+GSM1024776_1
+GSM1022671_1
+GSM1003569_1
+GSM979648_4
+GSM1003614_1
+GSM1003566_1
+GSM1003535_1
+GSM979658_1
+GSM1022660_1
+GSM1014525_2
+GSM1008598_2
+GSM1022672_1
+GSM1010747_2
+GSM1010791_1
+GSM1003546_1
+GSM979639_4
+GSM1010789_1
+GSM1006881_2
+GSM981250_1
+GSM1010887_2
+GSM979639_2
+GSM1010727_1
+GSM1008565_1
+GSM981243_3
+GSM1010723_2
+GSM1010748_2
+GSM1008562_2
+GSM1010897_1
+GSM1022658_1
+GSM1010758_1
+GSM1010732_1
+GSM1006879_1
+GSM1006871_1
+GSM1008567_1
+GSM1003605_1
+GSM1010861_1
+GSM1008606_1
+GSM1003476_1
+GSM979631_2
+GSM1009528_1
+GSM1006913_1
+GSM1010746_2
+GSM1010780_2
+GSM1006908_1
+GSM1010885_2
+GSM1010755_1
+GSM1003539_1
+GSM1003488_1
+GSM1022637_1
+GSM1003612_1
+GSM1003483_1
+GSM1010859_2
+GSM1003583_1
+GSM1008593_1
+GSM981251_2
+GSM979647_3
+GSM1010829_2
+GSM1003618_1
+GSM1010782_2
+GSM1014532_2
+GSM1010877_2
+GSM1010792_2
+GSM1003492_1
+GSM1022641_1
+GSM1008591_2
+GSM1006887_1
+GSM1010905_2
+GSM1003490_1
+GSM1014513_2
+GSM979649_1
+GSM1010718_1
+GSM1010744_1
+GSM1003484_1
+GSM1008565_2
+GSM1010830_1
+GSM1022628_1
+GSM1010742_2
+GSM1003493_1
+GSM1014533_1
+GSM1010773_1
+GSM1022626_1
+GSM981258_4
+GSM1008582_1
+GSM1010797_1
+GSM984616_4
+GSM1010798_1
+GSM1022659_1
+GSM1010886_1
+GSM1003620_1
+GSM1010894_4
+GSM1010828_1
+GSM1010855_1
+GSM1008573_1
+GSM1010833_2
+GSM981249_2
+GSM1014514_1
+GSM981246_1
+GSM1024787_1
+GSM1010830_2
+GSM981259_4
+GSM1008602_1
+GSM984620_1
+GSM1003466_1
+GSM1010841_1
+GSM1003572_1
+GSM979662_2
+GSM1010854_4
+GSM1006874_2
+GSM1011122_2
+GSM1010770_1
+GSM1010879_2
+GSM984611_4
+GSM981254_2
+GSM1010837_1
+GSM1006889_1
+GSM1010779_1
+GSM1006903_4
+GSM981257_1
+GSM1010781_2
+GSM1010761_2
+GSM1010825_2
+GSM1010864_1
+GSM1010765_2
+GSM1022663_1
+GSM979633_2
+GSM979653_1
+GSM1010874_2
+GSM1024762_1
+GSM1008604_1
+GSM984608_3
+GSM1010722_2
+GSM1010827_2
+GSM1010787_1
+GSM1022653_1
+GSM1010883_3
+GSM1006905_3
+GSM1003575_1
+GSM1003477_1
+GSM1006912_2
+GSM1008559_1
+GSM1008575_1
+GSM1010826_2
+GSM1010794_2
+GSM979635_1
+GSM979655_3
+GSM1010843_2
+GSM1003500_1
+GSM1003564_1
+GSM1010856_2
+GSM979636_1
+GSM981248_1
+GSM1010814_3
+GSM1008589_1
+GSM1022649_1
+GSM1003525_1
+GSM979654_2
+GSM1010913_1
+GSM1010868_2
+GSM1008572_1
+GSM1010886_2
+GSM1006876_2
+GSM1010734_1
+GSM979642_4
+GSM1010882_1
+GSM1014540_1
+GSM1024752_1
+GSM1010812_1
+GSM1024761_1
+GSM1008563_2
+GSM1008597_2
+GSM1003507_1
+GSM1006877_1
+GSM1003475_1
+GSM1014527_2
+GSM1010889_2
+GSM1024793_1
diff --git a/hg19/longrange b/hg19/longrange
new file mode 100644
index 0000000..986f7cc
--- /dev/null
+++ b/hg19/longrange
@@ -0,0 +1,73 @@
+wgEncodeGisChiaPetHct116Pol2InteractionsRep1
+wgEncodeGisChiaPetHelas3Pol2InteractionsRep1
+wgEncodeGisChiaPetK562CtcfInteractionsRep1
+wgEncodeGisChiaPetK562Pol2InteractionsRep1
+wgEncodeGisChiaPetK562Pol2InteractionsRep2
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep1
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep2
+wgEncodeGisChiaPetMcf7EraaInteractionsRep1
+wgEncodeGisChiaPetMcf7EraaInteractionsRep2
+wgEncodeGisChiaPetMcf7EraaInteractionsRep3
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep1
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep2
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep3
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep4
+wgEncodeGisChiaPetNb4Pol2InteractionsRep1
+wgEncodeUmassDekker5CGm12878Pk
+wgEncodeUmassDekker5CH1hescPk
+wgEncodeUmassDekker5CHelas3Pk
+wgEncodeUmassDekker5CK562Pk
+Esc_20kb_hindIII_rep1
+Esc_20kb_hindIII_rep2
+Esc_40kb_hindIII_rep1
+Esc_40kb_hindIII_rep2
+Esc_40kb_hindIII_combined
+IMR90_20kb_hindIII_rep1
+IMR90_20kb_hindIII_rep2
+IMR90_40kb_hindIII_rep1
+IMR90_40kb_hindIII_rep2
+IMR90_40kb_hindIII_combined
+GM06990_exp_100kb
+GM06990_exp_1mb
+GM06990_obs_100kb
+GM06990_obs_1mb
+GM06990_obsexp_100kb
+GM06990_obsexp_1mb
+GM06990_pearson_100kb
+GM06990_pearson_1mb
+K562_exp_100kb
+K562_exp_1mb
+K562_obs_100kb
+K562_obs_1mb
+K562_obsexp_100kb
+K562_obsexp_1mb
+K562_pearson_100kb
+K562_pearson_1mb
+GSM832456
+GSM832457
+GSM832458
+GSM832459
+GSM832460
+GSM832461
+GSM832462
+GSM832463
+GSM832464
+GSM832465
+wgEncodeUw5CBjUw5cgeneMatrixRep1
+wgEncodeUw5CBjUw5cgeneMatrixRep2
+wgEncodeUw5CCaco2Uw5cmycMatrixRep1
+wgEncodeUw5CCaco2Uw5cmycMatrixRep2
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep1
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep2
+wgEncodeUw5CGm12878Uw5cmycMatrixRep1
+wgEncodeUw5CGm12878Uw5cmycMatrixRep2
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep1
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep2
+wgEncodeUw5CK562Uw5cmycMatrixRep1
+wgEncodeUw5CK562Uw5cmycMatrixRep2
+wgEncodeUw5CLncapUw5cmycMatrixRep1
+wgEncodeUw5CLncapUw5cmycMatrixRep2
+wgEncodeUw5CMcf7Uw5cmycMatrixRep1
+wgEncodeUw5CMcf7Uw5cmycMatrixRep2
+wgEncodeUw5CSknshraUw5cgeneMatrixRep1
+wgEncodeUw5CSknshraUw5cgeneMatrixRep2
diff --git a/hg19/makeDb.sql b/hg19/makeDb.sql
new file mode 100755
index 0000000..4364d35
--- /dev/null
+++ b/hg19/makeDb.sql
@@ -0,0 +1,318 @@
+-- -------------------
+--                  --
+--    hg19heatmap   --
+--                  --
+-- -------------------
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text not null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold text null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) not null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/hg19/",
+"/srv/epgg/data/data/subtleKnife/seq/hg19.gz",
+"GSM959044_1,GSM521901,GSM469970,GSM521897,GSM521895,GSM521913,GSM469974,GSM521889,GSM469968,E12_25_bothAc_dense",
+"Assay,Sample,Institution",
+"CYP4Z1\\nCYP2A7\\nCYP2A6\\nCYP3A4\\nCYP1A1\\nCYP4V2\\nCYP51A1\\nCYP2C19\\nCYP26B1\\nCYP11B2\\nCYP24A1\\nCYP4B1\\nCYP2C8",
+"3,http://vizhub.wustl.edu/hubSample/hg19/qual3.gz,1,http://vizhub.wustl.edu/hubSample/hg19/bed.gz,10,http://vizhub.wustl.edu/hubSample/hg19/K562POL2.gz,15,http://vizhub.wustl.edu/hubSample/hg19/sample.bigWig,100,http://vizhub.wustl.edu/hubSample/hg19/hub2.txt,18,http://vizhub.wustl.edu/hubSample/hg19/bam1.bam",
+"chr7,27053398,chr7,27373766",
+"roadmapepigenome,longrange",
+"refGene,rmsk_ensemble",
+"chr1,chr2,chr3,chr4,chr5,chr6,chr7,chr8,chr9,chr10,chr11,chr12,chr13,chr14,chr15,chr16,chr17,chr18,chr19,chr20,chr21,chr22,chrX,chrY,chrM",
+"knownGene,0",
+\N,
+true,
+true,
+"hsa",
+"Assembly version|hg19|Sequence source|<a href=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/bigZips/ target=_blank>UCSC browser</a>|Date parsed|June 1, 2011|Chromosomes|25|Contigs & misc|68|Total bases|3,137,144,693|Logo art|<a href=http://turing.iimas.unam.mx/~cgg/gallery/EverybodysHive.html target=_blank>link</a>",
+0,
+false
+);
+
+
+-- grouping types on genomic features
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+-- insert into gfGrouping values (3, "non-coding RNA");
+insert into gfGrouping values (4, "RepeatMasker");
+insert into gfGrouping values (6, "Sequence conservation");
+insert into gfGrouping values (5, "G/C related");
+insert into gfGrouping values (7, "Mappability (ENCODE)");
+
+
+-- for genomic features that can be used as horizontal axis
+-- each type of gf (except genome) will have a corresponding covering table
+
+
+/* for stuff that can be plotted as decorative tracks (no genome)
+   the grp is also from gfGrouping table
+   filetype: 0: server bigBed, 2: server bigWig
+   name will be used to compose bbi file "name.bigBed"
+
+   ambiguity with hasStruct field:
+   if it is set to true, it indicates existance of both [x]symbol and [x]struct tables
+   so currently it only works for gene model track (must belong to gene group)
+   where generic genomic feature track wouldn't necessarily require [x]symbol table (might not be big trouble?)
+*/
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null, /* value must be 0/1, must not be boolean */
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+
+-- insert into decorInfo values ('wgRna',"sno/miRNA",\N, 5, 0, 0,\N);
+
+/*
+insert into decorInfo values('decorTrackgrp7', 'no name', \N, 7, 11, 0, \N);
+drop table if exists decorTrackselectiongrid;
+create table decorTrackselectiongrid (
+  groupname varchar(255) not null primary key,
+  row_terms varchar(255) not null,
+  col_terms varchar(255) not null
+);
+insert into decorTrackselectiongrid values('decorTrackgrp7','14018,14005,13047,14001,14028,11310,11101,13076','27001,27002,27003');
+*/
+
+
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label_roadmap' into table track2Label;
+load data local infile 'track2Label_encode' into table track2Label;
+load data local infile 'track2Label_longrange' into table track2Label;
+load data local infile 'track2Label_mock' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2ProcessInfo_roadmap' into table track2ProcessInfo;
+load data local infile 'track2ProcessInfo_encode' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+load data local infile "track2BamInfo_roadmap" into table track2BamInfo;
+load data local infile "track2BamInfo_encode" into table track2BamInfo;
+load data local infile "track2BamInfo_test" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail_decor' into table track2Detail;
+load data local infile 'track2Detail_roadmap' into table track2Detail;
+load data local infile 'track2Detail_encode' into table track2Detail;
+load data local infile 'track2Detail_longrange' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+load data local infile 'track2GEO_roadmap' into table track2GEO;
+load data local infile 'track2GEO_encode' into table track2GEO;
+load data local infile 'track2GEO_longrange' into table track2GEO;
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+load data local infile 'track2VersionInfo_roadmap' into table track2VersionInfo;
+load data local infile 'track2VersionInfo_encode' into table track2VersionInfo;
+
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation_roadmap" into table track2Annotation;
+load data local infile "track2Annotation_encode" into table track2Annotation;
+load data local infile "track2Annotation_longrange" into table track2Annotation;
+load data local infile "track2Annotation_mock" into table track2Annotation;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft_roadmap" into table track2Ft;
+load data local infile "track2Ft_encode" into table track2Ft;
+load data local infile "track2Ft_longrange" into table track2Ft;
+load data local infile "track2Ft_mock" into table track2Ft;
+
+drop table if exists track2Categorical;
+create table track2Categorical (
+  name varchar(255) not null primary key,
+  info text not null
+);
+load data local infile 'track2Categorical' into table track2Categorical;
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile 'track2Style' into table track2Style;
+load data local infile 'track2Style_roadmap' into table track2Style;
+load data local infile 'track2Style_encode' into table track2Style;
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+  regionname varchar(255) not null,
+  regions text not null
+ );
+ load data local infile 'track2Regions' into table track2Regions;
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+drop table if exists roadmapepigenome;
+create table roadmapepigenome (
+  tkname varchar(255) not null
+);
+load data local infile "roadmap" into table roadmapepigenome;
+
+drop table if exists longrange;
+create table longrange (
+  tkname varchar(255) not null
+);
+load data local infile "longrange" into table longrange;
+
+drop table if exists mock;
+create table mock (
+  tkname varchar(255) not null
+);
+load data local infile "mock" into table mock;
+
+drop table if exists encode;
+create table encode(
+  tkname varchar(255) not null
+);
+load data local infile "encode" into table encode;
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null,
+  childLength int unsigned not null
+);
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+drop table if exists cytoband;
+create table cytoband (
+  id int null auto_increment primary key,
+  chrom char(20) not null,
+  start int not null,
+  stop int not null,
+  name char(20) not null,
+  colorIdx int not null
+);
+load data local infile "cytoband" into table cytoband;
+
+
+drop table if exists publichub;
+create table publichub (
+  name varchar(255) not null,
+  logo text null,
+  url text not null,
+  institution text not null,
+  description text not null
+);
+load data local infile "publichub" into table publichub;
+/*
+DROP TABLE IF EXISTS `rmsk`;
+CREATE TABLE `rmsk` (
+  `bin` smallint(5) unsigned NOT NULL default '0',
+  `swScore` int(10) unsigned NOT NULL default '0',
+  `milliDiv` int(10) unsigned NOT NULL default '0',
+  `milliDel` int(10) unsigned NOT NULL default '0',
+  `milliIns` int(10) unsigned NOT NULL default '0',
+  `genoName` varchar(255) NOT NULL default '',
+  `genoStart` int(10) unsigned NOT NULL default '0',
+  `genoEnd` int(10) unsigned NOT NULL default '0',
+  `genoLeft` int(11) NOT NULL default '0',
+  `strand` char(1) NOT NULL default '',
+  `repName` varchar(255) NOT NULL default '',
+  `repClass` varchar(255) NOT NULL default '',
+  `repFamily` varchar(255) NOT NULL default '',
+  `repStart` int(11) NOT NULL default '0',
+  `repEnd` int(11) NOT NULL default '0',
+  `repLeft` int(11) NOT NULL default '0',
+  `id` char(1) NOT NULL default '',
+  KEY `genoName` (`genoName`(14),`bin`)
+);
+load data local infile 'rmsk.txt' into table rmsk;
+*/
+
diff --git a/hg19/metadataVocabulary b/hg19/metadataVocabulary
new file mode 100644
index 0000000..d33ec71
--- /dev/null
+++ b/hg19/metadataVocabulary
@@ -0,0 +1,1271 @@
+Long Range Interaction	Assay
+27001	Long Range Interaction
+27002	Long Range Interaction
+27003	Long Range Interaction
+Epigenetic Mark	Assay
+Transcription Regulator	Assay
+Expression	Assay
+Other Assays	Assay
+24001	Transcription Regulator
+24002	Transcription Regulator
+24003	Transcription Regulator
+24004	Transcription Regulator
+24011	Transcription Regulator
+Transcription Factor Binding Sites	Transcription Regulator
+24601	Transcription Factor Binding Sites
+24602	Transcription Factor Binding Sites
+24603	Transcription Factor Binding Sites
+24604	Transcription Factor Binding Sites
+24605	Transcription Factor Binding Sites
+24606	Transcription Factor Binding Sites
+24607	Transcription Factor Binding Sites
+24608	Transcription Factor Binding Sites
+24609	Transcription Factor Binding Sites
+24610	Transcription Factor Binding Sites
+24611	Transcription Factor Binding Sites
+24612	Transcription Factor Binding Sites
+24613	Transcription Factor Binding Sites
+24614	Transcription Factor Binding Sites
+24615	Transcription Factor Binding Sites
+24616	Transcription Factor Binding Sites
+24617	Transcription Factor Binding Sites
+24618	Transcription Factor Binding Sites
+24619	Transcription Factor Binding Sites
+24620	Transcription Factor Binding Sites
+24621	Transcription Factor Binding Sites
+24622	Transcription Factor Binding Sites
+24623	Transcription Factor Binding Sites
+24624	Transcription Factor Binding Sites
+24625	Transcription Factor Binding Sites
+24626	Transcription Factor Binding Sites
+24627	Transcription Factor Binding Sites
+24628	Transcription Factor Binding Sites
+24629	Transcription Factor Binding Sites
+24630	Transcription Factor Binding Sites
+24631	Transcription Factor Binding Sites
+24632	Transcription Factor Binding Sites
+24633	Transcription Factor Binding Sites
+24634	Transcription Factor Binding Sites
+24635	Transcription Factor Binding Sites
+24636	Transcription Factor Binding Sites
+24637	Transcription Factor Binding Sites
+24638	Transcription Factor Binding Sites
+24639	Transcription Factor Binding Sites
+24640	Transcription Factor Binding Sites
+24641	Transcription Factor Binding Sites
+24642	Transcription Factor Binding Sites
+24643	Transcription Factor Binding Sites
+24644	Transcription Factor Binding Sites
+24645	Transcription Factor Binding Sites
+24646	Transcription Factor Binding Sites
+24647	Transcription Factor Binding Sites
+24648	Transcription Factor Binding Sites
+24649	Transcription Factor Binding Sites
+24650	Transcription Factor Binding Sites
+24651	Transcription Factor Binding Sites
+24652	Transcription Factor Binding Sites
+24653	Transcription Factor Binding Sites
+24654	Transcription Factor Binding Sites
+24655	Transcription Factor Binding Sites
+24656	Transcription Factor Binding Sites
+24657	Transcription Factor Binding Sites
+24658	Transcription Factor Binding Sites
+24659	Transcription Factor Binding Sites
+24660	Transcription Factor Binding Sites
+24661	Transcription Factor Binding Sites
+24662	Transcription Factor Binding Sites
+24663	Transcription Factor Binding Sites
+24664	Transcription Factor Binding Sites
+24665	Transcription Factor Binding Sites
+24666	Transcription Factor Binding Sites
+24667	Transcription Factor Binding Sites
+24668	Transcription Factor Binding Sites
+24669	Transcription Factor Binding Sites
+24670	Transcription Factor Binding Sites
+24671	Transcription Factor Binding Sites
+24672	Transcription Factor Binding Sites
+24673	Transcription Factor Binding Sites
+24674	Transcription Factor Binding Sites
+24675	Transcription Factor Binding Sites
+24676	Transcription Factor Binding Sites
+24677	Transcription Factor Binding Sites
+24678	Transcription Factor Binding Sites
+24679	Transcription Factor Binding Sites
+24680	Transcription Factor Binding Sites
+24681	Transcription Factor Binding Sites
+24682	Transcription Factor Binding Sites
+24683	Transcription Factor Binding Sites
+24684	Transcription Factor Binding Sites
+24685	Transcription Factor Binding Sites
+24686	Transcription Factor Binding Sites
+24687	Transcription Factor Binding Sites
+24688	Transcription Factor Binding Sites
+24689	Transcription Factor Binding Sites
+24690	Transcription Factor Binding Sites
+24691	Transcription Factor Binding Sites
+24692	Transcription Factor Binding Sites
+24693	Transcription Factor Binding Sites
+24694	Transcription Factor Binding Sites
+24695	Transcription Factor Binding Sites
+24696	Transcription Factor Binding Sites
+24697	Transcription Factor Binding Sites
+24698	Transcription Factor Binding Sites
+24699	Transcription Factor Binding Sites
+24700	Transcription Factor Binding Sites
+24701	Transcription Factor Binding Sites
+24702	Transcription Factor Binding Sites
+24703	Transcription Factor Binding Sites
+RIP-Seq	Transcription Regulator
+24073	RIP-Seq
+24074	RIP-Seq
+24075	RIP-Seq
+24076	RIP-Seq
+ENCODE Control	Transcription Regulator
+24007	ENCODE Control
+24006	ENCODE Control
+24005	ENCODE Control
+24008	ENCODE Control
+24009	ENCODE Control
+24010	ENCODE Control
+DNA Methylation	Epigenetic Mark
+27004	Epigenetic Mark
+Histone Mark	Epigenetic Mark
+Histone-modifying enzymes	Epigenetic Mark
+23001	Epigenetic Mark
+23002	Epigenetic Mark
+23003	Epigenetic Mark
+23004	Epigenetic Mark
+23005	Epigenetic Mark
+21001	DNA Methylation
+21002	DNA Methylation
+21003	DNA Methylation
+21004	DNA Methylation
+22000	Histone Mark
+22001	Histone Mark
+H2A	Histone Mark
+H2AK5	H2A
+22028	H2A
+22002	H2AK5
+H2AK9	H2A
+22066	H2AK9
+H2B	Histone Mark
+H2BK5	H2B
+22003	H2BK5
+H2BK120	H2B
+22004	H2BK120
+H2BK20	H2B
+22005	H2BK20
+H2BK15	H2B
+22006	H2BK15
+22007	H2BK12
+H2BK12	H2B
+H3	Histone Mark
+H3K4	H3
+22010	H3K4
+22008	H3K4
+22009	H3K4
+22011	H3K4
+22031	H3K4
+H3K9	H3
+22012	H3K9
+22013	H3K9
+22029	H3K9
+22032	H3K9
+H3K14	H3
+22014	H3K14
+H3T11	H3
+22065	H3T11
+H3K18	H3
+22015	H3K18
+H3K23	H3
+22016	H3K23
+22017	H3K23
+H3K27	H3
+22018	H3K27
+22019	H3K27
+22030	H3K27
+H3K36	H3
+22020	H3K36
+22033	H3K36
+H3K56	H3
+22021	H3K56
+H3K79	H3
+22022	H3K79
+22023	H3K79
+H4	Histone Mark
+H4K8	H4
+22024	H4K8
+H4K12	H4
+22067	H4K12
+H4K20	H4
+22025	H4K20
+H4K91	H4
+22026	H4K91
+H4K5	H4
+22027	H4K5
+23001	Epigenetic Mark
+25001	Expression
+25002	Expression
+25003	Expression
+25004	Expression
+25005	Expression
+25006	Expression
+26002	Other Assays
+40001	Donor Identifier
+40002	Donor Identifier
+40003	Donor Identifier
+40004	Donor Identifier
+40005	Donor Identifier
+40006	Donor Identifier
+40007	Donor Identifier
+40008	Donor Identifier
+40009	Donor Identifier
+40010	Donor Identifier
+40011	Donor Identifier
+40012	Donor Identifier
+40013	Donor Identifier
+40014	Donor Identifier
+40015	Donor Identifier
+40016	Donor Identifier
+40017	Donor Identifier
+40018	Donor Identifier
+40019	Donor Identifier
+40020	Donor Identifier
+40021	Donor Identifier
+40022	Donor Identifier
+40023	Donor Identifier
+40024	Donor Identifier
+40025	Donor Identifier
+40026	Donor Identifier
+40027	Donor Identifier
+40028	Donor Identifier
+40029	Donor Identifier
+40030	Donor Identifier
+40031	Donor Identifier
+40032	Donor Identifier
+40033	Donor Identifier
+40034	Donor Identifier
+40035	Donor Identifier
+40036	Donor Identifier
+40037	Donor Identifier
+40038	Donor Identifier
+40039	Donor Identifier
+40040	Donor Identifier
+40041	Donor Identifier
+40042	Donor Identifier
+40043	Donor Identifier
+40044	Donor Identifier
+40045	Donor Identifier
+40046	Donor Identifier
+40047	Donor Identifier
+40048	Donor Identifier
+40049	Donor Identifier
+40050	Donor Identifier
+40051	Donor Identifier
+40052	Donor Identifier
+40053	Donor Identifier
+40054	Donor Identifier
+40055	Donor Identifier
+40056	Donor Identifier
+40057	Donor Identifier
+40058	Donor Identifier
+40059	Donor Identifier
+40060	Donor Identifier
+40061	Donor Identifier
+40062	Donor Identifier
+40063	Donor Identifier
+40064	Donor Identifier
+40065	Donor Identifier
+40066	Donor Identifier
+40067	Donor Identifier
+40068	Donor Identifier
+40069	Donor Identifier
+40070	Donor Identifier
+40071	Donor Identifier
+40072	Donor Identifier
+40073	Donor Identifier
+40074	Donor Identifier
+40075	Donor Identifier
+40076	Donor Identifier
+40077	Donor Identifier
+40078	Donor Identifier
+40079	Donor Identifier
+40080	Donor Identifier
+40081	Donor Identifier
+40082	Donor Identifier
+40083	Donor Identifier
+40084	Donor Identifier
+40085	Donor Identifier
+40086	Donor Identifier
+40087	Donor Identifier
+40088	Donor Identifier
+40089	Donor Identifier
+40090	Donor Identifier
+40091	Donor Identifier
+40092	Donor Identifier
+40093	Donor Identifier
+40094	Donor Identifier
+40095	Donor Identifier
+40096	Donor Identifier
+40097	Donor Identifier
+40098	Donor Identifier
+40099	Donor Identifier
+40100	Donor Identifier
+40101	Donor Identifier
+40102	Donor Identifier
+40103	Donor Identifier
+40104	Donor Identifier
+40105	Donor Identifier
+40106	Donor Identifier
+40107	Donor Identifier
+40108	Donor Identifier
+40109	Donor Identifier
+40110	Donor Identifier
+40111	Donor Identifier
+40112	Donor Identifier
+40113	Donor Identifier
+40114	Donor Identifier
+40115	Donor Identifier
+40116	Donor Identifier
+40117	Donor Identifier
+40118	Donor Identifier
+40119	Donor Identifier
+40120	Donor Identifier
+40121	Donor Identifier
+40122	Donor Identifier
+40123	Donor Identifier
+40124	Donor Identifier
+40125	Donor Identifier
+40126	Donor Identifier
+40127	Donor Identifier
+40128	Donor Identifier
+40129	Donor Identifier
+40130	Donor Identifier
+40131	Donor Identifier
+40132	Donor Identifier
+40133	Donor Identifier
+40134	Donor Identifier
+40135	Donor Identifier
+40136	Donor Identifier
+40137	Donor Identifier
+40138	Donor Identifier
+40139	Donor Identifier
+40140	Donor Identifier
+40141	Donor Identifier
+40142	Donor Identifier
+40143	Donor Identifier
+40144	Donor Identifier
+40145	Donor Identifier
+40146	Donor Identifier
+40147	Donor Identifier
+40148	Donor Identifier
+40149	Donor Identifier
+40150	Donor Identifier
+40151	Donor Identifier
+40152	Donor Identifier
+40153	Donor Identifier
+40154	Donor Identifier
+40155	Donor Identifier
+40156	Donor Identifier
+40157	Donor Identifier
+40158	Donor Identifier
+40159	Donor Identifier
+40160	Donor Identifier
+40161	Donor Identifier
+40162	Donor Identifier
+40163	Donor Identifier
+40164	Donor Identifier
+40165	Donor Identifier
+40166	Donor Identifier
+40167	Donor Identifier
+40168	Donor Identifier
+40169	Donor Identifier
+40170	Donor Identifier
+40171	Donor Identifier
+40172	Donor Identifier
+40173	Donor Identifier
+40174	Donor Identifier
+40175	Donor Identifier
+40176	Donor Identifier
+40177	Donor Identifier
+40178	Donor Identifier
+40179	Donor Identifier
+40180	Donor Identifier
+40181	Donor Identifier
+40182	Donor Identifier
+40183	Donor Identifier
+40184	Donor Identifier
+40185	Donor Identifier
+40186	Donor Identifier
+40187	Donor Identifier
+40188	Donor Identifier
+40189	Donor Identifier
+40190	Donor Identifier
+40191	Donor Identifier
+40192	Donor Identifier
+40193	Donor Identifier
+40194	Donor Identifier
+40195	Donor Identifier
+40196	Donor Identifier
+40197	Donor Identifier
+40198	Donor Identifier
+40199	Donor Identifier
+40200	Donor Identifier
+40201	Donor Identifier
+40202	Donor Identifier
+40203	Donor Identifier
+40204	Donor Identifier
+40205	Donor Identifier
+40206	Donor Identifier
+40207	Donor Identifier
+40208	Donor Identifier
+40209	Donor Identifier
+40210	Donor Identifier
+40211	Donor Identifier
+40212	Donor Identifier
+40213	Donor Identifier
+40214	Donor Identifier
+40215	Donor Identifier
+40216	Donor Identifier
+40217	Donor Identifier
+40218	Donor Identifier
+40219	Donor Identifier
+40220	Donor Identifier
+40221	Donor Identifier
+40222	Donor Identifier
+40223	Donor Identifier
+40224	Donor Identifier
+40225	Donor Identifier
+40226	Donor Identifier
+40227	Donor Identifier
+40228	Donor Identifier
+40229	Donor Identifier
+40230	Donor Identifier
+40231	Donor Identifier
+40232	Donor Identifier
+40233	Donor Identifier
+40234	Donor Identifier
+40235	Donor Identifier
+40236	Donor Identifier
+40237	Donor Identifier
+40238	Donor Identifier
+40239	Donor Identifier
+40240	Donor Identifier
+40241	Donor Identifier
+40242	Donor Identifier
+40243	Donor Identifier
+40244	Donor Identifier
+40245	Donor Identifier
+40246	Donor Identifier
+40247	Donor Identifier
+40248	Donor Identifier
+40249	Donor Identifier
+40250	Donor Identifier
+40251	Donor Identifier
+40252	Donor Identifier
+40253	Donor Identifier
+40254	Donor Identifier
+40255	Donor Identifier
+40256	Donor Identifier
+40257	Donor Identifier
+40258	Donor Identifier
+40259	Donor Identifier
+40260	Donor Identifier
+40261	Donor Identifier
+40262	Donor Identifier
+40263	Donor Identifier
+40264	Donor Identifier
+40265	Donor Identifier
+40266	Donor Identifier
+40267	Donor Identifier
+40268	Donor Identifier
+40269	Donor Identifier
+40270	Donor Identifier
+40271	Donor Identifier
+40272	Donor Identifier
+40273	Donor Identifier
+40274	Donor Identifier
+40275	Donor Identifier
+40276	Donor Identifier
+40277	Donor Identifier
+40278	Donor Identifier
+60001	Donor Gender
+60002	Donor Gender
+60003	Donor Gender
+Lymphoblastoid	Blood
+14045	Lymphoblastoid
+14046	Lymphoblastoid
+14047	Lymphoblastoid
+Cancer Cells	Sample
+14002	Cancer Cells
+14001	Cancer Cells
+14003	Cancer Cells
+14004	Cancer Cells
+14005	Cancer Cells
+14006	Cancer Cells
+14007	Cancer Cells
+14008	Cancer Cells
+14009	Cancer Cells
+14010	Cancer Cells
+14011	Cancer Cells
+14012	Cancer Cells
+14013	Cancer Cells
+14014	Cancer Cells
+14015	Cancer Cells
+14016	Cancer Cells
+14017	Cancer Cells
+14018	Cancer Cells
+14019	Cancer Cells
+14020	Cancer Cells
+14021	Cancer Cells
+14022	Cancer Cells
+14023	Cancer Cells
+14024	Cancer Cells
+14025	Cancer Cells
+14026	Cancer Cells
+14027	Cancer Cells
+14028	Cancer Cells
+14029	Cancer Cells
+14030	Cancer Cells
+14033	Cancer Cells
+14034	Cancer Cells
+14035	Cancer Cells
+14036	Cancer Cells
+14032	Cancer Cells
+14037	Cancer Cells
+14038	Cancer Cells
+14039	Cancer Cells
+14040	Cancer Cells
+14041	Cancer Cells
+14042	Cancer Cells
+14043	Cancer Cells
+14044	Cancer Cells
+14048	Cancer Cells
+ES/iPS Cells	Sample
+Embryonic Stem Cells	ES/iPS Cells
+11101	Embryonic Stem Cells
+11103	Embryonic Stem Cells
+11102	Embryonic Stem Cells
+11104	Embryonic Stem Cells
+11123	Embryonic Stem Cells
+11125	Embryonic Stem Cells
+HUES Cells	Embryonic Stem Cells
+11105	HUES Cells
+11106	HUES Cells
+11107	HUES Cells
+11108	HUES Cells
+11109	HUES Cells
+11110	HUES Cells
+11111	HUES Cells
+11112	HUES Cells
+11113	HUES Cells
+11114	HUES Cells
+11115	HUES Cells
+11116	HUES Cells
+11117	HUES Cells
+11118	HUES Cells
+11119	HUES Cells
+11120	HUES Cells
+11121	HUES Cells
+11122	HUES Cells
+Induced Pluripotent Stem Cells	ES/iPS Cells
+11201	Induced Pluripotent Stem Cells
+11202	Induced Pluripotent Stem Cells
+11203	Induced Pluripotent Stem Cells
+11204	Induced Pluripotent Stem Cells
+11205	Induced Pluripotent Stem Cells
+11206	Induced Pluripotent Stem Cells
+11207	Induced Pluripotent Stem Cells
+11208	Induced Pluripotent Stem Cells
+11209	Induced Pluripotent Stem Cells
+11210	Induced Pluripotent Stem Cells
+11211	Induced Pluripotent Stem Cells
+11212	Induced Pluripotent Stem Cells
+11213	Induced Pluripotent Stem Cells
+11214	Induced Pluripotent Stem Cells
+11215	Induced Pluripotent Stem Cells
+11216	Induced Pluripotent Stem Cells
+11217	Induced Pluripotent Stem Cells
+11218	Induced Pluripotent Stem Cells
+Derived Cells	ES/iPS Cells
+11301	Derived Cells
+11302	Derived Cells
+11303	Derived Cells
+11304	Derived Cells
+11305	Derived Cells
+11306	Derived Cells
+11307	Derived Cells
+11308	Derived Cells
+11309	Derived Cells
+11310	Derived Cells
+11311	Derived Cells
+11312	Derived Cells
+11313	Derived Cells
+11314	Derived Cells
+11316	Derived Cells
+11317	Derived Cells
+11318	Derived Cells
+11319	Derived Cells
+11320	Derived Cells
+11321	Derived Cells
+11322	Derived Cells
+11323	Derived Cells
+11324	Derived Cells
+11325	Derived Cells
+11326	Derived Cells
+Fetal Tissues	Sample
+Fetal Adrenal Gland	Fetal Tissues
+Fetal Lung	Fetal Tissues
+Fetal Brain	Fetal Tissues
+Fetal Kidney	Fetal Tissues
+Fetal Heart	Fetal Tissues
+Fetal Intestine, Large	Fetal Tissues
+Fetal Intestine, Small	Fetal Tissues
+Fetal Thymus	Fetal Tissues
+Fetal Placenta	Fetal Tissues
+Fetal Liver	Fetal Tissues
+12216	Fetal Liver
+Fetal Muscle	Fetal Tissues
+Fetal Spleen	Fetal Tissues
+Fetal Stomach	Fetal Tissues
+Fetal Skin	Fetal Tissues
+Fetal Spinal Cord	Fetal Tissues
+Fetal Testes	Fetal Tissues
+Fetal Membrane	Fetal Tissues
+12215	Fetal Membrane
+12217	Fetal Membrane
+12003	Fetal Brain
+12013	Fetal Brain
+12014	Fetal Brain
+12015	Fetal Brain
+12016	Fetal Brain
+12017	Fetal Brain
+12018	Fetal Brain
+12019	Fetal Brain
+12020	Fetal Brain
+12021	Fetal Lung
+12022	Fetal Lung
+12023	Fetal Lung
+12024	Fetal Lung
+12025	Fetal Lung
+12026	Fetal Lung
+12027	Fetal Lung
+12028	Fetal Lung
+12029	Fetal Lung
+12030	Fetal Lung
+12031	Fetal Lung
+12032	Fetal Lung
+12033	Fetal Lung
+12034	Fetal Lung
+12035	Fetal Lung
+12036	Fetal Lung
+12037	Fetal Lung
+12038	Fetal Lung
+12039	Fetal Lung
+12040	Fetal Lung
+12130	Fetal Lung
+12131	Fetal Lung
+12132	Fetal Lung
+12133	Fetal Lung
+12134	Fetal Lung
+12135	Fetal Lung
+12136	Fetal Lung
+12137	Fetal Lung
+12138	Fetal Lung
+12141	Fetal Lung
+12142	Fetal Lung
+12143	Fetal Lung
+12151	Fetal Lung
+12152	Fetal Lung
+12153	Fetal Lung
+12154	Fetal Lung
+12155	Fetal Lung
+12156	Fetal Lung
+12011	Fetal Lung
+12219	Fetal Lung
+12006	Fetal Heart
+12041	Fetal Heart
+12042	Fetal Heart
+12043	Fetal Heart
+12044	Fetal Heart
+12045	Fetal Heart
+12046	Fetal Heart
+12047	Fetal Heart
+12048	Fetal Heart
+12049	Fetal Kidney
+12050	Fetal Kidney
+12051	Fetal Kidney
+12052	Fetal Kidney
+12053	Fetal Kidney
+12054	Fetal Kidney
+12055	Fetal Kidney
+12056	Fetal Kidney
+12057	Fetal Kidney
+12058	Fetal Kidney
+12102	Fetal Kidney
+12103	Fetal Kidney
+12139	Fetal Kidney
+12140	Fetal Kidney
+12147	Fetal Kidney
+12148	Fetal Kidney
+12149	Fetal Kidney
+12150	Fetal Kidney
+12171	Fetal Kidney
+12172	Fetal Kidney
+12173	Fetal Kidney
+12174	Fetal Kidney
+12175	Fetal Kidney
+12176	Fetal Kidney
+12177	Fetal Kidney
+12012	Fetal Kidney
+12218	Fetal Kidney
+12178	Fetal Skin
+12191	Fetal Skin
+12192	Fetal Skin
+12193	Fetal Skin
+12194	Fetal Skin
+12195	Fetal Skin
+12196	Fetal Skin
+12197	Fetal Skin
+12198	Fetal Skin
+13035	Fetal Skin
+13144	Fetal Skin
+13145	Fetal Skin
+12199	Fetal Testes
+12179	Fetal Spinal Cord
+12059	Fetal Intestine, Large
+12060	Fetal Intestine, Large
+12061	Fetal Intestine, Large
+12062	Fetal Intestine, Large
+12063	Fetal Intestine, Large
+12144	Fetal Intestine, Large
+12064	Fetal Intestine, Large
+12065	Fetal Intestine, Large
+12113	Fetal Intestine, Large
+12114	Fetal Intestine, Large
+12115	Fetal Intestine, Large
+12116	Fetal Intestine, Large
+12117	Fetal Intestine, Large
+12118	Fetal Intestine, Large
+12066	Fetal Intestine, Small
+12067	Fetal Intestine, Small
+12068	Fetal Intestine, Small
+12069	Fetal Intestine, Small
+12070	Fetal Intestine, Small
+12108	Fetal Intestine, Small
+12109	Fetal Intestine, Small
+12110	Fetal Intestine, Small
+12111	Fetal Intestine, Small
+12112	Fetal Intestine, Small
+12145	Fetal Intestine, Small
+12146	Fetal Intestine, Small
+12071	Fetal Muscle
+12072	Fetal Muscle
+12119	Fetal Muscle
+12120	Fetal Muscle
+12121	Fetal Muscle
+12122	Fetal Muscle
+12123	Fetal Muscle
+12124	Fetal Muscle
+12125	Fetal Muscle
+12126	Fetal Muscle
+12127	Fetal Muscle
+12073	Fetal Muscle
+12074	Fetal Muscle
+12075	Fetal Muscle
+12076	Fetal Muscle
+12157	Fetal Muscle
+12158	Fetal Muscle
+12159	Fetal Muscle
+12160	Fetal Muscle
+12161	Fetal Muscle
+12162	Fetal Muscle
+12163	Fetal Muscle
+12164	Fetal Muscle
+12165	Fetal Muscle
+12166	Fetal Muscle
+12167	Fetal Muscle
+12168	Fetal Muscle
+12169	Fetal Muscle
+12170	Fetal Muscle
+12186	Fetal Muscle
+12187	Fetal Muscle
+12188	Fetal Muscle
+12189	Fetal Muscle
+12202	Fetal Muscle
+12203	Fetal Muscle
+12204	Fetal Muscle
+12205	Fetal Muscle
+12206	Fetal Muscle
+12207	Fetal Muscle
+12212	Fetal Muscle
+12213	Fetal Muscle
+12214	Fetal Muscle
+12010	Fetal Muscle
+12221	Fetal Muscle
+12078	Fetal Kidney
+12079	Fetal Kidney
+12080	Fetal Kidney
+12081	Fetal Kidney
+12082	Fetal Kidney
+12083	Fetal Kidney
+12084	Fetal Kidney
+12085	Fetal Kidney
+12086	Fetal Kidney
+12087	Fetal Kidney
+12128	Fetal Kidney
+12129	Fetal Kidney
+12208	Fetal Kidney
+12209	Fetal Kidney
+12210	Fetal Kidney
+12211	Fetal Kidney
+12220	Fetal Kidney
+12088	Fetal Spleen
+12089	Fetal Stomach
+12090	Fetal Stomach
+12091	Fetal Stomach
+12092	Fetal Stomach
+12104	Fetal Stomach
+12105	Fetal Stomach
+12106	Fetal Stomach
+12180	Fetal Stomach
+12181	Fetal Stomach
+12185	Fetal Stomach
+12093	Fetal Thymus
+12094	Fetal Thymus
+12095	Fetal Thymus
+12096	Fetal Thymus
+12101	Fetal Thymus
+12182	Fetal Thymus
+12200	Fetal Thymus
+12201	Fetal Thymus
+12099	Fetal Adrenal Gland
+12100	Fetal Adrenal Gland
+12183	Fetal Adrenal Gland
+12184	Fetal Adrenal Gland
+12190	Fetal Adrenal Gland
+12107	Fetal Placenta
+Adult Cells/Tissues	Sample
+Adult Miscellaneous	Adult Cells/Tissues
+13130	Adult Miscellaneous
+13193	Adult Miscellaneous
+Stromal-Connective	Adult Cells/Tissues
+13030	Stromal-Connective
+13069	Stromal-Connective
+13071	Stromal-Connective
+13072	Stromal-Connective
+13073	Stromal-Connective
+13075	Stromal-Connective
+13089	Stromal-Connective
+13114	Stromal-Connective
+13192	Stromal-Connective
+13196	Stromal-Connective
+13197	Stromal-Connective
+13199	Stromal-Connective
+13200	Stromal-Connective
+13217	Stromal-Connective
+13280	Stromal-Connective
+13281	Stromal-Connective
+13283	Stromal-Connective
+13284	Stromal-Connective
+13285	Stromal-Connective
+13286	Stromal-Connective
+Genitourinary	Adult Cells/Tissues
+13052	Genitourinary
+13060	Genitourinary
+13104	Genitourinary
+13122	Genitourinary
+13170	Genitourinary
+Gastrointestinal	Adult Cells/Tissues
+13004	Gastrointestinal
+13106	Gastrointestinal
+13128	Gastrointestinal
+13216	Gastrointestinal
+Nasal Biopsy	Adult Cells/Tissues
+13287	Nasal Biopsy
+Cerebrum Frontal	Brain
+13237	Cerebrum Frontal
+Cerebellum	Brain
+13236	Cerebellum
+Psoas Muscle	Adult Cells/Tissues
+13235	Psoas Muscle
+Spleen	Adult Cells/Tissues
+13205	Spleen
+13234	Spleen
+Frontal Cortex	Adult Cells/Tissues
+13230	Frontal Cortex
+Small Intestine	Gastrointestinal
+13228	Small Intestine
+Tonsil	Adult Cells/Tissues
+13282	Tonsil
+13290	Tonsil
+Skin	Adult Cells/Tissues
+13055	Skin
+13056	Skin
+13061	Skin
+13090	Skin
+13111	Skin
+13115	Skin
+13117	Skin
+13118	Skin
+13131	Skin
+13134	Skin
+13174	Skin
+13179	Skin
+13219	Skin
+13223	Skin
+13224	Skin
+Lung	Adult Cells/Tissues
+13110	Lung
+13119	Lung
+13169	Lung
+13057	Lung
+13086	Lung
+13233	Lung
+Stomach	Gastrointestinal
+13146	Stomach
+13002	Stomach
+13215	Stomach
+Colon	Gastrointestinal
+13147	Colon
+13213	Colon
+13231	Colon
+Duodenum	Gastrointestinal
+13162	Duodenum
+13163	Duodenum
+Muscle	Adult Cells/Tissues
+13001	Muscle
+13003	Muscle
+13103	Muscle
+13050	Muscle
+13051	Muscle
+13107	Muscle
+13166	Muscle
+13218	Muscle
+13294	Muscle
+13296	Muscle
+Breast	Adult Cells/Tissues
+13005	Breast
+13006	Breast
+13007	Breast
+13008	Breast
+13049	Breast
+13084	Breast
+Mammary Gland	Breast
+13185	Mammary Gland
+13202	Mammary Gland
+Kidney	Adult Cells/Tissues
+13009	Kidney
+13087	Kidney
+13120	Kidney
+13129	Kidney
+13182	Kidney
+13209	Kidney
+13212	Kidney
+13226	Kidney
+Liver	Adult Cells/Tissues
+13010	Liver
+13048	Liver
+13176	Liver
+Bone	Adult Cells/Tissues
+13058	Bone
+Bone Marrow	Bone
+13011	Bone Marrow
+13198	Bone Marrow
+13201	Bone Marrow
+13221	Bone Marrow
+13291	Bone Marrow
+13292	Bone Marrow
+Fat	Adult Cells/Tissues
+11315	Fat
+13012	Fat
+13013	Fat
+13206	Fat
+13220	Fat
+Intestine	Gastrointestinal
+13014	Intestine
+13015	Intestine
+13016	Intestine
+13207	Intestine
+14031	Intestine
+Umbilical Cord	Adult Cells/Tissues
+13222	Umbilical Cord
+Pancreatic Islet	Gastrointestinal
+13171	Pancreatic Islet
+13177	Pancreatic Islet
+13180	Pancreatic Islet
+13208	Pancreatic Islet
+13227	Pancreatic Islet
+Uterus	Genitourinary
+13181	Uterus
+13229	Uterus
+Urocyst	Genitourinary
+13172	Urocyst
+Hematopoietic Stem	Adult Cells/Tissues
+13019	Hematopoietic Stem
+13023	Hematopoietic Stem
+13046	Hematopoietic Stem
+13195	Hematopoietic Stem
+Blood	Adult Cells/Tissues
+13018	Blood
+13020	Blood
+13021	Blood
+13022	Blood
+13124	Blood
+13143	Blood
+13149	Blood
+13150	Blood
+13151	Blood
+13152	Blood
+13153	Blood
+13154	Blood
+13156	Blood
+13157	Blood
+13024	Blood
+13025	Blood
+13026	Blood
+13027	Blood
+13028	Blood
+13029	Blood
+13039	Blood
+13036	Blood
+13037	Blood
+13038	Blood
+13068	Blood
+13099	Blood
+13100	Blood
+13132	Blood
+13165	Blood
+13194	Blood
+13225	Blood
+13288	Blood
+13289	Blood
+13297	Blood
+13116	Blood
+13121	Blood
+Lymphocyte	Blood
+13047	Lymphocyte
+13063	Lymphocyte
+13064	Lymphocyte
+13065	Lymphocyte
+13066	Lymphocyte
+13067	Lymphocyte
+13076	Lymphocyte
+13092	Lymphocyte
+13093	Lymphocyte
+13094	Lymphocyte
+13095	Lymphocyte
+13096	Lymphocyte
+13097	Lymphocyte
+13098	Lymphocyte
+13167	Lymphocyte
+13168	Lymphocyte
+13173	Lymphocyte
+13183	Lymphocyte
+13184	Lymphocyte
+13186	Lymphocyte
+13187	Lymphocyte
+13188	Lymphocyte
+13189	Lymphocyte
+13190	Lymphocyte
+13191	Lymphocyte
+13135	Lymphocyte
+13136	Lymphocyte
+13137	Lymphocyte
+13138	Lymphocyte
+13139	Lymphocyte
+13140	Lymphocyte
+13278	Lymphocyte
+13279	Lymphocyte
+Heart	Adult Cells/Tissues
+13074	Heart
+13079	Heart
+13178	Heart
+13080	Heart
+13081	Heart
+13085	Heart
+13210	Heart
+13211	Heart
+13214	Heart
+13232	Heart
+13299	Heart
+Brain	Adult Cells/Tissues
+13040	Brain
+13041	Brain
+13042	Brain
+13043	Brain
+13044	Brain
+13045	Brain
+13054	Brain
+13077	Brain
+13155	Brain
+13160	Brain
+13112	Brain
+13125	Brain
+13142	Brain
+13298	Brain
+Neurological Tissue	Brain
+13031	Neurological Tissue
+13033	Neurological Tissue
+Endothelia	Adult Cells/Tissues
+13078	Endothelia
+Epithelial	Adult Cells/Tissues
+13108	Epithelial
+13082	Epithelial
+13083	Epithelial
+13091	Epithelial
+13126	Epithelial
+13113	Epithelial
+13133	Epithelial
+13175	Epithelial
+13293	Epithelial
+13295	Epithelial
+Eye	Adult Cells/Tissues
+13088	Eye
+13109	Eye
+13123	Eye
+30001	Institution
+30002	Institution
+30003	Institution
+30004	Institution
+30005	Institution
+30006	Institution
+30007	Institution
+30008	Institution
+30009	Institution
+30010	Institution
+30011	Institution
+30012	Institution
+30013	Institution
+30014	Institution
+30015	Institution
+30016	Institution
+30017	Institution
+30018	Institution
+30019	Institution
+30020	Institution
+30021	Institution
+30022	Institution
+30023	Institution
+30024	Institution
+70001	Donor Ethnicity
+70002	Donor Ethnicity
+70004	Donor Ethnicity
+70008	Donor Ethnicity
+70009	Donor Ethnicity
+70010	Donor Ethnicity
+70011	Donor Ethnicity
+70012	Donor Ethnicity
+70013	Donor Ethnicity
+mock term	Sample
+50001	mock term
+50002	mock term
+50003	mock term
+50004	mock term
+50005	mock term
+50006	mock term
+50007	mock term
+50008	mock term
+50009	mock term
+50010	mock term
+50011	mock term
+50012	mock term
+50013	mock term
+50014	mock term
+50015	mock term
+50016	mock term
+50017	mock term
+50018	mock term
+50019	mock term
+50020	mock term
+22034	Histone-modifying enzymes
+22035	Histone-modifying enzymes
+22036	Histone-modifying enzymes
+22037	Histone-modifying enzymes
+22038	Histone-modifying enzymes
+22039	Histone-modifying enzymes
+22040	Histone-modifying enzymes
+22041	Histone-modifying enzymes
+22042	Histone-modifying enzymes
+22043	Histone-modifying enzymes
+22044	Histone-modifying enzymes
+22046	Histone-modifying enzymes
+22047	Histone-modifying enzymes
+22048	Histone-modifying enzymes
+22049	Histone-modifying enzymes
+22050	Histone-modifying enzymes
+22051	Histone-modifying enzymes
+22052	Histone-modifying enzymes
+22053	Histone-modifying enzymes
+22054	Histone-modifying enzymes
+22055	Histone-modifying enzymes
+22056	Histone-modifying enzymes
+22057	Histone-modifying enzymes
+22058	Histone-modifying enzymes
+22059	Histone-modifying enzymes
+22060	Histone-modifying enzymes
+22061	Histone-modifying enzymes
+22062	Histone-modifying enzymes
+22063	Histone-modifying enzymes
+22064	Histone-modifying enzymes
+24012	Transcription Regulator
+24013	Transcription Regulator
+24014	Transcription Regulator
+24015	Transcription Regulator
+24016	Transcription Regulator
+24017	Transcription Regulator
+24018	Transcription Regulator
+24019	Transcription Regulator
+24020	Transcription Regulator
+24021	Transcription Regulator
+24022	Transcription Regulator
+24023	Transcription Regulator
+24024	Transcription Regulator
+24025	Transcription Regulator
+24026	Transcription Regulator
+24027	Transcription Regulator
+24028	Transcription Regulator
+24029	Transcription Regulator
+24030	Transcription Regulator
+24031	Transcription Regulator
+24032	Transcription Regulator
+24033	Transcription Regulator
+24034	Transcription Regulator
+24035	Transcription Regulator
+24036	Transcription Regulator
+24037	Transcription Regulator
+24038	Transcription Regulator
+24039	Transcription Regulator
+24040	Transcription Regulator
+24041	Transcription Regulator
+24042	Transcription Regulator
+24043	Transcription Regulator
+24044	Transcription Regulator
+24045	Transcription Regulator
+24046	Transcription Regulator
+24047	Transcription Regulator
+24048	Transcription Regulator
+24049	Transcription Regulator
+24050	Transcription Regulator
+24051	Transcription Regulator
+24052	Transcription Regulator
+24053	Transcription Regulator
+24054	Transcription Regulator
+24055	Transcription Regulator
+24056	Transcription Regulator
+24057	Transcription Regulator
+24058	Transcription Regulator
+24059	Transcription Regulator
+24060	Transcription Regulator
+24061	Transcription Regulator
+24062	Transcription Regulator
+24063	Transcription Regulator
+24064	Transcription Regulator
+24065	Transcription Regulator
+24066	Transcription Regulator
+24067	Transcription Regulator
+24068	Transcription Regulator
+24069	Transcription Regulator
+24070	Transcription Regulator
+24071	Transcription Regulator
+24072	Transcription Regulator
diff --git a/hg19/mock b/hg19/mock
new file mode 100644
index 0000000..7deb516
--- /dev/null
+++ b/hg19/mock
@@ -0,0 +1,19 @@
+mock1
+mock2
+mock3
+mock4
+mock5
+mock6
+mock7
+mock8
+mock9
+mock11
+mock12
+mock13
+mock14
+mock15
+mock16
+mock17
+mock18
+mock19
+mock20
diff --git a/hg19/publichub b/hg19/publichub
new file mode 100644
index 0000000..902a2ab
--- /dev/null
+++ b/hg19/publichub
@@ -0,0 +1 @@
+Multiple Myeloma profiling	http://bradner.dfci.harvard.edu/images/generegulationchemistry.jpg	http://vizhub.wustl.edu/hubSample/hg19/hub2.json	James E. Bradner's lab at Harvard Medical School	A brief description here...
diff --git a/hg19/roadmap b/hg19/roadmap
new file mode 100644
index 0000000..6e0c538
--- /dev/null
+++ b/hg19/roadmap
@@ -0,0 +1,2179 @@
+GSM428286
+GSM605332
+GSM667639
+GSM667640
+GSM521924
+GSM521925
+GSM667637
+GSM667638
+GSM521919
+GSM521921
+GSM521922
+GSM521923
+GSM605330
+GSM667635
+GSM667636
+GSM469975
+GSM521918
+GSM605329
+GSM667634
+GSM521915
+GSM521917
+GSM621398
+GSM621391
+GSM669933
+GSM669968
+GSM669976
+GSM669981
+GSM621426
+GSM669989
+GSM670018
+GSM670028
+GSM669994
+GSM669923
+GSM621427
+GSM670001
+GSM670005
+GSM669965
+GSM669973
+GSM669596
+GSM613871
+GSM613886
+GSM613875
+GSM537635
+GSM537654
+GSM537637
+GSM537645
+GSM537653
+GSM537663
+GSM621399
+GSM621436
+GSM621663
+GSM669995
+GSM486710
+GSM486712
+GSM613812
+GSM669919
+GSM670023
+GSM670040
+GSM621668
+GSM621395
+GSM537625
+GSM537664
+GSM537639
+GSM428291
+GSM433174
+GSM450266
+GSM605325
+GSM605327
+GSM605328
+GSM667631
+GSM667632
+GSM667633
+GSM621397
+GSM621434
+GSM621744
+GSM621747
+GSM621753
+GSM669886
+GSM669894
+GSM669928
+GSM469974
+GSM521913
+GSM521914
+GSM537691
+GSM537678
+GSM537688
+GSM621651
+GSM621441
+GSM537695
+GSM537710
+GSM669986
+GSM669939
+GSM537686
+GSM613878
+GSM613882
+GSM621633
+GSM621678
+GSM621660
+GSM621632
+GSM621681
+GSM621690
+GSM621631
+GSM621428
+GSM621389
+GSM670020
+GSM670020_1
+GSM669904
+GSM669922
+GSM669938
+GSM670027
+GSM621442
+GSM669937
+GSM669983
+GSM669999
+GSM669950
+GSM670032
+GSM669623
+GSM669906
+GSM669918
+GSM669977
+GSM613889
+GSM543004
+GSM613813
+GSM669917
+GSM670030
+GSM621674
+GSM621445
+GSM537624
+GSM537670
+GSM669896
+GSM410807
+GSM433171
+GSM434785
+GSM537685
+GSM605323
+GSM605324
+GSM616129
+GSM621400
+GSM621738
+GSM621748
+GSM621757
+GSM670013
+GSM669890
+GSM669963
+GSM469973
+GSM521912
+GSM537692
+GSM537677
+GSM537689
+GSM621430
+GSM537705
+GSM621630
+GSM537660
+GSM669590
+GSM613879
+GSM613883
+GSM621636
+GSM669949
+GSM670021
+GSM621661
+GSM621682
+GSM621688
+GSM621691
+GSM669921
+GSM605321
+GSM605322
+GSM667630
+GSM521909
+GSM521911
+GSM605318
+GSM605319
+GSM605320
+GSM667629
+GSM521904
+GSM521906
+GSM521907
+GSM521908
+GSM605317
+GSM667627
+GSM667628
+GSM521902
+GSM521903
+GSM621458
+GSM621435
+GSM669925
+GSM669988
+GSM669998
+GSM670041
+GSM621422
+GSM669924
+GSM669991
+GSM670019
+GSM670031
+GSM669905
+GSM669624
+GSM621457
+GSM670022
+GSM669992
+GSM670016
+GSM670038
+GSM613869
+GSM613874
+GSM537702
+GSM537622
+GSM537632
+GSM537615
+GSM537633
+GSM537629
+GSM537652
+GSM621404
+GSM621437
+GSM621439
+GSM621665
+GSM621667
+GSM669943
+GSM486709
+GSM486711
+GSM613811
+GSM613881
+GSM669990
+GSM670004
+GSM670034
+GSM621671
+GSM621432
+GSM537626
+GSM537665
+GSM537623
+GSM409308
+GSM410808
+GSM432392
+GSM433170
+GSM469971
+GSM537680
+GSM537681
+GSM605315
+GSM605316
+GSM616128
+GSM621417
+GSM621737
+GSM621745
+GSM621760
+GSM669936
+GSM669889
+GSM669893
+GSM669967
+GSM469970
+GSM521901
+GSM537694
+GSM537687
+GSM537671
+GSM537676
+GSM621423
+GSM621648
+GSM621438
+GSM537697
+GSM537709
+GSM621675
+GSM621405
+GSM537643
+GSM669589
+GSM621643
+GSM621658
+GSM621662
+GSM621637
+GSM621685
+GSM621694
+GSM621645
+GSM621388
+GSM602260
+GSM602261
+GSM605314
+GSM616127
+GSM621742
+GSM621750
+GSM621758
+GSM521899
+GSM521900
+GSM621418
+GSM621425
+GSM669908
+GSM669975
+GSM670045
+GSM621402
+GSM669911
+GSM669920
+GSM669980
+GSM669970
+GSM670033
+GSM669962
+GSM670036
+GSM670015
+GSM669941
+GSM669595
+GSM613870
+GSM613885
+GSM613868
+GSM613876
+GSM537636
+GSM537646
+GSM537628
+GSM537650
+GSM621451
+GSM669907
+GSM486707
+GSM486708
+GSM613814
+GSM669909
+GSM669927
+GSM670000
+GSM670024
+GSM621670
+GSM621403
+GSM537668
+GSM537641
+GSM409307_1
+GSM433177
+GSM434762
+GSM466739
+GSM537679
+GSM605312
+GSM667626
+GSM621429
+GSM621741
+GSM621752
+GSM621759
+GSM669954
+GSM669885
+GSM669891
+GSM669966
+GSM521895
+GSM521897
+GSM521898
+GSM670025
+GSM621409
+GSM537706
+GSM621654
+GSM669972
+GSM669969
+GSM537642
+GSM669591
+GSM613884
+GSM621639
+GSM621659
+GSM669964
+GSM621640
+GSM621679
+GSM621686
+GSM621642
+GSM605311
+GSM667624
+GSM667625
+GSM521893
+GSM521894
+GSM621446
+GSM621461
+GSM669952
+GSM669979
+GSM669997
+GSM670014
+GSM621419
+GSM669951
+GSM669996
+GSM670037
+GSM669915
+GSM670026
+GSM669985
+GSM621410
+GSM670002
+GSM670011
+GSM669982
+GSM669947
+GSM669597
+GSM613873
+GSM613888
+GSM537621
+GSM537630
+GSM537612
+GSM537666
+GSM537655
+GSM537651
+GSM621459
+GSM621666
+GSM669955
+GSM486705
+GSM486714
+GSM543035
+GSM669593
+GSM669914
+GSM669935
+GSM670012
+GSM621672
+GSM621421
+GSM537669
+GSM537672
+GSM537640
+GSM409312
+GSM428296
+GSM433176
+GSM450268
+GSM466737
+GSM537684
+GSM605309
+GSM605310
+GSM667623
+GSM621387
+GSM621392
+GSM621739
+GSM621749
+GSM621754
+GSM670039
+GSM669892
+GSM669898
+GSM669932
+GSM521890
+GSM521892
+GSM537690
+GSM537675
+GSM537704
+GSM621634
+GSM621415
+GSM537699
+GSM537708
+GSM669931
+GSM669912
+GSM537661
+GSM613880
+GSM621646
+GSM621687
+GSM621656
+GSM621644
+GSM621684
+GSM621693
+GSM621649
+GSM621449
+GSM621420
+GSM669930
+GSM670017
+GSM670035
+GSM621454
+GSM669957
+GSM670007
+GSM670009
+GSM669625
+GSM621393
+GSM669913
+GSM669953
+GSM613872
+GSM613887
+GSM669594
+GSM537703
+GSM537634
+GSM537638
+GSM537613
+GSM537631
+GSM537656
+GSM537649
+GSM621431
+GSM621664
+GSM669945
+GSM486704
+GSM486706
+GSM613815
+GSM669916
+GSM669959
+GSM621673
+GSM621460
+GSM537627
+GSM537648
+GSM537657
+GSM428295
+GSM433167
+GSM434776
+GSM466734
+GSM537683
+GSM605308
+GSM667622
+GSM621390
+GSM621450
+GSM621740
+GSM621751
+GSM621755
+GSM669942
+GSM669887
+GSM669897
+GSM669974
+GSM469968
+GSM521889
+GSM621433
+GSM537674
+GSM537700
+GSM621416
+GSM621424
+GSM537698
+GSM537707
+GSM537658
+GSM669592
+GSM613877
+GSM621650
+GSM621676
+GSM621655
+GSM621653
+GSM621683
+GSM621692
+GSM621635
+GSM621448
+GSM466732
+GSM663427
+GSM605307
+GSM665037
+GSM469966
+GSM469967
+GSM521887
+GSM605305
+GSM605306
+GSM667621
+GSM667617
+GSM667618
+GSM667619
+GSM667620
+GSM521885
+GSM521886
+GSM602259
+GSM605304
+GSM667616
+GSM469965
+GSM521884
+GSM667614
+GSM667615
+GSM521881
+GSM521883
+GSM605302
+GSM605303
+GSM667612
+GSM667613
+GSM605300
+GSM605301
+GSM521879
+GSM521880
+GSM605298
+GSM605299
+GSM521875
+GSM521877
+GSM521878
+GSM605296
+GSM605297
+GSM667610
+GSM667611
+GSM521871
+GSM521873
+GSM521874
+GSM605295
+GSM521869
+GSM521870
+GSM602257
+GSM602258
+GSM667608
+GSM667609
+GSM521866
+GSM521868
+GSM530653
+GSM665804
+GSM595920
+GSM595920_1
+GSM530651
+GSM595913
+GSM595913_1
+GSM665819
+GSM595922
+GSM595922_1
+GSM595923
+GSM595923_1
+GSM595926
+GSM595926_1
+GSM595928
+GSM595928_1
+GSM665837
+GSM493384
+GSM493386
+GSM493387
+GSM530652
+GSM530657
+GSM530658
+GSM530659
+GSM530660
+GSM530663
+GSM530664
+GSM595914
+GSM595914_1
+GSM595917
+GSM595917_1
+GSM595918
+GSM595918_1
+GSM595919
+GSM595919_1
+GSM665812
+GSM665839
+GSM665820
+GSM665836
+GSM665813
+GSM665838
+GSM530661
+GSM530662
+GSM665814
+GSM665817
+GSM665830
+GSM665831
+GSM665824
+GSM665811
+GSM530654
+GSM468792
+GSM468801
+GSM530665
+GSM530666
+GSM665801
+GSM665800
+GSM665803
+GSM665802
+GSM665816
+GSM530655
+GSM493385
+GSM665829
+GSM665834
+GSM665822
+GSM665833
+GSM665810
+GSM665821
+GSM665815
+GSM665818
+GSM665826
+GSM595916
+GSM595916_1
+GSM595915
+GSM595915_1
+GSM595930
+GSM595930_1
+GSM665805
+GSM530656
+GSM595921
+GSM595921_1
+GSM665806
+GSM595924
+GSM595924_1
+GSM595925
+GSM595925_1
+GSM595927
+GSM595927_1
+GSM595929
+GSM595929_1
+GSM665828
+GSM665808
+GSM665827
+GSM665832
+GSM665807
+GSM665835
+GSM665825
+GSM665823
+GSM621443
+GSM621401
+GSM669934
+GSM669940
+GSM669984
+GSM670043
+GSM669946
+GSM669958
+GSM669987
+GSM670006
+GSM669978
+GSM670003
+GSM669944
+GSM669971
+GSM670010
+GSM669960
+GSM670042
+GSM613891
+GSM613897
+GSM613890
+GSM613892
+GSM537620
+GSM537619
+GSM537662
+GSM621414
+GSM621456
+GSM621689
+GSM669929
+GSM669929_1
+GSM669961
+GSM486702
+GSM621447
+GSM621413
+GSM613816
+GSM670029
+GSM670044
+GSM621669
+GSM621406
+GSM537647
+GSM621386
+GSM669926
+GSM428289
+GSM433179
+GSM450270
+GSM537682
+GSM605333
+GSM605334
+GSM605335
+GSM605336
+GSM605337
+GSM605338
+GSM605339
+GSM667641
+GSM667642
+GSM667643
+GSM621396
+GSM621743
+GSM621746
+GSM621756
+GSM669888
+GSM669895
+GSM521926
+GSM521927
+GSM521928
+GSM521929
+GSM521930
+GSM521931
+GSM521932
+GSM521933
+GSM537693
+GSM537696
+GSM621444
+GSM621411
+GSM621407
+GSM537701
+GSM621412
+GSM621638
+GSM621629
+GSM669910
+GSM670008
+GSM669956
+GSM669993
+GSM537659
+GSM613893
+GSM613894
+GSM613896
+GSM621647
+GSM621677
+GSM621657
+GSM621641
+GSM621680
+GSM669948
+GSM621652
+GSM621455
+GSM621453
+GSM543034
+GSM450239
+GSM621560
+GSM621559
+GSM621561
+GSM621728
+GSM621729
+GSM621345
+GSM621348
+GSM621347
+GSM621353
+GSM670046
+GSM670047
+GSM670050
+GSM670060
+GSM670069
+GSM670081
+GSM621357
+GSM621705
+GSM621763
+GSM621765
+GSM670051
+GSM669901
+GSM670053
+GSM669899
+GSM621606
+GSM621734
+GSM670077
+GSM670087
+GSM621767
+GSM670075
+GSM670089
+GSM670091
+GSM670084
+GSM621598
+GSM621603
+GSM621601
+GSM621700
+GSM670080
+GSM621595
+GSM621591
+GSM621594
+GSM621599
+GSM621592
+GSM670049
+GSM621709
+GSM621718
+GSM621719
+GSM621715
+GSM670073
+GSM621557
+GSM621721
+GSM621699
+GSM621714
+GSM670062
+GSM670067
+GSM621696
+GSM621695
+GSM621564
+GSM621725
+GSM621552
+GSM621562
+GSM621735
+GSM670055
+GSM670057
+GSM670070
+GSM670064
+GSM621713
+GSM621567
+GSM621702
+GSM621730
+GSM621726
+GSM621727
+GSM621732
+GSM543029
+GSM669620
+GSM543031
+GSM669621
+GSM669622
+GSM613867
+GSM669618
+GSM669617
+GSM669619
+GSM484408
+GSM669616
+GSM669604
+GSM669605
+GSM493617
+GSM493620
+GSM613818
+GSM613826
+GSM613833
+GSM493624
+GSM613821
+GSM613834
+GSM613908
+GSM493626
+GSM613829
+GSM613837
+GSM613907
+GSM543007
+GSM613842
+GSM613903
+GSM669599
+GSM543011
+GSM613901
+GSM613920
+GSM543013
+GSM613905
+GSM613923
+GSM450236
+GSM543005
+GSM669600
+GSM669602
+GSM669601
+GSM669603
+GSM543009
+GSM613898
+GSM613919
+GSM669614
+GSM669615
+GSM493615
+GSM613843
+GSM613856
+GSM613864
+GSM543017
+GSM613846
+GSM613857
+GSM543019
+GSM613847
+GSM613853
+GSM613859
+GSM543021
+GSM613862
+GSM613914
+GSM669608
+GSM543025
+GSM613913
+GSM669607
+GSM543027
+GSM613917
+GSM669609
+GSM456941
+GSM543016
+GSM669610
+GSM669612
+GSM669611
+GSM669613
+GSM543023
+GSM613911
+GSM669606
+GSM602251
+GSM602251_1
+GSM602252
+GSM602252_1
+GSM602253
+GSM602253_1
+GSM602254
+GSM602254_1
+GSM602255
+GSM602255_1
+GSM602256
+GSM602256_1
+GSM429321
+GSM429321_1
+GSM429322
+GSM429322_1
+GSM429323_1
+GSM432685
+GSM432685_1
+GSM432686
+GSM432686_1
+GSM675542
+GSM675542_1
+GSM675543
+GSM675543_1
+GSM675544
+GSM675544_1
+GSM675545
+GSM675545_1
+GSM675546
+GSM675546_1
+GSM432687
+GSM432687_1
+GSM432688
+GSM432688_1
+GSM432689
+GSM432689_1
+GSM432690
+GSM432690_1
+GSM432691
+GSM432691_1
+GSM432692
+GSM432692_1
+GSM707003
+GSM707004
+GSM707005
+GSM707006
+GSM707007
+GSM701539_0
+GSM701512_0
+GSM706046_0
+GSM767349_0
+GSM706054_1
+GSM701535_0
+GSM706860_0
+GSM701504_0
+GSM774211_0
+GSM751288_0
+GSM752987_0
+GSM806937_0
+GSM773046_0
+GSM723025_0
+GSM706079_0
+GSM752993_0
+GSM701503_0
+GSM806938_0
+GSM774205_0
+GSM774236_0
+GSM751272_0
+GSM707011_0
+GSM774215_0
+GSM701537_0
+GSM774237_0
+GSM701524_0
+GSM774232_0
+GSM701540_0
+GSM669584_0
+GSM706849_0
+GSM774219_0
+GSM774218_0
+GSM706065_0
+GSM753431_0
+GSM789280_0
+GSM706841_0
+GSM701513_0
+GSM753446_0
+GSM772729_0
+GSM753445_0
+GSM751279_0
+GSM693276_0
+GSM701516_0
+GSM772732_0
+GSM774226_0
+GSM707023_0
+GSM806945_0
+GSM774244_0
+GSM706073_0
+GSM752963_0
+GSM701496_0
+GSM701489_0
+GSM706052_0
+GSM701508_0
+GSM701531_0
+GSM706071_0
+GSM752988_0
+GSM706858_0
+GSM701505_0
+GSM751284_0
+GSM706055_1
+GSM772731_0
+GSM751286_0
+GSM752992_0
+GSM706845_0
+GSM706850_0
+GSM752981_0
+GSM706842_0
+GSM767356_0
+GSM706075_0
+GSM752991_0
+GSM701492_0
+GSM753439_0
+GSM701507_0
+GSM707020_0
+GSM706061_0
+GSM706057_0
+GSM706837_0
+GSM701515_0
+GSM753430_0
+GSM706844_0
+GSM751275_0
+GSM772735_0
+GSM723024_0
+GSM752976_0
+GSM707002_0
+GSM707021_0
+GSM774214_0
+GSM706847_0
+GSM701538_0
+GSM701498_0
+GSM753438_0
+GSM753433_0
+GSM751271_0
+GSM669587_0
+GSM706859_0
+GSM773043_0
+GSM706839_0
+GSM751283_0
+GSM707008_0
+GSM752971_0
+GSM707018_0
+GSM774240_0
+GSM753429_0
+GSM767341_0
+GSM701511_0
+GSM752962_0
+GSM701509_0
+GSM752985_0
+GSM701506_0
+GSM751278_0
+GSM767347_0
+GSM751287_0
+GSM767345_0
+GSM706058_0
+GSM701490_0
+GSM706053_0
+GSM752982_0
+GSM753436_0
+GSM706066_0
+GSM752974_0
+GSM669582_0
+GSM751280_0
+GSM706053_1
+GSM707019_0
+GSM706082_0
+GSM772727_0
+GSM706058_1
+GSM773044_0
+GSM751285_0
+GSM701533_0
+GSM752970_0
+GSM669586_0
+GSM701529_0
+GSM707000_0
+GSM706077_0
+GSM706059_0
+GSM774242_0
+GSM706048_0
+GSM701494_0
+GSM706838_0
+GSM772728_0
+GSM751276_0
+GSM706060_1
+GSM701500_0
+GSM706840_0
+GSM753428_0
+GSM752968_0
+GSM752984_0
+GSM723021_0
+GSM772725_0
+GSM774228_0
+GSM706060_0
+GSM753437_0
+GSM706851_0
+GSM753973_0
+GSM753426_0
+GSM701525_0
+GSM774225_0
+GSM752967_0
+GSM752983_0
+GSM706835_0
+GSM772723_0
+GSM706855_0
+GSM751282_0
+GSM774241_0
+GSM706083_0
+GSM753440_0
+GSM767353_0
+GSM707015_0
+GSM701522_0
+GSM706068_0
+GSM706854_0
+GSM774209_0
+GSM701534_0
+GSM753447_0
+GSM774212_0
+GSM701519_0
+GSM767342_0
+GSM806941_0
+GSM707016_0
+GSM774233_0
+GSM752964_0
+GSM438363_0
+GSM789284_0
+GSM706852_0
+GSM774223_0
+GSM701517_0
+GSM753425_0
+GSM774210_0
+GSM767352_0
+GSM774216_0
+GSM767354_0
+GSM774238_0
+GSM706051_0
+GSM752975_0
+GSM806943_0
+GSM774229_0
+GSM706047_0
+GSM706072_0
+GSM701530_0
+GSM701526_0
+GSM752969_0
+GSM701510_0
+GSM693277_0
+GSM707001_0
+GSM752980_0
+GSM701488_0
+GSM753974_0
+GSM693275_0
+GSM701501_0
+GSM772724_0
+GSM706080_0
+GSM806944_0
+GSM767350_0
+GSM753449_0
+GSM701532_0
+GSM723023_0
+GSM752989_0
+GSM701541_0
+GSM706056_0
+GSM774231_0
+GSM752990_0
+GSM706057_1
+GSM774217_0
+GSM707014_0
+GSM706074_0
+GSM706059_1
+GSM701528_0
+GSM706070_0
+GSM806939_0
+GSM751277_0
+GSM707022_0
+GSM767344_0
+GSM706081_0
+GSM753435_0
+GSM706836_0
+GSM774227_0
+GSM701523_0
+GSM706049_0
+GSM706078_0
+GSM806940_0
+GSM774235_0
+GSM752978_0
+GSM774207_0
+GSM706061_1
+GSM773045_0
+GSM693278_0
+GSM753427_0
+GSM774201_0
+GSM774203_0
+GSM774208_0
+GSM772726_0
+GSM701497_0
+GSM701499_0
+GSM752979_0
+GSM806934_0
+GSM767355_0
+GSM752977_0
+GSM701493_0
+GSM706064_0
+GSM774222_0
+GSM701495_0
+GSM706999_0
+GSM701502_0
+GSM772730_0
+GSM701518_0
+GSM772733_0
+GSM773042_0
+GSM706846_0
+GSM806948_0
+GSM701527_0
+GSM789281_0
+GSM706853_0
+GSM701487_0
+GSM706857_0
+GSM706856_0
+GSM752972_0
+GSM806947_0
+GSM774213_0
+GSM774220_0
+GSM706076_0
+GSM767348_0
+GSM753432_0
+GSM774202_0
+GSM773041_0
+GSM701514_0
+GSM767351_0
+GSM774230_0
+GSM774239_0
+GSM753442_0
+GSM701520_0
+GSM806946_0
+GSM753434_0
+GSM773049_0
+GSM751281_0
+GSM707012_0
+GSM774234_0
+GSM767346_0
+GSM701491_0
+GSM774243_0
+GSM773048_0
+GSM751273_0
+GSM773047_0
+GSM751274_0
+GSM772734_0
+GSM723022_0
+GSM751270_0
+GSM707010_0
+GSM774224_0
+GSM752966_0
+GSM706054_0
+GSM753448_0
+GSM706848_0
+GSM669588_0
+GSM774204_0
+GSM806936_0
+GSM774206_0
+GSM753441_0
+GSM706050_0
+GSM806935_0
+GSM774221_0
+GSM706067_0
+GSM669585_0
+GSM707013_0
+GSM701521_0
+GSM752986_0
+GSM701536_0
+GSM806942_0
+GSM772734_1
+GSM707009_0
+GSM707017_0
+GSM767343_0
+GSM706843_0
+GSM752965_0
+GSM773026_0
+GSM772914_0
+GSM772792_0
+GSM773006_0
+GSM772943_0
+GSM772908_0
+GSM772900_0
+GSM772902_0
+GSM772960_0
+GSM772878_0
+GSM772751_0
+GSM773003_0
+GSM772897_0
+GSM773030_0
+GSM772913_0
+GSM772760_0
+GSM772830_0
+GSM772773_0
+GSM772877_0
+GSM772772_0
+GSM772860_0
+GSM772942_0
+GSM772921_0
+GSM772863_0
+GSM772938_0
+GSM772866_0
+GSM772762_0
+GSM772875_0
+GSM772940_0
+GSM772767_0
+GSM772840_0
+GSM772949_0
+GSM772744_0
+GSM772798_0
+GSM772811_0
+GSM772961_0
+GSM772986_0
+GSM772828_0
+GSM772873_0
+GSM772749_0
+GSM772881_0
+GSM772855_0
+GSM772988_0
+GSM773038_0
+GSM772994_0
+GSM772910_0
+GSM772838_0
+GSM772925_0
+GSM773018_0
+GSM772980_0
+GSM772898_0
+GSM772821_0
+GSM772759_0
+GSM772996_0
+GSM772842_0
+GSM772970_0
+GSM772969_0
+GSM772947_0
+GSM772934_0
+GSM772869_0
+GSM772857_0
+GSM772926_0
+GSM772766_0
+GSM773031_0
+GSM772924_0
+GSM772907_0
+GSM772888_0
+GSM772882_0
+GSM772768_0
+GSM772837_0
+GSM772999_0
+GSM772794_0
+GSM772987_0
+GSM772967_0
+GSM773024_0
+GSM772929_0
+GSM772936_0
+GSM772966_0
+GSM772915_0
+GSM773032_0
+GSM772800_0
+GSM772884_0
+GSM772871_0
+GSM772997_0
+GSM773002_0
+GSM772911_0
+GSM772923_0
+GSM772746_0
+GSM772889_0
+GSM773033_0
+GSM772765_0
+GSM772950_0
+GSM772804_0
+GSM772814_0
+GSM773004_0
+GSM772954_0
+GSM772816_0
+GSM772825_0
+GSM772981_0
+GSM772850_0
+GSM772962_0
+GSM772832_0
+GSM772802_0
+GSM772835_0
+GSM772998_0
+GSM772880_0
+GSM772844_0
+GSM772789_0
+GSM772885_0
+GSM772983_0
+GSM772899_0
+GSM772920_0
+GSM772872_0
+GSM772963_0
+GSM772841_0
+GSM772817_0
+GSM772985_0
+GSM772862_0
+GSM772853_0
+GSM772879_0
+GSM772867_0
+GSM772858_0
+GSM772937_0
+GSM772887_0
+GSM772973_0
+GSM772796_0
+GSM772864_0
+GSM772846_0
+GSM773025_0
+GSM772976_0
+GSM772799_0
+GSM772955_0
+GSM772756_0
+GSM772886_0
+GSM773027_0
+GSM772822_0
+GSM772975_0
+GSM772904_0
+GSM772748_0
+GSM772793_0
+GSM772788_0
+GSM772894_0
+GSM772741_0
+GSM773035_0
+GSM772843_0
+GSM772856_0
+GSM772740_0
+GSM772764_0
+GSM772972_0
+GSM772786_0
+GSM772959_0
+GSM772861_0
+GSM772944_0
+GSM772964_0
+GSM772739_0
+GSM772854_0
+GSM772901_0
+GSM772890_0
+GSM773016_0
+GSM772896_0
+GSM772770_0
+GSM773021_0
+GSM772812_0
+GSM772820_0
+GSM772876_0
+GSM772906_0
+GSM772903_0
+GSM772859_0
+GSM772971_0
+GSM772948_0
+GSM772763_0
+GSM772927_0
+GSM773034_0
+GSM772750_0
+GSM772847_0
+GSM772827_0
+GSM772778_0
+GSM773029_0
+GSM772941_0
+GSM772883_0
+GSM772868_0
+GSM772932_0
+GSM772945_0
+GSM772933_0
+GSM773000_0
+GSM772957_0
+GSM772979_0
+GSM772919_0
+GSM772977_0
+GSM772909_0
+GSM773017_0
+GSM773022_0
+GSM773013_0
+GSM772818_0
+GSM772761_0
+GSM772928_0
+GSM772754_0
+GSM772790_0
+GSM772951_0
+GSM772747_0
+GSM772745_0
+GSM773020_0
+GSM772826_0
+GSM772848_0
+GSM772865_0
+GSM772893_0
+GSM772755_0
+GSM772829_0
+GSM772771_0
+GSM772849_0
+GSM773001_0
+GSM772958_0
+GSM772769_0
+GSM772870_0
+GSM772775_0
+GSM772752_0
+GSM772742_0
+GSM772974_0
+GSM772995_0
+GSM772813_0
+GSM773023_0
+GSM772895_0
+GSM772834_0
+GSM773005_0
+GSM772831_0
+GSM772833_0
+GSM772968_0
+GSM772956_0
+GSM772917_0
+GSM772905_0
+GSM772807_0
+GSM772797_0
+GSM772823_0
+GSM772912_0
+GSM772953_0
+GSM772952_0
+GSM772935_0
+GSM772982_0
+GSM772939_0
+GSM772874_0
+GSM772836_0
+GSM772992_0
+GSM772892_0
+GSM772978_0
+GSM772757_0
+GSM772774_0
+GSM772852_0
+GSM772922_0
+GSM772839_0
+GSM772918_0
+GSM772819_0
+GSM772743_0
+GSM772780_0
+GSM772845_0
+GSM773028_0
+GSM772779_0
+GSM772984_0
+GSM772993_0
+GSM772946_0
+GSM773019_0
+GSM772916_0
+GSM772891_0
+GSM772930_0
+GSM817185
+GSM807392
+GSM807402
+GSM807394
+GSM817251
+GSM818038
+GSM916040
+GSM818034
+GSM916045
+GSM706062
+GSM772989
+GSM817195
+GSM817174
+GSM818056
+GSM817183
+GSM817210
+GSM818041
+GSM818042
+GSM817167
+GSM817186
+GSM818049
+GSM916042
+GSM818048
+GSM818052
+GSM817232
+GSM916019
+GSM817181
+GSM817218
+GSM818022
+GSM817206
+GSM916015
+GSM817165
+GSM916041
+GSM817225
+GSM916028
+GSM818013
+GSM807391
+GSM818012
+GSM818037
+GSM916046
+GSM818030
+GSM818023
+GSM817192
+GSM817176
+GSM773015
+GSM818025
+GSM817226
+GSM818017
+GSM818055
+GSM817168
+GSM817217
+GSM817162
+GSM818033
+GSM817163
+GSM916016
+GSM817213
+GSM817208
+GSM916014
+GSM773011
+GSM818053
+GSM818054
+GSM916030
+GSM817173
+GSM773007
+GSM817161
+GSM817164
+GSM817202
+GSM818020
+GSM817160
+GSM818028
+GSM818059
+GSM818036
+GSM817233
+GSM817201
+GSM817184
+GSM807393
+GSM916036
+GSM807399
+GSM817205
+GSM818047
+GSM817198
+GSM817237
+GSM817240
+GSM817178
+GSM817187
+GSM916027
+GSM817248
+GSM817236
+GSM817171
+GSM817239
+GSM818051
+GSM818050
+GSM916020
+GSM916044
+GSM817191
+GSM817230
+GSM916035
+GSM916048
+GSM916038
+GSM817203
+GSM817170
+GSM817211
+GSM773012
+GSM817169
+GSM818062
+GSM818021
+GSM773014
+GSM817166
+GSM818046
+GSM817207
+GSM817252
+GSM773009
+GSM772991
+GSM817188
+GSM916031
+GSM818060
+GSM916017
+GSM817243
+GSM706063
+GSM916022
+GSM832838
+GSM818009
+GSM817231
+GSM817245
+GSM818035
+GSM817216
+GSM818015
+GSM817250
+GSM817214
+GSM817235
+GSM818058
+GSM817228
+GSM916043
+GSM817229
+GSM817177
+GSM832839
+GSM818045
+GSM818044
+GSM817175
+GSM817242
+GSM817196
+GSM916026
+GSM817159
+GSM817180
+GSM817194
+GSM818008
+GSM818007
+GSM817249
+GSM817197
+GSM916034
+GSM807395
+GSM817200
+GSM916029
+GSM818026
+GSM818027
+GSM916018
+GSM807396
+GSM817189
+GSM818019
+GSM818018
+GSM772851
+GSM807403
+GSM818043
+GSM807401
+GSM818024
+GSM807398
+GSM817209
+GSM818014
+GSM818057
+GSM818063
+GSM817158
+GSM817244
+GSM916033
+GSM817193
+GSM818040
+GSM773010
+GSM818016
+GSM817253
+GSM817241
+GSM773008
+GSM916021
+GSM817220
+GSM772990
+GSM817215
+GSM916037
+GSM817212
+GSM817204
+GSM817219
+GSM817234
+GSM817227
+GSM817199
+GSM916032
+GSM818011
+GSM818010
+GSM916023
+GSM817246
+GSM916047
+GSM916025
+GSM818031
+GSM818029
+GSM817172
+GSM818061
+GSM817238
+GSM832837
+GSM916039
+GSM916024
+GSM817190
+GSM817179
+GSM817247
+GSM817182
+GSM818039
+GSM941716
+GSM864032
+GSM878643
+GSM941736
+GSM878612
+GSM941723
+GSM878630
+GSM941724
+GSM941738
+GSM941737
+GSM941721
+GSM864800
+GSM878626
+GSM941741
+GSM941740
+GSM878653
+GSM941744
+GSM941717
+GSM878641
+GSM878618
+GSM941719
+GSM941731
+GSM878650
+GSM941743
+GSM878651
+GSM878663
+GSM878637
+GSM941726
+GSM864799
+GSM864035
+GSM878647
+GSM941727
+GSM818005
+GSM818006
+GSM878652
+GSM878646
+GSM878664
+GSM878640
+GSM941735
+GSM878667
+GSM878656
+GSM878648
+GSM878665
+GSM878616
+GSM878614
+GSM878660
+GSM878622
+GSM878629
+GSM878628
+GSM878666
+GSM864034
+GSM878636
+GSM878649
+GSM941733
+GSM878639
+GSM878624
+GSM878645
+GSM878619
+GSM941713
+GSM878615
+GSM878617
+GSM878621
+GSM878625
+GSM878659
+GSM864803
+GSM878610
+GSM878631
+GSM878662
+GSM941718
+GSM941722
+GSM878644
+GSM941745
+GSM941720
+GSM941732
+GSM941730
+GSM941728
+GSM878632
+GSM878634
+GSM878661
+GSM878642
+GSM878633
+GSM878658
+GSM864801
+GSM864036
+GSM941725
+GSM878627
+GSM941714
+GSM941729
+GSM941734
+GSM878654
+GSM864037
+GSM878635
+GSM878638
+GSM878657
+GSM864802
+GSM878655
+GSM878620
+GSM818003
+GSM818004
+GSM878611
+GSM878613
+GSM941715
+GSM941742
+GSM941739
+GSM878623
+GSM864033
+GSM916050_1
+GSM906404_1
+GSM906382_1
+GSM908967_1
+GSM908953_1
+GSM915326_1
+GSM958149_1
+GSM906414_1
+GSM910565_1
+GSM906411_1
+GSM910581_1
+GSM916053_1
+GSM916093_1
+GSM906419_1
+GSM916088_1
+GSM916065_1
+GSM916091_1
+GSM906401_1
+GSM896163_1
+GSM910567_1
+GSM908957_1
+GSM908965_1
+GSM916090_1
+GSM915334_1
+GSM910582_1
+GSM915328_1
+GSM906403_1
+GSM910559_1
+GSM958154_1
+GSM906387_1
+GSM958165_1
+GSM909312_1
+GSM906420_1
+GSM915335_1
+GSM916059_1
+GSM958168_1
+GSM908955_1
+GSM908949_1
+GSM906407_1
+GSM910566_1
+GSM959126_1
+GSM908958_1
+GSM915322_1
+GSM908962_1
+GSM916079_1
+GSM916055_1
+GSM908947_1
+GSM958169_1
+GSM941753_1
+GSM906379_1
+GSM896165_1
+GSM910568_1
+GSM906405_1
+GSM941752_1
+GSM910564_1
+GSM910577_1
+GSM915333_1
+GSM906415_1
+GSM941748_1
+GSM916074_1
+GSM908960_1
+GSM906394_1
+GSM916051_1
+GSM906396_1
+GSM910583_1
+GSM916064_1
+GSM958179_1
+GSM958173_1
+GSM915331_1
+GSM958171_1
+GSM916063_1
+GSM916061_1
+GSM908964_1
+GSM958180_1
+GSM908940_1
+GSM910576_1
+GSM916085_1
+GSM958159_1
+GSM906397_1
+GSM896162_1
+GSM906413_1
+GSM958175_1
+GSM906388_1
+GSM906400_1
+GSM910558_1
+GSM910556_1
+GSM906409_1
+GSM916092_1
+GSM910560_1
+GSM910572_1
+GSM906381_1
+GSM958174_1
+GSM908963_1
+GSM896166_1
+GSM915330_1
+GSM906416_1
+GSM959125_1
+GSM910584_1
+GSM958160_1
+GSM908961_1
+GSM958157_1
+GSM910561_1
+GSM916052_1
+GSM958177_1
+GSM958153_1
+GSM906393_1
+GSM908937_1
+GSM910580_1
+GSM906418_1
+GSM896164_1
+GSM909313_1
+GSM916062_1
+GSM908945_1
+GSM915332_1
+GSM915325_1
+GSM941747_1
+GSM915329_1
+GSM916083_1
+GSM906410_1
+GSM958151_1
+GSM910569_1
+GSM908941_1
+GSM958162_1
+GSM910571_1
+GSM910555_1
+GSM959124_1
+GSM910579_1
+GSM909311_1
+GSM906417_1
+GSM916081_1
+GSM915324_1
+GSM910588_1
+GSM958172_1
+GSM959044_1
+GSM908942_1
+GSM916072_1
+GSM896161_1
+GSM906412_1
+GSM908938_1
+GSM906423_1
+GSM958161_1
+GSM908966_1
+GSM958167_1
+GSM910573_1
+GSM958182_1
+GSM958170_1
+GSM915336_1
+GSM915320_1
+GSM906406_1
+GSM916073_1
+GSM910586_1
+GSM916086_1
+GSM958176_1
+GSM941746_1
+GSM906392_1
+GSM958178_1
+GSM916057_1
+GSM958164_1
+GSM958166_1
+GSM958155_1
+GSM958156_1
+GSM908951_1
+GSM915337_1
+GSM910575_1
+GSM916070_1
+GSM910587_1
+GSM997220_1
+GSM916067_1
+GSM906390_1
+GSM916094_1
+GSM908939_1
+GSM916060_1
+GSM910574_1
+GSM906391_1
+GSM906399_1
+GSM916078_1
+GSM910585_1
+GSM941751_1
+GSM941749_1
+GSM909314_1
+GSM908956_1
+GSM958152_1
+GSM908946_1
+GSM958150_1
+GSM915323_1
+GSM906402_1
+GSM916068_1
+GSM906398_1
+GSM916058_1
+GSM958181_1
+GSM910557_1
+GSM908944_1
+GSM908954_1
+GSM909310_1
+GSM906422_1
+GSM941750_1
+GSM910562_1
+GSM958158_1
+GSM916087_1
+GSM908968_1
+GSM908952_1
+GSM910563_1
+GSM915321_1
+GSM910578_1
+GSM896167_1
+GSM906395_1
+GSM916049_1
+GSM916080_1
+GSM906380_1
+GSM908943_1
+GSM908959_1
+GSM906389_1
+GSM916066_1
+GSM916071_1
+GSM916069_1
+GSM958163_1
+GSM910570_1
+GSM906408_1
+GSM915338_1
+GSM908948_1
+GSM908950_1
+GSM906421_1
+GSM916054_1
+GSM915327_1
+E79_25_bothAc_dense
+E78_25_bothAc_dense
+E73_25_bothAc_dense
+E72_25_bothAc_dense
+E71_25_bothAc_dense
+E70_25_bothAc_dense
+E77_25_bothAc_dense
+E76_25_bothAc_dense
+E75_25_bothAc_dense
+E74_25_bothAc_dense
+E68_25_bothAc_dense
+E69_25_bothAc_dense
+E60_25_bothAc_dense
+E61_25_bothAc_dense
+E62_25_bothAc_dense
+E63_25_bothAc_dense
+E64_25_bothAc_dense
+E65_25_bothAc_dense
+E66_25_bothAc_dense
+E67_25_bothAc_dense
+E59_25_bothAc_dense
+E58_25_bothAc_dense
+E55_25_bothAc_dense
+E54_25_bothAc_dense
+E57_25_bothAc_dense
+E56_25_bothAc_dense
+E51_25_bothAc_dense
+E50_25_bothAc_dense
+E53_25_bothAc_dense
+E52_25_bothAc_dense
+E42_25_bothAc_dense
+E43_25_bothAc_dense
+E40_25_bothAc_dense
+E41_25_bothAc_dense
+E46_25_bothAc_dense
+E47_25_bothAc_dense
+E44_25_bothAc_dense
+E45_25_bothAc_dense
+E48_25_bothAc_dense
+E49_25_bothAc_dense
+E37_25_bothAc_dense
+E36_25_bothAc_dense
+E35_25_bothAc_dense
+E34_25_bothAc_dense
+E33_25_bothAc_dense
+E32_25_bothAc_dense
+E31_25_bothAc_dense
+E30_25_bothAc_dense
+E39_25_bothAc_dense
+E38_25_bothAc_dense
+E24_25_bothAc_dense
+E25_25_bothAc_dense
+E26_25_bothAc_dense
+E27_25_bothAc_dense
+E20_25_bothAc_dense
+E21_25_bothAc_dense
+E22_25_bothAc_dense
+E23_25_bothAc_dense
+E28_25_bothAc_dense
+E29_25_bothAc_dense
+E19_25_bothAc_dense
+E18_25_bothAc_dense
+E11_25_bothAc_dense
+E10_25_bothAc_dense
+E13_25_bothAc_dense
+E12_25_bothAc_dense
+E15_25_bothAc_dense
+E14_25_bothAc_dense
+E17_25_bothAc_dense
+E16_25_bothAc_dense
+E91_25_bothAc_dense
+E90_25_bothAc_dense
+E08_25_bothAc_dense
+E09_25_bothAc_dense
+E06_25_bothAc_dense
+E07_25_bothAc_dense
+E04_25_bothAc_dense
+E05_25_bothAc_dense
+E02_25_bothAc_dense
+E03_25_bothAc_dense
+E01_25_bothAc_dense
+E86_25_bothAc_dense
+E84_25_bothAc_dense
+E85_25_bothAc_dense
+E82_25_bothAc_dense
+E83_25_bothAc_dense
+E80_25_bothAc_dense
+E81_25_bothAc_dense
+E88_25_bothAc_dense
+E89_25_bothAc_dense
diff --git a/hg19/scaffoldInfo b/hg19/scaffoldInfo
new file mode 100644
index 0000000..7a033b8
--- /dev/null
+++ b/hg19/scaffoldInfo
@@ -0,0 +1,95 @@
+ROOT	other	0
+ROOT	chromosome	0
+chromosome	chr1	249250621
+chromosome	chr2	243199373
+chromosome	chr3	198022430
+chromosome	chr4	191154276
+chromosome	chr5	180915260
+chromosome	chr6	171115067
+chromosome	chr7	159138663
+chromosome	chrX	155270560
+chromosome	chr8	146364022
+chromosome	chr9	141213431
+chromosome	chr10	135534747
+chromosome	chr11	135006516
+chromosome	chr12	133851895
+chromosome	chr13	115169878
+chromosome	chr14	107349540
+chromosome	chr15	102531392
+chromosome	chr16	90354753
+chromosome	chr17	81195210
+chromosome	chr18	78077248
+chromosome	chr20	63025520
+chromosome	chrY	59373566
+chromosome	chr19	59128983
+chromosome	chr22	51304566
+chromosome	chr21	48129895
+other	chr6_ssto_hap7	4928567
+other	chr6_mcf_hap5	4833398
+other	chr6_cox_hap2	4795371
+other	chr6_mann_hap4	4683263
+other	chr6_apd_hap1	4622290
+other	chr6_qbl_hap6	4611984
+other	chr6_dbb_hap3	4610396
+other	chr17_ctg5_hap1	1680828
+other	chr4_ctg9_hap1	590426
+other	chr1_gl000192_random	547496
+other	chrUn_gl000225	211173
+other	chr4_gl000194_random	191469
+other	chr4_gl000193_random	189789
+other	chr9_gl000200_random	187035
+other	chrUn_gl000222	186861
+other	chrUn_gl000212	186858
+other	chr7_gl000195_random	182896
+other	chrUn_gl000223	180455
+other	chrUn_gl000224	179693
+other	chrUn_gl000219	179198
+other	chr17_gl000205_random	174588
+other	chrUn_gl000215	172545
+other	chrUn_gl000216	172294
+other	chrUn_gl000217	172149
+other	chr9_gl000199_random	169874
+other	chrUn_gl000211	166566
+other	chrUn_gl000213	164239
+other	chrUn_gl000220	161802
+other	chrUn_gl000218	161147
+other	chr19_gl000209_random	159169
+other	chrUn_gl000221	155397
+other	chrUn_gl000214	137718
+other	chrUn_gl000228	129120
+other	chrUn_gl000227	128374
+other	chr1_gl000191_random	106433
+other	chr19_gl000208_random	92689
+other	chr9_gl000198_random	90085
+other	chr17_gl000204_random	81310
+other	chrUn_gl000233	45941
+other	chrUn_gl000237	45867
+other	chrUn_gl000230	43691
+other	chrUn_gl000242	43523
+other	chrUn_gl000243	43341
+other	chrUn_gl000241	42152
+other	chrUn_gl000236	41934
+other	chrUn_gl000240	41933
+other	chr17_gl000206_random	41001
+other	chrUn_gl000232	40652
+other	chrUn_gl000234	40531
+other	chr11_gl000202_random	40103
+other	chrUn_gl000238	39939
+other	chrUn_gl000244	39929
+other	chrUn_gl000248	39786
+other	chr8_gl000196_random	38914
+other	chrUn_gl000249	38502
+other	chrUn_gl000246	38154
+other	chr17_gl000203_random	37498
+other	chr8_gl000197_random	37175
+other	chrUn_gl000245	36651
+other	chrUn_gl000247	36422
+other	chr9_gl000201_random	36148
+other	chrUn_gl000235	34474
+other	chrUn_gl000239	33824
+other	chr21_gl000210_random	27682
+other	chrUn_gl000231	27386
+other	chrUn_gl000229	19913
+chromosome	chrM	16571
+other	chrUn_gl000226	15008
+other	chr18_gl000207_random	4262
diff --git a/hg19/track2Annotation_encode b/hg19/track2Annotation_encode
new file mode 100644
index 0000000..9cf5cc0
--- /dev/null
+++ b/hg19/track2Annotation_encode
@@ -0,0 +1,4251 @@
+GSM605628_6	14018,25002,30006
+GSM767846_3	13056,25002,30006
+GSM897082_3	13048,25002,30006
+GSM973682_4	14028,25002,30006
+GSM803478_1	14001,24014,30015
+GSM733734_1	14001,22008,30003
+GSM646560_1	13108,23001,30004
+GSM849342_3	14001,25004,30011
+GSM803442_1	14018,24057,30015
+GSM973667_3	14016,25002,30006
+GSM935555_1	14001,24626,30018
+GSM935381_1	11101,22001,30018
+GSM605630_3	14018,25002,30006
+GSM736504_1	13081,23001,30004
+GSM822268_1	14048,22001,30009
+GSM733696_1	14001,22018,30003
+GSM935528_1	13190,22001,30018
+GSM973665_1	14016,25002,30006
+GSM822303_2	14048,24001,30009
+GSM830987_1	14018,22054,30003
+GSM897084_3	13048,25002,30006
+GSM864339_2	14018,23003,30022
+GSM935397_1	13185,24608,30020
+GSM935585_1	13052,24608,30016
+GSM977046_2	13197,25002,30006
+GSM765387_1	14018,25002,30006
+GSM945230_2	14001,22020,30004
+GSM945185_2	11123,22009,30004
+GSM935329_1	13188,24070,30016
+GSM897069_4	14001,25002,30006
+GSM935296_1	11101,22043,30018
+GSM849343_3	13048,25004,30011
+GSM830526_2	14018,25002,30007
+GSM973675_1	14016,25002,30006
+GSM822305_2	14028,24001,30009
+GSM803370_2	14013,24014,30015
+GSM736509_1	13078,23001,30004
+GSM923443_7	13076,23004,30004
+GSM849027_2	13129,23001,30004
+GSM977049_2	13193,25002,30006
+GSM605627_2	13047,25002,30006
+GSM923439_3	13167,23004,30004
+GSM758572_1	13047,25002,30006
+GSM803427_1	11101,24015,30015
+GSM816649_2	14011,23001,30019
+GSM945289_1	13083,22001,30004
+GSM935384_1	14001,24613,30018
+GSM765399_3	13056,25002,30006
+GSM973672_4	14028,25002,30006
+GSM935436_1	14001,24616,30018
+GSM803476_1	11101,24037,30015
+GSM758568_3	13048,25002,30006
+GSM923419_2	14016,25002,30015
+GSM758559_2	13047,25002,30006
+GSM935554_1	14001,24651,30018
+GSM816659_2	13066,23001,30019
+GSM767857_1	13052,25002,30006
+GSM765386_3	13047,25002,30006
+GSM733749_1	13052,24002,30003
+GSM803410_2	14018,24003,30015
+GSM803415_2	13048,24051,30015
+GSM935429_1	14018,24615,30018
+GSM945290_1	13084,22009,30004
+GSM822281_2	13061,24001,30009
+GSM767841_2	11101,25002,30006
+GSM945212_2	13047,22020,30004
+GSM897077_4	13075,25002,30006
+GSM767856_2	13052,25002,30006
+GSM973670_2	11310,25002,30006
+GSM935360_1	14001,24620,30017
+GSM935533_1	12012,22001,30017
+GSM958738_2	13052,25002,30010
+GSM816633_2	14001,23001,30019
+GSM923445_2	13056,23004,30004
+GSM782122_1	13048,24071,30016
+GSM923453_2	11320,23004,30004
+GSM803532_2	13047,24067,30015
+GSM945184_2	11123,22020,30004
+GSM973677_4	14016,25002,30006
+GSM803522_2	14014,24011,30015
+GSM803393_1	13063,24028,30015
+GSM935552_1	14001,24631,30018
+GSM767857_3	13052,25002,30006
+GSM605635_3	14018,25002,30006
+GSM849331_1	14001,25004,30011
+GSM945210_1	14009,22018,30004
+GSM822302_2	14048,24003,30009
+GSM733657_1	11101,22009,30003
+GSM765390_2	14018,25002,30006
+GSM973686_4	11310,25002,30006
+GSM945170_1	13074,22009,30004
+GSM931362_1	13114,23001,30004
+GSM749759_1	13073,24001,30004
+GSM822296_1	13130,22001,30009
+GSM736515_1	13109,23001,30004
+GSM945167_1	13071,22001,30004
+GSM803402_2	14018,24043,30015
+GSM945251_2	13090,22009,30004
+GSM849326_1	11101,25004,30011
+GSM945856_1	14013,22031,30016
+GSM935303_1	11101,24630,30018
+GSM749686_1	13096,24001,30004
+GSM733689_1	14001,22025,30003
+GSM733661_1	13051,22010,30003
+GSM935387_1	13063,22001,30018
+GSM923437_1	14015,25002,30015
+GSM973672_1	14028,25002,30006
+GSM765387_3	14018,25002,30006
+GSM822269_1	13069,22001,30009
+GSM803448_2	13048,24034,30015
+GSM736520_1	13055,23001,30004
+GSM973666_3	14016,25002,30006
+GSM935614_1	11101,24603,30018
+GSM803355_2	13047,24003,30015
+GSM945292_1	13085,22009,30004
+GSM935624_1	11310,24052,30018
+GSM923446_8	13048,23004,30004
+GSM830988_1	14018,22043,30003
+GSM849367_1	13056,25004,30011
+GSM803426_2	11101,24022,30015
+GSM816652_2	13061,23001,30019
+GSM897077_3	13075,25002,30006
+GSM923440_1	13092,23004,30004
+GSM840137_4	14018,25002,30006
+GSM935317_1	14001,24608,30017
+GSM945233_1	13052,22020,30004
+GSM849339_5	14018,25004,30011
+GSM803437_2	11101,24055,30015
+GSM765404_4	14001,25002,30006
+GSM822299_1	13064,24001,30009
+GSM923420_2	14011,25002,30015
+GSM803466_1	11101,24052,30015
+GSM733712_1	13049,22009,30003
+GSM973679_3	11310,25002,30006
+GSM822290_2	13047,24004,30009
+GSM736501_1	14007,23001,30004
+GSM803498_1	14009,24025,30015
+GSM973672_3	14028,25002,30006
+GSM945197_1	13132,22001,30004
+GSM736522_1	14029,23001,30004
+GSM605634_3	14018,25002,30006
+GSM935364_1	13048,24603,30018
+GSM831023_1	14018,22042,30003
+GSM935401_1	14018,24011,30018
+GSM935413_1	13047,22001,30017
+GSM935569_1	14018,24063,30018
+GSM973663_4	14016,25002,30006
+GSM817343_1	13048,22001,30016
+GSM646561_1	13084,23001,30004
+GSM733658_1	14018,22018,30003
+GSM803371_2	14011,24018,30015
+GSM849342_1	14001,25004,30011
+GSM803359_2	14011,24018,30015
+GSM733697_1	13058,22001,30003
+GSM765405_3	14018,25002,30006
+GSM849365_3	14018,25004,30011
+GSM945180_2	13052,22018,30004
+GSM803380_1	14018,24031,30015
+GSM733706_1	13057,22025,30003
+GSM945205_2	13076,22018,30004
+GSM798321_1	13048,22010,30003
+GSM945281_1	13104,22001,30004
+GSM733646_1	13057,22019,30003
+GSM977042_2	13047,25002,30006
+GSM935319_1	14018,24052,30017
+GSM864342_2	13172,23003,30022
+GSM935637_1	14001,24669,30018
+GSM605628_3	14018,25002,30006
+GSM864346_1	13171,23003,30022
+GSM758564_3	14011,25002,30006
+GSM935524_1	13191,24003,30018
+GSM897074_1	12011,25002,30006
+GSM803475_1	14005,24017,30015
+GSM749762_1	13093,24001,30004
+GSM849326_2	11101,25004,30011
+GSM935457_1	13185,24637,30020
+GSM973684_4	14011,25002,30006
+GSM945174_1	13056,22020,30004
+GSM831041_1	11101,22050,30003
+GSM733729_1	13054,22018,30003
+GSM803364_1	11101,24017,30015
+GSM973675_2	14016,25002,30006
+GSM923444_2	13075,23004,30004
+GSM935371_1	14018,22050,30020
+GSM945203_2	14004,22018,30004
+GSM897076_1	13056,25002,30006
+GSM864354_2	13048,23003,30022
+GSM733751_1	13054,22020,30003
+GSM945242_1	13125,22009,30004
+GSM935366_1	14001,24643,30016
+GSM803418_2	13048,24039,30015
+GSM803348_1	14014,24001,30015
+GSM849361_2	13056,25004,30011
+GSM977041_4	11218,25002,30006
+GSM803428_2	11101,24054,30015
+GSM935297_1	11101,24606,30018
+GSM749698_1	13083,22001,30004
+GSM945280_1	13057,22001,30004
+GSM923436_1	14014,25002,30015
+GSM803336_2	13048,24015,30015
+GSM935295_1	11101,24624,30018
+GSM733637_1	13050,22009,30003
+GSM749752_1	13075,24001,30004
+GSM736603_1	14012,23001,30004
+GSM803428_1	11101,24054,30015
+GSM765392_4	14018,25002,30006
+GSM605633_5	13047,25002,30006
+GSM788069_1	14003,22001,30016
+GSM758560_2	13047,25002,30006
+GSM945326_2	11123,22018,30004
+GSM945273_2	13089,22009,30004
+GSM788082_1	14018,22032,30016
+GSM945185_1	11123,22009,30004
+GSM605630_4	14018,25002,30006
+GSM897086_4	13056,25002,30006
+GSM935328_1	14001,24063,30018
+GSM803472_1	14009,24022,30015
+GSM733745_1	13055,22018,30003
+GSM935544_1	14018,24676,30020
+GSM830523_1	13056,25002,30007
+GSM782123_1	14005,24071,30016
+GSM749769_1	12011,24001,30004
+GSM822300_2	11101,24003,30009
+GSM923425_4	14011,25002,30015
+GSM973678_4	11310,25002,30006
+GSM945231_2	13048,22018,30004
+GSM849031_2	13085,23001,30004
+GSM736609_1	13115,23001,30004
+GSM749727_1	13087,24001,30004
+GSM803433_1	14014,24017,30015
+GSM945258_1	13049,22001,30004
+GSM822309_1	14028,24001,30009
+GSM935515_1	13048,22001,30018
+GSM749731_1	13076,22001,30004
+GSM803385_2	14018,24034,30015
+GSM803494_2	14018,24051,30015
+GSM935284_1	13183,22001,30018
+GSM830526_1	14018,25002,30007
+GSM935385_1	14018,24617,30018
+GSM803340_1	14017,24018,30015
+GSM864347_2	13054,23003,30022
+GSM803516_1	13064,24025,30015
+GSM733663_1	13050,22001,30003
+GSM736518_1	13075,23001,30004
+GSM945284_2	13086,22009,30004
+GSM803389_2	13047,24015,30015
+GSM831027_1	11101,22051,30003
+GSM749716_1	14008,22001,30004
+GSM945208_1	14001,22018,30004
+GSM765400_2	13056,25002,30006
+GSM923442_2	14028,23004,30004
+GSM765395_2	14009,25002,30006
+GSM767856_4	13052,25002,30006
+GSM935313_1	13048,22001,30017
+GSM803356_2	13047,24021,30015
+GSM803449_2	13048,24039,30015
+GSM822294_1	13063,24001,30009
+GSM945297_2	14018,22009,30004
+GSM803376_3	13142,24017,30015
+GSM935471_1	14018,24620,30017
+GSM803339_1	11101,24017,30015
+GSM831033_1	11101,22052,30003
+GSM816637_1	14012,23001,30019
+GSM803436_1	13047,24017,30015
+GSM830533_1	14001,25002,30007
+GSM849328_1	13075,25004,30011
+GSM749776_1	13082,22001,30004
+GSM733739_1	13058,22019,30003
+GSM736639_1	13048,23001,30004
+GSM831024_1	14018,22042,30003
+GSM736619_1	13072,23001,30004
+GSM803542_2	11101,24011,30015
+GSM736513_1	13130,23001,30004
+GSM945300_2	13056,22018,30004
+GSM945311_1	13078,22001,30004
+GSM923425_3	14011,25002,30015
+GSM736556_1	13056,23001,30004
+GSM733753_1	13055,22008,30003
+GSM605630_6	14018,25002,30006
+GSM849365_2	14018,25004,30011
+GSM935458_1	14003,24619,30016
+GSM977049_4	13193,25002,30006
+GSM830535_4	13047,25002,30007
+GSM923426_2	14017,25002,30015
+GSM831039_1	11101,22040,30003
+GSM958748_2	13064,25002,30010
+GSM923441_3	14016,23004,30004
+GSM822306_2	13052,24003,30009
+GSM958733_3	11101,25002,30010
+GSM767846_4	13056,25002,30006
+GSM945207_1	13075,22020,30004
+GSM849366_3	13056,25004,30011
+GSM935593_1	13194,22001,30016
+GSM817342_1	14001,22001,30017
+GSM935302_1	14001,24640,30018
+GSM831032_1	11101,22057,30003
+GSM749704_1	13047,24001,30004
+GSM803528_2	14016,24017,30015
+GSM765404_3	14001,25002,30006
+GSM935570_1	14001,24636,30018
+GSM803354_2	14005,24025,30015
+GSM945261_2	14013,22009,30004
+GSM803408_2	14018,24047,30015
+GSM897085_3	13048,25002,30006
+GSM945162_1	14004,22009,30004
+GSM973692_1	14016,25002,30006
+GSM945168_2	13071,22009,30004
+GSM803460_1	13048,24059,30015
+GSM945209_2	14009,22020,30004
+GSM945211_2	13048,22020,30004
+GSM836271_1	14018,25005,30015
+GSM935607_1	13188,22001,30016
+GSM935379_1	11101,24052,30018
+GSM923423_2	14017,25002,30015
+GSM736521_1	13117,23001,30004
+GSM749767_1	12012,22001,30004
+GSM749708_1	13076,24001,30004
+GSM816672_1	13182,23001,30019
+GSM945187_2	12010,22009,30004
+GSM733656_1	14018,22019,30003
+GSM849356_1	11101,25004,30011
+GSM803459_2	14015,24041,30015
+GSM849367_2	13056,25004,30011
+GSM758573_4	11101,25002,30006
+GSM923451_1	13047,23004,30004
+GSM749765_1	13095,22001,30004
+GSM849026_2	13054,23001,30004
+GSM935434_1	11101,24063,30018
+GSM977048_3	11218,25002,30006
+GSM605635_6	14018,25002,30006
+GSM765388_1	14028,25002,30006
+GSM977043_3	13132,25002,30006
+GSM945288_2	12012,22009,30004
+GSM803404_1	13048,24045,30015
+GSM849352_1	13047,25004,30011
+GSM945246_1	14013,22001,30004
+GSM736551_1	13071,23001,30004
+GSM733780_1	14018,22001,30003
+GSM945287_1	14005,22001,30004
+GSM897081_8	14028,25002,30006
+GSM803526_1	14009,24017,30015
+GSM822287_2	13048,24001,30009
+GSM977048_4	11218,25002,30006
+GSM803454_2	14001,24021,30015
+GSM945322_2	11123,22009,30004
+GSM935551_1	13185,24637,30020
+GSM822272_2	13069,24001,30009
+GSM923450_4	13168,23004,30004
+GSM758565_1	13052,25002,30006
+GSM749766_1	14010,22001,30004
+GSM803417_1	14011,24017,30015
+GSM831044_1	11101,22042,30003
+GSM945315_2	11123,22020,30004
+GSM822287_1	13048,24001,30009
+GSM767840_1	13048,25002,30006
+GSM749689_1	14004,24001,30004
+GSM958733_2	11101,25002,30010
+GSM822294_2	13063,24001,30009
+GSM977040_3	13196,25002,30006
+GSM945226_2	13091,22020,30004
+GSM849325_3	13052,25004,30011
+GSM733643_1	14018,24002,30003
+GSM977031_1	11322,25002,30006
+GSM935346_1	13052,22001,30016
+GSM803435_1	14011,24017,30015
+GSM849365_1	14018,25004,30011
+GSM733765_1	13054,24001,30003
+GSM733708_2	13047,22009,30003
+GSM945165_1	14018,22009,30004
+GSM935399_1	13185,24637,30020
+GSM736623_1	13088,23001,30004
+GSM767839_1	13052,25002,30006
+GSM973689_2	14016,25002,30006
+GSM736557_1	13129,23001,30004
+GSM935564_1	13047,22001,30018
+GSM767844_4	14018,25002,30006
+GSM788075_1	13018,22031,30016
+GSM973665_4	14016,25002,30006
+GSM935517_1	11101,24631,30018
+GSM765393_3	14018,25002,30006
+GSM733692_1	14018,22010,30003
+GSM935300_1	14011,24052,30018
+GSM977042_1	13047,25002,30006
+GSM767840_4	13048,25002,30006
+GSM945228_2	14018,22018,30004
+GSM733660_1	13049,22019,30003
+GSM816626_2	13179,23001,30019
+GSM831012_1	14018,22040,30003
+GSM864361_2	14018,23003,30022
+GSM803535_1	13063,24025,30015
+GSM923446_1	13048,23004,30004
+GSM672834_2	13047,25002,30006
+GSM758565_4	13052,25002,30006
+GSM945316_2	11123,22020,30004
+GSM849301_1	13139,24001,30004
+GSM935650_1	13048,24636,30018
+GSM935627_1	13048,24660,30018
+GSM733786_1	14018,22028,30003
+GSM830534_1	13047,25002,30007
+GSM935347_1	13052,24642,30016
+GSM923441_5	14016,23004,30004
+GSM935416_1	14001,24672,30020
+GSM605625_4	13047,25002,30006
+GSM922958_1	14018,25002,30017
+GSM803443_1	14018,24041,30015
+GSM765405_4	14018,25002,30006
+GSM977052_2	12217,25002,30006
+GSM897074_3	12011,25002,30006
+GSM945188_1	13047,22009,30004
+GSM923449_4	14001,23004,30004
+GSM803346_2	13047,24017,30015
+GSM605627_6	13047,25002,30006
+GSM923442_7	14028,23004,30004
+GSM830528_1	14001,25002,30007
+GSM733680_1	14018,22009,30003
+GSM935604_1	13048,22001,30018
+GSM646568_1	13076,23001,30004
+GSM758559_4	13047,25002,30006
+GSM897079_3	14001,25002,30006
+GSM923452_3	13052,23004,30004
+GSM749723_1	13072,24001,30004
+GSM923440_6	13092,23004,30004
+GSM973690_1	14028,25002,30006
+GSM803399_1	13063,24003,30015
+GSM765401_6	13056,25002,30006
+GSM897079_1	14001,25002,30006
+GSM977037_1	13201,25002,30006
+GSM736613_1	13114,23001,30004
+GSM765397_1	13049,25002,30006
+GSM923421_2	14013,25002,30015
+GSM765398_6	13056,25002,30006
+GSM864354_1	13048,23003,30022
+GSM803529_2	11101,24063,30015
+GSM736596_1	13075,23001,30004
+GSM803401_2	14018,24042,30015
+GSM977051_3	13199,25002,30006
+GSM816654_2	13058,23001,30019
+GSM803438_2	11101,24056,30015
+GSM831029_1	11101,22044,30003
+GSM849343_1	13048,25004,30011
+GSM977043_4	13132,25002,30006
+GSM733690_1	13052,22010,30003
+GSM923448_3	14018,23004,30004
+GSM923442_1	14028,23004,30004
+GSM923448_1	14018,23004,30004
+GSM935472_1	14018,24620,30017
+GSM923450_5	13168,23004,30004
+GSM849343_2	13048,25004,30011
+GSM973667_1	14016,25002,30006
+GSM935625_1	14001,24071,30016
+GSM923444_8	13075,23004,30004
+GSM733777_1	14018,22029,30003
+GSM822312_2	13047,24001,30009
+GSM847567_1	14018,25005,30015
+GSM849325_2	13052,25004,30011
+GSM977047_3	13174,25002,30006
+GSM977035_2	13192,25002,30006
+GSM758573_3	11101,25002,30006
+GSM849349_3	13047,25004,30011
+GSM803362_1	13047,24026,30015
+GSM803534_2	13047,24040,30015
+GSM816657_2	13064,23001,30019
+GSM977031_3	11322,25002,30006
+GSM646570_1	13115,23001,30004
+GSM935462_1	13194,24003,30016
+GSM803499_1	13048,24011,30015
+GSM733719_1	14018,24001,30003
+GSM758569_2	13052,25002,30006
+GSM830527_1	14018,25002,30007
+GSM803484_1	11101,24041,30015
+GSM945160_2	13087,22018,30004
+GSM822298_1	13052,24004,30009
+GSM935613_1	13047,24616,30018
+GSM605627_3	13047,25002,30006
+GSM822295_2	14028,24003,30009
+GSM733662_1	13055,22019,30003
+GSM736514_1	12011,23001,30004
+GSM973688_4	14016,25002,30006
+GSM605635_5	14018,25002,30006
+GSM830525_2	13048,25002,30007
+GSM831034_1	11101,22037,30003
+GSM749690_1	14018,24001,30004
+GSM849362_3	14009,25004,30011
+GSM803540_1	14018,24069,30015
+GSM831019_1	14018,22053,30003
+GSM803491_2	14015,24017,30015
+GSM973676_4	14028,25002,30006
+GSM736526_1	13114,23001,30004
+GSM935559_1	13047,24011,30018
+GSM923440_5	13092,23004,30004
+GSM973691_2	11310,25002,30006
+GSM849328_3	13075,25004,30011
+GSM765396_4	12011,25002,30006
+GSM822285_2	14001,24001,30009
+GSM849368_1	13047,25004,30011
+GSM973681_1	14028,25002,30006
+GSM605632_5	14018,25002,30006
+GSM733772_1	13047,22010,30003
+GSM767855_3	13075,25002,30006
+GSM803517_1	13048,24052,30015
+GSM973686_3	11310,25002,30006
+GSM935418_1	13185,22001,30020
+GSM767850_2	13048,25002,30006
+GSM849346_1	13056,25004,30011
+GSM758562_2	13075,25002,30006
+GSM923451_6	13047,23004,30004
+GSM935580_1	11101,24629,30018
+GSM816629_2	11217,23001,30019
+GSM935638_1	14001,24633,30018
+GSM958739_2	14001,25002,30010
+GSM816438_1	14028,24071,30016
+GSM864357_1	13064,23003,30022
+GSM767854_3	14011,25002,30006
+GSM849348_3	13047,25004,30011
+GSM733758_1	13047,22018,30003
+GSM749688_1	14006,24001,30004
+GSM935494_1	14018,24011,30018
+GSM973679_4	11310,25002,30006
+GSM973692_4	14016,25002,30006
+GSM605633_6	13047,25002,30006
+GSM973681_3	14028,25002,30006
+GSM958746_2	13057,25002,30010
+GSM973670_4	11310,25002,30006
+GSM803347_1	13047,24022,30015
+GSM765395_3	14009,25002,30006
+GSM977046_4	13197,25002,30006
+GSM816670_2	14028,23001,30019
+GSM935619_1	13048,24059,30018
+GSM803500_2	13048,24063,30015
+GSM816651_2	13051,23001,30019
+GSM945262_1	13057,22009,30004
+GSM830519_2	13052,25002,30007
+GSM977039_4	13107,25002,30006
+GSM816629_1	11217,23001,30019
+GSM830535_1	13047,25002,30007
+GSM973674_4	14011,25002,30006
+GSM803521_4	13048,24017,30015
+GSM897079_2	14001,25002,30006
+GSM935518_1	13047,24066,30018
+GSM767849_3	14018,25002,30006
+GSM935644_1	14008,24066,30018
+GSM733723_1	13057,22009,30003
+GSM803372_1	14015,24014,30015
+GSM803354_1	14005,24025,30015
+GSM973667_4	14016,25002,30006
+GSM749714_1	13073,24001,30004
+GSM935435_1	14001,24674,30020
+GSM765395_4	14009,25002,30006
+GSM935611_1	13047,24001,30018
+GSM849355_1	11101,25004,30011
+GSM840136_3	14018,25002,30006
+GSM816634_1	14012,23001,30019
+GSM803378_2	14018,24016,30015
+GSM736543_1	13113,23001,30004
+GSM803337_2	13063,24013,30015
+GSM816636_2	14020,23001,30019
+GSM736622_1	14030,23001,30004
+GSM849367_3	13056,25004,30011
+GSM816644_1	13170,23001,30019
+GSM897076_4	13056,25002,30006
+GSM849029_1	13074,23001,30004
+GSM822304_2	14028,24004,30009
+GSM767848_3	14001,25002,30006
+GSM816666_2	13177,23001,30019
+GSM923449_1	14001,23004,30004
+GSM803463_1	13048,24017,30015
+GSM840138_2	13047,25002,30006
+GSM958730_3	13047,25002,30010
+GSM822303_1	14048,24001,30009
+GSM973682_1	14028,25002,30006
+GSM935289_1	11101,24638,30018
+GSM733704_1	13058,22010,30003
+GSM849364_3	14028,25004,30011
+GSM733721_1	13058,22020,30003
+GSM803452_2	13048,24019,30015
+GSM736611_1	13131,23001,30004
+GSM733636_1	13056,24001,30003
+GSM767838_2	14001,25002,30006
+GSM945299_2	14018,22009,30004
+GSM897069_2	14001,25002,30006
+GSM605629_1	14018,25002,30006
+GSM803448_1	13048,24034,30015
+GSM803382_2	11101,24032,30015
+GSM816650_1	13050,23001,30019
+GSM749768_1	14010,24001,30004
+GSM935286_1	13064,22001,30018
+GSM803412_1	14011,24017,30015
+GSM803485_2	13047,24041,30015
+GSM749712_1	13083,24001,30004
+GSM803352_3	14018,24017,30015
+GSM803487_1	13064,24003,30015
+GSM923430_2	13142,25002,30015
+GSM736577_1	13118,23001,30004
+GSM935353_1	11101,22001,30016
+GSM803506_2	11101,24019,30015
+GSM733742_1	13047,22001,30003
+GSM749732_1	13080,24001,30004
+GSM803416_1	13047,24052,30015
+GSM935402_1	14018,24634,30018
+GSM973681_4	14028,25002,30006
+GSM765387_4	14018,25002,30006
+GSM733674_1	13056,22019,30003
+GSM977041_3	11218,25002,30006
+GSM646563_2	11123,23001,30004
+GSM822311_1	14018,24001,30009
+GSM958738_4	13052,25002,30010
+GSM945172_1	13073,22009,30004
+GSM935468_1	14018,24603,30017
+GSM935597_1	14018,24060,30016
+GSM822289_2	14011,24001,30009
+GSM736560_1	13050,23001,30004
+GSM923450_8	13168,23004,30004
+GSM849303_2	13136,24001,30004
+GSM767855_4	13075,25002,30006
+GSM736595_1	14006,23001,30004
+GSM803493_1	13048,22044,30015
+GSM973693_3	11310,25002,30006
+GSM849328_2	13075,25004,30011
+GSM935547_1	14018,24666,30020
+GSM803396_1	11101,24037,30015
+GSM849333_1	14018,25004,30011
+GSM977045_3	13174,25002,30006
+GSM923444_12	13075,23004,30004
+GSM803519_1	14014,24012,30015
+GSM803446_1	14018,24025,30015
+GSM803537_1	13047,24028,30015
+GSM958746_1	13057,25002,30010
+GSM803467_1	13063,24017,30015
+GSM935274_1	13048,24670,30018
+GSM830520_1	13060,25002,30007
+GSM831006_1	14018,24011,30003
+GSM923425_1	14011,25002,30015
+GSM816632_2	11101,23001,30019
+GSM803524_2	14018,24021,30015
+GSM945240_2	14012,22009,30004
+GSM765389_1	13057,25002,30006
+GSM803366_2	11101,24003,30015
+GSM849363_1	14001,25004,30011
+GSM749694_1	13095,24001,30004
+GSM922956_1	14018,25002,30017
+GSM605635_2	14018,25002,30006
+GSM945222_2	14006,22009,30004
+GSM803387_1	13047,24011,30015
+GSM945196_1	13047,22018,30004
+GSM977038_1	13200,25002,30006
+GSM944522_2	14018,24075,30021
+GSM864347_1	13054,23003,30022
+GSM935389_1	13187,24003,30018
+GSM945264_1	14029,22009,30004
+GSM958744_2	13050,25002,30010
+GSM935342_1	14001,24611,30020
+GSM935394_1	14018,24614,30020
+GSM767848_1	14001,25002,30006
+GSM977048_1	11218,25002,30006
+GSM945286_1	13083,22009,30004
+GSM864341_1	11101,23003,30022
+GSM749706_1	13047,24001,30004
+GSM749677_1	13075,24001,30004
+GSM803492_1	14029,24017,30015
+GSM803510_2	13047,24057,30015
+GSM935372_1	14018,24645,30020
+GSM803387_2	13047,24011,30015
+GSM849331_3	14001,25004,30011
+GSM607486_1	14001,24070,30018
+GSM646559_2	13048,23001,30004
+GSM803367_1	13048,24028,30015
+GSM923444_9	13075,23004,30004
+GSM803409_2	14014,24048,30015
+GSM935287_1	13063,24003,30018
+GSM973692_2	14016,25002,30006
+GSM733648_1	13051,22001,30003
+GSM945250_1	13090,22001,30004
+GSM935428_1	14018,24004,30017
+GSM897083_7	14011,25002,30006
+GSM822283_1	14028,22001,30009
+GSM822295_1	14028,24003,30009
+GSM945276_2	13087,22009,30004
+GSM736629_1	14018,23001,30004
+GSM803365_2	11101,24014,30015
+GSM803358_1	14011,24018,30015
+GSM897078_2	13056,25002,30006
+GSM830520_2	13060,25002,30007
+GSM935427_1	14018,22001,30017
+GSM973685_1	14011,25002,30006
+GSM923449_8	14001,23004,30004
+GSM803359_1	14011,24018,30015
+GSM736541_1	13084,23001,30004
+GSM923450_1	13168,23004,30004
+GSM736499_1	13120,23001,30004
+GSM816646_1	13052,23001,30019
+GSM849028_2	13086,23001,30004
+GSM803392_1	13047,24039,30015
+GSM849349_2	13047,25004,30011
+GSM803343_2	13048,24021,30015
+GSM736507_1	13110,23001,30004
+GSM803394_2	14013,24017,30015
+GSM736545_1	13056,23001,30004
+GSM803461_1	13048,24048,30015
+GSM767849_1	14018,25002,30006
+GSM958745_3	14028,25002,30010
+GSM897070_4	14009,25002,30006
+GSM977045_4	13174,25002,30006
+GSM749693_1	14009,24001,30004
+GSM923421_1	14013,25002,30015
+GSM749666_1	13074,24001,30004
+GSM923447_8	11310,23004,30004
+GSM849026_1	13054,23001,30004
+GSM847563_1	14018,25005,30015
+GSM849334_4	13048,25004,30011
+GSM749761_1	13080,22001,30004
+GSM849325_4	13052,25004,30011
+GSM958749_2	14005,25002,30010
+GSM945173_1	13072,22001,30004
+GSM803444_2	14017,24048,30015
+GSM733638_1	13048,22013,30003
+GSM935306_1	13048,24653,30018
+GSM897075_4	13052,25002,30006
+GSM803504_1	14018,24039,30015
+GSM945192_2	11123,22020,30004
+GSM733650_1	13055,22009,30003
+GSM816630_2	13181,23001,30019
+GSM733778_1	14018,22013,30003
+GSM923423_1	14017,25002,30015
+GSM864345_1	14011,23003,30022
+GSM935542_1	13048,24613,30018
+GSM945297_1	14018,22009,30004
+GSM849345_2	13048,25004,30011
+GSM935469_1	14018,24650,30017
+GSM849348_2	13047,25004,30011
+GSM803430_1	11101,24050,30015
+GSM977042_4	13047,25002,30006
+GSM803518_2	14018,24020,30015
+GSM849335_1	13048,25004,30011
+GSM749668_1	12012,24001,30004
+GSM935326_1	14001,24671,30018
+GSM935445_1	14028,24065,30016
+GSM803513_2	11101,24025,30015
+GSM945206_2	14004,22020,30004
+GSM849348_1	13047,25004,30011
+GSM733784_1	13058,24001,30003
+GSM758565_3	13052,25002,30006
+GSM958739_3	14001,25002,30010
+GSM803391_1	13047,24013,30015
+GSM822272_1	13069,24001,30009
+GSM945235_1	13075,22001,30004
+GSM803503_2	13048,24031,30015
+GSM803460_2	13048,24059,30015
+GSM923446_3	13048,23004,30004
+GSM803352_2	14018,24017,30015
+GSM736579_1	13106,23001,30004
+GSM935574_1	14018,24628,30018
+GSM945206_1	14004,22020,30004
+GSM830527_2	14018,25002,30007
+GSM945308_2	13081,22009,30004
+GSM945252_1	14008,22001,30004
+GSM803478_2	14001,24014,30015
+GSM803507_2	13048,24027,30015
+GSM897080_3	14001,25002,30006
+GSM849347_1	13056,25004,30011
+GSM822304_1	14028,24004,30009
+GSM945263_1	14010,22009,30004
+GSM935461_1	14026,24003,30016
+GSM935420_1	14018,22001,30017
+GSM897081_7	14028,25002,30006
+GSM945186_1	11123,22001,30004
+GSM840137_2	14018,25002,30006
+GSM945298_2	14018,22009,30004
+GSM923430_1	13142,25002,30015
+GSM945248_1	13077,22001,30004
+GSM935496_1	14018,24675,30018
+GSM935504_1	14018,24652,30018
+GSM945249_1	13077,22009,30004
+GSM935391_1	14018,24031,30020
+GSM803415_1	13048,24051,30015
+GSM935333_1	12216,24610,30016
+GSM803411_1	13047,24049,30015
+GSM935536_1	14001,22001,30017
+GSM935377_1	13047,24631,30018
+GSM935433_1	14018,24649,30018
+GSM758573_1	11101,25002,30006
+GSM733708_1	13047,22009,30003
+GSM849330_4	14001,25004,30011
+GSM803451_1	13048,24058,30015
+GSM733774_1	13048,22028,30003
+GSM803397_2	13063,24040,30015
+GSM864360_2	13047,23003,30022
+GSM849345_1	13048,25004,30011
+GSM803536_1	14017,24003,30015
+GSM816660_2	13171,23001,30019
+GSM973683_3	14011,25002,30006
+GSM923440_2	13092,23004,30004
+GSM749687_1	12012,24001,30004
+GSM822301_2	14028,24004,30009
+GSM608162_1	14001,24072,30018
+GSM935592_1	12012,24036,30016
+GSM849338_1	14018,25004,30011
+GSM945203_1	14004,22018,30004
+GSM733785_1	14001,24001,30003
+GSM849324_4	13052,25004,30011
+GSM767840_2	13048,25002,30006
+GSM935368_1	14018,24025,30016
+GSM822293_1	14018,22001,30009
+GSM973677_2	14016,25002,30006
+GSM849350_1	13052,25004,30011
+GSM830524_1	14018,25002,30007
+GSM935622_1	13048,24624,30018
+GSM935455_1	13184,22001,30018
+GSM733679_1	13047,22020,30003
+GSM944520_2	13047,24076,30021
+GSM935601_1	14018,22001,30016
+GSM733737_1	13048,22009,30003
+GSM803413_1	13047,24017,30015
+GSM830532_2	11101,25002,30007
+GSM831004_1	14018,22048,30003
+GSM736494_1	13080,23001,30004
+GSM849027_1	13129,23001,30004
+GSM803390_2	13047,24038,30015
+GSM803429_2	14011,24022,30015
+GSM816647_1	13175,23001,30019
+GSM935280_1	13048,24630,30018
+GSM945262_2	13057,22009,30004
+GSM765396_1	12011,25002,30006
+GSM935390_1	13047,22001,30018
+GSM923447_2	11310,23004,30004
+GSM945302_2	14018,22020,30004
+GSM935589_1	14027,24642,30016
+GSM935475_1	14018,24003,30017
+GSM816639_2	13180,23001,30019
+GSM733685_1	13048,22020,30003
+GSM736530_1	13051,23001,30004
+GSM803533_2	14001,24003,30015
+GSM830986_1	14018,22059,30003
+GSM767855_1	13075,25002,30006
+GSM736621_1	13126,23001,30004
+GSM935642_1	14018,24659,30018
+GSM864338_1	13056,23003,30022
+GSM935553_1	14001,24624,30018
+GSM816656_2	13063,23001,30019
+GSM849360_1	14001,25004,30011
+GSM803532_1	13047,24067,30015
+GSM803538_2	13047,24068,30015
+GSM935499_1	14018,24624,30018
+GSM605627_4	13047,25002,30006
+GSM849340_2	14018,25004,30011
+GSM672835_2	14018,25002,30006
+GSM733686_1	13056,22008,30003
+GSM816671_2	14024,23001,30019
+GSM849304_1	13137,24001,30004
+GSM935426_1	14005,24003,30016
+GSM767845_2	14009,25002,30006
+GSM733668_1	13049,22001,30003
+GSM816669_2	13049,23001,30019
+GSM733715_1	13052,22001,30003
+GSM977045_1	13174,25002,30006
+GSM605629_2	14018,25002,30006
+GSM935339_1	14001,22001,30018
+GSM803491_1	14015,24017,30015
+GSM923442_4	14028,23004,30004
+GSM830537_1	14018,25002,30007
+GSM816661_2	13069,23001,30019
+GSM931361_1	13114,23001,30004
+GSM803381_1	13048,24025,30015
+GSM935641_1	13185,22001,30020
+GSM935404_1	11310,24001,30018
+GSM803360_1	14011,24003,30015
+GSM733732_1	13048,22001,30003
+GSM803408_1	14018,24047,30015
+GSM803482_1	13064,24017,30015
+GSM822314_1	13048,22001,30009
+GSM945214_2	13107,22009,30004
+GSM816655_1	14018,23001,30019
+GSM897082_1	13048,25002,30006
+GSM758560_4	13047,25002,30006
+GSM849337_2	14018,25004,30011
+GSM736558_1	13076,23001,30004
+GSM849366_2	13056,25004,30011
+GSM822267_1	13061,22001,30009
+GSM831031_1	11101,22057,30003
+GSM849362_4	14009,25004,30011
+GSM816673_2	14014,23001,30019
+GSM767846_1	13056,25002,30006
+GSM646568_2	13076,23001,30004
+GSM803352_4	14018,24017,30015
+GSM831042_1	11101,22046,30003
+GSM803409_1	14014,24048,30015
+GSM831020_1	14018,22050,30003
+GSM749777_1	13094,22001,30004
+GSM803405_1	11101,24016,30015
+GSM736492_1	14007,23001,30004
+GSM646570_2	13115,23001,30004
+GSM923439_8	13167,23004,30004
+GSM935523_1	13186,22001,30018
+GSM736628_1	13084,23001,30004
+GSM803430_2	11101,24050,30015
+GSM945278_2	14018,22009,30004
+GSM973690_2	14028,25002,30006
+GSM646564_2	13055,23001,30004
+GSM733672_1	11101,24001,30003
+GSM945288_1	12012,22009,30004
+GSM923453_4	11320,23004,30004
+GSM923444_6	13075,23004,30004
+GSM749778_1	13087,22001,30004
+GSM831005_1	14018,22063,30003
+GSM923445_4	13056,23004,30004
+GSM749679_1	14010,24001,30004
+GSM736517_1	14013,23001,30004
+GSM816662_2	13048,23001,30019
+GSM945183_1	11123,22018,30004
+GSM803539_2	14014,24012,30015
+GSM945310_1	13080,22009,30004
+GSM958738_3	13052,25002,30010
+GSM803485_1	13047,24041,30015
+GSM803377_1	11101,24027,30015
+GSM736602_1	13122,23001,30004
+GSM803496_1	13047,24051,30015
+GSM864340_1	14018,23003,30022
+GSM765394_2	13057,25002,30006
+GSM935332_1	13047,24052,30018
+GSM923447_1	11310,23004,30004
+GSM803363_1	13047,24027,30015
+GSM945239_2	13104,22009,30004
+GSM897083_5	14011,25002,30006
+GSM830531_1	13048,25002,30007
+GSM803519_2	14014,24012,30015
+GSM788073_1	13018,22030,30016
+GSM935314_1	13048,24607,30017
+GSM973672_2	14028,25002,30006
+GSM830530_1	14001,25002,30007
+GSM733687_1	11101,22025,30003
+GSM822277_1	13066,24001,30009
+GSM605630_1	14018,25002,30006
+GSM803363_2	13047,24027,30015
+GSM935283_1	13047,24601,30018
+GSM935419_1	14018,22001,30017
+GSM803367_2	13048,24028,30015
+GSM935323_1	13184,24003,30018
+GSM935378_1	13047,24606,30018
+GSM830537_2	14018,25002,30007
+GSM733781_1	13057,22008,30003
+GSM864342_1	13172,23003,30022
+GSM945239_1	13104,22009,30004
+GSM803373_2	14011,24018,30015
+GSM973678_1	11310,25002,30006
+GSM765386_4	13047,25002,30006
+GSM803528_1	14016,24017,30015
+GSM803388_2	13047,24037,30015
+GSM945172_2	13073,22009,30004
+GSM923444_15	13075,23004,30004
+GSM977043_1	13132,25002,30006
+GSM767845_4	14009,25002,30006
+GSM935349_1	13047,24070,30016
+GSM767842_1	11101,25002,30006
+GSM605625_5	13047,25002,30006
+GSM822277_2	13066,24001,30009
+GSM788080_1	14002,22012,30016
+GSM935538_1	14001,22001,30017
+GSM788086_1	14002,22032,30016
+GSM831028_1	11101,22060,30003
+GSM733741_1	13050,22022,30003
+GSM935514_1	11101,24616,30018
+GSM736502_1	13121,23001,30004
+GSM672836_1	11101,25002,30006
+GSM736631_1	13108,23001,30004
+GSM767854_4	14011,25002,30006
+GSM831038_1	11101,22040,30003
+GSM935566_1	13048,24062,30018
+GSM935623_1	13048,24656,30018
+GSM803425_2	11101,24023,30015
+GSM605628_4	14018,25002,30006
+GSM749722_1	13090,22001,30004
+GSM831007_1	14018,22038,30003
+GSM803465_1	14011,24017,30015
+GSM758575_1	13048,25002,30006
+GSM897081_6	14028,25002,30006
+GSM803422_2	14017,24012,30015
+GSM803483_1	13048,24062,30015
+GSM767856_3	13052,25002,30006
+GSM733716_1	13052,24001,30003
+GSM803508_2	13047,24031,30015
+GSM822276_2	13067,24001,30009
+GSM816647_2	13175,23001,30019
+GSM816651_1	13051,23001,30019
+GSM816642_2	11321,23001,30019
+GSM749754_1	13093,22001,30004
+GSM803473_1	14018,24061,30015
+GSM945222_1	14006,22009,30004
+GSM945245_1	13114,22001,30004
+GSM803463_2	13048,24017,30015
+GSM864353_2	13172,23003,30022
+GSM803503_1	13048,24031,30015
+GSM935383_1	14001,24634,30018
+GSM803407_1	14018,24046,30015
+GSM958731_4	14018,25002,30010
+GSM736547_1	13109,23001,30004
+GSM803414_2	14018,24050,30015
+GSM822286_2	14001,24004,30009
+GSM803441_1	14018,24022,30015
+GSM605629_3	14018,25002,30006
+GSM733783_1	13051,24001,30003
+GSM803341_2	13047,24019,30015
+GSM733776_1	14018,22012,30003
+GSM935367_1	14001,24662,30016
+GSM945163_2	13078,22009,30004
+GSM977036_4	13198,25002,30006
+GSM749699_1	13086,24001,30004
+GSM736582_1	11101,23001,30004
+GSM958745_1	14028,25002,30010
+GSM736536_1	13057,23001,30004
+GSM803439_2	14018,24032,30015
+GSM945278_1	14018,22009,30004
+GSM830529_1	13052,25002,30007
+GSM605632_2	14018,25002,30006
+GSM646560_2	13108,23001,30004
+GSM803511_2	13047,24030,30015
+GSM758571_2	13049,25002,30006
+GSM923451_3	13047,23004,30004
+GSM958732_1	13048,25002,30010
+GSM958741_1	13056,25002,30010
+GSM816656_1	13063,23001,30019
+GSM736538_1	13125,23001,30004
+GSM818828_1	14013,22001,30016
+GSM758560_1	13047,25002,30006
+GSM736528_1	13128,23001,30004
+GSM803459_1	14015,24041,30015
+GSM736568_1	13079,23001,30004
+GSM733771_1	13047,22019,30003
+GSM803348_2	14014,24001,30015
+GSM935447_1	13183,22001,30018
+GSM935369_1	14001,24644,30016
+GSM733673_1	13052,22009,30003
+GSM944519_1	13047,24075,30021
+GSM973666_4	14016,25002,30006
+GSM977032_2	13047,25002,30006
+GSM749745_1	13082,24001,30004
+GSM849364_4	14028,25004,30011
+GSM977029_2	11322,25002,30006
+GSM849362_2	14009,25004,30011
+GSM945236_1	14004,22001,30004
+GSM736563_1	12011,23001,30004
+GSM736519_1	14013,23001,30004
+GSM831010_1	14018,22039,30003
+GSM945260_1	13098,22001,30004
+GSM816645_1	13172,23001,30019
+GSM923450_7	13168,23004,30004
+GSM646565_1	13082,23001,30004
+GSM935480_1	13047,24644,30016
+GSM897081_4	14028,25002,30006
+GSM935449_1	13191,22001,30018
+GSM935486_1	14001,24654,30020
+GSM830995_1	14018,22044,30003
+GSM973692_3	14016,25002,30006
+GSM749671_1	13072,22001,30004
+GSM803530_2	13048,24054,30015
+GSM945180_1	13052,22018,30004
+GSM767840_3	13048,25002,30006
+GSM803380_2	14018,24031,30015
+GSM803464_2	14017,24018,30015
+GSM923442_8	14028,23004,30004
+GSM767848_2	14001,25002,30006
+GSM749734_1	13073,22001,30004
+GSM816658_2	13065,23001,30019
+GSM767841_1	11101,25002,30006
+GSM935388_1	14018,24003,30018
+GSM849324_1	13052,25004,30011
+GSM803336_1	13048,24015,30015
+GSM803407_2	14018,24046,30015
+GSM736616_1	13071,23001,30004
+GSM803481_1	13063,24017,30015
+GSM849339_6	14018,25004,30011
+GSM758559_3	13047,25002,30006
+GSM803462_2	13048,24017,30015
+GSM977033_1	13089,25002,30006
+GSM945224_1	13130,22001,30004
+GSM803418_1	13048,24039,30015
+GSM803350_1	13047,24023,30015
+GSM945325_2	11123,22018,30004
+GSM935374_1	14018,24644,30016
+GSM749680_1	13071,24001,30004
+GSM973669_1	14011,25002,30006
+GSM923447_3	11310,23004,30004
+GSM736600_1	14005,23001,30004
+GSM977033_4	13089,25002,30006
+GSM767844_3	14018,25002,30006
+GSM935561_1	14001,24627,30018
+GSM977049_1	13193,25002,30006
+GSM733773_1	11101,22013,30003
+GSM945194_1	11123,22001,30004
+GSM733724_1	13049,24001,30003
+GSM803389_1	13047,24015,30015
+GSM958730_2	13047,25002,30010
+GSM736525_1	13093,23001,30004
+GSM765393_4	14018,25002,30006
+GSM935272_1	14001,24601,30018
+GSM849360_2	14001,25004,30011
+GSM977038_4	13200,25002,30006
+GSM977046_1	13197,25002,30006
+GSM831037_1	11101,22056,30003
+GSM816635_2	13056,23001,30019
+GSM605632_4	14018,25002,30006
+GSM923448_6	14018,23004,30004
+GSM822291_2	13048,24004,30009
+GSM945283_1	14030,22001,30004
+GSM897075_3	13052,25002,30006
+GSM822310_2	14018,24004,30009
+GSM736601_1	13080,23001,30004
+GSM849354_1	14018,25004,30011
+GSM733714_1	14018,22020,30003
+GSM736575_1	13052,23001,30004
+GSM897083_6	14011,25002,30006
+GSM749737_1	13087,24001,30004
+GSM777639_1	14018,24009,30013
+GSM767853_1	13047,25002,30006
+GSM736583_1	13074,23001,30004
+GSM733682_1	14001,22009,30003
+GSM945232_1	13087,22020,30004
+GSM733647_1	13049,22025,30003
+GSM816643_1	14001,23001,30019
+GSM803512_2	11101,24031,30015
+GSM822279_1	13052,24001,30009
+GSM733761_1	13050,22010,30003
+GSM945282_1	14012,22001,30004
+GSM758572_4	13047,25002,30006
+GSM849028_1	13086,23001,30004
+GSM897073_2	11101,25002,30006
+GSM822273_2	14001,24003,30009
+GSM935618_1	14018,22001,30018
+GSM849341_2	13047,25004,30011
+GSM897072_1	11101,25002,30006
+GSM803479_1	14001,24017,30015
+GSM736524_1	13104,23001,30004
+GSM803516_2	13064,24025,30015
+GSM831030_1	11101,22036,30003
+GSM958730_1	13047,25002,30010
+GSM945854_1	14028,22019,30016
+GSM977035_1	13192,25002,30006
+GSM923442_5	14028,23004,30004
+GSM849334_3	13048,25004,30011
+GSM803536_2	14017,24003,30015
+GSM749755_1	13049,22001,30004
+GSM758561_2	12011,25002,30006
+GSM945216_1	13113,22009,30004
+GSM977032_1	13047,25002,30006
+GSM788071_1	14002,22030,30016
+GSM849351_1	13048,25004,30011
+GSM758574_2	11101,25002,30006
+GSM803449_1	13048,24039,30015
+GSM767847_1	14001,25002,30006
+GSM767857_4	13052,25002,30006
+GSM733659_1	14001,22001,30003
+GSM758567_3	13048,25002,30006
+GSM816626_1	13179,23001,30019
+GSM958737_4	11101,25002,30010
+GSM945196_2	13047,22018,30004
+GSM749753_1	13049,24001,30004
+GSM897078_3	13056,25002,30006
+GSM958728_2	13047,25002,30010
+GSM945268_1	14007,22001,30004
+GSM923445_3	13056,23004,30004
+GSM733694_1	13048,22025,30003
+GSM864344_1	14028,23003,30022
+GSM923453_3	11320,23004,30004
+GSM803513_1	11101,24025,30015
+GSM733750_1	13055,22001,30003
+GSM767855_2	13075,25002,30006
+GSM973669_4	14011,25002,30006
+GSM945300_1	13056,22018,30004
+GSM803505_1	14018,24027,30015
+GSM736590_1	12010,23001,30004
+GSM973673_1	11310,25002,30006
+GSM945204_1	13075,22018,30004
+GSM788078_1	14003,22012,30016
+GSM765391_2	13050,25002,30006
+GSM777638_1	14018,24008,30013
+GSM923447_4	11310,23004,30004
+GSM923433_1	14011,25002,30015
+GSM836272_1	14018,25005,30015
+GSM977047_2	13174,25002,30006
+GSM822306_1	13052,24003,30009
+GSM958750_1	13166,25002,30010
+GSM897078_1	13056,25002,30006
+GSM977035_3	13192,25002,30006
+GSM765395_1	14009,25002,30006
+GSM803427_2	11101,24015,30015
+GSM733759_1	14001,24002,30003
+GSM935421_1	14002,22001,30016
+GSM973682_3	14028,25002,30006
+GSM736612_1	13057,23001,30004
+GSM803402_1	14018,24043,30015
+GSM765386_2	13047,25002,30006
+GSM803484_2	11101,24041,30015
+GSM849327_3	13052,25004,30011
+GSM803495_2	14009,24011,30015
+GSM736511_1	13119,23001,30004
+GSM935630_1	14011,24624,30018
+GSM945313_1	13056,22001,30004
+GSM935273_1	13184,24604,30018
+GSM749695_1	12010,24001,30004
+GSM935277_1	13047,24630,30018
+GSM816632_1	11101,23001,30019
+GSM923451_4	13047,23004,30004
+GSM849025_2	13091,23001,30004
+GSM803403_1	13048,24044,30015
+GSM849329_2	13047,25004,30011
+GSM944526_2	14018,24074,30021
+GSM765388_2	14028,25002,30006
+GSM935331_1	13047,24638,30018
+GSM973689_4	14016,25002,30006
+GSM803520_2	14018,24023,30015
+GSM977051_2	13199,25002,30006
+GSM816628_2	12215,23001,30019
+GSM945266_1	13089,22001,30004
+GSM935336_1	14018,24602,30018
+GSM758577_1	14018,25002,30006
+GSM803382_1	11101,24032,30015
+GSM945211_1	13048,22020,30004
+GSM765400_3	13056,25002,30006
+GSM935522_1	13186,24003,30018
+GSM935403_1	11310,24639,30018
+GSM803351_5	13047,24017,30015
+GSM803541_1	14017,24012,30015
+GSM945169_1	12011,22001,30004
+GSM935652_1	13047,24647,30018
+GSM977036_3	13198,25002,30006
+GSM849368_4	13047,25004,30011
+GSM749715_1	13048,24001,30004
+GSM803338_1	13047,24016,30015
+GSM803338_2	13047,24016,30015
+GSM849358_3	12011,25004,30011
+GSM935415_1	13047,24640,30020
+GSM803498_2	14009,24025,30015
+GSM945175_1	13056,22009,30004
+GSM977036_2	13198,25002,30006
+GSM803486_2	13048,24001,30015
+GSM945213_1	13076,22020,30004
+GSM849349_1	13047,25004,30011
+GSM935645_1	14018,24634,30018
+GSM945284_1	13086,22009,30004
+GSM864359_1	14001,23003,30022
+GSM897075_2	13052,25002,30006
+GSM803337_1	13063,24013,30015
+GSM935563_1	14028,24667,30016
+GSM973674_1	14011,25002,30006
+GSM849338_3	14018,25004,30011
+GSM973691_4	11310,25002,30006
+GSM977034_4	13055,25002,30006
+GSM973674_3	14011,25002,30006
+GSM749772_1	13074,22001,30004
+GSM733711_1	14001,22020,30003
+GSM803405_2	11101,24016,30015
+GSM935512_1	11310,22001,30018
+GSM864345_2	14011,23003,30022
+GSM945240_1	14012,22009,30004
+GSM816659_1	13066,23001,30019
+GSM765394_3	13057,25002,30006
+GSM923442_3	14028,23004,30004
+GSM803501_2	11101,24046,30015
+GSM935571_1	14001,24052,30018
+GSM923444_4	13075,23004,30004
+GSM973680_2	11310,25002,30006
+GSM733768_1	13050,22008,30003
+GSM830521_2	14018,25002,30007
+GSM897086_1	13056,25002,30006
+GSM849324_2	13052,25004,30011
+GSM849336_2	13060,25004,30011
+GSM958728_1	13047,25002,30010
+GSM605625_1	13047,25002,30006
+GSM733651_1	14018,22008,30003
+GSM945316_1	11123,22020,30004
+GSM945267_2	14007,22009,30004
+GSM945174_2	13056,22020,30004
+GSM803358_2	14011,24018,30015
+GSM849354_2	14018,25004,30011
+GSM945276_1	13087,22009,30004
+GSM765404_1	14001,25002,30006
+GSM758564_1	14011,25002,30006
+GSM923441_1	14016,23004,30004
+GSM803542_1	11101,24011,30015
+GSM803370_1	14013,24014,30015
+GSM822270_2	13047,24003,30009
+GSM945271_2	13088,22009,30004
+GSM736571_1	13117,23001,30004
+GSM803515_2	14018,24064,30015
+GSM945247_1	14029,22001,30004
+GSM803504_2	14018,24039,30015
+GSM897072_2	11101,25002,30006
+GSM749685_1	13096,22001,30004
+GSM977037_3	13201,25002,30006
+GSM831014_1	14018,22040,30003
+GSM973677_1	14016,25002,30006
+GSM749736_1	13074,24001,30004
+GSM944521_2	14018,24073,30021
+GSM767842_2	11101,25002,30006
+GSM849358_1	12011,25004,30011
+GSM945198_1	13132,22009,30004
+GSM767853_4	13047,25002,30006
+GSM945312_1	13079,22009,30004
+GSM945271_1	13088,22009,30004
+GSM803398_1	13063,24033,30015
+GSM977028_4	11218,25002,30006
+GSM958748_3	13064,25002,30010
+GSM605633_3	13047,25002,30006
+GSM935632_1	14018,24003,30018
+GSM758568_4	13048,25002,30006
+GSM864344_2	14028,23003,30022
+GSM803437_1	11101,24055,30015
+GSM803399_2	13063,24003,30015
+GSM945193_1	11123,22001,30004
+GSM803530_1	13048,24054,30015
+GSM803384_1	14018,24033,30015
+GSM923418_2	14011,25002,30015
+GSM758577_4	14018,25002,30006
+GSM803458_1	14005,24039,30015
+GSM803531_1	13047,24033,30015
+GSM973668_1	14011,25002,30006
+GSM765402_2	14001,25002,30006
+GSM973684_1	14011,25002,30006
+GSM935584_1	14002,24070,30016
+GSM945296_2	13093,22009,30004
+GSM935488_1	14018,24620,30018
+GSM803527_2	13048,24022,30015
+GSM733735_1	13052,22013,30003
+GSM736531_1	13072,23001,30004
+GSM935548_1	14018,24004,30018
+GSM849366_1	13056,25004,30011
+GSM803334_1	13064,24013,30015
+GSM736549_1	13129,23001,30004
+GSM803353_1	14029,24024,30015
+GSM831043_1	11101,22042,30003
+GSM973675_4	14016,25002,30006
+GSM923446_2	13048,23004,30004
+GSM945204_2	13075,22018,30004
+GSM831003_1	14018,22055,30003
+GSM935373_1	14018,24642,30016
+GSM758566_3	11101,25002,30006
+GSM935320_1	14001,24004,30017
+GSM758578_4	13050,25002,30006
+GSM935586_1	12012,22001,30016
+GSM935628_1	13048,24003,30018
+GSM935587_1	14003,24036,30016
+GSM733644_1	13051,22025,30003
+GSM818827_1	14013,22010,30016
+GSM935451_1	13187,22001,30018
+GSM803451_2	13048,24058,30015
+GSM973689_1	14016,25002,30006
+GSM803386_2	13047,24035,30015
+GSM803388_1	13047,24037,30015
+GSM830521_1	14018,25002,30007
+GSM803506_1	11101,24019,30015
+GSM736516_1	13081,23001,30004
+GSM767853_3	13047,25002,30006
+GSM733688_1	13052,22018,30003
+GSM945182_1	13048,22009,30004
+GSM816646_2	13052,23001,30019
+GSM749726_1	13083,24001,30004
+GSM935550_1	13185,22001,30020
+GSM733676_1	13050,22025,30003
+GSM765391_3	13050,25002,30006
+GSM973669_2	14011,25002,30006
+GSM736608_1	13091,23001,30004
+GSM788084_1	13018,22010,30016
+GSM733755_1	13050,22019,30003
+GSM822271_1	13056,24001,30009
+GSM935446_1	13186,22001,30018
+GSM736537_1	13077,23001,30004
+GSM958735_1	14001,25002,30010
+GSM803349_2	13047,24014,30015
+GSM736554_1	13078,23001,30004
+GSM830535_3	13047,25002,30007
+GSM923443_8	13076,23004,30004
+GSM836273_1	14018,25005,30015
+GSM803443_2	14018,24041,30015
+GSM977052_1	12217,25002,30006
+GSM935464_1	14018,24036,30016
+GSM767850_3	13048,25002,30006
+GSM749669_1	13047,22001,30004
+GSM803470_1	14018,24025,30015
+GSM958751_1	13166,25002,30010
+GSM836270_1	14018,25005,30015
+GSM945159_2	13049,22009,30004
+GSM803514_1	14014,24065,30015
+GSM736542_1	13119,23001,30004
+GSM935359_1	14008,22001,30017
+GSM605633_1	13047,25002,30006
+GSM758572_3	13047,25002,30006
+GSM736535_1	13112,23001,30004
+GSM816671_1	14024,23001,30019
+GSM803521_1	13048,24017,30015
+GSM803335_2	14016,24014,30015
+GSM923435_1	14011,25002,30015
+GSM736569_1	13082,23001,30004
+GSM977040_2	13196,25002,30006
+GSM803440_2	14018,24014,30015
+GSM923449_5	14001,23004,30004
+GSM945272_1	13088,22001,30004
+GSM923452_2	13052,23004,30004
+GSM733772_2	13047,22010,30003
+GSM897082_2	13048,25002,30006
+GSM977029_1	11322,25002,30006
+GSM733728_1	13056,22025,30003
+GSM935322_1	13184,22001,30018
+GSM816642_1	11321,23001,30019
+GSM803345_2	11101,22044,30015
+GSM923437_2	14015,25002,30015
+GSM849327_2	13052,25004,30011
+GSM822286_1	14001,24004,30009
+GSM945191_1	11123,22009,30004
+GSM935579_1	13048,24617,30018
+GSM945320_2	11123,22018,30004
+GSM831022_1	14018,22042,30003
+GSM798322_1	14001,22010,30003
+GSM849346_2	13056,25004,30011
+GSM923451_7	13047,23004,30004
+GSM945322_1	11123,22009,30004
+GSM973689_3	14016,25002,30006
+GSM945857_1	14028,22012,30016
+GSM803535_2	13063,24025,30015
+GSM765398_2	13056,25002,30006
+GSM767854_1	14011,25002,30006
+GSM831035_1	11101,22058,30003
+GSM736625_1	13077,23001,30004
+GSM973683_2	14011,25002,30006
+GSM736620_1	13047,23001,30004
+GSM822313_1	14001,22001,30009
+GSM816640_1	13172,23001,30019
+GSM958734_1	13052,25002,30010
+GSM849368_3	13047,25004,30011
+GSM977046_3	13197,25002,30006
+GSM736550_1	13126,23001,30004
+GSM935505_1	14018,24652,30018
+GSM749738_1	13081,22001,30004
+GSM803453_1	14011,24001,30015
+GSM803351_4	13047,24017,30015
+GSM765399_2	13056,25002,30006
+GSM803374_1	14014,24012,30015
+GSM816437_1	14013,24071,30016
+GSM749763_1	13084,22001,30004
+GSM605635_4	14018,25002,30006
+GSM973686_1	11310,25002,30006
+GSM923452_6	13052,23004,30004
+GSM977044_4	13130,25002,30006
+GSM973690_4	14028,25002,30006
+GSM605632_3	14018,25002,30006
+GSM733653_1	14018,22022,30003
+GSM816631_1	13174,23001,30019
+GSM935279_1	13189,24604,30018
+GSM935649_1	13048,24063,30018
+GSM977039_3	13107,25002,30006
+GSM973684_3	14011,25002,30006
+GSM758562_1	13075,25002,30006
+GSM973673_2	11310,25002,30006
+GSM897073_1	11101,25002,30006
+GSM803419_1	11101,24001,30015
+GSM897079_4	14001,25002,30006
+GSM864338_2	13056,23003,30022
+GSM733767_1	13047,22028,30003
+GSM849339_1	14018,25004,30011
+GSM897075_1	13052,25002,30006
+GSM803541_2	14017,24012,30015
+GSM816665_1	13047,23001,30019
+GSM803379_2	14018,24030,30015
+GSM749684_1	13091,24001,30004
+GSM803414_1	14018,24050,30015
+GSM923447_6	11310,23004,30004
+GSM945212_1	13047,22020,30004
+GSM749743_1	13078,24001,30004
+GSM765402_4	14001,25002,30006
+GSM605625_3	13047,25002,30006
+GSM935473_1	14018,24003,30017
+GSM803529_1	11101,24063,30015
+GSM831015_1	14018,22064,30003
+GSM646563_1	11123,23001,30004
+GSM849334_2	13048,25004,30011
+GSM945178_2	13075,22009,30004
+GSM935470_1	14018,24650,30017
+GSM803515_1	14018,24064,30015
+GSM977030_4	11322,25002,30006
+GSM803353_2	14029,24024,30015
+GSM758561_3	12011,25002,30006
+GSM897082_4	13048,25002,30006
+GSM803369_1	13142,24014,30015
+GSM803377_2	11101,24027,30015
+GSM816627_1	14028,23001,30019
+GSM945279_2	14018,22009,30004
+GSM803333_2	14009,24001,30015
+GSM803500_1	13048,24063,30015
+GSM803424_2	11101,24021,30015
+GSM767843_1	13056,25002,30006
+GSM945324_2	11123,22020,30004
+GSM803350_2	13047,24023,30015
+GSM945292_2	13085,22009,30004
+GSM822289_1	14011,24001,30009
+GSM923425_2	14011,25002,30015
+GSM803473_2	14018,24061,30015
+GSM935307_1	13048,24606,30018
+GSM849364_1	14028,25004,30011
+GSM935453_1	13063,22001,30018
+GSM608167_1	14018,22018,30018
+GSM977034_1	13055,25002,30006
+GSM749773_1	13086,22001,30004
+GSM646562_2	13107,23001,30004
+GSM803393_2	13063,24028,30015
+GSM973687_3	14028,25002,30006
+GSM605634_5	14018,25002,30006
+GSM973673_3	11310,25002,30006
+GSM945227_1	13125,22001,30004
+GSM803444_1	14017,24048,30015
+GSM923452_8	13052,23004,30004
+GSM733769_1	13047,22008,30003
+GSM749735_1	13082,24001,30004
+GSM758572_2	13047,25002,30006
+GSM822291_1	13048,24004,30009
+GSM923444_11	13075,23004,30004
+GSM830536_2	14018,25002,30007
+GSM736606_1	13108,23001,30004
+GSM758559_1	13047,25002,30006
+GSM945229_2	13132,22009,30004
+GSM749742_1	13097,22001,30004
+GSM749678_1	12010,24001,30004
+GSM958737_1	11101,25002,30010
+GSM945226_1	13091,22020,30004
+GSM958745_2	14028,25002,30010
+GSM733670_1	11101,22008,30003
+GSM923445_6	13056,23004,30004
+GSM945237_1	13076,22001,30004
+GSM818744_1	14001,22001,30016
+GSM803439_1	14018,24032,30015
+GSM935442_1	13047,24618,30016
+GSM733718_1	11101,22019,30003
+GSM864351_1	14020,23003,30022
+GSM973663_2	14016,25002,30006
+GSM849330_1	14001,25004,30011
+GSM847562_1	14018,25005,30015
+GSM758563_3	13052,25002,30006
+GSM935363_1	14018,22001,30017
+GSM977038_2	13200,25002,30006
+GSM840138_4	13047,25002,30006
+GSM973667_2	14016,25002,30006
+GSM935309_1	13047,24635,30018
+GSM973674_2	14011,25002,30006
+GSM803474_2	14005,24041,30015
+GSM767843_2	13056,25002,30006
+GSM830524_2	14018,25002,30007
+GSM803410_1	14018,24003,30015
+GSM977047_1	13174,25002,30006
+GSM767851_4	14028,25002,30006
+GSM945296_1	13093,22009,30004
+GSM973665_3	14016,25002,30006
+GSM945265_1	13114,22009,30004
+GSM822301_1	14028,24004,30009
+GSM767847_2	14001,25002,30006
+GSM803523_1	14018,24066,30015
+GSM935460_1	14026,22001,30016
+GSM935483_1	13047,24672,30020
+GSM958738_1	13052,25002,30010
+GSM923431_2	14014,25002,30015
+GSM935503_1	14018,24070,30016
+GSM849331_2	14001,25004,30011
+GSM822309_2	14028,24001,30009
+GSM923440_7	13092,23004,30004
+GSM922955_1	14018,25002,30017
+GSM749730_1	13096,24001,30004
+GSM945221_1	13098,22009,30004
+GSM945175_2	13056,22009,30004
+GSM958731_2	14018,25002,30010
+GSM765405_1	14018,25002,30006
+GSM958740_4	13048,25002,30010
+GSM777640_1	14018,24007,30013
+GSM733757_1	13052,22020,30003
+GSM765399_1	13056,25002,30006
+GSM945277_1	13049,22018,30004
+GSM767850_1	13048,25002,30006
+GSM733720_1	13056,22009,30003
+GSM945244_1	14011,22009,30004
+GSM935646_1	13048,24627,30018
+GSM736565_1	14012,23001,30004
+GSM803527_1	13048,24022,30015
+GSM803457_1	14011,24022,30015
+GSM977051_1	13199,25002,30006
+GSM822284_1	13048,24003,30009
+GSM803489_2	13064,24028,30015
+GSM758575_4	13048,25002,30006
+GSM736544_1	13054,23001,30004
+GSM803489_1	13064,24028,30015
+GSM830534_2	13047,25002,30007
+GSM923429_2	14014,25002,30015
+GSM849362_1	14009,25004,30011
+GSM935476_1	14001,24060,30016
+GSM935599_1	14018,24004,30017
+GSM935511_1	14001,24658,30017
+GSM944519_2	13047,24075,30021
+GSM864346_2	13171,23003,30022
+GSM973693_2	11310,25002,30006
+GSM973680_3	11310,25002,30006
+GSM923441_4	14016,23004,30004
+GSM822298_2	13052,24004,30009
+GSM923444_1	13075,23004,30004
+GSM831002_1	14018,22062,30003
+GSM765401_1	13056,25002,30006
+GSM765391_1	13050,25002,30006
+GSM849330_2	14001,25004,30011
+GSM803395_1	14011,24018,30015
+GSM803524_1	14018,24021,30015
+GSM923432_2	14011,25002,30015
+GSM767851_2	14028,25002,30006
+GSM803373_1	14011,24018,30015
+GSM816653_1	13173,23001,30019
+GSM749750_1	13071,24001,30004
+GSM958739_4	14001,25002,30010
+GSM605629_5	14018,25002,30006
+GSM765392_1	14018,25002,30006
+GSM973688_1	14016,25002,30006
+GSM973668_4	14011,25002,30006
+GSM736610_1	11123,23001,30004
+GSM765403_2	14001,25002,30006
+GSM788081_1	14002,22033,30016
+GSM767847_4	14001,25002,30006
+GSM736493_1	14005,23001,30004
+GSM935605_1	13185,22001,30020
+GSM945267_1	14007,22009,30004
+GSM767854_2	14011,25002,30006
+GSM758573_2	11101,25002,30006
+GSM977035_4	13192,25002,30006
+GSM977040_4	13196,25002,30006
+GSM944523_2	14018,24076,30021
+GSM765386_1	13047,25002,30006
+GSM935291_1	13183,24003,30018
+GSM935358_1	14018,24003,30017
+GSM897086_2	13056,25002,30006
+GSM765389_2	13057,25002,30006
+GSM822299_2	13064,24001,30009
+GSM803384_2	14018,24033,30015
+GSM822273_1	14001,24003,30009
+GSM849339_4	14018,25004,30011
+GSM945251_1	13090,22009,30004
+GSM733707_1	13049,22020,30003
+GSM803346_1	13047,24017,30015
+GSM944524_2	13047,24074,30021
+GSM803525_2	14018,24054,30015
+GSM849302_1	13140,24001,30004
+GSM945299_1	14018,22009,30004
+GSM803340_2	14017,24018,30015
+GSM803521_3	13048,24017,30015
+GSM935292_1	11101,24639,30018
+GSM935352_1	11101,22046,30016
+GSM945269_1	14028,22009,30004
+GSM803403_2	13048,24044,30015
+GSM749764_1	13098,24001,30004
+GSM945188_2	13047,22009,30004
+GSM831021_1	14018,22046,30003
+GSM945269_2	14028,22009,30004
+GSM977030_2	11322,25002,30006
+GSM945170_2	13074,22009,30004
+GSM864361_1	14018,23003,30022
+GSM733770_1	11101,22001,30003
+GSM973678_3	11310,25002,30006
+GSM923422_2	14017,25002,30015
+GSM958739_1	14001,25002,30010
+GSM736614_1	13085,23001,30004
+GSM973665_2	14016,25002,30006
+GSM765394_4	13057,25002,30006
+GSM935575_1	14018,24628,30018
+GSM758576_2	13048,25002,30006
+GSM736497_1	13107,23001,30004
+GSM923444_3	13075,23004,30004
+GSM944521_1	14018,24073,30021
+GSM849357_4	11101,25004,30011
+GSM803383_1	14018,24016,30015
+GSM849305_2	13138,24001,30004
+GSM897083_4	14011,25002,30006
+GSM945255_1	14006,22001,30004
+GSM758570_1	11101,25002,30006
+GSM736505_1	13074,23001,30004
+GSM849359_4	14011,25004,30011
+GSM849305_1	13138,24001,30004
+GSM945192_1	11123,22020,30004
+GSM945291_1	13048,22001,30004
+GSM765402_1	14001,25002,30006
+GSM840136_4	14018,25002,30006
+GSM822285_1	14001,24001,30009
+GSM923444_7	13075,23004,30004
+GSM849357_2	11101,25004,30011
+GSM864343_1	13170,23003,30022
+GSM788083_1	14002,22010,30016
+GSM816644_2	13170,23001,30019
+GSM758563_2	13052,25002,30006
+GSM803512_1	11101,24031,30015
+GSM935501_1	14018,24651,30018
+GSM736553_1	13050,23001,30004
+GSM803538_1	13047,24068,30015
+GSM736626_1	14006,23001,30004
+GSM897071_2	11101,25002,30006
+GSM945270_1	13086,22001,30004
+GSM733725_1	11101,22020,30003
+GSM765394_1	13057,25002,30006
+GSM977034_2	13055,25002,30006
+GSM736581_1	14028,23001,30004
+GSM736510_1	14001,23001,30004
+GSM935513_1	11310,24003,30018
+GSM803466_2	11101,24052,30015
+GSM849330_3	14001,25004,30011
+GSM803425_1	11101,24023,30015
+GSM788079_1	13018,22012,30016
+GSM935610_1	13048,24639,30018
+GSM849349_4	13047,25004,30011
+GSM803455_2	14001,24028,30015
+GSM605633_2	13047,25002,30006
+GSM840136_2	14018,25002,30006
+GSM849344_2	13048,25004,30011
+GSM758564_2	14011,25002,30006
+GSM935437_1	13048,24623,30018
+GSM803360_2	14011,24003,30015
+GSM822278_1	13065,24001,30009
+GSM816628_1	12215,23001,30019
+GSM803424_1	11101,24021,30015
+GSM897083_1	14011,25002,30006
+GSM736546_1	13090,23001,30004
+GSM803361_2	14011,24003,30015
+GSM803502_2	13048,24023,30015
+GSM958737_2	11101,25002,30010
+GSM973679_1	11310,25002,30006
+GSM803420_2	13047,24053,30015
+GSM923453_6	11320,23004,30004
+GSM803371_1	14011,24018,30015
+GSM973679_2	11310,25002,30006
+GSM935478_1	13047,24604,30018
+GSM849342_2	14001,25004,30011
+GSM758569_1	13052,25002,30006
+GSM803385_1	14018,24034,30015
+GSM765398_4	13056,25002,30006
+GSM935311_1	14018,24639,30018
+GSM816633_1	14001,23001,30019
+GSM758569_4	13052,25002,30006
+GSM749665_1	13084,24001,30004
+GSM945165_2	14018,22009,30004
+GSM816638_2	13178,23001,30019
+GSM736585_1	13083,23001,30004
+GSM830532_1	11101,25002,30007
+GSM758575_2	13048,25002,30006
+GSM733758_2	13047,22018,30003
+GSM847565_1	14018,25005,30015
+GSM923439_4	13167,23004,30004
+GSM958733_1	11101,25002,30010
+GSM767851_3	14028,25002,30006
+GSM758567_2	13048,25002,30006
+GSM897074_4	12011,25002,30006
+GSM803470_2	14018,24025,30015
+GSM803366_1	11101,24003,30015
+GSM736636_1	14010,23001,30004
+GSM897070_2	14009,25002,30006
+GSM945166_1	13072,22009,30004
+GSM935546_1	14018,24652,30018
+GSM935497_1	14018,24623,30018
+GSM767852_3	13047,25002,30006
+GSM803375_1	14015,24017,30015
+GSM849350_2	13052,25004,30011
+GSM849301_2	13139,24001,30004
+GSM736635_1	13076,23001,30004
+GSM758566_2	11101,25002,30006
+GSM646564_1	13055,23001,30004
+GSM765390_3	14018,25002,30006
+GSM923452_7	13052,23004,30004
+GSM935583_1	13047,24617,30018
+GSM973691_3	11310,25002,30006
+GSM758566_1	11101,25002,30006
+GSM831025_1	11101,22043,30003
+GSM803400_1	13063,24041,30015
+GSM765396_2	12011,25002,30006
+GSM945279_1	14018,22009,30004
+GSM736638_1	11123,23001,30004
+GSM803333_1	14009,24001,30015
+GSM646562_1	13107,23001,30004
+GSM923440_3	13092,23004,30004
+GSM923450_3	13168,23004,30004
+GSM864355_2	13173,23003,30022
+GSM923418_1	14011,25002,30015
+GSM736593_1	13107,23001,30004
+GSM749748_1	14004,24001,30004
+GSM945320_1	11123,22018,30004
+GSM803477_2	13047,24023,30015
+GSM736527_1	13087,23001,30004
+GSM977043_2	13132,25002,30006
+GSM945303_1	13082,22001,30004
+GSM803499_2	13048,24011,30015
+GSM605628_5	14018,25002,30006
+GSM849031_1	13085,23001,30004
+GSM733727_1	13051,22022,30003
+GSM935335_1	13048,24601,30018
+GSM945241_1	14030,22009,30004
+GSM736584_1	13054,23001,30004
+GSM758570_2	11101,25002,30006
+GSM945306_2	13082,22009,30004
+GSM816664_2	14022,23001,30019
+GSM816641_2	14021,23001,30019
+GSM803432_1	13048,24048,30015
+GSM822302_1	14048,24003,30009
+GSM945217_1	13113,22001,30004
+GSM803440_1	14018,24014,30015
+GSM935337_1	14018,24601,30018
+GSM973662_2	13195,25002,30006
+GSM736627_1	13110,23001,30004
+GSM849325_1	13052,25004,30011
+GSM749728_1	13072,24001,30004
+GSM803494_1	14018,24051,30015
+GSM605634_4	14018,25002,30006
+GSM945199_1	13091,22009,30004
+GSM822305_1	14028,24001,30009
+GSM749729_1	14001,24001,30004
+GSM758578_3	13050,25002,30006
+GSM945215_1	13114,22009,30004
+GSM958740_2	13048,25002,30010
+GSM935356_1	14018,24627,30018
+GSM767850_4	13048,25002,30006
+GSM736576_1	13106,23001,30004
+GSM849339_2	14018,25004,30011
+GSM935591_1	13185,24637,30020
+GSM749702_1	12010,22001,30004
+GSM977049_3	13193,25002,30006
+GSM945215_2	13114,22009,30004
+GSM847564_1	14018,25005,30015
+GSM736539_1	13113,23001,30004
+GSM830530_4	14001,25002,30007
+GSM816658_1	13065,23001,30019
+GSM749700_1	14009,22001,30004
+GSM758562_4	13075,25002,30006
+GSM803419_2	11101,24001,30015
+GSM803483_2	13048,24062,30015
+GSM605632_6	14018,25002,30006
+GSM923450_6	13168,23004,30004
+GSM749713_1	13079,22001,30004
+GSM973664_1	14011,25002,30006
+GSM945298_1	14018,22009,30004
+GSM733764_1	13057,22018,30003
+GSM816631_2	13174,23001,30019
+GSM803497_2	14009,24052,30015
+GSM818826_1	14013,22019,30016
+GSM749673_1	13088,24001,30004
+GSM733736_1	13047,22022,30003
+GSM803488_1	13064,24017,30015
+GSM935489_1	14001,24645,30020
+GSM758567_4	13048,25002,30006
+GSM935466_1	14018,24004,30017
+GSM973681_2	14028,25002,30006
+GSM977041_2	11218,25002,30006
+GSM935304_1	13048,24605,30018
+GSM803525_1	14018,24054,30015
+GSM749701_1	13092,22001,30004
+GSM816634_2	14012,23001,30019
+GSM935534_1	12012,24003,30017
+GSM736592_1	13116,23001,30004
+GSM935316_1	13047,24621,30017
+GSM897073_4	11101,25002,30006
+GSM803497_1	14009,24052,30015
+GSM822282_2	13069,24003,30009
+GSM847561_1	14018,25005,30015
+GSM935351_1	14001,24072,30016
+GSM897081_1	14028,25002,30006
+GSM973693_1	11310,25002,30006
+GSM733762_1	13050,24001,30003
+GSM923448_8	14018,23004,30004
+GSM920558_1	13047,23005,30018
+GSM765397_2	13049,25002,30006
+GSM803357_2	14011,24018,30015
+GSM945159_1	13049,22009,30004
+GSM816638_1	13178,23001,30019
+GSM605627_1	13047,25002,30006
+GSM897081_5	14028,25002,30006
+GSM977042_3	13047,25002,30006
+GSM749721_1	14001,22001,30004
+GSM765401_5	13056,25002,30006
+GSM923443_6	13076,23004,30004
+GSM864341_2	11101,23003,30022
+GSM935598_1	14018,24619,30016
+GSM923441_7	14016,23004,30004
+GSM803521_2	13048,24017,30015
+GSM864337_1	13169,23003,30022
+GSM935414_1	14018,24647,30017
+GSM945200_2	13091,22018,30004
+GSM767844_2	14018,25002,30006
+GSM958742_1	13047,25002,30010
+GSM945261_1	14013,22009,30004
+GSM945171_1	13073,22001,30004
+GSM733733_1	13055,22020,30003
+GSM749741_1	13097,24001,30004
+GSM605627_5	13047,25002,30006
+GSM849344_1	13048,25004,30011
+GSM935596_1	13048,24644,30016
+GSM897070_1	14009,25002,30006
+GSM945214_1	13107,22009,30004
+GSM935519_1	11310,24624,30018
+GSM849359_3	14011,25004,30011
+GSM973670_3	11310,25002,30006
+GSM646567_1	14018,23001,30004
+GSM736624_1	13131,23001,30004
+GSM977033_2	13089,25002,30006
+GSM935395_1	14001,24003,30017
+GSM816436_1	14001,24071,30016
+GSM945274_1	14028,22001,30004
+GSM831040_1	11101,22053,30003
+GSM803480_2	13142,24024,30015
+GSM803517_2	13048,24052,30015
+GSM849336_1	13060,25004,30011
+GSM646566_1	14009,23001,30004
+GSM646569_1	13116,23001,30004
+GSM803501_1	11101,24046,30015
+GSM864358_2	13066,23003,30022
+GSM822280_1	13052,22001,30009
+GSM803383_2	14018,24016,30015
+GSM736555_1	13085,23001,30004
+GSM935508_1	14001,24649,30020
+GSM935340_1	14018,24641,30020
+GSM840137_1	14018,25002,30006
+GSM736594_1	13112,23001,30004
+GSM803468_2	14018,24017,30015
+GSM973688_3	14016,25002,30006
+GSM749720_1	13077,22001,30004
+GSM803423_1	14029,24017,30015
+GSM849030_1	13128,23001,30004
+GSM945285_1	13085,22001,30004
+GSM803468_1	14018,24017,30015
+GSM803401_1	14018,24042,30015
+GSM945218_1	13122,22009,30004
+GSM803392_2	13047,24039,30015
+GSM973685_3	14011,25002,30006
+GSM736500_1	14004,23001,30004
+GSM945307_1	13080,22001,30004
+GSM605634_1	14018,25002,30006
+GSM733748_1	11101,22018,30003
+GSM897069_3	14001,25002,30006
+GSM733664_1	13047,22012,30003
+GSM897083_2	14011,25002,30006
+GSM758562_3	13075,25002,30006
+GSM749770_1	13075,22001,30004
+GSM973673_4	11310,25002,30006
+GSM765405_2	14018,25002,30006
+GSM749707_1	13056,24001,30004
+GSM736591_1	13111,23001,30004
+GSM849365_4	14018,25004,30011
+GSM803362_2	13047,24026,30015
+GSM935502_1	14018,24606,30018
+GSM935406_1	13048,24066,30018
+GSM945855_1	14005,22001,30016
+GSM958733_4	11101,25002,30010
+GSM935602_1	14018,24603,30017
+GSM935647_1	13048,24052,30018
+GSM849367_4	13056,25004,30011
+GSM849358_2	12011,25004,30011
+GSM749691_1	14004,22001,30004
+GSM733695_1	13057,24001,30003
+GSM923428_2	14014,25002,30015
+GSM767846_2	13056,25002,30006
+GSM935275_1	13048,24602,30018
+GSM803445_1	14017,24017,30015
+GSM803490_2	13064,24041,30015
+GSM803369_2	13142,24014,30015
+GSM864348_2	14001,23003,30022
+GSM816667_1	14023,23001,30019
+GSM977028_1	11218,25002,30006
+GSM816635_1	13056,23001,30019
+GSM945233_2	13052,22020,30004
+GSM973683_4	14011,25002,30006
+GSM864349_2	13063,23003,30022
+GSM864356_1	14001,23003,30022
+GSM923449_7	14001,23004,30004
+GSM803341_1	13047,24019,30015
+GSM749682_1	13091,22001,30004
+GSM816649_1	14011,23001,30019
+GSM816663_2	13176,23001,30019
+GSM749674_1	13052,24001,30004
+GSM945304_1	14005,22009,30004
+GSM945219_1	13122,22001,30004
+GSM749670_1	13098,24001,30004
+GSM803450_2	11101,24028,30015
+GSM945229_1	13132,22009,30004
+GSM973669_3	14011,25002,30006
+GSM733779_1	13058,22008,30003
+GSM803496_2	13047,24051,30015
+GSM758576_3	13048,25002,30006
+GSM765396_3	12011,25002,30006
+GSM973687_4	14028,25002,30006
+GSM973688_2	14016,25002,30006
+GSM758569_3	13052,25002,30006
+GSM922957_1	14018,25002,30017
+GSM958736_2	13056,25002,30010
+GSM935608_1	13047,24634,30018
+GSM923442_6	14028,23004,30004
+GSM733702_1	13050,22020,30003
+GSM849348_4	13047,25004,30011
+GSM945264_2	14029,22009,30004
+GSM803450_1	11101,24028,30015
+GSM945254_1	13052,22001,30004
+GSM803344_1	13048,24014,30015
+GSM733775_1	13050,22013,30003
+GSM923448_5	14018,23004,30004
+GSM864339_1	14018,23003,30022
+GSM767848_4	14001,25002,30006
+GSM830531_2	13048,25002,30007
+GSM977051_4	13199,25002,30006
+GSM973663_3	14016,25002,30006
+GSM765400_4	13056,25002,30006
+GSM605625_6	13047,25002,30006
+GSM816663_1	13176,23001,30019
+GSM897076_2	13056,25002,30006
+GSM803447_1	14018,24052,30015
+GSM803472_2	14009,24022,30015
+GSM945295_2	13094,22009,30004
+GSM897080_1	14001,25002,30006
+GSM977050_2	13202,25002,30006
+GSM765389_3	13057,25002,30006
+GSM849357_1	11101,25004,30011
+GSM977047_4	13174,25002,30006
+GSM736533_1	13052,23001,30004
+GSM733743_1	13048,22019,30003
+GSM803376_1	13142,24017,30015
+GSM935456_1	13185,24003,30020
+GSM958741_2	13056,25002,30010
+GSM945256_1	12012,22001,30004
+GSM945181_1	13052,22009,30004
+GSM849359_1	14011,25004,30011
+GSM935526_1	13063,24604,30018
+GSM733681_1	13058,22012,30003
+GSM920557_1	14018,23005,30018
+GSM788074_1	14018,22001,30016
+GSM788072_1	14002,22031,30016
+GSM945858_1	14005,22010,30016
+GSM945308_1	13081,22009,30004
+GSM977028_2	11218,25002,30006
+GSM849352_2	13047,25004,30011
+GSM935398_1	13185,24608,30020
+GSM672834_1	13047,25002,30006
+GSM605630_5	14018,25002,30006
+GSM788070_1	13018,22001,30016
+GSM749675_1	13084,24001,30004
+GSM736529_1	14008,23001,30004
+GSM608165_1	14018,22009,30018
+GSM958734_2	13052,25002,30010
+GSM923443_5	13076,23004,30004
+GSM935444_1	13048,22001,30018
+GSM897069_1	14001,25002,30006
+GSM646566_2	14009,23001,30004
+GSM822276_1	13067,24001,30009
+GSM935338_1	14018,24661,30018
+GSM935634_1	14018,24632,30018
+GSM749756_1	13048,22001,30004
+GSM816640_2	13172,23001,30019
+GSM935541_1	13047,24063,30017
+GSM935653_1	13047,24628,30018
+GSM749681_1	13085,24001,30004
+GSM923439_5	13167,23004,30004
+GSM935459_1	14001,24070,30016
+GSM749692_1	13095,24001,30004
+GSM767851_1	14028,25002,30006
+GSM945231_1	13048,22018,30004
+GSM816673_1	14014,23001,30019
+GSM816637_2	14012,23001,30019
+GSM822270_1	13047,24003,30009
+GSM958740_3	13048,25002,30010
+GSM749696_1	13077,24001,30004
+GSM945202_1	14009,22009,30004
+GSM958737_3	11101,25002,30010
+GSM935450_1	13047,22001,30018
+GSM977050_1	13202,25002,30006
+GSM803514_2	14014,24065,30015
+GSM849327_4	13052,25004,30011
+GSM958729_1	14018,25002,30010
+GSM945859_1	14028,22001,30016
+GSM765398_1	13056,25002,30006
+GSM733671_1	13056,24002,30003
+GSM831000_1	14018,22037,30003
+GSM935482_1	13047,24025,30016
+GSM736605_1	13104,23001,30004
+GSM765400_1	13056,25002,30006
+GSM803518_1	14018,24020,30015
+GSM945259_1	13047,22001,30004
+GSM733700_1	13051,22008,30003
+GSM945257_1	13087,22001,30004
+GSM935578_1	14001,24617,30018
+GSM749774_1	14005,22001,30004
+GSM945853_1	14005,22019,30016
+GSM935537_1	14001,22001,30017
+GSM945309_1	13079,22001,30004
+GSM803442_2	14018,24057,30015
+GSM816630_1	13181,23001,30019
+GSM973680_1	11310,25002,30006
+GSM736566_1	14018,23001,30004
+GSM923444_14	13075,23004,30004
+GSM935325_1	13189,24003,30018
+GSM935417_1	13047,24648,30020
+GSM923440_4	13092,23004,30004
+GSM765398_5	13056,25002,30006
+GSM935312_1	13048,24003,30017
+GSM758563_1	13052,25002,30006
+GSM803486_1	13048,24001,30015
+GSM758577_3	14018,25002,30006
+GSM803343_1	13048,24021,30015
+GSM935621_1	13048,24677,30018
+GSM758574_1	11101,25002,30006
+GSM935400_1	13185,24609,30020
+GSM923427_2	14017,25002,30015
+GSM749697_1	12011,22001,30004
+GSM733760_1	13050,22028,30003
+GSM849333_2	14018,25004,30011
+GSM935577_1	14025,24625,30016
+GSM923449_2	14001,23004,30004
+GSM765393_2	14018,25002,30006
+GSM958730_4	13047,25002,30010
+GSM803404_2	13048,24045,30015
+GSM736495_1	14010,23001,30004
+GSM816672_2	13182,23001,30019
+GSM822282_1	13069,24003,30009
+GSM935615_1	14001,24648,30018
+GSM973666_1	14016,25002,30006
+GSM973693_4	11310,25002,30006
+GSM816662_1	13048,23001,30019
+GSM935616_1	14018,24062,30018
+GSM923447_5	11310,23004,30004
+GSM816627_2	14028,23001,30019
+GSM958732_2	13048,25002,30010
+GSM977044_3	13130,25002,30006
+GSM864351_2	14020,23003,30022
+GSM749667_1	14009,24001,30004
+GSM758568_1	13048,25002,30006
+GSM765403_4	14001,25002,30006
+GSM977029_3	11322,25002,30006
+GSM803397_1	13063,24040,30015
+GSM803416_2	13047,24052,30015
+GSM765392_2	14018,25002,30006
+GSM765403_1	14001,25002,30006
+GSM803406_2	13047,24025,30015
+GSM897084_4	13048,25002,30006
+GSM749718_1	13071,22001,30004
+GSM970218_1	14028,22030,30016
+GSM935474_1	14018,24003,30017
+GSM830993_1	14018,22035,30003
+GSM945244_2	14011,22009,30004
+GSM825711_1	14028,24065,30016
+GSM945314_1	13091,22001,30004
+GSM973670_1	11310,25002,30006
+GSM803352_1	14018,24017,30015
+GSM803474_1	14005,24041,30015
+GSM646565_2	13082,23001,30004
+GSM758564_4	14011,25002,30006
+GSM736589_1	13123,23001,30004
+GSM803522_1	14014,24011,30015
+GSM935529_1	13183,24604,30018
+GSM935485_1	14028,22001,30016
+GSM830999_1	14018,22061,30003
+GSM849358_4	12011,25004,30011
+GSM736508_1	14030,23001,30004
+GSM803520_1	14018,24023,30015
+GSM822275_1	14018,24003,30009
+GSM816667_2	14023,23001,30019
+GSM958747_1	13063,25002,30010
+GSM788088_1	14018,22030,30016
+GSM935636_1	14001,24635,30018
+GSM803458_2	14005,24039,30015
+GSM803533_1	14001,24003,30015
+GSM803540_2	14018,24069,30015
+GSM816657_1	13064,23001,30019
+GSM923434_1	14030,25002,30015
+GSM765399_4	13056,25002,30006
+GSM803477_1	13047,24023,30015
+GSM803391_2	13047,24013,30015
+GSM945302_1	14018,22020,30004
+GSM973691_1	11310,25002,30006
+GSM897070_3	14009,25002,30006
+GSM973684_2	14011,25002,30006
+GSM977044_2	13130,25002,30006
+GSM977030_1	11322,25002,30006
+GSM935576_1	14018,24629,30018
+GSM935487_1	14018,24620,30018
+GSM749771_1	13088,22001,30004
+GSM935376_1	13047,24613,30018
+GSM758577_2	14018,25002,30006
+GSM803455_1	14001,24028,30015
+GSM864355_1	13173,23003,30022
+GSM935432_1	14001,24606,30018
+GSM935635_1	14001,24632,30018
+GSM816648_1	13067,23001,30019
+GSM935305_1	13048,24639,30018
+GSM765388_3	14028,25002,30006
+GSM864350_1	14048,23003,30022
+GSM803507_1	13048,24027,30015
+GSM788085_1	14018,22010,30016
+GSM803411_2	13047,24049,30015
+GSM945189_1	11123,22001,30004
+GSM973677_3	14016,25002,30006
+GSM822278_2	13065,24001,30009
+GSM758568_2	13048,25002,30006
+GSM923443_3	13076,23004,30004
+GSM935557_1	13047,24637,30018
+GSM945323_1	11123,22018,30004
+GSM935477_1	14028,24643,30016
+GSM831013_1	14018,22040,30003
+GSM733782_1	11101,22010,30003
+GSM849332_2	14018,25004,30011
+GSM945201_1	14001,22009,30004
+GSM935411_1	14018,24603,30017
+GSM605631_2	14018,25002,30006
+GSM935609_1	13048,24631,30018
+GSM935493_1	13048,24624,30018
+GSM923433_2	14011,25002,30015
+GSM803400_2	13063,24041,30015
+GSM803386_1	13047,24035,30015
+GSM923439_6	13167,23004,30004
+GSM803509_2	13047,24064,30015
+GSM733766_1	13058,22028,30003
+GSM803462_1	13048,24017,30015
+GSM749703_1	13089,22001,30004
+GSM977032_4	13047,25002,30006
+GSM849340_1	14018,25004,30011
+GSM816648_2	13067,23001,30019
+GSM733726_1	13056,22020,30003
+GSM765387_2	14018,25002,30006
+GSM749744_1	13056,22001,30004
+GSM749733_1	14018,24001,30004
+GSM803510_1	13047,24057,30015
+GSM935567_1	14027,24065,30016
+GSM945166_2	13072,22009,30004
+GSM749725_1	13094,24001,30004
+GSM945321_2	11123,22009,30004
+GSM765401_3	13056,25002,30006
+GSM958747_2	13063,25002,30010
+GSM923452_5	13052,23004,30004
+GSM923443_4	13076,23004,30004
+GSM736534_1	13089,23001,30004
+GSM923440_8	13092,23004,30004
+GSM605631_1	14018,25002,30006
+GSM935556_1	13047,24605,30018
+GSM923419_1	14016,25002,30015
+GSM803453_2	14011,24001,30015
+GSM803349_1	13047,24014,30015
+GSM944524_1	13047,24074,30021
+GSM945318_1	14010,22001,30004
+GSM736599_1	13111,23001,30004
+GSM822274_2	11101,24004,30009
+GSM803464_1	14017,24018,30015
+GSM736559_1	14009,23001,30004
+GSM822274_1	11101,24004,30009
+GSM935423_1	14002,22046,30016
+GSM605630_2	14018,25002,30006
+GSM849324_3	13052,25004,30011
+GSM767845_1	14009,25002,30006
+GSM605634_6	14018,25002,30006
+GSM803335_1	14016,24014,30015
+GSM935344_1	14018,24066,30018
+GSM849029_2	13074,23001,30004
+GSM849341_1	13047,25004,30011
+GSM803531_2	13047,24033,30015
+GSM897080_4	14001,25002,30006
+GSM816668_1	14048,23001,30019
+GSM822312_1	13047,24001,30009
+GSM749683_1	13048,24001,30004
+GSM935405_1	14001,24066,30018
+GSM897080_2	14001,25002,30006
+GSM945213_2	13076,22020,30004
+GSM973687_1	14028,25002,30006
+GSM935454_1	13189,22001,30018
+GSM831018_1	14018,22053,30003
+GSM935409_1	13047,24608,30017
+GSM935308_1	11101,24635,30018
+GSM803344_2	13048,24014,30015
+GSM935318_1	14001,24066,30017
+GSM935343_1	14018,24611,30020
+GSM935392_1	14018,24646,30020
+GSM923444_16	13075,23004,30004
+GSM935438_1	13185,24608,30020
+GSM935631_1	14018,22001,30018
+GSM849335_4	13048,25004,30011
+GSM973661_1	14011,25002,30006
+GSM767847_3	14001,25002,30006
+GSM736634_1	13049,23001,30004
+GSM816654_1	13058,23001,30019
+GSM849304_2	13137,24001,30004
+GSM935639_1	13187,22001,30018
+GSM935626_1	13048,24657,30018
+GSM849347_2	13056,25004,30011
+GSM897085_4	13048,25002,30006
+GSM935407_1	14018,24001,30018
+GSM945319_1	11123,22001,30004
+GSM736633_1	13073,23001,30004
+GSM923449_6	14001,23004,30004
+GSM803431_1	14018,24028,30015
+GSM864343_2	13170,23003,30022
+GSM803480_1	13142,24024,30015
+GSM736617_1	13091,23001,30004
+GSM758571_1	13049,25002,30006
+GSM945263_2	14010,22009,30004
+GSM945182_2	13048,22009,30004
+GSM605629_6	14018,25002,30006
+GSM935629_1	14011,22001,30018
+GSM864357_2	13064,23003,30022
+GSM935408_1	14001,24615,30020
+GSM822297_2	11101,24001,30009
+GSM830998_1	14018,22036,30003
+GSM803490_1	13064,24041,30015
+GSM958731_1	14018,25002,30010
+GSM935582_1	14001,24668,30020
+GSM646559_1	13048,23001,30004
+GSM822307_1	14011,22001,30009
+GSM897077_1	13075,25002,30006
+GSM935467_1	14018,24603,30017
+GSM822308_1	14028,24001,30009
+GSM923439_2	13167,23004,30004
+GSM977029_4	11322,25002,30006
+GSM816650_2	13050,23001,30019
+GSM935510_1	13052,22001,30017
+GSM935545_1	13048,24011,30018
+GSM847568_1	14018,25005,30015
+GSM803447_2	14018,24052,30015
+GSM935530_1	13190,24003,30018
+GSM816636_1	14020,23001,30019
+GSM945179_1	13076,22009,30004
+GSM803375_2	14015,24017,30015
+GSM736532_1	13083,23001,30004
+GSM945208_2	14001,22018,30004
+GSM733752_1	13047,24001,30003
+GSM803395_2	14011,24018,30015
+GSM803351_2	13047,24017,30015
+GSM923426_1	14017,25002,30015
+GSM849357_3	11101,25004,30011
+GSM935560_1	14001,24605,30018
+GSM736540_1	13079,23001,30004
+GSM923432_1	14011,25002,30015
+GSM935431_1	13047,24623,30018
+GSM646569_2	13116,23001,30004
+GSM977036_1	13198,25002,30006
+GSM830992_1	14018,22060,30003
+GSM830996_1	14018,22044,30003
+GSM736572_1	13122,23001,30004
+GSM977045_2	13174,25002,30006
+GSM822311_2	14018,24001,30009
+GSM765404_2	14001,25002,30006
+GSM977040_1	13196,25002,30006
+GSM923446_5	13048,23004,30004
+GSM736567_1	13055,23001,30004
+GSM897086_3	13056,25002,30006
+GSM945324_1	11123,22020,30004
+GSM830990_1	14018,22051,30003
+GSM973678_2	11310,25002,30006
+GSM803368_1	13048,24003,30015
+GSM935590_1	12012,24072,30016
+GSM803381_2	13048,24025,30015
+GSM935568_1	14018,24616,30018
+GSM767849_2	14018,25002,30006
+GSM923424_1	14007,25002,30015
+GSM736630_1	13088,23001,30004
+GSM803441_2	14018,24022,30015
+GSM923439_7	13167,23004,30004
+GSM767853_2	13047,25002,30006
+GSM733756_1	14001,22013,30003
+GSM672833_2	14018,25002,30006
+GSM935572_1	13052,24066,30018
+GSM935370_1	14001,24663,30016
+GSM935350_1	13048,24070,30016
+GSM816669_1	13049,23001,30019
+GSM736573_1	13118,23001,30004
+GSM945181_2	13052,22009,30004
+GSM849332_1	14018,25004,30011
+GSM803434_1	13047,24050,30015
+GSM733654_1	13049,22008,30003
+GSM849025_1	13091,23001,30004
+GSM945232_2	13087,22020,30004
+GSM945162_2	14004,22009,30004
+GSM945168_1	13071,22009,30004
+GSM605628_2	14018,25002,30006
+GSM733641_1	13048,22022,30003
+GSM803361_1	14011,24003,30015
+GSM935531_1	13190,24604,30018
+GSM849368_2	13047,25004,30011
+GSM935393_1	13052,24003,30018
+GSM788077_1	14002,22001,30016
+GSM736491_1	13089,23001,30004
+GSM830989_1	14018,22043,30003
+GSM923452_1	13052,23004,30004
+GSM973690_3	14028,25002,30006
+GSM935430_1	13047,24062,30018
+GSM803446_2	14018,24025,30015
+GSM830525_1	13048,25002,30007
+GSM935633_1	14018,24658,30018
+GSM945243_1	14011,22001,30004
+GSM945163_1	13078,22009,30004
+GSM758563_4	13052,25002,30006
+GSM973687_2	14028,25002,30006
+GSM977032_3	13047,25002,30006
+GSM935521_1	14018,24603,30018
+GSM749779_1	13091,24001,30004
+GSM958743_1	11101,25002,30010
+GSM923434_2	14030,25002,30015
+GSM923449_3	14001,23004,30004
+GSM749739_1	14001,24001,30004
+GSM958749_1	14005,25002,30010
+GSM803493_2	13048,22044,30015
+GSM923429_1	14014,25002,30015
+GSM945187_1	12010,22009,30004
+GSM830994_1	14018,22035,30003
+GSM973686_2	11310,25002,30006
+GSM605625_2	13047,25002,30006
+GSM923444_5	13075,23004,30004
+GSM849303_1	13136,24001,30004
+GSM733665_1	13056,22013,30003
+GSM923443_2	13076,23004,30004
+GSM733738_1	13051,22009,30003
+GSM849339_3	14018,25004,30011
+GSM935612_1	13047,24620,30018
+GSM849328_4	13075,25004,30011
+GSM945265_2	13114,22009,30004
+GSM945220_1	13138,22009,30004
+GSM803471_2	14018,22044,30015
+GSM945315_1	11123,22020,30004
+GSM945253_1	14001,22001,30004
+GSM672836_2	11101,25002,30006
+GSM935345_1	13047,24671,30018
+GSM605629_4	14018,25002,30006
+GSM897081_2	14028,25002,30006
+GSM935410_1	14018,24004,30017
+GSM767856_1	13052,25002,30006
+GSM935506_1	13047,24649,30020
+GSM849329_1	13047,25004,30011
+GSM765390_1	14018,25002,30006
+GSM736552_1	13049,23001,30004
+GSM945228_1	14018,22018,30004
+GSM935520_1	14018,24653,30018
+GSM733649_1	13057,22010,30003
+GSM749758_1	13052,22001,30004
+GSM945184_1	11123,22020,30004
+GSM830529_2	13052,25002,30007
+GSM831011_1	14018,22039,30003
+GSM803461_2	13048,24048,30015
+GSM923441_2	14016,23004,30004
+GSM923435_2	14011,25002,30015
+GSM935330_1	13047,24609,30018
+GSM945275_1	14008,22009,30004
+GSM897078_4	13056,25002,30006
+GSM803378_1	14018,24016,30015
+GSM733747_1	13054,22009,30003
+GSM945160_1	13087,22018,30004
+GSM944522_1	14018,24075,30021
+GSM973668_2	14011,25002,30006
+GSM749757_1	13097,24001,30004
+GSM977033_3	13089,25002,30006
+GSM935355_1	14018,24608,30017
+GSM749711_1	13092,24001,30004
+GSM803469_1	14018,24060,30015
+GSM923441_8	14016,23004,30004
+GSM945286_2	13083,22009,30004
+GSM765393_1	14018,25002,30006
+GSM935365_1	14001,24609,30016
+GSM945321_1	11123,22009,30004
+GSM749746_1	13078,22001,30004
+GSM977028_3	11218,25002,30006
+GSM803345_1	11101,22044,30015
+GSM736632_1	13128,23001,30004
+GSM733754_1	13048,22018,30003
+GSM935525_1	13191,22001,30018
+GSM935532_1	14018,24625,30016
+GSM923451_8	13047,23004,30004
+GSM935620_1	13048,24655,30018
+GSM973661_3	14011,25002,30006
+GSM803347_2	13047,24022,30015
+GSM945223_1	13114,22001,30004
+GSM923448_7	14018,23004,30004
+GSM830533_2	14001,25002,30007
+GSM849335_3	13048,25004,30011
+GSM849327_1	13052,25004,30011
+GSM816655_2	14018,23001,30019
+GSM816660_1	13171,23001,30019
+GSM935380_1	11101,24627,30018
+GSM935361_1	14018,24635,30018
+GSM803426_1	11101,24022,30015
+GSM822308_2	14028,24001,30009
+GSM733639_1	13051,22013,30003
+GSM816665_2	13047,23001,30019
+GSM816645_2	13172,23001,30019
+GSM803342_2	13047,24020,30015
+GSM767849_4	14018,25002,30006
+GSM923427_1	14017,25002,30015
+GSM970217_1	14028,22033,30016
+GSM736580_1	14011,23001,30004
+GSM646567_2	14018,23001,30004
+GSM864358_1	13066,23003,30022
+GSM945238_1	13093,22001,30004
+GSM831001_1	14018,22047,30003
+GSM840137_3	14018,25002,30006
+GSM816666_1	13177,23001,30019
+GSM765402_3	14001,25002,30006
+GSM605626_2	13060,25002,30006
+GSM958744_1	13050,25002,30010
+GSM830535_2	13047,25002,30007
+GSM849351_2	13048,25004,30011
+GSM803406_1	13047,24025,30015
+GSM897071_1	11101,25002,30006
+GSM733701_1	13056,22018,30003
+GSM830523_2	13056,25002,30007
+GSM758575_3	13048,25002,30006
+GSM945177_2	12011,22009,30004
+GSM758578_2	13050,25002,30006
+GSM736586_1	13125,23001,30004
+GSM736588_1	14028,23001,30004
+GSM803511_1	13047,24030,30015
+GSM830522_2	13056,25002,30007
+GSM935606_1	14001,24630,30018
+GSM935573_1	14018,24619,30016
+GSM733763_1	13054,22019,30003
+GSM945290_2	13084,22009,30004
+GSM822275_2	14018,24003,30009
+GSM758576_4	13048,25002,30006
+GSM973664_4	14011,25002,30006
+GSM733667_1	13050,22018,30003
+GSM733731_1	13057,22001,30003
+GSM935588_1	13185,24003,30020
+GSM803376_2	13142,24017,30015
+GSM977052_4	12217,25002,30006
+GSM897081_3	14028,25002,30006
+GSM945164_1	13074,22001,30004
+GSM945317_1	14009,22001,30004
+GSM736578_1	14009,23001,30004
+GSM864340_2	14018,23003,30022
+GSM923446_6	13048,23004,30004
+GSM767839_2	13052,25002,30006
+GSM973671_1	11310,25002,30006
+GSM935281_1	13191,24604,30018
+GSM935490_1	14018,24674,30020
+GSM973663_1	14016,25002,30006
+GSM831036_1	11101,24011,30003
+GSM945190_2	11123,22009,30004
+GSM767838_1	14001,25002,30006
+GSM935527_1	13187,24604,30018
+GSM935509_1	11101,24004,30018
+GSM897085_2	13048,25002,30006
+GSM607494_1	14018,22012,30018
+GSM672833_1	14018,25002,30006
+GSM945216_2	13113,22009,30004
+GSM945178_1	13075,22009,30004
+GSM935495_1	14018,24630,30018
+GSM923453_7	11320,23004,30004
+GSM923445_7	13056,23004,30004
+GSM935643_1	14008,24004,30018
+GSM935301_1	13047,22043,30018
+GSM803351_3	13047,24017,30015
+GSM849030_2	13128,23001,30004
+GSM945249_2	13077,22009,30004
+GSM945200_1	13091,22018,30004
+GSM831017_1	14018,22049,30003
+GSM849353_1	14018,25004,30011
+GSM803452_1	13048,24019,30015
+GSM758561_4	12011,25002,30006
+GSM749719_1	14018,22001,30004
+GSM817344_1	14005,22001,30016
+GSM977052_3	12217,25002,30006
+GSM935594_1	14018,24654,30020
+GSM736574_1	13086,23001,30004
+GSM935465_1	13194,24610,30016
+GSM849359_2	14011,25004,30011
+GSM849366_4	13056,25004,30011
+GSM840138_3	13047,25002,30006
+GSM935558_1	13047,24627,30018
+GSM605628_1	14018,25002,30006
+GSM605635_1	14018,25002,30006
+GSM935299_1	14011,24634,30018
+GSM749747_1	13056,24001,30004
+GSM605632_1	14018,25002,30006
+GSM923452_4	13052,23004,30004
+GSM935562_1	13047,24011,30018
+GSM733640_1	13052,22025,30003
+GSM923453_5	11320,23004,30004
+GSM733655_1	13056,22029,30003
+GSM935321_1	14027,22001,30016
+GSM840136_1	14018,25002,30006
+GSM923445_5	13056,23004,30004
+GSM733703_1	13052,22029,30003
+GSM935448_1	13190,22001,30018
+GSM945273_1	13089,22009,30004
+GSM736498_1	13090,23001,30004
+GSM849361_1	13056,25004,30011
+GSM944525_2	13047,24073,30021
+GSM935422_1	14018,22001,30017
+GSM733744_1	13055,24001,30003
+GSM733710_1	13054,22010,30003
+GSM803502_1	13048,24023,30015
+GSM923444_13	13075,23004,30004
+GSM736503_1	13086,23001,30004
+GSM733746_1	13051,22028,30003
+GSM849343_4	13048,25004,30011
+GSM935298_1	14011,24066,30018
+GSM973661_4	14011,25002,30006
+GSM935324_1	13189,22001,30018
+GSM935386_1	13047,24003,30018
+GSM935310_1	14018,24613,30018
+GSM803539_1	14014,24012,30015
+GSM736562_1	12010,23001,30004
+GSM935424_1	14002,24025,30016
+GSM765388_4	14028,25002,30006
+GSM935294_1	13047,24011,30018
+GSM945209_1	14009,22020,30004
+GSM831009_1	14018,22056,30003
+GSM736607_1	13124,23001,30004
+GSM935507_1	13047,24615,30020
+GSM849335_2	13048,25004,30011
+GSM945230_1	14001,22020,30004
+GSM849338_4	14018,25004,30011
+GSM923448_2	14018,23004,30004
+GSM864350_2	14048,23003,30022
+GSM958731_3	14018,25002,30010
+GSM935396_1	13185,24608,30020
+GSM977037_2	13201,25002,30006
+GSM935440_1	14011,24062,30018
+GSM736506_1	14011,23001,30004
+GSM788076_1	14003,22033,30016
+GSM822271_2	13056,24001,30009
+GSM822288_2	14011,24003,30009
+GSM822290_1	13047,24004,30009
+GSM864356_2	14001,23003,30022
+GSM977041_1	11218,25002,30006
+GSM935516_1	14018,24004,30018
+GSM945210_2	14009,22018,30004
+GSM767845_3	14009,25002,30006
+GSM935484_1	14001,24622,30016
+GSM864352_2	13052,23003,30022
+GSM803356_1	13047,24021,30015
+GSM945306_1	13082,22009,30004
+GSM605633_4	13047,25002,30006
+GSM935543_1	13048,24634,30018
+GSM830519_1	13052,25002,30007
+GSM849353_2	14018,25004,30011
+GSM977030_3	11322,25002,30006
+GSM816643_2	14001,23001,30019
+GSM849363_2	14001,25004,30011
+GSM822279_2	13052,24001,30009
+GSM897084_2	13048,25002,30006
+GSM788087_1	14018,22031,30016
+GSM749710_1	13078,24001,30004
+GSM840138_1	13047,25002,30006
+GSM847566_1	14018,25005,30015
+GSM945207_2	13075,22020,30004
+GSM897084_1	13048,25002,30006
+GSM923451_5	13047,23004,30004
+GSM803505_2	14018,24027,30015
+GSM935498_1	14001,24623,30018
+GSM945323_2	11123,22018,30004
+GSM831008_1	14018,22056,30003
+GSM923436_2	14014,25002,30015
+GSM973682_2	14028,25002,30006
+GSM864337_2	13169,23003,30022
+GSM736496_1	13047,23001,30004
+GSM803487_2	13064,24003,30015
+GSM758567_1	13048,25002,30006
+GSM816639_1	13180,23001,30019
+GSM945295_1	13094,22009,30004
+GSM923445_8	13056,23004,30004
+GSM923453_8	11320,23004,30004
+GSM733645_1	13048,24001,30003
+GSM736637_1	13048,23001,30004
+GSM923443_1	13076,23004,30004
+GSM803534_1	13047,24040,30015
+GSM646561_2	13084,23001,30004
+GSM736570_1	14029,23001,30004
+GSM803351_1	13047,24017,30015
+GSM803420_1	13047,24053,30015
+GSM803432_2	13048,24048,30015
+GSM945161_1	13107,22001,30004
+GSM935443_1	13048,22001,30018
+GSM935640_1	13064,24003,30018
+GSM973661_2	14011,25002,30006
+GSM977048_2	11218,25002,30006
+GSM935276_1	14001,24637,30018
+GSM935334_1	12216,22001,30016
+GSM777641_1	14018,24006,30013
+GSM935491_1	13185,24004,30020
+GSM923448_4	14018,23004,30004
+GSM864359_2	14001,23003,30022
+GSM736618_1	13120,23001,30004
+GSM864360_1	13047,23003,30022
+GSM935648_1	13048,24635,30018
+GSM765389_4	13057,25002,30006
+GSM945201_2	14001,22009,30004
+GSM923450_2	13168,23004,30004
+GSM803355_1	13047,24003,30015
+GSM733722_1	13049,22018,30003
+GSM977039_2	13107,25002,30006
+GSM822300_1	11101,24003,30009
+GSM973685_2	14011,25002,30006
+GSM897074_2	12011,25002,30006
+GSM803342_1	13047,24020,30015
+GSM733652_1	13057,22013,30003
+GSM935357_1	14001,22001,30017
+GSM935617_1	14013,22001,30016
+GSM897083_8	14011,25002,30006
+GSM935481_1	14018,24621,30018
+GSM977031_4	11322,25002,30006
+GSM736598_1	13073,23001,30004
+GSM923424_2	14007,25002,30015
+GSM935600_1	14018,24609,30016
+GSM945205_1	13076,22018,30004
+GSM935293_1	11101,24623,30018
+GSM923444_10	13075,23004,30004
+GSM973680_4	11310,25002,30006
+GSM945294_1	14018,22001,30004
+GSM849331_4	14001,25004,30011
+GSM935452_1	13064,22001,30018
+GSM736512_1	13094,23001,30004
+GSM897076_3	13056,25002,30006
+GSM923446_4	13048,23004,30004
+GSM830528_2	14001,25002,30007
+GSM935595_1	14018,24668,30020
+GSM945225_1	13130,22009,30004
+GSM733675_1	14018,22025,30003
+GSM935362_1	14001,24612,30018
+GSM803495_1	14009,24011,30015
+GSM782124_1	12012,24071,30016
+GSM864352_1	13052,23003,30022
+GSM765401_4	13056,25002,30006
+GSM765392_3	14018,25002,30006
+GSM816641_1	14021,23001,30019
+GSM830991_1	14018,22034,30003
+GSM803394_1	14013,24017,30015
+GSM935500_1	14001,24011,30018
+GSM935285_1	13064,24604,30018
+GSM935463_1	11101,24664,30016
+GSM816668_2	14048,23001,30019
+GSM849342_4	14001,25004,30011
+GSM765401_2	13056,25002,30006
+GSM736587_1	14004,23001,30004
+GSM945326_1	11123,22018,30004
+GSM849338_2	14018,25004,30011
+GSM958748_1	13064,25002,30010
+GSM765391_4	13050,25002,30006
+GSM973685_4	14011,25002,30006
+GSM803457_2	14011,24022,30015
+GSM803434_2	13047,24050,30015
+GSM944523_1	14018,24076,30021
+GSM935539_1	14018,24066,30017
+GSM758565_2	13052,25002,30006
+GSM830522_1	13056,25002,30007
+GSM816661_1	13069,23001,30019
+GSM803398_2	13063,24033,30015
+GSM935282_1	13186,24604,30018
+GSM733709_1	13055,22013,30003
+GSM822292_1	13047,22001,30009
+GSM749717_1	13086,24001,30004
+GSM733730_1	13050,22012,30003
+GSM822310_1	14018,24004,30009
+GSM733677_1	13047,22013,30003
+GSM945325_1	11123,22018,30004
+GSM935441_1	13185,24004,30020
+GSM935382_1	11101,24605,30018
+GSM749740_1	13094,24001,30004
+GSM923445_1	13056,23004,30004
+GSM923453_1	11320,23004,30004
+GSM923447_7	11310,23004,30004
+GSM777644_1	14018,24005,30013
+GSM945195_1	13132,22001,30004
+GSM945305_1	13081,22001,30004
+GSM935565_1	14018,24605,30018
+GSM803508_1	13047,24031,30015
+GSM923439_1	13167,23004,30004
+GSM749775_1	14006,22001,30004
+GSM945242_2	13125,22009,30004
+GSM803438_1	11101,24056,30015
+GSM944526_1	14018,24074,30021
+GSM897073_3	11101,25002,30006
+GSM830530_2	14001,25002,30007
+GSM736604_1	14008,23001,30004
+GSM822281_1	13061,24001,30009
+GSM803365_1	11101,24014,30015
+GSM803431_2	14018,24028,30015
+GSM803456_1	14011,24001,30015
+GSM864349_1	13063,23003,30022
+GSM765403_3	14001,25002,30006
+GSM803454_1	14001,24021,30015
+GSM945176_1	12010,22001,30004
+GSM973664_2	14011,25002,30006
+GSM777637_1	14018,24010,30013
+GSM958735_2	14001,25002,30010
+GSM935278_1	13052,24603,30018
+GSM831016_1	14018,22041,30003
+GSM733642_1	13047,22025,30003
+GSM733669_1	14001,22022,30003
+GSM935288_1	14003,22001,30016
+GSM736548_1	13087,23001,30004
+GSM849300_1	13135,24001,30004
+GSM849337_1	14018,25004,30011
+GSM803357_1	14011,24018,30015
+GSM749751_1	13085,24001,30004
+GSM816664_1	14022,23001,30019
+GSM822284_2	13048,24003,30009
+GSM977039_1	13107,25002,30006
+GSM758566_4	11101,25002,30006
+GSM749760_1	14028,22001,30004
+GSM803523_2	14018,24066,30015
+GSM803422_1	14017,24012,30015
+GSM733713_1	13049,22013,30003
+GSM864348_1	14001,23003,30022
+GSM822297_1	11101,24001,30009
+GSM958740_1	13048,25002,30010
+GSM973662_1	13195,25002,30006
+GSM749749_1	13052,24001,30004
+GSM733693_1	13048,22008,30003
+GSM733666_1	13051,22019,30003
+GSM973676_3	14028,25002,30006
+GSM803421_2	14017,24012,30015
+GSM733698_1	13056,22010,30003
+GSM935581_1	11101,24651,30018
+GSM935290_1	14001,24639,30018
+GSM749709_1	13085,22001,30004
+GSM945179_2	13076,22009,30004
+GSM733740_1	13056,22001,30003
+GSM897083_3	14011,25002,30006
+GSM897085_1	13048,25002,30006
+GSM803421_1	14017,24012,30015
+GSM935425_1	14018,24673,30017
+GSM849364_2	14028,25004,30011
+GSM945293_1	13084,22001,30004
+GSM803368_2	13048,24003,30015
+GSM830997_1	14018,22036,30003
+GSM767852_2	13047,25002,30006
+GSM864353_1	13172,23003,30022
+GSM767844_1	14018,25002,30006
+GSM935439_1	14018,24617,30018
+GSM935375_1	13047,24035,30018
+GSM831026_1	11101,22043,30003
+GSM803471_1	14018,22044,30015
+GSM765398_3	13056,25002,30006
+GSM935348_1	11101,24066,30016
+GSM736523_1	13115,23001,30004
+GSM973683_1	14011,25002,30006
+GSM822288_1	14011,24003,30009
+GSM830536_1	14018,25002,30007
+GSM935651_1	13047,24636,30018
+GSM803469_2	14018,24060,30015
+GSM736561_1	13094,23001,30004
+GSM977037_4	13201,25002,30006
+GSM767857_2	13052,25002,30006
+GSM733684_1	14001,22019,30003
+GSM733691_1	13052,22019,30003
+GSM672835_1	14018,25002,30006
+GSM923451_2	13047,23004,30004
+GSM607492_1	14018,24036,30018
+GSM767852_1	13047,25002,30006
+GSM935327_1	14025,22001,30016
+GSM973676_1	14028,25002,30006
+GSM849334_1	13048,25004,30011
+GSM935549_1	14018,24652,30018
+GSM749724_1	13098,22001,30004
+GSM935492_1	13047,24665,30018
+GSM749672_1	14007,22001,30004
+GSM923422_1	14017,25002,30015
+GSM945301_1	13130,22018,30004
+GSM849356_2	11101,25004,30011
+GSM849300_2	13135,24001,30004
+GSM803374_2	14014,24012,30015
+GSM749705_1	13076,24001,30004
+GSM945183_2	11123,22018,30004
+GSM803509_1	13047,24064,30015
+GSM935540_1	14018,24610,30016
+GSM973671_3	11310,25002,30006
+GSM830530_3	14001,25002,30007
+GSM803537_2	13047,24028,30015
+GSM945191_2	11123,22009,30004
+GSM803390_1	13047,24038,30015
+GSM803429_1	14011,24022,30015
+GSM605634_2	14018,25002,30006
+GSM803334_2	13064,24013,30015
+GSM945304_2	14005,22009,30004
+GSM945241_2	14030,22009,30004
+GSM944520_1	13047,24076,30021
+GSM945177_1	12011,22009,30004
+GSM849302_2	13140,24001,30004
+GSM935354_1	14008,24003,30017
+GSM605626_1	13060,25002,30006
+GSM973671_4	11310,25002,30006
+GSM935535_1	14001,22001,30017
+GSM977034_3	13055,25002,30006
+GSM923441_6	14016,23004,30004
+GSM803379_1	14018,24030,30015
+GSM733705_1	13049,22010,30003
+GSM736615_1	13123,23001,30004
+GSM733678_1	13054,22001,30003
+GSM849355_2	11101,25004,30011
+GSM816653_2	13173,23001,30019
+GSM765390_4	14018,25002,30006
+GSM973676_2	14028,25002,30006
+GSM945202_2	14009,22009,30004
+GSM945312_2	13079,22009,30004
+GSM749676_1	13093,24001,30004
+GSM977038_3	13200,25002,30006
+GSM803456_2	14011,24001,30015
+GSM935603_1	13048,24003,30018
+GSM935341_1	14001,24603,30018
+GSM736564_1	14001,23001,30004
+GSM935315_1	13048,24660,30017
+GSM977044_1	13130,25002,30006
+GSM897077_2	13075,25002,30006
+GSM803372_2	14015,24014,30015
+GSM973666_2	14016,25002,30006
+GSM758576_1	13048,25002,30006
+GSM973675_3	14016,25002,30006
+GSM736597_1	13082,23001,30004
+GSM945190_1	11123,22009,30004
+GSM973668_3	14011,25002,30006
+GSM758560_3	13047,25002,30006
+GSM923420_1	14011,25002,30015
+GSM816670_1	14028,23001,30019
+GSM733683_1	13052,22008,30003
+GSM733717_1	13051,22020,30003
+GSM944525_1	13047,24073,30021
+GSM816652_1	13061,23001,30019
+GSM923428_1	14014,25002,30015
+GSM977031_2	11322,25002,30006
+GSM923446_7	13048,23004,30004
+GSM945234_1	13094,22001,30004
+GSM758561_1	12011,25002,30006
+GSM758578_1	13050,25002,30006
+GSM935412_1	13047,24003,30017
+GSM958729_2	14018,25002,30010
+GSM958736_1	13056,25002,30010
+GSM733699_1	13057,22020,30003
+GSM945199_2	13091,22009,30004
+GSM923431_1	14014,25002,30015
+GSM973664_3	14011,25002,30006
+GSM973671_2	11310,25002,30006
+GSM767852_4	13047,25002,30006
+GSM935479_1	14018,24070,30016
+wgEncodeBroadHmmGm12878HMM	27004,13047,30003
+wgEncodeBroadHmmH1hescHMM	27004,11101,30003
+wgEncodeBroadHmmHepg2HMM	27004,13048,30003
+wgEncodeBroadHmmHmecHMM	27004,13049,30003
+wgEncodeBroadHmmHsmmHMM	27004,13050,30003
+wgEncodeBroadHmmHuvecHMM	27004,13052,30003
+wgEncodeBroadHmmK562HMM	27004,14018,30003
+wgEncodeBroadHmmNhekHMM	27004,13056,30003
+wgEncodeBroadHmmNhlfHMM	27004,13057,30003
+wgEncodeHaibGenotypeA549RegionsRep1	30015,26002,14011
+wgEncodeHaibGenotypeAg04449RegionsRep1	30015,26002,12010
+wgEncodeHaibGenotypeAg04450RegionsRep2	30015,26002,12011
+wgEncodeHaibGenotypeAg09309RegionsRep1	30015,26002,13071
+wgEncodeHaibGenotypeAg09319RegionsRep2	30015,26002,13072
+wgEncodeHaibGenotypeAg10803RegionsRep1	30015,26002,13073
+wgEncodeHaibGenotypeAosmcRegionsRep1	30015,26002,13178
+wgEncodeHaibGenotypeAstrocyRegionsRep1	30015,26002,13054
+wgEncodeHaibGenotypeBcjejunumh12817nRegionsRep1	30015,26002,14031
+wgEncodeHaibGenotypeBcsmallintestine0111002RegionsRep1	30015,26002,13207
+wgEncodeHaibGenotypeBjRegionsRep1	30015,26002,13075
+wgEncodeHaibGenotypeCaco2RegionsRep1	30015,26002,14004
+wgEncodeHaibGenotypeChorionRegionsRep1	30015,26002,12215
+wgEncodeHaibGenotypeCmkRegionsRep2	30015,26002,13124
+wgEncodeHaibGenotypeGm06990RegionsRep1	30015,26002,13076
+wgEncodeHaibGenotypeGm12878RegionsRep1	30015,26002,13047
+wgEncodeHaibGenotypeGm12878RegionsRep1V2	30015,26002,13047
+wgEncodeHaibGenotypeGm12878RegionsRep2	30015,26002,13047
+wgEncodeHaibGenotypeGm12891RegionsRep2	30015,26002,13063
+wgEncodeHaibGenotypeGm12892RegionsRep2	30015,26002,13064
+wgEncodeHaibGenotypeGm19239RegionsRep1	30015,26002,13066
+wgEncodeHaibGenotypeH1hescRegionsRep2	30015,26002,11101
+wgEncodeHaibGenotypeHaeRegionsRep1	30015,26002,13108
+wgEncodeHaibGenotypeHaeRegionsRep2	30015,26002,13108
+wgEncodeHaibGenotypeHcfRegionsRep1	30015,26002,13079
+wgEncodeHaibGenotypeHcfRegionsRep2	30015,26002,13079
+wgEncodeHaibGenotypeHcmRegionsRep1	30015,26002,13081
+wgEncodeHaibGenotypeHcmRegionsRep2	30015,26002,13081
+wgEncodeHaibGenotypeHcpeRegionsRep1	30015,26002,13082
+wgEncodeHaibGenotypeHcpeRegionsRep2	30015,26002,13082
+wgEncodeHaibGenotypeHeeRegionsRep2	30015,26002,13083
+wgEncodeHaibGenotypeHek293RegionsRep2	30015,26002,14025
+wgEncodeHaibGenotypeHelas3RegionsRep2	30015,26002,14001
+wgEncodeHaibGenotypeHepg2RegionsRep1	30015,26002,13048
+wgEncodeHaibGenotypeHipeRegionsRep1	30015,26002,13123
+wgEncodeHaibGenotypeHipeRegionsRep2	30015,26002,13123
+wgEncodeHaibGenotypeHl60RegionsRep1	30015,26002,14006
+wgEncodeHaibGenotypeHmecRegionsRep2	30015,26002,13049
+wgEncodeHaibGenotypeHnpceRegionsRep1	30015,26002,13126
+wgEncodeHaibGenotypeHpaeRegionsRep1	30015,26002,14032
+wgEncodeHaibGenotypeHpaeRegionsRep2	30015,26002,14032
+wgEncodeHaibGenotypeHrceRegionsRep1	30015,26002,13129
+wgEncodeHaibGenotypeHrceRegionsRep2	30015,26002,13129
+wgEncodeHaibGenotypeHreRegionsRep1	30015,26002,13087
+wgEncodeHaibGenotypeHreRegionsRep2	30015,26002,13087
+wgEncodeHaibGenotypeHrpeRegionsRep1	30015,26002,13088
+wgEncodeHaibGenotypeHrpeRegionsRep2	30015,26002,13088
+wgEncodeHaibGenotypeHsmmRegionsRep3	30015,26002,13050
+wgEncodeHaibGenotypeHsmmtRegionsRep2	30015,26002,13051
+wgEncodeHaibGenotypeHtr8RegionsRep1	30015,26002,13170
+wgEncodeHaibGenotypeHuvecRegionsRep2	30015,26002,13052
+wgEncodeHaibGenotypeImr90RegionsRep1	30015,26002,11310
+wgEncodeHaibGenotypeImr90RegionsRep2	30015,26002,11310
+wgEncodeHaibGenotypeJurkatRegionsRep1	30015,26002,14007
+wgEncodeHaibGenotypeJurkatRegionsRep2	30015,26002,14007
+wgEncodeHaibGenotypeK562RegionsRep1	30015,26002,14018
+wgEncodeHaibGenotypeLncapRegionsRep1	30015,26002,14012
+wgEncodeHaibGenotypeMcf10aesRegionsRep1	30015,26002,13185
+wgEncodeHaibGenotypeMcf10aesRegionsRep2	30015,26002,13185
+wgEncodeHaibGenotypeMcf10aesRegionsRep3	30015,26002,13185
+wgEncodeHaibGenotypeMcf10aesTamRegionsRep1	30015,26002,13185
+wgEncodeHaibGenotypeMcf7RegionsRep1	30015,26002,14028
+wgEncodeHaibGenotypeMcf7RegionsRep2	30015,26002,14028
+wgEncodeHaibGenotypeMelanoRegionsRep1	30015,26002,13174
+wgEncodeHaibGenotypeMelanoRegionsRep2	30015,26002,13174
+wgEncodeHaibGenotypeMyometrRegionsRep1	30015,26002,13181
+wgEncodeHaibGenotypeNb4RegionsRep1	30015,26002,14008
+wgEncodeHaibGenotypeNb4RegionsRep2	30015,26002,14008
+wgEncodeHaibGenotypeNhaDukeRegionsRep1	30015,26002,13054
+wgEncodeHaibGenotypeNhaRegionsRep1	30015,26002,13054
+wgEncodeHaibGenotypeNhaRegionsRep2	30015,26002,13054
+wgEncodeHaibGenotypeNhbeRegionsRep1	30015,26002,13169
+wgEncodeHaibGenotypeNhbeRegionsRep2	30015,26002,13169
+wgEncodeHaibGenotypeNhdfneoRegionsRep1	30015,26002,13090
+wgEncodeHaibGenotypeNt2d1RegionsRep1	30015,26002,14002
+wgEncodeHaibGenotypeOvcar3RegionsRep1	30015,26002,14033
+wgEncodeHaibGenotypePanc1RegionsRep1	30015,26002,14013
+wgEncodeHaibGenotypePanc1RegionsRep2	30015,26002,14013
+wgEncodeHaibGenotypePfsk1RegionsRep1	30015,26002,13142
+wgEncodeHaibGenotypePrecRegionsRep1	30015,26002,13133
+wgEncodeHaibGenotypeRptecRegionsRep1	30015,26002,13113
+wgEncodeHaibGenotypeRptecRegionsRep2	30015,26002,13113
+wgEncodeHaibGenotypeSaecRegionsRep1	30015,26002,13091
+wgEncodeHaibGenotypeSaecRegionsRep2	30015,26002,13091
+wgEncodeHaibGenotypeSkmcRegionsRep1	30015,26002,13107
+wgEncodeHaibGenotypeSkmcRegionsRep2	30015,26002,13107
+wgEncodeHaibGenotypeSknshraRegionsRep1	30015,26002,14009
+wgEncodeHaibGenotypeSknshraRegionsRep2	30015,26002,14009
+wgEncodeHaibGenotypeT47dRegionsRep2	30015,26002,14014
+wgEncodeHaibGenotypeU87RegionsRep1	30015,26002,14015
+GSM1022646_1	13107,22001,30004
+GSM1003558_1	14044,22001,30003
+GSM1011128_1	14028,23003,30022
+GSM1008564_1	13284,23001,30019
+GSM1024769_1	13296,23001,30004
+GSM979655_4	13130,25004,30011
+GSM979651_2	13221,25004,30011
+GSM979656_2	11310,25004,30011
+GSM1024760_1	13116,23001,30004
+GSM1014516_1	13112,23002,30004
+GSM1008584_1	13287,23001,30019
+GSM1010896_1	11101,24678,30015
+GSM1014538_2	14042,23002,30004
+GSM981252_4	14028,25002,30006
+GSM981254_3	13132,25002,30006
+GSM1010776_2	11101,24043,30015
+GSM984610_4	13198,25002,30006
+GSM1014527_1	13073,23002,30004
+GSM981253_2	14016,25002,30006
+GSM984619_1	13089,25002,30006
+GSM979642_2	12217,25004,30011
+GSM1010774_1	14017,24001,30015
+GSM1010740_2	13048,24693,30015
+GSM979655_2	13130,25004,30011
+GSM1003555_1	13052,22022,30003
+GSM1010881_1	13047,24683,30015
+GSM1010903_2	14005,24001,30015
+GSM1010744_2	13047,24014,30015
+GSM1024755_1	11123,23001,30004
+GSM1010828_2	14011,24022,30015
+GSM1003517_1	13052,22012,30003
+GSM1006911_2	11310,25006,30007
+GSM981253_4	14016,25002,30006
+GSM1010759_1	14017,24011,30015
+GSM1006911_3	11310,25006,30007
+GSM981248_3	11310,25002,30006
+GSM979632_2	14011,25004,30011
+GSM979638_2	13200,25004,30011
+GSM979660_1	13089,25004,30011
+GSM1010855_2	14017,24683,30015
+GSM1006874_1	14012,24001,30009
+GSM1006891_1	13279,24001,30009
+GSM981250_2	14016,25002,30006
+GSM1010766_2	14011,24060,30015
+GSM1010858_1	14016,24680,30015
+GSM1010861_2	14028,24015,30015
+GSM1003468_1	14044,22009,30003
+GSM1010816_2	14016,24054,30015
+GSM1003487_1	13048,22060,30003
+GSM1010787_2	13048,24043,30015
+GSM984616_1	13224,25002,30006
+GSM981259_1	13130,25002,30006
+GSM1014520_2	13123,23002,30004
+GSM1003506_1	13058,22009,30003
+GSM981245_1	14028,25002,30006
+GSM1010836_1	14005,24022,30015
+GSM984612_4	13223,25002,30006
+GSM1010726_1	14011,24678,30015
+GSM981248_2	11310,25002,30006
+GSM1003457_1	11101,22039,30003
+GSM1022657_1	13081,24001,30004
+GSM1003570_1	14018,22062,30003
+GSM1010780_1	13047,24686,30015
+GSM979652_3	13220,25004,30011
+GSM1014530_1	13079,23002,30004
+GSM1010837_2	14028,24681,30015
+GSM1003474_1	13132,24001,30003
+GSM1010904_2	14005,24066,30015
+GSM1008587_2	14047,23001,30019
+GSM1008578_2	13237,23001,30019
+GSM1008577_2	14039,23001,30019
+GSM1010769_2	14028,24692,30015
+GSM979645_1	13199,25004,30011
+GSM1006870_2	14045,24001,30009
+GSM1010729_1	13047,24684,30015
+GSM979660_3	13089,25004,30011
+GSM1003495_1	14011,22010,30003
+GSM1003559_1	13068,22019,30003
+GSM1010849_2	14018,24682,30015
+GSM1006880_1	13233,22001,30009
+GSM1003449_1	14018,22040,30003
+GSM1003448_1	14018,22035,30003
+GSM1003562_1	13068,22020,30003
+GSM984608_2	13221,25002,30006
+GSM1003557_1	13049,22022,30003
+GSM979659_3	11310,25004,30011
+GSM1003568_1	14018,24685,30003
+GSM1024774_1	11123,23001,30004
+GSM1010754_2	14006,24014,30015
+GSM979648_1	14016,25004,30011
+GSM979654_3	14028,25004,30011
+GSM1010754_1	14006,24014,30015
+GSM1003501_1	13049,22060,30003
+GSM981244_4	11310,25002,30006
+GSM1014535_2	14043,23002,30004
+GSM1010753_1	14017,24025,30015
+GSM1006883_2	13234,24001,30009
+GSM979659_4	11310,25004,30011
+GSM984607_3	13222,25002,30006
+GSM984617_3	13219,25002,30006
+GSM1010865_2	13048,24066,30015
+GSM1010810_2	13048,24681,30015
+GSM1003563_1	14018,22049,30003
+GSM1006907_1	14016,25006,30007
+GSM1010739_2	14016,24021,30015
+GSM1024754_1	11123,23001,30004
+GSM979657_1	14028,25004,30011
+GSM1003561_1	14011,22009,30003
+GSM1010741_2	13048,24683,30015
+GSM1010903_1	14005,24001,30015
+GSM1010821_2	13048,24041,30015
+GSM1003499_1	13054,22028,30003
+GSM1010806_1	14016,24022,30015
+GSM1008572_2	13289,23001,30019
+GSM1010791_2	14028,24052,30015
+GSM1010819_2	13142,24041,30015
+GSM1010762_2	14017,24023,30015
+GSM979652_2	13220,25004,30011
+GSM1006913_3	11310,25006,30007
+GSM1010731_2	13047,24692,30015
+GSM1010877_1	14018,24690,30015
+GSM1008566_2	13230,23001,30019
+GSM1010749_1	14011,24014,30015
+GSM1008562_1	13285,23001,30019
+GSM1010810_1	13048,24681,30015
+GSM984612_3	13223,25002,30006
+GSM1010870_2	14006,24017,30015
+GSM1003519_1	13048,22012,30003
+GSM1008570_2	11324,23001,30019
+GSM979641_2	13202,25004,30011
+GSM1009528_2	13047,25006,30007
+GSM1003471_1	13132,22008,30003
+GSM984609_4	13130,25002,30006
+GSM1024785_1	13292,23001,30004
+GSM1003518_1	13052,22060,30003
+GSM1003534_1	13054,22013,30003
+GSM1010906_1	14018,24689,30015
+GSM1024753_1	13116,23001,30004
+GSM1008593_2	14041,23001,30019
+GSM1022677_1	13081,24001,30004
+GSM1014511_1	13083,23002,30004
+GSM1006868_1	13226,22001,30009
+GSM1006902_4	14011,25006,30007
+GSM1003503_1	13051,22018,30003
+GSM1010800_2	14028,24011,30015
+GSM1008580_1	14018,23001,30019
+GSM1010733_1	14017,24028,30015
+GSM1008589_2	13279,23001,30019
+GSM1024773_1	14042,23001,30004
+GSM1010756_2	14005,24032,30015
+GSM1006875_1	14028,24001,30009
+GSM979661_2	13197,25004,30011
+GSM1024784_1	14028,23001,30004
+GSM1003579_1	11101,22028,30003
+GSM1014512_2	13090,23002,30004
+GSM1008605_2	13172,23001,30019
+GSM1014518_1	13080,23002,30004
+GSM1003624_1	14016,22001,30018
+GSM1003456_1	14011,22020,30003
+GSM1008556_2	14046,23001,30019
+GSM1010752_1	14017,24061,30015
+GSM979640_1	13198,25004,30011
+GSM984604_3	12217,25002,30006
+GSM1011130_1	13228,23003,30022
+GSM1003629_1	14016,24605,30018
+GSM1006906_4	14016,25006,30007
+GSM1022645_1	13132,22001,30004
+GSM1010854_2	14028,24017,30015
+GSM981244_3	11310,25002,30006
+GSM1010799_2	14016,24039,30015
+GSM1008560_2	13235,23001,30019
+GSM1006909_4	14011,25006,30007
+GSM1010883_2	14016,24017,30015
+GSM984620_4	13197,25002,30006
+GSM1010752_2	14017,24061,30015
+GSM984618_1	13196,25002,30006
+GSM1010814_1	13048,24017,30015
+GSM979632_4	14011,25004,30011
+GSM984617_4	13219,25002,30006
+GSM1010848_2	14005,24052,30015
+GSM1010745_2	13047,24687,30015
+GSM1010767_2	14016,24019,30015
+GSM1006903_1	14011,25006,30007
+GSM1011120_2	14037,23003,30022
+GSM1010722_1	14018,24688,30015
+GSM1022640_1	14011,24001,30004
+GSM1010743_2	11101,24679,30015
+GSM1003536_1	13068,22009,30003
+GSM1003607_1	14011,24004,30018
+GSM979662_4	13223,25004,30011
+GSM1003445_1	14018,22053,30003
+GSM1010807_2	14017,24066,30015
+GSM981243_2	11310,25002,30006
+GSM1011126_1	14034,23003,30022
+GSM981255_3	13193,25002,30006
+GSM1008556_1	14046,23001,30019
+GSM979643_1	13193,25004,30011
+GSM1006910_2	14016,25006,30007
+GSM1024746_1	13292,23001,30004
+GSM1024749_1	13116,23001,30004
+GSM1010827_1	14011,24011,30015
+GSM984605_1	13047,25002,30006
+GSM1008599_2	14038,23001,30019
+GSM1003467_1	13058,22025,30003
+GSM1006873_1	14047,24001,30009
+GSM1010832_1	14011,24039,30015
+GSM1010794_1	14011,24025,30015
+GSM1010772_1	14005,24680,30015
+GSM1010815_2	11101,24017,30015
+GSM1011119_1	13229,23003,30022
+GSM1022648_1	14030,22001,30004
+GSM979650_2	13222,25004,30011
+GSM1008601_1	14018,23001,30019
+GSM1008582_2	13130,23001,30019
+GSM1003509_1	11101,22056,30003
+GSM1010884_1	14014,24017,30015
+GSM984606_4	13225,25002,30006
+GSM1010842_2	14017,24015,30015
+GSM981259_3	13130,25002,30006
+GSM1008588_2	13132,23001,30019
+GSM1010912_1	12011,22019,30004
+GSM1010736_1	13052,24017,30015
+GSM1008569_2	11326,23001,30019
+GSM1010824_1	13052,24041,30015
+GSM1024745_1	13134,23001,30004
+GSM1010721_2	13047,24690,30015
+GSM1006915_1	13052,25006,30007
+GSM1008597_1	14017,23001,30019
+GSM1014515_1	13081,23002,30004
+GSM981247_4	14011,25002,30006
+GSM1010862_1	14028,24054,30015
+GSM1010784_1	13048,24014,30015
+GSM1006893_1	14020,24001,30009
+GSM1010821_1	13048,24041,30015
+GSM1010835_2	14016,24066,30015
+GSM1011127_1	14035,23003,30022
+GSM1010735_1	14016,24014,30015
+GSM1024763_1	13299,23001,30004
+GSM1010846_2	14005,24050,30015
+GSM1006909_3	14011,25006,30007
+GSM1010782_1	14018,24681,30015
+GSM1006912_3	14028,25006,30007
+GSM979647_4	14016,25004,30011
+GSM1014534_1	13106,23002,30004
+GSM1003634_1	13047,24063,30018
+GSM1010898_1	11101,24066,30015
+GSM1010817_2	14016,24041,30015
+GSM1006891_2	13279,24001,30009
+GSM1010901_1	14016,24063,30015
+GSM1003532_1	13054,22060,30003
+GSM1010846_1	14005,24050,30015
+GSM1014541_1	13026,23002,30004
+GSM1010769_1	14028,24692,30015
+GSM1008559_2	13232,23001,30019
+GSM979636_4	13196,25004,30011
+GSM979658_2	11310,25004,30011
+GSM1024757_1	13291,23001,30004
+GSM1022647_1	13114,22001,30004
+GSM984618_2	13196,25002,30006
+GSM1006872_1	13234,22001,30009
+GSM1010875_2	13048,24680,30015
+GSM1024772_1	13166,23001,30004
+GSM1006885_2	13278,24001,30009
+GSM1006904_3	14028,25006,30007
+GSM1003609_1	14018,24603,30018
+GSM979659_2	11310,25004,30011
+GSM1022635_1	12011,24001,30004
+GSM1003582_1	14011,24001,30003
+GSM979649_4	13219,25004,30011
+GSM1003565_1	14018,22048,30003
+GSM1008601_2	14018,23001,30019
+GSM1003608_1	14018,24700,30018
+GSM1006905_2	14028,25006,30007
+GSM984613_3	13199,25002,30006
+GSM1010804_1	11322,24014,30015
+GSM1024789_1	13297,23001,30004
+GSM1010802_2	14017,24624,30015
+GSM1010813_1	14011,24027,30015
+GSM1010809_1	13048,24049,30015
+GSM1011124_2	14036,23003,30022
+GSM981248_4	11310,25002,30006
+GSM1010800_1	14028,24011,30015
+GSM1010757_2	14005,24031,30015
+GSM1008588_1	13132,23001,30019
+GSM1006909_1	14011,25006,30007
+GSM1010766_1	14011,24060,30015
+GSM1003459_1	13132,22019,30003
+GSM979647_1	14016,25004,30011
+GSM1022630_1	13089,24001,30004
+GSM979638_4	13200,25004,30011
+GSM1010729_2	13047,24684,30015
+GSM979649_3	13219,25004,30011
+GSM1010899_1	11101,24060,30015
+GSM1010829_1	14011,24057,30015
+GSM984606_1	13225,25002,30006
+GSM1008583_2	13236,23001,30019
+GSM984613_4	13199,25002,30006
+GSM979650_3	13222,25004,30011
+GSM1010777_1	13048,24689,30015
+GSM1010857_2	14017,24678,30015
+GSM1010798_3	14016,24017,30015
+GSM1022655_1	13114,22001,30004
+GSM979652_4	13220,25004,30011
+GSM979632_1	14011,25004,30011
+GSM1003530_1	13057,22028,30003
+GSM984609_1	13130,25002,30006
+GSM1010760_1	13047,24678,30015
+GSM1008574_1	14017,23001,30019
+GSM1010768_1	14028,24058,30015
+GSM1003531_1	13057,22012,30003
+GSM1006885_1	13278,24001,30009
+GSM1010801_2	14017,24052,30015
+GSM1010755_2	14011,24067,30015
+GSM1003526_1	13055,22010,30003
+GSM984619_4	13089,25002,30006
+GSM1003520_1	14001,22060,30003
+GSM1008585_2	14016,23001,30019
+GSM1010789_2	14011,24031,30015
+GSM1010852_2	14005,24624,30015
+GSM984616_3	13224,25002,30006
+GSM981249_4	11310,25002,30006
+GSM981251_3	14016,25002,30006
+GSM1022634_1	13114,24001,30004
+GSM981245_3	14028,25002,30006
+GSM984621_2	13202,25002,30006
+GSM1010778_1	13048,24624,30015
+GSM1010819_1	13142,24041,30015
+GSM1014530_2	13079,23002,30004
+GSM979652_1	13220,25004,30011
+GSM981260_1	13220,25002,30006
+GSM1010735_2	14016,24014,30015
+GSM979640_3	13198,25004,30011
+GSM1022633_1	13095,24001,30004
+GSM979656_1	11310,25004,30011
+GSM1006902_1	14011,25006,30007
+GSM1010737_1	14006,24041,30015
+GSM979634_4	13132,25004,30011
+GSM1010864_2	14028,24021,30015
+GSM1003446_1	11101,22057,30003
+GSM1024768_1	13296,23001,30004
+GSM1006915_2	13052,25006,30007
+GSM981255_1	13193,25002,30006
+GSM1010892_1	14028,24063,30015
+GSM1003533_1	13054,22008,30003
+GSM1010845_1	11101,24680,30015
+GSM1003444_1	11101,22043,30003
+GSM1008578_1	13237,23001,30019
+GSM1022644_1	13122,24001,30004
+GSM1011129_1	13227,23003,30022
+GSM1006890_1	14045,22001,30009
+GSM1003631_1	14016,24623,30018
+GSM979646_4	14016,25004,30011
+GSM1014526_2	13094,23002,30004
+GSM1010731_1	13047,24692,30015
+GSM1010749_2	14011,24014,30015
+GSM1003617_1	13047,24660,30018
+GSM1010839_1	14028,24023,30015
+GSM1024766_1	13132,23001,30004
+GSM979654_4	14028,25004,30011
+GSM1014515_2	13081,23002,30004
+GSM984615_1	13107,25002,30006
+GSM1014533_2	13118,23002,30004
+GSM1010734_2	14028,24001,30015
+GSM1010753_2	14017,24025,30015
+GSM1010838_2	14028,24688,30015
+GSM1010863_1	14028,24066,30015
+GSM1010746_1	14011,24015,30015
+GSM979646_2	14016,25004,30011
+GSM1010745_1	13047,24687,30015
+GSM1010763_2	14016,24011,30015
+GSM1008591_1	13278,23001,30019
+GSM1003541_1	14011,22000,30003
+GSM1010854_3	14028,24017,30015
+GSM979648_3	14016,25004,30011
+GSM1010868_1	14011,24680,30015
+GSM1008581_2	14028,23001,30019
+GSM1024795_1	14002,23001,30004
+GSM979656_4	11310,25004,30011
+GSM1014535_1	14043,23002,30004
+GSM1006908_3	11310,25006,30007
+GSM1010799_1	14016,24039,30015
+GSM979663_3	13224,25004,30011
+GSM1008568_1	13284,23001,30019
+GSM1010871_1	14011,24624,30015
+GSM1008557_1	13282,23001,30019
+GSM979643_3	13193,25004,30011
+GSM1024758_1	11123,23001,30004
+GSM981246_3	14011,25002,30006
+GSM1003458_1	14011,22025,30003
+GSM1010762_1	14017,24023,30015
+GSM1010850_2	13047,24624,30015
+GSM1003630_1	14016,24635,30018
+GSM1003610_1	14018,24698,30018
+GSM1024759_1	11123,23001,30004
+GSM1010786_2	13142,24014,30015
+GSM1003504_1	14018,22036,30003
+GSM1010784_2	13048,24014,30015
+GSM1010866_3	14011,24017,30015
+GSM1010798_2	14016,24017,30015
+GSM1014537_1	13297,23002,30004
+GSM1010719_2	14011,24678,30015
+GSM1003491_1	13054,22012,30003
+GSM1014521_2	13121,23002,30004
+GSM1008605_1	13172,23001,30019
+GSM1024756_1	13295,23001,30004
+GSM1008600_2	11325,23001,30019
+GSM984621_1	13202,25002,30006
+GSM1022629_1	13096,24001,30004
+GSM1014526_1	13094,23002,30004
+GSM1022656_1	11123,22001,30004
+GSM1010758_2	14005,24685,30015
+GSM1008579_2	13290,23001,30019
+GSM1014528_1	13052,23002,30004
+GSM1008586_1	11310,23001,30019
+GSM1008571_1	14040,23001,30019
+GSM1008590_1	14045,23001,30019
+GSM1010887_1	14016,24067,30015
+GSM1010891_2	14028,24014,30015
+GSM979632_3	14011,25004,30011
+GSM1010725_2	14011,24048,30015
+GSM1006908_4	11310,25006,30007
+GSM1003482_1	13051,22012,30003
+GSM981244_2	11310,25002,30006
+GSM1003576_1	14018,22060,30003
+GSM1003511_1	14011,22008,30003
+GSM1010760_2	13047,24678,30015
+GSM1003560_1	14018,22050,30003
+GSM979663_4	13224,25004,30011
+GSM984613_1	13199,25002,30006
+GSM1010771_2	13047,24688,30015
+GSM1006878_1	14028,24001,30009
+GSM1010873_1	11322,24017,30015
+GSM1003622_1	14018,24696,30018
+GSM1010720_1	14011,24678,30015
+GSM1010813_2	14011,24027,30015
+GSM979633_1	14011,25004,30011
+GSM1014510_1	13089,23002,30004
+GSM984615_3	13107,25002,30006
+GSM1003450_1	14018,22056,30003
+GSM1003469_1	14044,22022,30003
+GSM979661_4	13197,25004,30011
+GSM1010880_2	14016,24683,30015
+GSM1010824_2	13052,24041,30015
+GSM1008594_2	14041,23001,30019
+GSM1008574_2	14017,23001,30019
+GSM981256_4	13132,25002,30006
+GSM1010750_2	14016,24692,30015
+GSM1010900_1	14016,24015,30015
+GSM1008573_2	12220,23001,30019
+GSM1003543_1	14011,22022,30003
+GSM1010902_1	14005,24027,30015
+GSM1006877_2	14028,24004,30009
+GSM1003615_1	11310,24605,30018
+GSM1010914_2	12011,22012,30004
+GSM984614_2	13192,25002,30006
+GSM1010851_2	14005,24023,30015
+GSM981252_2	14028,25002,30006
+GSM1024792_1	13121,23001,30004
+GSM1010888_1	14017,24050,30015
+GSM1006893_2	14020,24001,30009
+GSM1024767_1	14028,23001,30004
+GSM979646_1	14016,25004,30011
+GSM1022669_1	13104,24001,30004
+GSM1010811_1	14028,24028,30015
+GSM1010825_1	14028,22044,30015
+GSM1022662_1	13125,24001,30004
+GSM1014517_2	14011,23002,30004
+GSM981256_3	13132,25002,30006
+GSM1010759_2	14017,24011,30015
+GSM1006907_4	14016,25006,30007
+GSM1010788_2	14013,24041,30015
+GSM1006902_2	14011,25006,30007
+GSM1010764_1	14028,24051,30015
+GSM1010773_2	14016,24028,30015
+GSM1014537_2	13297,23002,30004
+GSM1011123_1	13226,23003,30022
+GSM1006884_1	14047,22001,30009
+GSM1014509_2	13057,23002,30004
+GSM1014531_1	13122,23002,30004
+GSM1010875_1	13048,24680,30015
+GSM1011121_1	14028,23003,30022
+GSM1006867_1	13232,22001,30009
+GSM984607_2	13222,25002,30006
+GSM1010765_1	14005,24051,30015
+GSM1006902_3	14011,25006,30007
+GSM1003505_1	13055,22028,30003
+GSM1024747_1	13134,23001,30004
+GSM979648_2	14016,25004,30011
+GSM1003453_1	14011,22010,30003
+GSM1010833_1	14011,24021,30015
+GSM1022639_1	14011,24001,30004
+GSM1003529_1	13057,22060,30003
+GSM1003578_1	14011,22019,30003
+GSM1006870_1	14045,24001,30009
+GSM1003516_1	13068,22008,30003
+GSM979651_1	13221,25004,30011
+GSM1010786_1	13142,24014,30015
+GSM1008584_2	13287,23001,30019
+GSM1003479_1	11101,22058,30003
+GSM984607_4	13222,25002,30006
+GSM1024743_1	13133,23001,30004
+GSM1006905_1	14028,25006,30007
+GSM1003548_1	13068,22028,30003
+GSM1014536_2	14014,23002,30004
+GSM979639_3	13201,25004,30011
+GSM1024742_1	13133,23001,30004
+GSM1003580_1	14011,22028,30003
+GSM1006908_2	11310,25006,30007
+GSM1010904_1	14005,24066,30015
+GSM984620_2	13197,25002,30006
+GSM1010893_1	13047,24691,30015
+GSM979657_4	14028,25004,30011
+GSM1010901_2	14016,24063,30015
+GSM1010895_1	14018,24680,30015
+GSM1010894_3	14018,24017,30015
+GSM1003554_1	13055,22022,30003
+GSM1010860_1	14028,24680,30015
+GSM1003550_1	13055,22060,30003
+GSM1006878_2	14028,24001,30009
+GSM1014519_1	13119,23002,30004
+GSM1014541_2	13026,23002,30004
+GSM1022631_1	13049,24001,30004
+GSM1010732_2	14018,24685,30015
+GSM1008595_1	13293,23001,30019
+GSM1010878_1	14018,24624,30015
+GSM1010848_1	14005,24052,30015
+GSM981249_1	11310,25002,30006
+GSM1003556_1	13052,22028,30003
+GSM1014525_1	13132,23002,30004
+GSM1010867_2	13047,24017,30015
+GSM1010823_2	14014,24029,30015
+GSM984619_3	13089,25002,30006
+GSM1008575_2	13286,23001,30019
+GSM1008560_1	13235,23001,30019
+GSM984606_3	13225,25002,30006
+GSM1010862_2	14028,24054,30015
+GSM1003451_1	11101,22050,30003
+GSM1010779_2	13047,24694,30015
+GSM984604_2	12217,25002,30006
+GSM1003513_1	11101,24011,30003
+GSM1006913_4	11310,25006,30007
+GSM1022676_1	13090,24001,30004
+GSM1010890_1	14018,24678,30015
+GSM981251_1	14016,25002,30006
+GSM1010806_2	14016,24022,30015
+GSM979644_2	13052,25004,30011
+GSM1003512_1	14011,22022,30003
+GSM1006892_1	14020,22001,30009
+GSM1014539_1	13166,23002,30004
+GSM1003627_1	14016,24613,30018
+GSM1003611_1	14018,24701,30018
+GSM1014513_1	14008,23002,30004
+GSM1010774_2	14017,24001,30015
+GSM1006883_1	13234,24001,30009
+GSM1011126_2	14034,23003,30022
+GSM1014520_1	13123,23002,30004
+GSM1014518_2	13080,23002,30004
+GSM1010772_2	14005,24680,30015
+GSM979642_3	12217,25004,30011
+GSM1014521_1	13121,23002,30004
+GSM981246_2	14011,25002,30006
+GSM981250_4	14016,25002,30006
+GSM979650_1	13222,25004,30011
+GSM1010849_1	14018,24682,30015
+GSM1006866_1	14028,24004,30009
+GSM1006912_1	14028,25006,30007
+GSM1024781_1	13295,23001,30004
+GSM981251_4	14016,25002,30006
+GSM984611_3	13201,25002,30006
+GSM1003584_1	11101,22040,30003
+GSM1024777_1	13280,23001,30004
+GSM979660_2	13089,25004,30011
+GSM979638_1	13200,25004,30011
+GSM1014508_2	13077,23002,30004
+GSM1006914_2	14001,25006,30007
+GSM1003626_1	14016,24011,30018
+GSM1010897_2	14016,24025,30015
+GSM1022666_1	13113,24001,30004
+GSM979657_2	14028,25004,30011
+GSM1010795_1	14011,24017,30015
+GSM1003485_1	13049,22012,30003
+GSM979662_1	13223,25004,30011
+GSM1003613_1	11310,24601,30018
+GSM979637_4	13192,25004,30011
+GSM1011123_2	13226,23003,30022
+GSM984607_1	13222,25002,30006
+GSM1010751_2	14016,24051,30015
+GSM1008580_2	14018,23001,30019
+GSM1006904_1	14028,25006,30007
+GSM979640_4	13198,25004,30011
+GSM979645_4	13199,25004,30011
+GSM1010750_1	14016,24692,30015
+GSM1024751_1	14002,23001,30004
+GSM984619_2	13089,25002,30006
+GSM1010803_2	11322,24041,30015
+GSM984618_3	13196,25002,30006
+GSM1022638_1	14029,22001,30004
+GSM1008596_1	11123,23001,30019
+GSM981260_3	13220,25002,30006
+GSM1003552_1	14044,22013,30003
+GSM1010826_1	14011,24048,30015
+GSM1010866_2	14011,24017,30015
+GSM981253_1	14016,25002,30006
+GSM979663_1	13224,25004,30011
+GSM981247_1	14011,25002,30006
+GSM979633_4	14011,25004,30011
+GSM1010835_1	14016,24066,30015
+GSM1014540_2	13116,23002,30004
+GSM1010822_2	14006,24021,30015
+GSM979640_2	13198,25004,30011
+GSM1014522_2	13121,23002,30004
+GSM1006905_4	14028,25006,30007
+GSM979657_3	14028,25004,30011
+GSM1022664_1	13093,24001,30004
+GSM1008561_2	13283,23001,30019
+GSM979658_3	11310,25004,30011
+GSM979631_1	14001,25004,30011
+GSM1008577_1	14039,23001,30019
+GSM1010756_1	14005,24032,30015
+GSM1010879_1	14011,24016,30015
+GSM1014523_2	13024,23002,30004
+GSM1006910_1	14016,25006,30007
+GSM979641_1	13202,25004,30011
+GSM979644_1	13052,25004,30011
+GSM1010764_2	14028,24051,30015
+GSM1003473_1	11101,22051,30003
+GSM1003528_1	13056,22012,30003
+GSM1010883_4	14016,24017,30015
+GSM1010869_1	14005,24014,30015
+GSM1022625_1	13132,22001,30004
+GSM984605_3	13047,25002,30006
+GSM981260_2	13220,25002,30006
+GSM1008561_1	13283,23001,30019
+GSM1010793_1	14029,24041,30015
+GSM1010895_2	14018,24680,30015
+GSM1010802_1	14017,24624,30015
+GSM1008602_2	14018,23001,30019
+GSM981256_1	13132,25002,30006
+GSM1010893_2	13047,24691,30015
+GSM1010844_2	14028,24050,30015
+GSM1006882_2	13233,24001,30009
+GSM1010725_1	14011,24048,30015
+GSM1006873_2	14047,24001,30009
+GSM984612_1	13223,25002,30006
+GSM1010847_2	14005,24063,30015
+GSM1010882_2	14011,24054,30015
+GSM1003551_1	14044,22012,30003
+GSM1003628_1	14016,24052,30018
+GSM1010822_1	14006,24021,30015
+GSM1011129_2	13227,23003,30022
+GSM1008604_2	13288,23001,30019
+GSM979656_3	11310,25004,30011
+GSM984614_3	13192,25002,30006
+GSM1010742_1	11101,24686,30015
+GSM981245_2	14028,25002,30006
+GSM1010793_2	14029,24041,30015
+GSM1003540_1	14011,22000,30003
+GSM1010857_1	14017,24678,30015
+GSM1010843_1	14006,24033,30015
+GSM1006904_2	14028,25006,30007
+GSM1003621_1	14018,24699,30018
+GSM1014536_1	14014,23002,30004
+GSM1003537_1	13068,22022,30003
+GSM1010790_1	14011,24051,30015
+GSM1006910_4	14016,25006,30007
+GSM984610_2	13198,25002,30006
+GSM1014524_1	13166,23002,30004
+GSM1024775_1	13281,23001,30004
+GSM1008576_2	14014,23001,30019
+GSM1010890_2	14018,24678,30015
+GSM1014528_2	13052,23002,30004
+GSM981252_3	14028,25002,30006
+GSM979659_1	11310,25004,30011
+GSM1006907_3	14016,25006,30007
+GSM1010809_2	13048,24049,30015
+GSM1010831_1	13048,24061,30015
+GSM1010778_2	13048,24624,30015
+GSM1010783_2	14028,24065,30015
+GSM1010820_2	14018,24001,30015
+GSM1014534_2	13106,23002,30004
+GSM1010872_1	14005,24017,30015
+GSM1024786_1	13166,23001,30004
+GSM979663_2	13224,25004,30011
+GSM1010876_1	13048,24695,30015
+GSM981255_4	13193,25002,30006
+GSM1006895_1	13279,22001,30009
+GSM1010859_1	14013,24014,30015
+GSM1010737_2	14006,24041,30015
+GSM984616_2	13224,25002,30006
+GSM979654_1	14028,25004,30011
+GSM1011130_2	13228,23003,30022
+GSM984615_4	13107,25002,30006
+GSM1008558_2	14018,23001,30019
+GSM1006882_1	13233,24001,30009
+GSM1014510_2	13089,23002,30004
+GSM979653_4	13107,25004,30011
+GSM1008606_2	13172,23001,30019
+GSM1010783_1	14028,24065,30015
+GSM1014512_1	13090,23002,30004
+GSM1022667_1	13113,24001,30004
+GSM1024788_1	13051,23001,30004
+GSM1011125_1	13231,23003,30022
+GSM1003455_1	14011,22018,30003
+GSM1014519_2	13119,23002,30004
+GSM1006876_1	14028,24634,30009
+GSM1010834_1	14016,24030,30015
+GSM984610_3	13198,25002,30006
+GSM1003486_1	13055,22025,30003
+GSM1010834_2	14016,24030,30015
+GSM1022670_1	11123,22001,30004
+GSM1003573_1	11101,22046,30003
+GSM1010878_2	14018,24624,30015
+GSM1010902_2	14005,24027,30015
+GSM1024750_1	13298,23001,30004
+GSM1010888_2	14017,24050,30015
+GSM1010741_1	13048,24683,30015
+GSM984604_4	12217,25002,30006
+GSM981254_1	13132,25002,30006
+GSM981255_2	13193,25002,30006
+GSM1010872_2	14005,24017,30015
+GSM984618_4	13196,25002,30006
+GSM1010776_1	11101,24043,30015
+GSM1024791_1	13068,23001,30004
+GSM1003489_1	13056,22060,30003
+GSM1010856_1	14017,24692,30015
+GSM979635_2	13195,25004,30011
+GSM1014524_2	13166,23002,30004
+GSM1006881_1	13227,24001,30009
+GSM1010892_2	14028,24063,30015
+GSM1014531_2	13122,23002,30004
+GSM1010871_2	14011,24624,30015
+GSM984612_2	13223,25002,30006
+GSM984617_1	13219,25002,30006
+GSM979658_4	11310,25004,30011
+GSM1022636_1	13094,24001,30004
+GSM1010820_1	14018,24001,30015
+GSM1003462_1	14044,22019,30003
+GSM981247_2	14011,25002,30006
+GSM1024765_1	13132,23001,30004
+GSM1003527_1	13056,22022,30003
+GSM1003581_1	14011,24001,30003
+GSM979637_1	13192,25004,30011
+GSM1011124_1	14036,23003,30022
+GSM1006912_4	14028,25006,30007
+GSM981253_3	14016,25002,30006
+GSM1010733_2	14017,24028,30015
+GSM1014532_1	13117,23002,30004
+GSM1006886_1	13226,24001,30009
+GSM1014529_2	13110,23002,30004
+GSM1006911_4	11310,25006,30007
+GSM1003538_1	13068,22012,30003
+GSM1010889_1	14028,24624,30015
+GSM984608_4	13221,25002,30006
+GSM1006911_1	11310,25006,30007
+GSM979653_2	13107,25004,30011
+GSM1003544_1	14011,22013,30003
+GSM1011127_2	14035,23003,30022
+GSM1006894_1	13278,22001,30009
+GSM1003602_1	13047,24699,30018
+GSM1010832_2	14011,24039,30015
+GSM979637_3	13192,25004,30011
+GSM1010771_1	13047,24688,30015
+GSM1008570_1	11324,23001,30019
+GSM979646_3	14016,25004,30011
+GSM1008571_2	14040,23001,30019
+GSM1011121_2	14028,23003,30022
+GSM981247_3	14011,25002,30006
+GSM1003523_1	13051,22060,30003
+GSM1006886_2	13226,24001,30009
+GSM1010881_2	13047,24683,30015
+GSM981256_2	13132,25002,30006
+GSM1022673_1	13125,22001,30004
+GSM1010840_2	14016,24058,30015
+GSM1022652_1	14005,24001,30004
+GSM1010785_2	14013,24054,30015
+GSM981259_2	13130,25002,30006
+GSM1003510_1	14018,24702,30003
+GSM1024778_1	11123,23001,30004
+GSM979643_2	13193,25004,30011
+GSM1003447_1	14018,22044,30003
+GSM1010838_1	14028,24688,30015
+GSM1014516_2	13112,23002,30004
+GSM1010785_1	14013,24054,30015
+GSM979636_2	13196,25004,30011
+GSM1008600_1	11325,23001,30019
+GSM981258_2	13200,25002,30006
+GSM1010728_1	14011,24066,30015
+GSM1008603_2	14028,23001,30019
+GSM981250_3	14016,25002,30006
+GSM1010816_1	14016,24054,30015
+GSM1010865_1	13048,24066,30015
+GSM1022661_1	13125,24001,30004
+GSM979633_3	14011,25004,30011
+GSM1006875_2	14028,24001,30009
+GSM979634_2	13132,25004,30011
+GSM1006907_2	14016,25006,30007
+GSM1010836_2	14005,24022,30015
+GSM1008599_1	14038,23001,30019
+GSM1010761_1	14011,24052,30015
+GSM1010874_1	14017,24017,30015
+GSM1003464_1	14044,24001,30003
+GSM1003586_1	14018,22039,30003
+GSM1008576_1	14014,23001,30019
+GSM1011125_2	13231,23003,30022
+GSM1010775_1	14011,24020,30015
+GSM1008564_2	13284,23001,30019
+GSM1003508_1	13068,24001,30003
+GSM979651_4	13221,25004,30011
+GSM1003472_1	11101,22044,30003
+GSM979645_3	13199,25004,30011
+GSM1003577_1	14011,22018,30003
+GSM1010898_2	11101,24066,30015
+GSM1003454_1	14011,22012,30003
+GSM1006903_2	14011,25006,30007
+GSM1010876_2	13048,24695,30015
+GSM1010831_2	13048,24061,30015
+GSM1008557_2	13282,23001,30019
+GSM984611_2	13201,25002,30006
+GSM1010738_2	14016,24065,30015
+GSM1010842_1	14017,24015,30015
+GSM979634_1	13132,25004,30011
+GSM1008585_1	14016,23001,30019
+GSM1024744_1	13024,23001,30004
+GSM1003545_1	14018,22046,30003
+GSM1024771_1	13166,23001,30004
+GSM1014529_1	13110,23002,30004
+GSM984614_4	13192,25002,30006
+GSM1014539_2	13166,23002,30004
+GSM1008568_2	13284,23001,30019
+GSM1022668_1	13077,24001,30004
+GSM1003463_1	14044,22020,30003
+GSM1010883_1	14016,24017,30015
+GSM1010721_1	13047,24690,30015
+GSM1003585_1	11101,22012,30003
+GSM984620_3	13197,25002,30006
+GSM1022650_1	14030,24001,30004
+GSM979650_4	13222,25004,30011
+GSM1010751_1	14016,24051,30015
+GSM1003521_1	14044,22018,30003
+GSM1010853_1	14013,24017,30015
+GSM1008590_2	14045,23001,30019
+GSM1010840_1	14016,24058,30015
+GSM1003542_1	14011,22009,30003
+GSM981243_4	11310,25002,30006
+GSM1022651_1	14005,24001,30004
+GSM1010869_2	14005,24014,30015
+GSM1014511_2	13083,23002,30004
+GSM1006869_2	14046,24001,30009
+GSM1003522_1	14044,22060,30003
+GSM979655_1	13130,25004,30011
+GSM1010900_2	14016,24015,30015
+GSM1003481_1	14044,22025,30003
+GSM1003604_1	13047,24696,30018
+GSM1010845_2	11101,24680,30015
+GSM1003547_1	11101,22022,30003
+GSM1022627_1	13122,22001,30004
+GSM1010866_1	14011,24017,30015
+GSM1010790_2	14011,24051,30015
+GSM1010847_1	14005,24063,30015
+GSM1010894_2	14018,24017,30015
+GSM1010792_1	14013,24014,30015
+GSM1010738_1	14016,24065,30015
+GSM979643_4	13193,25004,30011
+GSM1010906_2	14018,24689,30015
+GSM1010815_1	11101,24017,30015
+GSM1022665_1	13088,24001,30004
+GSM1010860_2	14028,24680,30015
+GSM1003619_1	11101,24070,30016
+GSM984605_4	13047,25002,30006
+GSM984606_2	13225,25002,30006
+GSM1022632_1	14013,22001,30004
+GSM1010885_1	14017,24680,30015
+GSM1008592_2	12221,23001,30019
+GSM1006914_1	14001,25006,30007
+GSM1010747_1	14017,24029,30015
+GSM984604_1	12217,25002,30006
+GSM1008558_1	14018,23001,30019
+GSM1003497_1	13132,22025,30003
+GSM1008563_1	13284,23001,30019
+GSM1006887_2	14012,24001,30009
+GSM1003461_1	14044,22008,30003
+GSM1024790_1	13026,23001,30004
+GSM1014522_1	13121,23002,30004
+GSM1010796_1	14013,24017,30015
+GSM1003498_1	13047,22060,30003
+GSM1010740_1	13048,24693,30015
+GSM1008595_2	13293,23001,30019
+GSM1010812_2	14011,24028,30015
+GSM1003567_1	14018,22059,30003
+GSM1014514_2	13050,23002,30004
+GSM1010796_2	14013,24017,30015
+GSM1011122_1	13230,23003,30022
+GSM984605_2	13047,25002,30006
+GSM1010905_1	14005,24054,30015
+GSM1010867_3	13047,24017,30015
+GSM1003553_1	13055,22012,30003
+GSM1010757_1	14005,24031,30015
+GSM981260_4	13220,25002,30006
+GSM1008566_1	13230,23001,30019
+GSM1010823_1	14014,24029,30015
+GSM1011128_2	14028,23003,30022
+GSM979638_3	13200,25004,30011
+GSM1003549_1	13057,22022,30003
+GSM1010770_2	13142,24028,30015
+GSM1024739_1	13121,23001,30004
+GSM981245_4	14028,25002,30006
+GSM984614_1	13192,25002,30006
+GSM1003478_1	14018,22051,30003
+GSM979649_2	13219,25004,30011
+GSM1010873_2	11322,24017,30015
+GSM1024770_1	13195,23001,30004
+GSM1010851_1	14005,24023,30015
+GSM1008587_1	14047,23001,30019
+GSM1008603_1	14028,23001,30019
+GSM979662_3	13223,25004,30011
+GSM984609_3	13130,25002,30006
+GSM1008594_1	14041,23001,30019
+GSM1006910_3	14016,25006,30007
+GSM1010817_1	14016,24041,30015
+GSM979639_1	13201,25004,30011
+GSM1010727_2	14011,24065,30015
+GSM1006904_4	14028,25006,30007
+GSM979636_3	13196,25004,30011
+GSM1010803_1	11322,24041,30015
+GSM1010739_1	14016,24021,30015
+GSM1010730_1	13047,24050,30015
+GSM1011120_1	14037,23003,30022
+GSM1022642_1	13113,22001,30004
+GSM981244_1	11310,25002,30006
+GSM1022643_1	14008,24001,30004
+GSM1003616_1	13047,24639,30018
+GSM1006903_3	14011,25006,30007
+GSM1014517_1	14011,23002,30004
+GSM1024764_1	14028,23001,30004
+GSM1008569_1	11326,23001,30019
+GSM1010748_1	14011,24058,30015
+GSM1010723_1	14011,24063,30015
+GSM1010768_2	14028,24058,30015
+GSM1010808_2	13048,24678,30015
+GSM1010867_1	13047,24017,30015
+GSM1003625_1	14018,24697,30018
+GSM1022674_1	14011,22001,30004
+GSM984609_2	13130,25002,30006
+GSM1010891_1	14028,24014,30015
+GSM979661_3	13197,25004,30011
+GSM1010858_2	14016,24680,30015
+GSM981246_4	14011,25002,30006
+GSM1010781_1	13142,24054,30015
+GSM1006906_3	14016,25006,30007
+GSM1010808_1	13048,24678,30015
+GSM1022675_1	13090,24001,30004
+GSM979645_2	13199,25004,30011
+GSM1006869_1	14046,24001,30009
+GSM1003452_1	14018,24619,30003
+GSM981258_3	13200,25002,30006
+GSM1024794_1	14042,23001,30004
+GSM979653_3	13107,25004,30011
+GSM1010805_2	11322,24028,30015
+GSM1008596_2	11123,23001,30019
+GSM1010914_1	12011,22012,30004
+GSM1003603_1	13047,24607,30018
+GSM1014509_1	13057,23002,30004
+GSM979651_3	13221,25004,30011
+GSM979647_2	14016,25004,30011
+GSM1010818_1	14011,24017,30015
+GSM1010728_2	14011,24066,30015
+GSM981258_1	13200,25002,30006
+GSM979637_2	13192,25004,30011
+GSM1014508_1	13077,23002,30004
+GSM1006906_1	14016,25006,30007
+GSM1024780_1	13280,23001,30004
+GSM1024783_1	14028,23001,30004
+GSM1010718_2	14014,24063,30015
+GSM1010854_1	14028,24017,30015
+GSM1010767_1	14016,24019,30015
+GSM1010894_1	14018,24017,30015
+GSM979661_1	13197,25004,30011
+GSM1008581_1	14028,23001,30019
+GSM1010804_2	11322,24014,30015
+GSM1010805_1	11322,24028,30015
+GSM1010850_1	13047,24624,30015
+GSM1024748_1	13291,23001,30004
+GSM1010870_1	14006,24017,30015
+GSM1006865_1	14028,24634,30009
+GSM984615_2	13107,25002,30006
+GSM1003571_1	11101,22036,30003
+GSM1010763_1	14016,24011,30015
+GSM1003633_1	14016,24001,30018
+GSM1010811_2	14028,24028,30015
+GSM981249_3	11310,25002,30006
+GSM1010880_1	14016,24683,30015
+GSM1010863_2	14028,24066,30015
+GSM981252_1	14028,25002,30006
+GSM1003524_1	11101,22060,30003
+GSM1008583_1	13236,23001,30019
+GSM1003632_1	14016,24063,30018
+GSM1003480_1	14001,22012,30003
+GSM1010844_1	14028,24050,30015
+GSM1011119_2	13229,23003,30022
+GSM1014538_1	14042,23002,30004
+GSM1008592_1	12221,23001,30019
+GSM1003574_1	14018,24703,30003
+GSM1010777_2	13048,24689,30015
+GSM984617_2	13219,25002,30006
+GSM1006866_2	14028,24004,30009
+GSM1010899_2	11101,24060,30015
+GSM1003494_1	14011,22020,30003
+GSM1003470_1	13132,22060,30003
+GSM1024740_1	13121,23001,30004
+GSM1010801_1	14017,24052,30015
+GSM1014523_1	13024,23002,30004
+GSM1024782_1	13297,23001,30004
+GSM1010839_2	14028,24023,30015
+GSM1010724_1	14011,24044,30015
+GSM1010788_1	14013,24041,30015
+GSM1003460_1	14044,22010,30003
+GSM1006888_1	13231,22001,30009
+GSM1022654_1	13104,22001,30004
+GSM1006913_2	11310,25006,30007
+GSM1008579_1	13290,23001,30019
+GSM1003496_1	14011,22008,30003
+GSM979642_1	12217,25004,30011
+GSM1010852_1	14005,24624,30015
+GSM979634_3	13132,25004,30011
+GSM1008586_2	11310,23001,30019
+GSM1010807_1	14017,24066,30015
+GSM1010743_1	11101,24679,30015
+GSM1010724_2	14011,24044,30015
+GSM984608_1	13221,25002,30006
+GSM1008598_1	13294,23001,30019
+GSM1010896_2	11101,24678,30015
+GSM1010814_2	13048,24017,30015
+GSM1008567_2	14018,23001,30019
+GSM981254_4	13132,25002,30006
+GSM979660_4	13089,25004,30011
+GSM1003502_1	13058,22022,30003
+GSM1006909_2	14011,25006,30007
+GSM1003514_1	13058,24011,30003
+GSM1003606_1	14011,24001,30018
+GSM984613_2	13199,25002,30006
+GSM1003465_1	14044,22028,30003
+GSM1010841_2	14017,24014,30015
+GSM1006906_2	14016,25006,30007
+GSM1010719_1	14011,24678,30015
+GSM981243_1	11310,25002,30006
+GSM1024741_1	13024,23001,30004
+GSM1003515_1	13068,22013,30003
+GSM984611_1	13201,25002,30006
+GSM1024779_1	14043,23001,30004
+GSM981257_2	13195,25002,30006
+GSM1010775_2	14011,24020,30015
+GSM1006865_2	14028,24634,30009
+GSM984610_1	13198,25002,30006
+GSM1003623_1	11310,22043,30018
+GSM1024776_1	13281,23001,30004
+GSM1022671_1	13104,24001,30004
+GSM1003569_1	14018,22054,30003
+GSM979648_4	14016,25004,30011
+GSM1003614_1	11310,24623,30018
+GSM1003566_1	14018,22038,30003
+GSM1003535_1	13068,22010,30003
+GSM979658_1	11310,25004,30011
+GSM1022660_1	11123,22001,30004
+GSM1014525_2	13132,23002,30004
+GSM1008598_2	13294,23001,30019
+GSM1022672_1	14012,22001,30004
+GSM1010747_2	14017,24029,30015
+GSM1010791_1	14028,24052,30015
+GSM1003546_1	14011,22028,30003
+GSM979639_4	13201,25004,30011
+GSM1010789_1	14011,24031,30015
+GSM1006881_2	13227,24001,30009
+GSM981250_1	14016,25002,30006
+GSM1010887_2	14016,24067,30015
+GSM979639_2	13201,25004,30011
+GSM1010727_1	14011,24065,30015
+GSM1008565_1	14028,23001,30019
+GSM981243_3	11310,25002,30006
+GSM1010723_2	14011,24063,30015
+GSM1010748_2	14011,24058,30015
+GSM1008562_2	13285,23001,30019
+GSM1010897_1	14016,24025,30015
+GSM1022658_1	14028,24001,30004
+GSM1010758_1	14005,24685,30015
+GSM1010732_1	14018,24685,30015
+GSM1006879_1	14012,22001,30009
+GSM1006871_1	13227,22001,30009
+GSM1008567_1	14018,23001,30019
+GSM1003605_1	13047,24677,30018
+GSM1010861_1	14028,24015,30015
+GSM1008606_1	13172,23001,30019
+GSM1003476_1	13132,22028,30003
+GSM979631_2	14001,25004,30011
+GSM1009528_1	13047,25006,30007
+GSM1006913_1	11310,25006,30007
+GSM1010746_2	14011,24015,30015
+GSM1010780_2	13047,24686,30015
+GSM1006908_1	11310,25006,30007
+GSM1010885_2	14017,24680,30015
+GSM1010755_1	14011,24067,30015
+GSM1003539_1	13068,22025,30003
+GSM1003488_1	13056,22028,30003
+GSM1022637_1	13114,24001,30004
+GSM1003612_1	11310,24617,30018
+GSM1003483_1	14001,22028,30003
+GSM1010859_2	14013,24014,30015
+GSM1003583_1	14018,24011,30003
+GSM1008593_1	14041,23001,30019
+GSM981251_2	14016,25002,30006
+GSM979647_3	14016,25004,30011
+GSM1010829_2	14011,24057,30015
+GSM1003618_1	14001,24697,30018
+GSM1010782_2	14018,24681,30015
+GSM1014532_2	13117,23002,30004
+GSM1010877_2	14018,24690,30015
+GSM1010792_2	14013,24014,30015
+GSM1003492_1	14018,22063,30003
+GSM1022641_1	13057,22001,30004
+GSM1008591_2	13278,23001,30019
+GSM1006887_1	14012,24001,30009
+GSM1010905_2	14005,24054,30015
+GSM1003490_1	13054,22022,30003
+GSM1014513_2	14008,23002,30004
+GSM979649_1	13219,25004,30011
+GSM1010718_1	14014,24063,30015
+GSM1010744_1	13047,24014,30015
+GSM1003484_1	13050,22060,30003
+GSM1008565_2	14028,23001,30019
+GSM1010830_1	13052,24634,30015
+GSM1022628_1	13089,24001,30004
+GSM1010742_2	11101,24686,30015
+GSM1003493_1	14011,22019,30003
+GSM1014533_1	13118,23002,30004
+GSM1010773_1	14016,24028,30015
+GSM1022626_1	13057,24001,30004
+GSM981258_4	13200,25002,30006
+GSM1008582_1	13130,23001,30019
+GSM1010797_1	13142,24017,30015
+GSM984616_4	13224,25002,30006
+GSM1010798_1	14016,24017,30015
+GSM1022659_1	13068,22001,30004
+GSM1010886_1	14017,24022,30015
+GSM1003620_1	14018,24671,30018
+GSM1010894_4	14018,24017,30015
+GSM1010828_1	14011,24022,30015
+GSM1010855_1	14017,24683,30015
+GSM1008573_1	12220,23001,30019
+GSM1010833_2	14011,24021,30015
+GSM981249_2	11310,25002,30006
+GSM1014514_1	13050,23002,30004
+GSM981246_1	14011,25002,30006
+GSM1024787_1	13166,23001,30004
+GSM1010830_2	13052,24634,30015
+GSM981259_4	13130,25002,30006
+GSM1008602_1	14018,23001,30019
+GSM984620_1	13197,25002,30006
+GSM1003466_1	13058,22018,30003
+GSM1010841_1	14017,24014,30015
+GSM1003572_1	11101,22053,30003
+GSM979662_2	13223,25004,30011
+GSM1010854_4	14028,24017,30015
+GSM1006874_2	14012,24001,30009
+GSM1011122_2	13230,23003,30022
+GSM1010770_1	13142,24028,30015
+GSM1010879_2	14011,24016,30015
+GSM984611_4	13201,25002,30006
+GSM981254_2	13132,25002,30006
+GSM1010837_1	14028,24681,30015
+GSM1006889_1	14046,22001,30009
+GSM1010779_1	13047,24694,30015
+GSM1006903_4	14011,25006,30007
+GSM981257_1	13195,25002,30006
+GSM1010781_2	13142,24054,30015
+GSM1010761_2	14011,24052,30015
+GSM1010825_2	14028,22044,30015
+GSM1010864_1	14028,24021,30015
+GSM1010765_2	14005,24051,30015
+GSM1022663_1	14028,24001,30004
+GSM979633_2	14011,25004,30011
+GSM979653_1	13107,25004,30011
+GSM1010874_2	14017,24017,30015
+GSM1024762_1	14014,23001,30004
+GSM1008604_1	13288,23001,30019
+GSM984608_3	13221,25002,30006
+GSM1010722_2	14018,24688,30015
+GSM1010827_2	14011,24011,30015
+GSM1010787_1	13048,24043,30015
+GSM1022653_1	14030,24001,30004
+GSM1010883_3	14016,24017,30015
+GSM1006905_3	14028,25006,30007
+GSM1003575_1	14018,22043,30003
+GSM1003477_1	13132,22000,30003
+GSM1006912_2	14028,25006,30007
+GSM1008559_1	13232,23001,30019
+GSM1008575_1	13286,23001,30019
+GSM1010826_2	14011,24048,30015
+GSM1010794_2	14011,24025,30015
+GSM979635_1	13195,25004,30011
+GSM979655_3	13130,25004,30011
+GSM1010843_2	14006,24033,30015
+GSM1003500_1	13049,22028,30003
+GSM1003564_1	13068,22018,30003
+GSM1010856_2	14017,24692,30015
+GSM979636_1	13196,25004,30011
+GSM981248_1	11310,25002,30006
+GSM1010814_3	13048,24017,30015
+GSM1008589_1	13279,23001,30019
+GSM1022649_1	11123,22001,30004
+GSM1003525_1	13054,22025,30003
+GSM979654_2	14028,25004,30011
+GSM1010913_1	12011,22018,30004
+GSM1010868_2	14011,24680,30015
+GSM1008572_1	13289,23001,30019
+GSM1010886_2	14017,24022,30015
+GSM1006876_2	14028,24634,30009
+GSM1010734_1	14028,24001,30015
+GSM979642_4	12217,25004,30011
+GSM1010882_1	14011,24054,30015
+GSM1014540_1	13116,23002,30004
+GSM1024752_1	13116,23001,30004
+GSM1010812_1	14011,24028,30015
+GSM1024761_1	14014,23001,30004
+GSM1008563_2	13284,23001,30019
+GSM1008597_2	14017,23001,30019
+GSM1003507_1	14018,22064,30003
+GSM1006877_1	14028,24004,30009
+GSM1003475_1	13068,22000,30003
+GSM1014527_2	13073,23002,30004
+GSM1010889_2	14028,24624,30015
+GSM1024793_1	14043,23001,30004
diff --git a/hg19/track2Annotation_longrange b/hg19/track2Annotation_longrange
new file mode 100644
index 0000000..9000056
--- /dev/null
+++ b/hg19/track2Annotation_longrange
@@ -0,0 +1,73 @@
+wgEncodeGisChiaPetHct116Pol2InteractionsRep1	14005,27001,30007
+wgEncodeGisChiaPetHelas3Pol2InteractionsRep1	14001,27001,30007
+wgEncodeGisChiaPetK562CtcfInteractionsRep1	14018,27001,30007
+wgEncodeGisChiaPetK562Pol2InteractionsRep1	14018,27001,30007
+wgEncodeGisChiaPetK562Pol2InteractionsRep2	14018,27001,30007
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep1	14028,27001,30007
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep2	14028,27001,30007
+wgEncodeGisChiaPetMcf7EraaInteractionsRep1	14028,27001,30007
+wgEncodeGisChiaPetMcf7EraaInteractionsRep2	14028,27001,30007
+wgEncodeGisChiaPetMcf7EraaInteractionsRep3	14028,27001,30007
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep1	14028,27001,30007
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep2	14028,27001,30007
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep3	14028,27001,30007
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep4	14028,27001,30007
+wgEncodeGisChiaPetNb4Pol2InteractionsRep1	14008,27001,30007
+wgEncodeUmassDekker5CGm12878Pk	13047,27002,30024
+wgEncodeUmassDekker5CH1hescPk	11101,27002,30024
+wgEncodeUmassDekker5CHelas3Pk	14001,27002,30024
+wgEncodeUmassDekker5CK562Pk	14018,27002,30024
+Esc_20kb_hindIII_rep1	11101,27003,30002
+Esc_20kb_hindIII_rep2	11101,27003,30002
+Esc_40kb_hindIII_rep1	11101,27003,30002
+Esc_40kb_hindIII_rep2	11101,27003,30002
+Esc_40kb_hindIII_combined	11101,27003,30002
+IMR90_20kb_hindIII_rep1	11310,27003,30002
+IMR90_20kb_hindIII_rep2	11310,27003,30002
+IMR90_40kb_hindIII_rep1	11310,27003,30002
+IMR90_40kb_hindIII_rep2	11310,27003,30002
+IMR90_40kb_hindIII_combined	11310,27003,30002
+GM06990_exp_100kb	13076,27003,30024
+GM06990_exp_1mb	13076,27003,30024
+GM06990_obs_100kb	13076,27003,30024
+GM06990_obs_1mb	13076,27003,30024
+GM06990_obsexp_100kb	13076,27003,30024
+GM06990_obsexp_1mb	13076,27003,30024
+GM06990_pearson_100kb	13076,27003,30024
+GM06990_pearson_1mb	13076,27003,30024
+K562_exp_100kb	14018,27003,30024
+K562_exp_1mb	14018,27003,30024
+K562_obs_100kb	14018,27003,30024
+K562_obs_1mb	14018,27003,30024
+K562_obsexp_100kb	14018,27003,30024
+K562_obsexp_1mb	14018,27003,30024
+K562_pearson_100kb	14018,27003,30024
+K562_pearson_1mb	14018,27003,30024
+GSM832456	27001,14028,30007
+GSM832457	27001,14028,30007
+GSM832458	27001,14028,30007
+GSM832459	27001,14028,30007
+GSM832460	27001,14005,30007
+GSM832461	27001,14001,30007
+GSM832462	27001,14008,30007
+GSM832463	27001,14018,30007
+GSM832464	27001,14018,30007
+GSM832465	27001,14018,30007
+wgEncodeUw5CBjUw5cgeneMatrixRep1	13075,27002,30004
+wgEncodeUw5CBjUw5cgeneMatrixRep2	13075,27002,30004
+wgEncodeUw5CCaco2Uw5cmycMatrixRep1	14004,27002,30004
+wgEncodeUw5CCaco2Uw5cmycMatrixRep2	14004,27002,30004
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep1	13076,27002,30004
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep2	13076,27002,30004
+wgEncodeUw5CGm12878Uw5cmycMatrixRep1	13047,27002,30004
+wgEncodeUw5CGm12878Uw5cmycMatrixRep2	13047,27002,30004
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep1	13048,27002,30004
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep2	13048,27002,30004
+wgEncodeUw5CK562Uw5cmycMatrixRep1	14018,27002,30004
+wgEncodeUw5CK562Uw5cmycMatrixRep2	14018,27002,30004
+wgEncodeUw5CLncapUw5cmycMatrixRep1	14012,27002,30004
+wgEncodeUw5CLncapUw5cmycMatrixRep2	14012,27002,30004
+wgEncodeUw5CMcf7Uw5cmycMatrixRep1	14028,27002,30004
+wgEncodeUw5CMcf7Uw5cmycMatrixRep2	14028,27002,30004
+wgEncodeUw5CSknshraUw5cgeneMatrixRep1	14009,27002,30004
+wgEncodeUw5CSknshraUw5cgeneMatrixRep2	14009,27002,30004
diff --git a/hg19/track2Annotation_mock b/hg19/track2Annotation_mock
new file mode 100644
index 0000000..d58a817
--- /dev/null
+++ b/hg19/track2Annotation_mock
@@ -0,0 +1,19 @@
+mock1	50001
+mock2	50002
+mock3	50003
+mock4	50004
+mock5	50005
+mock6	50006
+mock7	50007
+mock8	50008
+mock9	50009
+mock11	50011
+mock12	50012
+mock13	50013
+mock14	50014
+mock15	50015
+mock16	50016
+mock17	50017
+mock18	50018
+mock19	50019
+mock20	50020
diff --git a/hg19/track2Annotation_roadmap b/hg19/track2Annotation_roadmap
new file mode 100644
index 0000000..35b2d9e
--- /dev/null
+++ b/hg19/track2Annotation_roadmap
@@ -0,0 +1,2179 @@
+GSM428286	11101,21001,30014
+GSM605332	11101,22026,30002
+GSM667639	11104,22026,30002
+GSM667640	11104,22026,30002
+GSM521924	11310,22026,30002
+GSM521925	11310,22026,30002
+GSM667637	11104,22024,30002
+GSM667638	11104,22024,30002
+GSM521919	11310,22024,30002
+GSM521921	11310,22024,30002
+GSM521922	11310,22024,30002
+GSM521923	11310,22024,30002
+GSM605330	11101,22027,30002
+GSM667635	11104,22027,30002
+GSM667636	11104,22027,30002
+GSM469975	11310,22027,30002
+GSM521918	11310,22027,30002
+GSM605329	11101,22025,30002
+GSM667634	11104,22025,30002
+GSM521915	11310,22025,30002
+GSM521917	11310,22025,30002
+GSM621398	13012,22012,30003,40001,60002,70009
+GSM621391	13013,22012,30003,40002,60002,70009
+GSM669933	13013,22012,30003,40003,60002,70009
+GSM669968	13013,22012,30003,40004,60002,70009
+GSM669976	13013,22012,30003,40005,60002,70009
+GSM669981	13013,22012,30003,40006,60002,70009
+GSM621426	13011,22012,30003,40007,60003,70009
+GSM669989	13011,22012,30003,40008,60003,70009
+GSM670018	13011,22012,30003,40009,60003,70009
+GSM670028	13011,22012,30003,40010,60003,70009
+GSM669994	13040,22012,30003,40011,60002,70009
+GSM669923	13041,22012,30003,40011,60002,70009
+GSM621427	12013,22012,30003,40012,60003,70009
+GSM670001	13042,22012,30003,40011,60002,70009
+GSM670005	13043,22012,30003,40011,60002,70009
+GSM669965	13044,22012,30003,40011,60002,70009
+GSM669973	13045,22012,30003,40011,60002,70009
+GSM669596	13006,22012,30014,40013,60002,70002
+GSM613871	13005,22012,30014,40014,60002,70002
+GSM613886	13005,22012,30014,40013,60002,70002
+GSM613875	13007,22012,30014,40015,60002,70004
+GSM537635	13028,22012,30003,40016,60003,70009
+GSM537654	13028,22012,30003,40017,60003,70009
+GSM537637	13022,22012,30003,40018,60003,70009
+GSM537645	13022,22012,30003,40019,60003,70009
+GSM537653	13046,22012,30003,40020,60003,70009
+GSM537663	13023,22012,30003,40021,60003,70009
+GSM621399	13023,22012,30003,40022,60003,70009
+GSM621436	13023,22012,30003,40023,60002,70004
+GSM621663	13023,22012,30003,40024,60002,70010
+GSM669995	13023,22012,30003,40025,60003,70009
+GSM486710	13019,22012,30003,40026,60003,70009
+GSM486712	13019,22012,30003,40027,60003,70009
+GSM613812	13021,22012,30014,40028,60001,70004
+GSM669919	11301,22012,30003,40007,60003,70009
+GSM670023	11301,22012,30003,40008,60003,70009
+GSM670040	11301,22012,30003,40007,60003,70009
+GSM621668	13014,22012,30003,40029,60002,70004
+GSM621395	13016,22012,30003,40030,60001,70004
+GSM537625	11102,22012,30003
+GSM537664	11102,22012,30003
+GSM537639	11103,22012,30003
+GSM428291	11101,22012,30014
+GSM433174	11101,22012,30003
+GSM450266	11101,22012,30014
+GSM605325	11101,22012,30002
+GSM605327	11101,22012,30002
+GSM605328	11101,22012,30002
+GSM667631	11104,22012,30002
+GSM667632	11104,22012,30002
+GSM667633	11104,22012,30002
+GSM621397	12006,22012,30003,40031,60003,70009
+GSM621434	12006,22012,30003,40031,60003,70009
+GSM621744	13103,22012,30003
+GSM621747	13103,22012,30003
+GSM621753	13103,22012,30003
+GSM669886	11120,22012,30003
+GSM669894	11120,22012,30003
+GSM669928	11107,22012,30003
+GSM469974	11310,22012,30002
+GSM521913	11310,22012,30002
+GSM521914	11310,22012,30002
+GSM537691	11206,22012,30003
+GSM537678	11209,22012,30003
+GSM537688	11205,22012,30003
+GSM621651	13009,22012,30003,40032,60001,70004
+GSM621441	12049,22012,30003,40033,60003,70009
+GSM537695	13010,22012,30003,40034,60002,70009
+GSM537710	13010,22012,30003,40035,60001,70009
+GSM669986	13010,22012,30003,40036,60003,70009
+GSM669939	12040,22012,30003,40037,60002,70009
+GSM537686	13171,22012,30003,40038,60001,70009
+GSM613878	13018,22012,30014,40039,60001,70004
+GSM613882	13018,22012,30014,40040,60001,70008
+GSM621633	13015,22012,30003,40041,60002,70004
+GSM621678	13015,22012,30003,40042,60002,70004
+GSM621660	13004,22012,30003,40043,60002,70004
+GSM621632	13003,22012,30003,40044,60003,70009
+GSM621681	13003,22012,30003,40045,60002,70004
+GSM621690	13003,22012,30003,40046,60001,70004
+GSM621631	13002,22012,30003,40047,60002,70004
+GSM621428	13026,22012,30003,40048,60003,70009
+GSM621389	13024,22012,30003,40048,60003,70009
+GSM670020	13012,22013,30003,40001,60002,70009
+GSM670020_1	13012,22013,30003,40001,60002,70009
+GSM669904	13013,22013,30003,40004,60002,70009
+GSM669922	13013,22013,30003,40006,60002,70009
+GSM669938	13013,22013,30003,40005,60002,70009
+GSM670027	13013,22013,30003,40003,60002,70009
+GSM621442	13011,22013,30003,40007,60003,70009
+GSM669937	13011,22013,30003,40009,60003,70009
+GSM669983	13011,22013,30003,40010,60003,70009
+GSM669999	13011,22013,30003,40008,60003,70009
+GSM669950	13040,22013,30003,40011,60002,70009
+GSM670032	13041,22013,30003,40011,60002,70009
+GSM669623	12020,22013,30014,40049,60003,70009
+GSM669906	13042,22013,30003,40011,60002,70009
+GSM669918	13043,22013,30003,40011,60002,70009
+GSM669977	13045,22013,30003,40011,60002,70009
+GSM613889	13005,22013,30014,40013,60002,70002
+GSM543004	13025,22013,30014,40028,60001,70004
+GSM613813	13021,22013,30014,40028,60001,70004
+GSM669917	11301,22013,30003,40007,60003,70009
+GSM670030	11301,22013,30003,40008,60003,70009
+GSM621674	13014,22013,30003,40029,60002,70004
+GSM621445	13016,22013,30003,40030,60001,70004
+GSM537624	11102,22013,30003
+GSM537670	11102,22013,30003
+GSM669896	11103,22013,30003
+GSM410807	11101,22013,30014
+GSM433171	11101,22013,30003
+GSM434785	11101,22013,30002
+GSM537685	11101,22013,30003
+GSM605323	11101,22013,30002
+GSM605324	11104,22013,30002
+GSM616129	11104,22013,30002
+GSM621400	12006,22013,30003,40031,60003,70009
+GSM621738	13103,22013,30003
+GSM621748	13103,22013,30003
+GSM621757	13103,22013,30003
+GSM670013	11106,22013,30003
+GSM669890	11120,22013,30003
+GSM669963	11107,22013,30003
+GSM469973	11310,22013,30002
+GSM521912	11310,22013,30002
+GSM537692	11206,22013,30003
+GSM537677	11209,22013,30003
+GSM537689	11205,22013,30003
+GSM621430	12049,22013,30003,40033,60003,70009
+GSM537705	13010,22013,30003,40034,60002,70009
+GSM621630	13010,22013,30003,40036,60003,70009
+GSM537660	13171,22013,30003,40050,60001,70009
+GSM669590	13035,22013,30014,40051,60001,70009
+GSM613879	13018,22013,30014,40039,60001,70004
+GSM613883	13018,22013,30014,40040,60001,70008
+GSM621636	13015,22013,30003,40041,60002,70004
+GSM669949	13015,22013,30003,40042,60002,70004
+GSM670021	13015,22013,30003,40011,60002,70009
+GSM621661	13004,22013,30003,40043,60002,70004
+GSM621682	13003,22013,30003,40045,60002,70004
+GSM621688	13003,22013,30003,40044,60003,70009
+GSM621691	13003,22013,30003,40046,60001,70004
+GSM669921	13002,22013,30003,40047,60002,70004
+GSM605321	11101,22022,30002
+GSM605322	11101,22022,30002
+GSM667630	11104,22022,30002
+GSM521909	11310,22022,30002
+GSM521911	11310,22022,30002
+GSM605318	11101,22023,30002
+GSM605319	11101,22023,30002
+GSM605320	11101,22023,30002
+GSM667629	11104,22023,30002
+GSM521904	11310,22023,30002
+GSM521906	11310,22023,30002
+GSM521907	11310,22023,30002
+GSM521908	11310,22023,30002
+GSM605317	11101,22021,30002
+GSM667627	11101,22021,30002
+GSM667628	11104,22021,30002
+GSM521902	11310,22021,30002
+GSM521903	11310,22021,30002
+GSM621458	13012,22009,30003,40001,60002,70009
+GSM621435	13013,22009,30003,40002,60002,70009
+GSM669925	13013,22009,30003,40004,60002,70009
+GSM669988	13013,22009,30003,40003,60002,70009
+GSM669998	13013,22009,30003,40006,60002,70009
+GSM670041	13013,22009,30003,40005,60002,70009
+GSM621422	13011,22009,30003,40007,60003,70009
+GSM669924	13011,22009,30003,40009,60003,70009
+GSM669991	13011,22009,30003,40008,60003,70009
+GSM670019	13011,22009,30003,40010,60003,70009
+GSM670031	13040,22009,30003,40011,60002,70009
+GSM669905	13041,22009,30003,40011,60002,70009
+GSM669624	12020,22009,30014,40049,60003,70009
+GSM621457	12013,22009,30003,40012,60003,70009
+GSM670022	13042,22009,30003,40011,60002,70009
+GSM669992	13043,22009,30003,40011,60002,70009
+GSM670016	13044,22009,30003,40011,60002,70009
+GSM670038	13045,22009,30003,40011,60002,70009
+GSM613869	13005,22009,30014,40014,60002,70002
+GSM613874	13007,22009,30014,40015,60002,70004
+GSM537702	13029,22009,30003,40052,60001,70009
+GSM537622	13028,22009,30003,40053,60003,70009
+GSM537632	13028,22009,30003,40054,60003,70009
+GSM537615	13022,22009,30003,40055,60003,70009
+GSM537633	13022,22009,30003,40056,60003,70009
+GSM537629	13046,22009,30003,40020,60003,70009
+GSM537652	13023,22009,30003,40021,60003,70009
+GSM621404	13023,22009,30003,40057,60003,70009
+GSM621437	13023,22009,30003,40022,60003,70009
+GSM621439	13023,22009,30003,40023,60002,70004
+GSM621665	13023,22009,30003,40024,60002,70010
+GSM621667	13023,22009,30003,40058,60001,70004
+GSM669943	13023,22009,30003,40025,60003,70009
+GSM486709	13019,22009,30003,40059,60003,70009
+GSM486711	13019,22009,30003,40060,60003,70009
+GSM613811	13021,22009,30014,40028,60001,70004
+GSM613881	13021,22009,30014,40039,60001,70004
+GSM669990	11301,22009,30003,40010,60003,70009
+GSM670004	11301,22009,30003,40007,60003,70009
+GSM670034	11301,22009,30003,40008,60003,70009
+GSM621671	13014,22009,30003,40029,60002,70004
+GSM621432	13016,22009,30003,40030,60001,70004
+GSM537626	11102,22009,30003
+GSM537665	11102,22009,30003
+GSM537623	11103,22009,30003
+GSM409308	11101,22009,30002
+GSM410808	11101,22009,30014
+GSM432392	11101,22009,30014
+GSM433170	11101,22009,30003
+GSM469971	11101,22009,30002
+GSM537680	11101,22009,30003
+GSM537681	11101,22009,30003
+GSM605315	11101,22009,30002
+GSM605316	11104,22009,30002
+GSM616128	11104,22009,30002
+GSM621417	12006,22009,30003,40031,60003,70009
+GSM621737	13103,22009,30003
+GSM621745	13103,22009,30003
+GSM621760	13103,22009,30003
+GSM669936	11106,22009,30003
+GSM669889	11120,22009,30003
+GSM669893	11120,22009,30003
+GSM669967	11107,22009,30003
+GSM469970	11310,22009,30002
+GSM521901	11310,22009,30002
+GSM537694	11201,22009,30003
+GSM537687	11206,22009,30003
+GSM537671	11209,22009,30003
+GSM537676	11209,22009,30003
+GSM621423	11205,22009,30003
+GSM621648	13009,22009,30003,40032,60001,70004
+GSM621438	12049,22009,30003,40033,60003,70009
+GSM537697	13010,22009,30003,40034,60002,70009
+GSM537709	13010,22009,30003,40035,60001,70009
+GSM621675	13010,22009,30003,40036,60003,70009
+GSM621405	12021,22009,30003,40033,60003,70009
+GSM537643	13171,22009,30003,40050,60001,70009
+GSM669589	13035,22009,30014,40051,60001,70009
+GSM621643	13015,22009,30003,40041,60002,70004
+GSM621658	13015,22009,30003,40042,60002,70004
+GSM621662	13004,22009,30003,40043,60002,70004
+GSM621637	13003,22009,30003,40044,60003,70009
+GSM621685	13003,22009,30003,40045,60002,70004
+GSM621694	13003,22009,30003,40046,60001,70004
+GSM621645	13002,22009,30003,40047,60002,70004
+GSM621388	13024,22009,30003,40048,60003,70009
+GSM602260	11101,22008,30002
+GSM602261	11101,22008,30002
+GSM605314	11104,22008,30002
+GSM616127	11104,22008,30002
+GSM621742	13103,22008,30003
+GSM621750	13103,22008,30003
+GSM621758	13103,22008,30003
+GSM521899	11310,22008,30002
+GSM521900	11310,22008,30002
+GSM621418	13012,22010,30003,40001,60002,70009
+GSM621425	13013,22010,30003,40002,60002,70009
+GSM669908	13013,22010,30003,40004,60002,70009
+GSM669975	13013,22010,30003,40005,60002,70009
+GSM670045	13013,22010,30003,40006,60002,70009
+GSM621402	13011,22010,30003,40007,60003,70009
+GSM669911	13011,22010,30003,40009,60003,70009
+GSM669920	13011,22010,30003,40008,60003,70009
+GSM669980	13011,22010,30003,40010,60003,70009
+GSM669970	13040,22010,30003,40011,60002,70009
+GSM670033	13041,22010,30003,40011,60002,70009
+GSM669962	13042,22010,30003,40011,60002,70009
+GSM670036	13043,22010,30003,40011,60002,70009
+GSM670015	13044,22010,30003,40011,60002,70009
+GSM669941	13045,22010,30003,40011,60002,70009
+GSM669595	13006,22010,30014,40013,60002,70002
+GSM613870	13005,22010,30014,40014,60002,70002
+GSM613885	13005,22010,30014,40013,60002,70002
+GSM613868	13007,22010,30014,40015,60002,70004
+GSM613876	13007,22010,30014,40015,60002,70004
+GSM537636	13022,22010,30003,40018,60003,70009
+GSM537646	13022,22010,30003,40019,60003,70009
+GSM537628	13046,22010,30003,40020,60003,70009
+GSM537650	13023,22010,30003,40021,60003,70009
+GSM621451	13023,22010,30003,40023,60002,70004
+GSM669907	13023,22010,30003,40025,60003,70009
+GSM486707	13019,22010,30003,40026,60003,70009
+GSM486708	13019,22010,30003,40027,60003,70009
+GSM613814	13021,22010,30014,40028,60001,70004
+GSM669909	11301,22010,30003,40009,60003,70009
+GSM669927	11301,22010,30003,40010,60003,70009
+GSM670000	11301,22010,30003,40008,60003,70009
+GSM670024	11301,22010,30003,40007,60003,70009
+GSM621670	13014,22010,30003,40029,60002,70004
+GSM621403	13016,22010,30003,40030,60001,70004
+GSM537668	11102,22010,30003
+GSM537641	11103,22010,30003
+GSM409307_1	11101,22010,30002
+GSM433177	11101,22010,30003
+GSM434762	11101,22010,30014
+GSM466739	11101,22010,30002
+GSM537679	11101,22010,30003
+GSM605312	11101,22010,30002
+GSM667626	11104,22010,30002
+GSM621429	12006,22010,30003,40031,60003,70009
+GSM621741	13103,22010,30003
+GSM621752	13103,22010,30003
+GSM621759	13103,22010,30003
+GSM669954	11106,22010,30003
+GSM669885	11120,22010,30003
+GSM669891	11120,22010,30003
+GSM669966	11107,22010,30003
+GSM521895	11310,22010,30002
+GSM521897	11310,22010,30002
+GSM521898	11310,22010,30002
+GSM670025	13009,22010,30003,40032,60001,70004
+GSM621409	12049,22010,30003,40033,60003,70009
+GSM537706	13010,22010,30003,40034,60002,70009
+GSM621654	13010,22010,30003,40061,60003,70009
+GSM669972	13010,22010,30003,40036,60003,70009
+GSM669969	12040,22010,30003,40037,60002,70009
+GSM537642	13171,22010,30003,40050,60001,70009
+GSM669591	13035,22010,30014,40051,60001,70009
+GSM613884	13018,22010,30014,40040,60001,70008
+GSM621639	13015,22010,30003,40041,60002,70004
+GSM621659	13015,22010,30003,40042,60002,70004
+GSM669964	13004,22010,30003,40043,60002,70004
+GSM621640	13003,22010,30003,40044,60003,70009
+GSM621679	13003,22010,30003,40046,60001,70004
+GSM621686	13003,22010,30003,40045,60002,70004
+GSM621642	13002,22010,30003,40047,60002,70004
+GSM605311	11101,22011,30002
+GSM667624	11101,22011,30002
+GSM667625	11104,22011,30002
+GSM521893	11310,22011,30002
+GSM521894	11310,22011,30002
+GSM621446	13012,22020,30003,40001,60002,70009
+GSM621461	13013,22020,30003,40002,60002,70009
+GSM669952	13013,22020,30003,40004,60002,70009
+GSM669979	13013,22020,30003,40005,60002,70009
+GSM669997	13013,22020,30003,40003,60002,70009
+GSM670014	13013,22020,30003,40006,60002,70009
+GSM621419	13011,22020,30003,40007,60003,70009
+GSM669951	13011,22020,30003,40010,60003,70009
+GSM669996	13011,22020,30003,40008,60003,70009
+GSM670037	13011,22020,30003,40009,60003,70009
+GSM669915	13040,22020,30003,40011,60002,70009
+GSM670026	13040,22020,30003,40011,60002,70009
+GSM669985	13041,22020,30003,40011,60002,70009
+GSM621410	12013,22020,30003,40012,60003,70009
+GSM670002	13042,22020,30003,40011,60002,70009
+GSM670011	13043,22020,30003,40011,60002,70009
+GSM669982	13044,22020,30003,40011,60002,70009
+GSM669947	13045,22020,30003,40011,60002,70009
+GSM669597	13006,22020,30014,40013,60002,70002
+GSM613873	13005,22020,30014,40014,60002,70002
+GSM613888	13005,22020,30014,40013,60002,70002
+GSM537621	13028,22020,30003,40053,60003,70009
+GSM537630	13028,22020,30003,40016,60003,70009
+GSM537612	13022,22020,30003,40055,60003,70009
+GSM537666	13022,22020,30003,40056,60003,70009
+GSM537655	13046,22020,30003,40020,60003,70009
+GSM537651	13023,22020,30003,40021,60003,70009
+GSM621459	13023,22020,30003,40022,60003,70009
+GSM621666	13023,22020,30003,40024,60002,70010
+GSM669955	13023,22020,30003,40025,60003,70009
+GSM486705	13019,22020,30003,40062,60003,70009
+GSM486714	13019,22020,30003,40027,60003,70009
+GSM543035	13025,22020,30014,40028,60001,70004
+GSM669593	13021,22020,30014,40028,60001,70004
+GSM669914	11301,22020,30003,40008,60003,70009
+GSM669935	11301,22020,30003,40010,60003,70009
+GSM670012	11301,22020,30003,40007,60003,70009
+GSM621672	13014,22020,30003,40029,60002,70004
+GSM621421	13016,22020,30003,40030,60001,70004
+GSM537669	11102,22020,30003
+GSM537672	11102,22020,30003
+GSM537640	11103,22020,30003
+GSM409312	11101,22020,30002
+GSM428296	11101,22020,30014
+GSM433176	11101,22020,30003
+GSM450268	11101,22020,30014
+GSM466737	11101,22020,30002
+GSM537684	11101,22020,30003
+GSM605309	11101,22020,30002
+GSM605310	11104,22020,30002
+GSM667623	11104,22020,30002
+GSM621387	12006,22020,30003,40031,60003,70009
+GSM621392	12006,22020,30003,40031,60003,70009
+GSM621739	13103,22020,30003
+GSM621749	13103,22020,30003
+GSM621754	13103,22020,30003
+GSM670039	11106,22020,30003
+GSM669892	11120,22020,30003
+GSM669898	11120,22020,30003
+GSM669932	11107,22020,30003
+GSM521890	11310,22020,30002
+GSM521892	11310,22020,30002
+GSM537690	11206,22020,30003
+GSM537675	11209,22020,30003
+GSM537704	11205,22020,30003
+GSM621634	13009,22020,30003,40032,60001,70004
+GSM621415	12049,22020,30003,40033,60003,70009
+GSM537699	13010,22020,30003,40034,60002,70009
+GSM537708	13010,22020,30003,40035,60001,70009
+GSM669931	13010,22020,30003,40036,60003,70009
+GSM669912	12022,22020,30003,40063,60002,70009
+GSM537661	13171,22020,30003,40050,60001,70009
+GSM613880	13018,22020,30014,40039,60001,70004
+GSM621646	13015,22020,30003,40041,60002,70004
+GSM621687	13015,22020,30003,40042,60002,70004
+GSM621656	13004,22020,30003,40043,60002,70004
+GSM621644	13003,22020,30003,40044,60003,70009
+GSM621684	13003,22020,30003,40045,60002,70004
+GSM621693	13003,22020,30003,40046,60001,70004
+GSM621649	13002,22020,30003,40047,60002,70004
+GSM621449	13024,22020,30003,40048,60003,70009
+GSM621420	13012,22018,30003,40001,60002,70009
+GSM669930	13013,22018,30003,40004,60002,70009
+GSM670017	13013,22018,30003,40003,60002,70009
+GSM670035	13013,22018,30003,40005,60002,70009
+GSM621454	13011,22018,30003,40007,60003,70009
+GSM669957	13011,22018,30003,40010,60003,70009
+GSM670007	13011,22018,30003,40008,60003,70009
+GSM670009	13011,22018,30003,40009,60003,70009
+GSM669625	12020,22018,30014,40049,60003,70009
+GSM621393	12013,22018,30003,40012,60003,70009
+GSM669913	13042,22018,30003,40011,60002,70009
+GSM669953	13045,22018,30003,40011,60002,70009
+GSM613872	13005,22018,30014,40014,60002,70002
+GSM613887	13005,22018,30014,40013,60002,70002
+GSM669594	13007,22018,30014,40015,60002,70004
+GSM537703	13029,22018,30003,40052,60001,70009
+GSM537634	13028,22018,30003,40054,60003,70009
+GSM537638	13028,22018,30003,40064,60003,70009
+GSM537613	13022,22018,30003,40055,60003,70009
+GSM537631	13022,22018,30003,40056,60003,70009
+GSM537656	13046,22018,30003,40020,60003,70009
+GSM537649	13023,22018,30003,40021,60003,70009
+GSM621431	13023,22018,30003,40023,60002,70004
+GSM621664	13023,22018,30003,40024,60002,70010
+GSM669945	13023,22018,30003,40065,60003,70009
+GSM486704	13019,22018,30003,40062,60003,70009
+GSM486706	13019,22018,30003,40060,60003,70009
+GSM613815	13021,22018,30014,40028,60001,70004
+GSM669916	11301,22018,30003,40008,60003,70009
+GSM669959	11301,22018,30003,40007,60003,70009
+GSM621673	13014,22018,30003,40029,60002,70004
+GSM621460	13016,22018,30003,40030,60001,70004
+GSM537627	11102,22018,30003
+GSM537648	11102,22018,30003
+GSM537657	11103,22018,30003
+GSM428295	11101,22018,30014
+GSM433167	11101,22018,30003
+GSM434776	11101,22018,30002
+GSM466734	11101,22018,30002
+GSM537683	11101,22018,30003
+GSM605308	11101,22018,30002
+GSM667622	11104,22018,30002
+GSM621390	12006,22018,30003,40031,60003,70009
+GSM621450	12006,22018,30003,40031,60003,70009
+GSM621740	13103,22018,30003
+GSM621751	13103,22018,30003
+GSM621755	13103,22018,30003
+GSM669942	11106,22018,30003
+GSM669887	11120,22018,30003
+GSM669897	11120,22018,30003
+GSM669974	11107,22018,30003
+GSM469968	11310,22018,30002
+GSM521889	11310,22018,30002
+GSM621433	11206,22018,30003
+GSM537674	11209,22018,30003
+GSM537700	11205,22018,30003
+GSM621416	11205,22018,30003
+GSM621424	12049,22018,30003,40033,60003,70009
+GSM537698	13010,22018,30003,40034,60002,70009
+GSM537707	13010,22018,30003,40035,60001,70009
+GSM537658	13171,22018,30003,40050,60001,70009
+GSM669592	13035,22018,30014,40051,60001,70009
+GSM613877	13018,22018,30014,40039,60001,70004
+GSM621650	13015,22018,30003,40041,60002,70004
+GSM621676	13015,22018,30003,40042,60002,70004
+GSM621655	13004,22018,30003,40043,60002,70004
+GSM621653	13003,22018,30003,40044,60003,70009
+GSM621683	13003,22018,30003,40045,60002,70004
+GSM621692	13003,22018,30003,40046,60001,70004
+GSM621635	13002,22018,30003,40047,60002,70004
+GSM621448	13024,22018,30003,40048,60003,70009
+GSM466732	11101,22019,30002
+GSM663427	11101,22019,30002
+GSM605307	11104,22019,30002
+GSM665037	11104,22019,30002
+GSM469966	11310,22019,30002
+GSM469967	11310,22019,30002
+GSM521887	11310,22019,30002
+GSM605305	11101,22016,30002
+GSM605306	11101,22016,30002
+GSM667621	11104,22016,30002
+GSM667617	11101,22017,30002
+GSM667618	11101,22017,30002
+GSM667619	11104,22017,30002
+GSM667620	11104,22017,30002
+GSM521885	11310,22017,30002
+GSM521886	11310,22017,30002
+GSM602259	11101,22015,30002
+GSM605304	11101,22015,30002
+GSM667616	11104,22015,30002
+GSM469965	11310,22015,30002
+GSM521884	11310,22015,30002
+GSM667614	11101,22014,30002
+GSM667615	11101,22014,30002
+GSM521881	11310,22014,30002
+GSM521883	11310,22014,30002
+GSM605302	11101,22003,30002
+GSM605303	11101,22003,30002
+GSM667612	11104,22003,30002
+GSM667613	11104,22003,30002
+GSM605300	11101,22005,30002
+GSM605301	11101,22005,30002
+GSM521879	11310,22005,30002
+GSM521880	11310,22005,30002
+GSM605298	11101,22006,30002
+GSM605299	11101,22006,30002
+GSM521875	11310,22006,30002
+GSM521877	11310,22006,30002
+GSM521878	11310,22006,30002
+GSM605296	11101,22007,30002
+GSM605297	11101,22007,30002
+GSM667610	11104,22007,30002
+GSM667611	11104,22007,30002
+GSM521871	11310,22007,30002
+GSM521873	11310,22007,30002
+GSM521874	11310,22007,30002
+GSM605295	11101,22004,30002
+GSM521869	11310,22004,30002
+GSM521870	11310,22004,30002
+GSM602257	11101,22002,30002
+GSM602258	11101,22002,30002
+GSM667608	11104,22002,30002
+GSM667609	11104,22002,30002
+GSM521866	11310,22002,30002
+GSM521868	11310,22002,30002
+GSM530653	12100,23001,30004,40067,60003,70009
+GSM665804	12014,23001,30004,40068,60003,70009
+GSM595920	12015,23001,30004,40069,60002,70009
+GSM595920_1	12015,23001,30004,40069,60002,70009
+GSM530651	12016,23001,30004,40012,60001,70009
+GSM595913	12016,23001,30004,40012,60001,70009
+GSM595913_1	12016,23001,30004,40012,60001,70009
+GSM665819	12019,23001,30004,40098,60002,70009
+GSM595922	12017,23001,30004,40070,60002,70009
+GSM595922_1	12017,23001,30004,40070,60002,70009
+GSM595923	12017,23001,30004,40070,60002,70009
+GSM595923_1	12017,23001,30004,40070,60002,70009
+GSM595926	12018,23001,30004,40071,60002,70009
+GSM595926_1	12018,23001,30004,40071,60002,70009
+GSM595928	12018,23001,30004,40071,60002,70009
+GSM595928_1	12018,23001,30004,40071,60002,70009
+GSM665837	13022,23001,30004,40072,60001,70004
+GSM493384	13019,23001,30004,40075,60003,70009
+GSM493386	13019,23001,30004,40021,60003,70009
+GSM493387	13019,23001,30004,40099,60003,70009
+GSM530652	13019,23001,30004,40024,60002,70010
+GSM530657	13019,23001,30004,40023,60002,70004
+GSM530658	13019,23001,30004,40022,60002,70004
+GSM530659	13019,23001,30004,40058,60001,70004
+GSM530660	13019,23001,30004,40076,60002,70009
+GSM530663	13019,23001,30004,40077,60001,70004
+GSM530664	13019,23001,30004,40078,60001,70004
+GSM595914	13019,23001,30004,40024,60002,70010
+GSM595914_1	13019,23001,30004,40024,60002,70010
+GSM595917	13019,23001,30004,40057,60001,70004
+GSM595917_1	13019,23001,30004,40057,60001,70004
+GSM595918	13019,23001,30004,40075,60003,70009
+GSM595918_1	13019,23001,30004,40075,60003,70009
+GSM595919	13019,23001,30004,40058,60001,70004
+GSM595919_1	13019,23001,30004,40058,60001,70004
+GSM665812	13036,23001,30004,40100,60002,70004
+GSM665839	13036,23001,30004,40072,60001,70004
+GSM665820	13039,23001,30004,40101,60002,70004
+GSM665836	13037,23001,30004,40072,60001,70004
+GSM665813	13038,23001,30004,40100,60002,70004
+GSM665838	13038,23001,30004,40072,60001,70004
+GSM530661	12006,23001,30004,40031,60003,70009
+GSM530662	12006,23001,30004,40031,60003,70009
+GSM665814	12041,23001,30004,40079,60002,70009
+GSM665817	12042,23001,30004,40080,60001,70009
+GSM665830	12043,23001,30004,40081,60002,70009
+GSM665831	12044,23001,30004,40082,60001,70009
+GSM665824	12046,23001,30004,40084,60002,70009
+GSM665811	12047,23001,30004,40085,60001,70009
+GSM530654	12048,23001,30004,40067,60003,70009
+GSM468792	11310,23001,30004
+GSM468801	11310,23001,30004
+GSM530665	11310,23001,30004
+GSM530666	11310,23001,30004
+GSM665801	11213,23001,30004
+GSM665800	11214,23001,30004
+GSM665803	11215,23001,30004
+GSM665802	11216,23001,30004
+GSM665816	12050,23001,30004,40080,60001,70009
+GSM530655	12049,23001,30004,40033,60003,70009
+GSM493385	12051,23001,30004,40102,60002,70004
+GSM665829	12053,23001,30004,40081,60002,70009
+GSM665834	12054,23001,30004,40086,60001,70009
+GSM665822	12055,23001,30004,40084,60002,70009
+GSM665833	12056,23001,30004,40086,60001,70009
+GSM665810	12057,23001,30004,40083,60002,70009
+GSM665821	12058,23001,30004,40084,60002,70009
+GSM665815	12059,23001,30004,40079,60002,70009
+GSM665818	12060,23001,30004,40080,60001,70009
+GSM665826	12063,23001,30004,40081,60002,70009
+GSM595916	12023,23001,30004,40089,60001,70009
+GSM595916_1	12023,23001,30004,40089,60001,70009
+GSM595915	12024,23001,30004,40090,60002,70009
+GSM595915_1	12024,23001,30004,40090,60002,70009
+GSM595930	12025,23001,30004,40091,60001,70009
+GSM595930_1	12025,23001,30004,40091,60001,70009
+GSM665805	12027,23001,30004,40068,60003,70009
+GSM530656	12021,23001,30004,40033,60003,70009
+GSM595921	12030,23001,30004,40093,60003,70009
+GSM595921_1	12030,23001,30004,40093,60003,70009
+GSM665806	12031,23001,30004,40094,60001,70009
+GSM595924	12040,23001,30004,40070,60002,70009
+GSM595924_1	12040,23001,30004,40070,60002,70009
+GSM595925	12040,23001,30004,40070,60002,70009
+GSM595925_1	12040,23001,30004,40070,60002,70009
+GSM595927	12022,23001,30004,40071,60002,70009
+GSM595927_1	12022,23001,30004,40071,60002,70009
+GSM595929	12022,23001,30004,40071,60002,70009
+GSM595929_1	12022,23001,30004,40071,60002,70009
+GSM665828	12034,23001,30004,40081,60002,70009
+GSM665808	12035,23001,30004,40083,60002,70009
+GSM665827	12037,23001,30004,40081,60002,70009
+GSM665832	12038,23001,30004,40086,60001,70009
+GSM665807	12039,23001,30004,40083,60002,70009
+GSM665835	12066,23001,30004,40097,60002,70009
+GSM665825	12068,23001,30004,40081,60002,70009
+GSM665823	12095,23001,30004,40084,60002,70009
+GSM621443	13012,22001,30003,40001,60002,70009
+GSM621401	13013,22001,30003,40002,60002,70009
+GSM669934	13013,22001,30003,40004,60002,70009
+GSM669940	13013,22001,30003,40005,60002,70009
+GSM669984	13013,22001,30003,40003,60002,70009
+GSM670043	13013,22001,30003,40006,60002,70009
+GSM669946	13011,22001,30003,40007,60003,70009
+GSM669958	13011,22001,30003,40009,60003,70009
+GSM669987	13011,22001,30003,40008,60003,70009
+GSM670006	13011,22001,30003,40010,60003,70009
+GSM669978	13040,22001,30003,40011,60002,70009
+GSM670003	13041,22001,30003,40011,60002,70009
+GSM669944	12018,22001,30003,40063,60002,70009
+GSM669971	13042,22001,30003,40011,60002,70009
+GSM670010	13043,22001,30003,40011,60002,70009
+GSM669960	13044,22001,30003,40011,60002,70009
+GSM670042	13045,22001,30003,40011,60002,70009
+GSM613891	13005,22001,30014,40014,60002,70002
+GSM613897	13005,22001,30014,40013,60002,70002
+GSM613890	13007,22001,30014,40015,60002,70004
+GSM613892	13007,22001,30014,40015,60002,70004
+GSM537620	13028,22001,30003,40053,60003,70009
+GSM537619	13022,22001,30003,40055,60003,70009
+GSM537662	13023,22001,30003,40021,60003,70009
+GSM621414	13023,22001,30003,40023,60002,70004
+GSM621456	13023,22001,30003,40022,60003,70009
+GSM621689	13023,22001,30003,40024,60002,70010
+GSM669929	13023,22001,30003,40025,60003,70009
+GSM669929_1	13023,22001,30003,40025,60003,70009
+GSM669961	13023,22001,30003,40103,60001,70004
+GSM486702	13019,22001,30003,40062,60003,70009
+GSM621447	13020,22001,30003,40048,60003,70009
+GSM621413	13020,22001,30003,40104,60003,70009
+GSM613816	13021,22001,30014,40028,60001,70004
+GSM670029	11301,22001,30003,40009,60003,70009
+GSM670044	11301,22001,30003,40008,60003,70009
+GSM621669	13014,22001,30003,40029,60002,70004
+GSM621406	13016,22001,30003,40030,60001,70004
+GSM537647	11102,22001,30003
+GSM621386	11102,22001,30003
+GSM669926	11103,22001,30003
+GSM428289	11101,22001,30014
+GSM433179	11101,22001,30003
+GSM450270	11101,22001,30014
+GSM537682	11101,22001,30003
+GSM605333	11101,22001,30002
+GSM605334	11101,22001,30002
+GSM605335	11101,22001,30002
+GSM605336	11101,22001,30002
+GSM605337	11101,22001,30002
+GSM605338	11101,22001,30002
+GSM605339	11101,22001,30002
+GSM667641	11101,22001,30002
+GSM667642	11101,22001,30002
+GSM667643	11104,22001,30002
+GSM621396	12006,22001,30003,40031,60003,70009
+GSM621743	13103,22001,30003
+GSM621746	13103,22001,30003
+GSM621756	13103,22001,30003
+GSM669888	11120,22001,30003
+GSM669895	11120,22001,30003
+GSM521926	11310,22001,30002
+GSM521927	11310,22001,30002
+GSM521928	11310,22001,30002
+GSM521929	11310,22001,30002
+GSM521930	11310,22001,30002
+GSM521931	11310,22001,30002
+GSM521932	11310,22001,30002
+GSM521933	11310,22001,30002
+GSM537693	11201,22001,30003
+GSM537696	11206,22001,30003
+GSM621444	11206,22001,30003
+GSM621411	11208,22001,30003
+GSM621407	11209,22001,30003
+GSM537701	11205,22001,30003
+GSM621412	11205,22001,30003
+GSM621638	13009,22001,30003,40032,60001,70004
+GSM621629	13010,22001,30003,40036,60003,70009
+GSM669910	13010,22001,30003,40061,60003,70009
+GSM670008	13010,22001,30003,40105,60003,70009
+GSM669956	12040,22001,30003,40037,60002,70009
+GSM669993	12022,22001,30003,40063,60002,70009
+GSM537659	13171,22001,30003,40050,60001,70009
+GSM613893	13018,22001,30014,40039,60001,70004
+GSM613894	13018,22001,30014,40039,60001,70004
+GSM613896	13018,22001,30014,40040,60001,70008
+GSM621647	13015,22001,30003,40041,60002,70004
+GSM621677	13015,22001,30003,40042,60002,70004
+GSM621657	13004,22001,30003,40043,60002,70004
+GSM621641	13003,22001,30003,40044,60003,70009
+GSM621680	13003,22001,30003,40045,60002,70004
+GSM669948	13003,22001,30003,40046,60001,70004
+GSM621652	13002,22001,30003,40047,60002,70004
+GSM621455	13026,22001,30003,40048,60003,70009
+GSM621453	13024,22001,30003,40048,60003,70009
+GSM543034	13007,25003,30014,40015,60002,70004
+GSM450239	11101,25003,30014
+GSM621560	13028,21002,30003,40106,60002,70009
+GSM621559	13019,21002,30003,40107,60003,70009
+GSM621561	13019,21002,30003,40107,60003,70009
+GSM621728	13014,21002,30003,40029,60002,70004
+GSM621729	13016,21002,30003,40030,60001,70004
+GSM621345	11102,21002,30003
+GSM621348	11102,21002,30003
+GSM621347	11103,21002,30003
+GSM621353	11103,21002,30003
+GSM670046	13030,21002,30003
+GSM670047	13030,21002,30003
+GSM670050	13030,21002,30003
+GSM670060	13030,21002,30003
+GSM670069	13030,21002,30003
+GSM670081	13030,21002,30003
+GSM621357	11101,21002,30003
+GSM621705	11101,21002,30003
+GSM621763	11101,21002,30003
+GSM621765	11101,21002,30003
+GSM670051	11302,21002,30003,40108,60001,70011
+GSM669901	11104,21002,30003
+GSM670053	11303,21002,30003,40109,60002,70011
+GSM669899	11304,21002,30003,40109,60002,70011
+GSM621606	11109,21002,30003
+GSM621734	11115,21002,30003
+GSM670077	11305,21002,30003,40110,60002,70011
+GSM670087	11108,21002,30003
+GSM621767	11111,21002,30003
+GSM670075	11306,21002,30003,40111,60001,70011
+GSM670089	11121,21002,30003
+GSM670091	11122,21002,30003
+GSM670084	11307,21002,30003,40112,60002,70011
+GSM621598	11106,21002,30003
+GSM621603	11118,21002,30003
+GSM621601	11114,21002,30003
+GSM621700	11120,21002,30003
+GSM670080	11308,21002,30003,40113,60002,70011
+GSM621595	11117,21002,30003
+GSM621591	11112,21002,30003
+GSM621594	11107,21002,30003
+GSM621599	11116,21002,30003
+GSM621592	11119,21002,30003
+GSM670049	11119,21002,30003
+GSM621709	11113,21002,30003
+GSM621718	11110,21002,30003
+GSM621719	11201,21002,30003
+GSM621715	11202,21002,30003
+GSM670073	11210,21002,30003
+GSM621557	11206,21002,30003
+GSM621721	11206,21002,30003
+GSM621699	11203,21002,30003
+GSM621714	11204,21002,30003
+GSM670062	11204,21002,30003
+GSM670067	11204,21002,30003
+GSM621696	11207,21002,30003
+GSM621695	11208,21002,30003
+GSM621564	11209,21002,30003
+GSM621725	11209,21002,30003
+GSM621552	11205,21002,30003
+GSM621562	11205,21002,30003
+GSM621735	11205,21002,30003
+GSM670055	11205,21002,30003
+GSM670057	11205,21002,30003
+GSM670070	11211,21002,30003
+GSM670064	11212,21002,30003
+GSM621713	13009,21002,30003,40032,60001,70004
+GSM621567	13171,21002,30003,40038,60001,70009
+GSM621702	13015,21002,30003,40042,60002,70004
+GSM621730	13004,21002,30003,40043,60002,70004
+GSM621726	13003,21002,30003,40045,60002,70004
+GSM621727	13003,21002,30003,40046,60001,70004
+GSM621732	13002,21002,30003,40047,60002,70004
+GSM543029	13006,25002,30014,40015,60002,70004
+GSM669620	13006,25002,30014,40013,60002,70002
+GSM543031	13005,25002,30014,40015,60002,70004
+GSM669621	13005,25002,30014,40013,60002,70002
+GSM669622	13008,25002,30014,40013,60002,70002
+GSM613867	13007,25002,30014,40015,60002,70004
+GSM669618	13020,25002,30014,40114,60001,70012
+GSM669617	13025,25002,30014,40114,60001,70012
+GSM669619	13021,25002,30014,40114,60001,70012
+GSM484408	11101,25002,30014
+GSM669616	13018,25002,30014,40114,60001,70012
+GSM669604	12003,21001,30014,40115,60002,70009
+GSM669605	12003,21001,30014,40116,60002,70009
+GSM493617	13006,21001,30014,70009,60002,70009
+GSM493620	13006,21001,30014,70009,60002,70009
+GSM613818	13006,21001,30014,40118,60002,70002
+GSM613826	13006,21001,30014,40119,60002,70004
+GSM613833	13006,21001,30014,40014,60002,70002
+GSM493624	13005,21001,30014,70009,60003,70009
+GSM613821	13005,21001,30014,40118,60002,70002
+GSM613834	13005,21001,30014,40014,60002,70002
+GSM613908	13005,21001,30014,40119,60002,70004
+GSM493626	13008,21001,30014,70009,60002,70009
+GSM613829	13008,21001,30014,40119,60002,70004
+GSM613837	13008,21001,30014,40014,60002,70002
+GSM613907	13008,21001,30014,40118,60002,70002
+GSM543007	13007,21001,30014,40015,60002,70004
+GSM613842	13020,21001,30014,40120,60002,70004
+GSM613903	13020,21001,30014,40121,60002,70013
+GSM669599	13020,21001,30014,40122,60002,70004
+GSM543011	13025,21001,30014,40120,60002,70004
+GSM613901	13025,21001,30014,40121,60002,70013
+GSM613920	13025,21001,30014,40122,60002,70004
+GSM543013	13021,21001,30014,40120,60002,70004
+GSM613905	13021,21001,30014,40121,60002,70013
+GSM613923	13021,21001,30014,40122,60002,70004
+GSM450236	11101,21001,30014
+GSM543005	11101,21001,30014
+GSM669600	13033,21001,30014,40115,60002,70009
+GSM669602	13033,21001,30014,40116,60002,70009
+GSM669601	13031,21001,30014,40115,60002,70009
+GSM669603	13031,21001,30014,40116,60002,70009
+GSM543009	13018,21001,30014,40120,60002,70004
+GSM613898	13018,21001,30014,40121,60002,70013
+GSM613919	13018,21001,30014,40122,60002,70004
+GSM669614	12003,21003,30014,40115,60002,70009
+GSM669615	12003,21003,30014,40116,60002,70009
+GSM493615	13006,21003,30014,70009,60002,70009
+GSM613843	13006,21003,30014,40118,60002,70002
+GSM613856	13006,21003,30014,40014,60002,70002
+GSM613864	13006,21003,30014,40123,60002,70002
+GSM543017	13005,21003,30014,40015,60002,70004
+GSM613846	13005,21003,30014,40118,60002,70002
+GSM613857	13005,21003,30014,40014,60002,70002
+GSM543019	13008,21003,30014,40015,60002,70004
+GSM613847	13008,21003,30014,40118,60002,70002
+GSM613853	13008,21003,30014,40119,60002,70004
+GSM613859	13008,21003,30014,40014,60002,70002
+GSM543021	13007,21003,30014,40015,60002,70004
+GSM613862	13020,21003,30014,40120,60002,70004
+GSM613914	13020,21003,30014,40121,60002,70013
+GSM669608	13020,21003,30014,40122,60002,70004
+GSM543025	13025,21003,30014,40120,60002,70004
+GSM613913	13025,21003,30014,40121,60002,70013
+GSM669607	13025,21003,30014,40122,60002,70004
+GSM543027	13021,21003,30014,40120,60002,70004
+GSM613917	13021,21003,30014,40121,60002,70013
+GSM669609	13021,21003,30014,40122,60002,70004
+GSM456941	11101,21003,30014
+GSM543016	11101,21003,30014
+GSM669610	13033,21003,30014,40115,60002,70009
+GSM669612	13033,21003,30014,40116,60002,70009
+GSM669611	13031,21003,30014,40115,60002,70009
+GSM669613	13031,21003,30014,40116,60002,70009
+GSM543023	13018,21003,30014,40120,60002,70004
+GSM613911	13018,21003,30014,40121,60002,70013
+GSM669606	13018,21003,30014,40122,60002,70004
+GSM602251	11318,21004,30002
+GSM602251_1	11318,21004,30002
+GSM602252	11318,21004,30002
+GSM602252_1	11318,21004,30002
+GSM602253	11318,21004,30002
+GSM602253_1	11318,21004,30002
+GSM602254	11318,21004,30002
+GSM602254_1	11318,21004,30002
+GSM602255	11318,21004,30002
+GSM602255_1	11318,21004,30002
+GSM602256	11318,21004,30002
+GSM602256_1	11318,21004,30002
+GSM429321	11101,21004,30002
+GSM429321_1	11101,21004,30002
+GSM429322	11101,21004,30002
+GSM429322_1	11101,21004,30002
+GSM429323_1	11101,21004,30002
+GSM432685	11101,21004,30002
+GSM432685_1	11101,21004,30002
+GSM432686	11101,21004,30002
+GSM432686_1	11101,21004,30002
+GSM675542	11309,21004,30002
+GSM675542_1	11309,21004,30002
+GSM675543	11309,21004,30002
+GSM675543_1	11309,21004,30002
+GSM675544	11309,21004,30002
+GSM675544_1	11309,21004,30002
+GSM675545	11309,21004,30002
+GSM675545_1	11309,21004,30002
+GSM675546	11309,21004,30002
+GSM675546_1	11309,21004,30002
+GSM432687	11310,21004,30002
+GSM432687_1	11310,21004,30002
+GSM432688	11310,21004,30002
+GSM432688_1	11310,21004,30002
+GSM432689	11310,21004,30002
+GSM432689_1	11310,21004,30002
+GSM432690	11310,21004,30002
+GSM432690_1	11310,21004,30002
+GSM432691	11310,21004,30002
+GSM432691_1	11310,21004,30002
+GSM432692	11310,21004,30002
+GSM432692_1	11310,21004,30002
+GSM707003	13033,22010,30014,40116,60002,70009
+GSM707004	13033,22009,30014,40116,60002,70009
+GSM707005	13033,22012,30014,40116,60002,70009
+GSM707006	13033,22018,30014,40116,60002,70009
+GSM707007	13033,22020,30014,40116,60002,70009
+GSM701539_0	13036,23001,30004,40148,60001,70010
+GSM701512_0	12140,23001,30004,40092,60001,70009
+GSM706046_0	11318,25002,30002
+GSM767349_0	11313,22009,30002
+GSM706054_1	11213,21004,30002
+GSM701535_0	12072,23001,30004,40186,60002,70009
+GSM706860_0	12138,21002,30003,40031,60003,70009
+GSM701504_0	12069,23001,30004,40095,60001,70009
+GSM774211_0	12132,23001,30004,40087,60002,70009
+GSM751288_0	13033,25003,30014,40175,60003,70009
+GSM752987_0	11310,22029,30002
+GSM806937_0	12003,22018,30014,40116,60002,70009
+GSM773046_0	13023,22018,30003,40057,60001,70004
+GSM723025_0	12136,23002,30004,40070,60002,70009
+GSM706079_0	11213,22012,30002
+GSM752993_0	11216,22001,30002
+GSM701503_0	13099,23001,30004,40073,60002,70004
+GSM806938_0	12003,22020,30014,40116,60002,70009
+GSM774205_0	12108,23001,30004,40139,60002,70009
+GSM774236_0	12129,23001,30004,40151,60002,70009
+GSM751272_0	13033,25002,30014,40116,60002,70009
+GSM707011_0	13031,22018,30014,40116,60002,70009
+GSM774215_0	12107,23001,30004,40169,60002,70009
+GSM701537_0	12096,23001,30004,40186,60002,70009
+GSM774237_0	12135,23001,30004,40086,60001,70009
+GSM701524_0	12141,23001,30004,40169,60002,70009
+GSM774232_0	12106,23001,30004,40151,60002,70009
+GSM701540_0	13038,23001,30004,40148,60001,70010
+GSM669584_0	13020,25003,30014,40114,60001,70012
+GSM706849_0	12006,22013,30003,40080,60001,70009
+GSM774219_0	12107,23001,30004,40155,60001,70009
+GSM774218_0	12125,23001,30004,40169,60002,70009
+GSM706065_0	11213,22019,30002
+GSM753431_0	11312,22018,30002
+GSM789280_0	11101,22004,30002
+GSM706841_0	12049,21002,30003,40033,60003,70009
+GSM701513_0	12094,23001,30004,40092,60001,70009
+GSM753446_0	11311,22001,30002
+GSM772729_0	13023,21002,30003,40024,60002,70010
+GSM753445_0	11313,22012,30002
+GSM751279_0	13033,25002,30014,40175,60003,70009
+GSM693276_0	13005,22013,30014,40014,60002,70002
+GSM701516_0	13022,23001,30004,40148,60001,70010
+GSM772732_0	12006,22010,30003,40171,60001,70009
+GSM774226_0	12121,23001,30004,40135,60002,70009
+GSM707023_0	13155,21003,30014,40137,60001,70009
+GSM806945_0	12003,22018,30014,40115,60002,70009
+GSM774244_0	13145,23001,30004,40051,60001,70009
+GSM706073_0	11216,22010,30002
+GSM752963_0	11104,22005,30002
+GSM701496_0	12067,23001,30004,40088,60001,70009
+GSM701489_0	13027,23001,30004,40176,60001,70004
+GSM706052_0	11216,25002,30002
+GSM701508_0	13037,23001,30004,40148,60001,70010
+GSM701531_0	12064,23001,30004,40135,60002,70009
+GSM706071_0	11104,22010,30002
+GSM752988_0	11213,22012,30002
+GSM706858_0	13023,21002,30003,40022,60002,70004
+GSM701505_0	12074,23001,30004,40095,60001,70009
+GSM751284_0	13155,25003,30014,40137,60001,70009
+GSM706055_1	11213,21004,30002
+GSM772731_0	13023,21002,30003,40076,60002,70009
+GSM751286_0	12003,25003,30014,40115,60002,70009
+GSM752992_0	11213,22001,30002
+GSM706845_0	13023,22010,30003,40022,60002,70004
+GSM706850_0	12003,22010,30003,40180,60003,70009
+GSM752981_0	11311,22008,30002
+GSM706842_0	12006,21002,30003,40031,60003,70009
+GSM767356_0	11309,22001,30002
+GSM706075_0	11216,22009,30002
+GSM752991_0	11101,22026,30002
+GSM701492_0	13028,23001,30004,40072,60001,70004
+GSM753439_0	11312,22008,30002
+GSM701507_0	13028,23001,30004,40148,60001,70010
+GSM707020_0	13145,21003,30014,40051,60001,70009
+GSM706061_0	11104,21004,30002
+GSM706057_0	11216,21004,30002
+GSM706837_0	13029,21002,30003,40149,60001,70009
+GSM701515_0	12052,23001,30004,40156,60002,70009
+GSM753430_0	11312,22018,30002
+GSM706844_0	13023,22018,30003,40023,60002,70004
+GSM751275_0	13155,25002,30014,40137,60001,70009
+GSM772735_0	12006,22009,30003,40171,60001,70009
+GSM723024_0	11310,23002,30004
+GSM752976_0	11104,22011,30002
+GSM707002_0	13155,22020,30014,40138,60001,70004
+GSM707021_0	13144,21003,30014,40051,60001,70009
+GSM774214_0	12114,23001,30004,40092,60001,70009
+GSM706847_0	13023,22001,30003,40022,60002,70004
+GSM701538_0	12092,23001,30004,40186,60002,70009
+GSM701498_0	12090,23001,30004,40088,60001,70009
+GSM753438_0	11312,22008,30002
+GSM753433_0	11312,22020,30002
+GSM751271_0	13031,25002,30014,40115,60002,70009
+GSM669587_0	13005,25003,30014,40013,60002,70002
+GSM706859_0	13023,21002,30003,40021,60003,70009
+GSM773043_0	13023,22010,30003,40077,60001,70004
+GSM706839_0	13023,21002,30003,40057,60001,70004
+GSM751283_0	13155,25003,30014,40138,60001,70004
+GSM707008_0	13031,22010,30014,40116,60002,70009
+GSM752971_0	11216,22018,30002
+GSM707018_0	13035,21001,30014,40051,60001,70009
+GSM774240_0	13144,23001,30004,40051,60001,70009
+GSM753429_0	11309,22019,30002
+GSM767341_0	11313,22019,30002
+GSM701511_0	12079,23001,30004,40092,60001,70009
+GSM752962_0	11104,22004,30002
+GSM701509_0	12088,23001,30004,40068,60003,70009
+GSM752985_0	11216,22009,30002
+GSM701506_0	12071,23001,30004,40095,60001,70009
+GSM751278_0	13035,25002,30014,40051,60001,70009
+GSM767347_0	11313,22010,30002
+GSM751287_0	13031,25003,30014,40116,60002,70009
+GSM767345_0	11313,22018,30002
+GSM706058_0	11216,21004,30002
+GSM701490_0	12061,23001,30004,40087,60002,70009
+GSM706053_0	11213,21004,30002
+GSM752982_0	11311,22008,30002
+GSM753436_0	11312,22010,30002
+GSM706066_0	11104,22018,30002
+GSM752974_0	11213,22020,30002
+GSM669582_0	13018,25003,30014,40114,60001,70012
+GSM751280_0	13033,25003,30014,40116,60002,70009
+GSM706053_1	11213,21004,30002
+GSM707019_0	12003,21003,30014,40159,60001,70009
+GSM706082_0	11213,22001,30002
+GSM772727_0	11319,21002,30003
+GSM706058_1	11216,21004,30002
+GSM773044_0	13023,22001,30003,40075,60003,70009
+GSM751285_0	12003,25003,30014,40116,60002,70009
+GSM701533_0	12075,23001,30004,40135,60002,70009
+GSM752970_0	11213,22018,30002
+GSM669586_0	13006,25003,30014,40013,60002,70002
+GSM701529_0	12081,23001,30004,40155,60001,70009
+GSM707000_0	13155,22012,30014,40138,60001,70004
+GSM706077_0	11104,22023,30002
+GSM706059_0	11104,21004,30002
+GSM774242_0	12127,23001,30004,40154,60001,70009
+GSM706048_0	11309,25002,30002
+GSM701494_0	12078,23001,30004,40088,60001,70009
+GSM706838_0	12003,21002,30003,40012,60001,70009
+GSM772728_0	11319,21002,30003
+GSM751276_0	13145,25002,30014,40051,60001,70009
+GSM706060_1	11104,21004,30002
+GSM701500_0	13100,23001,30004,40183,60002,70004
+GSM706840_0	12003,21002,30003,40071,60002,70009
+GSM753428_0	11312,22019,30002
+GSM752968_0	11311,22018,30002
+GSM752984_0	11213,22009,30002
+GSM723021_0	12016,23002,30004,40012,60001,70009
+GSM772725_0	11317,21002,30003
+GSM774228_0	12117,23001,30004,40186,60002,70009
+GSM706060_0	11104,21004,30002
+GSM753437_0	11313,22010,30002
+GSM706851_0	12003,22001,30003,40180,60003,70009
+GSM753973_0	13007,23001,30004,40015,60002,70004
+GSM753426_0	11311,22019,30002
+GSM701525_0	13022,23001,30004,40141,60003,70009
+GSM774225_0	12111,23001,30004,40135,60002,70009
+GSM752967_0	11216,22019,30002
+GSM752983_0	11311,22009,30002
+GSM706835_0	13022,21002,30003,40153,60003,70009
+GSM772723_0	11317,21002,30003
+GSM706855_0	12137,22001,30003,40168,60002,70009
+GSM751282_0	13033,25003,30014,40115,60002,70009
+GSM774241_0	13144,23001,30004,40051,60001,70009
+GSM706083_0	11216,22001,30002
+GSM753440_0	11311,22009,30002
+GSM767353_0	11313,22001,30002
+GSM707015_0	12003,21001,30014,40159,60001,70009
+GSM701522_0	12076,23001,30004,40169,60002,70009
+GSM706068_0	11216,22018,30002
+GSM706854_0	12137,22013,30003,40168,60002,70009
+GSM774209_0	12102,23001,30004,40087,60002,70009
+GSM701534_0	12143,23001,30004,40186,60002,70009
+GSM753447_0	11311,22001,30002
+GSM774212_0	12105,23001,30004,40087,60002,70009
+GSM701519_0	12082,23001,30004,40172,60001,70009
+GSM767342_0	11313,22019,30002
+GSM806941_0	13155,22012,30014,40137,60001,70009
+GSM707016_0	13145,21001,30014,40051,60001,70009
+GSM774233_0	12118,23001,30004,40151,60002,70009
+GSM752964_0	11104,22014,30002
+GSM438363_0	11310,25002,30002
+GSM789284_0	11101,22025,30002
+GSM706852_0	12137,22018,30003,40168,60002,70009
+GSM774223_0	12120,23001,30004,40155,60001,70009
+GSM701517_0	12083,23001,30004,40172,60001,70009
+GSM753425_0	11311,22019,30002
+GSM774210_0	12109,23001,30004,40087,60002,70009
+GSM767352_0	11313,22012,30002
+GSM774216_0	12110,23001,30004,40169,60002,70009
+GSM767354_0	11313,22001,30002
+GSM774238_0	12126,23001,30004,40181,60001,70009
+GSM706051_0	11213,25002,30002
+GSM752975_0	11216,22020,30002
+GSM806943_0	12003,22009,30014,40115,60002,70009
+GSM774229_0	12112,23001,30004,40161,60002,70009
+GSM706047_0	11318,25002,30002
+GSM706072_0	11213,22010,30002
+GSM701530_0	12070,23001,30004,40155,60001,70009
+GSM701526_0	13022,23001,30004,40143,60003,70009
+GSM752969_0	11311,22018,30002
+GSM701510_0	12085,23001,30004,40092,60001,70009
+GSM693277_0	13005,22009,30014,40013,60002,70002
+GSM707001_0	13155,22018,30014,40138,60001,70004
+GSM752980_0	11216,22010,30002
+GSM701488_0	13143,23001,30004,40176,60001,70004
+GSM753974_0	13007,23001,30004,40015,60002,70004
+GSM693275_0	13007,22020,30014,40015,60002,70004
+GSM701501_0	12084,23001,30004,40096,60001,70009
+GSM772724_0	13147,21002,30003,40146,60002,70004
+GSM706080_0	11216,22012,30002
+GSM806944_0	12003,22012,30014,40115,60002,70009
+GSM767350_0	11309,22009,30002
+GSM753449_0	11312,22001,30002
+GSM701532_0	12080,23001,30004,40135,60002,70009
+GSM723023_0	12006,23002,30004,40067,60003,70009
+GSM752989_0	11216,22012,30002
+GSM701541_0	13099,23001,30004,40148,60001,70010
+GSM706056_0	11213,21004,30002
+GSM774231_0	12134,23001,30004,40151,60002,70009
+GSM752990_0	11101,22027,30002
+GSM706057_1	11216,21004,30002
+GSM774217_0	12115,23001,30004,40169,60002,70009
+GSM707014_0	13031,22001,30014,40116,60002,70009
+GSM706074_0	11213,22009,30002
+GSM706059_1	11104,21004,30002
+GSM701528_0	12091,23001,30004,40155,60001,70009
+GSM706070_0	11216,22020,30002
+GSM806939_0	13155,22010,30014,40137,60001,70009
+GSM751277_0	13144,25002,30014,40051,60001,70009
+GSM707022_0	13035,21003,30014,40051,60001,70009
+GSM767344_0	11313,22018,30002
+GSM706081_0	11104,22001,30002
+GSM753435_0	11312,22010,30002
+GSM706836_0	12136,21002,30003,40070,60002,70009
+GSM774227_0	12133,23001,30004,40186,60002,70009
+GSM701523_0	12036,23001,30004,40169,60002,70009
+GSM706049_0	11309,25002,30002
+GSM706078_0	11104,22022,30002
+GSM806940_0	13155,22009,30014,40137,60001,70009
+GSM774235_0	12124,23001,30004,40151,60002,70009
+GSM752978_0	11311,22010,30002
+GSM774207_0	12131,23001,30004,40139,60002,70009
+GSM706061_1	11104,21004,30002
+GSM773045_0	13023,22001,30003,40077,60001,70004
+GSM693278_0	13006,22018,30014,40013,60002,70002
+GSM753427_0	11312,22019,30002
+GSM774201_0	13143,23001,30004,40021,60001,70010
+GSM774203_0	12006,23001,30004,40097,60002,70009
+GSM774208_0	13023,23001,30004,40170,60001,70010
+GSM772726_0	13146,21002,30003,40165,60001,70004
+GSM701497_0	12093,23001,30004,40088,60001,70009
+GSM701499_0	13038,23001,30004,40073,60002,70004
+GSM752979_0	11213,22010,30002
+GSM806934_0	12003,22010,30014,40116,60002,70009
+GSM767355_0	11309,22001,30002
+GSM752977_0	11311,22010,30002
+GSM701493_0	13028,23001,30004,40073,60002,70004
+GSM706064_0	11104,22015,30002
+GSM774222_0	12128,23001,30004,40155,60001,70009
+GSM701495_0	12062,23001,30004,40088,60001,70009
+GSM706999_0	13155,22009,30014,40138,60001,70004
+GSM701502_0	12078,23001,30004,40096,60001,70009
+GSM772730_0	13023,21002,30003,40077,60001,70004
+GSM701518_0	12087,23001,30004,40172,60001,70009
+GSM772733_0	12139,22001,30003,40147,60002,70009
+GSM773042_0	13023,22020,30003,40077,60001,70004
+GSM706846_0	13023,22001,30003,40023,60002,70004
+GSM806948_0	12003,22001,30014,40115,60002,70009
+GSM701527_0	12142,23001,30004,40155,60001,70009
+GSM789281_0	11101,22004,30002
+GSM706853_0	12137,22010,30003,40168,60002,70009
+GSM701487_0	12069,23001,30004,40086,60001,70009
+GSM706857_0	13023,21002,30003,40023,60002,70004
+GSM706856_0	12006,22001,30003,40085,60001,70009
+GSM752972_0	11311,22020,30002
+GSM806947_0	13155,22001,30014,40137,60001,70009
+GSM774213_0	12113,23001,30004,40095,60001,70009
+GSM774220_0	12116,23001,30004,40155,60001,70009
+GSM706076_0	11104,22021,30002
+GSM767348_0	11313,22009,30002
+GSM753432_0	11312,22020,30002
+GSM774202_0	12104,23001,30004,40084,60002,70009
+GSM773041_0	13023,22009,30003,40077,60001,70004
+GSM701514_0	12065,23001,30004,40156,60002,70009
+GSM767351_0	11309,22009,30002
+GSM774230_0	12096,23001,30004,40186,60002,70009
+GSM774239_0	12122,23001,30004,40181,60001,70009
+GSM753442_0	11312,22009,30002
+GSM701520_0	12086,23001,30004,40172,60001,70009
+GSM806946_0	12003,22020,30014,40115,60002,70009
+GSM753434_0	11313,22020,30002
+GSM773049_0	13023,22012,30003,40077,60001,70004
+GSM751281_0	13031,25003,30014,40115,60002,70009
+GSM707012_0	13031,22020,30014,40116,60002,70009
+GSM774234_0	12119,23001,30004,40151,60002,70009
+GSM767346_0	11313,22020,30002
+GSM701491_0	13027,23001,30004,40170,60001,70010
+GSM774243_0	13145,23001,30004,40051,60001,70009
+GSM773048_0	13023,22001,30003,40057,60001,70004
+GSM751273_0	13031,25002,30014,40116,60002,70009
+GSM773047_0	13023,22018,30003,40077,60001,70004
+GSM751274_0	12003,25002,30014,40115,60002,70009
+GSM772734_0	13023,22010,30003,40024,60002,70010
+GSM723022_0	13023,23002,30004,40075,60003,70009
+GSM751270_0	13033,25002,30014,40115,60002,70009
+GSM707010_0	13031,22012,30014,40116,60002,70009
+GSM774224_0	12123,23001,30004,40155,60001,70009
+GSM752966_0	11213,22019,30002
+GSM706054_0	11213,21004,30002
+GSM753448_0	11312,22001,30002
+GSM706848_0	12006,22010,30003,40080,60001,70009
+GSM669588_0	13008,25003,30014,40013,60002,70002
+GSM774204_0	12101,23001,30004,40097,60002,70009
+GSM806936_0	12003,22012,30014,40116,60002,70009
+GSM774206_0	12130,23001,30004,40139,60002,70009
+GSM753441_0	11312,22009,30002
+GSM706050_0	11213,25002,30002
+GSM806935_0	12003,22009,30014,40116,60002,70009
+GSM774221_0	12103,23001,30004,40155,60001,70009
+GSM706067_0	11213,22018,30002
+GSM669585_0	13021,25003,30014,40114,60001,70012
+GSM707013_0	13033,22001,30014,40116,60002,70009
+GSM701521_0	12089,23001,30004,40169,60002,70009
+GSM752986_0	11310,22029,30002
+GSM701536_0	12073,23001,30004,40186,60002,70009
+GSM806942_0	12003,22010,30014,40115,60002,70009
+GSM772734_1	13023,22010,30003,40024,60002,70010
+GSM707009_0	13031,22009,30014,40116,60002,70009
+GSM707017_0	13144,21001,30014,40051,60001,70009
+GSM767343_0	11309,22019,30002
+GSM706843_0	13023,22020,30003,40023,60002,70004
+GSM752965_0	11213,22019,30002
+GSM817193	12086,23001,30004,40173,60001,70009
+GSM773007	13041,22010,30003,40179,60001,70009
+GSM773009	13041,22020,30003,40179,60001,70009
+GSM773008	13041,22009,30003,40179,60001,70009
+GSM817195	13035,23001,30004,40051,60001,70009
+GSM817196	13035,23001,30004,40124,60001,70009
+GSM817197	13035,23001,30004,40124,60001,70009
+GSM818010	11313,22002,30002
+GSM818011	11313,22002,30002
+GSM818012	11310,22066,30002
+GSM818013	11310,22066,30002
+GSM818014	11313,22007,30002
+GSM818015	11313,22007,30002
+GSM818016	11309,22007,30002
+GSM818017	11310,22003,30002
+GSM818018	11313,22003,30002
+GSM818019	11313,22003,30002
+GSM817194	13035,23001,30004,40051,60001,70009
+GSM817204	12177,23001,30004,40144,60001,70009
+GSM817205	12176,23001,30004,40144,60001,70009
+GSM817206	12167,23001,30004,40150,60001,70009
+GSM817207	12165,23001,30004,40150,60001,70009
+GSM817200	12164,23001,30004,40130,60002,70009
+GSM817201	12169,23001,30004,40130,60002,70009
+GSM817202	12173,23001,30004,40144,60001,70009
+GSM817203	12172,23001,30004,40144,60001,70009
+GSM817208	12087,23001,30004,40158,60001,70009
+GSM817209	12086,23001,30004,40158,60001,70009
+GSM773012	13044,22009,30003,40179,60001,70009
+GSM773010	13044,22001,30003,40179,60001,70009
+GSM773011	13041,22019,30003,40179,60001,70009
+GSM773014	13044,22010,30003,40179,60001,70009
+GSM773015	13044,22019,30003,40179,60001,70009
+GSM818061	11313,22026,30002
+GSM818060	11309,22024,30002
+GSM818063	11309,22001,30002
+GSM818062	11309,22026,30002
+GSM832838	11310,22003,30002
+GSM832839	11104,22001,30002
+GSM832837	11310,22003,30002
+GSM817253	13035,25003,30014,40051,60001,70009
+GSM817252	13144,25003,30014,40051,60001,70009
+GSM817251	13145,25003,30014,40051,60001,70009
+GSM817250	12003,25002,30014,40116,60002,70009
+GSM817172	12182,23001,30004,40154,60001,70009
+GSM817173	12180,23001,30004,40154,60001,70009
+GSM916015	13045,22020,30003,40179,60001,70009
+GSM916014	13162,22009,30003,40182,60001,70004
+GSM916017	13163,22010,30003,40167,60001,70004
+GSM916016	13163,22018,30003,40167,60001,70004
+GSM916019	13163,22009,30003,40167,60001,70004
+GSM916018	13163,22013,30003,40167,60001,70004
+GSM817158	12178,23001,30004,40102,60002,70009
+GSM817159	12147,23001,30004,40097,60002,70009
+GSM817183	12168,23001,30004,40173,60001,70009
+GSM817182	12163,23001,30004,40173,60001,70009
+GSM818008	11310,22028,30002
+GSM818049	11312,22013,30002
+GSM818048	11312,22013,30002
+GSM818043	11309,22009,30002
+GSM818042	11313,22008,30002
+GSM818041	11313,22008,30002
+GSM818040	11309,22010,30002
+GSM818047	11311,22013,30002
+GSM818046	11309,22023,30002
+GSM818045	11313,22023,30002
+GSM818044	11313,22023,30002
+GSM817199	12181,23001,30004,40187,60003,70009
+GSM817189	12179,23001,30004,40173,60001,70009
+GSM817188	12060,23001,30004,40173,60001,70009
+GSM817211	12082,23001,30004,40158,60001,70009
+GSM818058	11313,22024,30002
+GSM818059	11313,22024,30002
+GSM818054	11312,22012,30002
+GSM818055	11309,22012,30002
+GSM818056	11309,22012,30002
+GSM818057	11101,22012,30002
+GSM818050	11313,22013,30002
+GSM818051	11313,22013,30002
+GSM818052	11309,22013,30002
+GSM818053	11312,22012,30002
+GSM916037	13042,22001,30003,40162,60001,70009
+GSM916036	13162,22020,30003,40182,60001,70004
+GSM916035	13042,22019,30003,40162,60001,70009
+GSM916034	13042,22012,30003,40162,60001,70009
+GSM916033	13162,22010,30003,40182,60001,70004
+GSM916032	13162,22018,30003,40182,60001,70004
+GSM916031	13147,22020,30003,40166,60002,70004
+GSM916030	13147,22001,30003,40166,60002,70004
+GSM916039	13042,22010,30003,40162,60001,70009
+GSM916038	13042,22018,30003,40162,60001,70009
+GSM817248	12003,21003,30014,40070,60002,70009
+GSM817249	12003,21003,30014,40071,60002,70009
+GSM706063	11104,22006,30002
+GSM706062	11104,22006,30002
+GSM817240	13144,22018,30014,40124,60001,70009
+GSM817241	13144,22020,30014,40124,60001,70009
+GSM817242	13035,22001,30014,40051,60001,70009
+GSM817243	12003,22001,30014,40116,60002,70009
+GSM817244	13033,22001,30014,40115,60002,70009
+GSM817245	13031,22001,30014,40115,60002,70009
+GSM817246	13144,22001,30014,40051,60001,70009
+GSM817247	13144,22001,30014,40124,60001,70009
+GSM916028	13151,22020,30003,40125,60003,70009
+GSM916029	13147,22009,30003,40166,60002,70004
+GSM916020	13163,22020,30003,40167,60001,70004
+GSM916021	11304,22028,30003,40140,60003,70009
+GSM916022	11319,22028,30003,40140,60002,70009
+GSM916023	13041,22012,30003,40179,60001,70009
+GSM916024	13152,22010,30003,40125,60003,70009
+GSM916025	13152,22012,30003,40125,60003,70009
+GSM916026	13152,22019,30003,40125,60003,70009
+GSM916027	13152,22009,30003,40125,60003,70009
+GSM818029	11313,22017,30002
+GSM818028	11313,22017,30002
+GSM807395	11311,22003,30002
+GSM818021	11309,22014,30002
+GSM818020	11313,22014,30002
+GSM818023	11313,22015,30002
+GSM818022	11313,22015,30002
+GSM818025	11311,22017,30002
+GSM818024	11309,22015,30002
+GSM818027	11312,22017,30002
+GSM818026	11312,22017,30002
+GSM817187	12146,23001,30004,40173,60001,70009
+GSM817186	12156,23001,30004,40173,60001,70009
+GSM817185	12153,23001,30004,40173,60001,70009
+GSM817184	12158,23001,30004,40173,60001,70009
+GSM817239	13144,22012,30014,40124,60001,70009
+GSM817238	13144,22020,30014,40051,60001,70009
+GSM817181	12148,23001,30004,40152,60001,70009
+GSM817180	12150,23001,30004,40152,60001,70009
+GSM817235	13144,22009,30014,40051,60001,70009
+GSM817234	13144,22010,30014,40051,60001,70009
+GSM817237	13144,22018,30014,40051,60001,70009
+GSM817236	13144,22012,30014,40051,60001,70009
+GSM817231	13033,22012,30014,40115,60002,70009
+GSM817230	13033,22010,30014,40115,60002,70009
+GSM817233	13031,22012,30014,40115,60002,70009
+GSM817232	13031,22010,30014,40115,60002,70009
+GSM817165	12183,23001,30004,40088,60001,70009
+GSM817164	12154,23001,30004,40087,60002,70009
+GSM817167	12184,23001,30004,40169,60002,70009
+GSM817166	13036,23001,30004,40101,60002,70004
+GSM817161	12145,23001,30004,40185,60001,70009
+GSM817160	13165,23001,30004,40176,60001,70004
+GSM817163	12149,23001,30004,40087,60002,70009
+GSM817162	12144,23001,30004,40139,60002,70009
+GSM772989	13041,22018,30003,40179,60001,70009
+GSM817169	13144,23001,30004,40124,60001,70009
+GSM817168	12151,23001,30004,40151,60002,70009
+GSM817198	11311,23001,30004
+GSM817213	12170,23001,30004,40184,60001,70009
+GSM818038	11309,22011,30002
+GSM818039	11309,22010,30002
+GSM817212	12165,23001,30004,40128,60001,70009
+GSM817190	12082,23001,30004,40173,60001,70009
+GSM818033	11309,22018,30002
+GSM818030	11309,22017,30002
+GSM818031	11309,22019,30002
+GSM818036	11313,22011,30002
+GSM818037	11313,22011,30002
+GSM818034	11309,22020,30002
+GSM818035	11309,22020,30002
+GSM817228	13155,22010,30014,40138,60001,70004
+GSM817229	13035,22018,30014,40051,60001,70009
+GSM817226	13155,22018,30014,40137,60001,70009
+GSM817227	13155,22020,30014,40137,60001,70009
+GSM817225	13035,22009,30014,40051,60001,70009
+GSM817220	12006,23001,30004,40139,60002,70009
+GSM817176	12171,23001,30004,40154,60001,70009
+GSM817177	12174,23001,30004,40154,60001,70009
+GSM817174	12155,23001,30004,40152,60001,70009
+GSM817175	12152,23001,30004,40152,60001,70009
+GSM772990	13041,22001,30003,40179,60001,70009
+GSM772991	13043,22001,30003,40179,60001,70009
+GSM817170	13144,23001,30004,40124,60001,70009
+GSM817171	12162,23001,30004,40154,60001,70009
+GSM817214	12160,23001,30004,40184,60001,70009
+GSM772851	13149,22010,30003,40125,60003,70009
+GSM817178	12157,23001,30004,40152,60001,70009
+GSM817179	12167,23001,30004,40152,60001,70009
+GSM916048	13014,22012,30003,40164,60002,70004
+GSM916046	13014,22010,30003,40164,60002,70004
+GSM916047	13014,22001,30003,40164,60002,70004
+GSM916044	13014,22013,30003,40164,60002,70004
+GSM916045	13014,22009,30003,40164,60002,70004
+GSM916042	13014,22020,30003,40164,60002,70004
+GSM916043	13014,22018,30003,40164,60002,70004
+GSM916040	13042,22009,30003,40162,60001,70009
+GSM916041	13042,22020,30003,40162,60001,70009
+GSM807393	11311,22002,30002
+GSM807392	11311,22002,30002
+GSM807391	11104,22028,30002
+GSM807396	11104,22016,30002
+GSM818009	11313,22028,30002
+GSM807394	11311,22003,30002
+GSM818007	11310,22028,30002
+GSM807399	11311,22023,30002
+GSM807398	11311,22023,30002
+GSM807403	11104,22065,30002
+GSM807402	11311,22013,30002
+GSM807401	11311,22022,30002
+GSM817210	12083,23001,30004,40158,60001,70009
+GSM817217	12166,23001,30004,40131,60002,70009
+GSM817216	12161,23001,30004,40131,60002,70009
+GSM817215	11311,23001,30004
+GSM817191	12159,23001,30004,40187,60003,70009
+GSM817219	12107,23001,30004,40131,60002,70009
+GSM817218	12175,23001,30004,40184,60001,70009
+GSM817192	12087,23001,30004,40173,60001,70009
+GSM864035	11311,22019,30002
+GSM864034	11104,22006,30002
+GSM864037	11311,22001,30002
+GSM864036	11311,22018,30002
+GSM864033	11313,21004,30002
+GSM864032	11313,21004,30002
+GSM941716	13031,22020,30014,40115,60002,70009
+GSM941717	13144,22010,30014,40124,60001,70009
+GSM941714	13033,22020,30014,40115,60002,70009
+GSM941715	13031,22018,30014,40115,60002,70009
+GSM941713	13033,22018,30014,40115,60002,70009
+GSM941718	13144,22009,30014,40124,60001,70009
+GSM941719	13145,22009,30014,40051,60001,70009
+GSM878629	12209,23001,30004,40184,60001,70009
+GSM878628	11312,23001,30004
+GSM878621	11101,23001,30004
+GSM878620	12157,23001,30004,40150,60001,70009
+GSM878623	12197,23001,30004,40150,60001,70009
+GSM878622	12188,23001,30004,40136,60001,70009
+GSM878625	12157,23001,30004,40128,60001,70009
+GSM878624	12197,23001,30004,40150,60001,70009
+GSM878627	12201,23001,30004,40184,60001,70009
+GSM878626	12167,23001,30004,40128,60001,70009
+GSM941729	13145,22020,30014,40051,60001,70009
+GSM941728	13145,22010,30014,40051,60001,70009
+GSM941723	13035,21001,30014,40124,60001,70009
+GSM941722	13144,21001,30014,40124,60001,70009
+GSM941721	13145,22018,30014,40051,60001,70009
+GSM941720	13145,22012,30014,40051,60001,70009
+GSM941727	13145,21003,30014,40124,60001,70009
+GSM941726	13035,21003,30014,40124,60001,70009
+GSM941725	13144,21003,30014,40124,60001,70009
+GSM941724	13145,21001,30014,40124,60001,70009
+GSM878638	12205,23001,30004,40145,60001,70009
+GSM878639	12212,23001,30004,40145,60001,70009
+GSM878632	12203,23001,30004,40133,60001,70009
+GSM878633	12198,23001,30004,40184,60001,70009
+GSM878630	12006,23001,30004,40181,60001,70009
+GSM878631	12186,23001,30004,40133,60001,70009
+GSM878636	12191,23001,30004,40184,60001,70009
+GSM878637	12187,23001,30004,40145,60001,70009
+GSM878634	12198,23001,30004,40184,60001,70009
+GSM878635	12191,23001,30004,40184,60001,70009
+GSM941738	13035,22018,30014,40124,60001,70009
+GSM941739	13035,22020,30014,40124,60001,70009
+GSM941734	13145,22020,30014,40124,60001,70009
+GSM941735	13035,22009,30014,40124,60001,70009
+GSM941736	13035,22010,30014,40124,60001,70009
+GSM941737	13035,22012,30014,40124,60001,70009
+GSM941730	13145,22010,30014,40124,60001,70009
+GSM941731	13145,22009,30014,40124,60001,70009
+GSM941732	13145,22012,30014,40124,60001,70009
+GSM941733	13145,22018,30014,40124,60001,70009
+GSM864799	11311,22019,30002
+GSM941741	13145,22001,30014,40124,60001,70009
+GSM941740	13145,22001,30014,40051,60001,70009
+GSM941743	13145,25002,30014,40124,60001,70009
+GSM941742	13035,22001,30014,40124,60001,70009
+GSM941745	13035,25002,30014,40124,60001,70009
+GSM941744	13144,25002,30014,40124,60001,70009
+GSM878610	12206,23001,30004,40154,60001,70009
+GSM878611	12165,23001,30004,40152,60001,70009
+GSM878612	11104,23001,30004
+GSM878613	11104,23001,30004
+GSM878614	11312,23001,30004
+GSM878615	11309,23001,30004
+GSM878616	11101,23001,30004
+GSM878617	12199,23001,30004,40177,60001,70009
+GSM878618	12204,23001,30004,40130,60002,70009
+GSM878619	12207,23001,30004,40136,60001,70009
+GSM878665	12185,23001,30004,40142,60002,70009
+GSM878664	12214,23001,30004,40142,60002,70009
+GSM878667	12208,23001,30004,40178,60002,70009
+GSM878666	12211,23001,30004,40142,60002,70009
+GSM878661	12179,23001,30004,40127,60002,70009
+GSM878660	12089,23001,30004,40126,60002,70009
+GSM878663	12179,23001,30004,40178,60002,70009
+GSM878662	12210,23001,30004,40134,60002,70009
+GSM864800	11312,22019,30002
+GSM864801	11311,22018,30002
+GSM864802	11311,22001,30002
+GSM864803	11312,22001,30002
+GSM878655	12202,23001,30004,40127,60002,70009
+GSM818005	11311,21004,30002
+GSM818004	11311,21004,30002
+GSM878650	12003,23001,30004,40133,60001,70009
+GSM878649	12194,23001,30004,40184,60001,70009
+GSM878648	12194,23001,30004,40184,60001,70009
+GSM878643	12193,23001,30004,40184,60001,70009
+GSM878642	12193,23001,30004,40184,60001,70009
+GSM878641	12196,23001,30004,40184,60001,70009
+GSM878640	12196,23001,30004,40184,60001,70009
+GSM878647	12195,23001,30004,40184,60001,70009
+GSM878646	12195,23001,30004,40184,60001,70009
+GSM878645	12192,23001,30004,40184,60001,70009
+GSM878644	12192,23001,30004,40184,60001,70009
+GSM878658	12190,23001,30004,40127,60002,70009
+GSM878659	12107,23001,30004,40127,60002,70009
+GSM878654	12213,23001,30004,40127,60002,70009
+GSM818006	11311,21004,30002
+GSM878656	12093,23001,30004,40126,60001,70009
+GSM878657	12200,23001,30004,40127,60002,70009
+GSM818003	11311,21004,30002
+GSM878651	12003,23001,30004,40145,60001,70009
+GSM878652	12003,23001,30004,40132,60002,70009
+GSM878653	12189,23001,30004,40127,60002,70009
+GSM773026_0	13009,22012,30003,40163,60001,70004
+GSM772914_0	13154,22001,30003,40125,60003,70009
+GSM772792_0	11316,22009,30003,40009,60003,70009
+GSM773006_0	13009,22013,30003,40163,60001,70004
+GSM772943_0	13154,22012,30003,40125,60003,70009
+GSM772908_0	13162,22019,30003,40157,60001,70004
+GSM772900_0	13021,22018,30003,40160,60003,70009
+GSM772902_0	13156,22010,30003,40125,60003,70009
+GSM772960_0	13160,22012,30003,40179,60001,70009
+GSM772878_0	13153,22018,30003,40174,60003,70009
+GSM772751_0	11107,22020,30003
+GSM773003_0	11317,22013,30003
+GSM772897_0	13045,22012,30003,40179,60001,70009
+GSM773030_0	11207,22013,30003
+GSM772913_0	11317,22001,30003
+GSM772760_0	11315,22013,30003,40006,60002,70009
+GSM772830_0	13040,22010,30003,40179,60001,70009
+GSM772773_0	11316,22018,30003,40010,60003,70009
+GSM772877_0	13153,22020,30003,40174,60003,70009
+GSM772772_0	13043,22018,30003,40011,60002,70009
+GSM772860_0	13025,22010,30003,40160,60003,70009
+GSM772942_0	13146,22009,30003,40165,60001,70004
+GSM772921_0	13149,22012,30003,40125,60003,70009
+GSM772863_0	11205,22001,30003
+GSM772938_0	13023,22012,30003,40024,60002,70010
+GSM772866_0	13157,22020,30003,40125,60003,70009
+GSM772762_0	11315,22010,30003,40006,60002,70009
+GSM772875_0	13025,22012,30003,40174,60003,70009
+GSM772940_0	13146,22012,30003,40165,60001,70004
+GSM772767_0	11206,22010,30003
+GSM772840_0	13162,22018,30003,40157,60001,70004
+GSM772949_0	13021,22019,30003,40174,60003,70009
+GSM772744_0	11314,22018,30003,40006,60002,70009
+GSM772798_0	11106,22020,30003
+GSM772811_0	13009,22013,30003,40032,60001,70004
+GSM772961_0	13160,22020,30003,40179,60001,70009
+GSM772986_0	13151,22009,30003,40125,60003,70009
+GSM772828_0	13040,22020,30003,40179,60001,70009
+GSM772873_0	13153,22010,30003,40174,60003,70009
+GSM772749_0	11107,22013,30003
+GSM772881_0	13020,22001,30003,40174,60003,70009
+GSM772855_0	13020,22018,30003,40160,60003,70009
+GSM772988_0	13151,22001,30003,40125,60003,70009
+GSM773038_0	13029,22010,30003,40052,60001,70009
+GSM772994_0	13043,22012,30003,40179,60001,70009
+GSM772910_0	13162,22001,30003,40157,60001,70004
+GSM772838_0	13162,22020,30003,40157,60001,70004
+GSM772925_0	13020,22009,30003,40160,60003,70009
+GSM773018_0	13042,22020,30003,40179,60001,70009
+GSM772980_0	11317,22013,30003
+GSM772898_0	13045,22010,30003,40179,60001,70009
+GSM772821_0	11315,22018,30003,40004,60002,70009
+GSM772759_0	11315,22012,30003,40006,60002,70009
+GSM772996_0	13043,22009,30003,40179,60001,70009
+GSM772842_0	11205,22012,30003
+GSM772970_0	13147,22013,30003,40146,60002,70004
+GSM772969_0	13146,22018,30003,40165,60001,70004
+GSM772947_0	13025,22018,30003,40174,60003,70009
+GSM772934_0	13025,22019,30003,40174,60003,70009
+GSM772869_0	13025,22010,30003,40174,60003,70009
+GSM772857_0	13020,22012,30003,40160,60003,70009
+GSM772926_0	13020,22020,30003,40160,60003,70009
+GSM772766_0	11106,22018,30003
+GSM773031_0	13021,22012,30003,40160,60003,70009
+GSM772924_0	13020,22010,30003,40160,60003,70009
+GSM772907_0	13146,22010,30003,40165,60001,70004
+GSM772888_0	13002,22012,30003,40129,60001,70004
+GSM772882_0	13021,22012,30003,40174,60003,70009
+GSM772768_0	13160,22020,30003,40011,60002,70009
+GSM772837_0	13162,22010,30003,40157,60001,70004
+GSM772999_0	13150,22001,30003,40125,60003,70009
+GSM772794_0	11106,22001,30003
+GSM772987_0	13151,22019,30003,40125,60003,70009
+GSM772967_0	13153,22009,30003,40174,60003,70009
+GSM773024_0	11207,22001,30003
+GSM772929_0	13153,22009,30003,40160,60003,70009
+GSM772936_0	13146,22020,30003,40165,60001,70004
+GSM772966_0	13020,22012,30003,40174,60003,70009
+GSM772915_0	13157,22001,30003,40125,60003,70009
+GSM773032_0	13021,22010,30003,40160,60003,70009
+GSM772800_0	11107,22010,30003
+GSM772884_0	13020,22010,30003,40174,60003,70009
+GSM772871_0	13021,22018,30003,40174,60003,70009
+GSM772997_0	13020,22019,30003,40160,60003,70009
+GSM773002_0	11317,22018,30003
+GSM772911_0	13149,22018,30003,40125,60003,70009
+GSM772923_0	13149,22020,30003,40125,60003,70009
+GSM772746_0	11314,22009,30003,40006,60002,70009
+GSM772889_0	13163,22012,30003,40167,60001,70004
+GSM773033_0	11207,22019,30003
+GSM772765_0	11315,22001,30003,40004,60002,70009
+GSM772950_0	13023,22001,30003,40024,60002,70010
+GSM772804_0	11205,22010,30003
+GSM772814_0	13029,22020,30003,40052,60001,70009
+GSM773004_0	13149,22019,30003,40125,60003,70009
+GSM772954_0	13020,22009,30003,40174,60003,70009
+GSM772816_0	11314,22010,30003,40004,60002,70009
+GSM772825_0	11316,22020,30003,40009,60003,70009
+GSM772981_0	13152,22020,30003,40125,60003,70009
+GSM772850_0	13157,22012,30003,40125,60003,70009
+GSM772962_0	13160,22010,30003,40179,60001,70009
+GSM772832_0	13040,22019,30003,40179,60001,70009
+GSM772802_0	13013,22013,30003,40002,60002,70009
+GSM772835_0	13025,22019,30003,40160,60003,70009
+GSM772998_0	13020,22018,30003,40174,60003,70009
+GSM772880_0	13153,22019,30003,40174,60003,70009
+GSM772844_0	11205,22009,30003
+GSM772789_0	11102,22010,30003
+GSM772885_0	13023,22019,30003,40022,60002,70004
+GSM772983_0	13160,22018,30003,40179,60001,70009
+GSM772899_0	13156,22018,30003,40125,60003,70009
+GSM772920_0	13149,22001,30003,40125,60003,70009
+GSM772872_0	13021,22020,30003,40174,60003,70009
+GSM772963_0	13020,22019,30003,40174,60003,70009
+GSM772841_0	11205,22001,30003
+GSM772817_0	11314,22009,30003,40004,60002,70009
+GSM772985_0	13151,22010,30003,40125,60003,70009
+GSM772862_0	13150,22009,30003,40125,60003,70009
+GSM772853_0	13021,22010,30003,40174,60003,70009
+GSM772879_0	13153,22012,30003,40174,60003,70009
+GSM772867_0	13157,22009,30003,40125,60003,70009
+GSM772858_0	13147,22012,30003,40146,60002,70004
+GSM772937_0	13045,22018,30003,40179,60001,70009
+GSM772887_0	13002,22009,30003,40129,60001,70004
+GSM772973_0	13154,22010,30003,40125,60003,70009
+GSM772796_0	11106,22013,30003
+GSM772864_0	13045,22001,30003,40179,60001,70009
+GSM772846_0	11205,22020,30003
+GSM773025_0	13009,22001,30003,40163,60001,70004
+GSM772976_0	13021,22019,30003,40160,60003,70009
+GSM772799_0	11106,22012,30003
+GSM772955_0	13152,22018,30003,40125,60003,70009
+GSM772756_0	11107,22012,30003
+GSM772886_0	13002,22013,30003,40129,60001,70004
+GSM773027_0	11207,22020,30003
+GSM772822_0	11315,22013,30003,40004,60002,70009
+GSM772975_0	13147,22020,30003,40146,60002,70004
+GSM772904_0	13156,22001,30003,40125,60003,70009
+GSM772748_0	11315,22010,30003,40004,60002,70009
+GSM772793_0	11106,22010,30003
+GSM772788_0	11316,22018,30003,40009,60003,70009
+GSM772894_0	13023,22019,30003,40023,60002,70004
+GSM772741_0	11314,22013,30003,40006,60002,70009
+GSM773035_0	13029,22012,30003,40052,60001,70009
+GSM772843_0	11205,22013,30003
+GSM772856_0	11317,22012,30003
+GSM772740_0	11314,22001,30003,40006,60002,70009
+GSM772764_0	11314,22001,30003,40004,60002,70009
+GSM772972_0	13147,22010,30003,40146,60002,70004
+GSM772786_0	11316,22013,30003,40009,60003,70009
+GSM772959_0	13160,22009,30003,40179,60001,70009
+GSM772861_0	13147,22009,30003,40146,60002,70004
+GSM772944_0	13154,22009,30003,40125,60003,70009
+GSM772964_0	13020,22020,30003,40174,60003,70009
+GSM772739_0	11315,22001,30003,40006,60002,70009
+GSM772854_0	13021,22001,30003,40174,60003,70009
+GSM772901_0	13045,22009,30003,40179,60001,70009
+GSM772890_0	13163,22001,30003,40167,60001,70004
+GSM773016_0	13160,22019,30003,40179,60001,70009
+GSM772896_0	13021,22009,30003,40160,60003,70009
+GSM772770_0	13160,22010,30003,40011,60002,70009
+GSM773021_0	13042,22010,30003,40179,60001,70009
+GSM772812_0	11314,22013,30003,40004,60002,70009
+GSM772820_0	11315,22020,30003,40004,60002,70009
+GSM772876_0	13025,22001,30003,40174,60003,70009
+GSM772906_0	13150,22018,30003,40125,60003,70009
+GSM772903_0	13156,22012,30003,40125,60003,70009
+GSM772859_0	13150,22019,30003,40125,60003,70009
+GSM772971_0	11317,22010,30003
+GSM772948_0	13025,22009,30003,40174,60003,70009
+GSM772763_0	11315,22020,30003,40006,60002,70009
+GSM772927_0	13150,22012,30003,40125,60003,70009
+GSM773034_0	13021,22001,30003,40160,60003,70009
+GSM772750_0	11107,22018,30003
+GSM772847_0	11205,22018,30003
+GSM772827_0	13040,22018,30003,40179,60001,70009
+GSM772778_0	13160,22013,30003,40011,60002,70009
+GSM773029_0	11207,22009,30003
+GSM772941_0	13146,22013,30003,40165,60001,70004
+GSM772883_0	13002,22001,30003,40129,60001,70004
+GSM772868_0	13157,22018,30003,40125,60003,70009
+GSM772932_0	13025,22020,30003,40174,60003,70009
+GSM772945_0	13154,22020,30003,40125,60003,70009
+GSM772933_0	13153,22010,30003,40160,60003,70009
+GSM773000_0	13009,22020,30003,40163,60001,70004
+GSM772957_0	13153,22020,30003,40160,60003,70009
+GSM772979_0	11317,22001,30003
+GSM772919_0	13025,22018,30003,40160,60003,70009
+GSM772977_0	11317,22018,30003
+GSM772909_0	13162,22012,30003,40157,60001,70004
+GSM773017_0	13042,22012,30003,40179,60001,70009
+GSM773022_0	13042,22009,30003,40179,60001,70009
+GSM773013_0	13044,22020,30003,40179,60001,70009
+GSM772818_0	11314,22020,30003,40004,60002,70009
+GSM772761_0	11315,22009,30003,40006,60002,70009
+GSM772928_0	13150,22010,30003,40125,60003,70009
+GSM772754_0	11107,22001,30003
+GSM772790_0	13020,22009,30003,40048,60003,70009
+GSM772951_0	13023,22018,30003,40024,60002,70010
+GSM772747_0	11315,22009,30003,40004,60002,70009
+GSM772745_0	11314,22010,30003,40006,60002,70009
+GSM773020_0	13042,22019,30003,40179,60001,70009
+GSM772826_0	13040,22001,30003,40179,60001,70009
+GSM772848_0	11205,22019,30003
+GSM772865_0	13023,22020,30003,40024,60002,70010
+GSM772893_0	13150,22020,30003,40125,60003,70009
+GSM772755_0	11106,22001,30003
+GSM772829_0	13040,22009,30003,40179,60001,70009
+GSM772771_0	13013,22018,30003,40006,60002,70009
+GSM772849_0	13157,22010,30003,40125,60003,70009
+GSM773001_0	13009,22010,30003,40163,60001,70004
+GSM772958_0	13153,22012,30003,40160,60003,70009
+GSM772769_0	13160,22009,30003,40011,60002,70009
+GSM772870_0	13023,22019,30003,40024,60002,70010
+GSM772775_0	11316,22012,30003,40010,60003,70009
+GSM772752_0	11107,22009,30003
+GSM772742_0	11314,22012,30003,40006,60002,70009
+GSM772974_0	13147,22018,30003,40146,60002,70004
+GSM772995_0	13043,22019,30003,40179,60001,70009
+GSM772813_0	11314,22012,30003,40004,60002,70009
+GSM773023_0	11207,22012,30003
+GSM772895_0	13021,22020,30003,40160,60003,70009
+GSM772834_0	13044,22012,30003,40179,60001,70009
+GSM773005_0	13009,22009,30003,40163,60001,70004
+GSM772831_0	13040,22012,30003,40179,60001,70009
+GSM772833_0	13044,22018,30003,40179,60001,70009
+GSM772968_0	13147,22001,30003,40146,60002,70004
+GSM772956_0	13153,22018,30003,40160,60003,70009
+GSM772917_0	13025,22012,30003,40160,60003,70009
+GSM772905_0	13156,22019,30003,40125,60003,70009
+GSM772807_0	11107,22001,30003
+GSM772797_0	11106,22009,30003
+GSM772823_0	11315,22012,30003,40004,60002,70009
+GSM772912_0	11317,22020,30003
+GSM772953_0	13152,22001,30003,40125,60003,70009
+GSM772952_0	13153,22001,30003,40160,60003,70009
+GSM772935_0	11207,22018,30003
+GSM772982_0	13043,22020,30003,40179,60001,70009
+GSM772939_0	13146,22001,30003,40165,60001,70004
+GSM772874_0	13153,22001,30003,40174,60003,70009
+GSM772836_0	13025,22009,30003,40160,60003,70009
+GSM772992_0	13043,22010,30003,40179,60001,70009
+GSM772892_0	13156,22020,30003,40125,60003,70009
+GSM772978_0	11317,22009,30003
+GSM772757_0	13013,22010,30003,40003,60002,70009
+GSM772774_0	11316,22013,30003,40010,60003,70009
+GSM772852_0	13149,22009,30003,40125,60003,70009
+GSM772922_0	13021,22009,30003,40174,60003,70009
+GSM772839_0	13162,22009,30003,40157,60001,70004
+GSM772918_0	13025,22020,30003,40160,60003,70009
+GSM772819_0	11314,22018,30003,40004,60002,70009
+GSM772743_0	11314,22020,30003,40006,60002,70009
+GSM772780_0	11106,22012,30003
+GSM772845_0	11205,22010,30003
+GSM773028_0	11207,22010,30003
+GSM772779_0	13160,22012,30003,40011,60002,70009
+GSM772984_0	13151,22012,30003,40125,60003,70009
+GSM772993_0	13043,22018,30003,40179,60001,70009
+GSM772946_0	13154,22018,30003,40125,60003,70009
+GSM773019_0	13042,22001,30003,40179,60001,70009
+GSM772916_0	13025,22001,30003,40160,60003,70009
+GSM772891_0	13002,22020,30003,40129,60001,70004
+GSM772930_0	13020,22001,30003,40160,60003,70009
+GSM916050_1	13042,21004,30003,40162,60001,70009
+GSM906404_1	13210,22010,30002,40272,60001,70001
+GSM906382_1	11312,23002,30004
+GSM908967_1	11312,22026,30002
+GSM908953_1	13218,22018,30002,40216,60001,70004
+GSM915326_1	11309,25002,30002
+GSM958149_1	13144,22020,30014,40226,60001,70009
+GSM906414_1	13209,22001,30002,40216,60001,70004
+GSM910565_1	13207,22020,30002,40272,60001,70001
+GSM906411_1	13057,22012,30002,40271,60002,70004
+GSM910581_1	13208,22009,30002,40216,60001,70004
+GSM916053_1	13028,22010,30003,40194,60002,70009
+GSM916093_1	13010,25002,30003,40278,60002,70004
+GSM906419_1	13208,22001,30002,40216,60001,70004
+GSM916088_1	11316,21002,30003,40009,60003,70009
+GSM916065_1	13002,22019,30003,40047,60002,70004
+GSM916091_1	13011,21002,30003,40008,60003,70009
+GSM906401_1	11312,22020,30002
+GSM896163_1	13212,22019,30002,40216,60001,70004
+GSM910567_1	13216,22020,30002,40216,60001,70004
+GSM908957_1	11309,22008,30002
+GSM908965_1	11312,22024,30002
+GSM916090_1	13041,21002,30003,40179,60001,70009
+GSM915334_1	13214,22018,30002,40216,60001,70004
+GSM910582_1	13205,22009,30002,40216,60001,70004
+GSM915328_1	11101,25002,30002
+GSM906403_1	11312,22010,30002
+GSM910559_1	13213,22019,30002,40216,60001,70004
+GSM958154_1	13144,22018,30014,40226,60001,70009
+GSM906387_1	11312,22028,30002
+GSM958165_1	13145,22012,30014,40226,60001,70009
+GSM909312_1	13144,23002,30004,40051,60001,70009
+GSM906420_1	13218,22001,30002,40216,60001,70004
+GSM915335_1	13211,22010,30002,40216,60001,70004
+GSM916059_1	13151,22018,30003,40125,60003,70009
+GSM958168_1	13144,22001,30014,40226,60001,70009
+GSM908955_1	11312,22011,30002
+GSM908949_1	11312,22015,30002
+GSM906407_1	13207,22009,30002,40216,60001,70004
+GSM910566_1	13217,22020,30002,40216,60001,70004
+GSM959126_1	13021,22001,30014,40028,60001,70004
+GSM908958_1	11312,22023,30002
+GSM915322_1	11313,25002,30002
+GSM908962_1	11312,22067,30002
+GSM916079_1	13040,21002,30003,40011,60002,70009
+GSM916055_1	13013,22018,30003,40002,60002,70009
+GSM908947_1	11313,22014,30002
+GSM958169_1	13035,21001,30014,40226,60001,70009
+GSM941753_1	11125,22001,30014
+GSM906379_1	11309,23001,30004
+GSM896165_1	11309,22018,30002
+GSM910568_1	13215,22020,30002,40216,60001,70004
+GSM906405_1	11312,22009,30002
+GSM941752_1	11125,22020,30014
+GSM910564_1	13213,22018,30002,40216,60001,70004
+GSM910577_1	13205,22010,30002,40216,60001,70004
+GSM915333_1	13213,22018,30002,40272,60001,70001
+GSM906415_1	13216,22001,30002,40216,60001,70004
+GSM941748_1	11125,22010,30014
+GSM916074_1	13040,21002,30003,40179,60001,70009
+GSM908960_1	11312,22022,30002
+GSM906394_1	13206,22019,30002,40216,60001,70004
+GSM916051_1	11317,21004,30003
+GSM906396_1	13210,22019,30002,40216,60001,70004
+GSM910583_1	13212,22012,30002,40216,60001,70004
+GSM916064_1	13003,22019,30003,40045,60002,70004
+GSM958179_1	11125,25002,30014
+GSM958173_1	13031,25002,30014,40175,60003,70009
+GSM915331_1	13213,22019,30002,40272,60001,70001
+GSM958171_1	13144,21001,30014,40226,60001,70009
+GSM916063_1	11323,22009,30003
+GSM916061_1	12003,22018,30003,40180,60003,70009
+GSM908964_1	11312,22024,30002
+GSM958180_1	13035,21003,30014,40226,60001,70009
+GSM908940_1	11311,22004,30002
+GSM910576_1	13208,22010,30002,40216,60001,70004
+GSM916085_1	13044,21002,30003,40179,60001,70009
+GSM958159_1	13035,22020,30014,40226,60001,70009
+GSM906397_1	13208,22019,30002,40216,60001,70004
+GSM896162_1	11309,22019,30002
+GSM906413_1	13217,22001,30002,40216,60001,70004
+GSM958175_1	11125,25002,30014
+GSM906388_1	11312,22002,30002
+GSM906400_1	13205,22018,30002,40216,60001,70004
+GSM910558_1	13214,22019,30002,40216,60001,70004
+GSM910556_1	13218,22019,30002,40216,60001,70004
+GSM906409_1	13210,22012,30002,40272,60001,70001
+GSM916092_1	11316,21002,30003,40008,60003,70009
+GSM910560_1	13217,22018,30002,40216,60001,70004
+GSM910572_1	13057,22010,30002,40271,60002,70004
+GSM906381_1	11313,23001,30004
+GSM958174_1	13145,25002,30014,40226,60001,70009
+GSM908963_1	11312,22067,30002
+GSM896166_1	11101,22024,30002
+GSM915330_1	13207,22019,30002,40272,60001,70001
+GSM906416_1	13206,22001,30002,40216,60001,70004
+GSM959125_1	13008,22001,30014,40013,60002,70002
+GSM910584_1	13216,22012,30002,40216,60001,70004
+GSM958160_1	13145,22020,30014,40226,60001,70009
+GSM908961_1	11312,22022,30002
+GSM958157_1	13145,22019,30014,40226,60001,70009
+GSM910561_1	13215,22018,30002,40216,60001,70004
+GSM916052_1	13023,21004,30003,40023,60002,70004
+GSM958177_1	13035,25002,30014,40226,60001,70009
+GSM958153_1	13035,22012,30014,40226,60001,70009
+GSM906393_1	13216,22019,30002,40216,60001,70004
+GSM908937_1	11312,22028,30002
+GSM910580_1	13210,22009,30002,40216,60001,70004
+GSM906418_1	13210,22001,30002,40216,60001,70004
+GSM896164_1	11312,22018,30002
+GSM909313_1	11311,23002,30004
+GSM916062_1	11323,22018,30003
+GSM908945_1	11312,22014,30002
+GSM915332_1	13207,22018,30002,40272,60001,70001
+GSM915325_1	11311,25002,30002
+GSM941747_1	13155,21004,30014,40137,60001,70009
+GSM915329_1	11101,25002,30002
+GSM916083_1	11316,21002,30003,40007,60003,70009
+GSM906410_1	13217,22012,30002,40216,60001,70004
+GSM958151_1	13145,22009,30014,40226,60001,70009
+GSM910569_1	13210,22020,30002,40216,60001,70004
+GSM908941_1	11312,22004,30002
+GSM958162_1	13035,22018,30014,40226,60001,70009
+GSM910571_1	13205,22020,30002,40216,60001,70004
+GSM910555_1	13215,22019,30002,40216,60001,70004
+GSM959124_1	13006,22001,30014,40013,60002,70002
+GSM910579_1	13215,22009,30002,40216,60001,70004
+GSM909311_1	11213,23002,30004
+GSM906417_1	13057,22001,30002,40271,60002,70004
+GSM916081_1	13011,21002,30003,40010,60003,70009
+GSM915324_1	11311,25002,30002
+GSM910588_1	13205,22012,30002,40216,60001,70004
+GSM958172_1	13031,25002,30014,40203,60003,70009
+GSM959044_1	11310,22001,30002
+GSM908942_1	11313,22004,30002
+GSM916072_1	11323,22020,30003
+GSM896161_1	11104,22014,30002
+GSM906412_1	13210,22012,30002,40216,60001,70004
+GSM908938_1	11101,22028,30002
+GSM906423_1	13205,22001,30002,40216,60001,70004
+GSM958161_1	13035,22010,30014,40226,60001,70009
+GSM908966_1	11101,22024,30002
+GSM958167_1	13035,22001,30014,40226,60001,70009
+GSM910573_1	13216,22010,30002,40216,60001,70004
+GSM958182_1	13144,21003,30014,40226,60001,70009
+GSM958170_1	13145,21001,30014,40226,60001,70009
+GSM915336_1	13057,22009,30002,40271,60002,70004
+GSM915320_1	11312,25002,30002
+GSM906406_1	13210,22009,30002,40272,60001,70001
+GSM916073_1	11323,22012,30003
+GSM910586_1	13208,22012,30002,40216,60001,70004
+GSM916086_1	13045,21002,30003,40179,60001,70009
+GSM958176_1	13033,25002,30014,40203,60003,70009
+GSM941746_1	13031,21004,30014,40116,60002,70009
+GSM906392_1	13217,22019,30002,40216,60001,70004
+GSM958178_1	13144,25002,30014,40226,60001,70009
+GSM916057_1	11317,22012,30003
+GSM958164_1	13144,22010,30014,40226,60001,70009
+GSM958166_1	13145,22001,30014,40226,60001,70009
+GSM958155_1	13035,22009,30014,40226,60001,70009
+GSM958156_1	13035,22019,30014,40226,60001,70009
+GSM908951_1	13210,22019,30002,40272,60001,70001
+GSM915337_1	13207,22001,30002,40272,60001,70001
+GSM910575_1	13210,22010,30002,40216,60001,70004
+GSM916070_1	11323,22010,30003
+GSM910587_1	13211,22012,30002,40216,60001,70004
+GSM997220_1	11317,25002,30003
+GSM916067_1	11323,22012,30003
+GSM906390_1	11312,22007,30002
+GSM916094_1	13042,25002,30003,40162,60001,70009
+GSM908939_1	11312,22002,30002
+GSM916060_1	11317,22009,30003
+GSM910574_1	13215,22010,30002,40216,60001,70004
+GSM906391_1	11312,22003,30002
+GSM906399_1	13216,22018,30002,40216,60001,70004
+GSM916078_1	13045,21002,30003,40011,60002,70009
+GSM910585_1	13215,22012,30002,40216,60001,70004
+GSM941751_1	11125,22018,30014
+GSM941749_1	11125,22009,30014
+GSM909314_1	11313,23002,30004
+GSM908956_1	11309,22011,30002
+GSM958152_1	13145,22010,30014,40226,60001,70009
+GSM908946_1	11312,22014,30002
+GSM958150_1	13145,22018,30014,40226,60001,70009
+GSM915323_1	11313,25002,30002
+GSM906402_1	13210,22020,30002,40272,60001,70001
+GSM916068_1	11323,22020,30003
+GSM906398_1	13205,22019,30002,40216,60001,70004
+GSM916058_1	11316,22019,30003,40007,60003,70009
+GSM958181_1	13145,21003,30014,40226,60001,70009
+GSM910557_1	13211,22019,30002,40216,60001,70004
+GSM908944_1	11312,22003,30002
+GSM908954_1	11312,22011,30002
+GSM909310_1	13023,25002,30004,40023,60002,70004
+GSM906422_1	13213,22001,30002,40216,60001,70004
+GSM941750_1	11125,22012,30014
+GSM910562_1	13210,22018,30002,40216,60001,70004
+GSM958158_1	13144,22009,30014,40226,60001,70009
+GSM916087_1	13160,21002,30003,40179,60001,70009
+GSM908968_1	13210,22001,30002,40272,60001,70001
+GSM908952_1	13210,22018,30002,40272,60001,70001
+GSM910563_1	13208,22018,30002,40216,60001,70004
+GSM915321_1	11312,25002,30002
+GSM910578_1	13216,22009,30002,40216,60001,70004
+GSM896167_1	13212,22001,30002,40216,60001,70004
+GSM906395_1	13057,22019,30002,40271,60002,70004
+GSM916049_1	13010,21004,30003,40105,60003,70009
+GSM916080_1	13043,21002,30003,40179,60001,70009
+GSM906380_1	11313,23001,30004
+GSM908943_1	11312,22007,30002
+GSM908959_1	11312,22023,30002
+GSM906389_1	11312,22004,30002
+GSM916066_1	13013,22019,30003,40002,60002,70009
+GSM916071_1	13156,22009,30003,40125,60003,70009
+GSM916069_1	11323,22009,30003
+GSM958163_1	13144,22019,30014,40226,60001,70009
+GSM910570_1	13208,22020,30002,40216,60001,70004
+GSM906408_1	11312,22012,30002
+GSM915338_1	13214,22001,30002,40216,60001,70004
+GSM908948_1	11311,22015,30002
+GSM908950_1	11312,22015,30002
+GSM906421_1	13211,22001,30002,40216,60001,70004
+GSM916054_1	12003,22012,30003,40180,60003,70009
+GSM915327_1	11309,25002,30002
+E79_25_bothAc_dense	11107,27004,30023
+E78_25_bothAc_dense	11106,27004,30023
+E73_25_bothAc_dense	13147,27004,30023
+E72_25_bothAc_dense	11316,27004,30023
+E71_25_bothAc_dense	13153,27004,30023
+E70_25_bothAc_dense	13157,27004,30023
+E77_25_bothAc_dense	11323,27004,30023
+E76_25_bothAc_dense	13215,27004,30023
+E75_25_bothAc_dense	13216,27004,30023
+E74_25_bothAc_dense	13162,27004,30023
+E68_25_bothAc_dense	13156,27004,30023
+E69_25_bothAc_dense	13152,27004,30023
+E60_25_bothAc_dense	13044,27004,30023
+E61_25_bothAc_dense	13045,27004,30023
+E62_25_bothAc_dense	13029,27004,30023
+E63_25_bothAc_dense	13046,27004,30023
+E64_25_bothAc_dense	13154,27004,30023
+E65_25_bothAc_dense	13149,27004,30023
+E66_25_bothAc_dense	13150,27004,30023
+E67_25_bothAc_dense	13151,27004,30023
+E59_25_bothAc_dense	13043,27004,30023
+E58_25_bothAc_dense	13041,27004,30023
+E55_25_bothAc_dense	13011,27004,30023
+E54_25_bothAc_dense	13013,27004,30023
+E57_25_bothAc_dense	13040,27004,30023
+E56_25_bothAc_dense	13160,27004,30023
+E51_25_bothAc_dense	13033,27004,30023,40116
+E50_25_bothAc_dense	11311,27004,30023
+E53_25_bothAc_dense	11315,27004,30023
+E52_25_bothAc_dense	13023,27004,30023,40021
+E42_25_bothAc_dense	13035,27004,30023,40226
+E43_25_bothAc_dense	13145,27004,30023,40124
+E40_25_bothAc_dense	11205,27004,30023
+E41_25_bothAc_dense	13031,27004,30023,40116
+E46_25_bothAc_dense	13015,27004,30023,40042
+E47_25_bothAc_dense	13003,27004,30023,40045
+E44_25_bothAc_dense	13145,27004,30023,40226
+E45_25_bothAc_dense	13015,27004,30023,40041
+E48_25_bothAc_dense	13003,27004,30023,40046
+E49_25_bothAc_dense	13002,27004,30023,40047
+E37_25_bothAc_dense	12003,27004,30023,40116
+E36_25_bothAc_dense	12003,27004,30023,40115
+E35_25_bothAc_dense	11103,27004,30023
+E34_25_bothAc_dense	11102,27004,30023
+E33_25_bothAc_dense	13163,27004,30023,40030
+E32_25_bothAc_dense	13014,27004,30023,40029
+E31_25_bothAc_dense	13021,27004,30023
+E30_25_bothAc_dense	13025,27004,30023
+E39_25_bothAc_dense	11207,27004,30023
+E38_25_bothAc_dense	11317,27004,30023
+E24_25_bothAc_dense	13155,27004,30023,40137
+E25_25_bothAc_dense	13042,27004,30023,40162
+E26_25_bothAc_dense	13005,27004,30023
+E27_25_bothAc_dense	13028,27004,30023
+E20_25_bothAc_dense	13144,27004,30023,40124
+E21_25_bothAc_dense	13035,27004,30023,40124
+E22_25_bothAc_dense	13145,27004,30023,40051
+E23_25_bothAc_dense	13010,27004,30023
+E28_25_bothAc_dense	13019,27004,30023
+E29_25_bothAc_dense	13020,27004,30023
+E19_25_bothAc_dense	13144,27004,30023,40051
+E18_25_bothAc_dense	13023,27004,30023,40077
+E11_25_bothAc_dense	11104,27004,30023
+E10_25_bothAc_dense	11101,27004,30023
+E13_25_bothAc_dense	11213,27004,30023
+E12_25_bothAc_dense	11310,27004,30023
+E15_25_bothAc_dense	13023,27004,30023,40022
+E14_25_bothAc_dense	11216,27004,30023
+E17_25_bothAc_dense	13023,27004,30023,40023
+E16_25_bothAc_dense	13023,27004,30023,40024
+E91_25_bothAc_dense	13146,27004,30023
+E90_25_bothAc_dense	13205,27004,30023
+E08_25_bothAc_dense	11313,27004,30023
+E09_25_bothAc_dense	11309,27004,30023
+E06_25_bothAc_dense	12219,27004,30023
+E07_25_bothAc_dense	11312,27004,30023
+E04_25_bothAc_dense	12006,27004,30023
+E05_25_bothAc_dense	12218,27004,30023
+E02_25_bothAc_dense	13022,27004,30023
+E03_25_bothAc_dense	12003,27004,30023
+E01_25_bothAc_dense	13007,27004,30023,40015
+E86_25_bothAc_dense	13171,27004,30023
+E84_25_bothAc_dense	13001,27004,30023
+E85_25_bothAc_dense	13208,27004,30023
+E82_25_bothAc_dense	13210,27004,30023
+E83_25_bothAc_dense	11314,27004,30023
+E80_25_bothAc_dense	11120,27004,30023
+E81_25_bothAc_dense	11206,27004,30023
+E88_25_bothAc_dense	13004,27004,30023
+E89_25_bothAc_dense	13003,27004,30023
diff --git a/hg19/track2BamInfo_encode b/hg19/track2BamInfo_encode
new file mode 100644
index 0000000..e69de29
diff --git a/hg19/track2BamInfo_roadmap b/hg19/track2BamInfo_roadmap
new file mode 100644
index 0000000..e69de29
diff --git a/hg19/track2BamInfo_test b/hg19/track2BamInfo_test
new file mode 100644
index 0000000..76074ee
--- /dev/null
+++ b/hg19/track2BamInfo_test
@@ -0,0 +1 @@
+noneexisthmtk	testtest	test server bam
diff --git a/hg19/track2Categorical b/hg19/track2Categorical
new file mode 100644
index 0000000..5ed379f
--- /dev/null
+++ b/hg19/track2Categorical
@@ -0,0 +1,188 @@
+wgEncodeBroadHmmGm12878HMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmH1hescHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmHepg2HMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmHmecHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmHsmmHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmHuvecHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmK562HMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmNhekHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeBroadHmmNhlfHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
+wgEncodeHaibGenotypeAg04450RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeAg09309RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeAg09319RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeAg10803RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeAosmcRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeAstrocyRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeBcjejunumh12817nRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeBcsmallintestine0111002RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeBjRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeCaco2RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeChorionRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeCmkRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeGm06990RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeGm12878RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeGm12878RegionsRep1V2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeGm12878RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeGm12891RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeGm12892RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeGm19239RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeH1hescRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHaeRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHaeRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHcfRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHcfRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHcmRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHcmRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHcpeRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHcpeRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHeeRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHek293RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHelas3RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHepg2RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHipeRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHipeRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHl60RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHmecRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHnpceRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHpaeRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHpaeRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHrceRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHrceRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHreRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHreRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHrpeRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHrpeRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHsmmRegionsRep3	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHsmmtRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHtr8RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeHuvecRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeImr90RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeImr90RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeJurkatRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeJurkatRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeK562RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeLncapRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeMcf10aesRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeMcf10aesRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeMcf10aesRegionsRep3	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeMcf10aesTamRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeMcf7RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeMcf7RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeMelanoRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeMelanoRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeMyometrRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeNb4RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeNb4RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeNhaDukeRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeNhaRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeNhaRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeNhbeRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeNhbeRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeNhdfneoRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeNt2d1RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeOvcar3RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypePanc1RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypePanc1RegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypePfsk1RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypePrecRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeRptecRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeRptecRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeSaecRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeSaecRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeSkmcRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeSkmcRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeSknshraRegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeSknshraRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeT47dRegionsRep2	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+wgEncodeHaibGenotypeU87RegionsRep1	1:['normal','#858585'],2:['homozygous deletion','#ff0000'],3:['heterozygous deletion','#ff9900'],4:['amplified','#0000ff']
+E82_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E60_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E35_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E28_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E85_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E32_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E67_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E73_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E26_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E91_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E21_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E74_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E69_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E14_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E09_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E41_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E46_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E13_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E07_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E52_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E55_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E48_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E22_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E77_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E88_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E70_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E38_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E25_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E86_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E31_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E79_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E64_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E81_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E63_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E36_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E56_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E03_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E19_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E04_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E51_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E58_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E45_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E10_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E17_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E42_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E49_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E54_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E01_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E06_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E53_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E47_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E12_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E08_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E15_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E40_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E20_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E68_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E75_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E72_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E27_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E90_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E84_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E33_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E66_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E83_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E61_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E29_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E34_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E16_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E43_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E44_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E59_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E11_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E05_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E18_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E50_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E57_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E02_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E80_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E62_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E37_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E30_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E65_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E78_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E71_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E24_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E39_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E23_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E76_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+E89_25_bothAc_dense	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
+rmsk_ensemble	1:['SINE - short interspersed nuclear elements','#cc0000'], 2:['LINE - long interspersed nuclear element','#FF6600'], 3:['LTR - long terminal repeat element','#006600'], 4:['DNA transposon','#4A72E8'], 5:['Simple repeat, micro-satellite','#AB833B'], 7:['Low complexity repeat','#663333'], 6:['Satellite repeat','#660000'], 9:['Other repeats','#488E8E'],8:['RNA repeat','#cc33ff'], 10:['Unknown','#5C5C5C']
diff --git a/hg19/track2Detail_decor b/hg19/track2Detail_decor
new file mode 100644
index 0000000..47c8fdf
--- /dev/null
+++ b/hg19/track2Detail_decor
@@ -0,0 +1,6 @@
+wgEncodeCrgMapabilityAlign24mer	dataType=Mapability; subId=4945; size=24mer; uniqueness=no more than 2 mismatches; software=GEM; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeMapability/
+wgEncodeCrgMapabilityAlign36mer	dataType=Mapability; subId=4945; size=36mer; uniqueness=no more than 2 mismatches; software=GEM; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeMapability/
+wgEncodeCrgMapabilityAlign40mer	dataType=Mapability; subId=4945; size=40mer; uniqueness=no more than 2 mismatches; software=GEM; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeMapability/
+wgEncodeCrgMapabilityAlign50mer	dataType=Mapability; subId=4945; size=50mer; uniqueness=no more than 2 mismatches; software=GEM; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeMapability/
+wgEncodeCrgMapabilityAlign75mer	dataType=Mapability; subId=4945; size=75mer; uniqueness=no more than 2 mismatches; software=GEM; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeMapability/
+wgEncodeCrgMapabilityAlign100mer	dataType=Mapability; subId=4945; size=100mer; uniqueness=no more than 2 mismatches; software=GEM; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeMapability/
diff --git a/hg19/track2Detail_encode b/hg19/track2Detail_encode
new file mode 100644
index 0000000..1c28abf
--- /dev/null
+++ b/hg19/track2Detail_encode
@@ -0,0 +1,4251 @@
+GSM605628_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NL; labexpid=LID8928; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605628_hg19_wgEncodeCshlShortRnaSeqK562NucleolusShorttotalTapPlusRawRep4.bigWig
+GSM767846_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=027N; labexpid=LID9204; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767846_wgEncodeCshlLongRnaSeqNhekNucleusLongnonpolyaPlusRawSigRep3.bigWig
+GSM897082_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013C; labexpid=LID44464; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897082_hg19_wgEncodeCshlShortRnaSeqHepg2CytosolShorttotalTapPlusRawRep1.bigWig
+GSM973682_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089N; labexpid=LID47164; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973682_hg19_wgEncodeCshlShortRnaSeqMcf7NucleusShorttotalTapPlusRep4.bigWig
+GSM803478_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL592; labexpid=SL679; replicate=1; replicate description=tier 1; original_filename=GSM803478_hg19_wgEncodeHaibTfbsHelas3NrsfPcr1xRawRep1.bigWig
+GSM733734_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733734_hg19_wgEncodeBroadHistoneHelas3H3k4me2StdSig.bigWig
+GSM646560_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HAEpiC; cell organism=human; cell description=amniotic epithelial cells; cell sex=U; labversion=lmax-v1.0; original_filename=GSM646560_hg19_wgEncodeUwDgfHaeRaw.bigWig
+GSM849342_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=J80; replicate=1; replicate description=tier 1; original_filename=GSM849342_hg19_wgEncodeRikenCageHelas3CellPapPlusSignalRep1.bigWig
+GSM803442_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ETS1; antibody antibodydescription=Rabbit polyclonal IgG; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-350; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2262; replicate=1; replicate description=tier 1; original_filename=GSM803442_hg19_wgEncodeHaibTfbsK562Ets1V0416101RawRep1.bigWig
+GSM973667_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC; labexpid=LID46956; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973667_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalTapPlusRep3.bigWig
+GSM935555_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=PRDM1_(9115); antibody antibodydescription=Rabbit Monoclonal antibody against a synthetic peptide corresponding to residues surrounding Val90 of human PRDI-BF1. Antibody Target: PRDM1; antibody targetdescription=Transcriptional repressor that binds specifically to the PRDI element in the promoter of the beta-interferon gene. Drives the maturation of B-lymphocytes into Ig secreting cells.; antibody vendorname=Cell Signaling Technology; antibody vendorid=9115; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935555_hg19_wgEncodeSydhTfbsHelas3Prdm19115IggrabSig.bigWig
+GSM935381_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; original_filename=GSM935381_hg19_wgEncodeSydhTfbsH1hescInputIggrabSig.bigWig
+GSM605630_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001WC; labexpid=LID10567; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605630_hg19_wgEncodeCshlShortRnaSeqK562CellShorttotalTapMinusRawRep1.bigWig
+GSM736504_1	cell=HCM; cell organism=Human; cell description=Human Cardiac Myocytes; cell lineage=mesoderm; cell sex=U; replicate=2; original_filename=GSM736504_hg19_wgEncodeUwDnaseHcmRawRep2.bigWig
+GSM822268_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Gliobla; cell organism=human; cell description=glioblastoma, these cells (aka H54 and D54) come from a surgical resection from a patient with glioblastoma multiforme (WHO Grade IV). D54 is a commonly studied glioblastoma cell line (Bao et al., 2006) that has been thoroughly described by S Bigner (1981). (PMID: 7252524); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=Gliobla/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822268_hg19_wgEncodeOpenChromChipGlioblaInputSig.bigWig
+GSM733696_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733696_hg19_wgEncodeBroadHistoneHelas3H3k27me3StdSig.bigWig
+GSM935528_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18951; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Japanese in Tokyo, Japan, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000737; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935528_hg19_wgEncodeSydhTfbsGm18951InputIggmusSig.bigWig
+GSM973665_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N,086N; labexpid=LID46203,LID46204; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973665_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalMinusRep3.bigWig
+GSM822303_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Gliobla; cell organism=human; cell description=glioblastoma, these cells (aka H54 and D54) come from a surgical resection from a patient with glioblastoma multiforme (WHO Grade IV). D54 is a commonly studied glioblastoma cell line (Bao et al., 2006) that has been thoroughly described by S Bigner (1981). (PMID: 7252524); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=Gliobla/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822303_hg19_wgEncodeOpenChromChipGlioblaCtcfSig.bigWig
+GSM830987_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A300-882A; original_filename=GSM830987_K562_CBX8.bw
+GSM897084_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013WC; labexpid=LID44460; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897084_hg19_wgEncodeCshlShortRnaSeqHepg2CellShorttotalTapPlusRawRep1.bigWig
+GSM864339_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=NaBut; treatment description=0.5 mM Sodium Butyrate for 72 hours; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864339_hg19_wgEncodeOpenChromFaireK562NabutSig.bigWig
+GSM935397_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=4OHTAM_1uM_4hr; treatment description=4 hours with 1 uM 4-hydroxytamoxifen dissolved in ethanol (Struhl); antibody=c-Fos; antibody antibodydescription=Rabbit polyclonal to amino acids 210-335 mapping at the C-terminus of c-Fos of human origin. Antibody Target: c-Fos; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-7202; control=Harvard_Control; control description=input library was prepared at Harvard.; control=Harvard_Control; control description=input library was prepared at Harvard.; controlid=wgEncodeEH002871; replicate=1; original_filename=GSM935397_hg19_wgEncodeSydhTfbsMcf10aesCfosTam14hHvdSig.bigWig
+GSM935585_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Fos; antibody antibodydescription=Rabbit polyclonal to amino acids 210-335 mapping at the C-terminus of c-Fos of human origin. Antibody Target: c-Fos; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-7202; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001759; replicate=1; original_filename=GSM935585_hg19_wgEncodeSydhTfbsHuvecCfosUcdSig.bigWig
+GSM977046_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HWP; cell organism=human; cell description=Undifferentiated White Preadipocytes from two individuals, HWP_0092205 and HWP_8120201.5, subcutaneous adipose tissue from abdomen / upper arm; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=079WC,080WC; labexpid=LID47609,LID47610; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977046_hg19_wgEncodeCshlShortRnaSeqHwpCellTapMinusRep2.bigWig
+GSM765387_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001N; labexpid=LID8556; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765387_wgEncodeCshlLongRnaSeqK562NucleusPapMinusRawSigRep1.bigWig
+GSM945230_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000469; labexpid=DS12071; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945230_hg19_wgEncodeUwHistoneHelas3H3k36me3StdRawRep2.bigWig
+GSM945185_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000926; labexpid=DS13427; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945185_hg19_wgEncodeUwHistoneH7esH3k4me3StdRawRep2.bigWig
+GSM935329_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM08714; cell organism=human; cell description=lymphoblastoid cell line, Instability of heterochromatin of chromosomes 1, 9, and 16 with variable combined immunodeficiency; dysmorphic facial features, developmental delay, malabsorption, and recurrent infections; see GM08747 Fibroblast; donor subject is a compound heterozygote: one allele has a G&gt;A transition at nucleotide 1807 (1807G&gt;A) of the DNMT3B gene resulting in an Ala to Thr substitution at codon 603 [Ala603Thr (A603T)], the mutation occurring in a region between motifs I and IV within the catalytic domain of DNMT3B; the second allele has a G&gt;A transition within intron 22 located 11 nucleotides 5-prime of the normal splice acceptor site [IVS22AS,G&gt;A,-11] resulting in the generation of a novel splice acceptor site and a 9-bp insertion in the processed RNA. This results in the insertion of 3 amino acids (serine, threonine, and proline) at codon 744 (744ins3). The insertion was within the conserved region of the catalytic domain, which is likely to be disrupted by the insertion of a proline residue. This mutation was de novo.; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF274; antibody antibodydescription=Mouse polyclonal antibody raised against a partial recombinant ZNF274 (GST-fusion of a.a.420-531 of human ZNF274 protein). Works in IP, WB and ELISA. Antibody Target: ZNF274; antibody targetdescription=ZNF274 is a zinc finger protein containing five C2H2-type zinc finger domains, two Kruppel-associated box A (KRABA) domains, and a leucine-rich SCAN domain. The encoded protein has been suggested to be a transcriptional repressor. It localizes predominantly to the nucleolus.; antibody vendorname=ABNOVA; antibody vendorid=H00010782-A01; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH002870; replicate=1; original_filename=GSM935329_hg19_wgEncodeSydhTfbsGm08714Znf274UcdSig.bigWig
+GSM897069_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011C; labexpid=LID21145; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897069_hg19_wgEncodeCshlShortRnaSeqHelas3CytosolShorttotalTapPlusRawRep2.bigWig
+GSM935296_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=CHD1_(A301-218A); antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: CHD1; antibody targetdescription=CHD1 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription. The members of the CHD family of proteins possess 3 common structural and functional domains: a chromodomain (chromatin organization modifier), an SNF2-like helicase/ATPase domain, and a C-terminal DNA-binding domain. CHD1 has been shown to interact with the transcriptional corepressor NCoR and histone deacetylase 1 indicating a role in transcriptional regulation. CHD1 has also been shown to interact with the Paf1 complex and Rtf1 implicating an additional role in transcriptional elongation. Alternate names for CHD1 include chromodomain-helicase-DNA-binding protein 1, ATP-dependent helicase CHD1, and DKFZp686E2337.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-218A; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935296_hg19_wgEncodeSydhTfbsH1hescChd1a301218aIggrabSig.bigWig
+GSM849343_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013C; labexpid=J89; replicate=1; replicate description=tier 1; original_filename=GSM849343_hg19_wgEncodeRikenCageHepg2CytosolPapPlusSignalRep1.bigWig
+GSM830526_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0150N; labexpid=DHK006; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830526_hg19_wgEncodeGisRnaPetK562NucleusPapPlusRawSigRep1.bigWig
+GSM973675_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC,086WC; labexpid=LID46201,LID46202; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973675_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalMinusRep3.bigWig
+GSM822305_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822305_hg19_wgEncodeOpenChromChipMcf7CtcfSig.bigWig
+GSM803370_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma. (PMID: 1140870); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL117; labexpid=SL116; replicate=1; replicate description=tier 1; original_filename=GSM803370_hg19_wgEncodeHaibTfbsPanc1NrsfPcr2xRawRep2.bigWig
+GSM736509_1	cell=HBMEC; cell organism=Human; cell description=Human Brain Microvascular Endothelial Cells; cell sex=U; replicate=1; original_filename=GSM736509_hg19_wgEncodeUwDnaseHbmecRawRep1.bigWig
+GSM923443_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM06990; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9015; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923443_hg19_wgEncodeUwRepliSeqGm06990SumSignalRep1.bigWig
+GSM849027_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HRCEpiC; cell organism=human; cell description=renal cortical epithelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849027_hg19_wgEncodeUwDgfHrceSig.bigWig
+GSM977049_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HPC-PL; cell organism=human; cell description=Undifferentiated Pericytes from HPC-PL_0032601.13 and HPC-PL_0101504.13; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=071WC,072WC; labexpid=LID47517,LID47518; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977049_hg19_wgEncodeCshlShortRnaSeqHpcplCellTapMinusRep2.bigWig
+GSM605627_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003C; labexpid=LID20901; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605627_hg19_wgEncodeCshlShortRnaSeqGm12878CytosolShortPlusRaw.bigWig
+GSM923439_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12812; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS9820; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923439_hg19_wgEncodeUwRepliSeqGm12812S1PctSignalRep1.bigWig
+GSM758572_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003WC,004WC; labexpid=LID8661,LID8662; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758572_wgEncodeCshlLongRnaSeqGm12878CellLongnonpolyaMinusRawSigRep1.bigWig
+GSM803427_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1158; replicate=1; replicate description=tier 1; original_filename=GSM803427_hg19_wgEncodeHaibTfbsH1hescTcf12Pcr1xRawRep1.bigWig
+GSM816649_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816649_hg19_wgEncodeOpenChromDnaseA549Sig.bigWig
+GSM945289_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEEpiC; cell organism=human; cell description=esophageal epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000952; labexpid=DS16057; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945289_hg19_wgEncodeUwHistoneHeeInputStdRawRep1.bigWig
+GSM935384_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SMC3_(ab9263); antibody antibodydescription=Rabbit polyclonal raised against synthetic peptide representing a portion within the last 100 amino acids of the human Structural Maintenance of Chromosomes-3 conjugated to KLH. Antibody Target: SMC3; antibody targetdescription=Involved in chromosome cohesion during cell cycle and in DNA repair. Central component of cohesin complex.  The cohesin complex is required for the cohesion of sister chromatids after DNA replication.; antibody vendorname=Abcam; antibody vendorid=ab9263; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935384_hg19_wgEncodeSydhTfbsHelas3Smc3ab9263IggrabSig.bigWig
+GSM765399_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027N; labexpid=LID8797; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765399_wgEncodeCshlLongRnaSeqNhekNucleusPapPlusRawSigRep3.bigWig
+GSM973672_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089C,090C; labexpid=LID46315,LID46316; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973672_hg19_wgEncodeCshlShortRnaSeqMcf7CytosolShorttotalPlusRep4.bigWig
+GSM935436_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Znf143_(16618-1-AP); antibody antibodydescription=Rabbit polyclonal against human ZNF143 (amino acids 283-626)-6his fusion protein. Antibody Target: Znf143; antibody targetdescription=Transcriptional activator. Activates the gene for selenocysteine tRNA (tRNAsec). Binds to the SPH motif of small nuclear RNA (snRNA) gene promoters. Participates to efficient U6 RNA polymerase III transcription via its interaction with CHD8; antibody vendorname=Proteintech; antibody vendorid=16618-1-AP; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935436_hg19_wgEncodeSydhTfbsHelas3Znf143IggrabSig.bigWig
+GSM803476_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=BCL11A; antibody antibodydescription=Mouse monoclonal [18B12DE6] to Ctip1. Raised against a cocktail of BCL11A fusion proteins. Reacts with human and mouse. Tested for ICC/IF, IHC-P, IP, WB; antibody targetdescription=This gene encodes a C2H2 type zinc-finger protein by its similarity to the mouse Bcl11a/Evi9 protein. Functions as a myeloid and B-cell proto-oncogene. May play important roles in leukemogenesis and hematopoiesis. An essential factor in lymphopoiesis,is required for B-cell formation in fetal liver. May function as a modulator of the transcriptional repression activity of ARP1 (By similarity); antibody vendorname=Abcam; antibody vendorid=ab19489; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL3989; replicate=2; replicate description=tier 2; original_filename=GSM803476_hg19_wgEncodeHaibTfbsH1hescBcl11aV0416102RawRep2.bigWig
+GSM758568_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013N,014N; labexpid=LID8534,LID8535; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758568_wgEncodeCshlLongRnaSeqHepg2NucleusPapPlusRawSigRep1.bigWig
+GSM923419_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL526; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923419_hg19_wgEncodeHaibRnaSeqSknshRawRep2.bigWig
+GSM758559_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003WC,004WC; labexpid=LID16629,LID16630; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758559_wgEncodeCshlLongRnaSeqGm12878CellPapMinusRawSigRep2.bigWig
+GSM935554_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GTF2F1_(AB28179); antibody antibodydescription=Rabbit polyclonal to TFIIF - Recombinant full length protein - RAP 74 subunit of TF11F. Antibody Target: GTF2F1; antibody targetdescription=RNA polymerase II transcription factor TFIIF is a heterodimer with 2 subunits: one, referred to as RAP74. TFIIF appears to assist TFIIB in recruiting RNA polymerase II into a preinitiation complex. It also affects RNA transcription by suppressing transient pausing of the polymerase at locations on the DNA template.; antibody vendorname=Abcam; antibody vendorid=ab28179; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935554_hg19_wgEncodeSydhTfbsHelas3Gtf2f1ab28179IggrabSig.bigWig
+GSM816659_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM19239; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816659_hg19_wgEncodeOpenChromDnaseGm19239Sig.bigWig
+GSM767857_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=029N; labexpid=LID9206; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767857_wgEncodeCshlLongRnaSeqHuvecNucleusLongnonpolyaMinusRawSigRep3.bigWig
+GSM765386_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003N; labexpid=LID8532; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765386_wgEncodeCshlLongRnaSeqGm12878NucleusPapPlusRawSigRep1.bigWig
+GSM733749_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Pol2(b); antibody description=mouse monoclonal, clone CTD4H8; antibody target description=RNA polymerase II. Is responsible for RNA transcription. It is generally enriched at 5' gene ends, probably due to higher rate of occupancy associated with transition from initiation to elongation.; antibody vendor name=Covance; original_filename=GSM733749_hg19_wgEncodeBroadHistoneHuvecPol2bStdSig.bigWig
+GSM803410_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3819; replicate=1; replicate description=tier 1; original_filename=GSM803410_hg19_wgEncodeHaibTfbsK562Pol2V0416101RawRep2.bigWig
+GSM803415_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin.; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3645; replicate=1; replicate description=tier 1; original_filename=GSM803415_hg19_wgEncodeHaibTfbsHepg2Elf1sc631V0416101RawRep2.bigWig
+GSM935429_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=NF-YB; antibody antibodydescription=Affinity purified rabbit polyclonal raised against recombinant full length human NF-YB. Antibody Target: NF-YB; antibody targetdescription=NF-YB is the beta subunit of the trimeric NFY transcription factor complex that binds to the ubiquitous CCAAT motif; antibody vendorname=Donated by Dr. R. Mantovani, Universita degli Studi di Milano, Italy; antibody vendorid=missing; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935429_hg19_wgEncodeSydhTfbsK562NfybStdSig.bigWig
+GSM945290_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HMF; cell organism=human; cell description=mammary fibroblasts; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000956; labexpid=DS16151; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945290_hg19_wgEncodeUwHistoneHmfH3k4me3StdRawRep1.bigWig
+GSM822281_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Fibrobl; cell organism=human; cell description=Normal child fibroblast, donor sex: female; cell karyotype=normal; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=Fibrobl/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822281_hg19_wgEncodeOpenChromChipFibroblCtcfSig.bigWig
+GSM767841_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=006N; labexpid=LID9199; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=2; replicate description=tier 2; original_filename=GSM767841_wgEncodeCshlLongRnaSeqH1hescNucleusLongnonpolyaPlusRawSigRep2.bigWig
+GSM945212_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000463; labexpid=DS12186; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945212_hg19_wgEncodeUwHistoneGm12878H3k36me3StdRawRep2.bigWig
+GSM897077_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=037WC; labexpid=LID20909; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897077_hg19_wgEncodeCshlShortRnaSeqBjCellShorttotalTapPlusRawRep2.bigWig
+GSM767856_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=009WC; labexpid=LID8788; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767856_wgEncodeCshlLongRnaSeqHuvecCellLongnonpolyaMinusRawSigRep2.bigWig
+GSM973670_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C,046C; labexpid=LID45888,LID45889; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973670_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalCiptapMinusRep2.bigWig
+GSM935360_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=IFNg30; treatment description=Interferon gamma treatment - 30 minutes (Snyder); antibody=STAT1; antibody antibodydescription=rabbit polyclonal to STAT1 (alpha) p-91 (C-24). Antibody Target: STAT1; antibody targetdescription=transcription factor, activated by interferon signalling; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-345; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000611; labversion=remapped from hg18; replicate=1; original_filename=GSM935360_hg19_wgEncodeSydhTfbsHelas3Stat1Ifng30StdSig.bigWig
+GSM935533_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293; cell organism=human; cell description=embryonic kidney, cells contain Adenovirus 5 DNA (PMID: 11967234); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000631; original_filename=GSM935533_hg19_wgEncodeSydhTfbsHek293InputStdSig.bigWig
+GSM958738_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11206; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958738_hg19_wgEncodeCaltechRnaSeqHuvecR1x75dTh1014UMinusRawRep2V4.bigWig
+GSM816633_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; treatment=IFNa4h; treatment description=Interferon alpha treatment - 4 hours with 500 U/ml (Crawford); controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816633_hg19_wgEncodeOpenChromDnaseHelas3Ifna4hSig.bigWig
+GSM923445_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; labexpid=DS9947; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923445_hg19_wgEncodeUwRepliSeqNhekG2PctSignalRep1.bigWig
+GSM782122_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=TCF7L2; antibody antibodydescription=Rabbit monoclonal; antibody targetdescription=TCF7L2 (formerly known as TCF4) is a member of the high mobility group (HMG) DNA binding protein family of transcription factors which consists of the following: Lymphoid enhancer factor 1 (LEF1), T Cell Factor 1 (TCF1), TCF3 and TCF4; antibody vendorname=Cell Signaling Technology; antibody vendorid=2569S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000674; replicate=1; replicate description=tier 1; original_filename=GSM782122_wgEncodeSydhTfbsHepg2Tcf7l2UcdSig.bigWig
+GSM923453_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BG02ES; cell organism=human; cell description=embryonic stem cell (hESC), BG02, treatment: H9 conditioned medium; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; labexpid=DS9027; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923453_hg19_wgEncodeUwRepliSeqBg02esG2PctSignalRep1.bigWig
+GSM803532_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Pbx3; antibody antibodydescription=Rabbit Polyclonal IgG; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-891; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL615; replicate=1; replicate description=tier 1; original_filename=GSM803532_hg19_wgEncodeHaibTfbsGm12878Pbx3Pcr1xRawRep2.bigWig
+GSM945184_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000926; labexpid=DS14115; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945184_hg19_wgEncodeUwHistoneH7esH3k36me3StdRawRep2.bigWig
+GSM973677_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC,086WC; labexpid=LID46270,LID46271; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973677_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalCiptapPlusRep4.bigWig
+GSM803522_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1881; labexpid=SL2633; replicate=1; replicate description=tier 1; original_filename=GSM803522_hg19_wgEncodeHaibTfbsT47dP300V0416102Dm002p1hRawRep2.bigWig
+GSM803393_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL749; replicate=1; replicate description=tier 1; original_filename=GSM803393_hg19_wgEncodeHaibTfbsGm12891Taf1Pcr1xRawRep1.bigWig
+GSM935552_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BRCA1_(A300-000A); antibody antibodydescription=Rabbit polyclonal recognizing a region between residue 1800 and the C-terminus (residue 1863) of human Breast Cancer Gene 1. Antibody Target: BRCA1; antibody targetdescription=Nuclear phosphoprotein that plays a role in maintaining genomic stability, and acts as a tumor suppressor. Associates with RNA polymerase II, and through the C-terminal domain, also interacts with histone deacetylase complexes. Plays a role in transcription, DNA repair of double-stranded breaks, and recombination. Mutations in this gene are responsible for approximately 40% of inherited breast cancers and more than 80% of inherited breast and ovarian cancers.; antibody vendorname=Bethyl Labratories; antibody vendorid=A300-000A; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935552_hg19_wgEncodeSydhTfbsHelas3Brca1a300IggrabSig.bigWig
+GSM767857_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=029N; labexpid=LID9206; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767857_wgEncodeCshlLongRnaSeqHuvecNucleusLongnonpolyaPlusRawSigRep3.bigWig
+GSM605635_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001N; labexpid=LID10570; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605635_hg19_wgEncodeCshlShortRnaSeqK562NucleusShorttotalTapMinusRawRep1.bigWig
+GSM849331_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011N; labexpid=J96; replicate=1; replicate description=tier 1; original_filename=GSM849331_hg19_wgEncodeRikenCageHelas3NucleusPapMinusSignalRep1.bigWig
+GSM945210_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000474; labexpid=DS12212; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945210_hg19_wgEncodeUwHistoneSknshraH3k27me3StdRawRep1.bigWig
+GSM822302_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Gliobla; cell organism=human; cell description=glioblastoma, these cells (aka H54 and D54) come from a surgical resection from a patient with glioblastoma multiforme (WHO Grade IV). D54 is a commonly studied glioblastoma cell line (Bao et al., 2006) that has been thoroughly described by S Bigner (1981). (PMID: 7252524); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=Gliobla/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822302_hg19_wgEncodeOpenChromChipGlioblaPol2Sig.bigWig
+GSM733657_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733657_hg19_wgEncodeBroadHistoneH1hescH3k4me3StdSig.bigWig
+GSM765390_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025NP; labexpid=LID9189; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765390_wgEncodeCshlLongRnaSeqK562NucleoplasmTotalMinusRawSigRep4.bigWig
+GSM973686_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C; labexpid=LID47264; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973686_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalTapPlusRep2.bigWig
+GSM945170_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AoAF; cell organism=human; cell description=aortic adventitial fibroblast cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000938; labexpid=DS15746; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945170_hg19_wgEncodeUwHistoneAoafH3k4me3StdRawRep1.bigWig
+GSM931362_1	cell=WI-38; cell organism=human; cell description=Embryonic Lung Fibroblast Cells, hTERT immortalized, includes Raf1 construct; cell karyotype=Normal (RAF); cell lineage=Fibroblast; cell sex=F; replicate=1; original_filename=GSM931362_hg19_wgEncodeUwDnaseWi38OhtamRawRep1.bigWig
+GSM749759_1	cell=AG10803; cell organism=Human; cell description=abdominal skin fibroblasts from apparently heathly 22 year old; cell karyotype=8% of the cells examined showing random chromosome loss, 2% showing random chromosome gain, and 2% showing 69,XYY -Coriell; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749759_hg19_wgEncodeUwTfbsAg10803CtcfStdRawRep2.bigWig
+GSM822296_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Monocytes-CD14+; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=Monocytes-CD14+/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822296_hg19_wgEncodeOpenChromChipMonocd14InputSig.bigWig
+GSM736515_1	cell=HConF; cell organism=Human; cell description=Human Conjunctival Fibroblast; cell sex=U; replicate=2; original_filename=GSM736515_hg19_wgEncodeUwDnaseHconfRawRep2.bigWig
+GSM945167_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG09309; cell organism=human; cell description=adult toe fibroblast from apparently healthy 21 year old, 7% of the cells examined showing random chromosome loss/gain -Coriell; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000932; labexpid=DS16030; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945167_hg19_wgEncodeUwHistoneAg09309InputStdRawRep1.bigWig
+GSM803402_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SP2_(SC-643); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin.; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors.  Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins.  It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-643; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2951; replicate=1; replicate description=tier 1; original_filename=GSM803402_hg19_wgEncodeHaibTfbsK562Sp2sc643V0416102RawRep2.bigWig
+GSM945251_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHDF-neo; cell organism=human; cell description=neonatal dermal fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000972; labexpid=DS16206; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945251_hg19_wgEncodeUwHistoneNhdfneoH3k4me3StdRawRep2.bigWig
+GSM849326_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=006N; labexpid=J95; replicate=2; replicate description=tier 2; original_filename=GSM849326_hg19_wgEncodeRikenCageH1hescNucleusPapMinusSignalRep2.bigWig
+GSM945856_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K4me3B; antibody antibodydescription=Rabbit monoclonal antibody. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri-methyl K4) marks promoters in chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9751S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH002070; replicate=1; original_filename=GSM945856_hg19_wgEncodeSydhHistonePanc1H3k04me3bUcdSig.bigWig
+GSM935303_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=TBP; antibody antibodydescription=Mouse monoclonal. Immunogen is synthetic peptide conjugated to KLH derived from within residues 1 - 100 of HumanTATA binding protein TBP. Antibody Target: TBP; antibody targetdescription=General transcription factor that functions at the core of the DNA-binding multiprotein factor TFIID. Binding of TFIID to the TATA box is the initial transcriptional step of the pre-initiation complex (PIC), playing a role in the activation of eukaryotic genes transcribed by RNA polymerase II. Component of the transcription factor SL1/TIF-IB complex, which is involved in the assembly of the PIC (preinitiation complex) during RNA polymerase I-dependent transcription.; antibody vendorname=abcam; antibody vendorid=ab62126; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935303_hg19_wgEncodeSydhTfbsH1hescTbpIggrabSig.bigWig
+GSM749686_1	cell=GM12873; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749686_hg19_wgEncodeUwTfbsGm12873CtcfStdRawRep2.bigWig
+GSM733689_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733689_hg19_wgEncodeBroadHistoneHelas3H4k20me1StdSig.bigWig
+GSM733661_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733661_hg19_wgEncodeBroadHistoneHsmmtH3k4me1StdSig.bigWig
+GSM935387_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12891; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000709; replicate=1; original_filename=GSM935387_hg19_wgEncodeSydhTfbsGm12891InputIggmusSig.bigWig
+GSM923437_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=U87; cell organism=human; cell description=glioblastoma, astrocytoma, (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL532; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923437_hg19_wgEncodeHaibRnaSeqU87RawRep1V2.bigWig
+GSM973672_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089C,090C; labexpid=LID46315,LID46316; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973672_hg19_wgEncodeCshlShortRnaSeqMcf7CytosolShorttotalMinusRep3.bigWig
+GSM765387_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001N; labexpid=LID8556; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765387_wgEncodeCshlLongRnaSeqK562NucleusPapPlusRawSigRep1.bigWig
+GSM822269_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ProgFib; cell organism=human; cell description=fibroblasts, Hutchinson-Gilford progeria syndrome (cell line HGPS, HGADFN167, progeria research foundation); cell karyotype=unknown; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=ProgFib/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822269_hg19_wgEncodeOpenChromChipProgfibInputSig.bigWig
+GSM803448_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=HEY1; antibody antibodydescription=HRT1 (C-20) Goat polyclonal IgG, 200 ?g/ml. Epitope mapping near the C-terminus of HRT1 of human origin; antibody targetdescription=This gene encodes a nuclear protein belonging to the hairy and enhancer of split-related (HESR) family of basic helix-loop-helix (bHLH)-type transcriptional repressors. Expression of this gene is induced by the Notch and c-Jun signal transduction pathways. Two similar and redundant genes in mouse are required for embryonic cardiovascular development, and are also implicated in neurogenesis and somitogenesis. Alternative splicing results in multiple transcript variants.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-16424; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL593; labexpid=SL1057; replicate=1; replicate description=tier 1; original_filename=GSM803448_hg19_wgEncodeHaibTfbsHepg2Hey1V0416101RawRep2.bigWig
+GSM736520_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; replicate=2; original_filename=GSM736520_hg19_wgEncodeUwDnaseNhdfadRawRep2.bigWig
+GSM973666_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C,086C; labexpid=LID46205,LID46206; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973666_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalPlusRep3.bigWig
+GSM935614_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935614_hg19_wgEncodeSydhTfbsH1hescCjunIggrabSig.bigWig
+GSM803355_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL207; replicate=1; replicate description=tier 1; original_filename=GSM803355_hg19_wgEncodeHaibTfbsGm12878Pol2Pcr2xRawRep2.bigWig
+GSM945292_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HPAF; cell organism=human; cell description=pulmonary artery fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000958; labexpid=DS16153; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945292_hg19_wgEncodeUwHistoneHpafH3k4me3StdRawRep1.bigWig
+GSM935624_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; replicate=1; original_filename=GSM935624_hg19_wgEncodeSydhTfbsImr90Rad21IggrabSig.bigWig
+GSM923446_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS19717; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923446_hg19_wgEncodeUwRepliSeqHepg2WaveSignalRep1.bigWig
+GSM830988_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301-218A; original_filename=GSM830988_K562_CHD1_1.bw
+GSM849367_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=J76; replicate=1; replicate description=tier 1; original_filename=GSM849367_hg19_wgEncodeRikenCageNhekCellPapMinusSignalRep1.bigWig
+GSM803426_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1159; replicate=1; replicate description=tier 1; original_filename=GSM803426_hg19_wgEncodeHaibTfbsH1hescUsf1Pcr1xRawRep2.bigWig
+GSM816652_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Fibrobl; cell organism=human; cell description=Normal child fibroblast, donor sex: female; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=Fibrobl/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816652_hg19_wgEncodeOpenChromDnaseFibroblSig.bigWig
+GSM897077_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=037WC; labexpid=LID20909; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897077_hg19_wgEncodeCshlShortRnaSeqBjCellShorttotalTapPlusRawRep1.bigWig
+GSM923440_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12801; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; labexpid=DS9813; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923440_hg19_wgEncodeUwRepliSeqGm12801G1bPctSignalRep1.bigWig
+GSM840137_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001C; labexpid=LID8465; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM840137_hg19_wgEncodeCshlLongRnaSeqK562CytosolPapPlusRawSigRep2.bigWig
+GSM935317_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Fos; antibody antibodydescription=Rabbit polyclonal to amino acids 210-335 mapping at the C-terminus of c-Fos of human origin. Antibody Target: c-Fos; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-7202; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=Contains incomplete fastq files; replicate=1; original_filename=GSM935317_hg19_wgEncodeSydhTfbsHelas3CfosStdSig.bigWig
+GSM945233_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000468; labexpid=DS12228; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945233_hg19_wgEncodeUwHistoneHuvecH3k36me3StdRawRep1.bigWig
+GSM849339_5	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0137C; labexpid=I40; labversion=Delve version 0.9; original_filename=GSM849339_hg19_wgEncodeRikenCageK562CytosolPapPlusSignalRep1.bigWig
+GSM803437_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=NANOG_(SC-33759); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 151-305 mapping at the C-terminus of Nanog of human origin.; antibody targetdescription=Transcription regulator involved in inner cell mass and embryonic stem (ES) cells proliferation and self-renewal.  Imposes pluripotency on ES cells and prevents their differentiation towards extraembryonic endoderm and trophectoderm lineages.  Blocks bone morphogenetic protein-induced mesoderm differentiation of ES cells by physically interacting with SMAD1 and interfering with the recruitment of coactivators to the active SMAD transcriptional complexes (By similarity).  Acts as a transcriptional activator or repressor (By similarity).  Binds optimally to the DNA consensus sequence 5'-TAAT[GT][GT]-3' or 5'-[CG][GA][CG]C[GC]ATTAN[GC]-3' (By similarity).  When overexpressed, promotes cells to enter into S phase and proliferation (By similarity) (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-33759; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2687; replicate=1; replicate description=tier 1; original_filename=GSM803437_hg19_wgEncodeHaibTfbsH1hescNanogsc33759V0416102RawRep2.bigWig
+GSM765404_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011C; labexpid=LID8469; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765404_wgEncodeCshlLongRnaSeqHelas3CytosolPapPlusRawSigRep2.bigWig
+GSM822299_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822299_hg19_wgEncodeOpenChromChipGm12892CtcfBaseOverlapSignal.bigWig
+GSM923420_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL330; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923420_hg19_wgEncodeHaibRnaSeqA549Dex100nmRawRep2.bigWig
+GSM803466_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2689; replicate=1; replicate description=tier 1; original_filename=GSM803466_hg19_wgEncodeHaibTfbsH1hescRad21V0416102RawRep1.bigWig
+GSM733712_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733712_hg19_wgEncodeBroadHistoneHmecH3k4me3StdSig.bigWig
+GSM973679_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N; labexpid=LID47266; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973679_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalTapPlusRep1.bigWig
+GSM822290_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822290_hg19_wgEncodeOpenChromChipGm12878CmycSig.bigWig
+GSM736501_1	cell=Jurkat; cell organism=Human; cell description=T lymphoblastoid derived from an acute T cell leukemia, The Jurkat cell line was established from the peripheral blood of a 14 year old boy by Schneider et al., and was originally designated JM. - ATCC. (PMID: 68013); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; replicate=1; original_filename=GSM736501_hg19_wgEncodeUwDnaseJurkatRawRep1.bigWig
+GSM803498_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL3639; replicate=1; replicate description=tier 1; original_filename=GSM803498_hg19_wgEncodeHaibTfbsSknshraYy1sc281V0416102RawRep1.bigWig
+GSM973672_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089C,090C; labexpid=LID46315,LID46316; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973672_hg19_wgEncodeCshlShortRnaSeqMcf7CytosolShorttotalPlusRep3.bigWig
+GSM945197_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CD20+_RO01778; cell organism=human; cell description=B cells, caucasian, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002170; labexpid=DS18984; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945197_hg19_wgEncodeUwHistoneCd20ro01778InputStdRawRep1.bigWig
+GSM736522_1	cell=SK-N-MC; cell organism=Human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; replicate=1; original_filename=GSM736522_hg19_wgEncodeUwDnaseSknmcRawRep1.bigWig
+GSM605634_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NP; labexpid=LID8929; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605634_hg19_wgEncodeCshlShortRnaSeqK562NucleoplasmShorttotalTapMinusRawRep3.bigWig
+GSM935364_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935364_hg19_wgEncodeSydhTfbsHepg2CjunIggrabSig.bigWig
+GSM831023_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=None; original_filename=GSM831023_K562_WCE_K562_2.bw
+GSM935401_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935401_hg19_wgEncodeSydhTfbsK562P300IggrabSig.bigWig
+GSM935413_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; original_filename=GSM935413_hg19_wgEncodeSydhTfbsGm12878InputStdSig.bigWig
+GSM935569_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935569_hg19_wgEncodeSydhTfbsK562JundIggrabSig.bigWig
+GSM973663_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N,086N; labexpid=LID46272,LID46273; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973663_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalCiptapPlusRep4.bigWig
+GSM817343_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000674; labversion=remapped from hg18; replicate=1; original_filename=GSM817343_hg19_wgEncodeSydhTfbsHepg2InputUcdSig.bigWig
+GSM646561_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMF; cell organism=human; cell description=mammary fibroblasts; cell sex=F; labversion=lmax-v1.0; original_filename=GSM646561_hg19_wgEncodeUwDgfHmfRaw.bigWig
+GSM733658_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733658_hg19_wgEncodeBroadHistoneK562H3k27me3StdSig.bigWig
+GSM803371_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL247; labexpid=SL246; replicate=1; replicate description=tier 1; original_filename=GSM803371_hg19_wgEncodeHaibTfbsA549GrPcr2xDex100nmRawRep2.bigWig
+GSM849342_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=J80; replicate=1; replicate description=tier 1; original_filename=GSM849342_hg19_wgEncodeRikenCageHelas3CellPapMinusSignalRep1.bigWig
+GSM803359_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_5nM; treatment description=1 h with 5 nM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL878; labexpid=SL880; replicate=1; replicate description=tier 1; original_filename=GSM803359_hg19_wgEncodeHaibTfbsA549GrPcr1xDex5nmRawRep2.bigWig
+GSM733697_1	cell=Osteobl; cell organism=Human; cell description=Normal human osteoblasts (NHOst); cell karyotype=normal; cell sex=F; antibody=Control; original_filename=GSM733697_hg19_wgEncodeBroadHistoneOsteoblControlStdSig.bigWig
+GSM765405_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001WC; labexpid=LID16627; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765405_wgEncodeCshlLongRnaSeqK562CellPapPlusRawSigRep1.bigWig
+GSM849365_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001WC; labexpid=J70; replicate=1; replicate description=tier 1; original_filename=GSM849365_hg19_wgEncodeRikenCageK562CellPapPlusSignalRep1.bigWig
+GSM945180_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000468; labexpid=DS12227; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945180_hg19_wgEncodeUwHistoneHuvecH3k27me3StdRawRep2.bigWig
+GSM803380_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin.; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3184; replicate=1; replicate description=tier 1; original_filename=GSM803380_hg19_wgEncodeHaibTfbsK562Atf3V0416101RawRep1.bigWig
+GSM733706_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733706_hg19_wgEncodeBroadHistoneNhlfH4k20me1StdSig.bigWig
+GSM945205_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM06990; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000455; labexpid=DS12191; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945205_hg19_wgEncodeUwHistoneGm06990H3k27me3StdRawRep2.bigWig
+GSM798321_1	lab=Broad; lab description=Bernstein - Broad Institute; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; control=std; control description=Standard input signal for most experiments.; controlid=HepG2/Input/std; replicate=1; replicate description=tier 1; original_filename=GSM798321_hg19_wgEncodeBroadHistoneHepg2H3k04me1StdSig.bigWig
+GSM945281_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF-Myc; cell organism=human; cell description=foreskin fibroblast cells expressing canine cMyc; cell karyotype=normal; cell lineage=fibroblast; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001896; labexpid=DS18321; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945281_hg19_wgEncodeUwHistoneHffmycInputStdRawRep1.bigWig
+GSM733646_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733646_hg19_wgEncodeBroadHistoneNhlfH3k27acStdSig.bigWig
+GSM977042_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=091CH,092CH; labexpid=LID47655,LID47656; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977042_hg19_wgEncodeCshlShortRnaSeqGm12878ChromatinTapMinusRep4.bigWig
+GSM935319_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=Contains incomplete fastq files; replicate=1; original_filename=GSM935319_hg19_wgEncodeSydhTfbsK562Rad21StdSig.bigWig
+GSM864342_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=Urothelia; cell organism=human; cell description=primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene; cell karyotype=normal; cell sex=F; treatment=UT189; treatment description=UT189 E.Coli treatment 1 hour, followed by 24 hour incubation; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864342_hg19_wgEncodeOpenChromFaireUrotsaUt189Sig.bigWig
+GSM935637_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BAF155; antibody antibodydescription=BAF155 (H-76) is a rabbit polyclonal antibody raised against amino acids 998-1073 of BAF155 of human origin. Antibody Target: BAF155; antibody targetdescription=BAF155 (SMARCC1, Brg1-Associated Factor, 155 kD) is a ubiquitous component of the SWI/SNF chromatin-remodeling complex.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-10756; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000633; labversion=remapped from hg18, Data paired with IgG_Control.; replicate=1; original_filename=GSM935637_hg19_wgEncodeSydhTfbsHelas3Baf155IggmusSig.bigWig
+GSM605628_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NL; labexpid=LID8928; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605628_hg19_wgEncodeCshlShortRnaSeqK562NucleolusShorttotalTapMinusRawRep3.bigWig
+GSM864346_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=PanIslets; cell organism=human; cell description=pancreatic islets from 2 donors, the sources of these primary cells are cadavers from National Disease Research Interchange (NDRI) and another sample isolated as in Bucher, P. et al., Assessment of a novel two-component enzyme preparation for human islet isolation and transplantation. Transplantation 79, 917 (2005); cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864346_hg19_wgEncodeOpenChromFairePanisletsBaseOverlapSignal.bigWig
+GSM758564_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=021WC,022WC; labexpid=LID8963,LID8964; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758564_wgEncodeCshlLongRnaSeqA549CellPapPlusRawSigRep1.bigWig
+GSM935524_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18526; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Han Chinese in Beijing, China, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000732; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded. Data paired with GM12878_IgG_Control.; replicate=1; original_filename=GSM935524_hg19_wgEncodeSydhTfbsGm18526Pol2IggmusSig.bigWig
+GSM897074_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=017WC; labexpid=LID20745; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897074_hg19_wgEncodeCshlShortRnaSeqAg04450CellShorttotalTapMinusRawRep1.bigWig
+GSM803475_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3457; labexpid=SL3457; replicate=1; replicate description=tier 1; original_filename=GSM803475_hg19_wgEncodeHaibTfbsHct116RxlchV0416101RawRep1.bigWig
+GSM749762_1	cell=GM12864; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749762_hg19_wgEncodeUwTfbsGm12864CtcfStdRawRep2.bigWig
+GSM849326_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=006N; labexpid=J95; replicate=2; replicate description=tier 2; original_filename=GSM849326_hg19_wgEncodeRikenCageH1hescNucleusPapPlusSignalRep2.bigWig
+GSM935457_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=4OHTAM_1uM_36hr; treatment description=(To replace TAM_1uM_36hr) 36 h with 1 uM 4-hydroxytamoxifen (Myers); antibody=STAT3; antibody antibodydescription=Rabbit polyclonal; epitope mapping at the C-terminus of Stat3 of mouse origin. Antibody Target: STAT3; antibody targetdescription=Member of STAT family. After phosphorylation in response to cytokines and growth factors (including IFNs, EGF, IL5, IL6, HGF, LIF and BMP2), forms homo- or heterodimers that translocate to nucleus and activate transcription. Activates expression of a variety of genes with roles in processes such as cell growth and apoptosis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-482; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001782; replicate=1; original_filename=GSM935457_hg19_wgEncodeSydhTfbsMcf10aesStat3TamStdSig.bigWig
+GSM973684_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C; labexpid=LID47041; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973684_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalTapPlusRep4.bigWig
+GSM945174_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000472; labexpid=DS12237; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945174_hg19_wgEncodeUwHistoneNhekH3k36me3StdRawRep1.bigWig
+GSM831041_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Abcam,ab62739; original_filename=GSM831041_H1_SIRT6.bw
+GSM733729_1	cell=NH-A; cell organism=Human; cell description=normal human astrocytes; cell sex=U; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733729_hg19_wgEncodeBroadHistoneNhaH3k27me3StdSig.bigWig
+GSM803364_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL969; labexpid=SL969; replicate=1; replicate description=tier 1; original_filename=GSM803364_hg19_wgEncodeHaibTfbsH1hescRxlchV0416102RawRep1.bigWig
+GSM973675_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC,086WC; labexpid=LID46201,LID46202; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973675_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalMinusRep4.bigWig
+GSM923444_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjG1bPctSignalRep2.bigWig
+GSM935371_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SIRT6; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SIRT6; antibody targetdescription=A synthetic peptide made to an internal region of the human SIRT6 protein; antibody vendorname=Abcam; antibody vendorid=ab48192; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=fragmented with both a probe sonicator and a Misonix sonicator, and precipitated with protein A sepharose beads; replicate=1; original_filename=GSM935371_hg19_wgEncodeSydhTfbsK562Sirt6StdSig.bigWig
+GSM945203_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Caco-2; cell organism=human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000454; labexpid=DS12221; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945203_hg19_wgEncodeUwHistoneCaco2H3k27me3StdRawRep2.bigWig
+GSM897076_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=027N; labexpid=LID21001; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897076_hg19_wgEncodeCshlShortRnaSeqNhekNucleusShorttotalTapMinusRawRep3.bigWig
+GSM864354_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864354_hg19_wgEncodeOpenChromFaireHepg2Sig.bigWig
+GSM733751_1	cell=NH-A; cell organism=Human; cell description=normal human astrocytes; cell sex=U; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733751_hg19_wgEncodeBroadHistoneNhaH3k36me3StdSig.bigWig
+GSM945242_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HAc; cell organism=human; cell description=astrocytes-cerebellar; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002165; labexpid=DS18315; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945242_hg19_wgEncodeUwHistoneHacH3k04me3StdRawRep1.bigWig
+GSM935366_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=HA-E2F1; antibody antibodydescription=Mouse Monoclonal antibody HA.11 clone 16B12 was raised against the twelve amino acid peptide CYPYDVPDYASL. This second-generation HA antibody is an excellent substitute for the 12CA5 monoclonal antibody. The HA.11 antibody recognizes the influenza hemagglutinin epitope (YPYDVPDYA) which has been used extensively as a general epitope tag in expression vectors. The extreme specificity of the antibody allows unambiguous identification and quantitative analysis of the tagged protein. The HA.11 antibody recognizes HA epitopes located in the middle of protein sequences as well as at the N- or C-terminus. Antibody Target: HA-E2F1; antibody targetdescription=The HA-E2F1 protein is a derivative of E2F1, a member of the E2F family of transcription factors. The E2F family plays a crucial role in the control of cell cycle and action of tumor suppressor proteins and is also a target of the transforming proteins of small DNA tumor viruses. The E2F proteins contain several evolutionary conserved domains found in most members of the family. These domains include a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. This version of E2F1 includes an N terminal HA tag and a modified ER ligand binding domain to allow regulated translocation to the nucleus.; antibody vendorname=Covance; antibody vendorid=MMS-101P; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=HeLa cells stably expressed a tagged HA-E2F1 were fragmented using a Bioruptor, precipitated with StaphA and an antibody to the  HA tag,; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935366_hg19_wgEncodeSydhTfbsHelas3Hae2f1StdSig.bigWig
+GSM803418_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3929; replicate=1; replicate description=tier 1; original_filename=GSM803418_hg19_wgEncodeHaibTfbsHepg2Zbtb33V0416101RawRep2.bigWig
+GSM803348_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1881; labexpid=SL2634; replicate=1; replicate description=tier 1; original_filename=GSM803348_hg19_wgEncodeHaibTfbsT47dCtcfsc5916V0416102Dm002p1hRawRep1.bigWig
+GSM849361_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027N; labexpid=K09; replicate=3; replicate description=tier 3; original_filename=GSM849361_hg19_wgEncodeRikenCageNhekNucleusPapPlusSignalRep3.bigWig
+GSM977041_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-AT; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-AT_9061601.12 and hMSC-AT_0102604.12 from subcutaneous abdomen adipose tissue; cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=065WC; labexpid=LID47479; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977041_hg19_wgEncodeCshlShortRnaSeqHmscat906160112CellTapPlusRep2.bigWig
+GSM803428_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20).; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1157; replicate=1; replicate description=tier 1; original_filename=GSM803428_hg19_wgEncodeHaibTfbsH1hescSin3ak20Pcr1xRawRep2.bigWig
+GSM935297_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=CHD2_(AB68301); antibody antibodydescription=Rabbit polyclonal to CHD2 Synthetic peptide derived from within residues 1250 - 1350 of Human CHD2. Antibody Target: CHD2; antibody targetdescription=CHD family of proteins are characterized by presence of chromo (chromatin organization modifier) domains and SNF2-related helicase/ATPase domains. CHD genes alter gene expression possibly by modification of chromatin structure thus altering access of the transcriptional apparatus to its chromosomal DNA template.; antibody vendorname=Abcam; antibody vendorid=ab68301; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935297_hg19_wgEncodeSydhTfbsH1hescChd2IggrabSig.bigWig
+GSM749698_1	cell=HEEpiC; cell organism=Human; cell description=Human Esophageal Epithelial Cells; cell lineage=endoderm; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749698_hg19_wgEncodeUwTfbsHeeInputStdRawRep1.bigWig
+GSM945280_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHLF; cell organism=human; cell description=lung fibroblasts; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001899; labexpid=DS16347; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945280_hg19_wgEncodeUwHistoneNhlfInputStdRawRep1.bigWig
+GSM923436_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=Genistein_100nM_4hr; treatment description=4 h with 100 nM Genistein   (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1246; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923436_hg19_wgEncodeHaibRnaSeqT47dGen4hRawRep1.bigWig
+GSM803336_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1400; labexpid=SL1060; replicate=1; replicate description=tier 1; original_filename=GSM803336_hg19_wgEncodeHaibTfbsHepg2Tcf12Pcr1xRawRep2.bigWig
+GSM935295_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=CEBPB; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935295_hg19_wgEncodeSydhTfbsH1hescCebpbIggrabSig.bigWig
+GSM733637_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733637_hg19_wgEncodeBroadHistoneHsmmH3k4me3StdSig.bigWig
+GSM749752_1	cell=BJ; cell organism=Human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell lineage=ectoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749752_hg19_wgEncodeUwTfbsBjCtcfStdRawRep2.bigWig
+GSM736603_1	cell=LNCaP; cell organism=Human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old Caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; replicate=2; original_filename=GSM736603_hg19_wgEncodeUwDnaseLncapRawRep2.bigWig
+GSM803428_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20).; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1157; replicate=1; replicate description=tier 1; original_filename=GSM803428_hg19_wgEncodeHaibTfbsH1hescSin3ak20Pcr1xRawRep1.bigWig
+GSM765392_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025CH; labexpid=LID9185; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765392_wgEncodeCshlLongRnaSeqK562ChromatinTotalPlusRawSigRep4.bigWig
+GSM605633_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003N; labexpid=LID20900; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605633_hg19_wgEncodeCshlShortRnaSeqGm12878NucleusShorttotalTapPlusRawRep1.bigWig
+GSM788069_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U2OS; cell organism=human; cell description=Osteosarcoma from the tibia of a 15 year old human female, J. Ponten and E. Saksela derived this line (originally 2T) in 1964 from a moderately differentiated sarcoma, viruses were not detected during co-cultivation with WI-38 cells or in CF tests against SV40, RSV or adenoviruses, mycoplasma contamination was detected and eliminated in 1972. (PMID: 6081590); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000916; original_filename=GSM788069_wgEncodeSydhHistoneU2osInputUcdSig.bigWig
+GSM758560_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003C,004C; labexpid=LID8467,LID8468; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758560_wgEncodeCshlLongRnaSeqGm12878CytosolPapMinusRawSigRep2.bigWig
+GSM945326_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002544; labexpid=DS13778; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945326_hg19_wgEncodeUwHistoneH7esH3k27me3StdDiffa5dRawRep2.bigWig
+GSM945273_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000964; labexpid=DS16156; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945273_hg19_wgEncodeUwHistoneHvmfH3k4me3StdRawRep2.bigWig
+GSM788082_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K9acB; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Histone H3 (acetyl K9) marks promoters in chromatin regions; antibody vendorname=Millipore; antibody vendorid=07-352; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; replicate=1; replicate description=tier 1; original_filename=GSM788082_wgEncodeSydhHistoneK562H3k9acbUcdSig.bigWig
+GSM945185_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000926; labexpid=DS13427; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945185_hg19_wgEncodeUwHistoneH7esH3k4me3StdRawRep1.bigWig
+GSM605630_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001WC; labexpid=LID10567; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605630_hg19_wgEncodeCshlShortRnaSeqK562CellShorttotalTapMinusRawRep2.bigWig
+GSM897086_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=007WC; labexpid=LID20999; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897086_hg19_wgEncodeCshlShortRnaSeqNhekCellShorttotalTapPlusRawRep2.bigWig
+GSM935328_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; labversion=remapped from hg18; replicate=1; original_filename=GSM935328_hg19_wgEncodeSydhTfbsHelas3JundIggrabSig.bigWig
+GSM803472_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=USF1_(SC-8983); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 75-160 mapping within internal region of USF1 of human origin.; antibody targetdescription=This gene encodes a member of the basic helix-loop-helix leucine zipper family, and can function as a cellular transcription factor. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs. This gene has been linked to familial combined hyperlipidemia (FCHL). Two transcript variants encoding distinct isoforms have been identified for this gene. (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8983; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL2911; replicate=1; replicate description=tier 1; original_filename=GSM803472_hg19_wgEncodeHaibTfbsSknshraUsf1sc8983V0416102RawRep1.bigWig
+GSM733745_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733745_hg19_wgEncodeBroadHistoneNhdfadH3k27me3StdSig.bigWig
+GSM935544_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=HMGN3; antibody antibodydescription=Rabbit polyclonal. Raised against an amino acids 60 to 99 of human HMGN3. Vendor recommeds its use for detection of HMGN3 in human samples using immunohistochemistry. Antibody Target: HMGN3; antibody targetdescription=HMGN3 is a high-mobility group protein. These proteins are small, 8 to 11 kDa, ubiquitous proteins believed to play a role in chromatin structure. HMGNs bind to nucleosomes between the histone core and DNA and reduce chromatin compaction. As a result HMGNs, HMGN3 included, are believed to increase access to DNA for DNA replication, repair and transcription. HMGN3 has specifically been implicated in the action of Thyroid horomone receptors.; antibody vendorname=Novus Biologicals; antibody vendorid=NB100-61076; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935544_hg19_wgEncodeSydhTfbsK562Hmgn3StdSig.bigWig
+GSM830523_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0158N; labexpid=IHN012; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830523_hg19_wgEncodeGisRnaPetNhekNucleusPapMinusRawRep1.bigWig
+GSM782123_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=TCF7L2; antibody antibodydescription=Rabbit monoclonal; antibody targetdescription=TCF7L2 (formerly known as TCF4) is a member of the high mobility group (HMG) DNA binding protein family of transcription factors which consists of the following: Lymphoid enhancer factor 1 (LEF1), T Cell Factor 1 (TCF1), TCF3 and TCF4; antibody vendorname=Cell Signaling Technology; antibody vendorid=2569S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000627; labversion=Fragmented using Bioruptor, precipitated with protein G magnetic beads,; replicate=1; replicate description=tier 1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM782123_wgEncodeSydhTfbsHct116Tcf7l2UcdSig.bigWig
+GSM749769_1	cell=AG04450; cell organism=Human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749769_hg19_wgEncodeUwTfbsAg04450CtcfStdRawRep1.bigWig
+GSM822300_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822300_hg19_wgEncodeOpenChromChipH1hescPol2Sig.bigWig
+GSM923425_4	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL331; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923425_hg19_wgEncodeHaibRnaSeqA549Etoh02RawRep4.bigWig
+GSM973678_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N,046N; labexpid=LID45955,LID45956; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973678_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalPlusRep2.bigWig
+GSM945231_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000470; labexpid=DS12076; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945231_hg19_wgEncodeUwHistoneHepg2H3k27me3StdRawRep2.bigWig
+GSM849031_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HPAF; cell organism=human; cell description=pulmonary artery fibroblasts; cell lineage=mesoderm; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849031_hg19_wgEncodeUwDgfHpafSig.bigWig
+GSM736609_1	cell=HMVEC-dBl-Ad; cell organism=Human; cell description=Normal Adult Human Blood Microvascular Endothelial Cells, Dermal-Derived; cell sex=F; replicate=1; original_filename=GSM736609_hg19_wgEncodeUwDnaseHmvecdbladRawRep1.bigWig
+GSM749727_1	cell=HRE; cell organism=Human; cell description=Human Renal Epithelial cells (normal); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749727_hg19_wgEncodeUwTfbsHreCtcfStdRawRep1.bigWig
+GSM803433_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=RevXlinkChromatin; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1881; labexpid=SL1881; replicate=1; replicate description=tier 1; original_filename=GSM803433_hg19_wgEncodeHaibTfbsT47dRxlchV0416102Dm002p1hRawRep1.bigWig
+GSM945258_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HMEC; cell organism=human; cell description=mammary epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000466; labexpid=DS13600; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945258_hg19_wgEncodeUwHistoneHmecInputStdRawRep1.bigWig
+GSM822309_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=estrogen; treatment description=45 min with 100 nM Estradiol (Crawford); antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822309_hg19_wgEncodeOpenChromChipMcf7CtcfEstroBaseOverlapSignal.bigWig
+GSM935515_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-goat; control description=Input signal from Normal Goat IgG ChIP-seq.; control=IgG-goat; control description=Input signal from Normal Goat IgG ChIP-seq.; controlid=wgEncodeEH002803; replicate=1; original_filename=GSM935515_hg19_wgEncodeSydhTfbsHepg2InputIgggoatSig.bigWig
+GSM749731_1	cell=GM06990; cell organism=Human; cell description=Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749731_hg19_wgEncodeUwTfbsGm06990InputStdRawRep1.bigWig
+GSM803385_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=HEY1; antibody antibodydescription=HRT1 (C-20) Goat polyclonal IgG, 200 ?g/ml. Epitope mapping near the C-terminus of HRT1 of human origin; antibody targetdescription=This gene encodes a nuclear protein belonging to the hairy and enhancer of split-related (HESR) family of basic helix-loop-helix (bHLH)-type transcriptional repressors. Expression of this gene is induced by the Notch and c-Jun signal transduction pathways. Two similar and redundant genes in mouse are required for embryonic cardiovascular development, and are also implicated in neurogenesis and somitogenesis. Alternative splicing results in multiple transcript variants.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-16424; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL845; replicate=1; replicate description=tier 1; original_filename=GSM803385_hg19_wgEncodeHaibTfbsK562Hey1Pcr1xRawRep2.bigWig
+GSM803494_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin.; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2950; replicate=1; replicate description=tier 1; original_filename=GSM803494_hg19_wgEncodeHaibTfbsK562Elf1sc631V0416102RawRep2.bigWig
+GSM935284_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM15510; cell organism=human; cell description=lymphoblastoid NIGMS Human Genetic Cell Repository, DNA Polymorphism Discovery Resource Collection, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000713; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935284_hg19_wgEncodeSydhTfbsGm15510InputIggmusSig.bigWig
+GSM830526_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0150N; labexpid=DHK006; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830526_hg19_wgEncodeGisRnaPetK562NucleusPapMinusRawSigRep1.bigWig
+GSM935385_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=COREST_(ab24166); antibody antibodydescription=Synthetic peptide conjugated to KLH derived from within residues 400 to the C-terminus of Human CoREST.   Note: This antibody has since been discontinued.  Full product information is attached as part of validation document. Antibody Target: COREST_(ab24166); antibody targetdescription=Essential component of the BHC complex, a corepressor complex that represses transcription of neuron-specific genes in non-neuronal cells.  In the BHC complex, it serves as a molecular beacon for the recruitment of molecular machinery, including MeCP2 and SUV39H1, that imposes silencing across a chromosomal interval. Plays a central role in demethylation of Lys-4 of histone H3 by promoting demethylase activity of KDM1A on core histones and nucleosomal substrates.; antibody vendorname=Abcam; antibody vendorid=ab24166; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935385_hg19_wgEncodeSydhTfbsK562Corestab24166IggrabSig.bigWig
+GSM803340_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1035; labexpid=SL1012; replicate=1; replicate description=tier 1; original_filename=GSM803340_hg19_wgEncodeHaibTfbsEcc1GrV0416102Dex100nmRawRep1.bigWig
+GSM864347_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=NH-A; cell organism=human; cell description=astrocytes (also called Astrocy); cell karyotype=normal; cell lineage=ectoderm; cell sex=U; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864347_hg19_wgEncodeOpenChromFaireNhaSig.bigWig
+GSM803516_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=YY1; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=YIN YANG 1 transcription factor belongs to the GLI-Kruppel class of zinc finger proteins.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1703; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1783; labexpid=SL2132; replicate=1; replicate description=tier 1; original_filename=GSM803516_hg19_wgEncodeHaibTfbsGm12892Yy1V0416101RawRep1.bigWig
+GSM733663_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=Control; original_filename=GSM733663_hg19_wgEncodeBroadHistoneHsmmControlStdSig.bigWig
+GSM736518_1	cell=BJ; cell organism=Human; cell description=Skin fibroblast The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell lineage=mesoderm; cell sex=M; replicate=1; original_filename=GSM736518_hg19_wgEncodeUwDnaseBjRawRep1.bigWig
+GSM945284_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HPF; cell organism=human; cell description=pulmonary fibroblasts isolated from lung tissue; cell karyotype=normal; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000960; labexpid=DS16184; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945284_hg19_wgEncodeUwHistoneHpfH3k4me3StdRawRep2.bigWig
+GSM803389_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL673; replicate=1; replicate description=tier 1; original_filename=GSM803389_hg19_wgEncodeHaibTfbsGm12878Tcf12Pcr1xRawRep2.bigWig
+GSM831027_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A301.223A; original_filename=GSM831027_H1_CHD7.bw
+GSM749716_1	cell=NB4; cell organism=Human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749716_hg19_wgEncodeUwTfbsNb4InputStdRawRep1.bigWig
+GSM945208_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000469; labexpid=DS12072; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945208_hg19_wgEncodeUwHistoneHelas3H3k27me3StdRawRep1.bigWig
+GSM765400_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027C; labexpid=LID8795; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765400_wgEncodeCshlLongRnaSeqNhekCytosolPapMinusRawSigRep4.bigWig
+GSM923442_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9795; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923442_hg19_wgEncodeUwRepliSeqMcf7G2PctSignalRep1.bigWig
+GSM765395_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=019WC; labexpid=LID8967; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765395_wgEncodeCshlLongRnaSeqSknshraCellPapMinusRawSigRep2.bigWig
+GSM767856_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=009WC; labexpid=LID8788; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767856_wgEncodeCshlLongRnaSeqHuvecCellLongnonpolyaPlusRawSigRep2.bigWig
+GSM935313_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=pravastatin; treatment description=For sterol deprivation, cells were cultured with pravastatin (2 uM, Sigma) in DMEM with 0.5% BSA for 16 h. (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000640; labversion=remapped from hg18; replicate=1; original_filename=GSM935313_hg19_wgEncodeSydhTfbsHepg2InputPravastStdSig.bigWig
+GSM803356_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL203; replicate=1; replicate description=tier 1; original_filename=GSM803356_hg19_wgEncodeHaibTfbsGm12878GabpPcr2xRawRep2.bigWig
+GSM803449_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL981; replicate=1; replicate description=tier 1; original_filename=GSM803449_hg19_wgEncodeHaibTfbsHepg2Zbtb33Pcr1xRawRep2.bigWig
+GSM822294_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822294_hg19_wgEncodeOpenChromChipGm12891CtcfBaseOverlapSignal.bigWig
+GSM945297_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_2C10_C5; treatment description=beta-globin LCR deletion (18Kb), homozygous (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS16263; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945297_hg19_wgEncodeUwHistoneK562H3k04me3StdZnf2c10c5RawRep2.bigWig
+GSM803376_3	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a human cerebral brain tumor. (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL150; labexpid=SL150; replicate=1; replicate description=tier 1; original_filename=GSM803376_hg19_wgEncodeHaibTfbsPfsk1RxlchPcr2xRawRep3.bigWig
+GSM935471_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa6h; treatment description=Interferon alpha treatment - 6 hours (Snyder); antibody=STAT1; antibody antibodydescription=rabbit polyclonal to STAT1 (alpha) p-91 (C-24). Antibody Target: STAT1; antibody targetdescription=transcription factor, activated by interferon signalling; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-345; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000656; replicate=1; original_filename=GSM935471_hg19_wgEncodeSydhTfbsK562Stat1Ifna6hStdSig.bigWig
+GSM803339_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1398; replicate=1; replicate description=tier 1; original_filename=GSM803339_hg19_wgEncodeHaibTfbsH1hescRxlchPcr1xRawRep1.bigWig
+GSM831033_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A301.813A; original_filename=GSM831033_H1_JARID1B.bw
+GSM816637_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=LNCaP; cell organism=human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816637_hg19_wgEncodeOpenChromDnaseLncapBaseOverlapSignal.bigWig
+GSM803436_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL1613; replicate=1; replicate description=tier 1; original_filename=GSM803436_hg19_wgEncodeHaibTfbsGm12878RxlchV0416101RawRep1.bigWig
+GSM830533_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0122C; labexpid=RHH002; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830533_hg19_wgEncodeGisRnaPetHelas3CytosolPapMinusRawRep1.bigWig
+GSM849328_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=037WC; labexpid=K18; replicate=1; replicate description=tier 1; original_filename=GSM849328_hg19_wgEncodeRikenCageBjCellPapMinusSignalRep1.bigWig
+GSM749776_1	cell=HCPEpiC; cell organism=Human; cell description=Human Choroid Plexus Epithelial Cells; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749776_hg19_wgEncodeUwTfbsHcpeInputStdRawRep1.bigWig
+GSM733739_1	cell=Osteobl; cell organism=Human; cell description=Normal human osteoblasts (NHOst); cell karyotype=normal; cell sex=F; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733739_hg19_wgEncodeBroadHistoneOsteoblH3k27acStdSig.bigWig
+GSM736639_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; replicate=2; original_filename=GSM736639_hg19_wgEncodeUwDnaseHepg2RawRep2.bigWig
+GSM831024_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=None; original_filename=GSM831024_K562_WCE_K562_3.bw
+GSM736619_1	cell=AG09319; cell organism=Human; cell description=Adult human gum tissue fibroblasts; cell lineage=mesoderm; cell sex=F; replicate=2; original_filename=GSM736619_hg19_wgEncodeUwDnaseAg09319RawRep2.bigWig
+GSM803542_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2250; replicate=1; replicate description=tier 1; original_filename=GSM803542_hg19_wgEncodeHaibTfbsH1hescP300V0416102RawRep2.bigWig
+GSM736513_1	cell=Monocytes-CD14+; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis product; cell karyotype=Normal; cell lineage=Monocytic; cell sex=F; replicate=1; original_filename=GSM736513_hg19_wgEncodeUwDnaseMonocd14RawRep1.bigWig
+GSM945300_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000472; labexpid=DS12078; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945300_hg19_wgEncodeUwHistoneNhekH3k27me3StdRawRep2.bigWig
+GSM945311_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HBMEC; cell organism=human; cell description=brain microvascular endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000940; labexpid=DS15913; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945311_hg19_wgEncodeUwHistoneHbmecInputStdRawRep1.bigWig
+GSM923425_3	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL331; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923425_hg19_wgEncodeHaibRnaSeqA549Etoh02RawRep3.bigWig
+GSM736556_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; replicate=2; original_filename=GSM736556_hg19_wgEncodeUwDnaseNhekRawRep2.bigWig
+GSM733753_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733753_hg19_wgEncodeBroadHistoneNhdfadH3k4me2StdSig.bigWig
+GSM605630_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001WC; labexpid=LID10567; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605630_hg19_wgEncodeCshlShortRnaSeqK562CellShorttotalTapPlusRawRep2.bigWig
+GSM849365_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001WC; labexpid=J70; replicate=1; replicate description=tier 1; original_filename=GSM849365_hg19_wgEncodeRikenCageK562CellPapMinusSignalRep2.bigWig
+GSM935458_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=U2OS; cell organism=human; cell description=osteosarcoma from the tibia of a 15 year old, J. Ponten and E. Saksela derived this line (originally 2T) in 1964 from a moderately differentiated sarcoma, viruses were not detected during co-cultivation with WI-38 cells or in CF tests against SV40, RSV or adenoviruses, mycoplasma contamination was detected and eliminated in 1972, (PMID: 6081590); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SETDB1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SETDB1; antibody targetdescription=SET domain, bifurcated 1, the SET domain is a highly conserved, approximately 150-amino acid motif implicated in the modulation of chromatin structure; antibody vendorname=Proteintech Group; antibody vendorid=11231-1-AP; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000916; replicate=1; original_filename=GSM935458_hg19_wgEncodeSydhTfbsU2osSetdb1UcdSig.bigWig
+GSM977049_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HPC-PL; cell organism=human; cell description=Undifferentiated Pericytes from HPC-PL_0032601.13 and HPC-PL_0101504.13; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=071WC,072WC; labexpid=LID47517,LID47518; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977049_hg19_wgEncodeCshlShortRnaSeqHpcplCellTapPlusRep2.bigWig
+GSM830535_4	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0107C; labexpid=IHG024; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830535_hg19_wgEncodeGisRnaPetGm12878CytosolPapPlusRawSigRep1.bigWig
+GSM923426_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; treatment=Genistein_100nM_4hr; treatment description=4 h with 100 nM Genistein   (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL991; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923426_hg19_wgEncodeHaibRnaSeqEcc1Gen4hRawRep2.bigWig
+GSM831039_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A300.109A; original_filename=GSM831039_H1_RBBP5_2.bw
+GSM958748_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12892; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11039; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958748_hg19_wgEncodeCaltechRnaSeqGm12892R2x75Th1014Il200SigRep2V4.bigWig
+GSM923441_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9913; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923441_hg19_wgEncodeUwRepliSeqSknshS1PctSignalRep1.bigWig
+GSM822306_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822306_hg19_wgEncodeOpenChromChipHuvecPol2Sig.bigWig
+GSM958733_3	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11286; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958733_hg19_wgEncodeCaltechRnaSeqH1hescR2x75Th1014Il200SigRep3V4.bigWig
+GSM767846_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=027N; labexpid=LID9204; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767846_wgEncodeCshlLongRnaSeqNhekNucleusLongnonpolyaPlusRawSigRep4.bigWig
+GSM945207_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000453; labexpid=DS12198; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945207_hg19_wgEncodeUwHistoneBjH3k36me3StdRawRep1.bigWig
+GSM849366_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027C; labexpid=K08; replicate=3; replicate description=tier 3; original_filename=GSM849366_hg19_wgEncodeRikenCageNhekCytosolPapPlusRawRep4.bigWig
+GSM935593_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PBDE; cell organism=human; cell description=peripheral blood-derived erythroblasts; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001778; original_filename=GSM935593_hg19_wgEncodeSydhTfbsPbdeInputUcdSig.bigWig
+GSM817342_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=remapped from hg18; replicate=1; original_filename=GSM817342_hg19_wgEncodeSydhTfbsHelas3InputStdSig.bigWig
+GSM935302_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GCN5; antibody antibodydescription=Rabbit polyclonal anti-GCN5 antibody (2676), Immunogen&nbsp;: synthetic peptide coupled to Ovalbumin (sequence-MAEPSQAPTPAPAAQPRPLC). Antibody Target: GCN5; antibody targetdescription=KAT2A, or GCN5, is a histone acetyltransferase (HAT) that functions primarily as a transcriptional activator. Acetylation of histones gives a specific tag for epigenetic transcription activation. In case of HIV-1 infection, it is recruited by the viral protein Tat. Regulates Tat's transactivating activity and may help inducing chromatin remodeling of proviral genes. Component of the SAGA and ATAC complexes, complexes with histone acetyltransferase activities on histones H3 and H4; antibody vendorname=Laszlo Tora; antibody vendorid=Missing; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; replicate=1; original_filename=GSM935302_hg19_wgEncodeSydhTfbsHelas3Gcn5StdSig.bigWig
+GSM831032_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Abcam,ab26049; original_filename=GSM831032_H1_JARID1A_2.bw
+GSM749704_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749704_hg19_wgEncodeUwTfbsGm12878CtcfStdRawRep1.bigWig
+GSM803528_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH; cell organism=human; cell description=Human neuroblastoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL108; labexpid=SL108; replicate=1; replicate description=tier 1; original_filename=GSM803528_hg19_wgEncodeHaibTfbsSknshRxlchPcr2xRawRep2.bigWig
+GSM765404_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011C; labexpid=LID8469; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765404_wgEncodeCshlLongRnaSeqHelas3CytosolPapPlusRawSigRep1.bigWig
+GSM935570_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=IRF3; antibody antibodydescription=Rabbit polyclonal; epitope corresponding to amino acids 1-425 of IRF-3 of human origin. Antibody Target: IRF3; antibody targetdescription=Mediates interferon-stimulated response element (ISRE) promoter activation. DsRNA leads to IRF3 phosphorylation on the C-terminal serine/threonine cluster. This induces a conformational change, leading to its dimerization, nuclear localization and association with CREB binding protein (CREBBP) to form dsRNA-activated factor 1 (DRAF1), a complex which activates the transcription of genes under the control of ISRE.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9082; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935570_hg19_wgEncodeSydhTfbsHelas3Irf3IggrabSig.bigWig
+GSM803354_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3457; labexpid=SL3971; replicate=1; replicate description=tier 1; original_filename=GSM803354_hg19_wgEncodeHaibTfbsHct116Yy1sc281V0416101RawRep2.bigWig
+GSM945261_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001900; labexpid=DS18335; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945261_hg19_wgEncodeUwHistonePanc1H3k04me3StdRawRep2.bigWig
+GSM803408_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=THAP1_(SC-98174); antibody antibodydescription=Goat polyclonal IgG, epitope mapping near the C-terminus of THAP1 of human origin.; antibody targetdescription=The protein encoded by this gene contains a THAP domain, a conserved DNA-binding domain.  This protein colocalizes with the apoptosis response protein PAWR/PAR-4 in promyelocytic leukemia (PML) nuclear bodies, and functions as a proapoptotic factor that links PAWR to PML nuclear bodies.  Alternatively spliced transcript variants encoding distinct isoforms have been observed. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-98174; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2202; replicate=1; replicate description=tier 1; original_filename=GSM803408_hg19_wgEncodeHaibTfbsK562Thap1sc98174V0416101RawRep2.bigWig
+GSM897085_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013N; labexpid=LID44462; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897085_hg19_wgEncodeCshlShortRnaSeqHepg2NucleusShorttotalTapPlusRawRep1.bigWig
+GSM945162_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Caco-2; cell organism=human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000454; labexpid=DS11784; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945162_hg19_wgEncodeUwHistoneCaco2H3k4me3StdRawRep1.bigWig
+GSM973692_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C,086C; labexpid=LID46274,LID46275; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973692_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalCiptapMinusRep3.bigWig
+GSM945168_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG09309; cell organism=human; cell description=adult toe fibroblast from apparently healthy 21 year old, 7% of the cells examined showing random chromosome loss/gain -Coriell; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000932; labexpid=DS16034; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945168_hg19_wgEncodeUwHistoneAg09309H3k4me3StdRawRep2.bigWig
+GSM803460_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=HNF4A_(SC-8987); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 295-465 mapping at the C-terminus of HNF4A of human origin.; antibody targetdescription=The protein encoded by this gene is a nuclear transcription factor which binds DNA as a homodimer. The encoded protein controls the expression of several genes, including hepatocyte nuclear factor 1 alpha, a transcription factor which regulates the expression of several hepatic genes (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8987; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1400; labexpid=SL1481; replicate=1; replicate description=tier 1; original_filename=GSM803460_hg19_wgEncodeHaibTfbsHepg2Hnf4asc8987V0416101RawRep1.bigWig
+GSM945209_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000474; labexpid=DS12404; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945209_hg19_wgEncodeUwHistoneSknshraH3k36me3StdRawRep2.bigWig
+GSM945211_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000470; labexpid=DS12207; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945211_hg19_wgEncodeUwHistoneHepg2H3k36me3StdRawRep2.bigWig
+GSM836271_1	cells=K562; shRNA expression=yes, targeting SRF; treatment=Puromycin, doxycycline; original_filename=GSM836271_SL2934.bw
+GSM935607_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM08714; cell organism=human; cell description=lymphoblastoid cell line, Instability of heterochromatin of chromosomes 1, 9, and 16 with variable combined immunodeficiency; dysmorphic facial features, developmental delay, malabsorption, and recurrent infections; see GM08747 Fibroblast; donor subject is a compound heterozygote: one allele has a G&gt;A transition at nucleotide 1807 (1807G&gt;A) of the DNMT3B gene resulting in an Ala to Thr substitution at codon 603 [Ala603Thr (A603T)], the mutation occurring in a region between motifs I and IV within the catalytic domain of DNMT3B; the second allele has a G&gt;A transition within intron 22 located 11 nucleotides 5-prime of the normal splice acceptor site [IVS22AS,G&gt;A,-11] resulting in the generation of a novel splice acceptor site and a 9-bp insertion in the processed RNA. This results in the insertion of 3 amino acids (serine, threonine, and proline) at codon 744 (744ins3). The insertion was within the conserved region of the catalytic domain, which is likely to be disrupted by the insertion of a proline residue. This mutation was de novo.; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH002870; replicate=1; original_filename=GSM935607_hg19_wgEncodeSydhTfbsGm08714InputUcdSig.bigWig
+GSM935379_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935379_hg19_wgEncodeSydhTfbsH1hescRad21IggrabSig.bigWig
+GSM923423_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; treatment=DMSO_4hr; treatment description=4 hr with 0.02% Dimethyl sufloxide (DMSO) (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL989; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923423_hg19_wgEncodeHaibRnaSeqEcc1Dm002p4hRawRep2.bigWig
+GSM736521_1	cell=HMVEC-dBl-Neo; cell organism=Human; cell description=Normal Neonatal Human Blood Microvascular Endothelial Cells, Dermal-Derived; cell sex=M; replicate=2; original_filename=GSM736521_hg19_wgEncodeUwDnaseHmvecdblneoRawRep2.bigWig
+GSM749767_1	cell=HEK293; cell organism=Human; cell description=embryonic kidney. (PMID: 11967234); cell karyotype=cancer; cell lineage=endoderm; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749767_hg19_wgEncodeUwTfbsHek293InputStdRawRep1.bigWig
+GSM749708_1	cell=GM06990; cell organism=Human; cell description=Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749708_hg19_wgEncodeUwTfbsGm06990CtcfStdRawRep1.bigWig
+GSM816672_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Stellate; cell organism=human; cell description=Human Hepatic Stellate Cells, Liver that was perfused with collagenase and sellected for hepatic stellate cells by density gradient; cell karyotype=normal; cell lineage=endoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816672_hg19_wgEncodeOpenChromDnaseStellateBaseOverlapSignal.bigWig
+GSM945187_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04449; cell organism=human; cell description=fetal buttock/thigh fibroblast; cell karyotype=normal; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000928; labexpid=DS15737; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945187_hg19_wgEncodeUwHistoneAg04449H3k4me3StdRawRep2.bigWig
+GSM733656_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733656_hg19_wgEncodeBroadHistoneK562H3k27acStdSig.bigWig
+GSM849356_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=006C; labexpid=J86; replicate=2; replicate description=tier 2; original_filename=GSM849356_hg19_wgEncodeRikenCageH1hescCytosolPapMinusSignalRep2.bigWig
+GSM803459_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U87; cell organism=human; cell description=human glioblastoma, astrocytoma. (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2338; labexpid=SL1962; replicate=1; replicate description=tier 1; original_filename=GSM803459_hg19_wgEncodeHaibTfbsU87Pol24h8V0416101RawRep2.bigWig
+GSM849367_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=J76; replicate=1; replicate description=tier 1; original_filename=GSM849367_hg19_wgEncodeRikenCageNhekCellPapMinusSignalRep2.bigWig
+GSM758573_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=005WC,006WC; labexpid=LID8663,LID8664; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758573_wgEncodeCshlLongRnaSeqH1hescCellLongnonpolyaPlusRawSigRep2.bigWig
+GSM923451_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9806; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923451_hg19_wgEncodeUwRepliSeqGm12878G1bPctSignalRep1.bigWig
+GSM749765_1	cell=GM12872; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749765_hg19_wgEncodeUwTfbsGm12872InputStdRawRep1.bigWig
+GSM849026_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NH-A; cell organism=human; cell description=astrocytes (also called Astrocy); cell karyotype=normal; cell lineage=ectoderm; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849026_hg19_wgEncodeUwDgfNhaSig.bigWig
+GSM935434_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935434_hg19_wgEncodeSydhTfbsH1hescJundIggrabSig.bigWig
+GSM977048_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-UC; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-UC_0081101.7 and hMSC-UC_0052501.7 from matrix (Wharton's Jelly); cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=069WC,070WC; labexpid=LID47515,LID47516; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977048_hg19_wgEncodeCshlShortRnaSeqHmscucCellTapPlusRep1.bigWig
+GSM605635_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001N; labexpid=LID10570; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605635_hg19_wgEncodeCshlShortRnaSeqK562NucleusShorttotalTapPlusRawRep2.bigWig
+GSM765388_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=015WC; labexpid=LID8686; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765388_wgEncodeCshlLongRnaSeqMcf7CellPapMinusRawSigRep1.bigWig
+GSM977043_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CD20+; cell organism=human; cell description=B cells from donors RO01778 and RO01794, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=041WC,042WC; labexpid=LID44362,LID44363; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM977043_hg19_wgEncodeCshlShortRnaSeqCd20ro01794CellShorttotalTapMinusRep1.bigWig
+GSM945288_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293; cell organism=human; cell description=embryonic kidney, cells contain Adenovirus 5 DNA (PMID: 11967234); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000464; labexpid=DS15760; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945288_hg19_wgEncodeUwHistoneHek293H3k4me3StdRawRep2.bigWig
+GSM803404_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=HNF4G_(SC-6558); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HNF4G of human origin.; antibody targetdescription=Hepatocyte nuclear factor 4 gamma (HNF4G) also known as NR2A2 (nuclear receptor subfamily 2, group A, member 2) is a nuclear receptor that in humans is encoded by the HNF4G gene; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6558; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3178; replicate=1; replicate description=tier 1; original_filename=GSM803404_hg19_wgEncodeHaibTfbsHepg2Hnf4gsc6558V0416101RawRep1.bigWig
+GSM849352_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0109NL; labexpid=I69; original_filename=GSM849352_hg19_wgEncodeRikenCageGm12878NucleolusTotalMinusSignal.bigWig
+GSM945246_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001900; labexpid=DS18331; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945246_hg19_wgEncodeUwHistonePanc1InputStdRawRep1.bigWig
+GSM736551_1	cell=AG09309; cell organism=Human; cell description=Adult human toe fibroblast; cell lineage=mesoderm; cell sex=F; replicate=1; original_filename=GSM736551_hg19_wgEncodeUwDnaseAg09309RawRep1.bigWig
+GSM733780_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=Control; original_filename=GSM733780_hg19_wgEncodeBroadHistoneK562ControlStdSig.bigWig
+GSM945287_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000950; labexpid=DS16013; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945287_hg19_wgEncodeUwHistoneHct116InputStdRawRep1.bigWig
+GSM897081_8	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=015WC,016WC; labexpid=LID20743,LID20744; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM897081_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalTapPlusRawRep4.bigWig
+GSM803526_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL2905; replicate=1; replicate description=tier 1; original_filename=GSM803526_hg19_wgEncodeHaibTfbsSknshraRxlchV0416102RawRep1.bigWig
+GSM822287_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822287_hg19_wgEncodeOpenChromChipHepg2CtcfSig.bigWig
+GSM977048_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-UC; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-UC_0081101.7 and hMSC-UC_0052501.7 from matrix (Wharton's Jelly); cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=069WC,070WC; labexpid=LID47515,LID47516; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977048_hg19_wgEncodeCshlShortRnaSeqHmscucCellTapPlusRep2.bigWig
+GSM803454_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL592; labexpid=SL610; replicate=1; replicate description=tier 1; original_filename=GSM803454_hg19_wgEncodeHaibTfbsHelas3GabpPcr1xRawRep2.bigWig
+GSM945322_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002544; labexpid=DS13777; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945322_hg19_wgEncodeUwHistoneH7esH3k04me3StdDiffa5dRawRep2.bigWig
+GSM935551_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=EtOH_0.01pct_12hr; treatment description=12 h with 0.01% Ethanol (Snyder); antibody=STAT3; antibody antibodydescription=Rabbit polyclonal; epitope mapping at the C-terminus of Stat3 of mouse origin. Antibody Target: STAT3; antibody targetdescription=Member of STAT family. After phosphorylation in response to cytokines and growth factors (including IFNs, EGF, IL5, IL6, HGF, LIF and BMP2), forms homo- or heterodimers that translocate to nucleus and activate transcription. Activates expression of a variety of genes with roles in processes such as cell growth and apoptosis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-482; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001869; replicate=1; original_filename=GSM935551_hg19_wgEncodeSydhTfbsMcf10aesStat3Etoh01cStdSig.bigWig
+GSM822272_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ProgFib; cell organism=human; cell description=fibroblasts, Hutchinson-Gilford progeria syndrome (cell line HGPS, HGADFN167, progeria research foundation); cell karyotype=unknown; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=ProgFib/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822272_hg19_wgEncodeOpenChromChipProgfibCtcfSig.bigWig
+GSM923450_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12813; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9827; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923450_hg19_wgEncodeUwRepliSeqGm12813S1PctSignalRep1.bigWig
+GSM758565_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029N,030N; labexpid=LID8690,LID8691; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758565_wgEncodeCshlLongRnaSeqHuvecNucleusPapMinusRawSigRep3.bigWig
+GSM749766_1	cell=WERI-Rb-1; cell organism=Human; cell description=retinoblastoma (PMID: 844036); cell sex=F; antibody=Input; replicate=1; original_filename=GSM749766_hg19_wgEncodeUwTfbsWerirb1InputStdRawRep1.bigWig
+GSM803417_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL474; labexpid=SL474; replicate=1; replicate description=tier 1; original_filename=GSM803417_hg19_wgEncodeHaibTfbsA549RxlchPcr1xDex100nmRawRep1.bigWig
+GSM831044_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=None; original_filename=GSM831044_H1_WCE_H1_2.bw
+GSM945315_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=diffProtA_2d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 2 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002543; labexpid=DS15385; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945315_hg19_wgEncodeUwHistoneH7esH3k36me3StdDiffa2dRawRep2.bigWig
+GSM822287_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822287_hg19_wgEncodeOpenChromChipHepg2CtcfBaseOverlapSignal.bigWig
+GSM767840_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013C; labexpid=LID18552; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767840_wgEncodeCshlLongRnaSeqHepg2CytosolLongnonpolyaMinusRawSigRep1.bigWig
+GSM749689_1	cell=Caco-2; cell organism=Human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749689_hg19_wgEncodeUwTfbsCaco2CtcfStdRawRep2.bigWig
+GSM958733_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11286; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958733_hg19_wgEncodeCaltechRnaSeqH1hescR2x75Th1014Il200SigRep2V4.bigWig
+GSM822294_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822294_hg19_wgEncodeOpenChromChipGm12891CtcfSig.bigWig
+GSM977040_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HAoEC; cell organism=human; cell description=Aortic Endothelial Cells (thoracic) from two individuals, HAoEC_7071706.1 and HAoEC_8061102.1; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=057WC; labexpid=LID47435; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977040_hg19_wgEncodeCshlShortRnaSeqHaoec80611021CellTapMinusRep2.bigWig
+GSM945226_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SAEC; cell organism=human; cell description=small airway epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000473; labexpid=DS12243; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945226_hg19_wgEncodeUwHistoneSaecH3k36me3StdRawRep2.bigWig
+GSM849325_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029N; labexpid=K05; replicate=3; replicate description=tier 3; original_filename=GSM849325_hg19_wgEncodeRikenCageHuvecNucleusPapPlusSignalRep3.bigWig
+GSM733643_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=Pol2(b); antibody description=mouse monoclonal, clone CTD4H8; antibody target description=RNA polymerase II. Is responsible for RNA transcription. It is generally enriched at 5' gene ends, probably due to higher rate of occupancy associated with transition from initiation to elongation.; antibody vendor name=Covance; original_filename=GSM733643_hg19_wgEncodeBroadHistoneK562Pol2bStdSig.bigWig
+GSM977031_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48357,LID48358; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977031_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellMinusRawRep1.bigWig
+GSM935346_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001759; replicate=1; original_filename=GSM935346_hg19_wgEncodeSydhTfbsHuvecInputUcdSig.bigWig
+GSM803435_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL307; labexpid=SL307; replicate=1; replicate description=tier 1; original_filename=GSM803435_hg19_wgEncodeHaibTfbsA549RxlchPcr2xEtoh02RawRep1.bigWig
+GSM849365_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001WC; labexpid=J70; replicate=1; replicate description=tier 1; original_filename=GSM849365_hg19_wgEncodeRikenCageK562CellPapMinusSignalRep1.bigWig
+GSM733765_1	cell=NH-A; cell organism=Human; cell description=normal human astrocytes; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733765_hg19_wgEncodeBroadHistoneNhaCtcfStdSig.bigWig
+GSM733708_2	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733708_hg19_wgEncodeBroadHistoneGm12878H3k4me3StdSig.bigWig
+GSM945165_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS11507; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945165_hg19_wgEncodeUwHistoneK562H3k4me3StdRawRep1.bigWig
+GSM935399_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=4OHTAM_1uM_12hr; treatment description=12 hours with 1 uM 4-hydroxytamoxifen dissolved in ethanol (Struhl); antibody=STAT3; antibody antibodydescription=Rabbit polyclonal; epitope mapping at the C-terminus of Stat3 of mouse origin. Antibody Target: STAT3; antibody targetdescription=Member of STAT family. After phosphorylation in response to cytokines and growth factors (including IFNs, EGF, IL5, IL6, HGF, LIF and BMP2), forms homo- or heterodimers that translocate to nucleus and activate transcription. Activates expression of a variety of genes with roles in processes such as cell growth and apoptosis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-482; control=Harvard_Control; control description=input library was prepared at Harvard.; control=Harvard_Control; control description=input library was prepared at Harvard.; controlid=wgEncodeEH002871; replicate=1; original_filename=GSM935399_hg19_wgEncodeSydhTfbsMcf10aesStat3Tam112hHvdSig.bigWig
+GSM736623_1	cell=HRPEpiC; cell organism=Human; cell description=Human Retinal Pigment Epithelial Cells; cell lineage=ectoderm; cell sex=U; replicate=2; original_filename=GSM736623_hg19_wgEncodeUwDnaseHrpeRawRep2.bigWig
+GSM767839_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=029C; labexpid=LID18556; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767839_wgEncodeCshlLongRnaSeqHuvecCytosolLongnonpolyaMinusRawSigRep3.bigWig
+GSM973689_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N; labexpid=LID46960; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973689_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalTapMinusRep4.bigWig
+GSM736557_1	cell=HRCEpiC; cell organism=Human; cell description=Human Renal Cortical Epithelial cells (normal); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; replicate=2; original_filename=GSM736557_hg19_wgEncodeUwDnaseHrceRawRep2.bigWig
+GSM935564_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002034; labversion=remapped from hg18; replicate=1; original_filename=GSM935564_hg19_wgEncodeSydhTfbsGm12878InputTnfaIggrabSig.bigWig
+GSM767844_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001N; labexpid=LID9195; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767844_wgEncodeCshlLongRnaSeqK562NucleusLongnonpolyaPlusRawSigRep2.bigWig
+GSM788075_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PBMC; cell organism=human; cell description=Peripheral blood mononuclear cells; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K4me3B; antibody antibodydescription=Rabbit monoclonal antibody; antibody targetdescription=Histone H3 (tri-methyl K4) marks promoters in chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9751S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001883; replicate=1; replicate description=tier 1; original_filename=GSM788075_wgEncodeSydhHistonePbmcH3k04me3bUcdSig.bigWig
+GSM973665_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N,086N; labexpid=LID46203,LID46204; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973665_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalPlusRep4.bigWig
+GSM935517_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=BRCA1_(A300-000A); antibody antibodydescription=Rabbit polyclonal recognizing a region between residue 1800 and the C-terminus (residue 1863) of human Breast Cancer Gene 1. Antibody Target: BRCA1; antibody targetdescription=Nuclear phosphoprotein that plays a role in maintaining genomic stability, and acts as a tumor suppressor. Associates with RNA polymerase II, and through the C-terminal domain, also interacts with histone deacetylase complexes. Plays a role in transcription, DNA repair of double-stranded breaks, and recombination. Mutations in this gene are responsible for approximately 40% of inherited breast cancers and more than 80% of inherited breast and ovarian cancers.; antibody vendorname=Bethyl Labratories; antibody vendorid=A300-000A; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935517_hg19_wgEncodeSydhTfbsH1hescBrca1IggrabSig.bigWig
+GSM765393_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025NL; labexpid=LID9187; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765393_wgEncodeCshlLongRnaSeqK562NucleolusTotalPlusRawSigRep3.bigWig
+GSM733692_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733692_hg19_wgEncodeBroadHistoneK562H3k4me1StdSig.bigWig
+GSM935300_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002819; replicate=1; original_filename=GSM935300_hg19_wgEncodeSydhTfbsA549Rad21IggrabSig.bigWig
+GSM977042_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=091CH,092CH; labexpid=LID47655,LID47656; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977042_hg19_wgEncodeCshlShortRnaSeqGm12878ChromatinTapMinusRep3.bigWig
+GSM767840_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013C; labexpid=LID18552; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767840_wgEncodeCshlLongRnaSeqHepg2CytosolLongnonpolyaPlusRawSigRep2.bigWig
+GSM945228_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS12066; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945228_hg19_wgEncodeUwHistoneK562H3k27me3StdRawRep2.bigWig
+GSM733660_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733660_hg19_wgEncodeBroadHistoneHmecH3k27acStdSig.bigWig
+GSM816626_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=FibroP; cell organism=human; cell description=normal fibroblasts taken from individuals with Parkinson's disease, AG20443, AG08395 and AG08396 were pooled for this sample; cell karyotype=normal; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816626_hg19_wgEncodeOpenChromDnaseFibropSig.bigWig
+GSM831012_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A300.109A; original_filename=GSM831012_K562_RBBP5_1.bw
+GSM864361_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864361_hg19_wgEncodeOpenChromFaireK562Sig.bigWig
+GSM803535_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1782; labexpid=SL2388; replicate=1; replicate description=tier 1; original_filename=GSM803535_hg19_wgEncodeHaibTfbsGm12891Yy1sc281V0416101RawRep1.bigWig
+GSM923446_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS19717; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923446_hg19_wgEncodeUwRepliSeqHepg2G1bPctSignalRep1.bigWig
+GSM672834_2	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; localization=cytosol; rnaextract=longPolyA; replicate=1; original_filename=GSM672834_hg19_wgEncodeGisRnaSeqGm12878CytosolPapPlusRawRep1.bigWig
+GSM758565_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029N,030N; labexpid=LID8690,LID8691; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758565_wgEncodeCshlLongRnaSeqHuvecNucleusPapPlusRawSigRep4.bigWig
+GSM945316_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002544; labexpid=DS14119; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945316_hg19_wgEncodeUwHistoneH7esH3k36me3StdDiffa5dRawRep2.bigWig
+GSM849301_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12867; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12867/None/Input/std; labexpid=DS10995; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849301_hg19_wgEncodeUwTfbsGm12867CtcfStdRawRep1.bigWig
+GSM935650_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=IRF3; antibody antibodydescription=Rabbit polyclonal; epitope corresponding to amino acids 1-425 of IRF-3 of human origin. Antibody Target: IRF3; antibody targetdescription=Mediates interferon-stimulated response element (ISRE) promoter activation. DsRNA leads to IRF3 phosphorylation on the C-terminal serine/threonine cluster. This induces a conformational change, leading to its dimerization, nuclear localization and association with CREB binding protein (CREBBP) to form dsRNA-activated factor 1 (DRAF1), a complex which activates the transcription of genes under the control of ISRE.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9082; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935650_hg19_wgEncodeSydhTfbsHepg2Irf3IggrabSig.bigWig
+GSM935627_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=insulin; treatment description=DMEM with 0.5% BSA supplemented with 100 nM insulin and 10 uM 22-hydroxycholesterol for 6 h. (Snyder); antibody=SREBP1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SREBP1; antibody targetdescription=Sterol regulatory element binding transcription factor 1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8984; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000756; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded.  Data paired with HepG2_Insulin_Control.; replicate=1; original_filename=GSM935627_hg19_wgEncodeSydhTfbsHepg2Srebp1InslnStdSig.bigWig
+GSM733786_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H2A.Z; antibody description=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ.; antibody target description=H2A.Z is a sequence variant of Histone H2A.; antibody vendor name=Upstate (Millipore); original_filename=GSM733786_hg19_wgEncodeBroadHistoneK562H2azStdSig.bigWig
+GSM830534_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0111N; labexpid=DHG002; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830534_hg19_wgEncodeGisRnaPetGm12878NucleusPapMinusRawSigRep1.bigWig
+GSM935347_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA-2; antibody antibodydescription=Rabbit polyclonal. Antibody Target: GATA2; antibody targetdescription=GATA binding protein 2; antibody vendorname=Donated by Dr. E.H. Bresnick, UW Madison; antibody vendorid=GATA-2; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001759; replicate=1; original_filename=GSM935347_hg19_wgEncodeSydhTfbsHuvecGata2UcdSig.bigWig
+GSM923441_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9913; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923441_hg19_wgEncodeUwRepliSeqSknshS3PctSignalRep1.bigWig
+GSM935416_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZZZ3; antibody antibodydescription=Rabbit Polyclonal anti-human ZZZ3, Immunogen: Synthetic peptide coupled to Ovalbumin (Name PI130, sequence CGNNNGRTTDLKQQSTRESW). Antibody Target: ZZZ3; antibody targetdescription=ZZZ3 contains one ZZ-type zinc finger domain. ZZ type finger domains are named because of their ability to bind two zinc ions. These domains contain 4-6 Cys residues that participate in zinc binding (plus additional Ser/His residues), including a Cys-X2-Cys motif found in other zinc finger domains. These zinc fingers are thought to be involved in protein-protein interactions -they are most likely involved in ligand binding or molecular scaffolding. The structure of the ZZ domain shows that it belongs to the family of cross-brace zinc finger motifs that include the PHD, RING, and FYVE domains.; antibody vendorname=Lazlo Tora, Institut de G?n?tique et de Biologie Mol?culaire et Cellulaire; antibody vendorid=ZZZ3; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; replicate=1; original_filename=GSM935416_hg19_wgEncodeSydhTfbsHelas3Zzz3StdSig.bigWig
+GSM605625_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003WC; labexpid=LID20899; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605625_hg19_wgEncodeCshlShortRnaSeqGm12878CellShorttotalTapMinusRawRep2.bigWig
+GSM922958_1	lab=Yale; lab description=Snyder - Yale University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg6h; treatment description=Interferon gamma treatment - 6 hours (Snyder); rnaextract=polyA; rnaextract description=Isolated Poly(A) RNA; original_filename=GSM922958_hg19_wgEncodeSydhRnaSeqK562Ifng6hPolyaRaw.bigWig
+GSM803443_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2939; replicate=1; replicate description=tier 1; original_filename=GSM803443_hg19_wgEncodeHaibTfbsK562Pol24h8V0416101RawRep1.bigWig
+GSM765405_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001WC; labexpid=LID16627; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765405_wgEncodeCshlLongRnaSeqK562CellPapPlusRawSigRep2.bigWig
+GSM977052_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HPIEpC; cell organism=human; cell description=Placental Epithelial Cells amniotic membrane; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=073WC,074WC; labexpid=LID47519,LID47520; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977052_hg19_wgEncodeCshlShortRnaSeqHpiepcCellTapMinusRep2.bigWig
+GSM897074_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=017WC; labexpid=LID20745; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897074_hg19_wgEncodeCshlShortRnaSeqAg04450CellShorttotalTapPlusRawRep1.bigWig
+GSM945188_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000463; labexpid=DS11513; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945188_hg19_wgEncodeUwHistoneGm12878H3k4me3StdRawRep1.bigWig
+GSM923449_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9941; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923449_hg19_wgEncodeUwRepliSeqHelas3S2PctSignalRep1.bigWig
+GSM803346_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL217; replicate=1; replicate description=tier 1; original_filename=GSM803346_hg19_wgEncodeHaibTfbsGm12878RxlchPcr2xRawRep2.bigWig
+GSM605627_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003C; labexpid=LID20901; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605627_hg19_wgEncodeCshlShortRnaSeqGm12878CytosolShorttotalTapPlusRawRep2.bigWig
+GSM923442_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9795; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923442_hg19_wgEncodeUwRepliSeqMcf7SumSignalRep1.bigWig
+GSM830528_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0124N; labexpid=RHH004; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830528_hg19_wgEncodeGisRnaPetHelas3NucleusPapMinusRawRep1.bigWig
+GSM733680_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733680_hg19_wgEncodeBroadHistoneK562H3k4me3StdSig.bigWig
+GSM935604_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; original_filename=GSM935604_hg19_wgEncodeSydhTfbsHepg2InputIggrabSig.bigWig
+GSM646568_1	cell=GM06990; cell organism=Human; cell description=lymphoblastoid (CEPH); cell karyotype=relatively normal; cell lineage=CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; original_filename=GSM646568_hg19_wgEncodeUwDgfGm06990Raw.bigWig
+GSM758559_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003WC,004WC; labexpid=LID16629,LID16630; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758559_wgEncodeCshlLongRnaSeqGm12878CellPapPlusRawSigRep2.bigWig
+GSM897079_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011WC; labexpid=LID21143; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897079_hg19_wgEncodeCshlShortRnaSeqHelas3CellShorttotalTapPlusRawRep1.bigWig
+GSM923452_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS9851; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923452_hg19_wgEncodeUwRepliSeqHuvecS1PctSignalRep1.bigWig
+GSM749723_1	cell=AG09319; cell organism=Human; cell description=gum tissue fibroblasts from apparently heathly 24 year old; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749723_hg19_wgEncodeUwTfbsAg09319CtcfStdRawRep2.bigWig
+GSM923440_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12801; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; labexpid=DS9813; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923440_hg19_wgEncodeUwRepliSeqGm12801S4PctSignalRep1.bigWig
+GSM973690_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089WC,090WC; labexpid=LID46311,LID46312; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973690_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalMinusRep3.bigWig
+GSM803399_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL908; replicate=1; replicate description=tier 1; original_filename=GSM803399_hg19_wgEncodeHaibTfbsGm12891Pol2Pcr1xRawRep1.bigWig
+GSM765401_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=LID16631; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765401_wgEncodeCshlLongRnaSeqNhekCellPapPlusRawSigRep5.bigWig
+GSM897079_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011WC; labexpid=LID21143; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897079_hg19_wgEncodeCshlShortRnaSeqHelas3CellShorttotalTapMinusRawRep1.bigWig
+GSM977037_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HCH; cell organism=human; cell description=Undifferentiated Chondrocytes from two individuals, HCH_8100808.2 and HCH_0011308.2P from knee joint; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=059WC; labexpid=LID47475; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977037_hg19_wgEncodeCshlShortRnaSeqHch00113082pCellShorttotalTapMinusRep1.bigWig
+GSM736613_1	cell=WI-38; cell organism=human; cell description=Embryonic Lung Fibroblast Cells, hTERT immortalized, includes Raf1 construct; cell karyotype=Normal (RAF); cell lineage=Fibroblast; cell sex=F; replicate=1; original_filename=GSM736613_hg19_wgEncodeUwDnaseWi38RawRep1.bigWig
+GSM765397_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HMEC; cell organism=human; cell description=Human Mammary Epithelial Cells; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=036WC; labexpid=LID8831; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765397_wgEncodeCshlLongRnaSeqHmecCellLongnonpolyaMinusRawSigRep1.bigWig
+GSM923421_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL528; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923421_hg19_wgEncodeHaibRnaSeqPanc1RawRep2.bigWig
+GSM765398_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=007WC; labexpid=LID8665; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765398_wgEncodeCshlLongRnaSeqNhekCellLongnonpolyaPlusRawSigRep5.bigWig
+GSM864354_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864354_hg19_wgEncodeOpenChromFaireHepg2BaseOverlapSignal.bigWig
+GSM803529_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2690; replicate=1; replicate description=tier 1; original_filename=GSM803529_hg19_wgEncodeHaibTfbsH1hescJundV0416102RawRep2.bigWig
+GSM736596_1	cell=BJ; cell organism=Human; cell description=Skin fibroblast The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell lineage=mesoderm; cell sex=M; replicate=2; original_filename=GSM736596_hg19_wgEncodeUwDnaseBjRawRep2.bigWig
+GSM803401_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=CTCFL_(SC-98982); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 91-210 mapping within an internal region of BORIS(CTCFL) of human origin.; antibody targetdescription=CCCTC-binding factor (CTCF), an 11-zinc-finger factor involved in gene regulation, utilizes different zinc fingers to bind varying DNA target sites. CTCF forms methylation-sensitive insulators that regulate X-chromosome inactivation.  This gene is a paralog of CTCF and appears to be expressed primarily in the cytoplasm of spermatocytes, unlike CTCF which is expressed primarily in the nucleus of somatic cells.  CTCF and the protein encoded by this gene are normally expressed in a mutually exclusive pattern that correlates with resetting of methylation marks during male germ cell differentiation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-98982; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3189; replicate=1; replicate description=tier 1; original_filename=GSM803401_hg19_wgEncodeHaibTfbsK562Ctcflsc98982V0416101RawRep2.bigWig
+GSM977051_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSaVEC; cell organism=human; cell description=Saphenous Vein Endothelial Cells from two individuals, HSaVEC_9100101.15 and HSaVEC_0022202.16 from thigh; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=093WC,094WC; labexpid=LID47615,LID47616; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977051_hg19_wgEncodeCshlShortRnaSeqHsavecCellTapPlusRep1.bigWig
+GSM816654_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Osteobl; cell organism=human; cell description=normal human osteoblasts (NHOst); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816654_hg19_wgEncodeOpenChromDnaseOsteoblSig.bigWig
+GSM803438_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=POU5F1_(SC-9081); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 1-134 of Oct3/4 of human origin.; antibody targetdescription=This gene encodes a transcription factor containing a POU homeodomain.  This transcription factor plays a role in embryonic development, especially during early embryogenesis, and it is necessary for embryonic stem cell pluripotency.  A translocation of this gene with the Ewing's sarcoma gene, t(6;22)(p21;q12), has been linked to tumor formation.  Alternative splicing, as well as usage of alternative translation initiation codons, results in multiple isoforms, one of which initiates at a non-AUG (CUG) start codon.  Related pseudogenes have been identified on chromosomes 1, 3, 8, 10, and 12 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9081; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2548; replicate=1; replicate description=tier 1; original_filename=GSM803438_hg19_wgEncodeHaibTfbsH1hescPou5f1sc9081V0416102RawRep2.bigWig
+GSM831029_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A300.705A; original_filename=GSM831029_H1_HDAC2.bw
+GSM849343_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013C; labexpid=J89; replicate=1; replicate description=tier 1; original_filename=GSM849343_hg19_wgEncodeRikenCageHepg2CytosolPapMinusSignalRep1.bigWig
+GSM977043_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CD20+; cell organism=human; cell description=B cells from donors RO01778 and RO01794, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=041WC,042WC; labexpid=LID44362,LID44363; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM977043_hg19_wgEncodeCshlShortRnaSeqCd20ro01794CellShorttotalTapPlusRep1.bigWig
+GSM733690_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733690_hg19_wgEncodeBroadHistoneHuvecH3k4me1StdSig.bigWig
+GSM923448_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; labexpid=DS8837; phase=G1; phase description=Flow sorted, G1 phase corresponds to the first DNA content window; replicate=1; original_filename=GSM923448_hg19_wgEncodeUwRepliSeqK562S1PctSignalRep1.bigWig
+GSM923442_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9795; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923442_hg19_wgEncodeUwRepliSeqMcf7G1bPctSignalRep1.bigWig
+GSM923448_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; labexpid=DS8837; phase=G1; phase description=Flow sorted, G1 phase corresponds to the first DNA content window; replicate=1; original_filename=GSM923448_hg19_wgEncodeUwRepliSeqK562G1PctSignalRep1.bigWig
+GSM935472_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa30; treatment description=30 m of Interferon alpha (Snyder); antibody=STAT1; antibody antibodydescription=rabbit polyclonal to STAT1 (alpha) p-91 (C-24). Antibody Target: STAT1; antibody targetdescription=transcription factor, activated by interferon signalling; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-345; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000655; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935472_hg19_wgEncodeSydhTfbsK562Stat1Ifna30StdSig.bigWig
+GSM923450_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12813; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9827; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923450_hg19_wgEncodeUwRepliSeqGm12813S2PctSignalRep1.bigWig
+GSM849343_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013C; labexpid=J89; replicate=1; replicate description=tier 1; original_filename=GSM849343_hg19_wgEncodeRikenCageHepg2CytosolPapMinusSignalRep2.bigWig
+GSM973667_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC; labexpid=LID46956; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973667_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalTapMinusRep3.bigWig
+GSM935625_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TCF7L2_C9B9_(2565); antibody antibodydescription=Rabbit monoclonal antibody is produced by immunizing animals with a synthetic peptide corresponding to residues surrounding Glu81 of human TCF7L2. Antibody Target: TCF7L2; antibody targetdescription=TCF7L2 (formerly known as TCF4) is a member of the high mobility group (HMG) DNA binding protein family of transcription factors which consists of the following: Lymphoid enhancer factor 1 (LEF1), T Cell Factor 1 (TCF1), TCF3 and TCF4. Note: there is an official TCF-4 http://www.genecards.org/cgi-bin/carddisp.pl?gene=TCF4&search=TCF4; antibody vendorname=Cell Signaling Technology; antibody vendorid=2565; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001754; replicate=1; original_filename=GSM935625_hg19_wgEncodeSydhTfbsHelas3Tcf7l2c9b92565UcdSig.bigWig
+GSM923444_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjS2PctSignalRep2.bigWig
+GSM733777_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K9me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono-methyl K9). Is associated with active and accessible regions. NOTE CONTRAST to H3K9me3 which is associated with repressive heterochromatic state.; antibody vendor name=Abcam; original_filename=GSM733777_hg19_wgEncodeBroadHistoneK562H3k9me1StdSig.bigWig
+GSM822312_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822312_hg19_wgEncodeOpenChromChipGm12878CtcfSig.bigWig
+GSM847567_1	cell line=K562; shRNA expression=no shRNA expression; treatment=Puromycin; original_filename=GSM847567_SL4337.bw
+GSM849325_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029N; labexpid=K05; replicate=3; replicate description=tier 3; original_filename=GSM849325_hg19_wgEncodeRikenCageHuvecNucleusPapMinusSignalRep4.bigWig
+GSM977047_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEM_M2; cell organism=human; cell description=Epidermal Melanocytes (adult) from two individuals, NHEM_M2_7011001.2 and NHEM_M2_7012303 from cheek / temple; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=083WC,084WC; labexpid=LID47613,LID47614; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977047_hg19_wgEncodeCshlShortRnaSeqNhemm2CellTapPlusRep1.bigWig
+GSM977035_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HAoAF; cell organism=human; cell description=Aortic Adventitial Fibroblasts from two individuals, HAoAF_6090101.11 and HAoAF_6111301.9 from tunica adventitia; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=056WC; labexpid=LID47434; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977035_hg19_wgEncodeCshlShortRnaSeqHaoaf609010111CellTapPlusRep2.bigWig
+GSM758573_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=005WC,006WC; labexpid=LID8663,LID8664; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758573_wgEncodeCshlLongRnaSeqH1hescCellLongnonpolyaPlusRawSigRep1.bigWig
+GSM849349_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003C; labexpid=J84; replicate=1; replicate description=tier 1; original_filename=GSM849349_hg19_wgEncodeRikenCageGm12878CytosolPapPlusSignalRep1.bigWig
+GSM803362_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=PAX5-N19; antibody antibodydescription=Goat polyclonal IgG, 200 ?g/ml. Epitope mapping at the N-terminus of Pax-5 of human origin. Recommended for detection of Pax-5 of human origin by WB, IP, IF and ELISA; antibody targetdescription=This gene encodes a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA-binding motif, known as the paired box. PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1975; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL678; labexpid=SL677; replicate=1; replicate description=tier 1; original_filename=GSM803362_hg19_wgEncodeHaibTfbsGm12878Pax5n19Pcr1xRawRep1.bigWig
+GSM803534_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=POU2F2; antibody antibodydescription=Oct-2(C-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Oct-2 of human origin. Recommended for detection of Oct-2 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Transcription factor that specifically binds to the octamer motif (5'-ATTTGCAT-3'). Regulates transcription in a number of tissues in addition to activating immunoglobulin gene expression. Modulates transcription transactivation by NR3C1, AR and PGR. Isoform 5 activates the U2 small nuclear RNA (snRNA) promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-233; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL614; replicate=1; replicate description=tier 1; original_filename=GSM803534_hg19_wgEncodeHaibTfbsGm12878Pou2f2Pcr1xRawRep2.bigWig
+GSM816657_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816657_hg19_wgEncodeOpenChromDnaseGm12892Sig.bigWig
+GSM977031_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48357,LID48358; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977031_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellPlusRawRep1.bigWig
+GSM646570_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-dBl-Ad; cell organism=human; cell description=adult blood microvascular endothelial cells, dermal-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=lmax-v1.0; original_filename=GSM646570_hg19_wgEncodeUwDgfHmvecdbladRaw.bigWig
+GSM935462_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PBDE; cell organism=human; cell description=peripheral blood-derived erythroblasts; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001778; replicate=1; original_filename=GSM935462_hg19_wgEncodeSydhTfbsPbdePol2UcdSig.bigWig
+GSM803499_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3154; replicate=1; replicate description=tier 1; original_filename=GSM803499_hg19_wgEncodeHaibTfbsHepg2P300V0416101RawRep1.bigWig
+GSM733719_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733719_hg19_wgEncodeBroadHistoneK562CtcfStdSig.bigWig
+GSM758569_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029C,030C; labexpid=LID8688,LID8689; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758569_wgEncodeCshlLongRnaSeqHuvecCytosolPapMinusRawSigRep4.bigWig
+GSM830527_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=polysome; localization description=Strand of mRNA with ribosomes attached; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0153P; labexpid=DHK007; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830527_hg19_wgEncodeGisRnaPetK562PolysomePapMinusRawSigRep1.bigWig
+GSM803484_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL969; labexpid=SL979; replicate=1; replicate description=tier 1; original_filename=GSM803484_hg19_wgEncodeHaibTfbsH1hescPol24h8V0416102RawRep1.bigWig
+GSM945160_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRE; cell organism=human; cell description=renal epithelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000467; labexpid=DS12422; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945160_hg19_wgEncodeUwHistoneHreH3k27me3StdRawRep2.bigWig
+GSM822298_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822298_hg19_wgEncodeOpenChromChipHuvecCmycBaseOverlapSignal.bigWig
+GSM935613_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Znf143_(16618-1-AP); antibody antibodydescription=Rabbit polyclonal against human ZNF143 (amino acids 283-626)-6his fusion protein. Antibody Target: Znf143; antibody targetdescription=Transcriptional activator. Activates the gene for selenocysteine tRNA (tRNAsec). Binds to the SPH motif of small nuclear RNA (snRNA) gene promoters. Participates to efficient U6 RNA polymerase III transcription via its interaction with CHD8; antibody vendorname=Proteintech; antibody vendorid=16618-1-AP; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935613_hg19_wgEncodeSydhTfbsGm12878Znf143166181apStdSig.bigWig
+GSM605627_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003C; labexpid=LID20901; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605627_hg19_wgEncodeCshlShortRnaSeqGm12878CytosolShorttotalTapMinusRawRep1.bigWig
+GSM822295_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822295_hg19_wgEncodeOpenChromChipMcf7Pol2Sig.bigWig
+GSM733662_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733662_hg19_wgEncodeBroadHistoneNhdfadH3k27acStdSig.bigWig
+GSM736514_1	cell=AG04450; cell organism=Human; cell description=Fetal lung fibroblast; cell lineage=mesoderm; cell sex=M; replicate=1; original_filename=GSM736514_hg19_wgEncodeUwDnaseAg04450RawRep1.bigWig
+GSM973688_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C; labexpid=LID46958; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973688_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalTapPlusRep4.bigWig
+GSM605635_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001N; labexpid=LID10570; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605635_hg19_wgEncodeCshlShortRnaSeqK562NucleusShorttotalTapPlusRawRep1.bigWig
+GSM830525_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0126C; labexpid=DHH002; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830525_hg19_wgEncodeGisRnaPetHepg2CytosolPapPlusRawSigRep1.bigWig
+GSM831034_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A301.034A; original_filename=GSM831034_H1_JARID1C.bw
+GSM749690_1	cell=K562; cell organism=Human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749690_hg19_wgEncodeUwTfbsK562CtcfStdRawRep1.bigWig
+GSM849362_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=019WC; labexpid=K14; replicate=1; replicate description=tier 1; original_filename=GSM849362_hg19_wgEncodeRikenCageSknshraCellPapPlusRawRep1.bigWig
+GSM803540_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=GATA2_(SC-267); antibody antibodydescription=Mouse monoclonal IgG.; antibody targetdescription=This gene encodes a member of the GATA family of zinc-finger transcription factors that are named for the consensus nucleotide sequence they bind in the promoter regions of target genes. The encoded program plays an essential role in regulation transcription of genes involved in the development and proliferation of hematopoietic and endocrine cell lineages (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-267; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1430; replicate=1; replicate description=tier 1; original_filename=GSM803540_hg19_wgEncodeHaibTfbsK562Gata2sc267Pcr1xRawRep1.bigWig
+GSM831019_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Active motif,3939731; original_filename=GSM831019_K562_SAP30_2.bw
+GSM803491_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U87; cell organism=human; cell description=human glioblastoma, astrocytoma. (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2338; labexpid=SL2338; replicate=1; replicate description=tier 1; original_filename=GSM803491_hg19_wgEncodeHaibTfbsU87RxlchV0416101RawRep2.bigWig
+GSM973676_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089WC,090WC; labexpid=LID46458,LID46459; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973676_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalCiptapPlusRep4.bigWig
+GSM736526_1	cell=WI-38; cell organism=human; cell description=Embryonic Lung Fibroblast Cells, hTERT immortalized, includes Raf1 construct; cell karyotype=Normal (RAF); cell lineage=Fibroblast; cell sex=F; replicate=2; original_filename=GSM736526_hg19_wgEncodeUwDnaseWi38RawRep2.bigWig
+GSM935559_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=p300_(SC-584); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of p300 of human origin. Antibody Target: P300; antibody targetdescription=Encodes the adenovirus E1A-associated cellular p300 transcriptional co-activator protein. Functions as histone acetyltransferase and regulates transcription via chromatin remodeling. Acetylates all four core histones in nucleosomes. Mediates cAMP-gene regulation by binding specifically to phosphorylated CREB protein; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-584; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935559_hg19_wgEncodeSydhTfbsGm12878P300sc584IggmusSig.bigWig
+GSM923440_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12801; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; labexpid=DS9813; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923440_hg19_wgEncodeUwRepliSeqGm12801S3PctSignalRep1.bigWig
+GSM973691_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC,046WC; labexpid=LID45107,LID45110; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973691_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalMinusRep2.bigWig
+GSM849328_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=037WC; labexpid=K18; replicate=1; replicate description=tier 1; original_filename=GSM849328_hg19_wgEncodeRikenCageBjCellPapPlusSignalRep1.bigWig
+GSM765396_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=017WC; labexpid=LID9001; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765396_wgEncodeCshlLongRnaSeqAg04450CellLongnonpolyaPlusRawSigRep2.bigWig
+GSM822285_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822285_hg19_wgEncodeOpenChromChipHelas3CtcfSig.bigWig
+GSM849368_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003WC; labexpid=J72; replicate=1; replicate description=tier 1; original_filename=GSM849368_hg19_wgEncodeRikenCageGm12878CellPapMinusSignalRep1.bigWig
+GSM973681_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089C; labexpid=LID47162; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973681_hg19_wgEncodeCshlShortRnaSeqMcf7CytosolShorttotalTapMinusRep3.bigWig
+GSM605632_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025CH; labexpid=LID8930; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605632_hg19_wgEncodeCshlShortRnaSeqK562ChromatinShorttotalTapPlusRawRep3.bigWig
+GSM733772_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733772_hg19_wgEncodeBroadHistoneGm12878H3k04me1StdSigV2.bigWig
+GSM767855_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=037WC; labexpid=LID9007; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767855_wgEncodeCshlLongRnaSeqBjCellLongnonpolyaPlusRawSigRep1.bigWig
+GSM803517_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3179; replicate=1; replicate description=tier 1; original_filename=GSM803517_hg19_wgEncodeHaibTfbsHepg2Rad21V0416101RawRep1.bigWig
+GSM973686_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C; labexpid=LID47264; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973686_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalTapPlusRep1.bigWig
+GSM935418_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=EtOH_0.01pct_4hr; treatment description=4 h with 0.01% Ethanol (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001870; original_filename=GSM935418_hg19_wgEncodeSydhTfbsMcf10aesInputEtoh01bStdSig.bigWig
+GSM767850_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013N; labexpid=LID9202; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767850_wgEncodeCshlLongRnaSeqHepg2NucleusLongnonpolyaMinusRawSigRep2.bigWig
+GSM849346_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0155C; labexpid=I70; labversion=Delve version 0.9; original_filename=GSM849346_hg19_wgEncodeRikenCageNhekCytosolPamMinusSignal.bigWig
+GSM758562_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=037WC,038WC; labexpid=LID8969,LID8970; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758562_wgEncodeCshlLongRnaSeqBjCellPapMinusRawSigRep2.bigWig
+GSM923451_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9806; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923451_hg19_wgEncodeUwRepliSeqGm12878S4PctSignalRep1.bigWig
+GSM935580_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Bach1_(sc-14700); antibody antibodydescription=BACH1 (C-20) is an affinity purified goat polyclonal antibody raised against a peptide mapping near the C-terminus of BACH1 of human origin. Antibody Target: Bach1; antibody targetdescription=This gene encodes a transcription factor that belongs to the cap'n'collar type of basic region leucine zipper factor family (CNC-bZip). The encoded protein contains broad complex, tramtrack, bric-a-brac/poxvirus and zinc finger (BTB/POZ) domains, which is atypical of CNC-bZip family members. These BTB/POZ domains facilitate protein-protein interactions and formation of homo- and/or hetero-oligomers. When this encoded protein forms a heterodimer with MafK, it functions as a repressor of Maf recognition element (MARE) and transcription is repressed. Multiple alternatively spliced transcript variants have been identified for this gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-14700; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935580_hg19_wgEncodeSydhTfbsH1hescBach1sc14700IggrabSig.bigWig
+GSM816629_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=H9ES; cell organism=human; cell description=human embryonic stem cell (hESC) H9; cell karyotype=unknown; cell lineage=inner cell mass; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816629_hg19_wgEncodeOpenChromDnaseH9esSig.bigWig
+GSM935638_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BAF170; antibody antibodydescription=BAF170 (H-116) is a rabbit polyclonal antibody raised against amino acids 1093-1208 of BAF170 of human origin. Antibody Target: BAF170; antibody targetdescription=BAF170 (Brg1-Associated Factor, 170 kD) is a ubiquitous component of the SWI/SNF chromatin-remodeling complex.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-10757; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000633; labversion=remapped from hg18, Data paired with IgG_Control.; replicate=1; original_filename=GSM935638_hg19_wgEncodeSydhTfbsHelas3Baf170IggmusSig.bigWig
+GSM958739_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11208; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958739_hg19_wgEncodeCaltechRnaSeqHelas3R1x75dTh1014UMinusRawRep2V4.bigWig
+GSM816438_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TCF7L2; antibody antibodydescription=Rabbit monoclonal. Antibody Target: TCF7L2; antibody targetdescription=TCF7L2 (formerly known as TCF4) is a member of the high mobility group (HMG) DNA binding protein family of transcription factors which consists of the following: Lymphoid enhancer factor 1 (LEF1), T Cell Factor 1 (TCF1), TCF3 and TCF4. Note: there is an official TCF-4 http://www.genecards.org/cgi-bin/carddisp.pl?gene=TCF4&search=TCF4; antibody vendorname=Cell Signaling Technology; antibody vendorid=2569; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; replicate=1; replicate description=tier 1; original_filename=GSM816438_hg19_wgEncodeSydhTfbsMcf7Tcf7l2UcdSig.bigWig
+GSM864357_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM12892; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864357_hg19_wgEncodeOpenChromFaireGm12892BaseOverlapSignal.bigWig
+GSM767854_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=021WC; labexpid=LID9005; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767854_wgEncodeCshlLongRnaSeqA549CellLongnonpolyaPlusRawSigRep1.bigWig
+GSM849348_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003N; labexpid=J93; replicate=1; replicate description=tier 1; original_filename=GSM849348_hg19_wgEncodeRikenCageGm12878NucleusPapPlusSignalRep1.bigWig
+GSM733758_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733758_hg19_wgEncodeBroadHistoneGm12878H3k27me3StdSig.bigWig
+GSM749688_1	cell=HL-60; cell organism=Human; cell description=Human promyelocytic leukemia cells. (PMID: 276884); cell karyotype=cancer; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749688_hg19_wgEncodeUwTfbsHl60CtcfStdRawRep1.bigWig
+GSM935494_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=p300_(SC-48343); antibody antibodydescription=mouse monoclonal raised against amino acids 774-1045 of p300 of human origin. Antibody Target: P300; antibody targetdescription=Encodes the adenovirus E1A-associated cellular p300 transcriptional co-activator protein. Functions as histone acetyltransferase and regulates transcription via chromatin remodeling. Acetylates all four core histones in nucleosomes. Mediates cAMP-gene regulation by binding specifically to phosphorylated CREB protein.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-48343; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935494_hg19_wgEncodeSydhTfbsK562P300sc584sc48343IggrabSig.bigWig
+GSM973679_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N; labexpid=LID47266; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973679_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalTapPlusRep2.bigWig
+GSM973692_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C,086C; labexpid=LID46274,LID46275; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973692_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalCiptapPlusRep4.bigWig
+GSM605633_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003N; labexpid=LID20900; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605633_hg19_wgEncodeCshlShortRnaSeqGm12878NucleusShorttotalTapPlusRawRep2.bigWig
+GSM973681_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089C; labexpid=LID47162; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973681_hg19_wgEncodeCshlShortRnaSeqMcf7CytosolShorttotalTapPlusRep3.bigWig
+GSM958746_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=lung fibroblasts; cell karyotype=normal; cell lineage=endoderm; cell sex=U; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11587; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958746_hg19_wgEncodeCaltechRnaSeqNhlfR2x75Th1014Il200SigRep2V4.bigWig
+GSM973670_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C,046C; labexpid=LID45888,LID45889; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973670_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalCiptapPlusRep2.bigWig
+GSM803347_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL448; replicate=1; replicate description=tier 1; original_filename=GSM803347_hg19_wgEncodeHaibTfbsGm12878Usf1Pcr2xRawRep1.bigWig
+GSM765395_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=019WC; labexpid=LID8967; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765395_wgEncodeCshlLongRnaSeqSknshraCellPapPlusRawSigRep1.bigWig
+GSM977046_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HWP; cell organism=human; cell description=Undifferentiated White Preadipocytes from two individuals, HWP_0092205 and HWP_8120201.5, subcutaneous adipose tissue from abdomen / upper arm; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=079WC,080WC; labexpid=LID47609,LID47610; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977046_hg19_wgEncodeCshlShortRnaSeqHwpCellTapPlusRep2.bigWig
+GSM816670_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Hypoxia_LacAcid; treatment description=Hypoxia and Lactic acidosis: 1% p02 and 10 mM Lactate, pH of 6.7 for 24 hours (Crawford); labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816670_hg19_wgEncodeOpenChromDnaseMcf7HypoxlacSig.bigWig
+GSM935619_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=forskolin; treatment description=low-glucose DMEM with 0.5% BSA supplemented with 1uM forskolin and 1mM pyruvate for 6h. (Snyder); antibody=HNF4A; antibody antibodydescription=Goat polyclonal IgG. Antibody Target: HNF4A; antibody targetdescription=epitope mapping at the C-terminus of Rab 11 of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6556; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000755; labversion=Illumina 2.0, low confidence sequences excluded.  Data paired with HepG2_Forskolin_Control.; replicate=1; original_filename=GSM935619_hg19_wgEncodeSydhTfbsHepg2Hnf4aForsklnStdSig.bigWig
+GSM803500_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL635; replicate=1; replicate description=tier 1; original_filename=GSM803500_hg19_wgEncodeHaibTfbsHepg2JundPcr1xRawRep2.bigWig
+GSM816651_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HSMMtube; cell organism=human; cell description=Normal human skeletal muscle myotubes differentiated from the HSMM cell line; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816651_hg19_wgEncodeOpenChromDnaseHsmmtSig.bigWig
+GSM945262_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHLF; cell organism=human; cell description=lung fibroblasts; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001899; labexpid=DS16351; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945262_hg19_wgEncodeUwHistoneNhlfH3k04me3StdRawRep1.bigWig
+GSM830519_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0118N; labexpid=RHH001; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830519_hg19_wgEncodeGisRnaPetHuvecNucleusPapPlusRawRep1.bigWig
+GSM977039_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMC; cell organism=human; cell description=Skeletal Striated Muscle Cells from two individuals, SkMC_9011302 SkMC_8121902.17 from M. pectoralis / Mm. intercostales; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=048WC; labexpid=LID47240; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977039_hg19_wgEncodeCshlShortRnaSeqSkmc9011302CellShorttotalTapPlusRep1.bigWig
+GSM816629_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=H9ES; cell organism=human; cell description=human embryonic stem cell (hESC) H9; cell karyotype=unknown; cell lineage=inner cell mass; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816629_hg19_wgEncodeOpenChromDnaseH9esBaseOverlapSignal.bigWig
+GSM830535_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0107C; labexpid=IHG024; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830535_hg19_wgEncodeGisRnaPetGm12878CytosolPapMinusRawSigFree.bigWig
+GSM973674_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087WC,088WC; labexpid=LID46098,LID46099; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973674_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalCiptapPlusRep4.bigWig
+GSM803521_4	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL593; replicate=1; replicate description=tier 1; original_filename=GSM803521_hg19_wgEncodeHaibTfbsHepg2RxlchPcr1xRawRep4.bigWig
+GSM897079_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011WC; labexpid=LID21143; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897079_hg19_wgEncodeCshlShortRnaSeqHelas3CellShorttotalTapMinusRawRep2.bigWig
+GSM935518_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; labversion=This replaces a previous dataset for the cell line/antibody which was under sequenced due to technical limits at the time.; replicate=1; original_filename=GSM935518_hg19_wgEncodeSydhTfbsGm12878MaxIggmusSig.bigWig
+GSM767849_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001C; labexpid=LID18545; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767849_wgEncodeCshlLongRnaSeqK562CytosolLongnonpolyaPlusRawSigRep1.bigWig
+GSM935644_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NB4; cell organism=human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000617; replicate=1; original_filename=GSM935644_hg19_wgEncodeSydhTfbsNb4MaxStdSig.bigWig
+GSM733723_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733723_hg19_wgEncodeBroadHistoneNhlfH3k4me3StdSig.bigWig
+GSM803372_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U87; cell organism=human; cell description=human glioblastoma, astrocytoma. (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL103; labexpid=SL88; replicate=1; replicate description=tier 1; original_filename=GSM803372_hg19_wgEncodeHaibTfbsU87NrsfPcr2xRawRep1.bigWig
+GSM803354_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3457; labexpid=SL3971; replicate=1; replicate description=tier 1; original_filename=GSM803354_hg19_wgEncodeHaibTfbsHct116Yy1sc281V0416101RawRep1.bigWig
+GSM973667_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC; labexpid=LID46956; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973667_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalTapPlusRep4.bigWig
+GSM749714_1	cell=AG10803; cell organism=Human; cell description=abdominal skin fibroblasts from apparently heathly 22 year old; cell karyotype=8% of the cells examined showing random chromosome loss, 2% showing random chromosome gain, and 2% showing 69,XYY -Coriell; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749714_hg19_wgEncodeUwTfbsAg10803CtcfStdRawRep1.bigWig
+GSM935435_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BRF2; antibody antibodydescription=Antibody 4295 against Brf2 was raised by immunizing rabbits with keyhole limpet hemocyanin coupled to synthetic peptides VSRSQQRGLRRVRDLC and SDSEIEQYLRTPQEVR, corresponding to human Brf2 residues 66-80 and 385-400, respectively. Antibody Target: BRF2; antibody targetdescription=Brf2 is a component of an alternate form of the RNA Polymerase III transcription factor TFIIIB.; antibody vendorname=Donated by Dr. RJ White, The Beatson Institute for Cancer Research; antibody vendorid=4295; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; replicate=1; original_filename=GSM935435_hg19_wgEncodeSydhTfbsHelas3Brf2StdSig.bigWig
+GSM765395_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=019WC; labexpid=LID8967; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765395_wgEncodeCshlLongRnaSeqSknshraCellPapPlusRawSigRep2.bigWig
+GSM935611_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CTCF_(SC-15914); antibody antibodydescription=Goat polyclonal, epitope mapping near the C-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=Transcriptional regulator with 11 highly conserved zinc finger domains. Depending on context, can bind a histone acetyltransferase (HAT)-containing complex and function as transcriptional activator or bind a histone deacetylase (HDAC)-containing complex and function as transcriptional repressor. Involved in transcriptional regulation by binding to chromatin insulators and preventing interaction between promoter and nearby enhancers and silencers. Preferentially interacts with unmethylated DNA, preventing spreading of CpG methylation. Can dimerize, mediating long-range chromatin looping. When bound to chromatin, provides an anchor point for nucleosomes positioning. Involved in sister chromatid cohesion. Associates with both centromeres and chromosomal arms during metaphase and required for cohesin localization to CTCF sites.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-15914; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935611_hg19_wgEncodeSydhTfbsGm12878Ctcfsc15914c20StdSig.bigWig
+GSM849355_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0113WC; labexpid=I67; softwareversion=Delve version 0.9; original_filename=GSM849355_hg19_wgEncodeRikenCageH1hescCellPamMinusSignal.bigWig
+GSM840136_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0131WC; labexpid=crg-45; replicate=1; replicate description=tier 1; original_filename=GSM840136_hg19_wgEncodeCshlLongRnaSeqK562CellTotalPlusRawSigRep1.bigWig
+GSM816634_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=LNCaP; cell organism=human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=androgen; treatment description=12 hrs with 1 nM Methyltrienolone (R1881) (Crawford); controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816634_hg19_wgEncodeOpenChromDnaseLncapAndroBaseOverlapSignal.bigWig
+GSM803378_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-55706; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3924; replicate=1; replicate description=tier 1; original_filename=GSM803378_hg19_wgEncodeHaibTfbsK562Six5V0416101RawRep2.bigWig
+GSM736543_1	cell=RPTEC; cell organism=Human; cell description=Renal Proximal Tubule Epithelial Cells; cell sex=U; replicate=1; original_filename=GSM736543_hg19_wgEncodeUwDnaseRptecRawRep1.bigWig
+GSM803337_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=PAX5-C20; antibody antibodydescription=Goat polyclonal IgG, 200 ?g/ml. Epitope mapping at the C-terminus of Pax-5 of human origin. Recommended for detection of Pax-5 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA-binding motif, known as the paired box. PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1974; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1782; labexpid=SL1662; replicate=1; replicate description=tier 1; original_filename=GSM803337_hg19_wgEncodeHaibTfbsGm12891Pax5c20V0416101RawRep2.bigWig
+GSM816636_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Medullo; cell organism=human; cell description=Medulloblastoma (aka D721), surgical resection from a patient with medulloblastoma as described by Darrell Bigner (1997); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1, input was generic_female (should have been male); replicate=1; replicate description=tier 1; original_filename=GSM816636_hg19_wgEncodeOpenChromDnaseMedulloSig.bigWig
+GSM736622_1	cell=BE2_C; cell organism=Human; cell description=Human neuroblastoma; cell lineage=ectoderm; cell sex=M; replicate=2; original_filename=GSM736622_hg19_wgEncodeUwDnaseBe2cRawRep2.bigWig
+GSM849367_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=J76; replicate=1; replicate description=tier 1; original_filename=GSM849367_hg19_wgEncodeRikenCageNhekCellPapPlusSignalRep1.bigWig
+GSM816644_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HTR8svn; cell organism=human; cell description=Trophoblast (HTR-8/SVneo) cell line. A thin layer of ectoderm that forms the wall of many mammalian blastulas and functions in the nutrition and implantation of the embryo.; cell karyotype=normal; cell lineage=Blastula; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816644_hg19_wgEncodeOpenChromDnaseHtr8BaseOverlapSignal.bigWig
+GSM897076_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=027N; labexpid=LID21001; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897076_hg19_wgEncodeCshlShortRnaSeqNhekNucleusShorttotalTapPlusRawRep4.bigWig
+GSM849029_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=AoAF; cell organism=human; cell description=aortic adventitial fibroblast cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=Bowtie 0.12.7; original_filename=GSM849029_hg19_wgEncodeUwDgfAoafRaw.bigWig
+GSM822304_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=estrogen; treatment description=45 min with 100 nM Estradiol (Crawford); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822304_hg19_wgEncodeOpenChromChipMcf7CmycEstroSig.bigWig
+GSM767848_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=011N; labexpid=LID9200; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767848_wgEncodeCshlLongRnaSeqHelas3NucleusLongnonpolyaPlusRawSigRep1.bigWig
+GSM816666_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=PanIsletD; cell organism=human; cell description=Dedifferentiated human pancreatic islets from one of the sources for PanIslets; cell lineage=endoderm; cell sex=B; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816666_hg19_wgEncodeOpenChromDnasePanisdSig.bigWig
+GSM923449_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9941; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923449_hg19_wgEncodeUwRepliSeqHelas3G1bPctSignalRep1.bigWig
+GSM803463_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL1781; replicate=1; replicate description=tier 1; original_filename=GSM803463_hg19_wgEncodeHaibTfbsHepg2RxlchV0416101RawRep1.bigWig
+GSM840138_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0102WC; labexpid=crg-7; replicate=1; replicate description=tier 1; original_filename=GSM840138_hg19_wgEncodeCshlLongRnaSeqGm12878CellTotalMinusRawSigRep2.bigWig
+GSM958730_3	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11011; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958730_hg19_wgEncodeCaltechRnaSeqGm12878R1x75dTh1014UPlusRawRep1V4.bigWig
+GSM822303_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Gliobla; cell organism=human; cell description=glioblastoma, these cells (aka H54 and D54) come from a surgical resection from a patient with glioblastoma multiforme (WHO Grade IV). D54 is a commonly studied glioblastoma cell line (Bao et al., 2006) that has been thoroughly described by S Bigner (1981). (PMID: 7252524); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=Gliobla/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822303_hg19_wgEncodeOpenChromChipGlioblaCtcfBaseOverlapSignal.bigWig
+GSM973682_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089N; labexpid=LID47164; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973682_hg19_wgEncodeCshlShortRnaSeqMcf7NucleusShorttotalTapMinusRep3.bigWig
+GSM935289_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=SIN3A_(NB600-1263); antibody antibodydescription=Rabbit polyclonal, Immunogen: Synthetic peptide: MKRRLDDQESDVYAAQQRR, corresponding to amino acids 1-19 of Mouse mSin3A. Antibody Target: SIN3A (NB600-1263); antibody targetdescription=Mammalian Sin 3 (mSin 3) is closely related to the yeast SIN3 repressor protein involved in the transcriptional repression of many genes. Containing 4 paired amphipathic helix domains (PAH domains), mSin 3A and mSin 3B have been shown to directly interact with several other transcriptional repressor proteins including HDAC 1, HDAC 2, RbAp 46, the methyl CpG binding protein MeCP 2, the Mad/Max heterodimer, and the corepressors silencing mediator of retinoic acid &amp; thyroid hormone receptor (SMRT) and nuclear receptor corepressor (N-CoR).; antibody vendorname=Novus Biologicals; antibody vendorid=NB600-1263; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935289_hg19_wgEncodeSydhTfbsH1hescSin3anb6001263IggrabSig.bigWig
+GSM733704_1	cell=Osteobl; cell organism=Human; cell description=Normal human osteoblasts (NHOst); cell karyotype=normal; cell sex=F; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733704_hg19_wgEncodeBroadHistoneOsteoblH3k4me1StdSig.bigWig
+GSM849364_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=015WC; labexpid=K07; replicate=1; replicate description=tier 1; original_filename=GSM849364_hg19_wgEncodeRikenCageMcf7CellPapPlusRawRep2.bigWig
+GSM733721_1	cell=Osteobl; cell organism=Human; cell description=Normal human osteoblasts (NHOst); cell karyotype=normal; cell sex=F; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733721_hg19_wgEncodeBroadHistoneOsteoblH3k36me3StdSig.bigWig
+GSM803452_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RXRA; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-553; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL984; replicate=1; replicate description=tier 1; original_filename=GSM803452_hg19_wgEncodeHaibTfbsHepg2RxraPcr1xRawRep2.bigWig
+GSM736611_1	cell=HMVEC-dNeo; cell organism=Human; cell description=Normal Neonatal Human Microvascular Endothelial Cells (single Donnor), Dermal-Derived; cell sex=M; replicate=1; original_filename=GSM736611_hg19_wgEncodeUwDnaseHmvecdneoRawRep1.bigWig
+GSM733636_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733636_hg19_wgEncodeBroadHistoneNhekCtcfStdSig.bigWig
+GSM767838_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=012C; labexpid=LID18551; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=2; replicate description=tier 2; original_filename=GSM767838_wgEncodeCshlLongRnaSeqHelas3CytosolLongnonpolyaPlusRawSigRep2.bigWig
+GSM945299_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_4C50_C4; treatment description=beta-globin LCR deletion (18Kb), homozygous (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS16261; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945299_hg19_wgEncodeUwHistoneK562H3k04me3StdZnf4c50c4RawRep2.bigWig
+GSM897069_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011C; labexpid=LID21145; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897069_hg19_wgEncodeCshlShortRnaSeqHelas3CytosolShorttotalTapMinusRawRep2.bigWig
+GSM605629_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001C; labexpid=LID10572; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605629_hg19_wgEncodeCshlShortRnaSeqK562CytosolShortMinusRaw.bigWig
+GSM803448_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=HEY1; antibody antibodydescription=HRT1 (C-20) Goat polyclonal IgG, 200 ?g/ml. Epitope mapping near the C-terminus of HRT1 of human origin; antibody targetdescription=This gene encodes a nuclear protein belonging to the hairy and enhancer of split-related (HESR) family of basic helix-loop-helix (bHLH)-type transcriptional repressors. Expression of this gene is induced by the Notch and c-Jun signal transduction pathways. Two similar and redundant genes in mouse are required for embryonic cardiovascular development, and are also implicated in neurogenesis and somitogenesis. Alternative splicing results in multiple transcript variants.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-16424; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL593; labexpid=SL1057; replicate=1; replicate description=tier 1; original_filename=GSM803448_hg19_wgEncodeHaibTfbsHepg2Hey1V0416101RawRep1.bigWig
+GSM803382_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=FOSL1_(SC-183); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of FOSL1 of human origin.; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2.  These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1.  As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-183; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2692; replicate=1; replicate description=tier 1; original_filename=GSM803382_hg19_wgEncodeHaibTfbsH1hescFosl1sc183V0416102RawRep2.bigWig
+GSM816650_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HSMM; cell organism=human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816650_hg19_wgEncodeOpenChromDnaseHsmmBaseOverlapSignal.bigWig
+GSM749768_1	cell=WERI-Rb-1; cell organism=Human; cell description=retinoblastoma (PMID: 844036); cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749768_hg19_wgEncodeUwTfbsWerirb1CtcfStdRawRep1.bigWig
+GSM935286_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12892; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000711; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935286_hg19_wgEncodeSydhTfbsGm12892InputIggmusSig.bigWig
+GSM803412_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL475; labexpid=SL475; replicate=1; replicate description=tier 1; original_filename=GSM803412_hg19_wgEncodeHaibTfbsA549RxlchPcr1xEtoh02RawRep1.bigWig
+GSM803485_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL517; labexpid=SL748; replicate=1; replicate description=tier 1; original_filename=GSM803485_hg19_wgEncodeHaibTfbsGm12878Pol24h8Pcr1xRawRep2.bigWig
+GSM749712_1	cell=HEEpiC; cell organism=Human; cell description=Human Esophageal Epithelial Cells; cell lineage=endoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749712_hg19_wgEncodeUwTfbsHeeCtcfStdRawRep1.bigWig
+GSM803352_3	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL518; replicate=1; replicate description=tier 1; original_filename=GSM803352_hg19_wgEncodeHaibTfbsK562RxlchPcr1xRawRep3.bigWig
+GSM803487_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL818; labexpid=SL909; replicate=1; replicate description=tier 1; original_filename=GSM803487_hg19_wgEncodeHaibTfbsGm12892Pol2V0416102RawRep1.bigWig
+GSM923430_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a cerebral brain tumor, (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL530; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923430_hg19_wgEncodeHaibRnaSeqPfsk1RawRep2.bigWig
+GSM736577_1	cell=HMVEC-dLy-Neo; cell organism=Human; cell description=Normal Neonatal Human Lymphatic Microvascular Endothelial Cells, Dermal-Derived; cell sex=M; replicate=1; original_filename=GSM736577_hg19_wgEncodeUwDnaseHmvecdlyneoRawRep1.bigWig
+GSM935353_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001751; original_filename=GSM935353_hg19_wgEncodeSydhTfbsH1hescInputUcdSig.bigWig
+GSM803506_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=RXRA; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-553; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL1163; replicate=1; replicate description=tier 1; original_filename=GSM803506_hg19_wgEncodeHaibTfbsH1hescRxraV0416102RawRep2.bigWig
+GSM733742_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=Control; original_filename=GSM733742_hg19_wgEncodeBroadHistoneGm12878ControlStdSig.bigWig
+GSM749732_1	cell=HCFaa; cell organism=Human; cell description=Human Cardiac Fibroblasts-Adult Atrial; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749732_hg19_wgEncodeUwTfbsHcfaaCtcfStdRawRep1.bigWig
+GSM803416_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL3933; replicate=1; replicate description=tier 1; original_filename=GSM803416_hg19_wgEncodeHaibTfbsGm12878Rad21V0416101RawRep1.bigWig
+GSM935402_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2(phosphoS2); antibody antibodydescription=Rabbit polyclonal against peptide conjugated to KLH derived from within residues 1600 - 1700 of S. cerevisiae RNA polymerase II CTD repeat YSPTSPS, phosphorylated at S2. Antibody Target: POL2S2; antibody targetdescription=RNA polymerase II, large subunit- specific for phosphorylated C-terminal domain.; antibody vendorname=Abcam; antibody vendorid=ab5095; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935402_hg19_wgEncodeSydhTfbsK562Pol2s2IggrabSig.bigWig
+GSM973681_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089C; labexpid=LID47162; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973681_hg19_wgEncodeCshlShortRnaSeqMcf7CytosolShorttotalTapPlusRep4.bigWig
+GSM765387_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001N; labexpid=LID8556; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765387_wgEncodeCshlLongRnaSeqK562NucleusPapPlusRawSigRep2.bigWig
+GSM733674_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733674_hg19_wgEncodeBroadHistoneNhekH3k27acStdSig.bigWig
+GSM977041_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-AT; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-AT_9061601.12 and hMSC-AT_0102604.12 from subcutaneous abdomen adipose tissue; cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=065WC; labexpid=LID47479; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977041_hg19_wgEncodeCshlShortRnaSeqHmscat906160112CellTapMinusRep2.bigWig
+GSM646563_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; labversion=lmax-v1.0; original_filename=GSM646563_hg19_wgEncodeUwDgfH7esSig.bigWig
+GSM822311_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822311_hg19_wgEncodeOpenChromChipK562CtcfBaseOverlapSignal.bigWig
+GSM958738_4	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11206; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958738_hg19_wgEncodeCaltechRnaSeqHuvecR1x75dTh1014UPlusRawRep2V4.bigWig
+GSM945172_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG10803; cell organism=human; cell description=abdominal skin fibroblasts from apparently heathly 22 year old, 8% of the cells examined showing random chromosome loss, 2% showing random chromosome gain, and 2% showing 69,XYY -Coriell; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000936; labexpid=DS15744; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945172_hg19_wgEncodeUwHistoneAg10803H3k4me3StdRawRep1.bigWig
+GSM935468_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa6h; treatment description=Interferon alpha treatment - 6 hours (Snyder); antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000656; labversion=remapped from hg18; replicate=1; original_filename=GSM935468_hg19_wgEncodeSydhTfbsK562CjunIfna6hStdSig.bigWig
+GSM935597_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=E2F6; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22823; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Fragmented using Bioruptor, precipitated with StaphA PeakSeq 1.0 (fdr 0.001) Lane A is Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935597_hg19_wgEncodeSydhTfbsK562E2f6UcdSig.bigWig
+GSM822289_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=A549/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822289_hg19_wgEncodeOpenChromChipA549CtcfSig.bigWig
+GSM736560_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736560_hg19_wgEncodeUwDnaseHsmmRawRep1.bigWig
+GSM923450_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12813; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9827; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923450_hg19_wgEncodeUwRepliSeqGm12813WaveSignalRep1.bigWig
+GSM849303_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12869; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12869/None/Input/std; labexpid=DS10997; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849303_hg19_wgEncodeUwTfbsGm12869CtcfStdRawRep2.bigWig
+GSM767855_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=037WC; labexpid=LID9007; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767855_wgEncodeCshlLongRnaSeqBjCellLongnonpolyaPlusRawSigRep2.bigWig
+GSM736595_1	cell=HL-60; cell organism=Human; cell description=Human promyelocytic leukemia cells. (PMID: 276884); cell karyotype=cancer; cell sex=F; replicate=2; original_filename=GSM736595_hg19_wgEncodeUwDnaseHl60RawRep2.bigWig
+GSM803493_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=HDAC2_(SC-6296); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin.; antibody targetdescription=This gene product belongs to the histone deacetylase family.  Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6296; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3177; replicate=1; replicate description=tier 1; original_filename=GSM803493_hg19_wgEncodeHaibTfbsHepg2Hdac2sc6296V0416101RawRep1.bigWig
+GSM973693_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC,046WC; labexpid=LID45108,LID45111; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973693_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalCiptapPlusRep1.bigWig
+GSM849328_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=037WC; labexpid=K18; replicate=1; replicate description=tier 1; original_filename=GSM849328_hg19_wgEncodeRikenCageBjCellPapMinusSignalRep2.bigWig
+GSM935547_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CCNT2; antibody antibodydescription=Goal polyclonal. Raised against an internal region of human CycT2a/b. Recommeded for detection of CycT2a/b of rat, mouse or human origin. Vendor recommeds it use for the folloiwng applications: WB, IF and ELISA. Antibody Target: CCNT2; antibody targetdescription=CycT2 is one of three cyclins that can form a heterodimer with cyclin-dependent kinase 9 (CDK9). The heterodimer is known as positive elongation factor b (P-TEFb) and is responsible for the phosphophorylation of Ser2 of the heptad repeat in the C-terminal domain of RNA polymerase II as well as the negative elongation factors DSIF (hSpt4/hSpt5) and NELF. Phosphorylation of RNA polymerase II and the negative elongation factors by P-TEFb promotes elongation. CycT2 contains a leucine rich domain capable of binding to the C-terminal domain of RNA polymerase II.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-12419; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935547_hg19_wgEncodeSydhTfbsK562Ccnt2StdSig.bigWig
+GSM803396_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=BCL11A; antibody antibodydescription=Mouse monoclonal [18B12DE6] to Ctip1. Raised against a cocktail of BCL11A fusion proteins. Reacts with human and mouse. Tested for ICC/IF, IHC-P, IP, WB; antibody targetdescription=This gene encodes a C2H2 type zinc-finger protein by its similarity to the mouse Bcl11a/Evi9 protein. Functions as a myeloid and B-cell proto-oncogene. May play important roles in leukemogenesis and hematopoiesis. An essential factor in lymphopoiesis,is required for B-cell formation in fetal liver. May function as a modulator of the transcriptional repression activity of ARP1 (By similarity); antibody vendorname=Abcam; antibody vendorid=ab19489; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1314; replicate=1; replicate description=tier 1; original_filename=GSM803396_hg19_wgEncodeHaibTfbsH1hescBcl11aPcr1xRawRep1.bigWig
+GSM849333_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0134CH; labexpid=I35; labversion=Delve version 0.9; original_filename=GSM849333_hg19_wgEncodeRikenCageK562ChromatinTotalMinusSignal.bigWig
+GSM977045_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEM.f_M2; cell organism=human; cell description=Epidermal Melanocytes from two individuals, NHEM.f_M2_5071302.2 and NHEM.f_M2_6022001 from foreskin; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=081WC,082WC; labexpid=LID47611,LID47612; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977045_hg19_wgEncodeCshlShortRnaSeqNhemfm2CellTapPlusRep1.bigWig
+GSM923444_12	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjS4PctSignalRep2.bigWig
+GSM803519_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1216; labexpid=SL1216; replicate=1; replicate description=tier 1; original_filename=GSM803519_hg19_wgEncodeHaibTfbsT47dEralphaaV0416102Dm002p1hRawRep1.bigWig
+GSM803446_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=YY1; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=YIN YANG 1 transcription factor belongs to the GLI-Kruppel class of zinc finger proteins.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1703; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2203; replicate=1; replicate description=tier 1; original_filename=GSM803446_hg19_wgEncodeHaibTfbsK562Yy1V0416101RawRep1.bigWig
+GSM803537_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL805; replicate=1; replicate description=tier 1; original_filename=GSM803537_hg19_wgEncodeHaibTfbsGm12878Taf1Pcr1xRawRep1.bigWig
+GSM958746_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=lung fibroblasts; cell karyotype=normal; cell lineage=endoderm; cell sex=U; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11587; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958746_hg19_wgEncodeCaltechRnaSeqNhlfR2x75Th1014Il200SigRep1V4.bigWig
+GSM803467_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1782; labexpid=SL1782; replicate=1; replicate description=tier 1; original_filename=GSM803467_hg19_wgEncodeHaibTfbsGm12891RxlchV0416101RawRep1.bigWig
+GSM935274_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=CEBPZ; antibody antibodydescription=Rabbit polyclonal, immunogen sequence= KDNASLKQLRWEAERDDWLHNRDAKSIIKKKKHFKKKRIKTTQKTKKQRK. Antibody Target: CEBPZ; antibody targetdescription=Stimulates transcription from the HSP70 promoter.; antibody vendorname=Sigma-Aldrich; antibody vendorid=SAB2100398; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935274_hg19_wgEncodeSydhTfbsHepg2CebpzIggrabSig.bigWig
+GSM830520_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=prostate; cell organism=human; cell description=prostate tissue purchased for CSHL project; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0160WC; labexpid=DHP001; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830520_hg19_wgEncodeGisRnaPetProstateCellPapMinusRawSigRep1.bigWig
+GSM831006_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A300-358A; original_filename=GSM831006_K562_P300.bw
+GSM923425_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL331; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923425_hg19_wgEncodeHaibRnaSeqA549Etoh02RawRep1.bigWig
+GSM816632_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816632_hg19_wgEncodeOpenChromDnaseH1hescSig.bigWig
+GSM803524_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2943; replicate=1; replicate description=tier 1; original_filename=GSM803524_hg19_wgEncodeHaibTfbsK562GabpV0416101RawRep2.bigWig
+GSM945240_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=LNCaP; cell organism=human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001897; labexpid=DS18330; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945240_hg19_wgEncodeUwHistoneLncapH3k04me3StdRawRep2.bigWig
+GSM765389_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=Normal Human Lung Fibroblasts; cell lineage=endoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=033WC; labexpid=LID8828; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765389_wgEncodeCshlLongRnaSeqNhlfCellLongnonpolyaMinusRawSigRep1.bigWig
+GSM803366_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL969; labexpid=SL980; labversion=(Pol2 8WG16); replicate=1; replicate description=tier 1; original_filename=GSM803366_hg19_wgEncodeHaibTfbsH1hescPol2V0416102RawRep2.bigWig
+GSM849363_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0123NL; labexpid=J58; original_filename=GSM849363_hg19_wgEncodeRikenCageHelas3NucleolusTotalMinusSignal.bigWig
+GSM749694_1	cell=GM12872; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749694_hg19_wgEncodeUwTfbsGm12872CtcfStdRawRep1.bigWig
+GSM922956_1	lab=Yale; lab description=Snyder - Yale University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa6h; treatment description=Interferon alpha treatment - 6 hours (Snyder); rnaextract=polyA; rnaextract description=Isolated Poly(A) RNA; original_filename=GSM922956_hg19_wgEncodeSydhRnaSeqK562Ifna6hPolyaRaw.bigWig
+GSM605635_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001N; labexpid=LID10570; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605635_hg19_wgEncodeCshlShortRnaSeqK562NucleusShortPlusRaw.bigWig
+GSM945222_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HL-60; cell organism=human; cell description=promyelocytic leukemia cells, (PMID: 276884); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000465; labexpid=DS11795; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945222_hg19_wgEncodeUwHistoneHl60H3k4me3StdRawRep2.bigWig
+GSM803387_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL551; replicate=1; replicate description=tier 1; original_filename=GSM803387_hg19_wgEncodeHaibTfbsGm12878P300Pcr1xRawRep1.bigWig
+GSM945196_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000463; labexpid=DS12182; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945196_hg19_wgEncodeUwHistoneGm12878H3k27me3StdRawRep1.bigWig
+GSM977038_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HFDPC; cell organism=human; cell description=Follicle Dermal Papilla Cells from two individuals, HFDPC_0100503.2 and HFDPC_0102703.3 from lateral scalp (brown, blond); cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=062WC; labexpid=LID47478; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977038_hg19_wgEncodeCshlShortRnaSeqHfdpc01005032CellTapMinusRep2.bigWig
+GSM944522_2	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=PABPC1; antibody antibodydescription=Mouse monoclonal vs PABPC1 of human, mouse, bovine, can, hamster, Xenopus origin. Antibody Target: PABPC1; antibody targetdescription=poly(A) binding protein, cytoplasmic 1 (Homo sapiens).; antibody vendorname=Sigma Chemical Co.; antibody vendorid=P6246; labversion=Sig_P6246 antibody; replicate=1; original_filename=GSM944522_hg19_wgEncodeSunyRipSeqK562Pabpc1SigRep2.bigWig
+GSM864347_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=NH-A; cell organism=human; cell description=astrocytes (also called Astrocy); cell karyotype=normal; cell lineage=ectoderm; cell sex=U; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864347_hg19_wgEncodeOpenChromFaireNhaBaseOverlapSignal.bigWig
+GSM935389_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM10847; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000728; labversion=remapped from hg18, Data paired with GM10847_IgG_Control.; replicate=1; original_filename=GSM935389_hg19_wgEncodeSydhTfbsGm10847Pol2IggmusSig.bigWig
+GSM945264_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-MC; cell organism=human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001901; labexpid=DS18344; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945264_hg19_wgEncodeUwHistoneSknmcH3k04me3StdRawRep1.bigWig
+GSM958744_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=skeletal muscle myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11584; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958744_hg19_wgEncodeCaltechRnaSeqHsmmR2x75Th1014Il200SigRep2V4.bigWig
+GSM935342_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TFIIIC-110; antibody antibodydescription=rabbit polyclonal. Antibody Target: TFIIIC-110; antibody targetdescription=TFIIIC-110 is a subunit of the RNA Polymerase III transcription factor TFIIIC. Antiserum 4286 was raised by immunizing rabbits with synthetic peptide RPGFSPTSHRLLPTP (human TFIIIC110 residues 897 to 911) coupled to keyhole limpet hemocyanin.; antibody vendorname=Dr. Robert J. White, Beatson Institute for Cancer Research, UK; antibody vendorid=4286; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=remapped from hg18; replicate=1; original_filename=GSM935342_hg19_wgEncodeSydhTfbsHelas3Tf3c110StdSig.bigWig
+GSM935394_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GTF2B; antibody antibodydescription=rabbit polyclonal IgG, 200 ?g/ml. epitope mapping near the C-terminus of TFIIB of human origin. Antibody Target: GTF2B; antibody targetdescription=DNA- binding general transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-225; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=remapped from hg18; replicate=1; original_filename=GSM935394_hg19_wgEncodeSydhTfbsK562Gtf2bStdSig.bigWig
+GSM767848_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=011N; labexpid=LID9200; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767848_wgEncodeCshlLongRnaSeqHelas3NucleusLongnonpolyaMinusRawSigRep1.bigWig
+GSM977048_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-UC; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-UC_0081101.7 and hMSC-UC_0052501.7 from matrix (Wharton's Jelly); cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=069WC,070WC; labexpid=LID47515,LID47516; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977048_hg19_wgEncodeCshlShortRnaSeqHmscucCellTapMinusRep1.bigWig
+GSM945286_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEEpiC; cell organism=human; cell description=esophageal epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000952; labexpid=DS16060; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945286_hg19_wgEncodeUwHistoneHeeH3k4me3StdRawRep1.bigWig
+GSM864341_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864341_hg19_wgEncodeOpenChromFaireH1hescBaseOverlapSignal.bigWig
+GSM749706_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749706_hg19_wgEncodeUwTfbsGm12878CtcfStdRawRep2.bigWig
+GSM749677_1	cell=BJ; cell organism=Human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell lineage=ectoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749677_hg19_wgEncodeUwTfbsBjCtcfStdRawRep1.bigWig
+GSM803492_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-MC; cell organism=human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL102; labexpid=SL102; replicate=1; replicate description=tier 1; original_filename=GSM803492_hg19_wgEncodeHaibTfbsSknmcRxlchPcr2xRawRep1.bigWig
+GSM803510_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ETS1; antibody antibodydescription=Rabbit polyclonal IgG; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-350; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1613; labexpid=SL1507; replicate=1; replicate description=tier 1; original_filename=GSM803510_hg19_wgEncodeHaibTfbsGm12878Ets1Pcr1xRawRep2.bigWig
+GSM935372_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=RPC155; antibody antibodydescription=Rabbit polyclonal - Antiserum 1900 was raised by immunizing rabbits with synthetic peptide PKRPLTFDTNEFHIPLVT (residues 1374?1391 of the RPC155 subunit of human pol III) coupled to KLH. Antibody Target: RPC155; antibody targetdescription=polymerase (RNA) III (DNA directed) polypeptide A, 155kDa; antibody vendorname=Donated by Dr. RJ White, The Beatson Institute for Cancer Research; antibody vendorid=1900; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=Illumina 2.0, low confidence sequences excluded, fragmented with both a probe sonicator and a Misonix sonicator, and precipitated with protein A sepharose beads; replicate=1; original_filename=GSM935372_hg19_wgEncodeSydhTfbsK562Rpc155StdSig.bigWig
+GSM803387_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL551; replicate=1; replicate description=tier 1; original_filename=GSM803387_hg19_wgEncodeHaibTfbsGm12878P300Pcr1xRawRep2.bigWig
+GSM849331_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011N; labexpid=J96; replicate=1; replicate description=tier 1; original_filename=GSM849331_hg19_wgEncodeRikenCageHelas3NucleusPapPlusSignalRep1.bigWig
+GSM607486_1	cell line=HelaS3; harvest date=2010-05-05; chip antibody=abnova mouse polyclonal anti-ZNF274; vendor=Abnova; lot#=060729QCS1; original_filename=GSM607486_HeLa-S3_ZNF274.bigWIG
+GSM646559_2	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; original_filename=GSM646559_hg19_wgEncodeUwDgfHepg2Sig.bigWig
+GSM803367_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL358; replicate=1; replicate description=tier 1; original_filename=GSM803367_hg19_wgEncodeHaibTfbsHepg2Taf1Pcr2xRawRep1.bigWig
+GSM923444_9	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjS3PctSignalRep1.bigWig
+GSM803409_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=FOXA1_(SC-6553); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of FOXA1 of human origin.; antibody targetdescription=This gene encodes a member of the forehead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6553; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1881; labexpid=SL1878; replicate=1; replicate description=tier 1; original_filename=GSM803409_hg19_wgEncodeHaibTfbsT47dFoxa1sc6553V0416102Dm002p1hRawRep2.bigWig
+GSM935287_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12891; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000709; labversion=remapped from hg18, Data paired with GM12891_IgG_Control.; replicate=1; original_filename=GSM935287_hg19_wgEncodeSydhTfbsGm12891Pol2IggmusSig.bigWig
+GSM973692_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C,086C; labexpid=LID46274,LID46275; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973692_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalCiptapMinusRep4.bigWig
+GSM733648_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=Control; original_filename=GSM733648_hg19_wgEncodeBroadHistoneHsmmtControlStdSig.bigWig
+GSM945250_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHDF-neo; cell organism=human; cell description=neonatal dermal fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000972; labexpid=DS16203; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945250_hg19_wgEncodeUwHistoneNhdfneoInputStdRawRep1.bigWig
+GSM935428_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa30; treatment description=30 m of Interferon alpha (Snyder); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000655; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935428_hg19_wgEncodeSydhTfbsK562CmycIfna30StdSig.bigWig
+GSM897083_7	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=021WC; labexpid=LID20749; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897083_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalTapPlusRawRep3.bigWig
+GSM822283_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822283_hg19_wgEncodeOpenChromChipMcf7InputSig.bigWig
+GSM822295_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822295_hg19_wgEncodeOpenChromChipMcf7Pol2BaseOverlapSignal.bigWig
+GSM945276_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRE; cell organism=human; cell description=renal epithelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000467; labexpid=DS11575; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945276_hg19_wgEncodeUwHistoneHreH3k4me3StdRawRep2.bigWig
+GSM736629_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; replicate=1; original_filename=GSM736629_hg19_wgEncodeUwDnaseK562RawRep1.bigWig
+GSM803365_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL969; labexpid=SL978; replicate=1; replicate description=tier 1; original_filename=GSM803365_hg19_wgEncodeHaibTfbsH1hescNrsfV0416102RawRep2.bigWig
+GSM803358_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_50nM; treatment description=1 h with 50 nM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL878; labexpid=SL882; replicate=1; replicate description=tier 1; original_filename=GSM803358_hg19_wgEncodeHaibTfbsA549GrPcr1xDex50nmRawRep1.bigWig
+GSM897078_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=027C; labexpid=LID21002; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897078_hg19_wgEncodeCshlShortRnaSeqNhekCytosolShorttotalTapMinusRawRep4.bigWig
+GSM830520_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=prostate; cell organism=human; cell description=prostate tissue purchased for CSHL project; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0160WC; labexpid=DHP001; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830520_hg19_wgEncodeGisRnaPetProstateCellPapPlusRawSigRep1.bigWig
+GSM935427_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg6h; treatment description=Interferon gamma treatment - 6 hours (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000658; original_filename=GSM935427_hg19_wgEncodeSydhTfbsK562InputIfng6hStdSig.bigWig
+GSM973685_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N; labexpid=LID47043; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973685_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalTapMinusRep3.bigWig
+GSM923449_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9941; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923449_hg19_wgEncodeUwRepliSeqHelas3WaveSignalRep1.bigWig
+GSM803359_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_5nM; treatment description=1 h with 5 nM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL878; labexpid=SL880; replicate=1; replicate description=tier 1; original_filename=GSM803359_hg19_wgEncodeHaibTfbsA549GrPcr1xDex5nmRawRep1.bigWig
+GSM736541_1	cell=HMF; cell organism=Human; cell description=human mammary fibroblasts; cell sex=F; replicate=2; original_filename=GSM736541_hg19_wgEncodeUwDnaseHmfRawRep2.bigWig
+GSM923450_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12813; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9827; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923450_hg19_wgEncodeUwRepliSeqGm12813SumSignalRep1.bigWig
+GSM736499_1	cell=HRGEC; cell organism=human; cell description=Human Renal Glomerular Endothelial Cells; cell karyotype=Normal; cell lineage=Endothelial; cell sex=U; replicate=1; original_filename=GSM736499_hg19_wgEncodeUwDnaseHrgecRawRep1.bigWig
+GSM816646_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816646_hg19_wgEncodeOpenChromDnaseHuvecBaseOverlapSignal.bigWig
+GSM849028_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HPF; cell organism=human; cell description=pulmonary fibroblasts isolated from lung tissue; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849028_hg19_wgEncodeUwDgfHpfSig.bigWig
+GSM803392_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL814; replicate=1; replicate description=tier 1; original_filename=GSM803392_hg19_wgEncodeHaibTfbsGm12878Zbtb33Pcr1xRawRep1.bigWig
+GSM849349_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003C; labexpid=J84; replicate=1; replicate description=tier 1; original_filename=GSM849349_hg19_wgEncodeRikenCageGm12878CytosolPapMinusSignalRep2.bigWig
+GSM803343_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL275; replicate=1; replicate description=tier 1; original_filename=GSM803343_hg19_wgEncodeHaibTfbsHepg2GabpPcr2xRawRep2.bigWig
+GSM736507_1	cell=HMVEC-LLy; cell organism=Human; cell description=Normal Human Lymphatic Microvascular Endothelial Cells, Lung-Derived; cell sex=F; replicate=1; original_filename=GSM736507_hg19_wgEncodeUwDnaseHmvecllyRawRep1.bigWig
+GSM803394_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma. (PMID: 1140870); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL117; labexpid=SL117; replicate=1; replicate description=tier 1; original_filename=GSM803394_hg19_wgEncodeHaibTfbsPanc1RxlchPcr2xRawRep2.bigWig
+GSM736545_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; replicate=1; original_filename=GSM736545_hg19_wgEncodeUwDnaseNhekRawRep1.bigWig
+GSM803461_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=FOXA1_(SC-6553); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of FOXA1 of human origin.; antibody targetdescription=This gene encodes a member of the forehead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6553; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1400; labexpid=SL1786; replicate=1; replicate description=tier 1; original_filename=GSM803461_hg19_wgEncodeHaibTfbsHepg2Foxa1sc6553V0416101RawRep1.bigWig
+GSM767849_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001C; labexpid=LID18545; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767849_wgEncodeCshlLongRnaSeqK562CytosolLongnonpolyaMinusRawSigRep1.bigWig
+GSM958745_3	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11581; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958745_hg19_wgEncodeCaltechRnaSeqMcf7R2x75Th1014Il200SigRep3V4.bigWig
+GSM897070_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=019WC; labexpid=LID20747; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897070_hg19_wgEncodeCshlShortRnaSeqSknshraCellShorttotalTapPlusRawRep2.bigWig
+GSM977045_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEM.f_M2; cell organism=human; cell description=Epidermal Melanocytes from two individuals, NHEM.f_M2_5071302.2 and NHEM.f_M2_6022001 from foreskin; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=081WC,082WC; labexpid=LID47611,LID47612; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977045_hg19_wgEncodeCshlShortRnaSeqNhemfm2CellTapPlusRep2.bigWig
+GSM749693_1	cell=SK-N-SH_RA; cell organism=Human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749693_hg19_wgEncodeUwTfbsSknshraCtcfStdRawRep1.bigWig
+GSM923421_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL528; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923421_hg19_wgEncodeHaibRnaSeqPanc1RawRep1.bigWig
+GSM749666_1	cell=AoAF; cell organism=Human; cell description=aortic adventitial fibroblast cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749666_hg19_wgEncodeUwTfbsAoafCtcfStdRawRep1.bigWig
+GSM923447_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labexpid=DS17625; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923447_hg19_wgEncodeUwRepliSeqImr90WaveSignalRep1.bigWig
+GSM849026_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NH-A; cell organism=human; cell description=astrocytes (also called Astrocy); cell karyotype=normal; cell lineage=ectoderm; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849026_hg19_wgEncodeUwDgfNhaRaw.bigWig
+GSM847563_1	cell line=K562; shRNA expression=no shRNA expression; treatment=Puromycin; original_filename=GSM847563_SL6485.bw
+GSM849334_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013N; labexpid=J98; replicate=1; replicate description=tier 1; original_filename=GSM849334_hg19_wgEncodeRikenCageHepg2NucleusPapPlusSignalRep2.bigWig
+GSM749761_1	cell=HCFaa; cell organism=Human; cell description=Human Cardiac Fibroblasts-Adult Atrial; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749761_hg19_wgEncodeUwTfbsHcfaaInputStdRawRep1.bigWig
+GSM849325_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029N; labexpid=K05; replicate=3; replicate description=tier 3; original_filename=GSM849325_hg19_wgEncodeRikenCageHuvecNucleusPapPlusSignalRep4.bigWig
+GSM958749_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=12096; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958749_hg19_wgEncodeCaltechRnaSeqHct116R2x75Th1014Il200SigRep2V4.bigWig
+GSM945173_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG09319; cell organism=human; cell description=gum tissue fibroblasts from apparently heathly 24 year old; cell karyotype=normal; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000934; labexpid=DS15910; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945173_hg19_wgEncodeUwHistoneAg09319InputStdRawRep1.bigWig
+GSM803444_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=FOXA1_(SC-6553); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of FOXA1 of human origin.; antibody targetdescription=This gene encodes a member of the forehead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6553; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1882; labexpid=SL1880; replicate=1; replicate description=tier 1; original_filename=GSM803444_hg19_wgEncodeHaibTfbsEcc1Foxa1sc6553V0416102Dm002p1hRawRep2.bigWig
+GSM733638_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733638_hg19_wgEncodeBroadHistoneHepg2H3k9acStdSig.bigWig
+GSM935306_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=MafF_(M8194); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide corresponding to amino acids 147-163 of human MAFF. The immunizing peptide does not cross-react with other members of the family. Antibody Target: MafF; antibody targetdescription=The protein encoded by this gene is a (bZIP) transcription factor that lacks a transactivation domain. It is known to bind the US-2 DNA element in the promoter of the oxytocin receptor (OTR) gene and most likely heterodimerizes with other leucine zipper-containing proteins to enhance expression of the OTR gene during term pregnancy. Can also form homodimers, and since it lacks a transactivation domain, the homodimer may act as a repressor of transcription. May also be involved in the cellular stress response.; antibody vendorname=Sigma-Aldrich; antibody vendorid=M8194; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935306_hg19_wgEncodeSydhTfbsHepg2Maffm8194IggrabSig.bigWig
+GSM897075_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=029N; labexpid=LID21056; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897075_hg19_wgEncodeCshlShortRnaSeqHuvecNucleusShorttotalTapPlusRawRep4.bigWig
+GSM803504_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1114; replicate=1; replicate description=tier 1; original_filename=GSM803504_hg19_wgEncodeHaibTfbsK562Zbtb33Pcr1xRawRep1.bigWig
+GSM945192_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=diffProtA_9d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 9 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002545; labexpid=DS14648; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945192_hg19_wgEncodeUwHistoneH7esH3k36me3StdDiffa9dRawRep2.bigWig
+GSM733650_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733650_hg19_wgEncodeBroadHistoneNhdfadH3k4me3StdSig.bigWig
+GSM816630_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Myometr; cell organism=human; cell description=Myometrial cells; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816630_hg19_wgEncodeOpenChromDnaseMyometrSig.bigWig
+GSM733778_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733778_hg19_wgEncodeBroadHistoneK562H3k9acStdSig.bigWig
+GSM923423_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; treatment=DMSO_4hr; treatment description=4 hr with 0.02% Dimethyl sufloxide (DMSO) (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL989; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923423_hg19_wgEncodeHaibRnaSeqEcc1Dm002p4hRawRep1.bigWig
+GSM864345_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864345_hg19_wgEncodeOpenChromFaireA549BaseOverlapSignal.bigWig
+GSM935542_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=SMC3_(ab9263); antibody antibodydescription=Rabbit polyclonal raised against synthetic peptide representing a portion within the last 100 amino acids of the human Structural Maintenance of Chromosomes-3 conjugated to KLH. Antibody Target: SMC3; antibody targetdescription=Involved in chromosome cohesion during cell cycle and in DNA repair. Central component of cohesin complex.  The cohesin complex is required for the cohesion of sister chromatids after DNA replication.; antibody vendorname=Abcam; antibody vendorid=ab9263; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935542_hg19_wgEncodeSydhTfbsHepg2Smc3ab9263IggrabSig.bigWig
+GSM945297_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_2C10_C5; treatment description=beta-globin LCR deletion (18Kb), homozygous (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS16263; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945297_hg19_wgEncodeUwHistoneK562H3k04me3StdZnf2c10c5RawRep1.bigWig
+GSM849345_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0128N; labexpid=I44; labversion=Delve version 0.9; original_filename=GSM849345_hg19_wgEncodeRikenCageHepg2NucleusPamPlusSignal.bigWig
+GSM935469_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa6h; treatment description=Interferon alpha treatment - 6 hours (Snyder); antibody=STAT2; antibody antibodydescription=Rabbit polyclonal. Antibody Target: STAT2; antibody targetdescription=peptide mapping at c-terminus of Human STAT2 p-113 (C-20) X; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-476x; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000656; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935469_hg19_wgEncodeSydhTfbsK562Stat2Ifna6hStdSig.bigWig
+GSM849348_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003N; labexpid=J93; replicate=1; replicate description=tier 1; original_filename=GSM849348_hg19_wgEncodeRikenCageGm12878NucleusPapMinusSignalRep2.bigWig
+GSM803430_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588).; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL1482; replicate=1; replicate description=tier 1; original_filename=GSM803430_hg19_wgEncodeHaibTfbsH1hescEgr1V0416102RawRep1.bigWig
+GSM977042_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=091CH,092CH; labexpid=LID47655,LID47656; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977042_hg19_wgEncodeCshlShortRnaSeqGm12878ChromatinTapPlusRep4.bigWig
+GSM803518_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=BCL3; antibody antibodydescription=Bcl-3(C-14) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Bcl-3 of human origin. Recommended for detection of Bcl-3 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=This gene is a proto-oncogene candidate. It is identified by its translocation into the immunoglobulin alpha-locus in some cases of B-cell leukemia. The protein encoded by this gene contains seven ankyrin repeats, which are most closely related to those found in I kappa B proteins. This protein functions as a transcriptional co-activator that activates through its association with NF-kappa B homodimers. The expression of this gene can be induced by NF-kappa B, which forms a part of the autoregulatory loop that controls the nuclear residence of p50 NF-kappa B. (Provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-185; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1196; replicate=1; replicate description=tier 1; original_filename=GSM803518_hg19_wgEncodeHaibTfbsK562Bcl3Pcr1xRawRep2.bigWig
+GSM849335_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013WC; labexpid=K01; replicate=1; replicate description=tier 1; original_filename=GSM849335_hg19_wgEncodeRikenCageHepg2CellPapMinusSignalRep1.bigWig
+GSM749668_1	cell=HEK293; cell organism=Human; cell description=embryonic kidney. (PMID: 11967234); cell karyotype=cancer; cell lineage=endoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749668_hg19_wgEncodeUwTfbsHek293CtcfStdRawRep1.bigWig
+GSM935326_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ELK1_(1277-1); antibody antibodydescription=Rabbit polyclonal, a synthetic peptide corresponding to residues in C-terminus of human ELK-1 was used as immunogen. The antibody does not cross-react with other ETS family members. Antibody Target: ELK1; antibody targetdescription=Elk-1 is a transcription factor that is part of the ets oncogene superfamily. Elk-1 forms a ternary complex with the serum response factors, SRE and SRF, mediating gene activity in response to serum and growth factors. Activation by several mitogen- activated protein kinases (Erk1 and Erk2) mediates the immediate early responses of the c-fos promoter to growth factors and other stimuli.; antibody vendorname=Epitomics; antibody vendorid=1277-1; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935326_hg19_wgEncodeSydhTfbsHelas3Elk112771IggrabSig.bigWig
+GSM935445_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA3_(SC-269); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3 (amino acids 1-264). Antibody Target: GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors. The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology. Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-269; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; replicate=1; original_filename=GSM935445_hg19_wgEncodeSydhTfbsMcf7Gata3sc269UcdSig.bigWig
+GSM803513_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL1657; replicate=1; replicate description=tier 1; original_filename=GSM803513_hg19_wgEncodeHaibTfbsH1hescYy1sc281V0416102RawRep2.bigWig
+GSM945206_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Caco-2; cell organism=human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000454; labexpid=DS12406; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945206_hg19_wgEncodeUwHistoneCaco2H3k36me3StdRawRep2.bigWig
+GSM849348_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003N; labexpid=J93; replicate=1; replicate description=tier 1; original_filename=GSM849348_hg19_wgEncodeRikenCageGm12878NucleusPapMinusSignalRep1.bigWig
+GSM733784_1	cell=Osteobl; cell organism=Human; cell description=Normal human osteoblasts (NHOst); cell karyotype=normal; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733784_hg19_wgEncodeBroadHistoneOsteoblCtcfStdSig.bigWig
+GSM758565_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029N,030N; labexpid=LID8690,LID8691; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758565_wgEncodeCshlLongRnaSeqHuvecNucleusPapPlusRawSigRep3.bigWig
+GSM958739_3	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11208; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958739_hg19_wgEncodeCaltechRnaSeqHelas3R1x75dTh1014UPlusRawRep1V4.bigWig
+GSM803391_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=PAX5-C20; antibody antibodydescription=Goat polyclonal IgG, 200 ?g/ml. Epitope mapping at the C-terminus of Pax-5 of human origin. Recommended for detection of Pax-5 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA-binding motif, known as the paired box. PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1974; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL678; labexpid=SL675; replicate=1; replicate description=tier 1; original_filename=GSM803391_hg19_wgEncodeHaibTfbsGm12878Pax5c20Pcr1xRawRep1.bigWig
+GSM822272_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ProgFib; cell organism=human; cell description=fibroblasts, Hutchinson-Gilford progeria syndrome (cell line HGPS, HGADFN167, progeria research foundation); cell karyotype=unknown; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=ProgFib/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822272_hg19_wgEncodeOpenChromChipProgfibCtcfBaseOverlapSignal.bigWig
+GSM945235_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000453; labexpid=DS11544; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945235_hg19_wgEncodeUwHistoneBjInputStdRawRep1.bigWig
+GSM803503_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin.; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL2386; replicate=1; replicate description=tier 1; original_filename=GSM803503_hg19_wgEncodeHaibTfbsHepg2Atf3V0416101RawRep2.bigWig
+GSM803460_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=HNF4A_(SC-8987); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 295-465 mapping at the C-terminus of HNF4A of human origin.; antibody targetdescription=The protein encoded by this gene is a nuclear transcription factor which binds DNA as a homodimer. The encoded protein controls the expression of several genes, including hepatocyte nuclear factor 1 alpha, a transcription factor which regulates the expression of several hepatic genes (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8987; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1400; labexpid=SL1481; replicate=1; replicate description=tier 1; original_filename=GSM803460_hg19_wgEncodeHaibTfbsHepg2Hnf4asc8987V0416101RawRep2.bigWig
+GSM923446_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS19717; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923446_hg19_wgEncodeUwRepliSeqHepg2S1PctSignalRep1.bigWig
+GSM803352_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL518; replicate=1; replicate description=tier 1; original_filename=GSM803352_hg19_wgEncodeHaibTfbsK562RxlchPcr1xRawRep2.bigWig
+GSM736579_1	cell=HGF; cell organism=Human; cell description=Human Gingival Fibroblasts; cell karyotype=normal; cell sex=U; replicate=1; original_filename=GSM736579_hg19_wgEncodeUwDnaseHgfRawRep1.bigWig
+GSM935574_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TBLR1_(NB600-270); antibody antibodydescription=Rabbit polyclonal, immunogen: A synthetic peptide that maps to a region between residues 100 and 150 of human TBL1-related Protein 1 using the numbering given in SwissProt entry Q9BZK7.; antibody targetdescription=F-box-like protein involved in the recruitment of the ubiquitin/19S proteasome complex to nuclear receptor-regulated transcription units. Plays an essential role in transcription activation mediated by nuclear receptors. Probably acts as integral component of the N-Cor corepressor complex that mediates the recruitment of the 19S proteasome complex, leading to the subsequent proteasomal degradation of N-Cor complex, thereby allowing cofactor exchange, and transcription activation; antibody vendorname=Novus Biologicals; antibody vendorid=NB600-270; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935574_hg19_wgEncodeSydhTfbsK562Tblr1nb600270IggrabSig.bigWig
+GSM945206_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Caco-2; cell organism=human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000454; labexpid=DS12406; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945206_hg19_wgEncodeUwHistoneCaco2H3k36me3StdRawRep1.bigWig
+GSM830527_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=polysome; localization description=Strand of mRNA with ribosomes attached; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0153P; labexpid=DHK007; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830527_hg19_wgEncodeGisRnaPetK562PolysomePapPlusRawSigRep1.bigWig
+GSM945308_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCM; cell organism=human; cell description=cardiac myocytes; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000946; labexpid=DS15755; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945308_hg19_wgEncodeUwHistoneHcmH3k4me3StdRawRep2.bigWig
+GSM945252_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NB4; cell organism=human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000970; labexpid=DS16344; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945252_hg19_wgEncodeUwHistoneNb4InputStdRawRep1.bigWig
+GSM803478_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL592; labexpid=SL679; replicate=1; replicate description=tier 1; original_filename=GSM803478_hg19_wgEncodeHaibTfbsHelas3NrsfPcr1xRawRep2.bigWig
+GSM803507_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1400; labexpid=SL1056; replicate=1; replicate description=tier 1; original_filename=GSM803507_hg19_wgEncodeHaibTfbsHepg2Sp1Pcr1xRawRep2.bigWig
+GSM897080_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011N; labexpid=LID21144; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897080_hg19_wgEncodeCshlShortRnaSeqHelas3NucleusShorttotalTapPlusRawRep1.bigWig
+GSM849347_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0157N; labexpid=I71; labversion=Delve version 0.9; original_filename=GSM849347_hg19_wgEncodeRikenCageNhekNucleusPamMinusSignal.bigWig
+GSM822304_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=estrogen; treatment description=45 min with 100 nM Estradiol (Crawford); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822304_hg19_wgEncodeOpenChromChipMcf7CmycEstroBaseOverlapSignal.bigWig
+GSM945263_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WERI-Rb-1; cell organism=human; cell description=retinoblastoma (PMID: 844036); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000475; labexpid=DS16214; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945263_hg19_wgEncodeUwHistoneWerirb1H3k04me3StdRawRep1.bigWig
+GSM935461_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Raji; cell organism=human; cell description=B lymphocyte, The Raji line of lymphoblast-like cells was established by R.J.V. Pulvertaft in 1963 from a Burkitt's lymphoma of the left maxilla of an 11-year-old Black male. - ATCC. (PMID: 14086209); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001760; replicate=1; original_filename=GSM935461_hg19_wgEncodeSydhTfbsRajiPol2UcdSig.bigWig
+GSM935420_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg30; treatment description=Interferon gamma treatment - 30 minutes (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000657; original_filename=GSM935420_hg19_wgEncodeSydhTfbsK562InputIfng30StdSig.bigWig
+GSM897081_7	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=015WC,016WC; labexpid=LID20743,LID20744; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM897081_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalTapPlusRawRep3.bigWig
+GSM945186_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000926; labexpid=DS14109; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945186_hg19_wgEncodeUwHistoneH7esInputStdRawRep1.bigWig
+GSM840137_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001C; labexpid=LID8465; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM840137_hg19_wgEncodeCshlLongRnaSeqK562CytosolPapMinusRawSigRep2.bigWig
+GSM945298_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_A4.1-C6; treatment description=off-target control (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS15834; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945298_hg19_wgEncodeUwHistoneK562H3k04me3StdZnfa41c6RawRep2.bigWig
+GSM923430_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a cerebral brain tumor, (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL530; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923430_hg19_wgEncodeHaibRnaSeqPfsk1RawRep1.bigWig
+GSM945248_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HA-sp; cell organism=human; cell description=astrocytes spinal cord; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000974; labexpid=DS16041; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945248_hg19_wgEncodeUwHistoneHaspInputStdRawRep1.bigWig
+GSM935496_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000726; replicate=1; original_filename=GSM935496_hg19_wgEncodeSydhTfbsK562Tal1sc12984IggmusSig.bigWig
+GSM935504_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa6h; treatment description=Interferon alpha treatment - 6 hours (Snyder); antibody=IRF1; antibody antibodydescription=IRF-1 (C-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of IRF-1 of human origin. Antibody Target: IRF1; antibody targetdescription=Interferon regulatory factor 1 is a member of the interferon regulatory transcription factor (IRF) family. IRF1 serves as an activator of interferons alpha and beta transcription and also functions as a transcription activator of genes induced by interferons alpha, beta, and gamma. IRF1 has been shown to play roles in regulating apoptosis and tumor suppression.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-497; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000656; replicate=1; original_filename=GSM935504_hg19_wgEncodeSydhTfbsK562Irf1Ifna6hStdSig.bigWig
+GSM945249_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HA-sp; cell organism=human; cell description=astrocytes spinal cord; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000974; labexpid=DS16044; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945249_hg19_wgEncodeUwHistoneHaspH3k4me3StdRawRep1.bigWig
+GSM935391_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin. Antibody Target: ATF3; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-188; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935391_hg19_wgEncodeSydhTfbsK562Atf3StdSig.bigWig
+GSM803415_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin.; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3645; replicate=1; replicate description=tier 1; original_filename=GSM803415_hg19_wgEncodeHaibTfbsHepg2Elf1sc631V0416101RawRep1.bigWig
+GSM935333_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PBDEFetal; cell organism=human; cell description=peripheral blood-derived erythroblasts from 16-19 week human fetal liver; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA-1; antibody antibodydescription=Anti-GATA-1 rabbit polyclonal antibody was generated by using a purified GST fusion to amino acids 1-89 of mouse GATA-1. Antibody Target: GATA1; antibody targetdescription=GATA-1 is a transcriptional activator which probably serves as a general switch factor for erythroid development. It binds to DNA sites with the consensus sequence [AT]GATA[AG} within regulatory regions of globin genes and of other genes expressed in erythroid cells.; antibody vendorname=Donated by Dr. E.H. Bresnick, UW Madison; antibody vendorid=GATA-1; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001786; replicate=1; original_filename=GSM935333_hg19_wgEncodeSydhTfbsPbdefetalGata1UcdSig.bigWig
+GSM803411_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ZEB1_(SC-25388); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 39-140 mapping near the N-terminus of ZEB1 of human origin.; antibody targetdescription=This gene encodes a zinc finger transcription factor.  The encoded protein likely plays a role in transcriptional repression of interleukin 2.  Mutations in this gene have ben associated with posterior polymorphous corneal dystrophy-3 and late-onset Fuchs endothelial corneal dystrophy.  Alternatively spliced transcript variants encoding different isoforms have been described. (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-25388; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1394; labexpid=SL2957; replicate=1; replicate description=tier 1; original_filename=GSM803411_hg19_wgEncodeHaibTfbsGm12878Zeb1sc25388V0416102RawRep1.bigWig
+GSM935536_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Large_Fragment; control description=Control signal from sonication into large fragments of DNA (350-800 bp).; control=Large_Fragment; control description=Control signal from sonication into large fragments of DNA (350-800 bp).; controlid=wgEncodeEH000634; labversion=remapped from hg18; replicate=1; original_filename=GSM935536_hg19_wgEncodeSydhTfbsHelas3InputLargefragmentSig.bigWig
+GSM935377_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BRCA1_(A300-000A); antibody antibodydescription=Rabbit polyclonal recognizing a region between residue 1800 and the C-terminus (residue 1863) of human Breast Cancer Gene 1. Antibody Target: BRCA1; antibody targetdescription=Nuclear phosphoprotein that plays a role in maintaining genomic stability, and acts as a tumor suppressor. Associates with RNA polymerase II, and through the C-terminal domain, also interacts with histone deacetylase complexes. Plays a role in transcription, DNA repair of double-stranded breaks, and recombination. Mutations in this gene are responsible for approximately 40% of inherited breast cancers and more than 80% of inherited breast and ovarian cancers.; antibody vendorname=Bethyl Labratories; antibody vendorid=A300-000A; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935377_hg19_wgEncodeSydhTfbsGm12878Brca1a300IggmusSig.bigWig
+GSM935433_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=NF-YA; antibody antibodydescription=Affinity purified rabbit polyclonal raised against amino acids 139-347 of recombinant human NF-YA. Antibody Target: NF-YA; antibody targetdescription=NF-YA is the alpha subunit of the trimeric NFY transcription factor complex that binds to the ubiquitous CCAAT motif; antibody vendorname=Donated by Dr. R. Mantovani, Universita degli Studi di Milano, Italy; antibody vendorid=missing; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935433_hg19_wgEncodeSydhTfbsK562NfyaStdSig.bigWig
+GSM758573_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=005WC,006WC; labexpid=LID8663,LID8664; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758573_wgEncodeCshlLongRnaSeqH1hescCellLongnonpolyaMinusRawSigRep1.bigWig
+GSM733708_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733708_hg19_wgEncodeBroadHistoneGm12878H3k04me3StdSigV2.bigWig
+GSM849330_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011C; labexpid=J87; replicate=1; replicate description=tier 1; original_filename=GSM849330_hg19_wgEncodeRikenCageHelas3CytosolPapPlusSignalRep2.bigWig
+GSM803451_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=FOSL2; antibody antibodydescription=Fra-2(Q-20) is an affinity purified rabbit polyclonal raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-604; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL593; labexpid=SL632; replicate=1; replicate description=tier 1; original_filename=GSM803451_hg19_wgEncodeHaibTfbsHepg2Fosl2V0416101RawRep1.bigWig
+GSM733774_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H2A.Z; antibody description=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ.; antibody target description=H2A.Z is a sequence variant of Histone H2A.; antibody vendor name=Upstate (Millipore); original_filename=GSM733774_hg19_wgEncodeBroadHistoneHepg2H2azStdSig.bigWig
+GSM803397_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=POU2F2; antibody antibodydescription=Oct-2(C-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Oct-2 of human origin. Recommended for detection of Oct-2 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Transcription factor that specifically binds to the octamer motif (5'-ATTTGCAT-3'). Regulates transcription in a number of tissues in addition to activating immunoglobulin gene expression. Modulates transcription transactivation by NR3C1, AR and PGR. Isoform 5 activates the U2 small nuclear RNA (snRNA) promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-233; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL802; replicate=1; replicate description=tier 1; original_filename=GSM803397_hg19_wgEncodeHaibTfbsGm12891Pou2f2Pcr1xRawRep2.bigWig
+GSM864360_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864360_hg19_wgEncodeOpenChromFaireGm12878Sig.bigWig
+GSM849345_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0128N; labexpid=I44; labversion=Delve version 0.9; original_filename=GSM849345_hg19_wgEncodeRikenCageHepg2NucleusPamMinusSignal.bigWig
+GSM803536_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1882; labexpid=SL1176; replicate=1; replicate description=tier 1; original_filename=GSM803536_hg19_wgEncodeHaibTfbsEcc1Pol2V0416102Dm002p1hRawRep1.bigWig
+GSM816660_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=PanIslets; cell organism=human; cell description=human pancreatic islets; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816660_hg19_wgEncodeOpenChromDnasePanisletsSig.bigWig
+GSM973683_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N,088N; labexpid=LID46060,LID46061; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973683_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalPlusRep3.bigWig
+GSM923440_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12801; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; labexpid=DS9813; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923440_hg19_wgEncodeUwRepliSeqGm12801G2PctSignalRep1.bigWig
+GSM749687_1	cell=HEK293; cell organism=Human; cell description=embryonic kidney. (PMID: 11967234); cell karyotype=cancer; cell lineage=endoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749687_hg19_wgEncodeUwTfbsHek293CtcfStdRawRep2.bigWig
+GSM822301_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=vehicle; treatment description=Charcoal stripped hormone-free FBS for 72 hours (Crawford); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822301_hg19_wgEncodeOpenChromChipMcf7CmycVehSig.bigWig
+GSM608162_1	cell line=HeLa-S3; harvest date=06/26/09; chip antibody=Santa Cruzi rabbit anti Sap-1a; vendor=Santa Cruz Biotechnology; catalog#=sc-13030X; lot#=J2403; original_filename=GSM608162_wgEncodeSydhTfbsHelas3Elk4UcdSig.bigWig
+GSM935592_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293; cell organism=human; cell description=embryonic kidney, cells contain Adenovirus 5 DNA (PMID: 11967234); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=KAP1; antibody antibodydescription=rabbit polyclonal. Antibody Target: KAP1; antibody targetdescription=KRAB Associated Protein 1, helps regulate transcriptional repression; antibody vendorname=Abcam; antibody vendorid=ab10483; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001777; replicate=1; original_filename=GSM935592_hg19_wgEncodeSydhTfbsHek293Kap1UcdSig.bigWig
+GSM849338_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001N; labexpid=J91; replicate=1; replicate description=tier 1; original_filename=GSM849338_hg19_wgEncodeRikenCageK562NucleusPapMinusSignalRep1.bigWig
+GSM945203_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Caco-2; cell organism=human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000454; labexpid=DS12221; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945203_hg19_wgEncodeUwHistoneCaco2H3k27me3StdRawRep1.bigWig
+GSM733785_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733785_hg19_wgEncodeBroadHistoneHelas3CtcfStdSig.bigWig
+GSM849324_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029C; labexpid=K03; replicate=3; replicate description=tier 3; original_filename=GSM849324_hg19_wgEncodeRikenCageHuvecCytosolPapPlusSignalRep4.bigWig
+GSM767840_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013C; labexpid=LID18552; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767840_wgEncodeCshlLongRnaSeqHepg2CytosolLongnonpolyaMinusRawSigRep2.bigWig
+GSM935368_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=YY1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: YY1; antibody targetdescription=YIN YANG 1 transcription factor belongs to the GLI-Kruppel class of zinc finger proteins.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1703; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Fragmented using Bioruptor, precipitated with protein G magnetic beads,; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935368_hg19_wgEncodeSydhTfbsK562Yy1UcdSig.bigWig
+GSM822293_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822293_hg19_wgEncodeOpenChromChipK562InputSig.bigWig
+GSM973677_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC,086WC; labexpid=LID46270,LID46271; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973677_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalCiptapMinusRep4.bigWig
+GSM849350_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0116C; labexpid=I72; labversion=Delve version 0.9; original_filename=GSM849350_hg19_wgEncodeRikenCageHuvecCytosolPamMinusSignal.bigWig
+GSM830524_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0148NP; labexpid=PHK002; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830524_hg19_wgEncodeGisRnaPetK562NucleoplasmTotalMinusRawSigRep1.bigWig
+GSM935622_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=forskolin; treatment description=low-glucose DMEM with 0.5% BSA supplemented with 1uM forskolin and 1mM pyruvate for 6h. (Snyder); antibody=CEBPB; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000755; labversion=Illumina 2.0, low confidence sequences excluded.  Data paired with HepG2_Forskolin_Control.; replicate=1; original_filename=GSM935622_hg19_wgEncodeSydhTfbsHepg2CebpbForsklnStdSig.bigWig
+GSM935455_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM19099; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000778; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935455_hg19_wgEncodeSydhTfbsGm19099InputTnfaIggrabSig.bigWig
+GSM733679_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733679_hg19_wgEncodeBroadHistoneGm12878H3k36me3StdSig.bigWig
+GSM944520_2	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ELAVL1; antibody antibodydescription=1) Mouse monocloanal vs HuR, Hel-N1, HuC and HuD of mus, rat, hum and Xenopus origin; 2) Rabbit polyclonal. Raised against synthetic peptide, amino acids 3-19 of HuR. Recommended for detection against ELAV1 in human and mouse origin. Antibody Target: ELAVL1; antibody targetdescription=(Embryonic lethal, abnormal vision, Drosophila)-like 1 (Huantigen R) (Homo sapiens); antibody vendorname=1) Santa Cruz Biotech; 2) Millipore; antibody vendorid=SC-5261; 07-1735 is recommended replacement for AB5831; labversion=SC_5261 antibody; replicate=1; original_filename=GSM944520_hg19_wgEncodeSunyRipSeqGm12878Elavl1SigRep2.bigWig
+GSM935601_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Illumina 2.0, low confidence sequences excluded; original_filename=GSM935601_hg19_wgEncodeSydhTfbsK562InputUcdSig.bigWig
+GSM733737_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733737_hg19_wgEncodeBroadHistoneHepg2H3k4me3StdSig.bigWig
+GSM803413_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL3979; labexpid=SL3979; replicate=1; replicate description=tier 1; original_filename=GSM803413_hg19_wgEncodeHaibTfbsGm12878RxlchV0416102RawRep1.bigWig
+GSM830532_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0114WC; labexpid=IHE001; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830532_hg19_wgEncodeGisRnaPetH1hescCellPapPlusRawRep1.bigWig
+GSM831004_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301-145A; original_filename=GSM831004_K562_NCOR.bw
+GSM736494_1	cell=HCFaa; cell organism=Human; cell description=Human Cardiac Fibroblasts-Adult Atrial; cell sex=F; replicate=1; original_filename=GSM736494_hg19_wgEncodeUwDnaseHcfaaRawRep1.bigWig
+GSM849027_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HRCEpiC; cell organism=human; cell description=renal cortical epithelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849027_hg19_wgEncodeUwDgfHrceRaw.bigWig
+GSM803390_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=IRF4_(SC-6059); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of IRF-4 of mouse origin.; antibody targetdescription=The protein encoded by this gene belongs to the IRF (interferon regulatory factor) family.  It functions as a lymphocyte specific transcription factor and negatively regulates TLR signaling by selectively competing with IRF5.  A chromosomal translocation involving this gene and the IgH locus, t(6;14)(p25;q32), may be a cause of multiple myeloma (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6059; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL838; replicate=1; replicate description=tier 1; original_filename=GSM803390_hg19_wgEncodeHaibTfbsGm12878Irf4sc6059Pcr1xRawRep2.bigWig
+GSM803429_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL475; labexpid=SL1080; replicate=1; replicate description=tier 1; original_filename=GSM803429_hg19_wgEncodeHaibTfbsA549Usf1Pcr1xEtoh02RawRep2.bigWig
+GSM816647_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=pHTE; cell organism=human; cell description=Primary Human Tracheal Epithelial Cells; cell lineage=endoderm; cell sex=U; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816647_hg19_wgEncodeOpenChromDnasePhteBaseOverlapSignal.bigWig
+GSM935280_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=TBP; antibody antibodydescription=Mouse monoclonal. Immunogen is synthetic peptide conjugated to KLH derived from within residues 1 - 100 of HumanTATA binding protein TBP. Antibody Target: TBP; antibody targetdescription=General transcription factor that functions at the core of the DNA-binding multiprotein factor TFIID. Binding of TFIID to the TATA box is the initial transcriptional step of the pre-initiation complex (PIC), playing a role in the activation of eukaryotic genes transcribed by RNA polymerase II. Component of the transcription factor SL1/TIF-IB complex, which is involved in the assembly of the PIC (preinitiation complex) during RNA polymerase I-dependent transcription.; antibody vendorname=abcam; antibody vendorid=ab62126; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935280_hg19_wgEncodeSydhTfbsHepg2TbpIggrabSig.bigWig
+GSM945262_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHLF; cell organism=human; cell description=lung fibroblasts; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001899; labexpid=DS16351; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945262_hg19_wgEncodeUwHistoneNhlfH3k04me3StdRawRep2.bigWig
+GSM765396_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=017WC; labexpid=LID9001; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765396_wgEncodeCshlLongRnaSeqAg04450CellLongnonpolyaMinusRawSigRep1.bigWig
+GSM935390_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935390_hg19_wgEncodeSydhTfbsGm12878InputIggmusSig.bigWig
+GSM923447_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labexpid=DS17625; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923447_hg19_wgEncodeUwRepliSeqImr90G2PctSignalRep1.bigWig
+GSM945302_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS12067; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945302_hg19_wgEncodeUwHistoneK562H3k36me3StdRawRep2.bigWig
+GSM935589_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SH-SY5Y; cell organism=human; cell description=neuroblastoma clonal subline of the neuroepithelioma cell line SK-N-SH from the 1970 bone marrow biopsy of a 4-year-old girl with metastatic neuroblastoma, trisomy of 1q; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA-2; antibody antibodydescription=Rabbit polyclonal. Antibody Target: GATA2; antibody targetdescription=GATA binding protein 2; antibody vendorname=Donated by Dr. E.H. Bresnick, UW Madison; antibody vendorid=GATA-2; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001783; replicate=1; original_filename=GSM935589_hg19_wgEncodeSydhTfbsShsy5yGata2UcdSig.bigWig
+GSM935475_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa30; treatment description=30 m of Interferon alpha (Snyder); antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000655; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935475_hg19_wgEncodeSydhTfbsK562Pol2Ifna30StdSig.bigWig
+GSM816639_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HPDE6-E6E7; cell organism=human; cell description=normal human pancreatic duct cells immortalized with E6E7 gene of HPV; cell karyotype=Unknown; cell lineage=endoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816639_hg19_wgEncodeOpenChromDnaseHpde6e6e7Sig.bigWig
+GSM733685_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733685_hg19_wgEncodeBroadHistoneHepg2H3k36me3StdSig.bigWig
+GSM736530_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736530_hg19_wgEncodeUwDnaseHsmmtRawRep1.bigWig
+GSM803533_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL592; labexpid=SL631; replicate=1; replicate description=tier 1; original_filename=GSM803533_hg19_wgEncodeHaibTfbsHelas3Pol2Pcr1xRawRep2.bigWig
+GSM830986_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A302-524A; original_filename=GSM830986_K562_CBX2.bw
+GSM767855_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=037WC; labexpid=LID9007; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767855_wgEncodeCshlLongRnaSeqBjCellLongnonpolyaMinusRawSigRep1.bigWig
+GSM736621_1	cell=HNPCEpiC; cell organism=Human; cell description=Human Non-Pigment Ciliary Epithelial Cells; cell sex=U; replicate=1; original_filename=GSM736621_hg19_wgEncodeUwDnaseHnpceRawRep1.bigWig
+GSM935642_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=UBTF_(SAB1404509); antibody antibodydescription=Mouse monoclonal, immunogen:UBTF (NP_055048, 551 a.a. ~ 651 a.a) partial recombinant protein with GST tag. Antibody Target: UBTF; antibody targetdescription=Upstream binding factor (UBF) is a transcription factor required for expression of the 18S, 5.8S, and 28S ribosomal RNAs, along with SL1 (a complex of TBP (MIM 600075) and multiple TBP-associated factors or 'TAFs'). Two UBF polypeptides, of 94 and 97 kD, exist in the human (Bell et al., 1988 (PubMed 3413483)). UBF is a nucleolar phosphoprotein with both DNA binding and transactivation domains. Sequence-specific DNA binding to the core and upstream control elements of the human rRNA promoter is mediated through several HMG boxes; antibody vendorname=Sigma-Aldrich; antibody vendorid=SAB1404509; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000726; replicate=1; original_filename=GSM935642_hg19_wgEncodeSydhTfbsK562Ubtfsab1404509IggmusSig.bigWig
+GSM864338_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864338_hg19_wgEncodeOpenChromFaireNhekBaseOverlapSignal.bigWig
+GSM935553_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CEBPB; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935553_hg19_wgEncodeSydhTfbsHelas3CebpbIggrabSig.bigWig
+GSM816656_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816656_hg19_wgEncodeOpenChromDnaseGm12891Sig.bigWig
+GSM849360_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0121C; labexpid=J56; original_filename=GSM849360_hg19_wgEncodeRikenCageHelas3CytosolPamMinusSignal.bigWig
+GSM803532_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Pbx3; antibody antibodydescription=Rabbit Polyclonal IgG; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-891; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL615; replicate=1; replicate description=tier 1; original_filename=GSM803532_hg19_wgEncodeHaibTfbsGm12878Pbx3Pcr1xRawRep1.bigWig
+GSM803538_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=BATF; antibody antibodydescription=Mouse monoclonal. Raised against recombinant B-ATF of human origin. Recommended for detection of B-ATF of m, r and h origin by WB, IP and ELISA; antibody targetdescription=The protein encoded by this gene is a nuclear basic leucine zipper protein that belongs to the AP-1/ATF superfamily of transcription factors. The leucine zipper of this protein mediates dimerization with members of the Jun family of proteins. This protein is thought to be a negative regulator of AP-1/ATF transcriptional events.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-100974; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL839; replicate=1; replicate description=tier 1; original_filename=GSM803538_hg19_wgEncodeHaibTfbsGm12878BatfPcr1xRawRep2.bigWig
+GSM935499_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CEBPB; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935499_hg19_wgEncodeSydhTfbsK562CebpbIggrabSig.bigWig
+GSM605627_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003C; labexpid=LID20901; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605627_hg19_wgEncodeCshlShortRnaSeqGm12878CytosolShorttotalTapMinusRawRep2.bigWig
+GSM849340_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0147NP; labexpid=I34; labversion=Delve version 0.9; original_filename=GSM849340_hg19_wgEncodeRikenCageK562NucleoplasmTotalPlusSignal.bigWig
+GSM672835_2	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; localization=cytosol; rnaextract=longPolyA; replicate=2; original_filename=GSM672835_hg19_wgEncodeGisRnaSeqK562CytosolPapPlusRawRep2.bigWig
+GSM733686_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733686_hg19_wgEncodeBroadHistoneNhekH3k4me2StdSig.bigWig
+GSM816671_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Huh-7.5; cell organism=human; cell description=Hepatocellular carcinoma, hepatocytes selected for high levels of hepatitis C replication; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816671_hg19_wgEncodeOpenChromDnaseHuh75Sig.bigWig
+GSM849304_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12871; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12871/None/Input/std; labexpid=DS10999; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849304_hg19_wgEncodeUwTfbsGm12871CtcfStdRawRep1.bigWig
+GSM935426_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000627; labversion=Fragmented using Bioruptor, precipitated with protein A agarose beads, PeakSeq 1.0 (fdr 0.001) Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935426_hg19_wgEncodeSydhTfbsHct116Pol2UcdSig.bigWig
+GSM767845_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=019WC; labexpid=LID9003; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767845_wgEncodeCshlLongRnaSeqSknshraCellLongnonpolyaMinusRawSigRep2.bigWig
+GSM733668_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=Control; original_filename=GSM733668_hg19_wgEncodeBroadHistoneHmecControlStdSig.bigWig
+GSM816669_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HMEC; cell organism=human; cell description=Human Mammary Epithelial Cells; cell lineage=ectoderm; cell sex=U; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816669_hg19_wgEncodeOpenChromDnaseHmecSig.bigWig
+GSM733715_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Control; original_filename=GSM733715_hg19_wgEncodeBroadHistoneHuvecControlStdSig.bigWig
+GSM977045_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEM.f_M2; cell organism=human; cell description=Epidermal Melanocytes from two individuals, NHEM.f_M2_5071302.2 and NHEM.f_M2_6022001 from foreskin; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=081WC,082WC; labexpid=LID47611,LID47612; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977045_hg19_wgEncodeCshlShortRnaSeqNhemfm2CellTapMinusRep1.bigWig
+GSM605629_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001C; labexpid=LID10572; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605629_hg19_wgEncodeCshlShortRnaSeqK562CytosolShortPlusRaw.bigWig
+GSM935339_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935339_hg19_wgEncodeSydhTfbsHelas3InputIggrabSig.bigWig
+GSM803491_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U87; cell organism=human; cell description=human glioblastoma, astrocytoma. (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2338; labexpid=SL2338; replicate=1; replicate description=tier 1; original_filename=GSM803491_hg19_wgEncodeHaibTfbsU87RxlchV0416101RawRep1.bigWig
+GSM923442_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9795; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923442_hg19_wgEncodeUwRepliSeqMcf7S2PctSignalRep1.bigWig
+GSM830537_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0138C; labexpid=IHK009010015; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830537_hg19_wgEncodeGisRnaPetK562CytosolPapMinusRawRep1.bigWig
+GSM816661_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=ProgFib; cell organism=human; cell description=fibroblasts, Hutchinson-Gilford progeria syndrome (cell line HGPS, HGADFN167, progeria research foundation); cell karyotype=unknown; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=ProgFib/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816661_hg19_wgEncodeOpenChromDnaseProgfibSig.bigWig
+GSM931361_1	cell=WI-38; cell organism=human; cell description=Embryonic Lung Fibroblast Cells, hTERT immortalized, includes Raf1 construct; cell karyotype=Normal (RAF); cell lineage=Fibroblast; cell sex=F; replicate=2; original_filename=GSM931361_hg19_wgEncodeUwDnaseWi38OhtamRawRep2.bigWig
+GSM803381_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL2195; replicate=1; replicate description=tier 1; original_filename=GSM803381_hg19_wgEncodeHaibTfbsHepg2Yy1sc281V0416101RawRep1.bigWig
+GSM935641_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001782; original_filename=GSM935641_hg19_wgEncodeSydhTfbsMcf10aesInputStdSig.bigWig
+GSM935404_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CTCF_(SC-15914); antibody antibodydescription=Goat polyclonal, epitope mapping near the C-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=Transcriptional regulator with 11 highly conserved zinc finger domains. Depending on context, can bind a histone acetyltransferase (HAT)-containing complex and function as transcriptional activator or bind a histone deacetylase (HDAC)-containing complex and function as transcriptional repressor. Involved in transcriptional regulation by binding to chromatin insulators and preventing interaction between promoter and nearby enhancers and silencers. Preferentially interacts with unmethylated DNA, preventing spreading of CpG methylation. Can dimerize, mediating long-range chromatin looping. When bound to chromatin, provides an anchor point for nucleosomes positioning. Involved in sister chromatid cohesion. Associates with both centromeres and chromosomal arms during metaphase and required for cohesin localization to CTCF sites.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-15914; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; replicate=1; original_filename=GSM935404_hg19_wgEncodeSydhTfbsImr90CtcfbIggrabSig.bigWig
+GSM803360_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL307; labexpid=SL245; replicate=1; replicate description=tier 1; original_filename=GSM803360_hg19_wgEncodeHaibTfbsA549Pol2Pcr2xEtoh02RawRep1.bigWig
+GSM733732_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Control; original_filename=GSM733732_hg19_wgEncodeBroadHistoneHepg2ControlStdSig.bigWig
+GSM803408_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=THAP1_(SC-98174); antibody antibodydescription=Goat polyclonal IgG, epitope mapping near the C-terminus of THAP1 of human origin.; antibody targetdescription=The protein encoded by this gene contains a THAP domain, a conserved DNA-binding domain.  This protein colocalizes with the apoptosis response protein PAWR/PAR-4 in promyelocytic leukemia (PML) nuclear bodies, and functions as a proapoptotic factor that links PAWR to PML nuclear bodies.  Alternatively spliced transcript variants encoding distinct isoforms have been observed. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-98174; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2202; replicate=1; replicate description=tier 1; original_filename=GSM803408_hg19_wgEncodeHaibTfbsK562Thap1sc98174V0416101RawRep1.bigWig
+GSM803482_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1783; labexpid=SL1783; replicate=1; replicate description=tier 1; original_filename=GSM803482_hg19_wgEncodeHaibTfbsGm12892RxlchV0416101RawRep1.bigWig
+GSM822314_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822314_hg19_wgEncodeOpenChromChipHepg2InputSig.bigWig
+GSM945214_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SKMC; cell organism=human; cell description=skeletal muscle cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002173; labexpid=DS16211; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945214_hg19_wgEncodeUwHistoneSkmcH3k04me3StdRawRep2.bigWig
+GSM816655_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816655_hg19_wgEncodeOpenChromDnaseK562BaseOverlapSignal.bigWig
+GSM897082_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013C; labexpid=LID44464; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897082_hg19_wgEncodeCshlShortRnaSeqHepg2CytosolShorttotalTapMinusRawRep1.bigWig
+GSM758560_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003C,004C; labexpid=LID8467,LID8468; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758560_wgEncodeCshlLongRnaSeqGm12878CytosolPapPlusRawSigRep2.bigWig
+GSM849337_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0149N; labexpid=I23; original_filename=GSM849337_hg19_wgEncodeRikenCageK562NucleusPamPlusSignal.bigWig
+GSM736558_1	cell=GM06990; cell organism=Human; cell description=Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; replicate=1; original_filename=GSM736558_hg19_wgEncodeUwDnaseGm06990RawRep1.bigWig
+GSM849366_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027C; labexpid=K08; replicate=3; replicate description=tier 3; original_filename=GSM849366_hg19_wgEncodeRikenCageNhekCytosolPapMinusSignalRep3.bigWig
+GSM822267_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Fibrobl; cell organism=human; cell description=Normal child fibroblast, donor sex: female; cell karyotype=normal; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=Fibrobl/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822267_hg19_wgEncodeOpenChromChipFibroblInputSig.bigWig
+GSM831031_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Abcam,ab26049; original_filename=GSM831031_H1_JARID1A_1.bw
+GSM849362_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=019WC; labexpid=K14; replicate=1; replicate description=tier 1; original_filename=GSM849362_hg19_wgEncodeRikenCageSknshraCellPapPlusSignalRep2.bigWig
+GSM816673_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816673_hg19_wgEncodeOpenChromDnaseT47dSig.bigWig
+GSM767846_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=027N; labexpid=LID9204; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767846_wgEncodeCshlLongRnaSeqNhekNucleusLongnonpolyaMinusRawSigRep3.bigWig
+GSM646568_2	cell=GM06990; cell organism=Human; cell description=lymphoblastoid (CEPH); cell karyotype=relatively normal; cell lineage=CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; original_filename=GSM646568_hg19_wgEncodeUwDgfGm06990Sig.bigWig
+GSM803352_4	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL518; replicate=1; replicate description=tier 1; original_filename=GSM803352_hg19_wgEncodeHaibTfbsK562RxlchPcr1xRawRep4.bigWig
+GSM831042_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Active motif,39357; original_filename=GSM831042_H1_SUZ12.bw
+GSM803409_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=FOXA1_(SC-6553); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of FOXA1 of human origin.; antibody targetdescription=This gene encodes a member of the forehead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6553; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1881; labexpid=SL1878; replicate=1; replicate description=tier 1; original_filename=GSM803409_hg19_wgEncodeHaibTfbsT47dFoxa1sc6553V0416102Dm002p1hRawRep1.bigWig
+GSM831020_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Abcam,ab62739; original_filename=GSM831020_K562_SIRT6.bw
+GSM749777_1	cell=GM12865; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749777_hg19_wgEncodeUwTfbsGm12865InputStdRawRep1.bigWig
+GSM803405_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-55706; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1162; replicate=1; replicate description=tier 1; original_filename=GSM803405_hg19_wgEncodeHaibTfbsH1hescSix5Pcr1xRawRep1.bigWig
+GSM736492_1	cell=Jurkat; cell organism=Human; cell description=T lymphoblastoid derived from an acute T cell leukemia, The Jurkat cell line was established from the peripheral blood of a 14 year old boy by Schneider et al., and was originally designated JM. - ATCC. (PMID: 68013); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; replicate=2; original_filename=GSM736492_hg19_wgEncodeUwDnaseJurkatRawRep2.bigWig
+GSM646570_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-dBl-Ad; cell organism=human; cell description=adult blood microvascular endothelial cells, dermal-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=lmax-v1.0; original_filename=GSM646570_hg19_wgEncodeUwDgfHmvecdbladSig.bigWig
+GSM923439_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12812; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS9820; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923439_hg19_wgEncodeUwRepliSeqGm12812WaveSignalRep1.bigWig
+GSM935523_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18505; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000730; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935523_hg19_wgEncodeSydhTfbsGm18505InputIggmusSig.bigWig
+GSM736628_1	cell=HMF; cell organism=Human; cell description=human mammary fibroblasts; cell sex=F; replicate=1; original_filename=GSM736628_hg19_wgEncodeUwDnaseHmfRawRep1.bigWig
+GSM803430_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588).; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL1482; replicate=1; replicate description=tier 1; original_filename=GSM803430_hg19_wgEncodeHaibTfbsH1hescEgr1V0416102RawRep2.bigWig
+GSM945278_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_F4.1-B2; treatment description=beta-globin LCR deletion (18Kb), heterozygous (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS16129; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945278_hg19_wgEncodeUwHistoneK562H3k04me3StdZnff41b2RawRep2.bigWig
+GSM973690_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089WC,090WC; labexpid=LID46311,LID46312; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973690_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalMinusRep4.bigWig
+GSM646564_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NHDF-Ad; cell organism=human; cell description=adult dermal fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=lmax-v1.0; original_filename=GSM646564_hg19_wgEncodeUwDgfNhdfadSig.bigWig
+GSM733672_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733672_hg19_wgEncodeBroadHistoneH1hescCtcfStdSig.bigWig
+GSM945288_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293; cell organism=human; cell description=embryonic kidney, cells contain Adenovirus 5 DNA (PMID: 11967234); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000464; labexpid=DS15760; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945288_hg19_wgEncodeUwHistoneHek293H3k4me3StdRawRep1.bigWig
+GSM923453_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BG02ES; cell organism=human; cell description=embryonic stem cell (hESC), BG02, treatment: H9 conditioned medium; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; labexpid=DS9027; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923453_hg19_wgEncodeUwRepliSeqBg02esS2PctSignalRep1.bigWig
+GSM923444_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjS1PctSignalRep2.bigWig
+GSM749778_1	cell=HRE; cell organism=Human; cell description=Human Renal Epithelial cells (normal); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749778_hg19_wgEncodeUwTfbsHreInputStdRawRep1.bigWig
+GSM831005_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Abcam,ab73539; original_filename=GSM831005_K562_NSD2.bw
+GSM923445_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; labexpid=DS9947; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923445_hg19_wgEncodeUwRepliSeqNhekS2PctSignalRep1.bigWig
+GSM749679_1	cell=WERI-Rb-1; cell organism=Human; cell description=retinoblastoma (PMID: 844036); cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749679_hg19_wgEncodeUwTfbsWerirb1CtcfStdRawRep2.bigWig
+GSM736517_1	cell=PANC-1; cell organism=Human; cell description=pancreatic carcinoma. (PMID: 1140870); cell karyotype=cancer; cell sex=M; replicate=1; original_filename=GSM736517_hg19_wgEncodeUwDnasePanc1RawRep1.bigWig
+GSM816662_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816662_hg19_wgEncodeOpenChromDnaseHepg2Sig.bigWig
+GSM945183_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000926; labexpid=DS13428; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945183_hg19_wgEncodeUwHistoneH7esH3k27me3StdRawRep1.bigWig
+GSM803539_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=Estradiol_10nM; treatment description=1 h with 10 nM Estradiol  (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1216; labexpid=SL1217; replicate=1; replicate description=tier 1; original_filename=GSM803539_hg19_wgEncodeHaibTfbsT47dEralphaaV0416102Est10nm1hRawRep2.bigWig
+GSM945310_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCFaa; cell organism=human; cell description=cardiac fibroblasts- adult atrial; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000944; labexpid=DS15754; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945310_hg19_wgEncodeUwHistoneHcfaaH3k4me3StdRawRep1.bigWig
+GSM958738_3	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11206; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958738_hg19_wgEncodeCaltechRnaSeqHuvecR1x75dTh1014UPlusRawRep1V4.bigWig
+GSM803485_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL517; labexpid=SL748; replicate=1; replicate description=tier 1; original_filename=GSM803485_hg19_wgEncodeHaibTfbsGm12878Pol24h8Pcr1xRawRep1.bigWig
+GSM803377_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1166; replicate=1; replicate description=tier 1; original_filename=GSM803377_hg19_wgEncodeHaibTfbsH1hescSp1Pcr1xRawRep1.bigWig
+GSM736602_1	cell=HFF; cell organism=human; cell description=Human Foreskin Fibroblast; cell karyotype=Normal; cell lineage=Fibroblast; cell sex=M; replicate=1; original_filename=GSM736602_hg19_wgEncodeUwDnaseHffRawRep1.bigWig
+GSM803496_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin.; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL2253; replicate=1; replicate description=tier 1; original_filename=GSM803496_hg19_wgEncodeHaibTfbsGm12878Elf1sc631V0416101RawRep1.bigWig
+GSM864340_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=OHUrea; treatment description=100 uM Hydroxyurea for 72 hours; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864340_hg19_wgEncodeOpenChromFaireK562OhureaBaseOverlapSignal.bigWig
+GSM765394_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=Normal Human Lung Fibroblasts; cell lineage=endoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=033WC; labexpid=LID8692; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; spikeinpool=14; original_filename=GSM765394_wgEncodeCshlLongRnaSeqNhlfCellPapMinusRawSigRep2.bigWig
+GSM935332_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000771; labversion=remapped from hg18; replicate=1; original_filename=GSM935332_hg19_wgEncodeSydhTfbsGm12878Rad21IggrabSig.bigWig
+GSM923447_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labexpid=DS17625; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923447_hg19_wgEncodeUwRepliSeqImr90G1bPctSignalRep1.bigWig
+GSM803363_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL517; labexpid=SL746; replicate=1; replicate description=tier 1; original_filename=GSM803363_hg19_wgEncodeHaibTfbsGm12878Sp1Pcr1xRawRep1.bigWig
+GSM945239_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF-Myc; cell organism=human; cell description=foreskin fibroblast cells expressing canine cMyc; cell karyotype=normal; cell lineage=fibroblast; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001896; labexpid=DS18324; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945239_hg19_wgEncodeUwHistoneHffmycH3k04me3StdRawRep2.bigWig
+GSM897083_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=021WC; labexpid=LID20749; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897083_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalTapPlusRawRep1.bigWig
+GSM830531_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0129N; labexpid=DHH003; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830531_hg19_wgEncodeGisRnaPetHepg2NucleusPapMinusRawSigRep1.bigWig
+GSM803519_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1216; labexpid=SL1216; replicate=1; replicate description=tier 1; original_filename=GSM803519_hg19_wgEncodeHaibTfbsT47dEralphaaV0416102Dm002p1hRawRep2.bigWig
+GSM788073_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PBMC; cell organism=human; cell description=Peripheral blood mononuclear cells; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K27me3B; antibody antibodydescription=rabbit monoclonal; antibody targetdescription=Histone H3 (tri-methyl K27) marks repressed chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9733S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001883; replicate=1; replicate description=tier 1; original_filename=GSM788073_wgEncodeSydhHistonePbmcH3k27me3bUcdSig.bigWig
+GSM935314_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=pravastatin; treatment description=For sterol deprivation, cells were cultured with pravastatin (2 uM, Sigma) in DMEM with 0.5% BSA for 16 h. (Snyder); antibody=SREBP2; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SREBP2; antibody targetdescription=Sterol regulatory element binding transcription factor 2; antibody vendorname=Cayman Chemical; antibody vendorid=10007663; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000640; labversion=remapped from hg18; replicate=1; original_filename=GSM935314_hg19_wgEncodeSydhTfbsHepg2Srebp2PravastStdSig.bigWig
+GSM973672_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089C,090C; labexpid=LID46315,LID46316; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973672_hg19_wgEncodeCshlShortRnaSeqMcf7CytosolShorttotalMinusRep4.bigWig
+GSM830530_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=RHH014; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830530_hg19_wgEncodeGisRnaPetHelas3CellPapMinusRawRep1.bigWig
+GSM733687_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733687_hg19_wgEncodeBroadHistoneH1hescH4k20me1StdSig.bigWig
+GSM822277_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM19239; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822277_hg19_wgEncodeOpenChromChipGm19239CtcfBaseOverlapSignal.bigWig
+GSM605630_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001WC; labexpid=LID10567; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605630_hg19_wgEncodeCshlShortRnaSeqK562CellShortMinusRaw.bigWig
+GSM803363_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL517; labexpid=SL746; replicate=1; replicate description=tier 1; original_filename=GSM803363_hg19_wgEncodeHaibTfbsGm12878Sp1Pcr1xRawRep2.bigWig
+GSM935283_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=MAZ_(ab85725); antibody antibodydescription=Rabbit polyclonal, immunogen is synthetic peptide, corresponding to a region within amino acids 427-477 of Human MAZ, GenBank BAA33064.1. Antibody Target: MAZ; antibody targetdescription=May function as a transcription factor with dual roles in transcription initiation and termination. Binds to two sites, ME1a1 and ME1a2, within the MYC promoter having greater affinity for the former. Also binds to multiple G/C-rich sites within the promoter of the Sp1 family of transcription factors.; antibody vendorname=Abcam; antibody vendorid=ab85725; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935283_hg19_wgEncodeSydhTfbsGm12878Mazab85725IggmusSig.bigWig
+GSM935419_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa6h; treatment description=Interferon alpha treatment - 6 hours (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000656; original_filename=GSM935419_hg19_wgEncodeSydhTfbsK562InputIfna6hStdSig.bigWig
+GSM803367_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL358; replicate=1; replicate description=tier 1; original_filename=GSM803367_hg19_wgEncodeHaibTfbsHepg2Taf1Pcr2xRawRep2.bigWig
+GSM935323_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM19099; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000740; labversion=remapped from hg18, llumina 2.0, low confidence sequences excluded.  Data paired with GM19099_IgG_Control.; replicate=1; original_filename=GSM935323_hg19_wgEncodeSydhTfbsGm19099Pol2IggmusSig.bigWig
+GSM935378_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CHD2_(AB68301); antibody antibodydescription=Rabbit polyclonal to CHD2 Synthetic peptide derived from within residues 1250 - 1350 of Human CHD2. Antibody Target: CHD2; antibody targetdescription=CHD family of proteins are characterized by presence of chromo (chromatin organization modifier) domains and SNF2-related helicase/ATPase domains. CHD genes alter gene expression possibly by modification of chromatin structure thus altering access of the transcriptional apparatus to its chromosomal DNA template.; antibody vendorname=Abcam; antibody vendorid=ab68301; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935378_hg19_wgEncodeSydhTfbsGm12878Chd2ab68301IggmusSig.bigWig
+GSM830537_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0138C; labexpid=IHK009010015; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830537_hg19_wgEncodeGisRnaPetK562CytosolPapPlusRawRep1.bigWig
+GSM733781_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733781_hg19_wgEncodeBroadHistoneNhlfH3k4me2StdSig.bigWig
+GSM864342_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=Urothelia; cell organism=human; cell description=primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene; cell karyotype=normal; cell sex=F; treatment=UT189; treatment description=UT189 E.Coli treatment 1 hour, followed by 24 hour incubation; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864342_hg19_wgEncodeOpenChromFaireUrotsaUt189BaseOverlapSignal.bigWig
+GSM945239_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF-Myc; cell organism=human; cell description=foreskin fibroblast cells expressing canine cMyc; cell karyotype=normal; cell lineage=fibroblast; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001896; labexpid=DS18324; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945239_hg19_wgEncodeUwHistoneHffmycH3k04me3StdRawRep1.bigWig
+GSM803373_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL247; labexpid=SL247; replicate=1; replicate description=tier 1; original_filename=GSM803373_hg19_wgEncodeHaibTfbsA549GrPcr2xEtoh02RawRep2.bigWig
+GSM973678_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N,046N; labexpid=LID45955,LID45956; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973678_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalMinusRep1.bigWig
+GSM765386_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003N; labexpid=LID8532; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765386_wgEncodeCshlLongRnaSeqGm12878NucleusPapPlusRawSigRep2.bigWig
+GSM803528_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH; cell organism=human; cell description=Human neuroblastoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL108; labexpid=SL108; replicate=1; replicate description=tier 1; original_filename=GSM803528_hg19_wgEncodeHaibTfbsSknshRxlchPcr2xRawRep1.bigWig
+GSM803388_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=BCL11A; antibody antibodydescription=Mouse monoclonal [18B12DE6] to Ctip1. Raised against a cocktail of BCL11A fusion proteins. Reacts with human and mouse. Tested for ICC/IF, IHC-P, IP, WB; antibody targetdescription=This gene encodes a C2H2 type zinc-finger protein by its similarity to the mouse Bcl11a/Evi9 protein. Functions as a myeloid and B-cell proto-oncogene. May play important roles in leukemogenesis and hematopoiesis. An essential factor in lymphopoiesis,is required for B-cell formation in fetal liver. May function as a modulator of the transcriptional repression activity of ARP1 (By similarity); antibody vendorname=Abcam; antibody vendorid=ab19489; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL650; replicate=1; replicate description=tier 1; original_filename=GSM803388_hg19_wgEncodeHaibTfbsGm12878Bcl11aPcr1xRawRep2.bigWig
+GSM945172_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG10803; cell organism=human; cell description=abdominal skin fibroblasts from apparently heathly 22 year old, 8% of the cells examined showing random chromosome loss, 2% showing random chromosome gain, and 2% showing 69,XYY -Coriell; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000936; labexpid=DS15744; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945172_hg19_wgEncodeUwHistoneAg10803H3k4me3StdRawRep2.bigWig
+GSM923444_15	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjWaveSignalRep1.bigWig
+GSM977043_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CD20+; cell organism=human; cell description=B cells from donors RO01778 and RO01794, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=041WC,042WC; labexpid=LID44362,LID44363; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM977043_hg19_wgEncodeCshlShortRnaSeqCd20ro01778CellShorttotalTapMinusRep2.bigWig
+GSM767845_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=019WC; labexpid=LID9003; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767845_wgEncodeCshlLongRnaSeqSknshraCellLongnonpolyaPlusRawSigRep2.bigWig
+GSM935349_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF274; antibody antibodydescription=Mouse polyclonal antibody raised against a partial recombinant ZNF274 (GST-fusion of a.a.420-531 of human ZNF274 protein). Works in IP, WB and ELISA. Antibody Target: ZNF274; antibody targetdescription=ZNF274 is a zinc finger protein containing five C2H2-type zinc finger domains, two Kruppel-associated box A (KRABA) domains, and a leucine-rich SCAN domain. The encoded protein has been suggested to be a transcriptional repressor. It localizes predominantly to the nucleolus.; antibody vendorname=ABNOVA; antibody vendorid=H00010782-A01; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935349_hg19_wgEncodeSydhTfbsGm12878Znf274StdSig.bigWig
+GSM767842_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=006C; labexpid=LID18549; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=2; replicate description=tier 2; original_filename=GSM767842_wgEncodeCshlLongRnaSeqH1hescCytosolLongnonpolyaMinusRawSigRep2.bigWig
+GSM605625_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003WC; labexpid=LID20899; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605625_hg19_wgEncodeCshlShortRnaSeqGm12878CellShorttotalTapPlusRawRep1.bigWig
+GSM822277_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM19239; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822277_hg19_wgEncodeOpenChromChipGm19239CtcfSig.bigWig
+GSM788080_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (Ntera2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; replicate=1; replicate description=tier 1; original_filename=GSM788080_wgEncodeSydhHistoneNt2d1H3k09me3UcdSig.bigWig
+GSM935538_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Naked_DNA; control description=Control signal from Naked DNA.; control=Naked_DNA; control description=Control signal from Naked DNA.; controlid=wgEncodeEH000636; labversion=remapped from hg18; replicate=1; original_filename=GSM935538_hg19_wgEncodeSydhTfbsHelas3InputNakeddnaSig.bigWig
+GSM788086_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (Ntera2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K9acB; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Histone H3 (acetyl K9) marks promoters in chromatin regions; antibody vendorname=Millipore; antibody vendorid=07-352; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; replicate=1; replicate description=tier 1; original_filename=GSM788086_wgEncodeSydhHistoneNt2d1H3k9acbUcdSig.bigWig
+GSM831028_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Active motif,39901; original_filename=GSM831028_H1_EZH2.bw
+GSM733741_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H3K79me2; antibody description=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation; antibody target description=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendor name=Active Motif; original_filename=GSM733741_hg19_wgEncodeBroadHistoneHsmmH3k79me2StdSig.bigWig
+GSM935514_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Znf143_(16618-1-AP); antibody antibodydescription=Rabbit polyclonal against human ZNF143 (amino acids 283-626)-6his fusion protein. Antibody Target: Znf143; antibody targetdescription=Transcriptional activator. Activates the gene for selenocysteine tRNA (tRNAsec). Binds to the SPH motif of small nuclear RNA (snRNA) gene promoters. Participates to efficient U6 RNA polymerase III transcription via its interaction with CHD8; antibody vendorname=Proteintech; antibody vendorid=16618-1-AP; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935514_hg19_wgEncodeSydhTfbsH1hescZnf143IggrabSig.bigWig
+GSM736502_1	cell=Th2; cell organism=Human; cell description=Primary human Th2 T cells; cell karyotype=unknown; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736502_hg19_wgEncodeUwDnaseTh2RawRep1.bigWig
+GSM672836_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; localization=cell; rnaextract=longPolyA; replicate=1; original_filename=GSM672836_hg19_wgEncodeGisRnaSeqH1hescCellPapMinusRawRep1.bigWig
+GSM736631_1	cell=HAEpiC; cell organism=Human; cell description=Human Amniotic Epithelial Cells; cell sex=U; replicate=1; original_filename=GSM736631_hg19_wgEncodeUwDnaseHaeRawRep1.bigWig
+GSM767854_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=021WC; labexpid=LID9005; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767854_wgEncodeCshlLongRnaSeqA549CellLongnonpolyaPlusRawSigRep2.bigWig
+GSM831038_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A300.109A; original_filename=GSM831038_H1_RBBP5_1.bw
+GSM935566_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=BHLHE40_(NB100-1800); antibody antibodydescription=Rabbit polyclonal, maps to a region between residues 350 and the C-terminus (residue 412). Antibody Target: BHLHE40; antibody targetdescription=This gene encodes a basic helix-loop-helix protein expressed in various tissues. Expression in the chondrocytes is responsive to the addition of Bt2cAMP. The encoded protein is believed to be involved in the control of cell differentiation.; antibody vendorname=Novus; antibody vendorid=NB100-1800; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935566_hg19_wgEncodeSydhTfbsHepg2Bhlhe40cIggrabSig.bigWig
+GSM935623_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=forskolin; treatment description=low-glucose DMEM with 0.5% BSA supplemented with 1uM forskolin and 1mM pyruvate for 6h. (Snyder); antibody=PGC1A; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: PGC1A; antibody targetdescription=The protein encoded by this gene is a transcriptional coactivator that regulates the genes involved in energy metabolism. This protein interacts with PPARgamma, which permits the interaction of this protein with multiple transcription factors. This protein can interact with, and regulate the activities of, cAMP response element binding protein (CREB) and nuclear respiratory factors (NRFs).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-13067; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000755; labversion=Illumina 2.0, low confidence sequences excluded.  Data paired with HepG2_Forskolin_Control.; replicate=1; original_filename=GSM935623_hg19_wgEncodeSydhTfbsHepg2Pgc1aForsklnStdSig.bigWig
+GSM803425_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1483; replicate=1; replicate description=tier 1; original_filename=GSM803425_hg19_wgEncodeHaibTfbsH1hescSrfPcr1xRawRep2.bigWig
+GSM605628_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NL; labexpid=LID8928; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605628_hg19_wgEncodeCshlShortRnaSeqK562NucleolusShorttotalTapMinusRawRep4.bigWig
+GSM749722_1	cell=NHDF-neo; cell organism=Human; cell description=Neonatal Human Dermal Fibroblasts; cell lineage=mesoderm; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749722_hg19_wgEncodeUwTfbsNhdfneoInputStdRawRep1.bigWig
+GSM831007_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301-666A; original_filename=GSM831007_K562_PCAF.bw
+GSM803465_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL335; labexpid=SL335; replicate=1; replicate description=tier 1; original_filename=GSM803465_hg19_wgEncodeHaibTfbsA549RxlchPcr2xDex100nmRawRep1.bigWig
+GSM758575_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013WC,014WC; labexpid=LID16635,LID16636; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758575_wgEncodeCshlLongRnaSeqHepg2CellPapMinusRawSigRep1.bigWig
+GSM897081_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=015WC,016WC; labexpid=LID20743,LID20744; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM897081_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalTapPlusRawRep2.bigWig
+GSM803422_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=Estradiol_10nM; treatment description=1 h with 10 nM Estradiol  (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1034; labexpid=SL1011; replicate=1; replicate description=tier 1; original_filename=GSM803422_hg19_wgEncodeHaibTfbsEcc1EralphaaV0416102Est10nm1hRawRep2.bigWig
+GSM803483_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=BHLHE40; antibody antibodydescription=Dec-1(S-8) is a mouse monoclonal IgG2b antibody raised against recombinant DEC1 of human origin. Recommended for detection of DEC1 of m and h origin by WB, IP and ELISA.; antibody targetdescription=This gene encodes a basic helix-loop-helix protein expressed in various tissues. Expression in the chondrocytes is responsive to the addition of Bt2cAMP. The encoded protein is believed to be involved in the control of cell differe; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101023; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL593; labexpid=SL1059; replicate=1; replicate description=tier 1; original_filename=GSM803483_hg19_wgEncodeHaibTfbsHepg2Bhlhe40V0416101RawRep1.bigWig
+GSM767856_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=009WC; labexpid=LID8788; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767856_wgEncodeCshlLongRnaSeqHuvecCellLongnonpolyaPlusRawSigRep1.bigWig
+GSM733716_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733716_hg19_wgEncodeBroadHistoneHuvecCtcfStdSig.bigWig
+GSM803508_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin.; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1613; labexpid=SL1269; replicate=1; replicate description=tier 1; original_filename=GSM803508_hg19_wgEncodeHaibTfbsGm12878Atf3Pcr1xRawRep2.bigWig
+GSM822276_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM19240; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822276_hg19_wgEncodeOpenChromChipGm19240CtcfSig.bigWig
+GSM816647_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=pHTE; cell organism=human; cell description=Primary Human Tracheal Epithelial Cells; cell lineage=endoderm; cell sex=U; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816647_hg19_wgEncodeOpenChromDnasePhteSig.bigWig
+GSM816651_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HSMMtube; cell organism=human; cell description=Normal human skeletal muscle myotubes differentiated from the HSMM cell line; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816651_hg19_wgEncodeOpenChromDnaseHsmmtBaseOverlapSignal.bigWig
+GSM816642_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=iPS; cell organism=human; cell description=induced pluripotent stem cell derived from skin fibroblast; cell karyotype=Unknown; cell lineage=induced pluripotent stem cell derived from skin fibroblast; cell sex=B; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816642_hg19_wgEncodeOpenChromDnaseIpsSig.bigWig
+GSM749754_1	cell=GM12864; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749754_hg19_wgEncodeUwTfbsGm12864InputStdRawRep1.bigWig
+GSM803473_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ZBTB7A_(SC-34508); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin.; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-34508; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2265; replicate=1; replicate description=tier 1; original_filename=GSM803473_hg19_wgEncodeHaibTfbsK562Zbtb7asc34508V0416101RawRep1.bigWig
+GSM945222_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HL-60; cell organism=human; cell description=promyelocytic leukemia cells, (PMID: 276884); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000465; labexpid=DS11795; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945222_hg19_wgEncodeUwHistoneHl60H3k4me3StdRawRep1.bigWig
+GSM945245_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001903; labexpid=DS18346; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945245_hg19_wgEncodeUwHistoneWi38InputStdRawRep1.bigWig
+GSM803463_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL1781; replicate=1; replicate description=tier 1; original_filename=GSM803463_hg19_wgEncodeHaibTfbsHepg2RxlchV0416101RawRep2.bigWig
+GSM864353_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=Urothelia; cell organism=human; cell description=primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene; cell karyotype=normal; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864353_hg19_wgEncodeOpenChromFaireUrotsaSig.bigWig
+GSM803503_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin.; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL2386; replicate=1; replicate description=tier 1; original_filename=GSM803503_hg19_wgEncodeHaibTfbsHepg2Atf3V0416101RawRep1.bigWig
+GSM935383_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2(phosphoS2); antibody antibodydescription=Rabbit polyclonal against peptide conjugated to KLH derived from within residues 1600 - 1700 of S. cerevisiae RNA polymerase II CTD repeat YSPTSPS, phosphorylated at S2. Antibody Target: POL2S2; antibody targetdescription=RNA polymerase II, large subunit- specific for phosphorylated C-terminal domain.; antibody vendorname=Abcam; antibody vendorid=ab5095; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935383_hg19_wgEncodeSydhTfbsHelas3Pol2s2IggrabSig.bigWig
+GSM803407_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=TAF7_(SC-101167); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant TAF II p55 (TAF7) of human origin.; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5. The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors. This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators. The protein is required for transcription by promoters targeted by RNA polymerase II (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101167; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3274; replicate=1; replicate description=tier 1; original_filename=GSM803407_hg19_wgEncodeHaibTfbsK562Taf7sc101167V0416101RawRep1.bigWig
+GSM958731_4	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11008; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958731_hg19_wgEncodeCaltechRnaSeqK562R1x75dTh1014UPlusRawRep2V4.bigWig
+GSM736547_1	cell=HConF; cell organism=Human; cell description=Human Conjunctival Fibroblast; cell sex=U; replicate=1; original_filename=GSM736547_hg19_wgEncodeUwDnaseHconfRawRep1.bigWig
+GSM803414_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588).; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3164; replicate=1; replicate description=tier 1; original_filename=GSM803414_hg19_wgEncodeHaibTfbsK562Egr1V0416101RawRep2.bigWig
+GSM822286_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822286_hg19_wgEncodeOpenChromChipHelas3CmycSig.bigWig
+GSM803441_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3163; replicate=1; replicate description=tier 1; original_filename=GSM803441_hg19_wgEncodeHaibTfbsK562Usf1V0416101RawRep1.bigWig
+GSM605629_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001C; labexpid=LID10572; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605629_hg19_wgEncodeCshlShortRnaSeqK562CytosolShorttotalTapMinusRawRep1.bigWig
+GSM733783_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733783_hg19_wgEncodeBroadHistoneHsmmtCtcfStdSig.bigWig
+GSM803341_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RXRA; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-553; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1394; labexpid=SL1063; replicate=1; replicate description=tier 1; original_filename=GSM803341_hg19_wgEncodeHaibTfbsGm12878RxraPcr1xRawRep2.bigWig
+GSM733776_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K9me3; antibody description=rabbit polyclonal, ChIP grade; antibody target description=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendor name=Abcam; original_filename=GSM733776_hg19_wgEncodeBroadHistoneK562H3k9me3StdSig.bigWig
+GSM935367_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=AP-2alpha; antibody antibodydescription=Rabbit polyclonal - AP-2alpha (H-79) is a rabbit polyclonal antibody raised against amino acids 130-209 mapping within an internal region of AP-2alpha of human origin. Antibody Target: AP-2alpha; antibody targetdescription=Sequence-specific DNA-binding protein that interacts with inducible viral and cellular enhancer elements to regulate transcription of selected genes.  AP-2 factors bind to the consensus sequence 5' -GCCNNNGGC-3' and activate genes involved in a large spectrum of important biological functions including proper eye, face, body wall, limb and neural tube development.  They also suppress a number of genes including MCAM/MUC18, C/EBP alpha and MYC.  AP-2alpha is the only AP-2 protein required for early morphogenesis of the lens vesicle (by similarity).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8975; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935367_hg19_wgEncodeSydhTfbsHelas3Ap2alphaStdSig.bigWig
+GSM945163_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HBMEC; cell organism=human; cell description=brain microvascular endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000940; labexpid=DS15749; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945163_hg19_wgEncodeUwHistoneHbmecH3k4me3StdRawRep2.bigWig
+GSM977036_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HOB; cell organism=human; cell description=Undifferentiated Osteoblasts from two individuals, HOB_0090202.1 and HOB_0091301 from femoral head; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=054WC; labexpid=LID47432; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977036_hg19_wgEncodeCshlShortRnaSeqHobCellTapPlusRawRep1.bigWig
+GSM749699_1	cell=HPF; cell organism=Human; cell description=Human Pulmonary Fibroblasts isolated from lung tissue; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749699_hg19_wgEncodeUwTfbsHpfCtcfStdRawRep1.bigWig
+GSM736582_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; replicate=1; original_filename=GSM736582_hg19_wgEncodeUwDnaseH1hescRawRep1.bigWig
+GSM958745_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11581; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958745_hg19_wgEncodeCaltechRnaSeqMcf7R2x75Th1014Il200SigRep1V4.bigWig
+GSM736536_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; replicate=2; original_filename=GSM736536_hg19_wgEncodeUwDnaseNhlfRawRep2.bigWig
+GSM803439_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=FOSL1_(SC-183); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of FOSL1 of human origin.; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2.  These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1.  As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-183; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2349; replicate=1; replicate description=tier 1; original_filename=GSM803439_hg19_wgEncodeHaibTfbsK562Fosl1sc183V0416101RawRep2.bigWig
+GSM945278_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_F4.1-B2; treatment description=beta-globin LCR deletion (18Kb), heterozygous (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS16129; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945278_hg19_wgEncodeUwHistoneK562H3k04me3StdZnff41b2RawRep1.bigWig
+GSM830529_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0117C; labexpid=RHH003; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830529_hg19_wgEncodeGisRnaPetHuvecCytosolPapMinusRawRep1.bigWig
+GSM605632_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025CH; labexpid=LID8930; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605632_hg19_wgEncodeCshlShortRnaSeqK562ChromatinShortPlusRaw.bigWig
+GSM646560_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HAEpiC; cell organism=human; cell description=amniotic epithelial cells; cell sex=U; labversion=lmax-v1.0; original_filename=GSM646560_hg19_wgEncodeUwDgfHaeSig.bigWig
+GSM803511_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=MEF2A; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of MEF-2 of human origin.; antibody targetdescription=The protein encoded by this gene is a DNA-binding transcription factor that activates many muscme-specific, growth factor-induced, and stress-induced genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-313; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1613; labexpid=SL1425; replicate=1; replicate description=tier 1; original_filename=GSM803511_hg19_wgEncodeHaibTfbsGm12878Mef2aPcr1xRawRep2.bigWig
+GSM758571_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HMEC; cell organism=human; cell description=mammary epithelial cells; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=036WC; labexpid=LID8695; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758571_wgEncodeCshlLongRnaSeqHmecCellPapPlusRawSigRep1.bigWig
+GSM923451_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9806; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923451_hg19_wgEncodeUwRepliSeqGm12878S1PctSignalRep1.bigWig
+GSM958732_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10878; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958732_hg19_wgEncodeCaltechRnaSeqHepg2R2x75Th1014Il200SigRep1V4.bigWig
+GSM958741_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11204; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958741_hg19_wgEncodeCaltechRnaSeqNhekR1x75dTh1014UMinusRawRep1V4.bigWig
+GSM816656_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816656_hg19_wgEncodeOpenChromDnaseGm12891BaseOverlapSignal.bigWig
+GSM736538_1	cell=HAc; cell organism=human; cell description=Human Astrocytes-cerebellar; cell karyotype=Normal; cell lineage=Astrocytic; cell sex=U; replicate=2; original_filename=GSM736538_hg19_wgEncodeUwDnaseHacRawRep2.bigWig
+GSM818828_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH002070; replicate=1; original_filename=GSM818828_hg19_wgEncodeSydhHistonePanc1InputUcdSig.bigWig
+GSM758560_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003C,004C; labexpid=LID8467,LID8468; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758560_wgEncodeCshlLongRnaSeqGm12878CytosolPapMinusRawSigRep1.bigWig
+GSM736528_1	cell=HPdLF; cell organism=Human; cell description=Normal Human Periodontal Ligament Fibroblasts; cell sex=M; replicate=2; original_filename=GSM736528_hg19_wgEncodeUwDnaseHpdlfRawRep2.bigWig
+GSM803459_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U87; cell organism=human; cell description=human glioblastoma, astrocytoma. (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2338; labexpid=SL1962; replicate=1; replicate description=tier 1; original_filename=GSM803459_hg19_wgEncodeHaibTfbsU87Pol24h8V0416101RawRep1.bigWig
+GSM736568_1	cell=HCF; cell organism=Human; cell description=Human Cardiac Fibroblasts; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736568_hg19_wgEncodeUwDnaseHcfRawRep1.bigWig
+GSM733771_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733771_hg19_wgEncodeBroadHistoneGm12878H3k27acStdSig.bigWig
+GSM803348_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1881; labexpid=SL2634; replicate=1; replicate description=tier 1; original_filename=GSM803348_hg19_wgEncodeHaibTfbsT47dCtcfsc5916V0416102Dm002p1hRawRep2.bigWig
+GSM935447_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM15510; cell organism=human; cell description=lymphoblastoid NIGMS Human Genetic Cell Repository, DNA Polymorphism Discovery Resource Collection, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000774; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935447_hg19_wgEncodeSydhTfbsGm15510InputTnfaIggrabSig.bigWig
+GSM935369_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TR4; antibody antibodydescription=Rabbit polyclonal. Antibody Target: TR4; antibody targetdescription=(Also: NR2C2) Members of the nuclear hormone receptor family, such as NR2C2, act as ligand-activated transcription factors. The proteins have an N-terminal transactivation domain, a central DNA-binding domain with 2 zinc fingers, and a ligand-binding domain at the C terminus.; antibody vendorname=Donated by Dr. J.D.Engel, University of Michigan; antibody vendorid=TR4; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=Fragmented using Bioruptor, precipitated with protein A agarose beads,; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935369_hg19_wgEncodeSydhTfbsHelas3Tr4StdSig.bigWig
+GSM733673_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733673_hg19_wgEncodeBroadHistoneHuvecH3k4me3StdSig.bigWig
+GSM944519_1	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=PABPC1; antibody antibodydescription=Mouse monoclonal vs PABPC1 of human, mouse, bovine, can, hamster, Xenopus origin. Antibody Target: PABPC1; antibody targetdescription=poly(A) binding protein, cytoplasmic 1 (Homo sapiens).; antibody vendorname=Sigma Chemical Co.; antibody vendorid=P6246; labversion=Sig_P6246 antibody; replicate=1; original_filename=GSM944519_hg19_wgEncodeSunyRipSeqGm12878Pabpc1SigRep1.bigWig
+GSM973666_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C,086C; labexpid=LID46205,LID46206; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973666_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalPlusRep4.bigWig
+GSM977032_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=091NL,092NL; labexpid=LID47653,LID47654; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977032_hg19_wgEncodeCshlShortRnaSeqGm12878NucleolusTapMinusRawRep4.bigWig
+GSM749745_1	cell=HCPEpiC; cell organism=Human; cell description=Human Choroid Plexus Epithelial Cells; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749745_hg19_wgEncodeUwTfbsHcpeCtcfStdRawRep2.bigWig
+GSM849364_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=015WC; labexpid=K07; replicate=1; replicate description=tier 1; original_filename=GSM849364_hg19_wgEncodeRikenCageMcf7CellPapPlusSignalRep1.bigWig
+GSM977029_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48355,LID48356; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977029_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellTapMinusRawRep2.bigWig
+GSM849362_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=019WC; labexpid=K14; replicate=1; replicate description=tier 1; original_filename=GSM849362_hg19_wgEncodeRikenCageSknshraCellPapMinusSignalRep2.bigWig
+GSM945236_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Caco-2; cell organism=human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000454; labexpid=DS13597; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945236_hg19_wgEncodeUwHistoneCaco2InputStdRawRep1.bigWig
+GSM736563_1	cell=AG04450; cell organism=Human; cell description=Fetal lung fibroblast; cell lineage=mesoderm; cell sex=M; replicate=2; original_filename=GSM736563_hg19_wgEncodeUwDnaseAg04450RawRep2.bigWig
+GSM736519_1	cell=PANC-1; cell organism=Human; cell description=pancreatic carcinoma. (PMID: 1140870); cell karyotype=cancer; cell sex=M; replicate=2; original_filename=GSM736519_hg19_wgEncodeUwDnasePanc1RawRep2.bigWig
+GSM831010_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=A custom antibody; original_filename=GSM831010_K562_PLU1_1.bw
+GSM945260_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12875; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000462; labexpid=DS13589; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945260_hg19_wgEncodeUwHistoneGm12875InputStdRawRep1.bigWig
+GSM816645_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Urothelia; cell organism=human; cell description=A primary culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene, normal human ureter cells; cell karyotype=normal; cell sex=F; treatment=UT189; treatment description=UT189 E.Coli treatment 1 hour, followed by 24 hour incubation; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816645_hg19_wgEncodeOpenChromDnaseUrotsaUt189BaseOverlapSignal.bigWig
+GSM923450_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12813; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9827; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923450_hg19_wgEncodeUwRepliSeqGm12813S4PctSignalRep1.bigWig
+GSM646565_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HCPEpiC; cell organism=human; cell description=choroid plexus epithelial cells; cell lineage=ectoderm; cell sex=U; labversion=lmax-v1.0; original_filename=GSM646565_hg19_wgEncodeUwDgfHcpeRaw.bigWig
+GSM935480_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TR4; antibody antibodydescription=Rabbit polyclonal. Antibody Target: TR4; antibody targetdescription=(Also: NR2C2) Members of the nuclear hormone receptor family, such as NR2C2, act as ligand-activated transcription factors. The proteins have an N-terminal transactivation domain, a central DNA-binding domain with 2 zinc fingers, and a ligand-binding domain at the C terminus.; antibody vendorname=Donated by Dr. J.D.Engel, University of Michigan; antibody vendorid=TR4; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; labversion=Fragmented using Bioruptor, precipitated with StaphA PeakSeq 1.0 (fdr 0.001), samples were 71% and 72% matching in the top 40% overlap analysis.; replicate=1; original_filename=GSM935480_hg19_wgEncodeSydhTfbsGm12878Tr4StdSig.bigWig
+GSM897081_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=015WC,016WC; labexpid=LID20743,LID20744; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM897081_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalTapMinusRawRep4.bigWig
+GSM935449_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18526; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Han Chinese in Beijing, China, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000776; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935449_hg19_wgEncodeSydhTfbsGm18526InputTnfaIggrabSig.bigWig
+GSM935486_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BDP1; antibody antibodydescription=Rabbit polyclonal - Antiserum 2663 was raised by immunizing rabbits with synthetic peptide CSDRYRIYKAQKLRE (human Bdp1 residues 139?153) coupled to KLH. Antibody Target: BDP1; antibody targetdescription='B double-prime 1', subunit of RNA polymerase III transcription initiation factor IIIB; antibody vendorname=Donated by Dr. RJ White, The Beatson Institute for Cancer Research; antibody vendorid=2663; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935486_hg19_wgEncodeSydhTfbsHelas3Bdp1StdSig.bigWig
+GSM830995_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A300.705A; original_filename=GSM830995_K562_HDAC2_1.bw
+GSM973692_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C,086C; labexpid=LID46274,LID46275; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973692_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalCiptapPlusRep3.bigWig
+GSM749671_1	cell=AG09319; cell organism=Human; cell description=gum tissue fibroblasts from apparently heathly 24 year old; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749671_hg19_wgEncodeUwTfbsAg09319InputStdRawRep1.bigWig
+GSM803530_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20).; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL583; replicate=1; replicate description=tier 1; original_filename=GSM803530_hg19_wgEncodeHaibTfbsHepg2Sin3ak20Pcr1xRawRep2.bigWig
+GSM945180_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000468; labexpid=DS12227; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945180_hg19_wgEncodeUwHistoneHuvecH3k27me3StdRawRep1.bigWig
+GSM767840_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013C; labexpid=LID18552; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767840_wgEncodeCshlLongRnaSeqHepg2CytosolLongnonpolyaPlusRawSigRep1.bigWig
+GSM803380_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin.; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3184; replicate=1; replicate description=tier 1; original_filename=GSM803380_hg19_wgEncodeHaibTfbsK562Atf3V0416101RawRep2.bigWig
+GSM803464_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1035; labexpid=SL1035; replicate=1; replicate description=tier 1; original_filename=GSM803464_hg19_wgEncodeHaibTfbsEcc1GrV0416102Etoh02RawRep2.bigWig
+GSM923442_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9795; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923442_hg19_wgEncodeUwRepliSeqMcf7WaveSignalRep1.bigWig
+GSM767848_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=011N; labexpid=LID9200; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767848_wgEncodeCshlLongRnaSeqHelas3NucleusLongnonpolyaMinusRawSigRep2.bigWig
+GSM749734_1	cell=AG10803; cell organism=Human; cell description=abdominal skin fibroblasts from apparently heathly 22 year old; cell karyotype=8% of the cells examined showing random chromosome loss, 2% showing random chromosome gain, and 2% showing 69,XYY -Coriell; cell lineage=mesoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749734_hg19_wgEncodeUwTfbsAg10803InputStdRawRep1.bigWig
+GSM816658_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM19238; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816658_hg19_wgEncodeOpenChromDnaseGm19238Sig.bigWig
+GSM767841_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=006N; labexpid=LID9199; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=2; replicate description=tier 2; original_filename=GSM767841_wgEncodeCshlLongRnaSeqH1hescNucleusLongnonpolyaMinusRawSigRep2.bigWig
+GSM935388_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg30; treatment description=Interferon gamma treatment - 30 minutes (Snyder); antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000657; replicate=1; original_filename=GSM935388_hg19_wgEncodeSydhTfbsK562Pol2Ifng30StdSig.bigWig
+GSM849324_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029C; labexpid=K03; replicate=3; replicate description=tier 3; original_filename=GSM849324_hg19_wgEncodeRikenCageHuvecCytosolPapMinusSignalRep3.bigWig
+GSM803336_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1400; labexpid=SL1060; replicate=1; replicate description=tier 1; original_filename=GSM803336_hg19_wgEncodeHaibTfbsHepg2Tcf12Pcr1xRawRep1.bigWig
+GSM803407_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=TAF7_(SC-101167); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant TAF II p55 (TAF7) of human origin.; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5. The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors. This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators. The protein is required for transcription by promoters targeted by RNA polymerase II (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101167; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3274; replicate=1; replicate description=tier 1; original_filename=GSM803407_hg19_wgEncodeHaibTfbsK562Taf7sc101167V0416101RawRep2.bigWig
+GSM736616_1	cell=AG09309; cell organism=Human; cell description=Adult human toe fibroblast; cell lineage=mesoderm; cell sex=F; replicate=2; original_filename=GSM736616_hg19_wgEncodeUwDnaseAg09309RawRep2.bigWig
+GSM803481_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL817; replicate=1; replicate description=tier 1; original_filename=GSM803481_hg19_wgEncodeHaibTfbsGm12891RxlchPcr1xRawRep1.bigWig
+GSM849339_6	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0137C; labexpid=I40; labversion=Delve version 0.9; original_filename=GSM849339_hg19_wgEncodeRikenCageK562CytosolPapPlusSignalRep2.bigWig
+GSM758559_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003WC,004WC; labexpid=LID16629,LID16630; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758559_wgEncodeCshlLongRnaSeqGm12878CellPapPlusRawSigRep1.bigWig
+GSM803462_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL294; replicate=1; replicate description=tier 1; original_filename=GSM803462_hg19_wgEncodeHaibTfbsHepg2RxlchPcr2xRawRep2.bigWig
+GSM977033_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=051WC; labexpid=LID47243; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977033_hg19_wgEncodeCshlShortRnaSeqHvmf60912033CellShorttotalTapMinusRep1.bigWig
+GSM945224_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Monocytes-CD14+_RO01746; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), Monocytes-CD14+_RO01746 and Monocytes-CD14+_RO01826 are being used as replicates, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002169; labexpid=DS18980; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945224_hg19_wgEncodeUwHistoneMonocd14ro1746InputStdRawRep1.bigWig
+GSM803418_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3929; replicate=1; replicate description=tier 1; original_filename=GSM803418_hg19_wgEncodeHaibTfbsHepg2Zbtb33V0416101RawRep1.bigWig
+GSM803350_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL291; replicate=1; replicate description=tier 1; original_filename=GSM803350_hg19_wgEncodeHaibTfbsGm12878SrfPcr2xRawRep1.bigWig
+GSM945325_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=diffProtA_2d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 2 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002543; labexpid=DS14645; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945325_hg19_wgEncodeUwHistoneH7esH3k27me3StdDiffa2dRawRep2.bigWig
+GSM935374_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TR4; antibody antibodydescription=Rabbit polyclonal. Antibody Target: TR4; antibody targetdescription=(Also: NR2C2) Members of the nuclear hormone receptor family, such as NR2C2, act as ligand-activated transcription factors. The proteins have an N-terminal transactivation domain, a central DNA-binding domain with 2 zinc fingers, and a ligand-binding domain at the C terminus.; antibody vendorname=Donated by Dr. J.D.Engel, University of Michigan; antibody vendorid=TR4; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Fragmented using Bioruptor, precipitated with protein A agarose beads,; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935374_hg19_wgEncodeSydhTfbsK562Tr4UcdSig.bigWig
+GSM749680_1	cell=AG09309; cell organism=Human; cell description=adult toe fibroblast from apparently healthy 21 year old; cell karyotype=7% of the cells examined showing random chromosome loss/gain -Coriell; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749680_hg19_wgEncodeUwTfbsAg09309CtcfStdRawRep2.bigWig
+GSM973669_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C,088C; labexpid=LID46102,LID46103; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973669_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalCiptapMinusRep3.bigWig
+GSM923447_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labexpid=DS17625; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923447_hg19_wgEncodeUwRepliSeqImr90S1PctSignalRep1.bigWig
+GSM736600_1	cell=HCT-116; cell organism=Human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; replicate=1; original_filename=GSM736600_hg19_wgEncodeUwDnaseHct116RawRep1.bigWig
+GSM977033_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=051WC; labexpid=LID47243; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977033_hg19_wgEncodeCshlShortRnaSeqHvmf61004013CellShorttotalTapPlusRep2.bigWig
+GSM767844_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001N; labexpid=LID9195; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767844_wgEncodeCshlLongRnaSeqK562NucleusLongnonpolyaPlusRawSigRep1.bigWig
+GSM935561_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=USF2; antibody antibodydescription=Mouse monoclonal. Immunogen corresponds to amino acids 1-101 of Human USF2. Antibody Target: USF2; antibody targetdescription=Encodes a member of the basic helix-loop-helix leucine zipper family. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs (5'-CACGTG-3').; antibody vendorname=abcam; antibody vendorid=ab60931; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000633; replicate=1; original_filename=GSM935561_hg19_wgEncodeSydhTfbsHelas3Usf2IggmusSig.bigWig
+GSM977049_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HPC-PL; cell organism=human; cell description=Undifferentiated Pericytes from HPC-PL_0032601.13 and HPC-PL_0101504.13; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=071WC,072WC; labexpid=LID47517,LID47518; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977049_hg19_wgEncodeCshlShortRnaSeqHpcplCellTapMinusRep1.bigWig
+GSM733773_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733773_hg19_wgEncodeBroadHistoneH1hescH3k9acStdSig.bigWig
+GSM945194_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002544; labexpid=DS14110; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945194_hg19_wgEncodeUwHistoneH7esInputStdDiffa5dRawRep1.bigWig
+GSM733724_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733724_hg19_wgEncodeBroadHistoneHmecCtcfStdSig.bigWig
+GSM803389_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL673; replicate=1; replicate description=tier 1; original_filename=GSM803389_hg19_wgEncodeHaibTfbsGm12878Tcf12Pcr1xRawRep1.bigWig
+GSM958730_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11011; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958730_hg19_wgEncodeCaltechRnaSeqGm12878R1x75dTh1014UMinusRawRep2V4.bigWig
+GSM736525_1	cell=GM12864; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; replicate=1; original_filename=GSM736525_hg19_wgEncodeUwDnaseGm12864RawRep1.bigWig
+GSM765393_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025NL; labexpid=LID9187; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765393_wgEncodeCshlLongRnaSeqK562NucleolusTotalPlusRawSigRep4.bigWig
+GSM935272_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=MAZ_(ab85725); antibody antibodydescription=Rabbit polyclonal, immunogen is synthetic peptide, corresponding to a region within amino acids 427-477 of Human MAZ, GenBank BAA33064.1. Antibody Target: MAZ; antibody targetdescription=May function as a transcription factor with dual roles in transcription initiation and termination. Binds to two sites, ME1a1 and ME1a2, within the MYC promoter having greater affinity for the former. Also binds to multiple G/C-rich sites within the promoter of the Sp1 family of transcription factors.; antibody vendorname=Abcam; antibody vendorid=ab85725; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935272_hg19_wgEncodeSydhTfbsHelas3Mazab85725IggrabSig.bigWig
+GSM849360_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0121C; labexpid=J56; original_filename=GSM849360_hg19_wgEncodeRikenCageHelas3CytosolPamPlusSignal.bigWig
+GSM977038_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HFDPC; cell organism=human; cell description=Follicle Dermal Papilla Cells from two individuals, HFDPC_0100503.2 and HFDPC_0102703.3 from lateral scalp (brown, blond); cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=062WC; labexpid=LID47478; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977038_hg19_wgEncodeCshlShortRnaSeqHfdpc01027033CellTapPlusRep1.bigWig
+GSM977046_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HWP; cell organism=human; cell description=Undifferentiated White Preadipocytes from two individuals, HWP_0092205 and HWP_8120201.5, subcutaneous adipose tissue from abdomen / upper arm; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=079WC,080WC; labexpid=LID47609,LID47610; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977046_hg19_wgEncodeCshlShortRnaSeqHwpCellTapMinusRep1.bigWig
+GSM831037_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A301.772A; original_filename=GSM831037_H1_PHF8.bw
+GSM816635_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816635_hg19_wgEncodeOpenChromDnaseNhekSig.bigWig
+GSM605632_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025CH; labexpid=LID8930; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605632_hg19_wgEncodeCshlShortRnaSeqK562ChromatinShorttotalTapMinusRawRep4.bigWig
+GSM923448_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; labexpid=DS8837; phase=G1; phase description=Flow sorted, G1 phase corresponds to the first DNA content window; replicate=1; original_filename=GSM923448_hg19_wgEncodeUwRepliSeqK562S4PctSignalRep1.bigWig
+GSM822291_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822291_hg19_wgEncodeOpenChromChipHepg2CmycSig.bigWig
+GSM945283_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BE2_C; cell organism=human; cell description=neuroblastoma, BE-C is a clone of the SK-N-BE neuroblastoma cell line (see ATCC CRL-2271) that was established in November of 1972 from a bone marrow biopsy taken from a 2-year-old individual with disseminated neuroblastoma after repeated courses of chemotherapy and radiotherapy.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001892; labexpid=DS18306; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945283_hg19_wgEncodeUwHistoneBe2cInputStdRawRep1.bigWig
+GSM897075_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=029N; labexpid=LID21056; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897075_hg19_wgEncodeCshlShortRnaSeqHuvecNucleusShorttotalTapPlusRawRep3.bigWig
+GSM822310_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822310_hg19_wgEncodeOpenChromChipK562CmycSig.bigWig
+GSM736601_1	cell=HCFaa; cell organism=Human; cell description=Human Cardiac Fibroblasts-Adult Atrial; cell sex=F; replicate=2; original_filename=GSM736601_hg19_wgEncodeUwDnaseHcfaaRawRep2.bigWig
+GSM849354_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=polysome; localization description=Strand of mRNA with ribosomes attached; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0152P; labexpid=I32; labversion=Delve version 0.9; original_filename=GSM849354_hg19_wgEncodeRikenCageK562PolysomePamMinusSignal.bigWig
+GSM733714_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733714_hg19_wgEncodeBroadHistoneK562H3k36me3StdSig.bigWig
+GSM736575_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736575_hg19_wgEncodeUwDnaseHuvecRawRep1.bigWig
+GSM897083_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=021WC; labexpid=LID20749; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897083_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalTapPlusRawRep2.bigWig
+GSM749737_1	cell=HRE; cell organism=Human; cell description=Human Renal Epithelial cells (normal); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749737_hg19_wgEncodeUwTfbsHreCtcfStdRawRep2.bigWig
+GSM777639_1	lab=UChicago; lab description=White - University of Chicago; data type=ChipSeq; data type description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=eGFP-JunD; antibody antibody description=Goat polyclonal; antibody target description=JunD; antibody vendor name=Kevin White; antibody vendor id=(None); control=Control_eGFP-JunD; control description=This data represents a control being compared to experiments using antibody eGFP-JunD; control=Control_eGFP-JunD; control description=This data represents a control being compared to experiments using antibody eGFP-JunD; control id=K562/Input/Control_eGFP-JunD; replicate=1; replicate description=tier 1; original_filename=GSM777639_wgEncodeUchicagoTfbsK562EjundControlSig.bigWig
+GSM767853_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003N; labexpid=LID9197; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767853_wgEncodeCshlLongRnaSeqGm12878NucleusLongnonpolyaMinusRawSigRep1.bigWig
+GSM736583_1	cell=AoAF; cell organism=Human; cell description=Normal Human Aortic Adventitial Fibroblast Cells; cell sex=F; replicate=1; original_filename=GSM736583_hg19_wgEncodeUwDnaseAoafRawRep1.bigWig
+GSM733682_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733682_hg19_wgEncodeBroadHistoneHelas3H3k4me3StdSig.bigWig
+GSM945232_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRE; cell organism=human; cell description=renal epithelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000467; labexpid=DS12234; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945232_hg19_wgEncodeUwHistoneHreH3k36me3StdRawRep1.bigWig
+GSM733647_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733647_hg19_wgEncodeBroadHistoneHmecH4k20me1StdSig.bigWig
+GSM816643_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816643_hg19_wgEncodeOpenChromDnaseHelas3BaseOverlapSignal.bigWig
+GSM803512_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin.; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL1519; replicate=1; replicate description=tier 1; original_filename=GSM803512_hg19_wgEncodeHaibTfbsH1hescAtf3V0416102RawRep2.bigWig
+GSM822279_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822279_hg19_wgEncodeOpenChromChipHuvecCtcfBaseOverlapSignal.bigWig
+GSM733761_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733761_hg19_wgEncodeBroadHistoneHsmmH3k4me1StdSig.bigWig
+GSM945282_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=LNCaP; cell organism=human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001897; labexpid=DS18326; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945282_hg19_wgEncodeUwHistoneLncapInputStdRawRep1.bigWig
+GSM758572_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003WC,004WC; labexpid=LID8661,LID8662; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758572_wgEncodeCshlLongRnaSeqGm12878CellLongnonpolyaPlusRawSigRep2.bigWig
+GSM849028_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HPF; cell organism=human; cell description=pulmonary fibroblasts isolated from lung tissue; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849028_hg19_wgEncodeUwDgfHpfRaw.bigWig
+GSM897073_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=005WC; labexpid=LID20905; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897073_hg19_wgEncodeCshlShortRnaSeqH1hescCellShorttotalTapMinusRawRep2.bigWig
+GSM822273_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822273_hg19_wgEncodeOpenChromChipHelas3Pol2Sig.bigWig
+GSM935618_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; original_filename=GSM935618_hg19_wgEncodeSydhTfbsK562InputIggrabSig.bigWig
+GSM849341_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0110N; labexpid=J59; original_filename=GSM849341_hg19_wgEncodeRikenCageGm12878NucleusPamPlusSignalRep1.bigWig
+GSM897072_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=006C; labexpid=LID20908; readtype=1x36; readtype description=Single 36 nt reads; replicate=2; original_filename=GSM897072_hg19_wgEncodeCshlShortRnaSeqH1hescCytosolShorttotalTapMinusRawRep2.bigWig
+GSM803479_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL592; labexpid=SL592; replicate=1; replicate description=tier 1; original_filename=GSM803479_hg19_wgEncodeHaibTfbsHelas3RxlchPcr1xRawRep1.bigWig
+GSM736524_1	cell=HFF-Myc; cell organism=human; cell description=Human Foreskin Fibroblast Cells Expressing Canine cMyc; cell karyotype=Normal (cMyc); cell lineage=Fibroblast; cell sex=M; replicate=1; original_filename=GSM736524_hg19_wgEncodeUwDnaseHffmycRawRep1.bigWig
+GSM803516_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=YY1; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=YIN YANG 1 transcription factor belongs to the GLI-Kruppel class of zinc finger proteins.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1703; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1783; labexpid=SL2132; replicate=1; replicate description=tier 1; original_filename=GSM803516_hg19_wgEncodeHaibTfbsGm12892Yy1V0416101RawRep2.bigWig
+GSM831030_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A301.341A; original_filename=GSM831030_H1_HDAC6.bw
+GSM958730_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11011; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958730_hg19_wgEncodeCaltechRnaSeqGm12878R1x75dTh1014UMinusRawRep1V4.bigWig
+GSM945854_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; replicate=1; original_filename=GSM945854_hg19_wgEncodeSydhHistoneMcf7H3k27acUcdSig.bigWig
+GSM977035_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HAoAF; cell organism=human; cell description=Aortic Adventitial Fibroblasts from two individuals, HAoAF_6090101.11 and HAoAF_6111301.9 from tunica adventitia; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=056WC; labexpid=LID47434; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977035_hg19_wgEncodeCshlShortRnaSeqHaoaf609010111CellTapMinusRep2.bigWig
+GSM923442_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9795; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923442_hg19_wgEncodeUwRepliSeqMcf7S3PctSignalRep1.bigWig
+GSM849334_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013N; labexpid=J98; replicate=1; replicate description=tier 1; original_filename=GSM849334_hg19_wgEncodeRikenCageHepg2NucleusPapPlusSignalRep1.bigWig
+GSM803536_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1882; labexpid=SL1176; replicate=1; replicate description=tier 1; original_filename=GSM803536_hg19_wgEncodeHaibTfbsEcc1Pol2V0416102Dm002p1hRawRep2.bigWig
+GSM749755_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749755_hg19_wgEncodeUwTfbsHmecInputStdRawRep1.bigWig
+GSM758561_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=017WC,018WC; labexpid=LID8965,LID8966; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758561_wgEncodeCshlLongRnaSeqAg04450CellPapMinusRawSigRep2.bigWig
+GSM945216_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=RPTEC; cell organism=human; cell description=renal proximal tubule epithelial cells; cell karyotype=normal; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002045; labexpid=DS18340; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945216_hg19_wgEncodeUwHistoneRptecH3k04me3StdRawRep1.bigWig
+GSM977032_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=091NL,092NL; labexpid=LID47653,LID47654; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977032_hg19_wgEncodeCshlShortRnaSeqGm12878NucleolusTapMinusRawRep3.bigWig
+GSM788071_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (Ntera2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K27me3B; antibody antibodydescription=rabbit monoclonal; antibody targetdescription=Histone H3 (tri-methyl K27) marks repressed chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9733S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; replicate=1; replicate description=tier 1; original_filename=GSM788071_wgEncodeSydhHistoneNt2d1H3k27me3bUcdSig.bigWig
+GSM849351_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0125C; labexpid=I42; labversion=Delve version 0.9; original_filename=GSM849351_hg19_wgEncodeRikenCageHepg2CytosolPamMinusSignal.bigWig
+GSM758574_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=006N; labexpid=LID8558; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758574_wgEncodeCshlLongRnaSeqH1hescNucleusPapPlusRawSigRep2.bigWig
+GSM803449_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL981; replicate=1; replicate description=tier 1; original_filename=GSM803449_hg19_wgEncodeHaibTfbsHepg2Zbtb33Pcr1xRawRep1.bigWig
+GSM767847_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=011WC; labexpid=LID8790; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767847_wgEncodeCshlLongRnaSeqHelas3CellLongnonpolyaMinusRawSigRep1.bigWig
+GSM767857_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=029N; labexpid=LID9206; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767857_wgEncodeCshlLongRnaSeqHuvecNucleusLongnonpolyaPlusRawSigRep4.bigWig
+GSM733659_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Control; original_filename=GSM733659_hg19_wgEncodeBroadHistoneHelas3ControlStdSig.bigWig
+GSM758567_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013WC,014WC; labexpid=LID8792,LID8793; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758567_wgEncodeCshlLongRnaSeqHepg2CellLongnonpolyaPlusRawSigRep1.bigWig
+GSM816626_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=FibroP; cell organism=human; cell description=normal fibroblasts taken from individuals with Parkinson's disease, AG20443, AG08395 and AG08396 were pooled for this sample; cell karyotype=normal; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816626_hg19_wgEncodeOpenChromDnaseFibropBaseOverlapSignal.bigWig
+GSM958737_4	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10947; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958737_hg19_wgEncodeCaltechRnaSeqH1hescR1x75dTh1014UPlusRawRep2V4.bigWig
+GSM945196_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000463; labexpid=DS12182; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945196_hg19_wgEncodeUwHistoneGm12878H3k27me3StdRawRep2.bigWig
+GSM749753_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749753_hg19_wgEncodeUwTfbsHmecCtcfStdRawRep1.bigWig
+GSM897078_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=027C; labexpid=LID21002; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897078_hg19_wgEncodeCshlShortRnaSeqNhekCytosolShorttotalTapPlusRawRep3.bigWig
+GSM958728_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10565; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958728_hg19_wgEncodeCaltechRnaSeqGm12878R2x75Th1014Il200SigRep2V4.bigWig
+GSM945268_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Jurkat; cell organism=human; cell description=T lymphoblastoid derived from an acute T cell leukemia, The Jurkat cell line was established from the peripheral blood of a 14 year old boy by Schneider et al., and was originally designated JM. - ATCC. (PMID: 68013); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000966; labexpid=DS16193; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945268_hg19_wgEncodeUwHistoneJurkatInputStdRawRep1.bigWig
+GSM923445_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; labexpid=DS9947; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923445_hg19_wgEncodeUwRepliSeqNhekS1PctSignalRep1.bigWig
+GSM733694_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733694_hg19_wgEncodeBroadHistoneHepg2H4k20me1StdSig.bigWig
+GSM864344_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Hypoxia_LacAcid; treatment description=24 h with 1% p02 and 10mM Lactate, pH 6.7; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864344_hg19_wgEncodeOpenChromFaireMcf7HypoxlacBaseOverlapSignal.bigWig
+GSM923453_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BG02ES; cell organism=human; cell description=embryonic stem cell (hESC), BG02, treatment: H9 conditioned medium; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; labexpid=DS9027; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923453_hg19_wgEncodeUwRepliSeqBg02esS1PctSignalRep1.bigWig
+GSM803513_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL1657; replicate=1; replicate description=tier 1; original_filename=GSM803513_hg19_wgEncodeHaibTfbsH1hescYy1sc281V0416102RawRep1.bigWig
+GSM733750_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; antibody=Control; original_filename=GSM733750_hg19_wgEncodeBroadHistoneNhdfadControlStdSig.bigWig
+GSM767855_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=037WC; labexpid=LID9007; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767855_wgEncodeCshlLongRnaSeqBjCellLongnonpolyaMinusRawSigRep2.bigWig
+GSM973669_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C,088C; labexpid=LID46102,LID46103; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973669_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalCiptapPlusRep4.bigWig
+GSM945300_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000472; labexpid=DS12078; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945300_hg19_wgEncodeUwHistoneNhekH3k27me3StdRawRep1.bigWig
+GSM803505_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1197; replicate=1; replicate description=tier 1; original_filename=GSM803505_hg19_wgEncodeHaibTfbsK562Sp1Pcr1xRawRep1.bigWig
+GSM736590_1	cell=AG04449; cell organism=Human; cell description=Fetal buttock/thigh fibroblast; cell lineage=mesoderm; cell sex=M; replicate=2; original_filename=GSM736590_hg19_wgEncodeUwDnaseAg04449RawRep2.bigWig
+GSM973673_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N,046N; labexpid=LID45886,LID45887; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973673_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalCiptapMinusRep1.bigWig
+GSM945204_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000453; labexpid=DS12194; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945204_hg19_wgEncodeUwHistoneBjH3k27me3StdRawRep1.bigWig
+GSM788078_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U2OS; cell organism=human; cell description=Osteosarcoma from the tibia of a 15 year old human female, J. Ponten and E. Saksela derived this line (originally 2T) in 1964 from a moderately differentiated sarcoma, viruses were not detected during co-cultivation with WI-38 cells or in CF tests against SV40, RSV or adenoviruses, mycoplasma contamination was detected and eliminated in 1972. (PMID: 6081590); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000916; replicate=1; replicate description=tier 1; original_filename=GSM788078_wgEncodeSydhHistoneU2osH3k9me3UcdSig.bigWig
+GSM765391_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=023WC; labexpid=LID8826; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765391_wgEncodeCshlLongRnaSeqHsmmCellLongnonpolyaMinusRawSigRep2.bigWig
+GSM777638_1	lab=UChicago; lab description=White - University of Chicago; data type=ChipSeq; data type description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=eGFP-JunB; antibody antibody description=Goat polyclonal; antibody target description=JunB; antibody vendor name=Kevin White; antibody vendor id=(None); control=Control_eGFP-JunB; control description=This data represents a control being compared to experiments using antibody eGFP-JunB; control=Control_eGFP-JunB; control description=This data represents a control being compared to experiments using antibody eGFP-JunB; control id=K562/Input/Control_eGFP-JunB; replicate=1; replicate description=tier 1; original_filename=GSM777638_wgEncodeUchicagoTfbsK562EjunbControlSig.bigWig
+GSM923447_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labexpid=DS17625; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923447_hg19_wgEncodeUwRepliSeqImr90S2PctSignalRep1.bigWig
+GSM923433_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_1nM; treatment description=1 h with 1 nM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1258; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923433_hg19_wgEncodeHaibRnaSeqA549Dex1nmRawRep1.bigWig
+GSM836272_1	cells=K562; shRNA expression=no; treatment=Puromycin; original_filename=GSM836272_SL5265.bw
+GSM977047_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEM_M2; cell organism=human; cell description=Epidermal Melanocytes (adult) from two individuals, NHEM_M2_7011001.2 and NHEM_M2_7012303 from cheek / temple; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=083WC,084WC; labexpid=LID47613,LID47614; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977047_hg19_wgEncodeCshlShortRnaSeqNhemm2CellTapMinusRep2.bigWig
+GSM822306_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822306_hg19_wgEncodeOpenChromChipHuvecPol2BaseOverlapSignal.bigWig
+GSM958750_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11621; labversion=myoblast; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958750_hg19_wgEncodeCaltechRnaSeqLhcnm2R2x75Th1014Il200USigRep1V4.bigWig
+GSM897078_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=027C; labexpid=LID21002; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897078_hg19_wgEncodeCshlShortRnaSeqNhekCytosolShorttotalTapMinusRawRep3.bigWig
+GSM977035_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HAoAF; cell organism=human; cell description=Aortic Adventitial Fibroblasts from two individuals, HAoAF_6090101.11 and HAoAF_6111301.9 from tunica adventitia; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=056WC; labexpid=LID47434; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977035_hg19_wgEncodeCshlShortRnaSeqHaoaf61113019CellTapMinusRep1.bigWig
+GSM765395_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=019WC; labexpid=LID8967; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765395_wgEncodeCshlLongRnaSeqSknshraCellPapMinusRawSigRep1.bigWig
+GSM803427_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1158; replicate=1; replicate description=tier 1; original_filename=GSM803427_hg19_wgEncodeHaibTfbsH1hescTcf12Pcr1xRawRep2.bigWig
+GSM733759_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Pol2(b); antibody description=mouse monoclonal, clone CTD4H8; antibody target description=RNA polymerase II. Is responsible for RNA transcription. It is generally enriched at 5' gene ends, probably due to higher rate of occupancy associated with transition from initiation to elongation.; antibody vendor name=Covance; original_filename=GSM733759_hg19_wgEncodeBroadHistoneHelas3Pol2bStdSig.bigWig
+GSM935421_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (NTera-2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; original_filename=GSM935421_hg19_wgEncodeSydhTfbsNt2d1InputUcdSig.bigWig
+GSM973682_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089N; labexpid=LID47164; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973682_hg19_wgEncodeCshlShortRnaSeqMcf7NucleusShorttotalTapPlusRep3.bigWig
+GSM736612_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; replicate=1; original_filename=GSM736612_hg19_wgEncodeUwDnaseNhlfRawRep1.bigWig
+GSM803402_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SP2_(SC-643); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin.; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors.  Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins.  It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-643; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2951; replicate=1; replicate description=tier 1; original_filename=GSM803402_hg19_wgEncodeHaibTfbsK562Sp2sc643V0416102RawRep1.bigWig
+GSM765386_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003N; labexpid=LID8532; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765386_wgEncodeCshlLongRnaSeqGm12878NucleusPapMinusRawSigRep2.bigWig
+GSM803484_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL969; labexpid=SL979; replicate=1; replicate description=tier 1; original_filename=GSM803484_hg19_wgEncodeHaibTfbsH1hescPol24h8V0416102RawRep2.bigWig
+GSM849327_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=009WC; labexpid=J78; replicate=1; replicate description=tier 1; original_filename=GSM849327_hg19_wgEncodeRikenCageHuvecCellPapPlusSignalRep1.bigWig
+GSM803495_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL2910; replicate=1; replicate description=tier 1; original_filename=GSM803495_hg19_wgEncodeHaibTfbsSknshraP300V0416102RawRep2.bigWig
+GSM736511_1	cell=HMVEC-LBl; cell organism=Human; cell description=Normal Human Blood Microvascular Endothelial Cells, Lung-Derived; cell sex=F; replicate=2; original_filename=GSM736511_hg19_wgEncodeUwDnaseHmveclblRawRep2.bigWig
+GSM935630_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=CEBPB; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002819; replicate=1; original_filename=GSM935630_hg19_wgEncodeSydhTfbsA549CebpbIggrabSig.bigWig
+GSM945313_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000472; labexpid=DS11542; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945313_hg19_wgEncodeUwHistoneNhekInputStdRawRep1.bigWig
+GSM935273_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM19099; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000778; labversion=remapped from hg18, Data paired with GM19099_IgG_Control; replicate=1; original_filename=GSM935273_hg19_wgEncodeSydhTfbsGm19099NfkbTnfaIggrabSig.bigWig
+GSM749695_1	cell=AG04449; cell organism=Human; cell description=fetal buttock/thigh fibroblast; cell karyotype=normal; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749695_hg19_wgEncodeUwTfbsAg04449CtcfStdRawRep1.bigWig
+GSM935277_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TBP; antibody antibodydescription=Mouse monoclonal. Immunogen is synthetic peptide conjugated to KLH derived from within residues 1 - 100 of HumanTATA binding protein TBP. Antibody Target: TBP; antibody targetdescription=General transcription factor that functions at the core of the DNA-binding multiprotein factor TFIID. Binding of TFIID to the TATA box is the initial transcriptional step of the pre-initiation complex (PIC), playing a role in the activation of eukaryotic genes transcribed by RNA polymerase II. Component of the transcription factor SL1/TIF-IB complex, which is involved in the assembly of the PIC (preinitiation complex) during RNA polymerase I-dependent transcription.; antibody vendorname=abcam; antibody vendorid=ab62126; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935277_hg19_wgEncodeSydhTfbsGm12878TbpIggmusSig.bigWig
+GSM816632_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816632_hg19_wgEncodeOpenChromDnaseH1hescBaseOverlapSignal.bigWig
+GSM923451_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9806; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923451_hg19_wgEncodeUwRepliSeqGm12878S2PctSignalRep1.bigWig
+GSM849025_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=SAEC; cell organism=human; cell description=small airway epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849025_hg19_wgEncodeUwDgfSaecSig.bigWig
+GSM803403_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=FOXA2_(SC-6554); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of FOXA2 of human origin.; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5.  The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors.  This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators.  The protein is required for transcription by promoters targeted by RNA polymerase II. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6554; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL2196; replicate=1; replicate description=tier 1; original_filename=GSM803403_hg19_wgEncodeHaibTfbsHepg2Foxa2sc6554V0416101RawRep1.bigWig
+GSM849329_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0104C; labexpid=I27; labversion=Delve version 0.9; original_filename=GSM849329_hg19_wgEncodeRikenCageGm12878CytosolPamPlusSignal.bigWig
+GSM944526_2	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=T7Tag; antibody antibodydescription=1) Mil AB3790 Anti-t7 Epitope tag, T7 (MASMTGGQQMG) 2) Novagen 69522 Negative Control Ab (T7 Tag Mouse Monoclonal). Antibody Target: T7Tag; antibody targetdescription=Negative Control Ab (T7 Tag Mouse Monoclonal).; antibody vendorname=1)Millipore; 2)Novagen; antibody vendorid=AB3790; Nov_69522; labversion=Nov_69522 antibody; replicate=1; original_filename=GSM944526_hg19_wgEncodeSunyRipSeqK562T7tagSigRep2.bigWig
+GSM765388_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=015WC; labexpid=LID8686; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765388_wgEncodeCshlLongRnaSeqMcf7CellPapMinusRawSigRep2.bigWig
+GSM935331_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SIN3A_(NB600-1263); antibody antibodydescription=Rabbit polyclonal, Immunogen: Synthetic peptide: MKRRLDDQESDVYAAQQRR, corresponding to amino acids 1-19 of Mouse mSin3A. Antibody Target: SIN3A (NB600-1263); antibody targetdescription=Mammalian Sin 3 (mSin 3) is closely related to the yeast SIN3 repressor protein involved in the transcriptional repression of many genes. Containing 4 paired amphipathic helix domains (PAH domains), mSin 3A and mSin 3B have been shown to directly interact with several other transcriptional repressor proteins including HDAC 1, HDAC 2, RbAp 46, the methyl CpG binding protein MeCP 2, the Mad/Max heterodimer, and the corepressors silencing mediator of retinoic acid &amp; thyroid hormone receptor (SMRT) and nuclear receptor corepressor (N-CoR).; antibody vendorname=Novus Biologicals; antibody vendorid=NB600-1263; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935331_hg19_wgEncodeSydhTfbsGm12878Sin3anb6001263IggmusSig.bigWig
+GSM973689_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N; labexpid=LID46960; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973689_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalTapPlusRep4.bigWig
+GSM803520_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3162; replicate=1; replicate description=tier 1; original_filename=GSM803520_hg19_wgEncodeHaibTfbsK562SrfV0416101RawRep2.bigWig
+GSM977051_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSaVEC; cell organism=human; cell description=Saphenous Vein Endothelial Cells from two individuals, HSaVEC_9100101.15 and HSaVEC_0022202.16 from thigh; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=093WC,094WC; labexpid=LID47615,LID47616; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977051_hg19_wgEncodeCshlShortRnaSeqHsavecCellTapMinusRep2.bigWig
+GSM816628_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Chorion; cell organism=human; cell description=chorion cells (outermost of two fetal membranes), fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes.; cell karyotype=unknown; cell lineage=extraembryonic mesoderm, trophectoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816628_hg19_wgEncodeOpenChromDnaseChorionSig.bigWig
+GSM945266_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000964; labexpid=DS16190; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945266_hg19_wgEncodeUwHistoneHvmfInputStdRawRep1.bigWig
+GSM935336_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ARID3A_(sc-8821); antibody antibodydescription=affinity purified goat polyclonal antibody raised against a peptide mapping at the N-terminus of ARID3A of human origin. Antibody Target: ARID3A; antibody targetdescription=This gene encodes a member of the ARID (AT-rich interaction domain) family of DNA binding proteins. It was found by homology to the Drosophila dead ringer gene, which is important for normal embryogenesis. Other ARID family members have roles in embryonic patterning, cell lineage gene regulation, cell cycle control, transcriptional regulation, and possibly in chromatin structure modification. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8821; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935336_hg19_wgEncodeSydhTfbsK562Arid3asc8821IggrabSig.bigWig
+GSM758577_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001WC,002WC; labexpid=LID8659,LID8660; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758577_wgEncodeCshlLongRnaSeqK562CellLongnonpolyaMinusRawSigRep1.bigWig
+GSM803382_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=FOSL1_(SC-183); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of FOSL1 of human origin.; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2.  These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1.  As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-183; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2692; replicate=1; replicate description=tier 1; original_filename=GSM803382_hg19_wgEncodeHaibTfbsH1hescFosl1sc183V0416102RawRep1.bigWig
+GSM945211_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000470; labexpid=DS12207; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945211_hg19_wgEncodeUwHistoneHepg2H3k36me3StdRawRep1.bigWig
+GSM765400_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027C; labexpid=LID8795; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765400_wgEncodeCshlLongRnaSeqNhekCytosolPapPlusRawSigRep3.bigWig
+GSM935522_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18505; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000730; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded. Data paired with GM18505_IgG_Control.; replicate=1; original_filename=GSM935522_hg19_wgEncodeSydhTfbsGm18505Pol2IggmusSig.bigWig
+GSM935403_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; replicate=1; original_filename=GSM935403_hg19_wgEncodeSydhTfbsImr90MafkIggrabSig.bigWig
+GSM803351_5	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL516; replicate=1; replicate description=tier 1; original_filename=GSM803351_hg19_wgEncodeHaibTfbsGm12878RxlchPcr1xRawRep5.bigWig
+GSM803541_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=Genistein_100nM; treatment description=1 h with 100 nM Genistein   (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1034; labexpid=SL1049; replicate=1; replicate description=tier 1; original_filename=GSM803541_hg19_wgEncodeHaibTfbsEcc1EralphaaV0416102Gen1hRawRep1.bigWig
+GSM945169_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000930; labexpid=DS15909; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945169_hg19_wgEncodeUwHistoneAg04450InputStdRawRep1.bigWig
+GSM935652_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=NF-E2_(SC-22827); antibody antibodydescription=Rabbit Polyclonal, epitope: 1-230 mapping at the N-terminus of NF-E2 of human origin. Antibody Target: NF-E2; antibody targetdescription=Transcription factor NF-E2 45 kDa subunit is a component of the NF-E2 complex and essential for regulating erythroid and megakaryocytic maturation and differentiation. Binds to the hypersensitive site 2 (HS2) of the beta-globin control region (LCR). This subunit (NFE2)recognizes the TCAT/C sequence of the AP-1-like core palindrome present in a number of erythroid and megakaryocytic gene promoters. Requires MAFK or other small MAF proteins for binding to the NF-E2 motif. May play a role in all aspects of hemoglobin production from globin and heme synthesis to procurement of iron. NFE2 has been shown to interact with CREB binding protein.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22827; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935652_hg19_wgEncodeSydhTfbsGm12878Nfe2sc22827StdSig.bigWig
+GSM977036_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HOB; cell organism=human; cell description=Undifferentiated Osteoblasts from two individuals, HOB_0090202.1 and HOB_0091301 from femoral head; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=054WC; labexpid=LID47432; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977036_hg19_wgEncodeCshlShortRnaSeqHobCellTapMinusRawRep1.bigWig
+GSM849368_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003WC; labexpid=J72; replicate=1; replicate description=tier 1; original_filename=GSM849368_hg19_wgEncodeRikenCageGm12878CellPapPlusSignalRep2.bigWig
+GSM749715_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749715_hg19_wgEncodeUwTfbsHepg2CtcfStdRawRep1.bigWig
+GSM803338_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-55706; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1394; labexpid=SL1061; replicate=1; replicate description=tier 1; original_filename=GSM803338_hg19_wgEncodeHaibTfbsGm12878Six5Pcr1xRawRep1.bigWig
+GSM803338_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-55706; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1394; labexpid=SL1061; replicate=1; replicate description=tier 1; original_filename=GSM803338_hg19_wgEncodeHaibTfbsGm12878Six5Pcr1xRawRep2.bigWig
+GSM849358_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=017WC; labexpid=K12; replicate=1; replicate description=tier 1; original_filename=GSM849358_hg19_wgEncodeRikenCageAg04450CellPapPlusSignalRep1.bigWig
+GSM935415_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GCN5; antibody antibodydescription=Rabbit polyclonal anti-GCN5 antibody (2676), Immunogen&nbsp;: synthetic peptide coupled to Ovalbumin (sequence-MAEPSQAPTPAPAAQPRPLC). Antibody Target: GCN5; antibody targetdescription=KAT2A, or GCN5, is a histone acetyltransferase (HAT) that functions primarily as a transcriptional activator. Acetylation of histones gives a specific tag for epigenetic transcription activation. In case of HIV-1 infection, it is recruited by the viral protein Tat. Regulates Tat's transactivating activity and may help inducing chromatin remodeling of proviral genes. Component of the SAGA and ATAC complexes, complexes with histone acetyltransferase activities on histones H3 and H4; antibody vendorname=Laszlo Tora; antibody vendorid=Missing; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935415_hg19_wgEncodeSydhTfbsGm12878Gcn5StdSig.bigWig
+GSM803498_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL3639; replicate=1; replicate description=tier 1; original_filename=GSM803498_hg19_wgEncodeHaibTfbsSknshraYy1sc281V0416102RawRep2.bigWig
+GSM945175_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000472; labexpid=DS11559; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945175_hg19_wgEncodeUwHistoneNhekH3k4me3StdRawRep1.bigWig
+GSM977036_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HOB; cell organism=human; cell description=Undifferentiated Osteoblasts from two individuals, HOB_0090202.1 and HOB_0091301 from femoral head; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=054WC; labexpid=LID47432; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977036_hg19_wgEncodeCshlShortRnaSeqHob00902021CellShorttotalTapPlusRep2.bigWig
+GSM803486_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3176; replicate=1; replicate description=tier 1; original_filename=GSM803486_hg19_wgEncodeHaibTfbsHepg2Ctcfsc5916V0416101RawRep2.bigWig
+GSM945213_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM06990; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000455; labexpid=DS12192; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945213_hg19_wgEncodeUwHistoneGm06990H3k36me3StdRawRep1.bigWig
+GSM849349_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003C; labexpid=J84; replicate=1; replicate description=tier 1; original_filename=GSM849349_hg19_wgEncodeRikenCageGm12878CytosolPapMinusSignalRep1.bigWig
+GSM935645_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2(phosphoS2); antibody antibodydescription=Rabbit polyclonal against peptide conjugated to KLH derived from within residues 1600 - 1700 of S. cerevisiae RNA polymerase II CTD repeat YSPTSPS, phosphorylated at S2. Antibody Target: POL2S2; antibody targetdescription=RNA polymerase II, large subunit- specific for phosphorylated C-terminal domain.; antibody vendorname=Abcam; antibody vendorid=ab5095; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935645_hg19_wgEncodeSydhTfbsK562Pol2s2StdSig.bigWig
+GSM945284_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HPF; cell organism=human; cell description=pulmonary fibroblasts isolated from lung tissue; cell karyotype=normal; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000960; labexpid=DS16184; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945284_hg19_wgEncodeUwHistoneHpfH3k4me3StdRawRep1.bigWig
+GSM864359_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=IFNg4h; treatment description=Interferon gamma treatment - 4 hours with 5 ng/ml (Crawford); controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864359_hg19_wgEncodeOpenChromFaireHelas3Ifng4hBaseOverlapSignal.bigWig
+GSM897075_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=029N; labexpid=LID21056; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897075_hg19_wgEncodeCshlShortRnaSeqHuvecNucleusShorttotalTapMinusRawRep4.bigWig
+GSM803337_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=PAX5-C20; antibody antibodydescription=Goat polyclonal IgG, 200 ?g/ml. Epitope mapping at the C-terminus of Pax-5 of human origin. Recommended for detection of Pax-5 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA-binding motif, known as the paired box. PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1974; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1782; labexpid=SL1662; replicate=1; replicate description=tier 1; original_filename=GSM803337_hg19_wgEncodeHaibTfbsGm12891Pax5c20V0416101RawRep1.bigWig
+GSM935563_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF217; antibody antibodydescription=A rabbit polyclonal antibody raised against a recombinant ZNF217 protein corresponding to the 1562-2207 nucleotides from a human ZNF217 cDNA. Antibody Target: ZNF217; antibody targetdescription=ZNF217 is an important oncogene based on the high frequency of amplification and overexpression in many cancer types, but its molecular mode of gene regulation is poorly understood. ZNF217 has been purified in complexes that contain repressor proteins such as CtBP2, suggesting that it acts as a transcriptional repressor. ZNF217 contains seven C2H2 zinc finger domains and has been shown to bind to gene promoters; antibody vendorname=From the lab of Dr. Paul Yaswen; antibody vendorid=ZNF217; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; replicate=1; original_filename=GSM935563_hg19_wgEncodeSydhTfbsMcf7Znf217UcdSig.bigWig
+GSM973674_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087WC,088WC; labexpid=LID46098,LID46099; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973674_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalCiptapMinusRep3.bigWig
+GSM849338_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001N; labexpid=J91; replicate=1; replicate description=tier 1; original_filename=GSM849338_hg19_wgEncodeRikenCageK562NucleusPapPlusSignalRep1.bigWig
+GSM973691_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC,046WC; labexpid=LID45107,LID45110; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973691_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalPlusRep2.bigWig
+GSM977034_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHDF; cell organism=human; cell description=Dermal Fibroblasts from temple / breast; cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=050WC; labexpid=LID47242; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977034_hg19_wgEncodeCshlShortRnaSeqNhdf70717012CellShorttotalTapPlusRep1.bigWig
+GSM973674_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087WC,088WC; labexpid=LID46098,LID46099; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973674_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalCiptapPlusRep3.bigWig
+GSM749772_1	cell=AoAF; cell organism=Human; cell description=aortic adventitial fibroblast cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749772_hg19_wgEncodeUwTfbsAoafInputStdRawRep1.bigWig
+GSM733711_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733711_hg19_wgEncodeBroadHistoneHelas3H3k36me3StdSig.bigWig
+GSM803405_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-55706; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1162; replicate=1; replicate description=tier 1; original_filename=GSM803405_hg19_wgEncodeHaibTfbsH1hescSix5Pcr1xRawRep2.bigWig
+GSM935512_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; replicate=1; original_filename=GSM935512_hg19_wgEncodeSydhTfbsImr90InputIggrabSig.bigWig
+GSM864345_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864345_hg19_wgEncodeOpenChromFaireA549Sig.bigWig
+GSM945240_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=LNCaP; cell organism=human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001897; labexpid=DS18330; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945240_hg19_wgEncodeUwHistoneLncapH3k04me3StdRawRep1.bigWig
+GSM816659_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM19239; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816659_hg19_wgEncodeOpenChromDnaseGm19239BaseOverlapSignal.bigWig
+GSM765394_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=Normal Human Lung Fibroblasts; cell lineage=endoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=033WC; labexpid=LID8692; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; spikeinpool=14; original_filename=GSM765394_wgEncodeCshlLongRnaSeqNhlfCellPapPlusRawSigRep1.bigWig
+GSM923442_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9795; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923442_hg19_wgEncodeUwRepliSeqMcf7S1PctSignalRep1.bigWig
+GSM803501_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=TAF7_(SC-101167); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant TAF II p55 (TAF7) of human origin.; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5. The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors. This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators. The protein is required for transcription by promoters targeted by RNA polymerase II (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101167; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2697; replicate=1; replicate description=tier 1; original_filename=GSM803501_hg19_wgEncodeHaibTfbsH1hescTaf7sc101167V0416102RawRep2.bigWig
+GSM935571_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935571_hg19_wgEncodeSydhTfbsHelas3Rad21IggrabSig.bigWig
+GSM923444_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjG2PctSignalRep2.bigWig
+GSM973680_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC; labexpid=LID47262; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973680_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalTapMinusRep2.bigWig
+GSM733768_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733768_hg19_wgEncodeBroadHistoneHsmmH3k4me2StdSig.bigWig
+GSM830521_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0145NL; labexpid=DHK008; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830521_hg19_wgEncodeGisRnaPetK562NucleolusTotalPlusRawSigRep1.bigWig
+GSM897086_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=007WC; labexpid=LID20999; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897086_hg19_wgEncodeCshlShortRnaSeqNhekCellShorttotalTapMinusRawRep1.bigWig
+GSM849324_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029C; labexpid=K03; replicate=3; replicate description=tier 3; original_filename=GSM849324_hg19_wgEncodeRikenCageHuvecCytosolPapMinusSignalRep4.bigWig
+GSM849336_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=prostate; cell organism=human; cell description=prostate tissue purchased for CSHL project; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0159WC; labexpid=I09; softwareversion=Delve version 0.9; original_filename=GSM849336_hg19_wgEncodeRikenCageProstateCellPamPlusSignal.bigWig
+GSM958728_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10565; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958728_hg19_wgEncodeCaltechRnaSeqGm12878R2x75Th1014Il200SigRep1V4.bigWig
+GSM605625_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003WC; labexpid=LID20899; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605625_hg19_wgEncodeCshlShortRnaSeqGm12878CellShortMinusRaw.bigWig
+GSM733651_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733651_hg19_wgEncodeBroadHistoneK562H3k4me2StdSig.bigWig
+GSM945316_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002544; labexpid=DS14119; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945316_hg19_wgEncodeUwHistoneH7esH3k36me3StdDiffa5dRawRep1.bigWig
+GSM945267_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Jurkat; cell organism=human; cell description=T lymphoblastoid derived from an acute T cell leukemia, The Jurkat cell line was established from the peripheral blood of a 14 year old boy by Schneider et al., and was originally designated JM. - ATCC. (PMID: 68013); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000966; labexpid=DS16197; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945267_hg19_wgEncodeUwHistoneJurkatH3k4me3StdRawRep2.bigWig
+GSM945174_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000472; labexpid=DS12237; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945174_hg19_wgEncodeUwHistoneNhekH3k36me3StdRawRep2.bigWig
+GSM803358_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_50nM; treatment description=1 h with 50 nM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL878; labexpid=SL882; replicate=1; replicate description=tier 1; original_filename=GSM803358_hg19_wgEncodeHaibTfbsA549GrPcr1xDex50nmRawRep2.bigWig
+GSM849354_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=polysome; localization description=Strand of mRNA with ribosomes attached; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0152P; labexpid=I32; labversion=Delve version 0.9; original_filename=GSM849354_hg19_wgEncodeRikenCageK562PolysomePamPlusSignal.bigWig
+GSM945276_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRE; cell organism=human; cell description=renal epithelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000467; labexpid=DS11575; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945276_hg19_wgEncodeUwHistoneHreH3k4me3StdRawRep1.bigWig
+GSM765404_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011C; labexpid=LID8469; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765404_wgEncodeCshlLongRnaSeqHelas3CytosolPapMinusRawSigRep1.bigWig
+GSM758564_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=021WC,022WC; labexpid=LID8963,LID8964; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758564_wgEncodeCshlLongRnaSeqA549CellPapMinusRawSigRep1.bigWig
+GSM923441_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9913; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923441_hg19_wgEncodeUwRepliSeqSknshG1bPctSignalRep1.bigWig
+GSM803542_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2250; replicate=1; replicate description=tier 1; original_filename=GSM803542_hg19_wgEncodeHaibTfbsH1hescP300V0416102RawRep1.bigWig
+GSM803370_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma. (PMID: 1140870); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL117; labexpid=SL116; replicate=1; replicate description=tier 1; original_filename=GSM803370_hg19_wgEncodeHaibTfbsPanc1NrsfPcr2xRawRep1.bigWig
+GSM822270_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822270_hg19_wgEncodeOpenChromChipGm12878Pol2Sig.bigWig
+GSM945271_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRPEpiC; cell organism=human; cell description=retinal pigment epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000962; labexpid=DS16189; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945271_hg19_wgEncodeUwHistoneHrpeH3k4me3StdRawRep2.bigWig
+GSM736571_1	cell=HMVEC-dBl-Neo; cell organism=Human; cell description=Normal Neonatal Human Blood Microvascular Endothelial Cells, Dermal-Derived; cell sex=M; replicate=1; original_filename=GSM736571_hg19_wgEncodeUwDnaseHmvecdblneoRawRep1.bigWig
+GSM803515_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=BCLAF1_(SC-101388); antibody antibodydescription=Mouse monoclonal IgG, raised against a synthetic peptide corresponding to a.a. 900-909 of BCLAF1 of human origin.; antibody targetdescription=This gene encodes a transcriptional repressor that interacts with several members of the BCL2 family of proteins. Overexpression of this protein induces apoptosis, which can be suppressed by co-expression of BCL2 proteins (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101388; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1273; replicate=1; replicate description=tier 1; original_filename=GSM803515_hg19_wgEncodeHaibTfbsK562Bclaf101388Pcr1xRawRep2.bigWig
+GSM945247_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-MC; cell organism=human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001901; labexpid=DS18341; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945247_hg19_wgEncodeUwHistoneSknmcInputStdRawRep1.bigWig
+GSM803504_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1114; replicate=1; replicate description=tier 1; original_filename=GSM803504_hg19_wgEncodeHaibTfbsK562Zbtb33Pcr1xRawRep2.bigWig
+GSM897072_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=006C; labexpid=LID20908; readtype=1x36; readtype description=Single 36 nt reads; replicate=2; original_filename=GSM897072_hg19_wgEncodeCshlShortRnaSeqH1hescCytosolShorttotalTapPlusRawRep2.bigWig
+GSM749685_1	cell=GM12873; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749685_hg19_wgEncodeUwTfbsGm12873InputStdRawRep1.bigWig
+GSM977037_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HCH; cell organism=human; cell description=Undifferentiated Chondrocytes from two individuals, HCH_8100808.2 and HCH_0011308.2P from knee joint; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=059WC; labexpid=LID47475; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977037_hg19_wgEncodeCshlShortRnaSeqHch81008082CellShorttotalTapMinusRep2.bigWig
+GSM831014_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A300.109A; original_filename=GSM831014_K562_RBBP5_3.bw
+GSM973677_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC,086WC; labexpid=LID46270,LID46271; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973677_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalCiptapMinusRep3.bigWig
+GSM749736_1	cell=AoAF; cell organism=Human; cell description=aortic adventitial fibroblast cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749736_hg19_wgEncodeUwTfbsAoafCtcfStdRawRep2.bigWig
+GSM944521_2	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ripInput; antibody antibodydescription=Total input. Antibody Target: ripInput; antibody targetdescription=Total input for comparison for RIP experiments; antibody vendorname=Tenenbaum lab; antibody vendorid=RIP Input; replicate=1; original_filename=GSM944521_hg19_wgEncodeSunyRipSeqK562RipinputSigRep2.bigWig
+GSM767842_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=006C; labexpid=LID18549; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=2; replicate description=tier 2; original_filename=GSM767842_wgEncodeCshlLongRnaSeqH1hescCytosolLongnonpolyaPlusRawSigRep2.bigWig
+GSM849358_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=017WC; labexpid=K12; replicate=1; replicate description=tier 1; original_filename=GSM849358_hg19_wgEncodeRikenCageAg04450CellPapMinusSignalRep1.bigWig
+GSM945198_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CD20+_RO01794; cell organism=human; cell description=B cells, African American, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002172; labexpid=DS18983; labversion=Bowtie 0.12.7; replicate=3; original_filename=GSM945198_hg19_wgEncodeUwHistoneCd20ro01794H3k04me3StdRawRep3.bigWig
+GSM767853_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003N; labexpid=LID9197; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767853_wgEncodeCshlLongRnaSeqGm12878NucleusLongnonpolyaPlusRawSigRep2.bigWig
+GSM945312_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCF; cell organism=human; cell description=cardiac fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000942; labexpid=DS15751; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945312_hg19_wgEncodeUwHistoneHcfH3k4me3StdRawRep1.bigWig
+GSM945271_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRPEpiC; cell organism=human; cell description=retinal pigment epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000962; labexpid=DS16189; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945271_hg19_wgEncodeUwHistoneHrpeH3k4me3StdRawRep1.bigWig
+GSM803398_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=PU.1; antibody antibodydescription=Rabbit Polyclonal IgG; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22805; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL977; replicate=1; replicate description=tier 1; original_filename=GSM803398_hg19_wgEncodeHaibTfbsGm12891Pu1Pcr1xRawRep1.bigWig
+GSM977028_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-BM; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-BM_0050602.11 and hMSC-BM_0051105.11 from femoral head; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=067WC,068WC; labexpid=LID47658,LID47659; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977028_hg19_wgEncodeCshlShortRnaSeqHmscbmCellTapPlusRawRep2.bigWig
+GSM958748_3	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12892; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11039; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958748_hg19_wgEncodeCaltechRnaSeqGm12892R2x75Th1014Il200SigRep3V4.bigWig
+GSM605633_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003N; labexpid=LID20900; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605633_hg19_wgEncodeCshlShortRnaSeqGm12878NucleusShorttotalTapMinusRawRep1.bigWig
+GSM935632_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000726; labversion=remapped from hg18, Data paired with IgG_Control.; replicate=1; original_filename=GSM935632_hg19_wgEncodeSydhTfbsK562Pol2IggmusSig.bigWig
+GSM758568_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013N,014N; labexpid=LID8534,LID8535; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758568_wgEncodeCshlLongRnaSeqHepg2NucleusPapPlusRawSigRep2.bigWig
+GSM864344_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Hypoxia_LacAcid; treatment description=24 h with 1% p02 and 10mM Lactate, pH 6.7; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864344_hg19_wgEncodeOpenChromFaireMcf7HypoxlacSig.bigWig
+GSM803437_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=NANOG_(SC-33759); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 151-305 mapping at the C-terminus of Nanog of human origin.; antibody targetdescription=Transcription regulator involved in inner cell mass and embryonic stem (ES) cells proliferation and self-renewal.  Imposes pluripotency on ES cells and prevents their differentiation towards extraembryonic endoderm and trophectoderm lineages.  Blocks bone morphogenetic protein-induced mesoderm differentiation of ES cells by physically interacting with SMAD1 and interfering with the recruitment of coactivators to the active SMAD transcriptional complexes (By similarity).  Acts as a transcriptional activator or repressor (By similarity).  Binds optimally to the DNA consensus sequence 5'-TAAT[GT][GT]-3' or 5'-[CG][GA][CG]C[GC]ATTAN[GC]-3' (By similarity).  When overexpressed, promotes cells to enter into S phase and proliferation (By similarity) (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-33759; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2687; replicate=1; replicate description=tier 1; original_filename=GSM803437_hg19_wgEncodeHaibTfbsH1hescNanogsc33759V0416102RawRep1.bigWig
+GSM803399_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL908; replicate=1; replicate description=tier 1; original_filename=GSM803399_hg19_wgEncodeHaibTfbsGm12891Pol2Pcr1xRawRep2.bigWig
+GSM945193_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtA_9d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 9 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002545; labexpid=DS15393; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945193_hg19_wgEncodeUwHistoneH7esInputStdDiffa9dRawRep1.bigWig
+GSM803530_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20).; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL583; replicate=1; replicate description=tier 1; original_filename=GSM803530_hg19_wgEncodeHaibTfbsHepg2Sin3ak20Pcr1xRawRep1.bigWig
+GSM803384_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=PU.1; antibody antibodydescription=Rabbit Polyclonal IgG; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22805; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL646; replicate=1; replicate description=tier 1; original_filename=GSM803384_hg19_wgEncodeHaibTfbsK562Pu1Pcr1xRawRep1.bigWig
+GSM923418_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_100pM; treatment description=1 h with 100 pM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1256; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923418_hg19_wgEncodeHaibRnaSeqA549Dex100pmRawRep2.bigWig
+GSM758577_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001WC,002WC; labexpid=LID8659,LID8660; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758577_wgEncodeCshlLongRnaSeqK562CellLongnonpolyaPlusRawSigRep2.bigWig
+GSM803458_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3457; labexpid=SL3646; replicate=1; replicate description=tier 1; original_filename=GSM803458_hg19_wgEncodeHaibTfbsHct116Zbtb33V0416101RawRep1.bigWig
+GSM803531_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=PU.1; antibody antibodydescription=Rabbit Polyclonal IgG; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22805; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL612; replicate=1; replicate description=tier 1; original_filename=GSM803531_hg19_wgEncodeHaibTfbsGm12878Pu1Pcr1xRawRep1.bigWig
+GSM973668_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087WC,088WC; labexpid=LID46058,LID46059; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973668_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalMinusRep3.bigWig
+GSM765402_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=LID16633; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765402_wgEncodeCshlLongRnaSeqHelas3CellPapMinusRawSigRep2.bigWig
+GSM973684_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C; labexpid=LID47041; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973684_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalTapMinusRep3.bigWig
+GSM935584_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (NTera-2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF274; antibody antibodydescription=Mouse polyclonal antibody raised against a partial recombinant ZNF274 (GST-fusion of a.a.420-531 of human ZNF274 protein). Works in IP, WB and ELISA. Antibody Target: ZNF274; antibody targetdescription=ZNF274 is a zinc finger protein containing five C2H2-type zinc finger domains, two Kruppel-associated box A (KRABA) domains, and a leucine-rich SCAN domain. The encoded protein has been suggested to be a transcriptional repressor. It localizes predominantly to the nucleolus.; antibody vendorname=ABNOVA; antibody vendorid=H00010782-A01; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; replicate=1; original_filename=GSM935584_hg19_wgEncodeSydhTfbsNt2d1Znf274UcdSig.bigWig
+GSM945296_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12864; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000457; labexpid=DS18706; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945296_hg19_wgEncodeUwHistoneGm12864H3k04me3StdRawRep2.bigWig
+GSM935488_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg6h; treatment description=Interferon gamma treatment - 6 hours (Snyder); antibody=STAT1; antibody antibodydescription=rabbit polyclonal to STAT1 (alpha) p-91 (C-24). Antibody Target: STAT1; antibody targetdescription=transcription factor, activated by interferon signalling; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-345; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000658; labversion=low confidence sequences excluded; replicate=1; original_filename=GSM935488_hg19_wgEncodeSydhTfbsK562Stat1Ifng6hStdSig.bigWig
+GSM803527_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL582; replicate=1; replicate description=tier 1; original_filename=GSM803527_hg19_wgEncodeHaibTfbsHepg2Usf1Pcr1xRawRep2.bigWig
+GSM733735_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733735_hg19_wgEncodeBroadHistoneHuvecH3k9acStdSig.bigWig
+GSM736531_1	cell=AG09319; cell organism=Human; cell description=Adult human gum tissue fibroblasts; cell lineage=mesoderm; cell sex=F; replicate=1; original_filename=GSM736531_hg19_wgEncodeUwDnaseAg09319RawRep1.bigWig
+GSM935548_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg30; treatment description=Interferon gamma treatment - 30 minutes (Snyder); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000657; replicate=1; original_filename=GSM935548_hg19_wgEncodeSydhTfbsK562CmycIfng30StdSig.bigWig
+GSM849366_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027C; labexpid=K08; replicate=3; replicate description=tier 3; original_filename=GSM849366_hg19_wgEncodeRikenCageNhekCytosolPapMinusRawRep4.bigWig
+GSM803334_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=PAX5-C20; antibody antibodydescription=Goat polyclonal IgG, 200 ?g/ml. Epitope mapping at the C-terminus of Pax-5 of human origin. Recommended for detection of Pax-5 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA-binding motif, known as the paired box. PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1974; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1783; labexpid=SL1664; replicate=1; replicate description=tier 1; original_filename=GSM803334_hg19_wgEncodeHaibTfbsGm12892Pax5c20V0416101RawRep1.bigWig
+GSM736549_1	cell=HRCEpiC; cell organism=Human; cell description=Human Renal Cortical Epithelial cells (normal); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736549_hg19_wgEncodeUwDnaseHrceRawRep1.bigWig
+GSM803353_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-MC; cell organism=human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=FOXP2; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=transcriptional repressor, involved in development of speech; antibody vendorname=Abcam; antibody vendorid=ab16046; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL102; labexpid=SL144; replicate=1; replicate description=tier 1; original_filename=GSM803353_hg19_wgEncodeHaibTfbsSknmcFoxp2Pcr2xRawRep1.bigWig
+GSM831043_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=None; original_filename=GSM831043_H1_WCE_H1_1.bw
+GSM973675_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC,086WC; labexpid=LID46201,LID46202; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973675_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalPlusRep4.bigWig
+GSM923446_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS19717; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923446_hg19_wgEncodeUwRepliSeqHepg2G2PctSignalRep1.bigWig
+GSM945204_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000453; labexpid=DS12194; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945204_hg19_wgEncodeUwHistoneBjH3k27me3StdRawRep2.bigWig
+GSM831003_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301-081A; original_filename=GSM831003_K562_MI2.bw
+GSM935373_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA-2; antibody antibodydescription=Rabbit polyclonal. Antibody Target: GATA2; antibody targetdescription=GATA binding protein 2; antibody vendorname=Donated by Dr. E.H. Bresnick, UW Madison; antibody vendorid=GATA-2; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935373_hg19_wgEncodeSydhTfbsK562Gata2UcdSig.bigWig
+GSM758566_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=005WC,006WC; labexpid=LID8461,LID8462; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758566_wgEncodeCshlLongRnaSeqH1hescCellPapPlusRawSigRep1.bigWig
+GSM935320_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=Contains incomplete fastq files; replicate=1; original_filename=GSM935320_hg19_wgEncodeSydhTfbsHelas3CmycStdSig.bigWig
+GSM758578_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=skeletal muscle myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=023WC,024WC; labexpid=LID8710,LID8711; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758578_wgEncodeCshlLongRnaSeqHsmmCellPapPlusRawSigRep2.bigWig
+GSM935586_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293; cell organism=human; cell description=embryonic kidney, cells contain Adenovirus 5 DNA (PMID: 11967234); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001777; original_filename=GSM935586_hg19_wgEncodeSydhTfbsHek293InputUcdSig.bigWig
+GSM935628_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=forskolin; treatment description=low-glucose DMEM with 0.5% BSA supplemented with 1uM forskolin and 1mM pyruvate for 6h. (Snyder); antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000755; labversion=Illumina 2.0, low confidence sequences excluded.  Data paired with HepG2_Forskolin_Control.; replicate=1; original_filename=GSM935628_hg19_wgEncodeSydhTfbsHepg2Pol2ForsklnStdSig.bigWig
+GSM935587_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=U2OS; cell organism=human; cell description=osteosarcoma from the tibia of a 15 year old, J. Ponten and E. Saksela derived this line (originally 2T) in 1964 from a moderately differentiated sarcoma, viruses were not detected during co-cultivation with WI-38 cells or in CF tests against SV40, RSV or adenoviruses, mycoplasma contamination was detected and eliminated in 1972, (PMID: 6081590); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=KAP1; antibody antibodydescription=rabbit polyclonal. Antibody Target: KAP1; antibody targetdescription=KRAB Associated Protein 1, helps regulate transcriptional repression; antibody vendorname=Abcam; antibody vendorid=ab10483; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000916; replicate=1; original_filename=GSM935587_hg19_wgEncodeSydhTfbsU2osKap1UcdSig.bigWig
+GSM733644_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733644_hg19_wgEncodeBroadHistoneHsmmtH4k20me1StdSig.bigWig
+GSM818827_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K4me1_(pAb-037-050); antibody antibodydescription=Polyclonal antibody raised in rabbit against histone H3 containing the monomethylated lysine 4 (H3K4me1), using a KLH-conjugated synthetic peptide. Antibody Target: H3K4me1; antibody targetdescription=Histones are the main constituents of the protein part of chromosomes of eukaryotic cells. They are rich in the amino acids arginine and lysine and have been greatly conserved during evolution.Histone tails undergo numerous posttranslational modifications. This antibodies recognizes histone H3 monomethylated on lysine 4.; antibody vendorname=Diagenode; antibody vendorid=pAb-037-050; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH002070; replicate=1; original_filename=GSM818827_hg19_wgEncodeSydhHistonePanc1H3k04me1bUcdSig.bigWig
+GSM935451_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM10847; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000770; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935451_hg19_wgEncodeSydhTfbsGm10847InputTnfaIggrabSig.bigWig
+GSM803451_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=FOSL2; antibody antibodydescription=Fra-2(Q-20) is an affinity purified rabbit polyclonal raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-604; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL593; labexpid=SL632; replicate=1; replicate description=tier 1; original_filename=GSM803451_hg19_wgEncodeHaibTfbsHepg2Fosl2V0416101RawRep2.bigWig
+GSM973689_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N; labexpid=LID46960; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973689_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalTapMinusRep3.bigWig
+GSM803386_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=EBF1_(SC-137065); antibody antibodydescription=Mouse monoclonal IgG, raised against a.a. 1-300 mapping at the N-terminus of EBF of human origin.; antibody targetdescription=Early B-cell factor 1.  Transcriptional activator which recognizes variations of the palindromic sequence 5'-ATTCCCNNGGGAATT-3' (By similarity).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-137065; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL745; replicate=1; replicate description=tier 1; original_filename=GSM803386_hg19_wgEncodeHaibTfbsGm12878Ebf1sc137065Pcr1xRawRep2.bigWig
+GSM803388_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=BCL11A; antibody antibodydescription=Mouse monoclonal [18B12DE6] to Ctip1. Raised against a cocktail of BCL11A fusion proteins. Reacts with human and mouse. Tested for ICC/IF, IHC-P, IP, WB; antibody targetdescription=This gene encodes a C2H2 type zinc-finger protein by its similarity to the mouse Bcl11a/Evi9 protein. Functions as a myeloid and B-cell proto-oncogene. May play important roles in leukemogenesis and hematopoiesis. An essential factor in lymphopoiesis,is required for B-cell formation in fetal liver. May function as a modulator of the transcriptional repression activity of ARP1 (By similarity); antibody vendorname=Abcam; antibody vendorid=ab19489; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL650; replicate=1; replicate description=tier 1; original_filename=GSM803388_hg19_wgEncodeHaibTfbsGm12878Bcl11aPcr1xRawRep1.bigWig
+GSM830521_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0145NL; labexpid=DHK008; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830521_hg19_wgEncodeGisRnaPetK562NucleolusTotalMinusRawSigRep1.bigWig
+GSM803506_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=RXRA; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-553; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL1163; replicate=1; replicate description=tier 1; original_filename=GSM803506_hg19_wgEncodeHaibTfbsH1hescRxraV0416102RawRep1.bigWig
+GSM736516_1	cell=HCM; cell organism=Human; cell description=Human Cardiac Myocytes; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736516_hg19_wgEncodeUwDnaseHcmRawRep1.bigWig
+GSM767853_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003N; labexpid=LID9197; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767853_wgEncodeCshlLongRnaSeqGm12878NucleusLongnonpolyaPlusRawSigRep1.bigWig
+GSM733688_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733688_hg19_wgEncodeBroadHistoneHuvecH3k27me3StdSig.bigWig
+GSM945182_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000470; labexpid=DS11781; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945182_hg19_wgEncodeUwHistoneHepg2H3k4me3StdRawRep1.bigWig
+GSM816646_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816646_hg19_wgEncodeOpenChromDnaseHuvecSig.bigWig
+GSM749726_1	cell=HEEpiC; cell organism=Human; cell description=Human Esophageal Epithelial Cells; cell lineage=endoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749726_hg19_wgEncodeUwTfbsHeeCtcfStdRawRep2.bigWig
+GSM935550_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=EtOH_0.01pct_12hr; treatment description=12 h with 0.01% Ethanol (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001869; original_filename=GSM935550_hg19_wgEncodeSydhTfbsMcf10aesInputEtoh01cStdSig.bigWig
+GSM733676_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733676_hg19_wgEncodeBroadHistoneHsmmH4k20me1StdSig.bigWig
+GSM765391_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=023WC; labexpid=LID8826; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765391_wgEncodeCshlLongRnaSeqHsmmCellLongnonpolyaPlusRawSigRep1.bigWig
+GSM973669_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C,088C; labexpid=LID46102,LID46103; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973669_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalCiptapMinusRep4.bigWig
+GSM736608_1	cell=SAEC; cell organism=Human; cell description=Small Airway Epithelial Cells; cell karyotype=normal; cell sex=U; replicate=1; original_filename=GSM736608_hg19_wgEncodeUwDnaseSaecRawRep1.bigWig
+GSM788084_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PBMC; cell organism=human; cell description=Peripheral blood mononuclear cells; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001883; replicate=1; replicate description=tier 1; original_filename=GSM788084_wgEncodeSydhHistonePbmcH3k4me1UcdSig.bigWig
+GSM733755_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733755_hg19_wgEncodeBroadHistoneHsmmH3k27acStdSig.bigWig
+GSM822271_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822271_hg19_wgEncodeOpenChromChipNhekCtcfBaseOverlapSignal.bigWig
+GSM935446_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18505; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000775; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935446_hg19_wgEncodeSydhTfbsGm18505InputTnfaIggrabSig.bigWig
+GSM736537_1	cell=HA-sp; cell organism=human; cell description=Human astrocytes spinal cord; cell karyotype=Normal; cell lineage=Astrocytic; cell sex=U; replicate=1; original_filename=GSM736537_hg19_wgEncodeUwDnaseHaspRawRep1.bigWig
+GSM958735_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10881; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958735_hg19_wgEncodeCaltechRnaSeqHelas3R2x75Th1014Il200SigRep1V4.bigWig
+GSM803349_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL202; replicate=1; replicate description=tier 1; original_filename=GSM803349_hg19_wgEncodeHaibTfbsGm12878NrsfPcr2xRawRep2.bigWig
+GSM736554_1	cell=HBMEC; cell organism=Human; cell description=Human Brain Microvascular Endothelial Cells; cell sex=U; replicate=2; original_filename=GSM736554_hg19_wgEncodeUwDnaseHbmecRawRep2.bigWig
+GSM830535_3	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0107C; labexpid=IHG024; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830535_hg19_wgEncodeGisRnaPetGm12878CytosolPapPlusRawSigFree.bigWig
+GSM923443_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM06990; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9015; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923443_hg19_wgEncodeUwRepliSeqGm06990WaveSignalRep1.bigWig
+GSM836273_1	cells=K562; shRNA expression=yes targeting SRF; treatment=Puromycin, doxycycline; original_filename=GSM836273_SL3141.bw
+GSM803443_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2939; replicate=1; replicate description=tier 1; original_filename=GSM803443_hg19_wgEncodeHaibTfbsK562Pol24h8V0416101RawRep2.bigWig
+GSM977052_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HPIEpC; cell organism=human; cell description=Placental Epithelial Cells amniotic membrane; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=073WC,074WC; labexpid=LID47519,LID47520; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977052_hg19_wgEncodeCshlShortRnaSeqHpiepcCellTapMinusRep1.bigWig
+GSM935464_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=KAP1; antibody antibodydescription=rabbit polyclonal. Antibody Target: KAP1; antibody targetdescription=KRAB Associated Protein 1, helps regulate transcriptional repression; antibody vendorname=Abcam; antibody vendorid=ab10483; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; replicate=1; original_filename=GSM935464_hg19_wgEncodeSydhTfbsK562Kap1UcdSig.bigWig
+GSM767850_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013N; labexpid=LID9202; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767850_wgEncodeCshlLongRnaSeqHepg2NucleusLongnonpolyaPlusRawSigRep1.bigWig
+GSM749669_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749669_hg19_wgEncodeUwTfbsGm12878InputStdRawRep1.bigWig
+GSM803470_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=YY1; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=YIN YANG 1 transcription factor belongs to the GLI-Kruppel class of zinc finger proteins.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1703; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2946; replicate=1; replicate description=tier 1; original_filename=GSM803470_hg19_wgEncodeHaibTfbsK562Yy1V0416102RawRep1.bigWig
+GSM958751_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=DIFF_7d; treatment description=Myocytes differentiated from myoblasts for 7 days. See specific cell protocol for treatment details. (Wold); labexpid=11622; labversion=myocyte; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958751_hg19_wgEncodeCaltechRnaSeqLhcnm2R2x75Th1014Il200Diff7dSigRep1V4.bigWig
+GSM836270_1	cells=K562; shRNA expression=no; treatment=Puromycin; original_filename=GSM836270_SL2933.bw
+GSM945159_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HMEC; cell organism=human; cell description=mammary epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000466; labexpid=DS15762; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945159_hg19_wgEncodeUwHistoneHmecH3k4me3StdRawRep2.bigWig
+GSM803514_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=GATA3_(SC-268); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3.; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors.  The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology.  Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-268; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1881; labexpid=SL2636; replicate=1; replicate description=tier 1; original_filename=GSM803514_hg19_wgEncodeHaibTfbsT47dGata3sc268V0416102Dm002p1hRawRep1.bigWig
+GSM736542_1	cell=HMVEC-LBl; cell organism=Human; cell description=Normal Human Blood Microvascular Endothelial Cells, Lung-Derived; cell sex=F; replicate=1; original_filename=GSM736542_hg19_wgEncodeUwDnaseHmveclblRawRep1.bigWig
+GSM935359_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NB4; cell organism=human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000617; original_filename=GSM935359_hg19_wgEncodeSydhTfbsNb4InputStdSig.bigWig
+GSM605633_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003N; labexpid=LID20900; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605633_hg19_wgEncodeCshlShortRnaSeqGm12878NucleusShortMinusRaw.bigWig
+GSM758572_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003WC,004WC; labexpid=LID8661,LID8662; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758572_wgEncodeCshlLongRnaSeqGm12878CellLongnonpolyaPlusRawSigRep1.bigWig
+GSM736535_1	cell=HA-h; cell organism=human; cell description=Human Astrocytes-hippocampal; cell karyotype=Normal; cell lineage=Astrocytic; cell sex=U; replicate=2; original_filename=GSM736535_hg19_wgEncodeUwDnaseHahRawRep2.bigWig
+GSM816671_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Huh-7.5; cell organism=human; cell description=Hepatocellular carcinoma, hepatocytes selected for high levels of hepatitis C replication; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816671_hg19_wgEncodeOpenChromDnaseHuh75BaseOverlapSignal.bigWig
+GSM803521_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL593; replicate=1; replicate description=tier 1; original_filename=GSM803521_hg19_wgEncodeHaibTfbsHepg2RxlchPcr1xRawRep1.bigWig
+GSM803335_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH; cell organism=human; cell description=Human neuroblastoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL108; labexpid=SL83; replicate=1; replicate description=tier 1; original_filename=GSM803335_hg19_wgEncodeHaibTfbsSknshNrsfPcr2xRawRep2.bigWig
+GSM923435_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_5nM; treatment description=1 h with 5 nM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1259; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923435_hg19_wgEncodeHaibRnaSeqA549Dex5nmRawRep1.bigWig
+GSM736569_1	cell=HCPEpiC; cell organism=Human; cell description=Human Choroid Plexus Epithelial Cells; cell sex=U; replicate=1; original_filename=GSM736569_hg19_wgEncodeUwDnaseHcpeRawRep1.bigWig
+GSM977040_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HAoEC; cell organism=human; cell description=Aortic Endothelial Cells (thoracic) from two individuals, HAoEC_7071706.1 and HAoEC_8061102.1; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=057WC; labexpid=LID47435; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977040_hg19_wgEncodeCshlShortRnaSeqHaoec70717061CellTapPlusRep1.bigWig
+GSM803440_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3821; replicate=1; replicate description=tier 1; original_filename=GSM803440_hg19_wgEncodeHaibTfbsK562NrsfV0416102RawRep2.bigWig
+GSM923449_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9941; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923449_hg19_wgEncodeUwRepliSeqHelas3S3PctSignalRep1.bigWig
+GSM945272_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRPEpiC; cell organism=human; cell description=retinal pigment epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000962; labexpid=DS16014; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945272_hg19_wgEncodeUwHistoneHrpeInputStdRawRep1.bigWig
+GSM923452_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS9851; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923452_hg19_wgEncodeUwRepliSeqHuvecG2PctSignalRep1.bigWig
+GSM733772_2	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733772_hg19_wgEncodeBroadHistoneGm12878H3k4me1StdSig.bigWig
+GSM897082_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013C; labexpid=LID44464; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897082_hg19_wgEncodeCshlShortRnaSeqHepg2CytosolShorttotalTapMinusRawRep2.bigWig
+GSM977029_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48355,LID48356; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977029_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellTapMinusRawRep1.bigWig
+GSM733728_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733728_hg19_wgEncodeBroadHistoneNhekH4k20me1StdSig.bigWig
+GSM935322_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM19099; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000740; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935322_hg19_wgEncodeSydhTfbsGm19099InputIggmusSig.bigWig
+GSM816642_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=iPS; cell organism=human; cell description=induced pluripotent stem cell derived from skin fibroblast; cell karyotype=Unknown; cell lineage=induced pluripotent stem cell derived from skin fibroblast; cell sex=B; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816642_hg19_wgEncodeOpenChromDnaseIpsBaseOverlapSignal.bigWig
+GSM803345_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=HDAC2_(SC-6296); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin.; antibody targetdescription=This gene product belongs to the histone deacetylase family.  Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6296; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL3935; replicate=1; replicate description=tier 1; original_filename=GSM803345_hg19_wgEncodeHaibTfbsH1hescHdac2sc6296V0416102RawRep2.bigWig
+GSM923437_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=U87; cell organism=human; cell description=glioblastoma, astrocytoma, (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL532; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923437_hg19_wgEncodeHaibRnaSeqU87RawRep2V2.bigWig
+GSM849327_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=009WC; labexpid=J78; replicate=1; replicate description=tier 1; original_filename=GSM849327_hg19_wgEncodeRikenCageHuvecCellPapMinusSignalRep2.bigWig
+GSM822286_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822286_hg19_wgEncodeOpenChromChipHelas3CmycBaseOverlapSignal.bigWig
+GSM945191_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=diffProtA_2d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 2 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002543; labexpid=DS14704; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945191_hg19_wgEncodeUwHistoneH7esH3k04me3StdDiffa2dRawRep1.bigWig
+GSM935579_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=COREST_(sc-30189); antibody antibodydescription=Rabbit polyclonal, epitope corresponding to amino acids 246-310 mapping within an internal region of CoREST of human origin recommended for detection of CoREST of mouse, rat and human origin. Antibody Target: COREST (sc30189); antibody targetdescription=Essential component of the BHC complex, a corepressor complex that represses transcription of neuron-specific genes in non-neuronal cells.  In the BHC complex, it serves as a molecular beacon for the recruitment of molecular machinery, including MeCP2 and SUV39H1, that imposes silencing across a chromosomal interval. Plays a central role in demethylation of Lys-4 of histone H3 by promoting demethylase activity of KDM1A on core histones and nucleosomal substrates.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-30189; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935579_hg19_wgEncodeSydhTfbsHepg2Corestsc30189IggrabSig.bigWig
+GSM945320_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002532; labexpid=DS14649; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945320_hg19_wgEncodeUwHistoneH7esH3k27me3StdDiffa14dRawRep2.bigWig
+GSM831022_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=None; original_filename=GSM831022_K562_WCE_K562_1.bw
+GSM798322_1	lab=Broad; lab description=Bernstein - Broad Institute; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; control=std; control description=Standard input signal for most experiments.; controlid=HeLa-S3/Input/std; replicate=1; replicate description=tier 1; original_filename=GSM798322_hg19_wgEncodeBroadHistoneHelas3H3k04me1StdSig.bigWig
+GSM849346_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0155C; labexpid=I70; labversion=Delve version 0.9; original_filename=GSM849346_hg19_wgEncodeRikenCageNhekCytosolPamPlusSignal.bigWig
+GSM923451_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9806; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923451_hg19_wgEncodeUwRepliSeqGm12878SumSignalRep1.bigWig
+GSM945322_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002544; labexpid=DS13777; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945322_hg19_wgEncodeUwHistoneH7esH3k04me3StdDiffa5dRawRep1.bigWig
+GSM973689_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N; labexpid=LID46960; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973689_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalTapPlusRep3.bigWig
+GSM945857_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; replicate=1; original_filename=GSM945857_hg19_wgEncodeSydhHistoneMcf7H3k09me3UcdSig.bigWig
+GSM803535_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1782; labexpid=SL2388; replicate=1; replicate description=tier 1; original_filename=GSM803535_hg19_wgEncodeHaibTfbsGm12891Yy1sc281V0416101RawRep2.bigWig
+GSM765398_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=007WC; labexpid=LID8665; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765398_wgEncodeCshlLongRnaSeqNhekCellLongnonpolyaMinusRawSigRep2.bigWig
+GSM767854_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=021WC; labexpid=LID9005; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767854_wgEncodeCshlLongRnaSeqA549CellLongnonpolyaMinusRawSigRep1.bigWig
+GSM831035_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A300-861A; original_filename=GSM831035_H1_JMJD2A.bw
+GSM736625_1	cell=HA-sp; cell organism=human; cell description=Human astrocytes spinal cord; cell karyotype=Normal; cell lineage=Astrocytic; cell sex=U; replicate=2; original_filename=GSM736625_hg19_wgEncodeUwDnaseHaspRawRep2.bigWig
+GSM973683_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N,088N; labexpid=LID46060,LID46061; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973683_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalMinusRep4.bigWig
+GSM736620_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; replicate=2; original_filename=GSM736620_hg19_wgEncodeUwDnaseGm12878RawRep2.bigWig
+GSM822313_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822313_hg19_wgEncodeOpenChromChipHelas3InputSig.bigWig
+GSM816640_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Urothelia; cell organism=human; cell description=A primary culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene, normal human ureter cells; cell karyotype=normal; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816640_hg19_wgEncodeOpenChromDnaseUrotsaBaseOverlapSignal.bigWig
+GSM958734_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10883; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958734_hg19_wgEncodeCaltechRnaSeqHuvecR2x75Th1014Il200SigRep1V4.bigWig
+GSM849368_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003WC; labexpid=J72; replicate=1; replicate description=tier 1; original_filename=GSM849368_hg19_wgEncodeRikenCageGm12878CellPapPlusSignalRep1.bigWig
+GSM977046_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HWP; cell organism=human; cell description=Undifferentiated White Preadipocytes from two individuals, HWP_0092205 and HWP_8120201.5, subcutaneous adipose tissue from abdomen / upper arm; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=079WC,080WC; labexpid=LID47609,LID47610; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977046_hg19_wgEncodeCshlShortRnaSeqHwpCellTapPlusRep1.bigWig
+GSM736550_1	cell=HNPCEpiC; cell organism=Human; cell description=Human Non-Pigment Ciliary Epithelial Cells; cell sex=U; replicate=2; original_filename=GSM736550_hg19_wgEncodeUwDnaseHnpceRawRep2.bigWig
+GSM935505_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg30; treatment description=Interferon gamma treatment - 30 minutes (Snyder); antibody=IRF1; antibody antibodydescription=IRF-1 (C-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of IRF-1 of human origin. Antibody Target: IRF1; antibody targetdescription=Interferon regulatory factor 1 is a member of the interferon regulatory transcription factor (IRF) family. IRF1 serves as an activator of interferons alpha and beta transcription and also functions as a transcription activator of genes induced by interferons alpha, beta, and gamma. IRF1 has been shown to play roles in regulating apoptosis and tumor suppression.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-497; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000657; replicate=1; original_filename=GSM935505_hg19_wgEncodeSydhTfbsK562Irf1Ifng30StdSig.bigWig
+GSM749738_1	cell=HCM; cell organism=Human; cell description=Human Cardiac Myocytes; cell lineage=mesoderm; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749738_hg19_wgEncodeUwTfbsHcmInputStdRawRep1.bigWig
+GSM803453_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL474; labexpid=SL1204; replicate=1; replicate description=tier 1; original_filename=GSM803453_hg19_wgEncodeHaibTfbsA549Ctcfsc5916Pcr1xDex100nmRawRep1.bigWig
+GSM803351_4	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL516; replicate=1; replicate description=tier 1; original_filename=GSM803351_hg19_wgEncodeHaibTfbsGm12878RxlchPcr1xRawRep4.bigWig
+GSM765399_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027N; labexpid=LID8797; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765399_wgEncodeCshlLongRnaSeqNhekNucleusPapMinusRawSigRep4.bigWig
+GSM803374_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=Genistein_100nM; treatment description=1 h with 100 nM Genistein   (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1216; labexpid=SL1218; labversion=Genestein 100nM treatment; replicate=1; replicate description=tier 1; original_filename=GSM803374_hg19_wgEncodeHaibTfbsT47dEralphaaV0416102Gen1hRawRep1.bigWig
+GSM816437_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=TCF7L2; antibody antibodydescription=Rabbit monoclonal. Antibody Target: TCF7L2; antibody targetdescription=TCF7L2 (formerly known as TCF4) is a member of the high mobility group (HMG) DNA binding protein family of transcription factors which consists of the following: Lymphoid enhancer factor 1 (LEF1), T Cell Factor 1 (TCF1), TCF3 and TCF4. Note: there is an official TCF-4 http://www.genecards.org/cgi-bin/carddisp.pl?gene=TCF4&search=TCF4; antibody vendorname=Cell Signaling Technology; antibody vendorid=2569; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH002070; replicate=1; replicate description=tier 1; original_filename=GSM816437_hg19_wgEncodeSydhTfbsPanc1Tcf7l2UcdSig.bigWig
+GSM749763_1	cell=HMF; cell organism=Human; cell description=human mammary fibroblasts; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749763_hg19_wgEncodeUwTfbsHmfInputStdRawRep1.bigWig
+GSM605635_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001N; labexpid=LID10570; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605635_hg19_wgEncodeCshlShortRnaSeqK562NucleusShorttotalTapMinusRawRep2.bigWig
+GSM973686_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C; labexpid=LID47264; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973686_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalTapMinusRep1.bigWig
+GSM923452_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS9851; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923452_hg19_wgEncodeUwRepliSeqHuvecS4PctSignalRep1.bigWig
+GSM977044_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Monocytes-CD14+; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=039WC,040WC; labexpid=LID44360,LID44361; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM977044_hg19_wgEncodeCshlShortRnaSeqMonocd14CellTapPlusRep2.bigWig
+GSM973690_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089WC,090WC; labexpid=LID46311,LID46312; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973690_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalPlusRep4.bigWig
+GSM605632_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025CH; labexpid=LID8930; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605632_hg19_wgEncodeCshlShortRnaSeqK562ChromatinShorttotalTapMinusRawRep3.bigWig
+GSM733653_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H3K79me2; antibody description=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation; antibody target description=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendor name=Active Motif; original_filename=GSM733653_hg19_wgEncodeBroadHistoneK562H3k79me2StdSig.bigWig
+GSM816631_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Melano; cell organism=human; cell description=epidermal melanocytes; cell lineage=ectoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816631_hg19_wgEncodeOpenChromDnaseMelanoBaseOverlapSignal.bigWig
+GSM935279_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM19193; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000779; labversion=remapped from hg18, Data paired with GM19193_IgG_Control; replicate=1; original_filename=GSM935279_hg19_wgEncodeSydhTfbsGm19193NfkbTnfaIggrabSig.bigWig
+GSM935649_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935649_hg19_wgEncodeSydhTfbsHepg2JundIggrabSig.bigWig
+GSM977039_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMC; cell organism=human; cell description=Skeletal Striated Muscle Cells from two individuals, SkMC_9011302 SkMC_8121902.17 from M. pectoralis / Mm. intercostales; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=048WC; labexpid=LID47240; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977039_hg19_wgEncodeCshlShortRnaSeqSkmc9011302CellShorttotalTapMinusRep1.bigWig
+GSM973684_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C; labexpid=LID47041; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973684_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalTapPlusRep3.bigWig
+GSM758562_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=037WC,038WC; labexpid=LID8969,LID8970; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758562_wgEncodeCshlLongRnaSeqBjCellPapMinusRawSigRep1.bigWig
+GSM973673_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N,046N; labexpid=LID45886,LID45887; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973673_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalCiptapMinusRep2.bigWig
+GSM897073_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=005WC; labexpid=LID20905; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897073_hg19_wgEncodeCshlShortRnaSeqH1hescCellShorttotalTapMinusRawRep1.bigWig
+GSM803419_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2688; replicate=1; replicate description=tier 1; original_filename=GSM803419_hg19_wgEncodeHaibTfbsH1hescCtcfsc5916V0416102RawRep1.bigWig
+GSM897079_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011WC; labexpid=LID21143; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897079_hg19_wgEncodeCshlShortRnaSeqHelas3CellShorttotalTapPlusRawRep2.bigWig
+GSM864338_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864338_hg19_wgEncodeOpenChromFaireNhekSig.bigWig
+GSM733767_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H2A.Z; antibody description=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ.; antibody target description=H2A.Z is a sequence variant of Histone H2A.; antibody vendor name=Upstate (Millipore); original_filename=GSM733767_hg19_wgEncodeBroadHistoneGm12878H2azStdSig.bigWig
+GSM849339_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0137C; labexpid=I40; labversion=Delve version 0.9; original_filename=GSM849339_hg19_wgEncodeRikenCageK562CytosolPapMinusSignal.bigWig
+GSM897075_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=029N; labexpid=LID21056; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897075_hg19_wgEncodeCshlShortRnaSeqHuvecNucleusShorttotalTapMinusRawRep3.bigWig
+GSM803541_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=Genistein_100nM; treatment description=1 h with 100 nM Genistein   (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1034; labexpid=SL1049; replicate=1; replicate description=tier 1; original_filename=GSM803541_hg19_wgEncodeHaibTfbsEcc1EralphaaV0416102Gen1hRawRep2.bigWig
+GSM816665_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816665_hg19_wgEncodeOpenChromDnaseGm12878BaseOverlapSignal.bigWig
+GSM803379_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=MEF2A; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of MEF-2 of human origin.; antibody targetdescription=The protein encoded by this gene is a DNA-binding transcription factor that activates many muscme-specific, growth factor-induced, and stress-induced genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-313; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL1794; replicate=1; replicate description=tier 1; original_filename=GSM803379_hg19_wgEncodeHaibTfbsK562Mef2aV0416101RawRep2.bigWig
+GSM749684_1	cell=SAEC; cell organism=Human; cell description=Small Airway Epithelial Cells; cell karyotype=normal; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749684_hg19_wgEncodeUwTfbsSaecCtcfStdRawRep1.bigWig
+GSM803414_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588).; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3164; replicate=1; replicate description=tier 1; original_filename=GSM803414_hg19_wgEncodeHaibTfbsK562Egr1V0416101RawRep1.bigWig
+GSM923447_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labexpid=DS17625; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923447_hg19_wgEncodeUwRepliSeqImr90S4PctSignalRep1.bigWig
+GSM945212_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000463; labexpid=DS12186; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945212_hg19_wgEncodeUwHistoneGm12878H3k36me3StdRawRep1.bigWig
+GSM749743_1	cell=HBMEC; cell organism=Human; cell description=Human Brain Microvascular Endothelial Cells; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749743_hg19_wgEncodeUwTfbsHbmecCtcfStdRawRep1.bigWig
+GSM765402_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=LID16633; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765402_wgEncodeCshlLongRnaSeqHelas3CellPapPlusRawSigRep2.bigWig
+GSM605625_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003WC; labexpid=LID20899; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605625_hg19_wgEncodeCshlShortRnaSeqGm12878CellShorttotalTapMinusRawRep1.bigWig
+GSM935473_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg6h; treatment description=Interferon gamma treatment - 6 hours (Snyder); antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000658; replicate=1; original_filename=GSM935473_hg19_wgEncodeSydhTfbsK562Pol2Ifng6hStdSig.bigWig
+GSM803529_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2690; replicate=1; replicate description=tier 1; original_filename=GSM803529_hg19_wgEncodeHaibTfbsH1hescJundV0416102RawRep1.bigWig
+GSM831015_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Millipore,17-641; original_filename=GSM831015_K562_REST.bw
+GSM646563_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; labversion=lmax-v1.0; original_filename=GSM646563_hg19_wgEncodeUwDgfH7esRaw.bigWig
+GSM849334_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013N; labexpid=J98; replicate=1; replicate description=tier 1; original_filename=GSM849334_hg19_wgEncodeRikenCageHepg2NucleusPapMinusSignalRep2.bigWig
+GSM945178_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000453; labexpid=DS11563; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945178_hg19_wgEncodeUwHistoneBjH3k4me3StdRawRep2.bigWig
+GSM935470_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa30; treatment description=30 m of Interferon alpha (Snyder); antibody=STAT2; antibody antibodydescription=Rabbit polyclonal. Antibody Target: STAT2; antibody targetdescription=peptide mapping at c-terminus of Human STAT2 p-113 (C-20) X; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-476x; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000655; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935470_hg19_wgEncodeSydhTfbsK562Stat2Ifna30StdSig.bigWig
+GSM803515_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=BCLAF1_(SC-101388); antibody antibodydescription=Mouse monoclonal IgG, raised against a synthetic peptide corresponding to a.a. 900-909 of BCLAF1 of human origin.; antibody targetdescription=This gene encodes a transcriptional repressor that interacts with several members of the BCL2 family of proteins. Overexpression of this protein induces apoptosis, which can be suppressed by co-expression of BCL2 proteins (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101388; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1273; replicate=1; replicate description=tier 1; original_filename=GSM803515_hg19_wgEncodeHaibTfbsK562Bclaf101388Pcr1xRawRep1.bigWig
+GSM977030_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48353,LID48354; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977030_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellCiptapPlusRawRep2.bigWig
+GSM803353_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-MC; cell organism=human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=FOXP2; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=transcriptional repressor, involved in development of speech; antibody vendorname=Abcam; antibody vendorid=ab16046; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL102; labexpid=SL144; replicate=1; replicate description=tier 1; original_filename=GSM803353_hg19_wgEncodeHaibTfbsSknmcFoxp2Pcr2xRawRep2.bigWig
+GSM758561_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=017WC,018WC; labexpid=LID8965,LID8966; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758561_wgEncodeCshlLongRnaSeqAg04450CellPapPlusRawSigRep1.bigWig
+GSM897082_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013C; labexpid=LID44464; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897082_hg19_wgEncodeCshlShortRnaSeqHepg2CytosolShorttotalTapPlusRawRep2.bigWig
+GSM803369_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a human cerebral brain tumor. (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL150; labexpid=SL149; replicate=1; replicate description=tier 1; original_filename=GSM803369_hg19_wgEncodeHaibTfbsPfsk1NrsfPcr2xRawRep1.bigWig
+GSM803377_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1166; replicate=1; replicate description=tier 1; original_filename=GSM803377_hg19_wgEncodeHaibTfbsH1hescSp1Pcr1xRawRep2.bigWig
+GSM816627_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816627_hg19_wgEncodeOpenChromDnaseMcf7BaseOverlapSignal.bigWig
+GSM945279_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_P5; treatment description=Parental K562 (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS17490; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945279_hg19_wgEncodeUwHistoneK562H3k04me3StdZnfp5RawRep2.bigWig
+GSM803333_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL2906; replicate=1; replicate description=tier 1; original_filename=GSM803333_hg19_wgEncodeHaibTfbsSknshraCtcfV0416102RawRep2.bigWig
+GSM803500_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL635; replicate=1; replicate description=tier 1; original_filename=GSM803500_hg19_wgEncodeHaibTfbsHepg2JundPcr1xRawRep1.bigWig
+GSM803424_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1518; replicate=1; replicate description=tier 1; original_filename=GSM803424_hg19_wgEncodeHaibTfbsH1hescGabpPcr1xRawRep2.bigWig
+GSM767843_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=027C; labexpid=LID18554; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767843_wgEncodeCshlLongRnaSeqNhekCytosolLongnonpolyaMinusRawSigRep3.bigWig
+GSM945324_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002532; labexpid=DS14123; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945324_hg19_wgEncodeUwHistoneH7esH3k36me3StdDiffa14dRawRep2.bigWig
+GSM803350_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL291; replicate=1; replicate description=tier 1; original_filename=GSM803350_hg19_wgEncodeHaibTfbsGm12878SrfPcr2xRawRep2.bigWig
+GSM945292_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HPAF; cell organism=human; cell description=pulmonary artery fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000958; labexpid=DS16153; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945292_hg19_wgEncodeUwHistoneHpafH3k4me3StdRawRep2.bigWig
+GSM822289_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=A549/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822289_hg19_wgEncodeOpenChromChipA549CtcfBaseOverlapSignal.bigWig
+GSM923425_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL331; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923425_hg19_wgEncodeHaibRnaSeqA549Etoh02RawRep2.bigWig
+GSM803473_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ZBTB7A_(SC-34508); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin.; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-34508; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2265; replicate=1; replicate description=tier 1; original_filename=GSM803473_hg19_wgEncodeHaibTfbsK562Zbtb7asc34508V0416101RawRep2.bigWig
+GSM935307_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=CHD2_(AB68301); antibody antibodydescription=Rabbit polyclonal to CHD2 Synthetic peptide derived from within residues 1250 - 1350 of Human CHD2. Antibody Target: CHD2; antibody targetdescription=CHD family of proteins are characterized by presence of chromo (chromatin organization modifier) domains and SNF2-related helicase/ATPase domains. CHD genes alter gene expression possibly by modification of chromatin structure thus altering access of the transcriptional apparatus to its chromosomal DNA template.; antibody vendorname=Abcam; antibody vendorid=ab68301; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935307_hg19_wgEncodeSydhTfbsHepg2Chd2ab68301IggrabSig.bigWig
+GSM849364_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=015WC; labexpid=K07; replicate=1; replicate description=tier 1; original_filename=GSM849364_hg19_wgEncodeRikenCageMcf7CellPapMinusRawRep2.bigWig
+GSM935453_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12891; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000772; labversion=remapped from hg18; replicate=1; original_filename=GSM935453_hg19_wgEncodeSydhTfbsGm12891InputTnfaIggrabSig.bigWig
+GSM608167_1	cell line=K562; harvest date=2008-06-12; chip antibody=CST monoclonal rabbit rabbit anti-H3K27me3; lot#=CST#9733/1; original_filename=GSM608167_K562_H3K27me3.bigwig
+GSM977034_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHDF; cell organism=human; cell description=Dermal Fibroblasts from temple / breast; cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=050WC; labexpid=LID47242; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977034_hg19_wgEncodeCshlShortRnaSeqNhdf00608013CellShorttotalTapMinusRep2.bigWig
+GSM749773_1	cell=HPF; cell organism=Human; cell description=Human Pulmonary Fibroblasts isolated from lung tissue; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749773_hg19_wgEncodeUwTfbsHpfInputStdRawRep1.bigWig
+GSM646562_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=SKMC; cell organism=human; cell description=skeletal muscle cells; cell lineage=mesoderm; cell sex=U; labversion=lmax-v1.0; original_filename=GSM646562_hg19_wgEncodeUwDgfSkmcSig.bigWig
+GSM803393_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL749; replicate=1; replicate description=tier 1; original_filename=GSM803393_hg19_wgEncodeHaibTfbsGm12891Taf1Pcr1xRawRep2.bigWig
+GSM973687_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089N,090N; labexpid=LID46313,LID46314; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973687_hg19_wgEncodeCshlShortRnaSeqMcf7NucleusShorttotalPlusRep3.bigWig
+GSM605634_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NP; labexpid=LID8929; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605634_hg19_wgEncodeCshlShortRnaSeqK562NucleoplasmShorttotalTapPlusRawRep3.bigWig
+GSM973673_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N,046N; labexpid=LID45886,LID45887; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973673_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalCiptapPlusRep1.bigWig
+GSM945227_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HAc; cell organism=human; cell description=astrocytes-cerebellar; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002165; labexpid=DS18311; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945227_hg19_wgEncodeUwHistoneHacInputStdRawRep1.bigWig
+GSM803444_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=FOXA1_(SC-6553); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of FOXA1 of human origin.; antibody targetdescription=This gene encodes a member of the forehead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6553; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1882; labexpid=SL1880; replicate=1; replicate description=tier 1; original_filename=GSM803444_hg19_wgEncodeHaibTfbsEcc1Foxa1sc6553V0416102Dm002p1hRawRep1.bigWig
+GSM923452_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS9851; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923452_hg19_wgEncodeUwRepliSeqHuvecWaveSignalRep1.bigWig
+GSM733769_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733769_hg19_wgEncodeBroadHistoneGm12878H3k4me2StdSig.bigWig
+GSM749735_1	cell=HCPEpiC; cell organism=Human; cell description=Human Choroid Plexus Epithelial Cells; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749735_hg19_wgEncodeUwTfbsHcpeCtcfStdRawRep1.bigWig
+GSM758572_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003WC,004WC; labexpid=LID8661,LID8662; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758572_wgEncodeCshlLongRnaSeqGm12878CellLongnonpolyaMinusRawSigRep2.bigWig
+GSM822291_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822291_hg19_wgEncodeOpenChromChipHepg2CmycBaseOverlapSignal.bigWig
+GSM923444_11	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjS4PctSignalRep1.bigWig
+GSM830536_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0135CH; labexpid=PHK001; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830536_hg19_wgEncodeGisRnaPetK562ChromatinTotalPlusRawSigRep1.bigWig
+GSM736606_1	cell=HAEpiC; cell organism=Human; cell description=Human Amniotic Epithelial Cells; cell sex=U; replicate=2; original_filename=GSM736606_hg19_wgEncodeUwDnaseHaeRawRep2.bigWig
+GSM758559_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003WC,004WC; labexpid=LID16629,LID16630; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758559_wgEncodeCshlLongRnaSeqGm12878CellPapMinusRawSigRep1.bigWig
+GSM945229_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CD20+_RO01778; cell organism=human; cell description=B cells, caucasian, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002170; labexpid=DS18985; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945229_hg19_wgEncodeUwHistoneCd20ro01778H3k04me3StdRawRep2.bigWig
+GSM749742_1	cell=GM12874; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749742_hg19_wgEncodeUwTfbsGm12874InputStdRawRep1.bigWig
+GSM749678_1	cell=AG04449; cell organism=Human; cell description=fetal buttock/thigh fibroblast; cell karyotype=normal; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749678_hg19_wgEncodeUwTfbsAg04449CtcfStdRawRep2.bigWig
+GSM958737_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10947; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958737_hg19_wgEncodeCaltechRnaSeqH1hescR1x75dTh1014UMinusRawRep1V4.bigWig
+GSM945226_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SAEC; cell organism=human; cell description=small airway epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000473; labexpid=DS12243; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945226_hg19_wgEncodeUwHistoneSaecH3k36me3StdRawRep1.bigWig
+GSM958745_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11581; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958745_hg19_wgEncodeCaltechRnaSeqMcf7R2x75Th1014Il200SigRep2V4.bigWig
+GSM733670_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733670_hg19_wgEncodeBroadHistoneH1hescH3k4me2StdSig.bigWig
+GSM923445_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; labexpid=DS9947; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923445_hg19_wgEncodeUwRepliSeqNhekS4PctSignalRep1.bigWig
+GSM945237_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM06990; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000455; labexpid=DS11497; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945237_hg19_wgEncodeUwHistoneGm06990InputStdRawRep1.bigWig
+GSM818744_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001754; original_filename=GSM818744_hg19_wgEncodeSydhTfbsHelas3InputUcdSig.bigWig
+GSM803439_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=FOSL1_(SC-183); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of FOSL1 of human origin.; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2.  These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1.  As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-183; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2349; replicate=1; replicate description=tier 1; original_filename=GSM803439_hg19_wgEncodeHaibTfbsK562Fosl1sc183V0416101RawRep1.bigWig
+GSM935442_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=IKZF1_(IkN)_(UCLA); antibody antibodydescription=Rabbit polyclonal antibody raised against a recombinant protein encompassing the amino-terminus of the murine IKZF1 protein. Antibody Target: IKZF1; antibody targetdescription=IKAROS family zinc finger 1 (Ikaros or IKZF1) is a C2H2 zinc finger transcription factor that is associated with various chromatin-modifying complexes and is suggested to play a role in the development of lymphocytes, B- and T-cells.; antibody vendorname=From the laboratory of Stephen Smale, UCLA; antibody vendorid=IKZF1_(IkN); control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935442_hg19_wgEncodeSydhTfbsGm12878Ikzf1iknuclaStdSig.bigWig
+GSM733718_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733718_hg19_wgEncodeBroadHistoneH1hescH3k27acStdSig.bigWig
+GSM864351_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=Medullo; cell organism=human; cell description=medulloblastoma (aka D721), surgical resection from a patient with medulloblastoma as described by Darrell Bigner (1997); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864351_hg19_wgEncodeOpenChromFaireMedulloBaseOverlapSignal.bigWig
+GSM973663_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N,086N; labexpid=LID46272,LID46273; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973663_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalCiptapMinusRep4.bigWig
+GSM849330_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011C; labexpid=J87; replicate=1; replicate description=tier 1; original_filename=GSM849330_hg19_wgEncodeRikenCageHelas3CytosolPapMinusSignalRep1.bigWig
+GSM847562_1	cell line=K562; shRNA expression=expressing shRNA targeting EGR1; treatment=Puromycin, doxycycline; original_filename=GSM847562_SL1583.bw
+GSM758563_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=009WC,010WC; labexpid=LID8463,LID8464; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758563_wgEncodeCshlLongRnaSeqHuvecCellPapPlusRawSigRep1.bigWig
+GSM935363_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=remapped from hg18, V2; replicate=1; original_filename=GSM935363_hg19_wgEncodeSydhTfbsK562InputStdSig.bigWig
+GSM977038_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HFDPC; cell organism=human; cell description=Follicle Dermal Papilla Cells from two individuals, HFDPC_0100503.2 and HFDPC_0102703.3 from lateral scalp (brown, blond); cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=062WC; labexpid=LID47478; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977038_hg19_wgEncodeCshlShortRnaSeqHfdpc01005032CellTapPlusRep2.bigWig
+GSM840138_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0102WC; labexpid=crg-7; replicate=1; replicate description=tier 1; original_filename=GSM840138_hg19_wgEncodeCshlLongRnaSeqGm12878CellTotalPlusRawSigRep2.bigWig
+GSM973667_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC; labexpid=LID46956; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973667_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalTapMinusRep4.bigWig
+GSM935309_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Nrf1; antibody antibodydescription=Mouse monoclonal, Immunogen corresponding to amino acids 201-286 of Human NRF1. Antibody Target: NRF1; antibody targetdescription=NRF1 is the mammalian homolog to the erect wing (ewg) Drosophila protein that is required for proper development of the central nervous system and indirect flight muscles. In mammals NRF1 functions as a transcription factor that activates the expression of the EIF2S1 (EIF-alpha) gene. This protein links the transcriptional modulation of key metabolic genes to cellular growth and development, and has been implicated in the control of nuclear genes required for respiration, heme biosynthesis and mitochondrialDNA transcription and replication. NRF1 forms a homodimer and binds DNA as a dimer. NRF1 shows a nuclear localization and is expressed widely in embryonic, fetal and adult tissues. Phosphorylation of NRF1 enhances DNA binding.; antibody vendorname=Abcam; antibody vendorid=ab55744; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935309_hg19_wgEncodeSydhTfbsGm12878Nrf1IggmusSig.bigWig
+GSM973674_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087WC,088WC; labexpid=LID46098,LID46099; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973674_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalCiptapMinusRep4.bigWig
+GSM803474_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3457; labexpid=SL3456; replicate=1; replicate description=tier 1; original_filename=GSM803474_hg19_wgEncodeHaibTfbsHct116Pol24h8V0416101RawRep2.bigWig
+GSM767843_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=027C; labexpid=LID18554; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767843_wgEncodeCshlLongRnaSeqNhekCytosolLongnonpolyaPlusRawSigRep3.bigWig
+GSM830524_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0148NP; labexpid=PHK002; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830524_hg19_wgEncodeGisRnaPetK562NucleoplasmTotalPlusRawSigRep1.bigWig
+GSM803410_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3819; replicate=1; replicate description=tier 1; original_filename=GSM803410_hg19_wgEncodeHaibTfbsK562Pol2V0416101RawRep1.bigWig
+GSM977047_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEM_M2; cell organism=human; cell description=Epidermal Melanocytes (adult) from two individuals, NHEM_M2_7011001.2 and NHEM_M2_7012303 from cheek / temple; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=083WC,084WC; labexpid=LID47613,LID47614; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977047_hg19_wgEncodeCshlShortRnaSeqNhemm2CellTapMinusRep1.bigWig
+GSM767851_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=015WC; labexpid=LID8824; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767851_wgEncodeCshlLongRnaSeqMcf7CellLongnonpolyaPlusRawSigRep2.bigWig
+GSM945296_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12864; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000457; labexpid=DS18706; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945296_hg19_wgEncodeUwHistoneGm12864H3k04me3StdRawRep1.bigWig
+GSM973665_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N,086N; labexpid=LID46203,LID46204; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973665_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalPlusRep3.bigWig
+GSM945265_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001903; labexpid=DS18350; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945265_hg19_wgEncodeUwHistoneWi38H3k04me3StdRawRep1.bigWig
+GSM822301_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=vehicle; treatment description=Charcoal stripped hormone-free FBS for 72 hours (Crawford); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822301_hg19_wgEncodeOpenChromChipMcf7CmycVehBaseOverlapSignal.bigWig
+GSM767847_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=011WC; labexpid=LID8790; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767847_wgEncodeCshlLongRnaSeqHelas3CellLongnonpolyaMinusRawSigRep2.bigWig
+GSM803523_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin.; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2945; replicate=1; replicate description=tier 1; original_filename=GSM803523_hg19_wgEncodeHaibTfbsK562MaxV0416102RawRep1.bigWig
+GSM935460_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Raji; cell organism=human; cell description=B lymphocyte, The Raji line of lymphoblast-like cells was established by R.J.V. Pulvertaft in 1963 from a Burkitt's lymphoma of the left maxilla of an 11-year-old Black male. - ATCC. (PMID: 14086209); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001760; original_filename=GSM935460_hg19_wgEncodeSydhTfbsRajiInputUcdSig.bigWig
+GSM935483_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZZZ3; antibody antibodydescription=Rabbit Polyclonal anti-human ZZZ3, Immunogen: Synthetic peptide coupled to Ovalbumin (Name PI130, sequence CGNNNGRTTDLKQQSTRESW). Antibody Target: ZZZ3; antibody targetdescription=ZZZ3 contains one ZZ-type zinc finger domain. ZZ type finger domains are named because of their ability to bind two zinc ions. These domains contain 4-6 Cys residues that participate in zinc binding (plus additional Ser/His residues), including a Cys-X2-Cys motif found in other zinc finger domains. These zinc fingers are thought to be involved in protein-protein interactions -they are most likely involved in ligand binding or molecular scaffolding. The structure of the ZZ domain shows that it belongs to the family of cross-brace zinc finger motifs that include the PHD, RING, and FYVE domains.; antibody vendorname=Lazlo Tora, Institut de G?n?tique et de Biologie Mol?culaire et Cellulaire; antibody vendorid=ZZZ3; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935483_hg19_wgEncodeSydhTfbsGm12878Zzz3StdSig.bigWig
+GSM958738_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11206; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958738_hg19_wgEncodeCaltechRnaSeqHuvecR1x75dTh1014UMinusRawRep1V4.bigWig
+GSM923431_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=Estradiol_10nM_4hr; treatment description=4 h with 10 nM Estradiol (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1245; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923431_hg19_wgEncodeHaibRnaSeqT47dEstradia4hRawRep2.bigWig
+GSM935503_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF274_(M01); antibody antibodydescription=Mouse monoclonal antibody raised against a partial recombinant ZNF274 (corresponding to amino acids 420-531 of the human ZNF274 protein). Antibody Target: ZNF274; antibody targetdescription=ZNF274 is a zinc finger protein containing five C2H2-type zinc finger domains, two Kruppel-associated box A (KRABA) domains, and a leucine-rich SCAN domain. The encoded protein has been suggested to be a transcriptional repressor and interacts with the KAP1 corepressor complex.; antibody vendorname=Abnova ZNF74; antibody vendorid=H00010782-M01; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; replicate=1; original_filename=GSM935503_hg19_wgEncodeSydhTfbsK562Znf274m01UcdSig.bigWig
+GSM849331_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011N; labexpid=J96; replicate=1; replicate description=tier 1; original_filename=GSM849331_hg19_wgEncodeRikenCageHelas3NucleusPapMinusSignalRep2.bigWig
+GSM822309_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=estrogen; treatment description=45 min with 100 nM Estradiol (Crawford); antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822309_hg19_wgEncodeOpenChromChipMcf7CtcfEstroSig.bigWig
+GSM923440_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12801; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; labexpid=DS9813; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923440_hg19_wgEncodeUwRepliSeqGm12801SumSignalRep1.bigWig
+GSM922955_1	lab=Yale; lab description=Snyder - Yale University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa30; treatment description=30 m of Interferon alpha (Snyder); rnaextract=polyA; rnaextract description=Isolated Poly(A) RNA; original_filename=GSM922955_hg19_wgEncodeSydhRnaSeqK562Ifna30PolyaRaw.bigWig
+GSM749730_1	cell=GM12873; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749730_hg19_wgEncodeUwTfbsGm12873CtcfStdRawRep1.bigWig
+GSM945221_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12875; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000462; labexpid=DS18910; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945221_hg19_wgEncodeUwHistoneGm12875H3k04me3StdRawRep1.bigWig
+GSM945175_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000472; labexpid=DS11559; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945175_hg19_wgEncodeUwHistoneNhekH3k4me3StdRawRep2.bigWig
+GSM958731_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11008; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958731_hg19_wgEncodeCaltechRnaSeqK562R1x75dTh1014UMinusRawRep2V4.bigWig
+GSM765405_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001WC; labexpid=LID16627; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765405_wgEncodeCshlLongRnaSeqK562CellPapMinusRawSigRep1.bigWig
+GSM958740_4	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11210; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958740_hg19_wgEncodeCaltechRnaSeqHepg2R1x75dTh1014UPlusRawRep2V4.bigWig
+GSM777640_1	lab=UChicago; lab description=White - University of Chicago; data type=ChipSeq; data type description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=eGFP-HDAC8; antibody antibody description=Goat polyclonal; antibody target description=HDAC8; antibody vendor name=Kevin White; antibody vendor id=(None); control=Control_eGFP-HDAC8; control description=This data represents a control being compared to experiments using antibody eGFP-HDAC8; control=Control_eGFP-HDAC8; control description=This data represents a control being compared to experiments using antibody eGFP-HDAC8; control id=K562/Input/Control_eGFP-HDAC8; replicate=1; replicate description=tier 1; original_filename=GSM777640_wgEncodeUchicagoTfbsK562Ehdac8ControlSig.bigWig
+GSM733757_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733757_hg19_wgEncodeBroadHistoneHuvecH3k36me3StdSig.bigWig
+GSM765399_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027N; labexpid=LID8797; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765399_wgEncodeCshlLongRnaSeqNhekNucleusPapMinusRawSigRep3.bigWig
+GSM945277_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HMEC; cell organism=human; cell description=mammary epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000466; labexpid=DS12082; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945277_hg19_wgEncodeUwHistoneHmecH3k27me3StdRawRep1.bigWig
+GSM767850_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013N; labexpid=LID9202; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767850_wgEncodeCshlLongRnaSeqHepg2NucleusLongnonpolyaMinusRawSigRep1.bigWig
+GSM733720_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733720_hg19_wgEncodeBroadHistoneNhekH3k4me3StdSig.bigWig
+GSM945244_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001904; labexpid=DS18305; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945244_hg19_wgEncodeUwHistoneA549H3k04me3StdRawRep1.bigWig
+GSM935646_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=USF2; antibody antibodydescription=Mouse monoclonal. Immunogen corresponds to amino acids 1-101 of Human USF2. Antibody Target: USF2; antibody targetdescription=Encodes a member of the basic helix-loop-helix leucine zipper family. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs (5'-CACGTG-3').; antibody vendorname=abcam; antibody vendorid=ab60931; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935646_hg19_wgEncodeSydhTfbsHepg2Usf2IggrabSig.bigWig
+GSM736565_1	cell=LNCaP; cell organism=Human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old Caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; replicate=1; original_filename=GSM736565_hg19_wgEncodeUwDnaseLncapRawRep1.bigWig
+GSM803527_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL582; replicate=1; replicate description=tier 1; original_filename=GSM803527_hg19_wgEncodeHaibTfbsHepg2Usf1Pcr1xRawRep1.bigWig
+GSM803457_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL474; labexpid=SL1079; replicate=1; replicate description=tier 1; original_filename=GSM803457_hg19_wgEncodeHaibTfbsA549Usf1Pcr1xDex100nmRawRep1.bigWig
+GSM977051_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSaVEC; cell organism=human; cell description=Saphenous Vein Endothelial Cells from two individuals, HSaVEC_9100101.15 and HSaVEC_0022202.16 from thigh; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=093WC,094WC; labexpid=LID47615,LID47616; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977051_hg19_wgEncodeCshlShortRnaSeqHsavecCellTapMinusRep1.bigWig
+GSM822284_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822284_hg19_wgEncodeOpenChromChipHepg2Pol2BaseOverlapSignal.bigWig
+GSM803489_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL818; labexpid=SL736; replicate=1; replicate description=tier 1; original_filename=GSM803489_hg19_wgEncodeHaibTfbsGm12892Taf1V0416102RawRep2.bigWig
+GSM758575_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013WC,014WC; labexpid=LID16635,LID16636; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758575_wgEncodeCshlLongRnaSeqHepg2CellPapPlusRawSigRep2.bigWig
+GSM736544_1	cell=NH-A; cell organism=Human; cell description=normal human astrocytes; cell sex=U; replicate=1; original_filename=GSM736544_hg19_wgEncodeUwDnaseNhaRawRep1.bigWig
+GSM803489_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL818; labexpid=SL736; replicate=1; replicate description=tier 1; original_filename=GSM803489_hg19_wgEncodeHaibTfbsGm12892Taf1V0416102RawRep1.bigWig
+GSM830534_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0111N; labexpid=DHG002; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830534_hg19_wgEncodeGisRnaPetGm12878NucleusPapPlusRawSigRep1.bigWig
+GSM923429_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=BPA_100nM_4hr; treatment description=4 h with 100 nM Bisphenol A (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1550; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923429_hg19_wgEncodeHaibRnaSeqT47dBpa14hRawRep2.bigWig
+GSM849362_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=019WC; labexpid=K14; replicate=1; replicate description=tier 1; original_filename=GSM849362_hg19_wgEncodeRikenCageSknshraCellPapMinusRawRep1.bigWig
+GSM935476_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=E2F6; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22823; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935476_hg19_wgEncodeSydhTfbsHelas3E2f6StdSig.bigWig
+GSM935599_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg6h; treatment description=Interferon gamma treatment - 6 hours (Snyder); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000658; labversion=remapped from hg18; replicate=1; original_filename=GSM935599_hg19_wgEncodeSydhTfbsK562CmycIfng6hStdSig.bigWig
+GSM935511_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Brg1; antibody antibodydescription=Brg-1 (G-7) is a mouse monoclonal antibody raised against amino acids 209-296 mapping near the N-terminus of Brg-1 of human origin. Antibody Target: BRG1; antibody targetdescription=Brg1 (SMARCA4) is an ATPase subunit of the SWI/SNF chromatin-remodeling complex.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17796; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000633; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935511_hg19_wgEncodeSydhTfbsHelas3Brg1IggmusSig.bigWig
+GSM944519_2	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=PABPC1; antibody antibodydescription=Mouse monoclonal vs PABPC1 of human, mouse, bovine, can, hamster, Xenopus origin. Antibody Target: PABPC1; antibody targetdescription=poly(A) binding protein, cytoplasmic 1 (Homo sapiens).; antibody vendorname=Sigma Chemical Co.; antibody vendorid=P6246; labversion=Sig_P6246 antibody; replicate=1; original_filename=GSM944519_hg19_wgEncodeSunyRipSeqGm12878Pabpc1SigRep2.bigWig
+GSM864346_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=PanIslets; cell organism=human; cell description=pancreatic islets from 2 donors, the sources of these primary cells are cadavers from National Disease Research Interchange (NDRI) and another sample isolated as in Bucher, P. et al., Assessment of a novel two-component enzyme preparation for human islet isolation and transplantation. Transplantation 79, 917 (2005); cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864346_hg19_wgEncodeOpenChromFairePanisletsSig.bigWig
+GSM973693_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC,046WC; labexpid=LID45108,LID45111; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973693_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalCiptapMinusRep2.bigWig
+GSM973680_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC; labexpid=LID47262; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973680_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalTapPlusRep1.bigWig
+GSM923441_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9913; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923441_hg19_wgEncodeUwRepliSeqSknshS2PctSignalRep1.bigWig
+GSM822298_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822298_hg19_wgEncodeOpenChromChipHuvecCmycSig.bigWig
+GSM923444_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjG1bPctSignalRep1.bigWig
+GSM831002_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A300-215A; original_filename=GSM831002_K562_LSD1.bw
+GSM765401_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=LID16631; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765401_wgEncodeCshlLongRnaSeqNhekCellPapMinusRawSigRep1.bigWig
+GSM765391_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=023WC; labexpid=LID8826; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765391_wgEncodeCshlLongRnaSeqHsmmCellLongnonpolyaMinusRawSigRep1.bigWig
+GSM849330_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011C; labexpid=J87; replicate=1; replicate description=tier 1; original_filename=GSM849330_hg19_wgEncodeRikenCageHelas3CytosolPapMinusSignalRep2.bigWig
+GSM803395_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL878; labexpid=SL878; replicate=1; replicate description=tier 1; original_filename=GSM803395_hg19_wgEncodeHaibTfbsA549GrPcr1xEtoh02RawRep1.bigWig
+GSM803524_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2943; replicate=1; replicate description=tier 1; original_filename=GSM803524_hg19_wgEncodeHaibTfbsK562GabpV0416101RawRep1.bigWig
+GSM923432_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_500pM; treatment description=1 h with 500 pM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1257; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923432_hg19_wgEncodeHaibRnaSeqA549Dex500pmRawRep2.bigWig
+GSM767851_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=015WC; labexpid=LID8824; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767851_wgEncodeCshlLongRnaSeqMcf7CellLongnonpolyaMinusRawSigRep2.bigWig
+GSM803373_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL247; labexpid=SL247; replicate=1; replicate description=tier 1; original_filename=GSM803373_hg19_wgEncodeHaibTfbsA549GrPcr2xEtoh02RawRep1.bigWig
+GSM816653_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM18507; cell organism=human; cell description=Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816653_hg19_wgEncodeOpenChromDnaseGm18507BaseOverlapSignal.bigWig
+GSM749750_1	cell=AG09309; cell organism=Human; cell description=adult toe fibroblast from apparently healthy 21 year old; cell karyotype=7% of the cells examined showing random chromosome loss/gain -Coriell; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749750_hg19_wgEncodeUwTfbsAg09309CtcfStdRawRep1.bigWig
+GSM958739_4	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11208; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958739_hg19_wgEncodeCaltechRnaSeqHelas3R1x75dTh1014UPlusRawRep2V4.bigWig
+GSM605629_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001C; labexpid=LID10572; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605629_hg19_wgEncodeCshlShortRnaSeqK562CytosolShorttotalTapPlusRawRep1.bigWig
+GSM765392_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025CH; labexpid=LID9185; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765392_wgEncodeCshlLongRnaSeqK562ChromatinTotalMinusRawSigRep3.bigWig
+GSM973688_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C; labexpid=LID46958; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973688_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalTapMinusRep3.bigWig
+GSM973668_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087WC,088WC; labexpid=LID46058,LID46059; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973668_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalPlusRep4.bigWig
+GSM736610_1	cell=H7-hESC; cell organism=Human; cell description=Undifferentiated human embryonic stem cells; cell karyotype=unknown; cell sex=U; replicate=2; original_filename=GSM736610_hg19_wgEncodeUwDnaseH7esRawRep2.bigWig
+GSM765403_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011N; labexpid=LID8559; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765403_wgEncodeCshlLongRnaSeqHelas3NucleusPapMinusRawSigRep2.bigWig
+GSM788081_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (Ntera2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K36me3B; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri-methyl K36) marks actively transcribed chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9763S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; replicate=1; replicate description=tier 1; original_filename=GSM788081_wgEncodeSydhHistoneNt2d1H3k36me3bUcdSig.bigWig
+GSM767847_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=011WC; labexpid=LID8790; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767847_wgEncodeCshlLongRnaSeqHelas3CellLongnonpolyaPlusRawSigRep2.bigWig
+GSM736493_1	cell=HCT-116; cell organism=Human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; replicate=2; original_filename=GSM736493_hg19_wgEncodeUwDnaseHct116RawRep2.bigWig
+GSM935605_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Harvard_Control; control description=input library was prepared at Harvard.; control=Harvard_Control; control description=input library was prepared at Harvard.; controlid=wgEncodeEH002871; replicate=1; original_filename=GSM935605_hg19_wgEncodeSydhTfbsMcf10aesInputHvdSig.bigWig
+GSM945267_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Jurkat; cell organism=human; cell description=T lymphoblastoid derived from an acute T cell leukemia, The Jurkat cell line was established from the peripheral blood of a 14 year old boy by Schneider et al., and was originally designated JM. - ATCC. (PMID: 68013); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000966; labexpid=DS16197; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945267_hg19_wgEncodeUwHistoneJurkatH3k4me3StdRawRep1.bigWig
+GSM767854_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=021WC; labexpid=LID9005; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767854_wgEncodeCshlLongRnaSeqA549CellLongnonpolyaMinusRawSigRep2.bigWig
+GSM758573_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=005WC,006WC; labexpid=LID8663,LID8664; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758573_wgEncodeCshlLongRnaSeqH1hescCellLongnonpolyaMinusRawSigRep2.bigWig
+GSM977035_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HAoAF; cell organism=human; cell description=Aortic Adventitial Fibroblasts from two individuals, HAoAF_6090101.11 and HAoAF_6111301.9 from tunica adventitia; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=056WC; labexpid=LID47434; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977035_hg19_wgEncodeCshlShortRnaSeqHaoaf61113019CellTapPlusRep1.bigWig
+GSM977040_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HAoEC; cell organism=human; cell description=Aortic Endothelial Cells (thoracic) from two individuals, HAoEC_7071706.1 and HAoEC_8061102.1; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=057WC; labexpid=LID47435; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977040_hg19_wgEncodeCshlShortRnaSeqHaoec80611021CellTapPlusRep2.bigWig
+GSM944523_2	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ELAVL1; antibody antibodydescription=1) Mouse monocloanal vs HuR, Hel-N1, HuC and HuD of mus, rat, hum and Xenopus origin; 2) Rabbit polyclonal. Raised against synthetic peptide, amino acids 3-19 of HuR. Recommended for detection against ELAV1 in human and mouse origin. Antibody Target: ELAVL1; antibody targetdescription=(Embryonic lethal, abnormal vision, Drosophila)-like 1 (Huantigen R) (Homo sapiens); antibody vendorname=1) Santa Cruz Biotech; 2) Millipore; antibody vendorid=SC-5261; 07-1735 is recommended replacement for AB5831; labversion=SC_5261 antibody; replicate=1; original_filename=GSM944523_hg19_wgEncodeSunyRipSeqK562Elavl1SigRep2.bigWig
+GSM765386_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003N; labexpid=LID8532; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765386_wgEncodeCshlLongRnaSeqGm12878NucleusPapMinusRawSigRep1.bigWig
+GSM935291_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM15510; cell organism=human; cell description=lymphoblastoid NIGMS Human Genetic Cell Repository, DNA Polymorphism Discovery Resource Collection, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000713; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded. Data paired with GM15510_IgG_Control.; replicate=1; original_filename=GSM935291_hg19_wgEncodeSydhTfbsGm15510Pol2IggmusSig.bigWig
+GSM935358_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935358_hg19_wgEncodeSydhTfbsK562Pol2StdSig.bigWig
+GSM897086_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=007WC; labexpid=LID20999; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897086_hg19_wgEncodeCshlShortRnaSeqNhekCellShorttotalTapMinusRawRep2.bigWig
+GSM765389_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=Normal Human Lung Fibroblasts; cell lineage=endoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=033WC; labexpid=LID8828; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765389_wgEncodeCshlLongRnaSeqNhlfCellLongnonpolyaMinusRawSigRep2.bigWig
+GSM822299_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822299_hg19_wgEncodeOpenChromChipGm12892CtcfSig.bigWig
+GSM803384_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=PU.1; antibody antibodydescription=Rabbit Polyclonal IgG; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22805; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL646; replicate=1; replicate description=tier 1; original_filename=GSM803384_hg19_wgEncodeHaibTfbsK562Pu1Pcr1xRawRep2.bigWig
+GSM822273_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822273_hg19_wgEncodeOpenChromChipHelas3Pol2BaseOverlapSignal.bigWig
+GSM849339_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0137C; labexpid=I40; labversion=Delve version 0.9; original_filename=GSM849339_hg19_wgEncodeRikenCageK562CytosolPapPlusSignal.bigWig
+GSM945251_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHDF-neo; cell organism=human; cell description=neonatal dermal fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000972; labexpid=DS16206; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945251_hg19_wgEncodeUwHistoneNhdfneoH3k4me3StdRawRep1.bigWig
+GSM733707_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733707_hg19_wgEncodeBroadHistoneHmecH3k36me3StdSig.bigWig
+GSM803346_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL217; replicate=1; replicate description=tier 1; original_filename=GSM803346_hg19_wgEncodeHaibTfbsGm12878RxlchPcr2xRawRep1.bigWig
+GSM944524_2	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=T7Tag; antibody antibodydescription=1) Mil AB3790 Anti-t7 Epitope tag, T7 (MASMTGGQQMG) 2) Novagen 69522 Negative Control Ab (T7 Tag Mouse Monoclonal). Antibody Target: T7Tag; antibody targetdescription=Negative Control Ab (T7 Tag Mouse Monoclonal).; antibody vendorname=1)Millipore; 2)Novagen; antibody vendorid=AB3790; Nov_69522; labversion=Nov_69522 antibody; replicate=1; original_filename=GSM944524_hg19_wgEncodeSunyRipSeqGm12878T7tagSigRep2.bigWig
+GSM803525_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20).; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3273; replicate=1; replicate description=tier 1; original_filename=GSM803525_hg19_wgEncodeHaibTfbsK562Sin3ak20V0416101RawRep2.bigWig
+GSM849302_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12870; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12870/None/Input/std; labexpid=DS10998; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849302_hg19_wgEncodeUwTfbsGm12870CtcfStdRawRep1.bigWig
+GSM945299_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_4C50_C4; treatment description=beta-globin LCR deletion (18Kb), homozygous (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS16261; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945299_hg19_wgEncodeUwHistoneK562H3k04me3StdZnf4c50c4RawRep1.bigWig
+GSM803340_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1035; labexpid=SL1012; replicate=1; replicate description=tier 1; original_filename=GSM803340_hg19_wgEncodeHaibTfbsEcc1GrV0416102Dex100nmRawRep2.bigWig
+GSM803521_3	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL593; replicate=1; replicate description=tier 1; original_filename=GSM803521_hg19_wgEncodeHaibTfbsHepg2RxlchPcr1xRawRep3.bigWig
+GSM935292_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935292_hg19_wgEncodeSydhTfbsH1hescMafkIggrabSig.bigWig
+GSM935352_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=SUZ12; antibody antibodydescription=rabbit polyclonal. Antibody Target: SUZ12; antibody targetdescription=Suppressor of zeste 12 homolog, Polycomb group (PcG) protein, Component of the PRC2/EED-EZH2 complex; antibody vendorname=Antibody made by Farnham lab; antibody vendorid=SUZ12; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001751; replicate=1; original_filename=GSM935352_hg19_wgEncodeSydhTfbsH1hescSuz12UcdSig.bigWig
+GSM945269_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000968; labexpid=DS16201; labversion=Bowtie 0.12.7; replicate=2; original_filename=GSM945269_hg19_wgEncodeUwHistoneMcf7H3k04me3StdRawRep2.bigWig
+GSM803403_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=FOXA2_(SC-6554); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of FOXA2 of human origin.; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5.  The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors.  This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators.  The protein is required for transcription by promoters targeted by RNA polymerase II. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6554; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL2196; replicate=1; replicate description=tier 1; original_filename=GSM803403_hg19_wgEncodeHaibTfbsHepg2Foxa2sc6554V0416101RawRep2.bigWig
+GSM749764_1	cell=GM12875; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749764_hg19_wgEncodeUwTfbsGm12875CtcfStdRawRep1.bigWig
+GSM945188_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000463; labexpid=DS11513; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945188_hg19_wgEncodeUwHistoneGm12878H3k4me3StdRawRep2.bigWig
+GSM831021_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Active motif,39357; original_filename=GSM831021_K562_SUZ12.bw
+GSM945269_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000968; labexpid=DS16201; labversion=Bowtie 0.12.7; replicate=2; original_filename=GSM945269_hg19_wgEncodeUwHistoneMcf7H3k4me3StdRawRep1.bigWig
+GSM977030_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48353,LID48354; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977030_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellCiptapMinusRawRep2.bigWig
+GSM945170_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AoAF; cell organism=human; cell description=aortic adventitial fibroblast cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000938; labexpid=DS15746; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945170_hg19_wgEncodeUwHistoneAoafH3k4me3StdRawRep2.bigWig
+GSM864361_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864361_hg19_wgEncodeOpenChromFaireK562BaseOverlapSignal.bigWig
+GSM733770_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=Control; original_filename=GSM733770_hg19_wgEncodeBroadHistoneH1hescControlStdSig.bigWig
+GSM973678_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N,046N; labexpid=LID45955,LID45956; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973678_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalPlusRep1.bigWig
+GSM923422_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; treatment=BPA_100nM_4hr; treatment description=4 h with 100 nM Bisphenol A (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1552; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923422_hg19_wgEncodeHaibRnaSeqEcc1Bpa14hRawRep2.bigWig
+GSM958739_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11208; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958739_hg19_wgEncodeCaltechRnaSeqHelas3R1x75dTh1014UMinusRawRep1V4.bigWig
+GSM736614_1	cell=HPAF; cell organism=Human; cell description=Human Pulmonary Artery Fibroblasts; cell sex=U; replicate=2; original_filename=GSM736614_hg19_wgEncodeUwDnaseHpafRawRep2.bigWig
+GSM973665_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N,086N; labexpid=LID46203,LID46204; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973665_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalMinusRep4.bigWig
+GSM765394_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=Normal Human Lung Fibroblasts; cell lineage=endoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=033WC; labexpid=LID8692; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; spikeinpool=14; original_filename=GSM765394_wgEncodeCshlLongRnaSeqNhlfCellPapPlusRawSigRep2.bigWig
+GSM935575_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TBLR1_(ab24550); antibody antibodydescription=Rabbit polyclonal, immunogen: Recombinant full length protein (Human). Antibody Target: TBLR1; antibody targetdescription=F-box-like protein involved in the recruitment of the ubiquitin/19S proteasome complex to nuclear receptor-regulated transcription units. Plays an essential role in transcription activation mediated by nuclear receptors. Probably acts as integral component of the N-Cor corepressor complex that mediates the recruitment of the 19S proteasome complex, leading to the subsequent proteasomal degradation of N-Cor complex, thereby allowing cofactor exchange, and transcription activation; antibody vendorname=Abcam; antibody vendorid=ab24550; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935575_hg19_wgEncodeSydhTfbsK562Tblr1ab24550IggrabSig.bigWig
+GSM758576_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013C,014C; labexpid=LID8471,LID8472; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758576_wgEncodeCshlLongRnaSeqHepg2CytosolPapMinusRawSigRep2.bigWig
+GSM736497_1	cell=SKMC; cell organism=Human; cell description=Human Skeletal Muscle Cells; cell karyotype=unknown; cell lineage=mesoderm; cell sex=U; replicate=2; original_filename=GSM736497_hg19_wgEncodeUwDnaseSkmcRawRep2.bigWig
+GSM923444_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjG2PctSignalRep1.bigWig
+GSM944521_1	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ripInput; antibody antibodydescription=Total input. Antibody Target: ripInput; antibody targetdescription=Total input for comparison for RIP experiments; antibody vendorname=Tenenbaum lab; antibody vendorid=RIP Input; replicate=1; original_filename=GSM944521_hg19_wgEncodeSunyRipSeqK562RipinputSigRep1.bigWig
+GSM849357_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=005WC; labexpid=J74; replicate=1; replicate description=tier 1; original_filename=GSM849357_hg19_wgEncodeRikenCageH1hescCellPapPlusSignalRep2.bigWig
+GSM803383_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-55706; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL842; replicate=1; replicate description=tier 1; original_filename=GSM803383_hg19_wgEncodeHaibTfbsK562Six5Pcr1xRawRep1.bigWig
+GSM849305_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12866; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12866/None/Input/std; labexpid=DS10994; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849305_hg19_wgEncodeUwTfbsGm12866CtcfStdRawRep2.bigWig
+GSM897083_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=021WC; labexpid=LID20749; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897083_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalTapMinusRawRep4.bigWig
+GSM945255_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HL-60; cell organism=human; cell description=promyelocytic leukemia cells, (PMID: 276884); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000465; labexpid=DS13664; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945255_hg19_wgEncodeUwHistoneHl60InputStdRawRep1.bigWig
+GSM758570_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=006C; labexpid=LID8536; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758570_wgEncodeCshlLongRnaSeqH1hescCytosolPapMinusRawSigRep2.bigWig
+GSM736505_1	cell=AoAF; cell organism=Human; cell description=Normal Human Aortic Adventitial Fibroblast Cells; cell sex=F; replicate=2; original_filename=GSM736505_hg19_wgEncodeUwDnaseAoafRawRep2.bigWig
+GSM849359_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=021WC; labexpid=K16; replicate=1; replicate description=tier 1; original_filename=GSM849359_hg19_wgEncodeRikenCageA549CellPapPlusSignalRep2.bigWig
+GSM849305_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12866; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12866/None/Input/std; labexpid=DS10994; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849305_hg19_wgEncodeUwTfbsGm12866CtcfStdRawRep1.bigWig
+GSM945192_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=diffProtA_9d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 9 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002545; labexpid=DS14648; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945192_hg19_wgEncodeUwHistoneH7esH3k36me3StdDiffa9dRawRep1.bigWig
+GSM945291_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000470; labexpid=DS13599; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945291_hg19_wgEncodeUwHistoneHepg2InputStdRawRep1.bigWig
+GSM765402_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=LID16633; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765402_wgEncodeCshlLongRnaSeqHelas3CellPapMinusRawSigRep1.bigWig
+GSM840136_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0131WC; labexpid=crg-45; replicate=1; replicate description=tier 1; original_filename=GSM840136_hg19_wgEncodeCshlLongRnaSeqK562CellTotalPlusRawSigRep2.bigWig
+GSM822285_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822285_hg19_wgEncodeOpenChromChipHelas3CtcfBaseOverlapSignal.bigWig
+GSM923444_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjS2PctSignalRep1.bigWig
+GSM849357_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=005WC; labexpid=J74; replicate=1; replicate description=tier 1; original_filename=GSM849357_hg19_wgEncodeRikenCageH1hescCellPapMinusSignalRep2.bigWig
+GSM864343_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HTR8svn; cell organism=human; cell description=trophoblast (HTR-8/SVneo) cell line, a thin layer of ectoderm that forms the wall of many mammalian blastulas and functions in the nutrition and implantation of the embryo; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864343_hg19_wgEncodeOpenChromFaireHtr8BaseOverlapSignal.bigWig
+GSM788083_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (Ntera2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; replicate=1; replicate description=tier 1; original_filename=GSM788083_wgEncodeSydhHistoneNt2d1H3k4me1UcdSig.bigWig
+GSM816644_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HTR8svn; cell organism=human; cell description=Trophoblast (HTR-8/SVneo) cell line. A thin layer of ectoderm that forms the wall of many mammalian blastulas and functions in the nutrition and implantation of the embryo.; cell karyotype=normal; cell lineage=Blastula; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816644_hg19_wgEncodeOpenChromDnaseHtr8Sig.bigWig
+GSM758563_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=009WC,010WC; labexpid=LID8463,LID8464; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758563_wgEncodeCshlLongRnaSeqHuvecCellPapMinusRawSigRep2.bigWig
+GSM803512_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin.; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL1519; replicate=1; replicate description=tier 1; original_filename=GSM803512_hg19_wgEncodeHaibTfbsH1hescAtf3V0416102RawRep1.bigWig
+GSM935501_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GTF2F1_(AB28179); antibody antibodydescription=Rabbit polyclonal to TFIIF - Recombinant full length protein - RAP 74 subunit of TF11F. Antibody Target: GTF2F1; antibody targetdescription=RNA polymerase II transcription factor TFIIF is a heterodimer with 2 subunits: one, referred to as RAP74. TFIIF appears to assist TFIIB in recruiting RNA polymerase II into a preinitiation complex. It also affects RNA transcription by suppressing transient pausing of the polymerase at locations on the DNA template.; antibody vendorname=Abcam; antibody vendorid=ab28179; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935501_hg19_wgEncodeSydhTfbsK562Gtf2f1ab28179IggrabSig.bigWig
+GSM736553_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; replicate=2; original_filename=GSM736553_hg19_wgEncodeUwDnaseHsmmRawRep2.bigWig
+GSM803538_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=BATF; antibody antibodydescription=Mouse monoclonal. Raised against recombinant B-ATF of human origin. Recommended for detection of B-ATF of m, r and h origin by WB, IP and ELISA; antibody targetdescription=The protein encoded by this gene is a nuclear basic leucine zipper protein that belongs to the AP-1/ATF superfamily of transcription factors. The leucine zipper of this protein mediates dimerization with members of the Jun family of proteins. This protein is thought to be a negative regulator of AP-1/ATF transcriptional events.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-100974; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL839; replicate=1; replicate description=tier 1; original_filename=GSM803538_hg19_wgEncodeHaibTfbsGm12878BatfPcr1xRawRep1.bigWig
+GSM736626_1	cell=HL-60; cell organism=Human; cell description=Human promyelocytic leukemia cells. (PMID: 276884); cell karyotype=cancer; cell sex=F; replicate=1; original_filename=GSM736626_hg19_wgEncodeUwDnaseHl60RawRep1.bigWig
+GSM897071_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=006N; labexpid=LID20907; readtype=1x36; readtype description=Single 36 nt reads; replicate=2; original_filename=GSM897071_hg19_wgEncodeCshlShortRnaSeqH1hescNucleusShorttotalTapPlusRawRep2.bigWig
+GSM945270_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HPF; cell organism=human; cell description=pulmonary fibroblasts isolated from lung tissue; cell karyotype=normal; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000960; labexpid=DS16180; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945270_hg19_wgEncodeUwHistoneHpfInputStdRawRep1.bigWig
+GSM733725_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733725_hg19_wgEncodeBroadHistoneH1hescH3k36me3StdSig.bigWig
+GSM765394_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=Normal Human Lung Fibroblasts; cell lineage=endoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=033WC; labexpid=LID8692; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; spikeinpool=14; original_filename=GSM765394_wgEncodeCshlLongRnaSeqNhlfCellPapMinusRawSigRep1.bigWig
+GSM977034_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHDF; cell organism=human; cell description=Dermal Fibroblasts from temple / breast; cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=050WC; labexpid=LID47242; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977034_hg19_wgEncodeCshlShortRnaSeqNhdf00608013CellShorttotalTapPlusRep2.bigWig
+GSM736581_1	cell=MCF-7; cell organism=Human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell sex=F; replicate=1; original_filename=GSM736581_hg19_wgEncodeUwDnaseMcf7RawRep1.bigWig
+GSM736510_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; replicate=2; original_filename=GSM736510_hg19_wgEncodeUwDnaseHelas3RawRep2.bigWig
+GSM935513_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; replicate=1; original_filename=GSM935513_hg19_wgEncodeSydhTfbsImr90Pol2IggrabSig.bigWig
+GSM803466_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2689; replicate=1; replicate description=tier 1; original_filename=GSM803466_hg19_wgEncodeHaibTfbsH1hescRad21V0416102RawRep2.bigWig
+GSM849330_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011C; labexpid=J87; replicate=1; replicate description=tier 1; original_filename=GSM849330_hg19_wgEncodeRikenCageHelas3CytosolPapPlusSignalRep1.bigWig
+GSM803425_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1483; replicate=1; replicate description=tier 1; original_filename=GSM803425_hg19_wgEncodeHaibTfbsH1hescSrfPcr1xRawRep1.bigWig
+GSM788079_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PBMC; cell organism=human; cell description=Peripheral blood mononuclear cells; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001883; replicate=1; replicate description=tier 1; original_filename=GSM788079_wgEncodeSydhHistonePbmcH3k9me3UcdSig.bigWig
+GSM935610_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=MafK_(SC-477); antibody antibodydescription=Rabbit polyclonal raised against epitope mapping at the C-terminus of NF-E2 p18 of mouse origin; recommended for detection of NF-E2 p18 (MafK) of mouse, rat and human origin. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=SC-477; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935610_hg19_wgEncodeSydhTfbsHepg2Mafksc477IggrabSig.bigWig
+GSM849349_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003C; labexpid=J84; replicate=1; replicate description=tier 1; original_filename=GSM849349_hg19_wgEncodeRikenCageGm12878CytosolPapPlusSignalRep2.bigWig
+GSM803455_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL592; labexpid=SL590; replicate=1; replicate description=tier 1; original_filename=GSM803455_hg19_wgEncodeHaibTfbsHelas3Taf1Pcr1xRawRep2.bigWig
+GSM605633_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003N; labexpid=LID20900; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605633_hg19_wgEncodeCshlShortRnaSeqGm12878NucleusShortPlusRaw.bigWig
+GSM840136_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0131WC; labexpid=crg-45; replicate=1; replicate description=tier 1; original_filename=GSM840136_hg19_wgEncodeCshlLongRnaSeqK562CellTotalMinusRawSigRep2.bigWig
+GSM849344_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0127NL; labexpid=I68; original_filename=GSM849344_hg19_wgEncodeRikenCageHepg2NucleolusTotalPlusSignal.bigWig
+GSM758564_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=021WC,022WC; labexpid=LID8963,LID8964; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758564_wgEncodeCshlLongRnaSeqA549CellPapMinusRawSigRep2.bigWig
+GSM935437_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Mxi1_(AF4185); antibody antibodydescription=Goat IgG. Raised against E. coli-derived rhMxi1. Antibody Target: Mxi1; antibody targetdescription=Transcriptional repressor. Binds with MAX to form recognize the core sequence 5'-CAC[GA]TG-3', antagonizes MYC transcriptional activity by competing for MAX; antibody vendorname=R&D Systems; antibody vendorid=AF4185; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=HepG2/None/Input/std; replicate=1; original_filename=GSM935437_hg19_wgEncodeSydhTfbsHepg2Mxi1StdSig.bigWig
+GSM803360_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL307; labexpid=SL245; replicate=1; replicate description=tier 1; original_filename=GSM803360_hg19_wgEncodeHaibTfbsA549Pol2Pcr2xEtoh02RawRep2.bigWig
+GSM822278_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM19238; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822278_hg19_wgEncodeOpenChromChipGm19238CtcfBaseOverlapSignal.bigWig
+GSM816628_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Chorion; cell organism=human; cell description=chorion cells (outermost of two fetal membranes), fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes.; cell karyotype=unknown; cell lineage=extraembryonic mesoderm, trophectoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816628_hg19_wgEncodeOpenChromDnaseChorionBaseOverlapSignal.bigWig
+GSM803424_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1518; replicate=1; replicate description=tier 1; original_filename=GSM803424_hg19_wgEncodeHaibTfbsH1hescGabpPcr1xRawRep1.bigWig
+GSM897083_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=021WC; labexpid=LID20749; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897083_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalTapMinusRawRep1.bigWig
+GSM736546_1	cell=NHDF-neo; cell organism=Human; cell description=Neonatal Human Dermal Fibroblasts; cell lineage=mesoderm; cell sex=U; replicate=2; original_filename=GSM736546_hg19_wgEncodeUwDnaseNhdfneoRawRep2.bigWig
+GSM803361_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL335; labexpid=SL244; replicate=1; replicate description=tier 1; original_filename=GSM803361_hg19_wgEncodeHaibTfbsA549Pol2Pcr2xDex100nmRawRep2.bigWig
+GSM803502_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3156; replicate=1; replicate description=tier 1; original_filename=GSM803502_hg19_wgEncodeHaibTfbsHepg2SrfV0416101RawRep2.bigWig
+GSM958737_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10947; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958737_hg19_wgEncodeCaltechRnaSeqH1hescR1x75dTh1014UMinusRawRep2V4.bigWig
+GSM973679_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N; labexpid=LID47266; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973679_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalTapMinusRep1.bigWig
+GSM803420_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=MEF2C_(SC-13268); antibody antibodydescription=Goat polyclonal IgG, epitope mapping near the C-terminus of MEF2C of human origin.; antibody targetdescription=This locus encodes a member of the MADS box transcription enhancer factor 2 (MEF2) family of proteins, which play a role in myogenesis. The encoded protein, MEF2 polypeptide C, has both trans-activating and DNA binding activities.  This protein may play a role in maintaining the differentiated state of muscle cells. Mutations and deletions at this locus have been associated with severe mental retardation, stereotypic movements, epilepsy, and cerebral malformation.  Alternatively spliced transcript variants have been described. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-13268; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL1654; replicate=1; replicate description=tier 1; original_filename=GSM803420_hg19_wgEncodeHaibTfbsGm12878Mef2csc13268V0416101RawRep2.bigWig
+GSM923453_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BG02ES; cell organism=human; cell description=embryonic stem cell (hESC), BG02, treatment: H9 conditioned medium; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; labexpid=DS9027; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923453_hg19_wgEncodeUwRepliSeqBg02esS4PctSignalRep1.bigWig
+GSM803371_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL247; labexpid=SL246; replicate=1; replicate description=tier 1; original_filename=GSM803371_hg19_wgEncodeHaibTfbsA549GrPcr2xDex100nmRawRep1.bigWig
+GSM973679_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N; labexpid=LID47266; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973679_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalTapMinusRep2.bigWig
+GSM935478_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002034; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935478_hg19_wgEncodeSydhTfbsGm12878NfkbTnfaIggrabSig.bigWig
+GSM849342_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=J80; replicate=1; replicate description=tier 1; original_filename=GSM849342_hg19_wgEncodeRikenCageHelas3CellPapMinusSignalRep2.bigWig
+GSM758569_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029C,030C; labexpid=LID8688,LID8689; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758569_wgEncodeCshlLongRnaSeqHuvecCytosolPapMinusRawSigRep3.bigWig
+GSM803385_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=HEY1; antibody antibodydescription=HRT1 (C-20) Goat polyclonal IgG, 200 ?g/ml. Epitope mapping near the C-terminus of HRT1 of human origin; antibody targetdescription=This gene encodes a nuclear protein belonging to the hairy and enhancer of split-related (HESR) family of basic helix-loop-helix (bHLH)-type transcriptional repressors. Expression of this gene is induced by the Notch and c-Jun signal transduction pathways. Two similar and redundant genes in mouse are required for embryonic cardiovascular development, and are also implicated in neurogenesis and somitogenesis. Alternative splicing results in multiple transcript variants.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-16424; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL845; replicate=1; replicate description=tier 1; original_filename=GSM803385_hg19_wgEncodeHaibTfbsK562Hey1Pcr1xRawRep1.bigWig
+GSM765398_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=007WC; labexpid=LID8665; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765398_wgEncodeCshlLongRnaSeqNhekCellLongnonpolyaPlusRawSigRep1.bigWig
+GSM935311_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935311_hg19_wgEncodeSydhTfbsK562Mafkab50322IggrabSig.bigWig
+GSM816633_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; treatment=IFNa4h; treatment description=Interferon alpha treatment - 4 hours with 500 U/ml (Crawford); controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816633_hg19_wgEncodeOpenChromDnaseHelas3Ifna4hBaseOverlapSignal.bigWig
+GSM758569_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029C,030C; labexpid=LID8688,LID8689; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758569_wgEncodeCshlLongRnaSeqHuvecCytosolPapPlusRawSigRep4.bigWig
+GSM749665_1	cell=HMF; cell organism=Human; cell description=human mammary fibroblasts; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749665_hg19_wgEncodeUwTfbsHmfCtcfStdRawRep1.bigWig
+GSM945165_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS11507; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945165_hg19_wgEncodeUwHistoneK562H3k4me3StdRawRep2.bigWig
+GSM816638_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=AoSMC; cell organism=human; cell description=aortic smooth muscle cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=serum_free_media; treatment description=grown in serum free media (Crawford); controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816638_hg19_wgEncodeOpenChromDnaseAosmcSerumfreeSig.bigWig
+GSM736585_1	cell=HEEpiC; cell organism=Human; cell description=Human Esophageal Epithelial Cells; cell lineage=endoderm; cell sex=U; replicate=1; original_filename=GSM736585_hg19_wgEncodeUwDnaseHeeRawRep1.bigWig
+GSM830532_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0114WC; labexpid=IHE001; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830532_hg19_wgEncodeGisRnaPetH1hescCellPapMinusRawRep1.bigWig
+GSM758575_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013WC,014WC; labexpid=LID16635,LID16636; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758575_wgEncodeCshlLongRnaSeqHepg2CellPapMinusRawSigRep2.bigWig
+GSM733758_2	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733758_hg19_wgEncodeBroadHistoneGm12878H3k27me3StdSigV2.bigWig
+GSM847565_1	cell line=K562; shRNA expression=no shRNA expression; treatment=Puromycin; original_filename=GSM847565_SL2585.bw
+GSM923439_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12812; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS9820; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923439_hg19_wgEncodeUwRepliSeqGm12812S2PctSignalRep1.bigWig
+GSM958733_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11286; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958733_hg19_wgEncodeCaltechRnaSeqH1hescR2x75Th1014Il200SigRep1V4.bigWig
+GSM767851_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=015WC; labexpid=LID8824; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767851_wgEncodeCshlLongRnaSeqMcf7CellLongnonpolyaPlusRawSigRep1.bigWig
+GSM758567_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013WC,014WC; labexpid=LID8792,LID8793; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758567_wgEncodeCshlLongRnaSeqHepg2CellLongnonpolyaMinusRawSigRep2.bigWig
+GSM897074_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=017WC; labexpid=LID20745; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897074_hg19_wgEncodeCshlShortRnaSeqAg04450CellShorttotalTapPlusRawRep2.bigWig
+GSM803470_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=YY1; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=YIN YANG 1 transcription factor belongs to the GLI-Kruppel class of zinc finger proteins.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1703; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2946; replicate=1; replicate description=tier 1; original_filename=GSM803470_hg19_wgEncodeHaibTfbsK562Yy1V0416102RawRep2.bigWig
+GSM803366_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL969; labexpid=SL980; labversion=(Pol2 8WG16); replicate=1; replicate description=tier 1; original_filename=GSM803366_hg19_wgEncodeHaibTfbsH1hescPol2V0416102RawRep1.bigWig
+GSM736636_1	cell=WERI-Rb-1; cell organism=Human; cell description=retinoblastoma (PMID: 844036); cell sex=F; replicate=2; original_filename=GSM736636_hg19_wgEncodeUwDnaseWerirb1RawRep2.bigWig
+GSM897070_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=019WC; labexpid=LID20747; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897070_hg19_wgEncodeCshlShortRnaSeqSknshraCellShorttotalTapMinusRawRep2.bigWig
+GSM945166_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG09319; cell organism=human; cell description=gum tissue fibroblasts from apparently heathly 24 year old; cell karyotype=normal; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000934; labexpid=DS15742; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945166_hg19_wgEncodeUwHistoneAg09319H3k4me3StdRawRep1.bigWig
+GSM935546_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa30; treatment description=30 m of Interferon alpha (Snyder); antibody=IRF1; antibody antibodydescription=IRF-1 (C-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of IRF-1 of human origin. Antibody Target: IRF1; antibody targetdescription=Interferon regulatory factor 1 is a member of the interferon regulatory transcription factor (IRF) family. IRF1 serves as an activator of interferons alpha and beta transcription and also functions as a transcription activator of genes induced by interferons alpha, beta, and gamma. IRF1 has been shown to play roles in regulating apoptosis and tumor suppression.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-497; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000655; replicate=1; original_filename=GSM935546_hg19_wgEncodeSydhTfbsK562Irf1Ifna30StdSig.bigWig
+GSM935497_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Mxi1_(AF4185); antibody antibodydescription=Goat IgG. Raised against E. coli-derived rhMxi1. Antibody Target: Mxi1; antibody targetdescription=Transcriptional repressor. Binds with MAX to form recognize the core sequence 5'-CAC[GA]TG-3', antagonizes MYC transcriptional activity by competing for MAX; antibody vendorname=R&D Systems; antibody vendorid=AF4185; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935497_hg19_wgEncodeSydhTfbsK562Mxi1af4185IggrabSig.bigWig
+GSM767852_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003C; labexpid=LID18547; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767852_wgEncodeCshlLongRnaSeqGm12878CytosolLongnonpolyaPlusRawSigRep1.bigWig
+GSM803375_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U87; cell organism=human; cell description=human glioblastoma, astrocytoma. (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL103; labexpid=SL103; replicate=1; replicate description=tier 1; original_filename=GSM803375_hg19_wgEncodeHaibTfbsU87RxlchPcr2xRawRep1.bigWig
+GSM849350_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0116C; labexpid=I72; labversion=Delve version 0.9; original_filename=GSM849350_hg19_wgEncodeRikenCageHuvecCytosolPamPlusSignal.bigWig
+GSM849301_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12867; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12867/None/Input/std; labexpid=DS10995; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849301_hg19_wgEncodeUwTfbsGm12867CtcfStdRawRep2.bigWig
+GSM736635_1	cell=GM06990; cell organism=Human; cell description=Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; replicate=2; original_filename=GSM736635_hg19_wgEncodeUwDnaseGm06990RawRep2.bigWig
+GSM758566_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=005WC,006WC; labexpid=LID8461,LID8462; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758566_wgEncodeCshlLongRnaSeqH1hescCellPapMinusRawSigRep2.bigWig
+GSM646564_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NHDF-Ad; cell organism=human; cell description=adult dermal fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=lmax-v1.0; original_filename=GSM646564_hg19_wgEncodeUwDgfNhdfadRaw.bigWig
+GSM765390_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025NP; labexpid=LID9189; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765390_wgEncodeCshlLongRnaSeqK562NucleoplasmTotalPlusRawSigRep3.bigWig
+GSM923452_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS9851; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923452_hg19_wgEncodeUwRepliSeqHuvecSumSignalRep1.bigWig
+GSM935583_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=COREST_(sc-30189); antibody antibodydescription=Rabbit polyclonal, epitope corresponding to amino acids 246-310 mapping within an internal region of CoREST of human origin recommended for detection of CoREST of mouse, rat and human origin. Antibody Target: COREST (sc30189); antibody targetdescription=Essential component of the BHC complex, a corepressor complex that represses transcription of neuron-specific genes in non-neuronal cells.  In the BHC complex, it serves as a molecular beacon for the recruitment of molecular machinery, including MeCP2 and SUV39H1, that imposes silencing across a chromosomal interval. Plays a central role in demethylation of Lys-4 of histone H3 by promoting demethylase activity of KDM1A on core histones and nucleosomal substrates.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-30189; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935583_hg19_wgEncodeSydhTfbsGm12878Corestsc30189IggmusSig.bigWig
+GSM973691_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC,046WC; labexpid=LID45107,LID45110; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973691_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalPlusRep1.bigWig
+GSM758566_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=005WC,006WC; labexpid=LID8461,LID8462; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758566_wgEncodeCshlLongRnaSeqH1hescCellPapMinusRawSigRep1.bigWig
+GSM831025_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A301-218A; original_filename=GSM831025_H1_CHD1_1.bw
+GSM803400_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL910; replicate=1; replicate description=tier 1; original_filename=GSM803400_hg19_wgEncodeHaibTfbsGm12891Pol24h8Pcr1xRawRep1.bigWig
+GSM765396_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=017WC; labexpid=LID9001; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765396_wgEncodeCshlLongRnaSeqAg04450CellLongnonpolyaMinusRawSigRep2.bigWig
+GSM945279_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_P5; treatment description=Parental K562 (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS17490; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945279_hg19_wgEncodeUwHistoneK562H3k04me3StdZnfp5RawRep1.bigWig
+GSM736638_1	cell=H7-hESC; cell organism=Human; cell description=Undifferentiated human embryonic stem cells; cell karyotype=unknown; cell sex=U; replicate=1; original_filename=GSM736638_hg19_wgEncodeUwDnaseH7esRawRep1.bigWig
+GSM803333_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL2906; replicate=1; replicate description=tier 1; original_filename=GSM803333_hg19_wgEncodeHaibTfbsSknshraCtcfV0416102RawRep1.bigWig
+GSM646562_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=SKMC; cell organism=human; cell description=skeletal muscle cells; cell lineage=mesoderm; cell sex=U; labversion=lmax-v1.0; original_filename=GSM646562_hg19_wgEncodeUwDgfSkmcRaw.bigWig
+GSM923440_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12801; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; labexpid=DS9813; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923440_hg19_wgEncodeUwRepliSeqGm12801S1PctSignalRep1.bigWig
+GSM923450_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12813; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9827; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923450_hg19_wgEncodeUwRepliSeqGm12813G2PctSignalRep1.bigWig
+GSM864355_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM18507; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864355_hg19_wgEncodeOpenChromFaireGm18507Sig.bigWig
+GSM923418_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_100pM; treatment description=1 h with 100 pM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1256; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923418_hg19_wgEncodeHaibRnaSeqA549Dex100pmRawRep1.bigWig
+GSM736593_1	cell=SKMC; cell organism=Human; cell description=Human Skeletal Muscle Cells; cell karyotype=unknown; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736593_hg19_wgEncodeUwDnaseSkmcRawRep1.bigWig
+GSM749748_1	cell=Caco-2; cell organism=Human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749748_hg19_wgEncodeUwTfbsCaco2CtcfStdRawRep1.bigWig
+GSM945320_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002532; labexpid=DS14649; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945320_hg19_wgEncodeUwHistoneH7esH3k27me3StdDiffa14dRawRep1.bigWig
+GSM803477_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL3578; replicate=1; replicate description=tier 1; original_filename=GSM803477_hg19_wgEncodeHaibTfbsGm12878SrfV0416101RawRep2.bigWig
+GSM736527_1	cell=HRE; cell organism=Human; cell description=Human Renal Epithelial cells (normal); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736527_hg19_wgEncodeUwDnaseHreRawRep1.bigWig
+GSM977043_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CD20+; cell organism=human; cell description=B cells from donors RO01778 and RO01794, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=041WC,042WC; labexpid=LID44362,LID44363; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM977043_hg19_wgEncodeCshlShortRnaSeqCd20ro01778CellShorttotalTapPlusRep2.bigWig
+GSM945303_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCPEpiC; cell organism=human; cell description=choroid plexus epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000948; labexpid=DS15917; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945303_hg19_wgEncodeUwHistoneHcpeInputStdRawRep1.bigWig
+GSM803499_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3154; replicate=1; replicate description=tier 1; original_filename=GSM803499_hg19_wgEncodeHaibTfbsHepg2P300V0416101RawRep2.bigWig
+GSM605628_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NL; labexpid=LID8928; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605628_hg19_wgEncodeCshlShortRnaSeqK562NucleolusShorttotalTapPlusRawRep3.bigWig
+GSM849031_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HPAF; cell organism=human; cell description=pulmonary artery fibroblasts; cell lineage=mesoderm; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849031_hg19_wgEncodeUwDgfHpafRaw.bigWig
+GSM733727_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=H3K79me2; antibody description=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation; antibody target description=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendor name=Active Motif; original_filename=GSM733727_hg19_wgEncodeBroadHistoneHsmmtH3k79me2StdSig.bigWig
+GSM935335_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=MAZ_(ab85725); antibody antibodydescription=Rabbit polyclonal, immunogen is synthetic peptide, corresponding to a region within amino acids 427-477 of Human MAZ, GenBank BAA33064.1. Antibody Target: MAZ; antibody targetdescription=May function as a transcription factor with dual roles in transcription initiation and termination. Binds to two sites, ME1a1 and ME1a2, within the MYC promoter having greater affinity for the former. Also binds to multiple G/C-rich sites within the promoter of the Sp1 family of transcription factors.; antibody vendorname=Abcam; antibody vendorid=ab85725; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935335_hg19_wgEncodeSydhTfbsHepg2Mazab85725IggrabSig.bigWig
+GSM945241_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BE2_C; cell organism=human; cell description=neuroblastoma, BE-C is a clone of the SK-N-BE neuroblastoma cell line (see ATCC CRL-2271) that was established in November of 1972 from a bone marrow biopsy taken from a 2-year-old individual with disseminated neuroblastoma after repeated courses of chemotherapy and radiotherapy.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001892; labexpid=DS18309; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945241_hg19_wgEncodeUwHistoneBe2cH3k04me3StdRawRep1.bigWig
+GSM736584_1	cell=NH-A; cell organism=Human; cell description=normal human astrocytes; cell sex=U; replicate=2; original_filename=GSM736584_hg19_wgEncodeUwDnaseNhaRawRep2.bigWig
+GSM758570_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=006C; labexpid=LID8536; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758570_wgEncodeCshlLongRnaSeqH1hescCytosolPapPlusRawSigRep2.bigWig
+GSM945306_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCPEpiC; cell organism=human; cell description=choroid plexus epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000948; labexpid=DS15758; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945306_hg19_wgEncodeUwHistoneHcpeH3k4me3StdRawRep2.bigWig
+GSM816664_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=CLL; cell organism=human; cell description=chronic lymphocytic leukemia cell, T-cell lymphocyte; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816664_hg19_wgEncodeOpenChromDnaseCllSig.bigWig
+GSM816641_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Huh-7; cell organism=human; cell description=Hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816641_hg19_wgEncodeOpenChromDnaseHuh7Sig.bigWig
+GSM803432_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=FOXA1_(SC-101058); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin.; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins.  These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101058; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1400; labexpid=SL1788; replicate=1; replicate description=tier 1; original_filename=GSM803432_hg19_wgEncodeHaibTfbsHepg2Foxa1sc101058V0416101RawRep1.bigWig
+GSM822302_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Gliobla; cell organism=human; cell description=glioblastoma, these cells (aka H54 and D54) come from a surgical resection from a patient with glioblastoma multiforme (WHO Grade IV). D54 is a commonly studied glioblastoma cell line (Bao et al., 2006) that has been thoroughly described by S Bigner (1981). (PMID: 7252524); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=Gliobla/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822302_hg19_wgEncodeOpenChromChipGlioblaPol2BaseOverlapSignal.bigWig
+GSM945217_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=RPTEC; cell organism=human; cell description=renal proximal tubule epithelial cells; cell karyotype=normal; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002045; labexpid=DS18336; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945217_hg19_wgEncodeUwHistoneRptecInputStdRawRep1.bigWig
+GSM803440_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3821; replicate=1; replicate description=tier 1; original_filename=GSM803440_hg19_wgEncodeHaibTfbsK562NrsfV0416102RawRep1.bigWig
+GSM935337_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=MAZ_(ab85725); antibody antibodydescription=Rabbit polyclonal, immunogen is synthetic peptide, corresponding to a region within amino acids 427-477 of Human MAZ, GenBank BAA33064.1. Antibody Target: MAZ; antibody targetdescription=May function as a transcription factor with dual roles in transcription initiation and termination. Binds to two sites, ME1a1 and ME1a2, within the MYC promoter having greater affinity for the former. Also binds to multiple G/C-rich sites within the promoter of the Sp1 family of transcription factors.; antibody vendorname=Abcam; antibody vendorid=ab85725; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935337_hg19_wgEncodeSydhTfbsK562Mazab85725IggrabSig.bigWig
+GSM973662_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CD34+_Mobilized; cell organism=human; cell description=hematopoietic progenitor cells- mobilized, from donor RO01679.; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=043WC; labexpid=LID46197; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973662_hg19_wgEncodeCshlShortRnaSeqCd34mobilizedCellTapPlusRep1.bigWig
+GSM736627_1	cell=HMVEC-LLy; cell organism=Human; cell description=Normal Human Lymphatic Microvascular Endothelial Cells, Lung-Derived; cell sex=F; replicate=2; original_filename=GSM736627_hg19_wgEncodeUwDnaseHmvecllyRawRep2.bigWig
+GSM849325_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029N; labexpid=K05; replicate=3; replicate description=tier 3; original_filename=GSM849325_hg19_wgEncodeRikenCageHuvecNucleusPapMinusSignalRep3.bigWig
+GSM749728_1	cell=AG09319; cell organism=Human; cell description=gum tissue fibroblasts from apparently heathly 24 year old; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749728_hg19_wgEncodeUwTfbsAg09319CtcfStdRawRep1.bigWig
+GSM803494_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin.; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2950; replicate=1; replicate description=tier 1; original_filename=GSM803494_hg19_wgEncodeHaibTfbsK562Elf1sc631V0416102RawRep1.bigWig
+GSM605634_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NP; labexpid=LID8929; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605634_hg19_wgEncodeCshlShortRnaSeqK562NucleoplasmShorttotalTapMinusRawRep4.bigWig
+GSM945199_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SAEC; cell organism=human; cell description=small airway epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000473; labexpid=DS11577; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945199_hg19_wgEncodeUwHistoneSaecH3k4me3StdRawRep1.bigWig
+GSM822305_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822305_hg19_wgEncodeOpenChromChipMcf7CtcfBaseOverlapSignal.bigWig
+GSM749729_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749729_hg19_wgEncodeUwTfbsHelas3CtcfStdRawRep1.bigWig
+GSM758578_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=skeletal muscle myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=023WC,024WC; labexpid=LID8710,LID8711; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758578_wgEncodeCshlLongRnaSeqHsmmCellPapPlusRawSigRep1.bigWig
+GSM945215_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=4OHTAM_20nM_72hr; treatment description=72 hours with 20 nM 4-hydroxytamoxifen (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002048; labexpid=DS18355; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945215_hg19_wgEncodeUwHistoneWi38H3k04me3OhtamStdRawRep1.bigWig
+GSM958740_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11210; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958740_hg19_wgEncodeCaltechRnaSeqHepg2R1x75dTh1014UMinusRawRep2V4.bigWig
+GSM935356_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=USF2; antibody antibodydescription=Mouse monoclonal. Immunogen corresponds to amino acids 1-101 of Human USF2. Antibody Target: USF2; antibody targetdescription=Encodes a member of the basic helix-loop-helix leucine zipper family. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs (5'-CACGTG-3').; antibody vendorname=abcam; antibody vendorid=ab60931; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935356_hg19_wgEncodeSydhTfbsK562Usf2IggrabSig.bigWig
+GSM767850_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013N; labexpid=LID9202; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767850_wgEncodeCshlLongRnaSeqHepg2NucleusLongnonpolyaPlusRawSigRep2.bigWig
+GSM736576_1	cell=HGF; cell organism=Human; cell description=Human Gingival Fibroblasts; cell karyotype=normal; cell sex=U; replicate=2; original_filename=GSM736576_hg19_wgEncodeUwDnaseHgfRawRep2.bigWig
+GSM849339_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0137C; labexpid=I40; labversion=Delve version 0.9; original_filename=GSM849339_hg19_wgEncodeRikenCageK562CytosolPapMinusSignalRep1.bigWig
+GSM935591_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=EtOH_0.01pct; treatment description=36 h with 0.01% Ethanol (Snyder); antibody=STAT3; antibody antibodydescription=Rabbit polyclonal; epitope mapping at the C-terminus of Stat3 of mouse origin. Antibody Target: STAT3; antibody targetdescription=Member of STAT family. After phosphorylation in response to cytokines and growth factors (including IFNs, EGF, IL5, IL6, HGF, LIF and BMP2), forms homo- or heterodimers that translocate to nucleus and activate transcription. Activates expression of a variety of genes with roles in processes such as cell growth and apoptosis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-482; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001782; replicate=1; original_filename=GSM935591_hg19_wgEncodeSydhTfbsMcf10aesStat3Etoh01StdSig.bigWig
+GSM749702_1	cell=AG04449; cell organism=Human; cell description=fetal buttock/thigh fibroblast; cell karyotype=normal; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749702_hg19_wgEncodeUwTfbsAg04449InputStdRawRep1.bigWig
+GSM977049_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HPC-PL; cell organism=human; cell description=Undifferentiated Pericytes from HPC-PL_0032601.13 and HPC-PL_0101504.13; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=071WC,072WC; labexpid=LID47517,LID47518; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977049_hg19_wgEncodeCshlShortRnaSeqHpcplCellTapPlusRep1.bigWig
+GSM945215_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=4OHTAM_20nM_72hr; treatment description=72 hours with 20 nM 4-hydroxytamoxifen (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002048; labexpid=DS18355; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945215_hg19_wgEncodeUwHistoneWi38H3k04me3OhtamStdRawRep2.bigWig
+GSM847564_1	cell line=K562; shRNA expression=expressing shRNA targeting EGR1; treatment=Puromycin, doxycycline; original_filename=GSM847564_SL4486.bw
+GSM736539_1	cell=RPTEC; cell organism=Human; cell description=Renal Proximal Tubule Epithelial Cells; cell sex=U; replicate=2; original_filename=GSM736539_hg19_wgEncodeUwDnaseRptecRawRep2.bigWig
+GSM830530_4	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=RHH014; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830530_hg19_wgEncodeGisRnaPetHelas3CellPapPlusRawRep2.bigWig
+GSM816658_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM19238; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816658_hg19_wgEncodeOpenChromDnaseGm19238BaseOverlapSignal.bigWig
+GSM749700_1	cell=SK-N-SH_RA; cell organism=Human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749700_hg19_wgEncodeUwTfbsSknshraInputStdRawRep1.bigWig
+GSM758562_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=037WC,038WC; labexpid=LID8969,LID8970; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758562_wgEncodeCshlLongRnaSeqBjCellPapPlusRawSigRep2.bigWig
+GSM803419_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2688; replicate=1; replicate description=tier 1; original_filename=GSM803419_hg19_wgEncodeHaibTfbsH1hescCtcfsc5916V0416102RawRep2.bigWig
+GSM803483_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=BHLHE40; antibody antibodydescription=Dec-1(S-8) is a mouse monoclonal IgG2b antibody raised against recombinant DEC1 of human origin. Recommended for detection of DEC1 of m and h origin by WB, IP and ELISA.; antibody targetdescription=This gene encodes a basic helix-loop-helix protein expressed in various tissues. Expression in the chondrocytes is responsive to the addition of Bt2cAMP. The encoded protein is believed to be involved in the control of cell differe; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101023; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL593; labexpid=SL1059; replicate=1; replicate description=tier 1; original_filename=GSM803483_hg19_wgEncodeHaibTfbsHepg2Bhlhe40V0416101RawRep2.bigWig
+GSM605632_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025CH; labexpid=LID8930; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605632_hg19_wgEncodeCshlShortRnaSeqK562ChromatinShorttotalTapPlusRawRep4.bigWig
+GSM923450_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12813; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9827; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923450_hg19_wgEncodeUwRepliSeqGm12813S3PctSignalRep1.bigWig
+GSM749713_1	cell=HCF; cell organism=Human; cell description=Human Cardiac Fibroblasts; cell lineage=mesoderm; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749713_hg19_wgEncodeUwTfbsHcfInputStdRawRep1.bigWig
+GSM973664_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C,088C; labexpid=LID46062,LID46063; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973664_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalMinusRep3.bigWig
+GSM945298_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=ZNF_knockout_A4.1-C6; treatment description=off-target control (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS15834; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945298_hg19_wgEncodeUwHistoneK562H3k04me3StdZnfa41c6RawRep1.bigWig
+GSM733764_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733764_hg19_wgEncodeBroadHistoneNhlfH3k27me3StdSig.bigWig
+GSM816631_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Melano; cell organism=human; cell description=epidermal melanocytes; cell lineage=ectoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816631_hg19_wgEncodeOpenChromDnaseMelanoSig.bigWig
+GSM803497_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL2907; replicate=1; replicate description=tier 1; original_filename=GSM803497_hg19_wgEncodeHaibTfbsSknshraRad21V0416102RawRep2.bigWig
+GSM818826_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH002070; replicate=1; original_filename=GSM818826_hg19_wgEncodeSydhHistonePanc1H3k27acUcdSig.bigWig
+GSM749673_1	cell=HRPEpiC; cell organism=Human; cell description=Human Retinal Pigment Epithelial Cells; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749673_hg19_wgEncodeUwTfbsHrpeCtcfStdRawRep1.bigWig
+GSM733736_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K79me2; antibody description=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation; antibody target description=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendor name=Active Motif; original_filename=GSM733736_hg19_wgEncodeBroadHistoneGm12878H3k79me2StdSig.bigWig
+GSM803488_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL818; labexpid=SL818; replicate=1; replicate description=tier 1; original_filename=GSM803488_hg19_wgEncodeHaibTfbsGm12892RxlchV0416102RawRep1.bigWig
+GSM935489_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=RPC155; antibody antibodydescription=Rabbit polyclonal - Antiserum 1900 was raised by immunizing rabbits with synthetic peptide PKRPLTFDTNEFHIPLVT (residues 1374?1391 of the RPC155 subunit of human pol III) coupled to KLH. Antibody Target: RPC155; antibody targetdescription=polymerase (RNA) III (DNA directed) polypeptide A, 155kDa; antibody vendorname=Donated by Dr. RJ White, The Beatson Institute for Cancer Research; antibody vendorid=1900; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; replicate=1; original_filename=GSM935489_hg19_wgEncodeSydhTfbsHelas3Rpc155StdSig.bigWig
+GSM758567_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013WC,014WC; labexpid=LID8792,LID8793; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758567_wgEncodeCshlLongRnaSeqHepg2CellLongnonpolyaPlusRawSigRep2.bigWig
+GSM935466_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa6h; treatment description=Interferon alpha treatment - 6 hours (Snyder); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000656; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935466_hg19_wgEncodeSydhTfbsK562CmycIfna6hStdSig.bigWig
+GSM973681_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089C; labexpid=LID47162; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973681_hg19_wgEncodeCshlShortRnaSeqMcf7CytosolShorttotalTapMinusRep4.bigWig
+GSM977041_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-AT; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-AT_9061601.12 and hMSC-AT_0102604.12 from subcutaneous abdomen adipose tissue; cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=065WC; labexpid=LID47479; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977041_hg19_wgEncodeCshlShortRnaSeqHmscat010260412CellTapPlusRep1.bigWig
+GSM935304_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=RFX5_(200-401-194); antibody antibodydescription=Rabbit polyclonal against RFX5 peptide corresponding to a region at amino acids 320 to 494 of the human protein conjugated to Keyhole Limpet Hemocyanin. Antibody Target: RFX5; antibody targetdescription=Activates transcription from class II MHC promoters. Recognizes X-boxes. Mediates cooperative binding betweenRFX and NF-Y. RFX binds the X1 box of MHC-II promoters; antibody vendorname=Rockland Immunochemicals; antibody vendorid=200-401-194; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935304_hg19_wgEncodeSydhTfbsHepg2Rfx5200401194IggrabSig.bigWig
+GSM803525_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20).; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3273; replicate=1; replicate description=tier 1; original_filename=GSM803525_hg19_wgEncodeHaibTfbsK562Sin3ak20V0416101RawRep1.bigWig
+GSM749701_1	cell=GM12801; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749701_hg19_wgEncodeUwTfbsGm12801InputStdRawRep1.bigWig
+GSM816634_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=LNCaP; cell organism=human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=androgen; treatment description=12 hrs with 1 nM Methyltrienolone (R1881) (Crawford); controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816634_hg19_wgEncodeOpenChromDnaseLncapAndroSig.bigWig
+GSM935534_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293; cell organism=human; cell description=embryonic kidney, cells contain Adenovirus 5 DNA (PMID: 11967234); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000631; replicate=1; original_filename=GSM935534_hg19_wgEncodeSydhTfbsHek293Pol2StdSig.bigWig
+GSM736592_1	cell=Th1; cell organism=Human; cell description=primary human Th1 T cells; cell karyotype=unknown; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736592_hg19_wgEncodeUwDnaseTh1RawRep1.bigWig
+GSM935316_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol3; antibody antibodydescription=mouse monoclonal IgG1. Antibody Target: POL3; antibody targetdescription=RNA Polymerase III; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-21754; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; labversion=Incomplete fastq due to Illumina pipeline version; replicate=1; original_filename=GSM935316_hg19_wgEncodeSydhTfbsGm12878Pol3StdSig.bigWig
+GSM897073_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=005WC; labexpid=LID20905; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897073_hg19_wgEncodeCshlShortRnaSeqH1hescCellShorttotalTapPlusRawRep2.bigWig
+GSM803497_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL2907; replicate=1; replicate description=tier 1; original_filename=GSM803497_hg19_wgEncodeHaibTfbsSknshraRad21V0416102RawRep1.bigWig
+GSM822282_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ProgFib; cell organism=human; cell description=fibroblasts, Hutchinson-Gilford progeria syndrome (cell line HGPS, HGADFN167, progeria research foundation); cell karyotype=unknown; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=ProgFib/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822282_hg19_wgEncodeOpenChromChipProgfibPol2Sig.bigWig
+GSM847561_1	cell line=K562; shRNA expression=no shRNA expression; treatment=Puromycin; original_filename=GSM847561_SL1584.bw
+GSM935351_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ELK4; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: ELK4; antibody targetdescription=This gene is a member of the Ets family of transcription factors and of the ternary complex factor (TCF) subfamily. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-13030; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001754; replicate=1; original_filename=GSM935351_hg19_wgEncodeSydhTfbsHelas3Elk4UcdSig.bigWig
+GSM897081_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=015WC,016WC; labexpid=LID20743,LID20744; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM897081_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalTapMinusRawRep1.bigWig
+GSM973693_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC,046WC; labexpid=LID45108,LID45111; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973693_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalCiptapMinusRep1.bigWig
+GSM733762_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733762_hg19_wgEncodeBroadHistoneHsmmCtcfStdSig.bigWig
+GSM923448_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; labexpid=DS8837; phase=G1; phase description=Flow sorted, G1 phase corresponds to the first DNA content window; replicate=1; original_filename=GSM923448_hg19_wgEncodeUwRepliSeqK562WaveSignalRep1.bigWig
+GSM920558_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=Nucleosome; datatype description=Nucleosome Position; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; replicate=1; original_filename=GSM920558_hg19_wgEncodeSydhNsomeGm12878Sig.bigWig
+GSM765397_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HMEC; cell organism=human; cell description=Human Mammary Epithelial Cells; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=036WC; labexpid=LID8831; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765397_wgEncodeCshlLongRnaSeqHmecCellLongnonpolyaPlusRawSigRep1.bigWig
+GSM803357_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_500pM; treatment description=1 h with 500 pM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL878; labexpid=SL884; replicate=1; replicate description=tier 1; original_filename=GSM803357_hg19_wgEncodeHaibTfbsA549GrPcr1xDex500pmRawRep2.bigWig
+GSM945159_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HMEC; cell organism=human; cell description=mammary epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000466; labexpid=DS15762; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945159_hg19_wgEncodeUwHistoneHmecH3k4me3StdRawRep1.bigWig
+GSM816638_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=AoSMC; cell organism=human; cell description=aortic smooth muscle cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=serum_free_media; treatment description=grown in serum free media (Crawford); controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816638_hg19_wgEncodeOpenChromDnaseAosmcSerumfreeBaseOverlapSignal.bigWig
+GSM605627_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003C; labexpid=LID20901; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605627_hg19_wgEncodeCshlShortRnaSeqGm12878CytosolShortMinusRaw.bigWig
+GSM897081_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=015WC,016WC; labexpid=LID20743,LID20744; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM897081_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalTapPlusRawRep1.bigWig
+GSM977042_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=091CH,092CH; labexpid=LID47655,LID47656; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977042_hg19_wgEncodeCshlShortRnaSeqGm12878ChromatinTapPlusRep3.bigWig
+GSM749721_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749721_hg19_wgEncodeUwTfbsHelas3InputStdRawRep1.bigWig
+GSM765401_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=LID16631; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765401_wgEncodeCshlLongRnaSeqNhekCellPapPlusRawSigRep2.bigWig
+GSM923443_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM06990; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9015; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923443_hg19_wgEncodeUwRepliSeqGm06990S4PctSignalRep1.bigWig
+GSM864341_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864341_hg19_wgEncodeOpenChromFaireH1hescSig.bigWig
+GSM935598_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SETDB1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SETDB1; antibody targetdescription=SET domain, bifurcated 1, the SET domain is a highly conserved, approximately 150-amino acid motif implicated in the modulation of chromatin structure; antibody vendorname=Proteintech Group; antibody vendorid=11231-1-AP; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935598_hg19_wgEncodeSydhTfbsK562Setdb1UcdSig.bigWig
+GSM923441_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9913; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923441_hg19_wgEncodeUwRepliSeqSknshSumSignalRep1.bigWig
+GSM803521_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL593; replicate=1; replicate description=tier 1; original_filename=GSM803521_hg19_wgEncodeHaibTfbsHepg2RxlchPcr1xRawRep2.bigWig
+GSM864337_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=NHBE; cell organism=human; cell description=bronchial epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864337_hg19_wgEncodeOpenChromFaireNhbeBaseOverlapSignal.bigWig
+GSM935414_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=NF-E2; antibody antibodydescription=Rabbit polyclonal, epitope mapping at the C-terminus of NF-E2 of mouse origin and recommended for detection of protein of rat, mouse and human origin. Antibody Target: NF-E2; antibody targetdescription=Nuclear factor, erythroid-derived 2; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-291; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935414_hg19_wgEncodeSydhTfbsK562Nfe2StdSig.bigWig
+GSM945200_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SAEC; cell organism=human; cell description=small airway epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000473; labexpid=DS12242; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945200_hg19_wgEncodeUwHistoneSaecH3k27me3StdRawRep2.bigWig
+GSM767844_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001N; labexpid=LID9195; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767844_wgEncodeCshlLongRnaSeqK562NucleusLongnonpolyaMinusRawSigRep2.bigWig
+GSM958742_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=400; insertlength description=insert length of 400nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10516; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=2; original_filename=GSM958742_hg19_wgEncodeCaltechRnaSeqGm12878R2x75Th1014Il400USigRep2V4.bigWig
+GSM945261_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001900; labexpid=DS18335; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945261_hg19_wgEncodeUwHistonePanc1H3k04me3StdRawRep1.bigWig
+GSM945171_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG10803; cell organism=human; cell description=abdominal skin fibroblasts from apparently heathly 22 year old, 8% of the cells examined showing random chromosome loss, 2% showing random chromosome gain, and 2% showing 69,XYY -Coriell; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000936; labexpid=DS15911; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945171_hg19_wgEncodeUwHistoneAg10803InputStdRawRep1.bigWig
+GSM733733_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733733_hg19_wgEncodeBroadHistoneNhdfadH3k36me3StdSig.bigWig
+GSM749741_1	cell=GM12874; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749741_hg19_wgEncodeUwTfbsGm12874CtcfStdRawRep2.bigWig
+GSM605627_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003C; labexpid=LID20901; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605627_hg19_wgEncodeCshlShortRnaSeqGm12878CytosolShorttotalTapPlusRawRep1.bigWig
+GSM849344_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0127NL; labexpid=I68; original_filename=GSM849344_hg19_wgEncodeRikenCageHepg2NucleolusTotalMinusSignal.bigWig
+GSM935596_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=TR4; antibody antibodydescription=Rabbit polyclonal. Antibody Target: TR4; antibody targetdescription=(Also: NR2C2) Members of the nuclear hormone receptor family, such as NR2C2, act as ligand-activated transcription factors. The proteins have an N-terminal transactivation domain, a central DNA-binding domain with 2 zinc fingers, and a ligand-binding domain at the C terminus.; antibody vendorname=Donated by Dr. J.D.Engel, University of Michigan; antibody vendorid=TR4; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000674; labversion=Fragmented using Bioruptor, precipitated with protein A agarose beads, PeakSeq 1.0 (fdr 0.001) Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935596_hg19_wgEncodeSydhTfbsHepg2Tr4UcdSig.bigWig
+GSM897070_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=019WC; labexpid=LID20747; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897070_hg19_wgEncodeCshlShortRnaSeqSknshraCellShorttotalTapMinusRawRep1.bigWig
+GSM945214_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SKMC; cell organism=human; cell description=skeletal muscle cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002173; labexpid=DS16211; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945214_hg19_wgEncodeUwHistoneSkmcH3k04me3StdRawRep1.bigWig
+GSM935519_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CEBPB; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; replicate=1; original_filename=GSM935519_hg19_wgEncodeSydhTfbsImr90CebpbIggrabSig.bigWig
+GSM849359_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=021WC; labexpid=K16; replicate=1; replicate description=tier 1; original_filename=GSM849359_hg19_wgEncodeRikenCageA549CellPapPlusSignalRep1.bigWig
+GSM973670_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C,046C; labexpid=LID45888,LID45889; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973670_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalCiptapPlusRep1.bigWig
+GSM646567_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; original_filename=GSM646567_hg19_wgEncodeUwDgfK562Raw.bigWig
+GSM736624_1	cell=HMVEC-dNeo; cell organism=Human; cell description=Normal Neonatal Human Microvascular Endothelial Cells (single Donnor), Dermal-Derived; cell sex=M; replicate=2; original_filename=GSM736624_hg19_wgEncodeUwDnaseHmvecdneoRawRep2.bigWig
+GSM977033_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=051WC; labexpid=LID47243; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977033_hg19_wgEncodeCshlShortRnaSeqHvmf60912033CellShorttotalTapPlusRep1.bigWig
+GSM935395_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; replicate=1; original_filename=GSM935395_hg19_wgEncodeSydhTfbsHelas3Pol2StdSig.bigWig
+GSM816436_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TCF7L2; antibody antibodydescription=Rabbit monoclonal. Antibody Target: TCF7L2; antibody targetdescription=TCF7L2 (formerly known as TCF4) is a member of the high mobility group (HMG) DNA binding protein family of transcription factors which consists of the following: Lymphoid enhancer factor 1 (LEF1), T Cell Factor 1 (TCF1), TCF3 and TCF4. Note: there is an official TCF-4 http://www.genecards.org/cgi-bin/carddisp.pl?gene=TCF4&search=TCF4; antibody vendorname=Cell Signaling Technology; antibody vendorid=2569; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001754; replicate=1; original_filename=GSM816436_hg19_wgEncodeSydhTfbsHelas3Tcf7l2UcdSig.bigWig
+GSM945274_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000968; labexpid=DS16198; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945274_hg19_wgEncodeUwHistoneMcf7InputStdRawRep1.bigWig
+GSM831040_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Active motif,3939731; original_filename=GSM831040_H1_SAP30.bw
+GSM803480_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a human cerebral brain tumor. (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=FOXP2; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=transcriptional repressor, involved in development of speech; antibody vendorname=Abcam; antibody vendorid=ab16046; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL16; labexpid=SL13; replicate=1; replicate description=tier 1; original_filename=GSM803480_hg19_wgEncodeHaibTfbsPfsk1Foxp2Pcr2xRawRep2.bigWig
+GSM803517_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3179; replicate=1; replicate description=tier 1; original_filename=GSM803517_hg19_wgEncodeHaibTfbsHepg2Rad21V0416101RawRep2.bigWig
+GSM849336_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=prostate; cell organism=human; cell description=prostate tissue purchased for CSHL project; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0159WC; labexpid=I09; softwareversion=Delve version 0.9; original_filename=GSM849336_hg19_wgEncodeRikenCageProstateCellPamMinusSignal.bigWig
+GSM646566_1	cell=SK-N-SH_RA; cell organism=Human; cell description=neuroblastoma cell line differentiated w/ retinoic acid; cell karyotype=cancer; cell lineage=SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC; cell sex=F; original_filename=GSM646566_hg19_wgEncodeUwDgfSknshraRaw.bigWig
+GSM646569_1	cell=Th1; cell organism=Human; cell description=primary human Th1 T cells; cell sex=U; original_filename=GSM646569_hg19_wgEncodeUwDgfTh1Raw.bigWig
+GSM803501_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=TAF7_(SC-101167); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant TAF II p55 (TAF7) of human origin.; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5. The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors. This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators. The protein is required for transcription by promoters targeted by RNA polymerase II (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101167; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2697; replicate=1; replicate description=tier 1; original_filename=GSM803501_hg19_wgEncodeHaibTfbsH1hescTaf7sc101167V0416102RawRep1.bigWig
+GSM864358_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM19239; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864358_hg19_wgEncodeOpenChromFaireGm19239Sig.bigWig
+GSM822280_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822280_hg19_wgEncodeOpenChromChipHuvecInputSig.bigWig
+GSM803383_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-55706; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL842; replicate=1; replicate description=tier 1; original_filename=GSM803383_hg19_wgEncodeHaibTfbsK562Six5Pcr1xRawRep2.bigWig
+GSM736555_1	cell=HPAF; cell organism=Human; cell description=Human Pulmonary Artery Fibroblasts; cell sex=U; replicate=1; original_filename=GSM736555_hg19_wgEncodeUwDnaseHpafRawRep1.bigWig
+GSM935508_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=NF-YA; antibody antibodydescription=Affinity purified rabbit polyclonal raised against amino acids 139-347 of recombinant human NF-YA. Antibody Target: NF-YA; antibody targetdescription=NF-YA is the alpha subunit of the trimeric NFY transcription factor complex that binds to the ubiquitous CCAAT motif; antibody vendorname=Donated by Dr. R. Mantovani, Universita degli Studi di Milano, Italy; antibody vendorid=missing; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935508_hg19_wgEncodeSydhTfbsHelas3NfyaIggrabSig.bigWig
+GSM935340_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ATF1_(06-325); antibody antibodydescription=Sheep polyclonal, immunogen: CPVTLTSQTTKTDDPQL. Antibody Target: ATF1; antibody targetdescription=ATF1 is a bZip transcription factor from the CREB family.  ATF1 binds to both cAMP response elements (TGACGTCA).; antibody vendorname=Millipore; antibody vendorid=06-325; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935340_hg19_wgEncodeSydhTfbsK562Atf106325StdSig.bigWig
+GSM840137_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001C; labexpid=LID8465; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM840137_hg19_wgEncodeCshlLongRnaSeqK562CytosolPapMinusRawSigRep1.bigWig
+GSM736594_1	cell=HA-h; cell organism=human; cell description=Human Astrocytes-hippocampal; cell karyotype=Normal; cell lineage=Astrocytic; cell sex=U; replicate=1; original_filename=GSM736594_hg19_wgEncodeUwDnaseHahRawRep1.bigWig
+GSM803468_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2455; replicate=1; replicate description=tier 1; original_filename=GSM803468_hg19_wgEncodeHaibTfbsK562RxlchV0416101RawRep2.bigWig
+GSM973688_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C; labexpid=LID46958; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973688_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalTapPlusRep3.bigWig
+GSM749720_1	cell=HA-sp; cell organism=Human; cell description=Human astrocytes spinal cord; cell karyotype=normal; cell lineage=Astrocytic; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749720_hg19_wgEncodeUwTfbsHaspInputStdRawRep1.bigWig
+GSM803423_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-MC; cell organism=human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1714; labexpid=SL1714; replicate=1; replicate description=tier 1; original_filename=GSM803423_hg19_wgEncodeHaibTfbsSknmcRxlchV0416101RawRep1.bigWig
+GSM849030_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HPdLF; cell organism=human; cell description=periodontal ligament fibroblasts; cell sex=M; labversion=Bowtie 0.12.7; original_filename=GSM849030_hg19_wgEncodeUwDgfHpdlfRaw.bigWig
+GSM945285_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HPAF; cell organism=human; cell description=pulmonary artery fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000958; labexpid=DS16177; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945285_hg19_wgEncodeUwHistoneHpafInputStdRawRep1.bigWig
+GSM803468_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2455; replicate=1; replicate description=tier 1; original_filename=GSM803468_hg19_wgEncodeHaibTfbsK562RxlchV0416101RawRep1.bigWig
+GSM803401_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=CTCFL_(SC-98982); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 91-210 mapping within an internal region of BORIS(CTCFL) of human origin.; antibody targetdescription=CCCTC-binding factor (CTCF), an 11-zinc-finger factor involved in gene regulation, utilizes different zinc fingers to bind varying DNA target sites. CTCF forms methylation-sensitive insulators that regulate X-chromosome inactivation.  This gene is a paralog of CTCF and appears to be expressed primarily in the cytoplasm of spermatocytes, unlike CTCF which is expressed primarily in the nucleus of somatic cells.  CTCF and the protein encoded by this gene are normally expressed in a mutually exclusive pattern that correlates with resetting of methylation marks during male germ cell differentiation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-98982; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3189; replicate=1; replicate description=tier 1; original_filename=GSM803401_hg19_wgEncodeHaibTfbsK562Ctcflsc98982V0416101RawRep1.bigWig
+GSM945218_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF; cell organism=human; cell description=foreskin fibroblast; cell karyotype=normal; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002043; labexpid=DS18320; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945218_hg19_wgEncodeUwHistoneHffH3k04me3StdRawRep1.bigWig
+GSM803392_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL814; replicate=1; replicate description=tier 1; original_filename=GSM803392_hg19_wgEncodeHaibTfbsGm12878Zbtb33Pcr1xRawRep2.bigWig
+GSM973685_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N; labexpid=LID47043; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973685_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalTapPlusRep3.bigWig
+GSM736500_1	cell=Caco-2; cell organism=Human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell sex=M; replicate=1; original_filename=GSM736500_hg19_wgEncodeUwDnaseCaco2RawRep1.bigWig
+GSM945307_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCFaa; cell organism=human; cell description=cardiac fibroblasts- adult atrial; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000944; labexpid=DS15915; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945307_hg19_wgEncodeUwHistoneHcfaaInputStdRawRep1.bigWig
+GSM605634_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NP; labexpid=LID8929; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605634_hg19_wgEncodeCshlShortRnaSeqK562NucleoplasmShortMinusRaw.bigWig
+GSM733748_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733748_hg19_wgEncodeBroadHistoneH1hescH3k27me3StdSig.bigWig
+GSM897069_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011C; labexpid=LID21145; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897069_hg19_wgEncodeCshlShortRnaSeqHelas3CytosolShorttotalTapPlusRawRep1.bigWig
+GSM733664_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K9me3; antibody description=rabbit polyclonal, ChIP grade; antibody target description=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendor name=Abcam; original_filename=GSM733664_hg19_wgEncodeBroadHistoneGm12878H3k9me3StdSig.bigWig
+GSM897083_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=021WC; labexpid=LID20749; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897083_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalTapMinusRawRep2.bigWig
+GSM758562_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=037WC,038WC; labexpid=LID8969,LID8970; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758562_wgEncodeCshlLongRnaSeqBjCellPapPlusRawSigRep1.bigWig
+GSM749770_1	cell=BJ; cell organism=Human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell lineage=ectoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749770_hg19_wgEncodeUwTfbsBjInputStdRawRep1.bigWig
+GSM973673_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N,046N; labexpid=LID45886,LID45887; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973673_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalCiptapPlusRep2.bigWig
+GSM765405_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001WC; labexpid=LID16627; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765405_wgEncodeCshlLongRnaSeqK562CellPapMinusRawSigRep2.bigWig
+GSM749707_1	cell=NHEK; cell organism=Human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749707_hg19_wgEncodeUwTfbsNhekCtcfStdRawRep1.bigWig
+GSM736591_1	cell=HMVEC-dLy-Ad; cell organism=Human; cell description=Normal Adult Human Blood Microvascular Endothelial Cells, Dermal-Derived; cell sex=F; replicate=2; original_filename=GSM736591_hg19_wgEncodeUwDnaseHmvecdlyadRawRep2.bigWig
+GSM849365_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001WC; labexpid=J70; replicate=1; replicate description=tier 1; original_filename=GSM849365_hg19_wgEncodeRikenCageK562CellPapPlusSignalRep2.bigWig
+GSM803362_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=PAX5-N19; antibody antibodydescription=Goat polyclonal IgG, 200 ?g/ml. Epitope mapping at the N-terminus of Pax-5 of human origin. Recommended for detection of Pax-5 of human origin by WB, IP, IF and ELISA; antibody targetdescription=This gene encodes a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA-binding motif, known as the paired box. PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1975; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL678; labexpid=SL677; replicate=1; replicate description=tier 1; original_filename=GSM803362_hg19_wgEncodeHaibTfbsGm12878Pax5n19Pcr1xRawRep2.bigWig
+GSM935502_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CHD2_(AB68301); antibody antibodydescription=Rabbit polyclonal to CHD2 Synthetic peptide derived from within residues 1250 - 1350 of Human CHD2. Antibody Target: CHD2; antibody targetdescription=CHD family of proteins are characterized by presence of chromo (chromatin organization modifier) domains and SNF2-related helicase/ATPase domains. CHD genes alter gene expression possibly by modification of chromatin structure thus altering access of the transcriptional apparatus to its chromosomal DNA template.; antibody vendorname=Abcam; antibody vendorid=ab68301; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935502_hg19_wgEncodeSydhTfbsK562Chd2ab68301IggrabSig.bigWig
+GSM935406_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935406_hg19_wgEncodeSydhTfbsHepg2MaxIggrabSig.bigWig
+GSM945855_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000627; replicate=1; original_filename=GSM945855_hg19_wgEncodeSydhHistoneHct116InputUcdSig.bigWig
+GSM958733_4	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11286; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958733_hg19_wgEncodeCaltechRnaSeqH1hescR2x75Th1014Il200SigRep4V4.bigWig
+GSM935602_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg30; treatment description=Interferon gamma treatment - 30 minutes (Snyder); antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000657; labversion=remapped from hg18; replicate=1; original_filename=GSM935602_hg19_wgEncodeSydhTfbsK562CjunIfng30StdSig.bigWig
+GSM935647_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935647_hg19_wgEncodeSydhTfbsHepg2Rad21IggrabSig.bigWig
+GSM849367_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=J76; replicate=1; replicate description=tier 1; original_filename=GSM849367_hg19_wgEncodeRikenCageNhekCellPapPlusSignalRep2.bigWig
+GSM849358_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=017WC; labexpid=K12; replicate=1; replicate description=tier 1; original_filename=GSM849358_hg19_wgEncodeRikenCageAg04450CellPapMinusSignalRep2.bigWig
+GSM749691_1	cell=Caco-2; cell organism=Human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749691_hg19_wgEncodeUwTfbsCaco2InputStdRawRep1.bigWig
+GSM733695_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733695_hg19_wgEncodeBroadHistoneNhlfCtcfStdSig.bigWig
+GSM923428_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=DMSO_4hr; treatment description=4 hr with 0.02% Dimethyl sufloxide (DMSO) (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1244; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923428_hg19_wgEncodeHaibRnaSeqT47dDm002p4hRawRep2.bigWig
+GSM767846_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=027N; labexpid=LID9204; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767846_wgEncodeCshlLongRnaSeqNhekNucleusLongnonpolyaMinusRawSigRep4.bigWig
+GSM935275_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=ARID3A_(NB100-279); antibody antibodydescription=Rabbit polyclonal, Immunogen: A synthetic peptide, which represented a portion of human Dead Ringer-Like 1 encoded within exon 8. Antibody Target: ARID3A; antibody targetdescription=This gene encodes a member of the ARID (AT-rich interaction domain) family of DNA binding proteins. It was found by homology to the Drosophila dead ringer gene, which is important for normal embryogenesis. Other ARID family members have roles in embryonic patterning, cell lineage gene regulation, cell cycle control, transcriptional regulation, and possibly in chromatin structure modification. (provided by RefSeq); antibody vendorname=Novus Biologicals; antibody vendorid=NB100-279; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935275_hg19_wgEncodeSydhTfbsHepg2Arid3anb100279IggrabSig.bigWig
+GSM803445_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=RevXlinkChromatin; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1882; labexpid=SL1882; replicate=1; replicate description=tier 1; original_filename=GSM803445_hg19_wgEncodeHaibTfbsEcc1RxlchV0416102Dm002p1hRawRep1.bigWig
+GSM803490_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL818; labexpid=SL911; replicate=1; replicate description=tier 1; original_filename=GSM803490_hg19_wgEncodeHaibTfbsGm12892Pol24h8V0416102RawRep2.bigWig
+GSM803369_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a human cerebral brain tumor. (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL150; labexpid=SL149; replicate=1; replicate description=tier 1; original_filename=GSM803369_hg19_wgEncodeHaibTfbsPfsk1NrsfPcr2xRawRep2.bigWig
+GSM864348_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864348_hg19_wgEncodeOpenChromFaireHelas3Sig.bigWig
+GSM816667_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=8988T; cell organism=human; cell description=human pancreas adenocarcinoma (PA-TU-8988T), established in 1985 from the liver metastasis of a primary pancreatic adenocarcinoma from a 64-year-old woman - DSMZ; cell karyotype=cancer; cell lineage=endoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816667_hg19_wgEncodeOpenChromDnase8988tBaseOverlapSignal.bigWig
+GSM977028_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-BM; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-BM_0050602.11 and hMSC-BM_0051105.11 from femoral head; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=067WC,068WC; labexpid=LID47658,LID47659; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977028_hg19_wgEncodeCshlShortRnaSeqHmscbmCellTapMinusRawRep1.bigWig
+GSM816635_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816635_hg19_wgEncodeOpenChromDnaseNhekBaseOverlapSignal.bigWig
+GSM945233_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000468; labexpid=DS12228; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945233_hg19_wgEncodeUwHistoneHuvecH3k36me3StdRawRep2.bigWig
+GSM973683_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N,088N; labexpid=LID46060,LID46061; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973683_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalPlusRep4.bigWig
+GSM864349_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM12891; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864349_hg19_wgEncodeOpenChromFaireGm12891Sig.bigWig
+GSM864356_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=IFNa4h; treatment description=4 hours of 500 U/ml Interferon alpha (Crawford); controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864356_hg19_wgEncodeOpenChromFaireHelas3Ifna4hBaseOverlapSignal.bigWig
+GSM923449_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9941; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923449_hg19_wgEncodeUwRepliSeqHelas3SumSignalRep1.bigWig
+GSM803341_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RXRA; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-553; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1394; labexpid=SL1063; replicate=1; replicate description=tier 1; original_filename=GSM803341_hg19_wgEncodeHaibTfbsGm12878RxraPcr1xRawRep1.bigWig
+GSM749682_1	cell=SAEC; cell organism=Human; cell description=Small Airway Epithelial Cells; cell karyotype=normal; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749682_hg19_wgEncodeUwTfbsSaecInputStdRawRep1.bigWig
+GSM816649_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816649_hg19_wgEncodeOpenChromDnaseA549BaseOverlapSignal.bigWig
+GSM816663_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Hepatocytes; cell organism=human; cell description=Primary Human Hepatocytes, liver perfused by enzymes to generate single cell suspension; cell karyotype=normal; cell lineage=endoderm; cell sex=B; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1, input was generic_female (should have been male); replicate=1; replicate description=tier 1; original_filename=GSM816663_hg19_wgEncodeOpenChromDnaseHepatocytesSig.bigWig
+GSM749674_1	cell=HUVEC; cell organism=Human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749674_hg19_wgEncodeUwTfbsHuvecCtcfStdRawRep1.bigWig
+GSM945304_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000950; labexpid=DS16056; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945304_hg19_wgEncodeUwHistoneHct116H3k4me3StdRawRep1.bigWig
+GSM945219_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF; cell organism=human; cell description=foreskin fibroblast; cell karyotype=normal; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002043; labexpid=DS18316; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945219_hg19_wgEncodeUwHistoneHffInputStdRawRep1.bigWig
+GSM749670_1	cell=GM12875; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749670_hg19_wgEncodeUwTfbsGm12875CtcfStdRawRep2.bigWig
+GSM803450_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL969; labexpid=SL853; replicate=1; replicate description=tier 1; original_filename=GSM803450_hg19_wgEncodeHaibTfbsH1hescTaf1V0416102RawRep2.bigWig
+GSM945229_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CD20+_RO01778; cell organism=human; cell description=B cells, caucasian, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002170; labexpid=DS18985; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945229_hg19_wgEncodeUwHistoneCd20ro01778H3k04me3StdRawRep1.bigWig
+GSM973669_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C,088C; labexpid=LID46102,LID46103; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973669_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalCiptapPlusRep3.bigWig
+GSM733779_1	cell=Osteobl; cell organism=Human; cell description=Normal human osteoblasts (NHOst); cell karyotype=normal; cell sex=F; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733779_hg19_wgEncodeBroadHistoneOsteoblH3k4me2StdSig.bigWig
+GSM803496_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin.; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL2253; replicate=1; replicate description=tier 1; original_filename=GSM803496_hg19_wgEncodeHaibTfbsGm12878Elf1sc631V0416101RawRep2.bigWig
+GSM758576_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013C,014C; labexpid=LID8471,LID8472; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758576_wgEncodeCshlLongRnaSeqHepg2CytosolPapPlusRawSigRep1.bigWig
+GSM765396_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=017WC; labexpid=LID9001; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765396_wgEncodeCshlLongRnaSeqAg04450CellLongnonpolyaPlusRawSigRep1.bigWig
+GSM973687_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089N,090N; labexpid=LID46313,LID46314; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973687_hg19_wgEncodeCshlShortRnaSeqMcf7NucleusShorttotalPlusRep4.bigWig
+GSM973688_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C; labexpid=LID46958; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973688_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalTapMinusRep4.bigWig
+GSM758569_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029C,030C; labexpid=LID8688,LID8689; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758569_wgEncodeCshlLongRnaSeqHuvecCytosolPapPlusRawSigRep3.bigWig
+GSM922957_1	lab=Yale; lab description=Snyder - Yale University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg30; treatment description=Interferon gamma treatment - 30 minutes (Snyder); rnaextract=polyA; rnaextract description=Isolated Poly(A) RNA; original_filename=GSM922957_hg19_wgEncodeSydhRnaSeqK562Ifng30PolyaRaw.bigWig
+GSM958736_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10884; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958736_hg19_wgEncodeCaltechRnaSeqNhekR2x75Th1014Il200USigRep2V4.bigWig
+GSM935608_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2(phosphoS2); antibody antibodydescription=Rabbit polyclonal against peptide conjugated to KLH derived from within residues 1600 - 1700 of S. cerevisiae RNA polymerase II CTD repeat YSPTSPS, phosphorylated at S2. Antibody Target: POL2S2; antibody targetdescription=RNA polymerase II, large subunit- specific for phosphorylated C-terminal domain.; antibody vendorname=Abcam; antibody vendorid=ab5095; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935608_hg19_wgEncodeSydhTfbsGm12878Pol2s2IggmusSig.bigWig
+GSM923442_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9795; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923442_hg19_wgEncodeUwRepliSeqMcf7S4PctSignalRep1.bigWig
+GSM733702_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733702_hg19_wgEncodeBroadHistoneHsmmH3k36me3StdSig.bigWig
+GSM849348_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003N; labexpid=J93; replicate=1; replicate description=tier 1; original_filename=GSM849348_hg19_wgEncodeRikenCageGm12878NucleusPapPlusSignalRep2.bigWig
+GSM945264_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-MC; cell organism=human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001901; labexpid=DS18344; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945264_hg19_wgEncodeUwHistoneSknmcH3k04me3StdRawRep2.bigWig
+GSM803450_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL969; labexpid=SL853; replicate=1; replicate description=tier 1; original_filename=GSM803450_hg19_wgEncodeHaibTfbsH1hescTaf1V0416102RawRep1.bigWig
+GSM945254_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000468; labexpid=DS11470; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945254_hg19_wgEncodeUwHistoneHuvecInputStdRawRep1.bigWig
+GSM803344_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL273; replicate=1; replicate description=tier 1; original_filename=GSM803344_hg19_wgEncodeHaibTfbsHepg2NrsfPcr2xRawRep1.bigWig
+GSM733775_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733775_hg19_wgEncodeBroadHistoneHsmmH3k9acStdSig.bigWig
+GSM923448_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; labexpid=DS8837; phase=G1; phase description=Flow sorted, G1 phase corresponds to the first DNA content window; replicate=1; original_filename=GSM923448_hg19_wgEncodeUwRepliSeqK562S3PctSignalRep1.bigWig
+GSM864339_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=NaBut; treatment description=0.5 mM Sodium Butyrate for 72 hours; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864339_hg19_wgEncodeOpenChromFaireK562NabutBaseOverlapSignal.bigWig
+GSM767848_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=011N; labexpid=LID9200; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767848_wgEncodeCshlLongRnaSeqHelas3NucleusLongnonpolyaPlusRawSigRep2.bigWig
+GSM830531_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0129N; labexpid=DHH003; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830531_hg19_wgEncodeGisRnaPetHepg2NucleusPapPlusRawSigRep1.bigWig
+GSM977051_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSaVEC; cell organism=human; cell description=Saphenous Vein Endothelial Cells from two individuals, HSaVEC_9100101.15 and HSaVEC_0022202.16 from thigh; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=093WC,094WC; labexpid=LID47615,LID47616; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977051_hg19_wgEncodeCshlShortRnaSeqHsavecCellTapPlusRep2.bigWig
+GSM973663_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N,086N; labexpid=LID46272,LID46273; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973663_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalCiptapPlusRep3.bigWig
+GSM765400_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027C; labexpid=LID8795; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765400_wgEncodeCshlLongRnaSeqNhekCytosolPapPlusRawSigRep4.bigWig
+GSM605625_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003WC; labexpid=LID20899; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605625_hg19_wgEncodeCshlShortRnaSeqGm12878CellShorttotalTapPlusRawRep2.bigWig
+GSM816663_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Hepatocytes; cell organism=human; cell description=Primary Human Hepatocytes, liver perfused by enzymes to generate single cell suspension; cell karyotype=normal; cell lineage=endoderm; cell sex=B; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1, input was generic_female (should have been male); replicate=1; replicate description=tier 1; original_filename=GSM816663_hg19_wgEncodeOpenChromDnaseHepatocytesBaseOverlapSignal.bigWig
+GSM897076_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=027N; labexpid=LID21001; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897076_hg19_wgEncodeCshlShortRnaSeqNhekNucleusShorttotalTapMinusRawRep4.bigWig
+GSM803447_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2947; replicate=1; replicate description=tier 1; original_filename=GSM803447_hg19_wgEncodeHaibTfbsK562Rad21V0416102RawRep1.bigWig
+GSM803472_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=USF1_(SC-8983); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 75-160 mapping within internal region of USF1 of human origin.; antibody targetdescription=This gene encodes a member of the basic helix-loop-helix leucine zipper family, and can function as a cellular transcription factor. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs. This gene has been linked to familial combined hyperlipidemia (FCHL). Two transcript variants encoding distinct isoforms have been identified for this gene. (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8983; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL2911; replicate=1; replicate description=tier 1; original_filename=GSM803472_hg19_wgEncodeHaibTfbsSknshraUsf1sc8983V0416102RawRep2.bigWig
+GSM945295_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12865; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000458; labexpid=DS18707; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945295_hg19_wgEncodeUwHistoneGm12865H3k04me3StdRawRep2.bigWig
+GSM897080_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011N; labexpid=LID21144; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897080_hg19_wgEncodeCshlShortRnaSeqHelas3NucleusShorttotalTapMinusRawRep1.bigWig
+GSM977050_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HMEpC; cell organism=human; cell description=Mammary Epithelial Cells (placeholder, waiting on second lot/donor from PromoCell); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=063WC; labexpid=LID47657; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977050_hg19_wgEncodeCshlShortRnaSeqHmepcCellTapPlusRep1.bigWig
+GSM765389_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=Normal Human Lung Fibroblasts; cell lineage=endoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=033WC; labexpid=LID8828; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765389_wgEncodeCshlLongRnaSeqNhlfCellLongnonpolyaPlusRawSigRep1.bigWig
+GSM849357_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=005WC; labexpid=J74; replicate=1; replicate description=tier 1; original_filename=GSM849357_hg19_wgEncodeRikenCageH1hescCellPapMinusSignalRep1.bigWig
+GSM977047_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEM_M2; cell organism=human; cell description=Epidermal Melanocytes (adult) from two individuals, NHEM_M2_7011001.2 and NHEM_M2_7012303 from cheek / temple; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=083WC,084WC; labexpid=LID47613,LID47614; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977047_hg19_wgEncodeCshlShortRnaSeqNhemm2CellTapPlusRep2.bigWig
+GSM736533_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; replicate=2; original_filename=GSM736533_hg19_wgEncodeUwDnaseHuvecRawRep2.bigWig
+GSM733743_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733743_hg19_wgEncodeBroadHistoneHepg2H3k27acStdSig.bigWig
+GSM803376_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a human cerebral brain tumor. (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL150; labexpid=SL150; replicate=1; replicate description=tier 1; original_filename=GSM803376_hg19_wgEncodeHaibTfbsPfsk1RxlchPcr2xRawRep1.bigWig
+GSM935456_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=4OHTAM_1uM_36hr; treatment description=(To replace TAM_1uM_36hr) 36 h with 1 uM 4-hydroxytamoxifen (Myers); antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001782; replicate=1; original_filename=GSM935456_hg19_wgEncodeSydhTfbsMcf10aesPol2TamStdSig.bigWig
+GSM958741_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11204; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958741_hg19_wgEncodeCaltechRnaSeqNhekR1x75dTh1014UPlusRawRep1V4.bigWig
+GSM945256_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293; cell organism=human; cell description=embryonic kidney, cells contain Adenovirus 5 DNA (PMID: 11967234); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000464; labexpid=DS13603; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945256_hg19_wgEncodeUwHistoneHek293InputStdRawRep1.bigWig
+GSM945181_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000468; labexpid=DS11460; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945181_hg19_wgEncodeUwHistoneHuvecH3k4me3StdRawRep1.bigWig
+GSM849359_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=021WC; labexpid=K16; replicate=1; replicate description=tier 1; original_filename=GSM849359_hg19_wgEncodeRikenCageA549CellPapMinusSignalRep1.bigWig
+GSM935526_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12891; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000772; labversion=remapped from hg18, Data paired with GM12891_IgG_Control.; replicate=1; original_filename=GSM935526_hg19_wgEncodeSydhTfbsGm12891NfkbTnfaIggrabSig.bigWig
+GSM733681_1	cell=Osteobl; cell organism=Human; cell description=Normal human osteoblasts (NHOst); cell karyotype=normal; cell sex=F; antibody=H3K9me3; antibody description=rabbit polyclonal, ChIP grade; antibody target description=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendor name=Abcam; original_filename=GSM733681_hg19_wgEncodeBroadHistoneOsteoblH3k9me3StdSig.bigWig
+GSM920557_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=Nucleosome; datatype description=Nucleosome Position; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; replicate=1; original_filename=GSM920557_hg19_wgEncodeSydhNsomeK562Sig.bigWig
+GSM788074_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; original_filename=GSM788074_wgEncodeSydhHistoneK562InputUcdSig.bigWig
+GSM788072_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (Ntera2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K4me3B; antibody antibodydescription=Rabbit monoclonal antibody; antibody targetdescription=Histone H3 (tri-methyl K4) marks promoters in chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9751S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; replicate=1; replicate description=tier 1; original_filename=GSM788072_wgEncodeSydhHistoneNt2d1H3k4me3bUcdSig.bigWig
+GSM945858_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000627; replicate=1; original_filename=GSM945858_hg19_wgEncodeSydhHistoneHct116H3k04me1UcdSig.bigWig
+GSM945308_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCM; cell organism=human; cell description=cardiac myocytes; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000946; labexpid=DS15755; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945308_hg19_wgEncodeUwHistoneHcmH3k4me3StdRawRep1.bigWig
+GSM977028_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-BM; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-BM_0050602.11 and hMSC-BM_0051105.11 from femoral head; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=067WC,068WC; labexpid=LID47658,LID47659; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977028_hg19_wgEncodeCshlShortRnaSeqHmscbmCellTapMinusRawRep2.bigWig
+GSM849352_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0109NL; labexpid=I69; original_filename=GSM849352_hg19_wgEncodeRikenCageGm12878NucleolusTotalPlusSignal.bigWig
+GSM935398_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=4OHTAM_1uM_12hr; treatment description=12 hours with 1 uM 4-hydroxytamoxifen dissolved in ethanol (Struhl); antibody=c-Fos; antibody antibodydescription=Rabbit polyclonal to amino acids 210-335 mapping at the C-terminus of c-Fos of human origin. Antibody Target: c-Fos; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-7202; control=Harvard_Control; control description=input library was prepared at Harvard.; control=Harvard_Control; control description=input library was prepared at Harvard.; controlid=wgEncodeEH002871; replicate=1; original_filename=GSM935398_hg19_wgEncodeSydhTfbsMcf10aesCfosTam112hHvdSig.bigWig
+GSM672834_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; localization=cytosol; rnaextract=longPolyA; replicate=1; original_filename=GSM672834_hg19_wgEncodeGisRnaSeqGm12878CytosolPapMinusRawRep1.bigWig
+GSM605630_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001WC; labexpid=LID10567; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605630_hg19_wgEncodeCshlShortRnaSeqK562CellShorttotalTapPlusRawRep1.bigWig
+GSM788070_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PBMC; cell organism=human; cell description=Peripheral blood mononuclear cells; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001883; replicate=1; replicate description=tier 1; original_filename=GSM788070_wgEncodeSydhHistonePbmcInputUcdSig.bigWig
+GSM749675_1	cell=HMF; cell organism=Human; cell description=human mammary fibroblasts; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749675_hg19_wgEncodeUwTfbsHmfCtcfStdRawRep2.bigWig
+GSM736529_1	cell=NB4; cell organism=Human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell sex=U; replicate=2; original_filename=GSM736529_hg19_wgEncodeUwDnaseNb4RawRep2.bigWig
+GSM608165_1	cell line=K562; harvest date=2008-06-12; chip antibody=CST monoclonal rabbit anti-H3K4me3; lot#=CST#9751/1; original_filename=GSM608165_K562_H3K4me3.bigwig
+GSM958734_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10883; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958734_hg19_wgEncodeCaltechRnaSeqHuvecR2x75Th1014Il200SigRep2V4.bigWig
+GSM923443_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM06990; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9015; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923443_hg19_wgEncodeUwRepliSeqGm06990S3PctSignalRep1.bigWig
+GSM935444_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=forskolin; treatment description=low-glucose DMEM with 0.5% BSA supplemented with 1uM forskolin and 1mM pyruvate for 6h. (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000755; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935444_hg19_wgEncodeSydhTfbsHepg2InputForsklnStdSig.bigWig
+GSM897069_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011C; labexpid=LID21145; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897069_hg19_wgEncodeCshlShortRnaSeqHelas3CytosolShorttotalTapMinusRawRep1.bigWig
+GSM646566_2	cell=SK-N-SH_RA; cell organism=Human; cell description=neuroblastoma cell line differentiated w/ retinoic acid; cell karyotype=cancer; cell lineage=SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC; cell sex=F; original_filename=GSM646566_hg19_wgEncodeUwDgfSknshraSig.bigWig
+GSM822276_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM19240; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822276_hg19_wgEncodeOpenChromChipGm19240CtcfBaseOverlapSignal.bigWig
+GSM935338_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=UBF_(sc-13125); antibody antibodydescription=UBF (F-9) is a mouse monoclonal antibody raised against amino acids 1-220 of UBF of human origin. Antibody Target: UBF; antibody targetdescription=Upstream binding factor (UBF) is a transcription factor required for expression of the 18S, 5.8S, and 28S ribosomal RNAs, along with SL1 (a complex of TBP (MIM 600075) and multiple TBP-associated factors or 'TAFs'). Two UBF polypeptides, of 94 and 97 kD, exist in the human (Bell et al., 1988 (PubMed 3413483)). UBF is a nucleolar phosphoprotein with both DNA binding and transactivation domains. Sequence-specific DNA binding to the core and upstream control elements of the human rRNA promoter is mediated through several HMG boxes; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-13125; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000726; replicate=1; original_filename=GSM935338_hg19_wgEncodeSydhTfbsK562Ubfsc13125IggmusSig.bigWig
+GSM935634_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Ini1; antibody antibodydescription=Ini1 (C-20) is an affinity purified goat polyclonal antibody raised against a peptide mapping near the C-terminus of Ini1 of human origin. Antibody Target: INI1; antibody targetdescription=Ini1 (BAF47, SMARCB1) is a ubiquitous 47 kD component of the SWI/SNF chromatin-remodeling complex.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-16189; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000726; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded. Data paired with IgG_Control.; replicate=1; original_filename=GSM935634_hg19_wgEncodeSydhTfbsK562Ini1IggmusSig.bigWig
+GSM749756_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749756_hg19_wgEncodeUwTfbsHepg2InputStdRawRep1.bigWig
+GSM816640_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Urothelia; cell organism=human; cell description=A primary culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene, normal human ureter cells; cell karyotype=normal; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816640_hg19_wgEncodeOpenChromDnaseUrotsaSig.bigWig
+GSM935541_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935541_hg19_wgEncodeSydhTfbsGm12878JundStdSig.bigWig
+GSM935653_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TBLR1_(ab24550); antibody antibodydescription=Rabbit polyclonal, immunogen: Recombinant full length protein (Human). Antibody Target: TBLR1; antibody targetdescription=F-box-like protein involved in the recruitment of the ubiquitin/19S proteasome complex to nuclear receptor-regulated transcription units. Plays an essential role in transcription activation mediated by nuclear receptors. Probably acts as integral component of the N-Cor corepressor complex that mediates the recruitment of the 19S proteasome complex, leading to the subsequent proteasomal degradation of N-Cor complex, thereby allowing cofactor exchange, and transcription activation; antibody vendorname=Abcam; antibody vendorid=ab24550; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935653_hg19_wgEncodeSydhTfbsGm12878Tblr1ab24550IggmusSig.bigWig
+GSM749681_1	cell=HPAF; cell organism=Human; cell description=Human Pulmonary Artery Fibroblasts; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749681_hg19_wgEncodeUwTfbsHpafCtcfStdRawRep1.bigWig
+GSM923439_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12812; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS9820; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923439_hg19_wgEncodeUwRepliSeqGm12812S3PctSignalRep1.bigWig
+GSM935459_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF274; antibody antibodydescription=Mouse polyclonal antibody raised against a partial recombinant ZNF274 (GST-fusion of a.a.420-531 of human ZNF274 protein). Works in IP, WB and ELISA. Antibody Target: ZNF274; antibody targetdescription=ZNF274 is a zinc finger protein containing five C2H2-type zinc finger domains, two Kruppel-associated box A (KRABA) domains, and a leucine-rich SCAN domain. The encoded protein has been suggested to be a transcriptional repressor. It localizes predominantly to the nucleolus.; antibody vendorname=ABNOVA; antibody vendorid=H00010782-A01; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001754; replicate=1; original_filename=GSM935459_hg19_wgEncodeSydhTfbsHelas3Znf274UcdSig.bigWig
+GSM749692_1	cell=GM12872; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749692_hg19_wgEncodeUwTfbsGm12872CtcfStdRawRep2.bigWig
+GSM767851_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=015WC; labexpid=LID8824; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767851_wgEncodeCshlLongRnaSeqMcf7CellLongnonpolyaMinusRawSigRep1.bigWig
+GSM945231_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000470; labexpid=DS12076; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945231_hg19_wgEncodeUwHistoneHepg2H3k27me3StdRawRep1.bigWig
+GSM816673_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816673_hg19_wgEncodeOpenChromDnaseT47dBaseOverlapSignal.bigWig
+GSM816637_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=LNCaP; cell organism=human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816637_hg19_wgEncodeOpenChromDnaseLncapSig.bigWig
+GSM822270_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822270_hg19_wgEncodeOpenChromChipGm12878Pol2BaseOverlapSignal.bigWig
+GSM958740_3	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11210; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958740_hg19_wgEncodeCaltechRnaSeqHepg2R1x75dTh1014UPlusRawRep1V4.bigWig
+GSM749696_1	cell=HA-sp; cell organism=Human; cell description=Human astrocytes spinal cord; cell karyotype=normal; cell lineage=Astrocytic; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749696_hg19_wgEncodeUwTfbsHaspCtcfStdRawRep1.bigWig
+GSM945202_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000474; labexpid=DS11782; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945202_hg19_wgEncodeUwHistoneSknshraH3k4me3StdRawRep1.bigWig
+GSM958737_3	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10947; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958737_hg19_wgEncodeCaltechRnaSeqH1hescR1x75dTh1014UPlusRawRep1V4.bigWig
+GSM935450_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000771; replicate=1; original_filename=GSM935450_hg19_wgEncodeSydhTfbsGm12878InputIggrabSig.bigWig
+GSM977050_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HMEpC; cell organism=human; cell description=Mammary Epithelial Cells (placeholder, waiting on second lot/donor from PromoCell); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=063WC; labexpid=LID47657; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977050_hg19_wgEncodeCshlShortRnaSeqHmepcCellTapMinusRep1.bigWig
+GSM803514_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=GATA3_(SC-268); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3.; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors.  The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology.  Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-268; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1881; labexpid=SL2636; replicate=1; replicate description=tier 1; original_filename=GSM803514_hg19_wgEncodeHaibTfbsT47dGata3sc268V0416102Dm002p1hRawRep2.bigWig
+GSM849327_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=009WC; labexpid=J78; replicate=1; replicate description=tier 1; original_filename=GSM849327_hg19_wgEncodeRikenCageHuvecCellPapPlusSignalRep2.bigWig
+GSM958729_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10517; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958729_hg19_wgEncodeCaltechRnaSeqK562R2x75Th1014Il200SigRep1V4.bigWig
+GSM945859_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; labversion=remapped from hg18, MCF7 cells stably expressed a tagged HA-E2F1 were fragmented using Bioruptor, crosslinks were reversed at 67*C overnight and Input was Qiagen purified, PeakSeq 1.0 (fdr 0.001); replicate=1; original_filename=GSM945859_hg19_wgEncodeSydhHistoneMcf7InputUcdSig.bigWig
+GSM765398_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=007WC; labexpid=LID8665; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765398_wgEncodeCshlLongRnaSeqNhekCellLongnonpolyaMinusRawSigRep1.bigWig
+GSM733671_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=Pol2(b); antibody description=mouse monoclonal, clone CTD4H8; antibody target description=RNA polymerase II. Is responsible for RNA transcription. It is generally enriched at 5' gene ends, probably due to higher rate of occupancy associated with transition from initiation to elongation.; antibody vendor name=Covance; original_filename=GSM733671_hg19_wgEncodeBroadHistoneNhekPol2bStdSig.bigWig
+GSM831000_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301.034A; original_filename=GSM831000_K562_JARID1C.bw
+GSM935482_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=YY1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: YY1; antibody targetdescription=YIN YANG 1 transcription factor belongs to the GLI-Kruppel class of zinc finger proteins.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1703; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; labversion=Fragmented using Bioruptor, precipitated with Staph A,; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935482_hg19_wgEncodeSydhTfbsGm12878Yy1StdSig.bigWig
+GSM736605_1	cell=HFF-Myc; cell organism=human; cell description=Human Foreskin Fibroblast Cells Expressing Canine cMyc; cell karyotype=Normal (cMyc); cell lineage=Fibroblast; cell sex=M; replicate=2; original_filename=GSM736605_hg19_wgEncodeUwDnaseHffmycRawRep2.bigWig
+GSM765400_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027C; labexpid=LID8795; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765400_wgEncodeCshlLongRnaSeqNhekCytosolPapMinusRawSigRep3.bigWig
+GSM803518_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=BCL3; antibody antibodydescription=Bcl-3(C-14) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Bcl-3 of human origin. Recommended for detection of Bcl-3 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=This gene is a proto-oncogene candidate. It is identified by its translocation into the immunoglobulin alpha-locus in some cases of B-cell leukemia. The protein encoded by this gene contains seven ankyrin repeats, which are most closely related to those found in I kappa B proteins. This protein functions as a transcriptional co-activator that activates through its association with NF-kappa B homodimers. The expression of this gene can be induced by NF-kappa B, which forms a part of the autoregulatory loop that controls the nuclear residence of p50 NF-kappa B. (Provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-185; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1196; replicate=1; replicate description=tier 1; original_filename=GSM803518_hg19_wgEncodeHaibTfbsK562Bcl3Pcr1xRawRep1.bigWig
+GSM945259_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000463; labexpid=DS11883; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945259_hg19_wgEncodeUwHistoneGm12878InputStdRawRep1.bigWig
+GSM733700_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733700_hg19_wgEncodeBroadHistoneHsmmtH3k4me2StdSig.bigWig
+GSM945257_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRE; cell organism=human; cell description=renal epithelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000467; labexpid=DS11549; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945257_hg19_wgEncodeUwHistoneHreInputStdRawRep1.bigWig
+GSM935578_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=COREST_(sc-30189); antibody antibodydescription=Rabbit polyclonal, epitope corresponding to amino acids 246-310 mapping within an internal region of CoREST of human origin recommended for detection of CoREST of mouse, rat and human origin. Antibody Target: COREST (sc30189); antibody targetdescription=Essential component of the BHC complex, a corepressor complex that represses transcription of neuron-specific genes in non-neuronal cells.  In the BHC complex, it serves as a molecular beacon for the recruitment of molecular machinery, including MeCP2 and SUV39H1, that imposes silencing across a chromosomal interval. Plays a central role in demethylation of Lys-4 of histone H3 by promoting demethylase activity of KDM1A on core histones and nucleosomal substrates.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-30189; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935578_hg19_wgEncodeSydhTfbsHelas3Corestsc30189IggrabSig.bigWig
+GSM749774_1	cell=HCT-116; cell organism=Human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749774_hg19_wgEncodeUwTfbsHct116InputStdRawRep1.bigWig
+GSM945853_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000627; replicate=1; original_filename=GSM945853_hg19_wgEncodeSydhHistoneHct116H3k27acUcdSig.bigWig
+GSM935537_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=MNase; control description=Input signal from MNase digested DNA.; control=MNase; control description=Input signal from MNase digested DNA.; controlid=wgEncodeEH000635; labversion=remapped from hg18; replicate=1; original_filename=GSM935537_hg19_wgEncodeSydhTfbsHelas3InputMnaseSig.bigWig
+GSM945309_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCF; cell organism=human; cell description=cardiac fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000942; labexpid=DS15914; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945309_hg19_wgEncodeUwHistoneHcfInputStdRawRep1.bigWig
+GSM803442_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ETS1; antibody antibodydescription=Rabbit polyclonal IgG; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-350; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2262; replicate=1; replicate description=tier 1; original_filename=GSM803442_hg19_wgEncodeHaibTfbsK562Ets1V0416101RawRep2.bigWig
+GSM816630_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Myometr; cell organism=human; cell description=Myometrial cells; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816630_hg19_wgEncodeOpenChromDnaseMyometrBaseOverlapSignal.bigWig
+GSM973680_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC; labexpid=LID47262; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973680_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalTapMinusRep1.bigWig
+GSM736566_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; replicate=2; original_filename=GSM736566_hg19_wgEncodeUwDnaseK562RawRep2.bigWig
+GSM923444_14	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjSumSignalRep2.bigWig
+GSM935325_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM19193; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000742; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded.  Data paired with GM19193_IgG_Control.; replicate=1; original_filename=GSM935325_hg19_wgEncodeSydhTfbsGm19193Pol2IggmusSig.bigWig
+GSM935417_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SPT20; antibody antibodydescription=Rabbit polyclonal anti-SPT20 antibody (3006), Immunogen:  C-terminal region of mSPT20 (330-531 aa) is cloned in pET28b and over expressed in E. Coli. Protein was purified on Ni-NTA exchange column. Sequence: mSPT20 (330-531 amino acids). Antibody Target: SPT20; antibody targetdescription=Also known as FAM48A or P38IP.   It is a component of SAGA complex.  Required for MAP kinase p38 (MAPK11, MAPK12, MAPK13 and/or MAPK14) activation during gastrulation. Required for down-regulation of E-cadherin during gastrulation by regulating E-cadherin protein level downstream from NCK-interacting kinase (NIK) and independently of the regulation of transcription by Fgf signaling and Snail.; antibody vendorname=Laszlo Tora; antibody vendorid=missing; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935417_hg19_wgEncodeSydhTfbsGm12878Spt20StdSig.bigWig
+GSM923440_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12801; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; labexpid=DS9813; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923440_hg19_wgEncodeUwRepliSeqGm12801S2PctSignalRep1.bigWig
+GSM765398_5	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=007WC; labexpid=LID8665; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765398_wgEncodeCshlLongRnaSeqNhekCellLongnonpolyaPlusRawSigRep2.bigWig
+GSM935312_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=pravastatin; treatment description=For sterol deprivation, cells were cultured with pravastatin (2 uM, Sigma) in DMEM with 0.5% BSA for 16 h. (Snyder); antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000640; labversion=remapped from hg18; replicate=1; original_filename=GSM935312_hg19_wgEncodeSydhTfbsHepg2Pol2PravastStdSig.bigWig
+GSM758563_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=009WC,010WC; labexpid=LID8463,LID8464; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758563_wgEncodeCshlLongRnaSeqHuvecCellPapMinusRawSigRep1.bigWig
+GSM803486_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3176; replicate=1; replicate description=tier 1; original_filename=GSM803486_hg19_wgEncodeHaibTfbsHepg2Ctcfsc5916V0416101RawRep1.bigWig
+GSM758577_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001WC,002WC; labexpid=LID8659,LID8660; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758577_wgEncodeCshlLongRnaSeqK562CellLongnonpolyaPlusRawSigRep1.bigWig
+GSM803343_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL275; replicate=1; replicate description=tier 1; original_filename=GSM803343_hg19_wgEncodeHaibTfbsHepg2GabpPcr2xRawRep1.bigWig
+GSM935621_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=forskolin; treatment description=low-glucose DMEM with 0.5% BSA supplemented with 1uM forskolin and 1mM pyruvate for 6h. (Snyder); antibody=ERRA; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Ets-1 of human origin. Antibody Target: ERRA; antibody targetdescription=epitope corresponding to amino acids 81-160 mapping near the N-terminus of ERRalpha of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-66882; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000755; labversion=Illumina 2.0, low confidence sequences excluded.  Data paired with HepG2_Forskolin_Control.; replicate=1; original_filename=GSM935621_hg19_wgEncodeSydhTfbsHepg2ErraForsklnStdSig.bigWig
+GSM758574_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=006N; labexpid=LID8558; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758574_wgEncodeCshlLongRnaSeqH1hescNucleusPapMinusRawSigRep2.bigWig
+GSM935400_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=4OHTAM_1uM_36hr; treatment description=(To replace TAM_1uM_36hr) 36 h with 1 uM 4-hydroxytamoxifen (Myers); antibody=E2F4; antibody antibodydescription=rabbit polyclonal. Antibody Target: E2F4; antibody targetdescription=mapping at the C-terminus of E2F4 of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-866; control=Harvard_Control; control description=input library was prepared at Harvard.; control=Harvard_Control; control description=input library was prepared at Harvard.; controlid=wgEncodeEH002871; replicate=1; original_filename=GSM935400_hg19_wgEncodeSydhTfbsMcf10aesE2f4TamHvdSig.bigWig
+GSM923427_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; treatment=Estradiol_10nM_4hr; treatment description=4 h with 10 nM Estradiol (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL990; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923427_hg19_wgEncodeHaibRnaSeqEcc1Estradia4hRawRep2.bigWig
+GSM749697_1	cell=AG04450; cell organism=Human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749697_hg19_wgEncodeUwTfbsAg04450InputStdRawRep1.bigWig
+GSM733760_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H2A.Z; antibody description=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ.; antibody target description=H2A.Z is a sequence variant of Histone H2A.; antibody vendor name=Upstate (Millipore); original_filename=GSM733760_hg19_wgEncodeBroadHistoneHsmmH2azStdSig.bigWig
+GSM849333_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0134CH; labexpid=I35; labversion=Delve version 0.9; original_filename=GSM849333_hg19_wgEncodeRikenCageK562ChromatinTotalPlusSignal.bigWig
+GSM935577_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293-T-REx; cell organism=human; cell description=embryonic kidney cells transformed with Adenovirus 5 DNA stably expressing tetracycline repressor, HEK293 (ATCC number CRL-1573) is the parental cell line, hypotriploid, XXX; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF263; antibody antibodydescription=Mouse polyclonal. Antibody Target: ZNF263; antibody targetdescription=ZNF263 (NP_005732, 201 a.a. ~ 299 a.a) partial recombinant protein with GST tag.; antibody vendorname=Novus Biologicals; antibody vendorid=H00010127-A01; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001784; replicate=1; original_filename=GSM935577_hg19_wgEncodeSydhTfbsHek293tZnf263UcdSig.bigWig
+GSM923449_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9941; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923449_hg19_wgEncodeUwRepliSeqHelas3G2PctSignalRep1.bigWig
+GSM765393_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025NL; labexpid=LID9187; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765393_wgEncodeCshlLongRnaSeqK562NucleolusTotalMinusRawSigRep4.bigWig
+GSM958730_4	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11011; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958730_hg19_wgEncodeCaltechRnaSeqGm12878R1x75dTh1014UPlusRawRep2V4.bigWig
+GSM803404_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=HNF4G_(SC-6558); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HNF4G of human origin.; antibody targetdescription=Hepatocyte nuclear factor 4 gamma (HNF4G) also known as NR2A2 (nuclear receptor subfamily 2, group A, member 2) is a nuclear receptor that in humans is encoded by the HNF4G gene; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6558; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3178; replicate=1; replicate description=tier 1; original_filename=GSM803404_hg19_wgEncodeHaibTfbsHepg2Hnf4gsc6558V0416101RawRep2.bigWig
+GSM736495_1	cell=WERI-Rb-1; cell organism=Human; cell description=retinoblastoma (PMID: 844036); cell sex=F; replicate=1; original_filename=GSM736495_hg19_wgEncodeUwDnaseWerirb1RawRep1.bigWig
+GSM816672_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Stellate; cell organism=human; cell description=Human Hepatic Stellate Cells, Liver that was perfused with collagenase and sellected for hepatic stellate cells by density gradient; cell karyotype=normal; cell lineage=endoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816672_hg19_wgEncodeOpenChromDnaseStellateSig.bigWig
+GSM822282_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ProgFib; cell organism=human; cell description=fibroblasts, Hutchinson-Gilford progeria syndrome (cell line HGPS, HGADFN167, progeria research foundation); cell karyotype=unknown; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=ProgFib/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822282_hg19_wgEncodeOpenChromChipProgfibPol2BaseOverlapSignal.bigWig
+GSM935615_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SPT20; antibody antibodydescription=Rabbit polyclonal anti-SPT20 antibody (3006), Immunogen:  C-terminal region of mSPT20 (330-531 aa) is cloned in pET28b and over expressed in E. Coli. Protein was purified on Ni-NTA exchange column. Sequence: mSPT20 (330-531 amino acids). Antibody Target: SPT20; antibody targetdescription=Also known as FAM48A or P38IP.   It is a component of SAGA complex.  Required for MAP kinase p38 (MAPK11, MAPK12, MAPK13 and/or MAPK14) activation during gastrulation. Required for down-regulation of E-cadherin during gastrulation by regulating E-cadherin protein level downstream from NCK-interacting kinase (NIK) and independently of the regulation of transcription by Fgf signaling and Snail.; antibody vendorname=Laszlo Tora; antibody vendorid=missing; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; replicate=1; original_filename=GSM935615_hg19_wgEncodeSydhTfbsHelas3Spt20StdSig.bigWig
+GSM973666_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C,086C; labexpid=LID46205,LID46206; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973666_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalMinusRep3.bigWig
+GSM973693_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC,046WC; labexpid=LID45108,LID45111; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973693_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalCiptapPlusRep2.bigWig
+GSM816662_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816662_hg19_wgEncodeOpenChromDnaseHepg2BaseOverlapSignal.bigWig
+GSM935616_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BHLHE40_(NB100-1800); antibody antibodydescription=Rabbit polyclonal, maps to a region between residues 350 and the C-terminus (residue 412). Antibody Target: BHLHE40; antibody targetdescription=This gene encodes a basic helix-loop-helix protein expressed in various tissues. Expression in the chondrocytes is responsive to the addition of Bt2cAMP. The encoded protein is believed to be involved in the control of cell differentiation.; antibody vendorname=Novus; antibody vendorid=NB100-1800; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935616_hg19_wgEncodeSydhTfbsK562Bhlhe40nb100IggrabSig.bigWig
+GSM923447_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labexpid=DS17625; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923447_hg19_wgEncodeUwRepliSeqImr90S3PctSignalRep1.bigWig
+GSM816627_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816627_hg19_wgEncodeOpenChromDnaseMcf7Sig.bigWig
+GSM958732_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10878; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958732_hg19_wgEncodeCaltechRnaSeqHepg2R2x75Th1014Il200SigRep2V4.bigWig
+GSM977044_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Monocytes-CD14+; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=039WC,040WC; labexpid=LID44360,LID44361; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM977044_hg19_wgEncodeCshlShortRnaSeqMonocd14CellTapPlusRep1.bigWig
+GSM864351_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=Medullo; cell organism=human; cell description=medulloblastoma (aka D721), surgical resection from a patient with medulloblastoma as described by Darrell Bigner (1997); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864351_hg19_wgEncodeOpenChromFaireMedulloSig.bigWig
+GSM749667_1	cell=SK-N-SH_RA; cell organism=Human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749667_hg19_wgEncodeUwTfbsSknshraCtcfStdRawRep2.bigWig
+GSM758568_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013N,014N; labexpid=LID8534,LID8535; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758568_wgEncodeCshlLongRnaSeqHepg2NucleusPapMinusRawSigRep1.bigWig
+GSM765403_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011N; labexpid=LID8559; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765403_wgEncodeCshlLongRnaSeqHelas3NucleusPapPlusRawSigRep2.bigWig
+GSM977029_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48355,LID48356; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977029_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellTapPlusRawRep1.bigWig
+GSM803397_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=POU2F2; antibody antibodydescription=Oct-2(C-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Oct-2 of human origin. Recommended for detection of Oct-2 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Transcription factor that specifically binds to the octamer motif (5'-ATTTGCAT-3'). Regulates transcription in a number of tissues in addition to activating immunoglobulin gene expression. Modulates transcription transactivation by NR3C1, AR and PGR. Isoform 5 activates the U2 small nuclear RNA (snRNA) promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-233; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL802; replicate=1; replicate description=tier 1; original_filename=GSM803397_hg19_wgEncodeHaibTfbsGm12891Pou2f2Pcr1xRawRep1.bigWig
+GSM803416_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL3933; replicate=1; replicate description=tier 1; original_filename=GSM803416_hg19_wgEncodeHaibTfbsGm12878Rad21V0416101RawRep2.bigWig
+GSM765392_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025CH; labexpid=LID9185; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765392_wgEncodeCshlLongRnaSeqK562ChromatinTotalMinusRawSigRep4.bigWig
+GSM765403_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011N; labexpid=LID8559; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765403_wgEncodeCshlLongRnaSeqHelas3NucleusPapMinusRawSigRep1.bigWig
+GSM803406_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1394; labexpid=SL1475; replicate=1; replicate description=tier 1; original_filename=GSM803406_hg19_wgEncodeHaibTfbsGm12878Yy1sc281Pcr1xRawRep2.bigWig
+GSM897084_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013WC; labexpid=LID44460; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897084_hg19_wgEncodeCshlShortRnaSeqHepg2CellShorttotalTapPlusRawRep2.bigWig
+GSM749718_1	cell=AG09309; cell organism=Human; cell description=adult toe fibroblast from apparently healthy 21 year old; cell karyotype=7% of the cells examined showing random chromosome loss/gain -Coriell; cell lineage=mesoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749718_hg19_wgEncodeUwTfbsAg09309InputStdRawRep1.bigWig
+GSM970218_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K27me3B; antibody antibodydescription=rabbit monoclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27) marks repressed chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9733S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; labversion=PeakSeq1.0; original_filename=GSM970218_hg19_wgEncodeSydhHistoneMcf7H3k27me3bUcdSig.bigWig
+GSM935474_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa6h; treatment description=Interferon alpha treatment - 6 hours (Snyder); antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000656; replicate=1; original_filename=GSM935474_hg19_wgEncodeSydhTfbsK562Pol2Ifna6hStdSig.bigWig
+GSM830993_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Santa cruz,6298X; original_filename=GSM830993_K562_HDAC1_1.bw
+GSM945244_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001904; labexpid=DS18305; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945244_hg19_wgEncodeUwHistoneA549H3k04me3StdRawRep2.bigWig
+GSM825711_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA3_(SC-268); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target:  GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors.  The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology.  Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-268; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; replicate=1; replicate description=tier 1; original_filename=GSM825711_hg19_wgEncodeSydhTfbsMcf7Gata3UcdSig.bigWig
+GSM945314_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SAEC; cell organism=human; cell description=small airway epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000473; labexpid=DS11550; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945314_hg19_wgEncodeUwHistoneSaecInputStdRawRep1.bigWig
+GSM973670_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C,046C; labexpid=LID45888,LID45889; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973670_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalCiptapMinusRep1.bigWig
+GSM803352_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL518; labexpid=SL518; replicate=1; replicate description=tier 1; original_filename=GSM803352_hg19_wgEncodeHaibTfbsK562RxlchPcr1xRawRep1.bigWig
+GSM803474_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3457; labexpid=SL3456; replicate=1; replicate description=tier 1; original_filename=GSM803474_hg19_wgEncodeHaibTfbsHct116Pol24h8V0416101RawRep1.bigWig
+GSM646565_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HCPEpiC; cell organism=human; cell description=choroid plexus epithelial cells; cell lineage=ectoderm; cell sex=U; labversion=lmax-v1.0; original_filename=GSM646565_hg19_wgEncodeUwDgfHcpeSig.bigWig
+GSM758564_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=021WC,022WC; labexpid=LID8963,LID8964; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758564_wgEncodeCshlLongRnaSeqA549CellPapPlusRawSigRep2.bigWig
+GSM736589_1	cell=HIPEpiC; cell organism=Human; cell description=Human Iris Pigment Epithelial Cells; cell lineage=ectoderm; cell sex=U; replicate=1; original_filename=GSM736589_hg19_wgEncodeUwDnaseHipeRawRep1.bigWig
+GSM803522_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1881; labexpid=SL2633; replicate=1; replicate description=tier 1; original_filename=GSM803522_hg19_wgEncodeHaibTfbsT47dP300V0416102Dm002p1hRawRep1.bigWig
+GSM935529_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM15510; cell organism=human; cell description=lymphoblastoid NIGMS Human Genetic Cell Repository, DNA Polymorphism Discovery Resource Collection, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000774; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded.  Data paired with GM15510_IgG_Control.; replicate=1; original_filename=GSM935529_hg19_wgEncodeSydhTfbsGm15510NfkbTnfaIggrabSig.bigWig
+GSM935485_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; labversion=MCF7 cells stably expressed a tagged HA-E2F1 were fragmented using Bioruptor, crosslinks were reversed at 67*C overnight and Input was Qiagen purified,; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935485_hg19_wgEncodeSydhTfbsMcf7InputUcdSig.bigWig
+GSM830999_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Abcam,ab10480; original_filename=GSM830999_K562_HP1g.bw
+GSM849358_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=017WC; labexpid=K12; replicate=1; replicate description=tier 1; original_filename=GSM849358_hg19_wgEncodeRikenCageAg04450CellPapPlusSignalRep2.bigWig
+GSM736508_1	cell=BE2_C; cell organism=Human; cell description=Human neuroblastoma; cell lineage=ectoderm; cell sex=M; replicate=1; original_filename=GSM736508_hg19_wgEncodeUwDnaseBe2cRawRep1.bigWig
+GSM803520_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3162; replicate=1; replicate description=tier 1; original_filename=GSM803520_hg19_wgEncodeHaibTfbsK562SrfV0416101RawRep1.bigWig
+GSM822275_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822275_hg19_wgEncodeOpenChromChipK562Pol2BaseOverlapSignal.bigWig
+GSM816667_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=8988T; cell organism=human; cell description=human pancreas adenocarcinoma (PA-TU-8988T), established in 1985 from the liver metastasis of a primary pancreatic adenocarcinoma from a 64-year-old woman - DSMZ; cell karyotype=cancer; cell lineage=endoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816667_hg19_wgEncodeOpenChromDnase8988tSig.bigWig
+GSM958747_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12891; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11038; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958747_hg19_wgEncodeCaltechRnaSeqGm12891R2x75Th1014Il200SigRep1V4.bigWig
+GSM788088_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K27me3B; antibody antibodydescription=rabbit monoclonal; antibody targetdescription=Histone H3 (tri-methyl K27) marks repressed chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9733S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; replicate=1; replicate description=tier 1; original_filename=GSM788088_wgEncodeSydhHistoneK562H3k27me3bUcdSig.bigWig
+GSM935636_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Nrf1; antibody antibodydescription=Mouse monoclonal, Immunogen corresponding to amino acids 201-286 of Human NRF1. Antibody Target: NRF1; antibody targetdescription=NRF1 is the mammalian homolog to the erect wing (ewg) Drosophila protein that is required for proper development of the central nervous system and indirect flight muscles. In mammals NRF1 functions as a transcription factor that activates the expression of the EIF2S1 (EIF-alpha) gene. This protein links the transcriptional modulation of key metabolic genes to cellular growth and development, and has been implicated in the control of nuclear genes required for respiration, heme biosynthesis and mitochondrialDNA transcription and replication. NRF1 forms a homodimer and binds DNA as a dimer. NRF1 shows a nuclear localization and is expressed widely in embryonic, fetal and adult tissues. Phosphorylation of NRF1 enhances DNA binding.; antibody vendorname=Abcam; antibody vendorid=ab55744; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000633; labversion=remapped from hg18, Data set paired with HeLa-S3_MouseIgG_Control.; replicate=1; original_filename=GSM935636_hg19_wgEncodeSydhTfbsHelas3Nrf1IggmusSig.bigWig
+GSM803458_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3457; labexpid=SL3646; replicate=1; replicate description=tier 1; original_filename=GSM803458_hg19_wgEncodeHaibTfbsHct116Zbtb33V0416101RawRep2.bigWig
+GSM803533_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL592; labexpid=SL631; replicate=1; replicate description=tier 1; original_filename=GSM803533_hg19_wgEncodeHaibTfbsHelas3Pol2Pcr1xRawRep1.bigWig
+GSM803540_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=GATA2_(SC-267); antibody antibodydescription=Mouse monoclonal IgG.; antibody targetdescription=This gene encodes a member of the GATA family of zinc-finger transcription factors that are named for the consensus nucleotide sequence they bind in the promoter regions of target genes. The encoded program plays an essential role in regulation transcription of genes involved in the development and proliferation of hematopoietic and endocrine cell lineages (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-267; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1430; replicate=1; replicate description=tier 1; original_filename=GSM803540_hg19_wgEncodeHaibTfbsK562Gata2sc267Pcr1xRawRep2.bigWig
+GSM816657_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816657_hg19_wgEncodeOpenChromDnaseGm12892BaseOverlapSignal.bigWig
+GSM923434_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BE2_C; cell organism=human; cell description=neuroblastoma, BE-C is a clone of the SK-N-BE neuroblastoma cell line (see ATCC CRL-2271) that was established in November of 1972 from a bone marrow biopsy taken from a 2-year-old individual with disseminated neuroblastoma after repeated courses of chemotherapy and radiotherapy.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL524; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923434_hg19_wgEncodeHaibRnaSeqBe2cRawRep1.bigWig
+GSM765399_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027N; labexpid=LID8797; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765399_wgEncodeCshlLongRnaSeqNhekNucleusPapPlusRawSigRep4.bigWig
+GSM803477_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL3578; replicate=1; replicate description=tier 1; original_filename=GSM803477_hg19_wgEncodeHaibTfbsGm12878SrfV0416101RawRep1.bigWig
+GSM803391_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=PAX5-C20; antibody antibodydescription=Goat polyclonal IgG, 200 ?g/ml. Epitope mapping at the C-terminus of Pax-5 of human origin. Recommended for detection of Pax-5 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA-binding motif, known as the paired box. PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1974; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL678; labexpid=SL675; replicate=1; replicate description=tier 1; original_filename=GSM803391_hg19_wgEncodeHaibTfbsGm12878Pax5c20Pcr1xRawRep2.bigWig
+GSM945302_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS12067; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945302_hg19_wgEncodeUwHistoneK562H3k36me3StdRawRep1.bigWig
+GSM973691_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC,046WC; labexpid=LID45107,LID45110; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973691_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalMinusRep1.bigWig
+GSM897070_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=019WC; labexpid=LID20747; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897070_hg19_wgEncodeCshlShortRnaSeqSknshraCellShorttotalTapPlusRawRep1.bigWig
+GSM973684_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C; labexpid=LID47041; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973684_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalTapMinusRep4.bigWig
+GSM977044_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Monocytes-CD14+; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=039WC,040WC; labexpid=LID44360,LID44361; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM977044_hg19_wgEncodeCshlShortRnaSeqMonocd14CellTapMinusRep2.bigWig
+GSM977030_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48353,LID48354; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977030_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellCiptapMinusRawRep1.bigWig
+GSM935576_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Bach1_(sc-14700); antibody antibodydescription=BACH1 (C-20) is an affinity purified goat polyclonal antibody raised against a peptide mapping near the C-terminus of BACH1 of human origin. Antibody Target: Bach1; antibody targetdescription=This gene encodes a transcription factor that belongs to the cap'n'collar type of basic region leucine zipper factor family (CNC-bZip). The encoded protein contains broad complex, tramtrack, bric-a-brac/poxvirus and zinc finger (BTB/POZ) domains, which is atypical of CNC-bZip family members. These BTB/POZ domains facilitate protein-protein interactions and formation of homo- and/or hetero-oligomers. When this encoded protein forms a heterodimer with MafK, it functions as a repressor of Maf recognition element (MARE) and transcription is repressed. Multiple alternatively spliced transcript variants have been identified for this gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-14700; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935576_hg19_wgEncodeSydhTfbsK562Bach1sc14700IggrabSig.bigWig
+GSM935487_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg30; treatment description=Interferon gamma treatment - 30 minutes (Snyder); antibody=STAT1; antibody antibodydescription=rabbit polyclonal to STAT1 (alpha) p-91 (C-24). Antibody Target: STAT1; antibody targetdescription=transcription factor, activated by interferon signalling; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-345; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000657; replicate=1; original_filename=GSM935487_hg19_wgEncodeSydhTfbsK562Stat1Ifng30StdSig.bigWig
+GSM749771_1	cell=HRPEpiC; cell organism=Human; cell description=Human Retinal Pigment Epithelial Cells; cell lineage=ectoderm; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749771_hg19_wgEncodeUwTfbsHrpeInputStdRawRep1.bigWig
+GSM935376_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SMC3_(ab9263); antibody antibodydescription=Rabbit polyclonal raised against synthetic peptide representing a portion within the last 100 amino acids of the human Structural Maintenance of Chromosomes-3 conjugated to KLH. Antibody Target: SMC3; antibody targetdescription=Involved in chromosome cohesion during cell cycle and in DNA repair. Central component of cohesin complex.  The cohesin complex is required for the cohesion of sister chromatids after DNA replication.; antibody vendorname=Abcam; antibody vendorid=ab9263; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935376_hg19_wgEncodeSydhTfbsGm12878Smc3ab9263IggmusSig.bigWig
+GSM758577_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001WC,002WC; labexpid=LID8659,LID8660; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758577_wgEncodeCshlLongRnaSeqK562CellLongnonpolyaMinusRawSigRep2.bigWig
+GSM803455_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL592; labexpid=SL590; replicate=1; replicate description=tier 1; original_filename=GSM803455_hg19_wgEncodeHaibTfbsHelas3Taf1Pcr1xRawRep1.bigWig
+GSM864355_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM18507; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864355_hg19_wgEncodeOpenChromFaireGm18507BaseOverlapSignal.bigWig
+GSM935432_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CHD2_(AB68301); antibody antibodydescription=Rabbit polyclonal to CHD2 Synthetic peptide derived from within residues 1250 - 1350 of Human CHD2. Antibody Target: CHD2; antibody targetdescription=CHD family of proteins are characterized by presence of chromo (chromatin organization modifier) domains and SNF2-related helicase/ATPase domains. CHD genes alter gene expression possibly by modification of chromatin structure thus altering access of the transcriptional apparatus to its chromosomal DNA template.; antibody vendorname=Abcam; antibody vendorid=ab68301; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935432_hg19_wgEncodeSydhTfbsHelas3Chd2IggrabSig.bigWig
+GSM935635_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Ini1; antibody antibodydescription=Ini1 (C-20) is an affinity purified goat polyclonal antibody raised against a peptide mapping near the C-terminus of Ini1 of human origin. Antibody Target: INI1; antibody targetdescription=Ini1 (BAF47, SMARCB1) is a ubiquitous 47 kD component of the SWI/SNF chromatin-remodeling complex.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-16189; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000633; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded. Data paired with IgG_Control.; replicate=1; original_filename=GSM935635_hg19_wgEncodeSydhTfbsHelas3Ini1IggmusSig.bigWig
+GSM816648_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM19240; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816648_hg19_wgEncodeOpenChromDnaseGm19240BaseOverlapSignal.bigWig
+GSM935305_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935305_hg19_wgEncodeSydhTfbsHepg2Mafkab50322IggrabSig.bigWig
+GSM765388_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=015WC; labexpid=LID8686; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765388_wgEncodeCshlLongRnaSeqMcf7CellPapPlusRawSigRep1.bigWig
+GSM864350_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=Gliobla; cell organism=human; cell description=glioblastoma, these cells (aka H54 and D54) come from a surgical resection from a patient with glioblastoma multiforme (WHO Grade IV). D54 is a commonly studied glioblastoma cell line (Bao et al., 2006) that has been thoroughly described by S Bigner (1981). (PMID: 7252524); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; controlid=Gliobla/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864350_hg19_wgEncodeOpenChromFaireGlioblaBaseOverlapSignal.bigWig
+GSM803507_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1400; labexpid=SL1056; replicate=1; replicate description=tier 1; original_filename=GSM803507_hg19_wgEncodeHaibTfbsHepg2Sp1Pcr1xRawRep1.bigWig
+GSM788085_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; replicate=1; replicate description=tier 1; original_filename=GSM788085_wgEncodeSydhHistoneK562H3k4me1UcdSig.bigWig
+GSM803411_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ZEB1_(SC-25388); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 39-140 mapping near the N-terminus of ZEB1 of human origin.; antibody targetdescription=This gene encodes a zinc finger transcription factor.  The encoded protein likely plays a role in transcriptional repression of interleukin 2.  Mutations in this gene have ben associated with posterior polymorphous corneal dystrophy-3 and late-onset Fuchs endothelial corneal dystrophy.  Alternatively spliced transcript variants encoding different isoforms have been described. (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-25388; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1394; labexpid=SL2957; replicate=1; replicate description=tier 1; original_filename=GSM803411_hg19_wgEncodeHaibTfbsGm12878Zeb1sc25388V0416102RawRep2.bigWig
+GSM945189_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtA_2d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 2 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002543; labexpid=DS15392; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945189_hg19_wgEncodeUwHistoneH7esInputStdDiffa2dRawRep1.bigWig
+GSM973677_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC,086WC; labexpid=LID46270,LID46271; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973677_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalCiptapPlusRep3.bigWig
+GSM822278_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM19238; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822278_hg19_wgEncodeOpenChromChipGm19238CtcfSig.bigWig
+GSM758568_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013N,014N; labexpid=LID8534,LID8535; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758568_wgEncodeCshlLongRnaSeqHepg2NucleusPapMinusRawSigRep2.bigWig
+GSM923443_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM06990; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9015; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923443_hg19_wgEncodeUwRepliSeqGm06990S1PctSignalRep1.bigWig
+GSM935557_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=STAT3; antibody antibodydescription=Rabbit polyclonal; epitope mapping at the C-terminus of Stat3 of mouse origin. Antibody Target: STAT3; antibody targetdescription=Member of STAT family. After phosphorylation in response to cytokines and growth factors (including IFNs, EGF, IL5, IL6, HGF, LIF and BMP2), forms homo- or heterodimers that translocate to nucleus and activate transcription. Activates expression of a variety of genes with roles in processes such as cell growth and apoptosis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-482; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935557_hg19_wgEncodeSydhTfbsGm12878Stat3IggmusSig.bigWig
+GSM945323_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=diffProtA_9d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 9 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002545; labexpid=DS14647; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945323_hg19_wgEncodeUwHistoneH7esH3k27me3StdDiffa9dRawRep1.bigWig
+GSM935477_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=HA-E2F1; antibody antibodydescription=Mouse Monoclonal antibody HA.11 clone 16B12 was raised against the twelve amino acid peptide CYPYDVPDYASL. This second-generation HA antibody is an excellent substitute for the 12CA5 monoclonal antibody. The HA.11 antibody recognizes the influenza hemagglutinin epitope (YPYDVPDYA) which has been used extensively as a general epitope tag in expression vectors. The extreme specificity of the antibody allows unambiguous identification and quantitative analysis of the tagged protein. The HA.11 antibody recognizes HA epitopes located in the middle of protein sequences as well as at the N- or C-terminus. Antibody Target: HA-E2F1; antibody targetdescription=The HA-E2F1 protein is a derivative of E2F1, a member of the E2F family of transcription factors. The E2F family plays a crucial role in the control of cell cycle and action of tumor suppressor proteins and is also a target of the transforming proteins of small DNA tumor viruses. The E2F proteins contain several evolutionary conserved domains found in most members of the family. These domains include a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. This version of E2F1 includes an N terminal HA tag and a modified ER ligand binding domain to allow regulated translocation to the nucleus.; antibody vendorname=Covance; antibody vendorid=MMS-101P; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; labversion=MCF-7 cells stably expressed a tagged HA-E2F1 were fragmented using Bioruptor, precipitated with StaphA and an antibody to the  HA tag,; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935477_hg19_wgEncodeSydhTfbsMcf7Hae2f1UcdSig.bigWig
+GSM831013_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A300.109A; original_filename=GSM831013_K562_RBBP5_2.bw
+GSM733782_1	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733782_hg19_wgEncodeBroadHistoneH1hescH3k4me1StdSig.bigWig
+GSM849332_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0144NL; labexpid=I33; original_filename=GSM849332_hg19_wgEncodeRikenCageK562NucleolusTotalPlusSignal.bigWig
+GSM945201_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000469; labexpid=DS11555; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945201_hg19_wgEncodeUwHistoneHelas3H3k4me3StdRawRep1.bigWig
+GSM935411_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935411_hg19_wgEncodeSydhTfbsK562CjunStdSig.bigWig
+GSM605631_2	cell line=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; localization=polysome; original_filename=GSM605631_hg19_wgEncodeCshlShortRnaSeqK562PolysomeShortPlusRaw.bigWig
+GSM935609_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=BRCA1_(A300-000A); antibody antibodydescription=Rabbit polyclonal recognizing a region between residue 1800 and the C-terminus (residue 1863) of human Breast Cancer Gene 1. Antibody Target: BRCA1; antibody targetdescription=Nuclear phosphoprotein that plays a role in maintaining genomic stability, and acts as a tumor suppressor. Associates with RNA polymerase II, and through the C-terminal domain, also interacts with histone deacetylase complexes. Plays a role in transcription, DNA repair of double-stranded breaks, and recombination. Mutations in this gene are responsible for approximately 40% of inherited breast cancers and more than 80% of inherited breast and ovarian cancers.; antibody vendorname=Bethyl Labratories; antibody vendorid=A300-000A; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935609_hg19_wgEncodeSydhTfbsHepg2Brca1a300IggrabSig.bigWig
+GSM935493_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=CEBPB; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935493_hg19_wgEncodeSydhTfbsHepg2CebpbIggrabSig.bigWig
+GSM923433_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_1nM; treatment description=1 h with 1 nM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1258; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923433_hg19_wgEncodeHaibRnaSeqA549Dex1nmRawRep2.bigWig
+GSM803400_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL910; replicate=1; replicate description=tier 1; original_filename=GSM803400_hg19_wgEncodeHaibTfbsGm12891Pol24h8Pcr1xRawRep2.bigWig
+GSM803386_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=EBF1_(SC-137065); antibody antibodydescription=Mouse monoclonal IgG, raised against a.a. 1-300 mapping at the N-terminus of EBF of human origin.; antibody targetdescription=Early B-cell factor 1.  Transcriptional activator which recognizes variations of the palindromic sequence 5'-ATTCCCNNGGGAATT-3' (By similarity).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-137065; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL745; replicate=1; replicate description=tier 1; original_filename=GSM803386_hg19_wgEncodeHaibTfbsGm12878Ebf1sc137065Pcr1xRawRep1.bigWig
+GSM923439_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12812; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS9820; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923439_hg19_wgEncodeUwRepliSeqGm12812S4PctSignalRep1.bigWig
+GSM803509_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=BCLAF1_(SC-101388); antibody antibodydescription=Mouse monoclonal IgG, raised against a synthetic peptide corresponding to a.a. 900-909 of BCLAF1 of human origin.; antibody targetdescription=This gene encodes a transcriptional repressor that interacts with several members of the BCL2 family of proteins. Overexpression of this protein induces apoptosis, which can be suppressed by co-expression of BCL2 proteins (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101388; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1395; labexpid=SL1509; replicate=1; replicate description=tier 1; original_filename=GSM803509_hg19_wgEncodeHaibTfbsGm12878Bclaf101388V0416101RawRep2.bigWig
+GSM733766_1	cell=Osteobl; cell organism=Human; cell description=Normal human osteoblasts (NHOst); cell karyotype=normal; cell sex=F; antibody=H2A.Z; antibody description=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ.; antibody target description=H2A.Z is a sequence variant of Histone H2A.; antibody vendor name=Upstate (Millipore); original_filename=GSM733766_hg19_wgEncodeBroadHistoneOsteoblH2azStdSig.bigWig
+GSM803462_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL294; replicate=1; replicate description=tier 1; original_filename=GSM803462_hg19_wgEncodeHaibTfbsHepg2RxlchPcr2xRawRep1.bigWig
+GSM749703_1	cell=HVMF; cell organism=Human; cell description=Human Villous Mesenchymal Fibroblast Cells; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749703_hg19_wgEncodeUwTfbsHvmfInputStdRawRep1.bigWig
+GSM977032_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=091NL,092NL; labexpid=LID47653,LID47654; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977032_hg19_wgEncodeCshlShortRnaSeqGm12878NucleolusTapPlusRawRep4.bigWig
+GSM849340_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0147NP; labexpid=I34; labversion=Delve version 0.9; original_filename=GSM849340_hg19_wgEncodeRikenCageK562NucleoplasmTotalMinusSignal.bigWig
+GSM816648_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM19240; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816648_hg19_wgEncodeOpenChromDnaseGm19240Sig.bigWig
+GSM733726_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733726_hg19_wgEncodeBroadHistoneNhekH3k36me3StdSig.bigWig
+GSM765387_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001N; labexpid=LID8556; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765387_wgEncodeCshlLongRnaSeqK562NucleusPapMinusRawSigRep2.bigWig
+GSM749744_1	cell=NHEK; cell organism=Human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749744_hg19_wgEncodeUwTfbsNhekInputStdRawRep1.bigWig
+GSM749733_1	cell=K562; cell organism=Human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749733_hg19_wgEncodeUwTfbsK562CtcfStdRawRep2.bigWig
+GSM803510_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ETS1; antibody antibodydescription=Rabbit polyclonal IgG; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-350; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1613; labexpid=SL1507; replicate=1; replicate description=tier 1; original_filename=GSM803510_hg19_wgEncodeHaibTfbsGm12878Ets1Pcr1xRawRep1.bigWig
+GSM935567_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SH-SY5Y; cell organism=human; cell description=neuroblastoma clonal subline of the neuroepithelioma cell line SK-N-SH from the 1970 bone marrow biopsy of a 4-year-old girl with metastatic neuroblastoma, trisomy of 1q; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA3_(SC-269); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3 (amino acids 1-264). Antibody Target: GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors. The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology. Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-269; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001783; replicate=1; original_filename=GSM935567_hg19_wgEncodeSydhTfbsShsy5yGata3sc269sc269UcdSig.bigWig
+GSM945166_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG09319; cell organism=human; cell description=gum tissue fibroblasts from apparently heathly 24 year old; cell karyotype=normal; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000934; labexpid=DS15742; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945166_hg19_wgEncodeUwHistoneAg09319H3k4me3StdRawRep2.bigWig
+GSM749725_1	cell=GM12865; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749725_hg19_wgEncodeUwTfbsGm12865CtcfStdRawRep2.bigWig
+GSM945321_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002532; labexpid=DS14121; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945321_hg19_wgEncodeUwHistoneH7esH3k04me3StdDiffa14dRawRep2.bigWig
+GSM765401_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=LID16631; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765401_wgEncodeCshlLongRnaSeqNhekCellPapMinusRawSigRep5.bigWig
+GSM958747_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12891; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11038; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958747_hg19_wgEncodeCaltechRnaSeqGm12891R2x75Th1014Il200SigRep2V4.bigWig
+GSM923452_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS9851; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923452_hg19_wgEncodeUwRepliSeqHuvecS3PctSignalRep1.bigWig
+GSM923443_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM06990; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9015; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923443_hg19_wgEncodeUwRepliSeqGm06990S2PctSignalRep1.bigWig
+GSM736534_1	cell=HVMF; cell organism=Human; cell description=Human Villous Mesenchymal Fibroblast Cells; cell sex=U; replicate=1; original_filename=GSM736534_hg19_wgEncodeUwDnaseHvmfRawRep1.bigWig
+GSM923440_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12801; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; labexpid=DS9813; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923440_hg19_wgEncodeUwRepliSeqGm12801WaveSignalRep1.bigWig
+GSM605631_1	cell line=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; localization=polysome; original_filename=GSM605631_hg19_wgEncodeCshlShortRnaSeqK562PolysomeShortMinusRaw.bigWig
+GSM935556_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=RFX5_(200-401-194); antibody antibodydescription=Rabbit polyclonal against RFX5 peptide corresponding to a region at amino acids 320 to 494 of the human protein conjugated to Keyhole Limpet Hemocyanin. Antibody Target: RFX5; antibody targetdescription=Activates transcription from class II MHC promoters. Recognizes X-boxes. Mediates cooperative binding betweenRFX and NF-Y. RFX binds the X1 box of MHC-II promoters; antibody vendorname=Rockland Immunochemicals; antibody vendorid=200-401-194; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935556_hg19_wgEncodeSydhTfbsGm12878Rfx5200401194IggmusSig.bigWig
+GSM923419_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL526; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923419_hg19_wgEncodeHaibRnaSeqSknshRawRep1.bigWig
+GSM803453_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL474; labexpid=SL1204; replicate=1; replicate description=tier 1; original_filename=GSM803453_hg19_wgEncodeHaibTfbsA549Ctcfsc5916Pcr1xDex100nmRawRep2.bigWig
+GSM803349_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL202; replicate=1; replicate description=tier 1; original_filename=GSM803349_hg19_wgEncodeHaibTfbsGm12878NrsfPcr2xRawRep1.bigWig
+GSM944524_1	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=T7Tag; antibody antibodydescription=1) Mil AB3790 Anti-t7 Epitope tag, T7 (MASMTGGQQMG) 2) Novagen 69522 Negative Control Ab (T7 Tag Mouse Monoclonal). Antibody Target: T7Tag; antibody targetdescription=Negative Control Ab (T7 Tag Mouse Monoclonal).; antibody vendorname=1)Millipore; 2)Novagen; antibody vendorid=AB3790; Nov_69522; labversion=Nov_69522 antibody; replicate=1; original_filename=GSM944524_hg19_wgEncodeSunyRipSeqGm12878T7tagSigRep1.bigWig
+GSM945318_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WERI-Rb-1; cell organism=human; cell description=retinoblastoma (PMID: 844036); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000475; labexpid=DS11888; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945318_hg19_wgEncodeUwHistoneWerirb1InputStdRawRep1.bigWig
+GSM736599_1	cell=HMVEC-dLy-Ad; cell organism=Human; cell description=Normal Adult Human Blood Microvascular Endothelial Cells, Dermal-Derived; cell sex=F; replicate=1; original_filename=GSM736599_hg19_wgEncodeUwDnaseHmvecdlyadRawRep1.bigWig
+GSM822274_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822274_hg19_wgEncodeOpenChromChipH1hescCmycSig.bigWig
+GSM803464_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1035; labexpid=SL1035; replicate=1; replicate description=tier 1; original_filename=GSM803464_hg19_wgEncodeHaibTfbsEcc1GrV0416102Etoh02RawRep1.bigWig
+GSM736559_1	cell=SK-N-SH_RA; cell organism=Human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; replicate=1; original_filename=GSM736559_hg19_wgEncodeUwDnaseSknshraRawRep1.bigWig
+GSM822274_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822274_hg19_wgEncodeOpenChromChipH1hescCmycBaseOverlapSignal.bigWig
+GSM935423_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (NTera-2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=SUZ12; antibody antibodydescription=rabbit polyclonal. Antibody Target: SUZ12; antibody targetdescription=Suppressor of zeste 12 homolog, Polycomb group (PcG) protein, Component of the PRC2/EED-EZH2 complex; antibody vendorname=Antibody made by Farnham lab; antibody vendorid=SUZ12; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935423_hg19_wgEncodeSydhTfbsNt2d1Suz12UcdSig.bigWig
+GSM605630_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001WC; labexpid=LID10567; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605630_hg19_wgEncodeCshlShortRnaSeqK562CellShortPlusRaw.bigWig
+GSM849324_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029C; labexpid=K03; replicate=3; replicate description=tier 3; original_filename=GSM849324_hg19_wgEncodeRikenCageHuvecCytosolPapPlusSignalRep3.bigWig
+GSM767845_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=019WC; labexpid=LID9003; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767845_wgEncodeCshlLongRnaSeqSknshraCellLongnonpolyaMinusRawSigRep1.bigWig
+GSM605634_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NP; labexpid=LID8929; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605634_hg19_wgEncodeCshlShortRnaSeqK562NucleoplasmShorttotalTapPlusRawRep4.bigWig
+GSM803335_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH; cell organism=human; cell description=Human neuroblastoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL108; labexpid=SL83; replicate=1; replicate description=tier 1; original_filename=GSM803335_hg19_wgEncodeHaibTfbsSknshNrsfPcr2xRawRep1.bigWig
+GSM935344_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935344_hg19_wgEncodeSydhTfbsK562MaxIggrabSig.bigWig
+GSM849029_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=AoAF; cell organism=human; cell description=aortic adventitial fibroblast cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=Bowtie 0.12.7; original_filename=GSM849029_hg19_wgEncodeUwDgfAoafSig.bigWig
+GSM849341_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0110N; labexpid=J59; original_filename=GSM849341_hg19_wgEncodeRikenCageGm12878NucleusPamMinusSignalRep1.bigWig
+GSM803531_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=PU.1; antibody antibodydescription=Rabbit Polyclonal IgG; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22805; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL612; replicate=1; replicate description=tier 1; original_filename=GSM803531_hg19_wgEncodeHaibTfbsGm12878Pu1Pcr1xRawRep2.bigWig
+GSM897080_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011N; labexpid=LID21144; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897080_hg19_wgEncodeCshlShortRnaSeqHelas3NucleusShorttotalTapPlusRawRep2.bigWig
+GSM816668_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Gliobla; cell organism=human; cell description=glioblastoma, these cells (aka H54 and D54) come from a surgical resection from a patient with glioblastoma multiforme (WHO Grade IV). D54 is a commonly studied glioblastoma cell line (Bao et al., 2006) that has been thoroughly described by S Bigner (1981). (PMID: 7252524); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; controlid=Gliobla/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816668_hg19_wgEncodeOpenChromDnaseGlioblaBaseOverlapSignal.bigWig
+GSM822312_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822312_hg19_wgEncodeOpenChromChipGm12878CtcfBaseOverlapSignal.bigWig
+GSM749683_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749683_hg19_wgEncodeUwTfbsHepg2CtcfStdRawRep2.bigWig
+GSM935405_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935405_hg19_wgEncodeSydhTfbsHelas3MaxIggrabSig.bigWig
+GSM897080_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=011N; labexpid=LID21144; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897080_hg19_wgEncodeCshlShortRnaSeqHelas3NucleusShorttotalTapMinusRawRep2.bigWig
+GSM945213_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM06990; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000455; labexpid=DS12192; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945213_hg19_wgEncodeUwHistoneGm06990H3k36me3StdRawRep2.bigWig
+GSM973687_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089N,090N; labexpid=LID46313,LID46314; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973687_hg19_wgEncodeCshlShortRnaSeqMcf7NucleusShorttotalMinusRep3.bigWig
+GSM935454_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM19193; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000779; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935454_hg19_wgEncodeSydhTfbsGm19193InputTnfaIggrabSig.bigWig
+GSM831018_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Active motif,3939731; original_filename=GSM831018_K562_SAP30_1.bw
+GSM935409_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Fos; antibody antibodydescription=Rabbit polyclonal to amino acids 210-335 mapping at the C-terminus of c-Fos of human origin. Antibody Target: c-Fos; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-7202; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935409_hg19_wgEncodeSydhTfbsGm12878CfosStdSig.bigWig
+GSM935308_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Nrf1; antibody antibodydescription=Mouse monoclonal, Immunogen corresponding to amino acids 201-286 of Human NRF1. Antibody Target: NRF1; antibody targetdescription=NRF1 is the mammalian homolog to the erect wing (ewg) Drosophila protein that is required for proper development of the central nervous system and indirect flight muscles. In mammals NRF1 functions as a transcription factor that activates the expression of the EIF2S1 (EIF-alpha) gene. This protein links the transcriptional modulation of key metabolic genes to cellular growth and development, and has been implicated in the control of nuclear genes required for respiration, heme biosynthesis and mitochondrialDNA transcription and replication. NRF1 forms a homodimer and binds DNA as a dimer. NRF1 shows a nuclear localization and is expressed widely in embryonic, fetal and adult tissues. Phosphorylation of NRF1 enhances DNA binding.; antibody vendorname=Abcam; antibody vendorid=ab55744; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935308_hg19_wgEncodeSydhTfbsH1hescNrf1IggrabSig.bigWig
+GSM803344_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL273; replicate=1; replicate description=tier 1; original_filename=GSM803344_hg19_wgEncodeHaibTfbsHepg2NrsfPcr2xRawRep2.bigWig
+GSM935318_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=Contains incomplete fastq files; replicate=1; original_filename=GSM935318_hg19_wgEncodeSydhTfbsHelas3MaxStdSig.bigWig
+GSM935343_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TFIIIC-110; antibody antibodydescription=rabbit polyclonal. Antibody Target: TFIIIC-110; antibody targetdescription=TFIIIC-110 is a subunit of the RNA Polymerase III transcription factor TFIIIC. Antiserum 4286 was raised by immunizing rabbits with synthetic peptide RPGFSPTSHRLLPTP (human TFIIIC110 residues 897 to 911) coupled to keyhole limpet hemocyanin.; antibody vendorname=Dr. Robert J. White, Beatson Institute for Cancer Research, UK; antibody vendorid=4286; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935343_hg19_wgEncodeSydhTfbsK562Tf3c110StdSig.bigWig
+GSM935392_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=NELFe; antibody antibodydescription=NELFe (RDBP). Antibody Target: NELFe; antibody targetdescription=NELFe (RDBP) is a part of the negative elongation factor complex which binds to RNAPII to suppress elongation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-32912; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935392_hg19_wgEncodeSydhTfbsK562NelfeStdSig.bigWig
+GSM923444_16	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjWaveSignalRep2.bigWig
+GSM935438_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=EtOH_0.01pct; treatment description=36 h with 0.01% Ethanol (Snyder); antibody=c-Fos; antibody antibodydescription=Rabbit polyclonal to amino acids 210-335 mapping at the C-terminus of c-Fos of human origin. Antibody Target: c-Fos; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-7202; control=Harvard_Control; control description=input library was prepared at Harvard.; control=Harvard_Control; control description=input library was prepared at Harvard.; controlid=wgEncodeEH002871; replicate=1; original_filename=GSM935438_hg19_wgEncodeSydhTfbsMcf10aesCfosEtoh01HvdSig.bigWig
+GSM935631_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000726; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935631_hg19_wgEncodeSydhTfbsK562InputIggmusSig.bigWig
+GSM849335_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013WC; labexpid=K01; replicate=1; replicate description=tier 1; original_filename=GSM849335_hg19_wgEncodeRikenCageHepg2CellPapPlusSignalRep2.bigWig
+GSM973661_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N,088N; labexpid=LID46100,LID46101; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973661_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalCiptapMinusRep3.bigWig
+GSM767847_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=011WC; labexpid=LID8790; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767847_wgEncodeCshlLongRnaSeqHelas3CellLongnonpolyaPlusRawSigRep1.bigWig
+GSM736634_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=U; replicate=1; original_filename=GSM736634_hg19_wgEncodeUwDnaseHmecRawRep1.bigWig
+GSM816654_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Osteobl; cell organism=human; cell description=normal human osteoblasts (NHOst); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816654_hg19_wgEncodeOpenChromDnaseOsteoblBaseOverlapSignal.bigWig
+GSM849304_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12871; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12871/None/Input/std; labexpid=DS10999; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849304_hg19_wgEncodeUwTfbsGm12871CtcfStdRawRep2.bigWig
+GSM935639_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM10847; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000728; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935639_hg19_wgEncodeSydhTfbsGm10847InputIggmusSig.bigWig
+GSM935626_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=forskolin; treatment description=low-glucose DMEM with 0.5% BSA supplemented with 1uM forskolin and 1mM pyruvate for 6h. (Snyder); antibody=HSF1; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: HSF1; antibody targetdescription=epitope corresponding to amino acids 219-529 of heat shock transcription factor 1 (HSF1) of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9144; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000755; labversion=Illumina 2.0, low confidence sequences excluded.  Data paired with HepG2_Forskolin_Control.; replicate=1; original_filename=GSM935626_hg19_wgEncodeSydhTfbsHepg2Hsf1ForsklnStdSig.bigWig
+GSM849347_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0157N; labexpid=I71; labversion=Delve version 0.9; original_filename=GSM849347_hg19_wgEncodeRikenCageNhekNucleusPamPlusSignal.bigWig
+GSM897085_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013N; labexpid=LID44462; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897085_hg19_wgEncodeCshlShortRnaSeqHepg2NucleusShorttotalTapPlusRawRep2.bigWig
+GSM935407_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CTCF_(SC-15914); antibody antibodydescription=Goat polyclonal, epitope mapping near the C-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=Transcriptional regulator with 11 highly conserved zinc finger domains. Depending on context, can bind a histone acetyltransferase (HAT)-containing complex and function as transcriptional activator or bind a histone deacetylase (HDAC)-containing complex and function as transcriptional repressor. Involved in transcriptional regulation by binding to chromatin insulators and preventing interaction between promoter and nearby enhancers and silencers. Preferentially interacts with unmethylated DNA, preventing spreading of CpG methylation. Can dimerize, mediating long-range chromatin looping. When bound to chromatin, provides an anchor point for nucleosomes positioning. Involved in sister chromatid cohesion. Associates with both centromeres and chromosomal arms during metaphase and required for cohesin localization to CTCF sites.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-15914; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935407_hg19_wgEncodeSydhTfbsK562CtcfbIggrabSig.bigWig
+GSM945319_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002532; labexpid=DS14111; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945319_hg19_wgEncodeUwHistoneH7esInputStdDiffa14dRawRep1.bigWig
+GSM736633_1	cell=AG10803; cell organism=Human; cell description=Adult human abdominal skin fibroblasts; cell lineage=mesoderm; cell sex=M; replicate=2; original_filename=GSM736633_hg19_wgEncodeUwDnaseAg10803RawRep2.bigWig
+GSM923449_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9941; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923449_hg19_wgEncodeUwRepliSeqHelas3S4PctSignalRep1.bigWig
+GSM803431_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2941; replicate=1; replicate description=tier 1; original_filename=GSM803431_hg19_wgEncodeHaibTfbsK562Taf1V0416101RawRep1.bigWig
+GSM864343_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HTR8svn; cell organism=human; cell description=trophoblast (HTR-8/SVneo) cell line, a thin layer of ectoderm that forms the wall of many mammalian blastulas and functions in the nutrition and implantation of the embryo; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864343_hg19_wgEncodeOpenChromFaireHtr8Sig.bigWig
+GSM803480_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a human cerebral brain tumor. (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=FOXP2; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=transcriptional repressor, involved in development of speech; antibody vendorname=Abcam; antibody vendorid=ab16046; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL16; labexpid=SL13; replicate=1; replicate description=tier 1; original_filename=GSM803480_hg19_wgEncodeHaibTfbsPfsk1Foxp2Pcr2xRawRep1.bigWig
+GSM736617_1	cell=SAEC; cell organism=Human; cell description=Small Airway Epithelial Cells; cell karyotype=normal; cell sex=U; replicate=2; original_filename=GSM736617_hg19_wgEncodeUwDnaseSaecRawRep2.bigWig
+GSM758571_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HMEC; cell organism=human; cell description=mammary epithelial cells; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=036WC; labexpid=LID8695; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758571_wgEncodeCshlLongRnaSeqHmecCellPapMinusRawSigRep1.bigWig
+GSM945263_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WERI-Rb-1; cell organism=human; cell description=retinoblastoma (PMID: 844036); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000475; labexpid=DS16214; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945263_hg19_wgEncodeUwHistoneWerirb1H3k04me3StdRawRep2.bigWig
+GSM945182_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000470; labexpid=DS11781; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945182_hg19_wgEncodeUwHistoneHepg2H3k4me3StdRawRep2.bigWig
+GSM605629_6	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001C; labexpid=LID10572; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605629_hg19_wgEncodeCshlShortRnaSeqK562CytosolShorttotalTapPlusRawRep2.bigWig
+GSM935629_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002819; replicate=1; original_filename=GSM935629_hg19_wgEncodeSydhTfbsA549InputIggrabSig.bigWig
+GSM864357_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM12892; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864357_hg19_wgEncodeOpenChromFaireGm12892Sig.bigWig
+GSM935408_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=NF-YB; antibody antibodydescription=Affinity purified rabbit polyclonal raised against recombinant full length human NF-YB. Antibody Target: NF-YB; antibody targetdescription=NF-YB is the beta subunit of the trimeric NFY transcription factor complex that binds to the ubiquitous CCAAT motif; antibody vendorname=Donated by Dr. R. Mantovani, Universita degli Studi di Milano, Italy; antibody vendorid=missing; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935408_hg19_wgEncodeSydhTfbsHelas3NfybIggrabSig.bigWig
+GSM822297_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822297_hg19_wgEncodeOpenChromChipH1hescCtcfSig.bigWig
+GSM830998_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301.341A; original_filename=GSM830998_K562_HDAC6_2.bw
+GSM803490_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL818; labexpid=SL911; replicate=1; replicate description=tier 1; original_filename=GSM803490_hg19_wgEncodeHaibTfbsGm12892Pol24h8V0416102RawRep1.bigWig
+GSM958731_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11008; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958731_hg19_wgEncodeCaltechRnaSeqK562R1x75dTh1014UMinusRawRep1V4.bigWig
+GSM935582_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BRF1; antibody antibodydescription=Rabbit polyclonal - Anti-BRF antibody 128 was raised by immunising rabbits with synthetic peptide KISSKINYSVLRGLS (human BRF residues 533-547) coupled to keyhole limpet haemocyanin. Antibody Target: BRF1; antibody targetdescription='B-related factor 1', subunit of RNA polymerase III transcription initiation factor IIIB; antibody vendorname=Donated by Dr. RJ White, The Beatson Institute for Cancer Research; antibody vendorid=128; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; replicate=1; original_filename=GSM935582_hg19_wgEncodeSydhTfbsHelas3Brf1StdSig.bigWig
+GSM646559_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; original_filename=GSM646559_hg19_wgEncodeUwDgfHepg2Raw.bigWig
+GSM822307_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=A549/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822307_hg19_wgEncodeOpenChromChipA549InputSig.bigWig
+GSM897077_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=037WC; labexpid=LID20909; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897077_hg19_wgEncodeCshlShortRnaSeqBjCellShorttotalTapMinusRawRep1.bigWig
+GSM935467_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg6h; treatment description=Interferon gamma treatment - 6 hours (Snyder); antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000658; labversion=remapped from hg18; replicate=1; original_filename=GSM935467_hg19_wgEncodeSydhTfbsK562CjunIfng6hStdSig.bigWig
+GSM822308_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=vehicle; treatment description=Charcoal stripped hormone-free FBS for 72 hours (Crawford); antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822308_hg19_wgEncodeOpenChromChipMcf7CtcfVehBaseOverlapSignal.bigWig
+GSM923439_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12812; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS9820; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923439_hg19_wgEncodeUwRepliSeqGm12812G2PctSignalRep1.bigWig
+GSM977029_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48355,LID48356; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977029_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellTapPlusRawRep2.bigWig
+GSM816650_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HSMM; cell organism=human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816650_hg19_wgEncodeOpenChromDnaseHsmmSig.bigWig
+GSM935510_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000780; labversion=remapped from hg18; replicate=1; original_filename=GSM935510_hg19_wgEncodeSydhTfbsHuvecInputStdSig.bigWig
+GSM935545_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=p300_(SC-584); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of p300 of human origin. Antibody Target: P300; antibody targetdescription=Encodes the adenovirus E1A-associated cellular p300 transcriptional co-activator protein. Functions as histone acetyltransferase and regulates transcription via chromatin remodeling. Acetylates all four core histones in nucleosomes. Mediates cAMP-gene regulation by binding specifically to phosphorylated CREB protein; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-584; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935545_hg19_wgEncodeSydhTfbsHepg2P300sc582IggrabSig.bigWig
+GSM847568_1	cell line=K562; shRNA expression=expressing shRNA targeting ATF3; treatment=Puromycin, doxycycline; original_filename=GSM847568_SL4326.bw
+GSM803447_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2947; replicate=1; replicate description=tier 1; original_filename=GSM803447_hg19_wgEncodeHaibTfbsK562Rad21V0416102RawRep2.bigWig
+GSM935530_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18951; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Japanese in Tokyo, Japan, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000737; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded.; replicate=1; original_filename=GSM935530_hg19_wgEncodeSydhTfbsGm18951Pol2IggmusSig.bigWig
+GSM816636_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Medullo; cell organism=human; cell description=Medulloblastoma (aka D721), surgical resection from a patient with medulloblastoma as described by Darrell Bigner (1997); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1, input was generic_female (should have been male); replicate=1; replicate description=tier 1; original_filename=GSM816636_hg19_wgEncodeOpenChromDnaseMedulloBaseOverlapSignal.bigWig
+GSM945179_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM06990; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000455; labexpid=DS11521; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945179_hg19_wgEncodeUwHistoneGm06990H3k4me3StdRawRep1.bigWig
+GSM803375_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U87; cell organism=human; cell description=human glioblastoma, astrocytoma. (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL103; labexpid=SL103; replicate=1; replicate description=tier 1; original_filename=GSM803375_hg19_wgEncodeHaibTfbsU87RxlchPcr2xRawRep2.bigWig
+GSM736532_1	cell=HEEpiC; cell organism=Human; cell description=Human Esophageal Epithelial Cells; cell lineage=endoderm; cell sex=U; replicate=2; original_filename=GSM736532_hg19_wgEncodeUwDnaseHeeRawRep2.bigWig
+GSM945208_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000469; labexpid=DS12072; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945208_hg19_wgEncodeUwHistoneHelas3H3k27me3StdRawRep2.bigWig
+GSM733752_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733752_hg19_wgEncodeBroadHistoneGm12878CtcfStdSig.bigWig
+GSM803395_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL878; labexpid=SL878; replicate=1; replicate description=tier 1; original_filename=GSM803395_hg19_wgEncodeHaibTfbsA549GrPcr1xEtoh02RawRep2.bigWig
+GSM803351_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL516; replicate=1; replicate description=tier 1; original_filename=GSM803351_hg19_wgEncodeHaibTfbsGm12878RxlchPcr1xRawRep2.bigWig
+GSM923426_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; treatment=Genistein_100nM_4hr; treatment description=4 h with 100 nM Genistein   (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL991; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923426_hg19_wgEncodeHaibRnaSeqEcc1Gen4hRawRep1.bigWig
+GSM849357_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=005WC; labexpid=J74; replicate=1; replicate description=tier 1; original_filename=GSM849357_hg19_wgEncodeRikenCageH1hescCellPapPlusSignalRep1.bigWig
+GSM935560_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=RFX5_(200-401-194); antibody antibodydescription=Rabbit polyclonal against RFX5 peptide corresponding to a region at amino acids 320 to 494 of the human protein conjugated to Keyhole Limpet Hemocyanin. Antibody Target: RFX5; antibody targetdescription=Activates transcription from class II MHC promoters. Recognizes X-boxes. Mediates cooperative binding betweenRFX and NF-Y. RFX binds the X1 box of MHC-II promoters; antibody vendorname=Rockland Immunochemicals; antibody vendorid=200-401-194; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935560_hg19_wgEncodeSydhTfbsHelas3Rfx5200401194IggrabSig.bigWig
+GSM736540_1	cell=HCF; cell organism=Human; cell description=Human Cardiac Fibroblasts; cell lineage=mesoderm; cell sex=U; replicate=2; original_filename=GSM736540_hg19_wgEncodeUwDnaseHcfRawRep2.bigWig
+GSM923432_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_500pM; treatment description=1 h with 500 pM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1257; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923432_hg19_wgEncodeHaibRnaSeqA549Dex500pmRawRep1.bigWig
+GSM935431_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Mxi1_(AF4185); antibody antibodydescription=Goat IgG. Raised against E. coli-derived rhMxi1. Antibody Target: Mxi1; antibody targetdescription=Transcriptional repressor. Binds with MAX to form recognize the core sequence 5'-CAC[GA]TG-3', antagonizes MYC transcriptional activity by competing for MAX; antibody vendorname=R&D Systems; antibody vendorid=AF4185; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935431_hg19_wgEncodeSydhTfbsGm12878Mxi1IggmusSig.bigWig
+GSM646569_2	cell=Th1; cell organism=Human; cell description=primary human Th1 T cells; cell sex=U; original_filename=GSM646569_hg19_wgEncodeUwDgfTh1Sig.bigWig
+GSM977036_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HOB; cell organism=human; cell description=Undifferentiated Osteoblasts from two individuals, HOB_0090202.1 and HOB_0091301 from femoral head; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=054WC; labexpid=LID47432; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977036_hg19_wgEncodeCshlShortRnaSeqHob00902021CellShorttotalTapMinusRep2.bigWig
+GSM830992_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Active motif,39901; original_filename=GSM830992_K562_EZH2.bw
+GSM830996_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A300.705A; original_filename=GSM830996_K562_HDAC2_2.bw
+GSM736572_1	cell=HFF; cell organism=human; cell description=Human Foreskin Fibroblast; cell karyotype=Normal; cell lineage=Fibroblast; cell sex=M; replicate=2; original_filename=GSM736572_hg19_wgEncodeUwDnaseHffRawRep2.bigWig
+GSM977045_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEM.f_M2; cell organism=human; cell description=Epidermal Melanocytes from two individuals, NHEM.f_M2_5071302.2 and NHEM.f_M2_6022001 from foreskin; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=081WC,082WC; labexpid=LID47611,LID47612; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977045_hg19_wgEncodeCshlShortRnaSeqNhemfm2CellTapMinusRep2.bigWig
+GSM822311_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822311_hg19_wgEncodeOpenChromChipK562CtcfSig.bigWig
+GSM765404_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011C; labexpid=LID8469; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765404_wgEncodeCshlLongRnaSeqHelas3CytosolPapMinusRawSigRep2.bigWig
+GSM977040_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HAoEC; cell organism=human; cell description=Aortic Endothelial Cells (thoracic) from two individuals, HAoEC_7071706.1 and HAoEC_8061102.1; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=057WC; labexpid=LID47435; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977040_hg19_wgEncodeCshlShortRnaSeqHaoec70717061CellTapMinusRep1.bigWig
+GSM923446_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS19717; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923446_hg19_wgEncodeUwRepliSeqHepg2S3PctSignalRep1.bigWig
+GSM736567_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; replicate=1; original_filename=GSM736567_hg19_wgEncodeUwDnaseNhdfadRawRep1.bigWig
+GSM897086_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=007WC; labexpid=LID20999; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897086_hg19_wgEncodeCshlShortRnaSeqNhekCellShorttotalTapPlusRawRep1.bigWig
+GSM945324_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002532; labexpid=DS14123; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945324_hg19_wgEncodeUwHistoneH7esH3k36me3StdDiffa14dRawRep1.bigWig
+GSM830990_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301.223A; original_filename=GSM830990_K562_CHD7.bw
+GSM973678_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045N,046N; labexpid=LID45955,LID45956; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973678_hg19_wgEncodeCshlShortRnaSeqImr90NucleusShorttotalMinusRep2.bigWig
+GSM803368_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL348; replicate=1; replicate description=tier 1; original_filename=GSM803368_hg19_wgEncodeHaibTfbsHepg2Pol2Pcr2xRawRep1.bigWig
+GSM935590_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293; cell organism=human; cell description=embryonic kidney, cells contain Adenovirus 5 DNA (PMID: 11967234); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=ELK4; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: ELK4; antibody targetdescription=This gene is a member of the Ets family of transcription factors and of the ternary complex factor (TCF) subfamily. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-13030; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001777; replicate=1; original_filename=GSM935590_hg19_wgEncodeSydhTfbsHek293Elk4UcdSig.bigWig
+GSM803381_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL2195; replicate=1; replicate description=tier 1; original_filename=GSM803381_hg19_wgEncodeHaibTfbsHepg2Yy1sc281V0416101RawRep2.bigWig
+GSM935568_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Znf143_(16618-1-AP); antibody antibodydescription=Rabbit polyclonal against human ZNF143 (amino acids 283-626)-6his fusion protein. Antibody Target: Znf143; antibody targetdescription=Transcriptional activator. Activates the gene for selenocysteine tRNA (tRNAsec). Binds to the SPH motif of small nuclear RNA (snRNA) gene promoters. Participates to efficient U6 RNA polymerase III transcription via its interaction with CHD8; antibody vendorname=Proteintech; antibody vendorid=16618-1-AP; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935568_hg19_wgEncodeSydhTfbsK562Znf143IggrabSig.bigWig
+GSM767849_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001C; labexpid=LID18545; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767849_wgEncodeCshlLongRnaSeqK562CytosolLongnonpolyaMinusRawSigRep2.bigWig
+GSM923424_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Jurkat; cell organism=human; cell description=T lymphoblastoid derived from an acute T cell leukemia, The Jurkat cell line was established from the peripheral blood of a 14 year old boy by Schneider et al., and was originally designated JM. - ATCC. (PMID: 68013); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL316; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923424_hg19_wgEncodeHaibRnaSeqJurkatRawRep1.bigWig
+GSM736630_1	cell=HRPEpiC; cell organism=Human; cell description=Human Retinal Pigment Epithelial Cells; cell lineage=ectoderm; cell sex=U; replicate=1; original_filename=GSM736630_hg19_wgEncodeUwDnaseHrpeRawRep1.bigWig
+GSM803441_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3163; replicate=1; replicate description=tier 1; original_filename=GSM803441_hg19_wgEncodeHaibTfbsK562Usf1V0416101RawRep2.bigWig
+GSM923439_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12812; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS9820; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923439_hg19_wgEncodeUwRepliSeqGm12812SumSignalRep1.bigWig
+GSM767853_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003N; labexpid=LID9197; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767853_wgEncodeCshlLongRnaSeqGm12878NucleusLongnonpolyaMinusRawSigRep2.bigWig
+GSM733756_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733756_hg19_wgEncodeBroadHistoneHelas3H3k9acStdSig.bigWig
+GSM672833_2	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; localization=cytosol; rnaextract=longPolyA; replicate=1; original_filename=GSM672833_hg19_wgEncodeGisRnaSeqK562CytosolPapPlusRawRep1.bigWig
+GSM935572_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000780; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935572_hg19_wgEncodeSydhTfbsHuvecMaxStdSig.bigWig
+GSM935370_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=AP-2gamma; antibody antibodydescription=Rabbit polyclonal - AP-2Y (H-77) is a rabbit polyclonal antibody raised against amino acids 145-221 mapping with in an internal region of AP-2Y of human origin. Antibody Target: AP-2gamma; antibody targetdescription=Sequence-specific DNA-binding protein that interacts with inducible viral and cellular enhancer elements to regulate transcription of selected genes.  AP-2 factors bind to the consensus sequence 5'-GCCNNNGGC-3' and activate genes involved in a large spectrum of important biological functions including proper eye, face, body wall, limb and neural tube development.  They also suppress a number of genes including MCAM/MUC18, C/EBP alpha and MYC.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8977; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935370_hg19_wgEncodeSydhTfbsHelas3Ap2gammaStdSig.bigWig
+GSM935350_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF274; antibody antibodydescription=Mouse polyclonal antibody raised against a partial recombinant ZNF274 (GST-fusion of a.a.420-531 of human ZNF274 protein). Works in IP, WB and ELISA. Antibody Target: ZNF274; antibody targetdescription=ZNF274 is a zinc finger protein containing five C2H2-type zinc finger domains, two Kruppel-associated box A (KRABA) domains, and a leucine-rich SCAN domain. The encoded protein has been suggested to be a transcriptional repressor. It localizes predominantly to the nucleolus.; antibody vendorname=ABNOVA; antibody vendorid=H00010782-A01; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000674; replicate=1; original_filename=GSM935350_hg19_wgEncodeSydhTfbsHepg2Znf274UcdSig.bigWig
+GSM816669_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HMEC; cell organism=human; cell description=Human Mammary Epithelial Cells; cell lineage=ectoderm; cell sex=U; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816669_hg19_wgEncodeOpenChromDnaseHmecBaseOverlapSignal.bigWig
+GSM736573_1	cell=HMVEC-dLy-Neo; cell organism=Human; cell description=Normal Neonatal Human Lymphatic Microvascular Endothelial Cells, Dermal-Derived; cell sex=M; replicate=2; original_filename=GSM736573_hg19_wgEncodeUwDnaseHmvecdlyneoRawRep2.bigWig
+GSM945181_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000468; labexpid=DS11460; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945181_hg19_wgEncodeUwHistoneHuvecH3k4me3StdRawRep2.bigWig
+GSM849332_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0144NL; labexpid=I33; original_filename=GSM849332_hg19_wgEncodeRikenCageK562NucleolusTotalMinusSignal.bigWig
+GSM803434_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588).; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL3579; replicate=1; replicate description=tier 1; original_filename=GSM803434_hg19_wgEncodeHaibTfbsGm12878Egr1V0416101RawRep1.bigWig
+GSM733654_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733654_hg19_wgEncodeBroadHistoneHmecH3k4me2StdSig.bigWig
+GSM849025_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=SAEC; cell organism=human; cell description=small airway epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; labversion=Bowtie 0.12.7; original_filename=GSM849025_hg19_wgEncodeUwDgfSaecRaw.bigWig
+GSM945232_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRE; cell organism=human; cell description=renal epithelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000467; labexpid=DS12234; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945232_hg19_wgEncodeUwHistoneHreH3k36me3StdRawRep2.bigWig
+GSM945162_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Caco-2; cell organism=human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000454; labexpid=DS11784; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945162_hg19_wgEncodeUwHistoneCaco2H3k4me3StdRawRep2.bigWig
+GSM945168_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG09309; cell organism=human; cell description=adult toe fibroblast from apparently healthy 21 year old, 7% of the cells examined showing random chromosome loss/gain -Coriell; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000932; labexpid=DS16034; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945168_hg19_wgEncodeUwHistoneAg09309H3k4me3StdRawRep1.bigWig
+GSM605628_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NL; labexpid=LID8928; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605628_hg19_wgEncodeCshlShortRnaSeqK562NucleolusShortPlusRaw.bigWig
+GSM733641_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K79me2; antibody description=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation; antibody target description=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendor name=Active Motif; original_filename=GSM733641_hg19_wgEncodeBroadHistoneHepg2H3k79me2StdSig.bigWig
+GSM803361_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL335; labexpid=SL244; replicate=1; replicate description=tier 1; original_filename=GSM803361_hg19_wgEncodeHaibTfbsA549Pol2Pcr2xDex100nmRawRep1.bigWig
+GSM935531_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18951; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Japanese in Tokyo, Japan, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000777; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded.  Data paired with GM18951_IgG_Control.; replicate=1; original_filename=GSM935531_hg19_wgEncodeSydhTfbsGm18951NfkbTnfaIggrabSig.bigWig
+GSM849368_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003WC; labexpid=J72; replicate=1; replicate description=tier 1; original_filename=GSM849368_hg19_wgEncodeRikenCageGm12878CellPapMinusSignalRep2.bigWig
+GSM935393_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000780; replicate=1; original_filename=GSM935393_hg19_wgEncodeSydhTfbsHuvecPol2StdSig.bigWig
+GSM788077_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (Ntera2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; original_filename=GSM788077_wgEncodeSydhHistoneNt2d1InputUcdSig.bigWig
+GSM736491_1	cell=HVMF; cell organism=Human; cell description=Human Villous Mesenchymal Fibroblast Cells; cell sex=U; replicate=2; original_filename=GSM736491_hg19_wgEncodeUwDnaseHvmfRawRep2.bigWig
+GSM830989_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301-218A; original_filename=GSM830989_K562_CHD1_2.bw
+GSM923452_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS9851; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923452_hg19_wgEncodeUwRepliSeqHuvecG1bPctSignalRep1.bigWig
+GSM973690_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089WC,090WC; labexpid=LID46311,LID46312; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973690_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalPlusRep3.bigWig
+GSM935430_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BHLHE40_(NB100-1800); antibody antibodydescription=Rabbit polyclonal, maps to a region between residues 350 and the C-terminus (residue 412). Antibody Target: BHLHE40; antibody targetdescription=This gene encodes a basic helix-loop-helix protein expressed in various tissues. Expression in the chondrocytes is responsive to the addition of Bt2cAMP. The encoded protein is believed to be involved in the control of cell differentiation.; antibody vendorname=Novus; antibody vendorid=NB100-1800; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935430_hg19_wgEncodeSydhTfbsGm12878Bhlhe40cIggmusSig.bigWig
+GSM803446_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=YY1; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=YIN YANG 1 transcription factor belongs to the GLI-Kruppel class of zinc finger proteins.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1703; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2203; replicate=1; replicate description=tier 1; original_filename=GSM803446_hg19_wgEncodeHaibTfbsK562Yy1V0416101RawRep2.bigWig
+GSM830525_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0126C; labexpid=DHH002; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830525_hg19_wgEncodeGisRnaPetHepg2CytosolPapMinusRawSigRep1.bigWig
+GSM935633_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Brg1; antibody antibodydescription=Brg-1 (G-7) is a mouse monoclonal antibody raised against amino acids 209-296 mapping near the N-terminus of Brg-1 of human origin. Antibody Target: BRG1; antibody targetdescription=Brg1 (SMARCA4) is an ATPase subunit of the SWI/SNF chromatin-remodeling complex.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17796; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000726; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded. Data paired with IgG_Control.; replicate=1; original_filename=GSM935633_hg19_wgEncodeSydhTfbsK562Brg1IggmusSig.bigWig
+GSM945243_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001904; labexpid=DS18301; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945243_hg19_wgEncodeUwHistoneA549InputStdRawRep1.bigWig
+GSM945163_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HBMEC; cell organism=human; cell description=brain microvascular endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000940; labexpid=DS15749; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945163_hg19_wgEncodeUwHistoneHbmecH3k4me3StdRawRep1.bigWig
+GSM758563_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=009WC,010WC; labexpid=LID8463,LID8464; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758563_wgEncodeCshlLongRnaSeqHuvecCellPapPlusRawSigRep2.bigWig
+GSM973687_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089N,090N; labexpid=LID46313,LID46314; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973687_hg19_wgEncodeCshlShortRnaSeqMcf7NucleusShorttotalMinusRep4.bigWig
+GSM977032_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=091NL,092NL; labexpid=LID47653,LID47654; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977032_hg19_wgEncodeCshlShortRnaSeqGm12878NucleolusTapPlusRawRep3.bigWig
+GSM935521_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa30; treatment description=30 m of Interferon alpha (Snyder); antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000655; replicate=1; original_filename=GSM935521_hg19_wgEncodeSydhTfbsK562CjunIfna30StdSig.bigWig
+GSM749779_1	cell=SAEC; cell organism=Human; cell description=Small Airway Epithelial Cells; cell karyotype=normal; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749779_hg19_wgEncodeUwTfbsSaecCtcfStdRawRep2.bigWig
+GSM958743_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=400; insertlength description=insert length of 400nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10876; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958743_hg19_wgEncodeCaltechRnaSeqH1hescR2x75Th1014Il400SigRep1V4.bigWig
+GSM923434_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BE2_C; cell organism=human; cell description=neuroblastoma, BE-C is a clone of the SK-N-BE neuroblastoma cell line (see ATCC CRL-2271) that was established in November of 1972 from a bone marrow biopsy taken from a 2-year-old individual with disseminated neuroblastoma after repeated courses of chemotherapy and radiotherapy.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL524; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923434_hg19_wgEncodeHaibRnaSeqBe2cRawRep2.bigWig
+GSM923449_3	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9941; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923449_hg19_wgEncodeUwRepliSeqHelas3S1PctSignalRep1.bigWig
+GSM749739_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749739_hg19_wgEncodeUwTfbsHelas3CtcfStdRawRep2.bigWig
+GSM958749_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=12096; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958749_hg19_wgEncodeCaltechRnaSeqHct116R2x75Th1014Il200SigRep1V4.bigWig
+GSM803493_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=HDAC2_(SC-6296); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin.; antibody targetdescription=This gene product belongs to the histone deacetylase family.  Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6296; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3177; replicate=1; replicate description=tier 1; original_filename=GSM803493_hg19_wgEncodeHaibTfbsHepg2Hdac2sc6296V0416101RawRep2.bigWig
+GSM923429_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=BPA_100nM_4hr; treatment description=4 h with 100 nM Bisphenol A (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1550; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923429_hg19_wgEncodeHaibRnaSeqT47dBpa14hRawRep1.bigWig
+GSM945187_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04449; cell organism=human; cell description=fetal buttock/thigh fibroblast; cell karyotype=normal; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000928; labexpid=DS15737; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945187_hg19_wgEncodeUwHistoneAg04449H3k4me3StdRawRep1.bigWig
+GSM830994_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Santa cruz,6298X; original_filename=GSM830994_K562_HDAC1_2.bw
+GSM973686_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C; labexpid=LID47264; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973686_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalTapMinusRep2.bigWig
+GSM605625_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003WC; labexpid=LID20899; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605625_hg19_wgEncodeCshlShortRnaSeqGm12878CellShortPlusRaw.bigWig
+GSM923444_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjS1PctSignalRep1.bigWig
+GSM849303_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12869; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12869/None/Input/std; labexpid=DS10997; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849303_hg19_wgEncodeUwTfbsGm12869CtcfStdRawRep1.bigWig
+GSM733665_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733665_hg19_wgEncodeBroadHistoneNhekH3k9acStdSig.bigWig
+GSM923443_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM06990; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9015; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923443_hg19_wgEncodeUwRepliSeqGm06990G2PctSignalRep1.bigWig
+GSM733738_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733738_hg19_wgEncodeBroadHistoneHsmmtH3k4me3StdSig.bigWig
+GSM849339_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0137C; labexpid=I40; labversion=Delve version 0.9; original_filename=GSM849339_hg19_wgEncodeRikenCageK562CytosolPapMinusSignalRep2.bigWig
+GSM935612_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=STAT1; antibody antibodydescription=rabbit polyclonal to STAT1 (alpha) p-91 (C-24). Antibody Target: STAT1; antibody targetdescription=transcription factor, activated by interferon signalling; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-345; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935612_hg19_wgEncodeSydhTfbsGm12878Stat1StdSig.bigWig
+GSM849328_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=037WC; labexpid=K18; replicate=1; replicate description=tier 1; original_filename=GSM849328_hg19_wgEncodeRikenCageBjCellPapPlusSignalRep2.bigWig
+GSM945265_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001903; labexpid=DS18350; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945265_hg19_wgEncodeUwHistoneWi38H3k04me3StdRawRep2.bigWig
+GSM945220_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12866; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12866/None/Input/std; labexpid=DS18912; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945220_hg19_wgEncodeUwHistoneGm12866H3k04me3StdRawRep1.bigWig
+GSM803471_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=HDAC2_(SC-6296); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin.; antibody targetdescription=This gene product belongs to the histone deacetylase family.  Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6296; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2952; replicate=1; replicate description=tier 1; original_filename=GSM803471_hg19_wgEncodeHaibTfbsK562Hdac2sc6296V0416102RawRep2.bigWig
+GSM945315_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=diffProtA_2d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 2 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002543; labexpid=DS15385; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945315_hg19_wgEncodeUwHistoneH7esH3k36me3StdDiffa2dRawRep1.bigWig
+GSM945253_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000469; labexpid=DS11540; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945253_hg19_wgEncodeUwHistoneHelas3InputStdRawRep1.bigWig
+GSM672836_2	cell=H1-hESC; cell organism=Human; cell description=Human Embryonic Stem Cells; cell karyotype=normal; cell lineage=embryonic stem cells; cell sex=M; localization=cell; rnaextract=longPolyA; replicate=1; original_filename=GSM672836_hg19_wgEncodeGisRnaSeqH1hescCellPapPlusRawRep1.bigWig
+GSM935345_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ELK1_(1277-1); antibody antibodydescription=Rabbit polyclonal, a synthetic peptide corresponding to residues in C-terminus of human ELK-1 was used as immunogen. The antibody does not cross-react with other ETS family members. Antibody Target: ELK1; antibody targetdescription=Elk-1 is a transcription factor that is part of the ets oncogene superfamily. Elk-1 forms a ternary complex with the serum response factors, SRE and SRF, mediating gene activity in response to serum and growth factors. Activation by several mitogen- activated protein kinases (Erk1 and Erk2) mediates the immediate early responses of the c-fos promoter to growth factors and other stimuli.; antibody vendorname=Epitomics; antibody vendorid=1277-1; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935345_hg19_wgEncodeSydhTfbsGm12878Elk112771IggmusSig.bigWig
+GSM605629_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001C; labexpid=LID10572; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605629_hg19_wgEncodeCshlShortRnaSeqK562CytosolShorttotalTapMinusRawRep2.bigWig
+GSM897081_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=015WC,016WC; labexpid=LID20743,LID20744; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM897081_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalTapMinusRawRep2.bigWig
+GSM935410_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935410_hg19_wgEncodeSydhTfbsK562CmycStdSig.bigWig
+GSM767856_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=009WC; labexpid=LID8788; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767856_wgEncodeCshlLongRnaSeqHuvecCellLongnonpolyaMinusRawSigRep1.bigWig
+GSM935506_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=NF-YA; antibody antibodydescription=Affinity purified rabbit polyclonal raised against amino acids 139-347 of recombinant human NF-YA. Antibody Target: NF-YA; antibody targetdescription=NF-YA is the alpha subunit of the trimeric NFY transcription factor complex that binds to the ubiquitous CCAAT motif; antibody vendorname=Donated by Dr. R. Mantovani, Universita degli Studi di Milano, Italy; antibody vendorid=missing; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935506_hg19_wgEncodeSydhTfbsGm12878NfyaIggmusSig.bigWig
+GSM849329_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0104C; labexpid=I27; labversion=Delve version 0.9; original_filename=GSM849329_hg19_wgEncodeRikenCageGm12878CytosolPamMinusSignal.bigWig
+GSM765390_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025NP; labexpid=LID9189; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765390_wgEncodeCshlLongRnaSeqK562NucleoplasmTotalMinusRawSigRep3.bigWig
+GSM736552_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=U; replicate=2; original_filename=GSM736552_hg19_wgEncodeUwDnaseHmecRawRep2.bigWig
+GSM945228_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS12066; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945228_hg19_wgEncodeUwHistoneK562H3k27me3StdRawRep1.bigWig
+GSM935520_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=MafF_(M8194); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide corresponding to amino acids 147-163 of human MAFF. The immunizing peptide does not cross-react with other members of the family. Antibody Target: MafF; antibody targetdescription=The protein encoded by this gene is a (bZIP) transcription factor that lacks a transactivation domain. It is known to bind the US-2 DNA element in the promoter of the oxytocin receptor (OTR) gene and most likely heterodimerizes with other leucine zipper-containing proteins to enhance expression of the OTR gene during term pregnancy. Can also form homodimers, and since it lacks a transactivation domain, the homodimer may act as a repressor of transcription. May also be involved in the cellular stress response.; antibody vendorname=Sigma-Aldrich; antibody vendorid=M8194; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935520_hg19_wgEncodeSydhTfbsK562MaffIggrabSig.bigWig
+GSM733649_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733649_hg19_wgEncodeBroadHistoneNhlfH3k4me1StdSig.bigWig
+GSM749758_1	cell=HUVEC; cell organism=Human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749758_hg19_wgEncodeUwTfbsHuvecInputStdRawRep1.bigWig
+GSM945184_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000926; labexpid=DS14115; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945184_hg19_wgEncodeUwHistoneH7esH3k36me3StdRawRep1.bigWig
+GSM830529_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0117C; labexpid=RHH003; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830529_hg19_wgEncodeGisRnaPetHuvecCytosolPapPlusRawRep1.bigWig
+GSM831011_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=A custom antibody; original_filename=GSM831011_K562_PLU1_2.bw
+GSM803461_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=FOXA1_(SC-6553); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of FOXA1 of human origin.; antibody targetdescription=This gene encodes a member of the forehead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6553; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1400; labexpid=SL1786; replicate=1; replicate description=tier 1; original_filename=GSM803461_hg19_wgEncodeHaibTfbsHepg2Foxa1sc6553V0416101RawRep2.bigWig
+GSM923441_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9913; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923441_hg19_wgEncodeUwRepliSeqSknshG2PctSignalRep1.bigWig
+GSM923435_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_5nM; treatment description=1 h with 5 nM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1259; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923435_hg19_wgEncodeHaibRnaSeqA549Dex5nmRawRep2.bigWig
+GSM935330_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=E2F4; antibody antibodydescription=rabbit polyclonal. Antibody Target: E2F4; antibody targetdescription=mapping at the C-terminus of E2F4 of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-866; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935330_hg19_wgEncodeSydhTfbsGm12878E2f4IggmusSig.bigWig
+GSM945275_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NB4; cell organism=human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000970; labexpid=DS16346; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945275_hg19_wgEncodeUwHistoneNb4H3k4me3StdRawRep1.bigWig
+GSM897078_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=027C; labexpid=LID21002; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897078_hg19_wgEncodeCshlShortRnaSeqNhekCytosolShorttotalTapPlusRawRep4.bigWig
+GSM803378_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-55706; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL3924; replicate=1; replicate description=tier 1; original_filename=GSM803378_hg19_wgEncodeHaibTfbsK562Six5V0416101RawRep1.bigWig
+GSM733747_1	cell=NH-A; cell organism=Human; cell description=normal human astrocytes; cell sex=U; antibody=H3K4me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendor name=Millipore; original_filename=GSM733747_hg19_wgEncodeBroadHistoneNhaH3k4me3StdSig.bigWig
+GSM945160_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRE; cell organism=human; cell description=renal epithelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000467; labexpid=DS12422; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945160_hg19_wgEncodeUwHistoneHreH3k27me3StdRawRep1.bigWig
+GSM944522_1	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=PABPC1; antibody antibodydescription=Mouse monoclonal vs PABPC1 of human, mouse, bovine, can, hamster, Xenopus origin. Antibody Target: PABPC1; antibody targetdescription=poly(A) binding protein, cytoplasmic 1 (Homo sapiens).; antibody vendorname=Sigma Chemical Co.; antibody vendorid=P6246; labversion=Sig_P6246 antibody; replicate=1; original_filename=GSM944522_hg19_wgEncodeSunyRipSeqK562Pabpc1SigRep1.bigWig
+GSM973668_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087WC,088WC; labexpid=LID46058,LID46059; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973668_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalMinusRep4.bigWig
+GSM749757_1	cell=GM12874; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749757_hg19_wgEncodeUwTfbsGm12874CtcfStdRawRep1.bigWig
+GSM977033_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=051WC; labexpid=LID47243; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977033_hg19_wgEncodeCshlShortRnaSeqHvmf61004013CellShorttotalTapMinusRep2.bigWig
+GSM935355_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Fos; antibody antibodydescription=Rabbit polyclonal to amino acids 210-335 mapping at the C-terminus of c-Fos of human origin. Antibody Target: c-Fos; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-7202; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935355_hg19_wgEncodeSydhTfbsK562CfosStdSig.bigWig
+GSM749711_1	cell=GM12801; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749711_hg19_wgEncodeUwTfbsGm12801CtcfStdRawRep1.bigWig
+GSM803469_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=E2F6; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin.; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22823; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2948; replicate=1; replicate description=tier 1; original_filename=GSM803469_hg19_wgEncodeHaibTfbsK562E2f6sc22823V0416102RawRep1.bigWig
+GSM923441_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9913; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923441_hg19_wgEncodeUwRepliSeqSknshWaveSignalRep1.bigWig
+GSM945286_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEEpiC; cell organism=human; cell description=esophageal epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000952; labexpid=DS16060; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945286_hg19_wgEncodeUwHistoneHeeH3k4me3StdRawRep2.bigWig
+GSM765393_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025NL; labexpid=LID9187; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765393_wgEncodeCshlLongRnaSeqK562NucleolusTotalMinusRawSigRep3.bigWig
+GSM935365_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=E2F4; antibody antibodydescription=rabbit polyclonal. Antibody Target: E2F4; antibody targetdescription=mapping at the C-terminus of E2F4 of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-866; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935365_hg19_wgEncodeSydhTfbsHelas3E2f4StdSig.bigWig
+GSM945321_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002532; labexpid=DS14121; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945321_hg19_wgEncodeUwHistoneH7esH3k04me3StdDiffa14dRawRep1.bigWig
+GSM749746_1	cell=HBMEC; cell organism=Human; cell description=Human Brain Microvascular Endothelial Cells; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749746_hg19_wgEncodeUwTfbsHbmecInputStdRawRep1.bigWig
+GSM977028_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-BM; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-BM_0050602.11 and hMSC-BM_0051105.11 from femoral head; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=067WC,068WC; labexpid=LID47658,LID47659; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977028_hg19_wgEncodeCshlShortRnaSeqHmscbmCellTapPlusRawRep1.bigWig
+GSM803345_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=HDAC2_(SC-6296); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin.; antibody targetdescription=This gene product belongs to the histone deacetylase family.  Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6296; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL3935; replicate=1; replicate description=tier 1; original_filename=GSM803345_hg19_wgEncodeHaibTfbsH1hescHdac2sc6296V0416102RawRep1.bigWig
+GSM736632_1	cell=HPdLF; cell organism=Human; cell description=Normal Human Periodontal Ligament Fibroblasts; cell sex=M; replicate=1; original_filename=GSM736632_hg19_wgEncodeUwDnaseHpdlfRawRep1.bigWig
+GSM733754_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733754_hg19_wgEncodeBroadHistoneHepg2H3k27me3StdSig.bigWig
+GSM935525_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18526; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Han Chinese in Beijing, China, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000732; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935525_hg19_wgEncodeSydhTfbsGm18526InputIggmusSig.bigWig
+GSM935532_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF263; antibody antibodydescription=Mouse polyclonal. Antibody Target: ZNF263; antibody targetdescription=ZNF263 (NP_005732, 201 a.a. ~ 299 a.a) partial recombinant protein with GST tag.; antibody vendorname=Novus Biologicals; antibody vendorid=H00010127-A01; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935532_hg19_wgEncodeSydhTfbsK562Znf263UcdSig.bigWig
+GSM923451_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9806; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923451_hg19_wgEncodeUwRepliSeqGm12878WaveSignalRep1.bigWig
+GSM935620_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=forskolin; treatment description=low-glucose DMEM with 0.5% BSA supplemented with 1uM forskolin and 1mM pyruvate for 6h. (Snyder); antibody=GRp20; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: GRp20; antibody targetdescription=epitope mapping at the C-terminus of GR alpha of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1002; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000755; labversion=Illumina 2.0, low confidence sequences excluded.  Data paired with HepG2_Forskolin_Control.; replicate=1; original_filename=GSM935620_hg19_wgEncodeSydhTfbsHepg2Grp20ForsklnStdSig.bigWig
+GSM973661_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N,088N; labexpid=LID46100,LID46101; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973661_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalCiptapPlusRep3.bigWig
+GSM803347_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL448; replicate=1; replicate description=tier 1; original_filename=GSM803347_hg19_wgEncodeHaibTfbsGm12878Usf1Pcr2xRawRep2.bigWig
+GSM945223_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=4OHTAM_20nM_72hr; treatment description=72 hours with 20 nM 4-hydroxytamoxifen (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002048; labexpid=DS18351; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945223_hg19_wgEncodeUwHistoneWi38InputOhtamStdRawRep1.bigWig
+GSM923448_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; labexpid=DS8837; phase=G1; phase description=Flow sorted, G1 phase corresponds to the first DNA content window; replicate=1; original_filename=GSM923448_hg19_wgEncodeUwRepliSeqK562SumSignalRep1.bigWig
+GSM830533_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0122C; labexpid=RHH002; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830533_hg19_wgEncodeGisRnaPetHelas3CytosolPapPlusRawRep1.bigWig
+GSM849335_3	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013WC; labexpid=K01; replicate=1; replicate description=tier 1; original_filename=GSM849335_hg19_wgEncodeRikenCageHepg2CellPapPlusSignalRep1.bigWig
+GSM849327_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=009WC; labexpid=J78; replicate=1; replicate description=tier 1; original_filename=GSM849327_hg19_wgEncodeRikenCageHuvecCellPapMinusSignalRep1.bigWig
+GSM816655_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816655_hg19_wgEncodeOpenChromDnaseK562Sig.bigWig
+GSM816660_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=PanIslets; cell organism=human; cell description=human pancreatic islets; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816660_hg19_wgEncodeOpenChromDnasePanisletsBaseOverlapSignal.bigWig
+GSM935380_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=USF2; antibody antibodydescription=Mouse monoclonal. Immunogen corresponds to amino acids 1-101 of Human USF2. Antibody Target: USF2; antibody targetdescription=Encodes a member of the basic helix-loop-helix leucine zipper family. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs (5'-CACGTG-3').; antibody vendorname=abcam; antibody vendorid=ab60931; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935380_hg19_wgEncodeSydhTfbsH1hescUsf2IggrabSig.bigWig
+GSM935361_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Nrf1; antibody antibodydescription=Mouse monoclonal, Immunogen corresponding to amino acids 201-286 of Human NRF1. Antibody Target: NRF1; antibody targetdescription=NRF1 is the mammalian homolog to the erect wing (ewg) Drosophila protein that is required for proper development of the central nervous system and indirect flight muscles. In mammals NRF1 functions as a transcription factor that activates the expression of the EIF2S1 (EIF-alpha) gene. This protein links the transcriptional modulation of key metabolic genes to cellular growth and development, and has been implicated in the control of nuclear genes required for respiration, heme biosynthesis and mitochondrialDNA transcription and replication. NRF1 forms a homodimer and binds DNA as a dimer. NRF1 shows a nuclear localization and is expressed widely in embryonic, fetal and adult tissues. Phosphorylation of NRF1 enhances DNA binding.; antibody vendorname=Abcam; antibody vendorid=ab55744; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935361_hg19_wgEncodeSydhTfbsK562Nrf1IggrabSig.bigWig
+GSM803426_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1398; labexpid=SL1159; replicate=1; replicate description=tier 1; original_filename=GSM803426_hg19_wgEncodeHaibTfbsH1hescUsf1Pcr1xRawRep1.bigWig
+GSM822308_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=vehicle; treatment description=Charcoal stripped hormone-free FBS for 72 hours (Crawford); antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=MCF-7/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822308_hg19_wgEncodeOpenChromChipMcf7CtcfVehSig.bigWig
+GSM733639_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733639_hg19_wgEncodeBroadHistoneHsmmtH3k9acStdSig.bigWig
+GSM816665_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816665_hg19_wgEncodeOpenChromDnaseGm12878Sig.bigWig
+GSM816645_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Urothelia; cell organism=human; cell description=A primary culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene, normal human ureter cells; cell karyotype=normal; cell sex=F; treatment=UT189; treatment description=UT189 E.Coli treatment 1 hour, followed by 24 hour incubation; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816645_hg19_wgEncodeOpenChromDnaseUrotsaUt189Sig.bigWig
+GSM803342_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=BCL3; antibody antibodydescription=Bcl-3(C-14) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Bcl-3 of human origin. Recommended for detection of Bcl-3 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=This gene is a proto-oncogene candidate. It is identified by its translocation into the immunoglobulin alpha-locus in some cases of B-cell leukemia. The protein encoded by this gene contains seven ankyrin repeats, which are most closely related to those found in I kappa B proteins. This protein functions as a transcriptional co-activator that activates through its association with NF-kappa B homodimers. The expression of this gene can be induced by NF-kappa B, which forms a part of the autoregulatory loop that controls the nuclear residence of p50 NF-kappa B. (Provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-185; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL3728; replicate=1; replicate description=tier 1; original_filename=GSM803342_hg19_wgEncodeHaibTfbsGm12878Bcl3V0416101RawRep2.bigWig
+GSM767849_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001C; labexpid=LID18545; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767849_wgEncodeCshlLongRnaSeqK562CytosolLongnonpolyaPlusRawSigRep2.bigWig
+GSM923427_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; treatment=Estradiol_10nM_4hr; treatment description=4 h with 10 nM Estradiol (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL990; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923427_hg19_wgEncodeHaibRnaSeqEcc1Estradia4hRawRep1.bigWig
+GSM970217_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K36me3B; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36) marks actively transcribed chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9763S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000762; labversion=PeakSeq1.0; original_filename=GSM970217_hg19_wgEncodeSydhHistoneMcf7H3k36me3bUcdSig.bigWig
+GSM736580_1	cell=A549; cell organism=Human; cell description=epithelial cell line This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old Caucasian male. - ATCC, derived from a lung carcinoma tissue. (PMID: 175022); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; replicate=1; original_filename=GSM736580_hg19_wgEncodeUwDnaseA549RawRep1.bigWig
+GSM646567_2	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; original_filename=GSM646567_hg19_wgEncodeUwDgfK562Sig.bigWig
+GSM864358_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM19239; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864358_hg19_wgEncodeOpenChromFaireGm19239BaseOverlapSignal.bigWig
+GSM945238_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12864; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000457; labexpid=DS13587; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945238_hg19_wgEncodeUwHistoneGm12864InputStdRawRep1.bigWig
+GSM831001_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Abcam,ab2832; original_filename=GSM831001_K562_KAT3A-CBP.bw
+GSM840137_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001C; labexpid=LID8465; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM840137_hg19_wgEncodeCshlLongRnaSeqK562CytosolPapPlusRawSigRep1.bigWig
+GSM816666_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=PanIsletD; cell organism=human; cell description=Dedifferentiated human pancreatic islets from one of the sources for PanIslets; cell lineage=endoderm; cell sex=B; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816666_hg19_wgEncodeOpenChromDnasePanisdBaseOverlapSignal.bigWig
+GSM765402_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=LID16633; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765402_wgEncodeCshlLongRnaSeqHelas3CellPapPlusRawSigRep1.bigWig
+GSM605626_2	tissue=prostate; cell organism=Human; cell description=prostate tissue purchased for Gingeras project (provisional); cell sex=M; localization=whole cell; original_filename=GSM605626_hg19_wgEncodeCshlShortRnaSeqProstateCellTotalPlusRaw.bigWig
+GSM958744_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=skeletal muscle myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11584; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958744_hg19_wgEncodeCaltechRnaSeqHsmmR2x75Th1014Il200SigRep1V4.bigWig
+GSM830535_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0107C; labexpid=IHG024; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830535_hg19_wgEncodeGisRnaPetGm12878CytosolPapMinusRawSigRep1.bigWig
+GSM849351_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0125C; labexpid=I42; labversion=Delve version 0.9; original_filename=GSM849351_hg19_wgEncodeRikenCageHepg2CytosolPamPlusSignal.bigWig
+GSM803406_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1394; labexpid=SL1475; replicate=1; replicate description=tier 1; original_filename=GSM803406_hg19_wgEncodeHaibTfbsGm12878Yy1sc281Pcr1xRawRep1.bigWig
+GSM897071_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=006N; labexpid=LID20907; readtype=1x36; readtype description=Single 36 nt reads; replicate=2; original_filename=GSM897071_hg19_wgEncodeCshlShortRnaSeqH1hescNucleusShorttotalTapMinusRawRep2.bigWig
+GSM733701_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733701_hg19_wgEncodeBroadHistoneNhekH3k27me3StdSig.bigWig
+GSM830523_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0158N; labexpid=IHN012; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830523_hg19_wgEncodeGisRnaPetNhekNucleusPapPlusRawRep1.bigWig
+GSM758575_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013WC,014WC; labexpid=LID16635,LID16636; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758575_wgEncodeCshlLongRnaSeqHepg2CellPapPlusRawSigRep1.bigWig
+GSM945177_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000930; labexpid=DS15740; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945177_hg19_wgEncodeUwHistoneAg04450H3k4me3StdRawRep2.bigWig
+GSM758578_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=skeletal muscle myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=023WC,024WC; labexpid=LID8710,LID8711; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758578_wgEncodeCshlLongRnaSeqHsmmCellPapMinusRawSigRep2.bigWig
+GSM736586_1	cell=HAc; cell organism=human; cell description=Human Astrocytes-cerebellar; cell karyotype=Normal; cell lineage=Astrocytic; cell sex=U; replicate=1; original_filename=GSM736586_hg19_wgEncodeUwDnaseHacRawRep1.bigWig
+GSM736588_1	cell=MCF-7; cell organism=Human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell sex=F; replicate=2; original_filename=GSM736588_hg19_wgEncodeUwDnaseMcf7RawRep2.bigWig
+GSM803511_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=MEF2A; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of MEF-2 of human origin.; antibody targetdescription=The protein encoded by this gene is a DNA-binding transcription factor that activates many muscme-specific, growth factor-induced, and stress-induced genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-313; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1613; labexpid=SL1425; replicate=1; replicate description=tier 1; original_filename=GSM803511_hg19_wgEncodeHaibTfbsGm12878Mef2aPcr1xRawRep1.bigWig
+GSM830522_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0156C; labexpid=IHN011; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830522_hg19_wgEncodeGisRnaPetNhekCytosolPapPlusRawRep1.bigWig
+GSM935606_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TBP; antibody antibodydescription=Mouse monoclonal. Immunogen is synthetic peptide conjugated to KLH derived from within residues 1 - 100 of HumanTATA binding protein TBP. Antibody Target: TBP; antibody targetdescription=General transcription factor that functions at the core of the DNA-binding multiprotein factor TFIID. Binding of TFIID to the TATA box is the initial transcriptional step of the pre-initiation complex (PIC), playing a role in the activation of eukaryotic genes transcribed by RNA polymerase II. Component of the transcription factor SL1/TIF-IB complex, which is involved in the assembly of the PIC (preinitiation complex) during RNA polymerase I-dependent transcription.; antibody vendorname=abcam; antibody vendorid=ab62126; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935606_hg19_wgEncodeSydhTfbsHelas3TbpIggrabSig.bigWig
+GSM935573_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=MNaseD; treatment description=Fragmented using micrococcal nuclease digestion; antibody=SETDB1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SETDB1; antibody targetdescription=SET domain, bifurcated 1, the SET domain is a highly conserved, approximately 150-amino acid motif implicated in the modulation of chromatin structure; antibody vendorname=Proteintech Group; antibody vendorid=11231-1-AP; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=remapped from hg18, Fragmented using MNase and used proteinA agarose beads for ChIPs, PeakSeq 1.0 (fdr 0.001); replicate=1; original_filename=GSM935573_hg19_wgEncodeSydhTfbsK562Setdb1MnasedUcdSig.bigWig
+GSM733763_1	cell=NH-A; cell organism=Human; cell description=normal human astrocytes; cell sex=U; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733763_hg19_wgEncodeBroadHistoneNhaH3k27acStdSig.bigWig
+GSM945290_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HMF; cell organism=human; cell description=mammary fibroblasts; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000956; labexpid=DS16151; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945290_hg19_wgEncodeUwHistoneHmfH3k4me3StdRawRep2.bigWig
+GSM822275_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822275_hg19_wgEncodeOpenChromChipK562Pol2Sig.bigWig
+GSM758576_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013C,014C; labexpid=LID8471,LID8472; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758576_wgEncodeCshlLongRnaSeqHepg2CytosolPapPlusRawSigRep2.bigWig
+GSM973664_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C,088C; labexpid=LID46062,LID46063; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973664_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalPlusRep4.bigWig
+GSM733667_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733667_hg19_wgEncodeBroadHistoneHsmmH3k27me3StdSig.bigWig
+GSM733731_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=Control; original_filename=GSM733731_hg19_wgEncodeBroadHistoneNhlfControlStdSig.bigWig
+GSM935588_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=EtOH_0.01pct; treatment description=36 h with 0.01% Ethanol (Snyder); antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001782; replicate=1; original_filename=GSM935588_hg19_wgEncodeSydhTfbsMcf10aesPol2Etoh01StdSig.bigWig
+GSM803376_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a human cerebral brain tumor. (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL150; labexpid=SL150; replicate=1; replicate description=tier 1; original_filename=GSM803376_hg19_wgEncodeHaibTfbsPfsk1RxlchPcr2xRawRep2.bigWig
+GSM977052_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HPIEpC; cell organism=human; cell description=Placental Epithelial Cells amniotic membrane; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=073WC,074WC; labexpid=LID47519,LID47520; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977052_hg19_wgEncodeCshlShortRnaSeqHpiepcCellTapPlusRep2.bigWig
+GSM897081_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=015WC,016WC; labexpid=LID20743,LID20744; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM897081_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalTapMinusRawRep3.bigWig
+GSM945164_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AoAF; cell organism=human; cell description=aortic adventitial fibroblast cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000938; labexpid=DS15912; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945164_hg19_wgEncodeUwHistoneAoafInputStdRawRep1.bigWig
+GSM945317_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000474; labexpid=DS11605; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945317_hg19_wgEncodeUwHistoneSknshraInputStdRawRep1.bigWig
+GSM736578_1	cell=SK-N-SH_RA; cell organism=Human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; replicate=2; original_filename=GSM736578_hg19_wgEncodeUwDnaseSknshraRawRep2.bigWig
+GSM864340_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=OHUrea; treatment description=100 uM Hydroxyurea for 72 hours; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864340_hg19_wgEncodeOpenChromFaireK562OhureaSig.bigWig
+GSM923446_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS19717; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923446_hg19_wgEncodeUwRepliSeqHepg2S4PctSignalRep1.bigWig
+GSM767839_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=029C; labexpid=LID18556; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767839_wgEncodeCshlLongRnaSeqHuvecCytosolLongnonpolyaPlusRawSigRep3.bigWig
+GSM973671_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C,046C; labexpid=LID45957,LID45958; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973671_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalMinusRep1.bigWig
+GSM935281_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18526; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Han Chinese in Beijing, China, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000776; labversion=remapped from hg18, Data paired with GM18526_IgG_Control; replicate=1; original_filename=GSM935281_hg19_wgEncodeSydhTfbsGm18526NfkbTnfaIggrabSig.bigWig
+GSM935490_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BRF2; antibody antibodydescription=Antibody 4295 against Brf2 was raised by immunizing rabbits with keyhole limpet hemocyanin coupled to synthetic peptides VSRSQQRGLRRVRDLC and SDSEIEQYLRTPQEVR, corresponding to human Brf2 residues 66-80 and 385-400, respectively. Antibody Target: BRF2; antibody targetdescription=Brf2 is a component of an alternate form of the RNA Polymerase III transcription factor TFIIIB.; antibody vendorname=Donated by Dr. RJ White, The Beatson Institute for Cancer Research; antibody vendorid=4295; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935490_hg19_wgEncodeSydhTfbsK562Brf2StdSig.bigWig
+GSM973663_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085N,086N; labexpid=LID46272,LID46273; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973663_hg19_wgEncodeCshlShortRnaSeqSknshNucleusShorttotalCiptapMinusRep3.bigWig
+GSM831036_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Santa cruz, 48343 X; original_filename=GSM831036_H1_P300.bw
+GSM945190_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=diffProtA_9d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 9 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002545; labexpid=DS14706; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945190_hg19_wgEncodeUwHistoneH7esH3k04me3StdDiffa9dRawRep2.bigWig
+GSM767838_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=012C; labexpid=LID18551; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=2; replicate description=tier 2; original_filename=GSM767838_wgEncodeCshlLongRnaSeqHelas3CytosolLongnonpolyaMinusRawSigRep2.bigWig
+GSM935527_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM10847; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000770; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded.  Data paired with GM10847_IgG_Control; replicate=1; original_filename=GSM935527_hg19_wgEncodeSydhTfbsGm10847NfkbTnfaIggrabSig.bigWig
+GSM935509_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935509_hg19_wgEncodeSydhTfbsH1hescCmycIggrabSig.bigWig
+GSM897085_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013N; labexpid=LID44462; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897085_hg19_wgEncodeCshlShortRnaSeqHepg2NucleusShorttotalTapMinusRawRep2.bigWig
+GSM607494_1	cell line=K562; harvest date=2010-04-22; chip antibody=CST rabbit anti-H3K9me3; vendor=Cell Signaling Technology; catalog#=9754S; lot#=1; original_filename=GSM607494_K562_H3K9me3.bigWIG
+GSM672833_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; localization=cytosol; rnaextract=longPolyA; replicate=1; original_filename=GSM672833_hg19_wgEncodeGisRnaSeqK562CytosolPapMinusRawRep1.bigWig
+GSM945216_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=RPTEC; cell organism=human; cell description=renal proximal tubule epithelial cells; cell karyotype=normal; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002045; labexpid=DS18340; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945216_hg19_wgEncodeUwHistoneRptecH3k04me3StdRawRep2.bigWig
+GSM945178_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000453; labexpid=DS11563; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945178_hg19_wgEncodeUwHistoneBjH3k4me3StdRawRep1.bigWig
+GSM935495_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=TBP; antibody antibodydescription=Mouse monoclonal. Immunogen is synthetic peptide conjugated to KLH derived from within residues 1 - 100 of HumanTATA binding protein TBP. Antibody Target: TBP; antibody targetdescription=General transcription factor that functions at the core of the DNA-binding multiprotein factor TFIID. Binding of TFIID to the TATA box is the initial transcriptional step of the pre-initiation complex (PIC), playing a role in the activation of eukaryotic genes transcribed by RNA polymerase II. Component of the transcription factor SL1/TIF-IB complex, which is involved in the assembly of the PIC (preinitiation complex) during RNA polymerase I-dependent transcription.; antibody vendorname=abcam; antibody vendorid=ab62126; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000726; replicate=1; original_filename=GSM935495_hg19_wgEncodeSydhTfbsK562TbpIggmusSig.bigWig
+GSM923453_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BG02ES; cell organism=human; cell description=embryonic stem cell (hESC), BG02, treatment: H9 conditioned medium; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; labexpid=DS9027; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923453_hg19_wgEncodeUwRepliSeqBg02esSumSignalRep1.bigWig
+GSM923445_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; labexpid=DS9947; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923445_hg19_wgEncodeUwRepliSeqNhekSumSignalRep1.bigWig
+GSM935643_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NB4; cell organism=human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000617; replicate=1; original_filename=GSM935643_hg19_wgEncodeSydhTfbsNb4CmycStdSig.bigWig
+GSM935301_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CHD1_(A301-218A); antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: CHD1; antibody targetdescription=CHD1 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription. The members of the CHD family of proteins possess 3 common structural and functional domains: a chromodomain (chromatin organization modifier), an SNF2-like helicase/ATPase domain, and a C-terminal DNA-binding domain. CHD1 has been shown to interact with the transcriptional corepressor NCoR and histone deacetylase 1 indicating a role in transcriptional regulation. CHD1 has also been shown to interact with the Paf1 complex and Rtf1 implicating an additional role in transcriptional elongation. Alternate names for CHD1 include chromodomain-helicase-DNA-binding protein 1, ATP-dependent helicase CHD1, and DKFZp686E2337.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-218A; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935301_hg19_wgEncodeSydhTfbsGm12878Chd1a301218aIggmusSig.bigWig
+GSM803351_3	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL516; replicate=1; replicate description=tier 1; original_filename=GSM803351_hg19_wgEncodeHaibTfbsGm12878RxlchPcr1xRawRep3.bigWig
+GSM849030_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HPdLF; cell organism=human; cell description=periodontal ligament fibroblasts; cell sex=M; labversion=Bowtie 0.12.7; original_filename=GSM849030_hg19_wgEncodeUwDgfHpdlfSig.bigWig
+GSM945249_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HA-sp; cell organism=human; cell description=astrocytes spinal cord; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000974; labexpid=DS16044; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945249_hg19_wgEncodeUwHistoneHaspH3k4me3StdRawRep2.bigWig
+GSM945200_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SAEC; cell organism=human; cell description=small airway epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000473; labexpid=DS12242; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945200_hg19_wgEncodeUwHistoneSaecH3k27me3StdRawRep1.bigWig
+GSM831017_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A302-869A; original_filename=GSM831017_K562_RNF2.bw
+GSM849353_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0136C; labexpid=I22; softwareversion=bowtie version 0.12.5; original_filename=GSM849353_hg19_wgEncodeRikenCageK562CytosolPamMinusSignal.bigWig
+GSM803452_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RXRA; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-553; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL593; labexpid=SL984; replicate=1; replicate description=tier 1; original_filename=GSM803452_hg19_wgEncodeHaibTfbsHepg2RxraPcr1xRawRep1.bigWig
+GSM758561_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=017WC,018WC; labexpid=LID8965,LID8966; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758561_wgEncodeCshlLongRnaSeqAg04450CellPapPlusRawSigRep2.bigWig
+GSM749719_1	cell=K562; cell organism=Human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749719_hg19_wgEncodeUwTfbsK562InputStdRawRep1.bigWig
+GSM817344_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000627; labversion=remapped from hg18; replicate=1; original_filename=GSM817344_hg19_wgEncodeSydhTfbsHct116InputUcdSig.bigWig
+GSM977052_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HPIEpC; cell organism=human; cell description=Placental Epithelial Cells amniotic membrane; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=073WC,074WC; labexpid=LID47519,LID47520; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977052_hg19_wgEncodeCshlShortRnaSeqHpiepcCellTapPlusRep1.bigWig
+GSM935594_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BDP1; antibody antibodydescription=Rabbit polyclonal - Antiserum 2663 was raised by immunizing rabbits with synthetic peptide CSDRYRIYKAQKLRE (human Bdp1 residues 139?153) coupled to KLH. Antibody Target: BDP1; antibody targetdescription='B double-prime 1', subunit of RNA polymerase III transcription initiation factor IIIB; antibody vendorname=Donated by Dr. RJ White, The Beatson Institute for Cancer Research; antibody vendorid=2663; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=fragmented with both a probe sonicator and a Misonix sonicator, and precipitated with protein A sepharose beads; replicate=1; original_filename=GSM935594_hg19_wgEncodeSydhTfbsK562Bdp1StdSig.bigWig
+GSM736574_1	cell=HPF; cell organism=Human; cell description=Human Pulmonary Fibroblasts isolated from lung tissue; cell sex=U; replicate=1; original_filename=GSM736574_hg19_wgEncodeUwDnaseHpfRawRep1.bigWig
+GSM935465_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PBDE; cell organism=human; cell description=peripheral blood-derived erythroblasts; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA-1; antibody antibodydescription=Anti-GATA-1 rabbit polyclonal antibody was generated by using a purified GST fusion to amino acids 1-89 of mouse GATA-1. Antibody Target: GATA1; antibody targetdescription=GATA-1 is a transcriptional activator which probably serves as a general switch factor for erythroid development. It binds to DNA sites with the consensus sequence [AT]GATA[AG} within regulatory regions of globin genes and of other genes expressed in erythroid cells.; antibody vendorname=Donated by Dr. E.H. Bresnick, UW Madison; antibody vendorid=GATA-1; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001778; replicate=1; original_filename=GSM935465_hg19_wgEncodeSydhTfbsPbdeGata1UcdSig.bigWig
+GSM849359_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=021WC; labexpid=K16; replicate=1; replicate description=tier 1; original_filename=GSM849359_hg19_wgEncodeRikenCageA549CellPapMinusSignalRep2.bigWig
+GSM849366_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027C; labexpid=K08; replicate=3; replicate description=tier 3; original_filename=GSM849366_hg19_wgEncodeRikenCageNhekCytosolPapPlusSignalRep3.bigWig
+GSM840138_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0102WC; labexpid=crg-7; replicate=1; replicate description=tier 1; original_filename=GSM840138_hg19_wgEncodeCshlLongRnaSeqGm12878CellTotalPlusRawSigRep1.bigWig
+GSM935558_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=USF2; antibody antibodydescription=Mouse monoclonal. Immunogen corresponds to amino acids 1-101 of Human USF2. Antibody Target: USF2; antibody targetdescription=Encodes a member of the basic helix-loop-helix leucine zipper family. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs (5'-CACGTG-3').; antibody vendorname=abcam; antibody vendorid=ab60931; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935558_hg19_wgEncodeSydhTfbsGm12878Usf2IggmusSig.bigWig
+GSM605628_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NL; labexpid=LID8928; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605628_hg19_wgEncodeCshlShortRnaSeqK562NucleolusShortMinusRaw.bigWig
+GSM605635_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=001N; labexpid=LID10570; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605635_hg19_wgEncodeCshlShortRnaSeqK562NucleusShortMinusRaw.bigWig
+GSM935299_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2(phosphoS2); antibody antibodydescription=Rabbit polyclonal against peptide conjugated to KLH derived from within residues 1600 - 1700 of S. cerevisiae RNA polymerase II CTD repeat YSPTSPS, phosphorylated at S2. Antibody Target: POL2S2; antibody targetdescription=RNA polymerase II, large subunit- specific for phosphorylated C-terminal domain.; antibody vendorname=Abcam; antibody vendorid=ab5095; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002819; replicate=1; original_filename=GSM935299_hg19_wgEncodeSydhTfbsA549Pol2s2IggrabSig.bigWig
+GSM749747_1	cell=NHEK; cell organism=Human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749747_hg19_wgEncodeUwTfbsNhekCtcfStdRawRep2.bigWig
+GSM605632_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025CH; labexpid=LID8930; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605632_hg19_wgEncodeCshlShortRnaSeqK562ChromatinShortMinusRaw.bigWig
+GSM923452_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS9851; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923452_hg19_wgEncodeUwRepliSeqHuvecS2PctSignalRep1.bigWig
+GSM935562_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=p300_(SC-584); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of p300 of human origin. Antibody Target: P300; antibody targetdescription=Encodes the adenovirus E1A-associated cellular p300 transcriptional co-activator protein. Functions as histone acetyltransferase and regulates transcription via chromatin remodeling. Acetylates all four core histones in nucleosomes. Mediates cAMP-gene regulation by binding specifically to phosphorylated CREB protein; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-584; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935562_hg19_wgEncodeSydhTfbsGm12878P300bStdSig.bigWig
+GSM733640_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733640_hg19_wgEncodeBroadHistoneHuvecH4k20me1StdSig.bigWig
+GSM923453_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BG02ES; cell organism=human; cell description=embryonic stem cell (hESC), BG02, treatment: H9 conditioned medium; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; labexpid=DS9027; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923453_hg19_wgEncodeUwRepliSeqBg02esS3PctSignalRep1.bigWig
+GSM733655_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=H3K9me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono-methyl K9). Is associated with active and accessible regions. NOTE CONTRAST to H3K9me3 which is associated with repressive heterochromatic state.; antibody vendor name=Abcam; original_filename=GSM733655_hg19_wgEncodeBroadHistoneNhekH3k9me1StdSig.bigWig
+GSM935321_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SH-SY5Y; cell organism=human; cell description=neuroblastoma clonal subline of the neuroepithelioma cell line SK-N-SH from the 1970 bone marrow biopsy of a 4-year-old girl with metastatic neuroblastoma, trisomy of 1q; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001783; original_filename=GSM935321_hg19_wgEncodeSydhTfbsShsy5yInputUcdSig.bigWig
+GSM840136_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0131WC; labexpid=crg-45; replicate=1; replicate description=tier 1; original_filename=GSM840136_hg19_wgEncodeCshlLongRnaSeqK562CellTotalMinusRawSigRep1.bigWig
+GSM923445_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; labexpid=DS9947; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923445_hg19_wgEncodeUwRepliSeqNhekS3PctSignalRep1.bigWig
+GSM733703_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K9me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono-methyl K9). Is associated with active and accessible regions. NOTE CONTRAST to H3K9me3 which is associated with repressive heterochromatic state.; antibody vendor name=Abcam; original_filename=GSM733703_hg19_wgEncodeBroadHistoneHuvecH3k9me1StdSig.bigWig
+GSM935448_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18951; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Japanese in Tokyo, Japan, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000777; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935448_hg19_wgEncodeSydhTfbsGm18951InputTnfaIggrabSig.bigWig
+GSM945273_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000964; labexpid=DS16156; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945273_hg19_wgEncodeUwHistoneHvmfH3k4me3StdRawRep1.bigWig
+GSM736498_1	cell=NHDF-neo; cell organism=Human; cell description=Neonatal Human Dermal Fibroblasts; cell lineage=mesoderm; cell sex=U; replicate=1; original_filename=GSM736498_hg19_wgEncodeUwDnaseNhdfneoRawRep1.bigWig
+GSM849361_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=027N; labexpid=K09; replicate=3; replicate description=tier 3; original_filename=GSM849361_hg19_wgEncodeRikenCageNhekNucleusPapMinusSignalRep3.bigWig
+GSM944525_2	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ripInput; antibody antibodydescription=Total input. Antibody Target: ripInput; antibody targetdescription=Total input for comparison for RIP experiments; antibody vendorname=Tenenbaum lab; antibody vendorid=RIP Input; replicate=1; original_filename=GSM944525_hg19_wgEncodeSunyRipSeqGm12878RipinputSigRep2.bigWig
+GSM935422_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNa30; treatment description=30 m of Interferon alpha (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000655; original_filename=GSM935422_hg19_wgEncodeSydhTfbsK562InputIfna30StdSig.bigWig
+GSM733744_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733744_hg19_wgEncodeBroadHistoneNhdfadCtcfStdSig.bigWig
+GSM733710_1	cell=NH-A; cell organism=Human; cell description=normal human astrocytes; cell sex=U; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733710_hg19_wgEncodeBroadHistoneNhaH3k4me1StdSig.bigWig
+GSM803502_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=SRF; antibody antibodydescription=Rabbit polyclonal; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL3156; replicate=1; replicate description=tier 1; original_filename=GSM803502_hg19_wgEncodeHaibTfbsHepg2SrfV0416101RawRep1.bigWig
+GSM923444_13	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjSumSignalRep1.bigWig
+GSM736503_1	cell=HPF; cell organism=Human; cell description=Human Pulmonary Fibroblasts isolated from lung tissue; cell sex=U; replicate=2; original_filename=GSM736503_hg19_wgEncodeUwDnaseHpfRawRep2.bigWig
+GSM733746_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=H2A.Z; antibody description=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ.; antibody target description=H2A.Z is a sequence variant of Histone H2A.; antibody vendor name=Upstate (Millipore); original_filename=GSM733746_hg19_wgEncodeBroadHistoneHsmmtH2azStdSig.bigWig
+GSM849343_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013C; labexpid=J89; replicate=1; replicate description=tier 1; original_filename=GSM849343_hg19_wgEncodeRikenCageHepg2CytosolPapPlusSignalRep2.bigWig
+GSM935298_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002819; replicate=1; original_filename=GSM935298_hg19_wgEncodeSydhTfbsA549MaxIggrabSig.bigWig
+GSM973661_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N,088N; labexpid=LID46100,LID46101; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973661_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalCiptapPlusRep4.bigWig
+GSM935324_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM19193; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000742; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935324_hg19_wgEncodeSydhTfbsGm19193InputIggmusSig.bigWig
+GSM935386_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded. Data paired with GM12878_IgG_Control.; replicate=1; original_filename=GSM935386_hg19_wgEncodeSydhTfbsGm12878Pol2IggmusSig.bigWig
+GSM935310_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SMC3_(ab9263); antibody antibodydescription=Rabbit polyclonal raised against synthetic peptide representing a portion within the last 100 amino acids of the human Structural Maintenance of Chromosomes-3 conjugated to KLH. Antibody Target: SMC3; antibody targetdescription=Involved in chromosome cohesion during cell cycle and in DNA repair. Central component of cohesin complex.  The cohesin complex is required for the cohesion of sister chromatids after DNA replication.; antibody vendorname=Abcam; antibody vendorid=ab9263; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935310_hg19_wgEncodeSydhTfbsK562Smc3ab9263IggrabSig.bigWig
+GSM803539_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=Estradiol_10nM; treatment description=1 h with 10 nM Estradiol  (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1216; labexpid=SL1217; replicate=1; replicate description=tier 1; original_filename=GSM803539_hg19_wgEncodeHaibTfbsT47dEralphaaV0416102Est10nm1hRawRep1.bigWig
+GSM736562_1	cell=AG04449; cell organism=Human; cell description=Fetal buttock/thigh fibroblast; cell lineage=mesoderm; cell sex=M; replicate=1; original_filename=GSM736562_hg19_wgEncodeUwDnaseAg04449RawRep1.bigWig
+GSM935424_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (NTera-2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=YY1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: YY1; antibody targetdescription=YIN YANG 1 transcription factor belongs to the GLI-Kruppel class of zinc finger proteins.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1703; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000654; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935424_hg19_wgEncodeSydhTfbsNt2d1Yy1UcdSig.bigWig
+GSM765388_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=015WC; labexpid=LID8686; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765388_wgEncodeCshlLongRnaSeqMcf7CellPapPlusRawSigRep2.bigWig
+GSM935294_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935294_hg19_wgEncodeSydhTfbsGm12878P300IggmusSig.bigWig
+GSM945209_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000474; labexpid=DS12404; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945209_hg19_wgEncodeUwHistoneSknshraH3k36me3StdRawRep1.bigWig
+GSM831009_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301.772A; original_filename=GSM831009_K562_PHF8_2.bw
+GSM736607_1	cell=CMK; cell organism=Human; cell description=human acute megakaryocytic leukemia cells, established from the peripheral blood of a 10-month-old boy with Down's syndrome and acute megakaryocytic leukemia (AML M7) at relapse in 1985 - DSMZ. (PMID: 3016165); cell sex=M; replicate=1; original_filename=GSM736607_hg19_wgEncodeUwDnaseCmkRawRep1.bigWig
+GSM935507_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=NF-YB; antibody antibodydescription=Affinity purified rabbit polyclonal raised against recombinant full length human NF-YB. Antibody Target: NF-YB; antibody targetdescription=NF-YB is the beta subunit of the trimeric NFY transcription factor complex that binds to the ubiquitous CCAAT motif; antibody vendorname=Donated by Dr. R. Mantovani, Universita degli Studi di Milano, Italy; antibody vendorid=missing; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935507_hg19_wgEncodeSydhTfbsGm12878NfybIggmusSig.bigWig
+GSM849335_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013WC; labexpid=K01; replicate=1; replicate description=tier 1; original_filename=GSM849335_hg19_wgEncodeRikenCageHepg2CellPapMinusSignalRep2.bigWig
+GSM945230_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000469; labexpid=DS12071; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945230_hg19_wgEncodeUwHistoneHelas3H3k36me3StdRawRep1.bigWig
+GSM849338_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001N; labexpid=J91; replicate=1; replicate description=tier 1; original_filename=GSM849338_hg19_wgEncodeRikenCageK562NucleusPapPlusSignalRep2.bigWig
+GSM923448_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; labexpid=DS8837; phase=G1; phase description=Flow sorted, G1 phase corresponds to the first DNA content window; replicate=1; original_filename=GSM923448_hg19_wgEncodeUwRepliSeqK562G2PctSignalRep1.bigWig
+GSM864350_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=Gliobla; cell organism=human; cell description=glioblastoma, these cells (aka H54 and D54) come from a surgical resection from a patient with glioblastoma multiforme (WHO Grade IV). D54 is a commonly studied glioblastoma cell line (Bao et al., 2006) that has been thoroughly described by S Bigner (1981). (PMID: 7252524); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; controlid=Gliobla/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864350_hg19_wgEncodeOpenChromFaireGlioblaSig.bigWig
+GSM958731_3	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11008; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958731_hg19_wgEncodeCaltechRnaSeqK562R1x75dTh1014UPlusRawRep1V4.bigWig
+GSM935396_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=4OHTAM_1uM_36hr; treatment description=(To replace TAM_1uM_36hr) 36 h with 1 uM 4-hydroxytamoxifen (Myers); antibody=c-Fos; antibody antibodydescription=Rabbit polyclonal to amino acids 210-335 mapping at the C-terminus of c-Fos of human origin. Antibody Target: c-Fos; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-7202; control=Harvard_Control; control description=input library was prepared at Harvard.; control=Harvard_Control; control description=input library was prepared at Harvard.; controlid=wgEncodeEH002871; replicate=1; original_filename=GSM935396_hg19_wgEncodeSydhTfbsMcf10aesCfosTamHvdSig.bigWig
+GSM977037_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HCH; cell organism=human; cell description=Undifferentiated Chondrocytes from two individuals, HCH_8100808.2 and HCH_0011308.2P from knee joint; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=059WC; labexpid=LID47475; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977037_hg19_wgEncodeCshlShortRnaSeqHch00113082pCellShorttotalTapPlusRep1.bigWig
+GSM935440_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=BHLHE40; antibody antibodydescription=Dec-1(S-8) is a mouse monoclonal IgG2b antibody raised against recombinant DEC1 of human origin. Recommended for detection of DEC1 of m and h origin by WB, IP and ELISA. Antibody Target: BHLHE40; antibody targetdescription=This gene encodes a basic helix-loop-helix protein expressed in various tissues. Expression in the chondrocytes is responsive to the addition of Bt2cAMP. The encoded protein is believed to be involved in the control of cell differe; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101023; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002819; replicate=1; original_filename=GSM935440_hg19_wgEncodeSydhTfbsA549Bhlhe40IggrabSig.bigWig
+GSM736506_1	cell=A549; cell organism=Human; cell description=epithelial cell line This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old Caucasian male. - ATCC, derived from a lung carcinoma tissue. (PMID: 175022); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; replicate=2; original_filename=GSM736506_hg19_wgEncodeUwDnaseA549RawRep2.bigWig
+GSM788076_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U2OS; cell organism=human; cell description=Osteosarcoma from the tibia of a 15 year old human female, J. Ponten and E. Saksela derived this line (originally 2T) in 1964 from a moderately differentiated sarcoma, viruses were not detected during co-cultivation with WI-38 cells or in CF tests against SV40, RSV or adenoviruses, mycoplasma contamination was detected and eliminated in 1972. (PMID: 6081590); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K36me3B; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri-methyl K36) marks actively transcribed chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9763S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000916; replicate=1; replicate description=tier 1; original_filename=GSM788076_wgEncodeSydhHistoneU2osH3k36me3bUcdSig.bigWig
+GSM822271_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822271_hg19_wgEncodeOpenChromChipNhekCtcfSig.bigWig
+GSM822288_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=A549/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822288_hg19_wgEncodeOpenChromChipA549Pol2Sig.bigWig
+GSM822290_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822290_hg19_wgEncodeOpenChromChipGm12878CmycBaseOverlapSignal.bigWig
+GSM864356_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=IFNa4h; treatment description=4 hours of 500 U/ml Interferon alpha (Crawford); controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864356_hg19_wgEncodeOpenChromFaireHelas3Ifna4hSig.bigWig
+GSM977041_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-AT; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-AT_9061601.12 and hMSC-AT_0102604.12 from subcutaneous abdomen adipose tissue; cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=065WC; labexpid=LID47479; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977041_hg19_wgEncodeCshlShortRnaSeqHmscat010260412CellTapMinusRep1.bigWig
+GSM935516_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935516_hg19_wgEncodeSydhTfbsK562CmycIggrabSig.bigWig
+GSM945210_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000474; labexpid=DS12212; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945210_hg19_wgEncodeUwHistoneSknshraH3k27me3StdRawRep2.bigWig
+GSM767845_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=019WC; labexpid=LID9003; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767845_wgEncodeCshlLongRnaSeqSknshraCellLongnonpolyaPlusRawSigRep1.bigWig
+GSM935484_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=E2F1; antibody antibodydescription=E2F1(KH20 and KH95) is a mouse monoclonal antibody.  The epitope for KH20 has been mapped to amino acids 1-89; KH95 to amino acids 342-386.  Recommended for detection of E2F1 of H and Xn origin by WB and IP. Antibody Target: E2F1; antibody targetdescription=E2F1, the original member of the E2F family of transcription factors, was identified as a cellular protein with DNA binding activity associated with the adenovirus E2 gene promoter. E2F1 is cell cycle regulated with very low levels in early G1, then increasing levels as cells move from G1 to S, and highest levels of protein at the G1/S boundary, which is consistent with its role in S-phase entry.; antibody vendorname=Millipore; antibody vendorid=05-379; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000612; labversion=HeLa cells stably expressed a tagged HA-E2F1 were fragmented using Bioruptor, precipitated with StaphA and an antibody to E2F1,; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935484_hg19_wgEncodeSydhTfbsHelas3E2f1StdSig.bigWig
+GSM864352_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864352_hg19_wgEncodeOpenChromFaireHuvecSig.bigWig
+GSM803356_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL203; replicate=1; replicate description=tier 1; original_filename=GSM803356_hg19_wgEncodeHaibTfbsGm12878GabpPcr2xRawRep1.bigWig
+GSM945306_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCPEpiC; cell organism=human; cell description=choroid plexus epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000948; labexpid=DS15758; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945306_hg19_wgEncodeUwHistoneHcpeH3k4me3StdRawRep1.bigWig
+GSM605633_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=003N; labexpid=LID20900; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM605633_hg19_wgEncodeCshlShortRnaSeqGm12878NucleusShorttotalTapMinusRawRep2.bigWig
+GSM935543_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2(phosphoS2); antibody antibodydescription=Rabbit polyclonal against peptide conjugated to KLH derived from within residues 1600 - 1700 of S. cerevisiae RNA polymerase II CTD repeat YSPTSPS, phosphorylated at S2. Antibody Target: POL2S2; antibody targetdescription=RNA polymerase II, large subunit- specific for phosphorylated C-terminal domain.; antibody vendorname=Abcam; antibody vendorid=ab5095; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935543_hg19_wgEncodeSydhTfbsHepg2Pol2s2IggrabSig.bigWig
+GSM830519_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0118N; labexpid=RHH001; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830519_hg19_wgEncodeGisRnaPetHuvecNucleusPapMinusRawRep1.bigWig
+GSM849353_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0136C; labexpid=I22; softwareversion=bowtie version 0.12.5; original_filename=GSM849353_hg19_wgEncodeRikenCageK562CytosolPamPlusSignal.bigWig
+GSM977030_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48353,LID48354; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977030_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellCiptapPlusRawRep1.bigWig
+GSM816643_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816643_hg19_wgEncodeOpenChromDnaseHelas3Sig.bigWig
+GSM849363_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleolus; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0123NL; labexpid=J58; original_filename=GSM849363_hg19_wgEncodeRikenCageHelas3NucleolusTotalPlusSignal.bigWig
+GSM822279_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822279_hg19_wgEncodeOpenChromChipHuvecCtcfSig.bigWig
+GSM897084_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013WC; labexpid=LID44460; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897084_hg19_wgEncodeCshlShortRnaSeqHepg2CellShorttotalTapMinusRawRep2.bigWig
+GSM788087_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=H3K4me3B; antibody antibodydescription=Rabbit monoclonal antibody; antibody targetdescription=Histone H3 (tri-methyl K4) marks promoters in chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9751S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; replicate=1; replicate description=tier 1; original_filename=GSM788087_wgEncodeSydhHistoneK562H3k4me3bUcdSig.bigWig
+GSM749710_1	cell=HBMEC; cell organism=Human; cell description=Human Brain Microvascular Endothelial Cells; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749710_hg19_wgEncodeUwTfbsHbmecCtcfStdRawRep2.bigWig
+GSM840138_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0102WC; labexpid=crg-7; replicate=1; replicate description=tier 1; original_filename=GSM840138_hg19_wgEncodeCshlLongRnaSeqGm12878CellTotalMinusRawSigRep1.bigWig
+GSM847566_1	cell line=K562; shRNA expression=expressing shRNA targeting ATF3; treatment=Puromycin, doxycycline; original_filename=GSM847566_SL2592.bw
+GSM945207_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000453; labexpid=DS12198; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945207_hg19_wgEncodeUwHistoneBjH3k36me3StdRawRep2.bigWig
+GSM897084_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013WC; labexpid=LID44460; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897084_hg19_wgEncodeCshlShortRnaSeqHepg2CellShorttotalTapMinusRawRep1.bigWig
+GSM923451_5	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9806; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923451_hg19_wgEncodeUwRepliSeqGm12878S3PctSignalRep1.bigWig
+GSM803505_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL2455; labexpid=SL1197; replicate=1; replicate description=tier 1; original_filename=GSM803505_hg19_wgEncodeHaibTfbsK562Sp1Pcr1xRawRep2.bigWig
+GSM935498_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Mxi1_(AF4185); antibody antibodydescription=Goat IgG. Raised against E. coli-derived rhMxi1. Antibody Target: Mxi1; antibody targetdescription=Transcriptional repressor. Binds with MAX to form recognize the core sequence 5'-CAC[GA]TG-3', antagonizes MYC transcriptional activity by competing for MAX; antibody vendorname=R&D Systems; antibody vendorid=AF4185; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935498_hg19_wgEncodeSydhTfbsHelas3Mxi1af4185IggrabSig.bigWig
+GSM945323_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=diffProtA_9d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 9 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002545; labexpid=DS14647; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945323_hg19_wgEncodeUwHistoneH7esH3k27me3StdDiffa9dRawRep2.bigWig
+GSM831008_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301.772A; original_filename=GSM831008_K562_PHF8_1.bw
+GSM923436_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=Genistein_100nM_4hr; treatment description=4 h with 100 nM Genistein   (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1246; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923436_hg19_wgEncodeHaibRnaSeqT47dGen4hRawRep2.bigWig
+GSM973682_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089N; labexpid=LID47164; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973682_hg19_wgEncodeCshlShortRnaSeqMcf7NucleusShorttotalTapMinusRep4.bigWig
+GSM864337_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=NHBE; cell organism=human; cell description=bronchial epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864337_hg19_wgEncodeOpenChromFaireNhbeSig.bigWig
+GSM736496_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; replicate=1; original_filename=GSM736496_hg19_wgEncodeUwDnaseGm12878RawRep1.bigWig
+GSM803487_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL818; labexpid=SL909; replicate=1; replicate description=tier 1; original_filename=GSM803487_hg19_wgEncodeHaibTfbsGm12892Pol2V0416102RawRep2.bigWig
+GSM758567_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=013WC,014WC; labexpid=LID8792,LID8793; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758567_wgEncodeCshlLongRnaSeqHepg2CellLongnonpolyaMinusRawSigRep1.bigWig
+GSM816639_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=HPDE6-E6E7; cell organism=human; cell description=normal human pancreatic duct cells immortalized with E6E7 gene of HPV; cell karyotype=Unknown; cell lineage=endoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816639_hg19_wgEncodeOpenChromDnaseHpde6e6e7BaseOverlapSignal.bigWig
+GSM945295_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12865; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000458; labexpid=DS18707; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945295_hg19_wgEncodeUwHistoneGm12865H3k04me3StdRawRep1.bigWig
+GSM923445_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; labexpid=DS9947; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923445_hg19_wgEncodeUwRepliSeqNhekWaveSignalRep1.bigWig
+GSM923453_8	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BG02ES; cell organism=human; cell description=embryonic stem cell (hESC), BG02, treatment: H9 conditioned medium; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; labexpid=DS9027; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923453_hg19_wgEncodeUwRepliSeqBg02esWaveSignalRep1.bigWig
+GSM733645_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; original_filename=GSM733645_hg19_wgEncodeBroadHistoneHepg2CtcfStdSig.bigWig
+GSM736637_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; replicate=1; original_filename=GSM736637_hg19_wgEncodeUwDnaseHepg2RawRep1.bigWig
+GSM923443_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM06990; cell organism=human; cell description=lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9015; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923443_hg19_wgEncodeUwRepliSeqGm06990G1bPctSignalRep1.bigWig
+GSM803534_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=POU2F2; antibody antibodydescription=Oct-2(C-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Oct-2 of human origin. Recommended for detection of Oct-2 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA.; antibody targetdescription=Transcription factor that specifically binds to the octamer motif (5'-ATTTGCAT-3'). Regulates transcription in a number of tissues in addition to activating immunoglobulin gene expression. Modulates transcription transactivation by NR3C1, AR and PGR. Isoform 5 activates the U2 small nuclear RNA (snRNA) promoter.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-233; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL614; replicate=1; replicate description=tier 1; original_filename=GSM803534_hg19_wgEncodeHaibTfbsGm12878Pou2f2Pcr1xRawRep1.bigWig
+GSM646561_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMF; cell organism=human; cell description=mammary fibroblasts; cell sex=F; labversion=lmax-v1.0; original_filename=GSM646561_hg19_wgEncodeUwDgfHmfSig.bigWig
+GSM736570_1	cell=SK-N-MC; cell organism=Human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; replicate=2; original_filename=GSM736570_hg19_wgEncodeUwDnaseSknmcRawRep2.bigWig
+GSM803351_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL516; replicate=1; replicate description=tier 1; original_filename=GSM803351_hg19_wgEncodeHaibTfbsGm12878RxlchPcr1xRawRep1.bigWig
+GSM803420_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=MEF2C_(SC-13268); antibody antibodydescription=Goat polyclonal IgG, epitope mapping near the C-terminus of MEF2C of human origin.; antibody targetdescription=This locus encodes a member of the MADS box transcription enhancer factor 2 (MEF2) family of proteins, which play a role in myogenesis. The encoded protein, MEF2 polypeptide C, has both trans-activating and DNA binding activities.  This protein may play a role in maintaining the differentiated state of muscle cells. Mutations and deletions at this locus have been associated with severe mental retardation, stereotypic movements, epilepsy, and cerebral malformation.  Alternatively spliced transcript variants have been described. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-13268; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL1654; replicate=1; replicate description=tier 1; original_filename=GSM803420_hg19_wgEncodeHaibTfbsGm12878Mef2csc13268V0416101RawRep1.bigWig
+GSM803432_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=FOXA1_(SC-101058); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin.; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins.  These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101058; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1400; labexpid=SL1788; replicate=1; replicate description=tier 1; original_filename=GSM803432_hg19_wgEncodeHaibTfbsHepg2Foxa1sc101058V0416101RawRep2.bigWig
+GSM945161_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SKMC; cell organism=human; cell description=skeletal muscle cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002173; labexpid=DS16208; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945161_hg19_wgEncodeUwHistoneSkmcInputStdRawRep1.bigWig
+GSM935443_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=insulin; treatment description=DMEM with 0.5% BSA supplemented with 100 nM insulin and 10 uM 22-hydroxycholesterol for 6 h. (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000756; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935443_hg19_wgEncodeSydhTfbsHepg2InputInslnStdSig.bigWig
+GSM935640_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12892; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000711; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded. Data paired with GM12892_IgG_Control.; replicate=1; original_filename=GSM935640_hg19_wgEncodeSydhTfbsGm12892Pol2IggmusSig.bigWig
+GSM973661_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N,088N; labexpid=LID46100,LID46101; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973661_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalCiptapMinusRep4.bigWig
+GSM977048_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=hMSC-UC; cell organism=human; cell description=Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-UC_0081101.7 and hMSC-UC_0052501.7 from matrix (Wharton's Jelly); cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=069WC,070WC; labexpid=LID47515,LID47516; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977048_hg19_wgEncodeCshlShortRnaSeqHmscucCellTapMinusRep2.bigWig
+GSM935276_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=STAT3; antibody antibodydescription=Rabbit polyclonal; epitope mapping at the C-terminus of Stat3 of mouse origin. Antibody Target: STAT3; antibody targetdescription=Member of STAT family. After phosphorylation in response to cytokines and growth factors (including IFNs, EGF, IL5, IL6, HGF, LIF and BMP2), forms homo- or heterodimers that translocate to nucleus and activate transcription. Activates expression of a variety of genes with roles in processes such as cell growth and apoptosis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-482; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935276_hg19_wgEncodeSydhTfbsHelas3Stat3IggrabSig.bigWig
+GSM935334_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PBDEFetal; cell organism=human; cell description=peripheral blood-derived erythroblasts from 16-19 week human fetal liver; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001786; original_filename=GSM935334_hg19_wgEncodeSydhTfbsPbdefetalInputUcdSig.bigWig
+GSM777641_1	lab=UChicago; lab description=White - University of Chicago; data type=ChipSeq; data type description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=eGFP-GATA2; antibody antibody description=Goat polyclonal; antibody target description=GATA2; antibody vendor name=Kevin White; antibody vendor id=(None); control=Control_eGFP-GATA2; control description=This data represents a control being compared to experiments using antibody eGFP-GATA2; control=Control_eGFP-GATA2; control description=This data represents a control being compared to experiments using antibody eGFP-GATA2; control id=K562/Input/Control_eGFP-GATA2; replicate=1; replicate description=tier 1; original_filename=GSM777641_wgEncodeUchicagoTfbsK562Egata2ControlSig.bigWig
+GSM935491_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=4OHTAM_1uM_4hr; treatment description=4 hours with 1 uM 4-hydroxytamoxifen dissolved in ethanol (Struhl); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=Harvard_Control; control description=input library was prepared at Harvard.; control=Harvard_Control; control description=input library was prepared at Harvard.; controlid=wgEncodeEH002871; replicate=1; original_filename=GSM935491_hg19_wgEncodeSydhTfbsMcf10aesCmycTam14hHvdSig.bigWig
+GSM923448_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; labexpid=DS8837; phase=G1; phase description=Flow sorted, G1 phase corresponds to the first DNA content window; replicate=1; original_filename=GSM923448_hg19_wgEncodeUwRepliSeqK562S2PctSignalRep1.bigWig
+GSM864359_2	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=IFNg4h; treatment description=Interferon gamma treatment - 4 hours with 5 ng/ml (Crawford); controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864359_hg19_wgEncodeOpenChromFaireHelas3Ifng4hSig.bigWig
+GSM736618_1	cell=HRGEC; cell organism=human; cell description=Human Renal Glomerular Endothelial Cells; cell karyotype=Normal; cell lineage=Endothelial; cell sex=U; replicate=2; original_filename=GSM736618_hg19_wgEncodeUwDnaseHrgecRawRep2.bigWig
+GSM864360_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864360_hg19_wgEncodeOpenChromFaireGm12878BaseOverlapSignal.bigWig
+GSM935648_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Nrf1; antibody antibodydescription=Mouse monoclonal, Immunogen corresponding to amino acids 201-286 of Human NRF1. Antibody Target: NRF1; antibody targetdescription=NRF1 is the mammalian homolog to the erect wing (ewg) Drosophila protein that is required for proper development of the central nervous system and indirect flight muscles. In mammals NRF1 functions as a transcription factor that activates the expression of the EIF2S1 (EIF-alpha) gene. This protein links the transcriptional modulation of key metabolic genes to cellular growth and development, and has been implicated in the control of nuclear genes required for respiration, heme biosynthesis and mitochondrialDNA transcription and replication. NRF1 forms a homodimer and binds DNA as a dimer. NRF1 shows a nuclear localization and is expressed widely in embryonic, fetal and adult tissues. Phosphorylation of NRF1 enhances DNA binding.; antibody vendorname=Abcam; antibody vendorid=ab55744; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935648_hg19_wgEncodeSydhTfbsHepg2Nrf1IggrabSig.bigWig
+GSM765389_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHLF; cell organism=human; cell description=Normal Human Lung Fibroblasts; cell lineage=endoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=033WC; labexpid=LID8828; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765389_wgEncodeCshlLongRnaSeqNhlfCellLongnonpolyaPlusRawSigRep2.bigWig
+GSM945201_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000469; labexpid=DS11555; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945201_hg19_wgEncodeUwHistoneHelas3H3k4me3StdRawRep2.bigWig
+GSM923450_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12813; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9827; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923450_hg19_wgEncodeUwRepliSeqGm12813G1bPctSignalRep1.bigWig
+GSM803355_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL217; labexpid=SL207; replicate=1; replicate description=tier 1; original_filename=GSM803355_hg19_wgEncodeHaibTfbsGm12878Pol2Pcr2xRawRep1.bigWig
+GSM733722_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=H3K27me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendor name=Millipore; original_filename=GSM733722_hg19_wgEncodeBroadHistoneHmecH3k27me3StdSig.bigWig
+GSM977039_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMC; cell organism=human; cell description=Skeletal Striated Muscle Cells from two individuals, SkMC_9011302 SkMC_8121902.17 from M. pectoralis / Mm. intercostales; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=048WC; labexpid=LID47240; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977039_hg19_wgEncodeCshlShortRnaSeqSkmc812190217CellTapPlusRep2.bigWig
+GSM822300_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822300_hg19_wgEncodeOpenChromChipH1hescPol2BaseOverlapSignal.bigWig
+GSM973685_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N; labexpid=LID47043; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973685_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalTapMinusRep4.bigWig
+GSM897074_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=017WC; labexpid=LID20745; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897074_hg19_wgEncodeCshlShortRnaSeqAg04450CellShorttotalTapMinusRawRep2.bigWig
+GSM803342_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=BCL3; antibody antibodydescription=Bcl-3(C-14) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Bcl-3 of human origin. Recommended for detection of Bcl-3 of m, r and h origin by WB, IP, IF and ELISA.; antibody targetdescription=This gene is a proto-oncogene candidate. It is identified by its translocation into the immunoglobulin alpha-locus in some cases of B-cell leukemia. The protein encoded by this gene contains seven ankyrin repeats, which are most closely related to those found in I kappa B proteins. This protein functions as a transcriptional co-activator that activates through its association with NF-kappa B homodimers. The expression of this gene can be induced by NF-kappa B, which forms a part of the autoregulatory loop that controls the nuclear residence of p50 NF-kappa B. (Provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-185; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL3728; replicate=1; replicate description=tier 1; original_filename=GSM803342_hg19_wgEncodeHaibTfbsGm12878Bcl3V0416101RawRep1.bigWig
+GSM733652_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733652_hg19_wgEncodeBroadHistoneNhlfH3k9acStdSig.bigWig
+GSM935357_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=IFNg30; treatment description=Interferon gamma treatment - 30 minutes (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000611; labversion=remapped from hg18; replicate=1; original_filename=GSM935357_hg19_wgEncodeSydhTfbsHelas3InputIfng30StdSig.bigWig
+GSM935617_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH002070; replicate=1; original_filename=GSM935617_hg19_wgEncodeSydhTfbsPanc1InputUcdSig.bigWig
+GSM897083_8	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=021WC; labexpid=LID20749; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897083_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalTapPlusRawRep4.bigWig
+GSM935481_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol3; antibody antibodydescription=mouse monoclonal IgG1. Antibody Target: POL3; antibody targetdescription=RNA Polymerase III; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-21754; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935481_hg19_wgEncodeSydhTfbsK562Pol3StdSig.bigWig
+GSM977031_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48357,LID48358; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977031_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellPlusRawRep2.bigWig
+GSM736598_1	cell=AG10803; cell organism=Human; cell description=Adult human abdominal skin fibroblasts; cell lineage=mesoderm; cell sex=M; replicate=1; original_filename=GSM736598_hg19_wgEncodeUwDnaseAg10803RawRep1.bigWig
+GSM923424_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Jurkat; cell organism=human; cell description=T lymphoblastoid derived from an acute T cell leukemia, The Jurkat cell line was established from the peripheral blood of a 14 year old boy by Schneider et al., and was originally designated JM. - ATCC. (PMID: 68013); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL316; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923424_hg19_wgEncodeHaibRnaSeqJurkatRawRep2.bigWig
+GSM935600_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=E2F4; antibody antibodydescription=rabbit polyclonal. Antibody Target: E2F4; antibody targetdescription=mapping at the C-terminus of E2F4 of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-866; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Fragmented using Bioruptor, precipitated with StaphA (replicate 1) or protein A agarose beads (replicate 2), PeakSeq 1.0 (fdr 0.001) Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935600_hg19_wgEncodeSydhTfbsK562E2f4UcdSig.bigWig
+GSM945205_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM06990; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000455; labexpid=DS12191; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945205_hg19_wgEncodeUwHistoneGm06990H3k27me3StdRawRep1.bigWig
+GSM935293_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Mxi1_(AF4185); antibody antibodydescription=Goat IgG. Raised against E. coli-derived rhMxi1. Antibody Target: Mxi1; antibody targetdescription=Transcriptional repressor. Binds with MAX to form recognize the core sequence 5'-CAC[GA]TG-3', antagonizes MYC transcriptional activity by competing for MAX; antibody vendorname=R&D Systems; antibody vendorid=AF4185; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935293_hg19_wgEncodeSydhTfbsH1hescMxi1IggrabSig.bigWig
+GSM923444_10	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; labexpid=DS9021; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923444_hg19_wgEncodeUwRepliSeqBjS3PctSignalRep2.bigWig
+GSM973680_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045WC; labexpid=LID47262; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM973680_hg19_wgEncodeCshlShortRnaSeqImr90CellShorttotalTapPlusRep2.bigWig
+GSM945294_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000471; labexpid=DS11488; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945294_hg19_wgEncodeUwHistoneK562InputStdRawRep1.bigWig
+GSM849331_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011N; labexpid=J96; replicate=1; replicate description=tier 1; original_filename=GSM849331_hg19_wgEncodeRikenCageHelas3NucleusPapPlusSignalRep2.bigWig
+GSM935452_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12892; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000773; labversion=remapped from hg18, Illumina 2.0, low confidence sequences excluded; replicate=1; original_filename=GSM935452_hg19_wgEncodeSydhTfbsGm12892InputTnfaIggrabSig.bigWig
+GSM736512_1	cell=GM12865; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; replicate=1; original_filename=GSM736512_hg19_wgEncodeUwDnaseGm12865RawRep1.bigWig
+GSM897076_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=027N; labexpid=LID21001; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM897076_hg19_wgEncodeCshlShortRnaSeqNhekNucleusShorttotalTapPlusRawRep3.bigWig
+GSM923446_4	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS19717; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923446_hg19_wgEncodeUwRepliSeqHepg2S2PctSignalRep1.bigWig
+GSM830528_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0124N; labexpid=RHH004; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830528_hg19_wgEncodeGisRnaPetHelas3NucleusPapPlusRawRep1.bigWig
+GSM935595_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=BRF1; antibody antibodydescription=Rabbit polyclonal - Anti-BRF antibody 128 was raised by immunising rabbits with synthetic peptide KISSKINYSVLRGLS (human BRF residues 533-547) coupled to keyhole limpet haemocyanin. Antibody Target: BRF1; antibody targetdescription='B-related factor 1', subunit of RNA polymerase III transcription initiation factor IIIB; antibody vendorname=Donated by Dr. RJ White, The Beatson Institute for Cancer Research; antibody vendorid=128; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=Illumina 2.0, low confidence sequences excluded, fragmented with both a probe sonicator and a Misonix sonicator, and precipitated with protein A sepharose beads; replicate=1; original_filename=GSM935595_hg19_wgEncodeSydhTfbsK562Brf1StdSig.bigWig
+GSM945225_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Monocytes-CD14+_RO01746; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), Monocytes-CD14+_RO01746 and Monocytes-CD14+_RO01826 are being used as replicates, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002169; labexpid=DS18981; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945225_hg19_wgEncodeUwHistoneMonocd14ro1746H3k04me3StdRawRep1.bigWig
+GSM733675_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733675_hg19_wgEncodeBroadHistoneK562H4k20me1StdSig.bigWig
+GSM935362_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZKSCAN1_(HPA006672); antibody antibodydescription=Rabbit polyclonal, Immunogen: Zinc finger with KRAB and SCAN domain-containing protein 1 recombinant protein epitope signature tag (PrEST). Antibody Target: ZKSCAN1; antibody targetdescription=The ZKSCAN1 gene encodes a transcriptional regulator of the KRAB (Kruppel-associated box) subfamily of zinc finger proteins, which contain repeated Cys2-His2 (C2H2) zinc finger domains that are connected by conserved sequences, called H/C links. Transcriptional regulatory proteins containing tandemly repeated zinc finger domains are thought to be involved in both normal and abnormal cellular proliferation and differentiation.; antibody vendorname=Sigma-Aldrich; antibody vendorid=HPA006672; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935362_hg19_wgEncodeSydhTfbsHelas3Zkscan1hpa006672IggrabSig.bigWig
+GSM803495_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL2905; labexpid=SL2910; replicate=1; replicate description=tier 1; original_filename=GSM803495_hg19_wgEncodeHaibTfbsSknshraP300V0416102RawRep1.bigWig
+GSM782124_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HEK293; cell organism=human; cell description=embryonic kidney. (PMID: 11967234); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=TCF7L2; antibody antibodydescription=Rabbit monoclonal; antibody targetdescription=TCF7L2 (formerly known as TCF4) is a member of the high mobility group (HMG) DNA binding protein family of transcription factors which consists of the following: Lymphoid enhancer factor 1 (LEF1), T Cell Factor 1 (TCF1), TCF3 and TCF4; antibody vendorname=Cell Signaling Technology; antibody vendorid=2569S; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001777; replicate=1; replicate description=tier 1; original_filename=GSM782124_wgEncodeSydhTfbsHek293Tcf7l2UcdSig.bigWig
+GSM864352_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; controlid=HUVEC/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864352_hg19_wgEncodeOpenChromFaireHuvecBaseOverlapSignal.bigWig
+GSM765401_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=LID16631; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765401_wgEncodeCshlLongRnaSeqNhekCellPapPlusRawSigRep1.bigWig
+GSM765392_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025CH; labexpid=LID9185; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765392_wgEncodeCshlLongRnaSeqK562ChromatinTotalPlusRawSigRep3.bigWig
+GSM816641_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Huh-7; cell organism=human; cell description=Hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816641_hg19_wgEncodeOpenChromDnaseHuh7BaseOverlapSignal.bigWig
+GSM830991_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Santa cruz,166621X; original_filename=GSM830991_K562_ESET.bw
+GSM803394_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma. (PMID: 1140870); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL117; labexpid=SL117; replicate=1; replicate description=tier 1; original_filename=GSM803394_hg19_wgEncodeHaibTfbsPanc1RxlchPcr2xRawRep1.bigWig
+GSM935500_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=p300_(SC-584); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of p300 of human origin. Antibody Target: P300; antibody targetdescription=Encodes the adenovirus E1A-associated cellular p300 transcriptional co-activator protein. Functions as histone acetyltransferase and regulates transcription via chromatin remodeling. Acetylates all four core histones in nucleosomes. Mediates cAMP-gene regulation by binding specifically to phosphorylated CREB protein; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-584; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935500_hg19_wgEncodeSydhTfbsHelas3P300sc584sc584IggrabSig.bigWig
+GSM935285_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12892; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000773; labversion=remapped from hg18, Data paired with IgG_Control; replicate=1; original_filename=GSM935285_hg19_wgEncodeSydhTfbsGm12892NfkbTnfaIggrabSig.bigWig
+GSM935463_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=CtBP2; antibody antibodydescription=mouse monoclonal. Antibody Target: CtBP2; antibody targetdescription=C-terminal binding protein 2; antibody vendorname=BD Biosciences; antibody vendorid=612044; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001751; replicate=1; original_filename=GSM935463_hg19_wgEncodeSydhTfbsH1hescCtbp2UcdSig.bigWig
+GSM816668_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Gliobla; cell organism=human; cell description=glioblastoma, these cells (aka H54 and D54) come from a surgical resection from a patient with glioblastoma multiforme (WHO Grade IV). D54 is a commonly studied glioblastoma cell line (Bao et al., 2006) that has been thoroughly described by S Bigner (1981). (PMID: 7252524); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; controlid=Gliobla/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816668_hg19_wgEncodeOpenChromDnaseGlioblaSig.bigWig
+GSM849342_4	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=J80; replicate=1; replicate description=tier 1; original_filename=GSM849342_hg19_wgEncodeRikenCageHelas3CellPapPlusSignalRep2.bigWig
+GSM765401_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=007WC; labexpid=LID16631; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765401_wgEncodeCshlLongRnaSeqNhekCellPapMinusRawSigRep2.bigWig
+GSM736587_1	cell=Caco-2; cell organism=Human; cell description=colorectal adenocarcinoma. (PMID: 1939345); cell karyotype=cancer; cell sex=M; replicate=2; original_filename=GSM736587_hg19_wgEncodeUwDnaseCaco2RawRep2.bigWig
+GSM945326_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002544; labexpid=DS13778; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945326_hg19_wgEncodeUwHistoneH7esH3k27me3StdDiffa5dRawRep1.bigWig
+GSM849338_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=001N; labexpid=J91; replicate=1; replicate description=tier 1; original_filename=GSM849338_hg19_wgEncodeRikenCageK562NucleusPapMinusSignalRep2.bigWig
+GSM958748_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12892; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11039; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958748_hg19_wgEncodeCaltechRnaSeqGm12892R2x75Th1014Il200SigRep1V4.bigWig
+GSM765391_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=023WC; labexpid=LID8826; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765391_wgEncodeCshlLongRnaSeqHsmmCellLongnonpolyaPlusRawSigRep2.bigWig
+GSM973685_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N; labexpid=LID47043; readtype=1x101; readtype description=Single 101 nt reads; replicate=3; original_filename=GSM973685_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalTapPlusRep4.bigWig
+GSM803457_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=DEX_100nM; treatment description=1 h with 100 nM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL474; labexpid=SL1079; replicate=1; replicate description=tier 1; original_filename=GSM803457_hg19_wgEncodeHaibTfbsA549Usf1Pcr1xDex100nmRawRep2.bigWig
+GSM803434_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588).; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1613; labexpid=SL3579; replicate=1; replicate description=tier 1; original_filename=GSM803434_hg19_wgEncodeHaibTfbsGm12878Egr1V0416101RawRep2.bigWig
+GSM944523_1	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=ELAVL1; antibody antibodydescription=1) Mouse monocloanal vs HuR, Hel-N1, HuC and HuD of mus, rat, hum and Xenopus origin; 2) Rabbit polyclonal. Raised against synthetic peptide, amino acids 3-19 of HuR. Recommended for detection against ELAV1 in human and mouse origin. Antibody Target: ELAVL1; antibody targetdescription=(Embryonic lethal, abnormal vision, Drosophila)-like 1 (Huantigen R) (Homo sapiens); antibody vendorname=1) Santa Cruz Biotech; 2) Millipore; antibody vendorid=SC-5261; 07-1735 is recommended replacement for AB5831; labversion=SC_5261 antibody; replicate=1; original_filename=GSM944523_hg19_wgEncodeSunyRipSeqK562Elavl1SigRep1.bigWig
+GSM935539_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; replicate=1; original_filename=GSM935539_hg19_wgEncodeSydhTfbsK562MaxStdSig.bigWig
+GSM758565_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=029N,030N; labexpid=LID8690,LID8691; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758565_wgEncodeCshlLongRnaSeqHuvecNucleusPapMinusRawSigRep4.bigWig
+GSM830522_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0156C; labexpid=IHN011; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830522_hg19_wgEncodeGisRnaPetNhekCytosolPapMinusRawRep1.bigWig
+GSM816661_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=ProgFib; cell organism=human; cell description=fibroblasts, Hutchinson-Gilford progeria syndrome (cell line HGPS, HGADFN167, progeria research foundation); cell karyotype=unknown; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=ProgFib/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816661_hg19_wgEncodeOpenChromDnaseProgfibBaseOverlapSignal.bigWig
+GSM803398_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12891; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=PU.1; antibody antibodydescription=Rabbit Polyclonal IgG; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22805; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL817; labexpid=SL977; replicate=1; replicate description=tier 1; original_filename=GSM803398_hg19_wgEncodeHaibTfbsGm12891Pu1Pcr1xRawRep2.bigWig
+GSM935282_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM18505; cell organism=human; cell description=lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=TNFa; treatment description=human recombinant TNF-alpha from eBioscience [product# 14-8329-62] (Snyder); antibody=NFKB; antibody antibodydescription=Rabbit polyclonal. Antibody Target: NFKB; antibody targetdescription=Epitope mapping at the C-terminus of NF-kappa-B p65 of human origin, recommended for detection of NFkB p65 of m, r and h origin by WB, IP, IF and ELISA; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-372; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000775; labversion=remapped from hg18, Data paired with GM18505_IgG_Control; replicate=1; original_filename=GSM935282_hg19_wgEncodeSydhTfbsGm18505NfkbTnfaIggrabSig.bigWig
+GSM733709_1	cell=NHDF-Ad; cell organism=Human; cell description=Adult Normal Human Dermal Fibroblasts; cell sex=F; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733709_hg19_wgEncodeBroadHistoneNhdfadH3k9acStdSig.bigWig
+GSM822292_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=GM12878/Input; labversion=align_on_cluster_bwa.pl v 1; original_filename=GSM822292_hg19_wgEncodeOpenChromChipGm12878InputSig.bigWig
+GSM749717_1	cell=HPF; cell organism=Human; cell description=Human Pulmonary Fibroblasts isolated from lung tissue; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749717_hg19_wgEncodeUwTfbsHpfCtcfStdRawRep2.bigWig
+GSM733730_1	cell=HSMM; cell organism=Human; cell description=Normal Human Skeletal Muscle Myoblasts; cell karyotype=normal; cell sex=B; antibody=H3K9me3; antibody description=rabbit polyclonal, ChIP grade; antibody target description=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendor name=Abcam; original_filename=GSM733730_hg19_wgEncodeBroadHistoneHsmmH3k9me3StdSig.bigWig
+GSM822310_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=K562/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822310_hg19_wgEncodeOpenChromChipK562CmycBaseOverlapSignal.bigWig
+GSM733677_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733677_hg19_wgEncodeBroadHistoneGm12878H3k9acStdSig.bigWig
+GSM945325_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=diffProtA_2d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 2 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002543; labexpid=DS14645; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945325_hg19_wgEncodeUwHistoneH7esH3k27me3StdDiffa2dRawRep1.bigWig
+GSM935441_1	lab=Harvard; lab description=Struhl - Harvard University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF10A-Er-Src; cell organism=human; cell description=mammary gland, non-tumorigenic epithelial, inducible cell line, derived from the MCF-10A parental cells and contain ER-Src, a derivative of the Src kinase oncoprotein (v-Src) that is fused to the ligand-binding domain of the estrogen receptor (ER); cell karyotype=normal; cell lineage=ectoderm; cell sex=F; treatment=EtOH_0.01pct; treatment description=36 h with 0.01% Ethanol (Snyder); antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=Harvard_Control; control description=input library was prepared at Harvard.; control=Harvard_Control; control description=input library was prepared at Harvard.; controlid=wgEncodeEH002871; replicate=1; original_filename=GSM935441_hg19_wgEncodeSydhTfbsMcf10aesCmycEtoh01HvdSig.bigWig
+GSM935382_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=RFX5_(200-401-194); antibody antibodydescription=Rabbit polyclonal against RFX5 peptide corresponding to a region at amino acids 320 to 494 of the human protein conjugated to Keyhole Limpet Hemocyanin. Antibody Target: RFX5; antibody targetdescription=Activates transcription from class II MHC promoters. Recognizes X-boxes. Mediates cooperative binding betweenRFX and NF-Y. RFX binds the X1 box of MHC-II promoters; antibody vendorname=Rockland Immunochemicals; antibody vendorid=200-401-194; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935382_hg19_wgEncodeSydhTfbsH1hescRfx5200401194IggrabSig.bigWig
+GSM749740_1	cell=GM12865; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749740_hg19_wgEncodeUwTfbsGm12865CtcfStdRawRep1.bigWig
+GSM923445_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; labexpid=DS9947; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923445_hg19_wgEncodeUwRepliSeqNhekG1bPctSignalRep1.bigWig
+GSM923453_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=BG02ES; cell organism=human; cell description=embryonic stem cell (hESC), BG02, treatment: H9 conditioned medium; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; labexpid=DS9027; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923453_hg19_wgEncodeUwRepliSeqBg02esG1bPctSignalRep1.bigWig
+GSM923447_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labexpid=DS17625; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923447_hg19_wgEncodeUwRepliSeqImr90SumSignalRep1.bigWig
+GSM777644_1	lab=UChicago; lab description=White - University of Chicago; data type=ChipSeq; data type description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=eGFP-FOS; antibody antibody description=Goat polyclonal; antibody target description=Fos; antibody vendor name=Kevin White; antibody vendor id=(None); control=Control_eGFP-FOS; control description=This data represents a control being compared to experiments using antibody eGFP-FOS; control=Control_eGFP-FOS; control description=This data represents a control being compared to experiments using antibody eGFP-FOS; control id=K562/Input/Control_eGFP-FOS; replicate=1; replicate description=tier 1; original_filename=GSM777644_wgEncodeUchicagoTfbsK562EfosControlSig.bigWig
+GSM945195_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CD20+_RO01794; cell organism=human; cell description=B cells, African American, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002172; labexpid=DS18982; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945195_hg19_wgEncodeUwHistoneCd20ro01794InputStdRawRep1.bigWig
+GSM945305_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCM; cell organism=human; cell description=cardiac myocytes; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000946; labexpid=DS15916; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945305_hg19_wgEncodeUwHistoneHcmInputStdRawRep1.bigWig
+GSM935565_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=RFX5_(200-401-194); antibody antibodydescription=Rabbit polyclonal against RFX5 peptide corresponding to a region at amino acids 320 to 494 of the human protein conjugated to Keyhole Limpet Hemocyanin. Antibody Target: RFX5; antibody targetdescription=Activates transcription from class II MHC promoters. Recognizes X-boxes. Mediates cooperative binding betweenRFX and NF-Y. RFX binds the X1 box of MHC-II promoters; antibody vendorname=Rockland Immunochemicals; antibody vendorid=200-401-194; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935565_hg19_wgEncodeSydhTfbsK562Rfx5IggrabSig.bigWig
+GSM803508_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin.; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL1613; labexpid=SL1269; replicate=1; replicate description=tier 1; original_filename=GSM803508_hg19_wgEncodeHaibTfbsGm12878Atf3Pcr1xRawRep1.bigWig
+GSM923439_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12812; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS9820; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923439_hg19_wgEncodeUwRepliSeqGm12812G1bPctSignalRep1.bigWig
+GSM749775_1	cell=HL-60; cell organism=Human; cell description=Human promyelocytic leukemia cells. (PMID: 276884); cell karyotype=cancer; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749775_hg19_wgEncodeUwTfbsHl60InputStdRawRep1.bigWig
+GSM945242_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HAc; cell organism=human; cell description=astrocytes-cerebellar; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002165; labexpid=DS18315; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945242_hg19_wgEncodeUwHistoneHacH3k04me3StdRawRep2.bigWig
+GSM803438_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=POU5F1_(SC-9081); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 1-134 of Oct3/4 of human origin.; antibody targetdescription=This gene encodes a transcription factor containing a POU homeodomain.  This transcription factor plays a role in embryonic development, especially during early embryogenesis, and it is necessary for embryonic stem cell pluripotency.  A translocation of this gene with the Ewing's sarcoma gene, t(6;22)(p21;q12), has been linked to tumor formation.  Alternative splicing, as well as usage of alternative translation initiation codons, results in multiple isoforms, one of which initiates at a non-AUG (CUG) start codon.  Related pseudogenes have been identified on chromosomes 1, 3, 8, 10, and 12 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9081; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1398; labexpid=SL2548; replicate=1; replicate description=tier 1; original_filename=GSM803438_hg19_wgEncodeHaibTfbsH1hescPou5f1sc9081V0416102RawRep1.bigWig
+GSM944526_1	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=T7Tag; antibody antibodydescription=1) Mil AB3790 Anti-t7 Epitope tag, T7 (MASMTGGQQMG) 2) Novagen 69522 Negative Control Ab (T7 Tag Mouse Monoclonal). Antibody Target: T7Tag; antibody targetdescription=Negative Control Ab (T7 Tag Mouse Monoclonal).; antibody vendorname=1)Millipore; 2)Novagen; antibody vendorid=AB3790; Nov_69522; labversion=Nov_69522 antibody; replicate=1; original_filename=GSM944526_hg19_wgEncodeSunyRipSeqK562T7tagSigRep1.bigWig
+GSM897073_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=005WC; labexpid=LID20905; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897073_hg19_wgEncodeCshlShortRnaSeqH1hescCellShorttotalTapPlusRawRep1.bigWig
+GSM830530_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=RHH014; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830530_hg19_wgEncodeGisRnaPetHelas3CellPapMinusRawRep2.bigWig
+GSM736604_1	cell=NB4; cell organism=Human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell sex=U; replicate=1; original_filename=GSM736604_hg19_wgEncodeUwDnaseNb4RawRep1.bigWig
+GSM822281_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Fibrobl; cell organism=human; cell description=Normal child fibroblast, donor sex: female; cell karyotype=normal; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=Fibrobl/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822281_hg19_wgEncodeOpenChromChipFibroblCtcfBaseOverlapSignal.bigWig
+GSM803365_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL969; labexpid=SL978; replicate=1; replicate description=tier 1; original_filename=GSM803365_hg19_wgEncodeHaibTfbsH1hescNrsfV0416102RawRep1.bigWig
+GSM803431_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL2941; replicate=1; replicate description=tier 1; original_filename=GSM803431_hg19_wgEncodeHaibTfbsK562Taf1V0416101RawRep2.bigWig
+GSM803456_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL475; labexpid=SL1205; replicate=1; replicate description=tier 1; original_filename=GSM803456_hg19_wgEncodeHaibTfbsA549Ctcfsc5916Pcr1xEtoh02RawRep1.bigWig
+GSM864349_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=GM12891; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864349_hg19_wgEncodeOpenChromFaireGm12891BaseOverlapSignal.bigWig
+GSM765403_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011N; labexpid=LID8559; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765403_wgEncodeCshlLongRnaSeqHelas3NucleusPapPlusRawSigRep1.bigWig
+GSM803454_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL592; labexpid=SL610; replicate=1; replicate description=tier 1; original_filename=GSM803454_hg19_wgEncodeHaibTfbsHelas3GabpPcr1xRawRep1.bigWig
+GSM945176_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04449; cell organism=human; cell description=fetal buttock/thigh fibroblast; cell karyotype=normal; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000928; labexpid=DS15908; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945176_hg19_wgEncodeUwHistoneAg04449InputStdRawRep1.bigWig
+GSM973664_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C,088C; labexpid=LID46062,LID46063; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973664_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalMinusRep4.bigWig
+GSM777637_1	lab=UChicago; lab description=White - University of Chicago; data type=ChipSeq; data type description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=eGFP-NR4A1; antibody antibody description=Goat polyclonal; antibody target description=NR4A1; antibody vendor name=Kevin White; antibody vendor id=(None); control=Control_eGFP-NR4A1; control description=This data represents a control being compared to experiments using antibody eGFP-NR4A1; control=Control_eGFP-NR4A1; control description=This data represents a control being compared to experiments using antibody eGFP-NR4A1; control id=K562/Input/Control_eGFP-NR4A1; replicate=1; replicate description=tier 1; original_filename=GSM777637_wgEncodeUchicagoTfbsK562Enr4a1ControlSig.bigWig
+GSM958735_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10881; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958735_hg19_wgEncodeCaltechRnaSeqHelas3R2x75Th1014Il200SigRep2V4.bigWig
+GSM935278_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000780; replicate=1; original_filename=GSM935278_hg19_wgEncodeSydhTfbsHuvecCjunStdSig.bigWig
+GSM831016_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Abcam,ab5131; original_filename=GSM831016_K562_RNAPIIS5P.bw
+GSM733642_1	cell=GM12878; cell organism=Human; cell description=lymphoblastoid; cell karyotype=relatively normal; cell lineage=International HapMap Project - CEPH/Utah - European Caucasion; Epstein-Barr Virus; cell sex=F; antibody=H4K20me1; antibody description=rabbit polyclonal; antibody target description=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendor name=Abcam; original_filename=GSM733642_hg19_wgEncodeBroadHistoneGm12878H4k20me1StdSig.bigWig
+GSM733669_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K79me2; antibody description=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation; antibody target description=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendor name=Active Motif; original_filename=GSM733669_hg19_wgEncodeBroadHistoneHelas3H3k79me2StdSig.bigWig
+GSM935288_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=U2OS; cell organism=human; cell description=osteosarcoma from the tibia of a 15 year old, J. Ponten and E. Saksela derived this line (originally 2T) in 1964 from a moderately differentiated sarcoma, viruses were not detected during co-cultivation with WI-38 cells or in CF tests against SV40, RSV or adenoviruses, mycoplasma contamination was detected and eliminated in 1972, (PMID: 6081590); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000916; original_filename=GSM935288_hg19_wgEncodeSydhTfbsU2osInputUcdSig.bigWig
+GSM736548_1	cell=HRE; cell organism=Human; cell description=Human Renal Epithelial cells (normal); cell karyotype=normal; cell lineage=mesoderm; cell sex=U; replicate=2; original_filename=GSM736548_hg19_wgEncodeUwDnaseHreRawRep2.bigWig
+GSM849300_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12868; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12868/None/Input/std; labexpid=DS10996; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849300_hg19_wgEncodeUwTfbsGm12868CtcfStdRawRep1.bigWig
+GSM849337_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0149N; labexpid=I23; original_filename=GSM849337_hg19_wgEncodeRikenCageK562NucleusPamMinusSignal.bigWig
+GSM803357_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=GR; antibody antibodydescription=Rabbit Polyclonal; antibody targetdescription=Glucocorticoid Receptor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1004; treatment=DEX_500pM; treatment description=1 h with 500 pM DEX (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL878; labexpid=SL884; replicate=1; replicate description=tier 1; original_filename=GSM803357_hg19_wgEncodeHaibTfbsA549GrPcr1xDex500pmRawRep1.bigWig
+GSM749751_1	cell=HPAF; cell organism=Human; cell description=Human Pulmonary Artery Fibroblasts; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749751_hg19_wgEncodeUwTfbsHpafCtcfStdRawRep2.bigWig
+GSM816664_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=CLL; cell organism=human; cell description=chronic lymphocytic leukemia cell, T-cell lymphocyte; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816664_hg19_wgEncodeOpenChromDnaseCllBaseOverlapSignal.bigWig
+GSM822284_2	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=HepG2/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822284_hg19_wgEncodeOpenChromChipHepg2Pol2Sig.bigWig
+GSM977039_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMC; cell organism=human; cell description=Skeletal Striated Muscle Cells from two individuals, SkMC_9011302 SkMC_8121902.17 from M. pectoralis / Mm. intercostales; cell karyotype=normal; cell lineage=missing; cell sex=B; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=048WC; labexpid=LID47240; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977039_hg19_wgEncodeCshlShortRnaSeqSkmc812190217CellTapMinusRep2.bigWig
+GSM758566_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=005WC,006WC; labexpid=LID8461,LID8462; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758566_wgEncodeCshlLongRnaSeqH1hescCellPapPlusRawSigRep2.bigWig
+GSM749760_1	cell=MCF-7; cell organism=Human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749760_hg19_wgEncodeUwTfbsMcf7InputStdRawRep1.bigWig
+GSM803523_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin.; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2945; replicate=1; replicate description=tier 1; original_filename=GSM803523_hg19_wgEncodeHaibTfbsK562MaxV0416102RawRep2.bigWig
+GSM803422_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=Estradiol_10nM; treatment description=1 h with 10 nM Estradiol  (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1034; labexpid=SL1011; replicate=1; replicate description=tier 1; original_filename=GSM803422_hg19_wgEncodeHaibTfbsEcc1EralphaaV0416102Est10nm1hRawRep1.bigWig
+GSM733713_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=H3K9ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure.; antibody vendor name=Abcam; original_filename=GSM733713_hg19_wgEncodeBroadHistoneHmecH3k9acStdSig.bigWig
+GSM864348_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; controlid=HeLa-S3/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864348_hg19_wgEncodeOpenChromFaireHelas3BaseOverlapSignal.bigWig
+GSM822297_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822297_hg19_wgEncodeOpenChromChipH1hescCtcfBaseOverlapSignal.bigWig
+GSM958740_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; readtype=1x75D; readtype description=Single 75 nt directed reads; insertlength=None; insertlength description=No special treatment or protocol applies; treatment=None; treatment description=No special treatment or protocol applies; labexpid=11210; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=1x75D; readtype description=Single 75 nt directed reads; replicate=1; original_filename=GSM958740_hg19_wgEncodeCaltechRnaSeqHepg2R1x75dTh1014UMinusRawRep1V4.bigWig
+GSM973662_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CD34+_Mobilized; cell organism=human; cell description=hematopoietic progenitor cells- mobilized, from donor RO01679.; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=043WC; labexpid=LID46197; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973662_hg19_wgEncodeCshlShortRnaSeqCd34mobilizedCellTapMinusRep1.bigWig
+GSM749749_1	cell=HUVEC; cell organism=Human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749749_hg19_wgEncodeUwTfbsHuvecCtcfStdRawRep2.bigWig
+GSM733693_1	cell=HepG2; cell organism=Human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733693_hg19_wgEncodeBroadHistoneHepg2H3k4me2StdSig.bigWig
+GSM733666_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733666_hg19_wgEncodeBroadHistoneHsmmtH3k27acStdSig.bigWig
+GSM973676_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089WC,090WC; labexpid=LID46458,LID46459; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973676_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalCiptapPlusRep3.bigWig
+GSM803421_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1034; labexpid=SL1034; replicate=1; replicate description=tier 1; original_filename=GSM803421_hg19_wgEncodeHaibTfbsEcc1EralphaaV0416102Dm002p1hRawRep2.bigWig
+GSM733698_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733698_hg19_wgEncodeBroadHistoneNhekH3k4me1StdSig.bigWig
+GSM935581_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=GTF2F1_(AB28179); antibody antibodydescription=Rabbit polyclonal to TFIIF - Recombinant full length protein - RAP 74 subunit of TF11F. Antibody Target: GTF2F1; antibody targetdescription=RNA polymerase II transcription factor TFIIF is a heterodimer with 2 subunits: one, referred to as RAP74. TFIIF appears to assist TFIIB in recruiting RNA polymerase II into a preinitiation complex. It also affects RNA transcription by suppressing transient pausing of the polymerase at locations on the DNA template.; antibody vendorname=Abcam; antibody vendorid=ab28179; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001834; replicate=1; original_filename=GSM935581_hg19_wgEncodeSydhTfbsH1hescGtf2f1IggrabSig.bigWig
+GSM935290_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; replicate=1; original_filename=GSM935290_hg19_wgEncodeSydhTfbsHelas3MafkIggrabSig.bigWig
+GSM749709_1	cell=HPAF; cell organism=Human; cell description=Human Pulmonary Artery Fibroblasts; cell sex=U; antibody=Input; replicate=1; original_filename=GSM749709_hg19_wgEncodeUwTfbsHpafInputStdRawRep1.bigWig
+GSM945179_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM06990; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000455; labexpid=DS11521; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945179_hg19_wgEncodeUwHistoneGm06990H3k4me3StdRawRep2.bigWig
+GSM733740_1	cell=NHEK; cell organism=Human; cell description=Normal Human Epidermal Keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=F; antibody=Control; original_filename=GSM733740_hg19_wgEncodeBroadHistoneNhekControlStdSig.bigWig
+GSM897083_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=021WC; labexpid=LID20749; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897083_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalTapMinusRawRep3.bigWig
+GSM897085_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=013N; labexpid=LID44462; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897085_hg19_wgEncodeCshlShortRnaSeqHepg2NucleusShorttotalTapMinusRawRep1.bigWig
+GSM803421_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ECC-1; cell organism=human; cell description=ECC-1 is a human epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% DMSO (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1034; labexpid=SL1034; replicate=1; replicate description=tier 1; original_filename=GSM803421_hg19_wgEncodeHaibTfbsEcc1EralphaaV0416102Dm002p1hRawRep1.bigWig
+GSM935425_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=XRCC4; antibody antibodydescription=Rabbit polyclonal. Antibody Target: XRCC4; antibody targetdescription=Recognizes the XRCC4 protein (X ray cross complementation protein). XRCC4 is a ubiquitous protein reported to have a role in DNA double-stranded break repair and in V(D)J recombination.; antibody vendorname=Abcam; antibody vendorid=ab145; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000615; labversion=Contains incomplete fastq files; replicate=1; original_filename=GSM935425_hg19_wgEncodeSydhTfbsK562Xrcc4StdSig.bigWig
+GSM849364_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=015WC; labexpid=K07; replicate=1; replicate description=tier 1; original_filename=GSM849364_hg19_wgEncodeRikenCageMcf7CellPapMinusSignalRep1.bigWig
+GSM945293_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HMF; cell organism=human; cell description=mammary fibroblasts; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000956; labexpid=DS16174; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945293_hg19_wgEncodeUwHistoneHmfInputStdRawRep1.bigWig
+GSM803368_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL294; labexpid=SL348; replicate=1; replicate description=tier 1; original_filename=GSM803368_hg19_wgEncodeHaibTfbsHepg2Pol2Pcr2xRawRep2.bigWig
+GSM830997_1	cell type=K562 erythrocytic leukaemia cells (ATCC CCL-243); chip antibody=Bethyl,A301.341A; original_filename=GSM830997_K562_HDAC6_1.bw
+GSM767852_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003C; labexpid=LID18547; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767852_wgEncodeCshlLongRnaSeqGm12878CytosolLongnonpolyaMinusRawSigRep2.bigWig
+GSM864353_1	lab=UNC; lab description=Lieb - University of North Carolina; datatype=FaireSeq; datatype description=FAIRE followed by sequencing; cell=Urothelia; cell organism=human; cell description=primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene; cell karyotype=normal; cell sex=F; controlid=generic_female; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM864353_hg19_wgEncodeOpenChromFaireUrotsaBaseOverlapSignal.bigWig
+GSM767844_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=001N; labexpid=LID9195; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767844_wgEncodeCshlLongRnaSeqK562NucleusLongnonpolyaMinusRawSigRep1.bigWig
+GSM935439_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=COREST_(sc-30189); antibody antibodydescription=Rabbit polyclonal, epitope corresponding to amino acids 246-310 mapping within an internal region of CoREST of human origin recommended for detection of CoREST of mouse, rat and human origin. Antibody Target: COREST (sc30189); antibody targetdescription=Essential component of the BHC complex, a corepressor complex that represses transcription of neuron-specific genes in non-neuronal cells.  In the BHC complex, it serves as a molecular beacon for the recruitment of molecular machinery, including MeCP2 and SUV39H1, that imposes silencing across a chromosomal interval. Plays a central role in demethylation of Lys-4 of histone H3 by promoting demethylase activity of KDM1A on core histones and nucleosomal substrates.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-30189; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; replicate=1; original_filename=GSM935439_hg19_wgEncodeSydhTfbsK562Corestsc30189IggrabSig.bigWig
+GSM935375_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=EBF1_(SC-137065); antibody antibodydescription=Mouse monoclonal IgG, raised against a.a. 1-300 mapping at the N-terminus of EBF of human origin. Antibody Target: EBF1; antibody targetdescription=Early B-cell factor 1.  Transcriptional activator which recognizes variations of the palindromic sequence 5'-ATTCCCNNGGGAATT-3' (By similarity).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-137065; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; replicate=1; original_filename=GSM935375_hg19_wgEncodeSydhTfbsGm12878Ebf1sc137065StdSig.bigWig
+GSM831026_1	cell type=H1 ES cells were grown in TeSR media on Matrigel (Cellular Dynamics); chip antibody=Bethyl,A301-218A; original_filename=GSM831026_H1_CHD1_2.bw
+GSM803471_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=HDAC2_(SC-6296); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin.; antibody targetdescription=This gene product belongs to the histone deacetylase family.  Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6296; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2952; replicate=1; replicate description=tier 1; original_filename=GSM803471_hg19_wgEncodeHaibTfbsK562Hdac2sc6296V0416102RawRep1.bigWig
+GSM765398_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=007WC; labexpid=LID8665; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM765398_wgEncodeCshlLongRnaSeqNhekCellLongnonpolyaMinusRawSigRep5.bigWig
+GSM935348_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001751; replicate=1; original_filename=GSM935348_hg19_wgEncodeSydhTfbsH1hescMaxUcdSig.bigWig
+GSM736523_1	cell=HMVEC-dBl-Ad; cell organism=Human; cell description=Normal Adult Human Blood Microvascular Endothelial Cells, Dermal-Derived; cell sex=F; replicate=2; original_filename=GSM736523_hg19_wgEncodeUwDnaseHmvecdbladRawRep2.bigWig
+GSM973683_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087N,088N; labexpid=LID46060,LID46061; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973683_hg19_wgEncodeCshlShortRnaSeqA549NucleusShorttotalMinusRep3.bigWig
+GSM822288_1	lab=UT-A; lab description=Iyer - University of Texas at Austin; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=A549/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM822288_hg19_wgEncodeOpenChromChipA549Pol2BaseOverlapSignal.bigWig
+GSM830536_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=chromatin; localization description=Nuclear DNA and associated proteins; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=gen0135CH; labexpid=PHK001; labversion=clone-based; replicate=1; replicate description=tier 1; original_filename=GSM830536_hg19_wgEncodeGisRnaPetK562ChromatinTotalMinusRawSigRep1.bigWig
+GSM935651_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=IRF3; antibody antibodydescription=Rabbit polyclonal; epitope corresponding to amino acids 1-425 of IRF-3 of human origin. Antibody Target: IRF3; antibody targetdescription=Mediates interferon-stimulated response element (ISRE) promoter activation. DsRNA leads to IRF3 phosphorylation on the C-terminal serine/threonine cluster. This induces a conformational change, leading to its dimerization, nuclear localization and association with CREB binding protein (CREBBP) to form dsRNA-activated factor 1 (DRAF1), a complex which activates the transcription of genes under the control of ISRE.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9082; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935651_hg19_wgEncodeSydhTfbsGm12878Irf3IggmusSig.bigWig
+GSM803469_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=E2F6; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin.; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22823; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1396; labexpid=SL2948; replicate=1; replicate description=tier 1; original_filename=GSM803469_hg19_wgEncodeHaibTfbsK562E2f6sc22823V0416102RawRep2.bigWig
+GSM736561_1	cell=GM12865; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; replicate=2; original_filename=GSM736561_hg19_wgEncodeUwDnaseGm12865RawRep2.bigWig
+GSM977037_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HCH; cell organism=human; cell description=Undifferentiated Chondrocytes from two individuals, HCH_8100808.2 and HCH_0011308.2P from knee joint; cell karyotype=normal; cell lineage=missing; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=059WC; labexpid=LID47475; readtype=1x101; readtype description=Single 101 nt reads; replicate=1; original_filename=GSM977037_hg19_wgEncodeCshlShortRnaSeqHch81008082CellShorttotalTapPlusRep2.bigWig
+GSM767857_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=029N; labexpid=LID9206; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM767857_wgEncodeCshlLongRnaSeqHuvecNucleusLongnonpolyaMinusRawSigRep4.bigWig
+GSM733684_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733684_hg19_wgEncodeBroadHistoneHelas3H3k27acStdSig.bigWig
+GSM733691_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K27ac; antibody description=rabbit polyclonal; antibody target description=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendor name=Abcam; original_filename=GSM733691_hg19_wgEncodeBroadHistoneHuvecH3k27acStdSig.bigWig
+GSM672835_1	cell=K562; cell organism=Human; cell description=leukemia; cell karyotype=cancer; cell lineage=The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell sex=F; localization=cytosol; rnaextract=longPolyA; replicate=2; original_filename=GSM672835_hg19_wgEncodeGisRnaSeqK562CytosolPapMinusRawRep2.bigWig
+GSM923451_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS9806; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923451_hg19_wgEncodeUwRepliSeqGm12878G2PctSignalRep1.bigWig
+GSM607492_1	cell line=K562; harvest date=2010-04-22; chip antibody=abcam goat anti-KAP1; vendor=Abcam; catalog#=ab3831; lot#=847213; original_filename=GSM607492_K562_KAP1.bigWIG
+GSM767852_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003C; labexpid=LID18547; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767852_wgEncodeCshlLongRnaSeqGm12878CytosolLongnonpolyaMinusRawSigRep1.bigWig
+GSM935327_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HEK293-T-REx; cell organism=human; cell description=embryonic kidney cells transformed with Adenovirus 5 DNA stably expressing tetracycline repressor, HEK293 (ATCC number CRL-1573) is the parental cell line, hypotriploid, XXX; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001784; original_filename=GSM935327_hg19_wgEncodeSydhTfbsHek293tInputUcdSig.bigWig
+GSM973676_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089WC,090WC; labexpid=LID46458,LID46459; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973676_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalCiptapMinusRep3.bigWig
+GSM849334_1	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013N; labexpid=J98; replicate=1; replicate description=tier 1; original_filename=GSM849334_hg19_wgEncodeRikenCageHepg2NucleusPapMinusSignalRep1.bigWig
+GSM935549_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=IFNg6h; treatment description=Interferon gamma treatment - 6 hours (Snyder); antibody=IRF1; antibody antibodydescription=IRF-1 (C-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of IRF-1 of human origin. Antibody Target: IRF1; antibody targetdescription=Interferon regulatory factor 1 is a member of the interferon regulatory transcription factor (IRF) family. IRF1 serves as an activator of interferons alpha and beta transcription and also functions as a transcription activator of genes induced by interferons alpha, beta, and gamma. IRF1 has been shown to play roles in regulating apoptosis and tumor suppression.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-497; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000658; replicate=1; original_filename=GSM935549_hg19_wgEncodeSydhTfbsK562Irf1Ifng6hStdSig.bigWig
+GSM749724_1	cell=GM12875; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=Input; replicate=1; original_filename=GSM749724_hg19_wgEncodeUwTfbsGm12875InputStdRawRep1.bigWig
+GSM935492_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=WHIP; antibody antibodydescription=Rabbit polyclonal; Immunogen:Synthetic peptide: SRESYDAPPTPSGAC conjugated to KLH, corresponding to amino acids 107-120 of Human WHIP. Antibody Target: WHIP; antibody targetdescription=Interacts with the N-terminal portion of Werner protein containing the exonuclease domain, shows homology to replication factor C family proteins, and is conserved from E. coli to human. Studies in yeast suggest that this gene may influence the aging process. Functions as a modulator for initiation or reinitiation events during DNA polymerase delta-mediated DNA synthesis. Has an intrinsic ATPase activity that functions as a sensor of DNA damage or of arrested replication forks and regulates the extent of DNA synthesis.; antibody vendorname=Abcam; antibody vendorid=ab4731; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; replicate=1; original_filename=GSM935492_hg19_wgEncodeSydhTfbsGm12878WhipIggmusSig.bigWig
+GSM749672_1	cell=Jurkat; cell organism=Human; cell description=T lymphoblastoid derived from an acute T cell leukemia, The Jurkat cell line was established from the peripheral blood of a 14 year old boy by Schneider et al., and was originally designated JM. - ATCC. (PMID: 68013); cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; antibody=Input; replicate=1; original_filename=GSM749672_hg19_wgEncodeUwTfbsJurkatInputStdRawRep1.bigWig
+GSM923422_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=epithelia; cell sex=F; treatment=BPA_100nM_4hr; treatment description=4 h with 100 nM Bisphenol A (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1552; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923422_hg19_wgEncodeHaibRnaSeqEcc1Bpa14hRawRep1.bigWig
+GSM945301_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Monocytes-CD14+_RO01746; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), Monocytes-CD14+_RO01746 and Monocytes-CD14+_RO01826 are being used as replicates, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002169; labexpid=DS19094; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945301_hg19_wgEncodeUwHistoneMonocd14ro1746H3k27me3StdRawRep1.bigWig
+GSM849356_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=006C; labexpid=J86; replicate=2; replicate description=tier 2; original_filename=GSM849356_hg19_wgEncodeRikenCageH1hescCytosolPapPlusSignalRep2.bigWig
+GSM849300_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12868; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12868/None/Input/std; labexpid=DS10996; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849300_hg19_wgEncodeUwTfbsGm12868CtcfStdRawRep2.bigWig
+GSM803374_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=T-47D; cell organism=human; cell description=T-47D is a human epithelial cell line derived from an mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-543; treatment=Genistein_100nM; treatment description=1 h with 100 nM Genistein   (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1216; labexpid=SL1218; labversion=Genestein 100nM treatment; replicate=1; replicate description=tier 1; original_filename=GSM803374_hg19_wgEncodeHaibTfbsT47dEralphaaV0416102Gen1hRawRep2.bigWig
+GSM749705_1	cell=GM06990; cell organism=Human; cell description=Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=2; original_filename=GSM749705_hg19_wgEncodeUwTfbsGm06990CtcfStdRawRep2.bigWig
+GSM945183_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000926; labexpid=DS13428; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945183_hg19_wgEncodeUwHistoneH7esH3k27me3StdRawRep2.bigWig
+GSM803509_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=BCLAF1_(SC-101388); antibody antibodydescription=Mouse monoclonal IgG, raised against a synthetic peptide corresponding to a.a. 900-909 of BCLAF1 of human origin.; antibody targetdescription=This gene encodes a transcriptional repressor that interacts with several members of the BCL2 family of proteins. Overexpression of this protein induces apoptosis, which can be suppressed by co-expression of BCL2 proteins (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101388; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1395; labexpid=SL1509; replicate=1; replicate description=tier 1; original_filename=GSM803509_hg19_wgEncodeHaibTfbsGm12878Bclaf101388V0416101RawRep1.bigWig
+GSM935540_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA-1; antibody antibodydescription=Anti-GATA-1 rabbit polyclonal antibody was generated by using a purified GST fusion to amino acids 1-89 of mouse GATA-1. Antibody Target: GATA1; antibody targetdescription=GATA-1 is a transcriptional activator which probably serves as a general switch factor for erythroid development. It binds to DNA sites with the consensus sequence [AT]GATA[AG} within regulatory regions of globin genes and of other genes expressed in erythroid cells.; antibody vendorname=Donated by Dr. E.H. Bresnick, UW Madison; antibody vendorid=GATA-1; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Fragmented using Bioruptor, precipitated with protein A agarose beads,; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935540_hg19_wgEncodeSydhTfbsK562Gata1UcdSig.bigWig
+GSM973671_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C,046C; labexpid=LID45957,LID45958; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973671_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalPlusRep1.bigWig
+GSM830530_3	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=011WC; labexpid=RHH014; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM830530_hg19_wgEncodeGisRnaPetHelas3CellPapPlusRawRep1.bigWig
+GSM803537_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250); antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL805; replicate=1; replicate description=tier 1; original_filename=GSM803537_hg19_wgEncodeHaibTfbsGm12878Taf1Pcr1xRawRep2.bigWig
+GSM945191_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=diffProtA_2d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 2 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002543; labexpid=DS14704; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945191_hg19_wgEncodeUwHistoneH7esH3k04me3StdDiffa2dRawRep2.bigWig
+GSM803390_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=IRF4_(SC-6059); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of IRF-4 of mouse origin.; antibody targetdescription=The protein encoded by this gene belongs to the IRF (interferon regulatory factor) family.  It functions as a lymphocyte specific transcription factor and negatively regulates TLR signaling by selectively competing with IRF5.  A chromosomal translocation involving this gene and the IgH locus, t(6;14)(p25;q32), may be a cause of multiple myeloma (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6059; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL516; labexpid=SL838; replicate=1; replicate description=tier 1; original_filename=GSM803390_hg19_wgEncodeHaibTfbsGm12878Irf4sc6059Pcr1xRawRep1.bigWig
+GSM803429_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20).; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL475; labexpid=SL1080; replicate=1; replicate description=tier 1; original_filename=GSM803429_hg19_wgEncodeHaibTfbsA549Usf1Pcr1xEtoh02RawRep1.bigWig
+GSM605634_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=025NP; labexpid=LID8929; readtype=1x36; readtype description=Single 36 nt reads; replicate=3; original_filename=GSM605634_hg19_wgEncodeCshlShortRnaSeqK562NucleoplasmShortPlusRaw.bigWig
+GSM803334_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=GM12892; cell organism=human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1463, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=F; antibody=PAX5-C20; antibody antibodydescription=Goat polyclonal IgG, 200 ?g/ml. Epitope mapping at the C-terminus of Pax-5 of human origin. Recommended for detection of Pax-5 of m, r and h origin by WB, IP, IF, IHC(P) and ELISA; antibody targetdescription=This gene encodes a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA-binding motif, known as the paired box. PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1974; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1783; labexpid=SL1664; replicate=1; replicate description=tier 1; original_filename=GSM803334_hg19_wgEncodeHaibTfbsGm12892Pax5c20V0416101RawRep2.bigWig
+GSM945304_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000950; labexpid=DS16056; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945304_hg19_wgEncodeUwHistoneHct116H3k4me3StdRawRep2.bigWig
+GSM945241_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BE2_C; cell organism=human; cell description=neuroblastoma, BE-C is a clone of the SK-N-BE neuroblastoma cell line (see ATCC CRL-2271) that was established in November of 1972 from a bone marrow biopsy taken from a 2-year-old individual with disseminated neuroblastoma after repeated courses of chemotherapy and radiotherapy.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001892; labexpid=DS18309; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945241_hg19_wgEncodeUwHistoneBe2cH3k04me3StdRawRep2.bigWig
+GSM944520_1	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ELAVL1; antibody antibodydescription=1) Mouse monocloanal vs HuR, Hel-N1, HuC and HuD of mus, rat, hum and Xenopus origin; 2) Rabbit polyclonal. Raised against synthetic peptide, amino acids 3-19 of HuR. Recommended for detection against ELAV1 in human and mouse origin. Antibody Target: ELAVL1; antibody targetdescription=(Embryonic lethal, abnormal vision, Drosophila)-like 1 (Huantigen R) (Homo sapiens); antibody vendorname=1) Santa Cruz Biotech; 2) Millipore; antibody vendorid=SC-5261; 07-1735 is recommended replacement for AB5831; labversion=SC_5261 antibody; replicate=1; original_filename=GSM944520_hg19_wgEncodeSunyRipSeqGm12878Elavl1SigRep1.bigWig
+GSM945177_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000930; labexpid=DS15740; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945177_hg19_wgEncodeUwHistoneAg04450H3k4me3StdRawRep1.bigWig
+GSM849302_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=ChIP-seq; cell=GM12870; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12870/None/Input/std; labexpid=DS10998; labversion=Bowtie 0.12.7; replicate=1; replicate description=tier 1; original_filename=GSM849302_hg19_wgEncodeUwTfbsGm12870CtcfStdRawRep2.bigWig
+GSM935354_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NB4; cell organism=human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000617; replicate=1; original_filename=GSM935354_hg19_wgEncodeSydhTfbsNb4Pol2StdSig.bigWig
+GSM605626_1	tissue=prostate; cell organism=Human; cell description=prostate tissue purchased for Gingeras project (provisional); cell sex=M; localization=whole cell; original_filename=GSM605626_hg19_wgEncodeCshlShortRnaSeqProstateCellTotalMinusRaw.bigWig
+GSM973671_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C,046C; labexpid=LID45957,LID45958; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973671_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalPlusRep2.bigWig
+GSM935535_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000633; labversion=remapped from hg18; replicate=1; original_filename=GSM935535_hg19_wgEncodeSydhTfbsHelas3InputIggmusSig.bigWig
+GSM977034_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHDF; cell organism=human; cell description=Dermal Fibroblasts from temple / breast; cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=050WC; labexpid=LID47242; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977034_hg19_wgEncodeCshlShortRnaSeqNhdf70717012CellShorttotalTapMinusRep1.bigWig
+GSM923441_6	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS9913; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923441_hg19_wgEncodeUwRepliSeqSknshS4PctSignalRep1.bigWig
+GSM803379_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=MEF2A; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of MEF-2 of human origin.; antibody targetdescription=The protein encoded by this gene is a DNA-binding transcription factor that activates many muscme-specific, growth factor-induced, and stress-induced genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-313; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2455; labexpid=SL1794; replicate=1; replicate description=tier 1; original_filename=GSM803379_hg19_wgEncodeHaibTfbsK562Mef2aV0416101RawRep1.bigWig
+GSM733705_1	cell=HMEC; cell organism=Human; cell description=Human Mammary Epithelial Cells; cell sex=F; antibody=H3K4me1; antibody description=rabbit polyclonal; antibody target description=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendor name=Abcam; original_filename=GSM733705_hg19_wgEncodeBroadHistoneHmecH3k4me1StdSig.bigWig
+GSM736615_1	cell=HIPEpiC; cell organism=Human; cell description=Human Iris Pigment Epithelial Cells; cell lineage=ectoderm; cell sex=U; replicate=2; original_filename=GSM736615_hg19_wgEncodeUwDnaseHipeRawRep2.bigWig
+GSM733678_1	cell=NH-A; cell organism=Human; cell description=normal human astrocytes; cell sex=U; antibody=Control; original_filename=GSM733678_hg19_wgEncodeBroadHistoneNhaControlStdSig.bigWig
+GSM849355_2	lab=RIKEN; lab description=Carninci - RIKEN Omics Science Center; datatype=Cage; datatype description=CAGE; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0113WC; labexpid=I67; softwareversion=Delve version 0.9; original_filename=GSM849355_hg19_wgEncodeRikenCageH1hescCellPamPlusSignal.bigWig
+GSM816653_2	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=GM18507; cell organism=human; cell description=Lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; controlid=generic_male; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816653_hg19_wgEncodeOpenChromDnaseGm18507Sig.bigWig
+GSM765390_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; localization=nucleoplasm; localization description=That part of the nuclear content other than the chromosomes or the nucleolus; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=025NP; labexpid=LID9189; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=3; replicate description=tier 3; original_filename=GSM765390_wgEncodeCshlLongRnaSeqK562NucleoplasmTotalPlusRawSigRep4.bigWig
+GSM973676_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=CIP-TAP; protocol description=This kind of library was made from RNA < 200 nucleotides that was pre-treated sequentially with Calf Intestinal Alkaline Phosphatase followed by Tobacco Acid Pyrophosphatase. Hence, it will be enriched for capped RNAs.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=089WC,090WC; labexpid=LID46458,LID46459; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973676_hg19_wgEncodeCshlShortRnaSeqMcf7CellShorttotalCiptapMinusRep4.bigWig
+GSM945202_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH_RA; cell organism=human; cell description=neuroblastoma cell line, treatment: differentiated with retinoic acid, (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000474; labexpid=DS11782; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945202_hg19_wgEncodeUwHistoneSknshraH3k4me3StdRawRep2.bigWig
+GSM945312_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCF; cell organism=human; cell description=cardiac fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000942; labexpid=DS15751; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945312_hg19_wgEncodeUwHistoneHcfH3k4me3StdRawRep2.bigWig
+GSM749676_1	cell=GM12864; cell organism=Human; cell description=B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, Treatment: Epstein-Barr Virus transformed; cell karyotype=unknown; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody description=rabbit polyclonal; antibody target description=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendor name=Millipore; replicate=1; original_filename=GSM749676_hg19_wgEncodeUwTfbsGm12864CtcfStdRawRep1.bigWig
+GSM977038_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HFDPC; cell organism=human; cell description=Follicle Dermal Papilla Cells from two individuals, HFDPC_0100503.2 and HFDPC_0102703.3 from lateral scalp (brown, blond); cell karyotype=normal; cell lineage=missing; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=062WC; labexpid=LID47478; readtype=1x101; readtype description=Single 101 nt reads; replicate=2; original_filename=GSM977038_hg19_wgEncodeCshlShortRnaSeqHfdpc01027033CellTapMinusRep1.bigWig
+GSM803456_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin.; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-5916; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% EtOH (Myers); protocol=PCR1x; protocol description=1-cycle of PCR (Myers); controlid=SL475; labexpid=SL1205; replicate=1; replicate description=tier 1; original_filename=GSM803456_hg19_wgEncodeHaibTfbsA549Ctcfsc5916Pcr1xEtoh02RawRep2.bigWig
+GSM935603_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001791; replicate=1; original_filename=GSM935603_hg19_wgEncodeSydhTfbsHepg2Pol2IggrabSig.bigWig
+GSM935341_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; labversion=remapped from hg18; replicate=1; original_filename=GSM935341_hg19_wgEncodeSydhTfbsHelas3CjunIggrabSig.bigWig
+GSM736564_1	cell=HeLa-S3; cell organism=Human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; replicate=1; original_filename=GSM736564_hg19_wgEncodeUwDnaseHelas3RawRep1.bigWig
+GSM935315_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=pravastatin; treatment description=For sterol deprivation, cells were cultured with pravastatin (2 uM, Sigma) in DMEM with 0.5% BSA for 16 h. (Snyder); antibody=SREBP1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SREBP1; antibody targetdescription=Sterol regulatory element binding transcription factor 1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8984; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000640; labversion=remapped from hg18; replicate=1; original_filename=GSM935315_hg19_wgEncodeSydhTfbsHepg2Srebp1PravastStdSig.bigWig
+GSM977044_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Monocytes-CD14+; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=039WC,040WC; labexpid=LID44360,LID44361; labversion=iIDR; readtype=1x36; readtype description=Single 36 nt reads; original_filename=GSM977044_hg19_wgEncodeCshlShortRnaSeqMonocd14CellTapMinusRep1.bigWig
+GSM897077_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BJ; cell organism=human; cell description=skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC.  (PMID: 9916803); cell karyotype=normal; cell sex=M; localization=cell; localization description=Whole cell; protocol=TAP-Only; protocol description=This kind of library was made from RNA < 200 nucleotides that were pre-treated with Tobacco Acid Pyrophosphatase to remove any 5' caps that would preclude cloning. Hence, both capped and 5' monophosphate RNAs will be cloned.; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=037WC; labexpid=LID20909; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM897077_hg19_wgEncodeCshlShortRnaSeqBjCellShorttotalTapMinusRawRep2.bigWig
+GSM803372_2	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=ChipSeq; datatype description=ChIP-Seq; cell=U87; cell organism=human; cell description=human glioblastoma, astrocytoma. (PMID: 4332744); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=2-cycles of PCR (Myers); controlid=SL103; labexpid=SL88; replicate=1; replicate description=tier 1; original_filename=GSM803372_hg19_wgEncodeHaibTfbsU87NrsfPcr2xRawRep2.bigWig
+GSM973666_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085C,086C; labexpid=LID46205,LID46206; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973666_hg19_wgEncodeCshlShortRnaSeqSknshCytosolShorttotalMinusRep4.bigWig
+GSM758576_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=013C,014C; labexpid=LID8471,LID8472; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758576_wgEncodeCshlLongRnaSeqHepg2CytosolPapMinusRawSigRep1.bigWig
+GSM973675_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=085WC,086WC; labexpid=LID46201,LID46202; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973675_hg19_wgEncodeCshlShortRnaSeqSknshCellShorttotalPlusRep3.bigWig
+GSM736597_1	cell=HCPEpiC; cell organism=Human; cell description=Human Choroid Plexus Epithelial Cells; cell sex=U; replicate=2; original_filename=GSM736597_hg19_wgEncodeUwDnaseHcpeRawRep2.bigWig
+GSM945190_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=diffProtA_9d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 9 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002545; labexpid=DS14706; labversion=Bowtie 0.12.7; replicate=1; original_filename=GSM945190_hg19_wgEncodeUwHistoneH7esH3k04me3StdDiffa9dRawRep1.bigWig
+GSM973668_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087WC,088WC; labexpid=LID46058,LID46059; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973668_hg19_wgEncodeCshlShortRnaSeqA549CellShorttotalPlusRep3.bigWig
+GSM758560_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=003C,004C; labexpid=LID8467,LID8468; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758560_wgEncodeCshlLongRnaSeqGm12878CytosolPapPlusRawSigRep1.bigWig
+GSM923420_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexmathasone (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL330; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923420_hg19_wgEncodeHaibRnaSeqA549Dex100nmRawRep1.bigWig
+GSM816670_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Hypoxia_LacAcid; treatment description=Hypoxia and Lactic acidosis: 1% p02 and 10 mM Lactate, pH of 6.7 for 24 hours (Crawford); labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816670_hg19_wgEncodeOpenChromDnaseMcf7HypoxlacBaseOverlapSignal.bigWig
+GSM733683_1	cell=HUVEC; cell organism=Human; cell description=Human Umbilical Vein Endothelial Cell; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=H3K4me2; antibody description=rabbit polyclonal; antibody target description=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendor name=Abcam; original_filename=GSM733683_hg19_wgEncodeBroadHistoneHuvecH3k4me2StdSig.bigWig
+GSM733717_1	cell=HSMMtube; cell organism=Human; cell description=Normal Human Skeletal Muscle Myotubes; cell karyotype=normal; cell sex=B; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733717_hg19_wgEncodeBroadHistoneHsmmtH3k36me3StdSig.bigWig
+GSM944525_1	lab=SunyAlbany; lab description=Tenenbaum - SUNY at Albany; datatype=RipSeq; datatype description=RNA IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=ripInput; antibody antibodydescription=Total input. Antibody Target: ripInput; antibody targetdescription=Total input for comparison for RIP experiments; antibody vendorname=Tenenbaum lab; antibody vendorid=RIP Input; replicate=1; original_filename=GSM944525_hg19_wgEncodeSunyRipSeqGm12878RipinputSigRep1.bigWig
+GSM816652_1	lab=Duke; lab description=Crawford - Duke University; datatype=DnaseSeq; datatype description=DNase digestion followed by sequencing; cell=Fibrobl; cell organism=human; cell description=Normal child fibroblast, donor sex: female; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; controlid=Fibrobl/Input; labversion=align_on_cluster_bwa.pl v 1; replicate=1; replicate description=tier 1; original_filename=GSM816652_hg19_wgEncodeOpenChromDnaseFibroblBaseOverlapSignal.bigWig
+GSM923428_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=DMSO_4hr; treatment description=4 hr with 0.02% Dimethyl sufloxide (DMSO) (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1244; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923428_hg19_wgEncodeHaibRnaSeqT47dDm002p4hRawRep1.bigWig
+GSM977031_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; localization=cell; localization description=Whole cell; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=095WC,096WC; labexpid=LID48357,LID48358; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM977031_hg19_wgEncodeCshlShortRnaSeqH1neuronsCellMinusRawRep2.bigWig
+GSM923446_7	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=RepliSeq; datatype description=Assessment of DNA Replication Timing; cell=HepG2; cell organism=human; cell description=liver carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS19717; phase=G1b; phase description=Flow sorted, G1b phase corresponds to the second half of the first DNA content window; replicate=1; original_filename=GSM923446_hg19_wgEncodeUwRepliSeqHepg2SumSignalRep1.bigWig
+GSM945234_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12865; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000458; labexpid=DS13590; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945234_hg19_wgEncodeUwHistoneGm12865InputStdRawRep1.bigWig
+GSM758561_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=017WC,018WC; labexpid=LID8965,LID8966; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758561_wgEncodeCshlLongRnaSeqAg04450CellPapMinusRawSigRep1.bigWig
+GSM758578_1	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HSMM; cell organism=human; cell description=skeletal muscle myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=023WC,024WC; labexpid=LID8710,LID8711; labversion=iIDR; spikeinpool=NIST14; original_filename=GSM758578_wgEncodeCshlLongRnaSeqHsmmCellPapMinusRawSigRep1.bigWig
+GSM935412_1	lab=Yale; lab description=Snyder - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=std; control description=Standard input signal for most experiments.; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000625; labversion=remapped from hg18; replicate=1; original_filename=GSM935412_hg19_wgEncodeSydhTfbsGm12878Pol2StdSig.bigWig
+GSM958729_2	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10517; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958729_hg19_wgEncodeCaltechRnaSeqK562R2x75Th1014Il200SigRep2V4.bigWig
+GSM958736_1	lab=Caltech; lab description=Wold - California Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NHEK; cell organism=human; cell description=epidermal keratinocytes; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; readtype=2x75; readtype description=Paired 75 nt reads; insertlength=200; insertlength description=insert length of 200nt; treatment=None; treatment description=No special treatment or protocol applies; labexpid=10884; mapalgorithm=TH1014; mapalgorithm description=TopHat v1.0.14; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; original_filename=GSM958736_hg19_wgEncodeCaltechRnaSeqNhekR2x75Th1014Il200USigRep1V4.bigWig
+GSM733699_1	cell=NHLF; cell organism=Human; cell description=Normal Human Lung Fibroblasts; cell sex=U; antibody=H3K36me3; antibody description=rabbit polyclonal; antibody target description=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendor name=Abcam; original_filename=GSM733699_hg19_wgEncodeBroadHistoneNhlfH3k36me3StdSig.bigWig
+GSM945199_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SAEC; cell organism=human; cell description=small airway epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000473; labexpid=DS11577; labversion=Bowtie 0.12.5; replicate=1; original_filename=GSM945199_hg19_wgEncodeUwHistoneSaecH3k4me3StdRawRep2.bigWig
+GSM923431_1	lab=HudsonAlpha; lab description=Myers - Hudson Alpha Institute for Biotechnology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=Estradiol_10nM_4hr; treatment description=4 h with 10 nM Estradiol (Myers); rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; labexpid=SL1245; labversion=cufflinks_v_0.9; mapalgorithm=bow125; mapalgorithm description=bowtie v0.12.5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM923431_hg19_wgEncodeHaibRnaSeqT47dEstradia4hRawRep1.bigWig
+GSM973664_3	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=087C,088C; labexpid=LID46062,LID46063; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973664_hg19_wgEncodeCshlShortRnaSeqA549CytosolShorttotalPlusRep3.bigWig
+GSM973671_2	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; protocol=None; protocol description=No special treatment or protocol applies; rnaextract=shortTotal; rnaextract description=Rna shorter than 200 nt that has not been seperated based on Poly Adenalyation; biorep=045C,046C; labexpid=LID45957,LID45958; labversion=iIDR; readtype=1x101; readtype description=Single 101 nt reads; original_filename=GSM973671_hg19_wgEncodeCshlShortRnaSeqImr90CytosolShorttotalMinusRep2.bigWig
+GSM767852_4	lab=CSHL; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=003C; labexpid=LID18547; readtype=2x76D; readtype description=Paired 76 n.t. directed reads; replicate=1; replicate description=tier 1; original_filename=GSM767852_wgEncodeCshlLongRnaSeqGm12878CytosolLongnonpolyaPlusRawSigRep2.bigWig
+GSM935479_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF274; antibody antibodydescription=Mouse polyclonal antibody raised against a partial recombinant ZNF274 (GST-fusion of a.a.420-531 of human ZNF274 protein). Works in IP, WB and ELISA. Antibody Target: ZNF274; antibody targetdescription=ZNF274 is a zinc finger protein containing five C2H2-type zinc finger domains, two Kruppel-associated box A (KRABA) domains, and a leucine-rich SCAN domain. The encoded protein has been suggested to be a transcriptional repressor. It localizes predominantly to the nucleolus.; antibody vendorname=ABNOVA; antibody vendorid=H00010782-A01; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH000672; labversion=Fragmented using Bioruptor, precipitated with StaphA; replicate=1; softwareversion=PeakSeq1.0 (fdr 0.001); original_filename=GSM935479_hg19_wgEncodeSydhTfbsK562Znf274UcdSig.bigWig
+wgEncodeBroadHmmGm12878HMM	lab=Broad; dataType=Combined; cell=GM12878; dataVersion=ENCODE Mar 2012 Freeze; geoSampleAccession=GSM936082; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmGm12878HMM.bed.gz
+wgEncodeBroadHmmH1hescHMM	lab=Broad; dataType=Combined; cell=H1-hESC; dataVersion=ENCODE Mar 2012 Freeze; geoSampleAccession=GSM936083; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmH1hescHMM.bed.gz
+wgEncodeBroadHmmHepg2HMM	lab=Broad; dataType=Combined; cell=HepG2; dataVersion=ENCODE Mar 2012 Freeze; geoSampleAccession=GSM936090; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmHepg2HMM.bed.gz
+wgEncodeBroadHmmHmecHMM	lab=Broad; dataType=Combined; cell=HMEC; dataVersion=ENCODE Mar 2012 Freeze; geoSampleAccession=GSM936084; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmHmecHMM.bed.gz
+wgEncodeBroadHmmHsmmHMM	lab=Broad; dataType=Combined; cell=HSMM; dataVersion=ENCODE Mar 2012 Freeze; geoSampleAccession=GSM936085; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmHsmmHMM.bed.gz
+wgEncodeBroadHmmHuvecHMM	lab=Broad; dataType=Combined; cell=HUVEC; dataVersion=ENCODE Mar 2012 Freeze; geoSampleAccession=GSM936089; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmHuvecHMM.bed.gz
+wgEncodeBroadHmmK562HMM	lab=Broad; dataType=Combined; cell=K562; dataVersion=ENCODE Mar 2012 Freeze; geoSampleAccession=GSM936088; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmK562HMM.bed.gz
+wgEncodeBroadHmmNhekHMM	lab=Broad; dataType=Combined; cell=NHEK; dataVersion=ENCODE Mar 2012 Freeze; geoSampleAccession=GSM936087; softwareVersion=ChromHMM_ENCODEDynamicsPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmNhekHMM.bed.gz
+wgEncodeBroadHmmNhlfHMM	lab=Broad; dataType=Combined; cell=NHLF; dataVersion=ENCODE Mar 2012 Freeze; geoSampleAccession=GSM936086; softwareVersion=ChromHMM_ENCODEDynamicPaper; download_url=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeBroadHmm/wgEncodeBroadHmmNhlfHMM.bed.gz
+wgEncodeHaibGenotypeA549RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=A549; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001282; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999327; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeA549RegionsRep1; type=bedLogR; md5sum=de5708928542ecb64af01d3fc02c0e82; size=3.4K
+wgEncodeHaibGenotypeAg04449RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=AG04449; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001283; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999326; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeAg04449RegionsRep1; type=bedLogR; md5sum=d7b2528e74e0f5da2687c6a3e854865b; size=1.9K
+wgEncodeHaibGenotypeAg04450RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=AG04450; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001284; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999321; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeAg04450RegionsRep2; type=bedLogR; md5sum=abae119c648ac02c1329656b3ff14def; size=1.9K
+wgEncodeHaibGenotypeAg09309RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=AG09309; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001285; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999320; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeAg09309RegionsRep1; type=bedLogR; md5sum=e690c9e9e64fed34e90426c19a5e8034; size=1.9K
+wgEncodeHaibGenotypeAg09319RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=AG09319; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001286; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999323; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeAg09319RegionsRep2; type=bedLogR; md5sum=47402dc9934a9687c300b744efb0978e; size=1.8K
+wgEncodeHaibGenotypeAg10803RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=AG10803; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001287; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999322; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeAg10803RegionsRep1; type=bedLogR; md5sum=e557e878f27a88892625deaad6ba024a; size=1.9K
+wgEncodeHaibGenotypeAosmcRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=AoSMC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001288; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999329; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeAosmcRegionsRep1; type=bedLogR; md5sum=3bf46877afa8a27bc044bcf711c23dcc; size=3.9K
+wgEncodeHaibGenotypeAstrocyRegionsRep1	objStatus=renamed - cell name changed renamed this to wgEncodeHaibGenotypeNhaDukeRegionsRep1; project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=Astrocy; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001289; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeAstrocyRegionsRep1; type=bedLogR; md5sum=bcc5e51c79a12a026aea4607b25e837c; size=2.2K
+wgEncodeHaibGenotypeBcjejunumh12817nRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=BC_Jejunum_H12817N; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001290; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999295; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeBcjejunumh12817nRegionsRep1; type=bedLogR; md5sum=66898df35d4628d18a9e1c0e3379ca72; size=172K
+wgEncodeHaibGenotypeBcsmallintestine0111002RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=BC_Small_Intestine_01-11002; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001291; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999296; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeBcsmallintestine0111002RegionsRep1; type=bedLogR; md5sum=d0e8164fa4803c7deb4a2d01de43fa18; size=138K
+wgEncodeHaibGenotypeBjRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=BJ; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001292; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999293; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeBjRegionsRep1; type=bedLogR; md5sum=2ddb3aec648491df160f0ca5d43302c6; size=2.3K
+wgEncodeHaibGenotypeCaco2RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=Caco-2; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001294; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999299; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeCaco2RegionsRep1; type=bedLogR; md5sum=e453b15fcc00c9f65d0ad5583ce6cd2e; size=5.5K
+wgEncodeHaibGenotypeChorionRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=Chorion; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001295; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999300; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeChorionRegionsRep1; type=bedLogR; md5sum=15c37655bd6748388b072e72dd71fab5; size=4.8K
+wgEncodeHaibGenotypeCmkRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=CMK; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001293; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999294; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeCmkRegionsRep2; type=bedLogR; md5sum=8166f3848a4ed7e6e2b262bc9ffe4a12; size=3.8K
+wgEncodeHaibGenotypeGm06990RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=GM06990; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001296; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999297; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeGm06990RegionsRep1; type=bedLogR; md5sum=024f150517e539fb67078b294ee6323a; size=2.2K
+wgEncodeHaibGenotypeGm12878RegionsRep1	objStatus=replaced - now mapped to hg19 in wgEncodeHaibGenotypeGm12878RegionsRep1V2; project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=GM12878; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH000273; dateSubmitted=2011-05-09; dateUnrestricted=2012-02-09; subId=4057; labExpId=Illumina 1MDuo; labVersion=HudsonAlpha; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeGm12878RegionsRep1; type=bedLogR; md5sum=02d0b2c753c7aef6eb1919fb56dc1c72; size=6.0K
+wgEncodeHaibGenotypeGm12878RegionsRep1V2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=GM12878; treatment=None; replicate=1; dccRep=1; submittedDataVersion=V2 - New data mapped to hg19; origAssembly=hg19; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH000273; dateSubmitted=2011-05-09; dateResubmitted=2011-12-06; dateUnrestricted=2012-02-09; subId=5128; geoSampleAccession=GSM999285; labExpId=Illumina 1MDuo; labVersion=HudsonAlpha; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeGm12878RegionsRep1V2; type=bedLogR; md5sum=857fdbcfa98c5d7a5c0bb7f740abb2b1; size=4.3K
+wgEncodeHaibGenotypeGm12878RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=GM12878; treatment=None; replicate=2; dccRep=2; origAssembly=hg18; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH000273; dateSubmitted=2011-02-17; dateUnrestricted=2011-11-17; subId=3536; geoSampleAccession=GSM999285; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeGm12878RegionsRep2; type=bedLogR; md5sum=f546825d454350eba8ed7597ca79e04c; size=8.1K
+wgEncodeHaibGenotypeGm12891RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=GM12891; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001297; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999298; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeGm12891RegionsRep2; type=bedLogR; md5sum=9ec2a6ae3fac1af42857742c115f392e; size=3.8K
+wgEncodeHaibGenotypeGm12892RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=GM12892; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001298; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999290; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeGm12892RegionsRep2; type=bedLogR; md5sum=7842ceacdad560df8495c6844f59caea; size=1.6K
+wgEncodeHaibGenotypeGm19239RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=GM19239; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001299; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999291; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeGm19239RegionsRep1; type=bedLogR; md5sum=f0e08e9ad4abdaa7cd530f14dbb35e5e; size=2.1K
+wgEncodeHaibGenotypeH1hescRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=H1-hESC; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001300; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999275; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeH1hescRegionsRep2; type=bedLogR; md5sum=7e2e16634886365024d4fcf5d5f70a24; size=2.1K
+wgEncodeHaibGenotypeHaeRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HAEpiC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001301; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999276; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHaeRegionsRep1; type=bedLogR; md5sum=85c0f74db2bee0a5421794ebee180a12; size=1.9K
+wgEncodeHaibGenotypeHaeRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HAEpiC; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001301; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999276; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHaeRegionsRep2; type=bedLogR; md5sum=1841e9b053e9f8440e5021dbe67762b0; size=2.9K
+wgEncodeHaibGenotypeHcfRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HCF; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001302; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999277; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHcfRegionsRep1; type=bedLogR; md5sum=f02504c7238a6af9a77fedf9deb44c35; size=1.9K
+wgEncodeHaibGenotypeHcfRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HCF; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001302; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999277; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHcfRegionsRep2; type=bedLogR; md5sum=07c08b35443853e63e01e270f171315f; size=1.8K
+wgEncodeHaibGenotypeHcmRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HCM; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001303; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999278; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHcmRegionsRep1; type=bedLogR; md5sum=b99d0b0b23abf22e05787704c00fb91d; size=1.6K
+wgEncodeHaibGenotypeHcmRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HCM; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001303; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999278; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHcmRegionsRep2; type=bedLogR; md5sum=8ca0c6d53bc4b30ac0c9b6a9a3d54c80; size=2.4K
+wgEncodeHaibGenotypeHcpeRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HCPEpiC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001304; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999271; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHcpeRegionsRep1; type=bedLogR; md5sum=d13728a5ff55fc0ddbcebcb5943f7895; size=2.4K
+wgEncodeHaibGenotypeHcpeRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HCPEpiC; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001304; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999271; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHcpeRegionsRep2; type=bedLogR; md5sum=137c0c42c3c9ceae994853b2d9224e08; size=2.2K
+wgEncodeHaibGenotypeHeeRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HEEpiC; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001305; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999272; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHeeRegionsRep2; type=bedLogR; md5sum=2997eb1d3c1d72da49ac75f3ae4ac3d8; size=2.0K
+wgEncodeHaibGenotypeHek293RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HEK293; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001306; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999273; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHek293RegionsRep2; type=bedLogR; md5sum=a42c1eda289c888ca343912cea008cd4; size=2.7K
+wgEncodeHaibGenotypeHelas3RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HeLa-S3; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001316; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999302; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeHelas3RegionsRep2; type=bedLogR; md5sum=ab32df8dbb81b571593fed3b92ff57c5; size=5.3K
+wgEncodeHaibGenotypeHepg2RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HepG2; treatment=None; replicate=1; dccRep=1; origAssembly=hg18; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH000274; dateSubmitted=2011-02-17; dateUnrestricted=2011-11-17; subId=3536; geoSampleAccession=GSM999286; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeHepg2RegionsRep1; type=bedLogR; md5sum=a941393d5c53f54c1109e3af39845282; size=7.6K
+wgEncodeHaibGenotypeHipeRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HIPEpiC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001307; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999274; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHipeRegionsRep1; type=bedLogR; md5sum=dd255b88ad735bf5b86299c55d7dd76a; size=2.4K
+wgEncodeHaibGenotypeHipeRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HIPEpiC; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001307; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999274; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHipeRegionsRep2; type=bedLogR; md5sum=656c33127f1464512b66934bbb30cacd; size=2.1K
+wgEncodeHaibGenotypeHl60RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HL-60; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001308; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999281; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHl60RegionsRep1; type=bedLogR; md5sum=ff76eec28a1c967eaee0ef3f9384df28; size=3.0K
+wgEncodeHaibGenotypeHmecRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HMEC; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001309; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999282; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHmecRegionsRep2; type=bedLogR; md5sum=18a0a8140092944e84bde02cbcc65af0; size=1.7K
+wgEncodeHaibGenotypeHnpceRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HNPCEpiC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001310; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999308; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHnpceRegionsRep1; type=bedLogR; md5sum=f15f40adb7db8c6656ea8ccf6e1935a1; size=2.1K
+wgEncodeHaibGenotypeHpaeRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HPAEpiC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001311; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999307; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHpaeRegionsRep1; type=bedLogR; md5sum=a59b9dbaa1e9e8379c214b898c978cdf; size=2.5K
+wgEncodeHaibGenotypeHpaeRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HPAEpiC; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001311; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999307; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHpaeRegionsRep2; type=bedLogR; md5sum=978f3352b0400ad5505c525aebaeb67f; size=2.0K
+wgEncodeHaibGenotypeHrceRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HRCEpiC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001262; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999280; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHrceRegionsRep1; type=bedLogR; md5sum=8ee287b9c40697c3b888679ea28957ee; size=3.1K
+wgEncodeHaibGenotypeHrceRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HRCEpiC; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001262; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999280; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHrceRegionsRep2; type=bedLogR; md5sum=634defab2805797e8c57d4492fece00a; size=3.1K
+wgEncodeHaibGenotypeHreRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HRE; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001263; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999279; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHreRegionsRep1; type=bedLogR; md5sum=aadb5aa57fd5ec5a91b016e947cf7c2e; size=2.9K
+wgEncodeHaibGenotypeHreRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HRE; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001263; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999279; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHreRegionsRep2; type=bedLogR; md5sum=8422fc518b8c4cd896aa97903e39d2b6; size=5.1K
+wgEncodeHaibGenotypeHrpeRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HRPEpiC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001264; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999284; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHrpeRegionsRep1; type=bedLogR; md5sum=d49231a5d768426c66e8a22401c864d2; size=2.0K
+wgEncodeHaibGenotypeHrpeRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HRPEpiC; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001264; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999284; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeHrpeRegionsRep2; type=bedLogR; md5sum=f0918aa32663418a03706418579215a4; size=1.8K
+wgEncodeHaibGenotypeHsmmRegionsRep3	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HSMM; treatment=None; replicate=3; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001312; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999306; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeHsmmRegionsRep3; type=bedLogR; md5sum=32466dac3e077dc246f7788938be774a; size=2.0K
+wgEncodeHaibGenotypeHsmmtRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HSMMtube; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001313; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999305; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeHsmmtRegionsRep2; type=bedLogR; md5sum=cc2f339065fed1088fabb357158d3fc0; size=2.2K
+wgEncodeHaibGenotypeHtr8RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HTR8svn; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001314; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999304; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeHtr8RegionsRep1; type=bedLogR; md5sum=80e2d9271130759a548ed6762fba9f4b; size=4.0K
+wgEncodeHaibGenotypeHuvecRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=HUVEC; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001315; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999303; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeHuvecRegionsRep2; type=bedLogR; md5sum=f9169678dcc44d1e9817e5acddc56489; size=1.9K
+wgEncodeHaibGenotypeImr90RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=IMR90; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001265; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999283; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeImr90RegionsRep1; type=bedLogR; md5sum=8f877001493a4929f098c6a446a54410; size=1.8K
+wgEncodeHaibGenotypeImr90RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=IMR90; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001265; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999283; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeImr90RegionsRep2; type=bedLogR; md5sum=05a091557a5aaac0f840881ad2690cfd; size=1.9K
+wgEncodeHaibGenotypeJurkatRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=Jurkat; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001266; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999316; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeJurkatRegionsRep1; type=bedLogR; md5sum=40d6ae87e3fea399bfc9f114e307322e; size=3.7K
+wgEncodeHaibGenotypeJurkatRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=Jurkat; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001266; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999316; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeJurkatRegionsRep2; type=bedLogR; md5sum=70012462619c2f4d1ea3f9573c4cc571; size=4.3K
+wgEncodeHaibGenotypeK562RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=K562; treatment=None; replicate=1; dccRep=1; origAssembly=hg18; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH000275; dateSubmitted=2011-02-17; dateUnrestricted=2011-11-17; subId=3536; geoSampleAccession=GSM999287; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeK562RegionsRep1; type=bedLogR; md5sum=26615566e9a0c53d432ca39e218cb09e; size=9.3K
+wgEncodeHaibGenotypeLncapRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=LNCaP; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001267; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999310; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeLncapRegionsRep1; type=bedLogR; md5sum=e1f7c716f9893818664b2199e06d382a; size=4.9K
+wgEncodeHaibGenotypeMcf10aesRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=MCF10A-Er-Src; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001269; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999331; labVersion=Illumina 1MDuo; obtainedBy=Stanford; tableName=wgEncodeHaibGenotypeMcf10aesRegionsRep1; type=bedLogR; md5sum=5c1e212305bf857ec7a796ceb2a588f7; size=3.4K
+wgEncodeHaibGenotypeMcf10aesRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=MCF10A-Er-Src; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001269; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999331; labVersion=Illumina 1MDuo; obtainedBy=Stanford; tableName=wgEncodeHaibGenotypeMcf10aesRegionsRep2; type=bedLogR; md5sum=cc232ad88b8c25b1877ad39c978c902c; size=13K
+wgEncodeHaibGenotypeMcf10aesRegionsRep3	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=MCF10A-Er-Src; treatment=None; replicate=3; dccRep=3; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001269; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999331; labVersion=Illumina 1MDuo; obtainedBy=Stanford; tableName=wgEncodeHaibGenotypeMcf10aesRegionsRep3; type=bedLogR; md5sum=bb6a391af31ab6e89a04c60112739cb0; size=5.0K
+wgEncodeHaibGenotypeMcf10aesTamRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=MCF10A-Er-Src; treatment=4OHTAM_1uM_36hr; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001270; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999309; labVersion=Illumina 1MDuo; obtainedBy=Stanford; tableName=wgEncodeHaibGenotypeMcf10aesTamRegionsRep1; type=bedLogR; md5sum=77f9dfa60df8f5cdf912546bbab2effb; size=5.1K
+wgEncodeHaibGenotypeMcf7RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=MCF-7; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001268; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999333; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeMcf7RegionsRep1; type=bedLogR; md5sum=770b9efe3f7975554598b391281e3546; size=8.9K
+wgEncodeHaibGenotypeMcf7RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=MCF-7; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001268; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999333; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeMcf7RegionsRep2; type=bedLogR; md5sum=d31a40699640bd967a239492b1de384b; size=9.1K
+wgEncodeHaibGenotypeMelanoRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=Melano; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001317; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999301; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeMelanoRegionsRep1; type=bedLogR; md5sum=b69cab289700edc0f5c7baccf9c77482; size=4.0K
+wgEncodeHaibGenotypeMelanoRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=Melano; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001317; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999301; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeMelanoRegionsRep2; type=bedLogR; md5sum=24be800ab8990fe185549a737266875c; size=1.9K
+wgEncodeHaibGenotypeMyometrRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=Myometr; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001318; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999319; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeMyometrRegionsRep1; type=bedLogR; md5sum=c334630343ee8cc639ea503c6954cfb1; size=4.1K
+wgEncodeHaibGenotypeNb4RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=NB4; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001271; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999292; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeNb4RegionsRep1; type=bedLogR; md5sum=eaf78afebca4218f2e70fa4441a218c8; size=4.6K
+wgEncodeHaibGenotypeNb4RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=NB4; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001271; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999292; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeNb4RegionsRep2; type=bedLogR; md5sum=45a6c34a14fbf0da5749704abea1de25; size=6.8K
+wgEncodeHaibGenotypeNhaDukeRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=NH-A; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001289; dateSubmitted=2011-01-20; dateResubmitted=2011-12-14; dateUnrestricted=2011-10-20; subId=5231; labVersion=Illumina 1MDuo; obtainedBy=Duke; tableName=wgEncodeHaibGenotypeNhaDukeRegionsRep1; type=bedLogR; md5sum=0c76e996b3aaaae7410837639aaeea68; size=2.2K
+wgEncodeHaibGenotypeNhaRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=NH-A; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001272; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeNhaRegionsRep1; type=bedLogR; md5sum=fb2ae062af6114141b1ed2e22c721d9a; size=5.3K
+wgEncodeHaibGenotypeNhaRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=NH-A; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001272; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeNhaRegionsRep2; type=bedLogR; md5sum=7f143bf0f6f1523cd85d86e573546701; size=3.7K
+wgEncodeHaibGenotypeNhbeRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=NHBE; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001273; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999312; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeNhbeRegionsRep1; type=bedLogR; md5sum=27ed2f6424d4b5b4bae4a1416ab91bfd; size=7.3K
+wgEncodeHaibGenotypeNhbeRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=NHBE; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001273; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999312; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeNhbeRegionsRep2; type=bedLogR; md5sum=1eae10686f5a59a202eba565c575c3f8; size=4.7K
+wgEncodeHaibGenotypeNhdfneoRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=NHDF-neo; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001274; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999313; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeNhdfneoRegionsRep1; type=bedLogR; md5sum=80d414cbaeecad9780a33305eaa96909; size=3.5K
+wgEncodeHaibGenotypeNt2d1RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=NT2-D1; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001275; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999314; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeNt2d1RegionsRep1; type=bedLogR; md5sum=7b484a6324f427b993b6b7f25e304462; size=5.1K
+wgEncodeHaibGenotypeOvcar3RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=ovcar-3; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001322; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999289; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeOvcar3RegionsRep1; type=bedLogR; md5sum=226ea9bb5704e4c452ce16ee66133f41; size=6.9K
+wgEncodeHaibGenotypePanc1RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=PANC-1; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001276; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999315; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypePanc1RegionsRep1; type=bedLogR; md5sum=1b5583ccd783cec922ced6fdc28630bf; size=7.4K
+wgEncodeHaibGenotypePanc1RegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=PANC-1; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001276; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999315; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypePanc1RegionsRep2; type=bedLogR; md5sum=473234ad9ec1d0d7231ad093f426e1a4; size=4.1K
+wgEncodeHaibGenotypePfsk1RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=PFSK-1; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001319; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999317; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypePfsk1RegionsRep1; type=bedLogR; md5sum=4f24c6f3a83f2f942e1554295c8f748d; size=2.6K
+wgEncodeHaibGenotypePrecRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=PrEC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001277; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999318; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypePrecRegionsRep1; type=bedLogR; md5sum=5db74f04383adca8ab619554f9bc0623; size=2.9K
+wgEncodeHaibGenotypeRptecRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=RPTEC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001278; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999288; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeRptecRegionsRep1; type=bedLogR; md5sum=f377613e09afbb197048d38747e9b183; size=2.2K
+wgEncodeHaibGenotypeRptecRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=RPTEC; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001278; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999288; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeRptecRegionsRep2; type=bedLogR; md5sum=54c7fb582e23ea07bc20e24504a451e3; size=2.1K
+wgEncodeHaibGenotypeSaecRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=SAEC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001279; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999334; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeSaecRegionsRep1; type=bedLogR; md5sum=fd7ac9c967b2bae1c5f229bf58a95858; size=2.6K
+wgEncodeHaibGenotypeSaecRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=SAEC; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001279; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999334; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeSaecRegionsRep2; type=bedLogR; md5sum=6a3631a67d76f2855231fd7bd141f42f; size=3.8K
+wgEncodeHaibGenotypeSkmcRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=SKMC; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001281; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999324; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeSkmcRegionsRep1; type=bedLogR; md5sum=15d39d2d3ae8a21ba80247a64ed7d9a9; size=2.2K
+wgEncodeHaibGenotypeSkmcRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=SKMC; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001281; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999324; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeSkmcRegionsRep2; type=bedLogR; md5sum=101f2abf93670a9b69b78b5b6e14bedd; size=2.5K
+wgEncodeHaibGenotypeSknshraRegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=SK-N-SH_RA; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001280; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999325; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeSknshraRegionsRep1; type=bedLogR; md5sum=ceab4f73e39aa6195e97c01ed8812fcd; size=2.3K
+wgEncodeHaibGenotypeSknshraRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=SK-N-SH_RA; treatment=None; replicate=2; dccRep=2; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001280; dateSubmitted=2011-01-18; dateUnrestricted=2011-10-18; subId=3303; geoSampleAccession=GSM999325; labVersion=Illumina 1MDuo; obtainedBy=UW; tableName=wgEncodeHaibGenotypeSknshraRegionsRep2; type=bedLogR; md5sum=be34194dad032f927f24d5d53414847f; size=3.0K
+wgEncodeHaibGenotypeT47dRegionsRep2	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=T-47D; treatment=None; replicate=2; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001320; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999330; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeT47dRegionsRep2; type=bedLogR; md5sum=143504ca9089824a39d584d2468f3051; size=4.6K
+wgEncodeHaibGenotypeU87RegionsRep1	project=wgEncode; grant=Myers; lab=HudsonAlpha; composite=wgEncodeHaibGenotype; dataType=Genotype; view=CNV; cell=U87; treatment=None; replicate=1; dccRep=1; origAssembly=hg19; dataVersion=ENCODE Jan 2011 Freeze; dccAccession=wgEncodeEH001321; dateSubmitted=2011-01-20; dateUnrestricted=2011-10-20; subId=3432; geoSampleAccession=GSM999332; labVersion=Illumina 1MDuo; obtainedBy=HudsonAlpha; tableName=wgEncodeHaibGenotypeU87RegionsRep1; type=bedLogR; md5sum=086862d98c5d99a676d285c73b782c81; size=3.6K
+GSM1022646_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SKMC; cell organism=human; cell description=skeletal muscle cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002173; labexpid=DS16208; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022646_hg19_wgEncodeUwTfbsSkmcInputStdRawRep1.bigWig
+GSM1003558_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH002434; replicate=1,2; cell=Dnd41; cell organism=human; cell description=T cell leukemia with Notch mutation; cell karyotype=cancer; cell lineage=mesoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; labversion=Illumina Genome Analyzer IIx; replicate=1; original_filename=GSM1003558_hg19_wgEncodeBroadHistoneDnd41ControlStdSig.bigWig
+GSM1011128_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=MCF-7/Input; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.1; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=vehicle; treatment description=Charcoal stripped hormone-free FBS for 72 hours (Crawford); controlid=MCF-7/Input; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011128_hg19_wgEncodeOpenChromFaireMcf7VehBaseOverlapSignal.bigWig
+GSM1008564_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Fibrobl_GM03348; cell organism=human; cell description=skin fibroblast; cell karyotype=normal; cell sex=M; treatment=lenti-control; treatment description=GM03348 skin fibroblasts (Coriell) were transduced with an induceable lentivirus (pAK111-TRE-3xflag hMyoD-T2A-dsRed) containing get inducible MyoD. Cells were selected in 1ug per ml puro (Sigma catalog P8833) to obtain a pure cell population. Cells were cultured for 10 days (NO DOXYCYCLINE) (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008564_hg19_wgEncodeOpenChromDnaseFibroblgm03348LenticonBaseOverlapSignal.bigWig
+GSM1024769_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HBVSMC; cell organism=human; cell description=brain vascular smooth muscle cells.; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14845; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024769_hg19_wgEncodeUwDnaseHbvsmcRawRep2.bigWig
+GSM979655_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,039WC,040WC,040WC; labexpid=CThi10021,CThi10022,CThi10022,CThi10021; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC; labexpid=CThi10021; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979655_hg19_wgEncodeRikenCageMonocd14CellPapPlusRawRep2.bigWig
+GSM979651_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=067WC,068WC,068WC,067WC; labexpid=CThi10100ACA,CThi10103ATC,CThi10100ACA,CThi10103ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=067WC; labexpid=CThi10103ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979651_hg19_wgEncodeRikenCageHmscbmCellPapMinusRawRep2.bigWig
+GSM979656_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,045WC,046WC,046WC; labexpid=CThi10016,CThi10018,CThi10018,CThi10016; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC; labexpid=CThi10016; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979656_hg19_wgEncodeRikenCageImr90CellPapMinusRawRep2.bigWig
+GSM1024760_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Th1; cell organism=human; cell description=primary Th1 T cells; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18018; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024760_hg19_wgEncodeUwDnaseTh1RawRep2.bigWig
+GSM1014516_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HA-h; cell organism=human; cell description=astrocytes-hippocampal; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; labexpid=DS15192; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014516_hg19_wgEncodeUwDgfHahRaw.bigWig
+GSM1008584_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,3,2; cell=Olf_neurosphere; cell organism=human; cell description=Human olfactory neurosphere-derived cells from mucosal biopsies; cell karyotype=normal; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008584_hg19_wgEncodeOpenChromDnaseOlfneurosphereBaseOverlapSignal.bigWig
+GSM1010896_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL12796; labexpid=SL12413,SL13303; softwareversion=MACS; cell sex=M; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12796; labexpid=SL12413,SL13303; replicate=1,2; softwareversion=MACS; original_filename=GSM1010896_hg19_wgEncodeHaibTfbsH1hescCreb1sc240V0422111RawRep1.bigWig
+GSM1014538_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=M059J; cell organism=human; cell description=malignant glioblastoma, glioma, lack DNA-dependent protein kinase activity, deficient in repair of DNA double strand breaks, the cells are negative for glial fibrillary acidic protein (GFAP), tumor specimen taken from a 33 year old; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; labexpid=DS20493; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014538_hg19_wgEncodeUwDgfM059jSig.bigWig
+GSM981252_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=LID46857,LID46858,LID46857,LID46858; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C; labexpid=LID46857,LID46858; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981252_hg19_wgEncodeCshlLongRnaSeqMcf7CytosolPapPlusRep4.bigWig
+GSM981254_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC,042WC,041WC; labexpid=LID44659,LID44659,LID44660,LID44660,LID44660,LID44659; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=041WC,042WC; labexpid=LID44659,LID44660; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981254_hg19_wgEncodeCshlLongRnaSeqCd20CellPamPlusRep1.bigWig
+GSM1010776_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin. Antibody Target: SP2; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors. Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins. It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-643; controlid=SL6018; labexpid=SL6005,SL5690; softwareversion=MACS; cell sex=M; antibody=SP2_(SC-643); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin. Antibody Target: SP2; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors.  Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins.  It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-643; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6018; labexpid=SL6005,SL5690; replicate=1,2; softwareversion=MACS; original_filename=GSM1010776_hg19_wgEncodeHaibTfbsH1hescSp2V0422111RawRep2.bigWig
+GSM984610_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=053WC,054WC,054WC,053WC; labexpid=LID47251,LID47252,LID47251,LID47252; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=054WC; labexpid=LID47252; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984610_hg19_wgEncodeCshlLongRnaSeqHob0091301CellTotalPlusRep1.bigWig
+GSM1014527_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=AG10803; cell organism=human; cell description=abdominal skin fibroblasts from apparently heathly 22 year old, 8% of the cells examined showing random chromosome loss, 2% showing random chromosome gain, and 2% showing 69,XYY -Coriell; cell sex=M; labexpid=DS12374; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014527_hg19_wgEncodeUwDgfAg10803Raw.bigWig
+GSM981253_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC,086WC,085WC; labexpid=LID46599,LID46598,LID46598,LID46599,LID46599,LID46598; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC,086WC; labexpid=LID46598,LID46599; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981253_hg19_wgEncodeCshlLongRnaSeqSknshCellPapMinusRep4.bigWig
+GSM984619_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=051WC,052WC,051WC,052WC; labexpid=LID47250,LID47249,LID47250,LID47249; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=051WC; labexpid=LID47249; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984619_hg19_wgEncodeCshlLongRnaSeqHvmf60912033CellTotalMinusRep1.bigWig
+GSM979642_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=073WC,074WC,073WC,074WC; labexpid=CThi10104ATC,CThi10101GAT,CThi10104ATC,CThi10101GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=073WC; labexpid=CThi10104ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979642_hg19_wgEncodeRikenCageHpiepcCellPapMinusRawRep2.bigWig
+GSM1010774_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; controlid=SL1882; labexpid=SL3447,SL2630; softwareversion=MACS; cell sex=F; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% Dimethyl sufloxide (DMSO) (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1882; labexpid=SL3447,SL2630; replicate=1,2; softwareversion=MACS; original_filename=GSM1010774_hg19_wgEncodeHaibTfbsEcc1CtcfcV0416102Dm002p1hRawRep1.bigWig
+GSM1010740_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between a.a. 515-555 within an internal region of MBD4 of mouse origin. Antibody Target: MBD4; antibody targetdescription=MBD4 may function to mediate the biological consequences of the methylation signal. In addition, MBD4 has protein sequence similarity to bacterial DNA repair enzymes and thus may have some function in DNA repair. Further, MBD4 gene mutations are detected in tumors with primary microsatellite-instability (MSI), a form of genomic instability associated with defective DNA mismatch repair, and MBD4 gene meets 4 of 5 criteria of a bona fide MIS target gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271530; controlid=SL6019; labexpid=SL8132,SL7901; softwareversion=MACS; cell sex=M; antibody=MBD4_(SC-271530); antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between a.a. 515-555 within an internal region of MBD4 of mouse origin. Antibody Target: MBD4; antibody targetdescription=MBD4 may function to mediate the biological consequences of the methylation signal. In addition, MBD4 has protein sequence similarity to bacterial DNA repair enzymes and thus may have some function in DNA repair. Further, MBD4 gene mutations are detected in tumors with primary microsatellite-instability (MSI), a form of genomic instability associated with defective DNA mismatch repair, and MBD4 gene meets 4 of 5 criteria of a bona fide MIS target gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271530; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL8132,SL7901; replicate=1,2; softwareversion=MACS; original_filename=GSM1010740_hg19_wgEncodeHaibTfbsHepg2Mbd4sc271530V0422111RawRep2.bigWig
+GSM979655_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,039WC,040WC,040WC; labexpid=CThi10021,CThi10022,CThi10022,CThi10021; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC; labexpid=CThi10021; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979655_hg19_wgEncodeRikenCageMonocd14CellPapMinusRawRep2.bigWig
+GSM1003555_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH000060; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HUVEC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003555_hg19_wgEncodeBroadHistoneHuvecH3k79me2Sig.bigWig
+GSM1010881_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; controlid=SL6022; labexpid=SL8083,SL8392; softwareversion=MACS; cell sex=F; antibody=NFIC_(SC-81335); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL8083,SL8392; replicate=1,2; softwareversion=MACS; original_filename=GSM1010881_hg19_wgEncodeHaibTfbsGm12878Nficsc81335V0422111RawRep1.bigWig
+GSM1010903_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; controlid=SL12247,SL12246; labexpid=SL13074,SL12242; softwareversion=MACS; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13074,SL12242; replicate=1,2; softwareversion=MACS; original_filename=GSM1010903_hg19_wgEncodeHaibTfbsHct116CtcfcV0422111RawRep2.bigWig
+GSM1010744_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL1394,SL3979; labexpid=SL7333,SL852; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1394,SL3979; labexpid=SL7333,SL852; replicate=1,2; softwareversion=MACS; original_filename=GSM1010744_hg19_wgEncodeHaibTfbsGm12878NrsfPcr1xRawRep2.bigWig
+GSM1024755_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; labexpid=DS11953; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024755_hg19_wgEncodeUwDnaseH7esDiffa5dRawRep2.bigWig
+GSM1010828_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; controlid=SL6021; labexpid=SL7279,SL6593; softwareversion=MACS; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7279,SL6593; replicate=1,2; softwareversion=MACS; original_filename=GSM1010828_hg19_wgEncodeHaibTfbsA549Usf1V0422111Etoh02RawRep2.bigWig
+GSM1003517_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH000060; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HUVEC/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003517_hg19_wgEncodeBroadHistoneHuvecH3k09me3Sig.bigWig
+GSM1006911_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,045C; labexpid=RHI004,RHI003,RHI003,RHI004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C; labexpid=RHI003,RHI004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006911_hg19_wgEncodeGisRnaPetImr90CytosolPapMinusRawRep2.bigWig
+GSM981253_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC,086WC,085WC; labexpid=LID46599,LID46598,LID46598,LID46599,LID46599,LID46598; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC,086WC; labexpid=LID46598,LID46599; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981253_hg19_wgEncodeCshlLongRnaSeqSknshCellPapPlusRep4.bigWig
+GSM1010759_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; controlid=SL16754,SL13506; labexpid=SL14585,SL13274; softwareversion=MACS; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14585,SL13274; replicate=1,2; softwareversion=MACS; original_filename=GSM1010759_hg19_wgEncodeHaibTfbsEcc1P300V0422111RawRep1.bigWig
+GSM1006911_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,045C; labexpid=RHI004,RHI003,RHI003,RHI004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C; labexpid=RHI003,RHI004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006911_hg19_wgEncodeGisRnaPetImr90CytosolPapPlusRawRep1.bigWig
+GSM981248_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046N,045N,045N,046N,045N,046N; labexpid=LID45613,LID45635,LID45613,LID45635,LID45613,LID45635; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046N,045N; labexpid=LID45635,LID45613; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981248_hg19_wgEncodeCshlLongRnaSeqImr90NucleusPapPlusRep1.bigWig
+GSM979632_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=CThi10049,CThi10059,CThi10049,CThi10059; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C; labexpid=CThi10049; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979632_hg19_wgEncodeRikenCageA549CytosolPapMinusRawRep4.bigWig
+GSM979638_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=061WC,062WC,062WC,061WC; labexpid=CThi10103ACA,CThi10100GAT,CThi10103ACA,CThi10100GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=061WC; labexpid=CThi10103ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979638_hg19_wgEncodeRikenCageHfdpcCellPapMinusRawRep2.bigWig
+GSM979660_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=051WC,052WC,051WC,052WC; labexpid=CThi10035,CThi10034,CThi10034,CThi10035; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=051WC; labexpid=CThi10034; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979660_hg19_wgEncodeRikenCageHvmfCellPapMinusRawRep1.bigWig
+GSM1010855_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; controlid=SL16754,SL13506; labexpid=SL14056,SL16022; softwareversion=MACS; cell sex=F; antibody=NFIC_(SC-81335); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14056,SL16022; replicate=1,2; softwareversion=MACS; original_filename=GSM1010855_hg19_wgEncodeHaibTfbsEcc1Nficsc81335V0422111RawRep2.bigWig
+GSM1006874_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003452; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_LnCAP,p-value cutoff: 0.05; replicate=1,2; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003452; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006874_hg19_wgEncodeOpenChromChipLncapCtcfBaseOverlapSignalRep1.bigWig
+GSM1006891_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003442; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_GM10248,p-value cutoff: 0.05; replicate=1,2; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003442; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006891_hg19_wgEncodeOpenChromChipGm10248CtcfBaseOverlapSignalRep1.bigWig
+GSM981250_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,086N,085N,085N,086N; labexpid=LID46597,LID46596,LID46597,LID46596,LID46597,LID46596; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N,086N; labexpid=LID46596,LID46597; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981250_hg19_wgEncodeCshlLongRnaSeqSknshNucleusPapMinusRep4.bigWig
+GSM1010766_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22823; controlid=SL13321; labexpid=SL14581,SL13319; softwareversion=MACS; cell sex=M; antibody=E2F6; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22823; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321; labexpid=SL14581,SL13319; replicate=1,2; softwareversion=MACS; original_filename=GSM1010766_hg19_wgEncodeHaibTfbsA549E2f6V0422111RawRep2.bigWig
+GSM1010858_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL16761,SL13505; labexpid=SL13501,SL14710; softwareversion=MACS; cell sex=F; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL13501,SL14710; replicate=1,2; softwareversion=MACS; original_filename=GSM1010858_hg19_wgEncodeHaibTfbsSknshTead4sc101184V0422111RawRep1.bigWig
+GSM1010861_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; controlid=SL16757,SL16756; labexpid=SL16340,SL14574; softwareversion=MACS; cell sex=F; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL16340,SL14574; replicate=1,2; softwareversion=MACS; original_filename=GSM1010861_hg19_wgEncodeHaibTfbsMcf7Tcf12V0422111RawRep2.bigWig
+GSM1003468_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=1)abcam; 2)Millipore; antibody vendorid=ab8580; 07-473; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003468_hg19_wgEncodeBroadHistoneDnd41H3k04me3Sig.bigWig
+GSM1010816_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL3774,SL3775; labexpid=SL5895,SL5043; softwareversion=MACS; cell sex=F; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3774,SL3775; labexpid=SL5895,SL5043; replicate=1,2; softwareversion=MACS; original_filename=GSM1010816_hg19_wgEncodeHaibTfbsSknshSin3ak20V0416101RawRep2.bigWig
+GSM1003487_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH000084; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HepG2/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003487_hg19_wgEncodeBroadHistoneHepg2Ezh239875Sig.bigWig
+GSM1010787_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin. Antibody Target: SP2; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors. Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins. It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-643; controlid=SL6019; labexpid=SL6006,SL5688; softwareversion=MACS; cell sex=M; antibody=SP2_(SC-643); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin. Antibody Target: SP2; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors.  Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins.  It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-643; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL6006,SL5688; replicate=1,2; softwareversion=MACS; original_filename=GSM1010787_hg19_wgEncodeHaibTfbsHepg2Sp2V0422111RawRep2.bigWig
+GSM984616_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=081WC,081WC,082WC,082WC; labexpid=LID47256,LID47257,LID47257,LID47256; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=082WC; labexpid=LID47257; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984616_hg19_wgEncodeCshlLongRnaSeqNhemfm250713022CellTotalMinusRep2.bigWig
+GSM981259_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=039WC,040WC,040WC,039WC,039WC,040WC; labexpid=LID44658,LID44658,LID44657,LID44657,LID44658,LID44657; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=039WC,040WC; labexpid=LID44657,LID44658; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981259_hg19_wgEncodeCshlLongRnaSeqMonocd14CellPamMinusRep1.bigWig
+GSM1014520_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HIPEpiC; cell organism=human; cell description=iris pigment epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; labexpid=DS12684; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014520_hg19_wgEncodeUwDgfHipeSig.bigWig
+GSM1003506_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=1)abcam; 2)Millipore; antibody vendorid=ab8580; 07-473; controlid=wgEncodeEH001056; replicate=1,3,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Osteobl/None/Input/std; labversion=Illumina_GA2e; labversion description=Illumina Genome Analyzer IIe; softwareversion=ScriptureVPaperR3; original_filename=GSM1003506_hg19_wgEncodeBroadHistoneOsteoH3k04me3Sig.bigWig
+GSM981245_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=090N,089N,090N,089N,090N,089N; labexpid=LID46860,LID46859,LID46859,LID46860,LID46859,LID46860; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N; labexpid=LID46859,LID46860; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981245_hg19_wgEncodeCshlLongRnaSeqMcf7NucleusPapMinusRep3.bigWig
+GSM1010836_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; controlid=SL12247,SL12246; labexpid=SL12238,SL16733; softwareversion=MACS; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12238,SL16733; replicate=1,2; softwareversion=MACS; original_filename=GSM1010836_hg19_wgEncodeHaibTfbsHct116Usf1V0422111RawRep1.bigWig
+GSM984612_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=050WC,050WC,049WC,049WC,050WC,049WC; labexpid=LID47247,LID47248,LID47247,LID47247,LID47248,LID47248; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=050WC; labexpid=LID47248; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984612_hg19_wgEncodeCshlLongRnaSeqNhdf70717012CellTotalPlusRep1.bigWig
+GSM1010726_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL3898; labexpid=SL3898; cell lineage=endoderm; cell sex=M; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL3898; labexpid=SL3898; replicate=2; original_filename=GSM1010726_hg19_wgEncodeHaibTfbsA549Creb1sc240V0416102Etoh02RawRep2.bigWig
+GSM981248_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046N,045N,045N,046N,045N,046N; labexpid=LID45613,LID45635,LID45613,LID45635,LID45613,LID45635; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046N,045N; labexpid=LID45635,LID45613; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981248_hg19_wgEncodeCshlLongRnaSeqImr90NucleusPapMinusRep2.bigWig
+GSM1003457_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: PLU1; antibody targetdescription=JARID1B (Jumonji AT-rich interactive domain 1B) is a member of the JARID 1 family of proteins that catalyze the demethylation of histones on lysine. The Jarid 1 family members include JARID1A, JARID1B, JARID1C and JARID1D. The members of this family possess a Jumonji C (JmjC) and Jumonji N (JmjN) domain as well as one ARID (AT-rich interactive domain) and three PHD-type zinc fingers. As histone demethylases, JARID 1 proteins function as transcriptional repressors. JARID1B expression is largely restricted to testis and may play a critical role in tumorigenesis as it has been found to be upregulated in prostate and breast cancer. Alternative names for JARID1B include retinoblastoma-binding protein 2 homolog 1, RBP2-H1, cancer/testis antigen 31, CT31, PLU-1, PUT1, and KDM5B.; antibody vendorname=YangShi lab; antibody vendorid=PLU1; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=PLU1; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: PLU1; antibody targetdescription=JARID1B (Jumonji AT-rich interactive domain 1B) is a member of the JARID 1 family of proteins that catalyze the demethylation of histones on lysine. The Jarid 1 family members include JARID1A, JARID1B, JARID1C and JARID1D. The members of this family possess a Jumonji C (JmjC) and Jumonji N (JmjN) domain as well as one ARID (AT-rich interactive domain) and three PHD-type zinc fingers. As histone demethylases, JARID 1 proteins function as transcriptional repressors. JARID1B expression is largely restricted to testis and may play a critical role in tumorigenesis as it has been found to be upregulated in prostate and breast cancer. Alternative names for JARID1B include retinoblastoma-binding protein 2 homolog 1, RBP2-H1, cancer/testis antigen 31, CT31, PLU-1, PUT1, and KDM5B.; antibody vendorname=YangShi lab; antibody vendorid=PLU1; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003457_hg19_wgEncodeBroadHistoneH1hescPlu1Sig.bigWig
+GSM1022657_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCM; cell organism=human; cell description=cardiac myocytes; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000946; labexpid=DS18566; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022657_hg19_wgEncodeUwTfbsHcmCtcfStdRawRep1.bigWig
+GSM1003570_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=BHC110/LSD1 is a histone demethylase and a component of several histone deacetylase complexes. BHC110/LSD1 is able to specifically catalyze the demethylation of Lys4 of histone H3. As part of histone deacetylase complexes BHC110/LSD1 functions as a corepressor of transcription.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-215A; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=LSD1; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=BHC110/LSD1 is a histone demethylase and a component of several histone deacetylase complexes. BHC110/LSD1 is able to specifically catalyze the demethylation of Lys4 of histone H3. As part of histone deacetylase complexes BHC110/LSD1 functions as a corepressor of transcription.; antibody vendorname=Bethyl; antibody vendorid=A300-215A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003570_hg19_wgEncodeBroadHistoneK562Lsd1Sig.bigWig
+GSM1010780_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of ATF2 of human origin. Antibody Target: ATF2; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds to the cAMP-responsive element (CRE), an octameric palindrome. The protein forms a homodimer or heterodimer with c-Jun and stimulates CRE-dependent transcription. The protein is also a histone acetyltransferase (HAT) that specifically acetylates histones H2B and H4 in vitro; thus it may represent a class of sequence-specific factors that activate transcription by direct effects on chromatin components. Additional transcript variants have been identified but their biological validity has not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81188; controlid=SL6022; labexpid=SL7561,SL7282; softwareversion=MACS; cell sex=F; antibody=ATF2_(SC-81188); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of ATF2 of human origin. Antibody Target: ATF2; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds to the cAMP-responsive element (CRE), an octameric palindrome. The protein forms a homodimer or heterodimer with c-Jun and stimulates CRE-dependent transcription. The protein is also a histone acetyltransferase (HAT) that specifically acetylates histones H2B and H4 in vitro; thus it may represent a class of sequence-specific factors that activate transcription by direct effects on chromatin components. Additional transcript variants have been identified but their biological validity has not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7561,SL7282; replicate=1,2; softwareversion=MACS; original_filename=GSM1010780_hg19_wgEncodeHaibTfbsGm12878Atf2sc81188V0422111RawRep1.bigWig
+GSM979652_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=065WC,065WC,066WC,066WC; labexpid=CThi10105ACA,CThi10104GAT,CThi10105ACA,CThi10104GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=065WC; labexpid=CThi10105ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979652_hg19_wgEncodeRikenCageHmscatCellPapPlusRawRep1.bigWig
+GSM1014530_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HCF; cell organism=human; cell description=cardiac fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS12501; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014530_hg19_wgEncodeUwDgfHcfRaw.bigWig
+GSM1010837_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; controlid=SL16758,SL13504; labexpid=SL13490,SL14697; softwareversion=MACS; cell sex=F; antibody=NR2F2_(SC-271940); antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL13490,SL14697; replicate=1,2; softwareversion=MACS; original_filename=GSM1010837_hg19_wgEncodeHaibTfbsMcf7Nr2f2sc271940V0422111RawRep2.bigWig
+GSM1003474_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003132; replicate=1,3,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=CD20+/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003474_hg19_wgEncodeBroadHistoneCd20CtcfSig.bigWig
+GSM1010904_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL12247,SL12246; labexpid=SL13075,SL12243; softwareversion=MACS; cell sex=M; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13075,SL12243; replicate=1,2; softwareversion=MACS; original_filename=GSM1010904_hg19_wgEncodeHaibTfbsHct116MaxV0422111RawRep2.bigWig
+GSM1008587_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=GM20000; cell organism=human; cell description=lymphoblastoid cell line, De Lange phenotype; developmental delay; profound retardation; cell karyotype=affected; cell lineage=mesoderm; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008587_hg19_wgEncodeOpenChromDnaseGm20000Sig.bigWig
+GSM1008578_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Cerebrum_frontal_OC; cell organism=human; cell description=Primary frozen frontal cerebrum tissue from NICHD donor IDs 1104 (Rep B1), 602 (Rep B2), 1442 (Rep B3), all Caucasian; cell karyotype=normal; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008578_hg19_wgEncodeOpenChromDnaseCerebrumfrontalocSig.bigWig
+GSM1008577_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Medullo_D341; cell organism=human; cell description=Medulloblastoma cell line of neuron or neuron precurosr origin; cell karyotype=cancer; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008577_hg19_wgEncodeOpenChromDnaseMedullod341Sig.bigWig
+GSM1010769_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; controlid=SL16758,SL13504; labexpid=SL13462,SL14686; softwareversion=MACS; cell sex=F; antibody=FOXM1_(SC-502); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL13462,SL14686; replicate=1,2; softwareversion=MACS; original_filename=GSM1010769_hg19_wgEncodeHaibTfbsMcf7Foxm1sc502V0422111RawRep2.bigWig
+GSM979645_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=094WC,093WC,093WC,094WC; labexpid=CThi10102ATC,CThi10102ACA,CThi10102ATC,CThi10102ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=093WC; labexpid=CThi10102ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979645_hg19_wgEncodeRikenCageHsavecCellPapMinusRawRep1.bigWig
+GSM1006870_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003447; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_GM10266; replicate=1,2; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003447; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006870_hg19_wgEncodeOpenChromChipGm10266CtcfSigRep1.bigWig
+GSM1010729_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to a region near the N-terminus of MTA3 of human origin. Antibody Target: MTA3; antibody targetdescription=Plays a role in maintenance of the normal epithelial architecture through the repression of SNAI1 transcription in a histone deacetylase-dependent manner, and thus the regulation of E-cadherin levels.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81325; controlid=SL6022; labexpid=SL7899,SL8129; softwareversion=MACS; cell sex=F; antibody=MTA3_(SC-81325); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to a region near the N-terminus of MTA3 of human origin. Antibody Target: MTA3; antibody targetdescription=Plays a role in maintenance of the normal epithelial architecture through the repression of SNAI1 transcription in a histone deacetylase-dependent manner, and thus the regulation of E-cadherin levels.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81325; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7899,SL8129; replicate=1,2; softwareversion=MACS; original_filename=GSM1010729_hg19_wgEncodeHaibTfbsGm12878Mta3sc81325V0422111RawRep1.bigWig
+GSM979660_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=051WC,052WC,051WC,052WC; labexpid=CThi10035,CThi10034,CThi10034,CThi10035; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=051WC; labexpid=CThi10034; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979660_hg19_wgEncodeRikenCageHvmfCellPapPlusRawRep1.bigWig
+GSM1003495_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=abcam; antibody vendorid=ab8895; controlid=wgEncodeEH003075; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003495_hg19_wgEncodeBroadHistoneA549H3k04me1Dex100nmSig.bigWig
+GSM1003559_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4729; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003559_hg19_wgEncodeBroadHistoneMonocd14ro1746H3k27acSig.bigWig
+GSM1010849_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of TRIM28 of human origin. Antibody Target: TRIM28; antibody targetdescription=The protein encoded by this gene mediates transcriptional control by interaction with the Kruppel-associated box repression domain found in many transcription factors. The protein localizes to the nucleus and is thought to associate with specific chromatin regions. The protein is a member of the tripartite motif family. This tripartite motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81411; controlid=SL6023; labexpid=SL9830,SL8672; softwareversion=MACS; cell sex=F; antibody=TRIM28_(SC-81411); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of TRIM28 of human origin. Antibody Target: TRIM28; antibody targetdescription=The protein encoded by this gene mediates transcriptional control by interaction with the Kruppel-associated box repression domain found in many transcription factors.  The protein localizes to the nucleus and is thought to associate with specific chromatin regions.  The protein is a member of the tripartite motif family.  This tripartite motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81411; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL9830,SL8672; replicate=1,2; softwareversion=MACS; original_filename=GSM1010849_hg19_wgEncodeHaibTfbsK562Trim28sc81411V0422111RawRep2.bigWig
+GSM1006880_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003453; labversion=fseq v 1.84; cell=Lung_OC; cell organism=human; cell description=Primary frozen lung tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase) and CF Center donor IDs DD006I (Rep B1 FAIRE) and DD007I (Rep B2 FAIRE); cell karyotype=normal; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003453; original_filename=GSM1006880_hg19_wgEncodeOpenChromChipLungocInputSig.bigWig
+GSM1003449_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: RBBP5; antibody targetdescription=Retinoblastoma binding protein 5 (RbBP5) is a subunit of a human Set1-like histone methyltransferase (HMT) complex. The Set-1 like complexes are responsible for mono-, di-, and tri-methylation of histone H3 K4. RbBP5 associates with a multitude of proteins in a number of Set1-like complexes which include various combinations of MLL, MLL2, MLL3, MLL4, ASH2L,WDR5, hDPY-30, hSwd2, CXXC1, HCF1, Menin, PTIP, PA1, NCOA6, and UTX. RbBP5 is also one of many proteins that bind the Retinoblastoma tumor suppressor protein, pRb. Alternate names for RbBP5 are RBQ3 and SWD1.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-109A; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=RBBP5_(A300-109A); antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: RBBP5; antibody targetdescription=Retinoblastoma binding protein 5 (RbBP5) is a subunit of a human Set1-like histone methyltransferase (HMT) complex. The Set-1 like complexes are responsible for mono-, di-, and tri-methylation of histone H3 K4. RbBP5 associates with a multitude of proteins in a number of Set1-like complexes which include various combinations of MLL, MLL2, MLL3, MLL4, ASH2L,WDR5, hDPY-30, hSwd2, CXXC1, HCF1, Menin, PTIP, PA1, NCOA6, and UTX. RbBP5 is also one of many proteins that bind the Retinoblastoma tumor suppressor protein, pRb. Alternate names for RbBP5 are RBQ3 and SWD1.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-109A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003449_hg19_wgEncodeBroadHistoneK562Rbbp5a300109aStdSig.bigWig
+GSM1003448_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=goat polyclonal IgG, 200 micrograms/ml, epitope mapping at the C-terminus of HDAC1 of human origin. Antibody Target: HDAC1; antibody targetdescription=Histone deacetylase 1 (HDAC1) is a class I histone deacetylase that catalyzes the removal of the acetyl group on lysine residues of the N-terminus of the core histones H2A, H2B, H3, and H4. HDAC1 is a component of multiple deacetylating complexes such as Sin3, NuRD, and CoRest that function to repress gene transcription. Alternate names for HDAC1 include RPD3L1, HD1, GON-10, and DKFZp686H12203.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6298; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=HDAC1_(SC-6298); antibody antibodydescription=goat polyclonal IgG, 200 micrograms/ml, epitope mapping at the C-terminus of HDAC1 of human origin. Antibody Target: HDAC1; antibody targetdescription=Histone deacetylase 1 (HDAC1) is a class I histone deacetylase that catalyzes the removal of the acetyl group on lysine residues of the N-terminus of the core histones H2A, H2B, H3, and H4. HDAC1 is a component of multiple deacetylating complexes such as Sin3, NuRD, and CoRest that function to repress gene transcription. Alternate names for HDAC1 include RPD3L1, HD1, GON-10, and DKFZp686H12203.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-6298; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003448_hg19_wgEncodeBroadHistoneK562Hdac1sc6298StdSig.bigWig
+GSM1003562_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Specific for histone H3 tri methylated at lysine 36, weakly reacts with H3K36me2. Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=abcam; antibody vendorid=ab9050; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003562_hg19_wgEncodeBroadHistoneMonocd14ro1746H3k36me3Sig.bigWig
+GSM984608_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=067WC,068WC,068WC,067WC; labexpid=LID47100,LID47099,LID47099,LID47100; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=068WC; labexpid=LID47100; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984608_hg19_wgEncodeCshlLongRnaSeqHmscbm005060211CellTotalPlusRep2.bigWig
+GSM1003557_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH000093; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HMEC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003557_hg19_wgEncodeBroadHistoneHmecH3k79me2Sig.bigWig
+GSM979659_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N,045N,046N; labexpid=CThi10026,CThi10025,CThi10026,CThi10025; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N; labexpid=CThi10025; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979659_hg19_wgEncodeRikenCageImr90NucleusPapPlusRawRep1.bigWig
+GSM1003568_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101004; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=CBX3_(SC-101004); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-101004; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003568_hg19_wgEncodeBroadHistoneK562Cbx3sc101004Sig.bigWig
+GSM1024774_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; treatment=diffProtA_2d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 2 days, lineage: mesoderm; labexpid=DS14732; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024774_hg19_wgEncodeUwDnaseH7esDiffa2dRawRep1.bigWig
+GSM1010754_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL12792; labexpid=SL13747,SL12632; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792; labexpid=SL13747,SL12632; replicate=1,2; softwareversion=MACS; original_filename=GSM1010754_hg19_wgEncodeHaibTfbsHl60NrsfV0422111RawRep2.bigWig
+GSM979648_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,085C,086C,086C; labexpid=CThi10044,CThi10047,CThi10044,CThi10047; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C; labexpid=CThi10044; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979648_hg19_wgEncodeRikenCageSknshCytosolPapMinusRawRep3.bigWig
+GSM979654_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N,089N,090N; labexpid=CThi10052,CThi10054,CThi10054,CThi10052; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N; labexpid=CThi10052; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979654_hg19_wgEncodeRikenCageMcf7NucleusPapPlusRawRep3.bigWig
+GSM1010754_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL12792; labexpid=SL13747,SL12632; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792; labexpid=SL13747,SL12632; replicate=1,2; softwareversion=MACS; original_filename=GSM1010754_hg19_wgEncodeHaibTfbsHl60NrsfV0422111RawRep1.bigWig
+GSM1003501_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH000093; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HMEC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003501_hg19_wgEncodeBroadHistoneHmecEzh239875Sig.bigWig
+GSM981244_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,046C,045C,045C; labexpid=LID45612,LID45611,LID45612,LID45612,LID45611,LID45611; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C; labexpid=LID45611,LID45612; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981244_hg19_wgEncodeCshlLongRnaSeqImr90CytosolPapPlusRep2.bigWig
+GSM1014535_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=RPMI-7951; cell organism=human; cell description=Human Skin Malignant Melanoma Cells, This is a hyperdiploid human cell line with the modal chromosome number of 49, occurring in 24% of cells. Polyploid cells occurred at 22%, which is high.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS20909; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014535_hg19_wgEncodeUwDgfRpmi7951Sig.bigWig
+GSM1010753_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins. The protein is involved in repressing and activating a diverse number of promoters. YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; controlid=SL13506; labexpid=SL13273,SL14584; softwareversion=MACS; cell sex=F; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL13273,SL14584; replicate=1,2; softwareversion=MACS; original_filename=GSM1010753_hg19_wgEncodeHaibTfbsEcc1Yy1sc281V0422111RawRep1.bigWig
+GSM1006883_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003455; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_Spleen,p-value cutoff: 0.05; replicate=1,2; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003455; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006883_hg19_wgEncodeOpenChromChipSpleenocCtcfSigRep1.bigWig
+GSM979659_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N,045N,046N; labexpid=CThi10026,CThi10025,CThi10026,CThi10025; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N; labexpid=CThi10025; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979659_hg19_wgEncodeRikenCageImr90NucleusPapPlusRawRep2.bigWig
+GSM984607_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=069WC,069WC,070WC,070WC; labexpid=LID47299,LID47300,LID47300,LID47299; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=069WC; labexpid=LID47299; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984607_hg19_wgEncodeCshlLongRnaSeqHmscuc00811017CellTotalMinusRep2.bigWig
+GSM984617_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=083WC,084WC,083WC,084WC; labexpid=LID47259,LID47258,LID47258,LID47259; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=084WC; labexpid=LID47259; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984617_hg19_wgEncodeCshlLongRnaSeqNhemm27012303CellTotalMinusRep1.bigWig
+GSM1010865_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL12050,SL12795; labexpid=SL13292,SL12422; softwareversion=MACS; cell sex=M; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795; labexpid=SL13292,SL12422; replicate=1,2; softwareversion=MACS; original_filename=GSM1010865_hg19_wgEncodeHaibTfbsHepg2MaxV0422111RawRep2.bigWig
+GSM1010810_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; controlid=SL12050,SL12795; labexpid=SL12644,SL16316; softwareversion=MACS; cell sex=M; antibody=NR2F2_(SC-271940); antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795; labexpid=SL12644,SL16316; replicate=1,2; softwareversion=MACS; original_filename=GSM1010810_hg19_wgEncodeHaibTfbsHepg2Nr2f2sc271940V0422111RawRep2.bigWig
+GSM1003563_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=Ring finger protein 2 (RNF2) is a polycomb group (PcG) protein. RNF2 has been shown to interact with, and suppress the activity of, transcription factor CP2 (TFCP2/CP2).; antibody vendorname=Bethyl Laboratories; antibody vendorid=A302-869A; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=RNF2; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=Ring finger protein 2 (RNF2) is a polycomb group (PcG) protein. RNF2 has been shown to interact with, and suppress the activity of, transcription factor CP2 (TFCP2/CP2).; antibody vendorname=Bethyl; antibody vendorid=A302-869A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003563_hg19_wgEncodeBroadHistoneK562Rnf2Sig.bigWig
+GSM1006907_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C,085C,086C; labexpid=RHS017,RHS017,RHS018,RHS018; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C; labexpid=RHS017,RHS018; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006907_hg19_wgEncodeGisRnaPetSknshCytosolPapMinusRawRep3.bigWig
+GSM1010739_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; controlid=SL12791,SL13505; labexpid=SL12627,SL13752; softwareversion=MACS; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL12627,SL13752; replicate=1,2; softwareversion=MACS; original_filename=GSM1010739_hg19_wgEncodeHaibTfbsSknshGabpV0422111RawRep2.bigWig
+GSM1024754_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; labexpid=DS15665; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024754_hg19_wgEncodeUwDnaseH7esDiffa5dRawRep1.bigWig
+GSM979657_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=CThi10053,CThi10051,CThi10053,CThi10051; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C; labexpid=CThi10051; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979657_hg19_wgEncodeRikenCageMcf7CytosolPapMinusRawRep3.bigWig
+GSM1003561_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=1)abcam; 2)Millipore; antibody vendorid=ab8580; 07-473; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003561_hg19_wgEncodeBroadHistoneA549H3k04me3Etoh02Sig.bigWig
+GSM1010741_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; controlid=SL6019; labexpid=SL7554,SL7102; softwareversion=MACS; cell sex=M; antibody=NFIC_(SC-81335); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL7554,SL7102; replicate=1,2; softwareversion=MACS; original_filename=GSM1010741_hg19_wgEncodeHaibTfbsHepg2Nficsc81335V0422111RawRep2.bigWig
+GSM1010903_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; controlid=SL12247,SL12246; labexpid=SL13074,SL12242; softwareversion=MACS; cell sex=M; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13074,SL12242; replicate=1,2; softwareversion=MACS; original_filename=GSM1010903_hg19_wgEncodeHaibTfbsHct116CtcfcV0422111RawRep1.bigWig
+GSM1010821_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL1781; labexpid=SL1363,SL5604; softwareversion=MACS; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL1363,SL5604; replicate=1,2; softwareversion=MACS; original_filename=GSM1010821_hg19_wgEncodeHaibTfbsHepg2Pol24h8V0416102RawRep2.bigWig
+GSM1003499_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH001027; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NH-A/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003499_hg19_wgEncodeBroadHistoneNhaH2azSig.bigWig
+GSM1010806_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; controlid=SL16760,SL13505; labexpid=SL13084,SL14597; softwareversion=MACS; cell sex=F; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16760,SL13505; labexpid=SL13084,SL14597; replicate=1,2; softwareversion=MACS; original_filename=GSM1010806_hg19_wgEncodeHaibTfbsSknshUsf1V0422111RawRep1.bigWig
+GSM1008572_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Adult_CD4_Th0; cell organism=human; cell description=CD4+ cells isolated from human blood and enriched for Th0 populations; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008572_hg19_wgEncodeOpenChromDnaseAdultcd4th0Sig.bigWig
+GSM1010791_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; controlid=SL16757,SL16756; labexpid=SL13724,SL16336; softwareversion=MACS; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL13724,SL16336; replicate=1,2; softwareversion=MACS; original_filename=GSM1010791_hg19_wgEncodeHaibTfbsMcf7Rad21V0422111RawRep2.bigWig
+GSM1010819_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL2339; labexpid=SL5610,SL2353; softwareversion=MACS; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2339; labexpid=SL5610,SL2353; replicate=1,2; softwareversion=MACS; original_filename=GSM1010819_hg19_wgEncodeHaibTfbsPfsk1Pol24h8V0416101RawRep2.bigWig
+GSM1010762_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; controlid=SL13506; labexpid=SL13272,SL14583; softwareversion=MACS; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL13272,SL14583; replicate=1,2; softwareversion=MACS; original_filename=GSM1010762_hg19_wgEncodeHaibTfbsEcc1SrfV0422111RawRep2.bigWig
+GSM979652_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=065WC,065WC,066WC,066WC; labexpid=CThi10105ACA,CThi10104GAT,CThi10105ACA,CThi10104GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=065WC; labexpid=CThi10105ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979652_hg19_wgEncodeRikenCageHmscatCellPapMinusRawRep2.bigWig
+GSM1006913_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N,045N,046N; labexpid=RHI006,RHI005,RHI006,RHI005; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N; labexpid=RHI005,RHI006; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006913_hg19_wgEncodeGisRnaPetImr90NucleusPapPlusRawRep1.bigWig
+GSM1010731_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; controlid=SL6022; labexpid=SL7551,SL7834; softwareversion=MACS; cell sex=F; antibody=FOXM1_(SC-502); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7551,SL7834; replicate=1,2; softwareversion=MACS; original_filename=GSM1010731_hg19_wgEncodeHaibTfbsGm12878Foxm1sc502V0422111RawRep2.bigWig
+GSM1010877_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, recommended for the detection of Stat5a and Stat5b of human origin by WB, IP, IF and ELISA. Antibody Target: STAT5A; antibody targetdescription=The protein encoded by this gene is a member of the STAT family of transcription factors. In response to cytokines and growth factors, STAT family members are phosphorylated by the receptor associated kinases, and then form homo- or heterodimers that translocate to the cell nucleus where they act as transcription activators. This protein is activated by, and mediates the responses of many cell ligands, such as IL2, IL3, IL7 GM-CSF, erythropoietin, thrombopoietin, and different growth hormones. Activation of this protein in myeloma and lymphoma associated with a TEL/JAK2 gene fusion is independent of cell stimulus and has been shown to be essential for the tumorigenesis. The mouse counterpart of this gene is found to induce the expression of BCL2L1/BCL-X(L), which suggests the antiapoptotic function of this gene in cells. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74442; controlid=SL6023,SL9103; labexpid=SL9116,SL8673; softwareversion=MACS; cell sex=F; antibody=STAT5A_(SC-74442); antibody antibodydescription=Mouse monoclonal IgG, recommended for the detection of Stat5a and Stat5b of human origin by WB, IP, IF and ELISA. Antibody Target: STAT5A; antibody targetdescription=The protein encoded by this gene is a member of the STAT family of transcription factors. In response to cytokines and growth factors, STAT family members are phosphorylated by the receptor associated kinases, and then form homo- or heterodimers that translocate to the cell nucleus where they act as transcription activators. This protein is activated by, and mediates the responses of many cell ligands, such as IL2, IL3, IL7 GM-CSF, erythropoietin, thrombopoietin, and different growth hormones. Activation of this protein in myeloma and lymphoma associated with a TEL/JAK2 gene fusion is independent of cell stimulus and has been shown to be essential for the tumorigenesis. The mouse counterpart of this gene is found to induce the expression of BCL2L1/BCL-X(L), which suggests the antiapoptotic function of this gene in cells. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74442; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023,SL9103; labexpid=SL9116,SL8673; replicate=1,2; softwareversion=MACS; original_filename=GSM1010877_hg19_wgEncodeHaibTfbsK562Stat5asc74442V0422111RawRep1.bigWig
+GSM1008566_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Frontal_cortex_OC; cell organism=human; cell description=Primary ventromedial prefrontal cortex, from KPBBB donor IDs 673 (Rep B1) and 913 (Rep B2); cell karyotype=normal; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008566_hg19_wgEncodeOpenChromDnaseFrontalcortexocSig.bigWig
+GSM1010749_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL6021; labexpid=SL7110,SL8075; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7110,SL8075; replicate=1,2; softwareversion=MACS; original_filename=GSM1010749_hg19_wgEncodeHaibTfbsA549NrsfV0422111Etoh02RawRep1.bigWig
+GSM1008562_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,3,2; cell=FibroP_AG08396; cell organism=human; cell description=fibroblasts taken from individuals with Parkinson's disease; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008562_hg19_wgEncodeOpenChromDnaseFibropag08396BaseOverlapSignal.bigWig
+GSM1010810_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; controlid=SL12050,SL12795; labexpid=SL12644,SL16316; softwareversion=MACS; cell sex=M; antibody=NR2F2_(SC-271940); antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795; labexpid=SL12644,SL16316; replicate=1,2; softwareversion=MACS; original_filename=GSM1010810_hg19_wgEncodeHaibTfbsHepg2Nr2f2sc271940V0422111RawRep1.bigWig
+GSM984612_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=050WC,050WC,049WC,049WC,050WC,049WC; labexpid=LID47247,LID47248,LID47247,LID47247,LID47248,LID47248; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=050WC; labexpid=LID47248; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984612_hg19_wgEncodeCshlLongRnaSeqNhdf70717012CellTotalMinusRep1.bigWig
+GSM1010870_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12792,SL16759; labexpid=SL12792,SL16759; cell=HL-60; cell organism=human; cell description=promyelocytic leukemia cells, (PMID: 276884); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792,SL16759; labexpid=SL12792,SL16759; replicate=1,2; original_filename=GSM1010870_hg19_wgEncodeHaibTfbsHl60RxlchV0422111RawRep2.bigWig
+GSM1003519_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH000084; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HepG2/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003519_hg19_wgEncodeBroadHistoneHepg2H3k09me3Sig.bigWig
+GSM1008570_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=iPS_CWRU1; cell organism=human; cell description=iPS cells derived from MSC658 fibroblast; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008570_hg19_wgEncodeOpenChromDnaseIpscwru1Sig.bigWig
+GSM979641_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=063WC; labexpid=CThi10105GAT; readtype=1x50; readtype description=Single 50 nt reads; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=063WC; labexpid=CThi10105GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979641_hg19_wgEncodeRikenCageHmepcCellPapPlusRawRep1.bigWig
+GSM1009528_2	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0107C; labexpid=IHG024; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM1009528_hg19_wgEncodeGisRnaPetGm12878CytosolPapPlusRawRep1V2.bigWig
+GSM1003471_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=abcam; antibody vendorid=ab7766; controlid=wgEncodeEH003132; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K4me2; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=Abcam; antibody vendorid=ab7766; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=CD20+/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003471_hg19_wgEncodeBroadHistoneCd20H3k04me2Sig.bigWig
+GSM984609_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,040WC,040WC,039WC,039WC,040WC; labexpid=LID44497,LID44594,LID44594,LID44594,LID44497,LID44497; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,040WC; labexpid=LID44594,LID44497; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM984609_hg19_wgEncodeCshlLongRnaSeqMonocd14CellPapPlusRep2.bigWig
+GSM1024785_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=bone_marrow_HS27a; cell organism=human; cell description=HS27a Human Marrow Stromal Cells are fibroblastoid cells immortalized with HPV16 E6/E7 genes as described in Roecklein and Torok-Storb, 1995 Blood 85:997-1005, insert DNA is LXSN-16 E6E7 packaged in PA31.; cell karyotype=normal; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS16602; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024785_hg19_wgEncodeUwDnaseHs27aRawRep1.bigWig
+GSM1003518_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH000060; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HUVEC/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003518_hg19_wgEncodeBroadHistoneHuvecEzh239875Sig.bigWig
+GSM1003534_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4441; controlid=wgEncodeEH001027; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NH-A/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003534_hg19_wgEncodeBroadHistoneNhaH3k09acSig.bigWig
+GSM1010906_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPD of human origin. Antibody Target: CEBPD; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related protein CEBP-alpha. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses, and may be involved in the regulation of genes associated with activation and/or differentiation of macrophages. The cytogenetic location of this locus has been reported as both 8p11 and 8q11 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-636; controlid=SL12793,SL11659; labexpid=SL13317,SL11280; softwareversion=MACS; cell sex=F; antibody=CEBPD_(SC-636); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPD of human origin. Antibody Target: CEBPD; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related protein CEBP-alpha. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses, and may be involved in the regulation of genes associated with activation and/or differentiation of macrophages. The cytogenetic location of this locus has been reported as both 8p11 and 8q11 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-636; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12793,SL11659; labexpid=SL13317,SL11280; replicate=1,2; softwareversion=MACS; original_filename=GSM1010906_hg19_wgEncodeHaibTfbsK562Cebpdsc636V0422111RawRep1.bigWig
+GSM1024753_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Th1_Wb54553204; cell organism=human; cell description=Th1 cells in vivo isolation, donor is Caucasian, male 33 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17593; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024753_hg19_wgEncodeUwDnaseTh1wb54553204RawRep1.bigWig
+GSM1008593_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Ishikawa; cell organism=human; cell description=endometrial adenocarcinoma; cell sex=F; treatment=Estradiol_10nM_30m; treatment description=30 min with 10nM 7b-Estradiol (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008593_hg19_wgEncodeOpenChromDnaseIshikawaEst10nm30mSig.bigWig
+GSM1022677_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCM; cell organism=human; cell description=cardiac myocytes; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000946; labexpid=DS18567; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022677_hg19_wgEncodeUwTfbsHcmCtcfStdRawRep2.bigWig
+GSM1014511_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HEEpiC; cell organism=human; cell description=esophageal epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; labexpid=DS12763; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014511_hg19_wgEncodeUwDgfHeeRaw.bigWig
+GSM1006868_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003451; labversion=fseq v 1.84; cell=Kidney_OC; cell organism=human; cell description=Primary frozen kidney tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1863 (Rep B3 FAIRE) and NCTC donor ID 10-0022A (Rep B1 FAIRE); cell karyotype=normal; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003451; original_filename=GSM1006868_hg19_wgEncodeOpenChromChipKidneyocInputSig.bigWig
+GSM1006902_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087WC,088WC,087WC,088WC; labexpid=RHA010,RHA009,RHA009,RHA010; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087WC,088WC; labexpid=RHA009,RHA010; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006902_hg19_wgEncodeGisRnaPetA549CellPapPlusRawRep4.bigWig
+GSM1003503_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; controlid=wgEncodeEH001001; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HSMMtube/None/Input/std; labversion=Illumina_GA2e; labversion description=Illumina Genome Analyzer IIe; softwareversion=ScriptureVPaperR3; original_filename=GSM1003503_hg19_wgEncodeBroadHistoneHsmmtH3k27me3Sig.bigWig
+GSM1010800_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; controlid=SL16757,SL13504; labexpid=SL16335,SL13492; softwareversion=MACS; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL13504; labexpid=SL16335,SL13492; replicate=1,2; softwareversion=MACS; original_filename=GSM1010800_hg19_wgEncodeHaibTfbsMcf7P300V0422111RawRep2.bigWig
+GSM1008580_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,3,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=SAHA_ctrl; treatment description=Cells grown with DMSO supplementing RPMI1640 + 10% FBS media for 72 hours (DMSO volume is ~ .05% of the total media volume). This is an untreated control.; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008580_hg19_wgEncodeOpenChromDnaseK562SahactrlBaseOverlapSignal.bigWig
+GSM1010733_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL13506; labexpid=SL14721,SL13751; softwareversion=MACS; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14721,SL13751; replicate=1,2; softwareversion=MACS; original_filename=GSM1010733_hg19_wgEncodeHaibTfbsEcc1Taf1V0422111RawRep1.bigWig
+GSM1008589_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=GM10248; cell organism=human; cell description=lymphoblastoid cell line, Clinically normal; 4 paternal cousins have Cornelia de Lange syndrome; 46,XY, t(3;22)(q25.3;p12); cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008589_hg19_wgEncodeOpenChromDnaseGm10248Sig.bigWig
+GSM1024773_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=M059J; cell organism=human; cell description=malignant glioblastoma, glioma, lack DNA-dependent protein kinase activity, deficient in repair of DNA double strand breaks, the cells are negative for glial fibrillary acidic protein (GFAP), tumor specimen taken from a 33 year old; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS20493; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024773_hg19_wgEncodeUwDnaseM059jRawRep1.bigWig
+GSM1010756_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of FOSL1 of human origin. Antibody Target: FOSL1; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-183; controlid=SL12247,SL12246; labexpid=SL12231,SL13068; softwareversion=MACS; cell sex=M; antibody=FOSL1_(SC-183); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of FOSL1 of human origin. Antibody Target:  FOSL1; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2.  These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1.  As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-183; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12231,SL13068; replicate=1,2; softwareversion=MACS; original_filename=GSM1010756_hg19_wgEncodeHaibTfbsHct116Fosl1V0422111RawRep2.bigWig
+GSM1006875_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_stimulated_media; treatment description=Grown with normal serum levels (10%), then switched back to normal serum levels (10% FBS) for 3 hours.; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006875_hg19_wgEncodeOpenChromChipMcf7CtcfSerumstimBaseOverlapSignal.bigWig
+GSM979661_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=080WC,079WC,080WC,079WC; labexpid=CThi10101ACA,CThi10101ATC,CThi10101ATC,CThi10101ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=079WC; labexpid=CThi10101ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979661_hg19_wgEncodeRikenCageHwpCellPapMinusRawRep2.bigWig
+GSM1024784_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Estradiol_100nM_1hr; treatment description=1 h with 100 nM Estradiol, hormone treatment (Stam); labexpid=DS18271; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024784_hg19_wgEncodeUwDnaseMcf7Est100nm1hRawRep1.bigWig
+GSM1003579_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH000088; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003579_hg19_wgEncodeBroadHistoneH1hescH2azStdSig.bigWig
+GSM1014512_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NHDF-neo; cell organism=human; cell description=neonatal dermal fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS11923; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014512_hg19_wgEncodeUwDgfNhdfneoSig.bigWig
+GSM1008605_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Urothelia; cell organism=human; cell description=primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene; cell karyotype=normal; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008605_hg19_wgEncodeOpenChromDnaseUrothelSigV2.bigWig
+GSM1014518_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HCFaa; cell organism=human; cell description=cardiac fibroblasts- adult atrial; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS13480; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014518_hg19_wgEncodeUwDgfHcfaaRaw.bigWig
+GSM1003624_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH003393; replicate=1; original_filename=GSM1003624_hg19_wgEncodeSydhTfbsSknshInputIggrabSig.bigWig
+GSM1003456_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Specific for histone H3 tri methylated at lysine 36, weakly reacts with H3K36me2. Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=abcam; antibody vendorid=ab9050; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003456_hg19_wgEncodeBroadHistoneA549H3k36me3Etoh02Sig.bigWig
+GSM1008556_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=GM13977; cell organism=human; cell description=lymphoblastoid cell line, Clinically affected; microcephaly; low frontal hairline; synophris; penciled arched eyebrows; short nose; crescent shaped mouth; hirsutism; micromelia; short thumbs; mental retardation; clinically normal monozygotic twin sister is GM13976; cell karyotype=affected; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008556_hg19_wgEncodeOpenChromDnaseGm13977Sig.bigWig
+GSM1010752_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin. Antibody Target: ZBTB7A; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-34508; controlid=SL13506; labexpid=SL14586,SL13275; softwareversion=MACS; cell sex=F; antibody=ZBTB7A_(SC-34508); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin. Antibody Target:  ZBTB7A; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-34508; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14586,SL13275; replicate=1,2; softwareversion=MACS; original_filename=GSM1010752_hg19_wgEncodeHaibTfbsEcc1Zbtb7aV0422111RawRep1.bigWig
+GSM979640_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=053WC,054WC,054WC,053WC; labexpid=CThi10037,CThi10036,CThi10036,CThi10037; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=053WC; labexpid=CThi10036; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979640_hg19_wgEncodeRikenCageHobCellPapMinusRawRep1.bigWig
+GSM984604_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=073WC,074WC,073WC,074WC; labexpid=LID47253,LID47105,LID47253,LID47105; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=073WC,074WC; labexpid=LID47105,LID47253; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984604_hg19_wgEncodeCshlLongRnaSeqHpiepcCellTotalPlusRep1.bigWig
+GSM1011130_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=Small_intestine_OC; cell organism=human; cell description=Primary frozen small intestine tissue from NCTC donor IDs 10-0063A (Rep B1) and 09-0143A (Rep B2); cell karyotype=normal; cell sex=M; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011130_hg19_wgEncodeOpenChromFaireSmallintestineocBaseOverlapSignal.bigWig
+GSM1003629_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=RFX5_(200-401-194); antibody antibodydescription=Rabbit polyclonal against RFX5 peptide corresponding to a region at amino acids 320 to 494 of the human protein conjugated to Keyhole Limpet Hemocyanin. Antibody Target: RFX5; antibody targetdescription=Activates transcription from class II MHC promoters. Recognizes X-boxes. Mediates cooperative binding betweenRFX and NF-Y. RFX binds the X1 box of MHC-II promoters; antibody vendorname=Rockland Immunochemicals; antibody vendorid=200-401-194; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH003393; original_filename=GSM1003629_hg19_wgEncodeSydhTfbsSknshRfx5IggrabSig.bigWig
+GSM1006906_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,085N,086N; labexpid=RHS020,RHS019,RHS019,RHS020; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N,086N; labexpid=RHS019,RHS020; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006906_hg19_wgEncodeGisRnaPetSknshNucleusPapPlusRawRep4.bigWig
+GSM1022645_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CD20+_RO01794; cell organism=human; cell description=B cells, African American, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002172; labexpid=DS18982; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022645_hg19_wgEncodeUwTfbsCd20ro01794InputStdRawRep1.bigWig
+GSM1010854_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL16758,SL16757,SL13504,SL16756; labexpid=SL16758,SL16757,SL13504,SL16756; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL16757,SL13504,SL16756; labexpid=SL16758,SL16757,SL13504,SL16756; replicate=1,3,2,4; original_filename=GSM1010854_hg19_wgEncodeHaibTfbsMcf7RxlchV0422111RawRep2.bigWig
+GSM981244_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,046C,045C,045C; labexpid=LID45612,LID45611,LID45612,LID45612,LID45611,LID45611; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C; labexpid=LID45611,LID45612; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981244_hg19_wgEncodeCshlLongRnaSeqImr90CytosolPapPlusRep1.bigWig
+GSM1010799_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA. Antibody Target: ZBTB33; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-23871; controlid=SL13505; labexpid=SL13502,SL14711; softwareversion=MACS; cell sex=F; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA. Antibody Target: ZBTB33; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13505; labexpid=SL13502,SL14711; replicate=1,2; softwareversion=MACS; original_filename=GSM1010799_hg19_wgEncodeHaibTfbsSknshZbtb33V0422111RawRep2.bigWig
+GSM1008560_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Psoas_muscle_OC; cell organism=human; cell description=Primary frozen psoas muscle tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1540 (Rep B1), 1863 (Rep B2 FAIRE); cell karyotype=normal; cell sex=B; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008560_hg19_wgEncodeOpenChromDnasePsoasmuscleocSig.bigWig
+GSM1006909_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=RHA011,RHA012,RHA011,RHA012; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,088C; labexpid=RHA011,RHA012; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006909_hg19_wgEncodeGisRnaPetA549CytosolPapPlusRawRep4.bigWig
+GSM1010883_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12791,SL16761,SL13505,SL16760; labexpid=SL12791,SL16761,SL13505,SL16760; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL16761,SL13505,SL16760; labexpid=SL12791,SL16761,SL13505,SL16760; replicate=1,3,2,4; original_filename=GSM1010883_hg19_wgEncodeHaibTfbsSknshRxlchV0422111RawRep2.bigWig
+GSM984620_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=080WC,079WC,080WC,080WC,079WC,079WC; labexpid=LID47255,LID47254,LID47254,LID47255,LID47255,LID47254; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=080WC; labexpid=LID47255; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984620_hg19_wgEncodeCshlLongRnaSeqHwp81202015CellTotalPlusRep1.bigWig
+GSM1010752_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin. Antibody Target: ZBTB7A; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-34508; controlid=SL13506; labexpid=SL14586,SL13275; softwareversion=MACS; cell sex=F; antibody=ZBTB7A_(SC-34508); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin. Antibody Target:  ZBTB7A; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-34508; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14586,SL13275; replicate=1,2; softwareversion=MACS; original_filename=GSM1010752_hg19_wgEncodeHaibTfbsEcc1Zbtb7aV0422111RawRep2.bigWig
+GSM984618_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=058WC,057WC,058WC,057WC,057WC,058WC; labexpid=LID47022,LID47023,LID47022,LID47023,LID47023,LID47022; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=057WC; labexpid=LID47022; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984618_hg19_wgEncodeCshlLongRnaSeqHaoec70717061CellTotalMinusRep1.bigWig
+GSM1010814_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12050,SL12795,SL6019; labexpid=SL12050,SL12795,SL6019; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795,SL6019; labexpid=SL12050,SL12795,SL6019; replicate=1,3,2; original_filename=GSM1010814_hg19_wgEncodeHaibTfbsHepg2RxlchV0422111RawRep1.bigWig
+GSM979632_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=CThi10049,CThi10059,CThi10049,CThi10059; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C; labexpid=CThi10049; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979632_hg19_wgEncodeRikenCageA549CytosolPapPlusRawRep4.bigWig
+GSM984617_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=083WC,084WC,083WC,084WC; labexpid=LID47259,LID47258,LID47258,LID47259; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=084WC; labexpid=LID47259; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984617_hg19_wgEncodeCshlLongRnaSeqNhemm27012303CellTotalPlusRep1.bigWig
+GSM1010848_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; controlid=SL12247,SL12246; labexpid=SL12230,SL13067; softwareversion=MACS; cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12230,SL13067; replicate=1,2; softwareversion=MACS; original_filename=GSM1010848_hg19_wgEncodeHaibTfbsHct116Rad21V0422111RawRep2.bigWig
+GSM1010745_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=E2A.E12(V-18) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of E2A.E12 of human origin. Recommended for detection of E12 and E47 of m, r and h origin by WB, IP, IF, IHC(P), ELISA and indirect FCM using PE (sc-3739)- or FITC (sc-2012)-conjugated goat anti-rabbit IgG. Antibody Target: TCF3; antibody targetdescription=Heterodimers between TCF3 and tissue-specific basic helix-loop-helix (bHLH) proteins play major roles in determining tissue-specific cell fate during embryogenesis, like muscle or early B-cell differentiation. Dimers bind DNA on E-box motifs: 5'-CANNTG-3'. Binds to the kappa-E2 site in the kappa immunoglobulin gene enhancer.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-349; controlid=SL1394,SL1395; labexpid=SL633,SL480; softwareversion=MACS; cell sex=F; antibody=TCF3_(SC-349); antibody antibodydescription=E2A.E12(V-18) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of E2A.E12 of human origin. Recommended for detection of E12 and E47 of m, r and h origin by WB, IP, IF, IHC(P), ELISA and indirect FCM using PE (sc-3739)- or FITC (sc-2012)-conjugated goat anti-rabbit IgG. Antibody Target: TCF3; antibody targetdescription=Heterodimers between TCF3 and tissue-specific basic helix-loop-helix (bHLH) proteins play major roles in determining tissue-specific cell fate during embryogenesis, like muscle or early B-cell differentiation. Dimers bind DNA on E-box motifs: 5'-CANNTG-3'. Binds to the kappa-E2 site in the kappa immunoglobulin gene enhancer.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-349; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1394,SL1395; labexpid=SL633,SL480; replicate=1,2; softwareversion=MACS; original_filename=GSM1010745_hg19_wgEncodeHaibTfbsGm12878Tcf3Pcr1xRawRep2.bigWig
+GSM1010767_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: RXRA; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-553; controlid=SL16761,SL13505; labexpid=SL14708,SL13497; softwareversion=MACS; cell sex=F; antibody=RXRA; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: RXRA; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-553; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL14708,SL13497; replicate=1,2; softwareversion=MACS; original_filename=GSM1010767_hg19_wgEncodeHaibTfbsSknshRxraV0422111RawRep2.bigWig
+GSM1006903_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N,088N,087N; labexpid=RHA013,RHA014,RHA013,RHA014; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N; labexpid=RHA013,RHA014; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006903_hg19_wgEncodeGisRnaPetA549NucleusPapMinusRawRep3.bigWig
+GSM1011120_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=RCC_7860; cell organism=human; cell description=renal cell adenocarcinmoma; cell karyotype=cancer; cell sex=M; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011120_hg19_wgEncodeOpenChromFaireRcc7860Sig.bigWig
+GSM1010722_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; controlid=SL6023; labexpid=SL7894,SL8137; softwareversion=MACS; cell sex=F; antibody=PML_(SC-71910); antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL7894,SL8137; replicate=1,2; softwareversion=MACS; original_filename=GSM1010722_hg19_wgEncodeHaibTfbsK562Pmlsc71910V0422111RawRep1.bigWig
+GSM1022640_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001904; labexpid=DS18303; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022640_hg19_wgEncodeUwTfbsA549CtcfStdRawRep1.bigWig
+GSM1010743_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Sp4 of human origin. Antibody Target: SP4; antibody targetdescription=Binds to GT and GC boxes promoters elements. Probable transcriptional activator.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-645; controlid=SL6018; labexpid=SL7836,SL8135; softwareversion=MACS; cell sex=M; antibody=SP4_(V-20); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Sp4 of human origin. Antibody Target: SP4; antibody targetdescription=Binds to GT and GC boxes promoters elements. Probable transcriptional activator.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-645; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6018; labexpid=SL7836,SL8135; replicate=1,2; softwareversion=MACS; original_filename=GSM1010743_hg19_wgEncodeHaibTfbsH1hescSp4v20V0422111RawRep2.bigWig
+GSM1003536_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=1)abcam; 2)Millipore; antibody vendorid=ab8580; 07-473; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003536_hg19_wgEncodeBroadHistoneMonocd14ro1746H3k04me3Sig.bigWig
+GSM1003607_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002819; original_filename=GSM1003607_hg19_wgEncodeSydhTfbsA549CmycIggrabSig.bigWig
+GSM979662_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=050WC,049WC,050WC,049WC; labexpid=CThi10032,CThi10033,CThi10033,CThi10032; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=049WC; labexpid=CThi10032; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979662_hg19_wgEncodeRikenCageNhdfCellPapPlusRawRep2.bigWig
+GSM1003445_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This SAP30 antibody (pAb) was raised against recombinant full length human SAP30 protein. Antibody Target: SAP30; antibody targetdescription=SAP30, also known asSin3A-associated protein, 30kDa, is part of the SIN3 corepressor complex, that also includes SIN3, SAP18,HDAC1,HDAC2,RbAp46andRbAp48. SAP30 is involved in the functional recruitment of the Sin3-histone deacetylase complex to a specific subset of N-CoR corepressor complexes.; antibody vendorname=Active Motif; antibody vendorid=39731; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=SAP30_(39731); antibody antibodydescription=This SAP30 antibody (pAb) was raised against recombinant full length human SAP30 protein. Antibody Target: SAP30; antibody targetdescription=SAP30, also known asSin3A-associated protein, 30kDa, is part of the SIN3 corepressor complex, that also includes SIN3, SAP18,HDAC1,HDAC2,RbAp46andRbAp48. SAP30 is involved in the functional recruitment of the Sin3-histone deacetylase complex to a specific subset of N-CoR corepressor complexes.; antibody vendorname=Active Motif; antibody vendorid=39731; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003445_hg19_wgEncodeBroadHistoneK562Sap3039731StdSig.bigWig
+GSM1010807_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL16754,SL13506; labexpid=SL14054,SL16021; softwareversion=MACS; cell sex=F; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14054,SL16021; replicate=1,2; softwareversion=MACS; original_filename=GSM1010807_hg19_wgEncodeHaibTfbsEcc1MaxV0422111RawRep2.bigWig
+GSM981243_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=045WC,045WC,046WC,046WC; labexpid=LID45238,LID45239,LID45239,LID45238; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=045WC,046WC; labexpid=LID45238,LID45239; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981243_hg19_wgEncodeCshlLongRnaSeqImr90CellTotalMinusRep2.bigWig
+GSM1011126_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; cell=MRT_A204; cell organism=human; cell description=Malignant rhabdoid tumor (MRT) line, rhabdomyosarcoma; cell karyotype=cancer; cell lineage=missing; cell sex=F; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011126_hg19_wgEncodeOpenChromFaireMrta2041BaseOverlapSignal.bigWig
+GSM981255_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=071WC,072WC,072WC,071WC,072WC,071WC; labexpid=LID47301,LID47104,LID47104,LID47301,LID47301,LID47104; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=071WC,072WC; labexpid=LID47301,LID47104; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM981255_hg19_wgEncodeCshlLongRnaSeqHpcplCellTotalPlusRep1.bigWig
+GSM1008556_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=GM13977; cell organism=human; cell description=lymphoblastoid cell line, Clinically affected; microcephaly; low frontal hairline; synophris; penciled arched eyebrows; short nose; crescent shaped mouth; hirsutism; micromelia; short thumbs; mental retardation; clinically normal monozygotic twin sister is GM13976; cell karyotype=affected; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008556_hg19_wgEncodeOpenChromDnaseGm13977BaseOverlapSignal.bigWig
+GSM979643_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=072WC,071WC,072WC,071WC; labexpid=CThi10057,CThi10105ATC,CThi10057,CThi10105ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=071WC; labexpid=CThi10057; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979643_hg19_wgEncodeRikenCageHpcplCellPapMinusRawRep1.bigWig
+GSM1006910_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC; labexpid=RHS015,RHS016,RHS016,RHS015; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC,086WC; labexpid=RHS015,RHS016; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006910_hg19_wgEncodeGisRnaPetSknshCellPapMinusRawRep4.bigWig
+GSM1024746_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=bone_marrow_HS5; cell organism=human; cell description=HS5 Human Marrow Stromal Cells are fibroblastoid cells immortalized with HPV16 E6/E7 genes as described in Roecklein and Torok-Storb, 1995 Blood 85:997-1005, insert DNA is LXSN-16 E6E7 packaged in PA31.; cell karyotype=normal; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS16597; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024746_hg19_wgEncodeUwDnaseHs5RawRep1.bigWig
+GSM1024749_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Th1_Wb33676984; cell organism=human; cell description=Th1 cells in vivo isolation; cell karyotype=normal donor is Asian, female 26 year old, primary pheresis of single normal subject; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18015; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024749_hg19_wgEncodeUwDnaseTh1wb33676984RawRep1.bigWig
+GSM1010827_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; controlid=SL6021; labexpid=SL6437,SL7115; softwareversion=MACS; cell sex=M; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6437,SL7115; replicate=1,2; softwareversion=MACS; original_filename=GSM1010827_hg19_wgEncodeHaibTfbsA549P300V0422111Etoh02RawRep1.bigWig
+GSM984605_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=091NL,092NL,091NL,092NL; labexpid=LID47963,LID47964,LID47964,LID47963; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist13; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=091NL,092NL; labexpid=LID47963,LID47964; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984605_hg19_wgEncodeCshlLongRnaSeqGm12878NucleolusTotalMinusSignalRep3.bigWig
+GSM1008599_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; datatype description=DNaseI HS Sequencing; cell=Mel_2183; cell organism=human; cell description=Melanoma Cell line; cell karyotype=cancer; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008599_hg19_wgEncodeOpenChromDnaseMel2183Sig.bigWig
+GSM1003467_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=abcam; antibody vendorid=ab9051; controlid=wgEncodeEH001056; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H4K20me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=Abcam; antibody vendorid=ab9051; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Osteobl/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003467_hg19_wgEncodeBroadHistoneOsteoH4k20me1Sig.bigWig
+GSM1006873_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003449; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_20000,p-value cutoff: 0.05; replicate=1,2; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003449; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006873_hg19_wgEncodeOpenChromChipGm20000CtcfBaseOverlapSignalRep1.bigWig
+GSM1010832_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA. Antibody Target: ZBTB33; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-23871; controlid=SL6021; labexpid=SL6016,SL6592; softwareversion=MACS; cell sex=M; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA. Antibody Target: ZBTB33; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-23871; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6016,SL6592; replicate=1,2; softwareversion=MACS; original_filename=GSM1010832_hg19_wgEncodeHaibTfbsA549Zbtb33V0422111Etoh02RawRep1.bigWig
+GSM1010794_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins. The protein is involved in repressing and activating a diverse number of promoters. YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; controlid=SL6021; labexpid=SL5699,SL5357; softwareversion=MACS; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL5699,SL5357; replicate=1,2; softwareversion=MACS; original_filename=GSM1010794_hg19_wgEncodeHaibTfbsA549Yy1cV0422111Etoh02RawRep1.bigWig
+GSM1010772_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL12247,SL12246; labexpid=SL16313,SL14570; softwareversion=MACS; cell sex=M; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL16313,SL14570; replicate=1,2; softwareversion=MACS; original_filename=GSM1010772_hg19_wgEncodeHaibTfbsHct116Tead4sc101184V0422111RawRep1.bigWig
+GSM1010815_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12796,SL6018; labexpid=SL12796,SL6018; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12796,SL6018; labexpid=SL12796,SL6018; replicate=1,2; original_filename=GSM1010815_hg19_wgEncodeHaibTfbsH1hescRxlchV0422111RawRep2.bigWig
+GSM1011119_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; cell=Endometrium_OC; cell organism=human; cell description=Endometrium isolated from uterine lining; cell karyotype=normal; cell sex=F; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; original_filename=GSM1011119_hg19_wgEncodeOpenChromFaireEndometriumocBaseOverlapSignal.bigWig
+GSM1022648_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BE2_C; cell organism=human; cell description=neuroblastoma, BE-C is a clone of the SK-N-BE neuroblastoma cell line (see ATCC CRL-2271) that was established in November of 1972 from a bone marrow biopsy taken from a 2-year-old individual with disseminated neuroblastoma after repeated courses of chemotherapy and radiotherapy.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001892; labexpid=DS18306; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022648_hg19_wgEncodeUwTfbsBe2cInputStdRawRep1.bigWig
+GSM979650_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=069WC,069WC,070WC,070WC; labexpid=CThi10101CTT,CThi10101CTT,CThi10100ATC,CThi10100ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=069WC; labexpid=CThi10101CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979650_hg19_wgEncodeRikenCageHmscucCellPapMinusRawRep2.bigWig
+GSM1008601_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=NaBut; treatment description=0.5 mM Sodium Butyrate for 72 hours; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008601_hg19_wgEncodeOpenChromDnaseK562NabutBaseOverlapSignal.bigWig
+GSM1008582_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_CD14_monocytes; replicate=1,2; cell=Monocytes-CD14+; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008582_hg19_wgEncodeOpenChromDnaseMonocd14Sig.bigWig
+GSM1003509_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: PHF8; antibody targetdescription=PHF8 (PHD finger protein 8) is a member of the jumonji family of proteins and contains a jumonji C (JmjC) domain. The JmjC proteins are predicted to be metalloenzymes that play a role a chromatin remodeling and histone demethylation. PHF8 also bears a PHD (plant homeodomain)- type zinc-finger, a domain also found to be involved in chromatin remodeling and transcriptional regulation. Truncating mutations in PHF8 are associated with X-linked mental retardation and cleft lip/cleft palate. PHF8 is also known as ZNF422 and KIAA1111.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-772A; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=PHF8_(A301-772A); antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: PHF8; antibody targetdescription=PHF8 (PHD finger protein 8) is a member of the jumonji family of proteins and contains a jumonji C (JmjC) domain. The JmjC proteins are predicted to be metalloenzymes that play a role a chromatin remodeling and histone demethylation. PHF8 also bears a PHD (plant homeodomain)- type zinc-finger, a domain also found to be involved in chromatin remodeling and transcriptional regulation. Truncating mutations in PHF8 are associated with X-linked mental retardation and cleft lip/cleft palate. PHF8 is also known as ZNF422 and KIAA1111.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-772A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003509_hg19_wgEncodeBroadHistoneH1hescPhf8a301772aSig.bigWig
+GSM1010884_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL13294; labexpid=SL13294; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13294; labexpid=SL13294; replicate=1; original_filename=GSM1010884_hg19_wgEncodeHaibTfbsT47dRxlchV0422111RawRep1.bigWig
+GSM984606_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=077WC; labexpid=LID47807; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=077WC; labexpid=LID47807; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984606_hg19_wgEncodeCshlLongRnaSeqHmncpbCellTotalPlusSignalRep1V2.bigWig
+GSM1010842_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; controlid=SL16754,SL13506; labexpid=SL16025,SL14063; softwareversion=MACS; cell sex=F; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL16025,SL14063; replicate=1,2; softwareversion=MACS; original_filename=GSM1010842_hg19_wgEncodeHaibTfbsEcc1Tcf12V0422111RawRep2.bigWig
+GSM981259_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=039WC,040WC,040WC,039WC,039WC,040WC; labexpid=LID44658,LID44658,LID44657,LID44657,LID44658,LID44657; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=039WC,040WC; labexpid=LID44657,LID44658; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981259_hg19_wgEncodeCshlLongRnaSeqMonocd14CellPamPlusRep1.bigWig
+GSM1008588_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=CD20+_RO01794; cell organism=human; cell description=B cells, African American, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008588_hg19_wgEncodeOpenChromDnaseCd20ro01794Sig.bigWig
+GSM1010912_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=AG04450/None/Input/std; labexpid=DS21479; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1010912_hg19_wgEncodeUwHistoneAg04450H3k27acStdRawRep1.bigWig
+GSM1010736_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL1106; labexpid=SL1106; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1106; labexpid=SL1106; replicate=1; original_filename=GSM1010736_hg19_wgEncodeHaibTfbsHuvecRxlchPcr1xRawRep1.bigWig
+GSM1008569_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,3,2; cell=iPS_NIHi11; cell organism=human; cell description=iPS cells derived from AG20443 fibroblast; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008569_hg19_wgEncodeOpenChromDnaseIpsnihi11Sig.bigWig
+GSM1010824_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL1106; labexpid=SL1104,SL2387; softwareversion=MACS; cell sex=U; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1106; labexpid=SL1104,SL2387; replicate=1,2; softwareversion=MACS; original_filename=GSM1010824_hg19_wgEncodeHaibTfbsHuvecPol24h8V0416101RawRep1.bigWig
+GSM1024745_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HMVEC-dAd; cell organism=human; cell description=adult dermal microvascular endothelial cells.; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS12957; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024745_hg19_wgEncodeUwDnaseHmvecdadRawRep1.bigWig
+GSM1010721_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, recommended for the detection of Stat5a and Stat5b of human origin by WB, IP, IF and ELISA. Antibody Target: STAT5A; antibody targetdescription=The protein encoded by this gene is a member of the STAT family of transcription factors. In response to cytokines and growth factors, STAT family members are phosphorylated by the receptor associated kinases, and then form homo- or heterodimers that translocate to the cell nucleus where they act as transcription activators. This protein is activated by, and mediates the responses of many cell ligands, such as IL2, IL3, IL7 GM-CSF, erythropoietin, thrombopoietin, and different growth hormones. Activation of this protein in myeloma and lymphoma associated with a TEL/JAK2 gene fusion is independent of cell stimulus and has been shown to be essential for the tumorigenesis. The mouse counterpart of this gene is found to induce the expression of BCL2L1/BCL-X(L), which suggests the antiapoptotic function of this gene in cells. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74442; controlid=SL6022; labexpid=SL7897,SL8127; softwareversion=MACS; cell sex=F; antibody=STAT5A_(SC-74442); antibody antibodydescription=Mouse monoclonal IgG, recommended for the detection of Stat5a and Stat5b of human origin by WB, IP, IF and ELISA. Antibody Target: STAT5A; antibody targetdescription=The protein encoded by this gene is a member of the STAT family of transcription factors. In response to cytokines and growth factors, STAT family members are phosphorylated by the receptor associated kinases, and then form homo- or heterodimers that translocate to the cell nucleus where they act as transcription activators. This protein is activated by, and mediates the responses of many cell ligands, such as IL2, IL3, IL7 GM-CSF, erythropoietin, thrombopoietin, and different growth hormones. Activation of this protein in myeloma and lymphoma associated with a TEL/JAK2 gene fusion is independent of cell stimulus and has been shown to be essential for the tumorigenesis. The mouse counterpart of this gene is found to induce the expression of BCL2L1/BCL-X(L), which suggests the antiapoptotic function of this gene in cells. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74442; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7897,SL8127; replicate=1,2; softwareversion=MACS; original_filename=GSM1010721_hg19_wgEncodeHaibTfbsGm12878Stat5asc74442V0422111RawRep2.bigWig
+GSM1006915_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0117C; labexpid=RHH003; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0117C; labexpid=RHH003; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1; original_filename=GSM1006915_hg19_wgEncodeGisRnaPetHuvecCytosolPapMinusRawRep1V2.bigWig
+GSM1008597_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=endoderm; cell sex=F; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% Dimethyl sufloxide (DMSO) (Myers); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008597_hg19_wgEncodeOpenChromDnaseEcc1Dm002p1hBaseOverlapSignal.bigWig
+GSM1014515_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HCM; cell organism=human; cell description=cardiac myocytes; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS12599; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014515_hg19_wgEncodeUwDgfHcmRaw.bigWig
+GSM981247_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=088N,087N,087N,088N,088N,087N; labexpid=LID45900,LID45899,LID45899,LID45899,LID45900,LID45900; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N; labexpid=LID45899,LID45900; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981247_hg19_wgEncodeCshlLongRnaSeqA549NucleusPapPlusRep4.bigWig
+GSM1010862_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL16757,SL13504; labexpid=SL14716,SL13726; softwareversion=MACS; cell sex=F; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL13504; labexpid=SL14716,SL13726; replicate=1,2; softwareversion=MACS; original_filename=GSM1010862_hg19_wgEncodeHaibTfbsMcf7Sin3ak20V0422111RawRep1.bigWig
+GSM1010784_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL3976; labexpid=SL5897,SL5040; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3976; labexpid=SL5897,SL5040; replicate=1,2; softwareversion=MACS; original_filename=GSM1010784_hg19_wgEncodeHaibTfbsHepg2NrsfV0416101RawRep1.bigWig
+GSM1006893_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003441; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_D721; replicate=1,2; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003441; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006893_hg19_wgEncodeOpenChromChipMedulloCtcfBaseOverlapSignal.bigWig
+GSM1010821_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL1781; labexpid=SL1363,SL5604; softwareversion=MACS; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1781; labexpid=SL1363,SL5604; replicate=1,2; softwareversion=MACS; original_filename=GSM1010821_hg19_wgEncodeHaibTfbsHepg2Pol24h8V0416102RawRep1.bigWig
+GSM1010835_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL16761,SL13505; labexpid=SL14602,SL16738; softwareversion=MACS; cell sex=F; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL14602,SL16738; replicate=1,2; softwareversion=MACS; original_filename=GSM1010835_hg19_wgEncodeHaibTfbsSknshMaxV0422111RawRep2.bigWig
+GSM1011127_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=MRT_G401; cell organism=human; cell description=Malignant renal rhabdoid tumor line; cell karyotype=cancer; cell lineage=missing; cell sex=M; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011127_hg19_wgEncodeOpenChromFaireMrtg4016BaseOverlapSignal.bigWig
+GSM1010735_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL3774; labexpid=SL5896,SL5494; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3774; labexpid=SL5896,SL5494; replicate=1,2; softwareversion=MACS; original_filename=GSM1010735_hg19_wgEncodeHaibTfbsSknshNrsfV0416101RawRep1.bigWig
+GSM1024763_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HPAEC; cell organism=human; cell description=pulmonary artery endothelial cells.; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS12916; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024763_hg19_wgEncodeUwDnaseHpaecRawRep1.bigWig
+GSM1010846_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; controlid=SL12247,SL12246; labexpid=SL12228,SL13065; softwareversion=MACS; cell sex=M; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12228,SL13065; replicate=1,2; softwareversion=MACS; original_filename=GSM1010846_hg19_wgEncodeHaibTfbsHct116Egr1V0422111RawRep2.bigWig
+GSM1006909_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=RHA011,RHA012,RHA011,RHA012; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,088C; labexpid=RHA011,RHA012; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006909_hg19_wgEncodeGisRnaPetA549CytosolPapPlusRawRep3.bigWig
+GSM1010782_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; controlid=SL6023; labexpid=SL8577,SL8143; softwareversion=MACS; cell sex=F; antibody=NR2F2_(SC-271940); antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL8577,SL8143; replicate=1,2; softwareversion=MACS; original_filename=GSM1010782_hg19_wgEncodeHaibTfbsK562Nr2f2sc271940V0422111RawRep1.bigWig
+GSM1006912_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N,089N,090N; labexpid=RHM054,RHM054,RHM055,RHM055; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N; labexpid=RHM054,RHM055; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006912_hg19_wgEncodeGisRnaPetMcf7NucleusPapPlusRawRep3.bigWig
+GSM979647_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,085N,086N; labexpid=CThi10048,CThi10045,CThi10048,CThi10045; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N; labexpid=CThi10045; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979647_hg19_wgEncodeRikenCageSknshNucleusPapPlusRawRep4.bigWig
+GSM1014534_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HGF; cell organism=human; cell description=gingival fibroblasts; cell karyotype=normal; cell sex=U; labexpid=DS11752; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014534_hg19_wgEncodeUwDgfHgfRaw.bigWig
+GSM1003634_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000771; original_filename=GSM1003634_hg19_wgEncodeSydhTfbsGm12878JundIggrabSig.bigWig
+GSM1010898_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL12796; labexpid=SL12411,SL13302; softwareversion=MACS; cell sex=M; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12796; labexpid=SL12411,SL13302; replicate=1,2; softwareversion=MACS; original_filename=GSM1010898_hg19_wgEncodeHaibTfbsH1hescMaxV0422111RawRep1.bigWig
+GSM1010817_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL3774,SL2134; labexpid=SL5607,SL3768; softwareversion=MACS; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3774,SL2134; labexpid=SL5607,SL3768; replicate=1,2; softwareversion=MACS; original_filename=GSM1010817_hg19_wgEncodeHaibTfbsSknshPol24h8V0416101RawRep2.bigWig
+GSM1006891_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003442; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_GM10248,p-value cutoff: 0.05; replicate=1,2; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003442; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006891_hg19_wgEncodeOpenChromChipGm10248CtcfSigRep1.bigWig
+GSM1010901_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL12791,SL13505; labexpid=SL14042,SL13079; softwareversion=MACS; cell sex=F; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14042,SL13079; replicate=1,2; softwareversion=MACS; original_filename=GSM1010901_hg19_wgEncodeHaibTfbsSknshJundV0422111RawRep1.bigWig
+GSM1003532_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH001027; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NH-A/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003532_hg19_wgEncodeBroadHistoneNhaEzh239875Sig.bigWig
+GSM1010846_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; controlid=SL12247,SL12246; labexpid=SL12228,SL13065; softwareversion=MACS; cell sex=M; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12228,SL13065; replicate=1,2; softwareversion=MACS; original_filename=GSM1010846_hg19_wgEncodeHaibTfbsHct116Egr1V0422111RawRep1.bigWig
+GSM1014541_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Th17; cell organism=human; cell description=T helper cells expressing IL-17, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS11039; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014541_hg19_wgEncodeUwDgfTh17Raw.bigWig
+GSM1010769_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; controlid=SL16758,SL13504; labexpid=SL13462,SL14686; softwareversion=MACS; cell sex=F; antibody=FOXM1_(SC-502); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL13462,SL14686; replicate=1,2; softwareversion=MACS; original_filename=GSM1010769_hg19_wgEncodeHaibTfbsMcf7Foxm1sc502V0422111RawRep1.bigWig
+GSM1008559_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Heart_OC; cell organism=human; cell description=Primary frozen heart tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1863 (Rep B1 FAIRE), 4548 (Rep B2 FAIRE); cell karyotype=normal; cell sex=B; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008559_hg19_wgEncodeOpenChromDnaseHeartocSig.bigWig
+GSM979636_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=058WC,057WC,057WC,058WC; labexpid=CThi10103GAT,CThi10105CTT,CThi10105CTT,CThi10103GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=057WC; labexpid=CThi10103GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979636_hg19_wgEncodeRikenCageHaoecCellPapPlusRawRep2.bigWig
+GSM979658_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,045C; labexpid=CThi10017,CThi10019,CThi10019,CThi10017; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C; labexpid=CThi10017; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979658_hg19_wgEncodeRikenCageImr90CytosolPapMinusRawRep2.bigWig
+GSM1024757_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=bone_marrow_MSC; cell organism=human; cell description=These cells are primary fibroblastoid cells obtained from human bone marrow of normal donors as described in Roecklein and Torok-Storb, 1995 Blood 85:997-1005.; cell karyotype=normal; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS20514; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024757_hg19_wgEncodeUwDnaseMscRawRep1.bigWig
+GSM1022647_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001903; labexpid=DS18346; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022647_hg19_wgEncodeUwTfbsWi38InputStdRawRep1.bigWig
+GSM984618_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=058WC,057WC,058WC,057WC,057WC,058WC; labexpid=LID47022,LID47023,LID47022,LID47023,LID47023,LID47022; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=057WC; labexpid=LID47022; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984618_hg19_wgEncodeCshlLongRnaSeqHaoec70717061CellTotalPlusRep1.bigWig
+GSM1006872_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003455; labversion=fseq v 1.84; cell=Spleen_OC; cell organism=human; cell description=Primary frozen spleen tissue from NICHD donor IDs 1863 (Rep B1) and 4548 (Rep B2); cell karyotype=normal; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003455; original_filename=GSM1006872_hg19_wgEncodeOpenChromChipSpleenocInputSig.bigWig
+GSM1010875_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL6019; labexpid=SL9545,SL8584; softwareversion=MACS; cell sex=M; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL9545,SL8584; replicate=1,2; softwareversion=MACS; original_filename=GSM1010875_hg19_wgEncodeHaibTfbsHepg2Tead4sc101184V0422111RawRep2.bigWig
+GSM1024772_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; treatment=DIFF_4d; treatment description=Myocytes differentiated from myoblasts for 4 days. See specific cell protocol for treatment details. (Stam); labexpid=DS20534; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024772_hg19_wgEncodeUwDnaseLhcnm2Diff4dRawRep2.bigWig
+GSM1006885_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003443; labversion=fseq v 1.84, iff_GM13976,baseAlignCounts.pl v 1,p-value cutoff: 0.05; replicate=1,2; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003443; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006885_hg19_wgEncodeOpenChromChipGm13976CtcfSigRep1.bigWig
+GSM1006904_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=RHM045,RHM044,RHM044,RHM045; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C; labexpid=RHM044,RHM045; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006904_hg19_wgEncodeGisRnaPetMcf7CytosolPapPlusRawRep3.bigWig
+GSM1003609_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; original_filename=GSM1003609_hg19_wgEncodeSydhTfbsK562CjunIggrabSig.bigWig
+GSM979659_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N,045N,046N; labexpid=CThi10026,CThi10025,CThi10026,CThi10025; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N; labexpid=CThi10025; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979659_hg19_wgEncodeRikenCageImr90NucleusPapMinusRawRep2.bigWig
+GSM1022635_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000930; labexpid=DS18603; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022635_hg19_wgEncodeUwTfbsAg04450CtcfStdRawRep2.bigWig
+GSM1003582_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003075; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003582_hg19_wgEncodeBroadHistoneA549CtcfDex100nmSig.bigWig
+GSM979649_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=083WC,084WC,083WC,084WC; labexpid=CThi10056,CThi10102GAT,CThi10056,CThi10102GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=083WC; labexpid=CThi10056; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979649_hg19_wgEncodeRikenCageNhemm2CellPapPlusRawRep2.bigWig
+GSM1003565_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid Antibody Target: NCOR1; antibody targetdescription=The nuclear receptor corepressor protein (NCoR) mediates gene repression by interacting with nuclear receptors. NCoR mediates repression by associating with SIN3A/B and the histone deacetylases, HDAC1 and HDAC2, and promoting the formation of repressive chromatin structures.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-145A; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=NCoR; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=The nuclear receptor corepressor protein (NCoR) mediates gene repression by interacting with nuclear receptors.  NCoR mediates repression by associating with SIN3A/B and the histone deacetylases, HDAC1 and HDAC2, and promoting the formation of repressive chromatin structures.; antibody vendorname=Bethyl; antibody vendorid=A301-145A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003565_hg19_wgEncodeBroadHistoneK562NcorSig.bigWig
+GSM1008601_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=NaBut; treatment description=0.5 mM Sodium Butyrate for 72 hours; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008601_hg19_wgEncodeOpenChromDnaseK562NabutSig.bigWig
+GSM1003608_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=GATA1_(SC-266); antibody antibodydescription=Rat monoclonal raised against bacterially expressed murine GATA-1. Antibody Target:  GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-266; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000726; original_filename=GSM1003608_hg19_wgEncodeSydhTfbsK562Gata1bIggmusSig.bigWig
+GSM1006905_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089WC,090WC,089WC,090WC; labexpid=RHM047,RHM046,RHM046,RHM047; labversion=iIDR,clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089WC,090WC; labexpid=RHM046,RHM047; labversion=iIDR; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006905_hg19_wgEncodeGisRnaPetMcf7CellPapMinusRawRep4.bigWig
+GSM984613_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=094WC,093WC,094WC,093WC,093WC,094WC; labexpid=LID47260,LID47261,LID47260,LID47261,LID47261,LID47260; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=094WC,093WC; labexpid=LID47261,LID47260; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984613_hg19_wgEncodeCshlLongRnaSeqHsavecCellTotalPlusRep1.bigWig
+GSM1010804_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL13320,SL16755; labexpid=SL13299,SL14593; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13320,SL16755; labexpid=SL13299,SL14593; replicate=1,2; softwareversion=MACS; original_filename=GSM1010804_hg19_wgEncodeHaibTfbsH1neuronsNrsfV0422111RawRep1.bigWig
+GSM1024789_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=CD4+_Naive_Wb11970640; cell organism=human; cell description=CD4+ naive sorted cells, donor is Caucasian, male 26 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14108; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024789_hg19_wgEncodeUwDnaseCd4naivewb11970640RawRep1.bigWig
+GSM1010802_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL16754,SL13506; labexpid=SL16302,SL13276; softwareversion=MACS; cell sex=F; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL16302,SL13276; replicate=1,2; softwareversion=MACS; original_filename=GSM1010802_hg19_wgEncodeHaibTfbsEcc1Cebpbsc150V0422111RawRep2.bigWig
+GSM1010813_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: SP1; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17824; controlid=SL6021; labexpid=SL5360,SL5701; softwareversion=MACS; cell sex=M; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: SP1; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17824; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL5360,SL5701; replicate=1,2; softwareversion=MACS; original_filename=GSM1010813_hg19_wgEncodeHaibTfbsA549Sp1V0422111Etoh02RawRep1.bigWig
+GSM1010809_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 39-140 mapping near the N-terminus of ZEB1 of human origin. Antibody Target: ZEB1; antibody targetdescription=This gene encodes a zinc finger transcription factor. The encoded protein likely plays a role in transcriptional repression of interleukin 2. Mutations in this gene have ben associated with posterior polymorphous corneal dystrophy-3 and late-onset Fuchs endothelial corneal dystrophy. Alternatively spliced transcript variants encoding different isoforms have been described. (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-25388; controlid=SL12050,SL12795; labexpid=SL16318,SL13301; softwareversion=MACS; cell sex=M; antibody=ZEB1_(SC-25388); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 39-140 mapping near the N-terminus of ZEB1 of human origin. Antibody Target: ZEB1; antibody targetdescription=This gene encodes a zinc finger transcription factor.  The encoded protein likely plays a role in transcriptional repression of interleukin 2.  Mutations in this gene have ben associated with posterior polymorphous corneal dystrophy-3 and late-onset Fuchs endothelial corneal dystrophy.  Alternatively spliced transcript variants encoding different isoforms have been described. (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-25388; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795; labexpid=SL16318,SL13301; replicate=1,2; softwareversion=MACS; original_filename=GSM1010809_hg19_wgEncodeHaibTfbsHepg2Zeb1V0422111RawRep1.bigWig
+GSM1011124_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; cell=MRT_TTC549; cell organism=human; cell description=Malignant Hepatic Rhabdoid tumor line; cell karyotype=cancer; cell lineage=missing; cell sex=M; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011124_hg19_wgEncodeOpenChromFaireMrtttc549Sig.bigWig
+GSM981248_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046N,045N,045N,046N,045N,046N; labexpid=LID45613,LID45635,LID45613,LID45635,LID45613,LID45635; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046N,045N; labexpid=LID45635,LID45613; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981248_hg19_wgEncodeCshlLongRnaSeqImr90NucleusPapPlusRep2.bigWig
+GSM1010800_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; controlid=SL16757,SL13504; labexpid=SL16335,SL13492; softwareversion=MACS; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL13504; labexpid=SL16335,SL13492; replicate=1,2; softwareversion=MACS; original_filename=GSM1010800_hg19_wgEncodeHaibTfbsMcf7P300V0422111RawRep1.bigWig
+GSM1010757_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin. Antibody Target: ATF3; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-188; controlid=SL12247,SL12246; labexpid=SL16874,SL12234; softwareversion=MACS; cell sex=M; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin. Antibody Target: ATF3; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL16874,SL12234; replicate=1,2; softwareversion=MACS; original_filename=GSM1010757_hg19_wgEncodeHaibTfbsHct116Atf3V0422111RawRep2.bigWig
+GSM1008588_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=CD20+_RO01794; cell organism=human; cell description=B cells, African American, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008588_hg19_wgEncodeOpenChromDnaseCd20ro01794BaseOverlapSignal.bigWig
+GSM1006909_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=RHA011,RHA012,RHA011,RHA012; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,088C; labexpid=RHA011,RHA012; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006909_hg19_wgEncodeGisRnaPetA549CytosolPapMinusRawRep3.bigWig
+GSM1010766_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22823; controlid=SL13321; labexpid=SL14581,SL13319; softwareversion=MACS; cell sex=M; antibody=E2F6; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22823; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321; labexpid=SL14581,SL13319; replicate=1,2; softwareversion=MACS; original_filename=GSM1010766_hg19_wgEncodeHaibTfbsA549E2f6V0422111RawRep1.bigWig
+GSM1003459_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4729; controlid=wgEncodeEH003132; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=CD20+_RO01794/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003459_hg19_wgEncodeBroadHistoneCd20ro01794H3k27acSig.bigWig
+GSM979647_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,085N,086N; labexpid=CThi10048,CThi10045,CThi10048,CThi10045; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N; labexpid=CThi10045; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979647_hg19_wgEncodeRikenCageSknshNucleusPapMinusRawRep3.bigWig
+GSM1022630_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000964; labexpid=DS18571; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022630_hg19_wgEncodeUwTfbsHvmfCtcfStdRawRep1.bigWig
+GSM979638_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=061WC,062WC,062WC,061WC; labexpid=CThi10103ACA,CThi10100GAT,CThi10103ACA,CThi10100GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=061WC; labexpid=CThi10103ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979638_hg19_wgEncodeRikenCageHfdpcCellPapPlusRawRep2.bigWig
+GSM1010729_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to a region near the N-terminus of MTA3 of human origin. Antibody Target: MTA3; antibody targetdescription=Plays a role in maintenance of the normal epithelial architecture through the repression of SNAI1 transcription in a histone deacetylase-dependent manner, and thus the regulation of E-cadherin levels.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81325; controlid=SL6022; labexpid=SL7899,SL8129; softwareversion=MACS; cell sex=F; antibody=MTA3_(SC-81325); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to a region near the N-terminus of MTA3 of human origin. Antibody Target: MTA3; antibody targetdescription=Plays a role in maintenance of the normal epithelial architecture through the repression of SNAI1 transcription in a histone deacetylase-dependent manner, and thus the regulation of E-cadherin levels.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81325; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7899,SL8129; replicate=1,2; softwareversion=MACS; original_filename=GSM1010729_hg19_wgEncodeHaibTfbsGm12878Mta3sc81325V0422111RawRep2.bigWig
+GSM979649_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=083WC,084WC,083WC,084WC; labexpid=CThi10056,CThi10102GAT,CThi10056,CThi10102GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=083WC; labexpid=CThi10056; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979649_hg19_wgEncodeRikenCageNhemm2CellPapPlusRawRep1.bigWig
+GSM1010899_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22823; controlid=SL12796; labexpid=SL13304,SL12414; softwareversion=MACS; cell sex=M; antibody=E2F6; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22823; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12796; labexpid=SL13304,SL12414; replicate=1,2; softwareversion=MACS; original_filename=GSM1010899_hg19_wgEncodeHaibTfbsH1hescE2f6V0422111RawRep1.bigWig
+GSM1010829_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: ETS1; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-350; controlid=SL6021; labexpid=SL6600,SL7108; softwareversion=MACS; cell sex=M; antibody=ETS1; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: ETS1; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-350; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6600,SL7108; replicate=1,2; softwareversion=MACS; original_filename=GSM1010829_hg19_wgEncodeHaibTfbsA549Ets1V0422111Etoh02RawRep1.bigWig
+GSM984606_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=077WC; labexpid=LID47807; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=077WC; labexpid=LID47807; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984606_hg19_wgEncodeCshlLongRnaSeqHmncpbCellTotalMinusRep1.bigWig
+GSM1008583_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Cerebellum_OC; cell organism=human; cell description=Primary frozen cerebellum tissue from NICHD donor IDs 1104 (Rep B1), 602 (Rep B2), 1442 (Rep B3), all Caucasian; cell karyotype=normal; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008583_hg19_wgEncodeOpenChromDnaseCerebellumocSig.bigWig
+GSM984613_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=094WC,093WC,094WC,093WC,093WC,094WC; labexpid=LID47260,LID47261,LID47260,LID47261,LID47261,LID47260; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=094WC,093WC; labexpid=LID47261,LID47260; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984613_hg19_wgEncodeCshlLongRnaSeqHsavecCellTotalPlusRep2.bigWig
+GSM979650_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=069WC,069WC,070WC,070WC; labexpid=CThi10101CTT,CThi10101CTT,CThi10100ATC,CThi10100ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=069WC; labexpid=CThi10101CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979650_hg19_wgEncodeRikenCageHmscucCellPapPlusRawRep1.bigWig
+GSM1010777_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPD of human origin. Antibody Target: CEBPD; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related protein CEBP-alpha. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses, and may be involved in the regulation of genes associated with activation and/or differentiation of macrophages. The cytogenetic location of this locus has been reported as both 8p11 and 8q11 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-636; controlid=SL3976; labexpid=SL4940,SL4210; softwareversion=MACS; cell sex=M; antibody=CEBPD_(SC-636); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPD of human origin. Antibody Target: CEBPD; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related protein CEBP-alpha. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses, and may be involved in the regulation of genes associated with activation and/or differentiation of macrophages. The cytogenetic location of this locus has been reported as both 8p11 and 8q11 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-636; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3976; labexpid=SL4940,SL4210; replicate=1,2; softwareversion=MACS; original_filename=GSM1010777_hg19_wgEncodeHaibTfbsHepg2Cebpdsc636V0416101RawRep1.bigWig
+GSM1010857_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL16754,SL13506; labexpid=SL14048,SL14723; softwareversion=MACS; cell sex=F; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14048,SL14723; replicate=1,2; softwareversion=MACS; original_filename=GSM1010857_hg19_wgEncodeHaibTfbsEcc1Creb1sc240V0422111RawRep2.bigWig
+GSM1010798_3	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL3774,SL2134,SL3775; labexpid=SL3774,SL2134,SL3775; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3774,SL2134,SL3775; labexpid=SL3774,SL2134,SL3775; replicate=1,3,2; original_filename=GSM1010798_hg19_wgEncodeHaibTfbsSknshRxlchV0416101RawRep3.bigWig
+GSM1022655_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=4OHTAM_20nM_72hr; treatment description=72 hours with 20 nM 4-hydroxytamoxifen (Stam); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002048; labexpid=DS18351; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022655_hg19_wgEncodeUwTfbsWi38InputOhtamStdRawRep1.bigWig
+GSM979652_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=065WC,065WC,066WC,066WC; labexpid=CThi10105ACA,CThi10104GAT,CThi10105ACA,CThi10104GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=065WC; labexpid=CThi10105ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979652_hg19_wgEncodeRikenCageHmscatCellPapPlusRawRep2.bigWig
+GSM979632_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=CThi10049,CThi10059,CThi10049,CThi10059; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C; labexpid=CThi10049; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979632_hg19_wgEncodeRikenCageA549CytosolPapMinusRawRep3.bigWig
+GSM1003530_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH000105; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHLF/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003530_hg19_wgEncodeBroadHistoneNhlfH2azSig.bigWig
+GSM984609_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,040WC,040WC,039WC,039WC,040WC; labexpid=LID44497,LID44594,LID44594,LID44594,LID44497,LID44497; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,040WC; labexpid=LID44594,LID44497; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM984609_hg19_wgEncodeCshlLongRnaSeqMonocd14CellPapMinusRep1.bigWig
+GSM1010760_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL12789,SL12049; labexpid=SL16741,SL12408; softwareversion=MACS; cell sex=F; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12789,SL12049; labexpid=SL16741,SL12408; replicate=1,2; softwareversion=MACS; original_filename=GSM1010760_hg19_wgEncodeHaibTfbsGm12878Creb1sc240V0422111RawRep1.bigWig
+GSM1008574_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=endoderm; cell sex=F; treatment=Estradiol_10nM_30m; treatment description=30 min with 10nM 7b-Estradiol (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008574_hg19_wgEncodeOpenChromDnaseEcc1Est10nm30mBaseOverlapSignal.bigWig
+GSM1010768_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Fra-2(Q-20) is an affinity purified raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; controlid=SL16758,SL13504; labexpid=SL13457,SL14682; softwareversion=MACS; cell sex=F; antibody=FOSL2; antibody antibodydescription=Fra-2(Q-20) is an affinity purified rabbit polyclonal raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL13457,SL14682; replicate=1,2; softwareversion=MACS; original_filename=GSM1010768_hg19_wgEncodeHaibTfbsMcf7Fosl2V0422111RawRep1.bigWig
+GSM1003531_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH000105; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHLF/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003531_hg19_wgEncodeBroadHistoneNhlfH3k09me3Sig.bigWig
+GSM1006885_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003443; labversion=fseq v 1.84, iff_GM13976,baseAlignCounts.pl v 1,p-value cutoff: 0.05; replicate=1,2; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003443; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006885_hg19_wgEncodeOpenChromChipGm13976CtcfBaseOverlapSignalRep1.bigWig
+GSM1010801_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; controlid=SL16754,SL13506; labexpid=SL13270,SL16305; softwareversion=MACS; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL13270,SL16305; replicate=1,2; softwareversion=MACS; original_filename=GSM1010801_hg19_wgEncodeHaibTfbsEcc1Rad21V0422111RawRep2.bigWig
+GSM1010755_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PBX3; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-891; controlid=SL13321; labexpid=SL16043,SL13476; softwareversion=MACS; cell sex=M; antibody=Pbx3; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PBX3; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-891; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321; labexpid=SL16043,SL13476; replicate=1,2; softwareversion=MACS; original_filename=GSM1010755_hg19_wgEncodeHaibTfbsA549Pbx3V0422111RawRep2.bigWig
+GSM1003526_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=abcam; antibody vendorid=ab8895; controlid=wgEncodeEH001055; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHDF-Ad/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003526_hg19_wgEncodeBroadHistoneNhdfadH3k04me1Sig.bigWig
+GSM984619_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=051WC,052WC,051WC,052WC; labexpid=LID47250,LID47249,LID47250,LID47249; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=051WC; labexpid=LID47249; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984619_hg19_wgEncodeCshlLongRnaSeqHvmf61004013CellTotalPlusRep2.bigWig
+GSM1003520_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH001013; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HeLa-S3/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003520_hg19_wgEncodeBroadHistoneHelas3Ezh239875Sig.bigWig
+GSM1008585_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008585_hg19_wgEncodeOpenChromDnaseSknshSig.bigWig
+GSM1010789_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin. Antibody Target: ATF3; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-188; controlid=SL6021; labexpid=SL7273,SL6010; softwareversion=MACS; cell sex=M; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin. Antibody Target: ATF3; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-188; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7273,SL6010; replicate=1,2; softwareversion=MACS; original_filename=GSM1010789_hg19_wgEncodeHaibTfbsA549Atf3V0422111Etoh02RawRep2.bigWig
+GSM1010852_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL12247,SL12246; labexpid=SL12240,SL13073; softwareversion=MACS; cell sex=M; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12240,SL13073; replicate=1,2; softwareversion=MACS; original_filename=GSM1010852_hg19_wgEncodeHaibTfbsHct116Cebpbsc150V0422111RawRep2.bigWig
+GSM984616_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=081WC,081WC,082WC,082WC; labexpid=LID47256,LID47257,LID47257,LID47256; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=082WC; labexpid=LID47257; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984616_hg19_wgEncodeCshlLongRnaSeqNhemfm26022001CellTotalMinusRep1.bigWig
+GSM981249_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046WC,045WC,045WC,045WC,046WC,046WC; labexpid=LID45017,LID45016,LID45017,LID45016,LID45017,LID45016; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,046WC; labexpid=LID45016,LID45017; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981249_hg19_wgEncodeCshlLongRnaSeqImr90CellPapPlusRep2.bigWig
+GSM981251_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C,085C,086C; labexpid=LID46594,LID46595,LID46595,LID46594; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C; labexpid=LID46594,LID46595; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981251_hg19_wgEncodeCshlLongRnaSeqSknshCytosolPapPlusRep3.bigWig
+GSM1022634_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001903; labexpid=DS18348; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022634_hg19_wgEncodeUwTfbsWi38CtcfStdRawRep2.bigWig
+GSM981245_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=090N,089N,090N,089N,090N,089N; labexpid=LID46860,LID46859,LID46859,LID46860,LID46859,LID46860; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N; labexpid=LID46859,LID46860; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981245_hg19_wgEncodeCshlLongRnaSeqMcf7NucleusPapPlusRep3.bigWig
+GSM984621_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=063WC; labexpid=LID47096; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=063WC; labexpid=LID47096; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984621_hg19_wgEncodeCshlLongRnaSeqHmepcCellTotalPlusRep1.bigWig
+GSM1010778_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL3976; labexpid=SL4209,SL4939; softwareversion=MACS; cell sex=M; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3976; labexpid=SL4209,SL4939; replicate=1,2; softwareversion=MACS; original_filename=GSM1010778_hg19_wgEncodeHaibTfbsHepg2Cebpbsc150V0416101RawRep1.bigWig
+GSM1010819_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL2339; labexpid=SL5610,SL2353; softwareversion=MACS; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2339; labexpid=SL5610,SL2353; replicate=1,2; softwareversion=MACS; original_filename=GSM1010819_hg19_wgEncodeHaibTfbsPfsk1Pol24h8V0416101RawRep1.bigWig
+GSM1014530_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HCF; cell organism=human; cell description=cardiac fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS12501; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014530_hg19_wgEncodeUwDgfHcfSig.bigWig
+GSM979652_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=065WC,065WC,066WC,066WC; labexpid=CThi10105ACA,CThi10104GAT,CThi10105ACA,CThi10104GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=065WC; labexpid=CThi10105ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979652_hg19_wgEncodeRikenCageHmscatCellPapMinusRawRep1.bigWig
+GSM981260_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=065WC,065WC,066WC,066WC; labexpid=LID47097,LID47098,LID47098,LID47097; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=065WC; labexpid=LID47097; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM981260_hg19_wgEncodeCshlLongRnaSeqHmscat010260412CellTotalMinusRep1.bigWig
+GSM1010735_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL3774; labexpid=SL5896,SL5494; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3774; labexpid=SL5896,SL5494; replicate=1,2; softwareversion=MACS; original_filename=GSM1010735_hg19_wgEncodeHaibTfbsSknshNrsfV0416101RawRep2.bigWig
+GSM979640_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=053WC,054WC,054WC,053WC; labexpid=CThi10037,CThi10036,CThi10036,CThi10037; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=053WC; labexpid=CThi10036; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979640_hg19_wgEncodeRikenCageHobCellPapPlusRawRep1.bigWig
+GSM1022633_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12872; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000459; labexpid=DS14432; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=3; original_filename=GSM1022633_hg19_wgEncodeUwTfbsGm12872CtcfStdRawRep3.bigWig
+GSM979656_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,045WC,046WC,046WC; labexpid=CThi10016,CThi10018,CThi10018,CThi10016; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC; labexpid=CThi10016; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979656_hg19_wgEncodeRikenCageImr90CellPapMinusRawRep1.bigWig
+GSM1006902_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087WC,088WC,087WC,088WC; labexpid=RHA010,RHA009,RHA009,RHA010; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087WC,088WC; labexpid=RHA009,RHA010; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006902_hg19_wgEncodeGisRnaPetA549CellPapMinusRawRep3.bigWig
+GSM1010737_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL12792; labexpid=SL16322,SL12628; softwareversion=MACS; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792; labexpid=SL16322,SL12628; replicate=1,2; softwareversion=MACS; original_filename=GSM1010737_hg19_wgEncodeHaibTfbsHl60Pol24h8V0422111RawRep1.bigWig
+GSM979634_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC; labexpid=CThi10023,CThi10024,CThi10024,CThi10023; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=041WC; labexpid=CThi10023; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979634_hg19_wgEncodeRikenCageCd20CellPapPlusRawRep2.bigWig
+GSM1010864_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; controlid=SL16758,SL13504; labexpid=SL14683,SL13459; softwareversion=MACS; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL14683,SL13459; replicate=1,2; softwareversion=MACS; original_filename=GSM1010864_hg19_wgEncodeHaibTfbsMcf7GabpV0422111RawRep2.bigWig
+GSM1003446_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal to KDM5A / Jarid1A / RBBP2. Antibody Target: JARID1A; antibody targetdescription=Histone demethylase that specifically demethylates; antibody vendorname=abcam; antibody vendorid=ab26049; controlid=wgEncodeEH000088; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=JARID1A_(ab26049); antibody antibodydescription=Rabbit polyclonal to KDM5A / Jarid1A / RBBP2. Antibody Target: JARID1A; antibody targetdescription=Histone demethylase that specifically demethylates; antibody vendorname=Abcam; antibody vendorid=ab26049; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003446_hg19_wgEncodeBroadHistoneH1hescJarid1aab26049StdSig.bigWig
+GSM1024768_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HBVSMC; cell organism=human; cell description=brain vascular smooth muscle cells.; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14860; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024768_hg19_wgEncodeUwDnaseHbvsmcRawRep1.bigWig
+GSM1006915_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0117C; labexpid=RHH003; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; cell sex=U; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0117C; labexpid=RHH003; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1; original_filename=GSM1006915_hg19_wgEncodeGisRnaPetHuvecCytosolPapPlusRawRep1V2.bigWig
+GSM981255_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=071WC,072WC,072WC,071WC,072WC,071WC; labexpid=LID47301,LID47104,LID47104,LID47301,LID47301,LID47104; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=071WC,072WC; labexpid=LID47301,LID47104; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM981255_hg19_wgEncodeCshlLongRnaSeqHpcplCellTotalMinusRep1.bigWig
+GSM1010892_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL13504; labexpid=SL14694,SL13484; softwareversion=MACS; cell sex=F; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL14694,SL13484; replicate=1,2; softwareversion=MACS; original_filename=GSM1010892_hg19_wgEncodeHaibTfbsMcf7JundV0422111RawRep1.bigWig
+GSM1003533_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=abcam; antibody vendorid=ab7766; controlid=wgEncodeEH001027; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K4me2; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=Abcam; antibody vendorid=ab7766; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NH-A/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003533_hg19_wgEncodeBroadHistoneNhaH3k04me2Sig.bigWig
+GSM1010845_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL6018; labexpid=SL10882,SL12417; softwareversion=MACS; cell sex=M; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6018; labexpid=SL10882,SL12417; replicate=1,2; softwareversion=MACS; original_filename=GSM1010845_hg19_wgEncodeHaibTfbsH1hescTead4sc101184V0422111RawRep1.bigWig
+GSM1003444_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: CHD1; antibody targetdescription=CHD1 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription. The members of the CHD family of proteins possess 3 common structural and functional domains: a chromodomain (chromatin organization modifier), an SNF2-like helicase/ATPase domain, and a C-terminal DNA-binding domain. CHD1 has been shown to interact with the transcriptional corepressor NCoR and histone deacetylase 1 indicating a role in transcriptional regulation. CHD1 has also been shown to interact with the Paf1 complex and Rtf1 implicating an additional role in transcriptional elongation. Alternate names for CHD1 include chromodomain-helicase-DNA-binding protein 1, ATP-dependent helicase CHD1, and DKFZp686E2337.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-218A; controlid=wgEncodeEH000088; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=CHD1_(A301-218A); antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: CHD1; antibody targetdescription=CHD1 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription. The members of the CHD family of proteins possess 3 common structural and functional domains: a chromodomain (chromatin organization modifier), an SNF2-like helicase/ATPase domain, and a C-terminal DNA-binding domain. CHD1 has been shown to interact with the transcriptional corepressor NCoR and histone deacetylase 1 indicating a role in transcriptional regulation. CHD1 has also been shown to interact with the Paf1 complex and Rtf1 implicating an additional role in transcriptional elongation. Alternate names for CHD1 include chromodomain-helicase-DNA-binding protein 1, ATP-dependent helicase CHD1, and DKFZp686E2337.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-218A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003444_hg19_wgEncodeBroadHistoneH1hescChd1a301218aStdSig.bigWig
+GSM1008578_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Cerebrum_frontal_OC; cell organism=human; cell description=Primary frozen frontal cerebrum tissue from NICHD donor IDs 1104 (Rep B1), 602 (Rep B2), 1442 (Rep B3), all Caucasian; cell karyotype=normal; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008578_hg19_wgEncodeOpenChromDnaseCerebrumfrontalocBaseOverlapSignal.bigWig
+GSM1022644_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF; cell organism=human; cell description=foreskin fibroblast; cell karyotype=normal; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002043; labexpid=DS18318; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022644_hg19_wgEncodeUwTfbsHffCtcfStdRawRep1.bigWig
+GSM1011129_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=Pancreas_OC; cell organism=human; cell description=Primary frozen pancreas tissue from NCTC donor IDs 09-0144A (Rep B1) and 10-0021A (Rep B2); cell karyotype=normal; cell sex=M; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011129_hg19_wgEncodeOpenChromFairePancreasocBaseOverlapSignal.bigWig
+GSM1006890_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003447; labversion=fseq v 1.84; cell=GM10266; cell organism=human; cell description=lymphoblastoid cell line, De Lange phenotype; developmental delay; profound retardation; seizures; 3 cousins are also affected; 46,XY,-22,+der (22)t(3;22)(q25.3;p12); cell karyotype=affected; cell lineage=mesoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003447; original_filename=GSM1006890_hg19_wgEncodeOpenChromChipGm10266InputSig.bigWig
+GSM1003631_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Mxi1_(AF4185); antibody antibodydescription=Goat IgG. Raised against E. coli-derived rhMxi1. Antibody Target: Mxi1; antibody targetdescription=Transcriptional repressor. Binds with MAX to form recognize the core sequence 5'-CAC[GA]TG-3', antagonizes MYC transcriptional activity by competing for MAX; antibody vendorname=R&D Systems; antibody vendorid=AF4185; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH003393; original_filename=GSM1003631_hg19_wgEncodeSydhTfbsSknshMxi1IggrabSig.bigWig
+GSM979646_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC; labexpid=CThi10043,CThi10043,CThi10046,CThi10046; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC; labexpid=CThi10043; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979646_hg19_wgEncodeRikenCageSknshCellPapPlusRawRep4.bigWig
+GSM1014526_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=GM12865; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=F; labexpid=DS12436; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014526_hg19_wgEncodeUwDgfGm12865Sig.bigWig
+GSM1010731_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; controlid=SL6022; labexpid=SL7551,SL7834; softwareversion=MACS; cell sex=F; antibody=FOXM1_(SC-502); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7551,SL7834; replicate=1,2; softwareversion=MACS; original_filename=GSM1010731_hg19_wgEncodeHaibTfbsGm12878Foxm1sc502V0422111RawRep1.bigWig
+GSM1010749_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL6021; labexpid=SL7110,SL8075; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7110,SL8075; replicate=1,2; softwareversion=MACS; original_filename=GSM1010749_hg19_wgEncodeHaibTfbsA549NrsfV0422111Etoh02RawRep2.bigWig
+GSM1003617_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SREBP1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SREBP1; antibody targetdescription=Sterol regulatory element binding transcription factor 1; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-8984; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000771; original_filename=GSM1003617_hg19_wgEncodeSydhTfbsGm12878Srebp1IggrabSig.bigWig
+GSM1010839_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; controlid=SL16757,SL16756; labexpid=SL16044,SL13723; softwareversion=MACS; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL16044,SL13723; replicate=1,2; softwareversion=MACS; original_filename=GSM1010839_hg19_wgEncodeHaibTfbsMcf7SrfV0422111RawRep1.bigWig
+GSM1024766_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=CD20+_RO01778; cell organism=human; cell description=B cells, caucasian, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17541; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024766_hg19_wgEncodeUwDnaseCd20ro01778RawRep2.bigWig
+GSM979654_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N,089N,090N; labexpid=CThi10052,CThi10054,CThi10054,CThi10052; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N; labexpid=CThi10052; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979654_hg19_wgEncodeRikenCageMcf7NucleusPapPlusRawRep4.bigWig
+GSM1014515_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HCM; cell organism=human; cell description=cardiac myocytes; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS12599; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014515_hg19_wgEncodeUwDgfHcmSig.bigWig
+GSM984615_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=047WC,048WC,047WC,048WC; labexpid=LID47246,LID47245,LID47245,LID47246; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=048WC; labexpid=LID47246; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984615_hg19_wgEncodeCshlLongRnaSeqSkmc812190217CellTotalMinusRep2.bigWig
+GSM1014533_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-dLy-Neo; cell organism=human; cell description=neonatal lymphatic microvascular endothelial cells, dermal-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS13150; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014533_hg19_wgEncodeUwDgfHmvecfSig.bigWig
+GSM1010734_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; controlid=SL16757,SL13504; labexpid=SL13463,SL16333; softwareversion=MACS; cell sex=F; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL13504; labexpid=SL13463,SL16333; replicate=1,2; softwareversion=MACS; original_filename=GSM1010734_hg19_wgEncodeHaibTfbsMcf7CtcfcV0422111RawRep2.bigWig
+GSM1010753_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins. The protein is involved in repressing and activating a diverse number of promoters. YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; controlid=SL13506; labexpid=SL13273,SL14584; softwareversion=MACS; cell sex=F; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL13273,SL14584; replicate=1,2; softwareversion=MACS; original_filename=GSM1010753_hg19_wgEncodeHaibTfbsEcc1Yy1sc281V0422111RawRep2.bigWig
+GSM1010838_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; controlid=SL16757,SL16756; labexpid=SL16026,SL13722; softwareversion=MACS; cell sex=F; antibody=PML_(SC-71910); antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL16026,SL13722; replicate=1,2; softwareversion=MACS; original_filename=GSM1010838_hg19_wgEncodeHaibTfbsMcf7Pmlsc71910V0422111RawRep2.bigWig
+GSM1010863_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL16758,SL13504; labexpid=SL13485,SL14695; softwareversion=MACS; cell sex=F; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL13485,SL14695; replicate=1,2; softwareversion=MACS; original_filename=GSM1010863_hg19_wgEncodeHaibTfbsMcf7MaxV0422111RawRep1.bigWig
+GSM1010746_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; controlid=SL6021; labexpid=SL8076,SL7114; softwareversion=MACS; cell sex=M; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL8076,SL7114; replicate=1,2; softwareversion=MACS; original_filename=GSM1010746_hg19_wgEncodeHaibTfbsA549Tcf12V0422111Etoh02RawRep1.bigWig
+GSM979646_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC; labexpid=CThi10043,CThi10043,CThi10046,CThi10046; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC; labexpid=CThi10043; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979646_hg19_wgEncodeRikenCageSknshCellPapMinusRawRep4.bigWig
+GSM1010745_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=E2A.E12(V-18) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of E2A.E12 of human origin. Recommended for detection of E12 and E47 of m, r and h origin by WB, IP, IF, IHC(P), ELISA and indirect FCM using PE (sc-3739)- or FITC (sc-2012)-conjugated goat anti-rabbit IgG. Antibody Target: TCF3; antibody targetdescription=Heterodimers between TCF3 and tissue-specific basic helix-loop-helix (bHLH) proteins play major roles in determining tissue-specific cell fate during embryogenesis, like muscle or early B-cell differentiation. Dimers bind DNA on E-box motifs: 5'-CANNTG-3'. Binds to the kappa-E2 site in the kappa immunoglobulin gene enhancer.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-349; controlid=SL1394,SL1395; labexpid=SL633,SL480; softwareversion=MACS; cell sex=F; antibody=TCF3_(SC-349); antibody antibodydescription=E2A.E12(V-18) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of E2A.E12 of human origin. Recommended for detection of E12 and E47 of m, r and h origin by WB, IP, IF, IHC(P), ELISA and indirect FCM using PE (sc-3739)- or FITC (sc-2012)-conjugated goat anti-rabbit IgG. Antibody Target: TCF3; antibody targetdescription=Heterodimers between TCF3 and tissue-specific basic helix-loop-helix (bHLH) proteins play major roles in determining tissue-specific cell fate during embryogenesis, like muscle or early B-cell differentiation. Dimers bind DNA on E-box motifs: 5'-CANNTG-3'. Binds to the kappa-E2 site in the kappa immunoglobulin gene enhancer.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-349; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1394,SL1395; labexpid=SL633,SL480; replicate=1,2; softwareversion=MACS; original_filename=GSM1010745_hg19_wgEncodeHaibTfbsGm12878Tcf3Pcr1xRawRep1.bigWig
+GSM1010763_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; controlid=SL16761,SL13505; labexpid=SL14705,SL13494; softwareversion=MACS; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL14705,SL13494; replicate=1,2; softwareversion=MACS; original_filename=GSM1010763_hg19_wgEncodeHaibTfbsSknshP300V0422111RawRep2.bigWig
+GSM1008591_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=GM13976; cell organism=human; cell description=lymphoblastoid cell line, clinically normal; monozygotic twin sister with Cornelia De Lange syndrome is GM13977; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008591_hg19_wgEncodeOpenChromDnaseGm13976BaseOverlapSignal.bigWig
+GSM1003541_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003076; replicate=1,2; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Control; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; replicate=1; original_filename=GSM1003541_hg19_wgEncodeBroadHistoneA549ControlEtoh02Sig.bigWig
+GSM1010854_3	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL16758,SL16757,SL13504,SL16756; labexpid=SL16758,SL16757,SL13504,SL16756; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL16757,SL13504,SL16756; labexpid=SL16758,SL16757,SL13504,SL16756; replicate=1,3,2,4; original_filename=GSM1010854_hg19_wgEncodeHaibTfbsMcf7RxlchV0422111RawRep3.bigWig
+GSM979648_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,085C,086C,086C; labexpid=CThi10044,CThi10047,CThi10044,CThi10047; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C; labexpid=CThi10044; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979648_hg19_wgEncodeRikenCageSknshCytosolPapPlusRawRep3.bigWig
+GSM1010868_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL13321,SL16753; labexpid=SL13479,SL14702; softwareversion=MACS; cell sex=M; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL16753; labexpid=SL13479,SL14702; replicate=1,2; softwareversion=MACS; original_filename=GSM1010868_hg19_wgEncodeHaibTfbsA549Tead4sc101184V0422111RawRep1.bigWig
+GSM1008581_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,3,2; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=CTCF_shRNA_knockdown; treatment description=CTCF (CCCTC-binding factor) transcript levels were knocked down in cells using lentiviral transduction to express an shRNA targeting the CTCF gene. The lentiviral construct also contained a puromycin resistance selectable marker and cells were treated 2 times, for three days each, to select for cells containing the retroviral construct. By western blot, CTCF protein levels in the knockdown cells were <10% of cell lines transduced with a randomized shRNA lentiviral construct.; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008581_hg19_wgEncodeOpenChromDnaseMcf7CtcfshrnaSig.bigWig
+GSM1024795_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (NTera-2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14564; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024795_hg19_wgEncodeUwDnaseNt2d1RawRep2.bigWig
+GSM979656_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,045WC,046WC,046WC; labexpid=CThi10016,CThi10018,CThi10018,CThi10016; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC; labexpid=CThi10016; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979656_hg19_wgEncodeRikenCageImr90CellPapPlusRawRep2.bigWig
+GSM1014535_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=RPMI-7951; cell organism=human; cell description=Human Skin Malignant Melanoma Cells, This is a hyperdiploid human cell line with the modal chromosome number of 49, occurring in 24% of cells. Polyploid cells occurred at 22%, which is high.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labexpid=DS20909; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014535_hg19_wgEncodeUwDgfRpmi7951Raw.bigWig
+GSM1006908_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,045WC,046WC,046WC; labexpid=RHI001,RHI002,RHI002,RHI001; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,046WC; labexpid=RHI001,RHI002; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006908_hg19_wgEncodeGisRnaPetImr90CellPapPlusRawRep1.bigWig
+GSM1010799_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA. Antibody Target: ZBTB33; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-23871; controlid=SL13505; labexpid=SL13502,SL14711; softwareversion=MACS; cell sex=F; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA. Antibody Target: ZBTB33; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-23871; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13505; labexpid=SL13502,SL14711; replicate=1,2; softwareversion=MACS; original_filename=GSM1010799_hg19_wgEncodeHaibTfbsSknshZbtb33V0422111RawRep1.bigWig
+GSM979663_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=081WC,081WC,082WC,082WC; labexpid=CThi10102CTT,CThi10055,CThi10055,CThi10102CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=081WC; labexpid=CThi10102CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979663_hg19_wgEncodeRikenCageNhemfm2CellPapPlusRawRep1.bigWig
+GSM1008568_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Fibrobl_GM03348; cell organism=human; cell description=skin fibroblast; cell karyotype=normal; cell sex=M; treatment=lenti-MyoD; treatment description=GM03348 skin fibroblasts (Coriell) were transduced with an induceable lentivirus (pAK111-TRE-3xflag hMyoD-T2A-dsRed) containing get inducible MyoD. Cells were selected in 1ug per ml puro (Sigma catalog P8833) to obtain a pure cell population. Cells were induced for MYOD expression for 10 days with doxycycline and at concentration of 3ug per ml. Standard media was used (and replaced every 2 days) during induction: DMEM, 1% Pen Strep, and 10% FBS. (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008568_hg19_wgEncodeOpenChromDnaseFibroblgm03348LentimyodBaseOverlapSignal.bigWig
+GSM1010871_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL13321,SL16753; labexpid=SL12637,SL16299; softwareversion=MACS; cell sex=M; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL16753; labexpid=SL12637,SL16299; replicate=1,2; softwareversion=MACS; original_filename=GSM1010871_hg19_wgEncodeHaibTfbsA549Cebpbsc150V0422111RawRep1.bigWig
+GSM1008557_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Naive_B_cell; cell organism=human; cell description=Naive B cells (IgD+) isolated from de-identified tonsillectomy; cell karyotype=normal; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008557_hg19_wgEncodeOpenChromDnaseNaivebcellBaseOverlapSignal.bigWig
+GSM979643_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=072WC,071WC,072WC,071WC; labexpid=CThi10057,CThi10105ATC,CThi10057,CThi10105ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=071WC; labexpid=CThi10057; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979643_hg19_wgEncodeRikenCageHpcplCellPapPlusRawRep1.bigWig
+GSM1024758_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; labexpid=DS11814; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024758_hg19_wgEncodeUwDnaseH7esDiffa14dRawRep2.bigWig
+GSM981246_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=LID45898,LID45897,LID45897,LID45898; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,088C; labexpid=LID45897,LID45898; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981246_hg19_wgEncodeCshlLongRnaSeqA549CytosolPapPlusRep3.bigWig
+GSM1003458_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=abcam; antibody vendorid=ab9051; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H4K20me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=Abcam; antibody vendorid=ab9051; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003458_hg19_wgEncodeBroadHistoneA549H4k20me1Etoh02Sig.bigWig
+GSM1010762_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; controlid=SL13506; labexpid=SL13272,SL14583; softwareversion=MACS; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL13272,SL14583; replicate=1,2; softwareversion=MACS; original_filename=GSM1010762_hg19_wgEncodeHaibTfbsEcc1SrfV0422111RawRep1.bigWig
+GSM1010850_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL6022; labexpid=SL9542,SL8084; softwareversion=MACS; cell sex=F; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL9542,SL8084; replicate=1,2; softwareversion=MACS; original_filename=GSM1010850_hg19_wgEncodeHaibTfbsGm12878Cebpbsc150V0422111RawRep2.bigWig
+GSM1003630_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Nrf1; antibody antibodydescription=Mouse monoclonal, Immunogen corresponding to amino acids 201-286 of Human NRF1. Antibody Target: NRF1; antibody targetdescription=NRF1 is the mammalian homolog to the erect wing (ewg) Drosophila protein that is required for proper development of the central nervous system and indirect flight muscles. In mammals NRF1 functions as a transcription factor that activates the expression of the EIF2S1 (EIF-alpha) gene. This protein links the transcriptional modulation of key metabolic genes to cellular growth and development, and has been implicated in the control of nuclear genes required for respiration, heme biosynthesis and mitochondrialDNA transcription and replication. NRF1 forms a homodimer and binds DNA as a dimer. NRF1 shows a nuclear localization and is expressed widely in embryonic, fetal and adult tissues. Phosphorylation of NRF1 enhances DNA binding.; antibody vendorname=Abcam; antibody vendorid=ab55744; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH003393; original_filename=GSM1003630_hg19_wgEncodeSydhTfbsSknshNrf1IggrabSig.bigWig
+GSM1003610_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZC3H11A_(NB100-74650); antibody antibodydescription=Rabbit polyclonal antibody. The immunogen recognized by this antibody maps to a region between residue 250 and 300 of human zinc finger CCCH-type containing 11A.; antibody targetdescription=ZC3H11A is a C3H1-type zinc finger protein. ZC3H11A has been identified as a protein that is phosphorylated upon DNA damage by ATM or ATR. The function of ZC3H11A remains uncharacterized.; antibody vendorname=NovusBio; antibody vendorid=NB100-74650; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; labversion=PeakSeq1.0; original_filename=GSM1003610_hg19_wgEncodeSydhTfbsK562Zc3h11anb10074650IggrabSig.bigWig
+GSM1024759_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; labexpid=DS12147; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024759_hg19_wgEncodeUwDnaseH7esDiffa14dRawRep1.bigWig
+GSM1010786_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL2339; labexpid=SL5497,SL5496; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2339; labexpid=SL5497,SL5496; replicate=1,2; softwareversion=MACS; original_filename=GSM1010786_hg19_wgEncodeHaibTfbsPfsk1NrsfV0416101RawRep2.bigWig
+GSM1003504_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: HDAC6; antibody targetdescription=Histone deacetylase 6 (HDAC6) is a class II histone deacetylase that catalyzes the deacetylation of lysine residues on the N-terminus of core histones. HDAC6 has also been identified as a cytoplasmic deacetylase that acts on tubulin and HSP90 to influence cell motility. Recently HDAC6 has been found to be involved in the stress response as a component of cytoplasmic stress granules.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-341A; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=HDAC6_(A301-341A); antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: HDAC6; antibody targetdescription=Histone deacetylase 6 (HDAC6) is a class II histone deacetylase that catalyzes the deacetylation of lysine residues on the N-terminus of core histones. HDAC6 has also been identified as a cytoplasmic deacetylase that acts on tubulin and HSP90 to influence cell motility. Recently HDAC6 has been found to be involved in the stress response as a component of cytoplasmic stress granules.; antibody vendorname=Bethyl; antibody vendorid=A301-341A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003504_hg19_wgEncodeBroadHistoneK562Hdac6a301341aSig.bigWig
+GSM1010784_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL3976; labexpid=SL5897,SL5040; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3976; labexpid=SL5897,SL5040; replicate=1,2; softwareversion=MACS; original_filename=GSM1010784_hg19_wgEncodeHaibTfbsHepg2NrsfV0416101RawRep2.bigWig
+GSM1010866_3	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL13321,SL16753,SL12790; labexpid=SL13321,SL16753,SL12790; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL16753,SL12790; labexpid=SL13321,SL16753,SL12790; replicate=1,3,2; original_filename=GSM1010866_hg19_wgEncodeHaibTfbsA549RxlchV0422111RawRep3.bigWig
+GSM1010798_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL3774,SL2134,SL3775; labexpid=SL3774,SL2134,SL3775; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3774,SL2134,SL3775; labexpid=SL3774,SL2134,SL3775; replicate=1,3,2; original_filename=GSM1010798_hg19_wgEncodeHaibTfbsSknshRxlchV0416101RawRep2.bigWig
+GSM1014537_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=CD4+_Naive_Wb11970640; cell organism=human; cell description=CD4+ naive sorted cells, donor is Caucasian, male 26 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14108; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014537_hg19_wgEncodeUwDgfCd4naivewb11970640Raw.bigWig
+GSM1010719_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL1668,SL3898; labexpid=SL3897,SL1667; softwareversion=MACS; cell sex=M; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1668,SL3898; labexpid=SL3897,SL1667; replicate=1,2; softwareversion=MACS; original_filename=GSM1010719_hg19_wgEncodeHaibTfbsA549Creb1sc240V0416102Dex100nmRawRep2.bigWig
+GSM1003491_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH001027; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NH-A/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003491_hg19_wgEncodeBroadHistoneNhaH3k09me3Sig.bigWig
+GSM1014521_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Th2; cell organism=human; cell description=primary Th2 T cells; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17603; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014521_hg19_wgEncodeUwDgfTh2Sig.bigWig
+GSM1008605_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Urothelia; cell organism=human; cell description=primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene; cell karyotype=normal; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008605_hg19_wgEncodeOpenChromDnaseUrothelBaseOverlapSignalV2.bigWig
+GSM1024756_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=NHBE_RA; cell organism=human; cell description=bronchial epithelial cells with retinoic acid; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS11959; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024756_hg19_wgEncodeUwDnaseNhberaRawRep2.bigWig
+GSM1008600_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,3,2; cell=iPS_NIHi7; cell organism=human; cell description=iPS cells derived from AG08395 fibroblast; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008600_hg19_wgEncodeOpenChromDnaseIpsnihi7Sig.bigWig
+GSM984621_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=063WC; labexpid=LID47096; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=063WC; labexpid=LID47096; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984621_hg19_wgEncodeCshlLongRnaSeqHmepcCellTotalMinusRep1.bigWig
+GSM1022629_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12873; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000460; labexpid=DS14433; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=3; original_filename=GSM1022629_hg19_wgEncodeUwTfbsGm12873CtcfStdRawRep3.bigWig
+GSM1014526_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=GM12865; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=F; labexpid=DS12436; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014526_hg19_wgEncodeUwDgfGm12865Raw.bigWig
+GSM1022656_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtA_5d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 5 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002544; labexpid=DS14110; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022656_hg19_wgEncodeUwTfbsH7esInputStdDiffa5dRawRep1.bigWig
+GSM1010758_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101004; controlid=SL12247,SL12246; labexpid=SL12229,SL13066; softwareversion=MACS; cell sex=M; antibody=CBX3_(SC-101004); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101004; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12229,SL13066; replicate=1,2; softwareversion=MACS; original_filename=GSM1010758_hg19_wgEncodeHaibTfbsHct116Cbx3sc101004V0422111RawRep2.bigWig
+GSM1008579_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=GC_B_cell; cell organism=human; cell description=Germinal center B cells (CD77+) isolated from de-identified tonsillectomy; cell karyotype=normal; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008579_hg19_wgEncodeOpenChromDnaseGcbcellSig.bigWig
+GSM1014528_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS10060; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014528_hg19_wgEncodeUwDgfHuvecRaw.bigWig
+GSM1008586_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008586_hg19_wgEncodeOpenChromDnaseImr90BaseOverlapSignal.bigWig
+GSM1008571_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Colo829; cell organism=human; cell description=malignant melanoma; cell karyotype=cancer; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008571_hg19_wgEncodeOpenChromDnaseColo829BaseOverlapSignal.bigWig
+GSM1008590_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=GM10266; cell organism=human; cell description=lymphoblastoid cell line, De Lange phenotype; developmental delay; profound retardation; seizures; 3 cousins are also affected; 46,XY,-22,+der (22)t(3;22)(q25.3;p12); cell karyotype=affected; cell lineage=mesoderm; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008590_hg19_wgEncodeOpenChromDnaseGm10266BaseOverlapSignal.bigWig
+GSM1010887_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PBX3; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-891; controlid=SL16761,SL13505; labexpid=SL16042,SL13495; softwareversion=MACS; cell sex=F; antibody=Pbx3; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PBX3; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-891; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL16042,SL13495; replicate=1,2; softwareversion=MACS; original_filename=GSM1010887_hg19_wgEncodeHaibTfbsSknshPbx3V0422111RawRep1.bigWig
+GSM1010891_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL13504; labexpid=SL14698,SL13491; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL14698,SL13491; replicate=1,2; softwareversion=MACS; original_filename=GSM1010891_hg19_wgEncodeHaibTfbsMcf7NrsfV0422111RawRep2.bigWig
+GSM979632_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=CThi10049,CThi10059,CThi10049,CThi10059; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=M; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C; labexpid=CThi10049; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979632_hg19_wgEncodeRikenCageA549CytosolPapPlusRawRep3.bigWig
+GSM1010725_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin. Antibody Target: FOXA1; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101058; controlid=SL3251,SL2665; labexpid=SL3251,SL2665; cell lineage=endoderm; cell sex=M; antibody=FOXA1_(SC-101058); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin. Antibody Target:  FOXA1; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins.  These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101058; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL3251,SL2665; labexpid=SL3251,SL2665; replicate=1,2; original_filename=GSM1010725_hg19_wgEncodeHaibTfbsA549Foxa1V0416102Etoh02RawRep2.bigWig
+GSM1006908_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,045WC,046WC,046WC; labexpid=RHI001,RHI002,RHI002,RHI001; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,046WC; labexpid=RHI001,RHI002; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006908_hg19_wgEncodeGisRnaPetImr90CellPapPlusRawRep2.bigWig
+GSM1003482_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH001001; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HSMMtube/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003482_hg19_wgEncodeBroadHistoneHsmmtH3k09me3Sig.bigWig
+GSM981244_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,046C,045C,045C; labexpid=LID45612,LID45611,LID45612,LID45612,LID45611,LID45611; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C; labexpid=LID45611,LID45612; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981244_hg19_wgEncodeCshlLongRnaSeqImr90CytosolPapMinusRep2.bigWig
+GSM1003576_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003576_hg19_wgEncodeBroadHistoneK562Ezh239875StdSig.bigWig
+GSM1003511_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=abcam; antibody vendorid=ab7766; controlid=wgEncodeEH003075; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K4me2; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=Abcam; antibody vendorid=ab7766; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003511_hg19_wgEncodeBroadHistoneA549H3k04me2Dex100nmSig.bigWig
+GSM1010760_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL12789,SL12049; labexpid=SL16741,SL12408; softwareversion=MACS; cell sex=F; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12789,SL12049; labexpid=SL16741,SL12408; replicate=1,2; softwareversion=MACS; original_filename=GSM1010760_hg19_wgEncodeHaibTfbsGm12878Creb1sc240V0422111RawRep2.bigWig
+GSM1003560_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SIRT6; antibody targetdescription=A synthetic peptide made to an internal region of the human SIRT6 protein; antibody vendorname=abcam; antibody vendorid=ab48192; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=SIRT6; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SIRT6; antibody targetdescription=A synthetic peptide made to an internal region of the human SIRT6 protein; antibody vendorname=Abcam; antibody vendorid=ab48192; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003560_hg19_wgEncodeBroadHistoneK562Sirt6Sig.bigWig
+GSM979663_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=081WC,081WC,082WC,082WC; labexpid=CThi10102CTT,CThi10055,CThi10055,CThi10102CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=081WC; labexpid=CThi10102CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979663_hg19_wgEncodeRikenCageNhemfm2CellPapPlusRawRep2.bigWig
+GSM984613_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=094WC,093WC,094WC,093WC,093WC,094WC; labexpid=LID47260,LID47261,LID47260,LID47261,LID47261,LID47260; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=094WC,093WC; labexpid=LID47261,LID47260; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984613_hg19_wgEncodeCshlLongRnaSeqHsavecCellTotalMinusRep1.bigWig
+GSM1010771_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; controlid=SL6022; labexpid=SL7281,SL7831; softwareversion=MACS; cell sex=F; antibody=PML_(SC-71910); antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7281,SL7831; replicate=1,2; softwareversion=MACS; original_filename=GSM1010771_hg19_wgEncodeHaibTfbsGm12878Pmlsc71910V0422111RawRep2.bigWig
+GSM1006878_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_starved_media; treatment description=Grown with normal serum levels (10%), then switched to media containing low level of FBS (0.05%) for 72 hours; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006878_hg19_wgEncodeOpenChromChipMcf7CtcfSerumstvdBaseOverlapSignal.bigWig
+GSM1010873_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL13320,SL16755; labexpid=SL13320,SL16755; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13320,SL16755; labexpid=SL13320,SL16755; replicate=1,2; original_filename=GSM1010873_hg19_wgEncodeHaibTfbsH1neuronsRxlchV0422111RawRep1.bigWig
+GSM1003622_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CDP_(sc-6327); antibody antibodydescription=CDP (C-20) is an affinity purified goat polyclonal antibody raised against a peptide mapping at the C-terminus of CDP of mouse origin.; antibody targetdescription=CDP (for CCAAT displacement protein) was identified as a repressor for tran- scription of developmentally regulated genes. It is a homeodomain protein that appears to compete with transcriptional activating proteins for binding to the promoter regions of various genes. CDP contains three cut repeats which function as DNA binding domains. It has been demonstrated that cut repeat domains have the capacity to bind to DNA in conjunction with or independently of homeodomain DNA binding. CDP has been shown to be the DNA-binding subunit of the HiNF-D complex, which contains cyclin A, Cdc2 and an Rb-related protein in addition to CDP. Histone expression is required for the transition to S phase in the cell cycle. The HiNF-D complex regulates the transcription of Histone H4, H3 and H1 genes, allowing cells to progress from G1 to S phase.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6327; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; labversion=PeakSeq1.0; original_filename=GSM1003622_hg19_wgEncodeSydhTfbsK562Cdpsc6327IggrabSig.bigWig
+GSM1010720_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL1668; labexpid=SL1668; cell lineage=endoderm; cell sex=M; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1668; labexpid=SL1668; replicate=1; original_filename=GSM1010720_hg19_wgEncodeHaibTfbsA549Creb1sc240Pcr1xEtoh02RawRep1.bigWig
+GSM1010813_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: SP1; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17824; controlid=SL6021; labexpid=SL5360,SL5701; softwareversion=MACS; cell sex=M; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: SP1; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17824; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL5360,SL5701; replicate=1,2; softwareversion=MACS; original_filename=GSM1010813_hg19_wgEncodeHaibTfbsA549Sp1V0422111Etoh02RawRep2.bigWig
+GSM979633_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=088N,087N,088N,087N; labexpid=CThi10060,CThi10106,CThi10106,CThi10060; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N; labexpid=CThi10106; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979633_hg19_wgEncodeRikenCageA549NucleusPapMinusRawRep3.bigWig
+GSM1014510_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; labexpid=DS13981; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014510_hg19_wgEncodeUwDgfHvmfRaw.bigWig
+GSM984615_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=047WC,048WC,047WC,048WC; labexpid=LID47246,LID47245,LID47245,LID47246; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=048WC; labexpid=LID47246; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984615_hg19_wgEncodeCshlLongRnaSeqSkmc9011302CellTotalMinusRep1.bigWig
+GSM1003450_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: PHF8; antibody targetdescription=PHF8 (PHD finger protein 8) is a member of the jumonji family of proteins and contains a jumonji C (JmjC) domain. The JmjC proteins are predicted to be metalloenzymes that play a role a chromatin remodeling and histone demethylation. PHF8 also bears a PHD (plant homeodomain)- type zinc-finger, a domain also found to be involved in chromatin remodeling and transcriptional regulation. Truncating mutations in PHF8 are associated with X-linked mental retardation and cleft lip/cleft palate. PHF8 is also known as ZNF422 and KIAA1111.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-772A; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=PHF8_(A301-772A); antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: PHF8; antibody targetdescription=PHF8 (PHD finger protein 8) is a member of the jumonji family of proteins and contains a jumonji C (JmjC) domain. The JmjC proteins are predicted to be metalloenzymes that play a role a chromatin remodeling and histone demethylation. PHF8 also bears a PHD (plant homeodomain)- type zinc-finger, a domain also found to be involved in chromatin remodeling and transcriptional regulation. Truncating mutations in PHF8 are associated with X-linked mental retardation and cleft lip/cleft palate. PHF8 is also known as ZNF422 and KIAA1111.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-772A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003450_hg19_wgEncodeBroadHistoneK562Phf8a301772aStdSig.bigWig
+GSM1003469_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003469_hg19_wgEncodeBroadHistoneDnd41H3k79me2Sig.bigWig
+GSM979661_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=080WC,079WC,080WC,079WC; labexpid=CThi10101ACA,CThi10101ATC,CThi10101ATC,CThi10101ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=079WC; labexpid=CThi10101ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979661_hg19_wgEncodeRikenCageHwpCellPapPlusRawRep2.bigWig
+GSM1010880_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; controlid=SL12791,SL13505; labexpid=SL14603,SL13313; softwareversion=MACS; cell sex=F; antibody=NFIC_(SC-81335); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14603,SL13313; replicate=1,2; softwareversion=MACS; original_filename=GSM1010880_hg19_wgEncodeHaibTfbsSknshNficsc81335V0422111RawRep2.bigWig
+GSM1010824_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL1106; labexpid=SL1104,SL2387; softwareversion=MACS; cell sex=U; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1106; labexpid=SL1104,SL2387; replicate=1,2; softwareversion=MACS; original_filename=GSM1010824_hg19_wgEncodeHaibTfbsHuvecPol24h8V0416101RawRep2.bigWig
+GSM1008594_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Ishikawa; cell organism=human; cell description=endometrial adenocarcinoma; cell sex=F; treatment=4OHTAM_100nM_30m; treatment description=30 minutes with 100 nM 4-hydroxytamoxifen (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008594_hg19_wgEncodeOpenChromDnaseIshikawaTam10030Sig.bigWig
+GSM1008574_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=endoderm; cell sex=F; treatment=Estradiol_10nM_30m; treatment description=30 min with 10nM 7b-Estradiol (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008574_hg19_wgEncodeOpenChromDnaseEcc1Est10nm30mSig.bigWig
+GSM981256_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC,042WC,041WC; labexpid=LID44499,LID44498,LID44499,LID44498,LID44499,LID44498; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=041WC,042WC; labexpid=LID44498,LID44499; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981256_hg19_wgEncodeCshlLongRnaSeqCd20CellPapPlusRep2.bigWig
+GSM1010750_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; controlid=SL12791,SL13505; labexpid=SL14596,SL13083; softwareversion=MACS; cell sex=F; antibody=FOXM1_(SC-502); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14596,SL13083; replicate=1,2; softwareversion=MACS; original_filename=GSM1010750_hg19_wgEncodeHaibTfbsSknshFoxm1sc502V0422111RawRep2.bigWig
+GSM1010900_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; controlid=SL12791,SL13505; labexpid=SL13086,SL14046; softwareversion=MACS; cell sex=F; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL13086,SL14046; replicate=1,2; softwareversion=MACS; original_filename=GSM1010900_hg19_wgEncodeHaibTfbsSknshTcf12V0422111RawRep1.bigWig
+GSM1008573_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=HEK293T; cell organism=human; cell description=embryonic kidney that expresses SV40 large T antigen, HEK293 (ATCC number CRL-1573) is the parental cell line; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008573_hg19_wgEncodeOpenChromDnaseHek293tSig.bigWig
+GSM1003543_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH003075; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003543_hg19_wgEncodeBroadHistoneA549H3k79me2Dex100nmSig.bigWig
+GSM1010902_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: SP1; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17824; controlid=SL12247,SL12246; labexpid=SL12239,SL13072; softwareversion=MACS; cell sex=M; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: SP1; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12239,SL13072; replicate=1,2; softwareversion=MACS; original_filename=GSM1010902_hg19_wgEncodeHaibTfbsHct116Sp1V0422111RawRep1.bigWig
+GSM1006877_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: MYC; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-764; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_stimulated_media; treatment description=Grown with normal serum levels (10%), then switched back to normal serum levels (10% FBS) for 3 hours.; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006877_hg19_wgEncodeOpenChromChipMcf7CmycSerumstimSig.bigWig
+GSM1003615_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=RFX5_(200-401-194); antibody antibodydescription=Rabbit polyclonal against RFX5 peptide corresponding to a region at amino acids 320 to 494 of the human protein conjugated to Keyhole Limpet Hemocyanin. Antibody Target: RFX5; antibody targetdescription=Activates transcription from class II MHC promoters. Recognizes X-boxes. Mediates cooperative binding betweenRFX and NF-Y. RFX binds the X1 box of MHC-II promoters; antibody vendorname=Rockland Immunochemicals; antibody vendorid=200-401-194; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; original_filename=GSM1003615_hg19_wgEncodeSydhTfbsImr90Rfx5IggrabSig.bigWig
+GSM1010914_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=AG04450/None/Input/std; labexpid=DS21482,DS21481; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; original_filename=GSM1010914_hg19_wgEncodeUwHistoneAg04450H3k09me3StdRawRep2.bigWig
+GSM984614_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=056WC,056WC,055WC,055WC; labexpid=LID47021,LID47020,LID47020,LID47021; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=056WC; labexpid=LID47021; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984614_hg19_wgEncodeCshlLongRnaSeqHaoaf609010111CellTotalPlusRep2.bigWig
+GSM1010851_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; controlid=SL12247,SL12246; labexpid=SL13070,SL12237; softwareversion=MACS; cell sex=M; antibody=SRF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13070,SL12237; replicate=1,2; softwareversion=MACS; original_filename=GSM1010851_hg19_wgEncodeHaibTfbsHct116SrfV0422111RawRep2.bigWig
+GSM981252_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=LID46857,LID46858,LID46857,LID46858; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C; labexpid=LID46857,LID46858; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981252_hg19_wgEncodeCshlLongRnaSeqMcf7CytosolPapMinusRep4.bigWig
+GSM1024792_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Th2; cell organism=human; cell description=primary Th2 T cells; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17603; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024792_hg19_wgEncodeUwDnaseTh2RawRep2.bigWig
+GSM1010888_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; controlid=SL13506; labexpid=SL14590,SL13280; softwareversion=MACS; cell sex=F; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14590,SL13280; replicate=1,2; softwareversion=MACS; original_filename=GSM1010888_hg19_wgEncodeHaibTfbsEcc1Egr1V0422111RawRep1.bigWig
+GSM1006893_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003441; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_D721; replicate=1,2; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003441; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006893_hg19_wgEncodeOpenChromChipMedulloCtcfSig.bigWig
+GSM1024767_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Estradiol_ctrl_0hr; treatment description=No hormone control, zero timepoint, used to distinguish untreated sample in series (Stam); labexpid=DS18021; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024767_hg19_wgEncodeUwDnaseMcf7Estctrl0hRawRep2.bigWig
+GSM979646_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC; labexpid=CThi10043,CThi10043,CThi10046,CThi10046; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC; labexpid=CThi10043; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979646_hg19_wgEncodeRikenCageSknshCellPapMinusRawRep3.bigWig
+GSM1022669_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF-Myc; cell organism=human; cell description=foreskin fibroblast cells expressing canine cMyc; cell karyotype=normal; cell lineage=fibroblast; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001896; labexpid=DS18323; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022669_hg19_wgEncodeUwTfbsHffmycCtcfStdRawRep2.bigWig
+GSM1010811_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL16757,SL16756; labexpid=SL14572,SL16339; softwareversion=MACS; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL14572,SL16339; replicate=1,2; softwareversion=MACS; original_filename=GSM1010811_hg19_wgEncodeHaibTfbsMcf7Taf1V0422111RawRep1.bigWig
+GSM1010825_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin. Antibody Target: HDAC2; antibody targetdescription=This gene product belongs to the histone deacetylase family. Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6296; controlid=SL16757,SL13504; labexpid=SL16334,SL13483; softwareversion=MACS; cell sex=F; antibody=HDAC2_(SC-6296); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin. Antibody Target: HDAC2; antibody targetdescription=This gene product belongs to the histone deacetylase family.  Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6296; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL13504; labexpid=SL16334,SL13483; replicate=1,2; softwareversion=MACS; original_filename=GSM1010825_hg19_wgEncodeHaibTfbsMcf7Hdac2sc6296V0422111RawRep1.bigWig
+GSM1022662_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HAc; cell organism=human; cell description=astrocytes-cerebellar; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002165; labexpid=DS18312; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022662_hg19_wgEncodeUwTfbsHacCtcfStdRawRep2.bigWig
+GSM1014517_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS14289; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014517_hg19_wgEncodeUwDgfA549Sig.bigWig
+GSM981256_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC,042WC,041WC; labexpid=LID44499,LID44498,LID44499,LID44498,LID44499,LID44498; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=041WC,042WC; labexpid=LID44498,LID44499; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981256_hg19_wgEncodeCshlLongRnaSeqCd20CellPapPlusRep1.bigWig
+GSM1010759_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; controlid=SL16754,SL13506; labexpid=SL14585,SL13274; softwareversion=MACS; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14585,SL13274; replicate=1,2; softwareversion=MACS; original_filename=GSM1010759_hg19_wgEncodeHaibTfbsEcc1P300V0422111RawRep2.bigWig
+GSM1006907_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C,085C,086C; labexpid=RHS017,RHS017,RHS018,RHS018; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C; labexpid=RHS017,RHS018; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006907_hg19_wgEncodeGisRnaPetSknshCytosolPapPlusRawRep4.bigWig
+GSM1010788_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL2340; labexpid=SL2343,SL5609; softwareversion=MACS; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2340; labexpid=SL2343,SL5609; replicate=1,2; softwareversion=MACS; original_filename=GSM1010788_hg19_wgEncodeHaibTfbsPanc1Pol24h8V0416101RawRep2.bigWig
+GSM1006902_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087WC,088WC,087WC,088WC; labexpid=RHA010,RHA009,RHA009,RHA010; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087WC,088WC; labexpid=RHA009,RHA010; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006902_hg19_wgEncodeGisRnaPetA549CellPapMinusRawRep4.bigWig
+GSM1010764_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target: ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor. The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes. Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; controlid=SL13504; labexpid=SL13466,SL14690; softwareversion=MACS; cell sex=F; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target:  ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL13466,SL14690; replicate=1,2; softwareversion=MACS; original_filename=GSM1010764_hg19_wgEncodeHaibTfbsMcf7Elf1V0422111RawRep1.bigWig
+GSM1010773_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL2134; labexpid=SL6462,SL5612; softwareversion=MACS; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2134; labexpid=SL6462,SL5612; replicate=1,2; softwareversion=MACS; original_filename=GSM1010773_hg19_wgEncodeHaibTfbsSknshTaf1V0416101RawRep2.bigWig
+GSM1014537_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=CD4+_Naive_Wb11970640; cell organism=human; cell description=CD4+ naive sorted cells, donor is Caucasian, male 26 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14108; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014537_hg19_wgEncodeUwDgfCd4naivewb11970640Sig.bigWig
+GSM1011123_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=Kidney_OC; cell organism=human; cell description=Primary frozen kidney tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1863 (Rep B3 FAIRE) and NCTC donor ID 10-0022A (Rep B1 FAIRE); cell karyotype=normal; cell sex=B; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011123_hg19_wgEncodeOpenChromFaireKidneyocBaseOverlapSignal.bigWig
+GSM1006884_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003449; labversion=fseq v 1.84; cell=GM20000; cell organism=human; cell description=lymphoblastoid cell line, De Lange phenotype; developmental delay; profound retardation; cell karyotype=affected; cell lineage=mesoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003449; original_filename=GSM1006884_hg19_wgEncodeOpenChromChipGm20000InputSig.bigWig
+GSM1014509_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NHLF; cell organism=human; cell description=lung fibroblasts; cell karyotype=normal; cell lineage=endoderm; cell sex=U; labexpid=DS12829; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014509_hg19_wgEncodeUwDgfNhlfSig.bigWig
+GSM1014531_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HFF; cell organism=human; cell description=foreskin fibroblast; cell karyotype=normal; cell sex=M; labexpid=DS15115; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014531_hg19_wgEncodeUwDgfHffRaw.bigWig
+GSM1010875_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL6019; labexpid=SL9545,SL8584; softwareversion=MACS; cell sex=M; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL9545,SL8584; replicate=1,2; softwareversion=MACS; original_filename=GSM1010875_hg19_wgEncodeHaibTfbsHepg2Tead4sc101184V0422111RawRep1.bigWig
+GSM1011121_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=MCF-7/Input; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.1; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Estradiol_10nM_30m; treatment description=30 min with 10nM 7b-Estradiol (Crawford); controlid=MCF-7/Input; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011121_hg19_wgEncodeOpenChromFaireMcf7Est10nm30mBaseOverlapSignal.bigWig
+GSM1006867_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003450; labversion=fseq v 1.84; cell=Heart_OC; cell organism=human; cell description=Primary frozen heart tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1863 (Rep B1 FAIRE), 4548 (Rep B2 FAIRE); cell karyotype=normal; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003450; original_filename=GSM1006867_hg19_wgEncodeOpenChromChipHeartocInputSig.bigWig
+GSM984607_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=069WC,069WC,070WC,070WC; labexpid=LID47299,LID47300,LID47300,LID47299; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=069WC; labexpid=LID47299; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984607_hg19_wgEncodeCshlLongRnaSeqHmscuc00525017CellTotalPlusRep1.bigWig
+GSM1010765_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target: ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor. The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes. Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; controlid=SL12247,SL12246; labexpid=SL13733,SL14719; softwareversion=MACS; cell sex=M; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target:  ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13733,SL14719; replicate=1,2; softwareversion=MACS; original_filename=GSM1010765_hg19_wgEncodeHaibTfbsHct116Elf1V0422111RawRep1.bigWig
+GSM1006902_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087WC,088WC,087WC,088WC; labexpid=RHA010,RHA009,RHA009,RHA010; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087WC,088WC; labexpid=RHA009,RHA010; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006902_hg19_wgEncodeGisRnaPetA549CellPapPlusRawRep3.bigWig
+GSM1003505_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH001055; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHDF-Ad/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003505_hg19_wgEncodeBroadHistoneNhdfadH2azSig.bigWig
+GSM1024747_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HMVEC-dAd; cell organism=human; cell description=adult dermal microvascular endothelial cells.; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS12952; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024747_hg19_wgEncodeUwDnaseHmvecdadRawRep2.bigWig
+GSM979648_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,085C,086C,086C; labexpid=CThi10044,CThi10047,CThi10044,CThi10047; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C; labexpid=CThi10044; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979648_hg19_wgEncodeRikenCageSknshCytosolPapMinusRawRep4.bigWig
+GSM1003453_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=abcam; antibody vendorid=ab8895; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003453_hg19_wgEncodeBroadHistoneA549H3k04me1Etoh02Sig.bigWig
+GSM1010833_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; controlid=SL6021; labexpid=SL6595,SL6015; softwareversion=MACS; cell sex=M; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6595,SL6015; replicate=1,2; softwareversion=MACS; original_filename=GSM1010833_hg19_wgEncodeHaibTfbsA549GabpV0422111Etoh02RawRep1.bigWig
+GSM1022639_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001904; labexpid=DS18302; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022639_hg19_wgEncodeUwTfbsA549CtcfStdRawRep2.bigWig
+GSM1003529_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH000105; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHLF/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003529_hg19_wgEncodeBroadHistoneNhlfEzh239875Sig.bigWig
+GSM1003578_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4729; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003578_hg19_wgEncodeBroadHistoneA549H3k27acEtoh02Sig.bigWig
+GSM1006870_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003447; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_GM10266; replicate=1,2; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003447; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006870_hg19_wgEncodeOpenChromChipGm10266CtcfBaseOverlapSignalRep1.bigWig
+GSM1003516_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=abcam; antibody vendorid=ab7766; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K4me2; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=Abcam; antibody vendorid=ab7766; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003516_hg19_wgEncodeBroadHistoneMonocd14ro1746H3k04me2Sig.bigWig
+GSM979651_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=067WC,068WC,068WC,067WC; labexpid=CThi10100ACA,CThi10103ATC,CThi10100ACA,CThi10103ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=067WC; labexpid=CThi10103ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979651_hg19_wgEncodeRikenCageHmscbmCellPapMinusRawRep1.bigWig
+GSM1010786_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL2339; labexpid=SL5497,SL5496; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2339; labexpid=SL5497,SL5496; replicate=1,2; softwareversion=MACS; original_filename=GSM1010786_hg19_wgEncodeHaibTfbsPfsk1NrsfV0416101RawRep1.bigWig
+GSM1008584_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,3,2; cell=Olf_neurosphere; cell organism=human; cell description=Human olfactory neurosphere-derived cells from mucosal biopsies; cell karyotype=normal; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008584_hg19_wgEncodeOpenChromDnaseOlfneurosphereSig.bigWig
+GSM1003479_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal antigen affinity purified, unconjugated, liquid; antibody targetdescription=JMJD2A is a member of the jumonji (jmj) domain containing gene family of histone demethylases that plays a role in chromatin regulation and influences transcriptional activation and suppression. JMJD2A is a trimethylation-specific demethylase and functions as a transcriptional repressor.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-861A; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=JMJD2A_(A300-861A-1); antibody antibodydescription=rabbit polyclonal antigen affinity purified, unconjugated, liquid; antibody targetdescription=JMJD2A is a member of the jumonji (jmj) domain containing gene family of histone demethylases that plays a role in chromatin regulation and influences transcriptional activation and suppression.  JMJD2A is a trimethylation-specific demethylase and functions as a transcriptional repressor.; antibody vendorname=Bethyl; antibody vendorid=A300-861A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003479_hg19_wgEncodeBroadHistoneH1hescJmjd2aa300861a1Sig.bigWig
+GSM984607_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=069WC,069WC,070WC,070WC; labexpid=LID47299,LID47300,LID47300,LID47299; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=069WC; labexpid=LID47299; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984607_hg19_wgEncodeCshlLongRnaSeqHmscuc00811017CellTotalPlusRep2.bigWig
+GSM1024743_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=PrEC; cell organism=human; cell description=prostate epithelial cell line; cell karyotype=normal; cell lineage=epithelial; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS12088; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024743_hg19_wgEncodeUwDnasePrecRawRep2.bigWig
+GSM1006905_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089WC,090WC,089WC,090WC; labexpid=RHM047,RHM046,RHM046,RHM047; labversion=iIDR,clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089WC,090WC; labexpid=RHM046,RHM047; labversion=iIDR; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006905_hg19_wgEncodeGisRnaPetMcf7CellPapMinusRawRep3.bigWig
+GSM1003548_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003548_hg19_wgEncodeBroadHistoneMonocd14ro1746H2azSig.bigWig
+GSM1014536_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS19794; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014536_hg19_wgEncodeUwDgfT47dSig.bigWig
+GSM979639_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=059WC,059WC,060WC,060WC; labexpid=CThi10104CTT,CThi10104ACA,CThi10104ACA,CThi10104CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=059WC; labexpid=CThi10104CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979639_hg19_wgEncodeRikenCageHchCellPapPlusRawRep1.bigWig
+GSM1024742_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=PrEC; cell organism=human; cell description=prostate epithelial cell line; cell karyotype=normal; cell lineage=epithelial; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS12098; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024742_hg19_wgEncodeUwDnasePrecRawRep1.bigWig
+GSM1003580_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH003075; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003580_hg19_wgEncodeBroadHistoneA549H2azDex100nmSig.bigWig
+GSM1006908_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,045WC,046WC,046WC; labexpid=RHI001,RHI002,RHI002,RHI001; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,046WC; labexpid=RHI001,RHI002; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006908_hg19_wgEncodeGisRnaPetImr90CellPapMinusRawRep2.bigWig
+GSM1010904_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL12247,SL12246; labexpid=SL13075,SL12243; softwareversion=MACS; cell sex=M; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13075,SL12243; replicate=1,2; softwareversion=MACS; original_filename=GSM1010904_hg19_wgEncodeHaibTfbsHct116MaxV0422111RawRep1.bigWig
+GSM984620_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=080WC,079WC,080WC,080WC,079WC,079WC; labexpid=LID47255,LID47254,LID47254,LID47255,LID47255,LID47254; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=080WC; labexpid=LID47255; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984620_hg19_wgEncodeCshlLongRnaSeqHwp0092205CellTotalPlusRep2.bigWig
+GSM1010893_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against amino acids 191-300 of recombinant RUNX3 of human origin. Antibody Target: RUNX3; antibody targetdescription=This gene encodes a member of the runt domain-containing family of transcription factors. A heterodimer of this protein and a beta subunit forms a complex that binds to the core DNA sequence 5'-PYGPYGGT-3' found in a number of enhancers and promoters, and can either activate or suppress transcription. It also interacts with other transcription factors. It functions as a tumor suppressor, and the gene is frequently deleted or transcriptionally silenced in cancer. Multiple transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101553; controlid=SL6022; labexpid=SL8128,SL7898; softwareversion=MACS; cell sex=F; antibody=RUNX3_(SC-101553); antibody antibodydescription=Mouse monoclonal IgG, raised against amino acids 191-300 of recombinant RUNX3 of human origin. Antibody Target: RUNX3; antibody targetdescription=This gene encodes a member of the runt domain-containing family of transcription factors. A heterodimer of this protein and a beta subunit forms a complex that binds to the core DNA sequence 5'-PYGPYGGT-3' found in a number of enhancers and promoters, and can either activate or suppress transcription. It also interacts with other transcription factors.  It functions as a tumor suppressor, and the gene is frequently deleted or transcriptionally silenced in cancer.  Multiple transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101553; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL8128,SL7898; replicate=1,2; softwareversion=MACS; original_filename=GSM1010893_hg19_wgEncodeHaibTfbsGm12878Runx3sc101553V0422111RawRep1.bigWig
+GSM979657_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=CThi10053,CThi10051,CThi10053,CThi10051; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C; labexpid=CThi10051; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979657_hg19_wgEncodeRikenCageMcf7CytosolPapPlusRawRep4.bigWig
+GSM1010901_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL12791,SL13505; labexpid=SL14042,SL13079; softwareversion=MACS; cell sex=F; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14042,SL13079; replicate=1,2; softwareversion=MACS; original_filename=GSM1010901_hg19_wgEncodeHaibTfbsSknshJundV0422111RawRep2.bigWig
+GSM1010895_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL6023; labexpid=SL7841,SL7571; softwareversion=MACS; cell sex=F; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL7841,SL7571; replicate=1,2; softwareversion=MACS; original_filename=GSM1010895_hg19_wgEncodeHaibTfbsK562Tead4sc101184V0422111RawRep1.bigWig
+GSM1010894_3	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12793,SL6023,SL11659,SL9103; labexpid=SL12793,SL6023,SL11659,SL9103; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12793,SL6023,SL11659,SL9103; labexpid=SL12793,SL6023,SL11659,SL9103; replicate=1,3,2,4; original_filename=GSM1010894_hg19_wgEncodeHaibTfbsK562RxlchV0422111RawRep3.bigWig
+GSM1003554_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH001055; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHDF-Ad/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003554_hg19_wgEncodeBroadHistoneNhdfadH3k79me2Sig.bigWig
+GSM1010860_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL16757,SL16756; labexpid=SL14575,SL16341; softwareversion=MACS; cell sex=F; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL14575,SL16341; replicate=1,2; softwareversion=MACS; original_filename=GSM1010860_hg19_wgEncodeHaibTfbsMcf7Tead4sc101184V0422111RawRep1.bigWig
+GSM1003550_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH001055; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHDF-Ad/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003550_hg19_wgEncodeBroadHistoneNhdfadEzh239875Sig.bigWig
+GSM1006878_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_starved_media; treatment description=Grown with normal serum levels (10%), then switched to media containing low level of FBS (0.05%) for 72 hours; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006878_hg19_wgEncodeOpenChromChipMcf7CtcfSerumstvdSig.bigWig
+GSM1014519_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-LBl; cell organism=human; cell description=blood microvascular endothelial cells, lung-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS13372; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014519_hg19_wgEncodeUwDgfHmvechRaw.bigWig
+GSM1014541_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Th17; cell organism=human; cell description=T helper cells expressing IL-17, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS11039; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014541_hg19_wgEncodeUwDgfTh17Sig.bigWig
+GSM1022631_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HMEC; cell organism=human; cell description=mammary epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000466; labexpid=DS18569; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022631_hg19_wgEncodeUwTfbsHmecCtcfStdRawRep2.bigWig
+GSM1010732_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101004; controlid=SL6023; labexpid=SL7105,SL7568; softwareversion=MACS; cell sex=F; antibody=CBX3_(SC-101004); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101004; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL7105,SL7568; replicate=1,2; softwareversion=MACS; original_filename=GSM1010732_hg19_wgEncodeHaibTfbsK562Cbx3sc101004V0422111RawRep2.bigWig
+GSM1008595_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=RWPE1; cell organism=human; cell description=prostate epithelial; cell karyotype=normal; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008595_hg19_wgEncodeOpenChromDnaseRwpe1BaseOverlapSignal.bigWig
+GSM1010878_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL6023; labexpid=SL9547,SL8085; softwareversion=MACS; cell sex=F; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL9547,SL8085; replicate=1,2; softwareversion=MACS; original_filename=GSM1010878_hg19_wgEncodeHaibTfbsK562Cebpbsc150V0422111RawRep1.bigWig
+GSM1010848_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; controlid=SL12247,SL12246; labexpid=SL12230,SL13067; softwareversion=MACS; cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12230,SL13067; replicate=1,2; softwareversion=MACS; original_filename=GSM1010848_hg19_wgEncodeHaibTfbsHct116Rad21V0422111RawRep1.bigWig
+GSM981249_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046WC,045WC,045WC,045WC,046WC,046WC; labexpid=LID45017,LID45016,LID45017,LID45016,LID45017,LID45016; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,046WC; labexpid=LID45016,LID45017; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981249_hg19_wgEncodeCshlLongRnaSeqImr90CellPapMinusRep1.bigWig
+GSM1003556_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH000060; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HUVEC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003556_hg19_wgEncodeBroadHistoneHuvecH2azSig.bigWig
+GSM1014525_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=CD20+_RO01778; cell organism=human; cell description=B cells, caucasian, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS18208; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014525_hg19_wgEncodeUwDgfCd20ro01778Raw.bigWig
+GSM1010867_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12789,SL12049,SL6022; labexpid=SL12789,SL12049,SL6022; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12789,SL12049,SL6022; labexpid=SL12789,SL12049,SL6022; replicate=1,3,4; original_filename=GSM1010867_hg19_wgEncodeHaibTfbsGm12878RxlchV0422111RawRep3.bigWig
+GSM1010823_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: ESR1; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-543; treatment description=1 h with 100 nM Bisphenol A (Myers); controlid=SL1490; labexpid=SL1877,SL1493; softwareversion=MACS; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: ESR1; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-543; treatment=BPA_100nM; treatment description=1 h with 100 nM Bisphenol A  (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1490; labexpid=SL1877,SL1493; replicate=1,2; softwareversion=MACS; original_filename=GSM1010823_hg19_wgEncodeHaibTfbsT47dEraaV0416102Bpa1hRawRep2.bigWig
+GSM984619_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=051WC,052WC,051WC,052WC; labexpid=LID47250,LID47249,LID47250,LID47249; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=051WC; labexpid=LID47249; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984619_hg19_wgEncodeCshlLongRnaSeqHvmf61004013CellTotalMinusRep2.bigWig
+GSM1008575_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,3,2; cell=FibroP_AG08395; cell organism=human; cell description=fibroblasts taken from individuals with Parkinson's disease; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008575_hg19_wgEncodeOpenChromDnaseFibropag08395Sig.bigWig
+GSM1008560_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Psoas_muscle_OC; cell organism=human; cell description=Primary frozen psoas muscle tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1540 (Rep B1), 1863 (Rep B2 FAIRE); cell karyotype=normal; cell sex=B; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008560_hg19_wgEncodeOpenChromDnasePsoasmuscleocBaseOverlapSignal.bigWig
+GSM984606_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=077WC; labexpid=LID47807; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=077WC; labexpid=LID47807; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984606_hg19_wgEncodeCshlLongRnaSeqHmncpbCellTotalPlusRep1.bigWig
+GSM1010862_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL16757,SL13504; labexpid=SL14716,SL13726; softwareversion=MACS; cell sex=F; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL13504; labexpid=SL14716,SL13726; replicate=1,2; softwareversion=MACS; original_filename=GSM1010862_hg19_wgEncodeHaibTfbsMcf7Sin3ak20V0422111RawRep2.bigWig
+GSM1003451_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SIRT6; antibody targetdescription=A synthetic peptide made to an internal region of the human SIRT6 protein; antibody vendorname=abcam; antibody vendorid=ab48192; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=SIRT6; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SIRT6; antibody targetdescription=A synthetic peptide made to an internal region of the human SIRT6 protein; antibody vendorname=Abcam; antibody vendorid=ab48192; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003451_hg19_wgEncodeBroadHistoneH1hescSirt6Sig.bigWig
+GSM1010779_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against amino acids 1-110 of NFATc1 of human origin. Antibody Target: NFATC1; antibody targetdescription=The product of this gene is a component of the nuclear factor of activated T cells DNA-binding transcription complex. This complex consists of at least two components: a preexisting cytosolic component that translocates to the nucleus upon T cell receptor (TCR) stimulation, and an inducible nuclear component. Proteins belonging to this family of transcription factors play a central role in inducible gene transcription during immune response. The product of this gene is an inducible nuclear component. It functions as a major molecular target for the immunosuppressive drugs such as cyclosporin A. Five transcript variants encoding distinct isoforms have been identified for this gene. Different isoforms of this protein may regulate inducible expression of different cytokine genes. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17834; controlid=SL6022; labexpid=SL7280,SL7830; softwareversion=MACS; cell sex=F; antibody=NFATC1_(SC-17834); antibody antibodydescription=Mouse monoclonal IgG, raised against amino acids 1-110 of NFATc1 of human origin. Antibody Target: NFATC1; antibody targetdescription=The product of this gene is a component of the nuclear factor of activated T cells DNA-binding transcription complex.  This complex consists of at least two components: a preexisting cytosolic component that translocates to the nucleus upon T cell receptor (TCR) stimulation, and an inducible nuclear component. Proteins belonging to this family of transcription factors play a central role in inducible gene transcription during immune response. The product of this gene is an inducible nuclear component. It functions as a major molecular target for the immunosuppressive drugs such as cyclosporin A. Five transcript variants encoding distinct isoforms have been identified for this gene. Different isoforms of this protein may regulate inducible expression of different cytokine genes. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17834; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7280,SL7830; replicate=1,2; softwareversion=MACS; original_filename=GSM1010779_hg19_wgEncodeHaibTfbsGm12878Nfatc1sc17834V0422111RawRep2.bigWig
+GSM984604_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=073WC,074WC,073WC,074WC; labexpid=LID47253,LID47105,LID47253,LID47105; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=073WC,074WC; labexpid=LID47105,LID47253; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984604_hg19_wgEncodeCshlLongRnaSeqHpiepcCellTotalMinusRep2.bigWig
+GSM1003513_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=Histone acetyltransferase with sequence similarity to CBP (CREB-binding protein). Regulates transcription by influencing chromatin organization. P300 has been demonstrated to bind to phosphorylated CREB to mediate cAMP-gene regulation.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-358A; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=P300_KAT3B; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=Histone acetyltransferase with sequence similarity to CBP (CREB-binding protein). Regulates transcription by influencing chromatin organization. P300 has been demonstrated to bind to phosphorylated CREB to mediate cAMP-gene regulation.; antibody vendorname=Bethyl; antibody vendorid=A300-358A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003513_hg19_wgEncodeBroadHistoneH1hescP300kat3bSig.bigWig
+GSM1006913_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N,045N,046N; labexpid=RHI006,RHI005,RHI006,RHI005; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N; labexpid=RHI005,RHI006; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006913_hg19_wgEncodeGisRnaPetImr90NucleusPapPlusRawRep2.bigWig
+GSM1022676_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHDF-neo; cell organism=human; cell description=neonatal dermal fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000972; labexpid=DS16205; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022676_hg19_wgEncodeUwTfbsNhdfneoCtcfStdRawRep2.bigWig
+GSM1010890_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL12793; labexpid=SL13293,SL12420; softwareversion=MACS; cell sex=F; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12793; labexpid=SL13293,SL12420; replicate=1,2; softwareversion=MACS; original_filename=GSM1010890_hg19_wgEncodeHaibTfbsK562Creb1sc240V0422111RawRep1.bigWig
+GSM981251_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C,085C,086C; labexpid=LID46594,LID46595,LID46595,LID46594; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C; labexpid=LID46594,LID46595; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981251_hg19_wgEncodeCshlLongRnaSeqSknshCytosolPapMinusRep3.bigWig
+GSM1010806_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; controlid=SL16760,SL13505; labexpid=SL13084,SL14597; softwareversion=MACS; cell sex=F; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16760,SL13505; labexpid=SL13084,SL14597; replicate=1,2; softwareversion=MACS; original_filename=GSM1010806_hg19_wgEncodeHaibTfbsSknshUsf1V0422111RawRep2.bigWig
+GSM979644_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0162N; labexpid=CTig10027; readtype=1x36; readtype description=Single 36 nt reads; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0162N; labexpid=CTig10027; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM979644_hg19_wgEncodeRikenCageHuvecNucleusPamPlusRawRep1.bigWig
+GSM1003512_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003512_hg19_wgEncodeBroadHistoneA549H3k79me2Etoh02Sig.bigWig
+GSM1006892_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003441; labversion=fseq v 1.84; cell=Medullo; cell organism=human; cell description=medulloblastoma (aka D721), surgical resection from a patient with medulloblastoma as described by Darrell Bigner (1997); cell karyotype=cancer; cell lineage=ectoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003441; original_filename=GSM1006892_hg19_wgEncodeOpenChromChipMedulloInputSig.bigWig
+GSM1014539_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; treatment=DIFF_4d; treatment description=Myocytes differentiated from myoblasts for 4 days. See specific cell protocol for treatment details. (Stam); labexpid=DS20534; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014539_hg19_wgEncodeUwDgfLhcnm2Diff4dRaw.bigWig
+GSM1003627_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SMC3_(ab9263); antibody antibodydescription=Rabbit polyclonal raised against synthetic peptide representing a portion within the last 100 amino acids of the human Structural Maintenance of Chromosomes-3 conjugated to KLH. Antibody Target: SMC3; antibody targetdescription=Involved in chromosome cohesion during cell cycle and in DNA repair. Central component of cohesin complex.  The cohesin complex is required for the cohesion of sister chromatids after DNA replication.; antibody vendorname=Abcam; antibody vendorid=ab9263; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH003393; original_filename=GSM1003627_hg19_wgEncodeSydhTfbsSknshSmc3IggrabSig.bigWig
+GSM1003611_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF-MIZD-CP1_(ab65767); antibody antibodydescription=Rabbit Polyclonal against synthetic peptide conjugated to KLH derived from within residues 200 - 300 of Human Zinc finger MIZ domain-containing protein 1.; antibody targetdescription=Zinc finger MIZ domain-containing protein 1 that increases ligand-dependent transcriptional activity of AR and promotes AR sumoylation. The stimulation of AR activity is dependent upon sumoylation.; antibody vendorname=Abcam; antibody vendorid=ab65767; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; labversion=PeakSeq1.0; original_filename=GSM1003611_hg19_wgEncodeSydhTfbsK562Znfmizdcp1ab65767IggrabSig.bigWig
+GSM1014513_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NB4; cell organism=human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; labexpid=DS12543; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014513_hg19_wgEncodeUwDgfNb4Raw.bigWig
+GSM1010774_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; controlid=SL1882; labexpid=SL3447,SL2630; softwareversion=MACS; cell sex=F; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% Dimethyl sufloxide (DMSO) (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1882; labexpid=SL3447,SL2630; replicate=1,2; softwareversion=MACS; original_filename=GSM1010774_hg19_wgEncodeHaibTfbsEcc1CtcfcV0416102Dm002p1hRawRep2.bigWig
+GSM1006883_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003455; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_Spleen,p-value cutoff: 0.05; replicate=1,2; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003455; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006883_hg19_wgEncodeOpenChromChipSpleenocCtcfBaseOverlapSignalRep1.bigWig
+GSM1011126_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; cell=MRT_A204; cell organism=human; cell description=Malignant rhabdoid tumor (MRT) line, rhabdomyosarcoma; cell karyotype=cancer; cell lineage=missing; cell sex=F; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011126_hg19_wgEncodeOpenChromFaireMrta2041Sig.bigWig
+GSM1014520_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HIPEpiC; cell organism=human; cell description=iris pigment epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; labexpid=DS12684; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014520_hg19_wgEncodeUwDgfHipeRaw.bigWig
+GSM1014518_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HCFaa; cell organism=human; cell description=cardiac fibroblasts- adult atrial; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS13480; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014518_hg19_wgEncodeUwDgfHcfaaSig.bigWig
+GSM1010772_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL12247,SL12246; labexpid=SL16313,SL14570; softwareversion=MACS; cell sex=M; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL16313,SL14570; replicate=1,2; softwareversion=MACS; original_filename=GSM1010772_hg19_wgEncodeHaibTfbsHct116Tead4sc101184V0422111RawRep2.bigWig
+GSM979642_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=073WC,074WC,073WC,074WC; labexpid=CThi10104ATC,CThi10101GAT,CThi10104ATC,CThi10101GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=073WC; labexpid=CThi10104ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979642_hg19_wgEncodeRikenCageHpiepcCellPapPlusRawRep1.bigWig
+GSM1014521_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Th2; cell organism=human; cell description=primary Th2 T cells; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17603; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014521_hg19_wgEncodeUwDgfTh2Raw.bigWig
+GSM981246_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=LID45898,LID45897,LID45897,LID45898; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,088C; labexpid=LID45897,LID45898; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981246_hg19_wgEncodeCshlLongRnaSeqA549CytosolPapMinusRep4.bigWig
+GSM981250_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,086N,085N,085N,086N; labexpid=LID46597,LID46596,LID46597,LID46596,LID46597,LID46596; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N,086N; labexpid=LID46596,LID46597; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981250_hg19_wgEncodeCshlLongRnaSeqSknshNucleusPapPlusRep4.bigWig
+GSM979650_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=069WC,069WC,070WC,070WC; labexpid=CThi10101CTT,CThi10101CTT,CThi10100ATC,CThi10100ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=069WC; labexpid=CThi10101CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979650_hg19_wgEncodeRikenCageHmscucCellPapMinusRawRep1.bigWig
+GSM1010849_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of TRIM28 of human origin. Antibody Target: TRIM28; antibody targetdescription=The protein encoded by this gene mediates transcriptional control by interaction with the Kruppel-associated box repression domain found in many transcription factors. The protein localizes to the nucleus and is thought to associate with specific chromatin regions. The protein is a member of the tripartite motif family. This tripartite motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81411; controlid=SL6023; labexpid=SL9830,SL8672; softwareversion=MACS; cell sex=F; antibody=TRIM28_(SC-81411); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of TRIM28 of human origin. Antibody Target: TRIM28; antibody targetdescription=The protein encoded by this gene mediates transcriptional control by interaction with the Kruppel-associated box repression domain found in many transcription factors.  The protein localizes to the nucleus and is thought to associate with specific chromatin regions.  The protein is a member of the tripartite motif family.  This tripartite motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81411; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL9830,SL8672; replicate=1,2; softwareversion=MACS; original_filename=GSM1010849_hg19_wgEncodeHaibTfbsK562Trim28sc81411V0422111RawRep1.bigWig
+GSM1006866_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: MYC; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-764; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_starved_media; treatment description=Grown with normal serum levels (10%), then switched to media containing low level of FBS (0.05%) for 72 hours; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006866_hg19_wgEncodeOpenChromChipMcf7CmycSerumstvdBaseOverlapSignal.bigWig
+GSM1006912_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N,089N,090N; labexpid=RHM054,RHM054,RHM055,RHM055; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N; labexpid=RHM054,RHM055; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006912_hg19_wgEncodeGisRnaPetMcf7NucleusPapMinusRawRep3.bigWig
+GSM1024781_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=NHBE_RA; cell organism=human; cell description=bronchial epithelial cells with retinoic acid; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS11969; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024781_hg19_wgEncodeUwDnaseNhberaRawRep1.bigWig
+GSM981251_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C,085C,086C; labexpid=LID46594,LID46595,LID46595,LID46594; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C; labexpid=LID46594,LID46595; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981251_hg19_wgEncodeCshlLongRnaSeqSknshCytosolPapPlusRep4.bigWig
+GSM984611_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=059WC,060WC,059WC,059WC,060WC,060WC; labexpid=LID47024,LID47025,LID47024,LID47025,LID47025,LID47024; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=059WC; labexpid=LID47024; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984611_hg19_wgEncodeCshlLongRnaSeqHch81008082CellTotalMinusRep2.bigWig
+GSM1003584_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: RBBP5; antibody targetdescription=Retinoblastoma binding protein 5 (RbBP5) is a subunit of a human Set1-like histone methyltransferase (HMT) complex. The Set-1 like complexes are responsible for mono-, di-, and tri-methylation of histone H3 K4. RbBP5 associates with a multitude of proteins in a number of Set1-like complexes which include various combinations of MLL, MLL2, MLL3, MLL4, ASH2L,WDR5, hDPY-30, hSwd2, CXXC1, HCF1, Menin, PTIP, PA1, NCOA6, and UTX. RbBP5 is also one of many proteins that bind the Retinoblastoma tumor suppressor protein, pRb. Alternate names for RbBP5 are RBQ3 and SWD1.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-109A; controlid=wgEncodeEH000088; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=RBBP5_(A300-109A); antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: RBBP5; antibody targetdescription=Retinoblastoma binding protein 5 (RbBP5) is a subunit of a human Set1-like histone methyltransferase (HMT) complex. The Set-1 like complexes are responsible for mono-, di-, and tri-methylation of histone H3 K4. RbBP5 associates with a multitude of proteins in a number of Set1-like complexes which include various combinations of MLL, MLL2, MLL3, MLL4, ASH2L,WDR5, hDPY-30, hSwd2, CXXC1, HCF1, Menin, PTIP, PA1, NCOA6, and UTX. RbBP5 is also one of many proteins that bind the Retinoblastoma tumor suppressor protein, pRb. Alternate names for RbBP5 are RBQ3 and SWD1.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-109A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003584_hg19_wgEncodeBroadHistoneH1hescRbbp5a300109aStdSig.bigWig
+GSM1024777_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=GM04503; cell organism=human; cell description=adult twin pair fibroblasts, monozygotic twin of GM04504; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18637; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024777_hg19_wgEncodeUwDnaseGm04503RawRep1.bigWig
+GSM979660_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=051WC,052WC,051WC,052WC; labexpid=CThi10035,CThi10034,CThi10034,CThi10035; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=051WC; labexpid=CThi10034; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979660_hg19_wgEncodeRikenCageHvmfCellPapMinusRawRep2.bigWig
+GSM979638_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=061WC,062WC,062WC,061WC; labexpid=CThi10103ACA,CThi10100GAT,CThi10103ACA,CThi10100GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=061WC; labexpid=CThi10103ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979638_hg19_wgEncodeRikenCageHfdpcCellPapMinusRawRep1.bigWig
+GSM1014508_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HA-sp; cell organism=human; cell description=astrocytes spinal cord; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; labexpid=DS14790; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014508_hg19_wgEncodeUwDgfHaspSig.bigWig
+GSM1006914_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0124N; labexpid=RHH004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0124N; labexpid=RHH004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1; original_filename=GSM1006914_hg19_wgEncodeGisRnaPetHelas3NucleusPapPlusRawRep1V2.bigWig
+GSM1003626_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=p300_(SC-584); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of p300 of human origin. Antibody Target: P300; antibody targetdescription=Encodes the adenovirus E1A-associated cellular p300 transcriptional co-activator protein. Functions as histone acetyltransferase and regulates transcription via chromatin remodeling. Acetylates all four core histones in nucleosomes. Mediates cAMP-gene regulation by binding specifically to phosphorylated CREB protein; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-584; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH003393; original_filename=GSM1003626_hg19_wgEncodeSydhTfbsSknshP300bIggrabSig.bigWig
+GSM1010897_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins. The protein is involved in repressing and activating a diverse number of promoters. YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; controlid=SL12791,SL13505; labexpid=SL13085,SL14045; softwareversion=MACS; cell sex=F; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL13085,SL14045; replicate=1,2; softwareversion=MACS; original_filename=GSM1010897_hg19_wgEncodeHaibTfbsSknshYy1sc281V0422111RawRep2.bigWig
+GSM1022666_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=RPTEC; cell organism=human; cell description=renal proximal tubule epithelial cells; cell karyotype=normal; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002045; labexpid=DS18337; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022666_hg19_wgEncodeUwTfbsRptecCtcfStdRawRep2.bigWig
+GSM979657_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=CThi10053,CThi10051,CThi10053,CThi10051; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C; labexpid=CThi10051; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979657_hg19_wgEncodeRikenCageMcf7CytosolPapMinusRawRep4.bigWig
+GSM1010795_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL3978; labexpid=SL3978; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3978; labexpid=SL3978; replicate=1; original_filename=GSM1010795_hg19_wgEncodeHaibTfbsA549RxlchV0416101Etoh02RawRep1.bigWig
+GSM1003485_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH000093; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HMEC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003485_hg19_wgEncodeBroadHistoneHmecH3k09me3Sig.bigWig
+GSM979662_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=050WC,049WC,050WC,049WC; labexpid=CThi10032,CThi10033,CThi10033,CThi10032; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=049WC; labexpid=CThi10032; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979662_hg19_wgEncodeRikenCageNhdfCellPapMinusRawRep1.bigWig
+GSM1003613_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=MAZ_(ab85725); antibody antibodydescription=Rabbit polyclonal, immunogen is synthetic peptide, corresponding to a region within amino acids 427-477 of Human MAZ, GenBank BAA33064.1. Antibody Target: MAZ; antibody targetdescription=May function as a transcription factor with dual roles in transcription initiation and termination. Binds to two sites, ME1a1 and ME1a2, within the MYC promoter having greater affinity for the former. Also binds to multiple G/C-rich sites within the promoter of the Sp1 family of transcription factors.; antibody vendorname=Abcam; antibody vendorid=ab85725; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; original_filename=GSM1003613_hg19_wgEncodeSydhTfbsImr90Mazab85725IggrabSig.bigWig
+GSM979637_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=055WC,056WC,056WC,055WC; labexpid=CThi10103CTT,CThi10100CTT,CThi10100CTT,CThi10103CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=055WC; labexpid=CThi10100CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979637_hg19_wgEncodeRikenCageHaoafCellPapPlusRawRep2.bigWig
+GSM1011123_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=Kidney_OC; cell organism=human; cell description=Primary frozen kidney tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1863 (Rep B3 FAIRE) and NCTC donor ID 10-0022A (Rep B1 FAIRE); cell karyotype=normal; cell sex=B; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011123_hg19_wgEncodeOpenChromFaireKidneyocSig.bigWig
+GSM984607_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=069WC,069WC,070WC,070WC; labexpid=LID47299,LID47300,LID47300,LID47299; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=069WC; labexpid=LID47299; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984607_hg19_wgEncodeCshlLongRnaSeqHmscuc00525017CellTotalMinusRep1.bigWig
+GSM1010751_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target: ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor. The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes. Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; controlid=SL12791,SL13505; labexpid=SL14600,SL13309; softwareversion=MACS; cell sex=F; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target:  ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14600,SL13309; replicate=1,2; softwareversion=MACS; original_filename=GSM1010751_hg19_wgEncodeHaibTfbsSknshElf1V0422111RawRep2.bigWig
+GSM1008580_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,3,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=SAHA_ctrl; treatment description=Cells grown with DMSO supplementing RPMI1640 + 10% FBS media for 72 hours (DMSO volume is ~ .05% of the total media volume). This is an untreated control.; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008580_hg19_wgEncodeOpenChromDnaseK562SahactrlSig.bigWig
+GSM1006904_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=RHM045,RHM044,RHM044,RHM045; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C; labexpid=RHM044,RHM045; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006904_hg19_wgEncodeGisRnaPetMcf7CytosolPapMinusRawRep3.bigWig
+GSM979640_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=053WC,054WC,054WC,053WC; labexpid=CThi10037,CThi10036,CThi10036,CThi10037; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=053WC; labexpid=CThi10036; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979640_hg19_wgEncodeRikenCageHobCellPapPlusRawRep2.bigWig
+GSM979645_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=094WC,093WC,093WC,094WC; labexpid=CThi10102ATC,CThi10102ACA,CThi10102ATC,CThi10102ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=093WC; labexpid=CThi10102ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979645_hg19_wgEncodeRikenCageHsavecCellPapPlusRawRep2.bigWig
+GSM1010750_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; controlid=SL12791,SL13505; labexpid=SL14596,SL13083; softwareversion=MACS; cell sex=F; antibody=FOXM1_(SC-502); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14596,SL13083; replicate=1,2; softwareversion=MACS; original_filename=GSM1010750_hg19_wgEncodeHaibTfbsSknshFoxm1sc502V0422111RawRep1.bigWig
+GSM1024751_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=NT2-D1; cell organism=human; cell description=malignant pluripotent embryonal carcinoma (NTera-2), The NTERA-2 cl.D1 cell line is a pluripotent human testicular embryonal carcinoma cell line derived by cloning the NTERA-2 cell line. - ATCC. (PMID: 6694356); cell karyotype=cancer; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14575; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024751_hg19_wgEncodeUwDnaseNt2d1RawRep1.bigWig
+GSM984619_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=051WC,052WC,051WC,052WC; labexpid=LID47250,LID47249,LID47250,LID47249; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=051WC; labexpid=LID47249; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984619_hg19_wgEncodeCshlLongRnaSeqHvmf60912033CellTotalPlusRep1.bigWig
+GSM1010803_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL13320,SL16755; labexpid=SL13298,SL14592; softwareversion=MACS; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13320,SL16755; labexpid=SL13298,SL14592; replicate=1,2; softwareversion=MACS; original_filename=GSM1010803_hg19_wgEncodeHaibTfbsH1neuronsPol24h8V0422111RawRep2.bigWig
+GSM984618_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=058WC,057WC,058WC,057WC,057WC,058WC; labexpid=LID47022,LID47023,LID47022,LID47023,LID47023,LID47022; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=057WC; labexpid=LID47022; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984618_hg19_wgEncodeCshlLongRnaSeqHaoecCellTotalMinusRep2.bigWig
+GSM1022638_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-MC; cell organism=human; cell description=neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.); cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001901; labexpid=DS18341; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022638_hg19_wgEncodeUwTfbsSknmcInputStdRawRep1.bigWig
+GSM1008596_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,3,2; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008596_hg19_wgEncodeOpenChromDnaseH7esBaseOverlapSignal.bigWig
+GSM981260_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=065WC,065WC,066WC,066WC; labexpid=LID47097,LID47098,LID47098,LID47097; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=065WC; labexpid=LID47097; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM981260_hg19_wgEncodeCshlLongRnaSeqHmscat906160112CellTotalMinusRep2.bigWig
+GSM1003552_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4441; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003552_hg19_wgEncodeBroadHistoneDnd41H3k09acSig.bigWig
+GSM1010826_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin. Antibody Target: FOXA1; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101058; controlid=SL3251,SL2665; labexpid=SL3250,SL2666; softwareversion=MACS; cell sex=M; antibody=FOXA1_(SC-101058); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin. Antibody Target:  FOXA1; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins.  These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101058; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL3251,SL2665; labexpid=SL3250,SL2666; replicate=1,2; softwareversion=MACS; original_filename=GSM1010826_hg19_wgEncodeHaibTfbsA549Foxa1V0416102Dex100nmRawRep1.bigWig
+GSM1010866_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL13321,SL16753,SL12790; labexpid=SL13321,SL16753,SL12790; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL16753,SL12790; labexpid=SL13321,SL16753,SL12790; replicate=1,3,2; original_filename=GSM1010866_hg19_wgEncodeHaibTfbsA549RxlchV0422111RawRep2.bigWig
+GSM981253_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC,086WC,085WC; labexpid=LID46599,LID46598,LID46598,LID46599,LID46599,LID46598; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC,086WC; labexpid=LID46598,LID46599; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981253_hg19_wgEncodeCshlLongRnaSeqSknshCellPapMinusRep3.bigWig
+GSM979663_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=081WC,081WC,082WC,082WC; labexpid=CThi10102CTT,CThi10055,CThi10055,CThi10102CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=081WC; labexpid=CThi10102CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979663_hg19_wgEncodeRikenCageNhemfm2CellPapMinusRawRep1.bigWig
+GSM981247_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=088N,087N,087N,088N,088N,087N; labexpid=LID45900,LID45899,LID45899,LID45899,LID45900,LID45900; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N; labexpid=LID45899,LID45900; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981247_hg19_wgEncodeCshlLongRnaSeqA549NucleusPapMinusRep3.bigWig
+GSM979633_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=088N,087N,088N,087N; labexpid=CThi10060,CThi10106,CThi10106,CThi10060; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N; labexpid=CThi10106; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979633_hg19_wgEncodeRikenCageA549NucleusPapPlusRawRep4.bigWig
+GSM1010835_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL16761,SL13505; labexpid=SL14602,SL16738; softwareversion=MACS; cell sex=F; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL14602,SL16738; replicate=1,2; softwareversion=MACS; original_filename=GSM1010835_hg19_wgEncodeHaibTfbsSknshMaxV0422111RawRep1.bigWig
+GSM1014540_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Th1_Wb33676984; cell organism=human; cell description=Th1 cells in vivo isolation; cell karyotype=normal donor is Asian, female 26 year old, primary pheresis of single normal subject; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18015; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014540_hg19_wgEncodeUwDgfTh1wb33676984Sig.bigWig
+GSM1010822_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; controlid=SL12792; labexpid=SL16321,SL12633; softwareversion=MACS; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792; labexpid=SL16321,SL12633; replicate=1,2; softwareversion=MACS; original_filename=GSM1010822_hg19_wgEncodeHaibTfbsHl60GabpV0422111RawRep2.bigWig
+GSM979640_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=053WC,054WC,054WC,053WC; labexpid=CThi10037,CThi10036,CThi10036,CThi10037; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=053WC; labexpid=CThi10036; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979640_hg19_wgEncodeRikenCageHobCellPapMinusRawRep2.bigWig
+GSM1014522_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Th2_Wb54553204; cell organism=human; cell description=Th2 cells in vivo isolation, donor is Caucasian, male 33 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17597; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014522_hg19_wgEncodeUwDgfTh2wb54553204Sig.bigWig
+GSM1006905_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089WC,090WC,089WC,090WC; labexpid=RHM047,RHM046,RHM046,RHM047; labversion=iIDR,clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089WC,090WC; labexpid=RHM046,RHM047; labversion=iIDR; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006905_hg19_wgEncodeGisRnaPetMcf7CellPapPlusRawRep4.bigWig
+GSM979657_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=CThi10053,CThi10051,CThi10053,CThi10051; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C; labexpid=CThi10051; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979657_hg19_wgEncodeRikenCageMcf7CytosolPapPlusRawRep3.bigWig
+GSM1022664_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12864; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000457; labexpid=DS14431; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=3; original_filename=GSM1022664_hg19_wgEncodeUwTfbsGm12864CtcfStdRawRep3.bigWig
+GSM1008561_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,3,2; cell=FibroP_AG20443; cell organism=human; cell description=fibroblasts taken from individuals with Parkinson's disease; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008561_hg19_wgEncodeOpenChromDnaseFibropag20443Sig.bigWig
+GSM979658_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,045C; labexpid=CThi10017,CThi10019,CThi10019,CThi10017; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C; labexpid=CThi10017; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979658_hg19_wgEncodeRikenCageImr90CytosolPapPlusRawRep1.bigWig
+GSM979631_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0163N; labexpid=CTig10028; readtype=1x36; readtype description=Single 36 nt reads; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0163N; labexpid=CTig10028; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM979631_hg19_wgEncodeRikenCageHelas3NucleusPamMinusRawRep1.bigWig
+GSM1008577_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Medullo_D341; cell organism=human; cell description=Medulloblastoma cell line of neuron or neuron precurosr origin; cell karyotype=cancer; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008577_hg19_wgEncodeOpenChromDnaseMedullod341BaseOverlapSignal.bigWig
+GSM1010756_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of FOSL1 of human origin. Antibody Target: FOSL1; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-183; controlid=SL12247,SL12246; labexpid=SL12231,SL13068; softwareversion=MACS; cell sex=M; antibody=FOSL1_(SC-183); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of FOSL1 of human origin. Antibody Target:  FOSL1; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2.  These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1.  As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-183; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12231,SL13068; replicate=1,2; softwareversion=MACS; original_filename=GSM1010756_hg19_wgEncodeHaibTfbsHct116Fosl1V0422111RawRep1.bigWig
+GSM1010879_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA. Antibody Target: SIX5; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-55706; controlid=SL6021; labexpid=SL7277,SL8400; softwareversion=MACS; cell sex=M; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA. Antibody Target: SIX5; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-55706; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7277,SL8400; replicate=1,2; softwareversion=MACS; original_filename=GSM1010879_hg19_wgEncodeHaibTfbsA549Six5V0422111Etoh02RawRep1.bigWig
+GSM1014523_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Treg_Wb78495824; cell organism=human; cell description=T regulatory cells in vivo isolation; cell karyotype=normal donor is Causasian, female 35 year old, primary pheresis of single normal subject; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14702; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014523_hg19_wgEncodeUwDgfTregwb78495824Sig.bigWig
+GSM1006910_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC; labexpid=RHS015,RHS016,RHS016,RHS015; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC,086WC; labexpid=RHS015,RHS016; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006910_hg19_wgEncodeGisRnaPetSknshCellPapMinusRawRep3.bigWig
+GSM979641_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=063WC; labexpid=CThi10105GAT; readtype=1x50; readtype description=Single 50 nt reads; cell lineage=ectoderm; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=063WC; labexpid=CThi10105GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979641_hg19_wgEncodeRikenCageHmepcCellPapMinusRawRep1.bigWig
+GSM979644_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0162N; labexpid=CTig10027; readtype=1x36; readtype description=Single 36 nt reads; cell lineage=mesoderm; cell sex=U; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0162N; labexpid=CTig10027; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM979644_hg19_wgEncodeRikenCageHuvecNucleusPamMinusRawRep1.bigWig
+GSM1010764_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target: ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor. The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes. Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; controlid=SL13504; labexpid=SL13466,SL14690; softwareversion=MACS; cell sex=F; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target:  ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL13466,SL14690; replicate=1,2; softwareversion=MACS; original_filename=GSM1010764_hg19_wgEncodeHaibTfbsMcf7Elf1V0422111RawRep2.bigWig
+GSM1003473_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antigen affinity purified, unconjugated, liquid. Antibody Target: CHD7; antibody targetdescription=CHD7 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-223A; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=CHD7_(A301-223A-1); antibody antibodydescription=rabbit polyclonal antigen affinity purified, unconjugated, liquid; antibody targetdescription=CHD7 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription.; antibody vendorname=Bethyl; antibody vendorid=A301-223A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003473_hg19_wgEncodeBroadHistoneH1hescChd7a301223a1Sig.bigWig
+GSM1003528_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH000072; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHEK/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003528_hg19_wgEncodeBroadHistoneNhekH3k09me3Sig.bigWig
+GSM1010883_4	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12791,SL16761,SL13505,SL16760; labexpid=SL12791,SL16761,SL13505,SL16760; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL16761,SL13505,SL16760; labexpid=SL12791,SL16761,SL13505,SL16760; replicate=1,3,2,4; original_filename=GSM1010883_hg19_wgEncodeHaibTfbsSknshRxlchV0422111RawRep4.bigWig
+GSM1010869_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL12247,SL12246; labexpid=SL16310,SL14560; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL16310,SL14560; replicate=1,2; softwareversion=MACS; original_filename=GSM1010869_hg19_wgEncodeHaibTfbsHct116NrsfV0422111RawRep1.bigWig
+GSM1022625_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CD20+_RO01778; cell organism=human; cell description=B cells, caucasian, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002170; labexpid=DS18984; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022625_hg19_wgEncodeUwTfbsCd20ro01778InputStdRawRep1.bigWig
+GSM984605_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=091NL,092NL,091NL,092NL; labexpid=LID47963,LID47964,LID47964,LID47963; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist13; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=091NL,092NL; labexpid=LID47963,LID47964; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984605_hg19_wgEncodeCshlLongRnaSeqGm12878NucleolusTotalPlusSignalRep3.bigWig
+GSM981260_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=065WC,065WC,066WC,066WC; labexpid=LID47097,LID47098,LID47098,LID47097; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=065WC; labexpid=LID47097; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM981260_hg19_wgEncodeCshlLongRnaSeqHmscat010260412CellTotalPlusRep1.bigWig
+GSM1008561_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,3,2; cell=FibroP_AG20443; cell organism=human; cell description=fibroblasts taken from individuals with Parkinson's disease; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008561_hg19_wgEncodeOpenChromDnaseFibropag20443BaseOverlapSignal.bigWig
+GSM1010793_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL1714; labexpid=SL1963,SL5611; softwareversion=MACS; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1714; labexpid=SL1963,SL5611; replicate=1,2; softwareversion=MACS; original_filename=GSM1010793_hg19_wgEncodeHaibTfbsSknmcPol24h8V0416101RawRep1.bigWig
+GSM1010895_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL6023; labexpid=SL7841,SL7571; softwareversion=MACS; cell sex=F; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL7841,SL7571; replicate=1,2; softwareversion=MACS; original_filename=GSM1010895_hg19_wgEncodeHaibTfbsK562Tead4sc101184V0422111RawRep2.bigWig
+GSM1010802_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL16754,SL13506; labexpid=SL16302,SL13276; softwareversion=MACS; cell sex=F; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL16302,SL13276; replicate=1,2; softwareversion=MACS; original_filename=GSM1010802_hg19_wgEncodeHaibTfbsEcc1Cebpbsc150V0422111RawRep1.bigWig
+GSM1008602_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,3,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=G1_phase; treatment description=Cells were synchronized and subjected to FACS sorting based on DNA content with the peak of the single DNA content peak taken as G1 cells. The intermediate DNA content cells between G2-M and G1 phases were excluded. (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008602_hg19_wgEncodeOpenChromDnaseK562G1phaseSig.bigWig
+GSM981256_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC,042WC,041WC; labexpid=LID44499,LID44498,LID44499,LID44498,LID44499,LID44498; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=041WC,042WC; labexpid=LID44498,LID44499; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981256_hg19_wgEncodeCshlLongRnaSeqCd20CellPapMinusRep1.bigWig
+GSM1010893_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against amino acids 191-300 of recombinant RUNX3 of human origin. Antibody Target: RUNX3; antibody targetdescription=This gene encodes a member of the runt domain-containing family of transcription factors. A heterodimer of this protein and a beta subunit forms a complex that binds to the core DNA sequence 5'-PYGPYGGT-3' found in a number of enhancers and promoters, and can either activate or suppress transcription. It also interacts with other transcription factors. It functions as a tumor suppressor, and the gene is frequently deleted or transcriptionally silenced in cancer. Multiple transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101553; controlid=SL6022; labexpid=SL8128,SL7898; softwareversion=MACS; cell sex=F; antibody=RUNX3_(SC-101553); antibody antibodydescription=Mouse monoclonal IgG, raised against amino acids 191-300 of recombinant RUNX3 of human origin. Antibody Target: RUNX3; antibody targetdescription=This gene encodes a member of the runt domain-containing family of transcription factors. A heterodimer of this protein and a beta subunit forms a complex that binds to the core DNA sequence 5'-PYGPYGGT-3' found in a number of enhancers and promoters, and can either activate or suppress transcription. It also interacts with other transcription factors.  It functions as a tumor suppressor, and the gene is frequently deleted or transcriptionally silenced in cancer.  Multiple transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101553; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL8128,SL7898; replicate=1,2; softwareversion=MACS; original_filename=GSM1010893_hg19_wgEncodeHaibTfbsGm12878Runx3sc101553V0422111RawRep2.bigWig
+GSM1010844_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; controlid=SL16758,SL13504; labexpid=SL14689,SL13465; softwareversion=MACS; cell sex=F; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL14689,SL13465; replicate=1,2; softwareversion=MACS; original_filename=GSM1010844_hg19_wgEncodeHaibTfbsMcf7Egr1V0422111RawRep2.bigWig
+GSM1006882_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003453; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_Lung; replicate=1,2; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003453; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006882_hg19_wgEncodeOpenChromChipLungocCtcfSigRep1.bigWig
+GSM1010725_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin. Antibody Target: FOXA1; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101058; controlid=SL3251,SL2665; labexpid=SL3251,SL2665; cell lineage=endoderm; cell sex=M; antibody=FOXA1_(SC-101058); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin. Antibody Target:  FOXA1; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins.  These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101058; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL3251,SL2665; labexpid=SL3251,SL2665; replicate=1,2; original_filename=GSM1010725_hg19_wgEncodeHaibTfbsA549Foxa1V0416102Etoh02RawRep1.bigWig
+GSM1006873_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003449; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_20000,p-value cutoff: 0.05; replicate=1,2; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003449; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006873_hg19_wgEncodeOpenChromChipGm20000CtcfSigRep1.bigWig
+GSM984612_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=050WC,050WC,049WC,049WC,050WC,049WC; labexpid=LID47247,LID47248,LID47247,LID47247,LID47248,LID47248; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=050WC; labexpid=LID47248; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984612_hg19_wgEncodeCshlLongRnaSeqNhdf00608013CellTotalMinusRep2.bigWig
+GSM1010847_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL12247,SL12246; labexpid=SL13069,SL12233; softwareversion=MACS; cell sex=M; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13069,SL12233; replicate=1,2; softwareversion=MACS; original_filename=GSM1010847_hg19_wgEncodeHaibTfbsHct116JundV0422111RawRep2.bigWig
+GSM1010882_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL6021; labexpid=SL7275,SL8401; softwareversion=MACS; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7275,SL8401; replicate=1,2; softwareversion=MACS; original_filename=GSM1010882_hg19_wgEncodeHaibTfbsA549Sin3ak20V0422111Etoh02RawRep2.bigWig
+GSM1003551_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003551_hg19_wgEncodeBroadHistoneDnd41H3k09me3Sig.bigWig
+GSM1003628_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH003393; original_filename=GSM1003628_hg19_wgEncodeSydhTfbsSknshRad21IggrabSig.bigWig
+GSM1010822_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; controlid=SL12792; labexpid=SL16321,SL12633; softwareversion=MACS; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792; labexpid=SL16321,SL12633; replicate=1,2; softwareversion=MACS; original_filename=GSM1010822_hg19_wgEncodeHaibTfbsHl60GabpV0422111RawRep1.bigWig
+GSM1011129_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=Pancreas_OC; cell organism=human; cell description=Primary frozen pancreas tissue from NCTC donor IDs 09-0144A (Rep B1) and 10-0021A (Rep B2); cell karyotype=normal; cell sex=M; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011129_hg19_wgEncodeOpenChromFairePancreasocSig.bigWig
+GSM1008604_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Adult_CD4_Th1; cell organism=human; cell description=CD4+ cells isolated from human blood and enriched for Th1 populations; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008604_hg19_wgEncodeOpenChromDnaseAdultcd4th1Sig.bigWig
+GSM979656_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,045WC,046WC,046WC; labexpid=CThi10016,CThi10018,CThi10018,CThi10016; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC; labexpid=CThi10016; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979656_hg19_wgEncodeRikenCageImr90CellPapPlusRawRep1.bigWig
+GSM984614_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=056WC,056WC,055WC,055WC; labexpid=LID47021,LID47020,LID47020,LID47021; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=056WC; labexpid=LID47021; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984614_hg19_wgEncodeCshlLongRnaSeqHaoafCellTotalMinusSignalRep1.bigWig
+GSM1010742_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of ATF2 of human origin. Antibody Target: ATF2; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds to the cAMP-responsive element (CRE), an octameric palindrome. The protein forms a homodimer or heterodimer with c-Jun and stimulates CRE-dependent transcription. The protein is also a histone acetyltransferase (HAT) that specifically acetylates histones H2B and H4 in vitro; thus it may represent a class of sequence-specific factors that activate transcription by direct effects on chromatin components. Additional transcript variants have been identified but their biological validity has not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81188; controlid=SL6018; labexpid=SL7904,SL8136; softwareversion=MACS; cell sex=M; antibody=ATF2_(SC-81188); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of ATF2 of human origin. Antibody Target: ATF2; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds to the cAMP-responsive element (CRE), an octameric palindrome. The protein forms a homodimer or heterodimer with c-Jun and stimulates CRE-dependent transcription. The protein is also a histone acetyltransferase (HAT) that specifically acetylates histones H2B and H4 in vitro; thus it may represent a class of sequence-specific factors that activate transcription by direct effects on chromatin components. Additional transcript variants have been identified but their biological validity has not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6018; labexpid=SL7904,SL8136; replicate=1,2; softwareversion=MACS; original_filename=GSM1010742_hg19_wgEncodeHaibTfbsH1hescAtf2sc81188V0422111RawRep1.bigWig
+GSM981245_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=090N,089N,090N,089N,090N,089N; labexpid=LID46860,LID46859,LID46859,LID46860,LID46859,LID46860; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N; labexpid=LID46859,LID46860; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981245_hg19_wgEncodeCshlLongRnaSeqMcf7NucleusPapMinusRep4.bigWig
+GSM1010793_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL1714; labexpid=SL1963,SL5611; softwareversion=MACS; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL1714; labexpid=SL1963,SL5611; replicate=1,2; softwareversion=MACS; original_filename=GSM1010793_hg19_wgEncodeHaibTfbsSknmcPol24h8V0416101RawRep2.bigWig
+GSM1003540_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003075; replicate=1,2; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Control; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; replicate=1; original_filename=GSM1003540_hg19_wgEncodeBroadHistoneA549ControlDex100nmSig.bigWig
+GSM1010857_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL16754,SL13506; labexpid=SL14048,SL14723; softwareversion=MACS; cell sex=F; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14048,SL14723; replicate=1,2; softwareversion=MACS; original_filename=GSM1010857_hg19_wgEncodeHaibTfbsEcc1Creb1sc240V0422111RawRep1.bigWig
+GSM1010843_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PU1; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22805; controlid=SL12792,SL16759; labexpid=SL12629,SL14712; softwareversion=MACS; cell sex=F; antibody=PU.1; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PU1; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22805; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792,SL16759; labexpid=SL12629,SL14712; replicate=1,2; softwareversion=MACS; original_filename=GSM1010843_hg19_wgEncodeHaibTfbsHl60Pu1V0422111RawRep1.bigWig
+GSM1006904_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=RHM045,RHM044,RHM044,RHM045; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C; labexpid=RHM044,RHM045; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006904_hg19_wgEncodeGisRnaPetMcf7CytosolPapMinusRawRep4.bigWig
+GSM1003621_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF384_(HPA004051); antibody antibodydescription=Rabbit polyclonal generated using the immunogen: Zinc finger protein 384 recombinant protein epitope signature tag (PrEST); antibody targetdescription=This gene encodes a C2H2-type zinc finger protein, which may function as a transcription factor. This gene also contains long CAG trinucleotide repeats that encode consecutive glutamine residues. The protein appears to bind and regulate the promoters of the extracellular matrix genes MMP1, MMP3, MMP7 and COL1A1. Studies in mouse suggest that nuclear matrix transcription factors (NP/NMP4) may be part of a general mechanical pathway that couples cell construction and function during extracellular matrix remodeling. Alternative splicing results in multiple transcript variants. Recurrent rearrangements of this gene with the Ewing's sarcoma gene, EWSR1 on chromosome 22, or with the TAF15 gene on chromosome 17, or with the TCF3 (E2A) gene on chromosome 19, have been observed in acute leukemia. A related pseudogene has been identified on chromosome 7.; antibody vendorname=SIGMA; antibody vendorid=HPA004051; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; labversion=PeakSeq1.0; original_filename=GSM1003621_hg19_wgEncodeSydhTfbsK562Znf384hpa004051IggrabSig.bigWig
+GSM1014536_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS19794; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014536_hg19_wgEncodeUwDgfT47dRaw.bigWig
+GSM1003537_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003537_hg19_wgEncodeBroadHistoneMonocd14ro1746H3k79me2Sig.bigWig
+GSM1010790_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target: ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor. The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes. Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; controlid=SL6021; labexpid=SL6436,SL7113; softwareversion=MACS; cell sex=M; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target:  ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6436,SL7113; replicate=1,2; softwareversion=MACS; original_filename=GSM1010790_hg19_wgEncodeHaibTfbsA549Elf1V0422111Etoh02RawRep1.bigWig
+GSM1006910_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC; labexpid=RHS015,RHS016,RHS016,RHS015; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC,086WC; labexpid=RHS015,RHS016; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006910_hg19_wgEncodeGisRnaPetSknshCellPapPlusRawRep4.bigWig
+GSM984610_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=053WC,054WC,054WC,053WC; labexpid=LID47251,LID47252,LID47251,LID47252; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=054WC; labexpid=LID47252; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984610_hg19_wgEncodeCshlLongRnaSeqHob00902021CellTotalPlusRep2.bigWig
+GSM1014524_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; labexpid=DS20548; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014524_hg19_wgEncodeUwDgfLhcnm2Raw.bigWig
+GSM1024775_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=GM04504; cell organism=human; cell description=adult twin pair fibroblasts, monozygotic twin of GM04503, 13% of the cells examined show random chromosome loss; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18973; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024775_hg19_wgEncodeUwDnaseGm04504RawRep1.bigWig
+GSM1008576_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=Estradiol_10nM_30m; treatment description=30 min with 10nM 7b-Estradiol (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008576_hg19_wgEncodeOpenChromDnaseT47dEst10nm30mSig.bigWig
+GSM1010890_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL12793; labexpid=SL13293,SL12420; softwareversion=MACS; cell sex=F; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12793; labexpid=SL13293,SL12420; replicate=1,2; softwareversion=MACS; original_filename=GSM1010890_hg19_wgEncodeHaibTfbsK562Creb1sc240V0422111RawRep2.bigWig
+GSM1014528_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HUVEC; cell organism=human; cell description=umbilical vein endothelial cells; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS10060; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014528_hg19_wgEncodeUwDgfHuvecSig.bigWig
+GSM981252_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=LID46857,LID46858,LID46857,LID46858; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C; labexpid=LID46857,LID46858; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981252_hg19_wgEncodeCshlLongRnaSeqMcf7CytosolPapPlusRep3.bigWig
+GSM979659_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N,045N,046N; labexpid=CThi10026,CThi10025,CThi10026,CThi10025; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N; labexpid=CThi10025; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979659_hg19_wgEncodeRikenCageImr90NucleusPapMinusRawRep1.bigWig
+GSM1006907_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C,085C,086C; labexpid=RHS017,RHS017,RHS018,RHS018; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C; labexpid=RHS017,RHS018; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006907_hg19_wgEncodeGisRnaPetSknshCytosolPapPlusRawRep3.bigWig
+GSM1010809_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 39-140 mapping near the N-terminus of ZEB1 of human origin. Antibody Target: ZEB1; antibody targetdescription=This gene encodes a zinc finger transcription factor. The encoded protein likely plays a role in transcriptional repression of interleukin 2. Mutations in this gene have ben associated with posterior polymorphous corneal dystrophy-3 and late-onset Fuchs endothelial corneal dystrophy. Alternatively spliced transcript variants encoding different isoforms have been described. (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-25388; controlid=SL12050,SL12795; labexpid=SL16318,SL13301; softwareversion=MACS; cell sex=M; antibody=ZEB1_(SC-25388); antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to amino acids 39-140 mapping near the N-terminus of ZEB1 of human origin. Antibody Target: ZEB1; antibody targetdescription=This gene encodes a zinc finger transcription factor.  The encoded protein likely plays a role in transcriptional repression of interleukin 2.  Mutations in this gene have ben associated with posterior polymorphous corneal dystrophy-3 and late-onset Fuchs endothelial corneal dystrophy.  Alternatively spliced transcript variants encoding different isoforms have been described. (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-25388; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795; labexpid=SL16318,SL13301; replicate=1,2; softwareversion=MACS; original_filename=GSM1010809_hg19_wgEncodeHaibTfbsHepg2Zeb1V0422111RawRep2.bigWig
+GSM1010831_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin. Antibody Target: ZBTB7A; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-34508; controlid=SL3976; labexpid=SL6464,SL3973; softwareversion=MACS; cell sex=M; antibody=ZBTB7A_(SC-34508); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin. Antibody Target:  ZBTB7A; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-34508; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3976; labexpid=SL6464,SL3973; replicate=1,2; softwareversion=MACS; original_filename=GSM1010831_hg19_wgEncodeHaibTfbsHepg2Zbtb7aV0416101RawRep1.bigWig
+GSM1010778_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL3976; labexpid=SL4209,SL4939; softwareversion=MACS; cell sex=M; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3976; labexpid=SL4209,SL4939; replicate=1,2; softwareversion=MACS; original_filename=GSM1010778_hg19_wgEncodeHaibTfbsHepg2Cebpbsc150V0416101RawRep2.bigWig
+GSM1010783_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target: GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors. The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology. Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; controlid=SL13504; labexpid=SL13482,SL14692; softwareversion=MACS; cell sex=F; antibody=GATA3_(SC-268); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target:  GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors.  The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology.  Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL13482,SL14692; replicate=1,2; softwareversion=MACS; original_filename=GSM1010783_hg19_wgEncodeHaibTfbsMcf7Gata3V0422111RawRep2.bigWig
+GSM1010820_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; controlid=SL1396,SL1397; labexpid=SL3075,SL5605; softwareversion=MACS; cell sex=F; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1396,SL1397; labexpid=SL3075,SL5605; replicate=1,2; softwareversion=MACS; original_filename=GSM1010820_hg19_wgEncodeHaibTfbsK562CtcfcPcr1xRawRep2.bigWig
+GSM1014534_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HGF; cell organism=human; cell description=gingival fibroblasts; cell karyotype=normal; cell sex=U; labexpid=DS11752; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014534_hg19_wgEncodeUwDgfHgfSig.bigWig
+GSM1010872_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12247,SL12246; labexpid=SL12247,SL12246; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12247,SL12246; replicate=1,2; original_filename=GSM1010872_hg19_wgEncodeHaibTfbsHct116RxlchV0422111RawRep1.bigWig
+GSM1024786_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS20485; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024786_hg19_wgEncodeUwDnaseLhcnm2RawRep2.bigWig
+GSM979663_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=081WC,081WC,082WC,082WC; labexpid=CThi10102CTT,CThi10055,CThi10055,CThi10102CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=081WC; labexpid=CThi10102CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979663_hg19_wgEncodeRikenCageNhemfm2CellPapMinusRawRep2.bigWig
+GSM1010876_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of B-Myb of human origin. Antibody Target: MYBL2; antibody targetdescription=The protein encoded by this gene, a member of the MYB family of transcription factor genes, is a nuclear protein involved in cell cycle progression. The encoded protein is phosphorylated by cyclin A/cyclin-dependent kinase 2 during the S-phase of the cell cycle and possesses both activator and repressor activities. It has been shown to activate the cell division cycle 2, cyclin D1, and insulin-like growth factor-binding protein 5 genes. Transcript variants may exist for this gene, but their full-length natures have not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81192; controlid=SL6019; labexpid=SL7564,SL7101; softwareversion=MACS; cell sex=M; antibody=MYBL2_(SC-81192); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of B-Myb of human origin. Antibody Target: MYBL2; antibody targetdescription=The protein encoded by this gene, a member of the MYB family of transcription factor genes, is a nuclear protein involved in cell cycle progression. The encoded protein is phosphorylated by cyclin A/cyclin-dependent kinase 2 during the S-phase of the cell cycle and possesses both activator and repressor activities. It has been shown to activate the cell division cycle 2, cyclin D1, and insulin-like growth factor-binding protein 5 genes. Transcript variants may exist for this gene, but their full-length natures have not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81192; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL7564,SL7101; replicate=1,2; softwareversion=MACS; original_filename=GSM1010876_hg19_wgEncodeHaibTfbsHepg2Mybl2sc81192V0422111RawRep1.bigWig
+GSM981255_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=071WC,072WC,072WC,071WC,072WC,071WC; labexpid=LID47301,LID47104,LID47104,LID47301,LID47301,LID47104; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=071WC,072WC; labexpid=LID47301,LID47104; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM981255_hg19_wgEncodeCshlLongRnaSeqHpcplCellTotalPlusRep2.bigWig
+GSM1006895_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003442; labversion=fseq v 1.84; cell=GM10248; cell organism=human; cell description=lymphoblastoid cell line, Clinically normal; 4 paternal cousins have Cornelia de Lange syndrome; 46,XY, t(3;22)(q25.3;p12); cell karyotype=normal; cell lineage=mesoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003442; original_filename=GSM1006895_hg19_wgEncodeOpenChromChipGm10248InputSig.bigWig
+GSM1010859_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL16762; labexpid=SL14681,SL16342; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16762; labexpid=SL14681,SL16342; replicate=1,2; softwareversion=MACS; original_filename=GSM1010859_hg19_wgEncodeHaibTfbsPanc1NrsfV0422111RawRep1.bigWig
+GSM1010737_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL12792; labexpid=SL16322,SL12628; softwareversion=MACS; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792; labexpid=SL16322,SL12628; replicate=1,2; softwareversion=MACS; original_filename=GSM1010737_hg19_wgEncodeHaibTfbsHl60Pol24h8V0422111RawRep2.bigWig
+GSM984616_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=081WC,081WC,082WC,082WC; labexpid=LID47256,LID47257,LID47257,LID47256; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=082WC; labexpid=LID47257; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984616_hg19_wgEncodeCshlLongRnaSeqNhemfm250713022CellTotalPlusRep2.bigWig
+GSM979654_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N,089N,090N; labexpid=CThi10052,CThi10054,CThi10054,CThi10052; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N; labexpid=CThi10052; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979654_hg19_wgEncodeRikenCageMcf7NucleusPapMinusRawRep3.bigWig
+GSM1011130_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=Small_intestine_OC; cell organism=human; cell description=Primary frozen small intestine tissue from NCTC donor IDs 10-0063A (Rep B1) and 09-0143A (Rep B2); cell karyotype=normal; cell sex=M; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011130_hg19_wgEncodeOpenChromFaireSmallintestineocSig.bigWig
+GSM984615_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=047WC,048WC,047WC,048WC; labexpid=LID47246,LID47245,LID47245,LID47246; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=048WC; labexpid=LID47246; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984615_hg19_wgEncodeCshlLongRnaSeqSkmc9011302CellTotalPlusRep1.bigWig
+GSM1008558_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,3,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=SAHA_1uM_72hr; treatment description=Cells grown with 1 uM suberoylanilide hydroxamic acid (SAHA) dissolved in DMSO supplementing RPMI1640 + 10% FBS media for 72 hours (SAHA vehicle volume is ~ .05% of the total media volume). SAHA was provided by Cayman Chemical, item # 10009929.; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008558_hg19_wgEncodeOpenChromDnaseK562Saha1u72hrSig.bigWig
+GSM1006882_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003453; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_Lung; replicate=1,2; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003453; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006882_hg19_wgEncodeOpenChromChipLungocCtcfBaseOverlapSignalRep1.bigWig
+GSM1014510_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; labexpid=DS13981; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014510_hg19_wgEncodeUwDgfHvmfSig.bigWig
+GSM979653_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=047WC,048WC,047WC,048WC; labexpid=CThi10031,CThi10030,CThi10030,CThi10031; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=047WC; labexpid=CThi10030; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979653_hg19_wgEncodeRikenCageSkmcCellPapPlusRawRep2.bigWig
+GSM1008606_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Urothelia; cell organism=human; cell description=primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene; cell karyotype=normal; cell sex=F; treatment=UT189; treatment description=UT189 E.Coli treatment 1 hour, followed by 24 hour incubation; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008606_hg19_wgEncodeOpenChromDnaseUrothelUt189BaseOverlapSignalV2.bigWig
+GSM1010783_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target: GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors. The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology. Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; controlid=SL13504; labexpid=SL13482,SL14692; softwareversion=MACS; cell sex=F; antibody=GATA3_(SC-268); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target:  GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors.  The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology.  Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL13482,SL14692; replicate=1,2; softwareversion=MACS; original_filename=GSM1010783_hg19_wgEncodeHaibTfbsMcf7Gata3V0422111RawRep1.bigWig
+GSM1014512_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NHDF-neo; cell organism=human; cell description=neonatal dermal fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS11923; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014512_hg19_wgEncodeUwDgfNhdfneoRaw.bigWig
+GSM1022667_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=RPTEC; cell organism=human; cell description=renal proximal tubule epithelial cells; cell karyotype=normal; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002045; labexpid=DS18338; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022667_hg19_wgEncodeUwTfbsRptecCtcfStdRawRep1.bigWig
+GSM1024788_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HSMMtube; cell organism=human; cell description=skeletal muscle myotubes differentiated from the HSMM cell line; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS15538; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024788_hg19_wgEncodeUwDnaseHsmmtRawRep2.bigWig
+GSM1011125_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=Colon_OC; cell organism=human; cell description=Primary frozen colon tissue from NCTC donor IDs 10-0005A (Rep B1) and 10-0170A (Rep B2), African American and caucasian; cell karyotype=normal; cell sex=B; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011125_hg19_wgEncodeOpenChromFaireColonocBaseOverlapSignal.bigWig
+GSM1003455_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003455_hg19_wgEncodeBroadHistoneA549H3k27me3Etoh02Sig.bigWig
+GSM1014519_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-LBl; cell organism=human; cell description=blood microvascular endothelial cells, lung-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS13372; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014519_hg19_wgEncodeUwDgfHmvechSig.bigWig
+GSM1006876_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_stimulated_media; treatment description=Grown with normal serum levels (10%), then switched back to normal serum levels (10% FBS) for 3 hours.; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006876_hg19_wgEncodeOpenChromChipMcf7Pol2SerumstimBaseOverlapSignal.bigWig
+GSM1010834_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of MEF-2 of human origin. Antibody Target: MEF2A; antibody targetdescription=The protein encoded by this gene is a DNA-binding transcription factor that activates many muscme-specific, growth factor-induced, and stress-induced genes.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-313; controlid=SL16761,SL13505; labexpid=SL13493,SL14704; softwareversion=MACS; cell sex=F; antibody=MEF2A; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of MEF-2 of human origin. Antibody Target: MEF2A; antibody targetdescription=The protein encoded by this gene is a DNA-binding transcription factor that activates many muscme-specific, growth factor-induced, and stress-induced genes.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-313; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL13493,SL14704; replicate=1,2; softwareversion=MACS; original_filename=GSM1010834_hg19_wgEncodeHaibTfbsSknshMef2aV0422111RawRep1.bigWig
+GSM984610_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=053WC,054WC,054WC,053WC; labexpid=LID47251,LID47252,LID47251,LID47252; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=054WC; labexpid=LID47252; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984610_hg19_wgEncodeCshlLongRnaSeqHob0091301CellTotalMinusRep1.bigWig
+GSM1003486_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=abcam; antibody vendorid=ab9051; controlid=wgEncodeEH001055; replicate=1,3,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H4K20me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=Abcam; antibody vendorid=ab9051; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHDF-Ad/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003486_hg19_wgEncodeBroadHistoneNhdfadH4k20me1Sig.bigWig
+GSM1010834_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of MEF-2 of human origin. Antibody Target: MEF2A; antibody targetdescription=The protein encoded by this gene is a DNA-binding transcription factor that activates many muscme-specific, growth factor-induced, and stress-induced genes.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-313; controlid=SL16761,SL13505; labexpid=SL13493,SL14704; softwareversion=MACS; cell sex=F; antibody=MEF2A; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of MEF-2 of human origin. Antibody Target: MEF2A; antibody targetdescription=The protein encoded by this gene is a DNA-binding transcription factor that activates many muscme-specific, growth factor-induced, and stress-induced genes.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-313; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL13493,SL14704; replicate=1,2; softwareversion=MACS; original_filename=GSM1010834_hg19_wgEncodeHaibTfbsSknshMef2aV0422111RawRep2.bigWig
+GSM1022670_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtA_2d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 2 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002543; labexpid=DS15392; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022670_hg19_wgEncodeUwTfbsH7esInputStdDiffa2dRawRep1.bigWig
+GSM1003573_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Recombinant protein corresponding to human SUZ12. Antibody Target: SUZ12; antibody targetdescription=SUZ12 is a polycomb group (PcG) protein. PcG proteins act by forming multiprotein complexes, which are required to maintain the transcriptionally repressive state of homeotic genes throughout development. PcG proteins are not required to initiate repression, but to maintain it during later stages of development. They probably act via the methylation of histones, rendering chromatin heritably changed in its expressibility. This protein is component of the PRC2 complex, which methylates Lys-9 and Lys-27 residues of histone H3.; antibody vendorname=Millipore; antibody vendorid=05-1317; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=SUZ12_(05-1317); antibody antibodydescription=Recombinant protein corresponding to human SUZ12. Antibody Target: SUZ12; antibody targetdescription=SUZ12 is a polycomb group (PcG) protein. PcG proteins act by forming multiprotein complexes, which are required to maintain the transcriptionally repressive state of homeotic genes throughout development. PcG proteins are not required to initiate repression, but to maintain it during later stages of development. They probably act via the methylation of histones, rendering chromatin heritably changed in its expressibility. This protein is component of the PRC2 complex, which methylates Lys-9 and Lys-27 residues of histone H3.; antibody vendorname=Millipore; antibody vendorid=05-1317; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003573_hg19_wgEncodeBroadHistoneH1hescSuz12051317Sig.bigWig
+GSM1010878_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL6023; labexpid=SL9547,SL8085; softwareversion=MACS; cell sex=F; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL9547,SL8085; replicate=1,2; softwareversion=MACS; original_filename=GSM1010878_hg19_wgEncodeHaibTfbsK562Cebpbsc150V0422111RawRep2.bigWig
+GSM1010902_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: SP1; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17824; controlid=SL12247,SL12246; labexpid=SL12239,SL13072; softwareversion=MACS; cell sex=M; antibody=SP1; antibody antibodydescription=Sp1(E-3) is a mouse monoclonal antibody raised against amino acids 121-345 mapping near the N-terminus of Sp1 ofhuman origin. Recommended for detection of Sp1 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: SP1; antibody targetdescription=SP1 is a transcription factor that binds to GC box promoters elements and selectively activates mRNA synthesis from genes that contain functional recognition sites. It can interact with G/C-rich motifs from the serotonin receptor promoter.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17824; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12239,SL13072; replicate=1,2; softwareversion=MACS; original_filename=GSM1010902_hg19_wgEncodeHaibTfbsHct116Sp1V0422111RawRep2.bigWig
+GSM1024750_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HBVP; cell organism=human; cell description=brain vascular pericytes; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14834; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024750_hg19_wgEncodeUwDnaseHbvpRawRep1.bigWig
+GSM1010888_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; controlid=SL13506; labexpid=SL14590,SL13280; softwareversion=MACS; cell sex=F; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14590,SL13280; replicate=1,2; softwareversion=MACS; original_filename=GSM1010888_hg19_wgEncodeHaibTfbsEcc1Egr1V0422111RawRep2.bigWig
+GSM1010741_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; controlid=SL6019; labexpid=SL7554,SL7102; softwareversion=MACS; cell sex=M; antibody=NFIC_(SC-81335); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL7554,SL7102; replicate=1,2; softwareversion=MACS; original_filename=GSM1010741_hg19_wgEncodeHaibTfbsHepg2Nficsc81335V0422111RawRep1.bigWig
+GSM984604_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=073WC,074WC,073WC,074WC; labexpid=LID47253,LID47105,LID47253,LID47105; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=073WC,074WC; labexpid=LID47105,LID47253; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984604_hg19_wgEncodeCshlLongRnaSeqHpiepcCellTotalPlusRep2.bigWig
+GSM981254_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC,042WC,041WC; labexpid=LID44659,LID44659,LID44660,LID44660,LID44660,LID44659; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=041WC,042WC; labexpid=LID44659,LID44660; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981254_hg19_wgEncodeCshlLongRnaSeqCd20CellPamMinusRep1.bigWig
+GSM981255_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=071WC,072WC,072WC,071WC,072WC,071WC; labexpid=LID47301,LID47104,LID47104,LID47301,LID47301,LID47104; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=071WC,072WC; labexpid=LID47301,LID47104; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM981255_hg19_wgEncodeCshlLongRnaSeqHpcplCellTotalMinusRep2.bigWig
+GSM1010872_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12247,SL12246; labexpid=SL12247,SL12246; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12247,SL12246; replicate=1,2; original_filename=GSM1010872_hg19_wgEncodeHaibTfbsHct116RxlchV0422111RawRep2.bigWig
+GSM984618_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=058WC,057WC,058WC,057WC,057WC,058WC; labexpid=LID47022,LID47023,LID47022,LID47023,LID47023,LID47022; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=057WC; labexpid=LID47022; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984618_hg19_wgEncodeCshlLongRnaSeqHaoecCellTotalPlusRep2.bigWig
+GSM1010776_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin. Antibody Target: SP2; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors. Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins. It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-643; controlid=SL6018; labexpid=SL6005,SL5690; softwareversion=MACS; cell sex=M; antibody=SP2_(SC-643); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin. Antibody Target: SP2; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors.  Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins.  It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-643; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6018; labexpid=SL6005,SL5690; replicate=1,2; softwareversion=MACS; original_filename=GSM1010776_hg19_wgEncodeHaibTfbsH1hescSp2V0422111RawRep1.bigWig
+GSM1024791_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Monocytes-CD14+_RO01746; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), Monocytes-CD14+_RO01746 and Monocytes-CD14+_RO01826 are being used as replicates, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18065; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024791_hg19_wgEncodeUwDnaseMonocd14ro1746RawRep2.bigWig
+GSM1003489_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH000072; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHEK/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003489_hg19_wgEncodeBroadHistoneNhekEzh239875Sig.bigWig
+GSM1010856_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; controlid=SL16754,SL13506; labexpid=SL14725,SL14051; softwareversion=MACS; cell sex=F; antibody=FOXM1_(SC-502); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14725,SL14051; replicate=1,2; softwareversion=MACS; original_filename=GSM1010856_hg19_wgEncodeHaibTfbsEcc1Foxm1sc502V0422111RawRep1.bigWig
+GSM979635_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=043WC; labexpid=CThi10058; readtype=1x50; readtype description=Single 50 nt reads; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=043WC; labexpid=CThi10058; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979635_hg19_wgEncodeRikenCageCd34mobilizedCellPapPlusRawRep1.bigWig
+GSM1014524_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; labexpid=DS20548; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014524_hg19_wgEncodeUwDgfLhcnm2Sig.bigWig
+GSM1006881_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003454; labversion=fseq v 1.84, iff_Pancreas,baseAlignCounts.pl v 1,p-value cutoff: 0.05; replicate=1,2; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003454; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006881_hg19_wgEncodeOpenChromChipPancreasocCtcfBaseOverlapSignalRep1.bigWig
+GSM1010892_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL13504; labexpid=SL14694,SL13484; softwareversion=MACS; cell sex=F; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL14694,SL13484; replicate=1,2; softwareversion=MACS; original_filename=GSM1010892_hg19_wgEncodeHaibTfbsMcf7JundV0422111RawRep2.bigWig
+GSM1014531_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HFF; cell organism=human; cell description=foreskin fibroblast; cell karyotype=normal; cell sex=M; labexpid=DS15115; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014531_hg19_wgEncodeUwDgfHffSig.bigWig
+GSM1010871_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL13321,SL16753; labexpid=SL12637,SL16299; softwareversion=MACS; cell sex=M; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL16753; labexpid=SL12637,SL16299; replicate=1,2; softwareversion=MACS; original_filename=GSM1010871_hg19_wgEncodeHaibTfbsA549Cebpbsc150V0422111RawRep2.bigWig
+GSM984612_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=050WC,050WC,049WC,049WC,050WC,049WC; labexpid=LID47247,LID47248,LID47247,LID47247,LID47248,LID47248; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=050WC; labexpid=LID47248; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984612_hg19_wgEncodeCshlLongRnaSeqNhdf00608013CellTotalPlusRep2.bigWig
+GSM984617_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=083WC,084WC,083WC,084WC; labexpid=LID47259,LID47258,LID47258,LID47259; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=084WC; labexpid=LID47259; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984617_hg19_wgEncodeCshlLongRnaSeqNhemm270110012CellTotalMinusRep2.bigWig
+GSM979658_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,045C; labexpid=CThi10017,CThi10019,CThi10019,CThi10017; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C; labexpid=CThi10017; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979658_hg19_wgEncodeRikenCageImr90CytosolPapPlusRawRep2.bigWig
+GSM1022636_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12865; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed; cell lineage=mesoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000458; labexpid=DS13756; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=3; original_filename=GSM1022636_hg19_wgEncodeUwTfbsGm12865CtcfStdRawRep3.bigWig
+GSM1010820_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; controlid=SL1396,SL1397; labexpid=SL3075,SL5605; softwareversion=MACS; cell sex=F; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1396,SL1397; labexpid=SL3075,SL5605; replicate=1,2; softwareversion=MACS; original_filename=GSM1010820_hg19_wgEncodeHaibTfbsK562CtcfcPcr1xRawRep1V2.bigWig
+GSM1003462_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4729; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003462_hg19_wgEncodeBroadHistoneDnd41H3k27acSig.bigWig
+GSM981247_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=088N,087N,087N,088N,088N,087N; labexpid=LID45900,LID45899,LID45899,LID45899,LID45900,LID45900; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N; labexpid=LID45899,LID45900; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981247_hg19_wgEncodeCshlLongRnaSeqA549NucleusPapMinusRep4.bigWig
+GSM1024765_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=CD20+_RO01778; cell organism=human; cell description=B cells, caucasian, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18208; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024765_hg19_wgEncodeUwDnaseCd20ro01778RawRep1.bigWig
+GSM1003527_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH000072; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHEK/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003527_hg19_wgEncodeBroadHistoneNhekH3k79me2Sig.bigWig
+GSM1003581_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003581_hg19_wgEncodeBroadHistoneA549CtcfEtoh02Sig.bigWig
+GSM979637_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=055WC,056WC,056WC,055WC; labexpid=CThi10103CTT,CThi10100CTT,CThi10100CTT,CThi10103CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=055WC; labexpid=CThi10100CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979637_hg19_wgEncodeRikenCageHaoafCellPapMinusRawRep1.bigWig
+GSM1011124_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; cell=MRT_TTC549; cell organism=human; cell description=Malignant Hepatic Rhabdoid tumor line; cell karyotype=cancer; cell lineage=missing; cell sex=M; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011124_hg19_wgEncodeOpenChromFaireMrtttc549BaseOverlapSignal.bigWig
+GSM1006912_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N,089N,090N; labexpid=RHM054,RHM054,RHM055,RHM055; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N; labexpid=RHM054,RHM055; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006912_hg19_wgEncodeGisRnaPetMcf7NucleusPapPlusRawRep4.bigWig
+GSM981253_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC,086WC,085WC; labexpid=LID46599,LID46598,LID46598,LID46599,LID46599,LID46598; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC,086WC; labexpid=LID46598,LID46599; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981253_hg19_wgEncodeCshlLongRnaSeqSknshCellPapPlusRep3.bigWig
+GSM1010733_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL13506; labexpid=SL14721,SL13751; softwareversion=MACS; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14721,SL13751; replicate=1,2; softwareversion=MACS; original_filename=GSM1010733_hg19_wgEncodeHaibTfbsEcc1Taf1V0422111RawRep2.bigWig
+GSM1014532_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-dBl-Neo; cell organism=human; cell description=neonatal blood microvascular endothelial cells, dermal-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS13242; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014532_hg19_wgEncodeUwDgfHmvecdRaw.bigWig
+GSM1006886_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003451; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_Kidney,p-value cutoff: 0.05; replicate=1,3,2; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003451; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006886_hg19_wgEncodeOpenChromChipKidneyocCtcfBaseOverlapSignalRep1.bigWig
+GSM1014529_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-LLy; cell organism=human; cell description=lymphatic microvascular endothelial cells, lung-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS13185; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014529_hg19_wgEncodeUwDgfHmvecbSig.bigWig
+GSM1006911_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,045C; labexpid=RHI004,RHI003,RHI003,RHI004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C; labexpid=RHI003,RHI004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006911_hg19_wgEncodeGisRnaPetImr90CytosolPapPlusRawRep2.bigWig
+GSM1003538_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003538_hg19_wgEncodeBroadHistoneMonocd14ro1746H3k09me3Sig.bigWig
+GSM1010889_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL13504; labexpid=SL13460,SL14684; softwareversion=MACS; cell sex=F; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL13460,SL14684; replicate=1,2; softwareversion=MACS; original_filename=GSM1010889_hg19_wgEncodeHaibTfbsMcf7Cebpbsc150V0422111RawRep1.bigWig
+GSM984608_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=067WC,068WC,068WC,067WC; labexpid=LID47100,LID47099,LID47099,LID47100; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=068WC; labexpid=LID47100; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984608_hg19_wgEncodeCshlLongRnaSeqHmscbm005110511CellTotalPlusRep1.bigWig
+GSM1006911_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,045C; labexpid=RHI004,RHI003,RHI003,RHI004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C; labexpid=RHI003,RHI004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006911_hg19_wgEncodeGisRnaPetImr90CytosolPapMinusRawRep1.bigWig
+GSM979653_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=047WC,048WC,047WC,048WC; labexpid=CThi10031,CThi10030,CThi10030,CThi10031; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=047WC; labexpid=CThi10030; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979653_hg19_wgEncodeRikenCageSkmcCellPapMinusRawRep2.bigWig
+GSM1003544_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4441; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003544_hg19_wgEncodeBroadHistoneA549H3k09acEtoh02Sig.bigWig
+GSM1011127_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=MRT_G401; cell organism=human; cell description=Malignant renal rhabdoid tumor line; cell karyotype=cancer; cell lineage=missing; cell sex=M; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011127_hg19_wgEncodeOpenChromFaireMrtg4016Sig.bigWig
+GSM1006894_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003443; labversion=fseq v 1.84; cell=GM13976; cell organism=human; cell description=lymphoblastoid cell line, clinically normal; monozygotic twin sister with Cornelia De Lange syndrome is GM13977; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003443; original_filename=GSM1006894_hg19_wgEncodeOpenChromChipGm13976InputSig.bigWig
+GSM1003602_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF384_(HPA004051); antibody antibodydescription=Rabbit polyclonal generated using the immunogen: Zinc finger protein 384 recombinant protein epitope signature tag (PrEST); antibody targetdescription=This gene encodes a C2H2-type zinc finger protein, which may function as a transcription factor. This gene also contains long CAG trinucleotide repeats that encode consecutive glutamine residues. The protein appears to bind and regulate the promoters of the extracellular matrix genes MMP1, MMP3, MMP7 and COL1A1. Studies in mouse suggest that nuclear matrix transcription factors (NP/NMP4) may be part of a general mechanical pathway that couples cell construction and function during extracellular matrix remodeling. Alternative splicing results in multiple transcript variants. Recurrent rearrangements of this gene with the Ewing's sarcoma gene, EWSR1 on chromosome 22, or with the TAF15 gene on chromosome 17, or with the TCF3 (E2A) gene on chromosome 19, have been observed in acute leukemia. A related pseudogene has been identified on chromosome 7.; antibody vendorname=SIGMA; antibody vendorid=HPA004051; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; labversion=PeakSeq1.0; original_filename=GSM1003602_hg19_wgEncodeSydhTfbsGm12878Znf384hpa004051IggmusSig.bigWig
+GSM1010832_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA. Antibody Target: ZBTB33; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-23871; controlid=SL6021; labexpid=SL6016,SL6592; softwareversion=MACS; cell sex=M; antibody=ZBTB33; antibody antibodydescription=Kaiso (6F8) Mouse monoclonal IgG1. Raised against amino acids 1-504 representing full length Kaiso of human origin. Recommended for detection of Kaiso of m, r, h, canine and chicken origin by WB, IP, IF and ELISA. Antibody Target: ZBTB33; antibody targetdescription=KAISO is a transcriptional regulator that binds, via its zinc fingers, to DNA sequences containing methylated CGCG or to the consensus KAISO-binding site (KBS) TCCTGCNA; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-23871; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6016,SL6592; replicate=1,2; softwareversion=MACS; original_filename=GSM1010832_hg19_wgEncodeHaibTfbsA549Zbtb33V0422111Etoh02RawRep2.bigWig
+GSM979637_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=055WC,056WC,056WC,055WC; labexpid=CThi10103CTT,CThi10100CTT,CThi10100CTT,CThi10103CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=055WC; labexpid=CThi10100CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979637_hg19_wgEncodeRikenCageHaoafCellPapPlusRawRep1.bigWig
+GSM1010771_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; controlid=SL6022; labexpid=SL7281,SL7831; softwareversion=MACS; cell sex=F; antibody=PML_(SC-71910); antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7281,SL7831; replicate=1,2; softwareversion=MACS; original_filename=GSM1010771_hg19_wgEncodeHaibTfbsGm12878Pmlsc71910V0422111RawRep1.bigWig
+GSM1008570_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=iPS_CWRU1; cell organism=human; cell description=iPS cells derived from MSC658 fibroblast; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008570_hg19_wgEncodeOpenChromDnaseIpscwru1BaseOverlapSignal.bigWig
+GSM979646_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC; labexpid=CThi10043,CThi10043,CThi10046,CThi10046; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC; labexpid=CThi10043; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979646_hg19_wgEncodeRikenCageSknshCellPapPlusRawRep3.bigWig
+GSM1008571_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Colo829; cell organism=human; cell description=malignant melanoma; cell karyotype=cancer; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008571_hg19_wgEncodeOpenChromDnaseColo829Sig.bigWig
+GSM1011121_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=MCF-7/Input; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.1; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Estradiol_10nM_30m; treatment description=30 min with 10nM 7b-Estradiol (Crawford); controlid=MCF-7/Input; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011121_hg19_wgEncodeOpenChromFaireMcf7Est10nm30mSig.bigWig
+GSM981247_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=088N,087N,087N,088N,088N,087N; labexpid=LID45900,LID45899,LID45899,LID45899,LID45900,LID45900; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N; labexpid=LID45899,LID45900; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981247_hg19_wgEncodeCshlLongRnaSeqA549NucleusPapPlusRep3.bigWig
+GSM1003523_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH001001; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HSMMtube/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003523_hg19_wgEncodeBroadHistoneHsmmtEzh239875Sig.bigWig
+GSM1006886_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003451; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_Kidney,p-value cutoff: 0.05; replicate=1,3,2; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003451; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006886_hg19_wgEncodeOpenChromChipKidneyocCtcfSigRep1.bigWig
+GSM1010881_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; controlid=SL6022; labexpid=SL8083,SL8392; softwareversion=MACS; cell sex=F; antibody=NFIC_(SC-81335); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL8083,SL8392; replicate=1,2; softwareversion=MACS; original_filename=GSM1010881_hg19_wgEncodeHaibTfbsGm12878Nficsc81335V0422111RawRep2.bigWig
+GSM981256_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC,042WC,041WC; labexpid=LID44499,LID44498,LID44499,LID44498,LID44499,LID44498; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=041WC,042WC; labexpid=LID44498,LID44499; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981256_hg19_wgEncodeCshlLongRnaSeqCd20CellPapMinusRep2.bigWig
+GSM1022673_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HAc; cell organism=human; cell description=astrocytes-cerebellar; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002165; labexpid=DS18311; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022673_hg19_wgEncodeUwTfbsHacInputStdRawRep1.bigWig
+GSM1010840_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Fra-2(Q-20) is an affinity purified raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; controlid=SL16761,SL13505; labexpid=SL13310,SL16737; softwareversion=MACS; cell sex=F; antibody=FOSL2; antibody antibodydescription=Fra-2(Q-20) is an affinity purified rabbit polyclonal raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL13310,SL16737; replicate=1,2; softwareversion=MACS; original_filename=GSM1010840_hg19_wgEncodeHaibTfbsSknshFosl2V0422111RawRep2.bigWig
+GSM1022652_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000950; labexpid=DS18710; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022652_hg19_wgEncodeUwTfbsHct116CtcfStdRawRep1.bigWig
+GSM1010785_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL3776,SL2340; labexpid=SL2344,SL5042; softwareversion=MACS; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3776,SL2340; labexpid=SL2344,SL5042; replicate=1,2; softwareversion=MACS; original_filename=GSM1010785_hg19_wgEncodeHaibTfbsPanc1Sin3ak20V0416101RawRep2.bigWig
+GSM981259_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=039WC,040WC,040WC,039WC,039WC,040WC; labexpid=LID44658,LID44658,LID44657,LID44657,LID44658,LID44657; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=039WC,040WC; labexpid=LID44657,LID44658; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981259_hg19_wgEncodeCshlLongRnaSeqMonocd14CellPamMinusRep2.bigWig
+GSM1003510_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid Antibody Target: CHD4; antibody targetdescription=CHD4/Mi2beta is a helicase component of the nucleosome remodeling and deacetylase (NuRD) complex that functions to remodel chromatin and repress transcription. Outside of the NuRD complex, CHD4/Mi2beta can function as an activator of transcription in association with p300 histone acetyltransferase.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-081A; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=CHD4_Mi2; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=CHD4/Mi2beta is a helicase component of the nucleosome remodeling and deacetylase (NuRD) complex that functions to remodel chromatin and repress transcription. Outside of the NuRD complex, CHD4/Mi2beta can function as an activator of transcription in association with p300 histone acetyltransferase.; antibody vendorname=Bethyl; antibody vendorid=A301-081A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003510_hg19_wgEncodeBroadHistoneK562Chd4mi2Sig.bigWig
+GSM1024778_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; treatment=diffProtA_9d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 9 days, lineage: mesoderm; labexpid=DS15809; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024778_hg19_wgEncodeUwDnaseH7esDiffa9dRawRep1.bigWig
+GSM979643_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=072WC,071WC,072WC,071WC; labexpid=CThi10057,CThi10105ATC,CThi10057,CThi10105ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=071WC; labexpid=CThi10057; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979643_hg19_wgEncodeRikenCageHpcplCellPapMinusRawRep2.bigWig
+GSM1003447_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: HDAC2; antibody targetdescription=Histone deacetylase 2 (HDAC2) is a class I histone deacetylase that catalyzes the removal of the acetyl group on lysine residues of the N-terminus of the core histones H2A, H2B, H3, and H4. HDAC2 is a component of multiple deacetylating complexes such as Sin3, NuRD, and CoRest that function to repress gene transcription. Alternate names for HDAC2 include HD2, RPD3, and YAF1.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-705A; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=HDAC2_(A300-705A); antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: HDAC2; antibody targetdescription=Histone deacetylase 2 (HDAC2) is a class I histone deacetylase that catalyzes the removal of the acetyl group on lysine residues of the N-terminus of the core histones H2A, H2B, H3, and H4. HDAC2 is a component of multiple deacetylating complexes such as Sin3, NuRD, and CoRest that function to repress gene transcription. Alternate names for HDAC2 include HD2, RPD3, and YAF1.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-705A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003447_hg19_wgEncodeBroadHistoneK562Hdac2a300705aStdSig.bigWig
+GSM1010838_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; controlid=SL16757,SL16756; labexpid=SL16026,SL13722; softwareversion=MACS; cell sex=F; antibody=PML_(SC-71910); antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL16026,SL13722; replicate=1,2; softwareversion=MACS; original_filename=GSM1010838_hg19_wgEncodeHaibTfbsMcf7Pmlsc71910V0422111RawRep1.bigWig
+GSM1014516_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HA-h; cell organism=human; cell description=astrocytes-hippocampal; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; labexpid=DS15192; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014516_hg19_wgEncodeUwDgfHahSig.bigWig
+GSM1010785_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL3776,SL2340; labexpid=SL2344,SL5042; softwareversion=MACS; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3776,SL2340; labexpid=SL2344,SL5042; replicate=1,2; softwareversion=MACS; original_filename=GSM1010785_hg19_wgEncodeHaibTfbsPanc1Sin3ak20V0416101RawRep1.bigWig
+GSM979636_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=058WC,057WC,057WC,058WC; labexpid=CThi10103GAT,CThi10105CTT,CThi10105CTT,CThi10103GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=057WC; labexpid=CThi10103GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979636_hg19_wgEncodeRikenCageHaoecCellPapMinusRawRep2.bigWig
+GSM1008600_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,3,2; cell=iPS_NIHi7; cell organism=human; cell description=iPS cells derived from AG08395 fibroblast; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008600_hg19_wgEncodeOpenChromDnaseIpsnihi7BaseOverlapSignal.bigWig
+GSM981258_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=061WC,062WC,062WC,061WC; labexpid=LID47094,LID47095,LID47095,LID47094; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=062WC; labexpid=LID47095; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM981258_hg19_wgEncodeCshlLongRnaSeqHfdpc01005032CellTotalPlusRep2.bigWig
+GSM1010728_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL13321; labexpid=SL13754,SL12638; softwareversion=MACS; cell sex=M; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321; labexpid=SL13754,SL12638; replicate=1,2; softwareversion=MACS; original_filename=GSM1010728_hg19_wgEncodeHaibTfbsA549MaxV0422111RawRep1.bigWig
+GSM1008603_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,3,2; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Randomized_shRNA_control; treatment description=Cells were transduced with a lentivirus expressing an shRNA containing a randomized DNA sequence generated by the siRNA Wizard v3.1 (http://www.sirnawizard.com/scrambled2.php) program. Lentiviral constructs also contained the puromycin resistance selectable marker and cells were treated 2 times, for three days each, to select for cells containing the retroviral construct.; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008603_hg19_wgEncodeOpenChromDnaseMcf7RandshrnaSig.bigWig
+GSM981250_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,086N,085N,085N,086N; labexpid=LID46597,LID46596,LID46597,LID46596,LID46597,LID46596; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N,086N; labexpid=LID46596,LID46597; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981250_hg19_wgEncodeCshlLongRnaSeqSknshNucleusPapPlusRep3.bigWig
+GSM1010816_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL3774,SL3775; labexpid=SL5895,SL5043; softwareversion=MACS; cell sex=F; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3774,SL3775; labexpid=SL5895,SL5043; replicate=1,2; softwareversion=MACS; original_filename=GSM1010816_hg19_wgEncodeHaibTfbsSknshSin3ak20V0416101RawRep1.bigWig
+GSM1010865_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL12050,SL12795; labexpid=SL13292,SL12422; softwareversion=MACS; cell sex=M; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795; labexpid=SL13292,SL12422; replicate=1,2; softwareversion=MACS; original_filename=GSM1010865_hg19_wgEncodeHaibTfbsHepg2MaxV0422111RawRep1.bigWig
+GSM1022661_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HAc; cell organism=human; cell description=astrocytes-cerebellar; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002165; labexpid=DS18313; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022661_hg19_wgEncodeUwTfbsHacCtcfStdRawRep1.bigWig
+GSM979633_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=088N,087N,088N,087N; labexpid=CThi10060,CThi10106,CThi10106,CThi10060; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N; labexpid=CThi10106; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979633_hg19_wgEncodeRikenCageA549NucleusPapPlusRawRep3.bigWig
+GSM1006875_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_stimulated_media; treatment description=Grown with normal serum levels (10%), then switched back to normal serum levels (10% FBS) for 3 hours.; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006875_hg19_wgEncodeOpenChromChipMcf7CtcfSerumstimSig.bigWig
+GSM979634_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC; labexpid=CThi10023,CThi10024,CThi10024,CThi10023; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=041WC; labexpid=CThi10023; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979634_hg19_wgEncodeRikenCageCd20CellPapMinusRawRep2.bigWig
+GSM1006907_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C,085C,086C; labexpid=RHS017,RHS017,RHS018,RHS018; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C; labexpid=RHS017,RHS018; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006907_hg19_wgEncodeGisRnaPetSknshCytosolPapMinusRawRep4.bigWig
+GSM1010836_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; controlid=SL12247,SL12246; labexpid=SL12238,SL16733; softwareversion=MACS; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12238,SL16733; replicate=1,2; softwareversion=MACS; original_filename=GSM1010836_hg19_wgEncodeHaibTfbsHct116Usf1V0422111RawRep2.bigWig
+GSM1008599_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; datatype description=DNaseI HS Sequencing; cell=Mel_2183; cell organism=human; cell description=Melanoma Cell line; cell karyotype=cancer; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008599_hg19_wgEncodeOpenChromDnaseMel2183BaseOverlapSignal.bigWig
+GSM1010761_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; controlid=SL13321,SL16753; labexpid=SL12634,SL16300; softwareversion=MACS; cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL16753; labexpid=SL12634,SL16300; replicate=1,2; softwareversion=MACS; original_filename=GSM1010761_hg19_wgEncodeHaibTfbsA549Rad21V0422111RawRep1.bigWig
+GSM1010874_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL16754,SL13506; labexpid=SL16754,SL13506; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=endoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL16754,SL13506; replicate=1,2; original_filename=GSM1010874_hg19_wgEncodeHaibTfbsEcc1RxlchV0422111RawRep1.bigWig
+GSM1003464_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003464_hg19_wgEncodeBroadHistoneDnd41CtcfSig.bigWig
+GSM1003586_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: PLU1; antibody targetdescription=JARID1B (Jumonji AT-rich interactive domain 1B) is a member of the JARID 1 family of proteins that catalyze the demethylation of histones on lysine. The Jarid 1 family members include JARID1A, JARID1B, JARID1C and JARID1D. The members of this family possess a Jumonji C (JmjC) and Jumonji N (JmjN) domain as well as one ARID (AT-rich interactive domain) and three PHD-type zinc fingers. As histone demethylases, JARID 1 proteins function as transcriptional repressors. JARID1B expression is largely restricted to testis and may play a critical role in tumorigenesis as it has been found to be upregulated in prostate and breast cancer. Alternative names for JARID1B include retinoblastoma-binding protein 2 homolog 1, RBP2-H1, cancer/testis antigen 31, CT31, PLU-1, PUT1, and KDM5B.; antibody vendorname=YangShi lab; antibody vendorid=PLU1; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=PLU1; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: PLU1; antibody targetdescription=JARID1B (Jumonji AT-rich interactive domain 1B) is a member of the JARID 1 family of proteins that catalyze the demethylation of histones on lysine. The Jarid 1 family members include JARID1A, JARID1B, JARID1C and JARID1D. The members of this family possess a Jumonji C (JmjC) and Jumonji N (JmjN) domain as well as one ARID (AT-rich interactive domain) and three PHD-type zinc fingers. As histone demethylases, JARID 1 proteins function as transcriptional repressors. JARID1B expression is largely restricted to testis and may play a critical role in tumorigenesis as it has been found to be upregulated in prostate and breast cancer. Alternative names for JARID1B include retinoblastoma-binding protein 2 homolog 1, RBP2-H1, cancer/testis antigen 31, CT31, PLU-1, PUT1, and KDM5B.; antibody vendorname=YangShi lab; antibody vendorid=PLU1; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003586_hg19_wgEncodeBroadHistoneK562Plu1StdSig.bigWig
+GSM1008576_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=Estradiol_10nM_30m; treatment description=30 min with 10nM 7b-Estradiol (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008576_hg19_wgEncodeOpenChromDnaseT47dEst10nm30mBaseOverlapSignal.bigWig
+GSM1011125_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=Colon_OC; cell organism=human; cell description=Primary frozen colon tissue from NCTC donor IDs 10-0005A (Rep B1) and 10-0170A (Rep B2), African American and caucasian; cell karyotype=normal; cell sex=B; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011125_hg19_wgEncodeOpenChromFaireColonocSig.bigWig
+GSM1010775_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Bcl-3(C-14) is an affinity purified antibody raised against a peptide mapping at the C-terminus of Bcl-3 of human origin. Recommended for detection of Bcl-3 of mouse, rat and human origin by WB, IP, IF and ELISA. Antibody Target: BCL3; antibody targetdescription=This gene is a proto-oncogene candidate. It is identified by its translocation into the immunoglobulin alpha-locus in some cases of B-cell leukemia. The protein encoded by this gene contains seven ankyrin repeats, which are most closely related to those found in I kappa B proteins. This protein functions as a transcriptional co-activator that activates through its association with NF-kappa B homodimers. The expression of this gene can be induced by NF-kappa B, which forms a part of the autoregulatory loop that controls the nuclear residence of p50 NF-kappa B. (Provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-185; controlid=SL6021; labexpid=SL6596,SL7109; softwareversion=MACS; cell sex=M; antibody=BCL3; antibody antibodydescription=Bcl-3(C-14) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Bcl-3 of human origin. Recommended for detection of Bcl-3 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: BCL3; antibody targetdescription=This gene is a proto-oncogene candidate. It is identified by its translocation into the immunoglobulin alpha-locus in some cases of B-cell leukemia. The protein encoded by this gene contains seven ankyrin repeats, which are most closely related to those found in I kappa B proteins. This protein functions as a transcriptional co-activator that activates through its association with NF-kappa B homodimers. The expression of this gene can be induced by NF-kappa B, which forms a part of the autoregulatory loop that controls the nuclear residence of p50 NF-kappa B. (Provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-185; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6596,SL7109; replicate=1,2; softwareversion=MACS; original_filename=GSM1010775_hg19_wgEncodeHaibTfbsA549Bcl3V0422111Etoh02RawRep1.bigWig
+GSM1008564_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Fibrobl_GM03348; cell organism=human; cell description=skin fibroblast; cell karyotype=normal; cell sex=M; treatment=lenti-control; treatment description=GM03348 skin fibroblasts (Coriell) were transduced with an induceable lentivirus (pAK111-TRE-3xflag hMyoD-T2A-dsRed) containing get inducible MyoD. Cells were selected in 1ug per ml puro (Sigma catalog P8833) to obtain a pure cell population. Cells were cultured for 10 days (NO DOXYCYCLINE) (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008564_hg19_wgEncodeOpenChromDnaseFibroblgm03348LenticonSig.bigWig
+GSM1003508_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003508_hg19_wgEncodeBroadHistoneMonocd14ro1746CtcfSig.bigWig
+GSM979651_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=067WC,068WC,068WC,067WC; labexpid=CThi10100ACA,CThi10103ATC,CThi10100ACA,CThi10103ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=067WC; labexpid=CThi10103ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979651_hg19_wgEncodeRikenCageHmscbmCellPapPlusRawRep2.bigWig
+GSM1003472_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: HDAC2; antibody targetdescription=Histone deacetylase 2 (HDAC2) is a class I histone deacetylase that catalyzes the removal of the acetyl group on lysine residues of the N-terminus of the core histones H2A, H2B, H3, and H4. HDAC2 is a component of multiple deacetylating complexes such as Sin3, NuRD, and CoRest that function to repress gene transcription. Alternate names for HDAC2 include HD2, RPD3, and YAF1.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-705A; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=HDAC2_(A300-705A); antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: HDAC2; antibody targetdescription=Histone deacetylase 2 (HDAC2) is a class I histone deacetylase that catalyzes the removal of the acetyl group on lysine residues of the N-terminus of the core histones H2A, H2B, H3, and H4. HDAC2 is a component of multiple deacetylating complexes such as Sin3, NuRD, and CoRest that function to repress gene transcription. Alternate names for HDAC2 include HD2, RPD3, and YAF1.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-705A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003472_hg19_wgEncodeBroadHistoneH1hescHdac2a300705aSig.bigWig
+GSM979645_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=094WC,093WC,093WC,094WC; labexpid=CThi10102ATC,CThi10102ACA,CThi10102ATC,CThi10102ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=093WC; labexpid=CThi10102ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979645_hg19_wgEncodeRikenCageHsavecCellPapPlusRawRep1.bigWig
+GSM1003577_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; controlid=wgEncodeEH003075; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003577_hg19_wgEncodeBroadHistoneA549H3k27me3Dex100nmSig.bigWig
+GSM1010898_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL12796; labexpid=SL12411,SL13302; softwareversion=MACS; cell sex=M; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12796; labexpid=SL12411,SL13302; replicate=1,2; softwareversion=MACS; original_filename=GSM1010898_hg19_wgEncodeHaibTfbsH1hescMaxV0422111RawRep2.bigWig
+GSM1003454_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003454_hg19_wgEncodeBroadHistoneA549H3k09me3Etoh02Sig.bigWig
+GSM1006903_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N,088N,087N; labexpid=RHA013,RHA014,RHA013,RHA014; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N; labexpid=RHA013,RHA014; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006903_hg19_wgEncodeGisRnaPetA549NucleusPapMinusRawRep4.bigWig
+GSM1010876_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of B-Myb of human origin. Antibody Target: MYBL2; antibody targetdescription=The protein encoded by this gene, a member of the MYB family of transcription factor genes, is a nuclear protein involved in cell cycle progression. The encoded protein is phosphorylated by cyclin A/cyclin-dependent kinase 2 during the S-phase of the cell cycle and possesses both activator and repressor activities. It has been shown to activate the cell division cycle 2, cyclin D1, and insulin-like growth factor-binding protein 5 genes. Transcript variants may exist for this gene, but their full-length natures have not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81192; controlid=SL6019; labexpid=SL7564,SL7101; softwareversion=MACS; cell sex=M; antibody=MYBL2_(SC-81192); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of B-Myb of human origin. Antibody Target: MYBL2; antibody targetdescription=The protein encoded by this gene, a member of the MYB family of transcription factor genes, is a nuclear protein involved in cell cycle progression. The encoded protein is phosphorylated by cyclin A/cyclin-dependent kinase 2 during the S-phase of the cell cycle and possesses both activator and repressor activities. It has been shown to activate the cell division cycle 2, cyclin D1, and insulin-like growth factor-binding protein 5 genes. Transcript variants may exist for this gene, but their full-length natures have not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81192; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL7564,SL7101; replicate=1,2; softwareversion=MACS; original_filename=GSM1010876_hg19_wgEncodeHaibTfbsHepg2Mybl2sc81192V0422111RawRep2.bigWig
+GSM1010831_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin. Antibody Target: ZBTB7A; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-34508; controlid=SL3976; labexpid=SL6464,SL3973; softwareversion=MACS; cell sex=M; antibody=ZBTB7A_(SC-34508); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of LRF of human origin. Antibody Target:  ZBTB7A; antibody targetdescription=Plays a key role in the instruction of early lymphoid progenitors to develop into B lineage by repressing T-cell instructive Notch signals (By similarity).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-34508; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3976; labexpid=SL6464,SL3973; replicate=1,2; softwareversion=MACS; original_filename=GSM1010831_hg19_wgEncodeHaibTfbsHepg2Zbtb7aV0416101RawRep2.bigWig
+GSM1008557_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Naive_B_cell; cell organism=human; cell description=Naive B cells (IgD+) isolated from de-identified tonsillectomy; cell karyotype=normal; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008557_hg19_wgEncodeOpenChromDnaseNaivebcellSig.bigWig
+GSM984611_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=059WC,060WC,059WC,059WC,060WC,060WC; labexpid=LID47024,LID47025,LID47024,LID47025,LID47025,LID47024; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=059WC; labexpid=LID47024; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984611_hg19_wgEncodeCshlLongRnaSeqHch00113082pCellTotalPlusRep1.bigWig
+GSM1010738_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target: GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors. The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology. Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; controlid=SL12791,SL13505; labexpid=SL14041,SL13078; softwareversion=MACS; cell sex=F; antibody=GATA3_(SC-268); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target:  GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors.  The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology.  Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14041,SL13078; replicate=1,2; softwareversion=MACS; original_filename=GSM1010738_hg19_wgEncodeHaibTfbsSknshGata3V0422111RawRep2.bigWig
+GSM1010842_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; controlid=SL16754,SL13506; labexpid=SL16025,SL14063; softwareversion=MACS; cell sex=F; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL16025,SL14063; replicate=1,2; softwareversion=MACS; original_filename=GSM1010842_hg19_wgEncodeHaibTfbsEcc1Tcf12V0422111RawRep1.bigWig
+GSM979634_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC; labexpid=CThi10023,CThi10024,CThi10024,CThi10023; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=041WC; labexpid=CThi10023; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979634_hg19_wgEncodeRikenCageCd20CellPapMinusRawRep1.bigWig
+GSM1008585_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008585_hg19_wgEncodeOpenChromDnaseSknshBaseOverlapSignal.bigWig
+GSM1024744_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Treg_Wb78495824; cell organism=human; cell description=T regulatory cells in vivo isolation; cell karyotype=normal donor is Causasian, female 35 year old, primary pheresis of single normal subject; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14702; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024744_hg19_wgEncodeUwDnaseTregwb78495824RawRep1.bigWig
+GSM1003545_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Recombinant protein corresponding to human SUZ12. Antibody Target: SUZ12; antibody targetdescription=SUZ12 is a polycomb group (PcG) protein. PcG proteins act by forming multiprotein complexes, which are required to maintain the transcriptionally repressive state of homeotic genes throughout development. PcG proteins are not required to initiate repression, but to maintain it during later stages of development. They probably act via the methylation of histones, rendering chromatin heritably changed in its expressibility. This protein is component of the PRC2 complex, which methylates Lys-9 and Lys-27 residues of histone H3.; antibody vendorname=Millipore; antibody vendorid=05-1317; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=SUZ12_(05-1317); antibody antibodydescription=Recombinant protein corresponding to human SUZ12. Antibody Target: SUZ12; antibody targetdescription=SUZ12 is a polycomb group (PcG) protein. PcG proteins act by forming multiprotein complexes, which are required to maintain the transcriptionally repressive state of homeotic genes throughout development. PcG proteins are not required to initiate repression, but to maintain it during later stages of development. They probably act via the methylation of histones, rendering chromatin heritably changed in its expressibility. This protein is component of the PRC2 complex, which methylates Lys-9 and Lys-27 residues of histone H3.; antibody vendorname=Millipore; antibody vendorid=05-1317; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003545_hg19_wgEncodeBroadHistoneK562Suz12051317Sig.bigWig
+GSM1024771_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; treatment=DIFF_4d; treatment description=Myocytes differentiated from myoblasts for 4 days. See specific cell protocol for treatment details. (Stam); labexpid=DS20647; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024771_hg19_wgEncodeUwDnaseLhcnm2Diff4dRawRep1.bigWig
+GSM1014529_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-LLy; cell organism=human; cell description=lymphatic microvascular endothelial cells, lung-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS13185; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014529_hg19_wgEncodeUwDgfHmvecbRaw.bigWig
+GSM984614_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=056WC,056WC,055WC,055WC; labexpid=LID47021,LID47020,LID47020,LID47021; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=056WC; labexpid=LID47021; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984614_hg19_wgEncodeCshlLongRnaSeqHaoafCellTotalPlusSignalRep1.bigWig
+GSM1014539_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; treatment=DIFF_4d; treatment description=Myocytes differentiated from myoblasts for 4 days. See specific cell protocol for treatment details. (Stam); labexpid=DS20534; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014539_hg19_wgEncodeUwDgfLhcnm2Diff4dSig.bigWig
+GSM1008568_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Fibrobl_GM03348; cell organism=human; cell description=skin fibroblast; cell karyotype=normal; cell sex=M; treatment=lenti-MyoD; treatment description=GM03348 skin fibroblasts (Coriell) were transduced with an induceable lentivirus (pAK111-TRE-3xflag hMyoD-T2A-dsRed) containing get inducible MyoD. Cells were selected in 1ug per ml puro (Sigma catalog P8833) to obtain a pure cell population. Cells were induced for MYOD expression for 10 days with doxycycline and at concentration of 3ug per ml. Standard media was used (and replaced every 2 days) during induction: DMEM, 1% Pen Strep, and 10% FBS. (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008568_hg19_wgEncodeOpenChromDnaseFibroblgm03348LentimyodSig.bigWig
+GSM1022668_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HA-sp; cell organism=human; cell description=astrocytes spinal cord; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000974; labexpid=DS18987; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022668_hg19_wgEncodeUwTfbsHaspCtcfStdRawRep2.bigWig
+GSM1003463_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Specific for histone H3 tri methylated at lysine 36, weakly reacts with H3K36me2. Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=abcam; antibody vendorid=ab9050; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003463_hg19_wgEncodeBroadHistoneDnd41H3k36me3Sig.bigWig
+GSM1010883_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12791,SL16761,SL13505,SL16760; labexpid=SL12791,SL16761,SL13505,SL16760; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL16761,SL13505,SL16760; labexpid=SL12791,SL16761,SL13505,SL16760; replicate=1,3,2,4; original_filename=GSM1010883_hg19_wgEncodeHaibTfbsSknshRxlchV0422111RawRep1.bigWig
+GSM1010721_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, recommended for the detection of Stat5a and Stat5b of human origin by WB, IP, IF and ELISA. Antibody Target: STAT5A; antibody targetdescription=The protein encoded by this gene is a member of the STAT family of transcription factors. In response to cytokines and growth factors, STAT family members are phosphorylated by the receptor associated kinases, and then form homo- or heterodimers that translocate to the cell nucleus where they act as transcription activators. This protein is activated by, and mediates the responses of many cell ligands, such as IL2, IL3, IL7 GM-CSF, erythropoietin, thrombopoietin, and different growth hormones. Activation of this protein in myeloma and lymphoma associated with a TEL/JAK2 gene fusion is independent of cell stimulus and has been shown to be essential for the tumorigenesis. The mouse counterpart of this gene is found to induce the expression of BCL2L1/BCL-X(L), which suggests the antiapoptotic function of this gene in cells. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74442; controlid=SL6022; labexpid=SL7897,SL8127; softwareversion=MACS; cell sex=F; antibody=STAT5A_(SC-74442); antibody antibodydescription=Mouse monoclonal IgG, recommended for the detection of Stat5a and Stat5b of human origin by WB, IP, IF and ELISA. Antibody Target: STAT5A; antibody targetdescription=The protein encoded by this gene is a member of the STAT family of transcription factors. In response to cytokines and growth factors, STAT family members are phosphorylated by the receptor associated kinases, and then form homo- or heterodimers that translocate to the cell nucleus where they act as transcription activators. This protein is activated by, and mediates the responses of many cell ligands, such as IL2, IL3, IL7 GM-CSF, erythropoietin, thrombopoietin, and different growth hormones. Activation of this protein in myeloma and lymphoma associated with a TEL/JAK2 gene fusion is independent of cell stimulus and has been shown to be essential for the tumorigenesis. The mouse counterpart of this gene is found to induce the expression of BCL2L1/BCL-X(L), which suggests the antiapoptotic function of this gene in cells. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74442; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7897,SL8127; replicate=1,2; softwareversion=MACS; original_filename=GSM1010721_hg19_wgEncodeHaibTfbsGm12878Stat5asc74442V0422111RawRep1.bigWig
+GSM1003585_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH000088; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003585_hg19_wgEncodeBroadHistoneH1hescH3k09me3StdSig.bigWig
+GSM984620_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=080WC,079WC,080WC,080WC,079WC,079WC; labexpid=LID47255,LID47254,LID47254,LID47255,LID47255,LID47254; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=080WC; labexpid=LID47255; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984620_hg19_wgEncodeCshlLongRnaSeqHwp81202015CellTotalMinusRep1.bigWig
+GSM1022650_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BE2_C; cell organism=human; cell description=neuroblastoma, BE-C is a clone of the SK-N-BE neuroblastoma cell line (see ATCC CRL-2271) that was established in November of 1972 from a bone marrow biopsy taken from a 2-year-old individual with disseminated neuroblastoma after repeated courses of chemotherapy and radiotherapy.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001892; labexpid=DS18308; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022650_hg19_wgEncodeUwTfbsBe2cCtcfStdRawRep2.bigWig
+GSM979650_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=069WC,069WC,070WC,070WC; labexpid=CThi10101CTT,CThi10101CTT,CThi10100ATC,CThi10100ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=069WC; labexpid=CThi10101CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979650_hg19_wgEncodeRikenCageHmscucCellPapPlusRawRep2.bigWig
+GSM1010751_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target: ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor. The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes. Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; controlid=SL12791,SL13505; labexpid=SL14600,SL13309; softwareversion=MACS; cell sex=F; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target:  ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14600,SL13309; replicate=1,2; softwareversion=MACS; original_filename=GSM1010751_hg19_wgEncodeHaibTfbsSknshElf1V0422111RawRep1.bigWig
+GSM1003521_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003521_hg19_wgEncodeBroadHistoneDnd41H3k27me3Sig.bigWig
+GSM1010853_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL16762; labexpid=SL16762; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16762; labexpid=SL16762; replicate=1; original_filename=GSM1010853_hg19_wgEncodeHaibTfbsPanc1RxlchV0422111RawRep1.bigWig
+GSM1008590_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=GM10266; cell organism=human; cell description=lymphoblastoid cell line, De Lange phenotype; developmental delay; profound retardation; seizures; 3 cousins are also affected; 46,XY,-22,+der (22)t(3;22)(q25.3;p12); cell karyotype=affected; cell lineage=mesoderm; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008590_hg19_wgEncodeOpenChromDnaseGm10266Sig.bigWig
+GSM1010840_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Fra-2(Q-20) is an affinity purified raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; controlid=SL16761,SL13505; labexpid=SL13310,SL16737; softwareversion=MACS; cell sex=F; antibody=FOSL2; antibody antibodydescription=Fra-2(Q-20) is an affinity purified rabbit polyclonal raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL13310,SL16737; replicate=1,2; softwareversion=MACS; original_filename=GSM1010840_hg19_wgEncodeHaibTfbsSknshFosl2V0422111RawRep1.bigWig
+GSM1003542_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=1)abcam; 2)Millipore; antibody vendorid=ab8580; 07-473; controlid=wgEncodeEH003075; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003542_hg19_wgEncodeBroadHistoneA549H3k04me3Dex100nmSig.bigWig
+GSM981243_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=045WC,045WC,046WC,046WC; labexpid=LID45238,LID45239,LID45239,LID45238; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=045WC,046WC; labexpid=LID45238,LID45239; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981243_hg19_wgEncodeCshlLongRnaSeqImr90CellTotalPlusRep2.bigWig
+GSM1022651_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HCT-116; cell organism=human; cell description=colorectal carcinoma (PMID: 7214343); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000950; labexpid=DS18568; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022651_hg19_wgEncodeUwTfbsHct116CtcfStdRawRep2.bigWig
+GSM1010869_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL12247,SL12246; labexpid=SL16310,SL14560; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL16310,SL14560; replicate=1,2; softwareversion=MACS; original_filename=GSM1010869_hg19_wgEncodeHaibTfbsHct116NrsfV0422111RawRep2.bigWig
+GSM1014511_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HEEpiC; cell organism=human; cell description=esophageal epithelial cells; cell karyotype=normal; cell lineage=endoderm; cell sex=U; labexpid=DS12763; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014511_hg19_wgEncodeUwDgfHeeSig.bigWig
+GSM1006869_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003444; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_GM13977; replicate=1,2; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003444; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006869_hg19_wgEncodeOpenChromChipGm13977CtcfSigRep1.bigWig
+GSM1003522_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH002434; replicate=1,3,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003522_hg19_wgEncodeBroadHistoneDnd41Ezh239875Sig.bigWig
+GSM979655_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,039WC,040WC,040WC; labexpid=CThi10021,CThi10022,CThi10022,CThi10021; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC; labexpid=CThi10021; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979655_hg19_wgEncodeRikenCageMonocd14CellPapMinusRawRep1.bigWig
+GSM1010900_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; controlid=SL12791,SL13505; labexpid=SL13086,SL14046; softwareversion=MACS; cell sex=F; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL13086,SL14046; replicate=1,2; softwareversion=MACS; original_filename=GSM1010900_hg19_wgEncodeHaibTfbsSknshTcf12V0422111RawRep2.bigWig
+GSM1003481_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=abcam; antibody vendorid=ab9051; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H4K20me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=Abcam; antibody vendorid=ab9051; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003481_hg19_wgEncodeBroadHistoneDnd41H4k20me1Sig.bigWig
+GSM1003604_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CDP_(sc-6327); antibody antibodydescription=CDP (C-20) is an affinity purified goat polyclonal antibody raised against a peptide mapping at the C-terminus of CDP of mouse origin.; antibody targetdescription=CDP (for CCAAT displacement protein) was identified as a repressor for tran- scription of developmentally regulated genes. It is a homeodomain protein that appears to compete with transcriptional activating proteins for binding to the promoter regions of various genes. CDP contains three cut repeats which function as DNA binding domains. It has been demonstrated that cut repeat domains have the capacity to bind to DNA in conjunction with or independently of homeodomain DNA binding. CDP has been shown to be the DNA-binding subunit of the HiNF-D complex, which contains cyclin A, Cdc2 and an Rb-related protein in addition to CDP. Histone expression is required for the transition to S phase in the cell cycle. The HiNF-D complex regulates the transcription of Histone H4, H3 and H1 genes, allowing cells to progress from G1 to S phase.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6327; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; labversion=PeakSeq1.0; original_filename=GSM1003604_hg19_wgEncodeSydhTfbsGm12878Cdpsc6327IggmusSig.bigWig
+GSM1010845_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL6018; labexpid=SL10882,SL12417; softwareversion=MACS; cell sex=M; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6018; labexpid=SL10882,SL12417; replicate=1,2; softwareversion=MACS; original_filename=GSM1010845_hg19_wgEncodeHaibTfbsH1hescTead4sc101184V0422111RawRep2.bigWig
+GSM1003547_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH000088; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003547_hg19_wgEncodeBroadHistoneH1hescH3k79me2StdSig.bigWig
+GSM1022627_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF; cell organism=human; cell description=foreskin fibroblast; cell karyotype=normal; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002043; labexpid=DS18316; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022627_hg19_wgEncodeUwTfbsHffInputStdRawRep1.bigWig
+GSM1010866_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL13321,SL16753,SL12790; labexpid=SL13321,SL16753,SL12790; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL16753,SL12790; labexpid=SL13321,SL16753,SL12790; replicate=1,3,2; original_filename=GSM1010866_hg19_wgEncodeHaibTfbsA549RxlchV0422111RawRep1.bigWig
+GSM1010790_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target: ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor. The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes. Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; controlid=SL6021; labexpid=SL6436,SL7113; softwareversion=MACS; cell sex=M; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target:  ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6436,SL7113; replicate=1,2; softwareversion=MACS; original_filename=GSM1010790_hg19_wgEncodeHaibTfbsA549Elf1V0422111Etoh02RawRep2.bigWig
+GSM1010847_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL12247,SL12246; labexpid=SL13069,SL12233; softwareversion=MACS; cell sex=M; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13069,SL12233; replicate=1,2; softwareversion=MACS; original_filename=GSM1010847_hg19_wgEncodeHaibTfbsHct116JundV0422111RawRep1.bigWig
+GSM1010894_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12793,SL6023,SL11659,SL9103; labexpid=SL12793,SL6023,SL11659,SL9103; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12793,SL6023,SL11659,SL9103; labexpid=SL12793,SL6023,SL11659,SL9103; replicate=1,3,2,4; original_filename=GSM1010894_hg19_wgEncodeHaibTfbsK562RxlchV0422111RawRep2.bigWig
+GSM1010792_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL3776; labexpid=SL4437,SL5495; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3776; labexpid=SL4437,SL5495; replicate=1,2; softwareversion=MACS; original_filename=GSM1010792_hg19_wgEncodeHaibTfbsPanc1NrsfV0416101RawRep1.bigWig
+GSM1010738_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target: GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors. The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology. Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; controlid=SL12791,SL13505; labexpid=SL14041,SL13078; softwareversion=MACS; cell sex=F; antibody=GATA3_(SC-268); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target:  GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors.  The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology.  Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14041,SL13078; replicate=1,2; softwareversion=MACS; original_filename=GSM1010738_hg19_wgEncodeHaibTfbsSknshGata3V0422111RawRep1.bigWig
+GSM979643_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=072WC,071WC,072WC,071WC; labexpid=CThi10057,CThi10105ATC,CThi10057,CThi10105ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=071WC; labexpid=CThi10057; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979643_hg19_wgEncodeRikenCageHpcplCellPapPlusRawRep2.bigWig
+GSM1010906_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPD of human origin. Antibody Target: CEBPD; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related protein CEBP-alpha. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses, and may be involved in the regulation of genes associated with activation and/or differentiation of macrophages. The cytogenetic location of this locus has been reported as both 8p11 and 8q11 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-636; controlid=SL12793,SL11659; labexpid=SL13317,SL11280; softwareversion=MACS; cell sex=F; antibody=CEBPD_(SC-636); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPD of human origin. Antibody Target: CEBPD; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related protein CEBP-alpha. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses, and may be involved in the regulation of genes associated with activation and/or differentiation of macrophages. The cytogenetic location of this locus has been reported as both 8p11 and 8q11 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-636; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12793,SL11659; labexpid=SL13317,SL11280; replicate=1,2; softwareversion=MACS; original_filename=GSM1010906_hg19_wgEncodeHaibTfbsK562Cebpdsc636V0422111RawRep2.bigWig
+GSM1010815_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12796,SL6018; labexpid=SL12796,SL6018; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12796,SL6018; labexpid=SL12796,SL6018; replicate=1,2; original_filename=GSM1010815_hg19_wgEncodeHaibTfbsH1hescRxlchV0422111RawRep1.bigWig
+GSM1022665_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HRPEpiC; cell organism=human; cell description=retinal pigment epithelial cells; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000962; labexpid=DS18570; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022665_hg19_wgEncodeUwTfbsHrpeCtcfStdRawRep2.bigWig
+GSM1010860_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL16757,SL16756; labexpid=SL14575,SL16341; softwareversion=MACS; cell sex=F; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL14575,SL16341; replicate=1,2; softwareversion=MACS; original_filename=GSM1010860_hg19_wgEncodeHaibTfbsMcf7Tead4sc101184V0422111RawRep2.bigWig
+GSM1003619_1	lab=USC; lab description=Farnham - University of Southern California; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H1-hESC; cell organism=human; cell description=embryonic stem cells; cell karyotype=normal; cell lineage=inner cell mass; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=ZNF274_(M01); antibody antibodydescription=Mouse monoclonal antibody raised against a partial recombinant ZNF274 (corresponding to amino acids 420-531 of the human ZNF274 protein). Antibody Target: ZNF274; antibody targetdescription=ZNF274 is a zinc finger protein containing five C2H2-type zinc finger domains, two Kruppel-associated box A (KRABA) domains, and a leucine-rich SCAN domain. The encoded protein has been suggested to be a transcriptional repressor and interacts with the KAP1 corepressor complex.; antibody vendorname=Abnova ZNF74; antibody vendorid=H00010782-M01; control=UCDavis; control description=Input library was prepared at UC Davis.; control=UCDavis; control description=Input library was prepared at UC Davis.; controlid=wgEncodeEH001751; labversion=PeakSeq1.0; original_filename=GSM1003619_hg19_wgEncodeSydhTfbsH1hescZnf274m01UcdSig.bigWig
+GSM984605_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=091NL,092NL,091NL,092NL; labexpid=LID47963,LID47964,LID47964,LID47963; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist13; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=091NL,092NL; labexpid=LID47963,LID47964; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984605_hg19_wgEncodeCshlLongRnaSeqGm12878NucleolusTotalPlusSignalRep4.bigWig
+GSM984606_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=077WC; labexpid=LID47807; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=077WC; labexpid=LID47807; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984606_hg19_wgEncodeCshlLongRnaSeqHmncpbCellTotalMinusSignalRep1V2.bigWig
+GSM1022632_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001900; labexpid=DS18331; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022632_hg19_wgEncodeUwTfbsPanc1InputStdRawRep1.bigWig
+GSM1010885_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL13506; labexpid=SL14591,SL13281; softwareversion=MACS; cell sex=F; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14591,SL13281; replicate=1,2; softwareversion=MACS; original_filename=GSM1010885_hg19_wgEncodeHaibTfbsEcc1Tead4sc101184V0422111RawRep1.bigWig
+GSM1008592_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; datatype description=DNaseI HS Sequencing; cell=HSMM_emb; cell organism=human; cell description=embryonic myoblast; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008592_hg19_wgEncodeOpenChromDnaseHsmmembSig.bigWig
+GSM1006914_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0124N; labexpid=RHH004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0124N; labexpid=RHH004; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1; original_filename=GSM1006914_hg19_wgEncodeGisRnaPetHelas3NucleusPapMinusRawRep1V2.bigWig
+GSM1010747_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: ESR1; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-543; treatment description=1 h with 100 nM Bisphenol A (Myers); controlid=SL1092,SL1034; labexpid=SL2082,SL1050; softwareversion=MACS; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: ESR1; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-543; treatment=BPA_100nM; treatment description=1 h with 100 nM Bisphenol A  (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1092,SL1034; labexpid=SL2082,SL1050; replicate=1,2; softwareversion=MACS; original_filename=GSM1010747_hg19_wgEncodeHaibTfbsEcc1EraaV0416102Bpa1hRawRep1.bigWig
+GSM984604_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=073WC,074WC,073WC,074WC; labexpid=LID47253,LID47105,LID47253,LID47105; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=073WC,074WC; labexpid=LID47105,LID47253; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984604_hg19_wgEncodeCshlLongRnaSeqHpiepcCellTotalMinusRep1.bigWig
+GSM1008558_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,3,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=SAHA_1uM_72hr; treatment description=Cells grown with 1 uM suberoylanilide hydroxamic acid (SAHA) dissolved in DMSO supplementing RPMI1640 + 10% FBS media for 72 hours (SAHA vehicle volume is ~ .05% of the total media volume). SAHA was provided by Cayman Chemical, item # 10009929.; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008558_hg19_wgEncodeOpenChromDnaseK562Saha1u72hrBaseOverlapSignal.bigWig
+GSM1003497_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=abcam; antibody vendorid=ab9051; controlid=wgEncodeEH003132; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H4K20me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=Abcam; antibody vendorid=ab9051; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=CD20+_RO01794/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003497_hg19_wgEncodeBroadHistoneCd20ro01794H4k20me1Sig.bigWig
+GSM1008563_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Fibrobl_GM03348; cell organism=human; cell description=skin fibroblast; cell karyotype=normal; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008563_hg19_wgEncodeOpenChromDnaseFibroblgm03348BaseOverlapSignal.bigWig
+GSM1006887_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003452; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_LnCAP,p-value cutoff: 0.05; replicate=1,2; cell sex=M; treatment=androgen; treatment description=12 hrs with 1 nM Methyltrienolone (R1881) (Crawford); antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003452; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006887_hg19_wgEncodeOpenChromChipLncapCtcfAndroSigRep1.bigWig
+GSM1003461_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=abcam; antibody vendorid=ab7766; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K4me2; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=Abcam; antibody vendorid=ab7766; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003461_hg19_wgEncodeBroadHistoneDnd41H3k04me2Sig.bigWig
+GSM1024790_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Th17; cell organism=human; cell description=T helper cells expressing IL-17, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS11039; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024790_hg19_wgEncodeUwDnaseTh17RawRep1.bigWig
+GSM1014522_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Th2_Wb54553204; cell organism=human; cell description=Th2 cells in vivo isolation, donor is Caucasian, male 33 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17597; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014522_hg19_wgEncodeUwDgfTh2wb54553204Raw.bigWig
+GSM1010796_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL3776,SL2340; labexpid=SL3776,SL2340; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3776,SL2340; labexpid=SL3776,SL2340; replicate=1,2; original_filename=GSM1010796_hg19_wgEncodeHaibTfbsPanc1RxlchV0416101RawRep1.bigWig
+GSM1003498_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH000037; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=GM12878/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003498_hg19_wgEncodeBroadHistoneGm12878Ezh239875Sig.bigWig
+GSM1010740_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between a.a. 515-555 within an internal region of MBD4 of mouse origin. Antibody Target: MBD4; antibody targetdescription=MBD4 may function to mediate the biological consequences of the methylation signal. In addition, MBD4 has protein sequence similarity to bacterial DNA repair enzymes and thus may have some function in DNA repair. Further, MBD4 gene mutations are detected in tumors with primary microsatellite-instability (MSI), a form of genomic instability associated with defective DNA mismatch repair, and MBD4 gene meets 4 of 5 criteria of a bona fide MIS target gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271530; controlid=SL6019; labexpid=SL8132,SL7901; softwareversion=MACS; cell sex=M; antibody=MBD4_(SC-271530); antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between a.a. 515-555 within an internal region of MBD4 of mouse origin. Antibody Target: MBD4; antibody targetdescription=MBD4 may function to mediate the biological consequences of the methylation signal. In addition, MBD4 has protein sequence similarity to bacterial DNA repair enzymes and thus may have some function in DNA repair. Further, MBD4 gene mutations are detected in tumors with primary microsatellite-instability (MSI), a form of genomic instability associated with defective DNA mismatch repair, and MBD4 gene meets 4 of 5 criteria of a bona fide MIS target gene. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271530; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL8132,SL7901; replicate=1,2; softwareversion=MACS; original_filename=GSM1010740_hg19_wgEncodeHaibTfbsHepg2Mbd4sc271530V0422111RawRep1.bigWig
+GSM1008595_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=RWPE1; cell organism=human; cell description=prostate epithelial; cell karyotype=normal; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008595_hg19_wgEncodeOpenChromDnaseRwpe1Sig.bigWig
+GSM1010812_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL6021; labexpid=SL5358,SL5700; softwareversion=MACS; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL5358,SL5700; replicate=1,2; softwareversion=MACS; original_filename=GSM1010812_hg19_wgEncodeHaibTfbsA549Taf1V0422111Etoh02RawRep2.bigWig
+GSM1003567_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated. Antibody Target: CBX2; antibody targetdescription=Chromobox protein homolog 2 is a component of the polycomb group (PcG) multiprotein PRC1 complex, a complex required to maintain the transcriptionally repressive state of many genes, including Hox genes, throughout development. [taken from the Universal Protein Resource (UniProt) www.uniprot.org/uniprot/P19474]; antibody vendorname=Bethyl Laboratories; antibody vendorid=A302-524A; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=CBX2; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=Chromobox protein homolog 2 is a component of the polycomb group (PcG) multiprotein PRC1 complex, a complex required to maintain the transcriptionally repressive state of many genes, including Hox genes, throughout development. [taken from the Universal Protein Resource (UniProt) www.uniprot.org/uniprot/P19474]; antibody vendorname=Bethyl; antibody vendorid=A302-524A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003567_hg19_wgEncodeBroadHistoneK562Cbx2Sig.bigWig
+GSM1014514_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HSMM; cell organism=human; cell description=skeletal muscle myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS14426; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014514_hg19_wgEncodeUwDgfHsmmSig.bigWig
+GSM1010796_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL3776,SL2340; labexpid=SL3776,SL2340; cell=PANC-1; cell organism=human; cell description=pancreatic carcinoma, (PMID: 1140870) PANC-1 was established from a pancreatic carcinoma, which was extracted via pancreatico-duodenectomy specimen from a 56-year-old Caucasian individual. Malignancy of this cell line was verified via in vitro and in vivo assays.; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3776,SL2340; labexpid=SL3776,SL2340; replicate=1,2; original_filename=GSM1010796_hg19_wgEncodeHaibTfbsPanc1RxlchV0416101RawRep2.bigWig
+GSM1011122_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; cell=Frontal_cortex_OC; cell organism=human; cell description=Primary ventromedial prefrontal cortex, from KPBBB donor IDs 673 (Rep B1) and 913 (Rep B2); cell karyotype=normal; cell sex=F; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011122_hg19_wgEncodeOpenChromFaireFrontalcortexocBaseOverlapSignal.bigWig
+GSM984605_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=091NL,092NL,091NL,092NL; labexpid=LID47963,LID47964,LID47964,LID47963; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist13; localization description=The part of the nucleus where ribosomal RNA is actively transcribed; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=091NL,092NL; labexpid=LID47963,LID47964; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984605_hg19_wgEncodeCshlLongRnaSeqGm12878NucleolusTotalMinusSignalRep4.bigWig
+GSM1010905_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL12247,SL12246; labexpid=SL13076,SL12244; softwareversion=MACS; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13076,SL12244; replicate=1,2; softwareversion=MACS; original_filename=GSM1010905_hg19_wgEncodeHaibTfbsHct116Sin3ak20V0422111RawRep1.bigWig
+GSM1010867_3	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12789,SL12049,SL6022; labexpid=SL12789,SL12049,SL6022; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12789,SL12049,SL6022; labexpid=SL12789,SL12049,SL6022; replicate=1,3,4; original_filename=GSM1010867_hg19_wgEncodeHaibTfbsGm12878RxlchV0422111RawRep4.bigWig
+GSM1003553_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH001055; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHDF-Ad/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003553_hg19_wgEncodeBroadHistoneNhdfadH3k09me3Sig.bigWig
+GSM1010757_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin. Antibody Target: ATF3; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-188; controlid=SL12247,SL12246; labexpid=SL16874,SL12234; softwareversion=MACS; cell sex=M; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin. Antibody Target: ATF3; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL16874,SL12234; replicate=1,2; softwareversion=MACS; original_filename=GSM1010757_hg19_wgEncodeHaibTfbsHct116Atf3V0422111RawRep1.bigWig
+GSM981260_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=065WC,065WC,066WC,066WC; labexpid=LID47097,LID47098,LID47098,LID47097; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=065WC; labexpid=LID47097; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM981260_hg19_wgEncodeCshlLongRnaSeqHmscat906160112CellTotalPlusRep2.bigWig
+GSM1008566_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Frontal_cortex_OC; cell organism=human; cell description=Primary ventromedial prefrontal cortex, from KPBBB donor IDs 673 (Rep B1) and 913 (Rep B2); cell karyotype=normal; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008566_hg19_wgEncodeOpenChromDnaseFrontalcortexocBaseOverlapSignal.bigWig
+GSM1010823_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: ESR1; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-543; treatment description=1 h with 100 nM Bisphenol A (Myers); controlid=SL1490; labexpid=SL1877,SL1493; softwareversion=MACS; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: ESR1; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-543; treatment=BPA_100nM; treatment description=1 h with 100 nM Bisphenol A  (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1490; labexpid=SL1877,SL1493; replicate=1,2; softwareversion=MACS; original_filename=GSM1010823_hg19_wgEncodeHaibTfbsT47dEraaV0416102Bpa1hRawRep1.bigWig
+GSM1011128_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=MCF-7/Input; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.1; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=vehicle; treatment description=Charcoal stripped hormone-free FBS for 72 hours (Crawford); controlid=MCF-7/Input; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011128_hg19_wgEncodeOpenChromFaireMcf7VehSig.bigWig
+GSM979638_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=061WC,062WC,062WC,061WC; labexpid=CThi10103ACA,CThi10100GAT,CThi10103ACA,CThi10100GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=061WC; labexpid=CThi10103ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979638_hg19_wgEncodeRikenCageHfdpcCellPapPlusRawRep1.bigWig
+GSM1003549_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH000105; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHLF/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003549_hg19_wgEncodeBroadHistoneNhlfH3k79me2Sig.bigWig
+GSM1010770_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL2339; labexpid=SL3772,SL6969; softwareversion=MACS; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2339; labexpid=SL3772,SL6969; replicate=1,2; softwareversion=MACS; original_filename=GSM1010770_hg19_wgEncodeHaibTfbsPfsk1Taf1V0416101RawRep2.bigWig
+GSM1024739_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Th2_Wb54553204; cell organism=human; cell description=Th2 cells in vivo isolation, donor is Caucasian, male 33 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17597; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024739_hg19_wgEncodeUwDnaseTh2wb54553204RawRep1.bigWig
+GSM981245_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=090N,089N,090N,089N,090N,089N; labexpid=LID46860,LID46859,LID46859,LID46860,LID46859,LID46860; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N; labexpid=LID46859,LID46860; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981245_hg19_wgEncodeCshlLongRnaSeqMcf7NucleusPapPlusRep4.bigWig
+GSM984614_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=056WC,056WC,055WC,055WC; labexpid=LID47021,LID47020,LID47020,LID47021; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=056WC; labexpid=LID47021; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984614_hg19_wgEncodeCshlLongRnaSeqHaoaf609010111CellTotalMinusRep2.bigWig
+GSM1003478_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antigen affinity purified, unconjugated, liquid. Antibody Target: CHD7; antibody targetdescription=CHD7 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-223A; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=CHD7_(A301-223A-1); antibody antibodydescription=rabbit polyclonal antigen affinity purified, unconjugated, liquid; antibody targetdescription=CHD7 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription.; antibody vendorname=Bethyl; antibody vendorid=A301-223A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003478_hg19_wgEncodeBroadHistoneK562Chd7a301223a1Sig.bigWig
+GSM979649_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=083WC,084WC,083WC,084WC; labexpid=CThi10056,CThi10102GAT,CThi10056,CThi10102GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=083WC; labexpid=CThi10056; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979649_hg19_wgEncodeRikenCageNhemm2CellPapMinusRawRep2.bigWig
+GSM1010873_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL13320,SL16755; labexpid=SL13320,SL16755; cell=H1-neurons; cell organism=human; cell description=neurons derived from H1 embryonic stem cells, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=ectoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13320,SL16755; labexpid=SL13320,SL16755; replicate=1,2; original_filename=GSM1010873_hg19_wgEncodeHaibTfbsH1neuronsRxlchV0422111RawRep2.bigWig
+GSM1024770_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=CD34+_Mobilized; cell organism=human; cell description=hematopoietic progenitor cells- mobilized, from donor RO01679.; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS16814; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024770_hg19_wgEncodeUwDnaseCd34mobilizedRawRep1.bigWig
+GSM1010851_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; controlid=SL12247,SL12246; labexpid=SL13070,SL12237; softwareversion=MACS; cell sex=M; antibody=SRF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13070,SL12237; replicate=1,2; softwareversion=MACS; original_filename=GSM1010851_hg19_wgEncodeHaibTfbsHct116SrfV0422111RawRep1.bigWig
+GSM1008587_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=GM20000; cell organism=human; cell description=lymphoblastoid cell line, De Lange phenotype; developmental delay; profound retardation; cell karyotype=affected; cell lineage=mesoderm; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008587_hg19_wgEncodeOpenChromDnaseGm20000BaseOverlapSignal.bigWig
+GSM1008603_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,3,2; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Randomized_shRNA_control; treatment description=Cells were transduced with a lentivirus expressing an shRNA containing a randomized DNA sequence generated by the siRNA Wizard v3.1 (http://www.sirnawizard.com/scrambled2.php) program. Lentiviral constructs also contained the puromycin resistance selectable marker and cells were treated 2 times, for three days each, to select for cells containing the retroviral construct.; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008603_hg19_wgEncodeOpenChromDnaseMcf7RandshrnaBaseOverlapSignal.bigWig
+GSM979662_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=050WC,049WC,050WC,049WC; labexpid=CThi10032,CThi10033,CThi10033,CThi10032; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=049WC; labexpid=CThi10032; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979662_hg19_wgEncodeRikenCageNhdfCellPapPlusRawRep1.bigWig
+GSM984609_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,040WC,040WC,039WC,039WC,040WC; labexpid=LID44497,LID44594,LID44594,LID44594,LID44497,LID44497; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,040WC; labexpid=LID44594,LID44497; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM984609_hg19_wgEncodeCshlLongRnaSeqMonocd14CellPapPlusRep1.bigWig
+GSM1008594_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Ishikawa; cell organism=human; cell description=endometrial adenocarcinoma; cell sex=F; treatment=4OHTAM_100nM_30m; treatment description=30 minutes with 100 nM 4-hydroxytamoxifen (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008594_hg19_wgEncodeOpenChromDnaseIshikawaTam10030BaseOverlapSignal.bigWig
+GSM1006910_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086WC,085WC,086WC,085WC; labexpid=RHS015,RHS016,RHS016,RHS015; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085WC,086WC; labexpid=RHS015,RHS016; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006910_hg19_wgEncodeGisRnaPetSknshCellPapPlusRawRep3.bigWig
+GSM1010817_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL3774,SL2134; labexpid=SL5607,SL3768; softwareversion=MACS; cell sex=F; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3774,SL2134; labexpid=SL5607,SL3768; replicate=1,2; softwareversion=MACS; original_filename=GSM1010817_hg19_wgEncodeHaibTfbsSknshPol24h8V0416101RawRep1.bigWig
+GSM979639_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=059WC,059WC,060WC,060WC; labexpid=CThi10104CTT,CThi10104ACA,CThi10104ACA,CThi10104CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=059WC; labexpid=CThi10104CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979639_hg19_wgEncodeRikenCageHchCellPapMinusRawRep1.bigWig
+GSM1010727_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target: GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors. The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology. Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; controlid=SL13321,SL12790; labexpid=SL13283,SL12399; softwareversion=MACS; cell sex=M; antibody=GATA3_(SC-268); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target:  GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors.  The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology.  Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL12790; labexpid=SL13283,SL12399; replicate=1,2; softwareversion=MACS; original_filename=GSM1010727_hg19_wgEncodeHaibTfbsA549Gata3V0422111RawRep2.bigWig
+GSM1006904_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=RHM045,RHM044,RHM044,RHM045; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C; labexpid=RHM044,RHM045; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006904_hg19_wgEncodeGisRnaPetMcf7CytosolPapPlusRawRep4.bigWig
+GSM979636_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=058WC,057WC,057WC,058WC; labexpid=CThi10103GAT,CThi10105CTT,CThi10105CTT,CThi10103GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=057WC; labexpid=CThi10103GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979636_hg19_wgEncodeRikenCageHaoecCellPapPlusRawRep1.bigWig
+GSM1010803_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL13320,SL16755; labexpid=SL13298,SL14592; softwareversion=MACS; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13320,SL16755; labexpid=SL13298,SL14592; replicate=1,2; softwareversion=MACS; original_filename=GSM1010803_hg19_wgEncodeHaibTfbsH1neuronsPol24h8V0422111RawRep1.bigWig
+GSM1010739_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; controlid=SL12791,SL13505; labexpid=SL12627,SL13752; softwareversion=MACS; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL12627,SL13752; replicate=1,2; softwareversion=MACS; original_filename=GSM1010739_hg19_wgEncodeHaibTfbsSknshGabpV0422111RawRep1.bigWig
+GSM1010730_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; controlid=SL218; labexpid=SL482; softwareversion=MACS; cell sex=F; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR2x; protocol description=a 25-cycle round of PCR and an additional 15-cycle round of PCR after gel size selection (Myers); controlid=SL218; labexpid=SL482; replicate=3; softwareversion=MACS; original_filename=GSM1010730_hg19_wgEncodeHaibTfbsGm12878Egr1Pcr2xRawRep3.bigWig
+GSM1011120_1	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; cell=RCC_7860; cell organism=human; cell description=renal cell adenocarcinmoma; cell karyotype=cancer; cell sex=M; controlid=generic_male; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011120_hg19_wgEncodeOpenChromFaireRcc7860BaseOverlapSignal.bigWig
+GSM1022642_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=RPTEC; cell organism=human; cell description=renal proximal tubule epithelial cells; cell karyotype=normal; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002045; labexpid=DS18336; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022642_hg19_wgEncodeUwTfbsRptecInputStdRawRep1.bigWig
+GSM981244_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,046C,045C,045C; labexpid=LID45612,LID45611,LID45612,LID45612,LID45611,LID45611; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C; labexpid=LID45611,LID45612; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981244_hg19_wgEncodeCshlLongRnaSeqImr90CytosolPapMinusRep1.bigWig
+GSM1022643_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NB4; cell organism=human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000970; labexpid=DS16345; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022643_hg19_wgEncodeUwTfbsNb4CtcfStdRawRep1.bigWig
+GSM1003616_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEH000706; original_filename=GSM1003616_hg19_wgEncodeSydhTfbsGm12878MafkIggmusSig.bigWig
+GSM1006903_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N,088N,087N; labexpid=RHA013,RHA014,RHA013,RHA014; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N; labexpid=RHA013,RHA014; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006903_hg19_wgEncodeGisRnaPetA549NucleusPapPlusRawRep3.bigWig
+GSM1014517_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; labexpid=DS14289; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014517_hg19_wgEncodeUwDgfA549Raw.bigWig
+GSM1024764_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Estradiol_ctrl_0hr; treatment description=No hormone control, zero timepoint, used to distinguish untreated sample in series (Stam); labexpid=DS18267; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024764_hg19_wgEncodeUwDnaseMcf7Estctrl0hRawRep1.bigWig
+GSM1008569_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,3,2; cell=iPS_NIHi11; cell organism=human; cell description=iPS cells derived from AG20443 fibroblast; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008569_hg19_wgEncodeOpenChromDnaseIpsnihi11BaseOverlapSignal.bigWig
+GSM1010748_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Fra-2(Q-20) is an affinity purified raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; controlid=SL6021; labexpid=SL8077,SL7116; softwareversion=MACS; cell sex=M; antibody=FOSL2; antibody antibodydescription=Fra-2(Q-20) is an affinity purified rabbit polyclonal raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL8077,SL7116; replicate=1,2; softwareversion=MACS; original_filename=GSM1010748_hg19_wgEncodeHaibTfbsA549Fosl2V0422111Etoh02RawRep1.bigWig
+GSM1010723_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL4698,SL3900,SL3978; labexpid=SL4698,SL3900; softwareversion=MACS; cell sex=M; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL4698,SL3900,SL3978; labexpid=SL4698,SL3900; replicate=1,2; softwareversion=MACS; original_filename=GSM1010723_hg19_wgEncodeHaibTfbsA549JundV0416102Etoh02RawRep1.bigWig
+GSM1010768_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Fra-2(Q-20) is an affinity purified raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; controlid=SL16758,SL13504; labexpid=SL13457,SL14682; softwareversion=MACS; cell sex=F; antibody=FOSL2; antibody antibodydescription=Fra-2(Q-20) is an affinity purified rabbit polyclonal raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL13457,SL14682; replicate=1,2; softwareversion=MACS; original_filename=GSM1010768_hg19_wgEncodeHaibTfbsMcf7Fosl2V0422111RawRep2.bigWig
+GSM1010808_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL12050,SL12795; labexpid=SL13290,SL12405; softwareversion=MACS; cell sex=M; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795; labexpid=SL13290,SL12405; replicate=1,2; softwareversion=MACS; original_filename=GSM1010808_hg19_wgEncodeHaibTfbsHepg2Creb1sc240V0422111RawRep2.bigWig
+GSM1010867_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12789,SL12049,SL6022; labexpid=SL12789,SL12049,SL6022; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12789,SL12049,SL6022; labexpid=SL12789,SL12049,SL6022; replicate=1,3,4; original_filename=GSM1010867_hg19_wgEncodeHaibTfbsGm12878RxlchV0422111RawRep1.bigWig
+GSM1003625_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=HCFC1_(NB100-68209); antibody antibodydescription=Rabbit polyclonalantibody against residue 1700 and 1750 of human host cell factor C1; antibody targetdescription=The epitope recognized by this antibody maps to a region between residue 1700 and 1750 of human host cell factor C1 (VP16-accessory protein).; antibody vendorname=NovusBio; antibody vendorid=NB100-68209; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; labversion=PeakSeq1.0; original_filename=GSM1003625_hg19_wgEncodeSydhTfbsK562Hcfc1nb10068209IggrabSig.bigWig
+GSM1022674_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001904; labexpid=DS18301; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022674_hg19_wgEncodeUwTfbsA549InputStdRawRep1.bigWig
+GSM984609_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,040WC,040WC,039WC,039WC,040WC; labexpid=LID44497,LID44594,LID44594,LID44594,LID44497,LID44497; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,040WC; labexpid=LID44594,LID44497; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM984609_hg19_wgEncodeCshlLongRnaSeqMonocd14CellPapMinusRep2.bigWig
+GSM1010891_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL13504; labexpid=SL14698,SL13491; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL14698,SL13491; replicate=1,2; softwareversion=MACS; original_filename=GSM1010891_hg19_wgEncodeHaibTfbsMcf7NrsfV0422111RawRep1.bigWig
+GSM979661_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=080WC,079WC,080WC,079WC; labexpid=CThi10101ACA,CThi10101ATC,CThi10101ATC,CThi10101ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=079WC; labexpid=CThi10101ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979661_hg19_wgEncodeRikenCageHwpCellPapPlusRawRep1.bigWig
+GSM1010858_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL16761,SL13505; labexpid=SL13501,SL14710; softwareversion=MACS; cell sex=F; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL13501,SL14710; replicate=1,2; softwareversion=MACS; original_filename=GSM1010858_hg19_wgEncodeHaibTfbsSknshTead4sc101184V0422111RawRep2.bigWig
+GSM981246_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=LID45898,LID45897,LID45897,LID45898; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,088C; labexpid=LID45897,LID45898; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981246_hg19_wgEncodeCshlLongRnaSeqA549CytosolPapPlusRep4.bigWig
+GSM1010781_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL2339; labexpid=SL2354,SL5041; softwareversion=MACS; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2339; labexpid=SL2354,SL5041; replicate=1,2; softwareversion=MACS; original_filename=GSM1010781_hg19_wgEncodeHaibTfbsPfsk1Sin3ak20V0416101RawRep1.bigWig
+GSM1006906_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,085N,086N; labexpid=RHS020,RHS019,RHS019,RHS020; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N,086N; labexpid=RHS019,RHS020; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006906_hg19_wgEncodeGisRnaPetSknshNucleusPapPlusRawRep3.bigWig
+GSM1010808_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL12050,SL12795; labexpid=SL13290,SL12405; softwareversion=MACS; cell sex=M; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795; labexpid=SL13290,SL12405; replicate=1,2; softwareversion=MACS; original_filename=GSM1010808_hg19_wgEncodeHaibTfbsHepg2Creb1sc240V0422111RawRep1.bigWig
+GSM1022675_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHDF-neo; cell organism=human; cell description=neonatal dermal fibroblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000972; labexpid=DS16204; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022675_hg19_wgEncodeUwTfbsNhdfneoCtcfStdRawRep1.bigWig
+GSM979645_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=094WC,093WC,093WC,094WC; labexpid=CThi10102ATC,CThi10102ACA,CThi10102ATC,CThi10102ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=093WC; labexpid=CThi10102ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979645_hg19_wgEncodeRikenCageHsavecCellPapMinusRawRep2.bigWig
+GSM1006869_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003444; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_GM13977; replicate=1,2; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003444; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006869_hg19_wgEncodeOpenChromChipGm13977CtcfBaseOverlapSignalRep1.bigWig
+GSM1003452_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SETDB1; antibody targetdescription=SET domain, bifurcated 1, the SET domain is a highly conserved, approximately 150-amino acid motif implicated in the modulation of chromatin structure; antibody vendorname=Proteintech; antibody vendorid=11231-1-AP; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=SETDB1; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SETDB1; antibody targetdescription=SET domain, bifurcated 1, the SET domain is a highly conserved, approximately 150-amino acid motif implicated in the modulation of chromatin structure; antibody vendorname=Proteintech Group; antibody vendorid=11231-1-AP; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003452_hg19_wgEncodeBroadHistoneK562Setdb1Sig.bigWig
+GSM981258_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=061WC,062WC,062WC,061WC; labexpid=LID47094,LID47095,LID47095,LID47094; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=062WC; labexpid=LID47095; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM981258_hg19_wgEncodeCshlLongRnaSeqHfdpc01027033CellTotalMinusRep1.bigWig
+GSM1024794_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=M059J; cell organism=human; cell description=malignant glioblastoma, glioma, lack DNA-dependent protein kinase activity, deficient in repair of DNA double strand breaks, the cells are negative for glial fibrillary acidic protein (GFAP), tumor specimen taken from a 33 year old; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS20497; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024794_hg19_wgEncodeUwDnaseM059jRawRep2.bigWig
+GSM979653_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=047WC,048WC,047WC,048WC; labexpid=CThi10031,CThi10030,CThi10030,CThi10031; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=047WC; labexpid=CThi10030; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979653_hg19_wgEncodeRikenCageSkmcCellPapPlusRawRep1.bigWig
+GSM1010805_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL13320,SL16755; labexpid=SL14594,SL13300; softwareversion=MACS; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13320,SL16755; labexpid=SL14594,SL13300; replicate=1,2; softwareversion=MACS; original_filename=GSM1010805_hg19_wgEncodeHaibTfbsH1neuronsTaf1V0422111RawRep2.bigWig
+GSM1008596_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,3,2; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008596_hg19_wgEncodeOpenChromDnaseH7esSig.bigWig
+GSM1010914_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=AG04450/None/Input/std; labexpid=DS21482,DS21481; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; original_filename=GSM1010914_hg19_wgEncodeUwHistoneAg04450H3k09me3StdRawRep1.bigWig
+GSM1003603_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=SREBP2; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SREBP2; antibody targetdescription=Sterol regulatory element binding transcription factor 2; antibody vendorname=Cayman Chemical; antibody vendorid=10007663; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000771; original_filename=GSM1003603_hg19_wgEncodeSydhTfbsGm12878Srebp2IggrabSig.bigWig
+GSM1014509_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NHLF; cell organism=human; cell description=lung fibroblasts; cell karyotype=normal; cell lineage=endoderm; cell sex=U; labexpid=DS12829; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014509_hg19_wgEncodeUwDgfNhlfRaw.bigWig
+GSM979651_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=067WC,068WC,068WC,067WC; labexpid=CThi10100ACA,CThi10103ATC,CThi10100ACA,CThi10103ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=067WC; labexpid=CThi10103ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979651_hg19_wgEncodeRikenCageHmscbmCellPapPlusRawRep1.bigWig
+GSM979647_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,085N,086N; labexpid=CThi10048,CThi10045,CThi10048,CThi10045; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N; labexpid=CThi10045; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979647_hg19_wgEncodeRikenCageSknshNucleusPapMinusRawRep4.bigWig
+GSM1010818_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL6021; labexpid=SL6021; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6021; replicate=1; original_filename=GSM1010818_hg19_wgEncodeHaibTfbsA549RxlchV0422111Etoh02RawRep1.bigWig
+GSM1010728_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL13321; labexpid=SL13754,SL12638; softwareversion=MACS; cell sex=M; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321; labexpid=SL13754,SL12638; replicate=1,2; softwareversion=MACS; original_filename=GSM1010728_hg19_wgEncodeHaibTfbsA549MaxV0422111RawRep2.bigWig
+GSM981258_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=061WC,062WC,062WC,061WC; labexpid=LID47094,LID47095,LID47095,LID47094; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=062WC; labexpid=LID47095; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM981258_hg19_wgEncodeCshlLongRnaSeqHfdpc01005032CellTotalMinusRep2.bigWig
+GSM979637_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=055WC,056WC,056WC,055WC; labexpid=CThi10103CTT,CThi10100CTT,CThi10100CTT,CThi10103CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=055WC; labexpid=CThi10100CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979637_hg19_wgEncodeRikenCageHaoafCellPapMinusRawRep2.bigWig
+GSM1014508_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HA-sp; cell organism=human; cell description=astrocytes spinal cord; cell karyotype=normal; cell lineage=ectoderm; cell sex=U; labexpid=DS14790; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014508_hg19_wgEncodeUwDgfHaspRaw.bigWig
+GSM1006906_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,085N,086N; labexpid=RHS020,RHS019,RHS019,RHS020; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N,086N; labexpid=RHS019,RHS020; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006906_hg19_wgEncodeGisRnaPetSknshNucleusPapMinusRawRep3.bigWig
+GSM1024780_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=GM04503; cell organism=human; cell description=adult twin pair fibroblasts, monozygotic twin of GM04504; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18640; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024780_hg19_wgEncodeUwDnaseGm04503RawRep2.bigWig
+GSM1024783_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Estradiol_100nM_1hr; treatment description=1 h with 100 nM Estradiol, hormone treatment (Stam); labexpid=DS18025; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024783_hg19_wgEncodeUwDnaseMcf7Est100nm1hRawRep2.bigWig
+GSM1010718_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL13294; labexpid=SL11657,SL11656; softwareversion=MACS; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13294; labexpid=SL11657,SL11656; replicate=1,2; softwareversion=MACS; original_filename=GSM1010718_hg19_wgEncodeHaibTfbsT47dJundV0422111RawRep2.bigWig
+GSM1010854_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL16758,SL16757,SL13504,SL16756; labexpid=SL16758,SL16757,SL13504,SL16756; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL16757,SL13504,SL16756; labexpid=SL16758,SL16757,SL13504,SL16756; replicate=1,3,2,4; original_filename=GSM1010854_hg19_wgEncodeHaibTfbsMcf7RxlchV0422111RawRep1.bigWig
+GSM1010767_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: RXRA; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-553; controlid=SL16761,SL13505; labexpid=SL14708,SL13497; softwareversion=MACS; cell sex=F; antibody=RXRA; antibody antibodydescription=RXRa(D-20) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the N-terminus of RXRalpha of human origin. Recommended for detection of RXRalpha of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: RXRA; antibody targetdescription=Retinoid X receptors (RXRs) and retinoic acid receptors (RARs), are nuclear receptors that mediate the biological effects of retinoids by their involvement in retinoic acid-mediated gene activation. These receptors exert their action by binding, as homodimers or heterodimers, to specific sequences in the promoters of target genes and regulating their transcription. The protein encoded by this gene is a member of the steroid and thyroid hormone receptor superfamily of transcriptional regulators.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-553; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL14708,SL13497; replicate=1,2; softwareversion=MACS; original_filename=GSM1010767_hg19_wgEncodeHaibTfbsSknshRxraV0422111RawRep1.bigWig
+GSM1010894_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12793,SL6023,SL11659,SL9103; labexpid=SL12793,SL6023,SL11659,SL9103; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12793,SL6023,SL11659,SL9103; labexpid=SL12793,SL6023,SL11659,SL9103; replicate=1,3,2,4; original_filename=GSM1010894_hg19_wgEncodeHaibTfbsK562RxlchV0422111RawRep1.bigWig
+GSM979661_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=080WC,079WC,080WC,079WC; labexpid=CThi10101ACA,CThi10101ATC,CThi10101ATC,CThi10101ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=079WC; labexpid=CThi10101ACA; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979661_hg19_wgEncodeRikenCageHwpCellPapMinusRawRep1.bigWig
+GSM1008581_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,3,2; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=CTCF_shRNA_knockdown; treatment description=CTCF (CCCTC-binding factor) transcript levels were knocked down in cells using lentiviral transduction to express an shRNA targeting the CTCF gene. The lentiviral construct also contained a puromycin resistance selectable marker and cells were treated 2 times, for three days each, to select for cells containing the retroviral construct. By western blot, CTCF protein levels in the knockdown cells were <10% of cell lines transduced with a randomized shRNA lentiviral construct.; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008581_hg19_wgEncodeOpenChromDnaseMcf7CtcfshrnaBaseOverlapSignal.bigWig
+GSM1010804_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL13320,SL16755; labexpid=SL13299,SL14593; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13320,SL16755; labexpid=SL13299,SL14593; replicate=1,2; softwareversion=MACS; original_filename=GSM1010804_hg19_wgEncodeHaibTfbsH1neuronsNrsfV0422111RawRep2.bigWig
+GSM1010805_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL13320,SL16755; labexpid=SL14594,SL13300; softwareversion=MACS; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13320,SL16755; labexpid=SL14594,SL13300; replicate=1,2; softwareversion=MACS; original_filename=GSM1010805_hg19_wgEncodeHaibTfbsH1neuronsTaf1V0422111RawRep1.bigWig
+GSM1010850_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL6022; labexpid=SL9542,SL8084; softwareversion=MACS; cell sex=F; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL9542,SL8084; replicate=1,2; softwareversion=MACS; original_filename=GSM1010850_hg19_wgEncodeHaibTfbsGm12878Cebpbsc150V0422111RawRep1.bigWig
+GSM1024748_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=bone_marrow_MSC; cell organism=human; cell description=These cells are primary fibroblastoid cells obtained from human bone marrow of normal donors as described in Roecklein and Torok-Storb, 1995 Blood 85:997-1005.; cell karyotype=normal; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS20518; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024748_hg19_wgEncodeUwDnaseMscRawRep2.bigWig
+GSM1010870_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12792,SL16759; labexpid=SL12792,SL16759; cell=HL-60; cell organism=human; cell description=promyelocytic leukemia cells, (PMID: 276884); cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792,SL16759; labexpid=SL12792,SL16759; replicate=1,2; original_filename=GSM1010870_hg19_wgEncodeHaibTfbsHl60RxlchV0422111RawRep1.bigWig
+GSM1006865_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_starved_media; treatment description=Grown with normal serum levels (10%), then switched to media containing low level of FBS (0.05%) for 72 hours; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006865_hg19_wgEncodeOpenChromChipMcf7Pol2SerumstvdBaseOverlapSignal.bigWig
+GSM984615_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=047WC,048WC,047WC,048WC; labexpid=LID47246,LID47245,LID47245,LID47246; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=048WC; labexpid=LID47246; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984615_hg19_wgEncodeCshlLongRnaSeqSkmc812190217CellTotalPlusRep2.bigWig
+GSM1003571_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: HDAC6; antibody targetdescription=Histone deacetylase 6 (HDAC6) is a class II histone deacetylase that catalyzes the deacetylation of lysine residues on the N-terminus of core histones. HDAC6 has also been identified as a cytoplasmic deacetylase that acts on tubulin and HSP90 to influence cell motility. Recently HDAC6 has been found to be involved in the stress response as a component of cytoplasmic stress granules.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-341A; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=HDAC6_(A301-341A); antibody antibodydescription=Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: HDAC6; antibody targetdescription=Histone deacetylase 6 (HDAC6) is a class II histone deacetylase that catalyzes the deacetylation of lysine residues on the N-terminus of core histones. HDAC6 has also been identified as a cytoplasmic deacetylase that acts on tubulin and HSP90 to influence cell motility. Recently HDAC6 has been found to be involved in the stress response as a component of cytoplasmic stress granules.; antibody vendorname=Bethyl; antibody vendorid=A301-341A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003571_hg19_wgEncodeBroadHistoneH1hescHdac6a301341aSig.bigWig
+GSM1010763_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; controlid=SL16761,SL13505; labexpid=SL14705,SL13494; softwareversion=MACS; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL14705,SL13494; replicate=1,2; softwareversion=MACS; original_filename=GSM1010763_hg19_wgEncodeHaibTfbsSknshP300V0422111RawRep1.bigWig
+GSM1003633_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CTCF_(SC-15914); antibody antibodydescription=Goat polyclonal, epitope mapping near the C-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=Transcriptional regulator with 11 highly conserved zinc finger domains. Depending on context, can bind a histone acetyltransferase (HAT)-containing complex and function as transcriptional activator or bind a histone deacetylase (HDAC)-containing complex and function as transcriptional repressor. Involved in transcriptional regulation by binding to chromatin insulators and preventing interaction between promoter and nearby enhancers and silencers. Preferentially interacts with unmethylated DNA, preventing spreading of CpG methylation. Can dimerize, mediating long-range chromatin looping. When bound to chromatin, provides an anchor point for nucleosomes positioning. Involved in sister chromatid cohesion. Associates with both centromeres and chromosomal arms during metaphase and required for cohesin localization to CTCF sites.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-15914; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH003393; original_filename=GSM1003633_hg19_wgEncodeSydhTfbsSknshCtcfbIggrabSig.bigWig
+GSM1010811_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL16757,SL16756; labexpid=SL14572,SL16339; softwareversion=MACS; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL14572,SL16339; replicate=1,2; softwareversion=MACS; original_filename=GSM1010811_hg19_wgEncodeHaibTfbsMcf7Taf1V0422111RawRep2.bigWig
+GSM981249_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046WC,045WC,045WC,045WC,046WC,046WC; labexpid=LID45017,LID45016,LID45017,LID45016,LID45017,LID45016; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,046WC; labexpid=LID45016,LID45017; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981249_hg19_wgEncodeCshlLongRnaSeqImr90CellPapPlusRep1.bigWig
+GSM1010880_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; controlid=SL12791,SL13505; labexpid=SL14603,SL13313; softwareversion=MACS; cell sex=F; antibody=NFIC_(SC-81335); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL14603,SL13313; replicate=1,2; softwareversion=MACS; original_filename=GSM1010880_hg19_wgEncodeHaibTfbsSknshNficsc81335V0422111RawRep1.bigWig
+GSM1010863_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL16758,SL13504; labexpid=SL13485,SL14695; softwareversion=MACS; cell sex=F; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL13485,SL14695; replicate=1,2; softwareversion=MACS; original_filename=GSM1010863_hg19_wgEncodeHaibTfbsMcf7MaxV0422111RawRep2.bigWig
+GSM981252_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C,089C,090C; labexpid=LID46857,LID46858,LID46857,LID46858; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089C,090C; labexpid=LID46857,LID46858; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981252_hg19_wgEncodeCshlLongRnaSeqMcf7CytosolPapMinusRep3.bigWig
+GSM1003524_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH000088; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003524_hg19_wgEncodeBroadHistoneH1hescEzh239875Sig.bigWig
+GSM1008583_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Cerebellum_OC; cell organism=human; cell description=Primary frozen cerebellum tissue from NICHD donor IDs 1104 (Rep B1), 602 (Rep B2), 1442 (Rep B3), all Caucasian; cell karyotype=normal; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008583_hg19_wgEncodeOpenChromDnaseCerebellumocBaseOverlapSignal.bigWig
+GSM1003632_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH003393; original_filename=GSM1003632_hg19_wgEncodeSydhTfbsSknshJundIggrabSig.bigWig
+GSM1003480_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=abcam; antibody vendorid=ab8898; controlid=wgEncodeEH001013; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HeLa-S3/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003480_hg19_wgEncodeBroadHistoneHelas3H3k09me3Sig.bigWig
+GSM1010844_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; controlid=SL16758,SL13504; labexpid=SL14689,SL13465; softwareversion=MACS; cell sex=F; antibody=Egr-1; antibody antibodydescription=Rabbit polyclonal, EGR-1 (588). Antibody Target: EGR1; antibody targetdescription=Egr-1, Egr-2, Egr-3 and Egr-4 are nuclear transcription factors belonging to the Egr C2H2-type zinc-finger protein family and containing three C2H2-type zinc fingers. As immediate early proteins, Egr transcription factors are rapidly induced by diverse extracellular stimuli. Egr proteins are subject to tight differential control through diverse mechanisms at several levels of regulation including transcriptional, translational and post-translational (including glyco- sylation, phosphorylation and redox) mechanisms and protein-protein inter- action. Egr-1 binds to the DNA sequence 5'-CGCCCCCGC-3' (EGR-site), there- by activating transcription of target genes whose products are required for mitogenisis and differentiation. Egr-2 binds specific DNA sites located in the promoter region of HoxA4. Egr-2 defects cause congenital hypomyelination neuropathy (also designated Charcot-Marie-tooth disease) and Dejerine- Sottas neuropathology (also designated hereditary motor and sensory neuro- pathy III. Egr-3 is involved in muscle spindle development and is expressed in T cells 20 minutes following activation. EGR-4 binds to the EGR consensus motif GCGTGGGCG, functions as a transcriptional repressor, and displays autoregulatory activities, downregulating its on gene promoter in a dose dependent manner.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-110; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL14689,SL13465; replicate=1,2; softwareversion=MACS; original_filename=GSM1010844_hg19_wgEncodeHaibTfbsMcf7Egr1V0422111RawRep1.bigWig
+GSM1011119_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; cell=Endometrium_OC; cell organism=human; cell description=Endometrium isolated from uterine lining; cell karyotype=normal; cell sex=F; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; original_filename=GSM1011119_hg19_wgEncodeOpenChromFaireEndometriumocSig.bigWig
+GSM1014538_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=M059J; cell organism=human; cell description=malignant glioblastoma, glioma, lack DNA-dependent protein kinase activity, deficient in repair of DNA double strand breaks, the cells are negative for glial fibrillary acidic protein (GFAP), tumor specimen taken from a 33 year old; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; labexpid=DS20493; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014538_hg19_wgEncodeUwDgfM059jRaw.bigWig
+GSM1008592_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; datatype description=DNaseI HS Sequencing; cell=HSMM_emb; cell organism=human; cell description=embryonic myoblast; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008592_hg19_wgEncodeOpenChromDnaseHsmmembBaseOverlapSignal.bigWig
+GSM1003574_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, epitope mapping at the N-terminus of CBP of human origin. Antibody Target: CREBBP; antibody targetdescription=CBP is a histone acetyl transferase that promotes transcription. CBP is recruited by a variety of transcription factors to promoters and enhancers.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-369; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=CBP_(sc-369); antibody antibodydescription=Rabbit polyclonal, epitope mapping at the N-terminus of CBP of human origin. Antibody Target: CBP; antibody targetdescription=CBP is a histone acetyl transferase that promotes transcription.  CBP is recruited by a variety of transcription factors to promoters and enhancers.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc369; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003574_hg19_wgEncodeBroadHistoneK562Cbpsc369Sig.bigWig
+GSM1010777_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPD of human origin. Antibody Target: CEBPD; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related protein CEBP-alpha. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses, and may be involved in the regulation of genes associated with activation and/or differentiation of macrophages. The cytogenetic location of this locus has been reported as both 8p11 and 8q11 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-636; controlid=SL3976; labexpid=SL4940,SL4210; softwareversion=MACS; cell sex=M; antibody=CEBPD_(SC-636); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPD of human origin. Antibody Target: CEBPD; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related protein CEBP-alpha. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses, and may be involved in the regulation of genes associated with activation and/or differentiation of macrophages. The cytogenetic location of this locus has been reported as both 8p11 and 8q11 (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-636; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3976; labexpid=SL4940,SL4210; replicate=1,2; softwareversion=MACS; original_filename=GSM1010777_hg19_wgEncodeHaibTfbsHepg2Cebpdsc636V0416101RawRep2.bigWig
+GSM984617_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=083WC,084WC,083WC,084WC; labexpid=LID47259,LID47258,LID47258,LID47259; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=084WC; labexpid=LID47259; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984617_hg19_wgEncodeCshlLongRnaSeqNhemm270110012CellTotalPlusRep2.bigWig
+GSM1006866_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: MYC; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-764; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_starved_media; treatment description=Grown with normal serum levels (10%), then switched to media containing low level of FBS (0.05%) for 72 hours; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006866_hg19_wgEncodeOpenChromChipMcf7CmycSerumstvdSig.bigWig
+GSM1010899_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22823; controlid=SL12796; labexpid=SL13304,SL12414; softwareversion=MACS; cell sex=M; antibody=E2F6; antibody antibodydescription=Rabbit polyclonal IgG, epitope corresponding to a.a. 232-281 mapping at the C-terminus of E2F-6 of human origin. Antibody Target: E2F6; antibody targetdescription=This gene encodes a member of the E2F transcription factor protein family. E2F family members play a crucial role in control of the cell cycle and of the action of tumor suppressor proteins. They are also a target of the transforming proteins of small DNA tumor viruses. Many E2F proteins contain several evolutionarily conserved domains: a DNA binding domain, a dimerization domain which determines interaction with the differentiation regulated transcription factor proteins (DP), a transactivation domain enriched in acidic amino acids, and a tumor suppressor protein association domain which is embedded within the transactivation domain. The encoded protein of this gene is atypical because it lacks the transactivation and tumor suppressor protein association domains. It contains a modular suppression domain and is an inhibitor of E2F-dependent transcription. The protein is part of a multimeric protein complex that contains a histone methyltransferase and the transcription factors Mga and Max. Multiple transcript variants have been reported for this gene, but it has not been clearly demonstrated that they encode valid isoforms (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22823; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12796; labexpid=SL13304,SL12414; replicate=1,2; softwareversion=MACS; original_filename=GSM1010899_hg19_wgEncodeHaibTfbsH1hescE2f6V0422111RawRep2.bigWig
+GSM1003494_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Specific for histone H3 tri methylated at lysine 36, weakly reacts with H3K36me2. Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=abcam; antibody vendorid=ab9050; controlid=wgEncodeEH003075; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003494_hg19_wgEncodeBroadHistoneA549H3k36me3Dex100nmSig.bigWig
+GSM1003470_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH003132; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=CD20+_RO01794/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003470_hg19_wgEncodeBroadHistoneCd20ro01794Ezh239875Sig.bigWig
+GSM1024740_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Th2_Wb33676984; cell organism=human; cell description=Th2 cells in vivo isolation, donor is Asian, female 26 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18057; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024740_hg19_wgEncodeUwDnaseTh2wb33676984RawRep1.bigWig
+GSM1010801_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; controlid=SL16754,SL13506; labexpid=SL13270,SL16305; softwareversion=MACS; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL13270,SL16305; replicate=1,2; softwareversion=MACS; original_filename=GSM1010801_hg19_wgEncodeHaibTfbsEcc1Rad21V0422111RawRep1.bigWig
+GSM1014523_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Treg_Wb78495824; cell organism=human; cell description=T regulatory cells in vivo isolation; cell karyotype=normal donor is Causasian, female 35 year old, primary pheresis of single normal subject; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS14702; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014523_hg19_wgEncodeUwDgfTregwb78495824Raw.bigWig
+GSM1024782_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=CD4+_Naive_Wb78495824; cell organism=human; cell description=CD4+ naive sorted cells, donor is Causasian, female 35 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS15241; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024782_hg19_wgEncodeUwDnaseCd4naivewb78495824RawRep1.bigWig
+GSM1010839_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; controlid=SL16757,SL16756; labexpid=SL16044,SL13723; softwareversion=MACS; cell sex=F; antibody=SRF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL16044,SL13723; replicate=1,2; softwareversion=MACS; original_filename=GSM1010839_hg19_wgEncodeHaibTfbsMcf7SrfV0422111RawRep2.bigWig
+GSM1010724_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of FOXA2 of human origin. Antibody Target: FOXA2; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5. The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors. This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators. The protein is required for transcription by promoters targeted by RNA polymerase II. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6554; controlid=SL3077,SL3253,SL3978; labexpid=SL3077,SL3253; softwareversion=MACS; cell sex=M; antibody=FOXA2_(SC-6554); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of FOXA2 of human origin. Antibody Target: FOXA2; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5.  The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors.  This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators.  The protein is required for transcription by promoters targeted by RNA polymerase II. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6554; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL3077,SL3253,SL3978; labexpid=SL3077,SL3253; replicate=1,2; softwareversion=MACS; original_filename=GSM1010724_hg19_wgEncodeHaibTfbsA549Foxa2V0416102Etoh02RawRep1.bigWig
+GSM1010788_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; controlid=SL2340; labexpid=SL2343,SL5609; softwareversion=MACS; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL2; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=abcam; antibody vendorid=ab5408; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2340; labexpid=SL2343,SL5609; replicate=1,2; softwareversion=MACS; original_filename=GSM1010788_hg19_wgEncodeHaibTfbsPanc1Pol24h8V0416101RawRep1.bigWig
+GSM1003460_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=abcam; antibody vendorid=ab8895; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003460_hg19_wgEncodeBroadHistoneDnd41H3k04me1Sig.bigWig
+GSM1006888_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003445; labversion=fseq v 1.84; cell=Colon_OC; cell organism=human; cell description=Primary frozen colon tissue from NCTC donor IDs 10-0005A (Rep B1) and 10-0170A (Rep B2), African American and caucasian; cell karyotype=normal; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003445; original_filename=GSM1006888_hg19_wgEncodeOpenChromChipColonocInputSig.bigWig
+GSM1022654_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF-Myc; cell organism=human; cell description=foreskin fibroblast cells expressing canine cMyc; cell karyotype=normal; cell lineage=fibroblast; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001896; labexpid=DS18321; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022654_hg19_wgEncodeUwTfbsHffmycInputStdRawRep1.bigWig
+GSM1006913_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N,045N,046N; labexpid=RHI006,RHI005,RHI006,RHI005; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N; labexpid=RHI005,RHI006; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006913_hg19_wgEncodeGisRnaPetImr90NucleusPapMinusRawRep2.bigWig
+GSM1008579_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=GC_B_cell; cell organism=human; cell description=Germinal center B cells (CD77+) isolated from de-identified tonsillectomy; cell karyotype=normal; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008579_hg19_wgEncodeOpenChromDnaseGcbcellBaseOverlapSignal.bigWig
+GSM1003496_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=abcam; antibody vendorid=ab7766; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K4me2; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=Abcam; antibody vendorid=ab7766; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003496_hg19_wgEncodeBroadHistoneA549H3k04me2Etoh02Sig.bigWig
+GSM979642_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=073WC,074WC,073WC,074WC; labexpid=CThi10104ATC,CThi10101GAT,CThi10104ATC,CThi10101GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=073WC; labexpid=CThi10104ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979642_hg19_wgEncodeRikenCageHpiepcCellPapMinusRawRep1.bigWig
+GSM1010852_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL12247,SL12246; labexpid=SL12240,SL13073; softwareversion=MACS; cell sex=M; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12240,SL13073; replicate=1,2; softwareversion=MACS; original_filename=GSM1010852_hg19_wgEncodeHaibTfbsHct116Cebpbsc150V0422111RawRep1.bigWig
+GSM979634_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC; labexpid=CThi10023,CThi10024,CThi10024,CThi10023; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=041WC; labexpid=CThi10023; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979634_hg19_wgEncodeRikenCageCd20CellPapPlusRawRep1.bigWig
+GSM1008586_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008586_hg19_wgEncodeOpenChromDnaseImr90Sig.bigWig
+GSM1010807_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; controlid=SL16754,SL13506; labexpid=SL14054,SL16021; softwareversion=MACS; cell sex=F; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14054,SL16021; replicate=1,2; softwareversion=MACS; original_filename=GSM1010807_hg19_wgEncodeHaibTfbsEcc1MaxV0422111RawRep1.bigWig
+GSM1010743_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Sp4 of human origin. Antibody Target: SP4; antibody targetdescription=Binds to GT and GC boxes promoters elements. Probable transcriptional activator.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-645; controlid=SL6018; labexpid=SL7836,SL8135; softwareversion=MACS; cell sex=M; antibody=SP4_(V-20); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Sp4 of human origin. Antibody Target: SP4; antibody targetdescription=Binds to GT and GC boxes promoters elements. Probable transcriptional activator.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-645; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6018; labexpid=SL7836,SL8135; replicate=1,2; softwareversion=MACS; original_filename=GSM1010743_hg19_wgEncodeHaibTfbsH1hescSp4v20V0422111RawRep1.bigWig
+GSM1010724_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of FOXA2 of human origin. Antibody Target: FOXA2; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5. The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors. This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators. The protein is required for transcription by promoters targeted by RNA polymerase II. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6554; controlid=SL3077,SL3253,SL3978; labexpid=SL3077,SL3253; softwareversion=MACS; cell sex=M; antibody=FOXA2_(SC-6554); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of FOXA2 of human origin. Antibody Target: FOXA2; antibody targetdescription=The intronless gene for this transcription coactivator is located between the protocadherin beta and gamma gene clusters on chromosome 5.  The protein encoded by this gene is a component of the TFIID protein complex, a complex which binds to the TATA box in class II promoters and recruits RNA polymerase II and other factors.  This particular subunit interacts with the largest TFIID subunit, as well as multiple transcription activators.  The protein is required for transcription by promoters targeted by RNA polymerase II. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6554; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL3077,SL3253,SL3978; labexpid=SL3077,SL3253; replicate=1,2; softwareversion=MACS; original_filename=GSM1010724_hg19_wgEncodeHaibTfbsA549Foxa2V0416102Etoh02RawRep2.bigWig
+GSM984608_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=067WC,068WC,068WC,067WC; labexpid=LID47100,LID47099,LID47099,LID47100; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=068WC; labexpid=LID47100; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984608_hg19_wgEncodeCshlLongRnaSeqHmscbm005060211CellTotalMinusRep2.bigWig
+GSM1008598_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; datatype description=DNaseI HS Sequencing; cell=HSMM_FSHD; cell organism=human; cell description=primary myoblast from Facioscapulohumeral Muscular Dystrophy (FSHD) patients, muscle needle biopsies; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008598_hg19_wgEncodeOpenChromDnaseHsmmfshdBaseOverlapSignal.bigWig
+GSM1010896_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL12796; labexpid=SL12413,SL13303; softwareversion=MACS; cell sex=M; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12796; labexpid=SL12413,SL13303; replicate=1,2; softwareversion=MACS; original_filename=GSM1010896_hg19_wgEncodeHaibTfbsH1hescCreb1sc240V0422111RawRep2.bigWig
+GSM1010814_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12050,SL12795,SL6019; labexpid=SL12050,SL12795,SL6019; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795,SL6019; labexpid=SL12050,SL12795,SL6019; replicate=1,3,2; original_filename=GSM1010814_hg19_wgEncodeHaibTfbsHepg2RxlchV0422111RawRep2.bigWig
+GSM1008567_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,3,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=G2-M_phase; treatment description=Cells were synchronized and subjected to FACS sorting based on DNA content with the peak of double DNA content taken as G2 and M cells. The intermediate DNA content cells between G2-M and G1 phases were excluded. (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008567_hg19_wgEncodeOpenChromDnaseK562G2mphaseSig.bigWig
+GSM981254_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC,042WC,041WC; labexpid=LID44659,LID44659,LID44660,LID44660,LID44660,LID44659; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=041WC,042WC; labexpid=LID44659,LID44660; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981254_hg19_wgEncodeCshlLongRnaSeqCd20CellPamPlusRep2.bigWig
+GSM979660_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=051WC,052WC,051WC,052WC; labexpid=CThi10035,CThi10034,CThi10034,CThi10035; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=051WC; labexpid=CThi10034; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979660_hg19_wgEncodeRikenCageHvmfCellPapPlusRawRep2.bigWig
+GSM1003502_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH001056; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Osteobl/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003502_hg19_wgEncodeBroadHistoneOsteoH3k79me2Sig.bigWig
+GSM1006909_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=RHA011,RHA012,RHA011,RHA012; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,088C; labexpid=RHA011,RHA012; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006909_hg19_wgEncodeGisRnaPetA549CytosolPapMinusRawRep4.bigWig
+GSM1003514_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=Histone acetyltransferase with sequence similarity to CBP (CREB-binding protein). Regulates transcription by influencing chromatin organization. P300 has been demonstrated to bind to phosphorylated CREB to mediate cAMP-gene regulation.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-358A; controlid=wgEncodeEH001056; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=P300_KAT3B; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=Histone acetyltransferase with sequence similarity to CBP (CREB-binding protein). Regulates transcription by influencing chromatin organization. P300 has been demonstrated to bind to phosphorylated CREB to mediate cAMP-gene regulation.; antibody vendorname=Bethyl; antibody vendorid=A300-358A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Osteobl/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003514_hg19_wgEncodeBroadHistoneOsteoP300kat3bSig.bigWig
+GSM1003606_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=A549; cell organism=human; cell description=epithelial cell line derived from a lung carcinoma tissue. (PMID: 175022), This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old caucasian male. - ATCC, newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; antibody=CTCF_(SC-15914); antibody antibodydescription=Goat polyclonal, epitope mapping near the C-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=Transcriptional regulator with 11 highly conserved zinc finger domains. Depending on context, can bind a histone acetyltransferase (HAT)-containing complex and function as transcriptional activator or bind a histone deacetylase (HDAC)-containing complex and function as transcriptional repressor. Involved in transcriptional regulation by binding to chromatin insulators and preventing interaction between promoter and nearby enhancers and silencers. Preferentially interacts with unmethylated DNA, preventing spreading of CpG methylation. Can dimerize, mediating long-range chromatin looping. When bound to chromatin, provides an anchor point for nucleosomes positioning. Involved in sister chromatid cohesion. Associates with both centromeres and chromosomal arms during metaphase and required for cohesin localization to CTCF sites.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-15914; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002819; original_filename=GSM1003606_hg19_wgEncodeSydhTfbsA549CtcfbIggrabSig.bigWig
+GSM984613_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=094WC,093WC,094WC,093WC,093WC,094WC; labexpid=LID47260,LID47261,LID47260,LID47261,LID47261,LID47260; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=094WC,093WC; labexpid=LID47261,LID47260; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist13; original_filename=GSM984613_hg19_wgEncodeCshlLongRnaSeqHsavecCellTotalMinusRep2.bigWig
+GSM1003465_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH002434; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Dnd41/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003465_hg19_wgEncodeBroadHistoneDnd41H2azSig.bigWig
+GSM1010841_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL16754,SL13506; labexpid=SL14057,SL16023; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14057,SL16023; replicate=1,2; softwareversion=MACS; original_filename=GSM1010841_hg19_wgEncodeHaibTfbsEcc1NrsfV0422111RawRep2.bigWig
+GSM1006906_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,085N,086N; labexpid=RHS020,RHS019,RHS019,RHS020; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N,086N; labexpid=RHS019,RHS020; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006906_hg19_wgEncodeGisRnaPetSknshNucleusPapMinusRawRep4.bigWig
+GSM1010719_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway. Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; controlid=SL1668,SL3898; labexpid=SL3897,SL1667; softwareversion=MACS; cell sex=M; antibody=CREB1_(SC-240); antibody antibodydescription=Mouse monoclonal IgG1; raised against amino acids 254-327 mapping within the DNA binding and dimerization domain of human CREB-1. Antibody Target: CREB1; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds as a homodimer to the cAMP-responsive element, an octameric palindrome. The protein is phosphorylated by several protein kinases, and induces transcription of genes in response to hormonal stimulation of the cAMP pathway.  Alternate splicing of this gene results in two transcript variants encoding different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-240; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1668,SL3898; labexpid=SL3897,SL1667; replicate=1,2; softwareversion=MACS; original_filename=GSM1010719_hg19_wgEncodeHaibTfbsA549Creb1sc240V0416102Dex100nmRawRep1.bigWig
+GSM981243_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=045WC,045WC,046WC,046WC; labexpid=LID45238,LID45239,LID45239,LID45238; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=045WC,046WC; labexpid=LID45238,LID45239; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981243_hg19_wgEncodeCshlLongRnaSeqImr90CellTotalMinusRep1.bigWig
+GSM1024741_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Treg_Wb83319432; cell organism=human; cell description=T regulatory cells in vivo isolation, donor is Caucasian, male 28 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17589; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024741_hg19_wgEncodeUwDnaseTregwb83319432RawRep1.bigWig
+GSM1003515_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4441; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003515_hg19_wgEncodeBroadHistoneMonocd14ro1746H3k09acSig.bigWig
+GSM984611_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=059WC,060WC,059WC,059WC,060WC,060WC; labexpid=LID47024,LID47025,LID47024,LID47025,LID47025,LID47024; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=059WC; labexpid=LID47024; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984611_hg19_wgEncodeCshlLongRnaSeqHch00113082pCellTotalMinusRep1.bigWig
+GSM1024779_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=RPMI-7951; cell organism=human; cell description=Human Skin Malignant Melanoma Cells, This is a hyperdiploid human cell line with the modal chromosome number of 49, occurring in 24% of cells. Polyploid cells occurred at 22%, which is high.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS20909; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024779_hg19_wgEncodeUwDnaseRpmi7951RawRep1.bigWig
+GSM981257_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=043WC; labexpid=LID45901; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist14; rnaextract description=Total RNA extract (longer than 200 nt); biorep=043WC; labexpid=LID45901; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981257_hg19_wgEncodeCshlLongRnaSeqCd34mobilizedCellTotalPlusRep1.bigWig
+GSM1010775_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Bcl-3(C-14) is an affinity purified antibody raised against a peptide mapping at the C-terminus of Bcl-3 of human origin. Recommended for detection of Bcl-3 of mouse, rat and human origin by WB, IP, IF and ELISA. Antibody Target: BCL3; antibody targetdescription=This gene is a proto-oncogene candidate. It is identified by its translocation into the immunoglobulin alpha-locus in some cases of B-cell leukemia. The protein encoded by this gene contains seven ankyrin repeats, which are most closely related to those found in I kappa B proteins. This protein functions as a transcriptional co-activator that activates through its association with NF-kappa B homodimers. The expression of this gene can be induced by NF-kappa B, which forms a part of the autoregulatory loop that controls the nuclear residence of p50 NF-kappa B. (Provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-185; controlid=SL6021; labexpid=SL6596,SL7109; softwareversion=MACS; cell sex=M; antibody=BCL3; antibody antibodydescription=Bcl-3(C-14) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of Bcl-3 of human origin. Recommended for detection of Bcl-3 of m, r and h origin by WB, IP, IF and ELISA. Antibody Target: BCL3; antibody targetdescription=This gene is a proto-oncogene candidate. It is identified by its translocation into the immunoglobulin alpha-locus in some cases of B-cell leukemia. The protein encoded by this gene contains seven ankyrin repeats, which are most closely related to those found in I kappa B proteins. This protein functions as a transcriptional co-activator that activates through its association with NF-kappa B homodimers. The expression of this gene can be induced by NF-kappa B, which forms a part of the autoregulatory loop that controls the nuclear residence of p50 NF-kappa B. (Provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-185; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6596,SL7109; replicate=1,2; softwareversion=MACS; original_filename=GSM1010775_hg19_wgEncodeHaibTfbsA549Bcl3V0422111Etoh02RawRep2.bigWig
+GSM1006865_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_starved_media; treatment description=Grown with normal serum levels (10%), then switched to media containing low level of FBS (0.05%) for 72 hours; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006865_hg19_wgEncodeOpenChromChipMcf7Pol2SerumstvdSig.bigWig
+GSM984610_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=053WC,054WC,054WC,053WC; labexpid=LID47251,LID47252,LID47251,LID47252; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=054WC; labexpid=LID47252; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984610_hg19_wgEncodeCshlLongRnaSeqHob00902021CellTotalMinusRep2.bigWig
+GSM1003623_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=CHD1_(NB100-60411); antibody antibodydescription=Rabbit polyclonal, The epitope recognized by this antibody maps to a region between residue 1660 and 1710 of human chromodomain helicase DNA binding protein 1 using the numbering given in entry NP_001261.2 (GeneID 1105). Antibody Target: CHD1; antibody targetdescription=ATP-dependent chromatin-remodeling factor which functions as substrate recognition component of the transcription regulatory histone acetylation (HAT) complex SAGA. Regulates polymerase II transcription. Also required for efficient transcription by RNA polymerase I, and more specifically the polymerase I transcription termination step. Also required to maintain a specific chromatin configuration across the genome. Is also associated with histone deacetylase (HDAC) activity (By similarity). Required for the bridging of SNF2, the FACT complex, the PAF complex as well as the U2 snRNP complex to H3K4me3. Required for maintaining open chromatin and pluripotency in embryonic stem cells; antibody vendorname=Novus Biologicals; antibody vendorid=NB100-60411; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; original_filename=GSM1003623_hg19_wgEncodeSydhTfbsImr90Chd1nb10060411IggrabSig.bigWig
+GSM1024776_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=GM04504; cell organism=human; cell description=adult twin pair fibroblasts, monozygotic twin of GM04503, 13% of the cells examined show random chromosome loss; cell karyotype=normal; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18975; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024776_hg19_wgEncodeUwDnaseGm04504RawRep2.bigWig
+GSM1022671_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HFF-Myc; cell organism=human; cell description=foreskin fibroblast cells expressing canine cMyc; cell karyotype=normal; cell lineage=fibroblast; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001896; labexpid=DS18322; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022671_hg19_wgEncodeUwTfbsHffmycCtcfStdRawRep1.bigWig
+GSM1003569_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: CBX8; antibody targetdescription=CBX8 is part of the polycomb group of proteins that are important in embryogenesis and human tumorigenesis and regulates a number of genes involved in cell growth and survival. There are at least 5 CBX proteins in mammals. CBX proteins associate with the core polycomb repressive complex 1 (PRC1) that functions to maintain the transcriptionally repressive state of genes during development.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A300-882A; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=CBX8; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=CBX8 is part of the polycomb group of proteins that are important in embryogenesis and human tumorigenesis and regulates a number of genes involved in cell growth and survival. There are at least 5 CBX proteins in mammals. CBX proteins associate with the core polycomb repressive complex 1 (PRC1) that functions to maintain the transcriptionally repressive state of genes during development.; antibody vendorname=Bethyl; antibody vendorid=A300-882A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003569_hg19_wgEncodeBroadHistoneK562Cbx8Sig.bigWig
+GSM979648_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,085C,086C,086C; labexpid=CThi10044,CThi10047,CThi10044,CThi10047; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C; labexpid=CThi10044; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979648_hg19_wgEncodeRikenCageSknshCytosolPapPlusRawRep4.bigWig
+GSM1003614_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=Mxi1_(AF4185); antibody antibodydescription=Goat IgG. Raised against E. coli-derived rhMxi1. Antibody Target: Mxi1; antibody targetdescription=Transcriptional repressor. Binds with MAX to form recognize the core sequence 5'-CAC[GA]TG-3', antagonizes MYC transcriptional activity by competing for MAX; antibody vendorname=R&D Systems; antibody vendorid=AF4185; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; original_filename=GSM1003614_hg19_wgEncodeSydhTfbsImr90Mxi1IggrabSig.bigWig
+GSM1003566_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=PCAF (P300/CBP-associated factor) is a histone acetyltransferase (HAT) identified as a factor that associates with P300/CBP, a transcriptional coactivator of nuclear hormone receptors and other transcription factors.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-666A; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=PCAF; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=PCAF (P300/CBP-associated factor) is a histone acetyltransferase (HAT) identified as a factor that associates with P300/CBP, a transcriptional coactivator of nuclear hormone receptors and other transcription factors.; antibody vendorname=Bethyl; antibody vendorid=A301-666A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003566_hg19_wgEncodeBroadHistoneK562PcafSig.bigWig
+GSM1003535_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=abcam; antibody vendorid=ab8895; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003535_hg19_wgEncodeBroadHistoneMonocd14ro1746H3k04me1Sig.bigWig
+GSM979658_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C,046C,046C,045C; labexpid=CThi10017,CThi10019,CThi10019,CThi10017; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045C; labexpid=CThi10017; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979658_hg19_wgEncodeRikenCageImr90CytosolPapMinusRawRep1.bigWig
+GSM1022660_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtA_9d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 9 days, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002545; labexpid=DS15393; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022660_hg19_wgEncodeUwTfbsH7esInputStdDiffa9dRawRep1.bigWig
+GSM1014525_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=CD20+_RO01778; cell organism=human; cell description=B cells, caucasian, draw number 1, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labexpid=DS18208; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014525_hg19_wgEncodeUwDgfCd20ro01778Sig.bigWig
+GSM1008598_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; datatype description=DNaseI HS Sequencing; cell=HSMM_FSHD; cell organism=human; cell description=primary myoblast from Facioscapulohumeral Muscular Dystrophy (FSHD) patients, muscle needle biopsies; cell sex=U; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008598_hg19_wgEncodeOpenChromDnaseHsmmfshdSig.bigWig
+GSM1022672_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=LNCaP; cell organism=human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001897; labexpid=DS18326; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022672_hg19_wgEncodeUwTfbsLncapInputStdRawRep1.bigWig
+GSM1010747_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: ESR1; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-543; treatment description=1 h with 100 nM Bisphenol A (Myers); controlid=SL1092,SL1034; labexpid=SL2082,SL1050; softwareversion=MACS; antibody=ERalpha_a; antibody antibodydescription=Rabbit affinity purified polyclonal antibody. Epitope is the C-terminus of human estrogen receptor alpha (ESR1). Recommended for detection of estrogen receptor  of m, r and h origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: ESR1; antibody targetdescription=This gene encodes an estrogen receptor, a ligand-activated transcription factor composed of several domains important for hormone binding, DNA binding, and activation of transcription. The protein localizes to the nucleus where it may form a homodimer or a heterodimer with estrogen receptor 2. Estrogen and its receptors are essential for sexual development and reproductive function, but also play a role in other tissues such as bone. Estrogen receptors are also involved in pathological processes including breast cancer, endometrial cancer, and osteoporosis. Alternative splicing results in several transcript variants, which differ in their 5-prime UTRs and use different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-543; treatment=BPA_100nM; treatment description=1 h with 100 nM Bisphenol A  (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL1092,SL1034; labexpid=SL2082,SL1050; replicate=1,2; softwareversion=MACS; original_filename=GSM1010747_hg19_wgEncodeHaibTfbsEcc1EraaV0416102Bpa1hRawRep2.bigWig
+GSM1010791_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; controlid=SL16757,SL16756; labexpid=SL13724,SL16336; softwareversion=MACS; cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL13724,SL16336; replicate=1,2; softwareversion=MACS; original_filename=GSM1010791_hg19_wgEncodeHaibTfbsMcf7Rad21V0422111RawRep1.bigWig
+GSM1003546_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH003076; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/EtOH_0.02pct/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003546_hg19_wgEncodeBroadHistoneA549H2azEtoh02Sig.bigWig
+GSM979639_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=059WC,059WC,060WC,060WC; labexpid=CThi10104CTT,CThi10104ACA,CThi10104ACA,CThi10104CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=059WC; labexpid=CThi10104CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979639_hg19_wgEncodeRikenCageHchCellPapPlusRawRep2.bigWig
+GSM1010789_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin. Antibody Target: ATF3; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-188; controlid=SL6021; labexpid=SL7273,SL6010; softwareversion=MACS; cell sex=M; antibody=ATF3; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of ATF3 of human origin. Antibody Target: ATF3; antibody targetdescription=Activating transcription factor 3. A bZIP transcription factor and member of the Ca2+/cAMP response element-binding (CREB) protein family. ATF3 is found to act both as an activator and repressor of transcription.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-188; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7273,SL6010; replicate=1,2; softwareversion=MACS; original_filename=GSM1010789_hg19_wgEncodeHaibTfbsA549Atf3V0422111Etoh02RawRep1.bigWig
+GSM1006881_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003454; labversion=fseq v 1.84, iff_Pancreas,baseAlignCounts.pl v 1,p-value cutoff: 0.05; replicate=1,2; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003454; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006881_hg19_wgEncodeOpenChromChipPancreasocCtcfSigRep1.bigWig
+GSM981250_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,086N,085N,085N,086N; labexpid=LID46597,LID46596,LID46597,LID46596,LID46597,LID46596; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N,086N; labexpid=LID46596,LID46597; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981250_hg19_wgEncodeCshlLongRnaSeqSknshNucleusPapMinusRep3.bigWig
+GSM1010887_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PBX3; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-891; controlid=SL16761,SL13505; labexpid=SL16042,SL13495; softwareversion=MACS; cell sex=F; antibody=Pbx3; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PBX3; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-891; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16761,SL13505; labexpid=SL16042,SL13495; replicate=1,2; softwareversion=MACS; original_filename=GSM1010887_hg19_wgEncodeHaibTfbsSknshPbx3V0422111RawRep2.bigWig
+GSM979639_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=059WC,059WC,060WC,060WC; labexpid=CThi10104CTT,CThi10104ACA,CThi10104ACA,CThi10104CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=M; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=059WC; labexpid=CThi10104CTT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979639_hg19_wgEncodeRikenCageHchCellPapMinusRawRep2.bigWig
+GSM1010727_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target: GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors. The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology. Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; controlid=SL13321,SL12790; labexpid=SL13283,SL12399; softwareversion=MACS; cell sex=M; antibody=GATA3_(SC-268); antibody antibodydescription=Mouse monoclonal IgG raised against human recombinant GATA-3. Antibody Target:  GATA3; antibody targetdescription=This gene encodes a protein which belongs to the GATA family of transcription factors.  The protein contains two GATA-type zinc fingers and is a n important regulator of T-cell development and plays an important role in endothelial cell biology.  Defects in this gene are the cause of hypoparathyroidism with sensorineural deafness and renal dysplasia (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-268; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL12790; labexpid=SL13283,SL12399; replicate=1,2; softwareversion=MACS; original_filename=GSM1010727_hg19_wgEncodeHaibTfbsA549Gata3V0422111RawRep1.bigWig
+GSM1008565_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Hypoxia_LacAcid_ctrl; treatment description=Untreated cells grown along side Hypoxia LacAcid treated cells (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008565_hg19_wgEncodeOpenChromDnaseMcf7HypoxlacconBaseOverlapSignal.bigWig
+GSM981243_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=045WC,045WC,046WC,046WC; labexpid=LID45238,LID45239,LID45239,LID45238; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=045WC,046WC; labexpid=LID45238,LID45239; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981243_hg19_wgEncodeCshlLongRnaSeqImr90CellTotalPlusRep1.bigWig
+GSM1010723_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL4698,SL3900,SL3978; labexpid=SL4698,SL3900; softwareversion=MACS; cell sex=M; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL4698,SL3900,SL3978; labexpid=SL4698,SL3900; replicate=1,2; softwareversion=MACS; original_filename=GSM1010723_hg19_wgEncodeHaibTfbsA549JundV0416102Etoh02RawRep2.bigWig
+GSM1010748_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Fra-2(Q-20) is an affinity purified raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; controlid=SL6021; labexpid=SL8077,SL7116; softwareversion=MACS; cell sex=M; antibody=FOSL2; antibody antibodydescription=Fra-2(Q-20) is an affinity purified rabbit polyclonal raised against the N-terminus of Fra-2 of human origin. Recommended for detection of Fra-2 of m, r, h and chicken origin by WB, IP, IF, IHC(P) and ELISA. Antibody Target: FOSL2; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-604; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL8077,SL7116; replicate=1,2; softwareversion=MACS; original_filename=GSM1010748_hg19_wgEncodeHaibTfbsA549Fosl2V0422111Etoh02RawRep2.bigWig
+GSM1008562_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,3,2; cell=FibroP_AG08396; cell organism=human; cell description=fibroblasts taken from individuals with Parkinson's disease; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008562_hg19_wgEncodeOpenChromDnaseFibropag08396Sig.bigWig
+GSM1010897_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins. The protein is involved in repressing and activating a diverse number of promoters. YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; controlid=SL12791,SL13505; labexpid=SL13085,SL14045; softwareversion=MACS; cell sex=F; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL13505; labexpid=SL13085,SL14045; replicate=1,2; softwareversion=MACS; original_filename=GSM1010897_hg19_wgEncodeHaibTfbsSknshYy1sc281V0422111RawRep1.bigWig
+GSM1022658_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000968; labexpid=DS16200; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022658_hg19_wgEncodeUwTfbsMcf7CtcfStdRawRep1.bigWig
+GSM1010758_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101004; controlid=SL12247,SL12246; labexpid=SL12229,SL13066; softwareversion=MACS; cell sex=M; antibody=CBX3_(SC-101004); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101004; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL12229,SL13066; replicate=1,2; softwareversion=MACS; original_filename=GSM1010758_hg19_wgEncodeHaibTfbsHct116Cbx3sc101004V0422111RawRep1.bigWig
+GSM1010732_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101004; controlid=SL6023; labexpid=SL7105,SL7568; softwareversion=MACS; cell sex=F; antibody=CBX3_(SC-101004); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant CBX3 of human origin. Antibody Target: CBX3; antibody targetdescription=At the nuclear envelope, the nuclear lamina and heterochromatin are adjacent to the inner nuclear membrane. The protein encoded by this gene binds DNA and is a component of heterochromatin. This protein also can bind lamin B receptor, an integral membrane protein found in the inner nuclear membrane. The dual binding functions of the encoded protein may explain the association of heterochromatin with the inner nuclear membrane. This protein binds histone H3 tails methylated at Lys-9 sites. This protein is also recruited to sites of ultraviolet-induced DNA damage and double-strand breaks. Two transcript variants encoding the same protein but differing in the 5' UTR, have been found for this gene.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101004; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL7105,SL7568; replicate=1,2; softwareversion=MACS; original_filename=GSM1010732_hg19_wgEncodeHaibTfbsK562Cbx3sc101004V0422111RawRep1.bigWig
+GSM1006879_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003452; labversion=fseq v 1.84; cell=LNCaP; cell organism=human; cell description=prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.); cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003452; original_filename=GSM1006879_hg19_wgEncodeOpenChromChipLncapInputSig.bigWig
+GSM1006871_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003454; labversion=fseq v 1.84; cell=Pancreas_OC; cell organism=human; cell description=Primary frozen pancreas tissue from NCTC donor IDs 09-0144A (Rep B1) and 10-0021A (Rep B2); cell karyotype=normal; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003454; original_filename=GSM1006871_hg19_wgEncodeOpenChromChipPancreasocInputSig.bigWig
+GSM1008567_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,3,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=G2-M_phase; treatment description=Cells were synchronized and subjected to FACS sorting based on DNA content with the peak of double DNA content taken as G2 and M cells. The intermediate DNA content cells between G2-M and G1 phases were excluded. (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008567_hg19_wgEncodeOpenChromDnaseK562G2mphaseBaseOverlapSignal.bigWig
+GSM1003605_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=GM12878; cell organism=human; cell description=B-lymphocyte, lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ERRA; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Ets-1 of human origin. Antibody Target: ERRA; antibody targetdescription=epitope corresponding to amino acids 81-160 mapping near the N-terminus of ERRalpha of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-66882; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000771; original_filename=GSM1003605_hg19_wgEncodeSydhTfbsGm12878ErraIggrabSig.bigWig
+GSM1010861_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; controlid=SL16757,SL16756; labexpid=SL16340,SL14574; softwareversion=MACS; cell sex=F; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL16756; labexpid=SL16340,SL14574; replicate=1,2; softwareversion=MACS; original_filename=GSM1010861_hg19_wgEncodeHaibTfbsMcf7Tcf12V0422111RawRep1.bigWig
+GSM1008606_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Urothelia; cell organism=human; cell description=primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene; cell karyotype=normal; cell sex=F; treatment=UT189; treatment description=UT189 E.Coli treatment 1 hour, followed by 24 hour incubation; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008606_hg19_wgEncodeOpenChromDnaseUrothelUt189SigV2.bigWig
+GSM1003476_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH003132; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=CD20+/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003476_hg19_wgEncodeBroadHistoneCd20H2azSig.bigWig
+GSM979631_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0163N; labexpid=CTig10028; readtype=1x36; readtype description=Single 36 nt reads; cell lineage=ectoderm; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=gen0163N; labexpid=CTig10028; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; original_filename=GSM979631_hg19_wgEncodeRikenCageHelas3NucleusPamPlusRawRep1.bigWig
+GSM1009528_1	lab=GIS; lab description=Ruan - Genome Institute of Singapore; datatype=RnaPet; datatype description=RNA Paired-End Tag; cell=GM12878; cell organism=human; cell description=lymphoblastoid, International HapMap Project - CEPH/Utah - European Caucasion, Epstein-Barr Virus; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; localization=cytosol; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=gen0107C; labexpid=IHG024; labversion=clone-free; replicate=1; replicate description=tier 1; original_filename=GSM1009528_hg19_wgEncodeGisRnaPetGm12878CytosolPapMinusRawRep1V2.bigWig
+GSM1006913_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N,045N,046N; labexpid=RHI006,RHI005,RHI006,RHI005; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045N,046N; labexpid=RHI005,RHI006; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006913_hg19_wgEncodeGisRnaPetImr90NucleusPapMinusRawRep1.bigWig
+GSM1010746_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; controlid=SL6021; labexpid=SL8076,SL7114; softwareversion=MACS; cell sex=M; antibody=TCF12; antibody antibodydescription=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-357; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL8076,SL7114; replicate=1,2; softwareversion=MACS; original_filename=GSM1010746_hg19_wgEncodeHaibTfbsA549Tcf12V0422111Etoh02RawRep2.bigWig
+GSM1010780_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of ATF2 of human origin. Antibody Target: ATF2; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds to the cAMP-responsive element (CRE), an octameric palindrome. The protein forms a homodimer or heterodimer with c-Jun and stimulates CRE-dependent transcription. The protein is also a histone acetyltransferase (HAT) that specifically acetylates histones H2B and H4 in vitro; thus it may represent a class of sequence-specific factors that activate transcription by direct effects on chromatin components. Additional transcript variants have been identified but their biological validity has not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81188; controlid=SL6022; labexpid=SL7561,SL7282; softwareversion=MACS; cell sex=F; antibody=ATF2_(SC-81188); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of ATF2 of human origin. Antibody Target: ATF2; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds to the cAMP-responsive element (CRE), an octameric palindrome. The protein forms a homodimer or heterodimer with c-Jun and stimulates CRE-dependent transcription. The protein is also a histone acetyltransferase (HAT) that specifically acetylates histones H2B and H4 in vitro; thus it may represent a class of sequence-specific factors that activate transcription by direct effects on chromatin components. Additional transcript variants have been identified but their biological validity has not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7561,SL7282; replicate=1,2; softwareversion=MACS; original_filename=GSM1010780_hg19_wgEncodeHaibTfbsGm12878Atf2sc81188V0422111RawRep2.bigWig
+GSM1006908_1	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,045WC,046WC,046WC; labexpid=RHI001,RHI002,RHI002,RHI001; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=1,2; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,046WC; labexpid=RHI001,RHI002; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006908_hg19_wgEncodeGisRnaPetImr90CellPapMinusRawRep1.bigWig
+GSM1010885_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL13506; labexpid=SL14591,SL13281; softwareversion=MACS; cell sex=F; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14591,SL13281; replicate=1,2; softwareversion=MACS; original_filename=GSM1010885_hg19_wgEncodeHaibTfbsEcc1Tead4sc101184V0422111RawRep2.bigWig
+GSM1010755_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PBX3; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-891; controlid=SL13321; labexpid=SL16043,SL13476; softwareversion=MACS; cell sex=M; antibody=Pbx3; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PBX3; antibody targetdescription=Pbx 3 (D-17); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-891; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321; labexpid=SL16043,SL13476; replicate=1,2; softwareversion=MACS; original_filename=GSM1010755_hg19_wgEncodeHaibTfbsA549Pbx3V0422111RawRep1.bigWig
+GSM1003539_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=abcam; antibody vendorid=ab9051; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H4K20me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=Abcam; antibody vendorid=ab9051; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003539_hg19_wgEncodeBroadHistoneMonocd14ro1746H4k20me1Sig.bigWig
+GSM1003488_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH000072; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NHEK/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003488_hg19_wgEncodeBroadHistoneNhekH2azSig.bigWig
+GSM1022637_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WI-38; cell organism=human; cell description=embryonic lung fibroblast cells, hTERT immortalized, includes Raf1 construct; cell karyotype=normal; cell lineage=endoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001903; labexpid=DS18347; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022637_hg19_wgEncodeUwTfbsWi38CtcfStdRawRep1.bigWig
+GSM1003612_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=IMR90; cell organism=human; cell description=fetal lung fibroblasts, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=endoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=COREST_(sc-30189); antibody antibodydescription=Rabbit polyclonal, epitope corresponding to amino acids 246-310 mapping within an internal region of CoREST of human origin recommended for detection of CoREST of mouse, rat and human origin. Antibody Target: COREST (sc30189); antibody targetdescription=Essential component of the BHC complex, a corepressor complex that represses transcription of neuron-specific genes in non-neuronal cells.  In the BHC complex, it serves as a molecular beacon for the recruitment of molecular machinery, including MeCP2 and SUV39H1, that imposes silencing across a chromosomal interval. Plays a central role in demethylation of Lys-4 of histone H3 by promoting demethylase activity of KDM1A on core histones and nucleosomal substrates.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-30189; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH002808; original_filename=GSM1003612_hg19_wgEncodeSydhTfbsImr90Corestsc30189IggrabSig.bigWig
+GSM1003483_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH001013; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HeLa-S3/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003483_hg19_wgEncodeBroadHistoneHelas3H2azSig.bigWig
+GSM1010859_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL16762; labexpid=SL14681,SL16342; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16762; labexpid=SL14681,SL16342; replicate=1,2; softwareversion=MACS; original_filename=GSM1010859_hg19_wgEncodeHaibTfbsPanc1NrsfV0422111RawRep2.bigWig
+GSM1003583_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003583_hg19_wgEncodeBroadHistoneK562P300StdSig.bigWig
+GSM1008593_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=Ishikawa; cell organism=human; cell description=endometrial adenocarcinoma; cell sex=F; treatment=Estradiol_10nM_30m; treatment description=30 min with 10nM 7b-Estradiol (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008593_hg19_wgEncodeOpenChromDnaseIshikawaEst10nm30mBaseOverlapSignal.bigWig
+GSM981251_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C,085C,086C; labexpid=LID46594,LID46595,LID46595,LID46594; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085C,086C; labexpid=LID46594,LID46595; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981251_hg19_wgEncodeCshlLongRnaSeqSknshCytosolPapMinusRep4.bigWig
+GSM979647_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=086N,085N,085N,086N; labexpid=CThi10048,CThi10045,CThi10048,CThi10045; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=085N; labexpid=CThi10045; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979647_hg19_wgEncodeRikenCageSknshNucleusPapPlusRawRep3.bigWig
+GSM1010829_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: ETS1; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-350; controlid=SL6021; labexpid=SL6600,SL7108; softwareversion=MACS; cell sex=M; antibody=ETS1; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: ETS1; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-350; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6600,SL7108; replicate=1,2; softwareversion=MACS; original_filename=GSM1010829_hg19_wgEncodeHaibTfbsA549Ets1V0422111Etoh02RawRep2.bigWig
+GSM1003618_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HeLa-S3; cell organism=human; cell description=cervical carcinoma; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=HCFC1_(NB100-68209); antibody antibodydescription=Rabbit polyclonalantibody against residue 1700 and 1750 of human host cell factor C1; antibody targetdescription=The epitope recognized by this antibody maps to a region between residue 1700 and 1750 of human host cell factor C1 (VP16-accessory protein).; antibody vendorname=NovusBio; antibody vendorid=NB100-68209; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH000744; original_filename=GSM1003618_hg19_wgEncodeSydhTfbsHelas3Hcfc1nb10068209IggrabSig.bigWig
+GSM1010782_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; controlid=SL6023; labexpid=SL8577,SL8143; softwareversion=MACS; cell sex=F; antibody=NR2F2_(SC-271940); antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL8577,SL8143; replicate=1,2; softwareversion=MACS; original_filename=GSM1010782_hg19_wgEncodeHaibTfbsK562Nr2f2sc271940V0422111RawRep2.bigWig
+GSM1014532_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-dBl-Neo; cell organism=human; cell description=neonatal blood microvascular endothelial cells, dermal-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS13242; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014532_hg19_wgEncodeUwDgfHmvecdSig.bigWig
+GSM1010877_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, recommended for the detection of Stat5a and Stat5b of human origin by WB, IP, IF and ELISA. Antibody Target: STAT5A; antibody targetdescription=The protein encoded by this gene is a member of the STAT family of transcription factors. In response to cytokines and growth factors, STAT family members are phosphorylated by the receptor associated kinases, and then form homo- or heterodimers that translocate to the cell nucleus where they act as transcription activators. This protein is activated by, and mediates the responses of many cell ligands, such as IL2, IL3, IL7 GM-CSF, erythropoietin, thrombopoietin, and different growth hormones. Activation of this protein in myeloma and lymphoma associated with a TEL/JAK2 gene fusion is independent of cell stimulus and has been shown to be essential for the tumorigenesis. The mouse counterpart of this gene is found to induce the expression of BCL2L1/BCL-X(L), which suggests the antiapoptotic function of this gene in cells. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74442; controlid=SL6023,SL9103; labexpid=SL9116,SL8673; softwareversion=MACS; cell sex=F; antibody=STAT5A_(SC-74442); antibody antibodydescription=Mouse monoclonal IgG, recommended for the detection of Stat5a and Stat5b of human origin by WB, IP, IF and ELISA. Antibody Target: STAT5A; antibody targetdescription=The protein encoded by this gene is a member of the STAT family of transcription factors. In response to cytokines and growth factors, STAT family members are phosphorylated by the receptor associated kinases, and then form homo- or heterodimers that translocate to the cell nucleus where they act as transcription activators. This protein is activated by, and mediates the responses of many cell ligands, such as IL2, IL3, IL7 GM-CSF, erythropoietin, thrombopoietin, and different growth hormones. Activation of this protein in myeloma and lymphoma associated with a TEL/JAK2 gene fusion is independent of cell stimulus and has been shown to be essential for the tumorigenesis. The mouse counterpart of this gene is found to induce the expression of BCL2L1/BCL-X(L), which suggests the antiapoptotic function of this gene in cells. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74442; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023,SL9103; labexpid=SL9116,SL8673; replicate=1,2; softwareversion=MACS; original_filename=GSM1010877_hg19_wgEncodeHaibTfbsK562Stat5asc74442V0422111RawRep2.bigWig
+GSM1010792_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL3776; labexpid=SL4437,SL5495; softwareversion=MACS; cell sex=M; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3776; labexpid=SL4437,SL5495; replicate=1,2; softwareversion=MACS; original_filename=GSM1010792_hg19_wgEncodeHaibTfbsPanc1NrsfV0416101RawRep2.bigWig
+GSM1003492_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=mouse monoclonal, raised against a fusion protein, corresponding to amino acids 1-647 of Human GST-WHSC1/NSD2.; antibody targetdescription=This is a probable histone methyltransferase, which may act as a transcription regulator that binds DNA and suppresses IL5 transcription.; antibody vendorname=abcam; antibody vendorid=ab75359; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=NSD2_(ab75359); antibody antibodydescription=mouse monoclonal, raised against a fusion protein, corresponding to amino acids 1-647 of Human GST-WHSC1/NSD2.; antibody targetdescription=This is a probable histone methyltransferase, which may act as a transcription regulator that binds DNA and suppresses IL5 transcription.; antibody vendorname=Abcam; antibody vendorid=ab75359; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003492_hg19_wgEncodeBroadHistoneK562Nsd2ab75359Sig.bigWig
+GSM1022641_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHLF; cell organism=human; cell description=lung fibroblasts; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001899; labexpid=DS16347; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022641_hg19_wgEncodeUwTfbsNhlfInputStdRawRep1.bigWig
+GSM1008591_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=GM13976; cell organism=human; cell description=lymphoblastoid cell line, clinically normal; monozygotic twin sister with Cornelia De Lange syndrome is GM13977; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008591_hg19_wgEncodeOpenChromDnaseGm13976Sig.bigWig
+GSM1006887_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003452; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_LnCAP,p-value cutoff: 0.05; replicate=1,2; cell sex=M; treatment=androgen; treatment description=12 hrs with 1 nM Methyltrienolone (R1881) (Crawford); antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003452; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006887_hg19_wgEncodeOpenChromChipLncapCtcfAndroBaseOverlapSignalRep1.bigWig
+GSM1010905_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL12247,SL12246; labexpid=SL13076,SL12244; softwareversion=MACS; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13076,SL12244; replicate=1,2; softwareversion=MACS; original_filename=GSM1010905_hg19_wgEncodeHaibTfbsHct116Sin3ak20V0422111RawRep2.bigWig
+GSM1003490_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; controlid=wgEncodeEH001027; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NH-A/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003490_hg19_wgEncodeBroadHistoneNhaH3k79me2Sig.bigWig
+GSM1014513_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NB4; cell organism=human; cell description=acute promyelocytic leukemia cell line. (PMID: 1995093); cell karyotype=cancer; cell lineage=mesoderm; cell sex=U; labexpid=DS12543; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014513_hg19_wgEncodeUwDgfNb4Sig.bigWig
+GSM979649_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=083WC,084WC,083WC,084WC; labexpid=CThi10056,CThi10102GAT,CThi10056,CThi10102GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=083WC; labexpid=CThi10056; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979649_hg19_wgEncodeRikenCageNhemm2CellPapMinusRawRep1.bigWig
+GSM1010718_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; controlid=SL13294; labexpid=SL11657,SL11656; softwareversion=MACS; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13294; labexpid=SL11657,SL11656; replicate=1,2; softwareversion=MACS; original_filename=GSM1010718_hg19_wgEncodeHaibTfbsT47dJundV0422111RawRep1.bigWig
+GSM1010744_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL1394,SL3979; labexpid=SL7333,SL852; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1394,SL3979; labexpid=SL7333,SL852; replicate=1,2; softwareversion=MACS; original_filename=GSM1010744_hg19_wgEncodeHaibTfbsGm12878NrsfPcr1xRawRep1.bigWig
+GSM1003484_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; controlid=wgEncodeEH000119; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=EZH2_(39875); antibody antibodydescription=This EZH2 antibody was raised against a recombinant protein corresponding to amino acids 353-451 of human EZH2. Antibody Target: EZH2; antibody targetdescription=EZH2 (Enhancer of Zeste homolog 2, also designated Enx1 and SETDB1) is a human homolog of the Drosophila Polycomb-group protein Enhancer of Zeste protein. It contains a SET domain that catalyzes the methylation of histone H3 at lysine 27 (Histone H3 Lys27 monomethylated, dimethylated and trimethylated). Polycomb-group proteins repress gene expression by binding to chromatin and locally altering chromatin structure. EZH2, BMI-1 and Suz12 are present in the PRC2 and PRC3 protein complexes that function as mediators of epigenetic transcriptional silencing. EZH2 associates with the embryonic ectoderm development protein, the VAV1 oncoprotein, and the X-linked nuclear protein. EZH2 may play a role in the hematopoietic and central nervous systems. Deregulation of EZH2 is linked to a variety of cancers.; antibody vendorname=Active Motif; antibody vendorid=39875; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HSMM/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003484_hg19_wgEncodeBroadHistoneHsmmEzh239875Sig.bigWig
+GSM1008565_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=Hypoxia_LacAcid_ctrl; treatment description=Untreated cells grown along side Hypoxia LacAcid treated cells (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008565_hg19_wgEncodeOpenChromDnaseMcf7HypoxlacconSig.bigWig
+GSM1010830_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=SL1106; labexpid=SL6966,SL1103; softwareversion=MACS; cell sex=U; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1106; labexpid=SL6966,SL1103; replicate=1,2; softwareversion=MACS; original_filename=GSM1010830_hg19_wgEncodeHaibTfbsHuvecPol2Pcr1xRawRep1.bigWig
+GSM1022628_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=HVMF; cell organism=human; cell description=villous mesenchymal fibroblast cells; cell karyotype=normal; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000964; labexpid=DS18572; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022628_hg19_wgEncodeUwTfbsHvmfCtcfStdRawRep2.bigWig
+GSM1010742_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of ATF2 of human origin. Antibody Target: ATF2; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds to the cAMP-responsive element (CRE), an octameric palindrome. The protein forms a homodimer or heterodimer with c-Jun and stimulates CRE-dependent transcription. The protein is also a histone acetyltransferase (HAT) that specifically acetylates histones H2B and H4 in vitro; thus it may represent a class of sequence-specific factors that activate transcription by direct effects on chromatin components. Additional transcript variants have been identified but their biological validity has not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81188; controlid=SL6018; labexpid=SL7904,SL8136; softwareversion=MACS; cell sex=M; antibody=ATF2_(SC-81188); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of ATF2 of human origin. Antibody Target: ATF2; antibody targetdescription=This gene encodes a transcription factor that is a member of the leucine zipper family of DNA binding proteins. This protein binds to the cAMP-responsive element (CRE), an octameric palindrome. The protein forms a homodimer or heterodimer with c-Jun and stimulates CRE-dependent transcription. The protein is also a histone acetyltransferase (HAT) that specifically acetylates histones H2B and H4 in vitro; thus it may represent a class of sequence-specific factors that activate transcription by direct effects on chromatin components. Additional transcript variants have been identified but their biological validity has not been determined. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81188; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6018; labexpid=SL7904,SL8136; replicate=1,2; softwareversion=MACS; original_filename=GSM1010742_hg19_wgEncodeHaibTfbsH1hescAtf2sc81188V0422111RawRep2.bigWig
+GSM1003493_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=abcam; antibody vendorid=ab4729; controlid=wgEncodeEH003075; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); control=std; control description=Standard input signal for most experiments.; controlid=A549/DEX_100nM/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003493_hg19_wgEncodeBroadHistoneA549H3k27acDex100nmSig.bigWig
+GSM1014533_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HMVEC-dLy-Neo; cell organism=human; cell description=neonatal lymphatic microvascular endothelial cells, dermal-derived; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labexpid=DS13150; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014533_hg19_wgEncodeUwDgfHmvecfRaw.bigWig
+GSM1010773_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL2134; labexpid=SL6462,SL5612; softwareversion=MACS; cell sex=F; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2134; labexpid=SL6462,SL5612; replicate=1,2; softwareversion=MACS; original_filename=GSM1010773_hg19_wgEncodeHaibTfbsSknshTaf1V0416101RawRep1.bigWig
+GSM1022626_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=NHLF; cell organism=human; cell description=lung fibroblasts; cell karyotype=normal; cell lineage=endoderm; cell sex=U; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002043; labexpid=DS16349; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022626_hg19_wgEncodeUwTfbsNhlfCtcfStdRawRep1.bigWig
+GSM981258_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=061WC,062WC,062WC,061WC; labexpid=LID47094,LID47095,LID47095,LID47094; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=062WC; labexpid=LID47095; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM981258_hg19_wgEncodeCshlLongRnaSeqHfdpc01027033CellTotalPlusRep1.bigWig
+GSM1008582_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_CD14_monocytes; replicate=1,2; cell=Monocytes-CD14+; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008582_hg19_wgEncodeOpenChromDnaseMonocd14BaseOverlapSignal.bigWig
+GSM1010797_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL2339; labexpid=SL2339; cell=PFSK-1; cell organism=human; cell description=neuroectodermal cell line derived from a cerebral brain tumor, (PMID: 1316433); cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2339; labexpid=SL2339; replicate=1; original_filename=GSM1010797_hg19_wgEncodeHaibTfbsPfsk1RxlchV0416101RawRep1.bigWig
+GSM984616_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=081WC,081WC,082WC,082WC; labexpid=LID47256,LID47257,LID47257,LID47256; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=082WC; labexpid=LID47257; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984616_hg19_wgEncodeCshlLongRnaSeqNhemfm26022001CellTotalPlusRep1.bigWig
+GSM1010798_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL3774,SL2134,SL3775; labexpid=SL3774,SL2134,SL3775; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL3774,SL2134,SL3775; labexpid=SL3774,SL2134,SL3775; replicate=1,3,2; original_filename=GSM1010798_hg19_wgEncodeHaibTfbsSknshRxlchV0416101RawRep1.bigWig
+GSM1022659_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Monocytes-CD14+_RO01746; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), Monocytes-CD14+_RO01746 and Monocytes-CD14+_RO01826 are being used as replicates, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002169; labexpid=DS18980; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022659_hg19_wgEncodeUwTfbsMonocd14ro1746InputStdRawRep1.bigWig
+GSM1010886_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; controlid=SL13506; labexpid=SL14589,SL13279; softwareversion=MACS; cell sex=F; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14589,SL13279; replicate=1,2; softwareversion=MACS; original_filename=GSM1010886_hg19_wgEncodeHaibTfbsEcc1Usf1V0422111RawRep1.bigWig
+GSM1003620_1	lab=Stanford; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; antibody=ELK1_(1277-1); antibody antibodydescription=Rabbit polyclonal, a synthetic peptide corresponding to residues in C-terminus of human ELK-1 was used as immunogen. The antibody does not cross-react with other ETS family members. Antibody Target: ELK1; antibody targetdescription=Elk-1 is a transcription factor that is part of the ets oncogene superfamily. Elk-1 forms a ternary complex with the serum response factors, SRE and SRF, mediating gene activity in response to serum and growth factors. Activation by several mitogen- activated protein kinases (Erk1 and Erk2) mediates the immediate early responses of the c-fos promoter to growth factors and other stimuli.; antibody vendorname=Epitomics; antibody vendorid=1277-1; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEH001795; labversion=PeakSeq1.0; original_filename=GSM1003620_hg19_wgEncodeSydhTfbsK562Elk112771IggrabSig.bigWig
+GSM1010894_4	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12793,SL6023,SL11659,SL9103; labexpid=SL12793,SL6023,SL11659,SL9103; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12793,SL6023,SL11659,SL9103; labexpid=SL12793,SL6023,SL11659,SL9103; replicate=1,3,2,4; original_filename=GSM1010894_hg19_wgEncodeHaibTfbsK562RxlchV0422111RawRep4.bigWig
+GSM1010828_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; controlid=SL6021; labexpid=SL7279,SL6593; softwareversion=MACS; cell sex=M; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7279,SL6593; replicate=1,2; softwareversion=MACS; original_filename=GSM1010828_hg19_wgEncodeHaibTfbsA549Usf1V0422111Etoh02RawRep1.bigWig
+GSM1010855_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; controlid=SL16754,SL13506; labexpid=SL14056,SL16022; softwareversion=MACS; cell sex=F; antibody=NFIC_(SC-81335); antibody antibodydescription=Mouse monoclonal IgG, raised against a recombinant protein corresponding to an internal region of NF-1 of human origin. Antibody Target: NFIC; antibody targetdescription=Recognizes and binds the palindromic sequence 5'-TTGGCNNNNNGCCAA-3' present in viral and cellular promoters and in the origin of replication of adenovirus type 2. These proteins are individually capable of activating transcription and replication.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-81335; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14056,SL16022; replicate=1,2; softwareversion=MACS; original_filename=GSM1010855_hg19_wgEncodeHaibTfbsEcc1Nficsc81335V0422111RawRep1.bigWig
+GSM1008573_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=HEK293T; cell organism=human; cell description=embryonic kidney that expresses SV40 large T antigen, HEK293 (ATCC number CRL-1573) is the parental cell line; cell lineage=mesoderm; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008573_hg19_wgEncodeOpenChromDnaseHek293tBaseOverlapSignal.bigWig
+GSM1010833_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; controlid=SL6021; labexpid=SL6595,SL6015; softwareversion=MACS; cell sex=M; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6595,SL6015; replicate=1,2; softwareversion=MACS; original_filename=GSM1010833_hg19_wgEncodeHaibTfbsA549GabpV0422111Etoh02RawRep2.bigWig
+GSM981249_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046WC,045WC,045WC,045WC,046WC,046WC; labexpid=LID45017,LID45016,LID45017,LID45016,LID45017,LID45016; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=045WC,046WC; labexpid=LID45016,LID45017; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981249_hg19_wgEncodeCshlLongRnaSeqImr90CellPapMinusRep2.bigWig
+GSM1014514_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=HSMM; cell organism=human; cell description=skeletal muscle myoblasts; cell karyotype=normal; cell lineage=mesoderm; cell sex=U; labexpid=DS14426; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014514_hg19_wgEncodeUwDgfHsmmRaw.bigWig
+GSM981246_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,087C,088C,088C; labexpid=LID45898,LID45897,LID45897,LID45898; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=3,4; spikeinpool=Nist14; localization description=The fluid between the cells outer membrane and the nucleus; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087C,088C; labexpid=LID45897,LID45898; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981246_hg19_wgEncodeCshlLongRnaSeqA549CytosolPapMinusRep3.bigWig
+GSM1024787_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=LHCN-M2; cell organism=human; cell description=skeletal myoblasts derived from satellite cells from the pectoralis major muscle of a 41 year old caucasian heart transplant donor, immortalized with lox-hygro-hTERT (LH), and Cdk4-neo (CN), Zhu et al. (2007) in Aging Cell, vol. 6, pp 515-523, newly promoted to tier 2: not in 2011 analysis.; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS20548; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024787_hg19_wgEncodeUwDnaseLhcnm2RawRep1.bigWig
+GSM1010830_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=SL1106; labexpid=SL6966,SL1103; softwareversion=MACS; cell sex=U; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; protocol=PCR1x; protocol description=one 15-cycle round of PCR (Myers); controlid=SL1106; labexpid=SL6966,SL1103; replicate=1,2; softwareversion=MACS; original_filename=GSM1010830_hg19_wgEncodeHaibTfbsHuvecPol2Pcr1xRawRep2.bigWig
+GSM981259_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=039WC,040WC,040WC,039WC,039WC,040WC; labexpid=LID44658,LID44658,LID44657,LID44657,LID44658,LID44657; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=039WC,040WC; labexpid=LID44657,LID44658; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981259_hg19_wgEncodeCshlLongRnaSeqMonocd14CellPamPlusRep2.bigWig
+GSM1008602_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_K562; replicate=1,3,2; cell=K562; cell organism=human; cell description=leukemia, The continuous cell line K-562 was established by Lozzio and Lozzio from the pleural effusion of a 53-year-old female with chronic myelogenous leukemia in terminal blast crises. - ATCC; cell karyotype=cancer; cell lineage=mesoderm; cell sex=F; treatment=G1_phase; treatment description=Cells were synchronized and subjected to FACS sorting based on DNA content with the peak of the single DNA content peak taken as G1 cells. The intermediate DNA content cells between G2-M and G1 phases were excluded. (Crawford); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008602_hg19_wgEncodeOpenChromDnaseK562G1phaseBaseOverlapSignal.bigWig
+GSM984620_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=080WC,079WC,080WC,080WC,079WC,079WC; labexpid=LID47255,LID47254,LID47254,LID47255,LID47255,LID47254; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=080WC; labexpid=LID47255; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984620_hg19_wgEncodeCshlLongRnaSeqHwp0092205CellTotalMinusRep2.bigWig
+GSM1003466_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; controlid=wgEncodeEH001056; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Osteobl/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003466_hg19_wgEncodeBroadHistoneOsteoH3k27me3Sig.bigWig
+GSM1010841_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=Dr. David Anderson at Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); controlid=SL16754,SL13506; labexpid=SL14057,SL16023; softwareversion=MACS; cell sex=F; antibody=NRSF; antibody antibodydescription=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14057,SL16023; replicate=1,2; softwareversion=MACS; original_filename=GSM1010841_hg19_wgEncodeHaibTfbsEcc1NrsfV0422111RawRep1.bigWig
+GSM1003572_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=This SAP30 antibody (pAb) was raised against recombinant full length human SAP30 protein. Antibody Target: SAP30; antibody targetdescription=SAP30, also known asSin3A-associated protein, 30kDa, is part of the SIN3 corepressor complex, that also includes SIN3, SAP18,HDAC1,HDAC2,RbAp46andRbAp48. SAP30 is involved in the functional recruitment of the Sin3-histone deacetylase complex to a specific subset of N-CoR corepressor complexes.; antibody vendorname=Active Motif; antibody vendorid=39731; controlid=wgEncodeEH000088; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=M; antibody=SAP30_(39731); antibody antibodydescription=This SAP30 antibody (pAb) was raised against recombinant full length human SAP30 protein. Antibody Target: SAP30; antibody targetdescription=SAP30, also known asSin3A-associated protein, 30kDa, is part of the SIN3 corepressor complex, that also includes SIN3, SAP18,HDAC1,HDAC2,RbAp46andRbAp48. SAP30 is involved in the functional recruitment of the Sin3-histone deacetylase complex to a specific subset of N-CoR corepressor complexes.; antibody vendorname=Active Motif; antibody vendorid=39731; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=H1-hESC/None/Input/std; labversion=Illumina_GA2x; labversion description=Illumina Genome Analyzer IIx; softwareversion=ScriptureVPaperR3; original_filename=GSM1003572_hg19_wgEncodeBroadHistoneH1hescSap3039731Sig.bigWig
+GSM979662_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=050WC,049WC,050WC,049WC; labexpid=CThi10032,CThi10033,CThi10033,CThi10032; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=049WC; labexpid=CThi10032; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979662_hg19_wgEncodeRikenCageNhdfCellPapMinusRawRep2.bigWig
+GSM1010854_4	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL16758,SL16757,SL13504,SL16756; labexpid=SL16758,SL16757,SL13504,SL16756; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL16757,SL13504,SL16756; labexpid=SL16758,SL16757,SL13504,SL16756; replicate=1,3,2,4; original_filename=GSM1010854_hg19_wgEncodeHaibTfbsMcf7RxlchV0422111RawRep4.bigWig
+GSM1006874_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003452; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_LnCAP,p-value cutoff: 0.05; replicate=1,2; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; controlid=wgEncodeEH003452; labversion=baseAlignCounts.pl v 1; replicate=1; original_filename=GSM1006874_hg19_wgEncodeOpenChromChipLncapCtcfSigRep1.bigWig
+GSM1011122_2	datatype=FaireSeq; datatype description=FAIRE-seq Open Chromatin; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; cell=Frontal_cortex_OC; cell organism=human; cell description=Primary ventromedial prefrontal cortex, from KPBBB donor IDs 673 (Rep B1) and 913 (Rep B2); cell karyotype=normal; cell sex=F; controlid=generic_female; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_female,p-value cutoff: 0.1; replicate=1,2; original_filename=GSM1011122_hg19_wgEncodeOpenChromFaireFrontalcortexocSig.bigWig
+GSM1010770_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL2339; labexpid=SL3772,SL6969; softwareversion=MACS; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2339; labexpid=SL3772,SL6969; replicate=1,2; softwareversion=MACS; original_filename=GSM1010770_hg19_wgEncodeHaibTfbsPfsk1Taf1V0416101RawRep1.bigWig
+GSM1010879_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA. Antibody Target: SIX5; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-55706; controlid=SL6021; labexpid=SL7277,SL8400; softwareversion=MACS; cell sex=M; antibody=SIX5; antibody antibodydescription=Six5 (K-20) Goat polyclonal IgG, 200?g/ml. Epitope mapping near the C-terminus of Six5 of human origin. Recommended for detection of Six5 of human origin by WB, IF and ELISA. Antibody Target: SIX5; antibody targetdescription=The protein encoded by this gene is a homeodomain-containing transcription factor that appears to function in the regulation of organogenesis. This gene is located downstream of the dystrophia myotonica-protein kinase gene. Mutations in this geneare a cause of branchiootorenal syndrome type 2.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-55706; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7277,SL8400; replicate=1,2; softwareversion=MACS; original_filename=GSM1010879_hg19_wgEncodeHaibTfbsA549Six5V0422111Etoh02RawRep2.bigWig
+GSM984611_4	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=059WC,060WC,059WC,059WC,060WC,060WC; labexpid=LID47024,LID47025,LID47024,LID47025,LID47025,LID47024; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=059WC; labexpid=LID47024; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist13; original_filename=GSM984611_hg19_wgEncodeCshlLongRnaSeqHch81008082CellTotalPlusRep2.bigWig
+GSM981254_2	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=042WC,041WC,042WC,041WC,042WC,041WC; labexpid=LID44659,LID44659,LID44660,LID44660,LID44660,LID44659; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Whole cell; rnaextract=longNonPolyA; rnaextract description=Poly(A)- RNA longer than 200 nt; biorep=041WC,042WC; labexpid=LID44659,LID44660; labversion=iIDR; readtype=2x76D; readtype description=Paired 76 nt directed reads; spikeinpool=Nist14; original_filename=GSM981254_hg19_wgEncodeCshlLongRnaSeqCd20CellPamMinusRep2.bigWig
+GSM1010837_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; controlid=SL16758,SL13504; labexpid=SL13490,SL14697; softwareversion=MACS; cell sex=F; antibody=NR2F2_(SC-271940); antibody antibodydescription=Mouse monoclonal IgG, specific for an epitope mapping between amino acids 13-44 at the N-terminus of NR2F2 of human origin. Antibody Target: NR2F2; antibody targetdescription=This gene encodes a member of the steroid thyroid hormone superfamily of nuclear receptors. The encoded protein is a ligand inducible transcription factor that is involved in the regulation of many different genes. Alternate splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-271940; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL13490,SL14697; replicate=1,2; softwareversion=MACS; original_filename=GSM1010837_hg19_wgEncodeHaibTfbsMcf7Nr2f2sc271940V0422111RawRep1.bigWig
+GSM1006889_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003444; labversion=fseq v 1.84; cell=GM13977; cell organism=human; cell description=lymphoblastoid cell line, Clinically affected; microcephaly; low frontal hairline; synophris; penciled arched eyebrows; short nose; crescent shaped mouth; hirsutism; micromelia; short thumbs; mental retardation; clinically normal monozygotic twin sister is GM13976; cell karyotype=affected; cell lineage=mesoderm; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEH003444; original_filename=GSM1006889_hg19_wgEncodeOpenChromChipGm13977InputSig.bigWig
+GSM1010779_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against amino acids 1-110 of NFATc1 of human origin. Antibody Target: NFATC1; antibody targetdescription=The product of this gene is a component of the nuclear factor of activated T cells DNA-binding transcription complex. This complex consists of at least two components: a preexisting cytosolic component that translocates to the nucleus upon T cell receptor (TCR) stimulation, and an inducible nuclear component. Proteins belonging to this family of transcription factors play a central role in inducible gene transcription during immune response. The product of this gene is an inducible nuclear component. It functions as a major molecular target for the immunosuppressive drugs such as cyclosporin A. Five transcript variants encoding distinct isoforms have been identified for this gene. Different isoforms of this protein may regulate inducible expression of different cytokine genes. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17834; controlid=SL6022; labexpid=SL7280,SL7830; softwareversion=MACS; cell sex=F; antibody=NFATC1_(SC-17834); antibody antibodydescription=Mouse monoclonal IgG, raised against amino acids 1-110 of NFATc1 of human origin. Antibody Target: NFATC1; antibody targetdescription=The product of this gene is a component of the nuclear factor of activated T cells DNA-binding transcription complex.  This complex consists of at least two components: a preexisting cytosolic component that translocates to the nucleus upon T cell receptor (TCR) stimulation, and an inducible nuclear component. Proteins belonging to this family of transcription factors play a central role in inducible gene transcription during immune response. The product of this gene is an inducible nuclear component. It functions as a major molecular target for the immunosuppressive drugs such as cyclosporin A. Five transcript variants encoding distinct isoforms have been identified for this gene. Different isoforms of this protein may regulate inducible expression of different cytokine genes. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-17834; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6022; labexpid=SL7280,SL7830; replicate=1,2; softwareversion=MACS; original_filename=GSM1010779_hg19_wgEncodeHaibTfbsGm12878Nfatc1sc17834V0422111RawRep1.bigWig
+GSM1006903_4	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N,088N,087N; labexpid=RHA013,RHA014,RHA013,RHA014; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N,088N; labexpid=RHA013,RHA014; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006903_hg19_wgEncodeGisRnaPetA549NucleusPapPlusRawRep4.bigWig
+GSM981257_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=043WC; labexpid=LID45901; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; spikeinpool=Nist14; rnaextract description=Total RNA extract (longer than 200 nt); biorep=043WC; labexpid=LID45901; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981257_hg19_wgEncodeCshlLongRnaSeqCd34mobilizedCellTotalMinusRep1.bigWig
+GSM1010781_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL2339; labexpid=SL2354,SL5041; softwareversion=MACS; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=None; treatment description=No special treatment or protocol applies; protocol=v041610.1; protocol description=2x10^7 cells, fragmentation by bioruptor, one 15-cycle round of PCR (Myers); controlid=SL2339; labexpid=SL2354,SL5041; replicate=1,2; softwareversion=MACS; original_filename=GSM1010781_hg19_wgEncodeHaibTfbsPfsk1Sin3ak20V0416101RawRep2.bigWig
+GSM1010761_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; controlid=SL13321,SL16753; labexpid=SL12634,SL16300; softwareversion=MACS; cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL16753; labexpid=SL12634,SL16300; replicate=1,2; softwareversion=MACS; original_filename=GSM1010761_hg19_wgEncodeHaibTfbsA549Rad21V0422111RawRep2.bigWig
+GSM1010825_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin. Antibody Target: HDAC2; antibody targetdescription=This gene product belongs to the histone deacetylase family. Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6296; controlid=SL16757,SL13504; labexpid=SL16334,SL13483; softwareversion=MACS; cell sex=F; antibody=HDAC2_(SC-6296); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the C-terminus of HDAC2 of human origin. Antibody Target: HDAC2; antibody targetdescription=This gene product belongs to the histone deacetylase family.  Histone deacetylases act via the formation of large multiprotein complexes, and are responsible for the deacetylation of lysine residues at the N-terminal regions of core histones (H2A, H2B, H3 and H4). This protein forms transcriptional repressor complexes by associating with many different proteins, including YY1, a mammalian zinc-finger transcription factor. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-6296; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL13504; labexpid=SL16334,SL13483; replicate=1,2; softwareversion=MACS; original_filename=GSM1010825_hg19_wgEncodeHaibTfbsMcf7Hdac2sc6296V0422111RawRep2.bigWig
+GSM1010864_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; controlid=SL16758,SL13504; labexpid=SL14683,SL13459; softwareversion=MACS; cell sex=F; antibody=GABP; antibody antibodydescription=Mouse monoclonal, GABPa(G-1), IgG1. Antibody Target: GABP; antibody targetdescription=The transcription factor GA-binding protein (GABP) is composed of two subunits, alpha and beta. Alpha binds to a specific DNA sequence.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-28312; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16758,SL13504; labexpid=SL14683,SL13459; replicate=1,2; softwareversion=MACS; original_filename=GSM1010864_hg19_wgEncodeHaibTfbsMcf7GabpV0422111RawRep1.bigWig
+GSM1010765_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target: ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor. The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes. Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; controlid=SL12247,SL12246; labexpid=SL13733,SL14719; softwareversion=MACS; cell sex=M; antibody=ELF1_(SC-631); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Elf-1 of human origin. Antibody Target:  ELF1; antibody targetdescription=This gene encodes an E26 transformation-specific related transcription factor.  The encoded protein is primarily expressed in lymphoid cells and acts as both an enhancer and a repressor to regulate transcription of various genes.  Alternative splicing results in multiple transcript variants. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-631; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12247,SL12246; labexpid=SL13733,SL14719; replicate=1,2; softwareversion=MACS; original_filename=GSM1010765_hg19_wgEncodeHaibTfbsHct116Elf1V0422111RawRep2.bigWig
+GSM1022663_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MCF-7; cell organism=human; cell description=mammary gland, adenocarcinoma. (PMID: 4357757), newly promoted to tier 2: not in 2011 analysis; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH000968; labexpid=DS16199; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1022663_hg19_wgEncodeUwTfbsMcf7CtcfStdRawRep2.bigWig
+GSM979633_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=088N,087N,088N,087N; labexpid=CThi10060,CThi10106,CThi10106,CThi10060; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=M; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=087N; labexpid=CThi10106; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979633_hg19_wgEncodeRikenCageA549NucleusPapMinusRawRep4.bigWig
+GSM979653_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=047WC,048WC,047WC,048WC; labexpid=CThi10031,CThi10030,CThi10030,CThi10031; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=047WC; labexpid=CThi10030; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979653_hg19_wgEncodeRikenCageSkmcCellPapMinusRawRep1.bigWig
+GSM1010874_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL16754,SL13506; labexpid=SL16754,SL13506; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=endoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL16754,SL13506; replicate=1,2; original_filename=GSM1010874_hg19_wgEncodeHaibTfbsEcc1RxlchV0422111RawRep2.bigWig
+GSM1024762_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS19794; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1024762_hg19_wgEncodeUwDnaseT47dRawRep1.bigWig
+GSM1008604_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Adult_CD4_Th1; cell organism=human; cell description=CD4+ cells isolated from human blood and enriched for Th1 populations; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008604_hg19_wgEncodeOpenChromDnaseAdultcd4th1BaseOverlapSignal.bigWig
+GSM984608_3	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=067WC,068WC,068WC,067WC; labexpid=LID47100,LID47099,LID47099,LID47100; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist13; localization description=Whole cell; rnaextract=total; rnaextract description=Total RNA extract (longer than 200 nt); biorep=068WC; labexpid=LID47100; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=2; spikeinpool=Nist13; original_filename=GSM984608_hg19_wgEncodeCshlLongRnaSeqHmscbm005110511CellTotalMinusRep1.bigWig
+GSM1010722_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; controlid=SL6023; labexpid=SL7894,SL8137; softwareversion=MACS; cell sex=F; antibody=PML_(SC-71910); antibody antibodydescription=Mouse monoclonal IgG, N-terminal epitope corresponding to residues 37-51 of PML of human origin. Antibody Target: PML; antibody targetdescription=The protein encoded by this gene is a member of the tripartite motif (TRIM) family. The TRIM motif includes three zinc-binding domains, a RING, a B-box type 1 and a B-box type 2, and a coiled-coil region. This phosphoprotein localizes to nuclear bodies where it functions as a transcription factor and tumor suppressor. Its expression is cell-cycle related and it regulates the p53 response to oncogenic signals. The gene is often involved in the translocation with the retinoic acid receptor alpha gene associated with acute promyelocytic leukemia (APL). Extensive alternative splicing of this gene results in several variations of the protein's central and C-terminal regions; all variants encode the same N-terminus. Alternatively spliced transcript variants encoding different isoforms have been identified. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-71910; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6023; labexpid=SL7894,SL8137; replicate=1,2; softwareversion=MACS; original_filename=GSM1010722_hg19_wgEncodeHaibTfbsK562Pmlsc71910V0422111RawRep2.bigWig
+GSM1010827_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; controlid=SL6021; labexpid=SL6437,SL7115; softwareversion=MACS; cell sex=M; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-585; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL6437,SL7115; replicate=1,2; softwareversion=MACS; original_filename=GSM1010827_hg19_wgEncodeHaibTfbsA549P300V0422111Etoh02RawRep2.bigWig
+GSM1010787_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin. Antibody Target: SP2; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors. Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins. It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-643; controlid=SL6019; labexpid=SL6006,SL5688; softwareversion=MACS; cell sex=M; antibody=SP2_(SC-643); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping near the N-terminus of SP2 of human origin. Antibody Target: SP2; antibody targetdescription=This gene encodes a member of the Sp subfamily of Sp/XKLF transcription factors.  Sp family proteins are sequence-specific DNA-binding proteins characterized by an amino-terminal trans-activation domain and three carboxy-terminal zinc finger motifs. This protein contains the least conserved DNA-binding domain within the Sp subfamily of proteins, and its DNA sequence specificity differs from the other Sp proteins.  It localizes primarily within subnuclear foci associated with the nuclear matrix, and can activate or in some cases repress expression from different promoters. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-643; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6019; labexpid=SL6006,SL5688; replicate=1,2; softwareversion=MACS; original_filename=GSM1010787_hg19_wgEncodeHaibTfbsHepg2Sp2V0422111RawRep1.bigWig
+GSM1022653_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BE2_C; cell organism=human; cell description=neuroblastoma, BE-C is a clone of the SK-N-BE neuroblastoma cell line (see ATCC CRL-2271) that was established in November of 1972 from a bone marrow biopsy taken from a 2-year-old individual with disseminated neuroblastoma after repeated courses of chemotherapy and radiotherapy.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=M; antibody=CTCF; antibody antibodydescription=Rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH001892; labexpid=DS18307; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022653_hg19_wgEncodeUwTfbsBe2cCtcfStdRawRep1.bigWig
+GSM1010883_3	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12791,SL16761,SL13505,SL16760; labexpid=SL12791,SL16761,SL13505,SL16760; cell=SK-N-SH; cell organism=human; cell description=neuroblastoma, newly promoted to tier 2: not in 2011 analysis, the SK-N-SH line was established from a neuroblastoma in a 4 year old individual.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12791,SL16761,SL13505,SL16760; labexpid=SL12791,SL16761,SL13505,SL16760; replicate=1,3,2,4; original_filename=GSM1010883_hg19_wgEncodeHaibTfbsSknshRxlchV0422111RawRep3.bigWig
+GSM1006905_3	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089WC,090WC,089WC,090WC; labexpid=RHM047,RHM046,RHM046,RHM047; labversion=iIDR,clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089WC,090WC; labexpid=RHM046,RHM047; labversion=iIDR; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006905_hg19_wgEncodeGisRnaPetMcf7CellPapPlusRawRep3.bigWig
+GSM1003575_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: CHD1; antibody targetdescription=CHD1 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription. The members of the CHD family of proteins possess 3 common structural and functional domains: a chromodomain (chromatin organization modifier), an SNF2-like helicase/ATPase domain, and a C-terminal DNA-binding domain. CHD1 has been shown to interact with the transcriptional corepressor NCoR and histone deacetylase 1 indicating a role in transcriptional regulation. CHD1 has also been shown to interact with the Paf1 complex and Rtf1 implicating an additional role in transcriptional elongation. Alternate names for CHD1 include chromodomain-helicase-DNA-binding protein 1, ATP-dependent helicase CHD1, and DKFZp686E2337.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-218A; controlid=wgEncodeEH000052; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=CHD1_(A301-218A); antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid. Antibody Target: CHD1; antibody targetdescription=CHD1 is a member of the CHD (chromodomain-helicase-DNA-binding) family of proteins that interacts with nucleosomes and plays a role in chromatin remodeling to modulate transcription. The members of the CHD family of proteins possess 3 common structural and functional domains: a chromodomain (chromatin organization modifier), an SNF2-like helicase/ATPase domain, and a C-terminal DNA-binding domain. CHD1 has been shown to interact with the transcriptional corepressor NCoR and histone deacetylase 1 indicating a role in transcriptional regulation. CHD1 has also been shown to interact with the Paf1 complex and Rtf1 implicating an additional role in transcriptional elongation. Alternate names for CHD1 include chromodomain-helicase-DNA-binding protein 1, ATP-dependent helicase CHD1, and DKFZp686E2337.; antibody vendorname=Bethyl Laboratories; antibody vendorid=A301-218A; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003575_hg19_wgEncodeBroadHistoneK562Chd1a301218aStdSig.bigWig
+GSM1003477_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003132; replicate=1,2; cell=CD20+; cell organism=human; cell description=B cells from donors RO01778 and RO01794, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Control; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=CD20+/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; replicate=1; original_filename=GSM1003477_hg19_wgEncodeBroadHistoneCd20ControlSig.bigWig
+GSM1006912_2	datatype=RnaPet; datatype description=RNA Paired-End Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N,089N,090N; labexpid=RHM054,RHM054,RHM055,RHM055; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; replicate=3,4; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N; labexpid=RHM054,RHM055; labversion=clone-free; readtype=2x36; readtype description=Paired 36 nt reads; original_filename=GSM1006912_hg19_wgEncodeGisRnaPetMcf7NucleusPapMinusRawRep4.bigWig
+GSM1008559_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Heart_OC; cell organism=human; cell description=Primary frozen heart tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1863 (Rep B1 FAIRE), 4548 (Rep B2 FAIRE); cell karyotype=normal; cell sex=B; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008559_hg19_wgEncodeOpenChromDnaseHeartocBaseOverlapSignal.bigWig
+GSM1008575_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,3,2; cell=FibroP_AG08395; cell organism=human; cell description=fibroblasts taken from individuals with Parkinson's disease; cell sex=F; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008575_hg19_wgEncodeOpenChromDnaseFibropag08395BaseOverlapSignal.bigWig
+GSM1010826_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin. Antibody Target: FOXA1; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins. These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101058; controlid=SL3251,SL2665; labexpid=SL3250,SL2666; softwareversion=MACS; cell sex=M; antibody=FOXA1_(SC-101058); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant HNF-3a of human origin. Antibody Target:  FOXA1; antibody targetdescription=This gene encodes a member of the forkhead class of DNA-binding proteins.  These hepatocyte nuclear factors are transcriptional activators for liver-specific transcripts such as albumin and transthyretin, and they also interact with chromatin. Similar family members in mice have roles in the regulation of metabolism and in the differentiation of the pancreas and liver. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101058; treatment=DEX_100nM; treatment description=1 h with 100 nM Dexamethasone (Myers); protocol=v041610.2; protocol description=2x10^7 cells, fragmentation by probe-in sonicator, one 15-cycle round of PCR (Myers); controlid=SL3251,SL2665; labexpid=SL3250,SL2666; replicate=1,2; softwareversion=MACS; original_filename=GSM1010826_hg19_wgEncodeHaibTfbsA549Foxa1V0416102Dex100nmRawRep2.bigWig
+GSM1010794_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins. The protein is involved in repressing and activating a diverse number of promoters. YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; controlid=SL6021; labexpid=SL5699,SL5357; softwareversion=MACS; cell sex=M; antibody=YY1_(SC-281); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of YY1 of human origin. Antibody Target: YY1; antibody targetdescription=YY1 is a ubiquitously distributed transcription factor belonging to the GLI-Kruppel class of zinc finger proteins.  The protein is involved in repressing and activating a diverse number of promoters.  YY1 may direct histone deacetylases and histone acetyltransferases to a promoter in order to activate or repress the promoter, thus implicating histone modification in the function of YY1; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-281; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL5699,SL5357; replicate=1,2; softwareversion=MACS; original_filename=GSM1010794_hg19_wgEncodeHaibTfbsA549Yy1cV0422111Etoh02RawRep2.bigWig
+GSM979635_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=043WC; labexpid=CThi10058; readtype=1x50; readtype description=Single 50 nt reads; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=043WC; labexpid=CThi10058; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979635_hg19_wgEncodeRikenCageCd34mobilizedCellPapMinusRawRep1.bigWig
+GSM979655_3	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC,039WC,040WC,040WC; labexpid=CThi10021,CThi10022,CThi10022,CThi10021; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=F; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=039WC; labexpid=CThi10021; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979655_hg19_wgEncodeRikenCageMonocd14CellPapPlusRawRep1.bigWig
+GSM1010843_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PU1; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22805; controlid=SL12792,SL16759; labexpid=SL12629,SL14712; softwareversion=MACS; cell sex=F; antibody=PU.1; antibody antibodydescription=Rabbit Polyclonal IgG. Antibody Target: PU1; antibody targetdescription=PU.1 (H-135); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-22805; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12792,SL16759; labexpid=SL12629,SL14712; replicate=1,2; softwareversion=MACS; original_filename=GSM1010843_hg19_wgEncodeHaibTfbsHl60Pu1V0422111RawRep2.bigWig
+GSM1003500_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Millipore; antibody vendorid=07-594; controlid=wgEncodeEH000093; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H2A.Z; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide corresponding to the C-terminus of H2AZ. Antibody Target: H2AZ; antibody targetdescription=H2A.Z is a sequence variant of Histone H2A.; antibody vendorname=Upstate (Millipore); antibody vendorid=07-594; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=HMEC/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003500_hg19_wgEncodeBroadHistoneHmecH2azSig.bigWig
+GSM1003564_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; controlid=wgEncodeEH003130; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003564_hg19_wgEncodeBroadHistoneMonocd14ro1746H3k27me3Sig.bigWig
+GSM1010856_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; controlid=SL16754,SL13506; labexpid=SL14725,SL14051; softwareversion=MACS; cell sex=F; antibody=FOXM1_(SC-502); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of FOXM1 of human origin. Antibody Target: FOXM1; antibody targetdescription=The protein encoded by this gene is a transcriptional activator involved in cell proliferation. The encoded protein is phosphorylated in M phase and regulates the expression of several cell cycle genes, such as cyclin B1 and cyclin D1. Several transcript variants encoding different isoforms have been found for this gene. (provided by RefSeq, Jul 2011); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-502; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16754,SL13506; labexpid=SL14725,SL14051; replicate=1,2; softwareversion=MACS; original_filename=GSM1010856_hg19_wgEncodeHaibTfbsEcc1Foxm1sc502V0422111RawRep2.bigWig
+GSM979636_1	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=058WC,057WC,057WC,058WC; labexpid=CThi10103GAT,CThi10105CTT,CThi10105CTT,CThi10103GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=057WC; labexpid=CThi10103GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979636_hg19_wgEncodeRikenCageHaoecCellPapMinusRawRep1.bigWig
+GSM981248_1	datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046N,045N,045N,046N,045N,046N; labexpid=LID45613,LID45635,LID45613,LID45635,LID45613,LID45635; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1,2; spikeinpool=Nist14; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=046N,045N; labexpid=LID45635,LID45613; labversion=iIDR; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; original_filename=GSM981248_hg19_wgEncodeCshlLongRnaSeqImr90NucleusPapMinusRep1.bigWig
+GSM1010814_3	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=SL12050,SL12795,SL6019; labexpid=SL12050,SL12795,SL6019; cell=HepG2; cell organism=human; cell description=hepatocellular carcinoma; cell karyotype=cancer; cell lineage=endoderm; cell sex=M; antibody=RevXlinkChromatin; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL12050,SL12795,SL6019; labexpid=SL12050,SL12795,SL6019; replicate=1,3,2; original_filename=GSM1010814_hg19_wgEncodeHaibTfbsHepg2RxlchV0422111RawRep3.bigWig
+GSM1008589_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=GM10248; cell organism=human; cell description=lymphoblastoid cell line, Clinically normal; 4 paternal cousins have Cornelia de Lange syndrome; 46,XY, t(3;22)(q25.3;p12); cell karyotype=normal; cell lineage=mesoderm; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008589_hg19_wgEncodeOpenChromDnaseGm10248BaseOverlapSignal.bigWig
+GSM1022649_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=H7-hESC; cell organism=human; cell description=undifferentiated embryonic stem cells; cell lineage=inner cell mass; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtA_14d; treatment description=H7 embryoid bodies differentiation protocol for cardiomyocyte, endothelial, smooth muscle, with markers cardiac troponin T (cTnT), CD31/PECAM1, smooth muscle alpha actin (SMA), respectively, using proteins from bone morphogenic protein 4 (BMP4), activin A and basic fibroblast growth factor (bFGF) for 14 days, cell sorting and specific growth factors were used, lineage: mesoderm; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEH002532; labexpid=DS14111; labversion=WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1022649_hg19_wgEncodeUwTfbsH7esInputStdRawRep1.bigWig
+GSM1003525_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=abcam; antibody vendorid=ab9051; controlid=wgEncodeEH001027; replicate=1,2; softwareversion=ScriptureVPaperR3; cell sex=U; antibody=H4K20me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H4K20me1; antibody targetdescription=Histone H4 (mono-methyl K20). Is associated with active and accessible regions. In mammals, PR-Set7 specifically catalyzes H4K20 monomethylation. NOTE CONTRAST to H3K20me3 which is associated with heterochromatin and DNA repair.; antibody vendorname=Abcam; antibody vendorid=ab9051; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=NH-A/Input/std; softwareversion=ScriptureVPaperR3; original_filename=GSM1003525_hg19_wgEncodeBroadHistoneNhaH4k20me1Sig.bigWig
+GSM979654_2	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N,090N,089N,090N; labexpid=CThi10052,CThi10054,CThi10054,CThi10052; readtype=1x50; readtype description=Single 50 nt reads; replicate=3,4; cell sex=F; localization=nucleus; localization description=Large membrane bound part of cell containing chromosomes and the bulk of the cell's DNA; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=089N; labexpid=CThi10052; readtype=1x50; readtype description=Single 50 nt reads; replicate=3; original_filename=GSM979654_hg19_wgEncodeRikenCageMcf7NucleusPapMinusRawRep4.bigWig
+GSM1010913_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=AG04450; cell organism=human; cell description=fetal lung fibroblast; cell karyotype=normal; cell lineage=endoderm; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=AG04450/None/Input/std; labexpid=DS21480; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1; original_filename=GSM1010913_hg19_wgEncodeUwHistoneAg04450H3k27me3StdRawRep1.bigWig
+GSM1010868_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; controlid=SL13321,SL16753; labexpid=SL13479,SL14702; softwareversion=MACS; cell sex=M; antibody=TEAD4_(SC-101184); antibody antibodydescription=Mouse monoclonal IgG, raised against recombinant protein TEF-3 (TEAD4) of human origin. Antibody Target: TEAD4; antibody targetdescription=Member of the transcriptional enhancer factor (TEF) family of transcription factors, which contain the TEA/ATTS DNA-binding domain. It is preferentially expressed in the skeletal muscle, and binds to the M-CAT regulatory element found in promoters of muscle-specific genes to direct their gene expression.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-101184; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13321,SL16753; labexpid=SL13479,SL14702; replicate=1,2; softwareversion=MACS; original_filename=GSM1010868_hg19_wgEncodeHaibTfbsA549Tead4sc101184V0422111RawRep2.bigWig
+GSM1008572_1	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Adult_CD4_Th0; cell organism=human; cell description=CD4+ cells isolated from human blood and enriched for Th0 populations; cell karyotype=normal; cell lineage=mesoderm; cell sex=B; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008572_hg19_wgEncodeOpenChromDnaseAdultcd4th0BaseOverlapSignal.bigWig
+GSM1010886_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; controlid=SL13506; labexpid=SL14589,SL13279; softwareversion=MACS; cell sex=F; antibody=USF-1; antibody antibodydescription=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-229; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13506; labexpid=SL14589,SL13279; replicate=1,2; softwareversion=MACS; original_filename=GSM1010886_hg19_wgEncodeHaibTfbsEcc1Usf1V0422111RawRep2.bigWig
+GSM1006876_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_stimulated_media; treatment description=Grown with normal serum levels (10%), then switched back to normal serum levels (10% FBS) for 3 hours.; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006876_hg19_wgEncodeOpenChromChipMcf7Pol2SerumstimSig.bigWig
+GSM1010734_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; controlid=SL16757,SL13504; labexpid=SL13463,SL16333; softwareversion=MACS; cell sex=F; antibody=CTCF_(SC-5916); antibody antibodydescription=Goat polyclonal IgG, epitope mapping at the N-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=This gene is a member of the BORIS + CTCF gene family and encodes a transcriptional regulator protein with 11 highly conserved zinc finger (ZF) domains. This nuclear protein is able to use different combinations of the ZF domains to bind different DNA target sequences and proteins. (provided by RefSeq); antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-5916; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL16757,SL13504; labexpid=SL13463,SL16333; replicate=1,2; softwareversion=MACS; original_filename=GSM1010734_hg19_wgEncodeHaibTfbsMcf7CtcfcV0422111RawRep1.bigWig
+GSM979642_4	datatype=Cage; datatype description=CAGE 5' RNA Tags; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=073WC,074WC,073WC,074WC; labexpid=CThi10104ATC,CThi10101GAT,CThi10104ATC,CThi10101GAT; readtype=1x50; readtype description=Single 50 nt reads; replicate=1,2; cell sex=B; localization=cell; localization description=Whole cell; rnaextract=longPolyA; rnaextract description=Poly(A)+ RNA longer than 200 nt; biorep=073WC; labexpid=CThi10104ATC; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; original_filename=GSM979642_hg19_wgEncodeRikenCageHpiepcCellPapPlusRawRep2.bigWig
+GSM1010882_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; controlid=SL6021; labexpid=SL7275,SL8401; softwareversion=MACS; cell sex=M; antibody=Sin3Ak-20; antibody antibodydescription=Rabbit polyclonal, Sin3A (k-20). Antibody Target: SIN3AK20; antibody targetdescription=Co-repressor interacting with HDAC1, N-coR, SMRT, and MeCP2; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-994; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL7275,SL8401; replicate=1,2; softwareversion=MACS; original_filename=GSM1010882_hg19_wgEncodeHaibTfbsA549Sin3ak20V0422111Etoh02RawRep1.bigWig
+GSM1014540_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Th1_Wb33676984; cell organism=human; cell description=Th1 cells in vivo isolation; cell karyotype=normal donor is Asian, female 26 year old, primary pheresis of single normal subject; cell lineage=mesoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS18015; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014540_hg19_wgEncodeUwDgfTh1wb33676984Raw.bigWig
+GSM1024752_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Th1_Wb54553204; cell organism=human; cell description=Th1 cells in vivo isolation, donor is Caucasian, male 33 year old, primary pheresis of single normal subject; cell karyotype=normal; cell lineage=mesoderm; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS17592; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024752_hg19_wgEncodeUwDnaseTh1wb54553204RawRep2.bigWig
+GSM1010812_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; controlid=SL6021; labexpid=SL5358,SL5700; softwareversion=MACS; cell sex=M; antibody=TAF1; antibody antibodydescription=Mouse monoclonal (p250). Antibody Target: TAF1; antibody targetdescription=TAF1 RNA polymerase II, TATA box binding protein (TBP)-associated factor, 250kDa. Also designated TAF250.; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-735; treatment=EtOH_0.02pct; treatment description=1 h with 0.02% Ethanol (Myers); protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL6021; labexpid=SL5358,SL5700; replicate=1,2; softwareversion=MACS; original_filename=GSM1010812_hg19_wgEncodeHaibTfbsA549Taf1V0422111Etoh02RawRep1.bigWig
+GSM1024761_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=T-47D; cell organism=human; cell description=epithelial cell line derived from a mammary ductal carcinoma.; cell karyotype=cancer; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS19790; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024761_hg19_wgEncodeUwDnaseT47dRawRep2.bigWig
+GSM1008563_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_generic_male,p-value cutoff: 0.05; replicate=1,2; cell=Fibrobl_GM03348; cell organism=human; cell description=skin fibroblast; cell karyotype=normal; cell sex=M; labversion=baseAlignCounts.pl v 1; original_filename=GSM1008563_hg19_wgEncodeOpenChromDnaseFibroblgm03348Sig.bigWig
+GSM1008597_2	datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; labversion=baseAlignCounts.pl v 1,p-value cutoff: 0.05,fseq v 1.84, iff_generic_female; replicate=1,2; cell=ECC-1; cell organism=human; cell description=epithelial cell line derived from an endometrium adenocarcinoma, fetal membranes were collected from women who underwent planned cesarean delivery at term, before labor and without rupture of membranes; cell karyotype=cancer; cell lineage=endoderm; cell sex=F; treatment=DMSO_0.02pct; treatment description=1 h with 0.02% Dimethyl sufloxide (DMSO) (Myers); labversion=baseAlignCounts.pl v 1; original_filename=GSM1008597_hg19_wgEncodeOpenChromDnaseEcc1Dm002p1hSig.bigWig
+GSM1003507_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=A transcriptional repressor which represses neuronal genes in non-neuronal tissues. A member of the Kruppel-type zinc finger transcription factor family. Represses transcription by binding a DNA sequence element called the neuron-restrictive silencer element (NRSE) by associating with two corepressors, mSin3 and CoREST, which recruit HDACs to the promoters of REST-regulated genes. Target is GST fusion amino acids 801-1097 of human REST.; antibody vendorname=Millipore; antibody vendorid=17-641; controlid=wgEncodeEH000052; replicate=1; softwareversion=ScriptureVPaperR3; cell sex=F; antibody=REST; antibody antibodydescription=Rabbit Polyclonal Antigen Affinity Purified, Unconjugated, Liquid; antibody targetdescription=A transcriptional repressor which represses neuronal genes in non-neuronal tissues.  A member of the Kruppel-type zinc finger transcription factor family. Represses transcription by binding a DNA sequence element called the neuron-restrictive silencer element (NRSE) by associating with two corepressors, mSin3 and CoREST, which recruit HDACs to the promoters of REST-regulated genes. Target is GST fusion amino acids 801-1097 of human REST.; antibody vendorname=Millipore; antibody vendorid=17-641; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=K562/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; softwareversion=ScriptureVPaperR3; original_filename=GSM1003507_hg19_wgEncodeBroadHistoneK562RestSig.bigWig
+GSM1006877_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: MYC; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-764; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1,fseq v 1.84, iff_MCF7,p-value cutoff: 0.05; replicate=1,2; cell sex=F; treatment=serum_stimulated_media; treatment description=Grown with normal serum levels (10%), then switched back to normal serum levels (10% FBS) for 3 hours.; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; controlid=wgEncodeEH000589; labversion=baseAlignCounts.pl v 1; original_filename=GSM1006877_hg19_wgEncodeOpenChromChipMcf7CmycSerumstimBaseOverlapSignal.bigWig
+GSM1003475_1	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; controlid=wgEncodeEH003130; replicate=1,2; cell=Monocytes-CD14+_RO01746; cell organism=human; cell description=Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), Monocytes-CD14+_RO01746 and Monocytes-CD14+_RO01826 are being used as replicates, newly promoted to tier 2: not in 2011 analysis; cell karyotype=normal; cell lineage=mesoderm; cell sex=F; antibody=Control; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; controlid=Monocytes-CD14+_RO01746/None/Input/std; labversion=Illumina_HiSeq_2000; labversion description=Illumina HiSeq 2000; replicate=1; original_filename=GSM1003475_hg19_wgEncodeBroadHistoneMonocd14ro1746ControlSig.bigWig
+GSM1014527_2	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=AG10803; cell organism=human; cell description=abdominal skin fibroblasts from apparently heathly 22 year old, 8% of the cells examined showing random chromosome loss, 2% showing random chromosome gain, and 2% showing 69,XYY -Coriell; cell sex=M; labexpid=DS12374; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; original_filename=GSM1014527_hg19_wgEncodeUwDgfAg10803Sig.bigWig
+GSM1010889_2	datatype=ChipSeq; datatype description=Chromatin IP Sequencing; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions. It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma. The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes. In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; controlid=SL13504; labexpid=SL13460,SL14684; softwareversion=MACS; cell sex=F; antibody=CEBPB_(SC-150); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of CEBPB of rat origin. Antibody Target: CEBPB; antibody targetdescription=The protein encoded by this intronless gene is a bZIP transcription factor which can bind as a homodimer to certain DNA regulatory regions.  It can also form heterodimers with the related proteins CEBP-alpha, CEBP-delta, and CEBP-gamma.  The encoded protein is important in the regulation of genes involved in immune and inflammatory responses and has been shown to bind to the IL-1 response element in the IL-6 gene, as well as to regulatory regions of several acute-phase and cytokine genes.  In addition, the encoded protein can bind the promoter and upstream element and stimulate the expression of the collagen type I gene (provided by RefSeq).; antibody vendorname=Santa Cruz Biotechnology; antibody vendorid=sc-150; treatment=None; treatment description=No special treatment or protocol applies; protocol=v042211.1; protocol description=Faster ChIP protocol & AMpure XP size selection for ChIP-seq (Myers); controlid=SL13504; labexpid=SL13460,SL14684; replicate=1,2; softwareversion=MACS; original_filename=GSM1010889_hg19_wgEncodeHaibTfbsMcf7Cebpbsc150V0422111RawRep2.bigWig
+GSM1024793_1	lab=UW; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=RPMI-7951; cell organism=human; cell description=Human Skin Malignant Melanoma Cells, This is a hyperdiploid human cell line with the modal chromosome number of 49, occurring in 24% of cells. Polyploid cells occurred at 22%, which is high.; cell karyotype=cancer; cell lineage=ectoderm; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=DS20904; labversion=Hotspot-v5.2,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=2; original_filename=GSM1024793_hg19_wgEncodeUwDnaseRpmi7951RawRep2.bigWig
diff --git a/hg19/track2Detail_longrange b/hg19/track2Detail_longrange
new file mode 100644
index 0000000..c388f65
--- /dev/null
+++ b/hg19/track2Detail_longrange
@@ -0,0 +1,73 @@
+wgEncodeGisChiaPetHct116Pol2InteractionsRep1	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=HCT-116; antibody=Pol2; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001427; dateSubmitted=2011-01-20; dateResubmitted=2011-09-23; dateUnrestricted=2011-10-20; subId=4856; labExpId=CHH524M; tableName=wgEncodeGisChiaPetHct116Pol2InteractionsRep1; type=bed; md5sum=9f5aac77cc663af8774b3ba74a8d84d8; size=266K
+wgEncodeGisChiaPetHelas3Pol2InteractionsRep1	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=HeLa-S3; antibody=Pol2; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001426; dateSubmitted=2011-01-20; dateResubmitted=2011-09-24; dateUnrestricted=2011-10-20; subId=4872; labExpId=IHH025M_hg19; tableName=wgEncodeGisChiaPetHelas3Pol2InteractionsRep1; type=bed; md5sum=56ca928080cfc8fbc6b909a3cbc17c88; size=1.5M
+wgEncodeGisChiaPetK562CtcfInteractionsRep1	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=K562; antibody=CTCF; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002075; dateSubmitted=2011-06-08; dateResubmitted=2011-08-30; dateUnrestricted=2012-03-08; subId=4307; labExpId=CTCF_K562M_L7; tableName=wgEncodeGisChiaPetK562CtcfInteractionsRep1; type=bed; md5sum=278affe33be8614e6bbd653c0d06b475; size=928K
+wgEncodeGisChiaPetK562Pol2InteractionsRep1	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=K562; antibody=Pol2; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001428; dateSubmitted=2011-01-20; dateResubmitted=2011-02-05; dateUnrestricted=2011-10-20; subId=4299; labExpId=CHK019M_L2_lane13; tableName=wgEncodeGisChiaPetK562Pol2InteractionsRep1; type=bed; md5sum=b2e00d8ace7accd6774c6243d1a22fa2; size=7.9M
+wgEncodeGisChiaPetK562Pol2InteractionsRep2	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=K562; antibody=Pol2; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001428; dateSubmitted=2011-01-20; dateResubmitted=2011-02-05; dateUnrestricted=2011-10-20; subId=4300; labExpId=CHK019M_L2_lane24; tableName=wgEncodeGisChiaPetK562Pol2InteractionsRep2; type=bed; md5sum=62301d28728cb9b32d3af79d68a5ffb5; size=8.1M
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep1	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=MCF-7; antibody=CTCF; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002076; dateSubmitted=2011-06-08; dateResubmitted=2011-08-30; dateUnrestricted=2012-03-08; subId=4305; labExpId=CHM076M; tableName=wgEncodeGisChiaPetMcf7CtcfInteractionsRep1; type=bed; md5sum=9f67b2d5bf6fc29519e20a41b1a3031b; size=1.9M
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep2	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=MCF-7; antibody=CTCF; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002076; dateSubmitted=2011-06-08; dateResubmitted=2011-08-30; dateUnrestricted=2012-03-08; subId=4306; labExpId=CHM077M; tableName=wgEncodeGisChiaPetMcf7CtcfInteractionsRep2; type=bed; md5sum=3535501126bb760dcd068bec547ee21b; size=771K
+wgEncodeGisChiaPetMcf7EraaInteractionsRep1	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=MCF-7; antibody=ERalpha_a; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001429; dateSubmitted=2011-09-20; dateUnrestricted=2012-04-20; subId=4843; labExpId=IHM001T_hg19; tableName=wgEncodeGisChiaPetMcf7EraaInteractionsRep1; type=bed; md5sum=8c004bab76f6a1f655a60095d5a5ebf2; size=155K
+wgEncodeGisChiaPetMcf7EraaInteractionsRep2	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=MCF-7; antibody=ERalpha_a; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001429; dateSubmitted=2011-09-21; dateUnrestricted=2012-04-21; subId=4830; labExpId=IHH015T_hg19; tableName=wgEncodeGisChiaPetMcf7EraaInteractionsRep2; type=bed; md5sum=34ed7a1ba956f10a0ddf3250f42df63d; size=197K
+wgEncodeGisChiaPetMcf7EraaInteractionsRep3	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=MCF-7; antibody=ERalpha_a; replicate=3; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001429; dateSubmitted=2011-09-24; dateUnrestricted=2012-04-23; subId=4874; labExpId=IHM096M; tableName=wgEncodeGisChiaPetMcf7EraaInteractionsRep3; type=bed; md5sum=621587fe9a5ced0c95a3920a92e35349; size=84K
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep1	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=MCF-7; antibody=Pol2; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001430; dateSubmitted=2011-01-20; dateResubmitted=2011-09-26; dateUnrestricted=2011-10-20; subId=4841; labExpId=CHM040M_hg19; tableName=wgEncodeGisChiaPetMcf7Pol2InteractionsRep1; type=bed; md5sum=820fc9a1b53b1edc7d4cfe91749849e9; size=171K
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep2	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=MCF-7; antibody=Pol2; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001430; dateSubmitted=2011-01-20; dateResubmitted=2011-09-23; dateUnrestricted=2011-10-20; subId=4842; labExpId=CHM053T_hg19; tableName=wgEncodeGisChiaPetMcf7Pol2InteractionsRep2; type=bed; md5sum=2eb1c0e7222800da2918bb3f1d1437e2; size=165K
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep3	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=MCF-7; antibody=Pol2; replicate=3; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001430; dateSubmitted=2011-06-08; dateResubmitted=2011-09-27; dateUnrestricted=2012-03-08; subId=4303; labExpId=CHM160M_L4; tableName=wgEncodeGisChiaPetMcf7Pol2InteractionsRep3; type=bed; md5sum=49595aa0f557ad62c403b15867e3d94e; size=6.1M
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep4	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=MCF-7; antibody=Pol2; replicate=4; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001430; dateSubmitted=2011-01-20; dateResubmitted=2011-09-27; dateUnrestricted=2011-10-20; subId=4304; labExpId=CHM163M_L4; tableName=wgEncodeGisChiaPetMcf7Pol2InteractionsRep4; type=bed; md5sum=280ba3becf3ef81b30af7eefa60e96d9; size=8.3M
+wgEncodeGisChiaPetNb4Pol2InteractionsRep1	project=wgEncode; grant=Ruan; lab=GIS-Ruan; composite=wgEncodeGisChiaPet; dataType=ChiaPet; view=Interactions; cell=NB4; antibody=Pol2; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001431; dateSubmitted=2011-01-20; dateResubmitted=2011-09-24; dateUnrestricted=2011-10-20; subId=4873; labExpId=IHN009M_hg19; tableName=wgEncodeGisChiaPetNb4Pol2InteractionsRep1; type=bed; md5sum=5ef37c3ffb41acde3f0e3fe241131998; size=284K
+wgEncodeUmassDekker5CGm12878Pk	project=wgEncode; grant=Dekker; lab=UMass-Dekker; composite=wgEncodeUmassDekker5C; dataType=5C; view=Peaks; cell=GM12878; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001665; dateSubmitted=2011-01-25; dateResubmitted=2012-02-07; dateUnrestricted=2011-10-25; subId=5451; region=None; tableName=wgEncodeUmassDekker5CGm12878Pk; type=bed; md5sum=75ea972f516ffbab7f907f64f46176cf; size=33K
+wgEncodeUmassDekker5CH1hescPk	project=wgEncode; grant=Dekker; lab=UMass-Dekker; composite=wgEncodeUmassDekker5C; dataType=5C; view=Peaks; cell=H1-hESC; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001666; dateSubmitted=2011-01-25; dateResubmitted=2012-02-07; dateUnrestricted=2011-10-25; subId=5451; region=None; tableName=wgEncodeUmassDekker5CH1hescPk; type=bed; md5sum=0b830bc481812a030b09c4c18e4bf6df; size=35K
+wgEncodeUmassDekker5CHelas3Pk	project=wgEncode; grant=Dekker; lab=UMass-Dekker; composite=wgEncodeUmassDekker5C; dataType=5C; view=Peaks; cell=HeLa-S3; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001667; dateSubmitted=2011-01-25; dateResubmitted=2012-02-07; dateUnrestricted=2011-10-25; subId=5451; region=None; tableName=wgEncodeUmassDekker5CHelas3Pk; type=bed; md5sum=b3e549a8a1dc7aaa1bc367da2d6d0910; size=51K
+wgEncodeUmassDekker5CK562Pk	project=wgEncode; grant=Dekker; lab=UMass-Dekker; composite=wgEncodeUmassDekker5C; dataType=5C; view=Peaks; cell=K562; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH001668; dateSubmitted=2011-01-25; dateResubmitted=2012-02-07; dateUnrestricted=2011-10-25; subId=5451; region=None; tableName=wgEncodeUmassDekker5CK562Pk; type=bed; md5sum=af4345e5a20e4aa0a68c09083f405000; size=47K
+Esc_20kb_hindIII_rep1	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human H1 embryonic stem cell; Restriction enzyme=HindIII; Replication=biological replicate 1; Bin size=20 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_20kb_hindIII_rep2	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human H1 embryonic stem cell; Restriction enzyme=HindIII; Replication=biological replicate 2; Bin size=20 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_40kb_hindIII_rep1	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human H1 embryonic stem cell; Restriction enzyme=HindIII; Replication=biological replicate 1; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_40kb_hindIII_rep2	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human H1 embryonic stem cell; Restriction enzyme=HindIII; Replication=biological replicate 2; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_40kb_hindIII_combined	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human H1 embryonic stem cell; Restriction enzyme=HindIII; Replication=replicates 1 and 2 combined; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+IMR90_20kb_hindIII_rep1	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human IMR90 fibroblast; Restriction enzyme=HindIII; Replication=biological replicates 1; Bin size=20 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+IMR90_20kb_hindIII_rep2	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human IMR90 fibroblast; Restriction enzyme=HindIII; Replication=biological replicates 2; Bin size=20 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+IMR90_40kb_hindIII_rep1	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human IMR90 fibroblast; Restriction enzyme=HindIII; Replication=biological replicate 1; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+IMR90_40kb_hindIII_rep2	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human IMR90 fibroblast; Restriction enzyme=HindIII; Replication=biological 2; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+IMR90_40kb_hindIII_combined	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Human IMR90 fibroblast; Restriction enzyme=HindIII; Replication=replicates 1 and 2 combined; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+GM06990_exp_100kb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human GM06990 cell line; Bin size=100 kb; Analysis=expected number of reads
+GM06990_exp_1mb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human GM06990 cell line; Bin size=1 mb; Analysis=expected number of reads
+GM06990_obs_100kb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human GM06990 cell line; Bin size=100 kb; Analysis=observed number of reads
+GM06990_obs_1mb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human GM06990 cell line; Bin size=1 mb; Analysis=observed number of reads
+GM06990_obsexp_100kb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human GM06990 cell line; Bin size=100 kb; Analysis=log2 ratio of observed/expected number of reads
+GM06990_obsexp_1mb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human GM06990 cell line; Bin size=1 mb; Analysis=log2 ratio of observed/expected number of reads
+GM06990_pearson_100kb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human GM06990 cell line; Bin size=100 kb; Analysis=pearson correlation coefficients
+GM06990_pearson_1mb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human GM06990 cell line; Bin size=1 mb; Analysis=pearson correlation coefficients
+K562_exp_100kb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human K562 cell line; Bin size=100 kb; Analysis=expected number of reads
+K562_exp_1mb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human K562 cell line; Bin size=1 mb; Analysis=expected number of reads
+K562_obs_100kb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human K562 cell line; Bin size=100 kb; Analysis=observed number of reads
+K562_obs_1mb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human K562 cell line; Bin size=1 mb; Analysis=observed number of reads
+K562_obsexp_100kb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human K562 cell line; Bin size=100 kb; Analysis=log2 ratio of observed/expected number of reads
+K562_obsexp_1mb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human K562 cell line; Bin size=1 mb; Analysis=log2 ratio of observed/expected number of reads
+K562_pearson_100kb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human K562 cell line; Bin size=100 kb; Analysis=pearson correlation coefficients
+K562_pearson_1mb	Publication=Comprehensive mapping of long-range interactions reveals folding principles of the human genome; Journal=Science 326(5950):289-93; Year=2009; Institution=Harvard/MIT/Broad/UMass; PI=Job Dekker; Sample=Human K562 cell line; Bin size=1 mb; Analysis=pearson correlation coefficients
+GSM832456	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=MCF-7
+GSM832457	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=MCF-7
+GSM832458	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=MCF-7
+GSM832459	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=MCF-7
+GSM832460	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=HCT-116
+GSM832461	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=HeLa cells
+GSM832462	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=NB4 cells
+GSM832463	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=K562 cells
+GSM832464	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=K562 cells
+GSM832465	Publication=Extensive promoter-centered chromatin interactions provide a topological basis for transcription regulation; Journal=Cell 148(1-2):84; Year=2012; Institution=Genome Institute of Singapore; PI=Michael Snyder, Yijun Ruan; Assay=ChIA-PET; Factor=PolII; Sample=K562 cells
+wgEncodeUw5CBjUw5cgeneMatrixRep1	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=BJ; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002097; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970285; region=UW-5C-Gene-Regions; type=matrix; md5sum=9cd5988da81b9b00b128ff2d72eb0e7f; size=108K; original filename=wgEncodeUw5CBjUw5cgeneMatrixRep1.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CBjUw5cgeneMatrixRep2	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=BJ; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002097; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970285; region=UW-5C-Gene-Regions; type=matrix; md5sum=d89be5ad5a365a81c7c2cb15c20987a7; size=117K; original filename=wgEncodeUw5CBjUw5cgeneMatrixRep2.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CCaco2Uw5cmycMatrixRep1	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=Caco-2; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002098; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970291; region=UW-5C-Myc-Region; type=matrix; md5sum=6378df5068dfffb4746c112f3127af38; size=65K; original filename=wgEncodeUw5CCaco2Uw5cmycMatrixRep1.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CCaco2Uw5cmycMatrixRep2	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=Caco-2; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002098; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970291; region=UW-5C-Myc-Region; type=matrix; md5sum=60337882e73719d29bd6e58aae3ed3ef; size=61K; original filename=wgEncodeUw5CCaco2Uw5cmycMatrixRep2.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep1	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=GM06990; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002099; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970290; region=UW-5C-Gene-Regions; type=matrix; md5sum=98f98dffae6ef76d9f1bfed6af15e15b; size=104K; original filename=wgEncodeUw5CGm06990Uw5cgeneMatrixRep1.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep2	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=GM06990; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002099; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970290; region=UW-5C-Gene-Regions; type=matrix; md5sum=a8e30ef27fc06736d6e8e89af65687df; size=109K; original filename=wgEncodeUw5CGm06990Uw5cgeneMatrixRep2.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CGm12878Uw5cmycMatrixRep1	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=GM12878; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002100; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970289; region=UW-5C-Myc-Region; type=matrix; md5sum=af0d93c6cae0e62fb0c3db5c3c1d04db; size=60K; original filename=wgEncodeUw5CGm12878Uw5cmycMatrixRep1.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CGm12878Uw5cmycMatrixRep2	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=GM12878; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002100; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970289; region=UW-5C-Myc-Region; type=matrix; md5sum=563f1035d0f9dbe6d482a1c341e4e4ca; size=61K; original filename=wgEncodeUw5CGm12878Uw5cmycMatrixRep2.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep1	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=HepG2; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002101; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970288; region=UW-5C-Gene-Regions; type=matrix; md5sum=e69722cb14320255ff13cf95029b6378; size=159K; original filename=wgEncodeUw5CHepg2Uw5cgeneMatrixRep1.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep2	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=HepG2; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002101; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970288; region=UW-5C-Gene-Regions; type=matrix; md5sum=18d1bd3ee4bd61bef86d819c03d4fc7f; size=116K; original filename=wgEncodeUw5CHepg2Uw5cgeneMatrixRep2.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CK562Uw5cmycMatrixRep1	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=K562; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002102; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970287; region=UW-5C-Myc-Region; type=matrix; md5sum=5a02b5d2d1b48057422ede63ec9d33a6; size=52K; original filename=wgEncodeUw5CK562Uw5cmycMatrixRep1.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CK562Uw5cmycMatrixRep2	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=K562; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002102; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970287; region=UW-5C-Myc-Region; type=matrix; md5sum=12c38b6299cdfbecf1ccce7f3d417059; size=60K; original filename=wgEncodeUw5CK562Uw5cmycMatrixRep2.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CLncapUw5cmycMatrixRep1	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=LNCaP; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002103; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970286; region=UW-5C-Myc-Region; type=matrix; md5sum=1d72bdd3547449bb17407709424adb63; size=65K; original filename=wgEncodeUw5CLncapUw5cmycMatrixRep1.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CLncapUw5cmycMatrixRep2	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=LNCaP; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002103; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970286; region=UW-5C-Myc-Region; type=matrix; md5sum=490d2bf7bb206a2904ef851d43af1374; size=61K; original filename=wgEncodeUw5CLncapUw5cmycMatrixRep2.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CMcf7Uw5cmycMatrixRep1	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=MCF-7; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002104; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970292; region=UW-5C-Myc-Region; type=matrix; md5sum=65253d1494c9466b29e2c39be78bfd95; size=66K; original filename=wgEncodeUw5CMcf7Uw5cmycMatrixRep1.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CMcf7Uw5cmycMatrixRep2	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=MCF-7; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002104; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970292; region=UW-5C-Myc-Region; type=matrix; md5sum=8e8d819fcb6dc0b43a60104d9d8035cb; size=62K; original filename=wgEncodeUw5CMcf7Uw5cmycMatrixRep2.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CSknshraUw5cgeneMatrixRep1	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=SK-N-SH_RA; replicate=1; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002107; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970284; region=UW-5C-Gene-Regions; type=matrix; md5sum=f3ad2cb3b21b762eb7b990be27357793; size=157K; original filename=wgEncodeUw5CSknshraUw5cgeneMatrixRep1.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
+wgEncodeUw5CSknshraUw5cgeneMatrixRep2	project=wgEncode; grant=Stam; lab=UW; composite=wgEncodeUw5C; dataType=5C; view=Matrix; cell=SK-N-SH_RA; replicate=2; dataVersion=ENCODE Mar 2012 Freeze; dccAccession=wgEncodeEH002107; dateSubmitted=2011-03-09; dateUnrestricted=2011-12-08; subId=3813; geoSampleAccession=GSM970284; region=UW-5C-Gene-Regions; type=matrix; md5sum=474cbb04e667d7015ed564877f02d6a7; size=126K; original filename=wgEncodeUw5CSknshraUw5cgeneMatrixRep2.matrix.tgz; download=http://hgdownload.cse.ucsc.edu/goldenPath/hg19/encodeDCC/wgEncodeUw5C/
diff --git a/hg19/track2Detail_roadmap b/hg19/track2Detail_roadmap
new file mode 100644
index 0000000..4e79ad2
--- /dev/null
+++ b/hg19/track2Detail_roadmap
@@ -0,0 +1,2179 @@
+GSM675544_1	sample_alias=H1-NPC_r1;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=25; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675544_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-11-16
+GSM530665	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Eagle's Minimum Essential Medium, Catalog No. 30-2003.; Sex=Female; batch=CCL-186; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530665_UW.IMR90.ChromatinAccessibility.DS13219.bigWig; Embargo end date=2011-01-28
+GSM669984	sample_alias=143;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=95; biomaterial_provider=Harvard University; donor_age=81; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669984_BI.Adipose_Nuclei.Input.95.bigWig; Embargo end date=2011-12-31
+GSM605296	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H2BK12ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056; original_filename=GSM605296_UCSD.H1.H2BK12ac.YL93.bigWig; Embargo end date=2011-07-07
+GSM605297	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=Histone H2BK12ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056; original_filename=GSM605297_UCSD.H1.H2BK12ac.SAK203.bigWig; Embargo end date=2011-07-07
+GSM605295	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=Histone H2BK120ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM39119; chip_antibody_lot=255; original_filename=GSM605295_UCSD.H1.H2BK120ac.SAK206.bigWig; Embargo end date=2011-07-07
+GSM605298	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=51; medium=mTeSER; Sex=Male; batch=H1Ep51; experiment_type=Histone H2BK15ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK15ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab62335; chip_antibody_lot=727058; original_filename=GSM605298_UCSD.H1.H2BK15ac.YL206.bigWig; Embargo end date=2011-07-07
+GSM605299	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=Histone H2BK15ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK15ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab62335; chip_antibody_lot=727058; original_filename=GSM605299_UCSD.H1.H2BK15ac.SAK204.bigWig; Embargo end date=2011-07-07
+GSM774218_0	sample_alias=fMuscle_Upper_trunk.H-23887d108; sample_common_name=Fetal Muscle, Upper Trunk; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Upper Trunk; tissue_depot=UW; collection_method=fetal; donor_id=H-23887; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774218_UW.Fetal_Muscle_Upper_Trunk.ChromatinAccessibility.H-23887.DS17664.bigWig
+GSM669935	sample_alias=82;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669935_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.60.bigWig; Embargo end date=2011-12-31
+GSM669934	sample_alias=140;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669934_BI.Adipose_Nuclei.Input.92.bigWig; Embargo end date=2011-12-31
+GSM669937	sample_alias=76B;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669937_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.58.bigWig; Embargo end date=2011-12-31
+GSM669936	sample_alias=197;  sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669936_BI.HUES48.H3K4me3.Lib_MC_20101025_08--ChIP_MC_20101020_08_ES_cell_HUES_48_H3K4Me3.bigWig; Embargo end date=2011-12-31
+GSM669931	sample_alias=4;  sample_common_name=Adult Liver; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=4; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669931_BI.Adult_Liver.H3K36me3.4.bigWig; Embargo end date=2011-12-31
+GSM669930	sample_alias=140;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669930_BI.Adipose_Nuclei.H3K27me3.92.bigWig; Embargo end date=2011-12-31
+GSM669933	sample_alias=143;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=95; biomaterial_provider=Harvard University; donor_age=81; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669933_BI.Adipose_Nuclei.H3K9me3.95.bigWig; Embargo end date=2011-12-31
+GSM669932	sample_alias=196;  sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669932_BI.HUES64.H3K36me3.Lib_MC_20101025_03--ChIP_MC_20101020_03_ES_cell_HUES_64_H3K36Me3.bigWig; Embargo end date=2011-12-31
+GSM537655	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Cultured Cells; markers=CD34+; donor_id=cultured CD34_2/20/09; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM537655_BI.CD34_Cultured_Cells.H3K36me3.cultured_CD34_2_20_09.bigWig; Embargo end date=2011-01-28
+GSM621705	lineage=embrionic stem cell;  medium=TESR; molecule=genomic DNA; disease=none; passage=p37 or p38; line=H1p37  ES; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Cellular Dynamics; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-320 or 200-420; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-200 or 80-300; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621705_BI.H1.RRBS.RRBS776-779.bigWig; Embargo end date=2011-08-11
+GSM669939	sample_alias=UW DS # 14751;  sample_common_name=Fetal Lung; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=UW H23266; biomaterial_provider=UW; donor_age=85 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669939_BI.Fetal_Lung.H3K9me3.UW_H23266.bigWig; Embargo end date=2011-12-31
+GSM669938	sample_alias=142;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=94; biomaterial_provider=Harvard University; donor_age=25; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669938_BI.Adipose_Nuclei.H3K9ac.94.bigWig; Embargo end date=2011-12-31
+GSM621700	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p25; line=HUES 6; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=118-270 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-180 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621700_BI.HUES6.RRBS.RRBS536-537.bigWig; Embargo end date=2011-08-11
+GSM723022_0	sample_alias=RO 01535; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01535; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM723022_UW.Mobilized_CD34_Primary_Cells.Digital_Genomic_Footprinting.RO_01535.DGF.DS12274.bigWig
+GSM701527_0	sample_alias=fLung_Left.H-23914d91; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701527_UW.Fetal_Lung_Left.ChromatinAccessibility.H-23914.DS17739.bigWig
+GSM767353_0	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM767353_UCSD.H1_Derived_Mesenchymal_Stem_Cells.Input.SK443.bigWig
+GSM602260	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=577702; original_filename=GSM602260_UCSD.H1.H3K4me2.LL322.bigWig; Embargo end date=2011-07-07
+GSM602261	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=577702; original_filename=GSM602261_UCSD.H1.H3K4me2.YL96.bigWig; Embargo end date=2011-07-07
+GSM621603	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p17; line=HUES49; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621603_BI.HUES49.RRBS.RRBS556-557.bigWig; Embargo end date=2011-08-11
+GSM752966_0	sample_alias=iPS-19.11-02; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=25; medium=mTeSR; Sex=Male; batch=iPSC 19.11-2; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM 39133; chip_antibody_lot=19208002; original_filename=GSM752966_UCSD.iPS_DF_19.11.H3K27ac.SK434.bigWig
+GSM669960	sample_alias=174;  sample_common_name=Brain, Mid Frontal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Mid Frontal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669960_BI.Brain_Mid_Frontal_Lobe.Input.112.bigWig; Embargo end date=2011-12-31
+GSM543016	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=pluripotent; differentiation_stage=undifferentiated; differentiation_method=NA; passage=30; medium=CDI protocol; Sex=Male; batch=#1; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP protocol; medip_protocol_dna_amount=5ug; medip_protocol_bead_type=Protein A/G Beads; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM543016_UCSF-UBC.H1.MeDIP-Seq.HS1376.bigWig; Embargo end date=2011-07-28
+GSM723025_0	sample_alias=fLung.H-23266d85; sample_common_name=Fetal Lung; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM723025_UW.Fetal_Lung.Digital_Genomic_Footprinting.H-23266.DGF.DS14724.bigWig
+GSM621601	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p17; line=HUES53; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621601_BI.HUES53.RRBS.RRBS550-551.bigWig; Embargo end date=2011-08-11
+GSM621689	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Hisp; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01536; biomaterial_provider=UW; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621689_BI.Mobilized_CD34_Primary_Cells.Input.UW_RO_01536.bigWig; Embargo end date=2011-08-12
+GSM621688	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=19; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621688_BI.Skeletal_Muscle.H3K9ac.19.bigWig; Embargo end date=2011-08-12
+GSM621687	collection_method=surgery;  donor_health_status=&quot,normal mucosa, diverticular disease&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=31; biomaterial_provider=MGH Pathology; donor_age=61; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621687_BI.Rectal_Mucosa.H3K36me3.31.bigWig; Embargo end date=2011-08-12
+GSM621686	collection_method=surgery;  donor_health_status=&quot,NL muscle,... PVD - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=62; biomaterial_provider=MGH Pathology; donor_age=72 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621686_BI.Skeletal_Muscle.H3K4me1.62.bigWig; Embargo end date=2011-08-12
+GSM621685	collection_method=surgery;  donor_health_status=&quot,NL muscle,... PVD - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=62; biomaterial_provider=MGH Pathology; donor_age=72 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621685_BI.Skeletal_Muscle.H3K4me3.62.bigWig; Embargo end date=2011-08-12
+GSM621684	collection_method=surgery;  donor_health_status=&quot,NL muscle,... PVD - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=62; biomaterial_provider=MGH Pathology; donor_age=72 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621684_BI.Skeletal_Muscle.H3K36me3.62.bigWig; Embargo end date=2011-08-12
+GSM621683	collection_method=surgery;  donor_health_status=&quot,NL muscle,... PVD - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=62; biomaterial_provider=MGH Pathology; donor_age=72 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621683_BI.Skeletal_Muscle.H3K27me3.62.bigWig; Embargo end date=2011-08-12
+GSM621682	collection_method=surgery;  donor_health_status=&quot,NL muscle,... PVD - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=62; biomaterial_provider=MGH Pathology; donor_age=72 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621682_BI.Skeletal_Muscle.H3K9ac.62.bigWig; Embargo end date=2011-08-12
+GSM621681	collection_method=surgery;  donor_health_status=&quot,NL muscle,... PVD - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=62; biomaterial_provider=MGH Pathology; donor_age=72 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621681_BI.Skeletal_Muscle.H3K9me3.62.bigWig; Embargo end date=2011-08-12
+GSM621680	collection_method=surgery;  donor_health_status=&quot,NL muscle,... PVD - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=62; biomaterial_provider=MGH Pathology; donor_age=72 years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621680_BI.Skeletal_Muscle.Input.62.bigWig; Embargo end date=2011-08-12
+GSM605303	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=Histone H2BK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM39123; chip_antibody_lot=229; original_filename=GSM605303_UCSD.H1.H2BK5ac.SAK202.bigWig; Embargo end date=2011-07-07
+GSM701488_0	sample_alias=CD3.RO_01679; sample_common_name=Mobilized CD3 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=Mobilized CD3 Primary Cells; markers=CD3+; donor_id=RO 01679; donor_age=year 21; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701488_UW.Mobilized_CD3_Primary_Cells.ChromatinAccessibility.RO_01679.DS16834.bigWig
+GSM669961	sample_alias=UW DS # 12774;  sample_common_name=Mobilized CD34 Primary Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Cauc; donor_sex=Male; biomaterial_type=Primary Cell; donor_id=UW RO 01492; biomaterial_provider=UW; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669961_BI.CD34_Primary_Cells.Input.UW_RO_01492.bigWig; Embargo end date=2011-12-31
+GSM543019	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Breast stem cell; markers=CD73+; donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM543019_UCSF-UBC.Breast_Stem_Cells.MeDIP-Seq.RM035.bigWig; Embargo end date=2011-02-17
+GSM429323_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; batch=Replicate 1; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=30; medium=TeSR; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM429323_UCSD.H1.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM753442_0	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=GSM753442_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me3.LH6.bigWig
+GSM605306	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=Histone H3K23me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2370; chip_antibody_lot=13694; original_filename=GSM605306_UCSD.H1.H3K23me2.SAK210.bigWig; Embargo end date=2011-07-07
+GSM772727_0	sample_alias=205; sample_common_name=H9 Derived Neuron Cultured Cells; lineage=ectoderm; medium=Differentiated from hNP1(trademark) for 2 weeks under defined (feeder &amp, serum free) conditions – AB2+ANS+LIF on Matrigel (i.e., differentiation medium); molecule=genomic DNA; disease=none; passage=NA; line=Neurons derived from ES H9 cell; differentiation_method=differentiated in vitro by vendor; batch=NA; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Female; biomaterial_provider=ArunA Biomedical, Athens, GA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM772727_BI.H9_Derived_Neuron_Cultured_Cells.RRBS.RRBS1088.bigWig
+GSM613846	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM070; donor_age=26 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=NA; karyotype=46, XX; parity=2; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613846_UCSF-UBC.Breast_Myoepithelial_Cells.MeDIP-Seq.RM070.bigWig; Embargo end date=2011-07-28
+GSM605307	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=300 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM39133; chip_antibody_lot=19208002; original_filename=GSM605307_UCSD.H9.H3K27ac.YL237.bigWig; Embargo end date=2011-07-07
+GSM706083_0	sample_alias=iPS-6.9-01; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=33; medium=mTeSR; Sex=Male; batch=iPSC 6.9; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM706083_UCSD.iPS_DF_6.9.Input.SKiPS6.9-1.bigWig
+GSM613842	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Memory; markers=CD4+,CD45RO+; donor_id=TC003; donor_age=21; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XX; parity=N/A; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=1.5 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=50-280 bp; original_filename=GSM613842_UCSF-UBC.CD4_Memory_Primary_Cells.MRE-Seq.TC003.bigWig; Embargo end date=2011-07-28
+GSM613843	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal epithelial cell; markers=CD227+; donor_id=RM070; donor_age=26 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=NA; parity=2; karyotype=46, XX; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613843_UCSF-UBC.Breast_Luminal_Epithelial_Cells.MeDIP-Seq.RM070.bigWig; Embargo end date=2011-07-28
+GSM621632	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=19; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621632_BI.Skeletal_Muscle.H3K9me3.19.bigWig; Embargo end date=2011-08-12
+GSM621633	collection_method=surgery;  donor_health_status=normal mucosa; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=29; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621633_BI.Rectal_Mucosa.H3K9me3.29.bigWig; Embargo end date=2011-08-12
+GSM621630	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=4; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621630_BI.Adult_Liver.H3K9ac.4.bigWig; Embargo end date=2011-08-12
+GSM621631	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=28; biomaterial_provider=MGH Pathology; donor_age=84; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621631_BI.Stomach_Smooth_Muscle.H3K9me3.28.bigWig; Embargo end date=2011-08-12
+GSM621636	collection_method=surgery;  donor_health_status=normal mucosa; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=29; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621636_BI.Rectal_Mucosa.H3K9ac.29.bigWig; Embargo end date=2011-08-12
+GSM621637	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=19; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621637_BI.Skeletal_Muscle.H3K4me3.19.bigWig; Embargo end date=2011-08-12
+GSM521918	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=4; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K5ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-327; chip_antibody_lot=30417; original_filename=GSM521918_UCSD.IMR90.H4K5ac.SK08.bigWig; Embargo end date=2010-12-22
+GSM521919	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K8ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1487557; original_filename=GSM521919_UCSD.IMR90.H4K8ac.YL17.bigWig; Embargo end date=2010-12-22
+GSM706845_0	sample_alias=RO 01480; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01480; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706845_BI.Mobilized_CD34_Primary_Cells.H3K4me1.RO_01480.bigWig
+GSM521917	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K20me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K20me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9051; chip_antibody_lot=519198; original_filename=GSM521917_UCSD.IMR90.H4K20me1.YL59.bigWig; Embargo end date=2010-12-22
+GSM521914	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=6; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=150; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=GSM521914_UCSD.IMR90.H3K9me3.YL104.bigWig; Embargo end date=2010-12-22
+GSM521915	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K20me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K20me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9051; chip_antibody_lot=519198; original_filename=GSM521915_UCSD.IMR90.H4K20me1.YL21.bigWig; Embargo end date=2010-12-22
+GSM521912	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K9ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM39137; chip_antibody_lot=1008001; original_filename=GSM521912_UCSD.IMR90.H3K9ac.SK46.bigWig; Embargo end date=2010-12-22
+GSM521913	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=4; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab8896; chip_antibody_lot=484099; original_filename=GSM521913_UCSD.IMR90.H3K9me3.SK06.bigWig; Embargo end date=2010-12-22
+GSM767355_0	sample_alias=NPC-03; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-3; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM767355_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Input.SK459.bigWig
+GSM521911	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=6; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K79me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=150; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab3594; chip_antibody_lot=573640; original_filename=GSM521911_UCSD.IMR90.H3K79me2.SK43.bigWig; Embargo end date=2010-12-22
+GSM752977_0	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=727417; original_filename=GSM752977_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me1.AK133.bigWig
+GSM621458	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=ADMSC; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=1; biomaterial_provider=Harvard University; donor_age=31; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621458_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.1.bigWig; Embargo end date=2011-08-12
+GSM621459	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=RO 01480; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621459_BI.Mobilized_CD34_Primary_Cells.H3K36me3.UW_RO_01480.bigWig; Embargo end date=2011-08-12
+GSM774202_0	sample_alias=fStomach.H-23589d147; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-23589; donor_age=day 147; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774202_UW.Fetal_Stomach.ChromatinAccessibility.H-23589.DS16530.bigWig
+GSM621353	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=WA-7; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=48.0; medium=KSR; Sex=Female; batch=0/0/00; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160/90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=130-250/180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621353_BI.ES-WA7.RRBS.RRBS528-529.bigWig; Embargo end date=2011-08-11
+GSM621347	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=WA-7; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=44.0; medium=KSR; Sex=Female; batch=0/0/00; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621347_BI.ES-WA7.RRBS.RRBS350-351.bigWig; Embargo end date=2011-08-11
+GSM753435_0	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=GSM753435_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me1.LH1.bigWig
+GSM621672	collection_method=surgery;  donor_health_status=&quot,normal mucosa, adeno. CA of Cecum&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=32; biomaterial_provider=MGH Pathology; donor_age=73; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621672_BI.Colonic_Mucosa.H3K36me3.32.bigWig; Embargo end date=2011-08-12
+GSM621450	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal heart; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=heart; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621450_BI.Fetal_Heart.H3K27me3.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM621451	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Cauc; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01549; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621451_BI.Mobilized_CD34_Primary_Cells.H3K4me1.UW_RO_01549.bigWig; Embargo end date=2011-08-12
+GSM621456	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=RO 01480; biomaterial_provider=UW; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621456_BI.Mobilized_CD34_Primary_Cells.Input.UW_RO_01480.bigWig; Embargo end date=2011-08-12
+GSM621457	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal brain; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=H-22510; biomaterial_provider=UW; donor_age=122 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621457_BI.Fetal_Brain.H3K4me3.UW_H-22510.bigWig; Embargo end date=2011-08-12
+GSM621454	donor_health_status=healthy;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621454_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.57.bigWig; Embargo end date=2011-08-12
+GSM621673	collection_method=surgery;  donor_health_status=&quot,normal mucosa, adeno. CA of Cecum&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=32; biomaterial_provider=MGH Pathology; donor_age=73; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621673_BI.Colonic_Mucosa.H3K27me3.32.bigWig; Embargo end date=2011-08-12
+GSM670029	sample_alias=80;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670029_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.58.bigWig; Embargo end date=2011-12-31
+GSM670028	sample_alias=78;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670028_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.60.bigWig; Embargo end date=2011-12-31
+GSM613908	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM071; donor_age=37 yrs; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=53-282bp; original_filename=GSM613908_UCSF-UBC.Breast_Myoepithelial_Cells.MRE-Seq.RM071.bigWig; Embargo end date=2011-07-28
+GSM621345	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES I3 TESR; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=45.0; medium=TESR; Sex=Female; batch=0/0/00; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621345_BI.ES-I3.RRBS.RRBS368-369.bigWig; Embargo end date=2011-08-11
+GSM707012_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=80-395bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467; original_filename=GSM707012_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K36me3.HuFNSC02.bigWig
+GSM669964	sample_alias=39;  sample_common_name=Rectal Smooth Muscle; collection_method=surgery; donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=30; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669964_BI.Rectal_Smooth_Muscle.H3K4me1.30.bigWig; Embargo end date=2011-12-31
+GSM701530_0	sample_alias=fIntestine_Small.H-23914d91; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701530_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23914.DS17763.bigWig
+GSM670021	sample_alias=174;  sample_common_name=Brain, Mid Frontal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Mid Frontal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670021_BI.Brain_Mid_Frontal_Lobe.H3K9ac.112.bigWig; Embargo end date=2011-12-31
+GSM670020	sample_alias=1;  sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=ADMSC; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=1; biomaterial_provider=Harvard University; donor_age=31; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670020_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.1_rel2.bigWig; Embargo end date=2011-12-31
+GSM670023	sample_alias=81;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670023_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.59.bigWig; Embargo end date=2011-12-31
+GSM670022	sample_alias=172;  sample_common_name=Brain, Hippocampus Middle; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Hippocampus Middle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670022_BI.Brain_Hippocampus_Middle.H3K4me3.112.bigWig; Embargo end date=2011-12-31
+GSM670025	sample_alias=36;  sample_common_name=Adult Kidney; collection_method=surgery; donor_health_status=&quot,normal, renal cell CA (clear cell type)&quot,; molecule=genomic DNA; disease=none; tissue_type=Adult Kidney; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=27; biomaterial_provider=MGH Pathology; donor_age=67; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670025_BI.Adult_Kidney.H3K4me1.27.bigWig; Embargo end date=2011-12-31
+GSM670024	sample_alias=79;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670024_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.57.bigWig; Embargo end date=2011-12-31
+GSM670027	sample_alias=143;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=95; biomaterial_provider=Harvard University; donor_age=81; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670027_BI.Adipose_Nuclei.H3K9ac.95.bigWig; Embargo end date=2011-12-31
+GSM670026	sample_alias=173;  sample_common_name=Brain, Anterior Caudate; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Anterior Caudate; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670026_BI.Brain_Anterior_Caudate.H3K36me3.112.bigWig; Embargo end date=2011-12-31
+GSM723023_0	sample_alias=fHeart.H-22662d96; sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal heart; tissue_depot=UW; collection_method=fetal; donor_id=H-22662; donor_age=96 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM723023_UW.Fetal_Heart.Digital_Genomic_Footprinting.H-22662.DGF.DS12531.bigWig
+GSM806948_0	sample_alias=Brain HuFNSC01; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=5ug; size_fraction=81-352bp; original_filename=GSM806948_UCSF-UBC.Fetal_Brain.Input.HuFNSC01.bigWig
+GSM537619	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39661; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM537619_BI.CD3_Primary_Cells.Input.CD3_39661.bigWig; Embargo end date=2011-01-28
+GSM706999_0	sample_alias=Brain Germinal Matrix HuFGM01; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM01; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; note=Twin of HuFGM02; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher  Sonic 550 Dismembrantor; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A and G Bead Mix; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=10ul; size_fraction=101-346bp; chip_antibody=H3K4me3; chip_antibody_provider=CST; chip_antibody_catalog=9751S; chip_antibody_lot=Lot#4; original_filename=GSM706999_UCSF-UBC.Brain_Germinal_Matrix.H3K4me3.HuFGM01.bigWig
+GSM613833	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal epithelial cell; markers=CD227+; donor_id=RM066; donor_age=36 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; parity=NA; karyotype=46, XX; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=40-280 bp; original_filename=GSM613833_UCSF-UBC.Breast_Luminal_Epithelial_Cells.MRE-Seq.RM066.bigWig; Embargo end date=2011-07-28
+GSM537615	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39661; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K4me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8580; chip_antibody_lot=331024; original_filename=GSM537615_BI.CD3_Primary_Cells.H3K4me3.CD3_39661.bigWig; Embargo end date=2011-02-03
+GSM537612	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39661; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM537612_BI.CD3_Primary_Cells.H3K36me3.CD3_39661.bigWig; Embargo end date=2011-02-03
+GSM537613	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39661; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K27me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1387952; original_filename=GSM537613_BI.CD3_Primary_Cells.H3K27me3.CD3_39661.bigWig; Embargo end date=2011-02-03
+GSM595928_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595928_UW.Fetal_Brain.ChromatinAccessibility.H-23284.DS14815.bigWig; Embargo end date=2011-06-21
+GSM665827	sample_alias=fLung_Right.H-23604d110;  sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23604; donor_age=day 110; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665827_UW.Fetal_Lung_Right.ChromatinAccessibility.H-23604.DS16566.bigWig; Embargo end date=2011-11-02
+GSM669985	sample_alias=175;  sample_common_name=Brain, Cingulate Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Cingulate Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669985_BI.Brain_Cingulate_Gyrus.H3K36me3.112.bigWig; Embargo end date=2011-12-31
+GSM669986	sample_alias=4;  sample_common_name=Adult Liver; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=4; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669986_BI.Adult_Liver.H3K9me3.4.bigWig; Embargo end date=2011-12-31
+GSM665824	sample_alias=fHeart.H-23589d147;  sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23589; donor_age=day 147; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665824_UW.Fetal_Heart.ChromatinAccessibility.H-23589.DS16500.bigWig; Embargo end date=2011-11-02
+GSM669980	sample_alias=78;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669980_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.60.bigWig; Embargo end date=2011-12-31
+GSM669981	sample_alias=141;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669981_BI.Adipose_Nuclei.H3K9me3.93.bigWig; Embargo end date=2011-12-31
+GSM669982	sample_alias=174;  sample_common_name=Brain, Mid Frontal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Mid Frontal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669982_BI.Brain_Mid_Frontal_Lobe.H3K36me3.112.bigWig; Embargo end date=2011-12-31
+GSM669983	sample_alias=78;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669983_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.60.bigWig; Embargo end date=2011-12-31
+GSM774224_0	sample_alias=fMuscle_Back.H-23914d91; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774224_UW.Fetal_Muscle_Back.ChromatinAccessibility.H-23914.DS17767.bigWig
+GSM595923_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595923_UW.Fetal_Brain.ChromatinAccessibility.H-23266.DS14718.bigWig; Embargo end date=2011-06-21
+GSM669988	sample_alias=143;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=95; biomaterial_provider=Harvard University; donor_age=81; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669988_BI.Adipose_Nuclei.H3K4me3.95.bigWig; Embargo end date=2011-12-31
+GSM669989	sample_alias=77;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669989_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.59.bigWig; Embargo end date=2011-12-31
+GSM665829	sample_alias=fKidney_Left.H-23604d110;  sample_common_name=Fetal Kidney, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23604; donor_age=day 110; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665829_UW.Fetal_Kidney_Left.ChromatinAccessibility.H-23604.DS16579.bigWig; Embargo end date=2011-11-02
+GSM665828	sample_alias=fLung_Left.H-23604d110;  sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23604; donor_age=day 110; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665828_UW.Fetal_Lung_Left.ChromatinAccessibility.H-23604.DS16570.bigWig; Embargo end date=2011-11-02
+GSM621348	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES-I3; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=49 or 45; medium=KSR or TESR; Sex=Female; batch=0/0/00; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621348_BI.ES-I3.RRBS.RRBS348-349.bigWig; Embargo end date=2011-08-11
+GSM751279_0	sample_alias=Neurospheres, Cortex Derived HuFNSC03; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC03; donor_age=15GW; donor_health_status=Disease Free; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=5; karyotype=NA; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.2; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751279_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.mRNA-Seq.HuFNSC03.bigWig
+GSM669619	sample_alias=CD8 Naive TC014;  sample_common_name=CD8 Naive Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 naive; markers=CD8+, CD45RA+; donor_id=TC014; donor_age=29; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Asian/Hawaiian/Eskimo; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9; rna_preparation_initial_rna_qnty=2 ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=99-294bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669619_UCSF-UBC.CD8_Naive_Primary_Cells.mRNA-Seq.TC014.bigWig; Embargo end date=2011-12-31
+GSM595925_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595925_UW.Fetal_Lung.ChromatinAccessibility.H-23266.DS14751.bigWig; Embargo end date=2011-06-21
+GSM707014_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=5ug; size_fraction=56-329bp; original_filename=GSM707014_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.Input.HuFNSC02.bigWig
+GSM595930	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23365; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595930_fLung-DS15227.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM753428_0	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=GSM753428_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27ac.SK449.bigWig
+GSM669600	sample_alias=Neurospheres, Cortex Derived HuFNSC01;  sample_common_name=Neurosphere Cultured Cells, Cortex Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=36-272bp; original_filename=GSM669600_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.MRE-Seq.HuFNSC01.bigWig; Embargo end date=2011-12-31
+GSM468801	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Eagle's Minimum Essential Medium, Catalog No. 30-2003.; Sex=Female; batch=CCL-186; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM468801_UW.IMR90.ChromatinAccessibility.DS11764.bigWig; Embargo end date=2010-10-06
+GSM706058_1	sample_alias=ff_ips_6_9_r1; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 6.9; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=33; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706058_UCSD.iPS_DF_6.9.Bisulfite-Seq.methylC-seq_ff_ips_6_9_r1b.bigWig
+GSM675543_1	sample_alias=H1-NPC_r1;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=25; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675543_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-11-16
+GSM706837_0	sample_alias=BioSam 146; sample_common_name=CD15 Primary Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD15+; passage_if_expanded=NA; cell_type=CD15 Cord Blood B; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Cell; donor_id=9-16-2009 Cord Blood B; biomaterial_provider=FHCRC; donor_age=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706837_BI.CD15_Primary_Cells.RRBS.9-16-2009_Cord_Blood_B.bigWig
+GSM621421	collection_method=surgery;  donor_health_status=&quot,NL mucosa,... Pancreatitis/IPMN&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=duodenum; donor_id=61; biomaterial_provider=MGH Pathology; donor_age=76 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621421_BI.Duodenum_Mucosa.H3K36me3.61.bigWig; Embargo end date=2011-08-12
+GSM752971_0	sample_alias=iPS-6.9-02; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=27; medium=mTeSR; Sex=Male; batch=iPSC 6.9-2; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM752971_UCSD.iPS_DF_6.9.H3K27me3.SK433.bigWig
+GSM665814	sample_alias=fHeart.H-23500d103;  sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23500; donor_age=day 103; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665814_UW.Fetal_Heart.ChromatinAccessibility.H-23500.DS16018.bigWig; Embargo end date=2011-11-02
+GSM486714	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39811; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM486714_BI.CD34_Primary_Cells.H3K36me3.CD34_39811.bigWig; Embargo end date=2010-10-06
+GSM753974_0	sample_alias=Breast vHMEC RM035; sample_common_name=Breast, vHMEC; molecule=genomic DNA; disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM753974_UW.Breast_vHMEC.ChromatinAccessibility.RM035.DS18438.bigWig
+GSM486710	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39889; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM486710_BI.CD34_Primary_Cells.H3K9me3.CD34_39889.bigWig; Embargo end date=2010-10-06
+GSM486711	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39804; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8580; chip_antibody_lot=500363; original_filename=GSM486711_BI.CD34_Primary_Cells.H3K4me3.CD34_39804.bigWig; Embargo end date=2011-01-28
+GSM486712	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39811; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM486712_BI.CD34_Primary_Cells.H3K9me3.CD34_39811.bigWig; Embargo end date=2010-10-06
+GSM613892	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=ChIP-Seq Input; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Input; chip_protocol_chromatin_amount=500ng; size_fraction=39-322bp; original_filename=GSM613892_UCSF-UBC.Breast_vHMEC.Input.RM035.HS2620.bigWig; Embargo end date=2011-08-11
+GSM707010_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=81-353bp; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042; original_filename=GSM707010_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K9me3.HuFNSC02.bigWig
+GSM409312	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Male; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=475787; original_filename=GSM409312_UCSD.H1.H3K36me3.LL220.bigWig; Embargo end date=2010-05-03
+GSM621559	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_0/0/00; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=180-350 or 130-250; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621559_BI.CD34_Primary_Cells.RRBS.CD34_0_0_00.RRBS532-533.bigWig; Embargo end date=2011-08-11
+GSM706844_0	sample_alias=RO 01549; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01549; donor_age=33 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1662421; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706844_BI.Mobilized_CD34_Primary_Cells.H3K27me3.RO_01549.bigWig
+GSM706056_0	sample_alias=ff_ips_19_11_r2; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 19.11; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=32; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706056_UCSD.iPS_DF_19.11.Bisulfite-Seq.combined.bigWig
+GSM706847_0	sample_alias=RO 01480; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01480; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706847_BI.Mobilized_CD34_Primary_Cells.Input.RO_01480.bigWig
+GSM706071_0	sample_alias=H9-04; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9-6; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=727417; original_filename=GSM706071_UCSD.H9.H3K4me1.AK141.bigWig
+GSM537666	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39804; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM537666_BI.CD3_Primary_Cells.H3K36me3.CD3_39804.bigWig; Embargo end date=2011-01-28
+GSM621702	collection_method=surgery;  donor_health_status=&quot,normal mucosa, diverticular disease&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=31; biomaterial_provider=MGH Pathology; donor_age=61; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-440; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-320; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621702_BI.Rectal_Mucosa.RRBS.31.bigWig; Embargo end date=2011-08-11
+GSM433167	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Unknown; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=standard; chip_protocol_chromatin_amount=standard; chip_protocol_bead_type=standard; chip_protocol_bead_amount=standard; chip_protocol_antibody_amount=standard; chip_antibody=H3K27Me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1387952; original_filename=GSM433167_BI.H1.H3K27me3.Solexa-8039.bigWig; Embargo end date=2010-05-05
+GSM621414	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Cauc; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01549; biomaterial_provider=UW; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621414_BI.Mobilized_CD34_Primary_Cells.Input.UW_RO_01549.bigWig; Embargo end date=2011-08-12
+GSM621730	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=30; biomaterial_provider=MGH Pathology; donor_age=50; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-440; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-320; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621730_BI.Rectal_Smooth_Muscle.RRBS.30.bigWig; Embargo end date=2011-08-11
+GSM701499_0	sample_alias=CD8.RO_01727; sample_common_name=CD8 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD8 Primary Cells; markers=CD8+; donor_id=RO 01727; donor_age=year 34; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701499_UW.CD8_Primary_Cells.ChromatinAccessibility.RO_01727.DS17332.bigWig
+GSM706851_0	sample_alias=BioSAli 186; sample_common_name=Fetal Brain; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Brain; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=UW H22676; biomaterial_provider=University of Washington; donor_age=120.0 Days; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706851_BI.Fetal_Brain.Input.UW_H22676.bigWig
+GSM621415	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal kidney; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=H-22676; biomaterial_provider=UW; donor_age=120 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621415_BI.Fetal_Kidney.H3K36me3.UW_H-22676.bigWig; Embargo end date=2011-08-12
+GSM543013	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive blood cells; markers=CD8+, CD45RA+; donor_id=TC003; donor_age=21; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=50-300bp; original_filename=GSM543013_UCSF-UBC.CD8_Naive_Primary_Cells.MRE-Seq.TC003.bigWig; Embargo end date=2011-02-17
+GSM706849_0	sample_alias=fHeart.H-23524d105; sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23524; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706849_BI.Fetal_Heart.H3K9ac.H-23524.bigWig
+GSM621412	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=18; line=hiPS-20b; differentiation_method=NA; batch=hiPS-20b-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621412_BI.iPS-20b.Input.Lib_MC_20100119_07--ChIP_MC_20100113_07_hiPS-20b_WCE.bigWig; Embargo end date=2011-08-12
+GSM706054_1	sample_alias=ff_ips_19_11_r1; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 19.11; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=32; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706054_UCSD.iPS_DF_19.11.Bisulfite-Seq.methylC-seq_ff_ips_19_11_r1b.bigWig
+GSM432685_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; batch=Replicate 1; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=25; medium=TeSR; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432685_UCSD.H1.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM621413	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD4+; passage_if_expanded=NA; cell_type=Adult peripheral CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=37; biomaterial_provider=UW; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621413_BI.Mobilized_CD4_Primary_Cells.Input.37.bigWig; Embargo end date=2011-08-12
+GSM667609	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H2AK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=727067; original_filename=GSM667609_UCSD.H9.H2AK5ac.AK28.bigWig; Embargo end date=2011-12-23
+GSM667608	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H2AK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=727067; original_filename=GSM667608_UCSD.H9.H2AK5ac.SK193.bigWig; Embargo end date=2011-11-15
+GSM706075_0	sample_alias=iPS-6.9-01; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=33; medium=mTeSR; Sex=Male; batch=iPSC 6.9; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Millipore; chip_antibody_catalog=04-745; chip_antibody_lot=NG1643014; original_filename=GSM706075_UCSD.iPS_DF_6.9.H3K4me3.SK398.bigWig
+GSM537661	molecule=genomic DNA;  disease=none; biomaterial_provider=Islet Cell Resource Center; biomaterial_type=Primary Cell; cell_type=Pancreatic Islets; markers=none; donor_id=pancreatic islets normal_3/27/09; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=490367; original_filename=GSM537661_BI.Pancreatic_Islets.H3K36me3.pancreatic_islets_normal_3_27_09.bigWig; Embargo end date=2011-01-28
+GSM706848_0	sample_alias=fHeart.H-23524d105; sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23524; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706848_BI.Fetal_Heart.H3K4me1.H-23524.bigWig
+GSM706065_0	sample_alias=iPS-19.11-01; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=Between 30 and 40; medium=mTeSR; Sex=Male; batch=iPSC 19.11; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM 39133; chip_antibody_lot=19208002; original_filename=GSM706065_UCSD.iPS_DF_19.11.H3K27ac.SK402.bigWig
+GSM701491_0	sample_alias=CD4.RO_01701; sample_common_name=Mobilized CD4 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=Mobilized CD4 Primary Cells; markers=CD4+; donor_id=RO 01701; donor_age=year 37; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701491_UW.Mobilized_CD4_Primary_Cells.ChromatinAccessibility.RO_01701.DS17175.bigWig
+GSM621411	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=27; line=hiPS-18b; differentiation_method=NA; batch=hiPS-18b-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621411_BI.iPS-18b.Input.Lib_MC_20090720_02--ChIP_MC_20090715_02_hiPS-18b_WCE.bigWig; Embargo end date=2011-08-12
+GSM613919	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC009; donor_age=30 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=O+; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=36-298bp; original_filename=GSM613919_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.MRE-Seq.TC009.bigWig; Embargo end date=2011-07-28
+GSM432687_1	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432687_UCSD.IMR90.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM438363_0	disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=mRNA-Seq; extraction_protocol=mirVana miRNA isolation kit (Applied Biosystems), performed as per manufacturer's instructions to isolate total RNA, followed by treatment with DNaseI (Qiagen) for 30 min at room temperature; extraction_protocol_mrna_enrichment=2 x RiboMinus (Life Technologies) rRNA depletion (5S, 5.8S, 12S, 18S, 28S); extraction_protocol_fragmentation=15 min at 70 ˚C with RNA Fragmentation kit (Ambion/Applied Biosystems) as per manufacturer's instructions; mrna_preparation_initial_mrna_qnty=200 ng; mrna_preparation_fragment_size_range=50-400 bp; rna_preparation_5'_rna_adapter_sequence=5' GUUCAGAGUUCUACAGUCCGACGAUC; rna_preparation_3'_rna_adapter_sequence=5' UCGUAUGCCGUCUUCUGCUUGidT, 5' adenylated (Illumina); rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGA; rna_preparation_5'_dephosphorylation=Fragmented RNA was treated with 5 U Antarctic phosphatase (New England Biolabs) for 40 min at 37˚C in the presence of 40 U RNaseOut followed by phosphatase heat inactivation at 65˚C for 5 min. The RNA was purified using 66 µl SPRI beads (Agencourt) and eluted in 11 µl 10 mM Tris buffer pH 8.0.; rna_preparation_5'_phosphorylation=Phosphorylation was performed by addition of 10 U PNK (New England Biolabs), 1 mM ATP, and 20 U RNaseOut  (Life Technologies) and incubation at 37˚C for 1 h.; rna_preparation_3'_rna_adapter_ligation_protocol=1 µl of 1:10 diluted adenylated 3’ RNA adapter oligonucleotide was added to the phosphorylated RNA and incubated at 70˚C for 2 min followed by placement on ice. The 3’ RNA adapter ligation reaction was performed by addition of 2 µl 10x T4 RNA ligase 2 truncated ligation buffer, 1.6 µl 100 mM MgCl2, 20 U RNaseOut and 300 U T4 RNA ligase 2 truncated (New England Biolabs) and incubation at 22˚C for 1 h.; rna_preparation_5'_rna_adapter_ligation_protocol=Ligation of the 5’ RNA adapter was performed by addition to the 3’ adapter ligated reaction of 1 µl 1:1 diluted, heat denatured (70˚C 2 min) 5’ RNA adapter oligonucleotide, 1 µl 10 mM ATP, and 10 U T4 RNA ligase (Promega), and incubation at 20˚C for 1 h. RNA was purified using 66 µl SPRI beads and eluted in 10 µl 10 mM Tris buffer pH 8.0.; rna_preparation_reverse_transcription_protocol=To the RNA ligation products, 2 µl 1:5 diluted RT primer was added and heat denatured (70˚C 2 min), followed by incubation on ice. Added to the denatured RNA/primer solution was 4 µl 5x first strand buffer, 1 µl 12.5 mM dNTPs, 2 µl 100 mM DTT, and 40 U RNaseOut, followed by incubation at 48˚C for 1 min. To this, 200 U Superscript II reverse transcriptase (Life Technologies) was added, followed by incubation at 44˚C for 1 h.; library_generation_pcr_template=The entire reverse transcription reaction was used in the PCR enrichment of the library.; library_generation_pcr_polymerase_type=Phusion hot-start high fidelity DNA polymerase (New England Biolabs). 1x Phusion polymerase buffer and 4 U Phusion hot-start high fidelity DNA polymerase was used in a 100 µl reaction.; library_generation_pcr_thermocycling_program=98˚C 30 sec, 98˚C 10 sec, 60˚C 30 sec, 72˚C 15 sec, 72˚C 10 min; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGGTTCAGAGTTCTACAGTCCGA; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGA; library_generation_pcr_primer_conc=0.25 µM; library_generation_pcr_product_isolation_protocol=PCR products were purified in two steps, first by purification using 180 µl SPRI beads and elution in 30 µl 10 mM Tris buffer pH 8.0, followed by purification with 39 µl SPRI beads and elution in 10 µl 10 mM Tris buffer pH 8.0.; original_filename=GSM438363_UCSD.IMR90.mRNA-Seq.mRNA-seq_imr90_r1.bigWig
+GSM701497_0	sample_alias=fThymus.H-23769d108; sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-23769; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701497_UW.Fetal_Thymus.ChromatinAccessibility.H-23769.DS17323.bigWig
+GSM751275_0	sample_alias=Brain Germinal Matrix HuFGM02; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 7.1; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751275_UCSF-UBC.Brain_Germinal_Matrix.mRNA-Seq.HuFGM02.bigWig
+GSM595921_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23247; donor_age=day 67; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595921_UW.Fetal_Lung.ChromatinAccessibility.H-23247.DS14666.bigWig; Embargo end date=2011-06-21
+GSM613898	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Primary Cell; markers=None; donor_id=TC007; donor_age=34; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Asian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=A+; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=48-265bp; original_filename=GSM613898_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.MRE-Seq.TC007.bigWig; Embargo end date=2011-07-28
+GSM521889	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=4; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM521889_UCSD.IMR90.H3K27me3.SK05.bigWig; Embargo end date=2010-12-22
+GSM701536_0	sample_alias=fMuscle_Back.H-23964d98; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-23964; donor_age=day 98; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701536_UW.Fetal_Muscle_Back.ChromatinAccessibility.H-23964.DS17850.bigWig
+GSM521884	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=4; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K18ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab1191; chip_antibody_lot=122116; original_filename=GSM521884_UCSD.IMR90.H3K18ac.SK09.bigWig; Embargo end date=2010-12-22
+GSM521885	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K23ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-355; chip_antibody_lot=502497; original_filename=GSM521885_UCSD.IMR90.H3K23ac.YL09.bigWig; Embargo end date=2010-12-22
+GSM521886	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=3; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K23ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-355; chip_antibody_lot=502497; original_filename=GSM521886_UCSD.IMR90.H3K23ac.SK18.bigWig; Embargo end date=2010-12-22
+GSM521887	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab4729; chip_antibody_lot=34624; original_filename=GSM521887_UCSD.IMR90.H3K27ac.YL58.bigWig; Embargo end date=2010-12-22
+GSM521880	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=3; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK20ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK20ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-347; chip_antibody_lot=22355; original_filename=GSM521880_UCSD.IMR90.H2BK20ac.SK14.bigWig; Embargo end date=2010-12-22
+GSM521881	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K14ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-353; chip_antibody_lot=1462567; original_filename=GSM521881_UCSD.IMR90.H3K14ac.YL15.bigWig; Embargo end date=2010-12-22
+GSM521883	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=3; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K14ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-353; chip_antibody_lot=1462567; original_filename=GSM521883_UCSD.IMR90.H3K14ac.SK17.bigWig; Embargo end date=2010-12-22
+GSM613888	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM080; donor_age=33; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; location=Left; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=3.5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=37-266bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=134025; original_filename=GSM613888_UCSF-UBC.Breast_Myoepithelial_Cells.H3K36me3.RM080.bigWig; Embargo end date=2011-08-11
+GSM613889	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM080; donor_age=33; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; location=Left; experiment_type=Histone H3K9ac; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=3.5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=10ul; size_fraction=44-291bp; chip_antibody=H3K9ac; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9649S; chip_antibody_lot=1; original_filename=GSM613889_UCSF-UBC.Breast_Myoepithelial_Cells.H3K9ac.RM080.bigWig; Embargo end date=2011-08-11
+GSM774219_0	sample_alias=fPlacenta.H-23914d91; sample_common_name=Fetal Placenta; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Placenta; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774219_UW.Fetal_Placenta.ChromatinAccessibility.H-23914.DS17744.bigWig
+GSM537669	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES-I3; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=49; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM537669_BI.ES-I3.H3K36me3.Solexa-15381.bigWig; Embargo end date=2011-01-28
+GSM621422	donor_health_status=healthy;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621422_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.57.bigWig; Embargo end date=2011-08-12
+GSM613880	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC010; donor_age=28; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XY; parity=NA; blood_type=O+; experiment_type=Histone H3K36me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=73-372bp; chip_antibody=H3K36me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9763S; chip_antibody_lot=1; original_filename=GSM613880_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.H3K36me3.TC010.HS2624.bigWig; Embargo end date=2011-08-11
+GSM613881	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive; markers=CD8+,CD45RA+; donor_id=TC010; donor_age=28; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=9ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=78-313bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9751S; chip_antibody_lot=2; original_filename=GSM613881_UCSF-UBC.CD8_Naive_Primary_Cells.H3K4me3.TC010.bigWig; Embargo end date=2011-08-11
+GSM613882	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC012; donor_age=27; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Indian/Arabian; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=NA; experiment_type=Histone H3K9me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=270-474bp; chip_antibody=H3K9me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9754S; chip_antibody_lot=1; original_filename=GSM613882_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.H3K9me3.TC012.HS2742.bigWig; Embargo end date=2011-08-11
+GSM613883	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC012; donor_age=27; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Indian/Arabian; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=NA; experiment_type=Histone H3K9ac; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=2ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=92-253bp; chip_antibody=H3K9ac; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9649S; chip_antibody_lot=1; original_filename=GSM613883_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.H3K9ac.TC012.HS2744.bigWig; Embargo end date=2011-08-11
+GSM613884	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC012; donor_age=27; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Indian/Arabian; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=NA; experiment_type=Histone H3K4me1; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=3ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=2ug; size_fraction=81-331bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-0011; original_filename=GSM613884_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.H3K4me1.TC012.HS2745.bigWig; Embargo end date=2011-08-11
+GSM613885	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM080; donor_age=33; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; location=Left; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=3.5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=3.75ug; size_fraction=59-295bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A3990011; original_filename=GSM613885_UCSF-UBC.Breast_Myoepithelial_Cells.H3K4me1.RM080.bigWig; Embargo end date=2011-08-11
+GSM613886	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM080; donor_age=33; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; location=Left; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=3.5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=63-271bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042; original_filename=GSM613886_UCSF-UBC.Breast_Myoepithelial_Cells.H3K9me3.RM080.bigWig; Embargo end date=2011-08-11
+GSM613887	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM080; donor_age=33; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; location=Left; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=3.5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=50-276bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900241; original_filename=GSM613887_UCSF-UBC.Breast_Myoepithelial_Cells.H3K27me3.RM080.bigWig; Embargo end date=2011-08-11
+GSM605300	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=51; medium=mTeSER; Sex=Male; batch=H1Ep51; experiment_type=Histone H2BK20ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK20ac; chip_antibody_provider=Upstate; chip_antibody_catalog=upstate 07-347; chip_antibody_lot=22355; original_filename=GSM605300_UCSD.H1.H2BK20ac.YL207.bigWig; Embargo end date=2011-07-07
+GSM605301	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=Histone H2BK20ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK20ac; chip_antibody_provider=Upstate; chip_antibody_catalog=upstate 07-347; chip_antibody_lot=22355; original_filename=GSM605301_UCSD.H1.H2BK20ac.SAK205.bigWig; Embargo end date=2011-07-07
+GSM669968	sample_alias=140;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669968_BI.Adipose_Nuclei.H3K9me3.92.bigWig; Embargo end date=2011-12-31
+GSM669969	sample_alias=UW DS # 14724;  sample_common_name=Fetal Lung; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=UW H23266; biomaterial_provider=UW; donor_age=85 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669969_BI.Fetal_Lung.H3K4me1.UW_H23266.bigWig; Embargo end date=2011-12-31
+GSM605304	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=Histone H3K18ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=122116; original_filename=GSM605304_UCSD.H1.H3K18ac.LL321.bigWig; Embargo end date=2011-07-07
+GSM605305	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=52; medium=mTeSER; Sex=Male; batch=H1Ep52; experiment_type=Histone H3K23me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2370; chip_antibody_lot=13694; original_filename=GSM605305_UCSD.H1.H3K23me2.YL198.bigWig; Embargo end date=2011-07-07
+GSM621678	collection_method=surgery;  donor_health_status=&quot,normal mucosa, diverticular disease&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=31; biomaterial_provider=MGH Pathology; donor_age=61; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621678_BI.Rectal_Mucosa.H3K9me3.31.bigWig; Embargo end date=2011-08-12
+GSM621679	collection_method=surgery;  donor_health_status=&quot,NL muscle,... Osteomylitis - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=63; biomaterial_provider=MGH Pathology; donor_age=54 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621679_BI.Skeletal_Muscle.H3K4me1.63.bigWig; Embargo end date=2011-08-12
+GSM669962	sample_alias=172;  sample_common_name=Brain, Hippocampus Middle; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Hippocampus Middle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669962_BI.Brain_Hippocampus_Middle.H3K4me1.112.bigWig; Embargo end date=2011-12-31
+GSM669963	sample_alias=196;  sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669963_BI.HUES64.H3K9ac.Lib_MC_20101025_05--ChIP_MC_20101020_05_ES_cell_HUES_64_H3K9Ac.bigWig; Embargo end date=2011-12-31
+GSM621674	collection_method=surgery;  donor_health_status=&quot,normal mucosa, adeno. CA of Cecum&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=32; biomaterial_provider=MGH Pathology; donor_age=73; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621674_BI.Colonic_Mucosa.H3K9ac.32.bigWig; Embargo end date=2011-08-12
+GSM621675	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=4; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621675_BI.Adult_Liver.H3K4me3.4.bigWig; Embargo end date=2011-08-12
+GSM669966	sample_alias=196;  sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669966_BI.HUES64.H3K4me1.Lib_MC_20101025_01--ChIP_MC_20101020_01_ES_cell_HUES_64_H3K4Me1.bigWig; Embargo end date=2011-12-31
+GSM669967	sample_alias=196;  sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669967_BI.HUES64.H3K4me3.Lib_MC_20101025_02--ChIP_MC_20101020_02_ES_cell_HUES_64_H3K4Me3.bigWig; Embargo end date=2011-12-31
+GSM621670	collection_method=surgery;  donor_health_status=&quot,normal mucosa, adeno. CA of Cecum&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=32; biomaterial_provider=MGH Pathology; donor_age=73; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621670_BI.Colonic_Mucosa.H3K4me1.32.bigWig; Embargo end date=2011-08-12
+GSM669965	sample_alias=174;  sample_common_name=Brain, Mid Frontal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Mid Frontal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669965_BI.Brain_Mid_Frontal_Lobe.H3K9me3.112.bigWig; Embargo end date=2011-12-31
+GSM706079_0	sample_alias=iPS-19.11-01; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=Between 30 and 40; medium=mTeSR; Sex=Male; batch=iPSC 19.11; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=GSM706079_UCSD.iPS_DF_19.11.H3K9me3.SK232.bigWig
+GSM706050_0	sample_alias=ff_ips_19_11_r1; sample_common_name=iPS DF 19.11 Cell Line; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 19.11; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=32; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=mRNA-Seq; extraction_protocol=RNeasy Blood and Tissue Kit (Qiagen); extraction_protocol_mrna_enrichment=Poly(A)Purist MAG Kit (Ambion); extraction_protocol_fragmentation=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); mrna_preparation_initial_mrna_qnty=20-100 ng; mrna_preparation_fragment_size_range=200 nt; rna_preparation_5'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_3'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_template=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_polymerase_type=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_thermocycling_program=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_number_cycles=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_f_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_r_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_primer_conc=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_product_isolation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); original_filename=GSM706050_UCSD.iPS_DF_19.11.mRNA-Seq.mRNA-Seq_ff_ips_19_11_r1.bigWig
+GSM669609	sample_alias=CD8 Naive TC009;  sample_common_name=CD8 Naive Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive; markers=CD8+, CD45RA+; donor_id=TC009; donor_age=30 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=O+; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=n/a; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669609_UCSF-UBC.CD8_Naive_Primary_Cells.MeDIP-Seq.TC009.bigWig; Embargo end date=2011-12-31
+GSM669608	sample_alias=CD4 Memory TC009;  sample_common_name=CD4 Memory Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Memory; markers=CD4+,CD45RO+; donor_id=TC009; donor_age=30 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=O+; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=n/a; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669608_UCSF-UBC.CD4_Memory_Primary_Cells.MeDIP-Seq.TC009.bigWig; Embargo end date=2011-12-31
+GSM537676	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-18c; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=27; medium=KSR; sex=Female; batch=11/13/09; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=DAM1623866; original_filename=GSM537676_BI.iPS-18c.H3K4me3.Solexa-19747.bigWig; Embargo end date=2011-01-28
+GSM723024_0	sample_alias=IMR90; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Eagle's Minimum Essential Medium, Catalog No. 30-2003.; Sex=Female; batch=CCL-186; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM723024_UW.IMR90.Digital_Genomic_Footprinting.DGF.DS13219.bigWig
+GSM669603	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02;  sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=36-253bp; original_filename=GSM669603_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.MRE-Seq.HuFNSC02.bigWig; Embargo end date=2011-12-31
+GSM669602	sample_alias=Neurospheres, Cortex Derived HuFNSC02;  sample_common_name=Neurosphere Cultured Cells, Cortex Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=20-276bp; original_filename=GSM669602_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.MRE-Seq.HuFNSC02.bigWig; Embargo end date=2011-12-31
+GSM669601	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC01;  sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=37-278bp; original_filename=GSM669601_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.MRE-Seq.HuFNSC01.bigWig; Embargo end date=2011-12-31
+GSM621424	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal kidney; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=H-22676; biomaterial_provider=UW; donor_age=120 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621424_BI.Fetal_Kidney.H3K27me3.UW_H-22676.bigWig; Embargo end date=2011-08-12
+GSM669607	sample_alias=CD4 Naive TC009;  sample_common_name=CD4 Naive Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Naive; markers=CD4+, CD45RA+; donor_id=TC009; donor_age=30 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=O+; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=n/a; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669607_UCSF-UBC.CD4_Naive_Primary_Cells.MeDIP-Seq.TC009.bigWig; Embargo end date=2011-12-31
+GSM669606	sample_alias=PBMC TC009;  sample_common_name=Peripheral Blood Mononuclear Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC009; donor_age=30 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=O+; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=n/a; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669606_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.MeDIP-Seq.TC009.bigWig; Embargo end date=2011-12-31
+GSM669605	sample_alias=Brain HuFNSC02;  sample_common_name=Fetal Brain; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=31-267bp; original_filename=GSM669605_UCSF-UBC.Fetal_Brain.MRE-Seq.HuFNSC02.bigWig; Embargo end date=2011-12-31
+GSM669604	sample_alias=Brain HuFNSC01;  sample_common_name=Fetal Brain; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=27-281bp; original_filename=GSM669604_UCSF-UBC.Fetal_Brain.MRE-Seq.HuFNSC01.bigWig; Embargo end date=2011-12-31
+GSM621416	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=18; line=hiPS-20b; differentiation_method=NA; batch=hiPS-20b-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621416_BI.iPS-20b.H3K27me3.Lib_MC_20100119_06--ChIP_MC_20100113_06_hiPS-20b_H3K27Me3.bigWig; Embargo end date=2011-08-12
+GSM621417	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621417_BI.Fetal_Lung.H3K4me3.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM537665	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES-I3; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=49; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=DAM1623866; original_filename=GSM537665_BI.ES-I3.H3K4me3.Solexa-15474.bigWig; Embargo end date=2011-01-28
+GSM537664	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES-I3; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=49; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537664_BI.ES-I3.H3K9me3.Solexa-15475.bigWig; Embargo end date=2011-01-28
+GSM537663	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=Mobilized CD34 Primary Cells; markers=CD34+; donor_id=RO 01508; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537663_BI.Mobilized_CD34_Primary_Cells.H3K9me3.Mobilized_CD34_5_28_09.bigWig; Embargo end date=2011-01-28
+GSM537662	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=Mobilized CD34 Primary Cells; markers=CD34+; donor_id=RO 01508; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM537662_BI.Mobilized_CD34_Primary_Cells.Input.Mobilized_CD34_5_28_09.bigWig; Embargo end date=2011-01-28
+GSM621410	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal brain; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=H-22510; biomaterial_provider=UW; donor_age=122 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621410_BI.Fetal_Brain.H3K36me3.UW_H-22510.bigWig; Embargo end date=2011-08-12
+GSM537660	molecule=genomic DNA;  disease=none; biomaterial_provider=Islet Cell Resource Center; biomaterial_type=Primary Cell; cell_type=Pancreatic Islets; markers=none; donor_id=pancreatic islets normal_3/27/09; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K9ac; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4441; chip_antibody_lot=455103; original_filename=GSM537660_BI.Pancreatic_Islets.H3K9ac.pancreatic_islets_normal_3_27_09.bigWig; Embargo end date=2011-01-28
+GSM621557	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-15b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=33.0; medium=KSR; Sex=Female; batch=0/0/00; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621557_BI.iPS-15b.RRBS.RRBS522-523.bigWig; Embargo end date=2011-08-11
+GSM621552	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-20b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=20.0; medium=KSR; Sex=Male; batch=0/0/00; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621552_BI.iPS-20b.RRBS.RRBS353.bigWig; Embargo end date=2011-08-11
+GSM621418	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=ADMSC; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=1; biomaterial_provider=Harvard University; donor_age=31; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621418_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.1.bigWig; Embargo end date=2011-08-12
+GSM537668	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES-I3; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=49; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=383111; original_filename=GSM537668_BI.ES-I3.H3K4me1.Solexa-15382.bigWig; Embargo end date=2011-01-28
+GSM621676	collection_method=surgery;  donor_health_status=&quot,normal mucosa, diverticular disease&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=31; biomaterial_provider=MGH Pathology; donor_age=61; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621676_BI.Rectal_Mucosa.H3K27me3.31.bigWig; Embargo end date=2011-08-12
+GSM670064	sample_alias=hiPS_27e_p32;  sample_common_name=iPS-27e Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=32; line=hiPS27; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=190-400/160-250; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=70-280/40-130; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670064_BI.iPS-27e.RRBS.RRBS755-756.bigWig; Embargo end date=2011-12-31
+GSM670067	sample_alias=hiPS_17b_p32;  sample_common_name=iPS-17b Cell Line; lineage=induced pluripotent cells; medium=KSR; molecule=genomic DNA; disease=none; passage=p32; line=hiPS-17b; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=190-400/160-250; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=70-280/40-130; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670067_BI.iPS-17b.RRBS.RRBS751-752.bigWig; Embargo end date=2011-12-31
+GSM670060	sample_alias=hFib_15_p7;  sample_common_name=Primary Fibroblast Cell Line; lineage=mesoderm; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=7; line=Fib15; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250/180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160/90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670060_BI.Primary_Fibroblast.RRBS.RRBS530-531.bigWig; Embargo end date=2011-12-31
+GSM670062	sample_alias=hiPS_17b_p32;  sample_common_name=iPS-17b Cell Line; lineage=induced pluripotent cells; medium=KSR; molecule=genomic DNA; disease=none; passage=p32; line=hiPS-17b; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=190-400/160-250; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=70-280/40-130; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670062_BI.iPS-17b.RRBS.RRBS753-754.bigWig; Embargo end date=2011-12-31
+GSM752972_0	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=GSM752972_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K36me3.AK137.bigWig
+GSM670069	sample_alias=hFib_27_p7;  sample_common_name=Primary Fibroblast Cell Line; lineage=mesoderm; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=7; line=Fib27; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=180-360/120-240; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=90-270/30-150; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670069_BI.Primary_Fibroblast.RRBS.RRBS595-596.bigWig; Embargo end date=2011-12-31
+GSM772734_1	sample_alias=RO 01536; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772734_BI.Mobilized_CD34_Primary_Cells.H3K4me1.RO_01536_release5.bigWig
+GSM772734_0	sample_alias=RO 01536; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772734_BI.Mobilized_CD34_Primary_Cells.H3K4me1.RO_01536.bigWig
+GSM751278_0	sample_alias=Penis, Foreskin, Keratinocyte skin01; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.8; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751278_UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.mRNA-Seq.skin01.bigWig
+GSM706052_0	sample_alias=ff_ips_6_9_r1; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 6.9; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=33; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=mRNA-Seq; extraction_protocol=RNeasy Blood and Tissue Kit (Qiagen); extraction_protocol_mrna_enrichment=Poly(A)Purist MAG Kit (Ambion); extraction_protocol_fragmentation=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); mrna_preparation_initial_mrna_qnty=20-100 ng; mrna_preparation_fragment_size_range=200 nt; rna_preparation_5'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_3'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_template=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_polymerase_type=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_thermocycling_program=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_number_cycles=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_f_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_r_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_primer_conc=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_product_isolation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); original_filename=GSM706052_UCSD.iPS_DF_6.9.mRNA-Seq.mRNA-Seq_ff_ips_6_9_r1.bigWig
+GSM753446_0	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM753446_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.Input.SK344.bigWig
+GSM669987	sample_alias=77;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669987_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.59.bigWig; Embargo end date=2011-12-31
+GSM432685	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; batch=Replicate 1; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=25; medium=TeSR; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432685_UCSD.H1.Bisulfite-Seq.methylC-seq_h1_r1a.bigWig; Embargo end date=2010-07-13
+GSM806934_0	sample_alias=Brain HuFNSC02; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=112-416bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P; original_filename=GSM806934_UCSF-UBC.Fetal_Brain.H3K4me1.HuFNSC02.bigWig
+GSM774212_0	sample_alias=fStomach.H-23758d107; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-23758; donor_age=day 107; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774212_UW.Fetal_Stomach.ChromatinAccessibility.H-23758.DS17172.bigWig
+GSM701541_0	sample_alias=CD14.RO_01736; sample_common_name=CD14 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD14 Primary Cells; markers=CD14+; donor_id=RO 01736; donor_age=year 37; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701541_UW.CD14_Primary_Cells.ChromatinAccessibility.RO_01736.DS17889.bigWig
+GSM613875	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=Histone H3K9me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=260-572bp; chip_antibody=H3K9me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9754S; chip_antibody_lot=1; original_filename=GSM613875_UCSF-UBC.Breast_vHMEC.H3K9me3.RM035.HS2617.bigWig; Embargo end date=2011-08-11
+GSM613874	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=Histone H3K4me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=81-281bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9751S; chip_antibody_lot=2; original_filename=GSM613874_UCSF-UBC.Breast_vHMEC.H3K4me3.RM035.HS2615.bigWig; Embargo end date=2011-08-11
+GSM613877	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC010; donor_age=28; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XY; parity=NA; blood_type=O+; experiment_type=Histone H3K27me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=4ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=271-517bp; chip_antibody=H3K27me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9733S; chip_antibody_lot=2; original_filename=GSM613877_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.H3K27me3.TC010.HS2621.bigWig; Embargo end date=2011-08-11
+GSM613876	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=Histone H3K4me1; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=3ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=2ug; size_fraction=37-279bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-0011; original_filename=GSM613876_UCSF-UBC.Breast_vHMEC.H3K4me1.RM035.HS2618.bigWig; Embargo end date=2011-08-11
+GSM613871	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM066; donor_age=36; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=3.3ug; chip_protocol_bead_type=Sepharose G/A beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=NA; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-056-050; chip_antibody_lot=A93-0042; original_filename=GSM613871_UCSF-UBC.Breast_Myoepithelial_Cells.H3K9me3.RM066.bigWig; Embargo end date=2011-08-11
+GSM613870	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM066; donor_age=36; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=2ug; chip_protocol_bead_type=Sepharose G/A beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=3.75ug; size_fraction=NA; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-011; original_filename=GSM613870_UCSF-UBC.Breast_Myoepithelial_Cells.H3K4me1.RM066.bigWig; Embargo end date=2011-08-11
+GSM613873	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM066; donor_age=36; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=3.3ug; chip_protocol_bead_type=Sepharose G/A beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=6.25ul; size_fraction=NA; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050-100; chip_antibody_lot=134025; original_filename=GSM613873_UCSF-UBC.Breast_Myoepithelial_Cells.H3K36me3.RM066.bigWig; Embargo end date=2011-08-11
+GSM613872	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM066; donor_age=36; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=3.33ug; chip_protocol_bead_type=Sepharose G/A beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=NA; chip_antibody=H3K27me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-069-050; chip_antibody_lot=A299-00241; original_filename=GSM613872_UCSF-UBC.Breast_Myoepithelial_Cells.H3K27me3.RM066.bigWig; Embargo end date=2011-08-11
+GSM670091	sample_alias=hES_HUES45_p20;  sample_common_name=HUES45 Cell Line; lineage=embrionic stem cell; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=20; line=HUES45; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250/180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160/90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670091_BI.HUES45.RRBS.RRBS546-547.bigWig; Embargo end date=2011-12-31
+GSM543029	disease=None;  biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell; cell_type=Breast Luminal Epithelial; markers=CD227+; donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=mRNA-Seq; extraction_protocol=Invitrogen Trizol RNA extraction; extraction_protocol_mrna_enrichment=Miltenyi-Biotec mRNA purification; extraction_protocol_fragmentation=NA; mrna_preparation_initial_mrna_qnty=NA; mrna_preparation_fragment_size_range=NA; rna_preparation_5'_rna_adapter_sequence=NA; rna_preparation_3'_rna_adapter_sequence=NA; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=NA; rna_preparation_5'_rna_adapter_ligation_protocol=NA; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT protocol; library_generation_pcr_template=cDNA; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98°C 30 sec, 10 cycle of 98°C 10 sec, 65°C 30 sec, 72°C 30 sec, then 72°C 5 min, 4°C forever; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.4uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM543029_UCSF-UBC.Breast_Luminal_Epithelial_Cells.mRNA-Seq.RM035.bigWig; Embargo end date=2011-02-17
+GSM613879	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC010; donor_age=28; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XY; parity=NA; blood_type=O+; experiment_type=Histone H3K9ac; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=2ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=50-372bp; chip_antibody=H3K9ac; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9649S; chip_antibody_lot=1; original_filename=GSM613879_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.H3K9ac.TC010.HS2623.bigWig; Embargo end date=2011-08-11
+GSM613878	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC010; donor_age=28; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XY; parity=NA; blood_type=O+; experiment_type=Histone H3K9me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=223-531bp; chip_antibody=H3K9me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9754S; chip_antibody_lot=1; original_filename=GSM613878_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.H3K9me3.TC010.HS2622.bigWig; Embargo end date=2011-08-11
+GSM665819	sample_alias=fBrain.H-23548d142;  sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23548; donor_age=day 142; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665819_UW.Fetal_Brain.ChromatinAccessibility.H-23548.DS16302.bigWig; Embargo end date=2011-11-02
+GSM752974_0	sample_alias=iPS-19.11-02; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=25; medium=mTeSR; Sex=Male; batch=iPSC 19.11-2; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab9050; chip_antibody_lot=707946; original_filename=GSM752974_UCSD.iPS_DF_19.11.H3K36me3.SK472.bigWig
+GSM670057	sample_alias=hiPS_20b p49 TeSR iPS;  sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=TeSR; molecule=genomic DNA; disease=none; passage=49; line=hiPS_20b p49 TeSR iPS; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=160-300/220-400; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-180/100-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670057_BI.iPS-20b.RRBS.RRBS798-799.bigWig; Embargo end date=2011-12-31
+GSM428286	molecule=genomic DNA;  disease=Normal; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=n/a; differentiation_stage=undifferentiated; differentiation_method=n/a; passage=n/a; medium=n/a; Sex=Male; experiment_type=DNA Methylation; mre_protocol=costello lab protocol; mre_protocol_chromatin_amount=44ug; mre_protocol_restriction_enzyme=HpaII,Hin6I,AciI; mre_protocol_size_fraction=100-300bp; original_filename=GSM428286_UCSF-UBC.H1.MRE-Seq.HS1052.bigWig; Embargo end date=2010-10-07
+GSM602254_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=25, including 10 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602254_UCSD.H1-BMP4.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-07-07
+GSM621357	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; Sex=Male; batch=39805; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621357_BI.H1.RRBS.RRBS360-361.bigWig; Embargo end date=2011-08-11
+GSM432686_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; batch=Replicate 1; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=25; medium=TeSR; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432686_UCSD.H1.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM774230_0	sample_alias=fThymus.H-23964d98; sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-23964; donor_age=day 98; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774230_UW.Fetal_Thymus.ChromatinAccessibility.H-23964.DS17876.bigWig
+GSM670050	sample_alias=hFib_17_p7;  sample_common_name=Primary Fibroblast Cell Line; lineage=mesoderm; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=7; line=Fib17; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-230/180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-140/90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670050_BI.Primary_Fibroblast.RRBS.RRBS578-579.bigWig; Embargo end date=2011-12-31
+GSM450268	batch=#2;  molecule=genomic DNA; disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; sex=Male; experiment_type=Histone H3K36me3; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=25 min; chip_protocol=NA; chip_protocol_chromatin_amount=35.3 ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=30 ul; chip_protocol_antibody_amount=NA; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=395432; original_filename=GSM450268_UCSF-UBC.H1.H3K36me3.H1EScd2-me3K36-B.bigWig; Embargo end date=2010-10-07
+GSM723021_0	sample_alias=fBrain.H-22510d122; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-22510; donor_age=122 days; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM723021_UW.Fetal_Brain.Digital_Genomic_Footprinting.H-22510.DGF.DS11872.bigWig
+GSM706857_0	sample_alias=RO 01549; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01549; donor_age=33 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706857_BI.Mobilized_CD34_Primary_Cells.RRBS.RO_01549.bigWig
+GSM663427	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=26; medium=mTeSER; Sex=Male; batch=H1J5p26; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=250 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM 39133; chip_antibody_lot=19208002; original_filename=GSM663427_UCSD.H1.H3K27ac.SAK270.bigWig; Embargo end date=2011-12-23
+GSM670051	sample_alias=hEB16d_H1_p38;  sample_common_name=H1 Derived Embryoid Body Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=38; cell_type=H1p38  EB_d16; donor_ethnicity=unknown; donor_sex=Male; biomaterial_type=Primary Cell Culture; donor_id=Donor of H1 cells; biomaterial_provider=Harvard University; donor_age=unknown; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=160-300/220-400; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-180/100-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670051_BI.H1_Derived_Embryoid_Body_Cultured_Cells.RRBS.RRBS792-793.bigWig; Embargo end date=2011-12-31
+GSM701515_0	sample_alias=fKidney.H-23855d85; sample_common_name=Fetal Kidney; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney; tissue_depot=UW; collection_method=fetal; donor_id=H-23855; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701515_UW.Fetal_Kidney.ChromatinAccessibility.H-23855.DS17522.bigWig
+GSM670020_1	sample_alias=1;  sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=ADMSC; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=1; biomaterial_provider=Harvard University; donor_age=31; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670020_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.1.bigWig; Embargo end date=2011-12-31
+GSM706076_0	sample_alias=H9-02; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K56ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K56ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-677; chip_antibody_lot=DAM1462569; original_filename=GSM706076_UCSD.H9.H3K56ac.SK279.bigWig
+GSM669588_0	sample_alias=Breast Stem Cell RM080; sample_common_name=Breast, Stem Cells; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Stem Cell; markers=CD73+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; smrna_preparation_initial_smrna_qnty=1000 ng; extraction_protocol_smrna_enrichment=The small RNA fraction was separated by electrophoresis on a Novex 10% TBE-Urea gel and the fraction between approximately 14-30nt was excised.  The excisd fraction was then eluted from gel fragements, followed by EtOH precipitation and was resuspended in 6.3ul.; rna_preparation_5'_rna_adapter_sequence=5' GUUCAGAGUUCUACAGUCCGACGAUC 3'; rna_preparation_3'_rna_adapter_sequence=5' pUCGUAUGCCGUCUUCUGCUUGidT 3' (p=phosphate, idT=inverted deoxythyidine); rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGA 3'; rna_preparation_3'_rna_adapter_ligation_protocol=3' RNA adapter ligation was set up with 6.3ul of purified 5' ligation product, 1.2ul of 10uM 3' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion)), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  The ligation reaction was incubated at 16oC overnight.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter ligation was set up with 6.2ul of purified small RNA fraction (14-30nt), 1.3ul of 5uM 5' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  Ligation reaction was incubated at 16oC overnight.; rna_preparation_reverse_transcription_protocol=To 4.5ul of purified ligated RNA, 0.5ul of 100uM Small RNA RT-Primer was added and heat denatured at 70oC for 2 mins.  Sample was then placed on a rack at room temperature and the following reagents were added immediately to the sample (2.0ul of 5X First Strand Buffer, 0.65ul of 10mM dNTPs (Invitrogen), 1ul of 100mM DTT (Invitrogen) and 0.5ul of RNaseOUT (40U/ul from Invitrogen).  Reaction was heated at 48oC for 3mins.  1.0ul of Superscript II RT (200U/ul from Invitrogen) was added to the reaction and was incubated at 44oC for 1 hr.  After 1hr of incubation, tube was placed on ice.  12ul of DEPC water was added to the first strand cDNA product to make a final total volume of approximately 20ul.; library_generation_pcr_template=10ul of the first strand cDNA product was used in the PCR; library_generation_pcr_template=cDNA; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; library_generation_pcr_r_primer_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669588_UCSF-UBC.Breast_Stem_Cells.smRNA-Seq.RM080.bigWig
+GSM753445_0	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=GSM753445_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K9me3.SK507.bigWig
+GSM774236_0	sample_alias=fKidney_renal_pelvis.H-24005d105; sample_common_name=Fetal Renal Pelvis; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis; tissue_depot=UW; collection_method=fetal; donor_id=H-24005; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774236_UW.Fetal_Renal_Pelvis.ChromatinAccessibility.H-24005.DS18088.bigWig
+GSM670053	sample_alias=H9p65  EB_d16;  sample_common_name=H9 Derived Embryoid Body Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=65; cell_type=H9p65  EB_d16; donor_ethnicity=unknown; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=Donor of H9 cells; biomaterial_provider=Harvard University; donor_age=unknown; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=160-300/220-400; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-180/100-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670053_BI.H9_Derived_Embryoid_Body_Cultured_Cells.RRBS.RRBS794-795.bigWig; Embargo end date=2011-12-31
+GSM767348_0	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=GSM767348_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K4me3.SK463.bigWig
+GSM701513_0	sample_alias=fThymus.H-23833d113; sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-23833; donor_age=day 113; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701513_UW.Fetal_Thymus.ChromatinAccessibility.H-23833.DS17474.bigWig
+GSM613821	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM070; donor_age=26 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=NA; karyotype=46, XX; parity=2; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=NA; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=40-296 bp; original_filename=GSM613821_UCSF-UBC.Breast_Myoepithelial_Cells.MRE-Seq.RM070.bigWig; Embargo end date=2011-07-28
+GSM493624	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=myo epithelial cell; tissue_depot=NA; collection_method=NA; donor_id=NA; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=DNA Methylation; mre_protocol=NA; mre_protocol_chromatin_amount=NA; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=NA; original_filename=GSM493624_UCSF-UBC.Breast_Myoepithelial_Cells.MRE-Seq.RM035.bigWig; Embargo end date=2010-10-07
+GSM595918	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01535; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595918_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01535.DS14197.bigWig; Embargo end date=2011-06-21
+GSM621763	lineage=embrionic stem cell;  medium=TESR; molecule=genomic DNA; disease=none; passage=p32; line=H1; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Cellular Dynamics; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621763_BI.H1.RRBS.RRBS534-535.bigWig; Embargo end date=2011-08-11
+GSM753427_0	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=GSM753427_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27ac.SK447.bigWig
+GSM621391	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=7; biomaterial_provider=Harvard University; donor_age=49; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621391_BI.Adipose_Nuclei.H3K9me3.7.bigWig; Embargo end date=2011-08-12
+GSM621390	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621390_BI.Fetal_Lung.H3K27me3.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM621393	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal brain; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=H-22510; biomaterial_provider=UW; donor_age=122 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621393_BI.Fetal_Brain.H3K27me3.UW_H-22510.bigWig; Embargo end date=2011-08-12
+GSM621392	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal heart; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=heart; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621392_BI.Fetal_Heart.H3K36me3.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM621395	collection_method=surgery;  donor_health_status=&quot,NL mucosa,... Pancreatitis/IPMN&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=duodenum; donor_id=61; biomaterial_provider=MGH Pathology; donor_age=76 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621395_BI.Duodenum_Mucosa.H3K9me3.61.bigWig; Embargo end date=2011-08-12
+GSM621397	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621397_BI.Fetal_Lung.H3K9me3.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM621396	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal heart; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=heart; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621396_BI.Fetal_Heart.Input.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM621399	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=RO 01480; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621399_BI.Mobilized_CD34_Primary_Cells.H3K9me3.UW_RO_01480.bigWig; Embargo end date=2011-08-12
+GSM621398	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=ADMSC; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=1; biomaterial_provider=Harvard University; donor_age=31; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621398_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.1.bigWig; Embargo end date=2011-08-12
+GSM613903	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Memory; markers=CD4, CD45RO+; donor_id=TC007; donor_age=34; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Asian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=A+; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=44-299bp; original_filename=GSM613903_UCSF-UBC.CD4_Memory_Primary_Cells.MRE-Seq.TC007.bigWig; Embargo end date=2011-07-28
+GSM707019_0	sample_alias=Brain H22510; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=NA; biomaterial_provider=U of Washington Kaul lab; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=H22510; donor_age=GD122; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM707019_UCSF-UBC.Fetal_Brain.MeDIP-Seq.H22510.bigWig
+GSM613905	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive; markers=CD8+, CD45RA+; donor_id=TC007; donor_age=34; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Asian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=A+; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=42-274bp; original_filename=GSM613905_UCSF-UBC.CD8_Naive_Primary_Cells.MRE-Seq.TC007.bigWig; Embargo end date=2011-07-28
+GSM753433_0	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=GSM753433_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K36me3.LH7.bigWig
+GSM613907	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=stem cell; markers=CD73+; donor_id=RM070; donor_age=26 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=2; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=1.5ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=33-265bp; original_filename=GSM613907_UCSF-UBC.Breast_Stem_Cells.MRE-Seq.RM070.bigWig; Embargo end date=2011-07-28
+GSM521870	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=3; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK120ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-567; chip_antibody_lot=26872; original_filename=GSM521870_UCSD.IMR90.H2BK120ac.SK15.bigWig; Embargo end date=2010-12-22
+GSM706066_0	sample_alias=H9-04; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9-6; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM706066_UCSD.H9.H3K27me3.AK142.bigWig
+GSM706081_0	sample_alias=H9-04; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9-6; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM706081_UCSD.H9.Input.AK144.bigWig
+GSM707011_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=85-379bp; chip_antibody=H3K27me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900241; original_filename=GSM707011_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K27me3.HuFNSC02.bigWig
+GSM753448_0	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM753448_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.Input.SK457.bigWig
+GSM706053_0	sample_alias=ff_ips_19_11_r1; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 19.11; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=32; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706053_UCSD.iPS_DF_19.11.Bisulfite-Seq.combined.bigWig
+GSM613901	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Naive; markers=CD4+, CD45RA+; donor_id=TC007; donor_age=34; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Asian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=A+; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=38-271bp; original_filename=GSM613901_UCSF-UBC.CD4_Naive_Primary_Cells.MRE-Seq.TC007.bigWig; Embargo end date=2011-07-28
+GSM753434_0	sample_alias=MSC-01; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=GSM753434_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K36me3.SK460.bigWig
+GSM701518_0	sample_alias=fKidney_renal_pelvis_Right.H-23871d105; sample_common_name=Fetal Renal Pelvis, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23871; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701518_UW.Fetal_Renal_Pelvis_Right.ChromatinAccessibility.H-23871.DS17548.bigWig
+GSM701535_0	sample_alias=fMuscle_Arm.H-23964d98; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-23964; donor_age=day 98; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701535_UW.Fetal_Muscle_Arm.ChromatinAccessibility.H-23964.DS17848.bigWig
+GSM670084	sample_alias=hEB16d_HUES45_p21;  sample_common_name=HUES45 Derived Embryoid Body Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=21; cell_type=HUES_45p21   EB_d16; donor_ethnicity=unknown; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=Donor of HUES45 cells; biomaterial_provider=Harvard University; donor_age=unknown; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=160-300/220-400; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-180/100-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670084_BI.HUES45_Derived_Embryoid_Body_Cultured_Cells.RRBS.RRBS788-789.bigWig; Embargo end date=2011-12-31
+GSM621419	donor_health_status=healthy;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621419_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.57.bigWig; Embargo end date=2011-08-12
+GSM772732_0	sample_alias=BioSam 201; sample_common_name=Fetal Heart; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Heart; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Heart; donor_id=UW H23914; biomaterial_provider=University of Washington; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772732_BI.Fetal_Heart.H3K4me1.UW_H23914.bigWig
+GSM670055	sample_alias=hiPS_20b p49 KOSR iPS;  sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=49; line=hiPS_20b p49 KOSR iPS; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=160-300/220-400; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-180/100-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670055_BI.iPS-20b.RRBS.RRBS796-797.bigWig; Embargo end date=2011-12-31
+GSM753425_0	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=GSM753425_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27ac.SK340.bigWig
+GSM701537_0	sample_alias=fThymus.H-23964d98; sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-23964; donor_age=day 98; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701537_UW.Fetal_Thymus.ChromatinAccessibility.H-23964.DS17875.bigWig
+GSM669582_0	sample_alias=PBMC TC014; sample_common_name=Peripheral Blood Mononuclear Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=PBMC; markers=NA; donor_id=TC014; donor_age=29; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Asian/Hawaiian/Eskimo; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; smrna_preparation_initial_smrna_qnty=1000 ng; extraction_protocol_smrna_enrichment=The small RNA fraction was separated by electrophoresis on a Novex 10% TBE-Urea gel and the fraction between approximately 14-30nt was excised.  The excisd fraction was then eluted from gel fragements, followed by EtOH precipitation and was resuspended in 6.3ul.; rna_preparation_5'_rna_adapter_sequence=5' GUUCAGAGUUCUACAGUCCGACGAUC 3'; rna_preparation_3'_rna_adapter_sequence=5' pUCGUAUGCCGUCUUCUGCUUGidT 3' (p=phosphate, idT=inverted deoxythyidine); rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGA 3'; rna_preparation_3'_rna_adapter_ligation_protocol=3' RNA adapter ligation was set up with 6.3ul of purified 5' ligation product, 1.2ul of 10uM 3' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion)), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  The ligation reaction was incubated at 16oC overnight.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter ligation was set up with 6.2ul of purified small RNA fraction (14-30nt), 1.3ul of 5uM 5' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  Ligation reaction was incubated at 16oC overnight.; rna_preparation_reverse_transcription_protocol=To 4.5ul of purified ligated RNA, 0.5ul of 100uM Small RNA RT-Primer was added and heat denatured at 70oC for 2 mins.  Sample was then placed on a rack at room temperature and the following reagents were added immediately to the sample (2.0ul of 5X First Strand Buffer, 0.65ul of 10mM dNTPs (Invitrogen), 1ul of 100mM DTT (Invitrogen) and 0.5ul of RNaseOUT (40U/ul from Invitrogen).  Reaction was heated at 48oC for 3mins.  1.0ul of Superscript II RT (200U/ul from Invitrogen) was added to the reaction and was incubated at 44oC for 1 hr.  After 1hr of incubation, tube was placed on ice.  12ul of DEPC water was added to the first strand cDNA product to make a final total volume of approximately 20ul.; library_generation_pcr_template=10ul of the first strand cDNA product was used in the PCR; library_generation_pcr_template=cDNA; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; library_generation_pcr_r_primer_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669582_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.smRNA-Seq.TC014.bigWig
+GSM706068_0	sample_alias=iPS-6.9-01; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=33; medium=mTeSR; Sex=Male; batch=iPSC 6.9; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM706068_UCSD.iPS_DF_6.9.H3K27me3.SK275.bigWig
+GSM774222_0	sample_alias=fKidney_renal_pelvis.H-23914d91; sample_common_name=Fetal Renal Pelvis; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774222_UW.Fetal_Renal_Pelvis.ChromatinAccessibility.H-23914.DS17760.bigWig
+GSM806943_0	sample_alias=Brain HuFNSC01; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A and G Mix; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=86-360bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=Lot#2; original_filename=GSM806943_UCSF-UBC.Fetal_Brain.H3K4me3.HuFNSC01.bigWig
+GSM752990_0	sample_alias=H1-10; sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H4K5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K5ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-327; chip_antibody_lot=DAM1641101; original_filename=GSM752990_UCSD.H1.H4K5ac.SK302.bigWig
+GSM667641	sample_alias=H1-11;  sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=33; medium=mTeSER; Sex=Male; batch=H1J5p33; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM667641_UCSD.H1.Input.YL328.bigWig; Embargo end date=2011-11-15
+GSM667640	sample_alias=H9-03;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9-5; experiment_type=Histone H4K91ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K91ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4627; chip_antibody_lot=82963; original_filename=GSM667640_UCSD.H9.H4K91ac.SK332.bigWig; Embargo end date=2011-12-23
+GSM667643	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM667643_UCSD.H9.Input.SKH9-4.bigWig; Embargo end date=2011-12-23
+GSM667642	sample_alias=H1-10;  sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM667642_UCSD.H1.Input.AK57.bigWig; Embargo end date=2011-12-23
+GSM767351_0	sample_alias=NPC-04; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-4; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=GSM767351_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K4me3.AK199.bigWig
+GSM621765	lineage=embrionic stem cell;  medium=TESR; molecule=genomic DNA; disease=none; passage=p25; line=Human ES; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Cellular Dynamics; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=118-290 or 170-430; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-200 or 80-300; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621765_BI.H1.RRBS.RRBS677-678.bigWig; Embargo end date=2011-08-11
+GSM670080	sample_alias=hEB16d_HUES6_p30;  sample_common_name=HUES6 Derived Embryoid Body Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=30; cell_type=HUES_6p30   EB_d16; donor_ethnicity=unknown; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=Donor of HUES6 cells; biomaterial_provider=Harvard University; donor_age=unknown; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=160-300/220-400; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-180/100-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670080_BI.HUES6_Derived_Embryoid_Body_Cultured_Cells.RRBS.RRBS784-785.bigWig; Embargo end date=2011-12-31
+GSM752968_0	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM752968_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27me3.AK132.bigWig
+GSM537710	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=5.0; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537710_BI.Adult_Liver.H3K9me3.5.bigWig; Embargo end date=2011-01-28
+GSM543021	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease-free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP protocol; medip_protocol_dna_amount=2 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM543021_UCSF-UBC.Breast_vHMEC.MeDIP-Seq.RM035.bigWig; Embargo end date=2011-02-17
+GSM595929_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595929_UW.Fetal_Lung.ChromatinAccessibility.H-23284.DS14820.bigWig; Embargo end date=2011-06-21
+GSM789280_0	sample_alias=H1-10; sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H2BK120ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39119; chip_antibody_lot=255; original_filename=GSM789280_UCSD.H1.H2BK120ac.AK146.bigWig
+GSM774232_0	sample_alias=fStomach.H-24005d105; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-24005; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774232_UW.Fetal_Stomach.ChromatinAccessibility.H-24005.DS17963.bigWig
+GSM774216_0	sample_alias=fIntestine_Small.H-23887d108; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23887; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774216_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23887.DS17643.bigWig
+GSM774243_0	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774243_UW.Penis_Foreskin_Melanocyte_Primary_Cells.ChromatinAccessibility.skin01.DS18590.bigWig
+GSM543011	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Naive blood cells; markers=CD4+, CD45RA+; donor_id=TC003; donor_age=21; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=50-300bp; original_filename=GSM543011_UCSF-UBC.CD4_Naive_Primary_Cells.MRE-Seq.TC003.bigWig; Embargo end date=2011-02-17
+GSM602255_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=25, including 10 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602255_UCSD.H1-BMP4.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-07-07
+GSM595920_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-22911; donor_age=day 117; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595920_UW.Fetal_Brain.ChromatinAccessibility.H-22911.DS14464.bigWig; Embargo end date=2011-06-21
+GSM752991_0	sample_alias=H1-10; sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H4K91ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K91ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4627; chip_antibody_lot=82963; original_filename=GSM752991_UCSD.H1.H4K91ac.SK303.bigWig
+GSM774239_0	sample_alias=fMuscle_Arm.H-24042d120; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24042; donor_age=day 120; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774239_UW.Fetal_Muscle_Arm.ChromatinAccessibility.H-24042.DS18176.bigWig
+GSM595922_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595922_UW.Fetal_Brain.ChromatinAccessibility.H-23266.DS14717.bigWig; Embargo end date=2011-06-21
+GSM774210_0	sample_alias=fIntestine_Small.H-23758d107; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23758; donor_age=day 107; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774210_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23758.DS17150.bigWig
+GSM669910	sample_alias=5;  sample_common_name=Adult Liver; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=5; biomaterial_provider=MGH Pathology; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669910_BI.Adult_Liver.Input.5.bigWig; Embargo end date=2011-12-31
+GSM670089	sample_alias=hES_HUES44_p18;  sample_common_name=HUES44 Cell Line; lineage=embrionic stem cell; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=18; line=HUES44; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250/180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160/90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670089_BI.HUES44.RRBS.RRBS544-545.bigWig; Embargo end date=2011-12-31
+GSM774207_0	sample_alias=fLung_Left.H-23744d91; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23744; donor_age=day 91; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774207_UW.Fetal_Lung_Left.ChromatinAccessibility.H-23744.DS17105.bigWig
+GSM429322_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; batch=Replicate 1; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=30; medium=TeSR; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM429322_UCSD.H1.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM806940_0	sample_alias=Brain Germinal Matrix HuFGM02; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=81-321bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4; original_filename=GSM806940_UCSF-UBC.Brain_Germinal_Matrix.H3K4me3.HuFGM02.bigWig
+GSM669926	sample_alias=57;  sample_common_name=ES-WA7 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=46; line=WA-7; differentiation_method=NA; batch=WA07-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669926_BI.ES-WA7.Input.Lib_MC_20100211_05--ChIP_MC_20100208_05_WA07_WCE.bigWig; Embargo end date=2011-12-31
+GSM669927	sample_alias=82;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669927_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.60.bigWig; Embargo end date=2011-12-31
+GSM669924	sample_alias=76B;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669924_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.58.bigWig; Embargo end date=2011-12-31
+GSM669925	sample_alias=140;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669925_BI.Adipose_Nuclei.H3K4me3.92.bigWig; Embargo end date=2011-12-31
+GSM621737	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-1; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621737_BI.Muscle_Satellite_Cultured_Cells.H3K4me3.hSKM-1.bigWig; Embargo end date=2011-08-12
+GSM669923	sample_alias=175;  sample_common_name=Brain, Cingulate Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Cingulate Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669923_BI.Brain_Cingulate_Gyrus.H3K9me3.112.bigWig; Embargo end date=2011-12-31
+GSM669920	sample_alias=77;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669920_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.59.bigWig; Embargo end date=2011-12-31
+GSM669921	sample_alias=37;  sample_common_name=Stomach Smooth Muscle; collection_method=surgery; donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=28; biomaterial_provider=MGH Pathology; donor_age=84; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669921_BI.Stomach_Smooth_Muscle.H3K9ac.28.bigWig; Embargo end date=2011-12-31
+GSM602253	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=27, including 16 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602253_UCSD.H1-BMP4.Bisulfite-Seq.methylC-seq_h1+bmp4_r1c.bigWig; Embargo end date=2011-07-07
+GSM602252	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=27, including 16 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602252_UCSD.H1-BMP4.Bisulfite-Seq.methylC-seq_h1+bmp4_r1b.bigWig; Embargo end date=2011-07-07
+GSM621739	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-1; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621739_BI.Muscle_Satellite_Cultured_Cells.H3K36me3.hSKM-1.bigWig; Embargo end date=2011-08-12
+GSM621738	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-1; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621738_BI.Muscle_Satellite_Cultured_Cells.H3K9ac.hSKM-1.bigWig; Embargo end date=2011-08-12
+GSM602257	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H2AK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=496800; original_filename=GSM602257_UCSD.H1.H2AK5ac.YL97.bigWig; Embargo end date=2011-07-07
+GSM602256	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=25, including 10 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602256_UCSD.H1-BMP4.Bisulfite-Seq.methylC-seq_h1+bmp4_r2c.bigWig; Embargo end date=2011-07-07
+GSM669928	sample_alias=196;  sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669928_BI.HUES64.H3K9me3.Lib_MC_20101025_06--ChIP_MC_20101020_06_ES_cell_HUES_64_H3K9Me3.bigWig; Embargo end date=2011-12-31
+GSM669971	sample_alias=172;  sample_common_name=Brain, Hippocampus Middle; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Hippocampus Middle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669971_BI.Brain_Hippocampus_Middle.Input.112.bigWig; Embargo end date=2011-12-31
+GSM669942	sample_alias=197;  sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669942_BI.HUES48.H3K27me3.Lib_MC_20101025_10--ChIP_MC_20101020_10_ES_cell_HUES_48_H3K27Me3.bigWig; Embargo end date=2011-12-31
+GSM767344_0	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM767344_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K27me3.SK437.bigWig
+GSM450270	batch=#2;  molecule=genomic DNA; disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; sex=Male; experiment_type=ChIP-Seq Input; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=25 min; chip_protocol=Input; chip_protocol_chromatin_amount=35.3 ug; original_filename=GSM450270_UCSF-UBC.H1.Input.TOTAL-hEScd2-2.bigWig; Embargo end date=2010-12-22
+GSM595926_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595926_UW.Fetal_Brain.ChromatinAccessibility.H-23284.DS14803.bigWig; Embargo end date=2011-06-21
+GSM595925	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595925_fLung-DS14751.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM621690	collection_method=surgery;  donor_health_status=&quot,NL muscle,... Osteomylitis - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=63; biomaterial_provider=MGH Pathology; donor_age=54 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621690_BI.Skeletal_Muscle.H3K9me3.63.bigWig; Embargo end date=2011-08-12
+GSM621691	collection_method=surgery;  donor_health_status=&quot,NL muscle,... Osteomylitis - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=63; biomaterial_provider=MGH Pathology; donor_age=54 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621691_BI.Skeletal_Muscle.H3K9ac.63.bigWig; Embargo end date=2011-08-12
+GSM621692	collection_method=surgery;  donor_health_status=&quot,NL muscle,... Osteomylitis - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=63; biomaterial_provider=MGH Pathology; donor_age=54 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621692_BI.Skeletal_Muscle.H3K27me3.63.bigWig; Embargo end date=2011-08-12
+GSM621693	collection_method=surgery;  donor_health_status=&quot,NL muscle,... Osteomylitis - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=63; biomaterial_provider=MGH Pathology; donor_age=54 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621693_BI.Skeletal_Muscle.H3K36me3.63.bigWig; Embargo end date=2011-08-12
+GSM621694	collection_method=surgery;  donor_health_status=&quot,NL muscle,... Osteomylitis - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=63; biomaterial_provider=MGH Pathology; donor_age=54 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621694_BI.Skeletal_Muscle.H3K4me3.63.bigWig; Embargo end date=2011-08-12
+GSM621695	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=p27; line=hiPS-18b; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621695_BI.iPS-18b.RRBS.RRBS366-367.bigWig; Embargo end date=2011-08-11
+GSM621696	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=p30; line=hiPS-18a; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=180-350 or 130-250; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-140 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621696_BI.iPS-18a.RRBS.RRBS398-399.bigWig; Embargo end date=2011-08-11
+GSM751282_0	sample_alias=Neurospheres, Cortex Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=None; smrna_preparation_initial_smrna_qnty=1.44ug; smrna_preparation_initial_smrna_qlty=RIN 9.5; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually; original_filename=GSM751282_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.smRNA-Seq.HuFNSC01.bigWig
+GSM701520_0	sample_alias=fKidney_renal_pelvis_Left.H-23871d105; sample_common_name=Fetal Renal Pelvis, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23871; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701520_UW.Fetal_Renal_Pelvis_Left.ChromatinAccessibility.H-23871.DS17553.bigWig
+GSM621699	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=p14; line=hiPS-17a; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621699_BI.iPS-17a.RRBS.RRBS418-419.bigWig; Embargo end date=2011-08-11
+GSM701532_0	sample_alias=fKidney_renal_cortex.H-23941d120; sample_common_name=Fetal Renal Cortex; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex; tissue_depot=UW; collection_method=fetal; donor_id=H-23941; donor_age=day 120; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701532_UW.Fetal_Renal_Cortex.ChromatinAccessibility.H-23941.DS17804.bigWig
+GSM602253_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=27, including 16 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602253_UCSD.H1-BMP4.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-07-07
+GSM669612	sample_alias=Neurospheres, Cortex Derived HuFNSC02;  sample_common_name=Neurosphere Cultured Cells, Cortex Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669612_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.MeDIP-Seq.HuFNSC02.bigWig; Embargo end date=2011-12-31
+GSM752978_0	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=727417; original_filename=GSM752978_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me1.AK163.bigWig
+GSM701492_0	sample_alias=CD19.RO_01721; sample_common_name=CD19 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=RO 01721; donor_age=year 21; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701492_UW.CD19_Primary_Cells.ChromatinAccessibility.RO_01721.DS17186.bigWig
+GSM602251_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=27, including 16 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602251_UCSD.H1-BMP4.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-07-07
+GSM752986_0	sample_alias=IMR90-02; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K9me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8896; chip_antibody_lot=377518; original_filename=GSM752986_UCSD.IMR90.H3K9me1.LL237.bigWig
+GSM789281_0	sample_alias=H1-10; sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H2BK120ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39119; chip_antibody_lot=255; original_filename=GSM789281_UCSD.H1.H2BK120ac.SK530.bigWig
+GSM669586_0	sample_alias=Breast Luminal Epi RM080; sample_common_name=Breast, Luminal Epithelial Cells; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal Epithelial Cell; markers=CD227+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; smrna_preparation_initial_smrna_qnty=1000 ng; extraction_protocol_smrna_enrichment=The small RNA fraction was separated by electrophoresis on a Novex 10% TBE-Urea gel and the fraction between approximately 14-30nt was excised.  The excisd fraction was then eluted from gel fragements, followed by EtOH precipitation and was resuspended in 6.3ul.; rna_preparation_5'_rna_adapter_sequence=5' GUUCAGAGUUCUACAGUCCGACGAUC 3'; rna_preparation_3'_rna_adapter_sequence=5' pUCGUAUGCCGUCUUCUGCUUGidT 3' (p=phosphate, idT=inverted deoxythyidine); rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGA 3'; rna_preparation_3'_rna_adapter_ligation_protocol=3' RNA adapter ligation was set up with 6.3ul of purified 5' ligation product, 1.2ul of 10uM 3' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion)), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  The ligation reaction was incubated at 16oC overnight.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter ligation was set up with 6.2ul of purified small RNA fraction (14-30nt), 1.3ul of 5uM 5' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  Ligation reaction was incubated at 16oC overnight.; rna_preparation_reverse_transcription_protocol=To 4.5ul of purified ligated RNA, 0.5ul of 100uM Small RNA RT-Primer was added and heat denatured at 70oC for 2 mins.  Sample was then placed on a rack at room temperature and the following reagents were added immediately to the sample (2.0ul of 5X First Strand Buffer, 0.65ul of 10mM dNTPs (Invitrogen), 1ul of 100mM DTT (Invitrogen) and 0.5ul of RNaseOUT (40U/ul from Invitrogen).  Reaction was heated at 48oC for 3mins.  1.0ul of Superscript II RT (200U/ul from Invitrogen) was added to the reaction and was incubated at 44oC for 1 hr.  After 1hr of incubation, tube was placed on ice.  12ul of DEPC water was added to the first strand cDNA product to make a final total volume of approximately 20ul.; library_generation_pcr_template=10ul of the first strand cDNA product was used in the PCR; library_generation_pcr_template=cDNA; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; library_generation_pcr_r_primer_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669586_UCSF-UBC.Breast_Luminal_Epithelial_Cells.smRNA-Seq.RM080.bigWig
+GSM605339	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM605339_UCSD.H1.Input.LLH1U.bigWig; Embargo end date=2011-07-07
+GSM605338	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=55; medium=mTeSER; Sex=Male; batch=H1Ep55; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM605338_UCSD.H1.Input.DM219.bigWig; Embargo end date=2011-07-07
+GSM753429_0	sample_alias=NPC-03; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-3; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=GSM753429_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K27ac.SK451.bigWig
+GSM751281_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=None; smrna_preparation_initial_smrna_qnty=4.072ug; smrna_preparation_initial_smrna_qlty=RIN 9.1; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually; original_filename=GSM751281_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.smRNA-Seq.HuFNSC01.bigWig
+GSM701517_0	sample_alias=fKidney_renal_cortex_Right.H-23871d105; sample_common_name=Fetal Renal Cortex, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23871; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701517_UW.Fetal_Renal_Cortex_Right.ChromatinAccessibility.H-23871.DS17545.bigWig
+GSM774234_0	sample_alias=fMuscle_Arm.H-24005d105; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24005; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774234_UW.Fetal_Muscle_Arm.ChromatinAccessibility.H-24005.DS18080.bigWig
+GSM605330	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=Histone H4K5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K5ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-327; chip_antibody_lot=30417; original_filename=GSM605330_UCSD.H1.H4K5ac.LL323.bigWig; Embargo end date=2011-07-07
+GSM605333	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM605333_UCSD.H1.Input.LL-H1-I1.bigWig; Embargo end date=2011-07-07
+GSM605332	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-25x; experiment_type=Histone H4K91ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K91ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4627; chip_antibody_lot=82963; original_filename=GSM605332_UCSD.H1.H4K91ac.YL254.bigWig; Embargo end date=2011-07-07
+GSM605335	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM605335_UCSD.H1.Input.YL208.bigWig; Embargo end date=2011-07-07
+GSM605334	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Male; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM605334_UCSD.H1.Input.LL-H1-I2.bigWig; Embargo end date=2011-07-07
+GSM605337	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=51; medium=mTeSER; Sex=Male; batch=H1Ep51; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM605337_UCSD.H1.Input.YL154.bigWig; Embargo end date=2011-07-07
+GSM605336	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-25x; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM605336_UCSD.H1.Input.YL262.bigWig; Embargo end date=2011-07-07
+GSM521923	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=7; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K8ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=240; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1543700; original_filename=GSM521923_UCSD.IMR90.H4K8ac.YL142.bigWig; Embargo end date=2010-12-22
+GSM521922	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=6; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K8ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=150; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1487557; original_filename=GSM521922_UCSD.IMR90.H4K8ac.SK45.bigWig; Embargo end date=2010-12-22
+GSM521921	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K8ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1487557; original_filename=GSM521921_UCSD.IMR90.H4K8ac.YL57.bigWig; Embargo end date=2010-12-22
+GSM521927	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM521927_UCSD.IMR90.Input.LL-I2.bigWig; Embargo end date=2010-12-22
+GSM521926	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM521926_UCSD.IMR90.Input.LL-I1.bigWig; Embargo end date=2010-12-22
+GSM521925	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=6; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K91ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=150; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K91ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4627; chip_antibody_lot=82963; original_filename=GSM521925_UCSD.IMR90.H4K91ac.SK49.bigWig; Embargo end date=2010-12-22
+GSM521924	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K91ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K91ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4627; chip_antibody_lot=82963; original_filename=GSM521924_UCSD.IMR90.H4K91ac.YL08.bigWig; Embargo end date=2010-12-22
+GSM521929	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=4; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM521929_UCSD.IMR90.Input.SK-I2.bigWig; Embargo end date=2010-12-22
+GSM521928	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=3; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM521928_UCSD.IMR90.Input.SK-I1.bigWig; Embargo end date=2010-12-22
+GSM493387	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01527; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM493387_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01527.DS11666.bigWig; Embargo end date=2011-06-21
+GSM752993_0	sample_alias=iPS-6.9-02; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=27; medium=mTeSR; Sex=Male; batch=iPSC 6.9-2; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM752993_UCSD.iPS_DF_6.9.Input.SK445.bigWig
+GSM621677	collection_method=surgery;  donor_health_status=&quot,normal mucosa, diverticular disease&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=31; biomaterial_provider=MGH Pathology; donor_age=61; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621677_BI.Rectal_Mucosa.Input.31.bigWig; Embargo end date=2011-08-12
+GSM774238_0	sample_alias=fMuscle_Lower_Limb.H-24042d120; sample_common_name=Fetal Muscle, Lower Limb Skeletal; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Lower Limb; tissue_depot=UW; collection_method=fetal; donor_id=H-24042; donor_age=day 120; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774238_UW.Fetal_Muscle_Lower_Limb_Skeletal.ChromatinAccessibility.H-24042.DS18174.bigWig
+GSM613897	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM080; donor_age=33; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; location=Left; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=2.08ug; size_fraction=46-291bp; original_filename=GSM613897_UCSF-UBC.Breast_Myoepithelial_Cells.Input.RM080.bigWig; Embargo end date=2011-08-11
+GSM493386	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01508; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM493386_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01508.DS11202.bigWig; Embargo end date=2011-06-21
+GSM621634	collection_method=surgery;  donor_health_status=&quot,normal, renal cell CA (clear cell type)&quot,; molecule=genomic DNA; disease=none; tissue_type=Adult Kidney; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=27; biomaterial_provider=MGH Pathology; donor_age=67; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621634_BI.Adult_Kidney.H3K36me3.27.bigWig; Embargo end date=2011-08-12
+GSM669978	sample_alias=173;  sample_common_name=Brain, Anterior Caudate; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Anterior Caudate; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669978_BI.Brain_Anterior_Caudate.Input.112.bigWig; Embargo end date=2011-12-31
+GSM621635	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=28; biomaterial_provider=MGH Pathology; donor_age=84; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621635_BI.Stomach_Smooth_Muscle.H3K27me3.28.bigWig; Embargo end date=2011-08-12
+GSM751276_0	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.9; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751276_UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.mRNA-Seq.skin01.bigWig
+GSM621461	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=7; biomaterial_provider=Harvard University; donor_age=49; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621461_BI.Adipose_Nuclei.H3K36me3.7.bigWig; Embargo end date=2011-08-12
+GSM621460	collection_method=surgery;  donor_health_status=&quot,NL mucosa,... Pancreatitis/IPMN&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=duodenum; donor_id=61; biomaterial_provider=MGH Pathology; donor_age=76 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621460_BI.Duodenum_Mucosa.H3K27me3.61.bigWig; Embargo end date=2011-08-12
+GSM670038	sample_alias=171;  sample_common_name=Brain, Substantia Nigra; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Substantia Nigra; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670038_BI.Brain_Substantia_Nigra.H3K4me3.112.bigWig; Embargo end date=2011-12-31
+GSM670039	sample_alias=197;  sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670039_BI.HUES48.H3K36me3.Lib_MC_20101025_09--ChIP_MC_20101020_09_ES_cell_HUES_48_H3K36Me3.bigWig; Embargo end date=2011-12-31
+GSM493615	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Hlsty Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Luminal epithelial cell; tissue_depot=NA; collection_method=NA; donor_id=NA; donor_age=NA; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=DNA Methylation; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=NA; medip_protocol_dna_amount=NA; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=NA; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM493615_UCSF-UBC.Breast_Luminal_Epithelial_Cells.MeDIP-Seq.RM035.bigWig; Embargo end date=2010-12-22
+GSM543027	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive blood cells; markers=CD8+, CD45RA+; donor_id=TC003; donor_age=21; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP protocol; medip_protocol_dna_amount=2 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM543027_UCSF-UBC.CD8_Naive_Primary_Cells.MeDIP-Seq.TC003.bigWig; Embargo end date=2011-02-17
+GSM670032	sample_alias=175;  sample_common_name=Brain, Cingulate Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Cingulate Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670032_BI.Brain_Cingulate_Gyrus.H3K9ac.112.bigWig; Embargo end date=2011-12-31
+GSM670033	sample_alias=175;  sample_common_name=Brain, Cingulate Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Cingulate Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670033_BI.Brain_Cingulate_Gyrus.H3K4me1.112.bigWig; Embargo end date=2011-12-31
+GSM670030	sample_alias=81;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670030_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.59.bigWig; Embargo end date=2011-12-31
+GSM670031	sample_alias=173;  sample_common_name=Brain, Anterior Caudate; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Anterior Caudate; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670031_BI.Brain_Anterior_Caudate.H3K4me3.112.bigWig; Embargo end date=2011-12-31
+GSM670036	sample_alias=176;  sample_common_name=Brain, Inferior Temporal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Inferior Temporal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670036_BI.Brain_Inferior_Temporal_Lobe.H3K4me1.112.bigWig; Embargo end date=2011-12-31
+GSM670037	sample_alias=76B;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670037_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.58.bigWig; Embargo end date=2011-12-31
+GSM670034	sample_alias=81;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670034_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.59.bigWig; Embargo end date=2011-12-31
+GSM670035	sample_alias=142;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=94; biomaterial_provider=Harvard University; donor_age=25; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670035_BI.Adipose_Nuclei.H3K27me3.94.bigWig; Embargo end date=2011-12-31
+GSM432392	batch=#2;  molecule=genomic DNA; disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; sex=Male; experiment_type=Histone H3K4me3; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=25 min; chip_protocol=NA; chip_protocol_chromatin_amount=7.06 ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15 ul; chip_protocol_antibody_amount=NA; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9751; chip_antibody_lot=2; original_filename=GSM432392_UCSF-UBC.H1.H3K4me3.H1EScd2-me3K4-C.bigWig; Embargo end date=2010-05-03
+GSM621639	collection_method=surgery;  donor_health_status=normal mucosa; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=29; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621639_BI.Rectal_Mucosa.H3K4me1.29.bigWig; Embargo end date=2011-08-12
+GSM613891	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM066; donor_age=36; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher Sonic Dismembrator 550; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=1.16ug; size_fraction=100-300bp; original_filename=GSM613891_UCSF-UBC.Breast_Myoepithelial_Cells.Input.RM066.bigWig; Embargo end date=2011-08-11
+GSM706860_0	sample_alias=fLung.H-22727d101; sample_common_name=Fetal Lung; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-22727; donor_age=101 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706860_BI.Fetal_Lung.RRBS.H-22727.bigWig
+GSM613890	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=ChIP-Seq Input; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=25min; chip_protocol=Input; chip_protocol_chromatin_amount=100ng; size_fraction=213-563bp; original_filename=GSM613890_UCSF-UBC.Breast_vHMEC.Input.RM035.HS1995.bigWig; Embargo end date=2011-08-11
+GSM543023	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=PBMC blood cells; markers=NA; donor_id=TC003; donor_age=21; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP protocol; medip_protocol_dna_amount=2 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM543023_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.MeDIP-Seq.TC003.bigWig; Embargo end date=2011-02-17
+GSM537623	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=WA-7; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=46; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=R0903B0054; original_filename=GSM537623_BI.ES-WA7.H3K4me3.Solexa-13062.bigWig; Embargo end date=2011-01-28
+GSM537622	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_8/1/08; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8580; chip_antibody_lot=500363; original_filename=GSM537622_BI.CD19_Primary_Cells.H3K4me3.CD19_8_1_08.bigWig; Embargo end date=2011-01-28
+GSM537621	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_8/1/08; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=761748; original_filename=GSM537621_BI.CD19_Primary_Cells.H3K36me3.CD19_8_1_08.bigWig; Embargo end date=2011-01-28
+GSM537620	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_8/1/08; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM537620_BI.CD19_Primary_Cells.Input.CD19_8_1_08.bigWig; Embargo end date=2011-01-28
+GSM537627	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES I3 TESR; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=45; medium=TESR; sex=Female; batch=4/29/09; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM537627_BI.ES-I3.H3K27me3.Solexa-12678.bigWig; Embargo end date=2011-01-28
+GSM537626	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES I3 TESR; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=45; medium=TESR; sex=Female; batch=4/29/09; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=R0903B0054; original_filename=GSM537626_BI.ES-I3.H3K4me3.Solexa-12681.bigWig; Embargo end date=2011-01-28
+GSM537625	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES I3 TESR; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=45; medium=TESR; Sex=Female; batch=4/29/09; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537625_BI.ES-I3.H3K9me3.Solexa-12683-16494.bigWig; Embargo end date=2011-02-03
+GSM537624	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES I3 TESR; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=45; medium=TESR; sex=Female; batch=4/29/09; experiment_type=Histone H3K9ac; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4441; chip_antibody_lot=550799; original_filename=GSM537624_BI.ES-I3.H3K9ac.Solexa-12682.bigWig; Embargo end date=2011-01-28
+GSM450266	batch=#2;  molecule=genomic DNA; disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; sex=Male; experiment_type=Histone H3K9me3; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=25 min; chip_protocol=NA; chip_protocol_chromatin_amount=35.3 ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=30 ul; chip_protocol_antibody_amount=NA; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=492774; original_filename=GSM450266_UCSF-UBC.H1.H3K9me3.H1EScd2-me3K9-B.bigWig; Embargo end date=2010-10-07
+GSM537629	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Cultured Cells; markers=CD34+; donor_id=cultured CD34_2/20/09; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=R0903B0054; original_filename=GSM537629_BI.CD34_Cultured_Cells.H3K4me3.cultured_CD34_2_20_09.bigWig; Embargo end date=2011-01-28
+GSM537628	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Cultured Cells; markers=CD34+; donor_id=cultured CD34_2/20/09; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=151302; original_filename=GSM537628_BI.CD34_Cultured_Cells.H3K4me1.cultured_CD34_2_20_09.bigWig; Embargo end date=2011-01-28
+GSM613826	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal epithelial cell; markers=CD227+; donor_id=RM071; donor_age=37 yrs; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=55-280 bp; original_filename=GSM613826_UCSF-UBC.Breast_Luminal_Epithelial_Cells.MRE-Seq.RM071.bigWig; Embargo end date=2011-07-28
+GSM621667	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Cauc; donor_sex=Male; biomaterial_type=Primary Cell; donor_id=RO 01492; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621667_BI.Mobilized_CD34_Primary_Cells.H3K4me3.UW_RO_01492.bigWig; Embargo end date=2011-08-12
+GSM432691_1	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=5; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432691_UCSD.IMR90.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM669972	sample_alias=4;  sample_common_name=Adult Liver; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=4; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669972_BI.Adult_Liver.H3K4me1.4.bigWig; Embargo end date=2011-12-31
+GSM669974	sample_alias=196;  sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669974_BI.HUES64.H3K27me3.Lib_MC_20101025_04--ChIP_MC_20101020_04_ES_cell_HUES_64_H3K27Me3.bigWig; Embargo end date=2011-12-31
+GSM773048_0	sample_alias=RO 01517; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01517; donor_age=year 43; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773048_BI.Mobilized_CD34_Primary_Cells.Input.RO_01517.bigWig
+GSM774235_0	sample_alias=fMuscle_Back.H-24005d105; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24005; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774235_UW.Fetal_Muscle_Back.ChromatinAccessibility.H-24005.DS18083.bigWig
+GSM621661	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=30; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621661_BI.Rectal_Smooth_Muscle.H3K9ac.30.bigWig; Embargo end date=2011-08-12
+GSM701494_0	sample_alias=fKidney_renal_cortex.H-23769d108; sample_common_name=Fetal Renal Cortex; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex; tissue_depot=UW; collection_method=fetal; donor_id=H-23769; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701494_UW.Fetal_Renal_Cortex.ChromatinAccessibility.H-23769.DS17307.bigWig
+GSM605302	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H2BK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40886; chip_antibody_lot=529107; original_filename=GSM605302_UCSD.H1.H2BK5ac.YL98.bigWig; Embargo end date=2011-07-07
+GSM621660	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=30; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621660_BI.Rectal_Smooth_Muscle.H3K9me3.30.bigWig; Embargo end date=2011-08-12
+GSM595920	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-22911; donor_age=day 117; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595920_fBrain-DS14464.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM595921	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23247; donor_age=day 67; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595921_fLung-DS14666.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM595922	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595922_fBrain-DS14717.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM595923	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595923_fBrain-DS14718.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM595924	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595924_fLung-DS14724.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM621663	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Hisp; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01536; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621663_BI.Mobilized_CD34_Primary_Cells.H3K9me3.UW_RO_01536.bigWig; Embargo end date=2011-08-12
+GSM595926	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595926_fBrain-DS14803.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM595927	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595927_fLung-DS14809.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM595928	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595928_fBrain-DS14815.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM595929	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595929_fLung-DS14820.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM621406	collection_method=surgery;  donor_health_status=&quot,NL mucosa,... Pancreatitis/IPMN&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=duodenum; donor_id=61; biomaterial_provider=MGH Pathology; donor_age=76 years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621406_BI.Duodenum_Mucosa.Input.61.bigWig; Embargo end date=2011-08-12
+GSM669976	sample_alias=142;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=94; biomaterial_provider=Harvard University; donor_age=25; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669976_BI.Adipose_Nuclei.H3K9me3.94.bigWig; Embargo end date=2011-12-31
+GSM774240_0	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774240_UW.Penis_Foreskin_Fibroblast_Primary_Cells.ChromatinAccessibility.skin01.DS18224.bigWig
+GSM706049_0	sample_alias=H1-NPC_r2; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=27; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=mRNA-Seq; extraction_protocol=RNeasy Blood and Tissue Kit (Qiagen); extraction_protocol_mrna_enrichment=Poly(A)Purist MAG Kit (Ambion); extraction_protocol_fragmentation=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); mrna_preparation_initial_mrna_qnty=20-100 ng; mrna_preparation_fragment_size_range=200 nt; rna_preparation_5'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_3'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_template=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_polymerase_type=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_thermocycling_program=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_number_cycles=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_f_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_r_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_primer_conc=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_product_isolation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); original_filename=GSM706049_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.mRNA-Seq.mRNA-Seq_h1-npc_r2.bigWig
+GSM806935_0	sample_alias=Brain HuFNSC02; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=15ug; size_fraction=109-420bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#2; original_filename=GSM806935_UCSF-UBC.Fetal_Brain.H3K4me3.HuFNSC02.bigWig
+GSM469968	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM469968_UCSD.IMR90.H3K27me3.LL223.bigWig; Embargo end date=2010-10-07
+GSM701498_0	sample_alias=fStomach.H-23769d108; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-23769; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701498_UW.Fetal_Stomach.ChromatinAccessibility.H-23769.DS17325.bigWig
+GSM669622	sample_alias=Breast Stem Cell RM080;  sample_common_name=Breast, Stem Cells; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Stem Cell; markers=CD73+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 7.3; rna_preparation_initial_rna_qnty=2 ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=108-315bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669622_UCSF-UBC.Breast_Stem_Cells.mRNA-Seq.RM080.bigWig; Embargo end date=2011-12-31
+GSM429321_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; batch=Replicate 1; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=30; medium=TeSR; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM429321_UCSD.H1.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM409308	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Male; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Millipore; chip_antibody_catalog=04-745; chip_antibody_lot=DAM1494280; original_filename=GSM409308_UCSD.H1.H3K4me3.LL227.bigWig; Embargo end date=2010-05-03
+GSM409307_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Male; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=535659; original_filename=GSM409307_UCSD.H1.H3K4me1.LL228.bigWig; Embargo end date=2010-05-03
+GSM774213_0	sample_alias=fIntestine_Large.H-23808d115; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23808; donor_age=day 115; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774213_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23808.DS17422.bigWig
+GSM752975_0	sample_alias=iPS-6.9-02; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=27; medium=mTeSR; Sex=Male; batch=iPSC 6.9-2; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab9050; chip_antibody_lot=707946; original_filename=GSM752975_UCSD.iPS_DF_6.9.H3K36me3.SK468.bigWig
+GSM621453	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD4+ CD25high IL7R-; passage_if_expanded=NA; cell_type=Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=20; biomaterial_provider=Whitehead Institute; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621453_BI.Treg_Primary_Cells.Input.20.bigWig; Embargo end date=2011-08-12
+GSM774209_0	sample_alias=fKidney_Left.H-23758d107; sample_common_name=Fetal Kidney, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23758; donor_age=day 107; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774209_UW.Fetal_Kidney_Left.ChromatinAccessibility.H-23758.DS17140.bigWig
+GSM806937_0	sample_alias=Brain HuFNSC02; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=15ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=106-428bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900241; original_filename=GSM806937_UCSF-UBC.Fetal_Brain.H3K27me3.HuFNSC02.bigWig
+GSM806939_0	sample_alias=Brain Germinal Matrix HuFGM02; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=101-311bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P; original_filename=GSM806939_UCSF-UBC.Brain_Germinal_Matrix.H3K4me1.HuFGM02.bigWig
+GSM669940	sample_alias=142;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=94; biomaterial_provider=Harvard University; donor_age=25; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669940_BI.Adipose_Nuclei.Input.94.bigWig; Embargo end date=2011-12-31
+GSM669889	sample_alias=199;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669889_BI.HUES6.H3K4me3.Lib_XZ_20101004_02--ChIP_XZ_20100930_02_ES_cell_HUES_6_H3K4Me3.bigWig; Embargo end date=2011-12-31
+GSM433179	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Unknown; batch=39805; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM433179_BI.H1.Input.Solexa-10531.bigWig; Embargo end date=2010-05-05
+GSM669941	sample_alias=171;  sample_common_name=Brain, Substantia Nigra; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Substantia Nigra; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669941_BI.Brain_Substantia_Nigra.H3K4me1.112.bigWig; Embargo end date=2011-12-31
+GSM669885	sample_alias=199;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669885_BI.HUES6.H3K4me1.Lib_XZ_20101004_01--ChIP_XZ_20100930_01_ES_cell_HUES_6_H3K4Me1.bigWig; Embargo end date=2011-12-31
+GSM433176	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Unknown; batch=39877; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=standard; chip_protocol_chromatin_amount=standard; chip_protocol_bead_type=standard; chip_protocol_bead_amount=standard; chip_protocol_antibody_amount=standard; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM433176_BI.H1.H3K36me3.Solexa-12524.bigWig; Embargo end date=2010-05-05
+GSM669886	sample_alias=199;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669886_BI.HUES6.H3K9me3.Lib_XZ_20101004_06--ChIP_XZ_20100930_06_ES_cell_HUES_6_H3K9Me3.bigWig; Embargo end date=2011-12-31
+GSM433170	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Unknown; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=standard; chip_protocol_chromatin_amount=standard; chip_protocol_bead_type=standard; chip_protocol_bead_amount=standard; chip_protocol_antibody_amount=standard; chip_antibody=H3K4Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8580; chip_antibody_lot=331024; original_filename=GSM433170_BI.H1.H3K4me3.Solexa-8038.bigWig; Embargo end date=2010-05-05
+GSM433171	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Unknown; experiment_type=Histone H3K9ac; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=standard; chip_protocol_chromatin_amount=standard; chip_protocol_bead_type=standard; chip_protocol_bead_amount=standard; chip_protocol_antibody_amount=standard; chip_antibody=H3K9Ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4441; chip_antibody_lot=455103; original_filename=GSM433171_BI.H1.H3K9ac.Solexa-12526.bigWig; Embargo end date=2010-05-05
+GSM701516_0	sample_alias=CD3.RO_01736; sample_common_name=CD3 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=RO 01736; donor_age=year 37; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701516_UW.CD3_Primary_Cells.ChromatinAccessibility.RO_01736.DS17534.bigWig
+GSM774231_0	sample_alias=fLung_Right.H-24005d105; sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-24005; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774231_UW.Fetal_Lung_Right.ChromatinAccessibility.H-24005.DS17954.bigWig
+GSM706841_0	sample_alias=fKidney.H-22676d122; sample_common_name=Fetal Kidney; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal kidney; tissue_depot=UW; collection_method=fetal; donor_id=H-22676; donor_age=122 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706841_BI.Fetal_Kidney.RRBS.H-22676.bigWig
+GSM621657	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=30; biomaterial_provider=MGH Pathology; donor_age=50; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621657_BI.Rectal_Smooth_Muscle.Input.30.bigWig; Embargo end date=2011-08-12
+GSM669944	sample_alias=UW DS # 14803;  sample_common_name=Fetal Brain; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal brain; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=UW H23284; biomaterial_provider=UW; donor_age=96 days; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669944_BI.Fetal_Brain.Input.UW_H23284.bigWig; Embargo end date=2011-12-31
+GSM621455	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=Th17; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=20; biomaterial_provider=Whitehead Institute; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621455_BI.Th17_Primary_Cells.Input.20.bigWig; Embargo end date=2011-08-12
+GSM774233_0	sample_alias=fIntestine_Large.H-24005d105; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-24005; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774233_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-24005.DS17990.bigWig
+GSM706047_0	sample_alias=H1+BMP4_r2; sample_common_name=H1-BMP4 Cell Line; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=25, including 10 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=mRNA-Seq; extraction_protocol=RNeasy Blood and Tissue Kit (Qiagen); extraction_protocol_mrna_enrichment=Poly(A)Purist MAG Kit (Ambion); extraction_protocol_fragmentation=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); mrna_preparation_initial_mrna_qnty=20-100 ng; mrna_preparation_fragment_size_range=200 nt; rna_preparation_5'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_3'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_template=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_polymerase_type=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_thermocycling_program=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_number_cycles=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_f_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_r_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_primer_conc=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_product_isolation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); original_filename=GSM706047_UCSD.H1-BMP4.mRNA-Seq.mRNA-Seq_h1+bmp4_r2.bigWig
+GSM669945	sample_alias=UW DS # 12771;  sample_common_name=Mobilized CD34 Primary Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=UW RO 01480; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Upstate; chip_antibody_lot=dam151401; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669945_BI.Mobilized_CD34_Primary_Cells.H3K27me3.UW_RO_01480.bigWig; Embargo end date=2011-12-31
+GSM752979_0	sample_alias=iPS-19.11-02; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=25; medium=mTeSR; Sex=Male; batch=iPSC 19.11-2; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab8895; chip_antibody_lot=720417; original_filename=GSM752979_UCSD.iPS_DF_19.11.H3K4me1.SK473.bigWig
+GSM667618	sample_alias=H1-09;  sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=26; medium=mTeSER; Sex=Male; batch=H1J5p26; experiment_type=Histone H3K23ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-355; chip_antibody_lot=27133; original_filename=GSM667618_UCSD.H1.H3K23ac.AK59.bigWig; Embargo end date=2011-12-23
+GSM667619	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K23ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-355; chip_antibody_lot=27133; original_filename=GSM667619_UCSD.H9.H3K23ac.YL236.bigWig; Embargo end date=2011-11-15
+GSM621652	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=28; biomaterial_provider=MGH Pathology; donor_age=84; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621652_BI.Stomach_Smooth_Muscle.Input.28.bigWig; Embargo end date=2011-08-12
+GSM773047_0	sample_alias=RO 01562; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01562; donor_age=42 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1662421; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773047_BI.Mobilized_CD34_Primary_Cells.H3K27me3.RO_01562.bigWig
+GSM667612	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H2BK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40886; chip_antibody_lot=529107; original_filename=GSM667612_UCSD.H9.H2BK5ac.YL244.bigWig; Embargo end date=2011-11-15
+GSM667613	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H2BK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39123; chip_antibody_lot=229; original_filename=GSM667613_UCSD.H9.H2BK5ac.AK29.bigWig; Embargo end date=2011-12-23
+GSM667610	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H2BK12ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056; original_filename=GSM667610_UCSD.H9.H2BK12ac.AK30.bigWig; Embargo end date=2011-12-23
+GSM621653	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=19; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621653_BI.Skeletal_Muscle.H3K27me3.19.bigWig; Embargo end date=2011-08-12
+GSM667616	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K18ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=527530; original_filename=GSM667616_UCSD.H9.H3K18ac.SK276.bigWig; Embargo end date=2011-12-23
+GSM667617	sample_alias=H1-10;  sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H3K23ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-355; chip_antibody_lot=27133; original_filename=GSM667617_UCSD.H1.H3K23ac.AK53.bigWig; Embargo end date=2011-12-23
+GSM667614	sample_alias=H1-10;  sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H3K14ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab52946; chip_antibody_lot=945863; original_filename=GSM667614_UCSD.H1.H3K14ac.AK52.bigWig; Embargo end date=2011-12-23
+GSM667615	sample_alias=H1-09;  sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=26; medium=mTeSER; Sex=Male; batch=H1J5p26; experiment_type=Histone H3K14ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab52946; chip_antibody_lot=945863; original_filename=GSM667615_UCSD.H1.H3K14ac.AK58.bigWig; Embargo end date=2011-12-23
+GSM665838	sample_alias=CD8.RO_01721;  sample_common_name=CD8 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD8 Primary Cells; markers=CD8+; donor_id=RO 01721; donor_age=year 21; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665838_UW.CD8_Primary_Cells.ChromatinAccessibility.RO_01721.DS17203.bigWig; Embargo end date=2011-11-02
+GSM665839	sample_alias=CD4.RO_01721;  sample_common_name=CD4 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD4 Primary Cells; markers=CD4+; donor_id=RO 01721; donor_age=year 21; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665839_UW.CD4_Primary_Cells.ChromatinAccessibility.RO_01721.DS17212.bigWig; Embargo end date=2011-11-02
+GSM774237_0	sample_alias=fLung_Left.H-23640d115; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23640; donor_age=day 115; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774237_UW.Fetal_Lung_Left.ChromatinAccessibility.H-23640.DS18170.bigWig
+GSM701505_0	sample_alias=fMuscle_Leg.H-23808d115; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-23808; donor_age=day 115; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701505_UW.Fetal_Muscle_Leg.ChromatinAccessibility.H-23808.DS17429.bigWig
+GSM621714	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=p32; line=hiPS-17b; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=118-260 or 160-380; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-170 or 70-290; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621714_BI.iPS-17b.RRBS.RRBS589-590.bigWig; Embargo end date=2011-08-11
+GSM665830	sample_alias=fHeart.H-23604d110;  sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23604; donor_age=day 110; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665830_UW.Fetal_Heart.ChromatinAccessibility.H-23604.DS16582.bigWig; Embargo end date=2011-11-02
+GSM665831	sample_alias=fHeart.H-23617d110;  sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23617; donor_age=day 110; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665831_UW.Fetal_Heart.ChromatinAccessibility.H-23617.DS16621.bigWig; Embargo end date=2011-11-02
+GSM665832	sample_alias=fLung_Right.H-23640d115;  sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23640; donor_age=day 115; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665832_UW.Fetal_Lung_Right.ChromatinAccessibility.H-23640.DS16790.bigWig; Embargo end date=2011-11-02
+GSM665833	sample_alias=fKidney_Right.H-23640d115;  sample_common_name=Fetal Kidney, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23640; donor_age=day 115; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665833_UW.Fetal_Kidney_Right.ChromatinAccessibility.H-23640.DS16801.bigWig; Embargo end date=2011-11-02
+GSM665834	sample_alias=fKidney_Left.H-23640d115;  sample_common_name=Fetal Kidney, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23640; donor_age=day 115; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665834_UW.Fetal_Kidney_Left.ChromatinAccessibility.H-23640.DS16805.bigWig; Embargo end date=2011-11-02
+GSM665835	sample_alias=fIntestine_Small.H-23663d105;  sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23663; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665835_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23663.DS16822.bigWig; Embargo end date=2011-11-02
+GSM665836	sample_alias=CD56.RO_01721;  sample_common_name=CD56 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD56 Primary Cells; markers=CD56+; donor_id=RO 01721; donor_age=year 21; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665836_UW.CD56_Primary_Cells.ChromatinAccessibility.RO_01721.DS17189.bigWig; Embargo end date=2011-11-02
+GSM665837	sample_alias=CD3.RO_01721;  sample_common_name=CD3 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=RO 01721; donor_age=year 21; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665837_UW.CD3_Primary_Cells.ChromatinAccessibility.RO_01721.DS17198.bigWig; Embargo end date=2011-11-02
+GSM521871	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK12ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=451732; original_filename=GSM521871_UCSD.IMR90.H2BK12ac.YL18.bigWig; Embargo end date=2010-12-22
+GSM537652	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=Mobilized CD34 Primary Cells; markers=CD34+; donor_id=RO 01508; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=R0903B0054; original_filename=GSM537652_BI.Mobilized_CD34_Primary_Cells.H3K4me3.Mobilized_CD34_5_28_09.bigWig; Embargo end date=2011-01-28
+GSM521873	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK12ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056; original_filename=GSM521873_UCSD.IMR90.H2BK12ac.YL68.bigWig; Embargo end date=2010-12-22
+GSM521875	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK15ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK15ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab62335; chip_antibody_lot=457743; original_filename=GSM521875_UCSD.IMR90.H2BK15ac.YL19.bigWig; Embargo end date=2010-12-22
+GSM521874	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=7; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK12ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=240; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056; original_filename=GSM521874_UCSD.IMR90.H2BK12ac.YL138.bigWig; Embargo end date=2010-12-22
+GSM521877	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK15ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK15ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab62335; chip_antibody_lot=727058; original_filename=GSM521877_UCSD.IMR90.H2BK15ac.YL69.bigWig; Embargo end date=2010-12-22
+GSM537653	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Cultured Cells; markers=CD34+; donor_id=cultured CD34_2/20/09; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537653_BI.CD34_Cultured_Cells.H3K9me3.cultured_CD34_2_20_09.bigWig; Embargo end date=2011-01-28
+GSM521879	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK20ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK20ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-347; chip_antibody_lot=22355; original_filename=GSM521879_UCSD.IMR90.H2BK20ac.YL07.bigWig; Embargo end date=2010-12-22
+GSM521878	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=6; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK15ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=150; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK15ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab62335; chip_antibody_lot=457743; original_filename=GSM521878_UCSD.IMR90.H2BK15ac.SK42.bigWig; Embargo end date=2010-12-22
+GSM753449_0	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM753449_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.Input.SK458.bigWig
+GSM772733_0	sample_alias=BioSam 200; sample_common_name=Fetal Kidney; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Kidney; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Kidney; donor_id=UW H23435; biomaterial_provider=University of Washington; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772733_BI.Fetal_Kidney.Input.UW_H23435.bigWig
+GSM621407	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=27; line=hiPS-18c; differentiation_method=NA; batch=hiPS-18c-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621407_BI.iPS-18c.Input.Lib_MC_20100108_07--ChIP_MC_20100105_07_hiPS-18c_WCE.bigWig; Embargo end date=2011-08-12
+GSM595916_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23090; donor_age=day 103; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595916_UW.Fetal_Lung.ChromatinAccessibility.H-23090.DS13985.bigWig; Embargo end date=2011-06-21
+GSM767354_0	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM767354_UCSD.H1_Derived_Mesenchymal_Stem_Cells.Input.SK444.bigWig
+GSM753426_0	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=GSM753426_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27ac.AK147.bigWig
+GSM595914_1	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595914_CD34-DS12336.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM701534_0	sample_alias=fLung_Left.H-23964d98; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23964; donor_age=day 98; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701534_UW.Fetal_Lung_Left.ChromatinAccessibility.H-23964.DS17835.bigWig
+GSM621401	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=7; biomaterial_provider=Harvard University; donor_age=49; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621401_BI.Adipose_Nuclei.Input.7.bigWig; Embargo end date=2011-08-12
+GSM537657	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=WA-7; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=46; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM537657_BI.ES-WA7.H3K27me3.Solexa-12609.bigWig; Embargo end date=2011-01-28
+GSM621643	collection_method=surgery;  donor_health_status=normal mucosa; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=29; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621643_BI.Rectal_Mucosa.H3K4me3.29.bigWig; Embargo end date=2011-08-12
+GSM621642	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=28; biomaterial_provider=MGH Pathology; donor_age=84; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621642_BI.Stomach_Smooth_Muscle.H3K4me1.28.bigWig; Embargo end date=2011-08-12
+GSM621641	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=19; biomaterial_provider=MGH Pathology; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621641_BI.Skeletal_Muscle.Input.19.bigWig; Embargo end date=2011-08-12
+GSM621640	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=19; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621640_BI.Skeletal_Muscle.H3K4me1.19.bigWig; Embargo end date=2011-08-12
+GSM621647	collection_method=surgery;  donor_health_status=normal mucosa; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=29; biomaterial_provider=MGH Pathology; donor_age=50; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621647_BI.Rectal_Mucosa.Input.29.bigWig; Embargo end date=2011-08-12
+GSM621403	collection_method=surgery;  donor_health_status=&quot,NL mucosa,... Pancreatitis/IPMN&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=duodenum; donor_id=61; biomaterial_provider=MGH Pathology; donor_age=76 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621403_BI.Duodenum_Mucosa.H3K4me1.61.bigWig; Embargo end date=2011-08-12
+GSM621645	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=28; biomaterial_provider=MGH Pathology; donor_age=84; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621645_BI.Stomach_Smooth_Muscle.H3K4me3.28.bigWig; Embargo end date=2011-08-12
+GSM621644	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=19; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621644_BI.Skeletal_Muscle.H3K36me3.19.bigWig; Embargo end date=2011-08-12
+GSM621760	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-3; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621760_BI.Muscle_Satellite_Cultured_Cells.H3K4me3.hSKM-3.bigWig; Embargo end date=2011-08-12
+GSM669956	sample_alias=UW DS # 14751;  sample_common_name=Fetal Lung; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=UW H23266; biomaterial_provider=UW; donor_age=85 days; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669956_BI.Fetal_Lung.Input.UW_H23266.bigWig; Embargo end date=2011-12-31
+GSM669955	sample_alias=188;  sample_common_name=CD34 Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=short term; cell_type=cultured CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=123; biomaterial_provider=FHCRC; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669955_BI.CD34_Cultured_Cells.H3K36me3.123.bigWig; Embargo end date=2011-12-31
+GSM669954	sample_alias=197;  sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669954_BI.HUES48.H3K4me1.Lib_MC_20101025_07--ChIP_MC_20101020_07_ES_cell_HUES_48_H3K4Me1.bigWig; Embargo end date=2011-12-31
+GSM669953	sample_alias=171;  sample_common_name=Brain, Substantia Nigra; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Substantia Nigra; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669953_BI.Brain_Substantia_Nigra.H3K27me3.112.bigWig; Embargo end date=2011-12-31
+GSM669952	sample_alias=140;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669952_BI.Adipose_Nuclei.H3K36me3.92.bigWig; Embargo end date=2011-12-31
+GSM669951	sample_alias=78;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669951_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.60.bigWig; Embargo end date=2011-12-31
+GSM669950	sample_alias=173;  sample_common_name=Brain, Anterior Caudate; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Anterior Caudate; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669950_BI.Brain_Anterior_Caudate.H3K9ac.112.bigWig; Embargo end date=2011-12-31
+GSM669597	sample_alias=Breast Luminal Epi RM080;  sample_common_name=Breast, Luminal Epithelial Cells; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal Epithelial Cell; markers=CD227+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=81-316bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=134025; original_filename=GSM669597_UCSF-UBC.Breast_Luminal_Epithelial_Cells.H3K36me3.RM080.bigWig; Embargo end date=2011-12-31
+GSM433174	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Unknown; batch=39877; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=standard; chip_protocol_chromatin_amount=standard; chip_protocol_bead_type=standard; chip_protocol_bead_amount=standard; chip_protocol_antibody_amount=standard; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM433174_BI.H1.H3K9me3.Solexa-12525.bigWig; Embargo end date=2010-05-05
+GSM669595	sample_alias=Breast Luminal Epi RM080;  sample_common_name=Breast, Luminal Epithelial Cells; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal Epithelial Cell; markers=CD227+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=2ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=3.75ug; size_fraction=54-304bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A3990011; original_filename=GSM669595_UCSF-UBC.Breast_Luminal_Epithelial_Cells.H3K4me1.RM080.bigWig; Embargo end date=2011-12-31
+GSM669594	sample_alias=Breast vHMEC RM035;  sample_common_name=Breast, vHMEC; disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=Histone H3K27me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=4ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=n/a; size_fraction=221-550bp; chip_antibody=H3K27me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9733S; chip_antibody_lot=2; original_filename=GSM669594_UCSF-UBC.Breast_vHMEC.H3K27me3.RM035.bigWig; Embargo end date=2011-12-31
+GSM669593	sample_alias=CD8 Naive TC001;  sample_common_name=CD8 Naive Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive Primary Cell; markers=CD8+,CD45RA+; donor_id=TC001; donor_age=21 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; parity=NA; karyotype=46, XY; experiment_type=Histone H3K36me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=10ul; size_fraction=81-272bp; chip_antibody=H3K36me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9763S; chip_antibody_lot=1; original_filename=GSM669593_UCSF-UBC.CD8_Naive_Primary_Cells.H3K36me3.TC001.bigWig; Embargo end date=2011-12-31
+GSM669592	sample_alias=Penis, Foreskin, Keratinocyte skin01;  sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein A/G magnetic; chip_protocol_bead_amount=30ul; chip_protocol_antibody_amount=NA; size_fraction=85-574bp; chip_antibody=H3K27me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9733; chip_antibody_lot=2; original_filename=GSM669592_UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K27me3.skin01.bigWig; Embargo end date=2011-12-31
+GSM669591	sample_alias=Penis, Foreskin, Keratinocyte skin01;  sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein A/G magnetic; chip_protocol_bead_amount=30ul; chip_protocol_antibody_amount=2.1ug; size_fraction=146-420bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAB-037-050; chip_antibody_lot=A399-002341P; original_filename=GSM669591_UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K4me1.skin01.bigWig; Embargo end date=2011-12-31
+GSM669590	sample_alias=Penis, Foreskin, Keratinocyte skin01;  sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K9ac; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein A/G magnetic; chip_protocol_bead_amount=30ul; chip_protocol_antibody_amount=NA; size_fraction=129-502bp; chip_antibody=H3K9ac; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9649; chip_antibody_lot=1; original_filename=GSM669590_UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K9ac.skin01.bigWig; Embargo end date=2011-12-31
+GSM669614	sample_alias=Brain HuFNSC01;  sample_common_name=Fetal Brain; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669614_UCSF-UBC.Fetal_Brain.MeDIP-Seq.HuFNSC01.bigWig; Embargo end date=2011-12-31
+GSM669615	sample_alias=Brain HuFNSC02;  sample_common_name=Fetal Brain; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669615_UCSF-UBC.Fetal_Brain.MeDIP-Seq.HuFNSC02.bigWig; Embargo end date=2011-12-31
+GSM669993	sample_alias=UW DS # 14809;  sample_common_name=Fetal Lung; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=UW H23284; biomaterial_provider=UW; donor_age=96 days; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669993_BI.Fetal_Lung.Input.UW_H23284.bigWig; Embargo end date=2011-12-31
+GSM669617	sample_alias=CD4 Naive TC014;  sample_common_name=CD4 Naive Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Naive; markers=CD4+, CD45RA+; donor_id=TC014; donor_age=29; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Asian/Hawaiian/Eskimo; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.3; rna_preparation_initial_rna_qnty=2 ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=96-287bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669617_UCSF-UBC.CD4_Naive_Primary_Cells.mRNA-Seq.TC014.bigWig; Embargo end date=2011-12-31
+GSM669610	sample_alias=Neurospheres, Cortex Derived HuFNSC01;  sample_common_name=Neurosphere Cultured Cells, Cortex Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669610_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.MeDIP-Seq.HuFNSC01.bigWig; Embargo end date=2011-12-31
+GSM669887	sample_alias=199;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669887_BI.HUES6.H3K27me3.Lib_XZ_20101004_04--ChIP_XZ_20100930_04_ES_cell_HUES_6_H3K27Me3.bigWig; Embargo end date=2011-12-31
+GSM621709	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p29 or p30; line=HUES_8p29 ES; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-320 or 200-420; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-200 or 80-300; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621709_BI.HUES8.RRBS.RRBS772-775.bigWig; Embargo end date=2011-08-11
+GSM669613	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02;  sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669613_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.MeDIP-Seq.HuFNSC02.bigWig; Embargo end date=2011-12-31
+GSM466734	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM466734_UCSD.H1.H3K27me3.LL314.bigWig; Embargo end date=2010-10-07
+GSM605308	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM605308_UCSD.H1.H3K27me3.YL95.bigWig; Embargo end date=2011-07-07
+GSM433177	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Unknown; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=standard; chip_protocol_chromatin_amount=standard; chip_protocol_bead_type=standard; chip_protocol_bead_amount=standard; chip_protocol_antibody_amount=standard; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=383111; original_filename=GSM433177_BI.H1.H3K4me1.Solexa-10529.bigWig; Embargo end date=2010-05-05
+GSM706854_0	sample_alias=BioSAli 187; sample_common_name=Fetal Lung; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Lung; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Lung; donor_id=UW H22772; biomaterial_provider=University of Washington; donor_age=82 Days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706854_BI.Fetal_Lung.H3K9ac.UW_H22772.bigWig
+GSM466732	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab4729; chip_antibody_lot=454269; original_filename=GSM466732_UCSD.H1.H3K27ac.LL313.bigWig; Embargo end date=2010-12-22
+GSM752992_0	sample_alias=iPS-19.11-02; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=25; medium=mTeSR; Sex=Male; batch=iPSC 19.11-2; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM752992_UCSD.iPS_DF_19.11.Input.SK446.bigWig
+GSM701495_0	sample_alias=fIntestine_Large.H-23769d108; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23769; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701495_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23769.DS17313.bigWig
+GSM675546_1	sample_alias=H1-NPC_r2;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=27; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675546_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-11-16
+GSM466739	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Upstate; chip_antibody_catalog=07-436; chip_antibody_lot=DAM1400139; original_filename=GSM466739_UCSD.H1.H3K4me1.LL311.bigWig; Embargo end date=2010-10-07
+GSM670077	sample_alias=hEB16d_HUES1_p29;  sample_common_name=HUES1 Derived Embryoid Body Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=29; cell_type=HUES_1p29   EB_d16; donor_ethnicity=unknown; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=Donor of HUES1 cells; biomaterial_provider=Harvard University; donor_age=unknown; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=220-400/160-300; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=100-280/40-180; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670077_BI.HUES1_Derived_Embryoid_Body_Cultured_Cells.RRBS.RRBS780-781.bigWig; Embargo end date=2011-12-31
+GSM670075	sample_alias=hEB16d_HUES3_p22;  sample_common_name=HUES3 Derived Embryoid Body Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=22; cell_type=HUES_3p22   EB_d16; donor_ethnicity=unknown; donor_sex=Male; biomaterial_type=Primary Cell Culture; donor_id=Donor of HUES3 cells; biomaterial_provider=Harvard University; donor_age=unknown; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=220-400/160-300; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=100-280/40-180; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670075_BI.HUES3_Derived_Embryoid_Body_Cultured_Cells.RRBS.RRBS782-783.bigWig; Embargo end date=2011-12-31
+GSM670073	sample_alias=hiPS_11c_p23;  sample_common_name=iPS-11c Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=23; line=hESC 11c p23; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=150-300/220-400; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-180/100-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670073_BI.iPS-11c.RRBS.RRBS832-833.bigWig; Embargo end date=2011-12-31
+GSM670070	sample_alias=hiPS_27b_p31;  sample_common_name=iPS-27b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=31; line=hiPS-27b; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=180-360/120-240; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=90-270/30-150; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670070_BI.iPS-27b.RRBS.RRBS593-594.bigWig; Embargo end date=2011-12-31
+GSM621606	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p17; line=HUES28; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621606_BI.HUES28.RRBS.RRBS542-543.bigWig; Embargo end date=2011-08-11
+GSM706061_1	sample_alias=H9_r2; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=NA; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=40; medium=TeSR; Sex=Female; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 4 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706061_UCSD.H9.Bisulfite-Seq.methylC-seq_h9_r2a.bigWig
+GSM706061_0	sample_alias=H9_r2; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=NA; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=40; medium=TeSR; Sex=Female; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 4 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706061_UCSD.H9.Bisulfite-Seq.combined.bigWig
+GSM605309	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707948; original_filename=GSM605309_UCSD.H1.H3K36me3.SAK70.bigWig; Embargo end date=2011-07-07
+GSM773046_0	sample_alias=RO 01517; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01517; donor_age=year 43; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1662421; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773046_BI.Mobilized_CD34_Primary_Cells.H3K27me3.RO_01517.bigWig
+GSM767347_0	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=GSM767347_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K4me1.SK465.bigWig
+GSM701511_0	sample_alias=fKidney_renal_cortex.H-23833d113; sample_common_name=Fetal Renal Cortex; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex; tissue_depot=UW; collection_method=fetal; donor_id=H-23833; donor_age=day 113; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701511_UW.Fetal_Renal_Cortex.ChromatinAccessibility.H-23833.DS17455.bigWig
+GSM701512_0	sample_alias=fLung_Left.H-23833d113; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23833; donor_age=day 113; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701512_UW.Fetal_Lung_Left.ChromatinAccessibility.H-23833.DS17464.bigWig
+GSM537704	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-20b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=36.0; medium=KSR; sex=Male; batch=0/0/00; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=499302; original_filename=GSM537704_BI.iPS-20b.H3K36me3.Solexa-20763.bigWig; Embargo end date=2011-01-28
+GSM537705	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=3.0; donor_age=NA; donor_health_status=none; donor_sex=Female; donor_ethnicity=NA; experiment_type=Histone H3K9ac; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4441; chip_antibody_lot=550799; original_filename=GSM537705_BI.Adult_Liver.H3K9ac.3.bigWig; Embargo end date=2011-01-28
+GSM537706	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=3.0; donor_age=NA; donor_health_status=none; donor_sex=Female; donor_ethnicity=NA; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=151302; original_filename=GSM537706_BI.Adult_Liver.H3K4me1.3.bigWig; Embargo end date=2011-01-28
+GSM537707	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=5.0; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1540736; original_filename=GSM537707_BI.Adult_Liver.H3K27me3.5.bigWig; Embargo end date=2011-01-28
+GSM537700	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-20b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=20.0; medium=KSR; sex=Male; batch=0/0/00; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM537700_BI.iPS-20b.H3K27me3.Solexa-15159.bigWig; Embargo end date=2011-01-28
+GSM434776	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Male; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM434776_UCSD.H1.H3K27me3.LL241.bigWig; Embargo end date=2010-05-03
+GSM537702	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD15 Primary Cells; markers=CD15+; donor_id=23.0; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=R0903B0054; original_filename=GSM537702_BI.CD15_Primary_Cells.H3K4me3.23.bigWig; Embargo end date=2011-01-28
+GSM621423	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=18; line=hiPS-20b; differentiation_method=NA; batch=hiPS-20b-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621423_BI.iPS-20b.H3K4me3.Lib_MC_20100119_05--ChIP_MC_20100113_05_hiPS-20b_H3K4Me3.bigWig; Embargo end date=2011-08-12
+GSM772731_0	sample_alias=RO 01520; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01520; donor_age=50 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=38-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM772731_BI.Mobilized_CD34_Primary_Cells.RRBS.RO_01520.bigWig
+GSM537708	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=5.0; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=761748; original_filename=GSM537708_BI.Adult_Liver.H3K36me3.5.bigWig; Embargo end date=2011-01-28
+GSM537709	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=5.0; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=DAM1623866; original_filename=GSM537709_BI.Adult_Liver.H3K4me3.5.bigWig; Embargo end date=2011-01-28
+GSM613868	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=Histone H3K4me1; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=25min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=2ug; size_fraction=47-347bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-0011; original_filename=GSM613868_UCSF-UBC.Breast_vHMEC.H3K4me1.RM035.HS1994.bigWig; Embargo end date=2011-08-11
+GSM613869	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM066; donor_age=36; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=1ug; chip_protocol_bead_type=Sepharose G/A beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=10ug; size_fraction=NA; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signaling; chip_antibody_catalog=9751S; chip_antibody_lot=2; original_filename=GSM613869_UCSF-UBC.Breast_Myoepithelial_Cells.H3K4me3.RM066.bigWig; Embargo end date=2011-08-11
+GSM616128	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=250 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Millipore; chip_antibody_catalog=04-745; chip_antibody_lot=NG1643014; original_filename=GSM616128_UCSD.H9.H3K4me3.AK39.bigWig; Embargo end date=2011-12-23
+GSM616129	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K9ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=250 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39137; chip_antibody_lot=1008001; original_filename=GSM616129_UCSD.H9.H3K9ac.AK35.bigWig; Embargo end date=2011-12-23
+GSM701533_0	sample_alias=fMuscle_Trunk.H-23941d120; sample_common_name=Fetal Muscle, Trunk; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Trunk; tissue_depot=UW; collection_method=fetal; donor_id=H-23941; donor_age=day 120; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701533_UW.Fetal_Muscle_Trunk.ChromatinAccessibility.H-23941.DS17827.bigWig
+GSM602251	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=27, including 16 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602251_UCSD.H1-BMP4.Bisulfite-Seq.methylC-seq_h1+bmp4_r1a.bigWig; Embargo end date=2011-07-07
+GSM595919_1	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01492; donor_age=39 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595919_CD34-DS14206.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM602252_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=27, including 16 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602252_UCSD.H1-BMP4.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-07-07
+GSM706078_0	sample_alias=H9-04; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9-6; experiment_type=Histone H3K79me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me2; chip_antibody_provider=Active Motif; chip_antibody_catalog=39143; chip_antibody_lot=177; original_filename=GSM706078_UCSD.H9.H3K79me2.AK143.bigWig
+GSM701496_0	sample_alias=fIntestine_Small.H-23769d108; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23769; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701496_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23769.DS17317.bigWig
+GSM616127	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=250 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=727055; original_filename=GSM616127_UCSD.H9.H3K4me2.AK38.bigWig; Embargo end date=2011-12-23
+GSM537685	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Male; batch=9/1/08; experiment_type=Histone H3K9ac; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4441; chip_antibody_lot=455103; original_filename=GSM537685_BI.H1.H3K9ac.Solexa-14962.bigWig; Embargo end date=2011-01-28
+GSM537684	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Male; batch=9/1/08; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=499302; original_filename=GSM537684_BI.H1.H3K36me3.Solexa-14961.bigWig; Embargo end date=2011-01-28
+GSM537687	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-15b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=33.0; medium=KSR; sex=Female; batch=0/0/00; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=DAM1623866; original_filename=GSM537687_BI.iPS-15b.H3K4me3.Solexa-20743.bigWig; Embargo end date=2011-01-28
+GSM537686	molecule=genomic DNA;  disease=none; biomaterial_provider=Islet Cell Resource Center; biomaterial_type=Primary Cell; cell_type=Pancreatic Islets; markers=none; donor_id=pancreatic islets normal_0/0/00; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=566416; original_filename=GSM537686_BI.Pancreatic_Islets.H3K9me3.pancreatic_islets_normal_0_0_00.bigWig; Embargo end date=2011-01-28
+GSM537681	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=32.0; medium=TESR; sex=Male; batch=0/0/00; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=R0903B0054; original_filename=GSM537681_BI.H1.H3K4me3.Solexa-12522.bigWig; Embargo end date=2011-01-28
+GSM537680	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=42; medium=TESR; sex=Male; batch=12/23/08; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=04-745; chip_antibody_lot=DAM1541166; original_filename=GSM537680_BI.H1.H3K4me3.Solexa-10398.bigWig; Embargo end date=2011-01-28
+GSM537683	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=32.0; medium=TESR; sex=Male; batch=0/0/00; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM537683_BI.H1.H3K27me3.Solexa-12523.bigWig; Embargo end date=2011-01-28
+GSM537682	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=32.0; medium=TESR; sex=Male; batch=0/0/00; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM537682_BI.H1.Input.Solexa-12532.bigWig; Embargo end date=2011-01-28
+GSM706850_0	sample_alias=BioSAli 186; sample_common_name=Fetal Brain; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Brain; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=UW H22676; biomaterial_provider=University of Washington; donor_age=120.0 Days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706850_BI.Fetal_Brain.H3K4me1.UW_H22676.bigWig
+GSM537674	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-18c; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=27; medium=KSR; sex=Female; batch=11/13/09; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM537674_BI.iPS-18c.H3K27me3.Solexa-19791.bigWig; Embargo end date=2011-01-28
+GSM537689	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-20b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=36.0; medium=KSR; sex=Male; batch=0/0/00; experiment_type=Histone H3K9ac; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4441; chip_antibody_lot=455103; original_filename=GSM537689_BI.iPS-20b.H3K9ac.Solexa-20764.bigWig; Embargo end date=2011-01-28
+GSM537688	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-20b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=36.0; medium=KSR; sex=Male; batch=0/0/00; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537688_BI.iPS-20b.H3K9me3.Solexa-20765.bigWig; Embargo end date=2011-01-28
+GSM753432_0	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=GSM753432_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K36me3.LH3.bigWig
+GSM701500_0	sample_alias=CD20.RO_01778; sample_common_name=CD20 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD20 Primary Cells; markers=CD20+; donor_id=RO 01778; donor_age=year 43; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701500_UW.CD20_Primary_Cells.ChromatinAccessibility.RO_01778.DS17371.bigWig
+GSM602256_1	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=25, including 10 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602256_UCSD.H1-BMP4.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-07-07
+GSM706067_0	sample_alias=iPS-19.11-01; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=Between 30 and 40; medium=mTeSR; Sex=Male; batch=iPSC 19.11; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM39155; chip_antibody_lot=30508004; original_filename=GSM706067_UCSD.iPS_DF_19.11.H3K27me3.SK230.bigWig
+GSM543005	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=pluripotent; differentiation_stage=undifferentiated; differentiation_method=NA; passage=32; medium=CDI Protocol; Sex=Male; batch=#2; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE protocol; mre_protocol_chromatin_amount=1ug; mre_protocol_restriction_enzyme=MspI; mre_protocol_size_fraction=100-300bp; original_filename=GSM543005_UCSF-UBC.H1.MRE-Seq.HS1473.bigWig; Embargo end date=2011-07-21
+GSM751271_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.6; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751271_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.mRNA-Seq.HuFNSC01.bigWig
+GSM537678	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-18c; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=27; medium=KSR; sex=Female; batch=11/13/09; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537678_BI.iPS-18c.H3K9me3.Solexa-19774.bigWig; Embargo end date=2011-01-28
+GSM537679	molecule=genomic DNA;  disease=none; biomaterial_provider=Cellular Dynamics; biomaterial_type=Cell Line; line=H1; lineage=undifferentiated; differentiation_stage=stage_zero; differentiation_method=none; passage=32.0; medium=TESR; sex=Male; batch=0/0/00; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=383111; original_filename=GSM537679_BI.H1.H3K4me1.Solexa-13061.bigWig; Embargo end date=2011-01-28
+GSM621429	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621429_BI.Fetal_Lung.H3K4me1.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM621428	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=Th17; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=20; biomaterial_provider=Whitehead Institute; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621428_BI.Th17_Primary_Cells.H3K9me3.20.bigWig; Embargo end date=2011-08-12
+GSM621386	lineage=embrionic stem cell;  medium=TESR; molecule=genomic DNA; disease=none; passage=45; line=hES I3 TESR; differentiation_method=NA; batch=hES I3 TESR-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621386_BI.ES-I3.Input.Lib_MC_20090522_07--ChIP_MC_20090519_07_hES_I3_TESR_WCE.bigWig; Embargo end date=2011-08-12
+GSM621387	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621387_BI.Fetal_Lung.H3K36me3.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM706836_0	sample_alias=fLung.H-23266d85; sample_common_name=Fetal Lung; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706836_BI.Fetal_Lung.RRBS.H-23266.bigWig
+GSM537670	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES-I3; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=49; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K9ac; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4441; chip_antibody_lot=550799; original_filename=GSM537670_BI.ES-I3.H3K9ac.Solexa-15383.bigWig; Embargo end date=2011-01-28
+GSM537671	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-18c; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=27; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=DAM1623866; original_filename=GSM537671_BI.iPS-18c.H3K4me3.Solexa-15173.bigWig; Embargo end date=2011-01-28
+GSM621388	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD4+ CD25high IL7R-; passage_if_expanded=NA; cell_type=Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=20; biomaterial_provider=Whitehead Institute; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621388_BI.Treg_Primary_Cells.H3K4me3.20.bigWig; Embargo end date=2011-08-12
+GSM621389	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD4+ CD25high IL7R-; passage_if_expanded=NA; cell_type=Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=20; biomaterial_provider=Whitehead Institute; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621389_BI.Treg_Primary_Cells.H3K9me3.20.bigWig; Embargo end date=2011-08-12
+GSM621427	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal brain; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=H-22510; biomaterial_provider=UW; donor_age=122 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621427_BI.Fetal_Brain.H3K9me3.UW_H-22510.bigWig; Embargo end date=2011-08-12
+GSM621426	donor_health_status=healthy;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621426_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.57.bigWig; Embargo end date=2011-08-12
+GSM621425	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=7; biomaterial_provider=Harvard University; donor_age=49; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621425_BI.Adipose_Nuclei.H3K4me1.7.bigWig; Embargo end date=2011-08-12
+GSM537677	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-18c; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=27; medium=KSR; sex=Female; batch=11/13/09; experiment_type=Histone H3K9ac; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4441; chip_antibody_lot=455103; original_filename=GSM537677_BI.iPS-18c.H3K9ac.Solexa-19756.bigWig; Embargo end date=2011-01-28
+GSM665801	sample_alias=iPS_19_11;  sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson, Morgridge Institute for Research, University of Wisconsin-Madison; biomaterial_type=Cell Line; line=iPS DF 19.11 Cell Line; lineage=Derived from newborn foreskin fibroblast; differentiation_stage=Induced pluripotent stem cell; differentiation_method=; passage=31; medium=NA; Sex=Unknown; batch=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665801_UW.iPS_DF_19.11.ChromatinAccessibility.DS15153.bigWig; Embargo end date=2011-11-02
+GSM665800	sample_alias=iPS_19_7;  sample_common_name=iPS DF 19.7 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson, Morgridge Institute for Research, University of Wisconsin-Madison; biomaterial_type=Cell Line; line=iPS DF 19.7 Cell Line; lineage=Derived from newborn foreskin fibroblast; differentiation_stage=Induced pluripotent stem cell; differentiation_method=; passage=32; medium=NA; Sex=Unknown; batch=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665800_UW.iPS_DF_19.7.ChromatinAccessibility.DS15148.bigWig; Embargo end date=2011-11-02
+GSM665803	sample_alias=iPS_4_7;  sample_common_name=iPS DF 4.7 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson, Morgridge Institute for Research, University of Wisconsin-Madison; biomaterial_type=Cell Line; line=iPS DF 4.7 Cell Line; lineage=Derived from newborn foreskin fibroblast; differentiation_stage=Induced pluripotent stem cell; differentiation_method=; passage=32; medium=NA; Sex=Unknown; batch=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665803_UW.iPS_DF_4.7.ChromatinAccessibility.DS15169.bigWig; Embargo end date=2011-11-02
+GSM665802	sample_alias=iPS_6_9;  sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson, Morgridge Institute for Research, University of Wisconsin-Madison; biomaterial_type=Cell Line; line=iPS DF 6.9 Cell Line; lineage=Derived from newborn foreskin fibroblast; differentiation_stage=Induced pluripotent stem cell; differentiation_method=; passage=32; medium=NA; Sex=Unknown; batch=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665802_UW.iPS_DF_6.9.ChromatinAccessibility.DS15164.bigWig; Embargo end date=2011-11-02
+GSM665805	sample_alias=fLung.H-23399d112;  sample_common_name=Fetal Lung; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23399; donor_age=day 112; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665805_UW.Fetal_Lung.ChromatinAccessibility.H-23399.DS15461.bigWig; Embargo end date=2011-11-02
+GSM665804	sample_alias=fBrain.H-23399d112;  sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23399; donor_age=day 112; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665804_UW.Fetal_Brain.ChromatinAccessibility.H-23399.DS15453.bigWig; Embargo end date=2011-11-02
+GSM665807	sample_alias=fLung_Right.H-23435d117;  sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23435; donor_age=day 117; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665807_UW.Fetal_Lung_Right.ChromatinAccessibility.H-23435.DS15632.bigWig; Embargo end date=2011-11-02
+GSM665806	sample_alias=fLung.H-23419d82;  sample_common_name=Fetal Lung; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23419; donor_age=day 82; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665806_UW.Fetal_Lung.ChromatinAccessibility.H-23419.DS15573.bigWig; Embargo end date=2011-11-02
+GSM665808	sample_alias=fLung_Left.H-23435d117;  sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23435; donor_age=day 117; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665808_UW.Fetal_Lung_Left.ChromatinAccessibility.H-23435.DS15637.bigWig; Embargo end date=2011-11-02
+GSM701522_0	sample_alias=fMuscle_Upper_limb_skeletal.H-23887d108; sample_common_name=Fetal Muscle, Upper Limb Skeletal; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Upper Limb Skeletal; tissue_depot=UW; collection_method=fetal; donor_id=H-23887; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701522_UW.Fetal_Muscle_Upper_Limb_Skeletal.ChromatinAccessibility.H-23887.DS17661.bigWig
+GSM670046	sample_alias=hFib_20_p7;  sample_common_name=Primary Fibroblast Cell Line; lineage=mesoderm; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=7; line=Fib 20; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250/180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160/90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670046_BI.Primary_Fibroblast.RRBS.RRBS510-511.bigWig; Embargo end date=2011-12-31
+GSM595919	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01492; donor_age=39 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595919_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01492.DS14206.bigWig; Embargo end date=2011-06-21
+GSM621420	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=ADMSC; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=1; biomaterial_provider=Harvard University; donor_age=31; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621420_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.1.bigWig; Embargo end date=2011-08-12
+GSM621671	collection_method=surgery;  donor_health_status=&quot,normal mucosa, adeno. CA of Cecum&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=32; biomaterial_provider=MGH Pathology; donor_age=73; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621671_BI.Colonic_Mucosa.H3K4me3.32.bigWig; Embargo end date=2011-08-12
+GSM595913	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-22510; donor_age=122 days; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595913_fBrain-DS11877.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM595915	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-22934B; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595915_fLung-DS13507.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM595914	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595914_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01536.DS12336.bigWig; Embargo end date=2011-06-21
+GSM595917	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01517; donor_age=year 43; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595917_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01517.DS14129.bigWig; Embargo end date=2011-06-21
+GSM595916	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23090; donor_age=day 103; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595916_fLung-DS13985.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM543034	disease=None;  biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease-free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=The small RNA fraction was separated by electrophoresis on a Novex 10% TBE-Urea gel and the fraction between approximately 14-30nt was excised.  The excisd fraction was then eluted from gel fragements, followed by EtOH precipitation and was resuspended in 6.3ul.; smrna_preparation_initial_smrna_qnty=1000 ng; rna_preparation_5'_rna_adapter_sequence=5' GUUCAGAGUUCUACAGUCCGACGAUC 3'; rna_preparation_3'_rna_adapter_sequence=5' pUCGUAUGCCGUCUUCUGCUUGidT 3' (p=phosphate, idT=inverted deoxythyidine); rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGA 3'; rna_preparation_3'_rna_adapter_ligation_protocol=3' RNA adapter ligation was set up with 6.3ul of purified 5' ligation product, 1.2ul of 10uM 3' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion)), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  The ligation reaction was incubated at 16oC overnight.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter ligation was set up with 6.2ul of purified small RNA fraction (14-30nt), 1.3ul of 5uM 5' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  Ligation reaction was incubated at 16oC overnight.; rna_preparation_reverse_transcription_protocol=To 4.5ul of purified ligated RNA, 0.5ul of 100uM Small RNA RT-Primer was added and heat denatured at 70oC for 2 mins.  Sample was then placed on a rack at room temperature and the following reagents were added immediately to the sample (2.0ul of 5X First Strand Buffer, 0.65ul of 10mM dNTPs (Invitrogen), 1ul of 100mM DTT (Invitrogen) and 0.5ul of RNaseOUT (40U/ul from Invitrogen).  Reaction was heated at 48oC for 3mins.  1.0ul of Superscript II RT (200U/ul from Invitrogen) was added to the reaction and was incubated at 44oC for 1 hr.  After 1hr of incubation, tube was placed on ice.  12ul of DEPC water was added to the first strand cDNA product to make a final total volume of approximately 20ul.; library_generation_pcr_template=10ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=98oC for 30sec, 98oC for 10sec, 60oC for 30sec, 72oC for 15sec for 15 cycles, 72oC for 5min; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGA 3'; library_generation_pcr_primer_conc=0.25uM; library_generation_pcr_product_isolation_protocol=PCR product was separated by electrophoresis on 8% TBE Novex Gel and the PCR product between 92-125bp was excised.  Product was then eluted from gel fragements, followed by EtOH precipitation; original_filename=GSM543034_UCSF-UBC.Breast_vHMEC.smRNA-Seq.RM035.bigWig; Embargo end date=2011-02-17
+GSM751273_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.6; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751273_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.mRNA-Seq.HuFNSC02.bigWig
+GSM774226_0	sample_alias=fMuscle_Arm.H-23941d120; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-23941; donor_age=day 120; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774226_UW.Fetal_Muscle_Arm.ChromatinAccessibility.H-23941.DS17825.bigWig
+GSM701531_0	sample_alias=fIntestine_Large.H-23941d120; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23941; donor_age=day 120; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701531_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23941.DS17785.bigWig
+GSM806936_0	sample_alias=Brain HuFNSC02; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=15ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=114-403bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042; original_filename=GSM806936_UCSF-UBC.Fetal_Brain.H3K9me3.HuFNSC02.bigWig
+GSM621560	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_0/0/00; donor_age=NA; donor_health_status=none; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621560_BI.CD19_Primary_Cells.RRBS.CD19_0_0_00.bigWig; Embargo end date=2011-08-11
+GSM468792	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Eagle's Minimum Essential Medium, Catalog No. 30-2003.; Sex=Female; batch=CCL-186; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM468792_UW.IMR90.ChromatinAccessibility.DS11759.bigWig; Embargo end date=2010-10-06
+GSM613834	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM066; donor_age=36; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=30-280 bp; original_filename=GSM613834_UCSF-UBC.Breast_Myoepithelial_Cells.MRE-Seq.RM066.bigWig; Embargo end date=2011-07-28
+GSM751287_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=None; smrna_preparation_initial_smrna_qnty=2.08ug; smrna_preparation_initial_smrna_qlty=RIN 9.3; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually; original_filename=GSM751287_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.smRNA-Seq.HuFNSC02.bigWig
+GSM595917_1	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01517; donor_age=year 43; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595917_CD34-DS14129.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM613837	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=stem cell; markers=CD73+; donor_id=RM066; donor_age=36 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=N/A; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=30-280 bp; original_filename=GSM613837_UCSF-UBC.Breast_Stem_Cells.MRE-Seq.RM066.bigWig; Embargo end date=2011-07-28
+GSM752970_0	sample_alias=iPS-19.11-02; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=25; medium=mTeSR; Sex=Male; batch=iPSC 19.11-2; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM752970_UCSD.iPS_DF_19.11.H3K27me3.SK435.bigWig
+GSM669625	sample_alias=Brain Dorsal neocortex HuFNSC03;  sample_common_name=Fetal Brain; disease=None; biomaterial_provider=Keith Ligon/Harvard; biomaterial_type=Primary Cell Culture; culture_conditions=na; cell_type=Brain; markers=NA; culture_conditions=; donor_id=HuFNSC-T; donor_age=15gw; donor_health_status=Disease Free; donor_sex=Unknown; donor_ethnicity=na; passage_if_expanded=5; karyotype=; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein G magnetic; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=NA; size_fraction=36-312bp; chip_antibody=H3K27me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9733S; chip_antibody_lot=1; original_filename=GSM669625_UCSF-UBC.Fetal_Brain.H3K27me3.HuFNSC-T.bigWig; Embargo end date=2011-12-31
+GSM669624	sample_alias=Brain Dorsal neocortex HuFNSC03;  sample_common_name=Fetal Brain; disease=None; biomaterial_provider=Keith Ligon/Harvard; biomaterial_type=Primary Cell Culture; culture_conditions=na; cell_type=Brain; markers=NA; culture_conditions=; donor_id=HuFNSC-T; donor_age=15gw; donor_health_status=Disease Free; donor_sex=Unknown; donor_ethnicity=na; passage_if_expanded=5; karyotype=; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein G magnetic; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=NA; size_fraction=54-343bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9751S; chip_antibody_lot=2; original_filename=GSM669624_UCSF-UBC.Fetal_Brain.H3K4me3.HuFNSC-T.bigWig; Embargo end date=2011-12-31
+GSM667611	sample_alias=H9-03;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9-5; experiment_type=Histone H2BK12ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056; original_filename=GSM667611_UCSD.H9.H2BK12ac.AK112.bigWig; Embargo end date=2011-11-15
+GSM669621	sample_alias=Breast Myo Epi RM080;  sample_common_name=Breast, Myoepithelial Cells; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM080; donor_age=33; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; location=Left; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 7.7; rna_preparation_initial_rna_qnty=2 ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=121-323bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669621_UCSF-UBC.Breast_Myoepithelial_Cells.mRNA-Seq.RM080.bigWig; Embargo end date=2011-12-31
+GSM669620	sample_alias=Breast Luminal Epi RM080;  sample_common_name=Breast, Luminal Epithelial Cells; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal Epithelial Cell; markers=CD227+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 8.7; rna_preparation_initial_rna_qnty=2 ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=90-320bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669620_UCSF-UBC.Breast_Luminal_Epithelial_Cells.mRNA-Seq.RM080.bigWig; Embargo end date=2011-12-31
+GSM669623	sample_alias=Brain Dorsal neocortex HuFNSC03;  sample_common_name=Fetal Brain; disease=None; biomaterial_provider=Keith Ligon/Harvard; biomaterial_type=Primary Cell Culture; culture_conditions=na; cell_type=Brain; markers=NA; culture_conditions=; donor_id=HuFNSC-T; donor_age=15gw; donor_health_status=Disease Free; donor_sex=Unknown; donor_ethnicity=na; passage_if_expanded=5; karyotype=; parity=NA; experiment_type=Histone H3K9ac; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein G magnetic; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=NA; size_fraction=76-355bp; chip_antibody=H3K9ac; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9649S; chip_antibody_lot=1; original_filename=GSM669623_UCSF-UBC.Fetal_Brain.H3K9ac.HuFNSC-T.bigWig; Embargo end date=2011-12-31
+GSM665826	sample_alias=fIntestine_Large.H-23604d110;  sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23604; donor_age=day 110; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665826_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23604.DS16563.bigWig; Embargo end date=2011-11-02
+GSM432690_1	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=5; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432690_UCSD.IMR90.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM774201_0	sample_alias=CD3.RO_01508; sample_common_name=Mobilized CD3 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=Mobilized CD3 Primary Cells; markers=CD3+; donor_id=RO 01508; donor_age=year 36; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774201_UW.Mobilized_CD3_Primary_Cells.ChromatinAccessibility.RO_01508.DS11148.bigWig
+GSM621561	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_0/0/00; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621561_BI.CD34_Primary_Cells.RRBS.CD34_0_0_00.RRBS514-515.bigWig; Embargo end date=2011-08-11
+GSM665825	sample_alias=fIntestine_Small.H-23604d110;  sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23604; donor_age=day 110; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665825_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23604.DS16559.bigWig; Embargo end date=2011-11-02
+GSM669919	sample_alias=80;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669919_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.58.bigWig; Embargo end date=2011-12-31
+GSM669918	sample_alias=176;  sample_common_name=Brain, Inferior Temporal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Inferior Temporal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669918_BI.Brain_Inferior_Temporal_Lobe.H3K9ac.112.bigWig; Embargo end date=2011-12-31
+GSM706048_0	sample_alias=H1-NPC_r1; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=25; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=mRNA-Seq; extraction_protocol=RNeasy Blood and Tissue Kit (Qiagen); extraction_protocol_mrna_enrichment=Poly(A)Purist MAG Kit (Ambion); extraction_protocol_fragmentation=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); mrna_preparation_initial_mrna_qnty=20-100 ng; mrna_preparation_fragment_size_range=200 nt; rna_preparation_5'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_3'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_template=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_polymerase_type=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_thermocycling_program=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_number_cycles=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_f_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_r_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_primer_conc=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_product_isolation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); original_filename=GSM706048_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.mRNA-Seq.mRNA-Seq_h1-npc_r1.bigWig
+GSM701529_0	sample_alias=fKidney_renal_cortex.H-23914d91; sample_common_name=Fetal Renal Cortex; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701529_UW.Fetal_Renal_Cortex.ChromatinAccessibility.H-23914.DS17756.bigWig
+GSM669913	sample_alias=172;  sample_common_name=Brain, Hippocampus Middle; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Hippocampus Middle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669913_BI.Brain_Hippocampus_Middle.H3K27me3.112.bigWig; Embargo end date=2011-12-31
+GSM669912	sample_alias=UW DS # 14809;  sample_common_name=Fetal Lung; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=UW H23284; biomaterial_provider=UW; donor_age=96 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669912_BI.Fetal_Lung.H3K36me3.UW_H23284.bigWig; Embargo end date=2011-12-31
+GSM669911	sample_alias=76B;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669911_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.58.bigWig; Embargo end date=2011-12-31
+GSM621629	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=4; biomaterial_provider=MGH Pathology; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621629_BI.Adult_Liver.Input.4.bigWig; Embargo end date=2011-08-12
+GSM669917	sample_alias=79;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669917_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.57.bigWig; Embargo end date=2011-12-31
+GSM669916	sample_alias=81;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669916_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.59.bigWig; Embargo end date=2011-12-31
+GSM669915	sample_alias=173;  sample_common_name=Brain, Anterior Caudate; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Anterior Caudate; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669915_BI.Brain_Anterior_Caudate.H3K27me3.112.bigWig; Embargo end date=2011-12-31
+GSM669914	sample_alias=81;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669914_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.59.bigWig; Embargo end date=2011-12-31
+GSM621725	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=p36; line=hiPS-18c; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621725_BI.iPS-18c.RRBS.RRBS524-525.bigWig; Embargo end date=2011-08-11
+GSM621726	collection_method=surgery;  donor_health_status=&quot,NL muscle,... PVD - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=62; biomaterial_provider=MGH Pathology; donor_age=72 years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-440; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-320; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621726_BI.Skeletal_Muscle.RRBS.62.bigWig; Embargo end date=2011-08-11
+GSM621727	collection_method=surgery;  donor_health_status=&quot,NL muscle,... Osteomylitis - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=63; biomaterial_provider=MGH Pathology; donor_age=54 years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-440; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-320; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621727_BI.Skeletal_Muscle.RRBS.63.bigWig; Embargo end date=2011-08-11
+GSM602254	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=25, including 10 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602254_UCSD.H1-BMP4.Bisulfite-Seq.methylC-seq_h1+bmp4_r2a.bigWig; Embargo end date=2011-07-07
+GSM665821	sample_alias=fKidney_Right.H-23589d147;  sample_common_name=Fetal Kidney, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23589; donor_age=day 147; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665821_UW.Fetal_Kidney_Right.ChromatinAccessibility.H-23589.DS16441.bigWig; Embargo end date=2011-11-02
+GSM621715	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=p13; line=hiPS-11b; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621715_BI.iPS-11b.RRBS.RRBS420-421.bigWig; Embargo end date=2011-08-11
+GSM665820	sample_alias=CD56.RO_01689;  sample_common_name=Mobilized CD56 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=Mobilized CD56 Primary Cells; markers=CD56+; donor_id=RO 01689; donor_age=year 34; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665820_UW.Mobilized_CD56_Primary_Cells.ChromatinAccessibility.RO_01689.DS16376.bigWig; Embargo end date=2011-11-02
+GSM621728	collection_method=surgery;  donor_health_status=&quot,normal mucosa, adeno. CA of Cecum&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=32; biomaterial_provider=MGH Pathology; donor_age=73; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-440; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-320; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621728_BI.Colonic_Mucosa.RRBS.32.bigWig; Embargo end date=2011-08-11
+GSM621729	collection_method=surgery;  donor_health_status=&quot,NL mucosa,... Pancreatitis/IPMN&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=duodenum; donor_id=61; biomaterial_provider=MGH Pathology; donor_age=76 years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-440; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-320; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621729_BI.Duodenum_Mucosa.RRBS.61.bigWig; Embargo end date=2011-08-11
+GSM751277_0	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.8; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751277_UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.mRNA-Seq.skin01.bigWig
+GSM707013_0	sample_alias=Neurospheres, Cortex Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=5ug; size_fraction=61-325bp; original_filename=GSM707013_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.Input.HuFNSC02.bigWig
+GSM752969_0	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM752969_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27me3.AK148.bigWig
+GSM537672	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES I3 TESR; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=45; medium=TESR; sex=Female; batch=4/29/09; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM537672_BI.ES-I3.H3K36me3.Solexa-16493.bigWig; Embargo end date=2011-01-28
+GSM669618	sample_alias=CD4 Memory TC014;  sample_common_name=CD4 Memory Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Memory; markers=CD4+,CD45RO+; donor_id=TC014; donor_age=29 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Asian/Hawaiian/Eskimo; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 8.8; rna_preparation_initial_rna_qnty=2 ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=94-315bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669618_UCSF-UBC.CD4_Memory_Primary_Cells.mRNA-Seq.TC014.bigWig; Embargo end date=2011-12-31
+GSM774217_0	sample_alias=fIntestine_Large.H-23887d108; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23887; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774217_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23887.DS17647.bigWig
+GSM669929_1	sample_alias=188;  sample_common_name=CD34 Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=short term; cell_type=cultured CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=123; biomaterial_provider=FHCRC; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669929_BI.CD34_Cultured_Cells.Input.123.bigWig; Embargo end date=2011-12-31
+GSM774214_0	sample_alias=fIntestine_Large.H-23833d113; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23833; donor_age=day 113; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774214_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23833.DS17462.bigWig
+GSM410808	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=n/a; differentiation_stage=undifferentiated; differentiation_method=n/a; passage=REMC batch1; medium=CDI protocol; sex=Male; experiment_type=Histone H3K4me1; extraction_protocol=n/a; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=15 min; chip_protocol=Farnham lab protocol; chip_protocol_chromatin_amount=44ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=30uL (CST); chip_protocol_antibody_amount=n/a; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9751; chip_antibody_lot=1; original_filename=GSM410808_UCSF-UBC.H1.H3K4me3.H1EScd1-me3K4-A.bigWig; Embargo end date=2010-05-03
+GSM753438_0	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=727055; original_filename=GSM753438_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me2.SK497.bigWig
+GSM410807	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=n/a; differentiation_stage=undifferentiated; differentiation_method=n/a; passage=REMC batch1; medium=CDI protocol; Sex=Male; experiment_type=Histone H3K9ac; extraction_protocol=n/a; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=15 min; chip_protocol=Farnham lab protocol; chip_protocol_chromatin_amount=44ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=30uL (CST); chip_protocol_antibody_amount=n/a; chip_antibody=H3K9Ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-352; chip_antibody_lot=24661; original_filename=GSM410807_UCSF-UBC.H1.H3K9ac.H1EScd1-acK9-A.bigWig; Embargo end date=2010-05-03
+GSM706074_0	sample_alias=iPS-19.11-01; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=Between 30 and 40; medium=mTeSR; Sex=Male; batch=iPSC 19.11; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Millipore; chip_antibody_catalog=04-745; chip_antibody_lot=1606783; original_filename=GSM706074_UCSD.iPS_DF_19.11.H3K4me3.SK227.bigWig
+GSM701521_0	sample_alias=fStomach.H-23887d108; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-23887; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701521_UW.Fetal_Stomach.ChromatinAccessibility.H-23887.DS17659.bigWig
+GSM693278_0	sample_alias=Breast Luminal Epi RM080; sample_common_name=Breast, Luminal Epithelial Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal Epithelial Cell; markers=CD227+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=81-316bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900241; original_filename=GSM693278_UCSF-UBC.Breast_Luminal_Epithelial_Cells.H3K27me3.RM080.bigWig
+GSM753440_0	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=GSM753440_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me3.AK165.bigWig
+GSM774220_0	sample_alias=fIntestine_Large.H-23914d91; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774220_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23914.DS17748.bigWig
+GSM706046_0	sample_alias=H1+BMP4_r1; sample_common_name=H1-BMP4 Cell Line; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=27, including 16 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=mRNA-Seq; extraction_protocol=RNeasy Blood and Tissue Kit (Qiagen); extraction_protocol_mrna_enrichment=Poly(A)Purist MAG Kit (Ambion); extraction_protocol_fragmentation=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); mrna_preparation_initial_mrna_qnty=20-100 ng; mrna_preparation_fragment_size_range=200 nt; rna_preparation_5'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_3'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_template=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_polymerase_type=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_thermocycling_program=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_number_cycles=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_f_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_r_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_primer_conc=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_product_isolation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); original_filename=GSM706046_UCSD.H1-BMP4.mRNA-Seq.mRNA-Seq_h1+bmp4_r1.bigWig
+GSM595924_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595924_UW.Fetal_Lung.ChromatinAccessibility.H-23266.DS14724.bigWig; Embargo end date=2011-06-21
+GSM753436_0	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=GSM753436_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me1.LH5.bigWig
+GSM707017_0	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=5ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, Bsh1236I, SsiI, HpyCH4IV; mre_protocol_size_fraction=56-302bp; original_filename=GSM707017_UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.MRE-Seq.skin01.bigWig
+GSM707000_0	sample_alias=Brain Germinal Matrix HuFGM01; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM01; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; note=Twin of HuFGM02; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher  Sonic 550 Dismembrantor; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A and G Bead Mix; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=101-351bp; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-056-050; chip_antibody_lot=A93-0042; original_filename=GSM707000_UCSF-UBC.Brain_Germinal_Matrix.H3K9me3.HuFGM01.bigWig
+GSM450239	batch=#2;  molecule=; disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; Sex=Male; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=The small RNA fraction was separated by electrophoresis on a Novex 10% TBE-Urea gel and the fraction between approximately 14-30nt was excised.  The excisd fraction was then eluted from gel fragements, followed by EtOH precipitation and was resuspended in 6.3ul.; smrna_preparation_initial_smrna_qnty=10000 ng; rna_preparation_5'_rna_adapter_sequence=5' GUUCAGAGUUCUACAGUCCGACGAUC 3'; rna_preparation_3'_rna_adapter_sequence=5' pUCGUAUGCCGUCUUCUGCUUGidT 3' (p=phosphate, idT=inverted deoxythyidine); rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGA 3'; rna_preparation_3'_rna_adapter_ligation_protocol=3' RNA adapter ligation was set up with 6.3ul of purified 5' ligation product, 1.2ul of 10uM 3' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion)), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  The ligation reaction was incubated at 16oC overnight.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter ligation was set up with 6.2ul of purified small RNA fraction (14-30nt), 1.3ul of 5uM 5' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  Ligation reaction was incubated at 16oC overnight.; rna_preparation_reverse_transcription_protocol=To 4.5ul of purified ligated RNA, 0.5ul of 100uM Small RNA RT-Primer was added and heat denatured at 70oC for 2 mins.  Sample was then placed on a rack at room temperature and the following reagents were added immediately to the sample (2.0ul of 5X First Strand Buffer, 0.65ul of 10mM dNTPs (Invitrogen), 1ul of 100mM DTT (Invitrogen) and 0.5ul of RNaseOUT (40U/ul from Invitrogen).  Reaction was heated at 48oC for 3mins.  1.0ul of Superscript II RT (200U/ul from Invitrogen) was added to the reaction and was incubated at 44oC for 1 hr.  After 1hr of incubation, tube was placed on ice.  12ul of DEPC water was added to the first strand cDNA product to make a final total volume of approximately 20ul.; library_generation_pcr_template=10ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=98oC for 30sec, 98oC for 10sec, 60oC for 30sec, 72oC for 15sec for 15 cycles, 72oC for 5min; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5’ AATGATACGGCGACCACCGACAGGTTCAGAGTTCTACAGTCCGA 3’; library_generation_pcr_r_primer_sequence=5’ CAAGCAGAAGACGGCATACGA 3’; library_generation_pcr_primer_conc=0.25uM; library_generation_pcr_product_isolation_protocol=PCR product was separated by electrophoresis on 8% TBE Novex Gel and the PCR product between 92-125bp was excised.  Product was then eluted from gel fragements, followed by EtOH precipitation; original_filename=GSM450239_UCSF-UBC.H1.smRNA-Seq.H1EScd1_batch2_vial1.bigWig; Embargo end date=2010-10-07
+GSM469973	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K9ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab4441; chip_antibody_lot=511238; original_filename=GSM469973_UCSD.IMR90.H3K9ac.LL233.bigWig; Embargo end date=2010-12-22
+GSM621592	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p20; line=HUES66; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621592_BI.HUES66.RRBS.RRBS554.bigWig; Embargo end date=2011-08-11
+GSM469971	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8580; chip_antibody_lot=unknown; original_filename=GSM469971_UCSD.H1.H3K4me3.LL312.bigWig; Embargo end date=2010-10-07
+GSM605329	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-25x; experiment_type=Histone H4K20me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K20me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9051; chip_antibody_lot=519198; original_filename=GSM605329_UCSD.H1.H4K20me1.YL253.bigWig; Embargo end date=2011-07-07
+GSM469975	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H4K5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K5ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-327; chip_antibody_lot=30417; original_filename=GSM469975_UCSD.IMR90.H4K5ac.LL234.bigWig; Embargo end date=2010-12-22
+GSM469974	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484099; original_filename=GSM469974_UCSD.IMR90.H3K9me3.LL224.bigWig; Embargo end date=2010-10-07
+GSM605322	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=55; medium=mTeSER; Sex=Male; batch=H1Ep55; experiment_type=Histone H3K79me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab3594; chip_antibody_lot=573640; original_filename=GSM605322_UCSD.H1.H3K79me2.YL204.bigWig; Embargo end date=2011-07-07
+GSM605323	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H3K9ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM39137; chip_antibody_lot=1008001; original_filename=GSM605323_UCSD.H1.H3K9ac.SAK68.bigWig; Embargo end date=2011-07-07
+GSM605320	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=51; medium=mTeSER; Sex=Male; batch=H1Ep51; experiment_type=Histone H3K79me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=502497; original_filename=GSM605320_UCSD.H1.H3K79me1.YL192.bigWig; Embargo end date=2011-07-07
+GSM605321	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H3K79me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab3594; chip_antibody_lot=573640; original_filename=GSM605321_UCSD.H1.H3K79me2.SAK80.bigWig; Embargo end date=2011-07-07
+GSM605327	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1E; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484099; original_filename=GSM605327_UCSD.H1.H3K9me3.YL75.bigWig; Embargo end date=2011-07-07
+GSM605324	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K9ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM39137; chip_antibody_lot=1008001; original_filename=GSM605324_UCSD.H9.H3K9ac.SK199.bigWig; Embargo end date=2011-07-07
+GSM605325	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484099; original_filename=GSM605325_UCSD.H1.H3K9me3.LL218.bigWig; Embargo end date=2011-07-07
+GSM543004	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Naive Primary Cell; markers=CD4+,CD45RA+; donor_id=TC001; donor_age=21; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; experiment_type=Histone H3K9ac; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20 min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15 ul; chip_protocol_antibody_amount=10ul; chip_antibody=H3K9ac; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9649S; chip_antibody_lot=1; original_filename=GSM543004_UCSF-UBC.CD4_Naive_Primary_Cells.H3K9ac.TC001.bigWig; Embargo end date=2011-02-17
+GSM621750	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-2; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me2; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab7766; chip_antibody_provider=Abcam; chip_antibody_lot=56293; experiment_type=Histone H3K4me2; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621750_BI.Muscle_Satellite_Cultured_Cells.H3K4me2.hSKM-2.bigWig; Embargo end date=2011-08-12
+GSM621753	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-3; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621753_BI.Muscle_Satellite_Cultured_Cells.H3K9me3.hSKM-3.bigWig; Embargo end date=2011-08-12
+GSM621752	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-2; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621752_BI.Muscle_Satellite_Cultured_Cells.H3K4me1.hSKM-2.bigWig; Embargo end date=2011-08-12
+GSM621755	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-3; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621755_BI.Muscle_Satellite_Cultured_Cells.H3K27me3.hSKM-3.bigWig; Embargo end date=2011-08-12
+GSM621754	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-3; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621754_BI.Muscle_Satellite_Cultured_Cells.H3K36me3.hSKM-3.bigWig; Embargo end date=2011-08-12
+GSM621757	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-3; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621757_BI.Muscle_Satellite_Cultured_Cells.H3K9ac.hSKM-3.bigWig; Embargo end date=2011-08-12
+GSM621756	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-3; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621756_BI.Muscle_Satellite_Cultured_Cells.Input.hSKM-3.bigWig; Embargo end date=2011-08-12
+GSM621759	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-3; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621759_BI.Muscle_Satellite_Cultured_Cells.H3K4me1.hSKM-3.bigWig; Embargo end date=2011-08-12
+GSM621758	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-3; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me2; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab7766; chip_antibody_provider=Abcam; chip_antibody_lot=56293; experiment_type=Histone H3K4me2; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621758_BI.Muscle_Satellite_Cultured_Cells.H3K4me2.hSKM-3.bigWig; Embargo end date=2011-08-12
+GSM707023_0	sample_alias=Brain Germinal Matrix HuFGM02; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM707023_UCSF-UBC.Brain_Germinal_Matrix.MeDIP-Seq.HuFGM02.bigWig
+GSM543009	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=PBMC blood cells; markers=NA; donor_id=TC003; donor_age=21; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=50-300bp; original_filename=GSM543009_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.MRE-Seq.TC003.bigWig; Embargo end date=2011-02-17
+GSM432692_1	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=5; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432692_UCSD.IMR90.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM537641	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=WA-7; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=46; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=383111; original_filename=GSM537641_BI.ES-WA7.H3K4me1.Solexa-12611.bigWig; Embargo end date=2011-01-28
+GSM537640	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=WA-7; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=46; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM537640_BI.ES-WA7.H3K36me3.Solexa-12610.bigWig; Embargo end date=2011-01-28
+GSM537643	molecule=genomic DNA;  disease=none; biomaterial_provider=Islet Cell Resource Center; biomaterial_type=Primary Cell; cell_type=Pancreatic Islets; markers=none; donor_id=pancreatic islets normal_3/27/09; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8580; chip_antibody_lot=374056; original_filename=GSM537643_BI.Pancreatic_Islets.H3K4me3.pancreatic_islets_normal_3_27_09.bigWig; Embargo end date=2011-01-28
+GSM537642	molecule=genomic DNA;  disease=none; biomaterial_provider=Islet Cell Resource Center; biomaterial_type=Primary Cell; cell_type=Pancreatic Islets; markers=none; donor_id=pancreatic islets normal_3/27/09; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=383111; original_filename=GSM537642_BI.Pancreatic_Islets.H3K4me1.pancreatic_islets_normal_3_27_09.bigWig; Embargo end date=2011-01-28
+GSM537645	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39840; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537645_BI.CD3_Primary_Cells.H3K9me3.CD3_39840.bigWig; Embargo end date=2011-01-28
+GSM602259	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=Histone H3K18ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=527530; original_filename=GSM602259_UCSD.H1.H3K18ac.SAK208.bigWig; Embargo end date=2011-07-07
+GSM537646	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39840; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=383111; original_filename=GSM537646_BI.CD3_Primary_Cells.H3K4me1.CD3_39840.bigWig; Embargo end date=2011-01-28
+GSM537649	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=Mobilized CD34 Primary Cells; markers=CD34+; donor_id=RO 01508; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=dam151401; original_filename=GSM537649_BI.Mobilized_CD34_Primary_Cells.H3K27me3.Mobilized_CD34_5_28_09.bigWig; Embargo end date=2011-01-28
+GSM537648	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES-I3; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=49; medium=KSR; Sex=Female; batch=12/25/08; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Upstate or Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1387952 or DAM1514011; original_filename=GSM537648_BI.ES-I3.H3K27me3.Solexa-10213-15380.bigWig; Embargo end date=2011-02-03
+GSM774242_0	sample_alias=fMuscle_Leg.H-24078d127; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24078; donor_age=day 127; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774242_UW.Fetal_Muscle_Leg.ChromatinAccessibility.H-24078.DS18386.bigWig
+GSM537675	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-18c; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=27; medium=KSR; sex=Female; batch=11/13/09; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=499302; original_filename=GSM537675_BI.iPS-18c.H3K36me3.Solexa-19808.bigWig; Embargo end date=2011-01-28
+GSM751285_0	sample_alias=Brain HuFNSC02; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=None; smrna_preparation_initial_smrna_qnty=0.904ug; smrna_preparation_initial_smrna_qlty=NA; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually; original_filename=GSM751285_UCSF-UBC.Fetal_Brain.smRNA-Seq.HuFNSC02.bigWig
+GSM774203_0	sample_alias=fHeart.H-23663d105; sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23663; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774203_UW.Fetal_Heart.ChromatinAccessibility.H-23663.DS16819.bigWig
+GSM707008_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=100-404bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P; original_filename=GSM707008_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K4me1.HuFNSC02.bigWig
+GSM670009	sample_alias=76B;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670009_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.58.bigWig; Embargo end date=2011-12-31
+GSM670008	sample_alias=3;  sample_common_name=Adult Liver; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=3; biomaterial_provider=MGH Pathology; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670008_BI.Adult_Liver.Input.3.bigWig; Embargo end date=2011-12-31
+GSM670007	sample_alias=77;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670007_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.59.bigWig; Embargo end date=2011-12-31
+GSM670006	sample_alias=78;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670006_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.60.bigWig; Embargo end date=2011-12-31
+GSM670005	sample_alias=176;  sample_common_name=Brain, Inferior Temporal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Inferior Temporal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670005_BI.Brain_Inferior_Temporal_Lobe.H3K9me3.112.bigWig; Embargo end date=2011-12-31
+GSM670004	sample_alias=79;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670004_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.57.bigWig; Embargo end date=2011-12-31
+GSM670003	sample_alias=175;  sample_common_name=Brain, Cingulate Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Cingulate Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670003_BI.Brain_Cingulate_Gyrus.Input.112.bigWig; Embargo end date=2011-12-31
+GSM670002	sample_alias=172;  sample_common_name=Brain, Hippocampus Middle; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Hippocampus Middle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670002_BI.Brain_Hippocampus_Middle.H3K36me3.112.bigWig; Embargo end date=2011-12-31
+GSM670001	sample_alias=172;  sample_common_name=Brain, Hippocampus Middle; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Hippocampus Middle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670001_BI.Brain_Hippocampus_Middle.H3K9me3.112.bigWig; Embargo end date=2011-12-31
+GSM670000	sample_alias=81;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670000_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.59.bigWig; Embargo end date=2011-12-31
+GSM774211_0	sample_alias=fLung_Left.H-23758d107; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23758; donor_age=day 107; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774211_UW.Fetal_Lung_Left.ChromatinAccessibility.H-23758.DS17154.bigWig
+GSM707007	sample_alias=Neurospheres, Cortex Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=92-362bp; chip_antibody=H3K36me3; chip_antibody_provider=abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467; original_filename=GSM707007_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.H3K36me3.HuFNSC02.bigWig
+GSM537634	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_12/22/08; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=dam151401; original_filename=GSM537634_BI.CD19_Primary_Cells.H3K27me3.CD19_12_22_08.bigWig; Embargo end date=2011-01-28
+GSM537635	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_12/29/08; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537635_BI.CD19_Primary_Cells.H3K9me3.CD19_12_29_08.bigWig; Embargo end date=2011-01-28
+GSM537636	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39811; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=151302; original_filename=GSM537636_BI.CD3_Primary_Cells.H3K4me1.CD3_39811.bigWig; Embargo end date=2011-01-28
+GSM537637	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39811; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537637_BI.CD3_Primary_Cells.H3K9me3.CD3_39811.bigWig; Embargo end date=2011-01-28
+GSM537630	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_12/29/08; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM537630_BI.CD19_Primary_Cells.H3K36me3.CD19_12_29_08.bigWig; Embargo end date=2011-01-28
+GSM537631	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39804; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=dam151401; original_filename=GSM537631_BI.CD3_Primary_Cells.H3K27me3.CD3_39804.bigWig; Embargo end date=2011-01-28
+GSM537632	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_12/22/08; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8580; chip_antibody_lot=500363; original_filename=GSM537632_BI.CD19_Primary_Cells.H3K4me3.CD19_12_22_08.bigWig; Embargo end date=2011-01-28
+GSM537633	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CD3_39804; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8580; chip_antibody_lot=500363; original_filename=GSM537633_BI.CD3_Primary_Cells.H3K4me3.CD3_39804.bigWig; Embargo end date=2011-01-28
+GSM613816	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive Primary Cell; markers=CD8+,CD45RA+; donor_id=TC001; donor_age=21 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; parity=NA; karyotype=46, XY; experiment_type=ChIP-Seq Input; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20 min; chip_protocol=Input; size_fraction=200-400bp; chip_protocol_chromatin_amount=1 ug; original_filename=GSM613816_UCSF-UBC.CD8_Naive_Primary_Cells.Input.TC001.bigWig; Embargo end date=2011-08-11
+GSM613815	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive Primary Cell; markers=CD8+,CD45RA+; donor_id=TC001; donor_age=21 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; parity=NA; karyotype=46, XY; experiment_type=Histone H3K27me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20 min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1 ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15 ul; chip_protocol_antibody_amount=10 ul; chip_antibody=H3K27me3; size_fraction=200-400bp; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9733S; chip_antibody_lot=2; original_filename=GSM613815_UCSF-UBC.CD8_Naive_Primary_Cells.H3K27me3.TC001.bigWig; Embargo end date=2011-08-11
+GSM613814	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive Primary Cell; markers=CD8+,CD45RA+; donor_id=TC001; donor_age=21 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; parity=NA; karyotype=46, XY; experiment_type=Histone H3K4me1; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20 min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1 ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15 ul; chip_protocol_antibody_amount=2 ug; size_fraction=400-600bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-0011; original_filename=GSM613814_UCSF-UBC.CD8_Naive_Primary_Cells.H3K4me1.TC001.bigWig; Embargo end date=2011-08-11
+GSM613813	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive Primary Cell; markers=CD8+,CD45RA+; donor_id=TC001; donor_age=21 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; parity=NA; karyotype=46, XY; experiment_type=Histone H3K9ac; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20 min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1 ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15 ul; size_fraction=200-400bp; chip_protocol_antibody_amount=10 ul; chip_antibody=H3K9ac; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9649S; chip_antibody_lot=1; original_filename=GSM613813_UCSF-UBC.CD8_Naive_Primary_Cells.H3K9ac.TC001.bigWig; Embargo end date=2011-08-11
+GSM613812	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive Primary Cell; markers=CD8+,CD45RA+; donor_id=TC001; donor_age=21 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; parity=NA; karyotype=46, XY; experiment_type=Histone H3K9me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20 min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1 ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15 ul; chip_protocol_antibody_amount=2 ug; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; size_fraction=400-600bp; chip_antibody_catalog=pAb-056-050; chip_antibody_lot=A93-0012; original_filename=GSM613812_UCSF-UBC.CD8_Naive_Primary_Cells.H3K9me3.TC001.bigWig; Embargo end date=2011-08-11
+GSM613811	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive Primary Cell; markers=CD8+,CD45RA+; donor_id=TC001; donor_age=21 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; parity=NA; karyotype=46, XY; experiment_type=Histone H3K4me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20 min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1 ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15 ul; chip_protocol_antibody_amount=5 ul; chip_antibody=H3K4me3; size_fraction=400-600bp; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9751S; chip_antibody_lot=2; original_filename=GSM613811_UCSF-UBC.CD8_Naive_Primary_Cells.H3K4me3.TC001.bigWig; Embargo end date=2011-08-11
+GSM707003	sample_alias=Neurospheres, Cortex Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=3.75ug; size_fraction=96-362bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050,9751S; chip_antibody_lot=A399-0011; original_filename=GSM707003_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.H3K4me1.HuFNSC02.bigWig
+GSM753430_0	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM753430_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27me3.SK448.bigWig
+GSM753431_0	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM753431_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27me3.SK450.bigWig
+GSM701503_0	sample_alias=CD14.RO_01727; sample_common_name=CD14 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD14 Primary Cells; markers=CD14+; donor_id=RO 01727; donor_age=year 34; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701503_UW.CD14_Primary_Cells.ChromatinAccessibility.RO_01727.DS17391.bigWig
+GSM675545_1	sample_alias=H1-NPC_r2;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=27; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675545_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-11-16
+GSM456941	batch=#2;  molecule=genomic DNA; disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=NA; medip_protocol_dna_amount=NA; medip_protocol_bead_type=Protein A/G Beads; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=NA; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM456941_UCSF-UBC.H1.MeDIP-Seq.HS1303.bigWig; Embargo end date=2010-12-22
+GSM753447_0	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM753447_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.Input.AK149.bigWig
+GSM605328	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1E; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484099; original_filename=GSM605328_UCSD.H1.H3K9me3.YL77.bigWig; Embargo end date=2011-07-07
+GSM530662	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-22727; donor_age=101 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530662_UW.Fetal_Lung.ChromatinAccessibility.H-22727.DS12817.bigWig; Embargo end date=2011-01-28
+GSM530663	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01562; donor_age=42 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530663_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01562.DS13196.bigWig; Embargo end date=2011-01-28
+GSM530660	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01520; donor_age=50 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530660_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01520.DS12785.bigWig; Embargo end date=2011-01-28
+GSM469970	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8580; chip_antibody_lot=unknown; original_filename=GSM469970_UCSD.IMR90.H3K4me3.LL221.bigWig; Embargo end date=2010-10-07
+GSM530666	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Eagle's Minimum Essential Medium, Catalog No. 30-2003.; Sex=Female; batch=CCL-186; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530666_UW.IMR90.ChromatinAccessibility.DS13229.bigWig; Embargo end date=2011-01-28
+GSM706060_1	sample_alias=H9_r1; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=NA; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=42; medium=TeSR; Sex=Female; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 4 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706060_UCSD.H9.Bisulfite-Seq.methylC-seq_h9_r1b.bigWig
+GSM530664	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 00738; donor_age=49 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530664_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_00738.DS13199.bigWig; Embargo end date=2011-01-28
+GSM669959	sample_alias=79;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669959_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.57.bigWig; Embargo end date=2011-12-31
+GSM706859_0	sample_alias=RO 01508; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01508; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706859_BI.Mobilized_CD34_Primary_Cells.RRBS.RO_01508.bigWig
+GSM706070_0	sample_alias=iPS-6.9-01; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=33; medium=mTeSR; Sex=Male; batch=iPSC 6.9; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab9050; chip_antibody_lot=707946; original_filename=GSM706070_UCSD.iPS_DF_6.9.H3K36me3.SK400.bigWig
+GSM701540_0	sample_alias=CD8.RO_01736; sample_common_name=CD8 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD8 Primary Cells; markers=CD8+; donor_id=RO 01736; donor_age=year 37; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701540_UW.CD8_Primary_Cells.ChromatinAccessibility.RO_01736.DS17885.bigWig
+GSM773045_0	sample_alias=RO 01562; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01562; donor_age=42 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773045_BI.Mobilized_CD34_Primary_Cells.Input.RO_01562.bigWig
+GSM701487_0	sample_alias=fIntestine_Small.H-23640d115; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23640; donor_age=day 115; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701487_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23640.DS16712.bigWig
+GSM701528_0	sample_alias=fStomach.H-23914d91; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701528_UW.Fetal_Stomach.ChromatinAccessibility.H-23914.DS17750.bigWig
+GSM767349_0	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=GSM767349_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K4me3.SK467.bigWig
+GSM521931	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=6; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=150; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM521931_UCSD.IMR90.Input.IMR90-06-I1.bigWig; Embargo end date=2010-12-22
+GSM752967_0	sample_alias=iPS-6.9-02; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=27; medium=mTeSR; Sex=Male; batch=iPSC 6.9-2; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=GSM752967_UCSD.iPS_DF_6.9.H3K27ac.SK432.bigWig
+GSM621595	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p14; line=HUES62; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621595_BI.HUES62.RRBS.RRBS516-517.bigWig; Embargo end date=2011-08-11
+GSM753441_0	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=GSM753441_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me3.LH2.bigWig
+GSM543031	disease=None;  biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell; cell_type=Breast Myoepithelial; markers=CD10+; donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=mRNA-Seq; extraction_protocol=Invitrogen Trizol RNA extraction; extraction_protocol_mrna_enrichment=Miltenyi-Biotec mRNA purification; extraction_protocol_fragmentation=NA; mrna_preparation_initial_mrna_qnty=NA; mrna_preparation_fragment_size_range=NA; rna_preparation_5'_rna_adapter_sequence=NA; rna_preparation_3'_rna_adapter_sequence=NA; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=NA; rna_preparation_5'_rna_adapter_ligation_protocol=NA; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT protocol; library_generation_pcr_template=cDNA; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98°C 30 sec, 10 cycle of 98°C 10 sec, 65°C 30 sec, 72°C 30 sec, then 72°C 5 min, 4°C forever; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.4uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM543031_UCSF-UBC.Breast_Myoepithelial_Cells.mRNA-Seq.RM035.bigWig; Embargo end date=2011-02-17
+GSM621594	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p19; line=HUES64; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621594_BI.HUES64.RRBS.RRBS520-521.bigWig; Embargo end date=2011-08-11
+GSM773042_0	sample_alias=RO 01562; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01562; donor_age=42 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773042_BI.Mobilized_CD34_Primary_Cells.H3K36me3.RO_01562.bigWig
+GSM752987_0	sample_alias=IMR90-03; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=3; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K9me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8896; chip_antibody_lot=377518; original_filename=GSM752987_UCSD.IMR90.H3K9me1.SK12.bigWig
+GSM707016_0	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=5ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, Bsh1236I, SsiI, HpyCH4IV; mre_protocol_size_fraction=28-335bp; original_filename=GSM707016_UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.MRE-Seq.skin01.bigWig
+GSM621638	collection_method=surgery;  donor_health_status=&quot,normal, renal cell CA (clear cell type)&quot,; molecule=genomic DNA; disease=none; tissue_type=Adult Kidney; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=27; biomaterial_provider=MGH Pathology; donor_age=67; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621638_BI.Adult_Kidney.Input.27.bigWig; Embargo end date=2011-08-12
+GSM693277_0	sample_alias=Breast Myo Epi RM080; sample_common_name=Breast, Myoepithelial Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM080; donor_age=33; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; location=Left; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=3.5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=10ul; size_fraction=46-286bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751; chip_antibody_lot=Lot#2; original_filename=GSM693277_UCSF-UBC.Breast_Myoepithelial_Cells.H3K4me3.RM080.bigWig
+GSM752962_0	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H2BK120ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39119; chip_antibody_lot=255; original_filename=GSM752962_UCSD.H9.H2BK120ac.SK378.bigWig
+GSM706058_0	sample_alias=ff_ips_6_9_r1; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 6.9; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=33; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706058_UCSD.iPS_DF_6.9.Bisulfite-Seq.combined.bigWig
+GSM773041_0	sample_alias=RO 01562; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01562; donor_age=42 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773041_BI.Mobilized_CD34_Primary_Cells.H3K4me3.RO_01562.bigWig
+GSM613847	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=stem cell; markers=CD73+; donor_id=RM070; donor_age=26 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=2; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=1.5 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613847_UCSF-UBC.Breast_Stem_Cells.MeDIP-Seq.RM070.bigWig; Embargo end date=2011-07-28
+GSM621599	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p19; line=HUES65; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621599_BI.HUES65.RRBS.RRBS552-553.bigWig; Embargo end date=2011-08-11
+GSM706843_0	sample_alias=RO 01549; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01549; donor_age=33 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706843_BI.Mobilized_CD34_Primary_Cells.H3K36me3.RO_01549.bigWig
+GSM706055_1	sample_alias=ff_ips_19_11_r2; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 19.11; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=32; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706055_UCSD.iPS_DF_19.11.Bisulfite-Seq.combined.bigWig
+GSM621598	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p19; line=HUES48; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621598_BI.HUES48.RRBS.RRBS548-549.bigWig; Embargo end date=2011-08-11
+GSM669898	sample_alias=199;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669898_BI.HUES6.H3K36me3.Lib_XZ_20101004_03--ChIP_XZ_20100930_03_ES_cell_HUES_6_H3K36Me3.bigWig; Embargo end date=2011-12-31
+GSM669899	sample_alias=Neural progenitors derived from ES H9 cell;  sample_common_name=H9 Derived Neuronal Progenitor Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=&gt,90% nestin(+) and &lt,5% Oct-4(+); culture_conditions=Medium; passage_if_expanded=NA; cell_type=Neural progenitors derived from ES H9 cell; donor_ethnicity=unknown; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=Donor of H9 cells; biomaterial_provider=ArunA Biomedical, Athens, GA; donor_age=unknown; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM669899_BI.H9_Derived_Neuronal_Progenitor_Cultured_Cells.RRBS.RRBS956-957.bigWig; Embargo end date=2011-12-31
+GSM669896	sample_alias=58;  sample_common_name=ES-WA7 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=46; line=WA-7; differentiation_method=NA; batch=WA07-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669896_BI.ES-WA7.H3K9ac.Lib_MC_20100818_06--ChIP_MC_20100816_01_WA07_H3K9Ac.bigWig; Embargo end date=2011-12-31
+GSM669897	sample_alias=207;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669897_BI.HUES6.H3K27me3.Lib_XZ_20101004_11--ChIP_XZ_20100930_11_ES_cell_HUES_6_H3K27Me3.bigWig; Embargo end date=2011-12-31
+GSM669894	sample_alias=207;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669894_BI.HUES6.H3K9me3.Lib_XZ_20101004_13--ChIP_XZ_20100930_13_ES_cell_HUES_6_H3K9Me3.bigWig; Embargo end date=2011-12-31
+GSM669895	sample_alias=207;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669895_BI.HUES6.Input.Lib_XZ_20101004_14--ChIP_XZ_20100930_14_ES_cell_HUES_6_WCE.bigWig; Embargo end date=2011-12-31
+GSM669892	sample_alias=207;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669892_BI.HUES6.H3K36me3.Lib_XZ_20101004_10--ChIP_XZ_20100930_10_ES_cell_HUES_6_H3K36Me3.bigWig; Embargo end date=2011-12-31
+GSM669893	sample_alias=207;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669893_BI.HUES6.H3K4me3.Lib_XZ_20101004_09--ChIP_XZ_20100930_09_ES_cell_HUES_6_H3K4Me3.bigWig; Embargo end date=2011-12-31
+GSM669890	sample_alias=207;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669890_BI.HUES6.H3K9ac.Lib_XZ_20101004_12--ChIP_XZ_20100930_12_ES_cell_HUES_6_H3K9Ac.bigWig; Embargo end date=2011-12-31
+GSM669891	sample_alias=207;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669891_BI.HUES6.H3K4me1.Lib_XZ_20101004_08--ChIP_XZ_20100930_08_ES_cell_HUES_6_H3K4Me1.bigWig; Embargo end date=2011-12-31
+GSM432689	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432689_UCSD.IMR90.Bisulfite-Seq.methylC-seq_imr90_r1c.bigWig; Embargo end date=2010-07-13
+GSM432688	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432688_UCSD.IMR90.Bisulfite-Seq.methylC-seq_imr90_r1b.bigWig; Embargo end date=2010-07-13
+GSM774229_0	sample_alias=fIntestine_Small.H-23864d98; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23864; donor_age=day 98; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774229_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23864.DS17844.bigWig
+GSM432686	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; batch=Replicate 1; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=25; medium=TeSR; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432686_UCSD.H1.Bisulfite-Seq.methylC-seq_h1_r1b.bigWig; Embargo end date=2010-07-13
+GSM751270_0	sample_alias=Neurospheres, Cortex Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.6; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751270_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.mRNA-Seq.HuFNSC01.bigWig
+GSM701524_0	sample_alias=fLung_Left.H-23887d108; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23887; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701524_UW.Fetal_Lung_Left.ChromatinAccessibility.H-23887.DS17674.bigWig
+GSM602258	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=Histone H2AK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=727067; original_filename=GSM602258_UCSD.H1.H2AK5ac.SAK201.bigWig; Embargo end date=2011-07-07
+GSM752984_0	sample_alias=iPS-19.11-02; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=25; medium=mTeSR; Sex=Male; batch=iPSC 19.11-2; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=GSM752984_UCSD.iPS_DF_19.11.H3K4me3.SK475.bigWig
+GSM432687	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432687_UCSD.IMR90.Bisulfite-Seq.methylC-seq_imr90_r1a.bigWig; Embargo end date=2010-07-13
+GSM521933	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=7; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=240; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM521933_UCSD.IMR90.Input.SK-I3.bigWig; Embargo end date=2010-12-22
+GSM701507_0	sample_alias=CD19.RO_01736; sample_common_name=CD19 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=RO 01736; donor_age=year 37; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701507_UW.CD19_Primary_Cells.ChromatinAccessibility.RO_01736.DS17440.bigWig
+GSM621751	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-2; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621751_BI.Muscle_Satellite_Cultured_Cells.H3K27me3.hSKM-2.bigWig; Embargo end date=2011-08-12
+GSM493620	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Luminal epithelial cell; tissue_depot=NA; collection_method=NA; donor_id=NA; donor_age=NA; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=DNA Methylation; mre_protocol=NA; mre_protocol_chromatin_amount=NA; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=NA; original_filename=GSM493620_UCSF-UBC.Breast_Luminal_Epithelial_Cells.MRE-Seq.RM035.bigWig; Embargo end date=2010-10-07
+GSM706082_0	sample_alias=iPS-19.11-01; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=Between 30 and 40; medium=mTeSR; Sex=Male; batch=iPSC 19.11; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM706082_UCSD.iPS_DF_19.11.Input.SKiPS19.11-1.bigWig
+GSM493626	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=stem cell; tissue_depot=NA; collection_method=NA; donor_id=NA; donor_age=NA; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=DNA Methylation; mre_protocol=NA; mre_protocol_chromatin_amount=NA; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=NA; original_filename=GSM493626_UCSF-UBC.Breast_Stem_Cells.MRE-Seq.RM035.bigWig; Embargo end date=2010-10-07
+GSM667629	sample_alias=H9-03;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9-5; experiment_type=Histone H3K79me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=502497; original_filename=GSM667629_UCSD.H9.H3K79me1.SK329.bigWig; Embargo end date=2011-12-23
+GSM667628	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K56ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K56ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-677; chip_antibody_lot=DAM1462569; original_filename=GSM667628_UCSD.H9.H3K56ac.YL238.bigWig; Embargo end date=2011-11-15
+GSM667627	sample_alias=H1-10;  sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H3K56ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K56ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-677; chip_antibody_lot=DAM1462569; original_filename=GSM667627_UCSD.H1.H3K56ac.SK300.bigWig; Embargo end date=2011-12-23
+GSM667626	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=GSM667626_UCSD.H9.H3K4me1.YL123.bigWig; Embargo end date=2011-11-15
+GSM667625	sample_alias=H9-03;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9-5; experiment_type=Histone H3K4ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747; original_filename=GSM667625_UCSD.H9.H3K4ac.SK328.bigWig; Embargo end date=2011-12-23
+GSM667624	sample_alias=H1-10;  sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H3K4ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747; original_filename=GSM667624_UCSD.H1.H3K4ac.AK51.bigWig; Embargo end date=2011-12-23
+GSM667623	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=GSM667623_UCSD.H9.H3K36me3.SK278.bigWig; Embargo end date=2011-12-23
+GSM667622	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM 1612188; original_filename=GSM667622_UCSD.H9.H3K27me3.SK99.bigWig; Embargo end date=2011-11-15
+GSM667621	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K23me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2370; chip_antibody_lot=13694; original_filename=GSM667621_UCSD.H9.H3K23me2.SK277.bigWig; Embargo end date=2011-12-23
+GSM667620	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K23ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-355; chip_antibody_lot=27133; original_filename=GSM667620_UCSD.H9.H3K23ac.SK289.bigWig; Embargo end date=2011-12-23
+GSM543007	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease-free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; experiment_type=DNA Methylation; mre_protocol=Costello Lab Protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=100-300bp; original_filename=GSM543007_UCSF-UBC.Breast_vHMEC.MRE-Seq.RM035.bigWig; Embargo end date=2011-02-17
+GSM669973	sample_alias=171;  sample_common_name=Brain, Substantia Nigra; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Substantia Nigra; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669973_BI.Brain_Substantia_Nigra.H3K9me3.112.bigWig; Embargo end date=2011-12-31
+GSM751283_0	sample_alias=Brain Germinal Matrix HuFGM01; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM01; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; note=Twin of HuFGM02; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=None; smrna_preparation_initial_smrna_qnty=2.552ug; smrna_preparation_initial_smrna_qlty=RIN 6.1; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually; original_filename=GSM751283_UCSF-UBC.Brain_Germinal_Matrix.smRNA-Seq.HuFGM01.bigWig
+GSM521930	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM521930_UCSD.IMR90.Input.IMR90-05-I1.bigWig; Embargo end date=2010-12-22
+GSM706855_0	sample_alias=BioSAli 187; sample_common_name=Fetal Lung; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Lung; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Lung; donor_id=UW H22772; biomaterial_provider=University of Washington; donor_age=82 Days; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706855_BI.Fetal_Lung.Input.UW_H22772.bigWig
+GSM774208_0	sample_alias=CD34.RO_01701; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01701; donor_age=year 37; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774208_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01701.DS17112.bigWig
+GSM595927_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595927_UW.Fetal_Lung.ChromatinAccessibility.H-23284.DS14809.bigWig; Embargo end date=2011-06-21
+GSM706835_0	sample_alias=87; sample_common_name=CD3 Primary Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD3+; passage_if_expanded=NA; cell_type=CD3; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=64; biomaterial_provider=FHCRC; donor_age=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706835_BI.CD3_Primary_Cells.RRBS.64.bigWig
+GSM774223_0	sample_alias=fMuscle_Arm.H-23914d91; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774223_UW.Fetal_Muscle_Arm.ChromatinAccessibility.H-23914.DS17765.bigWig
+GSM521866	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2AK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=496800; original_filename=GSM521866_UCSD.IMR90.H2AK5ac.YL20.bigWig; Embargo end date=2010-12-22
+GSM521932	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=7; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=240; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM521932_UCSD.IMR90.Input.IMR90-07-I1.bigWig; Embargo end date=2010-12-22
+GSM806944_0	sample_alias=Brain HuFNSC01; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A and G Mix; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=75-365bp; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042; original_filename=GSM806944_UCSF-UBC.Fetal_Brain.H3K9me3.HuFNSC01.bigWig
+GSM493385	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal kidney; tissue_depot=UW; collection_method=fetal; donor_id=H-22337; donor_age=82 days; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM493385_UW.Fetal_Kidney.ChromatinAccessibility.H-22337.DS10986.bigWig; Embargo end date=2010-12-22
+GSM493384	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01535; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM493384_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01535.DS12274.bigWig; Embargo end date=2011-06-21
+GSM521868	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2AK5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab5152; chip_antibody_lot=496800; original_filename=GSM521868_UCSD.IMR90.H2AK5ac.YL60.bigWig; Embargo end date=2010-12-22
+GSM521869	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK120ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-567; chip_antibody_lot=26872; original_filename=GSM521869_UCSD.IMR90.H2BK120ac.YL06.bigWig; Embargo end date=2010-12-22
+GSM772724_0	sample_alias=BioSam 156 REMC 18; sample_common_name=Colon Smooth Muscle; collection_method=surgery; donor_health_status=NL smooth muscle, colon rsctn for Adeno CA of cecum; molecule=genomic DNA; disease=NL smooth muscle, colon rsctn for Adeno CA of cecum; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=Donor 83 REMC 18; biomaterial_provider=MGH Pathology; donor_age=77 years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM772724_BI.Colon_Smooth_Muscle.RRBS.Donor_83_REMC_18.bigWig
+GSM669585_0	sample_alias=CD8 Naive TC014; sample_common_name=CD8 Naive Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 naive; markers=CD8+, CD45RA+; donor_id=TC014; donor_age=29; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Asian/Hawaiian/Eskimo; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; smrna_preparation_initial_smrna_qnty=1000 ng; extraction_protocol_smrna_enrichment=The small RNA fraction was separated by electrophoresis on a Novex 10% TBE-Urea gel and the fraction between approximately 14-30nt was excised.  The excisd fraction was then eluted from gel fragements, followed by EtOH precipitation and was resuspended in 6.3ul.; rna_preparation_5'_rna_adapter_sequence=5' GUUCAGAGUUCUACAGUCCGACGAUC 3'; rna_preparation_3'_rna_adapter_sequence=5' pUCGUAUGCCGUCUUCUGCUUGidT 3' (p=phosphate, idT=inverted deoxythyidine); rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGA 3'; rna_preparation_3'_rna_adapter_ligation_protocol=3' RNA adapter ligation was set up with 6.3ul of purified 5' ligation product, 1.2ul of 10uM 3' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion)), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  The ligation reaction was incubated at 16oC overnight.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter ligation was set up with 6.2ul of purified small RNA fraction (14-30nt), 1.3ul of 5uM 5' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  Ligation reaction was incubated at 16oC overnight.; rna_preparation_reverse_transcription_protocol=To 4.5ul of purified ligated RNA, 0.5ul of 100uM Small RNA RT-Primer was added and heat denatured at 70oC for 2 mins.  Sample was then placed on a rack at room temperature and the following reagents were added immediately to the sample (2.0ul of 5X First Strand Buffer, 0.65ul of 10mM dNTPs (Invitrogen), 1ul of 100mM DTT (Invitrogen) and 0.5ul of RNaseOUT (40U/ul from Invitrogen).  Reaction was heated at 48oC for 3mins.  1.0ul of Superscript II RT (200U/ul from Invitrogen) was added to the reaction and was incubated at 44oC for 1 hr.  After 1hr of incubation, tube was placed on ice.  12ul of DEPC water was added to the first strand cDNA product to make a final total volume of approximately 20ul.; library_generation_pcr_template=10ul of the first strand cDNA product was used in the PCR; library_generation_pcr_template=cDNA; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; library_generation_pcr_r_primer_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669585_UCSF-UBC.CD8_Naive_Primary_Cells.smRNA-Seq.TC014.bigWig
+GSM621444	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=27; line=hiPS-15b; differentiation_method=NA; batch=hiPS-15b-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621444_BI.iPS-15b.Input.Lib_MC_20100128_06--ChIP_MC_20100125_06_hiPS-15b_WCE.bigWig; Embargo end date=2011-08-12
+GSM806946_0	sample_alias=Brain HuFNSC01; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A and G Mix; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=101-311bp; chip_antibody=H3K36me3; chip_antibody_provider=abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467; original_filename=GSM806946_UCSF-UBC.Fetal_Brain.H3K36me3.HuFNSC01.bigWig
+GSM621655	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=30; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621655_BI.Rectal_Smooth_Muscle.H3K27me3.30.bigWig; Embargo end date=2011-08-12
+GSM773043_0	sample_alias=RO 01562; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01562; donor_age=42 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773043_BI.Mobilized_CD34_Primary_Cells.H3K4me1.RO_01562.bigWig
+GSM701523_0	sample_alias=fLung_Right.H-23887d108; sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23887; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701523_UW.Fetal_Lung_Right.ChromatinAccessibility.H-23887.DS17670.bigWig
+GSM621646	collection_method=surgery;  donor_health_status=normal mucosa; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=29; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621646_BI.Rectal_Mucosa.H3K36me3.29.bigWig; Embargo end date=2011-08-12
+GSM621654	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=5; biomaterial_provider=MGH Pathology; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621654_BI.Adult_Liver.H3K4me1.5.bigWig; Embargo end date=2011-08-12
+GSM669589	sample_alias=Penis, Foreskin, Keratinocyte skin01;  sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein A/G magnetic; chip_protocol_bead_amount=30ul; chip_protocol_antibody_amount=NA; size_fraction=147-408bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9751; chip_antibody_lot=2; original_filename=GSM669589_UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K4me3.skin01.bigWig; Embargo end date=2011-12-31
+GSM621656	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=30; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621656_BI.Rectal_Smooth_Muscle.H3K36me3.30.bigWig; Embargo end date=2011-08-12
+GSM669943	sample_alias=188;  sample_common_name=CD34 Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=short term; cell_type=cultured CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=123; biomaterial_provider=FHCRC; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669943_BI.CD34_Cultured_Cells.H3K4me3.123.bigWig; Embargo end date=2011-12-31
+GSM621650	collection_method=surgery;  donor_health_status=normal mucosa; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=29; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621650_BI.Rectal_Mucosa.H3K27me3.29.bigWig; Embargo end date=2011-08-12
+GSM621651	collection_method=surgery;  donor_health_status=&quot,normal, renal cell CA (clear cell type)&quot,; molecule=genomic DNA; disease=none; tissue_type=Adult Kidney; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=27; biomaterial_provider=MGH Pathology; donor_age=67; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621651_BI.Adult_Kidney.H3K9me3.27.bigWig; Embargo end date=2011-08-12
+GSM669946	sample_alias=76A;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669946_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.57.bigWig; Embargo end date=2011-12-31
+GSM669947	sample_alias=171;  sample_common_name=Brain, Substantia Nigra; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Substantia Nigra; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669947_BI.Brain_Substantia_Nigra.H3K36me3.112.bigWig; Embargo end date=2011-12-31
+GSM669948	sample_alias=85;  sample_common_name=Skeletal Muscle; collection_method=surgery; donor_health_status=&quot,NL muscle,... Osteomylitis - BKA&quot,; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=63; biomaterial_provider=MGH Pathology; donor_age=54 years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669948_BI.Skeletal_Muscle.Input.63.bigWig; Embargo end date=2011-12-31
+GSM669949	sample_alias=40;  sample_common_name=Rectal Mucosa; collection_method=surgery; donor_health_status=&quot,normal mucosa, diverticular disease&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=31; biomaterial_provider=MGH Pathology; donor_age=61; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669949_BI.Rectal_Mucosa.H3K9ac.31.bigWig; Embargo end date=2011-12-31
+GSM669958	sample_alias=76B;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669958_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.58.bigWig; Embargo end date=2011-12-31
+GSM621658	collection_method=surgery;  donor_health_status=&quot,normal mucosa, diverticular disease&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=31; biomaterial_provider=MGH Pathology; donor_age=61; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621658_BI.Rectal_Mucosa.H3K4me3.31.bigWig; Embargo end date=2011-08-12
+GSM621659	collection_method=surgery;  donor_health_status=&quot,normal mucosa, diverticular disease&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=31; biomaterial_provider=MGH Pathology; donor_age=61; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621659_BI.Rectal_Mucosa.H3K4me1.31.bigWig; Embargo end date=2011-08-12
+GSM621713	collection_method=surgery;  donor_health_status=&quot,normal, renal cell CA (clear cell type)&quot,; molecule=genomic DNA; disease=none; tissue_type=Adult Kidney; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=27; biomaterial_provider=MGH Pathology; donor_age=67; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-440; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-320; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621713_BI.Adult_Kidney.RRBS.27.bigWig; Embargo end date=2011-08-11
+GSM621665	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Hisp; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01536; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621665_BI.Mobilized_CD34_Primary_Cells.H3K4me3.UW_RO_01536.bigWig; Embargo end date=2011-08-12
+GSM669957	sample_alias=78;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669957_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.60.bigWig; Embargo end date=2011-12-31
+GSM772725_0	sample_alias=BioSam 138; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=endoderm; medium=RPMI containing 100ng/mL of Activin A and 50ng/mL of Wnt3a; molecule=genomic DNA; disease=none; passage=NA; line=HUES64-derived CD184 positive cells; differentiation_method=HUES64 was differentiated in feeder free conditions, using RPMI containing 100ng/mL of Activin A and 50ng/mL of Wnt3a, for 5 days. On day 5, the CD184 positive population was sorted via FACS.; batch=NA; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM772725_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.RRBS.RRBS1201_and_RRBS1205.bigWig
+GSM693275_0	sample_alias=Breast vHMEC RM035; sample_common_name=Breast, vHMEC; molecule=genomic DNA; disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=Histone H3K36me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=25min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=2ug; size_fraction=233-463bp; chip_antibody=H3K36me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-058-050; chip_antibody_lot=A241-0011; original_filename=GSM693275_UCSF-UBC.Breast_vHMEC.H3K36me3.RM035.bigWig
+GSM752965_0	sample_alias=iPS-19.11-01; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=Between 30 and 40; medium=mTeSR; Sex=Male; batch=iPSC 19.11; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM 39133; chip_antibody_lot=19208002; original_filename=GSM752965_UCSD.iPS_DF_19.11.H3K27ac.SK395.bigWig
+GSM752988_0	sample_alias=iPS-19.11-02; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=25; medium=mTeSR; Sex=Male; batch=iPSC 19.11-2; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=GSM752988_UCSD.iPS_DF_19.11.H3K9me3.SK474.bigWig
+GSM701519_0	sample_alias=fKidney_renal_cortex_Left.H-23871d105; sample_common_name=Fetal Renal Cortex, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23871; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701519_UW.Fetal_Renal_Cortex_Left.ChromatinAccessibility.H-23871.DS17550.bigWig
+GSM707001_0	sample_alias=Brain Germinal Matrix HuFGM01; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM01; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; note=Twin of HuFGM02; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher  Sonic 550 Dismembrantor; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A and G Bead Mix; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=91-291bp; chip_antibody=H3K27me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-069-050; chip_antibody_lot=A299-00241; original_filename=GSM707001_UCSF-UBC.Brain_Germinal_Matrix.H3K27me3.HuFGM01.bigWig
+GSM701489_0	sample_alias=CD4.RO_01679; sample_common_name=Mobilized CD4 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=Mobilized CD4 Primary Cells; markers=CD4+; donor_id=RO 01679; donor_age=year 21; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701489_UW.Mobilized_CD4_Primary_Cells.ChromatinAccessibility.RO_01679.DS16955.bigWig
+GSM806942_0	sample_alias=Brain HuFNSC01; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A and G Mix; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=80-349bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P; original_filename=GSM806942_UCSF-UBC.Fetal_Brain.H3K4me1.HuFNSC01.bigWig
+GSM621649	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=28; biomaterial_provider=MGH Pathology; donor_age=84; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=136353; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621649_BI.Stomach_Smooth_Muscle.H3K36me3.28.bigWig; Embargo end date=2011-08-12
+GSM595918_1	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01535; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595918_CD34-DS14197.75.20.filtered-density.36.hg19.bigWig; Embargo end date=2011-06-21
+GSM774205_0	sample_alias=fIntestine_Small.H-23744d91; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23744; donor_age=day 91; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774205_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23744.DS17092.bigWig
+GSM670049	sample_alias=hES_HUES66_p20;  sample_common_name=HUES66 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=p20; line=HUES66; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=240-360; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=120-240; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670049_BI.HUES66.RRBS.RRBS941.bigWig; Embargo end date=2011-12-31
+GSM621648	collection_method=surgery;  donor_health_status=&quot,normal, renal cell CA (clear cell type)&quot,; molecule=genomic DNA; disease=none; tissue_type=Adult Kidney; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=27; biomaterial_provider=MGH Pathology; donor_age=67; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621648_BI.Adult_Kidney.H3K4me3.27.bigWig; Embargo end date=2011-08-12
+GSM707022_0	sample_alias=Penis, Foreskin, Keratinocyte skin01; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=700ng; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM707022_UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.MeDIP-Seq.skin01.bigWig
+GSM706051_0	sample_alias=ff_ips_19_11_r3; sample_common_name=iPS DF 19.11 Cell Line; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 19.11; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=49; medium=TeSR; Sex=Male; batch=Replicate 3; experiment_type=mRNA-Seq; extraction_protocol=RNeasy Blood and Tissue Kit (Qiagen); extraction_protocol_mrna_enrichment=Poly(A)Purist MAG Kit (Ambion); extraction_protocol_fragmentation=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); mrna_preparation_initial_mrna_qnty=20-100 ng; mrna_preparation_fragment_size_range=200 nt; rna_preparation_5'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_3'_rna_adapter_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_5'_rna_adapter_ligation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); rna_preparation_reverse_transcription_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_template=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_polymerase_type=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_thermocycling_program=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_number_cycles=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_f_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_r_primer_sequence=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_primer_conc=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); library_generation_pcr_product_isolation_protocol=SOLiD Total RNA-Seq (STaR-Seq, Life Technologies); original_filename=GSM706051_UCSD.iPS_DF_19.11.mRNA-Seq.mRNA-Seq_ff_ips_19_11_r3.bigWig
+GSM752981_0	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=727055; original_filename=GSM752981_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me2.AK134.bigWig
+GSM670043	sample_alias=141;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670043_BI.Adipose_Nuclei.Input.93.bigWig; Embargo end date=2011-12-31
+GSM670042	sample_alias=171;  sample_common_name=Brain, Substantia Nigra; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Substantia Nigra; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670042_BI.Brain_Substantia_Nigra.Input.112.bigWig; Embargo end date=2011-12-31
+GSM670041	sample_alias=142;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=94; biomaterial_provider=Harvard University; donor_age=25; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670041_BI.Adipose_Nuclei.H3K4me3.94.bigWig; Embargo end date=2011-12-31
+GSM670040	sample_alias=79;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670040_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.57.bigWig; Embargo end date=2011-12-31
+GSM670047	sample_alias=hFib_11_p8;  sample_common_name=Primary Fibroblast Cell Line; lineage=mesoderm; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=8; line=Fib11; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-230/180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-140/90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670047_BI.Primary_Fibroblast.RRBS.RRBS576-577.bigWig; Embargo end date=2011-12-31
+GSM621664	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Hisp; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01536; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1662421; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621664_BI.Mobilized_CD34_Primary_Cells.H3K27me3.UW_RO_01536.bigWig; Embargo end date=2011-08-12
+GSM670045	sample_alias=141;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670045_BI.Adipose_Nuclei.H3K4me1.93.bigWig; Embargo end date=2011-12-31
+GSM670044	sample_alias=81;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670044_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.59.bigWig; Embargo end date=2011-12-31
+GSM675545	sample_alias=H1-NPC_r2;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=27; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675545_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.methylC-seq_h1-npc_r2a.bigWig; Embargo end date=2011-11-16
+GSM675544	sample_alias=H1-NPC_r1;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=25; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675544_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.methylC-seq_h1-npc_r1c.bigWig; Embargo end date=2011-11-16
+GSM675546	sample_alias=H1-NPC_r2;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=27; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675546_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.methylC-seq_h1-npc_r2b.bigWig; Embargo end date=2011-11-16
+GSM675543	sample_alias=H1-NPC_r1;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=25; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675543_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.methylC-seq_h1-npc_r1b.bigWig; Embargo end date=2011-11-16
+GSM675542	sample_alias=H1-NPC_r1;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=25; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675542_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.methylC-seq_h1-npc_r1a.bigWig; Embargo end date=2011-11-16
+GSM613911	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Primary Cell; markers=None; donor_id=TC007; donor_age=34; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Asian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=A+; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613911_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.MeDIP-Seq.TC007.bigWig; Embargo end date=2011-07-28
+GSM621767	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p27; line=HUES3; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-230 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-140 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621767_BI.HUES3.RRBS.RRBS569-571.bigWig; Embargo end date=2011-08-11
+GSM767346_0	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=GSM767346_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K36me3.SK464.bigWig
+GSM706858_0	sample_alias=RO 01480; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01480; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706858_BI.Mobilized_CD34_Primary_Cells.RRBS.RO_01480.bigWig
+GSM613859	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=stem cell; markers=CD73+; donor_id=RM066; donor_age=36 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=N/A; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=1.5 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613859_UCSF-UBC.Breast_Stem_Cells.MeDIP-Seq.RM066.bigWig; Embargo end date=2011-07-28
+GSM752985_0	sample_alias=iPS-6.9-02; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=27; medium=mTeSR; Sex=Male; batch=iPSC 6.9-2; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=GSM752985_UCSD.iPS_DF_6.9.H3K4me3.SK471.bigWig
+GSM537647	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hES-I3; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=49; medium=KSR; sex=Female; batch=12/25/08; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM537647_BI.ES-I3.Input.Solexa-10219.bigWig; Embargo end date=2011-01-28
+GSM669596	sample_alias=Breast Luminal Epi RM080;  sample_common_name=Breast, Luminal Epithelial Cells; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal Epithelial Cell; markers=CD227+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=81-301bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042; original_filename=GSM669596_UCSF-UBC.Breast_Luminal_Epithelial_Cells.H3K9me3.RM080.bigWig; Embargo end date=2011-12-31
+GSM613853	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=stem cell; markers=CD73+; donor_id=RM071; donor_age=37 yrs; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=1.5 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613853_UCSF-UBC.Breast_Stem_Cells.MeDIP-Seq.RM071.bigWig; Embargo end date=2011-07-28
+GSM450236	batch=#2;  molecule=genomic DNA; disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; Sex=Male; experiment_type=DNA Methylation; mre_protocol=NA; mre_protocol_chromatin_amount=NA; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=NA; original_filename=GSM450236_UCSF-UBC.H1.MRE-Seq.HS1153.bigWig; Embargo end date=2010-10-07
+GSM613857	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM066; donor_age=36; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613857_UCSF-UBC.Breast_Myoepithelial_Cells.MeDIP-Seq.RM066.bigWig; Embargo end date=2011-07-28
+GSM613856	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal epithelial cell; markers=CD227+; donor_id=RM066; donor_age=36 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; parity=NA; karyotype=46, XX; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613856_UCSF-UBC.Breast_Luminal_Epithelial_Cells.MeDIP-Seq.RM066.bigWig; Embargo end date=2011-07-28
+GSM706073_0	sample_alias=iPS-6.9-01; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=33; medium=mTeSR; Sex=Male; batch=iPSC 6.9; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab8895; chip_antibody_lot=720417; original_filename=GSM706073_UCSD.iPS_DF_6.9.H3K4me1.SK397.bigWig
+GSM613818	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal epithelial cell; markers=CD227+; donor_id=RM070; donor_age=26 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=NA; parity=2; karyotype=46, XX; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=40-336 bp; original_filename=GSM613818_UCSF-UBC.Breast_Luminal_Epithelial_Cells.MRE-Seq.RM070.bigWig; Embargo end date=2011-07-28
+GSM707006	sample_alias=Neurospheres, Cortex Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=76-323bp; chip_antibody=H3K9me3,H3K27me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-069-050; chip_antibody_lot=A299-00241; original_filename=GSM707006_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.H3K27me3.HuFNSC02.bigWig
+GSM595913_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-22510; donor_age=122 days; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595913_UW.Fetal_Brain.ChromatinAccessibility.H-22510.DS11877.bigWig; Embargo end date=2011-06-21
+GSM707004	sample_alias=Neurospheres, Cortex Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=3.75ug; size_fraction=75-362bp; chip_antibody=H3K4me3; chip_antibody_provider=CST; chip_antibody_catalog=pAb-037-050,9751S; chip_antibody_lot=Lot#2; original_filename=GSM707004_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.H3K4me3.HuFNSC02.bigWig
+GSM707005	sample_alias=Neurospheres, Cortex Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=91-352bp; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-056-050; chip_antibody_lot=A93-0042; original_filename=GSM707005_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.H3K9me3.HuFNSC02.bigWig^
+GSM521909	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K79me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab3594; chip_antibody_lot=573640; original_filename=GSM521909_UCSD.IMR90.H3K79me2.LL238.bigWig; Embargo end date=2010-12-22
+GSM521908	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=7; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K79me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=240; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=679856; original_filename=GSM521908_UCSD.IMR90.H3K79me1.YL145.bigWig; Embargo end date=2010-12-22
+GSM434762	batch=#1;  molecule=genomic DNA; disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; sex=Male; experiment_type=Histone H3K4me1; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=25 min; chip_protocol=NA; chip_protocol_chromatin_amount=35.3 ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=30 ul; chip_protocol_antibody_amount=NA; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=535659; original_filename=GSM434762_UCSF-UBC.H1.H3K4me1.H1EScd1-me1K4-D.bigWig; Embargo end date=2010-05-03
+GSM543035	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Naive Primary Cell; markers=CD4+,CD45RA+; donor_id=TC001; donor_age=21; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; experiment_type=Histone H3K36me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20 min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=1ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=15 ul; chip_protocol_antibody_amount=2ug; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=395432; original_filename=GSM543035_UCSF-UBC.CD4_Naive_Primary_Cells.H3K36me3.TC001.bigWig; Embargo end date=2011-02-17
+GSM521904	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K79me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886-100; chip_antibody_lot=502497; original_filename=GSM521904_UCSD.IMR90.H3K79me1.YL16.bigWig; Embargo end date=2010-12-22
+GSM521907	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=6; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K79me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=150; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=527479; original_filename=GSM521907_UCSD.IMR90.H3K79me1.YL103.bigWig; Embargo end date=2010-12-22
+GSM521906	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=3; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K79me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab2886; chip_antibody_lot=502497; original_filename=GSM521906_UCSD.IMR90.H3K79me1.SK11.bigWig; Embargo end date=2010-12-22
+GSM521901	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=4; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM39159; chip_antibody_lot=15808002; original_filename=GSM521901_UCSD.IMR90.H3K4me3.SK03.bigWig; Embargo end date=2010-12-22
+GSM521900	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=4; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=577702; original_filename=GSM521900_UCSD.IMR90.H3K4me2.SK07.bigWig; Embargo end date=2010-12-22
+GSM521903	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K56ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K56ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-677; chip_antibody_lot=DAM1462569; original_filename=GSM521903_UCSD.IMR90.H3K56ac.YL61.bigWig; Embargo end date=2010-12-22
+GSM521902	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K56ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K56ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-677; chip_antibody_lot=DAM1462569; original_filename=GSM521902_UCSD.IMR90.H3K56ac.YL05.bigWig; Embargo end date=2010-12-22
+GSM621449	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD4+ CD25high IL7R-; passage_if_expanded=NA; cell_type=Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=20; biomaterial_provider=Whitehead Institute; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621449_BI.Treg_Primary_Cells.H3K36me3.20.bigWig; Embargo end date=2011-08-12
+GSM621448	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD4+ CD25high IL7R-; passage_if_expanded=NA; cell_type=Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=20; biomaterial_provider=Whitehead Institute; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1662421; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621448_BI.Treg_Primary_Cells.H3K27me3.20.bigWig; Embargo end date=2011-08-12
+GSM753973_0	sample_alias=Breast vHMEC RM035; sample_common_name=Breast, vHMEC; molecule=genomic DNA; disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM753973_UW.Breast_vHMEC.ChromatinAccessibility.RM035.DS18406.bigWig
+GSM665823	sample_alias=fThymus.H-23589d147;  sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-23589; donor_age=day 147; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665823_UW.Fetal_Thymus.ChromatinAccessibility.H-23589.DS16490.bigWig; Embargo end date=2011-11-02
+GSM493617	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty; biomaterial_type=Primary Tissue; tissue_type=Luminal epithelial cell; tissue_depot=NA; collection_method=NA; donor_id=NA; donor_age=NA; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=DNA Methylation; mre_protocol=NA; mre_protocol_chromatin_amount=NA; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=NA; original_filename=GSM493617_UCSF-UBC.Breast_Luminal_Epithelial_Cells.MRE-Seq.RM037.bigWig; Embargo end date=2010-10-07
+GSM621732	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=28; biomaterial_provider=MGH Pathology; donor_age=84; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-440; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-320; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621732_BI.Stomach_Smooth_Muscle.RRBS.28.bigWig; Embargo end date=2011-08-11
+GSM621441	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal kidney; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=H-22676; biomaterial_provider=UW; donor_age=120 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621441_BI.Fetal_Kidney.H3K9me3.UW_H-22676.bigWig; Embargo end date=2011-08-12
+GSM621666	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Hisp; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01536; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621666_BI.Mobilized_CD34_Primary_Cells.H3K36me3.UW_RO_01536.bigWig; Embargo end date=2011-08-12
+GSM621443	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=ADMSC; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=1; biomaterial_provider=Harvard University; donor_age=31; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621443_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.1.bigWig; Embargo end date=2011-08-12
+GSM621442	donor_health_status=healthy;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621442_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.57.bigWig; Embargo end date=2011-08-12
+GSM621445	collection_method=surgery;  donor_health_status=&quot,NL mucosa,... Pancreatitis/IPMN&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=duodenum; donor_id=61; biomaterial_provider=MGH Pathology; donor_age=76 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621445_BI.Duodenum_Mucosa.H3K9ac.61.bigWig; Embargo end date=2011-08-12
+GSM605316	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Millipore; chip_antibody_catalog=04-745; chip_antibody_lot=DAM 1606983; original_filename=GSM605316_UCSD.H9.H3K4me3.SK101.bigWig; Embargo end date=2011-07-07
+GSM621447	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=Memory CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=20; biomaterial_provider=Whitehead Institute; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621447_BI.CD4_Memory_Primary_Cells.Input.20.bigWig; Embargo end date=2011-08-12
+GSM621446	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=ADMSC; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=1; biomaterial_provider=Harvard University; donor_age=31; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621446_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.1.bigWig; Embargo end date=2011-08-12
+GSM537696	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-15b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=27.0; medium=KSR; sex=Female; batch=0/0/00; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM537696_BI.iPS-15b.Input.Solexa-15157.bigWig; Embargo end date=2011-01-28
+GSM537697	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=3.0; donor_age=NA; donor_health_status=none; donor_sex=Female; donor_ethnicity=NA; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-473; chip_antibody_lot=DAM1623866; original_filename=GSM537697_BI.Adult_Liver.H3K4me3.3.bigWig; Embargo end date=2011-01-28
+GSM537694	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-11a; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=19; medium=KSR; sex=Male; batch=1/26/09; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=04-745; chip_antibody_lot=DAM1541166; original_filename=GSM537694_BI.iPS-11a.H3K4me3.Solexa-11733.bigWig; Embargo end date=2011-01-28
+GSM537695	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=3.0; donor_age=NA; donor_health_status=none; donor_sex=Female; donor_ethnicity=NA; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537695_BI.Adult_Liver.H3K9me3.3.bigWig; Embargo end date=2011-01-28
+GSM537692	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-15b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=33.0; medium=KSR; sex=Female; batch=0/0/00; experiment_type=Histone H3K9ac; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4441; chip_antibody_lot=455103; original_filename=GSM537692_BI.iPS-15b.H3K9ac.Solexa-20747.bigWig; Embargo end date=2011-01-28
+GSM537693	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-11a; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=19; medium=KSR; sex=Male; batch=1/26/09; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM537693_BI.iPS-11a.Input.Solexa-11734.bigWig; Embargo end date=2011-01-28
+GSM537690	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-15b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=33.0; medium=KSR; sex=Female; batch=0/0/00; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=499302; original_filename=GSM537690_BI.iPS-15b.H3K36me3.Solexa-20749.bigWig; Embargo end date=2011-01-28
+GSM537691	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-15b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=33.0; medium=KSR; sex=Female; batch=0/0/00; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537691_BI.iPS-15b.H3K9me3.Solexa-20732.bigWig; Embargo end date=2011-01-28
+GSM774241_0	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774241_UW.Penis_Foreskin_Fibroblast_Primary_Cells.ChromatinAccessibility.skin01.DS18229.bigWig
+GSM669922	sample_alias=141;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669922_BI.Adipose_Nuclei.H3K9ac.93.bigWig; Embargo end date=2011-12-31
+GSM753437_0	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=GSM753437_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K4me1.SK461.bigWig
+GSM669616	sample_alias=PBMC TC014;  sample_common_name=Peripheral Blood Mononuclear Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=PBMC; markers=NA; donor_id=TC014; donor_age=29; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Asian/Hawaiian/Eskimo; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.1; rna_preparation_initial_rna_qnty=2 ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=168-367bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669616_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.mRNA-Seq.TC014.bigWig; Embargo end date=2011-12-31
+GSM537698	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=3.0; donor_age=NA; donor_health_status=none; donor_sex=Female; donor_ethnicity=NA; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1540736; original_filename=GSM537698_BI.Adult_Liver.H3K27me3.3.bigWig; Embargo end date=2011-01-28
+GSM434785	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Male; experiment_type=Histone H3K9ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab4441; chip_antibody_lot=511238; original_filename=GSM434785_UCSD.H1.H3K9ac.LL240.bigWig; Embargo end date=2010-05-03
+GSM669584_0	sample_alias=CD4 Memory TC014; sample_common_name=CD4 Memory Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Memory; markers=CD4+,CD45RO+; donor_id=TC014; donor_age=29 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Asian/Hawaiian/Eskimo; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; smrna_preparation_initial_smrna_qnty=1000 ng; extraction_protocol_smrna_enrichment=The small RNA fraction was separated by electrophoresis on a Novex 10% TBE-Urea gel and the fraction between approximately 14-30nt was excised.  The excisd fraction was then eluted from gel fragements, followed by EtOH precipitation and was resuspended in 6.3ul.; rna_preparation_5'_rna_adapter_sequence=5' GUUCAGAGUUCUACAGUCCGACGAUC 3'; rna_preparation_3'_rna_adapter_sequence=5' pUCGUAUGCCGUCUUCUGCUUGidT 3' (p=phosphate, idT=inverted deoxythyidine); rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGA 3'; rna_preparation_3'_rna_adapter_ligation_protocol=3' RNA adapter ligation was set up with 6.3ul of purified 5' ligation product, 1.2ul of 10uM 3' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion)), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  The ligation reaction was incubated at 16oC overnight.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter ligation was set up with 6.2ul of purified small RNA fraction (14-30nt), 1.3ul of 5uM 5' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  Ligation reaction was incubated at 16oC overnight.; rna_preparation_reverse_transcription_protocol=To 4.5ul of purified ligated RNA, 0.5ul of 100uM Small RNA RT-Primer was added and heat denatured at 70oC for 2 mins.  Sample was then placed on a rack at room temperature and the following reagents were added immediately to the sample (2.0ul of 5X First Strand Buffer, 0.65ul of 10mM dNTPs (Invitrogen), 1ul of 100mM DTT (Invitrogen) and 0.5ul of RNaseOUT (40U/ul from Invitrogen).  Reaction was heated at 48oC for 3mins.  1.0ul of Superscript II RT (200U/ul from Invitrogen) was added to the reaction and was incubated at 44oC for 1 hr.  After 1hr of incubation, tube was placed on ice.  12ul of DEPC water was added to the first strand cDNA product to make a final total volume of approximately 20ul.; library_generation_pcr_template=10ul of the first strand cDNA product was used in the PCR; library_generation_pcr_template=cDNA; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; library_generation_pcr_r_primer_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669584_UCSF-UBC.CD4_Memory_Primary_Cells.smRNA-Seq.TC014.bigWig
+GSM665822	sample_alias=fKidney_Left.H-23589d147;  sample_common_name=Fetal Kidney, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-23589; donor_age=day 147; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665822_UW.Fetal_Kidney_Left.ChromatinAccessibility.H-23589.DS16446.bigWig; Embargo end date=2011-11-02
+GSM621735	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=p43; line=hiPS-20b; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=118-260 or 160-380; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-170 or 70-290; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621735_BI.iPS-20b.RRBS.RRBS591-592.bigWig; Embargo end date=2011-08-11
+GSM669587_0	sample_alias=Breast Myo Epi RM080; sample_common_name=Breast, Myoepithelial Cells; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM080; donor_age=33; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; location=Left; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; smrna_preparation_initial_smrna_qnty=1000 ng; extraction_protocol_smrna_enrichment=The small RNA fraction was separated by electrophoresis on a Novex 10% TBE-Urea gel and the fraction between approximately 14-30nt was excised.  The excisd fraction was then eluted from gel fragements, followed by EtOH precipitation and was resuspended in 6.3ul.; rna_preparation_5'_rna_adapter_sequence=5' GUUCAGAGUUCUACAGUCCGACGAUC 3'; rna_preparation_3'_rna_adapter_sequence=5' pUCGUAUGCCGUCUUCUGCUUGidT 3' (p=phosphate, idT=inverted deoxythyidine); rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGA 3'; rna_preparation_3'_rna_adapter_ligation_protocol=3' RNA adapter ligation was set up with 6.3ul of purified 5' ligation product, 1.2ul of 10uM 3' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion)), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  The ligation reaction was incubated at 16oC overnight.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter ligation was set up with 6.2ul of purified small RNA fraction (14-30nt), 1.3ul of 5uM 5' RNA adapter, 1ul of 10x Ligation buffer, 1ul of T4 RNA Ligase (5U/ul from Ambion), and 0.5ul of Rnase OUT (40U/ul from Invitrogen).  Ligation reaction was incubated at 16oC overnight.; rna_preparation_reverse_transcription_protocol=To 4.5ul of purified ligated RNA, 0.5ul of 100uM Small RNA RT-Primer was added and heat denatured at 70oC for 2 mins.  Sample was then placed on a rack at room temperature and the following reagents were added immediately to the sample (2.0ul of 5X First Strand Buffer, 0.65ul of 10mM dNTPs (Invitrogen), 1ul of 100mM DTT (Invitrogen) and 0.5ul of RNaseOUT (40U/ul from Invitrogen).  Reaction was heated at 48oC for 3mins.  1.0ul of Superscript II RT (200U/ul from Invitrogen) was added to the reaction and was incubated at 44oC for 1 hr.  After 1hr of incubation, tube was placed on ice.  12ul of DEPC water was added to the first strand cDNA product to make a final total volume of approximately 20ul.; library_generation_pcr_template=10ul of the first strand cDNA product was used in the PCR; library_generation_pcr_template=cDNA; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; library_generation_pcr_r_primer_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM669587_UCSF-UBC.Breast_Myoepithelial_Cells.smRNA-Seq.RM080.bigWig
+GSM621734	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p28 or p29; line=HUES_1p28 ES; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=148-320 or 200-420; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=28-200 or 80-300; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621734_BI.HUES1.RRBS.RRBS768-771.bigWig; Embargo end date=2011-08-11
+GSM595930_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-23365; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595930_UW.Fetal_Lung.ChromatinAccessibility.H-23365.DS15227.bigWig; Embargo end date=2011-06-21
+GSM669611	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC01;  sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM669611_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.MeDIP-Seq.HuFNSC01.bigWig; Embargo end date=2011-12-31
+GSM701493_0	sample_alias=CD19.RO_01727; sample_common_name=CD19 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=RO 01727; donor_age=year 34; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701493_UW.CD19_Primary_Cells.ChromatinAccessibility.RO_01727.DS17281.bigWig
+GSM706057_1	sample_alias=ff_ips_6_9_r1; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 6.9; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=33; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706057_UCSD.iPS_DF_6.9.Bisulfite-Seq.methylC-seq_ff_ips_6_9_r1a.bigWig
+GSM621438	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal kidney; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=H-22676; biomaterial_provider=UW; donor_age=120 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621438_BI.Fetal_Kidney.H3K4me3.UW_H-22676.bigWig; Embargo end date=2011-08-12
+GSM621439	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Cauc; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01549; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621439_BI.Mobilized_CD34_Primary_Cells.H3K4me3.UW_RO_01549.bigWig; Embargo end date=2011-08-12
+GSM773049_0	sample_alias=RO 01562; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01562; donor_age=42 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773049_BI.Mobilized_CD34_Primary_Cells.H3K9me3.RO_01562.bigWig
+GSM621434	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal heart; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=heart; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621434_BI.Fetal_Heart.H3K9me3.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM621435	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=7; biomaterial_provider=Harvard University; donor_age=49; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621435_BI.Adipose_Nuclei.H3K4me3.7.bigWig; Embargo end date=2011-08-12
+GSM621436	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Cauc; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01549; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621436_BI.Mobilized_CD34_Primary_Cells.H3K9me3.UW_RO_01549.bigWig; Embargo end date=2011-08-12
+GSM621437	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=RO 01480; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621437_BI.Mobilized_CD34_Primary_Cells.H3K4me3.UW_RO_01480.bigWig; Embargo end date=2011-08-12
+GSM621430	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal kidney; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=H-22676; biomaterial_provider=UW; donor_age=120 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621430_BI.Fetal_Kidney.H3K9ac.UW_H-22676.bigWig; Embargo end date=2011-08-12
+GSM621431	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=Cauc; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=RO 01549; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1662421; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621431_BI.Mobilized_CD34_Primary_Cells.H3K27me3.UW_RO_01549.bigWig; Embargo end date=2011-08-12
+GSM621432	collection_method=surgery;  donor_health_status=&quot,NL mucosa,... Pancreatitis/IPMN&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=duodenum; donor_id=61; biomaterial_provider=MGH Pathology; donor_age=76 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621432_BI.Duodenum_Mucosa.H3K4me3.61.bigWig; Embargo end date=2011-08-12
+GSM621433	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=27; line=hiPS-15b; differentiation_method=NA; batch=hiPS-15b-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621433_BI.iPS-15b.H3K27me3.Lib_MC_20100128_05--ChIP_MC_20100125_05_hiPS-15b_H3K27Me3.bigWig; Embargo end date=2011-08-12
+GSM665812	sample_alias=CD4.RO_01670;  sample_common_name=CD4 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD4 Primary Cells; markers=CD4+; donor_id=RO 01670; donor_age=year 33; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665812_UW.CD4_Primary_Cells.ChromatinAccessibility.RO_01670.DS15947.bigWig; Embargo end date=2011-11-02
+GSM669992	sample_alias=176;  sample_common_name=Brain, Inferior Temporal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Inferior Temporal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669992_BI.Brain_Inferior_Temporal_Lobe.H3K4me3.112.bigWig; Embargo end date=2011-12-31
+GSM669991	sample_alias=77;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669991_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.59.bigWig; Embargo end date=2011-12-31
+GSM669990	sample_alias=82;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669990_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.60.bigWig; Embargo end date=2011-12-31
+GSM669997	sample_alias=143;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=95; biomaterial_provider=Harvard University; donor_age=81; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669997_BI.Adipose_Nuclei.H3K36me3.95.bigWig; Embargo end date=2011-12-31
+GSM669996	sample_alias=77;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669996_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.59.bigWig; Embargo end date=2011-12-31
+GSM669995	sample_alias=188;  sample_common_name=CD34 Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=short term; cell_type=cultured CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=123; biomaterial_provider=FHCRC; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669995_BI.CD34_Cultured_Cells.H3K9me3.123.bigWig; Embargo end date=2011-12-31
+GSM669994	sample_alias=173;  sample_common_name=Brain, Anterior Caudate; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Anterior Caudate; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669994_BI.Brain_Anterior_Caudate.H3K9me3.112.bigWig; Embargo end date=2011-12-31
+GSM774204_0	sample_alias=fThymus.H-23663d105; sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-23663; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774204_UW.Fetal_Thymus.ChromatinAccessibility.H-23663.DS16841.bigWig
+GSM669999	sample_alias=77;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669999_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.59.bigWig; Embargo end date=2011-12-31
+GSM669998	sample_alias=141;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669998_BI.Adipose_Nuclei.H3K4me3.93.bigWig; Embargo end date=2011-12-31
+GSM707009_0	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=80-298bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=Lot#4; original_filename=GSM707009_UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K4me3.HuFNSC02.bigWig
+GSM767356_0	sample_alias=NPC-04; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-4; experiment_type=ChIP-Seq Input; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=GSM767356_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Input.SK506.bigWig
+GSM772728_0	sample_alias=206; sample_common_name=H9 Derived Neuron Cultured Cells; lineage=ectoderm; medium=Differentiated from hNP1(trademark) for 2 weeks under defined (feeder &amp, serum free) conditions – AB2+ANS+LIF on Matrigel (i.e., differentiation medium); molecule=genomic DNA; disease=none; passage=NA; line=Neurons derived from ES H9 cell; differentiation_method=differentiated in vitro by vendor; batch=NA; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Female; biomaterial_provider=ArunA Biomedical, Athens, GA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM772728_BI.H9_Derived_Neuron_Cultured_Cells.RRBS.RRBS1089.bigWig
+GSM466737	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 25 and 45; medium=mTeSER; Sex=Male; batch=1; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=475787; original_filename=GSM466737_UCSD.H1.H3K36me3.LL160.bigWig; Embargo end date=2010-10-07
+GSM602255	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with BMP4; differentiation_method=H1 cells were cultured in TeSR containing 50 ng/ml BMP4 for 5 days; passage=25, including 10 passages in TeSR; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95ËšC 2 min, 98ËšC 30 sec, 4 cycles of 98ËšC 15 sec, 60ËšC 30 sec, 72ËšC 4 min, 72ËšC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM602255_UCSD.H1-BMP4.Bisulfite-Seq.methylC-seq_h1+bmp4_r2b.bigWig; Embargo end date=2011-07-07
+GSM706839_0	sample_alias=RO 01517; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01517; donor_age=year 43; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706839_BI.Mobilized_CD34_Primary_Cells.RRBS.RO_01517.bigWig
+GSM669929	sample_alias=188;  sample_common_name=CD34 Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=short term; cell_type=cultured CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=123; biomaterial_provider=FHCRC; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669929_BI.CD34_Cultured_Cells.Input.123_rel2.bigWig; Embargo end date=2011-12-31
+GSM595915_1	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-22934B; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM595915_UW.Fetal_Lung.ChromatinAccessibility.H-22934B.DS13507.bigWig; Embargo end date=2011-06-21
+GSM767350_0	sample_alias=NPC-03; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-3; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=GSM767350_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K4me3.LH12.bigWig
+GSM701501_0	sample_alias=fKidney_renal_pelvis.H-23790d108; sample_common_name=Fetal Renal Pelvis; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis; tissue_depot=UW; collection_method=fetal; donor_id=H-23790; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701501_UW.Fetal_Renal_Pelvis.ChromatinAccessibility.H-23790.DS17381.bigWig
+GSM429322	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; batch=Replicate 1; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=30; medium=TeSR; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM429322_UCSD.H1.Bisulfite-Seq.methylC-seq_h1_r2b.bigWig; Embargo end date=2010-07-13
+GSM701526_0	sample_alias=CD3.CB6_1-4-2011; sample_common_name=CD3 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CB6 1-4-2011; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701526_UW.CD3_Primary_Cells.ChromatinAccessibility.CB6_1-4-2011.DS17706.bigWig
+GSM767343_0	sample_alias=NPC-04; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-4; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=GSM767343_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K27ac.SK504.bigWig
+GSM621719	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=p22; line=hiPS cells(3F)/11a(1)-P22; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621719_BI.iPS-11a.RRBS.RRBS354-355.bigWig; Embargo end date=2011-08-11
+GSM806947_0	sample_alias=Brain Germinal Matrix HuFGM02; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=5ug; size_fraction=71-281bp; original_filename=GSM806947_UCSF-UBC.Brain_Germinal_Matrix.Input.HuFGM02.bigWig
+GSM486702	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39661; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM486702_BI.CD34_Primary_Cells.Input.CD34_39661.bigWig; Embargo end date=2010-10-06
+GSM772735_0	sample_alias=BioSam 201; sample_common_name=Fetal Heart; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Heart; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Heart; donor_id=UW H23914; biomaterial_provider=University of Washington; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772735_BI.Fetal_Heart.H3K4me3.UW_H23914.bigWig
+GSM486707	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39889; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=151302; original_filename=GSM486707_BI.CD34_Primary_Cells.H3K4me1.CD34_39889.bigWig; Embargo end date=2011-02-11
+GSM486706	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39804; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=dam151401; original_filename=GSM486706_BI.CD34_Primary_Cells.H3K27me3.CD34_39804.bigWig; Embargo end date=2011-01-28
+GSM486705	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39661; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=0; chip_antibody_catalog=0; chip_antibody_lot=0; original_filename=GSM486705_BI.CD34_Primary_Cells.H3K36me3.CD34_39661.bigWig; Embargo end date=2010-10-06
+GSM486704	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39661; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=0; chip_antibody_catalog=0; chip_antibody_lot=0; original_filename=GSM486704_BI.CD34_Primary_Cells.H3K27me3.CD34_39661.bigWig; Embargo end date=2011-01-28
+GSM486709	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39629; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K4me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K4Me3; chip_antibody_provider=0; chip_antibody_catalog=0; chip_antibody_lot=0; original_filename=GSM486709_BI.CD34_Primary_Cells.H3K4me3.CD34_39629.bigWig; Embargo end date=2011-01-28
+GSM486708	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=CD34_39811; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2 - 15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=151302; original_filename=GSM486708_BI.CD34_Primary_Cells.H3K4me1.CD34_39811.bigWig; Embargo end date=2011-01-28
+GSM753439_0	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=727055; original_filename=GSM753439_UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me2.SK498.bigWig
+GSM767352_0	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=GSM767352_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K9me3.SK508.bigWig
+GSM806938_0	sample_alias=Brain HuFNSC02; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=15ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=116-375bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467; original_filename=GSM806938_UCSF-UBC.Fetal_Brain.H3K36me3.HuFNSC02.bigWig
+GSM706080_0	sample_alias=iPS-6.9-01; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=33; medium=mTeSR; Sex=Male; batch=iPSC 6.9; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab8898; chip_antibody_lot=699671; original_filename=GSM706080_UCSD.iPS_DF_6.9.H3K9me3.SK274.bigWig
+GSM621718	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p21; line=HUES9; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621718_BI.HUES9.RRBS.RRBS540-541.bigWig; Embargo end date=2011-08-11
+GSM669599	sample_alias=CD4 Memory TC009;  sample_common_name=CD4 Memory Primary Cells; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Memory; markers=CD4+,CD45RO+; donor_id=TC009; donor_age=30 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=O+; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=36-279bp; original_filename=GSM669599_UCSF-UBC.CD4_Memory_Primary_Cells.MRE-Seq.TC009.bigWig; Embargo end date=2011-12-31
+GSM774244_0	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774244_UW.Penis_Foreskin_Melanocyte_Primary_Cells.ChromatinAccessibility.skin01.DS18601.bigWig
+GSM701510_0	sample_alias=fKidney_renal_pelvis.H-23833d113; sample_common_name=Fetal Renal Pelvis; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis; tissue_depot=UW; collection_method=fetal; donor_id=H-23833; donor_age=day 113; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701510_UW.Fetal_Renal_Pelvis.ChromatinAccessibility.H-23833.DS17451.bigWig
+GSM429321	molecule=genomic DNA;  disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; batch=Replicate 1; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=30; medium=TeSR; Sex=Male; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM429321_UCSD.H1.Bisulfite-Seq.methylC-seq_h1_r2a.bigWig; Embargo end date=2010-07-13
+GSM707021_0	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=570ng; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM707021_UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.MeDIP-Seq.skin01.bigWig
+GSM706838_0	sample_alias=fBrain.H-22510d122; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-22510; donor_age=122 days; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706838_BI.Fetal_Brain.RRBS.H-22510.bigWig
+GSM669908	sample_alias=140;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669908_BI.Adipose_Nuclei.H3K4me1.92.bigWig; Embargo end date=2011-12-31
+GSM669909	sample_alias=80;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669909_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.58.bigWig; Embargo end date=2011-12-31
+GSM669904	sample_alias=140;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669904_BI.Adipose_Nuclei.H3K9ac.92.bigWig; Embargo end date=2011-12-31
+GSM669905	sample_alias=175;  sample_common_name=Brain, Cingulate Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Cingulate Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669905_BI.Brain_Cingulate_Gyrus.H3K4me3.112.bigWig; Embargo end date=2011-12-31
+GSM669906	sample_alias=172;  sample_common_name=Brain, Hippocampus Middle; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Hippocampus Middle; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669906_BI.Brain_Hippocampus_Middle.H3K9ac.112.bigWig; Embargo end date=2011-12-31
+GSM669907	sample_alias=188;  sample_common_name=CD34 Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=short term; cell_type=cultured CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=123; biomaterial_provider=FHCRC; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669907_BI.CD34_Cultured_Cells.H3K4me1.123.bigWig; Embargo end date=2011-12-31
+GSM669901	sample_alias=hES_H9_p58;  sample_common_name=H9 Cell Line; lineage=embrionic stem cell; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=58; line=H9; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=160-250/190-400; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-130/70-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM669901_BI.H9.RRBS.RRBS747-748.bigWig; Embargo end date=2011-12-31
+GSM772723_0	sample_alias=BioSam 139; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=endoderm; medium=RPMI containing 100ng/mL of Activin A and 50ng/mL of Wnt3a; molecule=genomic DNA; disease=none; passage=NA; line=HUES64-derived CD184 positive cells; differentiation_method=HUES64 was differentiated in feeder free conditions, using RPMI containing 100ng/mL of Activin A and 50ng/mL of Wnt3a, for 5 days. On day 5, the CD184 positive population was sorted via FACS.; batch=NA; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM772723_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.RRBS.RRBS1202_and_RRBS1206.bigWig
+GSM605311	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-20x; experiment_type=Histone H3K4ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=Upstate 07-539; chip_antibody_lot=26747; original_filename=GSM605311_UCSD.H1.H3K4ac.SAK207.bigWig; Embargo end date=2011-07-07
+GSM707018_0	sample_alias=Penis, Foreskin, Keratinocyte skin01; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=5ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, Bsh1236I, SsiI, HpyCH4IV; mre_protocol_size_fraction=63-323bp; original_filename=GSM707018_UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.MRE-Seq.skin01.bigWig
+GSM706853_0	sample_alias=BioSAli 187; sample_common_name=Fetal Lung; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Lung; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Lung; donor_id=UW H22772; biomaterial_provider=University of Washington; donor_age=82 Days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706853_BI.Fetal_Lung.H3K4me1.UW_H22772.bigWig
+GSM767341_0	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=GSM767341_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K27ac.SK436.bigWig
+GSM613923	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive; markers=CD8+, CD45RA+; donor_id=TC009; donor_age=30 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=O+; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=30-274bp; original_filename=GSM613923_UCSF-UBC.CD8_Naive_Primary_Cells.MRE-Seq.TC009.bigWig; Embargo end date=2011-07-28
+GSM693276_0	sample_alias=Breast Myo Epi RM066; sample_common_name=Breast, Myoepithelial Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=myo epithelial cell; markers=CD10+; donor_id=RM066; donor_age=36; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=n/a; karyotype=46, XX; parity=NA; experiment_type=Histone H3K9ac; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=1ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=10ul; size_fraction=NA; chip_antibody=H3K9ac; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9649S; chip_antibody_lot=1; original_filename=GSM693276_UCSF-UBC.Breast_Myoepithelial_Cells.H3K9ac.RM066.bigWig
+GSM543017	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell; cell_type=Breast Myoepithelial; markers=CD10+; donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM543017_UCSF-UBC.Breast_Myoepithelial_Cells.MeDIP-Seq.RM035.bigWig; Embargo end date=2011-02-17
+GSM752983_0	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Millipore; chip_antibody_catalog=04-745; chip_antibody_lot=NG1643014; original_filename=GSM752983_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me3.AK135.bigWig
+GSM706054_0	sample_alias=ff_ips_19_11_r1; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 19.11; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=32; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706054_UCSD.iPS_DF_19.11.Bisulfite-Seq.combined.bigWig
+GSM706077_0	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H3K79me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=679856; original_filename=GSM706077_UCSD.H9.H3K79me1.SK374.bigWig
+GSM774221_0	sample_alias=fKidney.H-23914d91; sample_common_name=Fetal Kidney; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney; tissue_depot=UW; collection_method=fetal; donor_id=H-23914; donor_age=day 91; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774221_UW.Fetal_Kidney.ChromatinAccessibility.H-23914.DS17753.bigWig
+GSM613920	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Naive; markers=CD4+, CD45RA+; donor_id=TC009; donor_age=30 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=O+; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=34-284bp; original_filename=GSM613920_UCSF-UBC.CD4_Naive_Primary_Cells.MRE-Seq.TC009.bigWig; Embargo end date=2011-07-28
+GSM752963_0	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H2BK20ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK20ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-347; chip_antibody_lot=22355; original_filename=GSM752963_UCSD.H9.H2BK20ac.SK377.bigWig
+GSM670087	sample_alias=hES_HUES13_p47;  sample_common_name=HUES13 Cell Line; lineage=embrionic stem cell; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=47; line=HUES13; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=160-250/190-400; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-130/70-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670087_BI.HUES13.RRBS.RRBS749-750.bigWig; Embargo end date=2011-12-31
+GSM605310	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=GSM605310_UCSD.H9.H3K36me3.SK102.bigWig; Embargo end date=2011-07-07
+GSM521899	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=577702; original_filename=GSM521899_UCSD.IMR90.H3K4me2.LL232.bigWig; Embargo end date=2010-12-22
+GSM521898	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=7; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=240; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=GSM521898_UCSD.IMR90.H3K4me1.SYL133.bigWig; Embargo end date=2010-12-22
+GSM773044_0	sample_alias=RO 01535; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01535; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773044_BI.Mobilized_CD34_Primary_Cells.Input.RO_01535.bigWig
+GSM670081	sample_alias=hFib_18_p7;  sample_common_name=Primary Fibroblast Cell Line; lineage=mesoderm; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=none; passage=7; line=19 Fib; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250/180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160/90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM670081_BI.Primary_Fibroblast.RRBS.RRBS422-423.bigWig; Embargo end date=2011-12-31
+GSM665813	sample_alias=CD8.RO_01670;  sample_common_name=CD8 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD8 Primary Cells; markers=CD8+; donor_id=RO 01670; donor_age=year 33; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665813_UW.CD8_Primary_Cells.ChromatinAccessibility.RO_01670.DS16012.bigWig; Embargo end date=2011-11-02
+GSM521893	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K4ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747; original_filename=GSM521893_UCSD.IMR90.H3K4ac.LL239.bigWig; Embargo end date=2010-12-22
+GSM521892	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=5; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=GSM521892_UCSD.IMR90.H3K36me3.YL67.bigWig; Embargo end date=2010-12-22
+GSM521890	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K36me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=475787; original_filename=GSM521890_UCSD.IMR90.H3K36me3.LL225.bigWig; Embargo end date=2010-12-22
+GSM521897	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=4; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=535659; original_filename=GSM521897_UCSD.IMR90.H3K4me1.SK04.bigWig; Embargo end date=2010-12-22
+GSM665810	sample_alias=fKidney_Right.H-23435d117;  sample_common_name=Fetal Kidney, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23435; donor_age=day 117; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665810_UW.Fetal_Kidney_Right.ChromatinAccessibility.H-23435.DS15651.bigWig; Embargo end date=2011-11-02
+GSM521895	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=u535659; original_filename=GSM521895_UCSD.IMR90.H3K4me1.LL222.bigWig; Embargo end date=2010-12-22
+GSM521894	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=3; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K4ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=120; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747; original_filename=GSM521894_UCSD.IMR90.H3K4ac.SK16.bigWig; Embargo end date=2010-12-22
+GSM701506_0	sample_alias=fMuscle_Arm.H-23808d115; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-23808; donor_age=day 115; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701506_UW.Fetal_Muscle_Arm.ChromatinAccessibility.H-23808.DS17432.bigWig
+GSM665811	sample_alias=fHeart.H-23468d96;  sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23468; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665811_UW.Fetal_Heart.ChromatinAccessibility.H-23468.DS15839.bigWig; Embargo end date=2011-11-02
+GSM613913	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Naive; markers=CD4+, CD45RA+; donor_id=TC007; donor_age=34; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Asian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=A+; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613913_UCSF-UBC.CD4_Naive_Primary_Cells.MeDIP-Seq.TC007.bigWig; Embargo end date=2011-07-28
+GSM665816	sample_alias=fKidney.H-23524d105;  sample_common_name=Fetal Kidney; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney; tissue_depot=UW; collection_method=fetal; donor_id=H-23524; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665816_UW.Fetal_Kidney.ChromatinAccessibility.H-23524.DS16139.bigWig; Embargo end date=2011-11-02
+GSM774228_0	sample_alias=fIntestine_Large.H-23964d98; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23964; donor_age=day 98; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774228_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23964.DS17841.bigWig
+GSM774206_0	sample_alias=fLung_Right.H-23744d91; sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23744; donor_age=day 91; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774206_UW.Fetal_Lung_Right.ChromatinAccessibility.H-23744.DS17101.bigWig
+GSM665817	sample_alias=fHeart.H-23524d105;  sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23524; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665817_UW.Fetal_Heart.ChromatinAccessibility.H-23524.DS16146.bigWig; Embargo end date=2011-11-02
+GSM669979	sample_alias=142;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=94; biomaterial_provider=Harvard University; donor_age=25; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669979_BI.Adipose_Nuclei.H3K36me3.94.bigWig; Embargo end date=2011-12-31
+GSM469965	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K18ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab1191; chip_antibody_lot=122116; original_filename=GSM469965_UCSD.IMR90.H3K18ac.LL230.bigWig; Embargo end date=2010-12-22
+GSM469966	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab4729; chip_antibody_lot=454269; original_filename=GSM469966_UCSD.IMR90.H3K27ac.LL231.bigWig; Embargo end date=2010-12-22
+GSM469967	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Branson Tip Sonicator; extraction_protocol_sonication_cycles=30; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab4729; chip_antibody_lot=454269; original_filename=GSM469967_UCSD.IMR90.H3K27ac.LL235.bigWig; Embargo end date=2010-12-22
+GSM621669	collection_method=surgery;  donor_health_status=&quot,normal mucosa, adeno. CA of Cecum&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=32; biomaterial_provider=MGH Pathology; donor_age=73; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621669_BI.Colonic_Mucosa.Input.32.bigWig; Embargo end date=2011-08-12
+GSM621668	collection_method=surgery;  donor_health_status=&quot,normal mucosa, adeno. CA of Cecum&quot,; molecule=genomic DNA; disease=none; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=32; biomaterial_provider=MGH Pathology; donor_age=73; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621668_BI.Colonic_Mucosa.H3K9me3.32.bigWig; Embargo end date=2011-08-12
+GSM605319	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1E; experiment_type=Histone H3K79me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=502497; original_filename=GSM605319_UCSD.H1.H3K79me1.SAK73.bigWig; Embargo end date=2011-07-07
+GSM605318	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1E; experiment_type=Histone H3K79me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=502497; original_filename=GSM605318_UCSD.H1.H3K79me1.YL82.bigWig; Embargo end date=2011-07-07
+GSM605317	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=54; medium=mTeSER; Sex=Male; batch=H1Ep54-25x; experiment_type=Histone H3K56ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K56ac; chip_antibody_provider=Upstate; chip_antibody_catalog=Upstate 07-677; chip_antibody_lot=DAM1462569; original_filename=GSM605317_UCSD.H1.H3K56ac.SAK211.bigWig; Embargo end date=2011-07-07
+GSM669970	sample_alias=173;  sample_common_name=Brain, Anterior Caudate; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Anterior Caudate; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669970_BI.Brain_Anterior_Caudate.H3K4me1.112.bigWig; Embargo end date=2011-12-31
+GSM605315	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H3K4me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Millipore; chip_antibody_catalog=Millipore 04-745; chip_antibody_lot=DAM 1554357; original_filename=GSM605315_UCSD.H1.H3K4me3.SAK67.bigWig; Embargo end date=2011-07-07
+GSM605314	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=727055; original_filename=GSM605314_UCSD.H9.H3K4me2.SK198.bigWig; Embargo end date=2011-07-07
+GSM669975	sample_alias=142;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=94; biomaterial_provider=Harvard University; donor_age=25; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669975_BI.Adipose_Nuclei.H3K4me1.94.bigWig; Embargo end date=2011-12-31
+GSM605312	molecule=genomic DNA;  disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=27; medium=mTeSER; Sex=Male; batch=H1Jp27(16); experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=GSM605312_UCSD.H1.H3K4me1.YL131.bigWig; Embargo end date=2011-07-07
+GSM669977	sample_alias=171;  sample_common_name=Brain, Substantia Nigra; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Substantia Nigra; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669977_BI.Brain_Substantia_Nigra.H3K9ac.112.bigWig; Embargo end date=2011-12-31
+GSM621662	collection_method=surgery;  donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=rectum; donor_id=30; biomaterial_provider=MGH Pathology; donor_age=50; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621662_BI.Rectal_Smooth_Muscle.H3K4me3.30.bigWig; Embargo end date=2011-08-12
+GSM621742	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-1; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me2; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab7766; chip_antibody_provider=Abcam; chip_antibody_lot=56293; experiment_type=Histone H3K4me2; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621742_BI.Muscle_Satellite_Cultured_Cells.H3K4me2.hSKM-1.bigWig; Embargo end date=2011-08-12
+GSM621743	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-1; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621743_BI.Muscle_Satellite_Cultured_Cells.Input.hSKM-1.bigWig; Embargo end date=2011-08-12
+GSM621740	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-1; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621740_BI.Muscle_Satellite_Cultured_Cells.H3K27me3.hSKM-1.bigWig; Embargo end date=2011-08-12
+GSM621741	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-1; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621741_BI.Muscle_Satellite_Cultured_Cells.H3K4me1.hSKM-1.bigWig; Embargo end date=2011-08-12
+GSM621746	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-2; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621746_BI.Muscle_Satellite_Cultured_Cells.Input.hSKM-2.bigWig; Embargo end date=2011-08-12
+GSM621747	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-2; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621747_BI.Muscle_Satellite_Cultured_Cells.H3K9me3.hSKM-2.bigWig; Embargo end date=2011-08-12
+GSM621744	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-1; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621744_BI.Muscle_Satellite_Cultured_Cells.H3K9me3.hSKM-1.bigWig; Embargo end date=2011-08-12
+GSM621745	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-2; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621745_BI.Muscle_Satellite_Cultured_Cells.H3K4me3.hSKM-2.bigWig; Embargo end date=2011-08-12
+GSM751280_0	sample_alias=Neurospheres, Cortex Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=None; smrna_preparation_initial_smrna_qnty=3.232ug; smrna_preparation_initial_smrna_qlty=RIN 9.1; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually; original_filename=GSM751280_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.smRNA-Seq.HuFNSC02.bigWig
+GSM621748	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-2; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621748_BI.Muscle_Satellite_Cultured_Cells.H3K9ac.hSKM-2.bigWig; Embargo end date=2011-08-12
+GSM621749	lineage=mesoderm;  medium=DMEM; molecule=genomic DNA; disease=none; passage=unknown; line=hSKM; differentiation_method=in vivo; batch=hSKM-2; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Unknown; biomaterial_provider=Duke University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621749_BI.Muscle_Satellite_Cultured_Cells.H3K36me3.hSKM-2.bigWig; Embargo end date=2011-08-12
+GSM701502_0	sample_alias=fKidney_renal_cortex.H-23790d108; sample_common_name=Fetal Renal Cortex; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex; tissue_depot=UW; collection_method=fetal; donor_id=H-23790; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701502_UW.Fetal_Renal_Cortex.ChromatinAccessibility.H-23790.DS17387.bigWig
+GSM665818	sample_alias=fIntestine_Large.H-23524d105;  sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23524; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665818_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23524.DS16164.bigWig; Embargo end date=2011-11-02
+GSM621405	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=H-22676; biomaterial_provider=UW; donor_age=120 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621405_BI.Fetal_Lung.H3K4me3.UW_H-22676.bigWig; Embargo end date=2011-08-12
+GSM621404	donor_health_status=NA;  molecule=genomic DNA; disease=none; markers=CD34+; passage_if_expanded=NA; cell_type=Mobilized CD34; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=RO 01517; biomaterial_provider=UW; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621404_BI.Mobilized_CD34_Primary_Cells.H3K4me3.UW_RO_01517.bigWig; Embargo end date=2011-08-12
+GSM537650	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=Mobilized CD34 Primary Cells; markers=CD34+; donor_id=RO 01508; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K4me1; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K4Me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=151302; original_filename=GSM537650_BI.Mobilized_CD34_Primary_Cells.H3K4me1.Mobilized_CD34_5_28_09.bigWig; Embargo end date=2011-01-28
+GSM537651	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=Mobilized CD34 Primary Cells; markers=CD34+; donor_id=RO 01508; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=136353; original_filename=GSM537651_BI.Mobilized_CD34_Primary_Cells.H3K36me3.Mobilized_CD34_5_28_09.bigWig; Embargo end date=2011-01-28
+GSM537656	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD34 Cultured Cells; markers=CD34+; donor_id=cultured CD34_2/20/09; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1514011; original_filename=GSM537656_BI.CD34_Cultured_Cells.H3K27me3.cultured_CD34_2_20_09.bigWig; Embargo end date=2011-01-28
+GSM621400	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal lung; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=lung; donor_id=H-22727; biomaterial_provider=UW; donor_age=101 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621400_BI.Fetal_Lung.H3K9ac.UW_H-22727.bigWig; Embargo end date=2011-08-12
+GSM537654	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_2/20/09; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537654_BI.CD19_Primary_Cells.H3K9me3.CD19_2_20_09.bigWig; Embargo end date=2011-01-28
+GSM621402	donor_health_status=healthy;  molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621402_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.57.bigWig; Embargo end date=2011-08-12
+GSM621562	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-20b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=36.0; medium=KSR; Sex=Male; batch=0/0/00; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621562_BI.iPS-20b.RRBS.RRBS526-527.bigWig; Embargo end date=2011-08-11
+GSM537658	molecule=genomic DNA;  disease=none; biomaterial_provider=Islet Cell Resource Center; biomaterial_type=Primary Cell; cell_type=Pancreatic Islets; markers=none; donor_id=pancreatic islets normal_3/27/09; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Millipore; chip_antibody_catalog=CS200603; chip_antibody_lot=DAM1499359; original_filename=GSM537658_BI.Pancreatic_Islets.H3K27me3.pancreatic_islets_normal_3_27_09.bigWig; Embargo end date=2011-01-28
+GSM537659	molecule=genomic DNA;  disease=none; biomaterial_provider=Islet Cell Resource Center; biomaterial_type=Primary Cell; cell_type=Pancreatic Islets; markers=none; donor_id=pancreatic islets normal_3/27/09; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM537659_BI.Pancreatic_Islets.Input.pancreatic_islets_normal_3_27_09.bigWig; Embargo end date=2011-01-28
+GSM621409	collection_method=surgery;  donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Fetal kidney; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=H-22676; biomaterial_provider=UW; donor_age=120 days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM621409_BI.Fetal_Kidney.H3K4me1.UW_H-22676.bigWig; Embargo end date=2011-08-12
+GSM621567	molecule=genomic DNA;  disease=none; biomaterial_provider=Islet Cell Resource Center; biomaterial_type=Primary Cell; cell_type=Pancreatic Islets; markers=none; donor_id=pancreatic islets normal_0/0/00; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=40-160 or 90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=180-350 or 130-250; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621567_BI.Pancreatic_Islets.RRBS.pancreatic_islets_normal_0_0_00.bigWig; Embargo end date=2011-08-11
+GSM621564	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-18c; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=27.0; medium=KSR; Sex=Female; batch=0/0/00; experiment_type=DNA Methylation; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); extraction_protocol_type_of_sonicator=NA; extraction_protocol_sonication_cycles=NA; dna_preparation_initial_dna_qnty=20 ng; dna_preparation_fragment_size_range=90-260; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_post-ligation_fragment_size_selection=180-350; bisulfite_conversion_protocol=2x5hrs Epitect Kit; bisulfite_conversion_percent=&gt,99%; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_number_cycles=15.0; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=Gel size selection; original_filename=GSM621564_BI.iPS-18c.RRBS.RRBS396.bigWig; Embargo end date=2011-08-11
+GSM806945_0	sample_alias=Brain HuFNSC01; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=85-341bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A299000242; original_filename=GSM806945_UCSF-UBC.Fetal_Brain.H3K27me3.HuFNSC01.bigWig
+GSM670010	sample_alias=176;  sample_common_name=Brain, Inferior Temporal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Inferior Temporal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670010_BI.Brain_Inferior_Temporal_Lobe.Input.112.bigWig; Embargo end date=2011-12-31
+GSM670011	sample_alias=176;  sample_common_name=Brain, Inferior Temporal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Inferior Temporal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670011_BI.Brain_Inferior_Temporal_Lobe.H3K36me3.112.bigWig; Embargo end date=2011-12-31
+GSM670012	sample_alias=79;  sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670012_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.57.bigWig; Embargo end date=2011-12-31
+GSM670013	sample_alias=197;  sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670013_BI.HUES48.H3K9ac.Lib_MC_20101025_11--ChIP_MC_20101020_11_ES_cell_HUES_48_H3K9Ac.bigWig; Embargo end date=2011-12-31
+GSM670014	sample_alias=141;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670014_BI.Adipose_Nuclei.H3K36me3.93.bigWig; Embargo end date=2011-12-31
+GSM670015	sample_alias=174;  sample_common_name=Brain, Mid Frontal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Mid Frontal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670015_BI.Brain_Mid_Frontal_Lobe.H3K4me1.112.bigWig; Embargo end date=2011-12-31
+GSM670016	sample_alias=174;  sample_common_name=Brain, Mid Frontal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Mid Frontal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670016_BI.Brain_Mid_Frontal_Lobe.H3K4me3.112.bigWig; Embargo end date=2011-12-31
+GSM670017	sample_alias=143;  sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=95; biomaterial_provider=Harvard University; donor_age=81; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670017_BI.Adipose_Nuclei.H3K27me3.95.bigWig; Embargo end date=2011-12-31
+GSM670018	sample_alias=76B;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670018_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.58.bigWig; Embargo end date=2011-12-31
+GSM670019	sample_alias=78;  sample_common_name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM670019_BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.60.bigWig; Embargo end date=2011-12-31
+GSM428289	molecule=genomic DNA;  disease=Normal; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=n/a; differentiation_stage=undifferentiated; differentiation_method=n/a; passage=n/a; medium=n/a; sex=Male; batch=#1; experiment_type=ChIP-Seq Input; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=15 min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; original_filename=GSM428289_UCSF-UBC.H1.Input.TOTAL-H1EScd1.bigWig; Embargo end date=2010-05-03
+GSM706059_0	sample_alias=H9_r1; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=NA; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=42; medium=TeSR; Sex=Female; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706059_UCSD.H9.Bisulfite-Seq.combined.bigWig
+GSM706059_1	sample_alias=H9_r1; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=NA; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=42; medium=TeSR; Sex=Female; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706059_UCSD.H9.Bisulfite-Seq.methylC-seq_h9_r1a.bigWig
+GSM706064_0	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H3K18ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=527530; original_filename=GSM706064_UCSD.H9.H3K18ac.SK375.bigWig
+GSM432688_1	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432688_UCSD.IMR90.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM665815	sample_alias=fIntestine_Large.H-23500d103;  sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23500; donor_age=day 103; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM665815_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23500.DS16027.bigWig; Embargo end date=2011-11-02
+GSM665037	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=AM39133; chip_antibody_lot=19208002; original_filename=GSM665037_UCSD.H9.H3K27ac.SK265.bigWig; Embargo end date=2011-12-23
+GSM537638	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD19 Primary Cells; markers=CD19+; donor_id=CD19_6/26/08; donor_age=NA; donor_health_status=none; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=not passaged; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27me3; chip_antibody_provider=none; chip_antibody_catalog=none; chip_antibody_lot=none; original_filename=GSM537638_BI.CD19_Primary_Cells.H3K27me3.CD19_6_26_08.bigWig; Embargo end date=2011-01-28
+GSM806941_0	sample_alias=Brain Germinal Matrix HuFGM02; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=15ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=81-301bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042; original_filename=GSM806941_UCSF-UBC.Brain_Germinal_Matrix.H3K9me3.HuFGM02.bigWig
+GSM752964_0	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H3K14ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab52946; chip_antibody_lot=945863; original_filename=GSM752964_UCSD.H9.H3K14ac.SK380.bigWig
+GSM772726_0	sample_alias=BioSam 149; sample_common_name=Stomach Mucosa; collection_method=surgery; donor_health_status=NK stomach mucosa, stomach rmvd as part of pancr. CA; molecule=genomic DNA; disease=NK stomach mucosa, stomach rmvd as part of pancr. CA; tissue_type=mucosa; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=157; biomaterial_provider=MGH Pathology; donor_age=59 years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM772726_BI.Stomach_Mucosa.RRBS.157.bigWig
+GSM537639	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=WA-7; lineage=embrionic stem cell; differentiation_stage=undifferentiated; differentiation_method=none; passage=46; medium=KSR; sex=Female; batch=12/25/08; experiment_type=Histone H3K9me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K9Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=484088; original_filename=GSM537639_BI.ES-WA7.H3K9me3.Solexa-12613.bigWig; Embargo end date=2011-01-28
+GSM751288_0	sample_alias=Neurospheres, Cortex Derived HuFNSC03; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC03; donor_age=15GW; donor_health_status=Disease Free; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=5; karyotype=NA; parity=NA; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=None; smrna_preparation_initial_smrna_qnty=3.432ug; smrna_preparation_initial_smrna_qlty=RIN 8; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually; original_filename=GSM751288_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.smRNA-Seq.HuFNSC03.bigWig
+GSM772729_0	sample_alias=RO 01536; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM772729_BI.Mobilized_CD34_Primary_Cells.RRBS.RO_01536.bigWig
+GSM774227_0	sample_alias=fLung_Right.H-23964d98; sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23964; donor_age=day 98; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774227_UW.Fetal_Lung_Right.ChromatinAccessibility.H-23964.DS17831.bigWig
+GSM707015_0	sample_alias=Brain H22510; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=NA; biomaterial_provider=U of Washington Kaul lab; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=H22510; donor_age=GD122; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, SsiI; mre_protocol_size_fraction=49-281bp; original_filename=GSM707015_UCSF-UBC.Fetal_Brain.MRE-Seq.H22510.bigWig
+GSM774215_0	sample_alias=fPlacenta.H-23887d108; sample_common_name=Fetal Placenta; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Placenta; tissue_depot=UW; collection_method=fetal; donor_id=H-23887; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774215_UW.Fetal_Placenta.ChromatinAccessibility.H-23887.DS17639.bigWig
+GSM772730_0	sample_alias=RO 01562; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01562; donor_age=42 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM772730_BI.Mobilized_CD34_Primary_Cells.RRBS.RO_01562.bigWig
+GSM752989_0	sample_alias=iPS-6.9-02; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=27; medium=mTeSR; Sex=Male; batch=iPSC 6.9-2; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab8898; chip_antibody_lot=699671; original_filename=GSM752989_UCSD.iPS_DF_6.9.H3K9me3.SK503.bigWig
+GSM428291	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=CDI protocol; sex=Male; batch=#1; experiment_type=Histone H3K9me3; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=15 min; chip_protocol=Farnham lab protocol; chip_protocol_chromatin_amount=44ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=30uL (CST); chip_protocol_antibody_amount=NA; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=492774; original_filename=GSM428291_UCSF-UBC.H1.H3K9me3.H1EScd1-me3K9-A.bigWig; Embargo end date=2010-05-03
+GSM621721	lineage=induced pluripotent cells;  medium=KSR; molecule=genomic DNA; disease=none; passage=p27; line=hiPS-15b; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=130-250 or 180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=40-160 or 90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621721_BI.iPS-15b.RRBS.RRBS356-357.bigWig; Embargo end date=2011-08-11
+GSM701538_0	sample_alias=fStomach.H-23964d98; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-23964; donor_age=day 98; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701538_UW.Fetal_Stomach.ChromatinAccessibility.H-23964.DS17878.bigWig
+GSM428295	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; sex=Male; batch=#1; experiment_type=Histone H3K27me3; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=15 min; chip_protocol=Farnham lab protocol; chip_protocol_chromatin_amount=44ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=30uL; chip_protocol_antibody_amount=NA; chip_antibody=H3K27me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9733; chip_antibody_lot=1; original_filename=GSM428295_UCSF-UBC.H1.H3K27me3.H1EScd1-me3K27-A.bigWig; Embargo end date=2010-05-03
+GSM428296	molecule=genomic DNA;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; sex=Male; batch=#1; experiment_type=Histone H3K36me3; extraction_protocol=NA; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=15 min; chip_protocol=Farnham lab protocol; chip_protocol_chromatin_amount=32.7ug; chip_protocol_bead_type=Protein G Mag Beads; chip_protocol_bead_amount=30uL; chip_protocol_antibody_amount=NA; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=NA; original_filename=GSM428296_UCSF-UBC.H1.H3K36me3.H1EScd1-me3K36-A.bigWig; Embargo end date=2010-05-03
+GSM752982_0	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H3K4me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=727055; original_filename=GSM752982_UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me2.AK164.bigWig
+GSM751286_0	sample_alias=Brain HuFNSC01; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=None; smrna_preparation_initial_smrna_qnty=3.24ug; smrna_preparation_initial_smrna_qlty=RIN 7.1; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually; original_filename=GSM751286_UCSF-UBC.Fetal_Brain.smRNA-Seq.HuFNSC01.bigWig
+GSM613917	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive; markers=CD8+, CD45RA+; donor_id=TC007; donor_age=34; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Asian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=A+; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613917_UCSF-UBC.CD8_Naive_Primary_Cells.MeDIP-Seq.TC007.bigWig; Embargo end date=2011-07-28
+GSM537699	molecule=genomic DNA;  disease=none; biomaterial_provider=MGH Pathology; biomaterial_type=Primary Tissue; tissue_type=liver; tissue_depot=liver; collection_method=surgery; donor_id=3.0; donor_age=NA; donor_health_status=none; donor_sex=Female; donor_ethnicity=NA; experiment_type=Histone H3K36me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K36Me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=761748; original_filename=GSM537699_BI.Adult_Liver.H3K36me3.3.bigWig; Embargo end date=2011-01-28
+GSM751272_0	sample_alias=Neurospheres, Cortex Derived HuFNSC02; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.5; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751272_UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.mRNA-Seq.HuFNSC02.bigWig
+GSM530657	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01549; donor_age=33 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530657_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01549.DS12734.bigWig; Embargo end date=2011-01-28
+GSM530656	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal lung; tissue_depot=UW; collection_method=fetal; donor_id=H-22676; donor_age=122 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530656_UW.Fetal_Lung.ChromatinAccessibility.H-22676.DS12646.bigWig; Embargo end date=2011-01-28
+GSM530655	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal kidney; tissue_depot=UW; collection_method=fetal; donor_id=H-22676; donor_age=122 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530655_UW.Fetal_Kidney.ChromatinAccessibility.H-22676.DS12635.bigWig; Embargo end date=2011-01-28
+GSM530654	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal heart; tissue_depot=UW; collection_method=fetal; donor_id=H-22662; donor_age=96 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530654_UW.Fetal_Heart.ChromatinAccessibility.H-22662.DS12531.bigWig; Embargo end date=2011-01-28
+GSM530653	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal adrenal; tissue_depot=UW; collection_method=fetal; donor_id=H-22662; donor_age=96 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530653_UW.Fetal_Adrenal_Gland.ChromatinAccessibility.H-22662.DS12528.bigWig; Embargo end date=2011-01-28
+GSM530652	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530652_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01536.DS12339.bigWig; Embargo end date=2011-01-28
+GSM530651	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-22510; donor_age=122 days; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530651_UW.Fetal_Brain.ChromatinAccessibility.H-22510.DS11872.bigWig; Embargo end date=2011-01-28
+GSM613829	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=stem cell; markers=CD73+; donor_id=RM071; donor_age=37 yrs; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=3 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, AciI; mre_protocol_size_fraction=30-280 bp; original_filename=GSM613829_UCSF-UBC.Breast_Stem_Cells.MRE-Seq.RM071.bigWig; Embargo end date=2011-07-28
+GSM706072_0	sample_alias=iPS-19.11-01; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=Between 30 and 40; medium=mTeSR; Sex=Male; batch=iPSC 19.11; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab8895; chip_antibody_lot=720417; original_filename=GSM706072_UCSD.iPS_DF_19.11.H3K4me1.SK401.bigWig
+GSM484408	molecule=;  disease=None; biomaterial_provider=Cellular Dynamics International; biomaterial_type=Cell Line; line=H1 (WA01); lineage=NA; differentiation_stage=undifferentiated; differentiation_method=NA; passage=NA; medium=NA; Sex=Male; batch=#2; experiment_type=mRNA-Seq; extraction_protocol=Invitrogen Trizol RNA extraction; extraction_protocol_mrna_enrichment=Miltenyi-Biotec mRNA purification; extraction_protocol_fragmentation=NA; mrna_preparation_initial_mrna_qnty=NA; mrna_preparation_fragment_size_range=NA; rna_preparation_5'_rna_adapter_sequence=NA; rna_preparation_3'_rna_adapter_sequence=NA; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_5'_dephosphorylation=NA; rna_preparation_5'_phosphorylation=NA; rna_preparation_3'_rna_adapter_ligation_protocol=NA; rna_preparation_5'_rna_adapter_ligation_protocol=NA; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT protocol; library_generation_pcr_template=cDNA; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98°C 30 sec, 10 cycle of 98°C 10 sec, 65°C 30 sec, 72°C 30 sec, then 72°C 5 min, 4°C forever; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.4uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM484408_UCSF-UBC.H1.mRNA-Seq.H1EScd1_batch2_vial2.bigWig; Embargo end date=2010-10-07
+GSM706852_0	sample_alias=BioSAli 187; sample_common_name=Fetal Lung; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Lung; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Lung; donor_id=UW H22772; biomaterial_provider=University of Washington; donor_age=82 Days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706852_BI.Fetal_Lung.H3K27me3.UW_H22772.bigWig
+GSM613896	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC012; donor_age=27; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Indian/Arabian; passage_if_expanded=NA; karyotype=46, XY; parity=NA; blood_type=NA; experiment_type=ChIP-Seq Input; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Input; chip_protocol_chromatin_amount=100ng; size_fraction=93-315bp; original_filename=GSM613896_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.Input.TC012.HS2743.bigWig; Embargo end date=2011-08-11
+GSM530659	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01492; donor_age=39 years; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530659_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01492.DS12774.bigWig; Embargo end date=2011-01-28
+GSM530658	molecule=genomic DNA;  disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01480; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530658_UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01480.DS12771.bigWig; Embargo end date=2011-01-28
+GSM701508_0	sample_alias=CD56.RO_01736; sample_common_name=CD56 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD56 Primary Cells; markers=CD56+; donor_id=RO 01736; donor_age=year 37; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701508_UW.CD56_Primary_Cells.ChromatinAccessibility.RO_01736.DS17443.bigWig
+GSM751284_0	sample_alias=Brain Germinal Matrix HuFGM02; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=None; smrna_preparation_initial_smrna_qnty=1.032ug; smrna_preparation_initial_smrna_qlty=NA; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually; original_filename=GSM751284_UCSF-UBC.Brain_Germinal_Matrix.smRNA-Seq.HuFGM02.bigWig
+GSM613867	molecule=genomic DNA;  disease=None; biomaterial_provider=Tlsty Lab, University of California, San Francisco; biomaterial_type=Primary Cell Culture; cell_type=Variant Human Mammary Epithelial Cells; markers=NA; culture_conditions=spilt 1:5 in MEGM medium (Lonza Inc.); donor_id=RM035; donor_age=18; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=8; karyotype=46,XX,1dmin; parity=N/A; experiment_type=mRNA-Seq; extraction_protocol=McManus Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 8.1; rna_preparation_initial_rna_qnty=10ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=100-300bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM613867_UCSF-UBC.Breast_vHMEC.mRNA-Seq.RM035.bigWig; Embargo end date=2011-07-28
+GSM701514_0	sample_alias=fIntestine_Large.H-23855d85; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23855; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701514_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23855.DS17502.bigWig
+GSM613914	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Memory; markers=CD4, CD45RO+; donor_id=TC007; donor_age=34; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Asian; passage_if_expanded=NA; karyotype=46, XX; parity=NA; blood_type=A+; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613914_UCSF-UBC.CD4_Memory_Primary_Cells.MeDIP-Seq.TC007.bigWig; Embargo end date=2011-07-28
+GSM613864	molecule=genomic DNA;  disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal epithelial cell; markers=CD227+; donor_id=RM037; donor_age=39 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African American; passage_if_expanded=NA; parity=NA; karyotype=46, XX; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=1.5 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613864_UCSF-UBC.Breast_Luminal_Epithelial_Cells.MeDIP-Seq.RM037.bigWig; Embargo end date=2011-07-28
+GSM706856_0	sample_alias=fHeart.H-23468d96; sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23468; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706856_BI.Fetal_Heart.Input.H-23468.bigWig
+GSM701509_0	sample_alias=fSpleen.H-23399d112; sample_common_name=Fetal Spleen; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Spleen; tissue_depot=UW; collection_method=fetal; donor_id=H-23399; donor_age=day 112; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701509_UW.Fetal_Spleen.ChromatinAccessibility.H-23399.DS17448.bigWig
+GSM675542_1	sample_alias=H1-NPC_r1;  sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into neural progenitor cells; differentiation_method=H1 cells were differentiated by culturing in insulin, SB, Noggin; passage=25; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM675542_UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Bisulfite-Seq.combined.bigWig; Embargo end date=2011-11-16
+GSM752976_0	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H3K4ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747; original_filename=GSM752976_UCSD.H9.H3K4ac.SK379.bigWig
+GSM613862	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Memory; markers=CD4+,CD45RO+; donor_id=TC003; donor_age=21; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XX; parity=N/A; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=1.5 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM613862_UCSF-UBC.CD4_Memory_Primary_Cells.MeDIP-Seq.TC003.bigWig; Embargo end date=2011-07-28
+GSM537701	molecule=genomic DNA;  disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-20b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=20.0; medium=KSR; sex=Male; batch=0/0/00; experiment_type=ChIP-Seq Input; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Input; chip_protocol_chromatin_amount=standard; original_filename=GSM537701_BI.iPS-20b.Input.Solexa-10232.bigWig; Embargo end date=2011-01-28
+GSM432689_1	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432689_UCSD.IMR90.Bisulfite-Seq.combined.bigWig; Embargo end date=2010-07-13
+GSM701490_0	sample_alias=fIntestine_Large.H-23758d107; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23758; donor_age=day 107; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701490_UW.Fetal_Intestine_Large.ChromatinAccessibility.H-23758.DS17157.bigWig
+GSM706840_0	sample_alias=fBrain.H-23284d96; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706840_BI.Fetal_Brain.RRBS.H-23284.bigWig
+GSM537703	molecule=genomic DNA;  disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD15 Primary Cells; markers=CD15+; donor_id=23.0; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Histone H3K27me3; extraction_protocol=SDS lysis; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=1; chip_protocol=Bernstein_BROAD_ENCODE_protocol; chip_protocol_chromatin_amount=10 million cells; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_protocol_bead_amount=70 ul bed volume; chip_protocol_antibody_amount=2-15 ug; chip_antibody=H3K27Me3; chip_antibody_provider=Upstate; chip_antibody_catalog=07-449; chip_antibody_lot=dam151401; original_filename=GSM537703_BI.CD15_Primary_Cells.H3K27me3.23.bigWig; Embargo end date=2011-01-28
+GSM701525_0	sample_alias=CD3.CB1_1-3-2011; sample_common_name=CD3 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD3 Primary Cells; markers=CD3+; donor_id=CB1 1-3-2011; donor_age=NA; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701525_UW.CD3_Primary_Cells.ChromatinAccessibility.CB1_1-3-2011.DS17702.bigWig
+GSM621591	lineage=embrionic stem cell;  medium=KSR; molecule=genomic DNA; disease=none; passage=p19; line=HUES63; differentiation_method=NA; batch=NA; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=180-350; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=90-260; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM621591_BI.HUES63.RRBS.RRBS519.bigWig; Embargo end date=2011-08-11
+GSM706842_0	sample_alias=fHeart.H-22727d101; sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal heart; tissue_depot=UW; collection_method=fetal; donor_id=H-22727; donor_age=101 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=20 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=5' P-GATCGGAAGAGCTCGTATGCCGTCTTCTGCTTG and 5' ACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; dna_preparation_post-ligation_fragment_size_selection=120-370; bisulfite_conversion_percent=&gt,99%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=Gel size selection; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=15; extraction_protocol_type_of_sonicator=NA; original_filename=GSM706842_BI.Fetal_Heart.RRBS.H-22727.bigWig
+GSM707002_0	sample_alias=Brain Germinal Matrix HuFGM01; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM01; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; note=Twin of HuFGM02; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher  Sonic 550 Dismembrantor; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A and G Bead Mix; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=81-336bp; chip_antibody=H3K36me3; chip_antibody_provider=abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467; original_filename=GSM707002_UCSF-UBC.Brain_Germinal_Matrix.H3K36me3.HuFGM01.bigWig
+GSM767342_0	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H3K27ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=GSM767342_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K27ac.SK438.bigWig
+GSM789284_0	sample_alias=H1-10; sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H4K20me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K20me1; chip_antibody_provider=Active Motif; chip_antibody_catalog=39727; chip_antibody_lot=3610001; original_filename=GSM789284_UCSD.H1.H4K20me1.SK529.bigWig
+GSM751274_0	sample_alias=Brain HuFNSC01; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC02; experiment_type=mRNA-Seq; extraction_protocol=Costello Lab Protocol; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 7.1; rna_preparation_initial_rna_qnty=2ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=181-281bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=GSM751274_UCSF-UBC.Fetal_Brain.mRNA-Seq.HuFNSC01.bigWig
+GSM432692	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=5; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432692_UCSD.IMR90.Bisulfite-Seq.methylC-seq_imr90_r2c.bigWig; Embargo end date=2010-07-13
+GSM613894	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC010; donor_age=28; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XY; parity=NA; blood_type=O+; experiment_type=ChIP-Seq Input; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Input; chip_protocol_chromatin_amount=1ug; size_fraction=38-269bp; original_filename=GSM613894_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.Input.TC010.HS2626.bigWig; Embargo end date=2011-08-11
+GSM432690	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=5; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432690_UCSD.IMR90.Bisulfite-Seq.methylC-seq_imr90_r2a.bigWig; Embargo end date=2010-07-13
+GSM432691	molecule=genomic DNA;  disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=Replicate 2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=5; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions'; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=20 cycles of; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=50-500 bp; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=Standard Illumina genomic DNA library preparation ligation protocol (15 minutes at room temperature), except the adapters contained methylcytosine and were supplied by Illumina; dna_preparation_post-ligation_fragment_size_selection=Separation by electrophoresis on a 2% agarose gel followed by excision of 140-210 bp fragments; bisulfite_conversion_protocol=Standard Human Genetic Signatures MethylEasy Xceed bisulfite conversion kit protocol; bisulfite_conversion_percent=99.6% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the 140-210 nt adapter-ligated, bisulfite converted DNA was used in each 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95˚C 2 min, 98˚C 30 sec, 4 cycles of 98˚C 15 sec, 60˚C 30 sec, 72˚C 4 min, 72˚C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Separation by electrophoresis on a 2% agarose gel followed by excision of 180-300 bp fragments.; original_filename=GSM432691_UCSD.IMR90.Bisulfite-Seq.methylC-seq_imr90_r2b.bigWig; Embargo end date=2010-07-13
+GSM543025	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD4 Naive blood cells; markers=CD4+, CD45RA+; donor_id=TC003; donor_age=21; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25 min; medip_protocol=Costello Lab MeDIP protocol; medip_protocol_dna_amount=2 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80604; original_filename=GSM543025_UCSF-UBC.CD4_Naive_Primary_Cells.MeDIP-Seq.TC003.bigWig; Embargo end date=2011-02-17
+GSM706053_1	sample_alias=ff_ips_19_11_r1; sample_common_name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 19.11; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=32; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706053_UCSD.iPS_DF_19.11.Bisulfite-Seq.methylC-seq_ff_ips_19_11_r1a.bigWig
+GSM667630	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K79me2; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab3594; chip_antibody_lot=573640; original_filename=GSM667630_UCSD.H9.H3K79me2.SK190.bigWig; Embargo end date=2011-11-15
+GSM667631	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=GSM667631_UCSD.H9.H3K9me3.SK100.bigWig; Embargo end date=2011-11-15
+GSM667632	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=GSM667632_UCSD.H9.H3K9me3.SK200.bigWig; Embargo end date=2011-11-15
+GSM667633	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K9me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=GSM667633_UCSD.H9.H3K9me3.AK40.bigWig; Embargo end date=2011-12-23
+GSM667634	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H4K20me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K20me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9051; chip_antibody_lot=519198; original_filename=GSM667634_UCSD.H9.H4K20me1.SK286.bigWig; Embargo end date=2011-12-23
+GSM667635	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H4K5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K5ac; chip_antibody_provider=Upstate; chip_antibody_catalog=up07-327; chip_antibody_lot=30417; original_filename=GSM667635_UCSD.H9.H4K5ac.YL240.bigWig; Embargo end date=2011-11-15
+GSM667636	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H4K5ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K5ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-327; chip_antibody_lot=DAM 1641101; original_filename=GSM667636_UCSD.H9.H4K5ac.SK282.bigWig; Embargo end date=2011-12-23
+GSM667637	sample_alias=H9-01;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H4K8ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=Millipore07-328; chip_antibody_lot=DAM1543700; original_filename=GSM667637_UCSD.H9.H4K8ac.YL241.bigWig; Embargo end date=2011-11-15
+GSM667638	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H4K8ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1543700; original_filename=GSM667638_UCSD.H9.H4K8ac.SK283.bigWig; Embargo end date=2011-12-23
+GSM667639	sample_alias=H9-02;  sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H4K91ac; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K91ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4627; chip_antibody_lot=82963; original_filename=GSM667639_UCSD.H9.H4K91ac.SK287.bigWig; Embargo end date=2011-12-23
+GSM707020_0	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=870ng; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808; original_filename=GSM707020_UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.MeDIP-Seq.skin01.bigWig
+GSM767345_0	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H3K27me3; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Millipore; chip_antibody_catalog=07-449; chip_antibody_lot=DAM1612188; original_filename=GSM767345_UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K27me3.SK439.bigWig
+GSM701504_0	sample_alias=fIntestine_Small.H-23808d115; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23808; donor_age=day 115; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701504_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23808.DS17425.bigWig
+GSM530661	molecule=genomic DNA;  disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal heart; tissue_depot=UW; collection_method=fetal; donor_id=H-22727; donor_age=101 days; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol; original_filename=GSM530661_UW.Fetal_Heart.ChromatinAccessibility.H-22727.DS12810.bigWig; Embargo end date=2011-01-28
+GSM752980_0	sample_alias=iPS-6.9-02; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=iPS 6.9; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=27; medium=mTeSR; Sex=Male; batch=iPSC 6.9-2; experiment_type=Histone H3K4me1; extraction_protocol=See; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab8895; chip_antibody_lot=720417; original_filename=GSM752980_UCSD.iPS_DF_6.9.H3K4me1.SK469.bigWig
+GSM669888	sample_alias=199;  sample_common_name=HUES6 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES 6; differentiation_method=NA; batch=ES cell HUES_6-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM669888_BI.HUES6.Input.Lib_XZ_20101004_07--ChIP_XZ_20100930_07_ES_cell_HUES_6_WCE.bigWig; Embargo end date=2011-12-31
+GSM613893	molecule=genomic DNA;  disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=Peripheral Blood Mononuclear Cell; markers=None; donor_id=TC010; donor_age=28; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; karyotype=46, XY; parity=NA; blood_type=O+; experiment_type=ChIP-Seq Input; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Input; chip_protocol_chromatin_amount=1ug; size_fraction=172-451bp; original_filename=GSM613893_UCSF-UBC.Peripheral_Blood_Mononuclear_Primary_Cells.Input.TC010.HS2625.bigWig; Embargo end date=2011-08-11
+GSM706060_0	sample_alias=H9_r1; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=NA; differentiation_stage=embryonic stem cell; differentiation_method=NA; passage=42; medium=TeSR; Sex=Female; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 4 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706060_UCSD.H9.Bisulfite-Seq.combined.bigWig
+GSM706057_0	sample_alias=ff_ips_6_9_r1; sample_common_name=iPS DF 6.9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=iPS DF 6.9; lineage=NA; differentiation_stage=induced pluripotent stem cell; differentiation_method=NA; passage=33; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt); original_filename=GSM706057_UCSD.iPS_DF_6.9.Bisulfite-Seq.combined.bigWig
+GSM701539_0	sample_alias=CD4.RO_01736; sample_common_name=CD4 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD4 Primary Cells; markers=CD4+; donor_id=RO 01736; donor_age=year 37; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Hispanic; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM701539_UW.CD4_Primary_Cells.ChromatinAccessibility.RO_01736.DS17881.bigWig
+GSM706846_0	sample_alias=RO 01549; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01549; donor_age=33 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM706846_BI.Mobilized_CD34_Primary_Cells.Input.RO_01549.bigWig
+GSM774225_0	sample_alias=fIntestine_Small.H-23941d120; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23941; donor_age=day 120; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=GSM774225_UW.Fetal_Intestine_Small.ChromatinAccessibility.H-23941.DS17808.bigWig
+GSM773025_0	sample_alias=231; sample_common_name=Adult Kidney; collection_method=Surgery; donor_health_status=NL kidney,right kidney resection for RCC; molecule=genomic DNA; disease=NL kidney,right kidney resection for RCC; tissue_type=Adult Kidney; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Kidney; donor_id=153; biomaterial_provider=MGH; donor_age=50.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773025_BI.Adult_Kidney.Input.153
+GSM772941_0	sample_alias=235; sample_common_name=Stomach Mucosa; collection_method=Surgery; donor_health_status=NK stomach mucosa, stomach rmvd as part of pancr. CA; molecule=genomic DNA; disease=NK stomach mucosa, stomach rmvd as part of pancr. CA; tissue_type=Stomach Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=157; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772941_BI.Stomach_Mucosa.H3K9ac.157
+GSM772745_0	sample_alias=213A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772745_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K4me1.93
+GSM772786_0	sample_alias=80; sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772786_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.58
+GSM773023_0	sample_alias=BioSam 173; sample_common_name=iPS-18a Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=40; line=hiPS-18a; differentiation_method=NA; batch=BioSAli 176; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773023_BI.iPS-18a.H3K9me3.DNA_Lib_343
+GSM772855_0	sample_alias=BioSam 185; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772855_BI.CD4_Memory_Primary_Cells.H3K27me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772780_0	sample_alias=197; sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772780_BI.HUES48.H3K9me3.Lib_EpiLabSPL_Row_1707
+GSM772747_0	sample_alias=212; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772747_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.92
+GSM773038_0	sample_alias=28.0; sample_common_name=CD15 Primary Cells; molecule=genomic DNA; disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD15 Primary Cells; markers=CD15+; donor_id=23.0; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773038_BI.CD15_Primary_Cells.H3K4me1.23
+GSM773021_0	sample_alias=216; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773021_BI.Brain_Hippocampus_Middle.H3K4me1.149
+GSM772749_0	sample_alias=202; sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772749_BI.HUES64.H3K9ac.Lib_EpiLabSPL_Row_1723
+GSM772900_0	sample_alias=BioSam 188; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772900_BI.CD8_Naive_Primary_Cells.H3K27me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772947_0	sample_alias=BioSam 183; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772947_BI.CD4_Naive_Primary_Cells.H3K27me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772906_0	sample_alias=BioSam 132; sample_common_name=CD4+ CD25- CD45RO+ Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RO+ mem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772906_BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K27me3.Donor_62
+GSM772945_0	sample_alias=BioSam 129; sample_common_name=CD4+ CD25+ CD127- Treg Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25+ CD127- Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772945_BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K36me3.Donor_62
+GSM772943_0	sample_alias=BioSam 129; sample_common_name=CD4+ CD25+ CD127- Treg Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25+ CD127- Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772943_BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K9me3.Donor_62
+GSM772741_0	sample_alias=213A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772741_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K9ac.93
+GSM772743_0	sample_alias=213A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772743_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K36me3.93
+GSM772948_0	sample_alias=BioSam 183; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772948_BI.CD4_Naive_Primary_Cells.H3K4me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772884_0	sample_alias=BioSam 181; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772884_BI.CD4_Memory_Primary_Cells.H3K4me1.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772996_0	sample_alias=220; sample_common_name=Brain, Inferior Temporal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Inferior Temporal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772996_BI.Brain_Inferior_Temporal_Lobe.H3K4me3.149
+GSM772763_0	sample_alias=213; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772763_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.93
+GSM772925_0	sample_alias=BioSam 185; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772925_BI.CD4_Memory_Primary_Cells.H3K4me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772826_0	sample_alias=217; sample_common_name=Brain, Anterior Caudate; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Anterior Caudate; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772826_BI.Brain_Anterior_Caudate.Input.149
+GSM773000_0	sample_alias=231; sample_common_name=Adult Kidney; collection_method=Surgery; donor_health_status=NL kidney,right kidney resection for RCC; molecule=genomic DNA; disease=NL kidney,right kidney resection for RCC; tissue_type=Adult Kidney; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Kidney; donor_id=153; biomaterial_provider=MGH; donor_age=50.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773000_BI.Adult_Kidney.H3K36me3.153
+GSM772789_0	sample_alias=60; sample_common_name=ES-I3 Cell Line; lineage=embrionic stem cell; medium=TESR; molecule=genomic DNA; disease=none; passage=45; line=hES I3 TESR; differentiation_method=NA; batch=hES I3 TESR-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Female; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772789_BI.ES-I3.H3K4me1.Lib_MC_20100211_02--ChIP_MC_20100208_02_hES_I3_TESR_H3K4Me1
+GSM772902_0	sample_alias=BioSam 135; sample_common_name=CD4+ CD25- IL17- PMA-Ionomycin stimulated MACS purified Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17- Th stim MACS; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772902_BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K4me1.Donor_62
+GSM772983_0	sample_alias=221; sample_common_name=Brain, Angular Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Angular gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772983_BI.Brain_Angular_Gyrus.H3K27me3.149
+GSM773002_0	sample_alias=263; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 137; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773002_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K27me3.DNA_Lib_239
+GSM772882_0	sample_alias=BioSam 184; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772882_BI.CD8_Naive_Primary_Cells.H3K9me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772909_0	sample_alias=238; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, duodenum rmvd as part of pancr.,VA; molecule=genomic DNA; disease=NL smooth muscle, duodenum rmvd as part of pancr.,VA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=160; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772909_BI.Duodenum_Smooth_Muscle.H3K9me3.160
+GSM772880_0	sample_alias=BioSam 182; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772880_BI.CD8_Memory_Primary_Cells.H3K27ac.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772807_0	sample_alias=196; sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772807_BI.HUES64.Input.Lib_EpiLabSPL_Row_1709
+GSM772929_0	sample_alias=BioSam 186; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772929_BI.CD8_Memory_Primary_Cells.H3K4me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772767_0	sample_alias=62.0; sample_common_name=iPS-15b Cell Line; molecule=genomic DNA; disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-15b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=33.0; medium=KSR; Sex=Female; batch=0/0/00; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772767_BI.iPS-15b.H3K4me1.Lib_MC_20100211_04--ChIP_MC_20100208_04_hiPS-15b_H3K4Me1
+GSM772774_0	sample_alias=82; sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772774_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.60
+GSM772765_0	sample_alias=212; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772765_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.92
+GSM772981_0	sample_alias=BioSam 131; sample_common_name=CD4+ CD25int CD127+ Tmem Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25int CD127+ Tmem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772981_BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.H3K36me3.Donor_62
+GSM772922_0	sample_alias=BioSam 184; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772922_BI.CD8_Naive_Primary_Cells.H3K4me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM773004_0	sample_alias=BioSam 133; sample_common_name=CD4+ CD25- CD45RA+ Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RA+ naive; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773004_BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K27ac.Donor_62
+GSM772842_0	sample_alias=BioSam 174; sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=p14 and p15 mixed; line=hiPS-20b; differentiation_method=NA; batch=BioSAli 177; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772842_BI.iPS-20b.H3K9me3.DNA_Lib_351
+GSM772987_0	sample_alias=BioSam 134; sample_common_name=CD4+ CD25- IL17+ PMA-Ionomcyin stimulated Th17 Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17+ Th17 stim; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772987_BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K27ac.Donor_62
+GSM773031_0	sample_alias=BioSam 188; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773031_BI.CD8_Naive_Primary_Cells.H3K9me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM773028_0	sample_alias=BioSam 173; sample_common_name=iPS-18a Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=40; line=hiPS-18a; differentiation_method=NA; batch=BioSAli 176; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773028_BI.iPS-18a.H3K4me1.DNA_Lib_346
+GSM773033_0	sample_alias=BioSam 173; sample_common_name=iPS-18a Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=40; line=hiPS-18a; differentiation_method=NA; batch=BioSAli 176; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773033_BI.iPS-18a.H3K27ac.DNA_Lib_349
+GSM773006_0	sample_alias=231; sample_common_name=Adult Kidney; collection_method=Surgery; donor_health_status=NL kidney,right kidney resection for RCC; molecule=genomic DNA; disease=NL kidney,right kidney resection for RCC; tissue_type=Adult Kidney; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Kidney; donor_id=153; biomaterial_provider=MGH; donor_age=50.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773006_BI.Adult_Kidney.H3K9ac.153
+GSM772840_0	sample_alias=238; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, duodenum rmvd as part of pancr.,VA; molecule=genomic DNA; disease=NL smooth muscle, duodenum rmvd as part of pancr.,VA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=160; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772840_BI.Duodenum_Smooth_Muscle.H3K27me3.160
+GSM772769_0	sample_alias=177; sample_common_name=Brain, Angular Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Angular Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772769_BI.Brain_Angular_Gyrus.H3K4me3.112
+GSM773026_0	sample_alias=231; sample_common_name=Adult Kidney; collection_method=Surgery; donor_health_status=NL kidney,right kidney resection for RCC; molecule=genomic DNA; disease=NL kidney,right kidney resection for RCC; tissue_type=Adult Kidney; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Kidney; donor_id=153; biomaterial_provider=MGH; donor_age=50.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773026_BI.Adult_Kidney.H3K9me3.153
+GSM773035_0	sample_alias=28.0; sample_common_name=CD15 Primary Cells; molecule=genomic DNA; disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD15 Primary Cells; markers=CD15+; donor_id=23.0; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM773035_BI.CD15_Primary_Cells.H3K9me3.23
+GSM772905_0	sample_alias=BioSam 135; sample_common_name=CD4+ CD25- IL17- PMA-Ionomycin stimulated MACS purified Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17- Th stim MACS; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772905_BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K27ac.Donor_62
+GSM773024_0	sample_alias=BioSam 173; sample_common_name=iPS-18a Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=40; line=hiPS-18a; differentiation_method=NA; batch=BioSAli 176; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773024_BI.iPS-18a.Input.DNA_Lib_342
+GSM772920_0	sample_alias=BioSam 133; sample_common_name=CD4+ CD25- CD45RA+ Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RA+ naive; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772920_BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.Input.Donor_62
+GSM772846_0	sample_alias=BioSam 174; sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=p14 and p15 mixed; line=hiPS-20b; differentiation_method=NA; batch=BioSAli 177; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772846_BI.iPS-20b.H3K36me3.DNA_Lib_355
+GSM772844_0	sample_alias=BioSam 174; sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=p14 and p15 mixed; line=hiPS-20b; differentiation_method=NA; batch=BioSAli 177; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772844_BI.iPS-20b.H3K4me3.DNA_Lib_353
+GSM772744_0	sample_alias=213A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772744_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K27me3.93
+GSM773022_0	sample_alias=216; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773022_BI.Brain_Hippocampus_Middle.H3K4me3.149
+GSM772868_0	sample_alias=BioSam 130; sample_common_name=CD4+ CD25- Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- Th; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1662421; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772868_BI.CD4+_CD25-_Th_Primary_Cells.H3K27me3.Donor_62
+GSM772746_0	sample_alias=213A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772746_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K4me3.93
+GSM773020_0	sample_alias=216; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773020_BI.Brain_Hippocampus_Middle.H3K27ac.149
+GSM772848_0	sample_alias=BioSam 174; sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=p14 and p15 mixed; line=hiPS-20b; differentiation_method=NA; batch=BioSAli 177; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772848_BI.iPS-20b.H3K27ac.DNA_Lib_357
+GSM772748_0	sample_alias=212; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772748_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.92
+GSM772864_0	sample_alias=215; sample_common_name=Brain, Substantia Nigra; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Substantia Nigra; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772864_BI.Brain_Substantia_Nigra.Input.149
+GSM772951_0	sample_alias=RO 01536; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1662421; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772951_BI.Mobilized_CD34_Primary_Cells.H3K27me3.RO_01536
+GSM772740_0	sample_alias=213A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772740_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.Input.93
+GSM772742_0	sample_alias=213A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772742_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K9me3.93
+GSM772866_0	sample_alias=BioSam 130; sample_common_name=CD4+ CD25- Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- Th; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772866_BI.CD4+_CD25-_Th_Primary_Cells.H3K36me3.Donor_62
+GSM772762_0	sample_alias=213; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772762_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.93
+GSM772860_0	sample_alias=BioSam 187; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772860_BI.CD4_Naive_Primary_Cells.H3K4me1.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772760_0	sample_alias=213; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772760_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.93
+GSM772862_0	sample_alias=BioSam 132; sample_common_name=CD4+ CD25- CD45RO+ Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RO+ mem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772862_BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K4me3.Donor_62
+GSM772829_0	sample_alias=217; sample_common_name=Brain, Anterior Caudate; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Anterior Caudate; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772829_BI.Brain_Anterior_Caudate.H3K4me3.149
+GSM772980_0	sample_alias=262; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 136; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772980_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K9ac.DNA_Lib_245
+GSM772974_0	sample_alias=BioSam 156 REMC 18; sample_common_name=Colon Smooth Muscle; collection_method=surgery; donor_health_status=NL smooth muscle, colon rsctn for Adeno CA of cecum; molecule=genomic DNA; disease=NL smooth muscle, colon rsctn for Adeno CA of cecum; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=Donor 83 REMC 18; biomaterial_provider=MGH Pathology; donor_age=77 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772974_BI.Colon_Smooth_Muscle.H3K27me3.Donor_83_REMC_18
+GSM772802_0	sample_alias=7; sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=7; biomaterial_provider=Harvard University; donor_age=49; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772802_BI.Adipose_Nuclei.H3K9ac.7
+GSM772800_0	sample_alias=202; sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772800_BI.HUES64.H3K4me1.Lib_EpiLabSPL_Row_1719
+GSM772891_0	sample_alias=239; sample_common_name=Stomach Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, stomach rmvd as part of pancr., CA; molecule=genomic DNA; disease=NL smooth muscle, stomach rmvd as part of pancr., CA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=161; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772891_BI.Stomach_Smooth_Muscle.H3K36me3.161
+GSM772766_0	sample_alias=201; sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772766_BI.HUES48.H3K27me3.Lib_EpiLabSPL_Row_1716
+GSM772988_0	sample_alias=BioSam 134; sample_common_name=CD4+ CD25- IL17+ PMA-Ionomcyin stimulated Th17 Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17+ Th17 stim; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772988_BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.Input.Donor_62
+GSM772804_0	sample_alias=66.0; sample_common_name=iPS-20b Cell Line; molecule=genomic DNA; disease=none; biomaterial_provider=Harvard University; biomaterial_type=Cell Line; line=hiPS-20b; lineage=induced pluripotent cells; differentiation_stage=undifferentiated; differentiation_method=none; passage=20.0; medium=KSR; Sex=Male; batch=0/0/00; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772804_BI.iPS-20b.H3K4me1.Lib_MC_20100211_03--ChIP_MC_20100208_03_hiPS-20b_H3K4Me1
+GSM772843_0	sample_alias=BioSam 174; sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=p14 and p15 mixed; line=hiPS-20b; differentiation_method=NA; batch=BioSAli 177; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772843_BI.iPS-20b.H3K9ac.DNA_Lib_352
+GSM772986_0	sample_alias=BioSam 134; sample_common_name=CD4+ CD25- IL17+ PMA-Ionomcyin stimulated Th17 Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17+ Th17 stim; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772986_BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K4me3.Donor_62
+GSM772972_0	sample_alias=BioSam 156 REMC 18; sample_common_name=Colon Smooth Muscle; collection_method=surgery; donor_health_status=NL smooth muscle, colon rsctn for Adeno CA of cecum; molecule=genomic DNA; disease=NL smooth muscle, colon rsctn for Adeno CA of cecum; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=Donor 83 REMC 18; biomaterial_provider=MGH Pathology; donor_age=77 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772972_BI.Colon_Smooth_Muscle.H3K4me1.Donor_83_REMC_18
+GSM772889_0	sample_alias=237; sample_common_name=Duodenum Mucosa; collection_method=Surgery; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Duodenum Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=159; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772889_BI.Duodenum_Mucosa.H3K9me3.159
+GSM772970_0	sample_alias=BioSam 156 REMC 18; sample_common_name=Colon Smooth Muscle; collection_method=surgery; donor_health_status=NL smooth muscle, colon rsctn for Adeno CA of cecum; molecule=genomic DNA; disease=NL smooth muscle, colon rsctn for Adeno CA of cecum; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=Donor 83 REMC 18; biomaterial_provider=MGH Pathology; donor_age=77 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772970_BI.Colon_Smooth_Muscle.H3K9ac.Donor_83_REMC_18
+GSM772841_0	sample_alias=BioSam 174; sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=p14 and p15 mixed; line=hiPS-20b; differentiation_method=NA; batch=BioSAli 177; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772841_BI.iPS-20b.Input.DNA_Lib_350
+GSM772768_0	sample_alias=177; sample_common_name=Brain, Angular Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Angular Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772768_BI.Brain_Angular_Gyrus.H3K36me3.112
+GSM772976_0	sample_alias=BioSam 188; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772976_BI.CD8_Naive_Primary_Cells.H3K27ac.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772897_0	sample_alias=215; sample_common_name=Brain, Substantia Nigra; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Substantia Nigra; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772897_BI.Brain_Substantia_Nigra.H3K9me3.149
+GSM772797_0	sample_alias=201; sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772797_BI.HUES48.H3K4me3.Lib_EpiLabSPL_Row_1714
+GSM772950_0	sample_alias=RO 01536; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772950_BI.Mobilized_CD34_Primary_Cells.Input.RO_01536
+GSM772793_0	sample_alias=201; sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772793_BI.HUES48.H3K4me1.Lib_EpiLabSPL_Row_1713
+GSM772847_0	sample_alias=BioSam 174; sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=p14 and p15 mixed; line=hiPS-20b; differentiation_method=NA; batch=BioSAli 177; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772847_BI.iPS-20b.H3K27me3.DNA_Lib_356
+GSM772845_0	sample_alias=BioSam 174; sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=p14 and p15 mixed; line=hiPS-20b; differentiation_method=NA; batch=BioSAli 177; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772845_BI.iPS-20b.H3K4me1.DNA_Lib_354
+GSM772917_0	sample_alias=BioSam 187; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772917_BI.CD4_Naive_Primary_Cells.H3K9me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772869_0	sample_alias=BioSam 183; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772869_BI.CD4_Naive_Primary_Cells.H3K4me1.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772798_0	sample_alias=201; sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772798_BI.HUES48.H3K36me3.Lib_EpiLabSPL_Row_1715
+GSM772958_0	sample_alias=BioSam 186; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772958_BI.CD8_Memory_Primary_Cells.H3K9me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772911_0	sample_alias=BioSam 133; sample_common_name=CD4+ CD25- CD45RA+ Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RA+ naive; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772911_BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K27me3.Donor_62
+GSM772893_0	sample_alias=BioSam 132; sample_common_name=CD4+ CD25- CD45RO+ Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RO+ mem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772893_BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K36me3.Donor_62
+GSM772849_0	sample_alias=BioSam 130; sample_common_name=CD4+ CD25- Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- Th; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772849_BI.CD4+_CD25-_Th_Primary_Cells.H3K4me1.Donor_62
+GSM772890_0	sample_alias=237; sample_common_name=Duodenum Mucosa; collection_method=Surgery; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Duodenum Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=159; biomaterial_provider=MGH; donor_age=59.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772890_BI.Duodenum_Mucosa.Input.159
+GSM772895_0	sample_alias=BioSam 188; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772895_BI.CD8_Naive_Primary_Cells.H3K36me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772865_0	sample_alias=RO 01536; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772865_BI.Mobilized_CD34_Primary_Cells.H3K36me3.RO_01536
+GSM772916_0	sample_alias=BioSam 187; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772916_BI.CD4_Naive_Primary_Cells.Input.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772867_0	sample_alias=BioSam 130; sample_common_name=CD4+ CD25- Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- Th; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772867_BI.CD4+_CD25-_Th_Primary_Cells.H3K4me3.Donor_62
+GSM772957_0	sample_alias=BioSam 186; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772957_BI.CD8_Memory_Primary_Cells.H3K36me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772938_0	sample_alias=RO 01536; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772938_BI.Mobilized_CD34_Primary_Cells.H3K9me3.RO_01536
+GSM772936_0	sample_alias=235; sample_common_name=Stomach Mucosa; collection_method=Surgery; donor_health_status=NK stomach mucosa, stomach rmvd as part of pancr. CA; molecule=genomic DNA; disease=NK stomach mucosa, stomach rmvd as part of pancr. CA; tissue_type=Stomach Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=157; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772936_BI.Stomach_Mucosa.H3K36me3.157
+GSM773013_0	sample_alias=218; sample_common_name=Brain, Mid Frontal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Mid Frontal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773013_BI.Brain_Mid_Frontal_Lobe.H3K36me3.149
+GSM772915_0	sample_alias=BioSam 130; sample_common_name=CD4+ CD25- Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- Th; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772915_BI.CD4+_CD25-_Th_Primary_Cells.Input.Donor_62
+GSM772861_0	sample_alias=BioSam 156 REMC 18; sample_common_name=Colon Smooth Muscle; collection_method=surgery; donor_health_status=NL smooth muscle, colon rsctn for Adeno CA of cecum; molecule=genomic DNA; disease=NL smooth muscle, colon rsctn for Adeno CA of cecum; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=Donor 83 REMC 18; biomaterial_provider=MGH Pathology; donor_age=77 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772861_BI.Colon_Smooth_Muscle.H3K4me3.Donor_83_REMC_18
+GSM772984_0	sample_alias=BioSam 134; sample_common_name=CD4+ CD25- IL17+ PMA-Ionomcyin stimulated Th17 Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17+ Th17 stim; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772984_BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K9me3.Donor_62
+GSM772918_0	sample_alias=BioSam 187; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772918_BI.CD4_Naive_Primary_Cells.H3K36me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772863_0	sample_alias=67; sample_common_name=iPS-20b Cell Line; lineage=induced pluripotent cells; medium=KSR; molecule=genomic DNA; disease=none; passage=18; line=hiPS-20b; differentiation_method=NA; batch=hiPS-20b-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Male; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772863_BI.iPS-20b.Input.DNA_Lib_440
+GSM772955_0	sample_alias=BioSam 131; sample_common_name=CD4+ CD25int CD127+ Tmem Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25int CD127+ Tmem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772955_BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.H3K27me3.Donor_62
+GSM773019_0	sample_alias=216; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773019_BI.Brain_Hippocampus_Middle.Input.149
+GSM772739_0	sample_alias=213; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772739_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.93
+GSM773017_0	sample_alias=216; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773017_BI.Brain_Hippocampus_Middle.H3K9me3.149
+GSM772979_0	sample_alias=263; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 137; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772979_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.Input.DNA_Lib_244
+GSM772761_0	sample_alias=213; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772761_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.93
+GSM772912_0	sample_alias=262; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 136; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772912_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K36me3.DNA_Lib_263
+GSM772790_0	sample_alias=22; sample_common_name=CD4 Memory Primary Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; passage_if_expanded=NA; cell_type=Memory CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=20; biomaterial_provider=Whitehead Institute; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772790_BI.CD4_Memory_Primary_Cells.H3K4me3.20
+GSM772973_0	sample_alias=BioSam 129; sample_common_name=CD4+ CD25+ CD127- Treg Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25+ CD127- Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772973_BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K4me1.Donor_62
+GSM772825_0	sample_alias=80; sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772825_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.58
+GSM772971_0	sample_alias=262; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 136; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772971_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K4me1.DNA_Lib_249
+GSM772977_0	sample_alias=262; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 136; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772977_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K27me3.DNA_Lib_246
+GSM772933_0	sample_alias=BioSam 186; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772933_BI.CD8_Memory_Primary_Cells.H3K4me1.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772975_0	sample_alias=BioSam 156 REMC 18; sample_common_name=Colon Smooth Muscle; collection_method=surgery; donor_health_status=NL smooth muscle, colon rsctn for Adeno CA of cecum; molecule=genomic DNA; disease=NL smooth muscle, colon rsctn for Adeno CA of cecum; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=Donor 83 REMC 18; biomaterial_provider=MGH Pathology; donor_age=77 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772975_BI.Colon_Smooth_Muscle.H3K36me3.Donor_83_REMC_18
+GSM772757_0	sample_alias=143; sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=95; biomaterial_provider=Harvard University; donor_age=81; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772757_BI.Adipose_Nuclei.H3K4me1.95
+GSM772828_0	sample_alias=217; sample_common_name=Brain, Anterior Caudate; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Anterior Caudate; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772828_BI.Brain_Anterior_Caudate.H3K36me3.149
+GSM772887_0	sample_alias=239; sample_common_name=Stomach Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, stomach rmvd as part of pancr., CA; molecule=genomic DNA; disease=NL smooth muscle, stomach rmvd as part of pancr., CA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=161; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772887_BI.Stomach_Smooth_Muscle.H3K4me3.161
+GSM772898_0	sample_alias=215; sample_common_name=Brain, Substantia Nigra; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Substantia Nigra; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772898_BI.Brain_Substantia_Nigra.H3K4me1.149
+GSM772796_0	sample_alias=201; sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772796_BI.HUES48.H3K9ac.Lib_EpiLabSPL_Row_1717
+GSM772953_0	sample_alias=BioSam 131; sample_common_name=CD4+ CD25int CD127+ Tmem Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25int CD127+ Tmem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772953_BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.Input.Donor_62
+GSM772794_0	sample_alias=197; sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-1; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772794_BI.HUES48.Input.Lib_EpiLabSPL_Row_1710
+GSM772755_0	sample_alias=201; sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772755_BI.HUES48.Input.Lib_EpiLabSPL_Row_1725
+GSM772792_0	sample_alias=80; sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772792_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.58
+GSM772818_0	sample_alias=212A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772818_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K36me3.92
+GSM772759_0	sample_alias=213; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772759_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.93
+GSM772799_0	sample_alias=201; sample_common_name=HUES48 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES48; differentiation_method=NA; batch=ES cell HUES_48-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772799_BI.HUES48.H3K9me3.Lib_EpiLabSPL_Row_1718
+GSM772959_0	sample_alias=221; sample_common_name=Brain, Angular Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Angular gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772959_BI.Brain_Angular_Gyrus.H3K4me3.149
+GSM772811_0	sample_alias=36; sample_common_name=Adult Kidney; collection_method=surgery; donor_health_status=&quot,normal, renal cell CA (clear cell type)&quot,; molecule=genomic DNA; disease=none; tissue_type=Adult Kidney; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=kidney; donor_id=27; biomaterial_provider=MGH Pathology; donor_age=67; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772811_BI.Adult_Kidney.H3K9ac.27
+GSM772999_0	sample_alias=BioSam 132; sample_common_name=CD4+ CD25- CD45RO+ Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RO+ mem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772999_BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.Input.Donor_62
+GSM772892_0	sample_alias=BioSam 135; sample_common_name=CD4+ CD25- IL17- PMA-Ionomycin stimulated MACS purified Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17- Th stim MACS; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772892_BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K36me3.Donor_62
+GSM772813_0	sample_alias=212A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772813_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K9me3.92
+GSM772910_0	sample_alias=238; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, duodenum rmvd as part of pancr.,VA; molecule=genomic DNA; disease=NL smooth muscle, duodenum rmvd as part of pancr.,VA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=160; biomaterial_provider=MGH; donor_age=59.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772910_BI.Duodenum_Smooth_Muscle.Input.160
+GSM772978_0	sample_alias=262; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 136; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772978_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K4me3.DNA_Lib_247
+GSM772894_0	sample_alias=RO 01549; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01549; donor_age=33 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772894_BI.Mobilized_CD34_Primary_Cells.H3K27ac.RO_01549
+GSM772827_0	sample_alias=217; sample_common_name=Brain, Anterior Caudate; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Anterior Caudate; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772827_BI.Brain_Anterior_Caudate.H3K27me3.149
+GSM772751_0	sample_alias=202; sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772751_BI.HUES64.H3K36me3.Lib_EpiLabSPL_Row_1721
+GSM772896_0	sample_alias=BioSam 188; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772896_BI.CD8_Naive_Primary_Cells.H3K4me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772817_0	sample_alias=212A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772817_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K4me3.92
+GSM772850_0	sample_alias=BioSam 130; sample_common_name=CD4+ CD25- Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- Th; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772850_BI.CD4+_CD25-_Th_Primary_Cells.H3K9me3.Donor_62
+GSM772956_0	sample_alias=BioSam 186; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772956_BI.CD8_Memory_Primary_Cells.H3K27me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772937_0	sample_alias=215; sample_common_name=Brain, Substantia Nigra; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Substantia Nigra; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772937_BI.Brain_Substantia_Nigra.H3K27me3.149
+GSM772935_0	sample_alias=BioSam 173; sample_common_name=iPS-18a Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=40; line=hiPS-18a; differentiation_method=NA; batch=BioSAli 176; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772935_BI.iPS-18a.H3K27me3.DNA_Lib_348
+GSM772852_0	sample_alias=BioSam 133; sample_common_name=CD4+ CD25- CD45RA+ Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RA+ naive; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772852_BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K4me3.Donor_62
+GSM772995_0	sample_alias=220; sample_common_name=Brain, Inferior Temporal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Inferior Temporal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772995_BI.Brain_Inferior_Temporal_Lobe.H3K27ac.149
+GSM772773_0	sample_alias=82; sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772773_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.60
+GSM772914_0	sample_alias=BioSam 129; sample_common_name=CD4+ CD25+ CD127- Treg Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25+ CD127- Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772914_BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.Input.Donor_62
+GSM772837_0	sample_alias=238; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, duodenum rmvd as part of pancr.,VA; molecule=genomic DNA; disease=NL smooth muscle, duodenum rmvd as part of pancr.,VA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=160; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772837_BI.Duodenum_Smooth_Muscle.H3K4me1.160
+GSM772835_0	sample_alias=BioSam 187; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772835_BI.CD4_Naive_Primary_Cells.H3K27ac.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772982_0	sample_alias=220; sample_common_name=Brain, Inferior Temporal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Inferior Temporal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772982_BI.Brain_Inferior_Temporal_Lobe.H3K36me3.149
+GSM772919_0	sample_alias=BioSam 187; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772919_BI.CD4_Naive_Primary_Cells.H3K27me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772952_0	sample_alias=BioSam 186; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772952_BI.CD8_Memory_Primary_Cells.Input.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772833_0	sample_alias=218; sample_common_name=Brain, Mid Frontal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Mid Frontal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772833_BI.Brain_Mid_Frontal_Lobe.H3K27me3.149
+GSM772854_0	sample_alias=BioSam 184; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772854_BI.CD8_Naive_Primary_Cells.Input.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772856_0	sample_alias=262; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 136; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772856_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K9me3.DNA_Lib_248
+GSM772954_0	sample_alias=BioSam 181; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772954_BI.CD4_Memory_Primary_Cells.H3K4me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM773018_0	sample_alias=216; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773018_BI.Brain_Hippocampus_Middle.H3K36me3.149
+GSM772939_0	sample_alias=235; sample_common_name=Stomach Mucosa; collection_method=Surgery; donor_health_status=NK stomach mucosa, stomach rmvd as part of pancr. CA; molecule=genomic DNA; disease=NK stomach mucosa, stomach rmvd as part of pancr. CA; tissue_type=Stomach Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=157; biomaterial_provider=MGH; donor_age=59.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772939_BI.Stomach_Mucosa.Input.157
+GSM772831_0	sample_alias=217; sample_common_name=Brain, Anterior Caudate; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Anterior Caudate; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772831_BI.Brain_Anterior_Caudate.H3K9me3.149
+GSM772775_0	sample_alias=82; sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772775_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.60
+GSM772821_0	sample_alias=212; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772821_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.92
+GSM773016_0	sample_alias=221; sample_common_name=Brain, Angular Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Angular gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773016_BI.Brain_Angular_Gyrus.H3K27ac.149
+GSM772993_0	sample_alias=220; sample_common_name=Brain, Inferior Temporal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Inferior Temporal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772993_BI.Brain_Inferior_Temporal_Lobe.H3K27me3.149
+GSM772913_0	sample_alias=262; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 136; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772913_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.Input.DNA_Lib_264
+GSM772872_0	sample_alias=BioSam 184; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772872_BI.CD8_Naive_Primary_Cells.H3K36me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772839_0	sample_alias=238; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, duodenum rmvd as part of pancr.,VA; molecule=genomic DNA; disease=NL smooth muscle, duodenum rmvd as part of pancr.,VA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=160; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772839_BI.Duodenum_Smooth_Muscle.H3K4me3.160
+GSM772870_0	sample_alias=RO 01536; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01536; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Hispanic; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772870_BI.Mobilized_CD34_Primary_Cells.H3K27ac.RO_01536
+GSM772886_0	sample_alias=239; sample_common_name=Stomach Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, stomach rmvd as part of pancr., CA; molecule=genomic DNA; disease=NL smooth muscle, stomach rmvd as part of pancr., CA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=161; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772886_BI.Stomach_Smooth_Muscle.H3K9ac.161
+GSM772899_0	sample_alias=BioSam 135; sample_common_name=CD4+ CD25- IL17- PMA-Ionomycin stimulated MACS purified Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17- Th stim MACS; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772899_BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K27me3.Donor_62
+GSM772771_0	sample_alias=141; sample_common_name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=93; biomaterial_provider=Harvard University; donor_age=41; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772771_BI.Adipose_Nuclei.H3K27me3.93
+GSM772820_0	sample_alias=212; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772820_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.92
+GSM772934_0	sample_alias=BioSam 183; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772934_BI.CD4_Naive_Primary_Cells.H3K27ac.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772878_0	sample_alias=BioSam 182; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772878_BI.CD8_Memory_Primary_Cells.H3K27me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772932_0	sample_alias=BioSam 183; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772932_BI.CD4_Naive_Primary_Cells.H3K36me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772876_0	sample_alias=BioSam 183; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772876_BI.CD4_Naive_Primary_Cells.Input.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772756_0	sample_alias=202; sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772756_BI.HUES64.H3K9me3.Lib_EpiLabSPL_Row_1724
+GSM772997_0	sample_alias=BioSam 185; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772997_BI.CD4_Memory_Primary_Cells.H3K27ac.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772822_0	sample_alias=212; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772822_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.92
+GSM772874_0	sample_alias=BioSam 182; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772874_BI.CD8_Memory_Primary_Cells.Input.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772754_0	sample_alias=202; sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772754_BI.HUES64.Input.Lib_EpiLabSPL_Row_1726
+GSM772819_0	sample_alias=212A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772819_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K27me3.92
+GSM772812_0	sample_alias=212A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772812_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K9ac.92
+GSM772968_0	sample_alias=BioSam 156 REMC 18; sample_common_name=Colon Smooth Muscle; collection_method=surgery; donor_health_status=NL smooth muscle, colon rsctn for Adeno CA of cecum; molecule=genomic DNA; disease=NL smooth muscle, colon rsctn for Adeno CA of cecum; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=Donor 83 REMC 18; biomaterial_provider=MGH Pathology; donor_age=77 years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772968_BI.Colon_Smooth_Muscle.Input.Donor_83_REMC_18
+GSM772814_0	sample_alias=28.0; sample_common_name=CD15 Primary Cells; molecule=genomic DNA; disease=none; biomaterial_provider=FHCRC; biomaterial_type=Primary Cell; cell_type=CD15 Primary Cells; markers=CD15+; donor_id=23.0; donor_age=NA; donor_health_status=none; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=761748; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772814_BI.CD15_Primary_Cells.H3K36me3.23
+GSM772752_0	sample_alias=202; sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772752_BI.HUES64.H3K4me3.Lib_EpiLabSPL_Row_1720
+GSM772816_0	sample_alias=212A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772816_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K4me1.92
+GSM772750_0	sample_alias=202; sample_common_name=HUES64 Cell Line; lineage=embrionic stem cell; medium=KSR; molecule=genomic DNA; disease=none; passage=NA; line=HUES64; differentiation_method=NA; batch=ES cell HUES_64-2; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772750_BI.HUES64.H3K27me3.Lib_EpiLabSPL_Row_1722
+GSM772960_0	sample_alias=221; sample_common_name=Brain, Angular Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Angular gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772960_BI.Brain_Angular_Gyrus.H3K9me3.149
+GSM772998_0	sample_alias=BioSam 181; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772998_BI.CD4_Memory_Primary_Cells.H3K27me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772962_0	sample_alias=221; sample_common_name=Brain, Angular Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Angular gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772962_BI.Brain_Angular_Gyrus.H3K4me1.149
+GSM772964_0	sample_alias=BioSam 181; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772964_BI.CD4_Memory_Primary_Cells.H3K36me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772853_0	sample_alias=BioSam 184; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772853_BI.CD8_Naive_Primary_Cells.H3K4me1.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772994_0	sample_alias=220; sample_common_name=Brain, Inferior Temporal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Inferior Temporal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772994_BI.Brain_Inferior_Temporal_Lobe.H3K9me3.149
+GSM772966_0	sample_alias=BioSam 181; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772966_BI.CD4_Memory_Primary_Cells.H3K9me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772834_0	sample_alias=218; sample_common_name=Brain, Mid Frontal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Mid Frontal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772834_BI.Brain_Mid_Frontal_Lobe.H3K9me3.149
+GSM772832_0	sample_alias=217; sample_common_name=Brain, Anterior Caudate; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Anterior Caudate; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772832_BI.Brain_Anterior_Caudate.H3K27ac.149
+GSM772764_0	sample_alias=212A; sample_common_name=Mesenchymal Stem Cell Derived Adipocyte Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Differentiation Method; passage_if_expanded=NA; cell_type=ADMSC Diff Day20; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=SDS lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772764_BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.Input.92
+GSM772778_0	sample_alias=177; sample_common_name=Brain, Angular Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Angular Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Ac; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=455103; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772778_BI.Brain_Angular_Gyrus.H3K9ac.112
+GSM772830_0	sample_alias=217; sample_common_name=Brain, Anterior Caudate; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Anterior Caudate; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772830_BI.Brain_Anterior_Caudate.H3K4me1.149
+GSM772930_0	sample_alias=BioSam 185; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772930_BI.CD4_Memory_Primary_Cells.Input.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772857_0	sample_alias=BioSam 185; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772857_BI.CD4_Memory_Primary_Cells.H3K9me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772772_0	sample_alias=176; sample_common_name=Brain, Inferior Temporal Lobe; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Inferior Temporal Lobe; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772772_BI.Brain_Inferior_Temporal_Lobe.H3K27me3.112
+GSM772946_0	sample_alias=BioSam 129; sample_common_name=CD4+ CD25+ CD127- Treg Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25+ CD127- Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1662421; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772946_BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K27me3.Donor_62
+GSM772901_0	sample_alias=215; sample_common_name=Brain, Substantia Nigra; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Substantia Nigra; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772901_BI.Brain_Substantia_Nigra.H3K4me3.149
+GSM772770_0	sample_alias=177; sample_common_name=Brain, Angular Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Angular Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4Me1; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151302; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772770_BI.Brain_Angular_Gyrus.H3K4me1.112
+GSM772944_0	sample_alias=BioSam 129; sample_common_name=CD4+ CD25+ CD127- Treg Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25+ CD127- Treg; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772944_BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K4me3.Donor_62
+GSM772859_0	sample_alias=BioSam 132; sample_common_name=CD4+ CD25- CD45RO+ Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RO+ mem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772859_BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K27ac.Donor_62
+GSM772907_0	sample_alias=235; sample_common_name=Stomach Mucosa; collection_method=Surgery; donor_health_status=NK stomach mucosa, stomach rmvd as part of pancr. CA; molecule=genomic DNA; disease=NK stomach mucosa, stomach rmvd as part of pancr. CA; tissue_type=Stomach Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=157; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772907_BI.Stomach_Mucosa.H3K4me1.157
+GSM772942_0	sample_alias=235; sample_common_name=Stomach Mucosa; collection_method=Surgery; donor_health_status=NK stomach mucosa, stomach rmvd as part of pancr. CA; molecule=genomic DNA; disease=NK stomach mucosa, stomach rmvd as part of pancr. CA; tissue_type=Stomach Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=157; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772942_BI.Stomach_Mucosa.H3K4me3.157
+GSM772779_0	sample_alias=177; sample_common_name=Brain, Angular Gyrus; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Angular Gyrus; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772779_BI.Brain_Angular_Gyrus.H3K9me3.112
+GSM772838_0	sample_alias=238; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, duodenum rmvd as part of pancr.,VA; molecule=genomic DNA; disease=NL smooth muscle, duodenum rmvd as part of pancr.,VA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=160; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772838_BI.Duodenum_Smooth_Muscle.H3K36me3.160
+GSM772992_0	sample_alias=220; sample_common_name=Brain, Inferior Temporal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Inferior Temporal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772992_BI.Brain_Inferior_Temporal_Lobe.H3K4me1.149
+GSM772873_0	sample_alias=BioSam 182; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772873_BI.CD8_Memory_Primary_Cells.H3K4me1.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772940_0	sample_alias=235; sample_common_name=Stomach Mucosa; collection_method=Surgery; donor_health_status=NK stomach mucosa, stomach rmvd as part of pancr. CA; molecule=genomic DNA; disease=NK stomach mucosa, stomach rmvd as part of pancr. CA; tissue_type=Stomach Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=157; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772940_BI.Stomach_Mucosa.H3K9me3.157
+GSM772836_0	sample_alias=BioSam 187; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772836_BI.CD4_Naive_Primary_Cells.H3K4me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772949_0	sample_alias=BioSam 184; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772949_BI.CD8_Naive_Primary_Cells.H3K27ac.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772924_0	sample_alias=BioSam 185; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772924_BI.CD4_Memory_Primary_Cells.H3K4me1.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772985_0	sample_alias=BioSam 134; sample_common_name=CD4+ CD25- IL17+ PMA-Ionomcyin stimulated Th17 Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17+ Th17 stim; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772985_BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K4me1.Donor_62
+GSM772926_0	sample_alias=BioSam 185; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772926_BI.CD4_Memory_Primary_Cells.H3K36me3.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772788_0	sample_alias=80; sample_common_name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772788_BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.58
+GSM773001_0	sample_alias=231; sample_common_name=Adult Kidney; collection_method=Surgery; donor_health_status=NL kidney,right kidney resection for RCC; molecule=genomic DNA; disease=NL kidney,right kidney resection for RCC; tissue_type=Adult Kidney; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Kidney; donor_id=153; biomaterial_provider=MGH; donor_age=50.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773001_BI.Adult_Kidney.H3K4me1.153
+GSM772879_0	sample_alias=BioSam 182; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772879_BI.CD8_Memory_Primary_Cells.H3K9me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772903_0	sample_alias=BioSam 135; sample_common_name=CD4+ CD25- IL17- PMA-Ionomycin stimulated MACS purified Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17- Th stim MACS; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772903_BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K9me3.Donor_62
+GSM772871_0	sample_alias=BioSam 184; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772871_BI.CD8_Naive_Primary_Cells.H3K27me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772883_0	sample_alias=239; sample_common_name=Stomach Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, stomach rmvd as part of pancr., CA; molecule=genomic DNA; disease=NL smooth muscle, stomach rmvd as part of pancr., CA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=161; biomaterial_provider=MGH; donor_age=59.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772883_BI.Stomach_Smooth_Muscle.Input.161
+GSM772888_0	sample_alias=239; sample_common_name=Stomach Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, stomach rmvd as part of pancr., CA; molecule=genomic DNA; disease=NL smooth muscle, stomach rmvd as part of pancr., CA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=161; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772888_BI.Stomach_Smooth_Muscle.H3K9me3.161
+GSM772908_0	sample_alias=238; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, duodenum rmvd as part of pancr.,VA; molecule=genomic DNA; disease=NL smooth muscle, duodenum rmvd as part of pancr.,VA; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=160; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772908_BI.Duodenum_Smooth_Muscle.H3K27ac.160
+GSM772881_0	sample_alias=BioSam 181; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772881_BI.CD4_Memory_Primary_Cells.Input.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772877_0	sample_alias=BioSam 182; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772877_BI.CD8_Memory_Primary_Cells.H3K36me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772928_0	sample_alias=BioSam 132; sample_common_name=CD4+ CD25- CD45RO+ Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RO+ mem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772928_BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K4me1.Donor_62
+GSM772875_0	sample_alias=BioSam 183; sample_common_name=CD4 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RA CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772875_BI.CD4_Naive_Primary_Cells.H3K9me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772823_0	sample_alias=212; sample_common_name=Adipose Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium; passage_if_expanded=NA; cell_type=ADMSC undiff Day0; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=92; biomaterial_provider=Harvard University; donor_age=59; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9Me3; chip_protocol_chromatin_amount=10 million cells; extraction_protocol=SDS lysis; chip_protocol_antibody_amount=2-15 ug; chip_protocol_bead_amount=70 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Bioruptor; original_filename=GSM772823_BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.92
+GSM772885_0	sample_alias=RO 01480; sample_common_name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01480; donor_age=27 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772885_BI.Mobilized_CD34_Primary_Cells.H3K27ac.RO_01480
+GSM773003_0	sample_alias=263; sample_common_name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 137; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773003_BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K9ac.DNA_Lib_238
+GSM772967_0	sample_alias=BioSam 182; sample_common_name=CD8 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RO CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772967_BI.CD8_Memory_Primary_Cells.H3K4me3.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772923_0	sample_alias=BioSam 133; sample_common_name=CD4+ CD25- CD45RA+ Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RA+ naive; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772923_BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K36me3.Donor_62
+GSM773005_0	sample_alias=231; sample_common_name=Adult Kidney; collection_method=Surgery; donor_health_status=NL kidney,right kidney resection for RCC; molecule=genomic DNA; disease=NL kidney,right kidney resection for RCC; tissue_type=Adult Kidney; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Kidney; donor_id=153; biomaterial_provider=MGH; donor_age=50.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773005_BI.Adult_Kidney.H3K4me3.153
+GSM772969_0	sample_alias=235; sample_common_name=Stomach Mucosa; collection_method=Surgery; donor_health_status=NK stomach mucosa, stomach rmvd as part of pancr. CA; molecule=genomic DNA; disease=NK stomach mucosa, stomach rmvd as part of pancr. CA; tissue_type=Stomach Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Stomach; donor_id=157; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772969_BI.Stomach_Mucosa.H3K27me3.157
+GSM773030_0	sample_alias=BioSam 173; sample_common_name=iPS-18a Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=40; line=hiPS-18a; differentiation_method=NA; batch=BioSAli 176; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773030_BI.iPS-18a.H3K9ac.DNA_Lib_344
+GSM773029_0	sample_alias=BioSam 173; sample_common_name=iPS-18a Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=40; line=hiPS-18a; differentiation_method=NA; batch=BioSAli 176; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773029_BI.iPS-18a.H3K4me3.DNA_Lib_345
+GSM773032_0	sample_alias=BioSam 188; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773032_BI.CD8_Naive_Primary_Cells.H3K4me1.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772904_0	sample_alias=BioSam 135; sample_common_name=CD4+ CD25- IL17- PMA-Ionomycin stimulated MACS purified Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17- Th stim MACS; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772904_BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.Input.Donor_62
+GSM773027_0	sample_alias=BioSam 173; sample_common_name=iPS-18a Cell Line; lineage=induced pluripotent cells; medium=10% KOSR (Invitrogen); molecule=genomic DNA; disease=presumed normal; passage=40; line=hiPS-18a; differentiation_method=NA; batch=BioSAli 176; biomaterial_type=Cell Line; differentiation_stage=undifferentiated; Sex=Unknown; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773027_BI.iPS-18a.H3K36me3.DNA_Lib_347
+GSM773034_0	sample_alias=BioSam 188; sample_common_name=CD8 Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD8+; passage_if_expanded=NA; cell_type=CD45RA CD8; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 101 8 pooled leukopaks Jan 20 2011; biomaterial_provider=Dana Farber; donor_age=NA; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM773034_BI.CD8_Naive_Primary_Cells.Input.Donor_101_8_pooled_leukopaks_Jan_20_2011
+GSM772858_0	sample_alias=BioSam 156 REMC 18; sample_common_name=Colon Smooth Muscle; collection_method=surgery; donor_health_status=NL smooth muscle, colon rsctn for Adeno CA of cecum; molecule=genomic DNA; disease=NL smooth muscle, colon rsctn for Adeno CA of cecum; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=colon; donor_id=Donor 83 REMC 18; biomaterial_provider=MGH Pathology; donor_age=77 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772858_BI.Colon_Smooth_Muscle.H3K9me3.Donor_83_REMC_18
+GSM772961_0	sample_alias=221; sample_common_name=Brain, Angular Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Angular gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772961_BI.Brain_Angular_Gyrus.H3K36me3.149
+GSM772963_0	sample_alias=BioSam 181; sample_common_name=CD4 Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+; passage_if_expanded=NA; cell_type=CD45RO CD4; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 100 7 pooled leukopaks Jan 7 2011; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772963_BI.CD4_Memory_Primary_Cells.H3K27ac.Donor_100_7_pooled_leukopaks_Jan_7_2011
+GSM772927_0	sample_alias=BioSam 132; sample_common_name=CD4+ CD25- CD45RO+ Memory Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RO+ mem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772927_BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K9me3.Donor_62
+GSM772921_0	sample_alias=BioSam 133; sample_common_name=CD4+ CD25- CD45RA+ Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RA+ naive; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=GSM772921_BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K9me3.Donor_62
+GSM817185	sample_alias=fLung_Left.H-24111d105; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM807392	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H2AK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=727067
+GSM807402	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H3K9ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39137; chip_antibody_lot=1008001
+GSM807394	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H2BK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39123; chip_antibody_lot=229
+GSM817251	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=BCCAGSC SOP LIBPR.0054 miRNA3; smrna_preparation_initial_smrna_qnty=3.512ug; smrna_preparation_initial_smrna_qlty=RIN 9.1; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually
+GSM818038	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K4ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747
+GSM916040	sample_alias=223; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD present; molecule=genomic DNA; disease=no AD present; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=150; biomaterial_provider=Rush University Medical Center; donor_age=73.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson
+GSM818034	sample_alias=NPC-04; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-4; experiment_type=Histone H3K36me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946
+GSM916045	sample_alias=BioSam 157 REMC 19; sample_common_name=Colonic Mucosa; collection_method=Surgery; donor_health_status=NL colonic mucosa, colon rmvd as part of abmnl Sarc; molecule=genomic DNA; disease=NL colonic mucosa, colon rmvd as part of abmnl Sarc; tissue_type=Colonic Mucosa; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=155; biomaterial_provider=MGH; donor_age=56.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson
+GSM706062	sample_alias=H9-03; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9-5; experiment_type=Histone H2BK15ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK15ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab62335; chip_antibody_lot=727058
+GSM772989	sample_alias=394; sample_common_name=Brain, Cingulate Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Cingulate Gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson
+GSM817195	sample_alias=Penis, Foreskin, Keratinocyte skin01; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817174	sample_alias=fLung_Right.H-24089d96; sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-24089; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818056	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K9me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671
+GSM817183	sample_alias=fMuscle_Leg.H-24111d105; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817210	sample_alias=fKidney_renal_cortex_Right.H-24232d105; sample_common_name=Fetal Renal Cortex, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-24232; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818041	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H3K4me2; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=727055
+GSM818042	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H3K4me2; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=727055
+GSM817167	sample_alias=fAdrenal.H-23887d108; sample_common_name=Fetal Adrenal Gland; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Adrenal Gland; tissue_depot=UW; collection_method=fetal; donor_id=H-23887; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817186	sample_alias=fLung_Right.H-24111d105; sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818049	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Histone H3K9ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39137; chip_antibody_lot=1008001
+GSM916042	sample_alias=BioSam 157 REMC 19; sample_common_name=Colonic Mucosa; collection_method=Surgery; donor_health_status=NL colonic mucosa, colon rmvd as part of abmnl Sarc; molecule=genomic DNA; disease=NL colonic mucosa, colon rmvd as part of abmnl Sarc; tissue_type=Colonic Mucosa; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=155; biomaterial_provider=MGH; donor_age=56.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson
+GSM818048	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=Histone H3K9ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39137; chip_antibody_lot=1008001
+GSM818052	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K9ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39137; chip_antibody_lot=1008001
+GSM817232	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=3.75ug; size_fraction=116-326bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-0011
+GSM916019	sample_alias=237; sample_common_name=Duodenum Mucosa; collection_method=Surgery; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Duodenum Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=159; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson
+GSM817181	sample_alias=fKidney_Left.H-24089d96; sample_common_name=Fetal Kidney, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24089; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817218	sample_alias=fKidney_renal_pelvis.H-24259d97; sample_common_name=Fetal Renal Pelvis; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis; tissue_depot=UW; collection_method=fetal; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818022	sample_alias=MSC-03; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-3; experiment_type=Histone H3K18ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=527530
+GSM817206	sample_alias=fMuscle_Leg.H-24218d96; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24218; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916015	sample_alias=215; sample_common_name=Brain, Substantia Nigra; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Substantia Nigra; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson
+GSM817165	sample_alias=fAdrenal.H-23769d108; sample_common_name=Fetal Adrenal Gland; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Adrenal Gland; tissue_depot=UW; collection_method=fetal; donor_id=H-23769; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916041	sample_alias=223; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD present; molecule=genomic DNA; disease=no AD present; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=150; biomaterial_provider=Rush University Medical Center; donor_age=73.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson
+GSM817225	sample_alias=Penis, Foreskin, Keratinocyte skin01; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein A/G magnetic; chip_protocol_bead_amount=30ul; chip_protocol_antibody_amount=2ug; size_fraction=81-481bp; chip_antibody=H3K36me3; chip_antibody_provider=Diagenonde; chip_antibody_catalog=pAb-058-050; chip_antibody_lot=A241-0011
+GSM916028	sample_alias=BioSam 134; sample_common_name=CD4+ CD25- IL17+ PMA-Ionomcyin stimulated Th17 Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17+ Th17 stim; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson
+GSM818013	sample_alias=IMR90-13; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=13; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2AK9ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK9ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-289; chip_antibody_lot=22178
+GSM807391	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H2A.Z; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2A.Z; chip_antibody_provider=Active Motif; chip_antibody_catalog=39113; chip_antibody_lot=256
+GSM818012	sample_alias=IMR90-12; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=12; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2AK9ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK9ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-289; chip_antibody_lot=22178
+GSM818037	sample_alias=MSC-04; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-4; experiment_type=Histone H3K4ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747
+GSM916046	sample_alias=BioSam 157 REMC 19; sample_common_name=Colonic Mucosa; collection_method=Surgery; donor_health_status=NL colonic mucosa, colon rmvd as part of abmnl Sarc; molecule=genomic DNA; disease=NL colonic mucosa, colon rmvd as part of abmnl Sarc; tissue_type=Colonic Mucosa; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=155; biomaterial_provider=MGH; donor_age=56.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson
+GSM818030	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K23ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-355; chip_antibody_lot=27133
+GSM818023	sample_alias=MSC-04; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-4; experiment_type=Histone H3K18ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=527530
+GSM817192	sample_alias=fKidney_renal_pelvis_Right.H-24111d105; sample_common_name=Fetal Renal Pelvis, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817176	sample_alias=fKidney_renal_cortex.H-24078d127; sample_common_name=Fetal Renal Cortex; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex; tissue_depot=UW; collection_method=fetal; donor_id=H-24078; donor_age=day 127; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM773015	sample_alias=218; sample_common_name=Brain, Mid Frontal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Mid Frontal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson
+GSM818025	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H3K23ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-355; chip_antibody_lot=27133
+GSM817226	sample_alias=Brain Germinal Matrix HuFGM02; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=15ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=81-301bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900241
+GSM818017	sample_alias=IMR90-10; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=10; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39123; chip_antibody_lot=229
+GSM818055	sample_alias=NPC-04; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-4; experiment_type=Histone H3K9me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671
+GSM817168	sample_alias=fLung_Left.H-24005d105; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24005; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817217	sample_alias=fMuscle_Back.H-24272d85; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24272; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817162	sample_alias=fIntestine_Large.H-23744d91; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-23744; donor_age=day 91; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818033	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K27me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004
+GSM817163	sample_alias=fKidney_Right.H-23758d107; sample_common_name=Fetal Kidney, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23758; donor_age=day 107; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916016	sample_alias=237; sample_common_name=Duodenum Mucosa; collection_method=Surgery; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Duodenum Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=159; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson
+GSM817213	sample_alias=fMuscle_Leg.H-24259d97; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817208	sample_alias=fKidney_renal_pelvis_Right.H-24232d105; sample_common_name=Fetal Renal Pelvis, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-24232; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916014	sample_alias=BioSam 309; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smth muscle,  ddnum rmvd as part of whipple operation  because of autoimmune pancreatitis (type1); molecule=genomic DNA; disease=NL smth muscle,  ddnum rmvd as part of whipple operation  because of autoimmune pancreatitis (type1); tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=Donor 174 REMC 28; biomaterial_provider=MGH; donor_age=73.0; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson
+GSM773011	sample_alias=394; sample_common_name=Brain, Cingulate Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Cingulate Gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson
+GSM818053	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=Histone H3K9me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671
+GSM818054	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Histone H3K9me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671
+GSM916030	sample_alias=234; sample_common_name=Colon Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, colon rmvd as part of abdmnl Sarc.; molecule=genomic DNA; disease=NL smooth muscle, colon rmvd as part of abdmnl Sarc.; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=156; biomaterial_provider=MGH; donor_age=56.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson
+GSM817173	sample_alias=fStomach.H-24078d127; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-24078; donor_age=day 127; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM773007	sample_alias=394; sample_common_name=Brain, Cingulate Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Cingulate Gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson
+GSM817161	sample_alias=fIntestine_Small.H-23724d87; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-23724; donor_age=day 87; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817164	sample_alias=fLung_Right.H-23758d107; sample_common_name=Fetal Lung, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-23758; donor_age=day 107; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817202	sample_alias=fKidney_renal_cortex_Right.H-24169d120; sample_common_name=Fetal Renal Cortex, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-24169; donor_age=day 120; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818020	sample_alias=MSC-04; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-4; experiment_type=Histone H3K14ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-353; chip_antibody_lot=DAM1462567
+GSM817160	sample_alias=CD8.RO_01679; sample_common_name=Mobilized CD8 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=Mobilized CD8 Primary Cells; markers=CD8+; donor_id=RO 01679; donor_age=year 21; donor_health_status=NA; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818028	sample_alias=MSC-03; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-3; experiment_type=Histone H3K23ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-355; chip_antibody_lot=27133
+GSM818059	sample_alias=MSC-04; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-4; experiment_type=Histone H4K8ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1543700
+GSM818036	sample_alias=MSC-03; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-3; experiment_type=Histone H3K4ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747
+GSM817233	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=111-331bp; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-056-050; chip_antibody_lot=A93-0042
+GSM817201	sample_alias=fMuscle_Leg.H-24143d115; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24143; donor_age=day 115; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817184	sample_alias=fMuscle_Arm.H-24111d105; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM807393	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H2AK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=727067
+GSM916036	sample_alias=BioSam 309; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smth muscle,  ddnum rmvd as part of whipple operation  because of autoimmune pancreatitis (type1); molecule=genomic DNA; disease=NL smth muscle,  ddnum rmvd as part of whipple operation  because of autoimmune pancreatitis (type1); tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=Donor 174 REMC 28; biomaterial_provider=MGH; donor_age=73.0; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson
+GSM807399	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H3K79me1; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=502497
+GSM817205	sample_alias=fKidney_renal_pelvis_Left.H-24169d120; sample_common_name=Fetal Renal Pelvis, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24169; donor_age=day 120; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818047	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H3K9ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39137; chip_antibody_lot=1008001
+GSM817198	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817237	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=15min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=91-301bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900242
+GSM817240	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=101-381bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900242
+GSM817178	sample_alias=fMuscle_Arm.H-24089d96; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24089; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817187	sample_alias=fIntestine_Small.H-24111d105; sample_common_name=Fetal Intestine, Small; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Small; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916027	sample_alias=BioSam 131; sample_common_name=CD4+ CD25int CD127+ Tmem Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25int CD127+ Tmem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson
+GSM817248	sample_alias=fBrain.H-23266d85; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23266; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808
+GSM817236	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=15min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=91-301bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042
+GSM817171	sample_alias=fMuscle_Back.H-24078d127; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24078; donor_age=day 127; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817239	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=101-381bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042
+GSM818051	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H3K9ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39137; chip_antibody_lot=1008001
+GSM818050	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H3K9ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39137; chip_antibody_lot=1008001
+GSM916020	sample_alias=237; sample_common_name=Duodenum Mucosa; collection_method=Surgery; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Duodenum Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=159; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson
+GSM916044	sample_alias=BioSam 157 REMC 19; sample_common_name=Colonic Mucosa; collection_method=Surgery; donor_health_status=NL colonic mucosa, colon rmvd as part of abmnl Sarc; molecule=genomic DNA; disease=NL colonic mucosa, colon rmvd as part of abmnl Sarc; tissue_type=Colonic Mucosa; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=155; biomaterial_provider=MGH; donor_age=56.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson
+GSM817191	sample_alias=fMuscle_Arm.H-24125d101; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24125; donor_age=day 101; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817230	sample_alias=Neurospheres, Cortex Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=3.75ug; size_fraction=91-311bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-0011
+GSM916035	sample_alias=223; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD present; molecule=genomic DNA; disease=no AD present; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=150; biomaterial_provider=Rush University Medical Center; donor_age=73.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=39133; chip_antibody_provider=Active Motif; chip_antibody_lot=31610003; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson
+GSM916048	sample_alias=BioSam 157 REMC 19; sample_common_name=Colonic Mucosa; collection_method=Surgery; donor_health_status=NL colonic mucosa, colon rmvd as part of abmnl Sarc; molecule=genomic DNA; disease=NL colonic mucosa, colon rmvd as part of abmnl Sarc; tissue_type=Colonic Mucosa; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=155; biomaterial_provider=MGH; donor_age=56.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson
+GSM916038	sample_alias=223; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD present; molecule=genomic DNA; disease=no AD present; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=150; biomaterial_provider=Rush University Medical Center; donor_age=73.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson
+GSM817203	sample_alias=fKidney_renal_cortex_Left.H-24169d120; sample_common_name=Fetal Renal Cortex, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24169; donor_age=day 120; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817170	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817211	sample_alias=fKidney_renal_cortex_Left.H-24232d105; sample_common_name=Fetal Renal Cortex, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24232; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM773012	sample_alias=218; sample_common_name=Brain, Mid Frontal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Mid Frontal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson
+GSM817169	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818062	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H4K91ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K91ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4627; chip_antibody_lot=82963
+GSM818021	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K14ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-353; chip_antibody_lot=DAM1462567
+GSM773014	sample_alias=218; sample_common_name=Brain, Mid Frontal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Mid Frontal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson
+GSM817166	sample_alias=CD4.RO_01689; sample_common_name=CD4 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD4 Primary Cells; markers=CD4+; donor_id=RO 01689; donor_age=year 34; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818046	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K79me1; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=Ab2886; chip_antibody_lot=679856
+GSM817207	sample_alias=fMuscle_Back.H-24218d96; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24218; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817252	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=BCCAGSC SOP LIBPR.0054 miRNA3; smrna_preparation_initial_smrna_qnty=2.264ug; smrna_preparation_initial_smrna_qlty=RIN 8.8; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually
+GSM773009	sample_alias=394; sample_common_name=Brain, Cingulate Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Cingulate Gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson
+GSM772991	sample_alias=220; sample_common_name=Brain, Inferior Temporal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Inferior Temporal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson
+GSM817188	sample_alias=fIntestine_Large.H-24111d105; sample_common_name=Fetal Intestine, Large; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Intestine, Large; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916031	sample_alias=234; sample_common_name=Colon Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, colon rmvd as part of abdmnl Sarc.; molecule=genomic DNA; disease=NL smooth muscle, colon rmvd as part of abdmnl Sarc.; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=156; biomaterial_provider=MGH; donor_age=56.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson
+GSM818060	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H4K8ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1543700
+GSM916017	sample_alias=237; sample_common_name=Duodenum Mucosa; collection_method=Surgery; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Duodenum Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=159; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson
+GSM817243	sample_alias=Brain HuFNSC02; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=64-372bp
+GSM706063	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H2BK15ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK15ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab62335; chip_antibody_lot=727058
+GSM916022	sample_alias=268; sample_common_name=H9 Derived Neuron Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=&gt,90% beta III tubulin(+) and &gt,60% MAP2(+); culture_conditions=Medium; passage_if_expanded=NA; cell_type=hN (ES H9 derived Neurons); donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell Culture; donor_id=113; biomaterial_provider=ArunA Biomedical, Athens, GA; donor_age=embryo; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H2A.Z; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-594; chip_antibody_provider=Upstate; chip_antibody_lot=DAM1540736; experiment_type=Histone H2A.Z; extraction_protocol_type_of_sonicator=Branson
+GSM832838	sample_alias=IMR90-02; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=2; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40886; chip_antibody_lot=529107
+GSM818009	sample_alias=MSC-04; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-4; experiment_type=Histone H2A.Z; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2A.Z; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4174-100; chip_antibody_lot=460460
+GSM817231	sample_alias=Neurospheres, Cortex Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=15ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=91-311bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042
+GSM817245	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=116-366bp
+GSM818035	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K36me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946
+GSM817216	sample_alias=fMuscle_Arm.H-24272d85; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24272; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818015	sample_alias=MSC-04; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-4; experiment_type=Histone H2BK12ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056
+GSM817250	sample_alias=Brain HuFNSC02; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Tissue; tissue_type=Brain; tissue_depot=NA; collection_method=NA; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; note=Twin of HuFNSC01; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 6.8; rna_preparation_initial_rna_qnty=10ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=155-315bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification
+GSM817214	sample_alias=fMuscle_Arm.H-24259d97; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817235	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=15min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ul; size_fraction=101-291bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4
+GSM818058	sample_alias=MSC-03; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-3; experiment_type=Histone H4K8ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1543700
+GSM817228	sample_alias=Brain Germinal Matrix HuFGM01; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM01; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; note=Twin of HuFGM02; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=15ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=66-316bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P
+GSM916043	sample_alias=BioSam 157 REMC 19; sample_common_name=Colonic Mucosa; collection_method=Surgery; donor_health_status=NL colonic mucosa, colon rmvd as part of abmnl Sarc; molecule=genomic DNA; disease=NL colonic mucosa, colon rmvd as part of abmnl Sarc; tissue_type=Colonic Mucosa; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=155; biomaterial_provider=MGH; donor_age=56.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson
+GSM817229	sample_alias=Penis, Foreskin, Keratinocyte skin01; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20min; chip_protocol=Farnham Lab Protocol; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=Protein A/G magnetic; chip_protocol_bead_amount=15ul; chip_protocol_antibody_amount=10ul; size_fraction=95-345bp; chip_antibody=H3K27me3; chip_antibody_provider=Cell Signaling Technology; chip_antibody_catalog=9733S; chip_antibody_lot=GR16377-1
+GSM817177	sample_alias=fKidney_renal_pelvis.H-24078d127; sample_common_name=Fetal Renal Pelvis; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis; tissue_depot=UW; collection_method=fetal; donor_id=H-24078; donor_age=day 127; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM832839	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=ChIP-Seq Input; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms
+GSM818045	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H3K79me1; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=679856
+GSM818044	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H3K79me1; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=679856
+GSM817175	sample_alias=fLung_Left.H-24089d96; sample_common_name=Fetal Lung, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Lung, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24089; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817242	sample_alias=Penis, Foreskin, Keratinocyte skin01; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=20min; chip_protocol=Input; chip_protocol_chromatin_amount=5ug; size_fraction=136-500bp
+GSM817196	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916026	sample_alias=BioSam 131; sample_common_name=CD4+ CD25int CD127+ Tmem Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25int CD127+ Tmem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4729; chip_antibody_provider=Abcam; chip_antibody_lot=509313; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson
+GSM817159	sample_alias=fKidney.H-23663d105; sample_common_name=Fetal Kidney; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney; tissue_depot=UW; collection_method=fetal; donor_id=H-23663; donor_age=day 105; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817180	sample_alias=fKidney_Right.H-24089d96; sample_common_name=Fetal Kidney, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-24089; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817194	sample_alias=Penis, Foreskin, Keratinocyte skin01; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818008	sample_alias=IMR90-13; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=13; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2A.Z; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2A.Z; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4174-100; chip_antibody_lot=460460
+GSM818007	sample_alias=IMR90-12; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=12; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2A.Z; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2A.Z; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4174-100; chip_antibody_lot=460460
+GSM817249	sample_alias=fBrain.H-23284d96; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=fetal brain; tissue_depot=UW; collection_method=fetal; donor_id=H-23284; donor_age=day 96; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=2ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=1ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808
+GSM817197	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916034	sample_alias=223; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD present; molecule=genomic DNA; disease=no AD present; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=150; biomaterial_provider=Rush University Medical Center; donor_age=73.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson
+GSM807395	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H2BK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39123; chip_antibody_lot=229
+GSM817200	sample_alias=fMuscle_Back.H-24143d115; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24143; donor_age=day 115; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916029	sample_alias=234; sample_common_name=Colon Smooth Muscle; collection_method=Surgery; donor_health_status=NL smooth muscle, colon rmvd as part of abdmnl Sarc.; molecule=genomic DNA; disease=NL smooth muscle, colon rmvd as part of abdmnl Sarc.; tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=156; biomaterial_provider=MGH; donor_age=56.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson
+GSM818026	sample_alias=BMP4-05; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-5; experiment_type=Histone H3K23ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-355; chip_antibody_lot=27133
+GSM818027	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Histone H3K23ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-355; chip_antibody_lot=27133
+GSM916018	sample_alias=237; sample_common_name=Duodenum Mucosa; collection_method=Surgery; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Duodenum Mucosa; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=159; biomaterial_provider=MGH; donor_age=59.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab4441; chip_antibody_provider=Abcam; chip_antibody_lot=550799; experiment_type=Histone H3K9ac; extraction_protocol_type_of_sonicator=Branson
+GSM807396	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H3K23me2; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2370; chip_antibody_lot=13694
+GSM817189	sample_alias=fSpinal_Cord.H-24111d105; sample_common_name=Fetal Spinal Cord; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Spinal Cord; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818019	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H2BK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39123; chip_antibody_lot=229
+GSM818018	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H2BK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39123; chip_antibody_lot=229
+GSM772851	sample_alias=BioSam 133; sample_common_name=CD4+ CD25- CD45RA+ Naive Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- CD45RA+ naive; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson
+GSM807403	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Histone H3T11ph; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3T11ph; chip_antibody_provider=Active Motif; chip_antibody_catalog=39152; chip_antibody_lot=258
+GSM818043	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K4me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002
+GSM807401	sample_alias=BMP4-04; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-4; experiment_type=Histone H3K79me2; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me2; chip_antibody_provider=Active Motif; chip_antibody_catalog=39143; chip_antibody_lot=177
+GSM818024	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K18ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=527530
+GSM807398	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Histone H3K79me1; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=502497
+GSM817209	sample_alias=fKidney_renal_pelvis_Left.H-24232d105; sample_common_name=Fetal Renal Pelvis, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24232; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818014	sample_alias=MSC-03; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-3; experiment_type=Histone H2BK12ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056
+GSM818057	sample_alias=H1-10; sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H3K9me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671
+GSM818063	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=ChIP-Seq Input; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms
+GSM817158	sample_alias=fSkin.H-22337d82; sample_common_name=Fetal Skin; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Skin; tissue_depot=UW; collection_method=fetal; donor_id=H-22337; donor_age=day 82; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817244	sample_alias=Neurospheres, Cortex Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=116-326bp
+GSM916033	sample_alias=BioSam 309; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smth muscle,  ddnum rmvd as part of whipple operation  because of autoimmune pancreatitis (type1); molecule=genomic DNA; disease=NL smth muscle,  ddnum rmvd as part of whipple operation  because of autoimmune pancreatitis (type1); tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=Donor 174 REMC 28; biomaterial_provider=MGH; donor_age=73.0; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson
+GSM817193	sample_alias=fKidney_renal_pelvis_Left.H-24111d105; sample_common_name=Fetal Renal Pelvis, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818040	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K4me1; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=727417
+GSM773010	sample_alias=218; sample_common_name=Brain, Mid Frontal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Mid Frontal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson
+GSM818016	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H2BK12ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056
+GSM817253	sample_alias=Penis, Foreskin, Keratinocyte skin01; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=smRNA-Seq; extraction_protocol=Total RNA was extracted using Trizol from Invitrogen as per manufacturer's instuctions.; extraction_protocol_smrna_enrichment=BCCAGSC SOP LIBPR.0054 miRNA3; smrna_preparation_initial_smrna_qnty=3.168ug; smrna_preparation_initial_smrna_qlty=RIN 8; rna_preparation_5'_rna_adapter_sequence=5' GTTCAGAGTTCTACAGTCCGACGATCTGGTCAA 3'; rna_preparation_3'_rna_adapter_sequence=5' ATCTCGTATGCCGTCTTCTGCTTGT 3'; rna_preparation_reverse_transcription_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; rna_preparation_3'_rna_adapter_ligation_protocol=1ug of total RNA (RN=&gt,7.0) in a 4uL volume and 2uL of 3' Adenylated Adapter was heat denatured at 70°C for 2min then snap chilled on ice for 1min.  Then 1uL of 10X T4 RNL2 truncated buffer, 0.8uL 100mM MgCl2, 0.2uL DEPC water, 0.5uL Rnase Out, and 1.5uL T4 RNA Ligase 2 trancated was added.  Ligation incubated at 22°C in a Tetrad thermocycler for 60min.; rna_preparation_5'_rna_adapter_ligation_protocol=5' RNA adapter was heat denatured at 70°C for 2min then snap chilled on ice.  2uL of denatured 5' RNA Adapter was added to the 3' DNA Adapter Ligation reaction product from previous step and mixed.   Then 1uL of 10mM ATP and 1uL of Ambion T4 RNA Ligase were added and ligation reaction was incubated at 37°C in a Tetrad thermocycler for 60min.; rna_preparation_reverse_transcription_protocol=To the 14uL of double adaptered miRNA product from previous step 2ul of RT-Primer was added and the mixture was heat denatured at 65°C for 10 mins then quenched on ice.  The following reagents were added immediately to the sample (6ul of 5X First Strand Buffer, 2ul of 10mM dNTPs , 3ul of 100mM DTT, 1ul of RNaseOUT, and 2uL of SuperScript II RT.  Reaction was heated at 44°C in a Thetrad thermocycler for 60minutes.; library_generation_pcr_template=15ul of the first strand cDNA product was used in the PCR; library_generation_pcr_polymerase_type=Phusion DNA Polymerase (Hot Start), 2U/ul (from NEB); library_generation_pcr_thermocycling_program=step1; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGACAGNNNNNNGTTCAGAGTTCTACAGTCCGA 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=25uM; library_generation_pcr_product_isolation_protocol=28uL of PCR products containing unique index sequences are pooled together and the 115bp miRNA containing fraction is isolated for each pool either manually
+GSM817241	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=81-301bp; chip_antibody=H3K36me3; chip_antibody_provider=abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467
+GSM773008	sample_alias=394; sample_common_name=Brain, Cingulate Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Cingulate Gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson
+GSM916021	sample_alias=269; sample_common_name=H9 Derived Neuronal Progenitor Cultured Cells; donor_health_status=NA; molecule=genomic DNA; disease=none; markers=&gt,90% nestin(+) and &lt,5% Oct-4(+); culture_conditions=Medium; passage_if_expanded=NA; cell_type=hNP (ES H9 derived Nuronal Progenitors); donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=113; biomaterial_provider=ArunA Biomedical, Athens, GA; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H2A.Z; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-594; chip_antibody_provider=Upstate; chip_antibody_lot=DAM1540736; experiment_type=Histone H2A.Z; extraction_protocol_type_of_sonicator=Branson
+GSM817220	sample_alias=fHeart.H-23744d91; sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-23744; donor_age=day 91; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM772990	sample_alias=394; sample_common_name=Brain, Cingulate Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Cingulate Gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson
+GSM817215	sample_alias=BMP4-03; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916037	sample_alias=223; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD present; molecule=genomic DNA; disease=no AD present; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=150; biomaterial_provider=Rush University Medical Center; donor_age=73.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson
+GSM817212	sample_alias=fMuscle_Upper_back.H-24244d96; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24244; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817204	sample_alias=fKidney_renal_pelvis_Right.H-24169d120; sample_common_name=Fetal Renal Pelvis, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis, Right; tissue_depot=UW; collection_method=fetal; donor_id=H-24169; donor_age=day 120; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817219	sample_alias=fPlacenta.H-24272d85; sample_common_name=Fetal Placenta; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Placenta; tissue_depot=UW; collection_method=fetal; donor_id=H-24272; donor_age=day 85; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817234	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=15min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=101-291bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P
+GSM817227	sample_alias=Brain Germinal Matrix HuFGM02; sample_common_name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=66-316bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467
+GSM817199	sample_alias=fStomach.H-24125d101; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-24125; donor_age=day 101; donor_health_status=NA; donor_sex=Unknown; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM916032	sample_alias=BioSam 309; sample_common_name=Duodenum Smooth Muscle; collection_method=Surgery; donor_health_status=NL smth muscle,  ddnum rmvd as part of whipple operation  because of autoimmune pancreatitis (type1); molecule=genomic DNA; disease=NL smth muscle,  ddnum rmvd as part of whipple operation  because of autoimmune pancreatitis (type1); tissue_type=Smooth Muscle; donor_ethnicity=Caucasian; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Duodenum; donor_id=Donor 174 REMC 28; biomaterial_provider=MGH; donor_age=73.0; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson
+GSM818011	sample_alias=MSC-02; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Histone H2AK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=727067
+GSM818010	sample_alias=MSC-01; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-1; experiment_type=Histone H2AK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=727067
+GSM916023	sample_alias=219; sample_common_name=Brain, Cingulate Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Cingulate Gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson
+GSM817246	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=111-371bp
+GSM916047	sample_alias=BioSam 157 REMC 19; sample_common_name=Colonic Mucosa; collection_method=Surgery; donor_health_status=NL colonic mucosa, colon rmvd as part of abmnl Sarc; molecule=genomic DNA; disease=NL colonic mucosa, colon rmvd as part of abmnl Sarc; tissue_type=Colonic Mucosa; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Colon; donor_id=155; biomaterial_provider=MGH; donor_age=56.0 Years; extraction_protocol_sonication_cycles=1; chip_protocol_chromatin_amount=standard; extraction_protocol=cell/nuclei lysis; experiment_type=ChIP-Seq Input; chip_protocol=Input; extraction_protocol_type_of_sonicator=Branson
+GSM916025	sample_alias=BioSam 131; sample_common_name=CD4+ CD25int CD127+ Tmem Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25int CD127+ Tmem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson
+GSM818031	sample_alias=NPC-05; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K27ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002
+GSM818029	sample_alias=MSC-04; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-4; experiment_type=Histone H3K23ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K23ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-355; chip_antibody_lot=27133
+GSM817172	sample_alias=fThymus.H-24078d127; sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-24078; donor_age=day 127; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818061	sample_alias=MSC-03; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-3; experiment_type=Histone H4K91ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K91ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4627; chip_antibody_lot=82963
+GSM817238	sample_alias=Penis, Foreskin, Fibroblast skin01; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=111-371bp; chip_antibody=H3K36me3; chip_antibody_provider=abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467
+GSM832837	sample_alias=IMR90_r1; sample_common_name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=#1; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=4; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=Histone H2BK5ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40886; chip_antibody_lot=529107
+GSM916039	sample_alias=223; sample_common_name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD present; molecule=genomic DNA; disease=no AD present; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=150; biomaterial_provider=Rush University Medical Center; donor_age=73.0 Years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson
+GSM916024	sample_alias=BioSam 131; sample_common_name=CD4+ CD25int CD127+ Tmem Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25int CD127+ Tmem; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson
+GSM817190	sample_alias=fKidney_renal_cortex_Left.H-24111d105; sample_common_name=Fetal Renal Cortex, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex, Left; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817179	sample_alias=fMuscle_Leg.H-24089d96; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24089; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM817247	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=81-301bp
+GSM817182	sample_alias=fMuscle_Back.H-24111d105; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24111; donor_age=day 105; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006)
+GSM818039	sample_alias=NPC-04; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-4; experiment_type=Histone H3K4me1; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=727417
+GSM941716	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=116-366bp; chip_antibody=H3K36me3; chip_antibody_provider=abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467
+GSM864032	sample_alias=H1-MSC_r1; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt)
+GSM878643	sample_alias=fSkin_fibro_bicep_R.H-24259d97; sample_common_name=Fibroblasts, Fetal Skin, Biceps, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Biceps, Right; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941736	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=100-348bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P
+GSM878612	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941723	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=5ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, Bsh1236I, SsiI, HpyCH4IV; mre_protocol_size_fraction=31-331bp
+GSM878630	sample_alias=fHeart.H-24042d120; sample_common_name=Fetal Heart; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Heart; tissue_depot=UW; collection_method=fetal; donor_id=H-24042; donor_age=day 120; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941724	sample_alias=Penis, Foreskin, Melanocyte skin02; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=5ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, Bsh1236I, SsiI, HpyCH4IV; mre_protocol_size_fraction=31-331bp
+GSM941738	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=85-365bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900242
+GSM941737	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=100-348bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042
+GSM941721	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=85-365bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900242
+GSM864800	sample_alias=BMP4-09; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K27ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002
+GSM878626	sample_alias=fMuscle_Leg.H-24244d96; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24244; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941741	sample_alias=Penis, Foreskin, Melanocyte skin02; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=130-372bp
+GSM941740	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=106-362bp
+GSM878653	sample_alias=fMuscle_Leg.H-24409d113; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24409; donor_age=day 113; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941744	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.6; rna_preparation_initial_rna_qnty=10ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=155-275bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification
+GSM941717	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=111-361bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P
+GSM878641	sample_alias=fSkin_fibro_upper_back.H-24259d97; sample_common_name=Fibroblasts, Fetal Skin, Upper Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Upper Back; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878618	sample_alias=fMuscle_Arm.H-24143d115; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24143; donor_age=day 115; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941719	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ul; size_fraction=85-365bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4
+GSM941731	sample_alias=Penis, Foreskin, Melanocyte skin02; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ul; size_fraction=106-362bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4
+GSM878650	sample_alias=fBrain.H-24279d101; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Brain; tissue_depot=UW; collection_method=fetal; donor_id=H-24279; donor_age=day 101; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941743	sample_alias=Penis, Foreskin, Melanocyte skin02; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9; rna_preparation_initial_rna_qnty=10ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=155-275bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification
+GSM878651	sample_alias=fBrain.H-24297d104; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Brain; tissue_depot=UW; collection_method=fetal; donor_id=H-24297; donor_age=day 104; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878663	sample_alias=fSpinal_Cord.H-24493d89; sample_common_name=Fetal Spinal Cord; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Spinal Cord; tissue_depot=UW; collection_method=fetal; donor_id=H-24493; donor_age=day 89; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878637	sample_alias=fMuscle_Leg.H-24297d104; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24297; donor_age=day 104; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941726	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=800ng; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808
+GSM864799	sample_alias=BMP4-08; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=28; medium=E8; Sex=Male; batch=BMP4-8; experiment_type=Histone H3K27ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002
+GSM864035	sample_alias=BMP4-07; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 25 and 35; medium=E8; Sex=Male; batch=BMP4-7; experiment_type=Histone H3K27ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002
+GSM878647	sample_alias=fSkin_fibro_leg_R_quad.H-24259d97; sample_common_name=Fibroblasts, Fetal Skin, Quadriceps, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Quadriceps, Right; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941727	sample_alias=Penis, Foreskin, Melanocyte skin02; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=972ng; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808
+GSM818005	sample_alias=h1_mesendoderm_r2; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into mesendoderm cells; differentiation_method=H1 cells differentiated in +5ng/mL BMP4 +25ng/mL Activin A medium; passage=20; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt)
+GSM818006	sample_alias=h1_mesendoderm_r2; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into mesendoderm cells; differentiation_method=H1 cells differentiated in +5ng/mL BMP4 +25ng/mL Activin A medium; passage=20; medium=TeSR; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt)
+GSM878652	sample_alias=fBrain.H-24381d109; sample_common_name=Fetal Brain; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Brain; tissue_depot=UW; collection_method=fetal; donor_id=H-24381; donor_age=day 109; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878646	sample_alias=fSkin_fibro_leg_R_quad.H-24259d97B2; sample_common_name=Fibroblasts, Fetal Skin, Quadriceps, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Quadriceps, Right; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878664	sample_alias=fMuscle_Trunk.H-24507d121; sample_common_name=Fetal Muscle, Trunk; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Trunk; tissue_depot=UW; collection_method=fetal; donor_id=H-24507; donor_age=day 121; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878640	sample_alias=fSkin_fibro_upper_back.H-24259d97B2; sample_common_name=Fibroblasts, Fetal Skin, Upper Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Upper Back; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941735	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ul; size_fraction=100-348bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4
+GSM878667	sample_alias=fKidney_renal_cortex.H-24493d89; sample_common_name=Fetal Renal Cortex; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex; tissue_depot=UW; collection_method=fetal; donor_id=H-24493; donor_age=day 89; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878656	sample_alias=fThymus.H-24401d108; sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-24401; donor_age=day 108; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878648	sample_alias=fSkin_fibro_leg_L_quad.H-24259d97B2; sample_common_name=Fibroblasts, Fetal Skin, Quadriceps, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Quadriceps, Left; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878665	sample_alias=fStomach.H-24507d121; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-24507; donor_age=day 121; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878616	sample_alias=H1-13; sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878614	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878660	sample_alias=fStomach.H-24401d108; sample_common_name=Fetal Stomach; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Stomach; tissue_depot=UW; collection_method=fetal; donor_id=H-24401; donor_age=day 108; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878622	sample_alias=fMuscle_Leg.H-24198d113; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24198; donor_age=day 113; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878629	sample_alias=fKidney_renal_cortex.H-24259d97; sample_common_name=Fetal Renal Cortex; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Cortex; tissue_depot=UW; collection_method=fetal; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878628	sample_alias=BMP4-06; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878666	sample_alias=fKidney.H-24507d121; sample_common_name=Fetal Kidney; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Kidney; tissue_depot=UW; collection_method=fetal; donor_id=H-24507; donor_age=day 121; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM864034	sample_alias=H9-02; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H2BK15ac; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK15ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab62335; chip_antibody_lot=727058
+GSM878636	sample_alias=fSkin_fibro_abdomen.H-24259d97; sample_common_name=Fibroblasts, Fetal Skin, Abdomen; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Abdomen; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878649	sample_alias=fSkin_fibro_leg_L_quad.H-24259d97; sample_common_name=Fibroblasts, Fetal Skin, Quadriceps, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Quadriceps, Left; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941733	sample_alias=Penis, Foreskin, Melanocyte skin02; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=130-372bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A29900242
+GSM878639	sample_alias=fMuscle_Back.H-24297d104; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24297; donor_age=day 104; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878624	sample_alias=fSkin_fibro_back.H-24218d96; sample_common_name=Fibroblasts, Fetal Skin, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Back; markers=NA; culture_conditions=None; donor_id=H-24218; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878645	sample_alias=fSkin_fibro_bicep_L.H-24259d97; sample_common_name=Fibroblasts, Fetal Skin, Biceps, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Biceps, Left; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878619	sample_alias=fMuscle_Arm.H-24198d113; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24198; donor_age=day 113; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941713	sample_alias=Neurospheres, Cortex Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=15ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=81-321bp; chip_antibody=H3K27me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb069050; chip_antibody_lot=A299000242
+GSM878615	sample_alias=NPC-03; sample_common_name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-3; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878617	sample_alias=fTestes.H24198_H23640_H24042pool; sample_common_name=Fetal Testes; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Testes; tissue_depot=UW; collection_method=fetal; donor_id=H24198_H23640_H24042; donor_age=pool; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878621	sample_alias=H1-13; sample_common_name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878625	sample_alias=fMuscle_Arm.H-24244d96; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24244; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878659	sample_alias=fPlacenta.H-24409d113; sample_common_name=Fetal Placenta; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Placenta; tissue_depot=UW; collection_method=fetal; donor_id=H-24409; donor_age=day 113; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM864803	sample_alias=BMP4-09; sample_common_name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=ChIP-Seq Input; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms
+GSM878610	sample_alias=fMuscle_Arm.H-24078d127; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24078; donor_age=day 127; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878631	sample_alias=fMuscle_Leg.H-24279d101; sample_common_name=Fetal Muscle, Leg; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Leg; tissue_depot=UW; collection_method=fetal; donor_id=H-24279; donor_age=day 101; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878662	sample_alias=fKidney_renal_pelvis.H-24477d103; sample_common_name=Fetal Renal Pelvis; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Renal Pelvis; tissue_depot=UW; collection_method=fetal; donor_id=H-24477; donor_age=day 103; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941718	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ul; size_fraction=111-361bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4
+GSM941722	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=5ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, Bsh1236I, SsiI, HpyCH4IV; mre_protocol_size_fraction=31-331bp
+GSM878644	sample_alias=fSkin_fibro_bicep_L.H-24259d97B2; sample_common_name=Fibroblasts, Fetal Skin, Biceps, Left; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Biceps, Left; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941745	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.3; rna_preparation_initial_rna_qnty=10ug; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=155-275bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification
+GSM941720	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=85-365bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb056050; chip_antibody_lot=A930042
+GSM941732	sample_alias=Penis, Foreskin, Melanocyte skin02; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=130-372bp; chip_antibody=H3K9me3; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb05605; chip_antibody_lot=A930042
+GSM941730	sample_alias=Penis, Foreskin, Melanocyte skin02; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=106-362bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P
+GSM941728	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=85-365bp; chip_antibody=H3K4me1; chip_antibody_provider=diagenode; chip_antibody_catalog=pAb037050; chip_antibody_lot=A399002341P
+GSM878632	sample_alias=fMuscle_Back.H-24279d101; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24279; donor_age=day 101; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878634	sample_alias=fSkin_fibro_scalp.H-24259d97; sample_common_name=Fibroblasts, Fetal Skin, Scalp; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Scalp; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878661	sample_alias=fSpinal_Cord.H-24409d113; sample_common_name=Fetal Spinal Cord; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Spinal Cord; tissue_depot=UW; collection_method=fetal; donor_id=H-24409; donor_age=day 113; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878642	sample_alias=fSkin_fibro_bicep_R.H-24259d97B2; sample_common_name=Fibroblasts, Fetal Skin, Biceps, Right; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Biceps, Right; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878633	sample_alias=fSkin_fibro_scalp.H-24259d97B2; sample_common_name=Fibroblasts, Fetal Skin, Scalp; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Scalp; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878658	sample_alias=fAdrenal.H-24409d113; sample_common_name=Fetal Adrenal Gland; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Adrenal Gland; tissue_depot=UW; collection_method=fetal; donor_id=H-24409; donor_age=day 113; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM864801	sample_alias=BMP4-08; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=28; medium=E8; Sex=Male; batch=BMP4-8; experiment_type=Histone H3K27me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004
+GSM864036	sample_alias=BMP4-07; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 25 and 35; medium=E8; Sex=Male; batch=BMP4-7; experiment_type=Histone H3K27me3; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See ; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004
+GSM941725	sample_alias=Penis, Foreskin, Fibroblast skin02; sample_common_name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100ul; medip_protocol_antibody_amount=630ng; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=80808
+GSM878627	sample_alias=fThymus.H-24259d97; sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941714	sample_alias=Neurospheres, Cortex Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Cortex Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Cortex Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=2; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=81-321bp; chip_antibody=H3K36me3; chip_antibody_provider=abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467
+GSM941729	sample_alias=Penis, Foreskin, Melanocyte skin01; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=106-362bp; chip_antibody=H3K36me3; chip_antibody_provider=abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467
+GSM941734	sample_alias=Penis, Foreskin, Melanocyte skin02; sample_common_name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=4; karyotype=46, XY; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=20ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=130-372bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467
+GSM878654	sample_alias=fMuscle_Trunk.H-24409d113; sample_common_name=Fetal Muscle, Trunk; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Trunk; tissue_depot=UW; collection_method=fetal; donor_id=H-24409; donor_age=day 113; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM864037	sample_alias=BMP4-07; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 25 and 35; medium=E8; Sex=Male; batch=BMP4-7; experiment_type=ChIP-Seq Input; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms
+GSM878635	sample_alias=fSkin_fibro_abdomen.H-24259d97B2; sample_common_name=Fibroblasts, Fetal Skin, Abdomen; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Abdomen; markers=NA; culture_conditions=None; donor_id=H-24259; donor_age=day 97; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878638	sample_alias=fMuscle_Arm.H-24297d104; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24297; donor_age=day 104; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878657	sample_alias=fThymus.H-24409d113; sample_common_name=Fetal Thymus; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Thymus; tissue_depot=UW; collection_method=fetal; donor_id=H-24409; donor_age=day 113; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM864802	sample_alias=BMP4-08; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=28; medium=E8; Sex=Male; batch=BMP4-8; experiment_type=ChIP-Seq Input; extraction_protocol=See ; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms
+GSM878655	sample_alias=fMuscle_Back.H-24409d113; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24409; donor_age=day 113; donor_health_status=NA; donor_sex=Female; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878620	sample_alias=fMuscle_Arm.H-24218d96; sample_common_name=Fetal Muscle, Arm; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Arm; tissue_depot=UW; collection_method=fetal; donor_id=H-24218; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM818003	sample_alias=h1_mesendoderm_r1; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into mesendoderm cells; differentiation_method=H1 cells differentiated in +5ng/mL BMP4 +25ng/mL Activin A medium; passage=20; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt)
+GSM818004	sample_alias=h1_mesendoderm_r1; sample_common_name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated into mesendoderm cells; differentiation_method=H1 cells differentiated in +5ng/mL BMP4 +25ng/mL Activin A medium; passage=20; medium=TeSR; Sex=Male; batch=Replicate 1; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16ËšC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=One third of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95C 2 min, 98C 30 sec, 4 cycles of 98C 15 sec, 60C 30 sec, 72C 4 min, 72C 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt)
+GSM878611	sample_alias=fMuscle_Back.H-24089d96; sample_common_name=Fetal Muscle, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Tissue; tissue_type=Fetal Muscle, Back; tissue_depot=UW; collection_method=fetal; donor_id=H-24089; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM878613	sample_alias=H9-05; sample_common_name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=42; medium=mTeSER; Sex=Female; batch=H9-7; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM941715	sample_alias=Neurospheres, Ganglionic Eminence Derived HuFNSC01; sample_common_name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC01; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC02; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5ug; chip_protocol_bead_type=sepharose A and G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=5ug; size_fraction=111-331bp; chip_antibody=H3K27me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-069-050; chip_antibody_lot=A299-00241
+GSM941742	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=85-365bp
+GSM941739	sample_alias=Penis, Foreskin, Keratinocyte skin02; sample_common_name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin02; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20ul; chip_protocol_antibody_amount=2.5ug; size_fraction=85-365bp; chip_antibody=H3K36me3; chip_antibody_provider=abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467
+GSM878623	sample_alias=fSkin_fibro_back.H-24218d96B2; sample_common_name=Fibroblasts, Fetal Skin, Back; molecule=genomic DNA; disease=None; biomaterial_provider=University of Washington, Congenital Defects Lab. Ian Glass; biomaterial_type=Primary Cell Culture; cell_type=Fibroblasts, Fetal Skin, Back; markers=NA; culture_conditions=None; donor_id=H-24218; donor_age=day 96; donor_health_status=NA; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=short term; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=
+GSM864033	sample_alias=H1-MSC_r2; sample_common_name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 2; experiment_type=DNA Methylation; extraction_protocol=Qiagen DNeasy mini kit, performed as per manufacturer's instructions; extraction_protocol_type_of_sonicator=Covaris S2; extraction_protocol_sonication_cycles=Standard fragment express, 6 cycles; dna_preparation_initial_dna_qnty=5 µg; dna_preparation_fragment_size_range=100-150; dna_preparation_adaptor_sequence=A; dna_preparation_adaptor_ligation_protocol=16degC for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); bisulfite_conversion_protocol=Invitrogen MethylCode; bisulfite_conversion_percent=99.5% of cytosines converted based on shotgun sequencing of unmethylated lambda phage control spiked into original genomic DNA sample; library_generation_pcr_template_conc=&gt,30-100% of the adapter-ligated, bisulfite converted DNA was used in each of three 50 µl PCR reaction; library_generation_pcr_polymerase_type=Stratagene Pfu Turbo Cx; library_generation_pcr_thermocycling_program=95degC 2 min, 98degC 30 sec, 4 cycles of 98degC 15 sec, 60degC 30 sec, 72degC 4 min, 72degC 10 min; library_generation_pcr_number_cycles=4; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGCTCTTCCGATCT; library_generation_pcr_primer_conc=25 µM; library_generation_pcr_product_isolation_protocol=Two rounds of purification with AMPure XP beads (Agencourt)
+GSM916050_1	sample alias=223; sample common name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD present; molecule=genomic DNA; disease=no AD present; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=150; biomaterial_provider=Rush University Medical Center; donor_age=73.0 Years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=5 ug; extraction_protocol_sonication_cycles=Covaris shearing, duty cycle 5%, intensity 5, cycles / burst 200, duration 9 minutes; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina paired end adapter; library_generation_pcr_r_primer_sequence=PE1.0; dna_preparation_post-ligation_fragment_size_selection=270-370; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=150-250; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=PE2.0; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=5-8; extraction_protocol_type_of_sonicator=Covaris S2 (TM); original_filename=BI.Brain_Hippocampus_Middle.Bisulfite-Seq.150.bigWig
+GSM906404_1	sample alias=STL001LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K4me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=727417; original_filename=UCSD.Left_Ventricle.H3K4me1.STL001.bigWig
+GSM906382_1	sample alias=BMP4-06; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=28; medium=mTeSR1; Sex=Male; batch=BMP4-6; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=UW.H1_BMP4_Derived_Trophoblast_Cultured_Cells.Digital_Genomic_Footprinting.DGF.DS19317.bigWig
+GSM908967_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H4K91ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K91ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4627; chip_antibody_lot=82963; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H4K91ac.AY206.bigWig
+GSM908953_1	sample alias=STL003PO-01; sample common name=Psoas Muscle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Psoas Muscle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Psoas_Muscle.H3K27me3.STL003.bigWig
+GSM915326_1	sample alias=H1-NPC_RNA_r1; sample common name=H1 Derived Neuronal Progenitor Cultured Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 1; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.mRNA-Seq.polyA-RNA-seq_h1-npc_r1a.bigWig
+GSM958149_1	sample alias=Penis, Foreskin, Fibroblast skin03; sample common name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=2.5 ug; size_fraction=122-444 bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467; original_filename=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K36me3.skin03.bigWig
+GSM906414_1	sample alias=STL003BL-01; sample common name=Bladder; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Bladder; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Bladder.Input.STL003.bigWig
+GSM910565_1	sample alias=STL001SB-01; sample common name=Small Intestine; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Small Intestine; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K36me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=UCSD.Small_Intestine.H3K36me3.STL001.bigWig
+GSM906411_1	sample alias=STL002LG-01; sample common name=Lung; molecule=genomic DNA; disease=iron deficiency, bipolar; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Lung; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL002; donor_age=30; donor_health_status=iron deficiency, bipolar disease (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Female; donor_ethnicity=Caucasian; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Lung.H3K9me3.STL002.bigWig
+GSM910581_1	sample alias=STL003PA-01; sample common name=Pancreas; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Pancreas; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=UCSD.Pancreas.H3K4me3.STL003.bigWig
+GSM916053_1	sample alias=195; sample common name=CD19 Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD19+; passage_if_expanded=NA; cell_type=CD19; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Cell; donor_id=130; biomaterial_provider=FHCRC; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=151304; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.CD19_Primary_Cells.H3K4me1.130.bigWig
+GSM916093_1	sample alias=BioSam 321 REMC 27; sample common name=Adult Liver; collection_method=Surgery; donor_health_status=patient with metastatic carcinoid; disease=patient with metastatic carcinoid; tissue_type=Adult Liver; donor_ethnicity=Caucasian; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=Liver; donor_id=Donor 177 REMC 27; biomaterial_provider=MGH; donor_age=45.0 Years; rna_preparation_5'_rna_adapter_ligation_protocol=NA; rna_preparation_3'_rna adapter_ligation_protocol=NA; rna_preparation_5'_rna_adapter_sequence=NA; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; rna_preparation_3'_rna_adapter_sequence=NA; mrna_preparation_initial_mrna_qnty=200ng; library_generation_pcr_product_isolation_protocol=1.8X SPRI cleanup (no size selection); rna_preparation_5'_dephosphorylation=NA; extraction_protocol_mrna_enrichment=Dynabeads mRNA purification kit (Invitrogen); library_generation_pcr_thermocycling_program=95C  2mins, 10 cycles of:  98C for 30 sec, 55C for 30 sec, 72C for 1 min, then 72C for 10 min, hold 4C; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; extraction_protocol=Qiagen AllPrep DNA/RNA/Protein Mini Kit; library_generation_pcr_template=Adapter ligated cDNA made by reverse transcription of RNA; library_generation_pcr_polymerase_type=PFU Ultra II; library_generation_pcr_number_cycles=10; library_generation_pcr_primer_conc=0.83 uM; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGAT; extraction_protocol_fragmentation=98C for 40 min in 0.2 mM sodium citrate, pH 6.4 (Ambion), followed by concentrating it to 3.5 ul, mixing with 1 ul 2 uM SMART tagged random primer, incubating at 70deg C for 10 min and chilling on ice for 2 min.; rna_preparation_5'_phosphorylation=NA; experiment_type=mRNA-Seq; rna_preparation_reverse_transcription_protocol=We synthesized first-strand cDNA with this RNA primer mix by adding 4 ul 5x first-strand buffer, 2 ul 100 mM DTT, 1 ul 10 mM dNTPs, 4 ug of actinomycin D, 200 U SuperScript III and 20 U SUPERase-In, incubating at room temperature for 10 min followed by 1 h at 55degC. We cleaned up first-strand cDNA by PCIA extraction twice, ethanol precipitation with 0.1 volumes 5 M ammonium acetate to remove dNTPs and resuspension in 104 ul H2O. We synthesized second-strand cDNA by adding 4 ul of 5x first-strand buffer, 2 ul of 100 mM DTT, 4 ul of 10 mM dNTPs with dTTP replaced by dUTP (Sigma), 30 ul of 5x second-strand buffer, 40 U of Escherichia coli DNA polymerase, 10 U of E. coli DNA ligase and 2 U of E. coli RNase H, and incubating at 16degC for 2 h.; mrna_preparation_fragment_size_range=400bp; original_filename=BI.Adult_Liver.mRNA-Seq.Donor_177_REMC_27.bigWig
+GSM906419_1	sample alias=STL003PA-01; sample common name=Pancreas; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Pancreas; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Pancreas.Input.STL003.bigWig
+GSM916088_1	sample alias=80; sample common name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium: NA; Differentiation Method=alginate hydrogel scaffold (SR Herlofsen et al, Tissue Eng Part A. 2011); passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=58; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=150-490; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.RRBS.58.bigWig
+GSM916065_1	sample alias=37; sample common name=Stomach Smooth Muscle; collection_method=surgery; donor_health_status=normal smooth muscle; molecule=genomic DNA; disease=none; tissue_type=smooth muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=stomach; donor_id=28; biomaterial_provider=MGH Pathology; donor_age=84; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=39133; chip_antibody_provider=Active Motif; chip_antibody_lot=31610003; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.Stomach_Smooth_Muscle.H3K27ac.28.bigWig
+GSM916091_1	sample alias=77; sample common name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium: DMEM/FBS; Differentiation Method=adherence; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=150-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.RRBS.59.bigWig
+GSM906401_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K36me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K36me3.AY67.bigWig
+GSM896163_1	sample alias=STL003AD-01; sample common name=Adrenal Gland; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Adrenal Gland; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=30; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Adrenal_Gland.H3K27ac.STL003.bigWig
+GSM910567_1	sample alias=STL003EG-01; sample common name=Esophagus; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Esophagus; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K36me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=UCSD.Esophagus.H3K36me3.STL003.bigWig
+GSM908957_1	sample alias=NPC-05; sample common name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=27; medium=Publication in progress; Sex=Male; batch=NPC-5; experiment_type=Histone H3K4me2; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me2; chip_antibody_provider=Abcam; chip_antibody_catalog=ab32356; chip_antibody_lot=727055; original_filename=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K4me2.AK260.bigWig
+GSM908965_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H4K8ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1543700; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H4K8ac.AY205.bigWig
+GSM916090_1	sample alias=219; sample common name=Brain, Cingulate Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Cingulate Gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=120-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Brain_Cingulate_Gyrus.RRBS.149.bigWig
+GSM915334_1	sample alias=STL003RV-01; sample common name=Right Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Right Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Right_Ventricle.H3K27me3.STL003.bigWig
+GSM910582_1	sample alias=STL003SX-01; sample common name=Spleen; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Spleen; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=UCSD.Spleen.H3K4me3.STL003.bigWig
+GSM915328_1	sample alias=H1_RNA_r1; sample common name=H1 Cell Line; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 1; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1.mRNA-Seq.polyA-RNA-seq_h1_r1a.bigWig
+GSM906403_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K4me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me1.AY64.bigWig
+GSM910559_1	sample alias=STL003SG-01; sample common name=Sigmoid Colon; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Sigmoid Colon; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Sigmoid_Colon.H3K27ac.STL003.bigWig
+GSM958154_1	sample alias=Penis, Foreskin, Fibroblast skin03; sample common name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=133-410 bp; chip_antibody=H3K27me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-069-050; chip_antibody_lot=A299-00242; original_filename=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K27me3.skin03.bigWig
+GSM906387_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H2A.Z; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2A.Z; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4174-100; chip_antibody_lot=460460; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2A.Z.AY68.bigWig
+GSM958165_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=74-385 bp; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-056-050; chip_antibody_lot=A93-0042; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K9me3.skin03.bigWig
+GSM909312_1	sample alias=Penis, Foreskin, Fibroblast skin01; sample common name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin01; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=UW.Penis_Foreskin_Fibroblast_Primary_Cells.Digital_Genomic_Footprinting.skin01.DGF.DS18224.bigWig
+GSM906420_1	sample alias=STL003PO-01; sample common name=Psoas Muscle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Psoas Muscle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Psoas_Muscle.Input.STL003.bigWig
+GSM915335_1	sample alias=STL003RA-01; sample common name=Right Atrium; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Right Atrium; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=UCSD.Right_Atrium.H3K4me1.STL003.bigWig
+GSM916059_1	sample alias=BioSam 134; sample common name=CD4+ CD25- IL17+ PMA-Ionomcyin stimulated Th17 Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17+ Th17 stim; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K27me3.Donor_62.bigWig
+GSM958168_1	sample alias=Penis, Foreskin, Fibroblast skin03; sample common name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=90-360 bp; original_filename=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.Input.skin03.bigWig
+GSM908955_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K4ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4ac.AY200.bigWig
+GSM908949_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K18ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=527530; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K18ac.AY75.bigWig
+GSM906407_1	sample alias=STL003SB-01; sample common name=Small Intestine; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Small Intestine; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=UCSD.Small_Intestine.H3K4me3.STL003.bigWig
+GSM910566_1	sample alias=STL003AO-01; sample common name=Aorta; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Aorta; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K36me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=UCSD.Aorta.H3K36me3.STL003.bigWig
+GSM959126_1	sample alias=CD8 Naive TC001; sample common name=CD8 Naive Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Weiss Lab UCSF; biomaterial_type=Primary Cell; cell_type=CD8 Naive Primary Cell; markers=CD8+,CD45RA+; donor_id=TC001; donor_age=21 years; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=Caucasian; passage_if_expanded=n/a; parity=NA; karyotype=46, XY; experiment_type=ChIP-Seq Input; extraction_protocol=Farnham Lab Protocol; extraction_protocol_type_of_sonicator=Bioruptor; extraction_protocol_sonication_cycles=30min; chip_protocol=Input; chip_protocol_chromatin_amount=200ng; size_fraction=81-188bp; original_filename=UCSF-UBC.CD8_Naive_Primary_Cells.Input.TC001.HS2846.bigWig
+GSM908958_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H3K79me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=679856; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K79me1.AY229.bigWig
+GSM915322_1	sample alias=H1-MSC_RNA_r1; sample common name=H1 Derived Mesenchymal Stem Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 1; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1_Derived_Mesenchymal_Stem_Cells.mRNA-Seq.polyA-RNA-seq_h1-msc_r1a.bigWig
+GSM908962_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H4K12ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K12ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39165; chip_antibody_lot=106; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H4K12ac.AY231.bigWig
+GSM916079_1	sample alias=173; sample common name=Brain, Anterior Caudate; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Anterior Caudate; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=120-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Brain_Anterior_Caudate.RRBS.112.bigWig
+GSM916055_1	sample alias=7; sample common name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=7; biomaterial_provider=Harvard University; donor_age=49; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.Adipose_Nuclei.H3K27me3.7.bigWig
+GSM908947_1	sample alias=MSC-03; sample common name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-3; experiment_type=Histone H3K14ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab52946; chip_antibody_lot=GR10517-1; original_filename=UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K14ac.AK378.bigWig
+GSM958169_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=5 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, Bsh1236I, SsiI, HpyCH4IV; mre_protocol_size_fraction=30-274 bp; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.MRE-Seq.skin03.bigWig
+GSM941753_1	sample alias=UCSF-4* Cell Line hESC; sample common name=UCSF-4* Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Susan Fisher Lab; biomaterial_type=Cell Line; line=UCSF-4*; lineage=Embryonic stem cell; differentiation_stage=Undifferentiated; differentiation_method=NA; passage=14; medium=mTeSR; Sex=Female; batch=1; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=62-306bp; original_filename=UCSF-UBC.UCSF-4star.Input.A14674.bigWig
+GSM906379_1	sample alias=NPC-03; sample common name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=Between 20 and 30; medium=Publication in progress; Sex=Male; batch=NPC-3; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=http://www.roadmapepigenomics.org/protocols/type/experimental/; original_filename=UW.H1_Derived_Neuronal_Progenitor_Cultured_Cells.ChromatinAccessibility.DS20153.bigWig
+GSM896165_1	sample alias=NPC-06; sample common name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=30; medium=Publication in progress; Sex=Male; batch=NPC-6; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K27me3.AK320.bigWig
+GSM910568_1	sample alias=STL003GA-01; sample common name=Gastric; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Gastric; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K36me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=UCSD.Gastric.H3K36me3.STL003.bigWig
+GSM906405_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K4me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me3.AY65.bigWig
+GSM941752_1	sample alias=UCSF-4* Cell Line hESC; sample common name=UCSF-4* Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Susan Fisher Lab; biomaterial_type=Cell Line; line=UCSF-4*; lineage=Embryonic stem cell; differentiation_stage=Undifferentiated; differentiation_method=NA; passage=14; medium=mTeSR; Sex=Female; batch=1; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=2.5 ug; size_fraction=95-365bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467; original_filename=UCSF-UBC.UCSF-4star.H3K36me3.A14673.bigWig
+GSM910564_1	sample alias=STL003SG-01; sample common name=Sigmoid Colon; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Sigmoid Colon; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Sigmoid_Colon.H3K27me3.STL003.bigWig
+GSM910577_1	sample alias=STL003SX-01; sample common name=Spleen; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Spleen; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=UCSD.Spleen.H3K4me1.STL003.bigWig
+GSM915333_1	sample alias=STL001SG-01; sample common name=Sigmoid Colon; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Sigmoid Colon; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Sigmoid_Colon.H3K27me3.STL001.bigWig
+GSM906415_1	sample alias=STL003EG-01; sample common name=Esophagus; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Esophagus; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Esophagus.Input.STL003.bigWig
+GSM941748_1	sample alias=UCSF-4* Cell Line hESC; sample common name=UCSF-4* Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Susan Fisher Lab; biomaterial_type=Cell Line; line=UCSF-4*; lineage=Embryonic stem cell; differentiation_stage=Undifferentiated; differentiation_method=NA; passage=14; medium=mTeSR; Sex=Female; batch=1; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=106-348bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-002341P; original_filename=UCSF-UBC.UCSF-4star.H3K4me1.A14669.bigWig
+GSM916074_1	sample alias=217; sample common name=Brain, Anterior Caudate; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Anterior Caudate; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=120-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Brain_Anterior_Caudate.RRBS.149.bigWig
+GSM908960_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H3K79me2; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me2; chip_antibody_provider=Active Motif; chip_antibody_catalog=39143; chip_antibody_lot=177; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K79me2.AY230.bigWig
+GSM906394_1	sample alias=STL003FT-01; sample common name=Adipose Tissue; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Adipose Tissue; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Adipose_Tissue.H3K27ac.STL003.bigWig
+GSM916051_1	sample alias=BioSam 311; sample common name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=endoderm; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=27; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 396; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=5 ug; extraction_protocol_sonication_cycles=Covaris shearing, duty cycle 5%, intensity 5, cycles / burst 200, duration 9 minutes; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina paired end adapter; library_generation_pcr_r_primer_sequence=PE1.0; dna_preparation_post-ligation_fragment_size_selection=220-380; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=160-340; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=PE2.0; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=5-8; extraction_protocol_type_of_sonicator=Covaris S2 (TM); original_filename=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.Bisulfite-Seq.WGBS_Lib_6.bigWig
+GSM906396_1	sample alias=STL003LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Left_Ventricle.H3K27ac.STL003.bigWig
+GSM910583_1	sample alias=STL003AD-01; sample common name=Adrenal Gland; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Adrenal Gland; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Adrenal_Gland.H3K9me3.STL003.bigWig
+GSM916064_1	sample alias=84; sample common name=Skeletal Muscle; collection_method=surgery; donor_health_status=NL muscle,... PVD - BKA; molecule=genomic DNA; disease=none; tissue_type=Skeletal muscle; passage_if_expanded=NA; donor_ethnicity=white; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=unknown; donor_id=62; biomaterial_provider=MGH Pathology; donor_age=72 years; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=39133; chip_antibody_provider=Active Motif; chip_antibody_lot=31610003; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.Skeletal_Muscle.H3K27ac.62.bigWig
+GSM958179_1	sample alias=UCSF-4* Cell Line hESC; sample common name=UCSF-4* Cell Line; disease=None; biomaterial_provider=Susan Fisher Lab; biomaterial_type=Cell Line; line=UCSF-4*; lineage=Embryonic stem cell; differentiation_stage=Undifferentiated; differentiation_method=NA; passage=14; medium=mTeSR; Sex=Female; batch=1; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.7; rna_preparation_initial_rna_qnty=296 ng; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=89-305 bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5 uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.UCSF-4star.mRNA-Seq.A11831.bigWig
+GSM958173_1	sample alias=Neurospheres, Ganglionic Eminence Derived HuFNSC03; sample common name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=Nestin, Sox2; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC03; donor_age=15GW; donor_health_status=Disease Free; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=p6 and p7; karyotype=normal; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.8; rna_preparation_initial_rna_qnty=1656 ng; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=106-325 bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5 uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.mRNA-Seq.HuFNSC03.bigWig
+GSM915331_1	sample alias=STL001SG-01; sample common name=Sigmoid Colon; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Sigmoid Colon; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Sigmoid_Colon.H3K27ac.STL001.bigWig
+GSM958171_1	sample alias=Penis, Foreskin, Fibroblast skin03; sample common name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=5 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, Bsh1236I, SsiI, HpyCH4IV; mre_protocol_size_fraction=34-264 bp; original_filename=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.MRE-Seq.skin03.bigWig
+GSM916063_1	sample alias=BioSam 577; sample common name=hESC Derived CD56+ Mesoderm Cultured Cells; lineage=mesoderm; medium=Day 0-1: DMEM F12, 0.5% FBS, Activin A (100ng/mL) BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL). Days 1-5: DMEM F12, 0.5% FBS, BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL); molecule=genomic DNA; disease=presumed normal; passage=26; line=CD56+ mesoderm; differentiation_method=adherence; batch=BioSAli 713; biomaterial_type=Cell Line; differentiation_stage=intermediate; Sex=Male; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K4me3.DNA_Lib_1279.bigWig
+GSM916061_1	sample alias=BioSAli 186; sample common name=Fetal Brain; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Brain; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=UW H22676; biomaterial_provider=University of Washington; donor_age=120.0 Days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.Fetal_Brain.H3K27me3.UW_H22676.bigWig
+GSM908964_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H4K8ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1543700; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H4K8ac.AY233.bigWig
+GSM958180_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=0.48 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=91103; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.MeDIP-Seq.skin03.bigWig
+GSM908940_1	sample alias=BMP4-08; sample common name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=28; medium=E8; Sex=Male; batch=BMP4-8; experiment_type=Histone H2BK120ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39119; chip_antibody_lot=255; original_filename=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H2BK120ac.AK401.bigWig
+GSM910576_1	sample alias=STL003PA-01; sample common name=Pancreas; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Pancreas; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=UCSD.Pancreas.H3K4me1.STL003.bigWig
+GSM916085_1	sample alias=218; sample common name=Brain, Mid Frontal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Mid Frontal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=120-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Brain_Mid_Frontal_Lobe.RRBS.149.bigWig
+GSM958159_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=20 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=2.5 ug; size_fraction=115-446 bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K36me3.skin03.bigWig
+GSM906397_1	sample alias=STL003PA-01; sample common name=Pancreas; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Pancreas; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Pancreas.H3K27ac.STL003.bigWig
+GSM896162_1	sample alias=NPC-06; sample common name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=30; medium=Publication in progress; Sex=Male; batch=NPC-6; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K27ac.AK319.bigWig
+GSM906413_1	sample alias=STL003AO-01; sample common name=Aorta; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Aorta; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Aorta.Input.STL003.bigWig
+GSM958175_1	sample alias=UCSF-4* Cell Line hESC; sample common name=UCSF-4* Cell Line; disease=None; biomaterial_provider=Susan Fisher Lab; biomaterial_type=Cell Line; line=UCSF-4*; lineage=Embryonic stem cell; differentiation_stage=Undifferentiated; differentiation_method=NA; passage=14; medium=mTeSR; Sex=Female; batch=1; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 10; rna_preparation_initial_rna_qnty=640 ng; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=95-305 bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5 uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.UCSF-4star.mRNA-Seq.A11832.bigWig
+GSM906388_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H2AK5ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=699671; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2AK5ac.AY69.bigWig
+GSM906400_1	sample alias=STL003SX-01; sample common name=Spleen; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Spleen; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Spleen.H3K27me3.STL003.bigWig
+GSM910558_1	sample alias=STL003RV-01; sample common name=Right Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Right Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Right_Ventricle.H3K27ac.STL003.bigWig
+GSM910556_1	sample alias=STL003PO-01; sample common name=Psoas Muscle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Psoas Muscle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Psoas_Muscle.H3K27ac.STL003.bigWig
+GSM906409_1	sample alias=STL001LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Left_Ventricle.H3K9me3.STL001.bigWig
+GSM916092_1	sample alias=81; sample common name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium: NA; Differentiation Method=alginate hydrogel scaffold (SR Herlofsen et al, Tissue Eng Part A. 2011); passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=59; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=150-490; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.RRBS.59.bigWig
+GSM910560_1	sample alias=STL003AO-01; sample common name=Aorta; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Aorta; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Aorta.H3K27me3.STL003.bigWig
+GSM910572_1	sample alias=STL002LG-01; sample common name=Lung; molecule=genomic DNA; disease=iron deficiency, bipolar; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Lung; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL002; donor_age=30; donor_health_status=iron deficiency, bipolar disease (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Female; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=UCSD.Lung.H3K4me1.STL002.bigWig
+GSM906381_1	sample alias=MSC-02; sample common name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=http://www.roadmapepigenomics.org/protocols/type/experimental/; original_filename=UW.H1_Derived_Mesenchymal_Stem_Cells.ChromatinAccessibility.DS21042.bigWig
+GSM958174_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 9.9; rna_preparation_initial_rna_qnty=512 ng; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=112-306 bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5 uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.mRNA-Seq.skin03.bigWig
+GSM908963_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H4K12ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K12ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39165; chip_antibody_lot=106; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H4K12ac.AY203.bigWig
+GSM896166_1	sample alias=H1-13; sample common name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 20 and 40; medium=mTeSER; Sex=Male; batch=H1U; experiment_type=Histone H4K8ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1543700; original_filename=UCSD.H1.H4K8ac.AY17.bigWig
+GSM915330_1	sample alias=STL001SB-01; sample common name=Small Intestine; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Small Intestine; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Small_Intestine.H3K27ac.STL001.bigWig
+GSM906416_1	sample alias=STL003FT-01; sample common name=Adipose Tissue; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Adipose Tissue; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Adipose_Tissue.Input.STL003.bigWig
+GSM959125_1	sample alias=Breast Stem Cell RM080; sample common name=Breast, Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Stem Cell; markers=CD73+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=4.3ug; size_fraction=66-281bp; original_filename=UCSF-UBC.Breast_Stem_Cells.Input.RM080.bigWig
+GSM910584_1	sample alias=STL003EG-01; sample common name=Esophagus; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Esophagus; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Esophagus.H3K9me3.STL003.bigWig
+GSM958160_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K36me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=2.5 ug; size_fraction=93-369 bp; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=947467; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K36me3.skin03.bigWig
+GSM908961_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K79me2; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me2; chip_antibody_provider=Active Motif; chip_antibody_catalog=39143; chip_antibody_lot=177; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K79me2.AY202.bigWig
+GSM958157_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27ac; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=15 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=2.5 ug; size_fraction=96-433 bp; chip_antibody=H3K27ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4729; chip_antibody_lot=GR28147-1; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K27ac.skin03.bigWig
+GSM910561_1	sample alias=STL003GA-01; sample common name=Gastric; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Gastric; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Gastric.H3K27me3.STL003.bigWig
+GSM916052_1	sample alias=RO 01549; sample common name=CD34 Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01549; donor_age=33 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=5 ug; extraction_protocol_sonication_cycles=Covaris shearing, duty cycle 5%, intensity 5, cycles / burst 200, duration 9 minutes; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina paired end adapter; library_generation_pcr_r_primer_sequence=PE1.0; dna_preparation_post-ligation_fragment_size_selection=220-380; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=160-340; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=PE2.0; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=5-8; extraction_protocol_type_of_sonicator=Covaris S2 (TM); original_filename=BI.Mobilized_CD34_Primary_Cells.Bisulfite-Seq.RO_01549.bigWig
+GSM958177_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 10; rna_preparation_initial_rna_qnty=592 ng; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=110-325 bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5 uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.mRNA-Seq.skin03.bigWig
+GSM958153_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=20 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=138-446 bp; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-056-050; chip_antibody_lot=A93-0042; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K9me3.skin03.bigWig
+GSM906393_1	sample alias=STL003EG-01; sample common name=Esophagus; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Esophagus; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Esophagus.H3K27ac.STL003.bigWig
+GSM908937_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H2A.Z; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2A.Z; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4174-100; chip_antibody_lot=460460; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2A.Z.AY221.bigWig
+GSM910580_1	sample alias=STL003LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=UCSD.Left_Ventricle.H3K4me3.STL003.bigWig
+GSM906418_1	sample alias=STL003LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Left_Ventricle.Input.STL003.bigWig
+GSM896164_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27me3.AK317.bigWig
+GSM909313_1	sample alias=BMP4-03; sample common name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=Between 20 and 30; medium=E8; Sex=Male; batch=BMP4-3; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=UW.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.Digital_Genomic_Footprinting.DGF.DS19310.bigWig
+GSM916062_1	sample alias=BioSam 575; sample common name=hESC Derived CD56+ Mesoderm Cultured Cells; lineage=mesoderm; medium=Day 0-1: DMEM F12, 0.5% FBS, Activin A (100ng/mL) BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL). Days 1-5: DMEM F12, 0.5% FBS, BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL); molecule=genomic DNA; disease=presumed normal; passage=23; line=CD56+ mesoderm; differentiation_method=adherence; batch=BioSAli 712; biomaterial_type=Cell Line; differentiation_stage=intermediate; Sex=Male; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-449; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1514011; experiment_type=Histone H3K27me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K27me3.DNA_Lib_1274.bigWig
+GSM908945_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K14ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab52946; chip_antibody_lot=GR10517-1; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K14ac.AY74.bigWig
+GSM915332_1	sample alias=STL001SB-01; sample common name=Small Intestine; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Small Intestine; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Small_Intestine.H3K27me3.STL001.bigWig
+GSM915325_1	sample alias=H1-Mesendoderm_RNA_r2; sample common name=H1 BMP4 Derived Mesendoderm Cultured Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 2; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.mRNA-Seq.polyA-RNA-seq_h1-mesendoderm_r2a.bigWig
+GSM941747_1	sample alias=Brain Germinal Matrix HuFGM02; sample common name=Brain, Germinal Matrix; molecule=genomic DNA; disease=None; biomaterial_provider=Costello Lab UCSF; biomaterial_type=Primary Tissue; tissue_type=Brain-Germinal Matrix; tissue_depot=NA; collection_method=NA; donor_id=HuFGM02; donor_age=20GW; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab Bisulfite Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=25min; dna_preparation_initial_dna_qnty=5ug; dna_preparation_fragment_size_range=175-225bp; dna_preparation_adaptor_sequence=Methylated Illumina PE adaptor; dna_preparation_adaptor_ligation_protocol=Costello Lab Bisulfite Protocol; dna_preparation_post-ligation_fragment_size_selection=231-688bp; bisulfite_conversion_protocol=2 rounds of Qiagen Epitect conversion; bisulfite_conversion_percent=99.4; library_generation_pcr_template_conc=N/A; library_generation_pcr_polymerase_type=Agilent PfuTurbo Cx Hotstart DNA Polymerase; library_generation_pcr_thermocycling_program=2 minutes at 95�C, 30 seconds at 98�C, 12 cycles of 10 seconds at 98�C, 30 seconds at 65�C and 30 seconds at 72�C, then  5 minutes at 72�C; library_generation_pcr_number_cycles=12; library_generation_pcr_f_primer_sequence=PE primer 1.0; library_generation_pcr_r_primer_sequence=PE primer 2.0; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.Brain_Germinal_Matrix.Bisulfite-Seq.HuFGM02.bigWig
+GSM915329_1	sample alias=H1_RNA_r2; sample common name=H1 Cell Line; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 2; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1.mRNA-Seq.polyA-RNA-seq_h1_r2a.bigWig
+GSM916083_1	sample alias=79; sample common name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium: NA; Differentiation Method=alginate hydrogel scaffold (SR Herlofsen et al, Tissue Eng Part A. 2011); passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=150-490; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.RRBS.57.bigWig
+GSM906410_1	sample alias=STL003AO-01; sample common name=Aorta; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Aorta; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Aorta.H3K9me3.STL003.bigWig
+GSM958151_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ul; size_fraction=87-374 bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K4me3.skin03.bigWig
+GSM910569_1	sample alias=STL003LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K36me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=UCSD.Left_Ventricle.H3K36me3.STL003.bigWig
+GSM908941_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H2BK120ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39199; chip_antibody_lot=255; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2BK120ac.AY223.bigWig
+GSM958162_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=20 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=135-459 bp; chip_antibody=H3K27me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-069-050; chip_antibody_lot=A299-00242; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K27me3.skin03.bigWig
+GSM910571_1	sample alias=STL003SX-01; sample common name=Spleen; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Spleen; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K36me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=UCSD.Spleen.H3K36me3.STL003.bigWig
+GSM910555_1	sample alias=STL003GA-01; sample common name=Gastric; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Gastric; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Gastric.H3K27ac.STL003.bigWig
+GSM959124_1	sample alias=Breast Luminal Epi RM080; sample common name=Breast, Luminal Epithelial Cells; molecule=genomic DNA; disease=None; biomaterial_provider=Thea Tlsty Lab UCSF; biomaterial_type=Primary Cell; cell_type=Luminal Epithelial Cell; markers=CD227+; donor_id=RM080; donor_age=33 years; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=African-American; passage_if_expanded=NA; karyotype=46, XX; parity=2; blood_type=; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10min; chip_protocol=Input; chip_protocol_chromatin_amount=3.04ug; size_fraction=71-316bp; original_filename=UCSF-UBC.Breast_Luminal_Epithelial_Cells.Input.RM080.bigWig
+GSM910579_1	sample alias=STL003GA-01; sample common name=Gastric; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Gastric; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=UCSD.Gastric.H3K4me3.STL003.bigWig
+GSM909311_1	sample alias=iPS-19.11-01; sample common name=iPS DF 19.11 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=iPS 19.11; lineage=Induced pluripotent stem cell line derived from foreskin fibroblasts; differentiation_stage=Induced pluripotent stem cell; differentiation_method=As described by Yu, J. et al. Human induced pluripotent stem cells free of vector and transgene sequences. Science 324, 797-801 (2009).; passage=Between 30 and 40; medium=mTeSR; Sex=Male; batch=iPSC 19.11; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=UW.iPS_DF_19.11.Digital_Genomic_Footprinting.DGF.DS15153.bigWig
+GSM906417_1	sample alias=STL002LG-01; sample common name=Lung; molecule=genomic DNA; disease=iron deficiency, bipolar; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Lung; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL002; donor_age=30; donor_health_status=iron deficiency, bipolar disease (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Female; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Lung.Input.STL002.bigWig
+GSM916081_1	sample alias=78; sample common name=Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium: DMEM/FBS; Differentiation Method=adherence; passage_if_expanded=NA; cell_type=BM-MSC; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=60; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=150-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.RRBS.60.bigWig
+GSM915324_1	sample alias=H1-Mesendoderm_RNA_r1; sample common name=H1 BMP4 Derived Mesendoderm Cultured Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 1; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.mRNA-Seq.polyA-RNA-seq_h1-mesendoderm_r1a.bigWig
+GSM910588_1	sample alias=STL003SX-01; sample common name=Spleen; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Spleen; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Spleen.H3K9me3.STL003.bigWig
+GSM958172_1	sample alias=Neurospheres, Ganglionic Eminence Derived HuFNSC04; sample common name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=Nestin, Sox2; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC04; donor_age=13GW; donor_health_status=Disease Free; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=p7; karyotype=; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 10; rna_preparation_initial_rna_qnty=224 ng; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=106-332 bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5 uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.mRNA-Seq.HuFNSC04.bigWig
+GSM959044_1	sample alias=IMR90-12; sample common name=IMR90 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=ATCC; biomaterial_type=Cell Line; line=IMR90; lineage=NA; batch=12; differentiation_stage=Fetal lung fibroblast; differentiation_method=NA; passage=NA; medium=Minimum Essential Medium, Eagle with Earle's Balanced Salt Solution supplemented with 10% Fetal Bovine Serum (FBS), 1% Pen/Strep (penicillin, streptomycin), 1% GlutaMax (stable form of glutamine); Sex=Female; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.IMR90.Input.AK106.bigWig
+GSM908942_1	sample alias=MSC-03; sample common name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=5; medium=Publication in progress; Sex=Male; batch=MSC-3; experiment_type=Histone H2BK120ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39119; chip_antibody_lot=255; original_filename=UCSD.H1_Derived_Mesenchymal_Stem_Cells.H2BK120ac.AK395.bigWig
+GSM916072_1	sample alias=BioSam 575; sample common name=hESC Derived CD56+ Mesoderm Cultured Cells; lineage=mesoderm; medium=Day 0-1: DMEM F12, 0.5% FBS, Activin A (100ng/mL) BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL). Days 1-5: DMEM F12, 0.5% FBS, BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL); molecule=genomic DNA; disease=presumed normal; passage=23; line=CD56+ mesoderm; differentiation_method=adherence; batch=BioSAli 712; biomaterial_type=Cell Line; differentiation_stage=intermediate; Sex=Male; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K36me3.DNA_Lib_1277.bigWig
+GSM896161_1	sample alias=H9-02; sample common name=H9 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H9; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=Between 30 and 50; medium=mTeSER; Sex=Female; batch=H9; experiment_type=Histone H3K14ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Abcam; chip_antibody_catalog=EP964Y; chip_antibody_lot=GR10517-1; original_filename=UCSD.H9.H3K14ac.AY15.bigWig
+GSM906412_1	sample alias=STL003LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Left_Ventricle.H3K9me3.STL003.bigWig
+GSM908938_1	sample alias=H1-10; sample common name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H2A.Z; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2A.Z; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4174-100; chip_antibody_lot=460460; original_filename=UCSD.H1.H2A.Z.AY1.bigWig
+GSM906423_1	sample alias=STL003SX-01; sample common name=Spleen; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Spleen; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Spleen.Input.STL003.bigWig
+GSM958161_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=20 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=134-471 bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-002341P; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K4me1.skin03.bigWig
+GSM908966_1	sample alias=H1-10; sample common name=H1 Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=James Thompson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=None; differentiation_method=None; passage=32; medium=mTeSER; Sex=Male; batch=H1J5p32; experiment_type=Histone H4K8ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H4K8ac; chip_antibody_provider=Millipore; chip_antibody_catalog=07-328; chip_antibody_lot=DAM1543700; original_filename=UCSD.H1.H4K8ac.AY18.bigWig
+GSM958167_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=20 min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=49-391 bp; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.Input.skin03.bigWig
+GSM910573_1	sample alias=STL003EG-01; sample common name=Esophagus; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Esophagus; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=UCSD.Esophagus.H3K4me1.STL003.bigWig
+GSM958182_1	sample alias=Penis, Foreskin, Fibroblast skin03; sample common name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=0.74 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=91103; original_filename=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.MeDIP-Seq.skin03.bigWig
+GSM958170_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; mre_protocol=Costello Lab MRE Protocol; mre_protocol_chromatin_amount=5 ug; mre_protocol_restriction_enzyme=HpaII, Hin6I, Bsh1236I, SsiI, HpyCH4IV; mre_protocol_size_fraction=33-268 bp; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.MRE-Seq.skin03.bigWig
+GSM915336_1	sample alias=STL002LG-01; sample common name=Lung; molecule=genomic DNA; disease=iron deficiency, bipolar; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Lung; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL002; donor_age=30; donor_health_status=iron deficiency, bipolar disease (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Female; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=UCSD.Lung.H3K4me3.STL002.bigWig
+GSM915320_1	sample alias=H1-BMP4_RNA_r1; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 1; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.mRNA-Seq.polyA-RNA-seq_h1-bmp4_r1a.bigWig
+GSM906406_1	sample alias=STL001LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K4me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=UCSD.Left_Ventricle.H3K4me3.STL001.bigWig
+GSM916073_1	sample alias=BioSam 575; sample common name=hESC Derived CD56+ Mesoderm Cultured Cells; lineage=mesoderm; medium=Day 0-1: DMEM F12, 0.5% FBS, Activin A (100ng/mL) BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL). Days 1-5: DMEM F12, 0.5% FBS, BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL); molecule=genomic DNA; disease=presumed normal; passage=23; line=CD56+ mesoderm; differentiation_method=adherence; batch=BioSAli 712; biomaterial_type=Cell Line; differentiation_stage=intermediate; Sex=Male; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K9me3.DNA_Lib_1276.bigWig
+GSM910586_1	sample alias=STL003PA-01; sample common name=Pancreas; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Pancreas; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Pancreas.H3K9me3.STL003.bigWig
+GSM916086_1	sample alias=215; sample common name=Brain, Substantia Nigra; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Substantia Nigra; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=120-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Brain_Substantia_Nigra.RRBS.149.bigWig
+GSM958176_1	sample alias=Neurospheres, Cortex Derived HuFNSC04; sample common name=Neurosphere Cultured Cells, Cortex Derived; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=Nestin, Sox2; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC04; donor_age=13GW; donor_health_status=Disease Free; donor_sex=Unknown; donor_ethnicity=NA; passage_if_expanded=p6; karyotype=; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 10; rna_preparation_initial_rna_qnty=176 ng; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=108-347 bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5 uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.mRNA-Seq.HuFNSC04.bigWig
+GSM941746_1	sample alias=Neurospheres, Ganglionic Eminence Derived HuFNSC02; sample common name=Neurosphere Cultured Cells, Ganglionic Eminence Derived; molecule=genomic DNA; disease=None; biomaterial_provider=Keith Ligon, Harvard; biomaterial_type=Primary Cell Culture; cell_type=Neurospheres, Ganglionic Eminence Derived; markers=NA; culture_conditions=Neurocult+EGF+FGF; donor_id=HuFNSC02; donor_age=17GW; donor_health_status=Disease Free; donor_sex=Female; donor_ethnicity=NA; passage_if_expanded=3; karyotype=; parity=NA; note=Twin of HuFNSC01; experiment_type=DNA Methylation; extraction_protocol=Costello Lab Bisulfite Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=15min; dna_preparation_initial_dna_qnty=5ug; dna_preparation_fragment_size_range=200-400bp; dna_preparation_adaptor_sequence=Methylated Illumina PE adaptor; dna_preparation_adaptor_ligation_protocol=Costello Lab Bisulfite Protocol; dna_preparation_post-ligation_fragment_size_selection=147-400bp; bisulfite_conversion_protocol=2 rounds of Qiagen Epitect conversion; bisulfite_conversion_percent=98.5; library_generation_pcr_template_conc=N/A; library_generation_pcr_polymerase_type=Agilent PfuTurbo Cx Hotstart DNA Polymerase; library_generation_pcr_thermocycling_program=2 minutes at 95�C, 30 seconds at 98�C, 15 cycles of 10 seconds at 98�C, 30 seconds at 65�C and 30 seconds at 72�C, then  5 minutes at 72�C; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=PE primer 1.0; library_generation_pcr_r_primer_sequence=PE primer 2.0; library_generation_pcr_primer_conc=0.5uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.Bisulfite-Seq.HuFNSC02.bigWig
+GSM906392_1	sample alias=STL003AO-01; sample common name=Aorta; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Aorta; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Aorta.H3K27ac.STL003.bigWig
+GSM958178_1	sample alias=Penis, Foreskin, Fibroblast skin03; sample common name=Penis, Foreskin, Fibroblast Primary Cells; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=mRNA-Seq; extraction_protocol=BCCAGSC mRNA Standard Operating Procedure; extraction_protocol_mrna_enrichment=Miltenyi-Biotec MACS mRNA purification; rna_preparation_initial_rna_qlty=RIN 10; rna_preparation_initial_rna_qnty=632 ng; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; rna_preparation_reverse_transcription_protocol=Invitrogen Superscript II RT; library_generation_pcr_template=cDNA; library_fragmentation=COVARIS E210; library_fragment_size_range=106-312 bp; library_generation_pcr_polymerase_type=Phusion; library_generation_pcr_thermocycling_program=98C 30 sec, 10 cycle of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=10; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGATCGGTCTCGGCATTCCTGCTGAACCGCTCTTCCGATCT; library_generation_pcr_primer_conc=0.5 uM; library_generation_pcr_product_isolation_protocol=8% Novex TBE PAGE gel purification; original_filename=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.mRNA-Seq.skin03.bigWig
+GSM916057_1	sample alias=263; sample common name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 137; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K9me3.DNA_Lib_242.bigWig
+GSM958164_1	sample alias=Penis, Foreskin, Fibroblast skin03; sample common name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=111-411 bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-002341P; original_filename=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K4me1.skin03.bigWig
+GSM958166_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=ChIP-Seq Input; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=Input; chip_protocol_chromatin_amount=NA; size_fraction=88-407 bp; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.Input.skin03.bigWig
+GSM958155_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=20 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ul; size_fraction=158-473 bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K4me3.skin03.bigWig
+GSM958156_1	sample alias=Penis, Foreskin, Keratinocyte skin03; sample common name=Penis, Foreskin, Keratinocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Keratinocyte; markers=NA; culture_conditions=Invitrogen 154CF + HKGS + .07mM Ca; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27ac; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=20 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=2.5 ug; size_fraction=121-459 bp; chip_antibody=H3K27ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4729; chip_antibody_lot=GR28147-1; original_filename=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K27ac.skin03.bigWig
+GSM908951_1	sample alias=STL001LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Left_Ventricle.H3K27ac.STL001.bigWig
+GSM915337_1	sample alias=STL001SB-01; sample common name=Small Intestine; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Small Intestine; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Small_Intestine.Input.STL001.bigWig
+GSM910575_1	sample alias=STL003LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=UCSD.Left_Ventricle.H3K4me1.STL003.bigWig
+GSM916070_1	sample alias=BioSam 575; sample common name=hESC Derived CD56+ Mesoderm Cultured Cells; lineage=mesoderm; medium=Day 0-1: DMEM F12, 0.5% FBS, Activin A (100ng/mL) BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL). Days 1-5: DMEM F12, 0.5% FBS, BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL); molecule=genomic DNA; disease=presumed normal; passage=23; line=CD56+ mesoderm; differentiation_method=adherence; batch=BioSAli 712; biomaterial_type=Cell Line; differentiation_stage=intermediate; Sex=Male; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me1; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8895; chip_antibody_provider=Abcam; chip_antibody_lot=659352; experiment_type=Histone H3K4me1; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K4me1.DNA_Lib_1272.bigWig
+GSM910587_1	sample alias=STL003RA-01; sample common name=Right Atrium; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Right Atrium; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Right_Atrium.H3K9me3.STL003.bigWig
+GSM997220_1	sample alias=BioSam 828; sample common name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=endoderm; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; disease=presumed normal; passage=23; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 1032; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard; rna_preparation_5'_rna_adapter_ligation_protocol=3' cDNA ligation; rna_preparation_3'_rna adapter_ligation_protocol=Our protocol using T4 RNA ligase from NEB; rna_preparation_5'_rna_adapter_sequence=5ILL-21; library_generation_pcr_f_primer_sequence=ILLUMINA A1+B1, C1+D1, E1+F1, G1+H1; rna_preparation_3'_rna_adapter_sequence=C3trunc; mrna_preparation_initial_mrna_qnty=around 10ng; library_generation_pcr_product_isolation_protocol=3x RLT + 15/20 ul of Silane + 0.4x EtOn, eluted in 100ul, recleaned using 0.95X SPRI; rna_preparation_5'_dephosphorylation=yes; extraction_protocol_mrna_enrichment=OligodT - Dynabeads mRNA purification kit (Invitrogen); library_generation_pcr_thermocycling_program=98C 30 sec, 8 cycles of:  98C for 10 sec, 67C for 20 sec, 72C for 20 min, then 72C for 30 seconds, hold 4C; rna_preparation_reverse_transcription_primer_sequence=AR2; extraction_protocol=Qiagen AllPrep DNA/RNA/Protein Mini Kit; library_generation_pcr_template=Adapter ligated cDNA made by reverse transcription of RNA; library_generation_pcr_polymerase_type=Phusion High Fidelity; library_generation_pcr_number_cycles=8; library_generation_pcr_primer_conc=12 pmoles of each/50 ul of reaction; library_generation_pcr_r_primer_sequence=2P_Universal; extraction_protocol_fragmentation=70C for 4 min in Ambion Fragmentation Buffer; rna_preparation_5'_phosphorylation=NO; experiment_type=mRNA-Seq; rna_preparation_reverse_transcription_protocol=We synthesized first-strand cDNA using affinity-script reverse transcriptase; mrna_preparation_fragment_size_range=50-300 nt; original_filename=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.mRNA-Seq.cDNA_Lib_9-10.bigWig
+GSM916067_1	sample alias=BioSam 577; sample common name=hESC Derived CD56+ Mesoderm Cultured Cells; lineage=mesoderm; medium=Day 0-1: DMEM F12, 0.5% FBS, Activin A (100ng/mL) BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL). Days 1-5: DMEM F12, 0.5% FBS, BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL); molecule=genomic DNA; disease=presumed normal; passage=26; line=CD56+ mesoderm; differentiation_method=adherence; batch=BioSAli 713; biomaterial_type=Cell Line; differentiation_stage=intermediate; Sex=Male; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=484088; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K9me3.DNA_Lib_1282.bigWig
+GSM906390_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H2BK12ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2BK12ac.AY72.bigWig
+GSM916094_1	sample alias=223; sample common name=Brain, Hippocampus Middle; collection_method=Post-Mortem; donor_health_status=no AD present; disease=no AD present; tissue_type=Hippocampus Middle; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=150; biomaterial_provider=Rush University Medical Center; donor_age=73.0 Years; rna_preparation_5'_rna_adapter_ligation_protocol=NA; rna_preparation_3'_rna adapter_ligation_protocol=NA; rna_preparation_5'_rna_adapter_sequence=NA; library_generation_pcr_f_primer_sequence=AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATCT; rna_preparation_3'_rna_adapter_sequence=NA; mrna_preparation_initial_mrna_qnty=200ng; library_generation_pcr_product_isolation_protocol=1.8X SPRI cleanup (no size selection); rna_preparation_5'_dephosphorylation=NA; extraction_protocol_mrna_enrichment=Dynabeads mRNA purification kit (Invitrogen); library_generation_pcr_thermocycling_program=95C  2mins, 10 cycles of:  98C for 30 sec, 55C for 30 sec, 72C for 1 min, then 72C for 10 min, hold 4C; rna_preparation_reverse_transcription_primer_sequence=NNNNNN; extraction_protocol=Qiagen AllPrep DNA/RNA/Protein Mini Kit; library_generation_pcr_template=Adapter ligated cDNA made by reverse transcription of RNA; library_generation_pcr_polymerase_type=PFU Ultra II; library_generation_pcr_number_cycles=10; library_generation_pcr_primer_conc=0.83 uM; library_generation_pcr_r_primer_sequence=CAAGCAGAAGACGGCATACGAGAT; extraction_protocol_fragmentation=98C for 40 min in 0.2 mM sodium citrate, pH 6.4 (Ambion), followed by concentrating it to 3.5 ul, mixing with 1 ul 2 uM SMART tagged random primer, incubating at 70deg C for 10 min and chilling on ice for 2 min.; rna_preparation_5'_phosphorylation=NA; experiment_type=mRNA-Seq; rna_preparation_reverse_transcription_protocol=We synthesized first-strand cDNA with this RNA primer mix by adding 4 ul 5x first-strand buffer, 2 ul 100 mM DTT, 1 ul 10 mM dNTPs, 4 ug of actinomycin D, 200 U SuperScript III and 20 U SUPERase-In, incubating at room temperature for 10 min followed by 1 h at 55degC. We cleaned up first-strand cDNA by PCIA extraction twice, ethanol precipitation with 0.1 volumes 5 M ammonium acetate to remove dNTPs and resuspension in 104 ul H2O. We synthesized second-strand cDNA by adding 4 ul of 5x first-strand buffer, 2 ul of 100 mM DTT, 4 ul of 10 mM dNTPs with dTTP replaced by dUTP (Sigma), 30 ul of 5x second-strand buffer, 40 U of Escherichia coli DNA polymerase, 10 U of E. coli DNA ligase and 2 U of E. coli RNase H, and incubating at 16degC for 2 h.; mrna_preparation_fragment_size_range=400bp; original_filename=BI.Brain_Hippocampus_Middle.mRNA-Seq.150.bigWig
+GSM908939_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H2AK5ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2AK5ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab45152; chip_antibody_lot=699671; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2AK5ac.AY222.bigWig
+GSM916060_1	sample alias=263; sample common name=hESC Derived CD184+ Endoderm Cultured Cells; lineage=NA; medium=RPMI 100ng/mL Activin A 50ng/mL Wnt3a; molecule=genomic DNA; disease=presumed normal; passage=1; line=HUES64 derived CD184+; differentiation_method=in vitro culture; batch=BioSAli 137; biomaterial_type=Cell Line; differentiation_stage=differentiated; Sex=Male; biomaterial_provider=Harvard University; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K4me3.DNA_Lib_241.bigWig
+GSM910574_1	sample alias=STL003GA-01; sample common name=Gastric; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Gastric; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8895; chip_antibody_lot=720417; original_filename=UCSD.Gastric.H3K4me1.STL003.bigWig
+GSM906391_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H2BK5ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39123; chip_antibody_lot=229; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2BK5ac.AY73.bigWig
+GSM906399_1	sample alias=STL003EG-01; sample common name=Esophagus; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Esophagus; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Esophagus.H3K27me3.STL003.bigWig
+GSM916078_1	sample alias=171; sample common name=Brain, Substantia Nigra; collection_method=post-mortem; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Substantia Nigra; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=brain; donor_id=112; biomaterial_provider=Rush University Medical Center; donor_age=75; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=120-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Brain_Substantia_Nigra.RRBS.112.bigWig
+GSM910585_1	sample alias=STL003GA-01; sample common name=Gastric; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Gastric; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.Gastric.H3K9me3.STL003.bigWig
+GSM941751_1	sample alias=UCSF-4* Cell Line hESC; sample common name=UCSF-4* Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Susan Fisher Lab; biomaterial_type=Cell Line; line=UCSF-4*; lineage=Embryonic stem cell; differentiation_stage=Undifferentiated; differentiation_method=NA; passage=14; medium=mTeSR; Sex=Female; batch=1; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=110-369bp; chip_antibody=H3K27me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-069-050; chip_antibody_lot=A299-00242; original_filename=UCSF-UBC.UCSF-4star.H3K27me3.A14672.bigWig
+GSM941749_1	sample alias=UCSF-4* Cell Line hESC; sample common name=UCSF-4* Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Susan Fisher Lab; biomaterial_type=Cell Line; line=UCSF-4*; lineage=Embryonic stem cell; differentiation_stage=Undifferentiated; differentiation_method=NA; passage=14; medium=mTeSR; Sex=Female; batch=1; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=NA; size_fraction=70-328bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4; original_filename=UCSF-UBC.UCSF-4star.H3K4me3.A14670.bigWig
+GSM909314_1	sample alias=MSC-02; sample common name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Digital Genomic Footprinting; extraction_protocol=Qiagen minElut; dnase_protocol=Stamlab DNase Protocol, Sabo, P. J. et al. Nat Methods 3, 511-518 (2006); original_filename=UW.H1_Derived_Mesenchymal_Stem_Cells.Digital_Genomic_Footprinting.DGF.DS21042.bigWig
+GSM908956_1	sample alias=NPC-06; sample common name=H1 Derived Neuronal Progenitor Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into neural progenitor cells; differentiation_method=Publication in progress; passage=30; medium=Publication in progress; Sex=Male; batch=NPC-6; experiment_type=Histone H3K4ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747; original_filename=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K4ac.AK386.bigWig
+GSM958152_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me1; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=97-408 bp; chip_antibody=H3K4me1; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-037-050; chip_antibody_lot=A399-002341P; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K4me1.skin03.bigWig
+GSM908946_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H3K14ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K14ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab52946; chip_antibody_lot=GR10517-1; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K14ac.AY226.bigWig
+GSM958150_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=77-388 bp; chip_antibody=H3K27me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-069-050; chip_antibody_lot=A299-00242; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K27me3.skin03.bigWig
+GSM915323_1	sample alias=H1-MSC_RNA_r2; sample common name=H1 Derived Mesenchymal Stem Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 2; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1_Derived_Mesenchymal_Stem_Cells.mRNA-Seq.polyA-RNA-seq_h1-msc_r2a.bigWig
+GSM906402_1	sample alias=STL001LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K36me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=UCSD.Left_Ventricle.H3K36me3.STL001.bigWig
+GSM916068_1	sample alias=BioSam 577; sample common name=hESC Derived CD56+ Mesoderm Cultured Cells; lineage=mesoderm; medium=Day 0-1: DMEM F12, 0.5% FBS, Activin A (100ng/mL) BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL). Days 1-5: DMEM F12, 0.5% FBS, BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL); molecule=genomic DNA; disease=presumed normal; passage=26; line=CD56+ mesoderm; differentiation_method=adherence; batch=BioSAli 713; biomaterial_type=Cell Line; differentiation_stage=intermediate; Sex=Male; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K36me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab9050; chip_antibody_provider=Abcam; chip_antibody_lot=499302; experiment_type=Histone H3K36me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K36me3.DNA_Lib_1283.bigWig
+GSM906398_1	sample alias=STL003SX-01; sample common name=Spleen; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Spleen; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Spleen.H3K27ac.STL003.bigWig
+GSM916058_1	sample alias=79; sample common name=Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells; donor_health_status=healthy; molecule=genomic DNA; disease=none; markers=NA; culture_conditions=Medium: NA; Differentiation Method=alginate hydrogel scaffold (SR Herlofsen et al, Tissue Eng Part A. 2011); passage_if_expanded=NA; cell_type=chondrogenic dif cells; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell Culture; donor_id=57; biomaterial_provider=Rikshospitalet University Hospital; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=39133; chip_antibody_provider=Active Motif; chip_antibody_lot=31610003; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27ac.57.bigWig
+GSM958181_1	sample alias=Penis, Foreskin, Melanocyte skin03; sample common name=Penis, Foreskin, Melanocyte Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Melanocyte; markers=NA; culture_conditions=Invitrogen 254 + HMGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=DNA Methylation; extraction_protocol=Costello Lab MeDIP Protocol; extraction_protocol_type_of_sonicator=Diagenode Bioruptor; extraction_protocol_sonication_cycles=30 min; medip_protocol=Costello Lab MeDIP Protocol; medip_protocol_dna_amount=5 ug; medip_protocol_bead_type=Protein A/G; medip_protocol_bead_amount=100 ul; medip_protocol_antibody_amount=0.66 ug; medip_antibody=Methylcytidine; medip_antibody_provider=Eurogentec; medip_antibody_catalog=BI-MECY-0100; medip_antibody_lot=91103; original_filename=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.MeDIP-Seq.skin03.bigWig
+GSM910557_1	sample alias=STL003RA-01; sample common name=Right Atrium; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Right Atrium; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Right_Atrium.H3K27ac.STL003.bigWig
+GSM908944_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H2BK5ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK5ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39123; chip_antibody_lot=229; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2BK5ac.AY225.bigWig
+GSM908954_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H3K4ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4ac; chip_antibody_provider=Upstate; chip_antibody_catalog=07-539; chip_antibody_lot=26747; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4ac.AY228.bigWig
+GSM909310_1	sample alias=RO 01549; sample common name=CD34 Primary Cells; disease=None; biomaterial_provider=FHCRC HEIMFELD; biomaterial_type=Primary Cell; cell_type=CD34 Primary Cells; markers=CD34+; donor_id=RO 01549; donor_age=33 years; donor_health_status=NA; donor_sex=Female; donor_ethnicity=Caucasian; passage_if_expanded=NA; experiment_type=mRNA-Seq; extraction_protocol=Ambion Ribopure; extraction_protocol_mrna_enrichment=Part of Library Prep, Truseq RNA-Seq Sample Prep Kit; rna_preparation_initial_rna_qnty=1ug; rna_preparation_reverse_transcription_primer_sequence=Random Primers(hexamers); rna_preparation_reverse_transcription_protocol=TruSeq RNA; library_generation_pcr_template=cDNA; library_fragmentation=Part of Library Prep, Truseq RNA-Seq Sample Prep Kit; library_fragment_size_range=120-200bp; library_generation_pcr_polymerase_type=Proprietary; library_generation_pcr_thermocycling_program=98C 30 sec, 15 cycles of 98C 10 sec, 65C 30 sec, 72C 30 sec, then 72C 5 min, 4C hold; library_generation_pcr_number_cycles=15; library_generation_pcr_f_primer_sequence=Proprietary; library_generation_pcr_r_primer_sequence=Proprietary; library_generation_pcr_primer_conc=Proprietary; library_generation_pcr_product_isolation_protocol=Part of Library Prep, Truseq RNA-Seq Sample Prep Kit; original_filename=UW.Mobilized_CD34_Primary_Cells.mRNA-Seq.RO_01549.lib-RNA.RS18745.bigWig
+GSM906422_1	sample alias=STL003SG-01; sample common name=Sigmoid Colon; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Sigmoid Colon; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Sigmoid_Colon.Input.STL003.bigWig
+GSM941750_1	sample alias=UCSF-4* Cell Line hESC; sample common name=UCSF-4* Cell Line; molecule=genomic DNA; disease=None; biomaterial_provider=Susan Fisher Lab; biomaterial_type=Cell Line; line=UCSF-4*; lineage=Embryonic stem cell; differentiation_stage=Undifferentiated; differentiation_method=NA; passage=14; medium=mTeSR; Sex=Female; batch=1; experiment_type=Histone H3K9me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ug; size_fraction=110-368bp; chip_antibody=H3K9me3; chip_antibody_provider=Diagenode; chip_antibody_catalog=pAb-056-050; chip_antibody_lot=A93-0042; original_filename=UCSF-UBC.UCSF-4star.H3K9me3.A14671.bigWig
+GSM910562_1	sample alias=STL003LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Left_Ventricle.H3K27me3.STL003.bigWig
+GSM958158_1	sample alias=Penis, Foreskin, Fibroblast skin03; sample common name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K4me3; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=10 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=5 ul; size_fraction=130-445 bp; chip_antibody=H3K4me3; chip_antibody_provider=Cell Signalling; chip_antibody_catalog=9751S; chip_antibody_lot=lot#4; original_filename=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K4me3.skin03.bigWig
+GSM916087_1	sample alias=221; sample common name=Brain, Angular Gyrus; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Angular gyrus; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=120-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Brain_Angular_Gyrus.RRBS.149.bigWig
+GSM908968_1	sample alias=STL001LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Left_Ventricle.Input.STL001.bigWig
+GSM908952_1	sample alias=STL001LV-01; sample common name=Left Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Left Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL001; donor_age=3; donor_health_status=healthy, no prior medical history (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian and African American; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Left_Ventricle.H3K27me3.STL001.bigWig
+GSM910563_1	sample alias=STL003PA-01; sample common name=Pancreas; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Pancreas; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K27me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39155; chip_antibody_lot=30508004; original_filename=UCSD.Pancreas.H3K27me3.STL003.bigWig
+GSM915321_1	sample alias=H1-BMP4_RNA_r2; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 2; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.mRNA-Seq.polyA-RNA-seq_h1-bmp4_r2a.bigWig
+GSM910578_1	sample alias=STL003EG-01; sample common name=Esophagus; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Esophagus; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K4me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K4me3; chip_antibody_provider=Active Motif; chip_antibody_catalog=39159; chip_antibody_lot=15808002; original_filename=UCSD.Esophagus.H3K4me3.STL003.bigWig
+GSM896167_1	sample alias=STL003AD-01; sample common name=Adrenal Gland; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Adrenal Gland; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=30; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Adrenal_Gland.Input.STL003.bigWig
+GSM906395_1	sample alias=STL002LG-01; sample common name=Lung; molecule=genomic DNA; disease=iron deficiency, bipolar; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Lung; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL002; donor_age=30; donor_health_status=iron deficiency, bipolar disease (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Female; donor_ethnicity=Caucasian; experiment_type=Histone H3K27ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K27ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39133; chip_antibody_lot=19208002; original_filename=UCSD.Lung.H3K27ac.STL002.bigWig
+GSM916049_1	sample alias=3; sample common name=Adult Liver; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adult Liver; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=liver; donor_id=3; biomaterial_provider=MGH Pathology; donor_age=NA; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=5 ug; extraction_protocol_sonication_cycles=Covaris shearing, duty cycle 5%, intensity 5, cycles / burst 200, duration 9 minutes; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina paired end adapter; library_generation_pcr_r_primer_sequence=PE1.0; dna_preparation_post-ligation_fragment_size_selection=270-370; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=150-250; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=PE2.0; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=5-8; extraction_protocol_type_of_sonicator=Covaris S2 (TM); original_filename=BI.Adult_Liver.Bisulfite-Seq.3.bigWig
+GSM916080_1	sample alias=220; sample common name=Brain, Inferior Temporal Lobe; collection_method=Post-Mortem; donor_health_status=no AD evident at demise; molecule=genomic DNA; disease=no AD evident at demise; tissue_type=Inferior Temporal Lobe; donor_ethnicity=NA; donor_sex=Male; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=149; biomaterial_provider=Rush University Medical Center; donor_age=81.0 Years; bisulfite_conversion_protocol=2x5hrs Epitect Kit; dna_preparation_initial_dna_qnty=30-300 ng; extraction_protocol_sonication_cycles=NA; dna_preparation_adaptor_ligation_protocol=T4 Ligase (2,000U/ul) 16C o/n; dna_preparation_adaptor_sequence=Illumina TruSeq adapter; library_generation_pcr_r_primer_sequence=Illumina TruSeq primer; dna_preparation_post-ligation_fragment_size_selection=120-400; bisulfite_conversion_percent=99.5%; extraction_protocol=Standard Protocol (Smith et al., Methods 48, 226-232); library_generation_pcr_primer_conc=25uM; dna_preparation_fragment_size_range=30-280; experiment_type=DNA Methylation; library_generation_pcr_thermocycling_program=Smith et al., Methods 48, 226-232; library_generation_pcr_product_isolation_protocol=SPRI Beads; library_generation_pcr_f_primer_sequence=Illumina TruSeq primer pair; library_generation_pcr_template_conc=NA; library_generation_pcr_polymerase_type=Pfu Turbo Cx hot start; library_generation_pcr_number_cycles=11-15; extraction_protocol_type_of_sonicator=NA; original_filename=BI.Brain_Inferior_Temporal_Lobe.RRBS.149.bigWig
+GSM906380_1	sample alias=MSC-02; sample common name=H1 Derived Mesenchymal Stem Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesenchymal stem cells; differentiation_method=Publication in progress; passage=6; medium=Publication in progress; Sex=Male; batch=MSC-2; experiment_type=Chromatin Accessibility; extraction_protocol=Qiagen minElut; dnase_protocol=http://www.roadmapepigenomics.org/protocols/type/experimental/; original_filename=UW.H1_Derived_Mesenchymal_Stem_Cells.ChromatinAccessibility.DS20671.bigWig
+GSM908943_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H2BK12ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK12ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab40883; chip_antibody_lot=727056; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2BK12ac.AY224.bigWig
+GSM908959_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K79me1; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K79me1; chip_antibody_provider=Abcam; chip_antibody_catalog=ab2886; chip_antibody_lot=679856; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K79me1.AY201.bigWig
+GSM906389_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H2BK120ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H2BK120ac; chip_antibody_provider=Active Motif; chip_antibody_catalog=39199; chip_antibody_lot=255; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H2BK120ac.AY71.bigWig
+GSM916066_1	sample alias=7; sample common name=Adipose Nuclei; collection_method=surgery; donor_health_status=NA; molecule=genomic DNA; disease=none; tissue_type=Adipose Nuclei; passage_if_expanded=NA; donor_ethnicity=NA; donor_sex=Female; biomaterial_type=Primary Tissue; tissue_depot=abdomen; donor_id=7; biomaterial_provider=Harvard University; donor_age=49; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K27ac; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=39133; chip_antibody_provider=Active Motif; chip_antibody_lot=31610003; experiment_type=Histone H3K27ac; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.Adipose_Nuclei.H3K27ac.7.bigWig
+GSM916071_1	sample alias=BioSam 135; sample common name=CD4+ CD25- IL17- PMA-Ionomycin stimulated MACS purified Th Primary Cells; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; markers=CD4+ T cell; passage_if_expanded=NA; cell_type=CD25- IL17- Th stim MACS; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Cell; donor_id=Donor 62; biomaterial_provider=Dana Farber; donor_age=NA; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1644057; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K4me3.Donor_62.bigWig
+GSM916069_1	sample alias=BioSam 575; sample common name=hESC Derived CD56+ Mesoderm Cultured Cells; lineage=mesoderm; medium=Day 0-1: DMEM F12, 0.5% FBS, Activin A (100ng/mL) BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL). Days 1-5: DMEM F12, 0.5% FBS, BMP4 (100ng/mL), VEGF (100ng/mL), and bFGF (20ng/mL); molecule=genomic DNA; disease=presumed normal; passage=23; line=CD56+ mesoderm; differentiation_method=adherence; batch=BioSAli 712; biomaterial_type=Cell Line; differentiation_stage=intermediate; Sex=Male; biomaterial_provider=Harvard; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K4me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=07-473; chip_antibody_provider=Millipore; chip_antibody_lot=DAM1623866; experiment_type=Histone H3K4me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K4me3.DNA_Lib_1273.bigWig
+GSM958163_1	sample alias=Penis, Foreskin, Fibroblast skin03; sample common name=Penis, Foreskin, Fibroblast Primary Cells; molecule=genomic DNA; disease=None; biomaterial_provider=SFVAMC Dermatology; biomaterial_type=Primary Cell Culture; cell_type=Fibroblast; markers=NA; culture_conditions=Invitrogen 106 + LSGS; donor_id=skin03; donor_age=Neonate; donor_health_status=Disease Free; donor_sex=Male; donor_ethnicity=NA; passage_if_expanded=2; karyotype=46, XY; parity=NA; experiment_type=Histone H3K27ac; extraction_protocol=BCCAGSC ChIP Standard Operating Procedure; extraction_protocol_type_of_sonicator=Fisher 550 Sonic Dismembrator; extraction_protocol_sonication_cycles=10 min; chip_protocol=BCCAGSC ChIP Standard Operating Procedure; chip_protocol_chromatin_amount=5 ug; chip_protocol_bead_type=Sepharose A/G beads; chip_protocol_bead_amount=20 ul; chip_protocol_antibody_amount=2.5 ug; size_fraction=122-443 bp; chip_antibody=H3K27ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab4729; chip_antibody_lot=GR28147-1; original_filename=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K27ac.skin03.bigWig
+GSM910570_1	sample alias=STL003PA-01; sample common name=Pancreas; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Pancreas; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=Histone H3K36me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K36me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab9050; chip_antibody_lot=707946; original_filename=UCSD.Pancreas.H3K36me3.STL003.bigWig
+GSM906408_1	sample alias=BMP4-09; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-9; experiment_type=Histone H3K9me3; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K9me3; chip_antibody_provider=Abcam; chip_antibody_catalog=ab8898; chip_antibody_lot=699671; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K9me3.AY66.bigWig
+GSM915338_1	sample alias=STL003RV-01; sample common name=Right Ventricle; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Right Ventricle; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Right_Ventricle.Input.STL003.bigWig
+GSM908948_1	sample alias=BMP4-08; sample common name=H1 BMP4 Derived Mesendoderm Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into mesendoderm by treatment with BMP4; differentiation_method=H1 cells in E8 medium contatin 5ng/mL BMP4 and 25ng/mL Activin A for 2 days; passage=28; medium=E8; Sex=Male; batch=BMP4-8; experiment_type=Histone H3K18ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=527530; original_filename=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K18ac.AK402.bigWig
+GSM908950_1	sample alias=BMP4-10; sample common name=H1 BMP4 Derived Trophoblast Cultured Cells; molecule=genomic DNA; disease=None; biomaterial_provider=James Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=Embryonic Stem Cell; differentiation_stage=Embryonic stem cell differentiated into trophoblast by treatment with BMP4; differentiation_method=H1 cells were cultured in mTeSR1 medium without bFGF containing 50ng/mL BMP4 for 5 days; passage=31; medium=mTeSR1; Sex=Male; batch=BMP4-10; experiment_type=Histone H3K18ac; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; chip_protocol_chromatin_amount=500 micrograms; chip_protocol_bead_type=magnetic anti-rabbit; chip_protocol_bead_amount=33,500,000; chip_protocol_antibody_amount=5 micrograms; chip_antibody=H3K18ac; chip_antibody_provider=Abcam; chip_antibody_catalog=ab1191; chip_antibody_lot=527530; original_filename=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K18ac.AY227.bigWig
+GSM906421_1	sample alias=STL003RA-01; sample common name=Right Atrium; molecule=genomic DNA; disease=None; biomaterial_provider=Shin Lin, Stanford University; biomaterial_type=Primary Tissue; tissue_type=Right Atrium; tissue_depot=N/A; collection_method=Autopsy; donor_id=STL003; donor_age=34; donor_health_status=polysubstance abuse (NO diabetes, hypertension, coronary artery disease, cancer); donor_sex=Male; donor_ethnicity=Caucasian; experiment_type=ChIP-Seq Input; extraction_protocol=See http://bioinformatics-renlab.ucsd.edu/RenLabChipProtocolV1.pdf; extraction_protocol_type_of_sonicator=Biorupter; extraction_protocol_sonication_cycles=80; chip_protocol=Input; chip_protocol_chromatin_amount=500 micrograms; original_filename=UCSD.Right_Atrium.Input.STL003.bigWig
+GSM916054_1	sample alias=BioSAli 186; sample common name=Fetal Brain; collection_method=Post-Mortem; donor_health_status=presumed normal; molecule=genomic DNA; disease=presumed normal; tissue_type=Fetal Brain; donor_ethnicity=NA; donor_sex=Unknown; biomaterial_type=Primary Tissue; tissue_depot=Brain; donor_id=UW H22676; biomaterial_provider=University of Washington; donor_age=120.0 Days; chip_protocol_bead_type=Protein A-Sepharose 4B; chip_antibody=H3K9me3; chip_protocol_chromatin_amount=0.5 to 3 million cells; extraction_protocol=cell/nuclei lysis; chip_protocol_antibody_amount=~1 ug; chip_protocol_bead_amount=10 ul bed volume; chip_protocol=Bernstein_BROAD_ENCODE_protocol; extraction_protocol_sonication_cycles=1; chip_antibody_catalog=ab8898; chip_antibody_provider=Abcam; chip_antibody_lot=877391; experiment_type=Histone H3K9me3; extraction_protocol_type_of_sonicator=Branson; original_filename=BI.Fetal_Brain.H3K9me3.UW_H22676.bigWig
+GSM915327_1	sample alias=H1-NPC_RNA_r2; sample common name=H1 Derived Neuronal Progenitor Cultured Cells; disease=None; biomaterial_provider=Thomson Laboratory; biomaterial_type=Cell Line; line=H1; lineage=NA; differentiation_stage=embryonic stem cell differentiated by treatment with fibronectin and human collagen; differentiation_method=H1 cells were cultured on plates coated with fibronectin and human collagen; passage=5; medium=50% StemLine II serum-free HSC expansion medium (HSFEM, Sigma), 50% ESFM, GlutaMAX (1/100 dilution), Ex-Cyte supplement (1/2000 dilution), 100 mM MTG, and 10 ng/ml FGF2.; Sex=Male; batch=Replicate 2; experiment_type=mRNA-Seq; extraction_protocol=Qiagen RNeasy mini kit, performed as per manufacturer's instructions; cdna_preparation_initial_rna_qnty=4 �g; cdna_preparation_polya_rna/=Dynabeads oligo(dt)25 (Invitrogen); cdna_preparation_fragmentation=PolyA RNA resuspended in 2x Superscript III buffer supplemented with 10 mM DTT was incubated at 94�C for 4 min; cdna_preparation_fragment_size_range=200-250; cdna_preparation_first_strand_synthesis_enzyme=SuperScript III (Invitrogen); cdna_preparation_first_strand_purification=Purification with RNAClean XP beads (Agencourt); cdna_preparation_second_strand_synthesis_enzyme=DNA Polymerase I (E. coli) (New England Biolabs); cdna_preparation_second_strand_synthesis_dntp_mix=dNTP mix made from 10 mM dATP, dCTP, dGTP, dUTP; cdna_preparation_purification=Purification with AMPure XP beads (Agencourt); dna_preparation_adaptor=TruSeq Multiplexed Adapters (Illumina); dna_preparation_adaptor_ligation_protocol=16�C for 16 hours with T4 DNA ligase (New England Biolabs); dna_preparation_post-ligation_fragment_size_selection=Two rounds of purification with AMPure XP beads (Agencourt); dna_preparation_uracil_dna_glycosylase_digestion=One half of adapter-ligated cDNA digested with uracil DNA glycosylase (Enzymatics) and used for subsequent steps.; library_generation_pcr_polymerase_type=TruSeq PCR Master Mix (Illumina); library_generation_pcr_thermocycling_program=98�C 30 sec, 10 cycles of 98�C 10 sec, 60�C 30 sec, 72�C 30 sec, 72�C 10 min; library_generation_pcr_number_cycles=10; library_generation_pcr_primer=TruSeq PCR Primer Cocktail (Illumina); library_generation_pcr_product_isolation_protocol=Purification with AMPure XP beads (Agencourt); extraction_protocol_mrna_enrichment=Dynabeads oligo(dt)25 protocol; rna_preparation_reverse_transcription_primer_sequence=Random hexamers; rna_preparation_reverse_transcription_protocol=First-strand Superscript III (Invitrogen) RT protocol. RNAClean XP purification of first strand product. Second-strand synthesis using dUTP-containing dNTPS and DNA Polymerase 1 (E. coli) (New England Biolabs); library_generation_pcr_template=cDNA; library_generation_pcr_template_conc=5 ng/�L; library_generation_pcr_f_primer_sequence=5' AATGATACGGCGACCACCGAGATCTACACTCTTTCCCTACACGACGCTCTTCCGATC 3'; library_generation_pcr_r_primer_sequence=5' CAAGCAGAAGACGGCATACGAGAT 3'; library_generation_pcr_primer_conc=200nM; original_filename=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.mRNA-Seq.polyA-RNA-seq_h1-npc_r2a.bigWig
+E01_25_bothAc_dense	EID=E01; ENAME=Breast_vHMEC.Donor_RM035; Chromatin_Accessibility=UW.Breast_vHMEC.ChromatinAccessibility.RM035.DS18406.bed.gz;UW.Breast_vHMEC.ChromatinAccessibility.RM035.DS18438.bed.gz; Histone_H3K27me3=UCSF-UBC.Breast_vHMEC.H3K27me3.RM035.bed.gz; Histone_H3K36me3=UCSF-UBC.Breast_vHMEC.H3K36me3.RM035.bed.gz; Histone_H3K4me1=UCSF-UBC.Breast_vHMEC.H3K4me1.RM035.HS1994.bed.gz;UCSF-UBC.Breast_vHMEC.H3K4me1.RM035.HS2618.bed.gz; Histone_H3K4me3=UCSF-UBC.Breast_vHMEC.H3K4me3.RM035.HS2615.bed.gz; Histone_H3K9me3=UCSF-UBC.Breast_vHMEC.H3K9me3.RM035.HS2617.bed.gz; ChIP-Seq_Input=UCSF-UBC.Breast_vHMEC.Input.RM035.HS1995.bed.gz;UCSF-UBC.Breast_vHMEC.Input.RM035.HS2620.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E01_25_bothAc_dense.bed.gz
+E02_25_bothAc_dense	EID=E02; ENAME=CD3_Primary_Cells; Chromatin_Accessibility=UW.CD3_Primary_Cells.ChromatinAccessibility.CB1_1-3-2011.DS17702.bed.gz;UW.CD3_Primary_Cells.ChromatinAccessibility.CB6_1-4-2011.DS17706.bed.gz; Histone_H3K27me3=BI.CD3_Primary_Cells.H3K27me3.CD3_39661.bed.gz;BI.CD3_Primary_Cells.H3K27me3.CD3_39804.bed.gz; Histone_H3K36me3=BI.CD3_Primary_Cells.H3K36me3.CD3_39661.bed.gz;BI.CD3_Primary_Cells.H3K36me3.CD3_39804.bed.gz; Histone_H3K4me1=BI.CD3_Primary_Cells.H3K4me1.CD3_39811.bed.gz;BI.CD3_Primary_Cells.H3K4me1.CD3_39840.bed.gz; Histone_H3K4me3=BI.CD3_Primary_Cells.H3K4me3.CD3_39661.bed.gz;BI.CD3_Primary_Cells.H3K4me3.CD3_39804.bed.gz; Histone_H3K9me3=BI.CD3_Primary_Cells.H3K9me3.CD3_39811.bed.gz;BI.CD3_Primary_Cells.H3K9me3.CD3_39840.bed.gz; ChIP-Seq_Input=BI.CD3_Primary_Cells.Input.CD3_39661.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E02_25_bothAc_dense.bed.gz
+E03_25_bothAc_dense	EID=E03; ENAME=Fetal_Brain; Chromatin_Accessibility=UW.Fetal_Brain.ChromatinAccessibility.H-22510.DS11872.bed.gz;UW.Fetal_Brain.ChromatinAccessibility.H-22510.DS11877.bed.gz; Histone_H3K27me3=BI.Fetal_Brain.H3K27me3.UW_H-22510.bed.gz; Histone_H3K36me3=BI.Fetal_Brain.H3K36me3.UW_H-22510.bed.gz; Histone_H3K4me1=BI.Fetal_Brain.H3K4me1.UW_H22676.bed.gz; Histone_H3K4me3=BI.Fetal_Brain.H3K4me3.UW_H-22510.bed.gz; Histone_H3K9me3=BI.Fetal_Brain.H3K9me3.UW_H-22510.bed.gz; ChIP-Seq_Input=BI.Fetal_Brain.Input.UW_H22676.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E03_25_bothAc_dense.bed.gz
+E04_25_bothAc_dense	EID=E04; ENAME=Fetal_Heart; Chromatin_Accessibility=UW.Fetal_Heart.ChromatinAccessibility.H-22727.DS12810.bed.gz; Histone_H3K27me3=BI.Fetal_Heart.H3K27me3.UW_H-22727.bed.gz; Histone_H3K36me3=BI.Fetal_Heart.H3K36me3.UW_H-22727.bed.gz; Histone_H3K4me1=BI.Fetal_Heart.H3K4me1.UW_H23914.bed.gz; Histone_H3K4me3=BI.Fetal_Heart.H3K4me3.UW_H23914.bed.gz; Histone_H3K9me3=BI.Fetal_Heart.H3K9me3.UW_H-22727.bed.gz; ChIP-Seq_Input=BI.Fetal_Heart.Input.UW_H-22727.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Fetal_Heart.H3K9ac.H-23524.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E04_25_bothAc_dense.bed.gz
+E05_25_bothAc_dense	EID=E05; ENAME=Fetal_Kidney; Chromatin_Accessibility=UW.Fetal_Kidney.ChromatinAccessibility.H-22676.DS12635.bed.gz; Histone_H3K27me3=BI.Fetal_Kidney.H3K27me3.UW_H-22676.bed.gz; Histone_H3K36me3=BI.Fetal_Kidney.H3K36me3.UW_H-22676.bed.gz; Histone_H3K4me1=BI.Fetal_Kidney.H3K4me1.UW_H-22676.bed.gz; Histone_H3K4me3=BI.Fetal_Kidney.H3K4me3.UW_H-22676.bed.gz; Histone_H3K9me3=BI.Fetal_Kidney.H3K9me3.UW_H-22676.bed.gz; ChIP-Seq_Input=BI.Fetal_Kidney.Input.UW_H23435.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Fetal_Kidney.H3K9ac.UW_H-22676.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E05_25_bothAc_dense.bed.gz
+E06_25_bothAc_dense	EID=E06; ENAME=Fetal_Lung; Chromatin_Accessibility=UW.Fetal_Lung.ChromatinAccessibility.H-22727.DS12817.bed.gz; Histone_H3K27me3=BI.Fetal_Lung.H3K27me3.UW_H-22727.bed.gz; Histone_H3K36me3=BI.Fetal_Lung.H3K36me3.UW_H-22727.bed.gz; Histone_H3K4me1=BI.Fetal_Lung.H3K4me1.UW_H-22727.bed.gz; Histone_H3K4me3=BI.Fetal_Lung.H3K4me3.UW_H-22727.bed.gz; Histone_H3K9me3=BI.Fetal_Lung.H3K9me3.UW_H-22727.bed.gz; ChIP-Seq_Input=BI.Fetal_Lung.Input.UW_H22772.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Fetal_Lung.H3K9ac.UW_H-22727.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E06_25_bothAc_dense.bed.gz
+E07_25_bothAc_dense	EID=E07; ENAME=H1_BMP4_Derived_Trophoblast_Cultured_Cells; Chromatin_Accessibility=UW.H1_BMP4_Derived_Trophoblast_Cultured_Cells.ChromatinAccessibility.DS18736.bed.gz;UW.H1_BMP4_Derived_Trophoblast_Cultured_Cells.ChromatinAccessibility.DS19317.bed.gz; Histone_H3K27me3=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27me3.AK317.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27me3.SK448.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27me3.SK450.bed.gz; Histone_H3K36me3=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K36me3.AY67.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K36me3.LH3.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K36me3.LH7.bed.gz; Histone_H3K4me1=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me1.AY64.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me1.LH1.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me1.LH5.bed.gz; Histone_H3K4me3=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me3.AY65.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me3.LH2.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K4me3.LH6.bed.gz; Histone_H3K9me3=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K9me3.AY66.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K9me3.LH4.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K9me3.LH8.bed.gz; ChIP-Seq_Input=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.Input.AK315.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.Input.SK457.bed.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.Input.SK458.bed.gz; Histone_H3K27ac=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27ac.AK316.tagAlign.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27ac.SK447.tagAlign.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K27ac.SK449.tagAlign.gz; Histone_H3K9ac=UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K9ac.SK495.tagAlign.gz;UCSD.H1_BMP4_Derived_Trophoblast_Cultured_Cells.H3K9ac.SK496.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E07_25_bothAc_dense.bed.gz
+E08_25_bothAc_dense	EID=E08; ENAME=H1_Derived_Mesenchymal_Stem_Cells; Chromatin_Accessibility=UW.H1_Derived_Mesenchymal_Stem_Cells.ChromatinAccessibility.DS20671.bed.gz;UW.H1_Derived_Mesenchymal_Stem_Cells.ChromatinAccessibility.DS21042.bed.gz; Histone_H3K27me3=UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K27me3.SK437.bed.gz;UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K27me3.SK439.bed.gz; Histone_H3K36me3=UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K36me3.SK460.bed.gz;UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K36me3.SK464.bed.gz; Histone_H3K4me1=UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K4me1.SK461.bed.gz;UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K4me1.SK465.bed.gz; Histone_H3K4me3=UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K4me3.SK463.bed.gz;UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K4me3.SK467.bed.gz; Histone_H3K9me3=UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K9me3.SK507.bed.gz;UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K9me3.SK508.bed.gz; ChIP-Seq_Input=UCSD.H1_Derived_Mesenchymal_Stem_Cells.Input.SK443.bed.gz;UCSD.H1_Derived_Mesenchymal_Stem_Cells.Input.SK444.bed.gz; Histone_H3K27ac=UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K27ac.SK436.tagAlign.gz;UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K27ac.SK438.tagAlign.gz; Histone_H3K9ac=UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K9ac.SK518.tagAlign.gz;UCSD.H1_Derived_Mesenchymal_Stem_Cells.H3K9ac.SK519.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E08_25_bothAc_dense.bed.gz
+E09_25_bothAc_dense	EID=E09; ENAME=H1_Derived_Neuronal_Progenitor_Cultured_Cells; Chromatin_Accessibility=UW.H1_Derived_Neuronal_Progenitor_Cultured_Cells.ChromatinAccessibility.DS18739.bed.gz; Histone_H3K27me3=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K27me3.AK221.bed.gz; Histone_H3K36me3=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K36me3.AK202.bed.gz;UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K36me3.AK241.bed.gz; Histone_H3K4me1=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K4me1.AK198.bed.gz;UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K4me1.AK242.bed.gz; Histone_H3K4me3=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K4me3.AK199.bed.gz;UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K4me3.AK243.bed.gz;UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K4me3.LH12.bed.gz; Histone_H3K9me3=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K9me3.AK200.bed.gz;UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K9me3.AK244.bed.gz; ChIP-Seq_Input=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Input.AK222.bed.gz;UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Input.SK459.bed.gz;UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.Input.SK506.bed.gz; Histone_H3K27ac=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K27ac.AK220.tagAlign.gz;UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K27ac.SK451.tagAlign.gz;UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K27ac.SK504.tagAlign.gz; Histone_H3K9ac=UCSD.H1_Derived_Neuronal_Progenitor_Cultured_Cells.H3K9ac.AK263.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E09_25_bothAc_dense.bed.gz
+E10_25_bothAc_dense	EID=E10; ENAME=H1_Cell_Line; Chromatin_Accessibility=UW.H1.ChromatinAccessibility.DS18873.bed.gz;UW.H1.ChromatinAccessibility.DS19100.bed.gz; Histone_H3K27me3=BI.H1.H3K27me3.Solexa-12523.bed.gz;BI.H1.H3K27me3.Solexa-8039.bed.gz;UCSD.H1.H3K27me3.LL241.bed.gz;UCSD.H1.H3K27me3.LL314.bed.gz;UCSD.H1.H3K27me3.YL95.bed.gz;UCSF-UBC.H1.H3K27me3.H1EScd1-me3K27-A.bed.gz; Histone_H3K36me3=BI.H1.H3K36me3.Solexa-12524.bed.gz;BI.H1.H3K36me3.Solexa-14961.bed.gz;UCSD.H1.H3K36me3.LL160.bed.gz;UCSD.H1.H3K36me3.LL220.bed.gz;UCSD.H1.H3K36me3.SAK70.bed.gz;UCSF-UBC.H1.H3K36me3.H1EScd1-me3K36-A.bed.gz;UCSF-UBC.H1.H3K36me3.H1EScd2-me3K36-B.bed.gz; Histone_H3K4me1=BI.H1.H3K4me1.Solexa-10529.bed.gz;BI.H1.H3K4me1.Solexa-13061.bed.gz;UCSD.H1.H3K4me1.LL228.bed.gz;UCSD.H1.H3K4me1.LL311.bed.gz;UCSD.H1.H3K4me1.YL131.bed.gz;UCSF-UBC.H1.H3K4me1.H1EScd1-me1K4-D.bed.gz; Histone_H3K4me3=BI.H1.H3K4me3.Solexa-10398.bed.gz;BI.H1.H3K4me3.Solexa-12522.bed.gz;BI.H1.H3K4me3.Solexa-8038.bed.gz;UCSD.H1.H3K4me3.LL227.bed.gz;UCSD.H1.H3K4me3.LL312.bed.gz;UCSD.H1.H3K4me3.SAK67.bed.gz;UCSF-UBC.H1.H3K4me3.H1EScd1-me3K4-A.bed.gz;UCSF-UBC.H1.H3K4me3.H1EScd2-me3K4-C.bed.gz; Histone_H3K9me3=BI.H1.H3K9me3.Solexa-12525.bed.gz;UCSD.H1.H3K9me3.AK54.bed.gz;UCSD.H1.H3K9me3.LL218.bed.gz;UCSD.H1.H3K9me3.YL75.bed.gz;UCSD.H1.H3K9me3.YL77.bed.gz;UCSF-UBC.H1.H3K9me3.H1EScd1-me3K9-A.bed.gz;UCSF-UBC.H1.H3K9me3.H1EScd2-me3K9-B.bed.gz; ChIP-Seq_Input=BI.H1.Input.Solexa-10531.bed.gz;BI.H1.Input.Solexa-12532.bed.gz;UCSD.H1.Input.AK57.bed.gz;UCSD.H1.Input.DM219.bed.gz;UCSD.H1.Input.LL-H1-I1.bed.gz;UCSD.H1.Input.LL-H1-I2.bed.gz;UCSD.H1.Input.LLH1U.bed.gz;UCSD.H1.Input.YL154.bed.gz;UCSD.H1.Input.YL208.bed.gz;UCSD.H1.Input.YL262.bed.gz;UCSD.H1.Input.YL328.bed.gz;UCSF-UBC.H1.Input.TOTAL-H1EScd1.bed.gz;UCSF-UBC.H1.Input.TOTAL-hEScd2-2.bed.gz; Histone_H3K27ac=UCSD.H1.H3K27ac.LL313.tagAlign.gz;UCSD.H1.H3K27ac.SAK270.tagAlign.gz; Histone_H3K9ac=BI.H1.H3K9ac.Solexa-12526.tagAlign.gz;BI.H1.H3K9ac.Solexa-14962.tagAlign.gz;UCSD.H1.H3K9ac.LL240.tagAlign.gz;UCSD.H1.H3K9ac.SAK68.tagAlign.gz;UCSF-UBC.H1.H3K9ac.H1EScd1-acK9-A.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E10_25_bothAc_dense.bed.gz
+E11_25_bothAc_dense	EID=E11; ENAME=H9_Cell_Line; Chromatin_Accessibility=UW.H9.ChromatinAccessibility.DS18517.bed.gz;UW.H9.ChromatinAccessibility.DS18522.bed.gz; Histone_H3K27me3=UCSD.H9.H3K27me3.AK142.bed.gz;UCSD.H9.H3K27me3.SK99.bed.gz; Histone_H3K36me3=UCSD.H9.H3K36me3.SK102.bed.gz;UCSD.H9.H3K36me3.SK278.bed.gz; Histone_H3K4me1=UCSD.H9.H3K4me1.AK141.bed.gz;UCSD.H9.H3K4me1.YL123.bed.gz; Histone_H3K4me3=UCSD.H9.H3K4me3.AK39.bed.gz;UCSD.H9.H3K4me3.SK101.bed.gz; Histone_H3K9me3=UCSD.H9.H3K9me3.AK40.bed.gz;UCSD.H9.H3K9me3.SK100.bed.gz;UCSD.H9.H3K9me3.SK200.bed.gz; ChIP-Seq_Input=UCSD.H9.Input.AK144.bed.gz;UCSD.H9.Input.SK338.bed.gz;UCSD.H9.Input.SKH9-4.bed.gz; Histone_H3K27ac=UCSD.H9.H3K27ac.SK265.tagAlign.gz;UCSD.H9.H3K27ac.YL237.tagAlign.gz; Histone_H3K9ac=UCSD.H9.H3K9ac.AK35.tagAlign.gz;UCSD.H9.H3K9ac.SK199.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E11_25_bothAc_dense.bed.gz
+E12_25_bothAc_dense	EID=E12; ENAME=IMR90_Cell_Line; Chromatin_Accessibility=UW.IMR90.ChromatinAccessibility.DS11759.bed.gz;UW.IMR90.ChromatinAccessibility.DS11764.bed.gz;UW.IMR90.ChromatinAccessibility.DS13219.bed.gz;UW.IMR90.ChromatinAccessibility.DS13229.bed.gz; Histone_H3K27me3=UCSD.IMR90.H3K27me3.LL223.bed.gz;UCSD.IMR90.H3K27me3.SK05.bed.gz; Histone_H3K36me3=UCSD.IMR90.H3K36me3.LL225.bed.gz;UCSD.IMR90.H3K36me3.YL67.bed.gz; Histone_H3K4me1=UCSD.IMR90.H3K4me1.LL222.bed.gz;UCSD.IMR90.H3K4me1.SK04.bed.gz;UCSD.IMR90.H3K4me1.SYL133.bed.gz; Histone_H3K4me3=UCSD.IMR90.H3K4me3.LL221.bed.gz;UCSD.IMR90.H3K4me3.SK03.bed.gz; Histone_H3K9me3=UCSD.IMR90.H3K9me3.LL224.bed.gz;UCSD.IMR90.H3K9me3.SK06.bed.gz;UCSD.IMR90.H3K9me3.YL104.bed.gz; ChIP-Seq_Input=UCSD.IMR90.Input.IMR90-05-I1.bed.gz;UCSD.IMR90.Input.IMR90-06-I1.bed.gz;UCSD.IMR90.Input.IMR90-07-I1.bed.gz;UCSD.IMR90.Input.LL-I1.bed.gz;UCSD.IMR90.Input.LL-I2.bed.gz;UCSD.IMR90.Input.SK-I1.bed.gz;UCSD.IMR90.Input.SK-I2.bed.gz;UCSD.IMR90.Input.SK-I3.bed.gz; Histone_H3K27ac=UCSD.IMR90.H3K27ac.LL231.tagAlign.gz;UCSD.IMR90.H3K27ac.LL235.tagAlign.gz;UCSD.IMR90.H3K27ac.YL58.tagAlign.gz; Histone_H3K9ac=UCSD.IMR90.H3K9ac.LL233.tagAlign.gz;UCSD.IMR90.H3K9ac.SK46.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E12_25_bothAc_dense.bed.gz
+E13_25_bothAc_dense	EID=E13; ENAME=iPS_DF_19.11_Cell_Line; Chromatin_Accessibility=UW.iPS_DF_19.11.ChromatinAccessibility.DS15153.bed.gz; Histone_H3K27me3=UCSD.iPS_DF_19.11.H3K27me3.SK230.bed.gz; Histone_H3K36me3=UCSD.iPS_DF_19.11.H3K36me3.SK472.bed.gz; Histone_H3K4me1=UCSD.iPS_DF_19.11.H3K4me1.SK401.bed.gz;UCSD.iPS_DF_19.11.H3K4me1.SK473.bed.gz; Histone_H3K4me3=UCSD.iPS_DF_19.11.H3K4me3.SK227.bed.gz;UCSD.iPS_DF_19.11.H3K4me3.SK475.bed.gz; Histone_H3K9me3=UCSD.iPS_DF_19.11.H3K9me3.SK232.bed.gz;UCSD.iPS_DF_19.11.H3K9me3.SK474.bed.gz; ChIP-Seq_Input=UCSD.iPS_DF_19.11.Input.SK446.bed.gz;UCSD.iPS_DF_19.11.Input.SKiPS19.11-1.bed.gz; Histone_H3K27ac=UCSD.iPS_DF_19.11.H3K27ac.SK395.tagAlign.gz;UCSD.iPS_DF_19.11.H3K27ac.SK402.tagAlign.gz;UCSD.iPS_DF_19.11.H3K27ac.SK434.tagAlign.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E13_25_bothAc_dense.bed.gz
+E14_25_bothAc_dense	EID=E14; ENAME=iPS_DF_6.9_Cell_Line; Chromatin_Accessibility=UW.iPS_DF_6.9.ChromatinAccessibility.DS15164.bed.gz; Histone_H3K27me3=UCSD.iPS_DF_6.9.H3K27me3.SK275.bed.gz;UCSD.iPS_DF_6.9.H3K27me3.SK433.bed.gz; Histone_H3K36me3=UCSD.iPS_DF_6.9.H3K36me3.SK400.bed.gz;UCSD.iPS_DF_6.9.H3K36me3.SK468.bed.gz; Histone_H3K4me1=UCSD.iPS_DF_6.9.H3K4me1.SK397.bed.gz;UCSD.iPS_DF_6.9.H3K4me1.SK469.bed.gz; Histone_H3K4me3=UCSD.iPS_DF_6.9.H3K4me3.SK398.bed.gz;UCSD.iPS_DF_6.9.H3K4me3.SK471.bed.gz; Histone_H3K9me3=UCSD.iPS_DF_6.9.H3K9me3.SK274.bed.gz;UCSD.iPS_DF_6.9.H3K9me3.SK503.bed.gz; ChIP-Seq_Input=UCSD.iPS_DF_6.9.Input.SK445.bed.gz;UCSD.iPS_DF_6.9.Input.SKiPS6.9-1.bed.gz; Histone_H3K27ac=UCSD.iPS_DF_6.9.H3K27ac.SK432.tagAlign.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E14_25_bothAc_dense.bed.gz
+E15_25_bothAc_dense	EID=E15; ENAME=Mobilized_CD34_Primary_Cells.Donor_RO_01480; Chromatin_Accessibility=UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01480.DS12771.bed.gz; Histone_H3K27me3=BI.Mobilized_CD34_Primary_Cells.H3K27me3.UW_RO_01480.bed.gz; Histone_H3K36me3=BI.Mobilized_CD34_Primary_Cells.H3K36me3.UW_RO_01480.bed.gz; Histone_H3K4me1=BI.Mobilized_CD34_Primary_Cells.H3K4me1.RO_01480.bed.gz; Histone_H3K4me3=BI.Mobilized_CD34_Primary_Cells.H3K4me3.UW_RO_01480.bed.gz; Histone_H3K9me3=BI.Mobilized_CD34_Primary_Cells.H3K9me3.UW_RO_01480.bed.gz; ChIP-Seq_Input=BI.Mobilized_CD34_Primary_Cells.Input.RO_01480.bed.gz;BI.Mobilized_CD34_Primary_Cells.Input.UW_RO_01480.bed.gz; Histone_H3K27ac=BI.Mobilized_CD34_Primary_Cells.H3K27ac.RO_01480.tagAlign.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E15_25_bothAc_dense.bed.gz
+E16_25_bothAc_dense	EID=E16; ENAME=Mobilized_CD34_Primary_Cells.Donor_RO_01536; Chromatin_Accessibility=UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01536.DS12336.bed.gz;UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01536.DS12339.bed.gz; Histone_H3K27me3=BI.Mobilized_CD34_Primary_Cells.H3K27me3.RO_01536.bed.gz;BI.Mobilized_CD34_Primary_Cells.H3K27me3.UW_RO_01536.bed.gz; Histone_H3K36me3=BI.Mobilized_CD34_Primary_Cells.H3K36me3.RO_01536.bed.gz;BI.Mobilized_CD34_Primary_Cells.H3K36me3.UW_RO_01536.bed.gz; Histone_H3K4me1=BI.Mobilized_CD34_Primary_Cells.H3K4me1.RO_01536.bed.gz; Histone_H3K4me3=BI.Mobilized_CD34_Primary_Cells.H3K4me3.UW_RO_01536.bed.gz; Histone_H3K9me3=BI.Mobilized_CD34_Primary_Cells.H3K9me3.RO_01536.bed.gz;BI.Mobilized_CD34_Primary_Cells.H3K9me3.UW_RO_01536.bed.gz; ChIP-Seq_Input=BI.Mobilized_CD34_Primary_Cells.Input.RO_01536.bed.gz;BI.Mobilized_CD34_Primary_Cells.Input.UW_RO_01536.bed.gz; Histone_H3K27ac=BI.Mobilized_CD34_Primary_Cells.H3K27ac.RO_01536.tagAlign.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E16_25_bothAc_dense.bed.gz
+E17_25_bothAc_dense	EID=E17; ENAME=Mobilized_CD34_Primary_Cells.Donor_RO_01549; Chromatin_Accessibility=UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01549.DS12734.bed.gz; Histone_H3K27me3=BI.Mobilized_CD34_Primary_Cells.H3K27me3.RO_01549.bed.gz;BI.Mobilized_CD34_Primary_Cells.H3K27me3.UW_RO_01549.bed.gz; Histone_H3K36me3=BI.Mobilized_CD34_Primary_Cells.H3K36me3.RO_01549.bed.gz; Histone_H3K4me1=BI.Mobilized_CD34_Primary_Cells.H3K4me1.UW_RO_01549.bed.gz; Histone_H3K4me3=BI.Mobilized_CD34_Primary_Cells.H3K4me3.UW_RO_01549.bed.gz; Histone_H3K9me3=BI.Mobilized_CD34_Primary_Cells.H3K9me3.UW_RO_01549.bed.gz; ChIP-Seq_Input=BI.Mobilized_CD34_Primary_Cells.Input.RO_01549.bed.gz;BI.Mobilized_CD34_Primary_Cells.Input.UW_RO_01549.bed.gz; Histone_H3K27ac=BI.Mobilized_CD34_Primary_Cells.H3K27ac.RO_01549.tagAlign.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E17_25_bothAc_dense.bed.gz
+E18_25_bothAc_dense	EID=E18; ENAME=Mobilized_CD34_Primary_Cells.Donor_RO_01562; Chromatin_Accessibility=UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01562.DS13196.bed.gz; Histone_H3K27me3=BI.Mobilized_CD34_Primary_Cells.H3K27me3.RO_01562.bed.gz; Histone_H3K36me3=BI.Mobilized_CD34_Primary_Cells.H3K36me3.RO_01562.bed.gz; Histone_H3K4me1=BI.Mobilized_CD34_Primary_Cells.H3K4me1.RO_01562.bed.gz; Histone_H3K4me3=BI.Mobilized_CD34_Primary_Cells.H3K4me3.RO_01562.bed.gz; Histone_H3K9me3=BI.Mobilized_CD34_Primary_Cells.H3K9me3.RO_01562.bed.gz; ChIP-Seq_Input=BI.Mobilized_CD34_Primary_Cells.Input.RO_01562.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E18_25_bothAc_dense.bed.gz
+E19_25_bothAc_dense	EID=E19; ENAME=Penis_Foreskin_Fibroblast_Primary_Cells.Donor_skin01; Chromatin_Accessibility=UW.Penis_Foreskin_Fibroblast_Primary_Cells.ChromatinAccessibility.skin01.DS18224.bed.gz;UW.Penis_Foreskin_Fibroblast_Primary_Cells.ChromatinAccessibility.skin01.DS18229.bed.gz; Histone_H3K27me3=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K27me3.skin01.bed.gz; Histone_H3K36me3=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K36me3.skin01.bed.gz; Histone_H3K4me1=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K4me1.skin01.bed.gz; Histone_H3K4me3=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K4me3.skin01.bed.gz; Histone_H3K9me3=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K9me3.skin01.bed.gz; ChIP-Seq_Input=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.Input.skin01.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E19_25_bothAc_dense.bed.gz
+E20_25_bothAc_dense	EID=E20; ENAME=Penis_Foreskin_Fibroblast_Primary_Cells.Donor_skin02; Chromatin_Accessibility=UW.Penis_Foreskin_Fibroblast_Primary_Cells.ChromatinAccessibility.skin02.DS18252.bed.gz;UW.Penis_Foreskin_Fibroblast_Primary_Cells.ChromatinAccessibility.skin02.DS18256.bed.gz; Histone_H3K27me3=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K27me3.skin02.bed.gz; Histone_H3K36me3=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K36me3.skin02.bed.gz; Histone_H3K4me1=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K4me1.skin02.bed.gz; Histone_H3K4me3=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K4me3.skin02.bed.gz; Histone_H3K9me3=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.H3K9me3.skin02.bed.gz; ChIP-Seq_Input=UCSF-UBC.Penis_Foreskin_Fibroblast_Primary_Cells.Input.skin02.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E20_25_bothAc_dense.bed.gz
+E21_25_bothAc_dense	EID=E21; ENAME=Penis_Foreskin_Keratinocyte_Primary_Cells.Donor_skin02; Chromatin_Accessibility=UW.Penis_Foreskin_Keratinocyte_Primary_Cells.ChromatinAccessibility.skin02.DS18714.bed.gz;UW.Penis_Foreskin_Keratinocyte_Primary_Cells.ChromatinAccessibility.skin02.DS18718.bed.gz; Histone_H3K27me3=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K27me3.skin02.bed.gz; Histone_H3K36me3=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K36me3.skin02.bed.gz; Histone_H3K4me1=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K4me1.skin02.bed.gz; Histone_H3K4me3=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K4me3.skin02.bed.gz; Histone_H3K9me3=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K9me3.skin02.bed.gz; ChIP-Seq_Input=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.Input.skin02.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E21_25_bothAc_dense.bed.gz
+E22_25_bothAc_dense	EID=E22; ENAME=Penis_Foreskin_Melanocyte_Primary_Cells.Donor_skin01; Chromatin_Accessibility=UW.Penis_Foreskin_Melanocyte_Primary_Cells.ChromatinAccessibility.skin01.DS18590.bed.gz;UW.Penis_Foreskin_Melanocyte_Primary_Cells.ChromatinAccessibility.skin01.DS18601.bed.gz; Histone_H3K27me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K27me3.skin01.bed.gz; Histone_H3K36me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K36me3.skin01.bed.gz; Histone_H3K4me1=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K4me1.skin01.bed.gz; Histone_H3K4me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K4me3.skin01.bed.gz; Histone_H3K9me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K9me3.skin01.bed.gz; ChIP-Seq_Input=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.Input.skin01.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E22_25_bothAc_dense.bed.gz
+E23_25_bothAc_dense	EID=E23; ENAME=Adult_Liver; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Adult_Liver.H3K27me3.3.bed.gz;BI.Adult_Liver.H3K27me3.5.bed.gz; Histone_H3K36me3=BI.Adult_Liver.H3K36me3.3.bed.gz;BI.Adult_Liver.H3K36me3.4.bed.gz;BI.Adult_Liver.H3K36me3.5.bed.gz; Histone_H3K4me1=BI.Adult_Liver.H3K4me1.3.bed.gz;BI.Adult_Liver.H3K4me1.4.bed.gz;BI.Adult_Liver.H3K4me1.5.bed.gz; Histone_H3K4me3=BI.Adult_Liver.H3K4me3.3.bed.gz;BI.Adult_Liver.H3K4me3.4.bed.gz;BI.Adult_Liver.H3K4me3.5.bed.gz; Histone_H3K9me3=BI.Adult_Liver.H3K9me3.3.bed.gz;BI.Adult_Liver.H3K9me3.4.bed.gz;BI.Adult_Liver.H3K9me3.5.bed.gz; ChIP-Seq_Input=BI.Adult_Liver.Input.3.bed.gz;BI.Adult_Liver.Input.4.bed.gz;BI.Adult_Liver.Input.5.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Adult_Liver.H3K9ac.3.tagAlign.gz;BI.Adult_Liver.H3K9ac.4.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E23_25_bothAc_dense.bed.gz
+E24_25_bothAc_dense	EID=E24; ENAME=Brain_Germinal_Matrix.Donor_HuFGM02; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSF-UBC.Brain_Germinal_Matrix.H3K27me3.HuFGM02.bed.gz; Histone_H3K36me3=UCSF-UBC.Brain_Germinal_Matrix.H3K36me3.HuFGM02.bed.gz; Histone_H3K4me1=UCSF-UBC.Brain_Germinal_Matrix.H3K4me1.HuFGM02.bed.gz; Histone_H3K4me3=UCSF-UBC.Brain_Germinal_Matrix.H3K4me3.HuFGM02.bed.gz; Histone_H3K9me3=UCSF-UBC.Brain_Germinal_Matrix.H3K9me3.HuFGM02.bed.gz; ChIP-Seq_Input=UCSF-UBC.Brain_Germinal_Matrix.Input.HuFGM02.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E24_25_bothAc_dense.bed.gz
+E25_25_bothAc_dense	EID=E25; ENAME=Brain_Hippocampus_Middle.Donor_150; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Brain_Hippocampus_Middle.H3K27me3.150.bed.gz; Histone_H3K36me3=BI.Brain_Hippocampus_Middle.H3K36me3.150.bed.gz; Histone_H3K4me1=BI.Brain_Hippocampus_Middle.H3K4me1.150.bed.gz; Histone_H3K4me3=BI.Brain_Hippocampus_Middle.H3K4me3.150.bed.gz; Histone_H3K9me3=BI.Brain_Hippocampus_Middle.H3K9me3.150.bed.gz; ChIP-Seq_Input=BI.Brain_Hippocampus_Middle.Input.150.bed.gz; Histone_H3K27ac=BI.Brain_Hippocampus_Middle.H3K27ac.150.tagAlign.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E25_25_bothAc_dense.bed.gz
+E26_25_bothAc_dense	EID=E26; ENAME=Breast_Myoepithelial_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSF-UBC.Breast_Myoepithelial_Cells.H3K27me3.RM066.bed.gz;UCSF-UBC.Breast_Myoepithelial_Cells.H3K27me3.RM080.bed.gz; Histone_H3K36me3=UCSF-UBC.Breast_Myoepithelial_Cells.H3K36me3.RM066.bed.gz;UCSF-UBC.Breast_Myoepithelial_Cells.H3K36me3.RM080.bed.gz; Histone_H3K4me1=UCSF-UBC.Breast_Myoepithelial_Cells.H3K4me1.RM066.bed.gz;UCSF-UBC.Breast_Myoepithelial_Cells.H3K4me1.RM080.bed.gz; Histone_H3K4me3=UCSF-UBC.Breast_Myoepithelial_Cells.H3K4me3.RM066.bed.gz;UCSF-UBC.Breast_Myoepithelial_Cells.H3K4me3.RM080.bed.gz; Histone_H3K9me3=UCSF-UBC.Breast_Myoepithelial_Cells.H3K9me3.RM066.bed.gz;UCSF-UBC.Breast_Myoepithelial_Cells.H3K9me3.RM080.bed.gz; ChIP-Seq_Input=UCSF-UBC.Breast_Myoepithelial_Cells.Input.RM066.bed.gz;UCSF-UBC.Breast_Myoepithelial_Cells.Input.RM080.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=UCSF-UBC.Breast_Myoepithelial_Cells.H3K9ac.RM066.tagAlign.gz;UCSF-UBC.Breast_Myoepithelial_Cells.H3K9ac.RM080.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E26_25_bothAc_dense.bed.gz
+E27_25_bothAc_dense	EID=E27; ENAME=CD19_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD19_Primary_Cells.H3K27me3.CD19_12_22_08.bed.gz;BI.CD19_Primary_Cells.H3K27me3.CD19_6_26_08.bed.gz; Histone_H3K36me3=BI.CD19_Primary_Cells.H3K36me3.CD19_12_29_08.bed.gz;BI.CD19_Primary_Cells.H3K36me3.CD19_8_1_08.bed.gz; Histone_H3K4me1=BI.CD19_Primary_Cells.H3K4me1.130.bed.gz; Histone_H3K4me3=BI.CD19_Primary_Cells.H3K4me3.CD19_12_22_08.bed.gz;BI.CD19_Primary_Cells.H3K4me3.CD19_8_1_08.bed.gz; Histone_H3K9me3=BI.CD19_Primary_Cells.H3K9me3.CD19_12_29_08.bed.gz;BI.CD19_Primary_Cells.H3K9me3.CD19_2_20_09.bed.gz; ChIP-Seq_Input=BI.CD19_Primary_Cells.Input.CD19_8_1_08.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E27_25_bothAc_dense.bed.gz
+E28_25_bothAc_dense	EID=E28; ENAME=CD34_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD34_Primary_Cells.H3K27me3.CD34_39661.bed.gz;BI.CD34_Primary_Cells.H3K27me3.CD34_39804.bed.gz; Histone_H3K36me3=BI.CD34_Primary_Cells.H3K36me3.CD34_39661.bed.gz;BI.CD34_Primary_Cells.H3K36me3.CD34_39811.bed.gz; Histone_H3K4me1=BI.CD34_Primary_Cells.H3K4me1.CD34_39811.bed.gz;BI.CD34_Primary_Cells.H3K4me1.CD34_39889.bed.gz; Histone_H3K4me3=BI.CD34_Primary_Cells.H3K4me3.CD34_39629.bed.gz;BI.CD34_Primary_Cells.H3K4me3.CD34_39804.bed.gz; Histone_H3K9me3=BI.CD34_Primary_Cells.H3K9me3.CD34_39811.bed.gz;BI.CD34_Primary_Cells.H3K9me3.CD34_39889.bed.gz; ChIP-Seq_Input=BI.CD34_Primary_Cells.Input.CD34_39661.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E28_25_bothAc_dense.bed.gz
+E29_25_bothAc_dense	EID=E29; ENAME=CD4_Memory_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD4_Memory_Primary_Cells.H3K27me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Memory_Primary_Cells.H3K27me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K36me3=BI.CD4_Memory_Primary_Cells.H3K36me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Memory_Primary_Cells.H3K36me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K4me1=BI.CD4_Memory_Primary_Cells.H3K4me1.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Memory_Primary_Cells.H3K4me1.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K4me3=BI.CD4_Memory_Primary_Cells.H3K4me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Memory_Primary_Cells.H3K4me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz;BI.CD4_Memory_Primary_Cells.H3K4me3.20.bed.gz; Histone_H3K9me3=BI.CD4_Memory_Primary_Cells.H3K9me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Memory_Primary_Cells.H3K9me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; ChIP-Seq_Input=BI.CD4_Memory_Primary_Cells.Input.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Memory_Primary_Cells.Input.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz;BI.CD4_Memory_Primary_Cells.Input.20.bed.gz; Histone_H3K27ac=BI.CD4_Memory_Primary_Cells.H3K27ac.Donor_100_7_pooled_leukopaks_Jan_7_2011.tagAlign.gz;BI.CD4_Memory_Primary_Cells.H3K27ac.Donor_101_8_pooled_leukopaks_Jan_20_2011.tagAlign.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E29_25_bothAc_dense.bed.gz
+E30_25_bothAc_dense	EID=E30; ENAME=CD4_Naive_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD4_Naive_Primary_Cells.H3K27me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Naive_Primary_Cells.H3K27me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K36me3=BI.CD4_Naive_Primary_Cells.H3K36me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Naive_Primary_Cells.H3K36me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz;UCSF-UBC.CD4_Naive_Primary_Cells.H3K36me3.TC001.bed.gz; Histone_H3K4me1=BI.CD4_Naive_Primary_Cells.H3K4me1.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Naive_Primary_Cells.H3K4me1.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K4me3=BI.CD4_Naive_Primary_Cells.H3K4me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Naive_Primary_Cells.H3K4me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K9me3=BI.CD4_Naive_Primary_Cells.H3K9me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Naive_Primary_Cells.H3K9me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; ChIP-Seq_Input=BI.CD4_Naive_Primary_Cells.Input.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD4_Naive_Primary_Cells.Input.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K27ac=BI.CD4_Naive_Primary_Cells.H3K27ac.Donor_100_7_pooled_leukopaks_Jan_7_2011.tagAlign.gz;BI.CD4_Naive_Primary_Cells.H3K27ac.Donor_101_8_pooled_leukopaks_Jan_20_2011.tagAlign.gz; Histone_H3K9ac=UCSF-UBC.CD4_Naive_Primary_Cells.H3K9ac.TC001.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E30_25_bothAc_dense.bed.gz
+E31_25_bothAc_dense	EID=E31; ENAME=CD8_Naive_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD8_Naive_Primary_Cells.H3K27me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Naive_Primary_Cells.H3K27me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz;UCSF-UBC.CD8_Naive_Primary_Cells.H3K27me3.TC001.bed.gz; Histone_H3K36me3=BI.CD8_Naive_Primary_Cells.H3K36me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Naive_Primary_Cells.H3K36me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz;UCSF-UBC.CD8_Naive_Primary_Cells.H3K36me3.TC001.bed.gz; Histone_H3K4me1=BI.CD8_Naive_Primary_Cells.H3K4me1.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Naive_Primary_Cells.H3K4me1.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz;UCSF-UBC.CD8_Naive_Primary_Cells.H3K4me1.TC001.bed.gz; Histone_H3K4me3=BI.CD8_Naive_Primary_Cells.H3K4me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Naive_Primary_Cells.H3K4me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz;UCSF-UBC.CD8_Naive_Primary_Cells.H3K4me3.TC001.bed.gz;UCSF-UBC.CD8_Naive_Primary_Cells.H3K4me3.TC010.bed.gz; Histone_H3K9me3=BI.CD8_Naive_Primary_Cells.H3K9me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Naive_Primary_Cells.H3K9me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz;UCSF-UBC.CD8_Naive_Primary_Cells.H3K9me3.TC001.bed.gz; ChIP-Seq_Input=BI.CD8_Naive_Primary_Cells.Input.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Naive_Primary_Cells.Input.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz;UCSF-UBC.CD8_Naive_Primary_Cells.Input.TC001.bed.gz; Histone_H3K27ac=BI.CD8_Naive_Primary_Cells.H3K27ac.Donor_100_7_pooled_leukopaks_Jan_7_2011.tagAlign.gz;BI.CD8_Naive_Primary_Cells.H3K27ac.Donor_101_8_pooled_leukopaks_Jan_20_2011.tagAlign.gz; Histone_H3K9ac=UCSF-UBC.CD8_Naive_Primary_Cells.H3K9ac.TC001.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E31_25_bothAc_dense.bed.gz
+E32_25_bothAc_dense	EID=E32; ENAME=Colonic_Mucosa.Donor_32; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Colonic_Mucosa.H3K27me3.32.bed.gz; Histone_H3K36me3=BI.Colonic_Mucosa.H3K36me3.32.bed.gz; Histone_H3K4me1=BI.Colonic_Mucosa.H3K4me1.32.bed.gz; Histone_H3K4me3=BI.Colonic_Mucosa.H3K4me3.32.bed.gz; Histone_H3K9me3=BI.Colonic_Mucosa.H3K9me3.32.bed.gz; ChIP-Seq_Input=BI.Colonic_Mucosa.Input.32.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Colonic_Mucosa.H3K9ac.32.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E32_25_bothAc_dense.bed.gz
+E33_25_bothAc_dense	EID=E33; ENAME=Duodenum_Mucosa.Donor_61; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Duodenum_Mucosa.H3K27me3.61.bed.gz; Histone_H3K36me3=BI.Duodenum_Mucosa.H3K36me3.61.bed.gz; Histone_H3K4me1=BI.Duodenum_Mucosa.H3K4me1.61.bed.gz; Histone_H3K4me3=BI.Duodenum_Mucosa.H3K4me3.61.bed.gz; Histone_H3K9me3=BI.Duodenum_Mucosa.H3K9me3.61.bed.gz; ChIP-Seq_Input=BI.Duodenum_Mucosa.Input.61.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Duodenum_Mucosa.H3K9ac.61.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E33_25_bothAc_dense.bed.gz
+E34_25_bothAc_dense	EID=E34; ENAME=ES-I3_Cell_Line; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.ES-I3.H3K27me3.Solexa-10213-15380.bed.gz;BI.ES-I3.H3K27me3.Solexa-12678.bed.gz; Histone_H3K36me3=BI.ES-I3.H3K36me3.Solexa-15381.bed.gz;BI.ES-I3.H3K36me3.Solexa-16493.bed.gz; Histone_H3K4me1=BI.ES-I3.H3K4me1.Lib_MC_20100211_02--ChIP_MC_20100208_02_hES_I3_TESR_H3K4Me1.bed.gz;BI.ES-I3.H3K4me1.Solexa-15382.bed.gz; Histone_H3K4me3=BI.ES-I3.H3K4me3.Solexa-12681.bed.gz;BI.ES-I3.H3K4me3.Solexa-15474.bed.gz; Histone_H3K9me3=BI.ES-I3.H3K9me3.Solexa-12683-16494.bed.gz;BI.ES-I3.H3K9me3.Solexa-15475.bed.gz; ChIP-Seq_Input=BI.ES-I3.Input.Lib_MC_20090522_07--ChIP_MC_20090519_07_hES_I3_TESR_WCE.bed.gz;BI.ES-I3.Input.Solexa-10219.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.ES-I3.H3K9ac.Solexa-12682.tagAlign.gz;BI.ES-I3.H3K9ac.Solexa-15383.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E34_25_bothAc_dense.bed.gz
+E35_25_bothAc_dense	EID=E35; ENAME=ES-WA7_Cell_Line; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.ES-WA7.H3K27me3.Solexa-12609.bed.gz; Histone_H3K36me3=BI.ES-WA7.H3K36me3.Solexa-12610.bed.gz; Histone_H3K4me1=BI.ES-WA7.H3K4me1.Solexa-12611.bed.gz; Histone_H3K4me3=BI.ES-WA7.H3K4me3.Solexa-13062.bed.gz; Histone_H3K9me3=BI.ES-WA7.H3K9me3.Solexa-12613.bed.gz; ChIP-Seq_Input=BI.ES-WA7.Input.Lib_MC_20100211_05--ChIP_MC_20100208_05_WA07_WCE.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.ES-WA7.H3K9ac.Lib_MC_20100818_06--ChIP_MC_20100816_01_WA07_H3K9Ac.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E35_25_bothAc_dense.bed.gz
+E36_25_bothAc_dense	EID=E36; ENAME=Fetal_Brain.Donor_HuFNSC01; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSF-UBC.Fetal_Brain.H3K27me3.HuFNSC01.bed.gz; Histone_H3K36me3=UCSF-UBC.Fetal_Brain.H3K36me3.HuFNSC01.bed.gz; Histone_H3K4me1=UCSF-UBC.Fetal_Brain.H3K4me1.HuFNSC01.bed.gz; Histone_H3K4me3=UCSF-UBC.Fetal_Brain.H3K4me3.HuFNSC01.bed.gz; Histone_H3K9me3=UCSF-UBC.Fetal_Brain.H3K9me3.HuFNSC01.bed.gz; ChIP-Seq_Input=UCSF-UBC.Fetal_Brain.Input.HuFNSC01.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E36_25_bothAc_dense.bed.gz
+E37_25_bothAc_dense	EID=E37; ENAME=Fetal_Brain.Donor_HuFNSC02; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSF-UBC.Fetal_Brain.H3K27me3.HuFNSC02.bed.gz; Histone_H3K36me3=UCSF-UBC.Fetal_Brain.H3K36me3.HuFNSC02.bed.gz; Histone_H3K4me1=UCSF-UBC.Fetal_Brain.H3K4me1.HuFNSC02.bed.gz; Histone_H3K4me3=UCSF-UBC.Fetal_Brain.H3K4me3.HuFNSC02.bed.gz; Histone_H3K9me3=UCSF-UBC.Fetal_Brain.H3K9me3.HuFNSC02.bed.gz; ChIP-Seq_Input=UCSF-UBC.Fetal_Brain.Input.HuFNSC02.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E37_25_bothAc_dense.bed.gz
+E38_25_bothAc_dense	EID=E38; ENAME=hESC_Derived_CD184+_Endoderm_Cultured_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K27me3.DNA_Lib_239.bed.gz;BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K27me3.DNA_Lib_246.bed.gz; Histone_H3K36me3=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K36me3.DNA_Lib_263.bed.gz; Histone_H3K4me1=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K4me1.DNA_Lib_249.bed.gz; Histone_H3K4me3=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K4me3.DNA_Lib_241.bed.gz;BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K4me3.DNA_Lib_247.bed.gz; Histone_H3K9me3=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K9me3.DNA_Lib_242.bed.gz;BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K9me3.DNA_Lib_248.bed.gz; ChIP-Seq_Input=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.Input.DNA_Lib_244.bed.gz;BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.Input.DNA_Lib_264.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K9ac.DNA_Lib_238.tagAlign.gz;BI.hESC_Derived_CD184+_Endoderm_Cultured_Cells.H3K9ac.DNA_Lib_245.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E38_25_bothAc_dense.bed.gz
+E39_25_bothAc_dense	EID=E39; ENAME=iPS-18_Cell_Line; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.iPS-18a.H3K27me3.DNA_Lib_348.bed.gz;BI.iPS-18c.H3K27me3.Solexa-19791.bed.gz; Histone_H3K36me3=BI.iPS-18a.H3K36me3.DNA_Lib_347.bed.gz;BI.iPS-18c.H3K36me3.Solexa-19808.bed.gz; Histone_H3K4me1=BI.iPS-18a.H3K4me1.DNA_Lib_346.bed.gz; Histone_H3K4me3=BI.iPS-18a.H3K4me3.DNA_Lib_345.bed.gz;BI.iPS-18c.H3K4me3.Solexa-15173.bed.gz;BI.iPS-18c.H3K4me3.Solexa-19747.bed.gz; Histone_H3K9me3=BI.iPS-18a.H3K9me3.DNA_Lib_343.bed.gz;BI.iPS-18c.H3K9me3.Solexa-19774.bed.gz; ChIP-Seq_Input=BI.iPS-18a.Input.DNA_Lib_342.bed.gz;BI.iPS-18b.Input.Lib_MC_20090720_02--ChIP_MC_20090715_02_hiPS-18b_WCE.bed.gz;BI.iPS-18c.Input.Lib_MC_20100108_07--ChIP_MC_20100105_07_hiPS-18c_WCE.bed.gz; Histone_H3K27ac=BI.iPS-18a.H3K27ac.DNA_Lib_349.tagAlign.gz; Histone_H3K9ac=BI.iPS-18a.H3K9ac.DNA_Lib_344.tagAlign.gz;BI.iPS-18c.H3K9ac.Solexa-19756.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E39_25_bothAc_dense.bed.gz
+E40_25_bothAc_dense	EID=E40; ENAME=iPS-20b_Cell_Line; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.iPS-20b.H3K27me3.DNA_Lib_356.bed.gz;BI.iPS-20b.H3K27me3.Lib_MC_20100119_06--ChIP_MC_20100113_06_hiPS-20b_H3K27Me3.bed.gz;BI.iPS-20b.H3K27me3.Solexa-15159.bed.gz; Histone_H3K36me3=BI.iPS-20b.H3K36me3.DNA_Lib_355.bed.gz;BI.iPS-20b.H3K36me3.Solexa-20763.bed.gz; Histone_H3K4me1=BI.iPS-20b.H3K4me1.DNA_Lib_354.bed.gz;BI.iPS-20b.H3K4me1.Lib_MC_20100211_03--ChIP_MC_20100208_03_hiPS-20b_H3K4Me1.bed.gz; Histone_H3K4me3=BI.iPS-20b.H3K4me3.DNA_Lib_353.bed.gz;BI.iPS-20b.H3K4me3.Lib_MC_20100119_05--ChIP_MC_20100113_05_hiPS-20b_H3K4Me3.bed.gz; Histone_H3K9me3=BI.iPS-20b.H3K9me3.DNA_Lib_351.bed.gz;BI.iPS-20b.H3K9me3.Solexa-20765.bed.gz; ChIP-Seq_Input=BI.iPS-20b.Input.DNA_Lib_350.bed.gz;BI.iPS-20b.Input.DNA_Lib_440.bed.gz;BI.iPS-20b.Input.Lib_MC_20100119_07--ChIP_MC_20100113_07_hiPS-20b_WCE.bed.gz;BI.iPS-20b.Input.Solexa-10232.bed.gz; Histone_H3K27ac=BI.iPS-20b.H3K27ac.DNA_Lib_357.tagAlign.gz; Histone_H3K9ac=BI.iPS-20b.H3K9ac.DNA_Lib_352.tagAlign.gz;BI.iPS-20b.H3K9ac.Solexa-20764.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E40_25_bothAc_dense.bed.gz
+E41_25_bothAc_dense	EID=E41; ENAME=Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.Donor_HuFNSC02; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K27me3.HuFNSC02.bed.gz; Histone_H3K36me3=UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K36me3.HuFNSC02.bed.gz; Histone_H3K4me1=UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K4me1.HuFNSC02.bed.gz; Histone_H3K4me3=UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K4me3.HuFNSC02.bed.gz; Histone_H3K9me3=UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.H3K9me3.HuFNSC02.bed.gz; ChIP-Seq_Input=UCSF-UBC.Neurosphere_Cultured_Cells_Ganglionic_Eminence_Derived.Input.HuFNSC02.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E41_25_bothAc_dense.bed.gz
+E42_25_bothAc_dense	EID=E42; ENAME=Penis_Foreskin_Keratinocyte_Primary_Cells.Donor_skin03; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K27me3.skin03.bed.gz; Histone_H3K36me3=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K36me3.skin03.bed.gz; Histone_H3K4me1=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K4me1.skin03.bed.gz; Histone_H3K4me3=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K4me3.skin03.bed.gz; Histone_H3K9me3=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K9me3.skin03.bed.gz; ChIP-Seq_Input=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.Input.skin03.bed.gz; Histone_H3K27ac=UCSF-UBC.Penis_Foreskin_Keratinocyte_Primary_Cells.H3K27ac.skin03.tagAlign.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E42_25_bothAc_dense.bed.gz
+E43_25_bothAc_dense	EID=E43; ENAME=Penis_Foreskin_Melanocyte_Primary_Cells.Donor_skin02; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K27me3.skin02.bed.gz; Histone_H3K36me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K36me3.skin02.bed.gz; Histone_H3K4me1=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K4me1.skin02.bed.gz; Histone_H3K4me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K4me3.skin02.bed.gz; Histone_H3K9me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K9me3.skin02.bed.gz; ChIP-Seq_Input=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.Input.skin02.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E43_25_bothAc_dense.bed.gz
+E44_25_bothAc_dense	EID=E44; ENAME=Penis_Foreskin_Melanocyte_Primary_Cells.Donor_skin03; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K27me3.skin03.bed.gz; Histone_H3K36me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K36me3.skin03.bed.gz; Histone_H3K4me1=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K4me1.skin03.bed.gz; Histone_H3K4me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K4me3.skin03.bed.gz; Histone_H3K9me3=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K9me3.skin03.bed.gz; ChIP-Seq_Input=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.Input.skin03.bed.gz; Histone_H3K27ac=UCSF-UBC.Penis_Foreskin_Melanocyte_Primary_Cells.H3K27ac.skin03.tagAlign.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E44_25_bothAc_dense.bed.gz
+E45_25_bothAc_dense	EID=E45; ENAME=Rectal_Mucosa.Donor_29; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Rectal_Mucosa.H3K27me3.29.bed.gz; Histone_H3K36me3=BI.Rectal_Mucosa.H3K36me3.29.bed.gz; Histone_H3K4me1=BI.Rectal_Mucosa.H3K4me1.29.bed.gz; Histone_H3K4me3=BI.Rectal_Mucosa.H3K4me3.29.bed.gz; Histone_H3K9me3=BI.Rectal_Mucosa.H3K9me3.29.bed.gz; ChIP-Seq_Input=BI.Rectal_Mucosa.Input.29.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Rectal_Mucosa.H3K9ac.29.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E45_25_bothAc_dense.bed.gz
+E46_25_bothAc_dense	EID=E46; ENAME=Rectal_Mucosa.Donor_31; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Rectal_Mucosa.H3K27me3.31.bed.gz; Histone_H3K36me3=BI.Rectal_Mucosa.H3K36me3.31.bed.gz; Histone_H3K4me1=BI.Rectal_Mucosa.H3K4me1.31.bed.gz; Histone_H3K4me3=BI.Rectal_Mucosa.H3K4me3.31.bed.gz; Histone_H3K9me3=BI.Rectal_Mucosa.H3K9me3.31.bed.gz; ChIP-Seq_Input=BI.Rectal_Mucosa.Input.31.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Rectal_Mucosa.H3K9ac.31.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E46_25_bothAc_dense.bed.gz
+E47_25_bothAc_dense	EID=E47; ENAME=Skeletal_Muscle.Donor_62; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Skeletal_Muscle.H3K27me3.62.bed.gz; Histone_H3K36me3=BI.Skeletal_Muscle.H3K36me3.62.bed.gz; Histone_H3K4me1=BI.Skeletal_Muscle.H3K4me1.62.bed.gz; Histone_H3K4me3=BI.Skeletal_Muscle.H3K4me3.62.bed.gz; Histone_H3K9me3=BI.Skeletal_Muscle.H3K9me3.62.bed.gz; ChIP-Seq_Input=BI.Skeletal_Muscle.Input.62.bed.gz; Histone_H3K27ac=BI.Skeletal_Muscle.H3K27ac.62.tagAlign.gz; Histone_H3K9ac=BI.Skeletal_Muscle.H3K9ac.62.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E47_25_bothAc_dense.bed.gz
+E48_25_bothAc_dense	EID=E48; ENAME=Skeletal_Muscle.Donor_63; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Skeletal_Muscle.H3K27me3.63.bed.gz; Histone_H3K36me3=BI.Skeletal_Muscle.H3K36me3.63.bed.gz; Histone_H3K4me1=BI.Skeletal_Muscle.H3K4me1.63.bed.gz; Histone_H3K4me3=BI.Skeletal_Muscle.H3K4me3.63.bed.gz; Histone_H3K9me3=BI.Skeletal_Muscle.H3K9me3.63.bed.gz; ChIP-Seq_Input=BI.Skeletal_Muscle.Input.63.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E48_25_bothAc_dense.bed.gz
+E49_25_bothAc_dense	EID=E49; ENAME=Stomach_Smooth_Muscle.Donor_28; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Stomach_Smooth_Muscle.H3K27me3.28.bed.gz; Histone_H3K36me3=BI.Stomach_Smooth_Muscle.H3K36me3.28.bed.gz; Histone_H3K4me1=BI.Stomach_Smooth_Muscle.H3K4me1.28.bed.gz; Histone_H3K4me3=BI.Stomach_Smooth_Muscle.H3K4me3.28.bed.gz; Histone_H3K9me3=BI.Stomach_Smooth_Muscle.H3K9me3.28.bed.gz; ChIP-Seq_Input=BI.Stomach_Smooth_Muscle.Input.28.bed.gz; Histone_H3K27ac=BI.Stomach_Smooth_Muscle.H3K27ac.28.tagAlign.gz; Histone_H3K9ac=BI.Stomach_Smooth_Muscle.H3K9ac.28.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E49_25_bothAc_dense.bed.gz
+E50_25_bothAc_dense	EID=E50; ENAME=H1_BMP4_Derived_Mesendoderm_Cultured_Cells; Chromatin_Accessibility=UW.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.ChromatinAccessibility.DS18732.bed.gz;UW.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.ChromatinAccessibility.DS19310.bed.gz; Histone_H3K27me3=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27me3.AK132.bed.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27me3.AK148.bed.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27me3.AK311.bed.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27me3.AK314.bed.gz; Histone_H3K36me3=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K36me3.AK137.bed.gz; Histone_H3K4me1=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me1.AK133.bed.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me1.AK163.bed.gz; Histone_H3K4me3=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me3.AK135.bed.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K4me3.AK165.bed.gz; Histone_H3K9me3=NA; ChIP-Seq_Input=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.Input.AK149.bed.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.Input.AK312.bed.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.Input.AK318.bed.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.Input.SK344.bed.gz; Histone_H3K27ac=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27ac.AK147.tagAlign.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27ac.AK310.tagAlign.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27ac.AK313.tagAlign.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K27ac.SK340.tagAlign.gz; Histone_H3K9ac=UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K9ac.AK128.tagAlign.gz;UCSD.H1_BMP4_Derived_Mesendoderm_Cultured_Cells.H3K9ac.AK172.tagAlign.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E50_25_bothAc_dense.bed.gz
+E51_25_bothAc_dense	EID=E51; ENAME=Neurosphere_Cultured_Cells_Cortex_Derived.Donor_HuFNSC02; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.H3K27me3.HuFNSC02.bed.gz; Histone_H3K36me3=UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.H3K36me3.HuFNSC02.bed.gz; Histone_H3K4me1=NA; Histone_H3K4me3=UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.H3K4me3.HuFNSC02.bed.gz; Histone_H3K9me3=UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.H3K9me3.HuFNSC02.bed.gz; ChIP-Seq_Input=UCSF-UBC.Neurosphere_Cultured_Cells_Cortex_Derived.Input.HuFNSC02.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E51_25_bothAc_dense.bed.gz
+E52_25_bothAc_dense	EID=E52; ENAME=Mobilized_CD34_Primary_Cells.Donor_RO_01508; Chromatin_Accessibility=UW.Mobilized_CD34_Primary_Cells.ChromatinAccessibility.RO_01508.DS11202.bed.gz; Histone_H3K27me3=BI.Mobilized_CD34_Primary_Cells.H3K27me3.Mobilized_CD34_5_28_09.bed.gz; Histone_H3K36me3=BI.Mobilized_CD34_Primary_Cells.H3K36me3.Mobilized_CD34_5_28_09.bed.gz; Histone_H3K4me1=BI.Mobilized_CD34_Primary_Cells.H3K4me1.Mobilized_CD34_5_28_09.bed.gz; Histone_H3K4me3=BI.Mobilized_CD34_Primary_Cells.H3K4me3.Mobilized_CD34_5_28_09.bed.gz; Histone_H3K9me3=BI.Mobilized_CD34_Primary_Cells.H3K9me3.Mobilized_CD34_5_28_09.bed.gz; ChIP-Seq_Input=BI.Mobilized_CD34_Primary_Cells.Input.Mobilized_CD34_5_28_09.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E52_25_bothAc_dense.bed.gz
+E53_25_bothAc_dense	EID=E53; ENAME=Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.1.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.92.bed.gz; Histone_H3K36me3=BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.1.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.92.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.93.bed.gz; Histone_H3K4me1=BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.1.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.92.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.93.bed.gz; Histone_H3K4me3=BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.1.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.92.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.93.bed.gz; Histone_H3K9me3=BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.1.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.92.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.93.bed.gz; ChIP-Seq_Input=BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.1.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.92.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.93.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.1.2.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.1.3.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.92.bed.gz;BI.Adipose_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.93.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E53_25_bothAc_dense.bed.gz
+E54_25_bothAc_dense	EID=E54; ENAME=Adipose_Nuclei; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Adipose_Nuclei.H3K27me3.7.bed.gz;BI.Adipose_Nuclei.H3K27me3.92.bed.gz;BI.Adipose_Nuclei.H3K27me3.93.bed.gz;BI.Adipose_Nuclei.H3K27me3.94.bed.gz;BI.Adipose_Nuclei.H3K27me3.95.bed.gz; Histone_H3K36me3=BI.Adipose_Nuclei.H3K36me3.7.bed.gz;BI.Adipose_Nuclei.H3K36me3.92.bed.gz;BI.Adipose_Nuclei.H3K36me3.93.bed.gz;BI.Adipose_Nuclei.H3K36me3.94.bed.gz;BI.Adipose_Nuclei.H3K36me3.95.bed.gz; Histone_H3K4me1=BI.Adipose_Nuclei.H3K4me1.7.bed.gz;BI.Adipose_Nuclei.H3K4me1.92.bed.gz;BI.Adipose_Nuclei.H3K4me1.93.bed.gz;BI.Adipose_Nuclei.H3K4me1.94.bed.gz;BI.Adipose_Nuclei.H3K4me1.95.bed.gz; Histone_H3K4me3=BI.Adipose_Nuclei.H3K4me3.7.bed.gz;BI.Adipose_Nuclei.H3K4me3.92.bed.gz;BI.Adipose_Nuclei.H3K4me3.93.bed.gz;BI.Adipose_Nuclei.H3K4me3.94.bed.gz;BI.Adipose_Nuclei.H3K4me3.95.bed.gz; Histone_H3K9me3=BI.Adipose_Nuclei.H3K9me3.7.bed.gz;BI.Adipose_Nuclei.H3K9me3.92.bed.gz;BI.Adipose_Nuclei.H3K9me3.93.bed.gz;BI.Adipose_Nuclei.H3K9me3.94.bed.gz;BI.Adipose_Nuclei.H3K9me3.95.bed.gz; ChIP-Seq_Input=BI.Adipose_Nuclei.Input.7.bed.gz;BI.Adipose_Nuclei.Input.92.bed.gz;BI.Adipose_Nuclei.Input.93.bed.gz;BI.Adipose_Nuclei.Input.94.bed.gz;BI.Adipose_Nuclei.Input.95.bed.gz; Histone_H3K27ac=BI.Adipose_Nuclei.H3K27ac.7.bed.gz; Histone_H3K9ac=BI.Adipose_Nuclei.H3K9ac.7.bed.gz;BI.Adipose_Nuclei.H3K9ac.92.bed.gz;BI.Adipose_Nuclei.H3K9ac.93.bed.gz;BI.Adipose_Nuclei.H3K9ac.94.bed.gz;BI.Adipose_Nuclei.H3K9ac.95.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E54_25_bothAc_dense.bed.gz
+E55_25_bothAc_dense	EID=E55; ENAME=Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.57.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.58.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.59.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.60.bed.gz; Histone_H3K36me3=BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.57.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.58.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.59.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.60.bed.gz; Histone_H3K4me1=BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.57.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.58.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.59.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.60.bed.gz; Histone_H3K4me3=BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.57.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.58.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.59.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.60.bed.gz; Histone_H3K9me3=BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.57.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.58.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.59.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.60.bed.gz; ChIP-Seq_Input=BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.57.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.58.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.59.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.60.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.57.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.58.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.59.bed.gz;BI.Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.60.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E55_25_bothAc_dense.bed.gz
+E56_25_bothAc_dense	EID=E56; ENAME=Brain_Angular_Gyrus; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Brain_Angular_Gyrus.H3K27me3.149.bed.gz; Histone_H3K36me3=BI.Brain_Angular_Gyrus.H3K36me3.112.bed.gz;BI.Brain_Angular_Gyrus.H3K36me3.149.bed.gz; Histone_H3K4me1=BI.Brain_Angular_Gyrus.H3K4me1.112.bed.gz;BI.Brain_Angular_Gyrus.H3K4me1.149.bed.gz; Histone_H3K4me3=BI.Brain_Angular_Gyrus.H3K4me3.112.bed.gz;BI.Brain_Angular_Gyrus.H3K4me3.149.bed.gz; Histone_H3K9me3=BI.Brain_Angular_Gyrus.H3K9me3.112.bed.gz;BI.Brain_Angular_Gyrus.H3K9me3.149.bed.gz; ChIP-Seq_Input=NA; Histone_H3K27ac=BI.Brain_Angular_Gyrus.H3K27ac.149.bed.gz; Histone_H3K9ac=BI.Brain_Angular_Gyrus.H3K9ac.112.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E56_25_bothAc_dense.bed.gz
+E57_25_bothAc_dense	EID=E57; ENAME=Brain_Anterior_Caudate; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Brain_Anterior_Caudate.H3K27me3.112.bed.gz;BI.Brain_Anterior_Caudate.H3K27me3.149.bed.gz; Histone_H3K36me3=BI.Brain_Anterior_Caudate.H3K36me3.112.bed.gz;BI.Brain_Anterior_Caudate.H3K36me3.149.bed.gz; Histone_H3K4me1=BI.Brain_Anterior_Caudate.H3K4me1.112.bed.gz;BI.Brain_Anterior_Caudate.H3K4me1.149.bed.gz; Histone_H3K4me3=BI.Brain_Anterior_Caudate.H3K4me3.112.bed.gz;BI.Brain_Anterior_Caudate.H3K4me3.149.bed.gz; Histone_H3K9me3=BI.Brain_Anterior_Caudate.H3K9me3.112.bed.gz;BI.Brain_Anterior_Caudate.H3K9me3.149.bed.gz; ChIP-Seq_Input=BI.Brain_Anterior_Caudate.Input.112.bed.gz;BI.Brain_Anterior_Caudate.Input.149.bed.gz; Histone_H3K27ac=BI.Brain_Anterior_Caudate.H3K27ac.149.bed.gz; Histone_H3K9ac=BI.Brain_Anterior_Caudate.H3K9ac.112.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E57_25_bothAc_dense.bed.gz
+E58_25_bothAc_dense	EID=E58; ENAME=Brain_Cingulate_Gyrus; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Brain_Cingulate_Gyrus.H3K27me3.149.bed.gz; Histone_H3K36me3=BI.Brain_Cingulate_Gyrus.H3K36me3.112.bed.gz;BI.Brain_Cingulate_Gyrus.H3K36me3.149.bed.gz; Histone_H3K4me1=BI.Brain_Cingulate_Gyrus.H3K4me1.112.bed.gz;BI.Brain_Cingulate_Gyrus.H3K4me1.149.bed.gz; Histone_H3K4me3=BI.Brain_Cingulate_Gyrus.H3K4me3.112.bed.gz;BI.Brain_Cingulate_Gyrus.H3K4me3.149.bed.gz; Histone_H3K9me3=BI.Brain_Cingulate_Gyrus.H3K9me3.112.bed.gz;BI.Brain_Cingulate_Gyrus.H3K9me3.149.bed.gz; ChIP-Seq_Input=BI.Brain_Cingulate_Gyrus.Input.112.bed.gz;BI.Brain_Cingulate_Gyrus.Input.149.bed.gz; Histone_H3K27ac=BI.Brain_Cingulate_Gyrus.H3K27ac.149.bed.gz; Histone_H3K9ac=BI.Brain_Cingulate_Gyrus.H3K9ac.112.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E58_25_bothAc_dense.bed.gz
+E59_25_bothAc_dense	EID=E59; ENAME=Brain_Inferior_Temporal_Lobe; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Brain_Inferior_Temporal_Lobe.H3K27me3.112.bed.gz;BI.Brain_Inferior_Temporal_Lobe.H3K27me3.149.bed.gz; Histone_H3K36me3=BI.Brain_Inferior_Temporal_Lobe.H3K36me3.112.bed.gz;BI.Brain_Inferior_Temporal_Lobe.H3K36me3.149.bed.gz; Histone_H3K4me1=BI.Brain_Inferior_Temporal_Lobe.H3K4me1.112.bed.gz;BI.Brain_Inferior_Temporal_Lobe.H3K4me1.149.bed.gz; Histone_H3K4me3=BI.Brain_Inferior_Temporal_Lobe.H3K4me3.112.bed.gz;BI.Brain_Inferior_Temporal_Lobe.H3K4me3.149.bed.gz; Histone_H3K9me3=BI.Brain_Inferior_Temporal_Lobe.H3K9me3.112.bed.gz;BI.Brain_Inferior_Temporal_Lobe.H3K9me3.149.bed.gz; ChIP-Seq_Input=BI.Brain_Inferior_Temporal_Lobe.Input.112.bed.gz;BI.Brain_Inferior_Temporal_Lobe.Input.149.bed.gz; Histone_H3K27ac=BI.Brain_Inferior_Temporal_Lobe.H3K27ac.149.bed.gz; Histone_H3K9ac=BI.Brain_Inferior_Temporal_Lobe.H3K9ac.112.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E59_25_bothAc_dense.bed.gz
+E60_25_bothAc_dense	EID=E60; ENAME=Brain_Mid_Frontal_Lobe; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Brain_Mid_Frontal_Lobe.H3K27me3.149.bed.gz; Histone_H3K36me3=BI.Brain_Mid_Frontal_Lobe.H3K36me3.112.bed.gz;BI.Brain_Mid_Frontal_Lobe.H3K36me3.149.bed.gz; Histone_H3K4me1=BI.Brain_Mid_Frontal_Lobe.H3K4me1.112.bed.gz;BI.Brain_Mid_Frontal_Lobe.H3K4me1.149.bed.gz; Histone_H3K4me3=BI.Brain_Mid_Frontal_Lobe.H3K4me3.112.bed.gz;BI.Brain_Mid_Frontal_Lobe.H3K4me3.149.bed.gz; Histone_H3K9me3=BI.Brain_Mid_Frontal_Lobe.H3K9me3.112.bed.gz;BI.Brain_Mid_Frontal_Lobe.H3K9me3.149.bed.gz; ChIP-Seq_Input=BI.Brain_Mid_Frontal_Lobe.Input.112.bed.gz;BI.Brain_Mid_Frontal_Lobe.Input.149.bed.gz; Histone_H3K27ac=BI.Brain_Mid_Frontal_Lobe.H3K27ac.149.bed.gz; Histone_H3K9ac=BI.Brain_Mid_Frontal_Lobe.H3K9ac.112.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E60_25_bothAc_dense.bed.gz
+E61_25_bothAc_dense	EID=E61; ENAME=Brain_Substantia_Nigra; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Brain_Substantia_Nigra.H3K27me3.112.bed.gz;BI.Brain_Substantia_Nigra.H3K27me3.149.bed.gz; Histone_H3K36me3=BI.Brain_Substantia_Nigra.H3K36me3.112.bed.gz;BI.Brain_Substantia_Nigra.H3K36me3.149.bed.gz; Histone_H3K4me1=BI.Brain_Substantia_Nigra.H3K4me1.112.bed.gz;BI.Brain_Substantia_Nigra.H3K4me1.149.bed.gz; Histone_H3K4me3=BI.Brain_Substantia_Nigra.H3K4me3.112.bed.gz;BI.Brain_Substantia_Nigra.H3K4me3.149.bed.gz; Histone_H3K9me3=BI.Brain_Substantia_Nigra.H3K9me3.112.bed.gz;BI.Brain_Substantia_Nigra.H3K9me3.149.bed.gz; ChIP-Seq_Input=BI.Brain_Substantia_Nigra.Input.112.bed.gz;BI.Brain_Substantia_Nigra.Input.149.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Brain_Substantia_Nigra.H3K9ac.112.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E61_25_bothAc_dense.bed.gz
+E62_25_bothAc_dense	EID=E62; ENAME=CD15_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD15_Primary_Cells.H3K27me3.23.bed.gz; Histone_H3K36me3=BI.CD15_Primary_Cells.H3K36me3.23.bed.gz; Histone_H3K4me1=BI.CD15_Primary_Cells.H3K4me1.23.bed.gz; Histone_H3K4me3=BI.CD15_Primary_Cells.H3K4me3.23.bed.gz; Histone_H3K9me3=BI.CD15_Primary_Cells.H3K9me3.23.bed.gz; ChIP-Seq_Input=NA; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E62_25_bothAc_dense.bed.gz
+E63_25_bothAc_dense	EID=E63; ENAME=CD34_Cultured_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD34_Cultured_Cells.H3K27me3.cultured_CD34_2_20_09.bed.gz; Histone_H3K36me3=BI.CD34_Cultured_Cells.H3K36me3.123.bed.gz;BI.CD34_Cultured_Cells.H3K36me3.cultured_CD34_2_20_09.bed.gz; Histone_H3K4me1=BI.CD34_Cultured_Cells.H3K4me1.123.bed.gz;BI.CD34_Cultured_Cells.H3K4me1.cultured_CD34_2_20_09.bed.gz; Histone_H3K4me3=BI.CD34_Cultured_Cells.H3K4me3.123.bed.gz;BI.CD34_Cultured_Cells.H3K4me3.cultured_CD34_2_20_09.bed.gz; Histone_H3K9me3=BI.CD34_Cultured_Cells.H3K9me3.123.bed.gz;BI.CD34_Cultured_Cells.H3K9me3.cultured_CD34_2_20_09.bed.gz; ChIP-Seq_Input=BI.CD34_Cultured_Cells.Input.123.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E63_25_bothAc_dense.bed.gz
+E64_25_bothAc_dense	EID=E64; ENAME=CD4+_CD25+_CD127-_Treg_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K27me3.Donor_62.bed.gz; Histone_H3K36me3=BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K36me3.Donor_62.bed.gz; Histone_H3K4me1=BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K4me1.Donor_62.bed.gz; Histone_H3K4me3=BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K4me3.Donor_62.bed.gz; Histone_H3K9me3=BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.H3K9me3.Donor_62.bed.gz; ChIP-Seq_Input=BI.CD4+_CD25+_CD127-_Treg_Primary_Cells.Input.Donor_62.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E64_25_bothAc_dense.bed.gz
+E65_25_bothAc_dense	EID=E65; ENAME=CD4+_CD25-_CD45RA+_Naive_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K27me3.Donor_62.bed.gz; Histone_H3K36me3=BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K36me3.Donor_62.bed.gz; Histone_H3K4me1=BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K4me1.Donor_62.bed.gz; Histone_H3K4me3=BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K4me3.Donor_62.bed.gz; Histone_H3K9me3=BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K9me3.Donor_62.bed.gz; ChIP-Seq_Input=BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.Input.Donor_62.bed.gz; Histone_H3K27ac=BI.CD4+_CD25-_CD45RA+_Naive_Primary_Cells.H3K27ac.Donor_62.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E65_25_bothAc_dense.bed.gz
+E66_25_bothAc_dense	EID=E66; ENAME=CD4+_CD25-_CD45RO+_Memory_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K27me3.Donor_62.bed.gz; Histone_H3K36me3=BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K36me3.Donor_62.bed.gz; Histone_H3K4me1=BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K4me1.Donor_62.bed.gz; Histone_H3K4me3=BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K4me3.Donor_62.bed.gz; Histone_H3K9me3=BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K9me3.Donor_62.bed.gz; ChIP-Seq_Input=BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.Input.Donor_62.bed.gz; Histone_H3K27ac=BI.CD4+_CD25-_CD45RO+_Memory_Primary_Cells.H3K27ac.Donor_62.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E66_25_bothAc_dense.bed.gz
+E67_25_bothAc_dense	EID=E67; ENAME=CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K27me3.Donor_62.bed.gz; Histone_H3K36me3=BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K36me3.Donor_62.bed.gz; Histone_H3K4me1=BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K4me1.Donor_62.bed.gz; Histone_H3K4me3=BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K4me3.Donor_62.bed.gz; Histone_H3K9me3=BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K9me3.Donor_62.bed.gz; ChIP-Seq_Input=BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.Input.Donor_62.bed.gz; Histone_H3K27ac=BI.CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells.H3K27ac.Donor_62.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E67_25_bothAc_dense.bed.gz
+E68_25_bothAc_dense	EID=E68; ENAME=CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K27me3.Donor_62.bed.gz; Histone_H3K36me3=BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K36me3.Donor_62.bed.gz; Histone_H3K4me1=BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K4me1.Donor_62.bed.gz; Histone_H3K4me3=BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K4me3.Donor_62.bed.gz; Histone_H3K9me3=BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K9me3.Donor_62.bed.gz; ChIP-Seq_Input=BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.Input.Donor_62.bed.gz; Histone_H3K27ac=BI.CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells.H3K27ac.Donor_62.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E68_25_bothAc_dense.bed.gz
+E69_25_bothAc_dense	EID=E69; ENAME=CD4+_CD25int_CD127+_Tmem_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.H3K27me3.Donor_62.bed.gz; Histone_H3K36me3=BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.H3K36me3.Donor_62.bed.gz; Histone_H3K4me1=BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.H3K4me1.Donor_62.bed.gz; Histone_H3K4me3=BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.H3K4me3.Donor_62.bed.gz; Histone_H3K9me3=BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.H3K9me3.Donor_62.bed.gz; ChIP-Seq_Input=BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.Input.Donor_62.bed.gz; Histone_H3K27ac=BI.CD4+_CD25int_CD127+_Tmem_Primary_Cells.H3K27ac.Donor_62.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E69_25_bothAc_dense.bed.gz
+E70_25_bothAc_dense	EID=E70; ENAME=CD4+_CD25-_Th_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD4+_CD25-_Th_Primary_Cells.H3K27me3.Donor_62.bed.gz; Histone_H3K36me3=BI.CD4+_CD25-_Th_Primary_Cells.H3K36me3.Donor_62.bed.gz; Histone_H3K4me1=BI.CD4+_CD25-_Th_Primary_Cells.H3K4me1.Donor_62.bed.gz; Histone_H3K4me3=BI.CD4+_CD25-_Th_Primary_Cells.H3K4me3.Donor_62.bed.gz; Histone_H3K9me3=BI.CD4+_CD25-_Th_Primary_Cells.H3K9me3.Donor_62.bed.gz; ChIP-Seq_Input=BI.CD4+_CD25-_Th_Primary_Cells.Input.Donor_62.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E70_25_bothAc_dense.bed.gz
+E71_25_bothAc_dense	EID=E71; ENAME=CD8_Memory_Primary_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.CD8_Memory_Primary_Cells.H3K27me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Memory_Primary_Cells.H3K27me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K36me3=BI.CD8_Memory_Primary_Cells.H3K36me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Memory_Primary_Cells.H3K36me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K4me1=BI.CD8_Memory_Primary_Cells.H3K4me1.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Memory_Primary_Cells.H3K4me1.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K4me3=BI.CD8_Memory_Primary_Cells.H3K4me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Memory_Primary_Cells.H3K4me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K9me3=BI.CD8_Memory_Primary_Cells.H3K9me3.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Memory_Primary_Cells.H3K9me3.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; ChIP-Seq_Input=BI.CD8_Memory_Primary_Cells.Input.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz;BI.CD8_Memory_Primary_Cells.Input.Donor_101_8_pooled_leukopaks_Jan_20_2011.bed.gz; Histone_H3K27ac=BI.CD8_Memory_Primary_Cells.H3K27ac.Donor_100_7_pooled_leukopaks_Jan_7_2011.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E71_25_bothAc_dense.bed.gz
+E72_25_bothAc_dense	EID=E72; ENAME=Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.57.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.58.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.59.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27me3.60.bed.gz; Histone_H3K36me3=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.57.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.58.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.59.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K36me3.60.bed.gz; Histone_H3K4me1=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.57.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.58.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.59.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me1.60.bed.gz; Histone_H3K4me3=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.57.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.58.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.59.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K4me3.60.bed.gz; Histone_H3K9me3=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.57.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.58.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.59.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9me3.60.bed.gz; ChIP-Seq_Input=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.58.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.Input.59.bed.gz; Histone_H3K27ac=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K27ac.57.bed.gz; Histone_H3K9ac=BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.57.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.58.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.59.bed.gz;BI.Chondrocytes_from_Bone_Marrow_Derived_Mesenchymal_Stem_Cell_Cultured_Cells.H3K9ac.60.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E72_25_bothAc_dense.bed.gz
+E73_25_bothAc_dense	EID=E73; ENAME=Colon_Smooth_Muscle; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Colon_Smooth_Muscle.H3K27me3.Donor_83_REMC_18.bed.gz; Histone_H3K36me3=BI.Colon_Smooth_Muscle.H3K36me3.Donor_83_REMC_18.bed.gz; Histone_H3K4me1=BI.Colon_Smooth_Muscle.H3K4me1.Donor_83_REMC_18.bed.gz; Histone_H3K4me3=BI.Colon_Smooth_Muscle.H3K4me3.Donor_83_REMC_18.bed.gz; Histone_H3K9me3=BI.Colon_Smooth_Muscle.H3K9me3.Donor_83_REMC_18.bed.gz; ChIP-Seq_Input=BI.Colon_Smooth_Muscle.Input.Donor_83_REMC_18.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Colon_Smooth_Muscle.H3K9ac.Donor_83_REMC_18.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E73_25_bothAc_dense.bed.gz
+E74_25_bothAc_dense	EID=E74; ENAME=Duodenum_Smooth_Muscle; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Duodenum_Smooth_Muscle.H3K27me3.160.bed.gz;BI.Duodenum_Smooth_Muscle.H3K27me3.Donor_174_REMC_28.bed.gz; Histone_H3K36me3=BI.Duodenum_Smooth_Muscle.H3K36me3.160.bed.gz;BI.Duodenum_Smooth_Muscle.H3K36me3.Donor_174_REMC_28.bed.gz; Histone_H3K4me1=BI.Duodenum_Smooth_Muscle.H3K4me1.160.bed.gz;BI.Duodenum_Smooth_Muscle.H3K4me1.Donor_174_REMC_28.bed.gz; Histone_H3K4me3=BI.Duodenum_Smooth_Muscle.H3K4me3.160.bed.gz;BI.Duodenum_Smooth_Muscle.H3K4me3.Donor_174_REMC_28.bed.gz; Histone_H3K9me3=BI.Duodenum_Smooth_Muscle.H3K9me3.160.bed.gz; ChIP-Seq_Input=BI.Duodenum_Smooth_Muscle.Input.160.bed.gz; Histone_H3K27ac=BI.Duodenum_Smooth_Muscle.H3K27ac.160.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E74_25_bothAc_dense.bed.gz
+E75_25_bothAc_dense	EID=E75; ENAME=Esophagus; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSD.Esophagus.H3K27me3.STL003.bed.gz; Histone_H3K36me3=UCSD.Esophagus.H3K36me3.STL003.bed.gz; Histone_H3K4me1=UCSD.Esophagus.H3K4me1.STL003.bed.gz; Histone_H3K4me3=UCSD.Esophagus.H3K4me3.STL003.bed.gz; Histone_H3K9me3=UCSD.Esophagus.H3K9me3.STL003.bed.gz; ChIP-Seq_Input=UCSD.Esophagus.Input.STL003.bed.gz; Histone_H3K27ac=UCSD.Esophagus.H3K27ac.STL003.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E75_25_bothAc_dense.bed.gz
+E76_25_bothAc_dense	EID=E76; ENAME=Gastric; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSD.Gastric.H3K27me3.STL003.bed.gz; Histone_H3K36me3=UCSD.Gastric.H3K36me3.STL003.bed.gz; Histone_H3K4me1=UCSD.Gastric.H3K4me1.STL003.bed.gz; Histone_H3K4me3=UCSD.Gastric.H3K4me3.STL003.bed.gz; Histone_H3K9me3=UCSD.Gastric.H3K9me3.STL003.bed.gz; ChIP-Seq_Input=NA; Histone_H3K27ac=UCSD.Gastric.H3K27ac.STL003.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E76_25_bothAc_dense.bed.gz
+E77_25_bothAc_dense	EID=E77; ENAME=hESC_Derived_CD56+_Mesoderm_Cultured_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K27me3.DNA_Lib_1274.bed.gz; Histone_H3K36me3=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K36me3.DNA_Lib_1277.bed.gz;BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K36me3.DNA_Lib_1283.bed.gz; Histone_H3K4me1=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K4me1.DNA_Lib_1272.bed.gz; Histone_H3K4me3=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K4me3.DNA_Lib_1273.bed.gz;BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K4me3.DNA_Lib_1279.bed.gz; Histone_H3K9me3=BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K9me3.DNA_Lib_1276.bed.gz;BI.hESC_Derived_CD56+_Mesoderm_Cultured_Cells.H3K9me3.DNA_Lib_1282.bed.gz; ChIP-Seq_Input=NA; Histone_H3K27ac=NA; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E77_25_bothAc_dense.bed.gz
+E78_25_bothAc_dense	EID=E78; ENAME=HUES48_Cell_Line; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.HUES48.H3K27me3.Lib_EpiLabSPL_Row_1716.bed.gz;BI.HUES48.H3K27me3.Lib_MC_20101025_10--ChIP_MC_20101020_10_ES_cell_HUES_48_H3K27Me3.bed.gz; Histone_H3K36me3=BI.HUES48.H3K36me3.Lib_EpiLabSPL_Row_1715.bed.gz;BI.HUES48.H3K36me3.Lib_MC_20101025_09--ChIP_MC_20101020_09_ES_cell_HUES_48_H3K36Me3.bed.gz; Histone_H3K4me1=BI.HUES48.H3K4me1.Lib_EpiLabSPL_Row_1713.bed.gz;BI.HUES48.H3K4me1.Lib_MC_20101025_07--ChIP_MC_20101020_07_ES_cell_HUES_48_H3K4Me1.bed.gz; Histone_H3K4me3=BI.HUES48.H3K4me3.Lib_EpiLabSPL_Row_1714.bed.gz;BI.HUES48.H3K4me3.Lib_MC_20101025_08--ChIP_MC_20101020_08_ES_cell_HUES_48_H3K4Me3.bed.gz; Histone_H3K9me3=BI.HUES48.H3K9me3.Lib_EpiLabSPL_Row_1707.bed.gz;BI.HUES48.H3K9me3.Lib_EpiLabSPL_Row_1718.bed.gz; ChIP-Seq_Input=BI.HUES48.Input.Lib_EpiLabSPL_Row_1710.bed.gz;BI.HUES48.Input.Lib_EpiLabSPL_Row_1725.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.HUES48.H3K9ac.Lib_EpiLabSPL_Row_1717.bed.gz;BI.HUES48.H3K9ac.Lib_MC_20101025_11--ChIP_MC_20101020_11_ES_cell_HUES_48_H3K9Ac.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E78_25_bothAc_dense.bed.gz
+E79_25_bothAc_dense	EID=E79; ENAME=HUES64_Cell_Line; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.HUES64.H3K27me3.Lib_EpiLabSPL_Row_1722.bed.gz;BI.HUES64.H3K27me3.Lib_MC_20101025_04--ChIP_MC_20101020_04_ES_cell_HUES_64_H3K27Me3.bed.gz; Histone_H3K36me3=BI.HUES64.H3K36me3.Lib_EpiLabSPL_Row_1721.bed.gz;BI.HUES64.H3K36me3.Lib_MC_20101025_03--ChIP_MC_20101020_03_ES_cell_HUES_64_H3K36Me3.bed.gz; Histone_H3K4me1=BI.HUES64.H3K4me1.Lib_EpiLabSPL_Row_1719.bed.gz;BI.HUES64.H3K4me1.Lib_MC_20101025_01--ChIP_MC_20101020_01_ES_cell_HUES_64_H3K4Me1.bed.gz; Histone_H3K4me3=BI.HUES64.H3K4me3.Lib_EpiLabSPL_Row_1720.bed.gz;BI.HUES64.H3K4me3.Lib_MC_20101025_02--ChIP_MC_20101020_02_ES_cell_HUES_64_H3K4Me3.bed.gz; Histone_H3K9me3=BI.HUES64.H3K9me3.Lib_EpiLabSPL_Row_1724.bed.gz;BI.HUES64.H3K9me3.Lib_MC_20101025_06--ChIP_MC_20101020_06_ES_cell_HUES_64_H3K9Me3.bed.gz; ChIP-Seq_Input=BI.HUES64.Input.Lib_EpiLabSPL_Row_1709.bed.gz;BI.HUES64.Input.Lib_EpiLabSPL_Row_1726.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.HUES64.H3K9ac.Lib_EpiLabSPL_Row_1723.bed.gz;BI.HUES64.H3K9ac.Lib_MC_20101025_05--ChIP_MC_20101020_05_ES_cell_HUES_64_H3K9Ac.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E79_25_bothAc_dense.bed.gz
+E80_25_bothAc_dense	EID=E80; ENAME=HUES6_Cell_Line; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.HUES6.H3K27me3.Lib_XZ_20101004_04--ChIP_XZ_20100930_04_ES_cell_HUES_6_H3K27Me3.bed.gz;BI.HUES6.H3K27me3.Lib_XZ_20101004_11--ChIP_XZ_20100930_11_ES_cell_HUES_6_H3K27Me3.bed.gz; Histone_H3K36me3=BI.HUES6.H3K36me3.Lib_XZ_20101004_03--ChIP_XZ_20100930_03_ES_cell_HUES_6_H3K36Me3.bed.gz;BI.HUES6.H3K36me3.Lib_XZ_20101004_10--ChIP_XZ_20100930_10_ES_cell_HUES_6_H3K36Me3.bed.gz; Histone_H3K4me1=BI.HUES6.H3K4me1.Lib_XZ_20101004_01--ChIP_XZ_20100930_01_ES_cell_HUES_6_H3K4Me1.bed.gz;BI.HUES6.H3K4me1.Lib_XZ_20101004_08--ChIP_XZ_20100930_08_ES_cell_HUES_6_H3K4Me1.bed.gz; Histone_H3K4me3=BI.HUES6.H3K4me3.Lib_XZ_20101004_02--ChIP_XZ_20100930_02_ES_cell_HUES_6_H3K4Me3.bed.gz;BI.HUES6.H3K4me3.Lib_XZ_20101004_09--ChIP_XZ_20100930_09_ES_cell_HUES_6_H3K4Me3.bed.gz; Histone_H3K9me3=BI.HUES6.H3K9me3.Lib_XZ_20101004_06--ChIP_XZ_20100930_06_ES_cell_HUES_6_H3K9Me3.bed.gz;BI.HUES6.H3K9me3.Lib_XZ_20101004_13--ChIP_XZ_20100930_13_ES_cell_HUES_6_H3K9Me3.bed.gz; ChIP-Seq_Input=BI.HUES6.Input.Lib_XZ_20101004_07--ChIP_XZ_20100930_07_ES_cell_HUES_6_WCE.bed.gz;BI.HUES6.Input.Lib_XZ_20101004_14--ChIP_XZ_20100930_14_ES_cell_HUES_6_WCE.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.HUES6.H3K9ac.Lib_XZ_20101004_12--ChIP_XZ_20100930_12_ES_cell_HUES_6_H3K9Ac.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E80_25_bothAc_dense.bed.gz
+E81_25_bothAc_dense	EID=E81; ENAME=iPS-15b_Cell_Line; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.iPS-15b.H3K27me3.Lib_MC_20100128_05--ChIP_MC_20100125_05_hiPS-15b_H3K27Me3.bed.gz; Histone_H3K36me3=BI.iPS-15b.H3K36me3.Solexa-20749.bed.gz; Histone_H3K4me1=BI.iPS-15b.H3K4me1.Lib_MC_20100211_04--ChIP_MC_20100208_04_hiPS-15b_H3K4Me1.bed.gz; Histone_H3K4me3=BI.iPS-15b.H3K4me3.Solexa-20743.bed.gz; Histone_H3K9me3=BI.iPS-15b.H3K9me3.Solexa-20732.bed.gz; ChIP-Seq_Input=BI.iPS-15b.Input.Lib_MC_20100128_06--ChIP_MC_20100125_06_hiPS-15b_WCE.bed.gz;BI.iPS-15b.Input.Solexa-15157.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.iPS-15b.H3K9ac.Solexa-20747.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E81_25_bothAc_dense.bed.gz
+E82_25_bothAc_dense	EID=E82; ENAME=Left_Ventricle; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSD.Left_Ventricle.H3K27me3.STL001.bed.gz;UCSD.Left_Ventricle.H3K27me3.STL003.bed.gz; Histone_H3K36me3=UCSD.Left_Ventricle.H3K36me3.STL001.bed.gz;UCSD.Left_Ventricle.H3K36me3.STL003.bed.gz; Histone_H3K4me1=UCSD.Left_Ventricle.H3K4me1.STL001.bed.gz;UCSD.Left_Ventricle.H3K4me1.STL003.bed.gz; Histone_H3K4me3=UCSD.Left_Ventricle.H3K4me3.STL001.bed.gz;UCSD.Left_Ventricle.H3K4me3.STL003.bed.gz; Histone_H3K9me3=UCSD.Left_Ventricle.H3K9me3.STL001.bed.gz;UCSD.Left_Ventricle.H3K9me3.STL003.bed.gz; ChIP-Seq_Input=UCSD.Left_Ventricle.Input.STL001.bed.gz;UCSD.Left_Ventricle.Input.STL003.bed.gz; Histone_H3K27ac=UCSD.Left_Ventricle.H3K27ac.STL001.bed.gz;UCSD.Left_Ventricle.H3K27ac.STL003.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E82_25_bothAc_dense.bed.gz
+E83_25_bothAc_dense	EID=E83; ENAME=Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K27me3.92.bed.gz;BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K27me3.93.bed.gz; Histone_H3K36me3=BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K36me3.92.bed.gz;BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K36me3.93.bed.gz; Histone_H3K4me1=BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K4me1.92.bed.gz;BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K4me1.93.bed.gz; Histone_H3K4me3=BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K4me3.92.bed.gz;BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K4me3.93.bed.gz; Histone_H3K9me3=BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K9me3.92.bed.gz;BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K9me3.93.bed.gz; ChIP-Seq_Input=BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.Input.92.bed.gz;BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.Input.93.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K9ac.92.bed.gz;BI.Mesenchymal_Stem_Cell_Derived_Adipocyte_Cultured_Cells.H3K9ac.93.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E83_25_bothAc_dense.bed.gz
+E84_25_bothAc_dense	EID=E84; ENAME=Muscle_Satellite_Cultured_Cells; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Muscle_Satellite_Cultured_Cells.H3K27me3.hSKM-1.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K27me3.hSKM-2.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K27me3.hSKM-3.bed.gz; Histone_H3K36me3=BI.Muscle_Satellite_Cultured_Cells.H3K36me3.hSKM-1.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K36me3.hSKM-2.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K36me3.hSKM-3.bed.gz; Histone_H3K4me1=BI.Muscle_Satellite_Cultured_Cells.H3K4me1.hSKM-1.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K4me1.hSKM-2.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K4me1.hSKM-3.bed.gz; Histone_H3K4me3=BI.Muscle_Satellite_Cultured_Cells.H3K4me3.hSKM-1.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K4me3.hSKM-2.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K4me3.hSKM-3.bed.gz; Histone_H3K9me3=BI.Muscle_Satellite_Cultured_Cells.H3K9me3.hSKM-1.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K9me3.hSKM-2.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K9me3.hSKM-3.bed.gz; ChIP-Seq_Input=BI.Muscle_Satellite_Cultured_Cells.Input.hSKM-1.bed.gz;BI.Muscle_Satellite_Cultured_Cells.Input.hSKM-2.bed.gz;BI.Muscle_Satellite_Cultured_Cells.Input.hSKM-3.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Muscle_Satellite_Cultured_Cells.H3K9ac.hSKM-1.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K9ac.hSKM-2.bed.gz;BI.Muscle_Satellite_Cultured_Cells.H3K9ac.hSKM-3.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E84_25_bothAc_dense.bed.gz
+E85_25_bothAc_dense	EID=E85; ENAME=Pancreas; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSD.Pancreas.H3K27me3.STL003.bed.gz; Histone_H3K36me3=UCSD.Pancreas.H3K36me3.STL003.bed.gz; Histone_H3K4me1=UCSD.Pancreas.H3K4me1.STL003.bed.gz; Histone_H3K4me3=UCSD.Pancreas.H3K4me3.STL003.bed.gz; Histone_H3K9me3=UCSD.Pancreas.H3K9me3.STL003.bed.gz; ChIP-Seq_Input=UCSD.Pancreas.Input.STL003.bed.gz; Histone_H3K27ac=UCSD.Pancreas.H3K27ac.STL003.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E85_25_bothAc_dense.bed.gz
+E86_25_bothAc_dense	EID=E86; ENAME=Pancreatic_Islets; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Pancreatic_Islets.H3K27me3.pancreatic_islets_normal_3_27_09.bed.gz; Histone_H3K36me3=BI.Pancreatic_Islets.H3K36me3.pancreatic_islets_normal_3_27_09.bed.gz; Histone_H3K4me1=BI.Pancreatic_Islets.H3K4me1.pancreatic_islets_normal_3_27_09.bed.gz; Histone_H3K4me3=BI.Pancreatic_Islets.H3K4me3.pancreatic_islets_normal_3_27_09.bed.gz; Histone_H3K9me3=BI.Pancreatic_Islets.H3K9me3.pancreatic_islets_normal_0_0_00.bed.gz; ChIP-Seq_Input=BI.Pancreatic_Islets.Input.pancreatic_islets_normal_3_27_09.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Pancreatic_Islets.H3K9ac.pancreatic_islets_normal_3_27_09.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E86_25_bothAc_dense.bed.gz
+E88_25_bothAc_dense	EID=E88; ENAME=Rectal_Smooth_Muscle; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Rectal_Smooth_Muscle.H3K27me3.30.bed.gz; Histone_H3K36me3=BI.Rectal_Smooth_Muscle.H3K36me3.30.bed.gz; Histone_H3K4me1=BI.Rectal_Smooth_Muscle.H3K4me1.30.bed.gz; Histone_H3K4me3=BI.Rectal_Smooth_Muscle.H3K4me3.30.bed.gz; Histone_H3K9me3=BI.Rectal_Smooth_Muscle.H3K9me3.30.bed.gz; ChIP-Seq_Input=BI.Rectal_Smooth_Muscle.Input.30.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Rectal_Smooth_Muscle.H3K9ac.30.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E88_25_bothAc_dense.bed.gz
+E89_25_bothAc_dense	EID=E89; ENAME=Skeletal_Muscle; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Skeletal_Muscle.H3K27me3.19.bed.gz; Histone_H3K36me3=BI.Skeletal_Muscle.H3K36me3.19.bed.gz; Histone_H3K4me1=BI.Skeletal_Muscle.H3K4me1.19.bed.gz; Histone_H3K4me3=BI.Skeletal_Muscle.H3K4me3.19.bed.gz; Histone_H3K9me3=BI.Skeletal_Muscle.H3K9me3.19.bed.gz; ChIP-Seq_Input=BI.Skeletal_Muscle.Input.19.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Skeletal_Muscle.H3K9ac.19.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E89_25_bothAc_dense.bed.gz
+E90_25_bothAc_dense	EID=E90; ENAME=Spleen; Chromatin_Accessibility=NA; Histone_H3K27me3=UCSD.Spleen.H3K27me3.STL003.bed.gz; Histone_H3K36me3=UCSD.Spleen.H3K36me3.STL003.bed.gz; Histone_H3K4me1=UCSD.Spleen.H3K4me1.STL003.bed.gz; Histone_H3K4me3=UCSD.Spleen.H3K4me3.STL003.bed.gz; Histone_H3K9me3=UCSD.Spleen.H3K9me3.STL003.bed.gz; ChIP-Seq_Input=UCSD.Spleen.Input.STL003.bed.gz; Histone_H3K27ac=UCSD.Spleen.H3K27ac.STL003.bed.gz; Histone_H3K9ac=NA; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E90_25_bothAc_dense.bed.gz
+E91_25_bothAc_dense	EID=E91; ENAME=Stomach_Mucosa; Chromatin_Accessibility=NA; Histone_H3K27me3=BI.Stomach_Mucosa.H3K27me3.157.bed.gz; Histone_H3K36me3=BI.Stomach_Mucosa.H3K36me3.157.bed.gz; Histone_H3K4me1=BI.Stomach_Mucosa.H3K4me1.157.bed.gz; Histone_H3K4me3=BI.Stomach_Mucosa.H3K4me3.157.bed.gz; Histone_H3K9me3=BI.Stomach_Mucosa.H3K9me3.157.bed.gz; ChIP-Seq_Input=BI.Stomach_Mucosa.Input.157.bed.gz; Histone_H3K27ac=NA; Histone_H3K9ac=BI.Stomach_Mucosa.H3K9ac.157.bed.gz; download_url=http://ftp.ebi.ac.uk/pub/databases/ensembl/encode/users/anshul/roadmap/results/core_p_miss/jointRuns/final/E91_25_bothAc_dense.bed.gz
diff --git a/hg19/track2Ft_encode b/hg19/track2Ft_encode
new file mode 100644
index 0000000..0e4bd0c
--- /dev/null
+++ b/hg19/track2Ft_encode
@@ -0,0 +1,4266 @@
+GSM605628_6	14
+GSM767846_3	14
+GSM897082_3	14
+GSM973682_4	14
+GSM803478_1	14
+GSM733734_1	14
+GSM646560_1	14
+GSM849342_3	14
+GSM803442_1	14
+GSM973667_3	14
+GSM935555_1	14
+GSM935381_1	14
+GSM605630_3	14
+GSM736504_1	14
+GSM822268_1	14
+GSM733696_1	14
+GSM935528_1	14
+GSM973665_1	14
+GSM822303_2	14
+GSM830987_1	14
+GSM897084_3	14
+GSM864339_2	14
+GSM935397_1	14
+GSM935585_1	14
+GSM977046_2	14
+GSM765387_1	14
+GSM945230_2	14
+GSM945185_2	14
+GSM935329_1	14
+GSM897069_4	14
+GSM935296_1	14
+GSM849343_3	14
+GSM830526_2	14
+GSM973675_1	14
+GSM822305_2	14
+GSM803370_2	14
+GSM736509_1	14
+GSM923443_7	14
+GSM849027_2	14
+GSM977049_2	14
+GSM605627_2	14
+GSM923439_3	14
+GSM758572_1	14
+GSM803427_1	14
+GSM816649_2	14
+GSM945289_1	14
+GSM935384_1	14
+GSM765399_3	14
+GSM973672_4	14
+GSM935436_1	14
+GSM803476_1	14
+GSM758568_3	14
+GSM923419_2	14
+GSM758559_2	14
+GSM935554_1	14
+GSM816659_2	14
+GSM767857_1	14
+GSM765386_3	14
+GSM733749_1	14
+GSM803410_2	14
+GSM803415_2	14
+GSM935429_1	14
+GSM945290_1	14
+GSM822281_2	14
+GSM767841_2	14
+GSM945212_2	14
+GSM897077_4	14
+GSM767856_2	14
+GSM973670_2	14
+GSM935360_1	14
+GSM935533_1	14
+GSM958738_2	14
+GSM816633_2	14
+GSM923445_2	14
+GSM782122_1	14
+GSM923453_2	14
+GSM803532_2	14
+GSM945184_2	14
+GSM973677_4	14
+GSM803522_2	14
+GSM803393_1	14
+GSM935552_1	14
+GSM767857_3	14
+GSM605635_3	14
+GSM849331_1	14
+GSM945210_1	14
+GSM822302_2	14
+GSM733657_1	14
+GSM765390_2	14
+GSM973686_4	14
+GSM945170_1	14
+GSM931362_1	14
+GSM749759_1	14
+GSM822296_1	14
+GSM736515_1	14
+GSM945167_1	14
+GSM803402_2	14
+GSM945251_2	14
+GSM849326_1	14
+GSM945856_1	14
+GSM935303_1	14
+GSM749686_1	14
+GSM733689_1	14
+GSM733661_1	14
+GSM935387_1	14
+GSM923437_1	14
+GSM973672_1	14
+GSM765387_3	14
+GSM822269_1	14
+GSM803448_2	14
+GSM736520_1	14
+GSM973666_3	14
+GSM935614_1	14
+GSM803355_2	14
+GSM945292_1	14
+GSM935624_1	14
+GSM923446_8	14
+GSM830988_1	14
+GSM849367_1	14
+GSM803426_2	14
+GSM816652_2	14
+GSM897077_3	14
+GSM923440_1	14
+GSM840137_4	14
+GSM935317_1	14
+GSM945233_1	14
+GSM849339_5	14
+GSM803437_2	14
+GSM765404_4	14
+GSM822299_1	14
+GSM970215_1	14
+GSM923420_2	14
+GSM803466_1	14
+GSM733712_1	14
+GSM973679_3	14
+GSM822290_2	14
+GSM736501_1	14
+GSM803498_1	14
+GSM973672_3	14
+GSM945197_1	14
+GSM736522_1	14
+GSM605634_3	14
+GSM935364_1	14
+GSM831023_1	14
+GSM935401_1	14
+GSM935413_1	14
+GSM935569_1	14
+GSM973663_4	14
+GSM817343_1	14
+GSM646561_1	14
+GSM733658_1	14
+GSM803371_2	14
+GSM849342_1	14
+GSM803359_2	14
+GSM733697_1	14
+GSM765405_3	14
+GSM849365_3	14
+GSM945180_2	14
+GSM803380_1	14
+GSM733706_1	14
+GSM945205_2	14
+GSM798321_1	14
+GSM945281_1	14
+GSM733646_1	14
+GSM977042_2	14
+GSM935319_1	14
+GSM864342_2	14
+GSM935637_1	14
+GSM605628_3	14
+GSM864346_1	14
+GSM758564_3	14
+GSM935524_1	14
+GSM897074_1	14
+GSM803475_1	14
+GSM749762_1	14
+GSM849326_2	14
+GSM935457_1	14
+GSM973684_4	14
+GSM945174_1	14
+GSM970209_4	14
+GSM831041_1	14
+GSM733729_1	14
+GSM803364_1	14
+GSM973675_2	14
+GSM923444_2	14
+GSM935371_1	14
+GSM945203_2	14
+GSM897076_1	14
+GSM864354_2	14
+GSM733751_1	14
+GSM945242_1	14
+GSM935366_1	14
+GSM803418_2	14
+GSM803348_1	14
+GSM849361_2	14
+GSM977041_4	14
+GSM803428_2	14
+GSM935297_1	14
+GSM749698_1	14
+GSM945280_1	14
+GSM923436_1	14
+GSM803336_2	14
+GSM935295_1	14
+GSM733637_1	14
+GSM749752_1	14
+GSM736603_1	14
+GSM803428_1	14
+GSM765392_4	14
+GSM605633_5	14
+GSM788069_1	14
+GSM758560_2	14
+GSM945326_2	14
+GSM945273_2	14
+GSM788082_1	14
+GSM945185_1	14
+GSM605630_4	14
+GSM897086_4	14
+GSM935328_1	14
+GSM803472_1	14
+GSM733745_1	14
+GSM935544_1	14
+GSM830523_1	14
+GSM782123_1	14
+GSM749769_1	14
+GSM822300_2	14
+GSM923425_4	14
+GSM973678_4	14
+GSM945231_2	14
+GSM849031_2	14
+GSM736609_1	14
+GSM749727_1	14
+GSM803433_1	14
+GSM945258_1	14
+GSM822309_1	14
+GSM935515_1	14
+GSM749731_1	14
+GSM803385_2	14
+GSM803494_2	14
+GSM935284_1	14
+GSM830526_1	14
+GSM935385_1	14
+GSM803340_1	14
+GSM864347_2	14
+GSM803516_1	14
+GSM733663_1	14
+GSM736518_1	14
+GSM945284_2	14
+GSM803389_2	14
+GSM831027_1	14
+GSM749716_1	14
+GSM945208_1	14
+GSM765400_2	14
+GSM923442_2	14
+GSM765395_2	14
+GSM767856_4	14
+GSM935313_1	14
+GSM803356_2	14
+GSM803449_2	14
+GSM822294_1	14
+GSM945297_2	14
+GSM803376_3	14
+GSM935471_1	14
+GSM803339_1	14
+GSM831033_1	14
+GSM816637_1	14
+GSM803436_1	14
+GSM830533_1	14
+GSM849328_1	14
+GSM749776_1	14
+GSM733739_1	14
+GSM736639_1	14
+GSM831024_1	14
+GSM736619_1	14
+GSM803542_2	14
+GSM736513_1	14
+GSM945300_2	14
+GSM945311_1	14
+GSM923425_3	14
+GSM736556_1	14
+GSM733753_1	14
+GSM605630_6	14
+GSM849365_2	14
+GSM935458_1	14
+GSM977049_4	14
+GSM830535_4	14
+GSM923426_2	14
+GSM831039_1	14
+GSM958748_2	14
+GSM923441_3	14
+GSM822306_2	14
+GSM958733_3	14
+GSM767846_4	14
+GSM945207_1	14
+GSM849366_3	14
+GSM935593_1	14
+GSM817342_1	14
+GSM935302_1	14
+GSM831032_1	14
+GSM749704_1	14
+GSM803528_2	14
+GSM765404_3	14
+GSM935570_1	14
+GSM803354_2	14
+GSM945261_2	14
+GSM803408_2	14
+GSM897085_3	14
+GSM945162_1	14
+GSM973692_1	14
+GSM945168_2	14
+GSM803460_1	14
+GSM945209_2	14
+GSM945211_2	14
+GSM836271_1	14
+GSM935607_1	14
+GSM935379_1	14
+GSM923423_2	14
+GSM736521_1	14
+GSM749767_1	14
+GSM749708_1	14
+GSM816672_1	14
+GSM945187_2	14
+GSM733656_1	14
+GSM849356_1	14
+GSM803459_2	14
+GSM849367_2	14
+GSM758573_4	14
+GSM923451_1	14
+GSM749765_1	14
+GSM849026_2	14
+GSM935434_1	14
+GSM977048_3	14
+GSM605635_6	14
+GSM765388_1	14
+GSM977043_3	14
+GSM945288_2	14
+GSM803404_1	14
+GSM849352_1	14
+GSM945246_1	14
+GSM736551_1	14
+GSM970213_2	14
+GSM733780_1	14
+GSM945287_1	14
+GSM897081_8	14
+GSM803526_1	14
+GSM822287_2	14
+GSM977048_4	14
+GSM803454_2	14
+GSM945322_2	14
+GSM935551_1	14
+GSM822272_2	14
+GSM923450_4	14
+GSM758565_1	14
+GSM749766_1	14
+GSM970212_1	14
+GSM803417_1	14
+GSM831044_1	14
+GSM945315_2	14
+GSM822287_1	14
+GSM767840_1	14
+GSM749689_1	14
+GSM958733_2	14
+GSM822294_2	14
+GSM977040_3	14
+GSM945226_2	14
+GSM849325_3	14
+GSM733643_1	14
+GSM977031_1	14
+GSM935346_1	14
+GSM803435_1	14
+GSM849365_1	14
+GSM733765_1	14
+GSM733708_2	14
+GSM945165_1	14
+GSM935399_1	14
+GSM736623_1	14
+GSM767839_1	14
+GSM973689_2	14
+GSM736557_1	14
+GSM935564_1	14
+GSM767844_4	14
+GSM788075_1	14
+GSM973665_4	14
+GSM935517_1	14
+GSM765393_3	14
+GSM733692_1	14
+GSM935300_1	14
+GSM977042_1	14
+GSM767840_4	14
+GSM945228_2	14
+GSM733660_1	14
+GSM816626_2	14
+GSM831012_1	14
+GSM864361_2	14
+GSM803535_1	14
+GSM923446_1	14
+GSM672834_2	14
+GSM758565_4	14
+GSM945316_2	14
+GSM849301_1	14
+GSM935650_1	14
+GSM935627_1	14
+GSM733786_1	14
+GSM830534_1	14
+GSM935347_1	14
+GSM923441_5	14
+GSM935416_1	14
+GSM605625_4	14
+GSM922958_1	14
+GSM803443_1	14
+GSM765405_4	14
+GSM977052_2	14
+GSM897074_3	14
+GSM945188_1	14
+GSM923449_4	14
+GSM803346_2	14
+GSM605627_6	14
+GSM923442_7	14
+GSM830528_1	14
+GSM733680_1	14
+GSM935604_1	14
+GSM646568_1	14
+GSM758559_4	14
+GSM897079_3	14
+GSM923452_3	14
+GSM749723_1	14
+GSM923440_6	14
+GSM973690_1	14
+GSM803399_1	14
+GSM765401_6	14
+GSM897079_1	14
+GSM977037_1	14
+GSM736613_1	14
+GSM765397_1	14
+GSM923421_2	14
+GSM765398_6	14
+GSM864354_1	14
+GSM803529_2	14
+GSM736596_1	14
+GSM803401_2	14
+GSM977051_3	14
+GSM816654_2	14
+GSM803438_2	14
+GSM831029_1	14
+GSM849343_1	14
+GSM977043_4	14
+GSM733690_1	14
+GSM923448_3	14
+GSM923442_1	14
+GSM923448_1	14
+GSM935472_1	14
+GSM923450_5	14
+GSM849343_2	14
+GSM973667_1	14
+GSM935625_1	14
+GSM923444_8	14
+GSM733777_1	14
+GSM822312_2	14
+GSM847567_1	14
+GSM849325_2	14
+GSM977047_3	14
+GSM977035_2	14
+GSM758573_3	14
+GSM849349_3	14
+GSM803362_1	14
+GSM803534_2	14
+GSM816657_2	14
+GSM977031_3	14
+GSM646570_1	14
+GSM935462_1	14
+GSM803499_1	14
+GSM733719_1	14
+GSM758569_2	14
+GSM830527_1	14
+GSM803484_1	14
+GSM945160_2	14
+GSM822298_1	14
+GSM935613_1	14
+GSM605627_3	14
+GSM822295_2	14
+GSM733662_1	14
+GSM736514_1	14
+GSM973688_4	14
+GSM605635_5	14
+GSM830525_2	14
+GSM831034_1	14
+GSM749690_1	14
+GSM849362_3	14
+GSM803540_1	14
+GSM831019_1	14
+GSM803491_2	14
+GSM973676_4	14
+GSM736526_1	14
+GSM935559_1	14
+GSM923440_5	14
+GSM973691_2	14
+GSM849328_3	14
+GSM765396_4	14
+GSM822285_2	14
+GSM849368_1	14
+GSM973681_1	14
+GSM605632_5	14
+GSM733772_1	14
+GSM767855_3	14
+GSM803517_1	14
+GSM973686_3	14
+GSM935418_1	14
+GSM767850_2	14
+GSM849346_1	14
+GSM758562_2	14
+GSM923451_6	14
+GSM935580_1	14
+GSM816629_2	14
+GSM935638_1	14
+GSM958739_2	14
+GSM816438_1	14
+GSM864357_1	14
+GSM767854_3	14
+GSM849348_3	14
+GSM733758_1	14
+GSM749688_1	14
+GSM935494_1	14
+GSM973679_4	14
+GSM973692_4	14
+GSM605633_6	14
+GSM973681_3	14
+GSM958746_2	14
+GSM973670_4	14
+GSM803347_1	14
+GSM765395_3	14
+GSM977046_4	14
+GSM816670_2	14
+GSM935619_1	14
+GSM803500_2	14
+GSM816651_2	14
+GSM945262_1	14
+GSM830519_2	14
+GSM977039_4	14
+GSM816629_1	14
+GSM830535_1	14
+GSM973674_4	14
+GSM803521_4	14
+GSM897079_2	14
+GSM935518_1	14
+GSM767849_3	14
+GSM935644_1	14
+GSM733723_1	14
+GSM803372_1	14
+GSM803354_1	14
+GSM973667_4	14
+GSM749714_1	14
+GSM935435_1	14
+GSM765395_4	14
+GSM935611_1	14
+GSM849355_1	14
+GSM840136_3	14
+GSM816634_1	14
+GSM803378_2	14
+GSM736543_1	14
+GSM803337_2	14
+GSM816636_2	14
+GSM736622_1	14
+GSM849367_3	14
+GSM816644_1	14
+GSM897076_4	14
+GSM849029_1	14
+GSM822304_2	14
+GSM767848_3	14
+GSM816666_2	14
+GSM923449_1	14
+GSM803463_1	14
+GSM840138_2	14
+GSM958730_3	14
+GSM822303_1	14
+GSM973682_1	14
+GSM935289_1	14
+GSM733704_1	14
+GSM849364_3	14
+GSM733721_1	14
+GSM803452_2	14
+GSM736611_1	14
+GSM733636_1	14
+GSM767838_2	14
+GSM945299_2	14
+GSM897069_2	14
+GSM605629_1	14
+GSM803448_1	14
+GSM803382_2	14
+GSM816650_1	14
+GSM749768_1	14
+GSM935286_1	14
+GSM803412_1	14
+GSM803485_2	14
+GSM749712_1	14
+GSM803352_3	14
+GSM803487_1	14
+GSM923430_2	14
+GSM736577_1	14
+GSM935353_1	14
+GSM803506_2	14
+GSM733742_1	14
+GSM749732_1	14
+GSM803416_1	14
+GSM935402_1	14
+GSM973681_4	14
+GSM765387_4	14
+GSM733674_1	14
+GSM977041_3	14
+GSM646563_2	14
+GSM822311_1	14
+GSM958738_4	14
+GSM945172_1	14
+GSM935468_1	14
+GSM935597_1	14
+GSM822289_2	14
+GSM736560_1	14
+GSM923450_8	14
+GSM849303_2	14
+GSM767855_4	14
+GSM736595_1	14
+GSM803493_1	14
+GSM973693_3	14
+GSM849328_2	14
+GSM935547_1	14
+GSM803396_1	14
+GSM849333_1	14
+GSM977045_3	14
+GSM923444_12	14
+GSM803519_1	14
+GSM803446_1	14
+GSM803537_1	14
+GSM958746_1	14
+GSM803467_1	14
+GSM935274_1	14
+GSM830520_1	14
+GSM831006_1	14
+GSM923425_1	14
+GSM816632_2	14
+GSM803524_2	14
+GSM945240_2	14
+GSM765389_1	14
+GSM803366_2	14
+GSM849363_1	14
+GSM749694_1	14
+GSM922956_1	14
+GSM605635_2	14
+GSM945222_2	14
+GSM803387_1	14
+GSM945196_1	14
+GSM977038_1	14
+GSM944522_2	14
+GSM864347_1	14
+GSM935389_1	14
+GSM945264_1	14
+GSM958744_2	14
+GSM935342_1	14
+GSM935394_1	14
+GSM767848_1	14
+GSM977048_1	14
+GSM945286_1	14
+GSM864341_1	14
+GSM749706_1	14
+GSM749677_1	14
+GSM803492_1	14
+GSM803510_2	14
+GSM935372_1	14
+GSM803387_2	14
+GSM849331_3	14
+GSM607486_1	14
+GSM646559_2	14
+GSM803367_1	14
+GSM923444_9	14
+GSM803409_2	14
+GSM935287_1	14
+GSM973692_2	14
+GSM733648_1	14
+GSM945250_1	14
+GSM935428_1	14
+GSM897083_7	14
+GSM822283_1	14
+GSM822295_1	14
+GSM945276_2	14
+GSM736629_1	14
+GSM803365_2	14
+GSM803358_1	14
+GSM897078_2	14
+GSM830520_2	14
+GSM935427_1	14
+GSM973685_1	14
+GSM923449_8	14
+GSM803359_1	14
+GSM736541_1	14
+GSM923450_1	14
+GSM736499_1	14
+GSM816646_1	14
+GSM849028_2	14
+GSM803392_1	14
+GSM849349_2	14
+GSM803343_2	14
+GSM736507_1	14
+GSM803394_2	14
+GSM736545_1	14
+GSM803461_1	14
+GSM767849_1	14
+GSM958745_3	14
+GSM897070_4	14
+GSM977045_4	14
+GSM749693_1	14
+GSM923421_1	14
+GSM749666_1	14
+GSM923447_8	14
+GSM849026_1	14
+GSM847563_1	14
+GSM849334_4	14
+GSM749761_1	14
+GSM849325_4	14
+GSM958749_2	14
+GSM945173_1	14
+GSM803444_2	14
+GSM733638_1	14
+GSM935306_1	14
+GSM897075_4	14
+GSM803504_1	14
+GSM945192_2	14
+GSM733650_1	14
+GSM816630_2	14
+GSM733778_1	14
+GSM923423_1	14
+GSM864345_1	14
+GSM935542_1	14
+GSM945297_1	14
+GSM849345_2	14
+GSM935469_1	14
+GSM849348_2	14
+GSM803430_1	14
+GSM977042_4	14
+GSM803518_2	14
+GSM849335_1	14
+GSM749668_1	14
+GSM935326_1	14
+GSM935445_1	14
+GSM803513_2	14
+GSM945206_2	14
+GSM849348_1	14
+GSM733784_1	14
+GSM758565_3	14
+GSM958739_3	14
+GSM803391_1	14
+GSM822272_1	14
+GSM945235_1	14
+GSM803503_2	14
+GSM803460_2	14
+GSM923446_3	14
+GSM803352_2	14
+GSM736579_1	14
+GSM935574_1	14
+GSM945206_1	14
+GSM830527_2	14
+GSM945308_2	14
+GSM945252_1	14
+GSM803478_2	14
+GSM803507_2	14
+GSM897080_3	14
+GSM849347_1	14
+GSM822304_1	14
+GSM945263_1	14
+GSM935461_1	14
+GSM935420_1	14
+GSM897081_7	14
+GSM945186_1	14
+GSM840137_2	14
+GSM945298_2	14
+GSM923430_1	14
+GSM945248_1	14
+GSM935496_1	14
+GSM935504_1	14
+GSM945249_1	14
+GSM935391_1	14
+GSM803415_1	14
+GSM935333_1	14
+GSM803411_1	14
+GSM935536_1	14
+GSM935377_1	14
+GSM935433_1	14
+GSM758573_1	14
+GSM733708_1	14
+GSM849330_4	14
+GSM803451_1	14
+GSM733774_1	14
+GSM803397_2	14
+GSM864360_2	14
+GSM849345_1	14
+GSM803536_1	14
+GSM816660_2	14
+GSM973683_3	14
+GSM923440_2	14
+GSM749687_1	14
+GSM822301_2	14
+GSM608162_1	14
+GSM935592_1	14
+GSM849338_1	14
+GSM945203_1	14
+GSM733785_1	14
+GSM849324_4	14
+GSM767840_2	14
+GSM935368_1	14
+GSM822293_1	14
+GSM973677_2	14
+GSM849350_1	14
+GSM830524_1	14
+GSM935622_1	14
+GSM935455_1	14
+GSM733679_1	14
+GSM944520_2	14
+GSM935601_1	14
+GSM733737_1	14
+GSM803413_1	14
+GSM830532_2	14
+GSM831004_1	14
+GSM736494_1	14
+GSM849027_1	14
+GSM803390_2	14
+GSM803429_2	14
+GSM816647_1	14
+GSM935280_1	14
+GSM945262_2	14
+GSM765396_1	14
+GSM935390_1	14
+GSM923447_2	14
+GSM945302_2	14
+GSM935589_1	14
+GSM935475_1	14
+GSM816639_2	14
+GSM733685_1	14
+GSM736530_1	14
+GSM803533_2	14
+GSM970214_1	14
+GSM830986_1	14
+GSM767855_1	14
+GSM736621_1	14
+GSM935642_1	14
+GSM864338_1	14
+GSM935553_1	14
+GSM816656_2	14
+GSM849360_1	14
+GSM803532_1	14
+GSM803538_2	14
+GSM935499_1	14
+GSM605627_4	14
+GSM849340_2	14
+GSM672835_2	14
+GSM733686_1	14
+GSM816671_2	14
+GSM849304_1	14
+GSM935426_1	14
+GSM767845_2	14
+GSM733668_1	14
+GSM816669_2	14
+GSM733715_1	14
+GSM977045_1	14
+GSM605629_2	14
+GSM935339_1	14
+GSM803491_1	14
+GSM923442_4	14
+GSM830537_1	14
+GSM816661_2	14
+GSM931361_1	14
+GSM803381_1	14
+GSM935641_1	14
+GSM935404_1	14
+GSM803360_1	14
+GSM733732_1	14
+GSM803408_1	14
+GSM803482_1	14
+GSM822314_1	14
+GSM945214_2	14
+GSM816655_1	14
+GSM897082_1	14
+GSM758560_4	14
+GSM849337_2	14
+GSM736558_1	14
+GSM849366_2	14
+GSM822267_1	14
+GSM831031_1	14
+GSM849362_4	14
+GSM816673_2	14
+GSM767846_1	14
+GSM646568_2	14
+GSM803352_4	14
+GSM831042_1	14
+GSM803409_1	14
+GSM831020_1	14
+GSM749777_1	14
+GSM803405_1	14
+GSM736492_1	14
+GSM646570_2	14
+GSM923439_8	14
+GSM935523_1	14
+GSM736628_1	14
+GSM803430_2	14
+GSM945278_2	14
+GSM973690_2	14
+GSM646564_2	14
+GSM733672_1	14
+GSM945288_1	14
+GSM923453_4	14
+GSM923444_6	14
+GSM749778_1	14
+GSM831005_1	14
+GSM923445_4	14
+GSM749679_1	14
+GSM736517_1	14
+GSM816662_2	14
+GSM945183_1	14
+GSM803539_2	14
+GSM945310_1	14
+GSM958738_3	14
+GSM803485_1	14
+GSM803377_1	14
+GSM736602_1	14
+GSM803496_1	14
+GSM864340_1	14
+GSM765394_2	14
+GSM935332_1	14
+GSM923447_1	14
+GSM803363_1	14
+GSM945239_2	14
+GSM897083_5	14
+GSM830531_1	14
+GSM803519_2	14
+GSM788073_1	14
+GSM935314_1	14
+GSM973672_2	14
+GSM830530_1	14
+GSM733687_1	14
+GSM822277_1	14
+GSM605630_1	14
+GSM803363_2	14
+GSM935283_1	14
+GSM935419_1	14
+GSM803367_2	14
+GSM935323_1	14
+GSM935378_1	14
+GSM830537_2	14
+GSM733781_1	14
+GSM864342_1	14
+GSM945239_1	14
+GSM803373_2	14
+GSM973678_1	14
+GSM765386_4	14
+GSM803528_1	14
+GSM803388_2	14
+GSM945172_2	14
+GSM923444_15	14
+GSM977043_1	14
+GSM767845_4	14
+GSM935349_1	14
+GSM767842_1	14
+GSM605625_5	14
+GSM822277_2	14
+GSM788080_1	14
+GSM935538_1	14
+GSM788086_1	14
+GSM831028_1	14
+GSM733741_1	14
+GSM935514_1	14
+GSM736502_1	14
+GSM672836_1	14
+GSM970212_2	14
+GSM736631_1	14
+GSM767854_4	14
+GSM831038_1	14
+GSM935566_1	14
+GSM935623_1	14
+GSM803425_2	14
+GSM605628_4	14
+GSM749722_1	14
+GSM831007_1	14
+GSM803465_1	14
+GSM758575_1	14
+GSM897081_6	14
+GSM803422_2	14
+GSM803483_1	14
+GSM767856_3	14
+GSM733716_1	14
+GSM803508_2	14
+GSM822276_2	14
+GSM816647_2	14
+GSM816651_1	14
+GSM816642_2	14
+GSM749754_1	14
+GSM803473_1	14
+GSM945222_1	14
+GSM945245_1	14
+GSM803463_2	14
+GSM864353_2	14
+GSM803503_1	14
+GSM935383_1	14
+GSM803407_1	14
+GSM958731_4	14
+GSM736547_1	14
+GSM803414_2	14
+GSM822286_2	14
+GSM803441_1	14
+GSM605629_3	14
+GSM733783_1	14
+GSM803341_2	14
+GSM733776_1	14
+GSM935367_1	14
+GSM945163_2	14
+GSM977036_4	14
+GSM749699_1	14
+GSM736582_1	14
+GSM958745_1	14
+GSM736536_1	14
+GSM803439_2	14
+GSM945278_1	14
+GSM830529_1	14
+GSM605632_2	14
+GSM646560_2	14
+GSM803511_2	14
+GSM758571_2	14
+GSM923451_3	14
+GSM958732_1	14
+GSM958741_1	14
+GSM816656_1	14
+GSM736538_1	14
+GSM818828_1	14
+GSM758560_1	14
+GSM736528_1	14
+GSM803459_1	14
+GSM736568_1	14
+GSM733771_1	14
+GSM803348_2	14
+GSM935447_1	14
+GSM935369_1	14
+GSM733673_1	14
+GSM944519_1	14
+GSM973666_4	14
+GSM977032_2	14
+GSM749745_1	14
+GSM849364_4	14
+GSM977029_2	14
+GSM849362_2	14
+GSM945236_1	14
+GSM736563_1	14
+GSM736519_1	14
+GSM831010_1	14
+GSM945260_1	14
+GSM816645_1	14
+GSM923450_7	14
+GSM646565_1	14
+GSM935480_1	14
+GSM897081_4	14
+GSM935449_1	14
+GSM935486_1	14
+GSM830995_1	14
+GSM973692_3	14
+GSM749671_1	14
+GSM803530_2	14
+GSM945180_1	14
+GSM767840_3	14
+GSM803380_2	14
+GSM803464_2	14
+GSM923442_8	14
+GSM767848_2	14
+GSM749734_1	14
+GSM816658_2	14
+GSM767841_1	14
+GSM935388_1	14
+GSM849324_1	14
+GSM803336_1	14
+GSM803407_2	14
+GSM736616_1	14
+GSM803481_1	14
+GSM849339_6	14
+GSM758559_3	14
+GSM803462_2	14
+GSM977033_1	14
+GSM945224_1	14
+GSM803418_1	14
+GSM803350_1	14
+GSM945325_2	14
+GSM935374_1	14
+GSM749680_1	14
+GSM973669_1	14
+GSM923447_3	14
+GSM736600_1	14
+GSM977033_4	14
+GSM767844_3	14
+GSM935561_1	14
+GSM977049_1	14
+GSM733773_1	14
+GSM945194_1	14
+GSM733724_1	14
+GSM803389_1	14
+GSM958730_2	14
+GSM736525_1	14
+GSM765393_4	14
+GSM935272_1	14
+GSM849360_2	14
+GSM977038_4	14
+GSM977046_1	14
+GSM831037_1	14
+GSM816635_2	14
+GSM605632_4	14
+GSM923448_6	14
+GSM822291_2	14
+GSM945283_1	14
+GSM897075_3	14
+GSM822310_2	14
+GSM736601_1	14
+GSM849354_1	14
+GSM733714_1	14
+GSM736575_1	14
+GSM897083_6	14
+GSM749737_1	14
+GSM777639_1	14
+GSM767853_1	14
+GSM736583_1	14
+GSM733682_1	14
+GSM945232_1	14
+GSM733647_1	14
+GSM816643_1	14
+GSM803512_2	14
+GSM822279_1	14
+GSM733761_1	14
+GSM945282_1	14
+GSM758572_4	14
+GSM849028_1	14
+GSM897073_2	14
+GSM822273_2	14
+GSM935618_1	14
+GSM849341_2	14
+GSM897072_1	14
+GSM803479_1	14
+GSM736524_1	14
+GSM803516_2	14
+GSM831030_1	14
+GSM958730_1	14
+GSM945854_1	14
+GSM977035_1	14
+GSM923442_5	14
+GSM849334_3	14
+GSM803536_2	14
+GSM749755_1	14
+GSM758561_2	14
+GSM945216_1	14
+GSM977032_1	14
+GSM788071_1	14
+GSM849351_1	14
+GSM758574_2	14
+GSM803449_1	14
+GSM767847_1	14
+GSM767857_4	14
+GSM733659_1	14
+GSM758567_3	14
+GSM816626_1	14
+GSM958737_4	14
+GSM945196_2	14
+GSM749753_1	14
+GSM897078_3	14
+GSM958728_2	14
+GSM945268_1	14
+GSM923445_3	14
+GSM733694_1	14
+GSM864344_1	14
+GSM923453_3	14
+GSM803513_1	14
+GSM733750_1	14
+GSM767855_2	14
+GSM973669_4	14
+GSM945300_1	14
+GSM803505_1	14
+GSM736590_1	14
+GSM973673_1	14
+GSM945204_1	14
+GSM788078_1	14
+GSM765391_2	14
+GSM777638_1	14
+GSM923447_4	14
+GSM923433_1	14
+GSM836272_1	14
+GSM977047_2	14
+GSM822306_1	14
+GSM958750_1	14
+GSM897078_1	14
+GSM977035_3	14
+GSM765395_1	14
+GSM803427_2	14
+GSM733759_1	14
+GSM935421_1	14
+GSM973682_3	14
+GSM736612_1	14
+GSM803402_1	14
+GSM765386_2	14
+GSM803484_2	14
+GSM849327_3	14
+GSM803495_2	14
+GSM736511_1	14
+GSM935630_1	14
+GSM945313_1	14
+GSM935273_1	14
+GSM749695_1	14
+GSM935277_1	14
+GSM816632_1	14
+GSM923451_4	14
+GSM849025_2	14
+GSM803403_1	14
+GSM849329_2	14
+GSM944526_2	14
+GSM765388_2	14
+GSM935331_1	14
+GSM973689_4	14
+GSM803520_2	14
+GSM977051_2	14
+GSM816628_2	14
+GSM945266_1	14
+GSM935336_1	14
+GSM758577_1	14
+GSM803382_1	14
+GSM945211_1	14
+GSM765400_3	14
+GSM970215_2	14
+GSM935522_1	14
+GSM935403_1	14
+GSM803351_5	14
+GSM803541_1	14
+GSM945169_1	14
+GSM935652_1	14
+GSM977036_3	14
+GSM849368_4	14
+GSM749715_1	14
+GSM803338_1	14
+GSM803338_2	14
+GSM849358_3	14
+GSM935415_1	14
+GSM803498_2	14
+GSM945175_1	14
+GSM977036_2	14
+GSM803486_2	14
+GSM945213_1	14
+GSM849349_1	14
+GSM935645_1	14
+GSM945284_1	14
+GSM864359_1	14
+GSM897075_2	14
+GSM803337_1	14
+GSM935563_1	14
+GSM973674_1	14
+GSM849338_3	14
+GSM973691_4	14
+GSM977034_4	14
+GSM973674_3	14
+GSM749772_1	14
+GSM733711_1	14
+GSM803405_2	14
+GSM935512_1	14
+GSM864345_2	14
+GSM945240_1	14
+GSM816659_1	14
+GSM765394_3	14
+GSM923442_3	14
+GSM803501_2	14
+GSM935571_1	14
+GSM923444_4	14
+GSM973680_2	14
+GSM733768_1	14
+GSM830521_2	14
+GSM897086_1	14
+GSM849324_2	14
+GSM849336_2	14
+GSM958728_1	14
+GSM605625_1	14
+GSM733651_1	14
+GSM945316_1	14
+GSM945267_2	14
+GSM945174_2	14
+GSM803358_2	14
+GSM849354_2	14
+GSM945276_1	14
+GSM765404_1	14
+GSM758564_1	14
+GSM923441_1	14
+GSM803542_1	14
+GSM803370_1	14
+GSM822270_2	14
+GSM945271_2	14
+GSM736571_1	14
+GSM803515_2	14
+GSM945247_1	14
+GSM803504_2	14
+GSM897072_2	14
+GSM749685_1	14
+GSM977037_3	14
+GSM831014_1	14
+GSM973677_1	14
+GSM749736_1	14
+GSM944521_2	14
+GSM767842_2	14
+GSM849358_1	14
+GSM945198_1	14
+GSM767853_4	14
+GSM945312_1	14
+GSM945271_1	14
+GSM803398_1	14
+GSM977028_4	14
+GSM958748_3	14
+GSM605633_3	14
+GSM935632_1	14
+GSM758568_4	14
+GSM864344_2	14
+GSM803437_1	14
+GSM803399_2	14
+GSM945193_1	14
+GSM803530_1	14
+GSM803384_1	14
+GSM923418_2	14
+GSM758577_4	14
+GSM803458_1	14
+GSM803531_1	14
+GSM973668_1	14
+GSM765402_2	14
+GSM973684_1	14
+GSM935584_1	14
+GSM945296_2	14
+GSM935488_1	14
+GSM803527_2	14
+GSM733735_1	14
+GSM736531_1	14
+GSM935548_1	14
+GSM849366_1	14
+GSM803334_1	14
+GSM736549_1	14
+GSM803353_1	14
+GSM831043_1	14
+GSM973675_4	14
+GSM923446_2	14
+GSM945204_2	14
+GSM831003_1	14
+GSM935373_1	14
+GSM758566_3	14
+GSM935320_1	14
+GSM758578_4	14
+GSM935586_1	14
+GSM935628_1	14
+GSM935587_1	14
+GSM733644_1	14
+GSM818827_1	14
+GSM935451_1	14
+GSM803451_2	14
+GSM973689_1	14
+GSM803386_2	14
+GSM803388_1	14
+GSM830521_1	14
+GSM803506_1	14
+GSM736516_1	14
+GSM767853_3	14
+GSM733688_1	14
+GSM945182_1	14
+GSM816646_2	14
+GSM749726_1	14
+GSM935550_1	14
+GSM733676_1	14
+GSM765391_3	14
+GSM973669_2	14
+GSM970209_1	14
+GSM736608_1	14
+GSM788084_1	14
+GSM733755_1	14
+GSM822271_1	14
+GSM935446_1	14
+GSM736537_1	14
+GSM958735_1	14
+GSM803349_2	14
+GSM736554_1	14
+GSM830535_3	14
+GSM923443_8	14
+GSM836273_1	14
+GSM803443_2	14
+GSM977052_1	14
+GSM935464_1	14
+GSM767850_3	14
+GSM749669_1	14
+GSM803470_1	14
+GSM958751_1	14
+GSM836270_1	14
+GSM945159_2	14
+GSM803514_1	14
+GSM736542_1	14
+GSM935359_1	14
+GSM605633_1	14
+GSM758572_3	14
+GSM736535_1	14
+GSM816671_1	14
+GSM803521_1	14
+GSM803335_2	14
+GSM923435_1	14
+GSM736569_1	14
+GSM977040_2	14
+GSM803440_2	14
+GSM923449_5	14
+GSM945272_1	14
+GSM923452_2	14
+GSM733772_2	14
+GSM897082_2	14
+GSM977029_1	14
+GSM733728_1	14
+GSM935322_1	14
+GSM816642_1	14
+GSM803345_2	14
+GSM923437_2	14
+GSM849327_2	14
+GSM822286_1	14
+GSM945191_1	14
+GSM935579_1	14
+GSM945320_2	14
+GSM831022_1	14
+GSM798322_1	14
+GSM849346_2	14
+GSM923451_7	14
+GSM945322_1	14
+GSM973689_3	14
+GSM945857_1	14
+GSM803535_2	14
+GSM765398_2	14
+GSM767854_1	14
+GSM831035_1	14
+GSM736625_1	14
+GSM973683_2	14
+GSM736620_1	14
+GSM822313_1	14
+GSM816640_1	14
+GSM958734_1	14
+GSM849368_3	14
+GSM977046_3	14
+GSM736550_1	14
+GSM935505_1	14
+GSM749738_1	14
+GSM803453_1	14
+GSM803351_4	14
+GSM765399_2	14
+GSM803374_1	14
+GSM816437_1	14
+GSM749763_1	14
+GSM605635_4	14
+GSM973686_1	14
+GSM923452_6	14
+GSM977044_4	14
+GSM973690_4	14
+GSM605632_3	14
+GSM733653_1	14
+GSM816631_1	14
+GSM935279_1	14
+GSM935649_1	14
+GSM977039_3	14
+GSM973684_3	14
+GSM758562_1	14
+GSM973673_2	14
+GSM897073_1	14
+GSM803419_1	14
+GSM897079_4	14
+GSM864338_2	14
+GSM733767_1	14
+GSM849339_1	14
+GSM897075_1	14
+GSM803541_2	14
+GSM816665_1	14
+GSM803379_2	14
+GSM749684_1	14
+GSM803414_1	14
+GSM923447_6	14
+GSM945212_1	14
+GSM749743_1	14
+GSM765402_4	14
+GSM605625_3	14
+GSM935473_1	14
+GSM803529_1	14
+GSM831015_1	14
+GSM646563_1	14
+GSM849334_2	14
+GSM945178_2	14
+GSM935470_1	14
+GSM803515_1	14
+GSM977030_4	14
+GSM803353_2	14
+GSM758561_3	14
+GSM897082_4	14
+GSM803369_1	14
+GSM803377_2	14
+GSM816627_1	14
+GSM945279_2	14
+GSM803333_2	14
+GSM803500_1	14
+GSM803424_2	14
+GSM767843_1	14
+GSM945324_2	14
+GSM803350_2	14
+GSM945292_2	14
+GSM822289_1	14
+GSM923425_2	14
+GSM803473_2	14
+GSM935307_1	14
+GSM849364_1	14
+GSM935453_1	14
+GSM608167_1	14
+GSM977034_1	14
+GSM749773_1	14
+GSM646562_2	14
+GSM803393_2	14
+GSM973687_3	14
+GSM605634_5	14
+GSM973673_3	14
+GSM945227_1	14
+GSM803444_1	14
+GSM923452_8	14
+GSM733769_1	14
+GSM749735_1	14
+GSM758572_2	14
+GSM822291_1	14
+GSM923444_11	14
+GSM830536_2	14
+GSM736606_1	14
+GSM758559_1	14
+GSM945229_2	14
+GSM749742_1	14
+GSM749678_1	14
+GSM958737_1	14
+GSM945226_1	14
+GSM958745_2	14
+GSM733670_1	14
+GSM923445_6	14
+GSM945237_1	14
+GSM818744_1	14
+GSM803439_1	14
+GSM935442_1	14
+GSM733718_1	14
+GSM864351_1	14
+GSM973663_2	14
+GSM849330_1	14
+GSM847562_1	14
+GSM758563_3	14
+GSM935363_1	14
+GSM977038_2	14
+GSM840138_4	14
+GSM973667_2	14
+GSM935309_1	14
+GSM973674_2	14
+GSM803474_2	14
+GSM767843_2	14
+GSM830524_2	14
+GSM803410_1	14
+GSM977047_1	14
+GSM767851_4	14
+GSM945296_1	14
+GSM973665_3	14
+GSM945265_1	14
+GSM822301_1	14
+GSM767847_2	14
+GSM803523_1	14
+GSM935460_1	14
+GSM935483_1	14
+GSM958738_1	14
+GSM923431_2	14
+GSM935503_1	14
+GSM849331_2	14
+GSM822309_2	14
+GSM923440_7	14
+GSM922955_1	14
+GSM749730_1	14
+GSM945221_1	14
+GSM945175_2	14
+GSM958731_2	14
+GSM765405_1	14
+GSM958740_4	14
+GSM777640_1	14
+GSM733757_1	14
+GSM765399_1	14
+GSM945277_1	14
+GSM767850_1	14
+GSM733720_1	14
+GSM945244_1	14
+GSM935646_1	14
+GSM736565_1	14
+GSM803527_1	14
+GSM803457_1	14
+GSM977051_1	14
+GSM822284_1	14
+GSM803489_2	14
+GSM758575_4	14
+GSM970210_1	14
+GSM736544_1	14
+GSM803489_1	14
+GSM830534_2	14
+GSM923429_2	14
+GSM849362_1	14
+GSM935476_1	14
+GSM935599_1	14
+GSM935511_1	14
+GSM944519_2	14
+GSM864346_2	14
+GSM973693_2	14
+GSM973680_3	14
+GSM923441_4	14
+GSM822298_2	14
+GSM923444_1	14
+GSM831002_1	14
+GSM765401_1	14
+GSM765391_1	14
+GSM849330_2	14
+GSM803395_1	14
+GSM803524_1	14
+GSM923432_2	14
+GSM767851_2	14
+GSM803373_1	14
+GSM816653_1	14
+GSM749750_1	14
+GSM958739_4	14
+GSM605629_5	14
+GSM765392_1	14
+GSM973688_1	14
+GSM973668_4	14
+GSM736610_1	14
+GSM765403_2	14
+GSM788081_1	14
+GSM767847_4	14
+GSM736493_1	14
+GSM935605_1	14
+GSM945267_1	14
+GSM767854_2	14
+GSM758573_2	14
+GSM977035_4	14
+GSM977040_4	14
+GSM944523_2	14
+GSM765386_1	14
+GSM935291_1	14
+GSM935358_1	14
+GSM897086_2	14
+GSM765389_2	14
+GSM822299_2	14
+GSM803384_2	14
+GSM822273_1	14
+GSM849339_4	14
+GSM945251_1	14
+GSM733707_1	14
+GSM803346_1	14
+GSM944524_2	14
+GSM803525_2	14
+GSM849302_1	14
+GSM945299_1	14
+GSM803340_2	14
+GSM803521_3	14
+GSM935292_1	14
+GSM935352_1	14
+GSM945269_1	14
+GSM803403_2	14
+GSM749764_1	14
+GSM945188_2	14
+GSM831021_1	14
+GSM945269_2	14
+GSM977030_2	14
+GSM945170_2	14
+GSM864361_1	14
+GSM733770_1	14
+GSM973678_3	14
+GSM923422_2	14
+GSM958739_1	14
+GSM736614_1	14
+GSM973665_2	14
+GSM765394_4	14
+GSM935575_1	14
+GSM758576_2	14
+GSM736497_1	14
+GSM923444_3	14
+GSM944521_1	14
+GSM849357_4	14
+GSM803383_1	14
+GSM849305_2	14
+GSM897083_4	14
+GSM945255_1	14
+GSM758570_1	14
+GSM736505_1	14
+GSM849359_4	14
+GSM849305_1	14
+GSM945192_1	14
+GSM945291_1	14
+GSM765402_1	14
+GSM840136_4	14
+GSM822285_1	14
+GSM923444_7	14
+GSM849357_2	14
+GSM864343_1	14
+GSM788083_1	14
+GSM816644_2	14
+GSM758563_2	14
+GSM803512_1	14
+GSM935501_1	14
+GSM736553_1	14
+GSM803538_1	14
+GSM736626_1	14
+GSM897071_2	14
+GSM945270_1	14
+GSM733725_1	14
+GSM765394_1	14
+GSM977034_2	14
+GSM736581_1	14
+GSM736510_1	14
+GSM935513_1	14
+GSM803466_2	14
+GSM849330_3	14
+GSM803425_1	14
+GSM788079_1	14
+GSM935610_1	14
+GSM849349_4	14
+GSM803455_2	14
+GSM605633_2	14
+GSM840136_2	14
+GSM849344_2	14
+GSM758564_2	14
+GSM935437_1	14
+GSM803360_2	14
+GSM822278_1	14
+GSM816628_1	14
+GSM803424_1	14
+GSM897083_1	14
+GSM736546_1	14
+GSM803361_2	14
+GSM803502_2	14
+GSM958737_2	14
+GSM973679_1	14
+GSM803420_2	14
+GSM923453_6	14
+GSM803371_1	14
+GSM973679_2	14
+GSM935478_1	14
+GSM849342_2	14
+GSM758569_1	14
+GSM803385_1	14
+GSM765398_4	14
+GSM935311_1	14
+GSM816633_1	14
+GSM758569_4	14
+GSM749665_1	14
+GSM945165_2	14
+GSM816638_2	14
+GSM736585_1	14
+GSM830532_1	14
+GSM970216_1	14
+GSM758575_2	14
+GSM733758_2	14
+GSM847565_1	14
+GSM923439_4	14
+GSM958733_1	14
+GSM767851_3	14
+GSM758567_2	14
+GSM897074_4	14
+GSM803470_2	14
+GSM803366_1	14
+GSM736636_1	14
+GSM897070_2	14
+GSM945166_1	14
+GSM935546_1	14
+GSM935497_1	14
+GSM767852_3	14
+GSM803375_1	14
+GSM849350_2	14
+GSM849301_2	14
+GSM736635_1	14
+GSM758566_2	14
+GSM646564_1	14
+GSM765390_3	14
+GSM923452_7	14
+GSM935583_1	14
+GSM973691_3	14
+GSM758566_1	14
+GSM831025_1	14
+GSM803400_1	14
+GSM765396_2	14
+GSM945279_1	14
+GSM736638_1	14
+GSM803333_1	14
+GSM646562_1	14
+GSM923440_3	14
+GSM923450_3	14
+GSM864355_2	14
+GSM923418_1	14
+GSM736593_1	14
+GSM749748_1	14
+GSM945320_1	14
+GSM803477_2	14
+GSM736527_1	14
+GSM977043_2	14
+GSM945303_1	14
+GSM803499_2	14
+GSM605628_5	14
+GSM849031_1	14
+GSM733727_1	14
+GSM935335_1	14
+GSM945241_1	14
+GSM736584_1	14
+GSM758570_2	14
+GSM945306_2	14
+GSM816664_2	14
+GSM816641_2	14
+GSM803432_1	14
+GSM822302_1	14
+GSM945217_1	14
+GSM803440_1	14
+GSM935337_1	14
+GSM973662_2	14
+GSM736627_1	14
+GSM849325_1	14
+GSM749728_1	14
+GSM803494_1	14
+GSM605634_4	14
+GSM945199_1	14
+GSM822305_1	14
+GSM749729_1	14
+GSM758578_3	14
+GSM945215_1	14
+GSM958740_2	14
+GSM935356_1	14
+GSM767850_4	14
+GSM736576_1	14
+GSM849339_2	14
+GSM935591_1	14
+GSM749702_1	14
+GSM977049_3	14
+GSM945215_2	14
+GSM847564_1	14
+GSM736539_1	14
+GSM830530_4	14
+GSM816658_1	14
+GSM749700_1	14
+GSM758562_4	14
+GSM803419_2	14
+GSM803483_2	14
+GSM605632_6	14
+GSM923450_6	14
+GSM749713_1	14
+GSM973664_1	14
+GSM945298_1	14
+GSM733764_1	14
+GSM816631_2	14
+GSM803497_2	14
+GSM818826_1	14
+GSM749673_1	14
+GSM733736_1	14
+GSM803488_1	14
+GSM935489_1	14
+GSM758567_4	14
+GSM935466_1	14
+GSM973681_2	14
+GSM977041_2	14
+GSM935304_1	14
+GSM803525_1	14
+GSM749701_1	14
+GSM816634_2	14
+GSM935534_1	14
+GSM736592_1	14
+GSM935316_1	14
+GSM897073_4	14
+GSM803497_1	14
+GSM822282_2	14
+GSM847561_1	14
+GSM935351_1	14
+GSM897081_1	14
+GSM973693_1	14
+GSM733762_1	14
+GSM923448_8	14
+GSM920558_1	14
+GSM765397_2	14
+GSM803357_2	14
+GSM945159_1	14
+GSM816638_1	14
+GSM605627_1	14
+GSM897081_5	14
+GSM977042_3	14
+GSM749721_1	14
+GSM765401_5	14
+GSM923443_6	14
+GSM864341_2	14
+GSM935598_1	14
+GSM923441_7	14
+GSM803521_2	14
+GSM864337_1	14
+GSM935414_1	14
+GSM945200_2	14
+GSM767844_2	14
+GSM958742_1	14
+GSM945261_1	14
+GSM945171_1	14
+GSM733733_1	14
+GSM749741_1	14
+GSM605627_5	14
+GSM849344_1	14
+GSM935596_1	14
+GSM897070_1	14
+GSM945214_1	14
+GSM935519_1	14
+GSM849359_3	14
+GSM973670_3	14
+GSM646567_1	14
+GSM736624_1	14
+GSM977033_2	14
+GSM935395_1	14
+GSM816436_1	14
+GSM945274_1	14
+GSM831040_1	14
+GSM803480_2	14
+GSM803517_2	14
+GSM849336_1	14
+GSM646566_1	14
+GSM646569_1	14
+GSM803501_1	14
+GSM864358_2	14
+GSM822280_1	14
+GSM803383_2	14
+GSM736555_1	14
+GSM935508_1	14
+GSM935340_1	14
+GSM840137_1	14
+GSM736594_1	14
+GSM803468_2	14
+GSM973688_3	14
+GSM749720_1	14
+GSM803423_1	14
+GSM849030_1	14
+GSM945285_1	14
+GSM803468_1	14
+GSM803401_1	14
+GSM945218_1	14
+GSM803392_2	14
+GSM973685_3	14
+GSM736500_1	14
+GSM945307_1	14
+GSM605634_1	14
+GSM733748_1	14
+GSM897069_3	14
+GSM733664_1	14
+GSM897083_2	14
+GSM758562_3	14
+GSM749770_1	14
+GSM973673_4	14
+GSM765405_2	14
+GSM749707_1	14
+GSM736591_1	14
+GSM849365_4	14
+GSM803362_2	14
+GSM935502_1	14
+GSM935406_1	14
+GSM945855_1	14
+GSM958733_4	14
+GSM935602_1	14
+GSM935647_1	14
+GSM849367_4	14
+GSM849358_2	14
+GSM749691_1	14
+GSM733695_1	14
+GSM923428_2	14
+GSM767846_2	14
+GSM935275_1	14
+GSM803445_1	14
+GSM803490_2	14
+GSM803369_2	14
+GSM864348_2	14
+GSM816667_1	14
+GSM977028_1	14
+GSM816635_1	14
+GSM945233_2	14
+GSM973683_4	14
+GSM864349_2	14
+GSM864356_1	14
+GSM923449_7	14
+GSM803341_1	14
+GSM749682_1	14
+GSM816649_1	14
+GSM816663_2	14
+GSM749674_1	14
+GSM945304_1	14
+GSM945219_1	14
+GSM749670_1	14
+GSM803450_2	14
+GSM945229_1	14
+GSM973669_3	14
+GSM733779_1	14
+GSM803496_2	14
+GSM758576_3	14
+GSM765396_3	14
+GSM973687_4	14
+GSM973688_2	14
+GSM758569_3	14
+GSM922957_1	14
+GSM958736_2	14
+GSM935608_1	14
+GSM923442_6	14
+GSM733702_1	14
+GSM849348_4	14
+GSM945264_2	14
+GSM803450_1	14
+GSM945254_1	14
+GSM803344_1	14
+GSM733775_1	14
+GSM923448_5	14
+GSM864339_1	14
+GSM767848_4	14
+GSM830531_2	14
+GSM977051_4	14
+GSM973663_3	14
+GSM765400_4	14
+GSM605625_6	14
+GSM816663_1	14
+GSM897076_2	14
+GSM803447_1	14
+GSM803472_2	14
+GSM945295_2	14
+GSM897080_1	14
+GSM977050_2	14
+GSM765389_3	14
+GSM849357_1	14
+GSM977047_4	14
+GSM736533_1	14
+GSM733743_1	14
+GSM803376_1	14
+GSM935456_1	14
+GSM958741_2	14
+GSM945256_1	14
+GSM945181_1	14
+GSM849359_1	14
+GSM935526_1	14
+GSM733681_1	14
+GSM920557_1	14
+GSM788074_1	14
+GSM788072_1	14
+GSM945858_1	14
+GSM945308_1	14
+GSM977028_2	14
+GSM849352_2	14
+GSM935398_1	14
+GSM672834_1	14
+GSM605630_5	14
+GSM788070_1	14
+GSM749675_1	14
+GSM736529_1	14
+GSM608165_1	14
+GSM958734_2	14
+GSM923443_5	14
+GSM935444_1	14
+GSM897069_1	14
+GSM646566_2	14
+GSM822276_1	14
+GSM935338_1	14
+GSM935634_1	14
+GSM749756_1	14
+GSM816640_2	14
+GSM935541_1	14
+GSM935653_1	14
+GSM749681_1	14
+GSM923439_5	14
+GSM935459_1	14
+GSM749692_1	14
+GSM767851_1	14
+GSM945231_1	14
+GSM816673_1	14
+GSM816637_2	14
+GSM822270_1	14
+GSM958740_3	14
+GSM749696_1	14
+GSM945202_1	14
+GSM958737_3	14
+GSM935450_1	14
+GSM977050_1	14
+GSM803514_2	14
+GSM849327_4	14
+GSM958729_1	14
+GSM945859_1	14
+GSM765398_1	14
+GSM733671_1	14
+GSM831000_1	14
+GSM935482_1	14
+GSM736605_1	14
+GSM765400_1	14
+GSM803518_1	14
+GSM945259_1	14
+GSM733700_1	14
+GSM945257_1	14
+GSM935578_1	14
+GSM749774_1	14
+GSM945853_1	14
+GSM935537_1	14
+GSM945309_1	14
+GSM803442_2	14
+GSM816630_1	14
+GSM973680_1	14
+GSM736566_1	14
+GSM923444_14	14
+GSM935325_1	14
+GSM935417_1	14
+GSM923440_4	14
+GSM765398_5	14
+GSM935312_1	14
+GSM758563_1	14
+GSM803486_1	14
+GSM758577_3	14
+GSM803343_1	14
+GSM935621_1	14
+GSM758574_1	14
+GSM935400_1	14
+GSM923427_2	14
+GSM749697_1	14
+GSM733760_1	14
+GSM849333_2	14
+GSM935577_1	14
+GSM923449_2	14
+GSM765393_2	14
+GSM958730_4	14
+GSM803404_2	14
+GSM736495_1	14
+GSM816672_2	14
+GSM822282_1	14
+GSM935615_1	14
+GSM973666_1	14
+GSM973693_4	14
+GSM816662_1	14
+GSM935616_1	14
+GSM923447_5	14
+GSM816627_2	14
+GSM958732_2	14
+GSM977044_3	14
+GSM864351_2	14
+GSM749667_1	14
+GSM758568_1	14
+GSM765403_4	14
+GSM977029_3	14
+GSM803397_1	14
+GSM803416_2	14
+GSM765392_2	14
+GSM765403_1	14
+GSM803406_2	14
+GSM897084_4	14
+GSM749718_1	14
+GSM970218_1	14
+GSM935474_1	14
+GSM830993_1	14
+GSM945244_2	14
+GSM825711_1	14
+GSM945314_1	14
+GSM973670_1	14
+GSM803352_1	14
+GSM803474_1	14
+GSM646565_2	14
+GSM758564_4	14
+GSM736589_1	14
+GSM803522_1	14
+GSM935529_1	14
+GSM935485_1	14
+GSM830999_1	14
+GSM849358_4	14
+GSM736508_1	14
+GSM803520_1	14
+GSM822275_1	14
+GSM816667_2	14
+GSM958747_1	14
+GSM788088_1	14
+GSM935636_1	14
+GSM803458_2	14
+GSM803533_1	14
+GSM803540_2	14
+GSM816657_1	14
+GSM923434_1	14
+GSM765399_4	14
+GSM803477_1	14
+GSM803391_2	14
+GSM945302_1	14
+GSM973691_1	14
+GSM897070_3	14
+GSM973684_2	14
+GSM977044_2	14
+GSM977030_1	14
+GSM935576_1	14
+GSM935487_1	14
+GSM749771_1	14
+GSM935376_1	14
+GSM758577_2	14
+GSM803455_1	14
+GSM864355_1	14
+GSM935432_1	14
+GSM935635_1	14
+GSM816648_1	14
+GSM935305_1	14
+GSM765388_3	14
+GSM864350_1	14
+GSM803507_1	14
+GSM788085_1	14
+GSM803411_2	14
+GSM945189_1	14
+GSM973677_3	14
+GSM822278_2	14
+GSM758568_2	14
+GSM923443_3	14
+GSM935557_1	14
+GSM945323_1	14
+GSM935477_1	14
+GSM831013_1	14
+GSM733782_1	14
+GSM849332_2	14
+GSM945201_1	14
+GSM935411_1	14
+GSM605631_2	14
+GSM935609_1	14
+GSM935493_1	14
+GSM923433_2	14
+GSM803400_2	14
+GSM803386_1	14
+GSM923439_6	14
+GSM803509_2	14
+GSM733766_1	14
+GSM803462_1	14
+GSM749703_1	14
+GSM977032_4	14
+GSM849340_1	14
+GSM816648_2	14
+GSM733726_1	14
+GSM765387_2	14
+GSM749744_1	14
+GSM749733_1	14
+GSM803510_1	14
+GSM935567_1	14
+GSM945166_2	14
+GSM749725_1	14
+GSM945321_2	14
+GSM765401_3	14
+GSM958747_2	14
+GSM923452_5	14
+GSM923443_4	14
+GSM736534_1	14
+GSM923440_8	14
+GSM605631_1	14
+GSM935556_1	14
+GSM923419_1	14
+GSM803453_2	14
+GSM803349_1	14
+GSM944524_1	14
+GSM945318_1	14
+GSM736599_1	14
+GSM822274_2	14
+GSM803464_1	14
+GSM736559_1	14
+GSM822274_1	14
+GSM935423_1	14
+GSM605630_2	14
+GSM849324_3	14
+GSM767845_1	14
+GSM605634_6	14
+GSM803335_1	14
+GSM935344_1	14
+GSM849029_2	14
+GSM849341_1	14
+GSM803531_2	14
+GSM897080_4	14
+GSM816668_1	14
+GSM822312_1	14
+GSM749683_1	14
+GSM935405_1	14
+GSM897080_2	14
+GSM945213_2	14
+GSM973687_1	14
+GSM935454_1	14
+GSM831018_1	14
+GSM935409_1	14
+GSM935308_1	14
+GSM803344_2	14
+GSM935318_1	14
+GSM935343_1	14
+GSM935392_1	14
+GSM923444_16	14
+GSM935438_1	14
+GSM935631_1	14
+GSM849335_4	14
+GSM973661_1	14
+GSM767847_3	14
+GSM736634_1	14
+GSM816654_1	14
+GSM849304_2	14
+GSM935639_1	14
+GSM935626_1	14
+GSM849347_2	14
+GSM897085_4	14
+GSM935407_1	14
+GSM945319_1	14
+GSM736633_1	14
+GSM923449_6	14
+GSM803431_1	14
+GSM864343_2	14
+GSM803480_1	14
+GSM736617_1	14
+GSM758571_1	14
+GSM945263_2	14
+GSM945182_2	14
+GSM605629_6	14
+GSM935629_1	14
+GSM864357_2	14
+GSM935408_1	14
+GSM822297_2	14
+GSM830998_1	14
+GSM803490_1	14
+GSM958731_1	14
+GSM935582_1	14
+GSM646559_1	14
+GSM822307_1	14
+GSM897077_1	14
+GSM935467_1	14
+GSM822308_1	14
+GSM923439_2	14
+GSM977029_4	14
+GSM816650_2	14
+GSM935510_1	14
+GSM935545_1	14
+GSM847568_1	14
+GSM803447_2	14
+GSM935530_1	14
+GSM816636_1	14
+GSM945179_1	14
+GSM803375_2	14
+GSM736532_1	14
+GSM945208_2	14
+GSM733752_1	14
+GSM803395_2	14
+GSM803351_2	14
+GSM923426_1	14
+GSM849357_3	14
+GSM935560_1	14
+GSM736540_1	14
+GSM923432_1	14
+GSM935431_1	14
+GSM646569_2	14
+GSM977036_1	14
+GSM830992_1	14
+GSM830996_1	14
+GSM736572_1	14
+GSM977045_2	14
+GSM822311_2	14
+GSM765404_2	14
+GSM977040_1	14
+GSM923446_5	14
+GSM736567_1	14
+GSM897086_3	14
+GSM945324_1	14
+GSM830990_1	14
+GSM973678_2	14
+GSM803368_1	14
+GSM935590_1	14
+GSM803381_2	14
+GSM935568_1	14
+GSM767849_2	14
+GSM923424_1	14
+GSM736630_1	14
+GSM803441_2	14
+GSM923439_7	14
+GSM970211_1	14
+GSM767853_2	14
+GSM733756_1	14
+GSM672833_2	14
+GSM935572_1	14
+GSM935370_1	14
+GSM935350_1	14
+GSM816669_1	14
+GSM736573_1	14
+GSM945181_2	14
+GSM849332_1	14
+GSM803434_1	14
+GSM733654_1	14
+GSM849025_1	14
+GSM945232_2	14
+GSM945162_2	14
+GSM945168_1	14
+GSM605628_2	14
+GSM733641_1	14
+GSM803361_1	14
+GSM935531_1	14
+GSM849368_2	14
+GSM935393_1	14
+GSM788077_1	14
+GSM736491_1	14
+GSM830989_1	14
+GSM923452_1	14
+GSM973690_3	14
+GSM935430_1	14
+GSM803446_2	14
+GSM830525_1	14
+GSM935633_1	14
+GSM945243_1	14
+GSM945163_1	14
+GSM758563_4	14
+GSM970213_1	14
+GSM973687_2	14
+GSM977032_3	14
+GSM935521_1	14
+GSM749779_1	14
+GSM958743_1	14
+GSM923434_2	14
+GSM923449_3	14
+GSM749739_1	14
+GSM958749_1	14
+GSM803493_2	14
+GSM923429_1	14
+GSM945187_1	14
+GSM830994_1	14
+GSM973686_2	14
+GSM605625_2	14
+GSM923444_5	14
+GSM849303_1	14
+GSM733665_1	14
+GSM923443_2	14
+GSM733738_1	14
+GSM849339_3	14
+GSM935612_1	14
+GSM849328_4	14
+GSM945265_2	14
+GSM945220_1	14
+GSM803471_2	14
+GSM945315_1	14
+GSM945253_1	14
+GSM672836_2	14
+GSM935345_1	14
+GSM605629_4	14
+GSM897081_2	14
+GSM935410_1	14
+GSM767856_1	14
+GSM935506_1	14
+GSM849329_1	14
+GSM765390_1	14
+GSM736552_1	14
+GSM945228_1	14
+GSM935520_1	14
+GSM733649_1	14
+GSM749758_1	14
+GSM945184_1	14
+GSM830529_2	14
+GSM831011_1	14
+GSM803461_2	14
+GSM923441_2	14
+GSM923435_2	14
+GSM935330_1	14
+GSM945275_1	14
+GSM897078_4	14
+GSM803378_1	14
+GSM733747_1	14
+GSM945160_1	14
+GSM944522_1	14
+GSM973668_2	14
+GSM749757_1	14
+GSM977033_3	14
+GSM935355_1	14
+GSM749711_1	14
+GSM803469_1	14
+GSM923441_8	14
+GSM945286_2	14
+GSM765393_1	14
+GSM935365_1	14
+GSM945321_1	14
+GSM749746_1	14
+GSM977028_3	14
+GSM803345_1	14
+GSM736632_1	14
+GSM733754_1	14
+GSM935525_1	14
+GSM935532_1	14
+GSM923451_8	14
+GSM970209_2	14
+GSM935620_1	14
+GSM973661_3	14
+GSM803347_2	14
+GSM945223_1	14
+GSM923448_7	14
+GSM830533_2	14
+GSM849335_3	14
+GSM849327_1	14
+GSM816655_2	14
+GSM816660_1	14
+GSM935380_1	14
+GSM935361_1	14
+GSM803426_1	14
+GSM822308_2	14
+GSM733639_1	14
+GSM816665_2	14
+GSM816645_2	14
+GSM803342_2	14
+GSM767849_4	14
+GSM923427_1	14
+GSM970217_1	14
+GSM736580_1	14
+GSM646567_2	14
+GSM864358_1	14
+GSM945238_1	14
+GSM831001_1	14
+GSM840137_3	14
+GSM816666_1	14
+GSM765402_3	14
+GSM605626_2	14
+GSM958744_1	14
+GSM830535_2	14
+GSM849351_2	14
+GSM803406_1	14
+GSM897071_1	14
+GSM733701_1	14
+GSM830523_2	14
+GSM758575_3	14
+GSM945177_2	14
+GSM758578_2	14
+GSM736586_1	14
+GSM736588_1	14
+GSM803511_1	14
+GSM830522_2	14
+GSM935606_1	14
+GSM935573_1	14
+GSM733763_1	14
+GSM945290_2	14
+GSM822275_2	14
+GSM758576_4	14
+GSM973664_4	14
+GSM733667_1	14
+GSM733731_1	14
+GSM935588_1	14
+GSM803376_2	14
+GSM977052_4	14
+GSM897081_3	14
+GSM945164_1	14
+GSM945317_1	14
+GSM736578_1	14
+GSM864340_2	14
+GSM923446_6	14
+GSM767839_2	14
+GSM973671_1	14
+GSM935281_1	14
+GSM935490_1	14
+GSM973663_1	14
+GSM831036_1	14
+GSM945190_2	14
+GSM767838_1	14
+GSM935527_1	14
+GSM935509_1	14
+GSM897085_2	14
+GSM607494_1	14
+GSM672833_1	14
+GSM970212_3	14
+GSM945216_2	14
+GSM945178_1	14
+GSM935495_1	14
+GSM923453_7	14
+GSM923445_7	14
+GSM935643_1	14
+GSM935301_1	14
+GSM803351_3	14
+GSM849030_2	14
+GSM945249_2	14
+GSM945200_1	14
+GSM831017_1	14
+GSM849353_1	14
+GSM803452_1	14
+GSM758561_4	14
+GSM749719_1	14
+GSM817344_1	14
+GSM977052_3	14
+GSM935594_1	14
+GSM736574_1	14
+GSM935465_1	14
+GSM849359_2	14
+GSM849366_4	14
+GSM840138_3	14
+GSM935558_1	14
+GSM605628_1	14
+GSM605635_1	14
+GSM935299_1	14
+GSM749747_1	14
+GSM605632_1	14
+GSM923452_4	14
+GSM935562_1	14
+GSM733640_1	14
+GSM923453_5	14
+GSM733655_1	14
+GSM935321_1	14
+GSM840136_1	14
+GSM923445_5	14
+GSM733703_1	14
+GSM935448_1	14
+GSM945273_1	14
+GSM736498_1	14
+GSM849361_1	14
+GSM944525_2	14
+GSM935422_1	14
+GSM733744_1	14
+GSM733710_1	14
+GSM803502_1	14
+GSM923444_13	14
+GSM736503_1	14
+GSM733746_1	14
+GSM849343_4	14
+GSM935298_1	14
+GSM973661_4	14
+GSM935324_1	14
+GSM935386_1	14
+GSM935310_1	14
+GSM803539_1	14
+GSM736562_1	14
+GSM935424_1	14
+GSM765388_4	14
+GSM935294_1	14
+GSM945209_1	14
+GSM831009_1	14
+GSM736607_1	14
+GSM935507_1	14
+GSM849335_2	14
+GSM945230_1	14
+GSM849338_4	14
+GSM923448_2	14
+GSM864350_2	14
+GSM958731_3	14
+GSM935396_1	14
+GSM977037_2	14
+GSM935440_1	14
+GSM736506_1	14
+GSM788076_1	14
+GSM822271_2	14
+GSM822288_2	14
+GSM822290_1	14
+GSM864356_2	14
+GSM977041_1	14
+GSM935516_1	14
+GSM945210_2	14
+GSM767845_3	14
+GSM935484_1	14
+GSM864352_2	14
+GSM803356_1	14
+GSM945306_1	14
+GSM605633_4	14
+GSM935543_1	14
+GSM830519_1	14
+GSM849353_2	14
+GSM977030_3	14
+GSM816643_2	14
+GSM849363_2	14
+GSM822279_2	14
+GSM897084_2	14
+GSM788087_1	14
+GSM749710_1	14
+GSM840138_1	14
+GSM847566_1	14
+GSM945207_2	14
+GSM897084_1	14
+GSM923451_5	14
+GSM803505_2	14
+GSM935498_1	14
+GSM945323_2	14
+GSM831008_1	14
+GSM923436_2	14
+GSM973682_2	14
+GSM864337_2	14
+GSM736496_1	14
+GSM803487_2	14
+GSM758567_1	14
+GSM816639_1	14
+GSM945295_1	14
+GSM923445_8	14
+GSM923453_8	14
+GSM733645_1	14
+GSM736637_1	14
+GSM923443_1	14
+GSM803534_1	14
+GSM646561_2	14
+GSM736570_1	14
+GSM803351_1	14
+GSM803420_1	14
+GSM803432_2	14
+GSM945161_1	14
+GSM935443_1	14
+GSM935640_1	14
+GSM973661_2	14
+GSM977048_2	14
+GSM935276_1	14
+GSM935334_1	14
+GSM777641_1	14
+GSM935491_1	14
+GSM923448_4	14
+GSM864359_2	14
+GSM736618_1	14
+GSM864360_1	14
+GSM935648_1	14
+GSM765389_4	14
+GSM945201_2	14
+GSM923450_2	14
+GSM803355_1	14
+GSM733722_1	14
+GSM977039_2	14
+GSM822300_1	14
+GSM973685_2	14
+GSM897074_2	14
+GSM803342_1	14
+GSM733652_1	14
+GSM935357_1	14
+GSM935617_1	14
+GSM897083_8	14
+GSM935481_1	14
+GSM977031_4	14
+GSM736598_1	14
+GSM923424_2	14
+GSM935600_1	14
+GSM945205_1	14
+GSM935293_1	14
+GSM923444_10	14
+GSM973680_4	14
+GSM945294_1	14
+GSM849331_4	14
+GSM935452_1	14
+GSM736512_1	14
+GSM897076_3	14
+GSM923446_4	14
+GSM830528_2	14
+GSM935595_1	14
+GSM945225_1	14
+GSM733675_1	14
+GSM935362_1	14
+GSM803495_1	14
+GSM782124_1	14
+GSM864352_1	14
+GSM765401_4	14
+GSM765392_3	14
+GSM816641_1	14
+GSM830991_1	14
+GSM803394_1	14
+GSM935500_1	14
+GSM935285_1	14
+GSM935463_1	14
+GSM816668_2	14
+GSM849342_4	14
+GSM765401_2	14
+GSM736587_1	14
+GSM945326_1	14
+GSM849338_2	14
+GSM958748_1	14
+GSM765391_4	14
+GSM973685_4	14
+GSM803457_2	14
+GSM803434_2	14
+GSM944523_1	14
+GSM935539_1	14
+GSM758565_2	14
+GSM830522_1	14
+GSM816661_1	14
+GSM803398_2	14
+GSM935282_1	14
+GSM733709_1	14
+GSM822292_1	14
+GSM749717_1	14
+GSM733730_1	14
+GSM822310_1	14
+GSM733677_1	14
+GSM945325_1	14
+GSM935441_1	14
+GSM935382_1	14
+GSM749740_1	14
+GSM923445_1	14
+GSM923453_1	14
+GSM923447_7	14
+GSM777644_1	14
+GSM945195_1	14
+GSM945305_1	14
+GSM935565_1	14
+GSM803508_1	14
+GSM923439_1	14
+GSM749775_1	14
+GSM945242_2	14
+GSM803438_1	14
+GSM944526_1	14
+GSM897073_3	14
+GSM830530_2	14
+GSM736604_1	14
+GSM822281_1	14
+GSM803365_1	14
+GSM803431_2	14
+GSM803456_1	14
+GSM864349_1	14
+GSM970209_3	14
+GSM765403_3	14
+GSM803454_1	14
+GSM945176_1	14
+GSM973664_2	14
+GSM777637_1	14
+GSM958735_2	14
+GSM935278_1	14
+GSM831016_1	14
+GSM733642_1	14
+GSM733669_1	14
+GSM935288_1	14
+GSM736548_1	14
+GSM849300_1	14
+GSM849337_1	14
+GSM803357_1	14
+GSM749751_1	14
+GSM816664_1	14
+GSM822284_2	14
+GSM977039_1	14
+GSM758566_4	14
+GSM749760_1	14
+GSM803523_2	14
+GSM803422_1	14
+GSM733713_1	14
+GSM864348_1	14
+GSM822297_1	14
+GSM958740_1	14
+GSM973662_1	14
+GSM749749_1	14
+GSM733693_1	14
+GSM733666_1	14
+GSM973676_3	14
+GSM803421_2	14
+GSM733698_1	14
+GSM935581_1	14
+GSM935290_1	14
+GSM749709_1	14
+GSM945179_2	14
+GSM733740_1	14
+GSM897083_3	14
+GSM897085_1	14
+GSM803421_1	14
+GSM935425_1	14
+GSM849364_2	14
+GSM945293_1	14
+GSM803368_2	14
+GSM830997_1	14
+GSM767852_2	14
+GSM864353_1	14
+GSM767844_1	14
+GSM935439_1	14
+GSM935375_1	14
+GSM831026_1	14
+GSM803471_1	14
+GSM765398_3	14
+GSM935348_1	14
+GSM736523_1	14
+GSM973683_1	14
+GSM822288_1	14
+GSM830536_1	14
+GSM935651_1	14
+GSM803469_2	14
+GSM736561_1	14
+GSM977037_4	14
+GSM767857_2	14
+GSM733684_1	14
+GSM733691_1	14
+GSM672835_1	14
+GSM923451_2	14
+GSM607492_1	14
+GSM767852_1	14
+GSM935327_1	14
+GSM973676_1	14
+GSM849334_1	14
+GSM935549_1	14
+GSM749724_1	14
+GSM935492_1	14
+GSM749672_1	14
+GSM923422_1	14
+GSM945301_1	14
+GSM849356_2	14
+GSM849300_2	14
+GSM803374_2	14
+GSM749705_1	14
+GSM945183_2	14
+GSM803509_1	14
+GSM935540_1	14
+GSM973671_3	14
+GSM830530_3	14
+GSM803537_2	14
+GSM945191_2	14
+GSM803390_1	14
+GSM803429_1	14
+GSM605634_2	14
+GSM803334_2	14
+GSM945304_2	14
+GSM945241_2	14
+GSM944520_1	14
+GSM945177_1	14
+GSM849302_2	14
+GSM935354_1	14
+GSM605626_1	14
+GSM973671_4	14
+GSM935535_1	14
+GSM977034_3	14
+GSM923441_6	14
+GSM803379_1	14
+GSM733705_1	14
+GSM736615_1	14
+GSM733678_1	14
+GSM849355_2	14
+GSM816653_2	14
+GSM765390_4	14
+GSM973676_2	14
+GSM945202_2	14
+GSM945312_2	14
+GSM749676_1	14
+GSM977038_3	14
+GSM803456_2	14
+GSM935603_1	14
+GSM935341_1	14
+GSM736564_1	14
+GSM935315_1	14
+GSM977044_1	14
+GSM897077_2	14
+GSM803372_2	14
+GSM973666_2	14
+GSM758576_1	14
+GSM973675_3	14
+GSM736597_1	14
+GSM945190_1	14
+GSM973668_3	14
+GSM758560_3	14
+GSM923420_1	14
+GSM816670_1	14
+GSM733683_1	14
+GSM733717_1	14
+GSM944525_1	14
+GSM816652_1	14
+GSM923428_1	14
+GSM977031_2	14
+GSM923446_7	14
+GSM945234_1	14
+GSM758561_1	14
+GSM758578_1	14
+GSM935412_1	14
+GSM958729_2	14
+GSM958736_1	14
+GSM733699_1	14
+GSM945199_2	14
+GSM923431_1	14
+GSM973664_3	14
+GSM973671_2	14
+GSM767852_4	14
+GSM935479_1	14
+wgEncodeBroadHmmGm12878HMM	12
+wgEncodeBroadHmmH1hescHMM	12
+wgEncodeBroadHmmHepg2HMM	12
+wgEncodeBroadHmmHmecHMM	12
+wgEncodeBroadHmmHsmmHMM	12
+wgEncodeBroadHmmHuvecHMM	12
+wgEncodeBroadHmmK562HMM	12
+wgEncodeBroadHmmNhekHMM	12
+wgEncodeBroadHmmNhlfHMM	12
+wgEncodeHaibGenotypeA549RegionsRep1	12
+wgEncodeHaibGenotypeAg04449RegionsRep1	12
+wgEncodeHaibGenotypeAg04450RegionsRep2	12
+wgEncodeHaibGenotypeAg09309RegionsRep1	12
+wgEncodeHaibGenotypeAg09319RegionsRep2	12
+wgEncodeHaibGenotypeAg10803RegionsRep1	12
+wgEncodeHaibGenotypeAosmcRegionsRep1	12
+wgEncodeHaibGenotypeAstrocyRegionsRep1	12
+wgEncodeHaibGenotypeBcjejunumh12817nRegionsRep1	12
+wgEncodeHaibGenotypeBcsmallintestine0111002RegionsRep1	12
+wgEncodeHaibGenotypeBjRegionsRep1	12
+wgEncodeHaibGenotypeCaco2RegionsRep1	12
+wgEncodeHaibGenotypeChorionRegionsRep1	12
+wgEncodeHaibGenotypeCmkRegionsRep2	12
+wgEncodeHaibGenotypeGm06990RegionsRep1	12
+wgEncodeHaibGenotypeGm12878RegionsRep1	12
+wgEncodeHaibGenotypeGm12878RegionsRep1V2	12
+wgEncodeHaibGenotypeGm12878RegionsRep2	12
+wgEncodeHaibGenotypeGm12891RegionsRep2	12
+wgEncodeHaibGenotypeGm12892RegionsRep2	12
+wgEncodeHaibGenotypeGm19239RegionsRep1	12
+wgEncodeHaibGenotypeH1hescRegionsRep2	12
+wgEncodeHaibGenotypeHaeRegionsRep1	12
+wgEncodeHaibGenotypeHaeRegionsRep2	12
+wgEncodeHaibGenotypeHcfRegionsRep1	12
+wgEncodeHaibGenotypeHcfRegionsRep2	12
+wgEncodeHaibGenotypeHcmRegionsRep1	12
+wgEncodeHaibGenotypeHcmRegionsRep2	12
+wgEncodeHaibGenotypeHcpeRegionsRep1	12
+wgEncodeHaibGenotypeHcpeRegionsRep2	12
+wgEncodeHaibGenotypeHeeRegionsRep2	12
+wgEncodeHaibGenotypeHek293RegionsRep2	12
+wgEncodeHaibGenotypeHelas3RegionsRep2	12
+wgEncodeHaibGenotypeHepg2RegionsRep1	12
+wgEncodeHaibGenotypeHipeRegionsRep1	12
+wgEncodeHaibGenotypeHipeRegionsRep2	12
+wgEncodeHaibGenotypeHl60RegionsRep1	12
+wgEncodeHaibGenotypeHmecRegionsRep2	12
+wgEncodeHaibGenotypeHnpceRegionsRep1	12
+wgEncodeHaibGenotypeHpaeRegionsRep1	12
+wgEncodeHaibGenotypeHpaeRegionsRep2	12
+wgEncodeHaibGenotypeHrceRegionsRep1	12
+wgEncodeHaibGenotypeHrceRegionsRep2	12
+wgEncodeHaibGenotypeHreRegionsRep1	12
+wgEncodeHaibGenotypeHreRegionsRep2	12
+wgEncodeHaibGenotypeHrpeRegionsRep1	12
+wgEncodeHaibGenotypeHrpeRegionsRep2	12
+wgEncodeHaibGenotypeHsmmRegionsRep3	12
+wgEncodeHaibGenotypeHsmmtRegionsRep2	12
+wgEncodeHaibGenotypeHtr8RegionsRep1	12
+wgEncodeHaibGenotypeHuvecRegionsRep2	12
+wgEncodeHaibGenotypeImr90RegionsRep1	12
+wgEncodeHaibGenotypeImr90RegionsRep2	12
+wgEncodeHaibGenotypeJurkatRegionsRep1	12
+wgEncodeHaibGenotypeJurkatRegionsRep2	12
+wgEncodeHaibGenotypeK562RegionsRep1	12
+wgEncodeHaibGenotypeLncapRegionsRep1	12
+wgEncodeHaibGenotypeMcf10aesRegionsRep1	12
+wgEncodeHaibGenotypeMcf10aesRegionsRep2	12
+wgEncodeHaibGenotypeMcf10aesRegionsRep3	12
+wgEncodeHaibGenotypeMcf10aesTamRegionsRep1	12
+wgEncodeHaibGenotypeMcf7RegionsRep1	12
+wgEncodeHaibGenotypeMcf7RegionsRep2	12
+wgEncodeHaibGenotypeMelanoRegionsRep1	12
+wgEncodeHaibGenotypeMelanoRegionsRep2	12
+wgEncodeHaibGenotypeMyometrRegionsRep1	12
+wgEncodeHaibGenotypeNb4RegionsRep1	12
+wgEncodeHaibGenotypeNb4RegionsRep2	12
+wgEncodeHaibGenotypeNhaDukeRegionsRep1	12
+wgEncodeHaibGenotypeNhaRegionsRep1	12
+wgEncodeHaibGenotypeNhaRegionsRep2	12
+wgEncodeHaibGenotypeNhbeRegionsRep1	12
+wgEncodeHaibGenotypeNhbeRegionsRep2	12
+wgEncodeHaibGenotypeNhdfneoRegionsRep1	12
+wgEncodeHaibGenotypeNt2d1RegionsRep1	12
+wgEncodeHaibGenotypeOvcar3RegionsRep1	12
+wgEncodeHaibGenotypePanc1RegionsRep1	12
+wgEncodeHaibGenotypePanc1RegionsRep2	12
+wgEncodeHaibGenotypePfsk1RegionsRep1	12
+wgEncodeHaibGenotypePrecRegionsRep1	12
+wgEncodeHaibGenotypeRptecRegionsRep1	12
+wgEncodeHaibGenotypeRptecRegionsRep2	12
+wgEncodeHaibGenotypeSaecRegionsRep1	12
+wgEncodeHaibGenotypeSaecRegionsRep2	12
+wgEncodeHaibGenotypeSkmcRegionsRep1	12
+wgEncodeHaibGenotypeSkmcRegionsRep2	12
+wgEncodeHaibGenotypeSknshraRegionsRep1	12
+wgEncodeHaibGenotypeSknshraRegionsRep2	12
+wgEncodeHaibGenotypeT47dRegionsRep2	12
+wgEncodeHaibGenotypeU87RegionsRep1	12
+GSM1022646_1	14
+GSM1003558_1	14
+GSM1011128_1	14
+GSM1008564_1	14
+GSM1024769_1	14
+GSM979655_4	14
+GSM979651_2	14
+GSM979656_2	14
+GSM1024760_1	14
+GSM1014516_1	14
+GSM1008584_1	14
+GSM1010896_1	14
+GSM1014538_2	14
+GSM981252_4	14
+GSM981254_3	14
+GSM1010776_2	14
+GSM984610_4	14
+GSM1014527_1	14
+GSM981253_2	14
+GSM984619_1	14
+GSM979642_2	14
+GSM1010774_1	14
+GSM1010740_2	14
+GSM979655_2	14
+GSM1003555_1	14
+GSM1010881_1	14
+GSM1010903_2	14
+GSM1010744_2	14
+GSM1024755_1	14
+GSM1010828_2	14
+GSM1003517_1	14
+GSM1006911_2	14
+GSM981253_4	14
+GSM1010759_1	14
+GSM1006911_3	14
+GSM981248_3	14
+GSM979632_2	14
+GSM979638_2	14
+GSM979660_1	14
+GSM1010855_2	14
+GSM1006874_1	14
+GSM1006891_1	14
+GSM981250_2	14
+GSM1010766_2	14
+GSM1010858_1	14
+GSM1010861_2	14
+GSM1003468_1	14
+GSM1010816_2	14
+GSM1003487_1	14
+GSM1010787_2	14
+GSM984616_1	14
+GSM981259_1	14
+GSM1014520_2	14
+GSM1003506_1	14
+GSM981245_1	14
+GSM1010836_1	14
+GSM984612_4	14
+GSM1010726_1	14
+GSM981248_2	14
+GSM1003457_1	14
+GSM1022657_1	14
+GSM1003570_1	14
+GSM1010780_1	14
+GSM979652_3	14
+GSM1014530_1	14
+GSM1010837_2	14
+GSM1003474_1	14
+GSM1010904_2	14
+GSM1008587_2	14
+GSM1008578_2	14
+GSM1008577_2	14
+GSM1010769_2	14
+GSM979645_1	14
+GSM1006870_2	14
+GSM1010729_1	14
+GSM979660_3	14
+GSM1003495_1	14
+GSM1003559_1	14
+GSM1010849_2	14
+GSM1006880_1	14
+GSM1003449_1	14
+GSM1003448_1	14
+GSM1003562_1	14
+GSM984608_2	14
+GSM1003557_1	14
+GSM979659_3	14
+GSM1003568_1	14
+GSM1024774_1	14
+GSM1010754_2	14
+GSM979648_1	14
+GSM979654_3	14
+GSM1010754_1	14
+GSM1003501_1	14
+GSM981244_4	14
+GSM1014535_2	14
+GSM1010753_1	14
+GSM1006883_2	14
+GSM979659_4	14
+GSM984607_3	14
+GSM984617_3	14
+GSM1010865_2	14
+GSM1010810_2	14
+GSM1003563_1	14
+GSM1006907_1	14
+GSM1010739_2	14
+GSM1024754_1	14
+GSM979657_1	14
+GSM1003561_1	14
+GSM1010741_2	14
+GSM1010903_1	14
+GSM1010821_2	14
+GSM1003499_1	14
+GSM1010806_1	14
+GSM1008572_2	14
+GSM1010791_2	14
+GSM1010819_2	14
+GSM1010762_2	14
+GSM979652_2	14
+GSM1006913_3	14
+GSM1010731_2	14
+GSM1010877_1	14
+GSM1008566_2	14
+GSM1010749_1	14
+GSM1008562_1	14
+GSM1010810_1	14
+GSM984612_3	14
+GSM1010870_2	14
+GSM1003519_1	14
+GSM1008570_2	14
+GSM979641_2	14
+GSM1009528_2	14
+GSM1003471_1	14
+GSM984609_4	14
+GSM1024785_1	14
+GSM1003518_1	14
+GSM1003534_1	14
+GSM1010906_1	14
+GSM1024753_1	14
+GSM1008593_2	14
+GSM1022677_1	14
+GSM1014511_1	14
+GSM1006868_1	14
+GSM1006902_4	14
+GSM1003503_1	14
+GSM1010800_2	14
+GSM1008580_1	14
+GSM1010733_1	14
+GSM1008589_2	14
+GSM1024773_1	14
+GSM1010756_2	14
+GSM1006875_1	14
+GSM979661_2	14
+GSM1024784_1	14
+GSM1003579_1	14
+GSM1014512_2	14
+GSM1008605_2	14
+GSM1014518_1	14
+GSM1003624_1	14
+GSM1003456_1	14
+GSM1008556_2	14
+GSM1010752_1	14
+GSM979640_1	14
+GSM984604_3	14
+GSM1011130_1	14
+GSM1003629_1	14
+GSM1006906_4	14
+GSM1022645_1	14
+GSM1010854_2	14
+GSM981244_3	14
+GSM1010799_2	14
+GSM1008560_2	14
+GSM1006909_4	14
+GSM1010883_2	14
+GSM984620_4	14
+GSM1010752_2	14
+GSM984618_1	14
+GSM1010814_1	14
+GSM979632_4	14
+GSM984617_4	14
+GSM1010848_2	14
+GSM1010745_2	14
+GSM1010767_2	14
+GSM1006903_1	14
+GSM1011120_2	14
+GSM1010722_1	14
+GSM1022640_1	14
+GSM1010743_2	14
+GSM1003536_1	14
+GSM1003607_1	14
+GSM979662_4	14
+GSM1003445_1	14
+GSM1010807_2	14
+GSM981243_2	14
+GSM1011126_1	14
+GSM981255_3	14
+GSM1008556_1	14
+GSM979643_1	14
+GSM1006910_2	14
+GSM1024746_1	14
+GSM1024749_1	14
+GSM1010827_1	14
+GSM984605_1	14
+GSM1008599_2	14
+GSM1003467_1	14
+GSM1006873_1	14
+GSM1010832_1	14
+GSM1010794_1	14
+GSM1010772_1	14
+GSM1010815_2	14
+GSM1011119_1	14
+GSM1022648_1	14
+GSM979650_2	14
+GSM1008601_1	14
+GSM1008582_2	14
+GSM1003509_1	14
+GSM1010884_1	14
+GSM984606_4	14
+GSM1010842_2	14
+GSM981259_3	14
+GSM1008588_2	14
+GSM1010912_1	14
+GSM1010736_1	14
+GSM1008569_2	14
+GSM1010824_1	14
+GSM1024745_1	14
+GSM1010721_2	14
+GSM1006915_1	14
+GSM1008597_1	14
+GSM1014515_1	14
+GSM981247_4	14
+GSM1010862_1	14
+GSM1010784_1	14
+GSM1006893_1	14
+GSM1010821_1	14
+GSM1010835_2	14
+GSM1011127_1	14
+GSM1010735_1	14
+GSM1024763_1	14
+GSM1010846_2	14
+GSM1006909_3	14
+GSM1010782_1	14
+GSM1006912_3	14
+GSM979647_4	14
+GSM1014534_1	14
+GSM1003634_1	14
+GSM1010898_1	14
+GSM1010817_2	14
+GSM1006891_2	14
+GSM1010901_1	14
+GSM1003532_1	14
+GSM1010846_1	14
+GSM1014541_1	14
+GSM1010769_1	14
+GSM1008559_2	14
+GSM979636_4	14
+GSM979658_2	14
+GSM1024757_1	14
+GSM1022647_1	14
+GSM984618_2	14
+GSM1006872_1	14
+GSM1010875_2	14
+GSM1024772_1	14
+GSM1006885_2	14
+GSM1006904_3	14
+GSM1003609_1	14
+GSM979659_2	14
+GSM1022635_1	14
+GSM1003582_1	14
+GSM979649_4	14
+GSM1003565_1	14
+GSM1008601_2	14
+GSM1003608_1	14
+GSM1006905_2	14
+GSM984613_3	14
+GSM1010804_1	14
+GSM1024789_1	14
+GSM1010802_2	14
+GSM1010813_1	14
+GSM1010809_1	14
+GSM1011124_2	14
+GSM981248_4	14
+GSM1010800_1	14
+GSM1010757_2	14
+GSM1008588_1	14
+GSM1006909_1	14
+GSM1010766_1	14
+GSM1003459_1	14
+GSM979647_1	14
+GSM1022630_1	14
+GSM979638_4	14
+GSM1010729_2	14
+GSM979649_3	14
+GSM1010899_1	14
+GSM1010829_1	14
+GSM984606_1	14
+GSM1008583_2	14
+GSM984613_4	14
+GSM979650_3	14
+GSM1010777_1	14
+GSM1010857_2	14
+GSM1010798_3	14
+GSM1022655_1	14
+GSM979652_4	14
+GSM979632_1	14
+GSM1003530_1	14
+GSM984609_1	14
+GSM1010760_1	14
+GSM1008574_1	14
+GSM1010768_1	14
+GSM1003531_1	14
+GSM1006885_1	14
+GSM1010801_2	14
+GSM1010755_2	14
+GSM1003526_1	14
+GSM984619_4	14
+GSM1003520_1	14
+GSM1008585_2	14
+GSM1010789_2	14
+GSM1010852_2	14
+GSM984616_3	14
+GSM981249_4	14
+GSM981251_3	14
+GSM1022634_1	14
+GSM981245_3	14
+GSM984621_2	14
+GSM1010778_1	14
+GSM1010819_1	14
+GSM1014530_2	14
+GSM979652_1	14
+GSM981260_1	14
+GSM1010735_2	14
+GSM979640_3	14
+GSM1022633_1	14
+GSM979656_1	14
+GSM1006902_1	14
+GSM1010737_1	14
+GSM979634_4	14
+GSM1010864_2	14
+GSM1003446_1	14
+GSM1024768_1	14
+GSM1006915_2	14
+GSM981255_1	14
+GSM1010892_1	14
+GSM1003533_1	14
+GSM1010845_1	14
+GSM1003444_1	14
+GSM1008578_1	14
+GSM1022644_1	14
+GSM1011129_1	14
+GSM1006890_1	14
+GSM1003631_1	14
+GSM979646_4	14
+GSM1014526_2	14
+GSM1010731_1	14
+GSM1010749_2	14
+GSM1003617_1	14
+GSM1010839_1	14
+GSM1024766_1	14
+GSM979654_4	14
+GSM1014515_2	14
+GSM984615_1	14
+GSM1014533_2	14
+GSM1010734_2	14
+GSM1010753_2	14
+GSM1010838_2	14
+GSM1010863_1	14
+GSM1010746_1	14
+GSM979646_2	14
+GSM1010745_1	14
+GSM1010763_2	14
+GSM1008591_1	14
+GSM1003541_1	14
+GSM1010854_3	14
+GSM979648_3	14
+GSM1010868_1	14
+GSM1008581_2	14
+GSM1024795_1	14
+GSM979656_4	14
+GSM1014535_1	14
+GSM1006908_3	14
+GSM1010799_1	14
+GSM979663_3	14
+GSM1008568_1	14
+GSM1010871_1	14
+GSM1008557_1	14
+GSM979643_3	14
+GSM1024758_1	14
+GSM981246_3	14
+GSM1003458_1	14
+GSM1010762_1	14
+GSM1010850_2	14
+GSM1003630_1	14
+GSM1003610_1	14
+GSM1024759_1	14
+GSM1010786_2	14
+GSM1003504_1	14
+GSM1010784_2	14
+GSM1010866_3	14
+GSM1010798_2	14
+GSM1014537_1	14
+GSM1010719_2	14
+GSM1003491_1	14
+GSM1014521_2	14
+GSM1008605_1	14
+GSM1024756_1	14
+GSM1008600_2	14
+GSM984621_1	14
+GSM1022629_1	14
+GSM1014526_1	14
+GSM1022656_1	14
+GSM1010758_2	14
+GSM1008579_2	14
+GSM1014528_1	14
+GSM1008586_1	14
+GSM1008571_1	14
+GSM1008590_1	14
+GSM1010887_1	14
+GSM1010891_2	14
+GSM979632_3	14
+GSM1010725_2	14
+GSM1006908_4	14
+GSM1003482_1	14
+GSM981244_2	14
+GSM1003576_1	14
+GSM1003511_1	14
+GSM1010760_2	14
+GSM1003560_1	14
+GSM979663_4	14
+GSM984613_1	14
+GSM1010771_2	14
+GSM1006878_1	14
+GSM1010873_1	14
+GSM1003622_1	14
+GSM1010720_1	14
+GSM1010813_2	14
+GSM979633_1	14
+GSM1014510_1	14
+GSM984615_3	14
+GSM1003450_1	14
+GSM1003469_1	14
+GSM979661_4	14
+GSM1010880_2	14
+GSM1010824_2	14
+GSM1008594_2	14
+GSM1008574_2	14
+GSM981256_4	14
+GSM1010750_2	14
+GSM1010900_1	14
+GSM1008573_2	14
+GSM1003543_1	14
+GSM1010902_1	14
+GSM1006877_2	14
+GSM1003615_1	14
+GSM1010914_2	14
+GSM984614_2	14
+GSM1010851_2	14
+GSM981252_2	14
+GSM1024792_1	14
+GSM1010888_1	14
+GSM1006893_2	14
+GSM1024767_1	14
+GSM979646_1	14
+GSM1022669_1	14
+GSM1010811_1	14
+GSM1010825_1	14
+GSM1022662_1	14
+GSM1014517_2	14
+GSM981256_3	14
+GSM1010759_2	14
+GSM1006907_4	14
+GSM1010788_2	14
+GSM1006902_2	14
+GSM1010764_1	14
+GSM1010773_2	14
+GSM1014537_2	14
+GSM1011123_1	14
+GSM1006884_1	14
+GSM1014509_2	14
+GSM1014531_1	14
+GSM1010875_1	14
+GSM1011121_1	14
+GSM1006867_1	14
+GSM984607_2	14
+GSM1010765_1	14
+GSM1006902_3	14
+GSM1003505_1	14
+GSM1024747_1	14
+GSM979648_2	14
+GSM1003453_1	14
+GSM1010833_1	14
+GSM1022639_1	14
+GSM1003529_1	14
+GSM1003578_1	14
+GSM1006870_1	14
+GSM1003516_1	14
+GSM979651_1	14
+GSM1010786_1	14
+GSM1008584_2	14
+GSM1003479_1	14
+GSM984607_4	14
+GSM1024743_1	14
+GSM1006905_1	14
+GSM1003548_1	14
+GSM1014536_2	14
+GSM979639_3	14
+GSM1024742_1	14
+GSM1003580_1	14
+GSM1006908_2	14
+GSM1010904_1	14
+GSM984620_2	14
+GSM1010893_1	14
+GSM979657_4	14
+GSM1010901_2	14
+GSM1010895_1	14
+GSM1010894_3	14
+GSM1003554_1	14
+GSM1010860_1	14
+GSM1003550_1	14
+GSM1006878_2	14
+GSM1014519_1	14
+GSM1014541_2	14
+GSM1022631_1	14
+GSM1010732_2	14
+GSM1008595_1	14
+GSM1010878_1	14
+GSM1010848_1	14
+GSM981249_1	14
+GSM1003556_1	14
+GSM1014525_1	14
+GSM1010867_2	14
+GSM1010823_2	14
+GSM984619_3	14
+GSM1008575_2	14
+GSM1008560_1	14
+GSM984606_3	14
+GSM1010862_2	14
+GSM1003451_1	14
+GSM1010779_2	14
+GSM984604_2	14
+GSM1003513_1	14
+GSM1006913_4	14
+GSM1022676_1	14
+GSM1010890_1	14
+GSM981251_1	14
+GSM1010806_2	14
+GSM979644_2	14
+GSM1003512_1	14
+GSM1006892_1	14
+GSM1014539_1	14
+GSM1003627_1	14
+GSM1003611_1	14
+GSM1014513_1	14
+GSM1010774_2	14
+GSM1006883_1	14
+GSM1011126_2	14
+GSM1014520_1	14
+GSM1014518_2	14
+GSM1010772_2	14
+GSM979642_3	14
+GSM1014521_1	14
+GSM981246_2	14
+GSM981250_4	14
+GSM979650_1	14
+GSM1010849_1	14
+GSM1006866_1	14
+GSM1006912_1	14
+GSM1024781_1	14
+GSM981251_4	14
+GSM984611_3	14
+GSM1003584_1	14
+GSM1024777_1	14
+GSM979660_2	14
+GSM979638_1	14
+GSM1014508_2	14
+GSM1006914_2	14
+GSM1003626_1	14
+GSM1010897_2	14
+GSM1022666_1	14
+GSM979657_2	14
+GSM1010795_1	14
+GSM1003485_1	14
+GSM979662_1	14
+GSM1003613_1	14
+GSM979637_4	14
+GSM1011123_2	14
+GSM984607_1	14
+GSM1010751_2	14
+GSM1008580_2	14
+GSM1006904_1	14
+GSM979640_4	14
+GSM979645_4	14
+GSM1010750_1	14
+GSM1024751_1	14
+GSM984619_2	14
+GSM1010803_2	14
+GSM984618_3	14
+GSM1022638_1	14
+GSM1008596_1	14
+GSM981260_3	14
+GSM1003552_1	14
+GSM1010826_1	14
+GSM1010866_2	14
+GSM981253_1	14
+GSM979663_1	14
+GSM981247_1	14
+GSM979633_4	14
+GSM1010835_1	14
+GSM1014540_2	14
+GSM1010822_2	14
+GSM979640_2	14
+GSM1014522_2	14
+GSM1006905_4	14
+GSM979657_3	14
+GSM1022664_1	14
+GSM1008561_2	14
+GSM979658_3	14
+GSM979631_1	14
+GSM1008577_1	14
+GSM1010756_1	14
+GSM1010879_1	14
+GSM1014523_2	14
+GSM1006910_1	14
+GSM979641_1	14
+GSM979644_1	14
+GSM1010764_2	14
+GSM1003473_1	14
+GSM1003528_1	14
+GSM1010883_4	14
+GSM1010869_1	14
+GSM1022625_1	14
+GSM984605_3	14
+GSM981260_2	14
+GSM1008561_1	14
+GSM1010793_1	14
+GSM1010895_2	14
+GSM1010802_1	14
+GSM1008602_2	14
+GSM981256_1	14
+GSM1010893_2	14
+GSM1010844_2	14
+GSM1006882_2	14
+GSM1010725_1	14
+GSM1006873_2	14
+GSM984612_1	14
+GSM1010847_2	14
+GSM1010882_2	14
+GSM1003551_1	14
+GSM1003628_1	14
+GSM1010822_1	14
+GSM1011129_2	14
+GSM1008604_2	14
+GSM979656_3	14
+GSM984614_3	14
+GSM1010742_1	14
+GSM981245_2	14
+GSM1010793_2	14
+GSM1003540_1	14
+GSM1010857_1	14
+GSM1010843_1	14
+GSM1006904_2	14
+GSM1003621_1	14
+GSM1014536_1	14
+GSM1003537_1	14
+GSM1010790_1	14
+GSM1006910_4	14
+GSM984610_2	14
+GSM1014524_1	14
+GSM1024775_1	14
+GSM1008576_2	14
+GSM1010890_2	14
+GSM1014528_2	14
+GSM981252_3	14
+GSM979659_1	14
+GSM1006907_3	14
+GSM1010809_2	14
+GSM1010831_1	14
+GSM1010778_2	14
+GSM1010783_2	14
+GSM1010820_2	14
+GSM1014534_2	14
+GSM1010872_1	14
+GSM1024786_1	14
+GSM979663_2	14
+GSM1010876_1	14
+GSM981255_4	14
+GSM1006895_1	14
+GSM1010859_1	14
+GSM1010737_2	14
+GSM984616_2	14
+GSM979654_1	14
+GSM1011130_2	14
+GSM984615_4	14
+GSM1008558_2	14
+GSM1006882_1	14
+GSM1014510_2	14
+GSM979653_4	14
+GSM1008606_2	14
+GSM1010783_1	14
+GSM1014512_1	14
+GSM1022667_1	14
+GSM1024788_1	14
+GSM1011125_1	14
+GSM1003455_1	14
+GSM1014519_2	14
+GSM1006876_1	14
+GSM1010834_1	14
+GSM984610_3	14
+GSM1003486_1	14
+GSM1010834_2	14
+GSM1022670_1	14
+GSM1003573_1	14
+GSM1010878_2	14
+GSM1010902_2	14
+GSM1024750_1	14
+GSM1010888_2	14
+GSM1010741_1	14
+GSM984604_4	14
+GSM981254_1	14
+GSM981255_2	14
+GSM1010872_2	14
+GSM984618_4	14
+GSM1010776_1	14
+GSM1024791_1	14
+GSM1003489_1	14
+GSM1010856_1	14
+GSM979635_2	14
+GSM1014524_2	14
+GSM1006881_1	14
+GSM1010892_2	14
+GSM1014531_2	14
+GSM1010871_2	14
+GSM984612_2	14
+GSM984617_1	14
+GSM979658_4	14
+GSM1022636_1	14
+GSM1010820_1	14
+GSM1003462_1	14
+GSM981247_2	14
+GSM1024765_1	14
+GSM1003527_1	14
+GSM1003581_1	14
+GSM979637_1	14
+GSM1011124_1	14
+GSM1006912_4	14
+GSM981253_3	14
+GSM1010733_2	14
+GSM1014532_1	14
+GSM1006886_1	14
+GSM1014529_2	14
+GSM1006911_4	14
+GSM1003538_1	14
+GSM1010889_1	14
+GSM984608_4	14
+GSM1006911_1	14
+GSM979653_2	14
+GSM1003544_1	14
+GSM1011127_2	14
+GSM1006894_1	14
+GSM1003602_1	14
+GSM1010832_2	14
+GSM979637_3	14
+GSM1010771_1	14
+GSM1008570_1	14
+GSM979646_3	14
+GSM1008571_2	14
+GSM1011121_2	14
+GSM981247_3	14
+GSM1003523_1	14
+GSM1006886_2	14
+GSM1010881_2	14
+GSM981256_2	14
+GSM1022673_1	14
+GSM1010840_2	14
+GSM1022652_1	14
+GSM1010785_2	14
+GSM981259_2	14
+GSM1003510_1	14
+GSM1024778_1	14
+GSM979643_2	14
+GSM1003447_1	14
+GSM1010838_1	14
+GSM1014516_2	14
+GSM1010785_1	14
+GSM979636_2	14
+GSM1008600_1	14
+GSM981258_2	14
+GSM1010728_1	14
+GSM1008603_2	14
+GSM981250_3	14
+GSM1010816_1	14
+GSM1010865_1	14
+GSM1022661_1	14
+GSM979633_3	14
+GSM1006875_2	14
+GSM979634_2	14
+GSM1006907_2	14
+GSM1010836_2	14
+GSM1008599_1	14
+GSM1010761_1	14
+GSM1010874_1	14
+GSM1003464_1	14
+GSM1003586_1	14
+GSM1008576_1	14
+GSM1011125_2	14
+GSM1010775_1	14
+GSM1008564_2	14
+GSM1003508_1	14
+GSM979651_4	14
+GSM1003472_1	14
+GSM979645_3	14
+GSM1003577_1	14
+GSM1010898_2	14
+GSM1003454_1	14
+GSM1006903_2	14
+GSM1010876_2	14
+GSM1010831_2	14
+GSM1008557_2	14
+GSM984611_2	14
+GSM1010738_2	14
+GSM1010842_1	14
+GSM979634_1	14
+GSM1008585_1	14
+GSM1024744_1	14
+GSM1003545_1	14
+GSM1024771_1	14
+GSM1014529_1	14
+GSM984614_4	14
+GSM1014539_2	14
+GSM1008568_2	14
+GSM1022668_1	14
+GSM1003463_1	14
+GSM1010883_1	14
+GSM1010721_1	14
+GSM1003585_1	14
+GSM984620_3	14
+GSM1022650_1	14
+GSM979650_4	14
+GSM1010751_1	14
+GSM1003521_1	14
+GSM1010853_1	14
+GSM1008590_2	14
+GSM1010840_1	14
+GSM1003542_1	14
+GSM981243_4	14
+GSM1022651_1	14
+GSM1010869_2	14
+GSM1014511_2	14
+GSM1006869_2	14
+GSM1003522_1	14
+GSM979655_1	14
+GSM1010900_2	14
+GSM1003481_1	14
+GSM1003604_1	14
+GSM1010845_2	14
+GSM1003547_1	14
+GSM1022627_1	14
+GSM1010866_1	14
+GSM1010790_2	14
+GSM1010847_1	14
+GSM1010894_2	14
+GSM1010792_1	14
+GSM1010738_1	14
+GSM979643_4	14
+GSM1010906_2	14
+GSM1010815_1	14
+GSM1022665_1	14
+GSM1010860_2	14
+GSM1003619_1	14
+GSM984605_4	14
+GSM984606_2	14
+GSM1022632_1	14
+GSM1010885_1	14
+GSM1008592_2	14
+GSM1006914_1	14
+GSM1010747_1	14
+GSM984604_1	14
+GSM1008558_1	14
+GSM1003497_1	14
+GSM1008563_1	14
+GSM1006887_2	14
+GSM1003461_1	14
+GSM1024790_1	14
+GSM1014522_1	14
+GSM1010796_1	14
+GSM1003498_1	14
+GSM1010740_1	14
+GSM1008595_2	14
+GSM1010812_2	14
+GSM1003567_1	14
+GSM1014514_2	14
+GSM1010796_2	14
+GSM1011122_1	14
+GSM984605_2	14
+GSM1010905_1	14
+GSM1010867_3	14
+GSM1003553_1	14
+GSM1010757_1	14
+GSM981260_4	14
+GSM1008566_1	14
+GSM1010823_1	14
+GSM1011128_2	14
+GSM979638_3	14
+GSM1003549_1	14
+GSM1010770_2	14
+GSM1024739_1	14
+GSM981245_4	14
+GSM984614_1	14
+GSM1003478_1	14
+GSM979649_2	14
+GSM1010873_2	14
+GSM1024770_1	14
+GSM1010851_1	14
+GSM1008587_1	14
+GSM1008603_1	14
+GSM979662_3	14
+GSM984609_3	14
+GSM1008594_1	14
+GSM1006910_3	14
+GSM1010817_1	14
+GSM979639_1	14
+GSM1010727_2	14
+GSM1006904_4	14
+GSM979636_3	14
+GSM1010803_1	14
+GSM1010739_1	14
+GSM1010730_1	14
+GSM1011120_1	14
+GSM1022642_1	14
+GSM981244_1	14
+GSM1022643_1	14
+GSM1003616_1	14
+GSM1006903_3	14
+GSM1014517_1	14
+GSM1024764_1	14
+GSM1008569_1	14
+GSM1010748_1	14
+GSM1010723_1	14
+GSM1010768_2	14
+GSM1010808_2	14
+GSM1010867_1	14
+GSM1003625_1	14
+GSM1022674_1	14
+GSM984609_2	14
+GSM1010891_1	14
+GSM979661_3	14
+GSM1010858_2	14
+GSM981246_4	14
+GSM1010781_1	14
+GSM1006906_3	14
+GSM1010808_1	14
+GSM1022675_1	14
+GSM979645_2	14
+GSM1006869_1	14
+GSM1003452_1	14
+GSM981258_3	14
+GSM1024794_1	14
+GSM979653_3	14
+GSM1010805_2	14
+GSM1008596_2	14
+GSM1010914_1	14
+GSM1003603_1	14
+GSM1014509_1	14
+GSM979651_3	14
+GSM979647_2	14
+GSM1010818_1	14
+GSM1010728_2	14
+GSM981258_1	14
+GSM979637_2	14
+GSM1014508_1	14
+GSM1006906_1	14
+GSM1024780_1	14
+GSM1024783_1	14
+GSM1010718_2	14
+GSM1010854_1	14
+GSM1010767_1	14
+GSM1010894_1	14
+GSM979661_1	14
+GSM1008581_1	14
+GSM1010804_2	14
+GSM1010805_1	14
+GSM1010850_1	14
+GSM1024748_1	14
+GSM1010870_1	14
+GSM1006865_1	14
+GSM984615_2	14
+GSM1003571_1	14
+GSM1010763_1	14
+GSM1003633_1	14
+GSM1010811_2	14
+GSM981249_3	14
+GSM1010880_1	14
+GSM1010863_2	14
+GSM981252_1	14
+GSM1003524_1	14
+GSM1008583_1	14
+GSM1003632_1	14
+GSM1003480_1	14
+GSM1010844_1	14
+GSM1011119_2	14
+GSM1014538_1	14
+GSM1008592_1	14
+GSM1003574_1	14
+GSM1010777_2	14
+GSM984617_2	14
+GSM1006866_2	14
+GSM1010899_2	14
+GSM1003494_1	14
+GSM1003470_1	14
+GSM1024740_1	14
+GSM1010801_1	14
+GSM1014523_1	14
+GSM1024782_1	14
+GSM1010839_2	14
+GSM1010724_1	14
+GSM1010788_1	14
+GSM1003460_1	14
+GSM1006888_1	14
+GSM1022654_1	14
+GSM1006913_2	14
+GSM1008579_1	14
+GSM1003496_1	14
+GSM979642_1	14
+GSM1010852_1	14
+GSM979634_3	14
+GSM1008586_2	14
+GSM1010807_1	14
+GSM1010743_1	14
+GSM1010724_2	14
+GSM984608_1	14
+GSM1008598_1	14
+GSM1010896_2	14
+GSM1010814_2	14
+GSM1008567_2	14
+GSM981254_4	14
+GSM979660_4	14
+GSM1003502_1	14
+GSM1006909_2	14
+GSM1003514_1	14
+GSM1003606_1	14
+GSM984613_2	14
+GSM1003465_1	14
+GSM1010841_2	14
+GSM1006906_2	14
+GSM1010719_1	14
+GSM981243_1	14
+GSM1024741_1	14
+GSM1003515_1	14
+GSM984611_1	14
+GSM1024779_1	14
+GSM981257_2	14
+GSM1010775_2	14
+GSM1006865_2	14
+GSM984610_1	14
+GSM1003623_1	14
+GSM1024776_1	14
+GSM1022671_1	14
+GSM1003569_1	14
+GSM979648_4	14
+GSM1003614_1	14
+GSM1003566_1	14
+GSM1003535_1	14
+GSM979658_1	14
+GSM1022660_1	14
+GSM1014525_2	14
+GSM1008598_2	14
+GSM1022672_1	14
+GSM1010747_2	14
+GSM1010791_1	14
+GSM1003546_1	14
+GSM979639_4	14
+GSM1010789_1	14
+GSM1006881_2	14
+GSM981250_1	14
+GSM1010887_2	14
+GSM979639_2	14
+GSM1010727_1	14
+GSM1008565_1	14
+GSM981243_3	14
+GSM1010723_2	14
+GSM1010748_2	14
+GSM1008562_2	14
+GSM1010897_1	14
+GSM1022658_1	14
+GSM1010758_1	14
+GSM1010732_1	14
+GSM1006879_1	14
+GSM1006871_1	14
+GSM1008567_1	14
+GSM1003605_1	14
+GSM1010861_1	14
+GSM1008606_1	14
+GSM1003476_1	14
+GSM979631_2	14
+GSM1009528_1	14
+GSM1006913_1	14
+GSM1010746_2	14
+GSM1010780_2	14
+GSM1006908_1	14
+GSM1010885_2	14
+GSM1010755_1	14
+GSM1003539_1	14
+GSM1003488_1	14
+GSM1022637_1	14
+GSM1003612_1	14
+GSM1003483_1	14
+GSM1010859_2	14
+GSM1003583_1	14
+GSM1008593_1	14
+GSM981251_2	14
+GSM979647_3	14
+GSM1010829_2	14
+GSM1003618_1	14
+GSM1010782_2	14
+GSM1014532_2	14
+GSM1010877_2	14
+GSM1010792_2	14
+GSM1003492_1	14
+GSM1022641_1	14
+GSM1008591_2	14
+GSM1006887_1	14
+GSM1010905_2	14
+GSM1003490_1	14
+GSM1014513_2	14
+GSM979649_1	14
+GSM1010718_1	14
+GSM1010744_1	14
+GSM1003484_1	14
+GSM1008565_2	14
+GSM1010830_1	14
+GSM1022628_1	14
+GSM1010742_2	14
+GSM1003493_1	14
+GSM1014533_1	14
+GSM1010773_1	14
+GSM1022626_1	14
+GSM981258_4	14
+GSM1008582_1	14
+GSM1010797_1	14
+GSM984616_4	14
+GSM1010798_1	14
+GSM1022659_1	14
+GSM1010886_1	14
+GSM1003620_1	14
+GSM1010894_4	14
+GSM1010828_1	14
+GSM1010855_1	14
+GSM1008573_1	14
+GSM1010833_2	14
+GSM981249_2	14
+GSM1014514_1	14
+GSM981246_1	14
+GSM1024787_1	14
+GSM1010830_2	14
+GSM981259_4	14
+GSM1008602_1	14
+GSM984620_1	14
+GSM1003466_1	14
+GSM1010841_1	14
+GSM1003572_1	14
+GSM979662_2	14
+GSM1010854_4	14
+GSM1006874_2	14
+GSM1011122_2	14
+GSM1010770_1	14
+GSM1010879_2	14
+GSM984611_4	14
+GSM981254_2	14
+GSM1010837_1	14
+GSM1006889_1	14
+GSM1010779_1	14
+GSM1006903_4	14
+GSM981257_1	14
+GSM1010781_2	14
+GSM1010761_2	14
+GSM1010825_2	14
+GSM1010864_1	14
+GSM1010765_2	14
+GSM1022663_1	14
+GSM979633_2	14
+GSM979653_1	14
+GSM1010874_2	14
+GSM1024762_1	14
+GSM1008604_1	14
+GSM984608_3	14
+GSM1010722_2	14
+GSM1010827_2	14
+GSM1010787_1	14
+GSM1022653_1	14
+GSM1010883_3	14
+GSM1006905_3	14
+GSM1003575_1	14
+GSM1003477_1	14
+GSM1006912_2	14
+GSM1008559_1	14
+GSM1008575_1	14
+GSM1010826_2	14
+GSM1010794_2	14
+GSM979635_1	14
+GSM979655_3	14
+GSM1010843_2	14
+GSM1003500_1	14
+GSM1003564_1	14
+GSM1010856_2	14
+GSM979636_1	14
+GSM981248_1	14
+GSM1010814_3	14
+GSM1008589_1	14
+GSM1022649_1	14
+GSM1003525_1	14
+GSM979654_2	14
+GSM1010913_1	14
+GSM1010868_2	14
+GSM1008572_1	14
+GSM1010886_2	14
+GSM1006876_2	14
+GSM1010734_1	14
+GSM979642_4	14
+GSM1010882_1	14
+GSM1014540_1	14
+GSM1024752_1	14
+GSM1010812_1	14
+GSM1024761_1	14
+GSM1008563_2	14
+GSM1008597_2	14
+GSM1003507_1	14
+GSM1006877_1	14
+GSM1003475_1	14
+GSM1014527_2	14
+GSM1010889_2	14
+GSM1024793_1	14
diff --git a/hg19/track2Ft_longrange b/hg19/track2Ft_longrange
new file mode 100644
index 0000000..54210da
--- /dev/null
+++ b/hg19/track2Ft_longrange
@@ -0,0 +1,73 @@
+wgEncodeGisChiaPetHct116Pol2InteractionsRep1	9
+wgEncodeGisChiaPetHelas3Pol2InteractionsRep1	9
+wgEncodeGisChiaPetK562CtcfInteractionsRep1	9
+wgEncodeGisChiaPetK562Pol2InteractionsRep1	9
+wgEncodeGisChiaPetK562Pol2InteractionsRep2	9
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep1	9
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep2	9
+wgEncodeGisChiaPetMcf7EraaInteractionsRep1	9
+wgEncodeGisChiaPetMcf7EraaInteractionsRep2	9
+wgEncodeGisChiaPetMcf7EraaInteractionsRep3	9
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep1	9
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep2	9
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep3	9
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep4	9
+wgEncodeGisChiaPetNb4Pol2InteractionsRep1	9
+wgEncodeUmassDekker5CGm12878Pk	9
+wgEncodeUmassDekker5CH1hescPk	9
+wgEncodeUmassDekker5CHelas3Pk	9
+wgEncodeUmassDekker5CK562Pk	9
+Esc_20kb_hindIII_rep1	9
+Esc_20kb_hindIII_rep2	9
+Esc_40kb_hindIII_rep1	9
+Esc_40kb_hindIII_rep2	9
+Esc_40kb_hindIII_combined	9
+IMR90_20kb_hindIII_rep1	9
+IMR90_20kb_hindIII_rep2	9
+IMR90_40kb_hindIII_rep1	9
+IMR90_40kb_hindIII_rep2	9
+IMR90_40kb_hindIII_combined	9
+GM06990_exp_100kb	9
+GM06990_exp_1mb	9
+GM06990_obs_100kb	9
+GM06990_obs_1mb	9
+GM06990_obsexp_100kb	9
+GM06990_obsexp_1mb	9
+GM06990_pearson_100kb	9
+GM06990_pearson_1mb	9
+K562_exp_100kb	9
+K562_exp_1mb	9
+K562_obs_100kb	9
+K562_obs_1mb	9
+K562_obsexp_100kb	9
+K562_obsexp_1mb	9
+K562_pearson_100kb	9
+K562_pearson_1mb	9
+GSM832456	9
+GSM832457	9
+GSM832458	9
+GSM832459	9
+GSM832460	9
+GSM832461	9
+GSM832462	9
+GSM832463	9
+GSM832464	9
+GSM832465	9
+wgEncodeUw5CBjUw5cgeneMatrixRep1	9
+wgEncodeUw5CBjUw5cgeneMatrixRep2	9
+wgEncodeUw5CCaco2Uw5cmycMatrixRep1	9
+wgEncodeUw5CCaco2Uw5cmycMatrixRep2	9
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep1	9
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep2	9
+wgEncodeUw5CGm12878Uw5cmycMatrixRep1	9
+wgEncodeUw5CGm12878Uw5cmycMatrixRep2	9
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep1	9
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep2	9
+wgEncodeUw5CK562Uw5cmycMatrixRep1	9
+wgEncodeUw5CK562Uw5cmycMatrixRep2	9
+wgEncodeUw5CLncapUw5cmycMatrixRep1	9
+wgEncodeUw5CLncapUw5cmycMatrixRep2	9
+wgEncodeUw5CMcf7Uw5cmycMatrixRep1	9
+wgEncodeUw5CMcf7Uw5cmycMatrixRep2	9
+wgEncodeUw5CSknshraUw5cgeneMatrixRep1	9
+wgEncodeUw5CSknshraUw5cgeneMatrixRep2	9
diff --git a/hg19/track2Ft_mock b/hg19/track2Ft_mock
new file mode 100644
index 0000000..bd35463
--- /dev/null
+++ b/hg19/track2Ft_mock
@@ -0,0 +1,19 @@
+mock1	14
+mock2	14
+mock3	14
+mock4	14
+mock5	14
+mock6	14
+mock7	14
+mock8	14
+mock9	14
+mock11	14
+mock12	14
+mock13	14
+mock14	14
+mock15	14
+mock16	14
+mock17	14
+mock18	14
+mock19	14
+mock20	14
diff --git a/hg19/track2Ft_roadmap b/hg19/track2Ft_roadmap
new file mode 100644
index 0000000..15e0208
--- /dev/null
+++ b/hg19/track2Ft_roadmap
@@ -0,0 +1,2179 @@
+GSM675544_1	2
+GSM530665	14
+GSM669984	14
+GSM605296	14
+GSM605297	14
+GSM605295	14
+GSM605298	14
+GSM605299	14
+GSM774218_0	14
+GSM669935	14
+GSM669934	14
+GSM669937	14
+GSM669936	14
+GSM669931	14
+GSM669930	14
+GSM669933	14
+GSM669932	14
+GSM537655	14
+GSM621705	2
+GSM669939	14
+GSM669938	14
+GSM621700	2
+GSM723022_0	14
+GSM701527_0	14
+GSM767353_0	14
+GSM602260	14
+GSM602261	14
+GSM621603	2
+GSM752966_0	14
+GSM669960	14
+GSM543016	14
+GSM723025_0	14
+GSM621601	2
+GSM621689	14
+GSM621688	14
+GSM621687	14
+GSM621686	14
+GSM621685	14
+GSM621684	14
+GSM621683	14
+GSM621682	14
+GSM621681	14
+GSM621680	14
+GSM605303	14
+GSM701488_0	14
+GSM669961	14
+GSM543019	14
+GSM429323_1	2
+GSM753442_0	14
+GSM605306	14
+GSM772727_0	2
+GSM613846	14
+GSM605307	14
+GSM706083_0	14
+GSM613842	14
+GSM613843	14
+GSM621632	14
+GSM621633	14
+GSM621630	14
+GSM621631	14
+GSM621636	14
+GSM621637	14
+GSM521918	14
+GSM521919	14
+GSM706845_0	14
+GSM521917	14
+GSM521914	14
+GSM521915	14
+GSM521912	14
+GSM521913	2
+GSM767355_0	14
+GSM521911	14
+GSM752977_0	14
+GSM621458	14
+GSM621459	14
+GSM774202_0	14
+GSM621353	2
+GSM621347	2
+GSM753435_0	14
+GSM621672	14
+GSM621450	14
+GSM621451	14
+GSM621456	14
+GSM621457	14
+GSM621454	14
+GSM621673	14
+GSM670029	14
+GSM670028	14
+GSM613908	14
+GSM621345	2
+GSM707012_0	14
+GSM669964	14
+GSM701530_0	14
+GSM670021	14
+GSM670020	14
+GSM670023	14
+GSM670022	14
+GSM670025	14
+GSM670024	14
+GSM670027	14
+GSM670026	14
+GSM723023_0	14
+GSM806948_0	14
+GSM537619	14
+GSM706999_0	14
+GSM613833	14
+GSM537615	14
+GSM537612	14
+GSM537613	14
+GSM595928_1	14
+GSM665827	14
+GSM669985	14
+GSM669986	14
+GSM665824	14
+GSM669980	14
+GSM669981	14
+GSM669982	14
+GSM669983	14
+GSM774224_0	14
+GSM595923_1	14
+GSM669988	14
+GSM669989	14
+GSM665829	14
+GSM665828	14
+GSM621348	2
+GSM751279_0	14
+GSM669619	14
+GSM595925_1	14
+GSM707014_0	14
+GSM595930	14
+GSM753428_0	14
+GSM669600	14
+GSM468801	14
+GSM706058_1	2
+GSM675543_1	2
+GSM706837_0	2
+GSM621421	14
+GSM752971_0	14
+GSM665814	14
+GSM486714	14
+GSM753974_0	14
+GSM486710	14
+GSM486711	14
+GSM486712	14
+GSM613892	14
+GSM707010_0	14
+GSM409312	14
+GSM621559	2
+GSM706844_0	14
+GSM706056_0	2
+GSM706847_0	14
+GSM706071_0	14
+GSM537666	14
+GSM621702	2
+GSM433167	14
+GSM621414	14
+GSM621730	2
+GSM701499_0	14
+GSM706851_0	14
+GSM621415	14
+GSM543013	14
+GSM706849_0	14
+GSM621412	14
+GSM706054_1	2
+GSM432685_1	2
+GSM621413	14
+GSM667609	14
+GSM667608	14
+GSM706075_0	14
+GSM537661	14
+GSM706848_0	14
+GSM706065_0	14
+GSM701491_0	14
+GSM621411	14
+GSM613919	14
+GSM432687_1	2
+GSM438363_0	14
+GSM701497_0	14
+GSM751275_0	14
+GSM595921_1	14
+GSM613898	14
+GSM521889	2
+GSM701536_0	14
+GSM521884	14
+GSM521885	14
+GSM521886	14
+GSM521887	14
+GSM521880	14
+GSM521881	14
+GSM521883	14
+GSM613888	14
+GSM613889	14
+GSM774219_0	14
+GSM537669	14
+GSM621422	14
+GSM613880	14
+GSM613881	14
+GSM613882	14
+GSM613883	14
+GSM613884	14
+GSM613885	14
+GSM613886	14
+GSM613887	14
+GSM605300	14
+GSM605301	14
+GSM669968	14
+GSM669969	14
+GSM605304	14
+GSM605305	14
+GSM621678	14
+GSM621679	14
+GSM669962	14
+GSM669963	14
+GSM621674	14
+GSM621675	14
+GSM669966	14
+GSM669967	14
+GSM621670	14
+GSM669965	14
+GSM706079_0	14
+GSM706050_0	14
+GSM669609	14
+GSM669608	14
+GSM537676	14
+GSM723024_0	14
+GSM669603	14
+GSM669602	14
+GSM669601	14
+GSM621424	14
+GSM669607	14
+GSM669606	14
+GSM669605	14
+GSM669604	14
+GSM621416	14
+GSM621417	14
+GSM537665	14
+GSM537664	14
+GSM537663	14
+GSM537662	14
+GSM621410	14
+GSM537660	14
+GSM621557	2
+GSM621552	2
+GSM621418	14
+GSM537668	14
+GSM621676	14
+GSM670064	2
+GSM670067	2
+GSM670060	2
+GSM670062	2
+GSM752972_0	14
+GSM670069	2
+GSM772734_1	14
+GSM772734_0	14
+GSM751278_0	14
+GSM706052_0	14
+GSM753446_0	14
+GSM669987	14
+GSM432685	2
+GSM806934_0	14
+GSM774212_0	14
+GSM701541_0	14
+GSM613875	14
+GSM613874	14
+GSM613877	14
+GSM613876	14
+GSM613871	14
+GSM613870	14
+GSM613873	14
+GSM613872	14
+GSM670091	2
+GSM543029	14
+GSM613879	14
+GSM613878	14
+GSM665819	14
+GSM752974_0	14
+GSM670057	2
+GSM428286	14
+GSM602254_1	2
+GSM621357	2
+GSM432686_1	2
+GSM774230_0	14
+GSM670050	2
+GSM450268	14
+GSM723021_0	14
+GSM706857_0	2
+GSM663427	14
+GSM670051	2
+GSM701515_0	14
+GSM670020_1	14
+GSM706076_0	14
+GSM669588_0	14
+GSM753445_0	14
+GSM774236_0	14
+GSM670053	2
+GSM767348_0	14
+GSM701513_0	14
+GSM613821	14
+GSM493624	14
+GSM595918	14
+GSM621763	2
+GSM753427_0	14
+GSM621391	14
+GSM621390	14
+GSM621393	14
+GSM621392	14
+GSM621395	14
+GSM621397	14
+GSM621396	14
+GSM621399	14
+GSM621398	14
+GSM613903	14
+GSM707019_0	14
+GSM613905	14
+GSM753433_0	14
+GSM613907	14
+GSM521870	14
+GSM706066_0	14
+GSM706081_0	14
+GSM707011_0	14
+GSM753448_0	14
+GSM706053_0	2
+GSM613901	14
+GSM753434_0	14
+GSM701518_0	14
+GSM701535_0	14
+GSM670084	2
+GSM621419	14
+GSM772732_0	14
+GSM670055	2
+GSM753425_0	14
+GSM701537_0	14
+GSM669582_0	14
+GSM706068_0	14
+GSM774222_0	14
+GSM806943_0	14
+GSM752990_0	14
+GSM667641	14
+GSM667640	14
+GSM667643	14
+GSM667642	14
+GSM767351_0	14
+GSM621765	2
+GSM670080	2
+GSM752968_0	14
+GSM537710	14
+GSM543021	14
+GSM595929_1	14
+GSM789280_0	14
+GSM774232_0	14
+GSM774216_0	14
+GSM774243_0	14
+GSM543011	14
+GSM602255_1	2
+GSM595920_1	14
+GSM752991_0	14
+GSM774239_0	14
+GSM595922_1	14
+GSM774210_0	14
+GSM669910	14
+GSM670089	2
+GSM774207_0	14
+GSM429322_1	2
+GSM806940_0	14
+GSM669926	14
+GSM669927	14
+GSM669924	14
+GSM669925	14
+GSM621737	14
+GSM669923	14
+GSM669920	14
+GSM669921	14
+GSM602253	2
+GSM602252	2
+GSM621739	14
+GSM621738	14
+GSM602257	14
+GSM602256	2
+GSM669928	14
+GSM669971	14
+GSM669942	14
+GSM767344_0	14
+GSM450270	14
+GSM595926_1	14
+GSM595925	14
+GSM621690	14
+GSM621691	14
+GSM621692	14
+GSM621693	14
+GSM621694	14
+GSM621695	2
+GSM621696	2
+GSM751282_0	14
+GSM701520_0	14
+GSM621699	2
+GSM701532_0	14
+GSM602253_1	2
+GSM669612	14
+GSM752978_0	14
+GSM701492_0	14
+GSM602251_1	2
+GSM752986_0	14
+GSM789281_0	14
+GSM669586_0	14
+GSM605339	14
+GSM605338	14
+GSM753429_0	14
+GSM751281_0	14
+GSM701517_0	14
+GSM774234_0	14
+GSM605330	14
+GSM605333	14
+GSM605332	14
+GSM605335	14
+GSM605334	14
+GSM605337	14
+GSM605336	14
+GSM521923	14
+GSM521922	14
+GSM521921	14
+GSM521927	14
+GSM521926	14
+GSM521925	14
+GSM521924	14
+GSM521929	14
+GSM521928	14
+GSM493387	14
+GSM752993_0	14
+GSM621677	14
+GSM774238_0	14
+GSM613897	14
+GSM493386	14
+GSM621634	14
+GSM669978	14
+GSM621635	14
+GSM751276_0	14
+GSM621461	14
+GSM621460	14
+GSM670038	14
+GSM670039	14
+GSM493615	14
+GSM543027	14
+GSM670032	14
+GSM670033	14
+GSM670030	14
+GSM670031	14
+GSM670036	14
+GSM670037	14
+GSM670034	14
+GSM670035	14
+GSM432392	14
+GSM621639	14
+GSM613891	14
+GSM706860_0	2
+GSM613890	14
+GSM543023	14
+GSM537623	14
+GSM537622	14
+GSM537621	14
+GSM537620	14
+GSM537627	14
+GSM537626	14
+GSM537625	14
+GSM537624	14
+GSM450266	14
+GSM537629	14
+GSM537628	14
+GSM613826	14
+GSM621667	14
+GSM432691_1	2
+GSM669972	14
+GSM669974	14
+GSM773048_0	14
+GSM774235_0	14
+GSM621661	14
+GSM701494_0	14
+GSM605302	14
+GSM621660	14
+GSM595920	14
+GSM595921	14
+GSM595922	14
+GSM595923	14
+GSM595924	14
+GSM621663	14
+GSM595926	14
+GSM595927	14
+GSM595928	14
+GSM595929	14
+GSM621406	14
+GSM669976	14
+GSM774240_0	14
+GSM706049_0	14
+GSM806935_0	14
+GSM469968	2
+GSM701498_0	14
+GSM669622	14
+GSM429321_1	2
+GSM409308	14
+GSM409307_1	14
+GSM774213_0	14
+GSM752975_0	14
+GSM621453	14
+GSM774209_0	14
+GSM806937_0	14
+GSM806939_0	14
+GSM669940	14
+GSM669889	14
+GSM433179	14
+GSM669941	14
+GSM669885	14
+GSM433176	14
+GSM669886	14
+GSM433170	14
+GSM433171	14
+GSM701516_0	14
+GSM774231_0	14
+GSM706841_0	2
+GSM621657	14
+GSM669944	14
+GSM621455	14
+GSM774233_0	14
+GSM706047_0	14
+GSM669945	14
+GSM752979_0	14
+GSM667618	14
+GSM667619	14
+GSM621652	14
+GSM773047_0	14
+GSM667612	14
+GSM667613	14
+GSM667610	14
+GSM621653	14
+GSM667616	14
+GSM667617	14
+GSM667614	14
+GSM667615	14
+GSM665838	14
+GSM665839	14
+GSM774237_0	14
+GSM701505_0	14
+GSM621714	2
+GSM665830	14
+GSM665831	14
+GSM665832	14
+GSM665833	14
+GSM665834	14
+GSM665835	14
+GSM665836	14
+GSM665837	14
+GSM521871	14
+GSM537652	14
+GSM521873	14
+GSM521875	14
+GSM521874	14
+GSM521877	14
+GSM537653	14
+GSM521879	14
+GSM521878	14
+GSM753449_0	14
+GSM772733_0	14
+GSM621407	14
+GSM595916_1	14
+GSM767354_0	14
+GSM753426_0	14
+GSM595914_1	14
+GSM701534_0	14
+GSM621401	14
+GSM537657	14
+GSM621643	14
+GSM621642	14
+GSM621641	14
+GSM621640	14
+GSM621647	14
+GSM621403	14
+GSM621645	14
+GSM621644	14
+GSM621760	14
+GSM669956	14
+GSM669955	14
+GSM669954	14
+GSM669953	14
+GSM669952	14
+GSM669951	14
+GSM669950	14
+GSM669597	14
+GSM433174	14
+GSM669595	14
+GSM669594	14
+GSM669593	14
+GSM669592	14
+GSM669591	14
+GSM669590	14
+GSM669614	14
+GSM669615	14
+GSM669993	14
+GSM669617	14
+GSM669610	14
+GSM669887	14
+GSM621709	2
+GSM669613	14
+GSM466734	14
+GSM605308	14
+GSM433177	14
+GSM706854_0	14
+GSM466732	14
+GSM752992_0	14
+GSM701495_0	14
+GSM675546_1	2
+GSM466739	14
+GSM670077	2
+GSM670075	2
+GSM670073	2
+GSM670070	2
+GSM621606	2
+GSM706061_1	2
+GSM706061_0	2
+GSM605309	14
+GSM773046_0	14
+GSM767347_0	14
+GSM701511_0	14
+GSM701512_0	14
+GSM537704	14
+GSM537705	14
+GSM537706	14
+GSM537707	14
+GSM537700	14
+GSM434776	14
+GSM537702	14
+GSM621423	14
+GSM772731_0	2
+GSM537708	14
+GSM537709	14
+GSM613868	14
+GSM613869	14
+GSM616128	14
+GSM616129	14
+GSM701533_0	14
+GSM602251	2
+GSM595919_1	14
+GSM602252_1	2
+GSM706078_0	14
+GSM701496_0	14
+GSM616127	14
+GSM537685	14
+GSM537684	14
+GSM537687	14
+GSM537686	14
+GSM537681	14
+GSM537680	14
+GSM537683	14
+GSM537682	14
+GSM706850_0	14
+GSM537674	14
+GSM537689	14
+GSM537688	14
+GSM753432_0	14
+GSM701500_0	14
+GSM602256_1	2
+GSM706067_0	14
+GSM543005	14
+GSM751271_0	14
+GSM537678	14
+GSM537679	14
+GSM621429	14
+GSM621428	14
+GSM621386	14
+GSM621387	14
+GSM706836_0	2
+GSM537670	14
+GSM537671	14
+GSM621388	14
+GSM621389	14
+GSM621427	14
+GSM621426	14
+GSM621425	14
+GSM537677	14
+GSM665801	14
+GSM665800	14
+GSM665803	14
+GSM665802	14
+GSM665805	14
+GSM665804	14
+GSM665807	14
+GSM665806	14
+GSM665808	14
+GSM701522_0	14
+GSM670046	2
+GSM595919	14
+GSM621420	14
+GSM621671	14
+GSM595913	14
+GSM595915	14
+GSM595914	14
+GSM595917	14
+GSM595916	14
+GSM543034	14
+GSM751273_0	14
+GSM774226_0	14
+GSM701531_0	14
+GSM806936_0	14
+GSM621560	2
+GSM468792	14
+GSM613834	14
+GSM751287_0	14
+GSM595917_1	14
+GSM613837	14
+GSM752970_0	14
+GSM669625	14
+GSM669624	14
+GSM667611	14
+GSM669621	14
+GSM669620	14
+GSM669623	14
+GSM665826	14
+GSM432690_1	2
+GSM774201_0	14
+GSM621561	2
+GSM665825	14
+GSM669919	14
+GSM669918	14
+GSM706048_0	14
+GSM701529_0	14
+GSM669913	14
+GSM669912	14
+GSM669911	14
+GSM621629	14
+GSM669917	14
+GSM669916	14
+GSM669915	14
+GSM669914	14
+GSM621725	2
+GSM621726	2
+GSM621727	2
+GSM602254	2
+GSM665821	14
+GSM621715	2
+GSM665820	14
+GSM621728	2
+GSM621729	2
+GSM751277_0	14
+GSM707013_0	14
+GSM752969_0	14
+GSM537672	14
+GSM669618	14
+GSM774217_0	14
+GSM669929_1	14
+GSM774214_0	14
+GSM410808	14
+GSM753438_0	14
+GSM410807	14
+GSM706074_0	14
+GSM701521_0	14
+GSM693278_0	14
+GSM753440_0	14
+GSM774220_0	14
+GSM706046_0	14
+GSM595924_1	14
+GSM753436_0	14
+GSM707017_0	14
+GSM707000_0	14
+GSM450239	14
+GSM469973	14
+GSM621592	2
+GSM469971	14
+GSM605329	14
+GSM469975	14
+GSM469974	2
+GSM605322	14
+GSM605323	14
+GSM605320	14
+GSM605321	14
+GSM605327	14
+GSM605324	14
+GSM605325	14
+GSM543004	14
+GSM621750	14
+GSM621753	14
+GSM621752	14
+GSM621755	14
+GSM621754	14
+GSM621757	14
+GSM621756	14
+GSM621759	14
+GSM621758	14
+GSM707023_0	14
+GSM543009	14
+GSM432692_1	2
+GSM537641	14
+GSM537640	14
+GSM537643	14
+GSM537642	14
+GSM537645	14
+GSM602259	14
+GSM537646	14
+GSM537649	14
+GSM537648	14
+GSM774242_0	14
+GSM537675	14
+GSM751285_0	14
+GSM774203_0	14
+GSM707008_0	14
+GSM670009	14
+GSM670008	14
+GSM670007	14
+GSM670006	14
+GSM670005	14
+GSM670004	14
+GSM670003	14
+GSM670002	14
+GSM670001	14
+GSM670000	14
+GSM774211_0	14
+GSM707007	14
+GSM537634	14
+GSM537635	14
+GSM537636	14
+GSM537637	14
+GSM537630	14
+GSM537631	14
+GSM537632	14
+GSM537633	14
+GSM613816	14
+GSM613815	14
+GSM613814	14
+GSM613813	14
+GSM613812	14
+GSM613811	14
+GSM707003	14
+GSM753430_0	14
+GSM753431_0	14
+GSM701503_0	14
+GSM675545_1	2
+GSM456941	14
+GSM753447_0	14
+GSM605328	14
+GSM530662	14
+GSM530663	14
+GSM530660	14
+GSM469970	2
+GSM530666	14
+GSM706060_1	2
+GSM530664	14
+GSM669959	14
+GSM706859_0	2
+GSM706070_0	14
+GSM701540_0	14
+GSM773045_0	14
+GSM701487_0	14
+GSM701528_0	14
+GSM767349_0	14
+GSM521931	14
+GSM752967_0	14
+GSM621595	2
+GSM753441_0	14
+GSM543031	14
+GSM621594	2
+GSM773042_0	14
+GSM752987_0	14
+GSM707016_0	14
+GSM621638	14
+GSM693277_0	14
+GSM752962_0	14
+GSM706058_0	2
+GSM773041_0	14
+GSM613847	14
+GSM621599	2
+GSM706843_0	14
+GSM706055_1	2
+GSM621598	2
+GSM669898	14
+GSM669899	2
+GSM669896	14
+GSM669897	14
+GSM669894	14
+GSM669895	14
+GSM669892	14
+GSM669893	14
+GSM669890	14
+GSM669891	14
+GSM432689	2
+GSM432688	2
+GSM774229_0	14
+GSM432686	2
+GSM751270_0	14
+GSM701524_0	14
+GSM602258	14
+GSM752984_0	14
+GSM432687	2
+GSM521933	14
+GSM701507_0	14
+GSM621751	14
+GSM493620	14
+GSM706082_0	14
+GSM493626	14
+GSM667629	14
+GSM667628	14
+GSM667627	14
+GSM667626	14
+GSM667625	14
+GSM667624	14
+GSM667623	14
+GSM667622	14
+GSM667621	14
+GSM667620	14
+GSM543007	14
+GSM669973	14
+GSM751283_0	14
+GSM521930	14
+GSM706855_0	14
+GSM774208_0	14
+GSM595927_1	14
+GSM706835_0	2
+GSM774223_0	14
+GSM521866	14
+GSM521932	14
+GSM806944_0	14
+GSM493385	14
+GSM493384	14
+GSM521868	14
+GSM521869	14
+GSM772724_0	2
+GSM669585_0	14
+GSM621444	14
+GSM806946_0	14
+GSM621655	14
+GSM773043_0	14
+GSM701523_0	14
+GSM621646	14
+GSM621654	14
+GSM669589	14
+GSM621656	14
+GSM669943	14
+GSM621650	14
+GSM621651	14
+GSM669946	14
+GSM669947	14
+GSM669948	14
+GSM669949	14
+GSM669958	14
+GSM621658	14
+GSM621659	14
+GSM621713	2
+GSM621665	14
+GSM669957	14
+GSM772725_0	2
+GSM693275_0	14
+GSM752965_0	14
+GSM752988_0	14
+GSM701519_0	14
+GSM707001_0	14
+GSM701489_0	14
+GSM806942_0	14
+GSM621649	14
+GSM595918_1	14
+GSM774205_0	14
+GSM670049	2
+GSM621648	14
+GSM707022_0	14
+GSM706051_0	14
+GSM752981_0	14
+GSM670043	14
+GSM670042	14
+GSM670041	14
+GSM670040	14
+GSM670047	2
+GSM621664	14
+GSM670045	14
+GSM670044	14
+GSM675545	2
+GSM675544	2
+GSM675546	2
+GSM675543	2
+GSM675542	2
+GSM613911	14
+GSM621767	2
+GSM767346_0	14
+GSM706858_0	2
+GSM613859	14
+GSM752985_0	14
+GSM537647	14
+GSM669596	14
+GSM613853	14
+GSM450236	14
+GSM613857	14
+GSM613856	14
+GSM706073_0	14
+GSM613818	14
+GSM707006	14
+GSM595913_1	14
+GSM707004	14
+GSM707005	14
+GSM521909	14
+GSM521908	14
+GSM434762	14
+GSM543035	14
+GSM521904	14
+GSM521907	14
+GSM521906	14
+GSM521901	2
+GSM521900	14
+GSM521903	14
+GSM521902	14
+GSM621449	14
+GSM621448	14
+GSM753973_0	14
+GSM665823	14
+GSM493617	14
+GSM621732	2
+GSM621441	14
+GSM621666	14
+GSM621443	14
+GSM621442	14
+GSM621445	14
+GSM605316	14
+GSM621447	14
+GSM621446	14
+GSM537696	14
+GSM537697	14
+GSM537694	14
+GSM537695	14
+GSM537692	14
+GSM537693	14
+GSM537690	14
+GSM537691	14
+GSM774241_0	14
+GSM669922	14
+GSM753437_0	14
+GSM669616	14
+GSM537698	14
+GSM434785	14
+GSM669584_0	14
+GSM665822	14
+GSM621735	2
+GSM669587_0	14
+GSM621734	2
+GSM595930_1	14
+GSM669611	14
+GSM701493_0	14
+GSM706057_1	2
+GSM621438	14
+GSM621439	14
+GSM773049_0	14
+GSM621434	14
+GSM621435	14
+GSM621436	14
+GSM621437	14
+GSM621430	14
+GSM621431	14
+GSM621432	14
+GSM621433	14
+GSM665812	14
+GSM669992	14
+GSM669991	14
+GSM669990	14
+GSM669997	14
+GSM669996	14
+GSM669995	14
+GSM669994	14
+GSM774204_0	14
+GSM669999	14
+GSM669998	14
+GSM707009_0	14
+GSM767356_0	14
+GSM772728_0	2
+GSM466737	14
+GSM602255	2
+GSM706839_0	2
+GSM669929	14
+GSM595915_1	14
+GSM767350_0	14
+GSM701501_0	14
+GSM429322	2
+GSM701526_0	14
+GSM767343_0	14
+GSM621719	2
+GSM806947_0	14
+GSM486702	14
+GSM772735_0	14
+GSM486707	14
+GSM486706	14
+GSM486705	14
+GSM486704	14
+GSM486709	14
+GSM486708	14
+GSM753439_0	14
+GSM767352_0	14
+GSM806938_0	14
+GSM706080_0	14
+GSM621718	2
+GSM669599	14
+GSM774244_0	14
+GSM701510_0	14
+GSM429321	2
+GSM707021_0	14
+GSM706838_0	2
+GSM669908	14
+GSM669909	14
+GSM669904	14
+GSM669905	14
+GSM669906	14
+GSM669907	14
+GSM669901	2
+GSM772723_0	2
+GSM605311	14
+GSM707018_0	14
+GSM706853_0	14
+GSM767341_0	14
+GSM613923	14
+GSM693276_0	14
+GSM543017	14
+GSM752983_0	14
+GSM706054_0	2
+GSM706077_0	14
+GSM774221_0	14
+GSM613920	14
+GSM752963_0	14
+GSM670087	2
+GSM605310	14
+GSM521899	14
+GSM521898	14
+GSM773044_0	14
+GSM670081	2
+GSM665813	14
+GSM521893	14
+GSM521892	14
+GSM521890	14
+GSM521897	2
+GSM665810	14
+GSM521895	2
+GSM521894	14
+GSM701506_0	14
+GSM665811	14
+GSM613913	14
+GSM665816	14
+GSM774228_0	14
+GSM774206_0	14
+GSM665817	14
+GSM669979	14
+GSM469965	14
+GSM469966	14
+GSM469967	14
+GSM621669	14
+GSM621668	14
+GSM605319	14
+GSM605318	14
+GSM605317	14
+GSM669970	14
+GSM605315	14
+GSM605314	14
+GSM669975	14
+GSM605312	14
+GSM669977	14
+GSM621662	14
+GSM621742	14
+GSM621743	14
+GSM621740	14
+GSM621741	14
+GSM621746	14
+GSM621747	14
+GSM621744	14
+GSM621745	14
+GSM751280_0	14
+GSM621748	14
+GSM621749	14
+GSM701502_0	14
+GSM665818	14
+GSM621405	14
+GSM621404	14
+GSM537650	14
+GSM537651	14
+GSM537656	14
+GSM621400	14
+GSM537654	14
+GSM621402	14
+GSM621562	2
+GSM537658	14
+GSM537659	14
+GSM621409	14
+GSM621567	2
+GSM621564	2
+GSM806945_0	14
+GSM670010	14
+GSM670011	14
+GSM670012	14
+GSM670013	14
+GSM670014	14
+GSM670015	14
+GSM670016	14
+GSM670017	14
+GSM670018	14
+GSM670019	14
+GSM428289	14
+GSM706059_0	2
+GSM706059_1	2
+GSM706064_0	14
+GSM432688_1	2
+GSM665815	14
+GSM665037	14
+GSM537638	14
+GSM806941_0	14
+GSM752964_0	14
+GSM772726_0	2
+GSM537639	14
+GSM751288_0	14
+GSM772729_0	2
+GSM774227_0	14
+GSM707015_0	14
+GSM774215_0	14
+GSM772730_0	2
+GSM752989_0	14
+GSM428291	14
+GSM621721	2
+GSM701538_0	14
+GSM428295	14
+GSM428296	14
+GSM752982_0	14
+GSM751286_0	14
+GSM613917	14
+GSM537699	14
+GSM751272_0	14
+GSM530657	14
+GSM530656	14
+GSM530655	14
+GSM530654	14
+GSM530653	14
+GSM530652	14
+GSM530651	14
+GSM613829	14
+GSM706072_0	14
+GSM484408	14
+GSM706852_0	14
+GSM613896	14
+GSM530659	14
+GSM530658	14
+GSM701508_0	14
+GSM751284_0	14
+GSM613867	14
+GSM701514_0	14
+GSM613914	14
+GSM613864	14
+GSM706856_0	14
+GSM701509_0	14
+GSM675542_1	2
+GSM752976_0	14
+GSM613862	14
+GSM537701	14
+GSM432689_1	2
+GSM701490_0	14
+GSM706840_0	2
+GSM537703	14
+GSM701525_0	14
+GSM621591	2
+GSM706842_0	2
+GSM707002_0	14
+GSM767342_0	14
+GSM789284_0	14
+GSM751274_0	14
+GSM432692	2
+GSM613894	14
+GSM432690	2
+GSM432691	2
+GSM543025	14
+GSM706053_1	2
+GSM667630	14
+GSM667631	14
+GSM667632	14
+GSM667633	14
+GSM667634	14
+GSM667635	14
+GSM667636	14
+GSM667637	14
+GSM667638	14
+GSM667639	14
+GSM707020_0	14
+GSM767345_0	14
+GSM701504_0	14
+GSM530661	14
+GSM752980_0	14
+GSM669888	14
+GSM613893	14
+GSM706060_0	2
+GSM706057_0	2
+GSM701539_0	14
+GSM706846_0	14
+GSM774225_0	14
+GSM773025_0	14
+GSM772941_0	14
+GSM772745_0	14
+GSM772786_0	14
+GSM773023_0	14
+GSM772855_0	14
+GSM772780_0	14
+GSM772747_0	14
+GSM773038_0	14
+GSM773021_0	14
+GSM772749_0	14
+GSM772900_0	14
+GSM772947_0	14
+GSM772906_0	14
+GSM772945_0	14
+GSM772943_0	14
+GSM772741_0	14
+GSM772743_0	14
+GSM772948_0	14
+GSM772884_0	14
+GSM772996_0	14
+GSM772763_0	14
+GSM772925_0	14
+GSM772826_0	14
+GSM773000_0	14
+GSM772789_0	14
+GSM772902_0	14
+GSM772983_0	14
+GSM773002_0	14
+GSM772882_0	14
+GSM772909_0	14
+GSM772880_0	14
+GSM772807_0	14
+GSM772929_0	14
+GSM772767_0	14
+GSM772774_0	14
+GSM772765_0	14
+GSM772981_0	14
+GSM772922_0	14
+GSM773004_0	14
+GSM772842_0	14
+GSM772987_0	14
+GSM773031_0	14
+GSM773028_0	14
+GSM773033_0	14
+GSM773006_0	14
+GSM772840_0	14
+GSM772769_0	14
+GSM773026_0	14
+GSM773035_0	14
+GSM772905_0	14
+GSM773024_0	14
+GSM772920_0	14
+GSM772846_0	14
+GSM772844_0	14
+GSM772744_0	14
+GSM773022_0	14
+GSM772868_0	14
+GSM772746_0	14
+GSM773020_0	14
+GSM772848_0	14
+GSM772748_0	14
+GSM772864_0	14
+GSM772951_0	14
+GSM772740_0	14
+GSM772742_0	14
+GSM772866_0	14
+GSM772762_0	14
+GSM772860_0	14
+GSM772760_0	14
+GSM772862_0	14
+GSM772829_0	14
+GSM772980_0	14
+GSM772974_0	14
+GSM772802_0	14
+GSM772800_0	14
+GSM772891_0	14
+GSM772766_0	14
+GSM772988_0	14
+GSM772804_0	14
+GSM772843_0	14
+GSM772986_0	14
+GSM772972_0	14
+GSM772889_0	14
+GSM772970_0	14
+GSM772841_0	14
+GSM772768_0	14
+GSM772976_0	14
+GSM772897_0	14
+GSM772797_0	14
+GSM772950_0	14
+GSM772793_0	14
+GSM772847_0	14
+GSM772845_0	14
+GSM772917_0	14
+GSM772869_0	14
+GSM772798_0	14
+GSM772958_0	14
+GSM772911_0	14
+GSM772893_0	14
+GSM772849_0	14
+GSM772890_0	14
+GSM772895_0	14
+GSM772865_0	14
+GSM772916_0	14
+GSM772867_0	14
+GSM772957_0	14
+GSM772938_0	14
+GSM772936_0	14
+GSM773013_0	14
+GSM772915_0	14
+GSM772861_0	14
+GSM772984_0	14
+GSM772918_0	14
+GSM772863_0	14
+GSM772955_0	14
+GSM773019_0	14
+GSM772739_0	14
+GSM773017_0	14
+GSM772979_0	14
+GSM772761_0	14
+GSM772912_0	14
+GSM772790_0	14
+GSM772973_0	14
+GSM772825_0	14
+GSM772971_0	14
+GSM772977_0	14
+GSM772933_0	14
+GSM772975_0	14
+GSM772757_0	14
+GSM772828_0	14
+GSM772887_0	14
+GSM772898_0	14
+GSM772796_0	14
+GSM772953_0	14
+GSM772794_0	14
+GSM772755_0	14
+GSM772792_0	14
+GSM772818_0	14
+GSM772759_0	14
+GSM772799_0	14
+GSM772959_0	14
+GSM772811_0	14
+GSM772999_0	14
+GSM772892_0	14
+GSM772813_0	14
+GSM772910_0	14
+GSM772978_0	14
+GSM772894_0	14
+GSM772827_0	14
+GSM772751_0	14
+GSM772896_0	14
+GSM772817_0	14
+GSM772850_0	14
+GSM772956_0	14
+GSM772937_0	14
+GSM772935_0	14
+GSM772852_0	14
+GSM772995_0	14
+GSM772773_0	14
+GSM772914_0	14
+GSM772837_0	14
+GSM772835_0	14
+GSM772982_0	14
+GSM772919_0	14
+GSM772952_0	14
+GSM772833_0	14
+GSM772854_0	14
+GSM772856_0	14
+GSM772954_0	14
+GSM773018_0	14
+GSM772939_0	14
+GSM772831_0	14
+GSM772775_0	14
+GSM772821_0	14
+GSM773016_0	14
+GSM772993_0	14
+GSM772913_0	14
+GSM772872_0	14
+GSM772839_0	14
+GSM772870_0	14
+GSM772886_0	14
+GSM772899_0	14
+GSM772771_0	14
+GSM772820_0	14
+GSM772934_0	14
+GSM772878_0	14
+GSM772932_0	14
+GSM772876_0	14
+GSM772756_0	14
+GSM772997_0	14
+GSM772822_0	14
+GSM772874_0	14
+GSM772754_0	14
+GSM772819_0	14
+GSM772812_0	14
+GSM772968_0	14
+GSM772814_0	14
+GSM772752_0	14
+GSM772816_0	14
+GSM772750_0	14
+GSM772960_0	14
+GSM772998_0	14
+GSM772962_0	14
+GSM772964_0	14
+GSM772853_0	14
+GSM772994_0	14
+GSM772966_0	14
+GSM772834_0	14
+GSM772832_0	14
+GSM772764_0	14
+GSM772778_0	14
+GSM772830_0	14
+GSM772930_0	14
+GSM772857_0	14
+GSM772772_0	14
+GSM772946_0	14
+GSM772901_0	14
+GSM772770_0	14
+GSM772944_0	14
+GSM772859_0	14
+GSM772907_0	14
+GSM772942_0	14
+GSM772779_0	14
+GSM772838_0	14
+GSM772992_0	14
+GSM772873_0	14
+GSM772940_0	14
+GSM772836_0	14
+GSM772949_0	14
+GSM772924_0	14
+GSM772985_0	14
+GSM772926_0	14
+GSM772788_0	14
+GSM773001_0	14
+GSM772879_0	14
+GSM772903_0	14
+GSM772871_0	14
+GSM772883_0	14
+GSM772888_0	14
+GSM772908_0	14
+GSM772881_0	14
+GSM772877_0	14
+GSM772928_0	14
+GSM772875_0	14
+GSM772823_0	14
+GSM772885_0	14
+GSM773003_0	14
+GSM772967_0	14
+GSM772923_0	14
+GSM773005_0	14
+GSM772969_0	14
+GSM773030_0	14
+GSM773029_0	14
+GSM773032_0	14
+GSM772904_0	14
+GSM773027_0	14
+GSM773034_0	14
+GSM772858_0	14
+GSM772961_0	14
+GSM772963_0	14
+GSM772927_0	14
+GSM772921_0	14
+GSM817193	14
+GSM773007	14
+GSM773009	14
+GSM773008	14
+GSM817195	14
+GSM817196	14
+GSM817197	14
+GSM818010	14
+GSM818011	14
+GSM818012	14
+GSM818013	14
+GSM818014	14
+GSM818015	14
+GSM818016	14
+GSM818017	14
+GSM818018	14
+GSM818019	14
+GSM817194	14
+GSM817204	14
+GSM817205	14
+GSM817206	14
+GSM817207	14
+GSM817200	14
+GSM817201	14
+GSM817202	14
+GSM817203	14
+GSM817208	14
+GSM817209	14
+GSM773012	14
+GSM773010	14
+GSM773011	14
+GSM773014	14
+GSM773015	14
+GSM818061	14
+GSM818060	14
+GSM818063	14
+GSM818062	14
+GSM832838	14
+GSM832839	14
+GSM832837	14
+GSM817253	14
+GSM817252	14
+GSM817251	14
+GSM817250	14
+GSM817172	14
+GSM817173	14
+GSM916015	14
+GSM916014	14
+GSM916017	14
+GSM916016	14
+GSM916019	14
+GSM916018	14
+GSM817158	14
+GSM817159	14
+GSM817183	14
+GSM817182	14
+GSM818008	14
+GSM818049	14
+GSM818048	14
+GSM818043	14
+GSM818042	14
+GSM818041	14
+GSM818040	14
+GSM818047	14
+GSM818046	14
+GSM818045	14
+GSM818044	14
+GSM817199	14
+GSM817189	14
+GSM817188	14
+GSM817211	14
+GSM818058	14
+GSM818059	14
+GSM818054	14
+GSM818055	14
+GSM818056	14
+GSM818057	14
+GSM818050	14
+GSM818051	14
+GSM818052	14
+GSM818053	14
+GSM916037	14
+GSM916036	14
+GSM916035	14
+GSM916034	14
+GSM916033	14
+GSM916032	14
+GSM916031	14
+GSM916030	14
+GSM916039	14
+GSM916038	14
+GSM817248	14
+GSM817249	14
+GSM706063	14
+GSM706062	14
+GSM817240	14
+GSM817241	14
+GSM817242	14
+GSM817243	14
+GSM817244	14
+GSM817245	14
+GSM817246	14
+GSM817247	14
+GSM916028	14
+GSM916029	14
+GSM916020	14
+GSM916021	14
+GSM916022	14
+GSM916023	14
+GSM916024	14
+GSM916025	14
+GSM916026	14
+GSM916027	14
+GSM818029	14
+GSM818028	14
+GSM807395	14
+GSM818021	14
+GSM818020	14
+GSM818023	14
+GSM818022	14
+GSM818025	14
+GSM818024	14
+GSM818027	14
+GSM818026	14
+GSM817187	14
+GSM817186	14
+GSM817185	14
+GSM817184	14
+GSM817239	14
+GSM817238	14
+GSM817181	14
+GSM817180	14
+GSM817235	14
+GSM817234	14
+GSM817237	14
+GSM817236	14
+GSM817231	14
+GSM817230	14
+GSM817233	14
+GSM817232	14
+GSM817165	14
+GSM817164	14
+GSM817167	14
+GSM817166	14
+GSM817161	14
+GSM817160	14
+GSM817163	14
+GSM817162	14
+GSM772989	14
+GSM817169	14
+GSM817168	14
+GSM817198	14
+GSM817213	14
+GSM818038	14
+GSM818039	14
+GSM817212	14
+GSM817190	14
+GSM818033	14
+GSM818030	14
+GSM818031	14
+GSM818036	14
+GSM818037	14
+GSM818034	14
+GSM818035	14
+GSM817228	14
+GSM817229	14
+GSM817226	14
+GSM817227	14
+GSM817225	14
+GSM817220	14
+GSM817176	14
+GSM817177	14
+GSM817174	14
+GSM817175	14
+GSM772990	14
+GSM772991	14
+GSM817170	14
+GSM817171	14
+GSM817214	14
+GSM772851	14
+GSM817178	14
+GSM817179	14
+GSM916048	14
+GSM916046	14
+GSM916047	14
+GSM916044	14
+GSM916045	14
+GSM916042	14
+GSM916043	14
+GSM916040	14
+GSM916041	14
+GSM807393	14
+GSM807392	14
+GSM807391	14
+GSM807396	14
+GSM818009	14
+GSM807394	14
+GSM818007	14
+GSM807399	14
+GSM807398	14
+GSM807403	14
+GSM807402	14
+GSM807401	14
+GSM817210	14
+GSM817217	14
+GSM817216	14
+GSM817215	14
+GSM817191	14
+GSM817219	14
+GSM817218	14
+GSM817192	14
+GSM864035	14
+GSM864034	14
+GSM864037	14
+GSM864036	14
+GSM864033	2
+GSM864032	2
+GSM941716	14
+GSM941717	14
+GSM941714	14
+GSM941715	14
+GSM941713	14
+GSM941718	14
+GSM941719	14
+GSM878629	14
+GSM878628	14
+GSM878621	14
+GSM878620	14
+GSM878623	14
+GSM878622	14
+GSM878625	14
+GSM878624	14
+GSM878627	14
+GSM878626	14
+GSM941729	14
+GSM941728	14
+GSM941723	14
+GSM941722	14
+GSM941721	14
+GSM941720	14
+GSM941727	14
+GSM941726	14
+GSM941725	14
+GSM941724	14
+GSM878638	14
+GSM878639	14
+GSM878632	14
+GSM878633	14
+GSM878630	14
+GSM878631	14
+GSM878636	14
+GSM878637	14
+GSM878634	14
+GSM878635	14
+GSM941738	14
+GSM941739	14
+GSM941734	14
+GSM941735	14
+GSM941736	14
+GSM941737	14
+GSM941730	14
+GSM941731	14
+GSM941732	14
+GSM941733	14
+GSM864799	14
+GSM941741	14
+GSM941740	14
+GSM941743	14
+GSM941742	14
+GSM941745	14
+GSM941744	14
+GSM878610	14
+GSM878611	14
+GSM878612	14
+GSM878613	14
+GSM878614	14
+GSM878615	14
+GSM878616	14
+GSM878617	14
+GSM878618	14
+GSM878619	14
+GSM878665	14
+GSM878664	14
+GSM878667	14
+GSM878666	14
+GSM878661	14
+GSM878660	14
+GSM878663	14
+GSM878662	14
+GSM864800	14
+GSM864801	14
+GSM864802	14
+GSM864803	14
+GSM878655	14
+GSM818005	2
+GSM818004	2
+GSM878650	14
+GSM878649	14
+GSM878648	14
+GSM878643	14
+GSM878642	14
+GSM878641	14
+GSM878640	14
+GSM878647	14
+GSM878646	14
+GSM878645	14
+GSM878644	14
+GSM878658	14
+GSM878659	14
+GSM878654	14
+GSM818006	2
+GSM878656	14
+GSM878657	14
+GSM818003	2
+GSM878651	14
+GSM878652	14
+GSM878653	14
+GSM916050_1	2
+GSM906404_1	14
+GSM906382_1	14
+GSM908967_1	14
+GSM908953_1	14
+GSM915326_1	14
+GSM958149_1	14
+GSM906414_1	14
+GSM910565_1	14
+GSM906411_1	14
+GSM910581_1	14
+GSM916053_1	14
+GSM916093_1	14
+GSM906419_1	14
+GSM916088_1	2
+GSM916065_1	14
+GSM916091_1	2
+GSM906401_1	14
+GSM896163_1	14
+GSM910567_1	14
+GSM908957_1	14
+GSM908965_1	14
+GSM916090_1	2
+GSM915334_1	14
+GSM910582_1	14
+GSM915328_1	14
+GSM906403_1	14
+GSM910559_1	14
+GSM958154_1	14
+GSM906387_1	14
+GSM958165_1	14
+GSM909312_1	14
+GSM906420_1	14
+GSM915335_1	14
+GSM916059_1	14
+GSM958168_1	14
+GSM908955_1	14
+GSM908949_1	14
+GSM906407_1	14
+GSM910566_1	14
+GSM959126_1	14
+GSM908958_1	14
+GSM915322_1	14
+GSM908962_1	14
+GSM916079_1	2
+GSM916055_1	14
+GSM908947_1	14
+GSM958169_1	14
+GSM941753_1	14
+GSM906379_1	14
+GSM896165_1	14
+GSM910568_1	14
+GSM906405_1	14
+GSM941752_1	14
+GSM910564_1	14
+GSM910577_1	14
+GSM915333_1	14
+GSM906415_1	14
+GSM941748_1	14
+GSM916074_1	2
+GSM908960_1	14
+GSM906394_1	14
+GSM916051_1	2
+GSM906396_1	14
+GSM910583_1	14
+GSM916064_1	14
+GSM958179_1	14
+GSM958173_1	14
+GSM915331_1	14
+GSM958171_1	14
+GSM916063_1	14
+GSM916061_1	14
+GSM908964_1	14
+GSM958180_1	14
+GSM908940_1	14
+GSM910576_1	14
+GSM916085_1	2
+GSM958159_1	14
+GSM906397_1	14
+GSM896162_1	14
+GSM906413_1	14
+GSM958175_1	14
+GSM906388_1	14
+GSM906400_1	14
+GSM910558_1	14
+GSM910556_1	14
+GSM906409_1	14
+GSM916092_1	2
+GSM910560_1	14
+GSM910572_1	14
+GSM906381_1	14
+GSM958174_1	14
+GSM908963_1	14
+GSM896166_1	14
+GSM915330_1	14
+GSM906416_1	14
+GSM959125_1	14
+GSM910584_1	14
+GSM958160_1	14
+GSM908961_1	14
+GSM958157_1	14
+GSM910561_1	14
+GSM916052_1	2
+GSM958177_1	14
+GSM958153_1	14
+GSM906393_1	14
+GSM908937_1	14
+GSM910580_1	14
+GSM906418_1	14
+GSM896164_1	14
+GSM909313_1	14
+GSM916062_1	14
+GSM908945_1	14
+GSM915332_1	14
+GSM915325_1	14
+GSM941747_1	2
+GSM915329_1	14
+GSM916083_1	2
+GSM906410_1	14
+GSM958151_1	14
+GSM910569_1	14
+GSM908941_1	14
+GSM958162_1	14
+GSM910571_1	14
+GSM910555_1	14
+GSM959124_1	14
+GSM910579_1	14
+GSM909311_1	14
+GSM906417_1	14
+GSM916081_1	2
+GSM915324_1	14
+GSM910588_1	14
+GSM958172_1	14
+GSM959044_1	2
+GSM908942_1	14
+GSM916072_1	14
+GSM896161_1	14
+GSM906412_1	14
+GSM908938_1	14
+GSM906423_1	14
+GSM958161_1	14
+GSM908966_1	14
+GSM958167_1	14
+GSM910573_1	14
+GSM958182_1	14
+GSM958170_1	14
+GSM915336_1	14
+GSM915320_1	14
+GSM906406_1	14
+GSM916073_1	14
+GSM910586_1	14
+GSM916086_1	2
+GSM958176_1	14
+GSM941746_1	2
+GSM906392_1	14
+GSM958178_1	14
+GSM916057_1	14
+GSM958164_1	14
+GSM958166_1	14
+GSM958155_1	14
+GSM958156_1	14
+GSM908951_1	14
+GSM915337_1	14
+GSM910575_1	14
+GSM916070_1	14
+GSM910587_1	14
+GSM997220_1	14
+GSM916067_1	14
+GSM906390_1	14
+GSM916094_1	14
+GSM908939_1	14
+GSM916060_1	14
+GSM910574_1	14
+GSM906391_1	14
+GSM906399_1	14
+GSM916078_1	2
+GSM910585_1	14
+GSM941751_1	14
+GSM941749_1	14
+GSM909314_1	14
+GSM908956_1	14
+GSM958152_1	14
+GSM908946_1	14
+GSM958150_1	14
+GSM915323_1	14
+GSM906402_1	14
+GSM916068_1	14
+GSM906398_1	14
+GSM916058_1	14
+GSM958181_1	14
+GSM910557_1	14
+GSM908944_1	14
+GSM908954_1	14
+GSM909310_1	14
+GSM906422_1	14
+GSM941750_1	14
+GSM910562_1	14
+GSM958158_1	14
+GSM916087_1	2
+GSM908968_1	14
+GSM908952_1	14
+GSM910563_1	14
+GSM915321_1	14
+GSM910578_1	14
+GSM896167_1	14
+GSM906395_1	14
+GSM916049_1	2
+GSM916080_1	2
+GSM906380_1	14
+GSM908943_1	14
+GSM908959_1	14
+GSM906389_1	14
+GSM916066_1	14
+GSM916071_1	14
+GSM916069_1	14
+GSM958163_1	14
+GSM910570_1	14
+GSM906408_1	14
+GSM915338_1	14
+GSM908948_1	14
+GSM908950_1	14
+GSM906421_1	14
+GSM916054_1	14
+GSM915327_1	14
+E79_25_bothAc_dense	12
+E78_25_bothAc_dense	12
+E73_25_bothAc_dense	12
+E72_25_bothAc_dense	12
+E71_25_bothAc_dense	12
+E70_25_bothAc_dense	12
+E77_25_bothAc_dense	12
+E76_25_bothAc_dense	12
+E75_25_bothAc_dense	12
+E74_25_bothAc_dense	12
+E68_25_bothAc_dense	12
+E69_25_bothAc_dense	12
+E60_25_bothAc_dense	12
+E61_25_bothAc_dense	12
+E62_25_bothAc_dense	12
+E63_25_bothAc_dense	12
+E64_25_bothAc_dense	12
+E65_25_bothAc_dense	12
+E66_25_bothAc_dense	12
+E67_25_bothAc_dense	12
+E59_25_bothAc_dense	12
+E58_25_bothAc_dense	12
+E55_25_bothAc_dense	12
+E54_25_bothAc_dense	12
+E57_25_bothAc_dense	12
+E56_25_bothAc_dense	12
+E51_25_bothAc_dense	12
+E50_25_bothAc_dense	12
+E53_25_bothAc_dense	12
+E52_25_bothAc_dense	12
+E42_25_bothAc_dense	12
+E43_25_bothAc_dense	12
+E40_25_bothAc_dense	12
+E41_25_bothAc_dense	12
+E46_25_bothAc_dense	12
+E47_25_bothAc_dense	12
+E44_25_bothAc_dense	12
+E45_25_bothAc_dense	12
+E48_25_bothAc_dense	12
+E49_25_bothAc_dense	12
+E37_25_bothAc_dense	12
+E36_25_bothAc_dense	12
+E35_25_bothAc_dense	12
+E34_25_bothAc_dense	12
+E33_25_bothAc_dense	12
+E32_25_bothAc_dense	12
+E31_25_bothAc_dense	12
+E30_25_bothAc_dense	12
+E39_25_bothAc_dense	12
+E38_25_bothAc_dense	12
+E24_25_bothAc_dense	12
+E25_25_bothAc_dense	12
+E26_25_bothAc_dense	12
+E27_25_bothAc_dense	12
+E20_25_bothAc_dense	12
+E21_25_bothAc_dense	12
+E22_25_bothAc_dense	12
+E23_25_bothAc_dense	12
+E28_25_bothAc_dense	12
+E29_25_bothAc_dense	12
+E19_25_bothAc_dense	12
+E18_25_bothAc_dense	12
+E11_25_bothAc_dense	12
+E10_25_bothAc_dense	12
+E13_25_bothAc_dense	12
+E12_25_bothAc_dense	12
+E15_25_bothAc_dense	12
+E14_25_bothAc_dense	12
+E17_25_bothAc_dense	12
+E16_25_bothAc_dense	12
+E91_25_bothAc_dense	12
+E90_25_bothAc_dense	12
+E08_25_bothAc_dense	12
+E09_25_bothAc_dense	12
+E06_25_bothAc_dense	12
+E07_25_bothAc_dense	12
+E04_25_bothAc_dense	12
+E05_25_bothAc_dense	12
+E02_25_bothAc_dense	12
+E03_25_bothAc_dense	12
+E01_25_bothAc_dense	12
+E86_25_bothAc_dense	12
+E84_25_bothAc_dense	12
+E85_25_bothAc_dense	12
+E82_25_bothAc_dense	12
+E83_25_bothAc_dense	12
+E80_25_bothAc_dense	12
+E81_25_bothAc_dense	12
+E88_25_bothAc_dense	12
+E89_25_bothAc_dense	12
diff --git a/hg19/track2GEO_encode b/hg19/track2GEO_encode
new file mode 100644
index 0000000..d01cf3c
--- /dev/null
+++ b/hg19/track2GEO_encode
@@ -0,0 +1,4246 @@
+GSM605628_6	GSM605628
+GSM767846_3	GSM767846
+GSM897082_3	GSM897082
+GSM973682_4	GSM973682
+GSM803478_1	GSM803478
+GSM733734_1	GSM733734
+GSM646560_1	GSM646560
+GSM849342_3	GSM849342
+GSM803442_1	GSM803442
+GSM973667_3	GSM973667
+GSM935555_1	GSM935555
+GSM935381_1	GSM935381
+GSM605630_3	GSM605630
+GSM736504_1	GSM736504
+GSM822268_1	GSM822268
+GSM733696_1	GSM733696
+GSM935528_1	GSM935528
+GSM973665_1	GSM973665
+GSM822303_2	GSM822303
+GSM830987_1	GSM830987
+GSM897084_3	GSM897084
+GSM864339_2	GSM864339
+GSM935397_1	GSM935397
+GSM935585_1	GSM935585
+GSM977046_2	GSM977046
+GSM765387_1	GSM765387
+GSM945230_2	GSM945230
+GSM945185_2	GSM945185
+GSM935329_1	GSM935329
+GSM897069_4	GSM897069
+GSM935296_1	GSM935296
+GSM849343_3	GSM849343
+GSM830526_2	GSM830526
+GSM973675_1	GSM973675
+GSM822305_2	GSM822305
+GSM803370_2	GSM803370
+GSM736509_1	GSM736509
+GSM923443_7	GSM923443
+GSM849027_2	GSM849027
+GSM977049_2	GSM977049
+GSM605627_2	GSM605627
+GSM923439_3	GSM923439
+GSM758572_1	GSM758572
+GSM803427_1	GSM803427
+GSM816649_2	GSM816649
+GSM945289_1	GSM945289
+GSM935384_1	GSM935384
+GSM765399_3	GSM765399
+GSM973672_4	GSM973672
+GSM935436_1	GSM935436
+GSM803476_1	GSM803476
+GSM758568_3	GSM758568
+GSM923419_2	GSM923419
+GSM758559_2	GSM758559
+GSM935554_1	GSM935554
+GSM816659_2	GSM816659
+GSM767857_1	GSM767857
+GSM765386_3	GSM765386
+GSM733749_1	GSM733749
+GSM803410_2	GSM803410
+GSM803415_2	GSM803415
+GSM935429_1	GSM935429
+GSM945290_1	GSM945290
+GSM822281_2	GSM822281
+GSM767841_2	GSM767841
+GSM945212_2	GSM945212
+GSM897077_4	GSM897077
+GSM767856_2	GSM767856
+GSM973670_2	GSM973670
+GSM935360_1	GSM935360
+GSM935533_1	GSM935533
+GSM958738_2	GSM958738
+GSM816633_2	GSM816633
+GSM923445_2	GSM923445
+GSM782122_1	GSM782122
+GSM923453_2	GSM923453
+GSM803532_2	GSM803532
+GSM945184_2	GSM945184
+GSM973677_4	GSM973677
+GSM803522_2	GSM803522
+GSM803393_1	GSM803393
+GSM935552_1	GSM935552
+GSM767857_3	GSM767857
+GSM605635_3	GSM605635
+GSM849331_1	GSM849331
+GSM945210_1	GSM945210
+GSM822302_2	GSM822302
+GSM733657_1	GSM733657
+GSM765390_2	GSM765390
+GSM973686_4	GSM973686
+GSM945170_1	GSM945170
+GSM931362_1	GSM931362
+GSM749759_1	GSM749759
+GSM822296_1	GSM822296
+GSM736515_1	GSM736515
+GSM945167_1	GSM945167
+GSM803402_2	GSM803402
+GSM945251_2	GSM945251
+GSM849326_1	GSM849326
+GSM945856_1	GSM945856
+GSM935303_1	GSM935303
+GSM749686_1	GSM749686
+GSM733689_1	GSM733689
+GSM733661_1	GSM733661
+GSM935387_1	GSM935387
+GSM923437_1	GSM923437
+GSM973672_1	GSM973672
+GSM765387_3	GSM765387
+GSM822269_1	GSM822269
+GSM803448_2	GSM803448
+GSM736520_1	GSM736520
+GSM973666_3	GSM973666
+GSM935614_1	GSM935614
+GSM803355_2	GSM803355
+GSM945292_1	GSM945292
+GSM935624_1	GSM935624
+GSM923446_8	GSM923446
+GSM830988_1	GSM830988
+GSM849367_1	GSM849367
+GSM803426_2	GSM803426
+GSM816652_2	GSM816652
+GSM897077_3	GSM897077
+GSM923440_1	GSM923440
+GSM840137_4	GSM840137
+GSM935317_1	GSM935317
+GSM945233_1	GSM945233
+GSM849339_5	GSM849339
+GSM803437_2	GSM803437
+GSM765404_4	GSM765404
+GSM822299_1	GSM822299
+GSM923420_2	GSM923420
+GSM803466_1	GSM803466
+GSM733712_1	GSM733712
+GSM973679_3	GSM973679
+GSM822290_2	GSM822290
+GSM736501_1	GSM736501
+GSM803498_1	GSM803498
+GSM973672_3	GSM973672
+GSM945197_1	GSM945197
+GSM736522_1	GSM736522
+GSM605634_3	GSM605634
+GSM935364_1	GSM935364
+GSM831023_1	GSM831023
+GSM935401_1	GSM935401
+GSM935413_1	GSM935413
+GSM935569_1	GSM935569
+GSM973663_4	GSM973663
+GSM817343_1	GSM817343
+GSM646561_1	GSM646561
+GSM733658_1	GSM733658
+GSM803371_2	GSM803371
+GSM849342_1	GSM849342
+GSM803359_2	GSM803359
+GSM733697_1	GSM733697
+GSM765405_3	GSM765405
+GSM849365_3	GSM849365
+GSM945180_2	GSM945180
+GSM803380_1	GSM803380
+GSM733706_1	GSM733706
+GSM945205_2	GSM945205
+GSM798321_1	GSM798321
+GSM945281_1	GSM945281
+GSM733646_1	GSM733646
+GSM977042_2	GSM977042
+GSM935319_1	GSM935319
+GSM864342_2	GSM864342
+GSM935637_1	GSM935637
+GSM605628_3	GSM605628
+GSM864346_1	GSM864346
+GSM758564_3	GSM758564
+GSM935524_1	GSM935524
+GSM897074_1	GSM897074
+GSM803475_1	GSM803475
+GSM749762_1	GSM749762
+GSM849326_2	GSM849326
+GSM935457_1	GSM935457
+GSM973684_4	GSM973684
+GSM945174_1	GSM945174
+GSM831041_1	GSM831041
+GSM733729_1	GSM733729
+GSM803364_1	GSM803364
+GSM973675_2	GSM973675
+GSM923444_2	GSM923444
+GSM935371_1	GSM935371
+GSM945203_2	GSM945203
+GSM897076_1	GSM897076
+GSM864354_2	GSM864354
+GSM733751_1	GSM733751
+GSM945242_1	GSM945242
+GSM935366_1	GSM935366
+GSM803418_2	GSM803418
+GSM803348_1	GSM803348
+GSM849361_2	GSM849361
+GSM977041_4	GSM977041
+GSM803428_2	GSM803428
+GSM935297_1	GSM935297
+GSM749698_1	GSM749698
+GSM945280_1	GSM945280
+GSM923436_1	GSM923436
+GSM803336_2	GSM803336
+GSM935295_1	GSM935295
+GSM733637_1	GSM733637
+GSM749752_1	GSM749752
+GSM736603_1	GSM736603
+GSM803428_1	GSM803428
+GSM765392_4	GSM765392
+GSM605633_5	GSM605633
+GSM788069_1	GSM788069
+GSM758560_2	GSM758560
+GSM945326_2	GSM945326
+GSM945273_2	GSM945273
+GSM788082_1	GSM788082
+GSM945185_1	GSM945185
+GSM605630_4	GSM605630
+GSM897086_4	GSM897086
+GSM935328_1	GSM935328
+GSM803472_1	GSM803472
+GSM733745_1	GSM733745
+GSM935544_1	GSM935544
+GSM830523_1	GSM830523
+GSM782123_1	GSM782123
+GSM749769_1	GSM749769
+GSM822300_2	GSM822300
+GSM923425_4	GSM923425
+GSM973678_4	GSM973678
+GSM945231_2	GSM945231
+GSM849031_2	GSM849031
+GSM736609_1	GSM736609
+GSM749727_1	GSM749727
+GSM803433_1	GSM803433
+GSM945258_1	GSM945258
+GSM822309_1	GSM822309
+GSM935515_1	GSM935515
+GSM749731_1	GSM749731
+GSM803385_2	GSM803385
+GSM803494_2	GSM803494
+GSM935284_1	GSM935284
+GSM830526_1	GSM830526
+GSM935385_1	GSM935385
+GSM803340_1	GSM803340
+GSM864347_2	GSM864347
+GSM803516_1	GSM803516
+GSM733663_1	GSM733663
+GSM736518_1	GSM736518
+GSM945284_2	GSM945284
+GSM803389_2	GSM803389
+GSM831027_1	GSM831027
+GSM749716_1	GSM749716
+GSM945208_1	GSM945208
+GSM765400_2	GSM765400
+GSM923442_2	GSM923442
+GSM765395_2	GSM765395
+GSM767856_4	GSM767856
+GSM935313_1	GSM935313
+GSM803356_2	GSM803356
+GSM803449_2	GSM803449
+GSM822294_1	GSM822294
+GSM945297_2	GSM945297
+GSM803376_3	GSM803376
+GSM935471_1	GSM935471
+GSM803339_1	GSM803339
+GSM831033_1	GSM831033
+GSM816637_1	GSM816637
+GSM803436_1	GSM803436
+GSM830533_1	GSM830533
+GSM849328_1	GSM849328
+GSM749776_1	GSM749776
+GSM733739_1	GSM733739
+GSM736639_1	GSM736639
+GSM831024_1	GSM831024
+GSM736619_1	GSM736619
+GSM803542_2	GSM803542
+GSM736513_1	GSM736513
+GSM945300_2	GSM945300
+GSM945311_1	GSM945311
+GSM923425_3	GSM923425
+GSM736556_1	GSM736556
+GSM733753_1	GSM733753
+GSM605630_6	GSM605630
+GSM849365_2	GSM849365
+GSM935458_1	GSM935458
+GSM977049_4	GSM977049
+GSM830535_4	GSM830535
+GSM923426_2	GSM923426
+GSM831039_1	GSM831039
+GSM958748_2	GSM958748
+GSM923441_3	GSM923441
+GSM822306_2	GSM822306
+GSM958733_3	GSM958733
+GSM767846_4	GSM767846
+GSM945207_1	GSM945207
+GSM849366_3	GSM849366
+GSM935593_1	GSM935593
+GSM817342_1	GSM817342
+GSM935302_1	GSM935302
+GSM831032_1	GSM831032
+GSM749704_1	GSM749704
+GSM803528_2	GSM803528
+GSM765404_3	GSM765404
+GSM935570_1	GSM935570
+GSM803354_2	GSM803354
+GSM945261_2	GSM945261
+GSM803408_2	GSM803408
+GSM897085_3	GSM897085
+GSM945162_1	GSM945162
+GSM973692_1	GSM973692
+GSM945168_2	GSM945168
+GSM803460_1	GSM803460
+GSM945209_2	GSM945209
+GSM945211_2	GSM945211
+GSM836271_1	GSM836271
+GSM935607_1	GSM935607
+GSM935379_1	GSM935379
+GSM923423_2	GSM923423
+GSM736521_1	GSM736521
+GSM749767_1	GSM749767
+GSM749708_1	GSM749708
+GSM816672_1	GSM816672
+GSM945187_2	GSM945187
+GSM733656_1	GSM733656
+GSM849356_1	GSM849356
+GSM803459_2	GSM803459
+GSM849367_2	GSM849367
+GSM758573_4	GSM758573
+GSM923451_1	GSM923451
+GSM749765_1	GSM749765
+GSM849026_2	GSM849026
+GSM935434_1	GSM935434
+GSM977048_3	GSM977048
+GSM605635_6	GSM605635
+GSM765388_1	GSM765388
+GSM977043_3	GSM977043
+GSM945288_2	GSM945288
+GSM803404_1	GSM803404
+GSM849352_1	GSM849352
+GSM945246_1	GSM945246
+GSM736551_1	GSM736551
+GSM733780_1	GSM733780
+GSM945287_1	GSM945287
+GSM897081_8	GSM897081
+GSM803526_1	GSM803526
+GSM822287_2	GSM822287
+GSM977048_4	GSM977048
+GSM803454_2	GSM803454
+GSM945322_2	GSM945322
+GSM935551_1	GSM935551
+GSM822272_2	GSM822272
+GSM923450_4	GSM923450
+GSM758565_1	GSM758565
+GSM749766_1	GSM749766
+GSM803417_1	GSM803417
+GSM831044_1	GSM831044
+GSM945315_2	GSM945315
+GSM822287_1	GSM822287
+GSM767840_1	GSM767840
+GSM749689_1	GSM749689
+GSM958733_2	GSM958733
+GSM822294_2	GSM822294
+GSM977040_3	GSM977040
+GSM945226_2	GSM945226
+GSM849325_3	GSM849325
+GSM733643_1	GSM733643
+GSM977031_1	GSM977031
+GSM935346_1	GSM935346
+GSM803435_1	GSM803435
+GSM849365_1	GSM849365
+GSM733765_1	GSM733765
+GSM733708_2	GSM733708
+GSM945165_1	GSM945165
+GSM935399_1	GSM935399
+GSM736623_1	GSM736623
+GSM767839_1	GSM767839
+GSM973689_2	GSM973689
+GSM736557_1	GSM736557
+GSM935564_1	GSM935564
+GSM767844_4	GSM767844
+GSM788075_1	GSM788075
+GSM973665_4	GSM973665
+GSM935517_1	GSM935517
+GSM765393_3	GSM765393
+GSM733692_1	GSM733692
+GSM935300_1	GSM935300
+GSM977042_1	GSM977042
+GSM767840_4	GSM767840
+GSM945228_2	GSM945228
+GSM733660_1	GSM733660
+GSM816626_2	GSM816626
+GSM831012_1	GSM831012
+GSM864361_2	GSM864361
+GSM803535_1	GSM803535
+GSM923446_1	GSM923446
+GSM672834_2	GSM672834
+GSM758565_4	GSM758565
+GSM945316_2	GSM945316
+GSM849301_1	GSM849301
+GSM935650_1	GSM935650
+GSM935627_1	GSM935627
+GSM733786_1	GSM733786
+GSM830534_1	GSM830534
+GSM935347_1	GSM935347
+GSM923441_5	GSM923441
+GSM935416_1	GSM935416
+GSM605625_4	GSM605625
+GSM922958_1	GSM922958
+GSM803443_1	GSM803443
+GSM765405_4	GSM765405
+GSM977052_2	GSM977052
+GSM897074_3	GSM897074
+GSM945188_1	GSM945188
+GSM923449_4	GSM923449
+GSM803346_2	GSM803346
+GSM605627_6	GSM605627
+GSM923442_7	GSM923442
+GSM830528_1	GSM830528
+GSM733680_1	GSM733680
+GSM935604_1	GSM935604
+GSM646568_1	GSM646568
+GSM758559_4	GSM758559
+GSM897079_3	GSM897079
+GSM923452_3	GSM923452
+GSM749723_1	GSM749723
+GSM923440_6	GSM923440
+GSM973690_1	GSM973690
+GSM803399_1	GSM803399
+GSM765401_6	GSM765401
+GSM897079_1	GSM897079
+GSM977037_1	GSM977037
+GSM736613_1	GSM736613
+GSM765397_1	GSM765397
+GSM923421_2	GSM923421
+GSM765398_6	GSM765398
+GSM864354_1	GSM864354
+GSM803529_2	GSM803529
+GSM736596_1	GSM736596
+GSM803401_2	GSM803401
+GSM977051_3	GSM977051
+GSM816654_2	GSM816654
+GSM803438_2	GSM803438
+GSM831029_1	GSM831029
+GSM849343_1	GSM849343
+GSM977043_4	GSM977043
+GSM733690_1	GSM733690
+GSM923448_3	GSM923448
+GSM923442_1	GSM923442
+GSM923448_1	GSM923448
+GSM935472_1	GSM935472
+GSM923450_5	GSM923450
+GSM849343_2	GSM849343
+GSM973667_1	GSM973667
+GSM935625_1	GSM935625
+GSM923444_8	GSM923444
+GSM733777_1	GSM733777
+GSM822312_2	GSM822312
+GSM847567_1	GSM847567
+GSM849325_2	GSM849325
+GSM977047_3	GSM977047
+GSM977035_2	GSM977035
+GSM758573_3	GSM758573
+GSM849349_3	GSM849349
+GSM803362_1	GSM803362
+GSM803534_2	GSM803534
+GSM816657_2	GSM816657
+GSM977031_3	GSM977031
+GSM646570_1	GSM646570
+GSM935462_1	GSM935462
+GSM803499_1	GSM803499
+GSM733719_1	GSM733719
+GSM758569_2	GSM758569
+GSM830527_1	GSM830527
+GSM803484_1	GSM803484
+GSM945160_2	GSM945160
+GSM822298_1	GSM822298
+GSM935613_1	GSM935613
+GSM605627_3	GSM605627
+GSM822295_2	GSM822295
+GSM733662_1	GSM733662
+GSM736514_1	GSM736514
+GSM973688_4	GSM973688
+GSM605635_5	GSM605635
+GSM830525_2	GSM830525
+GSM831034_1	GSM831034
+GSM749690_1	GSM749690
+GSM849362_3	GSM849362
+GSM803540_1	GSM803540
+GSM831019_1	GSM831019
+GSM803491_2	GSM803491
+GSM973676_4	GSM973676
+GSM736526_1	GSM736526
+GSM935559_1	GSM935559
+GSM923440_5	GSM923440
+GSM973691_2	GSM973691
+GSM849328_3	GSM849328
+GSM765396_4	GSM765396
+GSM822285_2	GSM822285
+GSM849368_1	GSM849368
+GSM973681_1	GSM973681
+GSM605632_5	GSM605632
+GSM733772_1	GSM733772
+GSM767855_3	GSM767855
+GSM803517_1	GSM803517
+GSM973686_3	GSM973686
+GSM935418_1	GSM935418
+GSM767850_2	GSM767850
+GSM849346_1	GSM849346
+GSM758562_2	GSM758562
+GSM923451_6	GSM923451
+GSM935580_1	GSM935580
+GSM816629_2	GSM816629
+GSM935638_1	GSM935638
+GSM958739_2	GSM958739
+GSM816438_1	GSM816438
+GSM864357_1	GSM864357
+GSM767854_3	GSM767854
+GSM849348_3	GSM849348
+GSM733758_1	GSM733758
+GSM749688_1	GSM749688
+GSM935494_1	GSM935494
+GSM973679_4	GSM973679
+GSM973692_4	GSM973692
+GSM605633_6	GSM605633
+GSM973681_3	GSM973681
+GSM958746_2	GSM958746
+GSM973670_4	GSM973670
+GSM803347_1	GSM803347
+GSM765395_3	GSM765395
+GSM977046_4	GSM977046
+GSM816670_2	GSM816670
+GSM935619_1	GSM935619
+GSM803500_2	GSM803500
+GSM816651_2	GSM816651
+GSM945262_1	GSM945262
+GSM830519_2	GSM830519
+GSM977039_4	GSM977039
+GSM816629_1	GSM816629
+GSM830535_1	GSM830535
+GSM973674_4	GSM973674
+GSM803521_4	GSM803521
+GSM897079_2	GSM897079
+GSM935518_1	GSM935518
+GSM767849_3	GSM767849
+GSM935644_1	GSM935644
+GSM733723_1	GSM733723
+GSM803372_1	GSM803372
+GSM803354_1	GSM803354
+GSM973667_4	GSM973667
+GSM749714_1	GSM749714
+GSM935435_1	GSM935435
+GSM765395_4	GSM765395
+GSM935611_1	GSM935611
+GSM849355_1	GSM849355
+GSM840136_3	GSM840136
+GSM816634_1	GSM816634
+GSM803378_2	GSM803378
+GSM736543_1	GSM736543
+GSM803337_2	GSM803337
+GSM816636_2	GSM816636
+GSM736622_1	GSM736622
+GSM849367_3	GSM849367
+GSM816644_1	GSM816644
+GSM897076_4	GSM897076
+GSM849029_1	GSM849029
+GSM822304_2	GSM822304
+GSM767848_3	GSM767848
+GSM816666_2	GSM816666
+GSM923449_1	GSM923449
+GSM803463_1	GSM803463
+GSM840138_2	GSM840138
+GSM958730_3	GSM958730
+GSM822303_1	GSM822303
+GSM973682_1	GSM973682
+GSM935289_1	GSM935289
+GSM733704_1	GSM733704
+GSM849364_3	GSM849364
+GSM733721_1	GSM733721
+GSM803452_2	GSM803452
+GSM736611_1	GSM736611
+GSM733636_1	GSM733636
+GSM767838_2	GSM767838
+GSM945299_2	GSM945299
+GSM897069_2	GSM897069
+GSM605629_1	GSM605629
+GSM803448_1	GSM803448
+GSM803382_2	GSM803382
+GSM816650_1	GSM816650
+GSM749768_1	GSM749768
+GSM935286_1	GSM935286
+GSM803412_1	GSM803412
+GSM803485_2	GSM803485
+GSM749712_1	GSM749712
+GSM803352_3	GSM803352
+GSM803487_1	GSM803487
+GSM923430_2	GSM923430
+GSM736577_1	GSM736577
+GSM935353_1	GSM935353
+GSM803506_2	GSM803506
+GSM733742_1	GSM733742
+GSM749732_1	GSM749732
+GSM803416_1	GSM803416
+GSM935402_1	GSM935402
+GSM973681_4	GSM973681
+GSM765387_4	GSM765387
+GSM733674_1	GSM733674
+GSM977041_3	GSM977041
+GSM646563_2	GSM646563
+GSM822311_1	GSM822311
+GSM958738_4	GSM958738
+GSM945172_1	GSM945172
+GSM935468_1	GSM935468
+GSM935597_1	GSM935597
+GSM822289_2	GSM822289
+GSM736560_1	GSM736560
+GSM923450_8	GSM923450
+GSM849303_2	GSM849303
+GSM767855_4	GSM767855
+GSM736595_1	GSM736595
+GSM803493_1	GSM803493
+GSM973693_3	GSM973693
+GSM849328_2	GSM849328
+GSM935547_1	GSM935547
+GSM803396_1	GSM803396
+GSM849333_1	GSM849333
+GSM977045_3	GSM977045
+GSM923444_12	GSM923444
+GSM803519_1	GSM803519
+GSM803446_1	GSM803446
+GSM803537_1	GSM803537
+GSM958746_1	GSM958746
+GSM803467_1	GSM803467
+GSM935274_1	GSM935274
+GSM830520_1	GSM830520
+GSM831006_1	GSM831006
+GSM923425_1	GSM923425
+GSM816632_2	GSM816632
+GSM803524_2	GSM803524
+GSM945240_2	GSM945240
+GSM765389_1	GSM765389
+GSM803366_2	GSM803366
+GSM849363_1	GSM849363
+GSM749694_1	GSM749694
+GSM922956_1	GSM922956
+GSM605635_2	GSM605635
+GSM945222_2	GSM945222
+GSM803387_1	GSM803387
+GSM945196_1	GSM945196
+GSM977038_1	GSM977038
+GSM944522_2	GSM944522
+GSM864347_1	GSM864347
+GSM935389_1	GSM935389
+GSM945264_1	GSM945264
+GSM958744_2	GSM958744
+GSM935342_1	GSM935342
+GSM935394_1	GSM935394
+GSM767848_1	GSM767848
+GSM977048_1	GSM977048
+GSM945286_1	GSM945286
+GSM864341_1	GSM864341
+GSM749706_1	GSM749706
+GSM749677_1	GSM749677
+GSM803492_1	GSM803492
+GSM803510_2	GSM803510
+GSM935372_1	GSM935372
+GSM803387_2	GSM803387
+GSM849331_3	GSM849331
+GSM607486_1	GSM607486
+GSM646559_2	GSM646559
+GSM803367_1	GSM803367
+GSM923444_9	GSM923444
+GSM803409_2	GSM803409
+GSM935287_1	GSM935287
+GSM973692_2	GSM973692
+GSM733648_1	GSM733648
+GSM945250_1	GSM945250
+GSM935428_1	GSM935428
+GSM897083_7	GSM897083
+GSM822283_1	GSM822283
+GSM822295_1	GSM822295
+GSM945276_2	GSM945276
+GSM736629_1	GSM736629
+GSM803365_2	GSM803365
+GSM803358_1	GSM803358
+GSM897078_2	GSM897078
+GSM830520_2	GSM830520
+GSM935427_1	GSM935427
+GSM973685_1	GSM973685
+GSM923449_8	GSM923449
+GSM803359_1	GSM803359
+GSM736541_1	GSM736541
+GSM923450_1	GSM923450
+GSM736499_1	GSM736499
+GSM816646_1	GSM816646
+GSM849028_2	GSM849028
+GSM803392_1	GSM803392
+GSM849349_2	GSM849349
+GSM803343_2	GSM803343
+GSM736507_1	GSM736507
+GSM803394_2	GSM803394
+GSM736545_1	GSM736545
+GSM803461_1	GSM803461
+GSM767849_1	GSM767849
+GSM958745_3	GSM958745
+GSM897070_4	GSM897070
+GSM977045_4	GSM977045
+GSM749693_1	GSM749693
+GSM923421_1	GSM923421
+GSM749666_1	GSM749666
+GSM923447_8	GSM923447
+GSM849026_1	GSM849026
+GSM847563_1	GSM847563
+GSM849334_4	GSM849334
+GSM749761_1	GSM749761
+GSM849325_4	GSM849325
+GSM958749_2	GSM958749
+GSM945173_1	GSM945173
+GSM803444_2	GSM803444
+GSM733638_1	GSM733638
+GSM935306_1	GSM935306
+GSM897075_4	GSM897075
+GSM803504_1	GSM803504
+GSM945192_2	GSM945192
+GSM733650_1	GSM733650
+GSM816630_2	GSM816630
+GSM733778_1	GSM733778
+GSM923423_1	GSM923423
+GSM864345_1	GSM864345
+GSM935542_1	GSM935542
+GSM945297_1	GSM945297
+GSM849345_2	GSM849345
+GSM935469_1	GSM935469
+GSM849348_2	GSM849348
+GSM803430_1	GSM803430
+GSM977042_4	GSM977042
+GSM803518_2	GSM803518
+GSM849335_1	GSM849335
+GSM749668_1	GSM749668
+GSM935326_1	GSM935326
+GSM935445_1	GSM935445
+GSM803513_2	GSM803513
+GSM945206_2	GSM945206
+GSM849348_1	GSM849348
+GSM733784_1	GSM733784
+GSM758565_3	GSM758565
+GSM958739_3	GSM958739
+GSM803391_1	GSM803391
+GSM822272_1	GSM822272
+GSM945235_1	GSM945235
+GSM803503_2	GSM803503
+GSM803460_2	GSM803460
+GSM923446_3	GSM923446
+GSM803352_2	GSM803352
+GSM736579_1	GSM736579
+GSM935574_1	GSM935574
+GSM945206_1	GSM945206
+GSM830527_2	GSM830527
+GSM945308_2	GSM945308
+GSM945252_1	GSM945252
+GSM803478_2	GSM803478
+GSM803507_2	GSM803507
+GSM897080_3	GSM897080
+GSM849347_1	GSM849347
+GSM822304_1	GSM822304
+GSM945263_1	GSM945263
+GSM935461_1	GSM935461
+GSM935420_1	GSM935420
+GSM897081_7	GSM897081
+GSM945186_1	GSM945186
+GSM840137_2	GSM840137
+GSM945298_2	GSM945298
+GSM923430_1	GSM923430
+GSM945248_1	GSM945248
+GSM935496_1	GSM935496
+GSM935504_1	GSM935504
+GSM945249_1	GSM945249
+GSM935391_1	GSM935391
+GSM803415_1	GSM803415
+GSM935333_1	GSM935333
+GSM803411_1	GSM803411
+GSM935536_1	GSM935536
+GSM935377_1	GSM935377
+GSM935433_1	GSM935433
+GSM758573_1	GSM758573
+GSM733708_1	GSM733708
+GSM849330_4	GSM849330
+GSM803451_1	GSM803451
+GSM733774_1	GSM733774
+GSM803397_2	GSM803397
+GSM864360_2	GSM864360
+GSM849345_1	GSM849345
+GSM803536_1	GSM803536
+GSM816660_2	GSM816660
+GSM973683_3	GSM973683
+GSM923440_2	GSM923440
+GSM749687_1	GSM749687
+GSM822301_2	GSM822301
+GSM608162_1	GSM608162
+GSM935592_1	GSM935592
+GSM849338_1	GSM849338
+GSM945203_1	GSM945203
+GSM733785_1	GSM733785
+GSM849324_4	GSM849324
+GSM767840_2	GSM767840
+GSM935368_1	GSM935368
+GSM822293_1	GSM822293
+GSM973677_2	GSM973677
+GSM849350_1	GSM849350
+GSM830524_1	GSM830524
+GSM935622_1	GSM935622
+GSM935455_1	GSM935455
+GSM733679_1	GSM733679
+GSM944520_2	GSM944520
+GSM935601_1	GSM935601
+GSM733737_1	GSM733737
+GSM803413_1	GSM803413
+GSM830532_2	GSM830532
+GSM831004_1	GSM831004
+GSM736494_1	GSM736494
+GSM849027_1	GSM849027
+GSM803390_2	GSM803390
+GSM803429_2	GSM803429
+GSM816647_1	GSM816647
+GSM935280_1	GSM935280
+GSM945262_2	GSM945262
+GSM765396_1	GSM765396
+GSM935390_1	GSM935390
+GSM923447_2	GSM923447
+GSM945302_2	GSM945302
+GSM935589_1	GSM935589
+GSM935475_1	GSM935475
+GSM816639_2	GSM816639
+GSM733685_1	GSM733685
+GSM736530_1	GSM736530
+GSM803533_2	GSM803533
+GSM830986_1	GSM830986
+GSM767855_1	GSM767855
+GSM736621_1	GSM736621
+GSM935642_1	GSM935642
+GSM864338_1	GSM864338
+GSM935553_1	GSM935553
+GSM816656_2	GSM816656
+GSM849360_1	GSM849360
+GSM803532_1	GSM803532
+GSM803538_2	GSM803538
+GSM935499_1	GSM935499
+GSM605627_4	GSM605627
+GSM849340_2	GSM849340
+GSM672835_2	GSM672835
+GSM733686_1	GSM733686
+GSM816671_2	GSM816671
+GSM849304_1	GSM849304
+GSM935426_1	GSM935426
+GSM767845_2	GSM767845
+GSM733668_1	GSM733668
+GSM816669_2	GSM816669
+GSM733715_1	GSM733715
+GSM977045_1	GSM977045
+GSM605629_2	GSM605629
+GSM935339_1	GSM935339
+GSM803491_1	GSM803491
+GSM923442_4	GSM923442
+GSM830537_1	GSM830537
+GSM816661_2	GSM816661
+GSM931361_1	GSM931361
+GSM803381_1	GSM803381
+GSM935641_1	GSM935641
+GSM935404_1	GSM935404
+GSM803360_1	GSM803360
+GSM733732_1	GSM733732
+GSM803408_1	GSM803408
+GSM803482_1	GSM803482
+GSM822314_1	GSM822314
+GSM945214_2	GSM945214
+GSM816655_1	GSM816655
+GSM897082_1	GSM897082
+GSM758560_4	GSM758560
+GSM849337_2	GSM849337
+GSM736558_1	GSM736558
+GSM849366_2	GSM849366
+GSM822267_1	GSM822267
+GSM831031_1	GSM831031
+GSM849362_4	GSM849362
+GSM816673_2	GSM816673
+GSM767846_1	GSM767846
+GSM646568_2	GSM646568
+GSM803352_4	GSM803352
+GSM831042_1	GSM831042
+GSM803409_1	GSM803409
+GSM831020_1	GSM831020
+GSM749777_1	GSM749777
+GSM803405_1	GSM803405
+GSM736492_1	GSM736492
+GSM646570_2	GSM646570
+GSM923439_8	GSM923439
+GSM935523_1	GSM935523
+GSM736628_1	GSM736628
+GSM803430_2	GSM803430
+GSM945278_2	GSM945278
+GSM973690_2	GSM973690
+GSM646564_2	GSM646564
+GSM733672_1	GSM733672
+GSM945288_1	GSM945288
+GSM923453_4	GSM923453
+GSM923444_6	GSM923444
+GSM749778_1	GSM749778
+GSM831005_1	GSM831005
+GSM923445_4	GSM923445
+GSM749679_1	GSM749679
+GSM736517_1	GSM736517
+GSM816662_2	GSM816662
+GSM945183_1	GSM945183
+GSM803539_2	GSM803539
+GSM945310_1	GSM945310
+GSM958738_3	GSM958738
+GSM803485_1	GSM803485
+GSM803377_1	GSM803377
+GSM736602_1	GSM736602
+GSM803496_1	GSM803496
+GSM864340_1	GSM864340
+GSM765394_2	GSM765394
+GSM935332_1	GSM935332
+GSM923447_1	GSM923447
+GSM803363_1	GSM803363
+GSM945239_2	GSM945239
+GSM897083_5	GSM897083
+GSM830531_1	GSM830531
+GSM803519_2	GSM803519
+GSM788073_1	GSM788073
+GSM935314_1	GSM935314
+GSM973672_2	GSM973672
+GSM830530_1	GSM830530
+GSM733687_1	GSM733687
+GSM822277_1	GSM822277
+GSM605630_1	GSM605630
+GSM803363_2	GSM803363
+GSM935283_1	GSM935283
+GSM935419_1	GSM935419
+GSM803367_2	GSM803367
+GSM935323_1	GSM935323
+GSM935378_1	GSM935378
+GSM830537_2	GSM830537
+GSM733781_1	GSM733781
+GSM864342_1	GSM864342
+GSM945239_1	GSM945239
+GSM803373_2	GSM803373
+GSM973678_1	GSM973678
+GSM765386_4	GSM765386
+GSM803528_1	GSM803528
+GSM803388_2	GSM803388
+GSM945172_2	GSM945172
+GSM923444_15	GSM923444
+GSM977043_1	GSM977043
+GSM767845_4	GSM767845
+GSM935349_1	GSM935349
+GSM767842_1	GSM767842
+GSM605625_5	GSM605625
+GSM822277_2	GSM822277
+GSM788080_1	GSM788080
+GSM935538_1	GSM935538
+GSM788086_1	GSM788086
+GSM831028_1	GSM831028
+GSM733741_1	GSM733741
+GSM935514_1	GSM935514
+GSM736502_1	GSM736502
+GSM672836_1	GSM672836
+GSM736631_1	GSM736631
+GSM767854_4	GSM767854
+GSM831038_1	GSM831038
+GSM935566_1	GSM935566
+GSM935623_1	GSM935623
+GSM803425_2	GSM803425
+GSM605628_4	GSM605628
+GSM749722_1	GSM749722
+GSM831007_1	GSM831007
+GSM803465_1	GSM803465
+GSM758575_1	GSM758575
+GSM897081_6	GSM897081
+GSM803422_2	GSM803422
+GSM803483_1	GSM803483
+GSM767856_3	GSM767856
+GSM733716_1	GSM733716
+GSM803508_2	GSM803508
+GSM822276_2	GSM822276
+GSM816647_2	GSM816647
+GSM816651_1	GSM816651
+GSM816642_2	GSM816642
+GSM749754_1	GSM749754
+GSM803473_1	GSM803473
+GSM945222_1	GSM945222
+GSM945245_1	GSM945245
+GSM803463_2	GSM803463
+GSM864353_2	GSM864353
+GSM803503_1	GSM803503
+GSM935383_1	GSM935383
+GSM803407_1	GSM803407
+GSM958731_4	GSM958731
+GSM736547_1	GSM736547
+GSM803414_2	GSM803414
+GSM822286_2	GSM822286
+GSM803441_1	GSM803441
+GSM605629_3	GSM605629
+GSM733783_1	GSM733783
+GSM803341_2	GSM803341
+GSM733776_1	GSM733776
+GSM935367_1	GSM935367
+GSM945163_2	GSM945163
+GSM977036_4	GSM977036
+GSM749699_1	GSM749699
+GSM736582_1	GSM736582
+GSM958745_1	GSM958745
+GSM736536_1	GSM736536
+GSM803439_2	GSM803439
+GSM945278_1	GSM945278
+GSM830529_1	GSM830529
+GSM605632_2	GSM605632
+GSM646560_2	GSM646560
+GSM803511_2	GSM803511
+GSM758571_2	GSM758571
+GSM923451_3	GSM923451
+GSM958732_1	GSM958732
+GSM958741_1	GSM958741
+GSM816656_1	GSM816656
+GSM736538_1	GSM736538
+GSM818828_1	GSM818828
+GSM758560_1	GSM758560
+GSM736528_1	GSM736528
+GSM803459_1	GSM803459
+GSM736568_1	GSM736568
+GSM733771_1	GSM733771
+GSM803348_2	GSM803348
+GSM935447_1	GSM935447
+GSM935369_1	GSM935369
+GSM733673_1	GSM733673
+GSM944519_1	GSM944519
+GSM973666_4	GSM973666
+GSM977032_2	GSM977032
+GSM749745_1	GSM749745
+GSM849364_4	GSM849364
+GSM977029_2	GSM977029
+GSM849362_2	GSM849362
+GSM945236_1	GSM945236
+GSM736563_1	GSM736563
+GSM736519_1	GSM736519
+GSM831010_1	GSM831010
+GSM945260_1	GSM945260
+GSM816645_1	GSM816645
+GSM923450_7	GSM923450
+GSM646565_1	GSM646565
+GSM935480_1	GSM935480
+GSM897081_4	GSM897081
+GSM935449_1	GSM935449
+GSM935486_1	GSM935486
+GSM830995_1	GSM830995
+GSM973692_3	GSM973692
+GSM749671_1	GSM749671
+GSM803530_2	GSM803530
+GSM945180_1	GSM945180
+GSM767840_3	GSM767840
+GSM803380_2	GSM803380
+GSM803464_2	GSM803464
+GSM923442_8	GSM923442
+GSM767848_2	GSM767848
+GSM749734_1	GSM749734
+GSM816658_2	GSM816658
+GSM767841_1	GSM767841
+GSM935388_1	GSM935388
+GSM849324_1	GSM849324
+GSM803336_1	GSM803336
+GSM803407_2	GSM803407
+GSM736616_1	GSM736616
+GSM803481_1	GSM803481
+GSM849339_6	GSM849339
+GSM758559_3	GSM758559
+GSM803462_2	GSM803462
+GSM977033_1	GSM977033
+GSM945224_1	GSM945224
+GSM803418_1	GSM803418
+GSM803350_1	GSM803350
+GSM945325_2	GSM945325
+GSM935374_1	GSM935374
+GSM749680_1	GSM749680
+GSM973669_1	GSM973669
+GSM923447_3	GSM923447
+GSM736600_1	GSM736600
+GSM977033_4	GSM977033
+GSM767844_3	GSM767844
+GSM935561_1	GSM935561
+GSM977049_1	GSM977049
+GSM733773_1	GSM733773
+GSM945194_1	GSM945194
+GSM733724_1	GSM733724
+GSM803389_1	GSM803389
+GSM958730_2	GSM958730
+GSM736525_1	GSM736525
+GSM765393_4	GSM765393
+GSM935272_1	GSM935272
+GSM849360_2	GSM849360
+GSM977038_4	GSM977038
+GSM977046_1	GSM977046
+GSM831037_1	GSM831037
+GSM816635_2	GSM816635
+GSM605632_4	GSM605632
+GSM923448_6	GSM923448
+GSM822291_2	GSM822291
+GSM945283_1	GSM945283
+GSM897075_3	GSM897075
+GSM822310_2	GSM822310
+GSM736601_1	GSM736601
+GSM849354_1	GSM849354
+GSM733714_1	GSM733714
+GSM736575_1	GSM736575
+GSM897083_6	GSM897083
+GSM749737_1	GSM749737
+GSM777639_1	GSM777639
+GSM767853_1	GSM767853
+GSM736583_1	GSM736583
+GSM733682_1	GSM733682
+GSM945232_1	GSM945232
+GSM733647_1	GSM733647
+GSM816643_1	GSM816643
+GSM803512_2	GSM803512
+GSM822279_1	GSM822279
+GSM733761_1	GSM733761
+GSM945282_1	GSM945282
+GSM758572_4	GSM758572
+GSM849028_1	GSM849028
+GSM897073_2	GSM897073
+GSM822273_2	GSM822273
+GSM935618_1	GSM935618
+GSM849341_2	GSM849341
+GSM897072_1	GSM897072
+GSM803479_1	GSM803479
+GSM736524_1	GSM736524
+GSM803516_2	GSM803516
+GSM831030_1	GSM831030
+GSM958730_1	GSM958730
+GSM945854_1	GSM945854
+GSM977035_1	GSM977035
+GSM923442_5	GSM923442
+GSM849334_3	GSM849334
+GSM803536_2	GSM803536
+GSM749755_1	GSM749755
+GSM758561_2	GSM758561
+GSM945216_1	GSM945216
+GSM977032_1	GSM977032
+GSM788071_1	GSM788071
+GSM849351_1	GSM849351
+GSM758574_2	GSM758574
+GSM803449_1	GSM803449
+GSM767847_1	GSM767847
+GSM767857_4	GSM767857
+GSM733659_1	GSM733659
+GSM758567_3	GSM758567
+GSM816626_1	GSM816626
+GSM958737_4	GSM958737
+GSM945196_2	GSM945196
+GSM749753_1	GSM749753
+GSM897078_3	GSM897078
+GSM958728_2	GSM958728
+GSM945268_1	GSM945268
+GSM923445_3	GSM923445
+GSM733694_1	GSM733694
+GSM864344_1	GSM864344
+GSM923453_3	GSM923453
+GSM803513_1	GSM803513
+GSM733750_1	GSM733750
+GSM767855_2	GSM767855
+GSM973669_4	GSM973669
+GSM945300_1	GSM945300
+GSM803505_1	GSM803505
+GSM736590_1	GSM736590
+GSM973673_1	GSM973673
+GSM945204_1	GSM945204
+GSM788078_1	GSM788078
+GSM765391_2	GSM765391
+GSM777638_1	GSM777638
+GSM923447_4	GSM923447
+GSM923433_1	GSM923433
+GSM836272_1	GSM836272
+GSM977047_2	GSM977047
+GSM822306_1	GSM822306
+GSM958750_1	GSM958750
+GSM897078_1	GSM897078
+GSM977035_3	GSM977035
+GSM765395_1	GSM765395
+GSM803427_2	GSM803427
+GSM733759_1	GSM733759
+GSM935421_1	GSM935421
+GSM973682_3	GSM973682
+GSM736612_1	GSM736612
+GSM803402_1	GSM803402
+GSM765386_2	GSM765386
+GSM803484_2	GSM803484
+GSM849327_3	GSM849327
+GSM803495_2	GSM803495
+GSM736511_1	GSM736511
+GSM935630_1	GSM935630
+GSM945313_1	GSM945313
+GSM935273_1	GSM935273
+GSM749695_1	GSM749695
+GSM935277_1	GSM935277
+GSM816632_1	GSM816632
+GSM923451_4	GSM923451
+GSM849025_2	GSM849025
+GSM803403_1	GSM803403
+GSM849329_2	GSM849329
+GSM944526_2	GSM944526
+GSM765388_2	GSM765388
+GSM935331_1	GSM935331
+GSM973689_4	GSM973689
+GSM803520_2	GSM803520
+GSM977051_2	GSM977051
+GSM816628_2	GSM816628
+GSM945266_1	GSM945266
+GSM935336_1	GSM935336
+GSM758577_1	GSM758577
+GSM803382_1	GSM803382
+GSM945211_1	GSM945211
+GSM765400_3	GSM765400
+GSM935522_1	GSM935522
+GSM935403_1	GSM935403
+GSM803351_5	GSM803351
+GSM803541_1	GSM803541
+GSM945169_1	GSM945169
+GSM935652_1	GSM935652
+GSM977036_3	GSM977036
+GSM849368_4	GSM849368
+GSM749715_1	GSM749715
+GSM803338_1	GSM803338
+GSM803338_2	GSM803338
+GSM849358_3	GSM849358
+GSM935415_1	GSM935415
+GSM803498_2	GSM803498
+GSM945175_1	GSM945175
+GSM977036_2	GSM977036
+GSM803486_2	GSM803486
+GSM945213_1	GSM945213
+GSM849349_1	GSM849349
+GSM935645_1	GSM935645
+GSM945284_1	GSM945284
+GSM864359_1	GSM864359
+GSM897075_2	GSM897075
+GSM803337_1	GSM803337
+GSM935563_1	GSM935563
+GSM973674_1	GSM973674
+GSM849338_3	GSM849338
+GSM973691_4	GSM973691
+GSM977034_4	GSM977034
+GSM973674_3	GSM973674
+GSM749772_1	GSM749772
+GSM733711_1	GSM733711
+GSM803405_2	GSM803405
+GSM935512_1	GSM935512
+GSM864345_2	GSM864345
+GSM945240_1	GSM945240
+GSM816659_1	GSM816659
+GSM765394_3	GSM765394
+GSM923442_3	GSM923442
+GSM803501_2	GSM803501
+GSM935571_1	GSM935571
+GSM923444_4	GSM923444
+GSM973680_2	GSM973680
+GSM733768_1	GSM733768
+GSM830521_2	GSM830521
+GSM897086_1	GSM897086
+GSM849324_2	GSM849324
+GSM849336_2	GSM849336
+GSM958728_1	GSM958728
+GSM605625_1	GSM605625
+GSM733651_1	GSM733651
+GSM945316_1	GSM945316
+GSM945267_2	GSM945267
+GSM945174_2	GSM945174
+GSM803358_2	GSM803358
+GSM849354_2	GSM849354
+GSM945276_1	GSM945276
+GSM765404_1	GSM765404
+GSM758564_1	GSM758564
+GSM923441_1	GSM923441
+GSM803542_1	GSM803542
+GSM803370_1	GSM803370
+GSM822270_2	GSM822270
+GSM945271_2	GSM945271
+GSM736571_1	GSM736571
+GSM803515_2	GSM803515
+GSM945247_1	GSM945247
+GSM803504_2	GSM803504
+GSM897072_2	GSM897072
+GSM749685_1	GSM749685
+GSM977037_3	GSM977037
+GSM831014_1	GSM831014
+GSM973677_1	GSM973677
+GSM749736_1	GSM749736
+GSM944521_2	GSM944521
+GSM767842_2	GSM767842
+GSM849358_1	GSM849358
+GSM945198_1	GSM945198
+GSM767853_4	GSM767853
+GSM945312_1	GSM945312
+GSM945271_1	GSM945271
+GSM803398_1	GSM803398
+GSM977028_4	GSM977028
+GSM958748_3	GSM958748
+GSM605633_3	GSM605633
+GSM935632_1	GSM935632
+GSM758568_4	GSM758568
+GSM864344_2	GSM864344
+GSM803437_1	GSM803437
+GSM803399_2	GSM803399
+GSM945193_1	GSM945193
+GSM803530_1	GSM803530
+GSM803384_1	GSM803384
+GSM923418_2	GSM923418
+GSM758577_4	GSM758577
+GSM803458_1	GSM803458
+GSM803531_1	GSM803531
+GSM973668_1	GSM973668
+GSM765402_2	GSM765402
+GSM973684_1	GSM973684
+GSM935584_1	GSM935584
+GSM945296_2	GSM945296
+GSM935488_1	GSM935488
+GSM803527_2	GSM803527
+GSM733735_1	GSM733735
+GSM736531_1	GSM736531
+GSM935548_1	GSM935548
+GSM849366_1	GSM849366
+GSM803334_1	GSM803334
+GSM736549_1	GSM736549
+GSM803353_1	GSM803353
+GSM831043_1	GSM831043
+GSM973675_4	GSM973675
+GSM923446_2	GSM923446
+GSM945204_2	GSM945204
+GSM831003_1	GSM831003
+GSM935373_1	GSM935373
+GSM758566_3	GSM758566
+GSM935320_1	GSM935320
+GSM758578_4	GSM758578
+GSM935586_1	GSM935586
+GSM935628_1	GSM935628
+GSM935587_1	GSM935587
+GSM733644_1	GSM733644
+GSM818827_1	GSM818827
+GSM935451_1	GSM935451
+GSM803451_2	GSM803451
+GSM973689_1	GSM973689
+GSM803386_2	GSM803386
+GSM803388_1	GSM803388
+GSM830521_1	GSM830521
+GSM803506_1	GSM803506
+GSM736516_1	GSM736516
+GSM767853_3	GSM767853
+GSM733688_1	GSM733688
+GSM945182_1	GSM945182
+GSM816646_2	GSM816646
+GSM749726_1	GSM749726
+GSM935550_1	GSM935550
+GSM733676_1	GSM733676
+GSM765391_3	GSM765391
+GSM973669_2	GSM973669
+GSM736608_1	GSM736608
+GSM788084_1	GSM788084
+GSM733755_1	GSM733755
+GSM822271_1	GSM822271
+GSM935446_1	GSM935446
+GSM736537_1	GSM736537
+GSM958735_1	GSM958735
+GSM803349_2	GSM803349
+GSM736554_1	GSM736554
+GSM830535_3	GSM830535
+GSM923443_8	GSM923443
+GSM836273_1	GSM836273
+GSM803443_2	GSM803443
+GSM977052_1	GSM977052
+GSM935464_1	GSM935464
+GSM767850_3	GSM767850
+GSM749669_1	GSM749669
+GSM803470_1	GSM803470
+GSM958751_1	GSM958751
+GSM836270_1	GSM836270
+GSM945159_2	GSM945159
+GSM803514_1	GSM803514
+GSM736542_1	GSM736542
+GSM935359_1	GSM935359
+GSM605633_1	GSM605633
+GSM758572_3	GSM758572
+GSM736535_1	GSM736535
+GSM816671_1	GSM816671
+GSM803521_1	GSM803521
+GSM803335_2	GSM803335
+GSM923435_1	GSM923435
+GSM736569_1	GSM736569
+GSM977040_2	GSM977040
+GSM803440_2	GSM803440
+GSM923449_5	GSM923449
+GSM945272_1	GSM945272
+GSM923452_2	GSM923452
+GSM733772_2	GSM733772
+GSM897082_2	GSM897082
+GSM977029_1	GSM977029
+GSM733728_1	GSM733728
+GSM935322_1	GSM935322
+GSM816642_1	GSM816642
+GSM803345_2	GSM803345
+GSM923437_2	GSM923437
+GSM849327_2	GSM849327
+GSM822286_1	GSM822286
+GSM945191_1	GSM945191
+GSM935579_1	GSM935579
+GSM945320_2	GSM945320
+GSM831022_1	GSM831022
+GSM798322_1	GSM798322
+GSM849346_2	GSM849346
+GSM923451_7	GSM923451
+GSM945322_1	GSM945322
+GSM973689_3	GSM973689
+GSM945857_1	GSM945857
+GSM803535_2	GSM803535
+GSM765398_2	GSM765398
+GSM767854_1	GSM767854
+GSM831035_1	GSM831035
+GSM736625_1	GSM736625
+GSM973683_2	GSM973683
+GSM736620_1	GSM736620
+GSM822313_1	GSM822313
+GSM816640_1	GSM816640
+GSM958734_1	GSM958734
+GSM849368_3	GSM849368
+GSM977046_3	GSM977046
+GSM736550_1	GSM736550
+GSM935505_1	GSM935505
+GSM749738_1	GSM749738
+GSM803453_1	GSM803453
+GSM803351_4	GSM803351
+GSM765399_2	GSM765399
+GSM803374_1	GSM803374
+GSM816437_1	GSM816437
+GSM749763_1	GSM749763
+GSM605635_4	GSM605635
+GSM973686_1	GSM973686
+GSM923452_6	GSM923452
+GSM977044_4	GSM977044
+GSM973690_4	GSM973690
+GSM605632_3	GSM605632
+GSM733653_1	GSM733653
+GSM816631_1	GSM816631
+GSM935279_1	GSM935279
+GSM935649_1	GSM935649
+GSM977039_3	GSM977039
+GSM973684_3	GSM973684
+GSM758562_1	GSM758562
+GSM973673_2	GSM973673
+GSM897073_1	GSM897073
+GSM803419_1	GSM803419
+GSM897079_4	GSM897079
+GSM864338_2	GSM864338
+GSM733767_1	GSM733767
+GSM849339_1	GSM849339
+GSM897075_1	GSM897075
+GSM803541_2	GSM803541
+GSM816665_1	GSM816665
+GSM803379_2	GSM803379
+GSM749684_1	GSM749684
+GSM803414_1	GSM803414
+GSM923447_6	GSM923447
+GSM945212_1	GSM945212
+GSM749743_1	GSM749743
+GSM765402_4	GSM765402
+GSM605625_3	GSM605625
+GSM935473_1	GSM935473
+GSM803529_1	GSM803529
+GSM831015_1	GSM831015
+GSM646563_1	GSM646563
+GSM849334_2	GSM849334
+GSM945178_2	GSM945178
+GSM935470_1	GSM935470
+GSM803515_1	GSM803515
+GSM977030_4	GSM977030
+GSM803353_2	GSM803353
+GSM758561_3	GSM758561
+GSM897082_4	GSM897082
+GSM803369_1	GSM803369
+GSM803377_2	GSM803377
+GSM816627_1	GSM816627
+GSM945279_2	GSM945279
+GSM803333_2	GSM803333
+GSM803500_1	GSM803500
+GSM803424_2	GSM803424
+GSM767843_1	GSM767843
+GSM945324_2	GSM945324
+GSM803350_2	GSM803350
+GSM945292_2	GSM945292
+GSM822289_1	GSM822289
+GSM923425_2	GSM923425
+GSM803473_2	GSM803473
+GSM935307_1	GSM935307
+GSM849364_1	GSM849364
+GSM935453_1	GSM935453
+GSM608167_1	GSM608167
+GSM977034_1	GSM977034
+GSM749773_1	GSM749773
+GSM646562_2	GSM646562
+GSM803393_2	GSM803393
+GSM973687_3	GSM973687
+GSM605634_5	GSM605634
+GSM973673_3	GSM973673
+GSM945227_1	GSM945227
+GSM803444_1	GSM803444
+GSM923452_8	GSM923452
+GSM733769_1	GSM733769
+GSM749735_1	GSM749735
+GSM758572_2	GSM758572
+GSM822291_1	GSM822291
+GSM923444_11	GSM923444
+GSM830536_2	GSM830536
+GSM736606_1	GSM736606
+GSM758559_1	GSM758559
+GSM945229_2	GSM945229
+GSM749742_1	GSM749742
+GSM749678_1	GSM749678
+GSM958737_1	GSM958737
+GSM945226_1	GSM945226
+GSM958745_2	GSM958745
+GSM733670_1	GSM733670
+GSM923445_6	GSM923445
+GSM945237_1	GSM945237
+GSM818744_1	GSM818744
+GSM803439_1	GSM803439
+GSM935442_1	GSM935442
+GSM733718_1	GSM733718
+GSM864351_1	GSM864351
+GSM973663_2	GSM973663
+GSM849330_1	GSM849330
+GSM847562_1	GSM847562
+GSM758563_3	GSM758563
+GSM935363_1	GSM935363
+GSM977038_2	GSM977038
+GSM840138_4	GSM840138
+GSM973667_2	GSM973667
+GSM935309_1	GSM935309
+GSM973674_2	GSM973674
+GSM803474_2	GSM803474
+GSM767843_2	GSM767843
+GSM830524_2	GSM830524
+GSM803410_1	GSM803410
+GSM977047_1	GSM977047
+GSM767851_4	GSM767851
+GSM945296_1	GSM945296
+GSM973665_3	GSM973665
+GSM945265_1	GSM945265
+GSM822301_1	GSM822301
+GSM767847_2	GSM767847
+GSM803523_1	GSM803523
+GSM935460_1	GSM935460
+GSM935483_1	GSM935483
+GSM958738_1	GSM958738
+GSM923431_2	GSM923431
+GSM935503_1	GSM935503
+GSM849331_2	GSM849331
+GSM822309_2	GSM822309
+GSM923440_7	GSM923440
+GSM922955_1	GSM922955
+GSM749730_1	GSM749730
+GSM945221_1	GSM945221
+GSM945175_2	GSM945175
+GSM958731_2	GSM958731
+GSM765405_1	GSM765405
+GSM958740_4	GSM958740
+GSM777640_1	GSM777640
+GSM733757_1	GSM733757
+GSM765399_1	GSM765399
+GSM945277_1	GSM945277
+GSM767850_1	GSM767850
+GSM733720_1	GSM733720
+GSM945244_1	GSM945244
+GSM935646_1	GSM935646
+GSM736565_1	GSM736565
+GSM803527_1	GSM803527
+GSM803457_1	GSM803457
+GSM977051_1	GSM977051
+GSM822284_1	GSM822284
+GSM803489_2	GSM803489
+GSM758575_4	GSM758575
+GSM736544_1	GSM736544
+GSM803489_1	GSM803489
+GSM830534_2	GSM830534
+GSM923429_2	GSM923429
+GSM849362_1	GSM849362
+GSM935476_1	GSM935476
+GSM935599_1	GSM935599
+GSM935511_1	GSM935511
+GSM944519_2	GSM944519
+GSM864346_2	GSM864346
+GSM973693_2	GSM973693
+GSM973680_3	GSM973680
+GSM923441_4	GSM923441
+GSM822298_2	GSM822298
+GSM923444_1	GSM923444
+GSM831002_1	GSM831002
+GSM765401_1	GSM765401
+GSM765391_1	GSM765391
+GSM849330_2	GSM849330
+GSM803395_1	GSM803395
+GSM803524_1	GSM803524
+GSM923432_2	GSM923432
+GSM767851_2	GSM767851
+GSM803373_1	GSM803373
+GSM816653_1	GSM816653
+GSM749750_1	GSM749750
+GSM958739_4	GSM958739
+GSM605629_5	GSM605629
+GSM765392_1	GSM765392
+GSM973688_1	GSM973688
+GSM973668_4	GSM973668
+GSM736610_1	GSM736610
+GSM765403_2	GSM765403
+GSM788081_1	GSM788081
+GSM767847_4	GSM767847
+GSM736493_1	GSM736493
+GSM935605_1	GSM935605
+GSM945267_1	GSM945267
+GSM767854_2	GSM767854
+GSM758573_2	GSM758573
+GSM977035_4	GSM977035
+GSM977040_4	GSM977040
+GSM944523_2	GSM944523
+GSM765386_1	GSM765386
+GSM935291_1	GSM935291
+GSM935358_1	GSM935358
+GSM897086_2	GSM897086
+GSM765389_2	GSM765389
+GSM822299_2	GSM822299
+GSM803384_2	GSM803384
+GSM822273_1	GSM822273
+GSM849339_4	GSM849339
+GSM945251_1	GSM945251
+GSM733707_1	GSM733707
+GSM803346_1	GSM803346
+GSM944524_2	GSM944524
+GSM803525_2	GSM803525
+GSM849302_1	GSM849302
+GSM945299_1	GSM945299
+GSM803340_2	GSM803340
+GSM803521_3	GSM803521
+GSM935292_1	GSM935292
+GSM935352_1	GSM935352
+GSM945269_1	GSM945269
+GSM803403_2	GSM803403
+GSM749764_1	GSM749764
+GSM945188_2	GSM945188
+GSM831021_1	GSM831021
+GSM945269_2	GSM945269
+GSM977030_2	GSM977030
+GSM945170_2	GSM945170
+GSM864361_1	GSM864361
+GSM733770_1	GSM733770
+GSM973678_3	GSM973678
+GSM923422_2	GSM923422
+GSM958739_1	GSM958739
+GSM736614_1	GSM736614
+GSM973665_2	GSM973665
+GSM765394_4	GSM765394
+GSM935575_1	GSM935575
+GSM758576_2	GSM758576
+GSM736497_1	GSM736497
+GSM923444_3	GSM923444
+GSM944521_1	GSM944521
+GSM849357_4	GSM849357
+GSM803383_1	GSM803383
+GSM849305_2	GSM849305
+GSM897083_4	GSM897083
+GSM945255_1	GSM945255
+GSM758570_1	GSM758570
+GSM736505_1	GSM736505
+GSM849359_4	GSM849359
+GSM849305_1	GSM849305
+GSM945192_1	GSM945192
+GSM945291_1	GSM945291
+GSM765402_1	GSM765402
+GSM840136_4	GSM840136
+GSM822285_1	GSM822285
+GSM923444_7	GSM923444
+GSM849357_2	GSM849357
+GSM864343_1	GSM864343
+GSM788083_1	GSM788083
+GSM816644_2	GSM816644
+GSM758563_2	GSM758563
+GSM803512_1	GSM803512
+GSM935501_1	GSM935501
+GSM736553_1	GSM736553
+GSM803538_1	GSM803538
+GSM736626_1	GSM736626
+GSM897071_2	GSM897071
+GSM945270_1	GSM945270
+GSM733725_1	GSM733725
+GSM765394_1	GSM765394
+GSM977034_2	GSM977034
+GSM736581_1	GSM736581
+GSM736510_1	GSM736510
+GSM935513_1	GSM935513
+GSM803466_2	GSM803466
+GSM849330_3	GSM849330
+GSM803425_1	GSM803425
+GSM788079_1	GSM788079
+GSM935610_1	GSM935610
+GSM849349_4	GSM849349
+GSM803455_2	GSM803455
+GSM605633_2	GSM605633
+GSM840136_2	GSM840136
+GSM849344_2	GSM849344
+GSM758564_2	GSM758564
+GSM935437_1	GSM935437
+GSM803360_2	GSM803360
+GSM822278_1	GSM822278
+GSM816628_1	GSM816628
+GSM803424_1	GSM803424
+GSM897083_1	GSM897083
+GSM736546_1	GSM736546
+GSM803361_2	GSM803361
+GSM803502_2	GSM803502
+GSM958737_2	GSM958737
+GSM973679_1	GSM973679
+GSM803420_2	GSM803420
+GSM923453_6	GSM923453
+GSM803371_1	GSM803371
+GSM973679_2	GSM973679
+GSM935478_1	GSM935478
+GSM849342_2	GSM849342
+GSM758569_1	GSM758569
+GSM803385_1	GSM803385
+GSM765398_4	GSM765398
+GSM935311_1	GSM935311
+GSM816633_1	GSM816633
+GSM758569_4	GSM758569
+GSM749665_1	GSM749665
+GSM945165_2	GSM945165
+GSM816638_2	GSM816638
+GSM736585_1	GSM736585
+GSM830532_1	GSM830532
+GSM758575_2	GSM758575
+GSM733758_2	GSM733758
+GSM847565_1	GSM847565
+GSM923439_4	GSM923439
+GSM958733_1	GSM958733
+GSM767851_3	GSM767851
+GSM758567_2	GSM758567
+GSM897074_4	GSM897074
+GSM803470_2	GSM803470
+GSM803366_1	GSM803366
+GSM736636_1	GSM736636
+GSM897070_2	GSM897070
+GSM945166_1	GSM945166
+GSM935546_1	GSM935546
+GSM935497_1	GSM935497
+GSM767852_3	GSM767852
+GSM803375_1	GSM803375
+GSM849350_2	GSM849350
+GSM849301_2	GSM849301
+GSM736635_1	GSM736635
+GSM758566_2	GSM758566
+GSM646564_1	GSM646564
+GSM765390_3	GSM765390
+GSM923452_7	GSM923452
+GSM935583_1	GSM935583
+GSM973691_3	GSM973691
+GSM758566_1	GSM758566
+GSM831025_1	GSM831025
+GSM803400_1	GSM803400
+GSM765396_2	GSM765396
+GSM945279_1	GSM945279
+GSM736638_1	GSM736638
+GSM803333_1	GSM803333
+GSM646562_1	GSM646562
+GSM923440_3	GSM923440
+GSM923450_3	GSM923450
+GSM864355_2	GSM864355
+GSM923418_1	GSM923418
+GSM736593_1	GSM736593
+GSM749748_1	GSM749748
+GSM945320_1	GSM945320
+GSM803477_2	GSM803477
+GSM736527_1	GSM736527
+GSM977043_2	GSM977043
+GSM945303_1	GSM945303
+GSM803499_2	GSM803499
+GSM605628_5	GSM605628
+GSM849031_1	GSM849031
+GSM733727_1	GSM733727
+GSM935335_1	GSM935335
+GSM945241_1	GSM945241
+GSM736584_1	GSM736584
+GSM758570_2	GSM758570
+GSM945306_2	GSM945306
+GSM816664_2	GSM816664
+GSM816641_2	GSM816641
+GSM803432_1	GSM803432
+GSM822302_1	GSM822302
+GSM945217_1	GSM945217
+GSM803440_1	GSM803440
+GSM935337_1	GSM935337
+GSM973662_2	GSM973662
+GSM736627_1	GSM736627
+GSM849325_1	GSM849325
+GSM749728_1	GSM749728
+GSM803494_1	GSM803494
+GSM605634_4	GSM605634
+GSM945199_1	GSM945199
+GSM822305_1	GSM822305
+GSM749729_1	GSM749729
+GSM758578_3	GSM758578
+GSM945215_1	GSM945215
+GSM958740_2	GSM958740
+GSM935356_1	GSM935356
+GSM767850_4	GSM767850
+GSM736576_1	GSM736576
+GSM849339_2	GSM849339
+GSM935591_1	GSM935591
+GSM749702_1	GSM749702
+GSM977049_3	GSM977049
+GSM945215_2	GSM945215
+GSM847564_1	GSM847564
+GSM736539_1	GSM736539
+GSM830530_4	GSM830530
+GSM816658_1	GSM816658
+GSM749700_1	GSM749700
+GSM758562_4	GSM758562
+GSM803419_2	GSM803419
+GSM803483_2	GSM803483
+GSM605632_6	GSM605632
+GSM923450_6	GSM923450
+GSM749713_1	GSM749713
+GSM973664_1	GSM973664
+GSM945298_1	GSM945298
+GSM733764_1	GSM733764
+GSM816631_2	GSM816631
+GSM803497_2	GSM803497
+GSM818826_1	GSM818826
+GSM749673_1	GSM749673
+GSM733736_1	GSM733736
+GSM803488_1	GSM803488
+GSM935489_1	GSM935489
+GSM758567_4	GSM758567
+GSM935466_1	GSM935466
+GSM973681_2	GSM973681
+GSM977041_2	GSM977041
+GSM935304_1	GSM935304
+GSM803525_1	GSM803525
+GSM749701_1	GSM749701
+GSM816634_2	GSM816634
+GSM935534_1	GSM935534
+GSM736592_1	GSM736592
+GSM935316_1	GSM935316
+GSM897073_4	GSM897073
+GSM803497_1	GSM803497
+GSM822282_2	GSM822282
+GSM847561_1	GSM847561
+GSM935351_1	GSM935351
+GSM897081_1	GSM897081
+GSM973693_1	GSM973693
+GSM733762_1	GSM733762
+GSM923448_8	GSM923448
+GSM920558_1	GSM920558
+GSM765397_2	GSM765397
+GSM803357_2	GSM803357
+GSM945159_1	GSM945159
+GSM816638_1	GSM816638
+GSM605627_1	GSM605627
+GSM897081_5	GSM897081
+GSM977042_3	GSM977042
+GSM749721_1	GSM749721
+GSM765401_5	GSM765401
+GSM923443_6	GSM923443
+GSM864341_2	GSM864341
+GSM935598_1	GSM935598
+GSM923441_7	GSM923441
+GSM803521_2	GSM803521
+GSM864337_1	GSM864337
+GSM935414_1	GSM935414
+GSM945200_2	GSM945200
+GSM767844_2	GSM767844
+GSM958742_1	GSM958742
+GSM945261_1	GSM945261
+GSM945171_1	GSM945171
+GSM733733_1	GSM733733
+GSM749741_1	GSM749741
+GSM605627_5	GSM605627
+GSM849344_1	GSM849344
+GSM935596_1	GSM935596
+GSM897070_1	GSM897070
+GSM945214_1	GSM945214
+GSM935519_1	GSM935519
+GSM849359_3	GSM849359
+GSM973670_3	GSM973670
+GSM646567_1	GSM646567
+GSM736624_1	GSM736624
+GSM977033_2	GSM977033
+GSM935395_1	GSM935395
+GSM816436_1	GSM816436
+GSM945274_1	GSM945274
+GSM831040_1	GSM831040
+GSM803480_2	GSM803480
+GSM803517_2	GSM803517
+GSM849336_1	GSM849336
+GSM646566_1	GSM646566
+GSM646569_1	GSM646569
+GSM803501_1	GSM803501
+GSM864358_2	GSM864358
+GSM822280_1	GSM822280
+GSM803383_2	GSM803383
+GSM736555_1	GSM736555
+GSM935508_1	GSM935508
+GSM935340_1	GSM935340
+GSM840137_1	GSM840137
+GSM736594_1	GSM736594
+GSM803468_2	GSM803468
+GSM973688_3	GSM973688
+GSM749720_1	GSM749720
+GSM803423_1	GSM803423
+GSM849030_1	GSM849030
+GSM945285_1	GSM945285
+GSM803468_1	GSM803468
+GSM803401_1	GSM803401
+GSM945218_1	GSM945218
+GSM803392_2	GSM803392
+GSM973685_3	GSM973685
+GSM736500_1	GSM736500
+GSM945307_1	GSM945307
+GSM605634_1	GSM605634
+GSM733748_1	GSM733748
+GSM897069_3	GSM897069
+GSM733664_1	GSM733664
+GSM897083_2	GSM897083
+GSM758562_3	GSM758562
+GSM749770_1	GSM749770
+GSM973673_4	GSM973673
+GSM765405_2	GSM765405
+GSM749707_1	GSM749707
+GSM736591_1	GSM736591
+GSM849365_4	GSM849365
+GSM803362_2	GSM803362
+GSM935502_1	GSM935502
+GSM935406_1	GSM935406
+GSM945855_1	GSM945855
+GSM958733_4	GSM958733
+GSM935602_1	GSM935602
+GSM935647_1	GSM935647
+GSM849367_4	GSM849367
+GSM849358_2	GSM849358
+GSM749691_1	GSM749691
+GSM733695_1	GSM733695
+GSM923428_2	GSM923428
+GSM767846_2	GSM767846
+GSM935275_1	GSM935275
+GSM803445_1	GSM803445
+GSM803490_2	GSM803490
+GSM803369_2	GSM803369
+GSM864348_2	GSM864348
+GSM816667_1	GSM816667
+GSM977028_1	GSM977028
+GSM816635_1	GSM816635
+GSM945233_2	GSM945233
+GSM973683_4	GSM973683
+GSM864349_2	GSM864349
+GSM864356_1	GSM864356
+GSM923449_7	GSM923449
+GSM803341_1	GSM803341
+GSM749682_1	GSM749682
+GSM816649_1	GSM816649
+GSM816663_2	GSM816663
+GSM749674_1	GSM749674
+GSM945304_1	GSM945304
+GSM945219_1	GSM945219
+GSM749670_1	GSM749670
+GSM803450_2	GSM803450
+GSM945229_1	GSM945229
+GSM973669_3	GSM973669
+GSM733779_1	GSM733779
+GSM803496_2	GSM803496
+GSM758576_3	GSM758576
+GSM765396_3	GSM765396
+GSM973687_4	GSM973687
+GSM973688_2	GSM973688
+GSM758569_3	GSM758569
+GSM922957_1	GSM922957
+GSM958736_2	GSM958736
+GSM935608_1	GSM935608
+GSM923442_6	GSM923442
+GSM733702_1	GSM733702
+GSM849348_4	GSM849348
+GSM945264_2	GSM945264
+GSM803450_1	GSM803450
+GSM945254_1	GSM945254
+GSM803344_1	GSM803344
+GSM733775_1	GSM733775
+GSM923448_5	GSM923448
+GSM864339_1	GSM864339
+GSM767848_4	GSM767848
+GSM830531_2	GSM830531
+GSM977051_4	GSM977051
+GSM973663_3	GSM973663
+GSM765400_4	GSM765400
+GSM605625_6	GSM605625
+GSM816663_1	GSM816663
+GSM897076_2	GSM897076
+GSM803447_1	GSM803447
+GSM803472_2	GSM803472
+GSM945295_2	GSM945295
+GSM897080_1	GSM897080
+GSM977050_2	GSM977050
+GSM765389_3	GSM765389
+GSM849357_1	GSM849357
+GSM977047_4	GSM977047
+GSM736533_1	GSM736533
+GSM733743_1	GSM733743
+GSM803376_1	GSM803376
+GSM935456_1	GSM935456
+GSM958741_2	GSM958741
+GSM945256_1	GSM945256
+GSM945181_1	GSM945181
+GSM849359_1	GSM849359
+GSM935526_1	GSM935526
+GSM733681_1	GSM733681
+GSM920557_1	GSM920557
+GSM788074_1	GSM788074
+GSM788072_1	GSM788072
+GSM945858_1	GSM945858
+GSM945308_1	GSM945308
+GSM977028_2	GSM977028
+GSM849352_2	GSM849352
+GSM935398_1	GSM935398
+GSM672834_1	GSM672834
+GSM605630_5	GSM605630
+GSM788070_1	GSM788070
+GSM749675_1	GSM749675
+GSM736529_1	GSM736529
+GSM608165_1	GSM608165
+GSM958734_2	GSM958734
+GSM923443_5	GSM923443
+GSM935444_1	GSM935444
+GSM897069_1	GSM897069
+GSM646566_2	GSM646566
+GSM822276_1	GSM822276
+GSM935338_1	GSM935338
+GSM935634_1	GSM935634
+GSM749756_1	GSM749756
+GSM816640_2	GSM816640
+GSM935541_1	GSM935541
+GSM935653_1	GSM935653
+GSM749681_1	GSM749681
+GSM923439_5	GSM923439
+GSM935459_1	GSM935459
+GSM749692_1	GSM749692
+GSM767851_1	GSM767851
+GSM945231_1	GSM945231
+GSM816673_1	GSM816673
+GSM816637_2	GSM816637
+GSM822270_1	GSM822270
+GSM958740_3	GSM958740
+GSM749696_1	GSM749696
+GSM945202_1	GSM945202
+GSM958737_3	GSM958737
+GSM935450_1	GSM935450
+GSM977050_1	GSM977050
+GSM803514_2	GSM803514
+GSM849327_4	GSM849327
+GSM958729_1	GSM958729
+GSM945859_1	GSM945859
+GSM765398_1	GSM765398
+GSM733671_1	GSM733671
+GSM831000_1	GSM831000
+GSM935482_1	GSM935482
+GSM736605_1	GSM736605
+GSM765400_1	GSM765400
+GSM803518_1	GSM803518
+GSM945259_1	GSM945259
+GSM733700_1	GSM733700
+GSM945257_1	GSM945257
+GSM935578_1	GSM935578
+GSM749774_1	GSM749774
+GSM945853_1	GSM945853
+GSM935537_1	GSM935537
+GSM945309_1	GSM945309
+GSM803442_2	GSM803442
+GSM816630_1	GSM816630
+GSM973680_1	GSM973680
+GSM736566_1	GSM736566
+GSM923444_14	GSM923444
+GSM935325_1	GSM935325
+GSM935417_1	GSM935417
+GSM923440_4	GSM923440
+GSM765398_5	GSM765398
+GSM935312_1	GSM935312
+GSM758563_1	GSM758563
+GSM803486_1	GSM803486
+GSM758577_3	GSM758577
+GSM803343_1	GSM803343
+GSM935621_1	GSM935621
+GSM758574_1	GSM758574
+GSM935400_1	GSM935400
+GSM923427_2	GSM923427
+GSM749697_1	GSM749697
+GSM733760_1	GSM733760
+GSM849333_2	GSM849333
+GSM935577_1	GSM935577
+GSM923449_2	GSM923449
+GSM765393_2	GSM765393
+GSM958730_4	GSM958730
+GSM803404_2	GSM803404
+GSM736495_1	GSM736495
+GSM816672_2	GSM816672
+GSM822282_1	GSM822282
+GSM935615_1	GSM935615
+GSM973666_1	GSM973666
+GSM973693_4	GSM973693
+GSM816662_1	GSM816662
+GSM935616_1	GSM935616
+GSM923447_5	GSM923447
+GSM816627_2	GSM816627
+GSM958732_2	GSM958732
+GSM977044_3	GSM977044
+GSM864351_2	GSM864351
+GSM749667_1	GSM749667
+GSM758568_1	GSM758568
+GSM765403_4	GSM765403
+GSM977029_3	GSM977029
+GSM803397_1	GSM803397
+GSM803416_2	GSM803416
+GSM765392_2	GSM765392
+GSM765403_1	GSM765403
+GSM803406_2	GSM803406
+GSM897084_4	GSM897084
+GSM749718_1	GSM749718
+GSM970218_1	GSM970218
+GSM935474_1	GSM935474
+GSM830993_1	GSM830993
+GSM945244_2	GSM945244
+GSM825711_1	GSM825711
+GSM945314_1	GSM945314
+GSM973670_1	GSM973670
+GSM803352_1	GSM803352
+GSM803474_1	GSM803474
+GSM646565_2	GSM646565
+GSM758564_4	GSM758564
+GSM736589_1	GSM736589
+GSM803522_1	GSM803522
+GSM935529_1	GSM935529
+GSM935485_1	GSM935485
+GSM830999_1	GSM830999
+GSM849358_4	GSM849358
+GSM736508_1	GSM736508
+GSM803520_1	GSM803520
+GSM822275_1	GSM822275
+GSM816667_2	GSM816667
+GSM958747_1	GSM958747
+GSM788088_1	GSM788088
+GSM935636_1	GSM935636
+GSM803458_2	GSM803458
+GSM803533_1	GSM803533
+GSM803540_2	GSM803540
+GSM816657_1	GSM816657
+GSM923434_1	GSM923434
+GSM765399_4	GSM765399
+GSM803477_1	GSM803477
+GSM803391_2	GSM803391
+GSM945302_1	GSM945302
+GSM973691_1	GSM973691
+GSM897070_3	GSM897070
+GSM973684_2	GSM973684
+GSM977044_2	GSM977044
+GSM977030_1	GSM977030
+GSM935576_1	GSM935576
+GSM935487_1	GSM935487
+GSM749771_1	GSM749771
+GSM935376_1	GSM935376
+GSM758577_2	GSM758577
+GSM803455_1	GSM803455
+GSM864355_1	GSM864355
+GSM935432_1	GSM935432
+GSM935635_1	GSM935635
+GSM816648_1	GSM816648
+GSM935305_1	GSM935305
+GSM765388_3	GSM765388
+GSM864350_1	GSM864350
+GSM803507_1	GSM803507
+GSM788085_1	GSM788085
+GSM803411_2	GSM803411
+GSM945189_1	GSM945189
+GSM973677_3	GSM973677
+GSM822278_2	GSM822278
+GSM758568_2	GSM758568
+GSM923443_3	GSM923443
+GSM935557_1	GSM935557
+GSM945323_1	GSM945323
+GSM935477_1	GSM935477
+GSM831013_1	GSM831013
+GSM733782_1	GSM733782
+GSM849332_2	GSM849332
+GSM945201_1	GSM945201
+GSM935411_1	GSM935411
+GSM605631_2	GSM605631
+GSM935609_1	GSM935609
+GSM935493_1	GSM935493
+GSM923433_2	GSM923433
+GSM803400_2	GSM803400
+GSM803386_1	GSM803386
+GSM923439_6	GSM923439
+GSM803509_2	GSM803509
+GSM733766_1	GSM733766
+GSM803462_1	GSM803462
+GSM749703_1	GSM749703
+GSM977032_4	GSM977032
+GSM849340_1	GSM849340
+GSM816648_2	GSM816648
+GSM733726_1	GSM733726
+GSM765387_2	GSM765387
+GSM749744_1	GSM749744
+GSM749733_1	GSM749733
+GSM803510_1	GSM803510
+GSM935567_1	GSM935567
+GSM945166_2	GSM945166
+GSM749725_1	GSM749725
+GSM945321_2	GSM945321
+GSM765401_3	GSM765401
+GSM958747_2	GSM958747
+GSM923452_5	GSM923452
+GSM923443_4	GSM923443
+GSM736534_1	GSM736534
+GSM923440_8	GSM923440
+GSM605631_1	GSM605631
+GSM935556_1	GSM935556
+GSM923419_1	GSM923419
+GSM803453_2	GSM803453
+GSM803349_1	GSM803349
+GSM944524_1	GSM944524
+GSM945318_1	GSM945318
+GSM736599_1	GSM736599
+GSM822274_2	GSM822274
+GSM803464_1	GSM803464
+GSM736559_1	GSM736559
+GSM822274_1	GSM822274
+GSM935423_1	GSM935423
+GSM605630_2	GSM605630
+GSM849324_3	GSM849324
+GSM767845_1	GSM767845
+GSM605634_6	GSM605634
+GSM803335_1	GSM803335
+GSM935344_1	GSM935344
+GSM849029_2	GSM849029
+GSM849341_1	GSM849341
+GSM803531_2	GSM803531
+GSM897080_4	GSM897080
+GSM816668_1	GSM816668
+GSM822312_1	GSM822312
+GSM749683_1	GSM749683
+GSM935405_1	GSM935405
+GSM897080_2	GSM897080
+GSM945213_2	GSM945213
+GSM973687_1	GSM973687
+GSM935454_1	GSM935454
+GSM831018_1	GSM831018
+GSM935409_1	GSM935409
+GSM935308_1	GSM935308
+GSM803344_2	GSM803344
+GSM935318_1	GSM935318
+GSM935343_1	GSM935343
+GSM935392_1	GSM935392
+GSM923444_16	GSM923444
+GSM935438_1	GSM935438
+GSM935631_1	GSM935631
+GSM849335_4	GSM849335
+GSM973661_1	GSM973661
+GSM767847_3	GSM767847
+GSM736634_1	GSM736634
+GSM816654_1	GSM816654
+GSM849304_2	GSM849304
+GSM935639_1	GSM935639
+GSM935626_1	GSM935626
+GSM849347_2	GSM849347
+GSM897085_4	GSM897085
+GSM935407_1	GSM935407
+GSM945319_1	GSM945319
+GSM736633_1	GSM736633
+GSM923449_6	GSM923449
+GSM803431_1	GSM803431
+GSM864343_2	GSM864343
+GSM803480_1	GSM803480
+GSM736617_1	GSM736617
+GSM758571_1	GSM758571
+GSM945263_2	GSM945263
+GSM945182_2	GSM945182
+GSM605629_6	GSM605629
+GSM935629_1	GSM935629
+GSM864357_2	GSM864357
+GSM935408_1	GSM935408
+GSM822297_2	GSM822297
+GSM830998_1	GSM830998
+GSM803490_1	GSM803490
+GSM958731_1	GSM958731
+GSM935582_1	GSM935582
+GSM646559_1	GSM646559
+GSM822307_1	GSM822307
+GSM897077_1	GSM897077
+GSM935467_1	GSM935467
+GSM822308_1	GSM822308
+GSM923439_2	GSM923439
+GSM977029_4	GSM977029
+GSM816650_2	GSM816650
+GSM935510_1	GSM935510
+GSM935545_1	GSM935545
+GSM847568_1	GSM847568
+GSM803447_2	GSM803447
+GSM935530_1	GSM935530
+GSM816636_1	GSM816636
+GSM945179_1	GSM945179
+GSM803375_2	GSM803375
+GSM736532_1	GSM736532
+GSM945208_2	GSM945208
+GSM733752_1	GSM733752
+GSM803395_2	GSM803395
+GSM803351_2	GSM803351
+GSM923426_1	GSM923426
+GSM849357_3	GSM849357
+GSM935560_1	GSM935560
+GSM736540_1	GSM736540
+GSM923432_1	GSM923432
+GSM935431_1	GSM935431
+GSM646569_2	GSM646569
+GSM977036_1	GSM977036
+GSM830992_1	GSM830992
+GSM830996_1	GSM830996
+GSM736572_1	GSM736572
+GSM977045_2	GSM977045
+GSM822311_2	GSM822311
+GSM765404_2	GSM765404
+GSM977040_1	GSM977040
+GSM923446_5	GSM923446
+GSM736567_1	GSM736567
+GSM897086_3	GSM897086
+GSM945324_1	GSM945324
+GSM830990_1	GSM830990
+GSM973678_2	GSM973678
+GSM803368_1	GSM803368
+GSM935590_1	GSM935590
+GSM803381_2	GSM803381
+GSM935568_1	GSM935568
+GSM767849_2	GSM767849
+GSM923424_1	GSM923424
+GSM736630_1	GSM736630
+GSM803441_2	GSM803441
+GSM923439_7	GSM923439
+GSM767853_2	GSM767853
+GSM733756_1	GSM733756
+GSM672833_2	GSM672833
+GSM935572_1	GSM935572
+GSM935370_1	GSM935370
+GSM935350_1	GSM935350
+GSM816669_1	GSM816669
+GSM736573_1	GSM736573
+GSM945181_2	GSM945181
+GSM849332_1	GSM849332
+GSM803434_1	GSM803434
+GSM733654_1	GSM733654
+GSM849025_1	GSM849025
+GSM945232_2	GSM945232
+GSM945162_2	GSM945162
+GSM945168_1	GSM945168
+GSM605628_2	GSM605628
+GSM733641_1	GSM733641
+GSM803361_1	GSM803361
+GSM935531_1	GSM935531
+GSM849368_2	GSM849368
+GSM935393_1	GSM935393
+GSM788077_1	GSM788077
+GSM736491_1	GSM736491
+GSM830989_1	GSM830989
+GSM923452_1	GSM923452
+GSM973690_3	GSM973690
+GSM935430_1	GSM935430
+GSM803446_2	GSM803446
+GSM830525_1	GSM830525
+GSM935633_1	GSM935633
+GSM945243_1	GSM945243
+GSM945163_1	GSM945163
+GSM758563_4	GSM758563
+GSM973687_2	GSM973687
+GSM977032_3	GSM977032
+GSM935521_1	GSM935521
+GSM749779_1	GSM749779
+GSM958743_1	GSM958743
+GSM923434_2	GSM923434
+GSM923449_3	GSM923449
+GSM749739_1	GSM749739
+GSM958749_1	GSM958749
+GSM803493_2	GSM803493
+GSM923429_1	GSM923429
+GSM945187_1	GSM945187
+GSM830994_1	GSM830994
+GSM973686_2	GSM973686
+GSM605625_2	GSM605625
+GSM923444_5	GSM923444
+GSM849303_1	GSM849303
+GSM733665_1	GSM733665
+GSM923443_2	GSM923443
+GSM733738_1	GSM733738
+GSM849339_3	GSM849339
+GSM935612_1	GSM935612
+GSM849328_4	GSM849328
+GSM945265_2	GSM945265
+GSM945220_1	GSM945220
+GSM803471_2	GSM803471
+GSM945315_1	GSM945315
+GSM945253_1	GSM945253
+GSM672836_2	GSM672836
+GSM935345_1	GSM935345
+GSM605629_4	GSM605629
+GSM897081_2	GSM897081
+GSM935410_1	GSM935410
+GSM767856_1	GSM767856
+GSM935506_1	GSM935506
+GSM849329_1	GSM849329
+GSM765390_1	GSM765390
+GSM736552_1	GSM736552
+GSM945228_1	GSM945228
+GSM935520_1	GSM935520
+GSM733649_1	GSM733649
+GSM749758_1	GSM749758
+GSM945184_1	GSM945184
+GSM830529_2	GSM830529
+GSM831011_1	GSM831011
+GSM803461_2	GSM803461
+GSM923441_2	GSM923441
+GSM923435_2	GSM923435
+GSM935330_1	GSM935330
+GSM945275_1	GSM945275
+GSM897078_4	GSM897078
+GSM803378_1	GSM803378
+GSM733747_1	GSM733747
+GSM945160_1	GSM945160
+GSM944522_1	GSM944522
+GSM973668_2	GSM973668
+GSM749757_1	GSM749757
+GSM977033_3	GSM977033
+GSM935355_1	GSM935355
+GSM749711_1	GSM749711
+GSM803469_1	GSM803469
+GSM923441_8	GSM923441
+GSM945286_2	GSM945286
+GSM765393_1	GSM765393
+GSM935365_1	GSM935365
+GSM945321_1	GSM945321
+GSM749746_1	GSM749746
+GSM977028_3	GSM977028
+GSM803345_1	GSM803345
+GSM736632_1	GSM736632
+GSM733754_1	GSM733754
+GSM935525_1	GSM935525
+GSM935532_1	GSM935532
+GSM923451_8	GSM923451
+GSM935620_1	GSM935620
+GSM973661_3	GSM973661
+GSM803347_2	GSM803347
+GSM945223_1	GSM945223
+GSM923448_7	GSM923448
+GSM830533_2	GSM830533
+GSM849335_3	GSM849335
+GSM849327_1	GSM849327
+GSM816655_2	GSM816655
+GSM816660_1	GSM816660
+GSM935380_1	GSM935380
+GSM935361_1	GSM935361
+GSM803426_1	GSM803426
+GSM822308_2	GSM822308
+GSM733639_1	GSM733639
+GSM816665_2	GSM816665
+GSM816645_2	GSM816645
+GSM803342_2	GSM803342
+GSM767849_4	GSM767849
+GSM923427_1	GSM923427
+GSM970217_1	GSM970217
+GSM736580_1	GSM736580
+GSM646567_2	GSM646567
+GSM864358_1	GSM864358
+GSM945238_1	GSM945238
+GSM831001_1	GSM831001
+GSM840137_3	GSM840137
+GSM816666_1	GSM816666
+GSM765402_3	GSM765402
+GSM605626_2	GSM605626
+GSM958744_1	GSM958744
+GSM830535_2	GSM830535
+GSM849351_2	GSM849351
+GSM803406_1	GSM803406
+GSM897071_1	GSM897071
+GSM733701_1	GSM733701
+GSM830523_2	GSM830523
+GSM758575_3	GSM758575
+GSM945177_2	GSM945177
+GSM758578_2	GSM758578
+GSM736586_1	GSM736586
+GSM736588_1	GSM736588
+GSM803511_1	GSM803511
+GSM830522_2	GSM830522
+GSM935606_1	GSM935606
+GSM935573_1	GSM935573
+GSM733763_1	GSM733763
+GSM945290_2	GSM945290
+GSM822275_2	GSM822275
+GSM758576_4	GSM758576
+GSM973664_4	GSM973664
+GSM733667_1	GSM733667
+GSM733731_1	GSM733731
+GSM935588_1	GSM935588
+GSM803376_2	GSM803376
+GSM977052_4	GSM977052
+GSM897081_3	GSM897081
+GSM945164_1	GSM945164
+GSM945317_1	GSM945317
+GSM736578_1	GSM736578
+GSM864340_2	GSM864340
+GSM923446_6	GSM923446
+GSM767839_2	GSM767839
+GSM973671_1	GSM973671
+GSM935281_1	GSM935281
+GSM935490_1	GSM935490
+GSM973663_1	GSM973663
+GSM831036_1	GSM831036
+GSM945190_2	GSM945190
+GSM767838_1	GSM767838
+GSM935527_1	GSM935527
+GSM935509_1	GSM935509
+GSM897085_2	GSM897085
+GSM607494_1	GSM607494
+GSM672833_1	GSM672833
+GSM945216_2	GSM945216
+GSM945178_1	GSM945178
+GSM935495_1	GSM935495
+GSM923453_7	GSM923453
+GSM923445_7	GSM923445
+GSM935643_1	GSM935643
+GSM935301_1	GSM935301
+GSM803351_3	GSM803351
+GSM849030_2	GSM849030
+GSM945249_2	GSM945249
+GSM945200_1	GSM945200
+GSM831017_1	GSM831017
+GSM849353_1	GSM849353
+GSM803452_1	GSM803452
+GSM758561_4	GSM758561
+GSM749719_1	GSM749719
+GSM817344_1	GSM817344
+GSM977052_3	GSM977052
+GSM935594_1	GSM935594
+GSM736574_1	GSM736574
+GSM935465_1	GSM935465
+GSM849359_2	GSM849359
+GSM849366_4	GSM849366
+GSM840138_3	GSM840138
+GSM935558_1	GSM935558
+GSM605628_1	GSM605628
+GSM605635_1	GSM605635
+GSM935299_1	GSM935299
+GSM749747_1	GSM749747
+GSM605632_1	GSM605632
+GSM923452_4	GSM923452
+GSM935562_1	GSM935562
+GSM733640_1	GSM733640
+GSM923453_5	GSM923453
+GSM733655_1	GSM733655
+GSM935321_1	GSM935321
+GSM840136_1	GSM840136
+GSM923445_5	GSM923445
+GSM733703_1	GSM733703
+GSM935448_1	GSM935448
+GSM945273_1	GSM945273
+GSM736498_1	GSM736498
+GSM849361_1	GSM849361
+GSM944525_2	GSM944525
+GSM935422_1	GSM935422
+GSM733744_1	GSM733744
+GSM733710_1	GSM733710
+GSM803502_1	GSM803502
+GSM923444_13	GSM923444
+GSM736503_1	GSM736503
+GSM733746_1	GSM733746
+GSM849343_4	GSM849343
+GSM935298_1	GSM935298
+GSM973661_4	GSM973661
+GSM935324_1	GSM935324
+GSM935386_1	GSM935386
+GSM935310_1	GSM935310
+GSM803539_1	GSM803539
+GSM736562_1	GSM736562
+GSM935424_1	GSM935424
+GSM765388_4	GSM765388
+GSM935294_1	GSM935294
+GSM945209_1	GSM945209
+GSM831009_1	GSM831009
+GSM736607_1	GSM736607
+GSM935507_1	GSM935507
+GSM849335_2	GSM849335
+GSM945230_1	GSM945230
+GSM849338_4	GSM849338
+GSM923448_2	GSM923448
+GSM864350_2	GSM864350
+GSM958731_3	GSM958731
+GSM935396_1	GSM935396
+GSM977037_2	GSM977037
+GSM935440_1	GSM935440
+GSM736506_1	GSM736506
+GSM788076_1	GSM788076
+GSM822271_2	GSM822271
+GSM822288_2	GSM822288
+GSM822290_1	GSM822290
+GSM864356_2	GSM864356
+GSM977041_1	GSM977041
+GSM935516_1	GSM935516
+GSM945210_2	GSM945210
+GSM767845_3	GSM767845
+GSM935484_1	GSM935484
+GSM864352_2	GSM864352
+GSM803356_1	GSM803356
+GSM945306_1	GSM945306
+GSM605633_4	GSM605633
+GSM935543_1	GSM935543
+GSM830519_1	GSM830519
+GSM849353_2	GSM849353
+GSM977030_3	GSM977030
+GSM816643_2	GSM816643
+GSM849363_2	GSM849363
+GSM822279_2	GSM822279
+GSM897084_2	GSM897084
+GSM788087_1	GSM788087
+GSM749710_1	GSM749710
+GSM840138_1	GSM840138
+GSM847566_1	GSM847566
+GSM945207_2	GSM945207
+GSM897084_1	GSM897084
+GSM923451_5	GSM923451
+GSM803505_2	GSM803505
+GSM935498_1	GSM935498
+GSM945323_2	GSM945323
+GSM831008_1	GSM831008
+GSM923436_2	GSM923436
+GSM973682_2	GSM973682
+GSM864337_2	GSM864337
+GSM736496_1	GSM736496
+GSM803487_2	GSM803487
+GSM758567_1	GSM758567
+GSM816639_1	GSM816639
+GSM945295_1	GSM945295
+GSM923445_8	GSM923445
+GSM923453_8	GSM923453
+GSM733645_1	GSM733645
+GSM736637_1	GSM736637
+GSM923443_1	GSM923443
+GSM803534_1	GSM803534
+GSM646561_2	GSM646561
+GSM736570_1	GSM736570
+GSM803351_1	GSM803351
+GSM803420_1	GSM803420
+GSM803432_2	GSM803432
+GSM945161_1	GSM945161
+GSM935443_1	GSM935443
+GSM935640_1	GSM935640
+GSM973661_2	GSM973661
+GSM977048_2	GSM977048
+GSM935276_1	GSM935276
+GSM935334_1	GSM935334
+GSM777641_1	GSM777641
+GSM935491_1	GSM935491
+GSM923448_4	GSM923448
+GSM864359_2	GSM864359
+GSM736618_1	GSM736618
+GSM864360_1	GSM864360
+GSM935648_1	GSM935648
+GSM765389_4	GSM765389
+GSM945201_2	GSM945201
+GSM923450_2	GSM923450
+GSM803355_1	GSM803355
+GSM733722_1	GSM733722
+GSM977039_2	GSM977039
+GSM822300_1	GSM822300
+GSM973685_2	GSM973685
+GSM897074_2	GSM897074
+GSM803342_1	GSM803342
+GSM733652_1	GSM733652
+GSM935357_1	GSM935357
+GSM935617_1	GSM935617
+GSM897083_8	GSM897083
+GSM935481_1	GSM935481
+GSM977031_4	GSM977031
+GSM736598_1	GSM736598
+GSM923424_2	GSM923424
+GSM935600_1	GSM935600
+GSM945205_1	GSM945205
+GSM935293_1	GSM935293
+GSM923444_10	GSM923444
+GSM973680_4	GSM973680
+GSM945294_1	GSM945294
+GSM849331_4	GSM849331
+GSM935452_1	GSM935452
+GSM736512_1	GSM736512
+GSM897076_3	GSM897076
+GSM923446_4	GSM923446
+GSM830528_2	GSM830528
+GSM935595_1	GSM935595
+GSM945225_1	GSM945225
+GSM733675_1	GSM733675
+GSM935362_1	GSM935362
+GSM803495_1	GSM803495
+GSM782124_1	GSM782124
+GSM864352_1	GSM864352
+GSM765401_4	GSM765401
+GSM765392_3	GSM765392
+GSM816641_1	GSM816641
+GSM830991_1	GSM830991
+GSM803394_1	GSM803394
+GSM935500_1	GSM935500
+GSM935285_1	GSM935285
+GSM935463_1	GSM935463
+GSM816668_2	GSM816668
+GSM849342_4	GSM849342
+GSM765401_2	GSM765401
+GSM736587_1	GSM736587
+GSM945326_1	GSM945326
+GSM849338_2	GSM849338
+GSM958748_1	GSM958748
+GSM765391_4	GSM765391
+GSM973685_4	GSM973685
+GSM803457_2	GSM803457
+GSM803434_2	GSM803434
+GSM944523_1	GSM944523
+GSM935539_1	GSM935539
+GSM758565_2	GSM758565
+GSM830522_1	GSM830522
+GSM816661_1	GSM816661
+GSM803398_2	GSM803398
+GSM935282_1	GSM935282
+GSM733709_1	GSM733709
+GSM822292_1	GSM822292
+GSM749717_1	GSM749717
+GSM733730_1	GSM733730
+GSM822310_1	GSM822310
+GSM733677_1	GSM733677
+GSM945325_1	GSM945325
+GSM935441_1	GSM935441
+GSM935382_1	GSM935382
+GSM749740_1	GSM749740
+GSM923445_1	GSM923445
+GSM923453_1	GSM923453
+GSM923447_7	GSM923447
+GSM777644_1	GSM777644
+GSM945195_1	GSM945195
+GSM945305_1	GSM945305
+GSM935565_1	GSM935565
+GSM803508_1	GSM803508
+GSM923439_1	GSM923439
+GSM749775_1	GSM749775
+GSM945242_2	GSM945242
+GSM803438_1	GSM803438
+GSM944526_1	GSM944526
+GSM897073_3	GSM897073
+GSM830530_2	GSM830530
+GSM736604_1	GSM736604
+GSM822281_1	GSM822281
+GSM803365_1	GSM803365
+GSM803431_2	GSM803431
+GSM803456_1	GSM803456
+GSM864349_1	GSM864349
+GSM765403_3	GSM765403
+GSM803454_1	GSM803454
+GSM945176_1	GSM945176
+GSM973664_2	GSM973664
+GSM777637_1	GSM777637
+GSM958735_2	GSM958735
+GSM935278_1	GSM935278
+GSM831016_1	GSM831016
+GSM733642_1	GSM733642
+GSM733669_1	GSM733669
+GSM935288_1	GSM935288
+GSM736548_1	GSM736548
+GSM849300_1	GSM849300
+GSM849337_1	GSM849337
+GSM803357_1	GSM803357
+GSM749751_1	GSM749751
+GSM816664_1	GSM816664
+GSM822284_2	GSM822284
+GSM977039_1	GSM977039
+GSM758566_4	GSM758566
+GSM749760_1	GSM749760
+GSM803523_2	GSM803523
+GSM803422_1	GSM803422
+GSM733713_1	GSM733713
+GSM864348_1	GSM864348
+GSM822297_1	GSM822297
+GSM958740_1	GSM958740
+GSM973662_1	GSM973662
+GSM749749_1	GSM749749
+GSM733693_1	GSM733693
+GSM733666_1	GSM733666
+GSM973676_3	GSM973676
+GSM803421_2	GSM803421
+GSM733698_1	GSM733698
+GSM935581_1	GSM935581
+GSM935290_1	GSM935290
+GSM749709_1	GSM749709
+GSM945179_2	GSM945179
+GSM733740_1	GSM733740
+GSM897083_3	GSM897083
+GSM897085_1	GSM897085
+GSM803421_1	GSM803421
+GSM935425_1	GSM935425
+GSM849364_2	GSM849364
+GSM945293_1	GSM945293
+GSM803368_2	GSM803368
+GSM830997_1	GSM830997
+GSM767852_2	GSM767852
+GSM864353_1	GSM864353
+GSM767844_1	GSM767844
+GSM935439_1	GSM935439
+GSM935375_1	GSM935375
+GSM831026_1	GSM831026
+GSM803471_1	GSM803471
+GSM765398_3	GSM765398
+GSM935348_1	GSM935348
+GSM736523_1	GSM736523
+GSM973683_1	GSM973683
+GSM822288_1	GSM822288
+GSM830536_1	GSM830536
+GSM935651_1	GSM935651
+GSM803469_2	GSM803469
+GSM736561_1	GSM736561
+GSM977037_4	GSM977037
+GSM767857_2	GSM767857
+GSM733684_1	GSM733684
+GSM733691_1	GSM733691
+GSM672835_1	GSM672835
+GSM923451_2	GSM923451
+GSM607492_1	GSM607492
+GSM767852_1	GSM767852
+GSM935327_1	GSM935327
+GSM973676_1	GSM973676
+GSM849334_1	GSM849334
+GSM935549_1	GSM935549
+GSM749724_1	GSM749724
+GSM935492_1	GSM935492
+GSM749672_1	GSM749672
+GSM923422_1	GSM923422
+GSM945301_1	GSM945301
+GSM849356_2	GSM849356
+GSM849300_2	GSM849300
+GSM803374_2	GSM803374
+GSM749705_1	GSM749705
+GSM945183_2	GSM945183
+GSM803509_1	GSM803509
+GSM935540_1	GSM935540
+GSM973671_3	GSM973671
+GSM830530_3	GSM830530
+GSM803537_2	GSM803537
+GSM945191_2	GSM945191
+GSM803390_1	GSM803390
+GSM803429_1	GSM803429
+GSM605634_2	GSM605634
+GSM803334_2	GSM803334
+GSM945304_2	GSM945304
+GSM945241_2	GSM945241
+GSM944520_1	GSM944520
+GSM945177_1	GSM945177
+GSM849302_2	GSM849302
+GSM935354_1	GSM935354
+GSM605626_1	GSM605626
+GSM973671_4	GSM973671
+GSM935535_1	GSM935535
+GSM977034_3	GSM977034
+GSM923441_6	GSM923441
+GSM803379_1	GSM803379
+GSM733705_1	GSM733705
+GSM736615_1	GSM736615
+GSM733678_1	GSM733678
+GSM849355_2	GSM849355
+GSM816653_2	GSM816653
+GSM765390_4	GSM765390
+GSM973676_2	GSM973676
+GSM945202_2	GSM945202
+GSM945312_2	GSM945312
+GSM749676_1	GSM749676
+GSM977038_3	GSM977038
+GSM803456_2	GSM803456
+GSM935603_1	GSM935603
+GSM935341_1	GSM935341
+GSM736564_1	GSM736564
+GSM935315_1	GSM935315
+GSM977044_1	GSM977044
+GSM897077_2	GSM897077
+GSM803372_2	GSM803372
+GSM973666_2	GSM973666
+GSM758576_1	GSM758576
+GSM973675_3	GSM973675
+GSM736597_1	GSM736597
+GSM945190_1	GSM945190
+GSM973668_3	GSM973668
+GSM758560_3	GSM758560
+GSM923420_1	GSM923420
+GSM816670_1	GSM816670
+GSM733683_1	GSM733683
+GSM733717_1	GSM733717
+GSM944525_1	GSM944525
+GSM816652_1	GSM816652
+GSM923428_1	GSM923428
+GSM977031_2	GSM977031
+GSM923446_7	GSM923446
+GSM945234_1	GSM945234
+GSM758561_1	GSM758561
+GSM758578_1	GSM758578
+GSM935412_1	GSM935412
+GSM958729_2	GSM958729
+GSM958736_1	GSM958736
+GSM733699_1	GSM733699
+GSM945199_2	GSM945199
+GSM923431_1	GSM923431
+GSM973664_3	GSM973664
+GSM973671_2	GSM973671
+GSM767852_4	GSM767852
+GSM935479_1	GSM935479
+wgEncodeBroadHmmGm12878HMM	GSM936082
+wgEncodeBroadHmmH1hescHMM	GSM936083
+wgEncodeBroadHmmHepg2HMM	GSM936090
+wgEncodeBroadHmmHmecHMM	GSM936084
+wgEncodeBroadHmmHsmmHMM	GSM936085
+wgEncodeBroadHmmHuvecHMM	GSM936089
+wgEncodeBroadHmmK562HMM	GSM936088
+wgEncodeBroadHmmNhekHMM	GSM936087
+wgEncodeBroadHmmNhlfHMM	GSM936086
+wgEncodeHaibGenotypeA549RegionsRep1	GSM999327
+wgEncodeHaibGenotypeAg04449RegionsRep1	GSM999326
+wgEncodeHaibGenotypeAg04450RegionsRep2	GSM999321
+wgEncodeHaibGenotypeAg09309RegionsRep1	GSM999320
+wgEncodeHaibGenotypeAg09319RegionsRep2	GSM999323
+wgEncodeHaibGenotypeAg10803RegionsRep1	GSM999322
+wgEncodeHaibGenotypeAosmcRegionsRep1	GSM999329
+wgEncodeHaibGenotypeBcjejunumh12817nRegionsRep1	GSM999295
+wgEncodeHaibGenotypeBcsmallintestine0111002RegionsRep1	GSM999296
+wgEncodeHaibGenotypeBjRegionsRep1	GSM999293
+wgEncodeHaibGenotypeCaco2RegionsRep1	GSM999299
+wgEncodeHaibGenotypeChorionRegionsRep1	GSM999300
+wgEncodeHaibGenotypeCmkRegionsRep2	GSM999294
+wgEncodeHaibGenotypeGm06990RegionsRep1	GSM999297
+wgEncodeHaibGenotypeGm12878RegionsRep1V2	GSM999285
+wgEncodeHaibGenotypeGm12878RegionsRep2	GSM999285
+wgEncodeHaibGenotypeGm12891RegionsRep2	GSM999298
+wgEncodeHaibGenotypeGm12892RegionsRep2	GSM999290
+wgEncodeHaibGenotypeGm19239RegionsRep1	GSM999291
+wgEncodeHaibGenotypeH1hescRegionsRep2	GSM999275
+wgEncodeHaibGenotypeHaeRegionsRep1	GSM999276
+wgEncodeHaibGenotypeHaeRegionsRep2	GSM999276
+wgEncodeHaibGenotypeHcfRegionsRep1	GSM999277
+wgEncodeHaibGenotypeHcfRegionsRep2	GSM999277
+wgEncodeHaibGenotypeHcmRegionsRep1	GSM999278
+wgEncodeHaibGenotypeHcmRegionsRep2	GSM999278
+wgEncodeHaibGenotypeHcpeRegionsRep1	GSM999271
+wgEncodeHaibGenotypeHcpeRegionsRep2	GSM999271
+wgEncodeHaibGenotypeHeeRegionsRep2	GSM999272
+wgEncodeHaibGenotypeHek293RegionsRep2	GSM999273
+wgEncodeHaibGenotypeHelas3RegionsRep2	GSM999302
+wgEncodeHaibGenotypeHepg2RegionsRep1	GSM999286
+wgEncodeHaibGenotypeHipeRegionsRep1	GSM999274
+wgEncodeHaibGenotypeHipeRegionsRep2	GSM999274
+wgEncodeHaibGenotypeHl60RegionsRep1	GSM999281
+wgEncodeHaibGenotypeHmecRegionsRep2	GSM999282
+wgEncodeHaibGenotypeHnpceRegionsRep1	GSM999308
+wgEncodeHaibGenotypeHpaeRegionsRep1	GSM999307
+wgEncodeHaibGenotypeHpaeRegionsRep2	GSM999307
+wgEncodeHaibGenotypeHrceRegionsRep1	GSM999280
+wgEncodeHaibGenotypeHrceRegionsRep2	GSM999280
+wgEncodeHaibGenotypeHreRegionsRep1	GSM999279
+wgEncodeHaibGenotypeHreRegionsRep2	GSM999279
+wgEncodeHaibGenotypeHrpeRegionsRep1	GSM999284
+wgEncodeHaibGenotypeHrpeRegionsRep2	GSM999284
+wgEncodeHaibGenotypeHsmmRegionsRep3	GSM999306
+wgEncodeHaibGenotypeHsmmtRegionsRep2	GSM999305
+wgEncodeHaibGenotypeHtr8RegionsRep1	GSM999304
+wgEncodeHaibGenotypeHuvecRegionsRep2	GSM999303
+wgEncodeHaibGenotypeImr90RegionsRep1	GSM999283
+wgEncodeHaibGenotypeImr90RegionsRep2	GSM999283
+wgEncodeHaibGenotypeJurkatRegionsRep1	GSM999316
+wgEncodeHaibGenotypeJurkatRegionsRep2	GSM999316
+wgEncodeHaibGenotypeK562RegionsRep1	GSM999287
+wgEncodeHaibGenotypeLncapRegionsRep1	GSM999310
+wgEncodeHaibGenotypeMcf10aesRegionsRep1	GSM999331
+wgEncodeHaibGenotypeMcf10aesRegionsRep2	GSM999331
+wgEncodeHaibGenotypeMcf10aesRegionsRep3	GSM999331
+wgEncodeHaibGenotypeMcf10aesTamRegionsRep1	GSM999309
+wgEncodeHaibGenotypeMcf7RegionsRep1	GSM999333
+wgEncodeHaibGenotypeMcf7RegionsRep2	GSM999333
+wgEncodeHaibGenotypeMelanoRegionsRep1	GSM999301
+wgEncodeHaibGenotypeMelanoRegionsRep2	GSM999301
+wgEncodeHaibGenotypeMyometrRegionsRep1	GSM999319
+wgEncodeHaibGenotypeNb4RegionsRep1	GSM999292
+wgEncodeHaibGenotypeNb4RegionsRep2	GSM999292
+wgEncodeHaibGenotypeNhbeRegionsRep1	GSM999312
+wgEncodeHaibGenotypeNhbeRegionsRep2	GSM999312
+wgEncodeHaibGenotypeNhdfneoRegionsRep1	GSM999313
+wgEncodeHaibGenotypeNt2d1RegionsRep1	GSM999314
+wgEncodeHaibGenotypeOvcar3RegionsRep1	GSM999289
+wgEncodeHaibGenotypePanc1RegionsRep1	GSM999315
+wgEncodeHaibGenotypePanc1RegionsRep2	GSM999315
+wgEncodeHaibGenotypePfsk1RegionsRep1	GSM999317
+wgEncodeHaibGenotypePrecRegionsRep1	GSM999318
+wgEncodeHaibGenotypeRptecRegionsRep1	GSM999288
+wgEncodeHaibGenotypeRptecRegionsRep2	GSM999288
+wgEncodeHaibGenotypeSaecRegionsRep1	GSM999334
+wgEncodeHaibGenotypeSaecRegionsRep2	GSM999334
+wgEncodeHaibGenotypeSkmcRegionsRep1	GSM999324
+wgEncodeHaibGenotypeSkmcRegionsRep2	GSM999324
+wgEncodeHaibGenotypeSknshraRegionsRep1	GSM999325
+wgEncodeHaibGenotypeSknshraRegionsRep2	GSM999325
+wgEncodeHaibGenotypeT47dRegionsRep2	GSM999330
+wgEncodeHaibGenotypeU87RegionsRep1	GSM999332
+GSM1022646_1	GSM1022646
+GSM1003558_1	GSM1003558
+GSM1011128_1	GSM1011128
+GSM1008564_1	GSM1008564
+GSM1024769_1	GSM1024769
+GSM979655_4	GSM979655
+GSM979651_2	GSM979651
+GSM979656_2	GSM979656
+GSM1024760_1	GSM1024760
+GSM1014516_1	GSM1014516
+GSM1008584_1	GSM1008584
+GSM1010896_1	GSM1010896
+GSM1014538_2	GSM1014538
+GSM981252_4	GSM981252
+GSM981254_3	GSM981254
+GSM1010776_2	GSM1010776
+GSM984610_4	GSM984610
+GSM1014527_1	GSM1014527
+GSM981253_2	GSM981253
+GSM984619_1	GSM984619
+GSM979642_2	GSM979642
+GSM1010774_1	GSM1010774
+GSM1010740_2	GSM1010740
+GSM979655_2	GSM979655
+GSM1003555_1	GSM1003555
+GSM1010881_1	GSM1010881
+GSM1010903_2	GSM1010903
+GSM1010744_2	GSM1010744
+GSM1024755_1	GSM1024755
+GSM1010828_2	GSM1010828
+GSM1003517_1	GSM1003517
+GSM1006911_2	GSM1006911
+GSM981253_4	GSM981253
+GSM1010759_1	GSM1010759
+GSM1006911_3	GSM1006911
+GSM981248_3	GSM981248
+GSM979632_2	GSM979632
+GSM979638_2	GSM979638
+GSM979660_1	GSM979660
+GSM1010855_2	GSM1010855
+GSM1006874_1	GSM1006874
+GSM1006891_1	GSM1006891
+GSM981250_2	GSM981250
+GSM1010766_2	GSM1010766
+GSM1010858_1	GSM1010858
+GSM1010861_2	GSM1010861
+GSM1003468_1	GSM1003468
+GSM1010816_2	GSM1010816
+GSM1003487_1	GSM1003487
+GSM1010787_2	GSM1010787
+GSM984616_1	GSM984616
+GSM981259_1	GSM981259
+GSM1014520_2	GSM1014520
+GSM1003506_1	GSM1003506
+GSM981245_1	GSM981245
+GSM1010836_1	GSM1010836
+GSM984612_4	GSM984612
+GSM1010726_1	GSM1010726
+GSM981248_2	GSM981248
+GSM1003457_1	GSM1003457
+GSM1022657_1	GSM1022657
+GSM1003570_1	GSM1003570
+GSM1010780_1	GSM1010780
+GSM979652_3	GSM979652
+GSM1014530_1	GSM1014530
+GSM1010837_2	GSM1010837
+GSM1003474_1	GSM1003474
+GSM1010904_2	GSM1010904
+GSM1008587_2	GSM1008587
+GSM1008578_2	GSM1008578
+GSM1008577_2	GSM1008577
+GSM1010769_2	GSM1010769
+GSM979645_1	GSM979645
+GSM1006870_2	GSM1006870
+GSM1010729_1	GSM1010729
+GSM979660_3	GSM979660
+GSM1003495_1	GSM1003495
+GSM1003559_1	GSM1003559
+GSM1010849_2	GSM1010849
+GSM1006880_1	GSM1006880
+GSM1003449_1	GSM1003449
+GSM1003448_1	GSM1003448
+GSM1003562_1	GSM1003562
+GSM984608_2	GSM984608
+GSM1003557_1	GSM1003557
+GSM979659_3	GSM979659
+GSM1003568_1	GSM1003568
+GSM1024774_1	GSM1024774
+GSM1010754_2	GSM1010754
+GSM979648_1	GSM979648
+GSM979654_3	GSM979654
+GSM1010754_1	GSM1010754
+GSM1003501_1	GSM1003501
+GSM981244_4	GSM981244
+GSM1014535_2	GSM1014535
+GSM1010753_1	GSM1010753
+GSM1006883_2	GSM1006883
+GSM979659_4	GSM979659
+GSM984607_3	GSM984607
+GSM984617_3	GSM984617
+GSM1010865_2	GSM1010865
+GSM1010810_2	GSM1010810
+GSM1003563_1	GSM1003563
+GSM1006907_1	GSM1006907
+GSM1010739_2	GSM1010739
+GSM1024754_1	GSM1024754
+GSM979657_1	GSM979657
+GSM1003561_1	GSM1003561
+GSM1010741_2	GSM1010741
+GSM1010903_1	GSM1010903
+GSM1010821_2	GSM1010821
+GSM1003499_1	GSM1003499
+GSM1010806_1	GSM1010806
+GSM1008572_2	GSM1008572
+GSM1010791_2	GSM1010791
+GSM1010819_2	GSM1010819
+GSM1010762_2	GSM1010762
+GSM979652_2	GSM979652
+GSM1006913_3	GSM1006913
+GSM1010731_2	GSM1010731
+GSM1010877_1	GSM1010877
+GSM1008566_2	GSM1008566
+GSM1010749_1	GSM1010749
+GSM1008562_1	GSM1008562
+GSM1010810_1	GSM1010810
+GSM984612_3	GSM984612
+GSM1010870_2	GSM1010870
+GSM1003519_1	GSM1003519
+GSM1008570_2	GSM1008570
+GSM979641_2	GSM979641
+GSM1009528_2	GSM1009528
+GSM1003471_1	GSM1003471
+GSM984609_4	GSM984609
+GSM1024785_1	GSM1024785
+GSM1003518_1	GSM1003518
+GSM1003534_1	GSM1003534
+GSM1010906_1	GSM1010906
+GSM1024753_1	GSM1024753
+GSM1008593_2	GSM1008593
+GSM1022677_1	GSM1022677
+GSM1014511_1	GSM1014511
+GSM1006868_1	GSM1006868
+GSM1006902_4	GSM1006902
+GSM1003503_1	GSM1003503
+GSM1010800_2	GSM1010800
+GSM1008580_1	GSM1008580
+GSM1010733_1	GSM1010733
+GSM1008589_2	GSM1008589
+GSM1024773_1	GSM1024773
+GSM1010756_2	GSM1010756
+GSM1006875_1	GSM1006875
+GSM979661_2	GSM979661
+GSM1024784_1	GSM1024784
+GSM1003579_1	GSM1003579
+GSM1014512_2	GSM1014512
+GSM1008605_2	GSM1008605
+GSM1014518_1	GSM1014518
+GSM1003624_1	GSM1003624
+GSM1003456_1	GSM1003456
+GSM1008556_2	GSM1008556
+GSM1010752_1	GSM1010752
+GSM979640_1	GSM979640
+GSM984604_3	GSM984604
+GSM1011130_1	GSM1011130
+GSM1003629_1	GSM1003629
+GSM1006906_4	GSM1006906
+GSM1022645_1	GSM1022645
+GSM1010854_2	GSM1010854
+GSM981244_3	GSM981244
+GSM1010799_2	GSM1010799
+GSM1008560_2	GSM1008560
+GSM1006909_4	GSM1006909
+GSM1010883_2	GSM1010883
+GSM984620_4	GSM984620
+GSM1010752_2	GSM1010752
+GSM984618_1	GSM984618
+GSM1010814_1	GSM1010814
+GSM979632_4	GSM979632
+GSM984617_4	GSM984617
+GSM1010848_2	GSM1010848
+GSM1010745_2	GSM1010745
+GSM1010767_2	GSM1010767
+GSM1006903_1	GSM1006903
+GSM1011120_2	GSM1011120
+GSM1010722_1	GSM1010722
+GSM1022640_1	GSM1022640
+GSM1010743_2	GSM1010743
+GSM1003536_1	GSM1003536
+GSM1003607_1	GSM1003607
+GSM979662_4	GSM979662
+GSM1003445_1	GSM1003445
+GSM1010807_2	GSM1010807
+GSM981243_2	GSM981243
+GSM1011126_1	GSM1011126
+GSM981255_3	GSM981255
+GSM1008556_1	GSM1008556
+GSM979643_1	GSM979643
+GSM1006910_2	GSM1006910
+GSM1024746_1	GSM1024746
+GSM1024749_1	GSM1024749
+GSM1010827_1	GSM1010827
+GSM984605_1	GSM984605
+GSM1008599_2	GSM1008599
+GSM1003467_1	GSM1003467
+GSM1006873_1	GSM1006873
+GSM1010832_1	GSM1010832
+GSM1010794_1	GSM1010794
+GSM1010772_1	GSM1010772
+GSM1010815_2	GSM1010815
+GSM1011119_1	GSM1011119
+GSM1022648_1	GSM1022648
+GSM979650_2	GSM979650
+GSM1008601_1	GSM1008601
+GSM1008582_2	GSM1008582
+GSM1003509_1	GSM1003509
+GSM1010884_1	GSM1010884
+GSM984606_4	GSM984606
+GSM1010842_2	GSM1010842
+GSM981259_3	GSM981259
+GSM1008588_2	GSM1008588
+GSM1010912_1	GSM1010912
+GSM1010736_1	GSM1010736
+GSM1008569_2	GSM1008569
+GSM1010824_1	GSM1010824
+GSM1024745_1	GSM1024745
+GSM1010721_2	GSM1010721
+GSM1006915_1	GSM1006915
+GSM1008597_1	GSM1008597
+GSM1014515_1	GSM1014515
+GSM981247_4	GSM981247
+GSM1010862_1	GSM1010862
+GSM1010784_1	GSM1010784
+GSM1006893_1	GSM1006893
+GSM1010821_1	GSM1010821
+GSM1010835_2	GSM1010835
+GSM1011127_1	GSM1011127
+GSM1010735_1	GSM1010735
+GSM1024763_1	GSM1024763
+GSM1010846_2	GSM1010846
+GSM1006909_3	GSM1006909
+GSM1010782_1	GSM1010782
+GSM1006912_3	GSM1006912
+GSM979647_4	GSM979647
+GSM1014534_1	GSM1014534
+GSM1003634_1	GSM1003634
+GSM1010898_1	GSM1010898
+GSM1010817_2	GSM1010817
+GSM1006891_2	GSM1006891
+GSM1010901_1	GSM1010901
+GSM1003532_1	GSM1003532
+GSM1010846_1	GSM1010846
+GSM1014541_1	GSM1014541
+GSM1010769_1	GSM1010769
+GSM1008559_2	GSM1008559
+GSM979636_4	GSM979636
+GSM979658_2	GSM979658
+GSM1024757_1	GSM1024757
+GSM1022647_1	GSM1022647
+GSM984618_2	GSM984618
+GSM1006872_1	GSM1006872
+GSM1010875_2	GSM1010875
+GSM1024772_1	GSM1024772
+GSM1006885_2	GSM1006885
+GSM1006904_3	GSM1006904
+GSM1003609_1	GSM1003609
+GSM979659_2	GSM979659
+GSM1022635_1	GSM1022635
+GSM1003582_1	GSM1003582
+GSM979649_4	GSM979649
+GSM1003565_1	GSM1003565
+GSM1008601_2	GSM1008601
+GSM1003608_1	GSM1003608
+GSM1006905_2	GSM1006905
+GSM984613_3	GSM984613
+GSM1010804_1	GSM1010804
+GSM1024789_1	GSM1024789
+GSM1010802_2	GSM1010802
+GSM1010813_1	GSM1010813
+GSM1010809_1	GSM1010809
+GSM1011124_2	GSM1011124
+GSM981248_4	GSM981248
+GSM1010800_1	GSM1010800
+GSM1010757_2	GSM1010757
+GSM1008588_1	GSM1008588
+GSM1006909_1	GSM1006909
+GSM1010766_1	GSM1010766
+GSM1003459_1	GSM1003459
+GSM979647_1	GSM979647
+GSM1022630_1	GSM1022630
+GSM979638_4	GSM979638
+GSM1010729_2	GSM1010729
+GSM979649_3	GSM979649
+GSM1010899_1	GSM1010899
+GSM1010829_1	GSM1010829
+GSM984606_1	GSM984606
+GSM1008583_2	GSM1008583
+GSM984613_4	GSM984613
+GSM979650_3	GSM979650
+GSM1010777_1	GSM1010777
+GSM1010857_2	GSM1010857
+GSM1010798_3	GSM1010798
+GSM1022655_1	GSM1022655
+GSM979652_4	GSM979652
+GSM979632_1	GSM979632
+GSM1003530_1	GSM1003530
+GSM984609_1	GSM984609
+GSM1010760_1	GSM1010760
+GSM1008574_1	GSM1008574
+GSM1010768_1	GSM1010768
+GSM1003531_1	GSM1003531
+GSM1006885_1	GSM1006885
+GSM1010801_2	GSM1010801
+GSM1010755_2	GSM1010755
+GSM1003526_1	GSM1003526
+GSM984619_4	GSM984619
+GSM1003520_1	GSM1003520
+GSM1008585_2	GSM1008585
+GSM1010789_2	GSM1010789
+GSM1010852_2	GSM1010852
+GSM984616_3	GSM984616
+GSM981249_4	GSM981249
+GSM981251_3	GSM981251
+GSM1022634_1	GSM1022634
+GSM981245_3	GSM981245
+GSM984621_2	GSM984621
+GSM1010778_1	GSM1010778
+GSM1010819_1	GSM1010819
+GSM1014530_2	GSM1014530
+GSM979652_1	GSM979652
+GSM981260_1	GSM981260
+GSM1010735_2	GSM1010735
+GSM979640_3	GSM979640
+GSM1022633_1	GSM1022633
+GSM979656_1	GSM979656
+GSM1006902_1	GSM1006902
+GSM1010737_1	GSM1010737
+GSM979634_4	GSM979634
+GSM1010864_2	GSM1010864
+GSM1003446_1	GSM1003446
+GSM1024768_1	GSM1024768
+GSM1006915_2	GSM1006915
+GSM981255_1	GSM981255
+GSM1010892_1	GSM1010892
+GSM1003533_1	GSM1003533
+GSM1010845_1	GSM1010845
+GSM1003444_1	GSM1003444
+GSM1008578_1	GSM1008578
+GSM1022644_1	GSM1022644
+GSM1011129_1	GSM1011129
+GSM1006890_1	GSM1006890
+GSM1003631_1	GSM1003631
+GSM979646_4	GSM979646
+GSM1014526_2	GSM1014526
+GSM1010731_1	GSM1010731
+GSM1010749_2	GSM1010749
+GSM1003617_1	GSM1003617
+GSM1010839_1	GSM1010839
+GSM1024766_1	GSM1024766
+GSM979654_4	GSM979654
+GSM1014515_2	GSM1014515
+GSM984615_1	GSM984615
+GSM1014533_2	GSM1014533
+GSM1010734_2	GSM1010734
+GSM1010753_2	GSM1010753
+GSM1010838_2	GSM1010838
+GSM1010863_1	GSM1010863
+GSM1010746_1	GSM1010746
+GSM979646_2	GSM979646
+GSM1010745_1	GSM1010745
+GSM1010763_2	GSM1010763
+GSM1008591_1	GSM1008591
+GSM1003541_1	GSM1003541
+GSM1010854_3	GSM1010854
+GSM979648_3	GSM979648
+GSM1010868_1	GSM1010868
+GSM1008581_2	GSM1008581
+GSM1024795_1	GSM1024795
+GSM979656_4	GSM979656
+GSM1014535_1	GSM1014535
+GSM1006908_3	GSM1006908
+GSM1010799_1	GSM1010799
+GSM979663_3	GSM979663
+GSM1008568_1	GSM1008568
+GSM1010871_1	GSM1010871
+GSM1008557_1	GSM1008557
+GSM979643_3	GSM979643
+GSM1024758_1	GSM1024758
+GSM981246_3	GSM981246
+GSM1003458_1	GSM1003458
+GSM1010762_1	GSM1010762
+GSM1010850_2	GSM1010850
+GSM1003630_1	GSM1003630
+GSM1003610_1	GSM1003610
+GSM1024759_1	GSM1024759
+GSM1010786_2	GSM1010786
+GSM1003504_1	GSM1003504
+GSM1010784_2	GSM1010784
+GSM1010866_3	GSM1010866
+GSM1010798_2	GSM1010798
+GSM1014537_1	GSM1014537
+GSM1010719_2	GSM1010719
+GSM1003491_1	GSM1003491
+GSM1014521_2	GSM1014521
+GSM1008605_1	GSM1008605
+GSM1024756_1	GSM1024756
+GSM1008600_2	GSM1008600
+GSM984621_1	GSM984621
+GSM1022629_1	GSM1022629
+GSM1014526_1	GSM1014526
+GSM1022656_1	GSM1022656
+GSM1010758_2	GSM1010758
+GSM1008579_2	GSM1008579
+GSM1014528_1	GSM1014528
+GSM1008586_1	GSM1008586
+GSM1008571_1	GSM1008571
+GSM1008590_1	GSM1008590
+GSM1010887_1	GSM1010887
+GSM1010891_2	GSM1010891
+GSM979632_3	GSM979632
+GSM1010725_2	GSM1010725
+GSM1006908_4	GSM1006908
+GSM1003482_1	GSM1003482
+GSM981244_2	GSM981244
+GSM1003576_1	GSM1003576
+GSM1003511_1	GSM1003511
+GSM1010760_2	GSM1010760
+GSM1003560_1	GSM1003560
+GSM979663_4	GSM979663
+GSM984613_1	GSM984613
+GSM1010771_2	GSM1010771
+GSM1006878_1	GSM1006878
+GSM1010873_1	GSM1010873
+GSM1003622_1	GSM1003622
+GSM1010720_1	GSM1010720
+GSM1010813_2	GSM1010813
+GSM979633_1	GSM979633
+GSM1014510_1	GSM1014510
+GSM984615_3	GSM984615
+GSM1003450_1	GSM1003450
+GSM1003469_1	GSM1003469
+GSM979661_4	GSM979661
+GSM1010880_2	GSM1010880
+GSM1010824_2	GSM1010824
+GSM1008594_2	GSM1008594
+GSM1008574_2	GSM1008574
+GSM981256_4	GSM981256
+GSM1010750_2	GSM1010750
+GSM1010900_1	GSM1010900
+GSM1008573_2	GSM1008573
+GSM1003543_1	GSM1003543
+GSM1010902_1	GSM1010902
+GSM1006877_2	GSM1006877
+GSM1003615_1	GSM1003615
+GSM1010914_2	GSM1010914
+GSM984614_2	GSM984614
+GSM1010851_2	GSM1010851
+GSM981252_2	GSM981252
+GSM1024792_1	GSM1024792
+GSM1010888_1	GSM1010888
+GSM1006893_2	GSM1006893
+GSM1024767_1	GSM1024767
+GSM979646_1	GSM979646
+GSM1022669_1	GSM1022669
+GSM1010811_1	GSM1010811
+GSM1010825_1	GSM1010825
+GSM1022662_1	GSM1022662
+GSM1014517_2	GSM1014517
+GSM981256_3	GSM981256
+GSM1010759_2	GSM1010759
+GSM1006907_4	GSM1006907
+GSM1010788_2	GSM1010788
+GSM1006902_2	GSM1006902
+GSM1010764_1	GSM1010764
+GSM1010773_2	GSM1010773
+GSM1014537_2	GSM1014537
+GSM1011123_1	GSM1011123
+GSM1006884_1	GSM1006884
+GSM1014509_2	GSM1014509
+GSM1014531_1	GSM1014531
+GSM1010875_1	GSM1010875
+GSM1011121_1	GSM1011121
+GSM1006867_1	GSM1006867
+GSM984607_2	GSM984607
+GSM1010765_1	GSM1010765
+GSM1006902_3	GSM1006902
+GSM1003505_1	GSM1003505
+GSM1024747_1	GSM1024747
+GSM979648_2	GSM979648
+GSM1003453_1	GSM1003453
+GSM1010833_1	GSM1010833
+GSM1022639_1	GSM1022639
+GSM1003529_1	GSM1003529
+GSM1003578_1	GSM1003578
+GSM1006870_1	GSM1006870
+GSM1003516_1	GSM1003516
+GSM979651_1	GSM979651
+GSM1010786_1	GSM1010786
+GSM1008584_2	GSM1008584
+GSM1003479_1	GSM1003479
+GSM984607_4	GSM984607
+GSM1024743_1	GSM1024743
+GSM1006905_1	GSM1006905
+GSM1003548_1	GSM1003548
+GSM1014536_2	GSM1014536
+GSM979639_3	GSM979639
+GSM1024742_1	GSM1024742
+GSM1003580_1	GSM1003580
+GSM1006908_2	GSM1006908
+GSM1010904_1	GSM1010904
+GSM984620_2	GSM984620
+GSM1010893_1	GSM1010893
+GSM979657_4	GSM979657
+GSM1010901_2	GSM1010901
+GSM1010895_1	GSM1010895
+GSM1010894_3	GSM1010894
+GSM1003554_1	GSM1003554
+GSM1010860_1	GSM1010860
+GSM1003550_1	GSM1003550
+GSM1006878_2	GSM1006878
+GSM1014519_1	GSM1014519
+GSM1014541_2	GSM1014541
+GSM1022631_1	GSM1022631
+GSM1010732_2	GSM1010732
+GSM1008595_1	GSM1008595
+GSM1010878_1	GSM1010878
+GSM1010848_1	GSM1010848
+GSM981249_1	GSM981249
+GSM1003556_1	GSM1003556
+GSM1014525_1	GSM1014525
+GSM1010867_2	GSM1010867
+GSM1010823_2	GSM1010823
+GSM984619_3	GSM984619
+GSM1008575_2	GSM1008575
+GSM1008560_1	GSM1008560
+GSM984606_3	GSM984606
+GSM1010862_2	GSM1010862
+GSM1003451_1	GSM1003451
+GSM1010779_2	GSM1010779
+GSM984604_2	GSM984604
+GSM1003513_1	GSM1003513
+GSM1006913_4	GSM1006913
+GSM1022676_1	GSM1022676
+GSM1010890_1	GSM1010890
+GSM981251_1	GSM981251
+GSM1010806_2	GSM1010806
+GSM979644_2	GSM979644
+GSM1003512_1	GSM1003512
+GSM1006892_1	GSM1006892
+GSM1014539_1	GSM1014539
+GSM1003627_1	GSM1003627
+GSM1003611_1	GSM1003611
+GSM1014513_1	GSM1014513
+GSM1010774_2	GSM1010774
+GSM1006883_1	GSM1006883
+GSM1011126_2	GSM1011126
+GSM1014520_1	GSM1014520
+GSM1014518_2	GSM1014518
+GSM1010772_2	GSM1010772
+GSM979642_3	GSM979642
+GSM1014521_1	GSM1014521
+GSM981246_2	GSM981246
+GSM981250_4	GSM981250
+GSM979650_1	GSM979650
+GSM1010849_1	GSM1010849
+GSM1006866_1	GSM1006866
+GSM1006912_1	GSM1006912
+GSM1024781_1	GSM1024781
+GSM981251_4	GSM981251
+GSM984611_3	GSM984611
+GSM1003584_1	GSM1003584
+GSM1024777_1	GSM1024777
+GSM979660_2	GSM979660
+GSM979638_1	GSM979638
+GSM1014508_2	GSM1014508
+GSM1006914_2	GSM1006914
+GSM1003626_1	GSM1003626
+GSM1010897_2	GSM1010897
+GSM1022666_1	GSM1022666
+GSM979657_2	GSM979657
+GSM1010795_1	GSM1010795
+GSM1003485_1	GSM1003485
+GSM979662_1	GSM979662
+GSM1003613_1	GSM1003613
+GSM979637_4	GSM979637
+GSM1011123_2	GSM1011123
+GSM984607_1	GSM984607
+GSM1010751_2	GSM1010751
+GSM1008580_2	GSM1008580
+GSM1006904_1	GSM1006904
+GSM979640_4	GSM979640
+GSM979645_4	GSM979645
+GSM1010750_1	GSM1010750
+GSM1024751_1	GSM1024751
+GSM984619_2	GSM984619
+GSM1010803_2	GSM1010803
+GSM984618_3	GSM984618
+GSM1022638_1	GSM1022638
+GSM1008596_1	GSM1008596
+GSM981260_3	GSM981260
+GSM1003552_1	GSM1003552
+GSM1010826_1	GSM1010826
+GSM1010866_2	GSM1010866
+GSM981253_1	GSM981253
+GSM979663_1	GSM979663
+GSM981247_1	GSM981247
+GSM979633_4	GSM979633
+GSM1010835_1	GSM1010835
+GSM1014540_2	GSM1014540
+GSM1010822_2	GSM1010822
+GSM979640_2	GSM979640
+GSM1014522_2	GSM1014522
+GSM1006905_4	GSM1006905
+GSM979657_3	GSM979657
+GSM1022664_1	GSM1022664
+GSM1008561_2	GSM1008561
+GSM979658_3	GSM979658
+GSM979631_1	GSM979631
+GSM1008577_1	GSM1008577
+GSM1010756_1	GSM1010756
+GSM1010879_1	GSM1010879
+GSM1014523_2	GSM1014523
+GSM1006910_1	GSM1006910
+GSM979641_1	GSM979641
+GSM979644_1	GSM979644
+GSM1010764_2	GSM1010764
+GSM1003473_1	GSM1003473
+GSM1003528_1	GSM1003528
+GSM1010883_4	GSM1010883
+GSM1010869_1	GSM1010869
+GSM1022625_1	GSM1022625
+GSM984605_3	GSM984605
+GSM981260_2	GSM981260
+GSM1008561_1	GSM1008561
+GSM1010793_1	GSM1010793
+GSM1010895_2	GSM1010895
+GSM1010802_1	GSM1010802
+GSM1008602_2	GSM1008602
+GSM981256_1	GSM981256
+GSM1010893_2	GSM1010893
+GSM1010844_2	GSM1010844
+GSM1006882_2	GSM1006882
+GSM1010725_1	GSM1010725
+GSM1006873_2	GSM1006873
+GSM984612_1	GSM984612
+GSM1010847_2	GSM1010847
+GSM1010882_2	GSM1010882
+GSM1003551_1	GSM1003551
+GSM1003628_1	GSM1003628
+GSM1010822_1	GSM1010822
+GSM1011129_2	GSM1011129
+GSM1008604_2	GSM1008604
+GSM979656_3	GSM979656
+GSM984614_3	GSM984614
+GSM1010742_1	GSM1010742
+GSM981245_2	GSM981245
+GSM1010793_2	GSM1010793
+GSM1003540_1	GSM1003540
+GSM1010857_1	GSM1010857
+GSM1010843_1	GSM1010843
+GSM1006904_2	GSM1006904
+GSM1003621_1	GSM1003621
+GSM1014536_1	GSM1014536
+GSM1003537_1	GSM1003537
+GSM1010790_1	GSM1010790
+GSM1006910_4	GSM1006910
+GSM984610_2	GSM984610
+GSM1014524_1	GSM1014524
+GSM1024775_1	GSM1024775
+GSM1008576_2	GSM1008576
+GSM1010890_2	GSM1010890
+GSM1014528_2	GSM1014528
+GSM981252_3	GSM981252
+GSM979659_1	GSM979659
+GSM1006907_3	GSM1006907
+GSM1010809_2	GSM1010809
+GSM1010831_1	GSM1010831
+GSM1010778_2	GSM1010778
+GSM1010783_2	GSM1010783
+GSM1010820_2	GSM1010820
+GSM1014534_2	GSM1014534
+GSM1010872_1	GSM1010872
+GSM1024786_1	GSM1024786
+GSM979663_2	GSM979663
+GSM1010876_1	GSM1010876
+GSM981255_4	GSM981255
+GSM1006895_1	GSM1006895
+GSM1010859_1	GSM1010859
+GSM1010737_2	GSM1010737
+GSM984616_2	GSM984616
+GSM979654_1	GSM979654
+GSM1011130_2	GSM1011130
+GSM984615_4	GSM984615
+GSM1008558_2	GSM1008558
+GSM1006882_1	GSM1006882
+GSM1014510_2	GSM1014510
+GSM979653_4	GSM979653
+GSM1008606_2	GSM1008606
+GSM1010783_1	GSM1010783
+GSM1014512_1	GSM1014512
+GSM1022667_1	GSM1022667
+GSM1024788_1	GSM1024788
+GSM1011125_1	GSM1011125
+GSM1003455_1	GSM1003455
+GSM1014519_2	GSM1014519
+GSM1006876_1	GSM1006876
+GSM1010834_1	GSM1010834
+GSM984610_3	GSM984610
+GSM1003486_1	GSM1003486
+GSM1010834_2	GSM1010834
+GSM1022670_1	GSM1022670
+GSM1003573_1	GSM1003573
+GSM1010878_2	GSM1010878
+GSM1010902_2	GSM1010902
+GSM1024750_1	GSM1024750
+GSM1010888_2	GSM1010888
+GSM1010741_1	GSM1010741
+GSM984604_4	GSM984604
+GSM981254_1	GSM981254
+GSM981255_2	GSM981255
+GSM1010872_2	GSM1010872
+GSM984618_4	GSM984618
+GSM1010776_1	GSM1010776
+GSM1024791_1	GSM1024791
+GSM1003489_1	GSM1003489
+GSM1010856_1	GSM1010856
+GSM979635_2	GSM979635
+GSM1014524_2	GSM1014524
+GSM1006881_1	GSM1006881
+GSM1010892_2	GSM1010892
+GSM1014531_2	GSM1014531
+GSM1010871_2	GSM1010871
+GSM984612_2	GSM984612
+GSM984617_1	GSM984617
+GSM979658_4	GSM979658
+GSM1022636_1	GSM1022636
+GSM1010820_1	GSM1010820
+GSM1003462_1	GSM1003462
+GSM981247_2	GSM981247
+GSM1024765_1	GSM1024765
+GSM1003527_1	GSM1003527
+GSM1003581_1	GSM1003581
+GSM979637_1	GSM979637
+GSM1011124_1	GSM1011124
+GSM1006912_4	GSM1006912
+GSM981253_3	GSM981253
+GSM1010733_2	GSM1010733
+GSM1014532_1	GSM1014532
+GSM1006886_1	GSM1006886
+GSM1014529_2	GSM1014529
+GSM1006911_4	GSM1006911
+GSM1003538_1	GSM1003538
+GSM1010889_1	GSM1010889
+GSM984608_4	GSM984608
+GSM1006911_1	GSM1006911
+GSM979653_2	GSM979653
+GSM1003544_1	GSM1003544
+GSM1011127_2	GSM1011127
+GSM1006894_1	GSM1006894
+GSM1003602_1	GSM1003602
+GSM1010832_2	GSM1010832
+GSM979637_3	GSM979637
+GSM1010771_1	GSM1010771
+GSM1008570_1	GSM1008570
+GSM979646_3	GSM979646
+GSM1008571_2	GSM1008571
+GSM1011121_2	GSM1011121
+GSM981247_3	GSM981247
+GSM1003523_1	GSM1003523
+GSM1006886_2	GSM1006886
+GSM1010881_2	GSM1010881
+GSM981256_2	GSM981256
+GSM1022673_1	GSM1022673
+GSM1010840_2	GSM1010840
+GSM1022652_1	GSM1022652
+GSM1010785_2	GSM1010785
+GSM981259_2	GSM981259
+GSM1003510_1	GSM1003510
+GSM1024778_1	GSM1024778
+GSM979643_2	GSM979643
+GSM1003447_1	GSM1003447
+GSM1010838_1	GSM1010838
+GSM1014516_2	GSM1014516
+GSM1010785_1	GSM1010785
+GSM979636_2	GSM979636
+GSM1008600_1	GSM1008600
+GSM981258_2	GSM981258
+GSM1010728_1	GSM1010728
+GSM1008603_2	GSM1008603
+GSM981250_3	GSM981250
+GSM1010816_1	GSM1010816
+GSM1010865_1	GSM1010865
+GSM1022661_1	GSM1022661
+GSM979633_3	GSM979633
+GSM1006875_2	GSM1006875
+GSM979634_2	GSM979634
+GSM1006907_2	GSM1006907
+GSM1010836_2	GSM1010836
+GSM1008599_1	GSM1008599
+GSM1010761_1	GSM1010761
+GSM1010874_1	GSM1010874
+GSM1003464_1	GSM1003464
+GSM1003586_1	GSM1003586
+GSM1008576_1	GSM1008576
+GSM1011125_2	GSM1011125
+GSM1010775_1	GSM1010775
+GSM1008564_2	GSM1008564
+GSM1003508_1	GSM1003508
+GSM979651_4	GSM979651
+GSM1003472_1	GSM1003472
+GSM979645_3	GSM979645
+GSM1003577_1	GSM1003577
+GSM1010898_2	GSM1010898
+GSM1003454_1	GSM1003454
+GSM1006903_2	GSM1006903
+GSM1010876_2	GSM1010876
+GSM1010831_2	GSM1010831
+GSM1008557_2	GSM1008557
+GSM984611_2	GSM984611
+GSM1010738_2	GSM1010738
+GSM1010842_1	GSM1010842
+GSM979634_1	GSM979634
+GSM1008585_1	GSM1008585
+GSM1024744_1	GSM1024744
+GSM1003545_1	GSM1003545
+GSM1024771_1	GSM1024771
+GSM1014529_1	GSM1014529
+GSM984614_4	GSM984614
+GSM1014539_2	GSM1014539
+GSM1008568_2	GSM1008568
+GSM1022668_1	GSM1022668
+GSM1003463_1	GSM1003463
+GSM1010883_1	GSM1010883
+GSM1010721_1	GSM1010721
+GSM1003585_1	GSM1003585
+GSM984620_3	GSM984620
+GSM1022650_1	GSM1022650
+GSM979650_4	GSM979650
+GSM1010751_1	GSM1010751
+GSM1003521_1	GSM1003521
+GSM1010853_1	GSM1010853
+GSM1008590_2	GSM1008590
+GSM1010840_1	GSM1010840
+GSM1003542_1	GSM1003542
+GSM981243_4	GSM981243
+GSM1022651_1	GSM1022651
+GSM1010869_2	GSM1010869
+GSM1014511_2	GSM1014511
+GSM1006869_2	GSM1006869
+GSM1003522_1	GSM1003522
+GSM979655_1	GSM979655
+GSM1010900_2	GSM1010900
+GSM1003481_1	GSM1003481
+GSM1003604_1	GSM1003604
+GSM1010845_2	GSM1010845
+GSM1003547_1	GSM1003547
+GSM1022627_1	GSM1022627
+GSM1010866_1	GSM1010866
+GSM1010790_2	GSM1010790
+GSM1010847_1	GSM1010847
+GSM1010894_2	GSM1010894
+GSM1010792_1	GSM1010792
+GSM1010738_1	GSM1010738
+GSM979643_4	GSM979643
+GSM1010906_2	GSM1010906
+GSM1010815_1	GSM1010815
+GSM1022665_1	GSM1022665
+GSM1010860_2	GSM1010860
+GSM1003619_1	GSM1003619
+GSM984605_4	GSM984605
+GSM984606_2	GSM984606
+GSM1022632_1	GSM1022632
+GSM1010885_1	GSM1010885
+GSM1008592_2	GSM1008592
+GSM1006914_1	GSM1006914
+GSM1010747_1	GSM1010747
+GSM984604_1	GSM984604
+GSM1008558_1	GSM1008558
+GSM1003497_1	GSM1003497
+GSM1008563_1	GSM1008563
+GSM1006887_2	GSM1006887
+GSM1003461_1	GSM1003461
+GSM1024790_1	GSM1024790
+GSM1014522_1	GSM1014522
+GSM1010796_1	GSM1010796
+GSM1003498_1	GSM1003498
+GSM1010740_1	GSM1010740
+GSM1008595_2	GSM1008595
+GSM1010812_2	GSM1010812
+GSM1003567_1	GSM1003567
+GSM1014514_2	GSM1014514
+GSM1010796_2	GSM1010796
+GSM1011122_1	GSM1011122
+GSM984605_2	GSM984605
+GSM1010905_1	GSM1010905
+GSM1010867_3	GSM1010867
+GSM1003553_1	GSM1003553
+GSM1010757_1	GSM1010757
+GSM981260_4	GSM981260
+GSM1008566_1	GSM1008566
+GSM1010823_1	GSM1010823
+GSM1011128_2	GSM1011128
+GSM979638_3	GSM979638
+GSM1003549_1	GSM1003549
+GSM1010770_2	GSM1010770
+GSM1024739_1	GSM1024739
+GSM981245_4	GSM981245
+GSM984614_1	GSM984614
+GSM1003478_1	GSM1003478
+GSM979649_2	GSM979649
+GSM1010873_2	GSM1010873
+GSM1024770_1	GSM1024770
+GSM1010851_1	GSM1010851
+GSM1008587_1	GSM1008587
+GSM1008603_1	GSM1008603
+GSM979662_3	GSM979662
+GSM984609_3	GSM984609
+GSM1008594_1	GSM1008594
+GSM1006910_3	GSM1006910
+GSM1010817_1	GSM1010817
+GSM979639_1	GSM979639
+GSM1010727_2	GSM1010727
+GSM1006904_4	GSM1006904
+GSM979636_3	GSM979636
+GSM1010803_1	GSM1010803
+GSM1010739_1	GSM1010739
+GSM1010730_1	GSM1010730
+GSM1011120_1	GSM1011120
+GSM1022642_1	GSM1022642
+GSM981244_1	GSM981244
+GSM1022643_1	GSM1022643
+GSM1003616_1	GSM1003616
+GSM1006903_3	GSM1006903
+GSM1014517_1	GSM1014517
+GSM1024764_1	GSM1024764
+GSM1008569_1	GSM1008569
+GSM1010748_1	GSM1010748
+GSM1010723_1	GSM1010723
+GSM1010768_2	GSM1010768
+GSM1010808_2	GSM1010808
+GSM1010867_1	GSM1010867
+GSM1003625_1	GSM1003625
+GSM1022674_1	GSM1022674
+GSM984609_2	GSM984609
+GSM1010891_1	GSM1010891
+GSM979661_3	GSM979661
+GSM1010858_2	GSM1010858
+GSM981246_4	GSM981246
+GSM1010781_1	GSM1010781
+GSM1006906_3	GSM1006906
+GSM1010808_1	GSM1010808
+GSM1022675_1	GSM1022675
+GSM979645_2	GSM979645
+GSM1006869_1	GSM1006869
+GSM1003452_1	GSM1003452
+GSM981258_3	GSM981258
+GSM1024794_1	GSM1024794
+GSM979653_3	GSM979653
+GSM1010805_2	GSM1010805
+GSM1008596_2	GSM1008596
+GSM1010914_1	GSM1010914
+GSM1003603_1	GSM1003603
+GSM1014509_1	GSM1014509
+GSM979651_3	GSM979651
+GSM979647_2	GSM979647
+GSM1010818_1	GSM1010818
+GSM1010728_2	GSM1010728
+GSM981258_1	GSM981258
+GSM979637_2	GSM979637
+GSM1014508_1	GSM1014508
+GSM1006906_1	GSM1006906
+GSM1024780_1	GSM1024780
+GSM1024783_1	GSM1024783
+GSM1010718_2	GSM1010718
+GSM1010854_1	GSM1010854
+GSM1010767_1	GSM1010767
+GSM1010894_1	GSM1010894
+GSM979661_1	GSM979661
+GSM1008581_1	GSM1008581
+GSM1010804_2	GSM1010804
+GSM1010805_1	GSM1010805
+GSM1010850_1	GSM1010850
+GSM1024748_1	GSM1024748
+GSM1010870_1	GSM1010870
+GSM1006865_1	GSM1006865
+GSM984615_2	GSM984615
+GSM1003571_1	GSM1003571
+GSM1010763_1	GSM1010763
+GSM1003633_1	GSM1003633
+GSM1010811_2	GSM1010811
+GSM981249_3	GSM981249
+GSM1010880_1	GSM1010880
+GSM1010863_2	GSM1010863
+GSM981252_1	GSM981252
+GSM1003524_1	GSM1003524
+GSM1008583_1	GSM1008583
+GSM1003632_1	GSM1003632
+GSM1003480_1	GSM1003480
+GSM1010844_1	GSM1010844
+GSM1011119_2	GSM1011119
+GSM1014538_1	GSM1014538
+GSM1008592_1	GSM1008592
+GSM1003574_1	GSM1003574
+GSM1010777_2	GSM1010777
+GSM984617_2	GSM984617
+GSM1006866_2	GSM1006866
+GSM1010899_2	GSM1010899
+GSM1003494_1	GSM1003494
+GSM1003470_1	GSM1003470
+GSM1024740_1	GSM1024740
+GSM1010801_1	GSM1010801
+GSM1014523_1	GSM1014523
+GSM1024782_1	GSM1024782
+GSM1010839_2	GSM1010839
+GSM1010724_1	GSM1010724
+GSM1010788_1	GSM1010788
+GSM1003460_1	GSM1003460
+GSM1006888_1	GSM1006888
+GSM1022654_1	GSM1022654
+GSM1006913_2	GSM1006913
+GSM1008579_1	GSM1008579
+GSM1003496_1	GSM1003496
+GSM979642_1	GSM979642
+GSM1010852_1	GSM1010852
+GSM979634_3	GSM979634
+GSM1008586_2	GSM1008586
+GSM1010807_1	GSM1010807
+GSM1010743_1	GSM1010743
+GSM1010724_2	GSM1010724
+GSM984608_1	GSM984608
+GSM1008598_1	GSM1008598
+GSM1010896_2	GSM1010896
+GSM1010814_2	GSM1010814
+GSM1008567_2	GSM1008567
+GSM981254_4	GSM981254
+GSM979660_4	GSM979660
+GSM1003502_1	GSM1003502
+GSM1006909_2	GSM1006909
+GSM1003514_1	GSM1003514
+GSM1003606_1	GSM1003606
+GSM984613_2	GSM984613
+GSM1003465_1	GSM1003465
+GSM1010841_2	GSM1010841
+GSM1006906_2	GSM1006906
+GSM1010719_1	GSM1010719
+GSM981243_1	GSM981243
+GSM1024741_1	GSM1024741
+GSM1003515_1	GSM1003515
+GSM984611_1	GSM984611
+GSM1024779_1	GSM1024779
+GSM981257_2	GSM981257
+GSM1010775_2	GSM1010775
+GSM1006865_2	GSM1006865
+GSM984610_1	GSM984610
+GSM1003623_1	GSM1003623
+GSM1024776_1	GSM1024776
+GSM1022671_1	GSM1022671
+GSM1003569_1	GSM1003569
+GSM979648_4	GSM979648
+GSM1003614_1	GSM1003614
+GSM1003566_1	GSM1003566
+GSM1003535_1	GSM1003535
+GSM979658_1	GSM979658
+GSM1022660_1	GSM1022660
+GSM1014525_2	GSM1014525
+GSM1008598_2	GSM1008598
+GSM1022672_1	GSM1022672
+GSM1010747_2	GSM1010747
+GSM1010791_1	GSM1010791
+GSM1003546_1	GSM1003546
+GSM979639_4	GSM979639
+GSM1010789_1	GSM1010789
+GSM1006881_2	GSM1006881
+GSM981250_1	GSM981250
+GSM1010887_2	GSM1010887
+GSM979639_2	GSM979639
+GSM1010727_1	GSM1010727
+GSM1008565_1	GSM1008565
+GSM981243_3	GSM981243
+GSM1010723_2	GSM1010723
+GSM1010748_2	GSM1010748
+GSM1008562_2	GSM1008562
+GSM1010897_1	GSM1010897
+GSM1022658_1	GSM1022658
+GSM1010758_1	GSM1010758
+GSM1010732_1	GSM1010732
+GSM1006879_1	GSM1006879
+GSM1006871_1	GSM1006871
+GSM1008567_1	GSM1008567
+GSM1003605_1	GSM1003605
+GSM1010861_1	GSM1010861
+GSM1008606_1	GSM1008606
+GSM1003476_1	GSM1003476
+GSM979631_2	GSM979631
+GSM1009528_1	GSM1009528
+GSM1006913_1	GSM1006913
+GSM1010746_2	GSM1010746
+GSM1010780_2	GSM1010780
+GSM1006908_1	GSM1006908
+GSM1010885_2	GSM1010885
+GSM1010755_1	GSM1010755
+GSM1003539_1	GSM1003539
+GSM1003488_1	GSM1003488
+GSM1022637_1	GSM1022637
+GSM1003612_1	GSM1003612
+GSM1003483_1	GSM1003483
+GSM1010859_2	GSM1010859
+GSM1003583_1	GSM1003583
+GSM1008593_1	GSM1008593
+GSM981251_2	GSM981251
+GSM979647_3	GSM979647
+GSM1010829_2	GSM1010829
+GSM1003618_1	GSM1003618
+GSM1010782_2	GSM1010782
+GSM1014532_2	GSM1014532
+GSM1010877_2	GSM1010877
+GSM1010792_2	GSM1010792
+GSM1003492_1	GSM1003492
+GSM1022641_1	GSM1022641
+GSM1008591_2	GSM1008591
+GSM1006887_1	GSM1006887
+GSM1010905_2	GSM1010905
+GSM1003490_1	GSM1003490
+GSM1014513_2	GSM1014513
+GSM979649_1	GSM979649
+GSM1010718_1	GSM1010718
+GSM1010744_1	GSM1010744
+GSM1003484_1	GSM1003484
+GSM1008565_2	GSM1008565
+GSM1010830_1	GSM1010830
+GSM1022628_1	GSM1022628
+GSM1010742_2	GSM1010742
+GSM1003493_1	GSM1003493
+GSM1014533_1	GSM1014533
+GSM1010773_1	GSM1010773
+GSM1022626_1	GSM1022626
+GSM981258_4	GSM981258
+GSM1008582_1	GSM1008582
+GSM1010797_1	GSM1010797
+GSM984616_4	GSM984616
+GSM1010798_1	GSM1010798
+GSM1022659_1	GSM1022659
+GSM1010886_1	GSM1010886
+GSM1003620_1	GSM1003620
+GSM1010894_4	GSM1010894
+GSM1010828_1	GSM1010828
+GSM1010855_1	GSM1010855
+GSM1008573_1	GSM1008573
+GSM1010833_2	GSM1010833
+GSM981249_2	GSM981249
+GSM1014514_1	GSM1014514
+GSM981246_1	GSM981246
+GSM1024787_1	GSM1024787
+GSM1010830_2	GSM1010830
+GSM981259_4	GSM981259
+GSM1008602_1	GSM1008602
+GSM984620_1	GSM984620
+GSM1003466_1	GSM1003466
+GSM1010841_1	GSM1010841
+GSM1003572_1	GSM1003572
+GSM979662_2	GSM979662
+GSM1010854_4	GSM1010854
+GSM1006874_2	GSM1006874
+GSM1011122_2	GSM1011122
+GSM1010770_1	GSM1010770
+GSM1010879_2	GSM1010879
+GSM984611_4	GSM984611
+GSM981254_2	GSM981254
+GSM1010837_1	GSM1010837
+GSM1006889_1	GSM1006889
+GSM1010779_1	GSM1010779
+GSM1006903_4	GSM1006903
+GSM981257_1	GSM981257
+GSM1010781_2	GSM1010781
+GSM1010761_2	GSM1010761
+GSM1010825_2	GSM1010825
+GSM1010864_1	GSM1010864
+GSM1010765_2	GSM1010765
+GSM1022663_1	GSM1022663
+GSM979633_2	GSM979633
+GSM979653_1	GSM979653
+GSM1010874_2	GSM1010874
+GSM1024762_1	GSM1024762
+GSM1008604_1	GSM1008604
+GSM984608_3	GSM984608
+GSM1010722_2	GSM1010722
+GSM1010827_2	GSM1010827
+GSM1010787_1	GSM1010787
+GSM1022653_1	GSM1022653
+GSM1010883_3	GSM1010883
+GSM1006905_3	GSM1006905
+GSM1003575_1	GSM1003575
+GSM1003477_1	GSM1003477
+GSM1006912_2	GSM1006912
+GSM1008559_1	GSM1008559
+GSM1008575_1	GSM1008575
+GSM1010826_2	GSM1010826
+GSM1010794_2	GSM1010794
+GSM979635_1	GSM979635
+GSM979655_3	GSM979655
+GSM1010843_2	GSM1010843
+GSM1003500_1	GSM1003500
+GSM1003564_1	GSM1003564
+GSM1010856_2	GSM1010856
+GSM979636_1	GSM979636
+GSM981248_1	GSM981248
+GSM1010814_3	GSM1010814
+GSM1008589_1	GSM1008589
+GSM1022649_1	GSM1022649
+GSM1003525_1	GSM1003525
+GSM979654_2	GSM979654
+GSM1010913_1	GSM1010913
+GSM1010868_2	GSM1010868
+GSM1008572_1	GSM1008572
+GSM1010886_2	GSM1010886
+GSM1006876_2	GSM1006876
+GSM1010734_1	GSM1010734
+GSM979642_4	GSM979642
+GSM1010882_1	GSM1010882
+GSM1014540_1	GSM1014540
+GSM1024752_1	GSM1024752
+GSM1010812_1	GSM1010812
+GSM1024761_1	GSM1024761
+GSM1008563_2	GSM1008563
+GSM1008597_2	GSM1008597
+GSM1003507_1	GSM1003507
+GSM1006877_1	GSM1006877
+GSM1003475_1	GSM1003475
+GSM1014527_2	GSM1014527
+GSM1010889_2	GSM1010889
+GSM1024793_1	GSM1024793
diff --git a/hg19/track2GEO_longrange b/hg19/track2GEO_longrange
new file mode 100644
index 0000000..6918624
--- /dev/null
+++ b/hg19/track2GEO_longrange
@@ -0,0 +1,54 @@
+Esc_20kb_hindIII_rep1	GSM862723,GSE35156
+Esc_20kb_hindIII_rep2	GSM892306,GSE35156
+Esc_40kb_hindIII_rep1	GSM862723,GSE35156
+Esc_40kb_hindIII_rep2	GSM892306,GSE35156
+Esc_40kb_hindIII_combined	GSM862723,GSM892306,GSE35156
+IMR90_20kb_hindIII_rep1	GSM862724,GSE35156
+IMR90_20kb_hindIII_rep2	GSM892307,GSE35156
+IMR90_40kb_hindIII_rep1	GSM862724,GSE35156
+IMR90_40kb_hindIII_rep2	GSM892307,GSE35156
+IMR90_40kb_hindIII_combined	GSM892307,GSM862724,GSE35156
+GM06990_exp_100kb	GSE18199
+GM06990_exp_1mb	GSE18199
+GM06990_obs_100kb	GSE18199
+GM06990_obs_1mb	GSE18199
+GM06990_obsexp_100kb	GSE18199
+GM06990_obsexp_1mb	GSE18199
+GM06990_pearson_100kb	GSE18199
+GM06990_pearson_1mb	GSE18199
+K562_exp_100kb	GSE18199
+K562_exp_1mb	GSE18199
+K562_obs_100kb	GSE18199
+K562_obs_1mb	GSE18199
+K562_obsexp_100kb	GSE18199
+K562_obsexp_1mb	GSE18199
+K562_pearson_100kb	GSE18199
+K562_pearson_1mb	GSE18199
+GSM832456	GSM832456,GSE33664
+GSM832457	GSM832457,GSE33664
+GSM832458	GSM832458,GSE33664
+GSM832459	GSM832459,GSE33664
+GSM832460	GSM832460,GSE33664
+GSM832461	GSM832461,GSE33664
+GSM832462	GSM832462,GSE33664
+GSM832463	GSM832463,GSE33664
+GSM832464	GSM832464,GSE33664
+GSM832465	GSM832465,GSE33664
+wgEncodeUw5CBjUw5cgeneMatrixRep1	GSM970285,GSE39505
+wgEncodeUw5CBjUw5cgeneMatrixRep2	GSM970285,GSE39505
+wgEncodeUw5CCaco2Uw5cmycMatrixRep1	GSM970291,GSE39505
+wgEncodeUw5CCaco2Uw5cmycMatrixRep2	GSM970291,GSE39505
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep1	GSM970290,GSE39505
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep2	GSM970290,GSE39505
+wgEncodeUw5CGm12878Uw5cmycMatrixRep1	GSM970289,GSE39505
+wgEncodeUw5CGm12878Uw5cmycMatrixRep2	GSM970289,GSE39505
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep1	GSM970288,GSE39505
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep2	GSM970288,GSE39505
+wgEncodeUw5CK562Uw5cmycMatrixRep1	GSM970287,GSE39505
+wgEncodeUw5CK562Uw5cmycMatrixRep2	GSM970287,GSE39505
+wgEncodeUw5CLncapUw5cmycMatrixRep1	GSM970286,GSE39505
+wgEncodeUw5CLncapUw5cmycMatrixRep2	GSM970286,GSE39505
+wgEncodeUw5CMcf7Uw5cmycMatrixRep1	GSM970292,GSE39505
+wgEncodeUw5CMcf7Uw5cmycMatrixRep2	GSM970292,GSE39505
+wgEncodeUw5CSknshraUw5cgeneMatrixRep1	GSM970284,GSE39505
+wgEncodeUw5CSknshraUw5cgeneMatrixRep2	GSM970284,GSE39505
diff --git a/hg19/track2GEO_roadmap b/hg19/track2GEO_roadmap
new file mode 100644
index 0000000..03625d0
--- /dev/null
+++ b/hg19/track2GEO_roadmap
@@ -0,0 +1,2089 @@
+GSM675544_1	GSM675544
+GSM530665	GSM530665
+GSM669984	GSM669984
+GSM605296	GSM605296
+GSM605297	GSM605297
+GSM605295	GSM605295
+GSM605298	GSM605298
+GSM605299	GSM605299
+GSM774218_0	GSM774218
+GSM669935	GSM669935
+GSM669934	GSM669934
+GSM669937	GSM669937
+GSM669936	GSM669936
+GSM669931	GSM669931
+GSM669930	GSM669930
+GSM669933	GSM669933
+GSM669932	GSM669932
+GSM537655	GSM537655
+GSM621705	GSM621705
+GSM669939	GSM669939
+GSM669938	GSM669938
+GSM621700	GSM621700
+GSM723022_0	GSM723022
+GSM701527_0	GSM701527
+GSM767353_0	GSM767353
+GSM602260	GSM602260
+GSM602261	GSM602261
+GSM621603	GSM621603
+GSM752966_0	GSM752966
+GSM669960	GSM669960
+GSM543016	GSM543016
+GSM723025_0	GSM723025
+GSM621601	GSM621601
+GSM621689	GSM621689
+GSM621688	GSM621688
+GSM621687	GSM621687
+GSM621686	GSM621686
+GSM621685	GSM621685
+GSM621684	GSM621684
+GSM621683	GSM621683
+GSM621682	GSM621682
+GSM621681	GSM621681
+GSM621680	GSM621680
+GSM605303	GSM605303
+GSM701488_0	GSM701488
+GSM669961	GSM669961
+GSM543019	GSM543019
+GSM429323_1	GSM429323
+GSM753442_0	GSM753442
+GSM605306	GSM605306
+GSM772727_0	GSM772727
+GSM613846	GSM613846
+GSM605307	GSM605307
+GSM706083_0	GSM706083
+GSM613842	GSM613842
+GSM613843	GSM613843
+GSM621632	GSM621632
+GSM621633	GSM621633
+GSM621630	GSM621630
+GSM621631	GSM621631
+GSM621636	GSM621636
+GSM621637	GSM621637
+GSM521918	GSM521918
+GSM521919	GSM521919
+GSM706845_0	GSM706845
+GSM521917	GSM521917
+GSM521914	GSM521914
+GSM521915	GSM521915
+GSM521912	GSM521912
+GSM521913	GSM521913
+GSM767355_0	GSM767355
+GSM521911	GSM521911
+GSM752977_0	GSM752977
+GSM621458	GSM621458
+GSM621459	GSM621459
+GSM774202_0	GSM774202
+GSM621353	GSM621353
+GSM621347	GSM621347
+GSM753435_0	GSM753435
+GSM621672	GSM621672
+GSM621450	GSM621450
+GSM621451	GSM621451
+GSM621456	GSM621456
+GSM621457	GSM621457
+GSM621454	GSM621454
+GSM621673	GSM621673
+GSM670029	GSM670029
+GSM670028	GSM670028
+GSM613908	GSM613908
+GSM621345	GSM621345
+GSM707012_0	GSM707012
+GSM669964	GSM669964
+GSM701530_0	GSM701530
+GSM670021	GSM670021
+GSM670020	GSM670020
+GSM670023	GSM670023
+GSM670022	GSM670022
+GSM670025	GSM670025
+GSM670024	GSM670024
+GSM670027	GSM670027
+GSM670026	GSM670026
+GSM723023_0	GSM723023
+GSM806948_0	GSM806948
+GSM537619	GSM537619
+GSM706999_0	GSM706999
+GSM613833	GSM613833
+GSM537615	GSM537615
+GSM537612	GSM537612
+GSM537613	GSM537613
+GSM595928_1	GSM595928
+GSM665827	GSM665827
+GSM669985	GSM669985
+GSM669986	GSM669986
+GSM665824	GSM665824
+GSM669980	GSM669980
+GSM669981	GSM669981
+GSM669982	GSM669982
+GSM669983	GSM669983
+GSM774224_0	GSM774224
+GSM595923_1	GSM595923
+GSM669988	GSM669988
+GSM669989	GSM669989
+GSM665829	GSM665829
+GSM665828	GSM665828
+GSM621348	GSM621348
+GSM751279_0	GSM751279
+GSM669619	GSM669619
+GSM595925_1	GSM595925
+GSM707014_0	GSM707014
+GSM595930	GSM595930
+GSM753428_0	GSM753428
+GSM669600	GSM669600
+GSM468801	GSM468801
+GSM706058_1	GSM706058
+GSM675543_1	GSM675543
+GSM706837_0	GSM706837
+GSM621421	GSM621421
+GSM752971_0	GSM752971
+GSM665814	GSM665814
+GSM486714	GSM486714
+GSM753974_0	GSM753974
+GSM486710	GSM486710
+GSM486711	GSM486711
+GSM486712	GSM486712
+GSM613892	GSM613892
+GSM707010_0	GSM707010
+GSM409312	GSM409312
+GSM621559	GSM621559
+GSM706844_0	GSM706844
+GSM706056_0	GSM706056
+GSM706847_0	GSM706847
+GSM706071_0	GSM706071
+GSM537666	GSM537666
+GSM621702	GSM621702
+GSM433167	GSM433167
+GSM621414	GSM621414
+GSM621730	GSM621730
+GSM701499_0	GSM701499
+GSM706851_0	GSM706851
+GSM621415	GSM621415
+GSM543013	GSM543013
+GSM706849_0	GSM706849
+GSM621412	GSM621412
+GSM706054_1	GSM706054
+GSM432685_1	GSM432685
+GSM621413	GSM621413
+GSM667609	GSM667609
+GSM667608	GSM667608
+GSM706075_0	GSM706075
+GSM537661	GSM537661
+GSM706848_0	GSM706848
+GSM706065_0	GSM706065
+GSM701491_0	GSM701491
+GSM621411	GSM621411
+GSM613919	GSM613919
+GSM432687_1	GSM432687
+GSM438363_0	GSM438363
+GSM701497_0	GSM701497
+GSM751275_0	GSM751275
+GSM595921_1	GSM595921
+GSM613898	GSM613898
+GSM521889	GSM521889
+GSM701536_0	GSM701536
+GSM521884	GSM521884
+GSM521885	GSM521885
+GSM521886	GSM521886
+GSM521887	GSM521887
+GSM521880	GSM521880
+GSM521881	GSM521881
+GSM521883	GSM521883
+GSM613888	GSM613888
+GSM613889	GSM613889
+GSM774219_0	GSM774219
+GSM537669	GSM537669
+GSM621422	GSM621422
+GSM613880	GSM613880
+GSM613881	GSM613881
+GSM613882	GSM613882
+GSM613883	GSM613883
+GSM613884	GSM613884
+GSM613885	GSM613885
+GSM613886	GSM613886
+GSM613887	GSM613887
+GSM605300	GSM605300
+GSM605301	GSM605301
+GSM669968	GSM669968
+GSM669969	GSM669969
+GSM605304	GSM605304
+GSM605305	GSM605305
+GSM621678	GSM621678
+GSM621679	GSM621679
+GSM669962	GSM669962
+GSM669963	GSM669963
+GSM621674	GSM621674
+GSM621675	GSM621675
+GSM669966	GSM669966
+GSM669967	GSM669967
+GSM621670	GSM621670
+GSM669965	GSM669965
+GSM706079_0	GSM706079
+GSM706050_0	GSM706050
+GSM669609	GSM669609
+GSM669608	GSM669608
+GSM537676	GSM537676
+GSM723024_0	GSM723024
+GSM669603	GSM669603
+GSM669602	GSM669602
+GSM669601	GSM669601
+GSM621424	GSM621424
+GSM669607	GSM669607
+GSM669606	GSM669606
+GSM669605	GSM669605
+GSM669604	GSM669604
+GSM621416	GSM621416
+GSM621417	GSM621417
+GSM537665	GSM537665
+GSM537664	GSM537664
+GSM537663	GSM537663
+GSM537662	GSM537662
+GSM621410	GSM621410
+GSM537660	GSM537660
+GSM621557	GSM621557
+GSM621552	GSM621552
+GSM621418	GSM621418
+GSM537668	GSM537668
+GSM621676	GSM621676
+GSM670064	GSM670064
+GSM670067	GSM670067
+GSM670060	GSM670060
+GSM670062	GSM670062
+GSM752972_0	GSM752972
+GSM670069	GSM670069
+GSM772734_1	GSM772734
+GSM772734_0	GSM772734
+GSM751278_0	GSM751278
+GSM706052_0	GSM706052
+GSM753446_0	GSM753446
+GSM669987	GSM669987
+GSM432685	GSM432685
+GSM806934_0	GSM806934
+GSM774212_0	GSM774212
+GSM701541_0	GSM701541
+GSM613875	GSM613875
+GSM613874	GSM613874
+GSM613877	GSM613877
+GSM613876	GSM613876
+GSM613871	GSM613871
+GSM613870	GSM613870
+GSM613873	GSM613873
+GSM613872	GSM613872
+GSM670091	GSM670091
+GSM543029	GSM543029
+GSM613879	GSM613879
+GSM613878	GSM613878
+GSM665819	GSM665819
+GSM752974_0	GSM752974
+GSM670057	GSM670057
+GSM428286	GSM428286
+GSM602254_1	GSM602254
+GSM621357	GSM621357
+GSM432686_1	GSM432686
+GSM774230_0	GSM774230
+GSM670050	GSM670050
+GSM450268	GSM450268
+GSM723021_0	GSM723021
+GSM706857_0	GSM706857
+GSM663427	GSM663427
+GSM670051	GSM670051
+GSM701515_0	GSM701515
+GSM670020_1	GSM670020
+GSM706076_0	GSM706076
+GSM669588_0	GSM669588
+GSM753445_0	GSM753445
+GSM774236_0	GSM774236
+GSM670053	GSM670053
+GSM767348_0	GSM767348
+GSM701513_0	GSM701513
+GSM613821	GSM613821
+GSM493624	GSM493624
+GSM595918	GSM595918
+GSM621763	GSM621763
+GSM753427_0	GSM753427
+GSM621391	GSM621391
+GSM621390	GSM621390
+GSM621393	GSM621393
+GSM621392	GSM621392
+GSM621395	GSM621395
+GSM621397	GSM621397
+GSM621396	GSM621396
+GSM621399	GSM621399
+GSM621398	GSM621398
+GSM613903	GSM613903
+GSM707019_0	GSM707019
+GSM613905	GSM613905
+GSM753433_0	GSM753433
+GSM613907	GSM613907
+GSM521870	GSM521870
+GSM706066_0	GSM706066
+GSM706081_0	GSM706081
+GSM707011_0	GSM707011
+GSM753448_0	GSM753448
+GSM706053_0	GSM706053
+GSM613901	GSM613901
+GSM753434_0	GSM753434
+GSM701518_0	GSM701518
+GSM701535_0	GSM701535
+GSM670084	GSM670084
+GSM621419	GSM621419
+GSM772732_0	GSM772732
+GSM670055	GSM670055
+GSM753425_0	GSM753425
+GSM701537_0	GSM701537
+GSM669582_0	GSM669582
+GSM706068_0	GSM706068
+GSM774222_0	GSM774222
+GSM806943_0	GSM806943
+GSM752990_0	GSM752990
+GSM667641	GSM667641
+GSM667640	GSM667640
+GSM667643	GSM667643
+GSM667642	GSM667642
+GSM767351_0	GSM767351
+GSM621765	GSM621765
+GSM670080	GSM670080
+GSM752968_0	GSM752968
+GSM537710	GSM537710
+GSM543021	GSM543021
+GSM595929_1	GSM595929
+GSM789280_0	GSM789280
+GSM774232_0	GSM774232
+GSM774216_0	GSM774216
+GSM774243_0	GSM774243
+GSM543011	GSM543011
+GSM602255_1	GSM602255
+GSM595920_1	GSM595920
+GSM752991_0	GSM752991
+GSM774239_0	GSM774239
+GSM595922_1	GSM595922
+GSM774210_0	GSM774210
+GSM669910	GSM669910
+GSM670089	GSM670089
+GSM774207_0	GSM774207
+GSM429322_1	GSM429322
+GSM806940_0	GSM806940
+GSM669926	GSM669926
+GSM669927	GSM669927
+GSM669924	GSM669924
+GSM669925	GSM669925
+GSM621737	GSM621737
+GSM669923	GSM669923
+GSM669920	GSM669920
+GSM669921	GSM669921
+GSM602253	GSM602253
+GSM602252	GSM602252
+GSM621739	GSM621739
+GSM621738	GSM621738
+GSM602257	GSM602257
+GSM602256	GSM602256
+GSM669928	GSM669928
+GSM669971	GSM669971
+GSM669942	GSM669942
+GSM767344_0	GSM767344
+GSM450270	GSM450270
+GSM595926_1	GSM595926
+GSM595925	GSM595925
+GSM621690	GSM621690
+GSM621691	GSM621691
+GSM621692	GSM621692
+GSM621693	GSM621693
+GSM621694	GSM621694
+GSM621695	GSM621695
+GSM621696	GSM621696
+GSM751282_0	GSM751282
+GSM701520_0	GSM701520
+GSM621699	GSM621699
+GSM701532_0	GSM701532
+GSM602253_1	GSM602253
+GSM669612	GSM669612
+GSM752978_0	GSM752978
+GSM701492_0	GSM701492
+GSM602251_1	GSM602251
+GSM752986_0	GSM752986
+GSM789281_0	GSM789281
+GSM669586_0	GSM669586
+GSM605339	GSM605339
+GSM605338	GSM605338
+GSM753429_0	GSM753429
+GSM751281_0	GSM751281
+GSM701517_0	GSM701517
+GSM774234_0	GSM774234
+GSM605330	GSM605330
+GSM605333	GSM605333
+GSM605332	GSM605332
+GSM605335	GSM605335
+GSM605334	GSM605334
+GSM605337	GSM605337
+GSM605336	GSM605336
+GSM521923	GSM521923
+GSM521922	GSM521922
+GSM521921	GSM521921
+GSM521927	GSM521927
+GSM521926	GSM521926
+GSM521925	GSM521925
+GSM521924	GSM521924
+GSM521929	GSM521929
+GSM521928	GSM521928
+GSM493387	GSM493387
+GSM752993_0	GSM752993
+GSM621677	GSM621677
+GSM774238_0	GSM774238
+GSM613897	GSM613897
+GSM493386	GSM493386
+GSM621634	GSM621634
+GSM669978	GSM669978
+GSM621635	GSM621635
+GSM751276_0	GSM751276
+GSM621461	GSM621461
+GSM621460	GSM621460
+GSM670038	GSM670038
+GSM670039	GSM670039
+GSM493615	GSM493615
+GSM543027	GSM543027
+GSM670032	GSM670032
+GSM670033	GSM670033
+GSM670030	GSM670030
+GSM670031	GSM670031
+GSM670036	GSM670036
+GSM670037	GSM670037
+GSM670034	GSM670034
+GSM670035	GSM670035
+GSM432392	GSM432392
+GSM621639	GSM621639
+GSM613891	GSM613891
+GSM706860_0	GSM706860
+GSM613890	GSM613890
+GSM543023	GSM543023
+GSM537623	GSM537623
+GSM537622	GSM537622
+GSM537621	GSM537621
+GSM537620	GSM537620
+GSM537627	GSM537627
+GSM537626	GSM537626
+GSM537625	GSM537625
+GSM537624	GSM537624
+GSM450266	GSM450266
+GSM537629	GSM537629
+GSM537628	GSM537628
+GSM613826	GSM613826
+GSM621667	GSM621667
+GSM432691_1	GSM432691
+GSM669972	GSM669972
+GSM669974	GSM669974
+GSM773048_0	GSM773048
+GSM774235_0	GSM774235
+GSM621661	GSM621661
+GSM701494_0	GSM701494
+GSM605302	GSM605302
+GSM621660	GSM621660
+GSM595920	GSM595920
+GSM595921	GSM595921
+GSM595922	GSM595922
+GSM595923	GSM595923
+GSM595924	GSM595924
+GSM621663	GSM621663
+GSM595926	GSM595926
+GSM595927	GSM595927
+GSM595928	GSM595928
+GSM595929	GSM595929
+GSM621406	GSM621406
+GSM669976	GSM669976
+GSM774240_0	GSM774240
+GSM706049_0	GSM706049
+GSM806935_0	GSM806935
+GSM469968	GSM469968
+GSM701498_0	GSM701498
+GSM669622	GSM669622
+GSM429321_1	GSM429321
+GSM409308	GSM409308
+GSM409307_1	GSM409307
+GSM774213_0	GSM774213
+GSM752975_0	GSM752975
+GSM621453	GSM621453
+GSM774209_0	GSM774209
+GSM806937_0	GSM806937
+GSM806939_0	GSM806939
+GSM669940	GSM669940
+GSM669889	GSM669889
+GSM433179	GSM433179
+GSM669941	GSM669941
+GSM669885	GSM669885
+GSM433176	GSM433176
+GSM669886	GSM669886
+GSM433170	GSM433170
+GSM433171	GSM433171
+GSM701516_0	GSM701516
+GSM774231_0	GSM774231
+GSM706841_0	GSM706841
+GSM621657	GSM621657
+GSM669944	GSM669944
+GSM621455	GSM621455
+GSM774233_0	GSM774233
+GSM706047_0	GSM706047
+GSM669945	GSM669945
+GSM752979_0	GSM752979
+GSM667618	GSM667618
+GSM667619	GSM667619
+GSM621652	GSM621652
+GSM773047_0	GSM773047
+GSM667612	GSM667612
+GSM667613	GSM667613
+GSM667610	GSM667610
+GSM621653	GSM621653
+GSM667616	GSM667616
+GSM667617	GSM667617
+GSM667614	GSM667614
+GSM667615	GSM667615
+GSM665838	GSM665838
+GSM665839	GSM665839
+GSM774237_0	GSM774237
+GSM701505_0	GSM701505
+GSM621714	GSM621714
+GSM665830	GSM665830
+GSM665831	GSM665831
+GSM665832	GSM665832
+GSM665833	GSM665833
+GSM665834	GSM665834
+GSM665835	GSM665835
+GSM665836	GSM665836
+GSM665837	GSM665837
+GSM521871	GSM521871
+GSM537652	GSM537652
+GSM521873	GSM521873
+GSM521875	GSM521875
+GSM521874	GSM521874
+GSM521877	GSM521877
+GSM537653	GSM537653
+GSM521879	GSM521879
+GSM521878	GSM521878
+GSM753449_0	GSM753449
+GSM772733_0	GSM772733
+GSM621407	GSM621407
+GSM595916_1	GSM595916
+GSM767354_0	GSM767354
+GSM753426_0	GSM753426
+GSM595914_1	GSM595914
+GSM701534_0	GSM701534
+GSM621401	GSM621401
+GSM537657	GSM537657
+GSM621643	GSM621643
+GSM621642	GSM621642
+GSM621641	GSM621641
+GSM621640	GSM621640
+GSM621647	GSM621647
+GSM621403	GSM621403
+GSM621645	GSM621645
+GSM621644	GSM621644
+GSM621760	GSM621760
+GSM669956	GSM669956
+GSM669955	GSM669955
+GSM669954	GSM669954
+GSM669953	GSM669953
+GSM669952	GSM669952
+GSM669951	GSM669951
+GSM669950	GSM669950
+GSM669597	GSM669597
+GSM433174	GSM433174
+GSM669595	GSM669595
+GSM669594	GSM669594
+GSM669593	GSM669593
+GSM669592	GSM669592
+GSM669591	GSM669591
+GSM669590	GSM669590
+GSM669614	GSM669614
+GSM669615	GSM669615
+GSM669993	GSM669993
+GSM669617	GSM669617
+GSM669610	GSM669610
+GSM669887	GSM669887
+GSM621709	GSM621709
+GSM669613	GSM669613
+GSM466734	GSM466734
+GSM605308	GSM605308
+GSM433177	GSM433177
+GSM706854_0	GSM706854
+GSM466732	GSM466732
+GSM752992_0	GSM752992
+GSM701495_0	GSM701495
+GSM675546_1	GSM675546
+GSM466739	GSM466739
+GSM670077	GSM670077
+GSM670075	GSM670075
+GSM670073	GSM670073
+GSM670070	GSM670070
+GSM621606	GSM621606
+GSM706061_1	GSM706061
+GSM706061_0	GSM706061
+GSM605309	GSM605309
+GSM773046_0	GSM773046
+GSM767347_0	GSM767347
+GSM701511_0	GSM701511
+GSM701512_0	GSM701512
+GSM537704	GSM537704
+GSM537705	GSM537705
+GSM537706	GSM537706
+GSM537707	GSM537707
+GSM537700	GSM537700
+GSM434776	GSM434776
+GSM537702	GSM537702
+GSM621423	GSM621423
+GSM772731_0	GSM772731
+GSM537708	GSM537708
+GSM537709	GSM537709
+GSM613868	GSM613868
+GSM613869	GSM613869
+GSM616128	GSM616128
+GSM616129	GSM616129
+GSM701533_0	GSM701533
+GSM602251	GSM602251
+GSM595919_1	GSM595919
+GSM602252_1	GSM602252
+GSM706078_0	GSM706078
+GSM701496_0	GSM701496
+GSM616127	GSM616127
+GSM537685	GSM537685
+GSM537684	GSM537684
+GSM537687	GSM537687
+GSM537686	GSM537686
+GSM537681	GSM537681
+GSM537680	GSM537680
+GSM537683	GSM537683
+GSM537682	GSM537682
+GSM706850_0	GSM706850
+GSM537674	GSM537674
+GSM537689	GSM537689
+GSM537688	GSM537688
+GSM753432_0	GSM753432
+GSM701500_0	GSM701500
+GSM602256_1	GSM602256
+GSM706067_0	GSM706067
+GSM543005	GSM543005
+GSM751271_0	GSM751271
+GSM537678	GSM537678
+GSM537679	GSM537679
+GSM621429	GSM621429
+GSM621428	GSM621428
+GSM621386	GSM621386
+GSM621387	GSM621387
+GSM706836_0	GSM706836
+GSM537670	GSM537670
+GSM537671	GSM537671
+GSM621388	GSM621388
+GSM621389	GSM621389
+GSM621427	GSM621427
+GSM621426	GSM621426
+GSM621425	GSM621425
+GSM537677	GSM537677
+GSM665801	GSM665801
+GSM665800	GSM665800
+GSM665803	GSM665803
+GSM665802	GSM665802
+GSM665805	GSM665805
+GSM665804	GSM665804
+GSM665807	GSM665807
+GSM665806	GSM665806
+GSM665808	GSM665808
+GSM701522_0	GSM701522
+GSM670046	GSM670046
+GSM595919	GSM595919
+GSM621420	GSM621420
+GSM621671	GSM621671
+GSM595913	GSM595913
+GSM595915	GSM595915
+GSM595914	GSM595914
+GSM595917	GSM595917
+GSM595916	GSM595916
+GSM543034	GSM543034
+GSM751273_0	GSM751273
+GSM774226_0	GSM774226
+GSM701531_0	GSM701531
+GSM806936_0	GSM806936
+GSM621560	GSM621560
+GSM468792	GSM468792
+GSM613834	GSM613834
+GSM751287_0	GSM751287
+GSM595917_1	GSM595917
+GSM613837	GSM613837
+GSM752970_0	GSM752970
+GSM669625	GSM669625
+GSM669624	GSM669624
+GSM667611	GSM667611
+GSM669621	GSM669621
+GSM669620	GSM669620
+GSM669623	GSM669623
+GSM665826	GSM665826
+GSM432690_1	GSM432690
+GSM774201_0	GSM774201
+GSM621561	GSM621561
+GSM665825	GSM665825
+GSM669919	GSM669919
+GSM669918	GSM669918
+GSM706048_0	GSM706048
+GSM701529_0	GSM701529
+GSM669913	GSM669913
+GSM669912	GSM669912
+GSM669911	GSM669911
+GSM621629	GSM621629
+GSM669917	GSM669917
+GSM669916	GSM669916
+GSM669915	GSM669915
+GSM669914	GSM669914
+GSM621725	GSM621725
+GSM621726	GSM621726
+GSM621727	GSM621727
+GSM602254	GSM602254
+GSM665821	GSM665821
+GSM621715	GSM621715
+GSM665820	GSM665820
+GSM621728	GSM621728
+GSM621729	GSM621729
+GSM751277_0	GSM751277
+GSM707013_0	GSM707013
+GSM752969_0	GSM752969
+GSM537672	GSM537672
+GSM669618	GSM669618
+GSM774217_0	GSM774217
+GSM669929_1	GSM669929
+GSM774214_0	GSM774214
+GSM410808	GSM410808
+GSM753438_0	GSM753438
+GSM410807	GSM410807
+GSM706074_0	GSM706074
+GSM701521_0	GSM701521
+GSM693278_0	GSM693278
+GSM753440_0	GSM753440
+GSM774220_0	GSM774220
+GSM706046_0	GSM706046
+GSM595924_1	GSM595924
+GSM753436_0	GSM753436
+GSM707017_0	GSM707017
+GSM707000_0	GSM707000
+GSM450239	GSM450239
+GSM469973	GSM469973
+GSM621592	GSM621592
+GSM469971	GSM469971
+GSM605329	GSM605329
+GSM469975	GSM469975
+GSM469974	GSM469974
+GSM605322	GSM605322
+GSM605323	GSM605323
+GSM605320	GSM605320
+GSM605321	GSM605321
+GSM605327	GSM605327
+GSM605324	GSM605324
+GSM605325	GSM605325
+GSM543004	GSM543004
+GSM621750	GSM621750
+GSM621753	GSM621753
+GSM621752	GSM621752
+GSM621755	GSM621755
+GSM621754	GSM621754
+GSM621757	GSM621757
+GSM621756	GSM621756
+GSM621759	GSM621759
+GSM621758	GSM621758
+GSM707023_0	GSM707023
+GSM543009	GSM543009
+GSM432692_1	GSM432692
+GSM537641	GSM537641
+GSM537640	GSM537640
+GSM537643	GSM537643
+GSM537642	GSM537642
+GSM537645	GSM537645
+GSM602259	GSM602259
+GSM537646	GSM537646
+GSM537649	GSM537649
+GSM537648	GSM537648
+GSM774242_0	GSM774242
+GSM537675	GSM537675
+GSM751285_0	GSM751285
+GSM774203_0	GSM774203
+GSM707008_0	GSM707008
+GSM670009	GSM670009
+GSM670008	GSM670008
+GSM670007	GSM670007
+GSM670006	GSM670006
+GSM670005	GSM670005
+GSM670004	GSM670004
+GSM670003	GSM670003
+GSM670002	GSM670002
+GSM670001	GSM670001
+GSM670000	GSM670000
+GSM774211_0	GSM774211
+GSM707007	GSM707007
+GSM537634	GSM537634
+GSM537635	GSM537635
+GSM537636	GSM537636
+GSM537637	GSM537637
+GSM537630	GSM537630
+GSM537631	GSM537631
+GSM537632	GSM537632
+GSM537633	GSM537633
+GSM613816	GSM613816
+GSM613815	GSM613815
+GSM613814	GSM613814
+GSM613813	GSM613813
+GSM613812	GSM613812
+GSM613811	GSM613811
+GSM707003	GSM707003
+GSM753430_0	GSM753430
+GSM753431_0	GSM753431
+GSM701503_0	GSM701503
+GSM675545_1	GSM675545
+GSM456941	GSM456941
+GSM753447_0	GSM753447
+GSM605328	GSM605328
+GSM530662	GSM530662
+GSM530663	GSM530663
+GSM530660	GSM530660
+GSM469970	GSM469970
+GSM530666	GSM530666
+GSM706060_1	GSM706060
+GSM530664	GSM530664
+GSM669959	GSM669959
+GSM706859_0	GSM706859
+GSM706070_0	GSM706070
+GSM701540_0	GSM701540
+GSM773045_0	GSM773045
+GSM701487_0	GSM701487
+GSM701528_0	GSM701528
+GSM767349_0	GSM767349
+GSM521931	GSM521931
+GSM752967_0	GSM752967
+GSM621595	GSM621595
+GSM753441_0	GSM753441
+GSM543031	GSM543031
+GSM621594	GSM621594
+GSM773042_0	GSM773042
+GSM752987_0	GSM752987
+GSM707016_0	GSM707016
+GSM621638	GSM621638
+GSM693277_0	GSM693277
+GSM752962_0	GSM752962
+GSM706058_0	GSM706058
+GSM773041_0	GSM773041
+GSM613847	GSM613847
+GSM621599	GSM621599
+GSM706843_0	GSM706843
+GSM706055_1	GSM706055
+GSM621598	GSM621598
+GSM669898	GSM669898
+GSM669899	GSM669899
+GSM669896	GSM669896
+GSM669897	GSM669897
+GSM669894	GSM669894
+GSM669895	GSM669895
+GSM669892	GSM669892
+GSM669893	GSM669893
+GSM669890	GSM669890
+GSM669891	GSM669891
+GSM432689	GSM432689
+GSM432688	GSM432688
+GSM774229_0	GSM774229
+GSM432686	GSM432686
+GSM751270_0	GSM751270
+GSM701524_0	GSM701524
+GSM602258	GSM602258
+GSM752984_0	GSM752984
+GSM432687	GSM432687
+GSM521933	GSM521933
+GSM701507_0	GSM701507
+GSM621751	GSM621751
+GSM493620	GSM493620
+GSM706082_0	GSM706082
+GSM493626	GSM493626
+GSM667629	GSM667629
+GSM667628	GSM667628
+GSM667627	GSM667627
+GSM667626	GSM667626
+GSM667625	GSM667625
+GSM667624	GSM667624
+GSM667623	GSM667623
+GSM667622	GSM667622
+GSM667621	GSM667621
+GSM667620	GSM667620
+GSM543007	GSM543007
+GSM669973	GSM669973
+GSM751283_0	GSM751283
+GSM521930	GSM521930
+GSM706855_0	GSM706855
+GSM774208_0	GSM774208
+GSM595927_1	GSM595927
+GSM706835_0	GSM706835
+GSM774223_0	GSM774223
+GSM521866	GSM521866
+GSM521932	GSM521932
+GSM806944_0	GSM806944
+GSM493385	GSM493385
+GSM493384	GSM493384
+GSM521868	GSM521868
+GSM521869	GSM521869
+GSM772724_0	GSM772724
+GSM669585_0	GSM669585
+GSM621444	GSM621444
+GSM806946_0	GSM806946
+GSM621655	GSM621655
+GSM773043_0	GSM773043
+GSM701523_0	GSM701523
+GSM621646	GSM621646
+GSM621654	GSM621654
+GSM669589	GSM669589
+GSM621656	GSM621656
+GSM669943	GSM669943
+GSM621650	GSM621650
+GSM621651	GSM621651
+GSM669946	GSM669946
+GSM669947	GSM669947
+GSM669948	GSM669948
+GSM669949	GSM669949
+GSM669958	GSM669958
+GSM621658	GSM621658
+GSM621659	GSM621659
+GSM621713	GSM621713
+GSM621665	GSM621665
+GSM669957	GSM669957
+GSM772725_0	GSM772725
+GSM693275_0	GSM693275
+GSM752965_0	GSM752965
+GSM752988_0	GSM752988
+GSM701519_0	GSM701519
+GSM707001_0	GSM707001
+GSM701489_0	GSM701489
+GSM806942_0	GSM806942
+GSM621649	GSM621649
+GSM595918_1	GSM595918
+GSM774205_0	GSM774205
+GSM670049	GSM670049
+GSM621648	GSM621648
+GSM707022_0	GSM707022
+GSM706051_0	GSM706051
+GSM752981_0	GSM752981
+GSM670043	GSM670043
+GSM670042	GSM670042
+GSM670041	GSM670041
+GSM670040	GSM670040
+GSM670047	GSM670047
+GSM621664	GSM621664
+GSM670045	GSM670045
+GSM670044	GSM670044
+GSM675545	GSM675545
+GSM675544	GSM675544
+GSM675546	GSM675546
+GSM675543	GSM675543
+GSM675542	GSM675542
+GSM613911	GSM613911
+GSM621767	GSM621767
+GSM767346_0	GSM767346
+GSM706858_0	GSM706858
+GSM613859	GSM613859
+GSM752985_0	GSM752985
+GSM537647	GSM537647
+GSM669596	GSM669596
+GSM613853	GSM613853
+GSM450236	GSM450236
+GSM613857	GSM613857
+GSM613856	GSM613856
+GSM706073_0	GSM706073
+GSM613818	GSM613818
+GSM707006	GSM707006
+GSM595913_1	GSM595913
+GSM707004	GSM707004
+GSM707005	GSM707005
+GSM521909	GSM521909
+GSM521908	GSM521908
+GSM434762	GSM434762
+GSM543035	GSM543035
+GSM521904	GSM521904
+GSM521907	GSM521907
+GSM521906	GSM521906
+GSM521901	GSM521901
+GSM521900	GSM521900
+GSM521903	GSM521903
+GSM521902	GSM521902
+GSM621449	GSM621449
+GSM621448	GSM621448
+GSM753973_0	GSM753973
+GSM665823	GSM665823
+GSM493617	GSM493617
+GSM621732	GSM621732
+GSM621441	GSM621441
+GSM621666	GSM621666
+GSM621443	GSM621443
+GSM621442	GSM621442
+GSM621445	GSM621445
+GSM605316	GSM605316
+GSM621447	GSM621447
+GSM621446	GSM621446
+GSM537696	GSM537696
+GSM537697	GSM537697
+GSM537694	GSM537694
+GSM537695	GSM537695
+GSM537692	GSM537692
+GSM537693	GSM537693
+GSM537690	GSM537690
+GSM537691	GSM537691
+GSM774241_0	GSM774241
+GSM669922	GSM669922
+GSM753437_0	GSM753437
+GSM669616	GSM669616
+GSM537698	GSM537698
+GSM434785	GSM434785
+GSM669584_0	GSM669584
+GSM665822	GSM665822
+GSM621735	GSM621735
+GSM669587_0	GSM669587
+GSM621734	GSM621734
+GSM595930_1	GSM595930
+GSM669611	GSM669611
+GSM701493_0	GSM701493
+GSM706057_1	GSM706057
+GSM621438	GSM621438
+GSM621439	GSM621439
+GSM773049_0	GSM773049
+GSM621434	GSM621434
+GSM621435	GSM621435
+GSM621436	GSM621436
+GSM621437	GSM621437
+GSM621430	GSM621430
+GSM621431	GSM621431
+GSM621432	GSM621432
+GSM621433	GSM621433
+GSM665812	GSM665812
+GSM669992	GSM669992
+GSM669991	GSM669991
+GSM669990	GSM669990
+GSM669997	GSM669997
+GSM669996	GSM669996
+GSM669995	GSM669995
+GSM669994	GSM669994
+GSM774204_0	GSM774204
+GSM669999	GSM669999
+GSM669998	GSM669998
+GSM707009_0	GSM707009
+GSM767356_0	GSM767356
+GSM772728_0	GSM772728
+GSM466737	GSM466737
+GSM602255	GSM602255
+GSM706839_0	GSM706839
+GSM669929	GSM669929
+GSM595915_1	GSM595915
+GSM767350_0	GSM767350
+GSM701501_0	GSM701501
+GSM429322	GSM429322
+GSM701526_0	GSM701526
+GSM767343_0	GSM767343
+GSM621719	GSM621719
+GSM806947_0	GSM806947
+GSM486702	GSM486702
+GSM772735_0	GSM772735
+GSM486707	GSM486707
+GSM486706	GSM486706
+GSM486705	GSM486705
+GSM486704	GSM486704
+GSM486709	GSM486709
+GSM486708	GSM486708
+GSM753439_0	GSM753439
+GSM767352_0	GSM767352
+GSM806938_0	GSM806938
+GSM706080_0	GSM706080
+GSM621718	GSM621718
+GSM669599	GSM669599
+GSM774244_0	GSM774244
+GSM701510_0	GSM701510
+GSM429321	GSM429321
+GSM707021_0	GSM707021
+GSM706838_0	GSM706838
+GSM669908	GSM669908
+GSM669909	GSM669909
+GSM669904	GSM669904
+GSM669905	GSM669905
+GSM669906	GSM669906
+GSM669907	GSM669907
+GSM669901	GSM669901
+GSM772723_0	GSM772723
+GSM605311	GSM605311
+GSM707018_0	GSM707018
+GSM706853_0	GSM706853
+GSM767341_0	GSM767341
+GSM613923	GSM613923
+GSM693276_0	GSM693276
+GSM543017	GSM543017
+GSM752983_0	GSM752983
+GSM706054_0	GSM706054
+GSM706077_0	GSM706077
+GSM774221_0	GSM774221
+GSM613920	GSM613920
+GSM752963_0	GSM752963
+GSM670087	GSM670087
+GSM605310	GSM605310
+GSM521899	GSM521899
+GSM521898	GSM521898
+GSM773044_0	GSM773044
+GSM670081	GSM670081
+GSM665813	GSM665813
+GSM521893	GSM521893
+GSM521892	GSM521892
+GSM521890	GSM521890
+GSM521897	GSM521897
+GSM665810	GSM665810
+GSM521895	GSM521895
+GSM521894	GSM521894
+GSM701506_0	GSM701506
+GSM665811	GSM665811
+GSM613913	GSM613913
+GSM665816	GSM665816
+GSM774228_0	GSM774228
+GSM774206_0	GSM774206
+GSM665817	GSM665817
+GSM669979	GSM669979
+GSM469965	GSM469965
+GSM469966	GSM469966
+GSM469967	GSM469967
+GSM621669	GSM621669
+GSM621668	GSM621668
+GSM605319	GSM605319
+GSM605318	GSM605318
+GSM605317	GSM605317
+GSM669970	GSM669970
+GSM605315	GSM605315
+GSM605314	GSM605314
+GSM669975	GSM669975
+GSM605312	GSM605312
+GSM669977	GSM669977
+GSM621662	GSM621662
+GSM621742	GSM621742
+GSM621743	GSM621743
+GSM621740	GSM621740
+GSM621741	GSM621741
+GSM621746	GSM621746
+GSM621747	GSM621747
+GSM621744	GSM621744
+GSM621745	GSM621745
+GSM751280_0	GSM751280
+GSM621748	GSM621748
+GSM621749	GSM621749
+GSM701502_0	GSM701502
+GSM665818	GSM665818
+GSM621405	GSM621405
+GSM621404	GSM621404
+GSM537650	GSM537650
+GSM537651	GSM537651
+GSM537656	GSM537656
+GSM621400	GSM621400
+GSM537654	GSM537654
+GSM621402	GSM621402
+GSM621562	GSM621562
+GSM537658	GSM537658
+GSM537659	GSM537659
+GSM621409	GSM621409
+GSM621567	GSM621567
+GSM621564	GSM621564
+GSM806945_0	GSM806945
+GSM670010	GSM670010
+GSM670011	GSM670011
+GSM670012	GSM670012
+GSM670013	GSM670013
+GSM670014	GSM670014
+GSM670015	GSM670015
+GSM670016	GSM670016
+GSM670017	GSM670017
+GSM670018	GSM670018
+GSM670019	GSM670019
+GSM428289	GSM428289
+GSM706059_0	GSM706059
+GSM706059_1	GSM706059
+GSM706064_0	GSM706064
+GSM432688_1	GSM432688
+GSM665815	GSM665815
+GSM665037	GSM665037
+GSM537638	GSM537638
+GSM806941_0	GSM806941
+GSM752964_0	GSM752964
+GSM772726_0	GSM772726
+GSM537639	GSM537639
+GSM751288_0	GSM751288
+GSM772729_0	GSM772729
+GSM774227_0	GSM774227
+GSM707015_0	GSM707015
+GSM774215_0	GSM774215
+GSM772730_0	GSM772730
+GSM752989_0	GSM752989
+GSM428291	GSM428291
+GSM621721	GSM621721
+GSM701538_0	GSM701538
+GSM428295	GSM428295
+GSM428296	GSM428296
+GSM752982_0	GSM752982
+GSM751286_0	GSM751286
+GSM613917	GSM613917
+GSM537699	GSM537699
+GSM751272_0	GSM751272
+GSM530657	GSM530657
+GSM530656	GSM530656
+GSM530655	GSM530655
+GSM530654	GSM530654
+GSM530653	GSM530653
+GSM530652	GSM530652
+GSM530651	GSM530651
+GSM613829	GSM613829
+GSM706072_0	GSM706072
+GSM484408	GSM484408
+GSM706852_0	GSM706852
+GSM613896	GSM613896
+GSM530659	GSM530659
+GSM530658	GSM530658
+GSM701508_0	GSM701508
+GSM751284_0	GSM751284
+GSM613867	GSM613867
+GSM701514_0	GSM701514
+GSM613914	GSM613914
+GSM613864	GSM613864
+GSM706856_0	GSM706856
+GSM701509_0	GSM701509
+GSM675542_1	GSM675542
+GSM752976_0	GSM752976
+GSM613862	GSM613862
+GSM537701	GSM537701
+GSM432689_1	GSM432689
+GSM701490_0	GSM701490
+GSM706840_0	GSM706840
+GSM537703	GSM537703
+GSM701525_0	GSM701525
+GSM621591	GSM621591
+GSM706842_0	GSM706842
+GSM707002_0	GSM707002
+GSM767342_0	GSM767342
+GSM789284_0	GSM789284
+GSM751274_0	GSM751274
+GSM432692	GSM432692
+GSM613894	GSM613894
+GSM432690	GSM432690
+GSM432691	GSM432691
+GSM543025	GSM543025
+GSM706053_1	GSM706053
+GSM667630	GSM667630
+GSM667631	GSM667631
+GSM667632	GSM667632
+GSM667633	GSM667633
+GSM667634	GSM667634
+GSM667635	GSM667635
+GSM667636	GSM667636
+GSM667637	GSM667637
+GSM667638	GSM667638
+GSM667639	GSM667639
+GSM707020_0	GSM707020
+GSM767345_0	GSM767345
+GSM701504_0	GSM701504
+GSM530661	GSM530661
+GSM752980_0	GSM752980
+GSM669888	GSM669888
+GSM613893	GSM613893
+GSM706060_0	GSM706060
+GSM706057_0	GSM706057
+GSM701539_0	GSM701539
+GSM706846_0	GSM706846
+GSM774225_0	GSM774225
+GSM773025_0	GSM773025
+GSM772941_0	GSM772941
+GSM772745_0	GSM772745
+GSM772786_0	GSM772786
+GSM773023_0	GSM773023
+GSM772855_0	GSM772855
+GSM772780_0	GSM772780
+GSM772747_0	GSM772747
+GSM773038_0	GSM773038
+GSM773021_0	GSM773021
+GSM772749_0	GSM772749
+GSM772900_0	GSM772900
+GSM772947_0	GSM772947
+GSM772906_0	GSM772906
+GSM772945_0	GSM772945
+GSM772943_0	GSM772943
+GSM772741_0	GSM772741
+GSM772743_0	GSM772743
+GSM772948_0	GSM772948
+GSM772884_0	GSM772884
+GSM772996_0	GSM772996
+GSM772763_0	GSM772763
+GSM772925_0	GSM772925
+GSM772826_0	GSM772826
+GSM773000_0	GSM773000
+GSM772789_0	GSM772789
+GSM772902_0	GSM772902
+GSM772983_0	GSM772983
+GSM773002_0	GSM773002
+GSM772882_0	GSM772882
+GSM772909_0	GSM772909
+GSM772880_0	GSM772880
+GSM772807_0	GSM772807
+GSM772929_0	GSM772929
+GSM772767_0	GSM772767
+GSM772774_0	GSM772774
+GSM772765_0	GSM772765
+GSM772981_0	GSM772981
+GSM772922_0	GSM772922
+GSM773004_0	GSM773004
+GSM772842_0	GSM772842
+GSM772987_0	GSM772987
+GSM773031_0	GSM773031
+GSM773028_0	GSM773028
+GSM773033_0	GSM773033
+GSM773006_0	GSM773006
+GSM772840_0	GSM772840
+GSM772769_0	GSM772769
+GSM773026_0	GSM773026
+GSM773035_0	GSM773035
+GSM772905_0	GSM772905
+GSM773024_0	GSM773024
+GSM772920_0	GSM772920
+GSM772846_0	GSM772846
+GSM772844_0	GSM772844
+GSM772744_0	GSM772744
+GSM773022_0	GSM773022
+GSM772868_0	GSM772868
+GSM772746_0	GSM772746
+GSM773020_0	GSM773020
+GSM772848_0	GSM772848
+GSM772748_0	GSM772748
+GSM772864_0	GSM772864
+GSM772951_0	GSM772951
+GSM772740_0	GSM772740
+GSM772742_0	GSM772742
+GSM772866_0	GSM772866
+GSM772762_0	GSM772762
+GSM772860_0	GSM772860
+GSM772760_0	GSM772760
+GSM772862_0	GSM772862
+GSM772829_0	GSM772829
+GSM772980_0	GSM772980
+GSM772974_0	GSM772974
+GSM772802_0	GSM772802
+GSM772800_0	GSM772800
+GSM772891_0	GSM772891
+GSM772766_0	GSM772766
+GSM772988_0	GSM772988
+GSM772804_0	GSM772804
+GSM772843_0	GSM772843
+GSM772986_0	GSM772986
+GSM772972_0	GSM772972
+GSM772889_0	GSM772889
+GSM772970_0	GSM772970
+GSM772841_0	GSM772841
+GSM772768_0	GSM772768
+GSM772976_0	GSM772976
+GSM772897_0	GSM772897
+GSM772797_0	GSM772797
+GSM772950_0	GSM772950
+GSM772793_0	GSM772793
+GSM772847_0	GSM772847
+GSM772845_0	GSM772845
+GSM772917_0	GSM772917
+GSM772869_0	GSM772869
+GSM772798_0	GSM772798
+GSM772958_0	GSM772958
+GSM772911_0	GSM772911
+GSM772893_0	GSM772893
+GSM772849_0	GSM772849
+GSM772890_0	GSM772890
+GSM772895_0	GSM772895
+GSM772865_0	GSM772865
+GSM772916_0	GSM772916
+GSM772867_0	GSM772867
+GSM772957_0	GSM772957
+GSM772938_0	GSM772938
+GSM772936_0	GSM772936
+GSM773013_0	GSM773013
+GSM772915_0	GSM772915
+GSM772861_0	GSM772861
+GSM772984_0	GSM772984
+GSM772918_0	GSM772918
+GSM772863_0	GSM772863
+GSM772955_0	GSM772955
+GSM773019_0	GSM773019
+GSM772739_0	GSM772739
+GSM773017_0	GSM773017
+GSM772979_0	GSM772979
+GSM772761_0	GSM772761
+GSM772912_0	GSM772912
+GSM772790_0	GSM772790
+GSM772973_0	GSM772973
+GSM772825_0	GSM772825
+GSM772971_0	GSM772971
+GSM772977_0	GSM772977
+GSM772933_0	GSM772933
+GSM772975_0	GSM772975
+GSM772757_0	GSM772757
+GSM772828_0	GSM772828
+GSM772887_0	GSM772887
+GSM772898_0	GSM772898
+GSM772796_0	GSM772796
+GSM772953_0	GSM772953
+GSM772794_0	GSM772794
+GSM772755_0	GSM772755
+GSM772792_0	GSM772792
+GSM772818_0	GSM772818
+GSM772759_0	GSM772759
+GSM772799_0	GSM772799
+GSM772959_0	GSM772959
+GSM772811_0	GSM772811
+GSM772999_0	GSM772999
+GSM772892_0	GSM772892
+GSM772813_0	GSM772813
+GSM772910_0	GSM772910
+GSM772978_0	GSM772978
+GSM772894_0	GSM772894
+GSM772827_0	GSM772827
+GSM772751_0	GSM772751
+GSM772896_0	GSM772896
+GSM772817_0	GSM772817
+GSM772850_0	GSM772850
+GSM772956_0	GSM772956
+GSM772937_0	GSM772937
+GSM772935_0	GSM772935
+GSM772852_0	GSM772852
+GSM772995_0	GSM772995
+GSM772773_0	GSM772773
+GSM772914_0	GSM772914
+GSM772837_0	GSM772837
+GSM772835_0	GSM772835
+GSM772982_0	GSM772982
+GSM772919_0	GSM772919
+GSM772952_0	GSM772952
+GSM772833_0	GSM772833
+GSM772854_0	GSM772854
+GSM772856_0	GSM772856
+GSM772954_0	GSM772954
+GSM773018_0	GSM773018
+GSM772939_0	GSM772939
+GSM772831_0	GSM772831
+GSM772775_0	GSM772775
+GSM772821_0	GSM772821
+GSM773016_0	GSM773016
+GSM772993_0	GSM772993
+GSM772913_0	GSM772913
+GSM772872_0	GSM772872
+GSM772839_0	GSM772839
+GSM772870_0	GSM772870
+GSM772886_0	GSM772886
+GSM772899_0	GSM772899
+GSM772771_0	GSM772771
+GSM772820_0	GSM772820
+GSM772934_0	GSM772934
+GSM772878_0	GSM772878
+GSM772932_0	GSM772932
+GSM772876_0	GSM772876
+GSM772756_0	GSM772756
+GSM772997_0	GSM772997
+GSM772822_0	GSM772822
+GSM772874_0	GSM772874
+GSM772754_0	GSM772754
+GSM772819_0	GSM772819
+GSM772812_0	GSM772812
+GSM772968_0	GSM772968
+GSM772814_0	GSM772814
+GSM772752_0	GSM772752
+GSM772816_0	GSM772816
+GSM772750_0	GSM772750
+GSM772960_0	GSM772960
+GSM772998_0	GSM772998
+GSM772962_0	GSM772962
+GSM772964_0	GSM772964
+GSM772853_0	GSM772853
+GSM772994_0	GSM772994
+GSM772966_0	GSM772966
+GSM772834_0	GSM772834
+GSM772832_0	GSM772832
+GSM772764_0	GSM772764
+GSM772778_0	GSM772778
+GSM772830_0	GSM772830
+GSM772930_0	GSM772930
+GSM772857_0	GSM772857
+GSM772772_0	GSM772772
+GSM772946_0	GSM772946
+GSM772901_0	GSM772901
+GSM772770_0	GSM772770
+GSM772944_0	GSM772944
+GSM772859_0	GSM772859
+GSM772907_0	GSM772907
+GSM772942_0	GSM772942
+GSM772779_0	GSM772779
+GSM772838_0	GSM772838
+GSM772992_0	GSM772992
+GSM772873_0	GSM772873
+GSM772940_0	GSM772940
+GSM772836_0	GSM772836
+GSM772949_0	GSM772949
+GSM772924_0	GSM772924
+GSM772985_0	GSM772985
+GSM772926_0	GSM772926
+GSM772788_0	GSM772788
+GSM773001_0	GSM773001
+GSM772879_0	GSM772879
+GSM772903_0	GSM772903
+GSM772871_0	GSM772871
+GSM772883_0	GSM772883
+GSM772888_0	GSM772888
+GSM772908_0	GSM772908
+GSM772881_0	GSM772881
+GSM772877_0	GSM772877
+GSM772928_0	GSM772928
+GSM772875_0	GSM772875
+GSM772823_0	GSM772823
+GSM772885_0	GSM772885
+GSM773003_0	GSM773003
+GSM772967_0	GSM772967
+GSM772923_0	GSM772923
+GSM773005_0	GSM773005
+GSM772969_0	GSM772969
+GSM773030_0	GSM773030
+GSM773029_0	GSM773029
+GSM773032_0	GSM773032
+GSM772904_0	GSM772904
+GSM773027_0	GSM773027
+GSM773034_0	GSM773034
+GSM772858_0	GSM772858
+GSM772961_0	GSM772961
+GSM772963_0	GSM772963
+GSM772927_0	GSM772927
+GSM772921_0	GSM772921
+GSM817185	GSM817185
+GSM807392	GSM807392
+GSM807402	GSM807402
+GSM807394	GSM807394
+GSM817251	GSM817251
+GSM818038	GSM818038
+GSM916040	GSM916040
+GSM818034	GSM818034
+GSM916045	GSM916045
+GSM706062	GSM706062
+GSM772989	GSM772989
+GSM817195	GSM817195
+GSM817174	GSM817174
+GSM818056	GSM818056
+GSM817183	GSM817183
+GSM817210	GSM817210
+GSM818041	GSM818041
+GSM818042	GSM818042
+GSM817167	GSM817167
+GSM817186	GSM817186
+GSM818049	GSM818049
+GSM916042	GSM916042
+GSM818048	GSM818048
+GSM818052	GSM818052
+GSM817232	GSM817232
+GSM916019	GSM916019
+GSM817181	GSM817181
+GSM817218	GSM817218
+GSM818022	GSM818022
+GSM817206	GSM817206
+GSM916015	GSM916015
+GSM817165	GSM817165
+GSM916041	GSM916041
+GSM817225	GSM817225
+GSM916028	GSM916028
+GSM818013	GSM818013
+GSM807391	GSM807391
+GSM818012	GSM818012
+GSM818037	GSM818037
+GSM916046	GSM916046
+GSM818030	GSM818030
+GSM818023	GSM818023
+GSM817192	GSM817192
+GSM817176	GSM817176
+GSM773015	GSM773015
+GSM818025	GSM818025
+GSM817226	GSM817226
+GSM818017	GSM818017
+GSM818055	GSM818055
+GSM817168	GSM817168
+GSM817217	GSM817217
+GSM817162	GSM817162
+GSM818033	GSM818033
+GSM817163	GSM817163
+GSM916016	GSM916016
+GSM817213	GSM817213
+GSM817208	GSM817208
+GSM916014	GSM916014
+GSM773011	GSM773011
+GSM818053	GSM818053
+GSM818054	GSM818054
+GSM916030	GSM916030
+GSM817173	GSM817173
+GSM773007	GSM773007
+GSM817161	GSM817161
+GSM817164	GSM817164
+GSM817202	GSM817202
+GSM818020	GSM818020
+GSM817160	GSM817160
+GSM818028	GSM818028
+GSM818059	GSM818059
+GSM818036	GSM818036
+GSM817233	GSM817233
+GSM817201	GSM817201
+GSM817184	GSM817184
+GSM807393	GSM807393
+GSM916036	GSM916036
+GSM807399	GSM807399
+GSM817205	GSM817205
+GSM818047	GSM818047
+GSM817198	GSM817198
+GSM817237	GSM817237
+GSM817240	GSM817240
+GSM817178	GSM817178
+GSM817187	GSM817187
+GSM916027	GSM916027
+GSM817248	GSM817248
+GSM817236	GSM817236
+GSM817171	GSM817171
+GSM817239	GSM817239
+GSM818051	GSM818051
+GSM818050	GSM818050
+GSM916020	GSM916020
+GSM916044	GSM916044
+GSM817191	GSM817191
+GSM817230	GSM817230
+GSM916035	GSM916035
+GSM916048	GSM916048
+GSM916038	GSM916038
+GSM817203	GSM817203
+GSM817170	GSM817170
+GSM817211	GSM817211
+GSM773012	GSM773012
+GSM817169	GSM817169
+GSM818062	GSM818062
+GSM818021	GSM818021
+GSM773014	GSM773014
+GSM817166	GSM817166
+GSM818046	GSM818046
+GSM817207	GSM817207
+GSM817252	GSM817252
+GSM773009	GSM773009
+GSM772991	GSM772991
+GSM817188	GSM817188
+GSM916031	GSM916031
+GSM818060	GSM818060
+GSM916017	GSM916017
+GSM817243	GSM817243
+GSM706063	GSM706063
+GSM916022	GSM916022
+GSM832838	GSM832838
+GSM818009	GSM818009
+GSM817231	GSM817231
+GSM817245	GSM817245
+GSM818035	GSM818035
+GSM817216	GSM817216
+GSM818015	GSM818015
+GSM817250	GSM817250
+GSM817214	GSM817214
+GSM817235	GSM817235
+GSM818058	GSM818058
+GSM817228	GSM817228
+GSM916043	GSM916043
+GSM817229	GSM817229
+GSM817177	GSM817177
+GSM832839	GSM832839
+GSM818045	GSM818045
+GSM818044	GSM818044
+GSM817175	GSM817175
+GSM817242	GSM817242
+GSM817196	GSM817196
+GSM916026	GSM916026
+GSM817159	GSM817159
+GSM817180	GSM817180
+GSM817194	GSM817194
+GSM818008	GSM818008
+GSM818007	GSM818007
+GSM817249	GSM817249
+GSM817197	GSM817197
+GSM916034	GSM916034
+GSM807395	GSM807395
+GSM817200	GSM817200
+GSM916029	GSM916029
+GSM818026	GSM818026
+GSM818027	GSM818027
+GSM916018	GSM916018
+GSM807396	GSM807396
+GSM817189	GSM817189
+GSM818019	GSM818019
+GSM818018	GSM818018
+GSM772851	GSM772851
+GSM807403	GSM807403
+GSM818043	GSM818043
+GSM807401	GSM807401
+GSM818024	GSM818024
+GSM807398	GSM807398
+GSM817209	GSM817209
+GSM818014	GSM818014
+GSM818057	GSM818057
+GSM818063	GSM818063
+GSM817158	GSM817158
+GSM817244	GSM817244
+GSM916033	GSM916033
+GSM817193	GSM817193
+GSM818040	GSM818040
+GSM773010	GSM773010
+GSM818016	GSM818016
+GSM817253	GSM817253
+GSM817241	GSM817241
+GSM773008	GSM773008
+GSM916021	GSM916021
+GSM817220	GSM817220
+GSM772990	GSM772990
+GSM817215	GSM817215
+GSM916037	GSM916037
+GSM817212	GSM817212
+GSM817204	GSM817204
+GSM817219	GSM817219
+GSM817234	GSM817234
+GSM817227	GSM817227
+GSM817199	GSM817199
+GSM916032	GSM916032
+GSM818011	GSM818011
+GSM818010	GSM818010
+GSM916023	GSM916023
+GSM817246	GSM817246
+GSM916047	GSM916047
+GSM916025	GSM916025
+GSM818031	GSM818031
+GSM818029	GSM818029
+GSM817172	GSM817172
+GSM818061	GSM818061
+GSM817238	GSM817238
+GSM832837	GSM832837
+GSM916039	GSM916039
+GSM916024	GSM916024
+GSM817190	GSM817190
+GSM817179	GSM817179
+GSM817247	GSM817247
+GSM817182	GSM817182
+GSM818039	GSM818039
+GSM941716	GSM941716
+GSM864032	GSM864032
+GSM878643	GSM878643
+GSM941736	GSM941736
+GSM878612	GSM878612
+GSM941723	GSM941723
+GSM878630	GSM878630
+GSM941724	GSM941724
+GSM941738	GSM941738
+GSM941737	GSM941737
+GSM941721	GSM941721
+GSM864800	GSM864800
+GSM878626	GSM878626
+GSM941741	GSM941741
+GSM941740	GSM941740
+GSM878653	GSM878653
+GSM941744	GSM941744
+GSM941717	GSM941717
+GSM878641	GSM878641
+GSM878618	GSM878618
+GSM941719	GSM941719
+GSM941731	GSM941731
+GSM878650	GSM878650
+GSM941743	GSM941743
+GSM878651	GSM878651
+GSM878663	GSM878663
+GSM878637	GSM878637
+GSM941726	GSM941726
+GSM864799	GSM864799
+GSM864035	GSM864035
+GSM878647	GSM878647
+GSM941727	GSM941727
+GSM818005	GSM818005
+GSM818006	GSM818006
+GSM878652	GSM878652
+GSM878646	GSM878646
+GSM878664	GSM878664
+GSM878640	GSM878640
+GSM941735	GSM941735
+GSM878667	GSM878667
+GSM878656	GSM878656
+GSM878648	GSM878648
+GSM878665	GSM878665
+GSM878616	GSM878616
+GSM878614	GSM878614
+GSM878660	GSM878660
+GSM878622	GSM878622
+GSM878629	GSM878629
+GSM878628	GSM878628
+GSM878666	GSM878666
+GSM864034	GSM864034
+GSM878636	GSM878636
+GSM878649	GSM878649
+GSM941733	GSM941733
+GSM878639	GSM878639
+GSM878624	GSM878624
+GSM878645	GSM878645
+GSM878619	GSM878619
+GSM941713	GSM941713
+GSM878615	GSM878615
+GSM878617	GSM878617
+GSM878621	GSM878621
+GSM878625	GSM878625
+GSM878659	GSM878659
+GSM864803	GSM864803
+GSM878610	GSM878610
+GSM878631	GSM878631
+GSM878662	GSM878662
+GSM941718	GSM941718
+GSM941722	GSM941722
+GSM878644	GSM878644
+GSM941745	GSM941745
+GSM941720	GSM941720
+GSM941732	GSM941732
+GSM941730	GSM941730
+GSM941728	GSM941728
+GSM878632	GSM878632
+GSM878634	GSM878634
+GSM878661	GSM878661
+GSM878642	GSM878642
+GSM878633	GSM878633
+GSM878658	GSM878658
+GSM864801	GSM864801
+GSM864036	GSM864036
+GSM941725	GSM941725
+GSM878627	GSM878627
+GSM941714	GSM941714
+GSM941729	GSM941729
+GSM941734	GSM941734
+GSM878654	GSM878654
+GSM864037	GSM864037
+GSM878635	GSM878635
+GSM878638	GSM878638
+GSM878657	GSM878657
+GSM864802	GSM864802
+GSM878655	GSM878655
+GSM878620	GSM878620
+GSM818003	GSM818003
+GSM818004	GSM818004
+GSM878611	GSM878611
+GSM878613	GSM878613
+GSM941715	GSM941715
+GSM941742	GSM941742
+GSM941739	GSM941739
+GSM878623	GSM878623
+GSM864033	GSM864033
+GSM916050_1	GSM916050
+GSM906404_1	GSM906404
+GSM906382_1	GSM906382
+GSM908967_1	GSM908967
+GSM908953_1	GSM908953
+GSM915326_1	GSM915326
+GSM958149_1	GSM958149
+GSM906414_1	GSM906414
+GSM910565_1	GSM910565
+GSM906411_1	GSM906411
+GSM910581_1	GSM910581
+GSM916053_1	GSM916053
+GSM916093_1	GSM916093
+GSM906419_1	GSM906419
+GSM916088_1	GSM916088
+GSM916065_1	GSM916065
+GSM916091_1	GSM916091
+GSM906401_1	GSM906401
+GSM896163_1	GSM896163
+GSM910567_1	GSM910567
+GSM908957_1	GSM908957
+GSM908965_1	GSM908965
+GSM916090_1	GSM916090
+GSM915334_1	GSM915334
+GSM910582_1	GSM910582
+GSM915328_1	GSM915328
+GSM906403_1	GSM906403
+GSM910559_1	GSM910559
+GSM958154_1	GSM958154
+GSM906387_1	GSM906387
+GSM958165_1	GSM958165
+GSM909312_1	GSM909312
+GSM906420_1	GSM906420
+GSM915335_1	GSM915335
+GSM916059_1	GSM916059
+GSM958168_1	GSM958168
+GSM908955_1	GSM908955
+GSM908949_1	GSM908949
+GSM906407_1	GSM906407
+GSM910566_1	GSM910566
+GSM959126_1	GSM959126
+GSM908958_1	GSM908958
+GSM915322_1	GSM915322
+GSM908962_1	GSM908962
+GSM916079_1	GSM916079
+GSM916055_1	GSM916055
+GSM908947_1	GSM908947
+GSM958169_1	GSM958169
+GSM941753_1	GSM941753
+GSM906379_1	GSM906379
+GSM896165_1	GSM896165
+GSM910568_1	GSM910568
+GSM906405_1	GSM906405
+GSM941752_1	GSM941752
+GSM910564_1	GSM910564
+GSM910577_1	GSM910577
+GSM915333_1	GSM915333
+GSM906415_1	GSM906415
+GSM941748_1	GSM941748
+GSM916074_1	GSM916074
+GSM908960_1	GSM908960
+GSM906394_1	GSM906394
+GSM916051_1	GSM916051
+GSM906396_1	GSM906396
+GSM910583_1	GSM910583
+GSM916064_1	GSM916064
+GSM958179_1	GSM958179
+GSM958173_1	GSM958173
+GSM915331_1	GSM915331
+GSM958171_1	GSM958171
+GSM916063_1	GSM916063
+GSM916061_1	GSM916061
+GSM908964_1	GSM908964
+GSM958180_1	GSM958180
+GSM908940_1	GSM908940
+GSM910576_1	GSM910576
+GSM916085_1	GSM916085
+GSM958159_1	GSM958159
+GSM906397_1	GSM906397
+GSM896162_1	GSM896162
+GSM906413_1	GSM906413
+GSM958175_1	GSM958175
+GSM906388_1	GSM906388
+GSM906400_1	GSM906400
+GSM910558_1	GSM910558
+GSM910556_1	GSM910556
+GSM906409_1	GSM906409
+GSM916092_1	GSM916092
+GSM910560_1	GSM910560
+GSM910572_1	GSM910572
+GSM906381_1	GSM906381
+GSM958174_1	GSM958174
+GSM908963_1	GSM908963
+GSM896166_1	GSM896166
+GSM915330_1	GSM915330
+GSM906416_1	GSM906416
+GSM959125_1	GSM959125
+GSM910584_1	GSM910584
+GSM958160_1	GSM958160
+GSM908961_1	GSM908961
+GSM958157_1	GSM958157
+GSM910561_1	GSM910561
+GSM916052_1	GSM916052
+GSM958177_1	GSM958177
+GSM958153_1	GSM958153
+GSM906393_1	GSM906393
+GSM908937_1	GSM908937
+GSM910580_1	GSM910580
+GSM906418_1	GSM906418
+GSM896164_1	GSM896164
+GSM909313_1	GSM909313
+GSM916062_1	GSM916062
+GSM908945_1	GSM908945
+GSM915332_1	GSM915332
+GSM915325_1	GSM915325
+GSM941747_1	GSM941747
+GSM915329_1	GSM915329
+GSM916083_1	GSM916083
+GSM906410_1	GSM906410
+GSM958151_1	GSM958151
+GSM910569_1	GSM910569
+GSM908941_1	GSM908941
+GSM958162_1	GSM958162
+GSM910571_1	GSM910571
+GSM910555_1	GSM910555
+GSM959124_1	GSM959124
+GSM910579_1	GSM910579
+GSM909311_1	GSM909311
+GSM906417_1	GSM906417
+GSM916081_1	GSM916081
+GSM915324_1	GSM915324
+GSM910588_1	GSM910588
+GSM958172_1	GSM958172
+GSM959044_1	GSM959044
+GSM908942_1	GSM908942
+GSM916072_1	GSM916072
+GSM896161_1	GSM896161
+GSM906412_1	GSM906412
+GSM908938_1	GSM908938
+GSM906423_1	GSM906423
+GSM958161_1	GSM958161
+GSM908966_1	GSM908966
+GSM958167_1	GSM958167
+GSM910573_1	GSM910573
+GSM958182_1	GSM958182
+GSM958170_1	GSM958170
+GSM915336_1	GSM915336
+GSM915320_1	GSM915320
+GSM906406_1	GSM906406
+GSM916073_1	GSM916073
+GSM910586_1	GSM910586
+GSM916086_1	GSM916086
+GSM958176_1	GSM958176
+GSM941746_1	GSM941746
+GSM906392_1	GSM906392
+GSM958178_1	GSM958178
+GSM916057_1	GSM916057
+GSM958164_1	GSM958164
+GSM958166_1	GSM958166
+GSM958155_1	GSM958155
+GSM958156_1	GSM958156
+GSM908951_1	GSM908951
+GSM915337_1	GSM915337
+GSM910575_1	GSM910575
+GSM916070_1	GSM916070
+GSM910587_1	GSM910587
+GSM997220_1	GSM997220
+GSM916067_1	GSM916067
+GSM906390_1	GSM906390
+GSM916094_1	GSM916094
+GSM908939_1	GSM908939
+GSM916060_1	GSM916060
+GSM910574_1	GSM910574
+GSM906391_1	GSM906391
+GSM906399_1	GSM906399
+GSM916078_1	GSM916078
+GSM910585_1	GSM910585
+GSM941751_1	GSM941751
+GSM941749_1	GSM941749
+GSM909314_1	GSM909314
+GSM908956_1	GSM908956
+GSM958152_1	GSM958152
+GSM908946_1	GSM908946
+GSM958150_1	GSM958150
+GSM915323_1	GSM915323
+GSM906402_1	GSM906402
+GSM916068_1	GSM916068
+GSM906398_1	GSM906398
+GSM916058_1	GSM916058
+GSM958181_1	GSM958181
+GSM910557_1	GSM910557
+GSM908944_1	GSM908944
+GSM908954_1	GSM908954
+GSM909310_1	GSM909310
+GSM906422_1	GSM906422
+GSM941750_1	GSM941750
+GSM910562_1	GSM910562
+GSM958158_1	GSM958158
+GSM916087_1	GSM916087
+GSM908968_1	GSM908968
+GSM908952_1	GSM908952
+GSM910563_1	GSM910563
+GSM915321_1	GSM915321
+GSM910578_1	GSM910578
+GSM896167_1	GSM896167
+GSM906395_1	GSM906395
+GSM916049_1	GSM916049
+GSM916080_1	GSM916080
+GSM906380_1	GSM906380
+GSM908943_1	GSM908943
+GSM908959_1	GSM908959
+GSM906389_1	GSM906389
+GSM916066_1	GSM916066
+GSM916071_1	GSM916071
+GSM916069_1	GSM916069
+GSM958163_1	GSM958163
+GSM910570_1	GSM910570
+GSM906408_1	GSM906408
+GSM915338_1	GSM915338
+GSM908948_1	GSM908948
+GSM908950_1	GSM908950
+GSM906421_1	GSM906421
+GSM916054_1	GSM916054
+GSM915327_1	GSM915327
diff --git a/hg19/track2Label_encode b/hg19/track2Label_encode
new file mode 100644
index 0000000..171fd1c
--- /dev/null
+++ b/hg19/track2Label_encode
@@ -0,0 +1,4251 @@
+GSM605628_6	CSHL RnaSeq K562 nucleolus
+GSM767846_3	CSHL RnaSeq NHEK nucleus
+GSM897082_3	CSHL RnaSeq HepG2 cytosol
+GSM973682_4	CSHL RnaSeq MCF-7 nucleus
+GSM803478_1	HudsonAlpha ChipSeq HeLa-S3 NRSF
+GSM733734_1	Bernstein HeLa-S3 H3K4me2
+GSM646560_1	UW DnaseDgf HAEpiC
+GSM849342_3	RIKEN Cage HeLa-S3 cell
+GSM803442_1	HudsonAlpha ChipSeq K562 ETS1
+GSM973667_3	CSHL RnaSeq SK-N-SH cell
+GSM935555_1	Stanford ChipSeq HeLa-S3 PRDM1
+GSM935381_1	Stanford ChipSeq H1-hESC Input
+GSM605630_3	CSHL RnaSeq K562 cell
+GSM736504_1	Stam HCM 2
+GSM822268_1	UT-A ChipSeq Gliobla Input
+GSM733696_1	Bernstein HeLa-S3 H3K27me3
+GSM935528_1	Stanford ChipSeq GM18951 Input
+GSM973665_1	CSHL RnaSeq SK-N-SH nucleus
+GSM822303_2	UT-A ChipSeq Gliobla CTCF
+GSM830987_1	K562 CBX8
+GSM897084_3	CSHL RnaSeq HepG2 cell
+GSM864339_2	UNC FaireSeq K562 NaBut
+GSM935397_1	Harvard ChipSeq MCF10A-Er-Src 4OHTAM
+GSM935585_1	USC ChipSeq HUVEC c-Fos
+GSM977046_2	CSHL RnaSeq HWP cell
+GSM765387_1	CSHL RnaSeq K562 nucleus
+GSM945230_2	UW ChipSeq HeLa-S3 H3K36me3
+GSM945185_2	UW ChipSeq H7-hESC H3K4me3
+GSM935329_1	USC ChipSeq GM08714 ZNF274
+GSM897069_4	CSHL RnaSeq HeLa-S3 cytosol
+GSM935296_1	Stanford ChipSeq H1-hESC CHD1
+GSM849343_3	RIKEN Cage HepG2 cytosol
+GSM830526_2	GIS RnaPet K562 nucleus
+GSM973675_1	CSHL RnaSeq SK-N-SH cell
+GSM822305_2	UT-A ChipSeq MCF-7 CTCF
+GSM803370_2	HudsonAlpha ChipSeq PANC-1 NRSF
+GSM736509_1	Stam HBMEC 1
+GSM923443_7	UW RepliSeq GM06990
+GSM849027_2	UW DnaseDgf HRCEpiC
+GSM977049_2	CSHL RnaSeq HPC-PL cell
+GSM605627_2	CSHL RnaSeq GM12878 cytosol
+GSM923439_3	UW RepliSeq GM12812
+GSM758572_1	CSHL RnaSeq GM12878 cell
+GSM803427_1	HudsonAlpha ChipSeq H1-hESC TCF12
+GSM816649_2	Duke DnaseSeq A549
+GSM945289_1	UW ChipSeq HEEpiC Input
+GSM935384_1	Stanford ChipSeq HeLa-S3 SMC3
+GSM765399_3	CSHL RnaSeq NHEK nucleus
+GSM973672_4	CSHL RnaSeq MCF-7 cytosol
+GSM935436_1	Stanford ChipSeq HeLa-S3 Znf143
+GSM803476_1	HudsonAlpha ChipSeq H1-hESC BCL11A
+GSM758568_3	CSHL RnaSeq HepG2 nucleus
+GSM923419_2	HudsonAlpha RnaSeq SK-N-SH longPolyA
+GSM758559_2	CSHL RnaSeq GM12878 cell
+GSM935554_1	Stanford ChipSeq HeLa-S3 GTF2F1
+GSM816659_2	Duke DnaseSeq GM19239
+GSM767857_1	CSHL RnaSeq HUVEC nucleus
+GSM765386_3	CSHL RnaSeq GM12878 nucleus
+GSM733749_1	Bernstein HUVEC Pol2(b)
+GSM803410_2	HudsonAlpha ChipSeq K562 Pol2
+GSM803415_2	HudsonAlpha ChipSeq HepG2 ELF1
+GSM935429_1	Stanford ChipSeq K562 NF-YB
+GSM945290_1	UW ChipSeq HMF H3K4me3
+GSM822281_2	UT-A ChipSeq Fibrobl CTCF
+GSM767841_2	CSHL RnaSeq H1-hESC nucleus
+GSM945212_2	UW ChipSeq GM12878 H3K36me3
+GSM897077_4	CSHL RnaSeq BJ cell
+GSM767856_2	CSHL RnaSeq HUVEC cell
+GSM973670_2	CSHL RnaSeq IMR90 cytosol
+GSM935360_1	Yale ChipSeq HeLa-S3 IFNg30
+GSM935533_1	Yale ChipSeq HEK293 Input
+GSM958738_2	Caltech RnaSeq HUVEC 1x75D
+GSM816633_2	Duke DnaseSeq HeLa-S3 IFNa4h
+GSM923445_2	UW RepliSeq NHEK
+GSM782122_1	USC ChipSeq HepG2 TCF7L2
+GSM923453_2	UW RepliSeq BG02ES
+GSM803532_2	HudsonAlpha ChipSeq GM12878 Pbx3
+GSM945184_2	UW ChipSeq H7-hESC H3K36me3
+GSM973677_4	CSHL RnaSeq SK-N-SH cell
+GSM803522_2	HudsonAlpha ChipSeq T-47D p300
+GSM803393_1	HudsonAlpha ChipSeq GM12891 TAF1
+GSM935552_1	Stanford ChipSeq HeLa-S3 BRCA1
+GSM767857_3	CSHL RnaSeq HUVEC nucleus
+GSM605635_3	CSHL RnaSeq K562 nucleus
+GSM849331_1	RIKEN Cage HeLa-S3 nucleus
+GSM945210_1	UW ChipSeq SK-N-SH RA
+GSM822302_2	UT-A ChipSeq Gliobla Pol2
+GSM733657_1	Bernstein H1-hESC H3K4me3
+GSM765390_2	CSHL RnaSeq K562 nucleoplasm
+GSM973686_4	CSHL RnaSeq IMR90 cytosol
+GSM945170_1	UW ChipSeq AoAF H3K4me3
+GSM931362_1	Stam WI-38 1 4OHTAM
+GSM749759_1	Stam AG10803 CTCF 2
+GSM822296_1	UT-A ChipSeq Monocytes-CD14+ Input
+GSM736515_1	Stam HConF 2
+GSM945167_1	UW ChipSeq AG09309 Input
+GSM803402_2	HudsonAlpha ChipSeq K562 SP2
+GSM945251_2	UW ChipSeq NHDF-neo H3K4me3
+GSM849326_1	RIKEN Cage H1-hESC nucleus
+GSM945856_1	USC ChipSeq PANC-1 H3K4me3B
+GSM935303_1	Stanford ChipSeq H1-hESC TBP
+GSM749686_1	Stam GM12873 CTCF 2
+GSM733689_1	Bernstein HeLa-S3 H4K20me1
+GSM733661_1	Bernstein HSMMtube H3K4me1
+GSM935387_1	Stanford ChipSeq GM12891 Input
+GSM923437_1	HudsonAlpha RnaSeq U87 longPolyA
+GSM973672_1	CSHL RnaSeq MCF-7 cytosol
+GSM765387_3	CSHL RnaSeq K562 nucleus
+GSM822269_1	UT-A ChipSeq ProgFib Input
+GSM803448_2	HudsonAlpha ChipSeq HepG2 HEY1
+GSM736520_1	Stam NHDF-Ad 2
+GSM973666_3	CSHL RnaSeq SK-N-SH cytosol
+GSM935614_1	Stanford ChipSeq H1-hESC c-Jun
+GSM803355_2	HudsonAlpha ChipSeq GM12878 Pol2
+GSM945292_1	UW ChipSeq HPAF H3K4me3
+GSM935624_1	Stanford ChipSeq IMR90 Rad21
+GSM923446_8	UW RepliSeq HepG2
+GSM830988_1	K562 CHD1 1
+GSM849367_1	RIKEN Cage NHEK cell
+GSM803426_2	HudsonAlpha ChipSeq H1-hESC USF-1
+GSM816652_2	Duke DnaseSeq Fibrobl
+GSM897077_3	CSHL RnaSeq BJ cell
+GSM923440_1	UW RepliSeq GM12801
+GSM840137_4	CSHL RnaSeq K562 cytosol
+GSM935317_1	Yale ChipSeq HeLa-S3 c-Fos
+GSM945233_1	UW ChipSeq HUVEC H3K36me3
+GSM849339_5	RIKEN Cage K562 cytosol
+GSM803437_2	HudsonAlpha ChipSeq H1-hESC NANOG
+GSM765404_4	CSHL RnaSeq HeLa-S3 cytosol
+GSM822299_1	UT-A ChipSeq GM12892 CTCF
+GSM923420_2	HudsonAlpha RnaSeq A549 DEX
+GSM803466_1	HudsonAlpha ChipSeq H1-hESC Rad21
+GSM733712_1	Bernstein HMEC H3K4me3
+GSM973679_3	CSHL RnaSeq IMR90 nucleus
+GSM822290_2	UT-A ChipSeq GM12878 c-Myc
+GSM736501_1	Stam Jurkat 1
+GSM803498_1	HudsonAlpha ChipSeq SK-N-SH RA
+GSM973672_3	CSHL RnaSeq MCF-7 cytosol
+GSM945197_1	UW ChipSeq CD20+ RO01778
+GSM736522_1	Stam SK-N-MC 1
+GSM605634_3	CSHL RnaSeq K562 nucleoplasm
+GSM935364_1	Stanford ChipSeq HepG2 c-Jun
+GSM831023_1	K562 WCE 2
+GSM935401_1	Stanford ChipSeq K562 p300
+GSM935413_1	Yale ChipSeq GM12878 Input
+GSM935569_1	Stanford ChipSeq K562 JunD
+GSM973663_4	CSHL RnaSeq SK-N-SH nucleus
+GSM817343_1	USC ChipSeq HepG2 Input
+GSM646561_1	UW DnaseDgf HMF
+GSM733658_1	Bernstein K562 H3K27me3
+GSM803371_2	HudsonAlpha ChipSeq A549 GR
+GSM849342_1	RIKEN Cage HeLa-S3 cell
+GSM803359_2	HudsonAlpha ChipSeq A549 GR
+GSM733697_1	Bernstein Osteobl Control
+GSM765405_3	CSHL RnaSeq K562 cell
+GSM849365_3	RIKEN Cage K562 cell
+GSM945180_2	UW ChipSeq HUVEC H3K27me3
+GSM803380_1	HudsonAlpha ChipSeq K562 ATF3
+GSM733706_1	Bernstein NHLF H4K20me1
+GSM945205_2	UW ChipSeq GM06990 H3K27me3
+GSM798321_1	Broad ChipSeq HepG2 H3K4me1
+GSM945281_1	UW ChipSeq HFF-Myc Input
+GSM733646_1	Bernstein NHLF H3K27ac
+GSM977042_2	CSHL RnaSeq GM12878 chromatin
+GSM935319_1	Yale ChipSeq K562 Rad21
+GSM864342_2	UNC FaireSeq Urothelia UT189
+GSM935637_1	Stanford ChipSeq HeLa-S3 BAF155
+GSM605628_3	CSHL RnaSeq K562 nucleolus
+GSM864346_1	UNC FaireSeq PanIslets
+GSM758564_3	CSHL RnaSeq A549 cell
+GSM935524_1	Stanford ChipSeq GM18526 Pol2
+GSM897074_1	CSHL RnaSeq AG04450 cell
+GSM803475_1	HudsonAlpha ChipSeq HCT-116 RevXlinkChromatin
+GSM749762_1	Stam GM12864 CTCF 2
+GSM849326_2	RIKEN Cage H1-hESC nucleus
+GSM935457_1	Harvard ChipSeq MCF10A-Er-Src 4OHTAM
+GSM973684_4	CSHL RnaSeq A549 cytosol
+GSM945174_1	UW ChipSeq NHEK H3K36me3
+GSM831041_1	H1 SIRT6
+GSM733729_1	Bernstein NH-A H3K27me3
+GSM803364_1	HudsonAlpha ChipSeq H1-hESC RevXlinkChromatin
+GSM973675_2	CSHL RnaSeq SK-N-SH cell
+GSM923444_2	UW RepliSeq BJ
+GSM935371_1	Harvard ChipSeq K562 SIRT6
+GSM945203_2	UW ChipSeq Caco-2 H3K27me3
+GSM897076_1	CSHL RnaSeq NHEK nucleus
+GSM864354_2	UNC FaireSeq HepG2
+GSM733751_1	Bernstein NH-A H3K36me3
+GSM945242_1	UW ChipSeq HAc H3K4me3
+GSM935366_1	USC ChipSeq HeLa-S3 HA-E2F1
+GSM803418_2	HudsonAlpha ChipSeq HepG2 ZBTB33
+GSM803348_1	HudsonAlpha ChipSeq T-47D CTCF
+GSM849361_2	RIKEN Cage NHEK nucleus
+GSM977041_4	CSHL RnaSeq hMSC-AT cell
+GSM803428_2	HudsonAlpha ChipSeq H1-hESC Sin3Ak-20
+GSM935297_1	Stanford ChipSeq H1-hESC CHD2
+GSM749698_1	Stam HEEpiC Input 1
+GSM945280_1	UW ChipSeq NHLF Input
+GSM923436_1	HudsonAlpha RnaSeq T-47D Genistein
+GSM803336_2	HudsonAlpha ChipSeq HepG2 TCF12
+GSM935295_1	Stanford ChipSeq H1-hESC CEBPB
+GSM733637_1	Bernstein HSMM H3K4me3
+GSM749752_1	Stam BJ CTCF 2
+GSM736603_1	Stam LNCaP 2
+GSM803428_1	HudsonAlpha ChipSeq H1-hESC Sin3Ak-20
+GSM765392_4	CSHL RnaSeq K562 chromatin
+GSM605633_5	CSHL RnaSeq GM12878 nucleus
+GSM788069_1	USC ChipSeq U2OS Input
+GSM758560_2	CSHL RnaSeq GM12878 cytosol
+GSM945326_2	UW ChipSeq H7-hESC H3K27me3
+GSM945273_2	UW ChipSeq HVMF H3K4me3
+GSM788082_1	USC ChipSeq K562 H3K9acB
+GSM945185_1	UW ChipSeq H7-hESC H3K4me3
+GSM605630_4	CSHL RnaSeq K562 cell
+GSM897086_4	CSHL RnaSeq NHEK cell
+GSM935328_1	Stanford ChipSeq HeLa-S3 JunD
+GSM803472_1	HudsonAlpha ChipSeq SK-N-SH RA
+GSM733745_1	Bernstein NHDF-Ad H3K27me3
+GSM935544_1	Harvard ChipSeq K562 HMGN3
+GSM830523_1	GIS RnaPet NHEK nucleus
+GSM782123_1	USC ChipSeq HCT-116 TCF7L2
+GSM749769_1	Stam AG04450 CTCF 1
+GSM822300_2	UT-A ChipSeq H1-hESC Pol2
+GSM923425_4	HudsonAlpha RnaSeq A549 EtOH
+GSM973678_4	CSHL RnaSeq IMR90 nucleus
+GSM945231_2	UW ChipSeq HepG2 H3K27me3
+GSM849031_2	UW DnaseDgf HPAF
+GSM736609_1	Stam HMVEC-dBl-Ad 1
+GSM749727_1	Stam HRE CTCF 1
+GSM803433_1	HudsonAlpha ChipSeq T-47D RevXlinkChromatin
+GSM945258_1	UW ChipSeq HMEC Input
+GSM822309_1	UT-A ChipSeq MCF-7 estrogen
+GSM935515_1	Stanford ChipSeq HepG2 Input
+GSM749731_1	Stam GM06990 Input 1
+GSM803385_2	HudsonAlpha ChipSeq K562 HEY1
+GSM803494_2	HudsonAlpha ChipSeq K562 ELF1
+GSM935284_1	Stanford ChipSeq GM15510 Input
+GSM830526_1	GIS RnaPet K562 nucleus
+GSM935385_1	Stanford ChipSeq K562 COREST
+GSM803340_1	HudsonAlpha ChipSeq ECC-1 GR
+GSM864347_2	UNC FaireSeq NH-A
+GSM803516_1	HudsonAlpha ChipSeq GM12892 YY1
+GSM733663_1	Bernstein HSMM Control
+GSM736518_1	Stam BJ 1
+GSM945284_2	UW ChipSeq HPF H3K4me3
+GSM803389_2	HudsonAlpha ChipSeq GM12878 TCF12
+GSM831027_1	H1 CHD7
+GSM749716_1	Stam NB4 Input 1
+GSM945208_1	UW ChipSeq HeLa-S3 H3K27me3
+GSM765400_2	CSHL RnaSeq NHEK cytosol
+GSM923442_2	UW RepliSeq MCF-7
+GSM765395_2	CSHL RnaSeq SK-N-SH RA
+GSM767856_4	CSHL RnaSeq HUVEC cell
+GSM935313_1	Yale ChipSeq HepG2 pravastatin
+GSM803356_2	HudsonAlpha ChipSeq GM12878 GABP
+GSM803449_2	HudsonAlpha ChipSeq HepG2 ZBTB33
+GSM822294_1	UT-A ChipSeq GM12891 CTCF
+GSM945297_2	UW ChipSeq K562 H3K4me3
+GSM803376_3	HudsonAlpha ChipSeq PFSK-1 RevXlinkChromatin
+GSM935471_1	Yale ChipSeq K562 IFNa6h
+GSM803339_1	HudsonAlpha ChipSeq H1-hESC RevXlinkChromatin
+GSM831033_1	H1 JARID1B
+GSM816637_1	Duke DnaseSeq LNCaP
+GSM803436_1	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM830533_1	GIS RnaPet HeLa-S3 cytosol
+GSM849328_1	RIKEN Cage BJ cell
+GSM749776_1	Stam HCPEpiC Input 1
+GSM733739_1	Bernstein Osteobl H3K27ac
+GSM736639_1	Stam HepG2 2
+GSM831024_1	K562 WCE 3
+GSM736619_1	Stam AG09319 2
+GSM803542_2	HudsonAlpha ChipSeq H1-hESC p300
+GSM736513_1	Stam Monocytes-CD14+ 1
+GSM945300_2	UW ChipSeq NHEK H3K27me3
+GSM945311_1	UW ChipSeq HBMEC Input
+GSM923425_3	HudsonAlpha RnaSeq A549 EtOH
+GSM736556_1	Stam NHEK 2
+GSM733753_1	Bernstein NHDF-Ad H3K4me2
+GSM605630_6	CSHL RnaSeq K562 cell
+GSM849365_2	RIKEN Cage K562 cell
+GSM935458_1	USC ChipSeq U2OS SETDB1
+GSM977049_4	CSHL RnaSeq HPC-PL cell
+GSM830535_4	GIS RnaPet GM12878 cytosol
+GSM923426_2	HudsonAlpha RnaSeq ECC-1 Genistein
+GSM831039_1	H1 RBBP5 2
+GSM958748_2	Caltech RnaSeq GM12892 2x75
+GSM923441_3	UW RepliSeq SK-N-SH
+GSM822306_2	UT-A ChipSeq HUVEC Pol2
+GSM958733_3	Caltech RnaSeq H1-hESC 2x75
+GSM767846_4	CSHL RnaSeq NHEK nucleus
+GSM945207_1	UW ChipSeq BJ H3K36me3
+GSM849366_3	RIKEN Cage NHEK cytosol
+GSM935593_1	USC ChipSeq PBDE Input
+GSM817342_1	Yale ChipSeq HeLa-S3 Input
+GSM935302_1	Stanford ChipSeq HeLa-S3 GCN5
+GSM831032_1	H1 JARID1A 2
+GSM749704_1	Stam GM12878 CTCF 1
+GSM803528_2	HudsonAlpha ChipSeq SK-N-SH RevXlinkChromatin
+GSM765404_3	CSHL RnaSeq HeLa-S3 cytosol
+GSM935570_1	Stanford ChipSeq HeLa-S3 IRF3
+GSM803354_2	HudsonAlpha ChipSeq HCT-116 YY1
+GSM945261_2	UW ChipSeq PANC-1 H3K4me3
+GSM803408_2	HudsonAlpha ChipSeq K562 THAP1
+GSM897085_3	CSHL RnaSeq HepG2 nucleus
+GSM945162_1	UW ChipSeq Caco-2 H3K4me3
+GSM973692_1	CSHL RnaSeq SK-N-SH cytosol
+GSM945168_2	UW ChipSeq AG09309 H3K4me3
+GSM803460_1	HudsonAlpha ChipSeq HepG2 HNF4A
+GSM945209_2	UW ChipSeq SK-N-SH RA
+GSM945211_2	UW ChipSeq HepG2 H3K36me3
+GSM836271_1	K562 cells with shRNA
+GSM935607_1	USC ChipSeq GM08714 Input
+GSM935379_1	Stanford ChipSeq H1-hESC Rad21
+GSM923423_2	HudsonAlpha RnaSeq ECC-1 DMSO
+GSM736521_1	Stam HMVEC-dBl-Neo 2
+GSM749767_1	Stam HEK293 Input 1
+GSM749708_1	Stam GM06990 CTCF 1
+GSM816672_1	Duke DnaseSeq Stellate
+GSM945187_2	UW ChipSeq AG04449 H3K4me3
+GSM733656_1	Bernstein K562 H3K27ac
+GSM849356_1	RIKEN Cage H1-hESC cytosol
+GSM803459_2	HudsonAlpha ChipSeq U87 Pol2-4H8
+GSM849367_2	RIKEN Cage NHEK cell
+GSM758573_4	CSHL RnaSeq H1-hESC cell
+GSM923451_1	UW RepliSeq GM12878
+GSM749765_1	Stam GM12872 Input 1
+GSM849026_2	UW DnaseDgf NH-A
+GSM935434_1	Stanford ChipSeq H1-hESC JunD
+GSM977048_3	CSHL RnaSeq hMSC-UC cell
+GSM605635_6	CSHL RnaSeq K562 nucleus
+GSM765388_1	CSHL RnaSeq MCF-7 cell
+GSM977043_3	CSHL RnaSeq CD20+ cell
+GSM945288_2	UW ChipSeq HEK293 H3K4me3
+GSM803404_1	HudsonAlpha ChipSeq HepG2 HNF4G
+GSM849352_1	RIKEN Cage GM12878 nucleolus
+GSM945246_1	UW ChipSeq PANC-1 Input
+GSM736551_1	Stam AG09309 1
+GSM733780_1	Bernstein K562 Control
+GSM945287_1	UW ChipSeq HCT-116 Input
+GSM897081_8	CSHL RnaSeq MCF-7 cell
+GSM803526_1	HudsonAlpha ChipSeq SK-N-SH RA
+GSM822287_2	UT-A ChipSeq HepG2 CTCF
+GSM977048_4	CSHL RnaSeq hMSC-UC cell
+GSM803454_2	HudsonAlpha ChipSeq HeLa-S3 GABP
+GSM945322_2	UW ChipSeq H7-hESC H3K4me3
+GSM935551_1	Harvard ChipSeq MCF10A-Er-Src EtOH
+GSM822272_2	UT-A ChipSeq ProgFib CTCF
+GSM923450_4	UW RepliSeq GM12813
+GSM758565_1	CSHL RnaSeq HUVEC nucleus
+GSM749766_1	Stam WERI-Rb-1 Input 1
+GSM803417_1	HudsonAlpha ChipSeq A549 RevXlinkChromatin
+GSM831044_1	H1 WCE 2
+GSM945315_2	UW ChipSeq H7-hESC H3K36me3
+GSM822287_1	UT-A ChipSeq HepG2 CTCF
+GSM767840_1	CSHL RnaSeq HepG2 cytosol
+GSM749689_1	Stam Caco-2 CTCF 2
+GSM958733_2	Caltech RnaSeq H1-hESC 2x75
+GSM822294_2	UT-A ChipSeq GM12891 CTCF
+GSM977040_3	CSHL RnaSeq HAoEC cell
+GSM945226_2	UW ChipSeq SAEC H3K36me3
+GSM849325_3	RIKEN Cage HUVEC nucleus
+GSM733643_1	Bernstein K562 Pol2(b)
+GSM977031_1	CSHL RnaSeq H1-neurons cell
+GSM935346_1	USC ChipSeq HUVEC Input
+GSM803435_1	HudsonAlpha ChipSeq A549 RevXlinkChromatin
+GSM849365_1	RIKEN Cage K562 cell
+GSM733765_1	Bernstein NH-A CTCF
+GSM733708_2	Bernstein GM12878 H3K4me3
+GSM945165_1	UW ChipSeq K562 H3K4me3
+GSM935399_1	Harvard ChipSeq MCF10A-Er-Src 4OHTAM
+GSM736623_1	Stam HRPEpiC 2
+GSM767839_1	CSHL RnaSeq HUVEC cytosol
+GSM973689_2	CSHL RnaSeq SK-N-SH nucleus
+GSM736557_1	Stam HRCEpiC 2
+GSM935564_1	Stanford ChipSeq GM12878 TNFa
+GSM767844_4	CSHL RnaSeq K562 nucleus
+GSM788075_1	USC ChipSeq PBMC H3K4me3B
+GSM973665_4	CSHL RnaSeq SK-N-SH nucleus
+GSM935517_1	Stanford ChipSeq H1-hESC BRCA1
+GSM765393_3	CSHL RnaSeq K562 nucleolus
+GSM733692_1	Bernstein K562 H3K4me1
+GSM935300_1	Stanford ChipSeq A549 Rad21
+GSM977042_1	CSHL RnaSeq GM12878 chromatin
+GSM767840_4	CSHL RnaSeq HepG2 cytosol
+GSM945228_2	UW ChipSeq K562 H3K27me3
+GSM733660_1	Bernstein HMEC H3K27ac
+GSM816626_2	Duke DnaseSeq FibroP
+GSM831012_1	K562 RBBP5 1
+GSM864361_2	UNC FaireSeq K562
+GSM803535_1	HudsonAlpha ChipSeq GM12891 YY1
+GSM923446_1	UW RepliSeq HepG2
+GSM672834_2	Gingeras GM12878 cytosol longPolyA
+GSM758565_4	CSHL RnaSeq HUVEC nucleus
+GSM945316_2	UW ChipSeq H7-hESC H3K36me3
+GSM849301_1	UW ChipSeq GM12867 CTCF
+GSM935650_1	Stanford ChipSeq HepG2 IRF3
+GSM935627_1	Stanford ChipSeq HepG2 insulin
+GSM733786_1	Bernstein K562 H2A.Z
+GSM830534_1	GIS RnaPet GM12878 nucleus
+GSM935347_1	USC ChipSeq HUVEC GATA-2
+GSM923441_5	UW RepliSeq SK-N-SH
+GSM935416_1	Harvard ChipSeq HeLa-S3 ZZZ3
+GSM605625_4	CSHL RnaSeq GM12878 cell
+GSM922958_1	Yale RnaSeq K562 IFNg6h
+GSM803443_1	HudsonAlpha ChipSeq K562 Pol2-4H8
+GSM765405_4	CSHL RnaSeq K562 cell
+GSM977052_2	CSHL RnaSeq HPIEpC cell
+GSM897074_3	CSHL RnaSeq AG04450 cell
+GSM945188_1	UW ChipSeq GM12878 H3K4me3
+GSM923449_4	UW RepliSeq HeLa-S3
+GSM803346_2	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM605627_6	CSHL RnaSeq GM12878 cytosol
+GSM923442_7	UW RepliSeq MCF-7
+GSM830528_1	GIS RnaPet HeLa-S3 nucleus
+GSM733680_1	Bernstein K562 H3K4me3
+GSM935604_1	Stanford ChipSeq HepG2 Input
+GSM646568_1	Stam GM06990
+GSM758559_4	CSHL RnaSeq GM12878 cell
+GSM897079_3	CSHL RnaSeq HeLa-S3 cell
+GSM923452_3	UW RepliSeq HUVEC
+GSM749723_1	Stam AG09319 CTCF 2
+GSM923440_6	UW RepliSeq GM12801
+GSM973690_1	CSHL RnaSeq MCF-7 cell
+GSM803399_1	HudsonAlpha ChipSeq GM12891 Pol2
+GSM765401_6	CSHL RnaSeq NHEK cell
+GSM897079_1	CSHL RnaSeq HeLa-S3 cell
+GSM977037_1	CSHL RnaSeq HCH cell
+GSM736613_1	Stam WI-38 1
+GSM765397_1	CSHL RnaSeq HMEC cell
+GSM923421_2	HudsonAlpha RnaSeq PANC-1 longPolyA
+GSM765398_6	CSHL RnaSeq NHEK cell
+GSM864354_1	UNC FaireSeq HepG2
+GSM803529_2	HudsonAlpha ChipSeq H1-hESC JunD
+GSM736596_1	Stam BJ 2
+GSM803401_2	HudsonAlpha ChipSeq K562 CTCFL
+GSM977051_3	CSHL RnaSeq HSaVEC cell
+GSM816654_2	Duke DnaseSeq Osteobl
+GSM803438_2	HudsonAlpha ChipSeq H1-hESC POU5F1
+GSM831029_1	H1 HDAC2
+GSM849343_1	RIKEN Cage HepG2 cytosol
+GSM977043_4	CSHL RnaSeq CD20+ cell
+GSM733690_1	Bernstein HUVEC H3K4me1
+GSM923448_3	UW RepliSeq K562
+GSM923442_1	UW RepliSeq MCF-7
+GSM923448_1	UW RepliSeq K562
+GSM935472_1	Yale ChipSeq K562 IFNa30
+GSM923450_5	UW RepliSeq GM12813
+GSM849343_2	RIKEN Cage HepG2 cytosol
+GSM973667_1	CSHL RnaSeq SK-N-SH cell
+GSM935625_1	USC ChipSeq HeLa-S3 TCF7L2
+GSM923444_8	UW RepliSeq BJ
+GSM733777_1	Bernstein K562 H3K9me1
+GSM822312_2	UT-A ChipSeq GM12878 CTCF
+GSM847567_1	K562 cells with shRNA
+GSM849325_2	RIKEN Cage HUVEC nucleus
+GSM977047_3	CSHL RnaSeq NHEM M2
+GSM977035_2	CSHL RnaSeq HAoAF cell
+GSM758573_3	CSHL RnaSeq H1-hESC cell
+GSM849349_3	RIKEN Cage GM12878 cytosol
+GSM803362_1	HudsonAlpha ChipSeq GM12878 PAX5-N19
+GSM803534_2	HudsonAlpha ChipSeq GM12878 POU2F2
+GSM816657_2	Duke DnaseSeq GM12892
+GSM977031_3	CSHL RnaSeq H1-neurons cell
+GSM646570_1	UW DnaseDgf HMVEC-dBl-Ad
+GSM935462_1	USC ChipSeq PBDE Pol2
+GSM803499_1	HudsonAlpha ChipSeq HepG2 p300
+GSM733719_1	Bernstein K562 CTCF
+GSM758569_2	CSHL RnaSeq HUVEC cytosol
+GSM830527_1	GIS RnaPet K562 polysome
+GSM803484_1	HudsonAlpha ChipSeq H1-hESC Pol2-4H8
+GSM945160_2	UW ChipSeq HRE H3K27me3
+GSM822298_1	UT-A ChipSeq HUVEC c-Myc
+GSM935613_1	Stanford ChipSeq GM12878 Znf143
+GSM605627_3	CSHL RnaSeq GM12878 cytosol
+GSM822295_2	UT-A ChipSeq MCF-7 Pol2
+GSM733662_1	Bernstein NHDF-Ad H3K27ac
+GSM736514_1	Stam AG04450 1
+GSM973688_4	CSHL RnaSeq SK-N-SH cytosol
+GSM605635_5	CSHL RnaSeq K562 nucleus
+GSM830525_2	GIS RnaPet HepG2 cytosol
+GSM831034_1	H1 JARID1C
+GSM749690_1	Stam K562 CTCF 1
+GSM849362_3	RIKEN Cage SK-N-SH RA
+GSM803540_1	HudsonAlpha ChipSeq K562 GATA2
+GSM831019_1	K562 SAP30 2
+GSM803491_2	HudsonAlpha ChipSeq U87 RevXlinkChromatin
+GSM973676_4	CSHL RnaSeq MCF-7 cell
+GSM736526_1	Stam WI-38 2
+GSM935559_1	Stanford ChipSeq GM12878 p300
+GSM923440_5	UW RepliSeq GM12801
+GSM973691_2	CSHL RnaSeq IMR90 cell
+GSM849328_3	RIKEN Cage BJ cell
+GSM765396_4	CSHL RnaSeq AG04450 cell
+GSM822285_2	UT-A ChipSeq HeLa-S3 CTCF
+GSM849368_1	RIKEN Cage GM12878 cell
+GSM973681_1	CSHL RnaSeq MCF-7 cytosol
+GSM605632_5	CSHL RnaSeq K562 chromatin
+GSM733772_1	Bernstein GM12878 H3K4me1
+GSM767855_3	CSHL RnaSeq BJ cell
+GSM803517_1	HudsonAlpha ChipSeq HepG2 Rad21
+GSM973686_3	CSHL RnaSeq IMR90 cytosol
+GSM935418_1	Harvard ChipSeq MCF10A-Er-Src EtOH
+GSM767850_2	CSHL RnaSeq HepG2 nucleus
+GSM849346_1	RIKEN Cage NHEK cytosol
+GSM758562_2	CSHL RnaSeq BJ cell
+GSM923451_6	UW RepliSeq GM12878
+GSM935580_1	Stanford ChipSeq H1-hESC Bach1
+GSM816629_2	Duke DnaseSeq H9ES
+GSM935638_1	Stanford ChipSeq HeLa-S3 BAF170
+GSM958739_2	Caltech RnaSeq HeLa-S3 1x75D
+GSM816438_1	USC ChipSeq MCF-7 TCF7L2
+GSM864357_1	UNC FaireSeq GM12892
+GSM767854_3	CSHL RnaSeq A549 cell
+GSM849348_3	RIKEN Cage GM12878 nucleus
+GSM733758_1	Bernstein GM12878 H3K27me3
+GSM749688_1	Stam HL-60 CTCF 1
+GSM935494_1	Stanford ChipSeq K562 p300
+GSM973679_4	CSHL RnaSeq IMR90 nucleus
+GSM973692_4	CSHL RnaSeq SK-N-SH cytosol
+GSM605633_6	CSHL RnaSeq GM12878 nucleus
+GSM973681_3	CSHL RnaSeq MCF-7 cytosol
+GSM958746_2	Caltech RnaSeq NHLF 2x75
+GSM973670_4	CSHL RnaSeq IMR90 cytosol
+GSM803347_1	HudsonAlpha ChipSeq GM12878 USF-1
+GSM765395_3	CSHL RnaSeq SK-N-SH RA
+GSM977046_4	CSHL RnaSeq HWP cell
+GSM816670_2	Duke DnaseSeq MCF-7 Hypoxia
+GSM935619_1	Stanford ChipSeq HepG2 forskolin
+GSM803500_2	HudsonAlpha ChipSeq HepG2 JunD
+GSM816651_2	Duke DnaseSeq HSMMtube
+GSM945262_1	UW ChipSeq NHLF H3K4me3
+GSM830519_2	GIS RnaPet HUVEC nucleus
+GSM977039_4	CSHL RnaSeq SkMC cell
+GSM816629_1	Duke DnaseSeq H9ES
+GSM830535_1	GIS RnaPet GM12878 cytosol
+GSM973674_4	CSHL RnaSeq A549 cell
+GSM803521_4	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM897079_2	CSHL RnaSeq HeLa-S3 cell
+GSM935518_1	Stanford ChipSeq GM12878 Max
+GSM767849_3	CSHL RnaSeq K562 cytosol
+GSM935644_1	Stanford ChipSeq NB4 Max
+GSM733723_1	Bernstein NHLF H3K4me3
+GSM803372_1	HudsonAlpha ChipSeq U87 NRSF
+GSM803354_1	HudsonAlpha ChipSeq HCT-116 YY1
+GSM973667_4	CSHL RnaSeq SK-N-SH cell
+GSM749714_1	Stam AG10803 CTCF 1
+GSM935435_1	Harvard ChipSeq HeLa-S3 BRF2
+GSM765395_4	CSHL RnaSeq SK-N-SH RA
+GSM935611_1	Stanford ChipSeq GM12878 CTCF
+GSM849355_1	RIKEN Cage H1-hESC cell
+GSM840136_3	CSHL RnaSeq K562 cell
+GSM816634_1	Duke DnaseSeq LNCaP androgen
+GSM803378_2	HudsonAlpha ChipSeq K562 SIX5
+GSM736543_1	Stam RPTEC 1
+GSM803337_2	HudsonAlpha ChipSeq GM12891 PAX5-C20
+GSM816636_2	Duke DnaseSeq Medullo
+GSM736622_1	Stam BE2 C 2
+GSM849367_3	RIKEN Cage NHEK cell
+GSM816644_1	Duke DnaseSeq HTR8svn
+GSM897076_4	CSHL RnaSeq NHEK nucleus
+GSM849029_1	UW DnaseDgf AoAF
+GSM822304_2	UT-A ChipSeq MCF-7 estrogen
+GSM767848_3	CSHL RnaSeq HeLa-S3 nucleus
+GSM816666_2	Duke DnaseSeq PanIsletD
+GSM923449_1	UW RepliSeq HeLa-S3
+GSM803463_1	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM840138_2	CSHL RnaSeq GM12878 cell
+GSM958730_3	Caltech RnaSeq GM12878 1x75D
+GSM822303_1	UT-A ChipSeq Gliobla CTCF
+GSM973682_1	CSHL RnaSeq MCF-7 nucleus
+GSM935289_1	Stanford ChipSeq H1-hESC SIN3A
+GSM733704_1	Bernstein Osteobl H3K4me1
+GSM849364_3	RIKEN Cage MCF-7 cell
+GSM733721_1	Bernstein Osteobl H3K36me3
+GSM803452_2	HudsonAlpha ChipSeq HepG2 RXRA
+GSM736611_1	Stam HMVEC-dNeo 1
+GSM733636_1	Bernstein NHEK CTCF
+GSM767838_2	CSHL RnaSeq HeLa-S3 cytosol
+GSM945299_2	UW ChipSeq K562 H3K4me3
+GSM897069_2	CSHL RnaSeq HeLa-S3 cytosol
+GSM605629_1	CSHL RnaSeq K562 cytosol
+GSM803448_1	HudsonAlpha ChipSeq HepG2 HEY1
+GSM803382_2	HudsonAlpha ChipSeq H1-hESC FOSL1
+GSM816650_1	Duke DnaseSeq HSMM
+GSM749768_1	Stam WERI-Rb-1 CTCF 1
+GSM935286_1	Stanford ChipSeq GM12892 Input
+GSM803412_1	HudsonAlpha ChipSeq A549 RevXlinkChromatin
+GSM803485_2	HudsonAlpha ChipSeq GM12878 Pol2-4H8
+GSM749712_1	Stam HEEpiC CTCF 1
+GSM803352_3	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM803487_1	HudsonAlpha ChipSeq GM12892 Pol2
+GSM923430_2	HudsonAlpha RnaSeq PFSK-1 longPolyA
+GSM736577_1	Stam HMVEC-dLy-Neo 1
+GSM935353_1	USC ChipSeq H1-hESC Input
+GSM803506_2	HudsonAlpha ChipSeq H1-hESC RXRA
+GSM733742_1	Bernstein GM12878 Control
+GSM749732_1	Stam HCFaa CTCF 1
+GSM803416_1	HudsonAlpha ChipSeq GM12878 Rad21
+GSM935402_1	Stanford ChipSeq K562 Pol2(phosphoS2)
+GSM973681_4	CSHL RnaSeq MCF-7 cytosol
+GSM765387_4	CSHL RnaSeq K562 nucleus
+GSM733674_1	Bernstein NHEK H3K27ac
+GSM977041_3	CSHL RnaSeq hMSC-AT cell
+GSM646563_2	UW DnaseDgf H7-hESC
+GSM822311_1	UT-A ChipSeq K562 CTCF
+GSM958738_4	Caltech RnaSeq HUVEC 1x75D
+GSM945172_1	UW ChipSeq AG10803 H3K4me3
+GSM935468_1	Yale ChipSeq K562 IFNa6h
+GSM935597_1	USC ChipSeq K562 E2F6
+GSM822289_2	UT-A ChipSeq A549 CTCF
+GSM736560_1	Stam HSMM 1
+GSM923450_8	UW RepliSeq GM12813
+GSM849303_2	UW ChipSeq GM12869 CTCF
+GSM767855_4	CSHL RnaSeq BJ cell
+GSM736595_1	Stam HL-60 2
+GSM803493_1	HudsonAlpha ChipSeq HepG2 HDAC2
+GSM973693_3	CSHL RnaSeq IMR90 cell
+GSM849328_2	RIKEN Cage BJ cell
+GSM935547_1	Harvard ChipSeq K562 CCNT2
+GSM803396_1	HudsonAlpha ChipSeq H1-hESC BCL11A
+GSM849333_1	RIKEN Cage K562 chromatin
+GSM977045_3	CSHL RnaSeq NHEM.f M2
+GSM923444_12	UW RepliSeq BJ
+GSM803519_1	HudsonAlpha ChipSeq T-47D ERalpha
+GSM803446_1	HudsonAlpha ChipSeq K562 YY1
+GSM803537_1	HudsonAlpha ChipSeq GM12878 TAF1
+GSM958746_1	Caltech RnaSeq NHLF 2x75
+GSM803467_1	HudsonAlpha ChipSeq GM12891 RevXlinkChromatin
+GSM935274_1	Stanford ChipSeq HepG2 CEBPZ
+GSM830520_1	GIS RnaPet prostate cell
+GSM831006_1	K562 P300
+GSM923425_1	HudsonAlpha RnaSeq A549 EtOH
+GSM816632_2	Duke DnaseSeq H1-hESC
+GSM803524_2	HudsonAlpha ChipSeq K562 GABP
+GSM945240_2	UW ChipSeq LNCaP H3K4me3
+GSM765389_1	CSHL RnaSeq NHLF cell
+GSM803366_2	HudsonAlpha ChipSeq H1-hESC Pol2
+GSM849363_1	RIKEN Cage HeLa-S3 nucleolus
+GSM749694_1	Stam GM12872 CTCF 1
+GSM922956_1	Yale RnaSeq K562 IFNa6h
+GSM605635_2	CSHL RnaSeq K562 nucleus
+GSM945222_2	UW ChipSeq HL-60 H3K4me3
+GSM803387_1	HudsonAlpha ChipSeq GM12878 p300
+GSM945196_1	UW ChipSeq GM12878 H3K27me3
+GSM977038_1	CSHL RnaSeq HFDPC cell
+GSM944522_2	SunyAlbany RipSeq K562 PABPC1
+GSM864347_1	UNC FaireSeq NH-A
+GSM935389_1	Stanford ChipSeq GM10847 Pol2
+GSM945264_1	UW ChipSeq SK-N-MC H3K4me3
+GSM958744_2	Caltech RnaSeq HSMM 2x75
+GSM935342_1	Harvard ChipSeq HeLa-S3 TFIIIC-110
+GSM935394_1	Harvard ChipSeq K562 GTF2B
+GSM767848_1	CSHL RnaSeq HeLa-S3 nucleus
+GSM977048_1	CSHL RnaSeq hMSC-UC cell
+GSM945286_1	UW ChipSeq HEEpiC H3K4me3
+GSM864341_1	UNC FaireSeq H1-hESC
+GSM749706_1	Stam GM12878 CTCF 2
+GSM749677_1	Stam BJ CTCF 1
+GSM803492_1	HudsonAlpha ChipSeq SK-N-MC RevXlinkChromatin
+GSM803510_2	HudsonAlpha ChipSeq GM12878 ETS1
+GSM935372_1	Harvard ChipSeq K562 RPC155
+GSM803387_2	HudsonAlpha ChipSeq GM12878 p300
+GSM849331_3	RIKEN Cage HeLa-S3 nucleus
+GSM607486_1	ZNF274 HelaS3 ChIP-seq rep2
+GSM646559_2	Stam HepG2
+GSM803367_1	HudsonAlpha ChipSeq HepG2 TAF1
+GSM923444_9	UW RepliSeq BJ
+GSM803409_2	HudsonAlpha ChipSeq T-47D FOXA1
+GSM935287_1	Stanford ChipSeq GM12891 Pol2
+GSM973692_2	CSHL RnaSeq SK-N-SH cytosol
+GSM733648_1	Bernstein HSMMtube Control
+GSM945250_1	UW ChipSeq NHDF-neo Input
+GSM935428_1	Yale ChipSeq K562 IFNa30
+GSM897083_7	CSHL RnaSeq A549 cell
+GSM822283_1	UT-A ChipSeq MCF-7 Input
+GSM822295_1	UT-A ChipSeq MCF-7 Pol2
+GSM945276_2	UW ChipSeq HRE H3K4me3
+GSM736629_1	Stam K562 1
+GSM803365_2	HudsonAlpha ChipSeq H1-hESC NRSF
+GSM803358_1	HudsonAlpha ChipSeq A549 GR
+GSM897078_2	CSHL RnaSeq NHEK cytosol
+GSM830520_2	GIS RnaPet prostate cell
+GSM935427_1	Yale ChipSeq K562 IFNg6h
+GSM973685_1	CSHL RnaSeq A549 nucleus
+GSM923449_8	UW RepliSeq HeLa-S3
+GSM803359_1	HudsonAlpha ChipSeq A549 GR
+GSM736541_1	Stam HMF 2
+GSM923450_1	UW RepliSeq GM12813
+GSM736499_1	Stam HRGEC 1
+GSM816646_1	Duke DnaseSeq HUVEC
+GSM849028_2	UW DnaseDgf HPF
+GSM803392_1	HudsonAlpha ChipSeq GM12878 ZBTB33
+GSM849349_2	RIKEN Cage GM12878 cytosol
+GSM803343_2	HudsonAlpha ChipSeq HepG2 GABP
+GSM736507_1	Stam HMVEC-LLy 1
+GSM803394_2	HudsonAlpha ChipSeq PANC-1 RevXlinkChromatin
+GSM736545_1	Stam NHEK 1
+GSM803461_1	HudsonAlpha ChipSeq HepG2 FOXA1
+GSM767849_1	CSHL RnaSeq K562 cytosol
+GSM958745_3	Caltech RnaSeq MCF-7 2x75
+GSM897070_4	CSHL RnaSeq SK-N-SH RA
+GSM977045_4	CSHL RnaSeq NHEM.f M2
+GSM749693_1	Stam SK-N-SH RA CTCF
+GSM923421_1	HudsonAlpha RnaSeq PANC-1 longPolyA
+GSM749666_1	Stam AoAF CTCF 1
+GSM923447_8	UW RepliSeq IMR90
+GSM849026_1	UW DnaseDgf NH-A
+GSM847563_1	K562 cells with shRNA
+GSM849334_4	RIKEN Cage HepG2 nucleus
+GSM749761_1	Stam HCFaa Input 1
+GSM849325_4	RIKEN Cage HUVEC nucleus
+GSM958749_2	Caltech RnaSeq HCT-116 2x75
+GSM945173_1	UW ChipSeq AG09319 Input
+GSM803444_2	HudsonAlpha ChipSeq ECC-1 FOXA1
+GSM733638_1	Bernstein HepG2 H3K9ac
+GSM935306_1	Stanford ChipSeq HepG2 MafF
+GSM897075_4	CSHL RnaSeq HUVEC nucleus
+GSM803504_1	HudsonAlpha ChipSeq K562 ZBTB33
+GSM945192_2	UW ChipSeq H7-hESC H3K36me3
+GSM733650_1	Bernstein NHDF-Ad H3K4me3
+GSM816630_2	Duke DnaseSeq Myometr
+GSM733778_1	Bernstein K562 H3K9ac
+GSM923423_1	HudsonAlpha RnaSeq ECC-1 DMSO
+GSM864345_1	UNC FaireSeq A549
+GSM935542_1	Stanford ChipSeq HepG2 SMC3
+GSM945297_1	UW ChipSeq K562 H3K4me3
+GSM849345_2	RIKEN Cage HepG2 nucleus
+GSM935469_1	Yale ChipSeq K562 IFNa6h
+GSM849348_2	RIKEN Cage GM12878 nucleus
+GSM803430_1	HudsonAlpha ChipSeq H1-hESC Egr-1
+GSM977042_4	CSHL RnaSeq GM12878 chromatin
+GSM803518_2	HudsonAlpha ChipSeq K562 BCL3
+GSM849335_1	RIKEN Cage HepG2 cell
+GSM749668_1	Stam HEK293 CTCF 1
+GSM935326_1	Stanford ChipSeq HeLa-S3 ELK1
+GSM935445_1	USC ChipSeq MCF-7 GATA3
+GSM803513_2	HudsonAlpha ChipSeq H1-hESC YY1
+GSM945206_2	UW ChipSeq Caco-2 H3K36me3
+GSM849348_1	RIKEN Cage GM12878 nucleus
+GSM733784_1	Bernstein Osteobl CTCF
+GSM758565_3	CSHL RnaSeq HUVEC nucleus
+GSM958739_3	Caltech RnaSeq HeLa-S3 1x75D
+GSM803391_1	HudsonAlpha ChipSeq GM12878 PAX5-C20
+GSM822272_1	UT-A ChipSeq ProgFib CTCF
+GSM945235_1	UW ChipSeq BJ Input
+GSM803503_2	HudsonAlpha ChipSeq HepG2 ATF3
+GSM803460_2	HudsonAlpha ChipSeq HepG2 HNF4A
+GSM923446_3	UW RepliSeq HepG2
+GSM803352_2	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM736579_1	Stam HGF 1
+GSM935574_1	Stanford ChipSeq K562 TBLR1
+GSM945206_1	UW ChipSeq Caco-2 H3K36me3
+GSM830527_2	GIS RnaPet K562 polysome
+GSM945308_2	UW ChipSeq HCM H3K4me3
+GSM945252_1	UW ChipSeq NB4 Input
+GSM803478_2	HudsonAlpha ChipSeq HeLa-S3 NRSF
+GSM803507_2	HudsonAlpha ChipSeq HepG2 SP1
+GSM897080_3	CSHL RnaSeq HeLa-S3 nucleus
+GSM849347_1	RIKEN Cage NHEK nucleus
+GSM822304_1	UT-A ChipSeq MCF-7 estrogen
+GSM945263_1	UW ChipSeq WERI-Rb-1 H3K4me3
+GSM935461_1	USC ChipSeq Raji Pol2
+GSM935420_1	Yale ChipSeq K562 IFNg30
+GSM897081_7	CSHL RnaSeq MCF-7 cell
+GSM945186_1	UW ChipSeq H7-hESC Input
+GSM840137_2	CSHL RnaSeq K562 cytosol
+GSM945298_2	UW ChipSeq K562 H3K4me3
+GSM923430_1	HudsonAlpha RnaSeq PFSK-1 longPolyA
+GSM945248_1	UW ChipSeq HA-sp Input
+GSM935496_1	Stanford ChipSeq K562 TAL1
+GSM935504_1	Stanford ChipSeq K562 IFNa6h
+GSM945249_1	UW ChipSeq HA-sp H3K4me3
+GSM935391_1	Harvard ChipSeq K562 ATF3
+GSM803415_1	HudsonAlpha ChipSeq HepG2 ELF1
+GSM935333_1	USC ChipSeq PBDEFetal GATA-1
+GSM803411_1	HudsonAlpha ChipSeq GM12878 ZEB1
+GSM935536_1	Yale ChipSeq HeLa-S3 Input
+GSM935377_1	Stanford ChipSeq GM12878 BRCA1
+GSM935433_1	Stanford ChipSeq K562 NF-YA
+GSM758573_1	CSHL RnaSeq H1-hESC cell
+GSM733708_1	Bernstein GM12878 H3K4me3
+GSM849330_4	RIKEN Cage HeLa-S3 cytosol
+GSM803451_1	HudsonAlpha ChipSeq HepG2 FOSL2
+GSM733774_1	Bernstein HepG2 H2A.Z
+GSM803397_2	HudsonAlpha ChipSeq GM12891 POU2F2
+GSM864360_2	UNC FaireSeq GM12878
+GSM849345_1	RIKEN Cage HepG2 nucleus
+GSM803536_1	HudsonAlpha ChipSeq ECC-1 Pol2
+GSM816660_2	Duke DnaseSeq PanIslets
+GSM973683_3	CSHL RnaSeq A549 nucleus
+GSM923440_2	UW RepliSeq GM12801
+GSM749687_1	Stam HEK293 CTCF 2
+GSM822301_2	UT-A ChipSeq MCF-7 vehicle
+GSM608162_1	ELK4 HeLa ChIP-seq rep2
+GSM935592_1	USC ChipSeq HEK293 KAP1
+GSM849338_1	RIKEN Cage K562 nucleus
+GSM945203_1	UW ChipSeq Caco-2 H3K27me3
+GSM733785_1	Bernstein HeLa-S3 CTCF
+GSM849324_4	RIKEN Cage HUVEC cytosol
+GSM767840_2	CSHL RnaSeq HepG2 cytosol
+GSM935368_1	USC ChipSeq K562 YY1
+GSM822293_1	UT-A ChipSeq K562 Input
+GSM973677_2	CSHL RnaSeq SK-N-SH cell
+GSM849350_1	RIKEN Cage HUVEC cytosol
+GSM830524_1	GIS RnaPet K562 nucleoplasm
+GSM935622_1	Stanford ChipSeq HepG2 forskolin
+GSM935455_1	Stanford ChipSeq GM19099 TNFa
+GSM733679_1	Bernstein GM12878 H3K36me3
+GSM944520_2	SunyAlbany RipSeq GM12878 ELAVL1
+GSM935601_1	USC ChipSeq K562 Input
+GSM733737_1	Bernstein HepG2 H3K4me3
+GSM803413_1	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM830532_2	GIS RnaPet H1-hESC cell
+GSM831004_1	K562 NCOR
+GSM736494_1	Stam HCFaa 1
+GSM849027_1	UW DnaseDgf HRCEpiC
+GSM803390_2	HudsonAlpha ChipSeq GM12878 IRF4
+GSM803429_2	HudsonAlpha ChipSeq A549 USF-1
+GSM816647_1	Duke DnaseSeq pHTE
+GSM935280_1	Stanford ChipSeq HepG2 TBP
+GSM945262_2	UW ChipSeq NHLF H3K4me3
+GSM765396_1	CSHL RnaSeq AG04450 cell
+GSM935390_1	Stanford ChipSeq GM12878 Input
+GSM923447_2	UW RepliSeq IMR90
+GSM945302_2	UW ChipSeq K562 H3K36me3
+GSM935589_1	USC ChipSeq SH-SY5Y GATA-2
+GSM935475_1	Yale ChipSeq K562 IFNa30
+GSM816639_2	Duke DnaseSeq HPDE6-E6E7
+GSM733685_1	Bernstein HepG2 H3K36me3
+GSM736530_1	Stam HSMMtube 1
+GSM803533_2	HudsonAlpha ChipSeq HeLa-S3 Pol2
+GSM830986_1	K562 CBX2
+GSM767855_1	CSHL RnaSeq BJ cell
+GSM736621_1	Stam HNPCEpiC 1
+GSM935642_1	Stanford ChipSeq K562 UBTF
+GSM864338_1	UNC FaireSeq NHEK
+GSM935553_1	Stanford ChipSeq HeLa-S3 CEBPB
+GSM816656_2	Duke DnaseSeq GM12891
+GSM849360_1	RIKEN Cage HeLa-S3 cytosol
+GSM803532_1	HudsonAlpha ChipSeq GM12878 Pbx3
+GSM803538_2	HudsonAlpha ChipSeq GM12878 BATF
+GSM935499_1	Stanford ChipSeq K562 CEBPB
+GSM605627_4	CSHL RnaSeq GM12878 cytosol
+GSM849340_2	RIKEN Cage K562 nucleoplasm
+GSM672835_2	Gingeras K562 cytosol longPolyA
+GSM733686_1	Bernstein NHEK H3K4me2
+GSM816671_2	Duke DnaseSeq Huh-7.5
+GSM849304_1	UW ChipSeq GM12871 CTCF
+GSM935426_1	USC ChipSeq HCT-116 Pol2
+GSM767845_2	CSHL RnaSeq SK-N-SH RA
+GSM733668_1	Bernstein HMEC Control
+GSM816669_2	Duke DnaseSeq HMEC
+GSM733715_1	Bernstein HUVEC Control
+GSM977045_1	CSHL RnaSeq NHEM.f M2
+GSM605629_2	CSHL RnaSeq K562 cytosol
+GSM935339_1	Stanford ChipSeq HeLa-S3 Input
+GSM803491_1	HudsonAlpha ChipSeq U87 RevXlinkChromatin
+GSM923442_4	UW RepliSeq MCF-7
+GSM830537_1	GIS RnaPet K562 cytosol
+GSM816661_2	Duke DnaseSeq ProgFib
+GSM931361_1	Stam WI-38 2 4OHTAM
+GSM803381_1	HudsonAlpha ChipSeq HepG2 YY1
+GSM935641_1	Harvard ChipSeq MCF10A-Er-Src Input
+GSM935404_1	Stanford ChipSeq IMR90 CTCF
+GSM803360_1	HudsonAlpha ChipSeq A549 Pol2
+GSM733732_1	Bernstein HepG2 Control
+GSM803408_1	HudsonAlpha ChipSeq K562 THAP1
+GSM803482_1	HudsonAlpha ChipSeq GM12892 RevXlinkChromatin
+GSM822314_1	UT-A ChipSeq HepG2 Input
+GSM945214_2	UW ChipSeq SKMC H3K4me3
+GSM816655_1	Duke DnaseSeq K562
+GSM897082_1	CSHL RnaSeq HepG2 cytosol
+GSM758560_4	CSHL RnaSeq GM12878 cytosol
+GSM849337_2	RIKEN Cage K562 nucleus
+GSM736558_1	Stam GM06990 1
+GSM849366_2	RIKEN Cage NHEK cytosol
+GSM822267_1	UT-A ChipSeq Fibrobl Input
+GSM831031_1	H1 JARID1A 1
+GSM849362_4	RIKEN Cage SK-N-SH RA
+GSM816673_2	Duke DnaseSeq T-47D
+GSM767846_1	CSHL RnaSeq NHEK nucleus
+GSM646568_2	Stam GM06990
+GSM803352_4	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM831042_1	H1 SUZ12
+GSM803409_1	HudsonAlpha ChipSeq T-47D FOXA1
+GSM831020_1	K562 SIRT6
+GSM749777_1	Stam GM12865 Input 1
+GSM803405_1	HudsonAlpha ChipSeq H1-hESC SIX5
+GSM736492_1	Stam Jurkat 2
+GSM646570_2	UW DnaseDgf HMVEC-dBl-Ad
+GSM923439_8	UW RepliSeq GM12812
+GSM935523_1	Stanford ChipSeq GM18505 Input
+GSM736628_1	Stam HMF 1
+GSM803430_2	HudsonAlpha ChipSeq H1-hESC Egr-1
+GSM945278_2	UW ChipSeq K562 H3K4me3
+GSM973690_2	CSHL RnaSeq MCF-7 cell
+GSM646564_2	UW DnaseDgf NHDF-Ad
+GSM733672_1	Bernstein H1-hESC CTCF
+GSM945288_1	UW ChipSeq HEK293 H3K4me3
+GSM923453_4	UW RepliSeq BG02ES
+GSM923444_6	UW RepliSeq BJ
+GSM749778_1	Stam HRE Input 1
+GSM831005_1	K562 NSD2
+GSM923445_4	UW RepliSeq NHEK
+GSM749679_1	Stam WERI-Rb-1 CTCF 2
+GSM736517_1	Stam PANC-1 1
+GSM816662_2	Duke DnaseSeq HepG2
+GSM945183_1	UW ChipSeq H7-hESC H3K27me3
+GSM803539_2	HudsonAlpha ChipSeq T-47D ERalpha
+GSM945310_1	UW ChipSeq HCFaa H3K4me3
+GSM958738_3	Caltech RnaSeq HUVEC 1x75D
+GSM803485_1	HudsonAlpha ChipSeq GM12878 Pol2-4H8
+GSM803377_1	HudsonAlpha ChipSeq H1-hESC SP1
+GSM736602_1	Stam HFF 1
+GSM803496_1	HudsonAlpha ChipSeq GM12878 ELF1
+GSM864340_1	UNC FaireSeq K562 OHUrea
+GSM765394_2	CSHL RnaSeq NHLF cell
+GSM935332_1	Stanford ChipSeq GM12878 Rad21
+GSM923447_1	UW RepliSeq IMR90
+GSM803363_1	HudsonAlpha ChipSeq GM12878 SP1
+GSM945239_2	UW ChipSeq HFF-Myc H3K4me3
+GSM897083_5	CSHL RnaSeq A549 cell
+GSM830531_1	GIS RnaPet HepG2 nucleus
+GSM803519_2	HudsonAlpha ChipSeq T-47D ERalpha
+GSM788073_1	USC ChipSeq PBMC H3K27me3B
+GSM935314_1	Yale ChipSeq HepG2 pravastatin
+GSM973672_2	CSHL RnaSeq MCF-7 cytosol
+GSM830530_1	GIS RnaPet HeLa-S3 cell
+GSM733687_1	Bernstein H1-hESC H4K20me1
+GSM822277_1	UT-A ChipSeq GM19239 CTCF
+GSM605630_1	CSHL RnaSeq K562 cell
+GSM803363_2	HudsonAlpha ChipSeq GM12878 SP1
+GSM935283_1	Stanford ChipSeq GM12878 MAZ
+GSM935419_1	Yale ChipSeq K562 IFNa6h
+GSM803367_2	HudsonAlpha ChipSeq HepG2 TAF1
+GSM935323_1	Stanford ChipSeq GM19099 Pol2
+GSM935378_1	Stanford ChipSeq GM12878 CHD2
+GSM830537_2	GIS RnaPet K562 cytosol
+GSM733781_1	Bernstein NHLF H3K4me2
+GSM864342_1	UNC FaireSeq Urothelia UT189
+GSM945239_1	UW ChipSeq HFF-Myc H3K4me3
+GSM803373_2	HudsonAlpha ChipSeq A549 GR
+GSM973678_1	CSHL RnaSeq IMR90 nucleus
+GSM765386_4	CSHL RnaSeq GM12878 nucleus
+GSM803528_1	HudsonAlpha ChipSeq SK-N-SH RevXlinkChromatin
+GSM803388_2	HudsonAlpha ChipSeq GM12878 BCL11A
+GSM945172_2	UW ChipSeq AG10803 H3K4me3
+GSM923444_15	UW RepliSeq BJ
+GSM977043_1	CSHL RnaSeq CD20+ cell
+GSM767845_4	CSHL RnaSeq SK-N-SH RA
+GSM935349_1	USC ChipSeq GM12878 ZNF274
+GSM767842_1	CSHL RnaSeq H1-hESC cytosol
+GSM605625_5	CSHL RnaSeq GM12878 cell
+GSM822277_2	UT-A ChipSeq GM19239 CTCF
+GSM788080_1	USC ChipSeq NT2-D1 H3K9me3
+GSM935538_1	Yale ChipSeq HeLa-S3 Input
+GSM788086_1	USC ChipSeq NT2-D1 H3K9acB
+GSM831028_1	H1 EZH2
+GSM733741_1	Bernstein HSMM H3K79me2
+GSM935514_1	Stanford ChipSeq H1-hESC Znf143
+GSM736502_1	Stam Th2 1
+GSM672836_1	Gingeras H1-hESC cell longPolyA
+GSM736631_1	Stam HAEpiC 1
+GSM767854_4	CSHL RnaSeq A549 cell
+GSM831038_1	H1 RBBP5 1
+GSM935566_1	Stanford ChipSeq HepG2 BHLHE40
+GSM935623_1	Stanford ChipSeq HepG2 forskolin
+GSM803425_2	HudsonAlpha ChipSeq H1-hESC SRF
+GSM605628_4	CSHL RnaSeq K562 nucleolus
+GSM749722_1	Stam NHDF-neo Input 1
+GSM831007_1	K562 PCAF
+GSM803465_1	HudsonAlpha ChipSeq A549 RevXlinkChromatin
+GSM758575_1	CSHL RnaSeq HepG2 cell
+GSM897081_6	CSHL RnaSeq MCF-7 cell
+GSM803422_2	HudsonAlpha ChipSeq ECC-1 ERalpha
+GSM803483_1	HudsonAlpha ChipSeq HepG2 BHLHE40
+GSM767856_3	CSHL RnaSeq HUVEC cell
+GSM733716_1	Bernstein HUVEC CTCF
+GSM803508_2	HudsonAlpha ChipSeq GM12878 ATF3
+GSM822276_2	UT-A ChipSeq GM19240 CTCF
+GSM816647_2	Duke DnaseSeq pHTE
+GSM816651_1	Duke DnaseSeq HSMMtube
+GSM816642_2	Duke DnaseSeq iPS
+GSM749754_1	Stam GM12864 Input 1
+GSM803473_1	HudsonAlpha ChipSeq K562 ZBTB7A
+GSM945222_1	UW ChipSeq HL-60 H3K4me3
+GSM945245_1	UW ChipSeq WI-38 Input
+GSM803463_2	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM864353_2	UNC FaireSeq Urothelia
+GSM803503_1	HudsonAlpha ChipSeq HepG2 ATF3
+GSM935383_1	Stanford ChipSeq HeLa-S3 Pol2(phosphoS2)
+GSM803407_1	HudsonAlpha ChipSeq K562 TAF7
+GSM958731_4	Caltech RnaSeq K562 1x75D
+GSM736547_1	Stam HConF 1
+GSM803414_2	HudsonAlpha ChipSeq K562 Egr-1
+GSM822286_2	UT-A ChipSeq HeLa-S3 c-Myc
+GSM803441_1	HudsonAlpha ChipSeq K562 USF-1
+GSM605629_3	CSHL RnaSeq K562 cytosol
+GSM733783_1	Bernstein HSMMtube CTCF
+GSM803341_2	HudsonAlpha ChipSeq GM12878 RXRA
+GSM733776_1	Bernstein K562 H3K9me3
+GSM935367_1	USC ChipSeq HeLa-S3 AP-2alpha
+GSM945163_2	UW ChipSeq HBMEC H3K4me3
+GSM977036_4	CSHL RnaSeq HOB cell
+GSM749699_1	Stam HPF CTCF 1
+GSM736582_1	Stam H1-hESC 1
+GSM958745_1	Caltech RnaSeq MCF-7 2x75
+GSM736536_1	Stam NHLF 2
+GSM803439_2	HudsonAlpha ChipSeq K562 FOSL1
+GSM945278_1	UW ChipSeq K562 H3K4me3
+GSM830529_1	GIS RnaPet HUVEC cytosol
+GSM605632_2	CSHL RnaSeq K562 chromatin
+GSM646560_2	UW DnaseDgf HAEpiC
+GSM803511_2	HudsonAlpha ChipSeq GM12878 MEF2A
+GSM758571_2	CSHL RnaSeq HMEC cell
+GSM923451_3	UW RepliSeq GM12878
+GSM958732_1	Caltech RnaSeq HepG2 2x75
+GSM958741_1	Caltech RnaSeq NHEK 1x75D
+GSM816656_1	Duke DnaseSeq GM12891
+GSM736538_1	Stam HAc 2
+GSM818828_1	USC ChipSeq PANC-1 Input
+GSM758560_1	CSHL RnaSeq GM12878 cytosol
+GSM736528_1	Stam HPdLF 2
+GSM803459_1	HudsonAlpha ChipSeq U87 Pol2-4H8
+GSM736568_1	Stam HCF 1
+GSM733771_1	Bernstein GM12878 H3K27ac
+GSM803348_2	HudsonAlpha ChipSeq T-47D CTCF
+GSM935447_1	Stanford ChipSeq GM15510 TNFa
+GSM935369_1	USC ChipSeq HeLa-S3 TR4
+GSM733673_1	Bernstein HUVEC H3K4me3
+GSM944519_1	SunyAlbany RipSeq GM12878 PABPC1
+GSM973666_4	CSHL RnaSeq SK-N-SH cytosol
+GSM977032_2	CSHL RnaSeq GM12878 nucleolus
+GSM749745_1	Stam HCPEpiC CTCF 2
+GSM849364_4	RIKEN Cage MCF-7 cell
+GSM977029_2	CSHL RnaSeq H1-neurons cell
+GSM849362_2	RIKEN Cage SK-N-SH RA
+GSM945236_1	UW ChipSeq Caco-2 Input
+GSM736563_1	Stam AG04450 2
+GSM736519_1	Stam PANC-1 2
+GSM831010_1	K562 PLU1 1
+GSM945260_1	UW ChipSeq GM12875 Input
+GSM816645_1	Duke DnaseSeq Urothelia UT189
+GSM923450_7	UW RepliSeq GM12813
+GSM646565_1	UW DnaseDgf HCPEpiC
+GSM935480_1	USC ChipSeq GM12878 TR4
+GSM897081_4	CSHL RnaSeq MCF-7 cell
+GSM935449_1	Stanford ChipSeq GM18526 TNFa
+GSM935486_1	Harvard ChipSeq HeLa-S3 BDP1
+GSM830995_1	K562 HDAC2 1
+GSM973692_3	CSHL RnaSeq SK-N-SH cytosol
+GSM749671_1	Stam AG09319 Input 1
+GSM803530_2	HudsonAlpha ChipSeq HepG2 Sin3Ak-20
+GSM945180_1	UW ChipSeq HUVEC H3K27me3
+GSM767840_3	CSHL RnaSeq HepG2 cytosol
+GSM803380_2	HudsonAlpha ChipSeq K562 ATF3
+GSM803464_2	HudsonAlpha ChipSeq ECC-1 GR
+GSM923442_8	UW RepliSeq MCF-7
+GSM767848_2	CSHL RnaSeq HeLa-S3 nucleus
+GSM749734_1	Stam AG10803 Input 1
+GSM816658_2	Duke DnaseSeq GM19238
+GSM767841_1	CSHL RnaSeq H1-hESC nucleus
+GSM935388_1	Stanford ChipSeq K562 IFNg30
+GSM849324_1	RIKEN Cage HUVEC cytosol
+GSM803336_1	HudsonAlpha ChipSeq HepG2 TCF12
+GSM803407_2	HudsonAlpha ChipSeq K562 TAF7
+GSM736616_1	Stam AG09309 2
+GSM803481_1	HudsonAlpha ChipSeq GM12891 RevXlinkChromatin
+GSM849339_6	RIKEN Cage K562 cytosol
+GSM758559_3	CSHL RnaSeq GM12878 cell
+GSM803462_2	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM977033_1	CSHL RnaSeq HVMF cell
+GSM945224_1	UW ChipSeq Monocytes-CD14+ RO01746
+GSM803418_1	HudsonAlpha ChipSeq HepG2 ZBTB33
+GSM803350_1	HudsonAlpha ChipSeq GM12878 SRF
+GSM945325_2	UW ChipSeq H7-hESC H3K27me3
+GSM935374_1	USC ChipSeq K562 TR4
+GSM749680_1	Stam AG09309 CTCF 2
+GSM973669_1	CSHL RnaSeq A549 cytosol
+GSM923447_3	UW RepliSeq IMR90
+GSM736600_1	Stam HCT-116 1
+GSM977033_4	CSHL RnaSeq HVMF cell
+GSM767844_3	CSHL RnaSeq K562 nucleus
+GSM935561_1	Stanford ChipSeq HeLa-S3 USF2
+GSM977049_1	CSHL RnaSeq HPC-PL cell
+GSM733773_1	Bernstein H1-hESC H3K9ac
+GSM945194_1	UW ChipSeq H7-hESC Input
+GSM733724_1	Bernstein HMEC CTCF
+GSM803389_1	HudsonAlpha ChipSeq GM12878 TCF12
+GSM958730_2	Caltech RnaSeq GM12878 1x75D
+GSM736525_1	Stam GM12864 1
+GSM765393_4	CSHL RnaSeq K562 nucleolus
+GSM935272_1	Stanford ChipSeq HeLa-S3 MAZ
+GSM849360_2	RIKEN Cage HeLa-S3 cytosol
+GSM977038_4	CSHL RnaSeq HFDPC cell
+GSM977046_1	CSHL RnaSeq HWP cell
+GSM831037_1	H1 PHF8
+GSM816635_2	Duke DnaseSeq NHEK
+GSM605632_4	CSHL RnaSeq K562 chromatin
+GSM923448_6	UW RepliSeq K562
+GSM822291_2	UT-A ChipSeq HepG2 c-Myc
+GSM945283_1	UW ChipSeq BE2 C
+GSM897075_3	CSHL RnaSeq HUVEC nucleus
+GSM822310_2	UT-A ChipSeq K562 c-Myc
+GSM736601_1	Stam HCFaa 2
+GSM849354_1	RIKEN Cage K562 polysome
+GSM733714_1	Bernstein K562 H3K36me3
+GSM736575_1	Stam HUVEC 1
+GSM897083_6	CSHL RnaSeq A549 cell
+GSM749737_1	Stam HRE CTCF 2
+GSM777639_1	UChicago ChipSeq K562 eGFP-JunD
+GSM767853_1	CSHL RnaSeq GM12878 nucleus
+GSM736583_1	Stam AoAF 1
+GSM733682_1	Bernstein HeLa-S3 H3K4me3
+GSM945232_1	UW ChipSeq HRE H3K36me3
+GSM733647_1	Bernstein HMEC H4K20me1
+GSM816643_1	Duke DnaseSeq HeLa-S3
+GSM803512_2	HudsonAlpha ChipSeq H1-hESC ATF3
+GSM822279_1	UT-A ChipSeq HUVEC CTCF
+GSM733761_1	Bernstein HSMM H3K4me1
+GSM945282_1	UW ChipSeq LNCaP Input
+GSM758572_4	CSHL RnaSeq GM12878 cell
+GSM849028_1	UW DnaseDgf HPF
+GSM897073_2	CSHL RnaSeq H1-hESC cell
+GSM822273_2	UT-A ChipSeq HeLa-S3 Pol2
+GSM935618_1	Stanford ChipSeq K562 Input
+GSM849341_2	RIKEN Cage GM12878 nucleus
+GSM897072_1	CSHL RnaSeq H1-hESC cytosol
+GSM803479_1	HudsonAlpha ChipSeq HeLa-S3 RevXlinkChromatin
+GSM736524_1	Stam HFF-Myc 1
+GSM803516_2	HudsonAlpha ChipSeq GM12892 YY1
+GSM831030_1	H1 HDAC6
+GSM958730_1	Caltech RnaSeq GM12878 1x75D
+GSM945854_1	USC ChipSeq MCF-7 H3K27ac
+GSM977035_1	CSHL RnaSeq HAoAF cell
+GSM923442_5	UW RepliSeq MCF-7
+GSM849334_3	RIKEN Cage HepG2 nucleus
+GSM803536_2	HudsonAlpha ChipSeq ECC-1 Pol2
+GSM749755_1	Stam HMEC Input 1
+GSM758561_2	CSHL RnaSeq AG04450 cell
+GSM945216_1	UW ChipSeq RPTEC H3K4me3
+GSM977032_1	CSHL RnaSeq GM12878 nucleolus
+GSM788071_1	USC ChipSeq NT2-D1 H3K27me3B
+GSM849351_1	RIKEN Cage HepG2 cytosol
+GSM758574_2	CSHL RnaSeq H1-hESC nucleus
+GSM803449_1	HudsonAlpha ChipSeq HepG2 ZBTB33
+GSM767847_1	CSHL RnaSeq HeLa-S3 cell
+GSM767857_4	CSHL RnaSeq HUVEC nucleus
+GSM733659_1	Bernstein HeLa-S3 Control
+GSM758567_3	CSHL RnaSeq HepG2 cell
+GSM816626_1	Duke DnaseSeq FibroP
+GSM958737_4	Caltech RnaSeq H1-hESC 1x75D
+GSM945196_2	UW ChipSeq GM12878 H3K27me3
+GSM749753_1	Stam HMEC CTCF 1
+GSM897078_3	CSHL RnaSeq NHEK cytosol
+GSM958728_2	Caltech RnaSeq GM12878 2x75
+GSM945268_1	UW ChipSeq Jurkat Input
+GSM923445_3	UW RepliSeq NHEK
+GSM733694_1	Bernstein HepG2 H4K20me1
+GSM864344_1	UNC FaireSeq MCF-7 Hypoxia
+GSM923453_3	UW RepliSeq BG02ES
+GSM803513_1	HudsonAlpha ChipSeq H1-hESC YY1
+GSM733750_1	Bernstein NHDF-Ad Control
+GSM767855_2	CSHL RnaSeq BJ cell
+GSM973669_4	CSHL RnaSeq A549 cytosol
+GSM945300_1	UW ChipSeq NHEK H3K27me3
+GSM803505_1	HudsonAlpha ChipSeq K562 SP1
+GSM736590_1	Stam AG04449 2
+GSM973673_1	CSHL RnaSeq IMR90 nucleus
+GSM945204_1	UW ChipSeq BJ H3K27me3
+GSM788078_1	USC ChipSeq U2OS H3K9me3
+GSM765391_2	CSHL RnaSeq HSMM cell
+GSM777638_1	UChicago ChipSeq K562 eGFP-JunB
+GSM923447_4	UW RepliSeq IMR90
+GSM923433_1	HudsonAlpha RnaSeq A549 DEX
+GSM836272_1	K562 cells with shRNA
+GSM977047_2	CSHL RnaSeq NHEM M2
+GSM822306_1	UT-A ChipSeq HUVEC Pol2
+GSM958750_1	Caltech RnaSeq LHCN-M2 2x75
+GSM897078_1	CSHL RnaSeq NHEK cytosol
+GSM977035_3	CSHL RnaSeq HAoAF cell
+GSM765395_1	CSHL RnaSeq SK-N-SH RA
+GSM803427_2	HudsonAlpha ChipSeq H1-hESC TCF12
+GSM733759_1	Bernstein HeLa-S3 Pol2(b)
+GSM935421_1	USC ChipSeq NT2-D1 Input
+GSM973682_3	CSHL RnaSeq MCF-7 nucleus
+GSM736612_1	Stam NHLF 1
+GSM803402_1	HudsonAlpha ChipSeq K562 SP2
+GSM765386_2	CSHL RnaSeq GM12878 nucleus
+GSM803484_2	HudsonAlpha ChipSeq H1-hESC Pol2-4H8
+GSM849327_3	RIKEN Cage HUVEC cell
+GSM803495_2	HudsonAlpha ChipSeq SK-N-SH RA
+GSM736511_1	Stam HMVEC-LBl 2
+GSM935630_1	Stanford ChipSeq A549 CEBPB
+GSM945313_1	UW ChipSeq NHEK Input
+GSM935273_1	Stanford ChipSeq GM19099 TNFa
+GSM749695_1	Stam AG04449 CTCF 1
+GSM935277_1	Stanford ChipSeq GM12878 TBP
+GSM816632_1	Duke DnaseSeq H1-hESC
+GSM923451_4	UW RepliSeq GM12878
+GSM849025_2	UW DnaseDgf SAEC
+GSM803403_1	HudsonAlpha ChipSeq HepG2 FOXA2
+GSM849329_2	RIKEN Cage GM12878 cytosol
+GSM944526_2	SunyAlbany RipSeq K562 T7Tag
+GSM765388_2	CSHL RnaSeq MCF-7 cell
+GSM935331_1	Stanford ChipSeq GM12878 SIN3A
+GSM973689_4	CSHL RnaSeq SK-N-SH nucleus
+GSM803520_2	HudsonAlpha ChipSeq K562 SRF
+GSM977051_2	CSHL RnaSeq HSaVEC cell
+GSM816628_2	Duke DnaseSeq Chorion
+GSM945266_1	UW ChipSeq HVMF Input
+GSM935336_1	Stanford ChipSeq K562 ARID3A
+GSM758577_1	CSHL RnaSeq K562 cell
+GSM803382_1	HudsonAlpha ChipSeq H1-hESC FOSL1
+GSM945211_1	UW ChipSeq HepG2 H3K36me3
+GSM765400_3	CSHL RnaSeq NHEK cytosol
+GSM935522_1	Stanford ChipSeq GM18505 Pol2
+GSM935403_1	Stanford ChipSeq IMR90 MafK
+GSM803351_5	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM803541_1	HudsonAlpha ChipSeq ECC-1 ERalpha
+GSM945169_1	UW ChipSeq AG04450 Input
+GSM935652_1	Stanford ChipSeq GM12878 NF-E2
+GSM977036_3	CSHL RnaSeq HOB cell
+GSM849368_4	RIKEN Cage GM12878 cell
+GSM749715_1	Stam HepG2 CTCF 1
+GSM803338_1	HudsonAlpha ChipSeq GM12878 SIX5
+GSM803338_2	HudsonAlpha ChipSeq GM12878 SIX5
+GSM849358_3	RIKEN Cage AG04450 cell
+GSM935415_1	Harvard ChipSeq GM12878 GCN5
+GSM803498_2	HudsonAlpha ChipSeq SK-N-SH RA
+GSM945175_1	UW ChipSeq NHEK H3K4me3
+GSM977036_2	CSHL RnaSeq HOB cell
+GSM803486_2	HudsonAlpha ChipSeq HepG2 CTCF
+GSM945213_1	UW ChipSeq GM06990 H3K36me3
+GSM849349_1	RIKEN Cage GM12878 cytosol
+GSM935645_1	Stanford ChipSeq K562 Pol2(phosphoS2)
+GSM945284_1	UW ChipSeq HPF H3K4me3
+GSM864359_1	UNC FaireSeq HeLa-S3 IFNg4h
+GSM897075_2	CSHL RnaSeq HUVEC nucleus
+GSM803337_1	HudsonAlpha ChipSeq GM12891 PAX5-C20
+GSM935563_1	USC ChipSeq MCF-7 ZNF217
+GSM973674_1	CSHL RnaSeq A549 cell
+GSM849338_3	RIKEN Cage K562 nucleus
+GSM973691_4	CSHL RnaSeq IMR90 cell
+GSM977034_4	CSHL RnaSeq NHDF cell
+GSM973674_3	CSHL RnaSeq A549 cell
+GSM749772_1	Stam AoAF Input 1
+GSM733711_1	Bernstein HeLa-S3 H3K36me3
+GSM803405_2	HudsonAlpha ChipSeq H1-hESC SIX5
+GSM935512_1	Stanford ChipSeq IMR90 Input
+GSM864345_2	UNC FaireSeq A549
+GSM945240_1	UW ChipSeq LNCaP H3K4me3
+GSM816659_1	Duke DnaseSeq GM19239
+GSM765394_3	CSHL RnaSeq NHLF cell
+GSM923442_3	UW RepliSeq MCF-7
+GSM803501_2	HudsonAlpha ChipSeq H1-hESC TAF7
+GSM935571_1	Stanford ChipSeq HeLa-S3 Rad21
+GSM923444_4	UW RepliSeq BJ
+GSM973680_2	CSHL RnaSeq IMR90 cell
+GSM733768_1	Bernstein HSMM H3K4me2
+GSM830521_2	GIS RnaPet K562 nucleolus
+GSM897086_1	CSHL RnaSeq NHEK cell
+GSM849324_2	RIKEN Cage HUVEC cytosol
+GSM849336_2	RIKEN Cage prostate cell
+GSM958728_1	Caltech RnaSeq GM12878 2x75
+GSM605625_1	CSHL RnaSeq GM12878 cell
+GSM733651_1	Bernstein K562 H3K4me2
+GSM945316_1	UW ChipSeq H7-hESC H3K36me3
+GSM945267_2	UW ChipSeq Jurkat H3K4me3
+GSM945174_2	UW ChipSeq NHEK H3K36me3
+GSM803358_2	HudsonAlpha ChipSeq A549 GR
+GSM849354_2	RIKEN Cage K562 polysome
+GSM945276_1	UW ChipSeq HRE H3K4me3
+GSM765404_1	CSHL RnaSeq HeLa-S3 cytosol
+GSM758564_1	CSHL RnaSeq A549 cell
+GSM923441_1	UW RepliSeq SK-N-SH
+GSM803542_1	HudsonAlpha ChipSeq H1-hESC p300
+GSM803370_1	HudsonAlpha ChipSeq PANC-1 NRSF
+GSM822270_2	UT-A ChipSeq GM12878 Pol2
+GSM945271_2	UW ChipSeq HRPEpiC H3K4me3
+GSM736571_1	Stam HMVEC-dBl-Neo 1
+GSM803515_2	HudsonAlpha ChipSeq K562 BCLAF1
+GSM945247_1	UW ChipSeq SK-N-MC Input
+GSM803504_2	HudsonAlpha ChipSeq K562 ZBTB33
+GSM897072_2	CSHL RnaSeq H1-hESC cytosol
+GSM749685_1	Stam GM12873 Input 1
+GSM977037_3	CSHL RnaSeq HCH cell
+GSM831014_1	K562 RBBP5 3
+GSM973677_1	CSHL RnaSeq SK-N-SH cell
+GSM749736_1	Stam AoAF CTCF 2
+GSM944521_2	SunyAlbany RipSeq K562 ripInput
+GSM767842_2	CSHL RnaSeq H1-hESC cytosol
+GSM849358_1	RIKEN Cage AG04450 cell
+GSM945198_1	UW ChipSeq CD20+ RO01794
+GSM767853_4	CSHL RnaSeq GM12878 nucleus
+GSM945312_1	UW ChipSeq HCF H3K4me3
+GSM945271_1	UW ChipSeq HRPEpiC H3K4me3
+GSM803398_1	HudsonAlpha ChipSeq GM12891 PU.1
+GSM977028_4	CSHL RnaSeq hMSC-BM cell
+GSM958748_3	Caltech RnaSeq GM12892 2x75
+GSM605633_3	CSHL RnaSeq GM12878 nucleus
+GSM935632_1	Stanford ChipSeq K562 Pol2
+GSM758568_4	CSHL RnaSeq HepG2 nucleus
+GSM864344_2	UNC FaireSeq MCF-7 Hypoxia
+GSM803437_1	HudsonAlpha ChipSeq H1-hESC NANOG
+GSM803399_2	HudsonAlpha ChipSeq GM12891 Pol2
+GSM945193_1	UW ChipSeq H7-hESC Input
+GSM803530_1	HudsonAlpha ChipSeq HepG2 Sin3Ak-20
+GSM803384_1	HudsonAlpha ChipSeq K562 PU.1
+GSM923418_2	HudsonAlpha RnaSeq A549 DEX
+GSM758577_4	CSHL RnaSeq K562 cell
+GSM803458_1	HudsonAlpha ChipSeq HCT-116 ZBTB33
+GSM803531_1	HudsonAlpha ChipSeq GM12878 PU.1
+GSM973668_1	CSHL RnaSeq A549 cell
+GSM765402_2	CSHL RnaSeq HeLa-S3 cell
+GSM973684_1	CSHL RnaSeq A549 cytosol
+GSM935584_1	USC ChipSeq NT2-D1 ZNF274
+GSM945296_2	UW ChipSeq GM12864 H3K4me3
+GSM935488_1	Stanford ChipSeq K562 IFNg6h
+GSM803527_2	HudsonAlpha ChipSeq HepG2 USF-1
+GSM733735_1	Bernstein HUVEC H3K9ac
+GSM736531_1	Stam AG09319 1
+GSM935548_1	Stanford ChipSeq K562 IFNg30
+GSM849366_1	RIKEN Cage NHEK cytosol
+GSM803334_1	HudsonAlpha ChipSeq GM12892 PAX5-C20
+GSM736549_1	Stam HRCEpiC 1
+GSM803353_1	HudsonAlpha ChipSeq SK-N-MC FOXP2
+GSM831043_1	H1 WCE 1
+GSM973675_4	CSHL RnaSeq SK-N-SH cell
+GSM923446_2	UW RepliSeq HepG2
+GSM945204_2	UW ChipSeq BJ H3K27me3
+GSM831003_1	K562 MI2
+GSM935373_1	USC ChipSeq K562 GATA-2
+GSM758566_3	CSHL RnaSeq H1-hESC cell
+GSM935320_1	Yale ChipSeq HeLa-S3 c-Myc
+GSM758578_4	CSHL RnaSeq HSMM cell
+GSM935586_1	USC ChipSeq HEK293 Input
+GSM935628_1	Stanford ChipSeq HepG2 forskolin
+GSM935587_1	USC ChipSeq U2OS KAP1
+GSM733644_1	Bernstein HSMMtube H4K20me1
+GSM818827_1	USC ChipSeq PANC-1 H3K4me1
+GSM935451_1	Stanford ChipSeq GM10847 TNFa
+GSM803451_2	HudsonAlpha ChipSeq HepG2 FOSL2
+GSM973689_1	CSHL RnaSeq SK-N-SH nucleus
+GSM803386_2	HudsonAlpha ChipSeq GM12878 EBF1
+GSM803388_1	HudsonAlpha ChipSeq GM12878 BCL11A
+GSM830521_1	GIS RnaPet K562 nucleolus
+GSM803506_1	HudsonAlpha ChipSeq H1-hESC RXRA
+GSM736516_1	Stam HCM 1
+GSM767853_3	CSHL RnaSeq GM12878 nucleus
+GSM733688_1	Bernstein HUVEC H3K27me3
+GSM945182_1	UW ChipSeq HepG2 H3K4me3
+GSM816646_2	Duke DnaseSeq HUVEC
+GSM749726_1	Stam HEEpiC CTCF 2
+GSM935550_1	Harvard ChipSeq MCF10A-Er-Src EtOH
+GSM733676_1	Bernstein HSMM H4K20me1
+GSM765391_3	CSHL RnaSeq HSMM cell
+GSM973669_2	CSHL RnaSeq A549 cytosol
+GSM736608_1	Stam SAEC 1
+GSM788084_1	USC ChipSeq PBMC H3K4me1
+GSM733755_1	Bernstein HSMM H3K27ac
+GSM822271_1	UT-A ChipSeq NHEK CTCF
+GSM935446_1	Stanford ChipSeq GM18505 TNFa
+GSM736537_1	Stam HA-sp 1
+GSM958735_1	Caltech RnaSeq HeLa-S3 2x75
+GSM803349_2	HudsonAlpha ChipSeq GM12878 NRSF
+GSM736554_1	Stam HBMEC 2
+GSM830535_3	GIS RnaPet GM12878 cytosol
+GSM923443_8	UW RepliSeq GM06990
+GSM836273_1	K562 cells with shRNA
+GSM803443_2	HudsonAlpha ChipSeq K562 Pol2-4H8
+GSM977052_1	CSHL RnaSeq HPIEpC cell
+GSM935464_1	USC ChipSeq K562 KAP1
+GSM767850_3	CSHL RnaSeq HepG2 nucleus
+GSM749669_1	Stam GM12878 Input 1
+GSM803470_1	HudsonAlpha ChipSeq K562 YY1
+GSM958751_1	Caltech RnaSeq LHCN-M2 2x75
+GSM836270_1	K562 cells with shRNA
+GSM945159_2	UW ChipSeq HMEC H3K4me3
+GSM803514_1	HudsonAlpha ChipSeq T-47D GATA3
+GSM736542_1	Stam HMVEC-LBl 1
+GSM935359_1	Yale ChipSeq NB4 Input
+GSM605633_1	CSHL RnaSeq GM12878 nucleus
+GSM758572_3	CSHL RnaSeq GM12878 cell
+GSM736535_1	Stam HA-h 2
+GSM816671_1	Duke DnaseSeq Huh-7.5
+GSM803521_1	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM803335_2	HudsonAlpha ChipSeq SK-N-SH NRSF
+GSM923435_1	HudsonAlpha RnaSeq A549 DEX
+GSM736569_1	Stam HCPEpiC 1
+GSM977040_2	CSHL RnaSeq HAoEC cell
+GSM803440_2	HudsonAlpha ChipSeq K562 NRSF
+GSM923449_5	UW RepliSeq HeLa-S3
+GSM945272_1	UW ChipSeq HRPEpiC Input
+GSM923452_2	UW RepliSeq HUVEC
+GSM733772_2	Bernstein GM12878 H3K4me1
+GSM897082_2	CSHL RnaSeq HepG2 cytosol
+GSM977029_1	CSHL RnaSeq H1-neurons cell
+GSM733728_1	Bernstein NHEK H4K20me1
+GSM935322_1	Stanford ChipSeq GM19099 Input
+GSM816642_1	Duke DnaseSeq iPS
+GSM803345_2	HudsonAlpha ChipSeq H1-hESC HDAC2
+GSM923437_2	HudsonAlpha RnaSeq U87 longPolyA
+GSM849327_2	RIKEN Cage HUVEC cell
+GSM822286_1	UT-A ChipSeq HeLa-S3 c-Myc
+GSM945191_1	UW ChipSeq H7-hESC H3K4me3
+GSM935579_1	Stanford ChipSeq HepG2 COREST
+GSM945320_2	UW ChipSeq H7-hESC H3K27me3
+GSM831022_1	K562 WCE 1
+GSM798322_1	Broad ChipSeq HeLa-S3 H3K4me1
+GSM849346_2	RIKEN Cage NHEK cytosol
+GSM923451_7	UW RepliSeq GM12878
+GSM945322_1	UW ChipSeq H7-hESC H3K4me3
+GSM973689_3	CSHL RnaSeq SK-N-SH nucleus
+GSM945857_1	USC ChipSeq MCF-7 H3K9me3
+GSM803535_2	HudsonAlpha ChipSeq GM12891 YY1
+GSM765398_2	CSHL RnaSeq NHEK cell
+GSM767854_1	CSHL RnaSeq A549 cell
+GSM831035_1	H1 JMJD2A
+GSM736625_1	Stam HA-sp 2
+GSM973683_2	CSHL RnaSeq A549 nucleus
+GSM736620_1	Stam GM12878 2
+GSM822313_1	UT-A ChipSeq HeLa-S3 Input
+GSM816640_1	Duke DnaseSeq Urothelia
+GSM958734_1	Caltech RnaSeq HUVEC 2x75
+GSM849368_3	RIKEN Cage GM12878 cell
+GSM977046_3	CSHL RnaSeq HWP cell
+GSM736550_1	Stam HNPCEpiC 2
+GSM935505_1	Stanford ChipSeq K562 IFNg30
+GSM749738_1	Stam HCM Input 1
+GSM803453_1	HudsonAlpha ChipSeq A549 CTCF
+GSM803351_4	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM765399_2	CSHL RnaSeq NHEK nucleus
+GSM803374_1	HudsonAlpha ChipSeq T-47D ERalpha
+GSM816437_1	USC ChipSeq PANC-1 TCF7L2
+GSM749763_1	Stam HMF Input 1
+GSM605635_4	CSHL RnaSeq K562 nucleus
+GSM973686_1	CSHL RnaSeq IMR90 cytosol
+GSM923452_6	UW RepliSeq HUVEC
+GSM977044_4	CSHL RnaSeq Monocytes-CD14+ cell
+GSM973690_4	CSHL RnaSeq MCF-7 cell
+GSM605632_3	CSHL RnaSeq K562 chromatin
+GSM733653_1	Bernstein K562 H3K79me2
+GSM816631_1	Duke DnaseSeq Melano
+GSM935279_1	Stanford ChipSeq GM19193 TNFa
+GSM935649_1	Stanford ChipSeq HepG2 JunD
+GSM977039_3	CSHL RnaSeq SkMC cell
+GSM973684_3	CSHL RnaSeq A549 cytosol
+GSM758562_1	CSHL RnaSeq BJ cell
+GSM973673_2	CSHL RnaSeq IMR90 nucleus
+GSM897073_1	CSHL RnaSeq H1-hESC cell
+GSM803419_1	HudsonAlpha ChipSeq H1-hESC CTCF
+GSM897079_4	CSHL RnaSeq HeLa-S3 cell
+GSM864338_2	UNC FaireSeq NHEK
+GSM733767_1	Bernstein GM12878 H2A.Z
+GSM849339_1	RIKEN Cage K562 cytosol
+GSM897075_1	CSHL RnaSeq HUVEC nucleus
+GSM803541_2	HudsonAlpha ChipSeq ECC-1 ERalpha
+GSM816665_1	Duke DnaseSeq GM12878
+GSM803379_2	HudsonAlpha ChipSeq K562 MEF2A
+GSM749684_1	Stam SAEC CTCF 1
+GSM803414_1	HudsonAlpha ChipSeq K562 Egr-1
+GSM923447_6	UW RepliSeq IMR90
+GSM945212_1	UW ChipSeq GM12878 H3K36me3
+GSM749743_1	Stam HBMEC CTCF 1
+GSM765402_4	CSHL RnaSeq HeLa-S3 cell
+GSM605625_3	CSHL RnaSeq GM12878 cell
+GSM935473_1	Yale ChipSeq K562 IFNg6h
+GSM803529_1	HudsonAlpha ChipSeq H1-hESC JunD
+GSM831015_1	K562 REST
+GSM646563_1	UW DnaseDgf H7-hESC
+GSM849334_2	RIKEN Cage HepG2 nucleus
+GSM945178_2	UW ChipSeq BJ H3K4me3
+GSM935470_1	Yale ChipSeq K562 IFNa30
+GSM803515_1	HudsonAlpha ChipSeq K562 BCLAF1
+GSM977030_4	CSHL RnaSeq H1-neurons cell
+GSM803353_2	HudsonAlpha ChipSeq SK-N-MC FOXP2
+GSM758561_3	CSHL RnaSeq AG04450 cell
+GSM897082_4	CSHL RnaSeq HepG2 cytosol
+GSM803369_1	HudsonAlpha ChipSeq PFSK-1 NRSF
+GSM803377_2	HudsonAlpha ChipSeq H1-hESC SP1
+GSM816627_1	Duke DnaseSeq MCF-7
+GSM945279_2	UW ChipSeq K562 H3K4me3
+GSM803333_2	HudsonAlpha ChipSeq SK-N-SH RA
+GSM803500_1	HudsonAlpha ChipSeq HepG2 JunD
+GSM803424_2	HudsonAlpha ChipSeq H1-hESC GABP
+GSM767843_1	CSHL RnaSeq NHEK cytosol
+GSM945324_2	UW ChipSeq H7-hESC H3K36me3
+GSM803350_2	HudsonAlpha ChipSeq GM12878 SRF
+GSM945292_2	UW ChipSeq HPAF H3K4me3
+GSM822289_1	UT-A ChipSeq A549 CTCF
+GSM923425_2	HudsonAlpha RnaSeq A549 EtOH
+GSM803473_2	HudsonAlpha ChipSeq K562 ZBTB7A
+GSM935307_1	Stanford ChipSeq HepG2 CHD2
+GSM849364_1	RIKEN Cage MCF-7 cell
+GSM935453_1	Stanford ChipSeq GM12891 TNFa
+GSM608167_1	H3K27me3 K562 ChIP-seq rep2
+GSM977034_1	CSHL RnaSeq NHDF cell
+GSM749773_1	Stam HPF Input 1
+GSM646562_2	UW DnaseDgf SKMC
+GSM803393_2	HudsonAlpha ChipSeq GM12891 TAF1
+GSM973687_3	CSHL RnaSeq MCF-7 nucleus
+GSM605634_5	CSHL RnaSeq K562 nucleoplasm
+GSM973673_3	CSHL RnaSeq IMR90 nucleus
+GSM945227_1	UW ChipSeq HAc Input
+GSM803444_1	HudsonAlpha ChipSeq ECC-1 FOXA1
+GSM923452_8	UW RepliSeq HUVEC
+GSM733769_1	Bernstein GM12878 H3K4me2
+GSM749735_1	Stam HCPEpiC CTCF 1
+GSM758572_2	CSHL RnaSeq GM12878 cell
+GSM822291_1	UT-A ChipSeq HepG2 c-Myc
+GSM923444_11	UW RepliSeq BJ
+GSM830536_2	GIS RnaPet K562 chromatin
+GSM736606_1	Stam HAEpiC 2
+GSM758559_1	CSHL RnaSeq GM12878 cell
+GSM945229_2	UW ChipSeq CD20+ RO01778
+GSM749742_1	Stam GM12874 Input 1
+GSM749678_1	Stam AG04449 CTCF 2
+GSM958737_1	Caltech RnaSeq H1-hESC 1x75D
+GSM945226_1	UW ChipSeq SAEC H3K36me3
+GSM958745_2	Caltech RnaSeq MCF-7 2x75
+GSM733670_1	Bernstein H1-hESC H3K4me2
+GSM923445_6	UW RepliSeq NHEK
+GSM945237_1	UW ChipSeq GM06990 Input
+GSM818744_1	USC ChipSeq HeLa-S3 Input
+GSM803439_1	HudsonAlpha ChipSeq K562 FOSL1
+GSM935442_1	USC ChipSeq GM12878 IKZF1
+GSM733718_1	Bernstein H1-hESC H3K27ac
+GSM864351_1	UNC FaireSeq Medullo
+GSM973663_2	CSHL RnaSeq SK-N-SH nucleus
+GSM849330_1	RIKEN Cage HeLa-S3 cytosol
+GSM847562_1	K562 cells with shRNA
+GSM758563_3	CSHL RnaSeq HUVEC cell
+GSM935363_1	Yale ChipSeq K562 Input
+GSM977038_2	CSHL RnaSeq HFDPC cell
+GSM840138_4	CSHL RnaSeq GM12878 cell
+GSM973667_2	CSHL RnaSeq SK-N-SH cell
+GSM935309_1	Stanford ChipSeq GM12878 Nrf1
+GSM973674_2	CSHL RnaSeq A549 cell
+GSM803474_2	HudsonAlpha ChipSeq HCT-116 Pol2-4H8
+GSM767843_2	CSHL RnaSeq NHEK cytosol
+GSM830524_2	GIS RnaPet K562 nucleoplasm
+GSM803410_1	HudsonAlpha ChipSeq K562 Pol2
+GSM977047_1	CSHL RnaSeq NHEM M2
+GSM767851_4	CSHL RnaSeq MCF-7 cell
+GSM945296_1	UW ChipSeq GM12864 H3K4me3
+GSM973665_3	CSHL RnaSeq SK-N-SH nucleus
+GSM945265_1	UW ChipSeq WI-38 H3K4me3
+GSM822301_1	UT-A ChipSeq MCF-7 vehicle
+GSM767847_2	CSHL RnaSeq HeLa-S3 cell
+GSM803523_1	HudsonAlpha ChipSeq K562 Max
+GSM935460_1	USC ChipSeq Raji Input
+GSM935483_1	Harvard ChipSeq GM12878 ZZZ3
+GSM958738_1	Caltech RnaSeq HUVEC 1x75D
+GSM923431_2	HudsonAlpha RnaSeq T-47D Estradiol
+GSM935503_1	USC ChipSeq K562 ZNF274
+GSM849331_2	RIKEN Cage HeLa-S3 nucleus
+GSM822309_2	UT-A ChipSeq MCF-7 estrogen
+GSM923440_7	UW RepliSeq GM12801
+GSM922955_1	Yale RnaSeq K562 IFNa30
+GSM749730_1	Stam GM12873 CTCF 1
+GSM945221_1	UW ChipSeq GM12875 H3K4me3
+GSM945175_2	UW ChipSeq NHEK H3K4me3
+GSM958731_2	Caltech RnaSeq K562 1x75D
+GSM765405_1	CSHL RnaSeq K562 cell
+GSM958740_4	Caltech RnaSeq HepG2 1x75D
+GSM777640_1	UChicago ChipSeq K562 eGFP-HDAC8
+GSM733757_1	Bernstein HUVEC H3K36me3
+GSM765399_1	CSHL RnaSeq NHEK nucleus
+GSM945277_1	UW ChipSeq HMEC H3K27me3
+GSM767850_1	CSHL RnaSeq HepG2 nucleus
+GSM733720_1	Bernstein NHEK H3K4me3
+GSM945244_1	UW ChipSeq A549 H3K4me3
+GSM935646_1	Stanford ChipSeq HepG2 USF2
+GSM736565_1	Stam LNCaP 1
+GSM803527_1	HudsonAlpha ChipSeq HepG2 USF-1
+GSM803457_1	HudsonAlpha ChipSeq A549 USF-1
+GSM977051_1	CSHL RnaSeq HSaVEC cell
+GSM822284_1	UT-A ChipSeq HepG2 Pol2
+GSM803489_2	HudsonAlpha ChipSeq GM12892 TAF1
+GSM758575_4	CSHL RnaSeq HepG2 cell
+GSM736544_1	Stam NH-A 1
+GSM803489_1	HudsonAlpha ChipSeq GM12892 TAF1
+GSM830534_2	GIS RnaPet GM12878 nucleus
+GSM923429_2	HudsonAlpha RnaSeq T-47D BPA
+GSM849362_1	RIKEN Cage SK-N-SH RA
+GSM935476_1	USC ChipSeq HeLa-S3 E2F6
+GSM935599_1	Yale ChipSeq K562 IFNg6h
+GSM935511_1	Yale ChipSeq HeLa-S3 Brg1
+GSM944519_2	SunyAlbany RipSeq GM12878 PABPC1
+GSM864346_2	UNC FaireSeq PanIslets
+GSM973693_2	CSHL RnaSeq IMR90 cell
+GSM973680_3	CSHL RnaSeq IMR90 cell
+GSM923441_4	UW RepliSeq SK-N-SH
+GSM822298_2	UT-A ChipSeq HUVEC c-Myc
+GSM923444_1	UW RepliSeq BJ
+GSM831002_1	K562 LSD1
+GSM765401_1	CSHL RnaSeq NHEK cell
+GSM765391_1	CSHL RnaSeq HSMM cell
+GSM849330_2	RIKEN Cage HeLa-S3 cytosol
+GSM803395_1	HudsonAlpha ChipSeq A549 GR
+GSM803524_1	HudsonAlpha ChipSeq K562 GABP
+GSM923432_2	HudsonAlpha RnaSeq A549 DEX
+GSM767851_2	CSHL RnaSeq MCF-7 cell
+GSM803373_1	HudsonAlpha ChipSeq A549 GR
+GSM816653_1	Duke DnaseSeq GM18507
+GSM749750_1	Stam AG09309 CTCF 1
+GSM958739_4	Caltech RnaSeq HeLa-S3 1x75D
+GSM605629_5	CSHL RnaSeq K562 cytosol
+GSM765392_1	CSHL RnaSeq K562 chromatin
+GSM973688_1	CSHL RnaSeq SK-N-SH cytosol
+GSM973668_4	CSHL RnaSeq A549 cell
+GSM736610_1	Stam H7-hESC 2
+GSM765403_2	CSHL RnaSeq HeLa-S3 nucleus
+GSM788081_1	USC ChipSeq NT2-D1 H3K36me3B
+GSM767847_4	CSHL RnaSeq HeLa-S3 cell
+GSM736493_1	Stam HCT-116 2
+GSM935605_1	Harvard ChipSeq MCF10A-Er-Src Input
+GSM945267_1	UW ChipSeq Jurkat H3K4me3
+GSM767854_2	CSHL RnaSeq A549 cell
+GSM758573_2	CSHL RnaSeq H1-hESC cell
+GSM977035_4	CSHL RnaSeq HAoAF cell
+GSM977040_4	CSHL RnaSeq HAoEC cell
+GSM944523_2	SunyAlbany RipSeq K562 ELAVL1
+GSM765386_1	CSHL RnaSeq GM12878 nucleus
+GSM935291_1	Stanford ChipSeq GM15510 Pol2
+GSM935358_1	Yale ChipSeq K562 Pol2
+GSM897086_2	CSHL RnaSeq NHEK cell
+GSM765389_2	CSHL RnaSeq NHLF cell
+GSM822299_2	UT-A ChipSeq GM12892 CTCF
+GSM803384_2	HudsonAlpha ChipSeq K562 PU.1
+GSM822273_1	UT-A ChipSeq HeLa-S3 Pol2
+GSM849339_4	RIKEN Cage K562 cytosol
+GSM945251_1	UW ChipSeq NHDF-neo H3K4me3
+GSM733707_1	Bernstein HMEC H3K36me3
+GSM803346_1	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM944524_2	SunyAlbany RipSeq GM12878 T7Tag
+GSM803525_2	HudsonAlpha ChipSeq K562 Sin3Ak-20
+GSM849302_1	UW ChipSeq GM12870 CTCF
+GSM945299_1	UW ChipSeq K562 H3K4me3
+GSM803340_2	HudsonAlpha ChipSeq ECC-1 GR
+GSM803521_3	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM935292_1	Stanford ChipSeq H1-hESC MafK
+GSM935352_1	USC ChipSeq H1-hESC SUZ12
+GSM945269_1	UW ChipSeq MCF-7 H3K4me3
+GSM803403_2	HudsonAlpha ChipSeq HepG2 FOXA2
+GSM749764_1	Stam GM12875 CTCF 1
+GSM945188_2	UW ChipSeq GM12878 H3K4me3
+GSM831021_1	K562 SUZ12
+GSM945269_2	UW ChipSeq MCF-7 H3K4me3
+GSM977030_2	CSHL RnaSeq H1-neurons cell
+GSM945170_2	UW ChipSeq AoAF H3K4me3
+GSM864361_1	UNC FaireSeq K562
+GSM733770_1	Bernstein H1-hESC Control
+GSM973678_3	CSHL RnaSeq IMR90 nucleus
+GSM923422_2	HudsonAlpha RnaSeq ECC-1 BPA
+GSM958739_1	Caltech RnaSeq HeLa-S3 1x75D
+GSM736614_1	Stam HPAF 2
+GSM973665_2	CSHL RnaSeq SK-N-SH nucleus
+GSM765394_4	CSHL RnaSeq NHLF cell
+GSM935575_1	Stanford ChipSeq K562 TBLR1
+GSM758576_2	CSHL RnaSeq HepG2 cytosol
+GSM736497_1	Stam SKMC 2
+GSM923444_3	UW RepliSeq BJ
+GSM944521_1	SunyAlbany RipSeq K562 ripInput
+GSM849357_4	RIKEN Cage H1-hESC cell
+GSM803383_1	HudsonAlpha ChipSeq K562 SIX5
+GSM849305_2	UW ChipSeq GM12866 CTCF
+GSM897083_4	CSHL RnaSeq A549 cell
+GSM945255_1	UW ChipSeq HL-60 Input
+GSM758570_1	CSHL RnaSeq H1-hESC cytosol
+GSM736505_1	Stam AoAF 2
+GSM849359_4	RIKEN Cage A549 cell
+GSM849305_1	UW ChipSeq GM12866 CTCF
+GSM945192_1	UW ChipSeq H7-hESC H3K36me3
+GSM945291_1	UW ChipSeq HepG2 Input
+GSM765402_1	CSHL RnaSeq HeLa-S3 cell
+GSM840136_4	CSHL RnaSeq K562 cell
+GSM822285_1	UT-A ChipSeq HeLa-S3 CTCF
+GSM923444_7	UW RepliSeq BJ
+GSM849357_2	RIKEN Cage H1-hESC cell
+GSM864343_1	UNC FaireSeq HTR8svn
+GSM788083_1	USC ChipSeq NT2-D1 H3K4me1
+GSM816644_2	Duke DnaseSeq HTR8svn
+GSM758563_2	CSHL RnaSeq HUVEC cell
+GSM803512_1	HudsonAlpha ChipSeq H1-hESC ATF3
+GSM935501_1	Stanford ChipSeq K562 GTF2F1
+GSM736553_1	Stam HSMM 2
+GSM803538_1	HudsonAlpha ChipSeq GM12878 BATF
+GSM736626_1	Stam HL-60 1
+GSM897071_2	CSHL RnaSeq H1-hESC nucleus
+GSM945270_1	UW ChipSeq HPF Input
+GSM733725_1	Bernstein H1-hESC H3K36me3
+GSM765394_1	CSHL RnaSeq NHLF cell
+GSM977034_2	CSHL RnaSeq NHDF cell
+GSM736581_1	Stam MCF-7 1
+GSM736510_1	Stam HeLa-S3 2
+GSM935513_1	Stanford ChipSeq IMR90 Pol2
+GSM803466_2	HudsonAlpha ChipSeq H1-hESC Rad21
+GSM849330_3	RIKEN Cage HeLa-S3 cytosol
+GSM803425_1	HudsonAlpha ChipSeq H1-hESC SRF
+GSM788079_1	USC ChipSeq PBMC H3K9me3
+GSM935610_1	Stanford ChipSeq HepG2 MafK
+GSM849349_4	RIKEN Cage GM12878 cytosol
+GSM803455_2	HudsonAlpha ChipSeq HeLa-S3 TAF1
+GSM605633_2	CSHL RnaSeq GM12878 nucleus
+GSM840136_2	CSHL RnaSeq K562 cell
+GSM849344_2	RIKEN Cage HepG2 nucleolus
+GSM758564_2	CSHL RnaSeq A549 cell
+GSM935437_1	Stanford ChipSeq HepG2 Mxi1
+GSM803360_2	HudsonAlpha ChipSeq A549 Pol2
+GSM822278_1	UT-A ChipSeq GM19238 CTCF
+GSM816628_1	Duke DnaseSeq Chorion
+GSM803424_1	HudsonAlpha ChipSeq H1-hESC GABP
+GSM897083_1	CSHL RnaSeq A549 cell
+GSM736546_1	Stam NHDF-neo 2
+GSM803361_2	HudsonAlpha ChipSeq A549 Pol2
+GSM803502_2	HudsonAlpha ChipSeq HepG2 SRF
+GSM958737_2	Caltech RnaSeq H1-hESC 1x75D
+GSM973679_1	CSHL RnaSeq IMR90 nucleus
+GSM803420_2	HudsonAlpha ChipSeq GM12878 MEF2C
+GSM923453_6	UW RepliSeq BG02ES
+GSM803371_1	HudsonAlpha ChipSeq A549 GR
+GSM973679_2	CSHL RnaSeq IMR90 nucleus
+GSM935478_1	Stanford ChipSeq GM12878 TNFa
+GSM849342_2	RIKEN Cage HeLa-S3 cell
+GSM758569_1	CSHL RnaSeq HUVEC cytosol
+GSM803385_1	HudsonAlpha ChipSeq K562 HEY1
+GSM765398_4	CSHL RnaSeq NHEK cell
+GSM935311_1	Stanford ChipSeq K562 MafK
+GSM816633_1	Duke DnaseSeq HeLa-S3 IFNa4h
+GSM758569_4	CSHL RnaSeq HUVEC cytosol
+GSM749665_1	Stam HMF CTCF 1
+GSM945165_2	UW ChipSeq K562 H3K4me3
+GSM816638_2	Duke DnaseSeq AoSMC serum
+GSM736585_1	Stam HEEpiC 1
+GSM830532_1	GIS RnaPet H1-hESC cell
+GSM758575_2	CSHL RnaSeq HepG2 cell
+GSM733758_2	Bernstein GM12878 H3K27me3
+GSM847565_1	K562 cells with shRNA
+GSM923439_4	UW RepliSeq GM12812
+GSM958733_1	Caltech RnaSeq H1-hESC 2x75
+GSM767851_3	CSHL RnaSeq MCF-7 cell
+GSM758567_2	CSHL RnaSeq HepG2 cell
+GSM897074_4	CSHL RnaSeq AG04450 cell
+GSM803470_2	HudsonAlpha ChipSeq K562 YY1
+GSM803366_1	HudsonAlpha ChipSeq H1-hESC Pol2
+GSM736636_1	Stam WERI-Rb-1 2
+GSM897070_2	CSHL RnaSeq SK-N-SH RA
+GSM945166_1	UW ChipSeq AG09319 H3K4me3
+GSM935546_1	Stanford ChipSeq K562 IFNa30
+GSM935497_1	Stanford ChipSeq K562 Mxi1
+GSM767852_3	CSHL RnaSeq GM12878 cytosol
+GSM803375_1	HudsonAlpha ChipSeq U87 RevXlinkChromatin
+GSM849350_2	RIKEN Cage HUVEC cytosol
+GSM849301_2	UW ChipSeq GM12867 CTCF
+GSM736635_1	Stam GM06990 2
+GSM758566_2	CSHL RnaSeq H1-hESC cell
+GSM646564_1	UW DnaseDgf NHDF-Ad
+GSM765390_3	CSHL RnaSeq K562 nucleoplasm
+GSM923452_7	UW RepliSeq HUVEC
+GSM935583_1	Stanford ChipSeq GM12878 COREST
+GSM973691_3	CSHL RnaSeq IMR90 cell
+GSM758566_1	CSHL RnaSeq H1-hESC cell
+GSM831025_1	H1 CHD1 1
+GSM803400_1	HudsonAlpha ChipSeq GM12891 Pol2-4H8
+GSM765396_2	CSHL RnaSeq AG04450 cell
+GSM945279_1	UW ChipSeq K562 H3K4me3
+GSM736638_1	Stam H7-hESC 1
+GSM803333_1	HudsonAlpha ChipSeq SK-N-SH RA
+GSM646562_1	UW DnaseDgf SKMC
+GSM923440_3	UW RepliSeq GM12801
+GSM923450_3	UW RepliSeq GM12813
+GSM864355_2	UNC FaireSeq GM18507
+GSM923418_1	HudsonAlpha RnaSeq A549 DEX
+GSM736593_1	Stam SKMC 1
+GSM749748_1	Stam Caco-2 CTCF 1
+GSM945320_1	UW ChipSeq H7-hESC H3K27me3
+GSM803477_2	HudsonAlpha ChipSeq GM12878 SRF
+GSM736527_1	Stam HRE 1
+GSM977043_2	CSHL RnaSeq CD20+ cell
+GSM945303_1	UW ChipSeq HCPEpiC Input
+GSM803499_2	HudsonAlpha ChipSeq HepG2 p300
+GSM605628_5	CSHL RnaSeq K562 nucleolus
+GSM849031_1	UW DnaseDgf HPAF
+GSM733727_1	Bernstein HSMMtube H3K79me2
+GSM935335_1	Stanford ChipSeq HepG2 MAZ
+GSM945241_1	UW ChipSeq BE2 C
+GSM736584_1	Stam NH-A 2
+GSM758570_2	CSHL RnaSeq H1-hESC cytosol
+GSM945306_2	UW ChipSeq HCPEpiC H3K4me3
+GSM816664_2	Duke DnaseSeq CLL
+GSM816641_2	Duke DnaseSeq Huh-7
+GSM803432_1	HudsonAlpha ChipSeq HepG2 FOXA1
+GSM822302_1	UT-A ChipSeq Gliobla Pol2
+GSM945217_1	UW ChipSeq RPTEC Input
+GSM803440_1	HudsonAlpha ChipSeq K562 NRSF
+GSM935337_1	Stanford ChipSeq K562 MAZ
+GSM973662_2	CSHL RnaSeq CD34+ Mobilized
+GSM736627_1	Stam HMVEC-LLy 2
+GSM849325_1	RIKEN Cage HUVEC nucleus
+GSM749728_1	Stam AG09319 CTCF 1
+GSM803494_1	HudsonAlpha ChipSeq K562 ELF1
+GSM605634_4	CSHL RnaSeq K562 nucleoplasm
+GSM945199_1	UW ChipSeq SAEC H3K4me3
+GSM822305_1	UT-A ChipSeq MCF-7 CTCF
+GSM749729_1	Stam HeLa-S3 CTCF 1
+GSM758578_3	CSHL RnaSeq HSMM cell
+GSM945215_1	UW ChipSeq WI-38 H3K4me3
+GSM958740_2	Caltech RnaSeq HepG2 1x75D
+GSM935356_1	Stanford ChipSeq K562 USF2
+GSM767850_4	CSHL RnaSeq HepG2 nucleus
+GSM736576_1	Stam HGF 2
+GSM849339_2	RIKEN Cage K562 cytosol
+GSM935591_1	Harvard ChipSeq MCF10A-Er-Src EtOH
+GSM749702_1	Stam AG04449 Input 1
+GSM977049_3	CSHL RnaSeq HPC-PL cell
+GSM945215_2	UW ChipSeq WI-38 H3K4me3
+GSM847564_1	K562 cells with shRNA
+GSM736539_1	Stam RPTEC 2
+GSM830530_4	GIS RnaPet HeLa-S3 cell
+GSM816658_1	Duke DnaseSeq GM19238
+GSM749700_1	Stam SK-N-SH RA Input
+GSM758562_4	CSHL RnaSeq BJ cell
+GSM803419_2	HudsonAlpha ChipSeq H1-hESC CTCF
+GSM803483_2	HudsonAlpha ChipSeq HepG2 BHLHE40
+GSM605632_6	CSHL RnaSeq K562 chromatin
+GSM923450_6	UW RepliSeq GM12813
+GSM749713_1	Stam HCF Input 1
+GSM973664_1	CSHL RnaSeq A549 cytosol
+GSM945298_1	UW ChipSeq K562 H3K4me3
+GSM733764_1	Bernstein NHLF H3K27me3
+GSM816631_2	Duke DnaseSeq Melano
+GSM803497_2	HudsonAlpha ChipSeq SK-N-SH RA
+GSM818826_1	USC ChipSeq PANC-1 H3K27ac
+GSM749673_1	Stam HRPEpiC CTCF 1
+GSM733736_1	Bernstein GM12878 H3K79me2
+GSM803488_1	HudsonAlpha ChipSeq GM12892 RevXlinkChromatin
+GSM935489_1	Harvard ChipSeq HeLa-S3 RPC155
+GSM758567_4	CSHL RnaSeq HepG2 cell
+GSM935466_1	Yale ChipSeq K562 IFNa6h
+GSM973681_2	CSHL RnaSeq MCF-7 cytosol
+GSM977041_2	CSHL RnaSeq hMSC-AT cell
+GSM935304_1	Stanford ChipSeq HepG2 RFX5
+GSM803525_1	HudsonAlpha ChipSeq K562 Sin3Ak-20
+GSM749701_1	Stam GM12801 Input 1
+GSM816634_2	Duke DnaseSeq LNCaP androgen
+GSM935534_1	Yale ChipSeq HEK293 Pol2
+GSM736592_1	Stam Th1 1
+GSM935316_1	Yale ChipSeq GM12878 Pol3
+GSM897073_4	CSHL RnaSeq H1-hESC cell
+GSM803497_1	HudsonAlpha ChipSeq SK-N-SH RA
+GSM822282_2	UT-A ChipSeq ProgFib Pol2
+GSM847561_1	K562 cells with shRNA
+GSM935351_1	USC ChipSeq HeLa-S3 ELK4
+GSM897081_1	CSHL RnaSeq MCF-7 cell
+GSM973693_1	CSHL RnaSeq IMR90 cell
+GSM733762_1	Bernstein HSMM CTCF
+GSM923448_8	UW RepliSeq K562
+GSM920558_1	Stanford Nucleosome GM12878
+GSM765397_2	CSHL RnaSeq HMEC cell
+GSM803357_2	HudsonAlpha ChipSeq A549 GR
+GSM945159_1	UW ChipSeq HMEC H3K4me3
+GSM816638_1	Duke DnaseSeq AoSMC serum
+GSM605627_1	CSHL RnaSeq GM12878 cytosol
+GSM897081_5	CSHL RnaSeq MCF-7 cell
+GSM977042_3	CSHL RnaSeq GM12878 chromatin
+GSM749721_1	Stam HeLa-S3 Input 1
+GSM765401_5	CSHL RnaSeq NHEK cell
+GSM923443_6	UW RepliSeq GM06990
+GSM864341_2	UNC FaireSeq H1-hESC
+GSM935598_1	USC ChipSeq K562 SETDB1
+GSM923441_7	UW RepliSeq SK-N-SH
+GSM803521_2	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM864337_1	UNC FaireSeq NHBE
+GSM935414_1	Yale ChipSeq K562 NF-E2
+GSM945200_2	UW ChipSeq SAEC H3K27me3
+GSM767844_2	CSHL RnaSeq K562 nucleus
+GSM958742_1	Caltech RnaSeq GM12878 2x75
+GSM945261_1	UW ChipSeq PANC-1 H3K4me3
+GSM945171_1	UW ChipSeq AG10803 Input
+GSM733733_1	Bernstein NHDF-Ad H3K36me3
+GSM749741_1	Stam GM12874 CTCF 2
+GSM605627_5	CSHL RnaSeq GM12878 cytosol
+GSM849344_1	RIKEN Cage HepG2 nucleolus
+GSM935596_1	USC ChipSeq HepG2 TR4
+GSM897070_1	CSHL RnaSeq SK-N-SH RA
+GSM945214_1	UW ChipSeq SKMC H3K4me3
+GSM935519_1	Stanford ChipSeq IMR90 CEBPB
+GSM849359_3	RIKEN Cage A549 cell
+GSM973670_3	CSHL RnaSeq IMR90 cytosol
+GSM646567_1	Stam K562
+GSM736624_1	Stam HMVEC-dNeo 2
+GSM977033_2	CSHL RnaSeq HVMF cell
+GSM935395_1	Yale ChipSeq HeLa-S3 Pol2
+GSM816436_1	USC ChipSeq HeLa-S3 TCF7L2
+GSM945274_1	UW ChipSeq MCF-7 Input
+GSM831040_1	H1 SAP30
+GSM803480_2	HudsonAlpha ChipSeq PFSK-1 FOXP2
+GSM803517_2	HudsonAlpha ChipSeq HepG2 Rad21
+GSM849336_1	RIKEN Cage prostate cell
+GSM646566_1	Stam SK-N-SH RA
+GSM646569_1	Stam Th1
+GSM803501_1	HudsonAlpha ChipSeq H1-hESC TAF7
+GSM864358_2	UNC FaireSeq GM19239
+GSM822280_1	UT-A ChipSeq HUVEC Input
+GSM803383_2	HudsonAlpha ChipSeq K562 SIX5
+GSM736555_1	Stam HPAF 1
+GSM935508_1	Harvard ChipSeq HeLa-S3 NF-YA
+GSM935340_1	Harvard ChipSeq K562 ATF1
+GSM840137_1	CSHL RnaSeq K562 cytosol
+GSM736594_1	Stam HA-h 1
+GSM803468_2	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM973688_3	CSHL RnaSeq SK-N-SH cytosol
+GSM749720_1	Stam HA-sp Input 1
+GSM803423_1	HudsonAlpha ChipSeq SK-N-MC RevXlinkChromatin
+GSM849030_1	UW DnaseDgf HPdLF
+GSM945285_1	UW ChipSeq HPAF Input
+GSM803468_1	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM803401_1	HudsonAlpha ChipSeq K562 CTCFL
+GSM945218_1	UW ChipSeq HFF H3K4me3
+GSM803392_2	HudsonAlpha ChipSeq GM12878 ZBTB33
+GSM973685_3	CSHL RnaSeq A549 nucleus
+GSM736500_1	Stam Caco-2 1
+GSM945307_1	UW ChipSeq HCFaa Input
+GSM605634_1	CSHL RnaSeq K562 nucleoplasm
+GSM733748_1	Bernstein H1-hESC H3K27me3
+GSM897069_3	CSHL RnaSeq HeLa-S3 cytosol
+GSM733664_1	Bernstein GM12878 H3K9me3
+GSM897083_2	CSHL RnaSeq A549 cell
+GSM758562_3	CSHL RnaSeq BJ cell
+GSM749770_1	Stam BJ Input 1
+GSM973673_4	CSHL RnaSeq IMR90 nucleus
+GSM765405_2	CSHL RnaSeq K562 cell
+GSM749707_1	Stam NHEK CTCF 1
+GSM736591_1	Stam HMVEC-dLy-Ad 2
+GSM849365_4	RIKEN Cage K562 cell
+GSM803362_2	HudsonAlpha ChipSeq GM12878 PAX5-N19
+GSM935502_1	Stanford ChipSeq K562 CHD2
+GSM935406_1	Stanford ChipSeq HepG2 Max
+GSM945855_1	USC ChipSeq HCT-116 Input
+GSM958733_4	Caltech RnaSeq H1-hESC 2x75
+GSM935602_1	Yale ChipSeq K562 IFNg30
+GSM935647_1	Stanford ChipSeq HepG2 Rad21
+GSM849367_4	RIKEN Cage NHEK cell
+GSM849358_2	RIKEN Cage AG04450 cell
+GSM749691_1	Stam Caco-2 Input 1
+GSM733695_1	Bernstein NHLF CTCF
+GSM923428_2	HudsonAlpha RnaSeq T-47D DMSO
+GSM767846_2	CSHL RnaSeq NHEK nucleus
+GSM935275_1	Stanford ChipSeq HepG2 ARID3A
+GSM803445_1	HudsonAlpha ChipSeq ECC-1 RevXlinkChromatin
+GSM803490_2	HudsonAlpha ChipSeq GM12892 Pol2-4H8
+GSM803369_2	HudsonAlpha ChipSeq PFSK-1 NRSF
+GSM864348_2	UNC FaireSeq HeLa-S3
+GSM816667_1	Duke DnaseSeq 8988T
+GSM977028_1	CSHL RnaSeq hMSC-BM cell
+GSM816635_1	Duke DnaseSeq NHEK
+GSM945233_2	UW ChipSeq HUVEC H3K36me3
+GSM973683_4	CSHL RnaSeq A549 nucleus
+GSM864349_2	UNC FaireSeq GM12891
+GSM864356_1	UNC FaireSeq HeLa-S3 IFNa4h
+GSM923449_7	UW RepliSeq HeLa-S3
+GSM803341_1	HudsonAlpha ChipSeq GM12878 RXRA
+GSM749682_1	Stam SAEC Input 1
+GSM816649_1	Duke DnaseSeq A549
+GSM816663_2	Duke DnaseSeq Hepatocytes
+GSM749674_1	Stam HUVEC CTCF 1
+GSM945304_1	UW ChipSeq HCT-116 H3K4me3
+GSM945219_1	UW ChipSeq HFF Input
+GSM749670_1	Stam GM12875 CTCF 2
+GSM803450_2	HudsonAlpha ChipSeq H1-hESC TAF1
+GSM945229_1	UW ChipSeq CD20+ RO01778
+GSM973669_3	CSHL RnaSeq A549 cytosol
+GSM733779_1	Bernstein Osteobl H3K4me2
+GSM803496_2	HudsonAlpha ChipSeq GM12878 ELF1
+GSM758576_3	CSHL RnaSeq HepG2 cytosol
+GSM765396_3	CSHL RnaSeq AG04450 cell
+GSM973687_4	CSHL RnaSeq MCF-7 nucleus
+GSM973688_2	CSHL RnaSeq SK-N-SH cytosol
+GSM758569_3	CSHL RnaSeq HUVEC cytosol
+GSM922957_1	Yale RnaSeq K562 IFNg30
+GSM958736_2	Caltech RnaSeq NHEK 2x75
+GSM935608_1	Stanford ChipSeq GM12878 Pol2(phosphoS2)
+GSM923442_6	UW RepliSeq MCF-7
+GSM733702_1	Bernstein HSMM H3K36me3
+GSM849348_4	RIKEN Cage GM12878 nucleus
+GSM945264_2	UW ChipSeq SK-N-MC H3K4me3
+GSM803450_1	HudsonAlpha ChipSeq H1-hESC TAF1
+GSM945254_1	UW ChipSeq HUVEC Input
+GSM803344_1	HudsonAlpha ChipSeq HepG2 NRSF
+GSM733775_1	Bernstein HSMM H3K9ac
+GSM923448_5	UW RepliSeq K562
+GSM864339_1	UNC FaireSeq K562 NaBut
+GSM767848_4	CSHL RnaSeq HeLa-S3 nucleus
+GSM830531_2	GIS RnaPet HepG2 nucleus
+GSM977051_4	CSHL RnaSeq HSaVEC cell
+GSM973663_3	CSHL RnaSeq SK-N-SH nucleus
+GSM765400_4	CSHL RnaSeq NHEK cytosol
+GSM605625_6	CSHL RnaSeq GM12878 cell
+GSM816663_1	Duke DnaseSeq Hepatocytes
+GSM897076_2	CSHL RnaSeq NHEK nucleus
+GSM803447_1	HudsonAlpha ChipSeq K562 Rad21
+GSM803472_2	HudsonAlpha ChipSeq SK-N-SH RA
+GSM945295_2	UW ChipSeq GM12865 H3K4me3
+GSM897080_1	CSHL RnaSeq HeLa-S3 nucleus
+GSM977050_2	CSHL RnaSeq HMEpC cell
+GSM765389_3	CSHL RnaSeq NHLF cell
+GSM849357_1	RIKEN Cage H1-hESC cell
+GSM977047_4	CSHL RnaSeq NHEM M2
+GSM736533_1	Stam HUVEC 2
+GSM733743_1	Bernstein HepG2 H3K27ac
+GSM803376_1	HudsonAlpha ChipSeq PFSK-1 RevXlinkChromatin
+GSM935456_1	Harvard ChipSeq MCF10A-Er-Src 4OHTAM
+GSM958741_2	Caltech RnaSeq NHEK 1x75D
+GSM945256_1	UW ChipSeq HEK293 Input
+GSM945181_1	UW ChipSeq HUVEC H3K4me3
+GSM849359_1	RIKEN Cage A549 cell
+GSM935526_1	Stanford ChipSeq GM12891 TNFa
+GSM733681_1	Bernstein Osteobl H3K9me3
+GSM920557_1	Stanford Nucleosome K562
+GSM788074_1	USC ChipSeq K562 Input
+GSM788072_1	USC ChipSeq NT2-D1 H3K4me3B
+GSM945858_1	USC ChipSeq HCT-116 H3K4me1
+GSM945308_1	UW ChipSeq HCM H3K4me3
+GSM977028_2	CSHL RnaSeq hMSC-BM cell
+GSM849352_2	RIKEN Cage GM12878 nucleolus
+GSM935398_1	Harvard ChipSeq MCF10A-Er-Src 4OHTAM
+GSM672834_1	Gingeras GM12878 cytosol longPolyA
+GSM605630_5	CSHL RnaSeq K562 cell
+GSM788070_1	USC ChipSeq PBMC Input
+GSM749675_1	Stam HMF CTCF 2
+GSM736529_1	Stam NB4 2
+GSM608165_1	H3K4me3 K562 ChIP-seq rep2
+GSM958734_2	Caltech RnaSeq HUVEC 2x75
+GSM923443_5	UW RepliSeq GM06990
+GSM935444_1	Stanford ChipSeq HepG2 forskolin
+GSM897069_1	CSHL RnaSeq HeLa-S3 cytosol
+GSM646566_2	Stam SK-N-SH RA
+GSM822276_1	UT-A ChipSeq GM19240 CTCF
+GSM935338_1	Stanford ChipSeq K562 UBF
+GSM935634_1	Stanford ChipSeq K562 Ini1
+GSM749756_1	Stam HepG2 Input 1
+GSM816640_2	Duke DnaseSeq Urothelia
+GSM935541_1	Yale ChipSeq GM12878 JunD
+GSM935653_1	Stanford ChipSeq GM12878 TBLR1
+GSM749681_1	Stam HPAF CTCF 1
+GSM923439_5	UW RepliSeq GM12812
+GSM935459_1	USC ChipSeq HeLa-S3 ZNF274
+GSM749692_1	Stam GM12872 CTCF 2
+GSM767851_1	CSHL RnaSeq MCF-7 cell
+GSM945231_1	UW ChipSeq HepG2 H3K27me3
+GSM816673_1	Duke DnaseSeq T-47D
+GSM816637_2	Duke DnaseSeq LNCaP
+GSM822270_1	UT-A ChipSeq GM12878 Pol2
+GSM958740_3	Caltech RnaSeq HepG2 1x75D
+GSM749696_1	Stam HA-sp CTCF 1
+GSM945202_1	UW ChipSeq SK-N-SH RA
+GSM958737_3	Caltech RnaSeq H1-hESC 1x75D
+GSM935450_1	Stanford ChipSeq GM12878 Input
+GSM977050_1	CSHL RnaSeq HMEpC cell
+GSM803514_2	HudsonAlpha ChipSeq T-47D GATA3
+GSM849327_4	RIKEN Cage HUVEC cell
+GSM958729_1	Caltech RnaSeq K562 2x75
+GSM945859_1	USC ChipSeq MCF-7 Input
+GSM765398_1	CSHL RnaSeq NHEK cell
+GSM733671_1	Bernstein NHEK Pol2(b)
+GSM831000_1	K562 JARID1C
+GSM935482_1	USC ChipSeq GM12878 YY1
+GSM736605_1	Stam HFF-Myc 2
+GSM765400_1	CSHL RnaSeq NHEK cytosol
+GSM803518_1	HudsonAlpha ChipSeq K562 BCL3
+GSM945259_1	UW ChipSeq GM12878 Input
+GSM733700_1	Bernstein HSMMtube H3K4me2
+GSM945257_1	UW ChipSeq HRE Input
+GSM935578_1	Stanford ChipSeq HeLa-S3 COREST
+GSM749774_1	Stam HCT-116 Input 1
+GSM945853_1	USC ChipSeq HCT-116 H3K27ac
+GSM935537_1	Yale ChipSeq HeLa-S3 Input
+GSM945309_1	UW ChipSeq HCF Input
+GSM803442_2	HudsonAlpha ChipSeq K562 ETS1
+GSM816630_1	Duke DnaseSeq Myometr
+GSM973680_1	CSHL RnaSeq IMR90 cell
+GSM736566_1	Stam K562 2
+GSM923444_14	UW RepliSeq BJ
+GSM935325_1	Stanford ChipSeq GM19193 Pol2
+GSM935417_1	Harvard ChipSeq GM12878 SPT20
+GSM923440_4	UW RepliSeq GM12801
+GSM765398_5	CSHL RnaSeq NHEK cell
+GSM935312_1	Yale ChipSeq HepG2 pravastatin
+GSM758563_1	CSHL RnaSeq HUVEC cell
+GSM803486_1	HudsonAlpha ChipSeq HepG2 CTCF
+GSM758577_3	CSHL RnaSeq K562 cell
+GSM803343_1	HudsonAlpha ChipSeq HepG2 GABP
+GSM935621_1	Stanford ChipSeq HepG2 forskolin
+GSM758574_1	CSHL RnaSeq H1-hESC nucleus
+GSM935400_1	Harvard ChipSeq MCF10A-Er-Src 4OHTAM
+GSM923427_2	HudsonAlpha RnaSeq ECC-1 Estradiol
+GSM749697_1	Stam AG04450 Input 1
+GSM733760_1	Bernstein HSMM H2A.Z
+GSM849333_2	RIKEN Cage K562 chromatin
+GSM935577_1	USC ChipSeq HEK293-T-REx ZNF263
+GSM923449_2	UW RepliSeq HeLa-S3
+GSM765393_2	CSHL RnaSeq K562 nucleolus
+GSM958730_4	Caltech RnaSeq GM12878 1x75D
+GSM803404_2	HudsonAlpha ChipSeq HepG2 HNF4G
+GSM736495_1	Stam WERI-Rb-1 1
+GSM816672_2	Duke DnaseSeq Stellate
+GSM822282_1	UT-A ChipSeq ProgFib Pol2
+GSM935615_1	Stanford ChipSeq HeLa-S3 SPT20
+GSM973666_1	CSHL RnaSeq SK-N-SH cytosol
+GSM973693_4	CSHL RnaSeq IMR90 cell
+GSM816662_1	Duke DnaseSeq HepG2
+GSM935616_1	Stanford ChipSeq K562 BHLHE40
+GSM923447_5	UW RepliSeq IMR90
+GSM816627_2	Duke DnaseSeq MCF-7
+GSM958732_2	Caltech RnaSeq HepG2 2x75
+GSM977044_3	CSHL RnaSeq Monocytes-CD14+ cell
+GSM864351_2	UNC FaireSeq Medullo
+GSM749667_1	Stam SK-N-SH RA CTCF
+GSM758568_1	CSHL RnaSeq HepG2 nucleus
+GSM765403_4	CSHL RnaSeq HeLa-S3 nucleus
+GSM977029_3	CSHL RnaSeq H1-neurons cell
+GSM803397_1	HudsonAlpha ChipSeq GM12891 POU2F2
+GSM803416_2	HudsonAlpha ChipSeq GM12878 Rad21
+GSM765392_2	CSHL RnaSeq K562 chromatin
+GSM765403_1	CSHL RnaSeq HeLa-S3 nucleus
+GSM803406_2	HudsonAlpha ChipSeq GM12878 YY1
+GSM897084_4	CSHL RnaSeq HepG2 cell
+GSM749718_1	Stam AG09309 Input 1
+GSM970218_1	USC ChipSeq MCF-7 H3K27me3B
+GSM935474_1	Yale ChipSeq K562 IFNa6h
+GSM830993_1	K562 HDAC1 1
+GSM945244_2	UW ChipSeq A549 H3K4me3
+GSM825711_1	USC ChipSeq MCF-7 GATA3
+GSM945314_1	UW ChipSeq SAEC Input
+GSM973670_1	CSHL RnaSeq IMR90 cytosol
+GSM803352_1	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM803474_1	HudsonAlpha ChipSeq HCT-116 Pol2-4H8
+GSM646565_2	UW DnaseDgf HCPEpiC
+GSM758564_4	CSHL RnaSeq A549 cell
+GSM736589_1	Stam HIPEpiC 1
+GSM803522_1	HudsonAlpha ChipSeq T-47D p300
+GSM935529_1	Stanford ChipSeq GM15510 TNFa
+GSM935485_1	USC ChipSeq MCF-7 Input
+GSM830999_1	K562 HP1g
+GSM849358_4	RIKEN Cage AG04450 cell
+GSM736508_1	Stam BE2 C 1
+GSM803520_1	HudsonAlpha ChipSeq K562 SRF
+GSM822275_1	UT-A ChipSeq K562 Pol2
+GSM816667_2	Duke DnaseSeq 8988T
+GSM958747_1	Caltech RnaSeq GM12891 2x75
+GSM788088_1	USC ChipSeq K562 H3K27me3B
+GSM935636_1	Stanford ChipSeq HeLa-S3 Nrf1
+GSM803458_2	HudsonAlpha ChipSeq HCT-116 ZBTB33
+GSM803533_1	HudsonAlpha ChipSeq HeLa-S3 Pol2
+GSM803540_2	HudsonAlpha ChipSeq K562 GATA2
+GSM816657_1	Duke DnaseSeq GM12892
+GSM923434_1	HudsonAlpha RnaSeq BE2 C
+GSM765399_4	CSHL RnaSeq NHEK nucleus
+GSM803477_1	HudsonAlpha ChipSeq GM12878 SRF
+GSM803391_2	HudsonAlpha ChipSeq GM12878 PAX5-C20
+GSM945302_1	UW ChipSeq K562 H3K36me3
+GSM973691_1	CSHL RnaSeq IMR90 cell
+GSM897070_3	CSHL RnaSeq SK-N-SH RA
+GSM973684_2	CSHL RnaSeq A549 cytosol
+GSM977044_2	CSHL RnaSeq Monocytes-CD14+ cell
+GSM977030_1	CSHL RnaSeq H1-neurons cell
+GSM935576_1	Stanford ChipSeq K562 Bach1
+GSM935487_1	Stanford ChipSeq K562 IFNg30
+GSM749771_1	Stam HRPEpiC Input 1
+GSM935376_1	Stanford ChipSeq GM12878 SMC3
+GSM758577_2	CSHL RnaSeq K562 cell
+GSM803455_1	HudsonAlpha ChipSeq HeLa-S3 TAF1
+GSM864355_1	UNC FaireSeq GM18507
+GSM935432_1	Stanford ChipSeq HeLa-S3 CHD2
+GSM935635_1	Stanford ChipSeq HeLa-S3 Ini1
+GSM816648_1	Duke DnaseSeq GM19240
+GSM935305_1	Stanford ChipSeq HepG2 MafK
+GSM765388_3	CSHL RnaSeq MCF-7 cell
+GSM864350_1	UNC FaireSeq Gliobla
+GSM803507_1	HudsonAlpha ChipSeq HepG2 SP1
+GSM788085_1	USC ChipSeq K562 H3K4me1
+GSM803411_2	HudsonAlpha ChipSeq GM12878 ZEB1
+GSM945189_1	UW ChipSeq H7-hESC Input
+GSM973677_3	CSHL RnaSeq SK-N-SH cell
+GSM822278_2	UT-A ChipSeq GM19238 CTCF
+GSM758568_2	CSHL RnaSeq HepG2 nucleus
+GSM923443_3	UW RepliSeq GM06990
+GSM935557_1	Stanford ChipSeq GM12878 STAT3
+GSM945323_1	UW ChipSeq H7-hESC H3K27me3
+GSM935477_1	USC ChipSeq MCF-7 HA-E2F1
+GSM831013_1	K562 RBBP5 2
+GSM733782_1	Bernstein H1-hESC H3K4me1
+GSM849332_2	RIKEN Cage K562 nucleolus
+GSM945201_1	UW ChipSeq HeLa-S3 H3K4me3
+GSM935411_1	Yale ChipSeq K562 c-Jun
+GSM605631_2	Gingeras K562 polysome
+GSM935609_1	Stanford ChipSeq HepG2 BRCA1
+GSM935493_1	Stanford ChipSeq HepG2 CEBPB
+GSM923433_2	HudsonAlpha RnaSeq A549 DEX
+GSM803400_2	HudsonAlpha ChipSeq GM12891 Pol2-4H8
+GSM803386_1	HudsonAlpha ChipSeq GM12878 EBF1
+GSM923439_6	UW RepliSeq GM12812
+GSM803509_2	HudsonAlpha ChipSeq GM12878 BCLAF1
+GSM733766_1	Bernstein Osteobl H2A.Z
+GSM803462_1	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM749703_1	Stam HVMF Input 1
+GSM977032_4	CSHL RnaSeq GM12878 nucleolus
+GSM849340_1	RIKEN Cage K562 nucleoplasm
+GSM816648_2	Duke DnaseSeq GM19240
+GSM733726_1	Bernstein NHEK H3K36me3
+GSM765387_2	CSHL RnaSeq K562 nucleus
+GSM749744_1	Stam NHEK Input 1
+GSM749733_1	Stam K562 CTCF 2
+GSM803510_1	HudsonAlpha ChipSeq GM12878 ETS1
+GSM935567_1	USC ChipSeq SH-SY5Y GATA3
+GSM945166_2	UW ChipSeq AG09319 H3K4me3
+GSM749725_1	Stam GM12865 CTCF 2
+GSM945321_2	UW ChipSeq H7-hESC H3K4me3
+GSM765401_3	CSHL RnaSeq NHEK cell
+GSM958747_2	Caltech RnaSeq GM12891 2x75
+GSM923452_5	UW RepliSeq HUVEC
+GSM923443_4	UW RepliSeq GM06990
+GSM736534_1	Stam HVMF 1
+GSM923440_8	UW RepliSeq GM12801
+GSM605631_1	Gingeras K562 polysome
+GSM935556_1	Stanford ChipSeq GM12878 RFX5
+GSM923419_1	HudsonAlpha RnaSeq SK-N-SH longPolyA
+GSM803453_2	HudsonAlpha ChipSeq A549 CTCF
+GSM803349_1	HudsonAlpha ChipSeq GM12878 NRSF
+GSM944524_1	SunyAlbany RipSeq GM12878 T7Tag
+GSM945318_1	UW ChipSeq WERI-Rb-1 Input
+GSM736599_1	Stam HMVEC-dLy-Ad 1
+GSM822274_2	UT-A ChipSeq H1-hESC c-Myc
+GSM803464_1	HudsonAlpha ChipSeq ECC-1 GR
+GSM736559_1	Stam SK-N-SH RA 1
+GSM822274_1	UT-A ChipSeq H1-hESC c-Myc
+GSM935423_1	USC ChipSeq NT2-D1 SUZ12
+GSM605630_2	CSHL RnaSeq K562 cell
+GSM849324_3	RIKEN Cage HUVEC cytosol
+GSM767845_1	CSHL RnaSeq SK-N-SH RA
+GSM605634_6	CSHL RnaSeq K562 nucleoplasm
+GSM803335_1	HudsonAlpha ChipSeq SK-N-SH NRSF
+GSM935344_1	Stanford ChipSeq K562 Max
+GSM849029_2	UW DnaseDgf AoAF
+GSM849341_1	RIKEN Cage GM12878 nucleus
+GSM803531_2	HudsonAlpha ChipSeq GM12878 PU.1
+GSM897080_4	CSHL RnaSeq HeLa-S3 nucleus
+GSM816668_1	Duke DnaseSeq Gliobla
+GSM822312_1	UT-A ChipSeq GM12878 CTCF
+GSM749683_1	Stam HepG2 CTCF 2
+GSM935405_1	Stanford ChipSeq HeLa-S3 Max
+GSM897080_2	CSHL RnaSeq HeLa-S3 nucleus
+GSM945213_2	UW ChipSeq GM06990 H3K36me3
+GSM973687_1	CSHL RnaSeq MCF-7 nucleus
+GSM935454_1	Stanford ChipSeq GM19193 TNFa
+GSM831018_1	K562 SAP30 1
+GSM935409_1	Yale ChipSeq GM12878 c-Fos
+GSM935308_1	Stanford ChipSeq H1-hESC Nrf1
+GSM803344_2	HudsonAlpha ChipSeq HepG2 NRSF
+GSM935318_1	Yale ChipSeq HeLa-S3 Max
+GSM935343_1	Harvard ChipSeq K562 TFIIIC-110
+GSM935392_1	Harvard ChipSeq K562 NELFe
+GSM923444_16	UW RepliSeq BJ
+GSM935438_1	Harvard ChipSeq MCF10A-Er-Src EtOH
+GSM935631_1	Stanford ChipSeq K562 Input
+GSM849335_4	RIKEN Cage HepG2 cell
+GSM973661_1	CSHL RnaSeq A549 nucleus
+GSM767847_3	CSHL RnaSeq HeLa-S3 cell
+GSM736634_1	Stam HMEC 1
+GSM816654_1	Duke DnaseSeq Osteobl
+GSM849304_2	UW ChipSeq GM12871 CTCF
+GSM935639_1	Stanford ChipSeq GM10847 Input
+GSM935626_1	Stanford ChipSeq HepG2 forskolin
+GSM849347_2	RIKEN Cage NHEK nucleus
+GSM897085_4	CSHL RnaSeq HepG2 nucleus
+GSM935407_1	Stanford ChipSeq K562 CTCF
+GSM945319_1	UW ChipSeq H7-hESC Input
+GSM736633_1	Stam AG10803 2
+GSM923449_6	UW RepliSeq HeLa-S3
+GSM803431_1	HudsonAlpha ChipSeq K562 TAF1
+GSM864343_2	UNC FaireSeq HTR8svn
+GSM803480_1	HudsonAlpha ChipSeq PFSK-1 FOXP2
+GSM736617_1	Stam SAEC 2
+GSM758571_1	CSHL RnaSeq HMEC cell
+GSM945263_2	UW ChipSeq WERI-Rb-1 H3K4me3
+GSM945182_2	UW ChipSeq HepG2 H3K4me3
+GSM605629_6	CSHL RnaSeq K562 cytosol
+GSM935629_1	Stanford ChipSeq A549 Input
+GSM864357_2	UNC FaireSeq GM12892
+GSM935408_1	Harvard ChipSeq HeLa-S3 NF-YB
+GSM822297_2	UT-A ChipSeq H1-hESC CTCF
+GSM830998_1	K562 HDAC6 2
+GSM803490_1	HudsonAlpha ChipSeq GM12892 Pol2-4H8
+GSM958731_1	Caltech RnaSeq K562 1x75D
+GSM935582_1	Harvard ChipSeq HeLa-S3 BRF1
+GSM646559_1	Stam HepG2
+GSM822307_1	UT-A ChipSeq A549 Input
+GSM897077_1	CSHL RnaSeq BJ cell
+GSM935467_1	Yale ChipSeq K562 IFNg6h
+GSM822308_1	UT-A ChipSeq MCF-7 vehicle
+GSM923439_2	UW RepliSeq GM12812
+GSM977029_4	CSHL RnaSeq H1-neurons cell
+GSM816650_2	Duke DnaseSeq HSMM
+GSM935510_1	Yale ChipSeq HUVEC Input
+GSM935545_1	Stanford ChipSeq HepG2 p300
+GSM847568_1	K562 cells with shRNA
+GSM803447_2	HudsonAlpha ChipSeq K562 Rad21
+GSM935530_1	Stanford ChipSeq GM18951 Pol2
+GSM816636_1	Duke DnaseSeq Medullo
+GSM945179_1	UW ChipSeq GM06990 H3K4me3
+GSM803375_2	HudsonAlpha ChipSeq U87 RevXlinkChromatin
+GSM736532_1	Stam HEEpiC 2
+GSM945208_2	UW ChipSeq HeLa-S3 H3K27me3
+GSM733752_1	Bernstein GM12878 CTCF
+GSM803395_2	HudsonAlpha ChipSeq A549 GR
+GSM803351_2	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM923426_1	HudsonAlpha RnaSeq ECC-1 Genistein
+GSM849357_3	RIKEN Cage H1-hESC cell
+GSM935560_1	Stanford ChipSeq HeLa-S3 RFX5
+GSM736540_1	Stam HCF 2
+GSM923432_1	HudsonAlpha RnaSeq A549 DEX
+GSM935431_1	Stanford ChipSeq GM12878 Mxi1
+GSM646569_2	Stam Th1
+GSM977036_1	CSHL RnaSeq HOB cell
+GSM830992_1	K562 EZH2
+GSM830996_1	K562 HDAC2 2
+GSM736572_1	Stam HFF 2
+GSM977045_2	CSHL RnaSeq NHEM.f M2
+GSM822311_2	UT-A ChipSeq K562 CTCF
+GSM765404_2	CSHL RnaSeq HeLa-S3 cytosol
+GSM977040_1	CSHL RnaSeq HAoEC cell
+GSM923446_5	UW RepliSeq HepG2
+GSM736567_1	Stam NHDF-Ad 1
+GSM897086_3	CSHL RnaSeq NHEK cell
+GSM945324_1	UW ChipSeq H7-hESC H3K36me3
+GSM830990_1	K562 CHD7
+GSM973678_2	CSHL RnaSeq IMR90 nucleus
+GSM803368_1	HudsonAlpha ChipSeq HepG2 Pol2
+GSM935590_1	USC ChipSeq HEK293 ELK4
+GSM803381_2	HudsonAlpha ChipSeq HepG2 YY1
+GSM935568_1	Stanford ChipSeq K562 Znf143
+GSM767849_2	CSHL RnaSeq K562 cytosol
+GSM923424_1	HudsonAlpha RnaSeq Jurkat longPolyA
+GSM736630_1	Stam HRPEpiC 1
+GSM803441_2	HudsonAlpha ChipSeq K562 USF-1
+GSM923439_7	UW RepliSeq GM12812
+GSM767853_2	CSHL RnaSeq GM12878 nucleus
+GSM733756_1	Bernstein HeLa-S3 H3K9ac
+GSM672833_2	Gingeras K562 cytosol longPolyA
+GSM935572_1	Stanford ChipSeq HUVEC Max
+GSM935370_1	USC ChipSeq HeLa-S3 AP-2gamma
+GSM935350_1	USC ChipSeq HepG2 ZNF274
+GSM816669_1	Duke DnaseSeq HMEC
+GSM736573_1	Stam HMVEC-dLy-Neo 2
+GSM945181_2	UW ChipSeq HUVEC H3K4me3
+GSM849332_1	RIKEN Cage K562 nucleolus
+GSM803434_1	HudsonAlpha ChipSeq GM12878 Egr-1
+GSM733654_1	Bernstein HMEC H3K4me2
+GSM849025_1	UW DnaseDgf SAEC
+GSM945232_2	UW ChipSeq HRE H3K36me3
+GSM945162_2	UW ChipSeq Caco-2 H3K4me3
+GSM945168_1	UW ChipSeq AG09309 H3K4me3
+GSM605628_2	CSHL RnaSeq K562 nucleolus
+GSM733641_1	Bernstein HepG2 H3K79me2
+GSM803361_1	HudsonAlpha ChipSeq A549 Pol2
+GSM935531_1	Stanford ChipSeq GM18951 TNFa
+GSM849368_2	RIKEN Cage GM12878 cell
+GSM935393_1	Stanford ChipSeq HUVEC Pol2
+GSM788077_1	USC ChipSeq NT2-D1 Input
+GSM736491_1	Stam HVMF 2
+GSM830989_1	K562 CHD1 2
+GSM923452_1	UW RepliSeq HUVEC
+GSM973690_3	CSHL RnaSeq MCF-7 cell
+GSM935430_1	Stanford ChipSeq GM12878 BHLHE40
+GSM803446_2	HudsonAlpha ChipSeq K562 YY1
+GSM830525_1	GIS RnaPet HepG2 cytosol
+GSM935633_1	Stanford ChipSeq K562 Brg1
+GSM945243_1	UW ChipSeq A549 Input
+GSM945163_1	UW ChipSeq HBMEC H3K4me3
+GSM758563_4	CSHL RnaSeq HUVEC cell
+GSM973687_2	CSHL RnaSeq MCF-7 nucleus
+GSM977032_3	CSHL RnaSeq GM12878 nucleolus
+GSM935521_1	Stanford ChipSeq K562 IFNa30
+GSM749779_1	Stam SAEC CTCF 2
+GSM958743_1	Caltech RnaSeq H1-hESC 2x75
+GSM923434_2	HudsonAlpha RnaSeq BE2 C
+GSM923449_3	UW RepliSeq HeLa-S3
+GSM749739_1	Stam HeLa-S3 CTCF 2
+GSM958749_1	Caltech RnaSeq HCT-116 2x75
+GSM803493_2	HudsonAlpha ChipSeq HepG2 HDAC2
+GSM923429_1	HudsonAlpha RnaSeq T-47D BPA
+GSM945187_1	UW ChipSeq AG04449 H3K4me3
+GSM830994_1	K562 HDAC1 2
+GSM973686_2	CSHL RnaSeq IMR90 cytosol
+GSM605625_2	CSHL RnaSeq GM12878 cell
+GSM923444_5	UW RepliSeq BJ
+GSM849303_1	UW ChipSeq GM12869 CTCF
+GSM733665_1	Bernstein NHEK H3K9ac
+GSM923443_2	UW RepliSeq GM06990
+GSM733738_1	Bernstein HSMMtube H3K4me3
+GSM849339_3	RIKEN Cage K562 cytosol
+GSM935612_1	Stanford ChipSeq GM12878 STAT1
+GSM849328_4	RIKEN Cage BJ cell
+GSM945265_2	UW ChipSeq WI-38 H3K4me3
+GSM945220_1	UW ChipSeq GM12866 H3K4me3
+GSM803471_2	HudsonAlpha ChipSeq K562 HDAC2
+GSM945315_1	UW ChipSeq H7-hESC H3K36me3
+GSM945253_1	UW ChipSeq HeLa-S3 Input
+GSM672836_2	Gingeras H1-hESC cell longPolyA
+GSM935345_1	Stanford ChipSeq GM12878 ELK1
+GSM605629_4	CSHL RnaSeq K562 cytosol
+GSM897081_2	CSHL RnaSeq MCF-7 cell
+GSM935410_1	Yale ChipSeq K562 c-Myc
+GSM767856_1	CSHL RnaSeq HUVEC cell
+GSM935506_1	Harvard ChipSeq GM12878 NF-YA
+GSM849329_1	RIKEN Cage GM12878 cytosol
+GSM765390_1	CSHL RnaSeq K562 nucleoplasm
+GSM736552_1	Stam HMEC 2
+GSM945228_1	UW ChipSeq K562 H3K27me3
+GSM935520_1	Stanford ChipSeq K562 MafF
+GSM733649_1	Bernstein NHLF H3K4me1
+GSM749758_1	Stam HUVEC Input 1
+GSM945184_1	UW ChipSeq H7-hESC H3K36me3
+GSM830529_2	GIS RnaPet HUVEC cytosol
+GSM831011_1	K562 PLU1 2
+GSM803461_2	HudsonAlpha ChipSeq HepG2 FOXA1
+GSM923441_2	UW RepliSeq SK-N-SH
+GSM923435_2	HudsonAlpha RnaSeq A549 DEX
+GSM935330_1	Stanford ChipSeq GM12878 E2F4
+GSM945275_1	UW ChipSeq NB4 H3K4me3
+GSM897078_4	CSHL RnaSeq NHEK cytosol
+GSM803378_1	HudsonAlpha ChipSeq K562 SIX5
+GSM733747_1	Bernstein NH-A H3K4me3
+GSM945160_1	UW ChipSeq HRE H3K27me3
+GSM944522_1	SunyAlbany RipSeq K562 PABPC1
+GSM973668_2	CSHL RnaSeq A549 cell
+GSM749757_1	Stam GM12874 CTCF 1
+GSM977033_3	CSHL RnaSeq HVMF cell
+GSM935355_1	Yale ChipSeq K562 c-Fos
+GSM749711_1	Stam GM12801 CTCF 1
+GSM803469_1	HudsonAlpha ChipSeq K562 E2F6
+GSM923441_8	UW RepliSeq SK-N-SH
+GSM945286_2	UW ChipSeq HEEpiC H3K4me3
+GSM765393_1	CSHL RnaSeq K562 nucleolus
+GSM935365_1	USC ChipSeq HeLa-S3 E2F4
+GSM945321_1	UW ChipSeq H7-hESC H3K4me3
+GSM749746_1	Stam HBMEC Input 1
+GSM977028_3	CSHL RnaSeq hMSC-BM cell
+GSM803345_1	HudsonAlpha ChipSeq H1-hESC HDAC2
+GSM736632_1	Stam HPdLF 1
+GSM733754_1	Bernstein HepG2 H3K27me3
+GSM935525_1	Stanford ChipSeq GM18526 Input
+GSM935532_1	USC ChipSeq K562 ZNF263
+GSM923451_8	UW RepliSeq GM12878
+GSM935620_1	Stanford ChipSeq HepG2 forskolin
+GSM973661_3	CSHL RnaSeq A549 nucleus
+GSM803347_2	HudsonAlpha ChipSeq GM12878 USF-1
+GSM945223_1	UW ChipSeq WI-38 Input
+GSM923448_7	UW RepliSeq K562
+GSM830533_2	GIS RnaPet HeLa-S3 cytosol
+GSM849335_3	RIKEN Cage HepG2 cell
+GSM849327_1	RIKEN Cage HUVEC cell
+GSM816655_2	Duke DnaseSeq K562
+GSM816660_1	Duke DnaseSeq PanIslets
+GSM935380_1	Stanford ChipSeq H1-hESC USF2
+GSM935361_1	Stanford ChipSeq K562 Nrf1
+GSM803426_1	HudsonAlpha ChipSeq H1-hESC USF-1
+GSM822308_2	UT-A ChipSeq MCF-7 vehicle
+GSM733639_1	Bernstein HSMMtube H3K9ac
+GSM816665_2	Duke DnaseSeq GM12878
+GSM816645_2	Duke DnaseSeq Urothelia UT189
+GSM803342_2	HudsonAlpha ChipSeq GM12878 BCL3
+GSM767849_4	CSHL RnaSeq K562 cytosol
+GSM923427_1	HudsonAlpha RnaSeq ECC-1 Estradiol
+GSM970217_1	USC ChipSeq MCF-7 H3K36me3B
+GSM736580_1	Stam A549 1
+GSM646567_2	Stam K562
+GSM864358_1	UNC FaireSeq GM19239
+GSM945238_1	UW ChipSeq GM12864 Input
+GSM831001_1	K562 KAT3A-CBP
+GSM840137_3	CSHL RnaSeq K562 cytosol
+GSM816666_1	Duke DnaseSeq PanIsletD
+GSM765402_3	CSHL RnaSeq HeLa-S3 cell
+GSM605626_2	Gingeras prostate cell
+GSM958744_1	Caltech RnaSeq HSMM 2x75
+GSM830535_2	GIS RnaPet GM12878 cytosol
+GSM849351_2	RIKEN Cage HepG2 cytosol
+GSM803406_1	HudsonAlpha ChipSeq GM12878 YY1
+GSM897071_1	CSHL RnaSeq H1-hESC nucleus
+GSM733701_1	Bernstein NHEK H3K27me3
+GSM830523_2	GIS RnaPet NHEK nucleus
+GSM758575_3	CSHL RnaSeq HepG2 cell
+GSM945177_2	UW ChipSeq AG04450 H3K4me3
+GSM758578_2	CSHL RnaSeq HSMM cell
+GSM736586_1	Stam HAc 1
+GSM736588_1	Stam MCF-7 2
+GSM803511_1	HudsonAlpha ChipSeq GM12878 MEF2A
+GSM830522_2	GIS RnaPet NHEK cytosol
+GSM935606_1	Stanford ChipSeq HeLa-S3 TBP
+GSM935573_1	USC ChipSeq K562 MNaseD
+GSM733763_1	Bernstein NH-A H3K27ac
+GSM945290_2	UW ChipSeq HMF H3K4me3
+GSM822275_2	UT-A ChipSeq K562 Pol2
+GSM758576_4	CSHL RnaSeq HepG2 cytosol
+GSM973664_4	CSHL RnaSeq A549 cytosol
+GSM733667_1	Bernstein HSMM H3K27me3
+GSM733731_1	Bernstein NHLF Control
+GSM935588_1	Harvard ChipSeq MCF10A-Er-Src EtOH
+GSM803376_2	HudsonAlpha ChipSeq PFSK-1 RevXlinkChromatin
+GSM977052_4	CSHL RnaSeq HPIEpC cell
+GSM897081_3	CSHL RnaSeq MCF-7 cell
+GSM945164_1	UW ChipSeq AoAF Input
+GSM945317_1	UW ChipSeq SK-N-SH RA
+GSM736578_1	Stam SK-N-SH RA 2
+GSM864340_2	UNC FaireSeq K562 OHUrea
+GSM923446_6	UW RepliSeq HepG2
+GSM767839_2	CSHL RnaSeq HUVEC cytosol
+GSM973671_1	CSHL RnaSeq IMR90 cytosol
+GSM935281_1	Stanford ChipSeq GM18526 TNFa
+GSM935490_1	Harvard ChipSeq K562 BRF2
+GSM973663_1	CSHL RnaSeq SK-N-SH nucleus
+GSM831036_1	H1 P300
+GSM945190_2	UW ChipSeq H7-hESC H3K4me3
+GSM767838_1	CSHL RnaSeq HeLa-S3 cytosol
+GSM935527_1	Stanford ChipSeq GM10847 TNFa
+GSM935509_1	Stanford ChipSeq H1-hESC c-Myc
+GSM897085_2	CSHL RnaSeq HepG2 nucleus
+GSM607494_1	H3K9me3 K562 ChIP-seq rep2
+GSM672833_1	Gingeras K562 cytosol longPolyA
+GSM945216_2	UW ChipSeq RPTEC H3K4me3
+GSM945178_1	UW ChipSeq BJ H3K4me3
+GSM935495_1	Stanford ChipSeq K562 TBP
+GSM923453_7	UW RepliSeq BG02ES
+GSM923445_7	UW RepliSeq NHEK
+GSM935643_1	Stanford ChipSeq NB4 c-Myc
+GSM935301_1	Stanford ChipSeq GM12878 CHD1
+GSM803351_3	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM849030_2	UW DnaseDgf HPdLF
+GSM945249_2	UW ChipSeq HA-sp H3K4me3
+GSM945200_1	UW ChipSeq SAEC H3K27me3
+GSM831017_1	K562 RNF2
+GSM849353_1	RIKEN Cage K562 cytosol
+GSM803452_1	HudsonAlpha ChipSeq HepG2 RXRA
+GSM758561_4	CSHL RnaSeq AG04450 cell
+GSM749719_1	Stam K562 Input 1
+GSM817344_1	USC ChipSeq HCT-116 Input
+GSM977052_3	CSHL RnaSeq HPIEpC cell
+GSM935594_1	Harvard ChipSeq K562 BDP1
+GSM736574_1	Stam HPF 1
+GSM935465_1	USC ChipSeq PBDE GATA-1
+GSM849359_2	RIKEN Cage A549 cell
+GSM849366_4	RIKEN Cage NHEK cytosol
+GSM840138_3	CSHL RnaSeq GM12878 cell
+GSM935558_1	Stanford ChipSeq GM12878 USF2
+GSM605628_1	CSHL RnaSeq K562 nucleolus
+GSM605635_1	CSHL RnaSeq K562 nucleus
+GSM935299_1	Stanford ChipSeq A549 Pol2(phosphoS2)
+GSM749747_1	Stam NHEK CTCF 2
+GSM605632_1	CSHL RnaSeq K562 chromatin
+GSM923452_4	UW RepliSeq HUVEC
+GSM935562_1	Stanford ChipSeq GM12878 p300
+GSM733640_1	Bernstein HUVEC H4K20me1
+GSM923453_5	UW RepliSeq BG02ES
+GSM733655_1	Bernstein NHEK H3K9me1
+GSM935321_1	USC ChipSeq SH-SY5Y Input
+GSM840136_1	CSHL RnaSeq K562 cell
+GSM923445_5	UW RepliSeq NHEK
+GSM733703_1	Bernstein HUVEC H3K9me1
+GSM935448_1	Stanford ChipSeq GM18951 TNFa
+GSM945273_1	UW ChipSeq HVMF H3K4me3
+GSM736498_1	Stam NHDF-neo 1
+GSM849361_1	RIKEN Cage NHEK nucleus
+GSM944525_2	SunyAlbany RipSeq GM12878 ripInput
+GSM935422_1	Yale ChipSeq K562 IFNa30
+GSM733744_1	Bernstein NHDF-Ad CTCF
+GSM733710_1	Bernstein NH-A H3K4me1
+GSM803502_1	HudsonAlpha ChipSeq HepG2 SRF
+GSM923444_13	UW RepliSeq BJ
+GSM736503_1	Stam HPF 2
+GSM733746_1	Bernstein HSMMtube H2A.Z
+GSM849343_4	RIKEN Cage HepG2 cytosol
+GSM935298_1	Stanford ChipSeq A549 Max
+GSM973661_4	CSHL RnaSeq A549 nucleus
+GSM935324_1	Stanford ChipSeq GM19193 Input
+GSM935386_1	Stanford ChipSeq GM12878 Pol2
+GSM935310_1	Stanford ChipSeq K562 SMC3
+GSM803539_1	HudsonAlpha ChipSeq T-47D ERalpha
+GSM736562_1	Stam AG04449 1
+GSM935424_1	USC ChipSeq NT2-D1 YY1
+GSM765388_4	CSHL RnaSeq MCF-7 cell
+GSM935294_1	Stanford ChipSeq GM12878 p300
+GSM945209_1	UW ChipSeq SK-N-SH RA
+GSM831009_1	K562 PHF8 2
+GSM736607_1	Stam CMK 1
+GSM935507_1	Harvard ChipSeq GM12878 NF-YB
+GSM849335_2	RIKEN Cage HepG2 cell
+GSM945230_1	UW ChipSeq HeLa-S3 H3K36me3
+GSM849338_4	RIKEN Cage K562 nucleus
+GSM923448_2	UW RepliSeq K562
+GSM864350_2	UNC FaireSeq Gliobla
+GSM958731_3	Caltech RnaSeq K562 1x75D
+GSM935396_1	Harvard ChipSeq MCF10A-Er-Src 4OHTAM
+GSM977037_2	CSHL RnaSeq HCH cell
+GSM935440_1	Stanford ChipSeq A549 BHLHE40
+GSM736506_1	Stam A549 2
+GSM788076_1	USC ChipSeq U2OS H3K36me3B
+GSM822271_2	UT-A ChipSeq NHEK CTCF
+GSM822288_2	UT-A ChipSeq A549 Pol2
+GSM822290_1	UT-A ChipSeq GM12878 c-Myc
+GSM864356_2	UNC FaireSeq HeLa-S3 IFNa4h
+GSM977041_1	CSHL RnaSeq hMSC-AT cell
+GSM935516_1	Stanford ChipSeq K562 c-Myc
+GSM945210_2	UW ChipSeq SK-N-SH RA
+GSM767845_3	CSHL RnaSeq SK-N-SH RA
+GSM935484_1	USC ChipSeq HeLa-S3 E2F1
+GSM864352_2	UNC FaireSeq HUVEC
+GSM803356_1	HudsonAlpha ChipSeq GM12878 GABP
+GSM945306_1	UW ChipSeq HCPEpiC H3K4me3
+GSM605633_4	CSHL RnaSeq GM12878 nucleus
+GSM935543_1	Stanford ChipSeq HepG2 Pol2(phosphoS2)
+GSM830519_1	GIS RnaPet HUVEC nucleus
+GSM849353_2	RIKEN Cage K562 cytosol
+GSM977030_3	CSHL RnaSeq H1-neurons cell
+GSM816643_2	Duke DnaseSeq HeLa-S3
+GSM849363_2	RIKEN Cage HeLa-S3 nucleolus
+GSM822279_2	UT-A ChipSeq HUVEC CTCF
+GSM897084_2	CSHL RnaSeq HepG2 cell
+GSM788087_1	USC ChipSeq K562 H3K4me3B
+GSM749710_1	Stam HBMEC CTCF 2
+GSM840138_1	CSHL RnaSeq GM12878 cell
+GSM847566_1	K562 cells with shRNA
+GSM945207_2	UW ChipSeq BJ H3K36me3
+GSM897084_1	CSHL RnaSeq HepG2 cell
+GSM923451_5	UW RepliSeq GM12878
+GSM803505_2	HudsonAlpha ChipSeq K562 SP1
+GSM935498_1	Stanford ChipSeq HeLa-S3 Mxi1
+GSM945323_2	UW ChipSeq H7-hESC H3K27me3
+GSM831008_1	K562 PHF8 1
+GSM923436_2	HudsonAlpha RnaSeq T-47D Genistein
+GSM973682_2	CSHL RnaSeq MCF-7 nucleus
+GSM864337_2	UNC FaireSeq NHBE
+GSM736496_1	Stam GM12878 1
+GSM803487_2	HudsonAlpha ChipSeq GM12892 Pol2
+GSM758567_1	CSHL RnaSeq HepG2 cell
+GSM816639_1	Duke DnaseSeq HPDE6-E6E7
+GSM945295_1	UW ChipSeq GM12865 H3K4me3
+GSM923445_8	UW RepliSeq NHEK
+GSM923453_8	UW RepliSeq BG02ES
+GSM733645_1	Bernstein HepG2 CTCF
+GSM736637_1	Stam HepG2 1
+GSM923443_1	UW RepliSeq GM06990
+GSM803534_1	HudsonAlpha ChipSeq GM12878 POU2F2
+GSM646561_2	UW DnaseDgf HMF
+GSM736570_1	Stam SK-N-MC 2
+GSM803351_1	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM803420_1	HudsonAlpha ChipSeq GM12878 MEF2C
+GSM803432_2	HudsonAlpha ChipSeq HepG2 FOXA1
+GSM945161_1	UW ChipSeq SKMC Input
+GSM935443_1	Stanford ChipSeq HepG2 insulin
+GSM935640_1	Stanford ChipSeq GM12892 Pol2
+GSM973661_2	CSHL RnaSeq A549 nucleus
+GSM977048_2	CSHL RnaSeq hMSC-UC cell
+GSM935276_1	Stanford ChipSeq HeLa-S3 STAT3
+GSM935334_1	USC ChipSeq PBDEFetal Input
+GSM777641_1	UChicago ChipSeq K562 eGFP-GATA2
+GSM935491_1	Harvard ChipSeq MCF10A-Er-Src 4OHTAM
+GSM923448_4	UW RepliSeq K562
+GSM864359_2	UNC FaireSeq HeLa-S3 IFNg4h
+GSM736618_1	Stam HRGEC 2
+GSM864360_1	UNC FaireSeq GM12878
+GSM935648_1	Stanford ChipSeq HepG2 Nrf1
+GSM765389_4	CSHL RnaSeq NHLF cell
+GSM945201_2	UW ChipSeq HeLa-S3 H3K4me3
+GSM923450_2	UW RepliSeq GM12813
+GSM803355_1	HudsonAlpha ChipSeq GM12878 Pol2
+GSM733722_1	Bernstein HMEC H3K27me3
+GSM977039_2	CSHL RnaSeq SkMC cell
+GSM822300_1	UT-A ChipSeq H1-hESC Pol2
+GSM973685_2	CSHL RnaSeq A549 nucleus
+GSM897074_2	CSHL RnaSeq AG04450 cell
+GSM803342_1	HudsonAlpha ChipSeq GM12878 BCL3
+GSM733652_1	Bernstein NHLF H3K9ac
+GSM935357_1	Yale ChipSeq HeLa-S3 IFNg30
+GSM935617_1	USC ChipSeq PANC-1 Input
+GSM897083_8	CSHL RnaSeq A549 cell
+GSM935481_1	Stanford ChipSeq K562 Pol3
+GSM977031_4	CSHL RnaSeq H1-neurons cell
+GSM736598_1	Stam AG10803 1
+GSM923424_2	HudsonAlpha RnaSeq Jurkat longPolyA
+GSM935600_1	USC ChipSeq K562 E2F4
+GSM945205_1	UW ChipSeq GM06990 H3K27me3
+GSM935293_1	Stanford ChipSeq H1-hESC Mxi1
+GSM923444_10	UW RepliSeq BJ
+GSM973680_4	CSHL RnaSeq IMR90 cell
+GSM945294_1	UW ChipSeq K562 Input
+GSM849331_4	RIKEN Cage HeLa-S3 nucleus
+GSM935452_1	Stanford ChipSeq GM12892 TNFa
+GSM736512_1	Stam GM12865 1
+GSM897076_3	CSHL RnaSeq NHEK nucleus
+GSM923446_4	UW RepliSeq HepG2
+GSM830528_2	GIS RnaPet HeLa-S3 nucleus
+GSM935595_1	Harvard ChipSeq K562 BRF1
+GSM945225_1	UW ChipSeq Monocytes-CD14+ RO01746
+GSM733675_1	Bernstein K562 H4K20me1
+GSM935362_1	Stanford ChipSeq HeLa-S3 ZKSCAN1
+GSM803495_1	HudsonAlpha ChipSeq SK-N-SH RA
+GSM782124_1	USC ChipSeq HEK293 TCF7L2
+GSM864352_1	UNC FaireSeq HUVEC
+GSM765401_4	CSHL RnaSeq NHEK cell
+GSM765392_3	CSHL RnaSeq K562 chromatin
+GSM816641_1	Duke DnaseSeq Huh-7
+GSM830991_1	K562 ESET
+GSM803394_1	HudsonAlpha ChipSeq PANC-1 RevXlinkChromatin
+GSM935500_1	Stanford ChipSeq HeLa-S3 p300
+GSM935285_1	Stanford ChipSeq GM12892 TNFa
+GSM935463_1	USC ChipSeq H1-hESC CtBP2
+GSM816668_2	Duke DnaseSeq Gliobla
+GSM849342_4	RIKEN Cage HeLa-S3 cell
+GSM765401_2	CSHL RnaSeq NHEK cell
+GSM736587_1	Stam Caco-2 2
+GSM945326_1	UW ChipSeq H7-hESC H3K27me3
+GSM849338_2	RIKEN Cage K562 nucleus
+GSM958748_1	Caltech RnaSeq GM12892 2x75
+GSM765391_4	CSHL RnaSeq HSMM cell
+GSM973685_4	CSHL RnaSeq A549 nucleus
+GSM803457_2	HudsonAlpha ChipSeq A549 USF-1
+GSM803434_2	HudsonAlpha ChipSeq GM12878 Egr-1
+GSM944523_1	SunyAlbany RipSeq K562 ELAVL1
+GSM935539_1	Yale ChipSeq K562 Max
+GSM758565_2	CSHL RnaSeq HUVEC nucleus
+GSM830522_1	GIS RnaPet NHEK cytosol
+GSM816661_1	Duke DnaseSeq ProgFib
+GSM803398_2	HudsonAlpha ChipSeq GM12891 PU.1
+GSM935282_1	Stanford ChipSeq GM18505 TNFa
+GSM733709_1	Bernstein NHDF-Ad H3K9ac
+GSM822292_1	UT-A ChipSeq GM12878 Input
+GSM749717_1	Stam HPF CTCF 2
+GSM733730_1	Bernstein HSMM H3K9me3
+GSM822310_1	UT-A ChipSeq K562 c-Myc
+GSM733677_1	Bernstein GM12878 H3K9ac
+GSM945325_1	UW ChipSeq H7-hESC H3K27me3
+GSM935441_1	Harvard ChipSeq MCF10A-Er-Src EtOH
+GSM935382_1	Stanford ChipSeq H1-hESC RFX5
+GSM749740_1	Stam GM12865 CTCF 1
+GSM923445_1	UW RepliSeq NHEK
+GSM923453_1	UW RepliSeq BG02ES
+GSM923447_7	UW RepliSeq IMR90
+GSM777644_1	UChicago ChipSeq K562 eGFP-FOS
+GSM945195_1	UW ChipSeq CD20+ RO01794
+GSM945305_1	UW ChipSeq HCM Input
+GSM935565_1	Stanford ChipSeq K562 RFX5
+GSM803508_1	HudsonAlpha ChipSeq GM12878 ATF3
+GSM923439_1	UW RepliSeq GM12812
+GSM749775_1	Stam HL-60 Input 1
+GSM945242_2	UW ChipSeq HAc H3K4me3
+GSM803438_1	HudsonAlpha ChipSeq H1-hESC POU5F1
+GSM944526_1	SunyAlbany RipSeq K562 T7Tag
+GSM897073_3	CSHL RnaSeq H1-hESC cell
+GSM830530_2	GIS RnaPet HeLa-S3 cell
+GSM736604_1	Stam NB4 1
+GSM822281_1	UT-A ChipSeq Fibrobl CTCF
+GSM803365_1	HudsonAlpha ChipSeq H1-hESC NRSF
+GSM803431_2	HudsonAlpha ChipSeq K562 TAF1
+GSM803456_1	HudsonAlpha ChipSeq A549 CTCF
+GSM864349_1	UNC FaireSeq GM12891
+GSM765403_3	CSHL RnaSeq HeLa-S3 nucleus
+GSM803454_1	HudsonAlpha ChipSeq HeLa-S3 GABP
+GSM945176_1	UW ChipSeq AG04449 Input
+GSM973664_2	CSHL RnaSeq A549 cytosol
+GSM777637_1	UChicago ChipSeq K562 eGFP-NR4A1
+GSM958735_2	Caltech RnaSeq HeLa-S3 2x75
+GSM935278_1	Stanford ChipSeq HUVEC c-Jun
+GSM831016_1	K562 RNAPIIS5P
+GSM733642_1	Bernstein GM12878 H4K20me1
+GSM733669_1	Bernstein HeLa-S3 H3K79me2
+GSM935288_1	USC ChipSeq U2OS Input
+GSM736548_1	Stam HRE 2
+GSM849300_1	UW ChipSeq GM12868 CTCF
+GSM849337_1	RIKEN Cage K562 nucleus
+GSM803357_1	HudsonAlpha ChipSeq A549 GR
+GSM749751_1	Stam HPAF CTCF 2
+GSM816664_1	Duke DnaseSeq CLL
+GSM822284_2	UT-A ChipSeq HepG2 Pol2
+GSM977039_1	CSHL RnaSeq SkMC cell
+GSM758566_4	CSHL RnaSeq H1-hESC cell
+GSM749760_1	Stam MCF-7 Input 1
+GSM803523_2	HudsonAlpha ChipSeq K562 Max
+GSM803422_1	HudsonAlpha ChipSeq ECC-1 ERalpha
+GSM733713_1	Bernstein HMEC H3K9ac
+GSM864348_1	UNC FaireSeq HeLa-S3
+GSM822297_1	UT-A ChipSeq H1-hESC CTCF
+GSM958740_1	Caltech RnaSeq HepG2 1x75D
+GSM973662_1	CSHL RnaSeq CD34+ Mobilized
+GSM749749_1	Stam HUVEC CTCF 2
+GSM733693_1	Bernstein HepG2 H3K4me2
+GSM733666_1	Bernstein HSMMtube H3K27ac
+GSM973676_3	CSHL RnaSeq MCF-7 cell
+GSM803421_2	HudsonAlpha ChipSeq ECC-1 ERalpha
+GSM733698_1	Bernstein NHEK H3K4me1
+GSM935581_1	Stanford ChipSeq H1-hESC GTF2F1
+GSM935290_1	Stanford ChipSeq HeLa-S3 MafK
+GSM749709_1	Stam HPAF Input 1
+GSM945179_2	UW ChipSeq GM06990 H3K4me3
+GSM733740_1	Bernstein NHEK Control
+GSM897083_3	CSHL RnaSeq A549 cell
+GSM897085_1	CSHL RnaSeq HepG2 nucleus
+GSM803421_1	HudsonAlpha ChipSeq ECC-1 ERalpha
+GSM935425_1	Yale ChipSeq K562 XRCC4
+GSM849364_2	RIKEN Cage MCF-7 cell
+GSM945293_1	UW ChipSeq HMF Input
+GSM803368_2	HudsonAlpha ChipSeq HepG2 Pol2
+GSM830997_1	K562 HDAC6 1
+GSM767852_2	CSHL RnaSeq GM12878 cytosol
+GSM864353_1	UNC FaireSeq Urothelia
+GSM767844_1	CSHL RnaSeq K562 nucleus
+GSM935439_1	Stanford ChipSeq K562 COREST
+GSM935375_1	Stanford ChipSeq GM12878 EBF1
+GSM831026_1	H1 CHD1 2
+GSM803471_1	HudsonAlpha ChipSeq K562 HDAC2
+GSM765398_3	CSHL RnaSeq NHEK cell
+GSM935348_1	USC ChipSeq H1-hESC Max
+GSM736523_1	Stam HMVEC-dBl-Ad 2
+GSM973683_1	CSHL RnaSeq A549 nucleus
+GSM822288_1	UT-A ChipSeq A549 Pol2
+GSM830536_1	GIS RnaPet K562 chromatin
+GSM935651_1	Stanford ChipSeq GM12878 IRF3
+GSM803469_2	HudsonAlpha ChipSeq K562 E2F6
+GSM736561_1	Stam GM12865 2
+GSM977037_4	CSHL RnaSeq HCH cell
+GSM767857_2	CSHL RnaSeq HUVEC nucleus
+GSM733684_1	Bernstein HeLa-S3 H3K27ac
+GSM733691_1	Bernstein HUVEC H3K27ac
+GSM672835_1	Gingeras K562 cytosol longPolyA
+GSM923451_2	UW RepliSeq GM12878
+GSM607492_1	KAP1 K562 ChIP-seq rep2
+GSM767852_1	CSHL RnaSeq GM12878 cytosol
+GSM935327_1	USC ChipSeq HEK293-T-REx Input
+GSM973676_1	CSHL RnaSeq MCF-7 cell
+GSM849334_1	RIKEN Cage HepG2 nucleus
+GSM935549_1	Stanford ChipSeq K562 IFNg6h
+GSM749724_1	Stam GM12875 Input 1
+GSM935492_1	Stanford ChipSeq GM12878 WHIP
+GSM749672_1	Stam Jurkat Input 1
+GSM923422_1	HudsonAlpha RnaSeq ECC-1 BPA
+GSM945301_1	UW ChipSeq Monocytes-CD14+ RO01746
+GSM849356_2	RIKEN Cage H1-hESC cytosol
+GSM849300_2	UW ChipSeq GM12868 CTCF
+GSM803374_2	HudsonAlpha ChipSeq T-47D ERalpha
+GSM749705_1	Stam GM06990 CTCF 2
+GSM945183_2	UW ChipSeq H7-hESC H3K27me3
+GSM803509_1	HudsonAlpha ChipSeq GM12878 BCLAF1
+GSM935540_1	USC ChipSeq K562 GATA-1
+GSM973671_3	CSHL RnaSeq IMR90 cytosol
+GSM830530_3	GIS RnaPet HeLa-S3 cell
+GSM803537_2	HudsonAlpha ChipSeq GM12878 TAF1
+GSM945191_2	UW ChipSeq H7-hESC H3K4me3
+GSM803390_1	HudsonAlpha ChipSeq GM12878 IRF4
+GSM803429_1	HudsonAlpha ChipSeq A549 USF-1
+GSM605634_2	CSHL RnaSeq K562 nucleoplasm
+GSM803334_2	HudsonAlpha ChipSeq GM12892 PAX5-C20
+GSM945304_2	UW ChipSeq HCT-116 H3K4me3
+GSM945241_2	UW ChipSeq BE2 C
+GSM944520_1	SunyAlbany RipSeq GM12878 ELAVL1
+GSM945177_1	UW ChipSeq AG04450 H3K4me3
+GSM849302_2	UW ChipSeq GM12870 CTCF
+GSM935354_1	Yale ChipSeq NB4 Pol2
+GSM605626_1	Gingeras prostate cell
+GSM973671_4	CSHL RnaSeq IMR90 cytosol
+GSM935535_1	Yale ChipSeq HeLa-S3 Input
+GSM977034_3	CSHL RnaSeq NHDF cell
+GSM923441_6	UW RepliSeq SK-N-SH
+GSM803379_1	HudsonAlpha ChipSeq K562 MEF2A
+GSM733705_1	Bernstein HMEC H3K4me1
+GSM736615_1	Stam HIPEpiC 2
+GSM733678_1	Bernstein NH-A Control
+GSM849355_2	RIKEN Cage H1-hESC cell
+GSM816653_2	Duke DnaseSeq GM18507
+GSM765390_4	CSHL RnaSeq K562 nucleoplasm
+GSM973676_2	CSHL RnaSeq MCF-7 cell
+GSM945202_2	UW ChipSeq SK-N-SH RA
+GSM945312_2	UW ChipSeq HCF H3K4me3
+GSM749676_1	Stam GM12864 CTCF 1
+GSM977038_3	CSHL RnaSeq HFDPC cell
+GSM803456_2	HudsonAlpha ChipSeq A549 CTCF
+GSM935603_1	Stanford ChipSeq HepG2 Pol2
+GSM935341_1	Stanford ChipSeq HeLa-S3 c-Jun
+GSM736564_1	Stam HeLa-S3 1
+GSM935315_1	Yale ChipSeq HepG2 pravastatin
+GSM977044_1	CSHL RnaSeq Monocytes-CD14+ cell
+GSM897077_2	CSHL RnaSeq BJ cell
+GSM803372_2	HudsonAlpha ChipSeq U87 NRSF
+GSM973666_2	CSHL RnaSeq SK-N-SH cytosol
+GSM758576_1	CSHL RnaSeq HepG2 cytosol
+GSM973675_3	CSHL RnaSeq SK-N-SH cell
+GSM736597_1	Stam HCPEpiC 2
+GSM945190_1	UW ChipSeq H7-hESC H3K4me3
+GSM973668_3	CSHL RnaSeq A549 cell
+GSM758560_3	CSHL RnaSeq GM12878 cytosol
+GSM923420_1	HudsonAlpha RnaSeq A549 DEX
+GSM816670_1	Duke DnaseSeq MCF-7 Hypoxia
+GSM733683_1	Bernstein HUVEC H3K4me2
+GSM733717_1	Bernstein HSMMtube H3K36me3
+GSM944525_1	SunyAlbany RipSeq GM12878 ripInput
+GSM816652_1	Duke DnaseSeq Fibrobl
+GSM923428_1	HudsonAlpha RnaSeq T-47D DMSO
+GSM977031_2	CSHL RnaSeq H1-neurons cell
+GSM923446_7	UW RepliSeq HepG2
+GSM945234_1	UW ChipSeq GM12865 Input
+GSM758561_1	CSHL RnaSeq AG04450 cell
+GSM758578_1	CSHL RnaSeq HSMM cell
+GSM935412_1	Yale ChipSeq GM12878 Pol2
+GSM958729_2	Caltech RnaSeq K562 2x75
+GSM958736_1	Caltech RnaSeq NHEK 2x75
+GSM733699_1	Bernstein NHLF H3K36me3
+GSM945199_2	UW ChipSeq SAEC H3K4me3
+GSM923431_1	HudsonAlpha RnaSeq T-47D Estradiol
+GSM973664_3	CSHL RnaSeq A549 cytosol
+GSM973671_2	CSHL RnaSeq IMR90 cytosol
+GSM767852_4	CSHL RnaSeq GM12878 cytosol
+GSM935479_1	USC ChipSeq K562 ZNF274
+wgEncodeBroadHmmGm12878HMM	GM12878 chromatin state
+wgEncodeBroadHmmH1hescHMM	H1ES chromatin state
+wgEncodeBroadHmmHepg2HMM	HEPG2 chromatin state
+wgEncodeBroadHmmHmecHMM	HMEC chromatin state
+wgEncodeBroadHmmHsmmHMM	HSMM chromatin state
+wgEncodeBroadHmmHuvecHMM	HUVEC chromatin state
+wgEncodeBroadHmmK562HMM	K562 chromatin state
+wgEncodeBroadHmmNhekHMM	NHEK chromatin state
+wgEncodeBroadHmmNhlfHMM	NHLF chromatin state
+wgEncodeHaibGenotypeA549RegionsRep1	A549 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeAg04449RegionsRep1	AG04449 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeAg04450RegionsRep2	AG04450 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeAg09309RegionsRep1	AG09309 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeAg09319RegionsRep2	AG09319 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeAg10803RegionsRep1	AG10803 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeAosmcRegionsRep1	AoSMC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeAstrocyRegionsRep1	Astrocy genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeBcjejunumh12817nRegionsRep1	BC_Jejunum_H12817N genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeBcsmallintestine0111002RegionsRep1	BC_Small_Intestine_01-11002 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeBjRegionsRep1	BJ genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeCaco2RegionsRep1	Caco-2 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeChorionRegionsRep1	Chorion genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeCmkRegionsRep2	CMK genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeGm06990RegionsRep1	GM06990 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeGm12878RegionsRep1	GM12878 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeGm12878RegionsRep1V2	GM12878 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeGm12878RegionsRep2	GM12878 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeGm12891RegionsRep2	GM12891 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeGm12892RegionsRep2	GM12892 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeGm19239RegionsRep1	GM19239 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeH1hescRegionsRep2	H1-hESC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHaeRegionsRep1	HAEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHaeRegionsRep2	HAEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHcfRegionsRep1	HCF genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHcfRegionsRep2	HCF genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHcmRegionsRep1	HCM genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHcmRegionsRep2	HCM genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHcpeRegionsRep1	HCPEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHcpeRegionsRep2	HCPEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHeeRegionsRep2	HEEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHek293RegionsRep2	HEK293 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHelas3RegionsRep2	HeLa-S3 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHepg2RegionsRep1	HepG2 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHipeRegionsRep1	HIPEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHipeRegionsRep2	HIPEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHl60RegionsRep1	HL-60 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHmecRegionsRep2	HMEC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHnpceRegionsRep1	HNPCEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHpaeRegionsRep1	HPAEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHpaeRegionsRep2	HPAEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHrceRegionsRep1	HRCEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHrceRegionsRep2	HRCEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHreRegionsRep1	HRE genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHreRegionsRep2	HRE genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHrpeRegionsRep1	HRPEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHrpeRegionsRep2	HRPEpiC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHsmmRegionsRep3	HSMM genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHsmmtRegionsRep2	HSMMtube genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHtr8RegionsRep1	HTR8svn genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeHuvecRegionsRep2	HUVEC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeImr90RegionsRep1	IMR90 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeImr90RegionsRep2	IMR90 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeJurkatRegionsRep1	Jurkat genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeJurkatRegionsRep2	Jurkat genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeK562RegionsRep1	K562 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeLncapRegionsRep1	LNCaP genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeMcf10aesRegionsRep1	MCF10A-Er-Src genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeMcf10aesRegionsRep2	MCF10A-Er-Src genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeMcf10aesRegionsRep3	MCF10A-Er-Src genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeMcf10aesTamRegionsRep1	MCF10A-Er-Src genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeMcf7RegionsRep1	MCF-7 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeMcf7RegionsRep2	MCF-7 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeMelanoRegionsRep1	Melano genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeMelanoRegionsRep2	Melano genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeMyometrRegionsRep1	Myometr genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeNb4RegionsRep1	NB4 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeNb4RegionsRep2	NB4 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeNhaDukeRegionsRep1	NH-A genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeNhaRegionsRep1	NH-A genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeNhaRegionsRep2	NH-A genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeNhbeRegionsRep1	NHBE genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeNhbeRegionsRep2	NHBE genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeNhdfneoRegionsRep1	NHDF-neo genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeNt2d1RegionsRep1	NT2-D1 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeOvcar3RegionsRep1	ovcar-3 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypePanc1RegionsRep1	PANC-1 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypePanc1RegionsRep2	PANC-1 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypePfsk1RegionsRep1	PFSK-1 genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypePrecRegionsRep1	PrEC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeRptecRegionsRep1	RPTEC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeRptecRegionsRep2	RPTEC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeSaecRegionsRep1	SAEC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeSaecRegionsRep2	SAEC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeSkmcRegionsRep1	SKMC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeSkmcRegionsRep2	SKMC genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeSknshraRegionsRep1	SK-N-SH_RA genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeSknshraRegionsRep2	SK-N-SH_RA genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeT47dRegionsRep2	T-47D genotype ENCODE/HudsonAlpha
+wgEncodeHaibGenotypeU87RegionsRep1	U87 genotype ENCODE/HudsonAlpha
+GSM1022646_1	UW ChipSeq SKMC InputRep1
+GSM1003558_1	Broad ChipSeq Dnd41 Input
+GSM1011128_1	UNC FaireSeq MCF-7 vehicle
+GSM1008564_1	Duke DnaseSeq Fibrobl GM03348
+GSM1024769_1	UW DnaseSeq HBVSMCRep2
+GSM979655_4	RIKEN Cage Monocytes-CD14+ cell
+GSM979651_2	RIKEN Cage hMSC-BM cell
+GSM979656_2	RIKEN Cage IMR90 cell
+GSM1024760_1	UW DnaseSeq Th1Rep2
+GSM1014516_1	UW DnaseDgf HA-h
+GSM1008584_1	Duke DnaseSeq Olf neurosphere
+GSM1010896_1	HudsonAlpha ChipSeq H1-hESC CREB1
+GSM1014538_2	UW DnaseDgf M059J
+GSM981252_4	CSHL RnaSeq MCF-7 cytosol
+GSM981254_3	CSHL RnaSeq CD20+ cell
+GSM1010776_2	HudsonAlpha ChipSeq H1-hESC SP2
+GSM984610_4	CSHL RnaSeq HOB cell
+GSM1014527_1	UW DnaseDgf AG10803
+GSM981253_2	CSHL RnaSeq SK-N-SH cell
+GSM984619_1	CSHL RnaSeq HVMF cell
+GSM979642_2	RIKEN Cage HPIEpC cell
+GSM1010774_1	HudsonAlpha ChipSeq ECC-1 CTCF
+GSM1010740_2	HudsonAlpha ChipSeq HepG2 MBD4
+GSM979655_2	RIKEN Cage Monocytes-CD14+ cell
+GSM1003555_1	Broad ChipSeq HUVEC H3K79me2
+GSM1010881_1	HudsonAlpha ChipSeq GM12878 NFIC
+GSM1010903_2	HudsonAlpha ChipSeq HCT-116 CTCF
+GSM1010744_2	HudsonAlpha ChipSeq GM12878 NRSF
+GSM1024755_1	UW DnaseSeq H7-hESC diffProtA
+GSM1010828_2	HudsonAlpha ChipSeq A549 USF-1
+GSM1003517_1	Broad ChipSeq HUVEC H3K9me3
+GSM1006911_2	GIS RnaPet IMR90 cytosol
+GSM981253_4	CSHL RnaSeq SK-N-SH cell
+GSM1010759_1	HudsonAlpha ChipSeq ECC-1 p300
+GSM1006911_3	GIS RnaPet IMR90 cytosol
+GSM981248_3	CSHL RnaSeq IMR90 nucleus
+GSM979632_2	RIKEN Cage A549 cytosol
+GSM979638_2	RIKEN Cage HFDPC cell
+GSM979660_1	RIKEN Cage HVMF cell
+GSM1010855_2	HudsonAlpha ChipSeq ECC-1 NFIC
+GSM1006874_1	UT-A ChipSeq LNCaP CTCF
+GSM1006891_1	UT-A ChipSeq GM10248 CTCF
+GSM981250_2	CSHL RnaSeq SK-N-SH nucleus
+GSM1010766_2	HudsonAlpha ChipSeq A549 E2F6
+GSM1010858_1	HudsonAlpha ChipSeq SK-N-SH TEAD4
+GSM1010861_2	HudsonAlpha ChipSeq MCF-7 TCF12
+GSM1003468_1	Broad ChipSeq Dnd41 H3K4me3
+GSM1010816_2	HudsonAlpha ChipSeq SK-N-SH Sin3Ak-20
+GSM1003487_1	Broad ChipSeq HepG2 EZH2
+GSM1010787_2	HudsonAlpha ChipSeq HepG2 SP2
+GSM984616_1	CSHL RnaSeq NHEM.f M2
+GSM981259_1	CSHL RnaSeq Monocytes-CD14+ cell
+GSM1014520_2	UW DnaseDgf HIPEpiC
+GSM1003506_1	Broad ChipSeq Osteobl H3K4me3
+GSM981245_1	CSHL RnaSeq MCF-7 nucleus
+GSM1010836_1	HudsonAlpha ChipSeq HCT-116 USF-1
+GSM984612_4	CSHL RnaSeq NHDF cell
+GSM1010726_1	HudsonAlpha ChipSeq A549 CREB1
+GSM981248_2	CSHL RnaSeq IMR90 nucleus
+GSM1003457_1	Broad ChipSeq H1-hESC PLU1
+GSM1022657_1	UW ChipSeq HCM CTCFRep1
+GSM1003570_1	Broad ChipSeq K562 LSD1
+GSM1010780_1	HudsonAlpha ChipSeq GM12878 ATF2
+GSM979652_3	RIKEN Cage hMSC-AT cell
+GSM1014530_1	UW DnaseDgf HCF
+GSM1010837_2	HudsonAlpha ChipSeq MCF-7 NR2F2
+GSM1003474_1	Broad ChipSeq CD20+ CTCF
+GSM1010904_2	HudsonAlpha ChipSeq HCT-116 Max
+GSM1008587_2	Duke DnaseSeq GM20000
+GSM1008578_2	Duke DnaseSeq Cerebrum frontal
+GSM1008577_2	Duke DnaseSeq Medullo D341
+GSM1010769_2	HudsonAlpha ChipSeq MCF-7 FOXM1
+GSM979645_1	RIKEN Cage HSaVEC cell
+GSM1006870_2	UT-A ChipSeq GM10266 CTCF
+GSM1010729_1	HudsonAlpha ChipSeq GM12878 MTA3
+GSM979660_3	RIKEN Cage HVMF cell
+GSM1003495_1	Broad ChipSeq A549 H3K4me1
+GSM1003559_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM1010849_2	HudsonAlpha ChipSeq K562 TRIM28
+GSM1006880_1	UT-A ChipSeq Lung OC
+GSM1003449_1	Broad ChipSeq K562 RBBP5
+GSM1003448_1	Broad ChipSeq K562 HDAC1
+GSM1003562_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM984608_2	CSHL RnaSeq hMSC-BM cell
+GSM1003557_1	Broad ChipSeq HMEC H3K79me2
+GSM979659_3	RIKEN Cage IMR90 nucleus
+GSM1003568_1	Broad ChipSeq K562 CBX3
+GSM1024774_1	UW DnaseSeq H7-hESC diffProtA
+GSM1010754_2	HudsonAlpha ChipSeq HL-60 NRSF
+GSM979648_1	RIKEN Cage SK-N-SH cytosol
+GSM979654_3	RIKEN Cage MCF-7 nucleus
+GSM1010754_1	HudsonAlpha ChipSeq HL-60 NRSF
+GSM1003501_1	Broad ChipSeq HMEC EZH2
+GSM981244_4	CSHL RnaSeq IMR90 cytosol
+GSM1014535_2	UW DnaseDgf RPMI-7951
+GSM1010753_1	HudsonAlpha ChipSeq ECC-1 YY1
+GSM1006883_2	UT-A ChipSeq Spleen OC
+GSM979659_4	RIKEN Cage IMR90 nucleus
+GSM984607_3	CSHL RnaSeq hMSC-UC cell
+GSM984617_3	CSHL RnaSeq NHEM M2
+GSM1010865_2	HudsonAlpha ChipSeq HepG2 Max
+GSM1010810_2	HudsonAlpha ChipSeq HepG2 NR2F2
+GSM1003563_1	Broad ChipSeq K562 RNF2
+GSM1006907_1	GIS RnaPet SK-N-SH cytosol
+GSM1010739_2	HudsonAlpha ChipSeq SK-N-SH GABP
+GSM1024754_1	UW DnaseSeq H7-hESC diffProtA
+GSM979657_1	RIKEN Cage MCF-7 cytosol
+GSM1003561_1	Broad ChipSeq A549 H3K4me3
+GSM1010741_2	HudsonAlpha ChipSeq HepG2 NFIC
+GSM1010903_1	HudsonAlpha ChipSeq HCT-116 CTCF
+GSM1010821_2	HudsonAlpha ChipSeq HepG2 Pol2-4H8
+GSM1003499_1	Broad ChipSeq NH-A H2A.Z
+GSM1010806_1	HudsonAlpha ChipSeq SK-N-SH USF-1
+GSM1008572_2	Duke DnaseSeq Adult CD4
+GSM1010791_2	HudsonAlpha ChipSeq MCF-7 Rad21
+GSM1010819_2	HudsonAlpha ChipSeq PFSK-1 Pol2-4H8
+GSM1010762_2	HudsonAlpha ChipSeq ECC-1 SRF
+GSM979652_2	RIKEN Cage hMSC-AT cell
+GSM1006913_3	GIS RnaPet IMR90 nucleus
+GSM1010731_2	HudsonAlpha ChipSeq GM12878 FOXM1
+GSM1010877_1	HudsonAlpha ChipSeq K562 STAT5A
+GSM1008566_2	Duke DnaseSeq Frontal cortex
+GSM1010749_1	HudsonAlpha ChipSeq A549 NRSF
+GSM1008562_1	Duke DnaseSeq FibroP AG08396
+GSM1010810_1	HudsonAlpha ChipSeq HepG2 NR2F2
+GSM984612_3	CSHL RnaSeq NHDF cell
+GSM1010870_2	HudsonAlpha ChipSeq HL-60 RevXlinkChromatin
+GSM1003519_1	Broad ChipSeq HepG2 H3K9me3
+GSM1008570_2	Duke DnaseSeq iPS CWRU1
+GSM979641_2	RIKEN Cage HMEpC cell
+GSM1009528_2	GIS RnaPet GM12878 cytosol
+GSM1003471_1	Broad ChipSeq CD20+ H3K4me2
+GSM984609_4	CSHL RnaSeq Monocytes-CD14+ cell
+GSM1024785_1	UW DnaseSeq bone marrow
+GSM1003518_1	Broad ChipSeq HUVEC EZH2
+GSM1003534_1	Broad ChipSeq NH-A H3K9ac
+GSM1010906_1	HudsonAlpha ChipSeq K562 CEBPD
+GSM1024753_1	UW DnaseSeq Th1 Wb54553204Rep1
+GSM1008593_2	Duke DnaseSeq Ishikawa Estradiol
+GSM1022677_1	UW ChipSeq HCM CTCFRep2
+GSM1014511_1	UW DnaseDgf HEEpiC
+GSM1006868_1	UT-A ChipSeq Kidney OC
+GSM1006902_4	GIS RnaPet A549 cell
+GSM1003503_1	Broad ChipSeq HSMMtube H3K27me3
+GSM1010800_2	HudsonAlpha ChipSeq MCF-7 p300
+GSM1008580_1	Duke DnaseSeq K562 SAHA
+GSM1010733_1	HudsonAlpha ChipSeq ECC-1 TAF1
+GSM1008589_2	Duke DnaseSeq GM10248
+GSM1024773_1	UW DnaseSeq M059JRep1
+GSM1010756_2	HudsonAlpha ChipSeq HCT-116 FOSL1
+GSM1006875_1	UT-A ChipSeq MCF-7 serum
+GSM979661_2	RIKEN Cage HWP cell
+GSM1024784_1	UW DnaseSeq MCF-7 Estradiol
+GSM1003579_1	Broad ChipSeq H1-hESC H2A.Z
+GSM1014512_2	UW DnaseDgf NHDF-neo
+GSM1008605_2	Duke DnaseSeq Urothelia
+GSM1014518_1	UW DnaseDgf HCFaa
+GSM1003624_1	Stanford ChipSeq SK-N-SH Input
+GSM1003456_1	Broad ChipSeq A549 H3K36me3
+GSM1008556_2	Duke DnaseSeq GM13977
+GSM1010752_1	HudsonAlpha ChipSeq ECC-1 ZBTB7A
+GSM979640_1	RIKEN Cage HOB cell
+GSM984604_3	CSHL RnaSeq HPIEpC cell
+GSM1011130_1	UNC FaireSeq Small intestine
+GSM1003629_1	Stanford ChipSeq SK-N-SH RFX5
+GSM1006906_4	GIS RnaPet SK-N-SH nucleus
+GSM1022645_1	UW ChipSeq CD20+ RO01794
+GSM1010854_2	HudsonAlpha ChipSeq MCF-7 RevXlinkChromatin
+GSM981244_3	CSHL RnaSeq IMR90 cytosol
+GSM1010799_2	HudsonAlpha ChipSeq SK-N-SH ZBTB33
+GSM1008560_2	Duke DnaseSeq Psoas muscle
+GSM1006909_4	GIS RnaPet A549 cytosol
+GSM1010883_2	HudsonAlpha ChipSeq SK-N-SH RevXlinkChromatin
+GSM984620_4	CSHL RnaSeq HWP cell
+GSM1010752_2	HudsonAlpha ChipSeq ECC-1 ZBTB7A
+GSM984618_1	CSHL RnaSeq HAoEC cell
+GSM1010814_1	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM979632_4	RIKEN Cage A549 cytosol
+GSM984617_4	CSHL RnaSeq NHEM M2
+GSM1010848_2	HudsonAlpha ChipSeq HCT-116 Rad21
+GSM1010745_2	HudsonAlpha ChipSeq GM12878 TCF3
+GSM1010767_2	HudsonAlpha ChipSeq SK-N-SH RXRA
+GSM1006903_1	GIS RnaPet A549 nucleus
+GSM1011120_2	UNC FaireSeq RCC 7860
+GSM1010722_1	HudsonAlpha ChipSeq K562 PML
+GSM1022640_1	UW ChipSeq A549 CTCFRep1
+GSM1010743_2	HudsonAlpha ChipSeq H1-hESC SP4
+GSM1003536_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM1003607_1	Stanford ChipSeq A549 c-Myc
+GSM979662_4	RIKEN Cage NHDF cell
+GSM1003445_1	Broad ChipSeq K562 SAP30
+GSM1010807_2	HudsonAlpha ChipSeq ECC-1 Max
+GSM981243_2	CSHL RnaSeq IMR90 cell
+GSM1011126_1	UNC FaireSeq MRT A204
+GSM981255_3	CSHL RnaSeq HPC-PL cell
+GSM1008556_1	Duke DnaseSeq GM13977
+GSM979643_1	RIKEN Cage HPC-PL cell
+GSM1006910_2	GIS RnaPet SK-N-SH cell
+GSM1024746_1	UW DnaseSeq bone marrow
+GSM1024749_1	UW DnaseSeq Th1 Wb33676984Rep1
+GSM1010827_1	HudsonAlpha ChipSeq A549 p300
+GSM984605_1	CSHL RnaSeq GM12878 nucleolus
+GSM1008599_2	Duke DnaseSeq Mel 2183
+GSM1003467_1	Broad ChipSeq Osteobl H4K20me1
+GSM1006873_1	UT-A ChipSeq GM20000 CTCF
+GSM1010832_1	HudsonAlpha ChipSeq A549 ZBTB33
+GSM1010794_1	HudsonAlpha ChipSeq A549 YY1
+GSM1010772_1	HudsonAlpha ChipSeq HCT-116 TEAD4
+GSM1010815_2	HudsonAlpha ChipSeq H1-hESC RevXlinkChromatin
+GSM1011119_1	UNC FaireSeq Endometrium OC
+GSM1022648_1	UW ChipSeq BE2 C
+GSM979650_2	RIKEN Cage hMSC-UC cell
+GSM1008601_1	Duke DnaseSeq K562 NaBut
+GSM1008582_2	Duke DnaseSeq Monocytes-CD14+
+GSM1003509_1	Broad ChipSeq H1-hESC PHF8
+GSM1010884_1	HudsonAlpha ChipSeq T-47D RevXlinkChromatin
+GSM984606_4	CSHL RnaSeq hMNC-PB cell
+GSM1010842_2	HudsonAlpha ChipSeq ECC-1 TCF12
+GSM981259_3	CSHL RnaSeq Monocytes-CD14+ cell
+GSM1008588_2	Duke DnaseSeq CD20+ RO01794
+GSM1010912_1	UW ChipSeq AG04450 H3K27ac
+GSM1010736_1	HudsonAlpha ChipSeq HUVEC RevXlinkChromatin
+GSM1008569_2	Duke DnaseSeq iPS NIHi11
+GSM1010824_1	HudsonAlpha ChipSeq HUVEC Pol2-4H8
+GSM1024745_1	UW DnaseSeq HMVEC-dAdRep1
+GSM1010721_2	HudsonAlpha ChipSeq GM12878 STAT5A
+GSM1006915_1	GIS RnaPet HUVEC cytosol
+GSM1008597_1	Duke DnaseSeq ECC-1 DMSO
+GSM1014515_1	UW DnaseDgf HCM
+GSM981247_4	CSHL RnaSeq A549 nucleus
+GSM1010862_1	HudsonAlpha ChipSeq MCF-7 Sin3Ak-20
+GSM1010784_1	HudsonAlpha ChipSeq HepG2 NRSF
+GSM1006893_1	UT-A ChipSeq Medullo CTCF
+GSM1010821_1	HudsonAlpha ChipSeq HepG2 Pol2-4H8
+GSM1010835_2	HudsonAlpha ChipSeq SK-N-SH Max
+GSM1011127_1	UNC FaireSeq MRT G401
+GSM1010735_1	HudsonAlpha ChipSeq SK-N-SH NRSF
+GSM1024763_1	UW DnaseSeq HPAECRep1
+GSM1010846_2	HudsonAlpha ChipSeq HCT-116 Egr-1
+GSM1006909_3	GIS RnaPet A549 cytosol
+GSM1010782_1	HudsonAlpha ChipSeq K562 NR2F2
+GSM1006912_3	GIS RnaPet MCF-7 nucleus
+GSM979647_4	RIKEN Cage SK-N-SH nucleus
+GSM1014534_1	UW DnaseDgf HGF
+GSM1003634_1	Stanford ChipSeq GM12878 JunD
+GSM1010898_1	HudsonAlpha ChipSeq H1-hESC Max
+GSM1010817_2	HudsonAlpha ChipSeq SK-N-SH Pol2-4H8
+GSM1006891_2	UT-A ChipSeq GM10248 CTCF
+GSM1010901_1	HudsonAlpha ChipSeq SK-N-SH JunD
+GSM1003532_1	Broad ChipSeq NH-A EZH2
+GSM1010846_1	HudsonAlpha ChipSeq HCT-116 Egr-1
+GSM1014541_1	UW DnaseDgf Th17
+GSM1010769_1	HudsonAlpha ChipSeq MCF-7 FOXM1
+GSM1008559_2	Duke DnaseSeq Heart OC
+GSM979636_4	RIKEN Cage HAoEC cell
+GSM979658_2	RIKEN Cage IMR90 cytosol
+GSM1024757_1	UW DnaseSeq bone marrow
+GSM1022647_1	UW ChipSeq WI-38 InputRep1
+GSM984618_2	CSHL RnaSeq HAoEC cell
+GSM1006872_1	UT-A ChipSeq Spleen OC
+GSM1010875_2	HudsonAlpha ChipSeq HepG2 TEAD4
+GSM1024772_1	UW DnaseSeq LHCN-M2 DIFF
+GSM1006885_2	UT-A ChipSeq GM13976 CTCF
+GSM1006904_3	GIS RnaPet MCF-7 cytosol
+GSM1003609_1	Stanford ChipSeq K562 c-Jun
+GSM979659_2	RIKEN Cage IMR90 nucleus
+GSM1022635_1	UW ChipSeq AG04450 CTCFRep2
+GSM1003582_1	Broad ChipSeq A549 CTCF
+GSM979649_4	RIKEN Cage NHEM M2
+GSM1003565_1	Broad ChipSeq K562 NCoR
+GSM1008601_2	Duke DnaseSeq K562 NaBut
+GSM1003608_1	Stanford ChipSeq K562 GATA1
+GSM1006905_2	GIS RnaPet MCF-7 cell
+GSM984613_3	CSHL RnaSeq HSaVEC cell
+GSM1010804_1	HudsonAlpha ChipSeq H1-neurons NRSF
+GSM1024789_1	UW DnaseSeq CD4+ Naive
+GSM1010802_2	HudsonAlpha ChipSeq ECC-1 CEBPB
+GSM1010813_1	HudsonAlpha ChipSeq A549 SP1
+GSM1010809_1	HudsonAlpha ChipSeq HepG2 ZEB1
+GSM1011124_2	UNC FaireSeq MRT TTC549
+GSM981248_4	CSHL RnaSeq IMR90 nucleus
+GSM1010800_1	HudsonAlpha ChipSeq MCF-7 p300
+GSM1010757_2	HudsonAlpha ChipSeq HCT-116 ATF3
+GSM1008588_1	Duke DnaseSeq CD20+ RO01794
+GSM1006909_1	GIS RnaPet A549 cytosol
+GSM1010766_1	HudsonAlpha ChipSeq A549 E2F6
+GSM1003459_1	Broad ChipSeq CD20+ RO01794
+GSM979647_1	RIKEN Cage SK-N-SH nucleus
+GSM1022630_1	UW ChipSeq HVMF CTCFRep1
+GSM979638_4	RIKEN Cage HFDPC cell
+GSM1010729_2	HudsonAlpha ChipSeq GM12878 MTA3
+GSM979649_3	RIKEN Cage NHEM M2
+GSM1010899_1	HudsonAlpha ChipSeq H1-hESC E2F6
+GSM1010829_1	HudsonAlpha ChipSeq A549 ETS1
+GSM984606_1	CSHL RnaSeq hMNC-PB cell
+GSM1008583_2	Duke DnaseSeq Cerebellum OC
+GSM984613_4	CSHL RnaSeq HSaVEC cell
+GSM979650_3	RIKEN Cage hMSC-UC cell
+GSM1010777_1	HudsonAlpha ChipSeq HepG2 CEBPD
+GSM1010857_2	HudsonAlpha ChipSeq ECC-1 CREB1
+GSM1010798_3	HudsonAlpha ChipSeq SK-N-SH RevXlinkChromatin
+GSM1022655_1	UW ChipSeq WI-38 Input
+GSM979652_4	RIKEN Cage hMSC-AT cell
+GSM979632_1	RIKEN Cage A549 cytosol
+GSM1003530_1	Broad ChipSeq NHLF H2A.Z
+GSM984609_1	CSHL RnaSeq Monocytes-CD14+ cell
+GSM1010760_1	HudsonAlpha ChipSeq GM12878 CREB1
+GSM1008574_1	Duke DnaseSeq ECC-1 Estradiol
+GSM1010768_1	HudsonAlpha ChipSeq MCF-7 FOSL2
+GSM1003531_1	Broad ChipSeq NHLF H3K9me3
+GSM1006885_1	UT-A ChipSeq GM13976 CTCF
+GSM1010801_2	HudsonAlpha ChipSeq ECC-1 Rad21
+GSM1010755_2	HudsonAlpha ChipSeq A549 Pbx3
+GSM1003526_1	Broad ChipSeq NHDF-Ad H3K4me1
+GSM984619_4	CSHL RnaSeq HVMF cell
+GSM1003520_1	Broad ChipSeq HeLa-S3 EZH2
+GSM1008585_2	Duke DnaseSeq SK-N-SH
+GSM1010789_2	HudsonAlpha ChipSeq A549 ATF3
+GSM1010852_2	HudsonAlpha ChipSeq HCT-116 CEBPB
+GSM984616_3	CSHL RnaSeq NHEM.f M2
+GSM981249_4	CSHL RnaSeq IMR90 cell
+GSM981251_3	CSHL RnaSeq SK-N-SH cytosol
+GSM1022634_1	UW ChipSeq WI-38 CTCFRep2
+GSM981245_3	CSHL RnaSeq MCF-7 nucleus
+GSM984621_2	CSHL RnaSeq HMEpC cell
+GSM1010778_1	HudsonAlpha ChipSeq HepG2 CEBPB
+GSM1010819_1	HudsonAlpha ChipSeq PFSK-1 Pol2-4H8
+GSM1014530_2	UW DnaseDgf HCF
+GSM979652_1	RIKEN Cage hMSC-AT cell
+GSM981260_1	CSHL RnaSeq hMSC-AT cell
+GSM1010735_2	HudsonAlpha ChipSeq SK-N-SH NRSF
+GSM979640_3	RIKEN Cage HOB cell
+GSM1022633_1	UW ChipSeq GM12872 CTCFRep3
+GSM979656_1	RIKEN Cage IMR90 cell
+GSM1006902_1	GIS RnaPet A549 cell
+GSM1010737_1	HudsonAlpha ChipSeq HL-60 Pol2-4H8
+GSM979634_4	RIKEN Cage CD20+ cell
+GSM1010864_2	HudsonAlpha ChipSeq MCF-7 GABP
+GSM1003446_1	Broad ChipSeq H1-hESC JARID1A
+GSM1024768_1	UW DnaseSeq HBVSMCRep1
+GSM1006915_2	GIS RnaPet HUVEC cytosol
+GSM981255_1	CSHL RnaSeq HPC-PL cell
+GSM1010892_1	HudsonAlpha ChipSeq MCF-7 JunD
+GSM1003533_1	Broad ChipSeq NH-A H3K4me2
+GSM1010845_1	HudsonAlpha ChipSeq H1-hESC TEAD4
+GSM1003444_1	Broad ChipSeq H1-hESC CHD1
+GSM1008578_1	Duke DnaseSeq Cerebrum frontal
+GSM1022644_1	UW ChipSeq HFF CTCFRep1
+GSM1011129_1	UNC FaireSeq Pancreas OC
+GSM1006890_1	UT-A ChipSeq GM10266 Input
+GSM1003631_1	Stanford ChipSeq SK-N-SH Mxi1
+GSM979646_4	RIKEN Cage SK-N-SH cell
+GSM1014526_2	UW DnaseDgf GM12865
+GSM1010731_1	HudsonAlpha ChipSeq GM12878 FOXM1
+GSM1010749_2	HudsonAlpha ChipSeq A549 NRSF
+GSM1003617_1	Stanford ChipSeq GM12878 SREBP1
+GSM1010839_1	HudsonAlpha ChipSeq MCF-7 SRF
+GSM1024766_1	UW DnaseSeq CD20+ RO01778Rep2
+GSM979654_4	RIKEN Cage MCF-7 nucleus
+GSM1014515_2	UW DnaseDgf HCM
+GSM984615_1	CSHL RnaSeq SkMC cell
+GSM1014533_2	UW DnaseDgf HMVEC-dLy-Neo
+GSM1010734_2	HudsonAlpha ChipSeq MCF-7 CTCF
+GSM1010753_2	HudsonAlpha ChipSeq ECC-1 YY1
+GSM1010838_2	HudsonAlpha ChipSeq MCF-7 PML
+GSM1010863_1	HudsonAlpha ChipSeq MCF-7 Max
+GSM1010746_1	HudsonAlpha ChipSeq A549 TCF12
+GSM979646_2	RIKEN Cage SK-N-SH cell
+GSM1010745_1	HudsonAlpha ChipSeq GM12878 TCF3
+GSM1010763_2	HudsonAlpha ChipSeq SK-N-SH p300
+GSM1008591_1	Duke DnaseSeq GM13976
+GSM1003541_1	Broad ChipSeq A549 Control
+GSM1010854_3	HudsonAlpha ChipSeq MCF-7 RevXlinkChromatin
+GSM979648_3	RIKEN Cage SK-N-SH cytosol
+GSM1010868_1	HudsonAlpha ChipSeq A549 TEAD4
+GSM1008581_2	Duke DnaseSeq MCF-7 CTCF
+GSM1024795_1	UW DnaseSeq NT2-D1Rep2
+GSM979656_4	RIKEN Cage IMR90 cell
+GSM1014535_1	UW DnaseDgf RPMI-7951
+GSM1006908_3	GIS RnaPet IMR90 cell
+GSM1010799_1	HudsonAlpha ChipSeq SK-N-SH ZBTB33
+GSM979663_3	RIKEN Cage NHEM.f M2
+GSM1008568_1	Duke DnaseSeq Fibrobl GM03348
+GSM1010871_1	HudsonAlpha ChipSeq A549 CEBPB
+GSM1008557_1	Duke DnaseSeq Naive B
+GSM979643_3	RIKEN Cage HPC-PL cell
+GSM1024758_1	UW DnaseSeq H7-hESC diffProtA
+GSM981246_3	CSHL RnaSeq A549 cytosol
+GSM1003458_1	Broad ChipSeq A549 H4K20me1
+GSM1010762_1	HudsonAlpha ChipSeq ECC-1 SRF
+GSM1010850_2	HudsonAlpha ChipSeq GM12878 CEBPB
+GSM1003630_1	Stanford ChipSeq SK-N-SH Nrf1
+GSM1003610_1	Stanford ChipSeq K562 ZC3H11A
+GSM1024759_1	UW DnaseSeq H7-hESC diffProtA
+GSM1010786_2	HudsonAlpha ChipSeq PFSK-1 NRSF
+GSM1003504_1	Broad ChipSeq K562 HDAC6
+GSM1010784_2	HudsonAlpha ChipSeq HepG2 NRSF
+GSM1010866_3	HudsonAlpha ChipSeq A549 RevXlinkChromatin
+GSM1010798_2	HudsonAlpha ChipSeq SK-N-SH RevXlinkChromatin
+GSM1014537_1	UW DnaseDgf CD4+ Naive
+GSM1010719_2	HudsonAlpha ChipSeq A549 CREB1
+GSM1003491_1	Broad ChipSeq NH-A H3K9me3
+GSM1014521_2	UW DnaseDgf Th2
+GSM1008605_1	Duke DnaseSeq Urothelia
+GSM1024756_1	UW DnaseSeq NHBE RARep2
+GSM1008600_2	Duke DnaseSeq iPS NIHi7
+GSM984621_1	CSHL RnaSeq HMEpC cell
+GSM1022629_1	UW ChipSeq GM12873 CTCFRep3
+GSM1014526_1	UW DnaseDgf GM12865
+GSM1022656_1	UW ChipSeq H7-hESC Input
+GSM1010758_2	HudsonAlpha ChipSeq HCT-116 CBX3
+GSM1008579_2	Duke DnaseSeq GC B
+GSM1014528_1	UW DnaseDgf HUVEC
+GSM1008586_1	Duke DnaseSeq IMR90
+GSM1008571_1	Duke DnaseSeq Colo829
+GSM1008590_1	Duke DnaseSeq GM10266
+GSM1010887_1	HudsonAlpha ChipSeq SK-N-SH Pbx3
+GSM1010891_2	HudsonAlpha ChipSeq MCF-7 NRSF
+GSM979632_3	RIKEN Cage A549 cytosol
+GSM1010725_2	HudsonAlpha ChipSeq A549 FOXA1
+GSM1006908_4	GIS RnaPet IMR90 cell
+GSM1003482_1	Broad ChipSeq HSMMtube H3K9me3
+GSM981244_2	CSHL RnaSeq IMR90 cytosol
+GSM1003576_1	Broad ChipSeq K562 EZH2
+GSM1003511_1	Broad ChipSeq A549 H3K4me2
+GSM1010760_2	HudsonAlpha ChipSeq GM12878 CREB1
+GSM1003560_1	Broad ChipSeq K562 SIRT6
+GSM979663_4	RIKEN Cage NHEM.f M2
+GSM984613_1	CSHL RnaSeq HSaVEC cell
+GSM1010771_2	HudsonAlpha ChipSeq GM12878 PML
+GSM1006878_1	UT-A ChipSeq MCF-7 serum
+GSM1010873_1	HudsonAlpha ChipSeq H1-neurons RevXlinkChromatin
+GSM1003622_1	Stanford ChipSeq K562 CDP
+GSM1010720_1	HudsonAlpha ChipSeq A549 CREB1
+GSM1010813_2	HudsonAlpha ChipSeq A549 SP1
+GSM979633_1	RIKEN Cage A549 nucleus
+GSM1014510_1	UW DnaseDgf HVMF
+GSM984615_3	CSHL RnaSeq SkMC cell
+GSM1003450_1	Broad ChipSeq K562 PHF8
+GSM1003469_1	Broad ChipSeq Dnd41 H3K79me2
+GSM979661_4	RIKEN Cage HWP cell
+GSM1010880_2	HudsonAlpha ChipSeq SK-N-SH NFIC
+GSM1010824_2	HudsonAlpha ChipSeq HUVEC Pol2-4H8
+GSM1008594_2	Duke DnaseSeq Ishikawa 4OHTAM
+GSM1008574_2	Duke DnaseSeq ECC-1 Estradiol
+GSM981256_4	CSHL RnaSeq CD20+ cell
+GSM1010750_2	HudsonAlpha ChipSeq SK-N-SH FOXM1
+GSM1010900_1	HudsonAlpha ChipSeq SK-N-SH TCF12
+GSM1008573_2	Duke DnaseSeq HEK293T
+GSM1003543_1	Broad ChipSeq A549 H3K79me2
+GSM1010902_1	HudsonAlpha ChipSeq HCT-116 SP1
+GSM1006877_2	UT-A ChipSeq MCF-7 serum
+GSM1003615_1	Stanford ChipSeq IMR90 RFX5
+GSM1010914_2	UW ChipSeq AG04450 H3K9me3
+GSM984614_2	CSHL RnaSeq HAoAF cell
+GSM1010851_2	HudsonAlpha ChipSeq HCT-116 SRF
+GSM981252_2	CSHL RnaSeq MCF-7 cytosol
+GSM1024792_1	UW DnaseSeq Th2Rep2
+GSM1010888_1	HudsonAlpha ChipSeq ECC-1 Egr-1
+GSM1006893_2	UT-A ChipSeq Medullo CTCF
+GSM1024767_1	UW DnaseSeq MCF-7 Estradiol
+GSM979646_1	RIKEN Cage SK-N-SH cell
+GSM1022669_1	UW ChipSeq HFF-Myc CTCFRep2
+GSM1010811_1	HudsonAlpha ChipSeq MCF-7 TAF1
+GSM1010825_1	HudsonAlpha ChipSeq MCF-7 HDAC2
+GSM1022662_1	UW ChipSeq HAc CTCFRep2
+GSM1014517_2	UW DnaseDgf A549
+GSM981256_3	CSHL RnaSeq CD20+ cell
+GSM1010759_2	HudsonAlpha ChipSeq ECC-1 p300
+GSM1006907_4	GIS RnaPet SK-N-SH cytosol
+GSM1010788_2	HudsonAlpha ChipSeq PANC-1 Pol2-4H8
+GSM1006902_2	GIS RnaPet A549 cell
+GSM1010764_1	HudsonAlpha ChipSeq MCF-7 ELF1
+GSM1010773_2	HudsonAlpha ChipSeq SK-N-SH TAF1
+GSM1014537_2	UW DnaseDgf CD4+ Naive
+GSM1011123_1	UNC FaireSeq Kidney OC
+GSM1006884_1	UT-A ChipSeq GM20000 Input
+GSM1014509_2	UW DnaseDgf NHLF
+GSM1014531_1	UW DnaseDgf HFF
+GSM1010875_1	HudsonAlpha ChipSeq HepG2 TEAD4
+GSM1011121_1	UNC FaireSeq MCF-7 Estradiol
+GSM1006867_1	UT-A ChipSeq Heart OC
+GSM984607_2	CSHL RnaSeq hMSC-UC cell
+GSM1010765_1	HudsonAlpha ChipSeq HCT-116 ELF1
+GSM1006902_3	GIS RnaPet A549 cell
+GSM1003505_1	Broad ChipSeq NHDF-Ad H2A.Z
+GSM1024747_1	UW DnaseSeq HMVEC-dAdRep2
+GSM979648_2	RIKEN Cage SK-N-SH cytosol
+GSM1003453_1	Broad ChipSeq A549 H3K4me1
+GSM1010833_1	HudsonAlpha ChipSeq A549 GABP
+GSM1022639_1	UW ChipSeq A549 CTCFRep2
+GSM1003529_1	Broad ChipSeq NHLF EZH2
+GSM1003578_1	Broad ChipSeq A549 H3K27ac
+GSM1006870_1	UT-A ChipSeq GM10266 CTCF
+GSM1003516_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM979651_1	RIKEN Cage hMSC-BM cell
+GSM1010786_1	HudsonAlpha ChipSeq PFSK-1 NRSF
+GSM1008584_2	Duke DnaseSeq Olf neurosphere
+GSM1003479_1	Broad ChipSeq H1-hESC JMJD2A
+GSM984607_4	CSHL RnaSeq hMSC-UC cell
+GSM1024743_1	UW DnaseSeq PrECRep2
+GSM1006905_1	GIS RnaPet MCF-7 cell
+GSM1003548_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM1014536_2	UW DnaseDgf T-47D
+GSM979639_3	RIKEN Cage HCH cell
+GSM1024742_1	UW DnaseSeq PrECRep1
+GSM1003580_1	Broad ChipSeq A549 H2A.Z
+GSM1006908_2	GIS RnaPet IMR90 cell
+GSM1010904_1	HudsonAlpha ChipSeq HCT-116 Max
+GSM984620_2	CSHL RnaSeq HWP cell
+GSM1010893_1	HudsonAlpha ChipSeq GM12878 RUNX3
+GSM979657_4	RIKEN Cage MCF-7 cytosol
+GSM1010901_2	HudsonAlpha ChipSeq SK-N-SH JunD
+GSM1010895_1	HudsonAlpha ChipSeq K562 TEAD4
+GSM1010894_3	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM1003554_1	Broad ChipSeq NHDF-Ad H3K79me2
+GSM1010860_1	HudsonAlpha ChipSeq MCF-7 TEAD4
+GSM1003550_1	Broad ChipSeq NHDF-Ad EZH2
+GSM1006878_2	UT-A ChipSeq MCF-7 serum
+GSM1014519_1	UW DnaseDgf HMVEC-LBl
+GSM1014541_2	UW DnaseDgf Th17
+GSM1022631_1	UW ChipSeq HMEC CTCFRep2
+GSM1010732_2	HudsonAlpha ChipSeq K562 CBX3
+GSM1008595_1	Duke DnaseSeq RWPE1
+GSM1010878_1	HudsonAlpha ChipSeq K562 CEBPB
+GSM1010848_1	HudsonAlpha ChipSeq HCT-116 Rad21
+GSM981249_1	CSHL RnaSeq IMR90 cell
+GSM1003556_1	Broad ChipSeq HUVEC H2A.Z
+GSM1014525_1	UW DnaseDgf CD20+ RO01778
+GSM1010867_2	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM1010823_2	HudsonAlpha ChipSeq T-47D ERalpha
+GSM984619_3	CSHL RnaSeq HVMF cell
+GSM1008575_2	Duke DnaseSeq FibroP AG08395
+GSM1008560_1	Duke DnaseSeq Psoas muscle
+GSM984606_3	CSHL RnaSeq hMNC-PB cell
+GSM1010862_2	HudsonAlpha ChipSeq MCF-7 Sin3Ak-20
+GSM1003451_1	Broad ChipSeq H1-hESC SIRT6
+GSM1010779_2	HudsonAlpha ChipSeq GM12878 NFATC1
+GSM984604_2	CSHL RnaSeq HPIEpC cell
+GSM1003513_1	Broad ChipSeq H1-hESC P300
+GSM1006913_4	GIS RnaPet IMR90 nucleus
+GSM1022676_1	UW ChipSeq NHDF-neo CTCFRep2
+GSM1010890_1	HudsonAlpha ChipSeq K562 CREB1
+GSM981251_1	CSHL RnaSeq SK-N-SH cytosol
+GSM1010806_2	HudsonAlpha ChipSeq SK-N-SH USF-1
+GSM979644_2	RIKEN Cage HUVEC nucleus
+GSM1003512_1	Broad ChipSeq A549 H3K79me2
+GSM1006892_1	UT-A ChipSeq Medullo Input
+GSM1014539_1	UW DnaseDgf LHCN-M2 DIFF
+GSM1003627_1	Stanford ChipSeq SK-N-SH SMC3
+GSM1003611_1	Stanford ChipSeq K562 ZNF-MIZD-CP1
+GSM1014513_1	UW DnaseDgf NB4
+GSM1010774_2	HudsonAlpha ChipSeq ECC-1 CTCF
+GSM1006883_1	UT-A ChipSeq Spleen OC
+GSM1011126_2	UNC FaireSeq MRT A204
+GSM1014520_1	UW DnaseDgf HIPEpiC
+GSM1014518_2	UW DnaseDgf HCFaa
+GSM1010772_2	HudsonAlpha ChipSeq HCT-116 TEAD4
+GSM979642_3	RIKEN Cage HPIEpC cell
+GSM1014521_1	UW DnaseDgf Th2
+GSM981246_2	CSHL RnaSeq A549 cytosol
+GSM981250_4	CSHL RnaSeq SK-N-SH nucleus
+GSM979650_1	RIKEN Cage hMSC-UC cell
+GSM1010849_1	HudsonAlpha ChipSeq K562 TRIM28
+GSM1006866_1	UT-A ChipSeq MCF-7 serum
+GSM1006912_1	GIS RnaPet MCF-7 nucleus
+GSM1024781_1	UW DnaseSeq NHBE RARep1
+GSM981251_4	CSHL RnaSeq SK-N-SH cytosol
+GSM984611_3	CSHL RnaSeq HCH cell
+GSM1003584_1	Broad ChipSeq H1-hESC RBBP5
+GSM1024777_1	UW DnaseSeq GM04503Rep1
+GSM979660_2	RIKEN Cage HVMF cell
+GSM979638_1	RIKEN Cage HFDPC cell
+GSM1014508_2	UW DnaseDgf HA-sp
+GSM1006914_2	GIS RnaPet HeLa-S3 nucleus
+GSM1003626_1	Stanford ChipSeq SK-N-SH p300
+GSM1010897_2	HudsonAlpha ChipSeq SK-N-SH YY1
+GSM1022666_1	UW ChipSeq RPTEC CTCFRep2
+GSM979657_2	RIKEN Cage MCF-7 cytosol
+GSM1010795_1	HudsonAlpha ChipSeq A549 RevXlinkChromatin
+GSM1003485_1	Broad ChipSeq HMEC H3K9me3
+GSM979662_1	RIKEN Cage NHDF cell
+GSM1003613_1	Stanford ChipSeq IMR90 MAZ
+GSM979637_4	RIKEN Cage HAoAF cell
+GSM1011123_2	UNC FaireSeq Kidney OC
+GSM984607_1	CSHL RnaSeq hMSC-UC cell
+GSM1010751_2	HudsonAlpha ChipSeq SK-N-SH ELF1
+GSM1008580_2	Duke DnaseSeq K562 SAHA
+GSM1006904_1	GIS RnaPet MCF-7 cytosol
+GSM979640_4	RIKEN Cage HOB cell
+GSM979645_4	RIKEN Cage HSaVEC cell
+GSM1010750_1	HudsonAlpha ChipSeq SK-N-SH FOXM1
+GSM1024751_1	UW DnaseSeq NT2-D1Rep1
+GSM984619_2	CSHL RnaSeq HVMF cell
+GSM1010803_2	HudsonAlpha ChipSeq H1-neurons Pol2-4H8
+GSM984618_3	CSHL RnaSeq HAoEC cell
+GSM1022638_1	UW ChipSeq SK-N-MC InputRep1
+GSM1008596_1	Duke DnaseSeq H7-hESC
+GSM981260_3	CSHL RnaSeq hMSC-AT cell
+GSM1003552_1	Broad ChipSeq Dnd41 H3K9ac
+GSM1010826_1	HudsonAlpha ChipSeq A549 FOXA1
+GSM1010866_2	HudsonAlpha ChipSeq A549 RevXlinkChromatin
+GSM981253_1	CSHL RnaSeq SK-N-SH cell
+GSM979663_1	RIKEN Cage NHEM.f M2
+GSM981247_1	CSHL RnaSeq A549 nucleus
+GSM979633_4	RIKEN Cage A549 nucleus
+GSM1010835_1	HudsonAlpha ChipSeq SK-N-SH Max
+GSM1014540_2	UW DnaseDgf Th1 Wb33676984
+GSM1010822_2	HudsonAlpha ChipSeq HL-60 GABP
+GSM979640_2	RIKEN Cage HOB cell
+GSM1014522_2	UW DnaseDgf Th2 Wb54553204
+GSM1006905_4	GIS RnaPet MCF-7 cell
+GSM979657_3	RIKEN Cage MCF-7 cytosol
+GSM1022664_1	UW ChipSeq GM12864 CTCFRep3
+GSM1008561_2	Duke DnaseSeq FibroP AG20443
+GSM979658_3	RIKEN Cage IMR90 cytosol
+GSM979631_1	RIKEN Cage HeLa-S3 nucleus
+GSM1008577_1	Duke DnaseSeq Medullo D341
+GSM1010756_1	HudsonAlpha ChipSeq HCT-116 FOSL1
+GSM1010879_1	HudsonAlpha ChipSeq A549 SIX5
+GSM1014523_2	UW DnaseDgf Treg Wb78495824
+GSM1006910_1	GIS RnaPet SK-N-SH cell
+GSM979641_1	RIKEN Cage HMEpC cell
+GSM979644_1	RIKEN Cage HUVEC nucleus
+GSM1010764_2	HudsonAlpha ChipSeq MCF-7 ELF1
+GSM1003473_1	Broad ChipSeq H1-hESC CHD7
+GSM1003528_1	Broad ChipSeq NHEK H3K9me3
+GSM1010883_4	HudsonAlpha ChipSeq SK-N-SH RevXlinkChromatin
+GSM1010869_1	HudsonAlpha ChipSeq HCT-116 NRSF
+GSM1022625_1	UW ChipSeq CD20+ RO01778
+GSM984605_3	CSHL RnaSeq GM12878 nucleolus
+GSM981260_2	CSHL RnaSeq hMSC-AT cell
+GSM1008561_1	Duke DnaseSeq FibroP AG20443
+GSM1010793_1	HudsonAlpha ChipSeq SK-N-MC Pol2-4H8
+GSM1010895_2	HudsonAlpha ChipSeq K562 TEAD4
+GSM1010802_1	HudsonAlpha ChipSeq ECC-1 CEBPB
+GSM1008602_2	Duke DnaseSeq K562 G1
+GSM981256_1	CSHL RnaSeq CD20+ cell
+GSM1010893_2	HudsonAlpha ChipSeq GM12878 RUNX3
+GSM1010844_2	HudsonAlpha ChipSeq MCF-7 Egr-1
+GSM1006882_2	UT-A ChipSeq Lung OC
+GSM1010725_1	HudsonAlpha ChipSeq A549 FOXA1
+GSM1006873_2	UT-A ChipSeq GM20000 CTCF
+GSM984612_1	CSHL RnaSeq NHDF cell
+GSM1010847_2	HudsonAlpha ChipSeq HCT-116 JunD
+GSM1010882_2	HudsonAlpha ChipSeq A549 Sin3Ak-20
+GSM1003551_1	Broad ChipSeq Dnd41 H3K9me3
+GSM1003628_1	Stanford ChipSeq SK-N-SH Rad21
+GSM1010822_1	HudsonAlpha ChipSeq HL-60 GABP
+GSM1011129_2	UNC FaireSeq Pancreas OC
+GSM1008604_2	Duke DnaseSeq Adult CD4
+GSM979656_3	RIKEN Cage IMR90 cell
+GSM984614_3	CSHL RnaSeq HAoAF cell
+GSM1010742_1	HudsonAlpha ChipSeq H1-hESC ATF2
+GSM981245_2	CSHL RnaSeq MCF-7 nucleus
+GSM1010793_2	HudsonAlpha ChipSeq SK-N-MC Pol2-4H8
+GSM1003540_1	Broad ChipSeq A549 Control
+GSM1010857_1	HudsonAlpha ChipSeq ECC-1 CREB1
+GSM1010843_1	HudsonAlpha ChipSeq HL-60 PU.1
+GSM1006904_2	GIS RnaPet MCF-7 cytosol
+GSM1003621_1	Stanford ChipSeq K562 ZNF384
+GSM1014536_1	UW DnaseDgf T-47D
+GSM1003537_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM1010790_1	HudsonAlpha ChipSeq A549 ELF1
+GSM1006910_4	GIS RnaPet SK-N-SH cell
+GSM984610_2	CSHL RnaSeq HOB cell
+GSM1014524_1	UW DnaseDgf LHCN-M2
+GSM1024775_1	UW DnaseSeq GM04504Rep1
+GSM1008576_2	Duke DnaseSeq T-47D Estradiol
+GSM1010890_2	HudsonAlpha ChipSeq K562 CREB1
+GSM1014528_2	UW DnaseDgf HUVEC
+GSM981252_3	CSHL RnaSeq MCF-7 cytosol
+GSM979659_1	RIKEN Cage IMR90 nucleus
+GSM1006907_3	GIS RnaPet SK-N-SH cytosol
+GSM1010809_2	HudsonAlpha ChipSeq HepG2 ZEB1
+GSM1010831_1	HudsonAlpha ChipSeq HepG2 ZBTB7A
+GSM1010778_2	HudsonAlpha ChipSeq HepG2 CEBPB
+GSM1010783_2	HudsonAlpha ChipSeq MCF-7 GATA3
+GSM1010820_2	HudsonAlpha ChipSeq K562 CTCF
+GSM1014534_2	UW DnaseDgf HGF
+GSM1010872_1	HudsonAlpha ChipSeq HCT-116 RevXlinkChromatin
+GSM1024786_1	UW DnaseSeq LHCN-M2Rep2
+GSM979663_2	RIKEN Cage NHEM.f M2
+GSM1010876_1	HudsonAlpha ChipSeq HepG2 MYBL2
+GSM981255_4	CSHL RnaSeq HPC-PL cell
+GSM1006895_1	UT-A ChipSeq GM10248 Input
+GSM1010859_1	HudsonAlpha ChipSeq PANC-1 NRSF
+GSM1010737_2	HudsonAlpha ChipSeq HL-60 Pol2-4H8
+GSM984616_2	CSHL RnaSeq NHEM.f M2
+GSM979654_1	RIKEN Cage MCF-7 nucleus
+GSM1011130_2	UNC FaireSeq Small intestine
+GSM984615_4	CSHL RnaSeq SkMC cell
+GSM1008558_2	Duke DnaseSeq K562 SAHA
+GSM1006882_1	UT-A ChipSeq Lung OC
+GSM1014510_2	UW DnaseDgf HVMF
+GSM979653_4	RIKEN Cage SkMC cell
+GSM1008606_2	Duke DnaseSeq Urothelia UT189
+GSM1010783_1	HudsonAlpha ChipSeq MCF-7 GATA3
+GSM1014512_1	UW DnaseDgf NHDF-neo
+GSM1022667_1	UW ChipSeq RPTEC CTCFRep1
+GSM1024788_1	UW DnaseSeq HSMMtubeRep2
+GSM1011125_1	UNC FaireSeq Colon OC
+GSM1003455_1	Broad ChipSeq A549 H3K27me3
+GSM1014519_2	UW DnaseDgf HMVEC-LBl
+GSM1006876_1	UT-A ChipSeq MCF-7 serum
+GSM1010834_1	HudsonAlpha ChipSeq SK-N-SH MEF2A
+GSM984610_3	CSHL RnaSeq HOB cell
+GSM1003486_1	Broad ChipSeq NHDF-Ad H4K20me1
+GSM1010834_2	HudsonAlpha ChipSeq SK-N-SH MEF2A
+GSM1022670_1	UW ChipSeq H7-hESC Input
+GSM1003573_1	Broad ChipSeq H1-hESC SUZ12
+GSM1010878_2	HudsonAlpha ChipSeq K562 CEBPB
+GSM1010902_2	HudsonAlpha ChipSeq HCT-116 SP1
+GSM1024750_1	UW DnaseSeq HBVPRep1
+GSM1010888_2	HudsonAlpha ChipSeq ECC-1 Egr-1
+GSM1010741_1	HudsonAlpha ChipSeq HepG2 NFIC
+GSM984604_4	CSHL RnaSeq HPIEpC cell
+GSM981254_1	CSHL RnaSeq CD20+ cell
+GSM981255_2	CSHL RnaSeq HPC-PL cell
+GSM1010872_2	HudsonAlpha ChipSeq HCT-116 RevXlinkChromatin
+GSM984618_4	CSHL RnaSeq HAoEC cell
+GSM1010776_1	HudsonAlpha ChipSeq H1-hESC SP2
+GSM1024791_1	UW DnaseSeq Monocytes-CD14+ RO01746Rep2
+GSM1003489_1	Broad ChipSeq NHEK EZH2
+GSM1010856_1	HudsonAlpha ChipSeq ECC-1 FOXM1
+GSM979635_2	RIKEN Cage CD34+ Mobilized
+GSM1014524_2	UW DnaseDgf LHCN-M2
+GSM1006881_1	UT-A ChipSeq Pancreas OC
+GSM1010892_2	HudsonAlpha ChipSeq MCF-7 JunD
+GSM1014531_2	UW DnaseDgf HFF
+GSM1010871_2	HudsonAlpha ChipSeq A549 CEBPB
+GSM984612_2	CSHL RnaSeq NHDF cell
+GSM984617_1	CSHL RnaSeq NHEM M2
+GSM979658_4	RIKEN Cage IMR90 cytosol
+GSM1022636_1	UW ChipSeq GM12865 CTCFRep3
+GSM1010820_1	HudsonAlpha ChipSeq K562 CTCF
+GSM1003462_1	Broad ChipSeq Dnd41 H3K27ac
+GSM981247_2	CSHL RnaSeq A549 nucleus
+GSM1024765_1	UW DnaseSeq CD20+ RO01778Rep1
+GSM1003527_1	Broad ChipSeq NHEK H3K79me2
+GSM1003581_1	Broad ChipSeq A549 CTCF
+GSM979637_1	RIKEN Cage HAoAF cell
+GSM1011124_1	UNC FaireSeq MRT TTC549
+GSM1006912_4	GIS RnaPet MCF-7 nucleus
+GSM981253_3	CSHL RnaSeq SK-N-SH cell
+GSM1010733_2	HudsonAlpha ChipSeq ECC-1 TAF1
+GSM1014532_1	UW DnaseDgf HMVEC-dBl-Neo
+GSM1006886_1	UT-A ChipSeq Kidney OC
+GSM1014529_2	UW DnaseDgf HMVEC-LLy
+GSM1006911_4	GIS RnaPet IMR90 cytosol
+GSM1003538_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM1010889_1	HudsonAlpha ChipSeq MCF-7 CEBPB
+GSM984608_4	CSHL RnaSeq hMSC-BM cell
+GSM1006911_1	GIS RnaPet IMR90 cytosol
+GSM979653_2	RIKEN Cage SkMC cell
+GSM1003544_1	Broad ChipSeq A549 H3K9ac
+GSM1011127_2	UNC FaireSeq MRT G401
+GSM1006894_1	UT-A ChipSeq GM13976 Input
+GSM1003602_1	Stanford ChipSeq GM12878 ZNF384
+GSM1010832_2	HudsonAlpha ChipSeq A549 ZBTB33
+GSM979637_3	RIKEN Cage HAoAF cell
+GSM1010771_1	HudsonAlpha ChipSeq GM12878 PML
+GSM1008570_1	Duke DnaseSeq iPS CWRU1
+GSM979646_3	RIKEN Cage SK-N-SH cell
+GSM1008571_2	Duke DnaseSeq Colo829
+GSM1011121_2	UNC FaireSeq MCF-7 Estradiol
+GSM981247_3	CSHL RnaSeq A549 nucleus
+GSM1003523_1	Broad ChipSeq HSMMtube EZH2
+GSM1006886_2	UT-A ChipSeq Kidney OC
+GSM1010881_2	HudsonAlpha ChipSeq GM12878 NFIC
+GSM981256_2	CSHL RnaSeq CD20+ cell
+GSM1022673_1	UW ChipSeq HAc InputRep1
+GSM1010840_2	HudsonAlpha ChipSeq SK-N-SH FOSL2
+GSM1022652_1	UW ChipSeq HCT-116 CTCFRep1
+GSM1010785_2	HudsonAlpha ChipSeq PANC-1 Sin3Ak-20
+GSM981259_2	CSHL RnaSeq Monocytes-CD14+ cell
+GSM1003510_1	Broad ChipSeq K562 CHD4
+GSM1024778_1	UW DnaseSeq H7-hESC diffProtA
+GSM979643_2	RIKEN Cage HPC-PL cell
+GSM1003447_1	Broad ChipSeq K562 HDAC2
+GSM1010838_1	HudsonAlpha ChipSeq MCF-7 PML
+GSM1014516_2	UW DnaseDgf HA-h
+GSM1010785_1	HudsonAlpha ChipSeq PANC-1 Sin3Ak-20
+GSM979636_2	RIKEN Cage HAoEC cell
+GSM1008600_1	Duke DnaseSeq iPS NIHi7
+GSM981258_2	CSHL RnaSeq HFDPC cell
+GSM1010728_1	HudsonAlpha ChipSeq A549 Max
+GSM1008603_2	Duke DnaseSeq MCF-7 Randomized
+GSM981250_3	CSHL RnaSeq SK-N-SH nucleus
+GSM1010816_1	HudsonAlpha ChipSeq SK-N-SH Sin3Ak-20
+GSM1010865_1	HudsonAlpha ChipSeq HepG2 Max
+GSM1022661_1	UW ChipSeq HAc CTCFRep1
+GSM979633_3	RIKEN Cage A549 nucleus
+GSM1006875_2	UT-A ChipSeq MCF-7 serum
+GSM979634_2	RIKEN Cage CD20+ cell
+GSM1006907_2	GIS RnaPet SK-N-SH cytosol
+GSM1010836_2	HudsonAlpha ChipSeq HCT-116 USF-1
+GSM1008599_1	Duke DnaseSeq Mel 2183
+GSM1010761_1	HudsonAlpha ChipSeq A549 Rad21
+GSM1010874_1	HudsonAlpha ChipSeq ECC-1 RevXlinkChromatin
+GSM1003464_1	Broad ChipSeq Dnd41 CTCF
+GSM1003586_1	Broad ChipSeq K562 PLU1
+GSM1008576_1	Duke DnaseSeq T-47D Estradiol
+GSM1011125_2	UNC FaireSeq Colon OC
+GSM1010775_1	HudsonAlpha ChipSeq A549 BCL3
+GSM1008564_2	Duke DnaseSeq Fibrobl GM03348
+GSM1003508_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM979651_4	RIKEN Cage hMSC-BM cell
+GSM1003472_1	Broad ChipSeq H1-hESC HDAC2
+GSM979645_3	RIKEN Cage HSaVEC cell
+GSM1003577_1	Broad ChipSeq A549 H3K27me3
+GSM1010898_2	HudsonAlpha ChipSeq H1-hESC Max
+GSM1003454_1	Broad ChipSeq A549 H3K9me3
+GSM1006903_2	GIS RnaPet A549 nucleus
+GSM1010876_2	HudsonAlpha ChipSeq HepG2 MYBL2
+GSM1010831_2	HudsonAlpha ChipSeq HepG2 ZBTB7A
+GSM1008557_2	Duke DnaseSeq Naive B
+GSM984611_2	CSHL RnaSeq HCH cell
+GSM1010738_2	HudsonAlpha ChipSeq SK-N-SH GATA3
+GSM1010842_1	HudsonAlpha ChipSeq ECC-1 TCF12
+GSM979634_1	RIKEN Cage CD20+ cell
+GSM1008585_1	Duke DnaseSeq SK-N-SH
+GSM1024744_1	UW DnaseSeq Treg Wb78495824Rep1
+GSM1003545_1	Broad ChipSeq K562 SUZ12
+GSM1024771_1	UW DnaseSeq LHCN-M2 DIFF
+GSM1014529_1	UW DnaseDgf HMVEC-LLy
+GSM984614_4	CSHL RnaSeq HAoAF cell
+GSM1014539_2	UW DnaseDgf LHCN-M2 DIFF
+GSM1008568_2	Duke DnaseSeq Fibrobl GM03348
+GSM1022668_1	UW ChipSeq HA-sp CTCFRep2
+GSM1003463_1	Broad ChipSeq Dnd41 H3K36me3
+GSM1010883_1	HudsonAlpha ChipSeq SK-N-SH RevXlinkChromatin
+GSM1010721_1	HudsonAlpha ChipSeq GM12878 STAT5A
+GSM1003585_1	Broad ChipSeq H1-hESC H3K9me3
+GSM984620_3	CSHL RnaSeq HWP cell
+GSM1022650_1	UW ChipSeq BE2 C
+GSM979650_4	RIKEN Cage hMSC-UC cell
+GSM1010751_1	HudsonAlpha ChipSeq SK-N-SH ELF1
+GSM1003521_1	Broad ChipSeq Dnd41 H3K27me3
+GSM1010853_1	HudsonAlpha ChipSeq PANC-1 RevXlinkChromatin
+GSM1008590_2	Duke DnaseSeq GM10266
+GSM1010840_1	HudsonAlpha ChipSeq SK-N-SH FOSL2
+GSM1003542_1	Broad ChipSeq A549 H3K4me3
+GSM981243_4	CSHL RnaSeq IMR90 cell
+GSM1022651_1	UW ChipSeq HCT-116 CTCFRep2
+GSM1010869_2	HudsonAlpha ChipSeq HCT-116 NRSF
+GSM1014511_2	UW DnaseDgf HEEpiC
+GSM1006869_2	UT-A ChipSeq GM13977 CTCF
+GSM1003522_1	Broad ChipSeq Dnd41 EZH2
+GSM979655_1	RIKEN Cage Monocytes-CD14+ cell
+GSM1010900_2	HudsonAlpha ChipSeq SK-N-SH TCF12
+GSM1003481_1	Broad ChipSeq Dnd41 H4K20me1
+GSM1003604_1	Stanford ChipSeq GM12878 CDP
+GSM1010845_2	HudsonAlpha ChipSeq H1-hESC TEAD4
+GSM1003547_1	Broad ChipSeq H1-hESC H3K79me2
+GSM1022627_1	UW ChipSeq HFF InputRep1
+GSM1010866_1	HudsonAlpha ChipSeq A549 RevXlinkChromatin
+GSM1010790_2	HudsonAlpha ChipSeq A549 ELF1
+GSM1010847_1	HudsonAlpha ChipSeq HCT-116 JunD
+GSM1010894_2	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM1010792_1	HudsonAlpha ChipSeq PANC-1 NRSF
+GSM1010738_1	HudsonAlpha ChipSeq SK-N-SH GATA3
+GSM979643_4	RIKEN Cage HPC-PL cell
+GSM1010906_2	HudsonAlpha ChipSeq K562 CEBPD
+GSM1010815_1	HudsonAlpha ChipSeq H1-hESC RevXlinkChromatin
+GSM1022665_1	UW ChipSeq HRPEpiC CTCFRep2
+GSM1010860_2	HudsonAlpha ChipSeq MCF-7 TEAD4
+GSM1003619_1	USC ChipSeq H1-hESC ZNF274
+GSM984605_4	CSHL RnaSeq GM12878 nucleolus
+GSM984606_2	CSHL RnaSeq hMNC-PB cell
+GSM1022632_1	UW ChipSeq PANC-1 InputRep1
+GSM1010885_1	HudsonAlpha ChipSeq ECC-1 TEAD4
+GSM1008592_2	Duke DnaseSeq HSMM emb
+GSM1006914_1	GIS RnaPet HeLa-S3 nucleus
+GSM1010747_1	HudsonAlpha ChipSeq ECC-1 ERalpha
+GSM984604_1	CSHL RnaSeq HPIEpC cell
+GSM1008558_1	Duke DnaseSeq K562 SAHA
+GSM1003497_1	Broad ChipSeq CD20+ RO01794
+GSM1008563_1	Duke DnaseSeq Fibrobl GM03348
+GSM1006887_2	UT-A ChipSeq LNCaP androgen
+GSM1003461_1	Broad ChipSeq Dnd41 H3K4me2
+GSM1024790_1	UW DnaseSeq Th17Rep1
+GSM1014522_1	UW DnaseDgf Th2 Wb54553204
+GSM1010796_1	HudsonAlpha ChipSeq PANC-1 RevXlinkChromatin
+GSM1003498_1	Broad ChipSeq GM12878 EZH2
+GSM1010740_1	HudsonAlpha ChipSeq HepG2 MBD4
+GSM1008595_2	Duke DnaseSeq RWPE1
+GSM1010812_2	HudsonAlpha ChipSeq A549 TAF1
+GSM1003567_1	Broad ChipSeq K562 CBX2
+GSM1014514_2	UW DnaseDgf HSMM
+GSM1010796_2	HudsonAlpha ChipSeq PANC-1 RevXlinkChromatin
+GSM1011122_1	UNC FaireSeq Frontal cortex
+GSM984605_2	CSHL RnaSeq GM12878 nucleolus
+GSM1010905_1	HudsonAlpha ChipSeq HCT-116 Sin3Ak-20
+GSM1010867_3	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM1003553_1	Broad ChipSeq NHDF-Ad H3K9me3
+GSM1010757_1	HudsonAlpha ChipSeq HCT-116 ATF3
+GSM981260_4	CSHL RnaSeq hMSC-AT cell
+GSM1008566_1	Duke DnaseSeq Frontal cortex
+GSM1010823_1	HudsonAlpha ChipSeq T-47D ERalpha
+GSM1011128_2	UNC FaireSeq MCF-7 vehicle
+GSM979638_3	RIKEN Cage HFDPC cell
+GSM1003549_1	Broad ChipSeq NHLF H3K79me2
+GSM1010770_2	HudsonAlpha ChipSeq PFSK-1 TAF1
+GSM1024739_1	UW DnaseSeq Th2 Wb54553204Rep1
+GSM981245_4	CSHL RnaSeq MCF-7 nucleus
+GSM984614_1	CSHL RnaSeq HAoAF cell
+GSM1003478_1	Broad ChipSeq K562 CHD7
+GSM979649_2	RIKEN Cage NHEM M2
+GSM1010873_2	HudsonAlpha ChipSeq H1-neurons RevXlinkChromatin
+GSM1024770_1	UW DnaseSeq CD34+ MobilizedRep1
+GSM1010851_1	HudsonAlpha ChipSeq HCT-116 SRF
+GSM1008587_1	Duke DnaseSeq GM20000
+GSM1008603_1	Duke DnaseSeq MCF-7 Randomized
+GSM979662_3	RIKEN Cage NHDF cell
+GSM984609_3	CSHL RnaSeq Monocytes-CD14+ cell
+GSM1008594_1	Duke DnaseSeq Ishikawa 4OHTAM
+GSM1006910_3	GIS RnaPet SK-N-SH cell
+GSM1010817_1	HudsonAlpha ChipSeq SK-N-SH Pol2-4H8
+GSM979639_1	RIKEN Cage HCH cell
+GSM1010727_2	HudsonAlpha ChipSeq A549 GATA3
+GSM1006904_4	GIS RnaPet MCF-7 cytosol
+GSM979636_3	RIKEN Cage HAoEC cell
+GSM1010803_1	HudsonAlpha ChipSeq H1-neurons Pol2-4H8
+GSM1010739_1	HudsonAlpha ChipSeq SK-N-SH GABP
+GSM1010730_1	HudsonAlpha ChipSeq GM12878 Egr-1
+GSM1011120_1	UNC FaireSeq RCC 7860
+GSM1022642_1	UW ChipSeq RPTEC InputRep1
+GSM981244_1	CSHL RnaSeq IMR90 cytosol
+GSM1022643_1	UW ChipSeq NB4 CTCFRep1
+GSM1003616_1	Stanford ChipSeq GM12878 MafK
+GSM1006903_3	GIS RnaPet A549 nucleus
+GSM1014517_1	UW DnaseDgf A549
+GSM1024764_1	UW DnaseSeq MCF-7 Estradiol
+GSM1008569_1	Duke DnaseSeq iPS NIHi11
+GSM1010748_1	HudsonAlpha ChipSeq A549 FOSL2
+GSM1010723_1	HudsonAlpha ChipSeq A549 JunD
+GSM1010768_2	HudsonAlpha ChipSeq MCF-7 FOSL2
+GSM1010808_2	HudsonAlpha ChipSeq HepG2 CREB1
+GSM1010867_1	HudsonAlpha ChipSeq GM12878 RevXlinkChromatin
+GSM1003625_1	Stanford ChipSeq K562 HCFC1
+GSM1022674_1	UW ChipSeq A549 InputRep1
+GSM984609_2	CSHL RnaSeq Monocytes-CD14+ cell
+GSM1010891_1	HudsonAlpha ChipSeq MCF-7 NRSF
+GSM979661_3	RIKEN Cage HWP cell
+GSM1010858_2	HudsonAlpha ChipSeq SK-N-SH TEAD4
+GSM981246_4	CSHL RnaSeq A549 cytosol
+GSM1010781_1	HudsonAlpha ChipSeq PFSK-1 Sin3Ak-20
+GSM1006906_3	GIS RnaPet SK-N-SH nucleus
+GSM1010808_1	HudsonAlpha ChipSeq HepG2 CREB1
+GSM1022675_1	UW ChipSeq NHDF-neo CTCFRep1
+GSM979645_2	RIKEN Cage HSaVEC cell
+GSM1006869_1	UT-A ChipSeq GM13977 CTCF
+GSM1003452_1	Broad ChipSeq K562 SETDB1
+GSM981258_3	CSHL RnaSeq HFDPC cell
+GSM1024794_1	UW DnaseSeq M059JRep2
+GSM979653_3	RIKEN Cage SkMC cell
+GSM1010805_2	HudsonAlpha ChipSeq H1-neurons TAF1
+GSM1008596_2	Duke DnaseSeq H7-hESC
+GSM1010914_1	UW ChipSeq AG04450 H3K9me3
+GSM1003603_1	Stanford ChipSeq GM12878 SREBP2
+GSM1014509_1	UW DnaseDgf NHLF
+GSM979651_3	RIKEN Cage hMSC-BM cell
+GSM979647_2	RIKEN Cage SK-N-SH nucleus
+GSM1010818_1	HudsonAlpha ChipSeq A549 RevXlinkChromatin
+GSM1010728_2	HudsonAlpha ChipSeq A549 Max
+GSM981258_1	CSHL RnaSeq HFDPC cell
+GSM979637_2	RIKEN Cage HAoAF cell
+GSM1014508_1	UW DnaseDgf HA-sp
+GSM1006906_1	GIS RnaPet SK-N-SH nucleus
+GSM1024780_1	UW DnaseSeq GM04503Rep2
+GSM1024783_1	UW DnaseSeq MCF-7 Estradiol
+GSM1010718_2	HudsonAlpha ChipSeq T-47D JunD
+GSM1010854_1	HudsonAlpha ChipSeq MCF-7 RevXlinkChromatin
+GSM1010767_1	HudsonAlpha ChipSeq SK-N-SH RXRA
+GSM1010894_1	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM979661_1	RIKEN Cage HWP cell
+GSM1008581_1	Duke DnaseSeq MCF-7 CTCF
+GSM1010804_2	HudsonAlpha ChipSeq H1-neurons NRSF
+GSM1010805_1	HudsonAlpha ChipSeq H1-neurons TAF1
+GSM1010850_1	HudsonAlpha ChipSeq GM12878 CEBPB
+GSM1024748_1	UW DnaseSeq bone marrow
+GSM1010870_1	HudsonAlpha ChipSeq HL-60 RevXlinkChromatin
+GSM1006865_1	UT-A ChipSeq MCF-7 serum
+GSM984615_2	CSHL RnaSeq SkMC cell
+GSM1003571_1	Broad ChipSeq H1-hESC HDAC6
+GSM1010763_1	HudsonAlpha ChipSeq SK-N-SH p300
+GSM1003633_1	Stanford ChipSeq SK-N-SH CTCF
+GSM1010811_2	HudsonAlpha ChipSeq MCF-7 TAF1
+GSM981249_3	CSHL RnaSeq IMR90 cell
+GSM1010880_1	HudsonAlpha ChipSeq SK-N-SH NFIC
+GSM1010863_2	HudsonAlpha ChipSeq MCF-7 Max
+GSM981252_1	CSHL RnaSeq MCF-7 cytosol
+GSM1003524_1	Broad ChipSeq H1-hESC EZH2
+GSM1008583_1	Duke DnaseSeq Cerebellum OC
+GSM1003632_1	Stanford ChipSeq SK-N-SH JunD
+GSM1003480_1	Broad ChipSeq HeLa-S3 H3K9me3
+GSM1010844_1	HudsonAlpha ChipSeq MCF-7 Egr-1
+GSM1011119_2	UNC FaireSeq Endometrium OC
+GSM1014538_1	UW DnaseDgf M059J
+GSM1008592_1	Duke DnaseSeq HSMM emb
+GSM1003574_1	Broad ChipSeq K562 CBP
+GSM1010777_2	HudsonAlpha ChipSeq HepG2 CEBPD
+GSM984617_2	CSHL RnaSeq NHEM M2
+GSM1006866_2	UT-A ChipSeq MCF-7 serum
+GSM1010899_2	HudsonAlpha ChipSeq H1-hESC E2F6
+GSM1003494_1	Broad ChipSeq A549 H3K36me3
+GSM1003470_1	Broad ChipSeq CD20+ RO01794
+GSM1024740_1	UW DnaseSeq Th2 Wb33676984Rep1
+GSM1010801_1	HudsonAlpha ChipSeq ECC-1 Rad21
+GSM1014523_1	UW DnaseDgf Treg Wb78495824
+GSM1024782_1	UW DnaseSeq CD4+ Naive
+GSM1010839_2	HudsonAlpha ChipSeq MCF-7 SRF
+GSM1010724_1	HudsonAlpha ChipSeq A549 FOXA2
+GSM1010788_1	HudsonAlpha ChipSeq PANC-1 Pol2-4H8
+GSM1003460_1	Broad ChipSeq Dnd41 H3K4me1
+GSM1006888_1	UT-A ChipSeq Colon OC
+GSM1022654_1	UW ChipSeq HFF-Myc InputRep1
+GSM1006913_2	GIS RnaPet IMR90 nucleus
+GSM1008579_1	Duke DnaseSeq GC B
+GSM1003496_1	Broad ChipSeq A549 H3K4me2
+GSM979642_1	RIKEN Cage HPIEpC cell
+GSM1010852_1	HudsonAlpha ChipSeq HCT-116 CEBPB
+GSM979634_3	RIKEN Cage CD20+ cell
+GSM1008586_2	Duke DnaseSeq IMR90
+GSM1010807_1	HudsonAlpha ChipSeq ECC-1 Max
+GSM1010743_1	HudsonAlpha ChipSeq H1-hESC SP4
+GSM1010724_2	HudsonAlpha ChipSeq A549 FOXA2
+GSM984608_1	CSHL RnaSeq hMSC-BM cell
+GSM1008598_1	Duke DnaseSeq HSMM FSHD
+GSM1010896_2	HudsonAlpha ChipSeq H1-hESC CREB1
+GSM1010814_2	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM1008567_2	Duke DnaseSeq K562 G2-M
+GSM981254_4	CSHL RnaSeq CD20+ cell
+GSM979660_4	RIKEN Cage HVMF cell
+GSM1003502_1	Broad ChipSeq Osteobl H3K79me2
+GSM1006909_2	GIS RnaPet A549 cytosol
+GSM1003514_1	Broad ChipSeq Osteobl P300
+GSM1003606_1	Stanford ChipSeq A549 CTCF
+GSM984613_2	CSHL RnaSeq HSaVEC cell
+GSM1003465_1	Broad ChipSeq Dnd41 H2A.Z
+GSM1010841_2	HudsonAlpha ChipSeq ECC-1 NRSF
+GSM1006906_2	GIS RnaPet SK-N-SH nucleus
+GSM1010719_1	HudsonAlpha ChipSeq A549 CREB1
+GSM981243_1	CSHL RnaSeq IMR90 cell
+GSM1024741_1	UW DnaseSeq Treg Wb83319432Rep1
+GSM1003515_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM984611_1	CSHL RnaSeq HCH cell
+GSM1024779_1	UW DnaseSeq RPMI-7951Rep1
+GSM981257_2	CSHL RnaSeq CD34+ Mobilized
+GSM1010775_2	HudsonAlpha ChipSeq A549 BCL3
+GSM1006865_2	UT-A ChipSeq MCF-7 serum
+GSM984610_1	CSHL RnaSeq HOB cell
+GSM1003623_1	Stanford ChipSeq IMR90 CHD1
+GSM1024776_1	UW DnaseSeq GM04504Rep2
+GSM1022671_1	UW ChipSeq HFF-Myc CTCFRep1
+GSM1003569_1	Broad ChipSeq K562 CBX8
+GSM979648_4	RIKEN Cage SK-N-SH cytosol
+GSM1003614_1	Stanford ChipSeq IMR90 Mxi1
+GSM1003566_1	Broad ChipSeq K562 PCAF
+GSM1003535_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM979658_1	RIKEN Cage IMR90 cytosol
+GSM1022660_1	UW ChipSeq H7-hESC Input
+GSM1014525_2	UW DnaseDgf CD20+ RO01778
+GSM1008598_2	Duke DnaseSeq HSMM FSHD
+GSM1022672_1	UW ChipSeq LNCaP InputRep1
+GSM1010747_2	HudsonAlpha ChipSeq ECC-1 ERalpha
+GSM1010791_1	HudsonAlpha ChipSeq MCF-7 Rad21
+GSM1003546_1	Broad ChipSeq A549 H2A.Z
+GSM979639_4	RIKEN Cage HCH cell
+GSM1010789_1	HudsonAlpha ChipSeq A549 ATF3
+GSM1006881_2	UT-A ChipSeq Pancreas OC
+GSM981250_1	CSHL RnaSeq SK-N-SH nucleus
+GSM1010887_2	HudsonAlpha ChipSeq SK-N-SH Pbx3
+GSM979639_2	RIKEN Cage HCH cell
+GSM1010727_1	HudsonAlpha ChipSeq A549 GATA3
+GSM1008565_1	Duke DnaseSeq MCF-7 Hypoxia
+GSM981243_3	CSHL RnaSeq IMR90 cell
+GSM1010723_2	HudsonAlpha ChipSeq A549 JunD
+GSM1010748_2	HudsonAlpha ChipSeq A549 FOSL2
+GSM1008562_2	Duke DnaseSeq FibroP AG08396
+GSM1010897_1	HudsonAlpha ChipSeq SK-N-SH YY1
+GSM1022658_1	UW ChipSeq MCF-7 CTCFRep1
+GSM1010758_1	HudsonAlpha ChipSeq HCT-116 CBX3
+GSM1010732_1	HudsonAlpha ChipSeq K562 CBX3
+GSM1006879_1	UT-A ChipSeq LNCaP Input
+GSM1006871_1	UT-A ChipSeq Pancreas OC
+GSM1008567_1	Duke DnaseSeq K562 G2-M
+GSM1003605_1	Stanford ChipSeq GM12878 ERRA
+GSM1010861_1	HudsonAlpha ChipSeq MCF-7 TCF12
+GSM1008606_1	Duke DnaseSeq Urothelia UT189
+GSM1003476_1	Broad ChipSeq CD20+ H2A.Z
+GSM979631_2	RIKEN Cage HeLa-S3 nucleus
+GSM1009528_1	GIS RnaPet GM12878 cytosol
+GSM1006913_1	GIS RnaPet IMR90 nucleus
+GSM1010746_2	HudsonAlpha ChipSeq A549 TCF12
+GSM1010780_2	HudsonAlpha ChipSeq GM12878 ATF2
+GSM1006908_1	GIS RnaPet IMR90 cell
+GSM1010885_2	HudsonAlpha ChipSeq ECC-1 TEAD4
+GSM1010755_1	HudsonAlpha ChipSeq A549 Pbx3
+GSM1003539_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM1003488_1	Broad ChipSeq NHEK H2A.Z
+GSM1022637_1	UW ChipSeq WI-38 CTCFRep1
+GSM1003612_1	Stanford ChipSeq IMR90 COREST
+GSM1003483_1	Broad ChipSeq HeLa-S3 H2A.Z
+GSM1010859_2	HudsonAlpha ChipSeq PANC-1 NRSF
+GSM1003583_1	Broad ChipSeq K562 p300
+GSM1008593_1	Duke DnaseSeq Ishikawa Estradiol
+GSM981251_2	CSHL RnaSeq SK-N-SH cytosol
+GSM979647_3	RIKEN Cage SK-N-SH nucleus
+GSM1010829_2	HudsonAlpha ChipSeq A549 ETS1
+GSM1003618_1	Stanford ChipSeq HeLa-S3 HCFC1
+GSM1010782_2	HudsonAlpha ChipSeq K562 NR2F2
+GSM1014532_2	UW DnaseDgf HMVEC-dBl-Neo
+GSM1010877_2	HudsonAlpha ChipSeq K562 STAT5A
+GSM1010792_2	HudsonAlpha ChipSeq PANC-1 NRSF
+GSM1003492_1	Broad ChipSeq K562 NSD2
+GSM1022641_1	UW ChipSeq NHLF InputRep1
+GSM1008591_2	Duke DnaseSeq GM13976
+GSM1006887_1	UT-A ChipSeq LNCaP androgen
+GSM1010905_2	HudsonAlpha ChipSeq HCT-116 Sin3Ak-20
+GSM1003490_1	Broad ChipSeq NH-A H3K79me2
+GSM1014513_2	UW DnaseDgf NB4
+GSM979649_1	RIKEN Cage NHEM M2
+GSM1010718_1	HudsonAlpha ChipSeq T-47D JunD
+GSM1010744_1	HudsonAlpha ChipSeq GM12878 NRSF
+GSM1003484_1	Broad ChipSeq HSMM EZH2
+GSM1008565_2	Duke DnaseSeq MCF-7 Hypoxia
+GSM1010830_1	HudsonAlpha ChipSeq HUVEC Pol2
+GSM1022628_1	UW ChipSeq HVMF CTCFRep2
+GSM1010742_2	HudsonAlpha ChipSeq H1-hESC ATF2
+GSM1003493_1	Broad ChipSeq A549 H3K27ac
+GSM1014533_1	UW DnaseDgf HMVEC-dLy-Neo
+GSM1010773_1	HudsonAlpha ChipSeq SK-N-SH TAF1
+GSM1022626_1	UW ChipSeq NHLF CTCFRep1
+GSM981258_4	CSHL RnaSeq HFDPC cell
+GSM1008582_1	Duke DnaseSeq Monocytes-CD14+
+GSM1010797_1	HudsonAlpha ChipSeq PFSK-1 RevXlinkChromatin
+GSM984616_4	CSHL RnaSeq NHEM.f M2
+GSM1010798_1	HudsonAlpha ChipSeq SK-N-SH RevXlinkChromatin
+GSM1022659_1	UW ChipSeq Monocytes-CD14+ RO01746
+GSM1010886_1	HudsonAlpha ChipSeq ECC-1 USF-1
+GSM1003620_1	Stanford ChipSeq K562 ELK1
+GSM1010894_4	HudsonAlpha ChipSeq K562 RevXlinkChromatin
+GSM1010828_1	HudsonAlpha ChipSeq A549 USF-1
+GSM1010855_1	HudsonAlpha ChipSeq ECC-1 NFIC
+GSM1008573_1	Duke DnaseSeq HEK293T
+GSM1010833_2	HudsonAlpha ChipSeq A549 GABP
+GSM981249_2	CSHL RnaSeq IMR90 cell
+GSM1014514_1	UW DnaseDgf HSMM
+GSM981246_1	CSHL RnaSeq A549 cytosol
+GSM1024787_1	UW DnaseSeq LHCN-M2Rep1
+GSM1010830_2	HudsonAlpha ChipSeq HUVEC Pol2
+GSM981259_4	CSHL RnaSeq Monocytes-CD14+ cell
+GSM1008602_1	Duke DnaseSeq K562 G1
+GSM984620_1	CSHL RnaSeq HWP cell
+GSM1003466_1	Broad ChipSeq Osteobl H3K27me3
+GSM1010841_1	HudsonAlpha ChipSeq ECC-1 NRSF
+GSM1003572_1	Broad ChipSeq H1-hESC SAP30
+GSM979662_2	RIKEN Cage NHDF cell
+GSM1010854_4	HudsonAlpha ChipSeq MCF-7 RevXlinkChromatin
+GSM1006874_2	UT-A ChipSeq LNCaP CTCF
+GSM1011122_2	UNC FaireSeq Frontal cortex
+GSM1010770_1	HudsonAlpha ChipSeq PFSK-1 TAF1
+GSM1010879_2	HudsonAlpha ChipSeq A549 SIX5
+GSM984611_4	CSHL RnaSeq HCH cell
+GSM981254_2	CSHL RnaSeq CD20+ cell
+GSM1010837_1	HudsonAlpha ChipSeq MCF-7 NR2F2
+GSM1006889_1	UT-A ChipSeq GM13977 Input
+GSM1010779_1	HudsonAlpha ChipSeq GM12878 NFATC1
+GSM1006903_4	GIS RnaPet A549 nucleus
+GSM981257_1	CSHL RnaSeq CD34+ Mobilized
+GSM1010781_2	HudsonAlpha ChipSeq PFSK-1 Sin3Ak-20
+GSM1010761_2	HudsonAlpha ChipSeq A549 Rad21
+GSM1010825_2	HudsonAlpha ChipSeq MCF-7 HDAC2
+GSM1010864_1	HudsonAlpha ChipSeq MCF-7 GABP
+GSM1010765_2	HudsonAlpha ChipSeq HCT-116 ELF1
+GSM1022663_1	UW ChipSeq MCF-7 CTCFRep2
+GSM979633_2	RIKEN Cage A549 nucleus
+GSM979653_1	RIKEN Cage SkMC cell
+GSM1010874_2	HudsonAlpha ChipSeq ECC-1 RevXlinkChromatin
+GSM1024762_1	UW DnaseSeq T-47DRep1
+GSM1008604_1	Duke DnaseSeq Adult CD4
+GSM984608_3	CSHL RnaSeq hMSC-BM cell
+GSM1010722_2	HudsonAlpha ChipSeq K562 PML
+GSM1010827_2	HudsonAlpha ChipSeq A549 p300
+GSM1010787_1	HudsonAlpha ChipSeq HepG2 SP2
+GSM1022653_1	UW ChipSeq BE2 C
+GSM1010883_3	HudsonAlpha ChipSeq SK-N-SH RevXlinkChromatin
+GSM1006905_3	GIS RnaPet MCF-7 cell
+GSM1003575_1	Broad ChipSeq K562 CHD1
+GSM1003477_1	Broad ChipSeq CD20+ Control
+GSM1006912_2	GIS RnaPet MCF-7 nucleus
+GSM1008559_1	Duke DnaseSeq Heart OC
+GSM1008575_1	Duke DnaseSeq FibroP AG08395
+GSM1010826_2	HudsonAlpha ChipSeq A549 FOXA1
+GSM1010794_2	HudsonAlpha ChipSeq A549 YY1
+GSM979635_1	RIKEN Cage CD34+ Mobilized
+GSM979655_3	RIKEN Cage Monocytes-CD14+ cell
+GSM1010843_2	HudsonAlpha ChipSeq HL-60 PU.1
+GSM1003500_1	Broad ChipSeq HMEC H2A.Z
+GSM1003564_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM1010856_2	HudsonAlpha ChipSeq ECC-1 FOXM1
+GSM979636_1	RIKEN Cage HAoEC cell
+GSM981248_1	CSHL RnaSeq IMR90 nucleus
+GSM1010814_3	HudsonAlpha ChipSeq HepG2 RevXlinkChromatin
+GSM1008589_1	Duke DnaseSeq GM10248
+GSM1022649_1	UW ChipSeq H7-hESC Input
+GSM1003525_1	Broad ChipSeq NH-A H4K20me1
+GSM979654_2	RIKEN Cage MCF-7 nucleus
+GSM1010913_1	UW ChipSeq AG04450 H3K27me3
+GSM1010868_2	HudsonAlpha ChipSeq A549 TEAD4
+GSM1008572_1	Duke DnaseSeq Adult CD4
+GSM1010886_2	HudsonAlpha ChipSeq ECC-1 USF-1
+GSM1006876_2	UT-A ChipSeq MCF-7 serum
+GSM1010734_1	HudsonAlpha ChipSeq MCF-7 CTCF
+GSM979642_4	RIKEN Cage HPIEpC cell
+GSM1010882_1	HudsonAlpha ChipSeq A549 Sin3Ak-20
+GSM1014540_1	UW DnaseDgf Th1 Wb33676984
+GSM1024752_1	UW DnaseSeq Th1 Wb54553204Rep2
+GSM1010812_1	HudsonAlpha ChipSeq A549 TAF1
+GSM1024761_1	UW DnaseSeq T-47DRep2
+GSM1008563_2	Duke DnaseSeq Fibrobl GM03348
+GSM1008597_2	Duke DnaseSeq ECC-1 DMSO
+GSM1003507_1	Broad ChipSeq K562 REST
+GSM1006877_1	UT-A ChipSeq MCF-7 serum
+GSM1003475_1	Broad ChipSeq Monocytes-CD14+ RO01746
+GSM1014527_2	UW DnaseDgf AG10803
+GSM1010889_2	HudsonAlpha ChipSeq MCF-7 CEBPB
+GSM1024793_1	UW DnaseSeq RPMI-7951Rep2
diff --git a/hg19/track2Label_longrange b/hg19/track2Label_longrange
new file mode 100644
index 0000000..a6ac3da
--- /dev/null
+++ b/hg19/track2Label_longrange
@@ -0,0 +1,73 @@
+wgEncodeGisChiaPetHct116Pol2InteractionsRep1	ENCODE GIS ChIA-PET HCT-116 POL2
+wgEncodeGisChiaPetHelas3Pol2InteractionsRep1	ENCODE GIS ChIA-PET HeLaS3 POL2
+wgEncodeGisChiaPetK562CtcfInteractionsRep1	ENCODE GIS ChIA-PET K562 CTCF
+wgEncodeGisChiaPetK562Pol2InteractionsRep1	ENCODE GIS ChIA-PET K562 POL2 rep1
+wgEncodeGisChiaPetK562Pol2InteractionsRep2	ENCODE GIS ChIA-PET K562 POL2 rep2
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep1	ENCODE GIS ChIA-PET MCF-7 CTCF rep1
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep2	ENCODE GIS ChIA-PET MCF-7 CTCF rep2
+wgEncodeGisChiaPetMcf7EraaInteractionsRep1	ENCODE GIS ChIA-PET MCF-7 ERalpha a rep1
+wgEncodeGisChiaPetMcf7EraaInteractionsRep2	ENCODE GIS ChIA-PET MCF-7 ERalpha a rep2
+wgEncodeGisChiaPetMcf7EraaInteractionsRep3	ENCODE GIS ChIA-PET MCF-7 ERalpha a rep3
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep1	ENCODE GIS ChIA-PET MCF-7 POL2 rep1
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep2	ENCODE GIS ChIA-PET MCF-7 POL2 rep2
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep3	ENCODE GIS ChIA-PET MCF-7 POL2 rep3
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep4	ENCODE GIS ChIA-PET MCF-7 POL2 rep4
+wgEncodeGisChiaPetNb4Pol2InteractionsRep1	ENCODE GIS ChIA-PET NB4 POL2
+wgEncodeUmassDekker5CGm12878Pk	ENCODE UMass 5C GM12878
+wgEncodeUmassDekker5CH1hescPk	ENCODE UMass 5C H1
+wgEncodeUmassDekker5CHelas3Pk	ENCODE UMass 5C HeLa-S
+wgEncodeUmassDekker5CK562Pk	ENCODE UMass 5C K562
+Esc_20kb_hindIII_rep1	UCSD H1 Hi-C (20kb HindIII rep1)
+Esc_20kb_hindIII_rep2	UCSD H1 Hi-C (20kb HindIII rep2)
+Esc_40kb_hindIII_rep1	UCSD H1 Hi-C (40kb HindIII rep1)
+Esc_40kb_hindIII_rep2	UCSD H1 Hi-C (40kb HindIII rep2)
+Esc_40kb_hindIII_combined	UCSD H1 Hi-C (40kb HindIII combined)
+IMR90_20kb_hindIII_rep1	UCSD IMR90 Hi-C (20kb HindIII rep1)
+IMR90_20kb_hindIII_rep2	UCSD IMR90 Hi-C (20kb HindIII rep2)
+IMR90_40kb_hindIII_rep1	UCSD IMR90 Hi-C (40kb HindIII rep1)
+IMR90_40kb_hindIII_rep2	UCSD IMR90 Hi-C (40kb HindIII rep2)
+IMR90_40kb_hindIII_combined	UCSD IMR90 Hi-C (40kb HindIII combined)
+GM06990_exp_100kb	Broad/MIT/UMass GM06990 Hi-C (100kb expected read count)
+GM06990_exp_1mb	Broad/MIT/UMass GM06990 Hi-C (1mb expected read count)
+GM06990_obs_100kb	Broad/MIT/UMass GM06990 Hi-C (100kb observed read count)
+GM06990_obs_1mb	Broad/MIT/UMass GM06990 Hi-C (1mb observed read count)
+GM06990_obsexp_100kb	Broad/MIT/UMass GM06990 Hi-C (100kb obs/exp log2 ratio)
+GM06990_obsexp_1mb	Broad/MIT/UMass GM06990 Hi-C (1mb obs/exp log2 ratio)
+GM06990_pearson_100kb	Broad/MIT/UMass GM06990 Hi-C (100kb pearson correlation)
+GM06990_pearson_1mb	Broad/MIT/UMass GM06990 Hi-C (1mb pearson correlation)
+K562_exp_100kb	Broad/MIT/UMass K562 Hi-C (100kb expected read count)
+K562_exp_1mb	Broad/MIT/UMass K562 Hi-C (1mb expected read count)
+K562_obs_100kb	Broad/MIT/UMass K562 Hi-C (100kb observed read count)
+K562_obs_1mb	Broad/MIT/UMass K562 Hi-C (1mb observed read count)
+K562_obsexp_100kb	Broad/MIT/UMass K562 Hi-C (100kb obs/exp log2 ratio)
+K562_obsexp_1mb	Broad/MIT/UMass K562 Hi-C (1mb obs/exp log2 ratio)
+K562_pearson_100kb	Broad/MIT/UMass K562 Hi-C (100kb pearson correlation)
+K562_pearson_1mb	Broad/MIT/UMass K562 Hi-C (1mb pearson correlation)
+GSM832456	gisChiaPet MCF7 RNAPII pilot rep1
+GSM832457	gisChiaPet MCF7 RNAPII pilot rep2
+GSM832458	gisChiaPet MCF7 RNAPII saturated rep1
+GSM832459	gisChiaPet MCF7 RNAPII saturated rep2
+GSM832460	gisChiaPet HCT116 RNAPII pilot
+GSM832461	gisChiaPet HeLa RNAPII pilot
+GSM832462	gisChiaPet NB4 RNAPII pilot
+GSM832463	gisChiaPet K562 RNAPII pilot
+GSM832464	gisChiaPet K562 RNAPII saturated rep1
+GSM832465	gisChiaPet K562 RNAPII saturated rep2
+wgEncodeUw5CBjUw5cgeneMatrixRep1	BJ(skin fibroblast) 5C ENCODE/UW rep1
+wgEncodeUw5CBjUw5cgeneMatrixRep2	BJ(skin fibroblast) 5C ENCODE/UW rep2
+wgEncodeUw5CCaco2Uw5cmycMatrixRep1	Caco-2 5C ENCODE/UW rep1
+wgEncodeUw5CCaco2Uw5cmycMatrixRep2	Caco-2 5C ENCODE/UW rep2
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep1	GM06990 5C ENCODE/UW rep1
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep2	GM06990 5C ENCODE/UW rep2
+wgEncodeUw5CGm12878Uw5cmycMatrixRep1	GM12878 5C ENCODE/UW rep1
+wgEncodeUw5CGm12878Uw5cmycMatrixRep2	GM12878 5C ENCODE/UW rep2
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep1	HepG2 5C ENCODE/UW rep1
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep2	HepG2 5C ENCODE/UW rep2
+wgEncodeUw5CK562Uw5cmycMatrixRep1	K562 5C ENCODE/UW rep1
+wgEncodeUw5CK562Uw5cmycMatrixRep2	K562 5C ENCODE/UW rep2
+wgEncodeUw5CLncapUw5cmycMatrixRep1	LNCaP 5C ENCODE/UW rep1
+wgEncodeUw5CLncapUw5cmycMatrixRep2	LNCaP 5C ENCODE/UW rep2
+wgEncodeUw5CMcf7Uw5cmycMatrixRep1	MCF-7 5C ENCODE/UW rep1
+wgEncodeUw5CMcf7Uw5cmycMatrixRep2	MCF-7 5C ENCODE/UW rep1
+wgEncodeUw5CSknshraUw5cgeneMatrixRep1	SK-N-SH_RA(neroblastoma) 5C ENCODE/UW rep1
+wgEncodeUw5CSknshraUw5cgeneMatrixRep2	SK-N-SH_RA(neroblastoma) 5C ENCODE/UW rep1
diff --git a/hg19/track2Label_mock b/hg19/track2Label_mock
new file mode 100644
index 0000000..38202c9
--- /dev/null
+++ b/hg19/track2Label_mock
@@ -0,0 +1,19 @@
+mock1	mock 1
+mock2	mock 2
+mock3	mock 3
+mock4	mock 4
+mock5	mock 5
+mock6	mock 6
+mock7	mock 7
+mock8	mock 8
+mock9	mock 9
+mock11	mock 11
+mock12	mock 12
+mock13	mock 13
+mock14	mock 14
+mock15	mock 15
+mock16	mock 16
+mock17	mock 17
+mock18	mock 18
+mock19	mock 19
+mock20	mock 20
diff --git a/hg19/track2Label_roadmap b/hg19/track2Label_roadmap
new file mode 100644
index 0000000..ec64cde
--- /dev/null
+++ b/hg19/track2Label_roadmap
@@ -0,0 +1,2179 @@
+GSM675544_1	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM530665	DNase hypersensitivity of IMR90 (fetal lung fibroblast)
+GSM669984	ChIP-Seq input of adipose nuclei
+GSM605296	H2BK12ac of H1
+GSM605297	H2BK12ac of H1
+GSM605295	H2BK120ac of H1
+GSM605298	H2BK15ac of H1
+GSM605299	H2BK15ac of H1
+GSM774218_0	DNase hypersensitivity of muscle, upper trunk, fetal day108 F
+GSM669935	H3K36me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM669934	ChIP-Seq input of adipose nuclei
+GSM669937	H3K9ac of bone marrow derived mesenchymal stem cell
+GSM669936	H3K4me3 of HUES48
+GSM669931	H3K36me3 of adult liver
+GSM669930	H3K27me3 of adipose nuclei
+GSM669933	H3K9me3 of adipose nuclei
+GSM669932	H3K36me3 of HUES64
+GSM537655	H3K36me3 of CD34 cultured cells
+GSM621705	RRBS of H1
+GSM669939	H3K9me3 of lung, fetal day85 F
+GSM669938	H3K9ac of adipose nuclei
+GSM621700	RRBS of HUES6
+GSM723022_0	Digital Genomic Footprinting of mobilized CD34 primary cells
+GSM701527_0	DNase hypersensitivity of lung, left, fetal day91 M
+GSM767353_0	ChIP-Seq input of H1 Derived Mesenchymal Stem Cells
+GSM602260	H3K4me2 of H1
+GSM602261	H3K4me2 of H1
+GSM621603	RRBS of HUES49
+GSM752966_0	H3K27ac of iPS DF 19.11 Cell Line
+GSM669960	ChIP-Seq input of Brain, Mid Frontal Lobe
+GSM543016	MeDIP-Seq of H1
+GSM723025_0	Digital Genomic Footprinting of lung, fetal day85 F
+GSM621601	RRBS of HUES53
+GSM621689	ChIP-Seq input of mobilized CD34 primary cells
+GSM621688	H3K9ac of skeletal muscle
+GSM621687	H3K36me3 of rectal mucosa
+GSM621686	H3K4me1 of skeletal muscle
+GSM621685	H3K4me3 of skeletal muscle
+GSM621684	H3K36me3 of skeletal muscle
+GSM621683	H3K27me3 of skeletal muscle
+GSM621682	H3K9ac of skeletal muscle
+GSM621681	H3K9me3 of skeletal muscle
+GSM621680	ChIP-Seq input of skeletal muscle
+GSM605303	H2BK5ac of H1
+GSM701488_0	DNase hypersensitivity of mobilized CD3 primary cells
+GSM669961	ChIP-Seq input of mobilized CD34 primary cells
+GSM543019	MeDIP-Seq of breast stem cells
+GSM429323_1	Bisulfite-Seq of H1
+GSM753442_0	H3K4me3 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM605306	H3K23me2 of H1
+GSM772727_0	RRBS of H9 Derived Neuron Cultured Cells
+GSM613846	MeDIP-Seq of breast myoepithelial cells
+GSM605307	H3K27ac of H9
+GSM706083_0	ChIP-Seq input of iPS DF 6.9 Cell Line
+GSM613842	MRE-Seq of CD4 memory primary cells
+GSM613843	MeDIP-Seq of breast luminal epithelial cells
+GSM621632	H3K9me3 of skeletal muscle
+GSM621633	H3K9me3 of rectal mucosa
+GSM621630	H3K9ac of adult liver
+GSM621631	H3K9me3 of stomach smooth muscle
+GSM621636	H3K9ac of rectal mucosa
+GSM621637	H3K4me3 of skeletal muscle
+GSM521918	H4K5ac of IMR90 (fetal lung fibroblast)
+GSM521919	H4K8ac of IMR90 (fetal lung fibroblast)
+GSM706845_0	H3K4me1 of mobilized CD34 primary cells
+GSM521917	H4K20me1 of IMR90 (fetal lung fibroblast)
+GSM521914	H3K9me3 of IMR90 (fetal lung fibroblast)
+GSM521915	H4K20me1 of IMR90 (fetal lung fibroblast)
+GSM521912	H3K9ac of IMR90 (fetal lung fibroblast)
+GSM521913	H3K9me3 of IMR90 (fetal lung fibroblast)
+GSM767355_0	ChIP-Seq input of H1 Derived Neuronal Progenitor Cultured Cells
+GSM521911	H3K79me2 of IMR90 (fetal lung fibroblast)
+GSM752977_0	H3K4me1 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM621458	H3K4me3 of adipose derived mesenchymal stem cell
+GSM621459	H3K36me3 of mobilized CD34 primary cells
+GSM774202_0	DNase hypersensitivity of stomach, fetal day147 F
+GSM621353	RRBS of WA-7
+GSM621347	RRBS of WA-7
+GSM753435_0	H3K4me1 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM621672	H3K36me3 of colonic mucosa
+GSM621450	H3K27me3 of fetal heart
+GSM621451	H3K4me1 of mobilized CD34 primary cells
+GSM621456	ChIP-Seq input of mobilized CD34 primary cells
+GSM621457	H3K4me3 of brain, fetal day122 U
+GSM621454	H3K27me3 of bone marrow derived mesenchymal stem cell
+GSM621673	H3K27me3 of colonic mucosa
+GSM670029	ChIP-Seq input of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM670028	H3K9me3 of bone marrow derived mesenchymal stem cell
+GSM613908	MRE-Seq of breast myoepithelial cells
+GSM621345	RRBS of hES-I3
+GSM707012_0	H3K36me3 of Neurospheres, Ganglionic Eminence Derived HuFNSC02
+GSM669964	H3K4me1 of rectal smooth muscle
+GSM701530_0	DNase hypersensitivity of small intestine, fetal day91 M
+GSM670021	H3K9ac of rectal mucosa
+GSM670020	H3K9ac of adipose derived mesenchymal stem cell
+GSM670023	H3K9me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM670022	H3K4me3 of Brain, Hippocampus Middle
+GSM670025	H3K4me1 of adult kidney
+GSM670024	H3K4me1 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM670027	H3K9ac of adipose nuclei
+GSM670026	H3K36me3 of Brain, Anterior Caudate
+GSM723023_0	Digital Genomic Footprinting of fetal heart
+GSM806948_0	ChIP-Seq input of fetal brain
+GSM537619	ChIP-Seq input of CD3 primary cells
+GSM706999_0	H3K4me3 of Brain Germinal Matrix
+GSM613833	MRE-Seq of breast luminal epithelial cells
+GSM537615	H3K4me3 of CD3 primary cells
+GSM537612	H3K36me3 of CD3 primary cells
+GSM537613	H3K27me3 of CD3 primary cells
+GSM595928_1	DNase hypersensitivity of brain, fetal day96 F
+GSM665827	DNase hypersensitivity of lung, right, fetal day110 F
+GSM669985	H3K36me3 of Brain, Cingulate Gyrus
+GSM669986	H3K9me3 of adult liver
+GSM665824	DNase hypersensitivity of heart, fetal day147 F
+GSM669980	H3K4me1 of bone marrow derived mesenchymal stem cell
+GSM669981	H3K9me3 of adipose nuclei
+GSM669982	H3K36me3 of Brain, Mid Frontal Lobe
+GSM669983	H3K9ac of bone marrow derived mesenchymal stem cell
+GSM774224_0	DNase hypersensitivity of muscle, back, fetal day91 M
+GSM595923_1	DNase hypersensitivity of brain, fetal day85 F
+GSM669988	H3K4me3 of adipose nuclei
+GSM669989	H3K9me3 of bone marrow derived mesenchymal stem cell
+GSM665829	DNase hypersensitivity of kidney, left, fetal day110 F
+GSM665828	DNase hypersensitivity of lung, left, fetal day110 F
+GSM621348	RRBS of hES-I3
+GSM751279_0	RNA-Seq of Neurospheres, Cortex Derived HuFNSC03
+GSM669619	RNA-Seq of CD8 naive primary cells
+GSM595925_1	DNase hypersensitivity of lung, fetal day85 F
+GSM707014_0	ChIP-Seq input of Neurospheres, Ganglionic Eminence Derived HuFNSC02
+GSM595930	DNase hypersensitivity of lung, fetal day108 M
+GSM753428_0	H3K27ac of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM669600	MRE-Seq of neurosphere cultured cells, cortex derived
+GSM468801	DNase hypersensitivity of IMR90 (fetal lung fibroblast)
+GSM706058_1	Bisulfite-Seq of iPS DF 6.9 Cell Line
+GSM675543_1	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM706837_0	RRBS of CD15 primary cells
+GSM621421	H3K36me3 of duodenum mucosa
+GSM752971_0	H3K27me3 of iPS DF 6.9 Cell Line
+GSM665814	DNase hypersensitivity of heart, fetal day103 F
+GSM486714	H3K36me3 of CD34 primary cells
+GSM753974_0	DNase hypersensitivity of breast vHMEC
+GSM486710	H3K9me3 of CD34 primary cells
+GSM486711	H3K4me3 of CD34 primary cells
+GSM486712	H3K9me3 of CD34 primary cells
+GSM613892	ChIP-Seq input of breast vHMEC
+GSM707010_0	H3K9me3 of Neurospheres, Ganglionic Eminence Derived HuFNSC02
+GSM409312	H3K36me3 of H1
+GSM621559	RRBS of CD34 primary cells
+GSM706844_0	H3K27me3 of mobilized CD34 primary cells
+GSM706056_0	Bisulfite-Seq of iPS DF 19.11 Cell Line
+GSM706847_0	ChIP-Seq input of mobilized CD34 primary cells
+GSM706071_0	H3K4me1 of H9
+GSM537666	H3K36me3 of CD3 primary cells
+GSM621702	RRBS of rectal mucosa
+GSM433167	H3K27me3 of H1
+GSM621414	ChIP-Seq input of mobilized CD34 primary cells
+GSM621730	RRBS of rectal smooth muscle
+GSM701499_0	DNase hypersensitivity of CD8 primary cells
+GSM706851_0	ChIP-Seq input of fetal brain
+GSM621415	H3K36me3 of kidney, fetal day122 U
+GSM543013	MRE-Seq of CD8 naive primary cells
+GSM706849_0	H3K9ac of fetal heart
+GSM621412	ChIP-Seq input of hiPS-20b
+GSM706054_1	Bisulfite-Seq of iPS DF 19.11 Cell Line
+GSM432685_1	Bisulfite-Seq of H1
+GSM621413	ChIP-Seq input of CD4 memory primary cells
+GSM667609	H2AK5ac of H9
+GSM667608	H2AK5ac of H9
+GSM706075_0	H3K4me3 of iPS DF 6.9 Cell Line
+GSM537661	H3K36me3 of pancreatic islets
+GSM706848_0	H3K4me1 of fetal heart
+GSM706065_0	H3K27ac of iPS DF 19.11 Cell Line
+GSM701491_0	DNase hypersensitivity of mobilized CD4 primary cells
+GSM621411	ChIP-Seq input of hiPS-18b
+GSM613919	MRE-Seq of peripheral blood mononuclear primary cells
+GSM432687_1	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM438363_0	RNA-Seq of IMR90 (fetal lung fibroblast)
+GSM701497_0	DNase hypersensitivity of thymus, fetal day108 M
+GSM751275_0	RNA-Seq of Brain Germinal Matrix
+GSM595921_1	DNase hypersensitivity of lung, fetal day67 M
+GSM613898	MRE-Seq of peripheral blood mononuclear primary cells
+GSM521889	H3K27me3 of IMR90 (fetal lung fibroblast)
+GSM701536_0	DNase hypersensitivity of muscle, back, fetal day98 F
+GSM521884	H3K18ac of IMR90 (fetal lung fibroblast)
+GSM521885	H3K23ac of IMR90 (fetal lung fibroblast)
+GSM521886	H3K23ac of IMR90 (fetal lung fibroblast)
+GSM521887	H3K27ac of IMR90 (fetal lung fibroblast)
+GSM521880	H2BK20ac of IMR90 (fetal lung fibroblast)
+GSM521881	H3K14ac of IMR90 (fetal lung fibroblast)
+GSM521883	H3K14ac of IMR90 (fetal lung fibroblast)
+GSM613888	H3K36me3 of breast myoepithelial cells
+GSM613889	H3K9ac of breast myoepithelial cells
+GSM774219_0	DNase hypersensitivity of Fetal_Placenta
+GSM537669	H3K36me3 of hES-I3
+GSM621422	H3K4me3 of bone marrow derived mesenchymal stem cell
+GSM613880	H3K36me3 of peripheral blood mononuclear primary cells
+GSM613881	H3K4me3 of CD8 naive primary cells
+GSM613882	H3K9me3 of peripheral blood mononuclear primary cells
+GSM613883	H3K9ac of peripheral blood mononuclear primary cells
+GSM613884	H3K4me1 of peripheral blood mononuclear primary cells
+GSM613885	H3K4me1 of breast myoepithelial cells
+GSM613886	H3K9me3 of breast myoepithelial cells
+GSM613887	H3K27me3 of breast myoepithelial cells
+GSM605300	H2BK20ac of H1
+GSM605301	H2BK20ac of H1
+GSM669968	H3K9me3 of adipose nuclei
+GSM669969	H3K4me1 of lung, fetal day85 F
+GSM605304	H3K18ac of H1
+GSM605305	H3K23me2 of H1
+GSM621678	H3K9me3 of rectal mucosa
+GSM621679	H3K4me1 of skeletal muscle
+GSM669962	H3K4me1 of Brain, Hippocampus Middle
+GSM669963	H3K9ac of HUES64
+GSM621674	H3K9ac of colonic mucosa
+GSM621675	H3K4me3 of adult liver
+GSM669966	H3K4me1 of HUES64
+GSM669967	H3K4me3 of HUES64
+GSM621670	H3K4me1 of colonic mucosa
+GSM669965	H3K9me3 of Brain, Mid Frontal Lobe
+GSM706079_0	H3K9me3 of iPS DF 19.11 Cell Line
+GSM706050_0	RNA-Seq of iPS DF 19.11 Cell Line
+GSM669609	MeDIP-Seq of CD8 naive primary cells
+GSM669608	MeDIP-Seq of CD4 memory primary cells
+GSM537676	H3K4me3 of hiPS-18c
+GSM723024_0	Digital Genomic Footprinting of IMR90 (fetal lung fibroblast)
+GSM669603	MRE-Seq of neurosphere cultured cells, ganglionic eminence derived
+GSM669602	MRE-Seq of neurosphere cultured cells, cortex derived
+GSM669601	MRE-Seq of neurosphere cultured cells, ganglionic eminence derived
+GSM621424	H3K27me3 of kidney, fetal day122 U
+GSM669607	MeDIP-Seq of CD4 naive primary cells
+GSM669606	MeDIP-Seq of peripheral blood mononuclear primary cells
+GSM669605	MRE-Seq of fetal brain
+GSM669604	MRE-Seq of fetal brain
+GSM621416	H3K27me3 of hiPS-20b
+GSM621417	H3K4me3 of fetal heart
+GSM537665	H3K4me3 of hES-I3
+GSM537664	H3K9me3 of hES-I3
+GSM537663	H3K9me3 of mobilized CD34 primary cells
+GSM537662	ChIP-Seq input of mobilized CD34 primary cells
+GSM621410	H3K36me3 of brain, fetal day122 U
+GSM537660	H3K9ac of pancreatic islets
+GSM621557	RRBS of hiPS-15b
+GSM621552	RRBS of hiPS-20b
+GSM621418	H3K4me1 of adipose derived mesenchymal stem cell
+GSM537668	H3K4me1 of hES-I3
+GSM621676	H3K27me3 of rectal mucosa
+GSM670064	RRBS of iPS-27e Cell Line
+GSM670067	RRBS of hiPS-17b
+GSM670060	RRBS of Primary Fibroblast Cell Line
+GSM670062	RRBS of hiPS-17b
+GSM752972_0	H3K36me3 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM670069	RRBS of Primary Fibroblast Cell Line
+GSM772734_1	H3K4me1 of mobilized CD34 primary cells
+GSM772734_0	H3K4me1 of mobilized CD34 primary cells
+GSM751278_0	RNA-Seq of Penis, Foreskin, Keratinocyte Primary Cells
+GSM706052_0	RNA-Seq of iPS DF 6.9 Cell Line
+GSM753446_0	ChIP-Seq input of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM669987	ChIP-Seq input of bone marrow derived mesenchymal stem cell
+GSM432685	Bisulfite-Seq of H1
+GSM806934_0	H3K4me1 of fetal brain
+GSM774212_0	DNase hypersensitivity of stomach, fetal day107 F
+GSM701541_0	DNase hypersensitivity of CD14 primary cells
+GSM613875	H3K9me3 of breast vHMEC
+GSM613874	H3K4me3 of breast vHMEC
+GSM613877	H3K27me3 of peripheral blood mononuclear primary cells
+GSM613876	H3K4me1 of breast vHMEC
+GSM613871	H3K9me3 of breast myoepithelial cells
+GSM613870	H3K4me1 of breast myoepithelial cells
+GSM613873	H3K36me3 of breast myoepithelial cells
+GSM613872	H3K27me3 of breast myoepithelial cells
+GSM670091	RRBS of HUES45
+GSM543029	RNA-Seq of breast luminal epithelial cells
+GSM613879	H3K9ac of peripheral blood mononuclear primary cells
+GSM613878	H3K9me3 of peripheral blood mononuclear primary cells
+GSM665819	DNase hypersensitivity of brain, fetal day142 F
+GSM752974_0	H3K36me3 of iPS DF 19.11 Cell Line
+GSM670057	RRBS of hiPS-20b
+GSM428286	MRE-Seq of H1
+GSM602254_1	Bisulfite-Seq of H1 BMP4
+GSM621357	RRBS of H1
+GSM432686_1	Bisulfite-Seq of H1
+GSM774230_0	DNase hypersensitivity of thymus, fetal day98 F
+GSM670050	RRBS of Primary Fibroblast Cell Line
+GSM450268	H3K36me3 of H1
+GSM723021_0	Digital Genomic Footprinting of brain, fetal day122 M
+GSM706857_0	RRBS of mobilized CD34 primary cells
+GSM663427	H3K27ac of H1
+GSM670051	RRBS of H1 Derived Embryoid Body Cultured Cells
+GSM701515_0	DNase hypersensitivity of kidney, fetal day85 F
+GSM670020_1	H3K9ac of adipose derived mesenchymal stem cell
+GSM706076_0	H3K56ac of H9
+GSM669588_0	smRNA-Seq of breast stem cells
+GSM753445_0	H3K9me3 of H1 Derived Mesenchymal Stem Cells
+GSM774236_0	DNase hypersensitivity of renal pelvis, fetal day105 F
+GSM670053	RRBS of H9 Derived Embryoid Body Cultured Cells
+GSM767348_0	H3K4me3 of H1 Derived Mesenchymal Stem Cells
+GSM701513_0	DNase hypersensitivity of thymus, fetal day113 M
+GSM613821	MRE-Seq of breast myoepithelial cells
+GSM493624	MRE-Seq of breast myoepithelial cells
+GSM595918	DNase hypersensitivity of CD34 primary cells
+GSM621763	RRBS of H1
+GSM753427_0	H3K27ac of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM621391	H3K9me3 of adipose nuclei
+GSM621390	H3K27me3 of fetal heart
+GSM621393	H3K27me3 of brain, fetal day122 U
+GSM621392	H3K36me3 of fetal heart
+GSM621395	H3K9me3 of duodenum mucosa
+GSM621397	H3K9me3 of fetal heart
+GSM621396	ChIP-Seq input of fetal heart
+GSM621399	H3K9me3 of mobilized CD34 primary cells
+GSM621398	H3K9me3 of adipose derived mesenchymal stem cell
+GSM613903	MRE-Seq of CD4 memory primary cells
+GSM707019_0	MeDIP-Seq of fetal brain
+GSM613905	MRE-Seq of CD8 naive primary cells
+GSM753433_0	H3K36me3 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM613907	MRE-Seq of breast stem cells
+GSM521870	H2BK120ac of IMR90 (fetal lung fibroblast)
+GSM706066_0	H3K27me3 of H9
+GSM706081_0	ChIP-Seq input of H9
+GSM707011_0	H3K27me3 of Neurospheres, Ganglionic Eminence Derived HuFNSC02
+GSM753448_0	ChIP-Seq input of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM706053_0	Bisulfite-Seq of iPS DF 19.11 Cell Line
+GSM613901	MRE-Seq of CD4 naive primary cells
+GSM753434_0	H3K36me3 of H1 Derived Mesenchymal Stem Cells
+GSM701518_0	DNase hypersensitivity of renal pelvis, right, fetal day105 M
+GSM701535_0	DNase hypersensitivity of muscle, arm, fetal day98 F
+GSM670084	RRBS of HUES45 Derived Embryoid Body Cultured Cells
+GSM621419	H3K36me3 of bone marrow derived mesenchymal stem cell
+GSM772732_0	H3K4me1 of fetal heart
+GSM670055	RRBS of hiPS-20b
+GSM753425_0	H3K27ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM701537_0	DNase hypersensitivity of thymus, fetal day98 F
+GSM669582_0	smRNA-Seq of peripheral blood mononuclear primary cells
+GSM706068_0	H3K27me3 of iPS DF 6.9 Cell Line
+GSM774222_0	DNase hypersensitivity of renal pelvis, fetal day91 M
+GSM806943_0	H3K4me3 of fetal brain
+GSM752990_0	H4K5ac of H1
+GSM667641	ChIP-Seq input of H1
+GSM667640	H4K91ac of H9
+GSM667643	ChIP-Seq input of H9
+GSM667642	ChIP-Seq input of H1
+GSM767351_0	H3K4me3 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM621765	RRBS of H1
+GSM670080	RRBS of HUES6 Derived Embryoid Body Cultured Cells
+GSM752968_0	H3K27me3 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM537710	H3K9me3 of adult liver
+GSM543021	MeDIP-Seq of breast vHMEC
+GSM595929_1	DNase hypersensitivity of lung, fetal day96 F
+GSM789280_0	H2BK120ac of H1
+GSM774232_0	DNase hypersensitivity of stomach, fetal day105 F
+GSM774216_0	DNase hypersensitivity of small intestine, fetal day108 F
+GSM774243_0	DNase hypersensitivity of Penis Foreskin Melanocyte Primary Cells
+GSM543011	MRE-Seq of CD4 naive primary cells
+GSM602255_1	Bisulfite-Seq of H1 BMP4
+GSM595920_1	DNase hypersensitivity of brain, fetal day117 F
+GSM752991_0	H4K91ac of H1
+GSM774239_0	DNase hypersensitivity of muscle, arm, fetal day120 M
+GSM595922_1	DNase hypersensitivity of brain, fetal day85 F
+GSM774210_0	DNase hypersensitivity of small intestine, fetal day107 F
+GSM669910	ChIP-Seq input of adult liver
+GSM670089	RRBS of HUES44
+GSM774207_0	DNase hypersensitivity of lung, left, fetal day91 F
+GSM429322_1	Bisulfite-Seq of H1
+GSM806940_0	H3K4me3 of Brain Germinal Matrix
+GSM669926	ChIP-Seq input of WA-7
+GSM669927	H3K4me1 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM669924	H3K4me3 of bone marrow derived mesenchymal stem cell
+GSM669925	H3K4me3 of adipose nuclei
+GSM621737	H3K4me3 of hSKM cell line
+GSM669923	H3K9me3 of Brain, Cingulate Gyrus
+GSM669920	H3K4me1 of bone marrow derived mesenchymal stem cell
+GSM669921	H3K9ac of stomach smooth muscle
+GSM602253	Bisulfite-Seq of H1 BMP4
+GSM602252	Bisulfite-Seq of H1 BMP4
+GSM621739	H3K36me3 of hSKM cell line
+GSM621738	H3K9ac of hSKM cell line
+GSM602257	H2AK5ac of H1
+GSM602256	Bisulfite-Seq of H1 BMP4
+GSM669928	H3K9me3 of HUES64
+GSM669971	ChIP-Seq input of Brain, Hippocampus Middle
+GSM669942	H3K27me3 of HUES48
+GSM767344_0	H3K27me3 of H1 Derived Mesenchymal Stem Cells
+GSM450270	ChIP-Seq input of H1
+GSM595926_1	DNase hypersensitivity of brain, fetal day96 F
+GSM595925	DNase hypersensitivity of lung, fetal day85 F
+GSM621690	H3K9me3 of skeletal muscle
+GSM621691	H3K9ac of skeletal muscle
+GSM621692	H3K27me3 of skeletal muscle
+GSM621693	H3K36me3 of skeletal muscle
+GSM621694	H3K4me3 of skeletal muscle
+GSM621695	RRBS of hiPS-18b
+GSM621696	RRBS of hiPS-18a
+GSM751282_0	smRNA-Seq of Neurospheres, Cortex Derived HuFNSC01
+GSM701520_0	DNase hypersensitivity of renal pelvis, left, fetal day105 M
+GSM621699	RRBS of hiPS-17a
+GSM701532_0	DNase hypersensitivity of renal cortex, fetal day120 F
+GSM602253_1	Bisulfite-Seq of H1 BMP4
+GSM669612	MeDIP-Seq of neurosphere cultured cells, cortex derived
+GSM752978_0	H3K4me1 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM701492_0	DNase hypersensitivity of CD19 primary cells
+GSM602251_1	Bisulfite-Seq of H1 BMP4
+GSM752986_0	H3K9me1 of IMR90 (fetal lung fibroblast)
+GSM789281_0	H2BK120ac of H1
+GSM669586_0	smRNA-Seq of breast luminal epithelial cells
+GSM605339	ChIP-Seq input of H1
+GSM605338	ChIP-Seq input of H1
+GSM753429_0	H3K27ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM751281_0	smRNA-Seq of Neurospheres, Ganglionic Eminence Derived HuFNSC01
+GSM701517_0	DNase hypersensitivity of renal cortex, right fetal day105 M
+GSM774234_0	DNase hypersensitivity of muscle, arm, fetal day105 F
+GSM605330	H4K5ac of H1
+GSM605333	ChIP-Seq input of H1
+GSM605332	H4K91ac of H1
+GSM605335	ChIP-Seq input of H1
+GSM605334	ChIP-Seq input of H1
+GSM605337	ChIP-Seq input of H1
+GSM605336	ChIP-Seq input of H1
+GSM521923	H4K8ac of IMR90 (fetal lung fibroblast)
+GSM521922	H4K8ac of IMR90 (fetal lung fibroblast)
+GSM521921	H4K8ac of IMR90 (fetal lung fibroblast)
+GSM521927	ChIP-Seq input of IMR90 (fetal lung fibroblast)
+GSM521926	ChIP-Seq input of IMR90 (fetal lung fibroblast)
+GSM521925	H4K91ac of IMR90 (fetal lung fibroblast)
+GSM521924	H4K91ac of IMR90 (fetal lung fibroblast)
+GSM521929	ChIP-Seq input of IMR90 (fetal lung fibroblast)
+GSM521928	ChIP-Seq input of IMR90 (fetal lung fibroblast)
+GSM493387	DNase hypersensitivity of CD34 primary cells
+GSM752993_0	ChIP-Seq input of iPS DF 6.9 Cell Line
+GSM621677	ChIP-Seq input of rectal mucosa
+GSM774238_0	DNase hypersensitivity of muscle, lower limb skeletal, fetal day120 M
+GSM613897	ChIP-Seq input of breast myoepithelial cells
+GSM493386	DNase hypersensitivity of CD34 primary cells
+GSM621634	H3K36me3 of adult kidney
+GSM669978	ChIP-Seq input of Brain, Anterior Caudate
+GSM621635	H3K27me3 of stomach smooth muscle
+GSM751276_0	RNA-Seq of Penis Foreskin Melanocyte Primary Cells
+GSM621461	H3K36me3 of adipose nuclei
+GSM621460	H3K27me3 of duodenum mucosa
+GSM670038	H3K4me3 of Brain, Substantia Nigra
+GSM670039	H3K36me3 of HUES48
+GSM493615	MeDIP-Seq of breast luminal epithelial cells
+GSM543027	MeDIP-Seq of CD8 naive primary cells
+GSM670032	H3K9ac of Brain, Cingulate Gyrus
+GSM670033	H3K4me1 of Brain, Cingulate Gyrus
+GSM670030	H3K9ac of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM670031	H3K4me3 of Brain, Anterior Caudate
+GSM670036	H3K4me1 of Brain, Inferior Temporal Lobe
+GSM670037	H3K36me3 of bone marrow derived mesenchymal stem cell
+GSM670034	H3K4me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM670035	H3K27me3 of adipose nuclei
+GSM432392	H3K4me3 of H1
+GSM621639	H3K4me1 of rectal mucosa
+GSM613891	ChIP-Seq input of breast myoepithelial cells
+GSM706860_0	RRBS of lung, fetal day101 U
+GSM613890	ChIP-Seq input of breast vHMEC
+GSM543023	MeDIP-Seq of peripheral blood mononuclear primary cells
+GSM537623	H3K4me3 of WA-7
+GSM537622	H3K4me3 of CD19 primary cells
+GSM537621	H3K36me3 of CD19 primary cells
+GSM537620	ChIP-Seq input of CD19 primary cells
+GSM537627	H3K27me3 of hES-I3
+GSM537626	H3K4me3 of hES-I3
+GSM537625	H3K9me3 of hES-I3
+GSM537624	H3K9ac of hES-I3
+GSM450266	H3K9me3 of H1
+GSM537629	H3K4me3 of CD34 cultured cells
+GSM537628	H3K4me1 of CD34 cultured cells
+GSM613826	MRE-Seq of breast luminal epithelial cells
+GSM621667	H3K4me3 of mobilized CD34 primary cells
+GSM432691_1	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM669972	H3K4me1 of adult liver
+GSM669974	H3K27me3 of HUES64
+GSM773048_0	ChIP-Seq input of mobilized CD34 primary cells
+GSM774235_0	DNase hypersensitivity of muscle, back, fetal day105 F
+GSM621661	H3K9ac of rectal smooth muscle
+GSM701494_0	DNase hypersensitivity of renal cortex, fetal day108 M
+GSM605302	H2BK5ac of H1
+GSM621660	H3K9me3 of rectal smooth muscle
+GSM595920	DNase hypersensitivity of brain, fetal day117 F
+GSM595921	DNase hypersensitivity of lung, fetal day67 M
+GSM595922	DNase hypersensitivity of brain, fetal day85 F
+GSM595923	DNase hypersensitivity of brain, fetal day85 F
+GSM595924	DNase hypersensitivity of lung, fetal day85 F
+GSM621663	H3K9me3 of mobilized CD34 primary cells
+GSM595926	DNase hypersensitivity of brain, fetal day96 F
+GSM595927	DNase hypersensitivity of lung, fetal day96 F
+GSM595928	DNase hypersensitivity of brain, fetal day96 F
+GSM595929	DNase hypersensitivity of lung, fetal day96 F
+GSM621406	ChIP-Seq input of duodenum mucosa
+GSM669976	H3K9me3 of adipose nuclei
+GSM774240_0	DNase hypersensitivity of Penis Foreskin Fibroblast Primary Cells
+GSM706049_0	RNA-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM806935_0	H3K4me3 of fetal brain
+GSM469968	H3K27me3 of IMR90 (fetal lung fibroblast)
+GSM701498_0	DNase hypersensitivity of stomach, fetal day108 M
+GSM669622	RNA-Seq of breast stem cells
+GSM429321_1	Bisulfite-Seq of H1
+GSM409308	H3K4me3 of H1
+GSM409307_1	H3K4me1 of H1
+GSM774213_0	DNase hypersensitivity of large intestine, fetal day115 M
+GSM752975_0	H3K36me3 of iPS DF 6.9 Cell Line
+GSM621453	ChIP-Seq input of Treg primary cells
+GSM774209_0	DNase hypersensitivity of kidney, left, fetal day107 F
+GSM806937_0	H3K27me3 of fetal brain
+GSM806939_0	H3K4me1 of Brain Germinal Matrix
+GSM669940	ChIP-Seq input of adipose nuclei
+GSM669889	H3K4me3 of HUES6
+GSM433179	ChIP-Seq input of H1
+GSM669941	H3K4me1 of Brain, Substantia Nigra
+GSM669885	H3K4me1 of HUES6
+GSM433176	H3K36me3 of H1
+GSM669886	H3K9me3 of HUES6
+GSM433170	H3K4me3 of H1
+GSM433171	H3K9ac of H1
+GSM701516_0	DNase hypersensitivity of CD3 primary cells
+GSM774231_0	DNase hypersensitivity of lung, right, fetal day105 F
+GSM706841_0	RRBS of kidney, fetal day122 U
+GSM621657	ChIP-Seq input of rectal smooth muscle
+GSM669944	ChIP-Seq input of brain, fetal day96 F
+GSM621455	ChIP-Seq input of Th17
+GSM774233_0	DNase hypersensitivity of large intestine, fetal day105 F
+GSM706047_0	RNA-Seq of H1 BMP4
+GSM669945	H3K27me3 of mobilized CD34 primary cells
+GSM752979_0	H3K4me1 of iPS DF 19.11 Cell Line
+GSM667618	H3K23ac of H1
+GSM667619	H3K23ac of H9
+GSM621652	ChIP-Seq input of stomach smooth muscle
+GSM773047_0	H3K27me3 of mobilized CD34 primary cells
+GSM667612	H2BK5ac of H9
+GSM667613	H2BK5ac of H9
+GSM667610	H2BK12ac of H9
+GSM621653	H3K27me3 of skeletal muscle
+GSM667616	H3K18ac of H9
+GSM667617	H3K23ac of H1
+GSM667614	H3K14ac of H1
+GSM667615	H3K14ac of H1
+GSM665838	DNase hypersensitivity of CD8 primary cells
+GSM665839	DNase hypersensitivity of CD4 primary cells
+GSM774237_0	DNase hypersensitivity of lung, left, fetal day115 M
+GSM701505_0	DNase hypersensitivity of muscle, leg, fetal day115 M
+GSM621714	RRBS of hiPS-17b
+GSM665830	DNase hypersensitivity of heart, fetal day110 F
+GSM665831	DNase hypersensitivity of heart, fetal day110 M
+GSM665832	DNase hypersensitivity of lung, right, fetal day115 M
+GSM665833	DNase hypersensitivity of kidney, right, fetal day115 M
+GSM665834	DNase hypersensitivity of kidney, left, fetal day115 M
+GSM665835	DNase hypersensitivity of small intestine, fetal day105 F
+GSM665836	DNase hypersensitivity of CD56 primary cells
+GSM665837	DNase hypersensitivity of CD3 primary cells
+GSM521871	H2BK12ac of IMR90 (fetal lung fibroblast)
+GSM537652	H3K4me3 of mobilized CD34 primary cells
+GSM521873	H2BK12ac of IMR90 (fetal lung fibroblast)
+GSM521875	H2BK15ac of IMR90 (fetal lung fibroblast)
+GSM521874	H2BK12ac of IMR90 (fetal lung fibroblast)
+GSM521877	H2BK15ac of IMR90 (fetal lung fibroblast)
+GSM537653	H3K9me3 of CD34 cultured cells
+GSM521879	H2BK20ac of IMR90 (fetal lung fibroblast)
+GSM521878	H2BK15ac of IMR90 (fetal lung fibroblast)
+GSM753449_0	ChIP-Seq input of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM772733_0	ChIP-Seq input of kidney, fetal dayNA F
+GSM621407	ChIP-Seq input of hiPS-18c
+GSM595916_1	DNase hypersensitivity of lung, fetal day103 M
+GSM767354_0	ChIP-Seq input of H1 Derived Mesenchymal Stem Cells
+GSM753426_0	H3K27ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM595914_1	DNase hypersensitivity of CD34 primary cells
+GSM701534_0	DNase hypersensitivity of lung, left, fetal day98 F
+GSM621401	ChIP-Seq input of adipose nuclei
+GSM537657	H3K27me3 of WA-7
+GSM621643	H3K4me3 of rectal mucosa
+GSM621642	H3K4me1 of stomach smooth muscle
+GSM621641	ChIP-Seq input of skeletal muscle
+GSM621640	H3K4me1 of skeletal muscle
+GSM621647	ChIP-Seq input of rectal mucosa
+GSM621403	H3K4me1 of duodenum mucosa
+GSM621645	H3K4me3 of stomach smooth muscle
+GSM621644	H3K36me3 of skeletal muscle
+GSM621760	H3K4me3 of hSKM cell line
+GSM669956	ChIP-Seq input of lung, fetal day85 F
+GSM669955	H3K36me3 of mobilized CD34 primary cells
+GSM669954	H3K4me1 of HUES48
+GSM669953	H3K27me3 of Brain, Substantia Nigra
+GSM669952	H3K36me3 of adipose nuclei
+GSM669951	H3K36me3 of bone marrow derived mesenchymal stem cell
+GSM669950	H3K9ac of Brain, Anterior Caudate
+GSM669597	H3K36me3 of breast luminal epithelial cells
+GSM433174	H3K9me3 of H1
+GSM669595	H3K4me1 of breast luminal epithelial cells
+GSM669594	H3K27me3 of breast vHMEC
+GSM669593	H3K36me3 of CD8 naive primary cells
+GSM669592	H3K27me3 of Penis, Foreskin, Keratinocyte Primary Cells
+GSM669591	H3K4me1 of Penis, Foreskin, Keratinocyte Primary Cells
+GSM669590	H3K9ac of Penis, Foreskin, Keratinocyte Primary Cells
+GSM669614	MeDIP-Seq of fetal brain
+GSM669615	MeDIP-Seq of fetal brain
+GSM669993	ChIP-Seq input of lung, fetal day96 F
+GSM669617	RNA-Seq of CD4 naive primary cells
+GSM669610	MeDIP-Seq of neurosphere cultured cells, cortex derived
+GSM669887	H3K27me3 of HUES6
+GSM621709	RRBS of HUES8
+GSM669613	MeDIP-Seq of neurosphere cultured cells, ganglionic eminence derived
+GSM466734	H3K27me3 of H1
+GSM605308	H3K27me3 of H1
+GSM433177	H3K4me1 of H1
+GSM706854_0	H3K9ac of lung, fetal day82 F
+GSM466732	H3K27ac of H1
+GSM752992_0	ChIP-Seq input of iPS DF 19.11 Cell Line
+GSM701495_0	DNase hypersensitivity of large intestine, fetal day108 M
+GSM675546_1	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM466739	H3K4me1 of H1
+GSM670077	RRBS of HUES1 Derived Embryoid Body Cultured Cells
+GSM670075	RRBS of HUES3 Derived Embryoid Body Cultured Cells
+GSM670073	RRBS of iPS-11c Cell Line
+GSM670070	RRBS of iPS-27b Cell Line
+GSM621606	RRBS of HUES28
+GSM706061_1	Bisulfite-Seq of H9
+GSM706061_0	Bisulfite-Seq of H9
+GSM605309	H3K36me3 of H1
+GSM773046_0	H3K27me3 of mobilized CD34 primary cells
+GSM767347_0	H3K4me1 of H1 Derived Mesenchymal Stem Cells
+GSM701511_0	DNase hypersensitivity of renal cortex, fetal day113 M
+GSM701512_0	DNase hypersensitivity of kidney, left, fetal day113 M
+GSM537704	H3K36me3 of hiPS-20b
+GSM537705	H3K9ac of adult liver
+GSM537706	H3K4me1 of adult liver
+GSM537707	H3K27me3 of adult liver
+GSM537700	H3K27me3 of hiPS-20b
+GSM434776	H3K27me3 of H1
+GSM537702	H3K4me3 of CD15 primary cells
+GSM621423	H3K4me3 of hiPS-20b
+GSM772731_0	RRBS of mobilized CD34 primary cells
+GSM537708	H3K36me3 of adult liver
+GSM537709	H3K4me3 of adult liver
+GSM613868	H3K4me1 of breast vHMEC
+GSM613869	H3K4me3 of breast myoepithelial cells
+GSM616128	H3K4me3 of H9
+GSM616129	H3K9ac of H9
+GSM701533_0	DNase hypersensitivity of muscle, trunk, fetal day120 F
+GSM602251	Bisulfite-Seq of H1 BMP4
+GSM595919_1	DNase hypersensitivity of CD34 primary cells
+GSM602252_1	Bisulfite-Seq of H1 BMP4
+GSM706078_0	H3K79me2 of H9
+GSM701496_0	DNase hypersensitivity of small intestine, fetal day108 M
+GSM616127	H3K4me2 of H9
+GSM537685	H3K9ac of H1
+GSM537684	H3K36me3 of H1
+GSM537687	H3K4me3 of hiPS-15b
+GSM537686	H3K9me3 of pancreatic islets
+GSM537681	H3K4me3 of H1
+GSM537680	H3K4me3 of H1
+GSM537683	H3K27me3 of H1
+GSM537682	ChIP-Seq input of H1
+GSM706850_0	H3K4me1 of fetal brain
+GSM537674	H3K27me3 of hiPS-18c
+GSM537689	H3K9ac of hiPS-20b
+GSM537688	H3K9me3 of hiPS-20b
+GSM753432_0	H3K36me3 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM701500_0	DNase hypersensitivity of CD20 primary cells
+GSM602256_1	Bisulfite-Seq of H1 BMP4
+GSM706067_0	H3K27me3 of iPS DF 19.11 Cell Line
+GSM543005	MRE-Seq of H1
+GSM751271_0	RNA-Seq of Neurospheres, Ganglionic Eminence Derived HuFNSC01
+GSM537678	H3K9me3 of hiPS-18c
+GSM537679	H3K4me1 of H1
+GSM621429	H3K4me1 of fetal heart
+GSM621428	H3K9me3 of Th17
+GSM621386	ChIP-Seq input of hES-I3
+GSM621387	H3K36me3 of fetal heart
+GSM706836_0	RRBS of lung, fetal day85 F
+GSM537670	H3K9ac of hES-I3
+GSM537671	H3K4me3 of hiPS-18c
+GSM621388	H3K4me3 of Treg primary cells
+GSM621389	H3K9me3 of Treg primary cells
+GSM621427	H3K9me3 of brain, fetal day122 U
+GSM621426	H3K9me3 of bone marrow derived mesenchymal stem cell
+GSM621425	H3K4me1 of adipose nuclei
+GSM537677	H3K9ac of hiPS-18c
+GSM665801	DNase hypersensitivity of iPS DF 19.11 Cell Line
+GSM665800	DNase hypersensitivity of iPS DF 19.7 Cell Line
+GSM665803	DNase hypersensitivity of iPS DF 4.7 Cell Line
+GSM665802	DNase hypersensitivity of iPS DF 6.9 Cell Line
+GSM665805	DNase hypersensitivity of lung, fetal day112 U
+GSM665804	DNase hypersensitivity of brain, fetal day112 U
+GSM665807	DNase hypersensitivity of lung, right, fetal day117 F
+GSM665806	DNase hypersensitivity of lung, fetal day82 M
+GSM665808	DNase hypersensitivity of lung, left, fetal day117 F
+GSM701522_0	DNase hypersensitivity of muscle, upper limb skeletal, fetal day108 F
+GSM670046	RRBS of Primary Fibroblast Cell Line
+GSM595919	DNase hypersensitivity of CD34 primary cells
+GSM621420	H3K27me3 of adipose derived mesenchymal stem cell
+GSM621671	H3K4me3 of colonic mucosa
+GSM595913	DNase hypersensitivity of brain, fetal day122 M
+GSM595915	DNase hypersensitivity of lung, fetal day108 F
+GSM595914	DNase hypersensitivity of CD34 primary cells
+GSM595917	DNase hypersensitivity of CD34 primary cells
+GSM595916	DNase hypersensitivity of lung, fetal day103 M
+GSM543034	smRNA-Seq of breast vHMEC
+GSM751273_0	RNA-Seq of Neurospheres, Ganglionic Eminence Derived HuFNSC02
+GSM774226_0	DNase hypersensitivity of muscle, arm, fetal day120 F
+GSM701531_0	DNase hypersensitivity of large intestine, fetal day120 F
+GSM806936_0	H3K9me3 of fetal brain
+GSM621560	RRBS of CD19 primary cells
+GSM468792	DNase hypersensitivity of IMR90 (fetal lung fibroblast)
+GSM613834	MRE-Seq of breast myoepithelial cells
+GSM751287_0	smRNA-Seq of Neurospheres, Ganglionic Eminence Derived HuFNSC02
+GSM595917_1	DNase hypersensitivity of CD34 primary cells
+GSM613837	MRE-Seq of breast stem cells
+GSM752970_0	H3K27me3 of iPS DF 19.11 Cell Line
+GSM669625	H3K27me3 of brain, dorsal neocortex, fetal
+GSM669624	H3K4me3 of brain, dorsal neocortex, fetal
+GSM667611	H2BK12ac of H9
+GSM669621	RNA-Seq of breast myoepithelial cells
+GSM669620	RNA-Seq of breast luminal epithelial cells
+GSM669623	H3K9ac of brain, dorsal neocortex, fetal
+GSM665826	DNase hypersensitivity of large intestine, fetal day110 F
+GSM432690_1	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM774201_0	DNase hypersensitivity of mobilized CD3 primary cells
+GSM621561	RRBS of CD34 primary cells
+GSM665825	DNase hypersensitivity of small intestine, fetal day110 F
+GSM669919	H3K9me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM669918	H3K9ac of Brain, Inferior Temporal Lobe
+GSM706048_0	RNA-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM701529_0	DNase hypersensitivity of renal cortex, fetal day91 M
+GSM669913	H3K27me3 of Brain, Hippocampus Middle
+GSM669912	H3K36me3 of lung, fetal day96 F
+GSM669911	H3K4me1 of bone marrow derived mesenchymal stem cell
+GSM621629	ChIP-Seq input of adult liver
+GSM669917	H3K9ac of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM669916	H3K27me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM669915	H3K36me3 of Brain, Anterior Caudate
+GSM669914	H3K36me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM621725	RRBS of hiPS-18c
+GSM621726	RRBS of skeletal muscle
+GSM621727	RRBS of skeletal muscle
+GSM602254	Bisulfite-Seq of H1 BMP4
+GSM665821	DNase hypersensitivity of kidney, right, fetal day147 F
+GSM621715	RRBS of hiPS-11b
+GSM665820	DNase hypersensitivity of Mobilized CD56 Primary Cells
+GSM621728	RRBS of colonic mucosa
+GSM621729	RRBS of duodenum mucosa
+GSM751277_0	RNA-Seq of Penis Foreskin Fibroblast Primary Cells
+GSM707013_0	ChIP-Seq input of Neurospheres, Cortex Derived HuFNSC02
+GSM752969_0	H3K27me3 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM537672	H3K36me3 of hES-I3
+GSM669618	RNA-Seq of CD4 memory primary cells
+GSM774217_0	DNase hypersensitivity of large intestine, fetal day108 F
+GSM669929_1	ChIP-Seq input of mobilized CD34 primary cells
+GSM774214_0	DNase hypersensitivity of large intestine, fetal day113 M
+GSM410808	H3K4me3 of H1
+GSM753438_0	H3K4me2 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM410807	H3K9ac of H1
+GSM706074_0	H3K4me3 of iPS DF 19.11 Cell Line
+GSM701521_0	DNase hypersensitivity of stomach, fetal day108 F
+GSM693278_0	H3K27me3 of breast luminal epithelial cells
+GSM753440_0	H3K4me3 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM774220_0	DNase hypersensitivity of large intestine, fetal day91 M
+GSM706046_0	RNA-Seq of H1 BMP4
+GSM595924_1	DNase hypersensitivity of lung, fetal day85 F
+GSM753436_0	H3K4me1 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM707017_0	MRE-Seq of Penis Foreskin Fibroblast Primary Cells
+GSM707000_0	H3K9me3 of Brain Germinal Matrix
+GSM450239	smRNA-Seq of H1
+GSM469973	H3K9ac of IMR90 (fetal lung fibroblast)
+GSM621592	RRBS of HUES66
+GSM469971	H3K4me3 of H1
+GSM605329	H4K20me1 of H1
+GSM469975	H4K5ac of IMR90 (fetal lung fibroblast)
+GSM469974	H3K9me3 of IMR90 (fetal lung fibroblast)
+GSM605322	H3K79me2 of H1
+GSM605323	H3K9ac of H1
+GSM605320	H3K79me1 of H1
+GSM605321	H3K79me2 of H1
+GSM605327	H3K9me3 of H1
+GSM605324	H3K9ac of H9
+GSM605325	H3K9me3 of H1
+GSM543004	H3K9ac of CD4 naive primary cells
+GSM621750	H3K4me2 of hSKM cell line
+GSM621753	H3K9me3 of hSKM cell line
+GSM621752	H3K4me1 of hSKM cell line
+GSM621755	H3K27me3 of hSKM cell line
+GSM621754	H3K36me3 of hSKM cell line
+GSM621757	H3K9ac of hSKM cell line
+GSM621756	ChIP-Seq input of hSKM cell line
+GSM621759	H3K4me1 of hSKM cell line
+GSM621758	H3K4me2 of hSKM cell line
+GSM707023_0	MeDIP-Seq of Brain Germinal Matrix
+GSM543009	MRE-Seq of peripheral blood mononuclear primary cells
+GSM432692_1	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM537641	H3K4me1 of WA-7
+GSM537640	H3K36me3 of WA-7
+GSM537643	H3K4me3 of pancreatic islets
+GSM537642	H3K4me1 of pancreatic islets
+GSM537645	H3K9me3 of CD3 primary cells
+GSM602259	H3K18ac of H1
+GSM537646	H3K4me1 of CD3 primary cells
+GSM537649	H3K27me3 of mobilized CD34 primary cells
+GSM537648	H3K27me3 of hES-I3
+GSM774242_0	DNase hypersensitivity of muscle, leg, fetal day127 M
+GSM537675	H3K36me3 of hiPS-18c
+GSM751285_0	smRNA-Seq of fetal brain
+GSM774203_0	DNase hypersensitivity of fetal heart
+GSM707008_0	H3K4me1 of Neurospheres, Ganglionic Eminence Derived HuFNSC02
+GSM670009	H3K27me3 of bone marrow derived mesenchymal stem cell
+GSM670008	ChIP-Seq input of adult liver
+GSM670007	H3K27me3 of bone marrow derived mesenchymal stem cell
+GSM670006	ChIP-Seq input of bone marrow derived mesenchymal stem cell
+GSM670005	H3K9me3 of Brain, Inferior Temporal Lobe
+GSM670004	H3K4me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM670003	ChIP-Seq input of Brain, Cingulate Gyrus
+GSM670002	H3K36me3 of Brain, Hippocampus Middle
+GSM670001	H3K9me3 of Brain, Hippocampus Middle
+GSM670000	H3K4me1 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM774211_0	DNase hypersensitivity of lung, left, fetal day107 F
+GSM707007	H3K36me3 Neurospheres
+GSM537634	H3K27me3 of CD19 primary cells
+GSM537635	H3K9me3 of CD19 primary cells
+GSM537636	H3K4me1 of CD3 primary cells
+GSM537637	H3K9me3 of CD3 primary cells
+GSM537630	H3K36me3 of CD19 primary cells
+GSM537631	H3K27me3 of CD3 primary cells
+GSM537632	H3K4me3 of CD19 primary cells
+GSM537633	H3K4me3 of CD3 primary cells
+GSM613816	ChIP-Seq input of CD8 naive primary cells
+GSM613815	H3K27me3 of CD8 naive primary cells
+GSM613814	H3K4me1 of CD8 naive primary cells
+GSM613813	H3K9ac of CD8 naive primary cells
+GSM613812	H3K9me3 of CD8 naive primary cells
+GSM613811	H3K4me3 of CD8 naive primary cells
+GSM707003	H3K4me1 Neurospheres
+GSM753430_0	H3K27me3 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM753431_0	H3K27me3 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM701503_0	DNase hypersensitivity of CD14 primary cells
+GSM675545_1	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM456941	MeDIP-Seq of H1
+GSM753447_0	ChIP-Seq input of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM605328	H3K9me3 of H1
+GSM530662	DNase hypersensitivity of fetal heart
+GSM530663	DNase hypersensitivity of CD34 primary cells
+GSM530660	DNase hypersensitivity of CD34 primary cells
+GSM469970	H3K4me3 of IMR90 (fetal lung fibroblast)
+GSM530666	DNase hypersensitivity of IMR90 (fetal lung fibroblast)
+GSM706060_1	Bisulfite-Seq of H9
+GSM530664	DNase hypersensitivity of CD34 primary cells
+GSM669959	H3K27me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM706859_0	RRBS of mobilized CD34 primary cells
+GSM706070_0	H3K36me3 of iPS DF 6.9 Cell Line
+GSM701540_0	DNase hypersensitivity of CD8 primary cells
+GSM773045_0	ChIP-Seq input of mobilized CD34 primary cells
+GSM701487_0	DNase hypersensitivity of small intestine, fetal day115 M
+GSM701528_0	DNase hypersensitivity of stomach, fetal day91 M
+GSM767349_0	H3K4me3 of H1 Derived Mesenchymal Stem Cells
+GSM521931	ChIP-Seq input of IMR90 (fetal lung fibroblast)
+GSM752967_0	H3K27ac of iPS DF 6.9 Cell Line
+GSM621595	RRBS of HUES62
+GSM753441_0	H3K4me3 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM543031	RNA-Seq of breast myoepithelial cells
+GSM621594	RRBS of HUES64
+GSM773042_0	H3K36me3 of mobilized CD34 primary cells
+GSM752987_0	H3K9me1 of IMR90 (fetal lung fibroblast)
+GSM707016_0	MRE-Seq of Penis Foreskin Melanocyte Primary Cells
+GSM621638	ChIP-Seq input of adult kidney
+GSM693277_0	H3K4me3 of breast myoepithelial cells
+GSM752962_0	H2BK120ac of H9
+GSM706058_0	Bisulfite-Seq of iPS DF 6.9 Cell Line
+GSM773041_0	H3K4me3 of mobilized CD34 primary cells
+GSM613847	MeDIP-Seq of breast stem cells
+GSM621599	RRBS of HUES65
+GSM706843_0	H3K36me3 of mobilized CD34 primary cells
+GSM706055_1	Bisulfite-Seq of iPS DF 19.11 Cell Line
+GSM621598	RRBS of HUES48
+GSM669898	H3K36me3 of HUES6
+GSM669899	RRBS of H9 Derived Neuronal Progenitor Cultured Cells
+GSM669896	H3K9ac of WA-7
+GSM669897	H3K27me3 of HUES6
+GSM669894	H3K9me3 of HUES6
+GSM669895	ChIP-Seq input of HUES6
+GSM669892	H3K36me3 of HUES6
+GSM669893	H3K4me3 of HUES6
+GSM669890	H3K9ac of HUES6
+GSM669891	H3K4me1 of HUES6
+GSM432689	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM432688	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM774229_0	DNase hypersensitivity of small intestine, fetal day98 F
+GSM432686	Bisulfite-Seq of H1
+GSM751270_0	RNA-Seq of Neurospheres, Cortex Derived HuFNSC01
+GSM701524_0	DNase hypersensitivity of lung, left, fetal day108 F
+GSM602258	H2AK5ac of H1
+GSM752984_0	H3K4me3 of iPS DF 19.11 Cell Line
+GSM432687	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM521933	ChIP-Seq input of IMR90 (fetal lung fibroblast)
+GSM701507_0	DNase hypersensitivity of CD19 primary cells
+GSM621751	H3K27me3 of hSKM cell line
+GSM493620	MRE-Seq of breast luminal epithelial cells
+GSM706082_0	ChIP-Seq input of iPS DF 19.11 Cell Line
+GSM493626	MRE-Seq of breast stem cells
+GSM667629	H3K79me1 of H9
+GSM667628	H3K56ac of H9
+GSM667627	H3K56ac of H1
+GSM667626	H3K4me1 of H9
+GSM667625	H3K4ac of H9
+GSM667624	H3K4ac of H1
+GSM667623	H3K36me3 of H9
+GSM667622	H3K27me3 of H9
+GSM667621	H3K23me2 of H9
+GSM667620	H3K23ac of H9
+GSM543007	MRE-Seq of breast vHMEC
+GSM669973	H3K9me3 of Brain, Substantia Nigra
+GSM751283_0	smRNA-Seq of Brain Germinal Matrix
+GSM521930	ChIP-Seq input of IMR90 (fetal lung fibroblast)
+GSM706855_0	ChIP-Seq input of lung, fetal day82 F
+GSM774208_0	DNase hypersensitivity of mobilized CD34 primary cells
+GSM595927_1	DNase hypersensitivity of lung, fetal day96 F
+GSM706835_0	RRBS of CD3 primary cells
+GSM774223_0	DNase hypersensitivity of muscle, arm, fetal day91 M
+GSM521866	H2AK5ac of IMR90 (fetal lung fibroblast)
+GSM521932	ChIP-Seq input of IMR90 (fetal lung fibroblast)
+GSM806944_0	H3K9me3 of fetal brain
+GSM493385	DNase hypersensitivity of kidney, fetal day82 F
+GSM493384	DNase hypersensitivity of CD34 primary cells
+GSM521868	H2AK5ac of IMR90 (fetal lung fibroblast)
+GSM521869	H2BK120ac of IMR90 (fetal lung fibroblast)
+GSM772724_0	RRBS of Colon Smooth Muscle
+GSM669585_0	smRNA-Seq of CD8 naive primary cells
+GSM621444	ChIP-Seq input of hiPS-15b
+GSM806946_0	H3K36me3 of fetal brain
+GSM621655	H3K27me3 of rectal smooth muscle
+GSM773043_0	H3K4me1 of mobilized CD34 primary cells
+GSM701523_0	DNase hypersensitivity of lung, right, fetal day108 F
+GSM621646	H3K36me3 of rectal mucosa
+GSM621654	H3K4me1 of adult liver
+GSM669589	H3K4me3 of Penis, Foreskin, Keratinocyte Primary Cells
+GSM621656	H3K36me3 of rectal smooth muscle
+GSM669943	H3K4me3 of mobilized CD34 primary cells
+GSM621650	H3K27me3 of rectal mucosa
+GSM621651	H3K9me3 of adult kidney
+GSM669946	ChIP-Seq input of bone marrow derived mesenchymal stem cell
+GSM669947	H3K36me3 of Brain, Substantia Nigra
+GSM669948	ChIP-Seq input of skeletal muscle
+GSM669949	H3K9ac of rectal mucosa
+GSM669958	ChIP-Seq input of bone marrow derived mesenchymal stem cell
+GSM621658	H3K4me3 of rectal mucosa
+GSM621659	H3K4me1 of rectal mucosa
+GSM621713	RRBS of adult kidney
+GSM621665	H3K4me3 of mobilized CD34 primary cells
+GSM669957	H3K27me3 of bone marrow derived mesenchymal stem cell
+GSM772725_0	RRBS of hESC Derived CD184+ Endoderm Cultured Cells
+GSM693275_0	H3K36me3 of breast vHMEC
+GSM752965_0	H3K27ac of iPS DF 19.11 Cell Line
+GSM752988_0	H3K9me3 of iPS DF 19.11 Cell Line
+GSM701519_0	DNase hypersensitivity of renal cortex, left, fetal day105 M
+GSM707001_0	H3K27me3 of Brain Germinal Matrix
+GSM701489_0	DNase hypersensitivity of mobilized CD4 primary cells
+GSM806942_0	H3K4me1 of fetal brain
+GSM621649	H3K36me3 of stomach smooth muscle
+GSM595918_1	DNase hypersensitivity of CD34 primary cells
+GSM774205_0	DNase hypersensitivity of small intestine, fetal day91 F
+GSM670049	RRBS of HUES66
+GSM621648	H3K4me3 of adult kidney
+GSM707022_0	MeDIP-Seq of Penis, Foreskin, Keratinocyte Primary Cells
+GSM706051_0	RNA-Seq of iPS DF 19.11 Cell Line
+GSM752981_0	H3K4me2 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM670043	ChIP-Seq input of adipose nuclei
+GSM670042	ChIP-Seq input of Brain, Substantia Nigra
+GSM670041	H3K4me3 of adipose nuclei
+GSM670040	H3K9me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM670047	RRBS of Primary Fibroblast Cell Line
+GSM621664	H3K27me3 of mobilized CD34 primary cells
+GSM670045	H3K4me1 of adipose nuclei
+GSM670044	ChIP-Seq input of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM675545	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM675544	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM675546	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM675543	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM675542	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM613911	MeDIP-Seq of peripheral blood mononuclear primary cells
+GSM621767	RRBS of HUES3
+GSM767346_0	H3K36me3 of H1 Derived Mesenchymal Stem Cells
+GSM706858_0	RRBS of mobilized CD34 primary cells
+GSM613859	MeDIP-Seq of breast stem cells
+GSM752985_0	H3K4me3 of iPS DF 6.9 Cell Line
+GSM537647	ChIP-Seq input of hES-I3
+GSM669596	H3K9me3 of breast luminal epithelial cells
+GSM613853	MeDIP-Seq of breast stem cells
+GSM450236	MRE-Seq of H1
+GSM613857	MeDIP-Seq of breast myoepithelial cells
+GSM613856	MeDIP-Seq of breast luminal epithelial cells
+GSM706073_0	H3K4me1 of iPS DF 6.9 Cell Line
+GSM613818	MRE-Seq of breast luminal epithelial cells
+GSM707006	H3K27me3 Neurospheres
+GSM595913_1	DNase hypersensitivity of brain, fetal day122 M
+GSM707004	H3K4me3 Neurospheres
+GSM707005	H3K9me3 Neurospheres
+GSM521909	H3K79me2 of IMR90 (fetal lung fibroblast)
+GSM521908	H3K79me1 of IMR90 (fetal lung fibroblast)
+GSM434762	H3K4me1 of H1
+GSM543035	H3K36me3 of CD4 naive primary cells
+GSM521904	H3K79me1 of IMR90 (fetal lung fibroblast)
+GSM521907	H3K79me1 of IMR90 (fetal lung fibroblast)
+GSM521906	H3K79me1 of IMR90 (fetal lung fibroblast)
+GSM521901	H3K4me3 of IMR90 (fetal lung fibroblast)
+GSM521900	H3K4me2 of IMR90 (fetal lung fibroblast)
+GSM521903	H3K56ac of IMR90 (fetal lung fibroblast)
+GSM521902	H3K56ac of IMR90 (fetal lung fibroblast)
+GSM621449	H3K36me3 of Treg primary cells
+GSM621448	H3K27me3 of Treg primary cells
+GSM753973_0	DNase hypersensitivity of breast vHMEC
+GSM665823	DNase hypersensitivity of thymus, fetal day147 F
+GSM493617	MRE-Seq of breast luminal epithelial cells
+GSM621732	RRBS of stomach smooth muscle
+GSM621441	H3K9me3 of kidney, fetal day122 U
+GSM621666	H3K36me3 of mobilized CD34 primary cells
+GSM621443	ChIP-Seq input of adipose derived mesenchymal stem cell
+GSM621442	H3K9ac of bone marrow derived mesenchymal stem cell
+GSM621445	H3K9ac of duodenum mucosa
+GSM605316	H3K4me3 of H9
+GSM621447	ChIP-Seq input of CD4 memory primary cells
+GSM621446	H3K36me3 of adipose derived mesenchymal stem cell
+GSM537696	ChIP-Seq input of hiPS-15b
+GSM537697	H3K4me3 of adult liver
+GSM537694	H3K4me3 of hiPS-11a
+GSM537695	H3K9me3 of adult liver
+GSM537692	H3K9ac of hiPS-15b
+GSM537693	ChIP-Seq input of hiPS-11a
+GSM537690	H3K36me3 of hiPS-15b
+GSM537691	H3K9me3 of hiPS-15b
+GSM774241_0	DNase hypersensitivity of Penis Foreskin Fibroblast Primary Cells
+GSM669922	H3K9ac of adipose nuclei
+GSM753437_0	H3K4me1 of H1 Derived Mesenchymal Stem Cells
+GSM669616	RNA-Seq of peripheral blood mononuclear primary cells
+GSM537698	H3K27me3 of adult liver
+GSM434785	H3K9ac of H1
+GSM669584_0	smRNA-Seq of CD4 memory primary cells
+GSM665822	DNase hypersensitivity of kidney, left, fetal day147 F
+GSM621735	RRBS of hiPS-20b
+GSM669587_0	smRNA-Seq of breast myoepithelial cells
+GSM621734	RRBS of HUES1
+GSM595930_1	DNase hypersensitivity of lung, fetal day108 M
+GSM669611	MeDIP-Seq of neurosphere cultured cells, ganglionic eminence derived
+GSM701493_0	DNase hypersensitivity of CD19 primary cells
+GSM706057_1	Bisulfite-Seq of iPS DF 6.9 Cell Line
+GSM621438	H3K4me3 of kidney, fetal day122 U
+GSM621439	H3K4me3 of mobilized CD34 primary cells
+GSM773049_0	H3K9me3 of mobilized CD34 primary cells
+GSM621434	H3K9me3 of fetal heart
+GSM621435	H3K4me3 of adipose nuclei
+GSM621436	H3K9me3 of mobilized CD34 primary cells
+GSM621437	H3K4me3 of mobilized CD34 primary cells
+GSM621430	H3K9ac of kidney, fetal day122 U
+GSM621431	H3K27me3 of mobilized CD34 primary cells
+GSM621432	H3K4me3 of duodenum mucosa
+GSM621433	H3K27me3 of hiPS-15b
+GSM665812	DNase hypersensitivity of CD4 primary cells
+GSM669992	H3K4me3 of Brain, Inferior Temporal Lobe
+GSM669991	H3K4me3 of bone marrow derived mesenchymal stem cell
+GSM669990	H3K4me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM669997	H3K36me3 of adipose nuclei
+GSM669996	H3K36me3 of bone marrow derived mesenchymal stem cell
+GSM669995	H3K9me3 of mobilized CD34 primary cells
+GSM669994	H3K9me3 of Brain, Anterior Caudate
+GSM774204_0	DNase hypersensitivity of thymus, fetal day105 F
+GSM669999	H3K9ac of bone marrow derived mesenchymal stem cell
+GSM669998	H3K4me3 of adipose nuclei
+GSM707009_0	H3K4me3 of Neurospheres, Ganglionic Eminence Derived HuFNSC02
+GSM767356_0	ChIP-Seq input of H1 Derived Neuronal Progenitor Cultured Cells
+GSM772728_0	RRBS of H9 Derived Neuron Cultured Cells
+GSM466737	H3K36me3 of H1
+GSM602255	Bisulfite-Seq of H1 BMP4
+GSM706839_0	RRBS of mobilized CD34 primary cells
+GSM669929	ChIP-Seq input of mobilized CD34 primary cells
+GSM595915_1	DNase hypersensitivity of lung, fetal day108 F
+GSM767350_0	H3K4me3 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM701501_0	DNase hypersensitivity of renal pelvis, fetal day108 M
+GSM429322	Bisulfite-Seq of H1
+GSM701526_0	DNase hypersensitivity of CD3 primary cells
+GSM767343_0	H3K27ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM621719	RRBS of hiPS-11a
+GSM806947_0	ChIP-Seq input of Brain Germinal Matrix
+GSM486702	ChIP-Seq input of CD34 primary cells
+GSM772735_0	H3K4me3 of fetal heart
+GSM486707	H3K4me1 of CD34 primary cells
+GSM486706	H3K27me3 of CD34 primary cells
+GSM486705	H3K36me3 of CD34 primary cells
+GSM486704	H3K27me3 of CD34 primary cells
+GSM486709	H3K4me3 of CD34 primary cells
+GSM486708	H3K4me1 of CD34 primary cells
+GSM753439_0	H3K4me2 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM767352_0	H3K9me3 of H1 Derived Mesenchymal Stem Cells
+GSM806938_0	H3K36me3 of fetal brain
+GSM706080_0	H3K9me3 of iPS DF 6.9 Cell Line
+GSM621718	RRBS of HUES9
+GSM669599	MRE-Seq of CD4 memory primary cells
+GSM774244_0	DNase hypersensitivity of Penis Foreskin Melanocyte Primary Cells
+GSM701510_0	DNase hypersensitivity of renal pelvis, fetal day113 M
+GSM429321	Bisulfite-Seq of H1
+GSM707021_0	MeDIP-Seq of Penis Foreskin Fibroblast Primary Cells
+GSM706838_0	RRBS of fetal brain
+GSM669908	H3K4me1 of adipose nuclei
+GSM669909	H3K4me1 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM669904	H3K9ac of adipose nuclei
+GSM669905	H3K4me3 of Brain, Cingulate Gyrus
+GSM669906	H3K9ac of Brain, Hippocampus Middle
+GSM669907	H3K4me1 of mobilized CD34 primary cells
+GSM669901	RRBS of H9
+GSM772723_0	RRBS of hESC Derived CD184+ Endoderm Cultured Cells
+GSM605311	H3K4ac of H1
+GSM707018_0	MRE-Seq of Penis, Foreskin, Keratinocyte Primary Cells
+GSM706853_0	H3K4me1 of lung, fetal day82 F
+GSM767341_0	H3K27ac of H1 Derived Mesenchymal Stem Cells
+GSM613923	MRE-Seq of CD8 naive primary cells
+GSM693276_0	H3K9ac of breast myoepithelial cells
+GSM543017	MeDIP-Seq of breast myoepithelial cells
+GSM752983_0	H3K4me3 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM706054_0	Bisulfite-Seq of iPS DF 19.11 Cell Line
+GSM706077_0	H3K79me1 of H9
+GSM774221_0	DNase hypersensitivity of kidney, fetal day91 M
+GSM613920	MRE-Seq of CD4 naive primary cells
+GSM752963_0	H2BK20ac of H9
+GSM670087	RRBS of HUES13
+GSM605310	H3K36me3 of H9
+GSM521899	H3K4me2 of IMR90 (fetal lung fibroblast)
+GSM521898	H3K4me1 of IMR90 (fetal lung fibroblast)
+GSM773044_0	ChIP-Seq input of mobilized CD34 primary cells
+GSM670081	RRBS of Primary Fibroblast Cell Line
+GSM665813	DNase hypersensitivity of CD8 primary cells
+GSM521893	H3K4ac of IMR90 (fetal lung fibroblast)
+GSM521892	H3K36me3 of IMR90 (fetal lung fibroblast)
+GSM521890	H3K36me3 of IMR90 (fetal lung fibroblast)
+GSM521897	H3K4me1 of IMR90 (fetal lung fibroblast)
+GSM665810	DNase hypersensitivity of kidney, right, fetal day117 F
+GSM521895	H3K4me1 of IMR90 (fetal lung fibroblast)
+GSM521894	H3K4ac of IMR90 (fetal lung fibroblast)
+GSM701506_0	DNase hypersensitivity of muscle, arm, fetal day115 M
+GSM665811	DNase hypersensitivity of heart, fetal day96 M
+GSM613913	MeDIP-Seq of CD4 naive primary cells
+GSM665816	DNase hypersensitivity of kidney, fetal day105 M
+GSM774228_0	DNase hypersensitivity of large intestine, fetal day98 F
+GSM774206_0	DNase hypersensitivity of lung, right, fetal day91 F
+GSM665817	DNase hypersensitivity of heart, fetal day105 M
+GSM669979	H3K36me3 of adipose nuclei
+GSM469965	H3K18ac of IMR90 (fetal lung fibroblast)
+GSM469966	H3K27ac of IMR90 (fetal lung fibroblast)
+GSM469967	H3K27ac of IMR90 (fetal lung fibroblast)
+GSM621669	ChIP-Seq input of colonic mucosa
+GSM621668	H3K9me3 of colonic mucosa
+GSM605319	H3K79me1 of H1
+GSM605318	H3K79me1 of H1
+GSM605317	H3K56ac of H1
+GSM669970	H3K4me1 of Brain, Anterior Caudate
+GSM605315	H3K4me3 of H1
+GSM605314	H3K4me2 of H9
+GSM669975	H3K4me1 of adipose nuclei
+GSM605312	H3K4me1 of H1
+GSM669977	H3K9ac of Brain, Substantia Nigra
+GSM621662	H3K4me3 of rectal smooth muscle
+GSM621742	H3K4me2 of hSKM cell line
+GSM621743	ChIP-Seq input of hSKM cell line
+GSM621740	H3K27me3 of hSKM cell line
+GSM621741	H3K4me1 of hSKM cell line
+GSM621746	ChIP-Seq input of hSKM cell line
+GSM621747	H3K9me3 of hSKM cell line
+GSM621744	H3K9me3 of hSKM cell line
+GSM621745	H3K4me3 of hSKM cell line
+GSM751280_0	smRNA-Seq of Neurospheres, Cortex Derived HuFNSC02
+GSM621748	H3K9ac of hSKM cell line
+GSM621749	H3K36me3 of hSKM cell line
+GSM701502_0	DNase hypersensitivity of renal cortex, fetal day108 M
+GSM665818	DNase hypersensitivity of large intestine, fetal day105 M
+GSM621405	H3K4me3 of lung, fetal day122 U
+GSM621404	H3K4me3 of mobilized CD34 primary cells
+GSM537650	H3K4me1 of mobilized CD34 primary cells
+GSM537651	H3K36me3 of mobilized CD34 primary cells
+GSM537656	H3K27me3 of CD34 cultured cells
+GSM621400	H3K9ac of fetal heart
+GSM537654	H3K9me3 of CD19 primary cells
+GSM621402	H3K4me1 of bone marrow derived mesenchymal stem cell
+GSM621562	RRBS of hiPS-20b
+GSM537658	H3K27me3 of pancreatic islets
+GSM537659	ChIP-Seq input of pancreatic islets
+GSM621409	H3K4me1 of kidney, fetal day122 U
+GSM621567	RRBS of pancreatic islets
+GSM621564	RRBS of hiPS-18c
+GSM806945_0	H3K27me3 of fetal brain
+GSM670010	ChIP-Seq input of Brain, Inferior Temporal Lobe
+GSM670011	H3K36me3 of Brain, Inferior Temporal Lobe
+GSM670012	H3K36me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM670013	H3K9ac of HUES48
+GSM670014	H3K36me3 of adipose nuclei
+GSM670015	H3K4me1 of Brain, Mid Frontal Lobe
+GSM670016	H3K4me3 of Brain, Mid Frontal Lobe
+GSM670017	H3K27me3 of adipose nuclei
+GSM670018	H3K9me3 of bone marrow derived mesenchymal stem cell
+GSM670019	H3K4me3 of bone marrow derived mesenchymal stem cell
+GSM428289	ChIP-Seq input of H1
+GSM706059_0	Bisulfite-Seq of H9
+GSM706059_1	Bisulfite-Seq of H9
+GSM706064_0	H3K18ac of H9
+GSM432688_1	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM665815	DNase hypersensitivity of large intestine, fetal day103 F
+GSM665037	H3K27ac of H9
+GSM537638	H3K27me3 of CD19 primary cells
+GSM806941_0	H3K9me3 of Brain Germinal Matrix
+GSM752964_0	H3K14ac of H9
+GSM772726_0	RRBS of Stomach Mucosa
+GSM537639	H3K9me3 of WA-7
+GSM751288_0	smRNA-Seq of Neurospheres, Cortex Derived HuFNSC03
+GSM772729_0	RRBS of mobilized CD34 primary cells
+GSM774227_0	DNase hypersensitivity of lung, right, fetal day98 F
+GSM707015_0	MRE-Seq of fetal brain
+GSM774215_0	DNase hypersensitivity of Fetal_Placenta
+GSM772730_0	RRBS of mobilized CD34 primary cells
+GSM752989_0	H3K9me3 of iPS DF 6.9 Cell Line
+GSM428291	H3K9me3 of H1
+GSM621721	RRBS of hiPS-15b
+GSM701538_0	DNase hypersensitivity of stomach, fetal day98 F
+GSM428295	H3K27me3 of H1
+GSM428296	H3K36me3 of H1
+GSM752982_0	H3K4me2 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM751286_0	smRNA-Seq of fetal brain
+GSM613917	MeDIP-Seq of CD8 naive primary cells
+GSM537699	H3K36me3 of adult liver
+GSM751272_0	RNA-Seq of Neurospheres, Cortex Derived HuFNSC02
+GSM530657	DNase hypersensitivity of CD34 primary cells
+GSM530656	DNase hypersensitivity of lung, fetal day122 U
+GSM530655	DNase hypersensitivity of kidney, fetal day122 U
+GSM530654	DNase hypersensitivity of heart, fetal day96 U
+GSM530653	DNase hypersensitivity of adrenal gland, fetal day96 U
+GSM530652	DNase hypersensitivity of CD34 primary cells
+GSM530651	DNase hypersensitivity of brain, fetal day122 M
+GSM613829	MRE-Seq of breast stem cells
+GSM706072_0	H3K4me1 of iPS DF 19.11 Cell Line
+GSM484408	RNA-Seq of H1
+GSM706852_0	H3K27me3 of lung, fetal day82 F
+GSM613896	ChIP-Seq input of peripheral blood mononuclear primary cells
+GSM530659	DNase hypersensitivity of CD34 primary cells
+GSM530658	DNase hypersensitivity of CD34 primary cells
+GSM701508_0	DNase hypersensitivity of CD56 primary cells
+GSM751284_0	smRNA-Seq of Brain Germinal Matrix
+GSM613867	RNA-Seq of breast vHMEC
+GSM701514_0	DNase hypersensitivity of large intestine, fetal day85 F
+GSM613914	MeDIP-Seq of CD4 memory primary cells
+GSM613864	MeDIP-Seq of breast luminal epithelial cells
+GSM706856_0	ChIP-Seq input of fetal heart
+GSM701509_0	DNase hypersensitivity of spleen, fetal day112 U
+GSM675542_1	Bisulfite-Seq of H1 Derived Neuronal Progenitor Cultured Cells
+GSM752976_0	H3K4ac of H9
+GSM613862	MeDIP-Seq of CD4 memory primary cells
+GSM537701	ChIP-Seq input of hiPS-20b
+GSM432689_1	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM701490_0	DNase hypersensitivity of large intestine, fetal day107 F
+GSM706840_0	RRBS of fetal brain
+GSM537703	H3K27me3 of CD15 primary cells
+GSM701525_0	DNase hypersensitivity of CD3 primary cells
+GSM621591	RRBS of HUES63
+GSM706842_0	RRBS of fetal heart
+GSM707002_0	H3K36me3 of Brain Germinal Matrix
+GSM767342_0	H3K27ac of H1 Derived Mesenchymal Stem Cells
+GSM789284_0	H4K20me1 of H1
+GSM751274_0	RNA-Seq of fetal brain
+GSM432692	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM613894	ChIP-Seq input of peripheral blood mononuclear primary cells
+GSM432690	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM432691	Bisulfite-Seq of IMR90 (fetal lung fibroblast)
+GSM543025	MeDIP-Seq of CD4 naive primary cells
+GSM706053_1	Bisulfite-Seq of iPS DF 19.11 Cell Line
+GSM667630	H3K79me2 of H9
+GSM667631	H3K9me3 of H9
+GSM667632	H3K9me3 of H9
+GSM667633	H3K9me3 of H9
+GSM667634	H4K20me1 of H9
+GSM667635	H4K5ac of H9
+GSM667636	H4K5ac of H9
+GSM667637	H4K8ac of H9
+GSM667638	H4K8ac of H9
+GSM667639	H4K91ac of H9
+GSM707020_0	MeDIP-Seq of Penis Foreskin Melanocyte Primary Cells
+GSM767345_0	H3K27me3 of H1 Derived Mesenchymal Stem Cells
+GSM701504_0	DNase hypersensitivity of small intestine, fetal day115 M
+GSM530661	DNase hypersensitivity of fetal heart
+GSM752980_0	H3K4me1 of iPS DF 6.9 Cell Line
+GSM669888	ChIP-Seq input of HUES6
+GSM613893	ChIP-Seq input of peripheral blood mononuclear primary cells
+GSM706060_0	Bisulfite-Seq of H9
+GSM706057_0	Bisulfite-Seq of iPS DF 6.9 Cell Line
+GSM701539_0	DNase hypersensitivity of CD4 primary cells
+GSM706846_0	ChIP-Seq input of mobilized CD34 primary cells
+GSM774225_0	DNase hypersensitivity of small intestine, fetal day120 F
+GSM773025_0	ChIP-Seq input of adult kidney
+GSM772941_0	H3K9ac of Stomach Mucosa
+GSM772745_0	H3K4me1 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772786_0	H3K9ac of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM773023_0	H3K9me3 of hiPS-18a
+GSM772855_0	H3K27me3 of CD4 memory primary cells
+GSM772780_0	H3K9me3 of HUES48
+GSM772747_0	H3K4me3 of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM773038_0	H3K4me1 of CD15 primary cells
+GSM773021_0	H3K4me1 of Brain, Hippocampus Middle
+GSM772749_0	H3K9ac of HUES64
+GSM772900_0	H3K27me3 of CD8 naive primary cells
+GSM772947_0	H3K27me3 of CD4 naive primary cells
+GSM772906_0	H3K27me3 of CD4+_CD25-_CD45RO+_Memory_Primary_Cells
+GSM772945_0	H3K36me3 of CD4+_CD25+_CD127-_Treg_Primary_Cells
+GSM772943_0	H3K9me3 of CD4+_CD25+_CD127-_Treg_Primary_Cells
+GSM772741_0	H3K9ac of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772743_0	H3K36me3 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772948_0	H3K4me3 of CD4 naive primary cells
+GSM772884_0	H3K4me1 of CD4 memory primary cells
+GSM772996_0	H3K4me3 of Brain, Inferior Temporal Lobe
+GSM772763_0	H3K36me3 of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772925_0	H3K4me3 of CD4 memory primary cells
+GSM772826_0	ChIP-Seq input of Brain, Anterior Caudate
+GSM773000_0	H3K36me3 of adult kidney
+GSM772789_0	H3K4me1 of hES-I3
+GSM772902_0	H3K4me1 of CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells
+GSM772983_0	H3K27me3 of Brain Angular Gyrus
+GSM773002_0	H3K27me3 of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772882_0	H3K9me3 of CD8 naive primary cells
+GSM772909_0	H3K9me3 of Duodenum Smooth Muscle
+GSM772880_0	H3K27ac of CD8_Memory_Primary_Cells
+GSM772807_0	ChIP-Seq input of HUES64
+GSM772929_0	H3K4me3 of CD8_Memory_Primary_Cells
+GSM772767_0	H3K4me1 of hiPS-15b
+GSM772774_0	H3K9ac of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM772765_0	ChIP-Seq input of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772981_0	H3K36me3 of CD4+_CD25int_CD127+_Tmem_Primary_Cells
+GSM772922_0	H3K4me3 of CD8 naive primary cells
+GSM773004_0	H3K27ac of CD4+_CD25-_CD45RA+_Naive_Primary_Cells
+GSM772842_0	H3K9me3 of hiPS-20b
+GSM772987_0	H3K27ac of CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells
+GSM773031_0	H3K9me3 of CD8 naive primary cells
+GSM773028_0	H3K4me1 of hiPS-18a
+GSM773033_0	H3K27ac of hiPS-18a
+GSM773006_0	H3K9ac of adult kidney
+GSM772840_0	H3K27me3 of Duodenum Smooth Muscle
+GSM772769_0	H3K4me3 of Brain Angular Gyrus
+GSM773026_0	H3K9me3 of adult kidney
+GSM773035_0	H3K9me3 of CD15 primary cells
+GSM772905_0	H3K27ac of CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells
+GSM773024_0	ChIP-Seq input of hiPS-18a
+GSM772920_0	ChIP-Seq input of CD4+_CD25-_CD45RA+_Naive_Primary_Cells
+GSM772846_0	H3K36me3 of hiPS-20b
+GSM772844_0	H3K4me3 of hiPS-20b
+GSM772744_0	H3K27me3 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM773022_0	H3K4me3 of Brain, Hippocampus Middle
+GSM772868_0	H3K27me3 of CD4+_CD25-_Th_Primary_Cells
+GSM772746_0	H3K4me3 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM773020_0	H3K27ac of Brain, Hippocampus Middle
+GSM772848_0	H3K27ac of hiPS-20b
+GSM772748_0	H3K4me1 of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772864_0	ChIP-Seq input of Brain, Substantia Nigra
+GSM772951_0	H3K27me3 of mobilized CD34 primary cells
+GSM772740_0	ChIP-Seq input of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772742_0	H3K9me3 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772866_0	H3K36me3 of CD4+_CD25-_Th_Primary_Cells
+GSM772762_0	H3K4me1 of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772860_0	H3K4me1 of CD4 naive primary cells
+GSM772760_0	H3K9ac of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772862_0	H3K4me3 of CD4+_CD25-_CD45RO+_Memory_Primary_Cells
+GSM772829_0	H3K4me3 of Brain, Anterior Caudate
+GSM772980_0	H3K9ac of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772974_0	H3K27me3 of Colon Smooth Muscle
+GSM772802_0	H3K9ac of adipose nuclei
+GSM772800_0	H3K4me1 of HUES64
+GSM772891_0	H3K36me3 of stomach smooth muscle
+GSM772766_0	H3K27me3 of HUES48
+GSM772988_0	ChIP-Seq input of CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells
+GSM772804_0	H3K4me1 of hiPS-20b
+GSM772843_0	H3K9ac of hiPS-20b
+GSM772986_0	H3K4me3 of CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells
+GSM772972_0	H3K4me1 of Colon Smooth Muscle
+GSM772889_0	H3K9me3 of Duodenum Mucosa
+GSM772970_0	H3K9ac of Colon Smooth Muscle
+GSM772841_0	ChIP-Seq input of hiPS-20b
+GSM772768_0	H3K36me3 of Brain Angular Gyrus
+GSM772976_0	H3K27ac of CD8 naive primary cells
+GSM772897_0	H3K9me3 of Brain, Substantia Nigra
+GSM772797_0	H3K4me3 of HUES48
+GSM772950_0	ChIP-Seq input of mobilized CD34 primary cells
+GSM772793_0	H3K4me1 of HUES48
+GSM772847_0	H3K27me3 of hiPS-20b
+GSM772845_0	H3K4me1 of hiPS-20b
+GSM772917_0	H3K9me3 of CD4 naive primary cells
+GSM772869_0	H3K4me1 of CD4 naive primary cells
+GSM772798_0	H3K36me3 of HUES48
+GSM772958_0	H3K9me3 of CD8_Memory_Primary_Cells
+GSM772911_0	H3K27me3 of CD4+_CD25-_CD45RA+_Naive_Primary_Cells
+GSM772893_0	H3K36me3 of CD4+_CD25-_CD45RO+_Memory_Primary_Cells
+GSM772849_0	H3K4me1 of CD4+_CD25-_Th_Primary_Cells
+GSM772890_0	ChIP-Seq input of Duodenum Mucosa
+GSM772895_0	H3K36me3 of CD8 naive primary cells
+GSM772865_0	H3K36me3 of mobilized CD34 primary cells
+GSM772916_0	ChIP-Seq input of CD4 naive primary cells
+GSM772867_0	H3K4me3 of CD4+_CD25-_Th_Primary_Cells
+GSM772957_0	H3K36me3 of CD8_Memory_Primary_Cells
+GSM772938_0	H3K9me3 of mobilized CD34 primary cells
+GSM772936_0	H3K36me3 of Stomach Mucosa
+GSM773013_0	H3K36me3 of Brain, Mid Frontal Lobe
+GSM772915_0	ChIP-Seq input of CD4+_CD25-_Th_Primary_Cells
+GSM772861_0	H3K4me3 of Colon Smooth Muscle
+GSM772984_0	H3K9me3 of CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells
+GSM772918_0	H3K36me3 of CD4 naive primary cells
+GSM772863_0	ChIP-Seq input of hiPS-20b
+GSM772955_0	H3K27me3 of CD4+_CD25int_CD127+_Tmem_Primary_Cells
+GSM773019_0	ChIP-Seq input of Brain, Hippocampus Middle
+GSM772739_0	ChIP-Seq input of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM773017_0	H3K9me3 of Brain, Hippocampus Middle
+GSM772979_0	ChIP-Seq input of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772761_0	H3K4me3 of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772912_0	H3K36me3 of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772790_0	H3K4me3 of CD4 memory primary cells
+GSM772973_0	H3K4me1 of CD4+_CD25+_CD127-_Treg_Primary_Cells
+GSM772825_0	H3K36me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM772971_0	H3K4me1 of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772977_0	H3K27me3 of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772933_0	H3K4me1 of CD8_Memory_Primary_Cells
+GSM772975_0	H3K36me3 of Colon Smooth Muscle
+GSM772757_0	H3K4me1 of adipose nuclei
+GSM772828_0	H3K36me3 of Brain, Anterior Caudate
+GSM772887_0	H3K4me3 of stomach smooth muscle
+GSM772898_0	H3K4me1 of Brain, Substantia Nigra
+GSM772796_0	H3K9ac of HUES48
+GSM772953_0	ChIP-Seq input of CD4+_CD25int_CD127+_Tmem_Primary_Cells
+GSM772794_0	ChIP-Seq input of HUES48
+GSM772755_0	ChIP-Seq input of HUES48
+GSM772792_0	H3K4me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM772818_0	H3K36me3 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772759_0	H3K9me3 of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772799_0	H3K9me3 of HUES48
+GSM772959_0	H3K4me3 of Brain Angular Gyrus
+GSM772811_0	H3K9ac of adult kidney
+GSM772999_0	ChIP-Seq input of CD4+_CD25-_CD45RO+_Memory_Primary_Cells
+GSM772892_0	H3K36me3 of CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells
+GSM772813_0	H3K9me3 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772910_0	ChIP-Seq input of Duodenum Smooth Muscle
+GSM772978_0	H3K4me3 of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772894_0	H3K27ac of mobilized CD34 primary cells
+GSM772827_0	H3K27me3 of Brain, Anterior Caudate
+GSM772751_0	H3K36me3 of HUES64
+GSM772896_0	H3K4me3 of CD8 naive primary cells
+GSM772817_0	H3K4me3 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772850_0	H3K9me3 of CD4+_CD25-_Th_Primary_Cells
+GSM772956_0	H3K27me3 of CD8_Memory_Primary_Cells
+GSM772937_0	H3K27me3 of Brain, Substantia Nigra
+GSM772935_0	H3K27me3 of hiPS-18a
+GSM772852_0	H3K4me3 of CD4+_CD25-_CD45RA+_Naive_Primary_Cells
+GSM772995_0	H3K27ac of Brain, Inferior Temporal Lobe
+GSM772773_0	H3K27me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM772914_0	ChIP-Seq input of CD4+_CD25+_CD127-_Treg_Primary_Cells
+GSM772837_0	H3K4me1 of Duodenum Smooth Muscle
+GSM772835_0	H3K27ac of CD4 naive primary cells
+GSM772982_0	H3K36me3 of Brain, Inferior Temporal Lobe
+GSM772919_0	H3K27me3 of CD4 naive primary cells
+GSM772952_0	ChIP-Seq input of CD8_Memory_Primary_Cells
+GSM772833_0	H3K27me3 of Brain, Mid Frontal Lobe
+GSM772854_0	ChIP-Seq input of CD8 naive primary cells
+GSM772856_0	H3K9me3 of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772954_0	H3K4me3 of CD4 memory primary cells
+GSM773018_0	H3K36me3 of Brain, Hippocampus Middle
+GSM772939_0	ChIP-Seq input of Stomach Mucosa
+GSM772831_0	H3K9me3 of Brain, Anterior Caudate
+GSM772775_0	H3K9me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM772821_0	H3K27me3 of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM773016_0	H3K27ac of Brain Angular Gyrus
+GSM772993_0	H3K27me3 of Brain, Inferior Temporal Lobe
+GSM772913_0	ChIP-Seq input of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772872_0	H3K36me3 of CD8 naive primary cells
+GSM772839_0	H3K4me3 of Duodenum Smooth Muscle
+GSM772870_0	H3K27ac of mobilized CD34 primary cells
+GSM772886_0	H3K9ac of stomach smooth muscle
+GSM772899_0	H3K27me3 of CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells
+GSM772771_0	H3K27me3 of adipose nuclei
+GSM772820_0	H3K36me3 of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772934_0	H3K27ac of CD4 naive primary cells
+GSM772878_0	H3K27me3 of CD8_Memory_Primary_Cells
+GSM772932_0	H3K36me3 of CD4 naive primary cells
+GSM772876_0	ChIP-Seq input of CD4 naive primary cells
+GSM772756_0	H3K9me3 of HUES64
+GSM772997_0	H3K27ac of CD4 memory primary cells
+GSM772822_0	H3K9ac of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772874_0	ChIP-Seq input of CD8_Memory_Primary_Cells
+GSM772754_0	ChIP-Seq input of HUES64
+GSM772819_0	H3K27me3 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772812_0	H3K9ac of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772968_0	ChIP-Seq input of Colon Smooth Muscle
+GSM772814_0	H3K36me3 of CD15 primary cells
+GSM772752_0	H3K4me3 of HUES64
+GSM772816_0	H3K4me1 of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772750_0	H3K27me3 of HUES64
+GSM772960_0	H3K9me3 of Brain Angular Gyrus
+GSM772998_0	H3K27me3 of CD4 memory primary cells
+GSM772962_0	H3K4me1 of Brain Angular Gyrus
+GSM772964_0	H3K36me3 of CD4 memory primary cells
+GSM772853_0	H3K4me1 of CD8 naive primary cells
+GSM772994_0	H3K9me3 of Brain, Inferior Temporal Lobe
+GSM772966_0	H3K9me3 of CD4 memory primary cells
+GSM772834_0	H3K9me3 of Brain, Mid Frontal Lobe
+GSM772832_0	H3K27ac of Brain, Anterior Caudate
+GSM772764_0	ChIP-Seq input of Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+GSM772778_0	H3K9ac of Brain Angular Gyrus
+GSM772830_0	H3K4me1 of Brain, Anterior Caudate
+GSM772930_0	ChIP-Seq input of CD4 memory primary cells
+GSM772857_0	H3K9me3 of CD4 memory primary cells
+GSM772772_0	H3K27me3 of Brain, Inferior Temporal Lobe
+GSM772946_0	H3K27me3 of CD4+_CD25+_CD127-_Treg_Primary_Cells
+GSM772901_0	H3K4me3 of Brain, Substantia Nigra
+GSM772770_0	H3K4me1 of Brain Angular Gyrus
+GSM772944_0	H3K4me3 of CD4+_CD25+_CD127-_Treg_Primary_Cells
+GSM772859_0	H3K27ac of CD4+_CD25-_CD45RO+_Memory_Primary_Cells
+GSM772907_0	H3K4me1 of Stomach Mucosa
+GSM772942_0	H3K4me3 of Stomach Mucosa
+GSM772779_0	H3K9me3 of Brain Angular Gyrus
+GSM772838_0	H3K36me3 of Duodenum Smooth Muscle
+GSM772992_0	H3K4me1 of Brain, Inferior Temporal Lobe
+GSM772873_0	H3K4me1 of CD8_Memory_Primary_Cells
+GSM772940_0	H3K9me3 of Stomach Mucosa
+GSM772836_0	H3K4me3 of CD4 naive primary cells
+GSM772949_0	H3K27ac of CD8 naive primary cells
+GSM772924_0	H3K4me1 of CD4 memory primary cells
+GSM772985_0	H3K4me1 of CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells
+GSM772926_0	H3K36me3 of CD4 memory primary cells
+GSM772788_0	H3K27me3 of Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+GSM773001_0	H3K4me1 of adult kidney
+GSM772879_0	H3K9me3 of CD8_Memory_Primary_Cells
+GSM772903_0	H3K9me3 of CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells
+GSM772871_0	H3K27me3 of CD8 naive primary cells
+GSM772883_0	ChIP-Seq input of stomach smooth muscle
+GSM772888_0	H3K9me3 of stomach smooth muscle
+GSM772908_0	H3K27ac of Duodenum Smooth Muscle
+GSM772881_0	ChIP-Seq input of CD4 memory primary cells
+GSM772877_0	H3K36me3 of CD8_Memory_Primary_Cells
+GSM772928_0	H3K4me1 of CD4+_CD25-_CD45RO+_Memory_Primary_Cells
+GSM772875_0	H3K9me3 of CD4 naive primary cells
+GSM772823_0	H3K9me3 of Adipose Derived Mesenchymal Stem Cell Cultured Cells
+GSM772885_0	H3K27ac of mobilized CD34 primary cells
+GSM773003_0	H3K9ac of hESC Derived CD184+ Endoderm Cultured Cells
+GSM772967_0	H3K4me3 of CD8_Memory_Primary_Cells
+GSM772923_0	H3K36me3 of CD4+_CD25-_CD45RA+_Naive_Primary_Cells
+GSM773005_0	H3K4me3 of adult kidney
+GSM772969_0	H3K27me3 of Stomach Mucosa
+GSM773030_0	H3K9ac of hiPS-18a
+GSM773029_0	H3K4me3 of hiPS-18a
+GSM773032_0	H3K4me1 of CD8 naive primary cells
+GSM772904_0	ChIP-Seq input of CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells
+GSM773027_0	H3K36me3 of hiPS-18a
+GSM773034_0	ChIP-Seq input of CD8 naive primary cells
+GSM772858_0	H3K9me3 of Colon Smooth Muscle
+GSM772961_0	H3K36me3 of Brain Angular Gyrus
+GSM772963_0	H3K27ac of CD4 memory primary cells
+GSM772927_0	H3K9me3 of CD4+_CD25-_CD45RO+_Memory_Primary_Cells
+GSM772921_0	H3K9me3 of CD4+_CD25-_CD45RA+_Naive_Primary_Cells
+GSM817193	DNase hypersensitivity of renal pelvis, left, fetal day105 M
+GSM773007	H3K4me1 of Brain Cingulate Gyrus
+GSM773009	H3K36me3 of Brain Cingulate Gyrus
+GSM773008	H3K4me3 of Brain Cingulate Gyrus
+GSM817195	DNase hypersensitivity of Penis Foreskin Keratinocyte Primary Cells
+GSM817196	DNase hypersensitivity of Penis Foreskin Keratinocyte Primary Cells
+GSM817197	DNase hypersensitivity of Penis Foreskin Keratinocyte Primary Cells
+GSM818010	H2AK5ac of H1 Derived Mesenchymal Stem Cells
+GSM818011	H2AK5ac of H1 Derived Mesenchymal Stem Cells
+GSM818012	H2AK9ac of IMR90 (fetal lung fibroblast)
+GSM818013	H2AK9ac of IMR90 (fetal lung fibroblast)
+GSM818014	H2BK12ac of H1 Derived Mesenchymal Stem Cells
+GSM818015	H2BK12ac of H1 Derived Mesenchymal Stem Cells
+GSM818016	H2BK12ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818017	H2BK5ac of IMR90 (fetal lung fibroblast)
+GSM818018	H2BK5ac of H1 Derived Mesenchymal Stem Cells
+GSM818019	H2BK5ac of H1 Derived Mesenchymal Stem Cells
+GSM817194	DNase hypersensitivity of Penis Foreskin Keratinocyte Primary Cells
+GSM817204	DNase hypersensitivity of renal pelvis, right, fetal day120 M
+GSM817205	DNase hypersensitivity of renal pelvis, left, fetal day120 M
+GSM817206	DNase hypersensitivity of muscle, leg, fetal day96 M
+GSM817207	DNase hypersensitivity of muscle, back, fetal day96 M
+GSM817200	DNase hypersensitivity of muscle, back, fetal day115 F
+GSM817201	DNase hypersensitivity of muscle, leg, fetal day115 F
+GSM817202	DNase hypersensitivity of renal cortex, right fetal day120 M
+GSM817203	DNase hypersensitivity of renal cortex, left, fetal day120 M
+GSM817208	DNase hypersensitivity of renal pelvis, right, fetal day105 M
+GSM817209	DNase hypersensitivity of renal pelvis, left, fetal day105 M
+GSM773012	H3K4me3 of Brain Mid Frontal Lobe
+GSM773010	ChIP-Seq input of Brain Mid Frontal Lobe
+GSM773011	H3K27ac of Brain Cingulate Gyrus
+GSM773014	H3K4me1 of Brain Mid Frontal Lobe
+GSM773015	H3K27ac of Brain Mid Frontal Lobe
+GSM818061	H4K91ac of H1 Derived Mesenchymal Stem Cells
+GSM818060	H4K8ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818063	ChIP-Seq input of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818062	H4K91ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM832838	H2BK5ac of IMR90 (fetal lung fibroblast)
+GSM832839	ChIP-Seq input of H9
+GSM832837	H2BK5ac of IMR90 (fetal lung fibroblast)
+GSM817253	smRNA-Seq of Penis Foreskin Keratinocyte Primary Cells
+GSM817252	smRNA-Seq of Penis Foreskin Fibroblast Primary Cells
+GSM817251	smRNA-Seq of Penis Foreskin Melanocyte Primary Cells
+GSM817250	RNA-Seq of fetal brain
+GSM817172	DNase hypersensitivity of thymus, fetal day127 M
+GSM817173	DNase hypersensitivity of stomach, fetal day127 M
+GSM916015	H3K36me3 of Brain Substantia Nigra
+GSM916014	H3K4me3 of Duodenum Smooth Muscle
+GSM916017	H3K4me1 of Duodenum Mucosa
+GSM916016	H3K27me3 of Duodenum Mucosa
+GSM916019	H3K4me3 of Duodenum Mucosa
+GSM916018	H3K9ac of Duodenum Mucosa
+GSM817158	DNase hypersensitivity of fetal skin
+GSM817159	DNase hypersensitivity of kidney, fetal day105 F
+GSM817183	DNase hypersensitivity of muscle, leg, fetal day105 M
+GSM817182	DNase hypersensitivity of muscle, back, fetal day105 M
+GSM818008	H2A.Z of IMR90 (fetal lung fibroblast)
+GSM818049	H3K9ac of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM818048	H3K9ac of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM818043	H3K4me3 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818042	H3K4me2 of H1 Derived Mesenchymal Stem Cells
+GSM818041	H3K4me2 of H1 Derived Mesenchymal Stem Cells
+GSM818040	H3K4me1 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818047	H3K9ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM818046	H3K79me1 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818045	H3K79me1 of H1 Derived Mesenchymal Stem Cells
+GSM818044	H3K79me1 of H1 Derived Mesenchymal Stem Cells
+GSM817199	DNase hypersensitivity of stomach, fetal day101 U
+GSM817189	DNase hypersensitivity of Fetal Spinal Cord
+GSM817188	DNase hypersensitivity of large intestine, fetal day105 M
+GSM817211	DNase hypersensitivity of renal cortex, left, fetal day105 M
+GSM818058	H4K8ac of H1 Derived Mesenchymal Stem Cells
+GSM818059	H4K8ac of H1 Derived Mesenchymal Stem Cells
+GSM818054	H3K9me3 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM818055	H3K9me3 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818056	H3K9me3 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818057	H3K9me3 of H1
+GSM818050	H3K9ac of H1 Derived Mesenchymal Stem Cells
+GSM818051	H3K9ac of H1 Derived Mesenchymal Stem Cells
+GSM818052	H3K9ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818053	H3K9me3 of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM916037	ChIP-Seq input of Brain Hippocampus Middle
+GSM916036	H3K36me3 of Duodenum Smooth Muscle
+GSM916035	H3K27ac of Brain Hippocampus Middle
+GSM916034	H3K9me3 of Brain Hippocampus Middle
+GSM916033	H3K4me1 of Duodenum Smooth Muscle
+GSM916032	H3K27me3 of Duodenum Smooth Muscle
+GSM916031	H3K36me3 of Colon Smooth Muscle
+GSM916030	ChIP-Seq input of Colon Smooth Muscle
+GSM916039	H3K4me1 of Brain Hippocampus Middle
+GSM916038	H3K27me3 of Brain Hippocampus Middle
+GSM817248	MeDIP-Seq of fetal brain
+GSM817249	MeDIP-Seq of fetal brain
+GSM706063	H2BK15ac of H9
+GSM706062	H2BK15ac of H9
+GSM817240	H3K27me3 of Penis Foreskin Fibroblast Primary Cells
+GSM817241	H3K36me3 of Penis Foreskin Fibroblast Primary Cells
+GSM817242	ChIP-Seq input of Penis Foreskin Keratinocyte Primary Cells
+GSM817243	ChIP-Seq input of fetal brain
+GSM817244	ChIP-Seq input of Neurospheres, Cortex Derived HuFNSC01
+GSM817245	ChIP-Seq input of Neurospheres, Ganglionic Eminence Derived HuFNSC01
+GSM817246	ChIP-Seq input of Penis Foreskin Fibroblast Primary Cells
+GSM817247	ChIP-Seq input of Penis Foreskin Fibroblast Primary Cells
+GSM916028	H3K36me3 of CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells
+GSM916029	H3K4me3 of Colon Smooth Muscle
+GSM916020	H3K36me3 of Duodenum Mucosa
+GSM916021	H2A.Z of H9 Derived Neuronal Progenitor Cultured Cells
+GSM916022	H2A.Z of H9 Derived Neuron Cultured Cells
+GSM916023	H3K9me3 of Brain Cingulate Gyrus
+GSM916024	H3K4me1 of CD4+_CD25int_CD127+_Tmem_Primary_Cells
+GSM916025	H3K9me3 of CD4+_CD25int_CD127+_Tmem_Primary_Cells
+GSM916026	H3K27ac of CD4+_CD25int_CD127+_Tmem_Primary_Cells
+GSM916027	H3K4me3 of CD4+_CD25int_CD127+_Tmem_Primary_Cells
+GSM818029	H3K23ac of H1 Derived Mesenchymal Stem Cells
+GSM818028	H3K23ac of H1 Derived Mesenchymal Stem Cells
+GSM807395	H2BK5ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM818021	H3K14ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818020	H3K14ac of H1 Derived Mesenchymal Stem Cells
+GSM818023	H3K18ac of H1 Derived Mesenchymal Stem Cells
+GSM818022	H3K18ac of H1 Derived Mesenchymal Stem Cells
+GSM818025	H3K23ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM818024	H3K18ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818027	H3K23ac of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM818026	H3K23ac of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM817187	DNase hypersensitivity of small intestine, fetal day105 M
+GSM817186	DNase hypersensitivity of lung, right, fetal day105 M
+GSM817185	DNase hypersensitivity of lung, left, fetal day105 M
+GSM817184	DNase hypersensitivity of muscle, arm, fetal day105 M
+GSM817239	H3K9me3 of Penis Foreskin Fibroblast Primary Cells
+GSM817238	H3K36me3 of Penis Foreskin Fibroblast Primary Cells
+GSM817181	DNase hypersensitivity of kidney, left, fetal day96 M
+GSM817180	DNase hypersensitivity of kidney, right, fetal day96 M
+GSM817235	H3K4me3 of Penis Foreskin Fibroblast Primary Cells
+GSM817234	H3K4me1 of Penis Foreskin Fibroblast Primary Cells
+GSM817237	H3K27me3 of Penis Foreskin Fibroblast Primary Cells
+GSM817236	H3K9me3 of Penis Foreskin Fibroblast Primary Cells
+GSM817231	H3K9me3 of Neurospheres, Cortex Derived HuFNSC01
+GSM817230	H3K4me1 of Neurospheres, Cortex Derived HuFNSC01
+GSM817233	H3K9me3 of Neurospheres, Ganglionic Eminence Derived HuFNSC01
+GSM817232	H3K4me1 of Neurospheres, Ganglionic Eminence Derived HuFNSC01
+GSM817165	DNase hypersensitivity of adrenal gland, fetal day108 M
+GSM817164	DNase hypersensitivity of lung, right, fetal day107 F
+GSM817167	DNase hypersensitivity of adrenal gland, fetal day108 F
+GSM817166	DNase hypersensitivity of CD4 primary cells
+GSM817161	DNase hypersensitivity of small intestine, fetal day87 M
+GSM817160	DNase hypersensitivity of mobilized CD8 primary cells
+GSM817163	DNase hypersensitivity of kidney, right, fetal day107 F
+GSM817162	DNase hypersensitivity of large intestine, fetal day91 F
+GSM772989	H3K27me3 of Brain Cingulate Gyrus
+GSM817169	DNase hypersensitivity of Penis Foreskin Fibroblast Primary Cells
+GSM817168	DNase hypersensitivity of lung, left, fetal day105 F
+GSM817198	DNase hypersensitivity of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM817213	DNase hypersensitivity of muscle, leg, fetal day97 M
+GSM818038	H3K4ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818039	H3K4me1 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM817212	DNase hypersensitivity of muscle, back, fetal day96 M
+GSM817190	DNase hypersensitivity of renal cortex, left, fetal day105 M
+GSM818033	H3K27me3 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818030	H3K23ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818031	H3K27ac of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818036	H3K4ac of H1 Derived Mesenchymal Stem Cells
+GSM818037	H3K4ac of H1 Derived Mesenchymal Stem Cells
+GSM818034	H3K36me3 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM818035	H3K36me3 of H1 Derived Neuronal Progenitor Cultured Cells
+GSM817228	H3K4me1 of Brain Germinal Matrix
+GSM817229	H3K27me3 of Penis Foreskin Keratinocyte Primary Cells
+GSM817226	H3K27me3 of Brain Germinal Matrix
+GSM817227	H3K36me3 of Brain Germinal Matrix
+GSM817225	H3K4me3 of Penis Foreskin Keratinocyte Primary Cells
+GSM817220	DNase hypersensitivity of fetal heart
+GSM817176	DNase hypersensitivity of renal cortex, fetal day127 M
+GSM817177	DNase hypersensitivity of renal pelvis, fetal day127 M
+GSM817174	DNase hypersensitivity of lung, right, fetal day96 M
+GSM817175	DNase hypersensitivity of lung, left, fetal day96 M
+GSM772990	ChIP-Seq input of Brain Cingulate Gyrus
+GSM772991	ChIP-Seq input of Brain Inferior Temporal Lobe
+GSM817170	DNase hypersensitivity of Penis Foreskin Fibroblast Primary Cells
+GSM817171	DNase hypersensitivity of muscle, back, fetal day127 M
+GSM817214	DNase hypersensitivity of muscle, arm, fetal day97 M
+GSM772851	H3K4me1 of CD4+_CD25-_CD45RA+_Naive_Primary_Cells
+GSM817178	DNase hypersensitivity of muscle, arm, fetal day96 M
+GSM817179	DNase hypersensitivity of muscle, leg, fetal day96 M
+GSM916048	H3K9me3 of colonic mucosa
+GSM916046	H3K4me1 of colonic mucosa
+GSM916047	ChIP-Seq input of colonic mucosa
+GSM916044	H3K9ac of colonic mucosa
+GSM916045	H3K4me3 of colonic mucosa
+GSM916042	H3K36me3 of colonic mucosa
+GSM916043	H3K27me3 of colonic mucosa
+GSM916040	H3K4me3 of Brain Hippocampus Middle
+GSM916041	H3K36me3 of Brain Hippocampus Middle
+GSM807393	H2AK5ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM807392	H2AK5ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM807391	H2A.Z of H9
+GSM807396	H3K23me2 of H9
+GSM818009	H2A.Z of H1 Derived Mesenchymal Stem Cells
+GSM807394	H2BK5ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM818007	H2A.Z of IMR90 (fetal lung fibroblast)
+GSM807399	H3K79me1 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM807398	H3K79me1 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM807403	H3T11ph of H9
+GSM807402	H3K9ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM807401	H3K79me2 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM817210	DNase hypersensitivity of renal cortex, right fetal day105 M
+GSM817217	DNase hypersensitivity of muscle, back, fetal day85 F
+GSM817216	DNase hypersensitivity of muscle, arm, fetal day85 F
+GSM817215	DNase hypersensitivity of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM817191	DNase hypersensitivity of muscle, arm, fetal day101 U
+GSM817219	DNase hypersensitivity of Fetal_Placenta
+GSM817218	DNase hypersensitivity of renal pelvis, fetal day97 M
+GSM817192	DNase hypersensitivity of renal pelvis, right, fetal day105 M
+GSM864035	H3K27ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM864034	H2BK15ac of H9
+GSM864037	ChIP-Seq input of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM864036	H3K27me3 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM864033	Bisulfite-Seq of H1 Derived Mesenchymal Stem Cells
+GSM864032	Bisulfite-Seq of H1 Derived Mesenchymal Stem Cells
+GSM941716	H3K36me3 of Neurospheres, Ganglionic Eminence Derived HuFNSC01
+GSM941717	H3K4me1 of Penis Foreskin Fibroblast Primary Cells
+GSM941714	H3K36me3 of Neurospheres, Cortex Derived HuFNSC01
+GSM941715	H3K27me3 of Neurospheres, Ganglionic Eminence Derived HuFNSC01
+GSM941713	H3K27me3 of Neurospheres, Cortex Derived HuFNSC01
+GSM941718	H3K4me3 of Penis Foreskin Fibroblast Primary Cells
+GSM941719	H3K4me3 of Penis Foreskin Melanocyte Primary Cells
+GSM878629	DNase hypersensitivity of renal cortex, fetal day97 M
+GSM878628	DNase hypersensitivity of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM878621	DNase hypersensitivity of H1
+GSM878620	DNase hypersensitivity of muscle, arm, fetal day96 M
+GSM878623	DNase hypersensitivity of Fibroblasts Fetal Skin Back
+GSM878622	DNase hypersensitivity of muscle, leg, fetal day113 M
+GSM878625	DNase hypersensitivity of muscle, arm, fetal day96 M
+GSM878624	DNase hypersensitivity of Fibroblasts Fetal Skin Back
+GSM878627	DNase hypersensitivity of thymus, fetal day97 M
+GSM878626	DNase hypersensitivity of muscle, leg, fetal day96 M
+GSM941729	H3K36me3 of Penis Foreskin Melanocyte Primary Cells
+GSM941728	H3K4me1 of Penis Foreskin Melanocyte Primary Cells
+GSM941723	MRE-Seq of Penis Foreskin Keratinocyte Primary Cells
+GSM941722	MRE-Seq of Penis Foreskin Fibroblast Primary Cells
+GSM941721	H3K27me3 of Penis Foreskin Melanocyte Primary Cells
+GSM941720	H3K9me3 of Penis Foreskin Melanocyte Primary Cells
+GSM941727	MeDIP-Seq of Penis Foreskin Melanocyte Primary Cells
+GSM941726	MeDIP-Seq of Penis Foreskin Keratinocyte Primary Cells
+GSM941725	MeDIP-Seq of Penis Foreskin Fibroblast Primary Cells
+GSM941724	MRE-Seq of Penis Foreskin Melanocyte Primary Cells
+GSM878638	DNase hypersensitivity of muscle, arm, fetal day104 M
+GSM878639	DNase hypersensitivity of muscle, back, fetal day104 M
+GSM878632	DNase hypersensitivity of muscle, back, fetal day101 M
+GSM878633	DNase hypersensitivity of Fibroblasts Fetal Skin Scalp
+GSM878630	DNase hypersensitivity of fetal heart
+GSM878631	DNase hypersensitivity of muscle, leg, fetal day101 M
+GSM878636	DNase hypersensitivity of Fibroblasts Fetal Skin Abdomen
+GSM878637	DNase hypersensitivity of muscle, leg, fetal day104 M
+GSM878634	DNase hypersensitivity of Fibroblasts Fetal Skin Scalp
+GSM878635	DNase hypersensitivity of Fibroblasts Fetal Skin Abdomen
+GSM941738	H3K27me3 of Penis Foreskin Keratinocyte Primary Cells
+GSM941739	H3K36me3 of Penis Foreskin Keratinocyte Primary Cells
+GSM941734	H3K36me3 of Penis Foreskin Melanocyte Primary Cells
+GSM941735	H3K4me3 of Penis Foreskin Keratinocyte Primary Cells
+GSM941736	H3K4me1 of Penis Foreskin Keratinocyte Primary Cells
+GSM941737	H3K9me3 of Penis Foreskin Keratinocyte Primary Cells
+GSM941730	H3K4me1 of Penis Foreskin Melanocyte Primary Cells
+GSM941731	H3K4me3 of Penis Foreskin Melanocyte Primary Cells
+GSM941732	H3K9me3 of Penis Foreskin Melanocyte Primary Cells
+GSM941733	H3K27me3 of Penis Foreskin Melanocyte Primary Cells
+GSM864799	H3K27ac of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM941741	ChIP-Seq input of Penis Foreskin Melanocyte Primary Cells
+GSM941740	ChIP-Seq input of Penis Foreskin Melanocyte Primary Cells
+GSM941743	RNA-Seq of Penis Foreskin Melanocyte Primary Cells
+GSM941742	ChIP-Seq input of Penis Foreskin Keratinocyte Primary Cells
+GSM941745	RNA-Seq of Penis Foreskin Keratinocyte Primary Cells
+GSM941744	RNA-Seq of Penis Foreskin Fibroblast Primary Cells
+GSM878610	DNase hypersensitivity of muscle, arm, fetal day127 M
+GSM878611	DNase hypersensitivity of muscle, back, fetal day96 M
+GSM878612	DNase hypersensitivity of H9
+GSM878613	DNase hypersensitivity of H9
+GSM878614	DNase hypersensitivity of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM878615	DNase hypersensitivity of H1 Derived Neuronal Progenitor Cultured Cells
+GSM878616	DNase hypersensitivity of H1
+GSM878617	DNase hypersensitivity of fetal testes
+GSM878618	DNase hypersensitivity of muscle, arm, fetal day115 F
+GSM878619	DNase hypersensitivity of muscle, arm, fetal day113 M
+GSM878665	DNase hypersensitivity of stomach, fetal day121 F
+GSM878664	DNase hypersensitivity of muscle, trunk, fetal day121 F
+GSM878667	DNase hypersensitivity of renal cortex, fetal day89 F
+GSM878666	DNase hypersensitivity of kidney, fetal day121 F
+GSM878661	DNase hypersensitivity of Fetal Spinal Cord
+GSM878660	DNase hypersensitivity of stomach, fetal day108 F
+GSM878663	DNase hypersensitivity of Fetal Spinal Cord
+GSM878662	DNase hypersensitivity of renal pelvis, fetal day103 F
+GSM864800	H3K27ac of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM864801	H3K27me3 of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM864802	ChIP-Seq input of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM864803	ChIP-Seq input of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM878655	DNase hypersensitivity of muscle, back, fetal day113 F
+GSM818005	Bisulfite-Seq of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM818004	Bisulfite-Seq of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM878650	DNase hypersensitivity of fetal brain
+GSM878649	DNase hypersensitivity of Fibroblasts Fetal Skin Quadriceps Left
+GSM878648	DNase hypersensitivity of Fibroblasts Fetal Skin Quadriceps Left
+GSM878643	DNase hypersensitivity of Fibroblasts Fetal Skin Biceps Right
+GSM878642	DNase hypersensitivity of Fibroblasts Fetal Skin Biceps Right
+GSM878641	DNase hypersensitivity of Fibroblasts Fetal Skin Upper Back
+GSM878640	DNase hypersensitivity of Fibroblasts Fetal Skin Upper Back
+GSM878647	DNase hypersensitivity of Fibroblasts Fetal Skin Quadriceps Right
+GSM878646	DNase hypersensitivity of Fibroblasts Fetal Skin Quadriceps Right
+GSM878645	DNase hypersensitivity of Fibroblasts Fetal Skin Biceps Left
+GSM878644	DNase hypersensitivity of Fibroblasts Fetal Skin Biceps Left
+GSM878658	DNase hypersensitivity of adrenal gland, fetal day113 F
+GSM878659	DNase hypersensitivity of Fetal Placenta
+GSM878654	DNase hypersensitivity of muscle, trunk, fetal day113 F
+GSM818006	Bisulfite-Seq of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM878656	DNase hypersensitivity of thymus, fetal day108 M
+GSM878657	DNase hypersensitivity of thymus, fetal day113 F
+GSM818003	Bisulfite-Seq of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM878651	DNase hypersensitivity of fetal brain
+GSM878652	DNase hypersensitivity of fetal brain
+GSM878653	DNase hypersensitivity of muscle, leg, fetal day113 F
+GSM916050_1	Bisulfite-Seq analysis of WGBS_Lib 10 derived from human hippocampus middle cells
+GSM906404_1	ChIP-Seq Analysis of H3K4me1 in Human Left Ventricle Tissue
+GSM906382_1	Digital Genomic Footprinting assay of H1 BMP4 Derived Trophoblast Cultured Cells
+GSM908967_1	ChIP-Seq Analysis of H4K91ac in BMP4 Trophoblast Cells
+GSM908953_1	ChIP-Seq Analysis of H3K27me3 in Human Psoas Muscle Tissue
+GSM915326_1	polyA RNA sequencing of H1 Derived Neuronal Progenitor Cultured Cell
+GSM958149_1	H3K36me3 ChIP-Seq analysis of Penis, Foreskin, Fibroblast skin03
+GSM906414_1	ChIP-Seq Input from Human Bladder Tissue
+GSM910565_1	ChIP-Seq Analysis of H3K36me3 in Human Small Bowel Tissue
+GSM906411_1	ChIP-Seq Analysis of H3K9me3 in Human Lung Tissue
+GSM910581_1	ChIP-Seq Analysis of H3K4me3 in Human Pancreas Tissue
+GSM916053_1	ChIP-Seq analysis of H3K4me1 in human CD19 cells
+GSM916093_1	RNA-Seq analysis of cDNA_Lib 4 derived from human liver cells
+GSM906419_1	ChIP-Seq Input from Human Pancreas Tissue
+GSM916088_1	Bisulfite-Seq analysis of RRBS_Lib 117 and 121 derived from human chondrogenic dif cells
+GSM916065_1	ChIP-Seq analysis of H3K27ac in human stomach smooth mu cells
+GSM916091_1	Bisulfite-Seq analysis of RRBS_Lib 140 and RRBS_Lib 136 derived from human BM-MSC cells
+GSM906401_1	ChIP-Seq Analysis of H3K36me3 in BMP4 Trophoblast Cells
+GSM896163_1	ChIP-Seq Analysis of H3K27ac in Human Adrenal Gland Tissue
+GSM910567_1	ChIP-Seq Analysis of H3K36me3 in Human Esophagus Tissue
+GSM908957_1	ChIP-Seq Analysis of H3K4me2 in Neural Progenitor Cells
+GSM908965_1	ChIP-Seq Analysis of H4K8ac in BMP4 Trophoblast Cells
+GSM916090_1	Bisulfite-Seq analysis of RRBS_Lib 268 derived from human cingulate gyrus cells
+GSM915334_1	ChIP-Seq Analysis of H3K27me3 in Human Right Ventricle Tissue
+GSM910582_1	ChIP-Seq Analysis of H3K4me3 in Human Spleen Tissue
+GSM915328_1	polyA RNA sequencing of H1 cells
+GSM906403_1	ChIP-Seq Analysis of H3K4me1 in BMP4 Trophoblast Cells
+GSM910559_1	ChIP-Seq Analysis of H3K27ac in Human Sigmoid Colon Tissue
+GSM958154_1	H3K27me3 ChIP-Seq analysis of Penis, Foreskin, Fibroblast skin03
+GSM906387_1	ChIP-Seq Analysis of H2A.Z in BMP4 Trophoblast Cells
+GSM958165_1	H3K9me3 ChIP-Seq analysis of Penis, Foreskin, Melanocyte skin03
+GSM909312_1	Digital Genomic Footprinting assay of Penis Foreskin Fibroblast Primary Cells
+GSM906420_1	ChIP-Seq Input from Human Psoas Muscle Tissue
+GSM915335_1	ChIP-Seq Analysis of H3K4me1 in Human Right Atrium Tissue
+GSM916059_1	ChIP-Seq analysis of H3K27me3 in human CD25- IL17+ Th17 stim cells
+GSM958168_1	ChIP-Seq input analysis of Penis, Foreskin, Fibroblast skin03
+GSM908955_1	ChIP-Seq Analysis of H3K4ac in BMP4 Trophoblast Cells
+GSM908949_1	ChIP-Seq Analysis of H3K18ac in BMP4 Trophoblast Cells
+GSM906407_1	ChIP-Seq Analysis of H3K4me3 in Human Small Bowel Tissue
+GSM910566_1	ChIP-Seq Analysis of H3K36me3 in Human Aorta Tissue
+GSM959126_1	Input 81-188bp CD8 Naive
+GSM908958_1	ChIP-Seq Analysis of H3K79me1 in BMP4 Trophoblast Cells
+GSM915322_1	polyA RNA sequencing of H1 derived mesenchymal cells
+GSM908962_1	ChIP-Seq Analysis of H4K12ac in BMP4 Trophoblast Cells
+GSM916079_1	Bisulfite-Seq analysis of RRBS_Lib 273 derived from human anterior caudate cells
+GSM916055_1	ChIP-Seq analysis of H3K27me3 in human AdiposeNuclei cells
+GSM908947_1	ChIP-Seq Analysis of H3K14ac in Mesenchymal Stem Cells
+GSM958169_1	MRE-Seq analysis of Penis, Foreskin, Keratinocyte skin03
+GSM941753_1	Input 62-306bp Embryonic stem cell
+GSM906379_1	Chromatin accessibility assay of H1 Derived Neuronal Progenitor Cultured Cells
+GSM896165_1	ChIP-Seq Analysis of H3K27me3 in Neural Progenitor Cells
+GSM910568_1	ChIP-Seq Analysis of H3K36me3 in Human Gastric Tissue
+GSM906405_1	ChIP-Seq Analysis of H3K4me3 in BMP4 Trophoblast Cells
+GSM941752_1	H3K36me3 Embryonic stem cell
+GSM910564_1	ChIP-Seq Analysis of H3K27me3 in Human Sigmoid Colon Tissue
+GSM910577_1	ChIP-Seq Analysis of H3K4me1 in Human Spleen Tissue
+GSM915333_1	ChIP-Seq Analysis of H3K27me3 in Human Sigmoid Colon Tissue
+GSM906415_1	ChIP-Seq Input from Human Esophagus Tissue
+GSM941748_1	H3K4me1 Embryonic stem cell
+GSM916074_1	Bisulfite-Seq analysis of RRBS_Lib 276 derived from human anterior caudate cells
+GSM908960_1	ChIP-Seq Analysis of H3K79me2 in BMP4 Trophoblast Cells
+GSM906394_1	ChIP-Seq Analysis of H3K27ac in Human Adipose Tissue
+GSM916051_1	Bisulfite-Seq analysis of WGBS_Lib 6 derived from human HUES64 derived CD184+ cells
+GSM906396_1	ChIP-Seq Analysis of H3K27ac in Human Left Ventricle Tissue
+GSM910583_1	ChIP-Seq Analysis of H3K9me3 in Human Adrenal Gland Tissue
+GSM916064_1	ChIP-Seq analysis of H3K27ac in human skeletal mu cells
+GSM958179_1	RNA-Seq (polyA+) analysis of UCSF-4* Cell Line hESC
+GSM958173_1	RNA-Seq (polyA+) analysis of Neurospheres, Ganglionic Eminence Derived HuFNSC03
+GSM915331_1	ChIP-Seq Analysis of H3K27ac in Human Sigmoid Colon Tissue
+GSM958171_1	MRE-Seq analysis of Penis, Foreskin, Fibroblast skin03
+GSM916063_1	ChIP-Seq analysis of H3K4me3 in human CD56+ mesoderm cells
+GSM916061_1	ChIP-Seq analysis of H3K27me3 in human fetal brain cells
+GSM908964_1	ChIP-Seq Analysis of H4K8ac in BMP4 Trophoblast Cells
+GSM958180_1	MeDIP-Seq analysis of Penis, Foreskin, Keratinocyte skin03
+GSM908940_1	ChIP-Seq Analysis of H2BK120ac in BMP4 Mesendoderm Cells
+GSM910576_1	ChIP-Seq Analysis of H3K4me1 in Human Pancreas Tissue
+GSM916085_1	Bisulfite-Seq analysis of RRBS_Lib 267 and 277 derived from human mid frontal lobe cells
+GSM958159_1	H3K36me3 ChIP-Seq analysis of Penis, Foreskin, Keratinocyte skin03
+GSM906397_1	ChIP-Seq Analysis of H3K27ac in Human Pancreas Tissue
+GSM896162_1	ChIP-Seq Analysis of H3K27ac in Neural Progenitor Cells
+GSM906413_1	ChIP-Seq Input from Human Aorta Tissue
+GSM958175_1	RNA-Seq (polyA+) analysis of UCSF-4* Cell Line hESC
+GSM906388_1	ChIP-Seq Analysis of H2AK5ac in BMP4 Trophoblast Cells
+GSM906400_1	ChIP-Seq Analysis of H3K27me3 in Human Spleen Tissue
+GSM910558_1	ChIP-Seq Analysis of H3K27ac in Human Right Ventricle Tissue
+GSM910556_1	ChIP-Seq Analysis of H3K27ac in Human Psoas Muscle Tissue
+GSM906409_1	ChIP-Seq Analysis of H3K9me3 in Human Left Ventricle Tissue
+GSM916092_1	Bisulfite-Seq analysis of RRBS_Lib 118 and 122 derived from human chondrogenic dif cells
+GSM910560_1	ChIP-Seq Analysis of H3K27me3 in Human Aorta Tissue
+GSM910572_1	ChIP-Seq Analysis of H3K4me1 in Human Lung Tissue
+GSM906381_1	Chromatin accessibility assay of H1 Derived Mesenchymal Stem Cells
+GSM958174_1	RNA-Seq (polyA+) analysis of Penis, Foreskin, Melanocyte skin03
+GSM908963_1	ChIP-Seq Analysis of H4K12ac in BMP4 Trophoblast Cells
+GSM896166_1	ChIP-Seq Analysis of H4K8ac in hESC H1 Cells
+GSM915330_1	ChIP-Seq Analysis of H3K27ac in Human Small Bowel Tissue
+GSM906416_1	ChIP-Seq Input from Human Adipose Tissue
+GSM959125_1	Input 66-281bp Stem Cell
+GSM910584_1	ChIP-Seq Analysis of H3K9me3 in Human Esophagus Tissue
+GSM958160_1	H3K36me3 ChIP-Seq analysis of Penis, Foreskin, Melanocyte skin03
+GSM908961_1	ChIP-Seq Analysis of H3K79me2 in BMP4 Trophoblast Cells
+GSM958157_1	H3K27ac ChIP-Seq analysis of Penis, Foreskin, Melanocyte skin03
+GSM910561_1	ChIP-Seq Analysis of H3K27me3 in Human Gastric Tissue
+GSM916052_1	Bisulfite-Seq analysis of WGBS_Lib 16 derived from human Mobilized CD34 cells
+GSM958177_1	RNA-Seq (polyA+) analysis of Penis, Foreskin, Keratinocyte skin03
+GSM958153_1	H3K9me3 ChIP-Seq analysis of Penis, Foreskin, Keratinocyte skin03
+GSM906393_1	ChIP-Seq Analysis of H3K27ac in Human Esophagus Tissue
+GSM908937_1	ChIP-Seq Analysis of H2A.Z in BMP4 Trophoblast Cells
+GSM910580_1	ChIP-Seq Analysis of H3K4me3 in Human Left Ventricle Tissue
+GSM906418_1	ChIP-Seq Input from Human Left Ventricle Tissue
+GSM896164_1	ChIP-Seq Analysis of H3K27me3 in BMP4 Trophoblast Cells
+GSM909313_1	Digital Genomic Footprinting assay of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM916062_1	ChIP-Seq analysis of H3K27me3 in human CD56+ mesoderm cells
+GSM908945_1	ChIP-Seq Analysis of H3K14ac in BMP4 Trophoblast Cells
+GSM915332_1	ChIP-Seq Analysis of H3K27me3 in Human Small Bowel Tissue
+GSM915325_1	polyA RNA sequencing of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM941747_1	Bisulfite-Seq Brain-Germinal Matrix
+GSM915329_1	polyA RNA sequencing of H1 cells
+GSM916083_1	Bisulfite-Seq analysis of RRBS_Lib 116 and 120 derived from human chondrogenic dif cells
+GSM906410_1	ChIP-Seq Analysis of H3K9me3 in Human Aorta Tissue
+GSM958151_1	H3K4me3 ChIP-Seq analysis of Penis, Foreskin, Melanocyte skin03
+GSM910569_1	ChIP-Seq Analysis of H3K36me3 in Human Left Ventricle Tissue
+GSM908941_1	ChIP-Seq Analysis of H2BK120ac in BMP4 Trophoblast Cells
+GSM958162_1	H3K27me3 ChIP-Seq analysis of Penis, Foreskin, Keratinocyte skin03
+GSM910571_1	ChIP-Seq Analysis of H3K36me3 in Human Spleen Tissue
+GSM910555_1	ChIP-Seq Analysis of H3K27ac in Human Gastric Tissue
+GSM959124_1	Input 71-316bp Luminal Epithelial Cell
+GSM910579_1	ChIP-Seq Analysis of H3K4me3 in Human Gastric Tissue
+GSM909311_1	Digital Genomic Footprinting assay of Induced pluripotent stem cell
+GSM906417_1	ChIP-Seq Input from Human Lung Tissue
+GSM916081_1	Bisulfite-Seq analysis of RRBS_Lib 141 and RRBS_Lib 137 derived from human BM-MSC cells
+GSM915324_1	polyA RNA sequencing of H1 BMP4 Derived Mesendoderm Cultured Cells
+GSM910588_1	ChIP-Seq Analysis of H3K9me3 in Human Spleen Tissue
+GSM958172_1	RNA-Seq (polyA+) analysis of Neurospheres, Ganglionic Eminence Derived HuFNSC04
+GSM959044_1	ChIP-Seq Input from IMR90 Cells
+GSM908942_1	ChIP-Seq Analysis of H2BK120ac in Mesenchymal Stem Cells
+GSM916072_1	ChIP-Seq analysis of H3K36me3 in human CD56+ mesoderm cells
+GSM896161_1	ChIP-Seq Analysis of H3K14ac in hESC H9 Cells
+GSM906412_1	ChIP-Seq Analysis of H3K9me3 in Human Left Ventricle Tissue
+GSM908938_1	ChIP-Seq Analysis of H2A.Z in hESC H1 Cells
+GSM906423_1	ChIP-Seq Input from Human Spleen Tissue
+GSM958161_1	H3K4me1 ChIP-Seq analysis of Penis, Foreskin, Keratinocyte skin03
+GSM908966_1	ChIP-Seq Analysis of H4K8ac in hESC H1 Cells
+GSM958167_1	ChIP-Seq input analysis of Penis, Foreskin, Keratinocyte skin03
+GSM910573_1	ChIP-Seq Analysis of H3K4me1 in Human Esophagus Tissue
+GSM958182_1	MeDIP-Seq analysis of Penis, Foreskin, Fibroblast skin03
+GSM958170_1	MRE-Seq analysis of Penis, Foreskin, Melanocyte skin03
+GSM915336_1	ChIP-Seq Analysis of H3K4me3 in Human Lung Tissue
+GSM915320_1	polyA RNA sequencing of H1 BMP4 Derived Trophoblast Cultured cells
+GSM906406_1	ChIP-Seq Analysis of H3K4me3 in Human Left Ventricle Tissue
+GSM916073_1	ChIP-Seq analysis of H3K9me3 in human CD56+ mesoderm cells
+GSM910586_1	ChIP-Seq Analysis of H3K9me3 in Human Pancreas Tissue
+GSM916086_1	Bisulfite-Seq analysis of RRBS_Lib 274 derived from human substantia nigra cells
+GSM958176_1	RNA-Seq (polyA+) analysis of Neurospheres, Cortex Derived HuFNSC04
+GSM941746_1	Bisulfite-Seq Neurospheres
+GSM906392_1	ChIP-Seq Analysis of H3K27ac in Human Aorta Tissue
+GSM958178_1	RNA-Seq (polyA+) analysis of Penis, Foreskin, Fibroblast skin03
+GSM916057_1	ChIP-Seq analysis of H3K9me3 in human HUES64 derived CD184+ cells
+GSM958164_1	H3K4me1 ChIP-Seq analysis of Penis, Foreskin, Fibroblast skin03
+GSM958166_1	ChIP-Seq input analysis of Penis, Foreskin, Melanocyte skin03
+GSM958155_1	H3K4me3 ChIP-Seq analysis of Penis, Foreskin, Keratinocyte skin03
+GSM958156_1	H3K27ac ChIP-Seq analysis of Penis, Foreskin, Keratinocyte skin03
+GSM908951_1	ChIP-Seq Analysis of H3K27ac in Human Left Ventricle Tissue
+GSM915337_1	ChIP-Seq Input from Human Small Bowel Tissue
+GSM910575_1	ChIP-Seq Analysis of H3K4me1 in Human Left Ventricle Tissue
+GSM916070_1	ChIP-Seq analysis of H3K4me1 in human CD56+ mesoderm cells
+GSM910587_1	ChIP-Seq Analysis of H3K9me3 in Human Right Atrium Tissue
+GSM997220_1	RNA-Seq analysis of cDNA_Lib 9 and 10 derived from human HUES64 derived CD184+ cells
+GSM916067_1	ChIP-Seq analysis of H3K9me3 in human CD56+ mesoderm cells
+GSM906390_1	ChIP-Seq Analysis of H2BK12ac in BMP4 Trophoblast Cells
+GSM916094_1	RNA-Seq analysis of cDNA_Lib 3 derived from human hippocampus middle cells
+GSM908939_1	ChIP-Seq Analysis of H2AK5ac in BMP4 Trophoblast Cells
+GSM916060_1	ChIP-Seq analysis of H3K4me3 in human HUES64 derived CD184+ cells
+GSM910574_1	ChIP-Seq Analysis of H3K4me1 in Human Gastric Tissue
+GSM906391_1	ChIP-Seq Analysis of H2BK5ac in BMP4 Trophoblast Cells
+GSM906399_1	ChIP-Seq Analysis of H3K27me3 in Human Esophagus Tissue
+GSM916078_1	Bisulfite-Seq analysis of RRBS_Lib 272 derived from human substantia nigra cells
+GSM910585_1	ChIP-Seq Analysis of H3K9me3 in Human Gastric Tissue
+GSM941751_1	H3K27me3 Embryonic stem cell
+GSM941749_1	H3K4me3 Embryonic stem cell
+GSM909314_1	Digital Genomic Footprinting assay of H1 Derived Mesenchymal Stem Cells
+GSM908956_1	ChIP-Seq Analysis of H3K4ac in Neural Progenitor Cells
+GSM958152_1	H3K4me1 ChIP-Seq analysis of Penis, Foreskin, Melanocyte skin03
+GSM908946_1	ChIP-Seq Analysis of H3K14ac in BMP4 Trophoblast Cells
+GSM958150_1	H3K27me3 ChIP-Seq analysis of Penis, Foreskin, Melanocyte skin03
+GSM915323_1	polyA RNA sequencing of H1 derived mesenchymal cells
+GSM906402_1	ChIP-Seq Analysis of H3K36me3 in Human Left Ventricle Tissue
+GSM916068_1	ChIP-Seq analysis of H3K36me3 in human CD56+ mesoderm cells
+GSM906398_1	ChIP-Seq Analysis of H3K27ac in Human Spleen Tissue
+GSM916058_1	ChIP-Seq analysis of H3K27ac in human chondrogenic dif  cells
+GSM958181_1	MeDIP-Seq analysis of Penis, Foreskin, Melanocyte skin03
+GSM910557_1	ChIP-Seq Analysis of H3K27ac in Human Right Atrium Tissue
+GSM908944_1	ChIP-Seq Analysis of H2BK5ac in BMP4 Trophoblast Cells
+GSM908954_1	ChIP-Seq Analysis of H3K4ac in BMP4 Trophoblast Cells
+GSM909310_1	RNA-Seq (Total RNA) Moblized CD34 Primary Cells
+GSM906422_1	ChIP-Seq Input from Human Sigmoid Colon Tissue
+GSM941750_1	H3K9me3 Embryonic stem cell
+GSM910562_1	ChIP-Seq Analysis of H3K27me3 in Human Left Ventricle Tissue
+GSM958158_1	H3K4me3 ChIP-Seq analysis of Penis, Foreskin, Fibroblast skin03
+GSM916087_1	Bisulfite-Seq analysis of RRBS_Lib 271 derived from human angular gyrus cells
+GSM908968_1	ChIP-Seq Input from Human Left Ventricle Tissue
+GSM908952_1	ChIP-Seq Analysis of H3K27me3 in Human Left Ventricle Tissue
+GSM910563_1	ChIP-Seq Analysis of H3K27me3 in Human Pancreas Tissue
+GSM915321_1	polyA RNA sequencing of H1 BMP4 Derived Trophoblast Cultured cells
+GSM910578_1	ChIP-Seq Analysis of H3K4me3 in Human Esophagus Tissue
+GSM896167_1	ChIP-Seq Input from Human Adrenal Gland Tissue
+GSM906395_1	ChIP-Seq Analysis of H3K27ac in Human Lung Tissue
+GSM916049_1	Bisulfite-Seq analysis of WGBS_Lib 11 derived from human liver cells
+GSM916080_1	Bisulfite-Seq analysis of RRBS_Lib 270 derived from human inferior temporal lobe cells
+GSM906380_1	Chromatin accessibility assay of H1 Derived Mesenchymal Stem Cells
+GSM908943_1	ChIP-Seq Analysis of H2BK12ac in BMP4 Trophoblast Cells
+GSM908959_1	ChIP-Seq Analysis of H3K79me1 in BMP4 Trophoblast Cells
+GSM906389_1	ChIP-Seq Analysis of H2BK120ac in BMP4 Trophoblast Cells
+GSM916066_1	ChIP-Seq analysis of H3K27ac in human AdiposeNuclei cells
+GSM916071_1	ChIP-Seq analysis of H3K4me3 in human CD25- IL17- Th stim MACS cells
+GSM916069_1	ChIP-Seq analysis of H3K4me3 in human CD56+ mesoderm cells
+GSM958163_1	H3K27ac ChIP-Seq analysis of Penis, Foreskin, Fibroblast skin03
+GSM910570_1	ChIP-Seq Analysis of H3K36me3 in Human Pancreas Tissue
+GSM906408_1	ChIP-Seq Analysis of H3K9me3 in BMP4 Trophoblast Cells
+GSM915338_1	ChIP-Seq Input from Human Right Ventricle Tissue
+GSM908948_1	ChIP-Seq Analysis of H3K18ac in BMP4 Mesendoderm Cells
+GSM908950_1	ChIP-Seq Analysis of H3K18ac in BMP4 Trophoblast Cells
+GSM906421_1	ChIP-Seq Input from Human Right Atrium Tissue
+GSM916054_1	ChIP-Seq analysis of H3K9me3 in human fetal brain cells
+GSM915327_1	polyA RNA sequencing of H1 Derived Neuronal Progenitor Cultured Cell
+E79_25_bothAc_dense	HUES64 chromatin state
+E78_25_bothAc_dense	HUES48 chromatin state
+E73_25_bothAc_dense	Colon Smooth Muscle chromatin state
+E72_25_bothAc_dense	Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells chromatin state
+E71_25_bothAc_dense	CD8_Memory_Primary_Cells chromatin state
+E70_25_bothAc_dense	CD4+_CD25-_Th_Primary_Cells chromatin state
+E77_25_bothAc_dense	hESC_Derived_CD56+_Mesoderm_Cultured_Cells chromatin state
+E76_25_bothAc_dense	Gastric chromatin state
+E75_25_bothAc_dense	Esophagus chromatin state
+E74_25_bothAc_dense	Duodenum Smooth Muscle chromatin state
+E68_25_bothAc_dense	CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells chromatin state
+E69_25_bothAc_dense	CD4+_CD25int_CD127+_Tmem_Primary_Cells chromatin state
+E60_25_bothAc_dense	Brain Mid Frontal Lobe chromatin state
+E61_25_bothAc_dense	Brain Substantia Nigra chromatin state
+E62_25_bothAc_dense	CD15 primary cells chromatin state
+E63_25_bothAc_dense	CD34 cultured cells chromatin state
+E64_25_bothAc_dense	CD4+_CD25+_CD127-_Treg_Primary_Cells chromatin state
+E65_25_bothAc_dense	CD4+_CD25-_CD45RA+_Naive_Primary_Cells chromatin state
+E66_25_bothAc_dense	CD4+_CD25-_CD45RO+_Memory_Primary_Cells chromatin state
+E67_25_bothAc_dense	CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells chromatin state
+E59_25_bothAc_dense	Brain Inferior Temporal Lobe chromatin state
+E58_25_bothAc_dense	Brain Cingulate Gyrus chromatin state
+E55_25_bothAc_dense	bone marrow derived mesenchymal stem cell chromatin state
+E54_25_bothAc_dense	adipose nuclei chromatin state
+E57_25_bothAc_dense	Brain Anterior Caudate chromatin state
+E56_25_bothAc_dense	Brain Angular Gyrus chromatin state
+E51_25_bothAc_dense	Neurospheres, Cortex Derived chromatin state
+E50_25_bothAc_dense	H1 BMP4 Derived Mesendoderm Cultured Cells chromatin state
+E53_25_bothAc_dense	Adipose Derived Mesenchymal Stem Cell Cultured Cells chromatin state
+E52_25_bothAc_dense	mobilized CD34 primary cells chromatin state
+E42_25_bothAc_dense	Penis Foreskin Keratinocyte Primary Cells chromatin state
+E43_25_bothAc_dense	Penis Foreskin Melanocyte Primary Cells chromatin state
+E40_25_bothAc_dense	hiPS-20b chromatin state
+E41_25_bothAc_dense	Neurospheres, Ganglionic Eminence Derived chromatin state
+E46_25_bothAc_dense	rectal mucosa chromatin state
+E47_25_bothAc_dense	skeletal muscle chromatin state
+E44_25_bothAc_dense	Penis Foreskin Melanocyte Primary Cells chromatin state
+E45_25_bothAc_dense	rectal mucosa chromatin state
+E48_25_bothAc_dense	skeletal muscle chromatin state
+E49_25_bothAc_dense	stomach smooth muscle chromatin state
+E37_25_bothAc_dense	fetal brain chromatin state
+E36_25_bothAc_dense	fetal brain chromatin state
+E35_25_bothAc_dense	WA-7 (H7 (WA07) embryonic stem cells) chromatin state
+E34_25_bothAc_dense	hES-I3 (I3 stem cells) chromatin state
+E33_25_bothAc_dense	Duodenum Mucosa chromatin state
+E32_25_bothAc_dense	colonic mucosa chromatin state
+E31_25_bothAc_dense	CD8 naive primary cells chromatin state
+E30_25_bothAc_dense	CD4 naive primary cells chromatin state
+E39_25_bothAc_dense	hiPS-18a chromatin state
+E38_25_bothAc_dense	hESC Derived CD184+ Endoderm Cultured Cells chromatin state
+E24_25_bothAc_dense	Brain Germinal Matrix chromatin state
+E25_25_bothAc_dense	Brain Hippocampus Middle chromatin state
+E26_25_bothAc_dense	breast myoepithelial cells chromatin state
+E27_25_bothAc_dense	CD19 primary cells chromatin state
+E20_25_bothAc_dense	Penis Foreskin Fibroblast Primary Cells chromatin state
+E21_25_bothAc_dense	Penis Foreskin Keratinocyte Primary Cells chromatin state
+E22_25_bothAc_dense	Penis Foreskin Melanocyte Primary Cells chromatin state
+E23_25_bothAc_dense	adult liver chromatin state
+E28_25_bothAc_dense	CD34 primary cells chromatin state
+E29_25_bothAc_dense	CD4 memory primary cells chromatin state
+E19_25_bothAc_dense	Penis Foreskin Fibroblast Primary Cells chromatin state
+E18_25_bothAc_dense	mobilized CD34 primary cells chromatin state
+E11_25_bothAc_dense	H9 chromatin state
+E10_25_bothAc_dense	H1 chromatin state
+E13_25_bothAc_dense	iPS DF 19.11 Cell Line chromatin state
+E12_25_bothAc_dense	IMR90 (fetal lung fibroblast) chromatin state
+E15_25_bothAc_dense	mobilized CD34 primary cells chromatin state
+E14_25_bothAc_dense	iPS DF 6.9 Cell Line chromatin state
+E17_25_bothAc_dense	mobilized CD34 primary cells chromatin state
+E16_25_bothAc_dense	mobilized CD34 primary cells chromatin state
+E91_25_bothAc_dense	Stomach Mucosa chromatin state
+E90_25_bothAc_dense	Spleen chromatin state
+E08_25_bothAc_dense	H1 Derived Mesenchymal Stem Cells chromatin state
+E09_25_bothAc_dense	H1 Derived Neuronal Progenitor Cultured Cells chromatin state
+E06_25_bothAc_dense	Fetal_Lung chromatin state
+E07_25_bothAc_dense	H1 BMP4 Derived Trophoblast Cultured Cells chromatin state
+E04_25_bothAc_dense	fetal heart chromatin state
+E05_25_bothAc_dense	fetal kidney chromatin state
+E02_25_bothAc_dense	CD3 primary cells chromatin state
+E03_25_bothAc_dense	fetal brain chromatin state
+E01_25_bothAc_dense	breast vHMEC chromatin state
+E86_25_bothAc_dense	Pancreatic islets chromatin state
+E84_25_bothAc_dense	Muscle Satellite Cultured Cells chromatin state
+E85_25_bothAc_dense	Pancreas chromatin state
+E82_25_bothAc_dense	Left ventricle chromatin state
+E83_25_bothAc_dense	Mesenchymal Stem Cell Derived Adipocyte Cultured Cells chromatin state
+E80_25_bothAc_dense	HUES6 chromatin state
+E81_25_bothAc_dense	hiPS-15b chromatin state
+E88_25_bothAc_dense	rectal smooth muscle chromatin state
+E89_25_bothAc_dense	skeletal muscle chromatin state
diff --git a/hg19/track2ProcessInfo_encode b/hg19/track2ProcessInfo_encode
new file mode 100644
index 0000000..848f8f4
--- /dev/null
+++ b/hg19/track2ProcessInfo_encode
@@ -0,0 +1,4152 @@
+GSM605628_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM767846_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM897082_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973682_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803478_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733734_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM646560_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM849342_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803442_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973667_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935555_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935381_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605630_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736504_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM822268_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM733696_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935528_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973665_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822303_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM830987_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM897084_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM864339_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935397_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935585_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977046_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765387_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945230_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945185_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935329_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897069_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935296_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849343_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM830526_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM973675_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822305_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM803370_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736509_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923443_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM849027_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM977049_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605627_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923439_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM758572_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803427_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816649_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM945289_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935384_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM765399_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973672_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935436_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803476_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM758568_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923419_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM758559_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935554_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816659_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM767857_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM765386_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733749_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803410_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803415_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935429_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945290_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM822281_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM767841_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945212_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM897077_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM767856_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973670_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935360_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935533_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM958738_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM816633_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM923445_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM782122_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923453_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803532_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945184_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973677_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803522_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803393_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935552_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767857_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM605635_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849331_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945210_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM822302_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM733657_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM765390_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973686_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945170_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM931362_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM749759_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM822296_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM736515_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM945167_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803402_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945251_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849326_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945856_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM935303_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749686_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM733689_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM733661_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935387_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923437_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM973672_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765387_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM822269_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM803448_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736520_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM973666_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935614_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803355_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945292_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935624_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923446_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM830988_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM849367_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803426_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816652_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM897077_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923440_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM840137_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935317_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945233_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849339_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803437_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765404_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM822299_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM923420_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM803466_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733712_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM973679_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822290_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM736501_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803498_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973672_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945197_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736522_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM605634_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935364_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM831023_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM935401_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935413_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935569_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973663_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM817343_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM646561_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM733658_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803371_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849342_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803359_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733697_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM765405_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849365_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945180_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803380_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733706_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945205_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM798321_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945281_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733646_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM977042_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935319_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM864342_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935637_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605628_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM864346_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM758564_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935524_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897074_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803475_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749762_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM849326_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935457_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973684_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945174_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM831041_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM733729_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803364_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973675_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923444_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935371_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945203_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM897076_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM864354_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM733751_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945242_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935366_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803418_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803348_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849361_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM977041_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803428_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935297_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749698_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945280_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923436_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM803336_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935295_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733637_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM749752_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM736603_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803428_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765392_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM605633_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM788069_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM758560_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945326_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945273_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM788082_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM945185_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM605630_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897086_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935328_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803472_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733745_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935544_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM830523_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM782123_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749769_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM822300_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM923425_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM973678_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945231_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849031_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM736609_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM749727_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803433_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945258_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM822309_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM935515_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749731_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803385_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803494_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935284_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM830526_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM935385_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803340_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864347_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM803516_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733663_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM736518_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM945284_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803389_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831027_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM749716_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945208_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM765400_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923442_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM765395_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM767856_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935313_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803356_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803449_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822294_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM945297_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803376_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935471_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803339_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831033_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM816637_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803436_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM830533_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM849328_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM749776_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM733739_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM736639_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM831024_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM736619_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803542_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736513_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM945300_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945311_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923425_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM736556_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM733753_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM605630_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849365_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935458_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977049_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM830535_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM923426_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM831039_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM958748_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM923441_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM822306_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM958733_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM767846_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945207_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849366_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935593_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM817342_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935302_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM831032_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM749704_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803528_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765404_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935570_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803354_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945261_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803408_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897085_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945162_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973692_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945168_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803460_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945209_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945211_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM836271_1	Software=Bowtie, Cufflinks
+GSM935607_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935379_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923423_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM736521_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM749767_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM749708_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM816672_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM945187_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733656_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849356_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803459_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849367_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM758573_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923451_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM749765_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM849026_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM935434_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977048_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605635_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765388_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM977043_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945288_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803404_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849352_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945246_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736551_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM733780_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945287_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM897081_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803526_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822287_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM977048_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803454_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945322_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935551_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM822272_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM923450_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM758565_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749766_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803417_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831044_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM945315_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM822287_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM767840_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749689_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM958733_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM822294_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM977040_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945226_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849325_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM733643_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM977031_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935346_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803435_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849365_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM733765_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM733708_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945165_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935399_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736623_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM767839_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973689_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736557_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935564_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767844_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM788075_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM973665_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935517_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM765393_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733692_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935300_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977042_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM767840_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945228_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733660_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM816626_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM831012_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM864361_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM803535_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923446_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM672834_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaSeq
+GSM758565_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945316_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849301_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935650_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935627_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733786_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM830534_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM935347_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923441_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935416_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605625_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM922958_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhRnaSeq
+GSM803443_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765405_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM977052_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897074_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945188_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923449_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803346_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM605627_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923442_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM830528_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM733680_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935604_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM646568_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM758559_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM897079_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923452_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM749723_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM923440_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM973690_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803399_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765401_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM897079_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977037_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736613_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM765397_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923421_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM765398_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM864354_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM803529_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736596_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803401_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977051_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816654_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803438_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831029_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM849343_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM977043_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733690_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM923448_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923442_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923448_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935472_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923450_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM849343_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM973667_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935625_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923444_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM733777_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM822312_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM847567_1	Software=Bowtie, Cufflinks
+GSM849325_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM977047_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977035_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758573_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849349_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803362_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803534_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816657_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM977031_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM646570_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM935462_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803499_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733719_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM758569_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM830527_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM803484_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945160_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM822298_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM935613_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605627_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822295_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM733662_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM736514_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM973688_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605635_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM830525_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM831034_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM749690_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM849362_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803540_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831019_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM803491_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973676_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736526_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935559_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923440_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM973691_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849328_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM765396_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM822285_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM849368_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM973681_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605632_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733772_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM767855_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803517_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973686_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935418_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767850_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849346_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM758562_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923451_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935580_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816629_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935638_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM958739_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM816438_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM864357_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM767854_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849348_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM733758_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM749688_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935494_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973679_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973692_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605633_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973681_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM958746_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM973670_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803347_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765395_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM977046_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816670_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935619_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803500_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816651_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM945262_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM830519_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM977039_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816629_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM830535_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM973674_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803521_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897079_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935518_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767849_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935644_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733723_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803372_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803354_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973667_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749714_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935435_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM765395_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935611_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849355_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM840136_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM816634_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803378_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736543_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803337_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816636_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM736622_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849367_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM816644_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM897076_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849029_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM822304_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM767848_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM816666_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM923449_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803463_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM840138_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM958730_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM822303_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM973682_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935289_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733704_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849364_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM733721_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803452_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736611_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM733636_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM767838_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945299_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM897069_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605629_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803448_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803382_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816650_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM749768_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935286_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803412_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803485_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749712_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803352_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803487_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923430_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM736577_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935353_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803506_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733742_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM749732_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803416_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935402_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973681_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765387_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733674_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM977041_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM646563_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM822311_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM958738_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM945172_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935468_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935597_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM822289_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM736560_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923450_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM849303_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM767855_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736595_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803493_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973693_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849328_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935547_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803396_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849333_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM977045_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923444_12	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803519_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803446_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803537_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM958746_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM803467_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935274_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM830520_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM831006_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM923425_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM816632_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803524_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945240_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM765389_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803366_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849363_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM749694_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM922956_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhRnaSeq
+GSM605635_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945222_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803387_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945196_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM977038_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM944522_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM864347_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935389_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945264_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM958744_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM935342_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935394_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767848_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM977048_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945286_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM864341_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM749706_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM749677_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803492_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803510_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935372_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803387_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849331_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM607486_1	Alignment=Sequence reads were obtained and mapped to the human genome assembly hg18 (March, 2006) or hg19 (February, 2009) using the Illumina Genome Analyzer Pipeline. All reads mapping with two or fewer mismatches were retained and read starts were summed in sliding windows of 400 bp to create summary windows.; Peak Calling=Peaks were called with Sole-Search (http://chipseq.genomecenter.ucdavis.edu/cgi-bin/chipseq.cgi)
+GSM646559_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM803367_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923444_9	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803409_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935287_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973692_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733648_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945250_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935428_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897083_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822283_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM822295_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM945276_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736629_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803365_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803358_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897078_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM830520_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM935427_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973685_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923449_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803359_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736541_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923450_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM736499_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM816646_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM849028_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM803392_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849349_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803343_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736507_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803394_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736545_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803461_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM767849_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM958745_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM897070_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977045_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749693_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM923421_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM749666_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM923447_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM849026_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM847563_1	Software=Bowtie, Cufflinks
+GSM849334_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM749761_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM849325_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM958749_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM945173_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803444_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733638_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935306_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897075_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803504_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945192_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733650_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM816630_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM733778_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM923423_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM864345_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935542_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945297_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849345_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935469_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849348_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803430_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977042_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803518_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849335_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM749668_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935326_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935445_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803513_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945206_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849348_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM733784_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM758565_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM958739_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM803391_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822272_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM945235_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803503_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803460_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923446_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803352_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736579_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935574_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945206_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM830527_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM945308_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945252_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803478_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803507_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897080_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849347_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM822304_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM945263_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935461_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935420_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897081_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945186_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM840137_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945298_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923430_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM945248_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935496_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935504_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945249_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935391_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803415_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935333_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803411_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935536_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935377_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935433_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758573_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733708_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849330_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803451_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733774_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803397_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864360_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM849345_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803536_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816660_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM973683_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923440_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM749687_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM822301_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM608162_1	Alignment=Sequence reads were obtained and mapped to the human genome assembly hg18 (March, 2006) or hg19 (February, 2009) using the Illumina Genome Analyzer Pipeline. All reads mapping with two or fewer mismatches were retained and read starts were summed in sliding windows of 400 bp to create summary windows.; Peak Calling=Peaks were called with Sole-Search (http://chipseq.genomecenter.ucdavis.edu/cgi-bin/chipseq.cgi)
+GSM935592_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849338_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945203_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733785_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849324_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM767840_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935368_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM822293_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM973677_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849350_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM830524_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM935622_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935455_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733679_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM944520_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM935601_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733737_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803413_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM830532_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM831004_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM736494_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849027_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM803390_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803429_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816647_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935280_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945262_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM765396_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935390_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923447_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM945302_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935589_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935475_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816639_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM733685_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM736530_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803533_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM830986_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM767855_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736621_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935642_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM864338_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935553_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816656_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM849360_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803532_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803538_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935499_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605627_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849340_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM672835_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaSeq
+GSM733686_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM816671_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM849304_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935426_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767845_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733668_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM816669_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM733715_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM977045_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605629_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935339_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803491_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923442_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM830537_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM816661_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM931361_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803381_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935641_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935404_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803360_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733732_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803408_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803482_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822314_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM945214_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM816655_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM897082_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758560_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849337_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM736558_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849366_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM822267_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM831031_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM849362_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM816673_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM767846_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM646568_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM803352_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831042_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM803409_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831020_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM749777_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803405_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736492_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM646570_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM923439_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935523_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736628_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803430_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945278_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973690_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM646564_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM733672_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945288_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923453_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923444_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM749778_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM831005_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM923445_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM749679_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM736517_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM816662_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM945183_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803539_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945310_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM958738_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM803485_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803377_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736602_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803496_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864340_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM765394_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935332_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923447_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803363_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945239_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM897083_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM830531_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM803519_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM788073_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM935314_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973672_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM830530_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM733687_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM822277_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM605630_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803363_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935283_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935419_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803367_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935323_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935378_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM830537_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM733781_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM864342_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM945239_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803373_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973678_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765386_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803528_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803388_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945172_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923444_15	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM977043_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM767845_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935349_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767842_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM605625_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822277_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM788080_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM935538_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM788086_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM831028_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM733741_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935514_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736502_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM672836_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaSeq
+GSM736631_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM767854_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM831038_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM935566_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935623_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803425_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM605628_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749722_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM831007_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM803465_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM758575_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM897081_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803422_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803483_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM767856_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733716_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803508_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822276_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM816647_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM816651_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM816642_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM749754_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803473_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945222_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945245_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803463_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864353_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM803503_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935383_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803407_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM958731_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM736547_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803414_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822286_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM803441_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM605629_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733783_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803341_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733776_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935367_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945163_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM977036_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749699_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM736582_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM958745_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM736536_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803439_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945278_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM830529_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM605632_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM646560_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM803511_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM758571_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923451_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM958732_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM958741_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM816656_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM736538_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM818828_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM758560_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736528_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803459_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736568_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM733771_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803348_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935447_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935369_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733673_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM944519_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM973666_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977032_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749745_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM849364_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM977029_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849362_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945236_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736563_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM736519_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM831010_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM945260_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM816645_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM923450_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM646565_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM935480_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897081_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935449_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935486_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM830995_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM973692_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749671_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803530_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945180_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM767840_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803380_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803464_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923442_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM767848_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749734_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM816658_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM767841_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935388_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849324_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803336_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803407_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736616_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803481_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849339_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM758559_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803462_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977033_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945224_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803418_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803350_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945325_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935374_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749680_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM973669_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923447_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM736600_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM977033_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM767844_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935561_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977049_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733773_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945194_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733724_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803389_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM958730_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM736525_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM765393_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935272_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849360_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM977038_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977046_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM831037_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM816635_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM605632_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923448_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM822291_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM945283_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM897075_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822310_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM736601_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849354_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM733714_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM736575_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM897083_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749737_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM777639_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUchicagoTfbs
+GSM767853_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736583_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM733682_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945232_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733647_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM816643_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803512_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822279_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM733761_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945282_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM758572_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849028_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM897073_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822273_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM935618_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849341_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM897072_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803479_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736524_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803516_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831030_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM958730_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM945854_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM977035_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923442_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM849334_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803536_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749755_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM758561_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945216_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM977032_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM788071_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM849351_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM758574_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803449_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM767847_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM767857_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733659_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM758567_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM816626_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM958737_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM945196_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM749753_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM897078_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM958728_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM945268_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923445_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM733694_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM864344_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM923453_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803513_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733750_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM767855_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973669_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945300_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803505_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736590_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM973673_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945204_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM788078_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM765391_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM777638_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUchicagoTfbs
+GSM923447_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923433_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM836272_1	Software=Bowtie, Cufflinks
+GSM977047_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822306_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM958750_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM897078_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977035_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765395_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803427_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733759_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935421_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973682_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736612_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803402_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765386_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803484_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849327_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803495_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736511_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935630_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945313_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935273_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749695_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935277_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816632_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM923451_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM849025_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM803403_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849329_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM944526_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM765388_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935331_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973689_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803520_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977051_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816628_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM945266_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935336_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758577_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803382_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945211_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM765400_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935522_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935403_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803351_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803541_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945169_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935652_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977036_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849368_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM749715_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803338_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803338_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849358_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935415_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803498_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945175_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM977036_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803486_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945213_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849349_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935645_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945284_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM864359_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM897075_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803337_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935563_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973674_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849338_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM973691_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977034_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973674_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749772_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM733711_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803405_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935512_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM864345_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM945240_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM816659_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM765394_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923442_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803501_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935571_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923444_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM973680_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733768_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM830521_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM897086_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849324_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM849336_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM958728_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM605625_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733651_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945316_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945267_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945174_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803358_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849354_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945276_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM765404_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM758564_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923441_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803542_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803370_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822270_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM945271_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736571_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803515_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945247_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803504_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897072_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749685_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM977037_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM831014_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM973677_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749736_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM944521_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM767842_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849358_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945198_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM767853_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945312_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945271_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803398_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977028_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM958748_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM605633_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935632_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758568_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM864344_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM803437_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803399_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945193_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803530_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803384_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923418_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM758577_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803458_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803531_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973668_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765402_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973684_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935584_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945296_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935488_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803527_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733735_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM736531_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935548_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849366_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803334_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736549_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803353_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831043_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM973675_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923446_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM945204_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM831003_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM935373_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758566_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935320_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758578_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935586_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935628_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935587_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733644_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM818827_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM935451_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803451_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973689_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803386_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803388_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM830521_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM803506_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736516_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM767853_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733688_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945182_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM816646_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM749726_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935550_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733676_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM765391_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973669_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736608_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM788084_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM733755_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM822271_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM935446_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736537_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM958735_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM803349_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736554_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM830535_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM923443_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM836273_1	Software=Bowtie, Cufflinks
+GSM803443_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977052_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935464_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767850_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749669_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803470_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM958751_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM836270_1	Software=Bowtie, Cufflinks
+GSM945159_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803514_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736542_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935359_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605633_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758572_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736535_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM816671_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803521_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803335_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923435_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM736569_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM977040_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803440_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923449_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM945272_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923452_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM733772_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM897082_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977029_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733728_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935322_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816642_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803345_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923437_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM849327_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM822286_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM945191_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935579_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945320_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM831022_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM798322_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849346_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM923451_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM945322_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973689_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945857_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM803535_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765398_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM767854_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM831035_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM736625_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM973683_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736620_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM822313_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM816640_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM958734_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM849368_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM977046_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736550_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935505_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749738_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803453_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803351_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765399_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803374_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816437_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749763_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM605635_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973686_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923452_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM977044_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973690_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605632_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733653_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM816631_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935279_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935649_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977039_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973684_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758562_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973673_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897073_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803419_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897079_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM864338_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM733767_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849339_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM897075_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803541_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816665_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803379_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749684_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803414_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923447_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM945212_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM749743_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM765402_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM605625_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935473_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803529_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM831015_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM646563_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM849334_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945178_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935470_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803515_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977030_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803353_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM758561_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM897082_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803369_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803377_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816627_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM945279_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803333_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803500_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803424_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM767843_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945324_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803350_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945292_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM822289_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM923425_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM803473_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935307_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849364_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935453_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM608167_1	Alignment=Sequence reads were obtained and mapped to the human genome assembly hg18 (March, 2006) or hg19 (February, 2009) using the Illumina Genome Analyzer Pipeline. All reads mapping with two or fewer mismatches were retained and read starts were summed in sliding windows of 400 bp to create summary windows.; Peak Calling=Peaks were called with Sole-Search (http://chipseq.genomecenter.ucdavis.edu/cgi-bin/chipseq.cgi)
+GSM977034_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749773_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM646562_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM803393_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973687_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605634_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973673_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945227_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803444_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923452_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM733769_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM749735_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM758572_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM822291_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM923444_11	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM830536_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM736606_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM758559_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945229_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM749742_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM749678_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM958737_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM945226_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM958745_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM733670_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM923445_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM945237_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM818744_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803439_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935442_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733718_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM864351_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM973663_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849330_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM847562_1	Software=Bowtie, Cufflinks
+GSM758563_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935363_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977038_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM840138_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973667_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935309_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973674_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803474_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM767843_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM830524_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM803410_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977047_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM767851_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945296_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973665_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945265_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM822301_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM767847_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803523_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935460_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935483_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM958738_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM923431_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM935503_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849331_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM822309_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM923440_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM922955_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhRnaSeq
+GSM749730_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945221_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945175_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM958731_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM765405_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM958740_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM777640_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUchicagoTfbs
+GSM733757_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM765399_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945277_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM767850_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733720_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945244_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935646_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736565_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803527_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803457_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977051_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822284_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM803489_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM758575_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736544_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803489_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM830534_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM923429_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM849362_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935476_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935599_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935511_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM944519_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM864346_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM973693_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973680_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923441_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM822298_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM923444_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM831002_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM765401_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM765391_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849330_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803395_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803524_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923432_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM767851_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803373_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816653_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM749750_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM958739_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM605629_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765392_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973688_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973668_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736610_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM765403_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM788081_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM767847_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736493_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935605_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945267_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM767854_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM758573_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM977035_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977040_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM944523_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM765386_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935291_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935358_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897086_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765389_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM822299_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM803384_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822273_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM849339_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945251_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733707_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803346_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM944524_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM803525_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849302_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945299_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803340_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803521_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935292_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935352_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945269_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803403_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749764_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945188_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM831021_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM945269_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM977030_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945170_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM864361_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM733770_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM973678_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923422_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM958739_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM736614_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM973665_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765394_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935575_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758576_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736497_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923444_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM944521_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM849357_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803383_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849305_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM897083_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945255_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM758570_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736505_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849359_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM849305_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945192_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945291_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM765402_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM840136_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM822285_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM923444_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM849357_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM864343_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM788083_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM816644_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM758563_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803512_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935501_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736553_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803538_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736626_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM897071_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945270_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733725_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM765394_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM977034_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736581_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM736510_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935513_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803466_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849330_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803425_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM788079_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM935610_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849349_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803455_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM605633_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM840136_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849344_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM758564_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935437_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803360_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822278_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM816628_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803424_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897083_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736546_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803361_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803502_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM958737_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM973679_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803420_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923453_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803371_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973679_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935478_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849342_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM758569_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803385_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765398_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935311_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816633_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM758569_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749665_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945165_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM816638_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM736585_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM830532_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM758575_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733758_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM847565_1	Software=Bowtie, Cufflinks
+GSM923439_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM958733_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM767851_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM758567_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM897074_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803470_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803366_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736636_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM897070_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945166_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935546_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935497_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767852_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803375_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849350_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM849301_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM736635_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM758566_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM646564_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM765390_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923452_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935583_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973691_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758566_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM831025_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM803400_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765396_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945279_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736638_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803333_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM646562_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM923440_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923450_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM864355_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM923418_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM736593_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM749748_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945320_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803477_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736527_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM977043_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945303_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803499_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM605628_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849031_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM733727_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935335_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945241_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736584_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM758570_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945306_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM816664_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM816641_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803432_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822302_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM945217_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803440_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935337_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973662_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736627_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849325_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM749728_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803494_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM605634_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945199_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM822305_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM749729_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM758578_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945215_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM958740_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM935356_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767850_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736576_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849339_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935591_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749702_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM977049_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945215_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM847564_1	Software=Bowtie, Cufflinks
+GSM736539_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM830530_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM816658_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM749700_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM758562_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803419_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803483_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM605632_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923450_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM749713_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM973664_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945298_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733764_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM816631_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803497_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM818826_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM749673_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM733736_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803488_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935489_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758567_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935466_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973681_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977041_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935304_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803525_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749701_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM816634_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935534_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736592_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935316_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897073_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803497_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822282_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM847561_1	Software=Bowtie, Cufflinks
+GSM935351_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897081_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973693_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733762_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM923448_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM920558_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhNsome
+GSM765397_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803357_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945159_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM816638_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM605627_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897081_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977042_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749721_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM765401_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923443_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM864341_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935598_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923441_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803521_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864337_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935414_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945200_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM767844_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM958742_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM945261_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945171_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733733_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM749741_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM605627_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849344_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935596_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897070_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945214_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935519_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849359_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM973670_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM646567_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM736624_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM977033_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935395_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816436_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945274_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM831040_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM803480_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803517_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849336_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM646566_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM646569_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM803501_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864358_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM822280_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM803383_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736555_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935508_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935340_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM840137_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736594_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803468_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973688_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749720_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803423_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849030_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM945285_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803468_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803401_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945218_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803392_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973685_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736500_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM945307_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM605634_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733748_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM897069_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733664_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM897083_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758562_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749770_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM973673_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765405_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749707_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM736591_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849365_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803362_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935502_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935406_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945855_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM958733_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM935602_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935647_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849367_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM849358_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM749691_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM733695_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM923428_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM767846_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935275_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803445_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803490_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803369_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864348_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM816667_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM977028_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816635_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM945233_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973683_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM864349_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM864356_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM923449_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803341_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749682_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM816649_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM816663_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM749674_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945304_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945219_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM749670_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803450_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945229_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973669_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733779_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803496_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM758576_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM765396_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973687_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973688_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758569_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM922957_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhRnaSeq
+GSM958736_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM935608_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923442_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM733702_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849348_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945264_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803450_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945254_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803344_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733775_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM923448_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM864339_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM767848_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM830531_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM977051_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973663_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765400_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM605625_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816663_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM897076_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803447_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803472_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945295_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM897080_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977050_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM765389_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM849357_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM977047_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736533_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM733743_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803376_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935456_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM958741_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM945256_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945181_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849359_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935526_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733681_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM920557_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhNsome
+GSM788074_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM788072_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM945858_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM945308_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM977028_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849352_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935398_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM672834_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaSeq
+GSM605630_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM788070_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM749675_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM736529_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM608165_1	Alignment=Sequence reads were obtained and mapped to the human genome assembly hg18 (March, 2006) or hg19 (February, 2009) using the Illumina Genome Analyzer Pipeline. All reads mapping with two or fewer mismatches were retained and read starts were summed in sliding windows of 400 bp to create summary windows.; Peak Calling=Peaks were called with Sole-Search (http://chipseq.genomecenter.ucdavis.edu/cgi-bin/chipseq.cgi)
+GSM958734_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM923443_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935444_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897069_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM646566_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM822276_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM935338_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935634_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749756_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM816640_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935541_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935653_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749681_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM923439_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935459_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749692_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM767851_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945231_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM816673_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM816637_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM822270_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM958740_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM749696_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945202_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM958737_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM935450_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977050_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803514_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849327_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM958729_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM945859_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM765398_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733671_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM831000_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM935482_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736605_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM765400_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803518_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945259_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733700_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945257_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935578_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749774_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945853_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM935537_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945309_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803442_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816630_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM973680_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736566_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923444_14	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935325_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935417_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923440_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM765398_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935312_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758563_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803486_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM758577_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803343_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935621_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758574_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935400_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923427_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM749697_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM733760_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849333_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935577_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923449_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM765393_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM958730_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM803404_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736495_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM816672_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM822282_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM935615_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973666_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973693_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816662_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935616_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923447_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM816627_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM958732_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM977044_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM864351_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM749667_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM758568_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM765403_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM977029_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803397_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803416_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765392_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM765403_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803406_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897084_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749718_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM970218_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM935474_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM830993_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM945244_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM825711_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945314_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973670_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803352_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803474_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM646565_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM758564_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736589_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803522_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935529_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935485_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM830999_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM849358_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM736508_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803520_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822275_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM816667_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM958747_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM788088_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM935636_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803458_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803533_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803540_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM816657_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM923434_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM765399_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803477_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803391_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945302_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973691_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897070_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973684_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977044_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977030_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935576_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935487_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749771_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935376_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758577_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803455_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864355_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935432_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935635_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816648_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935305_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM765388_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM864350_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM803507_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM788085_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM803411_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945189_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973677_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822278_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM758568_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923443_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935557_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945323_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935477_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM831013_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM733782_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849332_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945201_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935411_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605631_2	hg18=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg18&g=wgEncodeCshlShortRnaSeq; hg19=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935609_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935493_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923433_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM803400_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803386_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923439_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803509_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733766_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803462_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749703_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM977032_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849340_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM816648_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM733726_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM765387_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749744_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM749733_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803510_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935567_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945166_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM749725_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945321_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM765401_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM958747_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM923452_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923443_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM736534_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923440_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM605631_1	hg18=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg18&g=wgEncodeCshlShortRnaSeq; hg19=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935556_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923419_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM803453_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803349_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM944524_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM945318_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736599_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM822274_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM803464_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736559_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM822274_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM935423_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605630_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849324_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM767845_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM605634_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803335_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935344_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849029_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM849341_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803531_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897080_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816668_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM822312_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM749683_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935405_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897080_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945213_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973687_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935454_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM831018_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM935409_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935308_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803344_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935318_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935343_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935392_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923444_16	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935438_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935631_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849335_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM973661_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM767847_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736634_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM816654_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM849304_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935639_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935626_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849347_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM897085_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935407_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945319_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736633_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923449_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803431_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864343_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM803480_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736617_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM758571_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945263_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945182_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM605629_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935629_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM864357_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935408_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM822297_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM830998_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM803490_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM958731_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM935582_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM646559_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM822307_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM897077_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935467_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM822308_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM923439_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM977029_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816650_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935510_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935545_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM847568_1	Software=Bowtie, Cufflinks
+GSM803447_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935530_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816636_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM945179_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803375_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736532_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM945208_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733752_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803395_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803351_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923426_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM849357_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935560_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736540_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923432_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM935431_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM646569_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM977036_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM830992_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM830996_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM736572_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM977045_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822311_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM765404_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM977040_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923446_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM736567_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM897086_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945324_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM830990_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM973678_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803368_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935590_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803381_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935568_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767849_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923424_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM736630_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803441_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923439_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM767853_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733756_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM672833_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaSeq
+GSM935572_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935370_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935350_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816669_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM736573_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM945181_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849332_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803434_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733654_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849025_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM945232_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945162_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945168_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM605628_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733641_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803361_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935531_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849368_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935393_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM788077_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM736491_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM830989_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM923452_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM973690_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935430_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803446_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM830525_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM935633_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945243_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945163_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM758563_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973687_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977032_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935521_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749779_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM958743_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM923434_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM923449_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM749739_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM958749_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM803493_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923429_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM945187_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM830994_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM973686_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605625_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923444_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM849303_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM733665_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM923443_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM733738_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849339_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935612_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849328_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945265_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945220_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803471_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945315_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945253_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM672836_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaSeq
+GSM935345_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605629_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897081_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935410_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM767856_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935506_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849329_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM765390_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736552_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM945228_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935520_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733649_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM749758_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945184_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM830529_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM831011_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM803461_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923441_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923435_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM935330_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945275_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM897078_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803378_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733747_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945160_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM944522_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM973668_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749757_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM977033_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935355_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749711_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803469_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923441_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM945286_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM765393_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935365_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945321_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM749746_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM977028_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803345_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736632_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM733754_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935525_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935532_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923451_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935620_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973661_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803347_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945223_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923448_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM830533_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM849335_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM849327_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM816655_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM816660_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM935380_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935361_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803426_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM822308_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM733639_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM816665_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM816645_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803342_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM767849_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923427_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM970217_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM736580_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM646567_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM864358_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM945238_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM831001_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM840137_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM816666_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM765402_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM605626_2	hg18=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg18&g=wgEncodeCshlShortRnaSeq; hg19=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM958744_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM830535_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM849351_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803406_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM897071_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733701_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM830523_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM758575_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945177_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM758578_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736586_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM736588_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803511_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM830522_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM935606_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935573_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733763_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945290_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM822275_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM758576_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973664_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM733667_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM733731_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935588_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803376_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM977052_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897081_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945164_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945317_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736578_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM864340_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM923446_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM767839_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973671_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935281_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935490_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973663_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM831036_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM945190_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM767838_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935527_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935509_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897085_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM607494_1	Alignment=Sequence reads were obtained and mapped to the human genome assembly hg18 (March, 2006) or hg19 (February, 2009) using the Illumina Genome Analyzer Pipeline. All reads mapping with two or fewer mismatches were retained and read starts were summed in sliding windows of 400 bp to create summary windows.; Peak Calling=Peaks were called with Sole-Search (http://chipseq.genomecenter.ucdavis.edu/cgi-bin/chipseq.cgi)
+GSM672833_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaSeq
+GSM945216_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945178_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935495_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923453_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923445_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935643_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935301_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803351_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM849030_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM945249_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945200_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM831017_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM849353_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803452_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM758561_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749719_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM817344_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977052_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935594_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736574_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935465_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849359_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM849366_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM840138_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935558_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605628_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM605635_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935299_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749747_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM605632_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923452_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM935562_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733640_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM923453_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM733655_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935321_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM840136_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923445_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM733703_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935448_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945273_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM736498_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849361_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM944525_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM935422_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733744_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM733710_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM803502_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923444_13	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM736503_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM733746_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849343_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935298_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973661_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935324_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935386_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935310_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803539_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736562_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935424_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM765388_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935294_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945209_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM831009_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM736607_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935507_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849335_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945230_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849338_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM923448_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM864350_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM958731_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM935396_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977037_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935440_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736506_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM788076_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM822271_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM822288_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM822290_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM864356_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM977041_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935516_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945210_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM767845_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935484_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM864352_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM803356_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945306_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM605633_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935543_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM830519_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM849353_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM977030_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM816643_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM849363_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM822279_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM897084_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM788087_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhHistone
+GSM749710_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM840138_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM847566_1	Software=Bowtie, Cufflinks
+GSM945207_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM897084_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923451_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803505_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935498_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945323_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM831008_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM923436_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM973682_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM864337_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM736496_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803487_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM758567_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM816639_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM945295_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923445_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923453_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM733645_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM736637_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923443_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803534_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM646561_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM736570_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM803351_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803420_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803432_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945161_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935443_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935640_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973661_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM977048_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935276_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935334_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM777641_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUchicagoTfbs
+GSM935491_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923448_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM864359_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM736618_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM864360_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM935648_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM765389_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM945201_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923450_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803355_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733722_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM977039_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822300_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM973685_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897074_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803342_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733652_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935357_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935617_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM897083_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935481_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977031_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736598_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM923424_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM935600_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945205_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935293_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM923444_10	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM973680_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945294_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849331_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935452_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736512_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM897076_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923446_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM830528_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM935595_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM945225_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733675_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935362_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803495_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM782124_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM864352_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM765401_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM765392_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM816641_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM830991_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM803394_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935500_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935285_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935463_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM816668_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM849342_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM765401_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM736587_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM945326_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849338_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM958748_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM765391_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973685_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803457_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803434_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM944523_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM935539_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM758565_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM830522_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM816661_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM803398_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935282_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM733709_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM822292_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM749717_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM733730_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM822310_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM733677_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945325_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935441_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935382_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749740_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM923445_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923453_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM923447_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM777644_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUchicagoTfbs
+GSM945195_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945305_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM935565_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803508_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM923439_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM749775_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945242_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803438_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM944526_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM897073_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM830530_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM736604_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM822281_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM803365_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803431_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803456_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM864349_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM765403_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM803454_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945176_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973664_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM777637_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUchicagoTfbs
+GSM958735_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM935278_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM831016_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM733642_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM733669_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935288_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736548_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM849300_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM849337_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM803357_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749751_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM816664_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM822284_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM977039_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758566_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM749760_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803523_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803422_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733713_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM864348_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM822297_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM958740_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM973662_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM749749_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM733693_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM733666_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM973676_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803421_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733698_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM935581_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935290_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749709_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945179_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM733740_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM897083_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897085_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803421_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935425_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM849364_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM945293_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803368_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM830997_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM767852_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM864353_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM767844_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935439_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935375_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM831026_1	Alignment=Sequence reads were aligned to the human genome reference (hg19) using MAQ version 0.7.1 (Li et al., 2008, Genome Research 18, 1851-1858) with default parameters.  Reads mapping to multiple positions in the genome were placed randomly at one of those locations.; Read Density Maps= BAM files were processed to WIG format using the 'count' command of igvtools (http://www.broadinstitute.org/igv/igvtools -- Robinson, et al. Integrative Genomics Viewer. Nature Biotechnology 29, 24-26 (2011)).  Reads were extended to 200 bp using the -e parameter, otherwise defaults were used.  The WIG files were then processed to BIGWIG format using the UCSC wigToBigWig utility (available here=http://hgdownload.cse.ucsc.edu/admin/exe/) with the -clip option specified.; Peak calling=Enriched intervals (binding sites) were identified using QuEST (Valouev et al., 2008, Nature methods 5, 829-834) and MACS (Zhang et al., 2008, Genome biology 9, R137). A control dataset derived by sequencing of at least two un-enriched input DNA samples (whole cell extract, WCE) was used to define a background model for binding assessment. These procedures yielded a list of enriched intervals for each CR, together with an estimate of statistical significance. As a first step, we retained all peaks with p < 10-8 or estimated FDR below 5%. We then applied a post-processing step, consolidating all the peaks called by the two algorithms, as described previously (Novershtern et al., 2011, Cell 144, 296-309). We call a peak only if it was found by either one method in at least two replicate ChIP-seq experiments, or by both methods in at least one replicate. We considered peaks to be overlapping if they are within a distance of 50bp.
+GSM803471_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM765398_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935348_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736523_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM973683_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM822288_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM830536_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM935651_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM803469_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM736561_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM977037_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM767857_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM733684_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM733691_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM672835_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaSeq
+GSM923451_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM607492_1	Alignment=Sequence reads were obtained and mapped to the human genome assembly hg18 (March, 2006) or hg19 (February, 2009) using the Illumina Genome Analyzer Pipeline. All reads mapping with two or fewer mismatches were retained and read starts were summed in sliding windows of 400 bp to create summary windows.; Peak Calling=Peaks were called with Sole-Search (http://chipseq.genomecenter.ucdavis.edu/cgi-bin/chipseq.cgi)
+GSM767852_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935327_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973676_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM849334_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM935549_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749724_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935492_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM749672_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM923422_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM945301_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849356_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM849300_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM803374_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM749705_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM945183_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803509_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935540_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM973671_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM830530_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM803537_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945191_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM803390_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM803429_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM605634_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803334_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM945304_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945241_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM944520_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM945177_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM849302_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM935354_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM605626_1	hg18=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg18&g=wgEncodeCshlShortRnaSeq; hg19=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973671_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM935535_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977034_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923441_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM803379_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM733705_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM736615_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM733678_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM849355_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM816653_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM765390_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973676_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM945202_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM945312_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM749676_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM977038_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803456_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM935603_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM935341_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM736564_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM935315_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM977044_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM897077_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM803372_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM973666_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758576_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM973675_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM736597_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM945190_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM973668_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM758560_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM923420_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM816670_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM733683_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM733717_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM944525_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSunyRipSeq
+GSM816652_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM923428_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM977031_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM923446_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwRepliSeq
+GSM945234_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM758561_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM758578_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935412_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM958729_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM958736_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCaltechRnaSeq
+GSM733699_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM945199_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM923431_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibRnaSeq
+GSM973664_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM973671_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlShortRnaSeq
+GSM767852_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM935479_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1022646_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003558_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1011128_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1008564_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1024769_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979655_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979651_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979656_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1024760_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1014516_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1008584_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010896_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014538_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM981252_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM981254_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010776_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984610_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1014527_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM981253_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM984619_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979642_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010774_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010740_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979655_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003555_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010881_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010903_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010744_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024755_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010828_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003517_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006911_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM981253_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010759_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006911_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM981248_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979632_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979638_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979660_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010855_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006874_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1006891_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM981250_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010766_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010858_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010861_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003468_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010816_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003487_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010787_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984616_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM981259_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1014520_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1003506_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM981245_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010836_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984612_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010726_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981248_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003457_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1022657_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003570_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010780_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979652_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014530_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010837_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003474_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010904_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008587_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008578_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008577_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010769_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979645_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1006870_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010729_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979660_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003495_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003559_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010849_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006880_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1003449_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003448_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003562_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM984608_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003557_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979659_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003568_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1024774_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010754_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979648_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979654_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010754_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003501_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM981244_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1014535_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010753_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006883_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM979659_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM984607_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM984617_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010865_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010810_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003563_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006907_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010739_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024754_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979657_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003561_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010741_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010903_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010821_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003499_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010806_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008572_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010791_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010819_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010762_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979652_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1006913_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010731_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010877_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008566_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010749_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008562_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010810_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984612_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010870_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003519_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008570_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM979641_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1009528_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003471_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM984609_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1024785_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1003518_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003534_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010906_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024753_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1008593_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1022677_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1014511_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006868_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1006902_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003503_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010800_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008580_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010733_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008589_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1024773_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010756_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006875_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM979661_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1024784_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1003579_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1014512_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1008605_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1014518_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1003624_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1003456_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008556_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010752_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979640_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM984604_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1011130_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1003629_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1006906_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1022645_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010854_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981244_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010799_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008560_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1006909_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010883_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984620_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010752_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984618_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010814_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979632_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM984617_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010848_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010745_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010767_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006903_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1011120_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1010722_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022640_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010743_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003536_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003607_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM979662_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003445_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010807_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981243_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1011126_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM981255_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008556_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM979643_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1006910_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1024746_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1024749_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010827_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984605_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008599_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003467_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006873_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010832_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010794_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010772_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010815_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1011119_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1022648_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM979650_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1008601_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008582_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003509_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010884_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984606_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010842_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981259_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008588_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010912_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM1010736_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008569_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010824_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024745_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010721_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006915_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1008597_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1014515_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM981247_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010862_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010784_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006893_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010821_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010835_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1011127_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1010735_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024763_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010846_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006909_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010782_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006912_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM979647_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014534_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1003634_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010898_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010817_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006891_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010901_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003532_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010846_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014541_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010769_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008559_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM979636_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979658_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1024757_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1022647_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM984618_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1006872_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010875_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024772_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1006885_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1006904_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003609_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM979659_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1022635_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003582_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979649_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003565_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008601_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003608_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1006905_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM984613_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010804_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024789_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010802_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010813_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010809_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1011124_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM981248_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010800_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010757_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008588_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1006909_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010766_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003459_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979647_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1022630_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM979638_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010729_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979649_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010899_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010829_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984606_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008583_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM984613_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979650_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010777_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010857_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010798_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022655_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM979652_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979632_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003530_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM984609_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010760_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008574_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010768_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003531_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006885_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010801_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010755_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003526_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM984619_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003520_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008585_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010789_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010852_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984616_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM981249_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM981251_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1022634_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM981245_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM984621_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010778_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010819_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014530_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM979652_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM981260_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010735_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979640_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1022633_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM979656_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1006902_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010737_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979634_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010864_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003446_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1024768_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1006915_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM981255_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010892_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003533_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010845_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003444_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008578_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1022644_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1011129_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1006890_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1003631_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM979646_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014526_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010731_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010749_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003617_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010839_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024766_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979654_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014515_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM984615_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1014533_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010734_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010753_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010838_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010863_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010746_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979646_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010745_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010763_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008591_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003541_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010854_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979648_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010868_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008581_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1024795_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979656_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014535_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006908_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010799_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979663_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1008568_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010871_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008557_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM979643_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1024758_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM981246_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003458_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010762_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010850_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003630_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1003610_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1024759_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010786_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003504_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010784_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010866_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010798_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014537_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010719_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003491_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1014521_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1008605_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1024756_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1008600_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM984621_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1022629_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1014526_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1022656_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010758_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008579_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1014528_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1008586_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008571_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008590_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010887_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010891_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979632_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010725_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006908_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003482_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM981244_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003576_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003511_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010760_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003560_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979663_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM984613_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010771_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006878_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010873_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003622_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010720_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010813_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979633_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014510_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM984615_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003450_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003469_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979661_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010880_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010824_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008594_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008574_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM981256_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010750_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010900_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008573_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003543_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010902_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006877_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1003615_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010914_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM984614_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010851_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981252_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1024792_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010888_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006893_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1024767_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979646_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1022669_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010811_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010825_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022662_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1014517_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM981256_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010759_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006907_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010788_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006902_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010764_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010773_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014537_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1011123_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1006884_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1014509_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1014531_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010875_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1011121_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1006867_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM984607_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010765_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006902_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003505_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1024747_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979648_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003453_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010833_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022639_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003529_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003578_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006870_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1003516_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979651_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010786_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008584_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003479_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM984607_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1024743_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1006905_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003548_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1014536_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM979639_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1024742_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1003580_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006908_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010904_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984620_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010893_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979657_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010901_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010895_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010894_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003554_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010860_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003550_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006878_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1014519_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1014541_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1022631_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010732_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008595_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010878_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010848_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981249_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003556_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1014525_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010867_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010823_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984619_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008575_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008560_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM984606_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010862_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003451_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010779_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984604_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003513_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006913_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1022676_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010890_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981251_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010806_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979644_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003512_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006892_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1014539_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1003627_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1003611_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1014513_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010774_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006883_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1011126_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1014520_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1014518_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010772_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979642_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014521_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM981246_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM981250_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979650_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010849_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006866_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1006912_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1024781_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM981251_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM984611_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003584_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1024777_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979660_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979638_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014508_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006914_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003626_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010897_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022666_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM979657_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010795_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003485_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979662_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003613_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM979637_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1011123_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM984607_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010751_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008580_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1006904_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM979640_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979645_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010750_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024751_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM984619_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010803_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984618_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1022638_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1008596_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM981260_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003552_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010826_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010866_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981253_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979663_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM981247_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979633_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010835_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014540_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010822_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979640_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014522_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006905_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM979657_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1022664_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1008561_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM979658_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979631_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1008577_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010756_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010879_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014523_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006910_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM979641_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979644_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010764_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003473_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003528_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010883_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010869_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022625_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM984605_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM981260_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008561_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010793_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010895_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010802_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008602_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM981256_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010893_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010844_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006882_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010725_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006873_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM984612_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010847_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010882_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003551_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003628_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010822_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1011129_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1008604_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM979656_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM984614_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010742_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981245_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010793_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003540_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010857_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010843_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006904_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003621_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1014536_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1003537_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010790_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006910_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM984610_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1014524_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1024775_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1008576_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010890_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014528_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM981252_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979659_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1006907_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010809_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010831_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010778_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010783_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010820_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014534_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010872_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024786_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979663_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010876_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981255_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1006895_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010859_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010737_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984616_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979654_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1011130_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM984615_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008558_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1006882_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1014510_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM979653_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1008606_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010783_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014512_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1022667_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1024788_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1011125_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1003455_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1014519_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006876_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010834_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984610_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003486_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010834_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022670_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003573_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010878_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010902_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024750_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010888_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010741_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984604_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM981254_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM981255_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010872_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984618_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010776_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024791_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1003489_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010856_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979635_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014524_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006881_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010892_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014531_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010871_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984612_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM984617_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979658_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1022636_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010820_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003462_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM981247_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1024765_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1003527_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003581_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979637_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1011124_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1006912_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM981253_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010733_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014532_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006886_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1014529_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006911_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003538_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010889_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984608_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1006911_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM979653_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003544_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1011127_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1006894_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1003602_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010832_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979637_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010771_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008570_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM979646_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1008571_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1011121_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM981247_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003523_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006886_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010881_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981256_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1022673_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010840_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022652_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010785_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981259_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003510_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1024778_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979643_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003447_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010838_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014516_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010785_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979636_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1008600_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM981258_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010728_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008603_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM981250_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010816_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010865_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022661_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM979633_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1006875_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM979634_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1006907_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010836_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008599_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010761_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010874_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003464_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003586_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008576_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1011125_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1010775_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008564_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003508_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979651_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003472_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979645_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003577_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010898_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003454_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006903_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010876_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010831_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008557_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM984611_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010738_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010842_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979634_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1008585_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1024744_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1003545_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1024771_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1014529_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM984614_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1014539_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1008568_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1022668_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003463_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010883_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010721_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003585_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM984620_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1022650_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM979650_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010751_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003521_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010853_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008590_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010840_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003542_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM981243_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1022651_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010869_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014511_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006869_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1003522_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979655_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010900_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003481_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003604_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010845_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003547_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1022627_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010866_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010790_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010847_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010894_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010792_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010738_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979643_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010906_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010815_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022665_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010860_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003619_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM984605_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM984606_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1022632_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010885_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008592_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1006914_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010747_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984604_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008558_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003497_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008563_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1006887_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1003461_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1024790_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1014522_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010796_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003498_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010740_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008595_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010812_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003567_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1014514_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010796_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1011122_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM984605_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010905_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010867_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003553_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010757_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981260_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008566_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010823_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1011128_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM979638_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003549_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010770_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024739_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM981245_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM984614_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003478_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979649_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010873_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024770_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010851_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008587_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008603_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM979662_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM984609_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008594_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1006910_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010817_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979639_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010727_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006904_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM979636_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010803_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010739_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010730_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1011120_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1022642_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM981244_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1022643_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003616_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1006903_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1014517_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1024764_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1008569_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010748_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010723_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010768_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010808_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010867_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003625_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1022674_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM984609_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010891_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979661_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010858_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981246_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010781_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006906_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010808_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022675_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM979645_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1006869_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1003452_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM981258_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1024794_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM979653_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010805_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008596_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010914_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM1003603_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1014509_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM979651_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979647_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010818_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010728_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981258_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979637_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1014508_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1006906_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1024780_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1024783_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010718_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010854_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010767_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010894_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979661_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1008581_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010804_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010805_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010850_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024748_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010870_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006865_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM984615_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003571_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010763_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003633_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010811_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981249_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010880_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010863_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981252_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003524_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008583_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003632_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1003480_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010844_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1011119_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1014538_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1008592_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003574_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010777_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984617_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1006866_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010899_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003494_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003470_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1024740_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010801_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014523_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1024782_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010839_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010724_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010788_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003460_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006888_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1022654_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1006913_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1008579_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003496_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979642_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010852_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979634_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1008586_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010807_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010743_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010724_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984608_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008598_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010896_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010814_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008567_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM981254_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979660_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003502_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006909_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003514_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003606_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM984613_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003465_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010841_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006906_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010719_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981243_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1024741_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1003515_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM984611_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1024779_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM981257_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010775_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006865_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM984610_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003623_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1024776_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1022671_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003569_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979648_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1003614_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1003566_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003535_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979658_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1022660_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1014525_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1008598_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1022672_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010747_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010791_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003546_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979639_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010789_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006881_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM981250_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010887_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979639_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010727_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008565_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM981243_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010723_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010748_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008562_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010897_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022658_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010758_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010732_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006879_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1006871_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1008567_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003605_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010861_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008606_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003476_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979631_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1009528_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1006913_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010746_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010780_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006908_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1010885_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010755_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003539_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003488_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1022637_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003612_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1003483_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010859_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003583_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008593_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM981251_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM979647_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010829_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003618_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010782_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014532_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010877_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010792_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003492_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1022641_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1008591_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1006887_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010905_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003490_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1014513_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM979649_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010718_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010744_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003484_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1008565_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010830_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022628_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010742_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003493_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1014533_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010773_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022626_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM981258_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008582_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010797_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984616_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010798_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022659_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010886_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003620_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeSydhTfbs
+GSM1010894_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010828_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010855_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008573_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010833_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981249_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1014514_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM981246_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1024787_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010830_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM981259_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1008602_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM984620_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1003466_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010841_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003572_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979662_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010854_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006874_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1011122_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromFaire
+GSM1010770_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010879_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM984611_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM981254_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010837_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006889_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010779_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006903_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM981257_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010781_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010761_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010825_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010864_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010765_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022663_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM979633_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979653_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010874_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024762_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1008604_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM984608_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010722_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010827_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010787_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1022653_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1010883_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006905_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1003575_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003477_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006912_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeGisRnaPet
+GSM1008559_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008575_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010826_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1010794_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979635_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM979655_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010843_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1003500_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1003564_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1010856_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979636_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM981248_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeCshlLongRnaSeq
+GSM1010814_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008589_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1022649_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwTfbs
+GSM1003525_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM979654_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010913_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwHistone
+GSM1010868_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1008572_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1010886_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1006876_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1010734_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM979642_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeRikenCage
+GSM1010882_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1014540_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1024752_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1010812_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024761_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
+GSM1008563_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1008597_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromDnase
+GSM1003507_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1006877_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeOpenChromChip
+GSM1003475_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeBroadHistone
+GSM1014527_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDgf
+GSM1010889_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeHaibTfbs
+GSM1024793_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=hg19&g=wgEncodeUwDnase
diff --git a/hg19/track2ProcessInfo_roadmap b/hg19/track2ProcessInfo_roadmap
new file mode 100644
index 0000000..f322696
--- /dev/null
+++ b/hg19/track2ProcessInfo_roadmap
@@ -0,0 +1,1937 @@
+GSM530665	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Eland; SOFTWARE_VERSION=1.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM669984	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605296	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605297	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605295	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605298	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605299	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774218_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669935	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669934	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669937	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669936	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669931	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669930	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669933	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669932	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537655	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669939	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669938	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM723022_0	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701527_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767353_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM602260	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM602261	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752966_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669960	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543016	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM723025_0	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621689	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621688	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621687	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621686	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621685	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621684	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621683	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621682	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621681	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621680	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605303	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701488_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669961	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543019	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753442_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM605306	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613846	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605307	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706083_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613842	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613843	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621632	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621633	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621630	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621631	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621636	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621637	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521918	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521919	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706845_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM521917	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521914	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521915	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521912	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521913	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM767355_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM521911	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752977_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621458	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621459	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774202_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM753435_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621672	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621450	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621451	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621456	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621457	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621454	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621673	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670029	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670028	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613908	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707012_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669964	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701530_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM670021	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670020	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670023	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670022	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670025	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670024	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670027	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670026	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM723023_0	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806948_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537619	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706999_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613833	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537615	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537612	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537613	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595928_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM665827	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669985	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669986	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665824	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669980	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669981	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669982	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669983	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774224_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595923_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM669988	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669989	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665829	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665828	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751279_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669619	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595925_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM707014_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595930	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM753428_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669600	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM468801	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM621421	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752971_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM665814	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM486714	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753974_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM486710	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM486711	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM486712	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613892	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707010_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM409312	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM706844_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706847_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706071_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537666	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM433167	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM621414	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701499_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706851_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621415	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543013	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706849_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621412	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621413	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667609	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667608	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706075_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537661	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706848_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706065_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701491_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621411	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613919	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM438363_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701497_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM751275_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595921_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM613898	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521889	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701536_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM521884	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521885	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521886	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521887	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521880	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521881	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521883	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613888	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613889	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774219_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537669	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621422	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613880	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613881	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613882	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613883	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613884	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613885	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613886	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613887	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605300	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605301	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669968	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669969	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605304	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605305	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621678	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621679	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669962	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669963	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621674	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621675	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669966	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669967	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621670	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669965	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706079_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706050_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669609	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669608	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537676	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM723024_0	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669603	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669602	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669601	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621424	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669607	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669606	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669605	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669604	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621416	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621417	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537665	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537664	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537663	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537662	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621410	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537660	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621418	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537668	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621676	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752972_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772734_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772734_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM751278_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706052_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM753446_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669987	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM806934_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774212_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701541_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613875	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613874	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613877	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613876	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613871	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613870	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613873	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613872	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543029	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613879	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613878	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665819	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752974_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM428286	EXPERIMENT_TYPE=MRE-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM774230_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM450268	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM723021_0	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM663427	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701515_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM670020_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706076_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669588_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM753445_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774236_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767348_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701513_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613821	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM493624	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595918	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM753427_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621391	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621390	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621393	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621392	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621395	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621397	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621396	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621399	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621398	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613903	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707019_0	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613905	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753433_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613907	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521870	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706066_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706081_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707011_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM753448_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613901	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753434_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701518_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701535_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621419	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM772732_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM753425_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701537_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669582_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM706068_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774222_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806943_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752990_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM667641	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667640	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667643	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667642	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM767351_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752968_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537710	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543021	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595929_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM789280_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774232_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774216_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774243_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM543011	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595920_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM752991_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774239_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595922_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM774210_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669910	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774207_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806940_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669926	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669927	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669924	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669925	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621737	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669923	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669920	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669921	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621739	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621738	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM602257	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669928	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669971	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669942	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM767344_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM450270	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595926_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595925	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM621690	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621691	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621692	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621693	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621694	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751282_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM701520_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701532_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669612	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752978_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701492_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752986_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM789281_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669586_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM605339	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605338	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753429_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM751281_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM701517_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774234_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM605330	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605333	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605332	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605335	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605334	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605337	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605336	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521923	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521922	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521921	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521927	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521926	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521925	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521924	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521929	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521928	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM493387	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM752993_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621677	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774238_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613897	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM493386	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM621634	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669978	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621635	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751276_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621461	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621460	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670038	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670039	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM493615	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543027	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670032	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670033	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670030	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670031	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670036	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670037	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670034	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670035	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM432392	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM621639	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613891	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613890	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543023	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537623	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537622	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537621	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537620	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537627	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537626	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537625	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537624	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM450266	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM537629	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537628	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613826	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621667	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669972	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669974	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM773048_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774235_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621661	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701494_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM605302	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621660	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595920	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595921	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595922	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595923	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595924	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM621663	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595926	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595927	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595928	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595929	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM621406	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669976	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774240_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706049_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806935_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM469968	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM701498_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669622	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM409308	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM409307_1	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM774213_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752975_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621453	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774209_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806937_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806939_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669940	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669889	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM433179	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM669941	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669885	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM433176	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM669886	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM433170	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM433171	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM701516_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774231_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621657	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669944	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621455	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774233_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706047_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669945	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752979_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM667618	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667619	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621652	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM773047_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM667612	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667613	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667610	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621653	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667616	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667617	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667614	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667615	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665838	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665839	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774237_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701505_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM665830	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665831	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665832	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665833	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665834	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665835	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665836	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665837	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521871	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537652	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521873	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521875	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521874	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521877	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537653	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521879	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521878	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753449_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772733_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621407	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595916_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM767354_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM753426_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595914_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM701534_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621401	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537657	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621643	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621642	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621641	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621640	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621647	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621403	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621645	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621644	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621760	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669956	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669955	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669954	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669953	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669952	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669951	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669950	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669597	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM433174	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM669595	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669594	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669593	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669592	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669591	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669590	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669614	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669615	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669993	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669617	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669610	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669887	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669613	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM466734	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM605308	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM433177	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM706854_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM466732	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752992_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701495_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM466739	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM605309	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM773046_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767347_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701511_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701512_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537704	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537705	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537706	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537707	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537700	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM434776	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM537702	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621423	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537708	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537709	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613868	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613869	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM616128	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM616129	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701533_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595919_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM706078_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701496_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM616127	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537685	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537684	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537687	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537686	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537681	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537680	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537683	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537682	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706850_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537674	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537689	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537688	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753432_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701500_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706067_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM543005	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751271_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537678	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537679	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621429	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621428	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621386	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621387	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537670	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537671	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621388	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621389	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621427	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621426	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621425	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537677	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665801	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665800	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665803	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665802	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665805	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665804	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665807	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665806	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665808	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701522_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595919	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM621420	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621671	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595913	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595915	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595914	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595917	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM595916	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM543034	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM751273_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774226_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701531_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806936_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM468792	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM613834	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751287_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM595917_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM613837	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752970_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669625	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669624	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667611	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669621	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669620	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669623	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665826	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774201_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM665825	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669919	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669918	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706048_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701529_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669913	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669912	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669911	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621629	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669917	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669916	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669915	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669914	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665821	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665820	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751277_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707013_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752969_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537672	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669618	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774217_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669929_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774214_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM410808	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM753438_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM410807	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM706074_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701521_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM693278_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM753440_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774220_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706046_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595924_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM753436_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707017_0	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707000_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM450239	EXPERIMENT_TYPE=smRNA-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM469973	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM469971	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM605329	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM469975	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM469974	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM605322	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605323	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605320	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605321	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605327	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605324	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605325	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543004	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621750	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621753	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621752	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621755	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621754	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621757	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621756	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621759	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621758	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707023_0	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM543009	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537641	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537640	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537643	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537642	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537645	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM602259	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537646	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537649	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537648	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774242_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537675	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751285_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM774203_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707008_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM670009	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670008	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670007	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670006	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670005	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670004	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670003	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670002	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670001	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670000	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774211_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707007	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537634	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537635	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537636	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537637	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537630	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537631	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537632	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537633	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613816	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613815	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613814	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613813	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613812	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613811	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707003	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM753430_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM753431_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701503_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM456941	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753447_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM605328	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530662	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530663	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530660	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM469970	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM530666	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Eland; SOFTWARE_VERSION=1.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM530664	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669959	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706070_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701540_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773045_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701487_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701528_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767349_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM521931	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752967_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM753441_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM543031	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM773042_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752987_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707016_0	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621638	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM693277_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752962_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773041_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613847	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706843_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669898	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669896	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669897	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669894	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669895	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669892	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669893	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669890	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669891	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774229_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM751270_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701524_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM602258	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752984_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM521933	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701507_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621751	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM493620	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706082_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM493626	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667629	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667628	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667627	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667626	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667625	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667624	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667623	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667622	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667621	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667620	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543007	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669973	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751283_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM521930	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706855_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774208_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595927_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM774223_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM521866	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521932	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM806944_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM493385	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM493384	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM521868	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521869	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669585_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM621444	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM806946_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621655	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM773043_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701523_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621646	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621654	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669589	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621656	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669943	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621650	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621651	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669946	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669947	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669948	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669949	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669958	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621658	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621659	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621665	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669957	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM693275_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752965_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752988_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701519_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707001_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701489_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806942_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621649	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595918_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM774205_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621648	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707022_0	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706051_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752981_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM670043	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670042	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670041	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670040	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621664	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670045	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670044	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613911	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM767346_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613859	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752985_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537647	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669596	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613853	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM450236	EXPERIMENT_TYPE=MRE-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM613857	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613856	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706073_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613818	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707006	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM595913_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM707004	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707005	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM521909	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521908	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM434762	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM543035	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521904	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521907	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521906	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521901	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521900	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521903	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521902	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621449	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621448	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753973_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM665823	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM493617	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621441	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621666	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621443	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621442	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621445	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605316	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621447	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621446	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537696	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537697	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537694	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537695	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537692	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537693	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537690	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537691	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774241_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669922	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753437_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669616	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537698	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM434785	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM669584_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM665822	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669587_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM595930_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM669611	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701493_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621438	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621439	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM773049_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM621434	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621435	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621436	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621437	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621430	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621431	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621432	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621433	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665812	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669992	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669991	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669990	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669997	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669996	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669995	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669994	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774204_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669999	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669998	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707009_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767356_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM466737	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM669929	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM595915_1	EXPERIMENT_TYPE=Chromatin Accessibility; SOFTWARE=Bowtie; SOFTWARE_VERSION=0.12.5; MAXIMUM_ALIGNMENT_LENGTH=36; MISMATCHES_ALLOWED=2; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=not submitted; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=allowed
+GSM767350_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701501_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701526_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767343_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806947_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM486702	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM772735_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM486707	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM486706	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM486705	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM486704	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM486709	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM486708	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM753439_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767352_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM806938_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706080_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669599	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774244_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701510_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707021_0	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669908	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669909	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669904	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669905	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669906	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669907	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605311	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707018_0	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706853_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767341_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613923	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM693276_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM543017	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752983_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706077_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774221_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613920	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752963_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM605310	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521899	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521898	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM773044_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM665813	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521893	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521892	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521890	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521897	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665810	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521895	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM521894	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701506_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM665811	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613913	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665816	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM774228_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774206_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM665817	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669979	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM469965	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM469966	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM469967	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621669	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621668	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605319	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605318	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605317	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669970	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605315	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605314	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669975	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM605312	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM669977	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621662	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621742	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621743	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621740	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621741	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621746	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621747	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621744	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621745	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751280_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM621748	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621749	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701502_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM665818	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621405	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621404	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537650	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537651	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537656	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621400	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537654	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621402	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537658	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537659	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM621409	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM806945_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM670010	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670011	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670012	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670013	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670014	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670015	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670016	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670017	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670018	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM670019	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM428289	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM706064_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM665815	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM665037	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537638	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM806941_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752964_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537639	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751288_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM774227_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707015_0	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774215_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752989_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM428291	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM701538_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM428295	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM428296	EXPERIMENT_TYPE=ChIP-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM752982_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM751286_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM613917	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537699	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM751272_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM530657	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530656	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530655	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530654	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530653	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530652	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530651	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613829	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706072_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM484408	EXPERIMENT_TYPE=mRNA-Seq; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None
+GSM706852_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613896	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530659	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM530658	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701508_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM751284_0	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.
+GSM613867	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701514_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613914	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613864	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM706856_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701509_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM752976_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613862	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM537701	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701490_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM537703	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701525_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM707002_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767342_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM789284_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM751274_0	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM613894	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM543025	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667630	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667631	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667632	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667633	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667634	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667635	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667636	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667637	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667638	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM667639	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM707020_0	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM767345_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM701504_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM530661	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM752980_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM669888	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM613893	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=10; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 10 positions it is removed from consideration.
+GSM701539_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM706846_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM774225_0	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773025_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772941_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772745_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772786_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773023_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772855_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772780_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772747_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773038_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773021_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772749_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772900_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772947_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772906_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772945_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772943_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772741_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772743_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772948_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772884_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772996_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772763_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772925_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772826_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773000_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772789_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772902_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772983_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773002_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772882_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772909_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772880_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772807_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772929_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772767_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772774_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772765_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772981_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772922_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773004_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772842_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772987_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773031_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773028_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773033_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773006_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772840_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772769_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773026_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773035_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772905_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773024_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772920_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772846_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772844_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772744_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773022_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772868_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772746_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773020_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772848_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772748_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772864_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772951_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772740_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772742_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772866_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772762_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772860_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772760_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772862_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772829_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772980_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772974_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772802_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772800_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772891_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772766_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772988_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772804_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772843_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772986_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772972_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772889_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772970_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772841_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772768_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772976_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772897_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772797_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772950_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772793_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772847_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772845_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772917_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772869_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772798_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772958_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772911_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772893_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772849_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772890_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772895_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772865_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772916_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772867_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772957_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772938_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772936_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773013_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772915_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772861_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772984_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772918_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772863_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772955_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773019_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772739_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773017_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772979_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772761_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772912_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772790_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772973_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772825_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772971_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772977_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772933_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772975_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772757_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772828_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772887_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772898_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772796_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772953_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772794_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772755_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772792_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772818_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772759_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772799_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772959_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772811_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772999_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772892_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772813_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772910_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772978_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772894_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772827_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772751_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772896_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772817_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772850_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772956_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772937_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772935_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772852_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772995_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772773_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772914_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772837_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772835_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772982_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772919_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772952_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772833_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772854_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772856_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772954_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773018_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772939_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772831_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772775_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772821_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773016_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772993_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772913_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772872_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772839_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772870_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772886_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772899_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772771_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772820_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772934_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772878_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772932_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772876_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772756_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772997_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772822_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772874_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772754_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772819_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772812_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772968_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772814_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772752_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772816_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772750_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772960_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772998_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772962_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772964_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772853_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772994_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772966_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772834_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772832_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772764_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772778_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772830_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772930_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772857_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772772_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772946_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772901_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772770_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772944_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772859_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772907_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772942_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772779_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772838_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772992_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772873_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772940_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772836_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772949_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772924_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772985_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772926_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772788_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773001_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772879_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772903_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772871_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772883_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772888_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772908_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772881_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772877_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772928_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772875_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772823_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772885_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773003_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772967_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772923_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773005_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772969_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773030_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773029_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773032_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772904_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773027_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM773034_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772858_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772961_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772963_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772927_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM772921_0	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM817185	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=47,426,205; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4665; FINDPEAKS_PERCENTILE=78; HOTSPOT_SCORE=0.4477; HOTSPOT_PERCENTILE=71; IROC_SCORE=0.994; IROC_PERCENTILE=65; POISSON_SCORE=0.5409; POISSON_PERCENTILE=87; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM807392	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=41,020,367; NUMBER_OF_H2AK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.007; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.0339; HOTSPOT_PERCENTILE=25; IROC_SCORE=0.4802; IROC_PERCENTILE=25; POISSON_SCORE=0.174; POISSON_PERCENTILE=25; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM807402	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=39,002,805; NUMBER_OF_H3K9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=9; FINDPEAKS_SCORE=0.0777; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.0962; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.9928; IROC_PERCENTILE=78; POISSON_SCORE=0.1485; POISSON_PERCENTILE=11; MAXIMUM_REPLICATE_CORRELATION=0.82
+GSM807394	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=38,557,315; NUMBER_OF_H2BK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.017; FINDPEAKS_PERCENTILE=14; HOTSPOT_SCORE=0.0436; HOTSPOT_PERCENTILE=14; IROC_SCORE=0.8221; IROC_PERCENTILE=29; POISSON_SCORE=0.1248; POISSON_PERCENTILE=14; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM817251	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=2,424,189; PERCENT_READS_MAPPING_TO_miRBase_v16_miRNA=44.69; PERCENT_READS_MAPPING_TO_miRBase_v16_miRNA_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818038	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=38,138,079; NUMBER_OF_H3K4ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.0415; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.2164; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.8143; IROC_PERCENTILE=33; POISSON_SCORE=0.3162; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM916040	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=25,668,869; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.3154; FINDPEAKS_PERCENTILE=64; HOTSPOT_SCORE=0.3478; HOTSPOT_PERCENTILE=64; IROC_SCORE=0.9996; IROC_PERCENTILE=64; POISSON_SCORE=0.3794; POISSON_PERCENTILE=64; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM818034	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=104,490,249; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0218; FINDPEAKS_PERCENTILE=15; HOTSPOT_SCORE=0.055; HOTSPOT_PERCENTILE=8; IROC_SCORE=0.7575; IROC_PERCENTILE=15; POISSON_SCORE=0.1753; POISSON_PERCENTILE=8; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM916045	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=26,106,373; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.1141; FINDPEAKS_PERCENTILE=9; HOTSPOT_SCORE=0.1558; HOTSPOT_PERCENTILE=9; IROC_SCORE=0.9989; IROC_PERCENTILE=45; POISSON_SCORE=0.195; POISSON_PERCENTILE=9; MAXIMUM_REPLICATE_CORRELATION=0.82
+GSM706062	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=33,614,560; NUMBER_OF_H2BK15ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.0042; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.0585; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.8511; IROC_PERCENTILE=100; POISSON_SCORE=0.1668; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.88
+GSM772989	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=30,662,087; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.0212; FINDPEAKS_PERCENTILE=30; HOTSPOT_SCORE=0.0853; HOTSPOT_PERCENTILE=30; IROC_SCORE=0.8335; IROC_PERCENTILE=40; POISSON_SCORE=0.2415; POISSON_PERCENTILE=40; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817195	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,521,027; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.455; FINDPEAKS_PERCENTILE=71; HOTSPOT_SCORE=0.4944; HOTSPOT_PERCENTILE=87; IROC_SCORE=0.9963; IROC_PERCENTILE=89; POISSON_SCORE=0.5389; POISSON_PERCENTILE=83; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM817174	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=42,846,401; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3646; FINDPEAKS_PERCENTILE=46; HOTSPOT_SCORE=0.3447; HOTSPOT_PERCENTILE=43; IROC_SCORE=0.9912; IROC_PERCENTILE=29; POISSON_SCORE=0.4423; POISSON_PERCENTILE=49; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM818056	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,880,551; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.047; FINDPEAKS_PERCENTILE=46; HOTSPOT_SCORE=0.0702; HOTSPOT_PERCENTILE=8; IROC_SCORE=0.8037; IROC_PERCENTILE=46; POISSON_SCORE=0.1458; POISSON_PERCENTILE=8; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM817183	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,401,261; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4509; FINDPEAKS_PERCENTILE=70; HOTSPOT_SCORE=0.4384; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.9937; IROC_PERCENTILE=59; POISSON_SCORE=0.5373; POISSON_PERCENTILE=79; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM817210	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=28,788,816; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.476; FINDPEAKS_PERCENTILE=87; HOTSPOT_SCORE=0.4643; HOTSPOT_PERCENTILE=83; IROC_SCORE=0.9954; IROC_PERCENTILE=81; POISSON_SCORE=0.5349; POISSON_PERCENTILE=78; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM818041	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=102,723,280; NUMBER_OF_H3K4me2_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.2188; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.2653; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9963; IROC_PERCENTILE=100; POISSON_SCORE=0.3239; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM818042	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=105,922,599; NUMBER_OF_H3K4me2_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.097; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.1561; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.8668; IROC_PERCENTILE=50; POISSON_SCORE=0.2765; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM817167	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=19,166,947; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2842; FINDPEAKS_PERCENTILE=16; HOTSPOT_SCORE=0.2842; HOTSPOT_PERCENTILE=14; IROC_SCORE=0.994; IROC_PERCENTILE=65; POISSON_SCORE=0.2862; POISSON_PERCENTILE=3; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM817186	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=39,509,151; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4719; FINDPEAKS_PERCENTILE=83; HOTSPOT_SCORE=0.4544; HOTSPOT_PERCENTILE=76; IROC_SCORE=0.9942; IROC_PERCENTILE=68; POISSON_SCORE=0.5452; POISSON_PERCENTILE=89; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM818049	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=108,700,066; NUMBER_OF_H3K9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=9; FINDPEAKS_SCORE=0.0217; FINDPEAKS_PERCENTILE=11; HOTSPOT_SCORE=0.0428; HOTSPOT_PERCENTILE=11; IROC_SCORE=0.8891; IROC_PERCENTILE=22; POISSON_SCORE=0.2091; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM916042	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=20,200,754; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0159; FINDPEAKS_PERCENTILE=8; HOTSPOT_SCORE=0.1207; HOTSPOT_PERCENTILE=23; IROC_SCORE=0.7492; IROC_PERCENTILE=8; POISSON_SCORE=0.2245; POISSON_PERCENTILE=15; MAXIMUM_REPLICATE_CORRELATION=0.87
+GSM818048	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=96,504,081; NUMBER_OF_H3K9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=9; FINDPEAKS_SCORE=0.039; FINDPEAKS_PERCENTILE=22; HOTSPOT_SCORE=0.0557; HOTSPOT_PERCENTILE=22; IROC_SCORE=0.9664; IROC_PERCENTILE=44; POISSON_SCORE=0.1799; POISSON_PERCENTILE=22; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM818052	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=30,954,772; NUMBER_OF_H3K9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=9; FINDPEAKS_SCORE=0.1958; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.4971; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9871; IROC_PERCENTILE=56; POISSON_SCORE=0.4961; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817232	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=91,492,727; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.3647; FINDPEAKS_PERCENTILE=93; HOTSPOT_SCORE=0.3892; HOTSPOT_PERCENTILE=86; IROC_SCORE=0.9908; IROC_PERCENTILE=86; POISSON_SCORE=0.5319; POISSON_PERCENTILE=86; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM916019	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=18,974,670; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.3348; FINDPEAKS_PERCENTILE=73; HOTSPOT_SCORE=0.3756; HOTSPOT_PERCENTILE=73; IROC_SCORE=0.9972; IROC_PERCENTILE=27; POISSON_SCORE=0.4149; POISSON_PERCENTILE=73; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817181	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,582,244; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3079; FINDPEAKS_PERCENTILE=25; HOTSPOT_SCORE=0.3121; HOTSPOT_PERCENTILE=29; IROC_SCORE=0.9899; IROC_PERCENTILE=21; POISSON_SCORE=0.4154; POISSON_PERCENTILE=37; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817218	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=28,724,341; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3965; FINDPEAKS_PERCENTILE=57; HOTSPOT_SCORE=0.3907; HOTSPOT_PERCENTILE=57; IROC_SCORE=0.9932; IROC_PERCENTILE=49; POISSON_SCORE=0.4655; POISSON_PERCENTILE=57; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM818022	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=36,058,295; NUMBER_OF_H3K18ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.1681; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.2099; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.9463; IROC_PERCENTILE=67; POISSON_SCORE=0.4025; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.83
+GSM817206	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=31,826,985; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3873; FINDPEAKS_PERCENTILE=54; HOTSPOT_SCORE=0.3711; HOTSPOT_PERCENTILE=51; IROC_SCORE=0.9929; IROC_PERCENTILE=44; POISSON_SCORE=0.4497; POISSON_PERCENTILE=54; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM916015	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=7,591,058; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0962; FINDPEAKS_PERCENTILE=54; HOTSPOT_SCORE=0.2274; HOTSPOT_PERCENTILE=85; IROC_SCORE=0.8711; IROC_PERCENTILE=46; POISSON_SCORE=0.3739; POISSON_PERCENTILE=62; MAXIMUM_REPLICATE_CORRELATION=0.92
+GSM817165	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=29,587,833; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2862; FINDPEAKS_PERCENTILE=21; HOTSPOT_SCORE=0.2905; HOTSPOT_PERCENTILE=16; IROC_SCORE=0.9955; IROC_PERCENTILE=83; POISSON_SCORE=0.3387; POISSON_PERCENTILE=6; MAXIMUM_REPLICATE_CORRELATION=0.9
+GSM916041	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=27,746,339; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.1242; FINDPEAKS_PERCENTILE=62; HOTSPOT_SCORE=0.2081; HOTSPOT_PERCENTILE=69; IROC_SCORE=0.9358; IROC_PERCENTILE=69; POISSON_SCORE=0.3703; POISSON_PERCENTILE=54; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM817225	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=5,824,875; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.4106; FINDPEAKS_PERCENTILE=82; HOTSPOT_SCORE=0.4195; HOTSPOT_PERCENTILE=82; IROC_SCORE=0.9571; IROC_PERCENTILE=9; POISSON_SCORE=0.5933; POISSON_PERCENTILE=91; MAXIMUM_REPLICATE_CORRELATION=0.24
+GSM916028	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=12,536,709; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0677; FINDPEAKS_PERCENTILE=46; HOTSPOT_SCORE=0.1946; HOTSPOT_PERCENTILE=46; IROC_SCORE=0.8288; IROC_PERCENTILE=31; POISSON_SCORE=0.2865; POISSON_PERCENTILE=31; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818013	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=36,310,364; NUMBER_OF_H2AK9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.1867; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.3928; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9713; IROC_PERCENTILE=100; POISSON_SCORE=0.4589; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.66
+GSM807391	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=51,808,653; NUMBER_OF_H2A.Z_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0318; FINDPEAKS_PERCENTILE=17; HOTSPOT_SCORE=0.114; HOTSPOT_PERCENTILE=17; IROC_SCORE=0.8787; IROC_PERCENTILE=50; POISSON_SCORE=0.2153; POISSON_PERCENTILE=17; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818012	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=56,047,128; NUMBER_OF_H2AK9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.08; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.1749; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.8828; IROC_PERCENTILE=50; POISSON_SCORE=0.3549; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.66
+GSM818037	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=37,237,960; NUMBER_OF_H3K4ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.1866; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.235; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.9531; IROC_PERCENTILE=67; POISSON_SCORE=0.4024; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM916046	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=21,243,914; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.1047; FINDPEAKS_PERCENTILE=43; HOTSPOT_SCORE=0.2145; HOTSPOT_PERCENTILE=36; IROC_SCORE=0.9106; IROC_PERCENTILE=43; POISSON_SCORE=0.3405; POISSON_PERCENTILE=29; MAXIMUM_REPLICATE_CORRELATION=0.89
+GSM818030	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=32,709,398; NUMBER_OF_H3K23ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0253; FINDPEAKS_PERCENTILE=83; HOTSPOT_SCORE=0.1094; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.8096; IROC_PERCENTILE=50; POISSON_SCORE=0.3742; POISSON_PERCENTILE=83; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818023	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=19,881,715; NUMBER_OF_H3K18ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.3524; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.4153; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9834; IROC_PERCENTILE=100; POISSON_SCORE=0.5671; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.83
+GSM817192	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=32,467,482; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4073; FINDPEAKS_PERCENTILE=60; HOTSPOT_SCORE=0.398; HOTSPOT_PERCENTILE=59; IROC_SCORE=0.9922; IROC_PERCENTILE=37; POISSON_SCORE=0.4744; POISSON_PERCENTILE=59; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM817176	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=39,424,828; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2456; FINDPEAKS_PERCENTILE=6; HOTSPOT_SCORE=0.25; HOTSPOT_PERCENTILE=6; IROC_SCORE=0.9873; IROC_PERCENTILE=8; POISSON_SCORE=0.3514; POISSON_PERCENTILE=11; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM773015	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,362,604; NUMBER_OF_H3K27ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.1184; FINDPEAKS_PERCENTILE=40; HOTSPOT_SCORE=0.1967; HOTSPOT_PERCENTILE=40; IROC_SCORE=0.9367; IROC_PERCENTILE=20; POISSON_SCORE=0.3642; POISSON_PERCENTILE=40; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818025	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=28,515,068; NUMBER_OF_H3K23ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0077; FINDPEAKS_PERCENTILE=17; HOTSPOT_SCORE=0.0609; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.4652; IROC_PERCENTILE=17; POISSON_SCORE=0.2237; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817226	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=17,498,823; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.1596; FINDPEAKS_PERCENTILE=90; HOTSPOT_SCORE=0.2494; HOTSPOT_PERCENTILE=90; IROC_SCORE=0.9676; IROC_PERCENTILE=100; POISSON_SCORE=0.3515; POISSON_PERCENTILE=70; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM818017	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=48,290,850; NUMBER_OF_H2BK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.3038; FINDPEAKS_PERCENTILE=71; HOTSPOT_SCORE=0.3651; HOTSPOT_PERCENTILE=71; IROC_SCORE=0.9505; IROC_PERCENTILE=71; POISSON_SCORE=0.3953; POISSON_PERCENTILE=71; MAXIMUM_REPLICATE_CORRELATION=0.1
+GSM818055	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=83,400,393; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0625; FINDPEAKS_PERCENTILE=54; HOTSPOT_SCORE=0.0744; HOTSPOT_PERCENTILE=15; IROC_SCORE=0.8574; IROC_PERCENTILE=62; POISSON_SCORE=0.1501; POISSON_PERCENTILE=15; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM817168	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,799,769; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4634; FINDPEAKS_PERCENTILE=75; HOTSPOT_SCORE=0.455; HOTSPOT_PERCENTILE=78; IROC_SCORE=0.9938; IROC_PERCENTILE=60; POISSON_SCORE=0.5127; POISSON_PERCENTILE=68; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817217	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,914,094; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.5089; FINDPEAKS_PERCENTILE=90; HOTSPOT_SCORE=0.4911; HOTSPOT_PERCENTILE=86; IROC_SCORE=0.9959; IROC_PERCENTILE=87; POISSON_SCORE=0.5542; POISSON_PERCENTILE=90; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM817162	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,367,475; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3307; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.3256; HOTSPOT_PERCENTILE=35; IROC_SCORE=0.9954; IROC_PERCENTILE=81; POISSON_SCORE=0.3898; POISSON_PERCENTILE=21; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM818033	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=31,270,318; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.0467; FINDPEAKS_PERCENTILE=70; HOTSPOT_SCORE=0.0716; HOTSPOT_PERCENTILE=10; IROC_SCORE=0.9573; IROC_PERCENTILE=80; POISSON_SCORE=0.1414; POISSON_PERCENTILE=10; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817163	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=24,933,096; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4364; FINDPEAKS_PERCENTILE=63; HOTSPOT_SCORE=0.4323; HOTSPOT_PERCENTILE=63; IROC_SCORE=0.9944; IROC_PERCENTILE=70; POISSON_SCORE=0.4964; POISSON_PERCENTILE=65; MAXIMUM_REPLICATE_CORRELATION=0.89
+GSM916016	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=24,999,789; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.0375; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.1205; HOTSPOT_PERCENTILE=60; IROC_SCORE=0.8361; IROC_PERCENTILE=50; POISSON_SCORE=0.2699; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM817213	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=29,214,405; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4702; FINDPEAKS_PERCENTILE=81; HOTSPOT_SCORE=0.4634; HOTSPOT_PERCENTILE=81; IROC_SCORE=0.994; IROC_PERCENTILE=65; POISSON_SCORE=0.5167; POISSON_PERCENTILE=70; MAXIMUM_REPLICATE_CORRELATION=0.89
+GSM817208	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=31,338,934; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3362; FINDPEAKS_PERCENTILE=37; HOTSPOT_SCORE=0.3274; HOTSPOT_PERCENTILE=37; IROC_SCORE=0.9918; IROC_PERCENTILE=33; POISSON_SCORE=0.3936; POISSON_PERCENTILE=24; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM916014	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=19,656,673; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.4578; FINDPEAKS_PERCENTILE=91; HOTSPOT_SCORE=0.4778; HOTSPOT_PERCENTILE=91; IROC_SCORE=0.9943; IROC_PERCENTILE=18; POISSON_SCORE=0.5339; POISSON_PERCENTILE=82; MAXIMUM_REPLICATE_CORRELATION=0.9
+GSM773011	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,537,642; NUMBER_OF_H3K27ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.2019; FINDPEAKS_PERCENTILE=60; HOTSPOT_SCORE=0.2524; HOTSPOT_PERCENTILE=60; IROC_SCORE=0.9815; IROC_PERCENTILE=40; POISSON_SCORE=0.4; POISSON_PERCENTILE=60; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818053	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=26,722,940; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.1012; FINDPEAKS_PERCENTILE=85; HOTSPOT_SCORE=0.1684; HOTSPOT_PERCENTILE=69; IROC_SCORE=0.8466; IROC_PERCENTILE=54; POISSON_SCORE=0.3653; POISSON_PERCENTILE=69; MAXIMUM_REPLICATE_CORRELATION=0.92
+GSM818054	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=25,841,511; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0904; FINDPEAKS_PERCENTILE=62; HOTSPOT_SCORE=0.1842; HOTSPOT_PERCENTILE=85; IROC_SCORE=0.8899; IROC_PERCENTILE=77; POISSON_SCORE=0.3954; POISSON_PERCENTILE=85; MAXIMUM_REPLICATE_CORRELATION=0.92
+GSM916030	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=25,828,649; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0053; FINDPEAKS_PERCENTILE=40; HOTSPOT_SCORE=0.0113; HOTSPOT_PERCENTILE=60; IROC_SCORE=0.0; IROC_PERCENTILE=7; POISSON_SCORE=0.0418; POISSON_PERCENTILE=60; MAXIMUM_REPLICATE_CORRELATION=0.91
+GSM817173	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=31,429,350; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.32; FINDPEAKS_PERCENTILE=30; HOTSPOT_SCORE=0.3204; HOTSPOT_PERCENTILE=32; IROC_SCORE=0.9898; IROC_PERCENTILE=19; POISSON_SCORE=0.3935; POISSON_PERCENTILE=22; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM773007	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=36,720,929; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.1868; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.2695; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.9606; IROC_PERCENTILE=50; POISSON_SCORE=0.4417; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM817161	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=29,393,256; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.443; FINDPEAKS_PERCENTILE=68; HOTSPOT_SCORE=0.4412; HOTSPOT_PERCENTILE=68; IROC_SCORE=0.9959; IROC_PERCENTILE=87; POISSON_SCORE=0.4821; POISSON_PERCENTILE=62; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM817164	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=31,602,771; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.5496; FINDPEAKS_PERCENTILE=95; HOTSPOT_SCORE=0.5383; HOTSPOT_PERCENTILE=94; IROC_SCORE=0.9949; IROC_PERCENTILE=78; POISSON_SCORE=0.6002; POISSON_PERCENTILE=95; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM817202	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=28,371,473; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3548; FINDPEAKS_PERCENTILE=43; HOTSPOT_SCORE=0.3477; HOTSPOT_PERCENTILE=44; IROC_SCORE=0.9917; IROC_PERCENTILE=32; POISSON_SCORE=0.4292; POISSON_PERCENTILE=43; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM818020	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=39,600,374; NUMBER_OF_H3K14ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.1855; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.2704; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9409; IROC_PERCENTILE=100; POISSON_SCORE=0.46; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817160	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=24,581,088; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3507; FINDPEAKS_PERCENTILE=41; HOTSPOT_SCORE=0.3773; HOTSPOT_PERCENTILE=54; IROC_SCORE=0.9957; IROC_PERCENTILE=84; POISSON_SCORE=0.4183; POISSON_PERCENTILE=38; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818028	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=32,812,318; NUMBER_OF_H3K23ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0156; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.1324; HOTSPOT_PERCENTILE=83; IROC_SCORE=0.7632; IROC_PERCENTILE=33; POISSON_SCORE=0.2755; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.7
+GSM818059	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=45,004,747; NUMBER_OF_H4K8ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.2523; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.4164; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.981; IROC_PERCENTILE=100; POISSON_SCORE=0.4766; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM818036	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,784,780; NUMBER_OF_H3K4ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.1241; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.3316; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9614; IROC_PERCENTILE=100; POISSON_SCORE=0.3714; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM817233	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=52,056,144; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.17; FINDPEAKS_PERCENTILE=92; HOTSPOT_SCORE=0.1972; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9332; IROC_PERCENTILE=100; POISSON_SCORE=0.4326; POISSON_PERCENTILE=92; MAXIMUM_REPLICATE_CORRELATION=0.81
+GSM817201	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=21,258,233; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2763; FINDPEAKS_PERCENTILE=13; HOTSPOT_SCORE=0.2828; HOTSPOT_PERCENTILE=13; IROC_SCORE=0.9893; IROC_PERCENTILE=17; POISSON_SCORE=0.3617; POISSON_PERCENTILE=16; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817184	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=36,006,708; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3043; FINDPEAKS_PERCENTILE=24; HOTSPOT_SCORE=0.3031; HOTSPOT_PERCENTILE=22; IROC_SCORE=0.991; IROC_PERCENTILE=25; POISSON_SCORE=0.4143; POISSON_PERCENTILE=35; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM807393	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=86,998,745; NUMBER_OF_H2AK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.0068; FINDPEAKS_PERCENTILE=25; HOTSPOT_SCORE=0.0501; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.5765; IROC_PERCENTILE=50; POISSON_SCORE=0.2496; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM916036	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=26,076,712; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.3341; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.3415; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9834; IROC_PERCENTILE=100; POISSON_SCORE=0.5453; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.91
+GSM807399	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=80,158,210; NUMBER_OF_H3K79me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.0698; FINDPEAKS_PERCENTILE=60; HOTSPOT_SCORE=0.1231; HOTSPOT_PERCENTILE=40; IROC_SCORE=0.937; IROC_PERCENTILE=40; POISSON_SCORE=0.4081; POISSON_PERCENTILE=60; MAXIMUM_REPLICATE_CORRELATION=0.88
+GSM817205	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=31,231,851; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3375; FINDPEAKS_PERCENTILE=38; HOTSPOT_SCORE=0.3285; HOTSPOT_PERCENTILE=38; IROC_SCORE=0.9904; IROC_PERCENTILE=24; POISSON_SCORE=0.4037; POISSON_PERCENTILE=29; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM818047	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=76,158,885; NUMBER_OF_H3K9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=9; FINDPEAKS_SCORE=0.2643; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.275; HOTSPOT_PERCENTILE=56; IROC_SCORE=0.9981; IROC_PERCENTILE=100; POISSON_SCORE=0.3553; POISSON_PERCENTILE=78; MAXIMUM_REPLICATE_CORRELATION=0.82
+GSM817198	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=25,261,865; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2847; FINDPEAKS_PERCENTILE=19; HOTSPOT_SCORE=0.3046; HOTSPOT_PERCENTILE=24; IROC_SCORE=0.9885; IROC_PERCENTILE=14; POISSON_SCORE=0.3994; POISSON_PERCENTILE=27; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM817237	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=58,986,998; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.1521; FINDPEAKS_PERCENTILE=80; HOTSPOT_SCORE=0.1915; HOTSPOT_PERCENTILE=80; IROC_SCORE=0.9542; IROC_PERCENTILE=70; POISSON_SCORE=0.4677; POISSON_PERCENTILE=90; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM817240	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=78,276,129; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.0429; FINDPEAKS_PERCENTILE=60; HOTSPOT_SCORE=0.1094; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.8882; IROC_PERCENTILE=60; POISSON_SCORE=0.3769; POISSON_PERCENTILE=80; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM817178	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=38,955,084; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2993; FINDPEAKS_PERCENTILE=22; HOTSPOT_SCORE=0.2945; HOTSPOT_PERCENTILE=21; IROC_SCORE=0.9916; IROC_PERCENTILE=30; POISSON_SCORE=0.3965; POISSON_PERCENTILE=25; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM817187	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=41,285,837; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2197; FINDPEAKS_PERCENTILE=3; HOTSPOT_SCORE=0.2214; HOTSPOT_PERCENTILE=3; IROC_SCORE=0.9937; IROC_PERCENTILE=59; POISSON_SCORE=0.289; POISSON_PERCENTILE=5; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM916027	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=14,530,545; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.1445; FINDPEAKS_PERCENTILE=18; HOTSPOT_SCORE=0.2082; HOTSPOT_PERCENTILE=18; IROC_SCORE=0.9993; IROC_PERCENTILE=55; POISSON_SCORE=0.2243; POISSON_PERCENTILE=18; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817248	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=41,754,248; NUMBER_OF_MEDIP-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.1719; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.3269; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9249; IROC_PERCENTILE=100; POISSON_SCORE=0.444; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817236	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=37,028,950; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0992; FINDPEAKS_PERCENTILE=77; HOTSPOT_SCORE=0.1942; HOTSPOT_PERCENTILE=92; IROC_SCORE=0.8922; IROC_PERCENTILE=92; POISSON_SCORE=0.4669; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM817171	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=29,737,812; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.355; FINDPEAKS_PERCENTILE=44; HOTSPOT_SCORE=0.3438; HOTSPOT_PERCENTILE=41; IROC_SCORE=0.9919; IROC_PERCENTILE=35; POISSON_SCORE=0.4299; POISSON_PERCENTILE=44; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM817239	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=53,308,458; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0162; FINDPEAKS_PERCENTILE=8; HOTSPOT_SCORE=0.0948; HOTSPOT_PERCENTILE=31; IROC_SCORE=0.7756; IROC_PERCENTILE=38; POISSON_SCORE=0.3925; POISSON_PERCENTILE=77; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM818051	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=88,246,833; NUMBER_OF_H3K9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=9; FINDPEAKS_SCORE=0.0984; FINDPEAKS_PERCENTILE=56; HOTSPOT_SCORE=0.4151; HOTSPOT_PERCENTILE=89; IROC_SCORE=0.9062; IROC_PERCENTILE=33; POISSON_SCORE=0.3473; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM818050	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=98,899,340; NUMBER_OF_H3K9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=9; FINDPEAKS_SCORE=0.0872; FINDPEAKS_PERCENTILE=44; HOTSPOT_SCORE=0.1765; HOTSPOT_PERCENTILE=44; IROC_SCORE=0.8284; IROC_PERCENTILE=11; POISSON_SCORE=0.324; POISSON_PERCENTILE=44; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM916020	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=14,426,278; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.1892; FINDPEAKS_PERCENTILE=85; HOTSPOT_SCORE=0.2683; HOTSPOT_PERCENTILE=92; IROC_SCORE=0.9352; IROC_PERCENTILE=62; POISSON_SCORE=0.4083; POISSON_PERCENTILE=69; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM916044	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=20,409,085; NUMBER_OF_H3K9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=9; FINDPEAKS_SCORE=0.2221; FINDPEAKS_PERCENTILE=78; HOTSPOT_SCORE=0.2801; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.9968; IROC_PERCENTILE=89; POISSON_SCORE=0.3413; POISSON_PERCENTILE=56; MAXIMUM_REPLICATE_CORRELATION=0.91
+GSM817191	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=25,532,758; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4409; FINDPEAKS_PERCENTILE=65; HOTSPOT_SCORE=0.4349; HOTSPOT_PERCENTILE=65; IROC_SCORE=0.9949; IROC_PERCENTILE=78; POISSON_SCORE=0.4981; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817230	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=80,732,149; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.4722; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.4762; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9968; IROC_PERCENTILE=100; POISSON_SCORE=0.6006; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM916035	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=21,545,793; NUMBER_OF_H3K27ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.4643; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.4902; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.996; IROC_PERCENTILE=80; POISSON_SCORE=0.5564; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.89
+GSM916048	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=16,942,668; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0252; FINDPEAKS_PERCENTILE=31; HOTSPOT_SCORE=0.1162; HOTSPOT_PERCENTILE=54; IROC_SCORE=0.5218; IROC_PERCENTILE=15; POISSON_SCORE=0.2009; POISSON_PERCENTILE=31; MAXIMUM_REPLICATE_CORRELATION=0.91
+GSM916038	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=20,890,654; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.0293; FINDPEAKS_PERCENTILE=40; HOTSPOT_SCORE=0.1244; HOTSPOT_PERCENTILE=70; IROC_SCORE=0.7485; IROC_PERCENTILE=30; POISSON_SCORE=0.2776; POISSON_PERCENTILE=60; MAXIMUM_REPLICATE_CORRELATION=0.85
+GSM817203	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=23,113,025; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3662; FINDPEAKS_PERCENTILE=48; HOTSPOT_SCORE=0.3653; HOTSPOT_PERCENTILE=49; IROC_SCORE=0.993; IROC_PERCENTILE=46; POISSON_SCORE=0.44; POISSON_PERCENTILE=46; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM817170	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=39,717,304; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.7582; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.7811; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9991; IROC_PERCENTILE=100; POISSON_SCORE=0.7699; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM817211	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,013,742; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4785; FINDPEAKS_PERCENTILE=89; HOTSPOT_SCORE=0.4644; HOTSPOT_PERCENTILE=84; IROC_SCORE=0.9945; IROC_PERCENTILE=71; POISSON_SCORE=0.538; POISSON_PERCENTILE=81; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM773012	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=28,093,699; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.2428; FINDPEAKS_PERCENTILE=45; HOTSPOT_SCORE=0.2731; HOTSPOT_PERCENTILE=45; IROC_SCORE=0.9999; IROC_PERCENTILE=91; POISSON_SCORE=0.3072; POISSON_PERCENTILE=45; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM817169	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=32,169,657; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.6688; FINDPEAKS_PERCENTILE=98; HOTSPOT_SCORE=0.7011; HOTSPOT_PERCENTILE=98; IROC_SCORE=0.999; IROC_PERCENTILE=98; POISSON_SCORE=0.6977; POISSON_PERCENTILE=98; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM818062	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=41,205,506; NUMBER_OF_H4K91ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.0359; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.3067; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9416; IROC_PERCENTILE=100; POISSON_SCORE=0.4045; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818021	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,988,415; NUMBER_OF_H3K14ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.0181; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.0922; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.7854; IROC_PERCENTILE=50; POISSON_SCORE=0.3765; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM773014	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=33,447,073; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.0529; FINDPEAKS_PERCENTILE=21; HOTSPOT_SCORE=0.1751; HOTSPOT_PERCENTILE=21; IROC_SCORE=0.8682; IROC_PERCENTILE=29; POISSON_SCORE=0.3531; POISSON_PERCENTILE=36; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM817166	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=31,254,527; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3096; FINDPEAKS_PERCENTILE=27; HOTSPOT_SCORE=0.3171; HOTSPOT_PERCENTILE=30; IROC_SCORE=0.9802; IROC_PERCENTILE=3; POISSON_SCORE=0.3748; POISSON_PERCENTILE=19; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM818046	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=37,206,996; NUMBER_OF_H3K79me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.064; FINDPEAKS_PERCENTILE=40; HOTSPOT_SCORE=0.3139; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9397; IROC_PERCENTILE=60; POISSON_SCORE=0.3837; POISSON_PERCENTILE=40; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817207	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=27,981,297; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3343; FINDPEAKS_PERCENTILE=35; HOTSPOT_SCORE=0.3226; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.9932; IROC_PERCENTILE=49; POISSON_SCORE=0.4069; POISSON_PERCENTILE=30; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817252	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=2,199,206; PERCENT_READS_MAPPING_TO_miRBase_v16_miRNA=50.12; PERCENT_READS_MAPPING_TO_miRBase_v16_miRNA_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM773009	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=33,123,753; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0532; FINDPEAKS_PERCENTILE=38; HOTSPOT_SCORE=0.1594; HOTSPOT_PERCENTILE=31; IROC_SCORE=0.8986; IROC_PERCENTILE=54; POISSON_SCORE=0.3107; POISSON_PERCENTILE=46; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM772991	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,742,098; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.006; FINDPEAKS_PERCENTILE=53; HOTSPOT_SCORE=0.0048; HOTSPOT_PERCENTILE=40; IROC_SCORE=1.0; IROC_PERCENTILE=100; POISSON_SCORE=0.0327; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM817188	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,862,633; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2394; FINDPEAKS_PERCENTILE=5; HOTSPOT_SCORE=0.2489; HOTSPOT_PERCENTILE=5; IROC_SCORE=0.9926; IROC_PERCENTILE=41; POISSON_SCORE=0.3406; POISSON_PERCENTILE=10; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM916031	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=12,253,130; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0474; FINDPEAKS_PERCENTILE=23; HOTSPOT_SCORE=0.197; HOTSPOT_PERCENTILE=54; IROC_SCORE=0.7837; IROC_PERCENTILE=23; POISSON_SCORE=0.2969; POISSON_PERCENTILE=38; MAXIMUM_REPLICATE_CORRELATION=0.9
+GSM818060	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=29,453,485; NUMBER_OF_H4K8ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.0463; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.3279; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.9412; IROC_PERCENTILE=33; POISSON_SCORE=0.428; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM916017	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=24,966,597; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.2963; FINDPEAKS_PERCENTILE=71; HOTSPOT_SCORE=0.3654; HOTSPOT_PERCENTILE=79; IROC_SCORE=0.9763; IROC_PERCENTILE=71; POISSON_SCORE=0.513; POISSON_PERCENTILE=71; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM817243	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=9,551,310; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0045; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.1109; HOTSPOT_PERCENTILE=87; IROC_SCORE=0.5067; IROC_PERCENTILE=13; POISSON_SCORE=0.165; POISSON_PERCENTILE=80; MAXIMUM_REPLICATE_CORRELATION=0.83
+GSM706063	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=14,904,074; NUMBER_OF_H2BK15ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.0107; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.1406; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.6418; IROC_PERCENTILE=50; POISSON_SCORE=0.2666; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.88
+GSM916022	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=19,806,380; NUMBER_OF_H2A.Z_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.1249; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.2016; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.9797; IROC_PERCENTILE=67; POISSON_SCORE=0.3033; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM832838	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=32,816,239; NUMBER_OF_H2BK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.6405; FINDPEAKS_PERCENTILE=86; HOTSPOT_SCORE=0.6216; HOTSPOT_PERCENTILE=86; IROC_SCORE=0.9991; IROC_PERCENTILE=100; POISSON_SCORE=0.7149; POISSON_PERCENTILE=86; MAXIMUM_REPLICATE_CORRELATION=0.89
+GSM818009	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=19,003,001; NUMBER_OF_H2A.Z_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.1059; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.261; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.8649; IROC_PERCENTILE=17; POISSON_SCORE=0.3877; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817231	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=29,305,271; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0965; FINDPEAKS_PERCENTILE=69; HOTSPOT_SCORE=0.1463; HOTSPOT_PERCENTILE=62; IROC_SCORE=0.8831; IROC_PERCENTILE=69; POISSON_SCORE=0.3486; POISSON_PERCENTILE=62; MAXIMUM_REPLICATE_CORRELATION=0.83
+GSM817245	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=41,851,331; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0012; FINDPEAKS_PERCENTILE=20; HOTSPOT_SCORE=0.0009; HOTSPOT_PERCENTILE=27; IROC_SCORE=1.0; IROC_PERCENTILE=100; POISSON_SCORE=0.0085; POISSON_PERCENTILE=20; MAXIMUM_REPLICATE_CORRELATION=0.78
+GSM818035	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,117,712; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0488; FINDPEAKS_PERCENTILE=31; HOTSPOT_SCORE=0.1125; HOTSPOT_PERCENTILE=15; IROC_SCORE=0.8661; IROC_PERCENTILE=38; POISSON_SCORE=0.254; POISSON_PERCENTILE=23; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817216	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,817,248; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4659; FINDPEAKS_PERCENTILE=76; HOTSPOT_SCORE=0.4494; HOTSPOT_PERCENTILE=73; IROC_SCORE=0.9941; IROC_PERCENTILE=67; POISSON_SCORE=0.5179; POISSON_PERCENTILE=71; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM818015	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=40,609,469; NUMBER_OF_H2BK12ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.2888; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.3768; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.978; IROC_PERCENTILE=100; POISSON_SCORE=0.5401; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.88
+GSM817250	NULL
+GSM817214	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=28,052,040; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4724; FINDPEAKS_PERCENTILE=84; HOTSPOT_SCORE=0.4624; HOTSPOT_PERCENTILE=79; IROC_SCORE=0.9949; IROC_PERCENTILE=78; POISSON_SCORE=0.528; POISSON_PERCENTILE=76; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM817235	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=45,059,783; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.5651; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.5688; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9978; IROC_PERCENTILE=36; POISSON_SCORE=0.6044; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818058	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=48,790,108; NUMBER_OF_H4K8ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.1987; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.3052; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.9573; IROC_PERCENTILE=67; POISSON_SCORE=0.4831; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM817228	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=20,569,273; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.0888; FINDPEAKS_PERCENTILE=36; HOTSPOT_SCORE=0.2169; HOTSPOT_PERCENTILE=43; IROC_SCORE=0.9081; IROC_PERCENTILE=36; POISSON_SCORE=0.365; POISSON_PERCENTILE=43; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM916043	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=25,564,809; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.0048; FINDPEAKS_PERCENTILE=10; HOTSPOT_SCORE=0.0757; HOTSPOT_PERCENTILE=20; IROC_SCORE=0.543; IROC_PERCENTILE=10; POISSON_SCORE=0.1963; POISSON_PERCENTILE=20; MAXIMUM_REPLICATE_CORRELATION=0.86
+GSM817229	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=22,957,162; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.0079; FINDPEAKS_PERCENTILE=20; HOTSPOT_SCORE=0.089; HOTSPOT_PERCENTILE=40; IROC_SCORE=0.6779; IROC_PERCENTILE=20; POISSON_SCORE=0.2195; POISSON_PERCENTILE=30; MAXIMUM_REPLICATE_CORRELATION=0.76
+GSM817177	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=31,273,429; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2728; FINDPEAKS_PERCENTILE=11; HOTSPOT_SCORE=0.277; HOTSPOT_PERCENTILE=11; IROC_SCORE=0.9871; IROC_PERCENTILE=6; POISSON_SCORE=0.3688; POISSON_PERCENTILE=17; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM832839	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=15,810,337; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0134; FINDPEAKS_PERCENTILE=80; HOTSPOT_SCORE=0.14; HOTSPOT_PERCENTILE=93; IROC_SCORE=0.654; IROC_PERCENTILE=27; POISSON_SCORE=0.2578; POISSON_PERCENTILE=93; MAXIMUM_REPLICATE_CORRELATION=0.82
+GSM818045	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=107,951,488; NUMBER_OF_H3K79me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.2471; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.2355; HOTSPOT_PERCENTILE=80; IROC_SCORE=0.9637; IROC_PERCENTILE=80; POISSON_SCORE=0.5129; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM818044	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=112,453,902; NUMBER_OF_H3K79me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.1058; FINDPEAKS_PERCENTILE=80; HOTSPOT_SCORE=0.1674; HOTSPOT_PERCENTILE=60; IROC_SCORE=0.9279; IROC_PERCENTILE=20; POISSON_SCORE=0.4392; POISSON_PERCENTILE=80; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM817175	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=39,583,110; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4599; FINDPEAKS_PERCENTILE=73; HOTSPOT_SCORE=0.4468; HOTSPOT_PERCENTILE=70; IROC_SCORE=0.9937; IROC_PERCENTILE=59; POISSON_SCORE=0.518; POISSON_PERCENTILE=73; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817242	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=25,266,774; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0875; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.2823; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9121; IROC_PERCENTILE=33; POISSON_SCORE=0.5554; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817196	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=29,643,959; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4668; FINDPEAKS_PERCENTILE=79; HOTSPOT_SCORE=0.5003; HOTSPOT_PERCENTILE=89; IROC_SCORE=0.9972; IROC_PERCENTILE=94; POISSON_SCORE=0.5409; POISSON_PERCENTILE=87; MAXIMUM_REPLICATE_CORRELATION=0.0
+GSM916026	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=8,522,303; NUMBER_OF_H3K27ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.426; FINDPEAKS_PERCENTILE=80; HOTSPOT_SCORE=0.4737; HOTSPOT_PERCENTILE=80; IROC_SCORE=0.9994; IROC_PERCENTILE=100; POISSON_SCORE=0.465; POISSON_PERCENTILE=80; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817159	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=30,761,487; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.348; FINDPEAKS_PERCENTILE=40; HOTSPOT_SCORE=0.3436; HOTSPOT_PERCENTILE=40; IROC_SCORE=0.9892; IROC_PERCENTILE=16; POISSON_SCORE=0.4258; POISSON_PERCENTILE=41; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM817180	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=38,300,558; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2552; FINDPEAKS_PERCENTILE=10; HOTSPOT_SCORE=0.2627; HOTSPOT_PERCENTILE=10; IROC_SCORE=0.9882; IROC_PERCENTILE=13; POISSON_SCORE=0.3615; POISSON_PERCENTILE=14; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817194	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=31,933,090; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.525; FINDPEAKS_PERCENTILE=94; HOTSPOT_SCORE=0.5566; HOTSPOT_PERCENTILE=95; IROC_SCORE=0.9978; IROC_PERCENTILE=95; POISSON_SCORE=0.5961; POISSON_PERCENTILE=94; MAXIMUM_REPLICATE_CORRELATION=0.0
+GSM818008	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=21,116,832; NUMBER_OF_H2A.Z_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.398; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.481; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9959; IROC_PERCENTILE=83; POISSON_SCORE=0.4968; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.73
+GSM818007	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=30,848,213; NUMBER_OF_H2A.Z_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.089; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.2059; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.8758; IROC_PERCENTILE=33; POISSON_SCORE=0.3933; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.73
+GSM817249	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=68,648,894; NUMBER_OF_MEDIP-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.0805; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.249; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.886; IROC_PERCENTILE=50; POISSON_SCORE=0.4054; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817197	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=38,613,097; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4743; FINDPEAKS_PERCENTILE=86; HOTSPOT_SCORE=0.5138; HOTSPOT_PERCENTILE=92; IROC_SCORE=0.9966; IROC_PERCENTILE=92; POISSON_SCORE=0.5546; POISSON_PERCENTILE=92; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM916034	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=21,254,064; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0295; FINDPEAKS_PERCENTILE=38; HOTSPOT_SCORE=0.1109; HOTSPOT_PERCENTILE=46; IROC_SCORE=0.7162; IROC_PERCENTILE=31; POISSON_SCORE=0.2595; POISSON_PERCENTILE=46; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM807395	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=76,952,161; NUMBER_OF_H2BK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.0546; FINDPEAKS_PERCENTILE=43; HOTSPOT_SCORE=0.095; HOTSPOT_PERCENTILE=29; IROC_SCORE=0.8959; IROC_PERCENTILE=57; POISSON_SCORE=0.2373; POISSON_PERCENTILE=43; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM817200	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=29,277,338; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3724; FINDPEAKS_PERCENTILE=49; HOTSPOT_SCORE=0.362; HOTSPOT_PERCENTILE=46; IROC_SCORE=0.9924; IROC_PERCENTILE=40; POISSON_SCORE=0.4422; POISSON_PERCENTILE=48; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM916029	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=15,019,126; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.1624; FINDPEAKS_PERCENTILE=27; HOTSPOT_SCORE=0.2441; HOTSPOT_PERCENTILE=36; IROC_SCORE=0.9997; IROC_PERCENTILE=73; POISSON_SCORE=0.2653; POISSON_PERCENTILE=36; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM818026	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=109,360,280; NUMBER_OF_H3K23ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0164; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.0236; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.9309; IROC_PERCENTILE=67; POISSON_SCORE=0.15; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM818027	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=113,049,273; NUMBER_OF_H3K23ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0181; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.0181; HOTSPOT_PERCENTILE=17; IROC_SCORE=0.9789; IROC_PERCENTILE=100; POISSON_SCORE=0.1104; POISSON_PERCENTILE=17; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM916018	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=13,542,291; NUMBER_OF_H3K9ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=9; FINDPEAKS_SCORE=0.2469; FINDPEAKS_PERCENTILE=89; HOTSPOT_SCORE=0.3329; HOTSPOT_PERCENTILE=78; IROC_SCORE=0.99; IROC_PERCENTILE=67; POISSON_SCORE=0.3628; POISSON_PERCENTILE=89; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM807396	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=30,105,459; NUMBER_OF_H3K23me2_EXPERIMENTS_SCORED_IN_THIS_RELEASE=1; FINDPEAKS_SCORE=0.1238; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.236; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9101; IROC_PERCENTILE=100; POISSON_SCORE=0.3331; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.64
+GSM817189	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=41,428,248; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2842; FINDPEAKS_PERCENTILE=16; HOTSPOT_SCORE=0.2938; HOTSPOT_PERCENTILE=19; IROC_SCORE=0.9799; IROC_PERCENTILE=2; POISSON_SCORE=0.4248; POISSON_PERCENTILE=40; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818019	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=87,789,323; NUMBER_OF_H2BK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.0855; FINDPEAKS_PERCENTILE=57; HOTSPOT_SCORE=0.2777; HOTSPOT_PERCENTILE=57; IROC_SCORE=0.8727; IROC_PERCENTILE=43; POISSON_SCORE=0.2953; POISSON_PERCENTILE=57; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM818018	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=104,261,923; NUMBER_OF_H2BK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.037; FINDPEAKS_PERCENTILE=29; HOTSPOT_SCORE=0.1015; HOTSPOT_PERCENTILE=43; IROC_SCORE=0.7058; IROC_PERCENTILE=14; POISSON_SCORE=0.2235; POISSON_PERCENTILE=29; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM772851	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=24,268,476; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.3574; FINDPEAKS_PERCENTILE=86; HOTSPOT_SCORE=0.3632; HOTSPOT_PERCENTILE=71; IROC_SCORE=0.9963; IROC_PERCENTILE=93; POISSON_SCORE=0.4691; POISSON_PERCENTILE=57; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM807403	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=37,179,386; NUMBER_OF_H3T11ph_EXPERIMENTS_SCORED_IN_THIS_RELEASE=1; FINDPEAKS_SCORE=0.02; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.0632; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.7492; IROC_PERCENTILE=100; POISSON_SCORE=0.1507; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818043	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=37,698,637; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.2078; FINDPEAKS_PERCENTILE=36; HOTSPOT_SCORE=0.21; HOTSPOT_PERCENTILE=27; IROC_SCORE=1.0; IROC_PERCENTILE=100; POISSON_SCORE=0.2264; POISSON_PERCENTILE=27; MAXIMUM_REPLICATE_CORRELATION=0.55
+GSM807401	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=81,186,481; NUMBER_OF_H3K79me2_EXPERIMENTS_SCORED_IN_THIS_RELEASE=1; FINDPEAKS_SCORE=0.287; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.2598; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9952; IROC_PERCENTILE=100; POISSON_SCORE=0.4042; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818024	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,899,808; NUMBER_OF_H3K18ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.0653; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.136; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.8621; IROC_PERCENTILE=33; POISSON_SCORE=0.4045; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM807398	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=92,240,217; NUMBER_OF_H3K79me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.0155; FINDPEAKS_PERCENTILE=20; HOTSPOT_SCORE=0.027; HOTSPOT_PERCENTILE=20; IROC_SCORE=0.9669; IROC_PERCENTILE=100; POISSON_SCORE=0.1436; POISSON_PERCENTILE=20; MAXIMUM_REPLICATE_CORRELATION=0.88
+GSM817209	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=30,445,610; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4116; FINDPEAKS_PERCENTILE=62; HOTSPOT_SCORE=0.41; HOTSPOT_PERCENTILE=60; IROC_SCORE=0.9928; IROC_PERCENTILE=43; POISSON_SCORE=0.4764; POISSON_PERCENTILE=60; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM818014	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=37,556,434; NUMBER_OF_H2BK12ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.1495; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.3008; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.9543; IROC_PERCENTILE=67; POISSON_SCORE=0.4292; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.88
+GSM818057	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=24,778,009; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.1788; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.172; HOTSPOT_PERCENTILE=77; IROC_SCORE=0.8919; IROC_PERCENTILE=85; POISSON_SCORE=0.2698; POISSON_PERCENTILE=54; MAXIMUM_REPLICATE_CORRELATION=0.71
+GSM818063	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=38,921,154; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0248; FINDPEAKS_PERCENTILE=93; HOTSPOT_SCORE=0.0215; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.9865; IROC_PERCENTILE=47; POISSON_SCORE=0.0609; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.47
+GSM817158	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=33,849,198; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.1494; FINDPEAKS_PERCENTILE=2; HOTSPOT_SCORE=0.1656; HOTSPOT_PERCENTILE=2; IROC_SCORE=0.9818; IROC_PERCENTILE=5; POISSON_SCORE=0.2339; POISSON_PERCENTILE=2; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817244	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=54,039,749; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.001; FINDPEAKS_PERCENTILE=7; HOTSPOT_SCORE=0.0007; HOTSPOT_PERCENTILE=7; IROC_SCORE=1.0; IROC_PERCENTILE=100; POISSON_SCORE=0.0061; POISSON_PERCENTILE=7; MAXIMUM_REPLICATE_CORRELATION=0.77
+GSM916033	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=18,291,333; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.3565; FINDPEAKS_PERCENTILE=79; HOTSPOT_SCORE=0.4185; HOTSPOT_PERCENTILE=93; IROC_SCORE=0.9803; IROC_PERCENTILE=79; POISSON_SCORE=0.5624; POISSON_PERCENTILE=93; MAXIMUM_REPLICATE_CORRELATION=0.78
+GSM817193	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=24,641,687; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3916; FINDPEAKS_PERCENTILE=56; HOTSPOT_SCORE=0.3899; HOTSPOT_PERCENTILE=56; IROC_SCORE=0.9936; IROC_PERCENTILE=51; POISSON_SCORE=0.4597; POISSON_PERCENTILE=56; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM818040	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=41,353,559; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.0274; FINDPEAKS_PERCENTILE=7; HOTSPOT_SCORE=0.1016; HOTSPOT_PERCENTILE=7; IROC_SCORE=0.7631; IROC_PERCENTILE=7; POISSON_SCORE=0.2862; POISSON_PERCENTILE=14; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM773010	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=33,946,503; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0062; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.0054; HOTSPOT_PERCENTILE=53; IROC_SCORE=1.0; IROC_PERCENTILE=100; POISSON_SCORE=0.0376; POISSON_PERCENTILE=53; MAXIMUM_REPLICATE_CORRELATION=0.9
+GSM818016	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=36,672,918; NUMBER_OF_H2BK12ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.0193; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.0786; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.7014; IROC_PERCENTILE=33; POISSON_SCORE=0.2982; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817253	EXPERIMENT_TYPE=smRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=100; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 100 positions it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=2,342,320; PERCENT_READS_MAPPING_TO_miRBase_v16_miRNA=47.7; PERCENT_READS_MAPPING_TO_miRBase_v16_miRNA_PERCENTILE=66; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817241	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=67,296,751; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.1279; FINDPEAKS_PERCENTILE=69; HOTSPOT_SCORE=0.1703; HOTSPOT_PERCENTILE=38; IROC_SCORE=0.9541; IROC_PERCENTILE=85; POISSON_SCORE=0.4149; POISSON_PERCENTILE=77; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM773008	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=30,268,847; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=11; FINDPEAKS_SCORE=0.2598; FINDPEAKS_PERCENTILE=55; HOTSPOT_SCORE=0.286; HOTSPOT_PERCENTILE=55; IROC_SCORE=0.9999; IROC_PERCENTILE=91; POISSON_SCORE=0.3233; POISSON_PERCENTILE=55; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM916021	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=51,147,007; NUMBER_OF_H2A.Z_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.2963; FINDPEAKS_PERCENTILE=83; HOTSPOT_SCORE=0.3447; HOTSPOT_PERCENTILE=83; IROC_SCORE=0.9976; IROC_PERCENTILE=100; POISSON_SCORE=0.4192; POISSON_PERCENTILE=83; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817220	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=37,939,057; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.5827; FINDPEAKS_PERCENTILE=97; HOTSPOT_SCORE=0.5675; HOTSPOT_PERCENTILE=97; IROC_SCORE=0.9964; IROC_PERCENTILE=90; POISSON_SCORE=0.6344; POISSON_PERCENTILE=97; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM772990	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,797,024; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0061; FINDPEAKS_PERCENTILE=60; HOTSPOT_SCORE=0.0048; HOTSPOT_PERCENTILE=40; IROC_SCORE=1.0; IROC_PERCENTILE=100; POISSON_SCORE=0.0341; POISSON_PERCENTILE=40; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM817215	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=30,822,811; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.399; FINDPEAKS_PERCENTILE=59; HOTSPOT_SCORE=0.4537; HOTSPOT_PERCENTILE=75; IROC_SCORE=0.9946; IROC_PERCENTILE=73; POISSON_SCORE=0.4899; POISSON_PERCENTILE=63; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM916037	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=30,947,819; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0058; FINDPEAKS_PERCENTILE=47; HOTSPOT_SCORE=0.0054; HOTSPOT_PERCENTILE=53; IROC_SCORE=1.0; IROC_PERCENTILE=100; POISSON_SCORE=0.0344; POISSON_PERCENTILE=47; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM817212	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=26,255,104; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3755; FINDPEAKS_PERCENTILE=51; HOTSPOT_SCORE=0.3631; HOTSPOT_PERCENTILE=48; IROC_SCORE=0.9937; IROC_PERCENTILE=59; POISSON_SCORE=0.4458; POISSON_PERCENTILE=52; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM817204	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=26,852,213; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3824; FINDPEAKS_PERCENTILE=52; HOTSPOT_SCORE=0.3761; HOTSPOT_PERCENTILE=52; IROC_SCORE=0.9923; IROC_PERCENTILE=38; POISSON_SCORE=0.4452; POISSON_PERCENTILE=51; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM817219	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,286,866; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.5173; FINDPEAKS_PERCENTILE=92; HOTSPOT_SCORE=0.5026; HOTSPOT_PERCENTILE=90; IROC_SCORE=0.9979; IROC_PERCENTILE=97; POISSON_SCORE=0.5397; POISSON_PERCENTILE=84; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM817234	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=84,071,162; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.2697; FINDPEAKS_PERCENTILE=64; HOTSPOT_SCORE=0.3064; HOTSPOT_PERCENTILE=57; IROC_SCORE=0.9684; IROC_PERCENTILE=64; POISSON_SCORE=0.5199; POISSON_PERCENTILE=79; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817227	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=23,037,293; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.1696; FINDPEAKS_PERCENTILE=77; HOTSPOT_SCORE=0.2081; HOTSPOT_PERCENTILE=69; IROC_SCORE=0.9507; IROC_PERCENTILE=77; POISSON_SCORE=0.4339; POISSON_PERCENTILE=85; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM817199	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=35,596,116; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2472; FINDPEAKS_PERCENTILE=8; HOTSPOT_SCORE=0.2551; HOTSPOT_PERCENTILE=8; IROC_SCORE=0.9902; IROC_PERCENTILE=22; POISSON_SCORE=0.3394; POISSON_PERCENTILE=8; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM916032	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=13,226,776; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=10; FINDPEAKS_SCORE=0.2869; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.3683; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9611; IROC_PERCENTILE=90; POISSON_SCORE=0.5046; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.71
+GSM818011	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=113,078,504; NUMBER_OF_H2AK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.0544; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.123; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.8645; IROC_PERCENTILE=100; POISSON_SCORE=0.3655; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM818010	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=112,488,425; NUMBER_OF_H2AK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.0438; FINDPEAKS_PERCENTILE=75; HOTSPOT_SCORE=0.1116; HOTSPOT_PERCENTILE=75; IROC_SCORE=0.8364; IROC_PERCENTILE=75; POISSON_SCORE=0.3481; POISSON_PERCENTILE=75; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM916023	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=23,002,195; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0222; FINDPEAKS_PERCENTILE=23; HOTSPOT_SCORE=0.0869; HOTSPOT_PERCENTILE=23; IROC_SCORE=0.6883; IROC_PERCENTILE=23; POISSON_SCORE=0.2096; POISSON_PERCENTILE=38; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM817246	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=49,101,343; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0011; FINDPEAKS_PERCENTILE=13; HOTSPOT_SCORE=0.0008; HOTSPOT_PERCENTILE=20; IROC_SCORE=1.0; IROC_PERCENTILE=100; POISSON_SCORE=0.0089; POISSON_PERCENTILE=27; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM916047	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=18,107,433; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0071; FINDPEAKS_PERCENTILE=73; HOTSPOT_SCORE=0.0547; HOTSPOT_PERCENTILE=73; IROC_SCORE=0.9687; IROC_PERCENTILE=40; POISSON_SCORE=0.0778; POISSON_PERCENTILE=73; MAXIMUM_REPLICATE_CORRELATION=0.9
+GSM916025	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=12,660,585; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.0169; FINDPEAKS_PERCENTILE=15; HOTSPOT_SCORE=0.0973; HOTSPOT_PERCENTILE=38; IROC_SCORE=0.3807; IROC_PERCENTILE=8; POISSON_SCORE=0.1642; POISSON_PERCENTILE=23; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM818031	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=34,903,612; NUMBER_OF_H3K27ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.1162; FINDPEAKS_PERCENTILE=20; HOTSPOT_SCORE=0.1409; HOTSPOT_PERCENTILE=20; IROC_SCORE=0.9936; IROC_PERCENTILE=60; POISSON_SCORE=0.2129; POISSON_PERCENTILE=20; MAXIMUM_REPLICATE_CORRELATION=0.54
+GSM818029	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=48,188,211; NUMBER_OF_H3K23ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.1024; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.3289; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9448; IROC_PERCENTILE=83; POISSON_SCORE=0.4274; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.7
+GSM817172	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=85,102,252; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3253; FINDPEAKS_PERCENTILE=32; HOTSPOT_SCORE=0.3092; HOTSPOT_PERCENTILE=25; IROC_SCORE=0.9878; IROC_PERCENTILE=11; POISSON_SCORE=0.3536; POISSON_PERCENTILE=13; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM818061	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=40,842,488; NUMBER_OF_H4K91ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=2; FINDPEAKS_SCORE=0.1908; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.2472; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.9374; IROC_PERCENTILE=50; POISSON_SCORE=0.4523; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817238	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=59,868,535; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=13; FINDPEAKS_SCORE=0.2009; FINDPEAKS_PERCENTILE=92; HOTSPOT_SCORE=0.2141; HOTSPOT_PERCENTILE=77; IROC_SCORE=0.9693; IROC_PERCENTILE=92; POISSON_SCORE=0.4789; POISSON_PERCENTILE=92; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM832837	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=22,802,055; NUMBER_OF_H2BK5ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.6835; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.6779; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9988; IROC_PERCENTILE=86; POISSON_SCORE=0.7432; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.89
+GSM916039	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=23,689,857; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.2575; FINDPEAKS_PERCENTILE=57; HOTSPOT_SCORE=0.3255; HOTSPOT_PERCENTILE=64; IROC_SCORE=0.9637; IROC_PERCENTILE=57; POISSON_SCORE=0.4969; POISSON_PERCENTILE=64; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM916024	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=11,512,936; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.0772; FINDPEAKS_PERCENTILE=29; HOTSPOT_SCORE=0.1812; HOTSPOT_PERCENTILE=29; IROC_SCORE=0.8574; IROC_PERCENTILE=21; POISSON_SCORE=0.2482; POISSON_PERCENTILE=7; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM817190	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=38,748,041; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.2846; FINDPEAKS_PERCENTILE=17; HOTSPOT_SCORE=0.2936; HOTSPOT_PERCENTILE=17; IROC_SCORE=0.9874; IROC_PERCENTILE=10; POISSON_SCORE=0.4099; POISSON_PERCENTILE=32; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM817179	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=37,943,763; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.3114; FINDPEAKS_PERCENTILE=29; HOTSPOT_SCORE=0.3095; HOTSPOT_PERCENTILE=27; IROC_SCORE=0.9911; IROC_PERCENTILE=27; POISSON_SCORE=0.4101; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM817247	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=48,751,358; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=15; FINDPEAKS_SCORE=0.0013; FINDPEAKS_PERCENTILE=27; HOTSPOT_SCORE=0.0008; HOTSPOT_PERCENTILE=20; IROC_SCORE=1.0; IROC_PERCENTILE=100; POISSON_SCORE=0.0084; POISSON_PERCENTILE=13; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM817182	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=32,484,515; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=63; FINDPEAKS_SCORE=0.4416; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.429; HOTSPOT_PERCENTILE=62; IROC_SCORE=0.9937; IROC_PERCENTILE=59; POISSON_SCORE=0.5198; POISSON_PERCENTILE=75; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM818039	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 6; NUMBER_OF_MAPPED_READS=106,377,049; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=14; FINDPEAKS_SCORE=0.0342; FINDPEAKS_PERCENTILE=14; HOTSPOT_SCORE=0.1161; HOTSPOT_PERCENTILE=14; IROC_SCORE=0.8498; IROC_PERCENTILE=14; POISSON_SCORE=0.3033; POISSON_PERCENTILE=21; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM941716	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=86,425,113; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.1413; FINDPEAKS_PERCENTILE=40; HOTSPOT_SCORE=0.1738; HOTSPOT_PERCENTILE=40; IROC_SCORE=0.9465; IROC_PERCENTILE=40; POISSON_SCORE=0.4992; POISSON_PERCENTILE=60; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM864032	NULL
+GSM878643	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=42,246,925; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5106; FINDPEAKS_PERCENTILE=76; HOTSPOT_SCORE=0.5975; HOTSPOT_PERCENTILE=86; IROC_SCORE=0.9971; IROC_PERCENTILE=84; POISSON_SCORE=0.5906; POISSON_PERCENTILE=79; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM941736	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=29,029,353; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.2981; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.3505; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9779; IROC_PERCENTILE=100; POISSON_SCORE=0.5001; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.71
+GSM878612	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=44,584,825; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.2015; FINDPEAKS_PERCENTILE=7; HOTSPOT_SCORE=0.2056; HOTSPOT_PERCENTILE=5; IROC_SCORE=0.99; IROC_PERCENTILE=5; POISSON_SCORE=0.2908; POISSON_PERCENTILE=7; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM941723	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=109,881,066; NUMBER_OF_MRE-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; PERCENT_READS_MAPPING_TO_RESTRICTION_FRAGMENTS=97.38; PERCENT_READS_MAPPING_TO_RESTRICTION_FRAGMENTS_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM878630	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=42,860,392; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5865; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.5773; HOTSPOT_PERCENTILE=81; IROC_SCORE=0.9958; IROC_PERCENTILE=66; POISSON_SCORE=0.6355; POISSON_PERCENTILE=95; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM941724	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=76,385,499; NUMBER_OF_MRE-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; PERCENT_READS_MAPPING_TO_RESTRICTION_FRAGMENTS=98.47; PERCENT_READS_MAPPING_TO_RESTRICTION_FRAGMENTS_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM941738	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=32,709,160; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.1237; FINDPEAKS_PERCENTILE=71; HOTSPOT_SCORE=0.1952; HOTSPOT_PERCENTILE=71; IROC_SCORE=0.9254; IROC_PERCENTILE=86; POISSON_SCORE=0.3696; POISSON_PERCENTILE=57; MAXIMUM_REPLICATE_CORRELATION=0.79
+GSM941737	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=11,639,202; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.2498; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.2914; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9299; IROC_PERCENTILE=100; POISSON_SCORE=0.4745; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM941721	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=35,484,947; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.037; FINDPEAKS_PERCENTILE=14; HOTSPOT_SCORE=0.1216; HOTSPOT_PERCENTILE=29; IROC_SCORE=0.8312; IROC_PERCENTILE=14; POISSON_SCORE=0.3091; POISSON_PERCENTILE=14; MAXIMUM_REPLICATE_CORRELATION=0.92
+GSM864800	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=13,490,469; NUMBER_OF_H3K27ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.4429; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.4992; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9975; IROC_PERCENTILE=100; POISSON_SCORE=0.517; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.87
+GSM878626	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=46,358,411; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5132; FINDPEAKS_PERCENTILE=78; HOTSPOT_SCORE=0.4963; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.994; IROC_PERCENTILE=50; POISSON_SCORE=0.5493; POISSON_PERCENTILE=72; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM941741	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=22,644,201; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.002; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.0107; HOTSPOT_PERCENTILE=17; IROC_SCORE=0.0; IROC_PERCENTILE=33; POISSON_SCORE=0.0339; POISSON_PERCENTILE=17; MAXIMUM_REPLICATE_CORRELATION=0.91
+GSM941740	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=16,917,132; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0019; FINDPEAKS_PERCENTILE=17; HOTSPOT_SCORE=0.0414; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.8699; IROC_PERCENTILE=83; POISSON_SCORE=0.0565; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.91
+GSM878653	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=44,071,646; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5743; FINDPEAKS_PERCENTILE=98; HOTSPOT_SCORE=0.5575; HOTSPOT_PERCENTILE=78; IROC_SCORE=0.9943; IROC_PERCENTILE=57; POISSON_SCORE=0.6049; POISSON_PERCENTILE=84; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM941744	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=320,925,979; NUMBER_OF_MRNA-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; PERCENT_READS_MAPPING_TO_UCSC_GENES=90.29; PERCENT_READS_MAPPING_TO_UCSC_GENES_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM941717	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=72,061,575; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.0369; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.1535; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.8799; IROC_PERCENTILE=50; POISSON_SCORE=0.3994; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM878641	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=44,827,155; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5604; FINDPEAKS_PERCENTILE=91; HOTSPOT_SCORE=0.6592; HOTSPOT_PERCENTILE=98; IROC_SCORE=0.9978; IROC_PERCENTILE=93; POISSON_SCORE=0.6581; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878618	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=23,598,036; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3221; FINDPEAKS_PERCENTILE=17; HOTSPOT_SCORE=0.3155; HOTSPOT_PERCENTILE=17; IROC_SCORE=0.9917; IROC_PERCENTILE=22; POISSON_SCORE=0.4049; POISSON_PERCENTILE=19; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM941719	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=21,649,649; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.4096; FINDPEAKS_PERCENTILE=25; HOTSPOT_SCORE=0.4344; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.9995; IROC_PERCENTILE=100; POISSON_SCORE=0.4644; POISSON_PERCENTILE=25; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM941731	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=28,957,396; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.6339; FINDPEAKS_PERCENTILE=75; HOTSPOT_SCORE=0.6336; HOTSPOT_PERCENTILE=75; IROC_SCORE=0.9987; IROC_PERCENTILE=50; POISSON_SCORE=0.6448; POISSON_PERCENTILE=75; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM878650	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=36,163,799; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3949; FINDPEAKS_PERCENTILE=43; HOTSPOT_SCORE=0.3885; HOTSPOT_PERCENTILE=43; IROC_SCORE=0.9902; IROC_PERCENTILE=7; POISSON_SCORE=0.4466; POISSON_PERCENTILE=43; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM941743	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=318,299,784; NUMBER_OF_MRNA-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; PERCENT_READS_MAPPING_TO_UCSC_GENES=94.85; PERCENT_READS_MAPPING_TO_UCSC_GENES_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM878651	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=41,241,895; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5644; FINDPEAKS_PERCENTILE=93; HOTSPOT_SCORE=0.5538; HOTSPOT_PERCENTILE=74; IROC_SCORE=0.9966; IROC_PERCENTILE=74; POISSON_SCORE=0.5717; POISSON_PERCENTILE=76; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM878663	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=39,763,064; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3502; FINDPEAKS_PERCENTILE=26; HOTSPOT_SCORE=0.3435; HOTSPOT_PERCENTILE=26; IROC_SCORE=0.9888; IROC_PERCENTILE=2; POISSON_SCORE=0.4106; POISSON_PERCENTILE=26; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM878637	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=31,605,298; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4712; FINDPEAKS_PERCENTILE=62; HOTSPOT_SCORE=0.4594; HOTSPOT_PERCENTILE=59; IROC_SCORE=0.9935; IROC_PERCENTILE=43; POISSON_SCORE=0.5176; POISSON_PERCENTILE=57; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM941726	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=100,523,225; NUMBER_OF_MEDIP-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.4857; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.5104; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.9844; IROC_PERCENTILE=33; POISSON_SCORE=0.5778; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM864799	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=11,825,040; NUMBER_OF_H3K27ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.4073; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.4843; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.9916; IROC_PERCENTILE=67; POISSON_SCORE=0.5012; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM864035	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=23,328,715; NUMBER_OF_H3K27ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.2955; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.3771; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.9832; IROC_PERCENTILE=33; POISSON_SCORE=0.4484; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.93
+GSM878647	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=54,270,714; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4669; FINDPEAKS_PERCENTILE=60; HOTSPOT_SCORE=0.5159; HOTSPOT_PERCENTILE=69; IROC_SCORE=0.9964; IROC_PERCENTILE=72; POISSON_SCORE=0.5256; POISSON_PERCENTILE=62; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM941727	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=115,654,127; NUMBER_OF_MEDIP-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.4984; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.5187; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9861; IROC_PERCENTILE=100; POISSON_SCORE=0.5848; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM818005	NULL
+GSM818006	NULL
+GSM878652	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=29,413,041; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4208; FINDPEAKS_PERCENTILE=48; HOTSPOT_SCORE=0.4124; HOTSPOT_PERCENTILE=48; IROC_SCORE=0.9937; IROC_PERCENTILE=45; POISSON_SCORE=0.4527; POISSON_PERCENTILE=47; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM878646	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=35,321,851; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4814; FINDPEAKS_PERCENTILE=66; HOTSPOT_SCORE=0.5499; HOTSPOT_PERCENTILE=72; IROC_SCORE=0.9971; IROC_PERCENTILE=84; POISSON_SCORE=0.5464; POISSON_PERCENTILE=71; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878664	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=44,919,608; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3626; FINDPEAKS_PERCENTILE=31; HOTSPOT_SCORE=0.3445; HOTSPOT_PERCENTILE=28; IROC_SCORE=0.9935; IROC_PERCENTILE=43; POISSON_SCORE=0.4057; POISSON_PERCENTILE=22; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM878640	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=32,169,836; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4643; FINDPEAKS_PERCENTILE=59; HOTSPOT_SCORE=0.5427; HOTSPOT_PERCENTILE=71; IROC_SCORE=0.9971; IROC_PERCENTILE=84; POISSON_SCORE=0.5354; POISSON_PERCENTILE=69; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM941735	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=25,943,476; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.6613; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.6631; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9993; IROC_PERCENTILE=75; POISSON_SCORE=0.67; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM878667	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=37,055,205; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4877; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.4829; HOTSPOT_PERCENTILE=66; IROC_SCORE=0.995; IROC_PERCENTILE=62; POISSON_SCORE=0.5319; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM878656	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=33,220,507; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3546; FINDPEAKS_PERCENTILE=28; HOTSPOT_SCORE=0.3522; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.998; IROC_PERCENTILE=95; POISSON_SCORE=0.3718; POISSON_PERCENTILE=14; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM878648	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=48,421,425; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5497; FINDPEAKS_PERCENTILE=88; HOTSPOT_SCORE=0.637; HOTSPOT_PERCENTILE=91; IROC_SCORE=0.997; IROC_PERCENTILE=79; POISSON_SCORE=0.6328; POISSON_PERCENTILE=91; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878665	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=32,924,782; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3759; FINDPEAKS_PERCENTILE=38; HOTSPOT_SCORE=0.3697; HOTSPOT_PERCENTILE=36; IROC_SCORE=0.9931; IROC_PERCENTILE=38; POISSON_SCORE=0.429; POISSON_PERCENTILE=34; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878616	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=48,286,828; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.2768; FINDPEAKS_PERCENTILE=12; HOTSPOT_SCORE=0.277; HOTSPOT_PERCENTILE=12; IROC_SCORE=0.9942; IROC_PERCENTILE=55; POISSON_SCORE=0.3556; POISSON_PERCENTILE=12; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878614	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=42,958,137; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.1405; FINDPEAKS_PERCENTILE=2; HOTSPOT_SCORE=0.1513; HOTSPOT_PERCENTILE=2; IROC_SCORE=0.9913; IROC_PERCENTILE=16; POISSON_SCORE=0.2033; POISSON_PERCENTILE=2; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM878660	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=34,089,889; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3466; FINDPEAKS_PERCENTILE=21; HOTSPOT_SCORE=0.3382; HOTSPOT_PERCENTILE=19; IROC_SCORE=0.9908; IROC_PERCENTILE=12; POISSON_SCORE=0.4111; POISSON_PERCENTILE=28; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM878622	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=47,737,407; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3643; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.3417; HOTSPOT_PERCENTILE=22; IROC_SCORE=0.9914; IROC_PERCENTILE=19; POISSON_SCORE=0.4444; POISSON_PERCENTILE=40; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM878629	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=21,701,339; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5603; FINDPEAKS_PERCENTILE=90; HOTSPOT_SCORE=0.5559; HOTSPOT_PERCENTILE=76; IROC_SCORE=0.9956; IROC_PERCENTILE=64; POISSON_SCORE=0.6068; POISSON_PERCENTILE=86; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM878628	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=34,844,532; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.2041; FINDPEAKS_PERCENTILE=10; HOTSPOT_SCORE=0.2534; HOTSPOT_PERCENTILE=10; IROC_SCORE=0.9932; IROC_PERCENTILE=40; POISSON_SCORE=0.2937; POISSON_PERCENTILE=9; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM878666	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=26,760,462; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3685; FINDPEAKS_PERCENTILE=36; HOTSPOT_SCORE=0.3651; HOTSPOT_PERCENTILE=34; IROC_SCORE=0.9931; IROC_PERCENTILE=38; POISSON_SCORE=0.4265; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM864034	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=21,321,882; NUMBER_OF_H2BK15ac_EXPERIMENTS_SCORED_IN_THIS_RELEASE=1; FINDPEAKS_SCORE=0.0088; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.1516; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.6722; IROC_PERCENTILE=100; POISSON_SCORE=0.3623; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.89
+GSM878636	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=45,280,788; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4991; FINDPEAKS_PERCENTILE=74; HOTSPOT_SCORE=0.5749; HOTSPOT_PERCENTILE=79; IROC_SCORE=0.9968; IROC_PERCENTILE=76; POISSON_SCORE=0.5667; POISSON_PERCENTILE=74; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878649	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=50,614,734; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5165; FINDPEAKS_PERCENTILE=79; HOTSPOT_SCORE=0.5933; HOTSPOT_PERCENTILE=84; IROC_SCORE=0.9963; IROC_PERCENTILE=71; POISSON_SCORE=0.5937; POISSON_PERCENTILE=83; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM941733	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=35,766,122; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.0463; FINDPEAKS_PERCENTILE=29; HOTSPOT_SCORE=0.1154; HOTSPOT_PERCENTILE=14; IROC_SCORE=0.8424; IROC_PERCENTILE=29; POISSON_SCORE=0.3579; POISSON_PERCENTILE=43; MAXIMUM_REPLICATE_CORRELATION=0.92
+GSM878639	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=79,398,363; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4494; FINDPEAKS_PERCENTILE=53; HOTSPOT_SCORE=0.4638; HOTSPOT_PERCENTILE=60; IROC_SCORE=0.9908; IROC_PERCENTILE=12; POISSON_SCORE=0.5283; POISSON_PERCENTILE=66; MAXIMUM_REPLICATE_CORRELATION=0.84
+GSM878624	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=37,039,229; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5327; FINDPEAKS_PERCENTILE=84; HOTSPOT_SCORE=0.6378; HOTSPOT_PERCENTILE=93; IROC_SCORE=0.9976; IROC_PERCENTILE=90; POISSON_SCORE=0.6285; POISSON_PERCENTILE=90; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878645	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=34,879,797; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5221; FINDPEAKS_PERCENTILE=81; HOTSPOT_SCORE=0.6021; HOTSPOT_PERCENTILE=88; IROC_SCORE=0.9976; IROC_PERCENTILE=90; POISSON_SCORE=0.591; POISSON_PERCENTILE=81; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878619	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=26,364,804; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.2921; FINDPEAKS_PERCENTILE=14; HOTSPOT_SCORE=0.2918; HOTSPOT_PERCENTILE=14; IROC_SCORE=0.9912; IROC_PERCENTILE=14; POISSON_SCORE=0.3859; POISSON_PERCENTILE=16; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM941713	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=26,247,617; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.0875; FINDPEAKS_PERCENTILE=43; HOTSPOT_SCORE=0.1478; HOTSPOT_PERCENTILE=57; IROC_SCORE=0.9181; IROC_PERCENTILE=71; POISSON_SCORE=0.34; POISSON_PERCENTILE=29; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM878615	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=37,408,936; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.1997; FINDPEAKS_PERCENTILE=5; HOTSPOT_SCORE=0.2234; HOTSPOT_PERCENTILE=9; IROC_SCORE=0.9927; IROC_PERCENTILE=28; POISSON_SCORE=0.2784; POISSON_PERCENTILE=5; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM878617	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=26,759,157; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3839; FINDPEAKS_PERCENTILE=41; HOTSPOT_SCORE=0.3769; HOTSPOT_PERCENTILE=40; IROC_SCORE=0.9945; IROC_PERCENTILE=59; POISSON_SCORE=0.4491; POISSON_PERCENTILE=45; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM878621	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=27,768,186; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.1781; FINDPEAKS_PERCENTILE=3; HOTSPOT_SCORE=0.1873; HOTSPOT_PERCENTILE=3; IROC_SCORE=0.993; IROC_PERCENTILE=33; POISSON_SCORE=0.2347; POISSON_PERCENTILE=3; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878625	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=33,987,181; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4402; FINDPEAKS_PERCENTILE=52; HOTSPOT_SCORE=0.4265; HOTSPOT_PERCENTILE=52; IROC_SCORE=0.9928; IROC_PERCENTILE=29; POISSON_SCORE=0.4874; POISSON_PERCENTILE=52; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM878659	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=31,566,125; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4505; FINDPEAKS_PERCENTILE=55; HOTSPOT_SCORE=0.4341; HOTSPOT_PERCENTILE=53; IROC_SCORE=0.9969; IROC_PERCENTILE=78; POISSON_SCORE=0.4936; POISSON_PERCENTILE=55; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM864803	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=23,078,623; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0134; FINDPEAKS_PERCENTILE=83; HOTSPOT_SCORE=0.1571; HOTSPOT_PERCENTILE=83; IROC_SCORE=0.6949; IROC_PERCENTILE=50; POISSON_SCORE=0.3439; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.92
+GSM878610	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=19,619,237; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3489; FINDPEAKS_PERCENTILE=24; HOTSPOT_SCORE=0.3491; HOTSPOT_PERCENTILE=29; IROC_SCORE=0.9921; IROC_PERCENTILE=26; POISSON_SCORE=0.4355; POISSON_PERCENTILE=38; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM878631	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=38,193,162; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4924; FINDPEAKS_PERCENTILE=71; HOTSPOT_SCORE=0.4802; HOTSPOT_PERCENTILE=64; IROC_SCORE=0.9942; IROC_PERCENTILE=55; POISSON_SCORE=0.5276; POISSON_PERCENTILE=64; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM878662	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=57,849,885; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4365; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.4249; HOTSPOT_PERCENTILE=50; IROC_SCORE=0.9914; IROC_PERCENTILE=19; POISSON_SCORE=0.4852; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM941718	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=50,451,049; NUMBER_OF_H3K4me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.4212; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.4313; HOTSPOT_PERCENTILE=25; IROC_SCORE=0.997; IROC_PERCENTILE=25; POISSON_SCORE=0.5081; POISSON_PERCENTILE=50; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM941722	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=81,999,316; NUMBER_OF_MRE-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; PERCENT_READS_MAPPING_TO_RESTRICTION_FRAGMENTS=96.61; PERCENT_READS_MAPPING_TO_RESTRICTION_FRAGMENTS_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM878644	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=39,399,311; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4987; FINDPEAKS_PERCENTILE=72; HOTSPOT_SCORE=0.5916; HOTSPOT_PERCENTILE=83; IROC_SCORE=0.9961; IROC_PERCENTILE=69; POISSON_SCORE=0.5904; POISSON_PERCENTILE=78; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM941745	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=313,156,699; NUMBER_OF_MRNA-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; PERCENT_READS_MAPPING_TO_UCSC_GENES=95.63; PERCENT_READS_MAPPING_TO_UCSC_GENES_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM941720	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=23,401,260; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.0593; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.136; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.8343; IROC_PERCENTILE=67; POISSON_SCORE=0.2906; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.69
+GSM941732	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=35,355,864; NUMBER_OF_H3K9me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.0285; FINDPEAKS_PERCENTILE=33; HOTSPOT_SCORE=0.1058; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.7836; IROC_PERCENTILE=33; POISSON_SCORE=0.343; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.69
+GSM941730	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=39,172,492; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.2015; FINDPEAKS_PERCENTILE=75; HOTSPOT_SCORE=0.2822; HOTSPOT_PERCENTILE=75; IROC_SCORE=0.9604; IROC_PERCENTILE=75; POISSON_SCORE=0.4701; POISSON_PERCENTILE=75; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM941728	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=32,390,230; NUMBER_OF_H3K4me1_EXPERIMENTS_SCORED_IN_THIS_RELEASE=4; FINDPEAKS_SCORE=0.0265; FINDPEAKS_PERCENTILE=25; HOTSPOT_SCORE=0.1501; HOTSPOT_PERCENTILE=25; IROC_SCORE=0.841; IROC_PERCENTILE=25; POISSON_SCORE=0.3256; POISSON_PERCENTILE=25; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM878632	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=28,807,004; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4715; FINDPEAKS_PERCENTILE=64; HOTSPOT_SCORE=0.4581; HOTSPOT_PERCENTILE=57; IROC_SCORE=0.9949; IROC_PERCENTILE=60; POISSON_SCORE=0.5216; POISSON_PERCENTILE=59; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM878634	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=32,298,418; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5681; FINDPEAKS_PERCENTILE=95; HOTSPOT_SCORE=0.6701; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9981; IROC_PERCENTILE=97; POISSON_SCORE=0.6519; POISSON_PERCENTILE=98; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878661	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=44,435,119; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3963; FINDPEAKS_PERCENTILE=45; HOTSPOT_SCORE=0.3851; HOTSPOT_PERCENTILE=41; IROC_SCORE=0.9917; IROC_PERCENTILE=22; POISSON_SCORE=0.4452; POISSON_PERCENTILE=41; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM878642	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=26,814,696; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5737; FINDPEAKS_PERCENTILE=97; HOTSPOT_SCORE=0.6568; HOTSPOT_PERCENTILE=97; IROC_SCORE=0.9984; IROC_PERCENTILE=100; POISSON_SCORE=0.6427; POISSON_PERCENTILE=97; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878633	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=30,661,877; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5236; FINDPEAKS_PERCENTILE=83; HOTSPOT_SCORE=0.6209; HOTSPOT_PERCENTILE=90; IROC_SCORE=0.9978; IROC_PERCENTILE=93; POISSON_SCORE=0.611; POISSON_PERCENTILE=88; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878658	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=40,016,826; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3408; FINDPEAKS_PERCENTILE=19; HOTSPOT_SCORE=0.3389; HOTSPOT_PERCENTILE=21; IROC_SCORE=0.9931; IROC_PERCENTILE=38; POISSON_SCORE=0.4152; POISSON_PERCENTILE=29; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM864801	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=8,815,995; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.1592; FINDPEAKS_PERCENTILE=86; HOTSPOT_SCORE=0.2976; HOTSPOT_PERCENTILE=86; IROC_SCORE=0.8836; IROC_PERCENTILE=43; POISSON_SCORE=0.3899; POISSON_PERCENTILE=86; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM864036	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=12,486,599; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.1888; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.329; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.8875; IROC_PERCENTILE=57; POISSON_SCORE=0.4081; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.96
+GSM941725	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=122,073,017; NUMBER_OF_MEDIP-SEQ_EXPERIMENTS_SCORED_IN_THIS_RELEASE=3; FINDPEAKS_SCORE=0.4867; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.5065; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.9852; IROC_PERCENTILE=67; POISSON_SCORE=0.5832; POISSON_PERCENTILE=67; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM878627	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=22,879,741; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3469; FINDPEAKS_PERCENTILE=22; HOTSPOT_SCORE=0.3424; HOTSPOT_PERCENTILE=24; IROC_SCORE=0.9929; IROC_PERCENTILE=31; POISSON_SCORE=0.4099; POISSON_PERCENTILE=24; MAXIMUM_REPLICATE_CORRELATION=0.95
+GSM941714	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=23,318,345; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.333; FINDPEAKS_PERCENTILE=80; HOTSPOT_SCORE=0.312; HOTSPOT_PERCENTILE=80; IROC_SCORE=0.9662; IROC_PERCENTILE=60; POISSON_SCORE=0.5744; POISSON_PERCENTILE=80; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM941729	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=34,943,114; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.0141; FINDPEAKS_PERCENTILE=20; HOTSPOT_SCORE=0.1097; HOTSPOT_PERCENTILE=20; IROC_SCORE=0.8434; IROC_PERCENTILE=20; POISSON_SCORE=0.3029; POISSON_PERCENTILE=20; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM941734	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=38,040,031; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.2257; FINDPEAKS_PERCENTILE=60; HOTSPOT_SCORE=0.2366; HOTSPOT_PERCENTILE=60; IROC_SCORE=0.9754; IROC_PERCENTILE=80; POISSON_SCORE=0.4696; POISSON_PERCENTILE=40; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM878654	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=49,977,886; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4924; FINDPEAKS_PERCENTILE=71; HOTSPOT_SCORE=0.4739; HOTSPOT_PERCENTILE=62; IROC_SCORE=0.9939; IROC_PERCENTILE=48; POISSON_SCORE=0.5254; POISSON_PERCENTILE=60; MAXIMUM_REPLICATE_CORRELATION=0.97
+GSM864037	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=39,676,287; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0111; FINDPEAKS_PERCENTILE=67; HOTSPOT_SCORE=0.1395; HOTSPOT_PERCENTILE=67; IROC_SCORE=0.7919; IROC_PERCENTILE=67; POISSON_SCORE=0.3699; POISSON_PERCENTILE=83; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM878635	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=40,742,934; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3612; FINDPEAKS_PERCENTILE=29; HOTSPOT_SCORE=0.4104; HOTSPOT_PERCENTILE=47; IROC_SCORE=0.996; IROC_PERCENTILE=67; POISSON_SCORE=0.4343; POISSON_PERCENTILE=36; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM878638	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=29,651,640; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3658; FINDPEAKS_PERCENTILE=34; HOTSPOT_SCORE=0.351; HOTSPOT_PERCENTILE=31; IROC_SCORE=0.9918; IROC_PERCENTILE=24; POISSON_SCORE=0.4248; POISSON_PERCENTILE=31; MAXIMUM_REPLICATE_CORRELATION=0.98
+GSM878657	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=31,969,268; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3818; FINDPEAKS_PERCENTILE=40; HOTSPOT_SCORE=0.3765; HOTSPOT_PERCENTILE=38; IROC_SCORE=0.9974; IROC_PERCENTILE=86; POISSON_SCORE=0.4052; POISSON_PERCENTILE=21; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM864802	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=16,989,073; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.1083; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.2888; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.8719; IROC_PERCENTILE=100; POISSON_SCORE=0.4296; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=0.94
+GSM878655	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=37,142,481; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4541; FINDPEAKS_PERCENTILE=57; HOTSPOT_SCORE=0.4402; HOTSPOT_PERCENTILE=55; IROC_SCORE=0.9939; IROC_PERCENTILE=48; POISSON_SCORE=0.4912; POISSON_PERCENTILE=53; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM878620	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=33,972,894; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.3036; FINDPEAKS_PERCENTILE=16; HOTSPOT_SCORE=0.2968; HOTSPOT_PERCENTILE=16; IROC_SCORE=0.9907; IROC_PERCENTILE=9; POISSON_SCORE=0.4004; POISSON_PERCENTILE=17; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM818003	NULL
+GSM818004	NULL
+GSM878611	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=32,000,595; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.4145; FINDPEAKS_PERCENTILE=47; HOTSPOT_SCORE=0.4036; HOTSPOT_PERCENTILE=45; IROC_SCORE=0.9941; IROC_PERCENTILE=52; POISSON_SCORE=0.474; POISSON_PERCENTILE=48; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM878613	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=30,147,140; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.2019; FINDPEAKS_PERCENTILE=9; HOTSPOT_SCORE=0.2112; HOTSPOT_PERCENTILE=7; IROC_SCORE=0.9889; IROC_PERCENTILE=3; POISSON_SCORE=0.3168; POISSON_PERCENTILE=10; MAXIMUM_REPLICATE_CORRELATION=0.99
+GSM941715	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=72,426,246; NUMBER_OF_H3K27me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=7; FINDPEAKS_SCORE=0.1002; FINDPEAKS_PERCENTILE=57; HOTSPOT_SCORE=0.131; HOTSPOT_PERCENTILE=43; IROC_SCORE=0.9423; IROC_PERCENTILE=100; POISSON_SCORE=0.3766; POISSON_PERCENTILE=71; MAXIMUM_REPLICATE_CORRELATION=0.89
+GSM941742	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=16,932,878; NUMBER_OF_Input_EXPERIMENTS_SCORED_IN_THIS_RELEASE=6; FINDPEAKS_SCORE=0.0022; FINDPEAKS_PERCENTILE=50; HOTSPOT_SCORE=0.0318; HOTSPOT_PERCENTILE=33; IROC_SCORE=0.0; IROC_PERCENTILE=33; POISSON_SCORE=0.0549; POISSON_PERCENTILE=33; MAXIMUM_REPLICATE_CORRELATION=0.52
+GSM941739	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; ALIGNMENT_POSTPROCESSING=None; READ_EXTENSION=200bp; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=24,723,145; NUMBER_OF_H3K36me3_EXPERIMENTS_SCORED_IN_THIS_RELEASE=5; FINDPEAKS_SCORE=0.4049; FINDPEAKS_PERCENTILE=100; HOTSPOT_SCORE=0.3489; HOTSPOT_PERCENTILE=100; IROC_SCORE=0.9903; IROC_PERCENTILE=100; POISSON_SCORE=0.6027; POISSON_PERCENTILE=100; MAXIMUM_REPLICATE_CORRELATION=NA
+GSM878623	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; ALIGNMENT_POSTPROCESSING=None; RELEASE_NUMBER=Human Epigenome Atlas 7; NUMBER_OF_MAPPED_READS=34,549,420; NUMBER_OF_CHROMATIN_ACCESSIBILITY_EXPERIMENTS_SCORED_IN_THIS_RELEASE=58; FINDPEAKS_SCORE=0.5373; FINDPEAKS_PERCENTILE=86; HOTSPOT_SCORE=0.6388; HOTSPOT_PERCENTILE=95; IROC_SCORE=0.9982; IROC_PERCENTILE=98; POISSON_SCORE=0.6329; POISSON_PERCENTILE=93; MAXIMUM_REPLICATE_CORRELATION=1.0
+GSM864033	NULL
+GSM916050_1	EXPERIMENT_TYPE=Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM906404_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906382_1	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908967_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908953_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915326_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958149_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906414_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910565_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906411_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910581_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916053_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916093_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906419_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916088_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM916065_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916091_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM906401_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM896163_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910567_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908957_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908965_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916090_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM915334_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910582_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915328_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906403_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910559_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958154_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906387_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958165_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM909312_1	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906420_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915335_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916059_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958168_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908955_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908949_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906407_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910566_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM959126_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908958_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915322_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908962_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916079_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM916055_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908947_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958169_1	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM941753_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906379_1	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM896165_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910568_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906405_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM941752_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910564_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910577_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915333_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906415_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM941748_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916074_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM908960_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906394_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916051_1	EXPERIMENT_TYPE=Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM906396_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910583_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916064_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958179_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958173_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915331_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958171_1	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916063_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916061_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908964_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958180_1	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908940_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910576_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916085_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM958159_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906397_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM896162_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906413_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958175_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906388_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906400_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910558_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910556_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906409_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916092_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM910560_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910572_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906381_1	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958174_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908963_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM896166_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915330_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906416_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM959125_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910584_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958160_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908961_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958157_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910561_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916052_1	EXPERIMENT_TYPE=Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM958177_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958153_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906393_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908937_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910580_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906418_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM896164_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM909313_1	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916062_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908945_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915332_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915325_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM941747_1	EXPERIMENT_TYPE=Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM915329_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916083_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM906410_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958151_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910569_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908941_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958162_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910571_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910555_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM959124_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910579_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM909311_1	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906417_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916081_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM915324_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910588_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958172_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM959044_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908942_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916072_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM896161_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906412_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908938_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906423_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958161_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908966_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958167_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910573_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958182_1	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958170_1	EXPERIMENT_TYPE=MRE-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915336_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915320_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906406_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916073_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910586_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916086_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM958176_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM941746_1	EXPERIMENT_TYPE=Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM906392_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958178_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916057_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958164_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958166_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958155_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958156_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908951_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915337_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910575_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916070_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910587_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM997220_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916067_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906390_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916094_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908939_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916060_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910574_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906391_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906399_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916078_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM910585_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM941751_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM941749_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM909314_1	EXPERIMENT_TYPE=Digital Genomic Footprinting; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908956_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958152_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908946_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958150_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915323_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906402_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916068_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906398_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916058_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958181_1	EXPERIMENT_TYPE=MeDIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910557_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908944_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908954_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM909310_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906422_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM941750_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910562_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958158_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916087_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM908968_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908952_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910563_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915321_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910578_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM896167_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906395_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916049_1	EXPERIMENT_TYPE=Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=If multiple reads map to the same start position on the + strand or stop position on the - strand, only a single read is retained.; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM916080_1	EXPERIMENT_TYPE=Reduced Representation Bisulfite-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19 MspI restriction fragments 40-220bp; SOFTWARE=In house programs and scripts; SOFTWARE_VERSION=NA; READ_EXTENSION=0bp; TREATMENT_OF_IDENTICAL_ALIGNMENTS_OF_MULTIPLE_READS=None; GENOMIC_WINDOW=2bp containing CpGs; TREATMENT_OF_REGIONS_PRONE_TO_MULTIPLE_ALIGNMENTS=None
+GSM906380_1	EXPERIMENT_TYPE=Chromatin Accessibility; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908943_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908959_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906389_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916066_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916071_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916069_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM958163_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM910570_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906408_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915338_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908948_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM908950_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM906421_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM916054_1	EXPERIMENT_TYPE=ChIP-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
+GSM915327_1	EXPERIMENT_TYPE=mRNA-Seq; GENOME_ASSEMBLY=NCBI Build GRCh37/UCSC Build hg19; SOFTWARE=Pash; SOFTWARE_VERSION=3.0; MAXIMUM_ALIGNMENT_LENGTH=Read length; MISMATCHES_ALLOWED=10% of read length; ALIGNMENTS_ALLOWED=1; TREATMENT_OF_MULTIPLE_ALIGNMENTS=If a read maps to more than 1 position it is removed from consideration.
diff --git a/hg19/track2Regions b/hg19/track2Regions
new file mode 100644
index 0000000..06466e9
--- /dev/null
+++ b/hg19/track2Regions
@@ -0,0 +1,18 @@
+wgEncodeUw5CBjUw5cgeneMatrixRep1	5C surveyed regions	chr19:42809789-43095650,chr12:113129917-113431827,chr12:39322123-39899775,chr7:93822540-94189264,chr2:189361151-190159978,chr2:29495406-30107426,chr2:21079322-21466407,chr15:37295478-37639852,chr14:85753689-86154114,chr11:62880984-63291652,chr10:97915415-98213959,chr9:123634870-123943780,chr12:130933581-131322792,chr20:45062798-45431836,chr10:43262783-43545128,chr14:23949656-24280502,chr1:207464169-207734355,chr12:103153450-103444584,chr1:162936097-163319029,chr11:115054820-115424062,chr3:133261569-133591428,chr17:48139883-48400802,chr19:7624083-8008372,chr16:85753689-86154114,chr5:168088941-168685108
+wgEncodeUw5CBjUw5cgeneMatrixRep2	5C surveyed regions	chr19:7624083-8008372,chr17:48139883-48400802,chr20:45062798-45431836,chr10:97915415-98213959,chr12:130933581-131322792,chr12:39322123-39899775,chr12:103153450-103444584,chr19:42809789-43095650,chr10:43262783-43545128,chr9:123634870-123943780,chr15:37295478-37639852,chr5:168088941-168685108,chr11:115054820-115424062,chr14:23949656-24280502,chr11:62880984-63291652,chr14:85753689-86154114,chr1:162936097-163319029,chr2:29495406-30107426,chr2:189361151-190159978,chr16:85753689-86154114,chr7:93822540-94189264,chr12:113129917-113431827,chr1:207464169-207734355,chr3:133261569-133591428,chr2:21079322-21466407
+wgEncodeUw5CCaco2Uw5cmycMatrixRep1	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CCaco2Uw5cmycMatrixRep2	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep1	5C surveyed regions	chr5:168088941-168685108,chr1:162936097-163319029,chr14:85753689-86154114,chr7:93822540-94189264,chr19:42809789-43095650,chr12:39322123-39899775,chr9:123634870-123943780,chr12:130933581-131322792,chr3:133261569-133591428,chr12:103153450-103444584,chr2:189361151-190159978,chr14:23949656-24280502,chr2:29495406-30107426,chr2:21079322-21466407,chr11:62880984-63291652,chr20:45062798-45431836,chr12:113129917-113431827,chr19:7624083-8008372,chr17:48139883-48400802,chr16:85753689-86154114,chr10:97915415-98213959,chr1:207464169-207734355,chr10:43262783-43545128,chr11:115054820-115424062,chr15:37295478-37639852
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep2	5C surveyed regions	chr2:189361151-190159978,chr16:85753689-86154114,chr3:133261569-133591428,chr1:162936097-163319029,chr20:45062798-45431836,chr19:7624083-8008372,chr7:93822540-94189264,chr11:62880984-63291652,chr1:207464169-207734355,chr12:39322123-39899775,chr19:42809789-43095650,chr9:123634870-123943780,chr12:130933581-131322792,chr15:37295478-37639852,chr14:85753689-86154114,chr2:29495406-30107426,chr12:113129917-113431827,chr11:115054820-115424062,chr14:23949656-24280502,chr17:48139883-48400802,chr10:43262783-43545128,chr10:97915415-98213959,chr2:21079322-21466407,chr12:103153450-103444584,chr5:168088941-168685108
+wgEncodeUw5CGm12878Uw5cmycMatrixRep1	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CGm12878Uw5cmycMatrixRep2	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep1	5C surveyed regions	chr10:43262783-43545128,chr14:23949656-24280502,chr1:162936097-163319029,chr11:115054820-115424062,chr10:97915415-98213959,chr1:207464169-207734355,chr19:42809789-43095650,chr12:39322123-39899775,chr12:130933581-131322792,chr2:21079322-21466407,chr20:45062798-45431836,chr9:123634870-123943780,chr16:85753689-86154114,chr15:37295478-37639852,chr12:103153450-103444584,chr14:85753689-86154114,chr11:62880984-63291652,chr7:93822540-94189264,chr3:133261569-133591428,chr5:168088941-168685108,chr12:113129917-113431827,chr19:7624083-8008372,chr2:189361151-190159978,chr17:48139883-48400802,chr2:29495406-30107426
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep2	5C surveyed regions	chr12:113129917-113431827,chr1:162936097-163319029,chr20:45062798-45431836,chr1:207464169-207734355,chr3:133261569-133591428,chr12:130933581-131322792,chr7:93822540-94189264,chr2:189361151-190159978,chr17:48139883-48400802,chr19:42809789-43095650,chr12:103153450-103444584,chr10:97915415-98213959,chr15:37295478-37639852,chr11:62880984-63291652,chr16:85753689-86154114,chr12:39322123-39899775,chr5:168088941-168685108,chr2:29495406-30107426,chr10:43262783-43545128,chr9:123634870-123943780,chr14:85753689-86154114,chr11:115054820-115424062,chr19:7624083-8008372,chr14:23949656-24280502,chr2:21079322-21466407
+wgEncodeUw5CK562Uw5cmycMatrixRep1	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CK562Uw5cmycMatrixRep2	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CLncapUw5cmycMatrixRep1	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CLncapUw5cmycMatrixRep2	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CMcf7Uw5cmycMatrixRep1	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CMcf7Uw5cmycMatrixRep2	5C surveyed regions	chr8:126445818-130737929
+wgEncodeUw5CSknshraUw5cgeneMatrixRep1	5C surveyed regions	chr7:93822540-94189264,chr19:42809789-43095650,chr19:7624083-8008372,chr2:189361151-190159978,chr11:62880984-63291652,chr11:115054820-115424062,chr20:45062798-45431836,chr5:168088941-168685108,chr9:123634870-123943780,chr10:97915415-98213959,chr12:103153450-103444584,chr14:23949656-24280502,chr10:43262783-43545128,chr3:133261569-133591428,chr1:207464169-207734355,chr2:29495406-30107426,chr12:113129917-113431827,chr12:130933581-131322792,chr17:48139883-48400802,chr1:162936097-163319029,chr2:21079322-21466407,chr14:85753689-86154114,chr16:85753689-86154114,chr12:39322123-39899775,chr15:37295478-37639852
+wgEncodeUw5CSknshraUw5cgeneMatrixRep2	5C surveyed regions	chr10:43262783-43545128,chr11:115054820-115424062,chr10:97915415-98213959,chr5:168088941-168685108,chr1:162936097-163319029,chr9:123634870-123943780,chr15:37295478-37639852,chr12:103153450-103444584,chr17:48139883-48400802,chr11:62880984-63291652,chr12:113129917-113431827,chr12:130933581-131322792,chr2:29495406-30107426,chr19:7624083-8008372,chr14:23949656-24280502,chr16:85753689-86154114,chr7:93822540-94189264,chr19:42809789-43095650,chr12:39322123-39899775,chr14:85753689-86154114,chr1:207464169-207734355,chr2:21079322-21466407,chr20:45062798-45431836,chr3:133261569-133591428,chr2:189361151-190159978
diff --git a/hg19/track2Style b/hg19/track2Style
new file mode 100644
index 0000000..e8dc4cc
--- /dev/null
+++ b/hg19/track2Style
@@ -0,0 +1,161 @@
+cpgisland	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+DNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNADNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-Blackjack	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-Charlie	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT-Tip100	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMerlin	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMuDR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAPiggyBac	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAPiggyBac?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar-Mariner	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar-Tc2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar-Tigger	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+ensGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+gencodev11Gene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+gencodev11Geneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+gencodev11Geneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+gencodev11Genepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+gencodev11Geneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+gencodev11Geneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINECR1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEDong-R4	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL1?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINERTE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINERTE-BovB	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Low_complexity	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERV	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERV1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERVK	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERVL	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERVL-MaLR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERVL?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRGypsy	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRGypsy?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRLTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Other	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+refGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+RNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNARNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNArRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAscRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAsnRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAsrpRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAtRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satelliteacro	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellitecentr	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SatelliteSatellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellitetelo	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Simple_repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEAlu	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEDeu	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEMIR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINESINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEtRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Unknown	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+vertebratephastCons46way	\N
+vertebratephyloP46way	\N
+placentalphastCons46way	\N
+placentalphyloP46way	\N
+primatephastCons46way	\N
+primatephyloP46way	\N
+gc5Base	\N
+GSM832456	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM832457	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM832458	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM832459	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM832460	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM832461	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM832462	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM832463	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM832464	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM832465	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CBjUw5cgeneMatrixRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CBjUw5cgeneMatrixRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CCaco2Uw5cmycMatrixRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CCaco2Uw5cmycMatrixRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CGm06990Uw5cgeneMatrixRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CGm12878Uw5cmycMatrixRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CGm12878Uw5cmycMatrixRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CHepg2Uw5cgeneMatrixRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CK562Uw5cmycMatrixRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CK562Uw5cmycMatrixRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CLncapUw5cmycMatrixRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CLncapUw5cmycMatrixRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CMcf7Uw5cmycMatrixRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CMcf7Uw5cmycMatrixRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CSknshraUw5cgeneMatrixRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUw5CSknshraUw5cgeneMatrixRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetHct116Pol2InteractionsRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetHelas3Pol2InteractionsRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetK562CtcfInteractionsRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetK562Pol2InteractionsRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetK562Pol2InteractionsRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetMcf7CtcfInteractionsRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetMcf7EraaInteractionsRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetMcf7EraaInteractionsRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetMcf7EraaInteractionsRep3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetMcf7Pol2InteractionsRep4	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeGisChiaPetNb4Pol2InteractionsRep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUmassDekker5CGm12878Pk	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUmassDekker5CH1hescPk	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUmassDekker5CHelas3Pk	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+wgEncodeUmassDekker5CK562Pk	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_20kb_hindIII_rep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_20kb_hindIII_rep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_40kb_hindIII_rep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_40kb_hindIII_rep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_40kb_hindIII_combined	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+IMR90_20kb_hindIII_rep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+IMR90_20kb_hindIII_rep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+IMR90_40kb_hindIII_rep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+IMR90_40kb_hindIII_rep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+IMR90_40kb_hindIII_combined	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GM06990_exp_100kb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GM06990_exp_1mb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GM06990_obs_100kb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GM06990_obs_1mb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GM06990_obsexp_100kb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':0,'nfilterscore':0,'thtype':0
+GM06990_obsexp_1mb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':0,'nfilterscore':0,'thtype':0
+GM06990_pearson_100kb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':1,'ncolorscore':-1,'pfilterscore':0,'nfilterscore':0,'thtype':0
+GM06990_pearson_1mb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':1,'ncolorscore':-1,'pfilterscore':0,'nfilterscore':0,'thtype':0
+K562_exp_100kb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+K562_exp_1mb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+K562_obs_100kb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+K562_obs_1mb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+K562_obsexp_100kb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':0,'nfilterscore':0,'thtype':0
+K562_obsexp_1mb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':0,'nfilterscore':0,'thtype':0
+K562_pearson_100kb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':1,'ncolorscore':-1,'pfilterscore':0,'nfilterscore':0,'thtype':0
+K562_pearson_1mb	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':1,'ncolorscore':-1,'pfilterscore':0,'nfilterscore':0,'thtype':0
diff --git a/hg19/track2Style_encode b/hg19/track2Style_encode
new file mode 100644
index 0000000..701b8b6
--- /dev/null
+++ b/hg19/track2Style_encode
@@ -0,0 +1,1184 @@
+GSM733734_1	'pr':0,'pg':82,'pb':41
+GSM646560_1	'pr':0,'pg':77,'pb':0
+GSM935381_1	'pr':0,'pg':0,'pb':200
+GSM736504_1	'pr':0,'pg':77,'pb':0
+GSM822268_1	'pr':0,'pg':0,'pb':200
+GSM733696_1	'pr':180,'pg':0,'pb':0
+GSM935528_1	'pr':0,'pg':0,'pb':200
+GSM945230_2	'pr':33,'pg':97,'pb':11
+GSM945185_2	'pr':0,'pg':117,'pb':0
+GSM736509_1	'pr':0,'pg':77,'pb':0
+GSM849027_2	'pr':0,'pg':77,'pb':0
+GSM816649_2	'pr':0,'pg':77,'pb':0
+GSM945289_1	'pr':0,'pg':0,'pb':200
+GSM816659_2	'pr':0,'pg':77,'pb':0
+GSM945290_1	'pr':0,'pg':117,'pb':0
+GSM945212_2	'pr':33,'pg':97,'pb':11
+GSM935533_1	'pr':0,'pg':0,'pb':200
+GSM816633_2	'pr':0,'pg':77,'pb':0
+GSM945184_2	'pr':33,'pg':97,'pb':11
+GSM945210_1	'pr':180,'pg':0,'pb':0
+GSM733657_1	'pr':0,'pg':117,'pb':0
+GSM945170_1	'pr':0,'pg':117,'pb':0
+GSM931362_1	'pr':0,'pg':77,'pb':0
+GSM822296_1	'pr':0,'pg':0,'pb':200
+GSM736515_1	'pr':0,'pg':77,'pb':0
+GSM945167_1	'pr':0,'pg':0,'pb':200
+GSM945251_2	'pr':0,'pg':117,'pb':0
+GSM733689_1	'pr':0,'pg':150,'pb':150
+GSM733661_1	'pr':0,'pg':133,'pb':66
+GSM935387_1	'pr':0,'pg':0,'pb':200
+GSM822269_1	'pr':0,'pg':0,'pb':200
+GSM736520_1	'pr':0,'pg':77,'pb':0
+GSM945292_1	'pr':0,'pg':117,'pb':0
+GSM816652_2	'pr':0,'pg':77,'pb':0
+GSM945233_1	'pr':33,'pg':97,'pb':11
+GSM733712_1	'pr':0,'pg':117,'pb':0
+GSM736501_1	'pr':0,'pg':77,'pb':0
+GSM945197_1	'pr':0,'pg':0,'pb':200
+GSM736522_1	'pr':0,'pg':77,'pb':0
+GSM935413_1	'pr':0,'pg':0,'pb':200
+GSM817343_1	'pr':0,'pg':0,'pb':200
+GSM646561_1	'pr':0,'pg':77,'pb':0
+GSM733658_1	'pr':180,'pg':0,'pb':0
+GSM733697_1	'pr':0,'pg':0,'pb':200
+GSM945180_2	'pr':180,'pg':0,'pb':0
+GSM733706_1	'pr':0,'pg':150,'pb':150
+GSM945205_2	'pr':180,'pg':0,'pb':0
+GSM798321_1	'pr':0,'pg':133,'pb':66
+GSM945281_1	'pr':0,'pg':0,'pb':200
+GSM733646_1	'pr':0,'pg':0,'pb':150
+GSM945174_1	'pr':33,'pg':97,'pb':11
+GSM733729_1	'pr':180,'pg':0,'pb':0
+GSM945203_2	'pr':180,'pg':0,'pb':0
+GSM733751_1	'pr':33,'pg':97,'pb':11
+GSM945242_1	'pr':0,'pg':117,'pb':0
+GSM749698_1	'pr':0,'pg':0,'pb':200
+GSM945280_1	'pr':0,'pg':0,'pb':200
+GSM733637_1	'pr':0,'pg':117,'pb':0
+GSM736603_1	'pr':0,'pg':77,'pb':0
+GSM788069_1	'pr':0,'pg':0,'pb':200
+GSM945326_2	'pr':180,'pg':0,'pb':0
+GSM945273_2	'pr':0,'pg':117,'pb':0
+GSM945185_1	'pr':0,'pg':117,'pb':0
+GSM733745_1	'pr':180,'pg':0,'pb':0
+GSM945231_2	'pr':180,'pg':0,'pb':0
+GSM849031_2	'pr':0,'pg':77,'pb':0
+GSM736609_1	'pr':0,'pg':77,'pb':0
+GSM945258_1	'pr':0,'pg':0,'pb':200
+GSM935515_1	'pr':0,'pg':0,'pb':200
+GSM749731_1	'pr':0,'pg':0,'pb':200
+GSM935284_1	'pr':0,'pg':0,'pb':200
+GSM733663_1	'pr':0,'pg':0,'pb':200
+GSM736518_1	'pr':0,'pg':77,'pb':0
+GSM945284_2	'pr':0,'pg':117,'pb':0
+GSM749716_1	'pr':0,'pg':0,'pb':200
+GSM945208_1	'pr':180,'pg':0,'pb':0
+GSM935313_1	'pr':0,'pg':0,'pb':200
+GSM945297_2	'pr':0,'pg':117,'pb':0
+GSM816637_1	'pr':0,'pg':77,'pb':0
+GSM749776_1	'pr':0,'pg':0,'pb':200
+GSM733739_1	'pr':0,'pg':0,'pb':150
+GSM736639_1	'pr':0,'pg':77,'pb':0
+GSM736619_1	'pr':0,'pg':77,'pb':0
+GSM736513_1	'pr':0,'pg':77,'pb':0
+GSM945300_2	'pr':180,'pg':0,'pb':0
+GSM945311_1	'pr':0,'pg':0,'pb':200
+GSM736556_1	'pr':0,'pg':77,'pb':0
+GSM733753_1	'pr':0,'pg':82,'pb':41
+GSM945207_1	'pr':33,'pg':97,'pb':11
+GSM935593_1	'pr':0,'pg':0,'pb':200
+GSM817342_1	'pr':0,'pg':0,'pb':200
+GSM945261_2	'pr':0,'pg':117,'pb':0
+GSM945162_1	'pr':0,'pg':117,'pb':0
+GSM945168_2	'pr':0,'pg':117,'pb':0
+GSM945209_2	'pr':33,'pg':97,'pb':11
+GSM945211_2	'pr':33,'pg':97,'pb':11
+GSM935607_1	'pr':0,'pg':0,'pb':200
+GSM736521_1	'pr':0,'pg':77,'pb':0
+GSM749767_1	'pr':0,'pg':0,'pb':200
+GSM816672_1	'pr':0,'pg':77,'pb':0
+GSM945187_2	'pr':0,'pg':117,'pb':0
+GSM733656_1	'pr':0,'pg':0,'pb':150
+GSM749765_1	'pr':0,'pg':0,'pb':200
+GSM849026_2	'pr':0,'pg':77,'pb':0
+GSM945288_2	'pr':0,'pg':117,'pb':0
+GSM945246_1	'pr':0,'pg':0,'pb':200
+GSM736551_1	'pr':0,'pg':77,'pb':0
+GSM733780_1	'pr':0,'pg':0,'pb':200
+GSM945287_1	'pr':0,'pg':0,'pb':200
+GSM945322_2	'pr':0,'pg':117,'pb':0
+GSM749766_1	'pr':0,'pg':0,'pb':200
+GSM945315_2	'pr':33,'pg':97,'pb':11
+GSM945226_2	'pr':33,'pg':97,'pb':11
+GSM935346_1	'pr':0,'pg':0,'pb':200
+GSM733708_2	'pr':0,'pg':117,'pb':0
+GSM945165_1	'pr':0,'pg':117,'pb':0
+GSM736623_1	'pr':0,'pg':77,'pb':0
+GSM736557_1	'pr':0,'pg':77,'pb':0
+GSM935564_1	'pr':0,'pg':0,'pb':200
+GSM733692_1	'pr':0,'pg':133,'pb':66
+GSM945228_2	'pr':180,'pg':0,'pb':0
+GSM733660_1	'pr':0,'pg':0,'pb':150
+GSM816626_2	'pr':0,'pg':77,'pb':0
+GSM945316_2	'pr':33,'pg':97,'pb':11
+GSM733786_1	'pr':51,'pg':102,'pb':190
+GSM945188_1	'pr':0,'pg':117,'pb':0
+GSM733680_1	'pr':0,'pg':117,'pb':0
+GSM935604_1	'pr':0,'pg':0,'pb':200
+GSM646568_1	'pr':0,'pg':77,'pb':0
+GSM736613_1	'pr':0,'pg':77,'pb':0
+GSM736596_1	'pr':0,'pg':77,'pb':0
+GSM816654_2	'pr':0,'pg':77,'pb':0
+GSM733690_1	'pr':0,'pg':133,'pb':66
+GSM733777_1	'pr':150,'pg':0,'pb':0
+GSM816657_2	'pr':0,'pg':77,'pb':0
+GSM646570_1	'pr':0,'pg':77,'pb':0
+GSM945160_2	'pr':180,'pg':0,'pb':0
+GSM733662_1	'pr':0,'pg':0,'pb':150
+GSM736514_1	'pr':0,'pg':77,'pb':0
+GSM736526_1	'pr':0,'pg':77,'pb':0
+GSM733772_1	'pr':0,'pg':133,'pb':66
+GSM935418_1	'pr':0,'pg':0,'pb':200
+GSM816629_2	'pr':0,'pg':77,'pb':0
+GSM733758_1	'pr':180,'pg':0,'pb':0
+GSM816670_2	'pr':0,'pg':77,'pb':0
+GSM816651_2	'pr':0,'pg':77,'pb':0
+GSM945262_1	'pr':0,'pg':117,'pb':0
+GSM816629_1	'pr':0,'pg':77,'pb':0
+GSM733723_1	'pr':0,'pg':117,'pb':0
+GSM816634_1	'pr':0,'pg':77,'pb':0
+GSM736543_1	'pr':0,'pg':77,'pb':0
+GSM816636_2	'pr':0,'pg':77,'pb':0
+GSM736622_1	'pr':0,'pg':77,'pb':0
+GSM816644_1	'pr':0,'pg':77,'pb':0
+GSM849029_1	'pr':0,'pg':77,'pb':0
+GSM816666_2	'pr':0,'pg':77,'pb':0
+GSM733704_1	'pr':0,'pg':133,'pb':66
+GSM733721_1	'pr':33,'pg':97,'pb':11
+GSM736611_1	'pr':0,'pg':77,'pb':0
+GSM945299_2	'pr':0,'pg':117,'pb':0
+GSM816650_1	'pr':0,'pg':77,'pb':0
+GSM935286_1	'pr':0,'pg':0,'pb':200
+GSM736577_1	'pr':0,'pg':77,'pb':0
+GSM935353_1	'pr':0,'pg':0,'pb':200
+GSM733742_1	'pr':0,'pg':0,'pb':200
+GSM733674_1	'pr':0,'pg':0,'pb':150
+GSM646563_2	'pr':0,'pg':77,'pb':0
+GSM945172_1	'pr':0,'pg':117,'pb':0
+GSM736560_1	'pr':0,'pg':77,'pb':0
+GSM736595_1	'pr':0,'pg':77,'pb':0
+GSM816632_2	'pr':0,'pg':77,'pb':0
+GSM945240_2	'pr':0,'pg':117,'pb':0
+GSM945222_2	'pr':0,'pg':117,'pb':0
+GSM945196_1	'pr':180,'pg':0,'pb':0
+GSM945264_1	'pr':0,'pg':117,'pb':0
+GSM945286_1	'pr':0,'pg':117,'pb':0
+GSM646559_2	'pr':0,'pg':77,'pb':0
+GSM733648_1	'pr':0,'pg':0,'pb':200
+GSM945250_1	'pr':0,'pg':0,'pb':200
+GSM822283_1	'pr':0,'pg':0,'pb':200
+GSM945276_2	'pr':0,'pg':117,'pb':0
+GSM736629_1	'pr':0,'pg':77,'pb':0
+GSM935427_1	'pr':0,'pg':0,'pb':200
+GSM736541_1	'pr':0,'pg':77,'pb':0
+GSM736499_1	'pr':0,'pg':77,'pb':0
+GSM816646_1	'pr':0,'pg':77,'pb':0
+GSM849028_2	'pr':0,'pg':77,'pb':0
+GSM736507_1	'pr':0,'pg':77,'pb':0
+GSM736545_1	'pr':0,'pg':77,'pb':0
+GSM849026_1	'pr':0,'pg':77,'pb':0
+GSM749761_1	'pr':0,'pg':0,'pb':200
+GSM945173_1	'pr':0,'pg':0,'pb':200
+GSM733638_1	'pr':46,'pg':92,'pb':0
+GSM945192_2	'pr':33,'pg':97,'pb':11
+GSM733650_1	'pr':0,'pg':117,'pb':0
+GSM816630_2	'pr':0,'pg':77,'pb':0
+GSM733778_1	'pr':46,'pg':92,'pb':0
+GSM945297_1	'pr':0,'pg':117,'pb':0
+GSM945206_2	'pr':33,'pg':97,'pb':11
+GSM945235_1	'pr':0,'pg':0,'pb':200
+GSM736579_1	'pr':0,'pg':77,'pb':0
+GSM945206_1	'pr':33,'pg':97,'pb':11
+GSM945308_2	'pr':0,'pg':117,'pb':0
+GSM945252_1	'pr':0,'pg':0,'pb':200
+GSM945263_1	'pr':0,'pg':117,'pb':0
+GSM935420_1	'pr':0,'pg':0,'pb':200
+GSM945186_1	'pr':0,'pg':0,'pb':200
+GSM945298_2	'pr':0,'pg':117,'pb':0
+GSM945248_1	'pr':0,'pg':0,'pb':200
+GSM945249_1	'pr':0,'pg':117,'pb':0
+GSM935536_1	'pr':0,'pg':0,'pb':200
+GSM733708_1	'pr':0,'pg':117,'pb':0
+GSM733774_1	'pr':51,'pg':102,'pb':190
+GSM816660_2	'pr':0,'pg':77,'pb':0
+GSM945203_1	'pr':180,'pg':0,'pb':0
+GSM822293_1	'pr':0,'pg':0,'pb':200
+GSM935455_1	'pr':0,'pg':0,'pb':200
+GSM733679_1	'pr':33,'pg':97,'pb':11
+GSM935601_1	'pr':0,'pg':0,'pb':200
+GSM733737_1	'pr':0,'pg':117,'pb':0
+GSM736494_1	'pr':0,'pg':77,'pb':0
+GSM849027_1	'pr':0,'pg':77,'pb':0
+GSM816647_1	'pr':0,'pg':77,'pb':0
+GSM945262_2	'pr':0,'pg':117,'pb':0
+GSM935390_1	'pr':0,'pg':0,'pb':200
+GSM945302_2	'pr':33,'pg':97,'pb':11
+GSM816639_2	'pr':0,'pg':77,'pb':0
+GSM733685_1	'pr':33,'pg':97,'pb':11
+GSM736530_1	'pr':0,'pg':77,'pb':0
+GSM736621_1	'pr':0,'pg':77,'pb':0
+GSM816656_2	'pr':0,'pg':77,'pb':0
+GSM733686_1	'pr':0,'pg':82,'pb':41
+GSM816671_2	'pr':0,'pg':77,'pb':0
+GSM733668_1	'pr':0,'pg':0,'pb':200
+GSM816669_2	'pr':0,'pg':77,'pb':0
+GSM733715_1	'pr':0,'pg':0,'pb':200
+GSM935339_1	'pr':0,'pg':0,'pb':200
+GSM816661_2	'pr':0,'pg':77,'pb':0
+GSM931361_1	'pr':0,'pg':77,'pb':0
+GSM935641_1	'pr':0,'pg':0,'pb':200
+GSM733732_1	'pr':0,'pg':0,'pb':200
+GSM822314_1	'pr':0,'pg':0,'pb':200
+GSM945214_2	'pr':0,'pg':117,'pb':0
+GSM816655_1	'pr':0,'pg':77,'pb':0
+GSM736558_1	'pr':0,'pg':77,'pb':0
+GSM822267_1	'pr':0,'pg':0,'pb':200
+GSM816673_2	'pr':0,'pg':77,'pb':0
+GSM646568_2	'pr':0,'pg':77,'pb':0
+GSM749777_1	'pr':0,'pg':0,'pb':200
+GSM736492_1	'pr':0,'pg':77,'pb':0
+GSM646570_2	'pr':0,'pg':77,'pb':0
+GSM935523_1	'pr':0,'pg':0,'pb':200
+GSM736628_1	'pr':0,'pg':77,'pb':0
+GSM945278_2	'pr':0,'pg':117,'pb':0
+GSM646564_2	'pr':0,'pg':77,'pb':0
+GSM945288_1	'pr':0,'pg':117,'pb':0
+GSM749778_1	'pr':0,'pg':0,'pb':200
+GSM736517_1	'pr':0,'pg':77,'pb':0
+GSM816662_2	'pr':0,'pg':77,'pb':0
+GSM945183_1	'pr':180,'pg':0,'pb':0
+GSM945310_1	'pr':0,'pg':117,'pb':0
+GSM736602_1	'pr':0,'pg':77,'pb':0
+GSM945239_2	'pr':0,'pg':117,'pb':0
+GSM733687_1	'pr':0,'pg':150,'pb':150
+GSM935419_1	'pr':0,'pg':0,'pb':200
+GSM733781_1	'pr':0,'pg':82,'pb':41
+GSM945239_1	'pr':0,'pg':117,'pb':0
+GSM945172_2	'pr':0,'pg':117,'pb':0
+GSM788080_1	'pr':159,'pg':0,'pb':72
+GSM935538_1	'pr':0,'pg':0,'pb':200
+GSM733741_1	'pr':170,'pg':170,'pb':0
+GSM736502_1	'pr':0,'pg':77,'pb':0
+GSM736631_1	'pr':0,'pg':77,'pb':0
+GSM749722_1	'pr':0,'pg':0,'pb':200
+GSM816647_2	'pr':0,'pg':77,'pb':0
+GSM816651_1	'pr':0,'pg':77,'pb':0
+GSM816642_2	'pr':0,'pg':77,'pb':0
+GSM749754_1	'pr':0,'pg':0,'pb':200
+GSM945222_1	'pr':0,'pg':117,'pb':0
+GSM945245_1	'pr':0,'pg':0,'pb':200
+GSM736547_1	'pr':0,'pg':77,'pb':0
+GSM733776_1	'pr':159,'pg':0,'pb':72
+GSM945163_2	'pr':0,'pg':117,'pb':0
+GSM736582_1	'pr':0,'pg':77,'pb':0
+GSM736536_1	'pr':0,'pg':77,'pb':0
+GSM945278_1	'pr':0,'pg':117,'pb':0
+GSM646560_2	'pr':0,'pg':77,'pb':0
+GSM816656_1	'pr':0,'pg':77,'pb':0
+GSM736538_1	'pr':0,'pg':77,'pb':0
+GSM818828_1	'pr':0,'pg':0,'pb':200
+GSM736528_1	'pr':0,'pg':77,'pb':0
+GSM736568_1	'pr':0,'pg':77,'pb':0
+GSM733771_1	'pr':0,'pg':0,'pb':150
+GSM935447_1	'pr':0,'pg':0,'pb':200
+GSM733673_1	'pr':0,'pg':117,'pb':0
+GSM945236_1	'pr':0,'pg':0,'pb':200
+GSM736563_1	'pr':0,'pg':77,'pb':0
+GSM736519_1	'pr':0,'pg':77,'pb':0
+GSM945260_1	'pr':0,'pg':0,'pb':200
+GSM816645_1	'pr':0,'pg':77,'pb':0
+GSM646565_1	'pr':0,'pg':77,'pb':0
+GSM935449_1	'pr':0,'pg':0,'pb':200
+GSM749671_1	'pr':0,'pg':0,'pb':200
+GSM945180_1	'pr':180,'pg':0,'pb':0
+GSM749734_1	'pr':0,'pg':0,'pb':200
+GSM816658_2	'pr':0,'pg':77,'pb':0
+GSM736616_1	'pr':0,'pg':77,'pb':0
+GSM945224_1	'pr':0,'pg':0,'pb':200
+GSM945325_2	'pr':180,'pg':0,'pb':0
+GSM736600_1	'pr':0,'pg':77,'pb':0
+GSM733773_1	'pr':46,'pg':92,'pb':0
+GSM945194_1	'pr':0,'pg':0,'pb':200
+GSM736525_1	'pr':0,'pg':77,'pb':0
+GSM816635_2	'pr':0,'pg':77,'pb':0
+GSM945283_1	'pr':0,'pg':0,'pb':200
+GSM736601_1	'pr':0,'pg':77,'pb':0
+GSM733714_1	'pr':33,'pg':97,'pb':11
+GSM736575_1	'pr':0,'pg':77,'pb':0
+GSM736583_1	'pr':0,'pg':77,'pb':0
+GSM733682_1	'pr':0,'pg':117,'pb':0
+GSM945232_1	'pr':33,'pg':97,'pb':11
+GSM733647_1	'pr':0,'pg':150,'pb':150
+GSM816643_1	'pr':0,'pg':77,'pb':0
+GSM733761_1	'pr':0,'pg':133,'pb':66
+GSM945282_1	'pr':0,'pg':0,'pb':200
+GSM849028_1	'pr':0,'pg':77,'pb':0
+GSM935618_1	'pr':0,'pg':0,'pb':200
+GSM736524_1	'pr':0,'pg':77,'pb':0
+GSM945854_1	'pr':0,'pg':0,'pb':150
+GSM749755_1	'pr':0,'pg':0,'pb':200
+GSM945216_1	'pr':0,'pg':117,'pb':0
+GSM733659_1	'pr':0,'pg':0,'pb':200
+GSM816626_1	'pr':0,'pg':77,'pb':0
+GSM945196_2	'pr':180,'pg':0,'pb':0
+GSM945268_1	'pr':0,'pg':0,'pb':200
+GSM733694_1	'pr':0,'pg':150,'pb':150
+GSM733750_1	'pr':0,'pg':0,'pb':200
+GSM945300_1	'pr':180,'pg':0,'pb':0
+GSM736590_1	'pr':0,'pg':77,'pb':0
+GSM945204_1	'pr':180,'pg':0,'pb':0
+GSM788078_1	'pr':159,'pg':0,'pb':72
+GSM935421_1	'pr':0,'pg':0,'pb':200
+GSM736612_1	'pr':0,'pg':77,'pb':0
+GSM736511_1	'pr':0,'pg':77,'pb':0
+GSM945313_1	'pr':0,'pg':0,'pb':200
+GSM816632_1	'pr':0,'pg':77,'pb':0
+GSM849025_2	'pr':0,'pg':77,'pb':0
+GSM816628_2	'pr':0,'pg':77,'pb':0
+GSM945266_1	'pr':0,'pg':0,'pb':200
+GSM945211_1	'pr':33,'pg':97,'pb':11
+GSM945169_1	'pr':0,'pg':0,'pb':200
+GSM945175_1	'pr':0,'pg':117,'pb':0
+GSM945213_1	'pr':33,'pg':97,'pb':11
+GSM945284_1	'pr':0,'pg':117,'pb':0
+GSM749772_1	'pr':0,'pg':0,'pb':200
+GSM733711_1	'pr':33,'pg':97,'pb':11
+GSM935512_1	'pr':0,'pg':0,'pb':200
+GSM945240_1	'pr':0,'pg':117,'pb':0
+GSM816659_1	'pr':0,'pg':77,'pb':0
+GSM733768_1	'pr':0,'pg':82,'pb':41
+GSM733651_1	'pr':0,'pg':82,'pb':41
+GSM945316_1	'pr':33,'pg':97,'pb':11
+GSM945267_2	'pr':0,'pg':117,'pb':0
+GSM945174_2	'pr':33,'pg':97,'pb':11
+GSM945276_1	'pr':0,'pg':117,'pb':0
+GSM945271_2	'pr':0,'pg':117,'pb':0
+GSM736571_1	'pr':0,'pg':77,'pb':0
+GSM945247_1	'pr':0,'pg':0,'pb':200
+GSM749685_1	'pr':0,'pg':0,'pb':200
+GSM945198_1	'pr':0,'pg':117,'pb':0
+GSM945312_1	'pr':0,'pg':117,'pb':0
+GSM945271_1	'pr':0,'pg':117,'pb':0
+GSM945193_1	'pr':0,'pg':0,'pb':200
+GSM945296_2	'pr':0,'pg':117,'pb':0
+GSM733735_1	'pr':46,'pg':92,'pb':0
+GSM736531_1	'pr':0,'pg':77,'pb':0
+GSM736549_1	'pr':0,'pg':77,'pb':0
+GSM945204_2	'pr':180,'pg':0,'pb':0
+GSM935586_1	'pr':0,'pg':0,'pb':200
+GSM733644_1	'pr':0,'pg':150,'pb':150
+GSM818827_1	'pr':0,'pg':133,'pb':66
+GSM935451_1	'pr':0,'pg':0,'pb':200
+GSM736516_1	'pr':0,'pg':77,'pb':0
+GSM733688_1	'pr':180,'pg':0,'pb':0
+GSM945182_1	'pr':0,'pg':117,'pb':0
+GSM816646_2	'pr':0,'pg':77,'pb':0
+GSM935550_1	'pr':0,'pg':0,'pb':200
+GSM733676_1	'pr':0,'pg':150,'pb':150
+GSM736608_1	'pr':0,'pg':77,'pb':0
+GSM788084_1	'pr':0,'pg':133,'pb':66
+GSM733755_1	'pr':0,'pg':0,'pb':150
+GSM935446_1	'pr':0,'pg':0,'pb':200
+GSM736537_1	'pr':0,'pg':77,'pb':0
+GSM736554_1	'pr':0,'pg':77,'pb':0
+GSM749669_1	'pr':0,'pg':0,'pb':200
+GSM945159_2	'pr':0,'pg':117,'pb':0
+GSM736542_1	'pr':0,'pg':77,'pb':0
+GSM935359_1	'pr':0,'pg':0,'pb':200
+GSM736535_1	'pr':0,'pg':77,'pb':0
+GSM816671_1	'pr':0,'pg':77,'pb':0
+GSM736569_1	'pr':0,'pg':77,'pb':0
+GSM945272_1	'pr':0,'pg':0,'pb':200
+GSM733772_2	'pr':0,'pg':133,'pb':66
+GSM733728_1	'pr':0,'pg':150,'pb':150
+GSM935322_1	'pr':0,'pg':0,'pb':200
+GSM816642_1	'pr':0,'pg':77,'pb':0
+GSM945191_1	'pr':0,'pg':117,'pb':0
+GSM945320_2	'pr':180,'pg':0,'pb':0
+GSM798322_1	'pr':0,'pg':133,'pb':66
+GSM945322_1	'pr':0,'pg':117,'pb':0
+GSM945857_1	'pr':159,'pg':0,'pb':72
+GSM736625_1	'pr':0,'pg':77,'pb':0
+GSM736620_1	'pr':0,'pg':77,'pb':0
+GSM822313_1	'pr':0,'pg':0,'pb':200
+GSM816640_1	'pr':0,'pg':77,'pb':0
+GSM736550_1	'pr':0,'pg':77,'pb':0
+GSM749738_1	'pr':0,'pg':0,'pb':200
+GSM749763_1	'pr':0,'pg':0,'pb':200
+GSM733653_1	'pr':170,'pg':170,'pb':0
+GSM816631_1	'pr':0,'pg':77,'pb':0
+GSM733767_1	'pr':51,'pg':102,'pb':190
+GSM816665_1	'pr':0,'pg':77,'pb':0
+GSM945212_1	'pr':33,'pg':97,'pb':11
+GSM646563_1	'pr':0,'pg':77,'pb':0
+GSM945178_2	'pr':0,'pg':117,'pb':0
+GSM816627_1	'pr':0,'pg':77,'pb':0
+GSM945279_2	'pr':0,'pg':117,'pb':0
+GSM945324_2	'pr':33,'pg':97,'pb':11
+GSM945292_2	'pr':0,'pg':117,'pb':0
+GSM935453_1	'pr':0,'pg':0,'pb':200
+GSM608167_1	'pr':180,'pg':0,'pb':0
+GSM749773_1	'pr':0,'pg':0,'pb':200
+GSM646562_2	'pr':0,'pg':77,'pb':0
+GSM945227_1	'pr':0,'pg':0,'pb':200
+GSM733769_1	'pr':0,'pg':82,'pb':41
+GSM736606_1	'pr':0,'pg':77,'pb':0
+GSM945229_2	'pr':0,'pg':117,'pb':0
+GSM749742_1	'pr':0,'pg':0,'pb':200
+GSM945226_1	'pr':33,'pg':97,'pb':11
+GSM733670_1	'pr':0,'pg':82,'pb':41
+GSM945237_1	'pr':0,'pg':0,'pb':200
+GSM818744_1	'pr':0,'pg':0,'pb':200
+GSM733718_1	'pr':0,'pg':0,'pb':150
+GSM935363_1	'pr':0,'pg':0,'pb':200
+GSM945296_1	'pr':0,'pg':117,'pb':0
+GSM945265_1	'pr':0,'pg':117,'pb':0
+GSM935460_1	'pr':0,'pg':0,'pb':200
+GSM945221_1	'pr':0,'pg':117,'pb':0
+GSM945175_2	'pr':0,'pg':117,'pb':0
+GSM733757_1	'pr':33,'pg':97,'pb':11
+GSM945277_1	'pr':180,'pg':0,'pb':0
+GSM733720_1	'pr':0,'pg':117,'pb':0
+GSM945244_1	'pr':0,'pg':117,'pb':0
+GSM736565_1	'pr':0,'pg':77,'pb':0
+GSM736544_1	'pr':0,'pg':77,'pb':0
+GSM816653_1	'pr':0,'pg':77,'pb':0
+GSM736610_1	'pr':0,'pg':77,'pb':0
+GSM736493_1	'pr':0,'pg':77,'pb':0
+GSM935605_1	'pr':0,'pg':0,'pb':200
+GSM945267_1	'pr':0,'pg':117,'pb':0
+GSM945251_1	'pr':0,'pg':117,'pb':0
+GSM733707_1	'pr':33,'pg':97,'pb':11
+GSM945299_1	'pr':0,'pg':117,'pb':0
+GSM945269_1	'pr':0,'pg':117,'pb':0
+GSM945188_2	'pr':0,'pg':117,'pb':0
+GSM945269_2	'pr':0,'pg':117,'pb':0
+GSM945170_2	'pr':0,'pg':117,'pb':0
+GSM733770_1	'pr':0,'pg':0,'pb':200
+GSM736614_1	'pr':0,'pg':77,'pb':0
+GSM736497_1	'pr':0,'pg':77,'pb':0
+GSM945255_1	'pr':0,'pg':0,'pb':200
+GSM736505_1	'pr':0,'pg':77,'pb':0
+GSM945192_1	'pr':33,'pg':97,'pb':11
+GSM945291_1	'pr':0,'pg':0,'pb':200
+GSM788083_1	'pr':0,'pg':133,'pb':66
+GSM816644_2	'pr':0,'pg':77,'pb':0
+GSM736553_1	'pr':0,'pg':77,'pb':0
+GSM736626_1	'pr':0,'pg':77,'pb':0
+GSM945270_1	'pr':0,'pg':0,'pb':200
+GSM733725_1	'pr':33,'pg':97,'pb':11
+GSM736581_1	'pr':0,'pg':77,'pb':0
+GSM736510_1	'pr':0,'pg':77,'pb':0
+GSM788079_1	'pr':159,'pg':0,'pb':72
+GSM816628_1	'pr':0,'pg':77,'pb':0
+GSM736546_1	'pr':0,'pg':77,'pb':0
+GSM816633_1	'pr':0,'pg':77,'pb':0
+GSM945165_2	'pr':0,'pg':117,'pb':0
+GSM816638_2	'pr':0,'pg':77,'pb':0
+GSM736585_1	'pr':0,'pg':77,'pb':0
+GSM733758_2	'pr':180,'pg':0,'pb':0
+GSM736636_1	'pr':0,'pg':77,'pb':0
+GSM945166_1	'pr':0,'pg':117,'pb':0
+GSM736635_1	'pr':0,'pg':77,'pb':0
+GSM646564_1	'pr':0,'pg':77,'pb':0
+GSM945279_1	'pr':0,'pg':117,'pb':0
+GSM736638_1	'pr':0,'pg':77,'pb':0
+GSM646562_1	'pr':0,'pg':77,'pb':0
+GSM736593_1	'pr':0,'pg':77,'pb':0
+GSM945320_1	'pr':180,'pg':0,'pb':0
+GSM736527_1	'pr':0,'pg':77,'pb':0
+GSM945303_1	'pr':0,'pg':0,'pb':200
+GSM849031_1	'pr':0,'pg':77,'pb':0
+GSM733727_1	'pr':170,'pg':170,'pb':0
+GSM945241_1	'pr':0,'pg':117,'pb':0
+GSM736584_1	'pr':0,'pg':77,'pb':0
+GSM945306_2	'pr':0,'pg':117,'pb':0
+GSM816664_2	'pr':0,'pg':77,'pb':0
+GSM816641_2	'pr':0,'pg':77,'pb':0
+GSM945217_1	'pr':0,'pg':0,'pb':200
+GSM736627_1	'pr':0,'pg':77,'pb':0
+GSM945199_1	'pr':0,'pg':117,'pb':0
+GSM945215_1	'pr':0,'pg':117,'pb':0
+GSM736576_1	'pr':0,'pg':77,'pb':0
+GSM749702_1	'pr':0,'pg':0,'pb':200
+GSM945215_2	'pr':0,'pg':117,'pb':0
+GSM736539_1	'pr':0,'pg':77,'pb':0
+GSM816658_1	'pr':0,'pg':77,'pb':0
+GSM749700_1	'pr':0,'pg':0,'pb':200
+GSM749713_1	'pr':0,'pg':0,'pb':200
+GSM945298_1	'pr':0,'pg':117,'pb':0
+GSM733764_1	'pr':180,'pg':0,'pb':0
+GSM816631_2	'pr':0,'pg':77,'pb':0
+GSM818826_1	'pr':0,'pg':0,'pb':150
+GSM733736_1	'pr':170,'pg':170,'pb':0
+GSM749701_1	'pr':0,'pg':0,'pb':200
+GSM816634_2	'pr':0,'pg':77,'pb':0
+GSM736592_1	'pr':0,'pg':77,'pb':0
+GSM945159_1	'pr':0,'pg':117,'pb':0
+GSM816638_1	'pr':0,'pg':77,'pb':0
+GSM749721_1	'pr':0,'pg':0,'pb':200
+GSM945200_2	'pr':180,'pg':0,'pb':0
+GSM945261_1	'pr':0,'pg':117,'pb':0
+GSM945171_1	'pr':0,'pg':0,'pb':200
+GSM733733_1	'pr':33,'pg':97,'pb':11
+GSM945214_1	'pr':0,'pg':117,'pb':0
+GSM646567_1	'pr':0,'pg':77,'pb':0
+GSM736624_1	'pr':0,'pg':77,'pb':0
+GSM945274_1	'pr':0,'pg':0,'pb':200
+GSM646566_1	'pr':0,'pg':77,'pb':0
+GSM646569_1	'pr':0,'pg':77,'pb':0
+GSM822280_1	'pr':0,'pg':0,'pb':200
+GSM736555_1	'pr':0,'pg':77,'pb':0
+GSM736594_1	'pr':0,'pg':77,'pb':0
+GSM749720_1	'pr':0,'pg':0,'pb':200
+GSM849030_1	'pr':0,'pg':77,'pb':0
+GSM945285_1	'pr':0,'pg':0,'pb':200
+GSM945218_1	'pr':0,'pg':117,'pb':0
+GSM736500_1	'pr':0,'pg':77,'pb':0
+GSM945307_1	'pr':0,'pg':0,'pb':200
+GSM733748_1	'pr':180,'pg':0,'pb':0
+GSM733664_1	'pr':159,'pg':0,'pb':72
+GSM749770_1	'pr':0,'pg':0,'pb':200
+GSM736591_1	'pr':0,'pg':77,'pb':0
+GSM945855_1	'pr':0,'pg':0,'pb':200
+GSM749691_1	'pr':0,'pg':0,'pb':200
+GSM816667_1	'pr':0,'pg':77,'pb':0
+GSM816635_1	'pr':0,'pg':77,'pb':0
+GSM945233_2	'pr':33,'pg':97,'pb':11
+GSM749682_1	'pr':0,'pg':0,'pb':200
+GSM816649_1	'pr':0,'pg':77,'pb':0
+GSM816663_2	'pr':0,'pg':77,'pb':0
+GSM945304_1	'pr':0,'pg':117,'pb':0
+GSM945219_1	'pr':0,'pg':0,'pb':200
+GSM945229_1	'pr':0,'pg':117,'pb':0
+GSM733779_1	'pr':0,'pg':82,'pb':41
+GSM733702_1	'pr':33,'pg':97,'pb':11
+GSM945264_2	'pr':0,'pg':117,'pb':0
+GSM945254_1	'pr':0,'pg':0,'pb':200
+GSM733775_1	'pr':46,'pg':92,'pb':0
+GSM816663_1	'pr':0,'pg':77,'pb':0
+GSM945295_2	'pr':0,'pg':117,'pb':0
+GSM736533_1	'pr':0,'pg':77,'pb':0
+GSM733743_1	'pr':0,'pg':0,'pb':150
+GSM945256_1	'pr':0,'pg':0,'pb':200
+GSM945181_1	'pr':0,'pg':117,'pb':0
+GSM733681_1	'pr':159,'pg':0,'pb':72
+GSM788074_1	'pr':0,'pg':0,'pb':200
+GSM945858_1	'pr':0,'pg':133,'pb':66
+GSM945308_1	'pr':0,'pg':117,'pb':0
+GSM788070_1	'pr':0,'pg':0,'pb':200
+GSM736529_1	'pr':0,'pg':77,'pb':0
+GSM608165_1	'pr':0,'pg':117,'pb':0
+GSM935444_1	'pr':0,'pg':0,'pb':200
+GSM646566_2	'pr':0,'pg':77,'pb':0
+GSM749756_1	'pr':0,'pg':0,'pb':200
+GSM816640_2	'pr':0,'pg':77,'pb':0
+GSM945231_1	'pr':180,'pg':0,'pb':0
+GSM816673_1	'pr':0,'pg':77,'pb':0
+GSM816637_2	'pr':0,'pg':77,'pb':0
+GSM945202_1	'pr':0,'pg':117,'pb':0
+GSM935450_1	'pr':0,'pg':0,'pb':200
+GSM945859_1	'pr':0,'pg':0,'pb':200
+GSM736605_1	'pr':0,'pg':77,'pb':0
+GSM945259_1	'pr':0,'pg':0,'pb':200
+GSM733700_1	'pr':0,'pg':82,'pb':41
+GSM945257_1	'pr':0,'pg':0,'pb':200
+GSM749774_1	'pr':0,'pg':0,'pb':200
+GSM945853_1	'pr':0,'pg':0,'pb':150
+GSM935537_1	'pr':0,'pg':0,'pb':200
+GSM945309_1	'pr':0,'pg':0,'pb':200
+GSM816630_1	'pr':0,'pg':77,'pb':0
+GSM736566_1	'pr':0,'pg':77,'pb':0
+GSM749697_1	'pr':0,'pg':0,'pb':200
+GSM733760_1	'pr':51,'pg':102,'pb':190
+GSM736495_1	'pr':0,'pg':77,'pb':0
+GSM816672_2	'pr':0,'pg':77,'pb':0
+GSM816662_1	'pr':0,'pg':77,'pb':0
+GSM816627_2	'pr':0,'pg':77,'pb':0
+GSM749718_1	'pr':0,'pg':0,'pb':200
+GSM945244_2	'pr':0,'pg':117,'pb':0
+GSM945314_1	'pr':0,'pg':0,'pb':200
+GSM646565_2	'pr':0,'pg':77,'pb':0
+GSM736589_1	'pr':0,'pg':77,'pb':0
+GSM935485_1	'pr':0,'pg':0,'pb':200
+GSM736508_1	'pr':0,'pg':77,'pb':0
+GSM816667_2	'pr':0,'pg':77,'pb':0
+GSM816657_1	'pr':0,'pg':77,'pb':0
+GSM945302_1	'pr':33,'pg':97,'pb':11
+GSM749771_1	'pr':0,'pg':0,'pb':200
+GSM816648_1	'pr':0,'pg':77,'pb':0
+GSM788085_1	'pr':0,'pg':133,'pb':66
+GSM945189_1	'pr':0,'pg':0,'pb':200
+GSM945323_1	'pr':180,'pg':0,'pb':0
+GSM733782_1	'pr':0,'pg':133,'pb':66
+GSM945201_1	'pr':0,'pg':117,'pb':0
+GSM733766_1	'pr':51,'pg':102,'pb':190
+GSM749703_1	'pr':0,'pg':0,'pb':200
+GSM816648_2	'pr':0,'pg':77,'pb':0
+GSM733726_1	'pr':33,'pg':97,'pb':11
+GSM749744_1	'pr':0,'pg':0,'pb':200
+GSM945166_2	'pr':0,'pg':117,'pb':0
+GSM945321_2	'pr':0,'pg':117,'pb':0
+GSM736534_1	'pr':0,'pg':77,'pb':0
+GSM945318_1	'pr':0,'pg':0,'pb':200
+GSM736599_1	'pr':0,'pg':77,'pb':0
+GSM736559_1	'pr':0,'pg':77,'pb':0
+GSM849029_2	'pr':0,'pg':77,'pb':0
+GSM816668_1	'pr':0,'pg':77,'pb':0
+GSM945213_2	'pr':33,'pg':97,'pb':11
+GSM935454_1	'pr':0,'pg':0,'pb':200
+GSM935631_1	'pr':0,'pg':0,'pb':200
+GSM736634_1	'pr':0,'pg':77,'pb':0
+GSM816654_1	'pr':0,'pg':77,'pb':0
+GSM935639_1	'pr':0,'pg':0,'pb':200
+GSM945319_1	'pr':0,'pg':0,'pb':200
+GSM736633_1	'pr':0,'pg':77,'pb':0
+GSM736617_1	'pr':0,'pg':77,'pb':0
+GSM945263_2	'pr':0,'pg':117,'pb':0
+GSM945182_2	'pr':0,'pg':117,'pb':0
+GSM935629_1	'pr':0,'pg':0,'pb':200
+GSM646559_1	'pr':0,'pg':77,'pb':0
+GSM822307_1	'pr':0,'pg':0,'pb':200
+GSM816650_2	'pr':0,'pg':77,'pb':0
+GSM935510_1	'pr':0,'pg':0,'pb':200
+GSM816636_1	'pr':0,'pg':77,'pb':0
+GSM945179_1	'pr':0,'pg':117,'pb':0
+GSM736532_1	'pr':0,'pg':77,'pb':0
+GSM945208_2	'pr':180,'pg':0,'pb':0
+GSM736540_1	'pr':0,'pg':77,'pb':0
+GSM646569_2	'pr':0,'pg':77,'pb':0
+GSM736572_1	'pr':0,'pg':77,'pb':0
+GSM736567_1	'pr':0,'pg':77,'pb':0
+GSM945324_1	'pr':33,'pg':97,'pb':11
+GSM736630_1	'pr':0,'pg':77,'pb':0
+GSM733756_1	'pr':46,'pg':92,'pb':0
+GSM816669_1	'pr':0,'pg':77,'pb':0
+GSM736573_1	'pr':0,'pg':77,'pb':0
+GSM945181_2	'pr':0,'pg':117,'pb':0
+GSM733654_1	'pr':0,'pg':82,'pb':41
+GSM849025_1	'pr':0,'pg':77,'pb':0
+GSM945232_2	'pr':33,'pg':97,'pb':11
+GSM945162_2	'pr':0,'pg':117,'pb':0
+GSM945168_1	'pr':0,'pg':117,'pb':0
+GSM733641_1	'pr':170,'pg':170,'pb':0
+GSM788077_1	'pr':0,'pg':0,'pb':200
+GSM736491_1	'pr':0,'pg':77,'pb':0
+GSM945243_1	'pr':0,'pg':0,'pb':200
+GSM945163_1	'pr':0,'pg':117,'pb':0
+GSM945187_1	'pr':0,'pg':117,'pb':0
+GSM733665_1	'pr':46,'pg':92,'pb':0
+GSM733738_1	'pr':0,'pg':117,'pb':0
+GSM945265_2	'pr':0,'pg':117,'pb':0
+GSM945220_1	'pr':0,'pg':117,'pb':0
+GSM945315_1	'pr':33,'pg':97,'pb':11
+GSM945253_1	'pr':0,'pg':0,'pb':200
+GSM736552_1	'pr':0,'pg':77,'pb':0
+GSM945228_1	'pr':180,'pg':0,'pb':0
+GSM733649_1	'pr':0,'pg':133,'pb':66
+GSM749758_1	'pr':0,'pg':0,'pb':200
+GSM945184_1	'pr':33,'pg':97,'pb':11
+GSM945275_1	'pr':0,'pg':117,'pb':0
+GSM733747_1	'pr':0,'pg':117,'pb':0
+GSM945160_1	'pr':180,'pg':0,'pb':0
+GSM945286_2	'pr':0,'pg':117,'pb':0
+GSM945321_1	'pr':0,'pg':117,'pb':0
+GSM749746_1	'pr':0,'pg':0,'pb':200
+GSM736632_1	'pr':0,'pg':77,'pb':0
+GSM733754_1	'pr':180,'pg':0,'pb':0
+GSM935525_1	'pr':0,'pg':0,'pb':200
+GSM945223_1	'pr':0,'pg':0,'pb':200
+GSM816655_2	'pr':0,'pg':77,'pb':0
+GSM816660_1	'pr':0,'pg':77,'pb':0
+GSM733639_1	'pr':46,'pg':92,'pb':0
+GSM816665_2	'pr':0,'pg':77,'pb':0
+GSM816645_2	'pr':0,'pg':77,'pb':0
+GSM736580_1	'pr':0,'pg':77,'pb':0
+GSM646567_2	'pr':0,'pg':77,'pb':0
+GSM945238_1	'pr':0,'pg':0,'pb':200
+GSM816666_1	'pr':0,'pg':77,'pb':0
+GSM733701_1	'pr':180,'pg':0,'pb':0
+GSM945177_2	'pr':0,'pg':117,'pb':0
+GSM736586_1	'pr':0,'pg':77,'pb':0
+GSM736588_1	'pr':0,'pg':77,'pb':0
+GSM733763_1	'pr':0,'pg':0,'pb':150
+GSM945290_2	'pr':0,'pg':117,'pb':0
+GSM733667_1	'pr':180,'pg':0,'pb':0
+GSM733731_1	'pr':0,'pg':0,'pb':200
+GSM945164_1	'pr':0,'pg':0,'pb':200
+GSM945317_1	'pr':0,'pg':0,'pb':200
+GSM736578_1	'pr':0,'pg':77,'pb':0
+GSM945190_2	'pr':0,'pg':117,'pb':0
+GSM607494_1	'pr':159,'pg':0,'pb':72
+GSM945216_2	'pr':0,'pg':117,'pb':0
+GSM945178_1	'pr':0,'pg':117,'pb':0
+GSM849030_2	'pr':0,'pg':77,'pb':0
+GSM945249_2	'pr':0,'pg':117,'pb':0
+GSM945200_1	'pr':180,'pg':0,'pb':0
+GSM749719_1	'pr':0,'pg':0,'pb':200
+GSM817344_1	'pr':0,'pg':0,'pb':200
+GSM736574_1	'pr':0,'pg':77,'pb':0
+GSM733640_1	'pr':0,'pg':150,'pb':150
+GSM733655_1	'pr':150,'pg':0,'pb':0
+GSM935321_1	'pr':0,'pg':0,'pb':200
+GSM733703_1	'pr':150,'pg':0,'pb':0
+GSM935448_1	'pr':0,'pg':0,'pb':200
+GSM945273_1	'pr':0,'pg':117,'pb':0
+GSM736498_1	'pr':0,'pg':77,'pb':0
+GSM935422_1	'pr':0,'pg':0,'pb':200
+GSM733710_1	'pr':0,'pg':133,'pb':66
+GSM736503_1	'pr':0,'pg':77,'pb':0
+GSM733746_1	'pr':51,'pg':102,'pb':190
+GSM935324_1	'pr':0,'pg':0,'pb':200
+GSM736562_1	'pr':0,'pg':77,'pb':0
+GSM945209_1	'pr':33,'pg':97,'pb':11
+GSM736607_1	'pr':0,'pg':77,'pb':0
+GSM945230_1	'pr':33,'pg':97,'pb':11
+GSM736506_1	'pr':0,'pg':77,'pb':0
+GSM945210_2	'pr':180,'pg':0,'pb':0
+GSM945306_1	'pr':0,'pg':117,'pb':0
+GSM816643_2	'pr':0,'pg':77,'pb':0
+GSM945207_2	'pr':33,'pg':97,'pb':11
+GSM945323_2	'pr':180,'pg':0,'pb':0
+GSM736496_1	'pr':0,'pg':77,'pb':0
+GSM816639_1	'pr':0,'pg':77,'pb':0
+GSM945295_1	'pr':0,'pg':117,'pb':0
+GSM736637_1	'pr':0,'pg':77,'pb':0
+GSM646561_2	'pr':0,'pg':77,'pb':0
+GSM736570_1	'pr':0,'pg':77,'pb':0
+GSM945161_1	'pr':0,'pg':0,'pb':200
+GSM935443_1	'pr':0,'pg':0,'pb':200
+GSM935334_1	'pr':0,'pg':0,'pb':200
+GSM736618_1	'pr':0,'pg':77,'pb':0
+GSM945201_2	'pr':0,'pg':117,'pb':0
+GSM733722_1	'pr':180,'pg':0,'pb':0
+GSM733652_1	'pr':46,'pg':92,'pb':0
+GSM935357_1	'pr':0,'pg':0,'pb':200
+GSM935617_1	'pr':0,'pg':0,'pb':200
+GSM736598_1	'pr':0,'pg':77,'pb':0
+GSM945205_1	'pr':180,'pg':0,'pb':0
+GSM945294_1	'pr':0,'pg':0,'pb':200
+GSM935452_1	'pr':0,'pg':0,'pb':200
+GSM736512_1	'pr':0,'pg':77,'pb':0
+GSM945225_1	'pr':0,'pg':117,'pb':0
+GSM733675_1	'pr':0,'pg':150,'pb':150
+GSM816641_1	'pr':0,'pg':77,'pb':0
+GSM816668_2	'pr':0,'pg':77,'pb':0
+GSM736587_1	'pr':0,'pg':77,'pb':0
+GSM945326_1	'pr':180,'pg':0,'pb':0
+GSM816661_1	'pr':0,'pg':77,'pb':0
+GSM733709_1	'pr':46,'pg':92,'pb':0
+GSM822292_1	'pr':0,'pg':0,'pb':200
+GSM733730_1	'pr':159,'pg':0,'pb':72
+GSM733677_1	'pr':46,'pg':92,'pb':0
+GSM945325_1	'pr':180,'pg':0,'pb':0
+GSM945195_1	'pr':0,'pg':0,'pb':200
+GSM945305_1	'pr':0,'pg':0,'pb':200
+GSM749775_1	'pr':0,'pg':0,'pb':200
+GSM945242_2	'pr':0,'pg':117,'pb':0
+GSM736604_1	'pr':0,'pg':77,'pb':0
+GSM945176_1	'pr':0,'pg':0,'pb':200
+GSM733642_1	'pr':0,'pg':150,'pb':150
+GSM733669_1	'pr':170,'pg':170,'pb':0
+GSM935288_1	'pr':0,'pg':0,'pb':200
+GSM736548_1	'pr':0,'pg':77,'pb':0
+GSM816664_1	'pr':0,'pg':77,'pb':0
+GSM749760_1	'pr':0,'pg':0,'pb':200
+GSM733713_1	'pr':46,'pg':92,'pb':0
+GSM733693_1	'pr':0,'pg':82,'pb':41
+GSM733666_1	'pr':0,'pg':0,'pb':150
+GSM733698_1	'pr':0,'pg':133,'pb':66
+GSM749709_1	'pr':0,'pg':0,'pb':200
+GSM945179_2	'pr':0,'pg':117,'pb':0
+GSM733740_1	'pr':0,'pg':0,'pb':200
+GSM945293_1	'pr':0,'pg':0,'pb':200
+GSM736523_1	'pr':0,'pg':77,'pb':0
+GSM736561_1	'pr':0,'pg':77,'pb':0
+GSM733684_1	'pr':0,'pg':0,'pb':150
+GSM733691_1	'pr':0,'pg':0,'pb':150
+GSM935327_1	'pr':0,'pg':0,'pb':200
+GSM749724_1	'pr':0,'pg':0,'pb':200
+GSM749672_1	'pr':0,'pg':0,'pb':200
+GSM945301_1	'pr':180,'pg':0,'pb':0
+GSM945183_2	'pr':180,'pg':0,'pb':0
+GSM945191_2	'pr':0,'pg':117,'pb':0
+GSM945304_2	'pr':0,'pg':117,'pb':0
+GSM945241_2	'pr':0,'pg':117,'pb':0
+GSM945177_1	'pr':0,'pg':117,'pb':0
+GSM935535_1	'pr':0,'pg':0,'pb':200
+GSM733705_1	'pr':0,'pg':133,'pb':66
+GSM736615_1	'pr':0,'pg':77,'pb':0
+GSM733678_1	'pr':0,'pg':0,'pb':200
+GSM816653_2	'pr':0,'pg':77,'pb':0
+GSM945202_2	'pr':0,'pg':117,'pb':0
+GSM945312_2	'pr':0,'pg':117,'pb':0
+GSM736564_1	'pr':0,'pg':77,'pb':0
+GSM736597_1	'pr':0,'pg':77,'pb':0
+GSM945190_1	'pr':0,'pg':117,'pb':0
+GSM816670_1	'pr':0,'pg':77,'pb':0
+GSM733683_1	'pr':0,'pg':82,'pb':41
+GSM733717_1	'pr':33,'pg':97,'pb':11
+GSM816652_1	'pr':0,'pg':77,'pb':0
+GSM945234_1	'pr':0,'pg':0,'pb':200
+GSM733699_1	'pr':33,'pg':97,'pb':11
+GSM945199_2	'pr':0,'pg':117,'pb':0
+GSM1022646_1	'pr':0,'pg':0,'pb':200
+GSM1003558_1	'pr':0,'pg':0,'pb':200
+GSM1008564_1	'pr':0,'pg':77,'pb':0
+GSM1024769_1	'pr':0,'pg':77,'pb':0
+GSM1024760_1	'pr':0,'pg':77,'pb':0
+GSM1014516_1	'pr':11,'pg':59,'pb':23
+GSM1008584_1	'pr':0,'pg':77,'pb':0
+GSM1014538_2	'pr':11,'pg':59,'pb':23
+GSM1014527_1	'pr':11,'pg':59,'pb':23
+GSM1003555_1	'pr':170,'pg':170,'pb':0
+GSM1024755_1	'pr':0,'pg':77,'pb':0
+GSM1003517_1	'pr':159,'pg':0,'pb':72
+GSM1003468_1	'pr':0,'pg':117,'pb':0
+GSM1014520_2	'pr':11,'pg':59,'pb':23
+GSM1003506_1	'pr':0,'pg':117,'pb':0
+GSM1014530_1	'pr':11,'pg':59,'pb':23
+GSM1008587_2	'pr':0,'pg':77,'pb':0
+GSM1008578_2	'pr':0,'pg':77,'pb':0
+GSM1008577_2	'pr':0,'pg':77,'pb':0
+GSM1003495_1	'pr':0,'pg':133,'pb':66
+GSM1003559_1	'pr':0,'pg':0,'pb':150
+GSM1006880_1	'pr':0,'pg':0,'pb':200
+GSM1003562_1	'pr':33,'pg':97,'pb':11
+GSM1003557_1	'pr':170,'pg':170,'pb':0
+GSM1024774_1	'pr':0,'pg':77,'pb':0
+GSM1014535_2	'pr':11,'pg':59,'pb':23
+GSM1024754_1	'pr':0,'pg':77,'pb':0
+GSM1003561_1	'pr':0,'pg':117,'pb':0
+GSM1003499_1	'pr':51,'pg':102,'pb':190
+GSM1008572_2	'pr':0,'pg':77,'pb':0
+GSM1008566_2	'pr':0,'pg':77,'pb':0
+GSM1008562_1	'pr':0,'pg':77,'pb':0
+GSM1003519_1	'pr':159,'pg':0,'pb':72
+GSM1008570_2	'pr':0,'pg':77,'pb':0
+GSM1003471_1	'pr':0,'pg':82,'pb':41
+GSM1024785_1	'pr':0,'pg':77,'pb':0
+GSM1003534_1	'pr':46,'pg':92,'pb':0
+GSM1024753_1	'pr':0,'pg':77,'pb':0
+GSM1008593_2	'pr':0,'pg':77,'pb':0
+GSM1014511_1	'pr':11,'pg':59,'pb':23
+GSM1006868_1	'pr':0,'pg':0,'pb':200
+GSM1003503_1	'pr':180,'pg':0,'pb':0
+GSM1008580_1	'pr':0,'pg':77,'pb':0
+GSM1008589_2	'pr':0,'pg':77,'pb':0
+GSM1024773_1	'pr':0,'pg':77,'pb':0
+GSM1024784_1	'pr':0,'pg':77,'pb':0
+GSM1003579_1	'pr':51,'pg':102,'pb':190
+GSM1014512_2	'pr':11,'pg':59,'pb':23
+GSM1008605_2	'pr':0,'pg':77,'pb':0
+GSM1014518_1	'pr':11,'pg':59,'pb':23
+GSM1003624_1	'pr':0,'pg':0,'pb':200
+GSM1003456_1	'pr':33,'pg':97,'pb':11
+GSM1008556_2	'pr':0,'pg':77,'pb':0
+GSM1022645_1	'pr':0,'pg':0,'pb':200
+GSM1008560_2	'pr':0,'pg':77,'pb':0
+GSM1003536_1	'pr':0,'pg':117,'pb':0
+GSM1008556_1	'pr':0,'pg':77,'pb':0
+GSM1024746_1	'pr':0,'pg':77,'pb':0
+GSM1024749_1	'pr':0,'pg':77,'pb':0
+GSM1008599_2	'pr':0,'pg':77,'pb':0
+GSM1003467_1	'pr':0,'pg':150,'pb':150
+GSM1022648_1	'pr':0,'pg':0,'pb':200
+GSM1008601_1	'pr':0,'pg':77,'pb':0
+GSM1008582_2	'pr':0,'pg':77,'pb':0
+GSM1008588_2	'pr':0,'pg':77,'pb':0
+GSM1010912_1	'pr':0,'pg':0,'pb':150
+GSM1008569_2	'pr':0,'pg':77,'pb':0
+GSM1024745_1	'pr':0,'pg':77,'pb':0
+GSM1008597_1	'pr':0,'pg':77,'pb':0
+GSM1014515_1	'pr':11,'pg':59,'pb':23
+GSM1024763_1	'pr':0,'pg':77,'pb':0
+GSM1014534_1	'pr':11,'pg':59,'pb':23
+GSM1014541_1	'pr':11,'pg':59,'pb':23
+GSM1008559_2	'pr':0,'pg':77,'pb':0
+GSM1024757_1	'pr':0,'pg':77,'pb':0
+GSM1022647_1	'pr':0,'pg':0,'pb':200
+GSM1006872_1	'pr':0,'pg':0,'pb':200
+GSM1024772_1	'pr':0,'pg':77,'pb':0
+GSM1008601_2	'pr':0,'pg':77,'pb':0
+GSM1024789_1	'pr':0,'pg':77,'pb':0
+GSM1008588_1	'pr':0,'pg':77,'pb':0
+GSM1003459_1	'pr':0,'pg':0,'pb':150
+GSM1008583_2	'pr':0,'pg':77,'pb':0
+GSM1022655_1	'pr':0,'pg':0,'pb':200
+GSM1003530_1	'pr':51,'pg':102,'pb':190
+GSM1008574_1	'pr':0,'pg':77,'pb':0
+GSM1003531_1	'pr':159,'pg':0,'pb':72
+GSM1003526_1	'pr':0,'pg':133,'pb':66
+GSM1008585_2	'pr':0,'pg':77,'pb':0
+GSM1014530_2	'pr':11,'pg':59,'pb':23
+GSM1024768_1	'pr':0,'pg':77,'pb':0
+GSM1003533_1	'pr':0,'pg':82,'pb':41
+GSM1008578_1	'pr':0,'pg':77,'pb':0
+GSM1006890_1	'pr':0,'pg':0,'pb':200
+GSM1014526_2	'pr':11,'pg':59,'pb':23
+GSM1024766_1	'pr':0,'pg':77,'pb':0
+GSM1014515_2	'pr':11,'pg':59,'pb':23
+GSM1014533_2	'pr':11,'pg':59,'pb':23
+GSM1008591_1	'pr':0,'pg':77,'pb':0
+GSM1003541_1	'pr':0,'pg':0,'pb':200
+GSM1008581_2	'pr':0,'pg':77,'pb':0
+GSM1024795_1	'pr':0,'pg':77,'pb':0
+GSM1014535_1	'pr':11,'pg':59,'pb':23
+GSM1008568_1	'pr':0,'pg':77,'pb':0
+GSM1008557_1	'pr':0,'pg':77,'pb':0
+GSM1024758_1	'pr':0,'pg':77,'pb':0
+GSM1003458_1	'pr':0,'pg':150,'pb':150
+GSM1024759_1	'pr':0,'pg':77,'pb':0
+GSM1014537_1	'pr':11,'pg':59,'pb':23
+GSM1003491_1	'pr':159,'pg':0,'pb':72
+GSM1014521_2	'pr':11,'pg':59,'pb':23
+GSM1008605_1	'pr':0,'pg':77,'pb':0
+GSM1024756_1	'pr':0,'pg':77,'pb':0
+GSM1008600_2	'pr':0,'pg':77,'pb':0
+GSM1014526_1	'pr':11,'pg':59,'pb':23
+GSM1022656_1	'pr':0,'pg':0,'pb':200
+GSM1008579_2	'pr':0,'pg':77,'pb':0
+GSM1014528_1	'pr':11,'pg':59,'pb':23
+GSM1008586_1	'pr':0,'pg':77,'pb':0
+GSM1008571_1	'pr':0,'pg':77,'pb':0
+GSM1008590_1	'pr':0,'pg':77,'pb':0
+GSM1003482_1	'pr':159,'pg':0,'pb':72
+GSM1003511_1	'pr':0,'pg':82,'pb':41
+GSM1014510_1	'pr':11,'pg':59,'pb':23
+GSM1003469_1	'pr':170,'pg':170,'pb':0
+GSM1008594_2	'pr':0,'pg':77,'pb':0
+GSM1008574_2	'pr':0,'pg':77,'pb':0
+GSM1008573_2	'pr':0,'pg':77,'pb':0
+GSM1003543_1	'pr':170,'pg':170,'pb':0
+GSM1010914_2	'pr':159,'pg':0,'pb':72
+GSM1024792_1	'pr':0,'pg':77,'pb':0
+GSM1024767_1	'pr':0,'pg':77,'pb':0
+GSM1014517_2	'pr':11,'pg':59,'pb':23
+GSM1014537_2	'pr':11,'pg':59,'pb':23
+GSM1006884_1	'pr':0,'pg':0,'pb':200
+GSM1014509_2	'pr':11,'pg':59,'pb':23
+GSM1014531_1	'pr':11,'pg':59,'pb':23
+GSM1006867_1	'pr':0,'pg':0,'pb':200
+GSM1003505_1	'pr':51,'pg':102,'pb':190
+GSM1024747_1	'pr':0,'pg':77,'pb':0
+GSM1003453_1	'pr':0,'pg':133,'pb':66
+GSM1003578_1	'pr':0,'pg':0,'pb':150
+GSM1003516_1	'pr':0,'pg':82,'pb':41
+GSM1008584_2	'pr':0,'pg':77,'pb':0
+GSM1024743_1	'pr':0,'pg':77,'pb':0
+GSM1003548_1	'pr':51,'pg':102,'pb':190
+GSM1014536_2	'pr':11,'pg':59,'pb':23
+GSM1024742_1	'pr':0,'pg':77,'pb':0
+GSM1003580_1	'pr':51,'pg':102,'pb':190
+GSM1003554_1	'pr':170,'pg':170,'pb':0
+GSM1014519_1	'pr':11,'pg':59,'pb':23
+GSM1014541_2	'pr':11,'pg':59,'pb':23
+GSM1008595_1	'pr':0,'pg':77,'pb':0
+GSM1003556_1	'pr':51,'pg':102,'pb':190
+GSM1014525_1	'pr':11,'pg':59,'pb':23
+GSM1008575_2	'pr':0,'pg':77,'pb':0
+GSM1008560_1	'pr':0,'pg':77,'pb':0
+GSM1003512_1	'pr':170,'pg':170,'pb':0
+GSM1006892_1	'pr':0,'pg':0,'pb':200
+GSM1014539_1	'pr':11,'pg':59,'pb':23
+GSM1014513_1	'pr':11,'pg':59,'pb':23
+GSM1014520_1	'pr':11,'pg':59,'pb':23
+GSM1014518_2	'pr':11,'pg':59,'pb':23
+GSM1014521_1	'pr':11,'pg':59,'pb':23
+GSM1024781_1	'pr':0,'pg':77,'pb':0
+GSM1024777_1	'pr':0,'pg':77,'pb':0
+GSM1014508_2	'pr':11,'pg':59,'pb':23
+GSM1003485_1	'pr':159,'pg':0,'pb':72
+GSM1008580_2	'pr':0,'pg':77,'pb':0
+GSM1024751_1	'pr':0,'pg':77,'pb':0
+GSM1022638_1	'pr':0,'pg':0,'pb':200
+GSM1008596_1	'pr':0,'pg':77,'pb':0
+GSM1003552_1	'pr':46,'pg':92,'pb':0
+GSM1014540_2	'pr':11,'pg':59,'pb':23
+GSM1014522_2	'pr':11,'pg':59,'pb':23
+GSM1008561_2	'pr':0,'pg':77,'pb':0
+GSM1008577_1	'pr':0,'pg':77,'pb':0
+GSM1014523_2	'pr':11,'pg':59,'pb':23
+GSM1003528_1	'pr':159,'pg':0,'pb':72
+GSM1022625_1	'pr':0,'pg':0,'pb':200
+GSM1008561_1	'pr':0,'pg':77,'pb':0
+GSM1008602_2	'pr':0,'pg':77,'pb':0
+GSM1003551_1	'pr':159,'pg':0,'pb':72
+GSM1008604_2	'pr':0,'pg':77,'pb':0
+GSM1003540_1	'pr':0,'pg':0,'pb':200
+GSM1014536_1	'pr':11,'pg':59,'pb':23
+GSM1003537_1	'pr':170,'pg':170,'pb':0
+GSM1014524_1	'pr':11,'pg':59,'pb':23
+GSM1024775_1	'pr':0,'pg':77,'pb':0
+GSM1008576_2	'pr':0,'pg':77,'pb':0
+GSM1014528_2	'pr':11,'pg':59,'pb':23
+GSM1014534_2	'pr':11,'pg':59,'pb':23
+GSM1024786_1	'pr':0,'pg':77,'pb':0
+GSM1006895_1	'pr':0,'pg':0,'pb':200
+GSM1008558_2	'pr':0,'pg':77,'pb':0
+GSM1014510_2	'pr':11,'pg':59,'pb':23
+GSM1008606_2	'pr':0,'pg':77,'pb':0
+GSM1014512_1	'pr':11,'pg':59,'pb':23
+GSM1024788_1	'pr':0,'pg':77,'pb':0
+GSM1003455_1	'pr':180,'pg':0,'pb':0
+GSM1014519_2	'pr':11,'pg':59,'pb':23
+GSM1003486_1	'pr':0,'pg':150,'pb':150
+GSM1022670_1	'pr':0,'pg':0,'pb':200
+GSM1024750_1	'pr':0,'pg':77,'pb':0
+GSM1024791_1	'pr':0,'pg':77,'pb':0
+GSM1014524_2	'pr':11,'pg':59,'pb':23
+GSM1014531_2	'pr':11,'pg':59,'pb':23
+GSM1003462_1	'pr':0,'pg':0,'pb':150
+GSM1024765_1	'pr':0,'pg':77,'pb':0
+GSM1003527_1	'pr':170,'pg':170,'pb':0
+GSM1014532_1	'pr':11,'pg':59,'pb':23
+GSM1014529_2	'pr':11,'pg':59,'pb':23
+GSM1003538_1	'pr':159,'pg':0,'pb':72
+GSM1003544_1	'pr':46,'pg':92,'pb':0
+GSM1006894_1	'pr':0,'pg':0,'pb':200
+GSM1008570_1	'pr':0,'pg':77,'pb':0
+GSM1008571_2	'pr':0,'pg':77,'pb':0
+GSM1022673_1	'pr':0,'pg':0,'pb':200
+GSM1024778_1	'pr':0,'pg':77,'pb':0
+GSM1014516_2	'pr':11,'pg':59,'pb':23
+GSM1008600_1	'pr':0,'pg':77,'pb':0
+GSM1008603_2	'pr':0,'pg':77,'pb':0
+GSM1008599_1	'pr':0,'pg':77,'pb':0
+GSM1008576_1	'pr':0,'pg':77,'pb':0
+GSM1008564_2	'pr':0,'pg':77,'pb':0
+GSM1003577_1	'pr':180,'pg':0,'pb':0
+GSM1003454_1	'pr':159,'pg':0,'pb':72
+GSM1008557_2	'pr':0,'pg':77,'pb':0
+GSM1008585_1	'pr':0,'pg':77,'pb':0
+GSM1024744_1	'pr':0,'pg':77,'pb':0
+GSM1024771_1	'pr':0,'pg':77,'pb':0
+GSM1014529_1	'pr':11,'pg':59,'pb':23
+GSM1014539_2	'pr':11,'pg':59,'pb':23
+GSM1008568_2	'pr':0,'pg':77,'pb':0
+GSM1003463_1	'pr':33,'pg':97,'pb':11
+GSM1003585_1	'pr':159,'pg':0,'pb':72
+GSM1003521_1	'pr':180,'pg':0,'pb':0
+GSM1008590_2	'pr':0,'pg':77,'pb':0
+GSM1003542_1	'pr':0,'pg':117,'pb':0
+GSM1014511_2	'pr':11,'pg':59,'pb':23
+GSM1003481_1	'pr':0,'pg':150,'pb':150
+GSM1003547_1	'pr':170,'pg':170,'pb':0
+GSM1022627_1	'pr':0,'pg':0,'pb':200
+GSM1022632_1	'pr':0,'pg':0,'pb':200
+GSM1008592_2	'pr':0,'pg':77,'pb':0
+GSM1008558_1	'pr':0,'pg':77,'pb':0
+GSM1003497_1	'pr':0,'pg':150,'pb':150
+GSM1008563_1	'pr':0,'pg':77,'pb':0
+GSM1003461_1	'pr':0,'pg':82,'pb':41
+GSM1024790_1	'pr':0,'pg':77,'pb':0
+GSM1014522_1	'pr':11,'pg':59,'pb':23
+GSM1008595_2	'pr':0,'pg':77,'pb':0
+GSM1014514_2	'pr':11,'pg':59,'pb':23
+GSM1003553_1	'pr':159,'pg':0,'pb':72
+GSM1008566_1	'pr':0,'pg':77,'pb':0
+GSM1003549_1	'pr':170,'pg':170,'pb':0
+GSM1024739_1	'pr':0,'pg':77,'pb':0
+GSM1024770_1	'pr':0,'pg':77,'pb':0
+GSM1008587_1	'pr':0,'pg':77,'pb':0
+GSM1008603_1	'pr':0,'pg':77,'pb':0
+GSM1008594_1	'pr':0,'pg':77,'pb':0
+GSM1022642_1	'pr':0,'pg':0,'pb':200
+GSM1014517_1	'pr':11,'pg':59,'pb':23
+GSM1024764_1	'pr':0,'pg':77,'pb':0
+GSM1008569_1	'pr':0,'pg':77,'pb':0
+GSM1022674_1	'pr':0,'pg':0,'pb':200
+GSM1024794_1	'pr':0,'pg':77,'pb':0
+GSM1008596_2	'pr':0,'pg':77,'pb':0
+GSM1010914_1	'pr':159,'pg':0,'pb':72
+GSM1014509_1	'pr':11,'pg':59,'pb':23
+GSM1014508_1	'pr':11,'pg':59,'pb':23
+GSM1024780_1	'pr':0,'pg':77,'pb':0
+GSM1024783_1	'pr':0,'pg':77,'pb':0
+GSM1008581_1	'pr':0,'pg':77,'pb':0
+GSM1024748_1	'pr':0,'pg':77,'pb':0
+GSM1008583_1	'pr':0,'pg':77,'pb':0
+GSM1003480_1	'pr':159,'pg':0,'pb':72
+GSM1014538_1	'pr':11,'pg':59,'pb':23
+GSM1008592_1	'pr':0,'pg':77,'pb':0
+GSM1003494_1	'pr':33,'pg':97,'pb':11
+GSM1024740_1	'pr':0,'pg':77,'pb':0
+GSM1014523_1	'pr':11,'pg':59,'pb':23
+GSM1024782_1	'pr':0,'pg':77,'pb':0
+GSM1003460_1	'pr':0,'pg':133,'pb':66
+GSM1006888_1	'pr':0,'pg':0,'pb':200
+GSM1022654_1	'pr':0,'pg':0,'pb':200
+GSM1008579_1	'pr':0,'pg':77,'pb':0
+GSM1003496_1	'pr':0,'pg':82,'pb':41
+GSM1008586_2	'pr':0,'pg':77,'pb':0
+GSM1008598_1	'pr':0,'pg':77,'pb':0
+GSM1008567_2	'pr':0,'pg':77,'pb':0
+GSM1003502_1	'pr':170,'pg':170,'pb':0
+GSM1003465_1	'pr':51,'pg':102,'pb':190
+GSM1024741_1	'pr':0,'pg':77,'pb':0
+GSM1003515_1	'pr':46,'pg':92,'pb':0
+GSM1024779_1	'pr':0,'pg':77,'pb':0
+GSM1024776_1	'pr':0,'pg':77,'pb':0
+GSM1003535_1	'pr':0,'pg':133,'pb':66
+GSM1022660_1	'pr':0,'pg':0,'pb':200
+GSM1014525_2	'pr':11,'pg':59,'pb':23
+GSM1008598_2	'pr':0,'pg':77,'pb':0
+GSM1022672_1	'pr':0,'pg':0,'pb':200
+GSM1003546_1	'pr':51,'pg':102,'pb':190
+GSM1008565_1	'pr':0,'pg':77,'pb':0
+GSM1008562_2	'pr':0,'pg':77,'pb':0
+GSM1006879_1	'pr':0,'pg':0,'pb':200
+GSM1006871_1	'pr':0,'pg':0,'pb':200
+GSM1008567_1	'pr':0,'pg':77,'pb':0
+GSM1008606_1	'pr':0,'pg':77,'pb':0
+GSM1003476_1	'pr':51,'pg':102,'pb':190
+GSM1003539_1	'pr':0,'pg':150,'pb':150
+GSM1003488_1	'pr':51,'pg':102,'pb':190
+GSM1003483_1	'pr':51,'pg':102,'pb':190
+GSM1008593_1	'pr':0,'pg':77,'pb':0
+GSM1014532_2	'pr':11,'pg':59,'pb':23
+GSM1022641_1	'pr':0,'pg':0,'pb':200
+GSM1008591_2	'pr':0,'pg':77,'pb':0
+GSM1003490_1	'pr':170,'pg':170,'pb':0
+GSM1014513_2	'pr':11,'pg':59,'pb':23
+GSM1008565_2	'pr':0,'pg':77,'pb':0
+GSM1003493_1	'pr':0,'pg':0,'pb':150
+GSM1014533_1	'pr':11,'pg':59,'pb':23
+GSM1008582_1	'pr':0,'pg':77,'pb':0
+GSM1022659_1	'pr':0,'pg':0,'pb':200
+GSM1008573_1	'pr':0,'pg':77,'pb':0
+GSM1014514_1	'pr':11,'pg':59,'pb':23
+GSM1024787_1	'pr':0,'pg':77,'pb':0
+GSM1008602_1	'pr':0,'pg':77,'pb':0
+GSM1003466_1	'pr':180,'pg':0,'pb':0
+GSM1006889_1	'pr':0,'pg':0,'pb':200
+GSM1024762_1	'pr':0,'pg':77,'pb':0
+GSM1008604_1	'pr':0,'pg':77,'pb':0
+GSM1003477_1	'pr':0,'pg':0,'pb':200
+GSM1008559_1	'pr':0,'pg':77,'pb':0
+GSM1008575_1	'pr':0,'pg':77,'pb':0
+GSM1003500_1	'pr':51,'pg':102,'pb':190
+GSM1003564_1	'pr':180,'pg':0,'pb':0
+GSM1008589_1	'pr':0,'pg':77,'pb':0
+GSM1022649_1	'pr':0,'pg':0,'pb':200
+GSM1003525_1	'pr':0,'pg':150,'pb':150
+GSM1010913_1	'pr':180,'pg':0,'pb':0
+GSM1008572_1	'pr':0,'pg':77,'pb':0
+GSM1014540_1	'pr':11,'pg':59,'pb':23
+GSM1024752_1	'pr':0,'pg':77,'pb':0
+GSM1024761_1	'pr':0,'pg':77,'pb':0
+GSM1008563_2	'pr':0,'pg':77,'pb':0
+GSM1008597_2	'pr':0,'pg':77,'pb':0
+GSM1003475_1	'pr':0,'pg':0,'pb':200
+GSM1014527_2	'pr':11,'pg':59,'pb':23
+GSM1024793_1	'pr':0,'pg':77,'pb':0
diff --git a/hg19/track2Style_roadmap b/hg19/track2Style_roadmap
new file mode 100644
index 0000000..3936103
--- /dev/null
+++ b/hg19/track2Style_roadmap
@@ -0,0 +1,2034 @@
+GSM428286	'pr':0,'pg':100,'pb':00
+GSM605332	'pr':0,'pg':120,'pb':120
+GSM667639	'pr':0,'pg':120,'pb':120
+GSM667640	'pr':0,'pg':120,'pb':120
+GSM521924	'pr':0,'pg':120,'pb':120
+GSM521925	'pr':0,'pg':120,'pb':120
+GSM667637	'pr':94,'pg':97,'pb':11
+GSM667638	'pr':94,'pg':97,'pb':11
+GSM521919	'pr':94,'pg':97,'pb':11
+GSM521921	'pr':94,'pg':97,'pb':11
+GSM521922	'pr':94,'pg':97,'pb':11
+GSM521923	'pr':94,'pg':97,'pb':11
+GSM605330	'pr':150,'pg':0,'pb':150
+GSM667635	'pr':150,'pg':0,'pb':150
+GSM667636	'pr':150,'pg':0,'pb':150
+GSM469975	'pr':150,'pg':0,'pb':150
+GSM521918	'pr':150,'pg':0,'pb':150
+GSM605329	'pr':0,'pg':150,'pb':150
+GSM667634	'pr':0,'pg':150,'pb':150
+GSM521915	'pr':0,'pg':150,'pb':150
+GSM521917	'pr':0,'pg':150,'pb':150
+GSM621398	'pr':159,'pg':0,'pb':72
+GSM621391	'pr':159,'pg':0,'pb':72
+GSM669933	'pr':159,'pg':0,'pb':72
+GSM669968	'pr':159,'pg':0,'pb':72
+GSM669976	'pr':159,'pg':0,'pb':72
+GSM669981	'pr':159,'pg':0,'pb':72
+GSM621426	'pr':159,'pg':0,'pb':72
+GSM669989	'pr':159,'pg':0,'pb':72
+GSM670018	'pr':159,'pg':0,'pb':72
+GSM670028	'pr':159,'pg':0,'pb':72
+GSM669994	'pr':159,'pg':0,'pb':72
+GSM669923	'pr':159,'pg':0,'pb':72
+GSM621427	'pr':159,'pg':0,'pb':72
+GSM670001	'pr':159,'pg':0,'pb':72
+GSM670005	'pr':159,'pg':0,'pb':72
+GSM669965	'pr':159,'pg':0,'pb':72
+GSM669973	'pr':159,'pg':0,'pb':72
+GSM669596	'pr':159,'pg':0,'pb':72
+GSM613871	'pr':159,'pg':0,'pb':72
+GSM613886	'pr':159,'pg':0,'pb':72
+GSM613875	'pr':159,'pg':0,'pb':72
+GSM537635	'pr':159,'pg':0,'pb':72
+GSM537654	'pr':159,'pg':0,'pb':72
+GSM537637	'pr':159,'pg':0,'pb':72
+GSM537645	'pr':159,'pg':0,'pb':72
+GSM537653	'pr':159,'pg':0,'pb':72
+GSM537663	'pr':159,'pg':0,'pb':72
+GSM621399	'pr':159,'pg':0,'pb':72
+GSM621436	'pr':159,'pg':0,'pb':72
+GSM621663	'pr':159,'pg':0,'pb':72
+GSM669995	'pr':159,'pg':0,'pb':72
+GSM486710	'pr':159,'pg':0,'pb':72
+GSM486712	'pr':159,'pg':0,'pb':72
+GSM613812	'pr':159,'pg':0,'pb':72
+GSM669919	'pr':159,'pg':0,'pb':72
+GSM670023	'pr':159,'pg':0,'pb':72
+GSM670040	'pr':159,'pg':0,'pb':72
+GSM621668	'pr':159,'pg':0,'pb':72
+GSM621395	'pr':159,'pg':0,'pb':72
+GSM537625	'pr':159,'pg':0,'pb':72
+GSM537664	'pr':159,'pg':0,'pb':72
+GSM537639	'pr':159,'pg':0,'pb':72
+GSM428291	'pr':159,'pg':0,'pb':72
+GSM433174	'pr':159,'pg':0,'pb':72
+GSM450266	'pr':159,'pg':0,'pb':72
+GSM605325	'pr':159,'pg':0,'pb':72
+GSM605327	'pr':159,'pg':0,'pb':72
+GSM605328	'pr':159,'pg':0,'pb':72
+GSM667631	'pr':159,'pg':0,'pb':72
+GSM667632	'pr':159,'pg':0,'pb':72
+GSM667633	'pr':159,'pg':0,'pb':72
+GSM621397	'pr':159,'pg':0,'pb':72
+GSM621434	'pr':159,'pg':0,'pb':72
+GSM621744	'pr':159,'pg':0,'pb':72
+GSM621747	'pr':159,'pg':0,'pb':72
+GSM621753	'pr':159,'pg':0,'pb':72
+GSM669886	'pr':159,'pg':0,'pb':72
+GSM669894	'pr':159,'pg':0,'pb':72
+GSM669928	'pr':159,'pg':0,'pb':72
+GSM469974	'pr':159,'pg':0,'pb':72
+GSM521913	'pr':159,'pg':0,'pb':72
+GSM521914	'pr':159,'pg':0,'pb':72
+GSM537691	'pr':159,'pg':0,'pb':72
+GSM537678	'pr':159,'pg':0,'pb':72
+GSM537688	'pr':159,'pg':0,'pb':72
+GSM621651	'pr':159,'pg':0,'pb':72
+GSM621441	'pr':159,'pg':0,'pb':72
+GSM537695	'pr':159,'pg':0,'pb':72
+GSM537710	'pr':159,'pg':0,'pb':72
+GSM669986	'pr':159,'pg':0,'pb':72
+GSM669939	'pr':159,'pg':0,'pb':72
+GSM537686	'pr':159,'pg':0,'pb':72
+GSM613878	'pr':159,'pg':0,'pb':72
+GSM613882	'pr':159,'pg':0,'pb':72
+GSM621633	'pr':159,'pg':0,'pb':72
+GSM621678	'pr':159,'pg':0,'pb':72
+GSM621660	'pr':159,'pg':0,'pb':72
+GSM621632	'pr':159,'pg':0,'pb':72
+GSM621681	'pr':159,'pg':0,'pb':72
+GSM621690	'pr':159,'pg':0,'pb':72
+GSM621631	'pr':159,'pg':0,'pb':72
+GSM621428	'pr':159,'pg':0,'pb':72
+GSM621389	'pr':159,'pg':0,'pb':72
+GSM670020	'pr':46,'pg':92,'pb':0
+GSM670020_1	'pr':46,'pg':92,'pb':0
+GSM669904	'pr':46,'pg':92,'pb':0
+GSM669922	'pr':46,'pg':92,'pb':0
+GSM669938	'pr':46,'pg':92,'pb':0
+GSM670027	'pr':46,'pg':92,'pb':0
+GSM621442	'pr':46,'pg':92,'pb':0
+GSM669937	'pr':46,'pg':92,'pb':0
+GSM669983	'pr':46,'pg':92,'pb':0
+GSM669999	'pr':46,'pg':92,'pb':0
+GSM669950	'pr':46,'pg':92,'pb':0
+GSM670032	'pr':46,'pg':92,'pb':0
+GSM669623	'pr':46,'pg':92,'pb':0
+GSM669906	'pr':46,'pg':92,'pb':0
+GSM669918	'pr':46,'pg':92,'pb':0
+GSM669977	'pr':46,'pg':92,'pb':0
+GSM613889	'pr':46,'pg':92,'pb':0
+GSM543004	'pr':46,'pg':92,'pb':0
+GSM613813	'pr':46,'pg':92,'pb':0
+GSM669917	'pr':46,'pg':92,'pb':0
+GSM670030	'pr':46,'pg':92,'pb':0
+GSM621674	'pr':46,'pg':92,'pb':0
+GSM621445	'pr':46,'pg':92,'pb':0
+GSM537624	'pr':46,'pg':92,'pb':0
+GSM537670	'pr':46,'pg':92,'pb':0
+GSM669896	'pr':46,'pg':92,'pb':0
+GSM410807	'pr':46,'pg':92,'pb':0
+GSM433171	'pr':46,'pg':92,'pb':0
+GSM434785	'pr':46,'pg':92,'pb':0
+GSM537685	'pr':46,'pg':92,'pb':0
+GSM605323	'pr':46,'pg':92,'pb':0
+GSM605324	'pr':46,'pg':92,'pb':0
+GSM616129	'pr':46,'pg':92,'pb':0
+GSM621400	'pr':46,'pg':92,'pb':0
+GSM621738	'pr':46,'pg':92,'pb':0
+GSM621748	'pr':46,'pg':92,'pb':0
+GSM621757	'pr':46,'pg':92,'pb':0
+GSM670013	'pr':46,'pg':92,'pb':0
+GSM669890	'pr':46,'pg':92,'pb':0
+GSM669963	'pr':46,'pg':92,'pb':0
+GSM469973	'pr':46,'pg':92,'pb':0
+GSM521912	'pr':46,'pg':92,'pb':0
+GSM537692	'pr':46,'pg':92,'pb':0
+GSM537677	'pr':46,'pg':92,'pb':0
+GSM537689	'pr':46,'pg':92,'pb':0
+GSM621430	'pr':46,'pg':92,'pb':0
+GSM537705	'pr':46,'pg':92,'pb':0
+GSM621630	'pr':46,'pg':92,'pb':0
+GSM537660	'pr':46,'pg':92,'pb':0
+GSM669590	'pr':46,'pg':92,'pb':0
+GSM613879	'pr':46,'pg':92,'pb':0
+GSM613883	'pr':46,'pg':92,'pb':0
+GSM621636	'pr':46,'pg':92,'pb':0
+GSM669949	'pr':46,'pg':92,'pb':0
+GSM670021	'pr':46,'pg':92,'pb':0
+GSM621661	'pr':46,'pg':92,'pb':0
+GSM621682	'pr':46,'pg':92,'pb':0
+GSM621688	'pr':46,'pg':92,'pb':0
+GSM621691	'pr':46,'pg':92,'pb':0
+GSM669921	'pr':46,'pg':92,'pb':0
+GSM605321	'pr':170,'pg':170,'pb':0
+GSM605322	'pr':170,'pg':170,'pb':0
+GSM667630	'pr':170,'pg':170,'pb':0
+GSM521909	'pr':170,'pg':170,'pb':0
+GSM521911	'pr':170,'pg':170,'pb':0
+GSM605318	'pr':185,'pg':0,'pb':185
+GSM605319	'pr':185,'pg':0,'pb':185
+GSM605320	'pr':185,'pg':0,'pb':185
+GSM667629	'pr':185,'pg':0,'pb':185
+GSM521904	'pr':185,'pg':0,'pb':185
+GSM521906	'pr':185,'pg':0,'pb':185
+GSM521907	'pr':185,'pg':0,'pb':185
+GSM521908	'pr':185,'pg':0,'pb':185
+GSM605317	'pr':0,'pg':149,'pb':149
+GSM667627	'pr':0,'pg':149,'pb':149
+GSM667628	'pr':0,'pg':149,'pb':149
+GSM521902	'pr':0,'pg':149,'pb':149
+GSM521903	'pr':0,'pg':149,'pb':149
+GSM621458	'pr':0,'pg':117,'pb':0
+GSM621435	'pr':0,'pg':117,'pb':0
+GSM669925	'pr':0,'pg':117,'pb':0
+GSM669988	'pr':0,'pg':117,'pb':0
+GSM669998	'pr':0,'pg':117,'pb':0
+GSM670041	'pr':0,'pg':117,'pb':0
+GSM621422	'pr':0,'pg':117,'pb':0
+GSM669924	'pr':0,'pg':117,'pb':0
+GSM669991	'pr':0,'pg':117,'pb':0
+GSM670019	'pr':0,'pg':117,'pb':0
+GSM670031	'pr':0,'pg':117,'pb':0
+GSM669905	'pr':0,'pg':117,'pb':0
+GSM669624	'pr':0,'pg':117,'pb':0
+GSM621457	'pr':0,'pg':117,'pb':0
+GSM670022	'pr':0,'pg':117,'pb':0
+GSM669992	'pr':0,'pg':117,'pb':0
+GSM670016	'pr':0,'pg':117,'pb':0
+GSM670038	'pr':0,'pg':117,'pb':0
+GSM613869	'pr':0,'pg':117,'pb':0
+GSM613874	'pr':0,'pg':117,'pb':0
+GSM537702	'pr':0,'pg':117,'pb':0
+GSM537622	'pr':0,'pg':117,'pb':0
+GSM537632	'pr':0,'pg':117,'pb':0
+GSM537615	'pr':0,'pg':117,'pb':0
+GSM537633	'pr':0,'pg':117,'pb':0
+GSM537629	'pr':0,'pg':117,'pb':0
+GSM537652	'pr':0,'pg':117,'pb':0
+GSM621404	'pr':0,'pg':117,'pb':0
+GSM621437	'pr':0,'pg':117,'pb':0
+GSM621439	'pr':0,'pg':117,'pb':0
+GSM621665	'pr':0,'pg':117,'pb':0
+GSM621667	'pr':0,'pg':117,'pb':0
+GSM669943	'pr':0,'pg':117,'pb':0
+GSM486709	'pr':0,'pg':117,'pb':0
+GSM486711	'pr':0,'pg':117,'pb':0
+GSM613811	'pr':0,'pg':117,'pb':0
+GSM613881	'pr':0,'pg':117,'pb':0
+GSM669990	'pr':0,'pg':117,'pb':0
+GSM670004	'pr':0,'pg':117,'pb':0
+GSM670034	'pr':0,'pg':117,'pb':0
+GSM621671	'pr':0,'pg':117,'pb':0
+GSM621432	'pr':0,'pg':117,'pb':0
+GSM537626	'pr':0,'pg':117,'pb':0
+GSM537665	'pr':0,'pg':117,'pb':0
+GSM537623	'pr':0,'pg':117,'pb':0
+GSM409308	'pr':0,'pg':117,'pb':0
+GSM410808	'pr':0,'pg':117,'pb':0
+GSM432392	'pr':0,'pg':117,'pb':0
+GSM433170	'pr':0,'pg':117,'pb':0
+GSM469971	'pr':0,'pg':117,'pb':0
+GSM537680	'pr':0,'pg':117,'pb':0
+GSM537681	'pr':0,'pg':117,'pb':0
+GSM605315	'pr':0,'pg':117,'pb':0
+GSM605316	'pr':0,'pg':117,'pb':0
+GSM616128	'pr':0,'pg':117,'pb':0
+GSM621417	'pr':0,'pg':117,'pb':0
+GSM621737	'pr':0,'pg':117,'pb':0
+GSM621745	'pr':0,'pg':117,'pb':0
+GSM621760	'pr':0,'pg':117,'pb':0
+GSM669936	'pr':0,'pg':117,'pb':0
+GSM669889	'pr':0,'pg':117,'pb':0
+GSM669893	'pr':0,'pg':117,'pb':0
+GSM669967	'pr':0,'pg':117,'pb':0
+GSM469970	'pr':0,'pg':117,'pb':0
+GSM521901	'pr':0,'pg':117,'pb':0
+GSM537694	'pr':0,'pg':117,'pb':0
+GSM537687	'pr':0,'pg':117,'pb':0
+GSM537671	'pr':0,'pg':117,'pb':0
+GSM537676	'pr':0,'pg':117,'pb':0
+GSM621423	'pr':0,'pg':117,'pb':0
+GSM621648	'pr':0,'pg':117,'pb':0
+GSM621438	'pr':0,'pg':117,'pb':0
+GSM537697	'pr':0,'pg':117,'pb':0
+GSM537709	'pr':0,'pg':117,'pb':0
+GSM621675	'pr':0,'pg':117,'pb':0
+GSM621405	'pr':0,'pg':117,'pb':0
+GSM537643	'pr':0,'pg':117,'pb':0
+GSM669589	'pr':0,'pg':117,'pb':0
+GSM621643	'pr':0,'pg':117,'pb':0
+GSM621658	'pr':0,'pg':117,'pb':0
+GSM621662	'pr':0,'pg':117,'pb':0
+GSM621637	'pr':0,'pg':117,'pb':0
+GSM621685	'pr':0,'pg':117,'pb':0
+GSM621694	'pr':0,'pg':117,'pb':0
+GSM621645	'pr':0,'pg':117,'pb':0
+GSM621388	'pr':0,'pg':117,'pb':0
+GSM602260	'pr':0,'pg':82,'pb':41
+GSM602261	'pr':0,'pg':82,'pb':41
+GSM605314	'pr':0,'pg':82,'pb':41
+GSM616127	'pr':0,'pg':82,'pb':41
+GSM621742	'pr':0,'pg':82,'pb':41
+GSM621750	'pr':0,'pg':82,'pb':41
+GSM621758	'pr':0,'pg':82,'pb':41
+GSM521899	'pr':0,'pg':82,'pb':41
+GSM521900	'pr':0,'pg':82,'pb':41
+GSM621418	'pr':0,'pg':133,'pb':66
+GSM621425	'pr':0,'pg':133,'pb':66
+GSM669908	'pr':0,'pg':133,'pb':66
+GSM669975	'pr':0,'pg':133,'pb':66
+GSM670045	'pr':0,'pg':133,'pb':66
+GSM621402	'pr':0,'pg':133,'pb':66
+GSM669911	'pr':0,'pg':133,'pb':66
+GSM669920	'pr':0,'pg':133,'pb':66
+GSM669980	'pr':0,'pg':133,'pb':66
+GSM669970	'pr':0,'pg':133,'pb':66
+GSM670033	'pr':0,'pg':133,'pb':66
+GSM669962	'pr':0,'pg':133,'pb':66
+GSM670036	'pr':0,'pg':133,'pb':66
+GSM670015	'pr':0,'pg':133,'pb':66
+GSM669941	'pr':0,'pg':133,'pb':66
+GSM669595	'pr':0,'pg':133,'pb':66
+GSM613870	'pr':0,'pg':133,'pb':66
+GSM613885	'pr':0,'pg':133,'pb':66
+GSM613868	'pr':0,'pg':133,'pb':66
+GSM613876	'pr':0,'pg':133,'pb':66
+GSM537636	'pr':0,'pg':133,'pb':66
+GSM537646	'pr':0,'pg':133,'pb':66
+GSM537628	'pr':0,'pg':133,'pb':66
+GSM537650	'pr':0,'pg':133,'pb':66
+GSM621451	'pr':0,'pg':133,'pb':66
+GSM669907	'pr':0,'pg':133,'pb':66
+GSM486707	'pr':0,'pg':133,'pb':66
+GSM486708	'pr':0,'pg':133,'pb':66
+GSM613814	'pr':0,'pg':133,'pb':66
+GSM669909	'pr':0,'pg':133,'pb':66
+GSM669927	'pr':0,'pg':133,'pb':66
+GSM670000	'pr':0,'pg':133,'pb':66
+GSM670024	'pr':0,'pg':133,'pb':66
+GSM621670	'pr':0,'pg':133,'pb':66
+GSM621403	'pr':0,'pg':133,'pb':66
+GSM537668	'pr':0,'pg':133,'pb':66
+GSM537641	'pr':0,'pg':133,'pb':66
+GSM409307_1	'pr':0,'pg':133,'pb':66
+GSM433177	'pr':0,'pg':133,'pb':66
+GSM434762	'pr':0,'pg':133,'pb':66
+GSM466739	'pr':0,'pg':133,'pb':66
+GSM537679	'pr':0,'pg':133,'pb':66
+GSM605312	'pr':0,'pg':133,'pb':66
+GSM667626	'pr':0,'pg':133,'pb':66
+GSM621429	'pr':0,'pg':133,'pb':66
+GSM621741	'pr':0,'pg':133,'pb':66
+GSM621752	'pr':0,'pg':133,'pb':66
+GSM621759	'pr':0,'pg':133,'pb':66
+GSM669954	'pr':0,'pg':133,'pb':66
+GSM669885	'pr':0,'pg':133,'pb':66
+GSM669891	'pr':0,'pg':133,'pb':66
+GSM669966	'pr':0,'pg':133,'pb':66
+GSM521895	'pr':0,'pg':133,'pb':66
+GSM521897	'pr':0,'pg':133,'pb':66
+GSM521898	'pr':0,'pg':133,'pb':66
+GSM670025	'pr':0,'pg':133,'pb':66
+GSM621409	'pr':0,'pg':133,'pb':66
+GSM537706	'pr':0,'pg':133,'pb':66
+GSM621654	'pr':0,'pg':133,'pb':66
+GSM669972	'pr':0,'pg':133,'pb':66
+GSM669969	'pr':0,'pg':133,'pb':66
+GSM537642	'pr':0,'pg':133,'pb':66
+GSM669591	'pr':0,'pg':133,'pb':66
+GSM613884	'pr':0,'pg':133,'pb':66
+GSM621639	'pr':0,'pg':133,'pb':66
+GSM621659	'pr':0,'pg':133,'pb':66
+GSM669964	'pr':0,'pg':133,'pb':66
+GSM621640	'pr':0,'pg':133,'pb':66
+GSM621679	'pr':0,'pg':133,'pb':66
+GSM621686	'pr':0,'pg':133,'pb':66
+GSM621642	'pr':0,'pg':133,'pb':66
+GSM605311	'pr':113,'pg':113,'pb':0
+GSM667624	'pr':113,'pg':113,'pb':0
+GSM667625	'pr':113,'pg':113,'pb':0
+GSM521893	'pr':113,'pg':113,'pb':0
+GSM521894	'pr':113,'pg':113,'pb':0
+GSM621446	'pr':33,'pg':97,'pb':11
+GSM621461	'pr':33,'pg':97,'pb':11
+GSM669952	'pr':33,'pg':97,'pb':11
+GSM669979	'pr':33,'pg':97,'pb':11
+GSM669997	'pr':33,'pg':97,'pb':11
+GSM670014	'pr':33,'pg':97,'pb':11
+GSM621419	'pr':33,'pg':97,'pb':11
+GSM669951	'pr':33,'pg':97,'pb':11
+GSM669996	'pr':33,'pg':97,'pb':11
+GSM670037	'pr':33,'pg':97,'pb':11
+GSM669915	'pr':33,'pg':97,'pb':11
+GSM670026	'pr':33,'pg':97,'pb':11
+GSM669985	'pr':33,'pg':97,'pb':11
+GSM621410	'pr':33,'pg':97,'pb':11
+GSM670002	'pr':33,'pg':97,'pb':11
+GSM670011	'pr':33,'pg':97,'pb':11
+GSM669982	'pr':33,'pg':97,'pb':11
+GSM669947	'pr':33,'pg':97,'pb':11
+GSM669597	'pr':33,'pg':97,'pb':11
+GSM613873	'pr':33,'pg':97,'pb':11
+GSM613888	'pr':33,'pg':97,'pb':11
+GSM537621	'pr':33,'pg':97,'pb':11
+GSM537630	'pr':33,'pg':97,'pb':11
+GSM537612	'pr':33,'pg':97,'pb':11
+GSM537666	'pr':33,'pg':97,'pb':11
+GSM537655	'pr':33,'pg':97,'pb':11
+GSM537651	'pr':33,'pg':97,'pb':11
+GSM621459	'pr':33,'pg':97,'pb':11
+GSM621666	'pr':33,'pg':97,'pb':11
+GSM669955	'pr':33,'pg':97,'pb':11
+GSM486705	'pr':33,'pg':97,'pb':11
+GSM486714	'pr':33,'pg':97,'pb':11
+GSM543035	'pr':33,'pg':97,'pb':11
+GSM669593	'pr':33,'pg':97,'pb':11
+GSM669914	'pr':33,'pg':97,'pb':11
+GSM669935	'pr':33,'pg':97,'pb':11
+GSM670012	'pr':33,'pg':97,'pb':11
+GSM621672	'pr':33,'pg':97,'pb':11
+GSM621421	'pr':33,'pg':97,'pb':11
+GSM537669	'pr':33,'pg':97,'pb':11
+GSM537672	'pr':33,'pg':97,'pb':11
+GSM537640	'pr':33,'pg':97,'pb':11
+GSM409312	'pr':33,'pg':97,'pb':11
+GSM428296	'pr':33,'pg':97,'pb':11
+GSM433176	'pr':33,'pg':97,'pb':11
+GSM450268	'pr':33,'pg':97,'pb':11
+GSM466737	'pr':33,'pg':97,'pb':11
+GSM537684	'pr':33,'pg':97,'pb':11
+GSM605309	'pr':33,'pg':97,'pb':11
+GSM605310	'pr':33,'pg':97,'pb':11
+GSM667623	'pr':33,'pg':97,'pb':11
+GSM621387	'pr':33,'pg':97,'pb':11
+GSM621392	'pr':33,'pg':97,'pb':11
+GSM621739	'pr':33,'pg':97,'pb':11
+GSM621749	'pr':33,'pg':97,'pb':11
+GSM621754	'pr':33,'pg':97,'pb':11
+GSM670039	'pr':33,'pg':97,'pb':11
+GSM669892	'pr':33,'pg':97,'pb':11
+GSM669898	'pr':33,'pg':97,'pb':11
+GSM669932	'pr':33,'pg':97,'pb':11
+GSM521890	'pr':33,'pg':97,'pb':11
+GSM521892	'pr':33,'pg':97,'pb':11
+GSM537690	'pr':33,'pg':97,'pb':11
+GSM537675	'pr':33,'pg':97,'pb':11
+GSM537704	'pr':33,'pg':97,'pb':11
+GSM621634	'pr':33,'pg':97,'pb':11
+GSM621415	'pr':33,'pg':97,'pb':11
+GSM537699	'pr':33,'pg':97,'pb':11
+GSM537708	'pr':33,'pg':97,'pb':11
+GSM669931	'pr':33,'pg':97,'pb':11
+GSM669912	'pr':33,'pg':97,'pb':11
+GSM537661	'pr':33,'pg':97,'pb':11
+GSM613880	'pr':33,'pg':97,'pb':11
+GSM621646	'pr':33,'pg':97,'pb':11
+GSM621687	'pr':33,'pg':97,'pb':11
+GSM621656	'pr':33,'pg':97,'pb':11
+GSM621644	'pr':33,'pg':97,'pb':11
+GSM621684	'pr':33,'pg':97,'pb':11
+GSM621693	'pr':33,'pg':97,'pb':11
+GSM621649	'pr':33,'pg':97,'pb':11
+GSM621449	'pr':33,'pg':97,'pb':11
+GSM621420	'pr':180,'pg':0,'pb':0
+GSM669930	'pr':180,'pg':0,'pb':0
+GSM670017	'pr':180,'pg':0,'pb':0
+GSM670035	'pr':180,'pg':0,'pb':0
+GSM621454	'pr':180,'pg':0,'pb':0
+GSM669957	'pr':180,'pg':0,'pb':0
+GSM670007	'pr':180,'pg':0,'pb':0
+GSM670009	'pr':180,'pg':0,'pb':0
+GSM669625	'pr':180,'pg':0,'pb':0
+GSM621393	'pr':180,'pg':0,'pb':0
+GSM669913	'pr':180,'pg':0,'pb':0
+GSM669953	'pr':180,'pg':0,'pb':0
+GSM613872	'pr':180,'pg':0,'pb':0
+GSM613887	'pr':180,'pg':0,'pb':0
+GSM669594	'pr':180,'pg':0,'pb':0
+GSM537703	'pr':180,'pg':0,'pb':0
+GSM537634	'pr':180,'pg':0,'pb':0
+GSM537638	'pr':180,'pg':0,'pb':0
+GSM537613	'pr':180,'pg':0,'pb':0
+GSM537631	'pr':180,'pg':0,'pb':0
+GSM537656	'pr':180,'pg':0,'pb':0
+GSM537649	'pr':180,'pg':0,'pb':0
+GSM621431	'pr':180,'pg':0,'pb':0
+GSM621664	'pr':180,'pg':0,'pb':0
+GSM669945	'pr':180,'pg':0,'pb':0
+GSM486704	'pr':180,'pg':0,'pb':0
+GSM486706	'pr':180,'pg':0,'pb':0
+GSM613815	'pr':180,'pg':0,'pb':0
+GSM669916	'pr':180,'pg':0,'pb':0
+GSM669959	'pr':180,'pg':0,'pb':0
+GSM621673	'pr':180,'pg':0,'pb':0
+GSM621460	'pr':180,'pg':0,'pb':0
+GSM537627	'pr':180,'pg':0,'pb':0
+GSM537648	'pr':180,'pg':0,'pb':0
+GSM537657	'pr':180,'pg':0,'pb':0
+GSM428295	'pr':180,'pg':0,'pb':0
+GSM433167	'pr':180,'pg':0,'pb':0
+GSM434776	'pr':180,'pg':0,'pb':0
+GSM466734	'pr':180,'pg':0,'pb':0
+GSM537683	'pr':180,'pg':0,'pb':0
+GSM605308	'pr':180,'pg':0,'pb':0
+GSM667622	'pr':180,'pg':0,'pb':0
+GSM621390	'pr':180,'pg':0,'pb':0
+GSM621450	'pr':180,'pg':0,'pb':0
+GSM621740	'pr':180,'pg':0,'pb':0
+GSM621751	'pr':180,'pg':0,'pb':0
+GSM621755	'pr':180,'pg':0,'pb':0
+GSM669942	'pr':180,'pg':0,'pb':0
+GSM669887	'pr':180,'pg':0,'pb':0
+GSM669897	'pr':180,'pg':0,'pb':0
+GSM669974	'pr':180,'pg':0,'pb':0
+GSM469968	'pr':180,'pg':0,'pb':0
+GSM521889	'pr':180,'pg':0,'pb':0
+GSM621433	'pr':180,'pg':0,'pb':0
+GSM537674	'pr':180,'pg':0,'pb':0
+GSM537700	'pr':180,'pg':0,'pb':0
+GSM621416	'pr':180,'pg':0,'pb':0
+GSM621424	'pr':180,'pg':0,'pb':0
+GSM537698	'pr':180,'pg':0,'pb':0
+GSM537707	'pr':180,'pg':0,'pb':0
+GSM537658	'pr':180,'pg':0,'pb':0
+GSM669592	'pr':180,'pg':0,'pb':0
+GSM613877	'pr':180,'pg':0,'pb':0
+GSM621650	'pr':180,'pg':0,'pb':0
+GSM621676	'pr':180,'pg':0,'pb':0
+GSM621655	'pr':180,'pg':0,'pb':0
+GSM621653	'pr':180,'pg':0,'pb':0
+GSM621683	'pr':180,'pg':0,'pb':0
+GSM621692	'pr':180,'pg':0,'pb':0
+GSM621635	'pr':180,'pg':0,'pb':0
+GSM621448	'pr':180,'pg':0,'pb':0
+GSM466732	'pr':0,'pg':0,'pb':150
+GSM663427	'pr':0,'pg':0,'pb':150
+GSM605307	'pr':0,'pg':0,'pb':150
+GSM665037	'pr':0,'pg':0,'pb':150
+GSM469966	'pr':0,'pg':0,'pb':150
+GSM469967	'pr':0,'pg':0,'pb':150
+GSM521887	'pr':0,'pg':0,'pb':150
+GSM605305	'pr':0,'pg':110,'pb':120
+GSM605306	'pr':0,'pg':110,'pb':120
+GSM667621	'pr':0,'pg':110,'pb':120
+GSM667617	'pr':0,'pg':150,'pb':0
+GSM667618	'pr':0,'pg':150,'pb':0
+GSM667619	'pr':0,'pg':150,'pb':0
+GSM667620	'pr':0,'pg':150,'pb':0
+GSM521885	'pr':0,'pg':150,'pb':0
+GSM521886	'pr':0,'pg':150,'pb':0
+GSM602259	'pr':150,'pg':0,'pb':0
+GSM605304	'pr':150,'pg':0,'pb':0
+GSM667616	'pr':150,'pg':0,'pb':0
+GSM469965	'pr':150,'pg':0,'pb':0
+GSM521884	'pr':150,'pg':0,'pb':0
+GSM667614	'pr':0,'pg':0,'pb':200
+GSM667615	'pr':0,'pg':0,'pb':200
+GSM521881	'pr':0,'pg':0,'pb':200
+GSM521883	'pr':0,'pg':0,'pb':200
+GSM605302	'pr':0,'pg':120,'pb':110
+GSM605303	'pr':0,'pg':120,'pb':110
+GSM667612	'pr':0,'pg':120,'pb':110
+GSM667613	'pr':0,'pg':120,'pb':110
+GSM605300	'pr':40,'pg':100,'pb':20
+GSM605301	'pr':40,'pg':100,'pb':20
+GSM521879	'pr':40,'pg':100,'pb':20
+GSM521880	'pr':40,'pg':100,'pb':20
+GSM605298	'pr':180,'pg':0,'pb':0
+GSM605299	'pr':180,'pg':0,'pb':0
+GSM521875	'pr':180,'pg':0,'pb':0
+GSM521877	'pr':180,'pg':0,'pb':0
+GSM521878	'pr':180,'pg':0,'pb':0
+GSM605296	'pr':0,'pg':0,'pb':175
+GSM605297	'pr':0,'pg':0,'pb':175
+GSM667610	'pr':0,'pg':0,'pb':175
+GSM667611	'pr':0,'pg':0,'pb':175
+GSM521871	'pr':0,'pg':0,'pb':175
+GSM521873	'pr':0,'pg':0,'pb':175
+GSM521874	'pr':0,'pg':0,'pb':175
+GSM605295	'pr':0,'pg':148,'pb':64
+GSM521869	'pr':0,'pg':148,'pb':64
+GSM521870	'pr':0,'pg':148,'pb':64
+GSM602257	'pr':140,'pg':97,'pb':0
+GSM602258	'pr':140,'pg':97,'pb':0
+GSM667608	'pr':140,'pg':97,'pb':0
+GSM667609	'pr':140,'pg':97,'pb':0
+GSM521866	'pr':140,'pg':97,'pb':0
+GSM521868	'pr':140,'pg':97,'pb':0
+GSM530653	'pr':0,'pg':77,'pb':0
+GSM665804	'pr':0,'pg':77,'pb':0
+GSM595920	'pr':0,'pg':77,'pb':0
+GSM595920_1	'pr':0,'pg':77,'pb':0
+GSM530651	'pr':0,'pg':77,'pb':0
+GSM595913	'pr':0,'pg':77,'pb':0
+GSM595913_1	'pr':0,'pg':77,'pb':0
+GSM665819	'pr':0,'pg':77,'pb':0
+GSM595922	'pr':0,'pg':77,'pb':0
+GSM595922_1	'pr':0,'pg':77,'pb':0
+GSM595923	'pr':0,'pg':77,'pb':0
+GSM595923_1	'pr':0,'pg':77,'pb':0
+GSM595926	'pr':0,'pg':77,'pb':0
+GSM595926_1	'pr':0,'pg':77,'pb':0
+GSM595928	'pr':0,'pg':77,'pb':0
+GSM595928_1	'pr':0,'pg':77,'pb':0
+GSM665837	'pr':0,'pg':77,'pb':0
+GSM493384	'pr':0,'pg':77,'pb':0
+GSM493386	'pr':0,'pg':77,'pb':0
+GSM493387	'pr':0,'pg':77,'pb':0
+GSM530652	'pr':0,'pg':77,'pb':0
+GSM530657	'pr':0,'pg':77,'pb':0
+GSM530658	'pr':0,'pg':77,'pb':0
+GSM530659	'pr':0,'pg':77,'pb':0
+GSM530660	'pr':0,'pg':77,'pb':0
+GSM530663	'pr':0,'pg':77,'pb':0
+GSM530664	'pr':0,'pg':77,'pb':0
+GSM595914	'pr':0,'pg':77,'pb':0
+GSM595914_1	'pr':0,'pg':77,'pb':0
+GSM595917	'pr':0,'pg':77,'pb':0
+GSM595917_1	'pr':0,'pg':77,'pb':0
+GSM595918	'pr':0,'pg':77,'pb':0
+GSM595918_1	'pr':0,'pg':77,'pb':0
+GSM595919	'pr':0,'pg':77,'pb':0
+GSM595919_1	'pr':0,'pg':77,'pb':0
+GSM665812	'pr':0,'pg':77,'pb':0
+GSM665839	'pr':0,'pg':77,'pb':0
+GSM665820	'pr':0,'pg':77,'pb':0
+GSM665836	'pr':0,'pg':77,'pb':0
+GSM665813	'pr':0,'pg':77,'pb':0
+GSM665838	'pr':0,'pg':77,'pb':0
+GSM530661	'pr':0,'pg':77,'pb':0
+GSM530662	'pr':0,'pg':77,'pb':0
+GSM665814	'pr':0,'pg':77,'pb':0
+GSM665817	'pr':0,'pg':77,'pb':0
+GSM665830	'pr':0,'pg':77,'pb':0
+GSM665831	'pr':0,'pg':77,'pb':0
+GSM665824	'pr':0,'pg':77,'pb':0
+GSM665811	'pr':0,'pg':77,'pb':0
+GSM530654	'pr':0,'pg':77,'pb':0
+GSM468792	'pr':0,'pg':77,'pb':0
+GSM468801	'pr':0,'pg':77,'pb':0
+GSM530665	'pr':0,'pg':77,'pb':0
+GSM530666	'pr':0,'pg':77,'pb':0
+GSM665801	'pr':0,'pg':77,'pb':0
+GSM665800	'pr':0,'pg':77,'pb':0
+GSM665803	'pr':0,'pg':77,'pb':0
+GSM665802	'pr':0,'pg':77,'pb':0
+GSM665816	'pr':0,'pg':77,'pb':0
+GSM530655	'pr':0,'pg':77,'pb':0
+GSM493385	'pr':0,'pg':77,'pb':0
+GSM665829	'pr':0,'pg':77,'pb':0
+GSM665834	'pr':0,'pg':77,'pb':0
+GSM665822	'pr':0,'pg':77,'pb':0
+GSM665833	'pr':0,'pg':77,'pb':0
+GSM665810	'pr':0,'pg':77,'pb':0
+GSM665821	'pr':0,'pg':77,'pb':0
+GSM665815	'pr':0,'pg':77,'pb':0
+GSM665818	'pr':0,'pg':77,'pb':0
+GSM665826	'pr':0,'pg':77,'pb':0
+GSM595916	'pr':0,'pg':77,'pb':0
+GSM595916_1	'pr':0,'pg':77,'pb':0
+GSM595915	'pr':0,'pg':77,'pb':0
+GSM595915_1	'pr':0,'pg':77,'pb':0
+GSM595930	'pr':0,'pg':77,'pb':0
+GSM595930_1	'pr':0,'pg':77,'pb':0
+GSM665805	'pr':0,'pg':77,'pb':0
+GSM530656	'pr':0,'pg':77,'pb':0
+GSM595921	'pr':0,'pg':77,'pb':0
+GSM595921_1	'pr':0,'pg':77,'pb':0
+GSM665806	'pr':0,'pg':77,'pb':0
+GSM595924	'pr':0,'pg':77,'pb':0
+GSM595924_1	'pr':0,'pg':77,'pb':0
+GSM595925	'pr':0,'pg':77,'pb':0
+GSM595925_1	'pr':0,'pg':77,'pb':0
+GSM595927	'pr':0,'pg':77,'pb':0
+GSM595927_1	'pr':0,'pg':77,'pb':0
+GSM595929	'pr':0,'pg':77,'pb':0
+GSM595929_1	'pr':0,'pg':77,'pb':0
+GSM665828	'pr':0,'pg':77,'pb':0
+GSM665808	'pr':0,'pg':77,'pb':0
+GSM665827	'pr':0,'pg':77,'pb':0
+GSM665832	'pr':0,'pg':77,'pb':0
+GSM665807	'pr':0,'pg':77,'pb':0
+GSM665835	'pr':0,'pg':77,'pb':0
+GSM665825	'pr':0,'pg':77,'pb':0
+GSM665823	'pr':0,'pg':77,'pb':0
+GSM621443	'pr':0,'pg':0,'pb':200
+GSM621401	'pr':0,'pg':0,'pb':200
+GSM669934	'pr':0,'pg':0,'pb':200
+GSM669940	'pr':0,'pg':0,'pb':200
+GSM669984	'pr':0,'pg':0,'pb':200
+GSM670043	'pr':0,'pg':0,'pb':200
+GSM669946	'pr':0,'pg':0,'pb':200
+GSM669958	'pr':0,'pg':0,'pb':200
+GSM669987	'pr':0,'pg':0,'pb':200
+GSM670006	'pr':0,'pg':0,'pb':200
+GSM669978	'pr':0,'pg':0,'pb':200
+GSM670003	'pr':0,'pg':0,'pb':200
+GSM669944	'pr':0,'pg':0,'pb':200
+GSM669971	'pr':0,'pg':0,'pb':200
+GSM670010	'pr':0,'pg':0,'pb':200
+GSM669960	'pr':0,'pg':0,'pb':200
+GSM670042	'pr':0,'pg':0,'pb':200
+GSM613891	'pr':0,'pg':0,'pb':200
+GSM613897	'pr':0,'pg':0,'pb':200
+GSM613890	'pr':0,'pg':0,'pb':200
+GSM613892	'pr':0,'pg':0,'pb':200
+GSM537620	'pr':0,'pg':0,'pb':200
+GSM537619	'pr':0,'pg':0,'pb':200
+GSM537662	'pr':0,'pg':0,'pb':200
+GSM621414	'pr':0,'pg':0,'pb':200
+GSM621456	'pr':0,'pg':0,'pb':200
+GSM621689	'pr':0,'pg':0,'pb':200
+GSM669929	'pr':0,'pg':0,'pb':200
+GSM669929_1	'pr':0,'pg':0,'pb':200
+GSM669961	'pr':0,'pg':0,'pb':200
+GSM486702	'pr':0,'pg':0,'pb':200
+GSM621447	'pr':0,'pg':0,'pb':200
+GSM621413	'pr':0,'pg':0,'pb':200
+GSM613816	'pr':0,'pg':0,'pb':200
+GSM670029	'pr':0,'pg':0,'pb':200
+GSM670044	'pr':0,'pg':0,'pb':200
+GSM621669	'pr':0,'pg':0,'pb':200
+GSM621406	'pr':0,'pg':0,'pb':200
+GSM537647	'pr':0,'pg':0,'pb':200
+GSM621386	'pr':0,'pg':0,'pb':200
+GSM669926	'pr':0,'pg':0,'pb':200
+GSM428289	'pr':0,'pg':0,'pb':200
+GSM433179	'pr':0,'pg':0,'pb':200
+GSM450270	'pr':0,'pg':0,'pb':200
+GSM537682	'pr':0,'pg':0,'pb':200
+GSM605333	'pr':0,'pg':0,'pb':200
+GSM605334	'pr':0,'pg':0,'pb':200
+GSM605335	'pr':0,'pg':0,'pb':200
+GSM605336	'pr':0,'pg':0,'pb':200
+GSM605337	'pr':0,'pg':0,'pb':200
+GSM605338	'pr':0,'pg':0,'pb':200
+GSM605339	'pr':0,'pg':0,'pb':200
+GSM667641	'pr':0,'pg':0,'pb':200
+GSM667642	'pr':0,'pg':0,'pb':200
+GSM667643	'pr':0,'pg':0,'pb':200
+GSM621396	'pr':0,'pg':0,'pb':200
+GSM621743	'pr':0,'pg':0,'pb':200
+GSM621746	'pr':0,'pg':0,'pb':200
+GSM621756	'pr':0,'pg':0,'pb':200
+GSM669888	'pr':0,'pg':0,'pb':200
+GSM669895	'pr':0,'pg':0,'pb':200
+GSM521926	'pr':0,'pg':0,'pb':200
+GSM521927	'pr':0,'pg':0,'pb':200
+GSM521928	'pr':0,'pg':0,'pb':200
+GSM521929	'pr':0,'pg':0,'pb':200
+GSM521930	'pr':0,'pg':0,'pb':200
+GSM521931	'pr':0,'pg':0,'pb':200
+GSM521932	'pr':0,'pg':0,'pb':200
+GSM521933	'pr':0,'pg':0,'pb':200
+GSM537693	'pr':0,'pg':0,'pb':200
+GSM537696	'pr':0,'pg':0,'pb':200
+GSM621444	'pr':0,'pg':0,'pb':200
+GSM621411	'pr':0,'pg':0,'pb':200
+GSM621407	'pr':0,'pg':0,'pb':200
+GSM537701	'pr':0,'pg':0,'pb':200
+GSM621412	'pr':0,'pg':0,'pb':200
+GSM621638	'pr':0,'pg':0,'pb':200
+GSM621629	'pr':0,'pg':0,'pb':200
+GSM669910	'pr':0,'pg':0,'pb':200
+GSM670008	'pr':0,'pg':0,'pb':200
+GSM669956	'pr':0,'pg':0,'pb':200
+GSM669993	'pr':0,'pg':0,'pb':200
+GSM537659	'pr':0,'pg':0,'pb':200
+GSM613893	'pr':0,'pg':0,'pb':200
+GSM613894	'pr':0,'pg':0,'pb':200
+GSM613896	'pr':0,'pg':0,'pb':200
+GSM621647	'pr':0,'pg':0,'pb':200
+GSM621677	'pr':0,'pg':0,'pb':200
+GSM621657	'pr':0,'pg':0,'pb':200
+GSM621641	'pr':0,'pg':0,'pb':200
+GSM621680	'pr':0,'pg':0,'pb':200
+GSM669948	'pr':0,'pg':0,'pb':200
+GSM621652	'pr':0,'pg':0,'pb':200
+GSM621455	'pr':0,'pg':0,'pb':200
+GSM621453	'pr':0,'pg':0,'pb':200
+GSM543034	'pr':0,'pg':43,'pb':173
+GSM450239	'pr':0,'pg':43,'pb':173
+GSM621560	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621559	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621561	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621728	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621729	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621345	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621348	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621347	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621353	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670046	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670047	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670050	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670060	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670069	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670081	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621357	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621705	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621763	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621765	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670051	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM669901	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670053	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM669899	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621606	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621734	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670077	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670087	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621767	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670075	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670089	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670091	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670084	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621598	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621603	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621601	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621700	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670080	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621595	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621591	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621594	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621599	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621592	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670049	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621709	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621718	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621719	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621715	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670073	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621557	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621721	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621699	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621714	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670062	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670067	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621696	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621695	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621564	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621725	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621552	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621562	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621735	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670055	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670057	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670070	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM670064	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621713	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621567	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621702	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621730	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621726	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621727	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM621732	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM669604	'pr':0,'pg':100,'pb':00
+GSM669605	'pr':0,'pg':100,'pb':00
+GSM493617	'pr':0,'pg':100,'pb':00
+GSM493620	'pr':0,'pg':100,'pb':00
+GSM613818	'pr':0,'pg':100,'pb':00
+GSM613826	'pr':0,'pg':100,'pb':00
+GSM613833	'pr':0,'pg':100,'pb':00
+GSM493624	'pr':0,'pg':100,'pb':00
+GSM613821	'pr':0,'pg':100,'pb':00
+GSM613834	'pr':0,'pg':100,'pb':00
+GSM613908	'pr':0,'pg':100,'pb':00
+GSM493626	'pr':0,'pg':100,'pb':00
+GSM613829	'pr':0,'pg':100,'pb':00
+GSM613837	'pr':0,'pg':100,'pb':00
+GSM613907	'pr':0,'pg':100,'pb':00
+GSM543007	'pr':0,'pg':100,'pb':00
+GSM613842	'pr':0,'pg':100,'pb':00
+GSM613903	'pr':0,'pg':100,'pb':00
+GSM669599	'pr':0,'pg':100,'pb':00
+GSM543011	'pr':0,'pg':100,'pb':00
+GSM613901	'pr':0,'pg':100,'pb':00
+GSM613920	'pr':0,'pg':100,'pb':00
+GSM543013	'pr':0,'pg':100,'pb':00
+GSM613905	'pr':0,'pg':100,'pb':00
+GSM613923	'pr':0,'pg':100,'pb':00
+GSM450236	'pr':0,'pg':100,'pb':00
+GSM543005	'pr':0,'pg':100,'pb':00
+GSM669600	'pr':0,'pg':100,'pb':00
+GSM669602	'pr':0,'pg':100,'pb':00
+GSM669601	'pr':0,'pg':100,'pb':00
+GSM669603	'pr':0,'pg':100,'pb':00
+GSM543009	'pr':0,'pg':100,'pb':00
+GSM613898	'pr':0,'pg':100,'pb':00
+GSM613919	'pr':0,'pg':100,'pb':00
+GSM669614	'pr':153,'pg':0,'pb':0
+GSM669615	'pr':153,'pg':0,'pb':0
+GSM493615	'pr':153,'pg':0,'pb':0
+GSM613843	'pr':153,'pg':0,'pb':0
+GSM613856	'pr':153,'pg':0,'pb':0
+GSM613864	'pr':153,'pg':0,'pb':0
+GSM543017	'pr':153,'pg':0,'pb':0
+GSM613846	'pr':153,'pg':0,'pb':0
+GSM613857	'pr':153,'pg':0,'pb':0
+GSM543019	'pr':153,'pg':0,'pb':0
+GSM613847	'pr':153,'pg':0,'pb':0
+GSM613853	'pr':153,'pg':0,'pb':0
+GSM613859	'pr':153,'pg':0,'pb':0
+GSM543021	'pr':153,'pg':0,'pb':0
+GSM613862	'pr':153,'pg':0,'pb':0
+GSM613914	'pr':153,'pg':0,'pb':0
+GSM669608	'pr':153,'pg':0,'pb':0
+GSM543025	'pr':153,'pg':0,'pb':0
+GSM613913	'pr':153,'pg':0,'pb':0
+GSM669607	'pr':153,'pg':0,'pb':0
+GSM543027	'pr':153,'pg':0,'pb':0
+GSM613917	'pr':153,'pg':0,'pb':0
+GSM669609	'pr':153,'pg':0,'pb':0
+GSM456941	'pr':153,'pg':0,'pb':0
+GSM543016	'pr':153,'pg':0,'pb':0
+GSM669610	'pr':153,'pg':0,'pb':0
+GSM669612	'pr':153,'pg':0,'pb':0
+GSM669611	'pr':153,'pg':0,'pb':0
+GSM669613	'pr':153,'pg':0,'pb':0
+GSM543023	'pr':153,'pg':0,'pb':0
+GSM613911	'pr':153,'pg':0,'pb':0
+GSM669606	'pr':153,'pg':0,'pb':0
+GSM602251	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602251_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602252	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602252_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602253	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602253_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602254	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602254_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602255	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602255_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602256	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM602256_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM429321	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM429321_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM429322	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM429322_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM429323_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432685	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432685_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432686	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432686_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675542	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675542_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675543	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675543_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675544	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675544_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675545	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675545_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675546	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM675546_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432687	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432687_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432688	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432688_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432689	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432689_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432690	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432690_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432691	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432691_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432692	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM432692_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM707003	'pr':0,'pg':133,'pb':66
+GSM707004	'pr':0,'pg':117,'pb':0
+GSM707005	'pr':159,'pg':0,'pb':72
+GSM707006	'pr':180,'pg':0,'pb':0
+GSM707007	'pr':33,'pg':97,'pb':11
+GSM701539_0	'pr':0,'pg':77,'pb':0
+GSM701512_0	'pr':0,'pg':77,'pb':0
+GSM767349_0	'pr':0,'pg':117,'pb':0
+GSM706054_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701535_0	'pr':0,'pg':77,'pb':0
+GSM706860_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701504_0	'pr':0,'pg':77,'pb':0
+GSM774211_0	'pr':0,'pg':77,'pb':0
+GSM751288_0	'pr':0,'pg':43,'pb':173
+GSM752987_0	'pr':150,'pg':0,'pb':0
+GSM806937_0	'pr':180,'pg':0,'pb':0
+GSM773046_0	'pr':180,'pg':0,'pb':0
+GSM723025_0	'pr':11,'pg':59,'pb':23
+GSM706079_0	'pr':159,'pg':0,'pb':72
+GSM752993_0	'pr':0,'pg':0,'pb':200
+GSM701503_0	'pr':0,'pg':77,'pb':0
+GSM806938_0	'pr':33,'pg':97,'pb':11
+GSM774205_0	'pr':0,'pg':77,'pb':0
+GSM774236_0	'pr':0,'pg':77,'pb':0
+GSM707011_0	'pr':180,'pg':0,'pb':0
+GSM774215_0	'pr':0,'pg':77,'pb':0
+GSM701537_0	'pr':0,'pg':77,'pb':0
+GSM774237_0	'pr':0,'pg':77,'pb':0
+GSM701524_0	'pr':0,'pg':77,'pb':0
+GSM774232_0	'pr':0,'pg':77,'pb':0
+GSM701540_0	'pr':0,'pg':77,'pb':0
+GSM669584_0	'pr':0,'pg':43,'pb':173
+GSM706849_0	'pr':46,'pg':92,'pb':0
+GSM774219_0	'pr':0,'pg':77,'pb':0
+GSM774218_0	'pr':0,'pg':77,'pb':0
+GSM706065_0	'pr':0,'pg':0,'pb':150
+GSM753431_0	'pr':180,'pg':0,'pb':0
+GSM789280_0	'pr':0,'pg':148,'pb':64
+GSM706841_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701513_0	'pr':0,'pg':77,'pb':0
+GSM753446_0	'pr':0,'pg':0,'pb':200
+GSM772729_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM753445_0	'pr':159,'pg':0,'pb':72
+GSM693276_0	'pr':46,'pg':92,'pb':0
+GSM701516_0	'pr':0,'pg':77,'pb':0
+GSM772732_0	'pr':0,'pg':133,'pb':66
+GSM774226_0	'pr':0,'pg':77,'pb':0
+GSM707023_0	'pr':153,'pg':0,'pb':0
+GSM806945_0	'pr':180,'pg':0,'pb':0
+GSM774244_0	'pr':0,'pg':77,'pb':0
+GSM706073_0	'pr':0,'pg':133,'pb':66
+GSM752963_0	'pr':40,'pg':100,'pb':20
+GSM701496_0	'pr':0,'pg':77,'pb':0
+GSM701489_0	'pr':0,'pg':77,'pb':0
+GSM701508_0	'pr':0,'pg':77,'pb':0
+GSM701531_0	'pr':0,'pg':77,'pb':0
+GSM706071_0	'pr':0,'pg':133,'pb':66
+GSM752988_0	'pr':159,'pg':0,'pb':72
+GSM706858_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701505_0	'pr':0,'pg':77,'pb':0
+GSM751284_0	'pr':0,'pg':43,'pb':173
+GSM706055_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM772731_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM751286_0	'pr':0,'pg':43,'pb':173
+GSM752992_0	'pr':0,'pg':0,'pb':200
+GSM706845_0	'pr':0,'pg':133,'pb':66
+GSM706850_0	'pr':0,'pg':133,'pb':66
+GSM752981_0	'pr':0,'pg':82,'pb':41
+GSM706842_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM767356_0	'pr':0,'pg':0,'pb':200
+GSM706075_0	'pr':0,'pg':117,'pb':0
+GSM752991_0	'pr':0,'pg':120,'pb':120
+GSM701492_0	'pr':0,'pg':77,'pb':0
+GSM753439_0	'pr':0,'pg':82,'pb':41
+GSM701507_0	'pr':0,'pg':77,'pb':0
+GSM707020_0	'pr':153,'pg':0,'pb':0
+GSM706061_0	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM706057_0	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM706837_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701515_0	'pr':0,'pg':77,'pb':0
+GSM753430_0	'pr':180,'pg':0,'pb':0
+GSM706844_0	'pr':180,'pg':0,'pb':0
+GSM772735_0	'pr':0,'pg':117,'pb':0
+GSM723024_0	'pr':11,'pg':59,'pb':23
+GSM752976_0	'pr':113,'pg':113,'pb':0
+GSM707002_0	'pr':33,'pg':97,'pb':11
+GSM707021_0	'pr':153,'pg':0,'pb':0
+GSM774214_0	'pr':0,'pg':77,'pb':0
+GSM706847_0	'pr':0,'pg':0,'pb':200
+GSM701538_0	'pr':0,'pg':77,'pb':0
+GSM701498_0	'pr':0,'pg':77,'pb':0
+GSM753438_0	'pr':0,'pg':82,'pb':41
+GSM753433_0	'pr':33,'pg':97,'pb':11
+GSM669587_0	'pr':0,'pg':43,'pb':173
+GSM706859_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM773043_0	'pr':0,'pg':133,'pb':66
+GSM706839_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM751283_0	'pr':0,'pg':43,'pb':173
+GSM707008_0	'pr':0,'pg':133,'pb':66
+GSM752971_0	'pr':180,'pg':0,'pb':0
+GSM707018_0	'pr':0,'pg':100,'pb':00
+GSM774240_0	'pr':0,'pg':77,'pb':0
+GSM753429_0	'pr':0,'pg':0,'pb':150
+GSM767341_0	'pr':0,'pg':0,'pb':150
+GSM701511_0	'pr':0,'pg':77,'pb':0
+GSM752962_0	'pr':0,'pg':148,'pb':64
+GSM701509_0	'pr':0,'pg':77,'pb':0
+GSM752985_0	'pr':0,'pg':117,'pb':0
+GSM701506_0	'pr':0,'pg':77,'pb':0
+GSM767347_0	'pr':0,'pg':133,'pb':66
+GSM751287_0	'pr':0,'pg':43,'pb':173
+GSM767345_0	'pr':180,'pg':0,'pb':0
+GSM706058_0	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701490_0	'pr':0,'pg':77,'pb':0
+GSM706053_0	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM752982_0	'pr':0,'pg':82,'pb':41
+GSM753436_0	'pr':0,'pg':133,'pb':66
+GSM706066_0	'pr':180,'pg':0,'pb':0
+GSM752974_0	'pr':33,'pg':97,'pb':11
+GSM669582_0	'pr':0,'pg':43,'pb':173
+GSM751280_0	'pr':0,'pg':43,'pb':173
+GSM706053_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM707019_0	'pr':153,'pg':0,'pb':0
+GSM706082_0	'pr':0,'pg':0,'pb':200
+GSM772727_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM706058_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM773044_0	'pr':0,'pg':0,'pb':200
+GSM751285_0	'pr':0,'pg':43,'pb':173
+GSM701533_0	'pr':0,'pg':77,'pb':0
+GSM752970_0	'pr':180,'pg':0,'pb':0
+GSM669586_0	'pr':0,'pg':43,'pb':173
+GSM701529_0	'pr':0,'pg':77,'pb':0
+GSM707000_0	'pr':159,'pg':0,'pb':72
+GSM706077_0	'pr':185,'pg':0,'pb':185
+GSM706059_0	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM774242_0	'pr':0,'pg':77,'pb':0
+GSM701494_0	'pr':0,'pg':77,'pb':0
+GSM706838_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM772728_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM706060_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701500_0	'pr':0,'pg':77,'pb':0
+GSM706840_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM753428_0	'pr':0,'pg':0,'pb':150
+GSM752968_0	'pr':180,'pg':0,'pb':0
+GSM752984_0	'pr':0,'pg':117,'pb':0
+GSM723021_0	'pr':11,'pg':59,'pb':23
+GSM772725_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM774228_0	'pr':0,'pg':77,'pb':0
+GSM706060_0	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM753437_0	'pr':0,'pg':133,'pb':66
+GSM706851_0	'pr':0,'pg':0,'pb':200
+GSM753973_0	'pr':0,'pg':77,'pb':0
+GSM753426_0	'pr':0,'pg':0,'pb':150
+GSM701525_0	'pr':0,'pg':77,'pb':0
+GSM774225_0	'pr':0,'pg':77,'pb':0
+GSM752967_0	'pr':0,'pg':0,'pb':150
+GSM752983_0	'pr':0,'pg':117,'pb':0
+GSM706835_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM772723_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM706855_0	'pr':0,'pg':0,'pb':200
+GSM751282_0	'pr':0,'pg':43,'pb':173
+GSM774241_0	'pr':0,'pg':77,'pb':0
+GSM706083_0	'pr':0,'pg':0,'pb':200
+GSM753440_0	'pr':0,'pg':117,'pb':0
+GSM767353_0	'pr':0,'pg':0,'pb':200
+GSM707015_0	'pr':0,'pg':100,'pb':00
+GSM701522_0	'pr':0,'pg':77,'pb':0
+GSM706068_0	'pr':180,'pg':0,'pb':0
+GSM706854_0	'pr':46,'pg':92,'pb':0
+GSM774209_0	'pr':0,'pg':77,'pb':0
+GSM701534_0	'pr':0,'pg':77,'pb':0
+GSM753447_0	'pr':0,'pg':0,'pb':200
+GSM774212_0	'pr':0,'pg':77,'pb':0
+GSM701519_0	'pr':0,'pg':77,'pb':0
+GSM767342_0	'pr':0,'pg':0,'pb':150
+GSM806941_0	'pr':159,'pg':0,'pb':72
+GSM707016_0	'pr':0,'pg':100,'pb':00
+GSM774233_0	'pr':0,'pg':77,'pb':0
+GSM752964_0	'pr':0,'pg':0,'pb':200
+GSM789284_0	'pr':0,'pg':150,'pb':150
+GSM706852_0	'pr':180,'pg':0,'pb':0
+GSM774223_0	'pr':0,'pg':77,'pb':0
+GSM701517_0	'pr':0,'pg':77,'pb':0
+GSM753425_0	'pr':0,'pg':0,'pb':150
+GSM774210_0	'pr':0,'pg':77,'pb':0
+GSM767352_0	'pr':159,'pg':0,'pb':72
+GSM774216_0	'pr':0,'pg':77,'pb':0
+GSM767354_0	'pr':0,'pg':0,'pb':200
+GSM774238_0	'pr':0,'pg':77,'pb':0
+GSM752975_0	'pr':33,'pg':97,'pb':11
+GSM806943_0	'pr':0,'pg':117,'pb':0
+GSM774229_0	'pr':0,'pg':77,'pb':0
+GSM706072_0	'pr':0,'pg':133,'pb':66
+GSM701530_0	'pr':0,'pg':77,'pb':0
+GSM701526_0	'pr':0,'pg':77,'pb':0
+GSM752969_0	'pr':180,'pg':0,'pb':0
+GSM701510_0	'pr':0,'pg':77,'pb':0
+GSM693277_0	'pr':0,'pg':117,'pb':0
+GSM707001_0	'pr':180,'pg':0,'pb':0
+GSM752980_0	'pr':0,'pg':133,'pb':66
+GSM701488_0	'pr':0,'pg':77,'pb':0
+GSM753974_0	'pr':0,'pg':77,'pb':0
+GSM693275_0	'pr':33,'pg':97,'pb':11
+GSM701501_0	'pr':0,'pg':77,'pb':0
+GSM772724_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM706080_0	'pr':159,'pg':0,'pb':72
+GSM806944_0	'pr':159,'pg':0,'pb':72
+GSM767350_0	'pr':0,'pg':117,'pb':0
+GSM753449_0	'pr':0,'pg':0,'pb':200
+GSM701532_0	'pr':0,'pg':77,'pb':0
+GSM723023_0	'pr':11,'pg':59,'pb':23
+GSM752989_0	'pr':159,'pg':0,'pb':72
+GSM701541_0	'pr':0,'pg':77,'pb':0
+GSM706056_0	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM774231_0	'pr':0,'pg':77,'pb':0
+GSM752990_0	'pr':150,'pg':0,'pb':150
+GSM706057_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM774217_0	'pr':0,'pg':77,'pb':0
+GSM707014_0	'pr':0,'pg':0,'pb':200
+GSM706074_0	'pr':0,'pg':117,'pb':0
+GSM706059_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701528_0	'pr':0,'pg':77,'pb':0
+GSM706070_0	'pr':33,'pg':97,'pb':11
+GSM806939_0	'pr':0,'pg':133,'pb':66
+GSM707022_0	'pr':153,'pg':0,'pb':0
+GSM767344_0	'pr':180,'pg':0,'pb':0
+GSM706081_0	'pr':0,'pg':0,'pb':200
+GSM753435_0	'pr':0,'pg':133,'pb':66
+GSM706836_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM774227_0	'pr':0,'pg':77,'pb':0
+GSM701523_0	'pr':0,'pg':77,'pb':0
+GSM706078_0	'pr':170,'pg':170,'pb':0
+GSM806940_0	'pr':0,'pg':117,'pb':0
+GSM774235_0	'pr':0,'pg':77,'pb':0
+GSM752978_0	'pr':0,'pg':133,'pb':66
+GSM774207_0	'pr':0,'pg':77,'pb':0
+GSM706061_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM773045_0	'pr':0,'pg':0,'pb':200
+GSM693278_0	'pr':180,'pg':0,'pb':0
+GSM753427_0	'pr':0,'pg':0,'pb':150
+GSM774201_0	'pr':0,'pg':77,'pb':0
+GSM774203_0	'pr':0,'pg':77,'pb':0
+GSM774208_0	'pr':0,'pg':77,'pb':0
+GSM772726_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701497_0	'pr':0,'pg':77,'pb':0
+GSM701499_0	'pr':0,'pg':77,'pb':0
+GSM752979_0	'pr':0,'pg':133,'pb':66
+GSM806934_0	'pr':0,'pg':133,'pb':66
+GSM767355_0	'pr':0,'pg':0,'pb':200
+GSM752977_0	'pr':0,'pg':133,'pb':66
+GSM701493_0	'pr':0,'pg':77,'pb':0
+GSM706064_0	'pr':150,'pg':0,'pb':0
+GSM774222_0	'pr':0,'pg':77,'pb':0
+GSM701495_0	'pr':0,'pg':77,'pb':0
+GSM706999_0	'pr':0,'pg':117,'pb':0
+GSM701502_0	'pr':0,'pg':77,'pb':0
+GSM772730_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM701518_0	'pr':0,'pg':77,'pb':0
+GSM772733_0	'pr':0,'pg':0,'pb':200
+GSM773042_0	'pr':33,'pg':97,'pb':11
+GSM706846_0	'pr':0,'pg':0,'pb':200
+GSM806948_0	'pr':0,'pg':0,'pb':200
+GSM701527_0	'pr':0,'pg':77,'pb':0
+GSM789281_0	'pr':0,'pg':148,'pb':64
+GSM706853_0	'pr':0,'pg':133,'pb':66
+GSM701487_0	'pr':0,'pg':77,'pb':0
+GSM706857_0	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM706856_0	'pr':0,'pg':0,'pb':200
+GSM752972_0	'pr':33,'pg':97,'pb':11
+GSM806947_0	'pr':0,'pg':0,'pb':200
+GSM774213_0	'pr':0,'pg':77,'pb':0
+GSM774220_0	'pr':0,'pg':77,'pb':0
+GSM706076_0	'pr':0,'pg':149,'pb':149
+GSM767348_0	'pr':0,'pg':117,'pb':0
+GSM753432_0	'pr':33,'pg':97,'pb':11
+GSM774202_0	'pr':0,'pg':77,'pb':0
+GSM773041_0	'pr':0,'pg':117,'pb':0
+GSM701514_0	'pr':0,'pg':77,'pb':0
+GSM767351_0	'pr':0,'pg':117,'pb':0
+GSM774230_0	'pr':0,'pg':77,'pb':0
+GSM774239_0	'pr':0,'pg':77,'pb':0
+GSM753442_0	'pr':0,'pg':117,'pb':0
+GSM701520_0	'pr':0,'pg':77,'pb':0
+GSM806946_0	'pr':33,'pg':97,'pb':11
+GSM753434_0	'pr':33,'pg':97,'pb':11
+GSM773049_0	'pr':159,'pg':0,'pb':72
+GSM751281_0	'pr':0,'pg':43,'pb':173
+GSM707012_0	'pr':33,'pg':97,'pb':11
+GSM774234_0	'pr':0,'pg':77,'pb':0
+GSM767346_0	'pr':33,'pg':97,'pb':11
+GSM701491_0	'pr':0,'pg':77,'pb':0
+GSM774243_0	'pr':0,'pg':77,'pb':0
+GSM773048_0	'pr':0,'pg':0,'pb':200
+GSM773047_0	'pr':180,'pg':0,'pb':0
+GSM772734_0	'pr':0,'pg':133,'pb':66
+GSM723022_0	'pr':11,'pg':59,'pb':23
+GSM707010_0	'pr':159,'pg':0,'pb':72
+GSM774224_0	'pr':0,'pg':77,'pb':0
+GSM752966_0	'pr':0,'pg':0,'pb':150
+GSM706054_0	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM753448_0	'pr':0,'pg':0,'pb':200
+GSM706848_0	'pr':0,'pg':133,'pb':66
+GSM669588_0	'pr':0,'pg':43,'pb':173
+GSM774204_0	'pr':0,'pg':77,'pb':0
+GSM806936_0	'pr':159,'pg':0,'pb':72
+GSM774206_0	'pr':0,'pg':77,'pb':0
+GSM753441_0	'pr':0,'pg':117,'pb':0
+GSM806935_0	'pr':0,'pg':117,'pb':0
+GSM774221_0	'pr':0,'pg':77,'pb':0
+GSM706067_0	'pr':180,'pg':0,'pb':0
+GSM669585_0	'pr':0,'pg':43,'pb':173
+GSM707013_0	'pr':0,'pg':0,'pb':200
+GSM701521_0	'pr':0,'pg':77,'pb':0
+GSM752986_0	'pr':150,'pg':0,'pb':0
+GSM701536_0	'pr':0,'pg':77,'pb':0
+GSM806942_0	'pr':0,'pg':133,'pb':66
+GSM772734_1	'pr':0,'pg':133,'pb':66
+GSM707009_0	'pr':0,'pg':117,'pb':0
+GSM707017_0	'pr':0,'pg':100,'pb':00
+GSM767343_0	'pr':0,'pg':0,'pb':150
+GSM706843_0	'pr':33,'pg':97,'pb':11
+GSM752965_0	'pr':0,'pg':0,'pb':150
+GSM817193	'pr':0,'pg':77,'pb':0
+GSM773007	'pr':0,'pg':133,'pb':66
+GSM773009	'pr':33,'pg':97,'pb':11
+GSM773008	'pr':0,'pg':117,'pb':0
+GSM817195	'pr':0,'pg':77,'pb':0
+GSM817196	'pr':0,'pg':77,'pb':0
+GSM817197	'pr':0,'pg':77,'pb':0
+GSM818010	'pr':140,'pg':97,'pb':0
+GSM818011	'pr':140,'pg':97,'pb':0
+GSM818012	'pr':158,'pg':84,'pb':0
+GSM818013	'pr':158,'pg':84,'pb':0
+GSM818014	'pr':0,'pg':0,'pb':175
+GSM818015	'pr':0,'pg':0,'pb':175
+GSM818016	'pr':0,'pg':0,'pb':175
+GSM818017	'pr':0,'pg':120,'pb':110
+GSM818018	'pr':0,'pg':120,'pb':110
+GSM818019	'pr':0,'pg':120,'pb':110
+GSM817194	'pr':0,'pg':77,'pb':0
+GSM817204	'pr':0,'pg':77,'pb':0
+GSM817205	'pr':0,'pg':77,'pb':0
+GSM817206	'pr':0,'pg':77,'pb':0
+GSM817207	'pr':0,'pg':77,'pb':0
+GSM817200	'pr':0,'pg':77,'pb':0
+GSM817201	'pr':0,'pg':77,'pb':0
+GSM817202	'pr':0,'pg':77,'pb':0
+GSM817203	'pr':0,'pg':77,'pb':0
+GSM817208	'pr':0,'pg':77,'pb':0
+GSM817209	'pr':0,'pg':77,'pb':0
+GSM773012	'pr':0,'pg':117,'pb':0
+GSM773010	'pr':0,'pg':0,'pb':200
+GSM773011	'pr':0,'pg':0,'pb':150
+GSM773014	'pr':0,'pg':133,'pb':66
+GSM773015	'pr':0,'pg':0,'pb':150
+GSM818061	'pr':0,'pg':120,'pb':120
+GSM818060	'pr':94,'pg':97,'pb':11
+GSM818063	'pr':0,'pg':0,'pb':200
+GSM818062	'pr':0,'pg':120,'pb':120
+GSM832838	'pr':0,'pg':120,'pb':110
+GSM832839	'pr':0,'pg':0,'pb':200
+GSM832837	'pr':0,'pg':120,'pb':110
+GSM817253	'pr':0,'pg':43,'pb':173
+GSM817252	'pr':0,'pg':43,'pb':173
+GSM817251	'pr':0,'pg':43,'pb':173
+GSM817172	'pr':0,'pg':77,'pb':0
+GSM817173	'pr':0,'pg':77,'pb':0
+GSM916015	'pr':33,'pg':97,'pb':11
+GSM916014	'pr':0,'pg':117,'pb':0
+GSM916017	'pr':0,'pg':133,'pb':66
+GSM916016	'pr':180,'pg':0,'pb':0
+GSM916019	'pr':0,'pg':117,'pb':0
+GSM916018	'pr':46,'pg':92,'pb':0
+GSM817158	'pr':0,'pg':77,'pb':0
+GSM817159	'pr':0,'pg':77,'pb':0
+GSM817183	'pr':0,'pg':77,'pb':0
+GSM817182	'pr':0,'pg':77,'pb':0
+GSM818008	'pr':51,'pg':102,'pb':190
+GSM818049	'pr':46,'pg':92,'pb':0
+GSM818048	'pr':46,'pg':92,'pb':0
+GSM818043	'pr':0,'pg':117,'pb':0
+GSM818042	'pr':0,'pg':82,'pb':41
+GSM818041	'pr':0,'pg':82,'pb':41
+GSM818040	'pr':0,'pg':133,'pb':66
+GSM818047	'pr':46,'pg':92,'pb':0
+GSM818046	'pr':185,'pg':0,'pb':185
+GSM818045	'pr':185,'pg':0,'pb':185
+GSM818044	'pr':185,'pg':0,'pb':185
+GSM817199	'pr':0,'pg':77,'pb':0
+GSM817189	'pr':0,'pg':77,'pb':0
+GSM817188	'pr':0,'pg':77,'pb':0
+GSM817211	'pr':0,'pg':77,'pb':0
+GSM818058	'pr':94,'pg':97,'pb':11
+GSM818059	'pr':94,'pg':97,'pb':11
+GSM818054	'pr':159,'pg':0,'pb':72
+GSM818055	'pr':159,'pg':0,'pb':72
+GSM818056	'pr':159,'pg':0,'pb':72
+GSM818057	'pr':159,'pg':0,'pb':72
+GSM818050	'pr':46,'pg':92,'pb':0
+GSM818051	'pr':46,'pg':92,'pb':0
+GSM818052	'pr':46,'pg':92,'pb':0
+GSM818053	'pr':159,'pg':0,'pb':72
+GSM916037	'pr':0,'pg':0,'pb':200
+GSM916036	'pr':33,'pg':97,'pb':11
+GSM916035	'pr':0,'pg':0,'pb':150
+GSM916034	'pr':159,'pg':0,'pb':72
+GSM916033	'pr':0,'pg':133,'pb':66
+GSM916032	'pr':180,'pg':0,'pb':0
+GSM916031	'pr':33,'pg':97,'pb':11
+GSM916030	'pr':0,'pg':0,'pb':200
+GSM916039	'pr':0,'pg':133,'pb':66
+GSM916038	'pr':180,'pg':0,'pb':0
+GSM817248	'pr':153,'pg':0,'pb':0
+GSM817249	'pr':153,'pg':0,'pb':0
+GSM706063	'pr':180,'pg':0,'pb':0
+GSM706062	'pr':180,'pg':0,'pb':0
+GSM817240	'pr':180,'pg':0,'pb':0
+GSM817241	'pr':33,'pg':97,'pb':11
+GSM817242	'pr':0,'pg':0,'pb':200
+GSM817243	'pr':0,'pg':0,'pb':200
+GSM817244	'pr':0,'pg':0,'pb':200
+GSM817245	'pr':0,'pg':0,'pb':200
+GSM817246	'pr':0,'pg':0,'pb':200
+GSM817247	'pr':0,'pg':0,'pb':200
+GSM916028	'pr':33,'pg':97,'pb':11
+GSM916029	'pr':0,'pg':117,'pb':0
+GSM916020	'pr':33,'pg':97,'pb':11
+GSM916021	'pr':51,'pg':102,'pb':190
+GSM916022	'pr':51,'pg':102,'pb':190
+GSM916023	'pr':159,'pg':0,'pb':72
+GSM916024	'pr':0,'pg':133,'pb':66
+GSM916025	'pr':159,'pg':0,'pb':72
+GSM916026	'pr':0,'pg':0,'pb':150
+GSM916027	'pr':0,'pg':117,'pb':0
+GSM818029	'pr':0,'pg':150,'pb':0
+GSM818028	'pr':0,'pg':150,'pb':0
+GSM807395	'pr':0,'pg':120,'pb':110
+GSM818021	'pr':0,'pg':0,'pb':200
+GSM818020	'pr':0,'pg':0,'pb':200
+GSM818023	'pr':150,'pg':0,'pb':0
+GSM818022	'pr':150,'pg':0,'pb':0
+GSM818025	'pr':0,'pg':150,'pb':0
+GSM818024	'pr':150,'pg':0,'pb':0
+GSM818027	'pr':0,'pg':150,'pb':0
+GSM818026	'pr':0,'pg':150,'pb':0
+GSM817187	'pr':0,'pg':77,'pb':0
+GSM817186	'pr':0,'pg':77,'pb':0
+GSM817185	'pr':0,'pg':77,'pb':0
+GSM817184	'pr':0,'pg':77,'pb':0
+GSM817239	'pr':159,'pg':0,'pb':72
+GSM817238	'pr':33,'pg':97,'pb':11
+GSM817181	'pr':0,'pg':77,'pb':0
+GSM817180	'pr':0,'pg':77,'pb':0
+GSM817235	'pr':0,'pg':117,'pb':0
+GSM817234	'pr':0,'pg':133,'pb':66
+GSM817237	'pr':180,'pg':0,'pb':0
+GSM817236	'pr':159,'pg':0,'pb':72
+GSM817231	'pr':159,'pg':0,'pb':72
+GSM817230	'pr':0,'pg':133,'pb':66
+GSM817233	'pr':159,'pg':0,'pb':72
+GSM817232	'pr':0,'pg':133,'pb':66
+GSM817165	'pr':0,'pg':77,'pb':0
+GSM817164	'pr':0,'pg':77,'pb':0
+GSM817167	'pr':0,'pg':77,'pb':0
+GSM817166	'pr':0,'pg':77,'pb':0
+GSM817161	'pr':0,'pg':77,'pb':0
+GSM817160	'pr':0,'pg':77,'pb':0
+GSM817163	'pr':0,'pg':77,'pb':0
+GSM817162	'pr':0,'pg':77,'pb':0
+GSM772989	'pr':180,'pg':0,'pb':0
+GSM817169	'pr':0,'pg':77,'pb':0
+GSM817168	'pr':0,'pg':77,'pb':0
+GSM817198	'pr':0,'pg':77,'pb':0
+GSM817213	'pr':0,'pg':77,'pb':0
+GSM818038	'pr':113,'pg':113,'pb':0
+GSM818039	'pr':0,'pg':133,'pb':66
+GSM817212	'pr':0,'pg':77,'pb':0
+GSM817190	'pr':0,'pg':77,'pb':0
+GSM818033	'pr':180,'pg':0,'pb':0
+GSM818030	'pr':0,'pg':150,'pb':0
+GSM818031	'pr':0,'pg':0,'pb':150
+GSM818036	'pr':113,'pg':113,'pb':0
+GSM818037	'pr':113,'pg':113,'pb':0
+GSM818034	'pr':33,'pg':97,'pb':11
+GSM818035	'pr':33,'pg':97,'pb':11
+GSM817228	'pr':0,'pg':133,'pb':66
+GSM817229	'pr':180,'pg':0,'pb':0
+GSM817226	'pr':180,'pg':0,'pb':0
+GSM817227	'pr':33,'pg':97,'pb':11
+GSM817225	'pr':0,'pg':117,'pb':0
+GSM817220	'pr':0,'pg':77,'pb':0
+GSM817176	'pr':0,'pg':77,'pb':0
+GSM817177	'pr':0,'pg':77,'pb':0
+GSM817174	'pr':0,'pg':77,'pb':0
+GSM817175	'pr':0,'pg':77,'pb':0
+GSM772990	'pr':0,'pg':0,'pb':200
+GSM772991	'pr':0,'pg':0,'pb':200
+GSM817170	'pr':0,'pg':77,'pb':0
+GSM817171	'pr':0,'pg':77,'pb':0
+GSM817214	'pr':0,'pg':77,'pb':0
+GSM772851	'pr':0,'pg':133,'pb':66
+GSM817178	'pr':0,'pg':77,'pb':0
+GSM817179	'pr':0,'pg':77,'pb':0
+GSM916048	'pr':159,'pg':0,'pb':72
+GSM916046	'pr':0,'pg':133,'pb':66
+GSM916047	'pr':0,'pg':0,'pb':200
+GSM916044	'pr':46,'pg':92,'pb':0
+GSM916045	'pr':0,'pg':117,'pb':0
+GSM916042	'pr':33,'pg':97,'pb':11
+GSM916043	'pr':180,'pg':0,'pb':0
+GSM916040	'pr':0,'pg':117,'pb':0
+GSM916041	'pr':33,'pg':97,'pb':11
+GSM807393	'pr':140,'pg':97,'pb':0
+GSM807392	'pr':140,'pg':97,'pb':0
+GSM807391	'pr':51,'pg':102,'pb':190
+GSM807396	'pr':0,'pg':110,'pb':120
+GSM818009	'pr':51,'pg':102,'pb':190
+GSM807394	'pr':0,'pg':120,'pb':110
+GSM818007	'pr':51,'pg':102,'pb':190
+GSM807399	'pr':185,'pg':0,'pb':185
+GSM807398	'pr':185,'pg':0,'pb':185
+GSM807403	'pr':0,'pg':185,'pb':134
+GSM807402	'pr':46,'pg':92,'pb':0
+GSM807401	'pr':170,'pg':170,'pb':0
+GSM817210	'pr':0,'pg':77,'pb':0
+GSM817217	'pr':0,'pg':77,'pb':0
+GSM817216	'pr':0,'pg':77,'pb':0
+GSM817215	'pr':0,'pg':77,'pb':0
+GSM817191	'pr':0,'pg':77,'pb':0
+GSM817219	'pr':0,'pg':77,'pb':0
+GSM817218	'pr':0,'pg':77,'pb':0
+GSM817192	'pr':0,'pg':77,'pb':0
+GSM864035	'pr':0,'pg':0,'pb':150
+GSM864034	'pr':180,'pg':0,'pb':0
+GSM864037	'pr':0,'pg':0,'pb':200
+GSM864036	'pr':180,'pg':0,'pb':0
+GSM864033	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM864032	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM941716	'pr':33,'pg':97,'pb':11
+GSM941717	'pr':0,'pg':133,'pb':66
+GSM941714	'pr':33,'pg':97,'pb':11
+GSM941715	'pr':180,'pg':0,'pb':0
+GSM941713	'pr':180,'pg':0,'pb':0
+GSM941718	'pr':0,'pg':117,'pb':0
+GSM941719	'pr':0,'pg':117,'pb':0
+GSM878629	'pr':0,'pg':77,'pb':0
+GSM878628	'pr':0,'pg':77,'pb':0
+GSM878621	'pr':0,'pg':77,'pb':0
+GSM878620	'pr':0,'pg':77,'pb':0
+GSM878623	'pr':0,'pg':77,'pb':0
+GSM878622	'pr':0,'pg':77,'pb':0
+GSM878625	'pr':0,'pg':77,'pb':0
+GSM878624	'pr':0,'pg':77,'pb':0
+GSM878627	'pr':0,'pg':77,'pb':0
+GSM878626	'pr':0,'pg':77,'pb':0
+GSM941729	'pr':33,'pg':97,'pb':11
+GSM941728	'pr':0,'pg':133,'pb':66
+GSM941723	'pr':0,'pg':100,'pb':00
+GSM941722	'pr':0,'pg':100,'pb':00
+GSM941721	'pr':180,'pg':0,'pb':0
+GSM941720	'pr':159,'pg':0,'pb':72
+GSM941727	'pr':153,'pg':0,'pb':0
+GSM941726	'pr':153,'pg':0,'pb':0
+GSM941725	'pr':153,'pg':0,'pb':0
+GSM941724	'pr':0,'pg':100,'pb':00
+GSM878638	'pr':0,'pg':77,'pb':0
+GSM878639	'pr':0,'pg':77,'pb':0
+GSM878632	'pr':0,'pg':77,'pb':0
+GSM878633	'pr':0,'pg':77,'pb':0
+GSM878630	'pr':0,'pg':77,'pb':0
+GSM878631	'pr':0,'pg':77,'pb':0
+GSM878636	'pr':0,'pg':77,'pb':0
+GSM878637	'pr':0,'pg':77,'pb':0
+GSM878634	'pr':0,'pg':77,'pb':0
+GSM878635	'pr':0,'pg':77,'pb':0
+GSM941738	'pr':180,'pg':0,'pb':0
+GSM941739	'pr':33,'pg':97,'pb':11
+GSM941734	'pr':33,'pg':97,'pb':11
+GSM941735	'pr':0,'pg':117,'pb':0
+GSM941736	'pr':0,'pg':133,'pb':66
+GSM941737	'pr':159,'pg':0,'pb':72
+GSM941730	'pr':0,'pg':133,'pb':66
+GSM941731	'pr':0,'pg':117,'pb':0
+GSM941732	'pr':159,'pg':0,'pb':72
+GSM941733	'pr':180,'pg':0,'pb':0
+GSM864799	'pr':0,'pg':0,'pb':150
+GSM941741	'pr':0,'pg':0,'pb':200
+GSM941740	'pr':0,'pg':0,'pb':200
+GSM941742	'pr':0,'pg':0,'pb':200
+GSM878610	'pr':0,'pg':77,'pb':0
+GSM878611	'pr':0,'pg':77,'pb':0
+GSM878612	'pr':0,'pg':77,'pb':0
+GSM878613	'pr':0,'pg':77,'pb':0
+GSM878614	'pr':0,'pg':77,'pb':0
+GSM878615	'pr':0,'pg':77,'pb':0
+GSM878616	'pr':0,'pg':77,'pb':0
+GSM878617	'pr':0,'pg':77,'pb':0
+GSM878618	'pr':0,'pg':77,'pb':0
+GSM878619	'pr':0,'pg':77,'pb':0
+GSM878665	'pr':0,'pg':77,'pb':0
+GSM878664	'pr':0,'pg':77,'pb':0
+GSM878667	'pr':0,'pg':77,'pb':0
+GSM878666	'pr':0,'pg':77,'pb':0
+GSM878661	'pr':0,'pg':77,'pb':0
+GSM878660	'pr':0,'pg':77,'pb':0
+GSM878663	'pr':0,'pg':77,'pb':0
+GSM878662	'pr':0,'pg':77,'pb':0
+GSM864800	'pr':0,'pg':0,'pb':150
+GSM864801	'pr':180,'pg':0,'pb':0
+GSM864802	'pr':0,'pg':0,'pb':200
+GSM864803	'pr':0,'pg':0,'pb':200
+GSM878655	'pr':0,'pg':77,'pb':0
+GSM818005	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM818004	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM878650	'pr':0,'pg':77,'pb':0
+GSM878649	'pr':0,'pg':77,'pb':0
+GSM878648	'pr':0,'pg':77,'pb':0
+GSM878643	'pr':0,'pg':77,'pb':0
+GSM878642	'pr':0,'pg':77,'pb':0
+GSM878641	'pr':0,'pg':77,'pb':0
+GSM878640	'pr':0,'pg':77,'pb':0
+GSM878647	'pr':0,'pg':77,'pb':0
+GSM878646	'pr':0,'pg':77,'pb':0
+GSM878645	'pr':0,'pg':77,'pb':0
+GSM878644	'pr':0,'pg':77,'pb':0
+GSM878658	'pr':0,'pg':77,'pb':0
+GSM878659	'pr':0,'pg':77,'pb':0
+GSM878654	'pr':0,'pg':77,'pb':0
+GSM818006	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM878656	'pr':0,'pg':77,'pb':0
+GSM878657	'pr':0,'pg':77,'pb':0
+GSM818003	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM878651	'pr':0,'pg':77,'pb':0
+GSM878652	'pr':0,'pg':77,'pb':0
+GSM878653	'pr':0,'pg':77,'pb':0
+GSM773026_0	'pr':159,'pg':0,'pb':72
+GSM772914_0	'pr':0,'pg':0,'pb':200
+GSM772792_0	'pr':0,'pg':117,'pb':0
+GSM773006_0	'pr':46,'pg':92,'pb':0
+GSM772943_0	'pr':159,'pg':0,'pb':72
+GSM772908_0	'pr':0,'pg':0,'pb':150
+GSM772900_0	'pr':180,'pg':0,'pb':0
+GSM772902_0	'pr':0,'pg':133,'pb':66
+GSM772960_0	'pr':159,'pg':0,'pb':72
+GSM772878_0	'pr':180,'pg':0,'pb':0
+GSM772751_0	'pr':33,'pg':97,'pb':11
+GSM773003_0	'pr':46,'pg':92,'pb':0
+GSM772897_0	'pr':159,'pg':0,'pb':72
+GSM773030_0	'pr':46,'pg':92,'pb':0
+GSM772913_0	'pr':0,'pg':0,'pb':200
+GSM772760_0	'pr':46,'pg':92,'pb':0
+GSM772830_0	'pr':0,'pg':133,'pb':66
+GSM772773_0	'pr':180,'pg':0,'pb':0
+GSM772877_0	'pr':33,'pg':97,'pb':11
+GSM772772_0	'pr':180,'pg':0,'pb':0
+GSM772860_0	'pr':0,'pg':133,'pb':66
+GSM772942_0	'pr':0,'pg':117,'pb':0
+GSM772921_0	'pr':159,'pg':0,'pb':72
+GSM772863_0	'pr':0,'pg':0,'pb':200
+GSM772938_0	'pr':159,'pg':0,'pb':72
+GSM772866_0	'pr':33,'pg':97,'pb':11
+GSM772762_0	'pr':0,'pg':133,'pb':66
+GSM772875_0	'pr':159,'pg':0,'pb':72
+GSM772940_0	'pr':159,'pg':0,'pb':72
+GSM772767_0	'pr':0,'pg':133,'pb':66
+GSM772840_0	'pr':180,'pg':0,'pb':0
+GSM772949_0	'pr':0,'pg':0,'pb':150
+GSM772744_0	'pr':180,'pg':0,'pb':0
+GSM772798_0	'pr':33,'pg':97,'pb':11
+GSM772811_0	'pr':46,'pg':92,'pb':0
+GSM772961_0	'pr':33,'pg':97,'pb':11
+GSM772986_0	'pr':0,'pg':117,'pb':0
+GSM772828_0	'pr':33,'pg':97,'pb':11
+GSM772873_0	'pr':0,'pg':133,'pb':66
+GSM772749_0	'pr':46,'pg':92,'pb':0
+GSM772881_0	'pr':0,'pg':0,'pb':200
+GSM772855_0	'pr':180,'pg':0,'pb':0
+GSM772988_0	'pr':0,'pg':0,'pb':200
+GSM773038_0	'pr':0,'pg':133,'pb':66
+GSM772994_0	'pr':159,'pg':0,'pb':72
+GSM772910_0	'pr':0,'pg':0,'pb':200
+GSM772838_0	'pr':33,'pg':97,'pb':11
+GSM772925_0	'pr':0,'pg':117,'pb':0
+GSM773018_0	'pr':33,'pg':97,'pb':11
+GSM772980_0	'pr':46,'pg':92,'pb':0
+GSM772898_0	'pr':0,'pg':133,'pb':66
+GSM772821_0	'pr':180,'pg':0,'pb':0
+GSM772759_0	'pr':159,'pg':0,'pb':72
+GSM772996_0	'pr':0,'pg':117,'pb':0
+GSM772842_0	'pr':159,'pg':0,'pb':72
+GSM772970_0	'pr':46,'pg':92,'pb':0
+GSM772969_0	'pr':180,'pg':0,'pb':0
+GSM772947_0	'pr':180,'pg':0,'pb':0
+GSM772934_0	'pr':0,'pg':0,'pb':150
+GSM772869_0	'pr':0,'pg':133,'pb':66
+GSM772857_0	'pr':159,'pg':0,'pb':72
+GSM772926_0	'pr':33,'pg':97,'pb':11
+GSM772766_0	'pr':180,'pg':0,'pb':0
+GSM773031_0	'pr':159,'pg':0,'pb':72
+GSM772924_0	'pr':0,'pg':133,'pb':66
+GSM772907_0	'pr':0,'pg':133,'pb':66
+GSM772888_0	'pr':159,'pg':0,'pb':72
+GSM772882_0	'pr':159,'pg':0,'pb':72
+GSM772768_0	'pr':33,'pg':97,'pb':11
+GSM772837_0	'pr':0,'pg':133,'pb':66
+GSM772999_0	'pr':0,'pg':0,'pb':200
+GSM772794_0	'pr':0,'pg':0,'pb':200
+GSM772987_0	'pr':0,'pg':0,'pb':150
+GSM772967_0	'pr':0,'pg':117,'pb':0
+GSM773024_0	'pr':0,'pg':0,'pb':200
+GSM772929_0	'pr':0,'pg':117,'pb':0
+GSM772936_0	'pr':33,'pg':97,'pb':11
+GSM772966_0	'pr':159,'pg':0,'pb':72
+GSM772915_0	'pr':0,'pg':0,'pb':200
+GSM773032_0	'pr':0,'pg':133,'pb':66
+GSM772800_0	'pr':0,'pg':133,'pb':66
+GSM772884_0	'pr':0,'pg':133,'pb':66
+GSM772871_0	'pr':180,'pg':0,'pb':0
+GSM772997_0	'pr':0,'pg':0,'pb':150
+GSM773002_0	'pr':180,'pg':0,'pb':0
+GSM772911_0	'pr':180,'pg':0,'pb':0
+GSM772923_0	'pr':33,'pg':97,'pb':11
+GSM772746_0	'pr':0,'pg':117,'pb':0
+GSM772889_0	'pr':159,'pg':0,'pb':72
+GSM773033_0	'pr':0,'pg':0,'pb':150
+GSM772765_0	'pr':0,'pg':0,'pb':200
+GSM772950_0	'pr':0,'pg':0,'pb':200
+GSM772804_0	'pr':0,'pg':133,'pb':66
+GSM772814_0	'pr':33,'pg':97,'pb':11
+GSM773004_0	'pr':0,'pg':0,'pb':150
+GSM772954_0	'pr':0,'pg':117,'pb':0
+GSM772816_0	'pr':0,'pg':133,'pb':66
+GSM772825_0	'pr':33,'pg':97,'pb':11
+GSM772981_0	'pr':33,'pg':97,'pb':11
+GSM772850_0	'pr':159,'pg':0,'pb':72
+GSM772962_0	'pr':0,'pg':133,'pb':66
+GSM772832_0	'pr':0,'pg':0,'pb':150
+GSM772802_0	'pr':46,'pg':92,'pb':0
+GSM772835_0	'pr':0,'pg':0,'pb':150
+GSM772998_0	'pr':180,'pg':0,'pb':0
+GSM772880_0	'pr':0,'pg':0,'pb':150
+GSM772844_0	'pr':0,'pg':117,'pb':0
+GSM772789_0	'pr':0,'pg':133,'pb':66
+GSM772885_0	'pr':0,'pg':0,'pb':150
+GSM772983_0	'pr':180,'pg':0,'pb':0
+GSM772899_0	'pr':180,'pg':0,'pb':0
+GSM772920_0	'pr':0,'pg':0,'pb':200
+GSM772872_0	'pr':33,'pg':97,'pb':11
+GSM772963_0	'pr':0,'pg':0,'pb':150
+GSM772841_0	'pr':0,'pg':0,'pb':200
+GSM772817_0	'pr':0,'pg':117,'pb':0
+GSM772985_0	'pr':0,'pg':133,'pb':66
+GSM772862_0	'pr':0,'pg':117,'pb':0
+GSM772853_0	'pr':0,'pg':133,'pb':66
+GSM772879_0	'pr':159,'pg':0,'pb':72
+GSM772867_0	'pr':0,'pg':117,'pb':0
+GSM772858_0	'pr':159,'pg':0,'pb':72
+GSM772937_0	'pr':180,'pg':0,'pb':0
+GSM772887_0	'pr':0,'pg':117,'pb':0
+GSM772973_0	'pr':0,'pg':133,'pb':66
+GSM772796_0	'pr':46,'pg':92,'pb':0
+GSM772864_0	'pr':0,'pg':0,'pb':200
+GSM772846_0	'pr':33,'pg':97,'pb':11
+GSM773025_0	'pr':0,'pg':0,'pb':200
+GSM772976_0	'pr':0,'pg':0,'pb':150
+GSM772799_0	'pr':159,'pg':0,'pb':72
+GSM772955_0	'pr':180,'pg':0,'pb':0
+GSM772756_0	'pr':159,'pg':0,'pb':72
+GSM772886_0	'pr':46,'pg':92,'pb':0
+GSM773027_0	'pr':33,'pg':97,'pb':11
+GSM772822_0	'pr':46,'pg':92,'pb':0
+GSM772975_0	'pr':33,'pg':97,'pb':11
+GSM772904_0	'pr':0,'pg':0,'pb':200
+GSM772748_0	'pr':0,'pg':133,'pb':66
+GSM772793_0	'pr':0,'pg':133,'pb':66
+GSM772788_0	'pr':180,'pg':0,'pb':0
+GSM772894_0	'pr':0,'pg':0,'pb':150
+GSM772741_0	'pr':46,'pg':92,'pb':0
+GSM773035_0	'pr':159,'pg':0,'pb':72
+GSM772843_0	'pr':46,'pg':92,'pb':0
+GSM772856_0	'pr':159,'pg':0,'pb':72
+GSM772740_0	'pr':0,'pg':0,'pb':200
+GSM772764_0	'pr':0,'pg':0,'pb':200
+GSM772972_0	'pr':0,'pg':133,'pb':66
+GSM772786_0	'pr':46,'pg':92,'pb':0
+GSM772959_0	'pr':0,'pg':117,'pb':0
+GSM772861_0	'pr':0,'pg':117,'pb':0
+GSM772944_0	'pr':0,'pg':117,'pb':0
+GSM772964_0	'pr':33,'pg':97,'pb':11
+GSM772739_0	'pr':0,'pg':0,'pb':200
+GSM772854_0	'pr':0,'pg':0,'pb':200
+GSM772901_0	'pr':0,'pg':117,'pb':0
+GSM772890_0	'pr':0,'pg':0,'pb':200
+GSM773016_0	'pr':0,'pg':0,'pb':150
+GSM772896_0	'pr':0,'pg':117,'pb':0
+GSM772770_0	'pr':0,'pg':133,'pb':66
+GSM773021_0	'pr':0,'pg':133,'pb':66
+GSM772812_0	'pr':46,'pg':92,'pb':0
+GSM772820_0	'pr':33,'pg':97,'pb':11
+GSM772876_0	'pr':0,'pg':0,'pb':200
+GSM772906_0	'pr':180,'pg':0,'pb':0
+GSM772903_0	'pr':159,'pg':0,'pb':72
+GSM772859_0	'pr':0,'pg':0,'pb':150
+GSM772971_0	'pr':0,'pg':133,'pb':66
+GSM772948_0	'pr':0,'pg':117,'pb':0
+GSM772763_0	'pr':33,'pg':97,'pb':11
+GSM772927_0	'pr':159,'pg':0,'pb':72
+GSM773034_0	'pr':0,'pg':0,'pb':200
+GSM772750_0	'pr':180,'pg':0,'pb':0
+GSM772847_0	'pr':180,'pg':0,'pb':0
+GSM772827_0	'pr':180,'pg':0,'pb':0
+GSM772778_0	'pr':46,'pg':92,'pb':0
+GSM773029_0	'pr':0,'pg':117,'pb':0
+GSM772941_0	'pr':46,'pg':92,'pb':0
+GSM772883_0	'pr':0,'pg':0,'pb':200
+GSM772868_0	'pr':180,'pg':0,'pb':0
+GSM772932_0	'pr':33,'pg':97,'pb':11
+GSM772945_0	'pr':33,'pg':97,'pb':11
+GSM772933_0	'pr':0,'pg':133,'pb':66
+GSM773000_0	'pr':33,'pg':97,'pb':11
+GSM772957_0	'pr':33,'pg':97,'pb':11
+GSM772979_0	'pr':0,'pg':0,'pb':200
+GSM772919_0	'pr':180,'pg':0,'pb':0
+GSM772977_0	'pr':180,'pg':0,'pb':0
+GSM772909_0	'pr':159,'pg':0,'pb':72
+GSM773017_0	'pr':159,'pg':0,'pb':72
+GSM773022_0	'pr':0,'pg':117,'pb':0
+GSM773013_0	'pr':33,'pg':97,'pb':11
+GSM772818_0	'pr':33,'pg':97,'pb':11
+GSM772761_0	'pr':0,'pg':117,'pb':0
+GSM772928_0	'pr':0,'pg':133,'pb':66
+GSM772754_0	'pr':0,'pg':0,'pb':200
+GSM772790_0	'pr':0,'pg':117,'pb':0
+GSM772951_0	'pr':180,'pg':0,'pb':0
+GSM772747_0	'pr':0,'pg':117,'pb':0
+GSM772745_0	'pr':0,'pg':133,'pb':66
+GSM773020_0	'pr':0,'pg':0,'pb':150
+GSM772826_0	'pr':0,'pg':0,'pb':200
+GSM772848_0	'pr':0,'pg':0,'pb':150
+GSM772865_0	'pr':33,'pg':97,'pb':11
+GSM772893_0	'pr':33,'pg':97,'pb':11
+GSM772755_0	'pr':0,'pg':0,'pb':200
+GSM772829_0	'pr':0,'pg':117,'pb':0
+GSM772771_0	'pr':180,'pg':0,'pb':0
+GSM772849_0	'pr':0,'pg':133,'pb':66
+GSM773001_0	'pr':0,'pg':133,'pb':66
+GSM772958_0	'pr':159,'pg':0,'pb':72
+GSM772769_0	'pr':0,'pg':117,'pb':0
+GSM772870_0	'pr':0,'pg':0,'pb':150
+GSM772775_0	'pr':159,'pg':0,'pb':72
+GSM772752_0	'pr':0,'pg':117,'pb':0
+GSM772742_0	'pr':159,'pg':0,'pb':72
+GSM772974_0	'pr':180,'pg':0,'pb':0
+GSM772995_0	'pr':0,'pg':0,'pb':150
+GSM772813_0	'pr':159,'pg':0,'pb':72
+GSM773023_0	'pr':159,'pg':0,'pb':72
+GSM772895_0	'pr':33,'pg':97,'pb':11
+GSM772834_0	'pr':159,'pg':0,'pb':72
+GSM773005_0	'pr':0,'pg':117,'pb':0
+GSM772831_0	'pr':159,'pg':0,'pb':72
+GSM772833_0	'pr':180,'pg':0,'pb':0
+GSM772968_0	'pr':0,'pg':0,'pb':200
+GSM772956_0	'pr':180,'pg':0,'pb':0
+GSM772917_0	'pr':159,'pg':0,'pb':72
+GSM772905_0	'pr':0,'pg':0,'pb':150
+GSM772807_0	'pr':0,'pg':0,'pb':200
+GSM772797_0	'pr':0,'pg':117,'pb':0
+GSM772823_0	'pr':159,'pg':0,'pb':72
+GSM772912_0	'pr':33,'pg':97,'pb':11
+GSM772953_0	'pr':0,'pg':0,'pb':200
+GSM772952_0	'pr':0,'pg':0,'pb':200
+GSM772935_0	'pr':180,'pg':0,'pb':0
+GSM772982_0	'pr':33,'pg':97,'pb':11
+GSM772939_0	'pr':0,'pg':0,'pb':200
+GSM772874_0	'pr':0,'pg':0,'pb':200
+GSM772836_0	'pr':0,'pg':117,'pb':0
+GSM772992_0	'pr':0,'pg':133,'pb':66
+GSM772892_0	'pr':33,'pg':97,'pb':11
+GSM772978_0	'pr':0,'pg':117,'pb':0
+GSM772757_0	'pr':0,'pg':133,'pb':66
+GSM772774_0	'pr':46,'pg':92,'pb':0
+GSM772852_0	'pr':0,'pg':117,'pb':0
+GSM772922_0	'pr':0,'pg':117,'pb':0
+GSM772839_0	'pr':0,'pg':117,'pb':0
+GSM772918_0	'pr':33,'pg':97,'pb':11
+GSM772819_0	'pr':180,'pg':0,'pb':0
+GSM772743_0	'pr':33,'pg':97,'pb':11
+GSM772780_0	'pr':159,'pg':0,'pb':72
+GSM772845_0	'pr':0,'pg':133,'pb':66
+GSM773028_0	'pr':0,'pg':133,'pb':66
+GSM772779_0	'pr':159,'pg':0,'pb':72
+GSM772984_0	'pr':159,'pg':0,'pb':72
+GSM772993_0	'pr':180,'pg':0,'pb':0
+GSM772946_0	'pr':180,'pg':0,'pb':0
+GSM773019_0	'pr':0,'pg':0,'pb':200
+GSM772916_0	'pr':0,'pg':0,'pb':200
+GSM772891_0	'pr':33,'pg':97,'pb':11
+GSM772930_0	'pr':0,'pg':0,'pb':200
+GSM916050_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM906404_1	'pr':0,'pg':133,'pb':66
+GSM906382_1	'pr':11,'pg':59,'pb':23
+GSM908967_1	'pr':0,'pg':120,'pb':120
+GSM908953_1	'pr':180,'pg':0,'pb':0
+GSM958149_1	'pr':33,'pg':97,'pb':11
+GSM906414_1	'pr':0,'pg':0,'pb':200
+GSM910565_1	'pr':33,'pg':97,'pb':11
+GSM906411_1	'pr':159,'pg':0,'pb':72
+GSM910581_1	'pr':0,'pg':117,'pb':0
+GSM916053_1	'pr':0,'pg':133,'pb':66
+GSM906419_1	'pr':0,'pg':0,'pb':200
+GSM916088_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM916065_1	'pr':0,'pg':0,'pb':150
+GSM916091_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM906401_1	'pr':33,'pg':97,'pb':11
+GSM896163_1	'pr':0,'pg':0,'pb':150
+GSM910567_1	'pr':33,'pg':97,'pb':11
+GSM908957_1	'pr':0,'pg':82,'pb':41
+GSM908965_1	'pr':94,'pg':97,'pb':11
+GSM916090_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM915334_1	'pr':180,'pg':0,'pb':0
+GSM910582_1	'pr':0,'pg':117,'pb':0
+GSM906403_1	'pr':0,'pg':133,'pb':66
+GSM910559_1	'pr':0,'pg':0,'pb':150
+GSM958154_1	'pr':180,'pg':0,'pb':0
+GSM906387_1	'pr':51,'pg':102,'pb':190
+GSM958165_1	'pr':159,'pg':0,'pb':72
+GSM909312_1	'pr':11,'pg':59,'pb':23
+GSM906420_1	'pr':0,'pg':0,'pb':200
+GSM915335_1	'pr':0,'pg':133,'pb':66
+GSM916059_1	'pr':180,'pg':0,'pb':0
+GSM958168_1	'pr':0,'pg':0,'pb':200
+GSM908955_1	'pr':113,'pg':113,'pb':0
+GSM908949_1	'pr':150,'pg':0,'pb':0
+GSM906407_1	'pr':0,'pg':117,'pb':0
+GSM910566_1	'pr':33,'pg':97,'pb':11
+GSM959126_1	'pr':0,'pg':0,'pb':200
+GSM908958_1	'pr':185,'pg':0,'pb':185
+GSM908962_1	'pr':123,'pg':0,'pb':102
+GSM916079_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM916055_1	'pr':180,'pg':0,'pb':0
+GSM908947_1	'pr':0,'pg':0,'pb':200
+GSM958169_1	'pr':0,'pg':100,'pb':00
+GSM941753_1	'pr':0,'pg':0,'pb':200
+GSM906379_1	'pr':0,'pg':77,'pb':0
+GSM896165_1	'pr':180,'pg':0,'pb':0
+GSM910568_1	'pr':33,'pg':97,'pb':11
+GSM906405_1	'pr':0,'pg':117,'pb':0
+GSM941752_1	'pr':33,'pg':97,'pb':11
+GSM910564_1	'pr':180,'pg':0,'pb':0
+GSM910577_1	'pr':0,'pg':133,'pb':66
+GSM915333_1	'pr':180,'pg':0,'pb':0
+GSM906415_1	'pr':0,'pg':0,'pb':200
+GSM941748_1	'pr':0,'pg':133,'pb':66
+GSM916074_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM908960_1	'pr':170,'pg':170,'pb':0
+GSM906394_1	'pr':0,'pg':0,'pb':150
+GSM916051_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM906396_1	'pr':0,'pg':0,'pb':150
+GSM910583_1	'pr':159,'pg':0,'pb':72
+GSM916064_1	'pr':0,'pg':0,'pb':150
+GSM915331_1	'pr':0,'pg':0,'pb':150
+GSM958171_1	'pr':0,'pg':100,'pb':00
+GSM916063_1	'pr':0,'pg':117,'pb':0
+GSM916061_1	'pr':180,'pg':0,'pb':0
+GSM908964_1	'pr':94,'pg':97,'pb':11
+GSM958180_1	'pr':153,'pg':0,'pb':0
+GSM908940_1	'pr':0,'pg':148,'pb':64
+GSM910576_1	'pr':0,'pg':133,'pb':66
+GSM916085_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM958159_1	'pr':33,'pg':97,'pb':11
+GSM906397_1	'pr':0,'pg':0,'pb':150
+GSM896162_1	'pr':0,'pg':0,'pb':150
+GSM906413_1	'pr':0,'pg':0,'pb':200
+GSM906388_1	'pr':140,'pg':97,'pb':0
+GSM906400_1	'pr':180,'pg':0,'pb':0
+GSM910558_1	'pr':0,'pg':0,'pb':150
+GSM910556_1	'pr':0,'pg':0,'pb':150
+GSM906409_1	'pr':159,'pg':0,'pb':72
+GSM916092_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM910560_1	'pr':180,'pg':0,'pb':0
+GSM910572_1	'pr':0,'pg':133,'pb':66
+GSM906381_1	'pr':0,'pg':77,'pb':0
+GSM908963_1	'pr':123,'pg':0,'pb':102
+GSM896166_1	'pr':94,'pg':97,'pb':11
+GSM915330_1	'pr':0,'pg':0,'pb':150
+GSM906416_1	'pr':0,'pg':0,'pb':200
+GSM959125_1	'pr':0,'pg':0,'pb':200
+GSM910584_1	'pr':159,'pg':0,'pb':72
+GSM958160_1	'pr':33,'pg':97,'pb':11
+GSM908961_1	'pr':170,'pg':170,'pb':0
+GSM958157_1	'pr':0,'pg':0,'pb':150
+GSM910561_1	'pr':180,'pg':0,'pb':0
+GSM916052_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM958153_1	'pr':159,'pg':0,'pb':72
+GSM906393_1	'pr':0,'pg':0,'pb':150
+GSM908937_1	'pr':51,'pg':102,'pb':190
+GSM910580_1	'pr':0,'pg':117,'pb':0
+GSM906418_1	'pr':0,'pg':0,'pb':200
+GSM896164_1	'pr':180,'pg':0,'pb':0
+GSM909313_1	'pr':11,'pg':59,'pb':23
+GSM916062_1	'pr':180,'pg':0,'pb':0
+GSM908945_1	'pr':0,'pg':0,'pb':200
+GSM915332_1	'pr':180,'pg':0,'pb':0
+GSM941747_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM916083_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM906410_1	'pr':159,'pg':0,'pb':72
+GSM958151_1	'pr':0,'pg':117,'pb':0
+GSM910569_1	'pr':33,'pg':97,'pb':11
+GSM908941_1	'pr':0,'pg':148,'pb':64
+GSM958162_1	'pr':180,'pg':0,'pb':0
+GSM910571_1	'pr':33,'pg':97,'pb':11
+GSM910555_1	'pr':0,'pg':0,'pb':150
+GSM959124_1	'pr':0,'pg':0,'pb':200
+GSM910579_1	'pr':0,'pg':117,'pb':0
+GSM909311_1	'pr':11,'pg':59,'pb':23
+GSM906417_1	'pr':0,'pg':0,'pb':200
+GSM916081_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM910588_1	'pr':159,'pg':0,'pb':72
+GSM959044_1	'pr':0,'pg':0,'pb':200
+GSM908942_1	'pr':0,'pg':148,'pb':64
+GSM916072_1	'pr':33,'pg':97,'pb':11
+GSM896161_1	'pr':0,'pg':0,'pb':200
+GSM906412_1	'pr':159,'pg':0,'pb':72
+GSM908938_1	'pr':51,'pg':102,'pb':190
+GSM906423_1	'pr':0,'pg':0,'pb':200
+GSM958161_1	'pr':0,'pg':133,'pb':66
+GSM908966_1	'pr':94,'pg':97,'pb':11
+GSM958167_1	'pr':0,'pg':0,'pb':200
+GSM910573_1	'pr':0,'pg':133,'pb':66
+GSM958182_1	'pr':153,'pg':0,'pb':0
+GSM958170_1	'pr':0,'pg':100,'pb':00
+GSM915336_1	'pr':0,'pg':117,'pb':0
+GSM906406_1	'pr':0,'pg':117,'pb':0
+GSM916073_1	'pr':159,'pg':0,'pb':72
+GSM910586_1	'pr':159,'pg':0,'pb':72
+GSM916086_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM941746_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM906392_1	'pr':0,'pg':0,'pb':150
+GSM916057_1	'pr':159,'pg':0,'pb':72
+GSM958164_1	'pr':0,'pg':133,'pb':66
+GSM958166_1	'pr':0,'pg':0,'pb':200
+GSM958155_1	'pr':0,'pg':117,'pb':0
+GSM958156_1	'pr':0,'pg':0,'pb':150
+GSM908951_1	'pr':0,'pg':0,'pb':150
+GSM915337_1	'pr':0,'pg':0,'pb':200
+GSM910575_1	'pr':0,'pg':133,'pb':66
+GSM916070_1	'pr':0,'pg':133,'pb':66
+GSM910587_1	'pr':159,'pg':0,'pb':72
+GSM916067_1	'pr':159,'pg':0,'pb':72
+GSM906390_1	'pr':0,'pg':0,'pb':175
+GSM908939_1	'pr':140,'pg':97,'pb':0
+GSM916060_1	'pr':0,'pg':117,'pb':0
+GSM910574_1	'pr':0,'pg':133,'pb':66
+GSM906391_1	'pr':0,'pg':120,'pb':110
+GSM906399_1	'pr':180,'pg':0,'pb':0
+GSM916078_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM910585_1	'pr':159,'pg':0,'pb':72
+GSM941751_1	'pr':180,'pg':0,'pb':0
+GSM941749_1	'pr':0,'pg':117,'pb':0
+GSM909314_1	'pr':11,'pg':59,'pb':23
+GSM908956_1	'pr':113,'pg':113,'pb':0
+GSM958152_1	'pr':0,'pg':133,'pb':66
+GSM908946_1	'pr':0,'pg':0,'pb':200
+GSM958150_1	'pr':180,'pg':0,'pb':0
+GSM906402_1	'pr':33,'pg':97,'pb':11
+GSM916068_1	'pr':33,'pg':97,'pb':11
+GSM906398_1	'pr':0,'pg':0,'pb':150
+GSM916058_1	'pr':0,'pg':0,'pb':150
+GSM958181_1	'pr':153,'pg':0,'pb':0
+GSM910557_1	'pr':0,'pg':0,'pb':150
+GSM908944_1	'pr':0,'pg':120,'pb':110
+GSM908954_1	'pr':113,'pg':113,'pb':0
+GSM906422_1	'pr':0,'pg':0,'pb':200
+GSM941750_1	'pr':159,'pg':0,'pb':72
+GSM910562_1	'pr':180,'pg':0,'pb':0
+GSM958158_1	'pr':0,'pg':117,'pb':0
+GSM916087_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM908968_1	'pr':0,'pg':0,'pb':200
+GSM908952_1	'pr':180,'pg':0,'pb':0
+GSM910563_1	'pr':180,'pg':0,'pb':0
+GSM910578_1	'pr':0,'pg':117,'pb':0
+GSM896167_1	'pr':0,'pg':0,'pb':200
+GSM906395_1	'pr':0,'pg':0,'pb':150
+GSM916049_1	'pr':200,'pg':0,'pb':0,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM916080_1	'pr':180,'pg':49,'pb':4,'thtype':1,'thmax':1,'thmin':0,'height':30
+GSM906380_1	'pr':0,'pg':77,'pb':0
+GSM908943_1	'pr':0,'pg':0,'pb':175
+GSM908959_1	'pr':185,'pg':0,'pb':185
+GSM906389_1	'pr':0,'pg':148,'pb':64
+GSM916066_1	'pr':0,'pg':0,'pb':150
+GSM916071_1	'pr':0,'pg':117,'pb':0
+GSM916069_1	'pr':0,'pg':117,'pb':0
+GSM958163_1	'pr':0,'pg':0,'pb':150
+GSM910570_1	'pr':33,'pg':97,'pb':11
+GSM906408_1	'pr':159,'pg':0,'pb':72
+GSM915338_1	'pr':0,'pg':0,'pb':200
+GSM908948_1	'pr':150,'pg':0,'pb':0
+GSM908950_1	'pr':150,'pg':0,'pb':0
+GSM906421_1	'pr':0,'pg':0,'pb':200
+GSM916054_1	'pr':159,'pg':0,'pb':72
diff --git a/hg19/track2VersionInfo_encode b/hg19/track2VersionInfo_encode
new file mode 100644
index 0000000..32e386c
--- /dev/null
+++ b/hg19/track2VersionInfo_encode
@@ -0,0 +1,4152 @@
+GSM605628_6	Generated by ENCODE Consortium
+GSM767846_3	Generated by ENCODE Consortium
+GSM897082_3	Generated by ENCODE Consortium
+GSM973682_4	Generated by ENCODE Consortium
+GSM803478_1	Generated by ENCODE Consortium
+GSM733734_1	Generated by ENCODE Consortium
+GSM646560_1	Generated by ENCODE Consortium
+GSM849342_3	Generated by ENCODE Consortium
+GSM803442_1	Generated by ENCODE Consortium
+GSM973667_3	Generated by ENCODE Consortium
+GSM935555_1	Generated by ENCODE Consortium
+GSM935381_1	Generated by ENCODE Consortium
+GSM605630_3	Generated by ENCODE Consortium
+GSM736504_1	Generated by ENCODE Consortium
+GSM822268_1	Generated by ENCODE Consortium
+GSM733696_1	Generated by ENCODE Consortium
+GSM935528_1	Generated by ENCODE Consortium
+GSM973665_1	Generated by ENCODE Consortium
+GSM822303_2	Generated by ENCODE Consortium
+GSM830987_1	Generated by ENCODE Consortium
+GSM897084_3	Generated by ENCODE Consortium
+GSM864339_2	Generated by ENCODE Consortium
+GSM935397_1	Generated by ENCODE Consortium
+GSM935585_1	Generated by ENCODE Consortium
+GSM977046_2	Generated by ENCODE Consortium
+GSM765387_1	Generated by ENCODE Consortium
+GSM945230_2	Generated by ENCODE Consortium
+GSM945185_2	Generated by ENCODE Consortium
+GSM935329_1	Generated by ENCODE Consortium
+GSM897069_4	Generated by ENCODE Consortium
+GSM935296_1	Generated by ENCODE Consortium
+GSM849343_3	Generated by ENCODE Consortium
+GSM830526_2	Generated by ENCODE Consortium
+GSM973675_1	Generated by ENCODE Consortium
+GSM822305_2	Generated by ENCODE Consortium
+GSM803370_2	Generated by ENCODE Consortium
+GSM736509_1	Generated by ENCODE Consortium
+GSM923443_7	Generated by ENCODE Consortium
+GSM849027_2	Generated by ENCODE Consortium
+GSM977049_2	Generated by ENCODE Consortium
+GSM605627_2	Generated by ENCODE Consortium
+GSM923439_3	Generated by ENCODE Consortium
+GSM758572_1	Generated by ENCODE Consortium
+GSM803427_1	Generated by ENCODE Consortium
+GSM816649_2	Generated by ENCODE Consortium
+GSM945289_1	Generated by ENCODE Consortium
+GSM935384_1	Generated by ENCODE Consortium
+GSM765399_3	Generated by ENCODE Consortium
+GSM973672_4	Generated by ENCODE Consortium
+GSM935436_1	Generated by ENCODE Consortium
+GSM803476_1	Generated by ENCODE Consortium
+GSM758568_3	Generated by ENCODE Consortium
+GSM923419_2	Generated by ENCODE Consortium
+GSM758559_2	Generated by ENCODE Consortium
+GSM935554_1	Generated by ENCODE Consortium
+GSM816659_2	Generated by ENCODE Consortium
+GSM767857_1	Generated by ENCODE Consortium
+GSM765386_3	Generated by ENCODE Consortium
+GSM733749_1	Generated by ENCODE Consortium
+GSM803410_2	Generated by ENCODE Consortium
+GSM803415_2	Generated by ENCODE Consortium
+GSM935429_1	Generated by ENCODE Consortium
+GSM945290_1	Generated by ENCODE Consortium
+GSM822281_2	Generated by ENCODE Consortium
+GSM767841_2	Generated by ENCODE Consortium
+GSM945212_2	Generated by ENCODE Consortium
+GSM897077_4	Generated by ENCODE Consortium
+GSM767856_2	Generated by ENCODE Consortium
+GSM973670_2	Generated by ENCODE Consortium
+GSM935360_1	Generated by ENCODE Consortium
+GSM935533_1	Generated by ENCODE Consortium
+GSM958738_2	Generated by ENCODE Consortium
+GSM816633_2	Generated by ENCODE Consortium
+GSM923445_2	Generated by ENCODE Consortium
+GSM782122_1	Generated by ENCODE Consortium
+GSM923453_2	Generated by ENCODE Consortium
+GSM803532_2	Generated by ENCODE Consortium
+GSM945184_2	Generated by ENCODE Consortium
+GSM973677_4	Generated by ENCODE Consortium
+GSM803522_2	Generated by ENCODE Consortium
+GSM803393_1	Generated by ENCODE Consortium
+GSM935552_1	Generated by ENCODE Consortium
+GSM767857_3	Generated by ENCODE Consortium
+GSM605635_3	Generated by ENCODE Consortium
+GSM849331_1	Generated by ENCODE Consortium
+GSM945210_1	Generated by ENCODE Consortium
+GSM822302_2	Generated by ENCODE Consortium
+GSM733657_1	Generated by ENCODE Consortium
+GSM765390_2	Generated by ENCODE Consortium
+GSM973686_4	Generated by ENCODE Consortium
+GSM945170_1	Generated by ENCODE Consortium
+GSM931362_1	Generated by ENCODE Consortium
+GSM749759_1	Generated by ENCODE Consortium
+GSM822296_1	Generated by ENCODE Consortium
+GSM736515_1	Generated by ENCODE Consortium
+GSM945167_1	Generated by ENCODE Consortium
+GSM803402_2	Generated by ENCODE Consortium
+GSM945251_2	Generated by ENCODE Consortium
+GSM849326_1	Generated by ENCODE Consortium
+GSM945856_1	Generated by ENCODE Consortium
+GSM935303_1	Generated by ENCODE Consortium
+GSM749686_1	Generated by ENCODE Consortium
+GSM733689_1	Generated by ENCODE Consortium
+GSM733661_1	Generated by ENCODE Consortium
+GSM935387_1	Generated by ENCODE Consortium
+GSM923437_1	Generated by ENCODE Consortium
+GSM973672_1	Generated by ENCODE Consortium
+GSM765387_3	Generated by ENCODE Consortium
+GSM822269_1	Generated by ENCODE Consortium
+GSM803448_2	Generated by ENCODE Consortium
+GSM736520_1	Generated by ENCODE Consortium
+GSM973666_3	Generated by ENCODE Consortium
+GSM935614_1	Generated by ENCODE Consortium
+GSM803355_2	Generated by ENCODE Consortium
+GSM945292_1	Generated by ENCODE Consortium
+GSM935624_1	Generated by ENCODE Consortium
+GSM923446_8	Generated by ENCODE Consortium
+GSM830988_1	Generated by ENCODE Consortium
+GSM849367_1	Generated by ENCODE Consortium
+GSM803426_2	Generated by ENCODE Consortium
+GSM816652_2	Generated by ENCODE Consortium
+GSM897077_3	Generated by ENCODE Consortium
+GSM923440_1	Generated by ENCODE Consortium
+GSM840137_4	Generated by ENCODE Consortium
+GSM935317_1	Generated by ENCODE Consortium
+GSM945233_1	Generated by ENCODE Consortium
+GSM849339_5	Generated by ENCODE Consortium
+GSM803437_2	Generated by ENCODE Consortium
+GSM765404_4	Generated by ENCODE Consortium
+GSM822299_1	Generated by ENCODE Consortium
+GSM923420_2	Generated by ENCODE Consortium
+GSM803466_1	Generated by ENCODE Consortium
+GSM733712_1	Generated by ENCODE Consortium
+GSM973679_3	Generated by ENCODE Consortium
+GSM822290_2	Generated by ENCODE Consortium
+GSM736501_1	Generated by ENCODE Consortium
+GSM803498_1	Generated by ENCODE Consortium
+GSM973672_3	Generated by ENCODE Consortium
+GSM945197_1	Generated by ENCODE Consortium
+GSM736522_1	Generated by ENCODE Consortium
+GSM605634_3	Generated by ENCODE Consortium
+GSM935364_1	Generated by ENCODE Consortium
+GSM831023_1	Generated by ENCODE Consortium
+GSM935401_1	Generated by ENCODE Consortium
+GSM935413_1	Generated by ENCODE Consortium
+GSM935569_1	Generated by ENCODE Consortium
+GSM973663_4	Generated by ENCODE Consortium
+GSM817343_1	Generated by ENCODE Consortium
+GSM646561_1	Generated by ENCODE Consortium
+GSM733658_1	Generated by ENCODE Consortium
+GSM803371_2	Generated by ENCODE Consortium
+GSM849342_1	Generated by ENCODE Consortium
+GSM803359_2	Generated by ENCODE Consortium
+GSM733697_1	Generated by ENCODE Consortium
+GSM765405_3	Generated by ENCODE Consortium
+GSM849365_3	Generated by ENCODE Consortium
+GSM945180_2	Generated by ENCODE Consortium
+GSM803380_1	Generated by ENCODE Consortium
+GSM733706_1	Generated by ENCODE Consortium
+GSM945205_2	Generated by ENCODE Consortium
+GSM798321_1	Generated by ENCODE Consortium
+GSM945281_1	Generated by ENCODE Consortium
+GSM733646_1	Generated by ENCODE Consortium
+GSM977042_2	Generated by ENCODE Consortium
+GSM935319_1	Generated by ENCODE Consortium
+GSM864342_2	Generated by ENCODE Consortium
+GSM935637_1	Generated by ENCODE Consortium
+GSM605628_3	Generated by ENCODE Consortium
+GSM864346_1	Generated by ENCODE Consortium
+GSM758564_3	Generated by ENCODE Consortium
+GSM935524_1	Generated by ENCODE Consortium
+GSM897074_1	Generated by ENCODE Consortium
+GSM803475_1	Generated by ENCODE Consortium
+GSM749762_1	Generated by ENCODE Consortium
+GSM849326_2	Generated by ENCODE Consortium
+GSM935457_1	Generated by ENCODE Consortium
+GSM973684_4	Generated by ENCODE Consortium
+GSM945174_1	Generated by ENCODE Consortium
+GSM831041_1	Generated by ENCODE Consortium
+GSM733729_1	Generated by ENCODE Consortium
+GSM803364_1	Generated by ENCODE Consortium
+GSM973675_2	Generated by ENCODE Consortium
+GSM923444_2	Generated by ENCODE Consortium
+GSM935371_1	Generated by ENCODE Consortium
+GSM945203_2	Generated by ENCODE Consortium
+GSM897076_1	Generated by ENCODE Consortium
+GSM864354_2	Generated by ENCODE Consortium
+GSM733751_1	Generated by ENCODE Consortium
+GSM945242_1	Generated by ENCODE Consortium
+GSM935366_1	Generated by ENCODE Consortium
+GSM803418_2	Generated by ENCODE Consortium
+GSM803348_1	Generated by ENCODE Consortium
+GSM849361_2	Generated by ENCODE Consortium
+GSM977041_4	Generated by ENCODE Consortium
+GSM803428_2	Generated by ENCODE Consortium
+GSM935297_1	Generated by ENCODE Consortium
+GSM749698_1	Generated by ENCODE Consortium
+GSM945280_1	Generated by ENCODE Consortium
+GSM923436_1	Generated by ENCODE Consortium
+GSM803336_2	Generated by ENCODE Consortium
+GSM935295_1	Generated by ENCODE Consortium
+GSM733637_1	Generated by ENCODE Consortium
+GSM749752_1	Generated by ENCODE Consortium
+GSM736603_1	Generated by ENCODE Consortium
+GSM803428_1	Generated by ENCODE Consortium
+GSM765392_4	Generated by ENCODE Consortium
+GSM605633_5	Generated by ENCODE Consortium
+GSM788069_1	Generated by ENCODE Consortium
+GSM758560_2	Generated by ENCODE Consortium
+GSM945326_2	Generated by ENCODE Consortium
+GSM945273_2	Generated by ENCODE Consortium
+GSM788082_1	Generated by ENCODE Consortium
+GSM945185_1	Generated by ENCODE Consortium
+GSM605630_4	Generated by ENCODE Consortium
+GSM897086_4	Generated by ENCODE Consortium
+GSM935328_1	Generated by ENCODE Consortium
+GSM803472_1	Generated by ENCODE Consortium
+GSM733745_1	Generated by ENCODE Consortium
+GSM935544_1	Generated by ENCODE Consortium
+GSM830523_1	Generated by ENCODE Consortium
+GSM782123_1	Generated by ENCODE Consortium
+GSM749769_1	Generated by ENCODE Consortium
+GSM822300_2	Generated by ENCODE Consortium
+GSM923425_4	Generated by ENCODE Consortium
+GSM973678_4	Generated by ENCODE Consortium
+GSM945231_2	Generated by ENCODE Consortium
+GSM849031_2	Generated by ENCODE Consortium
+GSM736609_1	Generated by ENCODE Consortium
+GSM749727_1	Generated by ENCODE Consortium
+GSM803433_1	Generated by ENCODE Consortium
+GSM945258_1	Generated by ENCODE Consortium
+GSM822309_1	Generated by ENCODE Consortium
+GSM935515_1	Generated by ENCODE Consortium
+GSM749731_1	Generated by ENCODE Consortium
+GSM803385_2	Generated by ENCODE Consortium
+GSM803494_2	Generated by ENCODE Consortium
+GSM935284_1	Generated by ENCODE Consortium
+GSM830526_1	Generated by ENCODE Consortium
+GSM935385_1	Generated by ENCODE Consortium
+GSM803340_1	Generated by ENCODE Consortium
+GSM864347_2	Generated by ENCODE Consortium
+GSM803516_1	Generated by ENCODE Consortium
+GSM733663_1	Generated by ENCODE Consortium
+GSM736518_1	Generated by ENCODE Consortium
+GSM945284_2	Generated by ENCODE Consortium
+GSM803389_2	Generated by ENCODE Consortium
+GSM831027_1	Generated by ENCODE Consortium
+GSM749716_1	Generated by ENCODE Consortium
+GSM945208_1	Generated by ENCODE Consortium
+GSM765400_2	Generated by ENCODE Consortium
+GSM923442_2	Generated by ENCODE Consortium
+GSM765395_2	Generated by ENCODE Consortium
+GSM767856_4	Generated by ENCODE Consortium
+GSM935313_1	Generated by ENCODE Consortium
+GSM803356_2	Generated by ENCODE Consortium
+GSM803449_2	Generated by ENCODE Consortium
+GSM822294_1	Generated by ENCODE Consortium
+GSM945297_2	Generated by ENCODE Consortium
+GSM803376_3	Generated by ENCODE Consortium
+GSM935471_1	Generated by ENCODE Consortium
+GSM803339_1	Generated by ENCODE Consortium
+GSM831033_1	Generated by ENCODE Consortium
+GSM816637_1	Generated by ENCODE Consortium
+GSM803436_1	Generated by ENCODE Consortium
+GSM830533_1	Generated by ENCODE Consortium
+GSM849328_1	Generated by ENCODE Consortium
+GSM749776_1	Generated by ENCODE Consortium
+GSM733739_1	Generated by ENCODE Consortium
+GSM736639_1	Generated by ENCODE Consortium
+GSM831024_1	Generated by ENCODE Consortium
+GSM736619_1	Generated by ENCODE Consortium
+GSM803542_2	Generated by ENCODE Consortium
+GSM736513_1	Generated by ENCODE Consortium
+GSM945300_2	Generated by ENCODE Consortium
+GSM945311_1	Generated by ENCODE Consortium
+GSM923425_3	Generated by ENCODE Consortium
+GSM736556_1	Generated by ENCODE Consortium
+GSM733753_1	Generated by ENCODE Consortium
+GSM605630_6	Generated by ENCODE Consortium
+GSM849365_2	Generated by ENCODE Consortium
+GSM935458_1	Generated by ENCODE Consortium
+GSM977049_4	Generated by ENCODE Consortium
+GSM830535_4	Generated by ENCODE Consortium
+GSM923426_2	Generated by ENCODE Consortium
+GSM831039_1	Generated by ENCODE Consortium
+GSM958748_2	Generated by ENCODE Consortium
+GSM923441_3	Generated by ENCODE Consortium
+GSM822306_2	Generated by ENCODE Consortium
+GSM958733_3	Generated by ENCODE Consortium
+GSM767846_4	Generated by ENCODE Consortium
+GSM945207_1	Generated by ENCODE Consortium
+GSM849366_3	Generated by ENCODE Consortium
+GSM935593_1	Generated by ENCODE Consortium
+GSM817342_1	Generated by ENCODE Consortium
+GSM935302_1	Generated by ENCODE Consortium
+GSM831032_1	Generated by ENCODE Consortium
+GSM749704_1	Generated by ENCODE Consortium
+GSM803528_2	Generated by ENCODE Consortium
+GSM765404_3	Generated by ENCODE Consortium
+GSM935570_1	Generated by ENCODE Consortium
+GSM803354_2	Generated by ENCODE Consortium
+GSM945261_2	Generated by ENCODE Consortium
+GSM803408_2	Generated by ENCODE Consortium
+GSM897085_3	Generated by ENCODE Consortium
+GSM945162_1	Generated by ENCODE Consortium
+GSM973692_1	Generated by ENCODE Consortium
+GSM945168_2	Generated by ENCODE Consortium
+GSM803460_1	Generated by ENCODE Consortium
+GSM945209_2	Generated by ENCODE Consortium
+GSM945211_2	Generated by ENCODE Consortium
+GSM836271_1	Generated by ENCODE Consortium
+GSM935607_1	Generated by ENCODE Consortium
+GSM935379_1	Generated by ENCODE Consortium
+GSM923423_2	Generated by ENCODE Consortium
+GSM736521_1	Generated by ENCODE Consortium
+GSM749767_1	Generated by ENCODE Consortium
+GSM749708_1	Generated by ENCODE Consortium
+GSM816672_1	Generated by ENCODE Consortium
+GSM945187_2	Generated by ENCODE Consortium
+GSM733656_1	Generated by ENCODE Consortium
+GSM849356_1	Generated by ENCODE Consortium
+GSM803459_2	Generated by ENCODE Consortium
+GSM849367_2	Generated by ENCODE Consortium
+GSM758573_4	Generated by ENCODE Consortium
+GSM923451_1	Generated by ENCODE Consortium
+GSM749765_1	Generated by ENCODE Consortium
+GSM849026_2	Generated by ENCODE Consortium
+GSM935434_1	Generated by ENCODE Consortium
+GSM977048_3	Generated by ENCODE Consortium
+GSM605635_6	Generated by ENCODE Consortium
+GSM765388_1	Generated by ENCODE Consortium
+GSM977043_3	Generated by ENCODE Consortium
+GSM945288_2	Generated by ENCODE Consortium
+GSM803404_1	Generated by ENCODE Consortium
+GSM849352_1	Generated by ENCODE Consortium
+GSM945246_1	Generated by ENCODE Consortium
+GSM736551_1	Generated by ENCODE Consortium
+GSM733780_1	Generated by ENCODE Consortium
+GSM945287_1	Generated by ENCODE Consortium
+GSM897081_8	Generated by ENCODE Consortium
+GSM803526_1	Generated by ENCODE Consortium
+GSM822287_2	Generated by ENCODE Consortium
+GSM977048_4	Generated by ENCODE Consortium
+GSM803454_2	Generated by ENCODE Consortium
+GSM945322_2	Generated by ENCODE Consortium
+GSM935551_1	Generated by ENCODE Consortium
+GSM822272_2	Generated by ENCODE Consortium
+GSM923450_4	Generated by ENCODE Consortium
+GSM758565_1	Generated by ENCODE Consortium
+GSM749766_1	Generated by ENCODE Consortium
+GSM803417_1	Generated by ENCODE Consortium
+GSM831044_1	Generated by ENCODE Consortium
+GSM945315_2	Generated by ENCODE Consortium
+GSM822287_1	Generated by ENCODE Consortium
+GSM767840_1	Generated by ENCODE Consortium
+GSM749689_1	Generated by ENCODE Consortium
+GSM958733_2	Generated by ENCODE Consortium
+GSM822294_2	Generated by ENCODE Consortium
+GSM977040_3	Generated by ENCODE Consortium
+GSM945226_2	Generated by ENCODE Consortium
+GSM849325_3	Generated by ENCODE Consortium
+GSM733643_1	Generated by ENCODE Consortium
+GSM977031_1	Generated by ENCODE Consortium
+GSM935346_1	Generated by ENCODE Consortium
+GSM803435_1	Generated by ENCODE Consortium
+GSM849365_1	Generated by ENCODE Consortium
+GSM733765_1	Generated by ENCODE Consortium
+GSM733708_2	Generated by ENCODE Consortium
+GSM945165_1	Generated by ENCODE Consortium
+GSM935399_1	Generated by ENCODE Consortium
+GSM736623_1	Generated by ENCODE Consortium
+GSM767839_1	Generated by ENCODE Consortium
+GSM973689_2	Generated by ENCODE Consortium
+GSM736557_1	Generated by ENCODE Consortium
+GSM935564_1	Generated by ENCODE Consortium
+GSM767844_4	Generated by ENCODE Consortium
+GSM788075_1	Generated by ENCODE Consortium
+GSM973665_4	Generated by ENCODE Consortium
+GSM935517_1	Generated by ENCODE Consortium
+GSM765393_3	Generated by ENCODE Consortium
+GSM733692_1	Generated by ENCODE Consortium
+GSM935300_1	Generated by ENCODE Consortium
+GSM977042_1	Generated by ENCODE Consortium
+GSM767840_4	Generated by ENCODE Consortium
+GSM945228_2	Generated by ENCODE Consortium
+GSM733660_1	Generated by ENCODE Consortium
+GSM816626_2	Generated by ENCODE Consortium
+GSM831012_1	Generated by ENCODE Consortium
+GSM864361_2	Generated by ENCODE Consortium
+GSM803535_1	Generated by ENCODE Consortium
+GSM923446_1	Generated by ENCODE Consortium
+GSM672834_2	Generated by ENCODE Consortium
+GSM758565_4	Generated by ENCODE Consortium
+GSM945316_2	Generated by ENCODE Consortium
+GSM849301_1	Generated by ENCODE Consortium
+GSM935650_1	Generated by ENCODE Consortium
+GSM935627_1	Generated by ENCODE Consortium
+GSM733786_1	Generated by ENCODE Consortium
+GSM830534_1	Generated by ENCODE Consortium
+GSM935347_1	Generated by ENCODE Consortium
+GSM923441_5	Generated by ENCODE Consortium
+GSM935416_1	Generated by ENCODE Consortium
+GSM605625_4	Generated by ENCODE Consortium
+GSM922958_1	Generated by ENCODE Consortium
+GSM803443_1	Generated by ENCODE Consortium
+GSM765405_4	Generated by ENCODE Consortium
+GSM977052_2	Generated by ENCODE Consortium
+GSM897074_3	Generated by ENCODE Consortium
+GSM945188_1	Generated by ENCODE Consortium
+GSM923449_4	Generated by ENCODE Consortium
+GSM803346_2	Generated by ENCODE Consortium
+GSM605627_6	Generated by ENCODE Consortium
+GSM923442_7	Generated by ENCODE Consortium
+GSM830528_1	Generated by ENCODE Consortium
+GSM733680_1	Generated by ENCODE Consortium
+GSM935604_1	Generated by ENCODE Consortium
+GSM646568_1	Generated by ENCODE Consortium
+GSM758559_4	Generated by ENCODE Consortium
+GSM897079_3	Generated by ENCODE Consortium
+GSM923452_3	Generated by ENCODE Consortium
+GSM749723_1	Generated by ENCODE Consortium
+GSM923440_6	Generated by ENCODE Consortium
+GSM973690_1	Generated by ENCODE Consortium
+GSM803399_1	Generated by ENCODE Consortium
+GSM765401_6	Generated by ENCODE Consortium
+GSM897079_1	Generated by ENCODE Consortium
+GSM977037_1	Generated by ENCODE Consortium
+GSM736613_1	Generated by ENCODE Consortium
+GSM765397_1	Generated by ENCODE Consortium
+GSM923421_2	Generated by ENCODE Consortium
+GSM765398_6	Generated by ENCODE Consortium
+GSM864354_1	Generated by ENCODE Consortium
+GSM803529_2	Generated by ENCODE Consortium
+GSM736596_1	Generated by ENCODE Consortium
+GSM803401_2	Generated by ENCODE Consortium
+GSM977051_3	Generated by ENCODE Consortium
+GSM816654_2	Generated by ENCODE Consortium
+GSM803438_2	Generated by ENCODE Consortium
+GSM831029_1	Generated by ENCODE Consortium
+GSM849343_1	Generated by ENCODE Consortium
+GSM977043_4	Generated by ENCODE Consortium
+GSM733690_1	Generated by ENCODE Consortium
+GSM923448_3	Generated by ENCODE Consortium
+GSM923442_1	Generated by ENCODE Consortium
+GSM923448_1	Generated by ENCODE Consortium
+GSM935472_1	Generated by ENCODE Consortium
+GSM923450_5	Generated by ENCODE Consortium
+GSM849343_2	Generated by ENCODE Consortium
+GSM973667_1	Generated by ENCODE Consortium
+GSM935625_1	Generated by ENCODE Consortium
+GSM923444_8	Generated by ENCODE Consortium
+GSM733777_1	Generated by ENCODE Consortium
+GSM822312_2	Generated by ENCODE Consortium
+GSM847567_1	Generated by ENCODE Consortium
+GSM849325_2	Generated by ENCODE Consortium
+GSM977047_3	Generated by ENCODE Consortium
+GSM977035_2	Generated by ENCODE Consortium
+GSM758573_3	Generated by ENCODE Consortium
+GSM849349_3	Generated by ENCODE Consortium
+GSM803362_1	Generated by ENCODE Consortium
+GSM803534_2	Generated by ENCODE Consortium
+GSM816657_2	Generated by ENCODE Consortium
+GSM977031_3	Generated by ENCODE Consortium
+GSM646570_1	Generated by ENCODE Consortium
+GSM935462_1	Generated by ENCODE Consortium
+GSM803499_1	Generated by ENCODE Consortium
+GSM733719_1	Generated by ENCODE Consortium
+GSM758569_2	Generated by ENCODE Consortium
+GSM830527_1	Generated by ENCODE Consortium
+GSM803484_1	Generated by ENCODE Consortium
+GSM945160_2	Generated by ENCODE Consortium
+GSM822298_1	Generated by ENCODE Consortium
+GSM935613_1	Generated by ENCODE Consortium
+GSM605627_3	Generated by ENCODE Consortium
+GSM822295_2	Generated by ENCODE Consortium
+GSM733662_1	Generated by ENCODE Consortium
+GSM736514_1	Generated by ENCODE Consortium
+GSM973688_4	Generated by ENCODE Consortium
+GSM605635_5	Generated by ENCODE Consortium
+GSM830525_2	Generated by ENCODE Consortium
+GSM831034_1	Generated by ENCODE Consortium
+GSM749690_1	Generated by ENCODE Consortium
+GSM849362_3	Generated by ENCODE Consortium
+GSM803540_1	Generated by ENCODE Consortium
+GSM831019_1	Generated by ENCODE Consortium
+GSM803491_2	Generated by ENCODE Consortium
+GSM973676_4	Generated by ENCODE Consortium
+GSM736526_1	Generated by ENCODE Consortium
+GSM935559_1	Generated by ENCODE Consortium
+GSM923440_5	Generated by ENCODE Consortium
+GSM973691_2	Generated by ENCODE Consortium
+GSM849328_3	Generated by ENCODE Consortium
+GSM765396_4	Generated by ENCODE Consortium
+GSM822285_2	Generated by ENCODE Consortium
+GSM849368_1	Generated by ENCODE Consortium
+GSM973681_1	Generated by ENCODE Consortium
+GSM605632_5	Generated by ENCODE Consortium
+GSM733772_1	Generated by ENCODE Consortium
+GSM767855_3	Generated by ENCODE Consortium
+GSM803517_1	Generated by ENCODE Consortium
+GSM973686_3	Generated by ENCODE Consortium
+GSM935418_1	Generated by ENCODE Consortium
+GSM767850_2	Generated by ENCODE Consortium
+GSM849346_1	Generated by ENCODE Consortium
+GSM758562_2	Generated by ENCODE Consortium
+GSM923451_6	Generated by ENCODE Consortium
+GSM935580_1	Generated by ENCODE Consortium
+GSM816629_2	Generated by ENCODE Consortium
+GSM935638_1	Generated by ENCODE Consortium
+GSM958739_2	Generated by ENCODE Consortium
+GSM816438_1	Generated by ENCODE Consortium
+GSM864357_1	Generated by ENCODE Consortium
+GSM767854_3	Generated by ENCODE Consortium
+GSM849348_3	Generated by ENCODE Consortium
+GSM733758_1	Generated by ENCODE Consortium
+GSM749688_1	Generated by ENCODE Consortium
+GSM935494_1	Generated by ENCODE Consortium
+GSM973679_4	Generated by ENCODE Consortium
+GSM973692_4	Generated by ENCODE Consortium
+GSM605633_6	Generated by ENCODE Consortium
+GSM973681_3	Generated by ENCODE Consortium
+GSM958746_2	Generated by ENCODE Consortium
+GSM973670_4	Generated by ENCODE Consortium
+GSM803347_1	Generated by ENCODE Consortium
+GSM765395_3	Generated by ENCODE Consortium
+GSM977046_4	Generated by ENCODE Consortium
+GSM816670_2	Generated by ENCODE Consortium
+GSM935619_1	Generated by ENCODE Consortium
+GSM803500_2	Generated by ENCODE Consortium
+GSM816651_2	Generated by ENCODE Consortium
+GSM945262_1	Generated by ENCODE Consortium
+GSM830519_2	Generated by ENCODE Consortium
+GSM977039_4	Generated by ENCODE Consortium
+GSM816629_1	Generated by ENCODE Consortium
+GSM830535_1	Generated by ENCODE Consortium
+GSM973674_4	Generated by ENCODE Consortium
+GSM803521_4	Generated by ENCODE Consortium
+GSM897079_2	Generated by ENCODE Consortium
+GSM935518_1	Generated by ENCODE Consortium
+GSM767849_3	Generated by ENCODE Consortium
+GSM935644_1	Generated by ENCODE Consortium
+GSM733723_1	Generated by ENCODE Consortium
+GSM803372_1	Generated by ENCODE Consortium
+GSM803354_1	Generated by ENCODE Consortium
+GSM973667_4	Generated by ENCODE Consortium
+GSM749714_1	Generated by ENCODE Consortium
+GSM935435_1	Generated by ENCODE Consortium
+GSM765395_4	Generated by ENCODE Consortium
+GSM935611_1	Generated by ENCODE Consortium
+GSM849355_1	Generated by ENCODE Consortium
+GSM840136_3	Generated by ENCODE Consortium
+GSM816634_1	Generated by ENCODE Consortium
+GSM803378_2	Generated by ENCODE Consortium
+GSM736543_1	Generated by ENCODE Consortium
+GSM803337_2	Generated by ENCODE Consortium
+GSM816636_2	Generated by ENCODE Consortium
+GSM736622_1	Generated by ENCODE Consortium
+GSM849367_3	Generated by ENCODE Consortium
+GSM816644_1	Generated by ENCODE Consortium
+GSM897076_4	Generated by ENCODE Consortium
+GSM849029_1	Generated by ENCODE Consortium
+GSM822304_2	Generated by ENCODE Consortium
+GSM767848_3	Generated by ENCODE Consortium
+GSM816666_2	Generated by ENCODE Consortium
+GSM923449_1	Generated by ENCODE Consortium
+GSM803463_1	Generated by ENCODE Consortium
+GSM840138_2	Generated by ENCODE Consortium
+GSM958730_3	Generated by ENCODE Consortium
+GSM822303_1	Generated by ENCODE Consortium
+GSM973682_1	Generated by ENCODE Consortium
+GSM935289_1	Generated by ENCODE Consortium
+GSM733704_1	Generated by ENCODE Consortium
+GSM849364_3	Generated by ENCODE Consortium
+GSM733721_1	Generated by ENCODE Consortium
+GSM803452_2	Generated by ENCODE Consortium
+GSM736611_1	Generated by ENCODE Consortium
+GSM733636_1	Generated by ENCODE Consortium
+GSM767838_2	Generated by ENCODE Consortium
+GSM945299_2	Generated by ENCODE Consortium
+GSM897069_2	Generated by ENCODE Consortium
+GSM605629_1	Generated by ENCODE Consortium
+GSM803448_1	Generated by ENCODE Consortium
+GSM803382_2	Generated by ENCODE Consortium
+GSM816650_1	Generated by ENCODE Consortium
+GSM749768_1	Generated by ENCODE Consortium
+GSM935286_1	Generated by ENCODE Consortium
+GSM803412_1	Generated by ENCODE Consortium
+GSM803485_2	Generated by ENCODE Consortium
+GSM749712_1	Generated by ENCODE Consortium
+GSM803352_3	Generated by ENCODE Consortium
+GSM803487_1	Generated by ENCODE Consortium
+GSM923430_2	Generated by ENCODE Consortium
+GSM736577_1	Generated by ENCODE Consortium
+GSM935353_1	Generated by ENCODE Consortium
+GSM803506_2	Generated by ENCODE Consortium
+GSM733742_1	Generated by ENCODE Consortium
+GSM749732_1	Generated by ENCODE Consortium
+GSM803416_1	Generated by ENCODE Consortium
+GSM935402_1	Generated by ENCODE Consortium
+GSM973681_4	Generated by ENCODE Consortium
+GSM765387_4	Generated by ENCODE Consortium
+GSM733674_1	Generated by ENCODE Consortium
+GSM977041_3	Generated by ENCODE Consortium
+GSM646563_2	Generated by ENCODE Consortium
+GSM822311_1	Generated by ENCODE Consortium
+GSM958738_4	Generated by ENCODE Consortium
+GSM945172_1	Generated by ENCODE Consortium
+GSM935468_1	Generated by ENCODE Consortium
+GSM935597_1	Generated by ENCODE Consortium
+GSM822289_2	Generated by ENCODE Consortium
+GSM736560_1	Generated by ENCODE Consortium
+GSM923450_8	Generated by ENCODE Consortium
+GSM849303_2	Generated by ENCODE Consortium
+GSM767855_4	Generated by ENCODE Consortium
+GSM736595_1	Generated by ENCODE Consortium
+GSM803493_1	Generated by ENCODE Consortium
+GSM973693_3	Generated by ENCODE Consortium
+GSM849328_2	Generated by ENCODE Consortium
+GSM935547_1	Generated by ENCODE Consortium
+GSM803396_1	Generated by ENCODE Consortium
+GSM849333_1	Generated by ENCODE Consortium
+GSM977045_3	Generated by ENCODE Consortium
+GSM923444_12	Generated by ENCODE Consortium
+GSM803519_1	Generated by ENCODE Consortium
+GSM803446_1	Generated by ENCODE Consortium
+GSM803537_1	Generated by ENCODE Consortium
+GSM958746_1	Generated by ENCODE Consortium
+GSM803467_1	Generated by ENCODE Consortium
+GSM935274_1	Generated by ENCODE Consortium
+GSM830520_1	Generated by ENCODE Consortium
+GSM831006_1	Generated by ENCODE Consortium
+GSM923425_1	Generated by ENCODE Consortium
+GSM816632_2	Generated by ENCODE Consortium
+GSM803524_2	Generated by ENCODE Consortium
+GSM945240_2	Generated by ENCODE Consortium
+GSM765389_1	Generated by ENCODE Consortium
+GSM803366_2	Generated by ENCODE Consortium
+GSM849363_1	Generated by ENCODE Consortium
+GSM749694_1	Generated by ENCODE Consortium
+GSM922956_1	Generated by ENCODE Consortium
+GSM605635_2	Generated by ENCODE Consortium
+GSM945222_2	Generated by ENCODE Consortium
+GSM803387_1	Generated by ENCODE Consortium
+GSM945196_1	Generated by ENCODE Consortium
+GSM977038_1	Generated by ENCODE Consortium
+GSM944522_2	Generated by ENCODE Consortium
+GSM864347_1	Generated by ENCODE Consortium
+GSM935389_1	Generated by ENCODE Consortium
+GSM945264_1	Generated by ENCODE Consortium
+GSM958744_2	Generated by ENCODE Consortium
+GSM935342_1	Generated by ENCODE Consortium
+GSM935394_1	Generated by ENCODE Consortium
+GSM767848_1	Generated by ENCODE Consortium
+GSM977048_1	Generated by ENCODE Consortium
+GSM945286_1	Generated by ENCODE Consortium
+GSM864341_1	Generated by ENCODE Consortium
+GSM749706_1	Generated by ENCODE Consortium
+GSM749677_1	Generated by ENCODE Consortium
+GSM803492_1	Generated by ENCODE Consortium
+GSM803510_2	Generated by ENCODE Consortium
+GSM935372_1	Generated by ENCODE Consortium
+GSM803387_2	Generated by ENCODE Consortium
+GSM849331_3	Generated by ENCODE Consortium
+GSM607486_1	Generated by ENCODE Consortium
+GSM646559_2	Generated by ENCODE Consortium
+GSM803367_1	Generated by ENCODE Consortium
+GSM923444_9	Generated by ENCODE Consortium
+GSM803409_2	Generated by ENCODE Consortium
+GSM935287_1	Generated by ENCODE Consortium
+GSM973692_2	Generated by ENCODE Consortium
+GSM733648_1	Generated by ENCODE Consortium
+GSM945250_1	Generated by ENCODE Consortium
+GSM935428_1	Generated by ENCODE Consortium
+GSM897083_7	Generated by ENCODE Consortium
+GSM822283_1	Generated by ENCODE Consortium
+GSM822295_1	Generated by ENCODE Consortium
+GSM945276_2	Generated by ENCODE Consortium
+GSM736629_1	Generated by ENCODE Consortium
+GSM803365_2	Generated by ENCODE Consortium
+GSM803358_1	Generated by ENCODE Consortium
+GSM897078_2	Generated by ENCODE Consortium
+GSM830520_2	Generated by ENCODE Consortium
+GSM935427_1	Generated by ENCODE Consortium
+GSM973685_1	Generated by ENCODE Consortium
+GSM923449_8	Generated by ENCODE Consortium
+GSM803359_1	Generated by ENCODE Consortium
+GSM736541_1	Generated by ENCODE Consortium
+GSM923450_1	Generated by ENCODE Consortium
+GSM736499_1	Generated by ENCODE Consortium
+GSM816646_1	Generated by ENCODE Consortium
+GSM849028_2	Generated by ENCODE Consortium
+GSM803392_1	Generated by ENCODE Consortium
+GSM849349_2	Generated by ENCODE Consortium
+GSM803343_2	Generated by ENCODE Consortium
+GSM736507_1	Generated by ENCODE Consortium
+GSM803394_2	Generated by ENCODE Consortium
+GSM736545_1	Generated by ENCODE Consortium
+GSM803461_1	Generated by ENCODE Consortium
+GSM767849_1	Generated by ENCODE Consortium
+GSM958745_3	Generated by ENCODE Consortium
+GSM897070_4	Generated by ENCODE Consortium
+GSM977045_4	Generated by ENCODE Consortium
+GSM749693_1	Generated by ENCODE Consortium
+GSM923421_1	Generated by ENCODE Consortium
+GSM749666_1	Generated by ENCODE Consortium
+GSM923447_8	Generated by ENCODE Consortium
+GSM849026_1	Generated by ENCODE Consortium
+GSM847563_1	Generated by ENCODE Consortium
+GSM849334_4	Generated by ENCODE Consortium
+GSM749761_1	Generated by ENCODE Consortium
+GSM849325_4	Generated by ENCODE Consortium
+GSM958749_2	Generated by ENCODE Consortium
+GSM945173_1	Generated by ENCODE Consortium
+GSM803444_2	Generated by ENCODE Consortium
+GSM733638_1	Generated by ENCODE Consortium
+GSM935306_1	Generated by ENCODE Consortium
+GSM897075_4	Generated by ENCODE Consortium
+GSM803504_1	Generated by ENCODE Consortium
+GSM945192_2	Generated by ENCODE Consortium
+GSM733650_1	Generated by ENCODE Consortium
+GSM816630_2	Generated by ENCODE Consortium
+GSM733778_1	Generated by ENCODE Consortium
+GSM923423_1	Generated by ENCODE Consortium
+GSM864345_1	Generated by ENCODE Consortium
+GSM935542_1	Generated by ENCODE Consortium
+GSM945297_1	Generated by ENCODE Consortium
+GSM849345_2	Generated by ENCODE Consortium
+GSM935469_1	Generated by ENCODE Consortium
+GSM849348_2	Generated by ENCODE Consortium
+GSM803430_1	Generated by ENCODE Consortium
+GSM977042_4	Generated by ENCODE Consortium
+GSM803518_2	Generated by ENCODE Consortium
+GSM849335_1	Generated by ENCODE Consortium
+GSM749668_1	Generated by ENCODE Consortium
+GSM935326_1	Generated by ENCODE Consortium
+GSM935445_1	Generated by ENCODE Consortium
+GSM803513_2	Generated by ENCODE Consortium
+GSM945206_2	Generated by ENCODE Consortium
+GSM849348_1	Generated by ENCODE Consortium
+GSM733784_1	Generated by ENCODE Consortium
+GSM758565_3	Generated by ENCODE Consortium
+GSM958739_3	Generated by ENCODE Consortium
+GSM803391_1	Generated by ENCODE Consortium
+GSM822272_1	Generated by ENCODE Consortium
+GSM945235_1	Generated by ENCODE Consortium
+GSM803503_2	Generated by ENCODE Consortium
+GSM803460_2	Generated by ENCODE Consortium
+GSM923446_3	Generated by ENCODE Consortium
+GSM803352_2	Generated by ENCODE Consortium
+GSM736579_1	Generated by ENCODE Consortium
+GSM935574_1	Generated by ENCODE Consortium
+GSM945206_1	Generated by ENCODE Consortium
+GSM830527_2	Generated by ENCODE Consortium
+GSM945308_2	Generated by ENCODE Consortium
+GSM945252_1	Generated by ENCODE Consortium
+GSM803478_2	Generated by ENCODE Consortium
+GSM803507_2	Generated by ENCODE Consortium
+GSM897080_3	Generated by ENCODE Consortium
+GSM849347_1	Generated by ENCODE Consortium
+GSM822304_1	Generated by ENCODE Consortium
+GSM945263_1	Generated by ENCODE Consortium
+GSM935461_1	Generated by ENCODE Consortium
+GSM935420_1	Generated by ENCODE Consortium
+GSM897081_7	Generated by ENCODE Consortium
+GSM945186_1	Generated by ENCODE Consortium
+GSM840137_2	Generated by ENCODE Consortium
+GSM945298_2	Generated by ENCODE Consortium
+GSM923430_1	Generated by ENCODE Consortium
+GSM945248_1	Generated by ENCODE Consortium
+GSM935496_1	Generated by ENCODE Consortium
+GSM935504_1	Generated by ENCODE Consortium
+GSM945249_1	Generated by ENCODE Consortium
+GSM935391_1	Generated by ENCODE Consortium
+GSM803415_1	Generated by ENCODE Consortium
+GSM935333_1	Generated by ENCODE Consortium
+GSM803411_1	Generated by ENCODE Consortium
+GSM935536_1	Generated by ENCODE Consortium
+GSM935377_1	Generated by ENCODE Consortium
+GSM935433_1	Generated by ENCODE Consortium
+GSM758573_1	Generated by ENCODE Consortium
+GSM733708_1	Generated by ENCODE Consortium
+GSM849330_4	Generated by ENCODE Consortium
+GSM803451_1	Generated by ENCODE Consortium
+GSM733774_1	Generated by ENCODE Consortium
+GSM803397_2	Generated by ENCODE Consortium
+GSM864360_2	Generated by ENCODE Consortium
+GSM849345_1	Generated by ENCODE Consortium
+GSM803536_1	Generated by ENCODE Consortium
+GSM816660_2	Generated by ENCODE Consortium
+GSM973683_3	Generated by ENCODE Consortium
+GSM923440_2	Generated by ENCODE Consortium
+GSM749687_1	Generated by ENCODE Consortium
+GSM822301_2	Generated by ENCODE Consortium
+GSM608162_1	Generated by ENCODE Consortium
+GSM935592_1	Generated by ENCODE Consortium
+GSM849338_1	Generated by ENCODE Consortium
+GSM945203_1	Generated by ENCODE Consortium
+GSM733785_1	Generated by ENCODE Consortium
+GSM849324_4	Generated by ENCODE Consortium
+GSM767840_2	Generated by ENCODE Consortium
+GSM935368_1	Generated by ENCODE Consortium
+GSM822293_1	Generated by ENCODE Consortium
+GSM973677_2	Generated by ENCODE Consortium
+GSM849350_1	Generated by ENCODE Consortium
+GSM830524_1	Generated by ENCODE Consortium
+GSM935622_1	Generated by ENCODE Consortium
+GSM935455_1	Generated by ENCODE Consortium
+GSM733679_1	Generated by ENCODE Consortium
+GSM944520_2	Generated by ENCODE Consortium
+GSM935601_1	Generated by ENCODE Consortium
+GSM733737_1	Generated by ENCODE Consortium
+GSM803413_1	Generated by ENCODE Consortium
+GSM830532_2	Generated by ENCODE Consortium
+GSM831004_1	Generated by ENCODE Consortium
+GSM736494_1	Generated by ENCODE Consortium
+GSM849027_1	Generated by ENCODE Consortium
+GSM803390_2	Generated by ENCODE Consortium
+GSM803429_2	Generated by ENCODE Consortium
+GSM816647_1	Generated by ENCODE Consortium
+GSM935280_1	Generated by ENCODE Consortium
+GSM945262_2	Generated by ENCODE Consortium
+GSM765396_1	Generated by ENCODE Consortium
+GSM935390_1	Generated by ENCODE Consortium
+GSM923447_2	Generated by ENCODE Consortium
+GSM945302_2	Generated by ENCODE Consortium
+GSM935589_1	Generated by ENCODE Consortium
+GSM935475_1	Generated by ENCODE Consortium
+GSM816639_2	Generated by ENCODE Consortium
+GSM733685_1	Generated by ENCODE Consortium
+GSM736530_1	Generated by ENCODE Consortium
+GSM803533_2	Generated by ENCODE Consortium
+GSM830986_1	Generated by ENCODE Consortium
+GSM767855_1	Generated by ENCODE Consortium
+GSM736621_1	Generated by ENCODE Consortium
+GSM935642_1	Generated by ENCODE Consortium
+GSM864338_1	Generated by ENCODE Consortium
+GSM935553_1	Generated by ENCODE Consortium
+GSM816656_2	Generated by ENCODE Consortium
+GSM849360_1	Generated by ENCODE Consortium
+GSM803532_1	Generated by ENCODE Consortium
+GSM803538_2	Generated by ENCODE Consortium
+GSM935499_1	Generated by ENCODE Consortium
+GSM605627_4	Generated by ENCODE Consortium
+GSM849340_2	Generated by ENCODE Consortium
+GSM672835_2	Generated by ENCODE Consortium
+GSM733686_1	Generated by ENCODE Consortium
+GSM816671_2	Generated by ENCODE Consortium
+GSM849304_1	Generated by ENCODE Consortium
+GSM935426_1	Generated by ENCODE Consortium
+GSM767845_2	Generated by ENCODE Consortium
+GSM733668_1	Generated by ENCODE Consortium
+GSM816669_2	Generated by ENCODE Consortium
+GSM733715_1	Generated by ENCODE Consortium
+GSM977045_1	Generated by ENCODE Consortium
+GSM605629_2	Generated by ENCODE Consortium
+GSM935339_1	Generated by ENCODE Consortium
+GSM803491_1	Generated by ENCODE Consortium
+GSM923442_4	Generated by ENCODE Consortium
+GSM830537_1	Generated by ENCODE Consortium
+GSM816661_2	Generated by ENCODE Consortium
+GSM931361_1	Generated by ENCODE Consortium
+GSM803381_1	Generated by ENCODE Consortium
+GSM935641_1	Generated by ENCODE Consortium
+GSM935404_1	Generated by ENCODE Consortium
+GSM803360_1	Generated by ENCODE Consortium
+GSM733732_1	Generated by ENCODE Consortium
+GSM803408_1	Generated by ENCODE Consortium
+GSM803482_1	Generated by ENCODE Consortium
+GSM822314_1	Generated by ENCODE Consortium
+GSM945214_2	Generated by ENCODE Consortium
+GSM816655_1	Generated by ENCODE Consortium
+GSM897082_1	Generated by ENCODE Consortium
+GSM758560_4	Generated by ENCODE Consortium
+GSM849337_2	Generated by ENCODE Consortium
+GSM736558_1	Generated by ENCODE Consortium
+GSM849366_2	Generated by ENCODE Consortium
+GSM822267_1	Generated by ENCODE Consortium
+GSM831031_1	Generated by ENCODE Consortium
+GSM849362_4	Generated by ENCODE Consortium
+GSM816673_2	Generated by ENCODE Consortium
+GSM767846_1	Generated by ENCODE Consortium
+GSM646568_2	Generated by ENCODE Consortium
+GSM803352_4	Generated by ENCODE Consortium
+GSM831042_1	Generated by ENCODE Consortium
+GSM803409_1	Generated by ENCODE Consortium
+GSM831020_1	Generated by ENCODE Consortium
+GSM749777_1	Generated by ENCODE Consortium
+GSM803405_1	Generated by ENCODE Consortium
+GSM736492_1	Generated by ENCODE Consortium
+GSM646570_2	Generated by ENCODE Consortium
+GSM923439_8	Generated by ENCODE Consortium
+GSM935523_1	Generated by ENCODE Consortium
+GSM736628_1	Generated by ENCODE Consortium
+GSM803430_2	Generated by ENCODE Consortium
+GSM945278_2	Generated by ENCODE Consortium
+GSM973690_2	Generated by ENCODE Consortium
+GSM646564_2	Generated by ENCODE Consortium
+GSM733672_1	Generated by ENCODE Consortium
+GSM945288_1	Generated by ENCODE Consortium
+GSM923453_4	Generated by ENCODE Consortium
+GSM923444_6	Generated by ENCODE Consortium
+GSM749778_1	Generated by ENCODE Consortium
+GSM831005_1	Generated by ENCODE Consortium
+GSM923445_4	Generated by ENCODE Consortium
+GSM749679_1	Generated by ENCODE Consortium
+GSM736517_1	Generated by ENCODE Consortium
+GSM816662_2	Generated by ENCODE Consortium
+GSM945183_1	Generated by ENCODE Consortium
+GSM803539_2	Generated by ENCODE Consortium
+GSM945310_1	Generated by ENCODE Consortium
+GSM958738_3	Generated by ENCODE Consortium
+GSM803485_1	Generated by ENCODE Consortium
+GSM803377_1	Generated by ENCODE Consortium
+GSM736602_1	Generated by ENCODE Consortium
+GSM803496_1	Generated by ENCODE Consortium
+GSM864340_1	Generated by ENCODE Consortium
+GSM765394_2	Generated by ENCODE Consortium
+GSM935332_1	Generated by ENCODE Consortium
+GSM923447_1	Generated by ENCODE Consortium
+GSM803363_1	Generated by ENCODE Consortium
+GSM945239_2	Generated by ENCODE Consortium
+GSM897083_5	Generated by ENCODE Consortium
+GSM830531_1	Generated by ENCODE Consortium
+GSM803519_2	Generated by ENCODE Consortium
+GSM788073_1	Generated by ENCODE Consortium
+GSM935314_1	Generated by ENCODE Consortium
+GSM973672_2	Generated by ENCODE Consortium
+GSM830530_1	Generated by ENCODE Consortium
+GSM733687_1	Generated by ENCODE Consortium
+GSM822277_1	Generated by ENCODE Consortium
+GSM605630_1	Generated by ENCODE Consortium
+GSM803363_2	Generated by ENCODE Consortium
+GSM935283_1	Generated by ENCODE Consortium
+GSM935419_1	Generated by ENCODE Consortium
+GSM803367_2	Generated by ENCODE Consortium
+GSM935323_1	Generated by ENCODE Consortium
+GSM935378_1	Generated by ENCODE Consortium
+GSM830537_2	Generated by ENCODE Consortium
+GSM733781_1	Generated by ENCODE Consortium
+GSM864342_1	Generated by ENCODE Consortium
+GSM945239_1	Generated by ENCODE Consortium
+GSM803373_2	Generated by ENCODE Consortium
+GSM973678_1	Generated by ENCODE Consortium
+GSM765386_4	Generated by ENCODE Consortium
+GSM803528_1	Generated by ENCODE Consortium
+GSM803388_2	Generated by ENCODE Consortium
+GSM945172_2	Generated by ENCODE Consortium
+GSM923444_15	Generated by ENCODE Consortium
+GSM977043_1	Generated by ENCODE Consortium
+GSM767845_4	Generated by ENCODE Consortium
+GSM935349_1	Generated by ENCODE Consortium
+GSM767842_1	Generated by ENCODE Consortium
+GSM605625_5	Generated by ENCODE Consortium
+GSM822277_2	Generated by ENCODE Consortium
+GSM788080_1	Generated by ENCODE Consortium
+GSM935538_1	Generated by ENCODE Consortium
+GSM788086_1	Generated by ENCODE Consortium
+GSM831028_1	Generated by ENCODE Consortium
+GSM733741_1	Generated by ENCODE Consortium
+GSM935514_1	Generated by ENCODE Consortium
+GSM736502_1	Generated by ENCODE Consortium
+GSM672836_1	Generated by ENCODE Consortium
+GSM736631_1	Generated by ENCODE Consortium
+GSM767854_4	Generated by ENCODE Consortium
+GSM831038_1	Generated by ENCODE Consortium
+GSM935566_1	Generated by ENCODE Consortium
+GSM935623_1	Generated by ENCODE Consortium
+GSM803425_2	Generated by ENCODE Consortium
+GSM605628_4	Generated by ENCODE Consortium
+GSM749722_1	Generated by ENCODE Consortium
+GSM831007_1	Generated by ENCODE Consortium
+GSM803465_1	Generated by ENCODE Consortium
+GSM758575_1	Generated by ENCODE Consortium
+GSM897081_6	Generated by ENCODE Consortium
+GSM803422_2	Generated by ENCODE Consortium
+GSM803483_1	Generated by ENCODE Consortium
+GSM767856_3	Generated by ENCODE Consortium
+GSM733716_1	Generated by ENCODE Consortium
+GSM803508_2	Generated by ENCODE Consortium
+GSM822276_2	Generated by ENCODE Consortium
+GSM816647_2	Generated by ENCODE Consortium
+GSM816651_1	Generated by ENCODE Consortium
+GSM816642_2	Generated by ENCODE Consortium
+GSM749754_1	Generated by ENCODE Consortium
+GSM803473_1	Generated by ENCODE Consortium
+GSM945222_1	Generated by ENCODE Consortium
+GSM945245_1	Generated by ENCODE Consortium
+GSM803463_2	Generated by ENCODE Consortium
+GSM864353_2	Generated by ENCODE Consortium
+GSM803503_1	Generated by ENCODE Consortium
+GSM935383_1	Generated by ENCODE Consortium
+GSM803407_1	Generated by ENCODE Consortium
+GSM958731_4	Generated by ENCODE Consortium
+GSM736547_1	Generated by ENCODE Consortium
+GSM803414_2	Generated by ENCODE Consortium
+GSM822286_2	Generated by ENCODE Consortium
+GSM803441_1	Generated by ENCODE Consortium
+GSM605629_3	Generated by ENCODE Consortium
+GSM733783_1	Generated by ENCODE Consortium
+GSM803341_2	Generated by ENCODE Consortium
+GSM733776_1	Generated by ENCODE Consortium
+GSM935367_1	Generated by ENCODE Consortium
+GSM945163_2	Generated by ENCODE Consortium
+GSM977036_4	Generated by ENCODE Consortium
+GSM749699_1	Generated by ENCODE Consortium
+GSM736582_1	Generated by ENCODE Consortium
+GSM958745_1	Generated by ENCODE Consortium
+GSM736536_1	Generated by ENCODE Consortium
+GSM803439_2	Generated by ENCODE Consortium
+GSM945278_1	Generated by ENCODE Consortium
+GSM830529_1	Generated by ENCODE Consortium
+GSM605632_2	Generated by ENCODE Consortium
+GSM646560_2	Generated by ENCODE Consortium
+GSM803511_2	Generated by ENCODE Consortium
+GSM758571_2	Generated by ENCODE Consortium
+GSM923451_3	Generated by ENCODE Consortium
+GSM958732_1	Generated by ENCODE Consortium
+GSM958741_1	Generated by ENCODE Consortium
+GSM816656_1	Generated by ENCODE Consortium
+GSM736538_1	Generated by ENCODE Consortium
+GSM818828_1	Generated by ENCODE Consortium
+GSM758560_1	Generated by ENCODE Consortium
+GSM736528_1	Generated by ENCODE Consortium
+GSM803459_1	Generated by ENCODE Consortium
+GSM736568_1	Generated by ENCODE Consortium
+GSM733771_1	Generated by ENCODE Consortium
+GSM803348_2	Generated by ENCODE Consortium
+GSM935447_1	Generated by ENCODE Consortium
+GSM935369_1	Generated by ENCODE Consortium
+GSM733673_1	Generated by ENCODE Consortium
+GSM944519_1	Generated by ENCODE Consortium
+GSM973666_4	Generated by ENCODE Consortium
+GSM977032_2	Generated by ENCODE Consortium
+GSM749745_1	Generated by ENCODE Consortium
+GSM849364_4	Generated by ENCODE Consortium
+GSM977029_2	Generated by ENCODE Consortium
+GSM849362_2	Generated by ENCODE Consortium
+GSM945236_1	Generated by ENCODE Consortium
+GSM736563_1	Generated by ENCODE Consortium
+GSM736519_1	Generated by ENCODE Consortium
+GSM831010_1	Generated by ENCODE Consortium
+GSM945260_1	Generated by ENCODE Consortium
+GSM816645_1	Generated by ENCODE Consortium
+GSM923450_7	Generated by ENCODE Consortium
+GSM646565_1	Generated by ENCODE Consortium
+GSM935480_1	Generated by ENCODE Consortium
+GSM897081_4	Generated by ENCODE Consortium
+GSM935449_1	Generated by ENCODE Consortium
+GSM935486_1	Generated by ENCODE Consortium
+GSM830995_1	Generated by ENCODE Consortium
+GSM973692_3	Generated by ENCODE Consortium
+GSM749671_1	Generated by ENCODE Consortium
+GSM803530_2	Generated by ENCODE Consortium
+GSM945180_1	Generated by ENCODE Consortium
+GSM767840_3	Generated by ENCODE Consortium
+GSM803380_2	Generated by ENCODE Consortium
+GSM803464_2	Generated by ENCODE Consortium
+GSM923442_8	Generated by ENCODE Consortium
+GSM767848_2	Generated by ENCODE Consortium
+GSM749734_1	Generated by ENCODE Consortium
+GSM816658_2	Generated by ENCODE Consortium
+GSM767841_1	Generated by ENCODE Consortium
+GSM935388_1	Generated by ENCODE Consortium
+GSM849324_1	Generated by ENCODE Consortium
+GSM803336_1	Generated by ENCODE Consortium
+GSM803407_2	Generated by ENCODE Consortium
+GSM736616_1	Generated by ENCODE Consortium
+GSM803481_1	Generated by ENCODE Consortium
+GSM849339_6	Generated by ENCODE Consortium
+GSM758559_3	Generated by ENCODE Consortium
+GSM803462_2	Generated by ENCODE Consortium
+GSM977033_1	Generated by ENCODE Consortium
+GSM945224_1	Generated by ENCODE Consortium
+GSM803418_1	Generated by ENCODE Consortium
+GSM803350_1	Generated by ENCODE Consortium
+GSM945325_2	Generated by ENCODE Consortium
+GSM935374_1	Generated by ENCODE Consortium
+GSM749680_1	Generated by ENCODE Consortium
+GSM973669_1	Generated by ENCODE Consortium
+GSM923447_3	Generated by ENCODE Consortium
+GSM736600_1	Generated by ENCODE Consortium
+GSM977033_4	Generated by ENCODE Consortium
+GSM767844_3	Generated by ENCODE Consortium
+GSM935561_1	Generated by ENCODE Consortium
+GSM977049_1	Generated by ENCODE Consortium
+GSM733773_1	Generated by ENCODE Consortium
+GSM945194_1	Generated by ENCODE Consortium
+GSM733724_1	Generated by ENCODE Consortium
+GSM803389_1	Generated by ENCODE Consortium
+GSM958730_2	Generated by ENCODE Consortium
+GSM736525_1	Generated by ENCODE Consortium
+GSM765393_4	Generated by ENCODE Consortium
+GSM935272_1	Generated by ENCODE Consortium
+GSM849360_2	Generated by ENCODE Consortium
+GSM977038_4	Generated by ENCODE Consortium
+GSM977046_1	Generated by ENCODE Consortium
+GSM831037_1	Generated by ENCODE Consortium
+GSM816635_2	Generated by ENCODE Consortium
+GSM605632_4	Generated by ENCODE Consortium
+GSM923448_6	Generated by ENCODE Consortium
+GSM822291_2	Generated by ENCODE Consortium
+GSM945283_1	Generated by ENCODE Consortium
+GSM897075_3	Generated by ENCODE Consortium
+GSM822310_2	Generated by ENCODE Consortium
+GSM736601_1	Generated by ENCODE Consortium
+GSM849354_1	Generated by ENCODE Consortium
+GSM733714_1	Generated by ENCODE Consortium
+GSM736575_1	Generated by ENCODE Consortium
+GSM897083_6	Generated by ENCODE Consortium
+GSM749737_1	Generated by ENCODE Consortium
+GSM777639_1	Generated by ENCODE Consortium
+GSM767853_1	Generated by ENCODE Consortium
+GSM736583_1	Generated by ENCODE Consortium
+GSM733682_1	Generated by ENCODE Consortium
+GSM945232_1	Generated by ENCODE Consortium
+GSM733647_1	Generated by ENCODE Consortium
+GSM816643_1	Generated by ENCODE Consortium
+GSM803512_2	Generated by ENCODE Consortium
+GSM822279_1	Generated by ENCODE Consortium
+GSM733761_1	Generated by ENCODE Consortium
+GSM945282_1	Generated by ENCODE Consortium
+GSM758572_4	Generated by ENCODE Consortium
+GSM849028_1	Generated by ENCODE Consortium
+GSM897073_2	Generated by ENCODE Consortium
+GSM822273_2	Generated by ENCODE Consortium
+GSM935618_1	Generated by ENCODE Consortium
+GSM849341_2	Generated by ENCODE Consortium
+GSM897072_1	Generated by ENCODE Consortium
+GSM803479_1	Generated by ENCODE Consortium
+GSM736524_1	Generated by ENCODE Consortium
+GSM803516_2	Generated by ENCODE Consortium
+GSM831030_1	Generated by ENCODE Consortium
+GSM958730_1	Generated by ENCODE Consortium
+GSM945854_1	Generated by ENCODE Consortium
+GSM977035_1	Generated by ENCODE Consortium
+GSM923442_5	Generated by ENCODE Consortium
+GSM849334_3	Generated by ENCODE Consortium
+GSM803536_2	Generated by ENCODE Consortium
+GSM749755_1	Generated by ENCODE Consortium
+GSM758561_2	Generated by ENCODE Consortium
+GSM945216_1	Generated by ENCODE Consortium
+GSM977032_1	Generated by ENCODE Consortium
+GSM788071_1	Generated by ENCODE Consortium
+GSM849351_1	Generated by ENCODE Consortium
+GSM758574_2	Generated by ENCODE Consortium
+GSM803449_1	Generated by ENCODE Consortium
+GSM767847_1	Generated by ENCODE Consortium
+GSM767857_4	Generated by ENCODE Consortium
+GSM733659_1	Generated by ENCODE Consortium
+GSM758567_3	Generated by ENCODE Consortium
+GSM816626_1	Generated by ENCODE Consortium
+GSM958737_4	Generated by ENCODE Consortium
+GSM945196_2	Generated by ENCODE Consortium
+GSM749753_1	Generated by ENCODE Consortium
+GSM897078_3	Generated by ENCODE Consortium
+GSM958728_2	Generated by ENCODE Consortium
+GSM945268_1	Generated by ENCODE Consortium
+GSM923445_3	Generated by ENCODE Consortium
+GSM733694_1	Generated by ENCODE Consortium
+GSM864344_1	Generated by ENCODE Consortium
+GSM923453_3	Generated by ENCODE Consortium
+GSM803513_1	Generated by ENCODE Consortium
+GSM733750_1	Generated by ENCODE Consortium
+GSM767855_2	Generated by ENCODE Consortium
+GSM973669_4	Generated by ENCODE Consortium
+GSM945300_1	Generated by ENCODE Consortium
+GSM803505_1	Generated by ENCODE Consortium
+GSM736590_1	Generated by ENCODE Consortium
+GSM973673_1	Generated by ENCODE Consortium
+GSM945204_1	Generated by ENCODE Consortium
+GSM788078_1	Generated by ENCODE Consortium
+GSM765391_2	Generated by ENCODE Consortium
+GSM777638_1	Generated by ENCODE Consortium
+GSM923447_4	Generated by ENCODE Consortium
+GSM923433_1	Generated by ENCODE Consortium
+GSM836272_1	Generated by ENCODE Consortium
+GSM977047_2	Generated by ENCODE Consortium
+GSM822306_1	Generated by ENCODE Consortium
+GSM958750_1	Generated by ENCODE Consortium
+GSM897078_1	Generated by ENCODE Consortium
+GSM977035_3	Generated by ENCODE Consortium
+GSM765395_1	Generated by ENCODE Consortium
+GSM803427_2	Generated by ENCODE Consortium
+GSM733759_1	Generated by ENCODE Consortium
+GSM935421_1	Generated by ENCODE Consortium
+GSM973682_3	Generated by ENCODE Consortium
+GSM736612_1	Generated by ENCODE Consortium
+GSM803402_1	Generated by ENCODE Consortium
+GSM765386_2	Generated by ENCODE Consortium
+GSM803484_2	Generated by ENCODE Consortium
+GSM849327_3	Generated by ENCODE Consortium
+GSM803495_2	Generated by ENCODE Consortium
+GSM736511_1	Generated by ENCODE Consortium
+GSM935630_1	Generated by ENCODE Consortium
+GSM945313_1	Generated by ENCODE Consortium
+GSM935273_1	Generated by ENCODE Consortium
+GSM749695_1	Generated by ENCODE Consortium
+GSM935277_1	Generated by ENCODE Consortium
+GSM816632_1	Generated by ENCODE Consortium
+GSM923451_4	Generated by ENCODE Consortium
+GSM849025_2	Generated by ENCODE Consortium
+GSM803403_1	Generated by ENCODE Consortium
+GSM849329_2	Generated by ENCODE Consortium
+GSM944526_2	Generated by ENCODE Consortium
+GSM765388_2	Generated by ENCODE Consortium
+GSM935331_1	Generated by ENCODE Consortium
+GSM973689_4	Generated by ENCODE Consortium
+GSM803520_2	Generated by ENCODE Consortium
+GSM977051_2	Generated by ENCODE Consortium
+GSM816628_2	Generated by ENCODE Consortium
+GSM945266_1	Generated by ENCODE Consortium
+GSM935336_1	Generated by ENCODE Consortium
+GSM758577_1	Generated by ENCODE Consortium
+GSM803382_1	Generated by ENCODE Consortium
+GSM945211_1	Generated by ENCODE Consortium
+GSM765400_3	Generated by ENCODE Consortium
+GSM935522_1	Generated by ENCODE Consortium
+GSM935403_1	Generated by ENCODE Consortium
+GSM803351_5	Generated by ENCODE Consortium
+GSM803541_1	Generated by ENCODE Consortium
+GSM945169_1	Generated by ENCODE Consortium
+GSM935652_1	Generated by ENCODE Consortium
+GSM977036_3	Generated by ENCODE Consortium
+GSM849368_4	Generated by ENCODE Consortium
+GSM749715_1	Generated by ENCODE Consortium
+GSM803338_1	Generated by ENCODE Consortium
+GSM803338_2	Generated by ENCODE Consortium
+GSM849358_3	Generated by ENCODE Consortium
+GSM935415_1	Generated by ENCODE Consortium
+GSM803498_2	Generated by ENCODE Consortium
+GSM945175_1	Generated by ENCODE Consortium
+GSM977036_2	Generated by ENCODE Consortium
+GSM803486_2	Generated by ENCODE Consortium
+GSM945213_1	Generated by ENCODE Consortium
+GSM849349_1	Generated by ENCODE Consortium
+GSM935645_1	Generated by ENCODE Consortium
+GSM945284_1	Generated by ENCODE Consortium
+GSM864359_1	Generated by ENCODE Consortium
+GSM897075_2	Generated by ENCODE Consortium
+GSM803337_1	Generated by ENCODE Consortium
+GSM935563_1	Generated by ENCODE Consortium
+GSM973674_1	Generated by ENCODE Consortium
+GSM849338_3	Generated by ENCODE Consortium
+GSM973691_4	Generated by ENCODE Consortium
+GSM977034_4	Generated by ENCODE Consortium
+GSM973674_3	Generated by ENCODE Consortium
+GSM749772_1	Generated by ENCODE Consortium
+GSM733711_1	Generated by ENCODE Consortium
+GSM803405_2	Generated by ENCODE Consortium
+GSM935512_1	Generated by ENCODE Consortium
+GSM864345_2	Generated by ENCODE Consortium
+GSM945240_1	Generated by ENCODE Consortium
+GSM816659_1	Generated by ENCODE Consortium
+GSM765394_3	Generated by ENCODE Consortium
+GSM923442_3	Generated by ENCODE Consortium
+GSM803501_2	Generated by ENCODE Consortium
+GSM935571_1	Generated by ENCODE Consortium
+GSM923444_4	Generated by ENCODE Consortium
+GSM973680_2	Generated by ENCODE Consortium
+GSM733768_1	Generated by ENCODE Consortium
+GSM830521_2	Generated by ENCODE Consortium
+GSM897086_1	Generated by ENCODE Consortium
+GSM849324_2	Generated by ENCODE Consortium
+GSM849336_2	Generated by ENCODE Consortium
+GSM958728_1	Generated by ENCODE Consortium
+GSM605625_1	Generated by ENCODE Consortium
+GSM733651_1	Generated by ENCODE Consortium
+GSM945316_1	Generated by ENCODE Consortium
+GSM945267_2	Generated by ENCODE Consortium
+GSM945174_2	Generated by ENCODE Consortium
+GSM803358_2	Generated by ENCODE Consortium
+GSM849354_2	Generated by ENCODE Consortium
+GSM945276_1	Generated by ENCODE Consortium
+GSM765404_1	Generated by ENCODE Consortium
+GSM758564_1	Generated by ENCODE Consortium
+GSM923441_1	Generated by ENCODE Consortium
+GSM803542_1	Generated by ENCODE Consortium
+GSM803370_1	Generated by ENCODE Consortium
+GSM822270_2	Generated by ENCODE Consortium
+GSM945271_2	Generated by ENCODE Consortium
+GSM736571_1	Generated by ENCODE Consortium
+GSM803515_2	Generated by ENCODE Consortium
+GSM945247_1	Generated by ENCODE Consortium
+GSM803504_2	Generated by ENCODE Consortium
+GSM897072_2	Generated by ENCODE Consortium
+GSM749685_1	Generated by ENCODE Consortium
+GSM977037_3	Generated by ENCODE Consortium
+GSM831014_1	Generated by ENCODE Consortium
+GSM973677_1	Generated by ENCODE Consortium
+GSM749736_1	Generated by ENCODE Consortium
+GSM944521_2	Generated by ENCODE Consortium
+GSM767842_2	Generated by ENCODE Consortium
+GSM849358_1	Generated by ENCODE Consortium
+GSM945198_1	Generated by ENCODE Consortium
+GSM767853_4	Generated by ENCODE Consortium
+GSM945312_1	Generated by ENCODE Consortium
+GSM945271_1	Generated by ENCODE Consortium
+GSM803398_1	Generated by ENCODE Consortium
+GSM977028_4	Generated by ENCODE Consortium
+GSM958748_3	Generated by ENCODE Consortium
+GSM605633_3	Generated by ENCODE Consortium
+GSM935632_1	Generated by ENCODE Consortium
+GSM758568_4	Generated by ENCODE Consortium
+GSM864344_2	Generated by ENCODE Consortium
+GSM803437_1	Generated by ENCODE Consortium
+GSM803399_2	Generated by ENCODE Consortium
+GSM945193_1	Generated by ENCODE Consortium
+GSM803530_1	Generated by ENCODE Consortium
+GSM803384_1	Generated by ENCODE Consortium
+GSM923418_2	Generated by ENCODE Consortium
+GSM758577_4	Generated by ENCODE Consortium
+GSM803458_1	Generated by ENCODE Consortium
+GSM803531_1	Generated by ENCODE Consortium
+GSM973668_1	Generated by ENCODE Consortium
+GSM765402_2	Generated by ENCODE Consortium
+GSM973684_1	Generated by ENCODE Consortium
+GSM935584_1	Generated by ENCODE Consortium
+GSM945296_2	Generated by ENCODE Consortium
+GSM935488_1	Generated by ENCODE Consortium
+GSM803527_2	Generated by ENCODE Consortium
+GSM733735_1	Generated by ENCODE Consortium
+GSM736531_1	Generated by ENCODE Consortium
+GSM935548_1	Generated by ENCODE Consortium
+GSM849366_1	Generated by ENCODE Consortium
+GSM803334_1	Generated by ENCODE Consortium
+GSM736549_1	Generated by ENCODE Consortium
+GSM803353_1	Generated by ENCODE Consortium
+GSM831043_1	Generated by ENCODE Consortium
+GSM973675_4	Generated by ENCODE Consortium
+GSM923446_2	Generated by ENCODE Consortium
+GSM945204_2	Generated by ENCODE Consortium
+GSM831003_1	Generated by ENCODE Consortium
+GSM935373_1	Generated by ENCODE Consortium
+GSM758566_3	Generated by ENCODE Consortium
+GSM935320_1	Generated by ENCODE Consortium
+GSM758578_4	Generated by ENCODE Consortium
+GSM935586_1	Generated by ENCODE Consortium
+GSM935628_1	Generated by ENCODE Consortium
+GSM935587_1	Generated by ENCODE Consortium
+GSM733644_1	Generated by ENCODE Consortium
+GSM818827_1	Generated by ENCODE Consortium
+GSM935451_1	Generated by ENCODE Consortium
+GSM803451_2	Generated by ENCODE Consortium
+GSM973689_1	Generated by ENCODE Consortium
+GSM803386_2	Generated by ENCODE Consortium
+GSM803388_1	Generated by ENCODE Consortium
+GSM830521_1	Generated by ENCODE Consortium
+GSM803506_1	Generated by ENCODE Consortium
+GSM736516_1	Generated by ENCODE Consortium
+GSM767853_3	Generated by ENCODE Consortium
+GSM733688_1	Generated by ENCODE Consortium
+GSM945182_1	Generated by ENCODE Consortium
+GSM816646_2	Generated by ENCODE Consortium
+GSM749726_1	Generated by ENCODE Consortium
+GSM935550_1	Generated by ENCODE Consortium
+GSM733676_1	Generated by ENCODE Consortium
+GSM765391_3	Generated by ENCODE Consortium
+GSM973669_2	Generated by ENCODE Consortium
+GSM736608_1	Generated by ENCODE Consortium
+GSM788084_1	Generated by ENCODE Consortium
+GSM733755_1	Generated by ENCODE Consortium
+GSM822271_1	Generated by ENCODE Consortium
+GSM935446_1	Generated by ENCODE Consortium
+GSM736537_1	Generated by ENCODE Consortium
+GSM958735_1	Generated by ENCODE Consortium
+GSM803349_2	Generated by ENCODE Consortium
+GSM736554_1	Generated by ENCODE Consortium
+GSM830535_3	Generated by ENCODE Consortium
+GSM923443_8	Generated by ENCODE Consortium
+GSM836273_1	Generated by ENCODE Consortium
+GSM803443_2	Generated by ENCODE Consortium
+GSM977052_1	Generated by ENCODE Consortium
+GSM935464_1	Generated by ENCODE Consortium
+GSM767850_3	Generated by ENCODE Consortium
+GSM749669_1	Generated by ENCODE Consortium
+GSM803470_1	Generated by ENCODE Consortium
+GSM958751_1	Generated by ENCODE Consortium
+GSM836270_1	Generated by ENCODE Consortium
+GSM945159_2	Generated by ENCODE Consortium
+GSM803514_1	Generated by ENCODE Consortium
+GSM736542_1	Generated by ENCODE Consortium
+GSM935359_1	Generated by ENCODE Consortium
+GSM605633_1	Generated by ENCODE Consortium
+GSM758572_3	Generated by ENCODE Consortium
+GSM736535_1	Generated by ENCODE Consortium
+GSM816671_1	Generated by ENCODE Consortium
+GSM803521_1	Generated by ENCODE Consortium
+GSM803335_2	Generated by ENCODE Consortium
+GSM923435_1	Generated by ENCODE Consortium
+GSM736569_1	Generated by ENCODE Consortium
+GSM977040_2	Generated by ENCODE Consortium
+GSM803440_2	Generated by ENCODE Consortium
+GSM923449_5	Generated by ENCODE Consortium
+GSM945272_1	Generated by ENCODE Consortium
+GSM923452_2	Generated by ENCODE Consortium
+GSM733772_2	Generated by ENCODE Consortium
+GSM897082_2	Generated by ENCODE Consortium
+GSM977029_1	Generated by ENCODE Consortium
+GSM733728_1	Generated by ENCODE Consortium
+GSM935322_1	Generated by ENCODE Consortium
+GSM816642_1	Generated by ENCODE Consortium
+GSM803345_2	Generated by ENCODE Consortium
+GSM923437_2	Generated by ENCODE Consortium
+GSM849327_2	Generated by ENCODE Consortium
+GSM822286_1	Generated by ENCODE Consortium
+GSM945191_1	Generated by ENCODE Consortium
+GSM935579_1	Generated by ENCODE Consortium
+GSM945320_2	Generated by ENCODE Consortium
+GSM831022_1	Generated by ENCODE Consortium
+GSM798322_1	Generated by ENCODE Consortium
+GSM849346_2	Generated by ENCODE Consortium
+GSM923451_7	Generated by ENCODE Consortium
+GSM945322_1	Generated by ENCODE Consortium
+GSM973689_3	Generated by ENCODE Consortium
+GSM945857_1	Generated by ENCODE Consortium
+GSM803535_2	Generated by ENCODE Consortium
+GSM765398_2	Generated by ENCODE Consortium
+GSM767854_1	Generated by ENCODE Consortium
+GSM831035_1	Generated by ENCODE Consortium
+GSM736625_1	Generated by ENCODE Consortium
+GSM973683_2	Generated by ENCODE Consortium
+GSM736620_1	Generated by ENCODE Consortium
+GSM822313_1	Generated by ENCODE Consortium
+GSM816640_1	Generated by ENCODE Consortium
+GSM958734_1	Generated by ENCODE Consortium
+GSM849368_3	Generated by ENCODE Consortium
+GSM977046_3	Generated by ENCODE Consortium
+GSM736550_1	Generated by ENCODE Consortium
+GSM935505_1	Generated by ENCODE Consortium
+GSM749738_1	Generated by ENCODE Consortium
+GSM803453_1	Generated by ENCODE Consortium
+GSM803351_4	Generated by ENCODE Consortium
+GSM765399_2	Generated by ENCODE Consortium
+GSM803374_1	Generated by ENCODE Consortium
+GSM816437_1	Generated by ENCODE Consortium
+GSM749763_1	Generated by ENCODE Consortium
+GSM605635_4	Generated by ENCODE Consortium
+GSM973686_1	Generated by ENCODE Consortium
+GSM923452_6	Generated by ENCODE Consortium
+GSM977044_4	Generated by ENCODE Consortium
+GSM973690_4	Generated by ENCODE Consortium
+GSM605632_3	Generated by ENCODE Consortium
+GSM733653_1	Generated by ENCODE Consortium
+GSM816631_1	Generated by ENCODE Consortium
+GSM935279_1	Generated by ENCODE Consortium
+GSM935649_1	Generated by ENCODE Consortium
+GSM977039_3	Generated by ENCODE Consortium
+GSM973684_3	Generated by ENCODE Consortium
+GSM758562_1	Generated by ENCODE Consortium
+GSM973673_2	Generated by ENCODE Consortium
+GSM897073_1	Generated by ENCODE Consortium
+GSM803419_1	Generated by ENCODE Consortium
+GSM897079_4	Generated by ENCODE Consortium
+GSM864338_2	Generated by ENCODE Consortium
+GSM733767_1	Generated by ENCODE Consortium
+GSM849339_1	Generated by ENCODE Consortium
+GSM897075_1	Generated by ENCODE Consortium
+GSM803541_2	Generated by ENCODE Consortium
+GSM816665_1	Generated by ENCODE Consortium
+GSM803379_2	Generated by ENCODE Consortium
+GSM749684_1	Generated by ENCODE Consortium
+GSM803414_1	Generated by ENCODE Consortium
+GSM923447_6	Generated by ENCODE Consortium
+GSM945212_1	Generated by ENCODE Consortium
+GSM749743_1	Generated by ENCODE Consortium
+GSM765402_4	Generated by ENCODE Consortium
+GSM605625_3	Generated by ENCODE Consortium
+GSM935473_1	Generated by ENCODE Consortium
+GSM803529_1	Generated by ENCODE Consortium
+GSM831015_1	Generated by ENCODE Consortium
+GSM646563_1	Generated by ENCODE Consortium
+GSM849334_2	Generated by ENCODE Consortium
+GSM945178_2	Generated by ENCODE Consortium
+GSM935470_1	Generated by ENCODE Consortium
+GSM803515_1	Generated by ENCODE Consortium
+GSM977030_4	Generated by ENCODE Consortium
+GSM803353_2	Generated by ENCODE Consortium
+GSM758561_3	Generated by ENCODE Consortium
+GSM897082_4	Generated by ENCODE Consortium
+GSM803369_1	Generated by ENCODE Consortium
+GSM803377_2	Generated by ENCODE Consortium
+GSM816627_1	Generated by ENCODE Consortium
+GSM945279_2	Generated by ENCODE Consortium
+GSM803333_2	Generated by ENCODE Consortium
+GSM803500_1	Generated by ENCODE Consortium
+GSM803424_2	Generated by ENCODE Consortium
+GSM767843_1	Generated by ENCODE Consortium
+GSM945324_2	Generated by ENCODE Consortium
+GSM803350_2	Generated by ENCODE Consortium
+GSM945292_2	Generated by ENCODE Consortium
+GSM822289_1	Generated by ENCODE Consortium
+GSM923425_2	Generated by ENCODE Consortium
+GSM803473_2	Generated by ENCODE Consortium
+GSM935307_1	Generated by ENCODE Consortium
+GSM849364_1	Generated by ENCODE Consortium
+GSM935453_1	Generated by ENCODE Consortium
+GSM608167_1	Generated by ENCODE Consortium
+GSM977034_1	Generated by ENCODE Consortium
+GSM749773_1	Generated by ENCODE Consortium
+GSM646562_2	Generated by ENCODE Consortium
+GSM803393_2	Generated by ENCODE Consortium
+GSM973687_3	Generated by ENCODE Consortium
+GSM605634_5	Generated by ENCODE Consortium
+GSM973673_3	Generated by ENCODE Consortium
+GSM945227_1	Generated by ENCODE Consortium
+GSM803444_1	Generated by ENCODE Consortium
+GSM923452_8	Generated by ENCODE Consortium
+GSM733769_1	Generated by ENCODE Consortium
+GSM749735_1	Generated by ENCODE Consortium
+GSM758572_2	Generated by ENCODE Consortium
+GSM822291_1	Generated by ENCODE Consortium
+GSM923444_11	Generated by ENCODE Consortium
+GSM830536_2	Generated by ENCODE Consortium
+GSM736606_1	Generated by ENCODE Consortium
+GSM758559_1	Generated by ENCODE Consortium
+GSM945229_2	Generated by ENCODE Consortium
+GSM749742_1	Generated by ENCODE Consortium
+GSM749678_1	Generated by ENCODE Consortium
+GSM958737_1	Generated by ENCODE Consortium
+GSM945226_1	Generated by ENCODE Consortium
+GSM958745_2	Generated by ENCODE Consortium
+GSM733670_1	Generated by ENCODE Consortium
+GSM923445_6	Generated by ENCODE Consortium
+GSM945237_1	Generated by ENCODE Consortium
+GSM818744_1	Generated by ENCODE Consortium
+GSM803439_1	Generated by ENCODE Consortium
+GSM935442_1	Generated by ENCODE Consortium
+GSM733718_1	Generated by ENCODE Consortium
+GSM864351_1	Generated by ENCODE Consortium
+GSM973663_2	Generated by ENCODE Consortium
+GSM849330_1	Generated by ENCODE Consortium
+GSM847562_1	Generated by ENCODE Consortium
+GSM758563_3	Generated by ENCODE Consortium
+GSM935363_1	Generated by ENCODE Consortium
+GSM977038_2	Generated by ENCODE Consortium
+GSM840138_4	Generated by ENCODE Consortium
+GSM973667_2	Generated by ENCODE Consortium
+GSM935309_1	Generated by ENCODE Consortium
+GSM973674_2	Generated by ENCODE Consortium
+GSM803474_2	Generated by ENCODE Consortium
+GSM767843_2	Generated by ENCODE Consortium
+GSM830524_2	Generated by ENCODE Consortium
+GSM803410_1	Generated by ENCODE Consortium
+GSM977047_1	Generated by ENCODE Consortium
+GSM767851_4	Generated by ENCODE Consortium
+GSM945296_1	Generated by ENCODE Consortium
+GSM973665_3	Generated by ENCODE Consortium
+GSM945265_1	Generated by ENCODE Consortium
+GSM822301_1	Generated by ENCODE Consortium
+GSM767847_2	Generated by ENCODE Consortium
+GSM803523_1	Generated by ENCODE Consortium
+GSM935460_1	Generated by ENCODE Consortium
+GSM935483_1	Generated by ENCODE Consortium
+GSM958738_1	Generated by ENCODE Consortium
+GSM923431_2	Generated by ENCODE Consortium
+GSM935503_1	Generated by ENCODE Consortium
+GSM849331_2	Generated by ENCODE Consortium
+GSM822309_2	Generated by ENCODE Consortium
+GSM923440_7	Generated by ENCODE Consortium
+GSM922955_1	Generated by ENCODE Consortium
+GSM749730_1	Generated by ENCODE Consortium
+GSM945221_1	Generated by ENCODE Consortium
+GSM945175_2	Generated by ENCODE Consortium
+GSM958731_2	Generated by ENCODE Consortium
+GSM765405_1	Generated by ENCODE Consortium
+GSM958740_4	Generated by ENCODE Consortium
+GSM777640_1	Generated by ENCODE Consortium
+GSM733757_1	Generated by ENCODE Consortium
+GSM765399_1	Generated by ENCODE Consortium
+GSM945277_1	Generated by ENCODE Consortium
+GSM767850_1	Generated by ENCODE Consortium
+GSM733720_1	Generated by ENCODE Consortium
+GSM945244_1	Generated by ENCODE Consortium
+GSM935646_1	Generated by ENCODE Consortium
+GSM736565_1	Generated by ENCODE Consortium
+GSM803527_1	Generated by ENCODE Consortium
+GSM803457_1	Generated by ENCODE Consortium
+GSM977051_1	Generated by ENCODE Consortium
+GSM822284_1	Generated by ENCODE Consortium
+GSM803489_2	Generated by ENCODE Consortium
+GSM758575_4	Generated by ENCODE Consortium
+GSM736544_1	Generated by ENCODE Consortium
+GSM803489_1	Generated by ENCODE Consortium
+GSM830534_2	Generated by ENCODE Consortium
+GSM923429_2	Generated by ENCODE Consortium
+GSM849362_1	Generated by ENCODE Consortium
+GSM935476_1	Generated by ENCODE Consortium
+GSM935599_1	Generated by ENCODE Consortium
+GSM935511_1	Generated by ENCODE Consortium
+GSM944519_2	Generated by ENCODE Consortium
+GSM864346_2	Generated by ENCODE Consortium
+GSM973693_2	Generated by ENCODE Consortium
+GSM973680_3	Generated by ENCODE Consortium
+GSM923441_4	Generated by ENCODE Consortium
+GSM822298_2	Generated by ENCODE Consortium
+GSM923444_1	Generated by ENCODE Consortium
+GSM831002_1	Generated by ENCODE Consortium
+GSM765401_1	Generated by ENCODE Consortium
+GSM765391_1	Generated by ENCODE Consortium
+GSM849330_2	Generated by ENCODE Consortium
+GSM803395_1	Generated by ENCODE Consortium
+GSM803524_1	Generated by ENCODE Consortium
+GSM923432_2	Generated by ENCODE Consortium
+GSM767851_2	Generated by ENCODE Consortium
+GSM803373_1	Generated by ENCODE Consortium
+GSM816653_1	Generated by ENCODE Consortium
+GSM749750_1	Generated by ENCODE Consortium
+GSM958739_4	Generated by ENCODE Consortium
+GSM605629_5	Generated by ENCODE Consortium
+GSM765392_1	Generated by ENCODE Consortium
+GSM973688_1	Generated by ENCODE Consortium
+GSM973668_4	Generated by ENCODE Consortium
+GSM736610_1	Generated by ENCODE Consortium
+GSM765403_2	Generated by ENCODE Consortium
+GSM788081_1	Generated by ENCODE Consortium
+GSM767847_4	Generated by ENCODE Consortium
+GSM736493_1	Generated by ENCODE Consortium
+GSM935605_1	Generated by ENCODE Consortium
+GSM945267_1	Generated by ENCODE Consortium
+GSM767854_2	Generated by ENCODE Consortium
+GSM758573_2	Generated by ENCODE Consortium
+GSM977035_4	Generated by ENCODE Consortium
+GSM977040_4	Generated by ENCODE Consortium
+GSM944523_2	Generated by ENCODE Consortium
+GSM765386_1	Generated by ENCODE Consortium
+GSM935291_1	Generated by ENCODE Consortium
+GSM935358_1	Generated by ENCODE Consortium
+GSM897086_2	Generated by ENCODE Consortium
+GSM765389_2	Generated by ENCODE Consortium
+GSM822299_2	Generated by ENCODE Consortium
+GSM803384_2	Generated by ENCODE Consortium
+GSM822273_1	Generated by ENCODE Consortium
+GSM849339_4	Generated by ENCODE Consortium
+GSM945251_1	Generated by ENCODE Consortium
+GSM733707_1	Generated by ENCODE Consortium
+GSM803346_1	Generated by ENCODE Consortium
+GSM944524_2	Generated by ENCODE Consortium
+GSM803525_2	Generated by ENCODE Consortium
+GSM849302_1	Generated by ENCODE Consortium
+GSM945299_1	Generated by ENCODE Consortium
+GSM803340_2	Generated by ENCODE Consortium
+GSM803521_3	Generated by ENCODE Consortium
+GSM935292_1	Generated by ENCODE Consortium
+GSM935352_1	Generated by ENCODE Consortium
+GSM945269_1	Generated by ENCODE Consortium
+GSM803403_2	Generated by ENCODE Consortium
+GSM749764_1	Generated by ENCODE Consortium
+GSM945188_2	Generated by ENCODE Consortium
+GSM831021_1	Generated by ENCODE Consortium
+GSM945269_2	Generated by ENCODE Consortium
+GSM977030_2	Generated by ENCODE Consortium
+GSM945170_2	Generated by ENCODE Consortium
+GSM864361_1	Generated by ENCODE Consortium
+GSM733770_1	Generated by ENCODE Consortium
+GSM973678_3	Generated by ENCODE Consortium
+GSM923422_2	Generated by ENCODE Consortium
+GSM958739_1	Generated by ENCODE Consortium
+GSM736614_1	Generated by ENCODE Consortium
+GSM973665_2	Generated by ENCODE Consortium
+GSM765394_4	Generated by ENCODE Consortium
+GSM935575_1	Generated by ENCODE Consortium
+GSM758576_2	Generated by ENCODE Consortium
+GSM736497_1	Generated by ENCODE Consortium
+GSM923444_3	Generated by ENCODE Consortium
+GSM944521_1	Generated by ENCODE Consortium
+GSM849357_4	Generated by ENCODE Consortium
+GSM803383_1	Generated by ENCODE Consortium
+GSM849305_2	Generated by ENCODE Consortium
+GSM897083_4	Generated by ENCODE Consortium
+GSM945255_1	Generated by ENCODE Consortium
+GSM758570_1	Generated by ENCODE Consortium
+GSM736505_1	Generated by ENCODE Consortium
+GSM849359_4	Generated by ENCODE Consortium
+GSM849305_1	Generated by ENCODE Consortium
+GSM945192_1	Generated by ENCODE Consortium
+GSM945291_1	Generated by ENCODE Consortium
+GSM765402_1	Generated by ENCODE Consortium
+GSM840136_4	Generated by ENCODE Consortium
+GSM822285_1	Generated by ENCODE Consortium
+GSM923444_7	Generated by ENCODE Consortium
+GSM849357_2	Generated by ENCODE Consortium
+GSM864343_1	Generated by ENCODE Consortium
+GSM788083_1	Generated by ENCODE Consortium
+GSM816644_2	Generated by ENCODE Consortium
+GSM758563_2	Generated by ENCODE Consortium
+GSM803512_1	Generated by ENCODE Consortium
+GSM935501_1	Generated by ENCODE Consortium
+GSM736553_1	Generated by ENCODE Consortium
+GSM803538_1	Generated by ENCODE Consortium
+GSM736626_1	Generated by ENCODE Consortium
+GSM897071_2	Generated by ENCODE Consortium
+GSM945270_1	Generated by ENCODE Consortium
+GSM733725_1	Generated by ENCODE Consortium
+GSM765394_1	Generated by ENCODE Consortium
+GSM977034_2	Generated by ENCODE Consortium
+GSM736581_1	Generated by ENCODE Consortium
+GSM736510_1	Generated by ENCODE Consortium
+GSM935513_1	Generated by ENCODE Consortium
+GSM803466_2	Generated by ENCODE Consortium
+GSM849330_3	Generated by ENCODE Consortium
+GSM803425_1	Generated by ENCODE Consortium
+GSM788079_1	Generated by ENCODE Consortium
+GSM935610_1	Generated by ENCODE Consortium
+GSM849349_4	Generated by ENCODE Consortium
+GSM803455_2	Generated by ENCODE Consortium
+GSM605633_2	Generated by ENCODE Consortium
+GSM840136_2	Generated by ENCODE Consortium
+GSM849344_2	Generated by ENCODE Consortium
+GSM758564_2	Generated by ENCODE Consortium
+GSM935437_1	Generated by ENCODE Consortium
+GSM803360_2	Generated by ENCODE Consortium
+GSM822278_1	Generated by ENCODE Consortium
+GSM816628_1	Generated by ENCODE Consortium
+GSM803424_1	Generated by ENCODE Consortium
+GSM897083_1	Generated by ENCODE Consortium
+GSM736546_1	Generated by ENCODE Consortium
+GSM803361_2	Generated by ENCODE Consortium
+GSM803502_2	Generated by ENCODE Consortium
+GSM958737_2	Generated by ENCODE Consortium
+GSM973679_1	Generated by ENCODE Consortium
+GSM803420_2	Generated by ENCODE Consortium
+GSM923453_6	Generated by ENCODE Consortium
+GSM803371_1	Generated by ENCODE Consortium
+GSM973679_2	Generated by ENCODE Consortium
+GSM935478_1	Generated by ENCODE Consortium
+GSM849342_2	Generated by ENCODE Consortium
+GSM758569_1	Generated by ENCODE Consortium
+GSM803385_1	Generated by ENCODE Consortium
+GSM765398_4	Generated by ENCODE Consortium
+GSM935311_1	Generated by ENCODE Consortium
+GSM816633_1	Generated by ENCODE Consortium
+GSM758569_4	Generated by ENCODE Consortium
+GSM749665_1	Generated by ENCODE Consortium
+GSM945165_2	Generated by ENCODE Consortium
+GSM816638_2	Generated by ENCODE Consortium
+GSM736585_1	Generated by ENCODE Consortium
+GSM830532_1	Generated by ENCODE Consortium
+GSM758575_2	Generated by ENCODE Consortium
+GSM733758_2	Generated by ENCODE Consortium
+GSM847565_1	Generated by ENCODE Consortium
+GSM923439_4	Generated by ENCODE Consortium
+GSM958733_1	Generated by ENCODE Consortium
+GSM767851_3	Generated by ENCODE Consortium
+GSM758567_2	Generated by ENCODE Consortium
+GSM897074_4	Generated by ENCODE Consortium
+GSM803470_2	Generated by ENCODE Consortium
+GSM803366_1	Generated by ENCODE Consortium
+GSM736636_1	Generated by ENCODE Consortium
+GSM897070_2	Generated by ENCODE Consortium
+GSM945166_1	Generated by ENCODE Consortium
+GSM935546_1	Generated by ENCODE Consortium
+GSM935497_1	Generated by ENCODE Consortium
+GSM767852_3	Generated by ENCODE Consortium
+GSM803375_1	Generated by ENCODE Consortium
+GSM849350_2	Generated by ENCODE Consortium
+GSM849301_2	Generated by ENCODE Consortium
+GSM736635_1	Generated by ENCODE Consortium
+GSM758566_2	Generated by ENCODE Consortium
+GSM646564_1	Generated by ENCODE Consortium
+GSM765390_3	Generated by ENCODE Consortium
+GSM923452_7	Generated by ENCODE Consortium
+GSM935583_1	Generated by ENCODE Consortium
+GSM973691_3	Generated by ENCODE Consortium
+GSM758566_1	Generated by ENCODE Consortium
+GSM831025_1	Generated by ENCODE Consortium
+GSM803400_1	Generated by ENCODE Consortium
+GSM765396_2	Generated by ENCODE Consortium
+GSM945279_1	Generated by ENCODE Consortium
+GSM736638_1	Generated by ENCODE Consortium
+GSM803333_1	Generated by ENCODE Consortium
+GSM646562_1	Generated by ENCODE Consortium
+GSM923440_3	Generated by ENCODE Consortium
+GSM923450_3	Generated by ENCODE Consortium
+GSM864355_2	Generated by ENCODE Consortium
+GSM923418_1	Generated by ENCODE Consortium
+GSM736593_1	Generated by ENCODE Consortium
+GSM749748_1	Generated by ENCODE Consortium
+GSM945320_1	Generated by ENCODE Consortium
+GSM803477_2	Generated by ENCODE Consortium
+GSM736527_1	Generated by ENCODE Consortium
+GSM977043_2	Generated by ENCODE Consortium
+GSM945303_1	Generated by ENCODE Consortium
+GSM803499_2	Generated by ENCODE Consortium
+GSM605628_5	Generated by ENCODE Consortium
+GSM849031_1	Generated by ENCODE Consortium
+GSM733727_1	Generated by ENCODE Consortium
+GSM935335_1	Generated by ENCODE Consortium
+GSM945241_1	Generated by ENCODE Consortium
+GSM736584_1	Generated by ENCODE Consortium
+GSM758570_2	Generated by ENCODE Consortium
+GSM945306_2	Generated by ENCODE Consortium
+GSM816664_2	Generated by ENCODE Consortium
+GSM816641_2	Generated by ENCODE Consortium
+GSM803432_1	Generated by ENCODE Consortium
+GSM822302_1	Generated by ENCODE Consortium
+GSM945217_1	Generated by ENCODE Consortium
+GSM803440_1	Generated by ENCODE Consortium
+GSM935337_1	Generated by ENCODE Consortium
+GSM973662_2	Generated by ENCODE Consortium
+GSM736627_1	Generated by ENCODE Consortium
+GSM849325_1	Generated by ENCODE Consortium
+GSM749728_1	Generated by ENCODE Consortium
+GSM803494_1	Generated by ENCODE Consortium
+GSM605634_4	Generated by ENCODE Consortium
+GSM945199_1	Generated by ENCODE Consortium
+GSM822305_1	Generated by ENCODE Consortium
+GSM749729_1	Generated by ENCODE Consortium
+GSM758578_3	Generated by ENCODE Consortium
+GSM945215_1	Generated by ENCODE Consortium
+GSM958740_2	Generated by ENCODE Consortium
+GSM935356_1	Generated by ENCODE Consortium
+GSM767850_4	Generated by ENCODE Consortium
+GSM736576_1	Generated by ENCODE Consortium
+GSM849339_2	Generated by ENCODE Consortium
+GSM935591_1	Generated by ENCODE Consortium
+GSM749702_1	Generated by ENCODE Consortium
+GSM977049_3	Generated by ENCODE Consortium
+GSM945215_2	Generated by ENCODE Consortium
+GSM847564_1	Generated by ENCODE Consortium
+GSM736539_1	Generated by ENCODE Consortium
+GSM830530_4	Generated by ENCODE Consortium
+GSM816658_1	Generated by ENCODE Consortium
+GSM749700_1	Generated by ENCODE Consortium
+GSM758562_4	Generated by ENCODE Consortium
+GSM803419_2	Generated by ENCODE Consortium
+GSM803483_2	Generated by ENCODE Consortium
+GSM605632_6	Generated by ENCODE Consortium
+GSM923450_6	Generated by ENCODE Consortium
+GSM749713_1	Generated by ENCODE Consortium
+GSM973664_1	Generated by ENCODE Consortium
+GSM945298_1	Generated by ENCODE Consortium
+GSM733764_1	Generated by ENCODE Consortium
+GSM816631_2	Generated by ENCODE Consortium
+GSM803497_2	Generated by ENCODE Consortium
+GSM818826_1	Generated by ENCODE Consortium
+GSM749673_1	Generated by ENCODE Consortium
+GSM733736_1	Generated by ENCODE Consortium
+GSM803488_1	Generated by ENCODE Consortium
+GSM935489_1	Generated by ENCODE Consortium
+GSM758567_4	Generated by ENCODE Consortium
+GSM935466_1	Generated by ENCODE Consortium
+GSM973681_2	Generated by ENCODE Consortium
+GSM977041_2	Generated by ENCODE Consortium
+GSM935304_1	Generated by ENCODE Consortium
+GSM803525_1	Generated by ENCODE Consortium
+GSM749701_1	Generated by ENCODE Consortium
+GSM816634_2	Generated by ENCODE Consortium
+GSM935534_1	Generated by ENCODE Consortium
+GSM736592_1	Generated by ENCODE Consortium
+GSM935316_1	Generated by ENCODE Consortium
+GSM897073_4	Generated by ENCODE Consortium
+GSM803497_1	Generated by ENCODE Consortium
+GSM822282_2	Generated by ENCODE Consortium
+GSM847561_1	Generated by ENCODE Consortium
+GSM935351_1	Generated by ENCODE Consortium
+GSM897081_1	Generated by ENCODE Consortium
+GSM973693_1	Generated by ENCODE Consortium
+GSM733762_1	Generated by ENCODE Consortium
+GSM923448_8	Generated by ENCODE Consortium
+GSM920558_1	Generated by ENCODE Consortium
+GSM765397_2	Generated by ENCODE Consortium
+GSM803357_2	Generated by ENCODE Consortium
+GSM945159_1	Generated by ENCODE Consortium
+GSM816638_1	Generated by ENCODE Consortium
+GSM605627_1	Generated by ENCODE Consortium
+GSM897081_5	Generated by ENCODE Consortium
+GSM977042_3	Generated by ENCODE Consortium
+GSM749721_1	Generated by ENCODE Consortium
+GSM765401_5	Generated by ENCODE Consortium
+GSM923443_6	Generated by ENCODE Consortium
+GSM864341_2	Generated by ENCODE Consortium
+GSM935598_1	Generated by ENCODE Consortium
+GSM923441_7	Generated by ENCODE Consortium
+GSM803521_2	Generated by ENCODE Consortium
+GSM864337_1	Generated by ENCODE Consortium
+GSM935414_1	Generated by ENCODE Consortium
+GSM945200_2	Generated by ENCODE Consortium
+GSM767844_2	Generated by ENCODE Consortium
+GSM958742_1	Generated by ENCODE Consortium
+GSM945261_1	Generated by ENCODE Consortium
+GSM945171_1	Generated by ENCODE Consortium
+GSM733733_1	Generated by ENCODE Consortium
+GSM749741_1	Generated by ENCODE Consortium
+GSM605627_5	Generated by ENCODE Consortium
+GSM849344_1	Generated by ENCODE Consortium
+GSM935596_1	Generated by ENCODE Consortium
+GSM897070_1	Generated by ENCODE Consortium
+GSM945214_1	Generated by ENCODE Consortium
+GSM935519_1	Generated by ENCODE Consortium
+GSM849359_3	Generated by ENCODE Consortium
+GSM973670_3	Generated by ENCODE Consortium
+GSM646567_1	Generated by ENCODE Consortium
+GSM736624_1	Generated by ENCODE Consortium
+GSM977033_2	Generated by ENCODE Consortium
+GSM935395_1	Generated by ENCODE Consortium
+GSM816436_1	Generated by ENCODE Consortium
+GSM945274_1	Generated by ENCODE Consortium
+GSM831040_1	Generated by ENCODE Consortium
+GSM803480_2	Generated by ENCODE Consortium
+GSM803517_2	Generated by ENCODE Consortium
+GSM849336_1	Generated by ENCODE Consortium
+GSM646566_1	Generated by ENCODE Consortium
+GSM646569_1	Generated by ENCODE Consortium
+GSM803501_1	Generated by ENCODE Consortium
+GSM864358_2	Generated by ENCODE Consortium
+GSM822280_1	Generated by ENCODE Consortium
+GSM803383_2	Generated by ENCODE Consortium
+GSM736555_1	Generated by ENCODE Consortium
+GSM935508_1	Generated by ENCODE Consortium
+GSM935340_1	Generated by ENCODE Consortium
+GSM840137_1	Generated by ENCODE Consortium
+GSM736594_1	Generated by ENCODE Consortium
+GSM803468_2	Generated by ENCODE Consortium
+GSM973688_3	Generated by ENCODE Consortium
+GSM749720_1	Generated by ENCODE Consortium
+GSM803423_1	Generated by ENCODE Consortium
+GSM849030_1	Generated by ENCODE Consortium
+GSM945285_1	Generated by ENCODE Consortium
+GSM803468_1	Generated by ENCODE Consortium
+GSM803401_1	Generated by ENCODE Consortium
+GSM945218_1	Generated by ENCODE Consortium
+GSM803392_2	Generated by ENCODE Consortium
+GSM973685_3	Generated by ENCODE Consortium
+GSM736500_1	Generated by ENCODE Consortium
+GSM945307_1	Generated by ENCODE Consortium
+GSM605634_1	Generated by ENCODE Consortium
+GSM733748_1	Generated by ENCODE Consortium
+GSM897069_3	Generated by ENCODE Consortium
+GSM733664_1	Generated by ENCODE Consortium
+GSM897083_2	Generated by ENCODE Consortium
+GSM758562_3	Generated by ENCODE Consortium
+GSM749770_1	Generated by ENCODE Consortium
+GSM973673_4	Generated by ENCODE Consortium
+GSM765405_2	Generated by ENCODE Consortium
+GSM749707_1	Generated by ENCODE Consortium
+GSM736591_1	Generated by ENCODE Consortium
+GSM849365_4	Generated by ENCODE Consortium
+GSM803362_2	Generated by ENCODE Consortium
+GSM935502_1	Generated by ENCODE Consortium
+GSM935406_1	Generated by ENCODE Consortium
+GSM945855_1	Generated by ENCODE Consortium
+GSM958733_4	Generated by ENCODE Consortium
+GSM935602_1	Generated by ENCODE Consortium
+GSM935647_1	Generated by ENCODE Consortium
+GSM849367_4	Generated by ENCODE Consortium
+GSM849358_2	Generated by ENCODE Consortium
+GSM749691_1	Generated by ENCODE Consortium
+GSM733695_1	Generated by ENCODE Consortium
+GSM923428_2	Generated by ENCODE Consortium
+GSM767846_2	Generated by ENCODE Consortium
+GSM935275_1	Generated by ENCODE Consortium
+GSM803445_1	Generated by ENCODE Consortium
+GSM803490_2	Generated by ENCODE Consortium
+GSM803369_2	Generated by ENCODE Consortium
+GSM864348_2	Generated by ENCODE Consortium
+GSM816667_1	Generated by ENCODE Consortium
+GSM977028_1	Generated by ENCODE Consortium
+GSM816635_1	Generated by ENCODE Consortium
+GSM945233_2	Generated by ENCODE Consortium
+GSM973683_4	Generated by ENCODE Consortium
+GSM864349_2	Generated by ENCODE Consortium
+GSM864356_1	Generated by ENCODE Consortium
+GSM923449_7	Generated by ENCODE Consortium
+GSM803341_1	Generated by ENCODE Consortium
+GSM749682_1	Generated by ENCODE Consortium
+GSM816649_1	Generated by ENCODE Consortium
+GSM816663_2	Generated by ENCODE Consortium
+GSM749674_1	Generated by ENCODE Consortium
+GSM945304_1	Generated by ENCODE Consortium
+GSM945219_1	Generated by ENCODE Consortium
+GSM749670_1	Generated by ENCODE Consortium
+GSM803450_2	Generated by ENCODE Consortium
+GSM945229_1	Generated by ENCODE Consortium
+GSM973669_3	Generated by ENCODE Consortium
+GSM733779_1	Generated by ENCODE Consortium
+GSM803496_2	Generated by ENCODE Consortium
+GSM758576_3	Generated by ENCODE Consortium
+GSM765396_3	Generated by ENCODE Consortium
+GSM973687_4	Generated by ENCODE Consortium
+GSM973688_2	Generated by ENCODE Consortium
+GSM758569_3	Generated by ENCODE Consortium
+GSM922957_1	Generated by ENCODE Consortium
+GSM958736_2	Generated by ENCODE Consortium
+GSM935608_1	Generated by ENCODE Consortium
+GSM923442_6	Generated by ENCODE Consortium
+GSM733702_1	Generated by ENCODE Consortium
+GSM849348_4	Generated by ENCODE Consortium
+GSM945264_2	Generated by ENCODE Consortium
+GSM803450_1	Generated by ENCODE Consortium
+GSM945254_1	Generated by ENCODE Consortium
+GSM803344_1	Generated by ENCODE Consortium
+GSM733775_1	Generated by ENCODE Consortium
+GSM923448_5	Generated by ENCODE Consortium
+GSM864339_1	Generated by ENCODE Consortium
+GSM767848_4	Generated by ENCODE Consortium
+GSM830531_2	Generated by ENCODE Consortium
+GSM977051_4	Generated by ENCODE Consortium
+GSM973663_3	Generated by ENCODE Consortium
+GSM765400_4	Generated by ENCODE Consortium
+GSM605625_6	Generated by ENCODE Consortium
+GSM816663_1	Generated by ENCODE Consortium
+GSM897076_2	Generated by ENCODE Consortium
+GSM803447_1	Generated by ENCODE Consortium
+GSM803472_2	Generated by ENCODE Consortium
+GSM945295_2	Generated by ENCODE Consortium
+GSM897080_1	Generated by ENCODE Consortium
+GSM977050_2	Generated by ENCODE Consortium
+GSM765389_3	Generated by ENCODE Consortium
+GSM849357_1	Generated by ENCODE Consortium
+GSM977047_4	Generated by ENCODE Consortium
+GSM736533_1	Generated by ENCODE Consortium
+GSM733743_1	Generated by ENCODE Consortium
+GSM803376_1	Generated by ENCODE Consortium
+GSM935456_1	Generated by ENCODE Consortium
+GSM958741_2	Generated by ENCODE Consortium
+GSM945256_1	Generated by ENCODE Consortium
+GSM945181_1	Generated by ENCODE Consortium
+GSM849359_1	Generated by ENCODE Consortium
+GSM935526_1	Generated by ENCODE Consortium
+GSM733681_1	Generated by ENCODE Consortium
+GSM920557_1	Generated by ENCODE Consortium
+GSM788074_1	Generated by ENCODE Consortium
+GSM788072_1	Generated by ENCODE Consortium
+GSM945858_1	Generated by ENCODE Consortium
+GSM945308_1	Generated by ENCODE Consortium
+GSM977028_2	Generated by ENCODE Consortium
+GSM849352_2	Generated by ENCODE Consortium
+GSM935398_1	Generated by ENCODE Consortium
+GSM672834_1	Generated by ENCODE Consortium
+GSM605630_5	Generated by ENCODE Consortium
+GSM788070_1	Generated by ENCODE Consortium
+GSM749675_1	Generated by ENCODE Consortium
+GSM736529_1	Generated by ENCODE Consortium
+GSM608165_1	Generated by ENCODE Consortium
+GSM958734_2	Generated by ENCODE Consortium
+GSM923443_5	Generated by ENCODE Consortium
+GSM935444_1	Generated by ENCODE Consortium
+GSM897069_1	Generated by ENCODE Consortium
+GSM646566_2	Generated by ENCODE Consortium
+GSM822276_1	Generated by ENCODE Consortium
+GSM935338_1	Generated by ENCODE Consortium
+GSM935634_1	Generated by ENCODE Consortium
+GSM749756_1	Generated by ENCODE Consortium
+GSM816640_2	Generated by ENCODE Consortium
+GSM935541_1	Generated by ENCODE Consortium
+GSM935653_1	Generated by ENCODE Consortium
+GSM749681_1	Generated by ENCODE Consortium
+GSM923439_5	Generated by ENCODE Consortium
+GSM935459_1	Generated by ENCODE Consortium
+GSM749692_1	Generated by ENCODE Consortium
+GSM767851_1	Generated by ENCODE Consortium
+GSM945231_1	Generated by ENCODE Consortium
+GSM816673_1	Generated by ENCODE Consortium
+GSM816637_2	Generated by ENCODE Consortium
+GSM822270_1	Generated by ENCODE Consortium
+GSM958740_3	Generated by ENCODE Consortium
+GSM749696_1	Generated by ENCODE Consortium
+GSM945202_1	Generated by ENCODE Consortium
+GSM958737_3	Generated by ENCODE Consortium
+GSM935450_1	Generated by ENCODE Consortium
+GSM977050_1	Generated by ENCODE Consortium
+GSM803514_2	Generated by ENCODE Consortium
+GSM849327_4	Generated by ENCODE Consortium
+GSM958729_1	Generated by ENCODE Consortium
+GSM945859_1	Generated by ENCODE Consortium
+GSM765398_1	Generated by ENCODE Consortium
+GSM733671_1	Generated by ENCODE Consortium
+GSM831000_1	Generated by ENCODE Consortium
+GSM935482_1	Generated by ENCODE Consortium
+GSM736605_1	Generated by ENCODE Consortium
+GSM765400_1	Generated by ENCODE Consortium
+GSM803518_1	Generated by ENCODE Consortium
+GSM945259_1	Generated by ENCODE Consortium
+GSM733700_1	Generated by ENCODE Consortium
+GSM945257_1	Generated by ENCODE Consortium
+GSM935578_1	Generated by ENCODE Consortium
+GSM749774_1	Generated by ENCODE Consortium
+GSM945853_1	Generated by ENCODE Consortium
+GSM935537_1	Generated by ENCODE Consortium
+GSM945309_1	Generated by ENCODE Consortium
+GSM803442_2	Generated by ENCODE Consortium
+GSM816630_1	Generated by ENCODE Consortium
+GSM973680_1	Generated by ENCODE Consortium
+GSM736566_1	Generated by ENCODE Consortium
+GSM923444_14	Generated by ENCODE Consortium
+GSM935325_1	Generated by ENCODE Consortium
+GSM935417_1	Generated by ENCODE Consortium
+GSM923440_4	Generated by ENCODE Consortium
+GSM765398_5	Generated by ENCODE Consortium
+GSM935312_1	Generated by ENCODE Consortium
+GSM758563_1	Generated by ENCODE Consortium
+GSM803486_1	Generated by ENCODE Consortium
+GSM758577_3	Generated by ENCODE Consortium
+GSM803343_1	Generated by ENCODE Consortium
+GSM935621_1	Generated by ENCODE Consortium
+GSM758574_1	Generated by ENCODE Consortium
+GSM935400_1	Generated by ENCODE Consortium
+GSM923427_2	Generated by ENCODE Consortium
+GSM749697_1	Generated by ENCODE Consortium
+GSM733760_1	Generated by ENCODE Consortium
+GSM849333_2	Generated by ENCODE Consortium
+GSM935577_1	Generated by ENCODE Consortium
+GSM923449_2	Generated by ENCODE Consortium
+GSM765393_2	Generated by ENCODE Consortium
+GSM958730_4	Generated by ENCODE Consortium
+GSM803404_2	Generated by ENCODE Consortium
+GSM736495_1	Generated by ENCODE Consortium
+GSM816672_2	Generated by ENCODE Consortium
+GSM822282_1	Generated by ENCODE Consortium
+GSM935615_1	Generated by ENCODE Consortium
+GSM973666_1	Generated by ENCODE Consortium
+GSM973693_4	Generated by ENCODE Consortium
+GSM816662_1	Generated by ENCODE Consortium
+GSM935616_1	Generated by ENCODE Consortium
+GSM923447_5	Generated by ENCODE Consortium
+GSM816627_2	Generated by ENCODE Consortium
+GSM958732_2	Generated by ENCODE Consortium
+GSM977044_3	Generated by ENCODE Consortium
+GSM864351_2	Generated by ENCODE Consortium
+GSM749667_1	Generated by ENCODE Consortium
+GSM758568_1	Generated by ENCODE Consortium
+GSM765403_4	Generated by ENCODE Consortium
+GSM977029_3	Generated by ENCODE Consortium
+GSM803397_1	Generated by ENCODE Consortium
+GSM803416_2	Generated by ENCODE Consortium
+GSM765392_2	Generated by ENCODE Consortium
+GSM765403_1	Generated by ENCODE Consortium
+GSM803406_2	Generated by ENCODE Consortium
+GSM897084_4	Generated by ENCODE Consortium
+GSM749718_1	Generated by ENCODE Consortium
+GSM970218_1	Generated by ENCODE Consortium
+GSM935474_1	Generated by ENCODE Consortium
+GSM830993_1	Generated by ENCODE Consortium
+GSM945244_2	Generated by ENCODE Consortium
+GSM825711_1	Generated by ENCODE Consortium
+GSM945314_1	Generated by ENCODE Consortium
+GSM973670_1	Generated by ENCODE Consortium
+GSM803352_1	Generated by ENCODE Consortium
+GSM803474_1	Generated by ENCODE Consortium
+GSM646565_2	Generated by ENCODE Consortium
+GSM758564_4	Generated by ENCODE Consortium
+GSM736589_1	Generated by ENCODE Consortium
+GSM803522_1	Generated by ENCODE Consortium
+GSM935529_1	Generated by ENCODE Consortium
+GSM935485_1	Generated by ENCODE Consortium
+GSM830999_1	Generated by ENCODE Consortium
+GSM849358_4	Generated by ENCODE Consortium
+GSM736508_1	Generated by ENCODE Consortium
+GSM803520_1	Generated by ENCODE Consortium
+GSM822275_1	Generated by ENCODE Consortium
+GSM816667_2	Generated by ENCODE Consortium
+GSM958747_1	Generated by ENCODE Consortium
+GSM788088_1	Generated by ENCODE Consortium
+GSM935636_1	Generated by ENCODE Consortium
+GSM803458_2	Generated by ENCODE Consortium
+GSM803533_1	Generated by ENCODE Consortium
+GSM803540_2	Generated by ENCODE Consortium
+GSM816657_1	Generated by ENCODE Consortium
+GSM923434_1	Generated by ENCODE Consortium
+GSM765399_4	Generated by ENCODE Consortium
+GSM803477_1	Generated by ENCODE Consortium
+GSM803391_2	Generated by ENCODE Consortium
+GSM945302_1	Generated by ENCODE Consortium
+GSM973691_1	Generated by ENCODE Consortium
+GSM897070_3	Generated by ENCODE Consortium
+GSM973684_2	Generated by ENCODE Consortium
+GSM977044_2	Generated by ENCODE Consortium
+GSM977030_1	Generated by ENCODE Consortium
+GSM935576_1	Generated by ENCODE Consortium
+GSM935487_1	Generated by ENCODE Consortium
+GSM749771_1	Generated by ENCODE Consortium
+GSM935376_1	Generated by ENCODE Consortium
+GSM758577_2	Generated by ENCODE Consortium
+GSM803455_1	Generated by ENCODE Consortium
+GSM864355_1	Generated by ENCODE Consortium
+GSM935432_1	Generated by ENCODE Consortium
+GSM935635_1	Generated by ENCODE Consortium
+GSM816648_1	Generated by ENCODE Consortium
+GSM935305_1	Generated by ENCODE Consortium
+GSM765388_3	Generated by ENCODE Consortium
+GSM864350_1	Generated by ENCODE Consortium
+GSM803507_1	Generated by ENCODE Consortium
+GSM788085_1	Generated by ENCODE Consortium
+GSM803411_2	Generated by ENCODE Consortium
+GSM945189_1	Generated by ENCODE Consortium
+GSM973677_3	Generated by ENCODE Consortium
+GSM822278_2	Generated by ENCODE Consortium
+GSM758568_2	Generated by ENCODE Consortium
+GSM923443_3	Generated by ENCODE Consortium
+GSM935557_1	Generated by ENCODE Consortium
+GSM945323_1	Generated by ENCODE Consortium
+GSM935477_1	Generated by ENCODE Consortium
+GSM831013_1	Generated by ENCODE Consortium
+GSM733782_1	Generated by ENCODE Consortium
+GSM849332_2	Generated by ENCODE Consortium
+GSM945201_1	Generated by ENCODE Consortium
+GSM935411_1	Generated by ENCODE Consortium
+GSM605631_2	Generated by ENCODE Consortium
+GSM935609_1	Generated by ENCODE Consortium
+GSM935493_1	Generated by ENCODE Consortium
+GSM923433_2	Generated by ENCODE Consortium
+GSM803400_2	Generated by ENCODE Consortium
+GSM803386_1	Generated by ENCODE Consortium
+GSM923439_6	Generated by ENCODE Consortium
+GSM803509_2	Generated by ENCODE Consortium
+GSM733766_1	Generated by ENCODE Consortium
+GSM803462_1	Generated by ENCODE Consortium
+GSM749703_1	Generated by ENCODE Consortium
+GSM977032_4	Generated by ENCODE Consortium
+GSM849340_1	Generated by ENCODE Consortium
+GSM816648_2	Generated by ENCODE Consortium
+GSM733726_1	Generated by ENCODE Consortium
+GSM765387_2	Generated by ENCODE Consortium
+GSM749744_1	Generated by ENCODE Consortium
+GSM749733_1	Generated by ENCODE Consortium
+GSM803510_1	Generated by ENCODE Consortium
+GSM935567_1	Generated by ENCODE Consortium
+GSM945166_2	Generated by ENCODE Consortium
+GSM749725_1	Generated by ENCODE Consortium
+GSM945321_2	Generated by ENCODE Consortium
+GSM765401_3	Generated by ENCODE Consortium
+GSM958747_2	Generated by ENCODE Consortium
+GSM923452_5	Generated by ENCODE Consortium
+GSM923443_4	Generated by ENCODE Consortium
+GSM736534_1	Generated by ENCODE Consortium
+GSM923440_8	Generated by ENCODE Consortium
+GSM605631_1	Generated by ENCODE Consortium
+GSM935556_1	Generated by ENCODE Consortium
+GSM923419_1	Generated by ENCODE Consortium
+GSM803453_2	Generated by ENCODE Consortium
+GSM803349_1	Generated by ENCODE Consortium
+GSM944524_1	Generated by ENCODE Consortium
+GSM945318_1	Generated by ENCODE Consortium
+GSM736599_1	Generated by ENCODE Consortium
+GSM822274_2	Generated by ENCODE Consortium
+GSM803464_1	Generated by ENCODE Consortium
+GSM736559_1	Generated by ENCODE Consortium
+GSM822274_1	Generated by ENCODE Consortium
+GSM935423_1	Generated by ENCODE Consortium
+GSM605630_2	Generated by ENCODE Consortium
+GSM849324_3	Generated by ENCODE Consortium
+GSM767845_1	Generated by ENCODE Consortium
+GSM605634_6	Generated by ENCODE Consortium
+GSM803335_1	Generated by ENCODE Consortium
+GSM935344_1	Generated by ENCODE Consortium
+GSM849029_2	Generated by ENCODE Consortium
+GSM849341_1	Generated by ENCODE Consortium
+GSM803531_2	Generated by ENCODE Consortium
+GSM897080_4	Generated by ENCODE Consortium
+GSM816668_1	Generated by ENCODE Consortium
+GSM822312_1	Generated by ENCODE Consortium
+GSM749683_1	Generated by ENCODE Consortium
+GSM935405_1	Generated by ENCODE Consortium
+GSM897080_2	Generated by ENCODE Consortium
+GSM945213_2	Generated by ENCODE Consortium
+GSM973687_1	Generated by ENCODE Consortium
+GSM935454_1	Generated by ENCODE Consortium
+GSM831018_1	Generated by ENCODE Consortium
+GSM935409_1	Generated by ENCODE Consortium
+GSM935308_1	Generated by ENCODE Consortium
+GSM803344_2	Generated by ENCODE Consortium
+GSM935318_1	Generated by ENCODE Consortium
+GSM935343_1	Generated by ENCODE Consortium
+GSM935392_1	Generated by ENCODE Consortium
+GSM923444_16	Generated by ENCODE Consortium
+GSM935438_1	Generated by ENCODE Consortium
+GSM935631_1	Generated by ENCODE Consortium
+GSM849335_4	Generated by ENCODE Consortium
+GSM973661_1	Generated by ENCODE Consortium
+GSM767847_3	Generated by ENCODE Consortium
+GSM736634_1	Generated by ENCODE Consortium
+GSM816654_1	Generated by ENCODE Consortium
+GSM849304_2	Generated by ENCODE Consortium
+GSM935639_1	Generated by ENCODE Consortium
+GSM935626_1	Generated by ENCODE Consortium
+GSM849347_2	Generated by ENCODE Consortium
+GSM897085_4	Generated by ENCODE Consortium
+GSM935407_1	Generated by ENCODE Consortium
+GSM945319_1	Generated by ENCODE Consortium
+GSM736633_1	Generated by ENCODE Consortium
+GSM923449_6	Generated by ENCODE Consortium
+GSM803431_1	Generated by ENCODE Consortium
+GSM864343_2	Generated by ENCODE Consortium
+GSM803480_1	Generated by ENCODE Consortium
+GSM736617_1	Generated by ENCODE Consortium
+GSM758571_1	Generated by ENCODE Consortium
+GSM945263_2	Generated by ENCODE Consortium
+GSM945182_2	Generated by ENCODE Consortium
+GSM605629_6	Generated by ENCODE Consortium
+GSM935629_1	Generated by ENCODE Consortium
+GSM864357_2	Generated by ENCODE Consortium
+GSM935408_1	Generated by ENCODE Consortium
+GSM822297_2	Generated by ENCODE Consortium
+GSM830998_1	Generated by ENCODE Consortium
+GSM803490_1	Generated by ENCODE Consortium
+GSM958731_1	Generated by ENCODE Consortium
+GSM935582_1	Generated by ENCODE Consortium
+GSM646559_1	Generated by ENCODE Consortium
+GSM822307_1	Generated by ENCODE Consortium
+GSM897077_1	Generated by ENCODE Consortium
+GSM935467_1	Generated by ENCODE Consortium
+GSM822308_1	Generated by ENCODE Consortium
+GSM923439_2	Generated by ENCODE Consortium
+GSM977029_4	Generated by ENCODE Consortium
+GSM816650_2	Generated by ENCODE Consortium
+GSM935510_1	Generated by ENCODE Consortium
+GSM935545_1	Generated by ENCODE Consortium
+GSM847568_1	Generated by ENCODE Consortium
+GSM803447_2	Generated by ENCODE Consortium
+GSM935530_1	Generated by ENCODE Consortium
+GSM816636_1	Generated by ENCODE Consortium
+GSM945179_1	Generated by ENCODE Consortium
+GSM803375_2	Generated by ENCODE Consortium
+GSM736532_1	Generated by ENCODE Consortium
+GSM945208_2	Generated by ENCODE Consortium
+GSM733752_1	Generated by ENCODE Consortium
+GSM803395_2	Generated by ENCODE Consortium
+GSM803351_2	Generated by ENCODE Consortium
+GSM923426_1	Generated by ENCODE Consortium
+GSM849357_3	Generated by ENCODE Consortium
+GSM935560_1	Generated by ENCODE Consortium
+GSM736540_1	Generated by ENCODE Consortium
+GSM923432_1	Generated by ENCODE Consortium
+GSM935431_1	Generated by ENCODE Consortium
+GSM646569_2	Generated by ENCODE Consortium
+GSM977036_1	Generated by ENCODE Consortium
+GSM830992_1	Generated by ENCODE Consortium
+GSM830996_1	Generated by ENCODE Consortium
+GSM736572_1	Generated by ENCODE Consortium
+GSM977045_2	Generated by ENCODE Consortium
+GSM822311_2	Generated by ENCODE Consortium
+GSM765404_2	Generated by ENCODE Consortium
+GSM977040_1	Generated by ENCODE Consortium
+GSM923446_5	Generated by ENCODE Consortium
+GSM736567_1	Generated by ENCODE Consortium
+GSM897086_3	Generated by ENCODE Consortium
+GSM945324_1	Generated by ENCODE Consortium
+GSM830990_1	Generated by ENCODE Consortium
+GSM973678_2	Generated by ENCODE Consortium
+GSM803368_1	Generated by ENCODE Consortium
+GSM935590_1	Generated by ENCODE Consortium
+GSM803381_2	Generated by ENCODE Consortium
+GSM935568_1	Generated by ENCODE Consortium
+GSM767849_2	Generated by ENCODE Consortium
+GSM923424_1	Generated by ENCODE Consortium
+GSM736630_1	Generated by ENCODE Consortium
+GSM803441_2	Generated by ENCODE Consortium
+GSM923439_7	Generated by ENCODE Consortium
+GSM767853_2	Generated by ENCODE Consortium
+GSM733756_1	Generated by ENCODE Consortium
+GSM672833_2	Generated by ENCODE Consortium
+GSM935572_1	Generated by ENCODE Consortium
+GSM935370_1	Generated by ENCODE Consortium
+GSM935350_1	Generated by ENCODE Consortium
+GSM816669_1	Generated by ENCODE Consortium
+GSM736573_1	Generated by ENCODE Consortium
+GSM945181_2	Generated by ENCODE Consortium
+GSM849332_1	Generated by ENCODE Consortium
+GSM803434_1	Generated by ENCODE Consortium
+GSM733654_1	Generated by ENCODE Consortium
+GSM849025_1	Generated by ENCODE Consortium
+GSM945232_2	Generated by ENCODE Consortium
+GSM945162_2	Generated by ENCODE Consortium
+GSM945168_1	Generated by ENCODE Consortium
+GSM605628_2	Generated by ENCODE Consortium
+GSM733641_1	Generated by ENCODE Consortium
+GSM803361_1	Generated by ENCODE Consortium
+GSM935531_1	Generated by ENCODE Consortium
+GSM849368_2	Generated by ENCODE Consortium
+GSM935393_1	Generated by ENCODE Consortium
+GSM788077_1	Generated by ENCODE Consortium
+GSM736491_1	Generated by ENCODE Consortium
+GSM830989_1	Generated by ENCODE Consortium
+GSM923452_1	Generated by ENCODE Consortium
+GSM973690_3	Generated by ENCODE Consortium
+GSM935430_1	Generated by ENCODE Consortium
+GSM803446_2	Generated by ENCODE Consortium
+GSM830525_1	Generated by ENCODE Consortium
+GSM935633_1	Generated by ENCODE Consortium
+GSM945243_1	Generated by ENCODE Consortium
+GSM945163_1	Generated by ENCODE Consortium
+GSM758563_4	Generated by ENCODE Consortium
+GSM973687_2	Generated by ENCODE Consortium
+GSM977032_3	Generated by ENCODE Consortium
+GSM935521_1	Generated by ENCODE Consortium
+GSM749779_1	Generated by ENCODE Consortium
+GSM958743_1	Generated by ENCODE Consortium
+GSM923434_2	Generated by ENCODE Consortium
+GSM923449_3	Generated by ENCODE Consortium
+GSM749739_1	Generated by ENCODE Consortium
+GSM958749_1	Generated by ENCODE Consortium
+GSM803493_2	Generated by ENCODE Consortium
+GSM923429_1	Generated by ENCODE Consortium
+GSM945187_1	Generated by ENCODE Consortium
+GSM830994_1	Generated by ENCODE Consortium
+GSM973686_2	Generated by ENCODE Consortium
+GSM605625_2	Generated by ENCODE Consortium
+GSM923444_5	Generated by ENCODE Consortium
+GSM849303_1	Generated by ENCODE Consortium
+GSM733665_1	Generated by ENCODE Consortium
+GSM923443_2	Generated by ENCODE Consortium
+GSM733738_1	Generated by ENCODE Consortium
+GSM849339_3	Generated by ENCODE Consortium
+GSM935612_1	Generated by ENCODE Consortium
+GSM849328_4	Generated by ENCODE Consortium
+GSM945265_2	Generated by ENCODE Consortium
+GSM945220_1	Generated by ENCODE Consortium
+GSM803471_2	Generated by ENCODE Consortium
+GSM945315_1	Generated by ENCODE Consortium
+GSM945253_1	Generated by ENCODE Consortium
+GSM672836_2	Generated by ENCODE Consortium
+GSM935345_1	Generated by ENCODE Consortium
+GSM605629_4	Generated by ENCODE Consortium
+GSM897081_2	Generated by ENCODE Consortium
+GSM935410_1	Generated by ENCODE Consortium
+GSM767856_1	Generated by ENCODE Consortium
+GSM935506_1	Generated by ENCODE Consortium
+GSM849329_1	Generated by ENCODE Consortium
+GSM765390_1	Generated by ENCODE Consortium
+GSM736552_1	Generated by ENCODE Consortium
+GSM945228_1	Generated by ENCODE Consortium
+GSM935520_1	Generated by ENCODE Consortium
+GSM733649_1	Generated by ENCODE Consortium
+GSM749758_1	Generated by ENCODE Consortium
+GSM945184_1	Generated by ENCODE Consortium
+GSM830529_2	Generated by ENCODE Consortium
+GSM831011_1	Generated by ENCODE Consortium
+GSM803461_2	Generated by ENCODE Consortium
+GSM923441_2	Generated by ENCODE Consortium
+GSM923435_2	Generated by ENCODE Consortium
+GSM935330_1	Generated by ENCODE Consortium
+GSM945275_1	Generated by ENCODE Consortium
+GSM897078_4	Generated by ENCODE Consortium
+GSM803378_1	Generated by ENCODE Consortium
+GSM733747_1	Generated by ENCODE Consortium
+GSM945160_1	Generated by ENCODE Consortium
+GSM944522_1	Generated by ENCODE Consortium
+GSM973668_2	Generated by ENCODE Consortium
+GSM749757_1	Generated by ENCODE Consortium
+GSM977033_3	Generated by ENCODE Consortium
+GSM935355_1	Generated by ENCODE Consortium
+GSM749711_1	Generated by ENCODE Consortium
+GSM803469_1	Generated by ENCODE Consortium
+GSM923441_8	Generated by ENCODE Consortium
+GSM945286_2	Generated by ENCODE Consortium
+GSM765393_1	Generated by ENCODE Consortium
+GSM935365_1	Generated by ENCODE Consortium
+GSM945321_1	Generated by ENCODE Consortium
+GSM749746_1	Generated by ENCODE Consortium
+GSM977028_3	Generated by ENCODE Consortium
+GSM803345_1	Generated by ENCODE Consortium
+GSM736632_1	Generated by ENCODE Consortium
+GSM733754_1	Generated by ENCODE Consortium
+GSM935525_1	Generated by ENCODE Consortium
+GSM935532_1	Generated by ENCODE Consortium
+GSM923451_8	Generated by ENCODE Consortium
+GSM935620_1	Generated by ENCODE Consortium
+GSM973661_3	Generated by ENCODE Consortium
+GSM803347_2	Generated by ENCODE Consortium
+GSM945223_1	Generated by ENCODE Consortium
+GSM923448_7	Generated by ENCODE Consortium
+GSM830533_2	Generated by ENCODE Consortium
+GSM849335_3	Generated by ENCODE Consortium
+GSM849327_1	Generated by ENCODE Consortium
+GSM816655_2	Generated by ENCODE Consortium
+GSM816660_1	Generated by ENCODE Consortium
+GSM935380_1	Generated by ENCODE Consortium
+GSM935361_1	Generated by ENCODE Consortium
+GSM803426_1	Generated by ENCODE Consortium
+GSM822308_2	Generated by ENCODE Consortium
+GSM733639_1	Generated by ENCODE Consortium
+GSM816665_2	Generated by ENCODE Consortium
+GSM816645_2	Generated by ENCODE Consortium
+GSM803342_2	Generated by ENCODE Consortium
+GSM767849_4	Generated by ENCODE Consortium
+GSM923427_1	Generated by ENCODE Consortium
+GSM970217_1	Generated by ENCODE Consortium
+GSM736580_1	Generated by ENCODE Consortium
+GSM646567_2	Generated by ENCODE Consortium
+GSM864358_1	Generated by ENCODE Consortium
+GSM945238_1	Generated by ENCODE Consortium
+GSM831001_1	Generated by ENCODE Consortium
+GSM840137_3	Generated by ENCODE Consortium
+GSM816666_1	Generated by ENCODE Consortium
+GSM765402_3	Generated by ENCODE Consortium
+GSM605626_2	Generated by ENCODE Consortium
+GSM958744_1	Generated by ENCODE Consortium
+GSM830535_2	Generated by ENCODE Consortium
+GSM849351_2	Generated by ENCODE Consortium
+GSM803406_1	Generated by ENCODE Consortium
+GSM897071_1	Generated by ENCODE Consortium
+GSM733701_1	Generated by ENCODE Consortium
+GSM830523_2	Generated by ENCODE Consortium
+GSM758575_3	Generated by ENCODE Consortium
+GSM945177_2	Generated by ENCODE Consortium
+GSM758578_2	Generated by ENCODE Consortium
+GSM736586_1	Generated by ENCODE Consortium
+GSM736588_1	Generated by ENCODE Consortium
+GSM803511_1	Generated by ENCODE Consortium
+GSM830522_2	Generated by ENCODE Consortium
+GSM935606_1	Generated by ENCODE Consortium
+GSM935573_1	Generated by ENCODE Consortium
+GSM733763_1	Generated by ENCODE Consortium
+GSM945290_2	Generated by ENCODE Consortium
+GSM822275_2	Generated by ENCODE Consortium
+GSM758576_4	Generated by ENCODE Consortium
+GSM973664_4	Generated by ENCODE Consortium
+GSM733667_1	Generated by ENCODE Consortium
+GSM733731_1	Generated by ENCODE Consortium
+GSM935588_1	Generated by ENCODE Consortium
+GSM803376_2	Generated by ENCODE Consortium
+GSM977052_4	Generated by ENCODE Consortium
+GSM897081_3	Generated by ENCODE Consortium
+GSM945164_1	Generated by ENCODE Consortium
+GSM945317_1	Generated by ENCODE Consortium
+GSM736578_1	Generated by ENCODE Consortium
+GSM864340_2	Generated by ENCODE Consortium
+GSM923446_6	Generated by ENCODE Consortium
+GSM767839_2	Generated by ENCODE Consortium
+GSM973671_1	Generated by ENCODE Consortium
+GSM935281_1	Generated by ENCODE Consortium
+GSM935490_1	Generated by ENCODE Consortium
+GSM973663_1	Generated by ENCODE Consortium
+GSM831036_1	Generated by ENCODE Consortium
+GSM945190_2	Generated by ENCODE Consortium
+GSM767838_1	Generated by ENCODE Consortium
+GSM935527_1	Generated by ENCODE Consortium
+GSM935509_1	Generated by ENCODE Consortium
+GSM897085_2	Generated by ENCODE Consortium
+GSM607494_1	Generated by ENCODE Consortium
+GSM672833_1	Generated by ENCODE Consortium
+GSM945216_2	Generated by ENCODE Consortium
+GSM945178_1	Generated by ENCODE Consortium
+GSM935495_1	Generated by ENCODE Consortium
+GSM923453_7	Generated by ENCODE Consortium
+GSM923445_7	Generated by ENCODE Consortium
+GSM935643_1	Generated by ENCODE Consortium
+GSM935301_1	Generated by ENCODE Consortium
+GSM803351_3	Generated by ENCODE Consortium
+GSM849030_2	Generated by ENCODE Consortium
+GSM945249_2	Generated by ENCODE Consortium
+GSM945200_1	Generated by ENCODE Consortium
+GSM831017_1	Generated by ENCODE Consortium
+GSM849353_1	Generated by ENCODE Consortium
+GSM803452_1	Generated by ENCODE Consortium
+GSM758561_4	Generated by ENCODE Consortium
+GSM749719_1	Generated by ENCODE Consortium
+GSM817344_1	Generated by ENCODE Consortium
+GSM977052_3	Generated by ENCODE Consortium
+GSM935594_1	Generated by ENCODE Consortium
+GSM736574_1	Generated by ENCODE Consortium
+GSM935465_1	Generated by ENCODE Consortium
+GSM849359_2	Generated by ENCODE Consortium
+GSM849366_4	Generated by ENCODE Consortium
+GSM840138_3	Generated by ENCODE Consortium
+GSM935558_1	Generated by ENCODE Consortium
+GSM605628_1	Generated by ENCODE Consortium
+GSM605635_1	Generated by ENCODE Consortium
+GSM935299_1	Generated by ENCODE Consortium
+GSM749747_1	Generated by ENCODE Consortium
+GSM605632_1	Generated by ENCODE Consortium
+GSM923452_4	Generated by ENCODE Consortium
+GSM935562_1	Generated by ENCODE Consortium
+GSM733640_1	Generated by ENCODE Consortium
+GSM923453_5	Generated by ENCODE Consortium
+GSM733655_1	Generated by ENCODE Consortium
+GSM935321_1	Generated by ENCODE Consortium
+GSM840136_1	Generated by ENCODE Consortium
+GSM923445_5	Generated by ENCODE Consortium
+GSM733703_1	Generated by ENCODE Consortium
+GSM935448_1	Generated by ENCODE Consortium
+GSM945273_1	Generated by ENCODE Consortium
+GSM736498_1	Generated by ENCODE Consortium
+GSM849361_1	Generated by ENCODE Consortium
+GSM944525_2	Generated by ENCODE Consortium
+GSM935422_1	Generated by ENCODE Consortium
+GSM733744_1	Generated by ENCODE Consortium
+GSM733710_1	Generated by ENCODE Consortium
+GSM803502_1	Generated by ENCODE Consortium
+GSM923444_13	Generated by ENCODE Consortium
+GSM736503_1	Generated by ENCODE Consortium
+GSM733746_1	Generated by ENCODE Consortium
+GSM849343_4	Generated by ENCODE Consortium
+GSM935298_1	Generated by ENCODE Consortium
+GSM973661_4	Generated by ENCODE Consortium
+GSM935324_1	Generated by ENCODE Consortium
+GSM935386_1	Generated by ENCODE Consortium
+GSM935310_1	Generated by ENCODE Consortium
+GSM803539_1	Generated by ENCODE Consortium
+GSM736562_1	Generated by ENCODE Consortium
+GSM935424_1	Generated by ENCODE Consortium
+GSM765388_4	Generated by ENCODE Consortium
+GSM935294_1	Generated by ENCODE Consortium
+GSM945209_1	Generated by ENCODE Consortium
+GSM831009_1	Generated by ENCODE Consortium
+GSM736607_1	Generated by ENCODE Consortium
+GSM935507_1	Generated by ENCODE Consortium
+GSM849335_2	Generated by ENCODE Consortium
+GSM945230_1	Generated by ENCODE Consortium
+GSM849338_4	Generated by ENCODE Consortium
+GSM923448_2	Generated by ENCODE Consortium
+GSM864350_2	Generated by ENCODE Consortium
+GSM958731_3	Generated by ENCODE Consortium
+GSM935396_1	Generated by ENCODE Consortium
+GSM977037_2	Generated by ENCODE Consortium
+GSM935440_1	Generated by ENCODE Consortium
+GSM736506_1	Generated by ENCODE Consortium
+GSM788076_1	Generated by ENCODE Consortium
+GSM822271_2	Generated by ENCODE Consortium
+GSM822288_2	Generated by ENCODE Consortium
+GSM822290_1	Generated by ENCODE Consortium
+GSM864356_2	Generated by ENCODE Consortium
+GSM977041_1	Generated by ENCODE Consortium
+GSM935516_1	Generated by ENCODE Consortium
+GSM945210_2	Generated by ENCODE Consortium
+GSM767845_3	Generated by ENCODE Consortium
+GSM935484_1	Generated by ENCODE Consortium
+GSM864352_2	Generated by ENCODE Consortium
+GSM803356_1	Generated by ENCODE Consortium
+GSM945306_1	Generated by ENCODE Consortium
+GSM605633_4	Generated by ENCODE Consortium
+GSM935543_1	Generated by ENCODE Consortium
+GSM830519_1	Generated by ENCODE Consortium
+GSM849353_2	Generated by ENCODE Consortium
+GSM977030_3	Generated by ENCODE Consortium
+GSM816643_2	Generated by ENCODE Consortium
+GSM849363_2	Generated by ENCODE Consortium
+GSM822279_2	Generated by ENCODE Consortium
+GSM897084_2	Generated by ENCODE Consortium
+GSM788087_1	Generated by ENCODE Consortium
+GSM749710_1	Generated by ENCODE Consortium
+GSM840138_1	Generated by ENCODE Consortium
+GSM847566_1	Generated by ENCODE Consortium
+GSM945207_2	Generated by ENCODE Consortium
+GSM897084_1	Generated by ENCODE Consortium
+GSM923451_5	Generated by ENCODE Consortium
+GSM803505_2	Generated by ENCODE Consortium
+GSM935498_1	Generated by ENCODE Consortium
+GSM945323_2	Generated by ENCODE Consortium
+GSM831008_1	Generated by ENCODE Consortium
+GSM923436_2	Generated by ENCODE Consortium
+GSM973682_2	Generated by ENCODE Consortium
+GSM864337_2	Generated by ENCODE Consortium
+GSM736496_1	Generated by ENCODE Consortium
+GSM803487_2	Generated by ENCODE Consortium
+GSM758567_1	Generated by ENCODE Consortium
+GSM816639_1	Generated by ENCODE Consortium
+GSM945295_1	Generated by ENCODE Consortium
+GSM923445_8	Generated by ENCODE Consortium
+GSM923453_8	Generated by ENCODE Consortium
+GSM733645_1	Generated by ENCODE Consortium
+GSM736637_1	Generated by ENCODE Consortium
+GSM923443_1	Generated by ENCODE Consortium
+GSM803534_1	Generated by ENCODE Consortium
+GSM646561_2	Generated by ENCODE Consortium
+GSM736570_1	Generated by ENCODE Consortium
+GSM803351_1	Generated by ENCODE Consortium
+GSM803420_1	Generated by ENCODE Consortium
+GSM803432_2	Generated by ENCODE Consortium
+GSM945161_1	Generated by ENCODE Consortium
+GSM935443_1	Generated by ENCODE Consortium
+GSM935640_1	Generated by ENCODE Consortium
+GSM973661_2	Generated by ENCODE Consortium
+GSM977048_2	Generated by ENCODE Consortium
+GSM935276_1	Generated by ENCODE Consortium
+GSM935334_1	Generated by ENCODE Consortium
+GSM777641_1	Generated by ENCODE Consortium
+GSM935491_1	Generated by ENCODE Consortium
+GSM923448_4	Generated by ENCODE Consortium
+GSM864359_2	Generated by ENCODE Consortium
+GSM736618_1	Generated by ENCODE Consortium
+GSM864360_1	Generated by ENCODE Consortium
+GSM935648_1	Generated by ENCODE Consortium
+GSM765389_4	Generated by ENCODE Consortium
+GSM945201_2	Generated by ENCODE Consortium
+GSM923450_2	Generated by ENCODE Consortium
+GSM803355_1	Generated by ENCODE Consortium
+GSM733722_1	Generated by ENCODE Consortium
+GSM977039_2	Generated by ENCODE Consortium
+GSM822300_1	Generated by ENCODE Consortium
+GSM973685_2	Generated by ENCODE Consortium
+GSM897074_2	Generated by ENCODE Consortium
+GSM803342_1	Generated by ENCODE Consortium
+GSM733652_1	Generated by ENCODE Consortium
+GSM935357_1	Generated by ENCODE Consortium
+GSM935617_1	Generated by ENCODE Consortium
+GSM897083_8	Generated by ENCODE Consortium
+GSM935481_1	Generated by ENCODE Consortium
+GSM977031_4	Generated by ENCODE Consortium
+GSM736598_1	Generated by ENCODE Consortium
+GSM923424_2	Generated by ENCODE Consortium
+GSM935600_1	Generated by ENCODE Consortium
+GSM945205_1	Generated by ENCODE Consortium
+GSM935293_1	Generated by ENCODE Consortium
+GSM923444_10	Generated by ENCODE Consortium
+GSM973680_4	Generated by ENCODE Consortium
+GSM945294_1	Generated by ENCODE Consortium
+GSM849331_4	Generated by ENCODE Consortium
+GSM935452_1	Generated by ENCODE Consortium
+GSM736512_1	Generated by ENCODE Consortium
+GSM897076_3	Generated by ENCODE Consortium
+GSM923446_4	Generated by ENCODE Consortium
+GSM830528_2	Generated by ENCODE Consortium
+GSM935595_1	Generated by ENCODE Consortium
+GSM945225_1	Generated by ENCODE Consortium
+GSM733675_1	Generated by ENCODE Consortium
+GSM935362_1	Generated by ENCODE Consortium
+GSM803495_1	Generated by ENCODE Consortium
+GSM782124_1	Generated by ENCODE Consortium
+GSM864352_1	Generated by ENCODE Consortium
+GSM765401_4	Generated by ENCODE Consortium
+GSM765392_3	Generated by ENCODE Consortium
+GSM816641_1	Generated by ENCODE Consortium
+GSM830991_1	Generated by ENCODE Consortium
+GSM803394_1	Generated by ENCODE Consortium
+GSM935500_1	Generated by ENCODE Consortium
+GSM935285_1	Generated by ENCODE Consortium
+GSM935463_1	Generated by ENCODE Consortium
+GSM816668_2	Generated by ENCODE Consortium
+GSM849342_4	Generated by ENCODE Consortium
+GSM765401_2	Generated by ENCODE Consortium
+GSM736587_1	Generated by ENCODE Consortium
+GSM945326_1	Generated by ENCODE Consortium
+GSM849338_2	Generated by ENCODE Consortium
+GSM958748_1	Generated by ENCODE Consortium
+GSM765391_4	Generated by ENCODE Consortium
+GSM973685_4	Generated by ENCODE Consortium
+GSM803457_2	Generated by ENCODE Consortium
+GSM803434_2	Generated by ENCODE Consortium
+GSM944523_1	Generated by ENCODE Consortium
+GSM935539_1	Generated by ENCODE Consortium
+GSM758565_2	Generated by ENCODE Consortium
+GSM830522_1	Generated by ENCODE Consortium
+GSM816661_1	Generated by ENCODE Consortium
+GSM803398_2	Generated by ENCODE Consortium
+GSM935282_1	Generated by ENCODE Consortium
+GSM733709_1	Generated by ENCODE Consortium
+GSM822292_1	Generated by ENCODE Consortium
+GSM749717_1	Generated by ENCODE Consortium
+GSM733730_1	Generated by ENCODE Consortium
+GSM822310_1	Generated by ENCODE Consortium
+GSM733677_1	Generated by ENCODE Consortium
+GSM945325_1	Generated by ENCODE Consortium
+GSM935441_1	Generated by ENCODE Consortium
+GSM935382_1	Generated by ENCODE Consortium
+GSM749740_1	Generated by ENCODE Consortium
+GSM923445_1	Generated by ENCODE Consortium
+GSM923453_1	Generated by ENCODE Consortium
+GSM923447_7	Generated by ENCODE Consortium
+GSM777644_1	Generated by ENCODE Consortium
+GSM945195_1	Generated by ENCODE Consortium
+GSM945305_1	Generated by ENCODE Consortium
+GSM935565_1	Generated by ENCODE Consortium
+GSM803508_1	Generated by ENCODE Consortium
+GSM923439_1	Generated by ENCODE Consortium
+GSM749775_1	Generated by ENCODE Consortium
+GSM945242_2	Generated by ENCODE Consortium
+GSM803438_1	Generated by ENCODE Consortium
+GSM944526_1	Generated by ENCODE Consortium
+GSM897073_3	Generated by ENCODE Consortium
+GSM830530_2	Generated by ENCODE Consortium
+GSM736604_1	Generated by ENCODE Consortium
+GSM822281_1	Generated by ENCODE Consortium
+GSM803365_1	Generated by ENCODE Consortium
+GSM803431_2	Generated by ENCODE Consortium
+GSM803456_1	Generated by ENCODE Consortium
+GSM864349_1	Generated by ENCODE Consortium
+GSM765403_3	Generated by ENCODE Consortium
+GSM803454_1	Generated by ENCODE Consortium
+GSM945176_1	Generated by ENCODE Consortium
+GSM973664_2	Generated by ENCODE Consortium
+GSM777637_1	Generated by ENCODE Consortium
+GSM958735_2	Generated by ENCODE Consortium
+GSM935278_1	Generated by ENCODE Consortium
+GSM831016_1	Generated by ENCODE Consortium
+GSM733642_1	Generated by ENCODE Consortium
+GSM733669_1	Generated by ENCODE Consortium
+GSM935288_1	Generated by ENCODE Consortium
+GSM736548_1	Generated by ENCODE Consortium
+GSM849300_1	Generated by ENCODE Consortium
+GSM849337_1	Generated by ENCODE Consortium
+GSM803357_1	Generated by ENCODE Consortium
+GSM749751_1	Generated by ENCODE Consortium
+GSM816664_1	Generated by ENCODE Consortium
+GSM822284_2	Generated by ENCODE Consortium
+GSM977039_1	Generated by ENCODE Consortium
+GSM758566_4	Generated by ENCODE Consortium
+GSM749760_1	Generated by ENCODE Consortium
+GSM803523_2	Generated by ENCODE Consortium
+GSM803422_1	Generated by ENCODE Consortium
+GSM733713_1	Generated by ENCODE Consortium
+GSM864348_1	Generated by ENCODE Consortium
+GSM822297_1	Generated by ENCODE Consortium
+GSM958740_1	Generated by ENCODE Consortium
+GSM973662_1	Generated by ENCODE Consortium
+GSM749749_1	Generated by ENCODE Consortium
+GSM733693_1	Generated by ENCODE Consortium
+GSM733666_1	Generated by ENCODE Consortium
+GSM973676_3	Generated by ENCODE Consortium
+GSM803421_2	Generated by ENCODE Consortium
+GSM733698_1	Generated by ENCODE Consortium
+GSM935581_1	Generated by ENCODE Consortium
+GSM935290_1	Generated by ENCODE Consortium
+GSM749709_1	Generated by ENCODE Consortium
+GSM945179_2	Generated by ENCODE Consortium
+GSM733740_1	Generated by ENCODE Consortium
+GSM897083_3	Generated by ENCODE Consortium
+GSM897085_1	Generated by ENCODE Consortium
+GSM803421_1	Generated by ENCODE Consortium
+GSM935425_1	Generated by ENCODE Consortium
+GSM849364_2	Generated by ENCODE Consortium
+GSM945293_1	Generated by ENCODE Consortium
+GSM803368_2	Generated by ENCODE Consortium
+GSM830997_1	Generated by ENCODE Consortium
+GSM767852_2	Generated by ENCODE Consortium
+GSM864353_1	Generated by ENCODE Consortium
+GSM767844_1	Generated by ENCODE Consortium
+GSM935439_1	Generated by ENCODE Consortium
+GSM935375_1	Generated by ENCODE Consortium
+GSM831026_1	Generated by ENCODE Consortium
+GSM803471_1	Generated by ENCODE Consortium
+GSM765398_3	Generated by ENCODE Consortium
+GSM935348_1	Generated by ENCODE Consortium
+GSM736523_1	Generated by ENCODE Consortium
+GSM973683_1	Generated by ENCODE Consortium
+GSM822288_1	Generated by ENCODE Consortium
+GSM830536_1	Generated by ENCODE Consortium
+GSM935651_1	Generated by ENCODE Consortium
+GSM803469_2	Generated by ENCODE Consortium
+GSM736561_1	Generated by ENCODE Consortium
+GSM977037_4	Generated by ENCODE Consortium
+GSM767857_2	Generated by ENCODE Consortium
+GSM733684_1	Generated by ENCODE Consortium
+GSM733691_1	Generated by ENCODE Consortium
+GSM672835_1	Generated by ENCODE Consortium
+GSM923451_2	Generated by ENCODE Consortium
+GSM607492_1	Generated by ENCODE Consortium
+GSM767852_1	Generated by ENCODE Consortium
+GSM935327_1	Generated by ENCODE Consortium
+GSM973676_1	Generated by ENCODE Consortium
+GSM849334_1	Generated by ENCODE Consortium
+GSM935549_1	Generated by ENCODE Consortium
+GSM749724_1	Generated by ENCODE Consortium
+GSM935492_1	Generated by ENCODE Consortium
+GSM749672_1	Generated by ENCODE Consortium
+GSM923422_1	Generated by ENCODE Consortium
+GSM945301_1	Generated by ENCODE Consortium
+GSM849356_2	Generated by ENCODE Consortium
+GSM849300_2	Generated by ENCODE Consortium
+GSM803374_2	Generated by ENCODE Consortium
+GSM749705_1	Generated by ENCODE Consortium
+GSM945183_2	Generated by ENCODE Consortium
+GSM803509_1	Generated by ENCODE Consortium
+GSM935540_1	Generated by ENCODE Consortium
+GSM973671_3	Generated by ENCODE Consortium
+GSM830530_3	Generated by ENCODE Consortium
+GSM803537_2	Generated by ENCODE Consortium
+GSM945191_2	Generated by ENCODE Consortium
+GSM803390_1	Generated by ENCODE Consortium
+GSM803429_1	Generated by ENCODE Consortium
+GSM605634_2	Generated by ENCODE Consortium
+GSM803334_2	Generated by ENCODE Consortium
+GSM945304_2	Generated by ENCODE Consortium
+GSM945241_2	Generated by ENCODE Consortium
+GSM944520_1	Generated by ENCODE Consortium
+GSM945177_1	Generated by ENCODE Consortium
+GSM849302_2	Generated by ENCODE Consortium
+GSM935354_1	Generated by ENCODE Consortium
+GSM605626_1	Generated by ENCODE Consortium
+GSM973671_4	Generated by ENCODE Consortium
+GSM935535_1	Generated by ENCODE Consortium
+GSM977034_3	Generated by ENCODE Consortium
+GSM923441_6	Generated by ENCODE Consortium
+GSM803379_1	Generated by ENCODE Consortium
+GSM733705_1	Generated by ENCODE Consortium
+GSM736615_1	Generated by ENCODE Consortium
+GSM733678_1	Generated by ENCODE Consortium
+GSM849355_2	Generated by ENCODE Consortium
+GSM816653_2	Generated by ENCODE Consortium
+GSM765390_4	Generated by ENCODE Consortium
+GSM973676_2	Generated by ENCODE Consortium
+GSM945202_2	Generated by ENCODE Consortium
+GSM945312_2	Generated by ENCODE Consortium
+GSM749676_1	Generated by ENCODE Consortium
+GSM977038_3	Generated by ENCODE Consortium
+GSM803456_2	Generated by ENCODE Consortium
+GSM935603_1	Generated by ENCODE Consortium
+GSM935341_1	Generated by ENCODE Consortium
+GSM736564_1	Generated by ENCODE Consortium
+GSM935315_1	Generated by ENCODE Consortium
+GSM977044_1	Generated by ENCODE Consortium
+GSM897077_2	Generated by ENCODE Consortium
+GSM803372_2	Generated by ENCODE Consortium
+GSM973666_2	Generated by ENCODE Consortium
+GSM758576_1	Generated by ENCODE Consortium
+GSM973675_3	Generated by ENCODE Consortium
+GSM736597_1	Generated by ENCODE Consortium
+GSM945190_1	Generated by ENCODE Consortium
+GSM973668_3	Generated by ENCODE Consortium
+GSM758560_3	Generated by ENCODE Consortium
+GSM923420_1	Generated by ENCODE Consortium
+GSM816670_1	Generated by ENCODE Consortium
+GSM733683_1	Generated by ENCODE Consortium
+GSM733717_1	Generated by ENCODE Consortium
+GSM944525_1	Generated by ENCODE Consortium
+GSM816652_1	Generated by ENCODE Consortium
+GSM923428_1	Generated by ENCODE Consortium
+GSM977031_2	Generated by ENCODE Consortium
+GSM923446_7	Generated by ENCODE Consortium
+GSM945234_1	Generated by ENCODE Consortium
+GSM758561_1	Generated by ENCODE Consortium
+GSM758578_1	Generated by ENCODE Consortium
+GSM935412_1	Generated by ENCODE Consortium
+GSM958729_2	Generated by ENCODE Consortium
+GSM958736_1	Generated by ENCODE Consortium
+GSM733699_1	Generated by ENCODE Consortium
+GSM945199_2	Generated by ENCODE Consortium
+GSM923431_1	Generated by ENCODE Consortium
+GSM973664_3	Generated by ENCODE Consortium
+GSM973671_2	Generated by ENCODE Consortium
+GSM767852_4	Generated by ENCODE Consortium
+GSM935479_1	Generated by ENCODE Consortium
+GSM1022646_1	Generated by ENCODE Consortium
+GSM1003558_1	Generated by ENCODE Consortium
+GSM1011128_1	Generated by ENCODE Consortium
+GSM1008564_1	Generated by ENCODE Consortium
+GSM1024769_1	Generated by ENCODE Consortium
+GSM979655_4	Generated by ENCODE Consortium
+GSM979651_2	Generated by ENCODE Consortium
+GSM979656_2	Generated by ENCODE Consortium
+GSM1024760_1	Generated by ENCODE Consortium
+GSM1014516_1	Generated by ENCODE Consortium
+GSM1008584_1	Generated by ENCODE Consortium
+GSM1010896_1	Generated by ENCODE Consortium
+GSM1014538_2	Generated by ENCODE Consortium
+GSM981252_4	Generated by ENCODE Consortium
+GSM981254_3	Generated by ENCODE Consortium
+GSM1010776_2	Generated by ENCODE Consortium
+GSM984610_4	Generated by ENCODE Consortium
+GSM1014527_1	Generated by ENCODE Consortium
+GSM981253_2	Generated by ENCODE Consortium
+GSM984619_1	Generated by ENCODE Consortium
+GSM979642_2	Generated by ENCODE Consortium
+GSM1010774_1	Generated by ENCODE Consortium
+GSM1010740_2	Generated by ENCODE Consortium
+GSM979655_2	Generated by ENCODE Consortium
+GSM1003555_1	Generated by ENCODE Consortium
+GSM1010881_1	Generated by ENCODE Consortium
+GSM1010903_2	Generated by ENCODE Consortium
+GSM1010744_2	Generated by ENCODE Consortium
+GSM1024755_1	Generated by ENCODE Consortium
+GSM1010828_2	Generated by ENCODE Consortium
+GSM1003517_1	Generated by ENCODE Consortium
+GSM1006911_2	Generated by ENCODE Consortium
+GSM981253_4	Generated by ENCODE Consortium
+GSM1010759_1	Generated by ENCODE Consortium
+GSM1006911_3	Generated by ENCODE Consortium
+GSM981248_3	Generated by ENCODE Consortium
+GSM979632_2	Generated by ENCODE Consortium
+GSM979638_2	Generated by ENCODE Consortium
+GSM979660_1	Generated by ENCODE Consortium
+GSM1010855_2	Generated by ENCODE Consortium
+GSM1006874_1	Generated by ENCODE Consortium
+GSM1006891_1	Generated by ENCODE Consortium
+GSM981250_2	Generated by ENCODE Consortium
+GSM1010766_2	Generated by ENCODE Consortium
+GSM1010858_1	Generated by ENCODE Consortium
+GSM1010861_2	Generated by ENCODE Consortium
+GSM1003468_1	Generated by ENCODE Consortium
+GSM1010816_2	Generated by ENCODE Consortium
+GSM1003487_1	Generated by ENCODE Consortium
+GSM1010787_2	Generated by ENCODE Consortium
+GSM984616_1	Generated by ENCODE Consortium
+GSM981259_1	Generated by ENCODE Consortium
+GSM1014520_2	Generated by ENCODE Consortium
+GSM1003506_1	Generated by ENCODE Consortium
+GSM981245_1	Generated by ENCODE Consortium
+GSM1010836_1	Generated by ENCODE Consortium
+GSM984612_4	Generated by ENCODE Consortium
+GSM1010726_1	Generated by ENCODE Consortium
+GSM981248_2	Generated by ENCODE Consortium
+GSM1003457_1	Generated by ENCODE Consortium
+GSM1022657_1	Generated by ENCODE Consortium
+GSM1003570_1	Generated by ENCODE Consortium
+GSM1010780_1	Generated by ENCODE Consortium
+GSM979652_3	Generated by ENCODE Consortium
+GSM1014530_1	Generated by ENCODE Consortium
+GSM1010837_2	Generated by ENCODE Consortium
+GSM1003474_1	Generated by ENCODE Consortium
+GSM1010904_2	Generated by ENCODE Consortium
+GSM1008587_2	Generated by ENCODE Consortium
+GSM1008578_2	Generated by ENCODE Consortium
+GSM1008577_2	Generated by ENCODE Consortium
+GSM1010769_2	Generated by ENCODE Consortium
+GSM979645_1	Generated by ENCODE Consortium
+GSM1006870_2	Generated by ENCODE Consortium
+GSM1010729_1	Generated by ENCODE Consortium
+GSM979660_3	Generated by ENCODE Consortium
+GSM1003495_1	Generated by ENCODE Consortium
+GSM1003559_1	Generated by ENCODE Consortium
+GSM1010849_2	Generated by ENCODE Consortium
+GSM1006880_1	Generated by ENCODE Consortium
+GSM1003449_1	Generated by ENCODE Consortium
+GSM1003448_1	Generated by ENCODE Consortium
+GSM1003562_1	Generated by ENCODE Consortium
+GSM984608_2	Generated by ENCODE Consortium
+GSM1003557_1	Generated by ENCODE Consortium
+GSM979659_3	Generated by ENCODE Consortium
+GSM1003568_1	Generated by ENCODE Consortium
+GSM1024774_1	Generated by ENCODE Consortium
+GSM1010754_2	Generated by ENCODE Consortium
+GSM979648_1	Generated by ENCODE Consortium
+GSM979654_3	Generated by ENCODE Consortium
+GSM1010754_1	Generated by ENCODE Consortium
+GSM1003501_1	Generated by ENCODE Consortium
+GSM981244_4	Generated by ENCODE Consortium
+GSM1014535_2	Generated by ENCODE Consortium
+GSM1010753_1	Generated by ENCODE Consortium
+GSM1006883_2	Generated by ENCODE Consortium
+GSM979659_4	Generated by ENCODE Consortium
+GSM984607_3	Generated by ENCODE Consortium
+GSM984617_3	Generated by ENCODE Consortium
+GSM1010865_2	Generated by ENCODE Consortium
+GSM1010810_2	Generated by ENCODE Consortium
+GSM1003563_1	Generated by ENCODE Consortium
+GSM1006907_1	Generated by ENCODE Consortium
+GSM1010739_2	Generated by ENCODE Consortium
+GSM1024754_1	Generated by ENCODE Consortium
+GSM979657_1	Generated by ENCODE Consortium
+GSM1003561_1	Generated by ENCODE Consortium
+GSM1010741_2	Generated by ENCODE Consortium
+GSM1010903_1	Generated by ENCODE Consortium
+GSM1010821_2	Generated by ENCODE Consortium
+GSM1003499_1	Generated by ENCODE Consortium
+GSM1010806_1	Generated by ENCODE Consortium
+GSM1008572_2	Generated by ENCODE Consortium
+GSM1010791_2	Generated by ENCODE Consortium
+GSM1010819_2	Generated by ENCODE Consortium
+GSM1010762_2	Generated by ENCODE Consortium
+GSM979652_2	Generated by ENCODE Consortium
+GSM1006913_3	Generated by ENCODE Consortium
+GSM1010731_2	Generated by ENCODE Consortium
+GSM1010877_1	Generated by ENCODE Consortium
+GSM1008566_2	Generated by ENCODE Consortium
+GSM1010749_1	Generated by ENCODE Consortium
+GSM1008562_1	Generated by ENCODE Consortium
+GSM1010810_1	Generated by ENCODE Consortium
+GSM984612_3	Generated by ENCODE Consortium
+GSM1010870_2	Generated by ENCODE Consortium
+GSM1003519_1	Generated by ENCODE Consortium
+GSM1008570_2	Generated by ENCODE Consortium
+GSM979641_2	Generated by ENCODE Consortium
+GSM1009528_2	Generated by ENCODE Consortium
+GSM1003471_1	Generated by ENCODE Consortium
+GSM984609_4	Generated by ENCODE Consortium
+GSM1024785_1	Generated by ENCODE Consortium
+GSM1003518_1	Generated by ENCODE Consortium
+GSM1003534_1	Generated by ENCODE Consortium
+GSM1010906_1	Generated by ENCODE Consortium
+GSM1024753_1	Generated by ENCODE Consortium
+GSM1008593_2	Generated by ENCODE Consortium
+GSM1022677_1	Generated by ENCODE Consortium
+GSM1014511_1	Generated by ENCODE Consortium
+GSM1006868_1	Generated by ENCODE Consortium
+GSM1006902_4	Generated by ENCODE Consortium
+GSM1003503_1	Generated by ENCODE Consortium
+GSM1010800_2	Generated by ENCODE Consortium
+GSM1008580_1	Generated by ENCODE Consortium
+GSM1010733_1	Generated by ENCODE Consortium
+GSM1008589_2	Generated by ENCODE Consortium
+GSM1024773_1	Generated by ENCODE Consortium
+GSM1010756_2	Generated by ENCODE Consortium
+GSM1006875_1	Generated by ENCODE Consortium
+GSM979661_2	Generated by ENCODE Consortium
+GSM1024784_1	Generated by ENCODE Consortium
+GSM1003579_1	Generated by ENCODE Consortium
+GSM1014512_2	Generated by ENCODE Consortium
+GSM1008605_2	Generated by ENCODE Consortium
+GSM1014518_1	Generated by ENCODE Consortium
+GSM1003624_1	Generated by ENCODE Consortium
+GSM1003456_1	Generated by ENCODE Consortium
+GSM1008556_2	Generated by ENCODE Consortium
+GSM1010752_1	Generated by ENCODE Consortium
+GSM979640_1	Generated by ENCODE Consortium
+GSM984604_3	Generated by ENCODE Consortium
+GSM1011130_1	Generated by ENCODE Consortium
+GSM1003629_1	Generated by ENCODE Consortium
+GSM1006906_4	Generated by ENCODE Consortium
+GSM1022645_1	Generated by ENCODE Consortium
+GSM1010854_2	Generated by ENCODE Consortium
+GSM981244_3	Generated by ENCODE Consortium
+GSM1010799_2	Generated by ENCODE Consortium
+GSM1008560_2	Generated by ENCODE Consortium
+GSM1006909_4	Generated by ENCODE Consortium
+GSM1010883_2	Generated by ENCODE Consortium
+GSM984620_4	Generated by ENCODE Consortium
+GSM1010752_2	Generated by ENCODE Consortium
+GSM984618_1	Generated by ENCODE Consortium
+GSM1010814_1	Generated by ENCODE Consortium
+GSM979632_4	Generated by ENCODE Consortium
+GSM984617_4	Generated by ENCODE Consortium
+GSM1010848_2	Generated by ENCODE Consortium
+GSM1010745_2	Generated by ENCODE Consortium
+GSM1010767_2	Generated by ENCODE Consortium
+GSM1006903_1	Generated by ENCODE Consortium
+GSM1011120_2	Generated by ENCODE Consortium
+GSM1010722_1	Generated by ENCODE Consortium
+GSM1022640_1	Generated by ENCODE Consortium
+GSM1010743_2	Generated by ENCODE Consortium
+GSM1003536_1	Generated by ENCODE Consortium
+GSM1003607_1	Generated by ENCODE Consortium
+GSM979662_4	Generated by ENCODE Consortium
+GSM1003445_1	Generated by ENCODE Consortium
+GSM1010807_2	Generated by ENCODE Consortium
+GSM981243_2	Generated by ENCODE Consortium
+GSM1011126_1	Generated by ENCODE Consortium
+GSM981255_3	Generated by ENCODE Consortium
+GSM1008556_1	Generated by ENCODE Consortium
+GSM979643_1	Generated by ENCODE Consortium
+GSM1006910_2	Generated by ENCODE Consortium
+GSM1024746_1	Generated by ENCODE Consortium
+GSM1024749_1	Generated by ENCODE Consortium
+GSM1010827_1	Generated by ENCODE Consortium
+GSM984605_1	Generated by ENCODE Consortium
+GSM1008599_2	Generated by ENCODE Consortium
+GSM1003467_1	Generated by ENCODE Consortium
+GSM1006873_1	Generated by ENCODE Consortium
+GSM1010832_1	Generated by ENCODE Consortium
+GSM1010794_1	Generated by ENCODE Consortium
+GSM1010772_1	Generated by ENCODE Consortium
+GSM1010815_2	Generated by ENCODE Consortium
+GSM1011119_1	Generated by ENCODE Consortium
+GSM1022648_1	Generated by ENCODE Consortium
+GSM979650_2	Generated by ENCODE Consortium
+GSM1008601_1	Generated by ENCODE Consortium
+GSM1008582_2	Generated by ENCODE Consortium
+GSM1003509_1	Generated by ENCODE Consortium
+GSM1010884_1	Generated by ENCODE Consortium
+GSM984606_4	Generated by ENCODE Consortium
+GSM1010842_2	Generated by ENCODE Consortium
+GSM981259_3	Generated by ENCODE Consortium
+GSM1008588_2	Generated by ENCODE Consortium
+GSM1010912_1	Generated by ENCODE Consortium
+GSM1010736_1	Generated by ENCODE Consortium
+GSM1008569_2	Generated by ENCODE Consortium
+GSM1010824_1	Generated by ENCODE Consortium
+GSM1024745_1	Generated by ENCODE Consortium
+GSM1010721_2	Generated by ENCODE Consortium
+GSM1006915_1	Generated by ENCODE Consortium
+GSM1008597_1	Generated by ENCODE Consortium
+GSM1014515_1	Generated by ENCODE Consortium
+GSM981247_4	Generated by ENCODE Consortium
+GSM1010862_1	Generated by ENCODE Consortium
+GSM1010784_1	Generated by ENCODE Consortium
+GSM1006893_1	Generated by ENCODE Consortium
+GSM1010821_1	Generated by ENCODE Consortium
+GSM1010835_2	Generated by ENCODE Consortium
+GSM1011127_1	Generated by ENCODE Consortium
+GSM1010735_1	Generated by ENCODE Consortium
+GSM1024763_1	Generated by ENCODE Consortium
+GSM1010846_2	Generated by ENCODE Consortium
+GSM1006909_3	Generated by ENCODE Consortium
+GSM1010782_1	Generated by ENCODE Consortium
+GSM1006912_3	Generated by ENCODE Consortium
+GSM979647_4	Generated by ENCODE Consortium
+GSM1014534_1	Generated by ENCODE Consortium
+GSM1003634_1	Generated by ENCODE Consortium
+GSM1010898_1	Generated by ENCODE Consortium
+GSM1010817_2	Generated by ENCODE Consortium
+GSM1006891_2	Generated by ENCODE Consortium
+GSM1010901_1	Generated by ENCODE Consortium
+GSM1003532_1	Generated by ENCODE Consortium
+GSM1010846_1	Generated by ENCODE Consortium
+GSM1014541_1	Generated by ENCODE Consortium
+GSM1010769_1	Generated by ENCODE Consortium
+GSM1008559_2	Generated by ENCODE Consortium
+GSM979636_4	Generated by ENCODE Consortium
+GSM979658_2	Generated by ENCODE Consortium
+GSM1024757_1	Generated by ENCODE Consortium
+GSM1022647_1	Generated by ENCODE Consortium
+GSM984618_2	Generated by ENCODE Consortium
+GSM1006872_1	Generated by ENCODE Consortium
+GSM1010875_2	Generated by ENCODE Consortium
+GSM1024772_1	Generated by ENCODE Consortium
+GSM1006885_2	Generated by ENCODE Consortium
+GSM1006904_3	Generated by ENCODE Consortium
+GSM1003609_1	Generated by ENCODE Consortium
+GSM979659_2	Generated by ENCODE Consortium
+GSM1022635_1	Generated by ENCODE Consortium
+GSM1003582_1	Generated by ENCODE Consortium
+GSM979649_4	Generated by ENCODE Consortium
+GSM1003565_1	Generated by ENCODE Consortium
+GSM1008601_2	Generated by ENCODE Consortium
+GSM1003608_1	Generated by ENCODE Consortium
+GSM1006905_2	Generated by ENCODE Consortium
+GSM984613_3	Generated by ENCODE Consortium
+GSM1010804_1	Generated by ENCODE Consortium
+GSM1024789_1	Generated by ENCODE Consortium
+GSM1010802_2	Generated by ENCODE Consortium
+GSM1010813_1	Generated by ENCODE Consortium
+GSM1010809_1	Generated by ENCODE Consortium
+GSM1011124_2	Generated by ENCODE Consortium
+GSM981248_4	Generated by ENCODE Consortium
+GSM1010800_1	Generated by ENCODE Consortium
+GSM1010757_2	Generated by ENCODE Consortium
+GSM1008588_1	Generated by ENCODE Consortium
+GSM1006909_1	Generated by ENCODE Consortium
+GSM1010766_1	Generated by ENCODE Consortium
+GSM1003459_1	Generated by ENCODE Consortium
+GSM979647_1	Generated by ENCODE Consortium
+GSM1022630_1	Generated by ENCODE Consortium
+GSM979638_4	Generated by ENCODE Consortium
+GSM1010729_2	Generated by ENCODE Consortium
+GSM979649_3	Generated by ENCODE Consortium
+GSM1010899_1	Generated by ENCODE Consortium
+GSM1010829_1	Generated by ENCODE Consortium
+GSM984606_1	Generated by ENCODE Consortium
+GSM1008583_2	Generated by ENCODE Consortium
+GSM984613_4	Generated by ENCODE Consortium
+GSM979650_3	Generated by ENCODE Consortium
+GSM1010777_1	Generated by ENCODE Consortium
+GSM1010857_2	Generated by ENCODE Consortium
+GSM1010798_3	Generated by ENCODE Consortium
+GSM1022655_1	Generated by ENCODE Consortium
+GSM979652_4	Generated by ENCODE Consortium
+GSM979632_1	Generated by ENCODE Consortium
+GSM1003530_1	Generated by ENCODE Consortium
+GSM984609_1	Generated by ENCODE Consortium
+GSM1010760_1	Generated by ENCODE Consortium
+GSM1008574_1	Generated by ENCODE Consortium
+GSM1010768_1	Generated by ENCODE Consortium
+GSM1003531_1	Generated by ENCODE Consortium
+GSM1006885_1	Generated by ENCODE Consortium
+GSM1010801_2	Generated by ENCODE Consortium
+GSM1010755_2	Generated by ENCODE Consortium
+GSM1003526_1	Generated by ENCODE Consortium
+GSM984619_4	Generated by ENCODE Consortium
+GSM1003520_1	Generated by ENCODE Consortium
+GSM1008585_2	Generated by ENCODE Consortium
+GSM1010789_2	Generated by ENCODE Consortium
+GSM1010852_2	Generated by ENCODE Consortium
+GSM984616_3	Generated by ENCODE Consortium
+GSM981249_4	Generated by ENCODE Consortium
+GSM981251_3	Generated by ENCODE Consortium
+GSM1022634_1	Generated by ENCODE Consortium
+GSM981245_3	Generated by ENCODE Consortium
+GSM984621_2	Generated by ENCODE Consortium
+GSM1010778_1	Generated by ENCODE Consortium
+GSM1010819_1	Generated by ENCODE Consortium
+GSM1014530_2	Generated by ENCODE Consortium
+GSM979652_1	Generated by ENCODE Consortium
+GSM981260_1	Generated by ENCODE Consortium
+GSM1010735_2	Generated by ENCODE Consortium
+GSM979640_3	Generated by ENCODE Consortium
+GSM1022633_1	Generated by ENCODE Consortium
+GSM979656_1	Generated by ENCODE Consortium
+GSM1006902_1	Generated by ENCODE Consortium
+GSM1010737_1	Generated by ENCODE Consortium
+GSM979634_4	Generated by ENCODE Consortium
+GSM1010864_2	Generated by ENCODE Consortium
+GSM1003446_1	Generated by ENCODE Consortium
+GSM1024768_1	Generated by ENCODE Consortium
+GSM1006915_2	Generated by ENCODE Consortium
+GSM981255_1	Generated by ENCODE Consortium
+GSM1010892_1	Generated by ENCODE Consortium
+GSM1003533_1	Generated by ENCODE Consortium
+GSM1010845_1	Generated by ENCODE Consortium
+GSM1003444_1	Generated by ENCODE Consortium
+GSM1008578_1	Generated by ENCODE Consortium
+GSM1022644_1	Generated by ENCODE Consortium
+GSM1011129_1	Generated by ENCODE Consortium
+GSM1006890_1	Generated by ENCODE Consortium
+GSM1003631_1	Generated by ENCODE Consortium
+GSM979646_4	Generated by ENCODE Consortium
+GSM1014526_2	Generated by ENCODE Consortium
+GSM1010731_1	Generated by ENCODE Consortium
+GSM1010749_2	Generated by ENCODE Consortium
+GSM1003617_1	Generated by ENCODE Consortium
+GSM1010839_1	Generated by ENCODE Consortium
+GSM1024766_1	Generated by ENCODE Consortium
+GSM979654_4	Generated by ENCODE Consortium
+GSM1014515_2	Generated by ENCODE Consortium
+GSM984615_1	Generated by ENCODE Consortium
+GSM1014533_2	Generated by ENCODE Consortium
+GSM1010734_2	Generated by ENCODE Consortium
+GSM1010753_2	Generated by ENCODE Consortium
+GSM1010838_2	Generated by ENCODE Consortium
+GSM1010863_1	Generated by ENCODE Consortium
+GSM1010746_1	Generated by ENCODE Consortium
+GSM979646_2	Generated by ENCODE Consortium
+GSM1010745_1	Generated by ENCODE Consortium
+GSM1010763_2	Generated by ENCODE Consortium
+GSM1008591_1	Generated by ENCODE Consortium
+GSM1003541_1	Generated by ENCODE Consortium
+GSM1010854_3	Generated by ENCODE Consortium
+GSM979648_3	Generated by ENCODE Consortium
+GSM1010868_1	Generated by ENCODE Consortium
+GSM1008581_2	Generated by ENCODE Consortium
+GSM1024795_1	Generated by ENCODE Consortium
+GSM979656_4	Generated by ENCODE Consortium
+GSM1014535_1	Generated by ENCODE Consortium
+GSM1006908_3	Generated by ENCODE Consortium
+GSM1010799_1	Generated by ENCODE Consortium
+GSM979663_3	Generated by ENCODE Consortium
+GSM1008568_1	Generated by ENCODE Consortium
+GSM1010871_1	Generated by ENCODE Consortium
+GSM1008557_1	Generated by ENCODE Consortium
+GSM979643_3	Generated by ENCODE Consortium
+GSM1024758_1	Generated by ENCODE Consortium
+GSM981246_3	Generated by ENCODE Consortium
+GSM1003458_1	Generated by ENCODE Consortium
+GSM1010762_1	Generated by ENCODE Consortium
+GSM1010850_2	Generated by ENCODE Consortium
+GSM1003630_1	Generated by ENCODE Consortium
+GSM1003610_1	Generated by ENCODE Consortium
+GSM1024759_1	Generated by ENCODE Consortium
+GSM1010786_2	Generated by ENCODE Consortium
+GSM1003504_1	Generated by ENCODE Consortium
+GSM1010784_2	Generated by ENCODE Consortium
+GSM1010866_3	Generated by ENCODE Consortium
+GSM1010798_2	Generated by ENCODE Consortium
+GSM1014537_1	Generated by ENCODE Consortium
+GSM1010719_2	Generated by ENCODE Consortium
+GSM1003491_1	Generated by ENCODE Consortium
+GSM1014521_2	Generated by ENCODE Consortium
+GSM1008605_1	Generated by ENCODE Consortium
+GSM1024756_1	Generated by ENCODE Consortium
+GSM1008600_2	Generated by ENCODE Consortium
+GSM984621_1	Generated by ENCODE Consortium
+GSM1022629_1	Generated by ENCODE Consortium
+GSM1014526_1	Generated by ENCODE Consortium
+GSM1022656_1	Generated by ENCODE Consortium
+GSM1010758_2	Generated by ENCODE Consortium
+GSM1008579_2	Generated by ENCODE Consortium
+GSM1014528_1	Generated by ENCODE Consortium
+GSM1008586_1	Generated by ENCODE Consortium
+GSM1008571_1	Generated by ENCODE Consortium
+GSM1008590_1	Generated by ENCODE Consortium
+GSM1010887_1	Generated by ENCODE Consortium
+GSM1010891_2	Generated by ENCODE Consortium
+GSM979632_3	Generated by ENCODE Consortium
+GSM1010725_2	Generated by ENCODE Consortium
+GSM1006908_4	Generated by ENCODE Consortium
+GSM1003482_1	Generated by ENCODE Consortium
+GSM981244_2	Generated by ENCODE Consortium
+GSM1003576_1	Generated by ENCODE Consortium
+GSM1003511_1	Generated by ENCODE Consortium
+GSM1010760_2	Generated by ENCODE Consortium
+GSM1003560_1	Generated by ENCODE Consortium
+GSM979663_4	Generated by ENCODE Consortium
+GSM984613_1	Generated by ENCODE Consortium
+GSM1010771_2	Generated by ENCODE Consortium
+GSM1006878_1	Generated by ENCODE Consortium
+GSM1010873_1	Generated by ENCODE Consortium
+GSM1003622_1	Generated by ENCODE Consortium
+GSM1010720_1	Generated by ENCODE Consortium
+GSM1010813_2	Generated by ENCODE Consortium
+GSM979633_1	Generated by ENCODE Consortium
+GSM1014510_1	Generated by ENCODE Consortium
+GSM984615_3	Generated by ENCODE Consortium
+GSM1003450_1	Generated by ENCODE Consortium
+GSM1003469_1	Generated by ENCODE Consortium
+GSM979661_4	Generated by ENCODE Consortium
+GSM1010880_2	Generated by ENCODE Consortium
+GSM1010824_2	Generated by ENCODE Consortium
+GSM1008594_2	Generated by ENCODE Consortium
+GSM1008574_2	Generated by ENCODE Consortium
+GSM981256_4	Generated by ENCODE Consortium
+GSM1010750_2	Generated by ENCODE Consortium
+GSM1010900_1	Generated by ENCODE Consortium
+GSM1008573_2	Generated by ENCODE Consortium
+GSM1003543_1	Generated by ENCODE Consortium
+GSM1010902_1	Generated by ENCODE Consortium
+GSM1006877_2	Generated by ENCODE Consortium
+GSM1003615_1	Generated by ENCODE Consortium
+GSM1010914_2	Generated by ENCODE Consortium
+GSM984614_2	Generated by ENCODE Consortium
+GSM1010851_2	Generated by ENCODE Consortium
+GSM981252_2	Generated by ENCODE Consortium
+GSM1024792_1	Generated by ENCODE Consortium
+GSM1010888_1	Generated by ENCODE Consortium
+GSM1006893_2	Generated by ENCODE Consortium
+GSM1024767_1	Generated by ENCODE Consortium
+GSM979646_1	Generated by ENCODE Consortium
+GSM1022669_1	Generated by ENCODE Consortium
+GSM1010811_1	Generated by ENCODE Consortium
+GSM1010825_1	Generated by ENCODE Consortium
+GSM1022662_1	Generated by ENCODE Consortium
+GSM1014517_2	Generated by ENCODE Consortium
+GSM981256_3	Generated by ENCODE Consortium
+GSM1010759_2	Generated by ENCODE Consortium
+GSM1006907_4	Generated by ENCODE Consortium
+GSM1010788_2	Generated by ENCODE Consortium
+GSM1006902_2	Generated by ENCODE Consortium
+GSM1010764_1	Generated by ENCODE Consortium
+GSM1010773_2	Generated by ENCODE Consortium
+GSM1014537_2	Generated by ENCODE Consortium
+GSM1011123_1	Generated by ENCODE Consortium
+GSM1006884_1	Generated by ENCODE Consortium
+GSM1014509_2	Generated by ENCODE Consortium
+GSM1014531_1	Generated by ENCODE Consortium
+GSM1010875_1	Generated by ENCODE Consortium
+GSM1011121_1	Generated by ENCODE Consortium
+GSM1006867_1	Generated by ENCODE Consortium
+GSM984607_2	Generated by ENCODE Consortium
+GSM1010765_1	Generated by ENCODE Consortium
+GSM1006902_3	Generated by ENCODE Consortium
+GSM1003505_1	Generated by ENCODE Consortium
+GSM1024747_1	Generated by ENCODE Consortium
+GSM979648_2	Generated by ENCODE Consortium
+GSM1003453_1	Generated by ENCODE Consortium
+GSM1010833_1	Generated by ENCODE Consortium
+GSM1022639_1	Generated by ENCODE Consortium
+GSM1003529_1	Generated by ENCODE Consortium
+GSM1003578_1	Generated by ENCODE Consortium
+GSM1006870_1	Generated by ENCODE Consortium
+GSM1003516_1	Generated by ENCODE Consortium
+GSM979651_1	Generated by ENCODE Consortium
+GSM1010786_1	Generated by ENCODE Consortium
+GSM1008584_2	Generated by ENCODE Consortium
+GSM1003479_1	Generated by ENCODE Consortium
+GSM984607_4	Generated by ENCODE Consortium
+GSM1024743_1	Generated by ENCODE Consortium
+GSM1006905_1	Generated by ENCODE Consortium
+GSM1003548_1	Generated by ENCODE Consortium
+GSM1014536_2	Generated by ENCODE Consortium
+GSM979639_3	Generated by ENCODE Consortium
+GSM1024742_1	Generated by ENCODE Consortium
+GSM1003580_1	Generated by ENCODE Consortium
+GSM1006908_2	Generated by ENCODE Consortium
+GSM1010904_1	Generated by ENCODE Consortium
+GSM984620_2	Generated by ENCODE Consortium
+GSM1010893_1	Generated by ENCODE Consortium
+GSM979657_4	Generated by ENCODE Consortium
+GSM1010901_2	Generated by ENCODE Consortium
+GSM1010895_1	Generated by ENCODE Consortium
+GSM1010894_3	Generated by ENCODE Consortium
+GSM1003554_1	Generated by ENCODE Consortium
+GSM1010860_1	Generated by ENCODE Consortium
+GSM1003550_1	Generated by ENCODE Consortium
+GSM1006878_2	Generated by ENCODE Consortium
+GSM1014519_1	Generated by ENCODE Consortium
+GSM1014541_2	Generated by ENCODE Consortium
+GSM1022631_1	Generated by ENCODE Consortium
+GSM1010732_2	Generated by ENCODE Consortium
+GSM1008595_1	Generated by ENCODE Consortium
+GSM1010878_1	Generated by ENCODE Consortium
+GSM1010848_1	Generated by ENCODE Consortium
+GSM981249_1	Generated by ENCODE Consortium
+GSM1003556_1	Generated by ENCODE Consortium
+GSM1014525_1	Generated by ENCODE Consortium
+GSM1010867_2	Generated by ENCODE Consortium
+GSM1010823_2	Generated by ENCODE Consortium
+GSM984619_3	Generated by ENCODE Consortium
+GSM1008575_2	Generated by ENCODE Consortium
+GSM1008560_1	Generated by ENCODE Consortium
+GSM984606_3	Generated by ENCODE Consortium
+GSM1010862_2	Generated by ENCODE Consortium
+GSM1003451_1	Generated by ENCODE Consortium
+GSM1010779_2	Generated by ENCODE Consortium
+GSM984604_2	Generated by ENCODE Consortium
+GSM1003513_1	Generated by ENCODE Consortium
+GSM1006913_4	Generated by ENCODE Consortium
+GSM1022676_1	Generated by ENCODE Consortium
+GSM1010890_1	Generated by ENCODE Consortium
+GSM981251_1	Generated by ENCODE Consortium
+GSM1010806_2	Generated by ENCODE Consortium
+GSM979644_2	Generated by ENCODE Consortium
+GSM1003512_1	Generated by ENCODE Consortium
+GSM1006892_1	Generated by ENCODE Consortium
+GSM1014539_1	Generated by ENCODE Consortium
+GSM1003627_1	Generated by ENCODE Consortium
+GSM1003611_1	Generated by ENCODE Consortium
+GSM1014513_1	Generated by ENCODE Consortium
+GSM1010774_2	Generated by ENCODE Consortium
+GSM1006883_1	Generated by ENCODE Consortium
+GSM1011126_2	Generated by ENCODE Consortium
+GSM1014520_1	Generated by ENCODE Consortium
+GSM1014518_2	Generated by ENCODE Consortium
+GSM1010772_2	Generated by ENCODE Consortium
+GSM979642_3	Generated by ENCODE Consortium
+GSM1014521_1	Generated by ENCODE Consortium
+GSM981246_2	Generated by ENCODE Consortium
+GSM981250_4	Generated by ENCODE Consortium
+GSM979650_1	Generated by ENCODE Consortium
+GSM1010849_1	Generated by ENCODE Consortium
+GSM1006866_1	Generated by ENCODE Consortium
+GSM1006912_1	Generated by ENCODE Consortium
+GSM1024781_1	Generated by ENCODE Consortium
+GSM981251_4	Generated by ENCODE Consortium
+GSM984611_3	Generated by ENCODE Consortium
+GSM1003584_1	Generated by ENCODE Consortium
+GSM1024777_1	Generated by ENCODE Consortium
+GSM979660_2	Generated by ENCODE Consortium
+GSM979638_1	Generated by ENCODE Consortium
+GSM1014508_2	Generated by ENCODE Consortium
+GSM1006914_2	Generated by ENCODE Consortium
+GSM1003626_1	Generated by ENCODE Consortium
+GSM1010897_2	Generated by ENCODE Consortium
+GSM1022666_1	Generated by ENCODE Consortium
+GSM979657_2	Generated by ENCODE Consortium
+GSM1010795_1	Generated by ENCODE Consortium
+GSM1003485_1	Generated by ENCODE Consortium
+GSM979662_1	Generated by ENCODE Consortium
+GSM1003613_1	Generated by ENCODE Consortium
+GSM979637_4	Generated by ENCODE Consortium
+GSM1011123_2	Generated by ENCODE Consortium
+GSM984607_1	Generated by ENCODE Consortium
+GSM1010751_2	Generated by ENCODE Consortium
+GSM1008580_2	Generated by ENCODE Consortium
+GSM1006904_1	Generated by ENCODE Consortium
+GSM979640_4	Generated by ENCODE Consortium
+GSM979645_4	Generated by ENCODE Consortium
+GSM1010750_1	Generated by ENCODE Consortium
+GSM1024751_1	Generated by ENCODE Consortium
+GSM984619_2	Generated by ENCODE Consortium
+GSM1010803_2	Generated by ENCODE Consortium
+GSM984618_3	Generated by ENCODE Consortium
+GSM1022638_1	Generated by ENCODE Consortium
+GSM1008596_1	Generated by ENCODE Consortium
+GSM981260_3	Generated by ENCODE Consortium
+GSM1003552_1	Generated by ENCODE Consortium
+GSM1010826_1	Generated by ENCODE Consortium
+GSM1010866_2	Generated by ENCODE Consortium
+GSM981253_1	Generated by ENCODE Consortium
+GSM979663_1	Generated by ENCODE Consortium
+GSM981247_1	Generated by ENCODE Consortium
+GSM979633_4	Generated by ENCODE Consortium
+GSM1010835_1	Generated by ENCODE Consortium
+GSM1014540_2	Generated by ENCODE Consortium
+GSM1010822_2	Generated by ENCODE Consortium
+GSM979640_2	Generated by ENCODE Consortium
+GSM1014522_2	Generated by ENCODE Consortium
+GSM1006905_4	Generated by ENCODE Consortium
+GSM979657_3	Generated by ENCODE Consortium
+GSM1022664_1	Generated by ENCODE Consortium
+GSM1008561_2	Generated by ENCODE Consortium
+GSM979658_3	Generated by ENCODE Consortium
+GSM979631_1	Generated by ENCODE Consortium
+GSM1008577_1	Generated by ENCODE Consortium
+GSM1010756_1	Generated by ENCODE Consortium
+GSM1010879_1	Generated by ENCODE Consortium
+GSM1014523_2	Generated by ENCODE Consortium
+GSM1006910_1	Generated by ENCODE Consortium
+GSM979641_1	Generated by ENCODE Consortium
+GSM979644_1	Generated by ENCODE Consortium
+GSM1010764_2	Generated by ENCODE Consortium
+GSM1003473_1	Generated by ENCODE Consortium
+GSM1003528_1	Generated by ENCODE Consortium
+GSM1010883_4	Generated by ENCODE Consortium
+GSM1010869_1	Generated by ENCODE Consortium
+GSM1022625_1	Generated by ENCODE Consortium
+GSM984605_3	Generated by ENCODE Consortium
+GSM981260_2	Generated by ENCODE Consortium
+GSM1008561_1	Generated by ENCODE Consortium
+GSM1010793_1	Generated by ENCODE Consortium
+GSM1010895_2	Generated by ENCODE Consortium
+GSM1010802_1	Generated by ENCODE Consortium
+GSM1008602_2	Generated by ENCODE Consortium
+GSM981256_1	Generated by ENCODE Consortium
+GSM1010893_2	Generated by ENCODE Consortium
+GSM1010844_2	Generated by ENCODE Consortium
+GSM1006882_2	Generated by ENCODE Consortium
+GSM1010725_1	Generated by ENCODE Consortium
+GSM1006873_2	Generated by ENCODE Consortium
+GSM984612_1	Generated by ENCODE Consortium
+GSM1010847_2	Generated by ENCODE Consortium
+GSM1010882_2	Generated by ENCODE Consortium
+GSM1003551_1	Generated by ENCODE Consortium
+GSM1003628_1	Generated by ENCODE Consortium
+GSM1010822_1	Generated by ENCODE Consortium
+GSM1011129_2	Generated by ENCODE Consortium
+GSM1008604_2	Generated by ENCODE Consortium
+GSM979656_3	Generated by ENCODE Consortium
+GSM984614_3	Generated by ENCODE Consortium
+GSM1010742_1	Generated by ENCODE Consortium
+GSM981245_2	Generated by ENCODE Consortium
+GSM1010793_2	Generated by ENCODE Consortium
+GSM1003540_1	Generated by ENCODE Consortium
+GSM1010857_1	Generated by ENCODE Consortium
+GSM1010843_1	Generated by ENCODE Consortium
+GSM1006904_2	Generated by ENCODE Consortium
+GSM1003621_1	Generated by ENCODE Consortium
+GSM1014536_1	Generated by ENCODE Consortium
+GSM1003537_1	Generated by ENCODE Consortium
+GSM1010790_1	Generated by ENCODE Consortium
+GSM1006910_4	Generated by ENCODE Consortium
+GSM984610_2	Generated by ENCODE Consortium
+GSM1014524_1	Generated by ENCODE Consortium
+GSM1024775_1	Generated by ENCODE Consortium
+GSM1008576_2	Generated by ENCODE Consortium
+GSM1010890_2	Generated by ENCODE Consortium
+GSM1014528_2	Generated by ENCODE Consortium
+GSM981252_3	Generated by ENCODE Consortium
+GSM979659_1	Generated by ENCODE Consortium
+GSM1006907_3	Generated by ENCODE Consortium
+GSM1010809_2	Generated by ENCODE Consortium
+GSM1010831_1	Generated by ENCODE Consortium
+GSM1010778_2	Generated by ENCODE Consortium
+GSM1010783_2	Generated by ENCODE Consortium
+GSM1010820_2	Generated by ENCODE Consortium
+GSM1014534_2	Generated by ENCODE Consortium
+GSM1010872_1	Generated by ENCODE Consortium
+GSM1024786_1	Generated by ENCODE Consortium
+GSM979663_2	Generated by ENCODE Consortium
+GSM1010876_1	Generated by ENCODE Consortium
+GSM981255_4	Generated by ENCODE Consortium
+GSM1006895_1	Generated by ENCODE Consortium
+GSM1010859_1	Generated by ENCODE Consortium
+GSM1010737_2	Generated by ENCODE Consortium
+GSM984616_2	Generated by ENCODE Consortium
+GSM979654_1	Generated by ENCODE Consortium
+GSM1011130_2	Generated by ENCODE Consortium
+GSM984615_4	Generated by ENCODE Consortium
+GSM1008558_2	Generated by ENCODE Consortium
+GSM1006882_1	Generated by ENCODE Consortium
+GSM1014510_2	Generated by ENCODE Consortium
+GSM979653_4	Generated by ENCODE Consortium
+GSM1008606_2	Generated by ENCODE Consortium
+GSM1010783_1	Generated by ENCODE Consortium
+GSM1014512_1	Generated by ENCODE Consortium
+GSM1022667_1	Generated by ENCODE Consortium
+GSM1024788_1	Generated by ENCODE Consortium
+GSM1011125_1	Generated by ENCODE Consortium
+GSM1003455_1	Generated by ENCODE Consortium
+GSM1014519_2	Generated by ENCODE Consortium
+GSM1006876_1	Generated by ENCODE Consortium
+GSM1010834_1	Generated by ENCODE Consortium
+GSM984610_3	Generated by ENCODE Consortium
+GSM1003486_1	Generated by ENCODE Consortium
+GSM1010834_2	Generated by ENCODE Consortium
+GSM1022670_1	Generated by ENCODE Consortium
+GSM1003573_1	Generated by ENCODE Consortium
+GSM1010878_2	Generated by ENCODE Consortium
+GSM1010902_2	Generated by ENCODE Consortium
+GSM1024750_1	Generated by ENCODE Consortium
+GSM1010888_2	Generated by ENCODE Consortium
+GSM1010741_1	Generated by ENCODE Consortium
+GSM984604_4	Generated by ENCODE Consortium
+GSM981254_1	Generated by ENCODE Consortium
+GSM981255_2	Generated by ENCODE Consortium
+GSM1010872_2	Generated by ENCODE Consortium
+GSM984618_4	Generated by ENCODE Consortium
+GSM1010776_1	Generated by ENCODE Consortium
+GSM1024791_1	Generated by ENCODE Consortium
+GSM1003489_1	Generated by ENCODE Consortium
+GSM1010856_1	Generated by ENCODE Consortium
+GSM979635_2	Generated by ENCODE Consortium
+GSM1014524_2	Generated by ENCODE Consortium
+GSM1006881_1	Generated by ENCODE Consortium
+GSM1010892_2	Generated by ENCODE Consortium
+GSM1014531_2	Generated by ENCODE Consortium
+GSM1010871_2	Generated by ENCODE Consortium
+GSM984612_2	Generated by ENCODE Consortium
+GSM984617_1	Generated by ENCODE Consortium
+GSM979658_4	Generated by ENCODE Consortium
+GSM1022636_1	Generated by ENCODE Consortium
+GSM1010820_1	Generated by ENCODE Consortium
+GSM1003462_1	Generated by ENCODE Consortium
+GSM981247_2	Generated by ENCODE Consortium
+GSM1024765_1	Generated by ENCODE Consortium
+GSM1003527_1	Generated by ENCODE Consortium
+GSM1003581_1	Generated by ENCODE Consortium
+GSM979637_1	Generated by ENCODE Consortium
+GSM1011124_1	Generated by ENCODE Consortium
+GSM1006912_4	Generated by ENCODE Consortium
+GSM981253_3	Generated by ENCODE Consortium
+GSM1010733_2	Generated by ENCODE Consortium
+GSM1014532_1	Generated by ENCODE Consortium
+GSM1006886_1	Generated by ENCODE Consortium
+GSM1014529_2	Generated by ENCODE Consortium
+GSM1006911_4	Generated by ENCODE Consortium
+GSM1003538_1	Generated by ENCODE Consortium
+GSM1010889_1	Generated by ENCODE Consortium
+GSM984608_4	Generated by ENCODE Consortium
+GSM1006911_1	Generated by ENCODE Consortium
+GSM979653_2	Generated by ENCODE Consortium
+GSM1003544_1	Generated by ENCODE Consortium
+GSM1011127_2	Generated by ENCODE Consortium
+GSM1006894_1	Generated by ENCODE Consortium
+GSM1003602_1	Generated by ENCODE Consortium
+GSM1010832_2	Generated by ENCODE Consortium
+GSM979637_3	Generated by ENCODE Consortium
+GSM1010771_1	Generated by ENCODE Consortium
+GSM1008570_1	Generated by ENCODE Consortium
+GSM979646_3	Generated by ENCODE Consortium
+GSM1008571_2	Generated by ENCODE Consortium
+GSM1011121_2	Generated by ENCODE Consortium
+GSM981247_3	Generated by ENCODE Consortium
+GSM1003523_1	Generated by ENCODE Consortium
+GSM1006886_2	Generated by ENCODE Consortium
+GSM1010881_2	Generated by ENCODE Consortium
+GSM981256_2	Generated by ENCODE Consortium
+GSM1022673_1	Generated by ENCODE Consortium
+GSM1010840_2	Generated by ENCODE Consortium
+GSM1022652_1	Generated by ENCODE Consortium
+GSM1010785_2	Generated by ENCODE Consortium
+GSM981259_2	Generated by ENCODE Consortium
+GSM1003510_1	Generated by ENCODE Consortium
+GSM1024778_1	Generated by ENCODE Consortium
+GSM979643_2	Generated by ENCODE Consortium
+GSM1003447_1	Generated by ENCODE Consortium
+GSM1010838_1	Generated by ENCODE Consortium
+GSM1014516_2	Generated by ENCODE Consortium
+GSM1010785_1	Generated by ENCODE Consortium
+GSM979636_2	Generated by ENCODE Consortium
+GSM1008600_1	Generated by ENCODE Consortium
+GSM981258_2	Generated by ENCODE Consortium
+GSM1010728_1	Generated by ENCODE Consortium
+GSM1008603_2	Generated by ENCODE Consortium
+GSM981250_3	Generated by ENCODE Consortium
+GSM1010816_1	Generated by ENCODE Consortium
+GSM1010865_1	Generated by ENCODE Consortium
+GSM1022661_1	Generated by ENCODE Consortium
+GSM979633_3	Generated by ENCODE Consortium
+GSM1006875_2	Generated by ENCODE Consortium
+GSM979634_2	Generated by ENCODE Consortium
+GSM1006907_2	Generated by ENCODE Consortium
+GSM1010836_2	Generated by ENCODE Consortium
+GSM1008599_1	Generated by ENCODE Consortium
+GSM1010761_1	Generated by ENCODE Consortium
+GSM1010874_1	Generated by ENCODE Consortium
+GSM1003464_1	Generated by ENCODE Consortium
+GSM1003586_1	Generated by ENCODE Consortium
+GSM1008576_1	Generated by ENCODE Consortium
+GSM1011125_2	Generated by ENCODE Consortium
+GSM1010775_1	Generated by ENCODE Consortium
+GSM1008564_2	Generated by ENCODE Consortium
+GSM1003508_1	Generated by ENCODE Consortium
+GSM979651_4	Generated by ENCODE Consortium
+GSM1003472_1	Generated by ENCODE Consortium
+GSM979645_3	Generated by ENCODE Consortium
+GSM1003577_1	Generated by ENCODE Consortium
+GSM1010898_2	Generated by ENCODE Consortium
+GSM1003454_1	Generated by ENCODE Consortium
+GSM1006903_2	Generated by ENCODE Consortium
+GSM1010876_2	Generated by ENCODE Consortium
+GSM1010831_2	Generated by ENCODE Consortium
+GSM1008557_2	Generated by ENCODE Consortium
+GSM984611_2	Generated by ENCODE Consortium
+GSM1010738_2	Generated by ENCODE Consortium
+GSM1010842_1	Generated by ENCODE Consortium
+GSM979634_1	Generated by ENCODE Consortium
+GSM1008585_1	Generated by ENCODE Consortium
+GSM1024744_1	Generated by ENCODE Consortium
+GSM1003545_1	Generated by ENCODE Consortium
+GSM1024771_1	Generated by ENCODE Consortium
+GSM1014529_1	Generated by ENCODE Consortium
+GSM984614_4	Generated by ENCODE Consortium
+GSM1014539_2	Generated by ENCODE Consortium
+GSM1008568_2	Generated by ENCODE Consortium
+GSM1022668_1	Generated by ENCODE Consortium
+GSM1003463_1	Generated by ENCODE Consortium
+GSM1010883_1	Generated by ENCODE Consortium
+GSM1010721_1	Generated by ENCODE Consortium
+GSM1003585_1	Generated by ENCODE Consortium
+GSM984620_3	Generated by ENCODE Consortium
+GSM1022650_1	Generated by ENCODE Consortium
+GSM979650_4	Generated by ENCODE Consortium
+GSM1010751_1	Generated by ENCODE Consortium
+GSM1003521_1	Generated by ENCODE Consortium
+GSM1010853_1	Generated by ENCODE Consortium
+GSM1008590_2	Generated by ENCODE Consortium
+GSM1010840_1	Generated by ENCODE Consortium
+GSM1003542_1	Generated by ENCODE Consortium
+GSM981243_4	Generated by ENCODE Consortium
+GSM1022651_1	Generated by ENCODE Consortium
+GSM1010869_2	Generated by ENCODE Consortium
+GSM1014511_2	Generated by ENCODE Consortium
+GSM1006869_2	Generated by ENCODE Consortium
+GSM1003522_1	Generated by ENCODE Consortium
+GSM979655_1	Generated by ENCODE Consortium
+GSM1010900_2	Generated by ENCODE Consortium
+GSM1003481_1	Generated by ENCODE Consortium
+GSM1003604_1	Generated by ENCODE Consortium
+GSM1010845_2	Generated by ENCODE Consortium
+GSM1003547_1	Generated by ENCODE Consortium
+GSM1022627_1	Generated by ENCODE Consortium
+GSM1010866_1	Generated by ENCODE Consortium
+GSM1010790_2	Generated by ENCODE Consortium
+GSM1010847_1	Generated by ENCODE Consortium
+GSM1010894_2	Generated by ENCODE Consortium
+GSM1010792_1	Generated by ENCODE Consortium
+GSM1010738_1	Generated by ENCODE Consortium
+GSM979643_4	Generated by ENCODE Consortium
+GSM1010906_2	Generated by ENCODE Consortium
+GSM1010815_1	Generated by ENCODE Consortium
+GSM1022665_1	Generated by ENCODE Consortium
+GSM1010860_2	Generated by ENCODE Consortium
+GSM1003619_1	Generated by ENCODE Consortium
+GSM984605_4	Generated by ENCODE Consortium
+GSM984606_2	Generated by ENCODE Consortium
+GSM1022632_1	Generated by ENCODE Consortium
+GSM1010885_1	Generated by ENCODE Consortium
+GSM1008592_2	Generated by ENCODE Consortium
+GSM1006914_1	Generated by ENCODE Consortium
+GSM1010747_1	Generated by ENCODE Consortium
+GSM984604_1	Generated by ENCODE Consortium
+GSM1008558_1	Generated by ENCODE Consortium
+GSM1003497_1	Generated by ENCODE Consortium
+GSM1008563_1	Generated by ENCODE Consortium
+GSM1006887_2	Generated by ENCODE Consortium
+GSM1003461_1	Generated by ENCODE Consortium
+GSM1024790_1	Generated by ENCODE Consortium
+GSM1014522_1	Generated by ENCODE Consortium
+GSM1010796_1	Generated by ENCODE Consortium
+GSM1003498_1	Generated by ENCODE Consortium
+GSM1010740_1	Generated by ENCODE Consortium
+GSM1008595_2	Generated by ENCODE Consortium
+GSM1010812_2	Generated by ENCODE Consortium
+GSM1003567_1	Generated by ENCODE Consortium
+GSM1014514_2	Generated by ENCODE Consortium
+GSM1010796_2	Generated by ENCODE Consortium
+GSM1011122_1	Generated by ENCODE Consortium
+GSM984605_2	Generated by ENCODE Consortium
+GSM1010905_1	Generated by ENCODE Consortium
+GSM1010867_3	Generated by ENCODE Consortium
+GSM1003553_1	Generated by ENCODE Consortium
+GSM1010757_1	Generated by ENCODE Consortium
+GSM981260_4	Generated by ENCODE Consortium
+GSM1008566_1	Generated by ENCODE Consortium
+GSM1010823_1	Generated by ENCODE Consortium
+GSM1011128_2	Generated by ENCODE Consortium
+GSM979638_3	Generated by ENCODE Consortium
+GSM1003549_1	Generated by ENCODE Consortium
+GSM1010770_2	Generated by ENCODE Consortium
+GSM1024739_1	Generated by ENCODE Consortium
+GSM981245_4	Generated by ENCODE Consortium
+GSM984614_1	Generated by ENCODE Consortium
+GSM1003478_1	Generated by ENCODE Consortium
+GSM979649_2	Generated by ENCODE Consortium
+GSM1010873_2	Generated by ENCODE Consortium
+GSM1024770_1	Generated by ENCODE Consortium
+GSM1010851_1	Generated by ENCODE Consortium
+GSM1008587_1	Generated by ENCODE Consortium
+GSM1008603_1	Generated by ENCODE Consortium
+GSM979662_3	Generated by ENCODE Consortium
+GSM984609_3	Generated by ENCODE Consortium
+GSM1008594_1	Generated by ENCODE Consortium
+GSM1006910_3	Generated by ENCODE Consortium
+GSM1010817_1	Generated by ENCODE Consortium
+GSM979639_1	Generated by ENCODE Consortium
+GSM1010727_2	Generated by ENCODE Consortium
+GSM1006904_4	Generated by ENCODE Consortium
+GSM979636_3	Generated by ENCODE Consortium
+GSM1010803_1	Generated by ENCODE Consortium
+GSM1010739_1	Generated by ENCODE Consortium
+GSM1010730_1	Generated by ENCODE Consortium
+GSM1011120_1	Generated by ENCODE Consortium
+GSM1022642_1	Generated by ENCODE Consortium
+GSM981244_1	Generated by ENCODE Consortium
+GSM1022643_1	Generated by ENCODE Consortium
+GSM1003616_1	Generated by ENCODE Consortium
+GSM1006903_3	Generated by ENCODE Consortium
+GSM1014517_1	Generated by ENCODE Consortium
+GSM1024764_1	Generated by ENCODE Consortium
+GSM1008569_1	Generated by ENCODE Consortium
+GSM1010748_1	Generated by ENCODE Consortium
+GSM1010723_1	Generated by ENCODE Consortium
+GSM1010768_2	Generated by ENCODE Consortium
+GSM1010808_2	Generated by ENCODE Consortium
+GSM1010867_1	Generated by ENCODE Consortium
+GSM1003625_1	Generated by ENCODE Consortium
+GSM1022674_1	Generated by ENCODE Consortium
+GSM984609_2	Generated by ENCODE Consortium
+GSM1010891_1	Generated by ENCODE Consortium
+GSM979661_3	Generated by ENCODE Consortium
+GSM1010858_2	Generated by ENCODE Consortium
+GSM981246_4	Generated by ENCODE Consortium
+GSM1010781_1	Generated by ENCODE Consortium
+GSM1006906_3	Generated by ENCODE Consortium
+GSM1010808_1	Generated by ENCODE Consortium
+GSM1022675_1	Generated by ENCODE Consortium
+GSM979645_2	Generated by ENCODE Consortium
+GSM1006869_1	Generated by ENCODE Consortium
+GSM1003452_1	Generated by ENCODE Consortium
+GSM981258_3	Generated by ENCODE Consortium
+GSM1024794_1	Generated by ENCODE Consortium
+GSM979653_3	Generated by ENCODE Consortium
+GSM1010805_2	Generated by ENCODE Consortium
+GSM1008596_2	Generated by ENCODE Consortium
+GSM1010914_1	Generated by ENCODE Consortium
+GSM1003603_1	Generated by ENCODE Consortium
+GSM1014509_1	Generated by ENCODE Consortium
+GSM979651_3	Generated by ENCODE Consortium
+GSM979647_2	Generated by ENCODE Consortium
+GSM1010818_1	Generated by ENCODE Consortium
+GSM1010728_2	Generated by ENCODE Consortium
+GSM981258_1	Generated by ENCODE Consortium
+GSM979637_2	Generated by ENCODE Consortium
+GSM1014508_1	Generated by ENCODE Consortium
+GSM1006906_1	Generated by ENCODE Consortium
+GSM1024780_1	Generated by ENCODE Consortium
+GSM1024783_1	Generated by ENCODE Consortium
+GSM1010718_2	Generated by ENCODE Consortium
+GSM1010854_1	Generated by ENCODE Consortium
+GSM1010767_1	Generated by ENCODE Consortium
+GSM1010894_1	Generated by ENCODE Consortium
+GSM979661_1	Generated by ENCODE Consortium
+GSM1008581_1	Generated by ENCODE Consortium
+GSM1010804_2	Generated by ENCODE Consortium
+GSM1010805_1	Generated by ENCODE Consortium
+GSM1010850_1	Generated by ENCODE Consortium
+GSM1024748_1	Generated by ENCODE Consortium
+GSM1010870_1	Generated by ENCODE Consortium
+GSM1006865_1	Generated by ENCODE Consortium
+GSM984615_2	Generated by ENCODE Consortium
+GSM1003571_1	Generated by ENCODE Consortium
+GSM1010763_1	Generated by ENCODE Consortium
+GSM1003633_1	Generated by ENCODE Consortium
+GSM1010811_2	Generated by ENCODE Consortium
+GSM981249_3	Generated by ENCODE Consortium
+GSM1010880_1	Generated by ENCODE Consortium
+GSM1010863_2	Generated by ENCODE Consortium
+GSM981252_1	Generated by ENCODE Consortium
+GSM1003524_1	Generated by ENCODE Consortium
+GSM1008583_1	Generated by ENCODE Consortium
+GSM1003632_1	Generated by ENCODE Consortium
+GSM1003480_1	Generated by ENCODE Consortium
+GSM1010844_1	Generated by ENCODE Consortium
+GSM1011119_2	Generated by ENCODE Consortium
+GSM1014538_1	Generated by ENCODE Consortium
+GSM1008592_1	Generated by ENCODE Consortium
+GSM1003574_1	Generated by ENCODE Consortium
+GSM1010777_2	Generated by ENCODE Consortium
+GSM984617_2	Generated by ENCODE Consortium
+GSM1006866_2	Generated by ENCODE Consortium
+GSM1010899_2	Generated by ENCODE Consortium
+GSM1003494_1	Generated by ENCODE Consortium
+GSM1003470_1	Generated by ENCODE Consortium
+GSM1024740_1	Generated by ENCODE Consortium
+GSM1010801_1	Generated by ENCODE Consortium
+GSM1014523_1	Generated by ENCODE Consortium
+GSM1024782_1	Generated by ENCODE Consortium
+GSM1010839_2	Generated by ENCODE Consortium
+GSM1010724_1	Generated by ENCODE Consortium
+GSM1010788_1	Generated by ENCODE Consortium
+GSM1003460_1	Generated by ENCODE Consortium
+GSM1006888_1	Generated by ENCODE Consortium
+GSM1022654_1	Generated by ENCODE Consortium
+GSM1006913_2	Generated by ENCODE Consortium
+GSM1008579_1	Generated by ENCODE Consortium
+GSM1003496_1	Generated by ENCODE Consortium
+GSM979642_1	Generated by ENCODE Consortium
+GSM1010852_1	Generated by ENCODE Consortium
+GSM979634_3	Generated by ENCODE Consortium
+GSM1008586_2	Generated by ENCODE Consortium
+GSM1010807_1	Generated by ENCODE Consortium
+GSM1010743_1	Generated by ENCODE Consortium
+GSM1010724_2	Generated by ENCODE Consortium
+GSM984608_1	Generated by ENCODE Consortium
+GSM1008598_1	Generated by ENCODE Consortium
+GSM1010896_2	Generated by ENCODE Consortium
+GSM1010814_2	Generated by ENCODE Consortium
+GSM1008567_2	Generated by ENCODE Consortium
+GSM981254_4	Generated by ENCODE Consortium
+GSM979660_4	Generated by ENCODE Consortium
+GSM1003502_1	Generated by ENCODE Consortium
+GSM1006909_2	Generated by ENCODE Consortium
+GSM1003514_1	Generated by ENCODE Consortium
+GSM1003606_1	Generated by ENCODE Consortium
+GSM984613_2	Generated by ENCODE Consortium
+GSM1003465_1	Generated by ENCODE Consortium
+GSM1010841_2	Generated by ENCODE Consortium
+GSM1006906_2	Generated by ENCODE Consortium
+GSM1010719_1	Generated by ENCODE Consortium
+GSM981243_1	Generated by ENCODE Consortium
+GSM1024741_1	Generated by ENCODE Consortium
+GSM1003515_1	Generated by ENCODE Consortium
+GSM984611_1	Generated by ENCODE Consortium
+GSM1024779_1	Generated by ENCODE Consortium
+GSM981257_2	Generated by ENCODE Consortium
+GSM1010775_2	Generated by ENCODE Consortium
+GSM1006865_2	Generated by ENCODE Consortium
+GSM984610_1	Generated by ENCODE Consortium
+GSM1003623_1	Generated by ENCODE Consortium
+GSM1024776_1	Generated by ENCODE Consortium
+GSM1022671_1	Generated by ENCODE Consortium
+GSM1003569_1	Generated by ENCODE Consortium
+GSM979648_4	Generated by ENCODE Consortium
+GSM1003614_1	Generated by ENCODE Consortium
+GSM1003566_1	Generated by ENCODE Consortium
+GSM1003535_1	Generated by ENCODE Consortium
+GSM979658_1	Generated by ENCODE Consortium
+GSM1022660_1	Generated by ENCODE Consortium
+GSM1014525_2	Generated by ENCODE Consortium
+GSM1008598_2	Generated by ENCODE Consortium
+GSM1022672_1	Generated by ENCODE Consortium
+GSM1010747_2	Generated by ENCODE Consortium
+GSM1010791_1	Generated by ENCODE Consortium
+GSM1003546_1	Generated by ENCODE Consortium
+GSM979639_4	Generated by ENCODE Consortium
+GSM1010789_1	Generated by ENCODE Consortium
+GSM1006881_2	Generated by ENCODE Consortium
+GSM981250_1	Generated by ENCODE Consortium
+GSM1010887_2	Generated by ENCODE Consortium
+GSM979639_2	Generated by ENCODE Consortium
+GSM1010727_1	Generated by ENCODE Consortium
+GSM1008565_1	Generated by ENCODE Consortium
+GSM981243_3	Generated by ENCODE Consortium
+GSM1010723_2	Generated by ENCODE Consortium
+GSM1010748_2	Generated by ENCODE Consortium
+GSM1008562_2	Generated by ENCODE Consortium
+GSM1010897_1	Generated by ENCODE Consortium
+GSM1022658_1	Generated by ENCODE Consortium
+GSM1010758_1	Generated by ENCODE Consortium
+GSM1010732_1	Generated by ENCODE Consortium
+GSM1006879_1	Generated by ENCODE Consortium
+GSM1006871_1	Generated by ENCODE Consortium
+GSM1008567_1	Generated by ENCODE Consortium
+GSM1003605_1	Generated by ENCODE Consortium
+GSM1010861_1	Generated by ENCODE Consortium
+GSM1008606_1	Generated by ENCODE Consortium
+GSM1003476_1	Generated by ENCODE Consortium
+GSM979631_2	Generated by ENCODE Consortium
+GSM1009528_1	Generated by ENCODE Consortium
+GSM1006913_1	Generated by ENCODE Consortium
+GSM1010746_2	Generated by ENCODE Consortium
+GSM1010780_2	Generated by ENCODE Consortium
+GSM1006908_1	Generated by ENCODE Consortium
+GSM1010885_2	Generated by ENCODE Consortium
+GSM1010755_1	Generated by ENCODE Consortium
+GSM1003539_1	Generated by ENCODE Consortium
+GSM1003488_1	Generated by ENCODE Consortium
+GSM1022637_1	Generated by ENCODE Consortium
+GSM1003612_1	Generated by ENCODE Consortium
+GSM1003483_1	Generated by ENCODE Consortium
+GSM1010859_2	Generated by ENCODE Consortium
+GSM1003583_1	Generated by ENCODE Consortium
+GSM1008593_1	Generated by ENCODE Consortium
+GSM981251_2	Generated by ENCODE Consortium
+GSM979647_3	Generated by ENCODE Consortium
+GSM1010829_2	Generated by ENCODE Consortium
+GSM1003618_1	Generated by ENCODE Consortium
+GSM1010782_2	Generated by ENCODE Consortium
+GSM1014532_2	Generated by ENCODE Consortium
+GSM1010877_2	Generated by ENCODE Consortium
+GSM1010792_2	Generated by ENCODE Consortium
+GSM1003492_1	Generated by ENCODE Consortium
+GSM1022641_1	Generated by ENCODE Consortium
+GSM1008591_2	Generated by ENCODE Consortium
+GSM1006887_1	Generated by ENCODE Consortium
+GSM1010905_2	Generated by ENCODE Consortium
+GSM1003490_1	Generated by ENCODE Consortium
+GSM1014513_2	Generated by ENCODE Consortium
+GSM979649_1	Generated by ENCODE Consortium
+GSM1010718_1	Generated by ENCODE Consortium
+GSM1010744_1	Generated by ENCODE Consortium
+GSM1003484_1	Generated by ENCODE Consortium
+GSM1008565_2	Generated by ENCODE Consortium
+GSM1010830_1	Generated by ENCODE Consortium
+GSM1022628_1	Generated by ENCODE Consortium
+GSM1010742_2	Generated by ENCODE Consortium
+GSM1003493_1	Generated by ENCODE Consortium
+GSM1014533_1	Generated by ENCODE Consortium
+GSM1010773_1	Generated by ENCODE Consortium
+GSM1022626_1	Generated by ENCODE Consortium
+GSM981258_4	Generated by ENCODE Consortium
+GSM1008582_1	Generated by ENCODE Consortium
+GSM1010797_1	Generated by ENCODE Consortium
+GSM984616_4	Generated by ENCODE Consortium
+GSM1010798_1	Generated by ENCODE Consortium
+GSM1022659_1	Generated by ENCODE Consortium
+GSM1010886_1	Generated by ENCODE Consortium
+GSM1003620_1	Generated by ENCODE Consortium
+GSM1010894_4	Generated by ENCODE Consortium
+GSM1010828_1	Generated by ENCODE Consortium
+GSM1010855_1	Generated by ENCODE Consortium
+GSM1008573_1	Generated by ENCODE Consortium
+GSM1010833_2	Generated by ENCODE Consortium
+GSM981249_2	Generated by ENCODE Consortium
+GSM1014514_1	Generated by ENCODE Consortium
+GSM981246_1	Generated by ENCODE Consortium
+GSM1024787_1	Generated by ENCODE Consortium
+GSM1010830_2	Generated by ENCODE Consortium
+GSM981259_4	Generated by ENCODE Consortium
+GSM1008602_1	Generated by ENCODE Consortium
+GSM984620_1	Generated by ENCODE Consortium
+GSM1003466_1	Generated by ENCODE Consortium
+GSM1010841_1	Generated by ENCODE Consortium
+GSM1003572_1	Generated by ENCODE Consortium
+GSM979662_2	Generated by ENCODE Consortium
+GSM1010854_4	Generated by ENCODE Consortium
+GSM1006874_2	Generated by ENCODE Consortium
+GSM1011122_2	Generated by ENCODE Consortium
+GSM1010770_1	Generated by ENCODE Consortium
+GSM1010879_2	Generated by ENCODE Consortium
+GSM984611_4	Generated by ENCODE Consortium
+GSM981254_2	Generated by ENCODE Consortium
+GSM1010837_1	Generated by ENCODE Consortium
+GSM1006889_1	Generated by ENCODE Consortium
+GSM1010779_1	Generated by ENCODE Consortium
+GSM1006903_4	Generated by ENCODE Consortium
+GSM981257_1	Generated by ENCODE Consortium
+GSM1010781_2	Generated by ENCODE Consortium
+GSM1010761_2	Generated by ENCODE Consortium
+GSM1010825_2	Generated by ENCODE Consortium
+GSM1010864_1	Generated by ENCODE Consortium
+GSM1010765_2	Generated by ENCODE Consortium
+GSM1022663_1	Generated by ENCODE Consortium
+GSM979633_2	Generated by ENCODE Consortium
+GSM979653_1	Generated by ENCODE Consortium
+GSM1010874_2	Generated by ENCODE Consortium
+GSM1024762_1	Generated by ENCODE Consortium
+GSM1008604_1	Generated by ENCODE Consortium
+GSM984608_3	Generated by ENCODE Consortium
+GSM1010722_2	Generated by ENCODE Consortium
+GSM1010827_2	Generated by ENCODE Consortium
+GSM1010787_1	Generated by ENCODE Consortium
+GSM1022653_1	Generated by ENCODE Consortium
+GSM1010883_3	Generated by ENCODE Consortium
+GSM1006905_3	Generated by ENCODE Consortium
+GSM1003575_1	Generated by ENCODE Consortium
+GSM1003477_1	Generated by ENCODE Consortium
+GSM1006912_2	Generated by ENCODE Consortium
+GSM1008559_1	Generated by ENCODE Consortium
+GSM1008575_1	Generated by ENCODE Consortium
+GSM1010826_2	Generated by ENCODE Consortium
+GSM1010794_2	Generated by ENCODE Consortium
+GSM979635_1	Generated by ENCODE Consortium
+GSM979655_3	Generated by ENCODE Consortium
+GSM1010843_2	Generated by ENCODE Consortium
+GSM1003500_1	Generated by ENCODE Consortium
+GSM1003564_1	Generated by ENCODE Consortium
+GSM1010856_2	Generated by ENCODE Consortium
+GSM979636_1	Generated by ENCODE Consortium
+GSM981248_1	Generated by ENCODE Consortium
+GSM1010814_3	Generated by ENCODE Consortium
+GSM1008589_1	Generated by ENCODE Consortium
+GSM1022649_1	Generated by ENCODE Consortium
+GSM1003525_1	Generated by ENCODE Consortium
+GSM979654_2	Generated by ENCODE Consortium
+GSM1010913_1	Generated by ENCODE Consortium
+GSM1010868_2	Generated by ENCODE Consortium
+GSM1008572_1	Generated by ENCODE Consortium
+GSM1010886_2	Generated by ENCODE Consortium
+GSM1006876_2	Generated by ENCODE Consortium
+GSM1010734_1	Generated by ENCODE Consortium
+GSM979642_4	Generated by ENCODE Consortium
+GSM1010882_1	Generated by ENCODE Consortium
+GSM1014540_1	Generated by ENCODE Consortium
+GSM1024752_1	Generated by ENCODE Consortium
+GSM1010812_1	Generated by ENCODE Consortium
+GSM1024761_1	Generated by ENCODE Consortium
+GSM1008563_2	Generated by ENCODE Consortium
+GSM1008597_2	Generated by ENCODE Consortium
+GSM1003507_1	Generated by ENCODE Consortium
+GSM1006877_1	Generated by ENCODE Consortium
+GSM1003475_1	Generated by ENCODE Consortium
+GSM1014527_2	Generated by ENCODE Consortium
+GSM1010889_2	Generated by ENCODE Consortium
+GSM1024793_1	Generated by ENCODE Consortium
diff --git a/hg19/track2VersionInfo_roadmap b/hg19/track2VersionInfo_roadmap
new file mode 100644
index 0000000..4b3cdf2
--- /dev/null
+++ b/hg19/track2VersionInfo_roadmap
@@ -0,0 +1,2179 @@
+GSM675544_1	Generated by Roadmap Consortium
+GSM530665	Generated by Roadmap Consortium
+GSM669984	Generated by Roadmap Consortium
+GSM605296	Generated by Roadmap Consortium
+GSM605297	Generated by Roadmap Consortium
+GSM605295	Generated by Roadmap Consortium
+GSM605298	Generated by Roadmap Consortium
+GSM605299	Generated by Roadmap Consortium
+GSM774218_0	Generated by Roadmap Consortium
+GSM669935	Generated by Roadmap Consortium
+GSM669934	Generated by Roadmap Consortium
+GSM669937	Generated by Roadmap Consortium
+GSM669936	Generated by Roadmap Consortium
+GSM669931	Generated by Roadmap Consortium
+GSM669930	Generated by Roadmap Consortium
+GSM669933	Generated by Roadmap Consortium
+GSM669932	Generated by Roadmap Consortium
+GSM537655	Generated by Roadmap Consortium
+GSM621705	Generated by Roadmap Consortium
+GSM669939	Generated by Roadmap Consortium
+GSM669938	Generated by Roadmap Consortium
+GSM621700	Generated by Roadmap Consortium
+GSM723022_0	Generated by Roadmap Consortium
+GSM701527_0	Generated by Roadmap Consortium
+GSM767353_0	Generated by Roadmap Consortium
+GSM602260	Generated by Roadmap Consortium
+GSM602261	Generated by Roadmap Consortium
+GSM621603	Generated by Roadmap Consortium
+GSM752966_0	Generated by Roadmap Consortium
+GSM669960	Generated by Roadmap Consortium
+GSM543016	Generated by Roadmap Consortium
+GSM723025_0	Generated by Roadmap Consortium
+GSM621601	Generated by Roadmap Consortium
+GSM621689	Generated by Roadmap Consortium
+GSM621688	Generated by Roadmap Consortium
+GSM621687	Generated by Roadmap Consortium
+GSM621686	Generated by Roadmap Consortium
+GSM621685	Generated by Roadmap Consortium
+GSM621684	Generated by Roadmap Consortium
+GSM621683	Generated by Roadmap Consortium
+GSM621682	Generated by Roadmap Consortium
+GSM621681	Generated by Roadmap Consortium
+GSM621680	Generated by Roadmap Consortium
+GSM605303	Generated by Roadmap Consortium
+GSM701488_0	Generated by Roadmap Consortium
+GSM669961	Generated by Roadmap Consortium
+GSM543019	Generated by Roadmap Consortium
+GSM429323_1	Generated by Roadmap Consortium
+GSM753442_0	Generated by Roadmap Consortium
+GSM605306	Generated by Roadmap Consortium
+GSM772727_0	Generated by Roadmap Consortium
+GSM613846	Generated by Roadmap Consortium
+GSM605307	Generated by Roadmap Consortium
+GSM706083_0	Generated by Roadmap Consortium
+GSM613842	Generated by Roadmap Consortium
+GSM613843	Generated by Roadmap Consortium
+GSM621632	Generated by Roadmap Consortium
+GSM621633	Generated by Roadmap Consortium
+GSM621630	Generated by Roadmap Consortium
+GSM621631	Generated by Roadmap Consortium
+GSM621636	Generated by Roadmap Consortium
+GSM621637	Generated by Roadmap Consortium
+GSM521918	Generated by Roadmap Consortium
+GSM521919	Generated by Roadmap Consortium
+GSM706845_0	Generated by Roadmap Consortium
+GSM521917	Generated by Roadmap Consortium
+GSM521914	Generated by Roadmap Consortium
+GSM521915	Generated by Roadmap Consortium
+GSM521912	Generated by Roadmap Consortium
+GSM521913	Generated by Roadmap Consortium
+GSM767355_0	Generated by Roadmap Consortium
+GSM521911	Generated by Roadmap Consortium
+GSM752977_0	Generated by Roadmap Consortium
+GSM621458	Generated by Roadmap Consortium
+GSM621459	Generated by Roadmap Consortium
+GSM774202_0	Generated by Roadmap Consortium
+GSM621353	Generated by Roadmap Consortium
+GSM621347	Generated by Roadmap Consortium
+GSM753435_0	Generated by Roadmap Consortium
+GSM621672	Generated by Roadmap Consortium
+GSM621450	Generated by Roadmap Consortium
+GSM621451	Generated by Roadmap Consortium
+GSM621456	Generated by Roadmap Consortium
+GSM621457	Generated by Roadmap Consortium
+GSM621454	Generated by Roadmap Consortium
+GSM621673	Generated by Roadmap Consortium
+GSM670029	Generated by Roadmap Consortium
+GSM670028	Generated by Roadmap Consortium
+GSM613908	Generated by Roadmap Consortium
+GSM621345	Generated by Roadmap Consortium
+GSM707012_0	Generated by Roadmap Consortium
+GSM669964	Generated by Roadmap Consortium
+GSM701530_0	Generated by Roadmap Consortium
+GSM670021	Generated by Roadmap Consortium
+GSM670020	Generated by Roadmap Consortium
+GSM670023	Generated by Roadmap Consortium
+GSM670022	Generated by Roadmap Consortium
+GSM670025	Generated by Roadmap Consortium
+GSM670024	Generated by Roadmap Consortium
+GSM670027	Generated by Roadmap Consortium
+GSM670026	Generated by Roadmap Consortium
+GSM723023_0	Generated by Roadmap Consortium
+GSM806948_0	Generated by Roadmap Consortium
+GSM537619	Generated by Roadmap Consortium
+GSM706999_0	Generated by Roadmap Consortium
+GSM613833	Generated by Roadmap Consortium
+GSM537615	Generated by Roadmap Consortium
+GSM537612	Generated by Roadmap Consortium
+GSM537613	Generated by Roadmap Consortium
+GSM595928_1	Generated by Roadmap Consortium
+GSM665827	Generated by Roadmap Consortium
+GSM669985	Generated by Roadmap Consortium
+GSM669986	Generated by Roadmap Consortium
+GSM665824	Generated by Roadmap Consortium
+GSM669980	Generated by Roadmap Consortium
+GSM669981	Generated by Roadmap Consortium
+GSM669982	Generated by Roadmap Consortium
+GSM669983	Generated by Roadmap Consortium
+GSM774224_0	Generated by Roadmap Consortium
+GSM595923_1	Generated by Roadmap Consortium
+GSM669988	Generated by Roadmap Consortium
+GSM669989	Generated by Roadmap Consortium
+GSM665829	Generated by Roadmap Consortium
+GSM665828	Generated by Roadmap Consortium
+GSM621348	Generated by Roadmap Consortium
+GSM751279_0	Generated by Roadmap Consortium
+GSM669619	Generated by Roadmap Consortium
+GSM595925_1	Generated by Roadmap Consortium
+GSM707014_0	Generated by Roadmap Consortium
+GSM595930	Generated by Roadmap Consortium
+GSM753428_0	Generated by Roadmap Consortium
+GSM669600	Generated by Roadmap Consortium
+GSM468801	Generated by Roadmap Consortium
+GSM706058_1	Generated by Roadmap Consortium
+GSM675543_1	Generated by Roadmap Consortium
+GSM706837_0	Generated by Roadmap Consortium
+GSM621421	Generated by Roadmap Consortium
+GSM752971_0	Generated by Roadmap Consortium
+GSM665814	Generated by Roadmap Consortium
+GSM486714	Generated by Roadmap Consortium
+GSM753974_0	Generated by Roadmap Consortium
+GSM486710	Generated by Roadmap Consortium
+GSM486711	Generated by Roadmap Consortium
+GSM486712	Generated by Roadmap Consortium
+GSM613892	Generated by Roadmap Consortium
+GSM707010_0	Generated by Roadmap Consortium
+GSM409312	Generated by Roadmap Consortium
+GSM621559	Generated by Roadmap Consortium
+GSM706844_0	Generated by Roadmap Consortium
+GSM706056_0	Generated by Roadmap Consortium
+GSM706847_0	Generated by Roadmap Consortium
+GSM706071_0	Generated by Roadmap Consortium
+GSM537666	Generated by Roadmap Consortium
+GSM621702	Generated by Roadmap Consortium
+GSM433167	Generated by Roadmap Consortium
+GSM621414	Generated by Roadmap Consortium
+GSM621730	Generated by Roadmap Consortium
+GSM701499_0	Generated by Roadmap Consortium
+GSM706851_0	Generated by Roadmap Consortium
+GSM621415	Generated by Roadmap Consortium
+GSM543013	Generated by Roadmap Consortium
+GSM706849_0	Generated by Roadmap Consortium
+GSM621412	Generated by Roadmap Consortium
+GSM706054_1	Generated by Roadmap Consortium
+GSM432685_1	Generated by Roadmap Consortium
+GSM621413	Generated by Roadmap Consortium
+GSM667609	Generated by Roadmap Consortium
+GSM667608	Generated by Roadmap Consortium
+GSM706075_0	Generated by Roadmap Consortium
+GSM537661	Generated by Roadmap Consortium
+GSM706848_0	Generated by Roadmap Consortium
+GSM706065_0	Generated by Roadmap Consortium
+GSM701491_0	Generated by Roadmap Consortium
+GSM621411	Generated by Roadmap Consortium
+GSM613919	Generated by Roadmap Consortium
+GSM432687_1	Generated by Roadmap Consortium
+GSM438363_0	Generated by Roadmap Consortium
+GSM701497_0	Generated by Roadmap Consortium
+GSM751275_0	Generated by Roadmap Consortium
+GSM595921_1	Generated by Roadmap Consortium
+GSM613898	Generated by Roadmap Consortium
+GSM521889	Generated by Roadmap Consortium
+GSM701536_0	Generated by Roadmap Consortium
+GSM521884	Generated by Roadmap Consortium
+GSM521885	Generated by Roadmap Consortium
+GSM521886	Generated by Roadmap Consortium
+GSM521887	Generated by Roadmap Consortium
+GSM521880	Generated by Roadmap Consortium
+GSM521881	Generated by Roadmap Consortium
+GSM521883	Generated by Roadmap Consortium
+GSM613888	Generated by Roadmap Consortium
+GSM613889	Generated by Roadmap Consortium
+GSM774219_0	Generated by Roadmap Consortium
+GSM537669	Generated by Roadmap Consortium
+GSM621422	Generated by Roadmap Consortium
+GSM613880	Generated by Roadmap Consortium
+GSM613881	Generated by Roadmap Consortium
+GSM613882	Generated by Roadmap Consortium
+GSM613883	Generated by Roadmap Consortium
+GSM613884	Generated by Roadmap Consortium
+GSM613885	Generated by Roadmap Consortium
+GSM613886	Generated by Roadmap Consortium
+GSM613887	Generated by Roadmap Consortium
+GSM605300	Generated by Roadmap Consortium
+GSM605301	Generated by Roadmap Consortium
+GSM669968	Generated by Roadmap Consortium
+GSM669969	Generated by Roadmap Consortium
+GSM605304	Generated by Roadmap Consortium
+GSM605305	Generated by Roadmap Consortium
+GSM621678	Generated by Roadmap Consortium
+GSM621679	Generated by Roadmap Consortium
+GSM669962	Generated by Roadmap Consortium
+GSM669963	Generated by Roadmap Consortium
+GSM621674	Generated by Roadmap Consortium
+GSM621675	Generated by Roadmap Consortium
+GSM669966	Generated by Roadmap Consortium
+GSM669967	Generated by Roadmap Consortium
+GSM621670	Generated by Roadmap Consortium
+GSM669965	Generated by Roadmap Consortium
+GSM706079_0	Generated by Roadmap Consortium
+GSM706050_0	Generated by Roadmap Consortium
+GSM669609	Generated by Roadmap Consortium
+GSM669608	Generated by Roadmap Consortium
+GSM537676	Generated by Roadmap Consortium
+GSM723024_0	Generated by Roadmap Consortium
+GSM669603	Generated by Roadmap Consortium
+GSM669602	Generated by Roadmap Consortium
+GSM669601	Generated by Roadmap Consortium
+GSM621424	Generated by Roadmap Consortium
+GSM669607	Generated by Roadmap Consortium
+GSM669606	Generated by Roadmap Consortium
+GSM669605	Generated by Roadmap Consortium
+GSM669604	Generated by Roadmap Consortium
+GSM621416	Generated by Roadmap Consortium
+GSM621417	Generated by Roadmap Consortium
+GSM537665	Generated by Roadmap Consortium
+GSM537664	Generated by Roadmap Consortium
+GSM537663	Generated by Roadmap Consortium
+GSM537662	Generated by Roadmap Consortium
+GSM621410	Generated by Roadmap Consortium
+GSM537660	Generated by Roadmap Consortium
+GSM621557	Generated by Roadmap Consortium
+GSM621552	Generated by Roadmap Consortium
+GSM621418	Generated by Roadmap Consortium
+GSM537668	Generated by Roadmap Consortium
+GSM621676	Generated by Roadmap Consortium
+GSM670064	Generated by Roadmap Consortium
+GSM670067	Generated by Roadmap Consortium
+GSM670060	Generated by Roadmap Consortium
+GSM670062	Generated by Roadmap Consortium
+GSM752972_0	Generated by Roadmap Consortium
+GSM670069	Generated by Roadmap Consortium
+GSM772734_1	Generated by Roadmap Consortium
+GSM772734_0	Generated by Roadmap Consortium
+GSM751278_0	Generated by Roadmap Consortium
+GSM706052_0	Generated by Roadmap Consortium
+GSM753446_0	Generated by Roadmap Consortium
+GSM669987	Generated by Roadmap Consortium
+GSM432685	Generated by Roadmap Consortium
+GSM806934_0	Generated by Roadmap Consortium
+GSM774212_0	Generated by Roadmap Consortium
+GSM701541_0	Generated by Roadmap Consortium
+GSM613875	Generated by Roadmap Consortium
+GSM613874	Generated by Roadmap Consortium
+GSM613877	Generated by Roadmap Consortium
+GSM613876	Generated by Roadmap Consortium
+GSM613871	Generated by Roadmap Consortium
+GSM613870	Generated by Roadmap Consortium
+GSM613873	Generated by Roadmap Consortium
+GSM613872	Generated by Roadmap Consortium
+GSM670091	Generated by Roadmap Consortium
+GSM543029	Generated by Roadmap Consortium
+GSM613879	Generated by Roadmap Consortium
+GSM613878	Generated by Roadmap Consortium
+GSM665819	Generated by Roadmap Consortium
+GSM752974_0	Generated by Roadmap Consortium
+GSM670057	Generated by Roadmap Consortium
+GSM428286	Generated by Roadmap Consortium
+GSM602254_1	Generated by Roadmap Consortium
+GSM621357	Generated by Roadmap Consortium
+GSM432686_1	Generated by Roadmap Consortium
+GSM774230_0	Generated by Roadmap Consortium
+GSM670050	Generated by Roadmap Consortium
+GSM450268	Generated by Roadmap Consortium
+GSM723021_0	Generated by Roadmap Consortium
+GSM706857_0	Generated by Roadmap Consortium
+GSM663427	Generated by Roadmap Consortium
+GSM670051	Generated by Roadmap Consortium
+GSM701515_0	Generated by Roadmap Consortium
+GSM670020_1	Generated by Roadmap Consortium
+GSM706076_0	Generated by Roadmap Consortium
+GSM669588_0	Generated by Roadmap Consortium
+GSM753445_0	Generated by Roadmap Consortium
+GSM774236_0	Generated by Roadmap Consortium
+GSM670053	Generated by Roadmap Consortium
+GSM767348_0	Generated by Roadmap Consortium
+GSM701513_0	Generated by Roadmap Consortium
+GSM613821	Generated by Roadmap Consortium
+GSM493624	Generated by Roadmap Consortium
+GSM595918	Generated by Roadmap Consortium
+GSM621763	Generated by Roadmap Consortium
+GSM753427_0	Generated by Roadmap Consortium
+GSM621391	Generated by Roadmap Consortium
+GSM621390	Generated by Roadmap Consortium
+GSM621393	Generated by Roadmap Consortium
+GSM621392	Generated by Roadmap Consortium
+GSM621395	Generated by Roadmap Consortium
+GSM621397	Generated by Roadmap Consortium
+GSM621396	Generated by Roadmap Consortium
+GSM621399	Generated by Roadmap Consortium
+GSM621398	Generated by Roadmap Consortium
+GSM613903	Generated by Roadmap Consortium
+GSM707019_0	Generated by Roadmap Consortium
+GSM613905	Generated by Roadmap Consortium
+GSM753433_0	Generated by Roadmap Consortium
+GSM613907	Generated by Roadmap Consortium
+GSM521870	Generated by Roadmap Consortium
+GSM706066_0	Generated by Roadmap Consortium
+GSM706081_0	Generated by Roadmap Consortium
+GSM707011_0	Generated by Roadmap Consortium
+GSM753448_0	Generated by Roadmap Consortium
+GSM706053_0	Generated by Roadmap Consortium
+GSM613901	Generated by Roadmap Consortium
+GSM753434_0	Generated by Roadmap Consortium
+GSM701518_0	Generated by Roadmap Consortium
+GSM701535_0	Generated by Roadmap Consortium
+GSM670084	Generated by Roadmap Consortium
+GSM621419	Generated by Roadmap Consortium
+GSM772732_0	Generated by Roadmap Consortium
+GSM670055	Generated by Roadmap Consortium
+GSM753425_0	Generated by Roadmap Consortium
+GSM701537_0	Generated by Roadmap Consortium
+GSM669582_0	Generated by Roadmap Consortium
+GSM706068_0	Generated by Roadmap Consortium
+GSM774222_0	Generated by Roadmap Consortium
+GSM806943_0	Generated by Roadmap Consortium
+GSM752990_0	Generated by Roadmap Consortium
+GSM667641	Generated by Roadmap Consortium
+GSM667640	Generated by Roadmap Consortium
+GSM667643	Generated by Roadmap Consortium
+GSM667642	Generated by Roadmap Consortium
+GSM767351_0	Generated by Roadmap Consortium
+GSM621765	Generated by Roadmap Consortium
+GSM670080	Generated by Roadmap Consortium
+GSM752968_0	Generated by Roadmap Consortium
+GSM537710	Generated by Roadmap Consortium
+GSM543021	Generated by Roadmap Consortium
+GSM595929_1	Generated by Roadmap Consortium
+GSM789280_0	Generated by Roadmap Consortium
+GSM774232_0	Generated by Roadmap Consortium
+GSM774216_0	Generated by Roadmap Consortium
+GSM774243_0	Generated by Roadmap Consortium
+GSM543011	Generated by Roadmap Consortium
+GSM602255_1	Generated by Roadmap Consortium
+GSM595920_1	Generated by Roadmap Consortium
+GSM752991_0	Generated by Roadmap Consortium
+GSM774239_0	Generated by Roadmap Consortium
+GSM595922_1	Generated by Roadmap Consortium
+GSM774210_0	Generated by Roadmap Consortium
+GSM669910	Generated by Roadmap Consortium
+GSM670089	Generated by Roadmap Consortium
+GSM774207_0	Generated by Roadmap Consortium
+GSM429322_1	Generated by Roadmap Consortium
+GSM806940_0	Generated by Roadmap Consortium
+GSM669926	Generated by Roadmap Consortium
+GSM669927	Generated by Roadmap Consortium
+GSM669924	Generated by Roadmap Consortium
+GSM669925	Generated by Roadmap Consortium
+GSM621737	Generated by Roadmap Consortium
+GSM669923	Generated by Roadmap Consortium
+GSM669920	Generated by Roadmap Consortium
+GSM669921	Generated by Roadmap Consortium
+GSM602253	Generated by Roadmap Consortium
+GSM602252	Generated by Roadmap Consortium
+GSM621739	Generated by Roadmap Consortium
+GSM621738	Generated by Roadmap Consortium
+GSM602257	Generated by Roadmap Consortium
+GSM602256	Generated by Roadmap Consortium
+GSM669928	Generated by Roadmap Consortium
+GSM669971	Generated by Roadmap Consortium
+GSM669942	Generated by Roadmap Consortium
+GSM767344_0	Generated by Roadmap Consortium
+GSM450270	Generated by Roadmap Consortium
+GSM595926_1	Generated by Roadmap Consortium
+GSM595925	Generated by Roadmap Consortium
+GSM621690	Generated by Roadmap Consortium
+GSM621691	Generated by Roadmap Consortium
+GSM621692	Generated by Roadmap Consortium
+GSM621693	Generated by Roadmap Consortium
+GSM621694	Generated by Roadmap Consortium
+GSM621695	Generated by Roadmap Consortium
+GSM621696	Generated by Roadmap Consortium
+GSM751282_0	Generated by Roadmap Consortium
+GSM701520_0	Generated by Roadmap Consortium
+GSM621699	Generated by Roadmap Consortium
+GSM701532_0	Generated by Roadmap Consortium
+GSM602253_1	Generated by Roadmap Consortium
+GSM669612	Generated by Roadmap Consortium
+GSM752978_0	Generated by Roadmap Consortium
+GSM701492_0	Generated by Roadmap Consortium
+GSM602251_1	Generated by Roadmap Consortium
+GSM752986_0	Generated by Roadmap Consortium
+GSM789281_0	Generated by Roadmap Consortium
+GSM669586_0	Generated by Roadmap Consortium
+GSM605339	Generated by Roadmap Consortium
+GSM605338	Generated by Roadmap Consortium
+GSM753429_0	Generated by Roadmap Consortium
+GSM751281_0	Generated by Roadmap Consortium
+GSM701517_0	Generated by Roadmap Consortium
+GSM774234_0	Generated by Roadmap Consortium
+GSM605330	Generated by Roadmap Consortium
+GSM605333	Generated by Roadmap Consortium
+GSM605332	Generated by Roadmap Consortium
+GSM605335	Generated by Roadmap Consortium
+GSM605334	Generated by Roadmap Consortium
+GSM605337	Generated by Roadmap Consortium
+GSM605336	Generated by Roadmap Consortium
+GSM521923	Generated by Roadmap Consortium
+GSM521922	Generated by Roadmap Consortium
+GSM521921	Generated by Roadmap Consortium
+GSM521927	Generated by Roadmap Consortium
+GSM521926	Generated by Roadmap Consortium
+GSM521925	Generated by Roadmap Consortium
+GSM521924	Generated by Roadmap Consortium
+GSM521929	Generated by Roadmap Consortium
+GSM521928	Generated by Roadmap Consortium
+GSM493387	Generated by Roadmap Consortium
+GSM752993_0	Generated by Roadmap Consortium
+GSM621677	Generated by Roadmap Consortium
+GSM774238_0	Generated by Roadmap Consortium
+GSM613897	Generated by Roadmap Consortium
+GSM493386	Generated by Roadmap Consortium
+GSM621634	Generated by Roadmap Consortium
+GSM669978	Generated by Roadmap Consortium
+GSM621635	Generated by Roadmap Consortium
+GSM751276_0	Generated by Roadmap Consortium
+GSM621461	Generated by Roadmap Consortium
+GSM621460	Generated by Roadmap Consortium
+GSM670038	Generated by Roadmap Consortium
+GSM670039	Generated by Roadmap Consortium
+GSM493615	Generated by Roadmap Consortium
+GSM543027	Generated by Roadmap Consortium
+GSM670032	Generated by Roadmap Consortium
+GSM670033	Generated by Roadmap Consortium
+GSM670030	Generated by Roadmap Consortium
+GSM670031	Generated by Roadmap Consortium
+GSM670036	Generated by Roadmap Consortium
+GSM670037	Generated by Roadmap Consortium
+GSM670034	Generated by Roadmap Consortium
+GSM670035	Generated by Roadmap Consortium
+GSM432392	Generated by Roadmap Consortium
+GSM621639	Generated by Roadmap Consortium
+GSM613891	Generated by Roadmap Consortium
+GSM706860_0	Generated by Roadmap Consortium
+GSM613890	Generated by Roadmap Consortium
+GSM543023	Generated by Roadmap Consortium
+GSM537623	Generated by Roadmap Consortium
+GSM537622	Generated by Roadmap Consortium
+GSM537621	Generated by Roadmap Consortium
+GSM537620	Generated by Roadmap Consortium
+GSM537627	Generated by Roadmap Consortium
+GSM537626	Generated by Roadmap Consortium
+GSM537625	Generated by Roadmap Consortium
+GSM537624	Generated by Roadmap Consortium
+GSM450266	Generated by Roadmap Consortium
+GSM537629	Generated by Roadmap Consortium
+GSM537628	Generated by Roadmap Consortium
+GSM613826	Generated by Roadmap Consortium
+GSM621667	Generated by Roadmap Consortium
+GSM432691_1	Generated by Roadmap Consortium
+GSM669972	Generated by Roadmap Consortium
+GSM669974	Generated by Roadmap Consortium
+GSM773048_0	Generated by Roadmap Consortium
+GSM774235_0	Generated by Roadmap Consortium
+GSM621661	Generated by Roadmap Consortium
+GSM701494_0	Generated by Roadmap Consortium
+GSM605302	Generated by Roadmap Consortium
+GSM621660	Generated by Roadmap Consortium
+GSM595920	Generated by Roadmap Consortium
+GSM595921	Generated by Roadmap Consortium
+GSM595922	Generated by Roadmap Consortium
+GSM595923	Generated by Roadmap Consortium
+GSM595924	Generated by Roadmap Consortium
+GSM621663	Generated by Roadmap Consortium
+GSM595926	Generated by Roadmap Consortium
+GSM595927	Generated by Roadmap Consortium
+GSM595928	Generated by Roadmap Consortium
+GSM595929	Generated by Roadmap Consortium
+GSM621406	Generated by Roadmap Consortium
+GSM669976	Generated by Roadmap Consortium
+GSM774240_0	Generated by Roadmap Consortium
+GSM706049_0	Generated by Roadmap Consortium
+GSM806935_0	Generated by Roadmap Consortium
+GSM469968	Generated by Roadmap Consortium
+GSM701498_0	Generated by Roadmap Consortium
+GSM669622	Generated by Roadmap Consortium
+GSM429321_1	Generated by Roadmap Consortium
+GSM409308	Generated by Roadmap Consortium
+GSM409307_1	Generated by Roadmap Consortium
+GSM774213_0	Generated by Roadmap Consortium
+GSM752975_0	Generated by Roadmap Consortium
+GSM621453	Generated by Roadmap Consortium
+GSM774209_0	Generated by Roadmap Consortium
+GSM806937_0	Generated by Roadmap Consortium
+GSM806939_0	Generated by Roadmap Consortium
+GSM669940	Generated by Roadmap Consortium
+GSM669889	Generated by Roadmap Consortium
+GSM433179	Generated by Roadmap Consortium
+GSM669941	Generated by Roadmap Consortium
+GSM669885	Generated by Roadmap Consortium
+GSM433176	Generated by Roadmap Consortium
+GSM669886	Generated by Roadmap Consortium
+GSM433170	Generated by Roadmap Consortium
+GSM433171	Generated by Roadmap Consortium
+GSM701516_0	Generated by Roadmap Consortium
+GSM774231_0	Generated by Roadmap Consortium
+GSM706841_0	Generated by Roadmap Consortium
+GSM621657	Generated by Roadmap Consortium
+GSM669944	Generated by Roadmap Consortium
+GSM621455	Generated by Roadmap Consortium
+GSM774233_0	Generated by Roadmap Consortium
+GSM706047_0	Generated by Roadmap Consortium
+GSM669945	Generated by Roadmap Consortium
+GSM752979_0	Generated by Roadmap Consortium
+GSM667618	Generated by Roadmap Consortium
+GSM667619	Generated by Roadmap Consortium
+GSM621652	Generated by Roadmap Consortium
+GSM773047_0	Generated by Roadmap Consortium
+GSM667612	Generated by Roadmap Consortium
+GSM667613	Generated by Roadmap Consortium
+GSM667610	Generated by Roadmap Consortium
+GSM621653	Generated by Roadmap Consortium
+GSM667616	Generated by Roadmap Consortium
+GSM667617	Generated by Roadmap Consortium
+GSM667614	Generated by Roadmap Consortium
+GSM667615	Generated by Roadmap Consortium
+GSM665838	Generated by Roadmap Consortium
+GSM665839	Generated by Roadmap Consortium
+GSM774237_0	Generated by Roadmap Consortium
+GSM701505_0	Generated by Roadmap Consortium
+GSM621714	Generated by Roadmap Consortium
+GSM665830	Generated by Roadmap Consortium
+GSM665831	Generated by Roadmap Consortium
+GSM665832	Generated by Roadmap Consortium
+GSM665833	Generated by Roadmap Consortium
+GSM665834	Generated by Roadmap Consortium
+GSM665835	Generated by Roadmap Consortium
+GSM665836	Generated by Roadmap Consortium
+GSM665837	Generated by Roadmap Consortium
+GSM521871	Generated by Roadmap Consortium
+GSM537652	Generated by Roadmap Consortium
+GSM521873	Generated by Roadmap Consortium
+GSM521875	Generated by Roadmap Consortium
+GSM521874	Generated by Roadmap Consortium
+GSM521877	Generated by Roadmap Consortium
+GSM537653	Generated by Roadmap Consortium
+GSM521879	Generated by Roadmap Consortium
+GSM521878	Generated by Roadmap Consortium
+GSM753449_0	Generated by Roadmap Consortium
+GSM772733_0	Generated by Roadmap Consortium
+GSM621407	Generated by Roadmap Consortium
+GSM595916_1	Generated by Roadmap Consortium
+GSM767354_0	Generated by Roadmap Consortium
+GSM753426_0	Generated by Roadmap Consortium
+GSM595914_1	Generated by Roadmap Consortium
+GSM701534_0	Generated by Roadmap Consortium
+GSM621401	Generated by Roadmap Consortium
+GSM537657	Generated by Roadmap Consortium
+GSM621643	Generated by Roadmap Consortium
+GSM621642	Generated by Roadmap Consortium
+GSM621641	Generated by Roadmap Consortium
+GSM621640	Generated by Roadmap Consortium
+GSM621647	Generated by Roadmap Consortium
+GSM621403	Generated by Roadmap Consortium
+GSM621645	Generated by Roadmap Consortium
+GSM621644	Generated by Roadmap Consortium
+GSM621760	Generated by Roadmap Consortium
+GSM669956	Generated by Roadmap Consortium
+GSM669955	Generated by Roadmap Consortium
+GSM669954	Generated by Roadmap Consortium
+GSM669953	Generated by Roadmap Consortium
+GSM669952	Generated by Roadmap Consortium
+GSM669951	Generated by Roadmap Consortium
+GSM669950	Generated by Roadmap Consortium
+GSM669597	Generated by Roadmap Consortium
+GSM433174	Generated by Roadmap Consortium
+GSM669595	Generated by Roadmap Consortium
+GSM669594	Generated by Roadmap Consortium
+GSM669593	Generated by Roadmap Consortium
+GSM669592	Generated by Roadmap Consortium
+GSM669591	Generated by Roadmap Consortium
+GSM669590	Generated by Roadmap Consortium
+GSM669614	Generated by Roadmap Consortium
+GSM669615	Generated by Roadmap Consortium
+GSM669993	Generated by Roadmap Consortium
+GSM669617	Generated by Roadmap Consortium
+GSM669610	Generated by Roadmap Consortium
+GSM669887	Generated by Roadmap Consortium
+GSM621709	Generated by Roadmap Consortium
+GSM669613	Generated by Roadmap Consortium
+GSM466734	Generated by Roadmap Consortium
+GSM605308	Generated by Roadmap Consortium
+GSM433177	Generated by Roadmap Consortium
+GSM706854_0	Generated by Roadmap Consortium
+GSM466732	Generated by Roadmap Consortium
+GSM752992_0	Generated by Roadmap Consortium
+GSM701495_0	Generated by Roadmap Consortium
+GSM675546_1	Generated by Roadmap Consortium
+GSM466739	Generated by Roadmap Consortium
+GSM670077	Generated by Roadmap Consortium
+GSM670075	Generated by Roadmap Consortium
+GSM670073	Generated by Roadmap Consortium
+GSM670070	Generated by Roadmap Consortium
+GSM621606	Generated by Roadmap Consortium
+GSM706061_1	Generated by Roadmap Consortium
+GSM706061_0	Generated by Roadmap Consortium
+GSM605309	Generated by Roadmap Consortium
+GSM773046_0	Generated by Roadmap Consortium
+GSM767347_0	Generated by Roadmap Consortium
+GSM701511_0	Generated by Roadmap Consortium
+GSM701512_0	Generated by Roadmap Consortium
+GSM537704	Generated by Roadmap Consortium
+GSM537705	Generated by Roadmap Consortium
+GSM537706	Generated by Roadmap Consortium
+GSM537707	Generated by Roadmap Consortium
+GSM537700	Generated by Roadmap Consortium
+GSM434776	Generated by Roadmap Consortium
+GSM537702	Generated by Roadmap Consortium
+GSM621423	Generated by Roadmap Consortium
+GSM772731_0	Generated by Roadmap Consortium
+GSM537708	Generated by Roadmap Consortium
+GSM537709	Generated by Roadmap Consortium
+GSM613868	Generated by Roadmap Consortium
+GSM613869	Generated by Roadmap Consortium
+GSM616128	Generated by Roadmap Consortium
+GSM616129	Generated by Roadmap Consortium
+GSM701533_0	Generated by Roadmap Consortium
+GSM602251	Generated by Roadmap Consortium
+GSM595919_1	Generated by Roadmap Consortium
+GSM602252_1	Generated by Roadmap Consortium
+GSM706078_0	Generated by Roadmap Consortium
+GSM701496_0	Generated by Roadmap Consortium
+GSM616127	Generated by Roadmap Consortium
+GSM537685	Generated by Roadmap Consortium
+GSM537684	Generated by Roadmap Consortium
+GSM537687	Generated by Roadmap Consortium
+GSM537686	Generated by Roadmap Consortium
+GSM537681	Generated by Roadmap Consortium
+GSM537680	Generated by Roadmap Consortium
+GSM537683	Generated by Roadmap Consortium
+GSM537682	Generated by Roadmap Consortium
+GSM706850_0	Generated by Roadmap Consortium
+GSM537674	Generated by Roadmap Consortium
+GSM537689	Generated by Roadmap Consortium
+GSM537688	Generated by Roadmap Consortium
+GSM753432_0	Generated by Roadmap Consortium
+GSM701500_0	Generated by Roadmap Consortium
+GSM602256_1	Generated by Roadmap Consortium
+GSM706067_0	Generated by Roadmap Consortium
+GSM543005	Generated by Roadmap Consortium
+GSM751271_0	Generated by Roadmap Consortium
+GSM537678	Generated by Roadmap Consortium
+GSM537679	Generated by Roadmap Consortium
+GSM621429	Generated by Roadmap Consortium
+GSM621428	Generated by Roadmap Consortium
+GSM621386	Generated by Roadmap Consortium
+GSM621387	Generated by Roadmap Consortium
+GSM706836_0	Generated by Roadmap Consortium
+GSM537670	Generated by Roadmap Consortium
+GSM537671	Generated by Roadmap Consortium
+GSM621388	Generated by Roadmap Consortium
+GSM621389	Generated by Roadmap Consortium
+GSM621427	Generated by Roadmap Consortium
+GSM621426	Generated by Roadmap Consortium
+GSM621425	Generated by Roadmap Consortium
+GSM537677	Generated by Roadmap Consortium
+GSM665801	Generated by Roadmap Consortium
+GSM665800	Generated by Roadmap Consortium
+GSM665803	Generated by Roadmap Consortium
+GSM665802	Generated by Roadmap Consortium
+GSM665805	Generated by Roadmap Consortium
+GSM665804	Generated by Roadmap Consortium
+GSM665807	Generated by Roadmap Consortium
+GSM665806	Generated by Roadmap Consortium
+GSM665808	Generated by Roadmap Consortium
+GSM701522_0	Generated by Roadmap Consortium
+GSM670046	Generated by Roadmap Consortium
+GSM595919	Generated by Roadmap Consortium
+GSM621420	Generated by Roadmap Consortium
+GSM621671	Generated by Roadmap Consortium
+GSM595913	Generated by Roadmap Consortium
+GSM595915	Generated by Roadmap Consortium
+GSM595914	Generated by Roadmap Consortium
+GSM595917	Generated by Roadmap Consortium
+GSM595916	Generated by Roadmap Consortium
+GSM543034	Generated by Roadmap Consortium
+GSM751273_0	Generated by Roadmap Consortium
+GSM774226_0	Generated by Roadmap Consortium
+GSM701531_0	Generated by Roadmap Consortium
+GSM806936_0	Generated by Roadmap Consortium
+GSM621560	Generated by Roadmap Consortium
+GSM468792	Generated by Roadmap Consortium
+GSM613834	Generated by Roadmap Consortium
+GSM751287_0	Generated by Roadmap Consortium
+GSM595917_1	Generated by Roadmap Consortium
+GSM613837	Generated by Roadmap Consortium
+GSM752970_0	Generated by Roadmap Consortium
+GSM669625	Generated by Roadmap Consortium
+GSM669624	Generated by Roadmap Consortium
+GSM667611	Generated by Roadmap Consortium
+GSM669621	Generated by Roadmap Consortium
+GSM669620	Generated by Roadmap Consortium
+GSM669623	Generated by Roadmap Consortium
+GSM665826	Generated by Roadmap Consortium
+GSM432690_1	Generated by Roadmap Consortium
+GSM774201_0	Generated by Roadmap Consortium
+GSM621561	Generated by Roadmap Consortium
+GSM665825	Generated by Roadmap Consortium
+GSM669919	Generated by Roadmap Consortium
+GSM669918	Generated by Roadmap Consortium
+GSM706048_0	Generated by Roadmap Consortium
+GSM701529_0	Generated by Roadmap Consortium
+GSM669913	Generated by Roadmap Consortium
+GSM669912	Generated by Roadmap Consortium
+GSM669911	Generated by Roadmap Consortium
+GSM621629	Generated by Roadmap Consortium
+GSM669917	Generated by Roadmap Consortium
+GSM669916	Generated by Roadmap Consortium
+GSM669915	Generated by Roadmap Consortium
+GSM669914	Generated by Roadmap Consortium
+GSM621725	Generated by Roadmap Consortium
+GSM621726	Generated by Roadmap Consortium
+GSM621727	Generated by Roadmap Consortium
+GSM602254	Generated by Roadmap Consortium
+GSM665821	Generated by Roadmap Consortium
+GSM621715	Generated by Roadmap Consortium
+GSM665820	Generated by Roadmap Consortium
+GSM621728	Generated by Roadmap Consortium
+GSM621729	Generated by Roadmap Consortium
+GSM751277_0	Generated by Roadmap Consortium
+GSM707013_0	Generated by Roadmap Consortium
+GSM752969_0	Generated by Roadmap Consortium
+GSM537672	Generated by Roadmap Consortium
+GSM669618	Generated by Roadmap Consortium
+GSM774217_0	Generated by Roadmap Consortium
+GSM669929_1	Generated by Roadmap Consortium
+GSM774214_0	Generated by Roadmap Consortium
+GSM410808	Generated by Roadmap Consortium
+GSM753438_0	Generated by Roadmap Consortium
+GSM410807	Generated by Roadmap Consortium
+GSM706074_0	Generated by Roadmap Consortium
+GSM701521_0	Generated by Roadmap Consortium
+GSM693278_0	Generated by Roadmap Consortium
+GSM753440_0	Generated by Roadmap Consortium
+GSM774220_0	Generated by Roadmap Consortium
+GSM706046_0	Generated by Roadmap Consortium
+GSM595924_1	Generated by Roadmap Consortium
+GSM753436_0	Generated by Roadmap Consortium
+GSM707017_0	Generated by Roadmap Consortium
+GSM707000_0	Generated by Roadmap Consortium
+GSM450239	Generated by Roadmap Consortium
+GSM469973	Generated by Roadmap Consortium
+GSM621592	Generated by Roadmap Consortium
+GSM469971	Generated by Roadmap Consortium
+GSM605329	Generated by Roadmap Consortium
+GSM469975	Generated by Roadmap Consortium
+GSM469974	Generated by Roadmap Consortium
+GSM605322	Generated by Roadmap Consortium
+GSM605323	Generated by Roadmap Consortium
+GSM605320	Generated by Roadmap Consortium
+GSM605321	Generated by Roadmap Consortium
+GSM605327	Generated by Roadmap Consortium
+GSM605324	Generated by Roadmap Consortium
+GSM605325	Generated by Roadmap Consortium
+GSM543004	Generated by Roadmap Consortium
+GSM621750	Generated by Roadmap Consortium
+GSM621753	Generated by Roadmap Consortium
+GSM621752	Generated by Roadmap Consortium
+GSM621755	Generated by Roadmap Consortium
+GSM621754	Generated by Roadmap Consortium
+GSM621757	Generated by Roadmap Consortium
+GSM621756	Generated by Roadmap Consortium
+GSM621759	Generated by Roadmap Consortium
+GSM621758	Generated by Roadmap Consortium
+GSM707023_0	Generated by Roadmap Consortium
+GSM543009	Generated by Roadmap Consortium
+GSM432692_1	Generated by Roadmap Consortium
+GSM537641	Generated by Roadmap Consortium
+GSM537640	Generated by Roadmap Consortium
+GSM537643	Generated by Roadmap Consortium
+GSM537642	Generated by Roadmap Consortium
+GSM537645	Generated by Roadmap Consortium
+GSM602259	Generated by Roadmap Consortium
+GSM537646	Generated by Roadmap Consortium
+GSM537649	Generated by Roadmap Consortium
+GSM537648	Generated by Roadmap Consortium
+GSM774242_0	Generated by Roadmap Consortium
+GSM537675	Generated by Roadmap Consortium
+GSM751285_0	Generated by Roadmap Consortium
+GSM774203_0	Generated by Roadmap Consortium
+GSM707008_0	Generated by Roadmap Consortium
+GSM670009	Generated by Roadmap Consortium
+GSM670008	Generated by Roadmap Consortium
+GSM670007	Generated by Roadmap Consortium
+GSM670006	Generated by Roadmap Consortium
+GSM670005	Generated by Roadmap Consortium
+GSM670004	Generated by Roadmap Consortium
+GSM670003	Generated by Roadmap Consortium
+GSM670002	Generated by Roadmap Consortium
+GSM670001	Generated by Roadmap Consortium
+GSM670000	Generated by Roadmap Consortium
+GSM774211_0	Generated by Roadmap Consortium
+GSM707007	Generated by Roadmap Consortium
+GSM537634	Generated by Roadmap Consortium
+GSM537635	Generated by Roadmap Consortium
+GSM537636	Generated by Roadmap Consortium
+GSM537637	Generated by Roadmap Consortium
+GSM537630	Generated by Roadmap Consortium
+GSM537631	Generated by Roadmap Consortium
+GSM537632	Generated by Roadmap Consortium
+GSM537633	Generated by Roadmap Consortium
+GSM613816	Generated by Roadmap Consortium
+GSM613815	Generated by Roadmap Consortium
+GSM613814	Generated by Roadmap Consortium
+GSM613813	Generated by Roadmap Consortium
+GSM613812	Generated by Roadmap Consortium
+GSM613811	Generated by Roadmap Consortium
+GSM707003	Generated by Roadmap Consortium
+GSM753430_0	Generated by Roadmap Consortium
+GSM753431_0	Generated by Roadmap Consortium
+GSM701503_0	Generated by Roadmap Consortium
+GSM675545_1	Generated by Roadmap Consortium
+GSM456941	Generated by Roadmap Consortium
+GSM753447_0	Generated by Roadmap Consortium
+GSM605328	Generated by Roadmap Consortium
+GSM530662	Generated by Roadmap Consortium
+GSM530663	Generated by Roadmap Consortium
+GSM530660	Generated by Roadmap Consortium
+GSM469970	Generated by Roadmap Consortium
+GSM530666	Generated by Roadmap Consortium
+GSM706060_1	Generated by Roadmap Consortium
+GSM530664	Generated by Roadmap Consortium
+GSM669959	Generated by Roadmap Consortium
+GSM706859_0	Generated by Roadmap Consortium
+GSM706070_0	Generated by Roadmap Consortium
+GSM701540_0	Generated by Roadmap Consortium
+GSM773045_0	Generated by Roadmap Consortium
+GSM701487_0	Generated by Roadmap Consortium
+GSM701528_0	Generated by Roadmap Consortium
+GSM767349_0	Generated by Roadmap Consortium
+GSM521931	Generated by Roadmap Consortium
+GSM752967_0	Generated by Roadmap Consortium
+GSM621595	Generated by Roadmap Consortium
+GSM753441_0	Generated by Roadmap Consortium
+GSM543031	Generated by Roadmap Consortium
+GSM621594	Generated by Roadmap Consortium
+GSM773042_0	Generated by Roadmap Consortium
+GSM752987_0	Generated by Roadmap Consortium
+GSM707016_0	Generated by Roadmap Consortium
+GSM621638	Generated by Roadmap Consortium
+GSM693277_0	Generated by Roadmap Consortium
+GSM752962_0	Generated by Roadmap Consortium
+GSM706058_0	Generated by Roadmap Consortium
+GSM773041_0	Generated by Roadmap Consortium
+GSM613847	Generated by Roadmap Consortium
+GSM621599	Generated by Roadmap Consortium
+GSM706843_0	Generated by Roadmap Consortium
+GSM706055_1	Generated by Roadmap Consortium
+GSM621598	Generated by Roadmap Consortium
+GSM669898	Generated by Roadmap Consortium
+GSM669899	Generated by Roadmap Consortium
+GSM669896	Generated by Roadmap Consortium
+GSM669897	Generated by Roadmap Consortium
+GSM669894	Generated by Roadmap Consortium
+GSM669895	Generated by Roadmap Consortium
+GSM669892	Generated by Roadmap Consortium
+GSM669893	Generated by Roadmap Consortium
+GSM669890	Generated by Roadmap Consortium
+GSM669891	Generated by Roadmap Consortium
+GSM432689	Generated by Roadmap Consortium
+GSM432688	Generated by Roadmap Consortium
+GSM774229_0	Generated by Roadmap Consortium
+GSM432686	Generated by Roadmap Consortium
+GSM751270_0	Generated by Roadmap Consortium
+GSM701524_0	Generated by Roadmap Consortium
+GSM602258	Generated by Roadmap Consortium
+GSM752984_0	Generated by Roadmap Consortium
+GSM432687	Generated by Roadmap Consortium
+GSM521933	Generated by Roadmap Consortium
+GSM701507_0	Generated by Roadmap Consortium
+GSM621751	Generated by Roadmap Consortium
+GSM493620	Generated by Roadmap Consortium
+GSM706082_0	Generated by Roadmap Consortium
+GSM493626	Generated by Roadmap Consortium
+GSM667629	Generated by Roadmap Consortium
+GSM667628	Generated by Roadmap Consortium
+GSM667627	Generated by Roadmap Consortium
+GSM667626	Generated by Roadmap Consortium
+GSM667625	Generated by Roadmap Consortium
+GSM667624	Generated by Roadmap Consortium
+GSM667623	Generated by Roadmap Consortium
+GSM667622	Generated by Roadmap Consortium
+GSM667621	Generated by Roadmap Consortium
+GSM667620	Generated by Roadmap Consortium
+GSM543007	Generated by Roadmap Consortium
+GSM669973	Generated by Roadmap Consortium
+GSM751283_0	Generated by Roadmap Consortium
+GSM521930	Generated by Roadmap Consortium
+GSM706855_0	Generated by Roadmap Consortium
+GSM774208_0	Generated by Roadmap Consortium
+GSM595927_1	Generated by Roadmap Consortium
+GSM706835_0	Generated by Roadmap Consortium
+GSM774223_0	Generated by Roadmap Consortium
+GSM521866	Generated by Roadmap Consortium
+GSM521932	Generated by Roadmap Consortium
+GSM806944_0	Generated by Roadmap Consortium
+GSM493385	Generated by Roadmap Consortium
+GSM493384	Generated by Roadmap Consortium
+GSM521868	Generated by Roadmap Consortium
+GSM521869	Generated by Roadmap Consortium
+GSM772724_0	Generated by Roadmap Consortium
+GSM669585_0	Generated by Roadmap Consortium
+GSM621444	Generated by Roadmap Consortium
+GSM806946_0	Generated by Roadmap Consortium
+GSM621655	Generated by Roadmap Consortium
+GSM773043_0	Generated by Roadmap Consortium
+GSM701523_0	Generated by Roadmap Consortium
+GSM621646	Generated by Roadmap Consortium
+GSM621654	Generated by Roadmap Consortium
+GSM669589	Generated by Roadmap Consortium
+GSM621656	Generated by Roadmap Consortium
+GSM669943	Generated by Roadmap Consortium
+GSM621650	Generated by Roadmap Consortium
+GSM621651	Generated by Roadmap Consortium
+GSM669946	Generated by Roadmap Consortium
+GSM669947	Generated by Roadmap Consortium
+GSM669948	Generated by Roadmap Consortium
+GSM669949	Generated by Roadmap Consortium
+GSM669958	Generated by Roadmap Consortium
+GSM621658	Generated by Roadmap Consortium
+GSM621659	Generated by Roadmap Consortium
+GSM621713	Generated by Roadmap Consortium
+GSM621665	Generated by Roadmap Consortium
+GSM669957	Generated by Roadmap Consortium
+GSM772725_0	Generated by Roadmap Consortium
+GSM693275_0	Generated by Roadmap Consortium
+GSM752965_0	Generated by Roadmap Consortium
+GSM752988_0	Generated by Roadmap Consortium
+GSM701519_0	Generated by Roadmap Consortium
+GSM707001_0	Generated by Roadmap Consortium
+GSM701489_0	Generated by Roadmap Consortium
+GSM806942_0	Generated by Roadmap Consortium
+GSM621649	Generated by Roadmap Consortium
+GSM595918_1	Generated by Roadmap Consortium
+GSM774205_0	Generated by Roadmap Consortium
+GSM670049	Generated by Roadmap Consortium
+GSM621648	Generated by Roadmap Consortium
+GSM707022_0	Generated by Roadmap Consortium
+GSM706051_0	Generated by Roadmap Consortium
+GSM752981_0	Generated by Roadmap Consortium
+GSM670043	Generated by Roadmap Consortium
+GSM670042	Generated by Roadmap Consortium
+GSM670041	Generated by Roadmap Consortium
+GSM670040	Generated by Roadmap Consortium
+GSM670047	Generated by Roadmap Consortium
+GSM621664	Generated by Roadmap Consortium
+GSM670045	Generated by Roadmap Consortium
+GSM670044	Generated by Roadmap Consortium
+GSM675545	Generated by Roadmap Consortium
+GSM675544	Generated by Roadmap Consortium
+GSM675546	Generated by Roadmap Consortium
+GSM675543	Generated by Roadmap Consortium
+GSM675542	Generated by Roadmap Consortium
+GSM613911	Generated by Roadmap Consortium
+GSM621767	Generated by Roadmap Consortium
+GSM767346_0	Generated by Roadmap Consortium
+GSM706858_0	Generated by Roadmap Consortium
+GSM613859	Generated by Roadmap Consortium
+GSM752985_0	Generated by Roadmap Consortium
+GSM537647	Generated by Roadmap Consortium
+GSM669596	Generated by Roadmap Consortium
+GSM613853	Generated by Roadmap Consortium
+GSM450236	Generated by Roadmap Consortium
+GSM613857	Generated by Roadmap Consortium
+GSM613856	Generated by Roadmap Consortium
+GSM706073_0	Generated by Roadmap Consortium
+GSM613818	Generated by Roadmap Consortium
+GSM707006	Generated by Roadmap Consortium
+GSM595913_1	Generated by Roadmap Consortium
+GSM707004	Generated by Roadmap Consortium
+GSM707005	Generated by Roadmap Consortium
+GSM521909	Generated by Roadmap Consortium
+GSM521908	Generated by Roadmap Consortium
+GSM434762	Generated by Roadmap Consortium
+GSM543035	Generated by Roadmap Consortium
+GSM521904	Generated by Roadmap Consortium
+GSM521907	Generated by Roadmap Consortium
+GSM521906	Generated by Roadmap Consortium
+GSM521901	Generated by Roadmap Consortium
+GSM521900	Generated by Roadmap Consortium
+GSM521903	Generated by Roadmap Consortium
+GSM521902	Generated by Roadmap Consortium
+GSM621449	Generated by Roadmap Consortium
+GSM621448	Generated by Roadmap Consortium
+GSM753973_0	Generated by Roadmap Consortium
+GSM665823	Generated by Roadmap Consortium
+GSM493617	Generated by Roadmap Consortium
+GSM621732	Generated by Roadmap Consortium
+GSM621441	Generated by Roadmap Consortium
+GSM621666	Generated by Roadmap Consortium
+GSM621443	Generated by Roadmap Consortium
+GSM621442	Generated by Roadmap Consortium
+GSM621445	Generated by Roadmap Consortium
+GSM605316	Generated by Roadmap Consortium
+GSM621447	Generated by Roadmap Consortium
+GSM621446	Generated by Roadmap Consortium
+GSM537696	Generated by Roadmap Consortium
+GSM537697	Generated by Roadmap Consortium
+GSM537694	Generated by Roadmap Consortium
+GSM537695	Generated by Roadmap Consortium
+GSM537692	Generated by Roadmap Consortium
+GSM537693	Generated by Roadmap Consortium
+GSM537690	Generated by Roadmap Consortium
+GSM537691	Generated by Roadmap Consortium
+GSM774241_0	Generated by Roadmap Consortium
+GSM669922	Generated by Roadmap Consortium
+GSM753437_0	Generated by Roadmap Consortium
+GSM669616	Generated by Roadmap Consortium
+GSM537698	Generated by Roadmap Consortium
+GSM434785	Generated by Roadmap Consortium
+GSM669584_0	Generated by Roadmap Consortium
+GSM665822	Generated by Roadmap Consortium
+GSM621735	Generated by Roadmap Consortium
+GSM669587_0	Generated by Roadmap Consortium
+GSM621734	Generated by Roadmap Consortium
+GSM595930_1	Generated by Roadmap Consortium
+GSM669611	Generated by Roadmap Consortium
+GSM701493_0	Generated by Roadmap Consortium
+GSM706057_1	Generated by Roadmap Consortium
+GSM621438	Generated by Roadmap Consortium
+GSM621439	Generated by Roadmap Consortium
+GSM773049_0	Generated by Roadmap Consortium
+GSM621434	Generated by Roadmap Consortium
+GSM621435	Generated by Roadmap Consortium
+GSM621436	Generated by Roadmap Consortium
+GSM621437	Generated by Roadmap Consortium
+GSM621430	Generated by Roadmap Consortium
+GSM621431	Generated by Roadmap Consortium
+GSM621432	Generated by Roadmap Consortium
+GSM621433	Generated by Roadmap Consortium
+GSM665812	Generated by Roadmap Consortium
+GSM669992	Generated by Roadmap Consortium
+GSM669991	Generated by Roadmap Consortium
+GSM669990	Generated by Roadmap Consortium
+GSM669997	Generated by Roadmap Consortium
+GSM669996	Generated by Roadmap Consortium
+GSM669995	Generated by Roadmap Consortium
+GSM669994	Generated by Roadmap Consortium
+GSM774204_0	Generated by Roadmap Consortium
+GSM669999	Generated by Roadmap Consortium
+GSM669998	Generated by Roadmap Consortium
+GSM707009_0	Generated by Roadmap Consortium
+GSM767356_0	Generated by Roadmap Consortium
+GSM772728_0	Generated by Roadmap Consortium
+GSM466737	Generated by Roadmap Consortium
+GSM602255	Generated by Roadmap Consortium
+GSM706839_0	Generated by Roadmap Consortium
+GSM669929	Generated by Roadmap Consortium
+GSM595915_1	Generated by Roadmap Consortium
+GSM767350_0	Generated by Roadmap Consortium
+GSM701501_0	Generated by Roadmap Consortium
+GSM429322	Generated by Roadmap Consortium
+GSM701526_0	Generated by Roadmap Consortium
+GSM767343_0	Generated by Roadmap Consortium
+GSM621719	Generated by Roadmap Consortium
+GSM806947_0	Generated by Roadmap Consortium
+GSM486702	Generated by Roadmap Consortium
+GSM772735_0	Generated by Roadmap Consortium
+GSM486707	Generated by Roadmap Consortium
+GSM486706	Generated by Roadmap Consortium
+GSM486705	Generated by Roadmap Consortium
+GSM486704	Generated by Roadmap Consortium
+GSM486709	Generated by Roadmap Consortium
+GSM486708	Generated by Roadmap Consortium
+GSM753439_0	Generated by Roadmap Consortium
+GSM767352_0	Generated by Roadmap Consortium
+GSM806938_0	Generated by Roadmap Consortium
+GSM706080_0	Generated by Roadmap Consortium
+GSM621718	Generated by Roadmap Consortium
+GSM669599	Generated by Roadmap Consortium
+GSM774244_0	Generated by Roadmap Consortium
+GSM701510_0	Generated by Roadmap Consortium
+GSM429321	Generated by Roadmap Consortium
+GSM707021_0	Generated by Roadmap Consortium
+GSM706838_0	Generated by Roadmap Consortium
+GSM669908	Generated by Roadmap Consortium
+GSM669909	Generated by Roadmap Consortium
+GSM669904	Generated by Roadmap Consortium
+GSM669905	Generated by Roadmap Consortium
+GSM669906	Generated by Roadmap Consortium
+GSM669907	Generated by Roadmap Consortium
+GSM669901	Generated by Roadmap Consortium
+GSM772723_0	Generated by Roadmap Consortium
+GSM605311	Generated by Roadmap Consortium
+GSM707018_0	Generated by Roadmap Consortium
+GSM706853_0	Generated by Roadmap Consortium
+GSM767341_0	Generated by Roadmap Consortium
+GSM613923	Generated by Roadmap Consortium
+GSM693276_0	Generated by Roadmap Consortium
+GSM543017	Generated by Roadmap Consortium
+GSM752983_0	Generated by Roadmap Consortium
+GSM706054_0	Generated by Roadmap Consortium
+GSM706077_0	Generated by Roadmap Consortium
+GSM774221_0	Generated by Roadmap Consortium
+GSM613920	Generated by Roadmap Consortium
+GSM752963_0	Generated by Roadmap Consortium
+GSM670087	Generated by Roadmap Consortium
+GSM605310	Generated by Roadmap Consortium
+GSM521899	Generated by Roadmap Consortium
+GSM521898	Generated by Roadmap Consortium
+GSM773044_0	Generated by Roadmap Consortium
+GSM670081	Generated by Roadmap Consortium
+GSM665813	Generated by Roadmap Consortium
+GSM521893	Generated by Roadmap Consortium
+GSM521892	Generated by Roadmap Consortium
+GSM521890	Generated by Roadmap Consortium
+GSM521897	Generated by Roadmap Consortium
+GSM665810	Generated by Roadmap Consortium
+GSM521895	Generated by Roadmap Consortium
+GSM521894	Generated by Roadmap Consortium
+GSM701506_0	Generated by Roadmap Consortium
+GSM665811	Generated by Roadmap Consortium
+GSM613913	Generated by Roadmap Consortium
+GSM665816	Generated by Roadmap Consortium
+GSM774228_0	Generated by Roadmap Consortium
+GSM774206_0	Generated by Roadmap Consortium
+GSM665817	Generated by Roadmap Consortium
+GSM669979	Generated by Roadmap Consortium
+GSM469965	Generated by Roadmap Consortium
+GSM469966	Generated by Roadmap Consortium
+GSM469967	Generated by Roadmap Consortium
+GSM621669	Generated by Roadmap Consortium
+GSM621668	Generated by Roadmap Consortium
+GSM605319	Generated by Roadmap Consortium
+GSM605318	Generated by Roadmap Consortium
+GSM605317	Generated by Roadmap Consortium
+GSM669970	Generated by Roadmap Consortium
+GSM605315	Generated by Roadmap Consortium
+GSM605314	Generated by Roadmap Consortium
+GSM669975	Generated by Roadmap Consortium
+GSM605312	Generated by Roadmap Consortium
+GSM669977	Generated by Roadmap Consortium
+GSM621662	Generated by Roadmap Consortium
+GSM621742	Generated by Roadmap Consortium
+GSM621743	Generated by Roadmap Consortium
+GSM621740	Generated by Roadmap Consortium
+GSM621741	Generated by Roadmap Consortium
+GSM621746	Generated by Roadmap Consortium
+GSM621747	Generated by Roadmap Consortium
+GSM621744	Generated by Roadmap Consortium
+GSM621745	Generated by Roadmap Consortium
+GSM751280_0	Generated by Roadmap Consortium
+GSM621748	Generated by Roadmap Consortium
+GSM621749	Generated by Roadmap Consortium
+GSM701502_0	Generated by Roadmap Consortium
+GSM665818	Generated by Roadmap Consortium
+GSM621405	Generated by Roadmap Consortium
+GSM621404	Generated by Roadmap Consortium
+GSM537650	Generated by Roadmap Consortium
+GSM537651	Generated by Roadmap Consortium
+GSM537656	Generated by Roadmap Consortium
+GSM621400	Generated by Roadmap Consortium
+GSM537654	Generated by Roadmap Consortium
+GSM621402	Generated by Roadmap Consortium
+GSM621562	Generated by Roadmap Consortium
+GSM537658	Generated by Roadmap Consortium
+GSM537659	Generated by Roadmap Consortium
+GSM621409	Generated by Roadmap Consortium
+GSM621567	Generated by Roadmap Consortium
+GSM621564	Generated by Roadmap Consortium
+GSM806945_0	Generated by Roadmap Consortium
+GSM670010	Generated by Roadmap Consortium
+GSM670011	Generated by Roadmap Consortium
+GSM670012	Generated by Roadmap Consortium
+GSM670013	Generated by Roadmap Consortium
+GSM670014	Generated by Roadmap Consortium
+GSM670015	Generated by Roadmap Consortium
+GSM670016	Generated by Roadmap Consortium
+GSM670017	Generated by Roadmap Consortium
+GSM670018	Generated by Roadmap Consortium
+GSM670019	Generated by Roadmap Consortium
+GSM428289	Generated by Roadmap Consortium
+GSM706059_0	Generated by Roadmap Consortium
+GSM706059_1	Generated by Roadmap Consortium
+GSM706064_0	Generated by Roadmap Consortium
+GSM432688_1	Generated by Roadmap Consortium
+GSM665815	Generated by Roadmap Consortium
+GSM665037	Generated by Roadmap Consortium
+GSM537638	Generated by Roadmap Consortium
+GSM806941_0	Generated by Roadmap Consortium
+GSM752964_0	Generated by Roadmap Consortium
+GSM772726_0	Generated by Roadmap Consortium
+GSM537639	Generated by Roadmap Consortium
+GSM751288_0	Generated by Roadmap Consortium
+GSM772729_0	Generated by Roadmap Consortium
+GSM774227_0	Generated by Roadmap Consortium
+GSM707015_0	Generated by Roadmap Consortium
+GSM774215_0	Generated by Roadmap Consortium
+GSM772730_0	Generated by Roadmap Consortium
+GSM752989_0	Generated by Roadmap Consortium
+GSM428291	Generated by Roadmap Consortium
+GSM621721	Generated by Roadmap Consortium
+GSM701538_0	Generated by Roadmap Consortium
+GSM428295	Generated by Roadmap Consortium
+GSM428296	Generated by Roadmap Consortium
+GSM752982_0	Generated by Roadmap Consortium
+GSM751286_0	Generated by Roadmap Consortium
+GSM613917	Generated by Roadmap Consortium
+GSM537699	Generated by Roadmap Consortium
+GSM751272_0	Generated by Roadmap Consortium
+GSM530657	Generated by Roadmap Consortium
+GSM530656	Generated by Roadmap Consortium
+GSM530655	Generated by Roadmap Consortium
+GSM530654	Generated by Roadmap Consortium
+GSM530653	Generated by Roadmap Consortium
+GSM530652	Generated by Roadmap Consortium
+GSM530651	Generated by Roadmap Consortium
+GSM613829	Generated by Roadmap Consortium
+GSM706072_0	Generated by Roadmap Consortium
+GSM484408	Generated by Roadmap Consortium
+GSM706852_0	Generated by Roadmap Consortium
+GSM613896	Generated by Roadmap Consortium
+GSM530659	Generated by Roadmap Consortium
+GSM530658	Generated by Roadmap Consortium
+GSM701508_0	Generated by Roadmap Consortium
+GSM751284_0	Generated by Roadmap Consortium
+GSM613867	Generated by Roadmap Consortium
+GSM701514_0	Generated by Roadmap Consortium
+GSM613914	Generated by Roadmap Consortium
+GSM613864	Generated by Roadmap Consortium
+GSM706856_0	Generated by Roadmap Consortium
+GSM701509_0	Generated by Roadmap Consortium
+GSM675542_1	Generated by Roadmap Consortium
+GSM752976_0	Generated by Roadmap Consortium
+GSM613862	Generated by Roadmap Consortium
+GSM537701	Generated by Roadmap Consortium
+GSM432689_1	Generated by Roadmap Consortium
+GSM701490_0	Generated by Roadmap Consortium
+GSM706840_0	Generated by Roadmap Consortium
+GSM537703	Generated by Roadmap Consortium
+GSM701525_0	Generated by Roadmap Consortium
+GSM621591	Generated by Roadmap Consortium
+GSM706842_0	Generated by Roadmap Consortium
+GSM707002_0	Generated by Roadmap Consortium
+GSM767342_0	Generated by Roadmap Consortium
+GSM789284_0	Generated by Roadmap Consortium
+GSM751274_0	Generated by Roadmap Consortium
+GSM432692	Generated by Roadmap Consortium
+GSM613894	Generated by Roadmap Consortium
+GSM432690	Generated by Roadmap Consortium
+GSM432691	Generated by Roadmap Consortium
+GSM543025	Generated by Roadmap Consortium
+GSM706053_1	Generated by Roadmap Consortium
+GSM667630	Generated by Roadmap Consortium
+GSM667631	Generated by Roadmap Consortium
+GSM667632	Generated by Roadmap Consortium
+GSM667633	Generated by Roadmap Consortium
+GSM667634	Generated by Roadmap Consortium
+GSM667635	Generated by Roadmap Consortium
+GSM667636	Generated by Roadmap Consortium
+GSM667637	Generated by Roadmap Consortium
+GSM667638	Generated by Roadmap Consortium
+GSM667639	Generated by Roadmap Consortium
+GSM707020_0	Generated by Roadmap Consortium
+GSM767345_0	Generated by Roadmap Consortium
+GSM701504_0	Generated by Roadmap Consortium
+GSM530661	Generated by Roadmap Consortium
+GSM752980_0	Generated by Roadmap Consortium
+GSM669888	Generated by Roadmap Consortium
+GSM613893	Generated by Roadmap Consortium
+GSM706060_0	Generated by Roadmap Consortium
+GSM706057_0	Generated by Roadmap Consortium
+GSM701539_0	Generated by Roadmap Consortium
+GSM706846_0	Generated by Roadmap Consortium
+GSM774225_0	Generated by Roadmap Consortium
+GSM773025_0	Generated by Roadmap Consortium
+GSM772941_0	Generated by Roadmap Consortium
+GSM772745_0	Generated by Roadmap Consortium
+GSM772786_0	Generated by Roadmap Consortium
+GSM773023_0	Generated by Roadmap Consortium
+GSM772855_0	Generated by Roadmap Consortium
+GSM772780_0	Generated by Roadmap Consortium
+GSM772747_0	Generated by Roadmap Consortium
+GSM773038_0	Generated by Roadmap Consortium
+GSM773021_0	Generated by Roadmap Consortium
+GSM772749_0	Generated by Roadmap Consortium
+GSM772900_0	Generated by Roadmap Consortium
+GSM772947_0	Generated by Roadmap Consortium
+GSM772906_0	Generated by Roadmap Consortium
+GSM772945_0	Generated by Roadmap Consortium
+GSM772943_0	Generated by Roadmap Consortium
+GSM772741_0	Generated by Roadmap Consortium
+GSM772743_0	Generated by Roadmap Consortium
+GSM772948_0	Generated by Roadmap Consortium
+GSM772884_0	Generated by Roadmap Consortium
+GSM772996_0	Generated by Roadmap Consortium
+GSM772763_0	Generated by Roadmap Consortium
+GSM772925_0	Generated by Roadmap Consortium
+GSM772826_0	Generated by Roadmap Consortium
+GSM773000_0	Generated by Roadmap Consortium
+GSM772789_0	Generated by Roadmap Consortium
+GSM772902_0	Generated by Roadmap Consortium
+GSM772983_0	Generated by Roadmap Consortium
+GSM773002_0	Generated by Roadmap Consortium
+GSM772882_0	Generated by Roadmap Consortium
+GSM772909_0	Generated by Roadmap Consortium
+GSM772880_0	Generated by Roadmap Consortium
+GSM772807_0	Generated by Roadmap Consortium
+GSM772929_0	Generated by Roadmap Consortium
+GSM772767_0	Generated by Roadmap Consortium
+GSM772774_0	Generated by Roadmap Consortium
+GSM772765_0	Generated by Roadmap Consortium
+GSM772981_0	Generated by Roadmap Consortium
+GSM772922_0	Generated by Roadmap Consortium
+GSM773004_0	Generated by Roadmap Consortium
+GSM772842_0	Generated by Roadmap Consortium
+GSM772987_0	Generated by Roadmap Consortium
+GSM773031_0	Generated by Roadmap Consortium
+GSM773028_0	Generated by Roadmap Consortium
+GSM773033_0	Generated by Roadmap Consortium
+GSM773006_0	Generated by Roadmap Consortium
+GSM772840_0	Generated by Roadmap Consortium
+GSM772769_0	Generated by Roadmap Consortium
+GSM773026_0	Generated by Roadmap Consortium
+GSM773035_0	Generated by Roadmap Consortium
+GSM772905_0	Generated by Roadmap Consortium
+GSM773024_0	Generated by Roadmap Consortium
+GSM772920_0	Generated by Roadmap Consortium
+GSM772846_0	Generated by Roadmap Consortium
+GSM772844_0	Generated by Roadmap Consortium
+GSM772744_0	Generated by Roadmap Consortium
+GSM773022_0	Generated by Roadmap Consortium
+GSM772868_0	Generated by Roadmap Consortium
+GSM772746_0	Generated by Roadmap Consortium
+GSM773020_0	Generated by Roadmap Consortium
+GSM772848_0	Generated by Roadmap Consortium
+GSM772748_0	Generated by Roadmap Consortium
+GSM772864_0	Generated by Roadmap Consortium
+GSM772951_0	Generated by Roadmap Consortium
+GSM772740_0	Generated by Roadmap Consortium
+GSM772742_0	Generated by Roadmap Consortium
+GSM772866_0	Generated by Roadmap Consortium
+GSM772762_0	Generated by Roadmap Consortium
+GSM772860_0	Generated by Roadmap Consortium
+GSM772760_0	Generated by Roadmap Consortium
+GSM772862_0	Generated by Roadmap Consortium
+GSM772829_0	Generated by Roadmap Consortium
+GSM772980_0	Generated by Roadmap Consortium
+GSM772974_0	Generated by Roadmap Consortium
+GSM772802_0	Generated by Roadmap Consortium
+GSM772800_0	Generated by Roadmap Consortium
+GSM772891_0	Generated by Roadmap Consortium
+GSM772766_0	Generated by Roadmap Consortium
+GSM772988_0	Generated by Roadmap Consortium
+GSM772804_0	Generated by Roadmap Consortium
+GSM772843_0	Generated by Roadmap Consortium
+GSM772986_0	Generated by Roadmap Consortium
+GSM772972_0	Generated by Roadmap Consortium
+GSM772889_0	Generated by Roadmap Consortium
+GSM772970_0	Generated by Roadmap Consortium
+GSM772841_0	Generated by Roadmap Consortium
+GSM772768_0	Generated by Roadmap Consortium
+GSM772976_0	Generated by Roadmap Consortium
+GSM772897_0	Generated by Roadmap Consortium
+GSM772797_0	Generated by Roadmap Consortium
+GSM772950_0	Generated by Roadmap Consortium
+GSM772793_0	Generated by Roadmap Consortium
+GSM772847_0	Generated by Roadmap Consortium
+GSM772845_0	Generated by Roadmap Consortium
+GSM772917_0	Generated by Roadmap Consortium
+GSM772869_0	Generated by Roadmap Consortium
+GSM772798_0	Generated by Roadmap Consortium
+GSM772958_0	Generated by Roadmap Consortium
+GSM772911_0	Generated by Roadmap Consortium
+GSM772893_0	Generated by Roadmap Consortium
+GSM772849_0	Generated by Roadmap Consortium
+GSM772890_0	Generated by Roadmap Consortium
+GSM772895_0	Generated by Roadmap Consortium
+GSM772865_0	Generated by Roadmap Consortium
+GSM772916_0	Generated by Roadmap Consortium
+GSM772867_0	Generated by Roadmap Consortium
+GSM772957_0	Generated by Roadmap Consortium
+GSM772938_0	Generated by Roadmap Consortium
+GSM772936_0	Generated by Roadmap Consortium
+GSM773013_0	Generated by Roadmap Consortium
+GSM772915_0	Generated by Roadmap Consortium
+GSM772861_0	Generated by Roadmap Consortium
+GSM772984_0	Generated by Roadmap Consortium
+GSM772918_0	Generated by Roadmap Consortium
+GSM772863_0	Generated by Roadmap Consortium
+GSM772955_0	Generated by Roadmap Consortium
+GSM773019_0	Generated by Roadmap Consortium
+GSM772739_0	Generated by Roadmap Consortium
+GSM773017_0	Generated by Roadmap Consortium
+GSM772979_0	Generated by Roadmap Consortium
+GSM772761_0	Generated by Roadmap Consortium
+GSM772912_0	Generated by Roadmap Consortium
+GSM772790_0	Generated by Roadmap Consortium
+GSM772973_0	Generated by Roadmap Consortium
+GSM772825_0	Generated by Roadmap Consortium
+GSM772971_0	Generated by Roadmap Consortium
+GSM772977_0	Generated by Roadmap Consortium
+GSM772933_0	Generated by Roadmap Consortium
+GSM772975_0	Generated by Roadmap Consortium
+GSM772757_0	Generated by Roadmap Consortium
+GSM772828_0	Generated by Roadmap Consortium
+GSM772887_0	Generated by Roadmap Consortium
+GSM772898_0	Generated by Roadmap Consortium
+GSM772796_0	Generated by Roadmap Consortium
+GSM772953_0	Generated by Roadmap Consortium
+GSM772794_0	Generated by Roadmap Consortium
+GSM772755_0	Generated by Roadmap Consortium
+GSM772792_0	Generated by Roadmap Consortium
+GSM772818_0	Generated by Roadmap Consortium
+GSM772759_0	Generated by Roadmap Consortium
+GSM772799_0	Generated by Roadmap Consortium
+GSM772959_0	Generated by Roadmap Consortium
+GSM772811_0	Generated by Roadmap Consortium
+GSM772999_0	Generated by Roadmap Consortium
+GSM772892_0	Generated by Roadmap Consortium
+GSM772813_0	Generated by Roadmap Consortium
+GSM772910_0	Generated by Roadmap Consortium
+GSM772978_0	Generated by Roadmap Consortium
+GSM772894_0	Generated by Roadmap Consortium
+GSM772827_0	Generated by Roadmap Consortium
+GSM772751_0	Generated by Roadmap Consortium
+GSM772896_0	Generated by Roadmap Consortium
+GSM772817_0	Generated by Roadmap Consortium
+GSM772850_0	Generated by Roadmap Consortium
+GSM772956_0	Generated by Roadmap Consortium
+GSM772937_0	Generated by Roadmap Consortium
+GSM772935_0	Generated by Roadmap Consortium
+GSM772852_0	Generated by Roadmap Consortium
+GSM772995_0	Generated by Roadmap Consortium
+GSM772773_0	Generated by Roadmap Consortium
+GSM772914_0	Generated by Roadmap Consortium
+GSM772837_0	Generated by Roadmap Consortium
+GSM772835_0	Generated by Roadmap Consortium
+GSM772982_0	Generated by Roadmap Consortium
+GSM772919_0	Generated by Roadmap Consortium
+GSM772952_0	Generated by Roadmap Consortium
+GSM772833_0	Generated by Roadmap Consortium
+GSM772854_0	Generated by Roadmap Consortium
+GSM772856_0	Generated by Roadmap Consortium
+GSM772954_0	Generated by Roadmap Consortium
+GSM773018_0	Generated by Roadmap Consortium
+GSM772939_0	Generated by Roadmap Consortium
+GSM772831_0	Generated by Roadmap Consortium
+GSM772775_0	Generated by Roadmap Consortium
+GSM772821_0	Generated by Roadmap Consortium
+GSM773016_0	Generated by Roadmap Consortium
+GSM772993_0	Generated by Roadmap Consortium
+GSM772913_0	Generated by Roadmap Consortium
+GSM772872_0	Generated by Roadmap Consortium
+GSM772839_0	Generated by Roadmap Consortium
+GSM772870_0	Generated by Roadmap Consortium
+GSM772886_0	Generated by Roadmap Consortium
+GSM772899_0	Generated by Roadmap Consortium
+GSM772771_0	Generated by Roadmap Consortium
+GSM772820_0	Generated by Roadmap Consortium
+GSM772934_0	Generated by Roadmap Consortium
+GSM772878_0	Generated by Roadmap Consortium
+GSM772932_0	Generated by Roadmap Consortium
+GSM772876_0	Generated by Roadmap Consortium
+GSM772756_0	Generated by Roadmap Consortium
+GSM772997_0	Generated by Roadmap Consortium
+GSM772822_0	Generated by Roadmap Consortium
+GSM772874_0	Generated by Roadmap Consortium
+GSM772754_0	Generated by Roadmap Consortium
+GSM772819_0	Generated by Roadmap Consortium
+GSM772812_0	Generated by Roadmap Consortium
+GSM772968_0	Generated by Roadmap Consortium
+GSM772814_0	Generated by Roadmap Consortium
+GSM772752_0	Generated by Roadmap Consortium
+GSM772816_0	Generated by Roadmap Consortium
+GSM772750_0	Generated by Roadmap Consortium
+GSM772960_0	Generated by Roadmap Consortium
+GSM772998_0	Generated by Roadmap Consortium
+GSM772962_0	Generated by Roadmap Consortium
+GSM772964_0	Generated by Roadmap Consortium
+GSM772853_0	Generated by Roadmap Consortium
+GSM772994_0	Generated by Roadmap Consortium
+GSM772966_0	Generated by Roadmap Consortium
+GSM772834_0	Generated by Roadmap Consortium
+GSM772832_0	Generated by Roadmap Consortium
+GSM772764_0	Generated by Roadmap Consortium
+GSM772778_0	Generated by Roadmap Consortium
+GSM772830_0	Generated by Roadmap Consortium
+GSM772930_0	Generated by Roadmap Consortium
+GSM772857_0	Generated by Roadmap Consortium
+GSM772772_0	Generated by Roadmap Consortium
+GSM772946_0	Generated by Roadmap Consortium
+GSM772901_0	Generated by Roadmap Consortium
+GSM772770_0	Generated by Roadmap Consortium
+GSM772944_0	Generated by Roadmap Consortium
+GSM772859_0	Generated by Roadmap Consortium
+GSM772907_0	Generated by Roadmap Consortium
+GSM772942_0	Generated by Roadmap Consortium
+GSM772779_0	Generated by Roadmap Consortium
+GSM772838_0	Generated by Roadmap Consortium
+GSM772992_0	Generated by Roadmap Consortium
+GSM772873_0	Generated by Roadmap Consortium
+GSM772940_0	Generated by Roadmap Consortium
+GSM772836_0	Generated by Roadmap Consortium
+GSM772949_0	Generated by Roadmap Consortium
+GSM772924_0	Generated by Roadmap Consortium
+GSM772985_0	Generated by Roadmap Consortium
+GSM772926_0	Generated by Roadmap Consortium
+GSM772788_0	Generated by Roadmap Consortium
+GSM773001_0	Generated by Roadmap Consortium
+GSM772879_0	Generated by Roadmap Consortium
+GSM772903_0	Generated by Roadmap Consortium
+GSM772871_0	Generated by Roadmap Consortium
+GSM772883_0	Generated by Roadmap Consortium
+GSM772888_0	Generated by Roadmap Consortium
+GSM772908_0	Generated by Roadmap Consortium
+GSM772881_0	Generated by Roadmap Consortium
+GSM772877_0	Generated by Roadmap Consortium
+GSM772928_0	Generated by Roadmap Consortium
+GSM772875_0	Generated by Roadmap Consortium
+GSM772823_0	Generated by Roadmap Consortium
+GSM772885_0	Generated by Roadmap Consortium
+GSM773003_0	Generated by Roadmap Consortium
+GSM772967_0	Generated by Roadmap Consortium
+GSM772923_0	Generated by Roadmap Consortium
+GSM773005_0	Generated by Roadmap Consortium
+GSM772969_0	Generated by Roadmap Consortium
+GSM773030_0	Generated by Roadmap Consortium
+GSM773029_0	Generated by Roadmap Consortium
+GSM773032_0	Generated by Roadmap Consortium
+GSM772904_0	Generated by Roadmap Consortium
+GSM773027_0	Generated by Roadmap Consortium
+GSM773034_0	Generated by Roadmap Consortium
+GSM772858_0	Generated by Roadmap Consortium
+GSM772961_0	Generated by Roadmap Consortium
+GSM772963_0	Generated by Roadmap Consortium
+GSM772927_0	Generated by Roadmap Consortium
+GSM772921_0	Generated by Roadmap Consortium
+GSM817185	Generated by Roadmap Consortium
+GSM807392	Generated by Roadmap Consortium
+GSM807402	Generated by Roadmap Consortium
+GSM807394	Generated by Roadmap Consortium
+GSM817251	Generated by Roadmap Consortium
+GSM818038	Generated by Roadmap Consortium
+GSM916040	Generated by Roadmap Consortium
+GSM818034	Generated by Roadmap Consortium
+GSM916045	Generated by Roadmap Consortium
+GSM706062	Generated by Roadmap Consortium
+GSM772989	Generated by Roadmap Consortium
+GSM817195	Generated by Roadmap Consortium
+GSM817174	Generated by Roadmap Consortium
+GSM818056	Generated by Roadmap Consortium
+GSM817183	Generated by Roadmap Consortium
+GSM817210	Generated by Roadmap Consortium
+GSM818041	Generated by Roadmap Consortium
+GSM818042	Generated by Roadmap Consortium
+GSM817167	Generated by Roadmap Consortium
+GSM817186	Generated by Roadmap Consortium
+GSM818049	Generated by Roadmap Consortium
+GSM916042	Generated by Roadmap Consortium
+GSM818048	Generated by Roadmap Consortium
+GSM818052	Generated by Roadmap Consortium
+GSM817232	Generated by Roadmap Consortium
+GSM916019	Generated by Roadmap Consortium
+GSM817181	Generated by Roadmap Consortium
+GSM817218	Generated by Roadmap Consortium
+GSM818022	Generated by Roadmap Consortium
+GSM817206	Generated by Roadmap Consortium
+GSM916015	Generated by Roadmap Consortium
+GSM817165	Generated by Roadmap Consortium
+GSM916041	Generated by Roadmap Consortium
+GSM817225	Generated by Roadmap Consortium
+GSM916028	Generated by Roadmap Consortium
+GSM818013	Generated by Roadmap Consortium
+GSM807391	Generated by Roadmap Consortium
+GSM818012	Generated by Roadmap Consortium
+GSM818037	Generated by Roadmap Consortium
+GSM916046	Generated by Roadmap Consortium
+GSM818030	Generated by Roadmap Consortium
+GSM818023	Generated by Roadmap Consortium
+GSM817192	Generated by Roadmap Consortium
+GSM817176	Generated by Roadmap Consortium
+GSM773015	Generated by Roadmap Consortium
+GSM818025	Generated by Roadmap Consortium
+GSM817226	Generated by Roadmap Consortium
+GSM818017	Generated by Roadmap Consortium
+GSM818055	Generated by Roadmap Consortium
+GSM817168	Generated by Roadmap Consortium
+GSM817217	Generated by Roadmap Consortium
+GSM817162	Generated by Roadmap Consortium
+GSM818033	Generated by Roadmap Consortium
+GSM817163	Generated by Roadmap Consortium
+GSM916016	Generated by Roadmap Consortium
+GSM817213	Generated by Roadmap Consortium
+GSM817208	Generated by Roadmap Consortium
+GSM916014	Generated by Roadmap Consortium
+GSM773011	Generated by Roadmap Consortium
+GSM818053	Generated by Roadmap Consortium
+GSM818054	Generated by Roadmap Consortium
+GSM916030	Generated by Roadmap Consortium
+GSM817173	Generated by Roadmap Consortium
+GSM773007	Generated by Roadmap Consortium
+GSM817161	Generated by Roadmap Consortium
+GSM817164	Generated by Roadmap Consortium
+GSM817202	Generated by Roadmap Consortium
+GSM818020	Generated by Roadmap Consortium
+GSM817160	Generated by Roadmap Consortium
+GSM818028	Generated by Roadmap Consortium
+GSM818059	Generated by Roadmap Consortium
+GSM818036	Generated by Roadmap Consortium
+GSM817233	Generated by Roadmap Consortium
+GSM817201	Generated by Roadmap Consortium
+GSM817184	Generated by Roadmap Consortium
+GSM807393	Generated by Roadmap Consortium
+GSM916036	Generated by Roadmap Consortium
+GSM807399	Generated by Roadmap Consortium
+GSM817205	Generated by Roadmap Consortium
+GSM818047	Generated by Roadmap Consortium
+GSM817198	Generated by Roadmap Consortium
+GSM817237	Generated by Roadmap Consortium
+GSM817240	Generated by Roadmap Consortium
+GSM817178	Generated by Roadmap Consortium
+GSM817187	Generated by Roadmap Consortium
+GSM916027	Generated by Roadmap Consortium
+GSM817248	Generated by Roadmap Consortium
+GSM817236	Generated by Roadmap Consortium
+GSM817171	Generated by Roadmap Consortium
+GSM817239	Generated by Roadmap Consortium
+GSM818051	Generated by Roadmap Consortium
+GSM818050	Generated by Roadmap Consortium
+GSM916020	Generated by Roadmap Consortium
+GSM916044	Generated by Roadmap Consortium
+GSM817191	Generated by Roadmap Consortium
+GSM817230	Generated by Roadmap Consortium
+GSM916035	Generated by Roadmap Consortium
+GSM916048	Generated by Roadmap Consortium
+GSM916038	Generated by Roadmap Consortium
+GSM817203	Generated by Roadmap Consortium
+GSM817170	Generated by Roadmap Consortium
+GSM817211	Generated by Roadmap Consortium
+GSM773012	Generated by Roadmap Consortium
+GSM817169	Generated by Roadmap Consortium
+GSM818062	Generated by Roadmap Consortium
+GSM818021	Generated by Roadmap Consortium
+GSM773014	Generated by Roadmap Consortium
+GSM817166	Generated by Roadmap Consortium
+GSM818046	Generated by Roadmap Consortium
+GSM817207	Generated by Roadmap Consortium
+GSM817252	Generated by Roadmap Consortium
+GSM773009	Generated by Roadmap Consortium
+GSM772991	Generated by Roadmap Consortium
+GSM817188	Generated by Roadmap Consortium
+GSM916031	Generated by Roadmap Consortium
+GSM818060	Generated by Roadmap Consortium
+GSM916017	Generated by Roadmap Consortium
+GSM817243	Generated by Roadmap Consortium
+GSM706063	Generated by Roadmap Consortium
+GSM916022	Generated by Roadmap Consortium
+GSM832838	Generated by Roadmap Consortium
+GSM818009	Generated by Roadmap Consortium
+GSM817231	Generated by Roadmap Consortium
+GSM817245	Generated by Roadmap Consortium
+GSM818035	Generated by Roadmap Consortium
+GSM817216	Generated by Roadmap Consortium
+GSM818015	Generated by Roadmap Consortium
+GSM817250	Generated by Roadmap Consortium
+GSM817214	Generated by Roadmap Consortium
+GSM817235	Generated by Roadmap Consortium
+GSM818058	Generated by Roadmap Consortium
+GSM817228	Generated by Roadmap Consortium
+GSM916043	Generated by Roadmap Consortium
+GSM817229	Generated by Roadmap Consortium
+GSM817177	Generated by Roadmap Consortium
+GSM832839	Generated by Roadmap Consortium
+GSM818045	Generated by Roadmap Consortium
+GSM818044	Generated by Roadmap Consortium
+GSM817175	Generated by Roadmap Consortium
+GSM817242	Generated by Roadmap Consortium
+GSM817196	Generated by Roadmap Consortium
+GSM916026	Generated by Roadmap Consortium
+GSM817159	Generated by Roadmap Consortium
+GSM817180	Generated by Roadmap Consortium
+GSM817194	Generated by Roadmap Consortium
+GSM818008	Generated by Roadmap Consortium
+GSM818007	Generated by Roadmap Consortium
+GSM817249	Generated by Roadmap Consortium
+GSM817197	Generated by Roadmap Consortium
+GSM916034	Generated by Roadmap Consortium
+GSM807395	Generated by Roadmap Consortium
+GSM817200	Generated by Roadmap Consortium
+GSM916029	Generated by Roadmap Consortium
+GSM818026	Generated by Roadmap Consortium
+GSM818027	Generated by Roadmap Consortium
+GSM916018	Generated by Roadmap Consortium
+GSM807396	Generated by Roadmap Consortium
+GSM817189	Generated by Roadmap Consortium
+GSM818019	Generated by Roadmap Consortium
+GSM818018	Generated by Roadmap Consortium
+GSM772851	Generated by Roadmap Consortium
+GSM807403	Generated by Roadmap Consortium
+GSM818043	Generated by Roadmap Consortium
+GSM807401	Generated by Roadmap Consortium
+GSM818024	Generated by Roadmap Consortium
+GSM807398	Generated by Roadmap Consortium
+GSM817209	Generated by Roadmap Consortium
+GSM818014	Generated by Roadmap Consortium
+GSM818057	Generated by Roadmap Consortium
+GSM818063	Generated by Roadmap Consortium
+GSM817158	Generated by Roadmap Consortium
+GSM817244	Generated by Roadmap Consortium
+GSM916033	Generated by Roadmap Consortium
+GSM817193	Generated by Roadmap Consortium
+GSM818040	Generated by Roadmap Consortium
+GSM773010	Generated by Roadmap Consortium
+GSM818016	Generated by Roadmap Consortium
+GSM817253	Generated by Roadmap Consortium
+GSM817241	Generated by Roadmap Consortium
+GSM773008	Generated by Roadmap Consortium
+GSM916021	Generated by Roadmap Consortium
+GSM817220	Generated by Roadmap Consortium
+GSM772990	Generated by Roadmap Consortium
+GSM817215	Generated by Roadmap Consortium
+GSM916037	Generated by Roadmap Consortium
+GSM817212	Generated by Roadmap Consortium
+GSM817204	Generated by Roadmap Consortium
+GSM817219	Generated by Roadmap Consortium
+GSM817234	Generated by Roadmap Consortium
+GSM817227	Generated by Roadmap Consortium
+GSM817199	Generated by Roadmap Consortium
+GSM916032	Generated by Roadmap Consortium
+GSM818011	Generated by Roadmap Consortium
+GSM818010	Generated by Roadmap Consortium
+GSM916023	Generated by Roadmap Consortium
+GSM817246	Generated by Roadmap Consortium
+GSM916047	Generated by Roadmap Consortium
+GSM916025	Generated by Roadmap Consortium
+GSM818031	Generated by Roadmap Consortium
+GSM818029	Generated by Roadmap Consortium
+GSM817172	Generated by Roadmap Consortium
+GSM818061	Generated by Roadmap Consortium
+GSM817238	Generated by Roadmap Consortium
+GSM832837	Generated by Roadmap Consortium
+GSM916039	Generated by Roadmap Consortium
+GSM916024	Generated by Roadmap Consortium
+GSM817190	Generated by Roadmap Consortium
+GSM817179	Generated by Roadmap Consortium
+GSM817247	Generated by Roadmap Consortium
+GSM817182	Generated by Roadmap Consortium
+GSM818039	Generated by Roadmap Consortium
+GSM941716	Generated by Roadmap Consortium
+GSM864032	Generated by Roadmap Consortium
+GSM878643	Generated by Roadmap Consortium
+GSM941736	Generated by Roadmap Consortium
+GSM878612	Generated by Roadmap Consortium
+GSM941723	Generated by Roadmap Consortium
+GSM878630	Generated by Roadmap Consortium
+GSM941724	Generated by Roadmap Consortium
+GSM941738	Generated by Roadmap Consortium
+GSM941737	Generated by Roadmap Consortium
+GSM941721	Generated by Roadmap Consortium
+GSM864800	Generated by Roadmap Consortium
+GSM878626	Generated by Roadmap Consortium
+GSM941741	Generated by Roadmap Consortium
+GSM941740	Generated by Roadmap Consortium
+GSM878653	Generated by Roadmap Consortium
+GSM941744	Generated by Roadmap Consortium
+GSM941717	Generated by Roadmap Consortium
+GSM878641	Generated by Roadmap Consortium
+GSM878618	Generated by Roadmap Consortium
+GSM941719	Generated by Roadmap Consortium
+GSM941731	Generated by Roadmap Consortium
+GSM878650	Generated by Roadmap Consortium
+GSM941743	Generated by Roadmap Consortium
+GSM878651	Generated by Roadmap Consortium
+GSM878663	Generated by Roadmap Consortium
+GSM878637	Generated by Roadmap Consortium
+GSM941726	Generated by Roadmap Consortium
+GSM864799	Generated by Roadmap Consortium
+GSM864035	Generated by Roadmap Consortium
+GSM878647	Generated by Roadmap Consortium
+GSM941727	Generated by Roadmap Consortium
+GSM818005	Generated by Roadmap Consortium
+GSM818006	Generated by Roadmap Consortium
+GSM878652	Generated by Roadmap Consortium
+GSM878646	Generated by Roadmap Consortium
+GSM878664	Generated by Roadmap Consortium
+GSM878640	Generated by Roadmap Consortium
+GSM941735	Generated by Roadmap Consortium
+GSM878667	Generated by Roadmap Consortium
+GSM878656	Generated by Roadmap Consortium
+GSM878648	Generated by Roadmap Consortium
+GSM878665	Generated by Roadmap Consortium
+GSM878616	Generated by Roadmap Consortium
+GSM878614	Generated by Roadmap Consortium
+GSM878660	Generated by Roadmap Consortium
+GSM878622	Generated by Roadmap Consortium
+GSM878629	Generated by Roadmap Consortium
+GSM878628	Generated by Roadmap Consortium
+GSM878666	Generated by Roadmap Consortium
+GSM864034	Generated by Roadmap Consortium
+GSM878636	Generated by Roadmap Consortium
+GSM878649	Generated by Roadmap Consortium
+GSM941733	Generated by Roadmap Consortium
+GSM878639	Generated by Roadmap Consortium
+GSM878624	Generated by Roadmap Consortium
+GSM878645	Generated by Roadmap Consortium
+GSM878619	Generated by Roadmap Consortium
+GSM941713	Generated by Roadmap Consortium
+GSM878615	Generated by Roadmap Consortium
+GSM878617	Generated by Roadmap Consortium
+GSM878621	Generated by Roadmap Consortium
+GSM878625	Generated by Roadmap Consortium
+GSM878659	Generated by Roadmap Consortium
+GSM864803	Generated by Roadmap Consortium
+GSM878610	Generated by Roadmap Consortium
+GSM878631	Generated by Roadmap Consortium
+GSM878662	Generated by Roadmap Consortium
+GSM941718	Generated by Roadmap Consortium
+GSM941722	Generated by Roadmap Consortium
+GSM878644	Generated by Roadmap Consortium
+GSM941745	Generated by Roadmap Consortium
+GSM941720	Generated by Roadmap Consortium
+GSM941732	Generated by Roadmap Consortium
+GSM941730	Generated by Roadmap Consortium
+GSM941728	Generated by Roadmap Consortium
+GSM878632	Generated by Roadmap Consortium
+GSM878634	Generated by Roadmap Consortium
+GSM878661	Generated by Roadmap Consortium
+GSM878642	Generated by Roadmap Consortium
+GSM878633	Generated by Roadmap Consortium
+GSM878658	Generated by Roadmap Consortium
+GSM864801	Generated by Roadmap Consortium
+GSM864036	Generated by Roadmap Consortium
+GSM941725	Generated by Roadmap Consortium
+GSM878627	Generated by Roadmap Consortium
+GSM941714	Generated by Roadmap Consortium
+GSM941729	Generated by Roadmap Consortium
+GSM941734	Generated by Roadmap Consortium
+GSM878654	Generated by Roadmap Consortium
+GSM864037	Generated by Roadmap Consortium
+GSM878635	Generated by Roadmap Consortium
+GSM878638	Generated by Roadmap Consortium
+GSM878657	Generated by Roadmap Consortium
+GSM864802	Generated by Roadmap Consortium
+GSM878655	Generated by Roadmap Consortium
+GSM878620	Generated by Roadmap Consortium
+GSM818003	Generated by Roadmap Consortium
+GSM818004	Generated by Roadmap Consortium
+GSM878611	Generated by Roadmap Consortium
+GSM878613	Generated by Roadmap Consortium
+GSM941715	Generated by Roadmap Consortium
+GSM941742	Generated by Roadmap Consortium
+GSM941739	Generated by Roadmap Consortium
+GSM878623	Generated by Roadmap Consortium
+GSM864033	Generated by Roadmap Consortium
+GSM916050_1	Generated by ROADMAP Consortium
+GSM906404_1	Generated by ROADMAP Consortium
+GSM906382_1	Generated by ROADMAP Consortium
+GSM908967_1	Generated by ROADMAP Consortium
+GSM908953_1	Generated by ROADMAP Consortium
+GSM915326_1	Generated by ROADMAP Consortium
+GSM958149_1	Generated by ROADMAP Consortium
+GSM906414_1	Generated by ROADMAP Consortium
+GSM910565_1	Generated by ROADMAP Consortium
+GSM906411_1	Generated by ROADMAP Consortium
+GSM910581_1	Generated by ROADMAP Consortium
+GSM916053_1	Generated by ROADMAP Consortium
+GSM916093_1	Generated by ROADMAP Consortium
+GSM906419_1	Generated by ROADMAP Consortium
+GSM916088_1	Generated by ROADMAP Consortium
+GSM916065_1	Generated by ROADMAP Consortium
+GSM916091_1	Generated by ROADMAP Consortium
+GSM906401_1	Generated by ROADMAP Consortium
+GSM896163_1	Generated by ROADMAP Consortium
+GSM910567_1	Generated by ROADMAP Consortium
+GSM908957_1	Generated by ROADMAP Consortium
+GSM908965_1	Generated by ROADMAP Consortium
+GSM916090_1	Generated by ROADMAP Consortium
+GSM915334_1	Generated by ROADMAP Consortium
+GSM910582_1	Generated by ROADMAP Consortium
+GSM915328_1	Generated by ROADMAP Consortium
+GSM906403_1	Generated by ROADMAP Consortium
+GSM910559_1	Generated by ROADMAP Consortium
+GSM958154_1	Generated by ROADMAP Consortium
+GSM906387_1	Generated by ROADMAP Consortium
+GSM958165_1	Generated by ROADMAP Consortium
+GSM909312_1	Generated by ROADMAP Consortium
+GSM906420_1	Generated by ROADMAP Consortium
+GSM915335_1	Generated by ROADMAP Consortium
+GSM916059_1	Generated by ROADMAP Consortium
+GSM958168_1	Generated by ROADMAP Consortium
+GSM908955_1	Generated by ROADMAP Consortium
+GSM908949_1	Generated by ROADMAP Consortium
+GSM906407_1	Generated by ROADMAP Consortium
+GSM910566_1	Generated by ROADMAP Consortium
+GSM959126_1	Generated by ROADMAP Consortium
+GSM908958_1	Generated by ROADMAP Consortium
+GSM915322_1	Generated by ROADMAP Consortium
+GSM908962_1	Generated by ROADMAP Consortium
+GSM916079_1	Generated by ROADMAP Consortium
+GSM916055_1	Generated by ROADMAP Consortium
+GSM908947_1	Generated by ROADMAP Consortium
+GSM958169_1	Generated by ROADMAP Consortium
+GSM941753_1	Generated by ROADMAP Consortium
+GSM906379_1	Generated by ROADMAP Consortium
+GSM896165_1	Generated by ROADMAP Consortium
+GSM910568_1	Generated by ROADMAP Consortium
+GSM906405_1	Generated by ROADMAP Consortium
+GSM941752_1	Generated by ROADMAP Consortium
+GSM910564_1	Generated by ROADMAP Consortium
+GSM910577_1	Generated by ROADMAP Consortium
+GSM915333_1	Generated by ROADMAP Consortium
+GSM906415_1	Generated by ROADMAP Consortium
+GSM941748_1	Generated by ROADMAP Consortium
+GSM916074_1	Generated by ROADMAP Consortium
+GSM908960_1	Generated by ROADMAP Consortium
+GSM906394_1	Generated by ROADMAP Consortium
+GSM916051_1	Generated by ROADMAP Consortium
+GSM906396_1	Generated by ROADMAP Consortium
+GSM910583_1	Generated by ROADMAP Consortium
+GSM916064_1	Generated by ROADMAP Consortium
+GSM958179_1	Generated by ROADMAP Consortium
+GSM958173_1	Generated by ROADMAP Consortium
+GSM915331_1	Generated by ROADMAP Consortium
+GSM958171_1	Generated by ROADMAP Consortium
+GSM916063_1	Generated by ROADMAP Consortium
+GSM916061_1	Generated by ROADMAP Consortium
+GSM908964_1	Generated by ROADMAP Consortium
+GSM958180_1	Generated by ROADMAP Consortium
+GSM908940_1	Generated by ROADMAP Consortium
+GSM910576_1	Generated by ROADMAP Consortium
+GSM916085_1	Generated by ROADMAP Consortium
+GSM958159_1	Generated by ROADMAP Consortium
+GSM906397_1	Generated by ROADMAP Consortium
+GSM896162_1	Generated by ROADMAP Consortium
+GSM906413_1	Generated by ROADMAP Consortium
+GSM958175_1	Generated by ROADMAP Consortium
+GSM906388_1	Generated by ROADMAP Consortium
+GSM906400_1	Generated by ROADMAP Consortium
+GSM910558_1	Generated by ROADMAP Consortium
+GSM910556_1	Generated by ROADMAP Consortium
+GSM906409_1	Generated by ROADMAP Consortium
+GSM916092_1	Generated by ROADMAP Consortium
+GSM910560_1	Generated by ROADMAP Consortium
+GSM910572_1	Generated by ROADMAP Consortium
+GSM906381_1	Generated by ROADMAP Consortium
+GSM958174_1	Generated by ROADMAP Consortium
+GSM908963_1	Generated by ROADMAP Consortium
+GSM896166_1	Generated by ROADMAP Consortium
+GSM915330_1	Generated by ROADMAP Consortium
+GSM906416_1	Generated by ROADMAP Consortium
+GSM959125_1	Generated by ROADMAP Consortium
+GSM910584_1	Generated by ROADMAP Consortium
+GSM958160_1	Generated by ROADMAP Consortium
+GSM908961_1	Generated by ROADMAP Consortium
+GSM958157_1	Generated by ROADMAP Consortium
+GSM910561_1	Generated by ROADMAP Consortium
+GSM916052_1	Generated by ROADMAP Consortium
+GSM958177_1	Generated by ROADMAP Consortium
+GSM958153_1	Generated by ROADMAP Consortium
+GSM906393_1	Generated by ROADMAP Consortium
+GSM908937_1	Generated by ROADMAP Consortium
+GSM910580_1	Generated by ROADMAP Consortium
+GSM906418_1	Generated by ROADMAP Consortium
+GSM896164_1	Generated by ROADMAP Consortium
+GSM909313_1	Generated by ROADMAP Consortium
+GSM916062_1	Generated by ROADMAP Consortium
+GSM908945_1	Generated by ROADMAP Consortium
+GSM915332_1	Generated by ROADMAP Consortium
+GSM915325_1	Generated by ROADMAP Consortium
+GSM941747_1	Generated by ROADMAP Consortium
+GSM915329_1	Generated by ROADMAP Consortium
+GSM916083_1	Generated by ROADMAP Consortium
+GSM906410_1	Generated by ROADMAP Consortium
+GSM958151_1	Generated by ROADMAP Consortium
+GSM910569_1	Generated by ROADMAP Consortium
+GSM908941_1	Generated by ROADMAP Consortium
+GSM958162_1	Generated by ROADMAP Consortium
+GSM910571_1	Generated by ROADMAP Consortium
+GSM910555_1	Generated by ROADMAP Consortium
+GSM959124_1	Generated by ROADMAP Consortium
+GSM910579_1	Generated by ROADMAP Consortium
+GSM909311_1	Generated by ROADMAP Consortium
+GSM906417_1	Generated by ROADMAP Consortium
+GSM916081_1	Generated by ROADMAP Consortium
+GSM915324_1	Generated by ROADMAP Consortium
+GSM910588_1	Generated by ROADMAP Consortium
+GSM958172_1	Generated by ROADMAP Consortium
+GSM959044_1	Generated by ROADMAP Consortium
+GSM908942_1	Generated by ROADMAP Consortium
+GSM916072_1	Generated by ROADMAP Consortium
+GSM896161_1	Generated by ROADMAP Consortium
+GSM906412_1	Generated by ROADMAP Consortium
+GSM908938_1	Generated by ROADMAP Consortium
+GSM906423_1	Generated by ROADMAP Consortium
+GSM958161_1	Generated by ROADMAP Consortium
+GSM908966_1	Generated by ROADMAP Consortium
+GSM958167_1	Generated by ROADMAP Consortium
+GSM910573_1	Generated by ROADMAP Consortium
+GSM958182_1	Generated by ROADMAP Consortium
+GSM958170_1	Generated by ROADMAP Consortium
+GSM915336_1	Generated by ROADMAP Consortium
+GSM915320_1	Generated by ROADMAP Consortium
+GSM906406_1	Generated by ROADMAP Consortium
+GSM916073_1	Generated by ROADMAP Consortium
+GSM910586_1	Generated by ROADMAP Consortium
+GSM916086_1	Generated by ROADMAP Consortium
+GSM958176_1	Generated by ROADMAP Consortium
+GSM941746_1	Generated by ROADMAP Consortium
+GSM906392_1	Generated by ROADMAP Consortium
+GSM958178_1	Generated by ROADMAP Consortium
+GSM916057_1	Generated by ROADMAP Consortium
+GSM958164_1	Generated by ROADMAP Consortium
+GSM958166_1	Generated by ROADMAP Consortium
+GSM958155_1	Generated by ROADMAP Consortium
+GSM958156_1	Generated by ROADMAP Consortium
+GSM908951_1	Generated by ROADMAP Consortium
+GSM915337_1	Generated by ROADMAP Consortium
+GSM910575_1	Generated by ROADMAP Consortium
+GSM916070_1	Generated by ROADMAP Consortium
+GSM910587_1	Generated by ROADMAP Consortium
+GSM997220_1	Generated by ROADMAP Consortium
+GSM916067_1	Generated by ROADMAP Consortium
+GSM906390_1	Generated by ROADMAP Consortium
+GSM916094_1	Generated by ROADMAP Consortium
+GSM908939_1	Generated by ROADMAP Consortium
+GSM916060_1	Generated by ROADMAP Consortium
+GSM910574_1	Generated by ROADMAP Consortium
+GSM906391_1	Generated by ROADMAP Consortium
+GSM906399_1	Generated by ROADMAP Consortium
+GSM916078_1	Generated by ROADMAP Consortium
+GSM910585_1	Generated by ROADMAP Consortium
+GSM941751_1	Generated by ROADMAP Consortium
+GSM941749_1	Generated by ROADMAP Consortium
+GSM909314_1	Generated by ROADMAP Consortium
+GSM908956_1	Generated by ROADMAP Consortium
+GSM958152_1	Generated by ROADMAP Consortium
+GSM908946_1	Generated by ROADMAP Consortium
+GSM958150_1	Generated by ROADMAP Consortium
+GSM915323_1	Generated by ROADMAP Consortium
+GSM906402_1	Generated by ROADMAP Consortium
+GSM916068_1	Generated by ROADMAP Consortium
+GSM906398_1	Generated by ROADMAP Consortium
+GSM916058_1	Generated by ROADMAP Consortium
+GSM958181_1	Generated by ROADMAP Consortium
+GSM910557_1	Generated by ROADMAP Consortium
+GSM908944_1	Generated by ROADMAP Consortium
+GSM908954_1	Generated by ROADMAP Consortium
+GSM909310_1	Generated by ROADMAP Consortium
+GSM906422_1	Generated by ROADMAP Consortium
+GSM941750_1	Generated by ROADMAP Consortium
+GSM910562_1	Generated by ROADMAP Consortium
+GSM958158_1	Generated by ROADMAP Consortium
+GSM916087_1	Generated by ROADMAP Consortium
+GSM908968_1	Generated by ROADMAP Consortium
+GSM908952_1	Generated by ROADMAP Consortium
+GSM910563_1	Generated by ROADMAP Consortium
+GSM915321_1	Generated by ROADMAP Consortium
+GSM910578_1	Generated by ROADMAP Consortium
+GSM896167_1	Generated by ROADMAP Consortium
+GSM906395_1	Generated by ROADMAP Consortium
+GSM916049_1	Generated by ROADMAP Consortium
+GSM916080_1	Generated by ROADMAP Consortium
+GSM906380_1	Generated by ROADMAP Consortium
+GSM908943_1	Generated by ROADMAP Consortium
+GSM908959_1	Generated by ROADMAP Consortium
+GSM906389_1	Generated by ROADMAP Consortium
+GSM916066_1	Generated by ROADMAP Consortium
+GSM916071_1	Generated by ROADMAP Consortium
+GSM916069_1	Generated by ROADMAP Consortium
+GSM958163_1	Generated by ROADMAP Consortium
+GSM910570_1	Generated by ROADMAP Consortium
+GSM906408_1	Generated by ROADMAP Consortium
+GSM915338_1	Generated by ROADMAP Consortium
+GSM908948_1	Generated by ROADMAP Consortium
+GSM908950_1	Generated by ROADMAP Consortium
+GSM906421_1	Generated by ROADMAP Consortium
+GSM916054_1	Generated by ROADMAP Consortium
+GSM915327_1	Generated by ROADMAP Consortium
+E79_25_bothAc_dense	Generated by ROADMAP Consortium
+E78_25_bothAc_dense	Generated by ROADMAP Consortium
+E73_25_bothAc_dense	Generated by ROADMAP Consortium
+E72_25_bothAc_dense	Generated by ROADMAP Consortium
+E71_25_bothAc_dense	Generated by ROADMAP Consortium
+E70_25_bothAc_dense	Generated by ROADMAP Consortium
+E77_25_bothAc_dense	Generated by ROADMAP Consortium
+E76_25_bothAc_dense	Generated by ROADMAP Consortium
+E75_25_bothAc_dense	Generated by ROADMAP Consortium
+E74_25_bothAc_dense	Generated by ROADMAP Consortium
+E68_25_bothAc_dense	Generated by ROADMAP Consortium
+E69_25_bothAc_dense	Generated by ROADMAP Consortium
+E60_25_bothAc_dense	Generated by ROADMAP Consortium
+E61_25_bothAc_dense	Generated by ROADMAP Consortium
+E62_25_bothAc_dense	Generated by ROADMAP Consortium
+E63_25_bothAc_dense	Generated by ROADMAP Consortium
+E64_25_bothAc_dense	Generated by ROADMAP Consortium
+E65_25_bothAc_dense	Generated by ROADMAP Consortium
+E66_25_bothAc_dense	Generated by ROADMAP Consortium
+E67_25_bothAc_dense	Generated by ROADMAP Consortium
+E59_25_bothAc_dense	Generated by ROADMAP Consortium
+E58_25_bothAc_dense	Generated by ROADMAP Consortium
+E55_25_bothAc_dense	Generated by ROADMAP Consortium
+E54_25_bothAc_dense	Generated by ROADMAP Consortium
+E57_25_bothAc_dense	Generated by ROADMAP Consortium
+E56_25_bothAc_dense	Generated by ROADMAP Consortium
+E51_25_bothAc_dense	Generated by ROADMAP Consortium
+E50_25_bothAc_dense	Generated by ROADMAP Consortium
+E53_25_bothAc_dense	Generated by ROADMAP Consortium
+E52_25_bothAc_dense	Generated by ROADMAP Consortium
+E42_25_bothAc_dense	Generated by ROADMAP Consortium
+E43_25_bothAc_dense	Generated by ROADMAP Consortium
+E40_25_bothAc_dense	Generated by ROADMAP Consortium
+E41_25_bothAc_dense	Generated by ROADMAP Consortium
+E46_25_bothAc_dense	Generated by ROADMAP Consortium
+E47_25_bothAc_dense	Generated by ROADMAP Consortium
+E44_25_bothAc_dense	Generated by ROADMAP Consortium
+E45_25_bothAc_dense	Generated by ROADMAP Consortium
+E48_25_bothAc_dense	Generated by ROADMAP Consortium
+E49_25_bothAc_dense	Generated by ROADMAP Consortium
+E37_25_bothAc_dense	Generated by ROADMAP Consortium
+E36_25_bothAc_dense	Generated by ROADMAP Consortium
+E35_25_bothAc_dense	Generated by ROADMAP Consortium
+E34_25_bothAc_dense	Generated by ROADMAP Consortium
+E33_25_bothAc_dense	Generated by ROADMAP Consortium
+E32_25_bothAc_dense	Generated by ROADMAP Consortium
+E31_25_bothAc_dense	Generated by ROADMAP Consortium
+E30_25_bothAc_dense	Generated by ROADMAP Consortium
+E39_25_bothAc_dense	Generated by ROADMAP Consortium
+E38_25_bothAc_dense	Generated by ROADMAP Consortium
+E24_25_bothAc_dense	Generated by ROADMAP Consortium
+E25_25_bothAc_dense	Generated by ROADMAP Consortium
+E26_25_bothAc_dense	Generated by ROADMAP Consortium
+E27_25_bothAc_dense	Generated by ROADMAP Consortium
+E20_25_bothAc_dense	Generated by ROADMAP Consortium
+E21_25_bothAc_dense	Generated by ROADMAP Consortium
+E22_25_bothAc_dense	Generated by ROADMAP Consortium
+E23_25_bothAc_dense	Generated by ROADMAP Consortium
+E28_25_bothAc_dense	Generated by ROADMAP Consortium
+E29_25_bothAc_dense	Generated by ROADMAP Consortium
+E19_25_bothAc_dense	Generated by ROADMAP Consortium
+E18_25_bothAc_dense	Generated by ROADMAP Consortium
+E11_25_bothAc_dense	Generated by ROADMAP Consortium
+E10_25_bothAc_dense	Generated by ROADMAP Consortium
+E13_25_bothAc_dense	Generated by ROADMAP Consortium
+E12_25_bothAc_dense	Generated by ROADMAP Consortium
+E15_25_bothAc_dense	Generated by ROADMAP Consortium
+E14_25_bothAc_dense	Generated by ROADMAP Consortium
+E17_25_bothAc_dense	Generated by ROADMAP Consortium
+E16_25_bothAc_dense	Generated by ROADMAP Consortium
+E91_25_bothAc_dense	Generated by ROADMAP Consortium
+E90_25_bothAc_dense	Generated by ROADMAP Consortium
+E08_25_bothAc_dense	Generated by ROADMAP Consortium
+E09_25_bothAc_dense	Generated by ROADMAP Consortium
+E06_25_bothAc_dense	Generated by ROADMAP Consortium
+E07_25_bothAc_dense	Generated by ROADMAP Consortium
+E04_25_bothAc_dense	Generated by ROADMAP Consortium
+E05_25_bothAc_dense	Generated by ROADMAP Consortium
+E02_25_bothAc_dense	Generated by ROADMAP Consortium
+E03_25_bothAc_dense	Generated by ROADMAP Consortium
+E01_25_bothAc_dense	Generated by ROADMAP Consortium
+E86_25_bothAc_dense	Generated by ROADMAP Consortium
+E84_25_bothAc_dense	Generated by ROADMAP Consortium
+E85_25_bothAc_dense	Generated by ROADMAP Consortium
+E82_25_bothAc_dense	Generated by ROADMAP Consortium
+E83_25_bothAc_dense	Generated by ROADMAP Consortium
+E80_25_bothAc_dense	Generated by ROADMAP Consortium
+E81_25_bothAc_dense	Generated by ROADMAP Consortium
+E88_25_bothAc_dense	Generated by ROADMAP Consortium
+E89_25_bothAc_dense	Generated by ROADMAP Consortium
diff --git a/hg19/trackAttr2idx b/hg19/trackAttr2idx
new file mode 100644
index 0000000..1fc67ea
--- /dev/null
+++ b/hg19/trackAttr2idx
@@ -0,0 +1,1167 @@
+11101	H1	11101	H1 cell line
+11102	hES-I3	11102	I3 stem cells
+11103	WA-7	11103	H7 (WA07) embryonic stem cells
+11104	H9	11104	H9 cell line
+11105	HUES	11105	Harvard University Embryonic Stem Cells
+11106	HUES48	11106	Harvard University Embryonic Stem Cells 48
+11107	HUES64	11107	Harvard University Embryonic Stem Cells 64
+11108	HUES13	11108	Harvard University Embryonic Stem Cells 13
+11109	HUES28	11109	Harvard University Embryonic Stem Cells 28
+11110	HUES9	11110	Harvard University Embryonic Stem Cells 9
+11111	HUES3	11111	Harvard University Embryonic Stem Cells 3
+11112	HUES63	11112	Harvard University Embryonic Stem Cells 63
+11113	HUES8	11113	Harvard University Embryonic Stem Cells 8
+11114	HUES53	11114	Harvard University Embryonic Stem Cells (human HUES53 cells)
+11115	HUES1	11115	Harvard University Embryonic Stem Cells 1
+11116	HUES65	11116	Harvard University Embryonic Stem Cells 65
+11117	HUES62	11117	Harvard University Embryonic Stem Cells 62
+11118	HUES49	11118	Harvard University Embryonic Stem Cells 49
+11119	HUES66	11119	Harvard University Embryonic Stem Cells 66
+11120	HUES6	11120	Harvard University Embryonic Stem Cells 6
+11121	HUES44	11121	Harvard University Embryonic Stem Cells 44
+11122	HUES45	11122	Harvard University Embryonic Stem Cells 45
+11123	H7-hESC	11123	H7 Human Embryonic Stem Cell
+11125	UCSF-4star	11125	UCSF-4* Cell Line, UCSF-4* hESC
+11217	H9ES	11217	H9 Human Embryonic Stem Cell
+11201	hiPS-11a	11201	human iPS cell lines 11a
+11202	hiPS-11b	11202	human iPS cell lines 11b
+11203	hiPS-17a	11203	human iPS cell lines 17a
+11204	hiPS-17b	11204	human iPS cell lines 17b
+11205	hiPS-20b	11205	human iPS cell lines 20b
+11206	hiPS-15b	11206	human iPS cell lines 15b
+11207	hiPS-18a	11207	human iPS cell lines 18a
+11208	hiPS-18b	11208	human iPS cell lines 18b
+11209	hiPS-18c	11209	human iPS cell lines 18c
+11210	iPS-11c	11210	iPS-11c Cell Line
+11211	iPS-27b	11211	iPS-27b Cell Line
+11212	iPS-27e	11212	iPS-27e Cell Line
+11213	iPS DF 19.11	11213	iPS DF 19.11 Cell Line
+11214	iPS DF 19.7	11214	iPS DF 19.7 Cell Line
+11215	iPS DF 4.7	11215	iPS DF 4.7 Cell Line
+11216	iPS DF 6.9	11216	iPS DF 6.9 Cell Line
+11218	hMSC	11218	Undifferentiated Mesenchymal Stem Cells
+11301	Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells	11301	Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+11302	H1 Derived Embryoid Body Cultured Cells	11302	H1 Derived Embryoid Body Cultured Cells
+11303	H9 Derived Embryoid Body Cultured Cells	11303	H9 Derived Embryoid Body Cultured Cells
+11304	H9 Derived Neuronal Progenitor Cultured Cells	11304	H9 Derived Neuronal Progenitor Cultured Cells
+11319	H9 Derived Neuron Cultured Cells	11319	H9 Derived Neuron Cultured Cells
+11305	HUES1 Derived Embryoid Body Cultured Cells	11305	embryoid body culture derived from HUES1 human embrionic stem cells
+11306	HUES3 Derived Embryoid Body Cultured Cells	11306	embryoid body culture derived from HUES3 human embrionic stem cells
+11307	HUES45 Derived Embryoid Body Cultured Cells	11307	embryoid body culture derived from HUES45 human embrionic stem cells
+11308	HUES6 Derived Embryoid Body Cultured Cells	11308	embryoid body culture derived from HUES6 human embrionic stem cells
+11309	H1 Derived Neuronal Progenitor Cultured Cells	11309	H1 Derived Neuronal Progenitor Cultured Cells
+11310	IMR90	11310	fetal lung fibroblast (IMR90)
+11311	H1 BMP4 Derived Mesendoderm Cultured Cells	11311	H1 BMP4 Derived Mesendoderm Cultured Cells
+11312	H1 BMP4 Derived Trophoblast Cultured Cells	11312	H1 BMP4 Derived Trophoblast Cultured Cells
+11313	H1 Derived Mesenchymal Stem Cells	11313	H1 Derived Mesenchymal Stem Cells
+11314	Mesenchymal Stem Cell Derived Adipocyte Cultured Cells	11314	Mesenchymal Stem Cell Derived Adipocyte Cultured Cells
+11315	Adipose Derived Mesenchymal Stem Cell Cultured Cells	11315	Adipose Derived Mesenchymal Stem Cell Cultured Cells
+11316	Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells	11316	Chondrocytes from Bone Marrow Derived Mesenchymal Stem Cell Cultured Cells
+11317	hESC Derived CD184+ Endoderm Cultured Cells	11317	hESC Derived CD184+ Endoderm Cultured Cells
+11318	H1 BMP4	11318	H1 BMP4
+11320	BG02ES	11320	a cell line dervied from human embryonic stem cells
+11321	iPS (skin fibroblast)	11321	induced pluripotent stem cell derived from skin fibroblast
+11322	H1-neurons	11322	neurons derived from H1 embryonic stem cells
+11323	hESC_Derived_CD56+_Mesoderm_Cultured_Cells	11323	hESC_Derived_CD56+_Mesoderm_Cultured_Cells
+11324	iPS_CWRU1	11324	iPS cells derived from MSC658 fibroblast
+11325	iPS_NIHi7	11325	iPS cells derived from AG08395 fibroblast
+11326	iPS_NIHi11	11326	iPS cells derived from AG20443 fibroblast
+12003	Fetal Brain	12003	fetal brain
+12006	Fetal Heart	12006	fetal heart
+12010	AG04449	12010	fetal buttock/thigh fibroblast, male
+12011	AG04450	12011	fetal lung fibroblast, male
+12012	HEK293	12012	human embryonic kidney (HEK) 293 cell line, PMID:11967234
+12013	brain, fetal day122 U	12013	brain, fetal day122 Unknown
+12014	brain, fetal day112 U	12014	brain, fetal day112 Unknown
+12015	brain, fetal day117 F	12015	brain, fetal day117 Female
+12016	brain, fetal day122 M	12016	brain, fetal day122 Male
+12017	brain, fetal day85 F	12017	brain, fetal day85 Female
+12018	brain, fetal day96 F	12018	brain, fetal day96 Female
+12019	brain, fetal day142 F	12019	brain, fetal day142 Female
+12020	brain, dorsal neocortex, fetal	12020	brain, dorsal neocortex, fetal
+12021	lung, fetal day122 U	12021	lung, fetal day122 Unknown
+12022	lung, fetal day96 F	12022	lung, fetal day96 Female
+12023	lung, fetal day103 M	12023	lung, fetal day103 Male
+12024	lung, fetal day108 F	12024	lung, fetal day108 Female
+12025	lung, fetal day108 M	12025	lung, fetal day108 Male
+12026	lung, fetal day110 F	12026	lung, fetal day110 Female
+12027	lung, fetal day112 U	12027	lung, fetal day112 Unknown
+12138	lung, fetal day101 U	12138	lung, fetal day101 Unknown
+12028	lung, fetal day113 M	12028	lung, fetal day113 Male
+12029	lung, fetal day117 F	12029	lung, fetal day117 Female
+12030	lung, fetal day67 M	12030	lung, fetal day67 Male
+12031	lung, fetal day82 M	12031	lung, fetal day82 Male
+12137	lung, fetal day82 F	12137	lung, fetal day82 Female
+12032	lung, fetal day91, M	12032	lung, fetal day91, Male
+12033	lung, fetal day98 F	12033	lung, fetal day98 Female
+12136	lung, fetal day85 F	12136	lung, fetal day85 Female
+12040	lung, fetal day85 F	12040	lung, fetal day85 Female
+12034	lung, left, fetal day110 F	12034	lung, left, fetal day110 Female
+12035	lung, left, fetal day117 F	12035	lung, left, fetal day117 Female
+12143	lung, left, fetal day98 F	12143	lung, left, fetal day98 Female
+12131	lung, left, fetal day91 F	12131	lung, left, fetal day91 Female
+12135	lung, left, fetal day115 M	12135	lung, left, fetal day115 Male
+12142	lung, left, fetal day91 M	12142	lung, left, fetal day91 Male
+12152	lung, left, fetal day96 M	12152	lung, left, fetal day96 Male
+12141	lung, left, fetal day108 F	12141	lung, left, fetal day108 Female
+12132	lung, left, fetal day107 F	12132	lung, left, fetal day107 Female
+12151	lung, left, fetal day105 F	12151	lung, left, fetal day105 Female
+12153	lung, left, fetal day105 M	12153	lung, left, fetal day105 Male
+12036	lung, right, fetal day108 F	12036	lung, right, fetal day108 Female
+12037	lung, right, fetal day110 F	12037	lung, right, fetal day110 Female
+12038	lung, right, fetal day115 M	12038	lung, right, fetal day115 Male
+12130	lung, right, fetal day91 F	12130	lung, right, fetal day91 Female
+12134	lung, right, fetal day105 F	12134	lung, right, fetal day105 Female
+12133	lung, right, fetal day98 F	12133	lung, right, fetal day98 Female
+12039	lung, right, fetal day117 F	12039	lung, right, fetal day117 Female
+12154	lung, right, fetal day107 F	12154	lung, right, fetal day107 Female
+12155	lung, right, fetal day96 M	12155	lung, right, fetal day96 Male
+12156	lung, right, fetal day105 M	12156	lung, right, fetal day105 Male
+12041	heart, fetal day103 F	12041	heart, fetal day103 Female
+12042	heart, fetal day105 M	12042	heart, fetal day105 Male
+12043	heart, fetal day110 F	12043	heart, fetal day110 Female
+12044	heart, fetal day110 M	12044	heart, fetal day110 Male
+12045	heart, fetal day117 F	12045	heart, fetal day117 Female
+12046	heart, fetal day147 F	12046	heart, fetal day147 Female
+12047	heart, fetal day96 M	12047	heart, fetal day96 Male
+12048	heart, fetal day96 U	12048	heart, fetal day96 Unknown
+12049	kidney, fetal day122 U	12049	kidney, fetal day122 Unknown
+12050	kidney, fetal day105 M	12050	kidney, fetal day105 Male
+12147	kidney, fetal day105 F	12147	kidney, fetal day105 Female
+12211	kidney, fetal day121 F	12211	kidney, fetal day121 Female
+12103	kidney, fetal day91 M	12103	kidney, fetal day91 Male
+12051	kidney, fetal day82 F	12051	kidney, fetal day82 Female
+12052	kidney, fetal day85 F	12052	kidney, fetal day85 Female
+12139	kidney, fetal dayNA F	12139	kidney, fetal dayNA Female
+12053	kidney, left, fetal day110 F	12053	kidney, left, fetal day110 Female
+12054	kidney, left, fetal day115 M	12054	kidney, left, fetal day115 Male
+12148	kidney, left, fetal day96 M	12148	kidney, left, fetal day96 Male
+12140	kidney, left, fetal day113 M	12140	kidney, left, fetal day113 Male
+12055	kidney, left, fetal day147 F	12055	kidney, left, fetal day147 Female
+12102	kidney, left, fetal day107 F	12102	kidney, left, fetal day107 Female
+12056	kidney, right, fetal day115 M	12056	kidney, right, fetal day115 Male
+12150	kidney, right, fetal day96 M	12150	kidney, right, fetal day96 Male
+12057	kidney, right, fetal day117 F	12057	kidney, right, fetal day117 Female
+12149	kidney, right, fetal day107 F	12149	kidney, right, fetal day107 Female
+12058	kidney, right, fetal day147 F	12058	kidney, right, fetal day147 Female
+12059	large intestine, fetal day103 F	12059	large intestine, fetal day103 Female
+12060	large intestine, fetal day105 M	12060	large intestine, fetal day105 Male
+12118	large intestine, fetal day105 F	12118	large intestine, fetal day105 Female
+12061	large intestine, fetal day107 F	12061	large intestine, fetal day107 Female
+12062	large intestine, fetal day108 M	12062	large intestine, fetal day108 Male
+12115	large intestine, fetal day108 F	12115	large intestine, fetal day108 Female
+12117	large intestine, fetal day98 F	12117	large intestine, fetal day98 Female
+12113	large intestine, fetal day115 M	12113	large intestine, fetal day115 Male
+12114	large intestine, fetal day113 M	12114	large intestine, fetal day113 Male
+12116	large intestine, fetal day91 M	12116	large intestine, fetal day91 Male
+12144	large intestine, fetal day91 F	12144	large intestine, fetal day91 Female
+12063	large intestine, fetal day110 F	12063	large intestine, fetal day110 Female
+12064	large intestine, fetal day120 F	12064	large intestine, fetal day120 Female
+12065	large intestine, fetal day85 F	12065	large intestine, fetal day85 Female
+12066	small intestine, fetal day105 F	12066	small intestine, fetal day105 Female
+12146	small intestine, fetal day105 M	12146	small intestine, fetal day105 Male
+12067	small intestine, fetal day108 M	12067	small intestine, fetal day108 Male
+12145	small intestine, fetal day87 M	12145	small intestine, fetal day87 Male
+12068	small intestine, fetal day110 F	12068	small intestine, fetal day110 Female
+12069	small intestine, fetal day115 M	12069	small intestine, fetal day115 Male
+12070	small intestine, fetal day91 M	12070	small intestine, fetal day91 Male
+12108	small intestine, fetal day91 F	12108	small intestine, fetal day91 Female
+12109	small intestine, fetal day107 F	12109	small intestine, fetal day107 Female
+12110	small intestine, fetal day108 F	12110	small intestine, fetal day108 Female
+12111	small intestine, fetal day120 F	12111	small intestine, fetal day120 Female
+12112	small intestine, fetal day98 F	12112	small intestine, fetal day98 Female
+12071	muscle, arm, fetal day115 M	12071	muscle, arm, fetal day115 Male
+12207	muscle, arm, fetal day113 M	12207	muscle, arm, fetal day113 Male
+12204	muscle, arm, fetal day115 F	12204	muscle, arm, fetal day115 Female
+12120	muscle, arm, fetal day91 M	12120	muscle, arm, fetal day91 Male
+12157	muscle, arm, fetal day96 M	12157	muscle, arm, fetal day96 Male
+12072	muscle, arm, fetal day98 F	12072	muscle, arm, fetal day98 Female
+12119	muscle, arm, fetal day105 F	12119	muscle, arm, fetal day105 Female
+12161	muscle, arm, fetal day85 F	12161	muscle, arm, fetal day85 Female
+12158	muscle, arm, fetal day105 M	12158	muscle, arm, fetal day105 Male
+12205	muscle, arm, fetal day104 M	12205	muscle, arm, fetal day104 Male
+12160	muscle, arm, fetal day97 M	12160	muscle, arm, fetal day97 Male
+12159	muscle, arm, fetal day101 U	12101	muscle, arm, fetal day101 Unknown
+12121	muscle, arm, fetal day120 F	12121	muscle, arm, fetal day120 Female
+12122	muscle, arm, fetal day120 M	12122	muscle, arm, fetal day120 Male
+12206	muscle, arm, fetal day127 M	12206	muscle, arm, fetal day127 Male
+12073	muscle, back, fetal day98 F	12073	muscle, back, fetal day98 Female
+12124	muscle, back, fetal day105 F	12124	muscle, back, fetal day105 Female
+12166	muscle, back, fetal day85 F	12166	muscle, back, fetal day85 Female
+12164	muscle, back, fetal day115 F	12164	muscle, back, fetal day115 Female
+12202	muscle, back, fetal day113 F	12202	muscle, back, fetal day113 Female
+12163	muscle, back, fetal day105 M	12163	muscle, back, fetal day105 Male
+12203	muscle, back, fetal day101 M	12203	muscle, back, fetal day101 Male
+12212	muscle, back, fetal day104 M	12212	muscle, back, fetal day104 Male
+12165	muscle, back, fetal day96 M	12165	muscle, back, fetal day96 Male
+12123	muscle, back, fetal day91 M	12123	muscle, back, fetal day91 Male
+12162	muscle, back, fetal day127 M	12162	muscle, back, fetal day127 Male
+12074	muscle, leg, fetal day115 M	12074	muscle, leg, fetal day115 Male
+12169	muscle, leg, fetal day115 F	12169	muscle, leg, fetal day115 Female
+12127	muscle, leg, fetal day127 M	12127	muscle, leg, fetal day127 Male
+12167	muscle, leg, fetal day96 M	12167	muscle, leg, fetal day96 Male
+12170	muscle, leg, fetal day97 M	12170	muscle, leg, fetal day97 Male
+12168	muscle, leg, fetal day105 M	12168	muscle, leg, fetal day105 Male
+12186	muscle, leg, fetal day101 M	12186	muscle, leg, fetal day101 Male
+12187	muscle, leg, fetal day104 M	12187	muscle, leg, fetal day104 Male
+12188	muscle, leg, fetal day113 M	12188	muscle, leg, fetal day113 Male
+12189	muscle, leg, fetal day113 F	12189	muscle, leg, fetal day113 Female
+12075	muscle, trunk, fetal day120 F	12075	muscle, trunk, fetal day120 Female
+12213	muscle, trunk, fetal day113 F	12213	muscle, trunk, fetal day113 Female
+12214	muscle, trunk, fetal day121 F	12214	muscle, trunk, fetal day121 Female
+12125	muscle, upper trunk, fetal day108 F	12125	muscle, trunk, fetal day108 Female
+12076	muscle, upper limb skeletal, fetal day108 F	12076	muscle, upper limb skeletal, fetal day108 Female
+12126	muscle, lower limb skeletal, fetal day120 M	12126	muscle, lower limb skeletal, fetal day120 Male
+12078	renal cortex, fetal day108 M	12078	renal cortex, fetal day108 Male
+12079	renal cortex, fetal day113 M	12079	renal cortex, fetal day113 Male
+12080	renal cortex, fetal day120 F	12080	renal cortex, fetal day120 Female
+12208	renal cortex, fetal day89 F	12208	renal cortex, fetal day89 Female
+12081	renal cortex, fetal day91 M	12081	renal cortex, fetal day91 Male
+12209	renal cortex, fetal day97 M	12209	renal cortex, fetal day97 Male
+12171	renal cortex, fetal day127 M	12171	renal cortex, fetal day127 Male
+12082	renal cortex, left, fetal day105 M	12082	renal cortex, left, fetal day105 Male
+12172	renal cortex, left, fetal day120 M	12172	renal cortex, left, fetal day120 Male
+12083	renal cortex, right fetal day105 M	12083	renal cortex, right fetal day105 Male
+12173	renal cortex, right fetal day120 M	12173	renal cortex, right fetal day120 Male
+12084	renal pelvis, fetal day108 M	12084	renal pelvis, fetal day108 Male
+12174	renal pelvis, fetal day127 M	12174	renal pelvis, fetal day127 Male
+12175	renal pelvis, fetal day97 M	12175	renal pelvis, fetal day97 Male
+12085	renal pelvis, fetal day113 M	12085	renal pelvis, fetal day113 Male
+12128	renal pelvis, fetal day91 M	12128	renal pelvis, fetal day91 Male
+12129	renal pelvis, fetal day105 F	12129	renal pelvis, fetal day105 Female
+12210	renal pelvis, fetal day103 F	12210	renal pelvis, fetal day103 Female
+12086	renal pelvis, left, fetal day105 M	12086	renal pelvis, left, fetal day105 Male
+12176	renal pelvis, left, fetal day120 M	12176	renal pelvis, left, fetal day120 Male
+12087	renal pelvis, right, fetal day105 M	12087	renal pelvis, right, fetal day105 Male
+12177	renal pelvis, right, fetal day120 M	12177	renal pelvis, right, fetal day120 Male
+12088	spleen, fetal day112 U	12088	spleen, fetal day112 Unknown
+12089	stomach, fetal day108 F	12089	stomach, fetal day108 Female
+12090	stomach, fetal day108 M	12090	stomach, fetal day108 Male
+12091	stomach, fetal day91 M	12091	stomach, fetal day91 Male
+12180	stomach, fetal day127 M	12180	stomach, fetal day127 Male
+12181	stomach, fetal day101 U	12181	stomach, fetal day101 Unknown
+12092	stomach, fetal day98 F	12092	stomach, fetal day98 Female
+12104	stomach, fetal day147 F	12104	stomach, fetal day147 Female
+12105	stomach, fetal day107 F	12105	stomach, fetal day107 Female
+12106	stomach, fetal day105 F	12106	stomach, fetal day105 Female
+12185	stomach, fetal day121 F	12185	stomach, fetal day121 Female
+12093	thymus, fetal day108 M	12093	thymus, fetal day108 Male
+12094	thymus, fetal day113 M	12094	thymus, fetal day113 Male
+12200	thymus, fetal day113 F	12200	thymus, fetal day113 Female
+12182	thymus, fetal day127 M	12182	thymus, fetal day127 Male
+12201	thymus, fetal day97 M	12201	thymus, fetal day97 Male
+12095	thymus, fetal day147 F	12095	thymus, fetal day147 Female
+12096	thymus, fetal day98 F	12096	thymus, fetal day98 Female
+12101	thymus, fetal day105 F	12101	thymus, fetal day105 Female
+12099	adrenal gland, fetal day85 M	12099	adrenal gland, fetal day85 Male
+12183	adrenal gland, fetal day108 M	12183	adrenal gland, fetal day108 Male
+12184	adrenal gland, fetal day108 F	12184	adrenal gland, fetal day108 Female
+12190	adrenal gland, fetal day113 F	12190	adrenal gland, fetal day113 Female
+12100	adrenal gland, fetal day96 U	12100	adrenal gland, fetal day96 Unknown
+12107	Fetal Placenta	12107	Fetal Placenta
+12178	Fetal Skin	12178	Fetal Skin
+12199	Fetal Testes	12199	Fetal Testes
+12191	Fibroblasts Fetal Skin Abdomen	12191	Fibroblasts Fetal Skin Abdomen
+12192	Fibroblasts Fetal Skin Biceps Left	12192	Fibroblasts Fetal Skin Biceps Left
+12193	Fibroblasts Fetal Skin Biceps Right	12193	Fibroblasts Fetal Skin Biceps Right
+12194	Fibroblasts Fetal Skin Quadriceps Left	12194	Fibroblasts Fetal Skin Quadriceps Left
+12195	Fibroblasts Fetal Skin Quadriceps Right	12195	Fibroblasts Fetal Skin Quadriceps Right
+12196	Fibroblasts Fetal Skin Upper Back	12196	Fibroblasts Fetal Skin Upper Back
+12197	Fibroblasts Fetal Skin Back	12197	Fibroblasts Fetal Skin Back
+12198	Fibroblasts Fetal Skin Scalp	12198	Fibroblasts Fetal Skin Scalp
+12179	Fetal Spinal Cord	12179	Fetal Spinal Cord
+12215	Chorion	12215	chorion cells (outermost of two fetal membranes)
+12216	PBDEFetal	12216	peripheral blood-derived erythroblasts from 16-19 week human fetal liver
+12217	HPIEpC	12217	Placental Epithelial Cells amniotic membrane
+12218	Fetal Kidney	12218	Fetal_Kidney
+12219	Fetal Lung	12219	Fetal_Lung
+12220	HEK293T	12220	embryonic kidney that expresses SV40 large T antigen, HEK293 (ATCC number CRL-1573) is the parental cell line
+12221	HSMM_emb	12221	embryonic myoblast
+13001	Muscle Satellite Cultured Cells	13001	Muscle Satellite Cultured Cells
+13002	Stomach Smooth Muscle	13002	stomach smooth muscle
+13003	Skeletal Muscle	13003	skeletal muscle
+13004	Rectal Smooth Muscle	13004	rectal smooth muscle
+13005	Breast Myoepithelial cells	13005	breast myoepithelial cells
+13006	Breast Luminal Epithelial cells	13006	breast luminal epithelial cells
+13007	Breast vHMEC	13007	breast variant mammary epithelial cells
+13008	Breast Stem cells	13008	breast stem cells
+13009	Adult Kidney	13009	adult kidney
+13010	Adult Liver	13010	adult liver
+13011	Bone Marrow Derived Mesenchymal Stem cell	13011	bone marrow derived mesenchymal stem cell
+13012	Adipose Derived Mesenchymal Stem cell	13012	adipose derived mesenchymal stem cell
+13013	Adipose Nuclei	13013	adipose nuclei
+13014	Colonic Mucosa	13014	colonic mucosa
+13015	Rectal Mucosa	13015	rectal mucosa
+13016	Duodenum Mucosa	13016	duodenum mucosa
+13018	Peripheral Blood Mononuclear Primary cells	13018	peripheral blood mononuclear primary cells
+13019	CD34 Primary cells	13019	CD34 primary cells
+13020	CD4 Memory Primary cells	13020	CD4 memory primary cells
+13021	CD8 Naive Primary cells	13021	CD8 naive primary cells
+13022	CD3 Primary cells	13022	CD3 primary cells
+13023	Mobilized CD34 Primary cells	13023	mobilized CD34 primary cells
+13024	Treg Primary cells	13024	Treg primary cells
+13025	CD4 Naive Primary cells	13025	CD4 naive primary cells
+13026	Th17	13026	T helper 17 cell
+13027	Mobilized CD4 Primary cells	13027	mobilized CD4 primary cells
+13028	CD19 Primary cells	13028	CD19 primary cells
+13029	CD15 Primary cells	13029	CD15 primary cells
+13030	Primary Fibroblast Cell Line	13030	Primary Fibroblast Cell Line
+13031	Neurospheres, Ganglionic Eminence Derived	13031	Neurospheres, Ganglionic Eminence Derived
+13033	Neurospheres, Cortex Derived	13033	Neurospheres, Cortex Derived
+13035	Penis Foreskin Keratinocyte Primary Cells	13035	Penis, Foreskin, Keratinocyte Primary Cells
+13036	CD4 primary cells	13036	CD4 primary cells
+13037	CD56 primary cells	13037	CD56 primary cells
+13038	CD8 primary cells	13038	CD8 primary cells
+13039	Mobilized CD56 Primary Cells	13039	Mobilized CD56 Primary Cells
+13040	Brain Anterior Caudate	13040	Brain, Anterior Caudate
+13041	Brain Cingulate Gyrus	13041	Brain, Cingulate Gyrus
+13042	Brain Hippocampus Middle	13042	Brain, Hippocampus Middle
+13043	Brain Inferior Temporal Lobe	13043	Brain, Inferior Temporal Lobe
+13044	Brain Mid Frontal Lobe	13044	Brain, Mid Frontal Lobe
+13045	Brain Substantia Nigra	13045	Brain, Substantia Nigra
+13046	CD34 cultured cells	13046	CD34 cultured cells
+13047	GM12878	13047	lymphoblastoid
+13048	HepG2	13048	Human hepatocellular liver carcinoma cell line
+13049	HMEC	13049	Human Mammary Epithelial Cells
+13050	HSMM	13050	Normal Human Skeletal Muscle Myoblasts
+13051	HSMMtube	13051	Normal Human Skeletal Muscle Myotubes
+13052	HUVEC	13052	Human umbilical vein endothelial cells
+13054	NH-A	13054	normal human astrocytes
+13055	NHDF-Ad	13055	Adult Normal Human Dermal Fibroblasts
+13056	NHEK	13056	epidermal keratinocytes
+13057	NHLF	13057	Normal Human Lung Fibroblasts
+13058	Osteobl	13058	normal human osteoblasts
+13060	prostate endoderm cell	13060	prostate endoderm cell
+13061	Fibrobl	13061	Normal child fibroblast, female
+13063	GM12891	13063	B-Lymphocyte, Lymphoblastoid, male
+13064	GM12892	13064	B-Lymphocyte, Lymphoblastoid, female
+13065	GM19238	13065	B-Lymphocyte, Lymphoblastoid, female
+13066	GM19239	13066	B-Lymphocyte, Lymphoblastoid, male
+13067	GM19240	13067	B-Lymphocyte, Lymphoblastoid, female
+13167	GM12812	13167	B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed
+13168	GM12813	13168	B-Lymphocyte, Lymphoblastoid, International HapMap Project, CEPH/Utah, Treatment: Epstein-Barr Virus transformed
+13169	NHBE	13169	bronchial epithelial cells
+13170	HTR8svn	13170	trophoblast (HTR-8/SVneo) cell line
+13171	PanIslets	13171	Pancreatic Islets
+13172	Urothelia	13172	primary ureter cell culture of urothelial cells derived from a 12 year-old girl and immortalized by transfection with a temperature-sensitive SV-40 large T antigen gene
+13173	GM18507	13173	lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed
+13068	Monocytes-CD14+	13068	Monocytes-CD14+ are CD14-positive cells from human leukapheresis production, from donor RO 01746 (draw 1 ID is RO 01746, draw 2 ID is RO 01826), newly promoted to tier 2: not in 2011 analysis
+13069	ProgFib	13069	fibroblasts, Hutchinson-Gilford progeria syndrome
+13071	AG09309	13071	adult toe fibroblast from apparently healthy 21 year old female
+13072	AG09319	13072	gum tissue fibroblasts from apparently heathly 24 year old female
+13073	AG10803	13073	abdominal skin fibroblasts from apparently heathly 22 year old male
+13074	AoAF	13074	aortic adventitial fibroblast cells, female
+13075	BJ	13075	skin fibroblast, The line was established from skin taken from normal foreskin. - ATCC. (PMID: 9916803)
+13076	GM06990	13076	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed
+13077	HA-sp	13077	Human astrocytes spinal cord
+13078	HBMEC	13078	Human Brain Microvascular Endothelial Cells
+13079	HCF	13079	Human Cardiac Fibroblasts
+13080	HCFaa	13080	Human Cardiac Fibroblasts-Adult Atrial
+13081	HCM	13081	Human Cardiac Myocytes
+13082	HCPEpiC	13082	Human Choroid Plexus Epithelial Cells
+13083	HEEpiC	13083	Human Esophageal Epithelial Cells
+13084	HMF	13084	human mammary fibroblasts
+13085	HPAF	13085	Human Pulmonary Artery Fibroblasts
+13086	HPF	13086	Human Pulmonary Fibroblasts isolated from lung tissue
+13087	HRE	13087	Human Renal Epithelial cells
+13088	HRPEpiC	13088	Human Retinal Pigment Epithelial Cells
+13089	HVMF	13089	Human Villous Mesenchymal Fibroblast Cells
+13090	NHDF-neo	13090	Neonatal Human Dermal Fibroblasts
+13091	SAEC	13091	Small Airway Epithelial Cells
+13092	GM12801	13092	B-Lymphocyte, Lymphoblastoid, male
+13093	GM12864	13093	B-Lymphocyte, Lymphoblastoid, male
+13094	GM12865	13094	B-Lymphocyte, Lymphoblastoid, female
+13095	GM12872	13095	B-Lymphocyte, Lymphoblastoid, male
+13096	GM12873	13096	B-Lymphocyte, Lymphoblastoid, female
+13097	GM12874	13097	B-Lymphocyte, Lymphoblastoid, male
+13098	GM12875	13098	B-Lymphocyte, Lymphoblastoid, female
+13099	CD14 primary cells	13099	CD14 primary cells
+13100	CD20 primary cells	13100	CD20 primary cells
+13103	hSKM cell line	13103	hSKM cell line
+13104	HFF-Myc	13104	Human Foreskin Fibroblast Cells Expressing Canine cMyc
+13106	HGF	13106	Human Gingival Fibroblasts
+13107	SKMC	13107	Human Skeletal Muscle Cells
+13108	HAEpiC	13108	Human Amniotic Epithelial Cells
+13109	HConF	13109	Human Conjunctival Fibroblast
+13110	HMVEC-LLy	13110	Normal Human Lymphatic Microvascular Endothelial Cells, Lung-Derived
+13111	HMVEC-dLy-Ad	13111	Normal Adult Human Blood Microvascular Endothelial Cells, Dermal-Derived
+13112	HA-h	13112	Human Astrocytes-hippocampal
+13113	RPTEC	13113	Renal Proximal Tubule Epithelial Cells
+13114	WI-38	13114	Embryonic Lung Fibroblast Cells, hTERT immortalized, includes Raf1 construct
+13115	HMVEC-dBl-Ad	13115	Normal Adult Human Blood Microvascular Endothelial Cells, Dermal-Derived
+13116	Th1	13116	primary human Th1 T cells
+13117	HMVEC-dBl-Neo	13117	Normal Neonatal Human Blood Microvascular Endothelial Cells, Dermal-Derived
+13118	HMVEC-dLy-Neo	13118	Normal Neonatal Human Lymphatic Microvascular Endothelial Cells, Dermal-Derived
+13119	HMVEC-LBl	13119	Normal Human Blood Microvascular Endothelial Cells, Lung-Derived
+13120	HRGEC	13120	Human Renal Glomerular Endothelial Cells
+13121	Th2	13121	Primary human Th2 T cells
+13122	HFF	13122	Human Foreskin Fibroblast
+13123	HIPEpiC	13123	Human Iris Pigment Epithelial Cells
+13124	CMK	13124	human acute megakaryocytic leukemia cells, established from the peripheral blood of a 10-month-old boy with Down syndrome and acute megakaryocytic leukemia (AML M7) at relapse in 1985 - DSMZ. (PMID: 3016165)
+13125	HAc	13125	Human Astrocytes-cerebellar
+13126	HNPCEpiC	13126	Human Non-Pigment Ciliary Epithelial Cells
+13128	HPdLF	13128	Normal Human Periodontal Ligament Fibroblasts
+13129	HRCEpiC	13129	Human Renal Cortical Epithelial cells (normal)
+13130	Monocytes-CD14+	13130	Monocytes-CD14+ are CD14-positive cells from human leukapheresis product
+13131	HMVEC-dNeo	13131	Normal Neonatal Human Microvascular Endothelial Cells (single Donnor), Dermal-Derived
+13132	CD20+	13132	B cells, caucasian, draw number 1
+13133	PrEC	13133	prostate epithelial cell line
+13134	HMVEC-dAd	13134	adult dermal microvascular endothelial cells
+13135	GM12868	13135	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13136	GM12869	13136	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13137	GM12871	13137	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13138	GM12866	13138	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13139	GM12867	13139	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13140	GM12870	13140	B-lymphocyte, lymphoblastoid, International HapMap Project, CEPH/Utah pedigree 1459, treatment: Epstein-Barr Virus transformed.
+13142	PFSK-1	13142	PFSK-1 cell line
+13143	Mobilized CD3 primary cells	13143	mobilized CD3 primary cells
+13165	Mobilized CD8 primary cells	13165	mobilized CD8 primary cells
+13144	Penis Foreskin Fibroblast Primary Cells	13144	Penis Foreskin Fibroblast Primary Cells
+13145	Penis Foreskin Melanocyte Primary Cells	13145	Penis Foreskin Melanocyte Primary Cells
+13146	Stomach Mucosa	13146	Stomach Mucosa
+13147	Colon Smooth Muscle	13147	Colon Smooth Muscle
+13149	CD4+_CD25-_CD45RA+_Naive_Primary_Cells	13149	CD4+_CD25-_CD45RA+_Naive_Primary_Cells
+13150	CD4+_CD25-_CD45RO+_Memory_Primary_Cells	13150	CD4+_CD25-_CD45RO+_Memory_Primary_Cells
+13151	CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells	13151	CD4+_CD25-_IL17+_PMA-Ionomcyin_stimulated_Th17_Primary_Cells
+13152	CD4+_CD25int_CD127+_Tmem_Primary_Cells	13152	CD4+_CD25int_CD127+_Tmem_Primary_Cells
+13153	CD8_Memory_Primary_Cells	13153	CD8_Memory_Primary_Cells
+13154	CD4+_CD25+_CD127-_Treg_Primary_Cells	13154	CD4+_CD25+_CD127-_Treg_Primary_Cells
+13155	Brain Germinal Matrix	13155	Brain Germinal Matrix
+13156	CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells	13156	CD4+_CD25-_IL17-_PMA-Ionomycin_stimulated_MACS_purified_Th_Primary_Cells
+13157	CD4+_CD25-_Th_Primary_Cells	13157	CD4+_CD25-_Th_Primary_Cells
+13160	Brain Angular Gyrus	13160	Brain Angular Gyrus
+13162	Duodenum Smooth Muscle	13162	Duodenum Smooth Muscle
+13163	Duodenum Mucosa	13163	Duodenum Mucosa
+13166	LHCN-M2	13166	a line of human skeletal myoblasts derived from satellite cells from the pectoralis major muscle
+13174	Melano	13174	epidermal melanocytes
+13175	pHTE	13175	Primary Human Tracheal Epithelial Cells
+13176	Hepatocytes	13176	Primary Human Hepatocytes
+13177	PanIsletD	13177	differentiated human pancreatic islets
+13178	AoSMC	13178	aortic smooth muscle cells
+13179	FibroP	13179	normal fibroblasts taken from individuals with Parkinson disease
+13180	HPDE6-E6E7	13180	normal human pancreatic duct cells immortalized with E6E7 gene of HPV
+13181	Myometr	13181	Myometrial cells
+13182	Stellate	13182	Human Hepatic Stellate Cells
+13183	GM15510	13183	lymphoblastoid NIGMS Human Genetic Cell Repository, DNA Polymorphism Discovery Resource Collection, treatment: Epstein-Barr Virus transformed
+13184	GM19099	13184	lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed
+13185	MCF10A-Er-Src	13185	mammary gland, non-tumorigenic epithelial, inducible cell line
+13186	GM18505	13186	lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed
+13187	GM10847	13187	lymphoblastoid, International HapMap Project, CEPH/Utah, treatment: Epstein-Barr Virus transformed
+13188	GM08714	13188	GM08714	lymphoblastoid cell line, Instability of heterochromatin of chromosomes 1, 9, and 16 with variable combined immunodeficiency; dysmorphic facial features, developmental delay, malabsorption, and recurrent infections; see GM08747 Fibroblast; donor subject is a compound heterozygote
+13189	GM19193	13189	lymphoblastoid, International HapMap Project, Yoruba in Ibadan, Nigera, treatment: Epstein-Barr Virus transformed
+13190	GM18951	13190	lymphoblastoid, International HapMap Project, Japanese in Tokyo, Japan, treatment: Epstein-Barr Virus transformed
+13191	GM18526	13191	lymphoblastoid, International HapMap Project, Han Chinese in Beijing, China, treatment: Epstein-Barr Virus transformed
+13192	HAoAF	13192	Aortic Adventitial Fibroblasts
+13193	HPC-PL	13193	Undifferentiated Pericytes from HPC-PL_0032601.13 and HPC-PL_0101504.13
+13194	PBDE	13194	peripheral blood-derived erythroblasts
+13195	CD34+_Mobilized	13195	CD34+_Mobilized
+13196	HAoEC	13196	Aortic Endothelial Cells (thoracic)
+13197	HWP	13197	Undifferentiated White Preadipocytes
+13198	HOB	13198	Undifferentiated Osteoblasts
+13199	HSaVEC	13199	Saphenous Vein Endothelial Cells
+13200	HFDPC	13200	Follicle Dermal Papilla Cells
+13201	HCH	13201	Undifferentiated Chondrocytes
+13202	HMEpC	13202	Mammary Epithelial Cells
+13205	Spleen	13205	Spleen
+13206	Adipose_Tissue	13206	Adipose Tissue
+13207	Small_Intestine	13207	Small_Intestine
+13208	Pancreas	13208	Pancreas
+13209	Bladder	13209	Bladder
+13210	Left_Ventricle	13210	Left_Ventricle
+13211	Right_Atrium	13211	Right_Atrium
+13212	Adrenal_Gland	13212	Adrenal_Gland
+13213	Sigmoid_Colon	13213	Sigmoid_Colon
+13214	Right_Ventricle	13214	Right_Ventricle
+13215	Gastric	13215	Gastric
+13216	Esophagus	13216	Esophagus
+13217	Aorta	13217	Aorta
+13218	Psoas_Muscle	13218	Psoas_Muscle
+13219	NHEM_M2	13219	Epidermal Melanocytes (adult) from two individuals, NHEM_M2_7011001.2 and NHEM_M2_7012303 from cheek / temple
+13220	hMSC-AT	13220	Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-AT_9061601.12 and hMSC-AT_0102604.12 from subcutaneous abdomen adipose tissue
+13221	hMSC-BM	13221	Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-BM_0050602.11 and hMSC-BM_0051105.11 from femoral head
+13222	hMSC-UC	13222	Undifferentiated Mesenchymal Stem Cells from two individuals, hMSC-UC_0081101.7 and hMSC-UC_0052501.7 from matrix (Wharton's Jelly)
+13223	NHDF	13223	Dermal Fibroblasts from temple / breast
+13224	NHEM.f_M2	13224	Epidermal Melanocytes from two individuals, NHEM.f_M2_5071302.2 and NHEM.f_M2_6022001 from foreskin
+13225	hMNC-PB	13225	Mononuclear Cells (peripheral blood-single donor) from two individuals, hMNC-PB_0022330.9 and hMNC-PB_0082430.9
+13226	Kidney_OC	13226	Primary frozen kidney tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1863 (Rep B3 FAIRE) and NCTC donor ID 10-0022A (Rep B1 FAIRE)
+13227	Pancreas_OC	13227	Primary frozen pancreas tissue from NCTC donor IDs 09-0144A (Rep B1) and 10-0021A (Rep B2)
+13228	Small_intestine_OC	13228	Primary frozen small intestine tissue from NCTC donor IDs 10-0063A (Rep B1) and 09-0143A (Rep B2)
+13229	Endometrium_OC	13229	Endometrium isolated from uterine lining
+13230	Frontal_cortex_OC	13230	Primary ventromedial prefrontal cortex, from KPBBB donor IDs 673 (Rep B1) and 913 (Rep B2)
+13231	Colon_OC	13231	Primary frozen colon tissue from NCTC donor IDs 10-0005A (Rep B1) and 10-0170A (Rep B2), African American and caucasian
+13232	Heart_OC	13232	Primary frozen heart tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1863 (Rep B1 FAIRE), 4548 (Rep B2 FAIRE)
+13233	Lung_OC	13233	Primary frozen lung tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase) and CF Center donor IDs DD006I (Rep B1 FAIRE) and DD007I (Rep B2 FAIRE)
+13234	Spleen_OC	13234	Primary frozen spleen tissue from NICHD donor IDs 1863 (Rep B1) and 4548 (Rep B2)
+13235	Psoas_muscle_OC	13235	Primary frozen psoas muscle tissue from NICHD donor IDs 1104 (Rep B1 DNase), 602 (Rep B2 DNase), 1442 (Rep B3 DNase), 1540 (Rep B1), 1863 (Rep B2 FAIRE)
+13236	Cerebellum_OC	13236	Primary frozen cerebellum tissue from NICHD donor IDs 1104 (Rep B1), 602 (Rep B2), 1442 (Rep B3), all Caucasian
+13237	Cerebrum_frontal_OC	13237	Primary frozen frontal cerebrum tissue from NICHD donor IDs 1104 (Rep B1), 602 (Rep B2), 1442 (Rep B3), all Caucasian
+13278	GM13976	13278	lymphoblastoid cell line, clinically normal; monozygotic twin sister with Cornelia De Lange syndrome is GM13977
+13279	GM10248	13279lymphoblastoid cell line, Clinically normal; 4 paternal cousins have Cornelia de Lange syndrome; 46,XY, t(3;22)(q25.3;p12)
+13280	GM04503	13280	adult twin pair fibroblasts, monozygotic twin of GM04504
+13281	GM04504	13281	adult twin pair fibroblasts, monozygotic twin of GM04503, 13% of the cells examined show random chromosome loss
+13282	Naive_B_cell	13282	Naive B cells (IgD+) isolated from de-identified tonsillectomy
+13283	FibroP_AG20443	13283	fibroblasts taken from individuals with Parkinsons disease
+13284	Fibrobl_GM03348	13284	skin fibroblast
+13285	FibroP_AG08396	13285	fibroblasts taken from individuals with Parkinsons disease
+13286	FibroP_AG08395	13286	fibroblasts taken from individuals with Parkinsons disease
+13287	Olf_neurosphere	13287	Human olfactory neurosphere-derived cells from mucosal biopsies
+13288	Adult_CD4_Th1	13288	CD4+ cells isolated from human blood and enriched for Th1 populations
+13289	Adult_CD4_Th0	13289	CD4+ cells isolated from human blood and enriched for Th0 populations
+13290	GC_B_cell	13290	Germinal center B cells (CD77+) isolated from de-identified tonsillectomy
+13291	Bone_marrow_MSC	13291	These cells are primary fibroblastoid cells obtained from human bone marrow of normal donors as described in Roecklein and Torok-Storb, 1995 Blood 85:997-1005.
+13292	Bone_marrow_HS27a	13292	HS27a Human Marrow Stromal Cells are fibroblastoid cells immortalized with HPV16 E6/E7 genes as described in Roecklein and Torok-Storb, 1995 Blood 85:997-1005, insert DNA is LXSN-16 E6E7 packaged in PA31.
+13293	RWPE1	13293	prostate epithelial
+13294	HSMM_FSHD	13294	primary myoblast from Facioscapulohumeral Muscular Dystrophy (FSHD) patients, muscle needle biopsies
+13295	NHBE_RA	13295	bronchial epithelial cells with retinoic acid
+13296	HBVSMC	13296	brain vascular smooth muscle cells.
+13297	CD4+_Naive	13297	CD4+ naive sorted cells
+13298	HBVP	13298	brain vascular pericytes
+13299	HPAEC	13299	pulmonary artery endothelial cells.
+14001	HeLa-S3	14001	Human epithelial carcinoma cell line S3
+14002	NT2-D1	14002	malignant pluripotent embryonal carcinoma, PMID:6694356
+14003	U2OS	14003	Osteosarcoma from the tibia of a 15 year old human female, PMID:6081590
+14004	Caco-2	14004	colorectal adenocarcinoma. PMID:1939345
+14005	HCT-116	14005	colorectal carcinoma PMID:7214343
+14006	HL-60	14006	Human promyelocytic leukemia cells. PMID: 276884
+14007	Jurkat	14007	T lymphoblastoid derived from an acute T cell leukemia, PMID:68013
+14008	NB4	14008	acute promyelocytic leukemia cell line. PMID: 1995093
+14009	SK-N-SH_RA	14009	neuroblastoma cell line, differentiated with retinoic acid
+14010	WERI-Rb-1	14010	human retinoblastoma established from retinoblastoma tissue of a 1-year-old Caucasian girl in 1974, PMID: 844036
+14011	A549	14011	epithelial cell line. This line was initiated in 1972 by D.J. Giard, et al. through explant culture of lung carcinomatous tissue from a 58-year-old Caucasian male. - ATCC, derived from a lung carcinoma tissue. (PMID: 175022)
+14012	LNCaP	14012	prostate adenocarcinoma, LNCaP clone FGC was isolated in 1977 by J.S. Horoszewicz, et al., from a needle aspiration biopsy of the left supraclavicular lymph node of a 50-year-old Caucasian male (blood type B+) with confirmed diagnosis of metastatic prostate carcinoma. - ATCC. (Horoszewicz et al. LNCaP Model of Human Prostatic Carcinoma. Cancer Research 43, 1809-1818, April 1983.)
+14013	PANC-1	14013	pancreatic carcinoma. (PMID: 1140870)
+14014	T-47D	14014	Human ductal breast epithelial tumor cell line
+14015	U87	14015	human glioblastoma cell line formally known as U-87 MG
+14016	SK-N-SH	14016	Human neuroblastoma cell line
+14017	ECC-1	14017	human epithelial cell line derived from an endometrium adenocarcinoma
+14018	K562	14018	Human erythromyeloblastoid leukemia cell line
+14019	K562b	14019	Human erythromyeloblastoid leukemia cell line, UCDavis alternate
+14020	Medullo	14020	medulloblastoma (aka D721), surgical resection from a patient with medulloblastoma as described by Darrell Bigner (1997)
+14021	Huh-7	14021	Hepatocellular carcinoma
+14024	Huh-7.5	14024	Hepatocellular carcinoma, hepatocytes selected for high levels of hepatitis C replication
+14022	CLL	14022	chronic lymphocytic leukemia cell, T-cell lymphocyte
+14023	8988T	14023	human pancreas adenocarcinoma (PA-TU-8988T)
+14025	HEK293-T-REx	14025	embryonic kidney cells transformed with Adenovirus 5 DNA stably expressing tetracycline repressor, HEK293 (ATCC number CRL-1573) is the parental cell line, hypotriploid, XXX
+14026	Raji	14026	The Raji line of lymphoblast-like cells was established by R.J.V. Pulvertaft in 1963 from a Burkitt lymphoma of the left maxilla of an 11-year-old Black male (PMID: 14086209)
+14027	SH-SY5Y	14027	neuroblastoma clonal subline of the neuroepithelioma cell line SK-N-SH from the 1970 bone marrow biopsy of a 4-year-old girl with metastatic neuroblastoma, trisomy of 1q
+14028	MCF-7	14028	human breast adenocarcinoma cell line, PMID:4357757
+14029	SK-N-MC	14029	neuroepithelioma cell line derived from a metastatic supra-orbital human brain tumor, SK-N-MC was isolated in September of l971 and was found to have moderate dopamine - beta - hydroxylase activity as well as formaldehyde induced fluorescence indicative of intracellular catecholamines. - ATCC. (Biedler, et al. Morphology and Growth, Tumorigenicity, and Cytogenetics of Human Neuroblastoma Cells in Continuous Culture. Cancer Research 33, 2643-2652, November 1973.)
+14030	BE2_C	14030	Human neuroblastoma
+14031	BC_Jejunum_H12817N	encode_cell	jejunum, donor H12817N, age 71, caucasian, DNA and RNA extract
+14032	HPAEpiC	pulmonary alveolar epithelial cells
+14033	ovcar-3	ovarian adenocarcinoma (PMID: 6604576)
+14034	MRT_A204	14034	Malignant rhabdoid tumor (MRT) line, rhabdomyosarcoma
+14035	MRT_G401	14035	Malignant renal rhabdoid tumor line
+14036	MRT_TTC549	14036	Malignant Hepatic Rhabdoid tumor line
+14037	RCC_7860	14037	renal cell adenocarcinmoma
+14038	Mel_2183	14038	Melanoma Cell line
+14039	Medullo_D341	14039	Medulloblastoma cell line of neuron or neuron precurosr origin
+14040	Colo829	14040	malignant melanoma
+14041	Ishikawa	14041	endometrial adenocarcinoma
+14042	M059J	14042	malignant glioblastoma, glioma, lack DNA-dependent protein kinase activity, deficient in repair of DNA double strand breaks, the cells are negative for glial fibrillary acidic protein (GFAP), tumor specimen taken from a 33 year old
+14043	RPMI-7951	14043	Human Skin Malignant Melanoma Cells, This is a hyperdiploid human cell line with the modal chromosome number of 49, occurring in 24% of cells. Polyploid cells occurred at 22%, which is high.
+14044	Dnd41	14044	T cell leukemia with Notch mutation
+14045	GM10266	14045	lymphoblastoid cell line, De Lange phenotype; developmental delay; profound retardation; seizures; 3 cousins are also affected; 46,XY,-22,+der (22)t(3;22)(q25.3;p12)
+14046	GM13977	14046	lymphoblastoid cell line, Clinically affected; microcephaly; low frontal hairline; synophris; penciled arched eyebrows; short nose; crescent shaped mouth; hirsutism; micromelia; short thumbs; mental retardation; clinically normal monozygotic twin sister is GM13976
+14047	GM20000	14047	lymphoblastoid cell line, De Lange phenotype; developmental delay; profound retardation
+14048	Gliobla	14048	glioblastoma, PMID:7252524
+21001	MRE-Seq	21001	methylation-sensitive restriction enzyme
+21002	RRBS	21002	reduced representation bisulfite sequencing
+21003	MeDIP-Seq	21003	methylated DNA immunoprecipitation
+21004	Bisulfite-Seq	21004	bisulfite-based methods MethylC-seq
+22000	ChIP-Seq control	22001	ChIP-Seq control
+22001	ChIP-Seq input	22001	ChIP-Seq input
+22002	H2AK5ac	22002	acetylation of lysine 5 of histone H2A
+22003	H2BK5ac	22003	acetylation of lysine 5 of histone H2B
+22004	H2BK120ac	22004	acetylation of lysine 120 of histone H2B
+22005	H2BK20ac	22005	acetylation of lysine 20 of histone H2B
+22006	H2BK15ac	22006	acetylation of lysine 15 of histone H2B
+22007	H2BK12ac	22007	acetylation of lysine 12 of histone H2B
+22008	H3K4me2	22008	dimethylation of lysine 4 of histone H3
+22009	H3K4me3	22009	trimethylation of lysine 4 of histone H3
+22010	H3K4me1	22010	monomethylation of lysine 4 of histone H3
+22011	H3K4ac	22011	acetylation of lysine 4 of histone H3
+22012	H3K9me3	22012	trimethylation of lysine 9 of histone H3
+22013	H3K9ac	22013	acetylation of lysine 9 of histone H3
+22014	H3K14ac	22014	acetylation of lysine 14 of histone H3
+22015	H3K18ac	22015	acetylation of lysine 18 of histone H3
+22016	H3K23me2	22016	dimethylation of lysine 23 of histone H3
+22017	H3K23ac	22017	acetylation of lysine 23 of histone 3
+22018	H3K27me3	22018	trimethylation of lysine 27 of histone H3
+22019	H3K27ac	22019	acetylation of lysine 27 of histone 3
+22020	H3K36me3	22020	trimethylation of lysine 36 of histone H3
+22021	H3K56ac	22021	acetylation of lysine 56 of histone 3
+22022	H3K79me2	22022	dimethylation of lysine 79 of histone H3
+22023	H3K79me1	22023	monomethylation of lysine 79 of histone H3
+22024	H4K8ac	22024	acetylation of lysine 8 of histone 4
+22025	H4K20me1	22025	monomethylation of lysine 20 of histone H4
+22026	H4K91ac	22026	acetylation of lysine 91 of histone 4
+22027	H4K5ac	22027	acetylation of lysine 5 of histone 4
+22028	H2A.Z	22028	histone variant H2A.Z
+22029	H3K9me1	22029	monomethylation of lysine 9 of histone H3
+22030	H3K27me3B	22030	Histone H3 (tri-methyl K27) marks repressed chromatin regions
+22031	H3K4me3B	22031	Histone H3 (tri-methyl K4) marks promoters in chromatin regions
+22032	H3K9acB	22032	Histone H3 (acetyl K9) marks promoters in chromatin regions
+22033	H3K36me3B	22033	Histone H3 (tri-methyl K36) marks actively transcribed chromatin regions
+22065	H3T11ph	22065	Phosphorylation of histone H3 at threonine 11
+22066	H2AK9ac	22066	acetylation of lysine 9 of H2A
+22067	H4K12ac	22067	acetylation of lysine 12 of H4
+24001	CTCF	24001	Transcriptional repressor CTCF
+24002	Pol2(b)	24002	DNA Polymerase Pol2b
+24003	Pol2	24003	DNA Polymerase Pol2
+24004	c-Myc	24004	c-Myc
+24005	eGFP-FOS	24005	eGFP-FOS
+24006	eGFP-GATA2	24006	eGFP-GATA2
+24007	eGFP-HDAC8	24007	eGFP-HDAC8
+24008	eGFP-JunB	24008	eGFP-JunB
+24009	eGFP-JunD	24009	eGFP-JunD
+24010	eGFP-NR4A1	24010	eGFP-NR4A1
+24011	P300	24011	P300
+23001	DNase hypersensitivity	23001	DNase hypersensitivity
+23002	Digital Genomic Footprinting	23002	Digital Genomic Footprinting
+23003	FaireSeq	23003	Formaldehyde-Assisted Isolation of Regulatory Elements Sequencing
+23004	RepliSeq	23004	Quantifying DNA replication time using massively parallel sequencing
+23005	MNase-seq	23005	Distinguishes nucleosome positioning by Sequencing
+25001	Exon array	25001	Exon array
+25002	RNA-Seq	25002	RNA Sequencing
+25003	smRNA-Seq	25003	smRNA-Seq
+25004	Cage	25004	5 prime end cap analysis gene expression | CAGE promotor
+25005	shRNA expression	25005	Short hairpin RNA expression
+25006	RnaPet	25006	RNA Paired-End Tags
+26002	Genotyping	assay	Genotyping (CNV and SNP)
+30001	UCSF-UBC-UCD	30001	UCSF-UBC-UCD
+30002	UCSD	30002	University of California, San Diego
+30003	Broad Institute	30003	Broad Institute
+30004	University of Washington	30004	University of Washington
+30005	Caltech(Wold)	30005	California Institute of Technology (Wold)
+30006	CSHL	30006	Cold Spring Harbor Laboratory
+30007	Genome Institute of Singapore	30007	Genome Institute of Singapore
+30008	CRG-Guigo	30008	Centre for Genomic Regulation-Guigo
+30009	Univeristy of Texas at Austin	30009	Univeristy of Texas at Austin
+30010	Caltech	30010	California Institute of Technology
+30011	RIKEN	30011	the Riken institute
+30012	UC Davis	30012	University of California,Davis
+30013	Univeristy of Chicago	30013	Univeristy of Chicago
+30014	UCSF-UBC	30014	UCSF-UBC
+30015	HudsonAlpha	30015	HudsonAlpha Institute for Biotechnology
+30016	University of Southern California	30016	University of Southern California
+30017	Yale University	30017	Yale University
+30018	Stanford University	30018	Stanford University
+30019	Duke University	30019	Duke University
+30020	Harvard University	30020	Harvard University
+30021	SunyAlbany	30021	University at Albany - SUNY
+30022	UNC	30022	The University of North Carolina at Chapel Hill
+30023	MIT	30023	Massachusetts Institute of Technology
+30024	UMass	institute	University of Massachusetts Amherst
+50001	1	50001	mock 1
+50002	2	50002	mock 2
+50003	3	50003	mock 3
+50004	4	50004	mock 4
+50005	5	50005	mock 5
+50006	6	50006	mock 6
+50007	7	50007	mock 7
+50008	8	50008	mock 8
+50009	9	50009	mock 9
+50010	10	50010	mock 10
+50011	11	50011	mock 11
+50012	12	50012	mock 12
+50013	13	50013	mock 13
+50014	14	50014	mock 14
+50015	15	50015	mock 15
+50016	16	50016	mock 16
+50017	17	50017	mock 17
+50018	18	50018	mock 18
+50019	19	50019	mock 19
+50020	20	50020	mock 20
+40112	Donor of HUES45 cells	40112	Donor id: Donor of HUES45 cells
+40101	RO 01689	40101	Donor id: RO 01689
+40053	CD19_8/1/08	40053	Donor id: CD19_8/1/08
+40049	HuFNSC-T	40049	Donor id: HuFNSC-T
+40113	Donor of HUES6 cells	40113	Donor id: Donor of HUES6 cells
+40098	H-23548	40098	Donor id: H-23548
+40037	UW H23266	40037	Donor id: UW H23266
+40032	27	40032	Donor id: 27
+40048	20	40048	Donor id: 20
+40109	Donor of H9 cells	40109	Donor id: Donor of H9 cells
+40047	28	40047	Donor id: 28
+40041	29	40041	Donor id: 29
+40036	4	40036	Donor id: 4
+40016	CD19_12/29/08	40016	Donor id: CD19_12/29/08
+40070	H-23266	40070	Donor id: H-23266
+40057	RO 01517	40057	Donor id: RO 01517
+40111	Donor of HUES3 cells	40111	Donor id: Donor of HUES3 cells
+40025	123	40025	Donor id: 123
+40055	CD3_39661	40055	Donor id: CD3_39661
+40008	59	40008	Donor id: 59
+40009	58	40009	Donor id: 58
+40007	57	40007	Donor id: 57
+40031	H-22727	40031	Donor id: H-22727
+40114	TC014	40114	Donor id: TC014
+40040	TC012	40040	Donor id: TC012
+40077	RO 01562	40077	Donor id: RO 01562
+40085	H-23468	40085	Donor id: H-23468
+40017	CD19_2/20/09	40017	Donor id: CD19_2/20/09
+40064	CD19_6/26/08	40064	Donor id: CD19_6/26/08
+40018	CD3_39811	40018	Donor id: CD3_39811
+40021	RO 01508	40021	Donor id: RO 01508
+40091	H-23365	40091	Donor id: H-23365
+40034	3.0	40034	Donor id: 3.0
+40011	112	40011	Donor id: 112
+40081	H-23604	40081	Donor id: H-23604
+40072	RO 01721	40072	Donor id: RO 01721
+40015	RM035	40015	Donor id: RM035
+40123	RM037	40123	Donor id: RM037
+40124	skin02	40124	Donor id: skin02
+40080	H-23524	40080	Donor id: H-23524
+40092	H-23833	40092	Donor id: H-23833
+40051	skin01	40051	Donor id: skin01
+40108	Donor of H1 cells	40108	Donor id: Donor of H1 cells
+40028	TC001	40028	Donor id: TC001
+40105	3	40105	Donor id: 3
+40120	TC003	40120	Donor id: TC003
+40002	7	40002	Donor id: 7
+40121	TC007	40121	Donor id: TC007
+40122	TC009	40122	Donor id: TC009
+40024	RO 01536	40024	Donor id: RO 01536
+40075	RO 01535	40075	Donor id: RO 01535
+40056	CD3_39804	40056	Donor id: CD3_39804
+40093	H-23247	40093	Donor id: H-23247
+40039	TC010	40039	Donor id: TC010
+40050	pancreatic islets normal_3/27/09	40050	Donor id: pancreatic islets normal_3/27/09
+40100	RO 01670	40100	Donor id: RO 01670
+40087	H-23758	40087	Donor id: H-23758
+40059	CD34_39629	40059	Donor id: CD34_39629
+40088	H-23769	40088	Donor id: H-23769
+40082	H-23617	40082	Donor id: H-23617
+40029	32	40029	Donor id: 32
+40042	31	40042	Donor id: 31
+40078	RO 00738	40078	Donor id: RO 00738
+40104	37	40104	Donor id: 37
+40052	23.0	40052	Donor id: 23.0
+40089	H-23090	40089	Donor id: H-23090
+40010	60	40010	Donor id: 60
+40030	61	40030	Donor id: 61
+40045	62	40045	Donor id: 62
+40046	63	40046	Donor id: 63
+40027	CD34_39811	40027	Donor id: CD34_39811
+40079	H-23500	40079	Donor id: H-23500
+40012	H-22510	40012	Donor id: H-22510
+40073	RO 01727	40073	Donor id: RO 01727
+40096	H-23790	40096	Donor id: H-23790
+40068	H-23399	40068	Donor id: H-23399
+40117	NA	40117	Donor id: NA
+40097	H-23663	40097	Donor id: H-23663
+40084	H-23589	40084	Donor id: H-23589
+40069	H-22911	40069	Donor id: H-22911
+40013	RM080	40013	Donor id: RM080
+40038	pancreatic islets normal_0/0/00	40038	Donor id: pancreatic islets normal_0/0/00
+40060	CD34_39804	40060	Donor id: CD34_39804
+40006	93	40006	Donor id: 93
+40004	92	40004	Donor id: 92
+40003	95	40003	Donor id: 95
+40005	94	40005	Donor id: 94
+40094	H-23419	40094	Donor id: H-23419
+40054	CD19_12/22/08	40054	Donor id: CD19_12/22/08
+40044	19	40044	Donor id: 19
+40026	CD34_39889	40026	Donor id: CD34_39889
+40022	RO 01480	40022	Donor id: RO 01480
+40020	cultured CD34_2/20/09	40020	Donor id: cultured CD34_2/20/09
+40076	RO 01520	40076	Donor id: RO 01520
+40074	RO 01525	40074	Donor id: RO 01525
+40099	RO 01527	40099	Donor id: RO 01527
+40043	30	40043	Donor id: 30
+40033	H-22676	40033	Donor id: H-22676
+40065	UW RO 01480	40065	Donor id: UW RO 01480
+40107	CD34_0/0/00	40107	Donor id: CD34_0/0/00
+40035	5.0	40035	Donor id: 5.0
+40110	Donor of HUES1 cells	40110	Donor id: Donor of HUES1 cells
+40119	RM071	40119	Donor id: RM071
+40086	H-23640	40086	Donor id: H-23640
+40090	H-22934B	40090	Donor id: H-22934B
+40001	1	40001	Donor id: 1
+40061	5	40061	Donor id: 5
+40058	RO 01492	40058	Donor id: RO 01492
+40116	HuFNSC02	40116	Donor id: HuFNSC02
+40115	HuFNSC01	40115	Donor id: HuFNSC01
+40066	H-23327	40066	Donor id: H-23327
+40106	CD19_0/0/00	40106	Donor id: CD19_0/0/00
+40019	CD3_39840	40019	Donor id: CD3_39840
+40067	H-22662	40067	Donor id: H-22662
+40102	H-22337	40102	Donor id: H-22337
+40103	UW RO 01492	40103	Donor id: UW RO 01492
+40062	CD34_39661	40062	Donor id: CD34_39661
+40071	H-23284	40071	Donor id: H-23284
+40095	H-23808	40095	Donor id: H-23808
+40014	RM066	40014	Donor id: RM066
+40063	UW H23284	40063	Donor id: UW H23284
+40083	H-23435	40083	Donor id: H-23435
+40023	RO 01549	40023	Donor id: RO 01549
+40118	RM070	40118	Donor id: RM070
+40125	Donor 62	40125	Donor id: Donor 62
+40126	H-24401	40126	Donor id: H-24401
+40127	H-24409	40127	Donor id: H-24409
+40128	H-24244	40128	Donor id: H-24244
+40129	161	40129	Donor id: 161
+40130	H-24143	40130	Donor id: H-24143
+40131	H-24272	40131	Donor id: H-24272
+40132	H-24381	40132	Donor id: H-24381
+40133	H-24279	40133	Donor id: H-24279
+40134	H-24477	40134	Donor id: H-24477
+40135	H-23941	40135	Donor id: H-23941
+40136	H-24198	40136	Donor id: H-24198
+40137	HuFGM02	40137	Donor id: HuFGM02
+40138	HuFGM01	40138	Donor id: HuFGM01
+40139	H-23744	40139	Donor id: H-23744
+40140	113	40140	Donor id: 113
+40141	CB1 1-3-2011	40141	Donor id: CB1 1-3-2011
+40142	H-24507	40142	Donor id: H-24507
+40143	CB6 1-4-2011	40143	Donor id: CB6 1-4-2011
+40144	H-24169	40144	Donor id: H-24169
+40145	H-24297	40145	Donor id: H-24297
+40146	Donor 83 REMC 18	40146	Donor id: Donor 83 REMC 18
+40147	UW H23435	40147	Donor id: UW H23435
+40148	RO 01736	40148	Donor id: RO 01736
+40149	9-16-2009 Cord Blood B	40149	Donor id: 9-16-2009 Cord Blood B
+40150	H-24218	40150	Donor id: H-24218
+40151	H-24005	40151	Donor id: H-24005
+40152	H-24089	40152	Donor id: H-24089
+40153	64	40153	Donor id: 64
+40154	H-24078	40154	Donor id: H-24078
+40155	H-23914	40155	Donor id: H-23914
+40156	H-23855	40156	Donor id: H-23855
+40157	160	40157	Donor id: 160
+40158	H-24232	40158	Donor id: H-24232
+40159	H22510	40159	Donor id: H22510
+40160	Donor 101 8 pooled leukopaks Jan 20 2011	40160	Donor id: Donor 101 8 pooled leukopaks Jan 20 2011
+40161	H-23864	40161	Donor id: H-23864
+40162	150	40162	Donor id: 150
+40163	153	40163	Donor id: 153
+40164	155	40164	Donor id: 155
+40165	157	40165	Donor id: 157
+40166	156	40166	Donor id: 156
+40167	159	40167	Donor id: 159
+40168	UW H22772	40168	Donor id: UW H22772
+40169	H-23887	40169	Donor id: H-23887
+40170	RO 01701	40170	Donor id: RO 01701
+40171	UW H23914	40171	Donor id: UW H23914
+40172	H-23871	40172	Donor id: H-23871
+40173	H-24111	40173	Donor id: H-24111
+40174	Donor 100 7 pooled leukopaks Jan 7 2011	40174	Donor id: Donor 100 7 pooled leukopaks Jan 7 2011
+40175	HuFNSC03	40175	Donor id: HuFNSC03
+40176	RO 01679	40176	Donor id: RO 01679
+40177	H24198_H23640_H24042	40177	Donor id: H24198_H23640_H24042
+40178	H-24493	40178	Donor id: H-24493
+40179	149	40179	Donor id: 149
+40180	UW H22676	40180	Donor id: UW H22676
+40181	H-24042	40181	Donor id: H-24042
+40182	Donor 174 REMC 28	40182	Donor id: Donor 174 REMC 28
+40183	RO 01778	40183	Donor id: RO 01778
+40184	H-24259	40184	Donor id: H-24259
+40185	H-23724	40185	Donor id: H-23724
+40186	H-23964	40186	Donor id: H-23964
+40187	H-24125	40187	Donor id: H-24125
+40188	DNA_Lib_1279	40188	Donor id: DNA_Lib_1279
+40189	DNA_Lib_1272	40189	Donor id: DNA_Lib_1272
+40190	DNA_Lib_1273	40190	Donor id: DNA_Lib_1273
+40191	DNA_Lib_1276	40191	Donor id: DNA_Lib_1276
+40192	DNA_Lib_1277	40192	Donor id: DNA_Lib_1277
+40193	DNA_Lib_1274	40193	Donor id: DNA_Lib_1274
+40194	130	40194	Donor id: 130
+40195	polyA-RNA-seq_h1-bmp4_r2a	40195	Donor id: polyA-RNA-seq_h1-bmp4_r2a
+40196	AY227	40196	Donor id: AY227
+40197	AY226	40197	Donor id: AY226
+40198	AY225	40198	Donor id: AY225
+40199	AY224	40199	Donor id: AY224
+40200	AY223	40200	Donor id: AY223
+40201	AY222	40201	Donor id: AY222
+40202	AY221	40202	Donor id: AY221
+40203	HuFNSC04	40203	Donor id: HuFNSC04
+40204	AY229	40204	Donor id: AY229
+40205	RO_01549	40205	Donor id: RO_01549
+40206	AY1	40206	Donor id: AY1
+40207	AY18	40207	Donor id: AY18
+40208	AY15	40208	Donor id: AY15
+40209	WGBS_Lib_6	40209	Donor id: WGBS_Lib_6
+40210	AY17	40210	Donor id: AY17
+40211	DS21042	40211	Donor id: DS21042
+40212	AY230	40212	Donor id: AY230
+40213	AY231	40213	Donor id: AY231
+40214	AY233	40214	Donor id: AY233
+40215	polyA-RNA-seq_h1-bmp4_r1a	40215	Donor id: polyA-RNA-seq_h1-bmp4_r1a
+40216	STL003	40216	Donor id: STL003
+40217	AK320	40217	Donor id: AK320
+40218	polyA-RNA-seq_h1-mesendoderm_r2a	40218	Donor id: polyA-RNA-seq_h1-mesendoderm_r2a
+40219	AY68	40219	Donor id: AY68
+40220	AY69	40220	Donor id: AY69
+40221	AY64	40221	Donor id: AY64
+40222	AY65	40222	Donor id: AY65
+40223	AY66	40223	Donor id: AY66
+40224	AY67	40224	Donor id: AY67
+40225	polyA-RNA-seq_h1-msc_r1a	40225	Donor id: polyA-RNA-seq_h1-msc_r1a
+40226	skin03	40226	Donor id: skin03
+40227	polyA-RNA-seq_h1-npc_r1a	40227	Donor id: polyA-RNA-seq_h1-npc_r1a
+40228	DS15153	40228	Donor id: DS15153
+40229	AY75	40229	Donor id: AY75
+40230	AY74	40230	Donor id: AY74
+40231	AY73	40231	Donor id: AY73
+40232	AY72	40232	Donor id: AY72
+40233	AY71	40233	Donor id: AY71
+40234	A14669	40234	Donor id: A14669
+40235	cDNA_Lib_9-10	40235	Donor id: cDNA_Lib_9-10
+40236	Donor_62	40236	Donor id: Donor_62
+40237	polyA-RNA-seq_h1-mesendoderm_r1a	40237	Donor id: polyA-RNA-seq_h1-mesendoderm_r1a
+40238	AY228	40238	Donor id: AY228
+40239	AK378	40239	Donor id: AK378
+40240	A14673	40240	Donor id: A14673
+40241	A14672	40241	Donor id: A14672
+40242	A14671	40242	Donor id: A14671
+40243	A14670	40243	Donor id: A14670
+40244	A14674	40244	Donor id: A14674
+40245	DNA_Lib_1283	40245	Donor id: DNA_Lib_1283
+40246	DNA_Lib_1282	40246	Donor id: DNA_Lib_1282
+40247	polyA-RNA-seq_h1_r1a	40247	Donor id: polyA-RNA-seq_h1_r1a
+40248	A11832	40248	Donor id: A11832
+40249	A11831	40249	Donor id: A11831
+40250	polyA-RNA-seq_h1-msc_r2a	40250	Donor id: polyA-RNA-seq_h1-msc_r2a
+40251	DNA_Lib_242	40251	Donor id: DNA_Lib_242
+40252	DNA_Lib_241	40252	Donor id: DNA_Lib_241
+40253	AK401	40253	Donor id: AK401
+40254	DS20671	40254	Donor id: DS20671
+40255	AK402	40255	Donor id: AK402
+40256	DS19310	40256	Donor id: DS19310
+40257	DS20153	40257	Donor id: DS20153
+40258	DS19317	40258	Donor id: DS19317
+40259	polyA-RNA-seq_h1-npc_r2a	40259	Donor id: polyA-RNA-seq_h1-npc_r2a
+40260	AK106	40260	Donor id: AK106
+40261	AK395	40261	Donor id: AK395
+40262	AK317	40262	Donor id: AK317
+40263	UW_H22676	40263	Donor id: UW_H22676
+40264	AK319	40264	Donor id: AK319
+40265	AK260	40265	Donor id: AK260
+40266	AY201	40266	Donor id: AY201
+40267	AY200	40267	Donor id: AY200
+40268	AY203	40268	Donor id: AY203
+40269	AY202	40269	Donor id: AY202
+40270	AY205	40270	Donor id: AY205
+40271	STL002	40271	Donor id: STL002
+40272	STL001	40272	Donor id: STL001
+40273	AY206	40273	Donor id: AY206
+40274	Donor_177_REMC_27	40274	Donor id: Donor_177_REMC_27
+40275	AK386	40275	Donor id: AK386
+40276	polyA-RNA-seq_h1_r2a	40276	Donor id: polyA-RNA-seq_h1_r2a
+40277	DS18224	40277	Donor id: DS18224
+40278	Donor 177 REMC 27	40278	Donor id: Donor 177 REMC 27
+60003	Unknown	60003	Donor sex: Unknown
+60001	Male	60001	Donor sex: Male
+60002	Female	60002	Donor sex: Female
+70001	Caucasian and African American	70001	Donor ethnicity: Caucasian and African American
+70002	African-American	70002	Donor ethnicity: African-American
+70008	Indian/Arabian	70008	Donor ethnicity: Indian/Arabian
+70011	unknown	70011	Donor ethnicity: unknown
+70010	Hispanic	70010	Donor ethnicity: Hispanic
+70013	Asian	70013	Donor ethnicity: Asian
+70009	NA	70009	Donor ethnicity: NA
+70012	Asian/Hawaiian/Eskimo	70012	Donor ethnicity: Asian/Hawaiian/Eskimo
+70004	Caucasian	70004	Donor ethnicity: Caucasian
+22034	ESET	22034	ESET
+22035	HDAC1	22035	Histone deacetylase 1
+22036	HDAC6	22036	Histone deacetylase 6
+22037	JARID1C	22037	JARID1C
+22038	PCAF	22038	PCAF
+22039	PLU1	22039	PLU1
+22040	RBBP5	22040	RBBP5
+22041	RNAPIIS5P	22041	RNAPIIS5P
+22042	WCE	22042	WCE
+22043	CHD1	22043	CHD1
+22044	HDAC2	22044	Histone deacetylase 2
+22046	SUZ12	22046	SUZ12
+22047	KAT3A-CBP	22047	KAT3A-CBP
+22048	NCOR	22048	NCOR
+22049	RNF2	22049	RNF2
+22050	SIRT6	22050	SIRT6
+22051	CHD7	22051	CHD7
+22052	JARID1B	22052	histone demethylase JARID1B
+22053	SAP30	22053	SAP30
+22054	CBX8	22054	CBX8
+22055	MI2	22055	MI2
+22056	PHF8	22056	PHF8
+22057	JARID1A	22057	JARID1A
+22058	JMJD2A	22058	JMJD2A
+22059	CBX2	22059	CBX2
+22060	EZH2	22060	EZH2
+22061	HP1g	22061	HP1g
+22062	LSD1	22062	LSD1
+22063	NSD2	22063	NSD2
+22064	REST	22064	REST
+24012	ERalpha_a	24012	ERalpha_a
+24013	PAX5-C20	24013	PAX5-C20
+24014	NRSF	24014	NRSF
+24015	TCF12	24015	TCF12
+24016	SIX5	24016	SIX5
+24017	RevXlinkChromatin	24017	RevXlinkChromatin
+24018	GR	24018	GR
+24019	RXRA	24019	RXRA
+24020	BCL3	24020	BCL3
+24021	GABP	24021	GABP
+24022	USF-1	24022	USF-1
+24023	SRF	24023	SRF
+24024	FOXP2	24024	FOXP2
+24025	YY1	24025	YY1
+24026	PAX5-N19	24026	PAX5-N19
+24027	SP1	24027	SP1
+24028	TAF1	24028	TAF1
+24029	ERalpha	24029	ERalpha
+24030	MEF2A	24030	MEF2A
+24031	ATF3	24031	ATF3
+24032	FOSL1	24032	FOSL1
+24033	PU.1	24033	PU.1
+24034	HEY1	24034	HEY1
+24035	EBF1	24035	EBF1
+24036	KAP1	24036	KAP1
+24037	BCL11A	24037	BCL11A
+24038	IRF4	24038	IRF4
+24039	ZBTB33	24039	ZBTB33
+24040	POU2F2	24040	POU2F2
+24041	Pol2-4H8	24041	Pol2-4H8
+24042	CTCFL	24042	CTCFL
+24043	SP2	24043	SP2
+24044	FOXA2	24044	FOXA2
+24045	HNF4G	24045	HNF4G
+24046	TAF7	24046	TAF7
+24047	THAP1	24047	THAP1
+24048	FOXA1	24048	FOXA1
+24049	ZEB1	24049	ZEB1
+24050	Egr-1	24050	Egr-1
+24051	ELF1	24051	ELF1
+24052	Rad21	24052	Rad21
+24053	MEF2C	24053	MEF2C
+24054	Sin3Ak-20	24054	Sin3Ak-20
+24055	NANOG	24055	NANOG
+24056	POU5F1	24056	POU5F1
+24057	ETS1	24057	ETS1
+24058	FOSL2	24058	FOSL2
+24059	HNF4A	24059	HNF4A
+24060	E2F6	24060	E2F6
+24061	ZBTB7A	24061	ZBTB7A
+24062	BHLHE40	24062	BHLHE40
+24063	JunD	24063	JunD
+24064	BCLAF1	24064	BCLAF1
+24065	GATA3	24065	GATA3
+24066	Max	24066	Max
+24067	Pbx3	24067	Pbx3
+24068	BATF	24068	BATF
+24069	GATA2	24069	GATA2
+24070	ZNF274	24070	ZNF274
+24071	TCF7L2	24071	TCF7L2
+24072	ELK4	24072	ELK4
+24073	RIP-Seq input	24073	RNA immunoprecipitations and sequencing, Input
+24074	T7Tag	24074	T7Tag
+24075	PABPC1	24075	PABPC1
+24076	ELAVL1	24076	ELAVL1
+24601	MAZ	24601	MAZ
+24602	ARID3A	24602	ARID3A
+24603	c-Jun	24603	c-Jun
+24604	NFKB	24604	NFKB
+24605	RFX5	24605	RFX5
+24606	CHD2	24606	CHD2
+24607	SREBP2	24607	SREBP2
+24608	c-Fos	24608	c-Fos
+24609	E2F4	24609	E2F4
+24610	GATA-1	24610	GATA-1
+24611	TFIIIC-110	24611	TFIIIC-110
+24612	ZKSCAN1	24612	ZKSCAN1
+24613	SMC3	24613	SMC3
+24614	GTF2B	24614	GTF2B
+24615	NF-YB	24615	NF-YB
+24616	Znf143	24616	Znf143
+24617	COREST	24617	COREST
+24618	IKZF1	24618	IKZF1
+24619	SETDB1	24619	SETDB1
+24620	STAT1	24620	STAT1
+24621	Pol3	24621	Pol3
+24622	E2F1	24622	E2F1
+24623	Mxi1	24623	Mxi1
+24624	CEBPB	24624	CEBPB
+24625	ZNF263	24625	ZNF263
+24626	PRDM1	24626	PRDM1
+24627	USF2	24627	USF2
+24628	TBLR1	24628	TBLR1
+24629	Bach1	24629	Bach1
+24630	TBP	24630	TBP
+24631	BRCA1	24631	BRCA1
+24632	Ini1	24632	Ini1
+24633	BAF170	24633	BAF170
+24634	Pol2(phosphoS2)	24634	Pol2(phosphoS2)
+24635	Nrf1	24635	Nrf1
+24636	IRF3	24636	IRF3
+24637	STAT3	24637	STAT3
+24638	SIN3A	24638	SIN3A
+24639	MafK	24639	MafK
+24640	GCN5	24640	GCN5
+24641	ATF1	24641	ATF1
+24642	GATA-2	24642	GATA-2
+24643	HA-E2F1	24643	HA-E2F1
+24644	TR4	24644	TR4
+24645	RPC155	24645	RPC155
+24646	NELFe	24646	NELFe
+24647	NF-E2	24647	NF-E2
+24648	SPT20	24648	SPT20
+24649	NF-YA	24649	NF-YA
+24650	STAT2	24650	STAT2
+24651	GTF2F1	24651	GTF2F1
+24652	IRF1	24652	IRF1
+24653	MafF	24653	MafF
+24654	BDP1	24654	BDP1
+24655	GRp20	24655	GRp20
+24656	PGC1A	24656	PGC1A
+24657	HSF1	24657	HSF1
+24658	Brg1	24658	Brg1
+24659	UBTF	24659	UBTF
+24660	SREBP1	24660	SREBP1
+24661	UBF	24661	UBF
+24662	AP-2alpha	24662	AP-2alpha
+24663	AP-2gamma	24663	AP-2gamma
+24664	CtBP2	24664	CtBP2
+24665	WHIP	24665	WHIP
+24666	CCNT2	24666	CCNT2
+24667	ZNF217	24667	ZNF217
+24668	BRF1	24668	BRF1
+24669	BAF155	24669	BAF155
+24670	CEBPZ	24670	CEBPZ
+24671	ELK1	24671	ELK1
+24672	ZZZ3	24672	ZZZ3
+24673	XRCC4	24673	XRCC4
+24674	BRF2	24674	BRF2
+24675	TAL1	24675	TAL1
+24676	HMGN3	24676	HMGN3
+24677	ERRA	24677	ERRA
+24678	CREB1	24678	CREB1
+24679	SP4	24679	SP4
+24680	TEAD4	24680	TEAD4
+24681	NR2F2	24681	NR2F2
+24682	TRIM28	24682	TRIM28
+24683	NFIC	24683	NFIC
+24684	MTA3	24684	MTA3
+24685	CBX3	24685	CBX3
+24686	ATF2	24686	ATF2
+24687	TCF3	24687	TCF3
+24688	PML	24688	PML
+24689	CEBPD	24689	CEBPD
+24690	STAT5A	24690	STAT5A
+24691	RUNX3	24691	RUNX3
+24692	FOXM1	24692	FOXM1
+24693	MBD4	24693	MBD4
+24694	NFATC1	24694	NFATC1
+24695	MYBL2	24695	MYBL2
+24696	CDP	24696	CDP
+24697	HCFC1	24697	HCFC1
+24698	ZC3H11A	24698	ZC3H11A
+24699	ZNF384	24699	ZNF384
+24700	GATA1	24700	GATA1
+24701	ZNF-MIZD-CP1	24701	ZNF-MIZD-CP1
+24702	CHD4	24702	CHD4
+24703	CBP	24703	CBP
+27001	ChIA-PET	longrange assay	Chromatin interaction analysis with paired-end tag sequencing
+27002	5C	longrange assay	Carbon-copy chromosome conformation capture
+27003	Hi-C	longrange assay	High-content genome conformation capture
+27004	chromHMM		chromatin state
diff --git a/mm9/cytoband b/mm9/cytoband
new file mode 100644
index 0000000..126ad08
--- /dev/null
+++ b/mm9/cytoband
@@ -0,0 +1,403 @@
+	chr1	0	8918386	qA1	4
+	chr1	8918386	12386647	qA2	0
+	chr1	12386647	20314102	qA3	7
+	chr1	20314102	22295965	qA4	0
+	chr1	22295965	31214352	qA5	4
+	chr1	31214352	43601000	qB	0
+	chr1	43601000	54996715	qC1.1	8
+	chr1	54996715	56483113	qC1.2	0
+	chr1	56483113	59951375	qC1.3	3
+	chr1	59951375	65896965	qC2	0
+	chr1	65896965	75310818	qC3	7
+	chr1	75310818	80760943	qC4	0
+	chr1	80760943	88192931	qC5	7
+	chr1	88192931	100579579	qD	0
+	chr1	100579579	103552375	qE1.1	7
+	chr1	103552375	104543306	qE1.2	0
+	chr1	104543306	113461693	qE2.1	4
+	chr1	113461693	114948091	qE2.2	0
+	chr1	114948091	126839272	qE2.3	4
+	chr1	126839272	129812068	qE3	0
+	chr1	129812068	140712318	qE4	8
+	chr1	140712318	148639772	qF	0
+	chr1	148639772	153098966	qG1	4
+	chr1	153098966	154089897	qG2	0
+	chr1	154089897	158549091	qG3	4
+	chr1	158549091	161521886	qH1	0
+	chr1	161521886	165485613	qH2.1	7
+	chr1	165485613	166972011	qH2.2	0
+	chr1	166972011	171431204	qH2.3	7
+	chr1	171431204	177376795	qH3	0
+	chr1	177376795	183322386	qH4	7
+	chr1	183322386	189763443	qH5	0
+	chr1	189763443	197195432	qH6	7
+	chr10	0	12754055	qA1	4
+	chr10	12754055	17659461	qA2	0
+	chr10	17659461	23545948	qA3	7
+	chr10	23545948	33356759	qA4	0
+	chr10	33356759	41205409	qB1	4
+	chr10	41205409	48072977	qB2	0
+	chr10	48072977	55921626	qB3	4
+	chr10	55921626	63770276	qB4	0
+	chr10	63770276	67694600	qB5.1	4
+	chr10	67694600	68185141	qB5.2	0
+	chr10	68185141	74562168	qB5.3	4
+	chr10	74562168	88787845	qC1	0
+	chr10	88787845	95655414	qC2	7
+	chr10	95655414	98598657	qC3	0
+	chr10	98598657	111352712	qD1	4
+	chr10	111352712	124106767	qD2	0
+	chr10	124106767	129993255	qD3	7
+	chr11	0	13021480	qA1	4
+	chr11	13021480	17206956	qA2	0
+	chr11	17206956	21857485	qA3.1	4
+	chr11	21857485	25577908	qA3.2	0
+	chr11	25577908	30228437	qA3.3	4
+	chr11	30228437	36274125	qA4	0
+	chr11	36274125	43249918	qA5	4
+	chr11	43249918	47900447	qB1.1	0
+	chr11	47900447	49760658	qB1.2	7
+	chr11	49760658	59991822	qB1.3	0
+	chr11	59991822	62782139	qB2	7
+	chr11	62782139	70688038	qB3	0
+	chr11	70688038	73943408	qB4	7
+	chr11	73943408	81849307	qB5	0
+	chr11	81849307	90220259	qC	4
+	chr11	90220259	102311634	qD	0
+	chr11	102311634	110217533	qE1	8
+	chr11	110217533	121843856	qE2	0
+	chr12	0	17766671	qA1.1	4
+	chr12	17766671	21320005	qA1.2	0
+	chr12	21320005	26205839	qA1.3	8
+	chr12	26205839	31980007	qA2	0
+	chr12	31980007	39530843	qA3	7
+	chr12	39530843	44416677	qB1	0
+	chr12	44416677	45305011	qB2	7
+	chr12	45305011	52411679	qB3	0
+	chr12	52411679	66625016	qC1	4
+	chr12	66625016	71955017	qC2	0
+	chr12	71955017	81726686	qC3	4
+	chr12	81726686	86168354	qD1	0
+	chr12	86168354	89277522	qD2	7
+	chr12	89277522	96384190	qD3	0
+	chr12	96384190	107044193	qE	4
+	chr12	107044193	115483361	qF1	0
+	chr12	115483361	121257530	qF2	8
+	chr13	0	16267960	qA1	4
+	chr13	16267960	21197645	qA2	0
+	chr13	21197645	29578109	qA3.1	8
+	chr13	29578109	33028888	qA3.2	0
+	chr13	33028888	41409353	qA3.3	7
+	chr13	41409353	44367164	qA4	0
+	chr13	44367164	52747628	qA5	7
+	chr13	52747628	59156219	qB1	0
+	chr13	59156219	61621061	qB2	7
+	chr13	61621061	69508557	qB3	0
+	chr13	69508557	78381990	qC1	7
+	chr13	78381990	80846832	qC2	0
+	chr13	80846832	94649950	qC3	4
+	chr13	94649950	106481194	qD1	0
+	chr13	106481194	110424942	qD2.1	7
+	chr13	110424942	116340564	qD2.2	0
+	chr13	116340564	120284312	qD2.3	7
+	chr14	0	15023383	qA1	4
+	chr14	15023383	19530398	qA2	0
+	chr14	19530398	30046767	qA3	7
+	chr14	30046767	43567812	qB	0
+	chr14	43567812	52081063	qC1	4
+	chr14	52081063	55085740	qC2	0
+	chr14	55085740	60093534	qC3	8
+	chr14	60093534	69107564	qD1	0
+	chr14	69107564	73113800	qD2	7
+	chr14	73113800	85132507	qD3	0
+	chr14	85132507	89138743	qE1	8
+	chr14	89138743	99154332	qE2.1	4
+	chr14	99154332	100155891	qE2.2	0
+	chr14	100155891	107667583	qE2.3	4
+	chr14	107667583	111173039	qE3	0
+	chr14	111173039	121188628	qE4	4
+	chr14	121188628	125194864	qE5	0
+	chr15	0	16413299	qA1	4
+	chr15	16413299	24164024	qA2	0
+	chr15	24164024	29635124	qB1	7
+	chr15	29635124	31914749	qB2	0
+	chr15	31914749	42856949	qB3.1	4
+	chr15	42856949	44680649	qB3.2	0
+	chr15	44680649	49695824	qB3.3	8
+	chr15	49695824	53343224	qC	0
+	chr15	53343224	66109124	qD1	4
+	chr15	66109124	68388749	qD2	0
+	chr15	68388749	77051324	qD3	8
+	chr15	77051324	83434274	qE1	0
+	chr15	83434274	86625749	qE2	7
+	chr15	86625749	95288324	qE3	0
+	chr15	95288324	100759424	qF1	8
+	chr15	100759424	101671274	qF2	0
+	chr15	101671274	103494974	qF3	7
+	chr16	0	15450152	qA1	4
+	chr16	15450152	16386525	qA2	0
+	chr16	16386525	20600202	qA3	7
+	chr16	20600202	26218440	qB1	0
+	chr16	26218440	32304863	qB2	7
+	chr16	32304863	38391287	qB3	0
+	chr16	38391287	44945897	qB4	7
+	chr16	44945897	53841439	qB5	0
+	chr16	53841439	58055117	qC1.1	8
+	chr16	58055117	58991490	qC1.2	0
+	chr16	58991490	66950659	qC1.3	8
+	chr16	66950659	70696150	qC2	0
+	chr16	70696150	79123506	qC3.1	4
+	chr16	79123506	79591692	qC3.2	0
+	chr16	79591692	91764540	qC3.3	4
+	chr16	91764540	98319150	qC4	0
+	chr17	0	13984976	qA1	4
+	chr17	13984976	16170128	qA2	0
+	chr17	16170128	17481220	qA3.1	7
+	chr17	17481220	21851525	qA3.2	0
+	chr17	21851525	31466196	qA3.3	8
+	chr17	31466196	40206806	qB1	0
+	chr17	40206806	41517898	qB2	7
+	chr17	41517898	45888203	qB3	0
+	chr17	45888203	55939905	qC	8
+	chr17	55939905	60310210	qD	0
+	chr17	60310210	68176759	qE1.1	4
+	chr17	68176759	69050820	qE1.2	0
+	chr17	69050820	73421125	qE1.3	4
+	chr17	73421125	78665491	qE2	0
+	chr17	78665491	83035796	qE3	7
+	chr17	83035796	89154223	qE4	0
+	chr17	89154223	95272651	qE5	7
+	chr18	0	19420992	qA1	4
+	chr18	19420992	29553684	qA2	0
+	chr18	29553684	35464421	qB1	8
+	chr18	35464421	37153203	qB2	0
+	chr18	37153203	45597113	qB3	4
+	chr18	45597113	49819068	qC	0
+	chr18	49819068	54041023	qD1	4
+	chr18	54041023	54463218	qD2	0
+	chr18	54463218	60796150	qD3	4
+	chr18	60796150	67973474	qE1	0
+	chr18	67973474	75150797	qE2	7
+	chr18	75150797	83594707	qE3	0
+	chr18	83594707	90772031	qE4	7
+	chr19	0	16655891	qA	4
+	chr19	16655891	25593199	qB	0
+	chr19	25593199	34936748	qC1	8
+	chr19	34936748	38186678	qC2	0
+	chr19	38186678	47530227	qC3	8
+	chr19	47530227	51592639	qD1	0
+	chr19	51592639	58904982	qD2	7
+	chr19	58904982	61342430	qD3	0
+	chr2	0	14052687	qA1	4
+	chr2	14052687	16394801	qA2	0
+	chr2	16394801	29042220	qA3	7
+	chr2	29042220	48247559	qB	0
+	chr2	48247559	60426554	qC1.1	4
+	chr2	60426554	60894977	qC1.2	0
+	chr2	60894977	68389744	qC1.3	4
+	chr2	68389744	71668704	qC2	0
+	chr2	71668704	81037162	qC3	8
+	chr2	81037162	88531928	qD	0
+	chr2	88531928	101179347	qE1	4
+	chr2	101179347	104926730	qE2	0
+	chr2	104926730	112889920	qE3	7
+	chr2	112889920	115700457	qE4	0
+	chr2	115700457	123663646	qE5	8
+	chr2	123663646	131626836	qF1	0
+	chr2	131626836	134437373	qF2	7
+	chr2	134437373	140995294	qF3	0
+	chr2	140995294	146616369	qG1	4
+	chr2	146616369	147553214	qG2	0
+	chr2	147553214	152237444	qG3	4
+	chr2	152237444	158795364	qH1	0
+	chr2	158795364	163011170	qH2	7
+	chr2	163011170	173316474	qH3	0
+	chr2	173316474	181748087	qH4	7
+	chr3	0	18490218	qA1	4
+	chr3	18490218	20436557	qA2	0
+	chr3	20436557	35520683	qA3	8
+	chr3	35520683	46712131	qB	0
+	chr3	46712131	56443825	qC	4
+	chr3	56443825	60823088	qD	0
+	chr3	60823088	69581612	qE1	7
+	chr3	69581612	72501120	qE2	0
+	chr3	72501120	83692569	qE3	4
+	chr3	83692569	92937678	qF1	0
+	chr3	92937678	97316940	qF2.1	7
+	chr3	97316940	106075465	qF2.2	0
+	chr3	106075465	108021804	qF2.3	7
+	chr3	108021804	114833990	qF3	0
+	chr3	114833990	126512023	qG1	4
+	chr3	126512023	128458361	qG2	0
+	chr3	128458361	138190056	qG3	8
+	chr3	138190056	143542487	qH1	0
+	chr3	143542487	147921750	qH2	7
+	chr3	147921750	153760766	qH3	0
+	chr3	153760766	159599783	qH4	7
+	chr4	0	14799183	qA1	4
+	chr4	14799183	17663541	qA2	0
+	chr4	17663541	28166187	qA3	4
+	chr4	28166187	30075759	qA4	0
+	chr4	30075759	43442763	qA5	8
+	chr4	43442763	51558444	qB1	0
+	chr4	51558444	54900195	qB2	7
+	chr4	54900195	63015876	qB3	0
+	chr4	63015876	69221985	qC1	7
+	chr4	69221985	71608950	qC2	0
+	chr4	71608950	83543776	qC3	4
+	chr4	83543776	89272492	qC4	0
+	chr4	89272492	96910780	qC5	8
+	chr4	96910780	105026461	qC6	0
+	chr4	105026461	110277784	qC7	8
+	chr4	110277784	116961286	qD1	0
+	chr4	116961286	119825644	qD2.1	7
+	chr4	119825644	130328290	qD2.2	0
+	chr4	130328290	133192648	qD2.3	7
+	chr4	133192648	140830936	qD3	0
+	chr4	140830936	147037045	qE1	4
+	chr4	147037045	155630120	qE2	0
+	chr5	0	14964098	qA1	4
+	chr5	14964098	16412236	qA2	0
+	chr5	16412236	25583780	qA3	8
+	chr5	25583780	33789899	qB1	0
+	chr5	33789899	35720750	qB2	7
+	chr5	35720750	50684848	qB3	0
+	chr5	50684848	58890967	qC1	7
+	chr5	58890967	61304531	qC2	0
+	chr5	61304531	71924213	qC3.1	4
+	chr5	71924213	73855065	qC3.2	0
+	chr5	73855065	78199480	qC3.3	8
+	chr5	78199480	82061183	qD	0
+	chr5	82061183	91715440	qE1	4
+	chr5	91715440	94129004	qE2	0
+	chr5	94129004	99921558	qE3	7
+	chr5	99921558	102335123	qE4	0
+	chr5	102335123	108127677	qE5	7
+	chr5	108127677	125505339	qF	0
+	chr5	125505339	127436191	qG1.1	7
+	chr5	127436191	128401616	qG1.2	0
+	chr5	128401616	131297893	qG1.3	7
+	chr5	131297893	146744704	qG2	0
+	chr5	146744704	152537259	qG3	7
+	chr6	0	16613004	qA1	4
+	chr6	16613004	21499181	qA2	0
+	chr6	21499181	27362595	qA3.1	4
+	chr6	27362595	28339830	qA3.2	0
+	chr6	28339830	34203243	qA3.3	4
+	chr6	34203243	41532510	qB1	0
+	chr6	41532510	44464216	qB2.1	8
+	chr6	44464216	45930070	qB2.2	0
+	chr6	45930070	50816247	qB2.3	8
+	chr6	50816247	62543074	qB3	0
+	chr6	62543074	74269900	qC1	4
+	chr6	74269900	76712989	qC2	0
+	chr6	76712989	85996727	qC3	8
+	chr6	85996727	94303229	qD1	0
+	chr6	94303229	95769082	qD2	7
+	chr6	95769082	103098349	qD3	0
+	chr6	103098349	108473144	qE1	4
+	chr6	108473144	109450380	qE2	0
+	chr6	109450380	116779646	qE3	4
+	chr6	116779646	122643059	qF1	0
+	chr6	122643059	125086148	qF2	7
+	chr6	125086148	131926797	qF3	0
+	chr6	131926797	139256063	qG1	8
+	chr6	139256063	142676388	qG2	0
+	chr6	142676388	149517037	qG3	7
+	chr7	0	15943333	qA1	4
+	chr7	15943333	19131999	qA2	0
+	chr7	19131999	29760888	qA3	7
+	chr7	29760888	36138221	qB1	0
+	chr7	36138221	39326888	qB2	7
+	chr7	39326888	49955776	qB3	0
+	chr7	49955776	56864554	qB4	7
+	chr7	56864554	63773332	qB5	0
+	chr7	63773332	74933665	qC	4
+	chr7	74933665	80779554	qD1	0
+	chr7	80779554	84499665	qD2	8
+	chr7	84499665	94597109	qD3	0
+	chr7	94597109	104694553	qE1	4
+	chr7	104694553	107351775	qE2	0
+	chr7	107351775	116917775	qE3	7
+	chr7	116917775	124357997	qF1	0
+	chr7	124357997	129140997	qF2	7
+	chr7	129140997	144021442	qF3	0
+	chr7	144021442	147741553	qF4	7
+	chr7	147741553	152524553	qF5	0
+	chr8	0	16228701	qA1.1	4
+	chr8	16228701	17183331	qA1.2	0
+	chr8	17183331	20524534	qA1.3	7
+	chr8	20524534	30070829	qA2	0
+	chr8	30070829	34366662	qA3	7
+	chr8	34366662	44867586	qA4	0
+	chr8	44867586	49163419	qB1.1	8
+	chr8	49163419	51072678	qB1.2	0
+	chr8	51072678	56800455	qB1.3	8
+	chr8	56800455	60618973	qB2	0
+	chr8	60618973	68256009	qB3.1	4
+	chr8	68256009	69210638	qB3.2	0
+	chr8	69210638	75893045	qB3.3	4
+	chr8	75893045	81620822	qC1	0
+	chr8	81620822	86393969	qC2	7
+	chr8	86393969	91644432	qC3	0
+	chr8	91644432	93076376	qC4	7
+	chr8	93076376	97372209	qC5	0
+	chr8	97372209	105009245	qD1	4
+	chr8	105009245	105963874	qD2	0
+	chr8	105963874	112646281	qD3	7
+	chr8	112646281	126011094	qE1	0
+	chr8	126011094	131738871	qE2	7
+	chr9	0	14352094	qA1	4
+	chr9	14352094	19444773	qA2	0
+	chr9	19444773	24074481	qA3	7
+	chr9	24074481	37963604	qA4	0
+	chr9	37963604	43982225	qA5.1	8
+	chr9	43982225	46297079	qA5.2	0
+	chr9	46297079	54630553	qA5.3	8
+	chr9	54630553	62964027	qB	0
+	chr9	62964027	69445618	qC	7
+	chr9	69445618	77316122	qD	0
+	chr9	77316122	82408800	qE1	7
+	chr9	82408800	84260683	qE2	0
+	chr9	84260683	90742275	qE3.1	4
+	chr9	90742275	91205245	qE3.2	0
+	chr9	91205245	100464661	qE3.3	4
+	chr9	100464661	101390603	qE4	8
+	chr9	101390603	107872194	qF1	0
+	chr9	107872194	110650019	qF2	7
+	chr9	110650019	119446464	qF3	0
+	chr9	119446464	124076172	qF4	7
+	chrX	0	15368327	qA1.1	4
+	chrX	15368327	17769628	qA1.2	0
+	chrX	17769628	20651189	qA1.3	7
+	chrX	20651189	27374832	qA2	0
+	chrX	27374832	32657694	qA3.1	8
+	chrX	32657694	33618215	qA3.2	0
+	chrX	33618215	38901077	qA3.3	8
+	chrX	38901077	46585241	qA4	0
+	chrX	46585241	54749664	qA5	8
+	chrX	54749664	61473308	qA6	0
+	chrX	61473308	67716690	qA7.1	8
+	chrX	67716690	69157471	qA7.2	0
+	chrX	69157471	75400854	qA7.3	8
+	chrX	75400854	80203456	qB	0
+	chrX	80203456	88848140	qC1	4
+	chrX	88848140	89808660	qC2	0
+	chrX	89808660	98453344	qC3	4
+	chrX	98453344	107098028	qD	0
+	chrX	107098028	117183493	qE1	4
+	chrX	117183493	118144013	qE2	0
+	chrX	118144013	131591300	qE3	4
+	chrX	131591300	137834682	qF1	0
+	chrX	137834682	145038586	qF2	7
+	chrX	145038586	152242489	qF3	0
+	chrX	152242489	159446392	qF4	7
+	chrX	159446392	166650296	qF5	0
+	chrY	0	3578074	qA1	4
+	chrY	3578074	5665285	qA2	8
+	chrY	5665285	7851886	qB	7
+	chrY	7851886	9442142	qC1	4
+	chrY	9442142	10734224	qC2	7
+	chrY	10734224	12523262	qC3	4
+	chrY	12523262	14411690	qD	7
+	chrY	14411690	15902555	qE	8
diff --git a/mm9/dataset b/mm9/dataset
new file mode 100644
index 0000000..0d4cd1a
--- /dev/null
+++ b/mm9/dataset
@@ -0,0 +1,3 @@
+encode	images/ENCODE_logo.gif	ENCODE: Encyclopedia Of DNA Elements	http://genome.ucsc.edu/ENCODE/	The Encyclopedia of DNA Elements (ENCODE) Consortium is an international collaboration of research groups funded by the National Human Genome Research Institute (NHGRI). The goal of ENCODE is to build a comprehensive parts list of functional elements in the human genome, including elements that act at the protein and RNA levels, and regulatory elements that control cells and circumstances in which a gene is active. (UCSC ENCODE website)<br>Data files were downloaded from <a href=http://genome.ucsc.edu/ENCODE/downloadsMouse.html target=_blank>UCSC ENCODE project website</a>.
+longrange	images/longrange_logo.png	Long-range genome interaction tracks	\N	Collection of published long-range genome interaction data sets on mouse cells
+mock	images/mock.png	Mock data set	\N	Just a mock data set...
diff --git a/mm9/decorInfo b/mm9/decorInfo
new file mode 100644
index 0000000..0df874b
--- /dev/null
+++ b/mm9/decorInfo
@@ -0,0 +1,90 @@
+knownGene	UCSC genes	\N	2	0	1	http://genome.ucsc.edu/cgi-bin/hgGene?db=mm9&hgg_type=knownGene&hgg_gene=
+knownGenepromoter	promoters (UCSC genes)	knownGene	2	0	0	\N
+knownGeneutr3	3' UTRs (UCSC genes)	knownGene	2	0	0	\N
+knownGeneutr5	5' UTRs (UCSC genes)	knownGene	2	0	0	\N
+knownGeneexons	exons (UCSC genes)	knownGene	2	0	0	\N
+knownGeneintrons	introns (UCSC genes)	knownGene	2	0	0	\N
+refGene	RefSeq genes	\N	2	0	1	http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Search&db=Nucleotide&doptcmdl=GenBank&term=
+refGenepromoter	promoters (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr3	3' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneutr5	5' UTRs (RefSeq genes)	refGene	2	0	0	\N
+refGeneexons	exons (RefSeq genes)	refGene	2	0	0	\N
+refGeneintrons	introns (RefSeq genes)	refGene	2	0	0	\N
+ensGene	Ensembl genes	\N	2	0	1	http://www.ensembl.org/Mus_musculus/geneview?gene=
+ensGenepromoter	promoters (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneutr3	3' UTRs (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneutr5	5' UTRs (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneexons	exons (Ensembl genes)	ensGene	2	0	0	\N
+ensGeneintrons	introns (Ensembl genes)	ensGene	2	0	0	\N
+rmsk_ensemble	RepeatMasker Ensemble	\N	4	12	0	\N
+RNA	RNA	\N	4	0	0	\N
+RNAsrpRNA	srpRNA (RNA)	RNA	4	0	0	\N
+RNArRNA	rRNA (RNA)	RNA	4	0	0	\N
+RNAsnRNA	snRNA (RNA)	RNA	4	0	0	\N
+RNAtRNA	tRNA (RNA)	RNA	4	0	0	\N
+RNAscRNA	scRNA (RNA)	RNA	4	0	0	\N
+RNARNA	RNA (RNA)	RNA	4	0	0	\N
+DNA	DNA transposon	\N	4	0	0	\N
+DNATcMar	TcMar (DNA transposon)	DNA	4	0	0	\N
+DNATcMar?	TcMar? (DNA transposon)	DNA	4	0	0	\N
+DNADNA	DNA (DNA transposon)	DNA	4	0	0	\N
+DNATc2	Tc2 (DNA transposon)	DNA	4	0	0	\N
+DNACharlie	Charlie (DNA transposon)	DNA	4	0	0	\N
+DNAMuDR	MuDR (DNA transposon)	DNA	4	0	0	\N
+DNAMER2_type	MER2_type (DNA transposon)	DNA	4	0	0	\N
+DNAPiggyBac	PiggyBac (DNA transposon)	DNA	4	0	0	\N
+DNATip100	Tip100 (DNA transposon)	DNA	4	0	0	\N
+DNAMariner	Mariner (DNA transposon)	DNA	4	0	0	\N
+DNAAcHobo	AcHobo (DNA transposon)	DNA	4	0	0	\N
+DNAMER1_type	MER1_type (DNA transposon)	DNA	4	0	0	\N
+DNAMER1_type?	MER1_type? (DNA transposon)	DNA	4	0	0	\N
+DNATigger	Tigger (DNA transposon)	DNA	4	0	0	\N
+DNAhAT	hAT (DNA transposon)	DNA	4	0	0	\N
+DNAhAT?	hAT? (DNA transposon)	DNA	4	0	0	\N
+SINE	SINE	\N	4	0	0	\N
+SINEtRNA	tRNA (SINE)	SINE	4	0	0	\N
+SINEMIR	MIR (SINE)	SINE	4	0	0	\N
+SINESINE	SINE (SINE)	SINE	4	0	0	\N
+SINEB2	B2 (SINE)	SINE	4	0	0	\N
+SINEID	ID (SINE)	SINE	4	0	0	\N
+SINEB4	B4 (SINE)	SINE	4	0	0	\N
+SINEAlu	Alu (SINE)	SINE	4	0	0	\N
+LINE	LINE	\N	4	0	0	\N
+LINERTE	RTE (LINE)	LINE	4	0	0	\N
+LINEL2	L2 (LINE)	LINE	4	0	0	\N
+LINEL1	L1 (LINE)	LINE	4	0	0	\N
+LINECR1	CR1 (LINE)	LINE	4	0	0	\N
+LTR	LTR	\N	4	0	0	\N
+LTRERV	ERV (LTR)	LTR	4	0	0	\N
+LTRERVL	ERVL (LTR)	LTR	4	0	0	\N
+LTRERVL?	ERVL? (LTR)	LTR	4	0	0	\N
+LTRMaLR	MaLR (LTR)	LTR	4	0	0	\N
+LTRLTR	LTR (LTR)	LTR	4	0	0	\N
+LTRERVK	ERVK (LTR)	LTR	4	0	0	\N
+LTRGypsy	Gypsy (LTR)	LTR	4	0	0	\N
+LTRGypsy?	Gypsy? (LTR)	LTR	4	0	0	\N
+LTRERV1	ERV1 (LTR)	LTR	4	0	0	\N
+LTRERV1?	ERV1? (LTR)	LTR	4	0	0	\N
+LTRGenie?	Genie? (LTR)	LTR	4	0	0	\N
+Low_complexity	low complexity	\N	4	0	0	\N
+Satellite	satellite	\N	4	0	0	\N
+SatelliteSatellite	satellite (satellite)	Satellite	4	0	0	\N
+Satellitecentr	centr (satellite)	Satellite	4	0	0	\N
+Simple_repeat	simple repeat	\N	4	0	0	\N
+Other	other repeats	\N	4	0	0	\N
+Unknown	unknown	\N	4	0	0	\N
+UnknownUnknown	Unknown (unknown)	Unknown	4	0	0	\N
+UnknownY-chromosome	Y-chromosome (unknown)	Unknown	4	0	0	\N
+vertebratephastCons30way	vertebrate PhastCons	\N	6	8	0	\N
+euarchontogliresphastCons30way	euarchontoglires PhastCons	\N	6	8	0	\N
+placentalphastCons30way	placental PhastCons	\N	6	8	0	\N
+vertebratephyloP30way	vertebrate PhyloP	\N	6	8	0	\N
+euarchontogliresphyloP30way	euarchontoglires PhyloP	\N	6	8	0	\N
+placentalphyloP30way	placental PhyloP	\N	6	8	0	\N
+cpgisland	CpG island	\N	5	0	0	\N
+gc5Base	GC percent	\N	5	14	0	\N
+wgEncodeCrgMapabilityAlign100mer	100mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
+wgEncodeCrgMapabilityAlign36mer	36mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
+wgEncodeCrgMapabilityAlign40mer	40mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
+wgEncodeCrgMapabilityAlign50mer	50mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
+wgEncodeCrgMapabilityAlign75mer	75mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
diff --git a/mm9/encode b/mm9/encode
new file mode 100644
index 0000000..67fe3b4
--- /dev/null
+++ b/mm9/encode
@@ -0,0 +1,1082 @@
+GSM929716_1
+GSM915181_1
+GSM970852_6
+GSM900187_4
+GSM900195_3
+GSM970851_1
+GSM915163_1
+GSM912935_1
+GSM946530_2
+GSM915160_1
+GSM918746_1
+GSM918744_1
+GSM918712_1
+GSM970874_3
+GSM915164_1
+GSM923589_1
+GSM923584_2
+GSM798327_1
+GSM918407_1
+GSM918727_1
+GSM923578_3
+GSM918743_1
+GSM970860_3
+GSM929775_2
+GSM946543_3
+GSM923570_3
+GSM923573_1
+GSM923585_1
+GSM915173_1
+GSM918723_1
+GSM970869_1
+GSM970872_1
+GSM946527_3
+GSM918412_1
+GSM946548_2
+GSM915170_1
+GSM900197_1
+GSM946527_2
+GSM970866_3
+GSM973232_1
+GSM912892_1
+GSM929715_2
+GSM900194_1
+GSM900189_3
+GSM918422_1
+GSM970873_12
+GSM973235_4
+GSM970870_2
+GSM923568_1
+GSM900195_1
+GSM970863_1
+GSM769014_1
+GSM946534_1
+GSM970865_6
+GSM946542_1
+GSM970859_3
+GSM929706_2
+GSM970872_3
+GSM929720_1
+GSM912900_1
+GSM970860_2
+GSM912902_1
+GSM929714_1
+GSM900183_2
+GSM918726_1
+GSM929711_2
+GSM970851_2
+GSM769034_1
+GSM929724_2
+GSM946534_2
+GSM946548_3
+GSM946534_3
+GSM900184_4
+GSM929720_2
+GSM946535_2
+GSM923574_2
+GSM946530_3
+GSM912904_1
+GSM912912_1
+GSM946528_1
+GSM970854_1
+GSM946524_1
+GSM769015_1
+GSM918728_1
+GSM946544_2
+GSM918414_1
+GSM970875_4
+GSM918418_1
+GSM912891_1
+GSM915184_1
+GSM929717_2
+GSM769025_1
+GSM970875_2
+GSM918708_1
+GSM900198_4
+GSM923586_1
+GSM912925_1
+GSM918707_1
+GSM946533_3
+GSM918717_1
+GSM929718_2
+GSM900191_3
+GSM970873_5
+GSM900186_4
+GSM970857_4
+GSM929703_1
+GSM970869_5
+GSM923586_2
+GSM900186_3
+GSM923575_2
+GSM918731_1
+GSM918761_1
+GSM946549_3
+GSM769022_1
+GSM900185_2
+GSM900186_2
+GSM923586_3
+GSM970862_3
+GSM970865_3
+GSM900184_3
+GSM970864_2
+GSM769037_1
+GSM946532_1
+GSM970856_2
+GSM915171_1
+GSM769013_1
+GSM946532_2
+GSM929717_1
+GSM970855_5
+GSM970856_1
+GSM912894_1
+GSM970873_1
+GSM918759_1
+GSM923584_1
+GSM918417_1
+GSM970857_6
+GSM918750_1
+GSM946523_2
+GSM918704_1
+GSM970867_2
+GSM946524_2
+GSM912916_1
+GSM973232_3
+GSM918733_1
+GSM915166_1
+GSM915176_1
+GSM970856_5
+GSM923568_2
+GSM970871_1
+GSM912907_1
+GSM923567_3
+GSM912920_1
+GSM946520_3
+GSM970865_2
+GSM912933_1
+GSM915165_1
+GSM970856_3
+GSM970854_6
+GSM929715_1
+GSM946545_3
+GSM970873_9
+GSM929718_1
+GSM946537_2
+GSM970854_5
+GSM912905_1
+GSM946531_3
+GSM769016_1
+GSM929714_2
+GSM900194_3
+GSM929721_1
+GSM923576_2
+GSM915178_1
+GSM929721_2
+GSM900191_1
+GSM923574_3
+GSM769030_1
+GSM912898_1
+GSM918755_1
+GSM918706_1
+GSM970866_5
+GSM918718_1
+GSM923570_2
+GSM970866_1
+GSM929710_2
+GSM946530_1
+GSM970874_1
+GSM970866_6
+GSM946539_1
+GSM970873_3
+GSM900192_3
+GSM973235_1
+GSM970869_6
+GSM929722_1
+GSM970868_6
+GSM915175_1
+GSM900185_3
+GSM923577_1
+GSM900190_1
+GSM915185_1
+GSM918754_1
+GSM973232_4
+GSM946538_2
+GSM946540_3
+GSM946526_1
+GSM769032_1
+GSM912910_1
+GSM918748_1
+GSM918409_1
+GSM973233_1
+GSM900198_3
+GSM970853_1
+GSM918739_1
+GSM915184_2
+GSM923576_1
+GSM946519_3
+GSM970868_2
+GSM900189_4
+GSM946520_1
+GSM970873_2
+GSM918756_1
+GSM900196_1
+GSM973234_1
+GSM912923_1
+GSM946543_2
+GSM946520_2
+GSM970861_1
+GSM923587_3
+GSM918730_1
+GSM973235_3
+GSM912924_1
+GSM970865_5
+GSM915188_1
+GSM918741_1
+GSM970865_4
+GSM923567_2
+GSM918732_1
+GSM970873_7
+GSM946536_1
+GSM923590_1
+GSM946538_3
+GSM970869_4
+GSM970854_4
+GSM900183_1
+GSM923576_3
+GSM912922_1
+GSM900196_2
+GSM918408_1
+GSM912934_1
+GSM946531_1
+GSM970863_2
+GSM918719_1
+GSM918416_1
+GSM970868_3
+GSM912930_1
+GSM946526_2
+GSM915186_1
+GSM915183_1
+GSM918752_1
+GSM769010_1
+GSM929775_1
+GSM923578_1
+GSM915172_1
+GSM900191_4
+GSM918413_1
+GSM970873_11
+GSM915169_1
+GSM970872_6
+GSM946537_1
+GSM973233_3
+GSM970871_2
+GSM970867_1
+GSM970855_1
+GSM946531_2
+GSM912901_1
+GSM946540_2
+GSM923583_2
+GSM769017_1
+GSM946540_1
+GSM900193_1
+GSM929704_1
+GSM769035_1
+GSM929709_2
+GSM769009_1
+GSM769019_1
+GSM946541_2
+GSM923569_3
+GSM900199_2
+GSM970874_4
+GSM918736_1
+GSM970859_1
+GSM946541_1
+GSM900190_2
+GSM970866_2
+GSM918716_1
+GSM946541_3
+GSM970852_5
+GSM929723_1
+GSM900193_2
+GSM970861_2
+GSM923580_3
+GSM918735_1
+GSM929708_1
+GSM929774_1
+GSM918758_1
+GSM946529_1
+GSM915159_1
+GSM923580_1
+GSM900185_4
+GSM918747_1
+GSM970872_4
+GSM946538_1
+GSM946535_1
+GSM915182_1
+GSM923579_3
+GSM970853_2
+GSM929724_1
+GSM946526_3
+GSM946548_1
+GSM946546_2
+GSM769031_1
+GSM929712_2
+GSM970868_4
+GSM900198_2
+GSM946521_2
+GSM946545_2
+GSM946525_3
+GSM929773_1
+GSM929707_2
+GSM946547_1
+GSM923583_1
+GSM946521_1
+GSM923579_1
+GSM923582_3
+GSM918410_1
+GSM970863_5
+GSM929705_1
+GSM970870_1
+GSM912927_1
+GSM900198_1
+GSM970860_1
+GSM769036_1
+GSM912913_1
+GSM970864_3
+GSM973234_2
+GSM923582_2
+GSM929703_2
+GSM900195_2
+GSM918421_1
+GSM970854_3
+GSM900193_3
+GSM918423_1
+GSM912915_1
+GSM970869_2
+GSM970874_2
+GSM900192_1
+GSM923570_1
+GSM918725_1
+GSM929708_2
+GSM912908_1
+GSM929773_2
+GSM915174_1
+GSM946546_1
+GSM970861_3
+GSM970874_5
+GSM929712_1
+GSM970857_3
+GSM970854_2
+GSM900188_4
+GSM923569_2
+GSM970858_1
+GSM918762_1
+GSM915168_1
+GSM900183_4
+GSM918753_1
+GSM915172_2
+GSM970866_4
+GSM900193_4
+GSM923585_2
+GSM929722_2
+GSM900195_4
+GSM900190_4
+GSM923568_3
+GSM946536_3
+GSM970862_6
+GSM970853_6
+GSM769027_1
+GSM923581_3
+GSM970872_2
+GSM912896_1
+GSM912932_1
+GSM923574_1
+GSM946536_2
+GSM923573_2
+GSM946528_2
+GSM929716_2
+GSM918420_1
+GSM918745_1
+GSM923590_4
+GSM970855_3
+GSM900184_1
+GSM946547_3
+GSM970853_4
+GSM970862_4
+GSM946528_3
+GSM923588_1
+GSM912914_1
+GSM918763_1
+GSM923582_1
+GSM900194_4
+GSM923567_1
+GSM923572_1
+GSM923590_3
+GSM973232_2
+GSM946539_3
+GSM900197_3
+GSM923575_1
+GSM912931_1
+GSM769011_1
+GSM929707_1
+GSM918721_1
+GSM900191_2
+GSM923589_3
+GSM769024_1
+GSM946549_1
+GSM946546_3
+GSM970868_5
+GSM923572_2
+GSM918415_1
+GSM900188_3
+GSM970874_6
+GSM912909_1
+GSM923583_3
+GSM970858_3
+GSM929709_1
+GSM946524_3
+GSM946523_3
+GSM918737_1
+GSM918760_1
+GSM970857_5
+GSM946545_1
+GSM946519_1
+GSM918714_1
+GSM918705_1
+GSM970853_3
+GSM973234_3
+GSM915187_1
+GSM900185_1
+GSM929719_1
+GSM946525_1
+GSM970865_1
+GSM900188_1
+GSM769023_1
+GSM923587_1
+GSM918419_1
+GSM970862_5
+GSM970853_5
+GSM923581_2
+GSM918742_1
+GSM915167_1
+GSM923578_2
+GSM946523_1
+GSM970867_3
+GSM918715_1
+GSM946544_1
+GSM900197_4
+GSM946539_2
+GSM946521_3
+GSM912895_1
+GSM923584_3
+GSM946529_2
+GSM946533_2
+GSM918749_1
+GSM970875_1
+GSM900184_2
+GSM769008_1
+GSM918740_1
+GSM973235_2
+GSM970873_8
+GSM912893_1
+GSM769020_1
+GSM900187_1
+GSM970863_4
+GSM970859_2
+GSM923589_2
+GSM769018_1
+GSM929710_1
+GSM900197_2
+GSM923588_2
+GSM970870_3
+GSM900189_2
+GSM946529_3
+GSM912929_1
+GSM900183_3
+GSM918722_1
+GSM798326_1
+GSM798325_1
+GSM769028_1
+GSM970873_4
+GSM946547_2
+GSM946542_2
+GSM900192_4
+GSM912919_1
+GSM970856_6
+GSM923580_2
+GSM798324_1
+GSM918411_1
+GSM970855_4
+GSM923575_3
+GSM929774_2
+GSM912911_1
+GSM900189_1
+GSM923587_2
+GSM946537_3
+GSM923573_3
+GSM918738_1
+GSM970863_6
+GSM929705_2
+GSM900187_2
+GSM970873_6
+GSM923590_2
+GSM946525_2
+GSM929711_1
+GSM970858_2
+GSM769026_1
+GSM946543_1
+GSM918713_1
+GSM929704_2
+GSM970855_2
+GSM918757_1
+GSM923571_1
+GSM970875_3
+GSM970852_1
+GSM915180_2
+GSM912897_1
+GSM918751_1
+GSM946535_3
+GSM923571_3
+GSM929723_2
+GSM923579_2
+GSM923569_1
+GSM923572_3
+GSM970852_2
+GSM900196_3
+GSM970852_3
+GSM918729_1
+GSM912917_1
+GSM900199_3
+GSM918734_1
+GSM798323_1
+GSM912918_1
+GSM769029_1
+GSM915161_1
+GSM946519_2
+GSM970852_4
+GSM900187_3
+GSM900194_2
+GSM970864_1
+GSM900188_2
+GSM913032_1
+GSM970851_3
+GSM970862_1
+GSM923585_3
+GSM970869_3
+GSM973234_4
+GSM970855_6
+GSM900192_2
+GSM946532_3
+GSM900199_4
+GSM923588_3
+GSM923577_2
+GSM970875_6
+GSM929706_1
+GSM900186_1
+GSM970868_1
+GSM946533_1
+GSM769012_1
+GSM946542_3
+GSM900190_3
+GSM912899_1
+GSM915172_3
+GSM970871_3
+GSM970857_1
+GSM970857_2
+GSM918709_1
+GSM918720_1
+GSM946527_1
+GSM912928_1
+GSM915177_1
+GSM915179_1
+GSM973233_4
+GSM912926_1
+GSM769021_1
+GSM973233_2
+GSM929772_2
+GSM912906_1
+GSM970863_3
+GSM946549_2
+GSM798328_1
+GSM912903_1
+GSM970875_5
+GSM929772_1
+GSM912921_1
+GSM923571_2
+GSM970873_10
+GSM900196_4
+GSM946544_3
+GSM918710_1
+GSM929719_2
+GSM918724_1
+GSM900199_1
+GSM970856_4
+GSM923582_4
+GSM923581_1
+GSM923577_3
+GSM915162_1
+GSM769033_1
+GSM915180_1
+GSM918711_1
+GSM929713_2
+GSM970872_5
+GSM970862_2
+GSM929713_1
+GSM995443_1
+GSM995537_1
+GSM1014185_1
+GSM1003826_2
+GSM1014165_1
+GSM1014163_1
+GSM1000564_1
+GSM1000100_1
+GSM1000112_1
+GSM1014199_2
+GSM995535_1
+GSM1000113_1
+GSM1014161_1
+GSM1000570_4
+GSM1003792_1
+GSM995438_1
+GSM1000099_1
+GSM1014148_1
+GSM1000143_1
+GSM1000078_1
+GSM1003744_1
+GSM1000566_4
+GSM1014177_2
+GSM1014149_1
+GSM1000568_3
+GSM1000146_1
+GSM1003797_1
+GSM1000562_3
+GSM1000156_1
+GSM1000069_1
+GSM995529_2
+GSM1014170_3
+GSM1003239_2
+GSM1000072_1
+GSM1014182_2
+GSM1014179_1
+GSM1003801_1
+GSM1014195_2
+GSM1003752_1
+GSM1003825_4
+GSM1014159_2
+GSM1000563_1
+GSM1003814_1
+GSM1000109_1
+GSM1003800_1
+GSM1000110_1
+GSM1014195_3
+GSM1000129_1
+GSM1000563_2
+GSM1003745_1
+GSM1003796_1
+GSM1000567_1
+GSM1000206_1
+GSM1000132_1
+GSM1003817_1
+GSM1014185_2
+GSM1000079_1
+GSM1014186_1
+GSM1000128_1
+GSM1003790_1
+GSM1003776_1
+GSM995530_2
+GSM1000153_1
+GSM1003812_1
+GSM1000063_1
+GSM1000127_1
+GSM1014195_7
+GSM1000144_1
+GSM1003786_1
+GSM1000133_1
+GSM1014156_1
+GSM995540_1
+GSM995532_4
+GSM995447_1
+GSM1000094_1
+GSM1000201_1
+GSM1000151_1
+GSM1000086_1
+GSM1014170_2
+GSM1000568_4
+GSM1003827_2
+GSM1014195_10
+GSM1000567_3
+GSM1000565_1
+GSM1000093_1
+GSM1014169_2
+GSM1014153_2
+GSM1014180_1
+GSM1003813_2
+GSM1003825_2
+GSM1014195_13
+GSM1014152_1
+GSM1000564_2
+GSM1014173_1
+GSM1003832_2
+GSM995535_3
+GSM1000125_1
+GSM1014160_1
+GSM1000076_1
+GSM1000120_1
+GSM1003780_1
+GSM1000135_1
+GSM995535_2
+GSM995447_2
+GSM1003784_1
+GSM1014173_2
+GSM1003813_1
+GSM1003239_1
+GSM1003816_2
+GSM1014181_1
+GSM1014154_1
+GSM1000108_1
+GSM1003805_1
+GSM1014171_2
+GSM1003803_1
+GSM1000204_1
+GSM1000567_4
+GSM1000138_1
+GSM995532_2
+GSM1014183_1
+GSM1000091_1
+GSM1014172_2
+GSM1000562_1
+GSM1014177_1
+GSM1003793_1
+GSM1000073_1
+GSM995446_1
+GSM1014150_1
+GSM1014171_1
+GSM1003804_1
+GSM1014190_1
+GSM1003749_1
+GSM1014192_1
+GSM1014168_2
+GSM1003828_2
+GSM995533_1
+GSM1003824_2
+GSM1003810_1
+GSM1003834_2
+GSM1000571_1
+GSM995536_1
+GSM1003756_1
+GSM1014199_1
+GSM1003832_1
+GSM1000121_1
+GSM1014151_6
+GSM995439_1
+GSM1003757_1
+GSM1014178_2
+GSM995538_1
+GSM1014195_8
+GSM995536_2
+GSM1014162_1
+GSM1000150_1
+GSM1000562_4
+GSM1014192_3
+GSM1000572_2
+GSM1014166_1
+GSM1000566_1
+GSM1000092_1
+GSM1000087_1
+GSM1014175_1
+GSM1003820_2
+GSM1014192_2
+GSM1003831_2
+GSM1014170_1
+GSM995440_1
+GSM1000141_1
+GSM1014164_3
+GSM995525_1
+GSM1003822_1
+GSM1014148_3
+GSM995537_3
+GSM1000140_1
+GSM995541_2
+GSM1014153_1
+GSM1003823_2
+GSM1003818_2
+GSM1003834_1
+GSM1003775_1
+GSM1014164_1
+GSM1000200_1
+GSM1014178_1
+GSM1014195_4
+GSM1003802_1
+GSM995526_2
+GSM1000563_3
+GSM995534_3
+GSM1003819_2
+GSM995530_1
+GSM1000080_1
+GSM1003779_1
+GSM1014191_3
+GSM1000203_1
+GSM1000573_1
+GSM1000137_1
+GSM1000152_1
+GSM1000147_1
+GSM1003821_1
+GSM1003830_2
+GSM1000573_4
+GSM1014151_1
+GSM1014195_1
+GSM1014168_3
+GSM1000067_1
+GSM1003809_1
+GSM1003833_1
+GSM1000095_1
+GSM1000083_1
+GSM1000148_1
+GSM995536_3
+GSM995534_4
+GSM1014160_2
+GSM1000202_1
+GSM1014182_1
+GSM1014193_1
+GSM1000077_1
+GSM995541_3
+GSM1014172_1
+GSM1000096_1
+GSM995533_4
+GSM1000573_2
+GSM1000107_1
+GSM1000574_4
+GSM995442_1
+GSM1000075_1
+GSM1014151_4
+GSM995525_4
+GSM995445_1
+GSM1000566_3
+GSM1000565_2
+GSM1003755_1
+GSM1014157_1
+GSM1003758_1
+GSM1003794_1
+GSM1003753_1
+GSM1014179_2
+GSM1014163_2
+GSM1003751_1
+GSM995527_4
+GSM995527_1
+GSM1003798_1
+GSM1000149_1
+GSM1003795_1
+GSM1000084_1
+GSM1014189_1
+GSM1014166_2
+GSM995533_3
+GSM1014176_1
+GSM1000207_1
+GSM1014189_2
+GSM1000097_1
+GSM1003785_1
+GSM995532_1
+GSM995537_4
+GSM1014194_3
+GSM1000565_4
+GSM1003829_1
+GSM1014151_2
+GSM995437_1
+GSM995529_1
+GSM1014197_1
+GSM1000106_1
+GSM995446_2
+GSM1014190_2
+GSM1000085_1
+GSM1003777_1
+GSM995446_3
+GSM1003782_1
+GSM1000569_2
+GSM1003791_1
+GSM1000563_4
+GSM1000101_1
+GSM1000568_1
+GSM1014191_1
+GSM995449_1
+GSM1000136_1
+GSM1014159_1
+GSM1014151_7
+GSM1000570_3
+GSM1000081_1
+GSM1003746_1
+GSM1003831_1
+GSM1014187_1
+GSM1014184_2
+GSM1014196_2
+GSM1000122_1
+GSM1014200_2
+GSM1014187_2
+GSM1014198_1
+GSM1014194_1
+GSM1000574_3
+GSM1003781_1
+GSM1000119_1
+GSM1000567_2
+GSM1000131_1
+GSM1000155_1
+GSM1014170_4
+GSM1000139_1
+GSM995531_4
+GSM1003821_2
+GSM1003819_1
+GSM995538_3
+GSM1000569_4
+GSM995541_1
+GSM995527_3
+GSM1014186_2
+GSM995534_2
+GSM995528_2
+GSM1003816_1
+GSM995526_1
+GSM1014174_2
+GSM1000098_1
+GSM1003783_1
+GSM1000572_1
+GSM1003811_1
+GSM995534_1
+GSM1014195_11
+GSM1014200_1
+GSM1000066_1
+GSM1014148_2
+GSM1014158_1
+GSM1014169_1
+GSM1000154_1
+GSM1000116_1
+GSM1000089_1
+GSM1014150_2
+GSM1000102_1
+GSM995441_1
+GSM995533_2
+GSM1014195_6
+GSM1003825_3
+GSM1000142_1
+GSM995448_1
+GSM1014197_2
+GSM995528_1
+GSM1003750_1
+GSM1014195_9
+GSM1000564_4
+GSM1000090_1
+GSM1000571_4
+GSM1000074_1
+GSM1000114_1
+GSM1014167_2
+GSM1003822_2
+GSM1000572_3
+GSM1000130_1
+GSM1000145_1
+GSM995537_2
+GSM1014165_2
+GSM995531_2
+GSM1000103_1
+GSM1014181_2
+GSM1003817_2
+GSM1014195_12
+GSM1003825_1
+GSM1000071_1
+GSM1000572_4
+GSM1003806_1
+GSM995447_4
+GSM1000569_3
+GSM1003747_1
+GSM1003818_1
+GSM1000569_1
+GSM1000068_1
+GSM995540_2
+GSM995532_3
+GSM1000574_1
+GSM1000570_2
+GSM1014192_4
+GSM1003826_1
+GSM1000134_1
+GSM995531_1
+GSM1000566_2
+GSM1003820_1
+GSM1000574_2
+GSM1000126_1
+GSM1003807_1
+GSM1003814_2
+GSM1000088_1
+GSM1000082_1
+GSM1003823_1
+GSM995539_2
+GSM1000064_1
+GSM1000570_1
+GSM1000115_1
+GSM995538_4
+GSM1000205_1
+GSM995447_3
+GSM1014196_1
+GSM995539_3
+GSM995447_5
+GSM1003824_1
+GSM1014184_1
+GSM1003808_1
+GSM995525_3
+GSM1003787_1
+GSM1014168_1
+GSM1014176_2
+GSM1000105_1
+GSM1003828_1
+GSM1000562_2
+GSM1000065_1
+GSM1000111_1
+GSM1014194_2
+GSM1014164_2
+GSM1003748_1
+GSM995525_2
+GSM1000571_3
+GSM1014151_3
+GSM1014174_1
+GSM1000104_1
+GSM1014155_1
+GSM1014180_2
+GSM1000565_3
+GSM1000568_2
+GSM995535_4
+GSM1003833_2
+GSM995539_4
+GSM1014152_2
+GSM1014167_1
+GSM1014161_2
+GSM1014154_2
+GSM1003829_2
+GSM1000564_3
+GSM995527_2
+GSM995444_1
+GSM1000118_1
+GSM995541_4
+GSM1003238_1
+GSM1000070_1
+GSM1014149_2
+GSM1003827_1
+GSM995436_1
+GSM1003778_1
+GSM1000208_1
+GSM1000573_3
+GSM1014191_2
+GSM1003815_2
+GSM995539_1
+GSM1003815_1
+GSM1000117_1
+GSM1003774_1
+GSM1003799_1
+GSM1003754_1
+GSM1003830_1
+GSM1000124_1
+GSM995536_4
+GSM1003789_1
+GSM1014195_14
+GSM1014188_1
+GSM1000123_1
+GSM1014151_5
+GSM1000571_2
+GSM995538_2
+GSM1003788_1
+GSM995531_3
+GSM1014193_2
+GSM1003238_2
+GSM1014195_5
diff --git a/mm9/longrange b/mm9/longrange
new file mode 100644
index 0000000..ffa84ca
--- /dev/null
+++ b/mm9/longrange
@@ -0,0 +1,27 @@
+Cortex_20kb_hindIII_rep1
+Cortex_20kb_hindIII_rep2
+Cortex_40kb_hindIII_combined
+Cortex_40kb_hindIII_rep1
+Cortex_40kb_hindIII_rep2
+Esc_20kb_hindIII_rep1
+Esc_20kb_hindIII_rep2
+Esc_20kb_NcoI
+Esc_40kb_hindIII_combined
+Esc_40kb_hindIII_rep1
+Esc_40kb_hindIII_rep2
+Esc_40kb_NcoI
+GSE28247_st3ab
+GSE28247_st3c
+GSM870040
+GSM870041
+GSM870042
+GSM870043
+GSM870044
+GSM870045
+GSM870046
+GSE35519_ATM_10m
+GSE35519_ATM_1m
+GSE35519_WT_1m
+GSE35519_WT_10m
+GSE35519_WT_100K
+GSE35519_ATM_100k
diff --git a/mm9/makeDb.sql b/mm9/makeDb.sql
new file mode 100755
index 0000000..2181ecc
--- /dev/null
+++ b/mm9/makeDb.sql
@@ -0,0 +1,285 @@
+-- -------------------
+--                  --
+--    mm9heatmap    --
+--                  --
+-- -------------------
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text not null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold text null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) not null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/mm9/",
+"/srv/epgg/data/data/subtleKnife/seq/mm9.gz",
+\N,
+-- "GSM929716_1,GSM915181_1,GSM970852_6,GSM900187_4,GSM900195_3,GSM970851_1,GSM915163_1,GSM912935_1,GSM946530_2,GSM915160_1,GSM918746_1,GSM918744_1,GSM918712_1,GSM970874_3,GSM915164_1,GSM923589_1,GSM923584_2",
+"Sample,Assay,Institution",
+"CYP4Z1\\nCYP2A7\\nCYP2A6\\nCYP3A4\\nCYP1A1\\nCYP4V2\\nCYP51A1\\nCYP2C19\\nCYP26B1\\nCYP11B2\\nCYP24A1\\nCYP4B1\\nCYP2C8",
+"3,http://vizhub.wustl.edu/hubSample/mm9/wgEncodeLicrHistoneBatInputMAdult24wksC57bl6StdSig.gz,1,http://vizhub.wustl.edu/hubSample/mm9/bed.gz,5,http://vizhub.wustl.edu/hubSample/mm9/wgEncodeLicrHistoneBatInputMAdult24wksC57bl6StdAlnRep2.gz,100,http://vizhub.wustl.edu/hubSample/mm9/hub.txt",
+"chr6,51999773,chr6,52368420",
+"longrange,encode",
+"knownGene,rmsk_ensemble",
+"chr1,chr2,chr3,chr4,chr5,chr6,chr7,chr8,chr9,chr10,chr11,chr12,chr13,chr14,chr15,chr16,chr17,chr18,chr19,chrX,chrY,chrM",
+\N,\N,
+true,
+true,
+"mmu",
+"Assembly version|mm9|Sequence source|<a href=http://hgdownload.cse.ucsc.edu/goldenPath/mm9/bigZips/ target=_blank>UCSC browser</a>|Date parsed|August 1, 2011|Chromosomes|22|Misc|13|Total bases|3,137,144,693|Logo art|<a href=http://free-extras.com/images/mouse-8552.htm target=_blank>link</a>",
+0,
+false
+);
+
+
+-- grouping types on genomic features
+-- table name defined in macro: TBN_GF_GRP
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+-- insert into gfGrouping values (3, "non-coding RNA");
+insert into gfGrouping values (4, "RepeatMasker");
+insert into gfGrouping values (6, "Sequence conservation");
+insert into gfGrouping values (5, "Others");
+insert into gfGrouping values (7, "Mappability (ENCODE)");
+
+
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null,
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+
+/*
+insert into decorInfo values('ccdsGene','CCDS genes',\N,2,0,1,'http://www.ncbi.nlm.nih.gov/CCDS/CcdsBrowse.cgi?REQUEST=CCDS&BUILDS=ALLBUILDS&DATA=');
+insert into decorInfo values('ccdsGeneexons','exons (CCDS genes)','ccdsGene',2,0,0,\N);
+insert into decorInfo values('ccdsGeneintrons','introns (CCDS genes)','ccdsGene',2,0,0,\N);
+insert into decorInfo values('vegaGene','Vega genes',\N,2,0,1,'http://vega.sanger.ac.uk/Mus_musculus/geneview?gene=');
+insert into decorInfo values('vegaGenepromoter','promoters (Vega genes)','vegaGene',2,0,0,\N);
+insert into decorInfo values('vegaGeneutr3',"3' UTRs (Vega genes)",'vegaGene',2,0,0,\N);
+insert into decorInfo values('vegaGeneutr5',"5' UTRs (Vega genes)",'vegaGene',2,0,0,\N);
+insert into decorInfo values('vegaGeneexons','exons (Vega genes)','vegaGene',2,0,0,\N);
+insert into decorInfo values('vegaGeneintrons','introns (Vega genes)','vegaGene',2,0,0,\N);
+*/
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label_encode' into table track2Label;
+load data local infile 'track2Label_longrange' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2ProcessInfo_encode' into table track2ProcessInfo;
+load data local infile 'track2ProcessInfo_longrange' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+load data local infile "track2BamInfo" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail_decor' into table track2Detail;
+load data local infile 'track2Detail_encode' into table track2Detail;
+load data local infile 'track2Detail_longrange' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+load data local infile 'track2GEO_encode' into table track2GEO;
+load data local infile 'track2GEO_longrange' into table track2GEO;
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+load data local infile 'track2VersionInfo_encode' into table track2VersionInfo;
+
+-- new trackDetail end here
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation_encode" into table track2Annotation;
+load data local infile "track2Annotation_longrange" into table track2Annotation;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft_encode" into table track2Ft;
+load data local infile "track2Ft_longrange" into table track2Ft;
+load data local infile "track2Ft_mock" into table track2Ft;
+
+drop table if exists track2Categorical;
+create table track2Categorical (
+  name varchar(255) not null primary key,
+  info text not null
+);
+load data local infile 'track2Categorical' into table track2Categorical;
+
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile "track2Style" into table track2Style;
+load data local infile "track2Style_encode" into table track2Style;
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+    regionname varchar(255) not null,
+	  regions text not null
+	   );
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+drop table if exists mock;
+create table mock (
+  tkname varchar(255) not null
+);
+load data local infile "mock" into table mock;
+
+drop table if exists longrange;
+create table longrange (
+  tkname varchar(255) not null
+);
+load data local infile "longrange" into table longrange;
+
+drop table if exists encode;
+create table encode (
+  tkname varchar(255) not null
+);
+load data local infile "encode" into table encode;
+
+/* drop table if exists geocollection;
+create table geocollection (
+  tkname varchar(255) not null
+);
+load data local infile "geocollection" into table geocollection;
+*/
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null,
+  childLength int unsigned not null
+);
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+drop table if exists cytoband;
+create table cytoband (
+  id int null auto_increment primary key,
+  chrom char(20) not null,
+  start int not null,
+  stop int not null,
+  name char(20) not null,
+  colorIdx int not null
+);
+load data local infile "cytoband" into table cytoband;
+
+
+/*
+DROP TABLE IF EXISTS `rmsk`;
+CREATE TABLE `rmsk` (
+  `bin` smallint(5) unsigned NOT NULL default '0',
+  `swScore` int(10) unsigned NOT NULL default '0',
+  `milliDiv` int(10) unsigned NOT NULL default '0',
+  `milliDel` int(10) unsigned NOT NULL default '0',
+  `milliIns` int(10) unsigned NOT NULL default '0',
+  `genoName` varchar(255) NOT NULL default '',
+  `genoStart` int(10) unsigned NOT NULL default '0',
+  `genoEnd` int(10) unsigned NOT NULL default '0',
+  `genoLeft` int(11) NOT NULL default '0',
+  `strand` char(1) NOT NULL default '',
+  `repName` varchar(255) NOT NULL default '',
+  `repClass` varchar(255) NOT NULL default '',
+  `repFamily` varchar(255) NOT NULL default '',
+  `repStart` int(11) NOT NULL default '0',
+  `repEnd` int(11) NOT NULL default '0',
+  `repLeft` int(11) NOT NULL default '0',
+  `id` char(1) NOT NULL default '',
+  KEY `genoName` (`genoName`(14),`bin`)
+);
+load data local infile 'rmsk.txt' into table rmsk;
+*/
+
+
+
diff --git a/mm9/metadataVocabulary b/mm9/metadataVocabulary
new file mode 100644
index 0000000..8d5a85d
--- /dev/null
+++ b/mm9/metadataVocabulary
@@ -0,0 +1,158 @@
+10001	Cancer Cell Lines
+10002	Embryonic Cell Lines
+10003	Normal Cell Lines
+10004	Normal Cell Lines
+10005	Tissues
+10006	Tissues
+10007	Embryonic Cell Lines
+10008	Tissues
+10009	Tissues
+10010	Normal Cell Lines
+10011	Tissues
+10012	Tissues
+10013	Normal Cell Lines
+10014	Tissues
+10015	Tissues
+10016	Tissues
+10017	Tissues
+10018	Normal Cell Lines
+10019	Tissues
+10020	Normal Cell Lines
+10021	Tissues
+10022	Normal Cell Lines
+10023	Tissues
+10024	Tissues
+10025	Normal Cell Lines
+10026	Normal Cell Lines
+10027	Normal Cell Lines
+10028	Normal Cell Lines
+10029	Normal Cell Lines
+10030	Normal Cell Lines
+10031	Tissues
+10032	Tissues
+10033	Tissues
+10034	Tissues
+10035	Tissues
+10036	Embryonic Cell Lines
+10037	Tissues
+10038	Normal Cell Lines
+10039	Tissues
+10040	Tissues
+10041	Embryonic Cell Lines
+10042	Tissues
+10043	Tissues
+10044	Tissues
+10045	Tissues
+10046	Tissues
+10047	Tissues
+10048	Tissues
+10049	Embryonic Cell Lines
+10050	Normal Cell Lines
+10051	Embryonic Cell Lines
+10052	Normal Cell Lines
+10053	Embryonic Cell Lines
+10054	Normal Cell Lines
+10055	Tissues
+10056	Tissues
+10057	Normal Cell Lines
+10058	Normal Cell Lines
+10059	Embryonic Cell Lines
+10060	Embryonic Cell Lines
+10061	Normal Cell Lines
+10062	Normal Cell Lines
+10063	Tissues
+10064	Embryonic Cell Lines
+10065	Normal Cell Lines
+10066	Normal Cell Lines
+10067	Normal Cell Lines
+10068	Normal Cell Lines
+10069	Normal Cell Lines
+10070	Normal Cell Lines
+10071	Normal Cell Lines
+10072	Tissues
+10073	Tissues
+10074	Tissues
+148	Long Range Interaction
+149	Long Range Interaction
+20001	Expression
+Expression	Assay
+Histone-ChipSeq	ChipSeq
+TF-ChipSeq	ChipSeq
+20002	Histone-ChipSeq
+20003	Histone-ChipSeq
+20004	Histone-ChipSeq
+20005	Histone-ChipSeq
+20006	Histone-ChipSeq
+20007	Histone-ChipSeq
+20008	TF-ChipSeq
+20009	TF-ChipSeq
+20010	TF-ChipSeq
+20011	TF-ChipSeq
+20012	TF-ChipSeq
+20013	TF-ChipSeq
+20014	Histone-ChipSeq
+20015	Histone-ChipSeq
+20016	Histone-ChipSeq
+20017	Histone-ChipSeq
+20018	TF-ChipSeq
+20019	TF-ChipSeq
+20020	TF-ChipSeq
+20021	TF-ChipSeq
+20022	TF-ChipSeq
+20023	TF-ChipSeq
+20024	TF-ChipSeq
+20025	TF-ChipSeq
+20026	TF-ChipSeq
+20027	TF-ChipSeq
+20028	TF-ChipSeq
+20029	TF-ChipSeq
+20030	TF-ChipSeq
+20031	TF-ChipSeq
+20032	TF-ChipSeq
+20033	TF-ChipSeq
+20034	TF-ChipSeq
+20035	TF-ChipSeq
+20036	TF-ChipSeq
+20037	TF-ChipSeq
+20038	TF-ChipSeq
+20039	TF-ChipSeq
+20060	Assay
+20040	TF-ChipSeq
+20061	Assay
+20041	TF-ChipSeq
+20042	TF-ChipSeq
+20062	TF-ChipSeq
+20043	TF-ChipSeq
+20063	TF-ChipSeq
+20044	TF-ChipSeq
+20064	TF-ChipSeq
+20045	TF-ChipSeq
+20065	TF-ChipSeq
+20046	TF-ChipSeq
+20047	TF-ChipSeq
+20048	TF-ChipSeq
+20049	TF-ChipSeq
+20050	TF-ChipSeq
+20051	TF-ChipSeq
+20052	TF-ChipSeq
+20053	TF-ChipSeq
+20054	TF-ChipSeq
+20055	TF-ChipSeq
+20056	Histone-ChipSeq
+20057	Histone-ChipSeq
+20058	Histone-ChipSeq
+20059	Histone-ChipSeq
+30001	Institution
+30002	Institution
+30003	Institution
+30004	Institution
+30005	Institution
+30006	Institution
+30007	Institution
+Cell Lines	Sample
+Embryonic Cell Lines	Cell Lines
+Cancer Cell Lines	Cell Lines
+Normal Cell Lines	Cell Lines
+ChipSeq	Assay
+Long Range Interaction	Assay
+Tissues	Sample
diff --git a/mm9/mock b/mm9/mock
new file mode 100644
index 0000000..8dfea72
--- /dev/null
+++ b/mm9/mock
@@ -0,0 +1,20 @@
+mock1
+mock2
+mock3
+mock4
+mock5
+mock6
+mock7
+mock8
+mock9
+mock10
+mock11
+mock12
+mock13
+mock14
+mock15
+mock16
+mock17
+mock18
+mock19
+mock20
diff --git a/mm9/scaffoldInfo b/mm9/scaffoldInfo
new file mode 100644
index 0000000..65dc739
--- /dev/null
+++ b/mm9/scaffoldInfo
@@ -0,0 +1,37 @@
+ROOT	other	0
+ROOT	chromosome	0
+chromosome	chr1	197195432
+chromosome	chr2	181748087
+chromosome	chr3	159599783
+chromosome	chr4	155630120
+chromosome	chr5	152537259
+chromosome	chr6	149517037
+chromosome	chr7	152524553
+chromosome	chr8	131738871
+chromosome	chr9	124076172
+chromosome	chr10	129993255
+chromosome	chr11	121843856
+chromosome	chr12	121257530
+chromosome	chr13	120284312
+chromosome	chr14	125194864
+chromosome	chr15	103494974
+chromosome	chr16	98319150
+chromosome	chr17	95272651
+chromosome	chr18	90772031
+chromosome	chr19	61342430
+chromosome	chrX	166650296
+chromosome	chrY	15902555
+chromosome	chrM	16299
+other	chr13_random	400311
+other	chr16_random	3994
+other	chr17_random	628739
+other	chr1_random	1231697
+other	chr3_random	41899
+other	chr4_random	160594
+other	chr5_random	357350
+other	chr7_random	362490
+other	chr8_random	849593
+other	chr9_random	449403
+other	chrUn_random	5900358
+other	chrX_random	1785075
+other	chrY_random	58682461
diff --git a/mm9/track2Annotation_encode b/mm9/track2Annotation_encode
new file mode 100644
index 0000000..54abf8e
--- /dev/null
+++ b/mm9/track2Annotation_encode
@@ -0,0 +1,1082 @@
+GSM929716_1	10035,20001,30005
+GSM915181_1	10030,20002,30004
+GSM970852_6	10014,20001,30002
+GSM900187_4	10043,20001,30007
+GSM900195_3	10009,20001,30007
+GSM970851_1	10009,20001,30002
+GSM915163_1	10030,20020,30004
+GSM912935_1	10001,20040,30001
+GSM946530_2	10003,20006,30003
+GSM915160_1	10030,20002,30004
+GSM918746_1	10012,20018,30005
+GSM918744_1	10001,20011,30005
+GSM918712_1	10001,20002,30005
+GSM970874_3	10019,20001,30002
+GSM915164_1	10030,20020,30004
+GSM923589_1	10026,20013,30003
+GSM923584_2	10003,20012,30003
+GSM798327_1	10003,20003,30006
+GSM918407_1	10030,20002,30004
+GSM918727_1	10031,20011,30005
+GSM923578_3	10001,20009,30003
+GSM918743_1	10036,20011,30005
+GSM970860_3	10012,20001,30002
+GSM929775_2	10030,20001,30004
+GSM946543_3	10025,20006,30003
+GSM923570_3	10026,20011,30003
+GSM923573_1	10001,20011,30003
+GSM923585_1	10025,20002,30003
+GSM915173_1	10030,20028,30004
+GSM918723_1	10016,20018,30005
+GSM970869_1	10008,20001,30002
+GSM970872_1	10001,20001,30002
+GSM946527_3	10028,20003,30003
+GSM918412_1	10030,20017,30004
+GSM946548_2	10003,20007,30003
+GSM915170_1	10030,20002,30004
+GSM900197_1	10012,20001,30007
+GSM946527_2	10028,20003,30003
+GSM970866_3	10007,20001,30002
+GSM973232_1	10001,20001,30001
+GSM912892_1	10001,20042,30001
+GSM929715_2	10040,20001,30005
+GSM900194_1	10024,20001,30007
+GSM900189_3	10006,20001,30007
+GSM918422_1	10030,20016,30004
+GSM970873_12	10009,20001,30002
+GSM973235_4	10002,20001,30001
+GSM970870_2	10009,20001,30002
+GSM923568_1	10003,20011,30003
+GSM900195_1	10009,20001,30007
+GSM970863_1	10006,20001,30002
+GSM769014_1	10009,20003,30005
+GSM946534_1	10027,20005,30003
+GSM970865_6	10017,20001,30002
+GSM946542_1	10026,20007,30003
+GSM970859_3	10015,20001,30002
+GSM929706_2	10024,20001,30005
+GSM970872_3	10001,20001,30002
+GSM929720_1	10012,20001,30005
+GSM912900_1	10003,20036,30001
+GSM970860_2	10012,20001,30002
+GSM912902_1	10003,20033,30001
+GSM929714_1	10014,20001,30005
+GSM900183_2	10048,20001,30007
+GSM918726_1	10038,20011,30005
+GSM929711_2	10009,20001,30005
+GSM970851_2	10009,20001,30002
+GSM769034_1	10009,20002,30005
+GSM929724_2	10016,20001,30005
+GSM946534_2	10027,20005,30003
+GSM946548_3	10003,20007,30003
+GSM946534_3	10027,20005,30003
+GSM900184_4	10042,20001,30007
+GSM929720_2	10012,20001,30005
+GSM946535_2	10026,20005,30003
+GSM923574_2	10001,20002,30003
+GSM946530_3	10003,20006,30003
+GSM912904_1	10001,20002,30001
+GSM912912_1	10003,20031,30001
+GSM946528_1	10003,20003,30003
+GSM970854_1	10010,20001,30002
+GSM946524_1	10025,20003,30003
+GSM769015_1	10009,20005,30005
+GSM918728_1	10031,20018,30005
+GSM946544_2	10025,20002,30003
+GSM918414_1	10030,20004,30004
+GSM970875_4	10019,20001,30002
+GSM918418_1	10030,20002,30004
+GSM912891_1	10003,20018,30001
+GSM915184_1	10030,20002,30004
+GSM929717_2	10032,20001,30005
+GSM769025_1	10016,20005,30005
+GSM970875_2	10019,20001,30002
+GSM918708_1	10033,20018,30005
+GSM900198_4	10047,20001,30007
+GSM923586_1	10028,20008,30003
+GSM912925_1	10003,20034,30001
+GSM918707_1	10001,20018,30005
+GSM946533_3	10026,20003,30003
+GSM918717_1	10035,20002,30005
+GSM929718_2	10041,20001,30005
+GSM900191_3	10045,20001,30007
+GSM970873_5	10009,20001,30002
+GSM900186_4	10035,20001,30007
+GSM970857_4	10011,20001,30002
+GSM929703_1	10034,20001,30005
+GSM970869_5	10008,20001,30002
+GSM923586_2	10028,20008,30003
+GSM900186_3	10035,20001,30007
+GSM923575_2	10025,20008,30003
+GSM918731_1	10024,20011,30005
+GSM918761_1	10036,20018,30005
+GSM946549_3	10025,20007,30003
+GSM769022_1	10031,20005,30005
+GSM900185_2	10046,20001,30007
+GSM900186_2	10035,20001,30007
+GSM923586_3	10028,20008,30003
+GSM970862_3	10016,20001,30002
+GSM970865_3	10017,20001,30002
+GSM900184_3	10042,20001,30007
+GSM970864_2	10023,20001,30002
+GSM769037_1	10012,20002,30005
+GSM946532_1	10003,20004,30003
+GSM970856_2	10005,20001,30002
+GSM915171_1	10030,20002,30004
+GSM769013_1	10023,20005,30005
+GSM946532_2	10003,20004,30003
+GSM929717_1	10032,20001,30005
+GSM970855_5	10020,20001,30002
+GSM970856_1	10005,20001,30002
+GSM912894_1	10001,20002,30001
+GSM970873_1	10009,20001,30002
+GSM918759_1	10005,20011,30005
+GSM923584_1	10003,20012,30003
+GSM918417_1	10030,20006,30004
+GSM970857_6	10011,20001,30002
+GSM918750_1	10041,20019,30005
+GSM946523_2	10028,20004,30003
+GSM918704_1	10040,20018,30005
+GSM970867_2	10013,20001,30002
+GSM946524_2	10025,20003,30003
+GSM912916_1	10001,20002,30001
+GSM973232_3	10001,20001,30001
+GSM918733_1	10005,20002,30005
+GSM915166_1	10030,20020,30004
+GSM915176_1	10030,20018,30004
+GSM970856_5	10005,20001,30002
+GSM923568_2	10003,20011,30003
+GSM970871_1	10024,20001,30002
+GSM912907_1	10001,20041,30001
+GSM923567_3	10027,20002,30003
+GSM912920_1	10003,20019,30001
+GSM946520_3	10027,20002,30003
+GSM970865_2	10017,20001,30002
+GSM912933_1	10001,20040,30001
+GSM915165_1	10030,20022,30004
+GSM970856_3	10005,20001,30002
+GSM970854_6	10010,20001,30002
+GSM929715_1	10040,20001,30005
+GSM946545_3	10027,20007,30003
+GSM970873_9	10009,20001,30002
+GSM929718_1	10041,20001,30005
+GSM946537_2	10027,20004,30003
+GSM970854_5	10010,20001,30002
+GSM912905_1	10001,20002,30001
+GSM946531_3	10026,20004,30003
+GSM769016_1	10024,20003,30005
+GSM929714_2	10014,20001,30005
+GSM900194_3	10024,20001,30007
+GSM929721_1	10009,20001,30005
+GSM923576_2	10027,20009,30003
+GSM915178_1	10030,20024,30004
+GSM929721_2	10009,20001,30005
+GSM900191_1	10045,20001,30007
+GSM923574_3	10001,20002,30003
+GSM769030_1	10036,20002,30005
+GSM912898_1	10003,20032,30001
+GSM918755_1	10016,20002,30005
+GSM918706_1	10019,20018,30005
+GSM970866_5	10007,20001,30002
+GSM918718_1	10009,20002,30005
+GSM923570_2	10026,20011,30003
+GSM970866_1	10007,20001,30002
+GSM929710_2	10023,20001,30005
+GSM946530_1	10003,20006,30003
+GSM970874_1	10019,20001,30002
+GSM970866_6	10007,20001,30002
+GSM946539_1	10028,20002,30003
+GSM970873_3	10009,20001,30002
+GSM900192_3	10014,20001,30007
+GSM973235_1	10002,20001,30001
+GSM970869_6	10008,20001,30002
+GSM929722_1	10037,20001,30005
+GSM970868_6	10013,20001,30002
+GSM915175_1	10030,20023,30004
+GSM900185_3	10046,20001,30007
+GSM923577_1	10001,20013,30003
+GSM900190_1	10008,20001,30007
+GSM915185_1	10030,20022,30004
+GSM918754_1	10041,20002,30005
+GSM973232_4	10001,20001,30001
+GSM946538_2	10026,20002,30003
+GSM946540_3	10028,20006,30003
+GSM946526_1	10027,20006,30003
+GSM769032_1	10016,20002,30005
+GSM912910_1	10003,20042,30001
+GSM918748_1	10041,20011,30005
+GSM918409_1	10030,20006,30004
+GSM973233_1	10001,20001,30001
+GSM900198_3	10047,20001,30007
+GSM970853_1	10004,20001,30002
+GSM918739_1	10023,20002,30005
+GSM915184_2	10030,20002,30004
+GSM923576_1	10027,20009,30003
+GSM946519_3	10027,20003,30003
+GSM970868_2	10013,20001,30002
+GSM900189_4	10006,20001,30007
+GSM946520_1	10027,20002,30003
+GSM970873_2	10009,20001,30002
+GSM918756_1	10016,20011,30005
+GSM900196_1	10023,20001,30007
+GSM973234_1	10003,20001,30001
+GSM912923_1	10001,20043,30001
+GSM946543_2	10025,20006,30003
+GSM946520_2	10027,20002,30003
+GSM970861_1	10022,20001,30002
+GSM923587_3	10026,20010,30003
+GSM918730_1	10019,20011,30005
+GSM973235_3	10002,20001,30001
+GSM912924_1	10003,20039,30001
+GSM970865_5	10017,20001,30002
+GSM915188_1	10030,20011,30004
+GSM918741_1	10033,20011,30005
+GSM970865_4	10017,20001,30002
+GSM923567_2	10027,20002,30003
+GSM918732_1	10031,20002,30005
+GSM970873_7	10009,20001,30002
+GSM946536_1	10025,20005,30003
+GSM923590_1	10027,20013,30003
+GSM946538_3	10026,20002,30003
+GSM970869_4	10008,20001,30002
+GSM970854_4	10010,20001,30002
+GSM900183_1	10048,20001,30007
+GSM923576_3	10027,20009,30003
+GSM912922_1	10003,20038,30001
+GSM900196_2	10023,20001,30007
+GSM918408_1	10030,20004,30004
+GSM912934_1	10001,20035,30001
+GSM946531_1	10026,20004,30003
+GSM970863_2	10006,20001,30002
+GSM918719_1	10033,20002,30005
+GSM918416_1	10030,20003,30004
+GSM970868_3	10013,20001,30002
+GSM912930_1	10003,20043,30001
+GSM946526_2	10027,20006,30003
+GSM915186_1	10030,20022,30004
+GSM915183_1	10030,20022,30004
+GSM918752_1	10019,20002,30005
+GSM769010_1	10041,20002,30005
+GSM929775_1	10030,20001,30004
+GSM923578_1	10001,20009,30003
+GSM915172_1	10030,20002,30004
+GSM900191_4	10045,20001,30007
+GSM918413_1	10030,20015,30004
+GSM970873_11	10009,20001,30002
+GSM915169_1	10030,20002,30004
+GSM970872_6	10001,20001,30002
+GSM946537_1	10027,20004,30003
+GSM973233_3	10001,20001,30001
+GSM970871_2	10024,20001,30002
+GSM970867_1	10013,20001,30002
+GSM970855_1	10020,20001,30002
+GSM946531_2	10026,20004,30003
+GSM912901_1	10003,20045,30001
+GSM946540_2	10028,20006,30003
+GSM923583_2	10028,20002,30003
+GSM769017_1	10016,20003,30005
+GSM946540_1	10028,20006,30003
+GSM900193_1	10040,20001,30007
+GSM929704_1	10001,20001,30005
+GSM769035_1	10023,20002,30005
+GSM929709_2	10005,20001,30005
+GSM769009_1	10041,20005,30005
+GSM769019_1	10031,20002,30005
+GSM946541_2	10028,20007,30003
+GSM923569_3	10003,20002,30003
+GSM900199_2	10016,20001,30007
+GSM970874_4	10019,20001,30002
+GSM918736_1	10039,20011,30005
+GSM970859_1	10015,20001,30002
+GSM946541_1	10028,20007,30003
+GSM900190_2	10008,20001,30007
+GSM970866_2	10007,20001,30002
+GSM918716_1	10024,20002,30005
+GSM946541_3	10028,20007,30003
+GSM970852_5	10014,20001,30002
+GSM929723_1	10019,20001,30005
+GSM900193_2	10040,20001,30007
+GSM970861_2	10022,20001,30002
+GSM923580_3	10026,20002,30003
+GSM918735_1	10039,20018,30005
+GSM929708_1	10031,20001,30005
+GSM929774_1	10030,20001,30004
+GSM918758_1	10024,20018,30005
+GSM946529_1	10026,20006,30003
+GSM915159_1	10030,20020,30004
+GSM923580_1	10026,20002,30003
+GSM900185_4	10046,20001,30007
+GSM918747_1	10016,20019,30005
+GSM970872_4	10001,20001,30002
+GSM946538_1	10026,20002,30003
+GSM946535_1	10026,20005,30003
+GSM915182_1	10030,20026,30004
+GSM923579_3	10026,20009,30003
+GSM970853_2	10004,20001,30002
+GSM929724_1	10016,20001,30005
+GSM946526_3	10027,20006,30003
+GSM946548_1	10003,20007,30003
+GSM946546_2	10003,20005,30003
+GSM769031_1	10012,20005,30005
+GSM929712_2	10039,20001,30005
+GSM970868_4	10013,20001,30002
+GSM900198_2	10047,20001,30007
+GSM946521_2	10003,20002,30003
+GSM946545_2	10027,20007,30003
+GSM946525_3	10028,20005,30003
+GSM929773_1	10029,20001,30004
+GSM929707_2	10016,20001,30005
+GSM946547_1	10025,20004,30003
+GSM923583_1	10028,20002,30003
+GSM946521_1	10003,20002,30003
+GSM923579_1	10026,20009,30003
+GSM923582_3	10025,20009,30003
+GSM918410_1	10030,20014,30004
+GSM970863_5	10006,20001,30002
+GSM929705_1	10038,20001,30005
+GSM970870_1	10009,20001,30002
+GSM912927_1	10001,20018,30001
+GSM900198_1	10047,20001,30007
+GSM970860_1	10012,20001,30002
+GSM769036_1	10012,20003,30005
+GSM912913_1	10001,20036,30001
+GSM970864_3	10023,20001,30002
+GSM973234_2	10003,20001,30001
+GSM923582_2	10025,20009,30003
+GSM929703_2	10034,20001,30005
+GSM900195_2	10009,20001,30007
+GSM918421_1	10030,20002,30004
+GSM970854_3	10010,20001,30002
+GSM900193_3	10040,20001,30007
+GSM918423_1	10030,20016,30004
+GSM912915_1	10001,20033,30001
+GSM970869_2	10008,20001,30002
+GSM970874_2	10019,20001,30002
+GSM900192_1	10014,20001,30007
+GSM923570_1	10026,20011,30003
+GSM918725_1	10005,20018,30005
+GSM929708_2	10031,20001,30005
+GSM912908_1	10003,20028,30001
+GSM929773_2	10029,20001,30004
+GSM915174_1	10030,20028,30004
+GSM946546_1	10003,20005,30003
+GSM970861_3	10022,20001,30002
+GSM970874_5	10019,20001,30002
+GSM929712_1	10039,20001,30005
+GSM970857_3	10011,20001,30002
+GSM970854_2	10010,20001,30002
+GSM900188_4	10044,20001,30007
+GSM923569_2	10003,20002,30003
+GSM970858_1	10021,20001,30002
+GSM918762_1	10037,20002,30005
+GSM915168_1	10030,20029,30004
+GSM900183_4	10048,20001,30007
+GSM918753_1	10009,20002,30005
+GSM915172_2	10030,20002,30004
+GSM970866_4	10007,20001,30002
+GSM900193_4	10040,20001,30007
+GSM923585_2	10025,20002,30003
+GSM929722_2	10037,20001,30005
+GSM900195_4	10009,20001,30007
+GSM900190_4	10008,20001,30007
+GSM923568_3	10003,20011,30003
+GSM946536_3	10025,20005,30003
+GSM970862_6	10016,20001,30002
+GSM970853_6	10004,20001,30002
+GSM769027_1	10005,20003,30005
+GSM923581_3	10026,20008,30003
+GSM970872_2	10001,20001,30002
+GSM912896_1	10001,20011,30001
+GSM912932_1	10001,20039,30001
+GSM923574_1	10001,20002,30003
+GSM946536_2	10025,20005,30003
+GSM923573_2	10001,20011,30003
+GSM946528_2	10003,20003,30003
+GSM929716_2	10035,20001,30005
+GSM918420_1	10030,20002,30004
+GSM918745_1	10012,20011,30005
+GSM923590_4	10027,20013,30003
+GSM970855_3	10020,20001,30002
+GSM900184_1	10042,20001,30007
+GSM946547_3	10025,20004,30003
+GSM970853_4	10004,20001,30002
+GSM970862_4	10016,20001,30002
+GSM946528_3	10003,20003,30003
+GSM923588_1	10027,20010,30003
+GSM912914_1	10001,20031,30001
+GSM918763_1	10012,20002,30005
+GSM923582_1	10025,20009,30003
+GSM900194_4	10024,20001,30007
+GSM923567_1	10027,20002,30003
+GSM923572_1	10027,20008,30003
+GSM923590_3	10027,20013,30003
+GSM973232_2	10001,20001,30001
+GSM946539_3	10028,20002,30003
+GSM900197_3	10012,20001,30007
+GSM923575_1	10025,20008,30003
+GSM912931_1	10003,20018,30001
+GSM769011_1	10032,20002,30005
+GSM929707_1	10016,20001,30005
+GSM918721_1	10032,20002,30005
+GSM900191_2	10045,20001,30007
+GSM923589_3	10026,20013,30003
+GSM769024_1	10032,20005,30005
+GSM946549_1	10025,20007,30003
+GSM946546_3	10003,20005,30003
+GSM970868_5	10013,20001,30002
+GSM923572_2	10027,20008,30003
+GSM918415_1	10030,20003,30004
+GSM900188_3	10044,20001,30007
+GSM970874_6	10019,20001,30002
+GSM912909_1	10003,20011,30001
+GSM923583_3	10028,20002,30003
+GSM970858_3	10021,20001,30002
+GSM929709_1	10005,20001,30005
+GSM946524_3	10025,20003,30003
+GSM946523_3	10028,20004,30003
+GSM918737_1	10038,20002,30005
+GSM918760_1	10032,20018,30005
+GSM970857_5	10011,20001,30002
+GSM946545_1	10027,20007,30003
+GSM946519_1	10027,20003,30003
+GSM918714_1	10039,20002,30005
+GSM918705_1	10014,20002,30005
+GSM970853_3	10004,20001,30002
+GSM973234_3	10003,20001,30001
+GSM915187_1	10030,20031,30004
+GSM900185_1	10046,20001,30007
+GSM929719_1	10036,20001,30005
+GSM946525_1	10028,20005,30003
+GSM970865_1	10017,20001,30002
+GSM900188_1	10044,20001,30007
+GSM769023_1	10024,20005,30005
+GSM923587_1	10026,20010,30003
+GSM918419_1	10030,20002,30004
+GSM970862_5	10016,20001,30002
+GSM970853_5	10004,20001,30002
+GSM923581_2	10026,20008,30003
+GSM918742_1	10014,20018,30005
+GSM915167_1	10030,20018,30004
+GSM923578_2	10001,20009,30003
+GSM946523_1	10028,20004,30003
+GSM970867_3	10013,20001,30002
+GSM918715_1	10009,20011,30005
+GSM946544_1	10025,20002,30003
+GSM900197_4	10012,20001,30007
+GSM946539_2	10028,20002,30003
+GSM946521_3	10003,20002,30003
+GSM912895_1	10001,20018,30001
+GSM923584_3	10003,20012,30003
+GSM946529_2	10026,20006,30003
+GSM946533_2	10026,20003,30003
+GSM918749_1	10041,20018,30005
+GSM970875_1	10019,20001,30002
+GSM900184_2	10042,20001,30007
+GSM769008_1	10041,20003,30005
+GSM918740_1	10036,20002,30005
+GSM973235_2	10002,20001,30001
+GSM970873_8	10009,20001,30002
+GSM912893_1	10001,20019,30001
+GSM769020_1	10005,20002,30005
+GSM900187_1	10043,20001,30007
+GSM970863_4	10006,20001,30002
+GSM970859_2	10015,20001,30002
+GSM923589_2	10026,20013,30003
+GSM769018_1	10005,20005,30005
+GSM929710_1	10023,20001,30005
+GSM900197_2	10012,20001,30007
+GSM923588_2	10027,20010,30003
+GSM970870_3	10009,20001,30002
+GSM900189_2	10006,20001,30007
+GSM946529_3	10026,20006,30003
+GSM912929_1	10001,20044,30001
+GSM900183_3	10048,20001,30007
+GSM918722_1	10023,20011,30005
+GSM798326_1	10003,20002,30006
+GSM798325_1	10001,20002,30006
+GSM769028_1	10036,20005,30005
+GSM970873_4	10009,20001,30002
+GSM946547_2	10025,20004,30003
+GSM946542_2	10026,20007,30003
+GSM900192_4	10014,20001,30007
+GSM912919_1	10001,20028,30001
+GSM970856_6	10005,20001,30002
+GSM923580_2	10026,20002,30003
+GSM798324_1	10001,20003,30006
+GSM918411_1	10030,20017,30004
+GSM970855_4	10020,20001,30002
+GSM923575_3	10025,20008,30003
+GSM929774_2	10030,20001,30004
+GSM912911_1	10003,20040,30001
+GSM900189_1	10006,20001,30007
+GSM923587_2	10026,20010,30003
+GSM946537_3	10027,20004,30003
+GSM923573_3	10001,20011,30003
+GSM918738_1	10009,20018,30005
+GSM970863_6	10006,20001,30002
+GSM929705_2	10038,20001,30005
+GSM900187_2	10043,20001,30007
+GSM970873_6	10009,20001,30002
+GSM923590_2	10027,20013,30003
+GSM946525_2	10028,20005,30003
+GSM929711_1	10009,20001,30005
+GSM970858_2	10021,20001,30002
+GSM769026_1	10031,20003,30005
+GSM946543_1	10025,20006,30003
+GSM918713_1	10034,20002,30005
+GSM929704_2	10001,20001,30005
+GSM970855_2	10020,20001,30002
+GSM918757_1	10032,20011,30005
+GSM923571_1	10027,20011,30003
+GSM970875_3	10019,20001,30002
+GSM970852_1	10014,20001,30002
+GSM915180_2	10030,20025,30004
+GSM912897_1	10001,20002,30006
+GSM918751_1	10040,20002,30005
+GSM946535_3	10026,20005,30003
+GSM923571_3	10027,20011,30003
+GSM929723_2	10019,20001,30005
+GSM923579_2	10026,20009,30003
+GSM923569_1	10003,20002,30003
+GSM923572_3	10027,20008,30003
+GSM970852_2	10014,20001,30002
+GSM900196_3	10023,20001,30007
+GSM970852_3	10014,20001,30002
+GSM918729_1	10016,20002,30005
+GSM912917_1	10003,20002,30001
+GSM900199_3	10016,20001,30007
+GSM918734_1	10014,20011,30005
+GSM798323_1	10001,20002,30006
+GSM912918_1	10003,20002,30001
+GSM769029_1	10036,20003,30005
+GSM915161_1	10030,20021,30004
+GSM946519_2	10027,20003,30003
+GSM970852_4	10014,20001,30002
+GSM900187_3	10043,20001,30007
+GSM900194_2	10024,20001,30007
+GSM970864_1	10023,20001,30002
+GSM900188_2	10044,20001,30007
+GSM913032_1	10001,20002,30006
+GSM970851_3	10009,20001,30002
+GSM970862_1	10016,20001,30002
+GSM923585_3	10025,20002,30003
+GSM970869_3	10008,20001,30002
+GSM973234_4	10003,20001,30001
+GSM970855_6	10020,20001,30002
+GSM900192_2	10014,20001,30007
+GSM946532_3	10003,20004,30003
+GSM900199_4	10016,20001,30007
+GSM923588_3	10027,20010,30003
+GSM923577_2	10001,20013,30003
+GSM970875_6	10019,20001,30002
+GSM929706_1	10024,20001,30005
+GSM900186_1	10035,20001,30007
+GSM970868_1	10013,20001,30002
+GSM946533_1	10026,20003,30003
+GSM769012_1	10023,20003,30005
+GSM946542_3	10026,20007,30003
+GSM900190_3	10008,20001,30007
+GSM912899_1	10001,20032,30001
+GSM915172_3	10030,20002,30004
+GSM970871_3	10024,20001,30002
+GSM970857_1	10011,20001,30002
+GSM970857_2	10011,20001,30002
+GSM918709_1	10035,20011,30005
+GSM918720_1	10038,20018,30005
+GSM946527_1	10028,20003,30003
+GSM912928_1	10001,20034,30001
+GSM915177_1	10030,20030,30004
+GSM915179_1	10030,20025,30004
+GSM973233_4	10001,20001,30001
+GSM912926_1	10003,20044,30001
+GSM769021_1	10032,20003,30005
+GSM973233_2	10001,20001,30001
+GSM929772_2	10029,20001,30004
+GSM912906_1	10003,20035,30001
+GSM970863_3	10006,20001,30002
+GSM946549_2	10025,20007,30003
+GSM798328_1	10001,20003,30006
+GSM912903_1	10001,20037,30001
+GSM970875_5	10019,20001,30002
+GSM929772_1	10029,20001,30004
+GSM912921_1	10001,20019,30001
+GSM923571_2	10027,20011,30003
+GSM970873_10	10009,20001,30002
+GSM900196_4	10023,20001,30007
+GSM946544_3	10025,20002,30003
+GSM918710_1	10035,20018,30005
+GSM929719_2	10036,20001,30005
+GSM918724_1	10023,20018,30005
+GSM900199_1	10016,20001,30007
+GSM970856_4	10005,20001,30002
+GSM923582_4	10025,20009,30003
+GSM923581_1	10026,20008,30003
+GSM923577_3	10001,20013,30003
+GSM915162_1	10030,20021,30004
+GSM769033_1	10024,20002,30005
+GSM915180_1	10030,20025,30004
+GSM918711_1	10040,20011,30005
+GSM929713_2	10033,20001,30005
+GSM970872_5	10001,20001,30002
+GSM970862_2	10016,20001,30002
+GSM929713_1	10033,20001,30005
+GSM995443_1	10027,20008,30003
+GSM995537_1	10028,20001,30003
+GSM1014185_1	10014,20060,30002
+GSM1003826_2	10066,20061,30002
+GSM1014165_1	10021,20060,30002
+GSM1014163_1	10020,20060,30002
+GSM1000564_1	10073,20001,30007
+GSM1000100_1	10031,20057,30005
+GSM1000112_1	10009,20002,30005
+GSM1014199_2	10068,20060,30002
+GSM995535_1	10071,20001,30003
+GSM1000113_1	10009,20057,30005
+GSM1014161_1	10009,20060,30002
+GSM1000570_4	10074,20001,30007
+GSM1003792_1	10003,20047,30001
+GSM995438_1	10027,20002,30003
+GSM1000099_1	10041,20057,30005
+GSM1014148_1	10066,20060,30002
+GSM1000143_1	10019,20004,30005
+GSM1000078_1	10040,20005,30005
+GSM1003744_1	10001,20005,30001
+GSM1000566_4	10009,20001,30007
+GSM1014177_2	10004,20060,30002
+GSM1014149_1	10057,20060,30002
+GSM1000568_3	10033,20001,30007
+GSM1000146_1	10012,20004,30005
+GSM1003797_1	10001,20046,30001
+GSM1000562_3	10072,20001,30007
+GSM1000156_1	10001,20017,30005
+GSM1000069_1	10035,20006,30005
+GSM995529_2	10027,20001,30003
+GSM1014170_3	10018,20060,30002
+GSM1003239_2	10026,20060,30003
+GSM1000072_1	10019,20006,30005
+GSM1014182_2	10012,20060,30002
+GSM1014179_1	10055,20060,30002
+GSM1003801_1	10003,20049,30001
+GSM1014195_2	10009,20060,30002
+GSM1003752_1	10001,20057,30001
+GSM1003825_4	10022,20061,30002
+GSM1014159_2	10059,20060,30002
+GSM1000563_1	10031,20001,30007
+GSM1003814_1	10018,20061,30002
+GSM1000109_1	10041,20006,30005
+GSM1003800_1	10003,20065,30001
+GSM1000110_1	10009,20003,30005
+GSM1014195_3	10009,20060,30002
+GSM1000129_1	10016,20017,30005
+GSM1000563_2	10031,20001,30007
+GSM1003745_1	10001,20056,30001
+GSM1003796_1	10003,20046,30001
+GSM1000567_1	10005,20001,30007
+GSM1000206_1	10038,20002,30005
+GSM1000132_1	10037,20003,30005
+GSM1003817_1	10023,20061,30002
+GSM1014185_2	10014,20060,30002
+GSM1000079_1	10040,20003,30005
+GSM1014186_1	10006,20060,30002
+GSM1000128_1	10039,20003,30005
+GSM1003790_1	10001,20049,30001
+GSM1003776_1	10001,20047,30001
+GSM995530_2	10026,20001,30003
+GSM1000153_1	10009,20059,30005
+GSM1003812_1	10001,20002,30001
+GSM1000063_1	10024,20006,30005
+GSM1000127_1	10041,20059,30005
+GSM1014195_7	10009,20060,30002
+GSM1000144_1	10014,20004,30005
+GSM1003786_1	10003,20053,30001
+GSM1000133_1	10037,20005,30005
+GSM1014156_1	10062,20060,30002
+GSM995540_1	10003,20001,30003
+GSM995532_4	10027,20001,30003
+GSM995447_1	10028,20009,30003
+GSM1000094_1	10019,20057,30005
+GSM1000201_1	10034,20002,30005
+GSM1000151_1	10009,20006,30005
+GSM1000086_1	10033,20003,30005
+GSM1014170_2	10018,20060,30002
+GSM1000568_4	10033,20001,30007
+GSM1003827_2	10014,20061,30002
+GSM1014195_10	10009,20060,30002
+GSM1000567_3	10005,20001,30007
+GSM1000565_1	10037,20001,30007
+GSM1000093_1	10016,20057,30005
+GSM1014169_2	10051,20060,30002
+GSM1014153_2	10003,20060,30002
+GSM1014180_1	10054,20060,30002
+GSM1003813_2	10018,20061,30002
+GSM1003825_2	10022,20061,30002
+GSM1014195_13	10009,20060,30002
+GSM1014152_1	10051,20060,30002
+GSM1000564_2	10073,20001,30007
+GSM1014173_1	10008,20060,30002
+GSM1003832_2	10056,20061,30002
+GSM995535_3	10071,20001,30003
+GSM1000125_1	10002,20006,30005
+GSM1014160_1	10053,20060,30002
+GSM1000076_1	10034,20005,30005
+GSM1000120_1	10018,20002,30005
+GSM1003780_1	10001,20064,30001
+GSM1000135_1	10016,20003,30005
+GSM995535_2	10071,20001,30003
+GSM995447_2	10028,20009,30003
+GSM1003784_1	10001,20011,30001
+GSM1014173_2	10008,20060,30002
+GSM1003813_1	10018,20061,30002
+GSM1003239_1	10026,20060,30003
+GSM1003816_2	10067,20061,30002
+GSM1014181_1	10054,20060,30002
+GSM1014154_1	10002,20060,30002
+GSM1000108_1	10032,20057,30005
+GSM1003805_1	10001,20051,30001
+GSM1014171_2	10007,20060,30002
+GSM1003803_1	10003,20051,30001
+GSM1000204_1	10014,20002,30005
+GSM1000567_4	10005,20001,30007
+GSM1000138_1	10012,20057,30005
+GSM995532_2	10027,20001,30003
+GSM1014183_1	10009,20060,30002
+GSM1000091_1	10003,20006,30005
+GSM1014172_2	10015,20060,30002
+GSM1000562_1	10072,20001,30007
+GSM1014177_1	10004,20060,30002
+GSM1003793_1	10003,20050,30001
+GSM1000073_1	10001,20005,30005
+GSM995446_1	10028,20042,30003
+GSM1014150_1	10051,20060,30002
+GSM1014171_1	10007,20060,30002
+GSM1003804_1	10001,20054,30001
+GSM1014190_1	10018,20060,30002
+GSM1003749_1	10001,20058,30001
+GSM1014192_1	10022,20060,30002
+GSM1014168_2	10011,20060,30002
+GSM1003828_2	10019,20061,30002
+GSM995533_1	10025,20001,30003
+GSM1003824_2	10001,20061,30002
+GSM1003810_1	10002,20047,30001
+GSM1003834_2	10065,20061,30002
+GSM1000571_1	10009,20001,30007
+GSM995536_1	10026,20001,30003
+GSM1003756_1	10002,20003,30001
+GSM1014199_1	10068,20060,30002
+GSM1003832_1	10056,20061,30002
+GSM1000121_1	10002,20005,30005
+GSM1014151_6	10019,20060,30002
+GSM995439_1	10027,20002,30003
+GSM1003757_1	10001,20005,30001
+GSM1014178_2	10060,20060,30002
+GSM995538_1	10027,20001,30003
+GSM1014195_8	10009,20060,30002
+GSM995536_2	10026,20001,30003
+GSM1014162_1	10009,20060,30002
+GSM1000150_1	10009,20004,30005
+GSM1000562_4	10072,20001,30007
+GSM1014192_3	10022,20060,30002
+GSM1000572_2	10019,20001,30007
+GSM1014166_1	10016,20060,30002
+GSM1000566_1	10009,20001,30007
+GSM1000092_1	10024,20057,30005
+GSM1000087_1	10001,20003,30005
+GSM1014175_1	10056,20060,30002
+GSM1003820_2	10016,20061,30002
+GSM1014192_2	10022,20060,30002
+GSM1003831_2	10004,20061,30002
+GSM1014170_1	10018,20060,30002
+GSM995440_1	10027,20002,30003
+GSM1000141_1	10001,20059,30005
+GSM1014164_3	10005,20060,30002
+GSM995525_1	10069,20001,30003
+GSM1003822_1	10051,20061,30002
+GSM1014148_3	10066,20060,30002
+GSM995537_3	10028,20001,30003
+GSM1000140_1	10009,20057,30005
+GSM995541_2	10027,20001,30003
+GSM1014153_1	10003,20060,30002
+GSM1003823_2	10019,20061,30002
+GSM1003818_2	10009,20061,30002
+GSM1003834_1	10065,20061,30002
+GSM1003775_1	10001,20027,30001
+GSM1014164_1	10005,20060,30002
+GSM1000200_1	10001,20002,30005
+GSM1014178_1	10060,20060,30002
+GSM1014195_4	10009,20060,30002
+GSM1003802_1	10003,20054,30001
+GSM995526_2	10001,20001,30003
+GSM1000563_3	10031,20001,30007
+GSM995534_3	10070,20001,30003
+GSM1003819_2	10024,20061,30002
+GSM995530_1	10026,20001,30003
+GSM1000080_1	10035,20002,30005
+GSM1003779_1	10001,20055,30001
+GSM1014191_3	10001,20060,30002
+GSM1000203_1	10040,20002,30005
+GSM1000573_1	10074,20001,30007
+GSM1000137_1	10016,20057,30005
+GSM1000152_1	10009,20017,30005
+GSM1000147_1	10041,20007,30005
+GSM1003821_1	10051,20061,30002
+GSM1003830_2	10064,20061,30002
+GSM1000573_4	10074,20001,30007
+GSM1014151_1	10019,20060,30002
+GSM1014195_1	10009,20060,30002
+GSM1014168_3	10011,20060,30002
+GSM1000067_1	10040,20006,30005
+GSM1003809_1	10002,20032,30001
+GSM1003833_1	10057,20061,30002
+GSM1000095_1	10019,20003,30005
+GSM1000083_1	10035,20003,30005
+GSM1000148_1	10018,20006,30005
+GSM995536_3	10026,20001,30003
+GSM995534_4	10070,20001,30003
+GSM1014160_2	10053,20060,30002
+GSM1000202_1	10033,20002,30005
+GSM1014182_1	10012,20060,30002
+GSM1014193_1	10024,20060,30002
+GSM1000077_1	10024,20004,30005
+GSM995541_3	10027,20001,30003
+GSM1014172_1	10015,20060,30002
+GSM1000096_1	10019,20005,30005
+GSM995533_4	10025,20001,30003
+GSM1000573_2	10074,20001,30007
+GSM1000107_1	10033,20057,30005
+GSM1000574_4	10009,20001,30007
+GSM995442_1	10027,20008,30003
+GSM1000075_1	10034,20003,30005
+GSM1014151_4	10019,20060,30002
+GSM995525_4	10069,20001,30003
+GSM995445_1	10027,20008,30003
+GSM1000566_3	10009,20001,30007
+GSM1000565_2	10037,20001,30007
+GSM1003755_1	10001,20007,30001
+GSM1014157_1	10062,20060,30002
+GSM1003758_1	10001,20002,30001
+GSM1003794_1	10001,20038,30001
+GSM1003753_1	10001,20003,30001
+GSM1014179_2	10055,20060,30002
+GSM1014163_2	10020,20060,30002
+GSM1003751_1	10002,20007,30001
+GSM995527_4	10027,20001,30003
+GSM995527_1	10027,20001,30003
+GSM1003798_1	10001,20050,30001
+GSM1000149_1	10016,20059,30005
+GSM1003795_1	10003,20043,30001
+GSM1000084_1	10035,20057,30005
+GSM1014189_1	10017,20060,30002
+GSM1014166_2	10016,20060,30002
+GSM995533_3	10025,20001,30003
+GSM1014176_1	10054,20060,30002
+GSM1000207_1	10037,20002,30005
+GSM1014189_2	10017,20060,30002
+GSM1000097_1	10005,20057,30005
+GSM1003785_1	10001,20062,30001
+GSM995532_1	10027,20001,30003
+GSM995537_4	10028,20001,30003
+GSM1014194_3	10023,20060,30002
+GSM1000565_4	10037,20001,30007
+GSM1003829_1	10010,20061,30002
+GSM1014151_2	10019,20060,30002
+GSM995437_1	10027,20002,30003
+GSM995529_1	10027,20001,30003
+GSM1014197_1	10019,20060,30002
+GSM1000106_1	10019,20007,30005
+GSM995446_2	10028,20042,30003
+GSM1014190_2	10018,20060,30002
+GSM1000085_1	10033,20005,30005
+GSM1003777_1	10001,20048,30001
+GSM995446_3	10028,20042,30003
+GSM1003782_1	10003,20055,30001
+GSM1000569_2	10074,20001,30007
+GSM1003791_1	10001,20065,30001
+GSM1000563_4	10031,20001,30007
+GSM1000101_1	10014,20003,30005
+GSM1000568_1	10033,20001,30007
+GSM1014191_1	10001,20060,30002
+GSM995449_1	10027,20008,30003
+GSM1000136_1	10016,20005,30005
+GSM1014159_1	10059,20060,30002
+GSM1014151_7	10019,20060,30002
+GSM1000570_3	10074,20001,30007
+GSM1000081_1	10040,20057,30005
+GSM1003746_1	10002,20002,30001
+GSM1003831_1	10004,20061,30002
+GSM1014187_1	10064,20060,30002
+GSM1014184_2	10019,20060,30002
+GSM1014196_2	10067,20060,30002
+GSM1000122_1	10003,20017,30005
+GSM1014200_2	10065,20060,30002
+GSM1014187_2	10064,20060,30002
+GSM1014198_1	10056,20060,30002
+GSM1014194_1	10023,20060,30002
+GSM1000574_3	10009,20001,30007
+GSM1003781_1	10003,20064,30001
+GSM1000119_1	10003,20005,30005
+GSM1000567_2	10005,20001,30007
+GSM1000131_1	10016,20004,30005
+GSM1000155_1	10001,20006,30005
+GSM1014170_4	10018,20060,30002
+GSM1000139_1	10036,20057,30005
+GSM995531_4	10027,20001,30003
+GSM1003821_2	10051,20061,30002
+GSM1003819_1	10024,20061,30002
+GSM995538_3	10027,20001,30003
+GSM1000569_4	10074,20001,30007
+GSM995541_1	10027,20001,30003
+GSM995527_3	10027,20001,30003
+GSM1014186_2	10006,20060,30002
+GSM995534_2	10070,20001,30003
+GSM995528_2	10001,20001,30003
+GSM1003816_1	10067,20061,30002
+GSM995526_1	10001,20001,30003
+GSM1014174_2	10063,20060,30002
+GSM1000098_1	10019,20002,30005
+GSM1003783_1	10003,20052,30001
+GSM1000572_1	10019,20001,30007
+GSM1003811_1	10002,20002,30001
+GSM995534_1	10070,20001,30003
+GSM1014195_11	10009,20060,30002
+GSM1014200_1	10065,20060,30002
+GSM1000066_1	10038,20005,30005
+GSM1014148_2	10066,20060,30002
+GSM1014158_1	10062,20060,30002
+GSM1014169_1	10051,20060,30002
+GSM1000154_1	10001,20004,30005
+GSM1000116_1	10003,20015,30005
+GSM1000089_1	10041,20004,30005
+GSM1014150_2	10051,20060,30002
+GSM1000102_1	10014,20005,30005
+GSM995441_1	10027,20002,30003
+GSM995533_2	10025,20001,30003
+GSM1014195_6	10009,20060,30002
+GSM1003825_3	10022,20061,30002
+GSM1000142_1	10001,20057,30005
+GSM995448_1	10027,20008,30003
+GSM1014197_2	10019,20060,30002
+GSM995528_1	10001,20001,30003
+GSM1003750_1	10002,20005,30001
+GSM1014195_9	10009,20060,30002
+GSM1000564_4	10073,20001,30007
+GSM1000090_1	10005,20004,30005
+GSM1000571_4	10009,20001,30007
+GSM1000074_1	10038,20057,30005
+GSM1000114_1	10003,20003,30005
+GSM1014167_2	10010,20060,30002
+GSM1003822_2	10051,20061,30002
+GSM1000572_3	10019,20001,30007
+GSM1000130_1	10016,20006,30005
+GSM1000145_1	10040,20004,30005
+GSM995537_2	10028,20001,30003
+GSM1014165_2	10021,20060,30002
+GSM995531_2	10027,20001,30003
+GSM1000103_1	10014,20057,30005
+GSM1014181_2	10054,20060,30002
+GSM1003817_2	10023,20061,30002
+GSM1014195_12	10009,20060,30002
+GSM1003825_1	10022,20061,30002
+GSM1000071_1	10034,20057,30005
+GSM1000572_4	10019,20001,30007
+GSM1003806_1	10001,20032,30001
+GSM995447_4	10028,20009,30003
+GSM1000569_3	10074,20001,30007
+GSM1003747_1	10001,20002,30001
+GSM1003818_1	10009,20061,30002
+GSM1000569_1	10074,20001,30007
+GSM1000068_1	10014,20006,30005
+GSM995540_2	10003,20001,30003
+GSM995532_3	10027,20001,30003
+GSM1000574_1	10009,20001,30007
+GSM1000570_2	10074,20001,30007
+GSM1014192_4	10022,20060,30002
+GSM1003826_1	10066,20061,30002
+GSM1000134_1	10037,20057,30005
+GSM995531_1	10027,20001,30003
+GSM1000566_2	10009,20001,30007
+GSM1003820_1	10016,20061,30002
+GSM1000574_2	10009,20001,30007
+GSM1000126_1	10002,20057,30005
+GSM1003807_1	10002,20046,30001
+GSM1003814_2	10018,20061,30002
+GSM1000088_1	10018,20004,30005
+GSM1000082_1	10035,20005,30005
+GSM1003823_1	10019,20061,30002
+GSM995539_2	10027,20001,30003
+GSM1000064_1	10035,20004,30005
+GSM1000570_1	10074,20001,30007
+GSM1000115_1	10003,20059,30005
+GSM995538_4	10027,20001,30003
+GSM1000205_1	10039,20002,30005
+GSM995447_3	10028,20009,30003
+GSM1014196_1	10067,20060,30002
+GSM995539_3	10027,20001,30003
+GSM995447_5	10028,20009,30003
+GSM1003824_1	10001,20061,30002
+GSM1014184_1	10019,20060,30002
+GSM1003808_1	10001,20041,30001
+GSM995525_3	10069,20001,30003
+GSM1003787_1	10001,20002,30001
+GSM1014168_1	10011,20060,30002
+GSM1014176_2	10054,20060,30002
+GSM1000105_1	10039,20057,30005
+GSM1003828_1	10019,20061,30002
+GSM1000562_2	10072,20001,30007
+GSM1000065_1	10038,20003,30005
+GSM1000111_1	10009,20005,30005
+GSM1014194_2	10023,20060,30002
+GSM1014164_2	10005,20060,30002
+GSM1003748_1	10001,20007,30001
+GSM995525_2	10069,20001,30003
+GSM1000571_3	10009,20001,30007
+GSM1014151_3	10019,20060,30002
+GSM1014174_1	10063,20060,30002
+GSM1000104_1	10039,20005,30005
+GSM1014155_1	10062,20060,30002
+GSM1014180_2	10054,20060,30002
+GSM1000565_3	10037,20001,30007
+GSM1000568_2	10033,20001,30007
+GSM995535_4	10071,20001,30003
+GSM1003833_2	10057,20061,30002
+GSM995539_4	10027,20001,30003
+GSM1014152_2	10051,20060,30002
+GSM1014167_1	10010,20060,30002
+GSM1014161_2	10009,20060,30002
+GSM1014154_2	10002,20060,30002
+GSM1003829_2	10010,20061,30002
+GSM1000564_3	10073,20001,30007
+GSM995527_2	10027,20001,30003
+GSM995444_1	10027,20008,30003
+GSM1000118_1	10003,20002,30005
+GSM995541_4	10027,20001,30003
+GSM1003238_1	10027,20060,30003
+GSM1000070_1	10012,20006,30005
+GSM1014149_2	10057,20060,30002
+GSM1003827_1	10014,20061,30002
+GSM995436_1	10027,20002,30003
+GSM1003778_1	10001,20043,30001
+GSM1000208_1	10016,20002,30005
+GSM1000573_3	10074,20001,30007
+GSM1014191_2	10001,20060,30002
+GSM1003815_2	10020,20061,30002
+GSM995539_1	10027,20001,30003
+GSM1003815_1	10020,20061,30002
+GSM1000117_1	10003,20057,30005
+GSM1003774_1	10003,20048,30001
+GSM1003799_1	10002,20043,30001
+GSM1003754_1	10001,20003,30001
+GSM1003830_1	10064,20061,30002
+GSM1000124_1	10002,20003,30005
+GSM995536_4	10026,20001,30003
+GSM1003789_1	10001,20053,30001
+GSM1014195_14	10009,20060,30002
+GSM1014188_1	10056,20060,30002
+GSM1000123_1	10002,20059,30005
+GSM1014151_5	10019,20060,30002
+GSM1000571_2	10009,20001,30007
+GSM995538_2	10027,20001,30003
+GSM1003788_1	10001,20052,30001
+GSM995531_3	10027,20001,30003
+GSM1014193_2	10024,20060,30002
+GSM1003238_2	10027,20060,30003
+GSM1014195_5	10009,20060,30002
diff --git a/mm9/track2Annotation_longrange b/mm9/track2Annotation_longrange
new file mode 100644
index 0000000..9b5ec1d
--- /dev/null
+++ b/mm9/track2Annotation_longrange
@@ -0,0 +1,27 @@
+Cortex_20kb_hindIII_rep1	10031,148
+Cortex_20kb_hindIII_rep2	10031,148
+Cortex_40kb_hindIII_combined	10031,148
+Cortex_40kb_hindIII_rep1	10031,148
+Cortex_40kb_hindIII_rep2	10031,148
+Esc_20kb_hindIII_rep1	10049,148
+Esc_20kb_hindIII_rep2	10049,148
+Esc_20kb_NcoI	10049,148
+Esc_40kb_hindIII_combined	10049,148
+Esc_40kb_hindIII_rep1	10049,148
+Esc_40kb_hindIII_rep2	10049,148
+Esc_40kb_NcoI	10049,148
+GSE28247_st3ab	10002,149
+GSE28247_st3c	10002,149
+GSM870040	10050,148
+GSM870041	10050,148
+GSM870042	10050,148
+GSM870043	10050,148
+GSM870044	10050,148
+GSM870045	10050,148
+GSM870046	10050,148
+GSE35519_ATM_10m	10050,148
+GSE35519_ATM_1m	10050,148
+GSE35519_WT_1m	10050,148
+GSE35519_ATM_100k	10050,148
+GSE35519_WT_10m	10050,148
+GSE35519_WT_100k	10050,148
diff --git a/mm9/track2BamInfo b/mm9/track2BamInfo
new file mode 100644
index 0000000..e69de29
diff --git a/mm9/track2Categorical b/mm9/track2Categorical
new file mode 100644
index 0000000..9cfffbb
--- /dev/null
+++ b/mm9/track2Categorical
@@ -0,0 +1 @@
+rmsk_ensemble	1:['SINE - short interspersed nuclear elements','#cc0000'], 2:['LINE - long interspersed nuclear element','#FF6600'], 3:['LTR - long terminal repeat element','#006600'], 4:['DNA transposon','#4A72E8'], 5:['Simple repeat, micro-satellite','#AB833B'], 7:['Low complexity repeat','#663333'], 6:['Satellite repeat','#660000'], 9:['Other repeats','#488E8E'],8:['RNA repeat','#cc33ff'], 10:['Unknown','#5C5C5C']
diff --git a/mm9/track2Detail_decor b/mm9/track2Detail_decor
new file mode 100644
index 0000000..225802d
--- /dev/null
+++ b/mm9/track2Detail_decor
@@ -0,0 +1,5 @@
+wgEncodeCrgMapabilityAlign100mer	grant=Gingeras; lab=CRG-Guigo-m; dataType=Mapability; view=Alignability; dataVersion=ENCODE June 2010 Freeze; dateSubmitted=2010-02-09; dateUnrestricted=2010-11-09; subId=7051; labVersion=uniqueness no more than 2 mismatches; size=100mer; download=http://hgdownload.cse.ucsc.edu/goldenPath/mm9/encodeDCC/wgEncodeMapability/
+wgEncodeCrgMapabilityAlign36mer	grant=Gingeras; lab=CRG-Guigo-m; dataType=Mapability; view=Alignability; dataVersion=ENCODE June 2010 Freeze; dateSubmitted=2010-02-09; dateUnrestricted=2010-11-09; subId=7051; labVersion=uniqueness no more than 2 mismatches; size=36mer; download=http://hgdownload.cse.ucsc.edu/goldenPath/mm9/encodeDCC/wgEncodeMapability/
+wgEncodeCrgMapabilityAlign40mer	grant=Gingeras; lab=CRG-Guigo-m; dataType=Mapability; view=Alignability; dataVersion=ENCODE June 2010 Freeze; dateSubmitted=2010-02-09; dateUnrestricted=2010-11-09; subId=7051; labVersion=uniqueness no more than 2 mismatches; size=40mer; download=http://hgdownload.cse.ucsc.edu/goldenPath/mm9/encodeDCC/wgEncodeMapability/
+wgEncodeCrgMapabilityAlign50mer	grant=Gingeras; lab=CRG-Guigo-m; dataType=Mapability; view=Alignability; dataVersion=ENCODE June 2010 Freeze; dateSubmitted=2010-02-09; dateUnrestricted=2010-11-09; subId=7051; labVersion=uniqueness no more than 2 mismatches; size=50mer; download=http://hgdownload.cse.ucsc.edu/goldenPath/mm9/encodeDCC/wgEncodeMapability/
+wgEncodeCrgMapabilityAlign75mer	grant=Gingeras; lab=CRG-Guigo-m; dataType=Mapability; view=Alignability; dataVersion=ENCODE June 2010 Freeze; dateSubmitted=2010-02-09; dateUnrestricted=2010-11-09; subId=7051; labVersion=uniqueness no more than 2 mismatches; size=75mer; download=http://hgdownload.cse.ucsc.edu/goldenPath/mm9/encodeDCC/wgEncodeMapability/
diff --git a/mm9/track2Detail_encode b/mm9/track2Detail_encode
new file mode 100644
index 0000000..c8b6f13
--- /dev/null
+++ b/mm9/track2Detail_encode
@@ -0,0 +1,1082 @@
+GSM929716_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=11/4/10 Lane 6; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929716_mm9_wgEncodeLicrRnaSeqSmintCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM915181_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_36bp; control description=This data represents a control being compared to experiments using read length of 36 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_36bp; control description=This data represents a control being compared to experiments using read length of 36 bp; controlid=11610; labexpid=11610; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915181_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl36bE2p60hPcr1xSigRep1.bigWig
+GSM970852_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970852_mm9_wgEncodeUwRnaSeqThymusCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM900187_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Duodenum; cell organism=mouse; cell description=Duodenum; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=2AWC; labexpid=LID20730; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900187_mm9_wgEncodeCshlLongRnaSeqDuodAdult8wksPlusRawRep2.bigWig
+GSM900195_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=18AWC; labexpid=LID21042; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900195_mm9_wgEncodeCshlLongRnaSeqLiverAdult8wksPlusRawRep1.bigWig
+GSM970851_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=129; strain description=Strain 129, has widely available embryonic stem cells; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM970851_mm9_wgEncodeUwRnaSeqLiverCellPolyaME14halfS129MinusRawRep1.bigWig
+GSM915163_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Myogenin_(sc-12732); antibody description=mouse monoclonal antibody; epitope mapping within amino acids 138-158 of myogenin of rat origin. Antibody Target: Myogenin; antibody targetdescription=Myogenin is a muscle-specific transcription factor that can induce myogenesis in a variety of cell types in tissue culture. It is a member of a large family of proteins related by sequence homology, the helix-loop-helix (HLH) proteins. It is essential for the development of functional skeletal muscle. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12732; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10194; labexpid=10158; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915163_mm9_wgEncodeCaltechTfbsC2c12Sc12732FCntrl32bE2p60hPcr2xSigRep1.bigWig
+GSM912935_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912935_mm9_wgEncodeSydhTfbsMelRad21IggrabSig.bigWig
+GSM946530_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946530_mm9_wgEncodePsuHistoneCh12H3k36me3FImmortal2a4bInputRepSignalRep2.bigWig
+GSM915160_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_36bp; control description=This data represents a control being compared to experiments using read length of 36 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_36bp; control description=This data represents a control being compared to experiments using read length of 36 bp; controlid=11612; labexpid=11612; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915160_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl36bPcr1xSigRep1.bigWig
+GSM918746_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001459; labversion=07/22/10 Lane 3; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918746_mm9_wgEncodeLicrTfbsSpleenPol2MAdult8wksC57bl6StdSig.bigWig
+GSM918744_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=10/10/2011 Lane 1-11 and 2/2/2012 Lane 3-11; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918744_mm9_wgEncodeLicrTfbsMelCtcfMImmortalC57bl6StdSig.bigWig
+GSM918712_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=6/8/2011 Lane 5-1; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918712_mm9_wgEncodeLicrTfbsMelInputMImmortalC57bl6StdSig.bigWig
+GSM970874_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970874_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME14halfC57bl6PlusRawRep1.bigWig
+GSM915164_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Myogenin_(sc-12732); antibody description=mouse monoclonal antibody; epitope mapping within amino acids 138-158 of myogenin of rat origin. Antibody Target: Myogenin; antibody targetdescription=Myogenin is a muscle-specific transcription factor that can induce myogenesis in a variety of cell types in tissue culture. It is a member of a large family of proteins related by sequence homology, the helix-loop-helix (HLH) proteins. It is essential for the development of functional skeletal muscle. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12732; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_7d; treatment description=7 d with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11637; labexpid=11927; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915164_mm9_wgEncodeCaltechTfbsC2c12Sc12732FCntrl50bE2p7dPcr1xSigRep1.bigWig
+GSM923589_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923589_mm9_wgEncodePsuTfbsG1ePol24h8ME0S129InputRepSignalRep1.bigWig
+GSM923584_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=PAX5_(N-15); antibody antibodydescription=rabbit polyclonal antibody; epitope is a synthetic peptide: MDLEKNYPTPRTSRT, corresponding to amino acids 1-15 of Human PAX5, cross-reacts with human and mouse PAX5. Antibody Target: PAX5; antibody targetdescription=The PAX5 gene is a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA binding motif, known as the paired box. The PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation. The PAX5 gene encodes the B cell lineage specific activator protein (BSAP) that is expressed at early, but not late stages of B cell differentiation.; antibody vendorname=Abcam; antibody vendorid=ab12000; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM923584_mm9_wgEncodePsuTfbsCh12Pax5cFImmortal2a4bInputRepSignalRep2.bigWig
+GSM798327_1	lab=Yale-m; lab description=Weissman - Yale University; datatype=ChipSeq; datatype description=ChIP-Seq; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; age=immortalized; age description=Immortal cells; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; controlid=CH12/None/Input/IgG-Yale; replicate=1; replicate description=tier 1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM798327_mm9_wgEncodeSydhHistCh12H3k4me3IggyaleSig.bigWig
+GSM918407_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11610; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918407_mm9_wgEncodeCaltechHistC2c12InputFCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM918727_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001449; labversion=05/26/09 Lane 3; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918727_mm9_wgEncodeLicrTfbsCortexCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM923578_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=U; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923578_mm9_wgEncodePsuTfbsMelTal1UImmortalC57bl6InputSig.bigWig
+GSM918743_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEF; cell organism=mouse; cell description=Mouse Embryonic Fibroblast; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001456; labversion=08/17/09 Lane 7; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918743_mm9_wgEncodeLicrTfbsMefCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM970860_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970860_mm9_wgEncodeUwRnaSeqSpleenCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM929775_2	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; labexpid=10986; mapalgorithm=TH131; mapalgorithm description=TopHat v1.3.1; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM929775_mm9_wgEncodeCaltechRnaSeqC2c12C3hFR2x75Th131Il200E2p60hSigRep1.bigWig
+GSM946543_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946543_mm9_wgEncodePsuHistoneErythroblH3k36me3BE14halfCd1InputSig.bigWig
+GSM923570_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923570_mm9_wgEncodePsuTfbsG1eCtcfME0S129InputSig.bigWig
+GSM923573_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923573_mm9_wgEncodePsuTfbsMelCtcfMImmortalC57bl6InputRepSignalRep1.bigWig
+GSM923585_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923585_mm9_wgEncodePsuTfbsErythroblInputBE14halfCd1InputRepSignalRep1.bigWig
+GSM915173_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Max; antibody description=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11682; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915173_mm9_wgEncodeCaltechTfbsC2c12MaxFCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM918723_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001450; labversion=05/27/09 Lane 6; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918723_mm9_wgEncodeLicrTfbsHeartPol2MAdult8wksC57bl6StdSig.bigWig
+GSM970869_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970869_mm9_wgEncodeUwRnaSeqGfatCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM970872_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=Unknown; strain description=Unknown strain origin; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM970872_mm9_wgEncodeUwRnaSeqMelCellPolyaMImmortalUknMinusRawRep1.bigWig
+GSM946527_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946527_mm9_wgEncodePsuHistoneMegakaryoH3k04me3BE14halfCd1InputRepSignalRep2.bigWig
+GSM918412_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K79me2_(ab3594); antibody antibodydescription=Rabbit polyclonal. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3); antibody vendorname=Abcam; antibody vendorid=ab3594; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11669; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918412_mm9_wgEncodeCaltechHistC2c12Ab3594FCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM946548_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=immortalized; age description=Immortal cells; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946548_mm9_wgEncodePsuHistoneCh12H3k09me3FImmortal2a4bInputRepSignalRep2.bigWig
+GSM915170_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10135; labexpid=10135; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915170_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl32bPcr2xSigRep1.bigWig
+GSM900197_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=13AWC; labexpid=LID21038; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900197_mm9_wgEncodeCshlLongRnaSeqSpleenAdult8wksMinusRawRep1.bigWig
+GSM946527_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946527_mm9_wgEncodePsuHistoneMegakaryoH3k04me3BE14halfCd1InputRepSignalRep1.bigWig
+GSM970866_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Patski; cell organism=mouse; cell description=Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.; cell sex=F; age=immortalized; age description=Immortal cells; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; original_filename=GSM970866_mm9_wgEncodeUwRnaSeqPatskiCellPolyaFImmortalSpbl6PlusRawRep1.bigWig
+GSM973232_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM973232_MEL_RNASeq_rep1_120306_HAVERS_0278_BD0NG3ACXX_L8_1.bigwig
+GSM912892_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=USF2; antibody antibodydescription=Mouse monoclonal. Immunogen corresponds to amino acids 1-101 of Human USF2. Antibody Target: USF2; antibody targetdescription=Encodes a member of the basic helix-loop-helix leucine zipper family. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs (5'-CACGTG-3').; antibody vendorname=abcam; antibody vendorid=ab60931; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=MEL/None/Input/IgG-mus; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912892_mm9_wgEncodeSydhTfbsMelUsf2IggmusSig.bigWig
+GSM929715_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=10/13/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929715_mm9_wgEncodeLicrRnaSeqTestisCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM900194_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=17AWC; labexpid=LID20872; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900194_mm9_wgEncodeCshlLongRnaSeqKidneyAdult8wksMinusRawRep1.bigWig
+GSM900189_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=8AWC; labexpid=LID21183; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900189_mm9_wgEncodeCshlLongRnaSeqLgintAdult8wksPlusRawRep1.bigWig
+GSM918422_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3ac_(06-599); antibody antibodydescription=rabbit polyclonal antibody raised against a KLH-conjugated peptide corresponding to amino acids 1-20 of Tetrahymena histone H3 (ARTKQTAR[K*]STGG[K*]APRKQLC) where K* is acetylated. Antibody Target: H3ac; antibody targetdescription=missing; antibody vendorname=Millipore; antibody vendorid=06-599; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10135; labexpid=10331; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918422_mm9_wgEncodeCaltechHistC2c12H3ac06599FCntrl32bPcr2xSigRep1.bigWig
+GSM970873_12	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6SigRep3.bigWig
+GSM973235_4	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=E0; age description=Embryonic day 0 (stem cell); readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM973235_E14_RNASeq_rep2_120309_HAVERS_0279_AC0HAUACXX_L1_2.bigwig
+GSM970870_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970870_mm9_wgEncodeUwRnaSeqLiverCellPolyaME14halfC57bl6PlusRawRep1.bigWig
+GSM923568_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM923568_mm9_wgEncodePsuTfbsCh12CtcfFImmortal2a4bInputRepSignalRep1.bigWig
+GSM900195_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=18AWC; labexpid=LID21042; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900195_mm9_wgEncodeCshlLongRnaSeqLiverAdult8wksMinusRawRep1.bigWig
+GSM970863_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970863_mm9_wgEncodeUwRnaSeqLgintCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM769014_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Liver/Input/std; labversion=3/31/10 Lane 5; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769014_wgEncodeLicrHistoneLiverH3k4me3MAdult8wksC57bl6StdSig.bigWig
+GSM946534_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E0; age description=Embryonic day 0 (stem cell); control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946534_mm9_wgEncodePsuHistoneG1eer4e2H3k04me1ME0S129InputRepSignalRep2.bigWig
+GSM970865_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMuscle; cell organism=mouse; cell description=Skeletal Muscle; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970865_mm9_wgEncodeUwRnaSeqSkmuscleCellPolyaMAdult8wksC57bl6SigRep2.bigWig
+GSM946542_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E0; age description=Embryonic day 0 (stem cell); control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946542_mm9_wgEncodePsuHistoneG1eH3k09me3ME0S129InputRepSignalRep1.bigWig
+GSM970859_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeadlessEmbryo; cell organism=mouse; cell description=Whole embryos with heads removed; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM970859_mm9_wgEncodeUwRnaSeqHlembryoCellPolyaME11halfCd1SigRep1.bigWig
+GSM929706_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/15/10 Lane 3; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929706_mm9_wgEncodeLicrRnaSeqKidneyCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM970872_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=Unknown; strain description=Unknown strain origin; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM970872_mm9_wgEncodeUwRnaSeqMelCellPolyaMImmortalUknPlusRawRep1.bigWig
+GSM929720_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/10/10 Lane 3; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929720_mm9_wgEncodeLicrRnaSeqSpleenCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM912900_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=TBP; antibody antibodydescription=Mouse monoclonal. Immunogen is synthetic peptide conjugated to KLH derived from within residues 1 - 100 of HumanTATA binding protein TBP. Antibody Target: TBP; antibody targetdescription=General transcription factor that functions at the core of the DNA-binding multiprotein factor TFIID. Binding of TFIID to the TATA box is the initial transcriptional step of the pre-initiation complex (PIC), playing a role in the activation of eukaryotic genes transcribed by RNA polymerase II. Component of the transcription factor SL1/TIF-IB complex, which is involved in the assembly of the PIC (preinitiation complex) during RNA polymerase I-dependent transcription.; antibody vendorname=abcam; antibody vendorid=ab62126; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=CH12/None/Input/IgG-mus; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912900_mm9_wgEncodeSydhTfbsCh12TbpIggmusSig.bigWig
+GSM970860_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970860_mm9_wgEncodeUwRnaSeqSpleenCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM912902_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912902_mm9_wgEncodeSydhTfbsCh12JundIggrabSig.bigWig
+GSM929714_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=10/13/10 Lane 6; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929714_mm9_wgEncodeLicrRnaSeqThymusCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM900183_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Ovary; cell organism=mouse; cell description=Ovary; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=11AWC; labexpid=LID20821; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900183_mm9_wgEncodeCshlLongRnaSeqOvaryAdult8wksMinusRawRep2.bigWig
+GSM918726_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BMDM; cell organism=mouse; cell description=Bone marrow derived macrophage; cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002660; labversion=8/18/2011 Lane 5-7; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918726_mm9_wgEncodeLicrTfbsBmdmCtcfFAdult8wksC57bl6StdSig.bigWig
+GSM929711_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/02/10 Lane 3; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929711_mm9_wgEncodeLicrRnaSeqLiverCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM970851_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=129; strain description=Strain 129, has widely available embryonic stem cells; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM970851_mm9_wgEncodeUwRnaSeqLiverCellPolyaME14halfS129PlusRawRep1.bigWig
+GSM769034_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Liver/Input/std; labversion=05/7/09 Lane 4; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769034_wgEncodeLicrHistoneLiverInputMAdult8wksC57bl6StdSig.bigWig
+GSM929724_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labversion=4/29/11 Lane 1; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929724_mm9_wgEncodeLicrRnaSeqHeartCellPapUE14halfC57bl6SigRep2.bigWig
+GSM946534_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E0; age description=Embryonic day 0 (stem cell); control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946534_mm9_wgEncodePsuHistoneG1eer4e2H3k04me1ME0S129InputSig.bigWig
+GSM946548_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=immortalized; age description=Immortal cells; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946548_mm9_wgEncodePsuHistoneCh12H3k09me3FImmortal2a4bInputSig.bigWig
+GSM946534_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E0; age description=Embryonic day 0 (stem cell); control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946534_mm9_wgEncodePsuHistoneG1eer4e2H3k04me1ME0S129InputRepSignalRep1.bigWig
+GSM900184_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MammaryGland; cell organism=mouse; cell description=Mammary Gland; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=22AWC; labexpid=LID20924; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900184_mm9_wgEncodeCshlLongRnaSeqMamgAdult8wksPlusRawRep2.bigWig
+GSM929720_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/10/10 Lane 3; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929720_mm9_wgEncodeLicrRnaSeqSpleenCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM946535_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946535_mm9_wgEncodePsuHistoneG1eH3k04me1ME0S129InputRepSignalRep2.bigWig
+GSM923574_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923574_mm9_wgEncodePsuTfbsMelInputUImmortalC57bl6InputRepSignalRep2.bigWig
+GSM946530_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946530_mm9_wgEncodePsuHistoneCh12H3k36me3FImmortal2a4bInputRepSignalRep1.bigWig
+GSM912904_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=MEL/None/Input/IgG-mus; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912904_mm9_wgEncodeSydhTfbsMelInputIggmusSig.bigWig
+GSM912912_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=E2F4; antibody antibodydescription=rabbit polyclonal. Antibody Target: E2F4; antibody targetdescription=mapping at the C-terminus of E2F4 of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-866; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912912_mm9_wgEncodeSydhTfbsCh12E2f4IggrabSig.bigWig
+GSM946528_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946528_mm9_wgEncodePsuHistoneCh12H3k04me3FImmortal2a4bInputRepSignalRep1.bigWig
+GSM970854_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM970854_mm9_wgEncodeUwRnaSeqA20CellPolyaMImmortalBalbcannMinusRawRep1.bigWig
+GSM946524_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946524_mm9_wgEncodePsuHistoneErythroblH3k04me3BE14halfCd1InputRepSignalRep1.bigWig
+GSM769015_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Liver/Input/std; labversion=5/20/09 Lane 3; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769015_wgEncodeLicrHistoneLiverH3k4me1MAdult8wksC57bl6StdSig.bigWig
+GSM918728_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001449; labversion=05/26/09 Lane 2; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918728_mm9_wgEncodeLicrTfbsCortexPol2MAdult8wksC57bl6StdSig.bigWig
+GSM946544_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946544_mm9_wgEncodePsuHistoneErythroblInputBE14halfCd1InputRepSignalRep2.bigWig
+GSM918414_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10194; labexpid=10536; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918414_mm9_wgEncodeCaltechHistC2c12H3k27me3FCntrl32bE2p60hPcr2xSigRep1.bigWig
+GSM970875_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E18.5; age description=Embryonic day 18.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E18.5; age description=Embryonic day 18.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970875_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME18halfC57bl6PlusRawRep2.bigWig
+GSM918418_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_24hr; treatment description=24 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10007; labexpid=10007; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918418_mm9_wgEncodeCaltechHistC2c12InputFCntrl32bE2p24hPcr2xSigRep1.bigWig
+GSM912891_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=CH12/None/Input/IgG-mus; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912891_mm9_wgEncodeSydhTfbsCh12Pol2IggmusSig.bigWig
+GSM915184_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11610; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915184_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM929717_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BoneMarrow; cell organism=mouse; cell description=Bone Marrow; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=09/08/10 Lane 4G; readtype=1x30; readtype description=Single 30 nt read; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929717_mm9_wgEncodeLicrRnaSeqBmarrowCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM769025_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Heart/Input/std; labversion=07/29/09 Lane 5; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769025_wgEncodeLicrHistoneHeartH3k4me1MAdult8wksC57bl6StdSig.bigWig
+GSM970875_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E18.5; age description=Embryonic day 18.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E18.5; age description=Embryonic day 18.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970875_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME18halfC57bl6MinusRawRep2.bigWig
+GSM918708_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002482; labversion=11/30/10 Lane 1; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918708_mm9_wgEncodeLicrTfbsLimbPol2UE14halfC57bl6StdSig.bigWig
+GSM900198_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Colon; cell organism=mouse; cell description=Colon; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=14AWC; labexpid=LID21040; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900198_mm9_wgEncodeCshlLongRnaSeqColonAdult8wksPlusRawRep2.bigWig
+GSM923586_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923586_mm9_wgEncodePsuTfbsMegakaryoGata1aBE14halfCd1InputRepSignalRep1.bigWig
+GSM912925_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Mxi1_(AF4185); antibody antibodydescription=Goat IgG. Raised against E. coli-derived rhMxi1. Antibody Target: Mxi1; antibody targetdescription=Transcriptional repressor. Binds with MAX to form recognize the core sequence 5'-CAC[GA]TG-3', antagonizes MYC transcriptional activity by competing for MAX; antibody vendorname=R&D Systems; antibody vendorid=AF4185; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912925_mm9_wgEncodeSydhTfbsCh12Mxi1af4185IggrabSig.bigWig
+GSM918707_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=12/8/2011 Lane 1-4 and 2/16/2012 Lane 4-4; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918707_mm9_wgEncodeLicrTfbsMelPol2MImmortalC57bl6StdSig.bigWig
+GSM946533_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946533_mm9_wgEncodePsuHistoneG1eH3k04me3ME0S129InputRepSignalRep2.bigWig
+GSM918717_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002486; labversion=7/28/10 6; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918717_mm9_wgEncodeLicrTfbsSmintInputMAdult8wksC57bl6StdSig.bigWig
+GSM929718_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); labversion=10/13/10 Lane 4A; readtype=1x30; readtype description=Single 30 nt read; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929718_mm9_wgEncodeLicrRnaSeqEsb4CellPapME0C57bl6SigRep2.bigWig
+GSM900191_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SubcFatPad; cell organism=mouse; cell description=Subcutaneous Adipose tissue; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=5AWC; labexpid=LID21181; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900191_mm9_wgEncodeCshlLongRnaSeqSfatAdult8wksPlusRawRep1.bigWig
+GSM970873_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6MinusRawRep4.bigWig
+GSM900186_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=9AWC; labexpid=LID20819; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900186_mm9_wgEncodeCshlLongRnaSeqSmintAdult8wksPlusRawRep2.bigWig
+GSM970857_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebrum; cell organism=mouse; cell description=Cerebrum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970857_mm9_wgEncodeUwRnaSeqCerebrumCellPolyaMAdult8wksC57bl6PlusRawRep2.bigWig
+GSM929703_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BAT; cell organism=mouse; cell description=Brown adipocytes tissue; cell sex=M; age=adult-24wks; age description=Adult 24 weeks; age=adult-24wks; age description=Adult 24 weeks; labversion=7/28/2011 Lane 3A; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929703_mm9_wgEncodeLicrRnaSeqBatCellPapMAdult24wksC57bl6SigRep1.bigWig
+GSM970869_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970869_mm9_wgEncodeUwRnaSeqGfatCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM923586_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923586_mm9_wgEncodePsuTfbsMegakaryoGata1aBE14halfCd1InputRepSignalRep2.bigWig
+GSM900186_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=9AWC; labexpid=LID20819; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900186_mm9_wgEncodeCshlLongRnaSeqSmintAdult8wksPlusRawRep1.bigWig
+GSM923575_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923575_mm9_wgEncodePsuTfbsErythroblGata1aBE14halfCd1InputRepSignalRep2.bigWig
+GSM918731_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001451; labversion=05/04/09 Lane 6; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918731_mm9_wgEncodeLicrTfbsKidneyCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM918761_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEF; cell organism=mouse; cell description=Mouse Embryonic Fibroblast; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001456; labversion=05/19/10 Lane 2; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918761_mm9_wgEncodeLicrTfbsMefPol2MAdult8wksC57bl6StdSig.bigWig
+GSM946549_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946549_mm9_wgEncodePsuHistoneErythroblH3k09me3BE14halfCd1InputSig.bigWig
+GSM769022_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Cortex/Input/std; labversion=05/26/09 Lane 4; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769022_wgEncodeLicrHistoneCortexH3k4me1MAdult8wksC57bl6StdSig.bigWig
+GSM900185_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Stomach; cell organism=mouse; cell description=Stomach; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=3AWC; labexpid=LID20732; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900185_mm9_wgEncodeCshlLongRnaSeqStomAdult8wksMinusRawRep2.bigWig
+GSM900186_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=9AWC; labexpid=LID20819; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900186_mm9_wgEncodeCshlLongRnaSeqSmintAdult8wksMinusRawRep2.bigWig
+GSM923586_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923586_mm9_wgEncodePsuTfbsMegakaryoGata1aBE14halfCd1InputSig.bigWig
+GSM970862_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970862_mm9_wgEncodeUwRnaSeqHeartCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM970865_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMuscle; cell organism=mouse; cell description=Skeletal Muscle; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970865_mm9_wgEncodeUwRnaSeqSkmuscleCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM900184_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MammaryGland; cell organism=mouse; cell description=Mammary Gland; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=22AWC; labexpid=LID20924; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900184_mm9_wgEncodeCshlLongRnaSeqMamgAdult8wksPlusRawRep1.bigWig
+GSM970864_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970864_mm9_wgEncodeUwRnaSeqLungCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM769037_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Spleen/Input/std; labversion=07/28/10 Lane 7; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769037_wgEncodeLicrHistoneSpleenInputMAdult8wksC57bl6StdSig.bigWig
+GSM946532_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946532_mm9_wgEncodePsuHistoneCh12H3k27me3FImmortal2a4bInputRepSignalRep1.bigWig
+GSM970856_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970856_mm9_wgEncodeUwRnaSeqCbellumCellPolyaMAdult8wksC57bl6MinusRawRep2.bigWig
+GSM915171_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10194; labexpid=10194; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915171_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl32bE2p60hPcr2xSigRep1.bigWig
+GSM769013_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Lung/Input/std; labversion=05/27/09 Lane 4; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769013_wgEncodeLicrHistoneLungH3k4me1MAdult8wksC57bl6StdSig.bigWig
+GSM946532_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946532_mm9_wgEncodePsuHistoneCh12H3k27me3FImmortal2a4bInputRepSignalRep2.bigWig
+GSM929717_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BoneMarrow; cell organism=mouse; cell description=Bone Marrow; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=09/08/10 Lane 4G; readtype=1x30; readtype description=Single 30 nt read; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929717_mm9_wgEncodeLicrRnaSeqBmarrowCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM970855_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM970855_mm9_wgEncodeUwRnaSeq416bCellPolyaMImmortalB6d2f1jSigRep1.bigWig
+GSM970856_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970856_mm9_wgEncodeUwRnaSeqCbellumCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM912894_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rat; control description=Input signal from Normal Rat IgG ChIP-seq; age=immortalized; age description=Immortal cells; control=IgG-rat; control description=Input signal from Normal Rat IgG ChIP-seq; controlid=MEL/None/Input/IgG-rat; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912894_mm9_wgEncodeSydhTfbsMelInputIggratSig.bigWig
+GSM970873_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6SigRep4.bigWig
+GSM918759_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001448; labversion=08/17/09 Lane 6; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918759_mm9_wgEncodeLicrTfbsCbellumCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM923584_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=PAX5_(N-15); antibody antibodydescription=rabbit polyclonal antibody; epitope is a synthetic peptide: MDLEKNYPTPRTSRT, corresponding to amino acids 1-15 of Human PAX5, cross-reacts with human and mouse PAX5. Antibody Target: PAX5; antibody targetdescription=The PAX5 gene is a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA binding motif, known as the paired box. The PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation. The PAX5 gene encodes the B cell lineage specific activator protein (BSAP) that is expressed at early, but not late stages of B cell differentiation.; antibody vendorname=Abcam; antibody vendorid=ab12000; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM923584_mm9_wgEncodePsuTfbsCh12Pax5cFImmortal2a4bInputRepSignalRep1.bigWig
+GSM918417_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11905; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918417_mm9_wgEncodeCaltechHistC2c12H3k36me3FCntrl50bPcr1xSigRep1.bigWig
+GSM970857_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebrum; cell organism=mouse; cell description=Cerebrum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970857_mm9_wgEncodeUwRnaSeqCerebrumCellPolyaMAdult8wksC57bl6SigRep2.bigWig
+GSM918750_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001683; labversion=12/23/09 SOLEXA2 Lane 3; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918750_mm9_wgEncodeLicrTfbsEsb4P300ME0C57bl6StdSig.bigWig
+GSM946523_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946523_mm9_wgEncodePsuHistoneMegakaryoH3k27me3BE14halfCd1InputRepSignalRep2.bigWig
+GSM918704_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002490; labversion=8/19/09 4; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918704_mm9_wgEncodeLicrTfbsTestisPol2MAdult8wksC57bl6StdSig.bigWig
+GSM970867_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=B-cell_(CD19+); cell organism=mouse; cell description=B Cell , CD19+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970867_mm9_wgEncodeUwRnaSeqBcellcd19pCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM946524_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946524_mm9_wgEncodePsuHistoneErythroblH3k04me3BE14halfCd1InputRepSignalRep2.bigWig
+GSM912916_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=MEL/None/Input/std; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912916_mm9_wgEncodeSydhTfbsMelInputStdSig.bigWig
+GSM973232_3	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM973232_MEL_RNASeq_rep2_120309_HAVERS_0279_AC0HAUACXX_L3_1.bigwig
+GSM918733_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001448; labversion=05/27/09 Lane 1; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918733_mm9_wgEncodeLicrTfbsCbellumInputMAdult8wksC57bl6StdSig.bigWig
+GSM915166_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Myogenin_(sc-12732); antibody description=mouse monoclonal antibody; epitope mapping within amino acids 138-158 of myogenin of rat origin. Antibody Target: Myogenin; antibody targetdescription=Myogenin is a muscle-specific transcription factor that can induce myogenesis in a variety of cell types in tissue culture. It is a member of a large family of proteins related by sequence homology, the helix-loop-helix (HLH) proteins. It is essential for the development of functional skeletal muscle. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12732; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10135; labexpid=10599; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915166_mm9_wgEncodeCaltechTfbsC2c12Sc12732FCntrl32bPcr2xSigRep1.bigWig
+GSM915176_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Pol2; antibody description=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10194; labexpid=10704; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915176_mm9_wgEncodeCaltechTfbsC2c12Pol2FCntrl32bE2p60hPcr2xSigRep1.bigWig
+GSM970856_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970856_mm9_wgEncodeUwRnaSeqCbellumCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM923568_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM923568_mm9_wgEncodePsuTfbsCh12CtcfFImmortal2a4bInputRepSignalRep2.bigWig
+GSM970871_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970871_mm9_wgEncodeUwRnaSeqKidneyCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM912907_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=GATA-1; antibody antibodydescription=Anti-GATA-1 rabbit polyclonal antibody was generated by using a purified GST fusion to amino acids 1-89 of mouse GATA-1. Antibody Target: GATA1; antibody targetdescription=GATA-1 is a transcriptional activator which probably serves as a general switch factor for erythroid development. It binds to DNA sites with the consensus sequence [AT]GATA[AG} within regulatory regions of globin genes and of other genes expressed in erythroid cells.; antibody vendorname=Donated by Dr. E.H. Bresnick, UW Madison; antibody vendorid=GATA-1; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rat; control description=Input signal from Normal Rat IgG ChIP-seq; age=immortalized; age description=Immortal cells; control=IgG-rat; control description=Input signal from Normal Rat IgG ChIP-seq; controlid=MEL/None/Input/IgG-rat; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912907_mm9_wgEncodeSydhTfbsMelGata1IggratSig.bigWig
+GSM923567_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; labversion=http://main.g2.bx.psu.edu/u/kanwei/h/12nov2009ln3-ctcf-g1e-er4e2-groomed-canonical; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923567_mm9_wgEncodePsuTfbsG1eer4e2InputME0S129InputSig.bigWig
+GSM912920_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=p300_(SC-584); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of p300 of human origin. Antibody Target: P300; antibody targetdescription=Encodes the adenovirus E1A-associated cellular p300 transcriptional co-activator protein. Functions as histone acetyltransferase and regulates transcription via chromatin remodeling. Acetylates all four core histones in nucleosomes. Mediates cAMP-gene regulation by binding specifically to phosphorylated CREB protein; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-584; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912920_mm9_wgEncodeSydhTfbsCh12P300sc584IggrabSig.bigWig
+GSM946520_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946520_mm9_wgEncodePsuHistoneG1eer4e2InputME0S129InputSig.bigWig
+GSM970865_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMuscle; cell organism=mouse; cell description=Skeletal Muscle; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970865_mm9_wgEncodeUwRnaSeqSkmuscleCellPolyaMAdult8wksC57bl6MinusRawRep2.bigWig
+GSM912933_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912933_mm9_wgEncodeSydhTfbsMelRad21Dm2p5dIggrabSig.bigWig
+GSM915165_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=MyoD_(sc-32758); antibody description=mouse monoclonal antibody raised against recombinant MyoD of mouse origin with an epitope mapping to amino acids 180-189. Antibody Target: MyoD; antibody targetdescription=This gene encodes a nuclear protein that belongs to the basic helix-loop-helix family of transcription factors and the myogenic factors subfamily. It regulates muscle cell differentiation by inducing cell cycle arrest, a prerequisite for myogenic initiation. The protein is also involved in muscle regeneration. It activates its own transcription which may stabilize commitment to myogenesis. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-32758; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_7d; treatment description=7 d with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11637; labexpid=11926; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915165_mm9_wgEncodeCaltechTfbsC2c12Sc32758FCntrl50bE2p7dPcr1xSigRep1.bigWig
+GSM970856_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970856_mm9_wgEncodeUwRnaSeqCbellumCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM970854_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM970854_mm9_wgEncodeUwRnaSeqA20CellPolyaMImmortalBalbcannSigRep2.bigWig
+GSM929715_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=10/13/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929715_mm9_wgEncodeLicrRnaSeqTestisCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM946545_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E0; age description=Embryonic day 0 (stem cell); control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946545_mm9_wgEncodePsuHistoneG1eer4e2H3k09me3ME0S129InputSig.bigWig
+GSM970873_9	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6PlusRawRep4.bigWig
+GSM929718_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); labversion=10/13/10 Lane 4A; readtype=1x30; readtype description=Single 30 nt read; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929718_mm9_wgEncodeLicrRnaSeqEsb4CellPapME0C57bl6SigRep1.bigWig
+GSM946537_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946537_mm9_wgEncodePsuHistoneG1eer4e2H3k27me3ME0S129InputRepSignalRep1.bigWig
+GSM970854_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM970854_mm9_wgEncodeUwRnaSeqA20CellPolyaMImmortalBalbcannSigRep1.bigWig
+GSM912905_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912905_mm9_wgEncodeSydhTfbsMelInputIggrabSig.bigWig
+GSM946531_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946531_mm9_wgEncodePsuHistoneG1eH3k27me3ME0S129InputRepSignalRep2.bigWig
+GSM769016_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Kidney/Input/std; labversion=04/16/09 Lane 6; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769016_wgEncodeLicrHistoneKidneyH3k4me3MAdult8wksC57bl6StdSig.bigWig
+GSM929714_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=10/13/10 Lane 6; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929714_mm9_wgEncodeLicrRnaSeqThymusCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM900194_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=17AWC; labexpid=LID20872; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900194_mm9_wgEncodeCshlLongRnaSeqKidneyAdult8wksPlusRawRep1.bigWig
+GSM929721_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labversion=11/10/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929721_mm9_wgEncodeLicrRnaSeqLiverCellPapUE14halfC57bl6SigRep1.bigWig
+GSM923576_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923576_mm9_wgEncodePsuTfbsG1eer4e2Tal1ME0S129InputRepSignalRep2.bigWig
+GSM915178_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=TCF12; antibody description=HEB (A-20) Rabbit polyclonal IgG, 200 ?g/ml. Epitope mapping within the C-terminus of HEB of human origin. Antibody Target: TCF12; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix (bHLH) E-protein family that recognizes the consensus binding site (E-box) CANNTG. This encoded protein is expressed in many tissues, among them skeletal muscle, thymus, B- and T-cells, and may participate in regulating lineage-specific gene expression through the formation of heterodimers with other bHLH E-proteins. Several alternatively spliced transcript variants of this gene have been described, but the full-length nature of some of these variants has not been determined.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-357; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11719; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915178_mm9_wgEncodeCaltechTfbsC2c12Tcf12FCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM929721_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labversion=11/10/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929721_mm9_wgEncodeLicrRnaSeqLiverCellPapUE14halfC57bl6SigRep2.bigWig
+GSM900191_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SubcFatPad; cell organism=mouse; cell description=Subcutaneous Adipose tissue; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=5AWC; labexpid=LID21181; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900191_mm9_wgEncodeCshlLongRnaSeqSfatAdult8wksMinusRawRep1.bigWig
+GSM923574_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923574_mm9_wgEncodePsuTfbsMelInputUImmortalC57bl6InputSig.bigWig
+GSM769030_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MEF; cell organism=mouse; cell description=Mouse Embryonic Fibroblast; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=MEF/Input/std; labversion=03/09/10 Lane 4; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769030_wgEncodeLicrHistoneMefInputMAdult8wksC57bl6StdSig.bigWig
+GSM912898_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912898_mm9_wgEncodeSydhTfbsCh12Mafkab50322IggrabSig.bigWig
+GSM918755_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001450; labversion=05/07/09 Lane 3; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918755_mm9_wgEncodeLicrTfbsHeartInputMAdult8wksC57bl6StdSig.bigWig
+GSM918706_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=11/5/10 Lane 2; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918706_mm9_wgEncodeLicrTfbsWbrainPol2UE14halfC57bl6StdSig.bigWig
+GSM970866_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Patski; cell organism=mouse; cell description=Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.; cell sex=F; age=immortalized; age description=Immortal cells; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; original_filename=GSM970866_mm9_wgEncodeUwRnaSeqPatskiCellPolyaFImmortalSpbl6SigRep1.bigWig
+GSM918718_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001452; labversion=05/7/09 Lane 4; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918718_mm9_wgEncodeLicrTfbsLiverInputMAdult8wksC57bl6StdSig.bigWig
+GSM923570_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923570_mm9_wgEncodePsuTfbsG1eCtcfME0S129InputRepSignalRep2.bigWig
+GSM970866_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Patski; cell organism=mouse; cell description=Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.; cell sex=F; age=immortalized; age description=Immortal cells; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; original_filename=GSM970866_mm9_wgEncodeUwRnaSeqPatskiCellPolyaFImmortalSpbl6MinusRawRep1.bigWig
+GSM929710_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/10/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929710_mm9_wgEncodeLicrRnaSeqLungCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM946530_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946530_mm9_wgEncodePsuHistoneCh12H3k36me3FImmortal2a4bInputSig.bigWig
+GSM970874_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970874_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME14halfC57bl6MinusRawRep1.bigWig
+GSM970866_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Patski; cell organism=mouse; cell description=Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.; cell sex=F; age=immortalized; age description=Immortal cells; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; original_filename=GSM970866_mm9_wgEncodeUwRnaSeqPatskiCellPolyaFImmortalSpbl6SigRep2.bigWig
+GSM946539_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946539_mm9_wgEncodePsuHistoneMegakaryoInputBE14halfCd1InputRepSignalRep1.bigWig
+GSM970873_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6MinusRawRep2.bigWig
+GSM900192_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=19AWC; labexpid=LID20922; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900192_mm9_wgEncodeCshlLongRnaSeqThymusAdult8wksPlusRawRep1.bigWig
+GSM973235_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=E0; age description=Embryonic day 0 (stem cell); readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM973235_E14_RNASeq_rep1_120306_HAVERS_0278_BD0NG3ACXX_L6_1.bigwig
+GSM970869_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970869_mm9_wgEncodeUwRnaSeqGfatCellPolyaMAdult8wksC57bl6SigRep2.bigWig
+GSM929722_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=F; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=10/13/10 Lane 4; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929722_mm9_wgEncodeLicrRnaSeqPlacCellPapFAdult8wksC57bl6SigRep1.bigWig
+GSM970868_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970868_mm9_wgEncodeUwRnaSeqBcellcd43nCellPolyaMAdult8wksC57bl6SigRep2.bigWig
+GSM915175_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=NRSF; antibody description=Mouse monoclonal. Antibody Target: NRSF; antibody targetdescription=Neuron-restrictive silencer transcription factor; antibody vendorname=David Anderson, Caltech; antibody vendorid=(Made by Protein Expression Center: pec@caltech.edu); control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10194; labexpid=10065; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915175_mm9_wgEncodeCaltechTfbsC2c12NrsfFCntrl32bE2p60hPcr2xSigRep1.bigWig
+GSM900185_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Stomach; cell organism=mouse; cell description=Stomach; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=3AWC; labexpid=LID20732; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900185_mm9_wgEncodeCshlLongRnaSeqStomAdult8wksPlusRawRep1.bigWig
+GSM923577_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=U; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923577_mm9_wgEncodePsuTfbsMelPol24h8UImmortalC57bl6InputRepSignalRep1.bigWig
+GSM900190_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=4AWC; labexpid=LID21179; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900190_mm9_wgEncodeCshlLongRnaSeqGfatAdult8wksMinusRawRep1.bigWig
+GSM915185_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=MyoD_(sc-32758); antibody description=mouse monoclonal antibody raised against recombinant MyoD of mouse origin with an epitope mapping to amino acids 180-189. Antibody Target: MyoD; antibody targetdescription=This gene encodes a nuclear protein that belongs to the basic helix-loop-helix family of transcription factors and the myogenic factors subfamily. It regulates muscle cell differentiation by inducing cell cycle arrest, a prerequisite for myogenic initiation. The protein is also involved in muscle regeneration. It activates its own transcription which may stabilize commitment to myogenesis. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-32758; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10194; labexpid=10481; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915185_mm9_wgEncodeCaltechTfbsC2c12Sc32758FCntrl32bE2p60hPcr2xSigRep1.bigWig
+GSM918754_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001683; labversion=12/04/09 Lane 1; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918754_mm9_wgEncodeLicrTfbsEsb4InputME0C57bl6StdSig.bigWig
+GSM973232_4	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM973232_MEL_RNASeq_rep2_120309_HAVERS_0279_AC0HAUACXX_L3_2.bigwig
+GSM946538_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946538_mm9_wgEncodePsuHistoneG1eInputME0S129InputRepSignalRep2.bigWig
+GSM946540_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946540_mm9_wgEncodePsuHistoneMegakaryoH3k36me3BE14halfCd1InputSig.bigWig
+GSM946526_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=B; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946526_mm9_wgEncodePsuHistoneG1eer4e2H3k36me3BE0S129InputRepSignalRep1.bigWig
+GSM769032_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Heart/Input/std; labversion=05/07/09 Lane 3; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769032_wgEncodeLicrHistoneHeartInputMAdult8wksC57bl6StdSig.bigWig
+GSM912910_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=USF2; antibody antibodydescription=Mouse monoclonal. Immunogen corresponds to amino acids 1-101 of Human USF2. Antibody Target: USF2; antibody targetdescription=Encodes a member of the basic helix-loop-helix leucine zipper family. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs (5'-CACGTG-3').; antibody vendorname=abcam; antibody vendorid=ab60931; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=CH12/None/Input/IgG-mus; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912910_mm9_wgEncodeSydhTfbsCh12Usf2IggmusSig.bigWig
+GSM918748_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001683; labversion=12/23/09 SOLEXA2 Lane 5; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918748_mm9_wgEncodeLicrTfbsEsb4CtcfME0C57bl6StdSig.bigWig
+GSM918409_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11697; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918409_mm9_wgEncodeCaltechHistC2c12H3k36me3FCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM973233_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM973233_MEL_DMSO_5D_RNASeq_rep1_120309_HAVERS_0279_AC0HAUACXX_L7_1.bigwig
+GSM900198_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Colon; cell organism=mouse; cell description=Colon; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=14AWC; labexpid=LID21040; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900198_mm9_wgEncodeCshlLongRnaSeqColonAdult8wksPlusRawRep1.bigWig
+GSM970853_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM970853_mm9_wgEncodeUwRnaSeqNih3t3CellPolyaMImmortalNihsMinusRawRep1.bigWig
+GSM918739_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001453; labversion=04/29/09 Lane 7; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918739_mm9_wgEncodeLicrTfbsLungInputMAdult8wksC57bl6StdSig.bigWig
+GSM915184_2	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11610; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915184_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl50bE2p60hPcr1xSigRep2.bigWig
+GSM923576_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923576_mm9_wgEncodePsuTfbsG1eer4e2Tal1ME0S129InputRepSignalRep1.bigWig
+GSM946519_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946519_mm9_wgEncodePsuHistoneG1eer4e2H3k04me3ME0S129InputSig.bigWig
+GSM970868_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970868_mm9_wgEncodeUwRnaSeqBcellcd43nCellPolyaMAdult8wksC57bl6MinusRawRep2.bigWig
+GSM900189_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=8AWC; labexpid=LID21183; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900189_mm9_wgEncodeCshlLongRnaSeqLgintAdult8wksPlusRawRep2.bigWig
+GSM946520_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946520_mm9_wgEncodePsuHistoneG1eer4e2InputME0S129InputRepSignalRep1.bigWig
+GSM970873_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM918756_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001450; labversion=05/04/09 Lane 7; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918756_mm9_wgEncodeLicrTfbsHeartCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM900196_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=15AWC; labexpid=LID20920; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900196_mm9_wgEncodeCshlLongRnaSeqLungAdult8wksMinusRawRep1.bigWig
+GSM973234_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM973234_CH12_RNASeq_rep1_120306_HAVERS_0278_BD0NG3ACXX_L7_1.bigwig
+GSM912923_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=SMC3_(ab9263); antibody antibodydescription=Rabbit polyclonal raised against synthetic peptide representing a portion within the last 100 amino acids of the human Structural Maintenance of Chromosomes-3 conjugated to KLH. Antibody Target: SMC3; antibody targetdescription=Involved in chromosome cohesion during cell cycle and in DNA repair. Central component of cohesin complex.  The cohesin complex is required for the cohesion of sister chromatids after DNA replication.; antibody vendorname=Abcam; antibody vendorid=ab9263; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912923_mm9_wgEncodeSydhTfbsMelSmc3ab9263IggrabSig.bigWig
+GSM946543_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946543_mm9_wgEncodePsuHistoneErythroblH3k36me3BE14halfCd1InputRepSignalRep2.bigWig
+GSM946520_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946520_mm9_wgEncodePsuHistoneG1eer4e2InputME0S129InputRepSignalRep2.bigWig
+GSM970861_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970861_mm9_wgEncodeUwRnaSeqTnaiveCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM923587_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=GATA2_(SC-9008); antibody antibodydescription=Rabbit polyclonal antibody raised against amino acids 120-235 of GATA-2 of human origin. Antibody Target: GATA2; antibody targetdescription=The GATA family of transcription factors share a conserved zinc finger DNA-binding domain and are capable of binding the WGATAR consensus sequence. GATA1 is erythroid-specific and is essential for normal erythropeisis. By comparison, GATA2 is expressed at high levels in hematopoeitic progenitors, including early erythroid cells, but is strong repressed during erythroblast differentiaion.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9008; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923587_mm9_wgEncodePsuTfbsG1eGata2sc9008ME0S129InputSig.bigWig
+GSM918730_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=11/30/10 Lane 6; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918730_mm9_wgEncodeLicrTfbsWbrainCtcfUE14halfC57bl6StdSig.bigWig
+GSM973235_3	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=E0; age description=Embryonic day 0 (stem cell); readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM973235_E14_RNASeq_rep2_120309_HAVERS_0279_AC0HAUACXX_L1_1.bigwig
+GSM912924_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=NELFe; antibody antibodydescription=NELFe (RDBP). Antibody Target: NELFe; antibody targetdescription=NELFe (RDBP) is a part of the negative elongation factor complex which binds to RNAPII to suppress elongation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-32912; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912924_mm9_wgEncodeSydhTfbsCh12NelfeIggrabSig.bigWig
+GSM970865_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMuscle; cell organism=mouse; cell description=Skeletal Muscle; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970865_mm9_wgEncodeUwRnaSeqSkmuscleCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM915188_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=CTCF; antibody description=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10135; labexpid=10506; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915188_mm9_wgEncodeCaltechTfbsC2c12CtcfFCntrl32bPcr2xSigRep1.bigWig
+GSM918741_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002482; labversion=10/11/10 Lane 7; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918741_mm9_wgEncodeLicrTfbsLimbCtcfUE14halfC57bl6StdSig.bigWig
+GSM970865_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMuscle; cell organism=mouse; cell description=Skeletal Muscle; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970865_mm9_wgEncodeUwRnaSeqSkmuscleCellPolyaMAdult8wksC57bl6PlusRawRep2.bigWig
+GSM923567_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; labversion=http://main.g2.bx.psu.edu/u/kanwei/h/12nov2009ln3-ctcf-g1e-er4e2-groomed-canonical; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923567_mm9_wgEncodePsuTfbsG1eer4e2InputME0S129InputRepSignalRep2.bigWig
+GSM918732_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001449; labversion=05/26/09 Lane 5; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918732_mm9_wgEncodeLicrTfbsCortexInputMAdult8wksC57bl6StdSig.bigWig
+GSM970873_7	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6PlusRawRep2.bigWig
+GSM946536_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946536_mm9_wgEncodePsuHistoneErythroblH3k04me1BE14halfCd1InputRepSignalRep1.bigWig
+GSM923590_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923590_mm9_wgEncodePsuTfbsG1eer4e2Pol24h8ME0S129InputRepSignalRep1.bigWig
+GSM946538_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946538_mm9_wgEncodePsuHistoneG1eInputME0S129InputSig.bigWig
+GSM970869_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970869_mm9_wgEncodeUwRnaSeqGfatCellPolyaMAdult8wksC57bl6PlusRawRep2.bigWig
+GSM970854_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM970854_mm9_wgEncodeUwRnaSeqA20CellPolyaMImmortalBalbcannPlusRawRep2.bigWig
+GSM900183_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Ovary; cell organism=mouse; cell description=Ovary; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=11AWC; labexpid=LID20821; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900183_mm9_wgEncodeCshlLongRnaSeqOvaryAdult8wksMinusRawRep1.bigWig
+GSM923576_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923576_mm9_wgEncodePsuTfbsG1eer4e2Tal1ME0S129InputSig.bigWig
+GSM912922_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=BHLHE40_(NB100-1800); antibody antibodydescription=Rabbit polyclonal, maps to a region between residues 350 and the C-terminus (residue 412). Antibody Target: BHLHE40; antibody targetdescription=This gene encodes a basic helix-loop-helix protein expressed in various tissues. Expression in the chondrocytes is responsive to the addition of Bt2cAMP. The encoded protein is believed to be involved in the control of cell differentiation.; antibody vendorname=Novus; antibody vendorid=NB100-1800; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912922_mm9_wgEncodeSydhTfbsCh12Bhlhe40nb100IggrabSig.bigWig
+GSM900196_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=15AWC; labexpid=LID20920; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900196_mm9_wgEncodeCshlLongRnaSeqLungAdult8wksMinusRawRep2.bigWig
+GSM918408_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10135; labexpid=10502; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918408_mm9_wgEncodeCaltechHistC2c12H3k27me3FCntrl32bPcr2xSigRep1.bigWig
+GSM912934_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912934_mm9_wgEncodeSydhTfbsMelCmycIggrabSig.bigWig
+GSM946531_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946531_mm9_wgEncodePsuHistoneG1eH3k27me3ME0S129InputRepSignalRep1.bigWig
+GSM970863_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970863_mm9_wgEncodeUwRnaSeqLgintCellPolyaMAdult8wksC57bl6MinusRawRep2.bigWig
+GSM918719_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002482; labversion=7/14/10 Lane 1; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918719_mm9_wgEncodeLicrTfbsLimbInputUE14halfC57bl6StdSig.bigWig
+GSM918416_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11957; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918416_mm9_wgEncodeCaltechHistC2c12H3k04me3FCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM970868_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970868_mm9_wgEncodeUwRnaSeqBcellcd43nCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM912930_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=SMC3_(ab9263); antibody antibodydescription=Rabbit polyclonal raised against synthetic peptide representing a portion within the last 100 amino acids of the human Structural Maintenance of Chromosomes-3 conjugated to KLH. Antibody Target: SMC3; antibody targetdescription=Involved in chromosome cohesion during cell cycle and in DNA repair. Central component of cohesin complex.  The cohesin complex is required for the cohesion of sister chromatids after DNA replication.; antibody vendorname=Abcam; antibody vendorid=ab9263; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912930_mm9_wgEncodeSydhTfbsCh12Smc3ab9263IggrabSig.bigWig
+GSM946526_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=B; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946526_mm9_wgEncodePsuHistoneG1eer4e2H3k36me3BE0S129InputRepSignalRep2.bigWig
+GSM915186_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=MyoD_(sc-32758); antibody description=mouse monoclonal antibody raised against recombinant MyoD of mouse origin with an epitope mapping to amino acids 180-189. Antibody Target: MyoD; antibody targetdescription=This gene encodes a nuclear protein that belongs to the basic helix-loop-helix family of transcription factors and the myogenic factors subfamily. It regulates muscle cell differentiation by inducing cell cycle arrest, a prerequisite for myogenic initiation. The protein is also involved in muscle regeneration. It activates its own transcription which may stabilize commitment to myogenesis. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-32758; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10135; labexpid=10333; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915186_mm9_wgEncodeCaltechTfbsC2c12Sc32758FCntrl32bPcr2xSigRep1.bigWig
+GSM915183_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=MyoD_(sc-32758); antibody description=mouse monoclonal antibody raised against recombinant MyoD of mouse origin with an epitope mapping to amino acids 180-189. Antibody Target: MyoD; antibody targetdescription=This gene encodes a nuclear protein that belongs to the basic helix-loop-helix family of transcription factors and the myogenic factors subfamily. It regulates muscle cell differentiation by inducing cell cycle arrest, a prerequisite for myogenic initiation. The protein is also involved in muscle regeneration. It activates its own transcription which may stabilize commitment to myogenesis. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-32758; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_24hr; treatment description=24 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10007; labexpid=10296; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915183_mm9_wgEncodeCaltechTfbsC2c12Sc32758FCntrl32bE2p24hPcr2xSigRep1.bigWig
+GSM918752_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=7/28/10 Lane 4; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918752_mm9_wgEncodeLicrTfbsWbrainInputUE14halfC57bl6StdSig.bigWig
+GSM769010_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-Bruce4/Input/std; labversion=12/04/09 Lane 1; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769010_wgEncodeLicrHistoneEsb4InputME0C57bl6StdSig.bigWig
+GSM929775_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; labexpid=10986; mapalgorithm=TH131; mapalgorithm description=TopHat v1.3.1; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM929775_mm9_wgEncodeCaltechRnaSeqC2c12C3hFR2x75Th131Il200E2p60hRawRep1.bigWig
+GSM923578_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=U; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923578_mm9_wgEncodePsuTfbsMelTal1UImmortalC57bl6InputRepSignalRep1.bigWig
+GSM915172_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11612; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915172_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl50bPcr1xSigRep1.bigWig
+GSM900191_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SubcFatPad; cell organism=mouse; cell description=Subcutaneous Adipose tissue; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=5AWC; labexpid=LID21181; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900191_mm9_wgEncodeCshlLongRnaSeqSfatAdult8wksPlusRawRep2.bigWig
+GSM918413_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K4me2_(ab32356); antibody antibodydescription=Rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers.; antibody vendorname=Abcam; antibody vendorid=ab32356; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11832; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918413_mm9_wgEncodeCaltechHistC2c12Ab32356FCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM970873_11	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6SigRep2.bigWig
+GSM915169_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_24hr; treatment description=24 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10007; labexpid=10007; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915169_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl32bE2p24hPcr2xSigRep1.bigWig
+GSM970872_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=Unknown; strain description=Unknown strain origin; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM970872_mm9_wgEncodeUwRnaSeqMelCellPolyaMImmortalUknSigRep2.bigWig
+GSM946537_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946537_mm9_wgEncodePsuHistoneG1eer4e2H3k27me3ME0S129InputRepSignalRep2.bigWig
+GSM973233_3	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM973233_MEL_DMSO_5D_RNASeq_rep2_120309_HAVERS_0279_AC0HAUACXX_L8_1.bigwig
+GSM970871_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970871_mm9_wgEncodeUwRnaSeqKidneyCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM970867_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=B-cell_(CD19+); cell organism=mouse; cell description=B Cell , CD19+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970867_mm9_wgEncodeUwRnaSeqBcellcd19pCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM970855_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM970855_mm9_wgEncodeUwRnaSeq416bCellPolyaMImmortalB6d2f1jMinusRawRep1.bigWig
+GSM946531_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946531_mm9_wgEncodePsuHistoneG1eH3k27me3ME0S129InputSig.bigWig
+GSM912901_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=c-Jun; antibody antibodydescription=Rabbit polyclonal to amino acids 1-79 mapping at the N-terminus of c-Jun p39 of human origin. Antibody Target: c-Jun; antibody targetdescription=Heterodimer of Fos and Jun constitute transcription factor AP1.  Proto-oncogene c-Jun is a leucine-zipper.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-1694; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912901_mm9_wgEncodeSydhTfbsCh12CjunIggrabSig.bigWig
+GSM946540_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946540_mm9_wgEncodePsuHistoneMegakaryoH3k36me3BE14halfCd1InputRepSignalRep2.bigWig
+GSM923583_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923583_mm9_wgEncodePsuTfbsMegakaryoInputBE14halfCd1InputRepSignalRep2.bigWig
+GSM769017_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Heart/Input/std; labversion=04/01/09 Lane 7; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769017_wgEncodeLicrHistoneHeartH3k4me3MAdult8wksC57bl6StdSig.bigWig
+GSM946540_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946540_mm9_wgEncodePsuHistoneMegakaryoH3k36me3BE14halfCd1InputRepSignalRep1.bigWig
+GSM900193_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=12AWC; labexpid=LID20868; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900193_mm9_wgEncodeCshlLongRnaSeqTestisAdult8wksMinusRawRep1.bigWig
+GSM929704_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labversion=6/20/2011 Lane 2B; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929704_mm9_wgEncodeLicrRnaSeqMelCellPapMImmortalC57bl6SigRep1.bigWig
+GSM769035_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Lung/Input/std; labversion=04/29/09 Lane 7; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769035_wgEncodeLicrHistoneLungInputMAdult8wksC57bl6StdSig.bigWig
+GSM929709_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/16/10 Lane 2; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929709_mm9_wgEncodeLicrRnaSeqCbellumCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM769009_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-Bruce4/Input/std; labversion=12/23/09 SOLEXA2 Lane 4; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769009_wgEncodeLicrHistoneEsb4H3k4me1ME0C57bl6StdSig.bigWig
+GSM769019_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Cortex/Input/std; labversion=05/26/09 Lane 5; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769019_wgEncodeLicrHistoneCortexInputMAdult8wksC57bl6StdSig.bigWig
+GSM946541_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946541_mm9_wgEncodePsuHistoneMegakaryoH3k09me3BE14halfCd1InputRepSignalRep2.bigWig
+GSM923569_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM923569_mm9_wgEncodePsuTfbsCh12InputFImmortal2a4bInputSig.bigWig
+GSM900199_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=16AWC; labexpid=LID20870; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900199_mm9_wgEncodeCshlLongRnaSeqHeartAdult8wksMinusRawRep2.bigWig
+GSM970874_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970874_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME14halfC57bl6PlusRawRep2.bigWig
+GSM918736_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=OlfactBulb; cell organism=mouse; cell description=Olfactory Bulb; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002473; labversion=3/14/11 Lane 6; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918736_mm9_wgEncodeLicrTfbsOlfactCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM970859_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeadlessEmbryo; cell organism=mouse; cell description=Whole embryos with heads removed; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM970859_mm9_wgEncodeUwRnaSeqHlembryoCellPolyaME11halfCd1MinusRawRep1.bigWig
+GSM946541_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946541_mm9_wgEncodePsuHistoneMegakaryoH3k09me3BE14halfCd1InputRepSignalRep1.bigWig
+GSM900190_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=4AWC; labexpid=LID21179; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900190_mm9_wgEncodeCshlLongRnaSeqGfatAdult8wksMinusRawRep2.bigWig
+GSM970866_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Patski; cell organism=mouse; cell description=Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.; cell sex=F; age=immortalized; age description=Immortal cells; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; original_filename=GSM970866_mm9_wgEncodeUwRnaSeqPatskiCellPolyaFImmortalSpbl6MinusRawRep2.bigWig
+GSM918716_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001451; labversion=05/07/09 Lane 7; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918716_mm9_wgEncodeLicrTfbsKidneyInputMAdult8wksC57bl6StdSig.bigWig
+GSM946541_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946541_mm9_wgEncodePsuHistoneMegakaryoH3k09me3BE14halfCd1InputSig.bigWig
+GSM970852_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970852_mm9_wgEncodeUwRnaSeqThymusCellPolyaMAdult8wksC57bl6PlusRawRep2.bigWig
+GSM929723_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labversion=11/10/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929723_mm9_wgEncodeLicrRnaSeqWbrainCellPapUE14halfC57bl6SigRep1.bigWig
+GSM900193_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=12AWC; labexpid=LID20868; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900193_mm9_wgEncodeCshlLongRnaSeqTestisAdult8wksMinusRawRep2.bigWig
+GSM970861_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970861_mm9_wgEncodeUwRnaSeqTnaiveCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM923580_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923580_mm9_wgEncodePsuTfbsG1eInputME0S129InputSig.bigWig
+GSM918735_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=OlfactBulb; cell organism=mouse; cell description=Olfactory Bulb; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002473; labversion=3/14/11 Lane 5; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918735_mm9_wgEncodeLicrTfbsOlfactPol2MAdult8wksC57bl6StdSig.bigWig
+GSM929708_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/15/10 Lane 1; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929708_mm9_wgEncodeLicrRnaSeqCortexCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM929774_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; labexpid=10985; mapalgorithm=TH131; mapalgorithm description=TopHat v1.3.1; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM929774_mm9_wgEncodeCaltechRnaSeqC2c12C3hFR2x75Th131Il200RawRep1.bigWig
+GSM918758_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001451; labversion=05/27/09 Lane 2; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918758_mm9_wgEncodeLicrTfbsKidneyPol2MAdult8wksC57bl6StdSig.bigWig
+GSM946529_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946529_mm9_wgEncodePsuHistoneG1eH3k36me3ME0S129InputRepSignalRep1.bigWig
+GSM915159_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Myogenin_(sc-12732); antibody description=mouse monoclonal antibody; epitope mapping within amino acids 138-158 of myogenin of rat origin. Antibody Target: Myogenin; antibody targetdescription=Myogenin is a muscle-specific transcription factor that can induce myogenesis in a variety of cell types in tissue culture. It is a member of a large family of proteins related by sequence homology, the helix-loop-helix (HLH) proteins. It is essential for the development of functional skeletal muscle. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12732; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_24hr; treatment description=24 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10007; labexpid=10150; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915159_mm9_wgEncodeCaltechTfbsC2c12Sc12732FCntrl32bE2p24hPcr2xSigRep1.bigWig
+GSM923580_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923580_mm9_wgEncodePsuTfbsG1eInputME0S129InputRepSignalRep1.bigWig
+GSM900185_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Stomach; cell organism=mouse; cell description=Stomach; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=3AWC; labexpid=LID20732; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900185_mm9_wgEncodeCshlLongRnaSeqStomAdult8wksPlusRawRep2.bigWig
+GSM918747_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001450; labversion=01/05/10 Lane 3; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918747_mm9_wgEncodeLicrTfbsHeartP300MAdult8wksC57bl6StdSig.bigWig
+GSM970872_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=Unknown; strain description=Unknown strain origin; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM970872_mm9_wgEncodeUwRnaSeqMelCellPolyaMImmortalUknPlusRawRep2.bigWig
+GSM946538_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946538_mm9_wgEncodePsuHistoneG1eInputME0S129InputRepSignalRep1.bigWig
+GSM946535_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946535_mm9_wgEncodePsuHistoneG1eH3k04me1ME0S129InputRepSignalRep1.bigWig
+GSM915182_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=FOSL1_(sc-605); antibody description=Rabbit polyclonal antibody raised against the N-terminus of FOSL1 of rat origin. Antibody Target: FOSL1; antibody targetdescription=The Fos gene family consists of 4 members: FOS, FOSB, FOSL1, and FOSL2. These genes encode leucine zipper proteins that can dimerize with proteins of the JUN family, thereby forming the transcription factor complex AP-1. As such, the FOS proteins have been implicated as regulators of cell proliferation, differentiation, and transformation. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-605; control=Control_36bp; control description=This data represents a control being compared to experiments using read length of 36 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_36bp; control description=This data represents a control being compared to experiments using read length of 36 bp; controlid=11612; labexpid=11565; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915182_mm9_wgEncodeCaltechTfbsC2c12Fosl1sc605FCntrl36bPcr1xSigRep1.bigWig
+GSM923579_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923579_mm9_wgEncodePsuTfbsG1eTal1ME0S129InputRepSignalRep2.bigWig
+GSM970853_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM970853_mm9_wgEncodeUwRnaSeqNih3t3CellPolyaMImmortalNihsMinusRawRep2.bigWig
+GSM929724_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labversion=4/29/11 Lane 1; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929724_mm9_wgEncodeLicrRnaSeqHeartCellPapUE14halfC57bl6SigRep1.bigWig
+GSM946526_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=B; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946526_mm9_wgEncodePsuHistoneG1eer4e2H3k36me3BE0S129InputSig.bigWig
+GSM946548_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=immortalized; age description=Immortal cells; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946548_mm9_wgEncodePsuHistoneCh12H3k09me3FImmortal2a4bInputRepSignalRep1.bigWig
+GSM946546_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946546_mm9_wgEncodePsuHistoneCh12H3k04me1FImmortal2a4bInputRepSignalRep2.bigWig
+GSM769031_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Spleen/Input/std; labversion=09/19/10 Lane 8C; replicate=1; replicate description=tier 1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769031_wgEncodeLicrHistoneSpleenH3k4me1MAdult8wksC57bl6StdSig.bigWig
+GSM929712_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=OlfactBulb; cell organism=mouse; cell description=Olfactory Bulb; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=10/13/10 Lane 6; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929712_mm9_wgEncodeLicrRnaSeqOlfactCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM970868_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970868_mm9_wgEncodeUwRnaSeqBcellcd43nCellPolyaMAdult8wksC57bl6PlusRawRep2.bigWig
+GSM900198_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Colon; cell organism=mouse; cell description=Colon; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=14AWC; labexpid=LID21040; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900198_mm9_wgEncodeCshlLongRnaSeqColonAdult8wksMinusRawRep2.bigWig
+GSM946521_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946521_mm9_wgEncodePsuHistoneCh12InputFImmortal2a4bInputRepSignalRep2.bigWig
+GSM946545_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E0; age description=Embryonic day 0 (stem cell); control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946545_mm9_wgEncodePsuHistoneG1eer4e2H3k09me3ME0S129InputRepSignalRep2.bigWig
+GSM946525_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946525_mm9_wgEncodePsuHistoneMegakaryoH3k04me1BE14halfCd1InputSig.bigWig
+GSM929773_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=10T1/2; cell organism=mouse; cell description=Multipotential cell line that can be converted by 5-azacytidine into three mesodermal stem cell lineages.; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; labexpid=11154; mapalgorithm=TH131; mapalgorithm description=TopHat v1.3.1; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM929773_mm9_wgEncodeCaltechRnaSeq10t12C3hFR2x75Th131Il200RawRep1.bigWig
+GSM929707_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/10/10 Lane 1; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929707_mm9_wgEncodeLicrRnaSeqHeartCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM946547_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946547_mm9_wgEncodePsuHistoneErythroblH3k27me3BE14halfCd1InputRepSignalRep1.bigWig
+GSM923583_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923583_mm9_wgEncodePsuTfbsMegakaryoInputBE14halfCd1InputRepSignalRep1.bigWig
+GSM946521_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946521_mm9_wgEncodePsuHistoneCh12InputFImmortal2a4bInputRepSignalRep1.bigWig
+GSM923579_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923579_mm9_wgEncodePsuTfbsG1eTal1ME0S129InputSig.bigWig
+GSM923582_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923582_mm9_wgEncodePsuTfbsErythroblTal1BE14halfCd1InputRepSignalRep3.bigWig
+GSM918410_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K79me3_(ab2621); antibody antibodydescription=Rabbit polyclonal. Antibody Target: H3K79me3; antibody targetdescription=Associated with the gene body of actively transcribed genes; antibody vendorname=Abcam; antibody vendorid=ab2621; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11907; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918410_mm9_wgEncodeCaltechHistC2c12Ab2621FCntrl50bPcr1xSigRep1.bigWig
+GSM970863_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970863_mm9_wgEncodeUwRnaSeqLgintCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM929705_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BMDM; cell organism=mouse; cell description=Bone marrow derived macrophage; cell sex=F; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=7/28/2011 Lane 2C; readtype=1x30; readtype description=Single 30 nt read; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929705_mm9_wgEncodeLicrRnaSeqBmdmCellPapFAdult8wksC57bl6SigRep1.bigWig
+GSM970870_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970870_mm9_wgEncodeUwRnaSeqLiverCellPolyaME14halfC57bl6MinusRawRep1.bigWig
+GSM912927_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Pol2(phosphoS2); antibody antibodydescription=Rabbit polyclonal against peptide conjugated to KLH derived from within residues 1600 - 1700 of S. cerevisiae RNA polymerase II CTD repeat YSPTSPS, phosphorylated at S2. Antibody Target: POL2S2; antibody targetdescription=RNA polymerase II, large subunit- specific for phosphorylated C-terminal domain.; antibody vendorname=Abcam; antibody vendorid=ab5095; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912927_mm9_wgEncodeSydhTfbsMelPol2s2IggrabSig.bigWig
+GSM900198_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Colon; cell organism=mouse; cell description=Colon; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=14AWC; labexpid=LID21040; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900198_mm9_wgEncodeCshlLongRnaSeqColonAdult8wksMinusRawRep1.bigWig
+GSM970860_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970860_mm9_wgEncodeUwRnaSeqSpleenCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM769036_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Spleen/Input/std; labversion=09/19/10 Lane 8D; replicate=1; replicate description=tier 1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769036_wgEncodeLicrHistoneSpleenH3k4me3MAdult8wksC57bl6StdSig.bigWig
+GSM912913_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=TBP; antibody antibodydescription=Mouse monoclonal. Immunogen is synthetic peptide conjugated to KLH derived from within residues 1 - 100 of HumanTATA binding protein TBP. Antibody Target: TBP; antibody targetdescription=General transcription factor that functions at the core of the DNA-binding multiprotein factor TFIID. Binding of TFIID to the TATA box is the initial transcriptional step of the pre-initiation complex (PIC), playing a role in the activation of eukaryotic genes transcribed by RNA polymerase II. Component of the transcription factor SL1/TIF-IB complex, which is involved in the assembly of the PIC (preinitiation complex) during RNA polymerase I-dependent transcription.; antibody vendorname=abcam; antibody vendorid=ab62126; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=MEL/None/Input/IgG-mus; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912913_mm9_wgEncodeSydhTfbsMelTbpIggmusSig.bigWig
+GSM970864_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970864_mm9_wgEncodeUwRnaSeqLungCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM973234_2	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM973234_CH12_RNASeq_rep1_120306_HAVERS_0278_BD0NG3ACXX_L7_2.bigwig
+GSM923582_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923582_mm9_wgEncodePsuTfbsErythroblTal1BE14halfCd1InputRepSignalRep2.bigWig
+GSM929703_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BAT; cell organism=mouse; cell description=Brown adipocytes tissue; cell sex=M; age=adult-24wks; age description=Adult 24 weeks; age=adult-24wks; age description=Adult 24 weeks; labversion=7/28/2011 Lane 3A; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929703_mm9_wgEncodeLicrRnaSeqBatCellPapMAdult24wksC57bl6SigRep2.bigWig
+GSM900195_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=18AWC; labexpid=LID21042; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900195_mm9_wgEncodeCshlLongRnaSeqLiverAdult8wksMinusRawRep2.bigWig
+GSM918421_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11612; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918421_mm9_wgEncodeCaltechHistC2c12InputFCntrl50bPcr1xSigRep1.bigWig
+GSM970854_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM970854_mm9_wgEncodeUwRnaSeqA20CellPolyaMImmortalBalbcannPlusRawRep1.bigWig
+GSM900193_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=12AWC; labexpid=LID20868; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900193_mm9_wgEncodeCshlLongRnaSeqTestisAdult8wksPlusRawRep1.bigWig
+GSM918423_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3ac_(06-599); antibody antibodydescription=rabbit polyclonal antibody raised against a KLH-conjugated peptide corresponding to amino acids 1-20 of Tetrahymena histone H3 (ARTKQTAR[K*]STGG[K*]APRKQLC) where K* is acetylated. Antibody Target: H3ac; antibody targetdescription=missing; antibody vendorname=Millipore; antibody vendorid=06-599; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_24hr; treatment description=24 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10007; labexpid=10330; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918423_mm9_wgEncodeCaltechHistC2c12H3ac06599FCntrl32bE2p24hPcr2xSigRep1.bigWig
+GSM912915_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=JunD; antibody antibodydescription=rabbit polyclonal IgG. Antibody Target: JunD; antibody targetdescription=The protein encoded by this intronless gene is a member of the JUN family, and a functional component of the AP1 transcription factor complex. It has been proposed to protect cells from p53-dependent senescence and apoptosis. Alternate translation initiation site usage results in the production of different isoforms. (provided by RefSeq); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-74; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912915_mm9_wgEncodeSydhTfbsMelJundIggrabSig.bigWig
+GSM970869_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970869_mm9_wgEncodeUwRnaSeqGfatCellPolyaMAdult8wksC57bl6MinusRawRep2.bigWig
+GSM970874_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970874_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME14halfC57bl6MinusRawRep2.bigWig
+GSM900192_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=19AWC; labexpid=LID20922; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900192_mm9_wgEncodeCshlLongRnaSeqThymusAdult8wksMinusRawRep1.bigWig
+GSM923570_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923570_mm9_wgEncodePsuTfbsG1eCtcfME0S129InputRepSignalRep1.bigWig
+GSM918725_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001448; labversion=05/26/09 Lane 7; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918725_mm9_wgEncodeLicrTfbsCbellumPol2MAdult8wksC57bl6StdSig.bigWig
+GSM929708_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/15/10 Lane 1; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929708_mm9_wgEncodeLicrRnaSeqCortexCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM912908_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912908_mm9_wgEncodeSydhTfbsCh12MaxIggrabSig.bigWig
+GSM929773_2	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=10T1/2; cell organism=mouse; cell description=Multipotential cell line that can be converted by 5-azacytidine into three mesodermal stem cell lineages.; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; labexpid=11154; mapalgorithm=TH131; mapalgorithm description=TopHat v1.3.1; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM929773_mm9_wgEncodeCaltechRnaSeq10t12C3hFR2x75Th131Il200SigRep1.bigWig
+GSM915174_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Max; antibody description=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11924; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915174_mm9_wgEncodeCaltechTfbsC2c12MaxFCntrl50bPcr1xSigRep1.bigWig
+GSM946546_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946546_mm9_wgEncodePsuHistoneCh12H3k04me1FImmortal2a4bInputRepSignalRep1.bigWig
+GSM970861_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970861_mm9_wgEncodeUwRnaSeqTnaiveCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM970874_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970874_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME14halfC57bl6SigRep1.bigWig
+GSM929712_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=OlfactBulb; cell organism=mouse; cell description=Olfactory Bulb; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=10/13/10 Lane 6; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929712_mm9_wgEncodeLicrRnaSeqOlfactCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM970857_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebrum; cell organism=mouse; cell description=Cerebrum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970857_mm9_wgEncodeUwRnaSeqCerebrumCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM970854_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM970854_mm9_wgEncodeUwRnaSeqA20CellPolyaMImmortalBalbcannMinusRawRep2.bigWig
+GSM900188_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Adrenal; cell organism=mouse; cell description=Adrenal gland; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=1AWC; labexpid=LID20728; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900188_mm9_wgEncodeCshlLongRnaSeqAdrenalAdult8wksPlusRawRep2.bigWig
+GSM923569_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM923569_mm9_wgEncodePsuTfbsCh12InputFImmortal2a4bInputRepSignalRep2.bigWig
+GSM970858_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FatPad; cell organism=mouse; cell description=Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970858_mm9_wgEncodeUwRnaSeqFatCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM918762_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002510; labversion=1/18/11 Lane 1; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918762_mm9_wgEncodeLicrTfbsPlacInputFAdult8wksC57bl6StdSig.bigWig
+GSM915168_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=SRF; antibody description=Rabbit polyclonal. Antibody Target: SRF; antibody targetdescription=Serum response transcription factor; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-335; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_24hr; treatment description=24 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10007; labexpid=10335; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915168_mm9_wgEncodeCaltechTfbsC2c12SrfFCntrl32bE2p24hPcr2xSigRep1.bigWig
+GSM900183_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Ovary; cell organism=mouse; cell description=Ovary; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=11AWC; labexpid=LID20821; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900183_mm9_wgEncodeCshlLongRnaSeqOvaryAdult8wksPlusRawRep2.bigWig
+GSM918753_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002570; labversion=6/18/10 Lane 6; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918753_mm9_wgEncodeLicrTfbsLiverInputUE14halfC57bl6StdSig.bigWig
+GSM915172_2	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11612; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915172_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl50bPcr1xSigRep2.bigWig
+GSM970866_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Patski; cell organism=mouse; cell description=Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.; cell sex=F; age=immortalized; age description=Immortal cells; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; original_filename=GSM970866_mm9_wgEncodeUwRnaSeqPatskiCellPolyaFImmortalSpbl6PlusRawRep2.bigWig
+GSM900193_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=12AWC; labexpid=LID20868; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900193_mm9_wgEncodeCshlLongRnaSeqTestisAdult8wksPlusRawRep2.bigWig
+GSM923585_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923585_mm9_wgEncodePsuTfbsErythroblInputBE14halfCd1InputRepSignalRep2.bigWig
+GSM929722_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=F; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=10/13/10 Lane 4; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929722_mm9_wgEncodeLicrRnaSeqPlacCellPapFAdult8wksC57bl6SigRep2.bigWig
+GSM900195_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=18AWC; labexpid=LID21042; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900195_mm9_wgEncodeCshlLongRnaSeqLiverAdult8wksPlusRawRep2.bigWig
+GSM900190_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=4AWC; labexpid=LID21179; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900190_mm9_wgEncodeCshlLongRnaSeqGfatAdult8wksPlusRawRep2.bigWig
+GSM923568_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM923568_mm9_wgEncodePsuTfbsCh12CtcfFImmortal2a4bInputSig.bigWig
+GSM946536_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946536_mm9_wgEncodePsuHistoneErythroblH3k04me1BE14halfCd1InputSig.bigWig
+GSM970862_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970862_mm9_wgEncodeUwRnaSeqHeartCellPolyaMAdult8wksC57bl6SigRep2.bigWig
+GSM970853_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM970853_mm9_wgEncodeUwRnaSeqNih3t3CellPolyaMImmortalNihsSigRep2.bigWig
+GSM769027_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Cerebellum/Input/std; labversion=5/26/09 Lane 6; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769027_wgEncodeLicrHistoneCbellumH3k4me3MAdult8wksC57bl6StdSig.bigWig
+GSM923581_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923581_mm9_wgEncodePsuTfbsG1eGata1aME0S129InputRepSignalRep2.bigWig
+GSM970872_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=Unknown; strain description=Unknown strain origin; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM970872_mm9_wgEncodeUwRnaSeqMelCellPolyaMImmortalUknMinusRawRep2.bigWig
+GSM912896_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=CTCF_(SC-15914); antibody antibodydescription=Goat polyclonal, epitope mapping near the C-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=Transcriptional regulator with 11 highly conserved zinc finger domains. Depending on context, can bind a histone acetyltransferase (HAT)-containing complex and function as transcriptional activator or bind a histone deacetylase (HDAC)-containing complex and function as transcriptional repressor. Involved in transcriptional regulation by binding to chromatin insulators and preventing interaction between promoter and nearby enhancers and silencers. Preferentially interacts with unmethylated DNA, preventing spreading of CpG methylation. Can dimerize, mediating long-range chromatin looping. When bound to chromatin, provides an anchor point for nucleosomes positioning. Involved in sister chromatid cohesion. Associates with both centromeres and chromosomal arms during metaphase and required for cohesin localization to CTCF sites.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-15914; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912896_mm9_wgEncodeSydhTfbsMelCtcfsc15914IggrabSig.bigWig
+GSM912932_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=NELFe; antibody antibodydescription=NELFe (RDBP). Antibody Target: NELFe; antibody targetdescription=NELFe (RDBP) is a part of the negative elongation factor complex which binds to RNAPII to suppress elongation.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-32912; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912932_mm9_wgEncodeSydhTfbsMelNelfeIggrabSig.bigWig
+GSM923574_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923574_mm9_wgEncodePsuTfbsMelInputUImmortalC57bl6InputRepSignalRep1.bigWig
+GSM946536_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946536_mm9_wgEncodePsuHistoneErythroblH3k04me1BE14halfCd1InputRepSignalRep2.bigWig
+GSM923573_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923573_mm9_wgEncodePsuTfbsMelCtcfMImmortalC57bl6InputRepSignalRep2.bigWig
+GSM946528_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946528_mm9_wgEncodePsuHistoneCh12H3k04me3FImmortal2a4bInputRepSignalRep2.bigWig
+GSM929716_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=11/4/10 Lane 6; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929716_mm9_wgEncodeLicrRnaSeqSmintCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM918420_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10194; labexpid=10194; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918420_mm9_wgEncodeCaltechHistC2c12InputFCntrl32bE2p60hPcr2xSigRep1.bigWig
+GSM918745_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001459; labversion=09/19/10 Lane 8B; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918745_mm9_wgEncodeLicrTfbsSpleenCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM923590_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923590_mm9_wgEncodePsuTfbsG1eer4e2Pol24h8ME0S129InputSig.bigWig
+GSM970855_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM970855_mm9_wgEncodeUwRnaSeq416bCellPolyaMImmortalB6d2f1jPlusRawRep1.bigWig
+GSM900184_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MammaryGland; cell organism=mouse; cell description=Mammary Gland; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=22AWC; labexpid=LID20924; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900184_mm9_wgEncodeCshlLongRnaSeqMamgAdult8wksMinusRawRep1.bigWig
+GSM946547_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946547_mm9_wgEncodePsuHistoneErythroblH3k27me3BE14halfCd1InputSig.bigWig
+GSM970853_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM970853_mm9_wgEncodeUwRnaSeqNih3t3CellPolyaMImmortalNihsPlusRawRep2.bigWig
+GSM970862_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970862_mm9_wgEncodeUwRnaSeqHeartCellPolyaMAdult8wksC57bl6PlusRawRep2.bigWig
+GSM946528_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946528_mm9_wgEncodePsuHistoneCh12H3k04me3FImmortal2a4bInputSig.bigWig
+GSM923588_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA2_(SC-9008); antibody antibodydescription=Rabbit polyclonal antibody raised against amino acids 120-235 of GATA-2 of human origin. Antibody Target: GATA2; antibody targetdescription=The GATA family of transcription factors share a conserved zinc finger DNA-binding domain and are capable of binding the WGATAR consensus sequence. GATA1 is erythroid-specific and is essential for normal erythropeisis. By comparison, GATA2 is expressed at high levels in hematopoeitic progenitors, including early erythroid cells, but is strong repressed during erythroblast differentiaion.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9008; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923588_mm9_wgEncodePsuTfbsG1eer4e2Gata2sc9008ME0S129InputRepSignalRep1.bigWig
+GSM912914_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=E2F4; antibody antibodydescription=rabbit polyclonal. Antibody Target: E2F4; antibody targetdescription=mapping at the C-terminus of E2F4 of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-866; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912914_mm9_wgEncodeSydhTfbsMelE2f4IggrabSig.bigWig
+GSM918763_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001459; labversion=07/28/10 Lane 7; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918763_mm9_wgEncodeLicrTfbsSpleenInputMAdult8wksC57bl6StdSig.bigWig
+GSM923582_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923582_mm9_wgEncodePsuTfbsErythroblTal1BE14halfCd1InputRepSignalRep1.bigWig
+GSM900194_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=17AWC; labexpid=LID20872; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900194_mm9_wgEncodeCshlLongRnaSeqKidneyAdult8wksPlusRawRep2.bigWig
+GSM923567_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; labversion=http://main.g2.bx.psu.edu/u/kanwei/h/12nov2009ln3-ctcf-g1e-er4e2-groomed-canonical; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923567_mm9_wgEncodePsuTfbsG1eer4e2InputME0S129InputRepSignalRep1.bigWig
+GSM923572_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923572_mm9_wgEncodePsuTfbsG1eer4e2Gata1aME0S129InputRepSignalRep1.bigWig
+GSM923590_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923590_mm9_wgEncodePsuTfbsG1eer4e2Pol24h8ME0S129InputRepSignalRep3.bigWig
+GSM973232_2	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM973232_MEL_RNASeq_rep1_120306_HAVERS_0278_BD0NG3ACXX_L8_2.bigwig
+GSM946539_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946539_mm9_wgEncodePsuHistoneMegakaryoInputBE14halfCd1InputSig.bigWig
+GSM900197_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=13AWC; labexpid=LID21038; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900197_mm9_wgEncodeCshlLongRnaSeqSpleenAdult8wksPlusRawRep1.bigWig
+GSM923575_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923575_mm9_wgEncodePsuTfbsErythroblGata1aBE14halfCd1InputRepSignalRep1.bigWig
+GSM912931_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Pol2(phosphoS2); antibody antibodydescription=Rabbit polyclonal against peptide conjugated to KLH derived from within residues 1600 - 1700 of S. cerevisiae RNA polymerase II CTD repeat YSPTSPS, phosphorylated at S2. Antibody Target: POL2S2; antibody targetdescription=RNA polymerase II, large subunit- specific for phosphorylated C-terminal domain.; antibody vendorname=Abcam; antibody vendorid=ab5095; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912931_mm9_wgEncodeSydhTfbsCh12Pol2s2IggrabSig.bigWig
+GSM769011_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=BoneMarrow; cell organism=mouse; cell description=Bone Marrow; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=BoneMarrow/Input/std; labversion=11/05/09 Lane 3; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769011_wgEncodeLicrHistoneBmarrowInputMAdult8wksC57bl6StdSig.bigWig
+GSM929707_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/10/10 Lane 1; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929707_mm9_wgEncodeLicrRnaSeqHeartCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM918721_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BoneMarrow; cell organism=mouse; cell description=Bone Marrow; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001447; labversion=11/05/09 Lane 3; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918721_mm9_wgEncodeLicrTfbsBmarrowInputMAdult8wksC57bl6StdSig.bigWig
+GSM900191_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SubcFatPad; cell organism=mouse; cell description=Subcutaneous Adipose tissue; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=5AWC; labexpid=LID21181; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900191_mm9_wgEncodeCshlLongRnaSeqSfatAdult8wksMinusRawRep2.bigWig
+GSM923589_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923589_mm9_wgEncodePsuTfbsG1ePol24h8ME0S129InputSig.bigWig
+GSM769024_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=BoneMarrow; cell organism=mouse; cell description=Bone Marrow; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=BoneMarrow/Input/std; labversion=12/09/09 Lane 1; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769024_wgEncodeLicrHistoneBmarrowH3k4me1MAdult8wksC57bl6StdSig.bigWig
+GSM946549_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946549_mm9_wgEncodePsuHistoneErythroblH3k09me3BE14halfCd1InputRepSignalRep1.bigWig
+GSM946546_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946546_mm9_wgEncodePsuHistoneCh12H3k04me1FImmortal2a4bInputSig.bigWig
+GSM970868_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970868_mm9_wgEncodeUwRnaSeqBcellcd43nCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM923572_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923572_mm9_wgEncodePsuTfbsG1eer4e2Gata1aME0S129InputRepSignalRep2.bigWig
+GSM918415_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11956; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918415_mm9_wgEncodeCaltechHistC2c12H3k04me3FCntrl50bPcr1xSigRep1.bigWig
+GSM900188_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Adrenal; cell organism=mouse; cell description=Adrenal gland; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=1AWC; labexpid=LID20728; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900188_mm9_wgEncodeCshlLongRnaSeqAdrenalAdult8wksPlusRawRep1.bigWig
+GSM970874_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970874_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME14halfC57bl6SigRep2.bigWig
+GSM912909_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=CTCF_(SC-15914); antibody antibodydescription=Goat polyclonal, epitope mapping near the C-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=Transcriptional regulator with 11 highly conserved zinc finger domains. Depending on context, can bind a histone acetyltransferase (HAT)-containing complex and function as transcriptional activator or bind a histone deacetylase (HDAC)-containing complex and function as transcriptional repressor. Involved in transcriptional regulation by binding to chromatin insulators and preventing interaction between promoter and nearby enhancers and silencers. Preferentially interacts with unmethylated DNA, preventing spreading of CpG methylation. Can dimerize, mediating long-range chromatin looping. When bound to chromatin, provides an anchor point for nucleosomes positioning. Involved in sister chromatid cohesion. Associates with both centromeres and chromosomal arms during metaphase and required for cohesin localization to CTCF sites.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-15914; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912909_mm9_wgEncodeSydhTfbsCh12CtcfbIggrabSig.bigWig
+GSM923583_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923583_mm9_wgEncodePsuTfbsMegakaryoInputBE14halfCd1InputSig.bigWig
+GSM970858_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FatPad; cell organism=mouse; cell description=Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970858_mm9_wgEncodeUwRnaSeqFatCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM929709_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/16/10 Lane 2; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929709_mm9_wgEncodeLicrRnaSeqCbellumCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM946524_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946524_mm9_wgEncodePsuHistoneErythroblH3k04me3BE14halfCd1InputSig.bigWig
+GSM946523_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946523_mm9_wgEncodePsuHistoneMegakaryoH3k27me3BE14halfCd1InputSig.bigWig
+GSM918737_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BMDM; cell organism=mouse; cell description=Bone marrow derived macrophage; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002660; labversion=4/6/2011 Lane 4-4; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918737_mm9_wgEncodeLicrTfbsBmdmInputFAdult8wksC57bl6StdSig.bigWig
+GSM918760_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BoneMarrow; cell organism=mouse; cell description=Bone Marrow; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001447; labversion=12/09/09 Lane 3; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918760_mm9_wgEncodeLicrTfbsBmarrowPol2MAdult8wksC57bl6StdSig.bigWig
+GSM970857_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebrum; cell organism=mouse; cell description=Cerebrum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970857_mm9_wgEncodeUwRnaSeqCerebrumCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM946545_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E0; age description=Embryonic day 0 (stem cell); control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946545_mm9_wgEncodePsuHistoneG1eer4e2H3k09me3ME0S129InputRepSignalRep1.bigWig
+GSM946519_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946519_mm9_wgEncodePsuHistoneG1eer4e2H3k04me3ME0S129InputRepSignalRep1.bigWig
+GSM918714_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=OlfactBulb; cell organism=mouse; cell description=Olfactory Bulb; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002473; labversion=1/5/11 Lane 3; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918714_mm9_wgEncodeLicrTfbsOlfactInputMAdult8wksC57bl6StdSig.bigWig
+GSM918705_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002477; labversion=3/14/11 Lane 1; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918705_mm9_wgEncodeLicrTfbsThymusInputMAdult8wksC57bl6StdSig.bigWig
+GSM970853_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM970853_mm9_wgEncodeUwRnaSeqNih3t3CellPolyaMImmortalNihsPlusRawRep1.bigWig
+GSM973234_3	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM973234_CH12_RNASeq_rep2_120309_HAVERS_0279_AC0HAUACXX_L2_1.bigwig
+GSM915187_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=E2F4; antibody description=rabbit polyclonal. Antibody Target: E2F4; antibody targetdescription=mapping at the C-terminus of E2F4 of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-866; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11718; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915187_mm9_wgEncodeCaltechTfbsC2c12E2f4FCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM900185_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Stomach; cell organism=mouse; cell description=Stomach; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=3AWC; labexpid=LID20732; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900185_mm9_wgEncodeCshlLongRnaSeqStomAdult8wksMinusRawRep1.bigWig
+GSM929719_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEF; cell organism=mouse; cell description=Mouse Embryonic Fibroblast; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/15/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929719_mm9_wgEncodeLicrRnaSeqMefCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM946525_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946525_mm9_wgEncodePsuHistoneMegakaryoH3k04me1BE14halfCd1InputRepSignalRep1.bigWig
+GSM970865_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SkMuscle; cell organism=mouse; cell description=Skeletal Muscle; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970865_mm9_wgEncodeUwRnaSeqSkmuscleCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM900188_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Adrenal; cell organism=mouse; cell description=Adrenal gland; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=1AWC; labexpid=LID20728; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900188_mm9_wgEncodeCshlLongRnaSeqAdrenalAdult8wksMinusRawRep1.bigWig
+GSM769023_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Kidney/Input/std; labversion=05/27/09 Lane 3; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769023_wgEncodeLicrHistoneKidneyH3k4me1MAdult8wksC57bl6StdSig.bigWig
+GSM923587_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=GATA2_(SC-9008); antibody antibodydescription=Rabbit polyclonal antibody raised against amino acids 120-235 of GATA-2 of human origin. Antibody Target: GATA2; antibody targetdescription=The GATA family of transcription factors share a conserved zinc finger DNA-binding domain and are capable of binding the WGATAR consensus sequence. GATA1 is erythroid-specific and is essential for normal erythropeisis. By comparison, GATA2 is expressed at high levels in hematopoeitic progenitors, including early erythroid cells, but is strong repressed during erythroblast differentiaion.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9008; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923587_mm9_wgEncodePsuTfbsG1eGata2sc9008ME0S129InputRepSignalRep1.bigWig
+GSM918419_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10135; labexpid=10135; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918419_mm9_wgEncodeCaltechHistC2c12InputFCntrl32bPcr2xSigRep1.bigWig
+GSM970862_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970862_mm9_wgEncodeUwRnaSeqHeartCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM970853_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM970853_mm9_wgEncodeUwRnaSeqNih3t3CellPolyaMImmortalNihsSigRep1.bigWig
+GSM923581_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923581_mm9_wgEncodePsuTfbsG1eGata1aME0S129InputRepSignalRep1.bigWig
+GSM918742_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002477; labversion=3/14/11 Lane 3; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918742_mm9_wgEncodeLicrTfbsThymusPol2MAdult8wksC57bl6StdSig.bigWig
+GSM915167_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Pol2(phosphoS2); antibody description=Rabbit polyclonal against peptide conjugated to KLH derived from within residues 1600 - 1700 of S. cerevisiae RNA polymerase II CTD repeat YSPTSPS, phosphorylated at S2. Antibody Target: POL2S2; antibody targetdescription=RNA polymerase II, large subunit- specific for phosphorylated C-terminal domain.; antibody vendorname=Abcam; antibody vendorid=ab5095; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10194; labexpid=10703; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915167_mm9_wgEncodeCaltechTfbsC2c12Pol2s2FCntrl32bE2p60hPcr2xSigRep1.bigWig
+GSM923578_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=U; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923578_mm9_wgEncodePsuTfbsMelTal1UImmortalC57bl6InputRepSignalRep2.bigWig
+GSM946523_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946523_mm9_wgEncodePsuHistoneMegakaryoH3k27me3BE14halfCd1InputRepSignalRep1.bigWig
+GSM970867_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=B-cell_(CD19+); cell organism=mouse; cell description=B Cell , CD19+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970867_mm9_wgEncodeUwRnaSeqBcellcd19pCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM918715_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001452; labversion=01/26/10 Lane 5; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918715_mm9_wgEncodeLicrTfbsLiverCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM946544_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946544_mm9_wgEncodePsuHistoneErythroblInputBE14halfCd1InputRepSignalRep1.bigWig
+GSM900197_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=13AWC; labexpid=LID21038; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900197_mm9_wgEncodeCshlLongRnaSeqSpleenAdult8wksPlusRawRep2.bigWig
+GSM946539_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946539_mm9_wgEncodePsuHistoneMegakaryoInputBE14halfCd1InputRepSignalRep2.bigWig
+GSM946521_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946521_mm9_wgEncodePsuHistoneCh12InputFImmortal2a4bInputSig.bigWig
+GSM912895_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=MEL/None/Input/IgG-mus; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912895_mm9_wgEncodeSydhTfbsMelPol2IggmusSig.bigWig
+GSM923584_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=PAX5_(N-15); antibody antibodydescription=rabbit polyclonal antibody; epitope is a synthetic peptide: MDLEKNYPTPRTSRT, corresponding to amino acids 1-15 of Human PAX5, cross-reacts with human and mouse PAX5. Antibody Target: PAX5; antibody targetdescription=The PAX5 gene is a member of the paired box (PAX) family of transcription factors. The central feature of this gene family is a novel, highly conserved DNA binding motif, known as the paired box. The PAX proteins are important regulators in early development, and alterations in the expression of their genes are thought to contribute to neoplastic transformation. The PAX5 gene encodes the B cell lineage specific activator protein (BSAP) that is expressed at early, but not late stages of B cell differentiation.; antibody vendorname=Abcam; antibody vendorid=ab12000; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM923584_mm9_wgEncodePsuTfbsCh12Pax5cFImmortal2a4bInputSig.bigWig
+GSM946529_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946529_mm9_wgEncodePsuHistoneG1eH3k36me3ME0S129InputRepSignalRep2.bigWig
+GSM946533_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946533_mm9_wgEncodePsuHistoneG1eH3k04me3ME0S129InputRepSignalRep1.bigWig
+GSM918749_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001683; labversion=12/23/09 SOLEXA1 Lane 1; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918749_mm9_wgEncodeLicrTfbsEsb4Pol2ME0C57bl6StdSig.bigWig
+GSM970875_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E18.5; age description=Embryonic day 18.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E18.5; age description=Embryonic day 18.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970875_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME18halfC57bl6MinusRawRep1.bigWig
+GSM900184_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MammaryGland; cell organism=mouse; cell description=Mammary Gland; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=22AWC; labexpid=LID20924; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900184_mm9_wgEncodeCshlLongRnaSeqMamgAdult8wksMinusRawRep2.bigWig
+GSM769008_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-Bruce4/Input/std; labversion=12/07/09 Lane 4; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769008_wgEncodeLicrHistoneEsb4H3k4me3ME0C57bl6StdSig.bigWig
+GSM918740_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEF; cell organism=mouse; cell description=Mouse Embryonic Fibroblast; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001456; labversion=03/09/10 Lane 4; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918740_mm9_wgEncodeLicrTfbsMefInputMAdult8wksC57bl6StdSig.bigWig
+GSM973235_2	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=E0; age description=Embryonic day 0 (stem cell); readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM973235_E14_RNASeq_rep1_120306_HAVERS_0278_BD0NG3ACXX_L6_2.bigwig
+GSM970873_8	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6PlusRawRep3.bigWig
+GSM912893_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=p300_(SC-584); antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the N-terminus of p300 of human origin. Antibody Target: P300; antibody targetdescription=Encodes the adenovirus E1A-associated cellular p300 transcriptional co-activator protein. Functions as histone acetyltransferase and regulates transcription via chromatin remodeling. Acetylates all four core histones in nucleosomes. Mediates cAMP-gene regulation by binding specifically to phosphorylated CREB protein; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-584; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912893_mm9_wgEncodeSydhTfbsMelP300sc584IggrabSig.bigWig
+GSM769020_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Cerebellum/Input/std; labversion=05/27/09 Lane 1; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769020_wgEncodeLicrHistoneCbellumInputMAdult8wksC57bl6StdSig.bigWig
+GSM900187_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Duodenum; cell organism=mouse; cell description=Duodenum; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=2AWC; labexpid=LID20730; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900187_mm9_wgEncodeCshlLongRnaSeqDuodAdult8wksMinusRawRep1.bigWig
+GSM970863_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970863_mm9_wgEncodeUwRnaSeqLgintCellPolyaMAdult8wksC57bl6PlusRawRep2.bigWig
+GSM970859_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=HeadlessEmbryo; cell organism=mouse; cell description=Whole embryos with heads removed; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM970859_mm9_wgEncodeUwRnaSeqHlembryoCellPolyaME11halfCd1PlusRawRep1.bigWig
+GSM923589_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923589_mm9_wgEncodePsuTfbsG1ePol24h8ME0S129InputRepSignalRep2.bigWig
+GSM769018_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Cerebellum/Input/std; labversion=12/09/09 Lane 1; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769018_wgEncodeLicrHistoneCbellumH3k4me1MAdult8wksC57bl6StdSig.bigWig
+GSM929710_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/10/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929710_mm9_wgEncodeLicrRnaSeqLungCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM900197_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=13AWC; labexpid=LID21038; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900197_mm9_wgEncodeCshlLongRnaSeqSpleenAdult8wksMinusRawRep2.bigWig
+GSM923588_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA2_(SC-9008); antibody antibodydescription=Rabbit polyclonal antibody raised against amino acids 120-235 of GATA-2 of human origin. Antibody Target: GATA2; antibody targetdescription=The GATA family of transcription factors share a conserved zinc finger DNA-binding domain and are capable of binding the WGATAR consensus sequence. GATA1 is erythroid-specific and is essential for normal erythropeisis. By comparison, GATA2 is expressed at high levels in hematopoeitic progenitors, including early erythroid cells, but is strong repressed during erythroblast differentiaion.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9008; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923588_mm9_wgEncodePsuTfbsG1eer4e2Gata2sc9008ME0S129InputRepSignalRep2.bigWig
+GSM970870_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970870_mm9_wgEncodeUwRnaSeqLiverCellPolyaME14halfC57bl6SigRep1.bigWig
+GSM900189_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=8AWC; labexpid=LID21183; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900189_mm9_wgEncodeCshlLongRnaSeqLgintAdult8wksMinusRawRep2.bigWig
+GSM946529_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946529_mm9_wgEncodePsuHistoneG1eH3k36me3ME0S129InputSig.bigWig
+GSM912929_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=CHD2_(AB68301); antibody antibodydescription=Rabbit polyclonal to CHD2 Synthetic peptide derived from within residues 1250 - 1350 of Human CHD2. Antibody Target: CHD2; antibody targetdescription=CHD family of proteins are characterized by presence of chromo (chromatin organization modifier) domains and SNF2-related helicase/ATPase domains. CHD genes alter gene expression possibly by modification of chromatin structure thus altering access of the transcriptional apparatus to its chromosomal DNA template.; antibody vendorname=Abcam; antibody vendorid=ab68301; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912929_mm9_wgEncodeSydhTfbsMelChd2ab68301IggrabSig.bigWig
+GSM900183_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Ovary; cell organism=mouse; cell description=Ovary; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=11AWC; labexpid=LID20821; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900183_mm9_wgEncodeCshlLongRnaSeqOvaryAdult8wksPlusRawRep1.bigWig
+GSM918722_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001453; labversion=05/07/09 Lane 2; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918722_mm9_wgEncodeLicrTfbsLungCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM798326_1	lab=Yale-m; lab description=Weissman - Yale University; datatype=ChipSeq; datatype description=ChIP-Seq; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; age=immortalized; age description=Immortal cells; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; controlid=CH12/None/Input/IgG-Yale; replicate=1; replicate description=tier 1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM798326_mm9_wgEncodeSydhHistCh12InputIggyaleSig.bigWig
+GSM798325_1	lab=Yale-m; lab description=Weissman - Yale University; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; age=immortalized; age description=Immortal cells; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; controlid=MEL/None/Input/IgG-Yale; replicate=1; replicate description=tier 1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM798325_mm9_wgEncodeSydhHistMelInputIggyaleSig.bigWig
+GSM769028_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MEF; cell organism=mouse; cell description=Mouse Embryonic Fibroblast; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=MEF/Input/std; labversion=05/19/09 Lane 4; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769028_wgEncodeLicrHistoneMefH3k4me1MAdult8wksC57bl6StdSig.bigWig
+GSM970873_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6MinusRawRep3.bigWig
+GSM946547_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946547_mm9_wgEncodePsuHistoneErythroblH3k27me3BE14halfCd1InputRepSignalRep2.bigWig
+GSM946542_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E0; age description=Embryonic day 0 (stem cell); control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946542_mm9_wgEncodePsuHistoneG1eH3k09me3ME0S129InputRepSignalRep2.bigWig
+GSM900192_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=19AWC; labexpid=LID20922; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900192_mm9_wgEncodeCshlLongRnaSeqThymusAdult8wksPlusRawRep2.bigWig
+GSM912919_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Max; antibody antibodydescription=Rabbit polyclonal IgG, epitope mapping at the C-terminus of Max of human origin. Antibody Target: Max; antibody targetdescription=The protein encoded by this gene is a member of the basic helix-loop-helix leucine zipper (bHLHZ) family of transcription factors. It is able to form homodimers and heterodimers with other family members, which include Mad, Mxi1 and Myc. Myc is an oncoprotein implicated in cell proliferation, differentiation and apoptosis. The homodimers and heterodimers compete for a common DNA target site (the E box) and rearrangement among these dimer forms provides a complex system of transcriptional regulation. Multiple alternatively spliced transcript variants have been described for this gene but the full-length nature for some of them is unknown (RefSeq).; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-197; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912919_mm9_wgEncodeSydhTfbsMelMaxIggrabSig.bigWig
+GSM970856_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970856_mm9_wgEncodeUwRnaSeqCbellumCellPolyaMAdult8wksC57bl6SigRep2.bigWig
+GSM923580_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923580_mm9_wgEncodePsuTfbsG1eInputME0S129InputRepSignalRep2.bigWig
+GSM798324_1	lab=Yale-m; lab description=Weissman - Yale University; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; age=immortalized; age description=Immortal cells; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; controlid=MEL/None/Input/IgG-Yale; replicate=1; replicate description=tier 1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM798324_mm9_wgEncodeSydhHistMelH3k4me3IggyaleSig.bigWig
+GSM918411_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=H3K79me2_(ab3594); antibody antibodydescription=Rabbit polyclonal. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3); antibody vendorname=Abcam; antibody vendorid=ab3594; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11906; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM918411_mm9_wgEncodeCaltechHistC2c12Ab3594FCntrl50bPcr1xSigRep1.bigWig
+GSM970855_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM970855_mm9_wgEncodeUwRnaSeq416bCellPolyaMImmortalB6d2f1jPlusRawRep2.bigWig
+GSM923575_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923575_mm9_wgEncodePsuTfbsErythroblGata1aBE14halfCd1InputSig.bigWig
+GSM929774_2	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; labexpid=10985; mapalgorithm=TH131; mapalgorithm description=TopHat v1.3.1; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM929774_mm9_wgEncodeCaltechRnaSeqC2c12C3hFR2x75Th131Il200SigRep1.bigWig
+GSM912911_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Rad21; antibody antibodydescription=Rabbit polyclonal. Antibody Target: RAD21; antibody targetdescription=Synthetic peptide (Human) conjugated to KLH - which represents a portion of human Rad21 encoded within exon 14; antibody vendorname=Abcam; antibody vendorid=ab992; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912911_mm9_wgEncodeSydhTfbsCh12Rad21IggrabSig.bigWig
+GSM900189_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=8AWC; labexpid=LID21183; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900189_mm9_wgEncodeCshlLongRnaSeqLgintAdult8wksMinusRawRep1.bigWig
+GSM923587_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=GATA2_(SC-9008); antibody antibodydescription=Rabbit polyclonal antibody raised against amino acids 120-235 of GATA-2 of human origin. Antibody Target: GATA2; antibody targetdescription=The GATA family of transcription factors share a conserved zinc finger DNA-binding domain and are capable of binding the WGATAR consensus sequence. GATA1 is erythroid-specific and is essential for normal erythropeisis. By comparison, GATA2 is expressed at high levels in hematopoeitic progenitors, including early erythroid cells, but is strong repressed during erythroblast differentiaion.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9008; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923587_mm9_wgEncodePsuTfbsG1eGata2sc9008ME0S129InputRepSignalRep2.bigWig
+GSM946537_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946537_mm9_wgEncodePsuHistoneG1eer4e2H3k27me3ME0S129InputSig.bigWig
+GSM923573_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923573_mm9_wgEncodePsuTfbsMelCtcfMImmortalC57bl6InputSig.bigWig
+GSM918738_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001452; labversion=04/20/09 Lane 2; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918738_mm9_wgEncodeLicrTfbsLiverPol2MAdult8wksC57bl6StdSig.bigWig
+GSM970863_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970863_mm9_wgEncodeUwRnaSeqLgintCellPolyaMAdult8wksC57bl6SigRep2.bigWig
+GSM929705_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=BMDM; cell organism=mouse; cell description=Bone marrow derived macrophage; cell sex=F; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=7/28/2011 Lane 2C; readtype=1x30; readtype description=Single 30 nt read; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929705_mm9_wgEncodeLicrRnaSeqBmdmCellPapFAdult8wksC57bl6SigRep2.bigWig
+GSM900187_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Duodenum; cell organism=mouse; cell description=Duodenum; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=2AWC; labexpid=LID20730; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900187_mm9_wgEncodeCshlLongRnaSeqDuodAdult8wksMinusRawRep2.bigWig
+GSM970873_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM923590_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923590_mm9_wgEncodePsuTfbsG1eer4e2Pol24h8ME0S129InputRepSignalRep2.bigWig
+GSM946525_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946525_mm9_wgEncodePsuHistoneMegakaryoH3k04me1BE14halfCd1InputRepSignalRep2.bigWig
+GSM929711_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/02/10 Lane 3; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929711_mm9_wgEncodeLicrRnaSeqLiverCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM970858_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FatPad; cell organism=mouse; cell description=Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970858_mm9_wgEncodeUwRnaSeqFatCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM769026_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Cortex/Input/std; labversion=05/26/09 Lane 1; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769026_wgEncodeLicrHistoneCortexH3k4me3MAdult8wksC57bl6StdSig.bigWig
+GSM946543_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946543_mm9_wgEncodePsuHistoneErythroblH3k36me3BE14halfCd1InputRepSignalRep1.bigWig
+GSM918713_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BAT; cell organism=mouse; cell description=Brown adipocytes tissue; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-24wks; age description=Adult 24 weeks; age=adult-24wks; age description=Adult 24 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002656; labversion=7/13/2010 Lane 5; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918713_mm9_wgEncodeLicrTfbsBatInputMAdult24wksC57bl6StdSig.bigWig
+GSM929704_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labversion=6/20/2011 Lane 2B; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929704_mm9_wgEncodeLicrRnaSeqMelCellPapMImmortalC57bl6SigRep2.bigWig
+GSM970855_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM970855_mm9_wgEncodeUwRnaSeq416bCellPolyaMImmortalB6d2f1jMinusRawRep2.bigWig
+GSM918757_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BoneMarrow; cell organism=mouse; cell description=Bone Marrow; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001447; labversion=11/19/09 Lane 1, 12/14/09 Lane 1; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918757_mm9_wgEncodeLicrTfbsBmarrowCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM923571_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; labversion=http://main.g2.bx.psu.edu/u/kanwei/h/12nov2009ln3-ctcf-g1e-er4e2-groomed-canonical; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923571_mm9_wgEncodePsuTfbsG1eer4e2CtcfME0S129InputRepSignalRep1.bigWig
+GSM970875_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E18.5; age description=Embryonic day 18.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E18.5; age description=Embryonic day 18.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970875_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME18halfC57bl6PlusRawRep1.bigWig
+GSM970852_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970852_mm9_wgEncodeUwRnaSeqThymusCellPolyaMAdult8wksC57bl6SigRep2.bigWig
+GSM915180_2	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=CEBPB; antibody description=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11653; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915180_mm9_wgEncodeCaltechTfbsC2c12CebpbFCntrl50bE2p60hPcr1xSigRep2.bigWig
+GSM912897_1	lab=Yale-m; lab description=Weissman - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=MEL/DMSO_2.0pct/Input/std; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912897_mm9_wgEncodeSydhTfbsMelInputDm2p5dStdSig.bigWig
+GSM918751_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002490; labversion=2/9/11 Lane 3; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918751_mm9_wgEncodeLicrTfbsTestisInputMAdult8wksC57bl6StdSig.bigWig
+GSM946535_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946535_mm9_wgEncodePsuHistoneG1eH3k04me1ME0S129InputSig.bigWig
+GSM923571_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; labversion=http://main.g2.bx.psu.edu/u/kanwei/h/12nov2009ln3-ctcf-g1e-er4e2-groomed-canonical; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923571_mm9_wgEncodePsuTfbsG1eer4e2CtcfME0S129InputSig.bigWig
+GSM929723_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labversion=11/10/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929723_mm9_wgEncodeLicrRnaSeqWbrainCellPapUE14halfC57bl6SigRep2.bigWig
+GSM923579_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923579_mm9_wgEncodePsuTfbsG1eTal1ME0S129InputRepSignalRep1.bigWig
+GSM923569_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM923569_mm9_wgEncodePsuTfbsCh12InputFImmortal2a4bInputRepSignalRep1.bigWig
+GSM923572_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923572_mm9_wgEncodePsuTfbsG1eer4e2Gata1aME0S129InputSig.bigWig
+GSM970852_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970852_mm9_wgEncodeUwRnaSeqThymusCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM900196_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=15AWC; labexpid=LID20920; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900196_mm9_wgEncodeCshlLongRnaSeqLungAdult8wksPlusRawRep1.bigWig
+GSM970852_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970852_mm9_wgEncodeUwRnaSeqThymusCellPolyaMAdult8wksC57bl6MinusRawRep2.bigWig
+GSM918729_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002506; labversion=9/8/10 3; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918729_mm9_wgEncodeLicrTfbsHeartInputUE14halfC57bl6StdSig.bigWig
+GSM912917_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912917_mm9_wgEncodeSydhTfbsCh12InputIggrabSig.bigWig
+GSM900199_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=16AWC; labexpid=LID20870; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900199_mm9_wgEncodeCshlLongRnaSeqHeartAdult8wksPlusRawRep1.bigWig
+GSM918734_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002477; labversion=3/14/11 Lane 4; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918734_mm9_wgEncodeLicrTfbsThymusCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM798323_1	lab=Yale-m; lab description=Weissman - Yale University; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=DMSO_2.0pct; treatment description=5 d with 2% DMSO (Weissman); control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; age=immortalized; age description=Immortal cells; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; controlid=MEL/DMSO_2.0pct/Input/IgG-Yale; replicate=1; replicate description=tier 1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM798323_mm9_wgEncodeSydhHistMelInputDm2p5dIggyaleSig.bigWig
+GSM912918_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=CH12/None/Input/IgG-mus; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912918_mm9_wgEncodeSydhTfbsCh12InputIggmusSig.bigWig
+GSM769029_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MEF; cell organism=mouse; cell description=Mouse Embryonic Fibroblast; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=MEF/Input/std; labversion=05/19/09 Lane 1; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769029_wgEncodeLicrHistoneMefH3k4me3MAdult8wksC57bl6StdSig.bigWig
+GSM915161_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=USF-1; antibody description=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11644; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915161_mm9_wgEncodeCaltechTfbsC2c12Usf1FCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM946519_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946519_mm9_wgEncodePsuHistoneG1eer4e2H3k04me3ME0S129InputRepSignalRep2.bigWig
+GSM970852_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970852_mm9_wgEncodeUwRnaSeqThymusCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM900187_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Duodenum; cell organism=mouse; cell description=Duodenum; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=2AWC; labexpid=LID20730; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900187_mm9_wgEncodeCshlLongRnaSeqDuodAdult8wksPlusRawRep1.bigWig
+GSM900194_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=17AWC; labexpid=LID20872; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900194_mm9_wgEncodeCshlLongRnaSeqKidneyAdult8wksMinusRawRep2.bigWig
+GSM970864_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970864_mm9_wgEncodeUwRnaSeqLungCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM900188_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Adrenal; cell organism=mouse; cell description=Adrenal gland; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=1AWC; labexpid=LID20728; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900188_mm9_wgEncodeCshlLongRnaSeqAdrenalAdult8wksMinusRawRep2.bigWig
+GSM913032_1	lab=Yale-m; lab description=Weissman - Yale University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; age=immortalized; age description=Immortal cells; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; controlid=MEL/DMSO_2.0pct/Input/IgG-Yale; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM913032_mm9_wgEncodeSydhTfbsMelInputDm2p5dIggyaleSig.bigWig
+GSM970851_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=129; strain description=Strain 129, has widely available embryonic stem cells; age=E14.5; age description=Embryonic day 14.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM970851_mm9_wgEncodeUwRnaSeqLiverCellPolyaME14halfS129SigRep1.bigWig
+GSM970862_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970862_mm9_wgEncodeUwRnaSeqHeartCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM923585_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923585_mm9_wgEncodePsuTfbsErythroblInputBE14halfCd1InputSig.bigWig
+GSM970869_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970869_mm9_wgEncodeUwRnaSeqGfatCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM973234_4	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM973234_CH12_RNASeq_rep2_120309_HAVERS_0279_AC0HAUACXX_L2_2.bigwig
+GSM970855_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; age=immortalized; age description=Immortal cells; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM970855_mm9_wgEncodeUwRnaSeq416bCellPolyaMImmortalB6d2f1jSigRep2.bigWig
+GSM900192_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=19AWC; labexpid=LID20922; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900192_mm9_wgEncodeCshlLongRnaSeqThymusAdult8wksMinusRawRep2.bigWig
+GSM946532_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001923; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM946532_mm9_wgEncodePsuHistoneCh12H3k27me3FImmortal2a4bInputSig.bigWig
+GSM900199_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=16AWC; labexpid=LID20870; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900199_mm9_wgEncodeCshlLongRnaSeqHeartAdult8wksPlusRawRep2.bigWig
+GSM923588_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA2_(SC-9008); antibody antibodydescription=Rabbit polyclonal antibody raised against amino acids 120-235 of GATA-2 of human origin. Antibody Target: GATA2; antibody targetdescription=The GATA family of transcription factors share a conserved zinc finger DNA-binding domain and are capable of binding the WGATAR consensus sequence. GATA1 is erythroid-specific and is essential for normal erythropeisis. By comparison, GATA2 is expressed at high levels in hematopoeitic progenitors, including early erythroid cells, but is strong repressed during erythroblast differentiaion.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-9008; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923588_mm9_wgEncodePsuTfbsG1eer4e2Gata2sc9008ME0S129InputSig.bigWig
+GSM923577_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=U; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923577_mm9_wgEncodePsuTfbsMelPol24h8UImmortalC57bl6InputRepSignalRep2.bigWig
+GSM970875_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E18.5; age description=Embryonic day 18.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E18.5; age description=Embryonic day 18.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970875_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME18halfC57bl6SigRep2.bigWig
+GSM929706_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/15/10 Lane 3; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929706_mm9_wgEncodeLicrRnaSeqKidneyCellPapMAdult8wksC57bl6SigRep1.bigWig
+GSM900186_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=9AWC; labexpid=LID20819; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900186_mm9_wgEncodeCshlLongRnaSeqSmintAdult8wksMinusRawRep1.bigWig
+GSM970868_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970868_mm9_wgEncodeUwRnaSeqBcellcd43nCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM946533_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946533_mm9_wgEncodePsuHistoneG1eH3k04me3ME0S129InputSig.bigWig
+GSM769012_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Lung/Input/std; labversion=03/20/09 Lane 7; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769012_wgEncodeLicrHistoneLungH3k4me3MAdult8wksC57bl6StdSig.bigWig
+GSM946542_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E0; age description=Embryonic day 0 (stem cell); control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM946542_mm9_wgEncodePsuHistoneG1eH3k09me3ME0S129InputSig.bigWig
+GSM900190_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=4AWC; labexpid=LID21179; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900190_mm9_wgEncodeCshlLongRnaSeqGfatAdult8wksPlusRawRep1.bigWig
+GSM912899_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912899_mm9_wgEncodeSydhTfbsMelMafkab50322IggrabSig.bigWig
+GSM915172_3	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11612; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915172_mm9_wgEncodeCaltechTfbsC2c12InputFCntrl50bPcr1xSigRep3.bigWig
+GSM970871_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970871_mm9_wgEncodeUwRnaSeqKidneyCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM970857_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebrum; cell organism=mouse; cell description=Cerebrum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970857_mm9_wgEncodeUwRnaSeqCerebrumCellPolyaMAdult8wksC57bl6MinusRawRep1.bigWig
+GSM970857_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebrum; cell organism=mouse; cell description=Cerebrum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970857_mm9_wgEncodeUwRnaSeqCerebrumCellPolyaMAdult8wksC57bl6MinusRawRep2.bigWig
+GSM918709_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002486; labversion=12/14/10 Lane 6; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918709_mm9_wgEncodeLicrTfbsSmintCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM918720_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BMDM; cell organism=mouse; cell description=Bone marrow derived macrophage; cell sex=F; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002660; labversion=8/18/2011 Lane 6-11; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918720_mm9_wgEncodeLicrTfbsBmdmPol2FAdult8wksC57bl6StdSig.bigWig
+GSM946527_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946527_mm9_wgEncodePsuHistoneMegakaryoH3k04me3BE14halfCd1InputSig.bigWig
+GSM912928_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Mxi1_(AF4185); antibody antibodydescription=Goat IgG. Raised against E. coli-derived rhMxi1. Antibody Target: Mxi1; antibody targetdescription=Transcriptional repressor. Binds with MAX to form recognize the core sequence 5'-CAC[GA]TG-3', antagonizes MYC transcriptional activity by competing for MAX; antibody vendorname=R&D Systems; antibody vendorid=AF4185; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912928_mm9_wgEncodeSydhTfbsMelMxi1af4185IggrabSig.bigWig
+GSM915177_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=TCF3_(SC-349); antibody description=E2A.E12(V-18) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of E2A.E12 of human origin. Recommended for detection of E12 and E47 of m, r and h origin by WB, IP, IF, IHC(P), ELISA and indirect FCM using PE (sc-3739)- or FITC (sc-2012)-conjugated goat anti-rabbit IgG. Antibody Target: TCF3; antibody targetdescription=Heterodimers between TCF3 and tissue-specific basic helix-loop-helix (bHLH) proteins play major roles in determining tissue-specific cell fate during embryogenesis, like muscle or early B-cell differentiation. Dimers bind DNA on E-box motifs: 5'-CANNTG-3'. Binds to the kappa-E2 site in the kappa immunoglobulin gene enhancer.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-349; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; treatment=EqS_2.0pct_5d; treatment description=5 d with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_32bp; control description=This data represents a control being compared to experiments using read length of 32 bp; controlid=10194; labexpid=10409; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915177_mm9_wgEncodeCaltechTfbsC2c12Tcf3FCntrl32bE2p5dPcr2xSigRep1.bigWig
+GSM915179_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=CEBPB; antibody description=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11942; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915179_mm9_wgEncodeCaltechTfbsC2c12CebpbFCntrl50bPcr1xSigRep1.bigWig
+GSM973233_4	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM973233_MEL_DMSO_5D_RNASeq_rep2_120309_HAVERS_0279_AC0HAUACXX_L8_2.bigwig
+GSM912926_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=CHD2_(AB68301); antibody antibodydescription=Rabbit polyclonal to CHD2 Synthetic peptide derived from within residues 1250 - 1350 of Human CHD2. Antibody Target: CHD2; antibody targetdescription=CHD family of proteins are characterized by presence of chromo (chromatin organization modifier) domains and SNF2-related helicase/ATPase domains. CHD genes alter gene expression possibly by modification of chromatin structure thus altering access of the transcriptional apparatus to its chromosomal DNA template.; antibody vendorname=Abcam; antibody vendorid=ab68301; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912926_mm9_wgEncodeSydhTfbsCh12Chd2ab68301IggrabSig.bigWig
+GSM769021_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=BoneMarrow; cell organism=mouse; cell description=Bone Marrow; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=BoneMarrow/Input/std; labversion=11/19/09 Lane 3; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769021_wgEncodeLicrHistoneBmarrowH3k4me3MAdult8wksC57bl6StdSig.bigWig
+GSM973233_2	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); age=immortalized; age description=Immortal cells; readtype=2x101D; readtype description=Paired 101 nt directed reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM973233_MEL_DMSO_5D_RNASeq_rep1_120309_HAVERS_0279_AC0HAUACXX_L7_2.bigwig
+GSM929772_2	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=10T1/2; cell organism=mouse; cell description=Multipotential cell line that can be converted by 5-azacytidine into three mesodermal stem cell lineages.; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; labexpid=11155; mapalgorithm=TH131; mapalgorithm description=TopHat v1.3.1; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM929772_mm9_wgEncodeCaltechRnaSeq10t12C3hFR2x75Th131Il200E2p60hSigRep1.bigWig
+GSM912906_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=c-Myc; antibody antibodydescription=rabbit polyclonal to amino acids 1-262 of c-Myc human origin. Antibody Target: c-Myc; antibody targetdescription=transcription factor; c-Myc-encoded proteins function in cell proliferation,differentiation and neoplastic disease; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-764; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=CH12/None/Input/IgG-rab; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM912906_mm9_wgEncodeSydhTfbsCh12CmycIggrabSig.bigWig
+GSM970863_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970863_mm9_wgEncodeUwRnaSeqLgintCellPolyaMAdult8wksC57bl6PlusRawRep1.bigWig
+GSM946549_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E14.5; age description=Embryonic day 14.5; control=None; control description=No special treatment or protocol applies; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946549_mm9_wgEncodePsuHistoneErythroblH3k09me3BE14halfCd1InputRepSignalRep2.bigWig
+GSM798328_1	lab=Yale-m; lab description=Weissman - Yale University; datatype=ChipSeq; datatype description=ChIP-Seq; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; treatment=DMSO_2.0pct; treatment description=5 d with 2% DMSO (Weissman); control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; age=immortalized; age description=Immortal cells; control=IgG-Yale; control description=Input signal from Mouse IgG ChIP-seq prepared at Yale; controlid=MEL/DMSO_2.0pct/Input/IgG-Yale; replicate=1; replicate description=tier 1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM798328_mm9_wgEncodeSydhHistMelH3k04me3Dm2p5dIggyaleSig.bigWig
+GSM912903_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=c-Myb_(SC-7874); antibody antibodydescription=Rabbit polyclonal IgG, Epitope corresponding to amino acids 500-640 mapping at the C-terminus of c-Myb of human origin. Antibody Target: c-Myb; antibody targetdescription=Transcriptional activator; DNA-binding protein that specifically recognize the sequence 5'-YAAC[GT]G-3'. Plays an important role in the control of proliferation and differentiation of hematopoietic progenitor cells.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-7874; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912903_mm9_wgEncodeSydhTfbsMelCmybsc7874IggrabSig.bigWig
+GSM970875_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E18.5; age description=Embryonic day 18.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E18.5; age description=Embryonic day 18.5; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970875_mm9_wgEncodeUwRnaSeqWbrainCellPolyaME18halfC57bl6SigRep1.bigWig
+GSM929772_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=10T1/2; cell organism=mouse; cell description=Multipotential cell line that can be converted by 5-azacytidine into three mesodermal stem cell lineages.; cell sex=F; readtype=2x75; readtype description=Paired 75 nt reads; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; labexpid=11155; mapalgorithm=TH131; mapalgorithm description=TopHat v1.3.1; readtype=2x75; readtype description=Paired 75 nt reads; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM929772_mm9_wgEncodeCaltechRnaSeq10t12C3hFR2x75Th131Il200E2p60hRawRep1.bigWig
+GSM912921_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=p300; antibody antibodydescription=Rabbit Polyclonal. Antibody Target: P300; antibody targetdescription=EP300(c-20); antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-585; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM912921_mm9_wgEncodeSydhTfbsMelP300IggrabSigV2.bigWig
+GSM923571_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001921; labversion=http://main.g2.bx.psu.edu/u/kanwei/h/12nov2009ln3-ctcf-g1e-er4e2-groomed-canonical; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923571_mm9_wgEncodePsuTfbsG1eer4e2CtcfME0S129InputRepSignalRep2.bigWig
+GSM970873_10	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970873_mm9_wgEncodeUwRnaSeqLiverCellPolyaMAdult8wksC57bl6SigRep1.bigWig
+GSM900196_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=15AWC; labexpid=LID20920; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900196_mm9_wgEncodeCshlLongRnaSeqLungAdult8wksPlusRawRep2.bigWig
+GSM946544_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM946544_mm9_wgEncodePsuHistoneErythroblInputBE14halfCd1InputSig.bigWig
+GSM918710_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002486; labversion=3/29/11 Lane 6; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918710_mm9_wgEncodeLicrTfbsSmintPol2MAdult8wksC57bl6StdSig.bigWig
+GSM929719_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEF; cell organism=mouse; cell description=Mouse Embryonic Fibroblast; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labversion=03/15/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929719_mm9_wgEncodeLicrRnaSeqMefCellPapMAdult8wksC57bl6SigRep2.bigWig
+GSM918724_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001453; labversion=04/20/09 Lane 3; replicate=1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918724_mm9_wgEncodeLicrTfbsLungPol2MAdult8wksC57bl6StdSig.bigWig
+GSM900199_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=16AWC; labexpid=LID20870; readtype=2x76D; readtype description=Paired 76 nt directed reads; replicate=1; spikeinpool=Nist14; strain=C57BL/6J; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM900199_mm9_wgEncodeCshlLongRnaSeqHeartAdult8wksMinusRawRep1.bigWig
+GSM970856_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970856_mm9_wgEncodeUwRnaSeqCbellumCellPolyaMAdult8wksC57bl6PlusRawRep2.bigWig
+GSM923582_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002350; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM923582_mm9_wgEncodePsuTfbsErythroblTal1BE14halfCd1InputSig.bigWig
+GSM923581_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001916; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM923581_mm9_wgEncodePsuTfbsG1eGata1aME0S129InputSig.bigWig
+GSM923577_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=U; antibody=Pol2-4H8; antibody antibodydescription=Mouse monoclonal to RNA polymerase II CTD repeat YSPTSPS antibody (4H8) - ChIP Grade. Antibody Target: POL24H8; antibody targetdescription=This gene encodes the largest subunit of RNA polymerase II, the polymerase responsible for synthesizing messenger RNA in eukaryotes; antibody vendorname=Abcam; antibody vendorid=ab5408; age=immortalized; age description=Immortal cells; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM001929; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM923577_mm9_wgEncodePsuTfbsMelPol24h8UImmortalC57bl6InputSig.bigWig
+GSM915162_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=USF-1; antibody description=Rabbit polyclonal, USF-1 (C-20). Antibody Target: USF1; antibody targetdescription=The ubiquitously expressed cellular upstream stimulatory factor (USF) consists of USF-1 and USF-2 polypeptides which independently exhibit site-specific DNA binding and are members of the c-Myc-related family of regulatory factors containing helix-loop-helix domains. USF also contains a leucine repeat that is required for efficient DNA binding. USF was originally identified as an up- stream stimulatory factor that binds the core sequence CACGTG in the adeno- virus late promoter. These findings, together with the demonstration of coop- erative interaction between USF and the initiator-binding protein, TFII-I, raises the possibility of a more general involvement of USF in transcriptional regula- tion. While expression of both USF-1 and USF-2 species is ubiquitous, different ratios of USF homo- and heterodimers are found in different cell types.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-229; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=None; treatment description=No special treatment or protocol applies; age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11612; labexpid=11923; labversion=Myoblast; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915162_mm9_wgEncodeCaltechTfbsC2c12Usf1FCntrl50bPcr1xSigRep1.bigWig
+GSM769033_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=ChIP-Seq; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=Kidney/Input/std; labversion=05/07/09 Lane 7; replicate=1; replicate description=tier 1; softwareversion=ELAND; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM769033_wgEncodeLicrHistoneKidneyInputMAdult8wksC57bl6StdSig.bigWig
+GSM915180_1	lab=Caltech-m; lab description=Wold - Califonia Institute of Technology; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=C2C12; cell organism=mouse; cell description=Myoblast cell line derived from thigh muscle of C3H mice after crush injury; cell sex=F; antibody=CEBPB; antibody description=Rabbit polyclonal IgG. Antibody Target: CEBPB; antibody targetdescription=epitope mapping at the C-terminus of C/EBP-beta of rat origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-150; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; treatment=EqS_2.0pct_60hr; treatment description=60 h with 2.0% Equine Serum and Insulin (Wold); age=immortalized; age description=Immortal cells; control=Control_50bp; control description=This data represents a control being compared to experiments using read length of 50 bp; controlid=11610; labexpid=11653; labversion=Myocyte; labversion description=Myocyte; replicate=1; strain=C3H; strain description=Strain C3H, Very related to C57BL/6; original_filename=GSM915180_mm9_wgEncodeCaltechTfbsC2c12CebpbFCntrl50bE2p60hPcr1xSigRep1.bigWig
+GSM918711_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; antibody=CTCF; antibody antibodydescription=rabbit polyclonal. Antibody Target: CTCF; antibody targetdescription=CTCF zinc finger transcription factor. A sequence specific DNA binding protein that functions as an insulator, blocking enhancer activity. It has also been suggested to block the spreading of chromatin structure in certain instances.; antibody vendorname=Millipore; antibody vendorid=07-729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002490; labversion=8/19/09 Lane 6; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM918711_mm9_wgEncodeLicrTfbsTestisCtcfMAdult8wksC57bl6StdSig.bigWig
+GSM929713_2	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labversion=11/10/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929713_mm9_wgEncodeLicrRnaSeqLimbCellPapUE14halfC57bl6SigRep2.bigWig
+GSM970872_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=Unknown; strain description=Unknown strain origin; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM970872_mm9_wgEncodeUwRnaSeqMelCellPolyaMImmortalUknSigRep1.bigWig
+GSM970862_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=coverage; readtype=1x50; readtype description=Single 50 nt reads; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM970862_mm9_wgEncodeUwRnaSeqHeartCellPolyaMAdult8wksC57bl6MinusRawRep2.bigWig
+GSM929713_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labversion=11/10/10 Lane 5; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; softwareversion=TopHat; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM929713_mm9_wgEncodeLicrRnaSeqLimbCellPapUE14halfC57bl6SigRep1.bigWig
+GSM995443_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; treatment=diffProtD_3hr; treatment description=3 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003206; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995443_mm9_wgEncodePsuTfbsG1eer4Gata1aME0S129InputDiffd3hSigRep1.bigWig
+GSM995537_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E14.5; age description=Embryonic day 14.5; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995537_mm9_wgEncodePsuRnaSeqMegakaryoBE14halfCd1R2x99dPlusRawRep2.bigWig
+GSM1014185_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18890,DS18819; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014185_mm9_wgEncodeUwDnaseThymusC57bl6MAdult8wksSigRep2.bigWig
+GSM1003826_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=TReg; cell organism=mouse; cell description=Regulatory T cells CD4+,CD25+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17864; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003826_mm9_wgEncodeUwDgfTregC57bl6MAdult8wksSigRep1.bigWig
+GSM1014165_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=FatPad; cell organism=mouse; cell description=Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014165_mm9_wgEncodeUwDnaseFatC57bl6MAdult8wksSigRep2.bigWig
+GSM1014163_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM1014163_mm9_wgEncodeUwDnase416bC57bl6MAdult8wksSigRep1.bigWig
+GSM1000564_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Bladder; cell organism=mouse; cell description=Urinary Bladder; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=30AWC,30BWC; labexpid=LID47030,LID47031; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000564_mm9_wgEncodeCshlLongRnaSeqBladderAdult8wksMinusRawRep1.bigWig
+GSM1000100_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001449; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000100_mm9_wgEncodeLicrHistoneCortexH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM1000112_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002570; labversion=6/18/10 Lane 7; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000112_mm9_wgEncodeLicrHistoneLiverInputUE14halfC57bl6StdSig.bigWig
+GSM1014199_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Fibroblast; cell organism=mouse; cell description=Fibroblast; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014199_mm9_wgEncodeUwDnaseFibroblastC57bl6MAdult8wksSigRep2.bigWig
+GSM995535_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FVLstem; cell organism=mouse; cell description=Friend virus infected murine CD34+,CD133+,Kit+,Sca1+ Leukemia stem cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-10-12wks; age description=Adult between 8-10 weeks #PROVISIONAL; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=BALB/cJ; strain description=A common inbred strain of laboratory mouse. #PROVISIONAL; original_filename=GSM995535_mm9_wgEncodePsuRnaSeqFvlsBAdult810wksBalbcjR2x99dPlusRawRep2.bigWig
+GSM1000113_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002570; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000113_mm9_wgEncodeLicrHistoneLiverH3k27acUE14halfC57bl6StdSig.bigWig
+GSM1014161_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=129.DLCR/DLCR; strain description=129 strain mouse with homozygous deletion of the beta-globin LCR region, see Bender et. al. (2000). Beta-globin gene switching and DNase I sensitivity of the endogenous beta-globin locus in mice do not require the locus control region.; age=E14.5; age description=Embryonic day 14.5; labexpid=DS19531,DS19241; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129.DLCR/DLCR; strain description=129 strain mouse with homozygous deletion of the beta-globin LCR region, see Bender et. al. (2000). Beta-globin gene switching and DNase I sensitivity of the endogenous beta-globin locus in mice do not require the locus control region.; original_filename=GSM1014161_mm9_wgEncodeUwDnaseLiver129dlcrME14halfSigRep1.bigWig
+GSM1000570_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E18; age description=Embryonic day 18; age=E18; age description=Embryonic day 18; biorep=24AWC,24BWC; labexpid=LID46950,LID46951; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000570_mm9_wgEncodeCshlLongRnaSeqCnsE18PlusRawRep1.bigWig
+GSM1003792_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=ZC3H11A_(NB100-74650); antibody antibodydescription=Rabbit polyclonal antibody. The immunogen recognized by this antibody maps to a region between residue 250 and 300 of human zinc finger CCCH-type containing 11A.; antibody targetdescription=ZC3H11A is a C3H1-type zinc finger protein. ZC3H11A has been identified as a protein that is phosphorylated upon DNA damage by ATM or ATR. The function of ZC3H11A remains uncharacterized.; antibody vendorname=NovusBio; antibody vendorid=NB100-74650; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003792_mm9_wgEncodeSydhTfbsCh12Zc3h11anb10074650IggrabSig.bigWig
+GSM995438_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtD_30hr; treatment description=30 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003205; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995438_mm9_wgEncodePsuTfbsG1eer4InputME0S129InputDiffd30hSigRep1.bigWig
+GSM1000099_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001683; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000099_mm9_wgEncodeLicrHistoneEsb4H3k27acME0C57bl6StdSig.bigWig
+GSM1014148_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=TReg; cell organism=mouse; cell description=Regulatory T cells CD4+,CD25+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16358; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014148_mm9_wgEncodeUwDnaseTregC57bl6MAdult8wksSigRep2.bigWig
+GSM1000143_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000143_mm9_wgEncodeLicrHistoneWbrainH3k27me3ME14halfC57bl6StdSig.bigWig
+GSM1000078_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002490; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000078_mm9_wgEncodeLicrHistoneTestisH3k04me1MAdult8wksC57bl6StdSig.bigWig
+GSM1003744_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003744_mm9_wgEncodeSydhHistMelH3k04me1IggrabSig.bigWig
+GSM1000566_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E18; age description=Embryonic day 18; age=E18; age description=Embryonic day 18; biorep=27AWC,27BWC; labexpid=LID47148,LID47149; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000566_mm9_wgEncodeCshlLongRnaSeqLiverE18PlusRawRep1.bigWig
+GSM1014177_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; age=immortalized; age description=Immortal cells; labexpid=DS16900; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM1014177_mm9_wgEncodeUwDnaseNih3t3NihsMImmortalSigRep1.bigWig
+GSM1014149_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=THelper-Activated; cell organism=mouse; cell description=Activated primary CD4 effector cells, isolated ex vivo; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17070,DS18848; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014149_mm9_wgEncodeUwDnaseThelpaC57bl6MAdult8wksSigRep1.bigWig
+GSM1000568_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=29AWC,29BWC; labexpid=LID46985,LID46986; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000568_mm9_wgEncodeCshlLongRnaSeqLimbE14halfPlusRawRep1.bigWig
+GSM1000146_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001459; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000146_mm9_wgEncodeLicrHistoneSpleenH3k27me3MAdlt8wC57bl6StdSig.bigWig
+GSM1003797_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=ZNF384_(HPA004051); antibody antibodydescription=Rabbit polyclonal generated using the immunogen: Zinc finger protein 384 recombinant protein epitope signature tag (PrEST); antibody targetdescription=This gene encodes a C2H2-type zinc finger protein, which may function as a transcription factor. This gene also contains long CAG trinucleotide repeats that encode consecutive glutamine residues. The protein appears to bind and regulate the promoters of the extracellular matrix genes MMP1, MMP3, MMP7 and COL1A1. Studies in mouse suggest that nuclear matrix transcription factors (NP/NMP4) may be part of a general mechanical pathway that couples cell construction and function during extracellular matrix remodeling. Alternative splicing results in multiple transcript variants. Recurrent rearrangements of this gene with the Ewing's sarcoma gene, EWSR1 on chromosome 22, or with the TAF15 gene on chromosome 17, or with the TCF3 (E2A) gene on chromosome 19, have been observed in acute leukemia. A related pseudogene has been identified on chromosome 7.; antibody vendorname=SIGMA; antibody vendorid=HPA004051; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003797_mm9_wgEncodeSydhTfbsMelZnf384hpa004051IggrabSig.bigWig
+GSM1000562_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FrontalLobe; cell organism=mouse; cell description=Frontal Lobe; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=7AWC,7BWC; labexpid=LID47081,LID47082; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000562_mm9_wgEncodeCshlLongRnaSeqFlobeAdult8wksMinusRawRep2.bigWig
+GSM1000156_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=Pooled & filtered; softwareversion=MACS; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1000156_mm9_wgEncodeLicrHistoneMelH3k79me2MImmortalC57bl6StdSig.bigWig
+GSM1000069_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002486; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000069_mm9_wgEncodeLicrHistoneSmintH3k36me3MAdult8wksC57bl6StdSig.bigWig
+GSM995529_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=single; age=E0; age description=Embryonic day 0 (stem cell); labexpid=single; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995529_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R1x36Diffd24hSigRep2.bigWig
+GSM1014170_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18865; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,4; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014170_mm9_wgEncodeUwDnaseBcellcd43nC57bl6MAdult8wksSigRep2.bigWig
+GSM1003239_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=E0; age description=Embryonic day 0 (stem cell); replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM1003239_mm9_wgEncodePsuDnaseG1eS129ME0SigRep1.bigWig
+GSM1000072_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000072_mm9_wgEncodeLicrHistoneWbrainH3k36me3ME14halfC57bl6StdSig.bigWig
+GSM1014182_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18870,DS18884; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014182_mm9_wgEncodeUwDnaseSpleenC57bl6MAdult8wksSigRep2.bigWig
+GSM1014179_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HindlimbBud; cell organism=mouse; cell description=embryo hindlimb buds; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014179_mm9_wgEncodeUwDnaseHlbudCd1ME11halfSigRep1.bigWig
+GSM1003801_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=MAZ_(ab85725); antibody antibodydescription=Rabbit polyclonal, immunogen is synthetic peptide, corresponding to a region within amino acids 427-477 of Human MAZ, GenBank BAA33064.1. Antibody Target: MAZ; antibody targetdescription=May function as a transcription factor with dual roles in transcription initiation and termination. Binds to two sites, ME1a1 and ME1a2, within the MYC promoter having greater affinity for the former. Also binds to multiple G/C-rich sites within the promoter of the Sp1 family of transcription factors.; antibody vendorname=Abcam; antibody vendorid=ab85725; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; labversion=PeakSeq1.0; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003801_mm9_wgEncodeSydhTfbsCh12Mazab85725IggrabSig.bigWig
+GSM1014195_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep6.bigWig
+GSM1003752_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003752_mm9_wgEncodeSydhHistMelH3k27acIggrabSig.bigWig
+GSM1003825_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17080; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003825_mm9_wgEncodeUwDgfTnaiveC57bl6MAdult8wksRawRep2.bigWig
+GSM1014159_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ES-WW6; cell organism=mouse; cell description=ES-cells isolated from mix of ~20% C57/B6J, ~75% 129/Sv and ~5% SJL strains; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=Unknown; strain description=Unknown strain origin; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17060,DS17613; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1014159_mm9_wgEncodeUwDnaseEsww6UknME0SigRep2.bigWig
+GSM1000563_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=6AWC,6BWC; labexpid=LID47032,LID47033; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000563_mm9_wgEncodeCshlLongRnaSeqCortexAdult8wksMinusRawRep2.bigWig
+GSM1003814_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=B-cell_(CD19+); cell organism=mouse; cell description=B Cell , CD19+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16168; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003814_mm9_wgEncodeUwDgfBcellcd19pC57bl6MAdult8wksRawRep1.bigWig
+GSM1000109_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001683; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000109_mm9_wgEncodeLicrHistoneEsb4H3k36me3ME0C57bl6StdSig.bigWig
+GSM1003800_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Nrf2; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: Nrf2; antibody targetdescription=epitope corresponding to amino acids 1-180 mapping at the N-terminus of GABP-alpha of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22810; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003800_mm9_wgEncodeSydhTfbsCh12Nrf2IggrabSig.bigWig
+GSM1000110_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002570; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000110_mm9_wgEncodeLicrHistoneLiverH3k04me3UE14halfC57bl6StdSig.bigWig
+GSM1014195_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep10.bigWig
+GSM1000129_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001450; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000129_mm9_wgEncodeLicrHistoneHeartH3k79me2MAdult8wksC57bl6StdSig.bigWig
+GSM1000563_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=6AWC,6BWC; labexpid=LID47032,LID47033; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000563_mm9_wgEncodeCshlLongRnaSeqCortexAdult8wksPlusRawRep1.bigWig
+GSM1003745_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K27me3B; antibody antibodydescription=rabbit monoclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27) marks repressed chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9733S; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=MEL/DMSO_2.0pct/Input/std; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003745_mm9_wgEncodeSydhHistMelH3k27me3bDm2p5dStdSig.bigWig
+GSM1003796_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=ZNF384_(HPA004051); antibody antibodydescription=Rabbit polyclonal generated using the immunogen: Zinc finger protein 384 recombinant protein epitope signature tag (PrEST); antibody targetdescription=This gene encodes a C2H2-type zinc finger protein, which may function as a transcription factor. This gene also contains long CAG trinucleotide repeats that encode consecutive glutamine residues. The protein appears to bind and regulate the promoters of the extracellular matrix genes MMP1, MMP3, MMP7 and COL1A1. Studies in mouse suggest that nuclear matrix transcription factors (NP/NMP4) may be part of a general mechanical pathway that couples cell construction and function during extracellular matrix remodeling. Alternative splicing results in multiple transcript variants. Recurrent rearrangements of this gene with the Ewing's sarcoma gene, EWSR1 on chromosome 22, or with the TAF15 gene on chromosome 17, or with the TCF3 (E2A) gene on chromosome 19, have been observed in acute leukemia. A related pseudogene has been identified on chromosome 7.; antibody vendorname=SIGMA; antibody vendorid=HPA004051; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003796_mm9_wgEncodeSydhTfbsCh12Znf384hpa004051IggrabSig.bigWig
+GSM1000567_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=20AWC,20BWC; labexpid=LID47036,LID47037; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000567_mm9_wgEncodeCshlLongRnaSeqCbellumAdult8wksPlusRawRep2.bigWig
+GSM1000206_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BMDM; cell organism=mouse; cell description=Bone marrow derived macrophage; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002660; labversion=4/6/2011 Lane 4-4; replicate=1; softwareversion=HCS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000206_mm9_wgEncodeLicrHistoneBmdmInputFAdult8wksC57bl6StdSig.bigWig
+GSM1000132_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002510; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000132_mm9_wgEncodeLicrHistonePlacH3k04me3FAdult8wksC57bl6StdSig.bigWig
+GSM1003817_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS14479; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003817_mm9_wgEncodeUwDgfLungC57bl6MAdult8wksRawRep1.bigWig
+GSM1014185_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18890,DS18819; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014185_mm9_wgEncodeUwDnaseThymusC57bl6MAdult8wksSigRep1.bigWig
+GSM1000079_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002490; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000079_mm9_wgEncodeLicrHistoneTestisH3k04me3MAdult8wksC57bl6StdSig.bigWig
+GSM1014186_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18784,DS19140; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014186_mm9_wgEncodeUwDnaseLgintC57bl6MAdult8wksSigRep1.bigWig
+GSM1000128_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=OlfactBulb; cell organism=mouse; cell description=Olfactory Bulb; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002473; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000128_mm9_wgEncodeLicrHistoneOlfactH3k04me3MAdult8wksC57bl6StdSig.bigWig
+GSM1003790_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=MAZ_(ab85725); antibody antibodydescription=Rabbit polyclonal, immunogen is synthetic peptide, corresponding to a region within amino acids 427-477 of Human MAZ, GenBank BAA33064.1. Antibody Target: MAZ; antibody targetdescription=May function as a transcription factor with dual roles in transcription initiation and termination. Binds to two sites, ME1a1 and ME1a2, within the MYC promoter having greater affinity for the former. Also binds to multiple G/C-rich sites within the promoter of the Sp1 family of transcription factors.; antibody vendorname=Abcam; antibody vendorid=ab85725; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003790_mm9_wgEncodeSydhTfbsMelMazab85725IggrabSig.bigWig
+GSM1003776_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=ZC3H11A_(NB100-74650); antibody antibodydescription=Rabbit polyclonal antibody. The immunogen recognized by this antibody maps to a region between residue 250 and 300 of human zinc finger CCCH-type containing 11A.; antibody targetdescription=ZC3H11A is a C3H1-type zinc finger protein. ZC3H11A has been identified as a protein that is phosphorylated upon DNA damage by ATM or ATR. The function of ZC3H11A remains uncharacterized.; antibody vendorname=NovusBio; antibody vendorid=NB100-74650; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003776_mm9_wgEncodeSydhTfbsMelZc3h11anb10074650IggrabSig.bigWig
+GSM995530_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=single; age=E0; age description=Embryonic day 0 (stem cell); labexpid=single; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995530_mm9_wgEncodePsuRnaSeqG1eME0S129R1x36SigRep1.bigWig
+GSM1000153_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001452; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000153_mm9_wgEncodeLicrHistoneLiverH3k09acMAdult8wksC57bl6StdSig.bigWig
+GSM1003812_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002791; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003812_mm9_wgEncodeSydhTfbsMelInputDm2p5dStdSigV2.bigWig
+GSM1000063_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001451; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000063_mm9_wgEncodeLicrHistoneKidneyH3k36me3MAdult8wksC57bl6StdSig.bigWig
+GSM1000127_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001683; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000127_mm9_wgEncodeLicrHistoneEsb4H3k09acME0C57bl6StdSig.bigWig
+GSM1014195_7	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep14.bigWig
+GSM1000144_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002477; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000144_mm9_wgEncodeLicrHistoneThymusH3k27me3MAdlt8wC57bl6StdSig.bigWig
+GSM1003786_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=COREST_(sc-30189); antibody antibodydescription=Rabbit polyclonal, epitope corresponding to amino acids 246-310 mapping within an internal region of CoREST of human origin recommended for detection of CoREST of mouse, rat and human origin. Antibody Target: COREST (sc30189); antibody targetdescription=Essential component of the BHC complex, a corepressor complex that represses transcription of neuron-specific genes in non-neuronal cells.  In the BHC complex, it serves as a molecular beacon for the recruitment of molecular machinery, including MeCP2 and SUV39H1, that imposes silencing across a chromosomal interval. Plays a central role in demethylation of Lys-4 of histone H3 by promoting demethylase activity of KDM1A on core histones and nucleosomal substrates.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-30189; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; labversion=PeakSeq1.0; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003786_mm9_wgEncodeSydhTfbsCh12Corestsc30189IggrabSig.bigWig
+GSM1000133_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=F; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002510; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000133_mm9_wgEncodeLicrHistonePlacH3k04me1FAdult8wksC57bl6StdSig.bigWig
+GSM1014156_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=EPC_(CD117-,CD71+,TER119+); cell organism=mouse; cell description=liver fraction CD117-,CD71+,TER119+; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E14.5; age description=Embryonic day 14.5; labexpid=DS20937; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014156_mm9_wgEncodeUwDnaseEpcmppCd1ME14halfSigRep1.bigWig
+GSM995540_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=single; age=immortalized; age description=Immortal cells; labexpid=single; readtype=1x41; readtype description=Single 41 nt reads; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM995540_mm9_wgEncodePsuRnaSeqCh12FImmortal2a4bR1x41SigRep1.bigWig
+GSM995532_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995532_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dPlusRawRep1.bigWig
+GSM995447_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995447_mm9_wgEncodePsuTfbsMegakaryoTal1BE14halfCd1InputRepSignalRep2.bigWig
+GSM1000094_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000094_mm9_wgEncodeLicrHistoneWbrainH3k27acUE14halfC57bl6StdSig.bigWig
+GSM1000201_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BAT; cell organism=mouse; cell description=Brown adipocytes tissue; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-24wks; age description=Adult 24 weeks; age=adult-24wks; age description=Adult 24 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002656; labversion=7/13/2010 Lane 5; replicate=1; softwareversion=HCS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000201_mm9_wgEncodeLicrHistoneBatInputMAdult24wksC57bl6StdSig.bigWig
+GSM1000151_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001452; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000151_mm9_wgEncodeLicrHistoneLiverH3k36me3MAdult8wksC57bl6StdSig.bigWig
+GSM1000086_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002482; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000086_mm9_wgEncodeLicrHistoneLimbH3k04me3UE14halfC57bl6StdSig.bigWig
+GSM1014170_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18865; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,4; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014170_mm9_wgEncodeUwDnaseBcellcd43nC57bl6MAdult8wksSigRep3.bigWig
+GSM1000568_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=29AWC,29BWC; labexpid=LID46985,LID46986; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000568_mm9_wgEncodeCshlLongRnaSeqLimbE14halfMinusRawRep1.bigWig
+GSM1003827_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18819; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003827_mm9_wgEncodeUwDgfThymusC57bl6MAdult8wksRawRep1.bigWig
+GSM1014195_10	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep7.bigWig
+GSM1000567_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=20AWC,20BWC; labexpid=LID47036,LID47037; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000567_mm9_wgEncodeCshlLongRnaSeqCbellumAdult8wksMinusRawRep1.bigWig
+GSM1000565_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=10AWC,10BWC; labexpid=LID46983,LID46984; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000565_mm9_wgEncodeCshlLongRnaSeqPlacAdult8wksPlusRawRep1.bigWig
+GSM1000093_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001450; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000093_mm9_wgEncodeLicrHistoneHeartH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM1014169_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17616; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1014169_mm9_wgEncodeUwDnaseZhbtc4129olaME0SigRep2.bigWig
+GSM1014153_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; age=immortalized; age description=Immortal cells; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; age=immortalized; age description=Immortal cells; labexpid=DS22536,DS22542; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1014153_mm9_wgEncodeUwDnaseCh122a4bFImmortalSigRep1.bigWig
+GSM1014180_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=mG/ER; cell organism=mouse; cell description=MEL-GATA-1-ER, This is a mouse suspension cell line derived from MEL cells by stable transfection with a GATA-1-ER fusion protein construct as described by Choe et al., 2003 (Cancer Res 63, 6363-6369, 2003). These cells can be terminally differentiated into mature erythroid cells with Β-estradiol treatment; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; treatment=diffProtC_48hr; treatment description=48 hour differentiation time point of mG/ER cells towards red blood cells after treatment with estradiol. Estradiol 10^-7 M final concentration (Stam); strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS15420,DS15415; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014180_mm9_wgEncodeUwDnaseMgerUknImmortalDiffc48hSigRep2.bigWig
+GSM1003813_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17866; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003813_mm9_wgEncodeUwDgfBcellcd43nC57bl6MAdult8wksSigRep1.bigWig
+GSM1003825_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17080; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003825_mm9_wgEncodeUwDgfTnaiveC57bl6MAdult8wksSigRep1.bigWig
+GSM1014195_13	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep8.bigWig
+GSM1014152_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); treatment=diffProtB_24hr; treatment description=Oct4 repression with Doxycycline in ZhBTc4 ES cell culture harvested at 24 hours. Doxycycline added to a final concentration of 100 ng/ml (Stam); strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS15299,DS17562; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1014152_mm9_wgEncodeUwDnaseZhbtc4129olaME0Diffb24hSigRep2.bigWig
+GSM1000564_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Bladder; cell organism=mouse; cell description=Urinary Bladder; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=30AWC,30BWC; labexpid=LID47030,LID47031; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000564_mm9_wgEncodeCshlLongRnaSeqBladderAdult8wksPlusRawRep2.bigWig
+GSM1014173_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014173_mm9_wgEncodeUwDnaseGfatC57bl6MAdult8wksSigRep2.bigWig
+GSM1003832_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Retina; cell organism=mouse; cell description=Retina; cell sex=M; age=newborn-1days; age description=Newborn 1 day; age=newborn-1days; age description=Newborn 1 day; labexpid=DS20004; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003832_mm9_wgEncodeUwDgfRetinaC57bl6MNew1daysRawRep1.bigWig
+GSM995535_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FVLstem; cell organism=mouse; cell description=Friend virus infected murine CD34+,CD133+,Kit+,Sca1+ Leukemia stem cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-10-12wks; age description=Adult between 8-10 weeks #PROVISIONAL; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=BALB/cJ; strain description=A common inbred strain of laboratory mouse. #PROVISIONAL; original_filename=GSM995535_mm9_wgEncodePsuRnaSeqFvlsBAdult810wksBalbcjR2x99dMinusRawRep2.bigWig
+GSM1000125_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-E14/Input/std; labversion=Pooled & filtered; softwareversion=MACS; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1000125_mm9_wgEncodeLicrHistoneEse14H3k36me3ME0129olaStdSig.bigWig
+GSM1014160_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ES-WW6_F1KO; cell organism=mouse; cell description=Histone H1c, H1d, H1e triple null mouse embryonic stem cell line derived from ES-WW6 cells.; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=Unknown; strain description=Unknown strain origin; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17063,DS18365; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1014160_mm9_wgEncodeUwDnaseEsww6koUknME0SigRep2.bigWig
+GSM1000076_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BAT; cell organism=mouse; cell description=Brown adipocytes tissue; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-24wks; age description=Adult 24 weeks; age=adult-24wks; age description=Adult 24 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002656; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000076_mm9_wgEncodeLicrHistoneBatH3k04me1MAdult24wksC57bl6StdSig.bigWig
+GSM1000120_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003163; labversion=06/08/2011 FISH A Lane 4-10; replicate=1; softwareversion=HCS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000120_mm9_wgEncodeLicrHistoneBcellcd43nInputMAdult8wksC57bl6StdSig.bigWig
+GSM1003780_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=SIN3A_(NB600-1263); antibody antibodydescription=Rabbit polyclonal, Immunogen: Synthetic peptide: MKRRLDDQESDVYAAQQRR, corresponding to amino acids 1-19 of Mouse mSin3A. Antibody Target: SIN3A (NB600-1263); antibody targetdescription=Mammalian Sin 3 (mSin 3) is closely related to the yeast SIN3 repressor protein involved in the transcriptional repression of many genes. Containing 4 paired amphipathic helix domains (PAH domains), mSin 3A and mSin 3B have been shown to directly interact with several other transcriptional repressor proteins including HDAC 1, HDAC 2, RbAp 46, the methyl CpG binding protein MeCP 2, the Mad/Max heterodimer, and the corepressors silencing mediator of retinoic acid & thyroid hormone receptor (SMRT) and nuclear receptor corepressor (N-CoR).; antibody vendorname=Novus Biologicals; antibody vendorid=NB600-1263; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003780_mm9_wgEncodeSydhTfbsMelSin3anb6001263IggrabSig.bigWig
+GSM1000135_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002506; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000135_mm9_wgEncodeLicrHistoneHeartH3k04me3UE14halfC57bl6StdSig.bigWig
+GSM995535_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FVLstem; cell organism=mouse; cell description=Friend virus infected murine CD34+,CD133+,Kit+,Sca1+ Leukemia stem cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-10-12wks; age description=Adult between 8-10 weeks #PROVISIONAL; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=BALB/cJ; strain description=A common inbred strain of laboratory mouse. #PROVISIONAL; original_filename=GSM995535_mm9_wgEncodePsuRnaSeqFvlsBAdult810wksBalbcjR2x99dMinusRawRep1.bigWig
+GSM995447_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995447_mm9_wgEncodePsuTfbsMegakaryoTal1BE14halfCd1InputRepSignalRep4.bigWig
+GSM1003784_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=CTCF_(SC-15914); antibody antibodydescription=Goat polyclonal, epitope mapping near the C-terminus of CTCF of human origin. Antibody Target: CTCF; antibody targetdescription=Transcriptional regulator with 11 highly conserved zinc finger domains. Depending on context, can bind a histone acetyltransferase (HAT)-containing complex and function as transcriptional activator or bind a histone deacetylase (HDAC)-containing complex and function as transcriptional repressor. Involved in transcriptional regulation by binding to chromatin insulators and preventing interaction between promoter and nearby enhancers and silencers. Preferentially interacts with unmethylated DNA, preventing spreading of CpG methylation. Can dimerize, mediating long-range chromatin looping. When bound to chromatin, provides an anchor point for nucleosomes positioning. Involved in sister chromatid cohesion. Associates with both centromeres and chromosomal arms during metaphase and required for cohesin localization to CTCF sites.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-15914; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002791; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003784_mm9_wgEncodeSydhTfbsMelCtcfbDm2p5dStdSig.bigWig
+GSM1014173_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=GenitalFatPad; cell organism=mouse; cell description=Genital Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014173_mm9_wgEncodeUwDnaseGfatC57bl6MAdult8wksSigRep1.bigWig
+GSM1003813_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17866; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003813_mm9_wgEncodeUwDgfBcellcd43nC57bl6MAdult8wksRawRep1.bigWig
+GSM1003239_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; age=E0; age description=Embryonic day 0 (stem cell); replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM1003239_mm9_wgEncodePsuDnaseG1eS129ME0SigRep2.bigWig
+GSM1003816_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=3134; cell organism=mouse; cell description=Mammary; cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS8497; labversion=Hotspot-v5.2; replicate=1; strain=RIII; strain description=High mammary tumor incidence in unfostered substrains.; original_filename=GSM1003816_mm9_wgEncodeUwDgf3134RiiiMImmortalRawRep1.bigWig
+GSM1014181_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=mG/ER; cell organism=mouse; cell description=MEL-GATA-1-ER, This is a mouse suspension cell line derived from MEL cells by stable transfection with a GATA-1-ER fusion protein construct as described by Choe et al., 2003 (Cancer Res 63, 6363-6369, 2003). These cells can be terminally differentiated into mature erythroid cells with Β-estradiol treatment; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; treatment=diffProtC_24hr; treatment description=24 hour differentiation time point of mG/ER cells towards red blood cells after treatment with estradiol. Estradiol 10^-7 M final concentration (Stam); strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS15410,DS15405; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014181_mm9_wgEncodeUwDnaseMgerUknImmortalDiffc24hSigRep1.bigWig
+GSM1014154_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS21450,DS18505; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1014154_mm9_wgEncodeUwDnaseEse14129olaME0SigRep1.bigWig
+GSM1000108_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BoneMarrow; cell organism=mouse; cell description=Bone Marrow; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001447; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000108_mm9_wgEncodeLicrHistoneBmarrowH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM1003805_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=CHD1_(NB100-60411); antibody antibodydescription=Rabbit polyclonal, The epitope recognized by this antibody maps to a region between residue 1660 and 1710 of human chromodomain helicase DNA binding protein 1 using the numbering given in entry NP_001261.2 (GeneID 1105). Antibody Target: CHD1; antibody targetdescription=ATP-dependent chromatin-remodeling factor which functions as substrate recognition component of the transcription regulatory histone acetylation (HAT) complex SAGA. Regulates polymerase II transcription. Also required for efficient transcription by RNA polymerase I, and more specifically the polymerase I transcription termination step. Also required to maintain a specific chromatin configuration across the genome. Is also associated with histone deacetylase (HDAC) activity (By similarity). Required for the bridging of SNF2, the FACT complex, the PAF complex as well as the U2 snRNP complex to H3K4me3. Required for maintaining open chromatin and pluripotency in embryonic stem cells; antibody vendorname=Novus Biologicals; antibody vendorid=NB100-60411; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003805_mm9_wgEncodeSydhTfbsMelChd1nb10060411IggrabSig.bigWig
+GSM1014171_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Patski; cell organism=mouse; cell description=Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.; cell sex=M; age=immortalized; age description=Immortal cells; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; original_filename=GSM1014171_mm9_wgEncodeUwDnasePatskiSpbl6MImmortalSigRep2.bigWig
+GSM1003803_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=CHD1_(NB100-60411); antibody antibodydescription=Rabbit polyclonal, The epitope recognized by this antibody maps to a region between residue 1660 and 1710 of human chromodomain helicase DNA binding protein 1 using the numbering given in entry NP_001261.2 (GeneID 1105). Antibody Target: CHD1; antibody targetdescription=ATP-dependent chromatin-remodeling factor which functions as substrate recognition component of the transcription regulatory histone acetylation (HAT) complex SAGA. Regulates polymerase II transcription. Also required for efficient transcription by RNA polymerase I, and more specifically the polymerase I transcription termination step. Also required to maintain a specific chromatin configuration across the genome. Is also associated with histone deacetylase (HDAC) activity (By similarity). Required for the bridging of SNF2, the FACT complex, the PAF complex as well as the U2 snRNP complex to H3K4me3. Required for maintaining open chromatin and pluripotency in embryonic stem cells; antibody vendorname=Novus Biologicals; antibody vendorid=NB100-60411; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003803_mm9_wgEncodeSydhTfbsCh12Chd1nb10060411IggrabSig.bigWig
+GSM1000204_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002477; labversion=3/14/11 Lane 1; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000204_mm9_wgEncodeLicrHistoneThymusInputMAdult8wksC57bl6StdSig.bigWig
+GSM1000567_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=20AWC,20BWC; labexpid=LID47036,LID47037; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000567_mm9_wgEncodeCshlLongRnaSeqCbellumAdult8wksPlusRawRep1.bigWig
+GSM1000138_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001459; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000138_mm9_wgEncodeLicrHistoneSpleenH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM995532_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995532_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dMinusRawRep1.bigWig
+GSM1014183_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labexpid=DS20666; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014183_mm9_wgEncodeUwDnaseLiverC57bl6ME14halfSigRep1.bigWig
+GSM1000091_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003164; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000091_mm9_wgEncodeLicrHistoneCh12H3k36me3FImmortalC57bl6StdSig.bigWig
+GSM1014172_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HeadlessEmbryo; cell organism=mouse; cell description=Whole embryos with heads removed; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labexpid=DS17129; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014172_mm9_wgEncodeUwDnaseHlembryoCd1ME11halfSigRep1.bigWig
+GSM1000562_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FrontalLobe; cell organism=mouse; cell description=Frontal Lobe; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=7AWC,7BWC; labexpid=LID47081,LID47082; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000562_mm9_wgEncodeCshlLongRnaSeqFlobeAdult8wksPlusRawRep1.bigWig
+GSM1014177_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; age=immortalized; age description=Immortal cells; labexpid=DS16900; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM1014177_mm9_wgEncodeUwDnaseNih3t3NihsMImmortalSigRep2.bigWig
+GSM1003793_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=ZNF-MIZD-CP1_(ab65767); antibody antibodydescription=Rabbit Polyclonal against synthetic peptide conjugated to KLH derived from within residues 200 - 300 of Human Zinc finger MIZ domain-containing protein 1.; antibody targetdescription=Zinc finger MIZ domain-containing protein 1 that increases ligand-dependent transcriptional activity of AR and promotes AR sumoylation. The stimulation of AR activity is dependent upon sumoylation.; antibody vendorname=Abcam; antibody vendorid=ab65767; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003793_mm9_wgEncodeSydhTfbsCh12Znfmizdcp1ab65767IggrabSig.bigWig
+GSM1000073_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=Pooled & filtered; softwareversion=MACS; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1000073_mm9_wgEncodeLicrHistoneMelH3k04me1MImmortalC57bl6StdSig.bigWig
+GSM995446_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=FLI1_(sc-356); antibody antibodydescription=FLI1 (C-19) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of FLI1 of mouse origin.; antibody targetdescription=Fli1 (Friend leukemia virus integration 1) is a member of a family of genes identified on the basis of their homology to the v-Ets oncogene isolated from the E26 erythoblastosis virus.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-356; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995446_mm9_wgEncodePsuTfbsMegakaryoFli1sc356BE14halfCd1InputSig.bigWig
+GSM1014150_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); treatment=diffProtB_6hr; treatment description=Oct4 repression with Doxycycline in ZhBTc4 ES cell culture harvested at 6 hours. Doxycycline added to a final concentration of 100 ng/ml. (Stam); strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS15236,DS15860; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1014150_mm9_wgEncodeUwDnaseZhbtc4129olaME0Diffb6hSigRep1.bigWig
+GSM1014171_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Patski; cell organism=mouse; cell description=Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.; cell sex=M; age=immortalized; age description=Immortal cells; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=Spretus.BL6-Xist; strain description=M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X.; original_filename=GSM1014171_mm9_wgEncodeUwDnasePatskiSpbl6MImmortalSigRep1.bigWig
+GSM1003804_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=GCN5; antibody antibodydescription=Rabbit polyclonal anti-GCN5 antibody (2676), Immunogen : synthetic peptide coupled to Ovalbumin (sequence-MAEPSQAPTPAPAAQPRPLC). Antibody Target: GCN5; antibody targetdescription=KAT2A, or GCN5, is a histone acetyltransferase (HAT) that functions primarily as a transcriptional activator. Acetylation of histones gives a specific tag for epigenetic transcription activation. In case of HIV-1 infection, it is recruited by the viral protein Tat. Regulates Tat's transactivating activity and may help inducing chromatin remodeling of proviral genes. Component of the SAGA and ATAC complexes, complexes with histone acetyltransferase activities on histones H3 and H4; antibody vendorname=Laszlo Tora; antibody vendorid=Missing; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003804_mm9_wgEncodeSydhTfbsMelGcn5IggrabSig.bigWig
+GSM1014190_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=B-cell_(CD19+); cell organism=mouse; cell description=B Cell , CD19+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=Hotspot-v5.1,1,lmax-v1.1,2,WindowDensity-bin20-win+/-75,lmax-v1.0; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014190_mm9_wgEncodeUwDnaseBcellcd19pC57bl6MAdult8wksSigRep2.bigWig
+GSM1003749_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K36me3B; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36) marks actively transcribed chromatin regions; antibody vendorname=Cell Signaling; antibody vendorid=9763S; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=MEL/DMSO_2.0pct/Input/std; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003749_mm9_wgEncodeSydhHistMelH3k36me3bDm2p5dStdSig.bigWig
+GSM1014192_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17082,DS17080; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2,4; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014192_mm9_wgEncodeUwDnaseTnaiveC57bl6MAdult8wksSigRep3.bigWig
+GSM1014168_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Cerebrum; cell organism=mouse; cell description=Cerebrum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014168_mm9_wgEncodeUwDnaseCerebrumC57bl6MAdult8wksSigRep3.bigWig
+GSM1003828_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labexpid=DS14536; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003828_mm9_wgEncodeUwDgfWbrainC57bl6ME14halfSigRep1.bigWig
+GSM995533_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E14.5; age description=Embryonic day 14.5; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995533_mm9_wgEncodePsuRnaSeqErythroblBE14halfCd1R2x99dMinusRawRep1.bigWig
+GSM1003824_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS13036; labversion=Hotspot-v5.2; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003824_mm9_wgEncodeUwDgfMelUknImmortalRawRep1.bigWig
+GSM1003810_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=ZC3H11A_(NB100-74650); antibody antibodydescription=Rabbit polyclonal antibody. The immunogen recognized by this antibody maps to a region between residue 250 and 300 of human zinc finger CCCH-type containing 11A.; antibody targetdescription=ZC3H11A is a C3H1-type zinc finger protein. ZC3H11A has been identified as a protein that is phosphorylated upon DNA damage by ATM or ATR. The function of ZC3H11A remains uncharacterized.; antibody vendorname=NovusBio; antibody vendorid=NB100-74650; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002788; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003810_mm9_wgEncodeSydhTfbsEse14Zc3h11anb10074650StdSig.bigWig
+GSM1003834_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=TReg-Activated; cell organism=mouse; cell description=Activated primary T regulatory cells, isolated ex vivo; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS20149; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003834_mm9_wgEncodeUwDgfTregaC57bl6MAdult8wksRawRep1.bigWig
+GSM1000571_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=28AWC,28BWC; labexpid=LID47146,LID47147; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000571_mm9_wgEncodeCshlLongRnaSeqLiverE14halfPlusRawRep1.bigWig
+GSM995536_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995536_mm9_wgEncodePsuRnaSeqG1eME0S129R2x99dMinusRawRep2.bigWig
+GSM1003756_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=1)Abcam; 2)Millipore; antibody vendorid=ab8580; 07-473; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-E14/None/Input/std; labversion=PeakSeq1.0; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003756_mm9_wgEncodeSydhHistEse14H3k04me3StdSig.bigWig
+GSM1014199_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Fibroblast; cell organism=mouse; cell description=Fibroblast; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014199_mm9_wgEncodeUwDnaseFibroblastC57bl6MAdult8wksSigRep1.bigWig
+GSM1003832_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Retina; cell organism=mouse; cell description=Retina; cell sex=M; age=newborn-1days; age description=Newborn 1 day; age=newborn-1days; age description=Newborn 1 day; labexpid=DS20004; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003832_mm9_wgEncodeUwDgfRetinaC57bl6MNew1daysSigRep1.bigWig
+GSM1000121_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-E14/Input/std; labversion=Pooled & filtered; softwareversion=MACS; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1000121_mm9_wgEncodeLicrHistoneEse14H3k04me1ME0129olaStdSig.bigWig
+GSM1014151_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,5,4,7,6; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014151_mm9_wgEncodeUwDnaseWbrainC57bl6MAdult8wksSigRep4.bigWig
+GSM995439_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003204; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995439_mm9_wgEncodePsuTfbsG1eer4InputME0S129InputDiffd24hSigRep1.bigWig
+GSM1003757_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=MEL/DMSO_2.0pct/Input/std; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003757_mm9_wgEncodeSydhHistMelH3k04me1Dm2p5dStdSig.bigWig
+GSM1014178_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Mesoderm; cell organism=mouse; cell description=axial somatic and lateral plate mesoderm from eviscerated headless, limbless embryos; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014178_mm9_wgEncodeUwDnaseMesodermCd1ME11halfSigRep1.bigWig
+GSM995538_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_3hr; treatment description=3 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995538_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd3hPlusRawRep1.bigWig
+GSM1014195_8	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep3.bigWig
+GSM995536_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995536_mm9_wgEncodePsuRnaSeqG1eME0S129R2x99dPlusRawRep1.bigWig
+GSM1014162_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=129; strain description=Strain 129, has widely available embryonic stem cells; age=E14.5; age description=Embryonic day 14.5; labexpid=DS19246; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM1014162_mm9_wgEncodeUwDnaseLiverS129ME14halfSigRep1.bigWig
+GSM1000150_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001452; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000150_mm9_wgEncodeLicrHistoneLiverH3k27me3MAdult8wksC57bl6StdSig.bigWig
+GSM1000562_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FrontalLobe; cell organism=mouse; cell description=Frontal Lobe; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=7AWC,7BWC; labexpid=LID47081,LID47082; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000562_mm9_wgEncodeCshlLongRnaSeqFlobeAdult8wksPlusRawRep2.bigWig
+GSM1014192_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17082,DS17080; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2,4; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014192_mm9_wgEncodeUwDnaseTnaiveC57bl6MAdult8wksSigRep4.bigWig
+GSM1000572_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=25AWC,25BWC; labexpid=LID46987,LID46988; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000572_mm9_wgEncodeCshlLongRnaSeqWbrainE14halfMinusRawRep2.bigWig
+GSM1014166_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18138; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014166_mm9_wgEncodeUwDnaseHeartC57bl6MAdult8wksSigRep2.bigWig
+GSM1000566_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E18; age description=Embryonic day 18; age=E18; age description=Embryonic day 18; biorep=27AWC,27BWC; labexpid=LID47148,LID47149; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000566_mm9_wgEncodeCshlLongRnaSeqLiverE18PlusRawRep2.bigWig
+GSM1000092_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001451; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000092_mm9_wgEncodeLicrHistoneKidneyH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM1000087_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=Pooled & filtered; softwareversion=MACS; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1000087_mm9_wgEncodeLicrHistoneMelH3k04me3MImmortalC57bl6StdSig.bigWig
+GSM1014175_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Retina; cell organism=mouse; cell description=Retina; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS19060; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014175_mm9_wgEncodeUwDnaseRetinaC57bl6MAdult8wksSigRep1.bigWig
+GSM1003820_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18138; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003820_mm9_wgEncodeUwDgfHeartC57bl6MAdult8wksSigRep1.bigWig
+GSM1014192_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17082,DS17080; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2,4; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014192_mm9_wgEncodeUwDnaseTnaiveC57bl6MAdult8wksSigRep1.bigWig
+GSM1003831_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS16900; labversion=Hotspot-v5.2; replicate=1; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM1003831_mm9_wgEncodeUwDgfNih3t3NihsMImmortalSigRep1.bigWig
+GSM1014170_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18865; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,4; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014170_mm9_wgEncodeUwDnaseBcellcd43nC57bl6MAdult8wksSigRep1.bigWig
+GSM995440_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtD_14hr; treatment description=14 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003203; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995440_mm9_wgEncodePsuTfbsG1eer4InputME0S129InputDiffd14hSigRep1.bigWig
+GSM1000141_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=Pooled & filtered; softwareversion=MACS; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1000141_mm9_wgEncodeLicrHistoneMelH3k09acMImmortalC57bl6StdSig.bigWig
+GSM1014164_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS19087; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014164_mm9_wgEncodeUwDnaseCerebellumC57bl6MAdult8wksSigRep1.bigWig
+GSM995525_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEP; cell organism=mouse; cell description=mouse megakaryocyte erythroid progenitor cells with lineages CD16/32 and CD34-; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-5wks; age description=Adult 5 weeks; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM995525_mm9_wgEncodePsuRnaSeqMepFAdult5wksC57bl6jR2x99dPlusRawRep2.bigWig
+GSM1003822_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17616; labversion=Hotspot-v5.2; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003822_mm9_wgEncodeUwDgfZhbtc4129olaME0RawRep1.bigWig
+GSM1014148_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=TReg; cell organism=mouse; cell description=Regulatory T cells CD4+,CD25+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16358; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014148_mm9_wgEncodeUwDnaseTregC57bl6MAdult8wksSigRep1.bigWig
+GSM995537_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E14.5; age description=Embryonic day 14.5; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995537_mm9_wgEncodePsuRnaSeqMegakaryoBE14halfCd1R2x99dMinusRawRep2.bigWig
+GSM1000140_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001452; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000140_mm9_wgEncodeLicrHistoneLiverH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM995541_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_30hr; treatment description=30 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995541_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd30hPlusRawRep1.bigWig
+GSM1014153_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; age=immortalized; age description=Immortal cells; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; age=immortalized; age description=Immortal cells; labexpid=DS22536,DS22542; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1014153_mm9_wgEncodeUwDnaseCh122a4bFImmortalSigRep2.bigWig
+GSM1003823_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS12727; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003823_mm9_wgEncodeUwDgfWbrainC57bl6MAdult8wksRawRep1.bigWig
+GSM1003818_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS14605; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003818_mm9_wgEncodeUwDgfLiverC57bl6MAdult8wksRawRep1.bigWig
+GSM1003834_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=TReg-Activated; cell organism=mouse; cell description=Activated primary T regulatory cells, isolated ex vivo; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS20149; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003834_mm9_wgEncodeUwDgfTregaC57bl6MAdult8wksSigRep1.bigWig
+GSM1003775_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Pol2; antibody antibodydescription=mouse monoclonal, clone 8WG16. Antibody Target: POL2; antibody targetdescription=RNA Polymerase II; antibody vendorname=Covance; antibody vendorid=MMS-126R; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM002782; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003775_mm9_wgEncodeSydhTfbsMelPol2Dm2p5dIggrabSig.bigWig
+GSM1014164_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS19087; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014164_mm9_wgEncodeUwDnaseCbellumC57bl6MAdult8wksSigRep2.bigWig
+GSM1000200_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=6/8/2011 Lane 5-1; replicate=1; softwareversion=HCS; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1000200_mm9_wgEncodeLicrHistoneMelInputMImmortalC57bl6StdSig.bigWig
+GSM1014178_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Mesoderm; cell organism=mouse; cell description=axial somatic and lateral plate mesoderm from eviscerated headless, limbless embryos; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014178_mm9_wgEncodeUwDnaseMesodermCd1ME11halfSigRep2.bigWig
+GSM1014195_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep9.bigWig
+GSM1003802_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=GCN5; antibody antibodydescription=Rabbit polyclonal anti-GCN5 antibody (2676), Immunogen : synthetic peptide coupled to Ovalbumin (sequence-MAEPSQAPTPAPAAQPRPLC). Antibody Target: GCN5; antibody targetdescription=KAT2A, or GCN5, is a histone acetyltransferase (HAT) that functions primarily as a transcriptional activator. Acetylation of histones gives a specific tag for epigenetic transcription activation. In case of HIV-1 infection, it is recruited by the viral protein Tat. Regulates Tat's transactivating activity and may help inducing chromatin remodeling of proviral genes. Component of the SAGA and ATAC complexes, complexes with histone acetyltransferase activities on histones H3 and H4; antibody vendorname=Laszlo Tora; antibody vendorid=Missing; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; labversion=PeakSeq1.0; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003802_mm9_wgEncodeSydhTfbsCh12Gcn5IggrabSig.bigWig
+GSM995526_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); labexpid=single; age=immortalized; age description=Immortal cells; labexpid=single; readtype=1x45; readtype description=Single 45 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM995526_mm9_wgEncodePsuRnaSeqMelMImmortalUknR1x45Dm2p5dSigRep2.bigWig
+GSM1000563_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=6AWC,6BWC; labexpid=LID47032,LID47033; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000563_mm9_wgEncodeCshlLongRnaSeqCortexAdult8wksPlusRawRep2.bigWig
+GSM995534_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FVprogenitor; cell organism=mouse; cell description=Friend virus infected murine CD34-,CD133-,Kit+,Sca1+ progenitor cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-10-12wks; age description=Adult between 8-10 weeks #PROVISIONAL; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=BALB/cJ; strain description=A common inbred strain of laboratory mouse. #PROVISIONAL; original_filename=GSM995534_mm9_wgEncodePsuRnaSeqFvpBAdult810wksBalbcjR2x99dPlusRawRep2.bigWig
+GSM1003819_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS13948; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003819_mm9_wgEncodeUwDgfKidneyC57bl6MAdult8wksRawRep1.bigWig
+GSM995530_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=single; age=E0; age description=Embryonic day 0 (stem cell); labexpid=single; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995530_mm9_wgEncodePsuRnaSeqG1eME0S129R1x55SigRep2.bigWig
+GSM1000080_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002486; labversion=7/28/10 6; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000080_mm9_wgEncodeLicrHistoneSmintInputMAdult8wksC57bl6StdSig.bigWig
+GSM1003779_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=ZKSCAN1_(HPA006672); antibody antibodydescription=Rabbit polyclonal, Immunogen: Zinc finger with KRAB and SCAN domain-containing protein 1 recombinant protein epitope signature tag (PrEST). Antibody Target: ZKSCAN1; antibody targetdescription=The ZKSCAN1 gene encodes a transcriptional regulator of the KRAB (Kruppel-associated box) subfamily of zinc finger proteins, which contain repeated Cys2-His2 (C2H2) zinc finger domains that are connected by conserved sequences, called H/C links. Transcriptional regulatory proteins containing tandemly repeated zinc finger domains are thought to be involved in both normal and abnormal cellular proliferation and differentiation.; antibody vendorname=Sigma-Aldrich; antibody vendorid=HPA006672; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003779_mm9_wgEncodeSydhTfbsMelZkscan1hpa006672IggrabSig.bigWig
+GSM1014191_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=immortalized; age description=Immortal cells; strain=Unknown; strain description=Unknown strain origin; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1014191_mm9_wgEncodeUwDnaseMelC57bl6MAdult8wksSigRep1.bigWig
+GSM1000203_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002490; labversion=2/9/11 Lane 3; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000203_mm9_wgEncodeLicrHistoneTestisInputMAdult8wksC57bl6StdSig.bigWig
+GSM1000573_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E11.5; age description=Embryonic day 11.5; age=E11.5; age description=Embryonic day 11.5; biorep=21AWC,21BWC; labexpid=LID46946,LID46947; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000573_mm9_wgEncodeCshlLongRnaSeqCnsE11halfMinusRawRep2.bigWig
+GSM1000137_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002506; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000137_mm9_wgEncodeLicrHistoneHeartH3k27acUE14halfC57bl6StdSig.bigWig
+GSM1000152_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001452; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000152_mm9_wgEncodeLicrHistoneLiverH3k79me2MAdult8wksC57bl6StdSig.bigWig
+GSM1000147_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001683; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000147_mm9_wgEncodeLicrHistoneEsb4H3k09me3ME0C57bl6StdSig.bigWig
+GSM1003821_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17562; labversion=Hotspot-v5.2; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003821_mm9_wgEncodeUwDgfZhbtc4129olaME0Diffb24hRawRep1.bigWig
+GSM1003830_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=ES-CJ7; cell organism=mouse; cell description=ES-cells were originally isolated from 129S1/SVImJ mice by Swiatek PJ et al. in 1993 (Perinatal lethality and defects in hindbrain development in mice homozygous for a targeted mutation of the zinc finger gene Krox20. Swiatek PJ, Gridley T. Genes Dev. 1993 Nov,7(11):2071-84.); cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS13320; labversion=Hotspot-v5.2; replicate=1; strain=129S1/SVImJ; strain description=Control inbred strain of the steel-derived ES cells.; original_filename=GSM1003830_mm9_wgEncodeUwDgfEscj7129s1ME0SigRep1.bigWig
+GSM1000573_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E11.5; age description=Embryonic day 11.5; age=E11.5; age description=Embryonic day 11.5; biorep=21AWC,21BWC; labexpid=LID46946,LID46947; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000573_mm9_wgEncodeCshlLongRnaSeqCnsE11halfMinusRawRep1.bigWig
+GSM1014151_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,5,4,7,6; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014151_mm9_wgEncodeUwDnaseWbrainC57bl6MAdult8wksSigRep5.bigWig
+GSM1014195_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep12.bigWig
+GSM1014168_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Cerebrum; cell organism=mouse; cell description=Cerebrum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014168_mm9_wgEncodeUwDnaseCerebrumC57bl6MAdult8wksSigRep1.bigWig
+GSM1000067_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002490; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000067_mm9_wgEncodeLicrHistoneTestisH3k36me3MAdult8wksC57bl6StdSig.bigWig
+GSM1003809_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002788; labversion=PeakSeq1.0; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003809_mm9_wgEncodeSydhTfbsEse14MafkStdSig.bigWig
+GSM1003833_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=THelper-Activated; cell organism=mouse; cell description=Activated primary CD4 effector cells, isolated ex vivo; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17070; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003833_mm9_wgEncodeUwDgfThelpaC57bl6MAdult8wksRawRep1.bigWig
+GSM1000095_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000095_mm9_wgEncodeLicrHistoneWbrainH3k04me3UE14halfC57bl6StdSig.bigWig
+GSM1000083_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002486; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000083_mm9_wgEncodeLicrHistoneSmintH3k04me3MAdult8wksC57bl6StdSig.bigWig
+GSM1000148_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003163; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000148_mm9_wgEncodeLicrHistoneBcellcd43nH3k36me3MAdlt8wC57bl6StdSig.bigWig
+GSM995536_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995536_mm9_wgEncodePsuRnaSeqG1eME0S129R2x99dPlusRawRep2.bigWig
+GSM995534_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FVprogenitor; cell organism=mouse; cell description=Friend virus infected murine CD34-,CD133-,Kit+,Sca1+ progenitor cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-10-12wks; age description=Adult between 8-10 weeks #PROVISIONAL; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=BALB/cJ; strain description=A common inbred strain of laboratory mouse. #PROVISIONAL; original_filename=GSM995534_mm9_wgEncodePsuRnaSeqFvpBAdult810wksBalbcjR2x99dMinusRawRep2.bigWig
+GSM1014160_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ES-WW6_F1KO; cell organism=mouse; cell description=Histone H1c, H1d, H1e triple null mouse embryonic stem cell line derived from ES-WW6 cells.; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=Unknown; strain description=Unknown strain origin; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17063,DS18365; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1014160_mm9_wgEncodeUwDnaseEsww6koUknME0SigRep1.bigWig
+GSM1000202_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002482; labversion=12/14/10 Lane 7; replicate=2; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000202_mm9_wgEncodeLicrHistoneLimbInputUE14halfC57bl6StdSig.bigWig
+GSM1014182_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18870,DS18884; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014182_mm9_wgEncodeUwDnaseSpleenC57bl6MAdult8wksSigRep1.bigWig
+GSM1014193_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014193_mm9_wgEncodeUwDnaseKidneyC57bl6MAdult8wksSigRep2.bigWig
+GSM1000077_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001451; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000077_mm9_wgEncodeLicrHistoneKidneyH3k27me3MAdult8wksC57bl6StdSig.bigWig
+GSM995541_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_30hr; treatment description=30 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995541_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd30hPlusRawRep2.bigWig
+GSM1014172_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HeadlessEmbryo; cell organism=mouse; cell description=Whole embryos with heads removed; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labexpid=DS17129; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014172_mm9_wgEncodeUwDnaseHlembryoCd1ME11halfSigRep2.bigWig
+GSM1000096_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000096_mm9_wgEncodeLicrHistoneWbrainH3k04me1UE14halfC57bl6StdSig.bigWig
+GSM995533_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E14.5; age description=Embryonic day 14.5; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995533_mm9_wgEncodePsuRnaSeqErythroblBE14halfCd1R2x99dMinusRawRep2.bigWig
+GSM1000573_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E11.5; age description=Embryonic day 11.5; age=E11.5; age description=Embryonic day 11.5; biorep=21AWC,21BWC; labexpid=LID46946,LID46947; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000573_mm9_wgEncodeCshlLongRnaSeqCnsE11halfPlusRawRep1.bigWig
+GSM1000107_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002482; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000107_mm9_wgEncodeLicrHistoneLimbH3k27acUE14halfC57bl6StdSig.bigWig
+GSM1000574_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14; age description=Embryonic day 14; age=E14; age description=Embryonic day 14; biorep=26AWC,26BWC; labexpid=LID47144,LID47145; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000574_mm9_wgEncodeCshlLongRnaSeqLiverE14PlusRawRep2.bigWig
+GSM995442_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; treatment=diffProtD_7hr; treatment description=7 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003207; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995442_mm9_wgEncodePsuTfbsG1eer4Gata1aME0S129InputDiffd7hSigRep1.bigWig
+GSM1000075_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BAT; cell organism=mouse; cell description=Brown adipocytes tissue; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-24wks; age description=Adult 24 weeks; age=adult-24wks; age description=Adult 24 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002656; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000075_mm9_wgEncodeLicrHistoneBatH3k04me3MAdult24wksC57bl6StdSig.bigWig
+GSM1014151_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,5,4,7,6; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014151_mm9_wgEncodeUwDnaseWbrainC57bl6MAdult8wksSigRep3.bigWig
+GSM995525_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEP; cell organism=mouse; cell description=mouse megakaryocyte erythroid progenitor cells with lineages CD16/32 and CD34-; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-5wks; age description=Adult 5 weeks; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM995525_mm9_wgEncodePsuRnaSeqMepFAdult5wksC57bl6jR2x99dPlusRawRep1.bigWig
+GSM995445_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; treatment=None; treatment description=No special treatment or protocol applies; labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003202; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995445_mm9_wgEncodePsuTfbsG1eer4Gata1aME0S129InputSigRep1.bigWig
+GSM1000566_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E18; age description=Embryonic day 18; age=E18; age description=Embryonic day 18; biorep=27AWC,27BWC; labexpid=LID47148,LID47149; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000566_mm9_wgEncodeCshlLongRnaSeqLiverE18MinusRawRep1.bigWig
+GSM1000565_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=10AWC,10BWC; labexpid=LID46983,LID46984; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000565_mm9_wgEncodeCshlLongRnaSeqPlacAdult8wksMinusRawRep1.bigWig
+GSM1003755_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003755_mm9_wgEncodeSydhHistMelH3k09me3IggrabSig.bigWig
+GSM1014157_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=EPC_(CD117+,CD71+,TER119+); cell organism=mouse; cell description=liver fraction CD117+,CD71+,TER119+; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E14.5; age description=Embryonic day 14.5; labexpid=DS20999; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014157_mm9_wgEncodeUwDnaseEpcpppCd1ME14halfSigRep1.bigWig
+GSM1003758_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=MEL/DMSO_2.0pct/Input/std; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003758_mm9_wgEncodeSydhHistMelInputDm2p5dStdSig.bigWig
+GSM1003794_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=BHLHE40_(NB100-1800); antibody antibodydescription=Rabbit polyclonal, maps to a region between residues 350 and the C-terminus (residue 412). Antibody Target: BHLHE40; antibody targetdescription=This gene encodes a basic helix-loop-helix protein expressed in various tissues. Expression in the chondrocytes is responsive to the addition of Bt2cAMP. The encoded protein is believed to be involved in the control of cell differentiation.; antibody vendorname=Novus; antibody vendorid=NB100-1800; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003794_mm9_wgEncodeSydhTfbsMelBhlhe40cIggrabSig.bigWig
+GSM1003753_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=1)Abcam; 2)Millipore; antibody vendorid=ab8580; 07-473; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003753_mm9_wgEncodeSydhHistMelH3k04me3IggrabSig.bigWig
+GSM1014179_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=HindlimbBud; cell organism=mouse; cell description=embryo hindlimb buds; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014179_mm9_wgEncodeUwDnaseHlbudCd1ME11halfSigRep2.bigWig
+GSM1014163_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM1014163_mm9_wgEncodeUwDnase416bC57bl6MAdult8wksSigRep2.bigWig
+GSM1003751_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-E14/None/Input/std; labversion=PeakSeq1.0; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003751_mm9_wgEncodeSydhHistEse14H3k09me3StdSig.bigWig
+GSM995527_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_14hr; treatment description=14 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995527_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd14hMinusRawRep1.bigWig
+GSM995527_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_14hr; treatment description=14 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995527_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd14hMinusRawRep2.bigWig
+GSM1003798_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=ZNF-MIZD-CP1_(ab65767); antibody antibodydescription=Rabbit Polyclonal against synthetic peptide conjugated to KLH derived from within residues 200 - 300 of Human Zinc finger MIZ domain-containing protein 1.; antibody targetdescription=Zinc finger MIZ domain-containing protein 1 that increases ligand-dependent transcriptional activity of AR and promotes AR sumoylation. The stimulation of AR activity is dependent upon sumoylation.; antibody vendorname=Abcam; antibody vendorid=ab65767; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003798_mm9_wgEncodeSydhTfbsMelZnfmizdcp1ab65767IggrabSig.bigWig
+GSM1000149_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001450; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000149_mm9_wgEncodeLicrHistoneHeartH3k09acMAdult8wksC57bl6StdSig.bigWig
+GSM1003795_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=HCFC1_(NB100-68209); antibody antibodydescription=Rabbit polyclonalantibody against residue 1700 and 1750 of human host cell factor C1; antibody targetdescription=The epitope recognized by this antibody maps to a region between residue 1700 and 1750 of human host cell factor C1 (VP16-accessory protein).; antibody vendorname=NovusBio; antibody vendorid=NB100-68209; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003795_mm9_wgEncodeSydhTfbsCh12Hcfc1nb10068209IggrabSig.bigWig
+GSM1000084_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002486; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000084_mm9_wgEncodeLicrHistoneSmintH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM1014189_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=SkMuscle; cell organism=mouse; cell description=Skeletal Muscle; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18892,DS18130; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014189_mm9_wgEncodeUwDnaseSkmuscleC57bl6MAdult8wksSigRep2.bigWig
+GSM1014166_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18138; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014166_mm9_wgEncodeUwDnaseHeartC57bl6MAdult8wksSigRep1.bigWig
+GSM995533_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E14.5; age description=Embryonic day 14.5; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995533_mm9_wgEncodePsuRnaSeqErythroblBE14halfCd1R2x99dPlusRawRep1.bigWig
+GSM1014176_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=mG/ER; cell organism=mouse; cell description=MEL-GATA-1-ER, This is a mouse suspension cell line derived from MEL cells by stable transfection with a GATA-1-ER fusion protein construct as described by Choe et al., 2003 (Cancer Res 63, 6363-6369, 2003). These cells can be terminally differentiated into mature erythroid cells with Β-estradiol treatment; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS15400,DS15395; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014176_mm9_wgEncodeUwDnaseMgerUknImmortalSigRep2.bigWig
+GSM1000207_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002510; labversion=1/18/11 Lane 1; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000207_mm9_wgEncodeLicrHistonePlacInputFAdult8wksC57bl6StdSig.bigWig
+GSM1014189_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=SkMuscle; cell organism=mouse; cell description=Skeletal Muscle; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18892,DS18130; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014189_mm9_wgEncodeUwDnaseSkmuscleC57bl6MAdult8wksSigRep1.bigWig
+GSM1000097_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001448; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000097_mm9_wgEncodeLicrHistoneCbellumH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM1003785_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=USF2; antibody antibodydescription=Mouse monoclonal. Immunogen corresponds to amino acids 1-101 of Human USF2. Antibody Target: USF2; antibody targetdescription=Encodes a member of the basic helix-loop-helix leucine zipper family. The encoded protein can activate transcription through pyrimidine-rich initiator (Inr) elements and E-box motifs (5'-CACGTG-3').; antibody vendorname=abcam; antibody vendorid=ab60931; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003785_mm9_wgEncodeSydhTfbsMelUsf2IggrabSig.bigWig
+GSM995532_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995532_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dPlusRawRep2.bigWig
+GSM995537_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E14.5; age description=Embryonic day 14.5; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995537_mm9_wgEncodePsuRnaSeqMegakaryoBE14halfCd1R2x99dPlusRawRep1.bigWig
+GSM1014194_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014194_mm9_wgEncodeUwDnaseLungC57bl6MAdult8wksSigRep2.bigWig
+GSM1000565_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=10AWC,10BWC; labexpid=LID46983,LID46984; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000565_mm9_wgEncodeCshlLongRnaSeqPlacAdult8wksPlusRawRep2.bigWig
+GSM1003829_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS16695; labversion=Hotspot-v5.2; replicate=1; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM1003829_mm9_wgEncodeUwDgfA20BalbcannMImmortalRawRep1.bigWig
+GSM1014151_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,5,4,7,6; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014151_mm9_wgEncodeUwDnaseWbrainC57bl6MAdult8wksSigRep7.bigWig
+GSM995437_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtD_3hr; treatment description=3 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003206; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995437_mm9_wgEncodePsuTfbsG1eer4InputME0S129InputDiffd3hSigRep1.bigWig
+GSM995529_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=single; age=E0; age description=Embryonic day 0 (stem cell); labexpid=single; readtype=1x36; readtype description=Single 36 nt reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995529_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R1x36Diffd24hSigRep1.bigWig
+GSM1014197_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014197_mm9_wgEncodeUwDnaseWbrainC57bl6ME14halfSigRep2.bigWig
+GSM1000106_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000106_mm9_wgEncodeLicrHistoneWbrainH3k09me3ME14halfC57bl6StdSig.bigWig
+GSM995446_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=FLI1_(sc-356); antibody antibodydescription=FLI1 (C-19) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of FLI1 of mouse origin.; antibody targetdescription=Fli1 (Friend leukemia virus integration 1) is a member of a family of genes identified on the basis of their homology to the v-Ets oncogene isolated from the E26 erythoblastosis virus.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-356; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995446_mm9_wgEncodePsuTfbsMegakaryoFli1sc356BE14halfCd1InputRepSignalRep1.bigWig
+GSM1014190_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=B-cell_(CD19+); cell organism=mouse; cell description=B Cell , CD19+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=Hotspot-v5.1,1,lmax-v1.1,2,WindowDensity-bin20-win+/-75,lmax-v1.0; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014190_mm9_wgEncodeUwDnaseBcellcd19pC57bl6MAdult8wksSigRep1.bigWig
+GSM1000085_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002482; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000085_mm9_wgEncodeLicrHistoneLimbH3k04me1UE14halfC57bl6StdSig.bigWig
+GSM1003777_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=ETS1; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: ETS1; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-350; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003777_mm9_wgEncodeSydhTfbsMelEts1IggrabSig.bigWig
+GSM995446_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=FLI1_(sc-356); antibody antibodydescription=FLI1 (C-19) is an affinity purified rabbit polyclonal antibody raised against a peptide mapping at the C-terminus of FLI1 of mouse origin.; antibody targetdescription=Fli1 (Friend leukemia virus integration 1) is a member of a family of genes identified on the basis of their homology to the v-Ets oncogene isolated from the E26 erythoblastosis virus.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-356; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995446_mm9_wgEncodePsuTfbsMegakaryoFli1sc356BE14halfCd1InputRepSignalRep2.bigWig
+GSM1003782_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=ZKSCAN1_(HPA006672); antibody antibodydescription=Rabbit polyclonal, Immunogen: Zinc finger with KRAB and SCAN domain-containing protein 1 recombinant protein epitope signature tag (PrEST). Antibody Target: ZKSCAN1; antibody targetdescription=The ZKSCAN1 gene encodes a transcriptional regulator of the KRAB (Kruppel-associated box) subfamily of zinc finger proteins, which contain repeated Cys2-His2 (C2H2) zinc finger domains that are connected by conserved sequences, called H/C links. Transcriptional regulatory proteins containing tandemly repeated zinc finger domains are thought to be involved in both normal and abnormal cellular proliferation and differentiation.; antibody vendorname=Sigma-Aldrich; antibody vendorid=HPA006672; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; labversion=PeakSeq1.0; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003782_mm9_wgEncodeSydhTfbsCh12Zkscan1hpa006672IggrabSig.bigWig
+GSM1000569_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E14; age description=Embryonic day 14; age=E14; age description=Embryonic day 14; biorep=23AWC,23BWC; labexpid=LID46948,LID46949; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000569_mm9_wgEncodeCshlLongRnaSeqCnsE14PlusRawRep2.bigWig
+GSM1003791_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Nrf2; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: Nrf2; antibody targetdescription=epitope corresponding to amino acids 1-180 mapping at the N-terminus of GABP-alpha of human origin; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-22810; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003791_mm9_wgEncodeSydhTfbsMelNrf2IggrabSig.bigWig
+GSM1000563_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cortex; cell organism=mouse; cell description=Cortex; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=6AWC,6BWC; labexpid=LID47032,LID47033; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000563_mm9_wgEncodeCshlLongRnaSeqCortexAdult8wksMinusRawRep1.bigWig
+GSM1000101_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002477; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000101_mm9_wgEncodeLicrHistoneThymusH3k04me3MAdult8wksC57bl6StdSig.bigWig
+GSM1000568_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=29AWC,29BWC; labexpid=LID46985,LID46986; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000568_mm9_wgEncodeCshlLongRnaSeqLimbE14halfMinusRawRep2.bigWig
+GSM1014191_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=immortalized; age description=Immortal cells; strain=Unknown; strain description=Unknown strain origin; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1014191_mm9_wgEncodeUwDnaseMelC57bl6MAdult8wksSigRep2.bigWig
+GSM995449_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003204; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995449_mm9_wgEncodePsuTfbsG1eer4Gata1aME0S129InputDiffd24hSigRep1.bigWig
+GSM1000136_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002506; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000136_mm9_wgEncodeLicrHistoneHeartH3k04me1UE14halfC57bl6StdSig.bigWig
+GSM1014159_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ES-WW6; cell organism=mouse; cell description=ES-cells isolated from mix of ~20% C57/B6J, ~75% 129/Sv and ~5% SJL strains; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=Unknown; strain description=Unknown strain origin; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17060,DS17613; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1014159_mm9_wgEncodeUwDnaseEsww6UknME0SigRep1.bigWig
+GSM1014151_7	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,5,4,7,6; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014151_mm9_wgEncodeUwDnaseWbrainC57bl6MAdult8wksSigRep6.bigWig
+GSM1000570_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E18; age description=Embryonic day 18; age=E18; age description=Embryonic day 18; biorep=24AWC,24BWC; labexpid=LID46950,LID46951; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000570_mm9_wgEncodeCshlLongRnaSeqCnsE18MinusRawRep2.bigWig
+GSM1000081_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002490; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000081_mm9_wgEncodeLicrHistoneTestisH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM1003746_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-E14/None/Input/std; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003746_mm9_wgEncodeSydhHistEse14InputStdSig.bigWig
+GSM1003831_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=NIH-3T3; cell organism=mouse; cell description=fibroblast; cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS16900; labversion=Hotspot-v5.2; replicate=1; strain=NIH/Swiss; strain description=An outbred Swiss mouse  used as a general-purpose stock. Used extensively for pertussis HSF testing.; original_filename=GSM1003831_mm9_wgEncodeUwDgfNih3t3NihsMImmortalRawRep1.bigWig
+GSM1014187_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ES-CJ7; cell organism=mouse; cell description=ES-cells were originally isolated from 129S1/SVImJ mice by Swiatek PJ et al. in 1993 (Perinatal lethality and defects in hindbrain development in mice homozygous for a targeted mutation of the zinc finger gene Krox20. Swiatek PJ, Gridley T. Genes Dev. 1993 Nov,7(11):2071-84.); cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=129S1/SVImJ; strain description=Control inbred strain of the steel-derived ES cells.; age=E0; age description=Embryonic day 0 (stem cell); labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129S1/SVImJ; strain description=Control inbred strain of the steel-derived ES cells.; original_filename=GSM1014187_mm9_wgEncodeUwDnaseEscj7S129ME0SigRep1.bigWig
+GSM1014184_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E18.5; age description=Embryonic day 18.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E18.5; age description=Embryonic day 18.5; labexpid=DS19690,DS15269; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014184_mm9_wgEncodeUwDnaseWbrainC57bl6ME18halfSigRep2.bigWig
+GSM1014196_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=3134; cell organism=mouse; cell description=Mammary; cell sex=M; age=immortalized; age description=Immortal cells; strain=RIII; strain description=High mammary tumor incidence in unfostered substrains.; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=RIII; strain description=High mammary tumor incidence in unfostered substrains.; original_filename=GSM1014196_mm9_wgEncodeUwDnase3134RiiiMImmortalSigRep2.bigWig
+GSM1000122_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K79me2; antibody antibodydescription=Rabbit polyclonal antibody raised against a peptide containing K79 di-methylation. Antibody Target: H3K79me2; antibody targetdescription=H3K79me2 is a mark of the transcriptional transition region - the region between the initiation marks (K4me3, etc) and the elongation marks (K36me3).; antibody vendorname=Active Motif; antibody vendorid=39143; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003164; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000122_mm9_wgEncodeLicrHistoneCh12H3k79me2FImmortalC57bl6StdSig.bigWig
+GSM1014200_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=TReg-Activated; cell organism=mouse; cell description=Activated primary T regulatory cells, isolated ex vivo; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17077,DS20149; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014200_mm9_wgEncodeUwDnaseTregaC57bl6MAdult8wksSigRep1.bigWig
+GSM1014187_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ES-CJ7; cell organism=mouse; cell description=ES-cells were originally isolated from 129S1/SVImJ mice by Swiatek PJ et al. in 1993 (Perinatal lethality and defects in hindbrain development in mice homozygous for a targeted mutation of the zinc finger gene Krox20. Swiatek PJ, Gridley T. Genes Dev. 1993 Nov,7(11):2071-84.); cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=129S1/SVImJ; strain description=Control inbred strain of the steel-derived ES cells.; age=E0; age description=Embryonic day 0 (stem cell); labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129S1/SVImJ; strain description=Control inbred strain of the steel-derived ES cells.; original_filename=GSM1014187_mm9_wgEncodeUwDnaseEscj7S129ME0SigRep2.bigWig
+GSM1014198_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Retina; cell organism=mouse; cell description=Retina; cell sex=M; age=adult-1wks; age description=Adult 1 week; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-1wks; age description=Adult 1 week; labexpid=DS20000; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014198_mm9_wgEncodeUwDnaseRetinaC57bl6MAdult1wksSigRep1.bigWig
+GSM1014194_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014194_mm9_wgEncodeUwDnaseLungC57bl6MAdult8wksSigRep3.bigWig
+GSM1000574_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14; age description=Embryonic day 14; age=E14; age description=Embryonic day 14; biorep=26AWC,26BWC; labexpid=LID47144,LID47145; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000574_mm9_wgEncodeCshlLongRnaSeqLiverE14MinusRawRep2.bigWig
+GSM1003781_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=SIN3A_(NB600-1263); antibody antibodydescription=Rabbit polyclonal, Immunogen: Synthetic peptide: MKRRLDDQESDVYAAQQRR, corresponding to amino acids 1-19 of Mouse mSin3A. Antibody Target: SIN3A (NB600-1263); antibody targetdescription=Mammalian Sin 3 (mSin 3) is closely related to the yeast SIN3 repressor protein involved in the transcriptional repression of many genes. Containing 4 paired amphipathic helix domains (PAH domains), mSin 3A and mSin 3B have been shown to directly interact with several other transcriptional repressor proteins including HDAC 1, HDAC 2, RbAp 46, the methyl CpG binding protein MeCP 2, the Mad/Max heterodimer, and the corepressors silencing mediator of retinoic acid & thyroid hormone receptor (SMRT) and nuclear receptor corepressor (N-CoR).; antibody vendorname=Novus Biologicals; antibody vendorid=NB600-1263; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; labversion=PeakSeq1.0; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003781_mm9_wgEncodeSydhTfbsCh12Sin3anb6001263IggrabSig.bigWig
+GSM1000119_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003164; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000119_mm9_wgEncodeLicrHistoneCh12H3k04me1FImmortalC57bl6StdSig.bigWig
+GSM1000567_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=20AWC,20BWC; labexpid=LID47036,LID47037; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000567_mm9_wgEncodeCshlLongRnaSeqCbellumAdult8wksMinusRawRep2.bigWig
+GSM1000131_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001450; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000131_mm9_wgEncodeLicrHistoneHeartH3k27me3MAdult8wksC57bl6StdSig.bigWig
+GSM1000155_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=Pooled & filtered; softwareversion=MACS; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1000155_mm9_wgEncodeLicrHistoneMelH3k36me3MImmortalC57bl6StdSig.bigWig
+GSM1014170_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18865; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,4; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014170_mm9_wgEncodeUwDnaseBcellcd43nC57bl6MAdult8wksSigRep4.bigWig
+GSM1000139_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEF; cell organism=mouse; cell description=Mouse Embryonic Fibroblast; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001456; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000139_mm9_wgEncodeLicrHistoneMefH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM995531_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_7hr; treatment description=7 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995531_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd7hMinusRawRep1.bigWig
+GSM1003821_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17562; labversion=Hotspot-v5.2; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003821_mm9_wgEncodeUwDgfZhbtc4129olaME0Diffb24hSigRep1.bigWig
+GSM1003819_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS13948; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003819_mm9_wgEncodeUwDgfKidneyC57bl6MAdult8wksSigRep1.bigWig
+GSM995538_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_3hr; treatment description=3 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995538_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd3hMinusRawRep1.bigWig
+GSM1000569_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E14; age description=Embryonic day 14; age=E14; age description=Embryonic day 14; biorep=23AWC,23BWC; labexpid=LID46948,LID46949; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000569_mm9_wgEncodeCshlLongRnaSeqCnsE14MinusRawRep1.bigWig
+GSM995541_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_30hr; treatment description=30 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995541_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd30hMinusRawRep2.bigWig
+GSM995527_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_14hr; treatment description=14 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995527_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd14hPlusRawRep1.bigWig
+GSM1014186_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=LgIntestine; cell organism=mouse; cell description=Large Intestine; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18784,DS19140; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014186_mm9_wgEncodeUwDnaseLgintC57bl6MAdult8wksSigRep2.bigWig
+GSM995534_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FVprogenitor; cell organism=mouse; cell description=Friend virus infected murine CD34-,CD133-,Kit+,Sca1+ progenitor cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-10-12wks; age description=Adult between 8-10 weeks #PROVISIONAL; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=BALB/cJ; strain description=A common inbred strain of laboratory mouse. #PROVISIONAL; original_filename=GSM995534_mm9_wgEncodePsuRnaSeqFvpBAdult810wksBalbcjR2x99dPlusRawRep1.bigWig
+GSM995528_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=single; age=immortalized; age description=Immortal cells; labexpid=single; readtype=1x45; readtype description=Single 45 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM995528_mm9_wgEncodePsuRnaSeqMelMImmortalUknR1x45SigRep2.bigWig
+GSM1003816_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=3134; cell organism=mouse; cell description=Mammary; cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS8497; labversion=Hotspot-v5.2; replicate=1; strain=RIII; strain description=High mammary tumor incidence in unfostered substrains.; original_filename=GSM1003816_mm9_wgEncodeUwDgf3134RiiiMImmortalSigRep1.bigWig
+GSM995526_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); labexpid=single; age=immortalized; age description=Immortal cells; labexpid=single; readtype=1x45; readtype description=Single 45 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM995526_mm9_wgEncodePsuRnaSeqMelMImmortalUknR1x45Dm2p5dSigRep1.bigWig
+GSM1014174_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ForelimbBud; cell organism=mouse; cell description=embryo forelimb buds; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014174_mm9_wgEncodeUwDnaseFlbudCd1ME11halfSigRep1.bigWig
+GSM1000098_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002494; labversion=10/28/10 Lane 4; replicate=2; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000098_mm9_wgEncodeLicrHistoneWbrainInputUE14halfC57bl6StdSig.bigWig
+GSM1003783_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=UBF_(sc-13125); antibody antibodydescription=UBF (F-9) is a mouse monoclonal antibody raised against amino acids 1-220 of UBF of human origin. Antibody Target: UBF; antibody targetdescription=Upstream binding factor (UBF) is a transcription factor required for expression of the 18S, 5.8S, and 28S ribosomal RNAs, along with SL1 (a complex of TBP (MIM 600075) and multiple TBP-associated factors or 'TAFs'). Two UBF polypeptides, of 94 and 97 kD, exist in the human (Bell et al., 1988 (PubMed 3413483)). UBF is a nucleolar phosphoprotein with both DNA binding and transactivation domains. Sequence-specific DNA binding to the core and upstream control elements of the human rRNA promoter is mediated through several HMG boxes; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-13125; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; labversion=PeakSeq1.0; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003783_mm9_wgEncodeSydhTfbsCh12Ubfsc13125IggrabSig.bigWig
+GSM1000572_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=25AWC,25BWC; labexpid=LID46987,LID46988; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000572_mm9_wgEncodeCshlLongRnaSeqWbrainE14halfPlusRawRep2.bigWig
+GSM1003811_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002788; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003811_mm9_wgEncodeSydhTfbsEse14InputStdSig.bigWig
+GSM995534_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FVprogenitor; cell organism=mouse; cell description=Friend virus infected murine CD34-,CD133-,Kit+,Sca1+ progenitor cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-10-12wks; age description=Adult between 8-10 weeks #PROVISIONAL; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=BALB/cJ; strain description=A common inbred strain of laboratory mouse. #PROVISIONAL; original_filename=GSM995534_mm9_wgEncodePsuRnaSeqFvpBAdult810wksBalbcjR2x99dMinusRawRep1.bigWig
+GSM1014195_11	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep13.bigWig
+GSM1014200_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=TReg-Activated; cell organism=mouse; cell description=Activated primary T regulatory cells, isolated ex vivo; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17077,DS20149; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014200_mm9_wgEncodeUwDnaseTregaC57bl6MAdult8wksSigRep2.bigWig
+GSM1000066_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BMDM; cell organism=mouse; cell description=Bone marrow derived macrophage; cell sex=F; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002660; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000066_mm9_wgEncodeLicrHistoneBmdmH3k04me1FAdult8wksC57bl6StdSig.bigWig
+GSM1014148_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=TReg; cell organism=mouse; cell description=Regulatory T cells CD4+,CD25+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16358; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014148_mm9_wgEncodeUwDnaseTregC57bl6MAdult8wksSigRep3.bigWig
+GSM1014158_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=EPC_(CD117+,CD71+,TER119-); cell organism=mouse; cell description=liver fraction CD117+,CD71+,TER119-; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E14.5; age description=Embryonic day 14.5; labexpid=DS20994; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014158_mm9_wgEncodeUwDnaseEpcppmCd1ME14halfSigRep1.bigWig
+GSM1014169_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17616; labversion=1,Hotspot-v5.2,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1014169_mm9_wgEncodeUwDnaseZhbtc4129olaME0SigRep1V2.bigWig
+GSM1000154_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=Pooled & filtered; softwareversion=MACS; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1000154_mm9_wgEncodeLicrHistoneMelH3k27me3MImmortalC57bl6StdSig.bigWig
+GSM1000116_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me2; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me2; antibody targetdescription=Histone H3 (di methyl K4). Marks promoters and enhancers. Most CpG islands are marked by H3K4me2 in primary cells. May be associated also with poised promoters.; antibody vendorname=Abcam; antibody vendorid=ab7766; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003164; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000116_mm9_wgEncodeLicrHistoneCh12H3k04me2FImmortalC57bl6StdSig.bigWig
+GSM1000089_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-Bruce4; cell organism=mouse; cell description=mouse embryonic stem cells; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001683; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000089_mm9_wgEncodeLicrHistoneEsb4H3k27me3ME0C57bl6StdSig.bigWig
+GSM1014150_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); treatment=diffProtB_6hr; treatment description=Oct4 repression with Doxycycline in ZhBTc4 ES cell culture harvested at 6 hours. Doxycycline added to a final concentration of 100 ng/ml. (Stam); strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS15236,DS15860; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1014150_mm9_wgEncodeUwDnaseZhbtc4129olaME0Diffb6hSigRep2.bigWig
+GSM1000102_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002477; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000102_mm9_wgEncodeLicrHistoneThymusH3k04me1MAdult8wksC57bl6StdSig.bigWig
+GSM995441_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003202; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995441_mm9_wgEncodePsuTfbsG1eer4InputME0S129InputSigRep1.bigWig
+GSM995533_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Erythrobl; cell organism=mouse; cell description=Erythroblast, ter119+ cells from liver; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E14.5; age description=Embryonic day 14.5; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995533_mm9_wgEncodePsuRnaSeqErythroblBE14halfCd1R2x99dPlusRawRep2.bigWig
+GSM1014195_6	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep2.bigWig
+GSM1003825_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17080; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003825_mm9_wgEncodeUwDgfTnaiveC57bl6MAdult8wksSigRep2.bigWig
+GSM1000142_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002652; labversion=Pooled & filtered; softwareversion=MACS; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1000142_mm9_wgEncodeLicrHistoneMelH3k27acMImmortalC57bl6StdSig.bigWig
+GSM995448_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; treatment=diffProtD_30hr; treatment description=30 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003205; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995448_mm9_wgEncodePsuTfbsG1eer4Gata1aME0S129InputDiffd30hSigRep1.bigWig
+GSM1014197_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E14.5; age description=Embryonic day 14.5; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014197_mm9_wgEncodeUwDnaseWbrainC57bl6ME14halfSigRep1.bigWig
+GSM995528_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=single; age=immortalized; age description=Immortal cells; labexpid=single; readtype=1x45; readtype description=Single 45 nt reads; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM995528_mm9_wgEncodePsuRnaSeqMelMImmortalUknR1x45SigRep1.bigWig
+GSM1003750_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-E14/None/Input/std; labversion=PeakSeq1.0; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003750_mm9_wgEncodeSydhHistEse14H3k04me1StdSig.bigWig
+GSM1014195_9	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep1.bigWig
+GSM1000564_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Bladder; cell organism=mouse; cell description=Urinary Bladder; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=30AWC,30BWC; labexpid=LID47030,LID47031; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000564_mm9_wgEncodeCshlLongRnaSeqBladderAdult8wksMinusRawRep2.bigWig
+GSM1000090_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001448; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000090_mm9_wgEncodeLicrHistoneCbellumH3k27me3MAdult8wksC57bl6StdSig.bigWig
+GSM1000571_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=28AWC,28BWC; labexpid=LID47146,LID47147; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000571_mm9_wgEncodeCshlLongRnaSeqLiverE14halfPlusRawRep2.bigWig
+GSM1000074_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BMDM; cell organism=mouse; cell description=Bone marrow derived macrophage; cell sex=F; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002660; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000074_mm9_wgEncodeLicrHistoneBmdmH3k27acFAdult8wksC57bl6StdSig.bigWig
+GSM1000114_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003164; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000114_mm9_wgEncodeLicrHistoneCh12H3k04me3FImmortalC57bl6StdSig.bigWig
+GSM1014167_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM1014167_mm9_wgEncodeUwDnaseA20BalbcannMAdult8wksSigRep1.bigWig
+GSM1003822_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS17616; labversion=Hotspot-v5.2; replicate=1; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003822_mm9_wgEncodeUwDgfZhbtc4129olaME0SigRep1.bigWig
+GSM1000572_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=25AWC,25BWC; labexpid=LID46987,LID46988; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000572_mm9_wgEncodeCshlLongRnaSeqWbrainE14halfMinusRawRep1.bigWig
+GSM1000130_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001450; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000130_mm9_wgEncodeLicrHistoneHeartH3k36me3MAdult8wksC57bl6StdSig.bigWig
+GSM1000145_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Testis; cell organism=mouse; cell description=Testis; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002490; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000145_mm9_wgEncodeLicrHistoneTestisH3k27me3MAdlt8wC57bl6StdSig.bigWig
+GSM995537_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E14.5; age description=Embryonic day 14.5; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995537_mm9_wgEncodePsuRnaSeqMegakaryoBE14halfCd1R2x99dMinusRawRep1.bigWig
+GSM1014165_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=FatPad; cell organism=mouse; cell description=Adipose tissue; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014165_mm9_wgEncodeUwDnaseFatC57bl6MAdult8wksSigRep1.bigWig
+GSM995531_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_7hr; treatment description=7 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995531_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd7hMinusRawRep2.bigWig
+GSM1000103_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002477; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000103_mm9_wgEncodeLicrHistoneThymusH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM1014181_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=mG/ER; cell organism=mouse; cell description=MEL-GATA-1-ER, This is a mouse suspension cell line derived from MEL cells by stable transfection with a GATA-1-ER fusion protein construct as described by Choe et al., 2003 (Cancer Res 63, 6363-6369, 2003). These cells can be terminally differentiated into mature erythroid cells with Β-estradiol treatment; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; treatment=diffProtC_24hr; treatment description=24 hour differentiation time point of mG/ER cells towards red blood cells after treatment with estradiol. Estradiol 10^-7 M final concentration (Stam); strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS15410,DS15405; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014181_mm9_wgEncodeUwDnaseMgerUknImmortalDiffc24hSigRep2.bigWig
+GSM1003817_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS14479; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003817_mm9_wgEncodeUwDgfLungC57bl6MAdult8wksSigRep1.bigWig
+GSM1014195_12	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep5.bigWig
+GSM1003825_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17080; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003825_mm9_wgEncodeUwDgfTnaiveC57bl6MAdult8wksRawRep1.bigWig
+GSM1000071_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BAT; cell organism=mouse; cell description=Brown adipocytes tissue; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-24wks; age description=Adult 24 weeks; age=adult-24wks; age description=Adult 24 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002656; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000071_mm9_wgEncodeLicrHistoneBatH3k27acMAdult24wksC57bl6StdSig.bigWig
+GSM1000572_4	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=25AWC,25BWC; labexpid=LID46987,LID46988; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000572_mm9_wgEncodeCshlLongRnaSeqWbrainE14halfPlusRawRep1.bigWig
+GSM1003806_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=MafK_(ab50322); antibody antibodydescription=Rabbit polyclonal. Raised against synthetic peptide: TTNPKPNKALKVKKEA conjugated to KLH by a C-terminal Cysteine residue linker, corresponding to amino acids 2-17 of Human MAFK. Antibody Target: MafK; antibody targetdescription=NFE2 DNA-binding activity consists of a heterodimer containing an 18-kD Maf protein (MafF, MafG, or MafK) and p45. Both subunits are members of the activator protein-1 superfamily of basic leucine zipper (bZIP)proteins. Since they lack a putative transactivation domain, small Mafs behave as transcriptional repressors when they dimerize among themselves. They serve as transcriptional activators by dimerizing with other (usually larger) bZip proteins and recruiting them to specific DNA-binding sites.; antibody vendorname=Abcam; antibody vendorid=ab50322; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002791; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003806_mm9_wgEncodeSydhTfbsMelMafkDm2p5dStdSig.bigWig
+GSM995447_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995447_mm9_wgEncodePsuTfbsMegakaryoTal1BE14halfCd1InputRepSignalRep3.bigWig
+GSM1000569_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E14; age description=Embryonic day 14; age=E14; age description=Embryonic day 14; biorep=23AWC,23BWC; labexpid=LID46948,LID46949; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000569_mm9_wgEncodeCshlLongRnaSeqCnsE14PlusRawRep1.bigWig
+GSM1003747_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=MEL/None/Input/IgG-rab; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003747_mm9_wgEncodeSydhHistMelInputIggrabSig.bigWig
+GSM1003818_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS14605; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003818_mm9_wgEncodeUwDgfLiverC57bl6MAdult8wksSigRep1.bigWig
+GSM1000569_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E14; age description=Embryonic day 14; age=E14; age description=Embryonic day 14; biorep=23AWC,23BWC; labexpid=LID46948,LID46949; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000569_mm9_wgEncodeCshlLongRnaSeqCnsE14MinusRawRep2.bigWig
+GSM1000068_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002477; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000068_mm9_wgEncodeLicrHistoneThymusH3k36me3MAdult8wksC57bl6StdSig.bigWig
+GSM995540_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=single; age=immortalized; age description=Immortal cells; labexpid=single; readtype=1x41; readtype description=Single 41 nt reads; replicate=1; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM995540_mm9_wgEncodePsuRnaSeqCh12FImmortal2a4bR1x41SigRep2.bigWig
+GSM995532_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995532_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dMinusRawRep2.bigWig
+GSM1000574_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14; age description=Embryonic day 14; age=E14; age description=Embryonic day 14; biorep=26AWC,26BWC; labexpid=LID47144,LID47145; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000574_mm9_wgEncodeCshlLongRnaSeqLiverE14PlusRawRep1.bigWig
+GSM1000570_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E18; age description=Embryonic day 18; age=E18; age description=Embryonic day 18; biorep=24AWC,24BWC; labexpid=LID46950,LID46951; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000570_mm9_wgEncodeCshlLongRnaSeqCnsE18MinusRawRep1.bigWig
+GSM1014192_4	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=T-Naive; cell organism=mouse; cell description=Naive T cells: CD4+, CD25-; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17082,DS17080; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2,4; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014192_mm9_wgEncodeUwDnaseTnaiveC57bl6MAdult8wksSigRep2.bigWig
+GSM1003826_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=TReg; cell organism=mouse; cell description=Regulatory T cells CD4+,CD25+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17864; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003826_mm9_wgEncodeUwDgfTregC57bl6MAdult8wksRawRep1.bigWig
+GSM1000134_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=F; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002510; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000134_mm9_wgEncodeLicrHistonePlacH3k27acFAdult8wksC57bl6StdSig.bigWig
+GSM995531_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_7hr; treatment description=7 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995531_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd7hPlusRawRep1.bigWig
+GSM1000566_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E18; age description=Embryonic day 18; age=E18; age description=Embryonic day 18; biorep=27AWC,27BWC; labexpid=LID47148,LID47149; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000566_mm9_wgEncodeCshlLongRnaSeqLiverE18MinusRawRep2.bigWig
+GSM1003820_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18138; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003820_mm9_wgEncodeUwDgfHeartC57bl6MAdult8wksRawRep1.bigWig
+GSM1000574_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14; age description=Embryonic day 14; age=E14; age description=Embryonic day 14; biorep=26AWC,26BWC; labexpid=LID47144,LID47145; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000574_mm9_wgEncodeCshlLongRnaSeqLiverE14MinusRawRep1.bigWig
+GSM1000126_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-E14/Input/std; labversion=Pooled & filtered; softwareversion=MACS; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1000126_mm9_wgEncodeLicrHistoneEse14H3k27acME0129olaStdSig.bigWig
+GSM1003807_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=ZNF384_(HPA004051); antibody antibodydescription=Rabbit polyclonal generated using the immunogen: Zinc finger protein 384 recombinant protein epitope signature tag (PrEST); antibody targetdescription=This gene encodes a C2H2-type zinc finger protein, which may function as a transcription factor. This gene also contains long CAG trinucleotide repeats that encode consecutive glutamine residues. The protein appears to bind and regulate the promoters of the extracellular matrix genes MMP1, MMP3, MMP7 and COL1A1. Studies in mouse suggest that nuclear matrix transcription factors (NP/NMP4) may be part of a general mechanical pathway that couples cell construction and function during extracellular matrix remodeling. Alternative splicing results in multiple transcript variants. Recurrent rearrangements of this gene with the Ewing's sarcoma gene, EWSR1 on chromosome 22, or with the TAF15 gene on chromosome 17, or with the TCF3 (E2A) gene on chromosome 19, have been observed in acute leukemia. A related pseudogene has been identified on chromosome 7.; antibody vendorname=SIGMA; antibody vendorid=HPA004051; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002788; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003807_mm9_wgEncodeSydhTfbsEse14Znf384hpa004051StdSig.bigWig
+GSM1003814_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=B-cell_(CD19+); cell organism=mouse; cell description=B Cell , CD19+; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16168; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003814_mm9_wgEncodeUwDgfBcellcd19pC57bl6MAdult8wksSigRep1.bigWig
+GSM1000088_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=B-cell_(CD43-); cell organism=mouse; cell description=mouse spleen B cells, CD43-,CD11b-; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003163; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000088_mm9_wgEncodeLicrHistoneBcellcd43nH3k27me3MAdlt8wC57bl6StdSig.bigWig
+GSM1000082_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002486; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000082_mm9_wgEncodeLicrHistoneSmintH3k04me1MAdult8wksC57bl6StdSig.bigWig
+GSM1003823_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS12727; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003823_mm9_wgEncodeUwDgfWbrainC57bl6MAdult8wksSigRep1.bigWig
+GSM995539_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995539_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd24hPlusRawRep2.bigWig
+GSM1000064_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=SmIntestine; cell organism=mouse; cell description=Small Intestine; cell sex=M; antibody=H3K27me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27me3; antibody targetdescription=Histone H3 (tri-methyl K27). Marks promoters that are silenced by Polycomb proteins in a given lineage; large domains are found at inactive developmental loci.; antibody vendorname=Millipore; antibody vendorid=07-449; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002486; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000064_mm9_wgEncodeLicrHistoneSmintH3k27me3MAdult8wksC57bl6StdSig.bigWig
+GSM1000570_1	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E18; age description=Embryonic day 18; age=E18; age description=Embryonic day 18; biorep=24AWC,24BWC; labexpid=LID46950,LID46951; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000570_mm9_wgEncodeCshlLongRnaSeqCnsE18PlusRawRep2.bigWig
+GSM1000115_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003164; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000115_mm9_wgEncodeLicrHistoneCh12H3k09acFImmortalC57bl6StdSig.bigWig
+GSM995538_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_3hr; treatment description=3 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995538_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd3hPlusRawRep2.bigWig
+GSM1000205_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=OlfactBulb; cell organism=mouse; cell description=Olfactory Bulb; cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002473; labversion=1/5/11 Lane 3; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000205_mm9_wgEncodeLicrHistoneOlfactInputMAdult8wksC57bl6StdSig.bigWig
+GSM995447_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995447_mm9_wgEncodePsuTfbsMegakaryoTal1BE14halfCd1InputSig.bigWig
+GSM1014196_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=3134; cell organism=mouse; cell description=Mammary; cell sex=M; age=immortalized; age description=Immortal cells; strain=RIII; strain description=High mammary tumor incidence in unfostered substrains.; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=RIII; strain description=High mammary tumor incidence in unfostered substrains.; original_filename=GSM1014196_mm9_wgEncodeUwDnase3134RiiiMImmortalSigRep1.bigWig
+GSM995539_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995539_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd24hPlusRawRep1.bigWig
+GSM995447_5	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Megakaryo; cell organism=mouse; cell description=Megakaryocyte; cell sex=B; antibody=TAL1_(SC-12984); antibody antibodydescription=goat polyclonal antibody; epitope mapping at the C-terminus of TAL1 of human origin, recommended for detection of TAL1 of mouse, rat and human origin. Antibody Target: TAL1; antibody targetdescription=TAL1 (also designated SCL) is a serine phosphoprotein and basic helix-loop-helix transcription factor known to regulate embryonic hematopoiesis.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-12984; age=E14.5; age description=Embryonic day 14.5; control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM002352; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM995447_mm9_wgEncodePsuTfbsMegakaryoTal1BE14halfCd1InputRepSignalRep1.bigWig
+GSM1003824_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS13036; labversion=Hotspot-v5.2; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003824_mm9_wgEncodeUwDgfMelUknImmortalSigRep1.bigWig
+GSM1014184_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E18.5; age description=Embryonic day 18.5; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=E18.5; age description=Embryonic day 18.5; labexpid=DS19690,DS15269; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014184_mm9_wgEncodeUwDnaseWbrainC57bl6ME18halfSigRep1.bigWig
+GSM1003808_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=GATA-1; antibody antibodydescription=Anti-GATA-1 rabbit polyclonal antibody was generated by using a purified GST fusion to amino acids 1-89 of mouse GATA-1. Antibody Target: GATA1; antibody targetdescription=GATA-1 is a transcriptional activator which probably serves as a general switch factor for erythroid development. It binds to DNA sites with the consensus sequence [AT]GATA[AG} within regulatory regions of globin genes and of other genes expressed in erythroid cells.; antibody vendorname=Donated by Dr. E.H. Bresnick, UW Madison; antibody vendorid=GATA-1; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002791; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003808_mm9_wgEncodeSydhTfbsMelGata1Dm2p5dStdSig.bigWig
+GSM995525_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEP; cell organism=mouse; cell description=mouse megakaryocyte erythroid progenitor cells with lineages CD16/32 and CD34-; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-5wks; age description=Adult 5 weeks; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM995525_mm9_wgEncodePsuRnaSeqMepFAdult5wksC57bl6jR2x99dMinusRawRep1.bigWig
+GSM1003787_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=IgG-rat; control description=Input signal from Normal Rat IgG ChIP-seq; age=immortalized; age description=Immortal cells; control=IgG-rat; control description=Input signal from Normal Rat IgG ChIP-seq; controlid=wgEncodeEM002782; replicate=1; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003787_mm9_wgEncodeSydhTfbsMelInputDm2p5dIggratSig.bigWig
+GSM1014168_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Cerebrum; cell organism=mouse; cell description=Cerebrum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014168_mm9_wgEncodeUwDnaseCerebrumC57bl6MAdult8wksSigRep2.bigWig
+GSM1014176_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=mG/ER; cell organism=mouse; cell description=MEL-GATA-1-ER, This is a mouse suspension cell line derived from MEL cells by stable transfection with a GATA-1-ER fusion protein construct as described by Choe et al., 2003 (Cancer Res 63, 6363-6369, 2003). These cells can be terminally differentiated into mature erythroid cells with Β-estradiol treatment; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS15400,DS15395; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014176_mm9_wgEncodeUwDnaseMgerUknImmortalSigRep1.bigWig
+GSM1000105_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=OlfactBulb; cell organism=mouse; cell description=Olfactory Bulb; cell sex=M; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002473; labversion=Pooled & filtered; softwareversion=Peaks; softwareversion description=Regions of enriched signal in experiment; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000105_mm9_wgEncodeLicrHistoneOlfactH3k27acMAdult8wksC57bl6StdSig.bigWig
+GSM1003828_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; labexpid=DS14536; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003828_mm9_wgEncodeUwDgfWbrainC57bl6ME14halfRawRep1.bigWig
+GSM1000562_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FrontalLobe; cell organism=mouse; cell description=Frontal Lobe; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=7AWC,7BWC; labexpid=LID47081,LID47082; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000562_mm9_wgEncodeCshlLongRnaSeqFlobeAdult8wksMinusRawRep1.bigWig
+GSM1000065_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=BMDM; cell organism=mouse; cell description=Bone marrow derived macrophage; cell sex=F; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002660; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000065_mm9_wgEncodeLicrHistoneBmdmH3k04me3FAdult8wksC57bl6StdSig.bigWig
+GSM1000111_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002570; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000111_mm9_wgEncodeLicrHistoneLiverH3k04me1UE14halfC57bl6StdSig.bigWig
+GSM1014194_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Lung; cell organism=mouse; cell description=Lung; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014194_mm9_wgEncodeUwDnaseLungC57bl6MAdult8wksSigRep1.bigWig
+GSM1014164_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Cerebellum; cell organism=mouse; cell description=Cerebellum; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS19087; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014164_mm9_wgEncodeUwDnaseCbellumC57bl6MAdult8wksSigRep3.bigWig
+GSM1003748_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K9me3; antibody antibodydescription=rabbit polyclonal, ChIP grade. Antibody Target: H3K9me3; antibody targetdescription=Histone H3 (tri methyl K9). Is associated with repressive heterochromatic state (silenced chromatin). NOTE CONTRAST to H3K9me1 which is associated with active and accessible regions.; antibody vendorname=Abcam; antibody vendorid=ab8898; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=MEL/DMSO_2.0pct/Input/std; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003748_mm9_wgEncodeSydhHistMelH3k09me3Dm2p5dStdSig.bigWig
+GSM995525_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=MEP; cell organism=mouse; cell description=mouse megakaryocyte erythroid progenitor cells with lineages CD16/32 and CD34-; cell sex=F; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-5wks; age description=Adult 5 weeks; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM995525_mm9_wgEncodePsuRnaSeqMepFAdult5wksC57bl6jR2x99dMinusRawRep2.bigWig
+GSM1000571_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=28AWC,28BWC; labexpid=LID47146,LID47147; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000571_mm9_wgEncodeCshlLongRnaSeqLiverE14halfMinusRawRep1.bigWig
+GSM1014151_3	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,5,4,7,6; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014151_mm9_wgEncodeUwDnaseWbrainC57bl6MAdult8wksSigRep1.bigWig
+GSM1014174_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ForelimbBud; cell organism=mouse; cell description=embryo forelimb buds; cell sex=M; age=E11.5; age description=Embryonic day 11.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E11.5; age description=Embryonic day 11.5; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014174_mm9_wgEncodeUwDnaseFlbudCd1ME11halfSigRep2.bigWig
+GSM1000104_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=OlfactBulb; cell organism=mouse; cell description=Olfactory Bulb; cell sex=M; antibody=H3K4me1; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me1; antibody targetdescription=Histone H3 (mono methyl K4). Is associated with enhancers, and downstream of transcription starts.; antibody vendorname=Abcam; antibody vendorid=ab8895; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002473; labversion=Pooled & filtered; softwareversion=Peaks; softwareversion description=Regions of enriched signal in experiment; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000104_mm9_wgEncodeLicrHistoneOlfactH3k04me1MAdult8wksC57bl6StdSig.bigWig
+GSM1014155_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=EPC_(CD117+,CD71-,TER119-); cell organism=mouse; cell description=liver fraction CD117+,CD71-,TER119-; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; age=E14.5; age description=Embryonic day 14.5; labexpid=DS20991; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1; strain=CD-1; strain description=Multipurpose mouse used for safety testing, aging studies, surgical models and pseudopregnancy.; original_filename=GSM1014155_mm9_wgEncodeUwDnaseEpcpmmCd1ME14halfSigRep1.bigWig
+GSM1014180_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=mG/ER; cell organism=mouse; cell description=MEL-GATA-1-ER, This is a mouse suspension cell line derived from MEL cells by stable transfection with a GATA-1-ER fusion protein construct as described by Choe et al., 2003 (Cancer Res 63, 6363-6369, 2003). These cells can be terminally differentiated into mature erythroid cells with Β-estradiol treatment; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; treatment=diffProtC_48hr; treatment description=48 hour differentiation time point of mG/ER cells towards red blood cells after treatment with estradiol. Estradiol 10^-7 M final concentration (Stam); strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS15420,DS15415; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014180_mm9_wgEncodeUwDnaseMgerUknImmortalDiffc48hSigRep1.bigWig
+GSM1000565_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Placenta; cell organism=mouse; cell description=Placenta; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=10AWC,10BWC; labexpid=LID46983,LID46984; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000565_mm9_wgEncodeCshlLongRnaSeqPlacAdult8wksMinusRawRep2.bigWig
+GSM1000568_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Limb; cell organism=mouse; cell description=Limb; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=29AWC,29BWC; labexpid=LID46985,LID46986; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000568_mm9_wgEncodeCshlLongRnaSeqLimbE14halfPlusRawRep2.bigWig
+GSM995535_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=FVLstem; cell organism=mouse; cell description=Friend virus infected murine CD34+,CD133+,Kit+,Sca1+ Leukemia stem cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL; cell sex=B; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=adult-10-12wks; age description=Adult between 8-10 weeks #PROVISIONAL; labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=BALB/cJ; strain description=A common inbred strain of laboratory mouse. #PROVISIONAL; original_filename=GSM995535_mm9_wgEncodePsuRnaSeqFvlsBAdult810wksBalbcjR2x99dPlusRawRep1.bigWig
+GSM1003833_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=THelper-Activated; cell organism=mouse; cell description=Activated primary CD4 effector cells, isolated ex vivo; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17070; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003833_mm9_wgEncodeUwDgfThelpaC57bl6MAdult8wksSigRep1.bigWig
+GSM995539_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995539_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd24hMinusRawRep2.bigWig
+GSM1014152_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ZhBTc4; cell organism=mouse; cell description=Undifferentiated mouse embryonic stem cells; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); treatment=diffProtB_24hr; treatment description=Oct4 repression with Doxycycline in ZhBTc4 ES cell culture harvested at 24 hours. Doxycycline added to a final concentration of 100 ng/ml (Stam); strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS15299,DS17562; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1014152_mm9_wgEncodeUwDnaseZhbtc4129olaME0Diffb24hSigRep1.bigWig
+GSM1014167_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM1014167_mm9_wgEncodeUwDnaseA20BalbcannMAdult8wksSigRep2.bigWig
+GSM1014161_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=E14.5; age description=Embryonic day 14.5; strain=129.DLCR/DLCR; strain description=129 strain mouse with homozygous deletion of the beta-globin LCR region, see Bender et. al. (2000). Beta-globin gene switching and DNase I sensitivity of the endogenous beta-globin locus in mice do not require the locus control region.; age=E14.5; age description=Embryonic day 14.5; labexpid=DS19531,DS19241; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129.DLCR/DLCR; strain description=129 strain mouse with homozygous deletion of the beta-globin LCR region, see Bender et. al. (2000). Beta-globin gene switching and DNase I sensitivity of the endogenous beta-globin locus in mice do not require the locus control region.; original_filename=GSM1014161_mm9_wgEncodeUwDnaseLiver129dlcrME14halfSigRep2.bigWig
+GSM1014154_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS21450,DS18505; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1014154_mm9_wgEncodeUwDnaseEse14129olaME0SigRep2.bigWig
+GSM1003829_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=A20; cell organism=mouse; cell description=B cell lymphoma line derived from a spontaneous reticulum cell neoplasm; cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS16695; labversion=Hotspot-v5.2; replicate=1; strain=BALB/cAnN; strain description=ccMyeloma high incidence H2d; original_filename=GSM1003829_mm9_wgEncodeUwDgfA20BalbcannMImmortalSigRep1.bigWig
+GSM1000564_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Bladder; cell organism=mouse; cell description=Urinary Bladder; cell sex=U; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; biorep=30AWC,30BWC; labexpid=LID47030,LID47031; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000564_mm9_wgEncodeCshlLongRnaSeqBladderAdult8wksPlusRawRep1.bigWig
+GSM995527_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_14hr; treatment description=14 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995527_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd14hPlusRawRep2.bigWig
+GSM995444_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=GATA1_(SC-265); antibody antibodydescription=rat monoclonal antibody raised against mouse recombinant GATA1; recommended for detection of GATA1 of mouse, rat and human origin. Antibody Target: GATA1; antibody targetdescription=GATA1 is erythroid-specific and is responsible for the regulated transcription of erythroid genes.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-265; treatment=diffProtD_14hr; treatment description=14 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003203; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995444_mm9_wgEncodePsuTfbsG1eer4Gata1aME0S129InputDiffd14hSigRep1.bigWig
+GSM1000118_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003164; labversion=01/12/2012 FISH A Lane 5-5; replicate=1; softwareversion=HCS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000118_mm9_wgEncodeLicrHistoneCh12InputFImmortalC57bl6StdSig.bigWig
+GSM995541_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_30hr; treatment description=30 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995541_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd30hMinusRawRep1.bigWig
+GSM1003238_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); age=E0; age description=Embryonic day 0 (stem cell); replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM1003238_mm9_wgEncodePsuDnaseG1eer4S129ME0Diffd24hSigRep2.bigWig
+GSM1000070_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Spleen; cell organism=mouse; cell description=Spleen; cell sex=M; antibody=H3K36me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K36me3; antibody targetdescription=Histone H3 (tri-methyl K36). Marks regions of RNAPII elongation, including coding and non-coding transcripts.; antibody vendorname=Abcam; antibody vendorid=ab9050; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM001459; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000070_mm9_wgEncodeLicrHistoneSpleenH3k36me3MAdult8wksC57bl6StdSig.bigWig
+GSM1014149_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=THelper-Activated; cell organism=mouse; cell description=Activated primary CD4 effector cells, isolated ex vivo; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS17070,DS18848; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014149_mm9_wgEncodeUwDnaseThelpaC57bl6MAdult8wksSigRep2.bigWig
+GSM1003827_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=Thymus; cell organism=mouse; cell description=Thymus; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS18819; labversion=Hotspot-v5.2; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1003827_mm9_wgEncodeUwDgfThymusC57bl6MAdult8wksSigRep1.bigWig
+GSM995436_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; treatment=diffProtD_7hr; treatment description=7 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=Timecourse; age=E0; age description=Embryonic day 0 (stem cell); control=Input; control description=Control signal which may be subtracted from experimental raw signal before peaks are called.; controlid=wgEncodeEM003207; labexpid=Timecourse; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995436_mm9_wgEncodePsuTfbsG1eer4InputME0S129InputDiffd7hSigRep1.bigWig
+GSM1003778_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=HCFC1_(NB100-68209); antibody antibodydescription=Rabbit polyclonalantibody against residue 1700 and 1750 of human host cell factor C1; antibody targetdescription=The epitope recognized by this antibody maps to a region between residue 1700 and 1750 of human host cell factor C1 (VP16-accessory protein).; antibody vendorname=NovusBio; antibody vendorid=NB100-68209; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003778_mm9_wgEncodeSydhTfbsMelHcfc1nb10068209IggrabSig.bigWig
+GSM1000208_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=Heart; cell organism=mouse; cell description=Heart; cell sex=U; antibody=Input; antibody description=Control signal which may be subtracted from experimental raw signal before peaks are called.; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002506; labversion=9/8/10 3; replicate=1; softwareversion=Bowtie; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000208_mm9_wgEncodeLicrHistoneHeartInputUE14halfC57bl6StdSig.bigWig
+GSM1000573_3	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=CNS; cell organism=mouse; cell description=Central Nervous System; cell sex=U; age=E11.5; age description=Embryonic day 11.5; age=E11.5; age description=Embryonic day 11.5; biorep=21AWC,21BWC; labexpid=LID46946,LID46947; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000573_mm9_wgEncodeCshlLongRnaSeqCnsE11halfPlusRawRep2.bigWig
+GSM1014191_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; age=immortalized; age description=Immortal cells; strain=Unknown; strain description=Unknown strain origin; age=immortalized; age description=Immortal cells; labversion=1,Hotspot-v5.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=1,3,2; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1014191_mm9_wgEncodeUwDnaseMelC57bl6MAdult8wksSigRep3.bigWig
+GSM1003815_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS14099; labversion=Hotspot-v5.2; replicate=1; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM1003815_mm9_wgEncodeUwDgf416bB6d2f1jImmortalSigRep1.bigWig
+GSM995539_1	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995539_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd24hMinusRawRep1.bigWig
+GSM1003815_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=416B; cell organism=mouse; cell description=myeloid progenitor cells, CD34+; cell sex=M; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; labexpid=DS14099; labversion=Hotspot-v5.2; replicate=1; strain=B6D2F1/J; strain description=Derived from cross between C57BL/6J Female x DBA/2J Male (C57BL/6xDBA/2)F1.; original_filename=GSM1003815_mm9_wgEncodeUwDgf416bB6d2f1jImmortalRawRep1.bigWig
+GSM1000117_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=H3K27ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K27ac; antibody targetdescription=Histone H3 (acetyl K27). As with H3K9ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation has can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4729; age=immortalized; age description=Immortal cells; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM003164; labversion=Pooled & filtered; softwareversion=MACS; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1000117_mm9_wgEncodeLicrHistoneCh12H3k27acFImmortalC57bl6StdSig.bigWig
+GSM1003774_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=CH12; cell organism=mouse; cell description=B-cell lymphoma (GM12878 analog); cell sex=F; antibody=ETS1; antibody antibodydescription=Rabbit polyclonal IgG. Antibody Target: ETS1; antibody targetdescription=ETS transcriptions factors, such as ETS1, regulate numerous genes and are involved in stem cell development, cell senescence and death, and tumorigenesis; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-350; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001939; labversion=PeakSeq1.0; strain=B10.H-2aH-4bp/Wts; strain description=Derived by inbreeding from selected F2 progeny of B10.A X B10.129; original_filename=GSM1003774_mm9_wgEncodeSydhTfbsCh12Ets1IggrabSig.bigWig
+GSM1003799_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=HCFC1_(NB100-68209); antibody antibodydescription=Rabbit polyclonalantibody against residue 1700 and 1750 of human host cell factor C1; antibody targetdescription=The epitope recognized by this antibody maps to a region between residue 1700 and 1750 of human host cell factor C1 (VP16-accessory protein).; antibody vendorname=NovusBio; antibody vendorid=NB100-68209; treatment=None; treatment description=No special treatment or protocol applies; control=std; control description=Standard input signal for most experiments.; age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=wgEncodeEM002788; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1003799_mm9_wgEncodeSydhTfbsEse14Hcfc1nb10068209StdSig.bigWig
+GSM1003754_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=1)Abcam; 2)Millipore; antibody vendorid=ab8580; 07-473; treatment=DMSO_2.0pct; treatment description=5 d with 2% Dimethyl sufloxide (DMSO) (Weissman); control=std; control description=Standard input signal for most experiments.; age=immortalized; age description=Immortal cells; control=std; control description=Standard input signal for most experiments.; controlid=MEL/DMSO_2.0pct/Input/std; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003754_mm9_wgEncodeSydhHistMelH3k04me3Dm2p5dStdSig.bigWig
+GSM1003830_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseDgf; datatype description=DNase Digital Footprinting; cell=ES-CJ7; cell organism=mouse; cell description=ES-cells were originally isolated from 129S1/SVImJ mice by Swiatek PJ et al. in 1993 (Perinatal lethality and defects in hindbrain development in mice homozygous for a targeted mutation of the zinc finger gene Krox20. Swiatek PJ, Gridley T. Genes Dev. 1993 Nov,7(11):2071-84.); cell sex=M; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); labexpid=DS13320; labversion=Hotspot-v5.2; replicate=1; strain=129S1/SVImJ; strain description=Control inbred strain of the steel-derived ES cells.; original_filename=GSM1003830_mm9_wgEncodeUwDgfEscj7129s1ME0RawRep1.bigWig
+GSM1000124_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=H3K4me3; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K4me3; antibody targetdescription=Histone H3 (tri methyl K4). Marks promoters that are active or poised to be activated.; antibody vendorname=Millipore; antibody vendorid=07-473; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-E14/Input/std; labversion=Pooled & filtered; softwareversion=MACS; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1000124_mm9_wgEncodeLicrHistoneEse14H3k04me3ME0129olaStdSig.bigWig
+GSM995536_4	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E; cell organism=mouse; cell description=Gata1- erythroid progenitor; cell sex=M; treatment=None; treatment description=No special treatment or protocol applies; labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995536_mm9_wgEncodePsuRnaSeqG1eME0S129R2x99dMinusRawRep1.bigWig
+GSM1003789_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=COREST_(sc-30189); antibody antibodydescription=Rabbit polyclonal, epitope corresponding to amino acids 246-310 mapping within an internal region of CoREST of human origin recommended for detection of CoREST of mouse, rat and human origin. Antibody Target: COREST (sc30189); antibody targetdescription=Essential component of the BHC complex, a corepressor complex that represses transcription of neuron-specific genes in non-neuronal cells.  In the BHC complex, it serves as a molecular beacon for the recruitment of molecular machinery, including MeCP2 and SUV39H1, that imposes silencing across a chromosomal interval. Plays a central role in demethylation of Lys-4 of histone H3 by promoting demethylase activity of KDM1A on core histones and nucleosomal substrates.; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-30189; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-rab; control description=Input signal from Normal Rabbit IgG ChIP-seq.; controlid=wgEncodeEM001947; labversion=PeakSeq1.0; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003789_mm9_wgEncodeSydhTfbsMelCorestsc30189IggrabSig.bigWig
+GSM1014195_14	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep11.bigWig
+GSM1014188_1	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Retina; cell organism=mouse; cell description=Retina; cell sex=M; age=newborn-1days; age description=Newborn 1 day; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=newborn-1days; age description=Newborn 1 day; labexpid=DS20004; labversion=1,Hotspot-v5.2,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014188_mm9_wgEncodeUwDnaseRetinaC57bl6MNew1daysSigRep1.bigWig
+GSM1000123_1	lab=LICR-m; lab description=Ren - Ludwig Institue for Cancer Research; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=ES-E14; cell organism=mouse; cell description=mouse embryonic stem cell line E14; cell sex=M; antibody=H3K9ac; antibody antibodydescription=rabbit polyclonal. Antibody Target: H3K9ac; antibody targetdescription=Histone H3 (acetyl K9). As with H3K27ac, associated with transcriptional initiation and open chromatin structure. It remains unknown whether acetylation can have different consequences depending on the specific lysine residue targeted. In general, though, there appears to be high redundancy. Histone acetylation is notable for susceptibility to small molecules and drugs that target histone deacetylases.; antibody vendorname=Abcam; antibody vendorid=ab4441; age=E0; age description=Embryonic day 0 (stem cell); age=E0; age description=Embryonic day 0 (stem cell); control=std; control description=Standard input signal for most experiments.; controlid=ES-E14/Input/std; labversion=Pooled & filtered; softwareversion=MACS; strain=129/Ola; strain description=The mice have yellow coats and late onset severe vacuolation in brain (700+ days). Inbred strain used as a control group to compare with null PrP mice.; original_filename=GSM1000123_mm9_wgEncodeLicrHistoneEse14H3k09acME0129olaStdSig.bigWig
+GSM1014151_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=WholeBrain; cell organism=mouse; cell description=Whole Brain; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,3,2,5,4,7,6; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014151_mm9_wgEncodeUwDnaseWbrainC57bl6MAdult8wksSigRep2.bigWig
+GSM1000571_2	lab=CSHL-m; lab description=Gingeras - Cold Spring Harbor Laboratory; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=U; age=E14.5; age description=Embryonic day 14.5; age=E14.5; age description=Embryonic day 14.5; biorep=28AWC,28BWC; labexpid=LID47146,LID47147; readtype=2x101D; readtype description=Paired 101 nt directed reads; spikeinpool=Nist14; strain=C57BL/6J; strain description=A substrain of C57BL/6; original_filename=GSM1000571_mm9_wgEncodeCshlLongRnaSeqLiverE14halfMinusRawRep2.bigWig
+GSM995538_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_3hr; treatment description=3 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995538_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd3hMinusRawRep2.bigWig
+GSM1003788_1	lab=Stanford-m; lab description=Snyder - Stanford University; datatype=ChipSeq; datatype description=Chromatin IP Sequencing; cell=MEL; cell organism=mouse; cell description=Leukemia (K562 analog); cell sex=M; antibody=UBF_(sc-13125); antibody antibodydescription=UBF (F-9) is a mouse monoclonal antibody raised against amino acids 1-220 of UBF of human origin. Antibody Target: UBF; antibody targetdescription=Upstream binding factor (UBF) is a transcription factor required for expression of the 18S, 5.8S, and 28S ribosomal RNAs, along with SL1 (a complex of TBP (MIM 600075) and multiple TBP-associated factors or 'TAFs'). Two UBF polypeptides, of 94 and 97 kD, exist in the human (Bell et al., 1988 (PubMed 3413483)). UBF is a nucleolar phosphoprotein with both DNA binding and transactivation domains. Sequence-specific DNA binding to the core and upstream control elements of the human rRNA promoter is mediated through several HMG boxes; antibody vendorname=Santa Cruz Biotech; antibody vendorid=sc-13125; treatment=None; treatment description=No special treatment or protocol applies; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; age=immortalized; age description=Immortal cells; control=IgG-mus; control description=Input signal from Normal Mouse IgG ChIP-seq.; controlid=wgEncodeEM001946; strain=Unknown; strain description=Unknown strain origin; original_filename=GSM1003788_mm9_wgEncodeSydhTfbsMelUbfsc13125IggmusSig.bigWig
+GSM995531_3	lab=PSU-m; lab description=Hardison - Penn State University; datatype=RnaSeq; datatype description=Sequencing analysis of RNA expression; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_7hr; treatment description=7 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); labexpid=paired-end; age=E0; age description=Embryonic day 0 (stem cell); labexpid=paired-end; readtype=2x99D; readtype description=Paired 99 nt directed reads; replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM995531_mm9_wgEncodePsuRnaSeqG1eer4ME0S129R2x99dDiffd7hPlusRawRep2.bigWig
+GSM1014193_2	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Kidney; cell organism=mouse; cell description=Kidney; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labversion=1,Hotspot-v5.1,lmax-v1.0,lmax-v1.1,WindowDensity-bin20-win+/-75; replicate=1,2; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014193_mm9_wgEncodeUwDnaseKidneyC57bl6MAdult8wksSigRep1.bigWig
+GSM1003238_2	lab=PSU-m; lab description=Hardison - Penn State University; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=G1E-ER4; cell organism=mouse; cell description=Gata1 restored erythroid cells, differentiation induced by estradiol (E2); cell sex=M; treatment=diffProtD_24hr; treatment description=24 hours differentiation of G1E-ER4 cells with 10 nM beta-estradiol (Hardison); age=E0; age description=Embryonic day 0 (stem cell); replicate=1; strain=129; strain description=Strain 129, has widely available embryonic stem cells; original_filename=GSM1003238_mm9_wgEncodePsuDnaseG1eer4S129ME0Diffd24hSigRep1.bigWig
+GSM1014195_5	lab=UW-m; lab description=Stamatoyannopoulous - University of Washington; datatype=DnaseSeq; datatype description=DNaseI HS Sequencing; cell=Liver; cell organism=mouse; cell description=Liver; cell sex=M; age=adult-8wks; age description=Adult 8 weeks; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; age=adult-8wks; age description=Adult 8 weeks; labexpid=DS16853,DS16858,DS19375,DS19636; labversion=Hotspot-v5.2,Hotspot-v5.1,1,lmax-v1.1,lmax-v1.0,WindowDensity-bin20-win+/-75; replicate=11,10,13,12,14,1,3,2,5,4,7,6,9,8; strain=C57BL/6; strain description=C57 black 6, the most common inbred strain of laboratory mouse; original_filename=GSM1014195_mm9_wgEncodeUwDnaseLiverC57bl6MAdult8wksSigRep4.bigWig
diff --git a/mm9/track2Detail_longrange b/mm9/track2Detail_longrange
new file mode 100644
index 0000000..6573254
--- /dev/null
+++ b/mm9/track2Detail_longrange
@@ -0,0 +1,27 @@
+Esc_20kb_hindIII_rep1	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse embryonic stem cell; Restriction enzyme=HindIII; Replication=biological replicate 1; Bin size=20 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_20kb_hindIII_rep2	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse embryonic stem cell; Restriction enzyme=HindIII; Replication=biological replicate 2; Bin size=20 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_20kb_NcoI	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse embryonic stem cell; Restriction enzyme=NcoI; Replication=N/A; Bin size=20 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_40kb_hindIII_rep1	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse embryonic stem cell; Restriction enzyme=HindIII; Replication= biological replicate 1; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_40kb_hindIII_rep2	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse embryonic stem cell; Restriction enzyme=HindIII; Replication=biological replicate 2; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_40kb_hindIII_combined	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse embryonic stem cell; Restriction enzyme=HindIII; Replication=replicates 1 and 2 combined; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Esc_40kb_NcoI	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse embryonic stem cell; Restriction enzyme=NcoI; Replication=N/A; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Cortex_20kb_hindIII_rep1	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse cortex; Restriction enzyme=HindIII; Replication=biological replicate 1; Bin size=20 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Cortex_20kb_hindIII_rep2	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse cortex; Restriction enzyme=HindIII; Replication=biological replicate 2; Bin size=20 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Cortex_40kb_hindIII_rep1	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse cortex; Restriction enzyme=HindIII; Replication=biological replicate 1; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Cortex_40kb_hindIII_rep2	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse cortex; Restriction enzyme=HindIII; Replication=biological replicate 2; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+Cortex_40kb_hindIII_combined	Publication=Topological domains in mammalian genomes identified by analysis of chromatin interactions; Journal=Nature 485, 376–380; Year=2012; Institution=UCSD; PI=Bing Ren; Sample=Mouse cortex; Restriction enzyme=HindIII; Replication=replicates 1 and 2 combined; Bin size=40 kb; URL=http://chromosome.sdsc.edu/mouse/hi-c/download.html
+GSE28247_st3ab	Publication=CTCF-Mediated Functional Chromatin Interactome in Pluripotent Cells; Journal=Nat Genet 19;43(7):630-8; Year=2011; Institution=Genome Institute of Singapore; PI=Chia-Lin Wei; Sample=Mouse E14 embryonic stem cell; Source=Supplementary table 3a and 3b; Note=Intra- and inter-chromosomal interaction clusters
+GSE28247_st3c	Publication=CTCF-Mediated Functional Chromatin Interactome in Pluripotent Cells; Journal=Nat Genet 19;43(7):630-8; Year=2011; Institution=Genome Institute of Singapore; PI=Chia-Lin Wei; Sample=Mouse E14 embryonic stem cell; Source=Supplementary table 3c; Note=CTCF-associated interactions
+GSM870040	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=ATM-/-; Treatment=STI571 for 2d; i-scei integration location=chr2:180173673 (mm9); Biological replicate=1; Original file=GSM870040_ATM-67-R1.validPair.txt.gz
+GSM870041	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=ATM-/-; Treatment=STI571 for 2d; i-scei integration location=chr2:180173673 (mm9); Biological replicate=2; Original file=GSM870041_ATM-67-R2.validPair.txt.gz
+GSM870042	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=ATM-/-; Treatment=STI571 for 2d; i-scei integration location=chr7:31203181 (mm9); Biological replicate=1; Original file=GSM870042_ATM-5353-R1.validPair.txt.gz
+GSM870043	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=ATM-/-; Treatment=STI571 for 2d; i-scei integration location=chr18:70688564 (mm9); Biological replicate=1; Original file=GSM870043_ATM-5714-R1.validPair.txt.gz
+GSM870044	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=ATM-/-; Treatment=STI571 for 2d; i-scei integration location=chr18:70688564 (mm9); Biological replicate=1; Original file=GSM870044_ATM-5714-R2.validPair.txt.gz
+GSM870045	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=WT; Treatment=STI571 for 2d; i-scei integration location=chr15:5565929 (mm9); Biological replicate=1; Original file=GSM870045_WT-416I818-R1.validPair.txt.gz
+GSM870046	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=WT; Treatment=STI571 for 2d; i-scei integration location=chr2:148388069 (mm9); Biological replicate=1; Original file=GSM870046_WT-416I825-R1.validPair.txt.gz
+GSE35519_ATM_10m	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=ATM-/-; Treatment=STI571 for 2d; Bin size=10MB; Original file=GSE35519_AMuLV-ATM-pooled-10M-allxall-ICed.txt.gz
+GSE35519_ATM_1m	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=ATM-/-; Treatment=STI571 for 2d; Bin size=1MB; Original file=GSE35519_AMuLV-ATM-pooled-1M-allxall-ICed.txt.gz
+GSE35519_ATM_100k	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=ATM-/-; Treatment=STI571 for 2d; Bin size=100KB; Original file=GSE35519_AMuLV-ATM-pooled-100k-allxall-ICed.txt.gz
+GSE35519_WT_1m	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=WT; Treatment=STI571 for 2d; Bin size=1MB; Original file=GSE35519_AMuLV-WT-pooled-1M-allxall-ICed.txt.gz
+GSE35519_WT_10m	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=WT; Treatment=STI571 for 2d; Bin size=10MB; Original file=GSE35519_AMuLV-WT-pooled-10M-allxall-ICed.txt.gz; Note=chr20 in original file was replaced with chrX
+GSE35519_WT_100k	Publication=Chromosomal translocations are guided by the spatial organization of the genome; Journal=Cell 148(5):908-21; Year=2012; Institution=University of Massachusetts Medical School; PI=Job Dekker; Cell type=A-MuLV transformed pro-B cells; Genotype=WT; Treatment=STI571 for 2d; Bin size=100KB; Original file=GSE35519_AMuLV-WT-pooled-100K-allxall-ICed.txt.gz; Note=chr20 in original file was replaced with chrX
diff --git a/mm9/track2Ft_encode b/mm9/track2Ft_encode
new file mode 100644
index 0000000..d214845
--- /dev/null
+++ b/mm9/track2Ft_encode
@@ -0,0 +1,1082 @@
+GSM929716_1	14
+GSM915181_1	14
+GSM970852_6	14
+GSM900187_4	14
+GSM900195_3	14
+GSM970851_1	14
+GSM915163_1	14
+GSM912935_1	14
+GSM946530_2	14
+GSM915160_1	14
+GSM918746_1	14
+GSM918744_1	14
+GSM918712_1	14
+GSM970874_3	14
+GSM915164_1	14
+GSM923589_1	14
+GSM923584_2	14
+GSM798327_1	14
+GSM918407_1	14
+GSM918727_1	14
+GSM923578_3	14
+GSM918743_1	14
+GSM970860_3	14
+GSM929775_2	14
+GSM946543_3	14
+GSM923570_3	14
+GSM923573_1	14
+GSM923585_1	14
+GSM915173_1	14
+GSM918723_1	14
+GSM970869_1	14
+GSM970872_1	14
+GSM946527_3	14
+GSM918412_1	14
+GSM946548_2	14
+GSM915170_1	14
+GSM900197_1	14
+GSM946527_2	14
+GSM970866_3	14
+GSM973232_1	14
+GSM912892_1	14
+GSM929715_2	14
+GSM900194_1	14
+GSM900189_3	14
+GSM918422_1	14
+GSM970873_12	14
+GSM973235_4	14
+GSM970870_2	14
+GSM923568_1	14
+GSM900195_1	14
+GSM970863_1	14
+GSM769014_1	14
+GSM946534_1	14
+GSM970865_6	14
+GSM946542_1	14
+GSM970859_3	14
+GSM929706_2	14
+GSM970872_3	14
+GSM929720_1	14
+GSM912900_1	14
+GSM970860_2	14
+GSM912902_1	14
+GSM929714_1	14
+GSM900183_2	14
+GSM918726_1	14
+GSM929711_2	14
+GSM970851_2	14
+GSM769034_1	14
+GSM929724_2	14
+GSM946534_2	14
+GSM946548_3	14
+GSM946534_3	14
+GSM900184_4	14
+GSM929720_2	14
+GSM946535_2	14
+GSM923574_2	14
+GSM946530_3	14
+GSM912904_1	14
+GSM912912_1	14
+GSM946528_1	14
+GSM970854_1	14
+GSM946524_1	14
+GSM769015_1	14
+GSM918728_1	14
+GSM946544_2	14
+GSM918414_1	14
+GSM970875_4	14
+GSM918418_1	14
+GSM912891_1	14
+GSM915184_1	14
+GSM929717_2	14
+GSM769025_1	14
+GSM970875_2	14
+GSM918708_1	14
+GSM900198_4	14
+GSM923586_1	14
+GSM912925_1	14
+GSM918707_1	14
+GSM946533_3	14
+GSM918717_1	14
+GSM929718_2	14
+GSM900191_3	14
+GSM970873_5	14
+GSM900186_4	14
+GSM970857_4	14
+GSM929703_1	14
+GSM970869_5	14
+GSM923586_2	14
+GSM900186_3	14
+GSM923575_2	14
+GSM918731_1	14
+GSM918761_1	14
+GSM946549_3	14
+GSM769022_1	14
+GSM900185_2	14
+GSM900186_2	14
+GSM923586_3	14
+GSM970862_3	14
+GSM970865_3	14
+GSM900184_3	14
+GSM970864_2	14
+GSM769037_1	14
+GSM946532_1	14
+GSM970856_2	14
+GSM915171_1	14
+GSM769013_1	14
+GSM946532_2	14
+GSM929717_1	14
+GSM970855_5	14
+GSM970856_1	14
+GSM912894_1	14
+GSM970873_1	14
+GSM918759_1	14
+GSM923584_1	14
+GSM918417_1	14
+GSM970857_6	14
+GSM918750_1	14
+GSM946523_2	14
+GSM918704_1	14
+GSM970867_2	14
+GSM946524_2	14
+GSM912916_1	14
+GSM973232_3	14
+GSM918733_1	14
+GSM915166_1	14
+GSM915176_1	14
+GSM970856_5	14
+GSM923568_2	14
+GSM970871_1	14
+GSM912907_1	14
+GSM923567_3	14
+GSM912920_1	14
+GSM946520_3	14
+GSM970865_2	14
+GSM912933_1	14
+GSM915165_1	14
+GSM970856_3	14
+GSM970854_6	14
+GSM929715_1	14
+GSM946545_3	14
+GSM970873_9	14
+GSM929718_1	14
+GSM946537_2	14
+GSM970854_5	14
+GSM912905_1	14
+GSM946531_3	14
+GSM769016_1	14
+GSM929714_2	14
+GSM900194_3	14
+GSM929721_1	14
+GSM923576_2	14
+GSM915178_1	14
+GSM929721_2	14
+GSM900191_1	14
+GSM923574_3	14
+GSM769030_1	14
+GSM912898_1	14
+GSM918755_1	14
+GSM918706_1	14
+GSM970866_5	14
+GSM918718_1	14
+GSM923570_2	14
+GSM970866_1	14
+GSM929710_2	14
+GSM946530_1	14
+GSM970874_1	14
+GSM970866_6	14
+GSM946539_1	14
+GSM970873_3	14
+GSM900192_3	14
+GSM973235_1	14
+GSM970869_6	14
+GSM929722_1	14
+GSM970868_6	14
+GSM915175_1	14
+GSM900185_3	14
+GSM923577_1	14
+GSM900190_1	14
+GSM915185_1	14
+GSM918754_1	14
+GSM973232_4	14
+GSM946538_2	14
+GSM946540_3	14
+GSM946526_1	14
+GSM769032_1	14
+GSM912910_1	14
+GSM918748_1	14
+GSM918409_1	14
+GSM973233_1	14
+GSM900198_3	14
+GSM970853_1	14
+GSM918739_1	14
+GSM915184_2	14
+GSM923576_1	14
+GSM946519_3	14
+GSM970868_2	14
+GSM900189_4	14
+GSM946520_1	14
+GSM970873_2	14
+GSM918756_1	14
+GSM900196_1	14
+GSM973234_1	14
+GSM912923_1	14
+GSM946543_2	14
+GSM946520_2	14
+GSM970861_1	14
+GSM923587_3	14
+GSM918730_1	14
+GSM973235_3	14
+GSM912924_1	14
+GSM970865_5	14
+GSM915188_1	14
+GSM918741_1	14
+GSM970865_4	14
+GSM923567_2	14
+GSM918732_1	14
+GSM970873_7	14
+GSM946536_1	14
+GSM923590_1	14
+GSM946538_3	14
+GSM970869_4	14
+GSM970854_4	14
+GSM900183_1	14
+GSM923576_3	14
+GSM912922_1	14
+GSM900196_2	14
+GSM918408_1	14
+GSM912934_1	14
+GSM946531_1	14
+GSM970863_2	14
+GSM918719_1	14
+GSM918416_1	14
+GSM970868_3	14
+GSM912930_1	14
+GSM946526_2	14
+GSM915186_1	14
+GSM915183_1	14
+GSM918752_1	14
+GSM769010_1	14
+GSM929775_1	14
+GSM923578_1	14
+GSM915172_1	14
+GSM900191_4	14
+GSM918413_1	14
+GSM970873_11	14
+GSM915169_1	14
+GSM970872_6	14
+GSM946537_1	14
+GSM973233_3	14
+GSM970871_2	14
+GSM970867_1	14
+GSM970855_1	14
+GSM946531_2	14
+GSM912901_1	14
+GSM946540_2	14
+GSM923583_2	14
+GSM769017_1	14
+GSM946540_1	14
+GSM900193_1	14
+GSM929704_1	14
+GSM769035_1	14
+GSM929709_2	14
+GSM769009_1	14
+GSM769019_1	14
+GSM946541_2	14
+GSM923569_3	14
+GSM900199_2	14
+GSM970874_4	14
+GSM918736_1	14
+GSM970859_1	14
+GSM946541_1	14
+GSM900190_2	14
+GSM970866_2	14
+GSM918716_1	14
+GSM946541_3	14
+GSM970852_5	14
+GSM929723_1	14
+GSM900193_2	14
+GSM970861_2	14
+GSM923580_3	14
+GSM918735_1	14
+GSM929708_1	14
+GSM929774_1	14
+GSM918758_1	14
+GSM946529_1	14
+GSM915159_1	14
+GSM923580_1	14
+GSM900185_4	14
+GSM918747_1	14
+GSM970872_4	14
+GSM946538_1	14
+GSM946535_1	14
+GSM915182_1	14
+GSM923579_3	14
+GSM970853_2	14
+GSM929724_1	14
+GSM946526_3	14
+GSM946548_1	14
+GSM946546_2	14
+GSM769031_1	14
+GSM929712_2	14
+GSM970868_4	14
+GSM900198_2	14
+GSM946521_2	14
+GSM946545_2	14
+GSM946525_3	14
+GSM929773_1	14
+GSM929707_2	14
+GSM946547_1	14
+GSM923583_1	14
+GSM946521_1	14
+GSM923579_1	14
+GSM923582_3	14
+GSM918410_1	14
+GSM970863_5	14
+GSM929705_1	14
+GSM970870_1	14
+GSM912927_1	14
+GSM900198_1	14
+GSM970860_1	14
+GSM769036_1	14
+GSM912913_1	14
+GSM970864_3	14
+GSM973234_2	14
+GSM923582_2	14
+GSM929703_2	14
+GSM900195_2	14
+GSM918421_1	14
+GSM970854_3	14
+GSM900193_3	14
+GSM918423_1	14
+GSM912915_1	14
+GSM970869_2	14
+GSM970874_2	14
+GSM900192_1	14
+GSM923570_1	14
+GSM918725_1	14
+GSM929708_2	14
+GSM912908_1	14
+GSM929773_2	14
+GSM915174_1	14
+GSM946546_1	14
+GSM970861_3	14
+GSM970874_5	14
+GSM929712_1	14
+GSM970857_3	14
+GSM970854_2	14
+GSM900188_4	14
+GSM923569_2	14
+GSM970858_1	14
+GSM918762_1	14
+GSM915168_1	14
+GSM900183_4	14
+GSM918753_1	14
+GSM915172_2	14
+GSM970866_4	14
+GSM900193_4	14
+GSM923585_2	14
+GSM929722_2	14
+GSM900195_4	14
+GSM900190_4	14
+GSM923568_3	14
+GSM946536_3	14
+GSM970862_6	14
+GSM970853_6	14
+GSM769027_1	14
+GSM923581_3	14
+GSM970872_2	14
+GSM912896_1	14
+GSM912932_1	14
+GSM923574_1	14
+GSM946536_2	14
+GSM923573_2	14
+GSM946528_2	14
+GSM929716_2	14
+GSM918420_1	14
+GSM918745_1	14
+GSM923590_4	14
+GSM970855_3	14
+GSM900184_1	14
+GSM946547_3	14
+GSM970853_4	14
+GSM970862_4	14
+GSM946528_3	14
+GSM923588_1	14
+GSM912914_1	14
+GSM918763_1	14
+GSM923582_1	14
+GSM900194_4	14
+GSM923567_1	14
+GSM923572_1	14
+GSM923590_3	14
+GSM973232_2	14
+GSM946539_3	14
+GSM900197_3	14
+GSM923575_1	14
+GSM912931_1	14
+GSM769011_1	14
+GSM929707_1	14
+GSM918721_1	14
+GSM900191_2	14
+GSM923589_3	14
+GSM769024_1	14
+GSM946549_1	14
+GSM946546_3	14
+GSM970868_5	14
+GSM923572_2	14
+GSM918415_1	14
+GSM900188_3	14
+GSM970874_6	14
+GSM912909_1	14
+GSM923583_3	14
+GSM970858_3	14
+GSM929709_1	14
+GSM946524_3	14
+GSM946523_3	14
+GSM918737_1	14
+GSM918760_1	14
+GSM970857_5	14
+GSM946545_1	14
+GSM946519_1	14
+GSM918714_1	14
+GSM918705_1	14
+GSM970853_3	14
+GSM973234_3	14
+GSM915187_1	14
+GSM900185_1	14
+GSM929719_1	14
+GSM946525_1	14
+GSM970865_1	14
+GSM900188_1	14
+GSM769023_1	14
+GSM923587_1	14
+GSM918419_1	14
+GSM970862_5	14
+GSM970853_5	14
+GSM923581_2	14
+GSM918742_1	14
+GSM915167_1	14
+GSM923578_2	14
+GSM946523_1	14
+GSM970867_3	14
+GSM918715_1	14
+GSM946544_1	14
+GSM900197_4	14
+GSM946539_2	14
+GSM946521_3	14
+GSM912895_1	14
+GSM923584_3	14
+GSM946529_2	14
+GSM946533_2	14
+GSM918749_1	14
+GSM970875_1	14
+GSM900184_2	14
+GSM769008_1	14
+GSM918740_1	14
+GSM973235_2	14
+GSM970873_8	14
+GSM912893_1	14
+GSM769020_1	14
+GSM900187_1	14
+GSM970863_4	14
+GSM970859_2	14
+GSM923589_2	14
+GSM769018_1	14
+GSM929710_1	14
+GSM900197_2	14
+GSM923588_2	14
+GSM970870_3	14
+GSM900189_2	14
+GSM946529_3	14
+GSM912929_1	14
+GSM900183_3	14
+GSM918722_1	14
+GSM798326_1	14
+GSM798325_1	14
+GSM769028_1	14
+GSM970873_4	14
+GSM946547_2	14
+GSM946542_2	14
+GSM900192_4	14
+GSM912919_1	14
+GSM970856_6	14
+GSM923580_2	14
+GSM798324_1	14
+GSM918411_1	14
+GSM970855_4	14
+GSM923575_3	14
+GSM929774_2	14
+GSM912911_1	14
+GSM900189_1	14
+GSM923587_2	14
+GSM946537_3	14
+GSM923573_3	14
+GSM918738_1	14
+GSM970863_6	14
+GSM929705_2	14
+GSM900187_2	14
+GSM970873_6	14
+GSM923590_2	14
+GSM946525_2	14
+GSM929711_1	14
+GSM970858_2	14
+GSM769026_1	14
+GSM946543_1	14
+GSM918713_1	14
+GSM929704_2	14
+GSM970855_2	14
+GSM918757_1	14
+GSM923571_1	14
+GSM970875_3	14
+GSM970852_1	14
+GSM915180_2	14
+GSM912897_1	14
+GSM918751_1	14
+GSM946535_3	14
+GSM923571_3	14
+GSM929723_2	14
+GSM923579_2	14
+GSM923569_1	14
+GSM923572_3	14
+GSM970852_2	14
+GSM900196_3	14
+GSM970852_3	14
+GSM918729_1	14
+GSM912917_1	14
+GSM900199_3	14
+GSM918734_1	14
+GSM798323_1	14
+GSM912918_1	14
+GSM769029_1	14
+GSM915161_1	14
+GSM946519_2	14
+GSM970852_4	14
+GSM900187_3	14
+GSM900194_2	14
+GSM970864_1	14
+GSM900188_2	14
+GSM913032_1	14
+GSM970851_3	14
+GSM970862_1	14
+GSM923585_3	14
+GSM970869_3	14
+GSM973234_4	14
+GSM970855_6	14
+GSM900192_2	14
+GSM946532_3	14
+GSM900199_4	14
+GSM923588_3	14
+GSM923577_2	14
+GSM970875_6	14
+GSM929706_1	14
+GSM900186_1	14
+GSM970868_1	14
+GSM946533_1	14
+GSM769012_1	14
+GSM946542_3	14
+GSM900190_3	14
+GSM912899_1	14
+GSM915172_3	14
+GSM970871_3	14
+GSM970857_1	14
+GSM970857_2	14
+GSM918709_1	14
+GSM918720_1	14
+GSM946527_1	14
+GSM912928_1	14
+GSM915177_1	14
+GSM915179_1	14
+GSM973233_4	14
+GSM912926_1	14
+GSM769021_1	14
+GSM973233_2	14
+GSM929772_2	14
+GSM912906_1	14
+GSM970863_3	14
+GSM946549_2	14
+GSM798328_1	14
+GSM912903_1	14
+GSM970875_5	14
+GSM929772_1	14
+GSM912921_1	14
+GSM923571_2	14
+GSM970873_10	14
+GSM900196_4	14
+GSM946544_3	14
+GSM918710_1	14
+GSM929719_2	14
+GSM918724_1	14
+GSM900199_1	14
+GSM970856_4	14
+GSM923582_4	14
+GSM923581_1	14
+GSM923577_3	14
+GSM915162_1	14
+GSM769033_1	14
+GSM915180_1	14
+GSM918711_1	14
+GSM929713_2	14
+GSM970872_5	14
+GSM970862_2	14
+GSM929713_1	14
+GSM995443_1	14
+GSM995537_1	14
+GSM1014185_1	14
+GSM1003826_2	14
+GSM1014165_1	14
+GSM1014163_1	14
+GSM1000564_1	14
+GSM1000100_1	14
+GSM1000112_1	14
+GSM1014199_2	14
+GSM995535_1	14
+GSM1000113_1	14
+GSM1014161_1	14
+GSM1000570_4	14
+GSM1003792_1	14
+GSM995438_1	14
+GSM1000099_1	14
+GSM1014148_1	14
+GSM1000143_1	14
+GSM1000078_1	14
+GSM1003744_1	14
+GSM1000566_4	14
+GSM1014177_2	14
+GSM1014149_1	14
+GSM1000568_3	14
+GSM1000146_1	14
+GSM1003797_1	14
+GSM1000562_3	14
+GSM1000156_1	14
+GSM1000069_1	14
+GSM995529_2	14
+GSM1014170_3	14
+GSM1003239_2	14
+GSM1000072_1	14
+GSM1014182_2	14
+GSM1014179_1	14
+GSM1003801_1	14
+GSM1014195_2	14
+GSM1003752_1	14
+GSM1003825_4	14
+GSM1014159_2	14
+GSM1000563_1	14
+GSM1003814_1	14
+GSM1000109_1	14
+GSM1003800_1	14
+GSM1000110_1	14
+GSM1014195_3	14
+GSM1000129_1	14
+GSM1000563_2	14
+GSM1003745_1	14
+GSM1003796_1	14
+GSM1000567_1	14
+GSM1000206_1	14
+GSM1000132_1	14
+GSM1003817_1	14
+GSM1014185_2	14
+GSM1000079_1	14
+GSM1014186_1	14
+GSM1000128_1	14
+GSM1003790_1	14
+GSM1003776_1	14
+GSM995530_2	14
+GSM1000153_1	14
+GSM1003812_1	14
+GSM1000063_1	14
+GSM1000127_1	14
+GSM1014195_7	14
+GSM1000144_1	14
+GSM1003786_1	14
+GSM1000133_1	14
+GSM1014156_1	14
+GSM995540_1	14
+GSM995532_4	14
+GSM995447_1	14
+GSM1000094_1	14
+GSM1000201_1	14
+GSM1000151_1	14
+GSM1000086_1	14
+GSM1014170_2	14
+GSM1000568_4	14
+GSM1003827_2	14
+GSM1014195_10	14
+GSM1000567_3	14
+GSM1000565_1	14
+GSM1000093_1	14
+GSM1014169_2	14
+GSM1014153_2	14
+GSM1014180_1	14
+GSM1003813_2	14
+GSM1003825_2	14
+GSM1014195_13	14
+GSM1014152_1	14
+GSM1000564_2	14
+GSM1014173_1	14
+GSM1003832_2	14
+GSM995535_3	14
+GSM1000125_1	14
+GSM1014160_1	14
+GSM1000076_1	14
+GSM1000120_1	14
+GSM1003780_1	14
+GSM1000135_1	14
+GSM995535_2	14
+GSM995447_2	14
+GSM1003784_1	14
+GSM1014173_2	14
+GSM1003813_1	14
+GSM1003239_1	14
+GSM1003816_2	14
+GSM1014181_1	14
+GSM1014154_1	14
+GSM1000108_1	14
+GSM1003805_1	14
+GSM1014171_2	14
+GSM1003803_1	14
+GSM1000204_1	14
+GSM1000567_4	14
+GSM1000138_1	14
+GSM995532_2	14
+GSM1014183_1	14
+GSM1000091_1	14
+GSM1014172_2	14
+GSM1000562_1	14
+GSM1014177_1	14
+GSM1003793_1	14
+GSM1000073_1	14
+GSM995446_1	14
+GSM1014150_1	14
+GSM1014171_1	14
+GSM1003804_1	14
+GSM1014190_1	14
+GSM1003749_1	14
+GSM1014192_1	14
+GSM1014168_2	14
+GSM1003828_2	14
+GSM995533_1	14
+GSM1003824_2	14
+GSM1003810_1	14
+GSM1003834_2	14
+GSM1000571_1	14
+GSM995536_1	14
+GSM1003756_1	14
+GSM1014199_1	14
+GSM1003832_1	14
+GSM1000121_1	14
+GSM1014151_6	14
+GSM995439_1	14
+GSM1003757_1	14
+GSM1014178_2	14
+GSM995538_1	14
+GSM1014195_8	14
+GSM995536_2	14
+GSM1014162_1	14
+GSM1000150_1	14
+GSM1000562_4	14
+GSM1014192_3	14
+GSM1000572_2	14
+GSM1014166_1	14
+GSM1000566_1	14
+GSM1000092_1	14
+GSM1000087_1	14
+GSM1014175_1	14
+GSM1003820_2	14
+GSM1014192_2	14
+GSM1003831_2	14
+GSM1014170_1	14
+GSM995440_1	14
+GSM1000141_1	14
+GSM1014164_3	14
+GSM995525_1	14
+GSM1003822_1	14
+GSM1014148_3	14
+GSM995537_3	14
+GSM1000140_1	14
+GSM995541_2	14
+GSM1014153_1	14
+GSM1003823_2	14
+GSM1003818_2	14
+GSM1003834_1	14
+GSM1003775_1	14
+GSM1014164_1	14
+GSM1000200_1	14
+GSM1014178_1	14
+GSM1014195_4	14
+GSM1003802_1	14
+GSM995526_2	14
+GSM1000563_3	14
+GSM995534_3	14
+GSM1003819_2	14
+GSM995530_1	14
+GSM1000080_1	14
+GSM1003779_1	14
+GSM1014191_3	14
+GSM1000203_1	14
+GSM1000573_1	14
+GSM1000137_1	14
+GSM1000152_1	14
+GSM1000147_1	14
+GSM1003821_1	14
+GSM1003830_2	14
+GSM1000573_4	14
+GSM1014151_1	14
+GSM1014195_1	14
+GSM1014168_3	14
+GSM1000067_1	14
+GSM1003809_1	14
+GSM1003833_1	14
+GSM1000095_1	14
+GSM1000083_1	14
+GSM1000148_1	14
+GSM995536_3	14
+GSM995534_4	14
+GSM1014160_2	14
+GSM1000202_1	14
+GSM1014182_1	14
+GSM1014193_1	14
+GSM1000077_1	14
+GSM995541_3	14
+GSM1014172_1	14
+GSM1000096_1	14
+GSM995533_4	14
+GSM1000573_2	14
+GSM1000107_1	14
+GSM1000574_4	14
+GSM995442_1	14
+GSM1000075_1	14
+GSM1014151_4	14
+GSM995525_4	14
+GSM995445_1	14
+GSM1000566_3	14
+GSM1000565_2	14
+GSM1003755_1	14
+GSM1014157_1	14
+GSM1003758_1	14
+GSM1003794_1	14
+GSM1003753_1	14
+GSM1014179_2	14
+GSM1014163_2	14
+GSM1003751_1	14
+GSM995527_4	14
+GSM995527_1	14
+GSM1003798_1	14
+GSM1000149_1	14
+GSM1003795_1	14
+GSM1000084_1	14
+GSM1014189_1	14
+GSM1014166_2	14
+GSM995533_3	14
+GSM1014176_1	14
+GSM1000207_1	14
+GSM1014189_2	14
+GSM1000097_1	14
+GSM1003785_1	14
+GSM995532_1	14
+GSM995537_4	14
+GSM1014194_3	14
+GSM1000565_4	14
+GSM1003829_1	14
+GSM1014151_2	14
+GSM995437_1	14
+GSM995529_1	14
+GSM1014197_1	14
+GSM1000106_1	14
+GSM995446_2	14
+GSM1014190_2	14
+GSM1000085_1	14
+GSM1003777_1	14
+GSM995446_3	14
+GSM1003782_1	14
+GSM1000569_2	14
+GSM1003791_1	14
+GSM1000563_4	14
+GSM1000101_1	14
+GSM1000568_1	14
+GSM1014191_1	14
+GSM995449_1	14
+GSM1000136_1	14
+GSM1014159_1	14
+GSM1014151_7	14
+GSM1000570_3	14
+GSM1000081_1	14
+GSM1003746_1	14
+GSM1003831_1	14
+GSM1014187_1	14
+GSM1014184_2	14
+GSM1014196_2	14
+GSM1000122_1	14
+GSM1014200_2	14
+GSM1014187_2	14
+GSM1014198_1	14
+GSM1014194_1	14
+GSM1000574_3	14
+GSM1003781_1	14
+GSM1000119_1	14
+GSM1000567_2	14
+GSM1000131_1	14
+GSM1000155_1	14
+GSM1014170_4	14
+GSM1000139_1	14
+GSM995531_4	14
+GSM1003821_2	14
+GSM1003819_1	14
+GSM995538_3	14
+GSM1000569_4	14
+GSM995541_1	14
+GSM995527_3	14
+GSM1014186_2	14
+GSM995534_2	14
+GSM995528_2	14
+GSM1003816_1	14
+GSM995526_1	14
+GSM1014174_2	14
+GSM1000098_1	14
+GSM1003783_1	14
+GSM1000572_1	14
+GSM1003811_1	14
+GSM995534_1	14
+GSM1014195_11	14
+GSM1014200_1	14
+GSM1000066_1	14
+GSM1014148_2	14
+GSM1014158_1	14
+GSM1014169_1	14
+GSM1000154_1	14
+GSM1000116_1	14
+GSM1000089_1	14
+GSM1014150_2	14
+GSM1000102_1	14
+GSM995441_1	14
+GSM995533_2	14
+GSM1014195_6	14
+GSM1003825_3	14
+GSM1000142_1	14
+GSM995448_1	14
+GSM1014197_2	14
+GSM995528_1	14
+GSM1003750_1	14
+GSM1014195_9	14
+GSM1000564_4	14
+GSM1000090_1	14
+GSM1000571_4	14
+GSM1000074_1	14
+GSM1000114_1	14
+GSM1014167_2	14
+GSM1003822_2	14
+GSM1000572_3	14
+GSM1000130_1	14
+GSM1000145_1	14
+GSM995537_2	14
+GSM1014165_2	14
+GSM995531_2	14
+GSM1000103_1	14
+GSM1014181_2	14
+GSM1003817_2	14
+GSM1014195_12	14
+GSM1003825_1	14
+GSM1000071_1	14
+GSM1000572_4	14
+GSM1003806_1	14
+GSM995447_4	14
+GSM1000569_3	14
+GSM1003747_1	14
+GSM1003818_1	14
+GSM1000569_1	14
+GSM1000068_1	14
+GSM995540_2	14
+GSM995532_3	14
+GSM1000574_1	14
+GSM1000570_2	14
+GSM1014192_4	14
+GSM1003826_1	14
+GSM1000134_1	14
+GSM995531_1	14
+GSM1000566_2	14
+GSM1003820_1	14
+GSM1000574_2	14
+GSM1000126_1	14
+GSM1003807_1	14
+GSM1003814_2	14
+GSM1000088_1	14
+GSM1000082_1	14
+GSM1003823_1	14
+GSM995539_2	14
+GSM1000064_1	14
+GSM1000570_1	14
+GSM1000115_1	14
+GSM995538_4	14
+GSM1000205_1	14
+GSM995447_3	14
+GSM1014196_1	14
+GSM995539_3	14
+GSM995447_5	14
+GSM1003824_1	14
+GSM1014184_1	14
+GSM1003808_1	14
+GSM995525_3	14
+GSM1003787_1	14
+GSM1014168_1	14
+GSM1014176_2	14
+GSM1000105_1	14
+GSM1003828_1	14
+GSM1000562_2	14
+GSM1000065_1	14
+GSM1000111_1	14
+GSM1014194_2	14
+GSM1014164_2	14
+GSM1003748_1	14
+GSM995525_2	14
+GSM1000571_3	14
+GSM1014151_3	14
+GSM1014174_1	14
+GSM1000104_1	14
+GSM1014155_1	14
+GSM1014180_2	14
+GSM1000565_3	14
+GSM1000568_2	14
+GSM995535_4	14
+GSM1003833_2	14
+GSM995539_4	14
+GSM1014152_2	14
+GSM1014167_1	14
+GSM1014161_2	14
+GSM1014154_2	14
+GSM1003829_2	14
+GSM1000564_3	14
+GSM995527_2	14
+GSM995444_1	14
+GSM1000118_1	14
+GSM995541_4	14
+GSM1003238_1	14
+GSM1000070_1	14
+GSM1014149_2	14
+GSM1003827_1	14
+GSM995436_1	14
+GSM1003778_1	14
+GSM1000208_1	14
+GSM1000573_3	14
+GSM1014191_2	14
+GSM1003815_2	14
+GSM995539_1	14
+GSM1003815_1	14
+GSM1000117_1	14
+GSM1003774_1	14
+GSM1003799_1	14
+GSM1003754_1	14
+GSM1003830_1	14
+GSM1000124_1	14
+GSM995536_4	14
+GSM1003789_1	14
+GSM1014195_14	14
+GSM1014188_1	14
+GSM1000123_1	14
+GSM1014151_5	14
+GSM1000571_2	14
+GSM995538_2	14
+GSM1003788_1	14
+GSM995531_3	14
+GSM1014193_2	14
+GSM1003238_2	14
+GSM1014195_5	14
diff --git a/mm9/track2Ft_longrange b/mm9/track2Ft_longrange
new file mode 100644
index 0000000..2a2a116
--- /dev/null
+++ b/mm9/track2Ft_longrange
@@ -0,0 +1,27 @@
+Cortex_20kb_hindIII_rep1	9
+Cortex_20kb_hindIII_rep2	9
+Cortex_40kb_hindIII_combined	9
+Cortex_40kb_hindIII_rep1	9
+Cortex_40kb_hindIII_rep2	9
+Esc_20kb_hindIII_rep1	9
+Esc_20kb_hindIII_rep2	9
+Esc_20kb_NcoI	9
+Esc_40kb_hindIII_combined	9
+Esc_40kb_hindIII_rep1	9
+Esc_40kb_hindIII_rep2	9
+Esc_40kb_NcoI	9
+GSE28247_st3ab	9
+GSE28247_st3c	9
+GSM870040	9
+GSM870041	9
+GSM870042	9
+GSM870043	9
+GSM870044	9
+GSM870045	9
+GSM870046	9
+GSE35519_ATM_10m	9
+GSE35519_ATM_1m	9
+GSE35519_ATM_100k	9
+GSE35519_WT_1m	9
+GSE35519_WT_10m	9
+GSE35519_WT_100k	9
diff --git a/mm9/track2Ft_mock b/mm9/track2Ft_mock
new file mode 100644
index 0000000..82768f1
--- /dev/null
+++ b/mm9/track2Ft_mock
@@ -0,0 +1,20 @@
+mock1	14
+mock2	14
+mock3	14
+mock4	14
+mock5	14
+mock6	14
+mock7	14
+mock8	14
+mock9	14
+mock10	14
+mock11	14
+mock12	14
+mock13	14
+mock14	14
+mock15	14
+mock16	14
+mock17	14
+mock18	14
+mock19	14
+mock20	14
diff --git a/mm9/track2GEO_encode b/mm9/track2GEO_encode
new file mode 100644
index 0000000..14a0d47
--- /dev/null
+++ b/mm9/track2GEO_encode
@@ -0,0 +1,1082 @@
+GSM929716_1	GSM929716
+GSM915181_1	GSM915181
+GSM970852_6	GSM970852
+GSM900187_4	GSM900187
+GSM900195_3	GSM900195
+GSM970851_1	GSM970851
+GSM915163_1	GSM915163
+GSM912935_1	GSM912935
+GSM946530_2	GSM946530
+GSM915160_1	GSM915160
+GSM918746_1	GSM918746
+GSM918744_1	GSM918744
+GSM918712_1	GSM918712
+GSM970874_3	GSM970874
+GSM915164_1	GSM915164
+GSM923589_1	GSM923589
+GSM923584_2	GSM923584
+GSM798327_1	GSM798327
+GSM918407_1	GSM918407
+GSM918727_1	GSM918727
+GSM923578_3	GSM923578
+GSM918743_1	GSM918743
+GSM970860_3	GSM970860
+GSM929775_2	GSM929775
+GSM946543_3	GSM946543
+GSM923570_3	GSM923570
+GSM923573_1	GSM923573
+GSM923585_1	GSM923585
+GSM915173_1	GSM915173
+GSM918723_1	GSM918723
+GSM970869_1	GSM970869
+GSM970872_1	GSM970872
+GSM946527_3	GSM946527
+GSM918412_1	GSM918412
+GSM946548_2	GSM946548
+GSM915170_1	GSM915170
+GSM900197_1	GSM900197
+GSM946527_2	GSM946527
+GSM970866_3	GSM970866
+GSM973232_1	GSM973232
+GSM912892_1	GSM912892
+GSM929715_2	GSM929715
+GSM900194_1	GSM900194
+GSM900189_3	GSM900189
+GSM918422_1	GSM918422
+GSM970873_12	GSM970873
+GSM973235_4	GSM973235
+GSM970870_2	GSM970870
+GSM923568_1	GSM923568
+GSM900195_1	GSM900195
+GSM970863_1	GSM970863
+GSM769014_1	GSM769014
+GSM946534_1	GSM946534
+GSM970865_6	GSM970865
+GSM946542_1	GSM946542
+GSM970859_3	GSM970859
+GSM929706_2	GSM929706
+GSM970872_3	GSM970872
+GSM929720_1	GSM929720
+GSM912900_1	GSM912900
+GSM970860_2	GSM970860
+GSM912902_1	GSM912902
+GSM929714_1	GSM929714
+GSM900183_2	GSM900183
+GSM918726_1	GSM918726
+GSM929711_2	GSM929711
+GSM970851_2	GSM970851
+GSM769034_1	GSM769034
+GSM929724_2	GSM929724
+GSM946534_2	GSM946534
+GSM946548_3	GSM946548
+GSM946534_3	GSM946534
+GSM900184_4	GSM900184
+GSM929720_2	GSM929720
+GSM946535_2	GSM946535
+GSM923574_2	GSM923574
+GSM946530_3	GSM946530
+GSM912904_1	GSM912904
+GSM912912_1	GSM912912
+GSM946528_1	GSM946528
+GSM970854_1	GSM970854
+GSM946524_1	GSM946524
+GSM769015_1	GSM769015
+GSM918728_1	GSM918728
+GSM946544_2	GSM946544
+GSM918414_1	GSM918414
+GSM970875_4	GSM970875
+GSM918418_1	GSM918418
+GSM912891_1	GSM912891
+GSM915184_1	GSM915184
+GSM929717_2	GSM929717
+GSM769025_1	GSM769025
+GSM970875_2	GSM970875
+GSM918708_1	GSM918708
+GSM900198_4	GSM900198
+GSM923586_1	GSM923586
+GSM912925_1	GSM912925
+GSM918707_1	GSM918707
+GSM946533_3	GSM946533
+GSM918717_1	GSM918717
+GSM929718_2	GSM929718
+GSM900191_3	GSM900191
+GSM970873_5	GSM970873
+GSM900186_4	GSM900186
+GSM970857_4	GSM970857
+GSM929703_1	GSM929703
+GSM970869_5	GSM970869
+GSM923586_2	GSM923586
+GSM900186_3	GSM900186
+GSM923575_2	GSM923575
+GSM918731_1	GSM918731
+GSM918761_1	GSM918761
+GSM946549_3	GSM946549
+GSM769022_1	GSM769022
+GSM900185_2	GSM900185
+GSM900186_2	GSM900186
+GSM923586_3	GSM923586
+GSM970862_3	GSM970862
+GSM970865_3	GSM970865
+GSM900184_3	GSM900184
+GSM970864_2	GSM970864
+GSM769037_1	GSM769037
+GSM946532_1	GSM946532
+GSM970856_2	GSM970856
+GSM915171_1	GSM915171
+GSM769013_1	GSM769013
+GSM946532_2	GSM946532
+GSM929717_1	GSM929717
+GSM970855_5	GSM970855
+GSM970856_1	GSM970856
+GSM912894_1	GSM912894
+GSM970873_1	GSM970873
+GSM918759_1	GSM918759
+GSM923584_1	GSM923584
+GSM918417_1	GSM918417
+GSM970857_6	GSM970857
+GSM918750_1	GSM918750
+GSM946523_2	GSM946523
+GSM918704_1	GSM918704
+GSM970867_2	GSM970867
+GSM946524_2	GSM946524
+GSM912916_1	GSM912916
+GSM973232_3	GSM973232
+GSM918733_1	GSM918733
+GSM915166_1	GSM915166
+GSM915176_1	GSM915176
+GSM970856_5	GSM970856
+GSM923568_2	GSM923568
+GSM970871_1	GSM970871
+GSM912907_1	GSM912907
+GSM923567_3	GSM923567
+GSM912920_1	GSM912920
+GSM946520_3	GSM946520
+GSM970865_2	GSM970865
+GSM912933_1	GSM912933
+GSM915165_1	GSM915165
+GSM970856_3	GSM970856
+GSM970854_6	GSM970854
+GSM929715_1	GSM929715
+GSM946545_3	GSM946545
+GSM970873_9	GSM970873
+GSM929718_1	GSM929718
+GSM946537_2	GSM946537
+GSM970854_5	GSM970854
+GSM912905_1	GSM912905
+GSM946531_3	GSM946531
+GSM769016_1	GSM769016
+GSM929714_2	GSM929714
+GSM900194_3	GSM900194
+GSM929721_1	GSM929721
+GSM923576_2	GSM923576
+GSM915178_1	GSM915178
+GSM929721_2	GSM929721
+GSM900191_1	GSM900191
+GSM923574_3	GSM923574
+GSM769030_1	GSM769030
+GSM912898_1	GSM912898
+GSM918755_1	GSM918755
+GSM918706_1	GSM918706
+GSM970866_5	GSM970866
+GSM918718_1	GSM918718
+GSM923570_2	GSM923570
+GSM970866_1	GSM970866
+GSM929710_2	GSM929710
+GSM946530_1	GSM946530
+GSM970874_1	GSM970874
+GSM970866_6	GSM970866
+GSM946539_1	GSM946539
+GSM970873_3	GSM970873
+GSM900192_3	GSM900192
+GSM973235_1	GSM973235
+GSM970869_6	GSM970869
+GSM929722_1	GSM929722
+GSM970868_6	GSM970868
+GSM915175_1	GSM915175
+GSM900185_3	GSM900185
+GSM923577_1	GSM923577
+GSM900190_1	GSM900190
+GSM915185_1	GSM915185
+GSM918754_1	GSM918754
+GSM973232_4	GSM973232
+GSM946538_2	GSM946538
+GSM946540_3	GSM946540
+GSM946526_1	GSM946526
+GSM769032_1	GSM769032
+GSM912910_1	GSM912910
+GSM918748_1	GSM918748
+GSM918409_1	GSM918409
+GSM973233_1	GSM973233
+GSM900198_3	GSM900198
+GSM970853_1	GSM970853
+GSM918739_1	GSM918739
+GSM915184_2	GSM915184
+GSM923576_1	GSM923576
+GSM946519_3	GSM946519
+GSM970868_2	GSM970868
+GSM900189_4	GSM900189
+GSM946520_1	GSM946520
+GSM970873_2	GSM970873
+GSM918756_1	GSM918756
+GSM900196_1	GSM900196
+GSM973234_1	GSM973234
+GSM912923_1	GSM912923
+GSM946543_2	GSM946543
+GSM946520_2	GSM946520
+GSM970861_1	GSM970861
+GSM923587_3	GSM923587
+GSM918730_1	GSM918730
+GSM973235_3	GSM973235
+GSM912924_1	GSM912924
+GSM970865_5	GSM970865
+GSM915188_1	GSM915188
+GSM918741_1	GSM918741
+GSM970865_4	GSM970865
+GSM923567_2	GSM923567
+GSM918732_1	GSM918732
+GSM970873_7	GSM970873
+GSM946536_1	GSM946536
+GSM923590_1	GSM923590
+GSM946538_3	GSM946538
+GSM970869_4	GSM970869
+GSM970854_4	GSM970854
+GSM900183_1	GSM900183
+GSM923576_3	GSM923576
+GSM912922_1	GSM912922
+GSM900196_2	GSM900196
+GSM918408_1	GSM918408
+GSM912934_1	GSM912934
+GSM946531_1	GSM946531
+GSM970863_2	GSM970863
+GSM918719_1	GSM918719
+GSM918416_1	GSM918416
+GSM970868_3	GSM970868
+GSM912930_1	GSM912930
+GSM946526_2	GSM946526
+GSM915186_1	GSM915186
+GSM915183_1	GSM915183
+GSM918752_1	GSM918752
+GSM769010_1	GSM769010
+GSM929775_1	GSM929775
+GSM923578_1	GSM923578
+GSM915172_1	GSM915172
+GSM900191_4	GSM900191
+GSM918413_1	GSM918413
+GSM970873_11	GSM970873
+GSM915169_1	GSM915169
+GSM970872_6	GSM970872
+GSM946537_1	GSM946537
+GSM973233_3	GSM973233
+GSM970871_2	GSM970871
+GSM970867_1	GSM970867
+GSM970855_1	GSM970855
+GSM946531_2	GSM946531
+GSM912901_1	GSM912901
+GSM946540_2	GSM946540
+GSM923583_2	GSM923583
+GSM769017_1	GSM769017
+GSM946540_1	GSM946540
+GSM900193_1	GSM900193
+GSM929704_1	GSM929704
+GSM769035_1	GSM769035
+GSM929709_2	GSM929709
+GSM769009_1	GSM769009
+GSM769019_1	GSM769019
+GSM946541_2	GSM946541
+GSM923569_3	GSM923569
+GSM900199_2	GSM900199
+GSM970874_4	GSM970874
+GSM918736_1	GSM918736
+GSM970859_1	GSM970859
+GSM946541_1	GSM946541
+GSM900190_2	GSM900190
+GSM970866_2	GSM970866
+GSM918716_1	GSM918716
+GSM946541_3	GSM946541
+GSM970852_5	GSM970852
+GSM929723_1	GSM929723
+GSM900193_2	GSM900193
+GSM970861_2	GSM970861
+GSM923580_3	GSM923580
+GSM918735_1	GSM918735
+GSM929708_1	GSM929708
+GSM929774_1	GSM929774
+GSM918758_1	GSM918758
+GSM946529_1	GSM946529
+GSM915159_1	GSM915159
+GSM923580_1	GSM923580
+GSM900185_4	GSM900185
+GSM918747_1	GSM918747
+GSM970872_4	GSM970872
+GSM946538_1	GSM946538
+GSM946535_1	GSM946535
+GSM915182_1	GSM915182
+GSM923579_3	GSM923579
+GSM970853_2	GSM970853
+GSM929724_1	GSM929724
+GSM946526_3	GSM946526
+GSM946548_1	GSM946548
+GSM946546_2	GSM946546
+GSM769031_1	GSM769031
+GSM929712_2	GSM929712
+GSM970868_4	GSM970868
+GSM900198_2	GSM900198
+GSM946521_2	GSM946521
+GSM946545_2	GSM946545
+GSM946525_3	GSM946525
+GSM929773_1	GSM929773
+GSM929707_2	GSM929707
+GSM946547_1	GSM946547
+GSM923583_1	GSM923583
+GSM946521_1	GSM946521
+GSM923579_1	GSM923579
+GSM923582_3	GSM923582
+GSM918410_1	GSM918410
+GSM970863_5	GSM970863
+GSM929705_1	GSM929705
+GSM970870_1	GSM970870
+GSM912927_1	GSM912927
+GSM900198_1	GSM900198
+GSM970860_1	GSM970860
+GSM769036_1	GSM769036
+GSM912913_1	GSM912913
+GSM970864_3	GSM970864
+GSM973234_2	GSM973234
+GSM923582_2	GSM923582
+GSM929703_2	GSM929703
+GSM900195_2	GSM900195
+GSM918421_1	GSM918421
+GSM970854_3	GSM970854
+GSM900193_3	GSM900193
+GSM918423_1	GSM918423
+GSM912915_1	GSM912915
+GSM970869_2	GSM970869
+GSM970874_2	GSM970874
+GSM900192_1	GSM900192
+GSM923570_1	GSM923570
+GSM918725_1	GSM918725
+GSM929708_2	GSM929708
+GSM912908_1	GSM912908
+GSM929773_2	GSM929773
+GSM915174_1	GSM915174
+GSM946546_1	GSM946546
+GSM970861_3	GSM970861
+GSM970874_5	GSM970874
+GSM929712_1	GSM929712
+GSM970857_3	GSM970857
+GSM970854_2	GSM970854
+GSM900188_4	GSM900188
+GSM923569_2	GSM923569
+GSM970858_1	GSM970858
+GSM918762_1	GSM918762
+GSM915168_1	GSM915168
+GSM900183_4	GSM900183
+GSM918753_1	GSM918753
+GSM915172_2	GSM915172
+GSM970866_4	GSM970866
+GSM900193_4	GSM900193
+GSM923585_2	GSM923585
+GSM929722_2	GSM929722
+GSM900195_4	GSM900195
+GSM900190_4	GSM900190
+GSM923568_3	GSM923568
+GSM946536_3	GSM946536
+GSM970862_6	GSM970862
+GSM970853_6	GSM970853
+GSM769027_1	GSM769027
+GSM923581_3	GSM923581
+GSM970872_2	GSM970872
+GSM912896_1	GSM912896
+GSM912932_1	GSM912932
+GSM923574_1	GSM923574
+GSM946536_2	GSM946536
+GSM923573_2	GSM923573
+GSM946528_2	GSM946528
+GSM929716_2	GSM929716
+GSM918420_1	GSM918420
+GSM918745_1	GSM918745
+GSM923590_4	GSM923590
+GSM970855_3	GSM970855
+GSM900184_1	GSM900184
+GSM946547_3	GSM946547
+GSM970853_4	GSM970853
+GSM970862_4	GSM970862
+GSM946528_3	GSM946528
+GSM923588_1	GSM923588
+GSM912914_1	GSM912914
+GSM918763_1	GSM918763
+GSM923582_1	GSM923582
+GSM900194_4	GSM900194
+GSM923567_1	GSM923567
+GSM923572_1	GSM923572
+GSM923590_3	GSM923590
+GSM973232_2	GSM973232
+GSM946539_3	GSM946539
+GSM900197_3	GSM900197
+GSM923575_1	GSM923575
+GSM912931_1	GSM912931
+GSM769011_1	GSM769011
+GSM929707_1	GSM929707
+GSM918721_1	GSM918721
+GSM900191_2	GSM900191
+GSM923589_3	GSM923589
+GSM769024_1	GSM769024
+GSM946549_1	GSM946549
+GSM946546_3	GSM946546
+GSM970868_5	GSM970868
+GSM923572_2	GSM923572
+GSM918415_1	GSM918415
+GSM900188_3	GSM900188
+GSM970874_6	GSM970874
+GSM912909_1	GSM912909
+GSM923583_3	GSM923583
+GSM970858_3	GSM970858
+GSM929709_1	GSM929709
+GSM946524_3	GSM946524
+GSM946523_3	GSM946523
+GSM918737_1	GSM918737
+GSM918760_1	GSM918760
+GSM970857_5	GSM970857
+GSM946545_1	GSM946545
+GSM946519_1	GSM946519
+GSM918714_1	GSM918714
+GSM918705_1	GSM918705
+GSM970853_3	GSM970853
+GSM973234_3	GSM973234
+GSM915187_1	GSM915187
+GSM900185_1	GSM900185
+GSM929719_1	GSM929719
+GSM946525_1	GSM946525
+GSM970865_1	GSM970865
+GSM900188_1	GSM900188
+GSM769023_1	GSM769023
+GSM923587_1	GSM923587
+GSM918419_1	GSM918419
+GSM970862_5	GSM970862
+GSM970853_5	GSM970853
+GSM923581_2	GSM923581
+GSM918742_1	GSM918742
+GSM915167_1	GSM915167
+GSM923578_2	GSM923578
+GSM946523_1	GSM946523
+GSM970867_3	GSM970867
+GSM918715_1	GSM918715
+GSM946544_1	GSM946544
+GSM900197_4	GSM900197
+GSM946539_2	GSM946539
+GSM946521_3	GSM946521
+GSM912895_1	GSM912895
+GSM923584_3	GSM923584
+GSM946529_2	GSM946529
+GSM946533_2	GSM946533
+GSM918749_1	GSM918749
+GSM970875_1	GSM970875
+GSM900184_2	GSM900184
+GSM769008_1	GSM769008
+GSM918740_1	GSM918740
+GSM973235_2	GSM973235
+GSM970873_8	GSM970873
+GSM912893_1	GSM912893
+GSM769020_1	GSM769020
+GSM900187_1	GSM900187
+GSM970863_4	GSM970863
+GSM970859_2	GSM970859
+GSM923589_2	GSM923589
+GSM769018_1	GSM769018
+GSM929710_1	GSM929710
+GSM900197_2	GSM900197
+GSM923588_2	GSM923588
+GSM970870_3	GSM970870
+GSM900189_2	GSM900189
+GSM946529_3	GSM946529
+GSM912929_1	GSM912929
+GSM900183_3	GSM900183
+GSM918722_1	GSM918722
+GSM798326_1	GSM798326
+GSM798325_1	GSM798325
+GSM769028_1	GSM769028
+GSM970873_4	GSM970873
+GSM946547_2	GSM946547
+GSM946542_2	GSM946542
+GSM900192_4	GSM900192
+GSM912919_1	GSM912919
+GSM970856_6	GSM970856
+GSM923580_2	GSM923580
+GSM798324_1	GSM798324
+GSM918411_1	GSM918411
+GSM970855_4	GSM970855
+GSM923575_3	GSM923575
+GSM929774_2	GSM929774
+GSM912911_1	GSM912911
+GSM900189_1	GSM900189
+GSM923587_2	GSM923587
+GSM946537_3	GSM946537
+GSM923573_3	GSM923573
+GSM918738_1	GSM918738
+GSM970863_6	GSM970863
+GSM929705_2	GSM929705
+GSM900187_2	GSM900187
+GSM970873_6	GSM970873
+GSM923590_2	GSM923590
+GSM946525_2	GSM946525
+GSM929711_1	GSM929711
+GSM970858_2	GSM970858
+GSM769026_1	GSM769026
+GSM946543_1	GSM946543
+GSM918713_1	GSM918713
+GSM929704_2	GSM929704
+GSM970855_2	GSM970855
+GSM918757_1	GSM918757
+GSM923571_1	GSM923571
+GSM970875_3	GSM970875
+GSM970852_1	GSM970852
+GSM915180_2	GSM915180
+GSM912897_1	GSM912897
+GSM918751_1	GSM918751
+GSM946535_3	GSM946535
+GSM923571_3	GSM923571
+GSM929723_2	GSM929723
+GSM923579_2	GSM923579
+GSM923569_1	GSM923569
+GSM923572_3	GSM923572
+GSM970852_2	GSM970852
+GSM900196_3	GSM900196
+GSM970852_3	GSM970852
+GSM918729_1	GSM918729
+GSM912917_1	GSM912917
+GSM900199_3	GSM900199
+GSM918734_1	GSM918734
+GSM798323_1	GSM798323
+GSM912918_1	GSM912918
+GSM769029_1	GSM769029
+GSM915161_1	GSM915161
+GSM946519_2	GSM946519
+GSM970852_4	GSM970852
+GSM900187_3	GSM900187
+GSM900194_2	GSM900194
+GSM970864_1	GSM970864
+GSM900188_2	GSM900188
+GSM913032_1	GSM913032
+GSM970851_3	GSM970851
+GSM970862_1	GSM970862
+GSM923585_3	GSM923585
+GSM970869_3	GSM970869
+GSM973234_4	GSM973234
+GSM970855_6	GSM970855
+GSM900192_2	GSM900192
+GSM946532_3	GSM946532
+GSM900199_4	GSM900199
+GSM923588_3	GSM923588
+GSM923577_2	GSM923577
+GSM970875_6	GSM970875
+GSM929706_1	GSM929706
+GSM900186_1	GSM900186
+GSM970868_1	GSM970868
+GSM946533_1	GSM946533
+GSM769012_1	GSM769012
+GSM946542_3	GSM946542
+GSM900190_3	GSM900190
+GSM912899_1	GSM912899
+GSM915172_3	GSM915172
+GSM970871_3	GSM970871
+GSM970857_1	GSM970857
+GSM970857_2	GSM970857
+GSM918709_1	GSM918709
+GSM918720_1	GSM918720
+GSM946527_1	GSM946527
+GSM912928_1	GSM912928
+GSM915177_1	GSM915177
+GSM915179_1	GSM915179
+GSM973233_4	GSM973233
+GSM912926_1	GSM912926
+GSM769021_1	GSM769021
+GSM973233_2	GSM973233
+GSM929772_2	GSM929772
+GSM912906_1	GSM912906
+GSM970863_3	GSM970863
+GSM946549_2	GSM946549
+GSM798328_1	GSM798328
+GSM912903_1	GSM912903
+GSM970875_5	GSM970875
+GSM929772_1	GSM929772
+GSM912921_1	GSM912921
+GSM923571_2	GSM923571
+GSM970873_10	GSM970873
+GSM900196_4	GSM900196
+GSM946544_3	GSM946544
+GSM918710_1	GSM918710
+GSM929719_2	GSM929719
+GSM918724_1	GSM918724
+GSM900199_1	GSM900199
+GSM970856_4	GSM970856
+GSM923582_4	GSM923582
+GSM923581_1	GSM923581
+GSM923577_3	GSM923577
+GSM915162_1	GSM915162
+GSM769033_1	GSM769033
+GSM915180_1	GSM915180
+GSM918711_1	GSM918711
+GSM929713_2	GSM929713
+GSM970872_5	GSM970872
+GSM970862_2	GSM970862
+GSM929713_1	GSM929713
+GSM995443_1	GSM995443
+GSM995537_1	GSM995537
+GSM1014185_1	GSM1014185
+GSM1003826_2	GSM1003826
+GSM1014165_1	GSM1014165
+GSM1014163_1	GSM1014163
+GSM1000564_1	GSM1000564
+GSM1000100_1	GSM1000100
+GSM1000112_1	GSM1000112
+GSM1014199_2	GSM1014199
+GSM995535_1	GSM995535
+GSM1000113_1	GSM1000113
+GSM1014161_1	GSM1014161
+GSM1000570_4	GSM1000570
+GSM1003792_1	GSM1003792
+GSM995438_1	GSM995438
+GSM1000099_1	GSM1000099
+GSM1014148_1	GSM1014148
+GSM1000143_1	GSM1000143
+GSM1000078_1	GSM1000078
+GSM1003744_1	GSM1003744
+GSM1000566_4	GSM1000566
+GSM1014177_2	GSM1014177
+GSM1014149_1	GSM1014149
+GSM1000568_3	GSM1000568
+GSM1000146_1	GSM1000146
+GSM1003797_1	GSM1003797
+GSM1000562_3	GSM1000562
+GSM1000156_1	GSM1000156
+GSM1000069_1	GSM1000069
+GSM995529_2	GSM995529
+GSM1014170_3	GSM1014170
+GSM1003239_2	GSM1003239
+GSM1000072_1	GSM1000072
+GSM1014182_2	GSM1014182
+GSM1014179_1	GSM1014179
+GSM1003801_1	GSM1003801
+GSM1014195_2	GSM1014195
+GSM1003752_1	GSM1003752
+GSM1003825_4	GSM1003825
+GSM1014159_2	GSM1014159
+GSM1000563_1	GSM1000563
+GSM1003814_1	GSM1003814
+GSM1000109_1	GSM1000109
+GSM1003800_1	GSM1003800
+GSM1000110_1	GSM1000110
+GSM1014195_3	GSM1014195
+GSM1000129_1	GSM1000129
+GSM1000563_2	GSM1000563
+GSM1003745_1	GSM1003745
+GSM1003796_1	GSM1003796
+GSM1000567_1	GSM1000567
+GSM1000206_1	GSM1000206
+GSM1000132_1	GSM1000132
+GSM1003817_1	GSM1003817
+GSM1014185_2	GSM1014185
+GSM1000079_1	GSM1000079
+GSM1014186_1	GSM1014186
+GSM1000128_1	GSM1000128
+GSM1003790_1	GSM1003790
+GSM1003776_1	GSM1003776
+GSM995530_2	GSM995530
+GSM1000153_1	GSM1000153
+GSM1003812_1	GSM1003812
+GSM1000063_1	GSM1000063
+GSM1000127_1	GSM1000127
+GSM1014195_7	GSM1014195
+GSM1000144_1	GSM1000144
+GSM1003786_1	GSM1003786
+GSM1000133_1	GSM1000133
+GSM1014156_1	GSM1014156
+GSM995540_1	GSM995540
+GSM995532_4	GSM995532
+GSM995447_1	GSM995447
+GSM1000094_1	GSM1000094
+GSM1000201_1	GSM1000201
+GSM1000151_1	GSM1000151
+GSM1000086_1	GSM1000086
+GSM1014170_2	GSM1014170
+GSM1000568_4	GSM1000568
+GSM1003827_2	GSM1003827
+GSM1014195_10	GSM1014195
+GSM1000567_3	GSM1000567
+GSM1000565_1	GSM1000565
+GSM1000093_1	GSM1000093
+GSM1014169_2	GSM1014169
+GSM1014153_2	GSM1014153
+GSM1014180_1	GSM1014180
+GSM1003813_2	GSM1003813
+GSM1003825_2	GSM1003825
+GSM1014195_13	GSM1014195
+GSM1014152_1	GSM1014152
+GSM1000564_2	GSM1000564
+GSM1014173_1	GSM1014173
+GSM1003832_2	GSM1003832
+GSM995535_3	GSM995535
+GSM1000125_1	GSM1000125
+GSM1014160_1	GSM1014160
+GSM1000076_1	GSM1000076
+GSM1000120_1	GSM1000120
+GSM1003780_1	GSM1003780
+GSM1000135_1	GSM1000135
+GSM995535_2	GSM995535
+GSM995447_2	GSM995447
+GSM1003784_1	GSM1003784
+GSM1014173_2	GSM1014173
+GSM1003813_1	GSM1003813
+GSM1003239_1	GSM1003239
+GSM1003816_2	GSM1003816
+GSM1014181_1	GSM1014181
+GSM1014154_1	GSM1014154
+GSM1000108_1	GSM1000108
+GSM1003805_1	GSM1003805
+GSM1014171_2	GSM1014171
+GSM1003803_1	GSM1003803
+GSM1000204_1	GSM1000204
+GSM1000567_4	GSM1000567
+GSM1000138_1	GSM1000138
+GSM995532_2	GSM995532
+GSM1014183_1	GSM1014183
+GSM1000091_1	GSM1000091
+GSM1014172_2	GSM1014172
+GSM1000562_1	GSM1000562
+GSM1014177_1	GSM1014177
+GSM1003793_1	GSM1003793
+GSM1000073_1	GSM1000073
+GSM995446_1	GSM995446
+GSM1014150_1	GSM1014150
+GSM1014171_1	GSM1014171
+GSM1003804_1	GSM1003804
+GSM1014190_1	GSM1014190
+GSM1003749_1	GSM1003749
+GSM1014192_1	GSM1014192
+GSM1014168_2	GSM1014168
+GSM1003828_2	GSM1003828
+GSM995533_1	GSM995533
+GSM1003824_2	GSM1003824
+GSM1003810_1	GSM1003810
+GSM1003834_2	GSM1003834
+GSM1000571_1	GSM1000571
+GSM995536_1	GSM995536
+GSM1003756_1	GSM1003756
+GSM1014199_1	GSM1014199
+GSM1003832_1	GSM1003832
+GSM1000121_1	GSM1000121
+GSM1014151_6	GSM1014151
+GSM995439_1	GSM995439
+GSM1003757_1	GSM1003757
+GSM1014178_2	GSM1014178
+GSM995538_1	GSM995538
+GSM1014195_8	GSM1014195
+GSM995536_2	GSM995536
+GSM1014162_1	GSM1014162
+GSM1000150_1	GSM1000150
+GSM1000562_4	GSM1000562
+GSM1014192_3	GSM1014192
+GSM1000572_2	GSM1000572
+GSM1014166_1	GSM1014166
+GSM1000566_1	GSM1000566
+GSM1000092_1	GSM1000092
+GSM1000087_1	GSM1000087
+GSM1014175_1	GSM1014175
+GSM1003820_2	GSM1003820
+GSM1014192_2	GSM1014192
+GSM1003831_2	GSM1003831
+GSM1014170_1	GSM1014170
+GSM995440_1	GSM995440
+GSM1000141_1	GSM1000141
+GSM1014164_3	GSM1014164
+GSM995525_1	GSM995525
+GSM1003822_1	GSM1003822
+GSM1014148_3	GSM1014148
+GSM995537_3	GSM995537
+GSM1000140_1	GSM1000140
+GSM995541_2	GSM995541
+GSM1014153_1	GSM1014153
+GSM1003823_2	GSM1003823
+GSM1003818_2	GSM1003818
+GSM1003834_1	GSM1003834
+GSM1003775_1	GSM1003775
+GSM1014164_1	GSM1014164
+GSM1000200_1	GSM1000200
+GSM1014178_1	GSM1014178
+GSM1014195_4	GSM1014195
+GSM1003802_1	GSM1003802
+GSM995526_2	GSM995526
+GSM1000563_3	GSM1000563
+GSM995534_3	GSM995534
+GSM1003819_2	GSM1003819
+GSM995530_1	GSM995530
+GSM1000080_1	GSM1000080
+GSM1003779_1	GSM1003779
+GSM1014191_3	GSM1014191
+GSM1000203_1	GSM1000203
+GSM1000573_1	GSM1000573
+GSM1000137_1	GSM1000137
+GSM1000152_1	GSM1000152
+GSM1000147_1	GSM1000147
+GSM1003821_1	GSM1003821
+GSM1003830_2	GSM1003830
+GSM1000573_4	GSM1000573
+GSM1014151_1	GSM1014151
+GSM1014195_1	GSM1014195
+GSM1014168_3	GSM1014168
+GSM1000067_1	GSM1000067
+GSM1003809_1	GSM1003809
+GSM1003833_1	GSM1003833
+GSM1000095_1	GSM1000095
+GSM1000083_1	GSM1000083
+GSM1000148_1	GSM1000148
+GSM995536_3	GSM995536
+GSM995534_4	GSM995534
+GSM1014160_2	GSM1014160
+GSM1000202_1	GSM1000202
+GSM1014182_1	GSM1014182
+GSM1014193_1	GSM1014193
+GSM1000077_1	GSM1000077
+GSM995541_3	GSM995541
+GSM1014172_1	GSM1014172
+GSM1000096_1	GSM1000096
+GSM995533_4	GSM995533
+GSM1000573_2	GSM1000573
+GSM1000107_1	GSM1000107
+GSM1000574_4	GSM1000574
+GSM995442_1	GSM995442
+GSM1000075_1	GSM1000075
+GSM1014151_4	GSM1014151
+GSM995525_4	GSM995525
+GSM995445_1	GSM995445
+GSM1000566_3	GSM1000566
+GSM1000565_2	GSM1000565
+GSM1003755_1	GSM1003755
+GSM1014157_1	GSM1014157
+GSM1003758_1	GSM1003758
+GSM1003794_1	GSM1003794
+GSM1003753_1	GSM1003753
+GSM1014179_2	GSM1014179
+GSM1014163_2	GSM1014163
+GSM1003751_1	GSM1003751
+GSM995527_4	GSM995527
+GSM995527_1	GSM995527
+GSM1003798_1	GSM1003798
+GSM1000149_1	GSM1000149
+GSM1003795_1	GSM1003795
+GSM1000084_1	GSM1000084
+GSM1014189_1	GSM1014189
+GSM1014166_2	GSM1014166
+GSM995533_3	GSM995533
+GSM1014176_1	GSM1014176
+GSM1000207_1	GSM1000207
+GSM1014189_2	GSM1014189
+GSM1000097_1	GSM1000097
+GSM1003785_1	GSM1003785
+GSM995532_1	GSM995532
+GSM995537_4	GSM995537
+GSM1014194_3	GSM1014194
+GSM1000565_4	GSM1000565
+GSM1003829_1	GSM1003829
+GSM1014151_2	GSM1014151
+GSM995437_1	GSM995437
+GSM995529_1	GSM995529
+GSM1014197_1	GSM1014197
+GSM1000106_1	GSM1000106
+GSM995446_2	GSM995446
+GSM1014190_2	GSM1014190
+GSM1000085_1	GSM1000085
+GSM1003777_1	GSM1003777
+GSM995446_3	GSM995446
+GSM1003782_1	GSM1003782
+GSM1000569_2	GSM1000569
+GSM1003791_1	GSM1003791
+GSM1000563_4	GSM1000563
+GSM1000101_1	GSM1000101
+GSM1000568_1	GSM1000568
+GSM1014191_1	GSM1014191
+GSM995449_1	GSM995449
+GSM1000136_1	GSM1000136
+GSM1014159_1	GSM1014159
+GSM1014151_7	GSM1014151
+GSM1000570_3	GSM1000570
+GSM1000081_1	GSM1000081
+GSM1003746_1	GSM1003746
+GSM1003831_1	GSM1003831
+GSM1014187_1	GSM1014187
+GSM1014184_2	GSM1014184
+GSM1014196_2	GSM1014196
+GSM1000122_1	GSM1000122
+GSM1014200_2	GSM1014200
+GSM1014187_2	GSM1014187
+GSM1014198_1	GSM1014198
+GSM1014194_1	GSM1014194
+GSM1000574_3	GSM1000574
+GSM1003781_1	GSM1003781
+GSM1000119_1	GSM1000119
+GSM1000567_2	GSM1000567
+GSM1000131_1	GSM1000131
+GSM1000155_1	GSM1000155
+GSM1014170_4	GSM1014170
+GSM1000139_1	GSM1000139
+GSM995531_4	GSM995531
+GSM1003821_2	GSM1003821
+GSM1003819_1	GSM1003819
+GSM995538_3	GSM995538
+GSM1000569_4	GSM1000569
+GSM995541_1	GSM995541
+GSM995527_3	GSM995527
+GSM1014186_2	GSM1014186
+GSM995534_2	GSM995534
+GSM995528_2	GSM995528
+GSM1003816_1	GSM1003816
+GSM995526_1	GSM995526
+GSM1014174_2	GSM1014174
+GSM1000098_1	GSM1000098
+GSM1003783_1	GSM1003783
+GSM1000572_1	GSM1000572
+GSM1003811_1	GSM1003811
+GSM995534_1	GSM995534
+GSM1014195_11	GSM1014195
+GSM1014200_1	GSM1014200
+GSM1000066_1	GSM1000066
+GSM1014148_2	GSM1014148
+GSM1014158_1	GSM1014158
+GSM1014169_1	GSM1014169
+GSM1000154_1	GSM1000154
+GSM1000116_1	GSM1000116
+GSM1000089_1	GSM1000089
+GSM1014150_2	GSM1014150
+GSM1000102_1	GSM1000102
+GSM995441_1	GSM995441
+GSM995533_2	GSM995533
+GSM1014195_6	GSM1014195
+GSM1003825_3	GSM1003825
+GSM1000142_1	GSM1000142
+GSM995448_1	GSM995448
+GSM1014197_2	GSM1014197
+GSM995528_1	GSM995528
+GSM1003750_1	GSM1003750
+GSM1014195_9	GSM1014195
+GSM1000564_4	GSM1000564
+GSM1000090_1	GSM1000090
+GSM1000571_4	GSM1000571
+GSM1000074_1	GSM1000074
+GSM1000114_1	GSM1000114
+GSM1014167_2	GSM1014167
+GSM1003822_2	GSM1003822
+GSM1000572_3	GSM1000572
+GSM1000130_1	GSM1000130
+GSM1000145_1	GSM1000145
+GSM995537_2	GSM995537
+GSM1014165_2	GSM1014165
+GSM995531_2	GSM995531
+GSM1000103_1	GSM1000103
+GSM1014181_2	GSM1014181
+GSM1003817_2	GSM1003817
+GSM1014195_12	GSM1014195
+GSM1003825_1	GSM1003825
+GSM1000071_1	GSM1000071
+GSM1000572_4	GSM1000572
+GSM1003806_1	GSM1003806
+GSM995447_4	GSM995447
+GSM1000569_3	GSM1000569
+GSM1003747_1	GSM1003747
+GSM1003818_1	GSM1003818
+GSM1000569_1	GSM1000569
+GSM1000068_1	GSM1000068
+GSM995540_2	GSM995540
+GSM995532_3	GSM995532
+GSM1000574_1	GSM1000574
+GSM1000570_2	GSM1000570
+GSM1014192_4	GSM1014192
+GSM1003826_1	GSM1003826
+GSM1000134_1	GSM1000134
+GSM995531_1	GSM995531
+GSM1000566_2	GSM1000566
+GSM1003820_1	GSM1003820
+GSM1000574_2	GSM1000574
+GSM1000126_1	GSM1000126
+GSM1003807_1	GSM1003807
+GSM1003814_2	GSM1003814
+GSM1000088_1	GSM1000088
+GSM1000082_1	GSM1000082
+GSM1003823_1	GSM1003823
+GSM995539_2	GSM995539
+GSM1000064_1	GSM1000064
+GSM1000570_1	GSM1000570
+GSM1000115_1	GSM1000115
+GSM995538_4	GSM995538
+GSM1000205_1	GSM1000205
+GSM995447_3	GSM995447
+GSM1014196_1	GSM1014196
+GSM995539_3	GSM995539
+GSM995447_5	GSM995447
+GSM1003824_1	GSM1003824
+GSM1014184_1	GSM1014184
+GSM1003808_1	GSM1003808
+GSM995525_3	GSM995525
+GSM1003787_1	GSM1003787
+GSM1014168_1	GSM1014168
+GSM1014176_2	GSM1014176
+GSM1000105_1	GSM1000105
+GSM1003828_1	GSM1003828
+GSM1000562_2	GSM1000562
+GSM1000065_1	GSM1000065
+GSM1000111_1	GSM1000111
+GSM1014194_2	GSM1014194
+GSM1014164_2	GSM1014164
+GSM1003748_1	GSM1003748
+GSM995525_2	GSM995525
+GSM1000571_3	GSM1000571
+GSM1014151_3	GSM1014151
+GSM1014174_1	GSM1014174
+GSM1000104_1	GSM1000104
+GSM1014155_1	GSM1014155
+GSM1014180_2	GSM1014180
+GSM1000565_3	GSM1000565
+GSM1000568_2	GSM1000568
+GSM995535_4	GSM995535
+GSM1003833_2	GSM1003833
+GSM995539_4	GSM995539
+GSM1014152_2	GSM1014152
+GSM1014167_1	GSM1014167
+GSM1014161_2	GSM1014161
+GSM1014154_2	GSM1014154
+GSM1003829_2	GSM1003829
+GSM1000564_3	GSM1000564
+GSM995527_2	GSM995527
+GSM995444_1	GSM995444
+GSM1000118_1	GSM1000118
+GSM995541_4	GSM995541
+GSM1003238_1	GSM1003238
+GSM1000070_1	GSM1000070
+GSM1014149_2	GSM1014149
+GSM1003827_1	GSM1003827
+GSM995436_1	GSM995436
+GSM1003778_1	GSM1003778
+GSM1000208_1	GSM1000208
+GSM1000573_3	GSM1000573
+GSM1014191_2	GSM1014191
+GSM1003815_2	GSM1003815
+GSM995539_1	GSM995539
+GSM1003815_1	GSM1003815
+GSM1000117_1	GSM1000117
+GSM1003774_1	GSM1003774
+GSM1003799_1	GSM1003799
+GSM1003754_1	GSM1003754
+GSM1003830_1	GSM1003830
+GSM1000124_1	GSM1000124
+GSM995536_4	GSM995536
+GSM1003789_1	GSM1003789
+GSM1014195_14	GSM1014195
+GSM1014188_1	GSM1014188
+GSM1000123_1	GSM1000123
+GSM1014151_5	GSM1014151
+GSM1000571_2	GSM1000571
+GSM995538_2	GSM995538
+GSM1003788_1	GSM1003788
+GSM995531_3	GSM995531
+GSM1014193_2	GSM1014193
+GSM1003238_2	GSM1003238
+GSM1014195_5	GSM1014195
diff --git a/mm9/track2GEO_longrange b/mm9/track2GEO_longrange
new file mode 100644
index 0000000..8d22aa7
--- /dev/null
+++ b/mm9/track2GEO_longrange
@@ -0,0 +1,27 @@
+Cortex_20kb_hindIII_rep1	GSM892304
+Cortex_20kb_hindIII_rep2	GSM892305
+Cortex_40kb_hindIII_combined	GSM892304,GSM892305
+Cortex_40kb_hindIII_rep1	GSM892304
+Cortex_40kb_hindIII_rep2	GSM892305
+Esc_20kb_hindIII_rep1	GSM862720
+Esc_20kb_hindIII_rep2	GSM862721
+Esc_20kb_NcoI	GSM862722
+Esc_40kb_hindIII_combined	GSM862720,GSM862721
+Esc_40kb_hindIII_rep1	GSM862720
+Esc_40kb_hindIII_rep2	GSM862721
+Esc_40kb_NcoI	GSM862722
+GSE28247_st3ab	GSE28247
+GSE28247_st3c	GSE28247
+GSM870040	GSM870040,GSE35519
+GSM870041	GSM870041,GSE35519
+GSM870042	GSM870042,GSE35519
+GSM870043	GSM870043,GSE35519
+GSM870044	GSM870044,GSE35519
+GSM870045	GSM870045,GSE35519
+GSM870046	GSM870046,GSE35519
+GSE35519_ATM_10m	GSE35519
+GSE35519_ATM_1m	GSE35519
+GSE35519_ATM_100k	GSE35519
+GSE35519_WT_1m	GSE35519
+GSE35519_WT_10m	GSE35519
+GSE35519_WT_100k	GSE35519
diff --git a/mm9/track2Label_encode b/mm9/track2Label_encode
new file mode 100644
index 0000000..1faa13c
--- /dev/null
+++ b/mm9/track2Label_encode
@@ -0,0 +1,1082 @@
+GSM929716_1	LICR RnaSeq SmIntestine adult-8wks
+GSM915181_1	Caltech ChipSeq C2C12 Input
+GSM970852_6	UW RnaSeq Thymus adult-8wks
+GSM900187_4	CSHL RnaSeq Duodenum adult-8wks
+GSM900195_3	CSHL RnaSeq Liver adult-8wks
+GSM970851_1	UW RnaSeq Liver E14.5
+GSM915163_1	Caltech ChipSeq C2C12 Myogenin
+GSM912935_1	Stanford ChipSeq MEL Rad21
+GSM946530_2	PSU ChipSeq CH12 H3K36me3
+GSM915160_1	Caltech ChipSeq C2C12 Input
+GSM918746_1	LICR ChipSeq Spleen Pol2
+GSM918744_1	LICR ChipSeq MEL CTCF
+GSM918712_1	LICR ChipSeq MEL Input
+GSM970874_3	UW RnaSeq WholeBrain E14.5
+GSM915164_1	Caltech ChipSeq C2C12 Myogenin
+GSM923589_1	PSU ChipSeq G1E Pol2-4H8
+GSM923584_2	PSU ChipSeq CH12 PAX5
+GSM798327_1	Yale ChipSeq CH12 H3K4me3
+GSM918407_1	Caltech ChipSeq C2C12 Input
+GSM918727_1	LICR ChipSeq Cortex CTCF
+GSM923578_3	PSU ChipSeq MEL TAL1
+GSM918743_1	LICR ChipSeq MEF CTCF
+GSM970860_3	UW RnaSeq Spleen adult-8wks
+GSM929775_2	Caltech RnaSeq C2C12 2x75
+GSM946543_3	PSU ChipSeq Erythrobl H3K36me3
+GSM923570_3	PSU ChipSeq G1E CTCF
+GSM923573_1	PSU ChipSeq MEL CTCF
+GSM923585_1	PSU ChipSeq Erythrobl Input
+GSM915173_1	Caltech ChipSeq C2C12 Max
+GSM918723_1	LICR ChipSeq Heart Pol2
+GSM970869_1	UW RnaSeq GenitalFatPad adult-8wks
+GSM970872_1	UW RnaSeq MEL adult-8wks
+GSM946527_3	PSU ChipSeq Megakaryo H3K4me3
+GSM918412_1	Caltech ChipSeq C2C12 H3K79me2
+GSM946548_2	PSU ChipSeq CH12 H3K9me3
+GSM915170_1	Caltech ChipSeq C2C12 Input
+GSM900197_1	CSHL RnaSeq Spleen adult-8wks
+GSM946527_2	PSU ChipSeq Megakaryo H3K4me3
+GSM970866_3	UW RnaSeq Patski immortalized
+GSM973232_1	Stanford RnaSeq MEL
+GSM912892_1	Stanford ChipSeq MEL USF2
+GSM929715_2	LICR RnaSeq Testis adult-8wks
+GSM900194_1	CSHL RnaSeq Kidney adult-8wks
+GSM900189_3	CSHL RnaSeq LgIntestine adult-8wks
+GSM918422_1	Caltech ChipSeq C2C12 H3ac
+GSM970873_12	UW RnaSeq Liver adult-8wks
+GSM973235_4	Stanford RnaSeq ES-E14
+GSM970870_2	UW RnaSeq Liver E14.5
+GSM923568_1	PSU ChipSeq CH12 CTCF
+GSM900195_1	CSHL RnaSeq Liver adult-8wks
+GSM970863_1	UW RnaSeq LgIntestine adult-8wks
+GSM769014_1	LICR ChipSeq Liver H3K4me3
+GSM946534_1	PSU ChipSeq G1E-ER4 H3K4me1
+GSM970865_6	UW RnaSeq SkMuscle adult-8wks
+GSM946542_1	PSU ChipSeq G1E H3K9me3
+GSM970859_3	UW RnaSeq HeadlessEmbryo E11.5
+GSM929706_2	LICR RnaSeq Kidney adult-8wks
+GSM970872_3	UW RnaSeq MEL adult-8wks
+GSM929720_1	LICR RnaSeq Spleen adult-8wks
+GSM912900_1	Stanford ChipSeq CH12 TBP
+GSM970860_2	UW RnaSeq Spleen adult-8wks
+GSM912902_1	Stanford ChipSeq CH12 JunD
+GSM929714_1	LICR RnaSeq Thymus adult-8wks
+GSM900183_2	CSHL RnaSeq Ovary adult-8wks
+GSM918726_1	LICR ChipSeq BMDM CTCF
+GSM929711_2	LICR RnaSeq Liver adult-8wks
+GSM970851_2	UW RnaSeq Liver E14.5
+GSM769034_1	LICR ChipSeq Liver Input
+GSM929724_2	LICR RnaSeq Heart E14.5
+GSM946534_2	PSU ChipSeq G1E-ER4 H3K4me1
+GSM946548_3	PSU ChipSeq CH12 H3K9me3
+GSM946534_3	PSU ChipSeq G1E-ER4 H3K4me1
+GSM900184_4	CSHL RnaSeq MammaryGland adult-8wks
+GSM929720_2	LICR RnaSeq Spleen adult-8wks
+GSM946535_2	PSU ChipSeq G1E H3K4me1
+GSM923574_2	PSU ChipSeq MEL Input
+GSM946530_3	PSU ChipSeq CH12 H3K36me3
+GSM912904_1	Stanford ChipSeq MEL Input
+GSM912912_1	Stanford ChipSeq CH12 E2F4
+GSM946528_1	PSU ChipSeq CH12 H3K4me3
+GSM970854_1	UW RnaSeq A20 immortalized
+GSM946524_1	PSU ChipSeq Erythrobl H3K4me3
+GSM769015_1	LICR ChipSeq Liver H3K4me1
+GSM918728_1	LICR ChipSeq Cortex Pol2
+GSM946544_2	PSU ChipSeq Erythrobl Input
+GSM918414_1	Caltech ChipSeq C2C12 H3K27me3
+GSM970875_4	UW RnaSeq WholeBrain E18.5
+GSM918418_1	Caltech ChipSeq C2C12 Input
+GSM912891_1	Stanford ChipSeq CH12 Pol2
+GSM915184_1	Caltech ChipSeq C2C12 Input
+GSM929717_2	LICR RnaSeq BoneMarrow adult-8wks
+GSM769025_1	LICR ChipSeq Heart H3K4me1
+GSM970875_2	UW RnaSeq WholeBrain E18.5
+GSM918708_1	LICR ChipSeq Limb Pol2
+GSM900198_4	CSHL RnaSeq Colon adult-8wks
+GSM923586_1	PSU ChipSeq Megakaryo GATA1
+GSM912925_1	Stanford ChipSeq CH12 Mxi1
+GSM918707_1	LICR ChipSeq MEL Pol2
+GSM946533_3	PSU ChipSeq G1E H3K4me3
+GSM918717_1	LICR ChipSeq SmIntestine Input
+GSM929718_2	LICR RnaSeq ES-Bruce4 E0
+GSM900191_3	CSHL RnaSeq SubcFatPad adult-8wks
+GSM970873_5	UW RnaSeq Liver adult-8wks
+GSM900186_4	CSHL RnaSeq SmIntestine adult-8wks
+GSM970857_4	UW RnaSeq Cerebrum adult-8wks
+GSM929703_1	LICR RnaSeq BAT adult-24wks
+GSM970869_5	UW RnaSeq GenitalFatPad adult-8wks
+GSM923586_2	PSU ChipSeq Megakaryo GATA1
+GSM900186_3	CSHL RnaSeq SmIntestine adult-8wks
+GSM923575_2	PSU ChipSeq Erythrobl GATA1
+GSM918731_1	LICR ChipSeq Kidney CTCF
+GSM918761_1	LICR ChipSeq MEF Pol2
+GSM946549_3	PSU ChipSeq Erythrobl H3K9me3
+GSM769022_1	LICR ChipSeq Cortex H3K4me1
+GSM900185_2	CSHL RnaSeq Stomach adult-8wks
+GSM900186_2	CSHL RnaSeq SmIntestine adult-8wks
+GSM923586_3	PSU ChipSeq Megakaryo GATA1
+GSM970862_3	UW RnaSeq Heart adult-8wks
+GSM970865_3	UW RnaSeq SkMuscle adult-8wks
+GSM900184_3	CSHL RnaSeq MammaryGland adult-8wks
+GSM970864_2	UW RnaSeq Lung adult-8wks
+GSM769037_1	LICR ChipSeq Spleen Input
+GSM946532_1	PSU ChipSeq CH12 H3K27me3
+GSM970856_2	UW RnaSeq Cerebellum adult-8wks
+GSM915171_1	Caltech ChipSeq C2C12 Input
+GSM769013_1	LICR ChipSeq Lung H3K4me1
+GSM946532_2	PSU ChipSeq CH12 H3K27me3
+GSM929717_1	LICR RnaSeq BoneMarrow adult-8wks
+GSM970855_5	UW RnaSeq 416B immortalized
+GSM970856_1	UW RnaSeq Cerebellum adult-8wks
+GSM912894_1	Stanford ChipSeq MEL Input
+GSM970873_1	UW RnaSeq Liver adult-8wks
+GSM918759_1	LICR ChipSeq Cerebellum CTCF
+GSM923584_1	PSU ChipSeq CH12 PAX5
+GSM918417_1	Caltech ChipSeq C2C12 H3K36me3
+GSM970857_6	UW RnaSeq Cerebrum adult-8wks
+GSM918750_1	LICR ChipSeq ES-Bruce4 p300
+GSM946523_2	PSU ChipSeq Megakaryo H3K27me3
+GSM918704_1	LICR ChipSeq Testis Pol2
+GSM970867_2	UW RnaSeq B-cell (CD19+)
+GSM946524_2	PSU ChipSeq Erythrobl H3K4me3
+GSM912916_1	Stanford ChipSeq MEL Input
+GSM973232_3	Stanford RnaSeq MEL
+GSM918733_1	LICR ChipSeq Cerebellum Input
+GSM915166_1	Caltech ChipSeq C2C12 Myogenin
+GSM915176_1	Caltech ChipSeq C2C12 Pol2
+GSM970856_5	UW RnaSeq Cerebellum adult-8wks
+GSM923568_2	PSU ChipSeq CH12 CTCF
+GSM970871_1	UW RnaSeq Kidney adult-8wks
+GSM912907_1	Stanford ChipSeq MEL GATA-1
+GSM923567_3	PSU ChipSeq G1E-ER4 Input
+GSM912920_1	Stanford ChipSeq CH12 p300
+GSM946520_3	PSU ChipSeq G1E-ER4 Input
+GSM970865_2	UW RnaSeq SkMuscle adult-8wks
+GSM912933_1	Stanford ChipSeq MEL Rad21
+GSM915165_1	Caltech ChipSeq C2C12 MyoD
+GSM970856_3	UW RnaSeq Cerebellum adult-8wks
+GSM970854_6	UW RnaSeq A20 immortalized
+GSM929715_1	LICR RnaSeq Testis adult-8wks
+GSM946545_3	PSU ChipSeq G1E-ER4 H3K9me3
+GSM970873_9	UW RnaSeq Liver adult-8wks
+GSM929718_1	LICR RnaSeq ES-Bruce4 E0
+GSM946537_2	PSU ChipSeq G1E-ER4 H3K27me3
+GSM970854_5	UW RnaSeq A20 immortalized
+GSM912905_1	Stanford ChipSeq MEL Input
+GSM946531_3	PSU ChipSeq G1E H3K27me3
+GSM769016_1	LICR ChipSeq Kidney H3K4me3
+GSM929714_2	LICR RnaSeq Thymus adult-8wks
+GSM900194_3	CSHL RnaSeq Kidney adult-8wks
+GSM929721_1	LICR RnaSeq Liver E14.5
+GSM923576_2	PSU ChipSeq G1E-ER4 TAL1
+GSM915178_1	Caltech ChipSeq C2C12 TCF12
+GSM929721_2	LICR RnaSeq Liver E14.5
+GSM900191_1	CSHL RnaSeq SubcFatPad adult-8wks
+GSM923574_3	PSU ChipSeq MEL Input
+GSM769030_1	LICR ChipSeq MEF Input
+GSM912898_1	Stanford ChipSeq CH12 MafK
+GSM918755_1	LICR ChipSeq Heart Input
+GSM918706_1	LICR ChipSeq WholeBrain Pol2
+GSM970866_5	UW RnaSeq Patski immortalized
+GSM918718_1	LICR ChipSeq Liver Input
+GSM923570_2	PSU ChipSeq G1E CTCF
+GSM970866_1	UW RnaSeq Patski immortalized
+GSM929710_2	LICR RnaSeq Lung adult-8wks
+GSM946530_1	PSU ChipSeq CH12 H3K36me3
+GSM970874_1	UW RnaSeq WholeBrain E14.5
+GSM970866_6	UW RnaSeq Patski immortalized
+GSM946539_1	PSU ChipSeq Megakaryo Input
+GSM970873_3	UW RnaSeq Liver adult-8wks
+GSM900192_3	CSHL RnaSeq Thymus adult-8wks
+GSM973235_1	Stanford RnaSeq ES-E14
+GSM970869_6	UW RnaSeq GenitalFatPad adult-8wks
+GSM929722_1	LICR RnaSeq Placenta adult-8wks
+GSM970868_6	UW RnaSeq B-cell (CD43-)
+GSM915175_1	Caltech ChipSeq C2C12 NRSF
+GSM900185_3	CSHL RnaSeq Stomach adult-8wks
+GSM923577_1	PSU ChipSeq MEL Pol2-4H8
+GSM900190_1	CSHL RnaSeq GenitalFatPad adult-8wks
+GSM915185_1	Caltech ChipSeq C2C12 MyoD
+GSM918754_1	LICR ChipSeq ES-Bruce4 Input
+GSM973232_4	Stanford RnaSeq MEL
+GSM946538_2	PSU ChipSeq G1E Input
+GSM946540_3	PSU ChipSeq Megakaryo H3K36me3
+GSM946526_1	PSU ChipSeq G1E-ER4 H3K36me3
+GSM769032_1	LICR ChipSeq Heart Input
+GSM912910_1	Stanford ChipSeq CH12 USF2
+GSM918748_1	LICR ChipSeq ES-Bruce4 CTCF
+GSM918409_1	Caltech ChipSeq C2C12 H3K36me3
+GSM973233_1	Stanford RnaSeq MEL DMSO
+GSM900198_3	CSHL RnaSeq Colon adult-8wks
+GSM970853_1	UW RnaSeq NIH-3T3 immortalized
+GSM918739_1	LICR ChipSeq Lung Input
+GSM915184_2	Caltech ChipSeq C2C12 Input
+GSM923576_1	PSU ChipSeq G1E-ER4 TAL1
+GSM946519_3	PSU ChipSeq G1E-ER4 H3K4me3
+GSM970868_2	UW RnaSeq B-cell (CD43-)
+GSM900189_4	CSHL RnaSeq LgIntestine adult-8wks
+GSM946520_1	PSU ChipSeq G1E-ER4 Input
+GSM970873_2	UW RnaSeq Liver adult-8wks
+GSM918756_1	LICR ChipSeq Heart CTCF
+GSM900196_1	CSHL RnaSeq Lung adult-8wks
+GSM973234_1	Stanford RnaSeq CH12
+GSM912923_1	Stanford ChipSeq MEL SMC3
+GSM946543_2	PSU ChipSeq Erythrobl H3K36me3
+GSM946520_2	PSU ChipSeq G1E-ER4 Input
+GSM970861_1	UW RnaSeq T-Naive adult-8wks
+GSM923587_3	PSU ChipSeq G1E GATA2
+GSM918730_1	LICR ChipSeq WholeBrain CTCF
+GSM973235_3	Stanford RnaSeq ES-E14
+GSM912924_1	Stanford ChipSeq CH12 NELFe
+GSM970865_5	UW RnaSeq SkMuscle adult-8wks
+GSM915188_1	Caltech ChipSeq C2C12 CTCF
+GSM918741_1	LICR ChipSeq Limb CTCF
+GSM970865_4	UW RnaSeq SkMuscle adult-8wks
+GSM923567_2	PSU ChipSeq G1E-ER4 Input
+GSM918732_1	LICR ChipSeq Cortex Input
+GSM970873_7	UW RnaSeq Liver adult-8wks
+GSM946536_1	PSU ChipSeq Erythrobl H3K4me1
+GSM923590_1	PSU ChipSeq G1E-ER4 Pol2-4H8
+GSM946538_3	PSU ChipSeq G1E Input
+GSM970869_4	UW RnaSeq GenitalFatPad adult-8wks
+GSM970854_4	UW RnaSeq A20 immortalized
+GSM900183_1	CSHL RnaSeq Ovary adult-8wks
+GSM923576_3	PSU ChipSeq G1E-ER4 TAL1
+GSM912922_1	Stanford ChipSeq CH12 BHLHE40
+GSM900196_2	CSHL RnaSeq Lung adult-8wks
+GSM918408_1	Caltech ChipSeq C2C12 H3K27me3
+GSM912934_1	Stanford ChipSeq MEL c-Myc
+GSM946531_1	PSU ChipSeq G1E H3K27me3
+GSM970863_2	UW RnaSeq LgIntestine adult-8wks
+GSM918719_1	LICR ChipSeq Limb Input
+GSM918416_1	Caltech ChipSeq C2C12 H3K4me3
+GSM970868_3	UW RnaSeq B-cell (CD43-)
+GSM912930_1	Stanford ChipSeq CH12 SMC3
+GSM946526_2	PSU ChipSeq G1E-ER4 H3K36me3
+GSM915186_1	Caltech ChipSeq C2C12 MyoD
+GSM915183_1	Caltech ChipSeq C2C12 MyoD
+GSM918752_1	LICR ChipSeq WholeBrain Input
+GSM769010_1	LICR ChipSeq ES-Bruce4 Input
+GSM929775_1	Caltech RnaSeq C2C12 2x75
+GSM923578_1	PSU ChipSeq MEL TAL1
+GSM915172_1	Caltech ChipSeq C2C12 Input
+GSM900191_4	CSHL RnaSeq SubcFatPad adult-8wks
+GSM918413_1	Caltech ChipSeq C2C12 H3K4me2
+GSM970873_11	UW RnaSeq Liver adult-8wks
+GSM915169_1	Caltech ChipSeq C2C12 Input
+GSM970872_6	UW RnaSeq MEL adult-8wks
+GSM946537_1	PSU ChipSeq G1E-ER4 H3K27me3
+GSM973233_3	Stanford RnaSeq MEL DMSO
+GSM970871_2	UW RnaSeq Kidney adult-8wks
+GSM970867_1	UW RnaSeq B-cell (CD19+)
+GSM970855_1	UW RnaSeq 416B immortalized
+GSM946531_2	PSU ChipSeq G1E H3K27me3
+GSM912901_1	Stanford ChipSeq CH12 c-Jun
+GSM946540_2	PSU ChipSeq Megakaryo H3K36me3
+GSM923583_2	PSU ChipSeq Megakaryo Input
+GSM769017_1	LICR ChipSeq Heart H3K4me3
+GSM946540_1	PSU ChipSeq Megakaryo H3K36me3
+GSM900193_1	CSHL RnaSeq Testis adult-8wks
+GSM929704_1	LICR RnaSeq MEL immortalized
+GSM769035_1	LICR ChipSeq Lung Input
+GSM929709_2	LICR RnaSeq Cerebellum adult-8wks
+GSM769009_1	LICR ChipSeq ES-Bruce4 H3K4me1
+GSM769019_1	LICR ChipSeq Cortex Input
+GSM946541_2	PSU ChipSeq Megakaryo H3K9me3
+GSM923569_3	PSU ChipSeq CH12 Input
+GSM900199_2	CSHL RnaSeq Heart adult-8wks
+GSM970874_4	UW RnaSeq WholeBrain E14.5
+GSM918736_1	LICR ChipSeq OlfactBulb CTCF
+GSM970859_1	UW RnaSeq HeadlessEmbryo E11.5
+GSM946541_1	PSU ChipSeq Megakaryo H3K9me3
+GSM900190_2	CSHL RnaSeq GenitalFatPad adult-8wks
+GSM970866_2	UW RnaSeq Patski immortalized
+GSM918716_1	LICR ChipSeq Kidney Input
+GSM946541_3	PSU ChipSeq Megakaryo H3K9me3
+GSM970852_5	UW RnaSeq Thymus adult-8wks
+GSM929723_1	LICR RnaSeq WholeBrain E14.5
+GSM900193_2	CSHL RnaSeq Testis adult-8wks
+GSM970861_2	UW RnaSeq T-Naive adult-8wks
+GSM923580_3	PSU ChipSeq G1E Input
+GSM918735_1	LICR ChipSeq OlfactBulb Pol2
+GSM929708_1	LICR RnaSeq Cortex adult-8wks
+GSM929774_1	Caltech RnaSeq C2C12 2x75
+GSM918758_1	LICR ChipSeq Kidney Pol2
+GSM946529_1	PSU ChipSeq G1E H3K36me3
+GSM915159_1	Caltech ChipSeq C2C12 Myogenin
+GSM923580_1	PSU ChipSeq G1E Input
+GSM900185_4	CSHL RnaSeq Stomach adult-8wks
+GSM918747_1	LICR ChipSeq Heart p300
+GSM970872_4	UW RnaSeq MEL adult-8wks
+GSM946538_1	PSU ChipSeq G1E Input
+GSM946535_1	PSU ChipSeq G1E H3K4me1
+GSM915182_1	Caltech ChipSeq C2C12 FOSL1
+GSM923579_3	PSU ChipSeq G1E TAL1
+GSM970853_2	UW RnaSeq NIH-3T3 immortalized
+GSM929724_1	LICR RnaSeq Heart E14.5
+GSM946526_3	PSU ChipSeq G1E-ER4 H3K36me3
+GSM946548_1	PSU ChipSeq CH12 H3K9me3
+GSM946546_2	PSU ChipSeq CH12 H3K4me1
+GSM769031_1	LICR ChipSeq Spleen H3K4me1
+GSM929712_2	LICR RnaSeq OlfactBulb adult-8wks
+GSM970868_4	UW RnaSeq B-cell (CD43-)
+GSM900198_2	CSHL RnaSeq Colon adult-8wks
+GSM946521_2	PSU ChipSeq CH12 Input
+GSM946545_2	PSU ChipSeq G1E-ER4 H3K9me3
+GSM946525_3	PSU ChipSeq Megakaryo H3K4me1
+GSM929773_1	Caltech RnaSeq 10T1/2 2x75
+GSM929707_2	LICR RnaSeq Heart adult-8wks
+GSM946547_1	PSU ChipSeq Erythrobl H3K27me3
+GSM923583_1	PSU ChipSeq Megakaryo Input
+GSM946521_1	PSU ChipSeq CH12 Input
+GSM923579_1	PSU ChipSeq G1E TAL1
+GSM923582_3	PSU ChipSeq Erythrobl TAL1
+GSM918410_1	Caltech ChipSeq C2C12 H3K79me3
+GSM970863_5	UW RnaSeq LgIntestine adult-8wks
+GSM929705_1	LICR RnaSeq BMDM adult-8wks
+GSM970870_1	UW RnaSeq Liver E14.5
+GSM912927_1	Stanford ChipSeq MEL Pol2(phosphoS2)
+GSM900198_1	CSHL RnaSeq Colon adult-8wks
+GSM970860_1	UW RnaSeq Spleen adult-8wks
+GSM769036_1	LICR ChipSeq Spleen H3K4me3
+GSM912913_1	Stanford ChipSeq MEL TBP
+GSM970864_3	UW RnaSeq Lung adult-8wks
+GSM973234_2	Stanford RnaSeq CH12
+GSM923582_2	PSU ChipSeq Erythrobl TAL1
+GSM929703_2	LICR RnaSeq BAT adult-24wks
+GSM900195_2	CSHL RnaSeq Liver adult-8wks
+GSM918421_1	Caltech ChipSeq C2C12 Input
+GSM970854_3	UW RnaSeq A20 immortalized
+GSM900193_3	CSHL RnaSeq Testis adult-8wks
+GSM918423_1	Caltech ChipSeq C2C12 H3ac
+GSM912915_1	Stanford ChipSeq MEL JunD
+GSM970869_2	UW RnaSeq GenitalFatPad adult-8wks
+GSM970874_2	UW RnaSeq WholeBrain E14.5
+GSM900192_1	CSHL RnaSeq Thymus adult-8wks
+GSM923570_1	PSU ChipSeq G1E CTCF
+GSM918725_1	LICR ChipSeq Cerebellum Pol2
+GSM929708_2	LICR RnaSeq Cortex adult-8wks
+GSM912908_1	Stanford ChipSeq CH12 Max
+GSM929773_2	Caltech RnaSeq 10T1/2 2x75
+GSM915174_1	Caltech ChipSeq C2C12 Max
+GSM946546_1	PSU ChipSeq CH12 H3K4me1
+GSM970861_3	UW RnaSeq T-Naive adult-8wks
+GSM970874_5	UW RnaSeq WholeBrain E14.5
+GSM929712_1	LICR RnaSeq OlfactBulb adult-8wks
+GSM970857_3	UW RnaSeq Cerebrum adult-8wks
+GSM970854_2	UW RnaSeq A20 immortalized
+GSM900188_4	CSHL RnaSeq Adrenal adult-8wks
+GSM923569_2	PSU ChipSeq CH12 Input
+GSM970858_1	UW RnaSeq FatPad adult-8wks
+GSM918762_1	LICR ChipSeq Placenta Input
+GSM915168_1	Caltech ChipSeq C2C12 SRF
+GSM900183_4	CSHL RnaSeq Ovary adult-8wks
+GSM918753_1	LICR ChipSeq Liver Input
+GSM915172_2	Caltech ChipSeq C2C12 Input
+GSM970866_4	UW RnaSeq Patski immortalized
+GSM900193_4	CSHL RnaSeq Testis adult-8wks
+GSM923585_2	PSU ChipSeq Erythrobl Input
+GSM929722_2	LICR RnaSeq Placenta adult-8wks
+GSM900195_4	CSHL RnaSeq Liver adult-8wks
+GSM900190_4	CSHL RnaSeq GenitalFatPad adult-8wks
+GSM923568_3	PSU ChipSeq CH12 CTCF
+GSM946536_3	PSU ChipSeq Erythrobl H3K4me1
+GSM970862_6	UW RnaSeq Heart adult-8wks
+GSM970853_6	UW RnaSeq NIH-3T3 immortalized
+GSM769027_1	LICR ChipSeq Cerebellum H3K4me3
+GSM923581_3	PSU ChipSeq G1E GATA1
+GSM970872_2	UW RnaSeq MEL adult-8wks
+GSM912896_1	Stanford ChipSeq MEL CTCF
+GSM912932_1	Stanford ChipSeq MEL NELFe
+GSM923574_1	PSU ChipSeq MEL Input
+GSM946536_2	PSU ChipSeq Erythrobl H3K4me1
+GSM923573_2	PSU ChipSeq MEL CTCF
+GSM946528_2	PSU ChipSeq CH12 H3K4me3
+GSM929716_2	LICR RnaSeq SmIntestine adult-8wks
+GSM918420_1	Caltech ChipSeq C2C12 Input
+GSM918745_1	LICR ChipSeq Spleen CTCF
+GSM923590_4	PSU ChipSeq G1E-ER4 Pol2-4H8
+GSM970855_3	UW RnaSeq 416B immortalized
+GSM900184_1	CSHL RnaSeq MammaryGland adult-8wks
+GSM946547_3	PSU ChipSeq Erythrobl H3K27me3
+GSM970853_4	UW RnaSeq NIH-3T3 immortalized
+GSM970862_4	UW RnaSeq Heart adult-8wks
+GSM946528_3	PSU ChipSeq CH12 H3K4me3
+GSM923588_1	PSU ChipSeq G1E-ER4 GATA2
+GSM912914_1	Stanford ChipSeq MEL E2F4
+GSM918763_1	LICR ChipSeq Spleen Input
+GSM923582_1	PSU ChipSeq Erythrobl TAL1
+GSM900194_4	CSHL RnaSeq Kidney adult-8wks
+GSM923567_1	PSU ChipSeq G1E-ER4 Input
+GSM923572_1	PSU ChipSeq G1E-ER4 GATA1
+GSM923590_3	PSU ChipSeq G1E-ER4 Pol2-4H8
+GSM973232_2	Stanford RnaSeq MEL
+GSM946539_3	PSU ChipSeq Megakaryo Input
+GSM900197_3	CSHL RnaSeq Spleen adult-8wks
+GSM923575_1	PSU ChipSeq Erythrobl GATA1
+GSM912931_1	Stanford ChipSeq CH12 Pol2(phosphoS2)
+GSM769011_1	LICR ChipSeq BoneMarrow Input
+GSM929707_1	LICR RnaSeq Heart adult-8wks
+GSM918721_1	LICR ChipSeq BoneMarrow Input
+GSM900191_2	CSHL RnaSeq SubcFatPad adult-8wks
+GSM923589_3	PSU ChipSeq G1E Pol2-4H8
+GSM769024_1	LICR ChipSeq BoneMarrow H3K4me1
+GSM946549_1	PSU ChipSeq Erythrobl H3K9me3
+GSM946546_3	PSU ChipSeq CH12 H3K4me1
+GSM970868_5	UW RnaSeq B-cell (CD43-)
+GSM923572_2	PSU ChipSeq G1E-ER4 GATA1
+GSM918415_1	Caltech ChipSeq C2C12 H3K4me3
+GSM900188_3	CSHL RnaSeq Adrenal adult-8wks
+GSM970874_6	UW RnaSeq WholeBrain E14.5
+GSM912909_1	Stanford ChipSeq CH12 CTCF
+GSM923583_3	PSU ChipSeq Megakaryo Input
+GSM970858_3	UW RnaSeq FatPad adult-8wks
+GSM929709_1	LICR RnaSeq Cerebellum adult-8wks
+GSM946524_3	PSU ChipSeq Erythrobl H3K4me3
+GSM946523_3	PSU ChipSeq Megakaryo H3K27me3
+GSM918737_1	LICR ChipSeq BMDM Input
+GSM918760_1	LICR ChipSeq BoneMarrow Pol2
+GSM970857_5	UW RnaSeq Cerebrum adult-8wks
+GSM946545_1	PSU ChipSeq G1E-ER4 H3K9me3
+GSM946519_1	PSU ChipSeq G1E-ER4 H3K4me3
+GSM918714_1	LICR ChipSeq OlfactBulb Input
+GSM918705_1	LICR ChipSeq Thymus Input
+GSM970853_3	UW RnaSeq NIH-3T3 immortalized
+GSM973234_3	Stanford RnaSeq CH12
+GSM915187_1	Caltech ChipSeq C2C12 E2F4
+GSM900185_1	CSHL RnaSeq Stomach adult-8wks
+GSM929719_1	LICR RnaSeq MEF adult-8wks
+GSM946525_1	PSU ChipSeq Megakaryo H3K4me1
+GSM970865_1	UW RnaSeq SkMuscle adult-8wks
+GSM900188_1	CSHL RnaSeq Adrenal adult-8wks
+GSM769023_1	LICR ChipSeq Kidney H3K4me1
+GSM923587_1	PSU ChipSeq G1E GATA2
+GSM918419_1	Caltech ChipSeq C2C12 Input
+GSM970862_5	UW RnaSeq Heart adult-8wks
+GSM970853_5	UW RnaSeq NIH-3T3 immortalized
+GSM923581_2	PSU ChipSeq G1E GATA1
+GSM918742_1	LICR ChipSeq Thymus Pol2
+GSM915167_1	Caltech ChipSeq C2C12 Pol2(phosphoS2)
+GSM923578_2	PSU ChipSeq MEL TAL1
+GSM946523_1	PSU ChipSeq Megakaryo H3K27me3
+GSM970867_3	UW RnaSeq B-cell (CD19+)
+GSM918715_1	LICR ChipSeq Liver CTCF
+GSM946544_1	PSU ChipSeq Erythrobl Input
+GSM900197_4	CSHL RnaSeq Spleen adult-8wks
+GSM946539_2	PSU ChipSeq Megakaryo Input
+GSM946521_3	PSU ChipSeq CH12 Input
+GSM912895_1	Stanford ChipSeq MEL Pol2
+GSM923584_3	PSU ChipSeq CH12 PAX5
+GSM946529_2	PSU ChipSeq G1E H3K36me3
+GSM946533_2	PSU ChipSeq G1E H3K4me3
+GSM918749_1	LICR ChipSeq ES-Bruce4 Pol2
+GSM970875_1	UW RnaSeq WholeBrain E18.5
+GSM900184_2	CSHL RnaSeq MammaryGland adult-8wks
+GSM769008_1	LICR ChipSeq ES-Bruce4 H3K4me3
+GSM918740_1	LICR ChipSeq MEF Input
+GSM973235_2	Stanford RnaSeq ES-E14
+GSM970873_8	UW RnaSeq Liver adult-8wks
+GSM912893_1	Stanford ChipSeq MEL p300
+GSM769020_1	LICR ChipSeq Cerebellum Input
+GSM900187_1	CSHL RnaSeq Duodenum adult-8wks
+GSM970863_4	UW RnaSeq LgIntestine adult-8wks
+GSM970859_2	UW RnaSeq HeadlessEmbryo E11.5
+GSM923589_2	PSU ChipSeq G1E Pol2-4H8
+GSM769018_1	LICR ChipSeq Cerebellum H3K4me1
+GSM929710_1	LICR RnaSeq Lung adult-8wks
+GSM900197_2	CSHL RnaSeq Spleen adult-8wks
+GSM923588_2	PSU ChipSeq G1E-ER4 GATA2
+GSM970870_3	UW RnaSeq Liver E14.5
+GSM900189_2	CSHL RnaSeq LgIntestine adult-8wks
+GSM946529_3	PSU ChipSeq G1E H3K36me3
+GSM912929_1	Stanford ChipSeq MEL CHD2
+GSM900183_3	CSHL RnaSeq Ovary adult-8wks
+GSM918722_1	LICR ChipSeq Lung CTCF
+GSM798326_1	Yale ChipSeq CH12 Input
+GSM798325_1	Yale ChipSeq MEL Input
+GSM769028_1	LICR ChipSeq MEF H3K4me1
+GSM970873_4	UW RnaSeq Liver adult-8wks
+GSM946547_2	PSU ChipSeq Erythrobl H3K27me3
+GSM946542_2	PSU ChipSeq G1E H3K9me3
+GSM900192_4	CSHL RnaSeq Thymus adult-8wks
+GSM912919_1	Stanford ChipSeq MEL Max
+GSM970856_6	UW RnaSeq Cerebellum adult-8wks
+GSM923580_2	PSU ChipSeq G1E Input
+GSM798324_1	Yale ChipSeq MEL H3K4me3
+GSM918411_1	Caltech ChipSeq C2C12 H3K79me2
+GSM970855_4	UW RnaSeq 416B immortalized
+GSM923575_3	PSU ChipSeq Erythrobl GATA1
+GSM929774_2	Caltech RnaSeq C2C12 2x75
+GSM912911_1	Stanford ChipSeq CH12 Rad21
+GSM900189_1	CSHL RnaSeq LgIntestine adult-8wks
+GSM923587_2	PSU ChipSeq G1E GATA2
+GSM946537_3	PSU ChipSeq G1E-ER4 H3K27me3
+GSM923573_3	PSU ChipSeq MEL CTCF
+GSM918738_1	LICR ChipSeq Liver Pol2
+GSM970863_6	UW RnaSeq LgIntestine adult-8wks
+GSM929705_2	LICR RnaSeq BMDM adult-8wks
+GSM900187_2	CSHL RnaSeq Duodenum adult-8wks
+GSM970873_6	UW RnaSeq Liver adult-8wks
+GSM923590_2	PSU ChipSeq G1E-ER4 Pol2-4H8
+GSM946525_2	PSU ChipSeq Megakaryo H3K4me1
+GSM929711_1	LICR RnaSeq Liver adult-8wks
+GSM970858_2	UW RnaSeq FatPad adult-8wks
+GSM769026_1	LICR ChipSeq Cortex H3K4me3
+GSM946543_1	PSU ChipSeq Erythrobl H3K36me3
+GSM918713_1	LICR ChipSeq BAT Input
+GSM929704_2	LICR RnaSeq MEL immortalized
+GSM970855_2	UW RnaSeq 416B immortalized
+GSM918757_1	LICR ChipSeq BoneMarrow CTCF
+GSM923571_1	PSU ChipSeq G1E-ER4 CTCF
+GSM970875_3	UW RnaSeq WholeBrain E18.5
+GSM970852_1	UW RnaSeq Thymus adult-8wks
+GSM915180_2	Caltech ChipSeq C2C12 CEBPB
+GSM912897_1	Yale ChipSeq MEL Input
+GSM918751_1	LICR ChipSeq Testis Input
+GSM946535_3	PSU ChipSeq G1E H3K4me1
+GSM923571_3	PSU ChipSeq G1E-ER4 CTCF
+GSM929723_2	LICR RnaSeq WholeBrain E14.5
+GSM923579_2	PSU ChipSeq G1E TAL1
+GSM923569_1	PSU ChipSeq CH12 Input
+GSM923572_3	PSU ChipSeq G1E-ER4 GATA1
+GSM970852_2	UW RnaSeq Thymus adult-8wks
+GSM900196_3	CSHL RnaSeq Lung adult-8wks
+GSM970852_3	UW RnaSeq Thymus adult-8wks
+GSM918729_1	LICR ChipSeq Heart Input
+GSM912917_1	Stanford ChipSeq CH12 Input
+GSM900199_3	CSHL RnaSeq Heart adult-8wks
+GSM918734_1	LICR ChipSeq Thymus CTCF
+GSM798323_1	Yale ChipSeq MEL Input
+GSM912918_1	Stanford ChipSeq CH12 Input
+GSM769029_1	LICR ChipSeq MEF H3K4me3
+GSM915161_1	Caltech ChipSeq C2C12 USF-1
+GSM946519_2	PSU ChipSeq G1E-ER4 H3K4me3
+GSM970852_4	UW RnaSeq Thymus adult-8wks
+GSM900187_3	CSHL RnaSeq Duodenum adult-8wks
+GSM900194_2	CSHL RnaSeq Kidney adult-8wks
+GSM970864_1	UW RnaSeq Lung adult-8wks
+GSM900188_2	CSHL RnaSeq Adrenal adult-8wks
+GSM913032_1	Yale ChipSeq MEL Input
+GSM970851_3	UW RnaSeq Liver E14.5
+GSM970862_1	UW RnaSeq Heart adult-8wks
+GSM923585_3	PSU ChipSeq Erythrobl Input
+GSM970869_3	UW RnaSeq GenitalFatPad adult-8wks
+GSM973234_4	Stanford RnaSeq CH12
+GSM970855_6	UW RnaSeq 416B immortalized
+GSM900192_2	CSHL RnaSeq Thymus adult-8wks
+GSM946532_3	PSU ChipSeq CH12 H3K27me3
+GSM900199_4	CSHL RnaSeq Heart adult-8wks
+GSM923588_3	PSU ChipSeq G1E-ER4 GATA2
+GSM923577_2	PSU ChipSeq MEL Pol2-4H8
+GSM970875_6	UW RnaSeq WholeBrain E18.5
+GSM929706_1	LICR RnaSeq Kidney adult-8wks
+GSM900186_1	CSHL RnaSeq SmIntestine adult-8wks
+GSM970868_1	UW RnaSeq B-cell (CD43-)
+GSM946533_1	PSU ChipSeq G1E H3K4me3
+GSM769012_1	LICR ChipSeq Lung H3K4me3
+GSM946542_3	PSU ChipSeq G1E H3K9me3
+GSM900190_3	CSHL RnaSeq GenitalFatPad adult-8wks
+GSM912899_1	Stanford ChipSeq MEL MafK
+GSM915172_3	Caltech ChipSeq C2C12 Input
+GSM970871_3	UW RnaSeq Kidney adult-8wks
+GSM970857_1	UW RnaSeq Cerebrum adult-8wks
+GSM970857_2	UW RnaSeq Cerebrum adult-8wks
+GSM918709_1	LICR ChipSeq SmIntestine CTCF
+GSM918720_1	LICR ChipSeq BMDM Pol2
+GSM946527_1	PSU ChipSeq Megakaryo H3K4me3
+GSM912928_1	Stanford ChipSeq MEL Mxi1
+GSM915177_1	Caltech ChipSeq C2C12 TCF3
+GSM915179_1	Caltech ChipSeq C2C12 CEBPB
+GSM973233_4	Stanford RnaSeq MEL DMSO
+GSM912926_1	Stanford ChipSeq CH12 CHD2
+GSM769021_1	LICR ChipSeq BoneMarrow H3K4me3
+GSM973233_2	Stanford RnaSeq MEL DMSO
+GSM929772_2	Caltech RnaSeq 10T1/2 2x75
+GSM912906_1	Stanford ChipSeq CH12 c-Myc
+GSM970863_3	UW RnaSeq LgIntestine adult-8wks
+GSM946549_2	PSU ChipSeq Erythrobl H3K9me3
+GSM798328_1	Yale ChipSeq MEL H3K4me3
+GSM912903_1	Stanford ChipSeq MEL c-Myb
+GSM970875_5	UW RnaSeq WholeBrain E18.5
+GSM929772_1	Caltech RnaSeq 10T1/2 2x75
+GSM912921_1	Stanford ChipSeq MEL p300
+GSM923571_2	PSU ChipSeq G1E-ER4 CTCF
+GSM970873_10	UW RnaSeq Liver adult-8wks
+GSM900196_4	CSHL RnaSeq Lung adult-8wks
+GSM946544_3	PSU ChipSeq Erythrobl Input
+GSM918710_1	LICR ChipSeq SmIntestine Pol2
+GSM929719_2	LICR RnaSeq MEF adult-8wks
+GSM918724_1	LICR ChipSeq Lung Pol2
+GSM900199_1	CSHL RnaSeq Heart adult-8wks
+GSM970856_4	UW RnaSeq Cerebellum adult-8wks
+GSM923582_4	PSU ChipSeq Erythrobl TAL1
+GSM923581_1	PSU ChipSeq G1E GATA1
+GSM923577_3	PSU ChipSeq MEL Pol2-4H8
+GSM915162_1	Caltech ChipSeq C2C12 USF-1
+GSM769033_1	LICR ChipSeq Kidney Input
+GSM915180_1	Caltech ChipSeq C2C12 CEBPB
+GSM918711_1	LICR ChipSeq Testis CTCF
+GSM929713_2	LICR RnaSeq Limb E14.5
+GSM970872_5	UW RnaSeq MEL adult-8wks
+GSM970862_2	UW RnaSeq Heart adult-8wks
+GSM929713_1	LICR RnaSeq Limb E14.5
+GSM995443_1	PSU ChipSeq G1E-ER4 GATA1
+GSM995537_1	PSU RnaSeq Megakaryo paired-end
+GSM1014185_1	UW DnaseSeq Thymus adult-8wks
+GSM1003826_2	UW DnaseDgf TReg adult-8wks
+GSM1014165_1	UW DnaseSeq FatPad adult-8wks
+GSM1014163_1	UW DnaseSeq 416B immortalized
+GSM1000564_1	CSHL RnaSeq Bladder adult-8wks
+GSM1000100_1	LICR ChipSeq Cortex H3K27ac
+GSM1000112_1	LICR ChipSeq Liver Input
+GSM1014199_2	UW DnaseSeq Fibroblast adult-8wks
+GSM995535_1	PSU RnaSeq FVLstem paired-end
+GSM1000113_1	LICR ChipSeq Liver H3K27ac
+GSM1014161_1	UW DnaseSeq Liver E14.5
+GSM1000570_4	CSHL RnaSeq CNS E18
+GSM1003792_1	Stanford ChipSeq CH12 ZC3H11A
+GSM995438_1	PSU ChipSeq G1E-ER4 Input
+GSM1000099_1	LICR ChipSeq ES-Bruce4 H3K27ac
+GSM1014148_1	UW DnaseSeq TReg adult-8wks
+GSM1000143_1	LICR ChipSeq WholeBrain H3K27me3
+GSM1000078_1	LICR ChipSeq Testis H3K4me1
+GSM1003744_1	Stanford ChipSeq MEL H3K4me1
+GSM1000566_4	CSHL RnaSeq Liver E18
+GSM1014177_2	UW DnaseSeq NIH-3T3 immortalized
+GSM1014149_1	UW DnaseSeq THelper-Activated adult-8wks
+GSM1000568_3	CSHL RnaSeq Limb E14.5
+GSM1000146_1	LICR ChipSeq Spleen H3K27me3
+GSM1003797_1	Stanford ChipSeq MEL ZNF384
+GSM1000562_3	CSHL RnaSeq FrontalLobe adult-8wks
+GSM1000156_1	LICR ChipSeq MEL H3K79me2
+GSM1000069_1	LICR ChipSeq SmIntestine H3K36me3
+GSM995529_2	PSU RnaSeq G1E-ER4 diffProtD
+GSM1014170_3	UW DnaseSeq B-cell (CD43-)
+GSM1003239_2	PSU DnaseSeq G1E
+GSM1000072_1	LICR ChipSeq WholeBrain H3K36me3
+GSM1014182_2	UW DnaseSeq Spleen adult-8wks
+GSM1014179_1	UW DnaseSeq HindlimbBud E11.5
+GSM1003801_1	Stanford ChipSeq CH12 MAZ
+GSM1014195_2	UW DnaseSeq Liver adult-8wks
+GSM1003752_1	Stanford ChipSeq MEL H3K27ac
+GSM1003825_4	UW DnaseDgf T-Naive adult-8wks
+GSM1014159_2	UW DnaseSeq ES-WW6 E0
+GSM1000563_1	CSHL RnaSeq Cortex adult-8wks
+GSM1003814_1	UW DnaseDgf B-cell (CD19+)
+GSM1000109_1	LICR ChipSeq ES-Bruce4 H3K36me3
+GSM1003800_1	Stanford ChipSeq CH12 Nrf2
+GSM1000110_1	LICR ChipSeq Liver H3K4me3
+GSM1014195_3	UW DnaseSeq Liver adult-8wks
+GSM1000129_1	LICR ChipSeq Heart H3K79me2
+GSM1000563_2	CSHL RnaSeq Cortex adult-8wks
+GSM1003745_1	Stanford ChipSeq MEL H3K27me3B
+GSM1003796_1	Stanford ChipSeq CH12 ZNF384
+GSM1000567_1	CSHL RnaSeq Cerebellum adult-8wks
+GSM1000206_1	LICR ChipSeq BMDM Input
+GSM1000132_1	LICR ChipSeq Placenta H3K4me3
+GSM1003817_1	UW DnaseDgf Lung adult-8wks
+GSM1014185_2	UW DnaseSeq Thymus adult-8wks
+GSM1000079_1	LICR ChipSeq Testis H3K4me3
+GSM1014186_1	UW DnaseSeq LgIntestine adult-8wks
+GSM1000128_1	LICR ChipSeq OlfactBulb H3K4me3
+GSM1003790_1	Stanford ChipSeq MEL MAZ
+GSM1003776_1	Stanford ChipSeq MEL ZC3H11A
+GSM995530_2	PSU RnaSeq G1E single
+GSM1000153_1	LICR ChipSeq Liver H3K9ac
+GSM1003812_1	Stanford ChipSeq MEL Input
+GSM1000063_1	LICR ChipSeq Kidney H3K36me3
+GSM1000127_1	LICR ChipSeq ES-Bruce4 H3K9ac
+GSM1014195_7	UW DnaseSeq Liver adult-8wks
+GSM1000144_1	LICR ChipSeq Thymus H3K27me3
+GSM1003786_1	Stanford ChipSeq CH12 COREST
+GSM1000133_1	LICR ChipSeq Placenta H3K4me1
+GSM1014156_1	UW DnaseSeq EPC (CD117-,CD71+,TER119+)
+GSM995540_1	PSU RnaSeq CH12 single
+GSM995532_4	PSU RnaSeq G1E-ER4 paired-end
+GSM995447_1	PSU ChipSeq Megakaryo TAL1
+GSM1000094_1	LICR ChipSeq WholeBrain H3K27ac
+GSM1000201_1	LICR ChipSeq BAT Input
+GSM1000151_1	LICR ChipSeq Liver H3K36me3
+GSM1000086_1	LICR ChipSeq Limb H3K4me3
+GSM1014170_2	UW DnaseSeq B-cell (CD43-)
+GSM1000568_4	CSHL RnaSeq Limb E14.5
+GSM1003827_2	UW DnaseDgf Thymus adult-8wks
+GSM1014195_10	UW DnaseSeq Liver adult-8wks
+GSM1000567_3	CSHL RnaSeq Cerebellum adult-8wks
+GSM1000565_1	CSHL RnaSeq Placenta adult-8wks
+GSM1000093_1	LICR ChipSeq Heart H3K27ac
+GSM1014169_2	UW DnaseSeq ZhBTc4 E0
+GSM1014153_2	UW DnaseSeq CH12 immortalized
+GSM1014180_1	UW DnaseSeq mG/ER adult-8wks
+GSM1003813_2	UW DnaseDgf B-cell (CD43-)
+GSM1003825_2	UW DnaseDgf T-Naive adult-8wks
+GSM1014195_13	UW DnaseSeq Liver adult-8wks
+GSM1014152_1	UW DnaseSeq ZhBTc4 E0
+GSM1000564_2	CSHL RnaSeq Bladder adult-8wks
+GSM1014173_1	UW DnaseSeq GenitalFatPad adult-8wks
+GSM1003832_2	UW DnaseDgf Retina newborn-1days
+GSM995535_3	PSU RnaSeq FVLstem paired-end
+GSM1000125_1	LICR ChipSeq ES-E14 H3K36me3
+GSM1014160_1	UW DnaseSeq ES-WW6 F1KO
+GSM1000076_1	LICR ChipSeq BAT H3K4me1
+GSM1000120_1	LICR ChipSeq B-cell (CD43-)
+GSM1003780_1	Stanford ChipSeq MEL SIN3A
+GSM1000135_1	LICR ChipSeq Heart H3K4me3
+GSM995535_2	PSU RnaSeq FVLstem paired-end
+GSM995447_2	PSU ChipSeq Megakaryo TAL1
+GSM1003784_1	Stanford ChipSeq MEL CTCF
+GSM1014173_2	UW DnaseSeq GenitalFatPad adult-8wks
+GSM1003813_1	UW DnaseDgf B-cell (CD43-)
+GSM1003239_1	PSU DnaseSeq G1E
+GSM1003816_2	UW DnaseDgf 3134 immortalized
+GSM1014181_1	UW DnaseSeq mG/ER adult-8wks
+GSM1014154_1	UW DnaseSeq ES-E14 E0
+GSM1000108_1	LICR ChipSeq BoneMarrow H3K27ac
+GSM1003805_1	Stanford ChipSeq MEL CHD1
+GSM1014171_2	UW DnaseSeq Patski immortalized
+GSM1003803_1	Stanford ChipSeq CH12 CHD1
+GSM1000204_1	LICR ChipSeq Thymus Input
+GSM1000567_4	CSHL RnaSeq Cerebellum adult-8wks
+GSM1000138_1	LICR ChipSeq Spleen H3K27ac
+GSM995532_2	PSU RnaSeq G1E-ER4 paired-end
+GSM1014183_1	UW DnaseSeq Liver E14.5
+GSM1000091_1	LICR ChipSeq CH12 H3K36me3
+GSM1014172_2	UW DnaseSeq HeadlessEmbryo E11.5
+GSM1000562_1	CSHL RnaSeq FrontalLobe adult-8wks
+GSM1014177_1	UW DnaseSeq NIH-3T3 immortalized
+GSM1003793_1	Stanford ChipSeq CH12 ZNF-MIZD-CP1
+GSM1000073_1	LICR ChipSeq MEL H3K4me1
+GSM995446_1	PSU ChipSeq Megakaryo FLI1
+GSM1014150_1	UW DnaseSeq ZhBTc4 E0
+GSM1014171_1	UW DnaseSeq Patski immortalized
+GSM1003804_1	Stanford ChipSeq MEL GCN5
+GSM1014190_1	UW DnaseSeq B-cell (CD19+)
+GSM1003749_1	Stanford ChipSeq MEL H3K36me3B
+GSM1014192_1	UW DnaseSeq T-Naive adult-8wks
+GSM1014168_2	UW DnaseSeq Cerebrum adult-8wks
+GSM1003828_2	UW DnaseDgf WholeBrain E14.5
+GSM995533_1	PSU RnaSeq Erythrobl paired-end
+GSM1003824_2	UW DnaseDgf MEL immortalized
+GSM1003810_1	Stanford ChipSeq ES-E14 ZC3H11A
+GSM1003834_2	UW DnaseDgf TReg-Activated adult-8wks
+GSM1000571_1	CSHL RnaSeq Liver E14.5
+GSM995536_1	PSU RnaSeq G1E paired-end
+GSM1003756_1	Stanford ChipSeq ES-E14 H3K4me3
+GSM1014199_1	UW DnaseSeq Fibroblast adult-8wks
+GSM1003832_1	UW DnaseDgf Retina newborn-1days
+GSM1000121_1	LICR ChipSeq ES-E14 H3K4me1
+GSM1014151_6	UW DnaseSeq WholeBrain adult-8wks
+GSM995439_1	PSU ChipSeq G1E-ER4 Input
+GSM1003757_1	Stanford ChipSeq MEL H3K4me1
+GSM1014178_2	UW DnaseSeq Mesoderm E11.5
+GSM995538_1	PSU RnaSeq G1E-ER4 diffProtD
+GSM1014195_8	UW DnaseSeq Liver adult-8wks
+GSM995536_2	PSU RnaSeq G1E paired-end
+GSM1014162_1	UW DnaseSeq Liver E14.5
+GSM1000150_1	LICR ChipSeq Liver H3K27me3
+GSM1000562_4	CSHL RnaSeq FrontalLobe adult-8wks
+GSM1014192_3	UW DnaseSeq T-Naive adult-8wks
+GSM1000572_2	CSHL RnaSeq WholeBrain E14.5
+GSM1014166_1	UW DnaseSeq Heart adult-8wks
+GSM1000566_1	CSHL RnaSeq Liver E18
+GSM1000092_1	LICR ChipSeq Kidney H3K27ac
+GSM1000087_1	LICR ChipSeq MEL H3K4me3
+GSM1014175_1	UW DnaseSeq Retina adult-8wks
+GSM1003820_2	UW DnaseDgf Heart adult-8wks
+GSM1014192_2	UW DnaseSeq T-Naive adult-8wks
+GSM1003831_2	UW DnaseDgf NIH-3T3 immortalized
+GSM1014170_1	UW DnaseSeq B-cell (CD43-)
+GSM995440_1	PSU ChipSeq G1E-ER4 Input
+GSM1000141_1	LICR ChipSeq MEL H3K9ac
+GSM1014164_3	UW DnaseSeq Cerebellum adult-8wks
+GSM995525_1	PSU RnaSeq MEP paired-end
+GSM1003822_1	UW DnaseDgf ZhBTc4 E0
+GSM1014148_3	UW DnaseSeq TReg adult-8wks
+GSM995537_3	PSU RnaSeq Megakaryo paired-end
+GSM1000140_1	LICR ChipSeq Liver H3K27ac
+GSM995541_2	PSU RnaSeq G1E-ER4 diffProtD
+GSM1014153_1	UW DnaseSeq CH12 immortalized
+GSM1003823_2	UW DnaseDgf WholeBrain adult-8wks
+GSM1003818_2	UW DnaseDgf Liver adult-8wks
+GSM1003834_1	UW DnaseDgf TReg-Activated adult-8wks
+GSM1003775_1	Stanford ChipSeq MEL Pol2
+GSM1014164_1	UW DnaseSeq Cerebellum adult-8wks
+GSM1000200_1	LICR ChipSeq MEL Input
+GSM1014178_1	UW DnaseSeq Mesoderm E11.5
+GSM1014195_4	UW DnaseSeq Liver adult-8wks
+GSM1003802_1	Stanford ChipSeq CH12 GCN5
+GSM995526_2	PSU RnaSeq MEL DMSO
+GSM1000563_3	CSHL RnaSeq Cortex adult-8wks
+GSM995534_3	PSU RnaSeq FVprogenitor paired-end
+GSM1003819_2	UW DnaseDgf Kidney adult-8wks
+GSM995530_1	PSU RnaSeq G1E single
+GSM1000080_1	LICR ChipSeq SmIntestine Input
+GSM1003779_1	Stanford ChipSeq MEL ZKSCAN1
+GSM1014191_3	UW DnaseSeq MEL immortalized
+GSM1000203_1	LICR ChipSeq Testis Input
+GSM1000573_1	CSHL RnaSeq CNS E11.5
+GSM1000137_1	LICR ChipSeq Heart H3K27ac
+GSM1000152_1	LICR ChipSeq Liver H3K79me2
+GSM1000147_1	LICR ChipSeq ES-Bruce4 H3K9me3
+GSM1003821_1	UW DnaseDgf ZhBTc4 E0
+GSM1003830_2	UW DnaseDgf ES-CJ7 E0
+GSM1000573_4	CSHL RnaSeq CNS E11.5
+GSM1014151_1	UW DnaseSeq WholeBrain adult-8wks
+GSM1014195_1	UW DnaseSeq Liver adult-8wks
+GSM1014168_3	UW DnaseSeq Cerebrum adult-8wks
+GSM1000067_1	LICR ChipSeq Testis H3K36me3
+GSM1003809_1	Stanford ChipSeq ES-E14 MafK
+GSM1003833_1	UW DnaseDgf THelper-Activated adult-8wks
+GSM1000095_1	LICR ChipSeq WholeBrain H3K4me3
+GSM1000083_1	LICR ChipSeq SmIntestine H3K4me3
+GSM1000148_1	LICR ChipSeq B-cell (CD43-)
+GSM995536_3	PSU RnaSeq G1E paired-end
+GSM995534_4	PSU RnaSeq FVprogenitor paired-end
+GSM1014160_2	UW DnaseSeq ES-WW6 F1KO
+GSM1000202_1	LICR ChipSeq Limb Input
+GSM1014182_1	UW DnaseSeq Spleen adult-8wks
+GSM1014193_1	UW DnaseSeq Kidney adult-8wks
+GSM1000077_1	LICR ChipSeq Kidney H3K27me3
+GSM995541_3	PSU RnaSeq G1E-ER4 diffProtD
+GSM1014172_1	UW DnaseSeq HeadlessEmbryo E11.5
+GSM1000096_1	LICR ChipSeq WholeBrain H3K4me1
+GSM995533_4	PSU RnaSeq Erythrobl paired-end
+GSM1000573_2	CSHL RnaSeq CNS E11.5
+GSM1000107_1	LICR ChipSeq Limb H3K27ac
+GSM1000574_4	CSHL RnaSeq Liver E14
+GSM995442_1	PSU ChipSeq G1E-ER4 GATA1
+GSM1000075_1	LICR ChipSeq BAT H3K4me3
+GSM1014151_4	UW DnaseSeq WholeBrain adult-8wks
+GSM995525_4	PSU RnaSeq MEP paired-end
+GSM995445_1	PSU ChipSeq G1E-ER4 GATA1
+GSM1000566_3	CSHL RnaSeq Liver E18
+GSM1000565_2	CSHL RnaSeq Placenta adult-8wks
+GSM1003755_1	Stanford ChipSeq MEL H3K9me3
+GSM1014157_1	UW DnaseSeq EPC (CD117+,CD71+,TER119+)
+GSM1003758_1	Stanford ChipSeq MEL Input
+GSM1003794_1	Stanford ChipSeq MEL BHLHE40
+GSM1003753_1	Stanford ChipSeq MEL H3K4me3
+GSM1014179_2	UW DnaseSeq HindlimbBud E11.5
+GSM1014163_2	UW DnaseSeq 416B immortalized
+GSM1003751_1	Stanford ChipSeq ES-E14 H3K9me3
+GSM995527_4	PSU RnaSeq G1E-ER4 diffProtD
+GSM995527_1	PSU RnaSeq G1E-ER4 diffProtD
+GSM1003798_1	Stanford ChipSeq MEL ZNF-MIZD-CP1
+GSM1000149_1	LICR ChipSeq Heart H3K9ac
+GSM1003795_1	Stanford ChipSeq CH12 HCFC1
+GSM1000084_1	LICR ChipSeq SmIntestine H3K27ac
+GSM1014189_1	UW DnaseSeq SkMuscle adult-8wks
+GSM1014166_2	UW DnaseSeq Heart adult-8wks
+GSM995533_3	PSU RnaSeq Erythrobl paired-end
+GSM1014176_1	UW DnaseSeq mG/ER adult-8wks
+GSM1000207_1	LICR ChipSeq Placenta Input
+GSM1014189_2	UW DnaseSeq SkMuscle adult-8wks
+GSM1000097_1	LICR ChipSeq Cerebellum H3K27ac
+GSM1003785_1	Stanford ChipSeq MEL USF2
+GSM995532_1	PSU RnaSeq G1E-ER4 paired-end
+GSM995537_4	PSU RnaSeq Megakaryo paired-end
+GSM1014194_3	UW DnaseSeq Lung adult-8wks
+GSM1000565_4	CSHL RnaSeq Placenta adult-8wks
+GSM1003829_1	UW DnaseDgf A20 immortalized
+GSM1014151_2	UW DnaseSeq WholeBrain adult-8wks
+GSM995437_1	PSU ChipSeq G1E-ER4 Input
+GSM995529_1	PSU RnaSeq G1E-ER4 diffProtD
+GSM1014197_1	UW DnaseSeq WholeBrain E14.5
+GSM1000106_1	LICR ChipSeq WholeBrain H3K9me3
+GSM995446_2	PSU ChipSeq Megakaryo FLI1
+GSM1014190_2	UW DnaseSeq B-cell (CD19+)
+GSM1000085_1	LICR ChipSeq Limb H3K4me1
+GSM1003777_1	Stanford ChipSeq MEL ETS1
+GSM995446_3	PSU ChipSeq Megakaryo FLI1
+GSM1003782_1	Stanford ChipSeq CH12 ZKSCAN1
+GSM1000569_2	CSHL RnaSeq CNS E14
+GSM1003791_1	Stanford ChipSeq MEL Nrf2
+GSM1000563_4	CSHL RnaSeq Cortex adult-8wks
+GSM1000101_1	LICR ChipSeq Thymus H3K4me3
+GSM1000568_1	CSHL RnaSeq Limb E14.5
+GSM1014191_1	UW DnaseSeq MEL immortalized
+GSM995449_1	PSU ChipSeq G1E-ER4 GATA1
+GSM1000136_1	LICR ChipSeq Heart H3K4me1
+GSM1014159_1	UW DnaseSeq ES-WW6 E0
+GSM1014151_7	UW DnaseSeq WholeBrain adult-8wks
+GSM1000570_3	CSHL RnaSeq CNS E18
+GSM1000081_1	LICR ChipSeq Testis H3K27ac
+GSM1003746_1	Stanford ChipSeq ES-E14 Input
+GSM1003831_1	UW DnaseDgf NIH-3T3 immortalized
+GSM1014187_1	UW DnaseSeq ES-CJ7 E0
+GSM1014184_2	UW DnaseSeq WholeBrain E18.5
+GSM1014196_2	UW DnaseSeq 3134 immortalized
+GSM1000122_1	LICR ChipSeq CH12 H3K79me2
+GSM1014200_2	UW DnaseSeq TReg-Activated adult-8wks
+GSM1014187_2	UW DnaseSeq ES-CJ7 E0
+GSM1014198_1	UW DnaseSeq Retina adult-1wks
+GSM1014194_1	UW DnaseSeq Lung adult-8wks
+GSM1000574_3	CSHL RnaSeq Liver E14
+GSM1003781_1	Stanford ChipSeq CH12 SIN3A
+GSM1000119_1	LICR ChipSeq CH12 H3K4me1
+GSM1000567_2	CSHL RnaSeq Cerebellum adult-8wks
+GSM1000131_1	LICR ChipSeq Heart H3K27me3
+GSM1000155_1	LICR ChipSeq MEL H3K36me3
+GSM1014170_4	UW DnaseSeq B-cell (CD43-)
+GSM1000139_1	LICR ChipSeq MEF H3K27ac
+GSM995531_4	PSU RnaSeq G1E-ER4 diffProtD
+GSM1003821_2	UW DnaseDgf ZhBTc4 E0
+GSM1003819_1	UW DnaseDgf Kidney adult-8wks
+GSM995538_3	PSU RnaSeq G1E-ER4 diffProtD
+GSM1000569_4	CSHL RnaSeq CNS E14
+GSM995541_1	PSU RnaSeq G1E-ER4 diffProtD
+GSM995527_3	PSU RnaSeq G1E-ER4 diffProtD
+GSM1014186_2	UW DnaseSeq LgIntestine adult-8wks
+GSM995534_2	PSU RnaSeq FVprogenitor paired-end
+GSM995528_2	PSU RnaSeq MEL single
+GSM1003816_1	UW DnaseDgf 3134 immortalized
+GSM995526_1	PSU RnaSeq MEL DMSO
+GSM1014174_2	UW DnaseSeq ForelimbBud E11.5
+GSM1000098_1	LICR ChipSeq WholeBrain Input
+GSM1003783_1	Stanford ChipSeq CH12 UBF
+GSM1000572_1	CSHL RnaSeq WholeBrain E14.5
+GSM1003811_1	Stanford ChipSeq ES-E14 Input
+GSM995534_1	PSU RnaSeq FVprogenitor paired-end
+GSM1014195_11	UW DnaseSeq Liver adult-8wks
+GSM1014200_1	UW DnaseSeq TReg-Activated adult-8wks
+GSM1000066_1	LICR ChipSeq BMDM H3K4me1
+GSM1014148_2	UW DnaseSeq TReg adult-8wks
+GSM1014158_1	UW DnaseSeq EPC (CD117+,CD71+,TER119-)
+GSM1014169_1	UW DnaseSeq ZhBTc4 E0
+GSM1000154_1	LICR ChipSeq MEL H3K27me3
+GSM1000116_1	LICR ChipSeq CH12 H3K4me2
+GSM1000089_1	LICR ChipSeq ES-Bruce4 H3K27me3
+GSM1014150_2	UW DnaseSeq ZhBTc4 E0
+GSM1000102_1	LICR ChipSeq Thymus H3K4me1
+GSM995441_1	PSU ChipSeq G1E-ER4 Input
+GSM995533_2	PSU RnaSeq Erythrobl paired-end
+GSM1014195_6	UW DnaseSeq Liver adult-8wks
+GSM1003825_3	UW DnaseDgf T-Naive adult-8wks
+GSM1000142_1	LICR ChipSeq MEL H3K27ac
+GSM995448_1	PSU ChipSeq G1E-ER4 GATA1
+GSM1014197_2	UW DnaseSeq WholeBrain E14.5
+GSM995528_1	PSU RnaSeq MEL single
+GSM1003750_1	Stanford ChipSeq ES-E14 H3K4me1
+GSM1014195_9	UW DnaseSeq Liver adult-8wks
+GSM1000564_4	CSHL RnaSeq Bladder adult-8wks
+GSM1000090_1	LICR ChipSeq Cerebellum H3K27me3
+GSM1000571_4	CSHL RnaSeq Liver E14.5
+GSM1000074_1	LICR ChipSeq BMDM H3K27ac
+GSM1000114_1	LICR ChipSeq CH12 H3K4me3
+GSM1014167_2	UW DnaseSeq A20 immortalized
+GSM1003822_2	UW DnaseDgf ZhBTc4 E0
+GSM1000572_3	CSHL RnaSeq WholeBrain E14.5
+GSM1000130_1	LICR ChipSeq Heart H3K36me3
+GSM1000145_1	LICR ChipSeq Testis H3K27me3
+GSM995537_2	PSU RnaSeq Megakaryo paired-end
+GSM1014165_2	UW DnaseSeq FatPad adult-8wks
+GSM995531_2	PSU RnaSeq G1E-ER4 diffProtD
+GSM1000103_1	LICR ChipSeq Thymus H3K27ac
+GSM1014181_2	UW DnaseSeq mG/ER adult-8wks
+GSM1003817_2	UW DnaseDgf Lung adult-8wks
+GSM1014195_12	UW DnaseSeq Liver adult-8wks
+GSM1003825_1	UW DnaseDgf T-Naive adult-8wks
+GSM1000071_1	LICR ChipSeq BAT H3K27ac
+GSM1000572_4	CSHL RnaSeq WholeBrain E14.5
+GSM1003806_1	Stanford ChipSeq MEL MafK
+GSM995447_4	PSU ChipSeq Megakaryo TAL1
+GSM1000569_3	CSHL RnaSeq CNS E14
+GSM1003747_1	Stanford ChipSeq MEL Input
+GSM1003818_1	UW DnaseDgf Liver adult-8wks
+GSM1000569_1	CSHL RnaSeq CNS E14
+GSM1000068_1	LICR ChipSeq Thymus H3K36me3
+GSM995540_2	PSU RnaSeq CH12 single
+GSM995532_3	PSU RnaSeq G1E-ER4 paired-end
+GSM1000574_1	CSHL RnaSeq Liver E14
+GSM1000570_2	CSHL RnaSeq CNS E18
+GSM1014192_4	UW DnaseSeq T-Naive adult-8wks
+GSM1003826_1	UW DnaseDgf TReg adult-8wks
+GSM1000134_1	LICR ChipSeq Placenta H3K27ac
+GSM995531_1	PSU RnaSeq G1E-ER4 diffProtD
+GSM1000566_2	CSHL RnaSeq Liver E18
+GSM1003820_1	UW DnaseDgf Heart adult-8wks
+GSM1000574_2	CSHL RnaSeq Liver E14
+GSM1000126_1	LICR ChipSeq ES-E14 H3K27ac
+GSM1003807_1	Stanford ChipSeq ES-E14 ZNF384
+GSM1003814_2	UW DnaseDgf B-cell (CD19+)
+GSM1000088_1	LICR ChipSeq B-cell (CD43-)
+GSM1000082_1	LICR ChipSeq SmIntestine H3K4me1
+GSM1003823_1	UW DnaseDgf WholeBrain adult-8wks
+GSM995539_2	PSU RnaSeq G1E-ER4 diffProtD
+GSM1000064_1	LICR ChipSeq SmIntestine H3K27me3
+GSM1000570_1	CSHL RnaSeq CNS E18
+GSM1000115_1	LICR ChipSeq CH12 H3K9ac
+GSM995538_4	PSU RnaSeq G1E-ER4 diffProtD
+GSM1000205_1	LICR ChipSeq OlfactBulb Input
+GSM995447_3	PSU ChipSeq Megakaryo TAL1
+GSM1014196_1	UW DnaseSeq 3134 immortalized
+GSM995539_3	PSU RnaSeq G1E-ER4 diffProtD
+GSM995447_5	PSU ChipSeq Megakaryo TAL1
+GSM1003824_1	UW DnaseDgf MEL immortalized
+GSM1014184_1	UW DnaseSeq WholeBrain E18.5
+GSM1003808_1	Stanford ChipSeq MEL GATA-1
+GSM995525_3	PSU RnaSeq MEP paired-end
+GSM1003787_1	Stanford ChipSeq MEL Input
+GSM1014168_1	UW DnaseSeq Cerebrum adult-8wks
+GSM1014176_2	UW DnaseSeq mG/ER adult-8wks
+GSM1000105_1	LICR ChipSeq OlfactBulb H3K27ac
+GSM1003828_1	UW DnaseDgf WholeBrain E14.5
+GSM1000562_2	CSHL RnaSeq FrontalLobe adult-8wks
+GSM1000065_1	LICR ChipSeq BMDM H3K4me3
+GSM1000111_1	LICR ChipSeq Liver H3K4me1
+GSM1014194_2	UW DnaseSeq Lung adult-8wks
+GSM1014164_2	UW DnaseSeq Cerebellum adult-8wks
+GSM1003748_1	Stanford ChipSeq MEL H3K9me3
+GSM995525_2	PSU RnaSeq MEP paired-end
+GSM1000571_3	CSHL RnaSeq Liver E14.5
+GSM1014151_3	UW DnaseSeq WholeBrain adult-8wks
+GSM1014174_1	UW DnaseSeq ForelimbBud E11.5
+GSM1000104_1	LICR ChipSeq OlfactBulb H3K4me1
+GSM1014155_1	UW DnaseSeq EPC (CD117+,CD71-,TER119-)
+GSM1014180_2	UW DnaseSeq mG/ER adult-8wks
+GSM1000565_3	CSHL RnaSeq Placenta adult-8wks
+GSM1000568_2	CSHL RnaSeq Limb E14.5
+GSM995535_4	PSU RnaSeq FVLstem paired-end
+GSM1003833_2	UW DnaseDgf THelper-Activated adult-8wks
+GSM995539_4	PSU RnaSeq G1E-ER4 diffProtD
+GSM1014152_2	UW DnaseSeq ZhBTc4 E0
+GSM1014167_1	UW DnaseSeq A20 immortalized
+GSM1014161_2	UW DnaseSeq Liver E14.5
+GSM1014154_2	UW DnaseSeq ES-E14 E0
+GSM1003829_2	UW DnaseDgf A20 immortalized
+GSM1000564_3	CSHL RnaSeq Bladder adult-8wks
+GSM995527_2	PSU RnaSeq G1E-ER4 diffProtD
+GSM995444_1	PSU ChipSeq G1E-ER4 GATA1
+GSM1000118_1	LICR ChipSeq CH12 Input
+GSM995541_4	PSU RnaSeq G1E-ER4 diffProtD
+GSM1003238_1	PSU DnaseSeq G1E-ER4 diffProtD
+GSM1000070_1	LICR ChipSeq Spleen H3K36me3
+GSM1014149_2	UW DnaseSeq THelper-Activated adult-8wks
+GSM1003827_1	UW DnaseDgf Thymus adult-8wks
+GSM995436_1	PSU ChipSeq G1E-ER4 Input
+GSM1003778_1	Stanford ChipSeq MEL HCFC1
+GSM1000208_1	LICR ChipSeq Heart Input
+GSM1000573_3	CSHL RnaSeq CNS E11.5
+GSM1014191_2	UW DnaseSeq MEL immortalized
+GSM1003815_2	UW DnaseDgf 416B immortalized
+GSM995539_1	PSU RnaSeq G1E-ER4 diffProtD
+GSM1003815_1	UW DnaseDgf 416B immortalized
+GSM1000117_1	LICR ChipSeq CH12 H3K27ac
+GSM1003774_1	Stanford ChipSeq CH12 ETS1
+GSM1003799_1	Stanford ChipSeq ES-E14 HCFC1
+GSM1003754_1	Stanford ChipSeq MEL H3K4me3
+GSM1003830_1	UW DnaseDgf ES-CJ7 E0
+GSM1000124_1	LICR ChipSeq ES-E14 H3K4me3
+GSM995536_4	PSU RnaSeq G1E paired-end
+GSM1003789_1	Stanford ChipSeq MEL COREST
+GSM1014195_14	UW DnaseSeq Liver adult-8wks
+GSM1014188_1	UW DnaseSeq Retina newborn-1days
+GSM1000123_1	LICR ChipSeq ES-E14 H3K9ac
+GSM1014151_5	UW DnaseSeq WholeBrain adult-8wks
+GSM1000571_2	CSHL RnaSeq Liver E14.5
+GSM995538_2	PSU RnaSeq G1E-ER4 diffProtD
+GSM1003788_1	Stanford ChipSeq MEL UBF
+GSM995531_3	PSU RnaSeq G1E-ER4 diffProtD
+GSM1014193_2	UW DnaseSeq Kidney adult-8wks
+GSM1003238_2	PSU DnaseSeq G1E-ER4 diffProtD
+GSM1014195_5	UW DnaseSeq Liver adult-8wks
diff --git a/mm9/track2Label_longrange b/mm9/track2Label_longrange
new file mode 100644
index 0000000..b814f81
--- /dev/null
+++ b/mm9/track2Label_longrange
@@ -0,0 +1,27 @@
+Cortex_20kb_hindIII_rep1	Cortex Hi-C (HindIII 20kb rep1)
+Cortex_20kb_hindIII_rep2	Cortex Hi-C (HindIII 20kb rep2)
+Cortex_40kb_hindIII_combined	Cortex Hi-C (HindIII 20kb combined)
+Cortex_40kb_hindIII_rep1	Cortex Hi-C (HindIII 40kb rep1)
+Cortex_40kb_hindIII_rep2	Cortex Hi-C (HindIII 40kb rep2)
+Esc_20kb_hindIII_rep1	ESCell Hi-C (HindIII 20kb rep1)
+Esc_20kb_hindIII_rep2	ESCell Hi-C (HindIII 20kb rep2)
+Esc_20kb_NcoI	ESCell Hi-C (NcoI 20kb)
+Esc_40kb_hindIII_combined	ESCell Hi-C (HindIII 40kb combined)
+Esc_40kb_hindIII_rep1	ESCell Hi-C (HindIII 40kb rep1)
+Esc_40kb_hindIII_rep2	ESCell Hi-C (HindIII 40kb rep1)
+Esc_40kb_NcoI	ESCell Hi-C (NcoI 40kb)
+GSE28247_st3ab	GIS ESCell ChIA-PET interactions
+GSE28247_st3c	GIS ESCell ChIA-PET CTCF-associated interactions
+GSM870040	Hi-C ATM-/- I-SceI-chr2-rep1
+GSM870041	Hi-C ATM-/- I-SceI-chr2-rep2
+GSM870042	Hi-C ATM-/- I-SceI-chr7
+GSM870043	Hi-C ATM-/- I-SceI-chr18-R1
+GSM870044	Hi-C ATM-/- I-SceI-chr18-R2
+GSM870045	Hi-C WT I-SceI-chr15
+GSM870046	Hi-C WT I-SceI-chr2
+GSE35519_ATM_10m	Hi-C ATM-/- I-SceI pooled 10MB bin
+GSE35519_ATM_1m	Hi-C ATM-/- I-SceI pooled 1MB bin
+GSE35519_ATM_100k	Hi-C ATM-/- I-SceI pooled 100KB bin
+GSE35519_WT_1m	Hi-C WT I-SceI pooled 1MB bin
+GSE35519_WT_10m	Hi-C WT I-SceI pooled 10MB bin
+GSE35519_WT_100k	Hi-C WT I-SceI pooled 100KB bin
diff --git a/mm9/track2ProcessInfo_encode b/mm9/track2ProcessInfo_encode
new file mode 100644
index 0000000..d0c05d5
--- /dev/null
+++ b/mm9/track2ProcessInfo_encode
@@ -0,0 +1,1082 @@
+GSM929716_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM915181_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM970852_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900187_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM900195_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970851_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM915163_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM912935_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM946530_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM915160_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM918746_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM918744_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM918712_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970874_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM915164_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM923589_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923584_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM798327_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM918407_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM918727_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM923578_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918743_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970860_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929775_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechRnaSeq
+GSM946543_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923570_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923573_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923585_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM915173_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM918723_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970869_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970872_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946527_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM918412_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM946548_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM915170_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM900197_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM946527_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970866_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM973232_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM912892_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM929715_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900194_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM900189_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918422_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM970873_12	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM973235_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM970870_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923568_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM900195_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970863_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM769014_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM946534_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970865_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946542_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970859_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929706_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970872_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929720_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM912900_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM970860_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912902_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM929714_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900183_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918726_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM929711_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970851_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM769034_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM929724_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM946534_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946548_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946534_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM900184_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM929720_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM946535_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923574_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946530_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM912904_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM912912_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM946528_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970854_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946524_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM769015_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM918728_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM946544_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM918414_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM970875_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918418_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM912891_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM915184_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM929717_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM769025_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM970875_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918708_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM900198_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923586_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM912925_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM918707_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM946533_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM918717_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM929718_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900191_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970873_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900186_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970857_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929703_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970869_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923586_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM900186_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923575_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918731_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM918761_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM946549_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM769022_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM900185_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM900186_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923586_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970862_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970865_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900184_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970864_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM769037_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM946532_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970856_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM915171_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM769013_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM946532_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM929717_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970855_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970856_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912894_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM970873_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918759_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM923584_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918417_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM970857_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918750_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM946523_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM918704_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970867_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946524_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM912916_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM973232_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM918733_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM915166_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM915176_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM970856_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923568_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970871_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912907_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM923567_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM912920_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM946520_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970865_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912933_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM915165_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM970856_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970854_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929715_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM946545_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970873_9	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929718_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM946537_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970854_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912905_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM946531_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM769016_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM929714_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900194_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM929721_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM923576_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM915178_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM929721_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900191_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923574_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM769030_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM912898_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM918755_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM918706_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970866_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918718_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM923570_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970866_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929710_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM946530_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970874_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970866_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946539_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970873_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900192_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM973235_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM970869_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929722_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970868_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM915175_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM900185_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923577_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM900190_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM915185_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM918754_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM973232_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM946538_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946540_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946526_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM769032_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM912910_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM918748_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM918409_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM973233_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM900198_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970853_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918739_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM915184_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM923576_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946519_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970868_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900189_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM946520_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970873_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918756_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM900196_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM973234_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM912923_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM946543_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946520_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970861_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923587_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918730_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM973235_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM912924_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM970865_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM915188_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM918741_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970865_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923567_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918732_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970873_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946536_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923590_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946538_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970869_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970854_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900183_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923576_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM912922_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM900196_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918408_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM912934_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM946531_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970863_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918719_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM918416_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM970868_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912930_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM946526_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM915186_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM915183_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM918752_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM769010_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM929775_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechRnaSeq
+GSM923578_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM915172_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM900191_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918413_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM970873_11	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM915169_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM970872_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946537_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM973233_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM970871_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970867_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970855_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946531_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM912901_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM946540_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923583_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM769017_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM946540_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM900193_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM929704_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM769035_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM929709_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM769009_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM769019_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM946541_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923569_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM900199_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970874_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918736_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970859_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946541_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM900190_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970866_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918716_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM946541_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970852_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929723_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900193_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970861_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923580_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918735_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM929708_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM929774_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechRnaSeq
+GSM918758_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM946529_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM915159_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM923580_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM900185_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918747_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970872_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946538_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946535_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM915182_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM923579_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970853_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929724_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM946526_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946548_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946546_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM769031_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM929712_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970868_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900198_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM946521_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946545_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946525_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM929773_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechRnaSeq
+GSM929707_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM946547_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923583_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946521_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923579_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923582_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918410_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM970863_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929705_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970870_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912927_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM900198_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970860_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM769036_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM912913_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM970864_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM973234_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM923582_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM929703_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900195_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918421_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM970854_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900193_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918423_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM912915_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM970869_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970874_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900192_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923570_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918725_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM929708_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM912908_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM929773_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechRnaSeq
+GSM915174_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM946546_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970861_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970874_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929712_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970857_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970854_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900188_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923569_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970858_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918762_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM915168_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM900183_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918753_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM915172_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM970866_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900193_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923585_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM929722_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900195_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM900190_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923568_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946536_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970862_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970853_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM769027_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM923581_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970872_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912896_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM912932_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM923574_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946536_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923573_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946528_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM929716_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM918420_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM918745_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM923590_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970855_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900184_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM946547_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970853_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970862_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946528_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923588_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM912914_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM918763_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM923582_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM900194_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923567_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923572_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923590_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM973232_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM946539_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM900197_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923575_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM912931_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM769011_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM929707_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM918721_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM900191_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923589_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM769024_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM946549_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946546_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970868_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923572_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918415_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM900188_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970874_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912909_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM923583_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970858_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929709_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM946524_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946523_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM918737_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM918760_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970857_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946545_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946519_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM918714_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM918705_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970853_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM973234_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM915187_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM900185_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM929719_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM946525_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970865_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900188_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM769023_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM923587_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918419_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM970862_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970853_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923581_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918742_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM915167_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM923578_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946523_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970867_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918715_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM946544_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM900197_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM946539_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946521_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM912895_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM923584_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946529_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946533_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM918749_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970875_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900184_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM769008_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM918740_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM973235_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM970873_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM912893_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM769020_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM900187_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970863_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970859_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923589_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM769018_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM929710_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900197_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923588_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970870_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900189_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM946529_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM912929_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM900183_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918722_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM798326_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM798325_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM769028_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM970873_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946547_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM946542_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM900192_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM912919_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM970856_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923580_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM798324_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM918411_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechHist
+GSM970855_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923575_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM929774_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechRnaSeq
+GSM912911_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM900189_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923587_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946537_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923573_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM918738_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM970863_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929705_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900187_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970873_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923590_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM946525_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM929711_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970858_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM769026_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM946543_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM918713_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM929704_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970855_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918757_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM923571_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970875_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970852_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM915180_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM912897_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM918751_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM946535_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM923571_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM929723_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM923579_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923569_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923572_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970852_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900196_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970852_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918729_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM912917_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM900199_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM918734_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM798323_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM912918_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM769029_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM915161_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM946519_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM970852_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900187_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM900194_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970864_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900188_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM913032_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM970851_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970862_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923585_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970869_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM973234_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM970855_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900192_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM946532_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM900199_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM923588_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923577_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970875_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929706_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM900186_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970868_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946533_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM769012_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM946542_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM900190_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM912899_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM915172_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM970871_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970857_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970857_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM918709_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM918720_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM946527_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM912928_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM915177_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM915179_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM973233_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM912926_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM769021_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM973233_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhRnaSeq
+GSM929772_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechRnaSeq
+GSM912906_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM970863_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM946549_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM798328_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM912903_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM970875_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929772_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechRnaSeq
+GSM912921_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM923571_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM970873_10	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM900196_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM946544_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuHistone
+GSM918710_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM929719_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM918724_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM900199_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM970856_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM923582_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923581_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM923577_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM915162_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM769033_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM915180_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCaltechTfbs
+GSM918711_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrTfbs
+GSM929713_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM970872_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM970862_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwRnaSeq
+GSM929713_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrRnaSeq
+GSM995443_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM995537_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014185_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003826_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014165_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014163_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000564_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000100_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000112_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014199_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995535_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000113_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014161_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000570_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003792_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM995438_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1000099_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014148_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000143_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000078_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003744_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1000566_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014177_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014149_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000568_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000146_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003797_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000562_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000156_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000069_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995529_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014170_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003239_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuDnase
+GSM1000072_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014182_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014179_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003801_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1014195_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003752_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1003825_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014159_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000563_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003814_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000109_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003800_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000110_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014195_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000129_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000563_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003745_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1003796_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000567_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000206_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000132_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003817_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014185_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000079_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014186_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000128_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003790_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1003776_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM995530_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000153_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003812_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000063_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000127_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014195_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000144_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003786_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000133_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014156_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995540_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995532_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995447_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1000094_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000201_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000151_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000086_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014170_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000568_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003827_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014195_10	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000567_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000565_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000093_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014169_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014153_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014180_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003813_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1003825_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014195_13	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014152_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000564_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014173_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003832_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM995535_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000125_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014160_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000076_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000120_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003780_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000135_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995535_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995447_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1003784_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1014173_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003813_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1003239_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuDnase
+GSM1003816_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014181_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014154_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000108_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003805_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1014171_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003803_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000204_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000567_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000138_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995532_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014183_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000091_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014172_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000562_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014177_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003793_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000073_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995446_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1014150_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014171_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003804_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1014190_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003749_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1014192_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014168_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003828_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM995533_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003824_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1003810_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1003834_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000571_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM995536_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003756_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1014199_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003832_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000121_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014151_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995439_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1003757_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1014178_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995538_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014195_8	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995536_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014162_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000150_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000562_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014192_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000572_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014166_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000566_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000092_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000087_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014175_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003820_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014192_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003831_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014170_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995440_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1000141_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014164_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995525_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003822_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014148_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995537_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000140_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995541_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014153_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003823_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1003818_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1003834_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1003775_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1014164_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000200_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014178_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014195_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003802_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM995526_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000563_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM995534_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003819_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM995530_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000080_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003779_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1014191_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000203_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000573_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000137_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000152_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000147_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003821_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1003830_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000573_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014151_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014195_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014168_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000067_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003809_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1003833_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000095_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000083_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000148_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995536_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995534_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014160_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000202_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014182_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014193_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000077_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995541_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014172_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000096_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995533_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000573_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000107_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000574_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM995442_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1000075_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014151_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995525_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995445_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1000566_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000565_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003755_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1014157_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003758_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1003794_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1003753_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1014179_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014163_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003751_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM995527_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995527_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003798_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000149_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003795_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000084_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014189_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014166_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995533_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014176_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000207_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014189_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000097_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003785_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM995532_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995537_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014194_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000565_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003829_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014151_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995437_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM995529_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014197_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000106_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995446_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1014190_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000085_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003777_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM995446_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1003782_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000569_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003791_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000563_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000101_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000568_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014191_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995449_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1000136_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014159_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014151_7	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000570_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000081_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003746_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1003831_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014187_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014184_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014196_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000122_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014200_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014187_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014198_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014194_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000574_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003781_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000119_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000567_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000131_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000155_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014170_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000139_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995531_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003821_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1003819_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM995538_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000569_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM995541_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995527_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014186_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995534_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995528_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003816_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM995526_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014174_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000098_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003783_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000572_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003811_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM995534_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014195_11	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014200_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000066_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014148_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014158_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014169_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000154_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000116_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000089_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014150_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000102_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995441_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM995533_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014195_6	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003825_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000142_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995448_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1014197_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995528_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003750_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1014195_9	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000564_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000090_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000571_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000074_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000114_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014167_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003822_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000572_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000130_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000145_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995537_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014165_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995531_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000103_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014181_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003817_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014195_12	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003825_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000071_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000572_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003806_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM995447_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1000569_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003747_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1003818_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000569_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000068_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995540_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995532_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000574_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000570_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014192_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003826_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000134_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995531_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000566_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1003820_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000574_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000126_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003807_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1003814_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000088_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000082_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003823_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM995539_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000064_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000570_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000115_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995538_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000205_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995447_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1014196_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM995539_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995447_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1003824_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1014184_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003808_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM995525_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003787_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1014168_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014176_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000105_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003828_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000562_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000065_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000111_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014194_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014164_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003748_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM995525_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1000571_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014151_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014174_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000104_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014155_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014180_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000565_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1000568_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM995535_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003833_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM995539_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014152_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014167_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014161_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014154_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003829_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000564_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM995527_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM995444_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1000118_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995541_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003238_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuDnase
+GSM1000070_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014149_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003827_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM995436_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuTfbs
+GSM1003778_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1000208_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1000573_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM1014191_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003815_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM995539_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003815_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000117_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1003774_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1003799_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1003754_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhHist
+GSM1003830_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDgf
+GSM1000124_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM995536_4	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003789_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM1014195_14	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1014188_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000123_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeLicrHistone
+GSM1014151_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1000571_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeCshlLongRnaSeq
+GSM995538_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1003788_1	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeSydhTfbs
+GSM995531_3	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuRnaSeq
+GSM1014193_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
+GSM1003238_2	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodePsuDnase
+GSM1014195_5	Link=http://genome.ucsc.edu/cgi-bin/hgTrackUi?db=mm9&g=wgEncodeUwDnase
diff --git a/mm9/track2ProcessInfo_longrange b/mm9/track2ProcessInfo_longrange
new file mode 100644
index 0000000..7286ef7
--- /dev/null
+++ b/mm9/track2ProcessInfo_longrange
@@ -0,0 +1,7 @@
+GSM870040	Read-alignment=Sequencing reads from the Hi-C experiment were mapped to all possible HindIII fragments in the mouse genome (mm9) using NovoAlign V2.07.11 with default parameters. If a sequence read contained the junction between two ligated HindIII sites (indicating that the read had passed into the paired interacting fragment), only the sequence upstream of this recognized junction was mapped; Valid Pair computing=Paired end reads that mapped to the same restriction fragment (representing self-ligated or unligated sequences) were discarded as were redundant observations of an identical mapped pair of locations. Such redundant read pairs likely arise from a single interacting fragment pair that was amplified by PCR. Results are presented in four columns: Restriction fragment 1 (from paired end 1) position, Restriction fragment 2 (from paired end 2) position, total number of paired reads, and total number of unique paired reads
+GSM870041	Read-alignment=Sequencing reads from the Hi-C experiment were mapped to all possible HindIII fragments in the mouse genome (mm9) using NovoAlign V2.07.11 with default parameters. If a sequence read contained the junction between two ligated HindIII sites (indicating that the read had passed into the paired interacting fragment), only the sequence upstream of this recognized junction was mapped; Valid Pair computing=Paired end reads that mapped to the same restriction fragment (representing self-ligated or unligated sequences) were discarded as were redundant observations of an identical mapped pair of locations. Such redundant read pairs likely arise from a single interacting fragment pair that was amplified by PCR. Results are presented in four columns: Restriction fragment 1 (from paired end 1) position, Restriction fragment 2 (from paired end 2) position, total number of paired reads, and total number of unique paired reads
+GSM870042	Read-alignment=Sequencing reads from the Hi-C experiment were mapped to all possible HindIII fragments in the mouse genome (mm9) using NovoAlign V2.07.11 with default parameters. If a sequence read contained the junction between two ligated HindIII sites (indicating that the read had passed into the paired interacting fragment), only the sequence upstream of this recognized junction was mapped; Valid Pair computing=Paired end reads that mapped to the same restriction fragment (representing self-ligated or unligated sequences) were discarded as were redundant observations of an identical mapped pair of locations. Such redundant read pairs likely arise from a single interacting fragment pair that was amplified by PCR. Results are presented in four columns: Restriction fragment 1 (from paired end 1) position, Restriction fragment 2 (from paired end 2) position, total number of paired reads, and total number of unique paired reads
+GSM870043	Read-alignment=Sequencing reads from the Hi-C experiment were mapped to all possible HindIII fragments in the mouse genome (mm9) using NovoAlign V2.07.11 with default parameters. If a sequence read contained the junction between two ligated HindIII sites (indicating that the read had passed into the paired interacting fragment), only the sequence upstream of this recognized junction was mapped; Valid Pair computing=Paired end reads that mapped to the same restriction fragment (representing self-ligated or unligated sequences) were discarded as were redundant observations of an identical mapped pair of locations. Such redundant read pairs likely arise from a single interacting fragment pair that was amplified by PCR. Results are presented in four columns: Restriction fragment 1 (from paired end 1) position, Restriction fragment 2 (from paired end 2) position, total number of paired reads, and total number of unique paired reads
+GSM870044	Read-alignment=Sequencing reads from the Hi-C experiment were mapped to all possible HindIII fragments in the mouse genome (mm9) using NovoAlign V2.07.11 with default parameters. If a sequence read contained the junction between two ligated HindIII sites (indicating that the read had passed into the paired interacting fragment), only the sequence upstream of this recognized junction was mapped; Valid Pair computing=Paired end reads that mapped to the same restriction fragment (representing self-ligated or unligated sequences) were discarded as were redundant observations of an identical mapped pair of locations. Such redundant read pairs likely arise from a single interacting fragment pair that was amplified by PCR. Results are presented in four columns: Restriction fragment 1 (from paired end 1) position, Restriction fragment 2 (from paired end 2) position, total number of paired reads, and total number of unique paired reads
+GSM870045	Read-alignment=Sequencing reads from the Hi-C experiment were mapped to all possible HindIII fragments in the mouse genome (mm9) using NovoAlign V2.07.11 with default parameters. If a sequence read contained the junction between two ligated HindIII sites (indicating that the read had passed into the paired interacting fragment), only the sequence upstream of this recognized junction was mapped; Valid Pair computing=Paired end reads that mapped to the same restriction fragment (representing self-ligated or unligated sequences) were discarded as were redundant observations of an identical mapped pair of locations. Such redundant read pairs likely arise from a single interacting fragment pair that was amplified by PCR. Results are presented in four columns: Restriction fragment 1 (from paired end 1) position, Restriction fragment 2 (from paired end 2) position, total number of paired reads, and total number of unique paired reads
+GSM870046	Read-alignment=Sequencing reads from the Hi-C experiment were mapped to all possible HindIII fragments in the mouse genome (mm9) using NovoAlign V2.07.11 with default parameters. If a sequence read contained the junction between two ligated HindIII sites (indicating that the read had passed into the paired interacting fragment), only the sequence upstream of this recognized junction was mapped; Valid Pair computing=Paired end reads that mapped to the same restriction fragment (representing self-ligated or unligated sequences) were discarded as were redundant observations of an identical mapped pair of locations. Such redundant read pairs likely arise from a single interacting fragment pair that was amplified by PCR. Results are presented in four columns: Restriction fragment 1 (from paired end 1) position, Restriction fragment 2 (from paired end 2) position, total number of paired reads, and total number of unique paired reads
diff --git a/mm9/track2Style b/mm9/track2Style
new file mode 100644
index 0000000..127cebd
--- /dev/null
+++ b/mm9/track2Style
@@ -0,0 +1,111 @@
+cpgisland	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+DNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAAcHobo	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNACharlie	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNADNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMariner	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMER1_type	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMER1_type?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMER2_type	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMuDR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAPiggyBac	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATc2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATcMar?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATigger	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATip100	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+ensGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+ensGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+knownGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+LINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINECR1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINERTE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Low_complexity	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERV	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERV1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERV1?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERVK	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERVL	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERVL?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRGenie?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRGypsy	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRGypsy?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRLTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRMaLR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Other	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+refGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+refGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+RNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNARNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNArRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAscRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAsnRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAsrpRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAtRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellitecentr	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SatelliteSatellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Simple_repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEAlu	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEB2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEB4	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEID	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEMIR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINESINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEtRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Unknown	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+UnknownUnknown	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+UnknownY-chromosome	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+vertebratephastCons30way	\N
+vertebratephyloP30way	\N
+euarchontogliresphastCons30way	\N
+euarchontogliresphyloP30way	\N
+gc5Base	\N
+placentalphastCons30way	\N
+placentalphyloP30way	\N
+Cortex_20kb_hindIII_rep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Cortex_20kb_hindIII_rep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Cortex_40kb_hindIII_combined	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Cortex_40kb_hindIII_rep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Cortex_40kb_hindIII_rep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_20kb_hindIII_rep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_20kb_hindIII_rep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_20kb_NcoI	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_40kb_hindIII_combined	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_40kb_hindIII_rep1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_40kb_hindIII_rep2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+Esc_40kb_NcoI	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSE28247_st3ab	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSE28247_st3c	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM870040	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM870041	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM870042	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM870043	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM870044	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM870045	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSM870046	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSE35519_ATM_10m	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSE35519_ATM_1m	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSE35519_ATM_100k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSE35519_WT_1m	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSE35519_WT_10m	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
+GSE35519_WT_100k	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'pcolor':'rgb(184,0,138)','ncolor':'rgb(0,99,133)','pcolorscore':10,'ncolorscore':-10,'pfilterscore':2,'nfilterscore':-2,'thtype':0
diff --git a/mm9/track2Style_encode b/mm9/track2Style_encode
new file mode 100644
index 0000000..6939736
--- /dev/null
+++ b/mm9/track2Style_encode
@@ -0,0 +1,874 @@
+GSM929716_1	'pr':40,'pg':113,'pb':155
+GSM915181_1	'pr':0,'pg':0,'pb':200
+GSM970852_6	'pr':40,'pg':113,'pb':155
+GSM900187_4	'pr':40,'pg':113,'pb':155
+GSM900195_3	'pr':40,'pg':113,'pb':155
+GSM970851_1	'pr':40,'pg':113,'pb':155
+GSM946530_2	'pr':33,'pg':97,'pb':11
+GSM915160_1	'pr':0,'pg':0,'pb':200
+GSM918712_1	'pr':0,'pg':0,'pb':200
+GSM970874_3	'pr':40,'pg':113,'pb':155
+GSM798327_1	'pr':0,'pg':117,'pb':0
+GSM918407_1	'pr':0,'pg':0,'pb':200
+GSM970860_3	'pr':40,'pg':113,'pb':155
+GSM929775_2	'pr':40,'pg':113,'pb':155
+GSM946543_3	'pr':33,'pg':97,'pb':11
+GSM923585_1	'pr':0,'pg':0,'pb':200
+GSM970869_1	'pr':40,'pg':113,'pb':155
+GSM970872_1	'pr':40,'pg':113,'pb':155
+GSM946527_3	'pr':0,'pg':117,'pb':0
+GSM918412_1	'pr':170,'pg':170,'pb':0
+GSM946548_2	'pr':159,'pg':0,'pb':72
+GSM915170_1	'pr':0,'pg':0,'pb':200
+GSM900197_1	'pr':40,'pg':113,'pb':155
+GSM946527_2	'pr':0,'pg':117,'pb':0
+GSM970866_3	'pr':40,'pg':113,'pb':155
+GSM973232_1	'pr':40,'pg':113,'pb':155
+GSM929715_2	'pr':40,'pg':113,'pb':155
+GSM900194_1	'pr':40,'pg':113,'pb':155
+GSM900189_3	'pr':40,'pg':113,'pb':155
+GSM970873_12	'pr':40,'pg':113,'pb':155
+GSM973235_4	'pr':40,'pg':113,'pb':155
+GSM970870_2	'pr':40,'pg':113,'pb':155
+GSM900195_1	'pr':40,'pg':113,'pb':155
+GSM970863_1	'pr':40,'pg':113,'pb':155
+GSM769014_1	'pr':0,'pg':117,'pb':0
+GSM946534_1	'pr':0,'pg':133,'pb':66
+GSM970865_6	'pr':40,'pg':113,'pb':155
+GSM946542_1	'pr':159,'pg':0,'pb':72
+GSM970859_3	'pr':40,'pg':113,'pb':155
+GSM929706_2	'pr':40,'pg':113,'pb':155
+GSM970872_3	'pr':40,'pg':113,'pb':155
+GSM929720_1	'pr':40,'pg':113,'pb':155
+GSM970860_2	'pr':40,'pg':113,'pb':155
+GSM929714_1	'pr':40,'pg':113,'pb':155
+GSM900183_2	'pr':40,'pg':113,'pb':155
+GSM929711_2	'pr':40,'pg':113,'pb':155
+GSM970851_2	'pr':40,'pg':113,'pb':155
+GSM769034_1	'pr':0,'pg':0,'pb':200
+GSM929724_2	'pr':40,'pg':113,'pb':155
+GSM946534_2	'pr':0,'pg':133,'pb':66
+GSM946548_3	'pr':159,'pg':0,'pb':72
+GSM946534_3	'pr':0,'pg':133,'pb':66
+GSM900184_4	'pr':40,'pg':113,'pb':155
+GSM929720_2	'pr':40,'pg':113,'pb':155
+GSM946535_2	'pr':0,'pg':133,'pb':66
+GSM923574_2	'pr':0,'pg':0,'pb':200
+GSM946530_3	'pr':33,'pg':97,'pb':11
+GSM912904_1	'pr':0,'pg':0,'pb':200
+GSM946528_1	'pr':0,'pg':117,'pb':0
+GSM970854_1	'pr':40,'pg':113,'pb':155
+GSM946524_1	'pr':0,'pg':117,'pb':0
+GSM769015_1	'pr':0,'pg':133,'pb':66
+GSM946544_2	'pr':0,'pg':0,'pb':200
+GSM918414_1	'pr':180,'pg':0,'pb':0
+GSM970875_4	'pr':40,'pg':113,'pb':155
+GSM918418_1	'pr':0,'pg':0,'pb':200
+GSM915184_1	'pr':0,'pg':0,'pb':200
+GSM929717_2	'pr':40,'pg':113,'pb':155
+GSM769025_1	'pr':0,'pg':133,'pb':66
+GSM970875_2	'pr':40,'pg':113,'pb':155
+GSM900198_4	'pr':40,'pg':113,'pb':155
+GSM946533_3	'pr':0,'pg':117,'pb':0
+GSM918717_1	'pr':0,'pg':0,'pb':200
+GSM929718_2	'pr':40,'pg':113,'pb':155
+GSM900191_3	'pr':40,'pg':113,'pb':155
+GSM970873_5	'pr':40,'pg':113,'pb':155
+GSM900186_4	'pr':40,'pg':113,'pb':155
+GSM970857_4	'pr':40,'pg':113,'pb':155
+GSM929703_1	'pr':40,'pg':113,'pb':155
+GSM970869_5	'pr':40,'pg':113,'pb':155
+GSM900186_3	'pr':40,'pg':113,'pb':155
+GSM946549_3	'pr':159,'pg':0,'pb':72
+GSM769022_1	'pr':0,'pg':133,'pb':66
+GSM900185_2	'pr':40,'pg':113,'pb':155
+GSM900186_2	'pr':40,'pg':113,'pb':155
+GSM970862_3	'pr':40,'pg':113,'pb':155
+GSM970865_3	'pr':40,'pg':113,'pb':155
+GSM900184_3	'pr':40,'pg':113,'pb':155
+GSM970864_2	'pr':40,'pg':113,'pb':155
+GSM769037_1	'pr':0,'pg':0,'pb':200
+GSM946532_1	'pr':180,'pg':0,'pb':0
+GSM970856_2	'pr':40,'pg':113,'pb':155
+GSM915171_1	'pr':0,'pg':0,'pb':200
+GSM769013_1	'pr':0,'pg':133,'pb':66
+GSM946532_2	'pr':180,'pg':0,'pb':0
+GSM929717_1	'pr':40,'pg':113,'pb':155
+GSM970855_5	'pr':40,'pg':113,'pb':155
+GSM970856_1	'pr':40,'pg':113,'pb':155
+GSM912894_1	'pr':0,'pg':0,'pb':200
+GSM970873_1	'pr':40,'pg':113,'pb':155
+GSM918417_1	'pr':33,'pg':97,'pb':11
+GSM970857_6	'pr':40,'pg':113,'pb':155
+GSM946523_2	'pr':180,'pg':0,'pb':0
+GSM970867_2	'pr':40,'pg':113,'pb':155
+GSM946524_2	'pr':0,'pg':117,'pb':0
+GSM912916_1	'pr':0,'pg':0,'pb':200
+GSM973232_3	'pr':40,'pg':113,'pb':155
+GSM918733_1	'pr':0,'pg':0,'pb':200
+GSM970856_5	'pr':40,'pg':113,'pb':155
+GSM970871_1	'pr':40,'pg':113,'pb':155
+GSM923567_3	'pr':0,'pg':0,'pb':200
+GSM946520_3	'pr':0,'pg':0,'pb':200
+GSM970865_2	'pr':40,'pg':113,'pb':155
+GSM970856_3	'pr':40,'pg':113,'pb':155
+GSM970854_6	'pr':40,'pg':113,'pb':155
+GSM929715_1	'pr':40,'pg':113,'pb':155
+GSM946545_3	'pr':159,'pg':0,'pb':72
+GSM970873_9	'pr':40,'pg':113,'pb':155
+GSM929718_1	'pr':40,'pg':113,'pb':155
+GSM946537_2	'pr':180,'pg':0,'pb':0
+GSM970854_5	'pr':40,'pg':113,'pb':155
+GSM912905_1	'pr':0,'pg':0,'pb':200
+GSM946531_3	'pr':180,'pg':0,'pb':0
+GSM769016_1	'pr':0,'pg':117,'pb':0
+GSM929714_2	'pr':40,'pg':113,'pb':155
+GSM900194_3	'pr':40,'pg':113,'pb':155
+GSM929721_1	'pr':40,'pg':113,'pb':155
+GSM929721_2	'pr':40,'pg':113,'pb':155
+GSM900191_1	'pr':40,'pg':113,'pb':155
+GSM923574_3	'pr':0,'pg':0,'pb':200
+GSM769030_1	'pr':0,'pg':0,'pb':200
+GSM918755_1	'pr':0,'pg':0,'pb':200
+GSM970866_5	'pr':40,'pg':113,'pb':155
+GSM918718_1	'pr':0,'pg':0,'pb':200
+GSM970866_1	'pr':40,'pg':113,'pb':155
+GSM929710_2	'pr':40,'pg':113,'pb':155
+GSM946530_1	'pr':33,'pg':97,'pb':11
+GSM970874_1	'pr':40,'pg':113,'pb':155
+GSM970866_6	'pr':40,'pg':113,'pb':155
+GSM946539_1	'pr':0,'pg':0,'pb':200
+GSM970873_3	'pr':40,'pg':113,'pb':155
+GSM900192_3	'pr':40,'pg':113,'pb':155
+GSM973235_1	'pr':40,'pg':113,'pb':155
+GSM970869_6	'pr':40,'pg':113,'pb':155
+GSM929722_1	'pr':40,'pg':113,'pb':155
+GSM970868_6	'pr':40,'pg':113,'pb':155
+GSM900185_3	'pr':40,'pg':113,'pb':155
+GSM900190_1	'pr':40,'pg':113,'pb':155
+GSM918754_1	'pr':0,'pg':0,'pb':200
+GSM973232_4	'pr':40,'pg':113,'pb':155
+GSM946538_2	'pr':0,'pg':0,'pb':200
+GSM946540_3	'pr':33,'pg':97,'pb':11
+GSM946526_1	'pr':33,'pg':97,'pb':11
+GSM769032_1	'pr':0,'pg':0,'pb':200
+GSM918409_1	'pr':33,'pg':97,'pb':11
+GSM973233_1	'pr':40,'pg':113,'pb':155
+GSM900198_3	'pr':40,'pg':113,'pb':155
+GSM970853_1	'pr':40,'pg':113,'pb':155
+GSM918739_1	'pr':0,'pg':0,'pb':200
+GSM915184_2	'pr':0,'pg':0,'pb':200
+GSM946519_3	'pr':0,'pg':117,'pb':0
+GSM970868_2	'pr':40,'pg':113,'pb':155
+GSM900189_4	'pr':40,'pg':113,'pb':155
+GSM946520_1	'pr':0,'pg':0,'pb':200
+GSM970873_2	'pr':40,'pg':113,'pb':155
+GSM900196_1	'pr':40,'pg':113,'pb':155
+GSM973234_1	'pr':40,'pg':113,'pb':155
+GSM946543_2	'pr':33,'pg':97,'pb':11
+GSM946520_2	'pr':0,'pg':0,'pb':200
+GSM970861_1	'pr':40,'pg':113,'pb':155
+GSM973235_3	'pr':40,'pg':113,'pb':155
+GSM970865_5	'pr':40,'pg':113,'pb':155
+GSM970865_4	'pr':40,'pg':113,'pb':155
+GSM923567_2	'pr':0,'pg':0,'pb':200
+GSM918732_1	'pr':0,'pg':0,'pb':200
+GSM970873_7	'pr':40,'pg':113,'pb':155
+GSM946536_1	'pr':0,'pg':133,'pb':66
+GSM946538_3	'pr':0,'pg':0,'pb':200
+GSM970869_4	'pr':40,'pg':113,'pb':155
+GSM970854_4	'pr':40,'pg':113,'pb':155
+GSM900183_1	'pr':40,'pg':113,'pb':155
+GSM900196_2	'pr':40,'pg':113,'pb':155
+GSM918408_1	'pr':180,'pg':0,'pb':0
+GSM946531_1	'pr':180,'pg':0,'pb':0
+GSM970863_2	'pr':40,'pg':113,'pb':155
+GSM918719_1	'pr':0,'pg':0,'pb':200
+GSM918416_1	'pr':0,'pg':117,'pb':0
+GSM970868_3	'pr':40,'pg':113,'pb':155
+GSM946526_2	'pr':33,'pg':97,'pb':11
+GSM918752_1	'pr':0,'pg':0,'pb':200
+GSM769010_1	'pr':0,'pg':0,'pb':200
+GSM929775_1	'pr':40,'pg':113,'pb':155
+GSM915172_1	'pr':0,'pg':0,'pb':200
+GSM900191_4	'pr':40,'pg':113,'pb':155
+GSM918413_1	'pr':0,'pg':82,'pb':41
+GSM970873_11	'pr':40,'pg':113,'pb':155
+GSM915169_1	'pr':0,'pg':0,'pb':200
+GSM970872_6	'pr':40,'pg':113,'pb':155
+GSM946537_1	'pr':180,'pg':0,'pb':0
+GSM973233_3	'pr':40,'pg':113,'pb':155
+GSM970871_2	'pr':40,'pg':113,'pb':155
+GSM970867_1	'pr':40,'pg':113,'pb':155
+GSM970855_1	'pr':40,'pg':113,'pb':155
+GSM946531_2	'pr':180,'pg':0,'pb':0
+GSM946540_2	'pr':33,'pg':97,'pb':11
+GSM923583_2	'pr':0,'pg':0,'pb':200
+GSM769017_1	'pr':0,'pg':117,'pb':0
+GSM946540_1	'pr':33,'pg':97,'pb':11
+GSM900193_1	'pr':40,'pg':113,'pb':155
+GSM929704_1	'pr':40,'pg':113,'pb':155
+GSM769035_1	'pr':0,'pg':0,'pb':200
+GSM929709_2	'pr':40,'pg':113,'pb':155
+GSM769009_1	'pr':0,'pg':133,'pb':66
+GSM769019_1	'pr':0,'pg':0,'pb':200
+GSM946541_2	'pr':159,'pg':0,'pb':72
+GSM923569_3	'pr':0,'pg':0,'pb':200
+GSM900199_2	'pr':40,'pg':113,'pb':155
+GSM970874_4	'pr':40,'pg':113,'pb':155
+GSM970859_1	'pr':40,'pg':113,'pb':155
+GSM946541_1	'pr':159,'pg':0,'pb':72
+GSM900190_2	'pr':40,'pg':113,'pb':155
+GSM970866_2	'pr':40,'pg':113,'pb':155
+GSM918716_1	'pr':0,'pg':0,'pb':200
+GSM946541_3	'pr':159,'pg':0,'pb':72
+GSM970852_5	'pr':40,'pg':113,'pb':155
+GSM929723_1	'pr':40,'pg':113,'pb':155
+GSM900193_2	'pr':40,'pg':113,'pb':155
+GSM970861_2	'pr':40,'pg':113,'pb':155
+GSM923580_3	'pr':0,'pg':0,'pb':200
+GSM929708_1	'pr':40,'pg':113,'pb':155
+GSM929774_1	'pr':40,'pg':113,'pb':155
+GSM946529_1	'pr':33,'pg':97,'pb':11
+GSM923580_1	'pr':0,'pg':0,'pb':200
+GSM900185_4	'pr':40,'pg':113,'pb':155
+GSM970872_4	'pr':40,'pg':113,'pb':155
+GSM946538_1	'pr':0,'pg':0,'pb':200
+GSM946535_1	'pr':0,'pg':133,'pb':66
+GSM970853_2	'pr':40,'pg':113,'pb':155
+GSM929724_1	'pr':40,'pg':113,'pb':155
+GSM946526_3	'pr':33,'pg':97,'pb':11
+GSM946548_1	'pr':159,'pg':0,'pb':72
+GSM946546_2	'pr':0,'pg':133,'pb':66
+GSM769031_1	'pr':0,'pg':133,'pb':66
+GSM929712_2	'pr':40,'pg':113,'pb':155
+GSM970868_4	'pr':40,'pg':113,'pb':155
+GSM900198_2	'pr':40,'pg':113,'pb':155
+GSM946521_2	'pr':0,'pg':0,'pb':200
+GSM946545_2	'pr':159,'pg':0,'pb':72
+GSM946525_3	'pr':0,'pg':133,'pb':66
+GSM929773_1	'pr':40,'pg':113,'pb':155
+GSM929707_2	'pr':40,'pg':113,'pb':155
+GSM946547_1	'pr':180,'pg':0,'pb':0
+GSM923583_1	'pr':0,'pg':0,'pb':200
+GSM946521_1	'pr':0,'pg':0,'pb':200
+GSM918410_1	'pr':0,'pg':187,'pb':0
+GSM970863_5	'pr':40,'pg':113,'pb':155
+GSM929705_1	'pr':40,'pg':113,'pb':155
+GSM970870_1	'pr':40,'pg':113,'pb':155
+GSM900198_1	'pr':40,'pg':113,'pb':155
+GSM970860_1	'pr':40,'pg':113,'pb':155
+GSM769036_1	'pr':0,'pg':117,'pb':0
+GSM970864_3	'pr':40,'pg':113,'pb':155
+GSM973234_2	'pr':40,'pg':113,'pb':155
+GSM929703_2	'pr':40,'pg':113,'pb':155
+GSM900195_2	'pr':40,'pg':113,'pb':155
+GSM918421_1	'pr':0,'pg':0,'pb':200
+GSM970854_3	'pr':40,'pg':113,'pb':155
+GSM900193_3	'pr':40,'pg':113,'pb':155
+GSM970869_2	'pr':40,'pg':113,'pb':155
+GSM970874_2	'pr':40,'pg':113,'pb':155
+GSM900192_1	'pr':40,'pg':113,'pb':155
+GSM929708_2	'pr':40,'pg':113,'pb':155
+GSM929773_2	'pr':40,'pg':113,'pb':155
+GSM946546_1	'pr':0,'pg':133,'pb':66
+GSM970861_3	'pr':40,'pg':113,'pb':155
+GSM970874_5	'pr':40,'pg':113,'pb':155
+GSM929712_1	'pr':40,'pg':113,'pb':155
+GSM970857_3	'pr':40,'pg':113,'pb':155
+GSM970854_2	'pr':40,'pg':113,'pb':155
+GSM900188_4	'pr':40,'pg':113,'pb':155
+GSM923569_2	'pr':0,'pg':0,'pb':200
+GSM970858_1	'pr':40,'pg':113,'pb':155
+GSM918762_1	'pr':0,'pg':0,'pb':200
+GSM900183_4	'pr':40,'pg':113,'pb':155
+GSM918753_1	'pr':0,'pg':0,'pb':200
+GSM915172_2	'pr':0,'pg':0,'pb':200
+GSM970866_4	'pr':40,'pg':113,'pb':155
+GSM900193_4	'pr':40,'pg':113,'pb':155
+GSM923585_2	'pr':0,'pg':0,'pb':200
+GSM929722_2	'pr':40,'pg':113,'pb':155
+GSM900195_4	'pr':40,'pg':113,'pb':155
+GSM900190_4	'pr':40,'pg':113,'pb':155
+GSM946536_3	'pr':0,'pg':133,'pb':66
+GSM970862_6	'pr':40,'pg':113,'pb':155
+GSM970853_6	'pr':40,'pg':113,'pb':155
+GSM769027_1	'pr':0,'pg':117,'pb':0
+GSM970872_2	'pr':40,'pg':113,'pb':155
+GSM923574_1	'pr':0,'pg':0,'pb':200
+GSM946536_2	'pr':0,'pg':133,'pb':66
+GSM946528_2	'pr':0,'pg':117,'pb':0
+GSM929716_2	'pr':40,'pg':113,'pb':155
+GSM918420_1	'pr':0,'pg':0,'pb':200
+GSM970855_3	'pr':40,'pg':113,'pb':155
+GSM900184_1	'pr':40,'pg':113,'pb':155
+GSM946547_3	'pr':180,'pg':0,'pb':0
+GSM970853_4	'pr':40,'pg':113,'pb':155
+GSM970862_4	'pr':40,'pg':113,'pb':155
+GSM946528_3	'pr':0,'pg':117,'pb':0
+GSM918763_1	'pr':0,'pg':0,'pb':200
+GSM900194_4	'pr':40,'pg':113,'pb':155
+GSM923567_1	'pr':0,'pg':0,'pb':200
+GSM973232_2	'pr':40,'pg':113,'pb':155
+GSM946539_3	'pr':0,'pg':0,'pb':200
+GSM900197_3	'pr':40,'pg':113,'pb':155
+GSM769011_1	'pr':0,'pg':0,'pb':200
+GSM929707_1	'pr':40,'pg':113,'pb':155
+GSM918721_1	'pr':0,'pg':0,'pb':200
+GSM900191_2	'pr':40,'pg':113,'pb':155
+GSM769024_1	'pr':0,'pg':133,'pb':66
+GSM946549_1	'pr':159,'pg':0,'pb':72
+GSM946546_3	'pr':0,'pg':133,'pb':66
+GSM970868_5	'pr':40,'pg':113,'pb':155
+GSM918415_1	'pr':0,'pg':117,'pb':0
+GSM900188_3	'pr':40,'pg':113,'pb':155
+GSM970874_6	'pr':40,'pg':113,'pb':155
+GSM923583_3	'pr':0,'pg':0,'pb':200
+GSM970858_3	'pr':40,'pg':113,'pb':155
+GSM929709_1	'pr':40,'pg':113,'pb':155
+GSM946524_3	'pr':0,'pg':117,'pb':0
+GSM946523_3	'pr':180,'pg':0,'pb':0
+GSM918737_1	'pr':0,'pg':0,'pb':200
+GSM970857_5	'pr':40,'pg':113,'pb':155
+GSM946545_1	'pr':159,'pg':0,'pb':72
+GSM946519_1	'pr':0,'pg':117,'pb':0
+GSM918714_1	'pr':0,'pg':0,'pb':200
+GSM918705_1	'pr':0,'pg':0,'pb':200
+GSM970853_3	'pr':40,'pg':113,'pb':155
+GSM973234_3	'pr':40,'pg':113,'pb':155
+GSM900185_1	'pr':40,'pg':113,'pb':155
+GSM929719_1	'pr':40,'pg':113,'pb':155
+GSM946525_1	'pr':0,'pg':133,'pb':66
+GSM970865_1	'pr':40,'pg':113,'pb':155
+GSM900188_1	'pr':40,'pg':113,'pb':155
+GSM769023_1	'pr':0,'pg':133,'pb':66
+GSM918419_1	'pr':0,'pg':0,'pb':200
+GSM970862_5	'pr':40,'pg':113,'pb':155
+GSM970853_5	'pr':40,'pg':113,'pb':155
+GSM946523_1	'pr':180,'pg':0,'pb':0
+GSM970867_3	'pr':40,'pg':113,'pb':155
+GSM946544_1	'pr':0,'pg':0,'pb':200
+GSM900197_4	'pr':40,'pg':113,'pb':155
+GSM946539_2	'pr':0,'pg':0,'pb':200
+GSM946521_3	'pr':0,'pg':0,'pb':200
+GSM946529_2	'pr':33,'pg':97,'pb':11
+GSM946533_2	'pr':0,'pg':117,'pb':0
+GSM970875_1	'pr':40,'pg':113,'pb':155
+GSM900184_2	'pr':40,'pg':113,'pb':155
+GSM769008_1	'pr':0,'pg':117,'pb':0
+GSM918740_1	'pr':0,'pg':0,'pb':200
+GSM973235_2	'pr':40,'pg':113,'pb':155
+GSM970873_8	'pr':40,'pg':113,'pb':155
+GSM769020_1	'pr':0,'pg':0,'pb':200
+GSM900187_1	'pr':40,'pg':113,'pb':155
+GSM970863_4	'pr':40,'pg':113,'pb':155
+GSM970859_2	'pr':40,'pg':113,'pb':155
+GSM769018_1	'pr':0,'pg':133,'pb':66
+GSM929710_1	'pr':40,'pg':113,'pb':155
+GSM900197_2	'pr':40,'pg':113,'pb':155
+GSM970870_3	'pr':40,'pg':113,'pb':155
+GSM900189_2	'pr':40,'pg':113,'pb':155
+GSM946529_3	'pr':33,'pg':97,'pb':11
+GSM900183_3	'pr':40,'pg':113,'pb':155
+GSM798326_1	'pr':0,'pg':0,'pb':200
+GSM798325_1	'pr':0,'pg':0,'pb':200
+GSM769028_1	'pr':0,'pg':133,'pb':66
+GSM970873_4	'pr':40,'pg':113,'pb':155
+GSM946547_2	'pr':180,'pg':0,'pb':0
+GSM946542_2	'pr':159,'pg':0,'pb':72
+GSM900192_4	'pr':40,'pg':113,'pb':155
+GSM970856_6	'pr':40,'pg':113,'pb':155
+GSM923580_2	'pr':0,'pg':0,'pb':200
+GSM798324_1	'pr':0,'pg':117,'pb':0
+GSM918411_1	'pr':170,'pg':170,'pb':0
+GSM970855_4	'pr':40,'pg':113,'pb':155
+GSM929774_2	'pr':40,'pg':113,'pb':155
+GSM900189_1	'pr':40,'pg':113,'pb':155
+GSM946537_3	'pr':180,'pg':0,'pb':0
+GSM970863_6	'pr':40,'pg':113,'pb':155
+GSM929705_2	'pr':40,'pg':113,'pb':155
+GSM900187_2	'pr':40,'pg':113,'pb':155
+GSM970873_6	'pr':40,'pg':113,'pb':155
+GSM946525_2	'pr':0,'pg':133,'pb':66
+GSM929711_1	'pr':40,'pg':113,'pb':155
+GSM970858_2	'pr':40,'pg':113,'pb':155
+GSM769026_1	'pr':0,'pg':117,'pb':0
+GSM946543_1	'pr':33,'pg':97,'pb':11
+GSM918713_1	'pr':0,'pg':0,'pb':200
+GSM929704_2	'pr':40,'pg':113,'pb':155
+GSM970855_2	'pr':40,'pg':113,'pb':155
+GSM970875_3	'pr':40,'pg':113,'pb':155
+GSM970852_1	'pr':40,'pg':113,'pb':155
+GSM912897_1	'pr':0,'pg':0,'pb':200
+GSM918751_1	'pr':0,'pg':0,'pb':200
+GSM946535_3	'pr':0,'pg':133,'pb':66
+GSM929723_2	'pr':40,'pg':113,'pb':155
+GSM923569_1	'pr':0,'pg':0,'pb':200
+GSM970852_2	'pr':40,'pg':113,'pb':155
+GSM900196_3	'pr':40,'pg':113,'pb':155
+GSM970852_3	'pr':40,'pg':113,'pb':155
+GSM918729_1	'pr':0,'pg':0,'pb':200
+GSM912917_1	'pr':0,'pg':0,'pb':200
+GSM900199_3	'pr':40,'pg':113,'pb':155
+GSM798323_1	'pr':0,'pg':0,'pb':200
+GSM912918_1	'pr':0,'pg':0,'pb':200
+GSM769029_1	'pr':0,'pg':117,'pb':0
+GSM946519_2	'pr':0,'pg':117,'pb':0
+GSM970852_4	'pr':40,'pg':113,'pb':155
+GSM900187_3	'pr':40,'pg':113,'pb':155
+GSM900194_2	'pr':40,'pg':113,'pb':155
+GSM970864_1	'pr':40,'pg':113,'pb':155
+GSM900188_2	'pr':40,'pg':113,'pb':155
+GSM913032_1	'pr':0,'pg':0,'pb':200
+GSM970851_3	'pr':40,'pg':113,'pb':155
+GSM970862_1	'pr':40,'pg':113,'pb':155
+GSM923585_3	'pr':0,'pg':0,'pb':200
+GSM970869_3	'pr':40,'pg':113,'pb':155
+GSM973234_4	'pr':40,'pg':113,'pb':155
+GSM970855_6	'pr':40,'pg':113,'pb':155
+GSM900192_2	'pr':40,'pg':113,'pb':155
+GSM946532_3	'pr':180,'pg':0,'pb':0
+GSM900199_4	'pr':40,'pg':113,'pb':155
+GSM970875_6	'pr':40,'pg':113,'pb':155
+GSM929706_1	'pr':40,'pg':113,'pb':155
+GSM900186_1	'pr':40,'pg':113,'pb':155
+GSM970868_1	'pr':40,'pg':113,'pb':155
+GSM946533_1	'pr':0,'pg':117,'pb':0
+GSM769012_1	'pr':0,'pg':117,'pb':0
+GSM946542_3	'pr':159,'pg':0,'pb':72
+GSM900190_3	'pr':40,'pg':113,'pb':155
+GSM915172_3	'pr':0,'pg':0,'pb':200
+GSM970871_3	'pr':40,'pg':113,'pb':155
+GSM970857_1	'pr':40,'pg':113,'pb':155
+GSM970857_2	'pr':40,'pg':113,'pb':155
+GSM946527_1	'pr':0,'pg':117,'pb':0
+GSM973233_4	'pr':40,'pg':113,'pb':155
+GSM769021_1	'pr':0,'pg':117,'pb':0
+GSM973233_2	'pr':40,'pg':113,'pb':155
+GSM929772_2	'pr':40,'pg':113,'pb':155
+GSM970863_3	'pr':40,'pg':113,'pb':155
+GSM946549_2	'pr':159,'pg':0,'pb':72
+GSM798328_1	'pr':0,'pg':117,'pb':0
+GSM970875_5	'pr':40,'pg':113,'pb':155
+GSM929772_1	'pr':40,'pg':113,'pb':155
+GSM970873_10	'pr':40,'pg':113,'pb':155
+GSM900196_4	'pr':40,'pg':113,'pb':155
+GSM946544_3	'pr':0,'pg':0,'pb':200
+GSM929719_2	'pr':40,'pg':113,'pb':155
+GSM900199_1	'pr':40,'pg':113,'pb':155
+GSM970856_4	'pr':40,'pg':113,'pb':155
+GSM769033_1	'pr':0,'pg':0,'pb':200
+GSM929713_2	'pr':40,'pg':113,'pb':155
+GSM970872_5	'pr':40,'pg':113,'pb':155
+GSM970862_2	'pr':40,'pg':113,'pb':155
+GSM929713_1	'pr':40,'pg':113,'pb':155
+GSM995537_1	'pr':40,'pg':113,'pb':155
+GSM1014185_1	'pr':0,'pg':77,'pb':0
+GSM1003826_2	'pr':11,'pg':59,'pb':23
+GSM1014165_1	'pr':0,'pg':77,'pb':0
+GSM1014163_1	'pr':0,'pg':77,'pb':0
+GSM1000564_1	'pr':40,'pg':113,'pb':155
+GSM1000100_1	'pr':0,'pg':0,'pb':150
+GSM1000112_1	'pr':0,'pg':0,'pb':200
+GSM1014199_2	'pr':0,'pg':77,'pb':0
+GSM995535_1	'pr':40,'pg':113,'pb':155
+GSM1000113_1	'pr':0,'pg':0,'pb':150
+GSM1014161_1	'pr':0,'pg':77,'pb':0
+GSM1000570_4	'pr':40,'pg':113,'pb':155
+GSM995438_1	'pr':0,'pg':0,'pb':200
+GSM1000099_1	'pr':0,'pg':0,'pb':150
+GSM1014148_1	'pr':0,'pg':77,'pb':0
+GSM1000143_1	'pr':180,'pg':0,'pb':0
+GSM1000078_1	'pr':0,'pg':133,'pb':66
+GSM1003744_1	'pr':0,'pg':133,'pb':66
+GSM1000566_4	'pr':40,'pg':113,'pb':155
+GSM1014177_2	'pr':0,'pg':77,'pb':0
+GSM1014149_1	'pr':0,'pg':77,'pb':0
+GSM1000568_3	'pr':40,'pg':113,'pb':155
+GSM1000146_1	'pr':180,'pg':0,'pb':0
+GSM1000562_3	'pr':40,'pg':113,'pb':155
+GSM1000156_1	'pr':170,'pg':170,'pb':0
+GSM1000069_1	'pr':33,'pg':97,'pb':11
+GSM995529_2	'pr':40,'pg':113,'pb':155
+GSM1014170_3	'pr':0,'pg':77,'pb':0
+GSM1003239_2	'pr':0,'pg':77,'pb':0
+GSM1000072_1	'pr':33,'pg':97,'pb':11
+GSM1014182_2	'pr':0,'pg':77,'pb':0
+GSM1014179_1	'pr':0,'pg':77,'pb':0
+GSM1014195_2	'pr':0,'pg':77,'pb':0
+GSM1003752_1	'pr':0,'pg':0,'pb':150
+GSM1003825_4	'pr':11,'pg':59,'pb':23
+GSM1014159_2	'pr':0,'pg':77,'pb':0
+GSM1000563_1	'pr':40,'pg':113,'pb':155
+GSM1003814_1	'pr':11,'pg':59,'pb':23
+GSM1000109_1	'pr':33,'pg':97,'pb':11
+GSM1000110_1	'pr':0,'pg':117,'pb':0
+GSM1014195_3	'pr':0,'pg':77,'pb':0
+GSM1000129_1	'pr':170,'pg':170,'pb':0
+GSM1000563_2	'pr':40,'pg':113,'pb':155
+GSM1003745_1	'pr':180,'pg':0,'pb':0
+GSM1000567_1	'pr':40,'pg':113,'pb':155
+GSM1000206_1	'pr':0,'pg':0,'pb':200
+GSM1000132_1	'pr':0,'pg':117,'pb':0
+GSM1003817_1	'pr':11,'pg':59,'pb':23
+GSM1014185_2	'pr':0,'pg':77,'pb':0
+GSM1000079_1	'pr':0,'pg':117,'pb':0
+GSM1014186_1	'pr':0,'pg':77,'pb':0
+GSM1000128_1	'pr':0,'pg':117,'pb':0
+GSM995530_2	'pr':40,'pg':113,'pb':155
+GSM1000153_1	'pr':46,'pg':92,'pb':0
+GSM1003812_1	'pr':0,'pg':0,'pb':200
+GSM1000063_1	'pr':33,'pg':97,'pb':11
+GSM1000127_1	'pr':46,'pg':92,'pb':0
+GSM1014195_7	'pr':0,'pg':77,'pb':0
+GSM1000144_1	'pr':180,'pg':0,'pb':0
+GSM1000133_1	'pr':0,'pg':133,'pb':66
+GSM1014156_1	'pr':0,'pg':77,'pb':0
+GSM995540_1	'pr':40,'pg':113,'pb':155
+GSM995532_4	'pr':40,'pg':113,'pb':155
+GSM1000094_1	'pr':0,'pg':0,'pb':150
+GSM1000201_1	'pr':0,'pg':0,'pb':200
+GSM1000151_1	'pr':33,'pg':97,'pb':11
+GSM1000086_1	'pr':0,'pg':117,'pb':0
+GSM1014170_2	'pr':0,'pg':77,'pb':0
+GSM1000568_4	'pr':40,'pg':113,'pb':155
+GSM1003827_2	'pr':11,'pg':59,'pb':23
+GSM1014195_10	'pr':0,'pg':77,'pb':0
+GSM1000567_3	'pr':40,'pg':113,'pb':155
+GSM1000565_1	'pr':40,'pg':113,'pb':155
+GSM1000093_1	'pr':0,'pg':0,'pb':150
+GSM1014169_2	'pr':0,'pg':77,'pb':0
+GSM1014153_2	'pr':0,'pg':77,'pb':0
+GSM1014180_1	'pr':0,'pg':77,'pb':0
+GSM1003813_2	'pr':11,'pg':59,'pb':23
+GSM1003825_2	'pr':11,'pg':59,'pb':23
+GSM1014195_13	'pr':0,'pg':77,'pb':0
+GSM1014152_1	'pr':0,'pg':77,'pb':0
+GSM1000564_2	'pr':40,'pg':113,'pb':155
+GSM1014173_1	'pr':0,'pg':77,'pb':0
+GSM1003832_2	'pr':11,'pg':59,'pb':23
+GSM995535_3	'pr':40,'pg':113,'pb':155
+GSM1000125_1	'pr':33,'pg':97,'pb':11
+GSM1014160_1	'pr':0,'pg':77,'pb':0
+GSM1000076_1	'pr':0,'pg':133,'pb':66
+GSM1000120_1	'pr':0,'pg':0,'pb':200
+GSM1000135_1	'pr':0,'pg':117,'pb':0
+GSM995535_2	'pr':40,'pg':113,'pb':155
+GSM1014173_2	'pr':0,'pg':77,'pb':0
+GSM1003813_1	'pr':11,'pg':59,'pb':23
+GSM1003239_1	'pr':0,'pg':77,'pb':0
+GSM1003816_2	'pr':11,'pg':59,'pb':23
+GSM1014181_1	'pr':0,'pg':77,'pb':0
+GSM1014154_1	'pr':0,'pg':77,'pb':0
+GSM1000108_1	'pr':0,'pg':0,'pb':150
+GSM1014171_2	'pr':0,'pg':77,'pb':0
+GSM1000204_1	'pr':0,'pg':0,'pb':200
+GSM1000567_4	'pr':40,'pg':113,'pb':155
+GSM1000138_1	'pr':0,'pg':0,'pb':150
+GSM995532_2	'pr':40,'pg':113,'pb':155
+GSM1014183_1	'pr':0,'pg':77,'pb':0
+GSM1000091_1	'pr':33,'pg':97,'pb':11
+GSM1014172_2	'pr':0,'pg':77,'pb':0
+GSM1000562_1	'pr':40,'pg':113,'pb':155
+GSM1014177_1	'pr':0,'pg':77,'pb':0
+GSM1000073_1	'pr':0,'pg':133,'pb':66
+GSM1014150_1	'pr':0,'pg':77,'pb':0
+GSM1014171_1	'pr':0,'pg':77,'pb':0
+GSM1014190_1	'pr':0,'pg':77,'pb':0
+GSM1003749_1	'pr':33,'pg':97,'pb':11
+GSM1014192_1	'pr':0,'pg':77,'pb':0
+GSM1014168_2	'pr':0,'pg':77,'pb':0
+GSM1003828_2	'pr':11,'pg':59,'pb':23
+GSM995533_1	'pr':40,'pg':113,'pb':155
+GSM1003824_2	'pr':11,'pg':59,'pb':23
+GSM1003834_2	'pr':11,'pg':59,'pb':23
+GSM1000571_1	'pr':40,'pg':113,'pb':155
+GSM995536_1	'pr':40,'pg':113,'pb':155
+GSM1003756_1	'pr':0,'pg':117,'pb':0
+GSM1014199_1	'pr':0,'pg':77,'pb':0
+GSM1003832_1	'pr':11,'pg':59,'pb':23
+GSM1000121_1	'pr':0,'pg':133,'pb':66
+GSM1014151_6	'pr':0,'pg':77,'pb':0
+GSM995439_1	'pr':0,'pg':0,'pb':200
+GSM1003757_1	'pr':0,'pg':133,'pb':66
+GSM1014178_2	'pr':0,'pg':77,'pb':0
+GSM995538_1	'pr':40,'pg':113,'pb':155
+GSM1014195_8	'pr':0,'pg':77,'pb':0
+GSM995536_2	'pr':40,'pg':113,'pb':155
+GSM1014162_1	'pr':0,'pg':77,'pb':0
+GSM1000150_1	'pr':180,'pg':0,'pb':0
+GSM1000562_4	'pr':40,'pg':113,'pb':155
+GSM1014192_3	'pr':0,'pg':77,'pb':0
+GSM1000572_2	'pr':40,'pg':113,'pb':155
+GSM1014166_1	'pr':0,'pg':77,'pb':0
+GSM1000566_1	'pr':40,'pg':113,'pb':155
+GSM1000092_1	'pr':0,'pg':0,'pb':150
+GSM1000087_1	'pr':0,'pg':117,'pb':0
+GSM1014175_1	'pr':0,'pg':77,'pb':0
+GSM1003820_2	'pr':11,'pg':59,'pb':23
+GSM1014192_2	'pr':0,'pg':77,'pb':0
+GSM1003831_2	'pr':11,'pg':59,'pb':23
+GSM1014170_1	'pr':0,'pg':77,'pb':0
+GSM995440_1	'pr':0,'pg':0,'pb':200
+GSM1000141_1	'pr':46,'pg':92,'pb':0
+GSM1014164_3	'pr':0,'pg':77,'pb':0
+GSM995525_1	'pr':40,'pg':113,'pb':155
+GSM1003822_1	'pr':11,'pg':59,'pb':23
+GSM1014148_3	'pr':0,'pg':77,'pb':0
+GSM995537_3	'pr':40,'pg':113,'pb':155
+GSM1000140_1	'pr':0,'pg':0,'pb':150
+GSM995541_2	'pr':40,'pg':113,'pb':155
+GSM1014153_1	'pr':0,'pg':77,'pb':0
+GSM1003823_2	'pr':11,'pg':59,'pb':23
+GSM1003818_2	'pr':11,'pg':59,'pb':23
+GSM1003834_1	'pr':11,'pg':59,'pb':23
+GSM1014164_1	'pr':0,'pg':77,'pb':0
+GSM1000200_1	'pr':0,'pg':0,'pb':200
+GSM1014178_1	'pr':0,'pg':77,'pb':0
+GSM1014195_4	'pr':0,'pg':77,'pb':0
+GSM995526_2	'pr':40,'pg':113,'pb':155
+GSM1000563_3	'pr':40,'pg':113,'pb':155
+GSM995534_3	'pr':40,'pg':113,'pb':155
+GSM1003819_2	'pr':11,'pg':59,'pb':23
+GSM995530_1	'pr':40,'pg':113,'pb':155
+GSM1000080_1	'pr':0,'pg':0,'pb':200
+GSM1014191_3	'pr':0,'pg':77,'pb':0
+GSM1000203_1	'pr':0,'pg':0,'pb':200
+GSM1000573_1	'pr':40,'pg':113,'pb':155
+GSM1000137_1	'pr':0,'pg':0,'pb':150
+GSM1000152_1	'pr':170,'pg':170,'pb':0
+GSM1000147_1	'pr':159,'pg':0,'pb':72
+GSM1003821_1	'pr':11,'pg':59,'pb':23
+GSM1003830_2	'pr':11,'pg':59,'pb':23
+GSM1000573_4	'pr':40,'pg':113,'pb':155
+GSM1014151_1	'pr':0,'pg':77,'pb':0
+GSM1014195_1	'pr':0,'pg':77,'pb':0
+GSM1014168_3	'pr':0,'pg':77,'pb':0
+GSM1000067_1	'pr':33,'pg':97,'pb':11
+GSM1003833_1	'pr':11,'pg':59,'pb':23
+GSM1000095_1	'pr':0,'pg':117,'pb':0
+GSM1000083_1	'pr':0,'pg':117,'pb':0
+GSM1000148_1	'pr':33,'pg':97,'pb':11
+GSM995536_3	'pr':40,'pg':113,'pb':155
+GSM995534_4	'pr':40,'pg':113,'pb':155
+GSM1014160_2	'pr':0,'pg':77,'pb':0
+GSM1000202_1	'pr':0,'pg':0,'pb':200
+GSM1014182_1	'pr':0,'pg':77,'pb':0
+GSM1014193_1	'pr':0,'pg':77,'pb':0
+GSM1000077_1	'pr':180,'pg':0,'pb':0
+GSM995541_3	'pr':40,'pg':113,'pb':155
+GSM1014172_1	'pr':0,'pg':77,'pb':0
+GSM1000096_1	'pr':0,'pg':133,'pb':66
+GSM995533_4	'pr':40,'pg':113,'pb':155
+GSM1000573_2	'pr':40,'pg':113,'pb':155
+GSM1000107_1	'pr':0,'pg':0,'pb':150
+GSM1000574_4	'pr':40,'pg':113,'pb':155
+GSM1000075_1	'pr':0,'pg':117,'pb':0
+GSM1014151_4	'pr':0,'pg':77,'pb':0
+GSM995525_4	'pr':40,'pg':113,'pb':155
+GSM1000566_3	'pr':40,'pg':113,'pb':155
+GSM1000565_2	'pr':40,'pg':113,'pb':155
+GSM1003755_1	'pr':159,'pg':0,'pb':72
+GSM1014157_1	'pr':0,'pg':77,'pb':0
+GSM1003758_1	'pr':0,'pg':0,'pb':200
+GSM1003753_1	'pr':0,'pg':117,'pb':0
+GSM1014179_2	'pr':0,'pg':77,'pb':0
+GSM1014163_2	'pr':0,'pg':77,'pb':0
+GSM1003751_1	'pr':159,'pg':0,'pb':72
+GSM995527_4	'pr':40,'pg':113,'pb':155
+GSM995527_1	'pr':40,'pg':113,'pb':155
+GSM1000149_1	'pr':46,'pg':92,'pb':0
+GSM1000084_1	'pr':0,'pg':0,'pb':150
+GSM1014189_1	'pr':0,'pg':77,'pb':0
+GSM1014166_2	'pr':0,'pg':77,'pb':0
+GSM995533_3	'pr':40,'pg':113,'pb':155
+GSM1014176_1	'pr':0,'pg':77,'pb':0
+GSM1000207_1	'pr':0,'pg':0,'pb':200
+GSM1014189_2	'pr':0,'pg':77,'pb':0
+GSM1000097_1	'pr':0,'pg':0,'pb':150
+GSM995532_1	'pr':40,'pg':113,'pb':155
+GSM995537_4	'pr':40,'pg':113,'pb':155
+GSM1014194_3	'pr':0,'pg':77,'pb':0
+GSM1000565_4	'pr':40,'pg':113,'pb':155
+GSM1003829_1	'pr':11,'pg':59,'pb':23
+GSM1014151_2	'pr':0,'pg':77,'pb':0
+GSM995437_1	'pr':0,'pg':0,'pb':200
+GSM995529_1	'pr':40,'pg':113,'pb':155
+GSM1014197_1	'pr':0,'pg':77,'pb':0
+GSM1000106_1	'pr':159,'pg':0,'pb':72
+GSM1014190_2	'pr':0,'pg':77,'pb':0
+GSM1000085_1	'pr':0,'pg':133,'pb':66
+GSM1000569_2	'pr':40,'pg':113,'pb':155
+GSM1000563_4	'pr':40,'pg':113,'pb':155
+GSM1000101_1	'pr':0,'pg':117,'pb':0
+GSM1000568_1	'pr':40,'pg':113,'pb':155
+GSM1014191_1	'pr':0,'pg':77,'pb':0
+GSM1000136_1	'pr':0,'pg':133,'pb':66
+GSM1014159_1	'pr':0,'pg':77,'pb':0
+GSM1014151_7	'pr':0,'pg':77,'pb':0
+GSM1000570_3	'pr':40,'pg':113,'pb':155
+GSM1000081_1	'pr':0,'pg':0,'pb':150
+GSM1003746_1	'pr':0,'pg':0,'pb':200
+GSM1003831_1	'pr':11,'pg':59,'pb':23
+GSM1014187_1	'pr':0,'pg':77,'pb':0
+GSM1014184_2	'pr':0,'pg':77,'pb':0
+GSM1014196_2	'pr':0,'pg':77,'pb':0
+GSM1000122_1	'pr':170,'pg':170,'pb':0
+GSM1014200_2	'pr':0,'pg':77,'pb':0
+GSM1014187_2	'pr':0,'pg':77,'pb':0
+GSM1014198_1	'pr':0,'pg':77,'pb':0
+GSM1014194_1	'pr':0,'pg':77,'pb':0
+GSM1000574_3	'pr':40,'pg':113,'pb':155
+GSM1000119_1	'pr':0,'pg':133,'pb':66
+GSM1000567_2	'pr':40,'pg':113,'pb':155
+GSM1000131_1	'pr':180,'pg':0,'pb':0
+GSM1000155_1	'pr':33,'pg':97,'pb':11
+GSM1014170_4	'pr':0,'pg':77,'pb':0
+GSM1000139_1	'pr':0,'pg':0,'pb':150
+GSM995531_4	'pr':40,'pg':113,'pb':155
+GSM1003821_2	'pr':11,'pg':59,'pb':23
+GSM1003819_1	'pr':11,'pg':59,'pb':23
+GSM995538_3	'pr':40,'pg':113,'pb':155
+GSM1000569_4	'pr':40,'pg':113,'pb':155
+GSM995541_1	'pr':40,'pg':113,'pb':155
+GSM995527_3	'pr':40,'pg':113,'pb':155
+GSM1014186_2	'pr':0,'pg':77,'pb':0
+GSM995534_2	'pr':40,'pg':113,'pb':155
+GSM995528_2	'pr':40,'pg':113,'pb':155
+GSM1003816_1	'pr':11,'pg':59,'pb':23
+GSM995526_1	'pr':40,'pg':113,'pb':155
+GSM1014174_2	'pr':0,'pg':77,'pb':0
+GSM1000098_1	'pr':0,'pg':0,'pb':200
+GSM1000572_1	'pr':40,'pg':113,'pb':155
+GSM1003811_1	'pr':0,'pg':0,'pb':200
+GSM995534_1	'pr':40,'pg':113,'pb':155
+GSM1014195_11	'pr':0,'pg':77,'pb':0
+GSM1014200_1	'pr':0,'pg':77,'pb':0
+GSM1000066_1	'pr':0,'pg':133,'pb':66
+GSM1014148_2	'pr':0,'pg':77,'pb':0
+GSM1014158_1	'pr':0,'pg':77,'pb':0
+GSM1014169_1	'pr':0,'pg':77,'pb':0
+GSM1000154_1	'pr':180,'pg':0,'pb':0
+GSM1000116_1	'pr':0,'pg':82,'pb':41
+GSM1000089_1	'pr':180,'pg':0,'pb':0
+GSM1014150_2	'pr':0,'pg':77,'pb':0
+GSM1000102_1	'pr':0,'pg':133,'pb':66
+GSM995441_1	'pr':0,'pg':0,'pb':200
+GSM995533_2	'pr':40,'pg':113,'pb':155
+GSM1014195_6	'pr':0,'pg':77,'pb':0
+GSM1003825_3	'pr':11,'pg':59,'pb':23
+GSM1000142_1	'pr':0,'pg':0,'pb':150
+GSM1014197_2	'pr':0,'pg':77,'pb':0
+GSM995528_1	'pr':40,'pg':113,'pb':155
+GSM1003750_1	'pr':0,'pg':133,'pb':66
+GSM1014195_9	'pr':0,'pg':77,'pb':0
+GSM1000564_4	'pr':40,'pg':113,'pb':155
+GSM1000090_1	'pr':180,'pg':0,'pb':0
+GSM1000571_4	'pr':40,'pg':113,'pb':155
+GSM1000074_1	'pr':0,'pg':0,'pb':150
+GSM1000114_1	'pr':0,'pg':117,'pb':0
+GSM1014167_2	'pr':0,'pg':77,'pb':0
+GSM1003822_2	'pr':11,'pg':59,'pb':23
+GSM1000572_3	'pr':40,'pg':113,'pb':155
+GSM1000130_1	'pr':33,'pg':97,'pb':11
+GSM1000145_1	'pr':180,'pg':0,'pb':0
+GSM995537_2	'pr':40,'pg':113,'pb':155
+GSM1014165_2	'pr':0,'pg':77,'pb':0
+GSM995531_2	'pr':40,'pg':113,'pb':155
+GSM1000103_1	'pr':0,'pg':0,'pb':150
+GSM1014181_2	'pr':0,'pg':77,'pb':0
+GSM1003817_2	'pr':11,'pg':59,'pb':23
+GSM1014195_12	'pr':0,'pg':77,'pb':0
+GSM1003825_1	'pr':11,'pg':59,'pb':23
+GSM1000071_1	'pr':0,'pg':0,'pb':150
+GSM1000572_4	'pr':40,'pg':113,'pb':155
+GSM1000569_3	'pr':40,'pg':113,'pb':155
+GSM1003747_1	'pr':0,'pg':0,'pb':200
+GSM1003818_1	'pr':11,'pg':59,'pb':23
+GSM1000569_1	'pr':40,'pg':113,'pb':155
+GSM1000068_1	'pr':33,'pg':97,'pb':11
+GSM995540_2	'pr':40,'pg':113,'pb':155
+GSM995532_3	'pr':40,'pg':113,'pb':155
+GSM1000574_1	'pr':40,'pg':113,'pb':155
+GSM1000570_2	'pr':40,'pg':113,'pb':155
+GSM1014192_4	'pr':0,'pg':77,'pb':0
+GSM1003826_1	'pr':11,'pg':59,'pb':23
+GSM1000134_1	'pr':0,'pg':0,'pb':150
+GSM995531_1	'pr':40,'pg':113,'pb':155
+GSM1000566_2	'pr':40,'pg':113,'pb':155
+GSM1003820_1	'pr':11,'pg':59,'pb':23
+GSM1000574_2	'pr':40,'pg':113,'pb':155
+GSM1000126_1	'pr':0,'pg':0,'pb':150
+GSM1003814_2	'pr':11,'pg':59,'pb':23
+GSM1000088_1	'pr':180,'pg':0,'pb':0
+GSM1000082_1	'pr':0,'pg':133,'pb':66
+GSM1003823_1	'pr':11,'pg':59,'pb':23
+GSM995539_2	'pr':40,'pg':113,'pb':155
+GSM1000064_1	'pr':180,'pg':0,'pb':0
+GSM1000570_1	'pr':40,'pg':113,'pb':155
+GSM1000115_1	'pr':46,'pg':92,'pb':0
+GSM995538_4	'pr':40,'pg':113,'pb':155
+GSM1000205_1	'pr':0,'pg':0,'pb':200
+GSM1014196_1	'pr':0,'pg':77,'pb':0
+GSM995539_3	'pr':40,'pg':113,'pb':155
+GSM1003824_1	'pr':11,'pg':59,'pb':23
+GSM1014184_1	'pr':0,'pg':77,'pb':0
+GSM995525_3	'pr':40,'pg':113,'pb':155
+GSM1003787_1	'pr':0,'pg':0,'pb':200
+GSM1014168_1	'pr':0,'pg':77,'pb':0
+GSM1014176_2	'pr':0,'pg':77,'pb':0
+GSM1000105_1	'pr':0,'pg':0,'pb':150
+GSM1003828_1	'pr':11,'pg':59,'pb':23
+GSM1000562_2	'pr':40,'pg':113,'pb':155
+GSM1000065_1	'pr':0,'pg':117,'pb':0
+GSM1000111_1	'pr':0,'pg':133,'pb':66
+GSM1014194_2	'pr':0,'pg':77,'pb':0
+GSM1014164_2	'pr':0,'pg':77,'pb':0
+GSM1003748_1	'pr':159,'pg':0,'pb':72
+GSM995525_2	'pr':40,'pg':113,'pb':155
+GSM1000571_3	'pr':40,'pg':113,'pb':155
+GSM1014151_3	'pr':0,'pg':77,'pb':0
+GSM1014174_1	'pr':0,'pg':77,'pb':0
+GSM1000104_1	'pr':0,'pg':133,'pb':66
+GSM1014155_1	'pr':0,'pg':77,'pb':0
+GSM1014180_2	'pr':0,'pg':77,'pb':0
+GSM1000565_3	'pr':40,'pg':113,'pb':155
+GSM1000568_2	'pr':40,'pg':113,'pb':155
+GSM995535_4	'pr':40,'pg':113,'pb':155
+GSM1003833_2	'pr':11,'pg':59,'pb':23
+GSM995539_4	'pr':40,'pg':113,'pb':155
+GSM1014152_2	'pr':0,'pg':77,'pb':0
+GSM1014167_1	'pr':0,'pg':77,'pb':0
+GSM1014161_2	'pr':0,'pg':77,'pb':0
+GSM1014154_2	'pr':0,'pg':77,'pb':0
+GSM1003829_2	'pr':11,'pg':59,'pb':23
+GSM1000564_3	'pr':40,'pg':113,'pb':155
+GSM995527_2	'pr':40,'pg':113,'pb':155
+GSM1000118_1	'pr':0,'pg':0,'pb':200
+GSM995541_4	'pr':40,'pg':113,'pb':155
+GSM1003238_1	'pr':0,'pg':77,'pb':0
+GSM1000070_1	'pr':33,'pg':97,'pb':11
+GSM1014149_2	'pr':0,'pg':77,'pb':0
+GSM1003827_1	'pr':11,'pg':59,'pb':23
+GSM995436_1	'pr':0,'pg':0,'pb':200
+GSM1000208_1	'pr':0,'pg':0,'pb':200
+GSM1000573_3	'pr':40,'pg':113,'pb':155
+GSM1014191_2	'pr':0,'pg':77,'pb':0
+GSM1003815_2	'pr':11,'pg':59,'pb':23
+GSM995539_1	'pr':40,'pg':113,'pb':155
+GSM1003815_1	'pr':11,'pg':59,'pb':23
+GSM1000117_1	'pr':0,'pg':0,'pb':150
+GSM1003754_1	'pr':0,'pg':117,'pb':0
+GSM1003830_1	'pr':11,'pg':59,'pb':23
+GSM1000124_1	'pr':0,'pg':117,'pb':0
+GSM995536_4	'pr':40,'pg':113,'pb':155
+GSM1014195_14	'pr':0,'pg':77,'pb':0
+GSM1014188_1	'pr':0,'pg':77,'pb':0
+GSM1000123_1	'pr':46,'pg':92,'pb':0
+GSM1014151_5	'pr':0,'pg':77,'pb':0
+GSM1000571_2	'pr':40,'pg':113,'pb':155
+GSM995538_2	'pr':40,'pg':113,'pb':155
+GSM995531_3	'pr':40,'pg':113,'pb':155
+GSM1014193_2	'pr':0,'pg':77,'pb':0
+GSM1003238_2	'pr':0,'pg':77,'pb':0
+GSM1014195_5	'pr':0,'pg':77,'pb':0
diff --git a/mm9/track2VersionInfo_encode b/mm9/track2VersionInfo_encode
new file mode 100644
index 0000000..728fb56
--- /dev/null
+++ b/mm9/track2VersionInfo_encode
@@ -0,0 +1,1082 @@
+GSM929716_1	Generated by ENCODE Consortium
+GSM915181_1	Generated by ENCODE Consortium
+GSM970852_6	Generated by ENCODE Consortium
+GSM900187_4	Generated by ENCODE Consortium
+GSM900195_3	Generated by ENCODE Consortium
+GSM970851_1	Generated by ENCODE Consortium
+GSM915163_1	Generated by ENCODE Consortium
+GSM912935_1	Generated by ENCODE Consortium
+GSM946530_2	Generated by ENCODE Consortium
+GSM915160_1	Generated by ENCODE Consortium
+GSM918746_1	Generated by ENCODE Consortium
+GSM918744_1	Generated by ENCODE Consortium
+GSM918712_1	Generated by ENCODE Consortium
+GSM970874_3	Generated by ENCODE Consortium
+GSM915164_1	Generated by ENCODE Consortium
+GSM923589_1	Generated by ENCODE Consortium
+GSM923584_2	Generated by ENCODE Consortium
+GSM798327_1	Generated by ENCODE Consortium
+GSM918407_1	Generated by ENCODE Consortium
+GSM918727_1	Generated by ENCODE Consortium
+GSM923578_3	Generated by ENCODE Consortium
+GSM918743_1	Generated by ENCODE Consortium
+GSM970860_3	Generated by ENCODE Consortium
+GSM929775_2	Generated by ENCODE Consortium
+GSM946543_3	Generated by ENCODE Consortium
+GSM923570_3	Generated by ENCODE Consortium
+GSM923573_1	Generated by ENCODE Consortium
+GSM923585_1	Generated by ENCODE Consortium
+GSM915173_1	Generated by ENCODE Consortium
+GSM918723_1	Generated by ENCODE Consortium
+GSM970869_1	Generated by ENCODE Consortium
+GSM970872_1	Generated by ENCODE Consortium
+GSM946527_3	Generated by ENCODE Consortium
+GSM918412_1	Generated by ENCODE Consortium
+GSM946548_2	Generated by ENCODE Consortium
+GSM915170_1	Generated by ENCODE Consortium
+GSM900197_1	Generated by ENCODE Consortium
+GSM946527_2	Generated by ENCODE Consortium
+GSM970866_3	Generated by ENCODE Consortium
+GSM973232_1	Generated by ENCODE Consortium
+GSM912892_1	Generated by ENCODE Consortium
+GSM929715_2	Generated by ENCODE Consortium
+GSM900194_1	Generated by ENCODE Consortium
+GSM900189_3	Generated by ENCODE Consortium
+GSM918422_1	Generated by ENCODE Consortium
+GSM970873_12	Generated by ENCODE Consortium
+GSM973235_4	Generated by ENCODE Consortium
+GSM970870_2	Generated by ENCODE Consortium
+GSM923568_1	Generated by ENCODE Consortium
+GSM900195_1	Generated by ENCODE Consortium
+GSM970863_1	Generated by ENCODE Consortium
+GSM769014_1	Generated by ENCODE Consortium
+GSM946534_1	Generated by ENCODE Consortium
+GSM970865_6	Generated by ENCODE Consortium
+GSM946542_1	Generated by ENCODE Consortium
+GSM970859_3	Generated by ENCODE Consortium
+GSM929706_2	Generated by ENCODE Consortium
+GSM970872_3	Generated by ENCODE Consortium
+GSM929720_1	Generated by ENCODE Consortium
+GSM912900_1	Generated by ENCODE Consortium
+GSM970860_2	Generated by ENCODE Consortium
+GSM912902_1	Generated by ENCODE Consortium
+GSM929714_1	Generated by ENCODE Consortium
+GSM900183_2	Generated by ENCODE Consortium
+GSM918726_1	Generated by ENCODE Consortium
+GSM929711_2	Generated by ENCODE Consortium
+GSM970851_2	Generated by ENCODE Consortium
+GSM769034_1	Generated by ENCODE Consortium
+GSM929724_2	Generated by ENCODE Consortium
+GSM946534_2	Generated by ENCODE Consortium
+GSM946548_3	Generated by ENCODE Consortium
+GSM946534_3	Generated by ENCODE Consortium
+GSM900184_4	Generated by ENCODE Consortium
+GSM929720_2	Generated by ENCODE Consortium
+GSM946535_2	Generated by ENCODE Consortium
+GSM923574_2	Generated by ENCODE Consortium
+GSM946530_3	Generated by ENCODE Consortium
+GSM912904_1	Generated by ENCODE Consortium
+GSM912912_1	Generated by ENCODE Consortium
+GSM946528_1	Generated by ENCODE Consortium
+GSM970854_1	Generated by ENCODE Consortium
+GSM946524_1	Generated by ENCODE Consortium
+GSM769015_1	Generated by ENCODE Consortium
+GSM918728_1	Generated by ENCODE Consortium
+GSM946544_2	Generated by ENCODE Consortium
+GSM918414_1	Generated by ENCODE Consortium
+GSM970875_4	Generated by ENCODE Consortium
+GSM918418_1	Generated by ENCODE Consortium
+GSM912891_1	Generated by ENCODE Consortium
+GSM915184_1	Generated by ENCODE Consortium
+GSM929717_2	Generated by ENCODE Consortium
+GSM769025_1	Generated by ENCODE Consortium
+GSM970875_2	Generated by ENCODE Consortium
+GSM918708_1	Generated by ENCODE Consortium
+GSM900198_4	Generated by ENCODE Consortium
+GSM923586_1	Generated by ENCODE Consortium
+GSM912925_1	Generated by ENCODE Consortium
+GSM918707_1	Generated by ENCODE Consortium
+GSM946533_3	Generated by ENCODE Consortium
+GSM918717_1	Generated by ENCODE Consortium
+GSM929718_2	Generated by ENCODE Consortium
+GSM900191_3	Generated by ENCODE Consortium
+GSM970873_5	Generated by ENCODE Consortium
+GSM900186_4	Generated by ENCODE Consortium
+GSM970857_4	Generated by ENCODE Consortium
+GSM929703_1	Generated by ENCODE Consortium
+GSM970869_5	Generated by ENCODE Consortium
+GSM923586_2	Generated by ENCODE Consortium
+GSM900186_3	Generated by ENCODE Consortium
+GSM923575_2	Generated by ENCODE Consortium
+GSM918731_1	Generated by ENCODE Consortium
+GSM918761_1	Generated by ENCODE Consortium
+GSM946549_3	Generated by ENCODE Consortium
+GSM769022_1	Generated by ENCODE Consortium
+GSM900185_2	Generated by ENCODE Consortium
+GSM900186_2	Generated by ENCODE Consortium
+GSM923586_3	Generated by ENCODE Consortium
+GSM970862_3	Generated by ENCODE Consortium
+GSM970865_3	Generated by ENCODE Consortium
+GSM900184_3	Generated by ENCODE Consortium
+GSM970864_2	Generated by ENCODE Consortium
+GSM769037_1	Generated by ENCODE Consortium
+GSM946532_1	Generated by ENCODE Consortium
+GSM970856_2	Generated by ENCODE Consortium
+GSM915171_1	Generated by ENCODE Consortium
+GSM769013_1	Generated by ENCODE Consortium
+GSM946532_2	Generated by ENCODE Consortium
+GSM929717_1	Generated by ENCODE Consortium
+GSM970855_5	Generated by ENCODE Consortium
+GSM970856_1	Generated by ENCODE Consortium
+GSM912894_1	Generated by ENCODE Consortium
+GSM970873_1	Generated by ENCODE Consortium
+GSM918759_1	Generated by ENCODE Consortium
+GSM923584_1	Generated by ENCODE Consortium
+GSM918417_1	Generated by ENCODE Consortium
+GSM970857_6	Generated by ENCODE Consortium
+GSM918750_1	Generated by ENCODE Consortium
+GSM946523_2	Generated by ENCODE Consortium
+GSM918704_1	Generated by ENCODE Consortium
+GSM970867_2	Generated by ENCODE Consortium
+GSM946524_2	Generated by ENCODE Consortium
+GSM912916_1	Generated by ENCODE Consortium
+GSM973232_3	Generated by ENCODE Consortium
+GSM918733_1	Generated by ENCODE Consortium
+GSM915166_1	Generated by ENCODE Consortium
+GSM915176_1	Generated by ENCODE Consortium
+GSM970856_5	Generated by ENCODE Consortium
+GSM923568_2	Generated by ENCODE Consortium
+GSM970871_1	Generated by ENCODE Consortium
+GSM912907_1	Generated by ENCODE Consortium
+GSM923567_3	Generated by ENCODE Consortium
+GSM912920_1	Generated by ENCODE Consortium
+GSM946520_3	Generated by ENCODE Consortium
+GSM970865_2	Generated by ENCODE Consortium
+GSM912933_1	Generated by ENCODE Consortium
+GSM915165_1	Generated by ENCODE Consortium
+GSM970856_3	Generated by ENCODE Consortium
+GSM970854_6	Generated by ENCODE Consortium
+GSM929715_1	Generated by ENCODE Consortium
+GSM946545_3	Generated by ENCODE Consortium
+GSM970873_9	Generated by ENCODE Consortium
+GSM929718_1	Generated by ENCODE Consortium
+GSM946537_2	Generated by ENCODE Consortium
+GSM970854_5	Generated by ENCODE Consortium
+GSM912905_1	Generated by ENCODE Consortium
+GSM946531_3	Generated by ENCODE Consortium
+GSM769016_1	Generated by ENCODE Consortium
+GSM929714_2	Generated by ENCODE Consortium
+GSM900194_3	Generated by ENCODE Consortium
+GSM929721_1	Generated by ENCODE Consortium
+GSM923576_2	Generated by ENCODE Consortium
+GSM915178_1	Generated by ENCODE Consortium
+GSM929721_2	Generated by ENCODE Consortium
+GSM900191_1	Generated by ENCODE Consortium
+GSM923574_3	Generated by ENCODE Consortium
+GSM769030_1	Generated by ENCODE Consortium
+GSM912898_1	Generated by ENCODE Consortium
+GSM918755_1	Generated by ENCODE Consortium
+GSM918706_1	Generated by ENCODE Consortium
+GSM970866_5	Generated by ENCODE Consortium
+GSM918718_1	Generated by ENCODE Consortium
+GSM923570_2	Generated by ENCODE Consortium
+GSM970866_1	Generated by ENCODE Consortium
+GSM929710_2	Generated by ENCODE Consortium
+GSM946530_1	Generated by ENCODE Consortium
+GSM970874_1	Generated by ENCODE Consortium
+GSM970866_6	Generated by ENCODE Consortium
+GSM946539_1	Generated by ENCODE Consortium
+GSM970873_3	Generated by ENCODE Consortium
+GSM900192_3	Generated by ENCODE Consortium
+GSM973235_1	Generated by ENCODE Consortium
+GSM970869_6	Generated by ENCODE Consortium
+GSM929722_1	Generated by ENCODE Consortium
+GSM970868_6	Generated by ENCODE Consortium
+GSM915175_1	Generated by ENCODE Consortium
+GSM900185_3	Generated by ENCODE Consortium
+GSM923577_1	Generated by ENCODE Consortium
+GSM900190_1	Generated by ENCODE Consortium
+GSM915185_1	Generated by ENCODE Consortium
+GSM918754_1	Generated by ENCODE Consortium
+GSM973232_4	Generated by ENCODE Consortium
+GSM946538_2	Generated by ENCODE Consortium
+GSM946540_3	Generated by ENCODE Consortium
+GSM946526_1	Generated by ENCODE Consortium
+GSM769032_1	Generated by ENCODE Consortium
+GSM912910_1	Generated by ENCODE Consortium
+GSM918748_1	Generated by ENCODE Consortium
+GSM918409_1	Generated by ENCODE Consortium
+GSM973233_1	Generated by ENCODE Consortium
+GSM900198_3	Generated by ENCODE Consortium
+GSM970853_1	Generated by ENCODE Consortium
+GSM918739_1	Generated by ENCODE Consortium
+GSM915184_2	Generated by ENCODE Consortium
+GSM923576_1	Generated by ENCODE Consortium
+GSM946519_3	Generated by ENCODE Consortium
+GSM970868_2	Generated by ENCODE Consortium
+GSM900189_4	Generated by ENCODE Consortium
+GSM946520_1	Generated by ENCODE Consortium
+GSM970873_2	Generated by ENCODE Consortium
+GSM918756_1	Generated by ENCODE Consortium
+GSM900196_1	Generated by ENCODE Consortium
+GSM973234_1	Generated by ENCODE Consortium
+GSM912923_1	Generated by ENCODE Consortium
+GSM946543_2	Generated by ENCODE Consortium
+GSM946520_2	Generated by ENCODE Consortium
+GSM970861_1	Generated by ENCODE Consortium
+GSM923587_3	Generated by ENCODE Consortium
+GSM918730_1	Generated by ENCODE Consortium
+GSM973235_3	Generated by ENCODE Consortium
+GSM912924_1	Generated by ENCODE Consortium
+GSM970865_5	Generated by ENCODE Consortium
+GSM915188_1	Generated by ENCODE Consortium
+GSM918741_1	Generated by ENCODE Consortium
+GSM970865_4	Generated by ENCODE Consortium
+GSM923567_2	Generated by ENCODE Consortium
+GSM918732_1	Generated by ENCODE Consortium
+GSM970873_7	Generated by ENCODE Consortium
+GSM946536_1	Generated by ENCODE Consortium
+GSM923590_1	Generated by ENCODE Consortium
+GSM946538_3	Generated by ENCODE Consortium
+GSM970869_4	Generated by ENCODE Consortium
+GSM970854_4	Generated by ENCODE Consortium
+GSM900183_1	Generated by ENCODE Consortium
+GSM923576_3	Generated by ENCODE Consortium
+GSM912922_1	Generated by ENCODE Consortium
+GSM900196_2	Generated by ENCODE Consortium
+GSM918408_1	Generated by ENCODE Consortium
+GSM912934_1	Generated by ENCODE Consortium
+GSM946531_1	Generated by ENCODE Consortium
+GSM970863_2	Generated by ENCODE Consortium
+GSM918719_1	Generated by ENCODE Consortium
+GSM918416_1	Generated by ENCODE Consortium
+GSM970868_3	Generated by ENCODE Consortium
+GSM912930_1	Generated by ENCODE Consortium
+GSM946526_2	Generated by ENCODE Consortium
+GSM915186_1	Generated by ENCODE Consortium
+GSM915183_1	Generated by ENCODE Consortium
+GSM918752_1	Generated by ENCODE Consortium
+GSM769010_1	Generated by ENCODE Consortium
+GSM929775_1	Generated by ENCODE Consortium
+GSM923578_1	Generated by ENCODE Consortium
+GSM915172_1	Generated by ENCODE Consortium
+GSM900191_4	Generated by ENCODE Consortium
+GSM918413_1	Generated by ENCODE Consortium
+GSM970873_11	Generated by ENCODE Consortium
+GSM915169_1	Generated by ENCODE Consortium
+GSM970872_6	Generated by ENCODE Consortium
+GSM946537_1	Generated by ENCODE Consortium
+GSM973233_3	Generated by ENCODE Consortium
+GSM970871_2	Generated by ENCODE Consortium
+GSM970867_1	Generated by ENCODE Consortium
+GSM970855_1	Generated by ENCODE Consortium
+GSM946531_2	Generated by ENCODE Consortium
+GSM912901_1	Generated by ENCODE Consortium
+GSM946540_2	Generated by ENCODE Consortium
+GSM923583_2	Generated by ENCODE Consortium
+GSM769017_1	Generated by ENCODE Consortium
+GSM946540_1	Generated by ENCODE Consortium
+GSM900193_1	Generated by ENCODE Consortium
+GSM929704_1	Generated by ENCODE Consortium
+GSM769035_1	Generated by ENCODE Consortium
+GSM929709_2	Generated by ENCODE Consortium
+GSM769009_1	Generated by ENCODE Consortium
+GSM769019_1	Generated by ENCODE Consortium
+GSM946541_2	Generated by ENCODE Consortium
+GSM923569_3	Generated by ENCODE Consortium
+GSM900199_2	Generated by ENCODE Consortium
+GSM970874_4	Generated by ENCODE Consortium
+GSM918736_1	Generated by ENCODE Consortium
+GSM970859_1	Generated by ENCODE Consortium
+GSM946541_1	Generated by ENCODE Consortium
+GSM900190_2	Generated by ENCODE Consortium
+GSM970866_2	Generated by ENCODE Consortium
+GSM918716_1	Generated by ENCODE Consortium
+GSM946541_3	Generated by ENCODE Consortium
+GSM970852_5	Generated by ENCODE Consortium
+GSM929723_1	Generated by ENCODE Consortium
+GSM900193_2	Generated by ENCODE Consortium
+GSM970861_2	Generated by ENCODE Consortium
+GSM923580_3	Generated by ENCODE Consortium
+GSM918735_1	Generated by ENCODE Consortium
+GSM929708_1	Generated by ENCODE Consortium
+GSM929774_1	Generated by ENCODE Consortium
+GSM918758_1	Generated by ENCODE Consortium
+GSM946529_1	Generated by ENCODE Consortium
+GSM915159_1	Generated by ENCODE Consortium
+GSM923580_1	Generated by ENCODE Consortium
+GSM900185_4	Generated by ENCODE Consortium
+GSM918747_1	Generated by ENCODE Consortium
+GSM970872_4	Generated by ENCODE Consortium
+GSM946538_1	Generated by ENCODE Consortium
+GSM946535_1	Generated by ENCODE Consortium
+GSM915182_1	Generated by ENCODE Consortium
+GSM923579_3	Generated by ENCODE Consortium
+GSM970853_2	Generated by ENCODE Consortium
+GSM929724_1	Generated by ENCODE Consortium
+GSM946526_3	Generated by ENCODE Consortium
+GSM946548_1	Generated by ENCODE Consortium
+GSM946546_2	Generated by ENCODE Consortium
+GSM769031_1	Generated by ENCODE Consortium
+GSM929712_2	Generated by ENCODE Consortium
+GSM970868_4	Generated by ENCODE Consortium
+GSM900198_2	Generated by ENCODE Consortium
+GSM946521_2	Generated by ENCODE Consortium
+GSM946545_2	Generated by ENCODE Consortium
+GSM946525_3	Generated by ENCODE Consortium
+GSM929773_1	Generated by ENCODE Consortium
+GSM929707_2	Generated by ENCODE Consortium
+GSM946547_1	Generated by ENCODE Consortium
+GSM923583_1	Generated by ENCODE Consortium
+GSM946521_1	Generated by ENCODE Consortium
+GSM923579_1	Generated by ENCODE Consortium
+GSM923582_3	Generated by ENCODE Consortium
+GSM918410_1	Generated by ENCODE Consortium
+GSM970863_5	Generated by ENCODE Consortium
+GSM929705_1	Generated by ENCODE Consortium
+GSM970870_1	Generated by ENCODE Consortium
+GSM912927_1	Generated by ENCODE Consortium
+GSM900198_1	Generated by ENCODE Consortium
+GSM970860_1	Generated by ENCODE Consortium
+GSM769036_1	Generated by ENCODE Consortium
+GSM912913_1	Generated by ENCODE Consortium
+GSM970864_3	Generated by ENCODE Consortium
+GSM973234_2	Generated by ENCODE Consortium
+GSM923582_2	Generated by ENCODE Consortium
+GSM929703_2	Generated by ENCODE Consortium
+GSM900195_2	Generated by ENCODE Consortium
+GSM918421_1	Generated by ENCODE Consortium
+GSM970854_3	Generated by ENCODE Consortium
+GSM900193_3	Generated by ENCODE Consortium
+GSM918423_1	Generated by ENCODE Consortium
+GSM912915_1	Generated by ENCODE Consortium
+GSM970869_2	Generated by ENCODE Consortium
+GSM970874_2	Generated by ENCODE Consortium
+GSM900192_1	Generated by ENCODE Consortium
+GSM923570_1	Generated by ENCODE Consortium
+GSM918725_1	Generated by ENCODE Consortium
+GSM929708_2	Generated by ENCODE Consortium
+GSM912908_1	Generated by ENCODE Consortium
+GSM929773_2	Generated by ENCODE Consortium
+GSM915174_1	Generated by ENCODE Consortium
+GSM946546_1	Generated by ENCODE Consortium
+GSM970861_3	Generated by ENCODE Consortium
+GSM970874_5	Generated by ENCODE Consortium
+GSM929712_1	Generated by ENCODE Consortium
+GSM970857_3	Generated by ENCODE Consortium
+GSM970854_2	Generated by ENCODE Consortium
+GSM900188_4	Generated by ENCODE Consortium
+GSM923569_2	Generated by ENCODE Consortium
+GSM970858_1	Generated by ENCODE Consortium
+GSM918762_1	Generated by ENCODE Consortium
+GSM915168_1	Generated by ENCODE Consortium
+GSM900183_4	Generated by ENCODE Consortium
+GSM918753_1	Generated by ENCODE Consortium
+GSM915172_2	Generated by ENCODE Consortium
+GSM970866_4	Generated by ENCODE Consortium
+GSM900193_4	Generated by ENCODE Consortium
+GSM923585_2	Generated by ENCODE Consortium
+GSM929722_2	Generated by ENCODE Consortium
+GSM900195_4	Generated by ENCODE Consortium
+GSM900190_4	Generated by ENCODE Consortium
+GSM923568_3	Generated by ENCODE Consortium
+GSM946536_3	Generated by ENCODE Consortium
+GSM970862_6	Generated by ENCODE Consortium
+GSM970853_6	Generated by ENCODE Consortium
+GSM769027_1	Generated by ENCODE Consortium
+GSM923581_3	Generated by ENCODE Consortium
+GSM970872_2	Generated by ENCODE Consortium
+GSM912896_1	Generated by ENCODE Consortium
+GSM912932_1	Generated by ENCODE Consortium
+GSM923574_1	Generated by ENCODE Consortium
+GSM946536_2	Generated by ENCODE Consortium
+GSM923573_2	Generated by ENCODE Consortium
+GSM946528_2	Generated by ENCODE Consortium
+GSM929716_2	Generated by ENCODE Consortium
+GSM918420_1	Generated by ENCODE Consortium
+GSM918745_1	Generated by ENCODE Consortium
+GSM923590_4	Generated by ENCODE Consortium
+GSM970855_3	Generated by ENCODE Consortium
+GSM900184_1	Generated by ENCODE Consortium
+GSM946547_3	Generated by ENCODE Consortium
+GSM970853_4	Generated by ENCODE Consortium
+GSM970862_4	Generated by ENCODE Consortium
+GSM946528_3	Generated by ENCODE Consortium
+GSM923588_1	Generated by ENCODE Consortium
+GSM912914_1	Generated by ENCODE Consortium
+GSM918763_1	Generated by ENCODE Consortium
+GSM923582_1	Generated by ENCODE Consortium
+GSM900194_4	Generated by ENCODE Consortium
+GSM923567_1	Generated by ENCODE Consortium
+GSM923572_1	Generated by ENCODE Consortium
+GSM923590_3	Generated by ENCODE Consortium
+GSM973232_2	Generated by ENCODE Consortium
+GSM946539_3	Generated by ENCODE Consortium
+GSM900197_3	Generated by ENCODE Consortium
+GSM923575_1	Generated by ENCODE Consortium
+GSM912931_1	Generated by ENCODE Consortium
+GSM769011_1	Generated by ENCODE Consortium
+GSM929707_1	Generated by ENCODE Consortium
+GSM918721_1	Generated by ENCODE Consortium
+GSM900191_2	Generated by ENCODE Consortium
+GSM923589_3	Generated by ENCODE Consortium
+GSM769024_1	Generated by ENCODE Consortium
+GSM946549_1	Generated by ENCODE Consortium
+GSM946546_3	Generated by ENCODE Consortium
+GSM970868_5	Generated by ENCODE Consortium
+GSM923572_2	Generated by ENCODE Consortium
+GSM918415_1	Generated by ENCODE Consortium
+GSM900188_3	Generated by ENCODE Consortium
+GSM970874_6	Generated by ENCODE Consortium
+GSM912909_1	Generated by ENCODE Consortium
+GSM923583_3	Generated by ENCODE Consortium
+GSM970858_3	Generated by ENCODE Consortium
+GSM929709_1	Generated by ENCODE Consortium
+GSM946524_3	Generated by ENCODE Consortium
+GSM946523_3	Generated by ENCODE Consortium
+GSM918737_1	Generated by ENCODE Consortium
+GSM918760_1	Generated by ENCODE Consortium
+GSM970857_5	Generated by ENCODE Consortium
+GSM946545_1	Generated by ENCODE Consortium
+GSM946519_1	Generated by ENCODE Consortium
+GSM918714_1	Generated by ENCODE Consortium
+GSM918705_1	Generated by ENCODE Consortium
+GSM970853_3	Generated by ENCODE Consortium
+GSM973234_3	Generated by ENCODE Consortium
+GSM915187_1	Generated by ENCODE Consortium
+GSM900185_1	Generated by ENCODE Consortium
+GSM929719_1	Generated by ENCODE Consortium
+GSM946525_1	Generated by ENCODE Consortium
+GSM970865_1	Generated by ENCODE Consortium
+GSM900188_1	Generated by ENCODE Consortium
+GSM769023_1	Generated by ENCODE Consortium
+GSM923587_1	Generated by ENCODE Consortium
+GSM918419_1	Generated by ENCODE Consortium
+GSM970862_5	Generated by ENCODE Consortium
+GSM970853_5	Generated by ENCODE Consortium
+GSM923581_2	Generated by ENCODE Consortium
+GSM918742_1	Generated by ENCODE Consortium
+GSM915167_1	Generated by ENCODE Consortium
+GSM923578_2	Generated by ENCODE Consortium
+GSM946523_1	Generated by ENCODE Consortium
+GSM970867_3	Generated by ENCODE Consortium
+GSM918715_1	Generated by ENCODE Consortium
+GSM946544_1	Generated by ENCODE Consortium
+GSM900197_4	Generated by ENCODE Consortium
+GSM946539_2	Generated by ENCODE Consortium
+GSM946521_3	Generated by ENCODE Consortium
+GSM912895_1	Generated by ENCODE Consortium
+GSM923584_3	Generated by ENCODE Consortium
+GSM946529_2	Generated by ENCODE Consortium
+GSM946533_2	Generated by ENCODE Consortium
+GSM918749_1	Generated by ENCODE Consortium
+GSM970875_1	Generated by ENCODE Consortium
+GSM900184_2	Generated by ENCODE Consortium
+GSM769008_1	Generated by ENCODE Consortium
+GSM918740_1	Generated by ENCODE Consortium
+GSM973235_2	Generated by ENCODE Consortium
+GSM970873_8	Generated by ENCODE Consortium
+GSM912893_1	Generated by ENCODE Consortium
+GSM769020_1	Generated by ENCODE Consortium
+GSM900187_1	Generated by ENCODE Consortium
+GSM970863_4	Generated by ENCODE Consortium
+GSM970859_2	Generated by ENCODE Consortium
+GSM923589_2	Generated by ENCODE Consortium
+GSM769018_1	Generated by ENCODE Consortium
+GSM929710_1	Generated by ENCODE Consortium
+GSM900197_2	Generated by ENCODE Consortium
+GSM923588_2	Generated by ENCODE Consortium
+GSM970870_3	Generated by ENCODE Consortium
+GSM900189_2	Generated by ENCODE Consortium
+GSM946529_3	Generated by ENCODE Consortium
+GSM912929_1	Generated by ENCODE Consortium
+GSM900183_3	Generated by ENCODE Consortium
+GSM918722_1	Generated by ENCODE Consortium
+GSM798326_1	Generated by ENCODE Consortium
+GSM798325_1	Generated by ENCODE Consortium
+GSM769028_1	Generated by ENCODE Consortium
+GSM970873_4	Generated by ENCODE Consortium
+GSM946547_2	Generated by ENCODE Consortium
+GSM946542_2	Generated by ENCODE Consortium
+GSM900192_4	Generated by ENCODE Consortium
+GSM912919_1	Generated by ENCODE Consortium
+GSM970856_6	Generated by ENCODE Consortium
+GSM923580_2	Generated by ENCODE Consortium
+GSM798324_1	Generated by ENCODE Consortium
+GSM918411_1	Generated by ENCODE Consortium
+GSM970855_4	Generated by ENCODE Consortium
+GSM923575_3	Generated by ENCODE Consortium
+GSM929774_2	Generated by ENCODE Consortium
+GSM912911_1	Generated by ENCODE Consortium
+GSM900189_1	Generated by ENCODE Consortium
+GSM923587_2	Generated by ENCODE Consortium
+GSM946537_3	Generated by ENCODE Consortium
+GSM923573_3	Generated by ENCODE Consortium
+GSM918738_1	Generated by ENCODE Consortium
+GSM970863_6	Generated by ENCODE Consortium
+GSM929705_2	Generated by ENCODE Consortium
+GSM900187_2	Generated by ENCODE Consortium
+GSM970873_6	Generated by ENCODE Consortium
+GSM923590_2	Generated by ENCODE Consortium
+GSM946525_2	Generated by ENCODE Consortium
+GSM929711_1	Generated by ENCODE Consortium
+GSM970858_2	Generated by ENCODE Consortium
+GSM769026_1	Generated by ENCODE Consortium
+GSM946543_1	Generated by ENCODE Consortium
+GSM918713_1	Generated by ENCODE Consortium
+GSM929704_2	Generated by ENCODE Consortium
+GSM970855_2	Generated by ENCODE Consortium
+GSM918757_1	Generated by ENCODE Consortium
+GSM923571_1	Generated by ENCODE Consortium
+GSM970875_3	Generated by ENCODE Consortium
+GSM970852_1	Generated by ENCODE Consortium
+GSM915180_2	Generated by ENCODE Consortium
+GSM912897_1	Generated by ENCODE Consortium
+GSM918751_1	Generated by ENCODE Consortium
+GSM946535_3	Generated by ENCODE Consortium
+GSM923571_3	Generated by ENCODE Consortium
+GSM929723_2	Generated by ENCODE Consortium
+GSM923579_2	Generated by ENCODE Consortium
+GSM923569_1	Generated by ENCODE Consortium
+GSM923572_3	Generated by ENCODE Consortium
+GSM970852_2	Generated by ENCODE Consortium
+GSM900196_3	Generated by ENCODE Consortium
+GSM970852_3	Generated by ENCODE Consortium
+GSM918729_1	Generated by ENCODE Consortium
+GSM912917_1	Generated by ENCODE Consortium
+GSM900199_3	Generated by ENCODE Consortium
+GSM918734_1	Generated by ENCODE Consortium
+GSM798323_1	Generated by ENCODE Consortium
+GSM912918_1	Generated by ENCODE Consortium
+GSM769029_1	Generated by ENCODE Consortium
+GSM915161_1	Generated by ENCODE Consortium
+GSM946519_2	Generated by ENCODE Consortium
+GSM970852_4	Generated by ENCODE Consortium
+GSM900187_3	Generated by ENCODE Consortium
+GSM900194_2	Generated by ENCODE Consortium
+GSM970864_1	Generated by ENCODE Consortium
+GSM900188_2	Generated by ENCODE Consortium
+GSM913032_1	Generated by ENCODE Consortium
+GSM970851_3	Generated by ENCODE Consortium
+GSM970862_1	Generated by ENCODE Consortium
+GSM923585_3	Generated by ENCODE Consortium
+GSM970869_3	Generated by ENCODE Consortium
+GSM973234_4	Generated by ENCODE Consortium
+GSM970855_6	Generated by ENCODE Consortium
+GSM900192_2	Generated by ENCODE Consortium
+GSM946532_3	Generated by ENCODE Consortium
+GSM900199_4	Generated by ENCODE Consortium
+GSM923588_3	Generated by ENCODE Consortium
+GSM923577_2	Generated by ENCODE Consortium
+GSM970875_6	Generated by ENCODE Consortium
+GSM929706_1	Generated by ENCODE Consortium
+GSM900186_1	Generated by ENCODE Consortium
+GSM970868_1	Generated by ENCODE Consortium
+GSM946533_1	Generated by ENCODE Consortium
+GSM769012_1	Generated by ENCODE Consortium
+GSM946542_3	Generated by ENCODE Consortium
+GSM900190_3	Generated by ENCODE Consortium
+GSM912899_1	Generated by ENCODE Consortium
+GSM915172_3	Generated by ENCODE Consortium
+GSM970871_3	Generated by ENCODE Consortium
+GSM970857_1	Generated by ENCODE Consortium
+GSM970857_2	Generated by ENCODE Consortium
+GSM918709_1	Generated by ENCODE Consortium
+GSM918720_1	Generated by ENCODE Consortium
+GSM946527_1	Generated by ENCODE Consortium
+GSM912928_1	Generated by ENCODE Consortium
+GSM915177_1	Generated by ENCODE Consortium
+GSM915179_1	Generated by ENCODE Consortium
+GSM973233_4	Generated by ENCODE Consortium
+GSM912926_1	Generated by ENCODE Consortium
+GSM769021_1	Generated by ENCODE Consortium
+GSM973233_2	Generated by ENCODE Consortium
+GSM929772_2	Generated by ENCODE Consortium
+GSM912906_1	Generated by ENCODE Consortium
+GSM970863_3	Generated by ENCODE Consortium
+GSM946549_2	Generated by ENCODE Consortium
+GSM798328_1	Generated by ENCODE Consortium
+GSM912903_1	Generated by ENCODE Consortium
+GSM970875_5	Generated by ENCODE Consortium
+GSM929772_1	Generated by ENCODE Consortium
+GSM912921_1	Generated by ENCODE Consortium
+GSM923571_2	Generated by ENCODE Consortium
+GSM970873_10	Generated by ENCODE Consortium
+GSM900196_4	Generated by ENCODE Consortium
+GSM946544_3	Generated by ENCODE Consortium
+GSM918710_1	Generated by ENCODE Consortium
+GSM929719_2	Generated by ENCODE Consortium
+GSM918724_1	Generated by ENCODE Consortium
+GSM900199_1	Generated by ENCODE Consortium
+GSM970856_4	Generated by ENCODE Consortium
+GSM923582_4	Generated by ENCODE Consortium
+GSM923581_1	Generated by ENCODE Consortium
+GSM923577_3	Generated by ENCODE Consortium
+GSM915162_1	Generated by ENCODE Consortium
+GSM769033_1	Generated by ENCODE Consortium
+GSM915180_1	Generated by ENCODE Consortium
+GSM918711_1	Generated by ENCODE Consortium
+GSM929713_2	Generated by ENCODE Consortium
+GSM970872_5	Generated by ENCODE Consortium
+GSM970862_2	Generated by ENCODE Consortium
+GSM929713_1	Generated by ENCODE Consortium
+GSM995443_1	Generated by ENCODE Consortium
+GSM995537_1	Generated by ENCODE Consortium
+GSM1014185_1	Generated by ENCODE Consortium
+GSM1003826_2	Generated by ENCODE Consortium
+GSM1014165_1	Generated by ENCODE Consortium
+GSM1014163_1	Generated by ENCODE Consortium
+GSM1000564_1	Generated by ENCODE Consortium
+GSM1000100_1	Generated by ENCODE Consortium
+GSM1000112_1	Generated by ENCODE Consortium
+GSM1014199_2	Generated by ENCODE Consortium
+GSM995535_1	Generated by ENCODE Consortium
+GSM1000113_1	Generated by ENCODE Consortium
+GSM1014161_1	Generated by ENCODE Consortium
+GSM1000570_4	Generated by ENCODE Consortium
+GSM1003792_1	Generated by ENCODE Consortium
+GSM995438_1	Generated by ENCODE Consortium
+GSM1000099_1	Generated by ENCODE Consortium
+GSM1014148_1	Generated by ENCODE Consortium
+GSM1000143_1	Generated by ENCODE Consortium
+GSM1000078_1	Generated by ENCODE Consortium
+GSM1003744_1	Generated by ENCODE Consortium
+GSM1000566_4	Generated by ENCODE Consortium
+GSM1014177_2	Generated by ENCODE Consortium
+GSM1014149_1	Generated by ENCODE Consortium
+GSM1000568_3	Generated by ENCODE Consortium
+GSM1000146_1	Generated by ENCODE Consortium
+GSM1003797_1	Generated by ENCODE Consortium
+GSM1000562_3	Generated by ENCODE Consortium
+GSM1000156_1	Generated by ENCODE Consortium
+GSM1000069_1	Generated by ENCODE Consortium
+GSM995529_2	Generated by ENCODE Consortium
+GSM1014170_3	Generated by ENCODE Consortium
+GSM1003239_2	Generated by ENCODE Consortium
+GSM1000072_1	Generated by ENCODE Consortium
+GSM1014182_2	Generated by ENCODE Consortium
+GSM1014179_1	Generated by ENCODE Consortium
+GSM1003801_1	Generated by ENCODE Consortium
+GSM1014195_2	Generated by ENCODE Consortium
+GSM1003752_1	Generated by ENCODE Consortium
+GSM1003825_4	Generated by ENCODE Consortium
+GSM1014159_2	Generated by ENCODE Consortium
+GSM1000563_1	Generated by ENCODE Consortium
+GSM1003814_1	Generated by ENCODE Consortium
+GSM1000109_1	Generated by ENCODE Consortium
+GSM1003800_1	Generated by ENCODE Consortium
+GSM1000110_1	Generated by ENCODE Consortium
+GSM1014195_3	Generated by ENCODE Consortium
+GSM1000129_1	Generated by ENCODE Consortium
+GSM1000563_2	Generated by ENCODE Consortium
+GSM1003745_1	Generated by ENCODE Consortium
+GSM1003796_1	Generated by ENCODE Consortium
+GSM1000567_1	Generated by ENCODE Consortium
+GSM1000206_1	Generated by ENCODE Consortium
+GSM1000132_1	Generated by ENCODE Consortium
+GSM1003817_1	Generated by ENCODE Consortium
+GSM1014185_2	Generated by ENCODE Consortium
+GSM1000079_1	Generated by ENCODE Consortium
+GSM1014186_1	Generated by ENCODE Consortium
+GSM1000128_1	Generated by ENCODE Consortium
+GSM1003790_1	Generated by ENCODE Consortium
+GSM1003776_1	Generated by ENCODE Consortium
+GSM995530_2	Generated by ENCODE Consortium
+GSM1000153_1	Generated by ENCODE Consortium
+GSM1003812_1	Generated by ENCODE Consortium
+GSM1000063_1	Generated by ENCODE Consortium
+GSM1000127_1	Generated by ENCODE Consortium
+GSM1014195_7	Generated by ENCODE Consortium
+GSM1000144_1	Generated by ENCODE Consortium
+GSM1003786_1	Generated by ENCODE Consortium
+GSM1000133_1	Generated by ENCODE Consortium
+GSM1014156_1	Generated by ENCODE Consortium
+GSM995540_1	Generated by ENCODE Consortium
+GSM995532_4	Generated by ENCODE Consortium
+GSM995447_1	Generated by ENCODE Consortium
+GSM1000094_1	Generated by ENCODE Consortium
+GSM1000201_1	Generated by ENCODE Consortium
+GSM1000151_1	Generated by ENCODE Consortium
+GSM1000086_1	Generated by ENCODE Consortium
+GSM1014170_2	Generated by ENCODE Consortium
+GSM1000568_4	Generated by ENCODE Consortium
+GSM1003827_2	Generated by ENCODE Consortium
+GSM1014195_10	Generated by ENCODE Consortium
+GSM1000567_3	Generated by ENCODE Consortium
+GSM1000565_1	Generated by ENCODE Consortium
+GSM1000093_1	Generated by ENCODE Consortium
+GSM1014169_2	Generated by ENCODE Consortium
+GSM1014153_2	Generated by ENCODE Consortium
+GSM1014180_1	Generated by ENCODE Consortium
+GSM1003813_2	Generated by ENCODE Consortium
+GSM1003825_2	Generated by ENCODE Consortium
+GSM1014195_13	Generated by ENCODE Consortium
+GSM1014152_1	Generated by ENCODE Consortium
+GSM1000564_2	Generated by ENCODE Consortium
+GSM1014173_1	Generated by ENCODE Consortium
+GSM1003832_2	Generated by ENCODE Consortium
+GSM995535_3	Generated by ENCODE Consortium
+GSM1000125_1	Generated by ENCODE Consortium
+GSM1014160_1	Generated by ENCODE Consortium
+GSM1000076_1	Generated by ENCODE Consortium
+GSM1000120_1	Generated by ENCODE Consortium
+GSM1003780_1	Generated by ENCODE Consortium
+GSM1000135_1	Generated by ENCODE Consortium
+GSM995535_2	Generated by ENCODE Consortium
+GSM995447_2	Generated by ENCODE Consortium
+GSM1003784_1	Generated by ENCODE Consortium
+GSM1014173_2	Generated by ENCODE Consortium
+GSM1003813_1	Generated by ENCODE Consortium
+GSM1003239_1	Generated by ENCODE Consortium
+GSM1003816_2	Generated by ENCODE Consortium
+GSM1014181_1	Generated by ENCODE Consortium
+GSM1014154_1	Generated by ENCODE Consortium
+GSM1000108_1	Generated by ENCODE Consortium
+GSM1003805_1	Generated by ENCODE Consortium
+GSM1014171_2	Generated by ENCODE Consortium
+GSM1003803_1	Generated by ENCODE Consortium
+GSM1000204_1	Generated by ENCODE Consortium
+GSM1000567_4	Generated by ENCODE Consortium
+GSM1000138_1	Generated by ENCODE Consortium
+GSM995532_2	Generated by ENCODE Consortium
+GSM1014183_1	Generated by ENCODE Consortium
+GSM1000091_1	Generated by ENCODE Consortium
+GSM1014172_2	Generated by ENCODE Consortium
+GSM1000562_1	Generated by ENCODE Consortium
+GSM1014177_1	Generated by ENCODE Consortium
+GSM1003793_1	Generated by ENCODE Consortium
+GSM1000073_1	Generated by ENCODE Consortium
+GSM995446_1	Generated by ENCODE Consortium
+GSM1014150_1	Generated by ENCODE Consortium
+GSM1014171_1	Generated by ENCODE Consortium
+GSM1003804_1	Generated by ENCODE Consortium
+GSM1014190_1	Generated by ENCODE Consortium
+GSM1003749_1	Generated by ENCODE Consortium
+GSM1014192_1	Generated by ENCODE Consortium
+GSM1014168_2	Generated by ENCODE Consortium
+GSM1003828_2	Generated by ENCODE Consortium
+GSM995533_1	Generated by ENCODE Consortium
+GSM1003824_2	Generated by ENCODE Consortium
+GSM1003810_1	Generated by ENCODE Consortium
+GSM1003834_2	Generated by ENCODE Consortium
+GSM1000571_1	Generated by ENCODE Consortium
+GSM995536_1	Generated by ENCODE Consortium
+GSM1003756_1	Generated by ENCODE Consortium
+GSM1014199_1	Generated by ENCODE Consortium
+GSM1003832_1	Generated by ENCODE Consortium
+GSM1000121_1	Generated by ENCODE Consortium
+GSM1014151_6	Generated by ENCODE Consortium
+GSM995439_1	Generated by ENCODE Consortium
+GSM1003757_1	Generated by ENCODE Consortium
+GSM1014178_2	Generated by ENCODE Consortium
+GSM995538_1	Generated by ENCODE Consortium
+GSM1014195_8	Generated by ENCODE Consortium
+GSM995536_2	Generated by ENCODE Consortium
+GSM1014162_1	Generated by ENCODE Consortium
+GSM1000150_1	Generated by ENCODE Consortium
+GSM1000562_4	Generated by ENCODE Consortium
+GSM1014192_3	Generated by ENCODE Consortium
+GSM1000572_2	Generated by ENCODE Consortium
+GSM1014166_1	Generated by ENCODE Consortium
+GSM1000566_1	Generated by ENCODE Consortium
+GSM1000092_1	Generated by ENCODE Consortium
+GSM1000087_1	Generated by ENCODE Consortium
+GSM1014175_1	Generated by ENCODE Consortium
+GSM1003820_2	Generated by ENCODE Consortium
+GSM1014192_2	Generated by ENCODE Consortium
+GSM1003831_2	Generated by ENCODE Consortium
+GSM1014170_1	Generated by ENCODE Consortium
+GSM995440_1	Generated by ENCODE Consortium
+GSM1000141_1	Generated by ENCODE Consortium
+GSM1014164_3	Generated by ENCODE Consortium
+GSM995525_1	Generated by ENCODE Consortium
+GSM1003822_1	Generated by ENCODE Consortium
+GSM1014148_3	Generated by ENCODE Consortium
+GSM995537_3	Generated by ENCODE Consortium
+GSM1000140_1	Generated by ENCODE Consortium
+GSM995541_2	Generated by ENCODE Consortium
+GSM1014153_1	Generated by ENCODE Consortium
+GSM1003823_2	Generated by ENCODE Consortium
+GSM1003818_2	Generated by ENCODE Consortium
+GSM1003834_1	Generated by ENCODE Consortium
+GSM1003775_1	Generated by ENCODE Consortium
+GSM1014164_1	Generated by ENCODE Consortium
+GSM1000200_1	Generated by ENCODE Consortium
+GSM1014178_1	Generated by ENCODE Consortium
+GSM1014195_4	Generated by ENCODE Consortium
+GSM1003802_1	Generated by ENCODE Consortium
+GSM995526_2	Generated by ENCODE Consortium
+GSM1000563_3	Generated by ENCODE Consortium
+GSM995534_3	Generated by ENCODE Consortium
+GSM1003819_2	Generated by ENCODE Consortium
+GSM995530_1	Generated by ENCODE Consortium
+GSM1000080_1	Generated by ENCODE Consortium
+GSM1003779_1	Generated by ENCODE Consortium
+GSM1014191_3	Generated by ENCODE Consortium
+GSM1000203_1	Generated by ENCODE Consortium
+GSM1000573_1	Generated by ENCODE Consortium
+GSM1000137_1	Generated by ENCODE Consortium
+GSM1000152_1	Generated by ENCODE Consortium
+GSM1000147_1	Generated by ENCODE Consortium
+GSM1003821_1	Generated by ENCODE Consortium
+GSM1003830_2	Generated by ENCODE Consortium
+GSM1000573_4	Generated by ENCODE Consortium
+GSM1014151_1	Generated by ENCODE Consortium
+GSM1014195_1	Generated by ENCODE Consortium
+GSM1014168_3	Generated by ENCODE Consortium
+GSM1000067_1	Generated by ENCODE Consortium
+GSM1003809_1	Generated by ENCODE Consortium
+GSM1003833_1	Generated by ENCODE Consortium
+GSM1000095_1	Generated by ENCODE Consortium
+GSM1000083_1	Generated by ENCODE Consortium
+GSM1000148_1	Generated by ENCODE Consortium
+GSM995536_3	Generated by ENCODE Consortium
+GSM995534_4	Generated by ENCODE Consortium
+GSM1014160_2	Generated by ENCODE Consortium
+GSM1000202_1	Generated by ENCODE Consortium
+GSM1014182_1	Generated by ENCODE Consortium
+GSM1014193_1	Generated by ENCODE Consortium
+GSM1000077_1	Generated by ENCODE Consortium
+GSM995541_3	Generated by ENCODE Consortium
+GSM1014172_1	Generated by ENCODE Consortium
+GSM1000096_1	Generated by ENCODE Consortium
+GSM995533_4	Generated by ENCODE Consortium
+GSM1000573_2	Generated by ENCODE Consortium
+GSM1000107_1	Generated by ENCODE Consortium
+GSM1000574_4	Generated by ENCODE Consortium
+GSM995442_1	Generated by ENCODE Consortium
+GSM1000075_1	Generated by ENCODE Consortium
+GSM1014151_4	Generated by ENCODE Consortium
+GSM995525_4	Generated by ENCODE Consortium
+GSM995445_1	Generated by ENCODE Consortium
+GSM1000566_3	Generated by ENCODE Consortium
+GSM1000565_2	Generated by ENCODE Consortium
+GSM1003755_1	Generated by ENCODE Consortium
+GSM1014157_1	Generated by ENCODE Consortium
+GSM1003758_1	Generated by ENCODE Consortium
+GSM1003794_1	Generated by ENCODE Consortium
+GSM1003753_1	Generated by ENCODE Consortium
+GSM1014179_2	Generated by ENCODE Consortium
+GSM1014163_2	Generated by ENCODE Consortium
+GSM1003751_1	Generated by ENCODE Consortium
+GSM995527_4	Generated by ENCODE Consortium
+GSM995527_1	Generated by ENCODE Consortium
+GSM1003798_1	Generated by ENCODE Consortium
+GSM1000149_1	Generated by ENCODE Consortium
+GSM1003795_1	Generated by ENCODE Consortium
+GSM1000084_1	Generated by ENCODE Consortium
+GSM1014189_1	Generated by ENCODE Consortium
+GSM1014166_2	Generated by ENCODE Consortium
+GSM995533_3	Generated by ENCODE Consortium
+GSM1014176_1	Generated by ENCODE Consortium
+GSM1000207_1	Generated by ENCODE Consortium
+GSM1014189_2	Generated by ENCODE Consortium
+GSM1000097_1	Generated by ENCODE Consortium
+GSM1003785_1	Generated by ENCODE Consortium
+GSM995532_1	Generated by ENCODE Consortium
+GSM995537_4	Generated by ENCODE Consortium
+GSM1014194_3	Generated by ENCODE Consortium
+GSM1000565_4	Generated by ENCODE Consortium
+GSM1003829_1	Generated by ENCODE Consortium
+GSM1014151_2	Generated by ENCODE Consortium
+GSM995437_1	Generated by ENCODE Consortium
+GSM995529_1	Generated by ENCODE Consortium
+GSM1014197_1	Generated by ENCODE Consortium
+GSM1000106_1	Generated by ENCODE Consortium
+GSM995446_2	Generated by ENCODE Consortium
+GSM1014190_2	Generated by ENCODE Consortium
+GSM1000085_1	Generated by ENCODE Consortium
+GSM1003777_1	Generated by ENCODE Consortium
+GSM995446_3	Generated by ENCODE Consortium
+GSM1003782_1	Generated by ENCODE Consortium
+GSM1000569_2	Generated by ENCODE Consortium
+GSM1003791_1	Generated by ENCODE Consortium
+GSM1000563_4	Generated by ENCODE Consortium
+GSM1000101_1	Generated by ENCODE Consortium
+GSM1000568_1	Generated by ENCODE Consortium
+GSM1014191_1	Generated by ENCODE Consortium
+GSM995449_1	Generated by ENCODE Consortium
+GSM1000136_1	Generated by ENCODE Consortium
+GSM1014159_1	Generated by ENCODE Consortium
+GSM1014151_7	Generated by ENCODE Consortium
+GSM1000570_3	Generated by ENCODE Consortium
+GSM1000081_1	Generated by ENCODE Consortium
+GSM1003746_1	Generated by ENCODE Consortium
+GSM1003831_1	Generated by ENCODE Consortium
+GSM1014187_1	Generated by ENCODE Consortium
+GSM1014184_2	Generated by ENCODE Consortium
+GSM1014196_2	Generated by ENCODE Consortium
+GSM1000122_1	Generated by ENCODE Consortium
+GSM1014200_2	Generated by ENCODE Consortium
+GSM1014187_2	Generated by ENCODE Consortium
+GSM1014198_1	Generated by ENCODE Consortium
+GSM1014194_1	Generated by ENCODE Consortium
+GSM1000574_3	Generated by ENCODE Consortium
+GSM1003781_1	Generated by ENCODE Consortium
+GSM1000119_1	Generated by ENCODE Consortium
+GSM1000567_2	Generated by ENCODE Consortium
+GSM1000131_1	Generated by ENCODE Consortium
+GSM1000155_1	Generated by ENCODE Consortium
+GSM1014170_4	Generated by ENCODE Consortium
+GSM1000139_1	Generated by ENCODE Consortium
+GSM995531_4	Generated by ENCODE Consortium
+GSM1003821_2	Generated by ENCODE Consortium
+GSM1003819_1	Generated by ENCODE Consortium
+GSM995538_3	Generated by ENCODE Consortium
+GSM1000569_4	Generated by ENCODE Consortium
+GSM995541_1	Generated by ENCODE Consortium
+GSM995527_3	Generated by ENCODE Consortium
+GSM1014186_2	Generated by ENCODE Consortium
+GSM995534_2	Generated by ENCODE Consortium
+GSM995528_2	Generated by ENCODE Consortium
+GSM1003816_1	Generated by ENCODE Consortium
+GSM995526_1	Generated by ENCODE Consortium
+GSM1014174_2	Generated by ENCODE Consortium
+GSM1000098_1	Generated by ENCODE Consortium
+GSM1003783_1	Generated by ENCODE Consortium
+GSM1000572_1	Generated by ENCODE Consortium
+GSM1003811_1	Generated by ENCODE Consortium
+GSM995534_1	Generated by ENCODE Consortium
+GSM1014195_11	Generated by ENCODE Consortium
+GSM1014200_1	Generated by ENCODE Consortium
+GSM1000066_1	Generated by ENCODE Consortium
+GSM1014148_2	Generated by ENCODE Consortium
+GSM1014158_1	Generated by ENCODE Consortium
+GSM1014169_1	Generated by ENCODE Consortium
+GSM1000154_1	Generated by ENCODE Consortium
+GSM1000116_1	Generated by ENCODE Consortium
+GSM1000089_1	Generated by ENCODE Consortium
+GSM1014150_2	Generated by ENCODE Consortium
+GSM1000102_1	Generated by ENCODE Consortium
+GSM995441_1	Generated by ENCODE Consortium
+GSM995533_2	Generated by ENCODE Consortium
+GSM1014195_6	Generated by ENCODE Consortium
+GSM1003825_3	Generated by ENCODE Consortium
+GSM1000142_1	Generated by ENCODE Consortium
+GSM995448_1	Generated by ENCODE Consortium
+GSM1014197_2	Generated by ENCODE Consortium
+GSM995528_1	Generated by ENCODE Consortium
+GSM1003750_1	Generated by ENCODE Consortium
+GSM1014195_9	Generated by ENCODE Consortium
+GSM1000564_4	Generated by ENCODE Consortium
+GSM1000090_1	Generated by ENCODE Consortium
+GSM1000571_4	Generated by ENCODE Consortium
+GSM1000074_1	Generated by ENCODE Consortium
+GSM1000114_1	Generated by ENCODE Consortium
+GSM1014167_2	Generated by ENCODE Consortium
+GSM1003822_2	Generated by ENCODE Consortium
+GSM1000572_3	Generated by ENCODE Consortium
+GSM1000130_1	Generated by ENCODE Consortium
+GSM1000145_1	Generated by ENCODE Consortium
+GSM995537_2	Generated by ENCODE Consortium
+GSM1014165_2	Generated by ENCODE Consortium
+GSM995531_2	Generated by ENCODE Consortium
+GSM1000103_1	Generated by ENCODE Consortium
+GSM1014181_2	Generated by ENCODE Consortium
+GSM1003817_2	Generated by ENCODE Consortium
+GSM1014195_12	Generated by ENCODE Consortium
+GSM1003825_1	Generated by ENCODE Consortium
+GSM1000071_1	Generated by ENCODE Consortium
+GSM1000572_4	Generated by ENCODE Consortium
+GSM1003806_1	Generated by ENCODE Consortium
+GSM995447_4	Generated by ENCODE Consortium
+GSM1000569_3	Generated by ENCODE Consortium
+GSM1003747_1	Generated by ENCODE Consortium
+GSM1003818_1	Generated by ENCODE Consortium
+GSM1000569_1	Generated by ENCODE Consortium
+GSM1000068_1	Generated by ENCODE Consortium
+GSM995540_2	Generated by ENCODE Consortium
+GSM995532_3	Generated by ENCODE Consortium
+GSM1000574_1	Generated by ENCODE Consortium
+GSM1000570_2	Generated by ENCODE Consortium
+GSM1014192_4	Generated by ENCODE Consortium
+GSM1003826_1	Generated by ENCODE Consortium
+GSM1000134_1	Generated by ENCODE Consortium
+GSM995531_1	Generated by ENCODE Consortium
+GSM1000566_2	Generated by ENCODE Consortium
+GSM1003820_1	Generated by ENCODE Consortium
+GSM1000574_2	Generated by ENCODE Consortium
+GSM1000126_1	Generated by ENCODE Consortium
+GSM1003807_1	Generated by ENCODE Consortium
+GSM1003814_2	Generated by ENCODE Consortium
+GSM1000088_1	Generated by ENCODE Consortium
+GSM1000082_1	Generated by ENCODE Consortium
+GSM1003823_1	Generated by ENCODE Consortium
+GSM995539_2	Generated by ENCODE Consortium
+GSM1000064_1	Generated by ENCODE Consortium
+GSM1000570_1	Generated by ENCODE Consortium
+GSM1000115_1	Generated by ENCODE Consortium
+GSM995538_4	Generated by ENCODE Consortium
+GSM1000205_1	Generated by ENCODE Consortium
+GSM995447_3	Generated by ENCODE Consortium
+GSM1014196_1	Generated by ENCODE Consortium
+GSM995539_3	Generated by ENCODE Consortium
+GSM995447_5	Generated by ENCODE Consortium
+GSM1003824_1	Generated by ENCODE Consortium
+GSM1014184_1	Generated by ENCODE Consortium
+GSM1003808_1	Generated by ENCODE Consortium
+GSM995525_3	Generated by ENCODE Consortium
+GSM1003787_1	Generated by ENCODE Consortium
+GSM1014168_1	Generated by ENCODE Consortium
+GSM1014176_2	Generated by ENCODE Consortium
+GSM1000105_1	Generated by ENCODE Consortium
+GSM1003828_1	Generated by ENCODE Consortium
+GSM1000562_2	Generated by ENCODE Consortium
+GSM1000065_1	Generated by ENCODE Consortium
+GSM1000111_1	Generated by ENCODE Consortium
+GSM1014194_2	Generated by ENCODE Consortium
+GSM1014164_2	Generated by ENCODE Consortium
+GSM1003748_1	Generated by ENCODE Consortium
+GSM995525_2	Generated by ENCODE Consortium
+GSM1000571_3	Generated by ENCODE Consortium
+GSM1014151_3	Generated by ENCODE Consortium
+GSM1014174_1	Generated by ENCODE Consortium
+GSM1000104_1	Generated by ENCODE Consortium
+GSM1014155_1	Generated by ENCODE Consortium
+GSM1014180_2	Generated by ENCODE Consortium
+GSM1000565_3	Generated by ENCODE Consortium
+GSM1000568_2	Generated by ENCODE Consortium
+GSM995535_4	Generated by ENCODE Consortium
+GSM1003833_2	Generated by ENCODE Consortium
+GSM995539_4	Generated by ENCODE Consortium
+GSM1014152_2	Generated by ENCODE Consortium
+GSM1014167_1	Generated by ENCODE Consortium
+GSM1014161_2	Generated by ENCODE Consortium
+GSM1014154_2	Generated by ENCODE Consortium
+GSM1003829_2	Generated by ENCODE Consortium
+GSM1000564_3	Generated by ENCODE Consortium
+GSM995527_2	Generated by ENCODE Consortium
+GSM995444_1	Generated by ENCODE Consortium
+GSM1000118_1	Generated by ENCODE Consortium
+GSM995541_4	Generated by ENCODE Consortium
+GSM1003238_1	Generated by ENCODE Consortium
+GSM1000070_1	Generated by ENCODE Consortium
+GSM1014149_2	Generated by ENCODE Consortium
+GSM1003827_1	Generated by ENCODE Consortium
+GSM995436_1	Generated by ENCODE Consortium
+GSM1003778_1	Generated by ENCODE Consortium
+GSM1000208_1	Generated by ENCODE Consortium
+GSM1000573_3	Generated by ENCODE Consortium
+GSM1014191_2	Generated by ENCODE Consortium
+GSM1003815_2	Generated by ENCODE Consortium
+GSM995539_1	Generated by ENCODE Consortium
+GSM1003815_1	Generated by ENCODE Consortium
+GSM1000117_1	Generated by ENCODE Consortium
+GSM1003774_1	Generated by ENCODE Consortium
+GSM1003799_1	Generated by ENCODE Consortium
+GSM1003754_1	Generated by ENCODE Consortium
+GSM1003830_1	Generated by ENCODE Consortium
+GSM1000124_1	Generated by ENCODE Consortium
+GSM995536_4	Generated by ENCODE Consortium
+GSM1003789_1	Generated by ENCODE Consortium
+GSM1014195_14	Generated by ENCODE Consortium
+GSM1014188_1	Generated by ENCODE Consortium
+GSM1000123_1	Generated by ENCODE Consortium
+GSM1014151_5	Generated by ENCODE Consortium
+GSM1000571_2	Generated by ENCODE Consortium
+GSM995538_2	Generated by ENCODE Consortium
+GSM1003788_1	Generated by ENCODE Consortium
+GSM995531_3	Generated by ENCODE Consortium
+GSM1014193_2	Generated by ENCODE Consortium
+GSM1003238_2	Generated by ENCODE Consortium
+GSM1014195_5	Generated by ENCODE Consortium
diff --git a/mm9/trackAttr2idx b/mm9/trackAttr2idx
new file mode 100644
index 0000000..6ac828c
--- /dev/null
+++ b/mm9/trackAttr2idx
@@ -0,0 +1,148 @@
+10001	MEL (Leukemia (K562 analog))	10001	MEL (Leukemia (K562 analog))
+10002	ES-E14 (mouse embryonic stem cell line E14)	10002	ES-E14 (mouse embryonic stem cell line E14)
+10003	CH12 (B-cell lymphoma (GM12878 analog))	10003	CH12 (B-cell lymphoma (GM12878 analog))
+10004	NIH-3T3 (fibroblast)	10004	NIH-3T3 (fibroblast)
+10005	Cerebellum	10005	Cerebellum
+10006	LgIntestine (Large Intestine)	10006	LgIntestine (Large Intestine)
+10007	Patski (Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.)	10007	Patski (Mouse Embryonic Kidney Fibroblast. As described in Lingenfelter et al., 1998 (Nat Genet. 1998 18:212-3) and Yang et al., 2010 (Genome Res.  2010 20:614-22), PATSKI is a female interspecific mouse fibroblast that was derived from the embryonic  kidney of an M.spretus x C57BL/6J hybrid mouse such that the C57Bl/6J X chromosome (maternal) is  always the inactive X. This is an adherent cell line.)
+10008	GenitalFatPad (Genital Adipose tissue)	10008	GenitalFatPad (Genital Adipose tissue)
+10009	Liver	10009	Liver
+10010	A20 (B cell lymphoma line derived from a spontaneous reticulum cell neoplasm)	10010	A20 (B cell lymphoma line derived from a spontaneous reticulum cell neoplasm)
+10011	Cerebrum	10011	Cerebrum
+10012	Spleen	10012	Spleen
+10013	B-cell_(CD19+) (B Cell , CD19+)	10013	B-cell_(CD19+) (B Cell , CD19+)
+10014	Thymus	10014	Thymus
+10015	HeadlessEmbryo (Whole embryos with heads removed)	10015	HeadlessEmbryo (Whole embryos with heads removed)
+10016	Heart	10016	Heart
+10017	SkMuscle (Skeletal Muscle)	10017	SkMuscle (Skeletal Muscle)
+10018	B-cell_(CD43-) (mouse spleen B cells, CD43-,CD11b-)	10018	B-cell_(CD43-) (mouse spleen B cells, CD43-,CD11b-)
+10019	WholeBrain (Whole Brain)	10019	WholeBrain (Whole Brain)
+10020	416B (myeloid progenitor cells, CD34+)	10020	416B (myeloid progenitor cells, CD34+)
+10021	FatPad (Adipose tissue)	10021	FatPad (Adipose tissue)
+10022	T-Naive (Naive T cells: CD4+, CD25-)	10022	T-Naive (Naive T cells: CD4+, CD25-)
+10023	Lung	10023	Lung
+10024	Kidney	10024	Kidney
+10025	Erythrobl (Erythroblast, ter119+ cells from liver)	10025	Erythrobl (Erythroblast, ter119+ cells from liver)
+10026	G1E (Gata1- erythroid progenitor)	10026	G1E (Gata1- erythroid progenitor)
+10027	G1E-ER4 (Gata1 restored erythroid cells, differentiation induced by estradiol (E2))	10027	G1E-ER4 (Gata1 restored erythroid cells, differentiation induced by estradiol (E2))
+10028	Megakaryo (Megakaryocyte)	10028	Megakaryo (Megakaryocyte)
+10029	10T1/2 (Multipotential cell line that can be converted by 5-azacytidine into three mesodermal stem cell lineages.)	10029	10T1/2 (Multipotential cell line that can be converted by 5-azacytidine into three mesodermal stem cell lineages.)
+10030	C2C12 (Myoblast cell line derived from thigh muscle of C3H mice after crush injury)	10030	C2C12 (Myoblast cell line derived from thigh muscle of C3H mice after crush injury)
+10031	Cortex	10031	Cortex
+10032	BoneMarrow (Bone Marrow)	10032	BoneMarrow (Bone Marrow)
+10033	Limb	10033	Limb
+10034	BAT (Brown adipocytes tissue)	10034	BAT (Brown adipocytes tissue)
+10035	SmIntestine (Small Intestine)	10035	SmIntestine (Small Intestine)
+10036	MEF (Mouse Embryonic Fibroblast)	10036	MEF (Mouse Embryonic Fibroblast)
+10037	Placenta	10037	Placenta
+10038	BMDM (Bone marrow derived macrophage)	10038	BMDM (Bone marrow derived macrophage)
+10039	OlfactBulb (Olfactory Bulb)	10039	OlfactBulb (Olfactory Bulb)
+10040	Testis	10040	Testis
+10041	ES-Bruce4 (mouse embryonic stem cells)	10041	ES-Bruce4 (mouse embryonic stem cells)
+10042	MammaryGland (Mammary Gland)	10042	MammaryGland (Mammary Gland)
+10043	Duodenum	10043	Duodenum
+10044	Adrenal (Adrenal gland)	10044	Adrenal (Adrenal gland)
+10045	SubcFatPad (Subcutaneous Adipose tissue)	10045	SubcFatPad (Subcutaneous Adipose tissue)
+10046	Stomach	10046	Stomach
+10047	Colon	10047	Colon
+10048	Ovary	10048	Ovary
+10049	J1 ES cells	10002	J1 mouse embryonic stem cell
+10050	ATM2E-I13	cell	A-MuLV transformed pro-B cells
+10051	ZhBTc4 (Undifferentiated mouse embryonic stem cells)	10051	ZhBTc4 (Undifferentiated mouse embryonic stem cells)
+10052	EPC_(CD117+_CD71+_TER119+) (liver fraction CD117+,CD71+,TER119+)	10052	EPC_(CD117+_CD71+_TER119+) (liver fraction CD117+,CD71+,TER119+)
+10053	ES-WW6_F1KO (Histone H1c, H1d, H1e triple null mouse embryonic stem cell line derived from ES-WW6 cells.)	10053	ES-WW6_F1KO (Histone H1c, H1d, H1e triple null mouse embryonic stem cell line derived from ES-WW6 cells.)
+10054	mG/ER (MEL-GATA-1-ER, This is a mouse suspension cell line derived from MEL cells by stable transfection with a GATA-1-ER fusion protein construct as described by Choe et al., 2003 (Cancer Res 63, 6363-6369, 2003). These cells can be terminally differentiated into mature erythroid cells with Β-estradiol treatment)	10054	mG/ER (MEL-GATA-1-ER, This is a mouse suspension cell line derived from MEL cells by stable transfection with a GATA-1-ER fusion protein construct as described by Choe et al., 2003 (Cancer Res 63, 6363-6369, 2003). These cells can be terminally differentiated into mature erythroid cells with Β-estradiol treatment)
+10055	HindlimbBud (embryo hindlimb buds)	10055	HindlimbBud (embryo hindlimb buds)
+10056	Retina	10056	Retina
+10057	THelper-Activated (Activated primary CD4 effector cells, isolated ex vivo)	10057	THelper-Activated (Activated primary CD4 effector cells, isolated ex vivo)
+10058	EPC_(CD117-_CD71+_TER119+) (liver fraction CD117-,CD71+,TER119+)	10058	EPC_(CD117-_CD71+_TER119+) (liver fraction CD117-,CD71+,TER119+)
+10059	ES-WW6 (ES-cells isolated from mix of ~20% C57/B6J, ~75% 129/Sv and ~5% SJL strains)	10059	ES-WW6 (ES-cells isolated from mix of ~20% C57/B6J, ~75% 129/Sv and ~5% SJL strains)
+10060	Mesoderm (axial somatic and lateral plate mesoderm from eviscerated headless, limbless embryos)	10060	Mesoderm (axial somatic and lateral plate mesoderm from eviscerated headless, limbless embryos)
+10061	EPC_(CD117+_CD71-_TER119-) (liver fraction CD117+,CD71-,TER119-)	10061	EPC_(CD117+_CD71-_TER119-) (liver fraction CD117+,CD71-,TER119-)
+10062	EPC_(CD117+_CD71+_TER119-) (liver fraction CD117+,CD71+,TER119-)	10062	EPC_(CD117+_CD71+_TER119-) (liver fraction CD117+,CD71+,TER119-)
+10063	ForelimbBud (embryo forelimb buds)	10063	ForelimbBud (embryo forelimb buds)
+10064	ES-CJ7 (ES-cells were originally isolated from 129S1/SVImJ mice by Swiatek PJ et al. in 1993 (Perinatal lethality and defects in hindbrain development in mice homozygous for a targeted mutation of the zinc finger gene Krox20. Swiatek PJ, Gridley T. Genes Dev. 1993 Nov,7(11):2071-84.))	10064	ES-CJ7 (ES-cells were originally isolated from 129S1/SVImJ mice by Swiatek PJ et al. in 1993 (Perinatal lethality and defects in hindbrain development in mice homozygous for a targeted mutation of the zinc finger gene Krox20. Swiatek PJ, Gridley T. Genes Dev. 1993 Nov,7(11):2071-84.))
+10065	TReg-Activated (Activated primary T regulatory cells, isolated ex vivo)	10065	TReg-Activated (Activated primary T regulatory cells, isolated ex vivo)
+10066	TReg (Regulatory T cells CD4+,CD25+)	10066	TReg (Regulatory T cells CD4+,CD25+)
+10067	3134 (Mammary)	10067	3134 (Mammary)
+10068	Fibroblast	10068	Fibroblast
+10069	MEP (mouse megakaryocyte erythroid progenitor cells with lineages CD16/32 and CD34-)	10069	MEP (mouse megakaryocyte erythroid progenitor cells with lineages CD16/32 and CD34-)
+10070	FVprogenitor (Friend virus infected murine CD34-,CD133-,Kit+,Sca1+ progenitor cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL)	10070	FVprogenitor (Friend virus infected murine CD34-,CD133-,Kit+,Sca1+ progenitor cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL)
+10071	FVLstem (Friend virus infected murine CD34+,CD133+,Kit+,Sca1+ Leukemia stem cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL)	10071	FVLstem (Friend virus infected murine CD34+,CD133+,Kit+,Sca1+ Leukemia stem cells. Strains which can be used to generate the cells must carry the Fv2 sensitive allele (Fv2s). #PROVISIONAL)
+10072	FrontalLobe (Frontal Lobe)	10072	FrontalLobe (Frontal Lobe)
+10073	Bladder (Urinary Bladder)	10073	Bladder (Urinary Bladder)
+10074	CNS (Central Nervous System)	10074	CNS (Central Nervous System)
+148	Hi-C	longrange assay	High-content genome conformation capture
+149	ChIA-PET	longrange assay	Chromatin interaction analysis by paired-end tag sequencing
+20001	RnaSeq (Sequencing analysis of RNA expression)	20001	RnaSeq (Sequencing analysis of RNA expression)
+20002	Input	20002	Input
+20003	H3K4me3	20003	H3K4me3
+20004	H3K27me3	20004	H3K27me3
+20005	H3K4me1	20005	H3K4me1
+20006	H3K36me3	20006	H3K36me3
+20007	H3K9me3	20007	H3K9me3
+20008	GATA1	20008	GATA1
+20009	TAL1	20009	TAL1
+20010	GATA2	20010	GATA2
+20011	CTCF	20011	CTCF
+20012	PAX5	20012	PAX5
+20013	Pol2-4H8	20013	Pol2-4H8
+20014	H3K79me3	20014	H3K79me3
+20015	H3K4me2	20015	H3K4me2
+20016	H3ac	20016	H3ac
+20017	H3K79me2	20017	H3K79me2
+20018	Pol2	20018	Pol2
+20019	p300	20019	p300
+20020	Myogenin	20020	Myogenin
+20021	USF-1	20021	USF-1
+20022	MyoD	20022	MyoD
+20023	NRSF	20023	NRSF
+20024	TCF12	20024	TCF12
+20025	CEBPB	20025	CEBPB
+20026	FOSL1	20026	FOSL1
+20027	Pol2(phosphoS2)	20027	Pol2(phosphoS2)
+20028	Max	20028	Max
+20029	SRF	20029	SRF
+20030	TCF3	20030	TCF3
+20031	E2F4	20031	E2F4
+20032	MafK	20032	MafK
+20033	JunD	20033	JunD
+20034	Mxi1	20034	Mxi1
+20035	c-Myc	20035	c-Myc
+20036	TBP	20036	TBP
+20037	c-Myb	20037	c-Myb
+20038	BHLHE40	20038	BHLHE40
+20039	NELFe	20039	NELFe
+20060	DnaseSeq (DNaseI HS Sequencing)	20040	DnaseSeq (DNaseI HS Sequencing)
+20040	Rad21	20040	Rad21
+20061	DnaseDgf (DNase Digital Footprinting)	20041	DnaseDgf (DNase Digital Footprinting)
+20041	GATA-1	20041	GATA-1
+20042	FLI1	20042	FLI1
+20062	USF2	20042	USF2
+20043	HCFC1	20043	HCFC1
+20063	SMC3	20043	SMC3
+20044	CHD2	20044	CHD2
+20064	SIN3A	20044	SIN3A
+20045	c-Jun	20045	c-Jun
+20065	Nrf2	20045	Nrf2
+20046	ZNF384	20046	ZNF384
+20047	ZC3H11A	20047	ZC3H11A
+20048	ETS1	20048	ETS1
+20049	MAZ	20049	MAZ
+20050	ZNF-MIZD-CP1	20050	ZNF-MIZD-CP1
+20051	CHD1	20051	CHD1
+20052	UBF	20052	UBF
+20053	COREST	20053	COREST
+20054	GCN5	20054	GCN5
+20055	ZKSCAN1	20055	ZKSCAN1
+20056	H3K27me3B	20056	H3K27me3B
+20057	H3K27ac	20057	H3K27ac
+20058	H3K36me3B	20058	H3K36me3B
+20059	H3K9ac	20059	H3K9ac
+30001	Stanford-m (Snyder - Stanford University)	30001	Stanford-m (Snyder - Stanford University)
+30002	UW-m (Stamatoyannopoulous - University of Washington)	30002	UW-m (Stamatoyannopoulous - University of Washington)
+30003	PSU-m (Hardison - Penn State University)	30003	PSU-m (Hardison - Penn State University)
+30004	Caltech-m (Wold - Califonia Institute of Technology)	30004	Caltech-m (Wold - Califonia Institute of Technology)
+30005	LICR-m (Ren - Ludwig Institue for Cancer Research)	30005	LICR-m (Ren - Ludwig Institue for Cancer Research)
+30006	Yale-m (Weissman - Yale University)	30006	Yale-m (Weissman - Yale University)
+30007	CSHL-m (Gingeras - Cold Spring Harbor Laboratory)	30007	CSHL-m (Gingeras - Cold Spring Harbor Laboratory)
diff --git a/rn4/dataset b/rn4/dataset
new file mode 100644
index 0000000..37348b0
--- /dev/null
+++ b/rn4/dataset
@@ -0,0 +1 @@
+mock	images/mock.png	Mock data set	\N	Just a mock data set...
diff --git a/rn4/decorInfo b/rn4/decorInfo
new file mode 100644
index 0000000..aa9058e
--- /dev/null
+++ b/rn4/decorInfo
@@ -0,0 +1,45 @@
+refGene	RefSeq genes	\N	2	0	1	http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Search&db=Nucleotide&doptcmdl=GenBank&term=
+gc5Base	GC percent	\N	5	14	0	\N
+RNA	RNA	\N	4	0	0	\N
+RNAsrpRNA	srpRNA (RNA)	RNA	4	0	0	\N
+RNArRNA	rRNA (RNA)	RNA	4	0	0	\N
+RNAsnRNA	snRNA (RNA)	RNA	4	0	0	\N
+RNAtRNA	tRNA (RNA)	RNA	4	0	0	\N
+RNARNA	RNA (RNA)	RNA	4	0	0	\N
+RNAscRNA	scRNA (RNA)	RNA	4	0	0	\N
+LTR	LTR	\N	4	0	0	\N
+LTRERV	ERV (LTR)	LTR	4	0	0	\N
+LTRERVL	ERVL (LTR)	LTR	4	0	0	\N
+LTRMaLR	MaLR (LTR)	LTR	4	0	0	\N
+LTRERVK	ERVK (LTR)	LTR	4	0	0	\N
+LTRERV1	ERV1 (LTR)	LTR	4	0	0	\N
+Satellite	Satellite	\N	4	0	0	\N
+DNA	DNA	\N	4	0	0	\N
+DNAMerlin	Merlin (DNA)	DNA	4	0	0	\N
+DNAMER1_type?	MER1_type? (DNA)	DNA	4	0	0	\N
+DNADNA	DNA (DNA)	DNA	4	0	0	\N
+DNATc2	Tc2 (DNA)	DNA	4	0	0	\N
+DNAMuDR	MuDR (DNA)	DNA	4	0	0	\N
+DNAMER2_type	MER2_type (DNA)	DNA	4	0	0	\N
+DNAPiggyBac	PiggyBac (DNA)	DNA	4	0	0	\N
+DNATip100	Tip100 (DNA)	DNA	4	0	0	\N
+DNAMariner	Mariner (DNA)	DNA	4	0	0	\N
+DNAAcHobo	AcHobo (DNA)	DNA	4	0	0	\N
+DNAMER1_type	MER1_type (DNA)	DNA	4	0	0	\N
+DNAhAT	hAT (DNA)	DNA	4	0	0	\N
+Simple_repeat	Simple_repeat	\N	4	0	0	\N
+Unknown	Unknown	\N	4	0	0	\N
+Other	Other	\N	4	0	0	\N
+LINE	LINE	\N	4	0	0	\N
+LINERTE	RTE (LINE)	LINE	4	0	0	\N
+LINEL2	L2 (LINE)	LINE	4	0	0	\N
+LINEL1	L1 (LINE)	LINE	4	0	0	\N
+LINECR1	CR1 (LINE)	LINE	4	0	0	\N
+SINE	SINE	\N	4	0	0	\N
+SINEMIR	MIR (SINE)	SINE	4	0	0	\N
+SINEB2	B2 (SINE)	SINE	4	0	0	\N
+SINEID	ID (SINE)	SINE	4	0	0	\N
+SINEB4	B4 (SINE)	SINE	4	0	0	\N
+SINEAlu	Alu (SINE)	SINE	4	0	0	\N
+Low_complexity	Low_complexity	\N	4	0	0	\N
+rmsk_ensemble	RepeatMasker Ensemble	\N	4	12	0	\N
diff --git a/rn4/makeDb.sql b/rn4/makeDb.sql
new file mode 100644
index 0000000..356e1ad
--- /dev/null
+++ b/rn4/makeDb.sql
@@ -0,0 +1,206 @@
+-- -------------------
+--                  --
+--  rn4
+--                  --
+-- -------------------
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text not null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text not null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold text not null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/rn4/",
+"/srv/epgg/data/data/subtleKnife/seq/rn4.gz",
+"mock1,mock2,mock3,mock4,mock5,mock6,mock7,mock8,mock9,mock10,mock11,mock12,mock13,mock14,mock15,mock16,mock17,mock18,mock19,mock20", 
+"Sample,mock term",
+"CYP4Z1\\nCYP2A7\\nCYP2A6\\nCYP3A4\\nCYP1A1\\nCYP4V2\\nCYP51A1\\nCYP2C19\\nCYP26B1\\nCYP11B2\\nCYP24A1\\nCYP4B1\\nCYP2C8",
+"",
+"chr4,80447920,chr4,80636829",
+"mock",
+"refGene,rmsk_ensemble",
+"chr1,chr2,chr3,chr4,chr5,chr6,chr7,chr8,chr9,chr10,chr11,chr12,chr13,chr14,chr15,chr16,chr17,chr18,chr19,chr20,chrX,chrUn,chrM",
+\N,\N,
+true,
+true,
+"rno",
+"Assembly version|rn4|Sequence source|<a href=http://hgdownload.soe.ucsc.edu/goldenPath/rn4/bigZips/ target=_blank>UCSC Genome Browser</a>|Date parsed|February 17, 2013|Chromosomes|23|Contigs & misc|22|Logo art|<a href=http://en.wikipedia.org/wiki/File:Rat_diabetic.jpg target=_blank>link</a>",
+0,
+false
+);
+
+
+-- grouping types on genomic features
+-- table name defined in macro: TBN_GF_GRP
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+-- insert into gfGrouping values (3, "non-coding RNA");
+insert into gfGrouping values (4, "RepeatMasker");
+-- insert into gfGrouping values (6, "Sequence conservation");
+insert into gfGrouping values (5, "Others");
+
+
+
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null,
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2ProcessInfo' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+load data local infile "track2BamInfo" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+load data local infile 'track2GEO' into table track2GEO;
+
+drop table if exists track2Categorical;
+create table track2Categorical (
+  name varchar(255) not null primary key,
+  info text not null
+);
+load data local infile 'track2Categorical' into table track2Categorical;
+
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+load data local infile 'track2VersionInfo' into table track2VersionInfo;
+
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation" into table track2Annotation;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft" into table track2Ft;
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile "track2Style" into table track2Style;
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+    regionname varchar(255) not null,
+	  regions text not null
+	   );
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+drop table if exists mock;
+create table mock (
+  tkname varchar(255) not null
+);
+load data local infile "mock" into table mock;
+
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null,
+  childLength int unsigned not null
+);
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+
diff --git a/rn4/metadataVocabulary b/rn4/metadataVocabulary
new file mode 100644
index 0000000..14de704
--- /dev/null
+++ b/rn4/metadataVocabulary
@@ -0,0 +1,21 @@
+mock term	Sample
+11	mock term
+12	mock term
+13	mock term
+14	mock term
+15	mock term
+16	mock term
+17	mock term
+18	mock term
+19	mock term
+20	mock term
+21	mock term
+22	mock term
+23	mock term
+24	mock term
+25	mock term
+26	mock term
+27	mock term
+28	mock term
+29	mock term
+30	mock term
diff --git a/rn4/mock b/rn4/mock
new file mode 100644
index 0000000..8dfea72
--- /dev/null
+++ b/rn4/mock
@@ -0,0 +1,20 @@
+mock1
+mock2
+mock3
+mock4
+mock5
+mock6
+mock7
+mock8
+mock9
+mock10
+mock11
+mock12
+mock13
+mock14
+mock15
+mock16
+mock17
+mock18
+mock19
+mock20
diff --git a/rn4/scaffoldInfo b/rn4/scaffoldInfo
new file mode 100644
index 0000000..5f52fad
--- /dev/null
+++ b/rn4/scaffoldInfo
@@ -0,0 +1,47 @@
+ROOT	chromosome	0
+ROOT	other	0
+chromosome	chr1	267910886
+chromosome	chr10	110718848
+chromosome	chr11	87759784
+chromosome	chr12	46782294
+chromosome	chr8	129041809
+chromosome	chr9	113440463
+chromosome	chrM	16300
+chromosome	chrUn	75822765
+chromosome	chrX	160699376
+chromosome	chr13	111154910
+chromosome	chr14	112194335
+chromosome	chr15	109758846
+chromosome	chr16	90238779
+chromosome	chr17	97296363
+chromosome	chr18	87265094
+chromosome	chr19	59218465
+chromosome	chr2	258207540
+chromosome	chr20	55268282
+chromosome	chr3	171063335
+chromosome	chr4	187126005
+chromosome	chr5	173096209
+chromosome	chr6	147636619
+chromosome	chr7	143002779
+other	chr1_random	3887217
+other	chr10_random	870782
+other	chr11_random	1278614
+other	chr12_random	953141
+other	chr13_random	608348
+other	chr14_random	1825095
+other	chr15_random	1609635
+other	chr16_random	1400107
+other	chr17_random	615889
+other	chr18_random	594525
+other	chr19_random	984116
+other	chr2_random	4341851
+other	chr20_random	604928
+other	chr3_random	1724363
+other	chr4_random	2124656
+other	chr5_random	2145107
+other	chr6_random	1770534
+other	chr7_random	1175105
+other	chr8_random	887087
+other	chr9_random	1166303
+other	chrUn_random	6862066
+other	chrX_random	1977738
diff --git a/rn4/track2Annotation b/rn4/track2Annotation
new file mode 100644
index 0000000..55153ac
--- /dev/null
+++ b/rn4/track2Annotation
@@ -0,0 +1,20 @@
+mock1	11
+mock2	12
+mock3	13
+mock4	14
+mock5	15
+mock6	16
+mock7	17
+mock8	18
+mock9	19
+mock10	20
+mock11	21
+mock12	22
+mock13	23
+mock14	24
+mock15	25
+mock16	26
+mock17	27
+mock18	28
+mock19	29
+mock20	30
diff --git a/rn4/track2BamInfo b/rn4/track2BamInfo
new file mode 100644
index 0000000..e69de29
diff --git a/rn4/track2Categorical b/rn4/track2Categorical
new file mode 100644
index 0000000..9cfffbb
--- /dev/null
+++ b/rn4/track2Categorical
@@ -0,0 +1 @@
+rmsk_ensemble	1:['SINE - short interspersed nuclear elements','#cc0000'], 2:['LINE - long interspersed nuclear element','#FF6600'], 3:['LTR - long terminal repeat element','#006600'], 4:['DNA transposon','#4A72E8'], 5:['Simple repeat, micro-satellite','#AB833B'], 7:['Low complexity repeat','#663333'], 6:['Satellite repeat','#660000'], 9:['Other repeats','#488E8E'],8:['RNA repeat','#cc33ff'], 10:['Unknown','#5C5C5C']
diff --git a/rn4/track2Detail b/rn4/track2Detail
new file mode 100644
index 0000000..c181574
--- /dev/null
+++ b/rn4/track2Detail
@@ -0,0 +1,20 @@
+mock20	\N
+mock19	\N
+mock18	\N
+mock13	\N
+mock12	\N
+mock11	\N
+mock10	\N
+mock17	\N
+mock16	\N
+mock15	\N
+mock14	\N
+mock9	\N
+mock8	\N
+mock3	\N
+mock2	\N
+mock1	\N
+mock7	\N
+mock6	\N
+mock5	\N
+mock4	\N
diff --git a/rn4/track2Ft b/rn4/track2Ft
new file mode 100644
index 0000000..1feacb2
--- /dev/null
+++ b/rn4/track2Ft
@@ -0,0 +1,20 @@
+mock1	2
+mock2	2
+mock3	2
+mock4	2
+mock5	2
+mock6	2
+mock7	2
+mock8	2
+mock9	2
+mock10	2
+mock11	2
+mock12	2
+mock13	2
+mock14	2
+mock15	2
+mock16	2
+mock17	2
+mock18	2
+mock19	2
+mock20	2
diff --git a/rn4/track2GEO b/rn4/track2GEO
new file mode 100644
index 0000000..e69de29
diff --git a/rn4/track2Label b/rn4/track2Label
new file mode 100644
index 0000000..efd76e3
--- /dev/null
+++ b/rn4/track2Label
@@ -0,0 +1,20 @@
+mock20	mock20
+mock19	mock19
+mock18	mock18
+mock13	mock13
+mock12	mock12
+mock11	mock11
+mock10	mock10
+mock17	mock17
+mock16	mock16
+mock15	mock15
+mock14	mock14
+mock9	mock9
+mock8	mock8
+mock3	mock3
+mock2	mock2
+mock1	mock1
+mock7	mock7
+mock6	mock6
+mock5	mock5
+mock4	mock4
diff --git a/rn4/track2ProcessInfo b/rn4/track2ProcessInfo
new file mode 100644
index 0000000..e69de29
diff --git a/rn4/track2Style b/rn4/track2Style
new file mode 100644
index 0000000..84a01b0
--- /dev/null
+++ b/rn4/track2Style
@@ -0,0 +1,44 @@
+gc5Base	\N
+refGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+RNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAsrpRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNArRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAsnRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAtRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNARNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+RNAscRNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERV	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERVL	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRMaLR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERVK	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LTRERV1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Satellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMerlin	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMER1_type?	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNADNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATc2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMuDR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMER2_type	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAPiggyBac	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNATip100	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMariner	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAAcHobo	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAMER1_type	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+DNAhAT	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Simple_repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Unknown	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Other	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINERTE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINEL1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+LINECR1	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEMIR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEB2	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEID	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEB4	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+SINEAlu	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
+Low_complexity	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
diff --git a/rn4/track2VersionInfo b/rn4/track2VersionInfo
new file mode 100644
index 0000000..e69de29
diff --git a/rn4/trackAttr2idx b/rn4/trackAttr2idx
new file mode 100644
index 0000000..cf1465e
--- /dev/null
+++ b/rn4/trackAttr2idx
@@ -0,0 +1,20 @@
+11	1	mock
+12	2	mock
+13	3	mock
+14	4	mock
+15	5	mock
+16	6	mock
+17	7	mock
+18	8	mock
+19	9	mock
+20	10	mock
+21	11	mock
+22	12	mock
+23	13	mock
+24	14	mock
+25	15	mock
+26	16	mock
+27	17	mock
+28	18	mock
+29	19	mock
+30	20	mock
diff --git a/sessionUtils.sql b/sessionUtils.sql
new file mode 100644
index 0000000..a4f9107
--- /dev/null
+++ b/sessionUtils.sql
@@ -0,0 +1,63 @@
+/* for saved session */
+drop table if exists session;
+create table session (
+  session char(20) not null collate utf8_bin, -- 0
+  statusId int not null, -- 1
+  statusNote varchar(255) null, -- 2
+  clientCtrl text null, -- 3
+  customTrackAttr text null, -- 4
+  juxType int not null, -- 5
+  juxWhat text null, -- 6
+  juxNote varchar(255) null,  -- 7
+  dspStat varchar(255) null, -- 8
+  corrStat varchar(255) null, -- 9
+  itemlist MEDIUMTEXT null, -- 10 the geneset that's been used for gsv
+  custmd text null, -- 11
+  mdconshow text null, -- 12
+  dataset varchar(255) null, -- 13
+  pairwisecomp text null, -- 14
+  bed_n text null, -- 15
+  bed_c text null, -- 16
+  bedgraph_n text null, -- 17
+  bedgraph_c text null, -- 18
+  sam_n text null, -- 19 sam/tabix not in use
+  sam_c text null, -- 20
+  qdecor_n text null, -- 21
+  lr_n text null, -- 22
+  lr_c text null, -- 23
+  cat_n text null, -- 24
+  cat_c text null, -- 25
+  bigwighmtk_n text null, -- 26
+  bigwighmtk_c text null, -- 27
+  decorRenderingParams text null, -- 28 for all non-numerical tracks
+  qtc text not null, -- 29
+  geneset MEDIUMTEXT null, -- 30
+  stickynote text null, -- 31
+  scaffoldCount smallint null, -- 32
+  scaffoldNames text null, -- 33
+  bam_n text null, -- 34
+  bam_c text null, -- 35
+  reserved_3 text null, -- 36
+  reserved_4 text null,
+  reserved_5 text null,
+  reserved_6 text null,
+  reserved_7 text null,
+  reserved_8 text null,
+  reserved_9 text null,
+  reserved_10 text null
+);
+/* for run-time use of gene set view */
+drop table if exists genesetRuntime;
+create table genesetRuntime (
+  session char(20) not null collate utf8_bin,
+  statusId int not null,
+  itemlist MEDIUMTEXT not null
+);
+/* scaffold, for run-time */
+drop table if exists scaffoldRuntime;
+create table scaffoldRuntime (
+  session char(20) not null collate utf8_bin,
+  statusId int not null,
+  count smallint unsigned not null,
+  names longtext not null /* name1,len1,name2,len2,... */
+);
diff --git a/spombe201203/dataset b/spombe201203/dataset
new file mode 100644
index 0000000..37348b0
--- /dev/null
+++ b/spombe201203/dataset
@@ -0,0 +1 @@
+mock	images/mock.png	Mock data set	\N	Just a mock data set...
diff --git a/spombe201203/decorInfo b/spombe201203/decorInfo
new file mode 100644
index 0000000..f30dada
--- /dev/null
+++ b/spombe201203/decorInfo
@@ -0,0 +1,8 @@
+pombase_gene	PomBase gene	\N	2	0	1	http://genomebrowser.pombase.org/Schizosaccharomyces_pombe/Transcript/Summary?db=core;t=
+pombase_genepromoter	promoters (PomBase genes)	pombase_gene	2	0	0	\N
+pombase_geneutr3	3' UTRs (PomBase genes)	pombase_gene	2	0	0	\N
+pombase_geneutr5	5' UTRs (PomBase genes)	pombase_gene	2	0	0	\N
+pombase_geneexons	exons (PomBase genes)	pombase_gene	2	0	0	\N
+pombase_geneintrons	introns (PomBase genes)	pombase_gene	2	0	0	\N
+repeat	LTR and repeats	\N	5	0	0	\N
+gc5Base	GC percent	\N	5	14	0	\N
diff --git a/spombe201203/makeDb.sql b/spombe201203/makeDb.sql
new file mode 100644
index 0000000..d313f4f
--- /dev/null
+++ b/spombe201203/makeDb.sql
@@ -0,0 +1,227 @@
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text not null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text not null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold text not null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/spombe201203/",
+"/srv/epgg/data/data/subtleKnife/seq/spombe201203.gz",
+"mock1,mock2,mock3,mock4,mock5,mock6,mock7,mock8,mock9,mock10,mock11,mock12,mock13,mock14,mock15,mock16,mock17,mock18,mock19,mock20", 
+"Sample,mock term",
+"no gene",
+"3,http://vizhub.wustl.edu/hubSample/spombe201203/rand.gz,15,http://vizhub.wustl.edu/hubSample/spombe201203/rand1.bigWig,1,http://vizhub.wustl.edu/hubSample/spombe201203/bed.gz,100,http://vizhub.wustl.edu/hubSample/spombe201203/hub.txt",
+"chromosome3,322500,chromosome3,353700",
+"mock",
+"pombase_gene,repeat",
+"chromosome1,chromosome2,chromosome3,mating_type_region,Spmit,telomeric_contig",
+\N,\N,
+true,
+true,
+"spo",
+"Assembly release|March 2012|Sequence source|<a href=http://www.pombase.org target=_blank>PomBase</a>|Date parsed|November 6, 2012|Chromosomes|3|Total bases|12,631,379|Logo art|<a href=http://cwp.embo.org/pc09-17/ target=_blank>link</a>",
+0,
+false
+);
+
+
+-- grouping types on genomic features
+-- table name defined in macro: TBN_GF_GRP
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+-- insert into gfGrouping values (3, "non-coding RNA");
+-- insert into gfGrouping values (4, "RepeatMasker");
+-- insert into gfGrouping values (6, "Sequence conservation");
+insert into gfGrouping values (5, "Others");
+
+
+
+-- for stuff that can be plotted as decorative tracks (no genome)
+-- the grp is also from gfGrouping table
+-- filetype: 0: server bigBed, 2: server bigWig
+-- name will be used to compose bbi file "name.bigBed"
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null,
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+
+/*
+insert into decorInfo values('pombase_gene','PomBase gene',\N,2,0,1,'http://genomebrowser.pombase.org/Schizosaccharomyces_pombe/Transcript/Summary?db=core;t=');
+insert into decorInfo values('pombase_genepromoter','promoters (PomBase genes)','pombase_gene',2,0,0,\N);
+insert into decorInfo values('pombase_geneutr3',"3' UTRs (PomBase genes)",'pombase_gene',2,0,0,\N);
+insert into decorInfo values('pombase_geneutr5',"5' UTRs (PomBase genes)",'pombase_gene',2,0,0,\N);
+insert into decorInfo values('pombase_geneexons','exons (PomBase genes)','pombase_gene',2,0,0,\N);
+insert into decorInfo values('pombase_geneintrons','introns (PomBase genes)','pombase_gene',2,0,0,\N);
+
+insert into decorInfo values('repeat','LTR and repeats',\N,5,0,0,\N);
+insert into decorInfo values('gc5Base','GC percent',\N,5,8,0,\N);
+*/
+
+
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2ProcessInfo' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+load data local infile "track2BamInfo" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+load data local infile 'track2GEO' into table track2GEO;
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+load data local infile 'track2VersionInfo' into table track2VersionInfo;
+
+-- new trackDetail end here
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation" into table track2Annotation;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft" into table track2Ft;
+
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile "track2Style" into table track2Style;
+
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+    regionname varchar(255) not null,
+	  regions text not null
+	   );
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+drop table if exists mock;
+create table mock (
+  tkname varchar(255) not null
+);
+load data local infile "mock" into table mock;
+
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null,
+  childLength int unsigned not null
+);
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+
+
+drop table if exists cytoband;
+create table cytoband (
+  id int null auto_increment primary key,
+  chrom char(20) not null,
+  start int not null,
+  stop int not null,
+  name char(20) not null,
+  colorIdx int not null
+);
+
diff --git a/spombe201203/metadataVocabulary b/spombe201203/metadataVocabulary
new file mode 100644
index 0000000..14de704
--- /dev/null
+++ b/spombe201203/metadataVocabulary
@@ -0,0 +1,21 @@
+mock term	Sample
+11	mock term
+12	mock term
+13	mock term
+14	mock term
+15	mock term
+16	mock term
+17	mock term
+18	mock term
+19	mock term
+20	mock term
+21	mock term
+22	mock term
+23	mock term
+24	mock term
+25	mock term
+26	mock term
+27	mock term
+28	mock term
+29	mock term
+30	mock term
diff --git a/spombe201203/mock b/spombe201203/mock
new file mode 100644
index 0000000..8dfea72
--- /dev/null
+++ b/spombe201203/mock
@@ -0,0 +1,20 @@
+mock1
+mock2
+mock3
+mock4
+mock5
+mock6
+mock7
+mock8
+mock9
+mock10
+mock11
+mock12
+mock13
+mock14
+mock15
+mock16
+mock17
+mock18
+mock19
+mock20
diff --git a/spombe201203/scaffoldInfo b/spombe201203/scaffoldInfo
new file mode 100644
index 0000000..b20f19a
--- /dev/null
+++ b/spombe201203/scaffoldInfo
@@ -0,0 +1,7 @@
+ROOT	chromosome	0
+chromosome	chromosome1	5579133
+chromosome	chromosome2	4539804
+chromosome	chromosome3	2452883
+chromosome	telomeric_contig	20000
+chromosome	Spmit	19431
+chromosome	mating_type_region	20128
diff --git a/spombe201203/track2Annotation b/spombe201203/track2Annotation
new file mode 100644
index 0000000..55153ac
--- /dev/null
+++ b/spombe201203/track2Annotation
@@ -0,0 +1,20 @@
+mock1	11
+mock2	12
+mock3	13
+mock4	14
+mock5	15
+mock6	16
+mock7	17
+mock8	18
+mock9	19
+mock10	20
+mock11	21
+mock12	22
+mock13	23
+mock14	24
+mock15	25
+mock16	26
+mock17	27
+mock18	28
+mock19	29
+mock20	30
diff --git a/spombe201203/track2BamInfo b/spombe201203/track2BamInfo
new file mode 100644
index 0000000..e69de29
diff --git a/spombe201203/track2Detail b/spombe201203/track2Detail
new file mode 100644
index 0000000..c181574
--- /dev/null
+++ b/spombe201203/track2Detail
@@ -0,0 +1,20 @@
+mock20	\N
+mock19	\N
+mock18	\N
+mock13	\N
+mock12	\N
+mock11	\N
+mock10	\N
+mock17	\N
+mock16	\N
+mock15	\N
+mock14	\N
+mock9	\N
+mock8	\N
+mock3	\N
+mock2	\N
+mock1	\N
+mock7	\N
+mock6	\N
+mock5	\N
+mock4	\N
diff --git a/spombe201203/track2Ft b/spombe201203/track2Ft
new file mode 100644
index 0000000..1feacb2
--- /dev/null
+++ b/spombe201203/track2Ft
@@ -0,0 +1,20 @@
+mock1	2
+mock2	2
+mock3	2
+mock4	2
+mock5	2
+mock6	2
+mock7	2
+mock8	2
+mock9	2
+mock10	2
+mock11	2
+mock12	2
+mock13	2
+mock14	2
+mock15	2
+mock16	2
+mock17	2
+mock18	2
+mock19	2
+mock20	2
diff --git a/spombe201203/track2GEO b/spombe201203/track2GEO
new file mode 100644
index 0000000..e69de29
diff --git a/spombe201203/track2Label b/spombe201203/track2Label
new file mode 100644
index 0000000..efd76e3
--- /dev/null
+++ b/spombe201203/track2Label
@@ -0,0 +1,20 @@
+mock20	mock20
+mock19	mock19
+mock18	mock18
+mock13	mock13
+mock12	mock12
+mock11	mock11
+mock10	mock10
+mock17	mock17
+mock16	mock16
+mock15	mock15
+mock14	mock14
+mock9	mock9
+mock8	mock8
+mock3	mock3
+mock2	mock2
+mock1	mock1
+mock7	mock7
+mock6	mock6
+mock5	mock5
+mock4	mock4
diff --git a/spombe201203/track2ProcessInfo b/spombe201203/track2ProcessInfo
new file mode 100644
index 0000000..e69de29
diff --git a/spombe201203/track2Style b/spombe201203/track2Style
new file mode 100644
index 0000000..e249b43
--- /dev/null
+++ b/spombe201203/track2Style
@@ -0,0 +1,8 @@
+gc5Base	\N
+repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+pombase_gene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+pombase_geneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+pombase_geneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+pombase_genepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+pombase_geneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+pombase_geneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
diff --git a/spombe201203/track2VersionInfo b/spombe201203/track2VersionInfo
new file mode 100644
index 0000000..e69de29
diff --git a/spombe201203/trackAttr2idx b/spombe201203/trackAttr2idx
new file mode 100644
index 0000000..cf1465e
--- /dev/null
+++ b/spombe201203/trackAttr2idx
@@ -0,0 +1,20 @@
+11	1	mock
+12	2	mock
+13	3	mock
+14	4	mock
+15	5	mock
+16	6	mock
+17	7	mock
+18	8	mock
+19	9	mock
+20	10	mock
+21	11	mock
+22	12	mock
+23	13	mock
+24	14	mock
+25	15	mock
+26	16	mock
+27	17	mock
+28	18	mock
+29	19	mock
+30	20	mock
diff --git a/tair10/dataset b/tair10/dataset
new file mode 100644
index 0000000..37348b0
--- /dev/null
+++ b/tair10/dataset
@@ -0,0 +1 @@
+mock	images/mock.png	Mock data set	\N	Just a mock data set...
diff --git a/tair10/decorInfo b/tair10/decorInfo
new file mode 100644
index 0000000..c7e59b8
--- /dev/null
+++ b/tair10/decorInfo
@@ -0,0 +1,8 @@
+tair10Gene	TAIR genes	\N	2	0	1	http://www.arabidopsis.org/servlets/TairObject?type=gene&name=
+tair10Genepromoter	promoters (TAIR genes)	tair10Gene	2	0	0	\N
+tair10Geneutr3	3' UTRs (TAIR genes)	tair10Gene	2	0	0	\N
+tair10Geneutr5	5' UTRs (TAIR genes)	tair10Gene	2	0	0	\N
+tair10Geneexons	exons (TAIR genes)	tair10Gene	2	0	0	\N
+tair10Geneintrons	introns (TAIR genes)	tair10Gene	2	0	0	\N
+repeat	Transposable elements	\N	5	0	0	\N
+gc5Base	GC percent	\N	5	14	0	\N
diff --git a/tair10/makeDb.sql b/tair10/makeDb.sql
new file mode 100644
index 0000000..67576de
--- /dev/null
+++ b/tair10/makeDb.sql
@@ -0,0 +1,218 @@
+-- -------------------
+--                  --
+--  tair10heatmap   --
+--                  --
+-- -------------------
+drop table if exists config;
+create table config (
+  bbiPath text not null,
+  seqPath text null,
+  defaultTracks text not null,
+  defaultMdcategory varchar(255) not null,
+  defaultGenelist text not null,
+  defaultCustomtracks text not null,
+  defaultPosition varchar(255) not null,
+  defaultDataset varchar(255) not null,
+  defaultDecor text null,
+  defaultScaffold text not null,
+  ideogram_wiggle1 varchar(255) null,
+  ideogram_wiggle2 varchar(255) null,
+  hasGene boolean not null,
+  allowJuxtaposition boolean not null,
+  keggSpeciesCode varchar(255) null,
+  information text not null,
+  runmode tinyint not null,
+  initmatplot boolean not null
+);
+insert into config values(
+"/srv/epgg/data/data/subtleKnife/tair10/",
+"/srv/epgg/data/data/subtleKnife/seq/tair10.gz",
+"mock1,mock2,mock3,mock4,mock5,mock6,mock7,mock8,mock9,mock10,mock11,mock12,mock13,mock14,mock15,mock16,mock17,mock18,mock19,mock20", 
+"Sample,mock term",
+"CYP71B7\\nCYP86C3\\nCYP86C4\\nCYP79F2\\nCYP722A1\\nCYP86C1\\nCYP705A24\\nCYP76C6\\nCYP76C5\\nCYP94D1\\nCYP96A8\\nCYP705A27\\nCYP705A25\\nCYP59\\nCYP708A1\\nCYP79C3P\\nCYP86A7\\nCYP89A2\\nCYP89A7",
+"3,http://vizhub.wustl.edu/hubSample/tair10/1.gz,5,http://vizhub.wustl.edu/hubSample/tair10/bed.gz,100,http://vizhub.wustl.edu/hubSample/tair10/hub.txt",
+"Chr1,11000000,Chr1,11500000",
+"mock",
+"tair10Gene,repeat",
+"Chr1,Chr2,Chr3,Chr4,Chr5,ChrC,ChrM",
+\N,\N,
+true,
+true,
+"ath",
+"Assembly version|tair10|Sequence source|<a href=ftp://ftp.arabidopsis.org/home/tair/Sequences/whole_chromosomes/ target=_blank>TAIR</a>|Date parsed|December 1, 2011|Chromosomes|7|Total bases|119,667,750|Logo art|<a href=http://www.prl.msu.edu/Facultypages/NSF_MFT_Site/images/arabidopsis.jpg target=_blank>link</a>",
+0,
+false
+);
+
+
+-- grouping types on genomic features
+-- table name defined in macro: TBN_GF_GRP
+drop table if exists gfGrouping;
+create table gfGrouping (
+  id TINYINT not null primary key,
+  name char(50) not null
+);
+insert into gfGrouping values (2, "Genes");
+-- insert into gfGrouping values (3, "non-coding RNA");
+-- insert into gfGrouping values (4, "RepeatMasker");
+-- insert into gfGrouping values (6, "Sequence conservation");
+insert into gfGrouping values (5, "Others");
+
+
+
+drop table if exists decorInfo;
+create table decorInfo (
+  name char(50) not null primary key,
+  printname char(100) not null,
+  parent char(50) null,
+  grp tinyint not null,
+  fileType tinyint not null,
+  hasStruct tinyint null,
+  queryUrl varchar(255) null
+);
+load data local infile 'decorInfo' into table decorInfo;
+
+/*
+insert into decorInfo values('refseq','RefSeq genes',\N,2,0,1,'http://www.ncbi.nlm.nih.gov/gene?term=');
+insert into decorInfo values('refseqpromoter','promoters (RefSeq genes)','refseq',2,0,0,\N);
+insert into decorInfo values('refsequtr3',"3' UTRs (RefSeq genes)",'refseq',2,0,0,\N);
+insert into decorInfo values('refsequtr5',"5' UTRs (RefSeq genes)",'refseq',2,0,0,\N);
+insert into decorInfo values('refseqexons','exons (RefSeq genes)','refseq',2,0,0,\N);
+insert into decorInfo values('refseqintrons','introns (RefSeq genes)','refseq',2,0,0,\N);
+*/
+
+drop table if exists track2Label;
+create table track2Label (
+  name varchar(255) not null primary key,
+  label text null
+);
+load data local infile 'track2Label' into table track2Label;
+
+drop table if exists track2ProcessInfo;
+create table track2ProcessInfo (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2ProcessInfo' into table track2ProcessInfo;
+
+drop table if exists track2BamInfo;
+create table track2BamInfo (
+  name varchar(255) not null,
+  bamfile varchar(255) not null,
+  bamfilelabel varchar(255) not null
+);
+load data local infile "track2BamInfo" into table track2BamInfo;
+
+drop table if exists track2Detail;
+create table track2Detail (
+  name varchar(255) not null primary key,
+  detail text null
+);
+load data local infile 'track2Detail' into table track2Detail;
+
+drop table if exists track2GEO;
+create table track2GEO (
+  name varchar(255) not null primary key,
+  geo char(20) not null
+);
+load data local infile 'track2GEO' into table track2GEO;
+
+drop table if exists track2VersionInfo;
+create table track2VersionInfo (
+  name varchar(255) not null primary key,
+  info varchar(255) not null
+);
+load data local infile 'track2VersionInfo' into table track2VersionInfo;
+
+
+drop table if exists track2Annotation;
+create table track2Annotation (
+  name varchar(255) not null primary key,
+  attridx varchar(255) not null
+);
+load data local infile "track2Annotation" into table track2Annotation;
+
+drop table if exists track2Ft;
+create table track2Ft (
+  name varchar(255) not null primary key,
+  ft tinyint not null
+);
+load data local infile "track2Ft" into table track2Ft;
+
+drop table if exists track2Style;
+create table track2Style (
+  name varchar(255) not null primary key,
+  style text not null
+);
+load data local infile "track2Style" into table track2Style;
+
+drop table if exists track2Regions;
+create table track2Regions (
+  name varchar(255) not null primary key,
+    regionname varchar(255) not null,
+	  regions text not null
+	   );
+
+
+drop table if exists metadataVocabulary;
+create table metadataVocabulary (
+  child varchar(255) not null,
+  parent varchar(255) not null
+);
+load data local infile "metadataVocabulary" into table metadataVocabulary;
+
+drop table if exists trackAttr2idx;
+create table trackAttr2idx (
+  idx varchar(255) not null primary key,
+  attr varchar(255) not null,
+  note varchar(255) null,
+  description text null
+);
+load data local infile "trackAttr2idx" into table trackAttr2idx;
+
+
+drop table if exists tempURL;
+create table tempURL (
+  session varchar(100) not null,
+  offset INT unsigned not null,
+  urlpiece text not null
+);
+
+
+drop table if exists dataset;
+create table dataset (
+  tablename varchar(255) not null,
+  logo varchar(255) null,
+  name varchar(255) not null,
+  url varchar(255) null,
+  description text not null
+);
+load data local infile "dataset" into table dataset;
+
+drop table if exists mock;
+create table mock (
+  tkname varchar(255) not null
+);
+load data local infile "mock" into table mock;
+
+
+drop table if exists scaffoldInfo;
+create table scaffoldInfo (
+  parent varchar(255) not null,
+  child varchar(255) not null,
+  childLength int unsigned not null
+);
+load data local infile "scaffoldInfo" into table scaffoldInfo;
+
+
+
+drop table if exists cytoband;
+create table cytoband (
+  id int null auto_increment primary key,
+  chrom char(20) not null,
+  start int not null,
+  stop int not null,
+  name char(20) not null,
+  colorIdx int not null
+);
+
diff --git a/tair10/metadataVocabulary b/tair10/metadataVocabulary
new file mode 100644
index 0000000..14de704
--- /dev/null
+++ b/tair10/metadataVocabulary
@@ -0,0 +1,21 @@
+mock term	Sample
+11	mock term
+12	mock term
+13	mock term
+14	mock term
+15	mock term
+16	mock term
+17	mock term
+18	mock term
+19	mock term
+20	mock term
+21	mock term
+22	mock term
+23	mock term
+24	mock term
+25	mock term
+26	mock term
+27	mock term
+28	mock term
+29	mock term
+30	mock term
diff --git a/tair10/mock b/tair10/mock
new file mode 100644
index 0000000..8dfea72
--- /dev/null
+++ b/tair10/mock
@@ -0,0 +1,20 @@
+mock1
+mock2
+mock3
+mock4
+mock5
+mock6
+mock7
+mock8
+mock9
+mock10
+mock11
+mock12
+mock13
+mock14
+mock15
+mock16
+mock17
+mock18
+mock19
+mock20
diff --git a/tair10/scaffoldInfo b/tair10/scaffoldInfo
new file mode 100644
index 0000000..fab907a
--- /dev/null
+++ b/tair10/scaffoldInfo
@@ -0,0 +1,8 @@
+ROOT	chromosome	0
+chromosome	Chr1	30427671
+chromosome	Chr2	19698289
+chromosome	Chr3	23459830
+chromosome	Chr4	18585056
+chromosome	Chr5	26975502
+chromosome	ChrC	154478
+chromosome	ChrM	366924
diff --git a/tair10/track2Annotation b/tair10/track2Annotation
new file mode 100644
index 0000000..55153ac
--- /dev/null
+++ b/tair10/track2Annotation
@@ -0,0 +1,20 @@
+mock1	11
+mock2	12
+mock3	13
+mock4	14
+mock5	15
+mock6	16
+mock7	17
+mock8	18
+mock9	19
+mock10	20
+mock11	21
+mock12	22
+mock13	23
+mock14	24
+mock15	25
+mock16	26
+mock17	27
+mock18	28
+mock19	29
+mock20	30
diff --git a/tair10/track2BamInfo b/tair10/track2BamInfo
new file mode 100644
index 0000000..e69de29
diff --git a/tair10/track2Detail b/tair10/track2Detail
new file mode 100644
index 0000000..c181574
--- /dev/null
+++ b/tair10/track2Detail
@@ -0,0 +1,20 @@
+mock20	\N
+mock19	\N
+mock18	\N
+mock13	\N
+mock12	\N
+mock11	\N
+mock10	\N
+mock17	\N
+mock16	\N
+mock15	\N
+mock14	\N
+mock9	\N
+mock8	\N
+mock3	\N
+mock2	\N
+mock1	\N
+mock7	\N
+mock6	\N
+mock5	\N
+mock4	\N
diff --git a/tair10/track2Ft b/tair10/track2Ft
new file mode 100644
index 0000000..1feacb2
--- /dev/null
+++ b/tair10/track2Ft
@@ -0,0 +1,20 @@
+mock1	2
+mock2	2
+mock3	2
+mock4	2
+mock5	2
+mock6	2
+mock7	2
+mock8	2
+mock9	2
+mock10	2
+mock11	2
+mock12	2
+mock13	2
+mock14	2
+mock15	2
+mock16	2
+mock17	2
+mock18	2
+mock19	2
+mock20	2
diff --git a/tair10/track2GEO b/tair10/track2GEO
new file mode 100644
index 0000000..e69de29
diff --git a/tair10/track2Label b/tair10/track2Label
new file mode 100644
index 0000000..efd76e3
--- /dev/null
+++ b/tair10/track2Label
@@ -0,0 +1,20 @@
+mock20	mock20
+mock19	mock19
+mock18	mock18
+mock13	mock13
+mock12	mock12
+mock11	mock11
+mock10	mock10
+mock17	mock17
+mock16	mock16
+mock15	mock15
+mock14	mock14
+mock9	mock9
+mock8	mock8
+mock3	mock3
+mock2	mock2
+mock1	mock1
+mock7	mock7
+mock6	mock6
+mock5	mock5
+mock4	mock4
diff --git a/tair10/track2ProcessInfo b/tair10/track2ProcessInfo
new file mode 100644
index 0000000..e69de29
diff --git a/tair10/track2Style b/tair10/track2Style
new file mode 100644
index 0000000..5fbc3e6
--- /dev/null
+++ b/tair10/track2Style
@@ -0,0 +1,8 @@
+gc5Base	\N
+repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+tair10Gene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+tair10Geneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+tair10Geneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+tair10Genepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+tair10Geneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
+tair10Geneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
diff --git a/tair10/track2VersionInfo b/tair10/track2VersionInfo
new file mode 100644
index 0000000..e69de29
diff --git a/tair10/trackAttr2idx b/tair10/trackAttr2idx
new file mode 100644
index 0000000..cf1465e
--- /dev/null
+++ b/tair10/trackAttr2idx
@@ -0,0 +1,20 @@
+11	1	mock
+12	2	mock
+13	3	mock
+14	4	mock
+15	5	mock
+16	6	mock
+17	7	mock
+18	8	mock
+19	9	mock
+20	10	mock
+21	11	mock
+22	12	mock
+23	13	mock
+24	14	mock
+25	15	mock
+26	16	mock
+27	17	mock
+28	18	mock
+29	19	mock
+30	20	mock
